(kicad_pcb
	(version 20241229)
	(generator "pcbnew")
	(generator_version "9.0")
	(general
		(thickness 1.561)
		(legacy_teardrops no)
	)
	(paper "A4")
	(layers
		(0 "F.Cu" signal)
		(2 "B.Cu" signal)
		(9 "F.Adhes" user "F.Adhesive")
		(11 "B.Adhes" user "B.Adhesive")
		(13 "F.Paste" user)
		(15 "B.Paste" user)
		(5 "F.SilkS" user "F.Silkscreen")
		(7 "B.SilkS" user "B.Silkscreen")
		(1 "F.Mask" user)
		(3 "B.Mask" user)
		(17 "Dwgs.User" user "User.Drawings")
		(19 "Cmts.User" user "User.Comments")
		(21 "Eco1.User" user "User.Eco1")
		(23 "Eco2.User" user "User.Eco2")
		(25 "Edge.Cuts" user)
		(27 "Margin" user)
		(31 "F.CrtYd" user "F.Courtyard")
		(29 "B.CrtYd" user "B.Courtyard")
		(35 "F.Fab" user)
		(33 "B.Fab" user)
		(39 "User.1" user "User.Requirements")
		(41 "User.2" user "User.Dimensions")
		(43 "User.3" user "User.FloorPlan")
		(45 "User.4" user "User.Notes")
		(47 "User.5" front "User.TWayTop")
		(49 "User.6" back "User.TWayBot")
	)
	(setup
		(stackup
			(layer "F.SilkS"
				(type "Top Silk Screen")
				(color "White")
				(material "Direct Printing")
			)
			(layer "F.Paste"
				(type "Top Solder Paste")
			)
			(layer "F.Mask"
				(type "Top Solder Mask")
				(color "Red")
				(thickness 0.01)
				(material "Liquid Ink")
				(epsilon_r 3.3)
				(loss_tangent 0)
			)
			(layer "F.Cu"
				(type "copper")
				(thickness 0.035)
			)
			(layer "dielectric 1"
				(type "core")
				(color "FR4 natural")
				(thickness 1.471)
				(material "FR4-7628")
				(epsilon_r 4.74)
				(loss_tangent 0.02)
			)
			(layer "B.Cu"
				(type "copper")
				(thickness 0.035)
			)
			(layer "B.Mask"
				(type "Bottom Solder Mask")
				(color "Red")
				(thickness 0.01)
				(material "Liquid Ink")
				(epsilon_r 3.3)
				(loss_tangent 0)
			)
			(layer "B.Paste"
				(type "Bottom Solder Paste")
			)
			(layer "B.SilkS"
				(type "Bottom Silk Screen")
				(color "White")
				(material "Direct Printing")
			)
			(copper_finish "None")
			(dielectric_constraints no)
		)
		(pad_to_mask_clearance 0)
		(allow_soldermask_bridges_in_footprints no)
		(tenting front back)
		(aux_axis_origin 137.75 100.75)
		(grid_origin 137.75 100.75)
		(pcbplotparams
			(layerselection 0x00000000_00000000_5555575d_5755f5ff)
			(plot_on_all_layers_selection 0x00000000_00000000_00000000_00000000)
			(disableapertmacros no)
			(usegerberextensions no)
			(usegerberattributes no)
			(usegerberadvancedattributes yes)
			(creategerberjobfile yes)
			(dashed_line_dash_ratio 12.000000)
			(dashed_line_gap_ratio 3.000000)
			(svgprecision 4)
			(plotframeref no)
			(mode 1)
			(useauxorigin yes)
			(hpglpennumber 1)
			(hpglpenspeed 20)
			(hpglpendiameter 15.000000)
			(pdf_front_fp_property_popups yes)
			(pdf_back_fp_property_popups yes)
			(pdf_metadata yes)
			(pdf_single_document no)
			(dxfpolygonmode yes)
			(dxfimperialunits yes)
			(dxfusepcbnewfont yes)
			(psnegative no)
			(psa4output no)
			(plot_black_and_white yes)
			(sketchpadsonfab no)
			(plotpadnumbers no)
			(hidednponfab no)
			(sketchdnponfab yes)
			(crossoutdnponfab yes)
			(subtractmaskfromsilk yes)
			(outputformat 1)
			(mirror no)
			(drillshape 0)
			(scaleselection 1)
			(outputdirectory "pcba/gerber/")
		)
	)
	(net 0 "")
	(net 1 "/ctrl_sel_rst_n")
	(net 2 "/ctrl_ena")
	(net 3 "/ctrl_sel_inc")
	(net 4 "/rsvd@7")
	(net 5 "/uo[5]")
	(net 6 "/rsvd@4")
	(net 7 "/uo[7]")
	(net 8 "/rsvd@8")
	(net 9 "/rsvd@5")
	(net 10 "/uo[3]")
	(net 11 "/uo[6]")
	(net 12 "/uo[2]")
	(net 13 "/uo[1]")
	(net 14 "/uo[4]")
	(net 15 "/uo[0]")
	(net 16 "/rsvd@6")
	(net 17 "/GND")
	(net 18 "/VAA_Analog")
	(net 19 "/analog[1]")
	(net 20 "/VDD_Core")
	(net 21 "/analog[6]")
	(net 22 "/analog[0]")
	(net 23 "/analog[4]")
	(net 24 "/analog[8]")
	(net 25 "/analog[11]")
	(net 26 "/analog[2]")
	(net 27 "/analog[7]")
	(net 28 "/analog[9]")
	(net 29 "/VDD_IO")
	(net 30 "/analog[3]")
	(net 31 "/analog[10]")
	(net 32 "/analog[5]")
	(net 33 "/ui[3]")
	(net 34 "/ui[1]")
	(net 35 "/uio[3]")
	(net 36 "/uio[2]")
	(net 37 "/ui[2]")
	(net 38 "/uio[0]")
	(net 39 "/ui[4]")
	(net 40 "/uio[1]")
	(net 41 "/ui[6]")
	(net 42 "/uio[5]")
	(net 43 "/uio[4]")
	(net 44 "/ui[5]")
	(net 45 "/ui[7]")
	(net 46 "/uio[7]")
	(net 47 "/uio[6]")
	(net 48 "/ui[0]")
	(net 49 "/analog[12]")
	(net 50 "/analog[19]")
	(net 51 "/analog[18]")
	(net 52 "/analog[20]")
	(net 53 "/analog[14]")
	(net 54 "/analog[13]")
	(net 55 "/analog[21]")
	(net 56 "/analog[17]")
	(net 57 "/u_rst_n")
	(net 58 "/u_clk")
	(net 59 "/analog[16]")
	(net 60 "/analog[15]")
	(footprint "castellated:PinHeader_1x20_P2.54mm_Castellated"
		(layer "F.Cu")
		(uuid "0429806e-1ead-4327-86c4-d8aa060feff2")
		(at 110.25 76.625)
		(descr "Through hole straight pin header, 1x20, 2.54mm pitch, single row")
		(tags "Through hole pin header THT 1x20 2.54mm single row")
		(property "Reference" "J4"
			(at 0 -2.38 0)
			(layer "F.SilkS")
			(hide yes)
			(uuid "80ae5480-2fff-4623-8c40-4ccbd92eefef")
			(effects
				(font
					(size 1 1)
					(thickness 0.15)
				)
			)
		)
		(property "Value" "Conn_01x20"
			(at 0 50.64 0)
			(layer "F.Fab")
			(hide yes)
			(uuid "869b1f1c-8de8-4866-9ae3-b8659bab522c")
			(effects
				(font
					(size 1 1)
					(thickness 0.15)
				)
			)
		)
		(property "Datasheet" "~"
			(at 0 0 0)
			(layer "F.Fab")
			(hide yes)
			(uuid "500f9369-7956-42f4-b45e-16678677db0f")
			(effects
				(font
					(size 1.27 1.27)
					(thickness 0.15)
				)
			)
		)
		(property "Description" "Generic connector, single row, 01x20, script generated (kicad-library-utils/schlib/autogen/connector/)"
			(at 0 0 0)
			(layer "F.Fab")
			(hide yes)
			(uuid "6bd5a1b5-51f8-4b55-8799-4106d3472bbf")
			(effects
				(font
					(size 1.27 1.27)
					(thickness 0.15)
				)
			)
		)
		(property ki_fp_filters "Connector*:*_1x??_*")
		(path "/629e3073-239f-4783-ae3d-9d6b341e638e")
		(sheetname "/")
		(sheetfile "breakout-ttgf0p2-hackaday.kicad_sch")
		(attr through_hole)
		(fp_rect
			(start -1.135 -1.145)
			(end 2.745 49.395)
			(stroke
				(width 0.05)
				(type solid)
			)
			(fill no)
			(layer "F.CrtYd")
			(uuid "4084d651-46f3-48e6-aa15-eea655a2a7b0")
		)
		(fp_line
			(start -1.27 -0.635)
			(end -0.635 -1.27)
			(stroke
				(width 0.1)
				(type solid)
			)
			(layer "F.Fab")
			(uuid "e7d50d81-9721-4dfd-9cd0-7a5b181c2c70")
		)
		(fp_line
			(start -1.27 49.53)
			(end -1.27 -0.635)
			(stroke
				(width 0.1)
				(type solid)
			)
			(layer "F.Fab")
			(uuid "2d43c074-6469-48e5-a393-a58156fca89f")
		)
		(fp_line
			(start -0.635 -1.27)
			(end 2.88 -1.27)
			(stroke
				(width 0.1)
				(type solid)
			)
			(layer "F.Fab")
			(uuid "92d0ba4e-193e-4d36-9185-11abe49a6f36")
		)
		(fp_line
			(start 2.88 -1.27)
			(end 2.88 49.53)
			(stroke
				(width 0.1)
				(type solid)
			)
			(layer "F.Fab")
			(uuid "d75367c8-7710-4354-a36e-28be10150b97")
		)
		(fp_line
			(start 2.88 49.53)
			(end -1.27 49.53)
			(stroke
				(width 0.1)
				(type solid)
			)
			(layer "F.Fab")
			(uuid "ffc4235a-52ac-4d17-b431-bea9a14240e2")
		)
		(fp_text user "${REFERENCE}"
			(at 0.805 24.13 90)
			(layer "F.Fab")
			(uuid "7abb0f8a-5669-4a2e-a09a-f3350816156b")
			(effects
				(font
					(size 1 1)
					(thickness 0.15)
				)
			)
		)
		(pad "1" thru_hole custom
			(at 0 0)
			(size 1.6 1.7)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 57 "/u_rst_n")
			(pinfunction "Pin_1")
			(pintype "passive")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_rect
					(start 0 -0.8)
					(end 1.61 0.8)
					(width 0)
					(fill yes)
				)
			)
			(uuid "fc0f8dc7-9af8-4a75-9a7a-44e8c0c15f56")
		)
		(pad "1" thru_hole circle
			(at 1.61 0)
			(size 1.6 1.6)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 57 "/u_rst_n")
			(pinfunction "Pin_1")
			(pintype "passive")
			(uuid "9bf73211-da92-4c65-a72b-076072ccd0be")
		)
		(pad "2" thru_hole custom
			(at 0 2.54)
			(size 1.6 1.7)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 58 "/u_clk")
			(pinfunction "Pin_2")
			(pintype "passive")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_rect
					(start 0 -0.8)
					(end 1.61 0.8)
					(width 0)
					(fill yes)
				)
			)
			(uuid "f0343a94-b5c9-433b-af72-e0c7634e42b4")
		)
		(pad "2" thru_hole circle
			(at 1.61 2.54)
			(size 1.6 1.6)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 58 "/u_clk")
			(pinfunction "Pin_2")
			(pintype "passive")
			(uuid "a392b32b-caf0-454f-b210-abb5a5e289c8")
		)
		(pad "3" thru_hole custom
			(at 0 5.08)
			(size 1.6 1.7)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 17 "/GND")
			(pinfunction "Pin_3")
			(pintype "passive")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_rect
					(start 0 -0.8)
					(end 1.61 0.8)
					(width 0)
					(fill yes)
				)
			)
			(uuid "95a65d59-8134-4001-9a00-7c49a2ab9ea2")
		)
		(pad "3" thru_hole circle
			(at 1.61 5.08)
			(size 1.6 1.6)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 17 "/GND")
			(pinfunction "Pin_3")
			(pintype "passive")
			(uuid "4010a0bb-77a7-4ef6-86c6-ad60cefa8547")
		)
		(pad "4" thru_hole custom
			(at 0 7.62)
			(size 1.6 1.7)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 29 "/VDD_IO")
			(pinfunction "Pin_4")
			(pintype "passive")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_rect
					(start 0 -0.8)
					(end 1.61 0.8)
					(width 0)
					(fill yes)
				)
			)
			(uuid "ce9a3131-37a8-4eec-8917-766fc95cb91f")
		)
		(pad "4" thru_hole circle
			(at 1.61 7.62)
			(size 1.6 1.6)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 29 "/VDD_IO")
			(pinfunction "Pin_4")
			(pintype "passive")
			(uuid "fdbc7324-3ec9-48d5-8f83-0cff019dfee9")
		)
		(pad "5" thru_hole custom
			(at 0 10.16)
			(size 1.6 1.7)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 49 "/analog[12]")
			(pinfunction "Pin_5")
			(pintype "passive")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_rect
					(start 0 -0.8)
					(end 1.61 0.8)
					(width 0)
					(fill yes)
				)
			)
			(uuid "03f5bda5-2400-4600-8980-d6abd0d3e1d7")
		)
		(pad "5" thru_hole circle
			(at 1.61 10.16)
			(size 1.6 1.6)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 49 "/analog[12]")
			(pinfunction "Pin_5")
			(pintype "passive")
			(uuid "96375c80-1a4f-4cbf-a14e-3920d4280856")
		)
		(pad "6" thru_hole custom
			(at 0 12.7)
			(size 1.6 1.7)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 54 "/analog[13]")
			(pinfunction "Pin_6")
			(pintype "passive")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_rect
					(start 0 -0.8)
					(end 1.61 0.8)
					(width 0)
					(fill yes)
				)
			)
			(uuid "60acfe39-e0a4-42f6-a381-b8948d0dca2b")
		)
		(pad "6" thru_hole circle
			(at 1.61 12.7)
			(size 1.6 1.6)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 54 "/analog[13]")
			(pinfunction "Pin_6")
			(pintype "passive")
			(uuid "d0bb6225-3f0b-4a6b-9ff0-590f096e3d5d")
		)
		(pad "7" thru_hole custom
			(at 0 15.24)
			(size 1.6 1.7)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 53 "/analog[14]")
			(pinfunction "Pin_7")
			(pintype "passive")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_rect
					(start 0 -0.8)
					(end 1.61 0.8)
					(width 0)
					(fill yes)
				)
			)
			(uuid "3be3f8b4-71ab-470d-8ef5-8f3cf4223ef5")
		)
		(pad "7" thru_hole circle
			(at 1.61 15.24)
			(size 1.6 1.6)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 53 "/analog[14]")
			(pinfunction "Pin_7")
			(pintype "passive")
			(uuid "53c794f2-42a3-45a1-9794-d8bbf27c6453")
		)
		(pad "8" thru_hole custom
			(at 0 17.78)
			(size 1.6 1.7)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 60 "/analog[15]")
			(pinfunction "Pin_8")
			(pintype "passive")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_rect
					(start 0 -0.8)
					(end 1.61 0.8)
					(width 0)
					(fill yes)
				)
			)
			(uuid "de4e2117-fbf9-44ef-9016-be6a8de559c4")
		)
		(pad "8" thru_hole circle
			(at 1.61 17.78)
			(size 1.6 1.6)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 60 "/analog[15]")
			(pinfunction "Pin_8")
			(pintype "passive")
			(uuid "de8e167e-1470-42bf-9ce0-eadbb17a457f")
		)
		(pad "9" thru_hole custom
			(at 0 20.32)
			(size 1.6 1.7)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 17 "/GND")
			(pinfunction "Pin_9")
			(pintype "passive")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_rect
					(start 0 -0.8)
					(end 1.61 0.8)
					(width 0)
					(fill yes)
				)
			)
			(uuid "f539e295-df10-4ecd-90b4-e527e1485e3e")
		)
		(pad "9" thru_hole circle
			(at 1.61 20.32)
			(size 1.6 1.6)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 17 "/GND")
			(pinfunction "Pin_9")
			(pintype "passive")
			(uuid "f5016e0b-1afd-4316-8115-93a8b4feb2cc")
		)
		(pad "10" thru_hole custom
			(at 0 22.86)
			(size 1.6 1.7)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 18 "/VAA_Analog")
			(pinfunction "Pin_10")
			(pintype "passive")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_rect
					(start 0 -0.8)
					(end 1.61 0.8)
					(width 0)
					(fill yes)
				)
			)
			(uuid "12b100aa-d51e-4453-b8c3-0f38b632b672")
		)
		(pad "10" thru_hole circle
			(at 1.61 22.86)
			(size 1.6 1.6)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 18 "/VAA_Analog")
			(pinfunction "Pin_10")
			(pintype "passive")
			(uuid "2c6b1dd6-74fd-4e90-a4ff-ac61713f128f")
		)
		(pad "11" thru_hole custom
			(at 0 25.4)
			(size 1.6 1.7)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 59 "/analog[16]")
			(pinfunction "Pin_11")
			(pintype "passive")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_rect
					(start 0 -0.8)
					(end 1.61 0.8)
					(width 0)
					(fill yes)
				)
			)
			(uuid "c71c4c32-1fcf-4d96-b361-98d77f4641c2")
		)
		(pad "11" thru_hole circle
			(at 1.61 25.4)
			(size 1.6 1.6)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 59 "/analog[16]")
			(pinfunction "Pin_11")
			(pintype "passive")
			(uuid "531cbe93-c45c-4930-b4ec-46ae0d9e9e77")
		)
		(pad "12" thru_hole custom
			(at 0 27.94)
			(size 1.6 1.7)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 56 "/analog[17]")
			(pinfunction "Pin_12")
			(pintype "passive")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_rect
					(start 0 -0.8)
					(end 1.61 0.8)
					(width 0)
					(fill yes)
				)
			)
			(uuid "9a16ef8f-c143-46a0-b4a6-893467b94190")
		)
		(pad "12" thru_hole circle
			(at 1.61 27.94)
			(size 1.6 1.6)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 56 "/analog[17]")
			(pinfunction "Pin_12")
			(pintype "passive")
			(uuid "97e6d9d2-926c-4982-9540-7e33aac38eec")
		)
		(pad "13" thru_hole custom
			(at 0 30.48)
			(size 1.6 1.7)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 51 "/analog[18]")
			(pinfunction "Pin_13")
			(pintype "passive")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_rect
					(start 0 -0.8)
					(end 1.61 0.8)
					(width 0)
					(fill yes)
				)
			)
			(uuid "f0f14fce-3d66-4ec5-a9ad-32aa4e80d04f")
		)
		(pad "13" thru_hole circle
			(at 1.61 30.48)
			(size 1.6 1.6)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 51 "/analog[18]")
			(pinfunction "Pin_13")
			(pintype "passive")
			(uuid "74e8327f-f529-426c-ab9a-fc3970389585")
		)
		(pad "14" thru_hole custom
			(at 0 33.02)
			(size 1.6 1.7)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 50 "/analog[19]")
			(pinfunction "Pin_14")
			(pintype "passive")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_rect
					(start 0 -0.8)
					(end 1.61 0.8)
					(width 0)
					(fill yes)
				)
			)
			(uuid "1acbeb49-e9f5-4d61-aa49-a6d1d3f21a72")
		)
		(pad "14" thru_hole circle
			(at 1.61 33.02)
			(size 1.6 1.6)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 50 "/analog[19]")
			(pinfunction "Pin_14")
			(pintype "passive")
			(uuid "3f5e174b-aefb-47aa-a454-9b0e5de59353")
		)
		(pad "15" thru_hole custom
			(at 0 35.56)
			(size 1.6 1.7)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 52 "/analog[20]")
			(pinfunction "Pin_15")
			(pintype "passive")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_rect
					(start 0 -0.8)
					(end 1.61 0.8)
					(width 0)
					(fill yes)
				)
			)
			(uuid "b9656555-f95b-4d56-b320-b48b7c9ad949")
		)
		(pad "15" thru_hole circle
			(at 1.61 35.56)
			(size 1.6 1.6)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 52 "/analog[20]")
			(pinfunction "Pin_15")
			(pintype "passive")
			(uuid "2eb01890-b269-482b-aa92-84e7d250ec22")
		)
		(pad "16" thru_hole custom
			(at 0 38.1)
			(size 1.6 1.7)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 55 "/analog[21]")
			(pinfunction "Pin_16")
			(pintype "passive")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_rect
					(start 0 -0.8)
					(end 1.61 0.8)
					(width 0)
					(fill yes)
				)
			)
			(uuid "9af6b592-84c5-4bbd-8def-9ea2e4840e21")
		)
		(pad "16" thru_hole circle
			(at 1.61 38.1)
			(size 1.6 1.6)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 55 "/analog[21]")
			(pinfunction "Pin_16")
			(pintype "passive")
			(uuid "f8df1655-ffbb-4978-9bea-489a29e77010")
		)
		(pad "17" thru_hole custom
			(at 0 40.64)
			(size 1.6 1.7)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 17 "/GND")
			(pinfunction "Pin_17")
			(pintype "passive")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_rect
					(start 0 -0.8)
					(end 1.61 0.8)
					(width 0)
					(fill yes)
				)
			)
			(uuid "40990cfb-4e69-4b3c-bbf9-57317be55609")
		)
		(pad "17" thru_hole circle
			(at 1.61 40.64)
			(size 1.6 1.6)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 17 "/GND")
			(pinfunction "Pin_17")
			(pintype "passive")
			(uuid "8c4c7a0c-89a7-4c0f-9142-347d6aeea927")
		)
		(pad "18" thru_hole custom
			(at 0 43.18)
			(size 1.6 1.7)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 20 "/VDD_Core")
			(pinfunction "Pin_18")
			(pintype "passive")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_rect
					(start 0 -0.8)
					(end 1.61 0.8)
					(width 0)
					(fill yes)
				)
			)
			(uuid "0aa59653-b8fb-4140-bf62-a5d5021cc5bd")
		)
		(pad "18" thru_hole circle
			(at 1.61 43.18)
			(size 1.6 1.6)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 20 "/VDD_Core")
			(pinfunction "Pin_18")
			(pintype "passive")
			(uuid "7ed50919-b547-4c5f-89f4-81c1fba13f24")
		)
		(pad "19" thru_hole custom
			(at 0 45.72)
			(size 1.6 1.7)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 17 "/GND")
			(pinfunction "Pin_19")
			(pintype "passive")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_rect
					(start 0 -0.8)
					(end 1.61 0.8)
					(width 0)
					(fill yes)
				)
			)
			(uuid "8fcc733b-d5c2-4e4d-94ec-a0167cee0f5d")
		)
		(pad "19" thru_hole circle
			(at 1.61 45.72)
			(size 1.6 1.6)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 17 "/GND")
			(pinfunction "Pin_19")
			(pintype "passive")
			(uuid "561964cb-3472-4d05-a4a1-0ccc0e3fb5a7")
		)
		(pad "20" thru_hole custom
			(at 0 48.26)
			(size 1.6 1.7)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 29 "/VDD_IO")
			(pinfunction "Pin_20")
			(pintype "passive")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_rect
					(start 0 -0.8)
					(end 1.61 0.8)
					(width 0)
					(fill yes)
				)
			)
			(uuid "e63d1eea-2182-4b25-ae24-6e2445d735b2")
		)
		(pad "20" thru_hole circle
			(at 1.61 48.26)
			(size 1.6 1.6)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 29 "/VDD_IO")
			(pinfunction "Pin_20")
			(pintype "passive")
			(uuid "23fdab77-c44c-4000-a584-7a1bd4941be5")
		)
		(embedded_fonts no)
	)
	(footprint "MountingHole:MountingHole_3mm"
		(layer "F.Cu")
		(uuid "071e2052-7d4c-4344-aafb-26c56fb75d7a")
		(at 114.75 64.25)
		(descr "Mounting Hole 3mm, no annular, generated by kicad-footprint-generator mountinghole.py")
		(tags "mountinghole")
		(property "Reference" "REF**"
			(at 0 -3.95 0)
			(layer "F.SilkS")
			(hide yes)
			(uuid "c942e86b-fafc-4d45-9446-a1438e5b72fd")
			(effects
				(font
					(size 1 1)
					(thickness 0.15)
				)
			)
		)
		(property "Value" "MountingHole_3mm"
			(at 0 3.95 0)
			(layer "F.Fab")
			(hide yes)
			(uuid "bdc79292-0a17-462e-ab49-10b5f0e46973")
			(effects
				(font
					(size 1 1)
					(thickness 0.15)
				)
			)
		)
		(property "Datasheet" ""
			(at 0 0 0)
			(layer "F.Fab")
			(hide yes)
			(uuid "fff89a75-a294-47d9-aa9d-37eddeaa39c6")
			(effects
				(font
					(size 1.27 1.27)
					(thickness 0.15)
				)
			)
		)
		(property "Description" ""
			(at 0 0 0)
			(layer "F.Fab")
			(hide yes)
			(uuid "e539cc6e-49db-4c9c-ab8c-de4ee1185632")
			(effects
				(font
					(size 1.27 1.27)
					(thickness 0.15)
				)
			)
		)
		(attr exclude_from_pos_files exclude_from_bom)
		(fp_circle
			(center 0 0)
			(end 3 0)
			(stroke
				(width 0.15)
				(type solid)
			)
			(fill no)
			(layer "Cmts.User")
			(uuid "7917cd47-3047-42bf-8804-1e7751ff11a2")
		)
		(fp_circle
			(center 0 0)
			(end 3.25 0)
			(stroke
				(width 0.05)
				(type solid)
			)
			(fill no)
			(layer "F.CrtYd")
			(uuid "c25eea9c-fb27-417c-b3a3-a3f79b33cf7f")
		)
		(fp_text user "${REFERENCE}"
			(at 0 0 0)
			(layer "F.Fab")
			(uuid "bdc41280-f236-4fb5-9488-64065100ab74")
			(effects
				(font
					(size 1 1)
					(thickness 0.15)
				)
			)
		)
		(pad "" np_thru_hole circle
			(at 0 0)
			(size 3 3)
			(drill 3)
			(layers "*.Cu" "*.Mask")
			(uuid "fcec4913-99b5-4664-a9ec-9e857e6c3b2c")
		)
		(embedded_fonts no)
	)
	(footprint "MountingHole:MountingHole_3mm"
		(layer "F.Cu")
		(uuid "0f769582-37de-4a5c-9f9f-ac0fbeecddd6")
		(at 160.75 64.25)
		(descr "Mounting Hole 3mm, no annular, generated by kicad-footprint-generator mountinghole.py")
		(tags "mountinghole")
		(property "Reference" "REF**"
			(at 0 -3.95 0)
			(layer "F.SilkS")
			(hide yes)
			(uuid "ed524289-44c3-4d39-a220-79628d402cb2")
			(effects
				(font
					(size 1 1)
					(thickness 0.15)
				)
			)
		)
		(property "Value" "MountingHole_3mm"
			(at 0 3.95 0)
			(layer "F.Fab")
			(hide yes)
			(uuid "64d57f52-2de8-4d71-a957-e480528510e3")
			(effects
				(font
					(size 1 1)
					(thickness 0.15)
				)
			)
		)
		(property "Datasheet" ""
			(at 0 0 0)
			(layer "F.Fab")
			(hide yes)
			(uuid "f38f795d-d565-4be6-a5b9-bcd68f3b1bb8")
			(effects
				(font
					(size 1.27 1.27)
					(thickness 0.15)
				)
			)
		)
		(property "Description" ""
			(at 0 0 0)
			(layer "F.Fab")
			(hide yes)
			(uuid "484eb0ed-3215-4ea5-a7f6-b6a56c22c997")
			(effects
				(font
					(size 1.27 1.27)
					(thickness 0.15)
				)
			)
		)
		(attr exclude_from_pos_files exclude_from_bom)
		(fp_circle
			(center 0 0)
			(end 3 0)
			(stroke
				(width 0.15)
				(type solid)
			)
			(fill no)
			(layer "Cmts.User")
			(uuid "8cbbe4b5-e9d7-4d22-894f-12db67670d21")
		)
		(fp_circle
			(center 0 0)
			(end 3.25 0)
			(stroke
				(width 0.05)
				(type solid)
			)
			(fill no)
			(layer "F.CrtYd")
			(uuid "a6bd0cc3-15e3-4e19-b5ea-714f312f6f7e")
		)
		(fp_text user "${REFERENCE}"
			(at 0 0 0)
			(layer "F.Fab")
			(uuid "900d9d04-826e-4c64-8b42-fa37a363d9cf")
			(effects
				(font
					(size 1 1)
					(thickness 0.15)
				)
			)
		)
		(pad "" np_thru_hole circle
			(at 0 0)
			(size 3 3)
			(drill 3)
			(layers "*.Cu" "*.Mask")
			(uuid "2328fd28-4327-4eae-8344-a5732c0c8e5e")
		)
		(embedded_fonts no)
	)
	(footprint "castellated:PinHeader_1x17_P2.54mm_Castellated"
		(layer "F.Cu")
		(uuid "70364cf0-12a7-4a72-a904-e0262a7e9086")
		(at 117.435 143.25 90)
		(descr "Through hole straight pin header, 1x20, 2.54mm pitch, single row")
		(tags "Through hole pin header THT 1x20 2.54mm single row")
		(property "Reference" "J1"
			(at 0 -2.38 90)
			(layer "F.SilkS")
			(hide yes)
			(uuid "c99b6318-9a35-472e-b409-2e391cfe9220")
			(effects
				(font
					(size 1 1)
					(thickness 0.15)
				)
			)
		)
		(property "Value" "Conn_01x17"
			(at 0 50.639999 90)
			(layer "F.Fab")
			(hide yes)
			(uuid "831c1a6f-71ac-4416-bfbc-08ede3682ac9")
			(effects
				(font
					(size 1 1)
					(thickness 0.15)
				)
			)
		)
		(property "Datasheet" "~"
			(at 0 0 90)
			(layer "F.Fab")
			(hide yes)
			(uuid "1b603595-2a0f-49a0-8585-7a6d517c6627")
			(effects
				(font
					(size 1.27 1.27)
					(thickness 0.15)
				)
			)
		)
		(property "Description" "Generic connector, single row, 01x17, script generated (kicad-library-utils/schlib/autogen/connector/)"
			(at 0 0 90)
			(layer "F.Fab")
			(hide yes)
			(uuid "52fd8aeb-f6aa-4f2a-a539-2504a4d75da5")
			(effects
				(font
					(size 1.27 1.27)
					(thickness 0.15)
				)
			)
		)
		(property ki_fp_filters "Connector*:*_1x??_*")
		(path "/a1a3e99f-73b0-41a7-80f7-42368017d189")
		(sheetname "/")
		(sheetfile "breakout-ttgf0p2-hackaday.kicad_sch")
		(attr through_hole)
		(fp_rect
			(start -1.135 -1.145)
			(end 2.745 41.775)
			(stroke
				(width 0.05)
				(type solid)
			)
			(fill no)
			(layer "F.CrtYd")
			(uuid "1080ccfb-5ecb-422a-a0e7-bc15fdf180fa")
		)
		(fp_line
			(start 2.88 -1.27)
			(end 2.88 41.91)
			(stroke
				(width 0.1)
				(type solid)
			)
			(layer "F.Fab")
			(uuid "67edbaa4-c33c-4cb9-bebb-9abd0e2778c5")
		)
		(fp_line
			(start -0.635 -1.27)
			(end 2.88 -1.27)
			(stroke
				(width 0.1)
				(type solid)
			)
			(layer "F.Fab")
			(uuid "b7ce499f-fe21-4c4c-9a57-e0d9cb80da30")
		)
		(fp_line
			(start -1.27 -0.635)
			(end -0.635 -1.27)
			(stroke
				(width 0.1)
				(type solid)
			)
			(layer "F.Fab")
			(uuid "32931998-2ee2-481b-9763-7f0a71c26013")
		)
		(fp_line
			(start 2.88 41.91)
			(end -1.27 41.91)
			(stroke
				(width 0.1)
				(type solid)
			)
			(layer "F.Fab")
			(uuid "90e23438-ed00-420d-be61-11260a464a81")
		)
		(fp_line
			(start -1.27 41.91)
			(end -1.27 -0.635)
			(stroke
				(width 0.1)
				(type solid)
			)
			(layer "F.Fab")
			(uuid "0cee0fdf-6590-4d0d-98e9-0aa9c8cf4a0b")
		)
		(fp_text user "${REFERENCE}"
			(at 0.805 20.32 0)
			(layer "F.Fab")
			(uuid "b1bf46a0-0936-4124-8dbd-b17506f34cd5")
			(effects
				(font
					(size 1 1)
					(thickness 0.15)
				)
			)
		)
		(pad "1" thru_hole custom
			(at 0 0 90)
			(size 1.6 1.7)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 2 "/ctrl_ena")
			(pinfunction "Pin_1")
			(pintype "passive")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_rect
					(start 0 -0.8)
					(end 1.61 0.8)
					(width 0)
					(fill yes)
				)
			)
			(uuid "5cebabe8-de50-412e-bf5a-012556a531da")
		)
		(pad "1" thru_hole circle
			(at 1.61 0 90)
			(size 1.6 1.6)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 2 "/ctrl_ena")
			(pinfunction "Pin_1")
			(pintype "passive")
			(uuid "a6cd3531-5281-4fee-b2e0-a46e99acaaaf")
		)
		(pad "2" thru_hole custom
			(at 0 2.54 90)
			(size 1.6 1.7)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 3 "/ctrl_sel_inc")
			(pinfunction "Pin_2")
			(pintype "passive")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_rect
					(start 0 -0.8)
					(end 1.61 0.8)
					(width 0)
					(fill yes)
				)
			)
			(uuid "0e0ebcab-ac64-4c71-ab6c-8d50884d4ce8")
		)
		(pad "2" thru_hole circle
			(at 1.61 2.54 90)
			(size 1.6 1.6)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 3 "/ctrl_sel_inc")
			(pinfunction "Pin_2")
			(pintype "passive")
			(uuid "edb275df-b7fd-4d18-b4f5-455d8c383f21")
		)
		(pad "3" thru_hole custom
			(at 0 5.08 90)
			(size 1.6 1.7)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 1 "/ctrl_sel_rst_n")
			(pinfunction "Pin_3")
			(pintype "passive")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_rect
					(start 0 -0.8)
					(end 1.61 0.8)
					(width 0)
					(fill yes)
				)
			)
			(uuid "061571a5-d353-4c39-abb3-7bed55a50056")
		)
		(pad "3" thru_hole circle
			(at 1.61 5.08 90)
			(size 1.6 1.6)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 1 "/ctrl_sel_rst_n")
			(pinfunction "Pin_3")
			(pintype "passive")
			(uuid "43168e18-db40-456d-b14d-057935b85371")
		)
		(pad "4" thru_hole custom
			(at 0 7.62 90)
			(size 1.6 1.7)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 6 "/rsvd@4")
			(pinfunction "Pin_4")
			(pintype "passive")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_rect
					(start 0 -0.8)
					(end 1.61 0.8)
					(width 0)
					(fill yes)
				)
			)
			(uuid "13d30a7c-d45b-40f3-a65f-f30d8f0b67fe")
		)
		(pad "4" thru_hole circle
			(at 1.61 7.62 90)
			(size 1.6 1.6)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 6 "/rsvd@4")
			(pinfunction "Pin_4")
			(pintype "passive")
			(uuid "cbf0be76-b9bc-4ae5-9b2d-d84f290c71d5")
		)
		(pad "5" thru_hole custom
			(at 0 10.16 90)
			(size 1.6 1.7)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 9 "/rsvd@5")
			(pinfunction "Pin_5")
			(pintype "passive")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_rect
					(start 0 -0.8)
					(end 1.61 0.8)
					(width 0)
					(fill yes)
				)
			)
			(uuid "a83920ae-f64b-4827-8585-9f9c3b04b480")
		)
		(pad "5" thru_hole circle
			(at 1.61 10.16 90)
			(size 1.6 1.6)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 9 "/rsvd@5")
			(pinfunction "Pin_5")
			(pintype "passive")
			(uuid "e70355fd-7819-4605-9b5c-3cdbc481926d")
		)
		(pad "6" thru_hole custom
			(at 0 12.7 90)
			(size 1.6 1.7)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 16 "/rsvd@6")
			(pinfunction "Pin_6")
			(pintype "passive")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_rect
					(start 0 -0.8)
					(end 1.61 0.8)
					(width 0)
					(fill yes)
				)
			)
			(uuid "a2260ef7-fb4f-4052-b1a2-2d084f44691f")
		)
		(pad "6" thru_hole circle
			(at 1.61 12.7 90)
			(size 1.6 1.6)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 16 "/rsvd@6")
			(pinfunction "Pin_6")
			(pintype "passive")
			(uuid "3f58c763-d75c-4f50-b2c2-0dcaacc2e46f")
		)
		(pad "7" thru_hole custom
			(at 0 15.24 90)
			(size 1.6 1.7)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 4 "/rsvd@7")
			(pinfunction "Pin_7")
			(pintype "passive")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_rect
					(start 0 -0.8)
					(end 1.61 0.8)
					(width 0)
					(fill yes)
				)
			)
			(uuid "0e885779-ca71-4bdf-9771-0c49bd05161c")
		)
		(pad "7" thru_hole circle
			(at 1.61 15.24 90)
			(size 1.6 1.6)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 4 "/rsvd@7")
			(pinfunction "Pin_7")
			(pintype "passive")
			(uuid "52727bed-ffb2-48d6-a3c1-a13786f1ffd0")
		)
		(pad "8" thru_hole custom
			(at 0 17.78 90)
			(size 1.6 1.7)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 8 "/rsvd@8")
			(pinfunction "Pin_8")
			(pintype "passive")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_rect
					(start 0 -0.8)
					(end 1.61 0.8)
					(width 0)
					(fill yes)
				)
			)
			(uuid "1964e810-7445-4f13-ad40-0fab34f39a6e")
		)
		(pad "8" thru_hole circle
			(at 1.61 17.78 90)
			(size 1.6 1.6)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 8 "/rsvd@8")
			(pinfunction "Pin_8")
			(pintype "passive")
			(uuid "8fa7b961-6eed-4f13-9801-4b4099c46738")
		)
		(pad "9" thru_hole custom
			(at 0 20.32 90)
			(size 1.6 1.7)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 17 "/GND")
			(pinfunction "Pin_9")
			(pintype "passive")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_rect
					(start 0 -0.8)
					(end 1.61 0.8)
					(width 0)
					(fill yes)
				)
			)
			(uuid "df0302b9-9fc9-413d-a020-d270cc5e6fed")
		)
		(pad "9" thru_hole circle
			(at 1.61 20.32 90)
			(size 1.6 1.6)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 17 "/GND")
			(pinfunction "Pin_9")
			(pintype "passive")
			(uuid "3e030df1-465d-4913-a5aa-1b53af17c299")
		)
		(pad "10" thru_hole custom
			(at 0 22.86 90)
			(size 1.6 1.7)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 15 "/uo[0]")
			(pinfunction "Pin_10")
			(pintype "passive")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_rect
					(start 0 -0.8)
					(end 1.61 0.8)
					(width 0)
					(fill yes)
				)
			)
			(uuid "78e8b627-2c22-4c34-8bdf-e0ff7596869b")
		)
		(pad "10" thru_hole circle
			(at 1.61 22.86 90)
			(size 1.6 1.6)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 15 "/uo[0]")
			(pinfunction "Pin_10")
			(pintype "passive")
			(uuid "0a8a13ae-07ed-4d0b-aae2-2cc4ee43fc61")
		)
		(pad "11" thru_hole custom
			(at 0 25.4 90)
			(size 1.6 1.7)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 13 "/uo[1]")
			(pinfunction "Pin_11")
			(pintype "passive")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_rect
					(start 0 -0.8)
					(end 1.61 0.8)
					(width 0)
					(fill yes)
				)
			)
			(uuid "5849b138-16dc-4502-af92-a37d9dccbcb4")
		)
		(pad "11" thru_hole circle
			(at 1.61 25.4 90)
			(size 1.6 1.6)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 13 "/uo[1]")
			(pinfunction "Pin_11")
			(pintype "passive")
			(uuid "f98a662e-2b3f-4871-9399-f4945c568986")
		)
		(pad "12" thru_hole custom
			(at 0 27.94 90)
			(size 1.6 1.7)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 12 "/uo[2]")
			(pinfunction "Pin_12")
			(pintype "passive")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_rect
					(start 0 -0.8)
					(end 1.61 0.8)
					(width 0)
					(fill yes)
				)
			)
			(uuid "89ae6ebe-cc79-4c8b-b820-3121d1b622ad")
		)
		(pad "12" thru_hole circle
			(at 1.61 27.94 90)
			(size 1.6 1.6)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 12 "/uo[2]")
			(pinfunction "Pin_12")
			(pintype "passive")
			(uuid "922436ef-0dee-4b79-a228-db453866ad1b")
		)
		(pad "13" thru_hole custom
			(at 0 30.48 90)
			(size 1.6 1.7)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 10 "/uo[3]")
			(pinfunction "Pin_13")
			(pintype "passive")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_rect
					(start 0 -0.8)
					(end 1.61 0.8)
					(width 0)
					(fill yes)
				)
			)
			(uuid "2d4d2ea4-d748-4d43-b73f-2ef948a95915")
		)
		(pad "13" thru_hole circle
			(at 1.61 30.48 90)
			(size 1.6 1.6)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 10 "/uo[3]")
			(pinfunction "Pin_13")
			(pintype "passive")
			(uuid "b8425085-03c6-4d79-b273-7964ebc5c7e2")
		)
		(pad "14" thru_hole custom
			(at 0 33.02 90)
			(size 1.6 1.7)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 14 "/uo[4]")
			(pinfunction "Pin_14")
			(pintype "passive")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_rect
					(start 0 -0.8)
					(end 1.61 0.8)
					(width 0)
					(fill yes)
				)
			)
			(uuid "b9316416-fad3-4b0c-b1b5-63955f68983e")
		)
		(pad "14" thru_hole circle
			(at 1.61 33.02 90)
			(size 1.6 1.6)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 14 "/uo[4]")
			(pinfunction "Pin_14")
			(pintype "passive")
			(uuid "c862b98d-76d5-459f-9e83-779e46751751")
		)
		(pad "15" thru_hole custom
			(at 0 35.56 90)
			(size 1.6 1.7)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 5 "/uo[5]")
			(pinfunction "Pin_15")
			(pintype "passive")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_rect
					(start 0 -0.8)
					(end 1.61 0.8)
					(width 0)
					(fill yes)
				)
			)
			(uuid "3a5cdbc7-83df-4e5d-9770-ed7aa3148d2f")
		)
		(pad "15" thru_hole circle
			(at 1.61 35.56 90)
			(size 1.6 1.6)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 5 "/uo[5]")
			(pinfunction "Pin_15")
			(pintype "passive")
			(uuid "8c141d3a-0f8d-44ed-b518-05cbf0a701ee")
		)
		(pad "16" thru_hole custom
			(at 0 38.1 90)
			(size 1.6 1.7)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 11 "/uo[6]")
			(pinfunction "Pin_16")
			(pintype "passive")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_rect
					(start 0 -0.8)
					(end 1.61 0.8)
					(width 0)
					(fill yes)
				)
			)
			(uuid "3e9f7fde-c42b-4251-8009-150446cc813e")
		)
		(pad "16" thru_hole circle
			(at 1.61 38.1 90)
			(size 1.6 1.6)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 11 "/uo[6]")
			(pinfunction "Pin_16")
			(pintype "passive")
			(uuid "e16a0e27-eef9-4817-aac0-8f31287f3f9a")
		)
		(pad "17" thru_hole custom
			(at 0 40.64 90)
			(size 1.6 1.7)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 7 "/uo[7]")
			(pinfunction "Pin_17")
			(pintype "passive")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_rect
					(start 0 -0.8)
					(end 1.61 0.8)
					(width 0)
					(fill yes)
				)
			)
			(uuid "c24e6d23-fee7-4652-805a-8a6b324ca9ec")
		)
		(pad "17" thru_hole circle
			(at 1.61 40.64 90)
			(size 1.6 1.6)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 7 "/uo[7]")
			(pinfunction "Pin_17")
			(pintype "passive")
			(uuid "44bf248f-2cdd-46d0-96d8-6cc5403af3e1")
		)
		(embedded_fonts no)
	)
	(footprint "castellated:PinHeader_1x17_P2.54mm_Castellated"
		(layer "F.Cu")
		(uuid "c8f27183-42cd-4e1c-a199-13377fc3a3f6")
		(at 158.065001 58.25 -90)
		(descr "Through hole straight pin header, 1x20, 2.54mm pitch, single row")
		(tags "Through hole pin header THT 1x20 2.54mm single row")
		(property "Reference" "J3"
			(at 0 -2.38 90)
			(layer "F.SilkS")
			(hide yes)
			(uuid "b3ab91f3-7f32-4298-856e-4a854d00679f")
			(effects
				(font
					(size 1 1)
					(thickness 0.15)
				)
			)
		)
		(property "Value" "Conn_01x17"
			(at 0 50.639999 90)
			(layer "F.Fab")
			(hide yes)
			(uuid "01750ac0-4aec-4bb0-88be-7733447146ab")
			(effects
				(font
					(size 1 1)
					(thickness 0.15)
				)
			)
		)
		(property "Datasheet" "~"
			(at 0 0 90)
			(layer "F.Fab")
			(hide yes)
			(uuid "8822352d-7241-45c5-a95e-80720fe9eb88")
			(effects
				(font
					(size 1.27 1.27)
					(thickness 0.15)
				)
			)
		)
		(property "Description" "Generic connector, single row, 01x17, script generated (kicad-library-utils/schlib/autogen/connector/)"
			(at 0 0 90)
			(layer "F.Fab")
			(hide yes)
			(uuid "7638ff97-a72e-4570-ab98-7ee530d8cc7c")
			(effects
				(font
					(size 1.27 1.27)
					(thickness 0.15)
				)
			)
		)
		(property ki_fp_filters "Connector*:*_1x??_*")
		(path "/859dcebf-7acc-498c-87cc-25f02e122d83")
		(sheetname "/")
		(sheetfile "breakout-ttgf0p2-hackaday.kicad_sch")
		(attr through_hole)
		(fp_rect
			(start -1.135 -1.145)
			(end 2.745 41.775)
			(stroke
				(width 0.05)
				(type solid)
			)
			(fill no)
			(layer "F.CrtYd")
			(uuid "12aa1a06-8822-416b-8e31-8f532669de64")
		)
		(fp_line
			(start -1.27 41.91)
			(end -1.27 -0.635)
			(stroke
				(width 0.1)
				(type solid)
			)
			(layer "F.Fab")
			(uuid "1e8e5205-bc50-42ab-8a32-1c9380bd33e7")
		)
		(fp_line
			(start 2.88 41.91)
			(end -1.27 41.91)
			(stroke
				(width 0.1)
				(type solid)
			)
			(layer "F.Fab")
			(uuid "621be2e8-fc39-4ec1-a2fa-aad702e96c0a")
		)
		(fp_line
			(start -1.27 -0.635)
			(end -0.635 -1.27)
			(stroke
				(width 0.1)
				(type solid)
			)
			(layer "F.Fab")
			(uuid "d05a2f48-9afe-438a-9f3d-d5056277765e")
		)
		(fp_line
			(start -0.635 -1.27)
			(end 2.88 -1.27)
			(stroke
				(width 0.1)
				(type solid)
			)
			(layer "F.Fab")
			(uuid "c76a46e5-c017-4d87-97bf-4f60e8bed7b8")
		)
		(fp_line
			(start 2.88 -1.27)
			(end 2.88 41.91)
			(stroke
				(width 0.1)
				(type solid)
			)
			(layer "F.Fab")
			(uuid "5e94285b-0655-411f-9ac0-3d4eee0bb0f7")
		)
		(fp_text user "${REFERENCE}"
			(at 0.805 20.32 0)
			(layer "F.Fab")
			(uuid "5d4ba8fc-28a0-4a6e-a735-bbdaa711482d")
			(effects
				(font
					(size 1 1)
					(thickness 0.15)
				)
			)
		)
		(pad "1" thru_hole custom
			(at 0 0 270)
			(size 1.6 1.7)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 38 "/uio[0]")
			(pinfunction "Pin_1")
			(pintype "passive")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_rect
					(start 0 -0.8)
					(end 1.61 0.8)
					(width 0)
					(fill yes)
				)
			)
			(uuid "29e5ba9b-b3e5-427b-ae75-a31f4aa2b190")
		)
		(pad "1" thru_hole circle
			(at 1.61 0 270)
			(size 1.6 1.6)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 38 "/uio[0]")
			(pinfunction "Pin_1")
			(pintype "passive")
			(uuid "798fccf7-a2cb-4fdc-acdb-923ceb4cd1aa")
		)
		(pad "2" thru_hole custom
			(at 0 2.54 270)
			(size 1.6 1.7)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 40 "/uio[1]")
			(pinfunction "Pin_2")
			(pintype "passive")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_rect
					(start 0 -0.8)
					(end 1.61 0.8)
					(width 0)
					(fill yes)
				)
			)
			(uuid "3b814311-102c-419b-95a7-dad6499e7e9d")
		)
		(pad "2" thru_hole circle
			(at 1.61 2.54 270)
			(size 1.6 1.6)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 40 "/uio[1]")
			(pinfunction "Pin_2")
			(pintype "passive")
			(uuid "460521d1-5857-4218-a98d-817f699213eb")
		)
		(pad "3" thru_hole custom
			(at 0 5.08 270)
			(size 1.6 1.7)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 36 "/uio[2]")
			(pinfunction "Pin_3")
			(pintype "passive")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_rect
					(start 0 -0.8)
					(end 1.61 0.8)
					(width 0)
					(fill yes)
				)
			)
			(uuid "1f2f0fed-e2ed-43da-8ae2-67ac9374c6bd")
		)
		(pad "3" thru_hole circle
			(at 1.61 5.08 270)
			(size 1.6 1.6)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 36 "/uio[2]")
			(pinfunction "Pin_3")
			(pintype "passive")
			(uuid "4b734265-b2dd-40df-a6b3-403dc477d837")
		)
		(pad "4" thru_hole custom
			(at 0 7.62 270)
			(size 1.6 1.7)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 35 "/uio[3]")
			(pinfunction "Pin_4")
			(pintype "passive")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_rect
					(start 0 -0.8)
					(end 1.61 0.8)
					(width 0)
					(fill yes)
				)
			)
			(uuid "3fff4a39-4104-408c-988e-7e0eb66be3e1")
		)
		(pad "4" thru_hole circle
			(at 1.61 7.62 270)
			(size 1.6 1.6)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 35 "/uio[3]")
			(pinfunction "Pin_4")
			(pintype "passive")
			(uuid "45a03a95-2be0-4422-8ff2-bacdee8f17da")
		)
		(pad "5" thru_hole custom
			(at 0 10.16 270)
			(size 1.6 1.7)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 43 "/uio[4]")
			(pinfunction "Pin_5")
			(pintype "passive")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_rect
					(start 0 -0.8)
					(end 1.61 0.8)
					(width 0)
					(fill yes)
				)
			)
			(uuid "46d6fee3-884a-448f-a313-342cc9c4a73d")
		)
		(pad "5" thru_hole circle
			(at 1.61 10.16 270)
			(size 1.6 1.6)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 43 "/uio[4]")
			(pinfunction "Pin_5")
			(pintype "passive")
			(uuid "e72c3ff6-d4c9-46ce-858a-ca3d997202f4")
		)
		(pad "6" thru_hole custom
			(at 0 12.7 270)
			(size 1.6 1.7)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 42 "/uio[5]")
			(pinfunction "Pin_6")
			(pintype "passive")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_rect
					(start 0 -0.8)
					(end 1.61 0.8)
					(width 0)
					(fill yes)
				)
			)
			(uuid "92cbda25-e5e1-4925-9a40-1fff7fd87437")
		)
		(pad "6" thru_hole circle
			(at 1.61 12.7 270)
			(size 1.6 1.6)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 42 "/uio[5]")
			(pinfunction "Pin_6")
			(pintype "passive")
			(uuid "7ad8f432-0da6-4f87-b737-ae657886df02")
		)
		(pad "7" thru_hole custom
			(at 0 15.24 270)
			(size 1.6 1.7)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 47 "/uio[6]")
			(pinfunction "Pin_7")
			(pintype "passive")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_rect
					(start 0 -0.8)
					(end 1.61 0.8)
					(width 0)
					(fill yes)
				)
			)
			(uuid "ab42aec7-7fb4-4472-8cb9-394b7311ebf7")
		)
		(pad "7" thru_hole circle
			(at 1.61 15.24 270)
			(size 1.6 1.6)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 47 "/uio[6]")
			(pinfunction "Pin_7")
			(pintype "passive")
			(uuid "5b91d237-b6c1-4a76-baff-72b729ac6512")
		)
		(pad "8" thru_hole custom
			(at 0 17.78 270)
			(size 1.6 1.7)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 46 "/uio[7]")
			(pinfunction "Pin_8")
			(pintype "passive")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_rect
					(start 0 -0.8)
					(end 1.61 0.8)
					(width 0)
					(fill yes)
				)
			)
			(uuid "95f119a6-9617-4f16-ba71-ae9f247118e2")
		)
		(pad "8" thru_hole circle
			(at 1.61 17.78 270)
			(size 1.6 1.6)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 46 "/uio[7]")
			(pinfunction "Pin_8")
			(pintype "passive")
			(uuid "3650e894-e2f9-4fb6-8764-77d20642e7db")
		)
		(pad "9" thru_hole custom
			(at 0 20.32 270)
			(size 1.6 1.7)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 17 "/GND")
			(pinfunction "Pin_9")
			(pintype "passive")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_rect
					(start 0 -0.8)
					(end 1.61 0.8)
					(width 0)
					(fill yes)
				)
			)
			(uuid "6b941d73-0138-42da-bb4d-20eef35816b3")
		)
		(pad "9" thru_hole circle
			(at 1.61 20.32 270)
			(size 1.6 1.6)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 17 "/GND")
			(pinfunction "Pin_9")
			(pintype "passive")
			(uuid "7f17ad22-17ab-480f-95ed-d00d3cb0400a")
		)
		(pad "10" thru_hole custom
			(at 0 22.86 270)
			(size 1.6 1.7)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 48 "/ui[0]")
			(pinfunction "Pin_10")
			(pintype "passive")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_rect
					(start 0 -0.8)
					(end 1.61 0.8)
					(width 0)
					(fill yes)
				)
			)
			(uuid "ab585ddd-eb8b-4c89-85e2-f089ac2fd4ac")
		)
		(pad "10" thru_hole circle
			(at 1.61 22.86 270)
			(size 1.6 1.6)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 48 "/ui[0]")
			(pinfunction "Pin_10")
			(pintype "passive")
			(uuid "8be18d7f-02d7-4283-a9b1-e9b452c714bb")
		)
		(pad "11" thru_hole custom
			(at 0 25.4 270)
			(size 1.6 1.7)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 34 "/ui[1]")
			(pinfunction "Pin_11")
			(pintype "passive")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_rect
					(start 0 -0.8)
					(end 1.61 0.8)
					(width 0)
					(fill yes)
				)
			)
			(uuid "47d17928-2c86-427d-905b-f37d91adafe4")
		)
		(pad "11" thru_hole circle
			(at 1.61 25.4 270)
			(size 1.6 1.6)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 34 "/ui[1]")
			(pinfunction "Pin_11")
			(pintype "passive")
			(uuid "806ea736-9008-4d74-b791-6a2b080c7bcc")
		)
		(pad "12" thru_hole custom
			(at 0 27.94 270)
			(size 1.6 1.7)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 37 "/ui[2]")
			(pinfunction "Pin_12")
			(pintype "passive")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_rect
					(start 0 -0.8)
					(end 1.61 0.8)
					(width 0)
					(fill yes)
				)
			)
			(uuid "e3315168-3b53-4b49-a332-613163ce90cf")
		)
		(pad "12" thru_hole circle
			(at 1.61 27.94 270)
			(size 1.6 1.6)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 37 "/ui[2]")
			(pinfunction "Pin_12")
			(pintype "passive")
			(uuid "80120903-9de0-4e7f-bec5-c3f0129e59a6")
		)
		(pad "13" thru_hole custom
			(at 0 30.48 270)
			(size 1.6 1.7)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 33 "/ui[3]")
			(pinfunction "Pin_13")
			(pintype "passive")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_rect
					(start 0 -0.8)
					(end 1.61 0.8)
					(width 0)
					(fill yes)
				)
			)
			(uuid "11b92419-4a51-4f38-9b18-6da506545522")
		)
		(pad "13" thru_hole circle
			(at 1.61 30.48 270)
			(size 1.6 1.6)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 33 "/ui[3]")
			(pinfunction "Pin_13")
			(pintype "passive")
			(uuid "de42948d-56ec-4bae-aa8a-9ce34349e940")
		)
		(pad "14" thru_hole custom
			(at 0 33.02 270)
			(size 1.6 1.7)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 39 "/ui[4]")
			(pinfunction "Pin_14")
			(pintype "passive")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_rect
					(start 0 -0.8)
					(end 1.61 0.8)
					(width 0)
					(fill yes)
				)
			)
			(uuid "71b7e450-6a2a-486d-9cae-8e7bcc384321")
		)
		(pad "14" thru_hole circle
			(at 1.61 33.02 270)
			(size 1.6 1.6)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 39 "/ui[4]")
			(pinfunction "Pin_14")
			(pintype "passive")
			(uuid "48eb2b60-44cd-4b47-be3b-81009076140a")
		)
		(pad "15" thru_hole custom
			(at 0 35.56 270)
			(size 1.6 1.7)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 44 "/ui[5]")
			(pinfunction "Pin_15")
			(pintype "passive")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_rect
					(start 0 -0.8)
					(end 1.61 0.8)
					(width 0)
					(fill yes)
				)
			)
			(uuid "781ba831-687c-48f7-a9f9-e1e8a3ac63a5")
		)
		(pad "15" thru_hole circle
			(at 1.61 35.56 270)
			(size 1.6 1.6)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 44 "/ui[5]")
			(pinfunction "Pin_15")
			(pintype "passive")
			(uuid "e71b9f7d-1b4a-4036-ba21-0f3428a50e75")
		)
		(pad "16" thru_hole custom
			(at 0 38.1 270)
			(size 1.6 1.7)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 41 "/ui[6]")
			(pinfunction "Pin_16")
			(pintype "passive")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_rect
					(start 0 -0.8)
					(end 1.61 0.8)
					(width 0)
					(fill yes)
				)
			)
			(uuid "3c9c2327-2eb2-4b6a-9ae3-e568e652c23c")
		)
		(pad "16" thru_hole circle
			(at 1.61 38.1 270)
			(size 1.6 1.6)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 41 "/ui[6]")
			(pinfunction "Pin_16")
			(pintype "passive")
			(uuid "0c361160-3621-4dcf-81a5-0c4c11bf24df")
		)
		(pad "17" thru_hole custom
			(at 0 40.64 270)
			(size 1.6 1.7)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 45 "/ui[7]")
			(pinfunction "Pin_17")
			(pintype "passive")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_rect
					(start 0 -0.8)
					(end 1.61 0.8)
					(width 0)
					(fill yes)
				)
			)
			(uuid "df627855-3339-45e5-9a4d-3e848d695371")
		)
		(pad "17" thru_hole circle
			(at 1.61 40.64 270)
			(size 1.6 1.6)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 45 "/ui[7]")
			(pinfunction "Pin_17")
			(pintype "passive")
			(uuid "2844c4fd-ada9-4c9d-ba04-b8d4cb102963")
		)
		(embedded_fonts no)
	)
	(footprint "castellated:PinHeader_1x20_P2.54mm_Castellated"
		(layer "F.Cu")
		(uuid "ca4b8188-f2d0-488e-8a65-0e1e32ae303b")
		(at 165.25 124.875 180)
		(descr "Through hole straight pin header, 1x20, 2.54mm pitch, single row")
		(tags "Through hole pin header THT 1x20 2.54mm single row")
		(property "Reference" "J2"
			(at 0 -2.38 0)
			(layer "F.SilkS")
			(hide yes)
			(uuid "2f4c3406-1596-4e6b-b915-503155230475")
			(effects
				(font
					(size 1 1)
					(thickness 0.15)
				)
			)
		)
		(property "Value" "Conn_01x20"
			(at 0 50.639999 0)
			(layer "F.Fab")
			(hide yes)
			(uuid "4a4404a2-110c-470a-8de1-617b2803e704")
			(effects
				(font
					(size 1 1)
					(thickness 0.15)
				)
			)
		)
		(property "Datasheet" "~"
			(at 0 0 0)
			(layer "F.Fab")
			(hide yes)
			(uuid "c3812ca2-7b93-4686-87e4-f7d73ccbdbf0")
			(effects
				(font
					(size 1.27 1.27)
					(thickness 0.15)
				)
			)
		)
		(property "Description" "Generic connector, single row, 01x20, script generated (kicad-library-utils/schlib/autogen/connector/)"
			(at 0 0 0)
			(layer "F.Fab")
			(hide yes)
			(uuid "c4e8b050-de35-4c52-aca2-773349994ed2")
			(effects
				(font
					(size 1.27 1.27)
					(thickness 0.15)
				)
			)
		)
		(property ki_fp_filters "Connector*:*_1x??_*")
		(path "/019ec128-6c1c-46a9-a2b4-6b9f2b636862")
		(sheetname "/")
		(sheetfile "breakout-ttgf0p2-hackaday.kicad_sch")
		(attr through_hole)
		(fp_rect
			(start -1.135 -1.145)
			(end 2.745 49.395)
			(stroke
				(width 0.05)
				(type solid)
			)
			(fill no)
			(layer "F.CrtYd")
			(uuid "770c862e-f034-432f-89d7-8be341264f99")
		)
		(fp_line
			(start 2.88 49.53)
			(end -1.27 49.53)
			(stroke
				(width 0.1)
				(type solid)
			)
			(layer "F.Fab")
			(uuid "29d64892-0c1a-4e17-b28e-51ca98782a40")
		)
		(fp_line
			(start 2.88 -1.27)
			(end 2.88 49.53)
			(stroke
				(width 0.1)
				(type solid)
			)
			(layer "F.Fab")
			(uuid "e5a947d8-aa21-4057-9536-963a2dc453ad")
		)
		(fp_line
			(start -0.635 -1.27)
			(end 2.88 -1.27)
			(stroke
				(width 0.1)
				(type solid)
			)
			(layer "F.Fab")
			(uuid "8dbf344c-7355-4c2c-9b9d-c65f42bab377")
		)
		(fp_line
			(start -1.27 49.53)
			(end -1.27 -0.635)
			(stroke
				(width 0.1)
				(type solid)
			)
			(layer "F.Fab")
			(uuid "5768cf87-7bbd-4cc9-8103-46f91752e258")
		)
		(fp_line
			(start -1.27 -0.635)
			(end -0.635 -1.27)
			(stroke
				(width 0.1)
				(type solid)
			)
			(layer "F.Fab")
			(uuid "58ce6dfe-0722-4e99-8cf5-395dbccc4695")
		)
		(fp_text user "${REFERENCE}"
			(at 0.805 24.130001 90)
			(layer "F.Fab")
			(uuid "f91e73ae-c32f-4b77-93e6-625502eaad67")
			(effects
				(font
					(size 1 1)
					(thickness 0.15)
				)
			)
		)
		(pad "1" thru_hole custom
			(at 0 0 180)
			(size 1.6 1.7)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 29 "/VDD_IO")
			(pinfunction "Pin_1")
			(pintype "passive")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_rect
					(start 0 -0.8)
					(end 1.61 0.8)
					(width 0)
					(fill yes)
				)
			)
			(uuid "f6487917-236c-4d03-a517-441dd9759bba")
		)
		(pad "1" thru_hole circle
			(at 1.61 0 180)
			(size 1.6 1.6)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 29 "/VDD_IO")
			(pinfunction "Pin_1")
			(pintype "passive")
			(uuid "5c7fe3a8-decd-4e8f-bfd8-75d3d5a81cf3")
		)
		(pad "2" thru_hole custom
			(at 0 2.54 180)
			(size 1.6 1.7)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 17 "/GND")
			(pinfunction "Pin_2")
			(pintype "passive")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_rect
					(start 0 -0.8)
					(end 1.61 0.8)
					(width 0)
					(fill yes)
				)
			)
			(uuid "692b4f95-5a99-4f04-8452-e6ebaa1c305e")
		)
		(pad "2" thru_hole circle
			(at 1.61 2.54 180)
			(size 1.6 1.6)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 17 "/GND")
			(pinfunction "Pin_2")
			(pintype "passive")
			(uuid "f7144260-88d6-4415-9a04-b3c0f9f2bca9")
		)
		(pad "3" thru_hole custom
			(at 0 5.08 180)
			(size 1.6 1.7)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 22 "/analog[0]")
			(pinfunction "Pin_3")
			(pintype "passive")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_rect
					(start 0 -0.8)
					(end 1.61 0.8)
					(width 0)
					(fill yes)
				)
			)
			(uuid "c4baf8ea-52f4-414b-bb50-f94290db3ba5")
		)
		(pad "3" thru_hole circle
			(at 1.61 5.08 180)
			(size 1.6 1.6)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 22 "/analog[0]")
			(pinfunction "Pin_3")
			(pintype "passive")
			(uuid "694399f5-0107-4d57-8332-fe33d4565201")
		)
		(pad "4" thru_hole custom
			(at 0 7.62 180)
			(size 1.6 1.7)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 19 "/analog[1]")
			(pinfunction "Pin_4")
			(pintype "passive")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_rect
					(start 0 -0.8)
					(end 1.61 0.8)
					(width 0)
					(fill yes)
				)
			)
			(uuid "f3f0a1dd-f88b-420a-b934-4df59e9e6187")
		)
		(pad "4" thru_hole circle
			(at 1.61 7.62 180)
			(size 1.6 1.6)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 19 "/analog[1]")
			(pinfunction "Pin_4")
			(pintype "passive")
			(uuid "85d11f67-53ac-41f1-b9e3-944b450feaec")
		)
		(pad "5" thru_hole custom
			(at 0 10.16 180)
			(size 1.6 1.7)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 26 "/analog[2]")
			(pinfunction "Pin_5")
			(pintype "passive")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_rect
					(start 0 -0.8)
					(end 1.61 0.8)
					(width 0)
					(fill yes)
				)
			)
			(uuid "5bf3c63d-849b-46d3-a206-2b520577c2b5")
		)
		(pad "5" thru_hole circle
			(at 1.61 10.16 180)
			(size 1.6 1.6)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 26 "/analog[2]")
			(pinfunction "Pin_5")
			(pintype "passive")
			(uuid "096bbc39-5d33-43f6-8f40-0f6a5b47d152")
		)
		(pad "6" thru_hole custom
			(at 0 12.7 180)
			(size 1.6 1.7)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 30 "/analog[3]")
			(pinfunction "Pin_6")
			(pintype "passive")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_rect
					(start 0 -0.8)
					(end 1.61 0.8)
					(width 0)
					(fill yes)
				)
			)
			(uuid "ff8dbf64-0741-4ea8-880e-70557328aa83")
		)
		(pad "6" thru_hole circle
			(at 1.61 12.7 180)
			(size 1.6 1.6)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 30 "/analog[3]")
			(pinfunction "Pin_6")
			(pintype "passive")
			(uuid "9e0fbb62-ea4f-430e-b405-9a244441175d")
		)
		(pad "7" thru_hole custom
			(at 0 15.24 180)
			(size 1.6 1.7)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 23 "/analog[4]")
			(pinfunction "Pin_7")
			(pintype "passive")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_rect
					(start 0 -0.8)
					(end 1.61 0.8)
					(width 0)
					(fill yes)
				)
			)
			(uuid "5fb8de11-4fcf-4e13-8803-588c30a82ef0")
		)
		(pad "7" thru_hole circle
			(at 1.61 15.24 180)
			(size 1.6 1.6)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 23 "/analog[4]")
			(pinfunction "Pin_7")
			(pintype "passive")
			(uuid "aba94d9a-e074-420a-a175-feac68577e67")
		)
		(pad "8" thru_hole custom
			(at 0 17.78 180)
			(size 1.6 1.7)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 32 "/analog[5]")
			(pinfunction "Pin_8")
			(pintype "passive")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_rect
					(start 0 -0.8)
					(end 1.61 0.8)
					(width 0)
					(fill yes)
				)
			)
			(uuid "e5fd5ede-31a7-4fb5-925d-d366ca92e8d2")
		)
		(pad "8" thru_hole circle
			(at 1.61 17.78 180)
			(size 1.6 1.6)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 32 "/analog[5]")
			(pinfunction "Pin_8")
			(pintype "passive")
			(uuid "b5c2e627-b3cc-4347-a27f-a7a287273f3f")
		)
		(pad "9" thru_hole custom
			(at 0 20.32 180)
			(size 1.6 1.7)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 18 "/VAA_Analog")
			(pinfunction "Pin_9")
			(pintype "passive")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_rect
					(start 0 -0.8)
					(end 1.61 0.8)
					(width 0)
					(fill yes)
				)
			)
			(uuid "48f6d276-2ca6-4540-b357-0d8221b57487")
		)
		(pad "9" thru_hole circle
			(at 1.61 20.32 180)
			(size 1.6 1.6)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 18 "/VAA_Analog")
			(pinfunction "Pin_9")
			(pintype "passive")
			(uuid "954f5546-8d05-4bbe-b279-154a78757498")
		)
		(pad "10" thru_hole custom
			(at 0 22.86 180)
			(size 1.6 1.7)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 17 "/GND")
			(pinfunction "Pin_10")
			(pintype "passive")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_rect
					(start 0 -0.8)
					(end 1.61 0.8)
					(width 0)
					(fill yes)
				)
			)
			(uuid "554237a9-ced2-4477-a9c3-84aab230a881")
		)
		(pad "10" thru_hole circle
			(at 1.61 22.86 180)
			(size 1.6 1.6)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 17 "/GND")
			(pinfunction "Pin_10")
			(pintype "passive")
			(uuid "315c329a-8cf2-4349-8737-31eaa922fe69")
		)
		(pad "11" thru_hole custom
			(at 0 25.4 180)
			(size 1.6 1.7)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 21 "/analog[6]")
			(pinfunction "Pin_11")
			(pintype "passive")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_rect
					(start 0 -0.8)
					(end 1.61 0.8)
					(width 0)
					(fill yes)
				)
			)
			(uuid "1ef851e2-4fa4-45ce-93ee-5ae29258bc02")
		)
		(pad "11" thru_hole circle
			(at 1.61 25.4 180)
			(size 1.6 1.6)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 21 "/analog[6]")
			(pinfunction "Pin_11")
			(pintype "passive")
			(uuid "36f5fbbd-b3c4-4a7c-b88b-d611b75dd881")
		)
		(pad "12" thru_hole custom
			(at 0 27.94 180)
			(size 1.6 1.7)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 27 "/analog[7]")
			(pinfunction "Pin_12")
			(pintype "passive")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_rect
					(start 0 -0.8)
					(end 1.61 0.8)
					(width 0)
					(fill yes)
				)
			)
			(uuid "c4277686-6e5d-49e5-9b44-ffcfcb4014cc")
		)
		(pad "12" thru_hole circle
			(at 1.61 27.94 180)
			(size 1.6 1.6)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 27 "/analog[7]")
			(pinfunction "Pin_12")
			(pintype "passive")
			(uuid "31fa93d3-1627-4d0f-99de-914fe52d3e16")
		)
		(pad "13" thru_hole custom
			(at 0 30.48 180)
			(size 1.6 1.7)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 24 "/analog[8]")
			(pinfunction "Pin_13")
			(pintype "passive")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_rect
					(start 0 -0.8)
					(end 1.61 0.8)
					(width 0)
					(fill yes)
				)
			)
			(uuid "ebd5b2cf-7ad6-4505-be8b-8007b77db2d1")
		)
		(pad "13" thru_hole circle
			(at 1.61 30.48 180)
			(size 1.6 1.6)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 24 "/analog[8]")
			(pinfunction "Pin_13")
			(pintype "passive")
			(uuid "4f7e33ed-0eff-40cc-9070-b916b26a13e4")
		)
		(pad "14" thru_hole custom
			(at 0 33.02 180)
			(size 1.6 1.7)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 28 "/analog[9]")
			(pinfunction "Pin_14")
			(pintype "passive")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_rect
					(start 0 -0.8)
					(end 1.61 0.8)
					(width 0)
					(fill yes)
				)
			)
			(uuid "ee82853e-9a3a-4c55-a73b-7c879a98664a")
		)
		(pad "14" thru_hole circle
			(at 1.61 33.02 180)
			(size 1.6 1.6)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 28 "/analog[9]")
			(pinfunction "Pin_14")
			(pintype "passive")
			(uuid "721e947d-38f7-49d7-9393-e55360299f98")
		)
		(pad "15" thru_hole custom
			(at 0 35.56 180)
			(size 1.6 1.7)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 31 "/analog[10]")
			(pinfunction "Pin_15")
			(pintype "passive")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_rect
					(start 0 -0.8)
					(end 1.61 0.8)
					(width 0)
					(fill yes)
				)
			)
			(uuid "dd00b983-0b22-4d6f-91a4-2edc196018ef")
		)
		(pad "15" thru_hole circle
			(at 1.61 35.56 180)
			(size 1.6 1.6)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 31 "/analog[10]")
			(pinfunction "Pin_15")
			(pintype "passive")
			(uuid "5cf0f122-fbf7-4ddb-893a-4422b5237024")
		)
		(pad "16" thru_hole custom
			(at 0 38.1 180)
			(size 1.6 1.7)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 25 "/analog[11]")
			(pinfunction "Pin_16")
			(pintype "passive")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_rect
					(start 0 -0.8)
					(end 1.61 0.8)
					(width 0)
					(fill yes)
				)
			)
			(uuid "3b42689a-53fd-40e9-8c3c-9ad97878445c")
		)
		(pad "16" thru_hole circle
			(at 1.61 38.1 180)
			(size 1.6 1.6)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 25 "/analog[11]")
			(pinfunction "Pin_16")
			(pintype "passive")
			(uuid "efcb0c4b-5515-48b7-b053-7a33aba64c04")
		)
		(pad "17" thru_hole custom
			(at 0 40.64 180)
			(size 1.6 1.7)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 17 "/GND")
			(pinfunction "Pin_17")
			(pintype "passive")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_rect
					(start 0 -0.8)
					(end 1.61 0.8)
					(width 0)
					(fill yes)
				)
			)
			(uuid "6f57f245-c99c-4782-a45e-b7e8302a255a")
		)
		(pad "17" thru_hole circle
			(at 1.61 40.64 180)
			(size 1.6 1.6)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 17 "/GND")
			(pinfunction "Pin_17")
			(pintype "passive")
			(uuid "f62ed519-acb9-4bac-bce1-3b36068738eb")
		)
		(pad "18" thru_hole custom
			(at 0 43.18 180)
			(size 1.6 1.7)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 20 "/VDD_Core")
			(pinfunction "Pin_18")
			(pintype "passive")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_rect
					(start 0 -0.8)
					(end 1.61 0.8)
					(width 0)
					(fill yes)
				)
			)
			(uuid "15c30674-75b0-4bc7-8f5f-e187b18eb8d5")
		)
		(pad "18" thru_hole circle
			(at 1.61 43.18 180)
			(size 1.6 1.6)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 20 "/VDD_Core")
			(pinfunction "Pin_18")
			(pintype "passive")
			(uuid "cbf44934-cdac-414c-bfd6-c036bff8b0eb")
		)
		(pad "19" thru_hole custom
			(at 0 45.72 180)
			(size 1.6 1.7)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 17 "/GND")
			(pinfunction "Pin_19")
			(pintype "passive")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_rect
					(start 0 -0.8)
					(end 1.61 0.8)
					(width 0)
					(fill yes)
				)
			)
			(uuid "f3416c3d-567b-4a96-a1c3-42878549f4e7")
		)
		(pad "19" thru_hole circle
			(at 1.61 45.72 180)
			(size 1.6 1.6)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 17 "/GND")
			(pinfunction "Pin_19")
			(pintype "passive")
			(uuid "968e0b16-7a51-4658-9321-128b7808b4fc")
		)
		(pad "20" thru_hole custom
			(at 0 48.26 180)
			(size 1.6 1.7)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 29 "/VDD_IO")
			(pinfunction "Pin_20")
			(pintype "passive")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_rect
					(start 0 -0.8)
					(end 1.61 0.8)
					(width 0)
					(fill yes)
				)
			)
			(uuid "ff7717bb-27c1-43c0-8d29-5ffe19e6526b")
		)
		(pad "20" thru_hole circle
			(at 1.61 48.26 180)
			(size 1.6 1.6)
			(drill 1)
			(property pad_prop_castellated)
			(layers "*.Cu" "*.Mask")
			(remove_unused_layers no)
			(net 29 "/VDD_IO")
			(pinfunction "Pin_20")
			(pintype "passive")
			(uuid "80c42a3b-4a4c-4c1a-ba12-369559f35263")
		)
		(embedded_fonts no)
	)
	(footprint "cob:ttgf0p2_cob"
		(layer "F.Cu")
		(uuid "faf1cc65-7ce3-4a0a-9696-79b7798ae096")
		(at 137.75 100.75)
		(property "Reference" "U1"
			(at 0 -6.5 0)
			(unlocked yes)
			(layer "F.SilkS")
			(hide yes)
			(uuid "6af624a2-5426-41c7-b1e0-5a6cf6995e7d")
			(effects
				(font
					(size 1 1)
					(thickness 0.1)
				)
			)
		)
		(property "Value" "TT_GF_0p2_ASIC"
			(at 0 6.5 0)
			(unlocked yes)
			(layer "F.Fab")
			(hide yes)
			(uuid "d3a4c6ca-1ee2-4971-a879-9bc4e6fba291")
			(effects
				(font
					(size 1 1)
					(thickness 0.15)
				)
			)
		)
		(property "Datasheet" ""
			(at 0 0 0)
			(unlocked yes)
			(layer "F.Fab")
			(hide yes)
			(uuid "99216209-07ca-4c0a-9401-a57b0cff0680")
			(effects
				(font
					(size 1 1)
					(thickness 0.15)
				)
			)
		)
		(property "Description" ""
			(at 0 0 0)
			(unlocked yes)
			(layer "F.Fab")
			(hide yes)
			(uuid "2fce711b-c4c9-4927-899d-828e657357c5")
			(effects
				(font
					(size 1 1)
					(thickness 0.15)
				)
			)
		)
		(property "Characteristics" ""
			(at 0 0 0)
			(unlocked yes)
			(layer "F.Fab")
			(hide yes)
			(uuid "6316e51d-646d-4390-9734-01a76dfa4c84")
			(effects
				(font
					(size 1 1)
					(thickness 0.15)
				)
			)
		)
		(property "Variant" ""
			(at 0 0 0)
			(unlocked yes)
			(layer "F.Fab")
			(hide yes)
			(uuid "0be3bd7c-0fd9-4321-9df8-becb5990fc13")
			(effects
				(font
					(size 1 1)
					(thickness 0.15)
				)
			)
		)
		(property "MPN" ""
			(at 0 0 0)
			(unlocked yes)
			(layer "F.Fab")
			(hide yes)
			(uuid "1d302a12-3233-49f0-83e8-de3f393c4c9a")
			(effects
				(font
					(size 1 1)
					(thickness 0.15)
				)
			)
		)
		(property "MPN_ALT" ""
			(at 0 0 0)
			(unlocked yes)
			(layer "F.Fab")
			(hide yes)
			(uuid "dc112f43-716d-49b3-9e41-5e68af272b84")
			(effects
				(font
					(size 1 1)
					(thickness 0.15)
				)
			)
		)
		(property "DigikeyPN" ""
			(at 0 0 0)
			(unlocked yes)
			(layer "F.Fab")
			(hide yes)
			(uuid "1bd69048-dfa4-464f-9c91-0ac1e48bbb2c")
			(effects
				(font
					(size 1 1)
					(thickness 0.15)
				)
			)
		)
		(property "LCSC" ""
			(at 0 0 0)
			(unlocked yes)
			(layer "F.Fab")
			(hide yes)
			(uuid "1adfdbe8-c810-4ed9-82cc-0405bb07a418")
			(effects
				(font
					(size 1 1)
					(thickness 0.15)
				)
			)
		)
		(property "Note" ""
			(at 0 0 0)
			(unlocked yes)
			(layer "F.Fab")
			(hide yes)
			(uuid "7b183cc7-3dab-4a80-8042-75db3b5b30ae")
			(effects
				(font
					(size 1 1)
					(thickness 0.15)
				)
			)
		)
		(path "/0a2ba6de-2cda-4367-abe7-d226e31be0c1")
		(sheetname "/")
		(sheetfile "breakout-ttgf0p2-hackaday.kicad_sch")
		(clearance 0.1)
		(attr smd allow_soldermask_bridges)
		(fp_poly
			(pts
				(xy 1.973732 -2.710942) (xy 1.981376 -2.710362) (xy 1.988905 -2.709408) (xy 1.99631 -2.708088) (xy 2.003581 -2.706412)
				(xy 2.010709 -2.704389) (xy 2.017685 -2.702029) (xy 2.0245 -2.699341) (xy 2.031144 -2.696334) (xy 2.037609 -2.693018)
				(xy 2.043885 -2.689402) (xy 2.049963 -2.685495) (xy 2.055835 -2.681307) (xy 2.06149 -2.676847) (xy 2.066919 -2.672125)
				(xy 2.072114 -2.66715) (xy 2.077066 -2.66193) (xy 2.081764 -2.656477) (xy 2.0862 -2.650798) (xy 2.090365 -2.644904)
				(xy 2.094249 -2.638803) (xy 2.097844 -2.632506) (xy 2.10114 -2.626021) (xy 2.104128 -2.619357) (xy 2.106799 -2.612525)
				(xy 2.109143 -2.605533) (xy 2.111152 -2.598392) (xy 2.112817 -2.591109) (xy 2.114127 -2.583695)
				(xy 2.115074 -2.576159) (xy 2.11565 -2.568511) (xy 2.115843 -2.560759) (xy 2.115843 2.560892) (xy 2.11565 2.568642)
				(xy 2.115074 2.576286) (xy 2.114127 2.583815) (xy 2.112817 2.59122) (xy 2.111152 2.598491) (xy 2.109143 2.605619)
				(xy 2.106799 2.612595) (xy 2.104128 2.61941) (xy 2.10114 2.626054) (xy 2.097844 2.632519) (xy 2.094249 2.638795)
				(xy 2.090365 2.644874) (xy 2.0862 2.650745) (xy 2.081764 2.6564) (xy 2.077066 2.661829) (xy 2.072114 2.667024)
				(xy 2.066919 2.671976) (xy 2.06149 2.676674) (xy 2.055835 2.68111) (xy 2.049963 2.685275) (xy 2.043885 2.68916)
				(xy 2.037609 2.692754) (xy 2.031144 2.69605) (xy 2.0245 2.699038) (xy 2.017685 2.701709) (xy 2.010709 2.704054)
				(xy 2.003581 2.706063) (xy 1.99631 2.707727) (xy 1.988905 2.709037) (xy 1.981376 2.709985) (xy 1.973732 2.71056)
				(xy 1.965981 2.710753) (xy -1.966077 2.710753) (xy -1.973828 2.71056) (xy -1.981472 2.709985) (xy -1.989001 2.709037)
				(xy -1.996405 2.707727) (xy -2.003676 2.706063) (xy -2.010804 2.704054) (xy -2.01778 2.701709) (xy -2.024595 2.699038)
				(xy -2.03124 2.69605) (xy -2.037704 2.692754) (xy -2.043981 2.68916) (xy -2.050059 2.685275) (xy -2.05593 2.68111)
				(xy -2.061585 2.676674) (xy -2.067015 2.671976) (xy -2.07221 2.667024) (xy -2.077161 2.661829) (xy -2.081859 2.6564)
				(xy -2.086295 2.650745) (xy -2.09046 2.644874) (xy -2.094345 2.638795) (xy -2.09794 2.632519) (xy -2.101236 2.626054)
				(xy -2.104223 2.61941) (xy -2.106894 2.612595) (xy -2.109239 2.605619) (xy -2.111248 2.598491) (xy -2.112912 2.59122)
				(xy -2.114222 2.583815) (xy -2.11517 2.576286) (xy -2.115745 2.568642) (xy -2.115939 2.560892) (xy -2.115939 -2.560759)
				(xy -2.115745 -2.568511) (xy -2.11517 -2.576159) (xy -2.114222 -2.583695) (xy -2.112912 -2.591109)
				(xy -2.111248 -2.598392) (xy -2.109239 -2.605533) (xy -2.106894 -2.612525) (xy -2.104223 -2.619357)
				(xy -2.101236 -2.626021) (xy -2.09794 -2.632506) (xy -2.094345 -2.638803) (xy -2.09046 -2.644904)
				(xy -2.086295 -2.650798) (xy -2.081859 -2.656477) (xy -2.077161 -2.66193) (xy -2.07221 -2.66715)
				(xy -2.067015 -2.672125) (xy -2.061585 -2.676847) (xy -2.05593 -2.681307) (xy -2.050059 -2.685495)
				(xy -2.043981 -2.689402) (xy -2.037704 -2.693018) (xy -2.03124 -2.696334) (xy -2.024595 -2.699341)
				(xy -2.01778 -2.702029) (xy -2.010804 -2.704389) (xy -2.003676 -2.706412) (xy -1.996405 -2.708088)
				(xy -1.989001 -2.709408) (xy -1.981472 -2.710362) (xy -1.973828 -2.710942) (xy -1.966077 -2.711137)
				(xy 1.965981 -2.711137)
			)
			(stroke
				(width 0)
				(type solid)
			)
			(fill yes)
			(layer "F.Mask")
			(uuid "f8ab1136-dfd8-43b2-bd68-d8c8611e5f81")
		)
		(fp_poly
			(pts
				(xy 0.315101 -4.567363) (xy 0.629659 -4.548789) (xy 0.943555 -4.517842) (xy 1.256459 -4.474526)
				(xy 1.568039 -4.418849) (xy 1.877964 -4.350817) (xy 2.185905 -4.270437) (xy 2.491531 -4.177714)
				(xy 2.597516 -4.13943) (xy 2.699831 -4.094756) (xy 2.798259 -4.04393) (xy 2.892582 -3.987191) (xy 2.982584 -3.924777)
				(xy 3.068047 -3.856925) (xy 3.148755 -3.783875) (xy 3.22449 -3.705865) (xy 3.295035 -3.623132) (xy 3.360174 -3.535916)
				(xy 3.419689 -3.444453) (xy 3.473363 -3.348984) (xy 3.520979 -3.249745) (xy 3.562321 -3.146975)
				(xy 3.597171 -3.040912) (xy 3.625312 -2.931795) (xy 3.701271 -2.568598) (xy 3.767103 -2.204086)
				(xy 3.822806 -1.838448) (xy 3.868382 -1.471872) (xy 3.903829 -1.104544) (xy 3.929149 -0.736654)
				(xy 3.944341 -0.368387) (xy 3.949405 0.000067) (xy 3.944341 0.36852) (xy 3.929149 0.736787) (xy 3.903829 1.104677)
				(xy 3.868382 1.472005) (xy 3.822806 1.838582) (xy 3.767103 2.20422) (xy 3.701271 2.568731) (xy 3.625312 2.931929)
				(xy 3.597171 3.041046) (xy 3.562321 3.147108) (xy 3.520979 3.249878) (xy 3.473363 3.349117) (xy 3.419689 3.444587)
				(xy 3.360174 3.536049) (xy 3.295035 3.623266) (xy 3.22449 3.705998) (xy 3.148755 3.784009) (xy 3.068047 3.857059)
				(xy 2.982584 3.92491) (xy 2.892582 3.987325) (xy 2.798259 4.044064) (xy 2.699831 4.094889) (xy 2.597516 4.139563)
				(xy 2.491531 4.177847) (xy 2.185905 4.270558) (xy 1.877964 4.350908) (xy 1.568038 4.418896) (xy 1.256457 4.474522)
				(xy 0.943553 4.517787) (xy 0.629657 4.548691) (xy 0.315099 4.567233) (xy 0.000211 4.573414) (xy -0.314678 4.567233)
				(xy -0.629236 4.548691) (xy -0.943132 4.517787) (xy -1.256036 4.474522) (xy -1.567616 4.418896)
				(xy -1.877543 4.350908) (xy -2.185484 4.270558) (xy -2.49111 4.177847) (xy -2.597095 4.139563) (xy -2.69941 4.094889)
				(xy -2.797838 4.044064) (xy -2.892161 3.987325) (xy -2.982163 3.92491) (xy -3.067626 3.857059) (xy -3.148333 3.784009)
				(xy -3.224068 3.705998) (xy -3.294614 3.623266) (xy -3.359752 3.536049) (xy -3.419267 3.444587)
				(xy -3.472941 3.349117) (xy -3.520558 3.249878) (xy -3.5619 3.147108) (xy -3.596749 3.041046) (xy -3.62489 2.931929)
				(xy -3.70085 2.568731) (xy -3.766681 2.20422) (xy -3.822385 1.838582) (xy -3.867961 1.472005) (xy -3.903408 1.104677)
				(xy -3.928728 0.736787) (xy -3.94392 0.36852) (xy -3.948984 0.000067) (xy -3.349022 0.000067) (xy -3.344184 0.352099)
				(xy -3.32967 0.703951) (xy -3.305481 1.055443) (xy -3.271615 1.406394) (xy -3.228074 1.756624) (xy -3.174858 2.105953)
				(xy -3.111965 2.454201) (xy -3.039397 2.801188) (xy -3.021191 2.871792) (xy -2.998652 2.94042) (xy -2.971918 3.006917)
				(xy -2.941129 3.071128) (xy -2.906424 3.1329) (xy -2.867942 3.192079) (xy -2.825824 3.248511) (xy -2.780208 3.302041)
				(xy -2.731235 3.352516) (xy -2.679042 3.39978) (xy -2.623771 3.443682) (xy -2.56556 3.484065) (xy -2.504548 3.520777)
				(xy -2.440876 3.553663) (xy -2.374683 3.582568) (xy -2.306108 3.60734) (xy -2.023224 3.693151) (xy -1.738191 3.767521)
				(xy -1.451315 3.830449) (xy -1.162904 3.881936) (xy -0.873265 3.921981) (xy -0.582704 3.950585)
				(xy -0.29153 3.967747) (xy -0.000048 3.973468) (xy 0.291434 3.967747) (xy 0.582609 3.950585) (xy 0.87317 3.921981)
				(xy 1.162809 3.881936) (xy 1.45122 3.830449) (xy 1.738096 3.767521) (xy 2.023129 3.693151) (xy 2.306013 3.60734)
				(xy 2.374588 3.582568) (xy 2.440781 3.553663) (xy 2.504453 3.520777) (xy 2.565464 3.484065) (xy 2.623675 3.443682)
				(xy 2.678947 3.39978) (xy 2.731139 3.352516) (xy 2.780113 3.302041) (xy 2.825729 3.248511) (xy 2.867847 3.192079)
				(xy 2.906328 3.1329) (xy 2.941033 3.071128) (xy 2.971823 3.006917) (xy 2.998557 2.94042) (xy 3.021096 2.871792)
				(xy 3.039301 2.801188) (xy 3.111869 2.454201) (xy 3.174762 2.105953) (xy 3.227979 1.756624) (xy 3.27152 1.406394)
				(xy 3.305385 1.055443) (xy 3.329574 0.703951) (xy 3.344088 0.352099) (xy 3.348926 0.000067) (xy 3.344088 -0.351965)
				(xy 3.329574 -0.703817) (xy 3.305385 -1.055309) (xy 3.27152 -1.40626) (xy 3.227979 -1.75649) (xy 3.174762 -2.105819)
				(xy 3.111869 -2.454067) (xy 3.039301 -2.801054) (xy 3.021096 -2.871659) (xy 2.998557 -2.940287)
				(xy 2.971823 -3.006783) (xy 2.941033 -3.070995) (xy 2.906328 -3.132767) (xy 2.867847 -3.191946)
				(xy 2.825729 -3.248377) (xy 2.780113 -3.301907) (xy 2.731139 -3.352382) (xy 2.678947 -3.399647)
				(xy 2.623675 -3.443548) (xy 2.565464 -3.483931) (xy 2.504453 -3.520643) (xy 2.440781 -3.553529)
				(xy 2.374588 -3.582434) (xy 2.306013 -3.607206) (xy 2.023137 -3.693006) (xy 1.738126 -3.767347)
				(xy 1.451283 -3.830233) (xy 1.162912 -3.881673) (xy 0.873315 -3.92167) (xy 0.582797 -3.950233) (xy 0.291661 -3.967366)
				(xy 0.000211 -3.973075) (xy -0.291262 -3.967366) (xy -0.582457 -3.950233) (xy -0.873057 -3.92167)
				(xy -1.162749 -3.881673) (xy -1.451215 -3.830233) (xy -1.738141 -3.767347) (xy -2.02321 -3.693006)
				(xy -2.306108 -3.607206) (xy -2.374683 -3.582434) (xy -2.440876 -3.553529) (xy -2.504548 -3.520643)
				(xy -2.56556 -3.483931) (xy -2.623771 -3.443548) (xy -2.679042 -3.399647) (xy -2.731235 -3.352382)
				(xy -2.780208 -3.301907) (xy -2.825824 -3.248377) (xy -2.867942 -3.191946) (xy -2.906424 -3.132767)
				(xy -2.941129 -3.070995) (xy -2.971918 -3.006783) (xy -2.998652 -2.940287) (xy -3.021191 -2.871659)
				(xy -3.039397 -2.801054) (xy -3.111965 -2.454067) (xy -3.174858 -2.105819) (xy -3.228074 -1.75649)
				(xy -3.271615 -1.40626) (xy -3.305481 -1.055309) (xy -3.32967 -0.703817) (xy -3.344184 -0.351965)
				(xy -3.349022 0.000067) (xy -3.948984 0.000067) (xy -3.94392 -0.368387) (xy -3.928728 -0.736654)
				(xy -3.903408 -1.104544) (xy -3.867961 -1.471872) (xy -3.822385 -1.838448) (xy -3.766681 -2.204086)
				(xy -3.70085 -2.568598) (xy -3.62489 -2.931795) (xy -3.596749 -3.040912) (xy -3.5619 -3.146975)
				(xy -3.520558 -3.249745) (xy -3.472941 -3.348984) (xy -3.419267 -3.444453) (xy -3.359752 -3.535916)
				(xy -3.294614 -3.623132) (xy -3.224068 -3.705865) (xy -3.148333 -3.783875) (xy -3.067626 -3.856925)
				(xy -2.982163 -3.924777) (xy -2.892161 -3.987191) (xy -2.797838 -4.04393) (xy -2.69941 -4.094756)
				(xy -2.597095 -4.13943) (xy -2.49111 -4.177714) (xy -2.185484 -4.270437) (xy -1.877543 -4.350817)
				(xy -1.567617 -4.418849) (xy -1.256037 -4.474526) (xy -0.943134 -4.517842) (xy -0.629238 -4.548789)
				(xy -0.314679 -4.567363) (xy 0.000211 -4.573555)
			)
			(stroke
				(width 0)
				(type solid)
			)
			(fill yes)
			(layer "F.Mask")
			(uuid "4839eb6f-fc9f-4899-b65f-ee42dd3ff5f2")
		)
		(fp_curve
			(pts
				(xy -3.869038 -2.986379) (xy -4.309201 -1.017204) (xy -4.309201 1.017203) (xy -3.869038 2.986379)
			)
			(stroke
				(width 0.119999)
				(type solid)
			)
			(layer "F.SilkS")
			(uuid "f67d82a8-1daf-498f-9e34-de099463aa53")
		)
		(fp_curve
			(pts
				(xy -3.869038 2.986379) (xy -3.717845 3.662775) (xy -3.22775 4.201383) (xy -2.568584 4.415559)
			)
			(stroke
				(width 0.119999)
				(type solid)
			)
			(layer "F.SilkS")
			(uuid "5843efa4-a377-4127-a16e-aa7f958c8435")
		)
		(fp_curve
			(pts
				(xy -2.568584 -4.41556) (xy -3.22775 -4.201384) (xy -3.717845 -3.662776) (xy -3.869038 -2.986379)
			)
			(stroke
				(width 0.119999)
				(type solid)
			)
			(layer "F.SilkS")
			(uuid "080b0ec1-8a93-434e-a476-a018e99c04a3")
		)
		(fp_curve
			(pts
				(xy -2.568584 4.415559) (xy -0.895009 4.959337) (xy 0.895007 4.959337) (xy 2.568582 4.415559)
			)
			(stroke
				(width 0.119999)
				(type solid)
			)
			(layer "F.SilkS")
			(uuid "b5bbb2fe-a791-48e5-b14c-bad34fcb89b1")
		)
		(fp_curve
			(pts
				(xy 2.568582 -4.41556) (xy 0.895007 -4.959337) (xy -0.895009 -4.959337) (xy -2.568584 -4.41556)
			)
			(stroke
				(width 0.119999)
				(type solid)
			)
			(layer "F.SilkS")
			(uuid "635c7e05-4833-433c-a4e6-bb6608492d0f")
		)
		(fp_curve
			(pts
				(xy 2.568582 4.415559) (xy 3.227748 4.201383) (xy 3.717843 3.662775) (xy 3.869036 2.986379)
			)
			(stroke
				(width 0.119999)
				(type solid)
			)
			(layer "F.SilkS")
			(uuid "63c8aae9-05a0-46cf-a267-9333d17b1802")
		)
		(fp_curve
			(pts
				(xy 3.869036 -2.986379) (xy 3.717843 -3.662776) (xy 3.227748 -4.201384) (xy 2.568582 -4.41556)
			)
			(stroke
				(width 0.119999)
				(type solid)
			)
			(layer "F.SilkS")
			(uuid "f1a06e48-5f6b-420f-8bc0-eabff13ca2f0")
		)
		(fp_curve
			(pts
				(xy 3.869036 2.986379) (xy 4.309198 1.017203) (xy 4.309198 -1.017204) (xy 3.869036 -2.986379)
			)
			(stroke
				(width 0.119999)
				(type solid)
			)
			(layer "F.SilkS")
			(uuid "ea023b1d-b657-4497-aa9a-f275dca7c298")
		)
		(fp_curve
			(pts
				(xy -4.113017 -3.040915) (xy -4.561218 -1.03578) (xy -4.561218 1.035779) (xy -4.113017 3.040915)
			)
			(stroke
				(width 0.049999)
				(type solid)
			)
			(layer "F.CrtYd")
			(uuid "ae48ab86-7cf5-44b0-91f2-03221bc74d7e")
		)
		(fp_curve
			(pts
				(xy -4.113017 3.040915) (xy -3.942441 3.804029) (xy -3.389513 4.411689) (xy -2.645838 4.653323)
			)
			(stroke
				(width 0.049999)
				(type solid)
			)
			(layer "F.CrtYd")
			(uuid "76e17b8d-472e-4217-b737-2f840064eacf")
		)
		(fp_curve
			(pts
				(xy -2.645838 -4.653324) (xy -3.389513 -4.411689) (xy -3.942441 -3.804029) (xy -4.113017 -3.040915)
			)
			(stroke
				(width 0.049999)
				(type solid)
			)
			(layer "F.CrtYd")
			(uuid "82383001-b06a-477b-8331-c4db31a9118a")
		)
		(fp_curve
			(pts
				(xy -2.645838 4.653323) (xy -0.921927 5.213456) (xy 0.921925 5.213456) (xy 2.645836 4.653323)
			)
			(stroke
				(width 0.049999)
				(type solid)
			)
			(layer "F.CrtYd")
			(uuid "11eafbaa-ba7e-4376-90e3-169655663fb6")
		)
		(fp_curve
			(pts
				(xy 2.645836 -4.653324) (xy 0.921925 -5.213457) (xy -0.921927 -5.213457) (xy -2.645838 -4.653324)
			)
			(stroke
				(width 0.049999)
				(type solid)
			)
			(layer "F.CrtYd")
			(uuid "df694fff-61d4-4c37-9f34-85c36135b02b")
		)
		(fp_curve
			(pts
				(xy 2.645836 4.653323) (xy 3.38951 4.411689) (xy 3.942439 3.804029) (xy 4.113015 3.040915)
			)
			(stroke
				(width 0.049999)
				(type solid)
			)
			(layer "F.CrtYd")
			(uuid "c1f7f6e1-5f49-491d-be83-d2851b31f9c9")
		)
		(fp_curve
			(pts
				(xy 4.113015 -3.040915) (xy 3.942439 -3.804029) (xy 3.38951 -4.411689) (xy 2.645836 -4.653324)
			)
			(stroke
				(width 0.049999)
				(type solid)
			)
			(layer "F.CrtYd")
			(uuid "286ffbf8-4dc1-43d1-8211-77ede35465a4")
		)
		(fp_curve
			(pts
				(xy 4.113015 3.040915) (xy 4.561216 1.035779) (xy 4.561216 -1.03578) (xy 4.113015 -3.040915)
			)
			(stroke
				(width 0.049999)
				(type solid)
			)
			(layer "F.CrtYd")
			(uuid "80e542dd-0c41-41c8-9c33-80b06e7c284e")
		)
		(fp_poly
			(pts
				(xy -0.001339 -4.303354) (xy -0.000822 -4.303341) (xy -0.000306 -4.303319) (xy 0.000211 -4.303287)
				(xy 0.001753 -4.303247) (xy 0.003274 -4.30313) (xy 0.004773 -4.302938) (xy 0.006249 -4.302674) (xy 0.007698 -4.302338)
				(xy 0.00912 -4.301934) (xy 0.010512 -4.301462) (xy 0.011872 -4.300925) (xy 0.0132 -4.300324) (xy 0.014491 -4.299662)
				(xy 0.015746 -4.29894) (xy 0.016962 -4.29816) (xy 0.018136 -4.297324) (xy 0.019268 -4.296435) (xy 0.020355 -4.295493)
				(xy 0.021396 -4.2945) (xy 0.022388 -4.29346) (xy 0.02333 -4.292373) (xy 0.02422 -4.291241) (xy 0.025056 -4.290066)
				(xy 0.025835 -4.28885) (xy 0.026557 -4.287596) (xy 0.02722 -4.286304) (xy 0.02782 -4.284977) (xy 0.028357 -4.283616)
				(xy 0.028829 -4.282224) (xy 0.029234 -4.280803) (xy 0.029569 -4.279353) (xy 0.029834 -4.277878)
				(xy 0.030026 -4.276378) (xy 0.030142 -4.274857) (xy 0.030183 -4.273315) (xy 0.030155 -4.272106)
				(xy 0.030079 -4.270908) (xy 0.029957 -4.26972) (xy 0.029788 -4.268544) (xy 0.029574 -4.267381) (xy 0.029315 -4.266232)
				(xy 0.029012 -4.265098) (xy 0.028666 -4.263981) (xy 0.028278 -4.262881) (xy 0.027849 -4.2618) (xy 0.027378 -4.260738)
				(xy 0.026868 -4.259697) (xy 0.026319 -4.258677) (xy 0.025732 -4.257681) (xy 0.025107 -4.256708)
				(xy 0.024445 -4.255761) (xy 0.023748 -4.254839) (xy 0.023015 -4.253945) (xy 0.022248 -4.253079)
				(xy 0.021447 -4.252242) (xy 0.020614 -4.251436) (xy 0.019749 -4.250662) (xy 0.018852 -4.24992) (xy 0.017925 -4.249212)
				(xy 0.016969 -4.248539) (xy 0.015984 -4.247902) (xy 0.014971 -4.247301) (xy 0.01393 -4.246739) (xy 0.012863 -4.246216)
				(xy 0.011771 -4.245733) (xy 0.010654 -4.245292) (xy 0.009512 -4.244893) (xy 0.009512 -2.57006) (xy 0.17591 -2.57006)
				(xy 0.331457 -4.238692) (xy 0.329559 -4.239684) (xy 0.327753 -4.240798) (xy 0.326043 -4.242028)
				(xy 0.324433 -4.243366) (xy 0.322926 -4.244807) (xy 0.321528 -4.246344) (xy 0.320243 -4.247971)
				(xy 0.319073 -4.24968) (xy 0.318025 -4.251466) (xy 0.3171 -4.253322) (xy 0.316305 -4.255241) (xy 0.315642 -4.257218)
				(xy 0.315117 -4.259244) (xy 0.314733 -4.261315) (xy 0.314493 -4.263424) (xy 0.314404 -4.265564)
				(xy 0.314424 -4.266969) (xy 0.314508 -4.268359) (xy 0.314655 -4.269733) (xy 0.314864 -4.27109) (xy 0.315133 -4.272427)
				(xy 0.315461 -4.273743) (xy 0.315846 -4.275037) (xy 0.316288 -4.276307) (xy 0.316784 -4.277551)
				(xy 0.317334 -4.278768) (xy 0.317936 -4.279956) (xy 0.318588 -4.281114) (xy 0.31929 -4.282241) (xy 0.320041 -4.283334)
				(xy 0.320838 -4.284392) (xy 0.32168 -4.285414) (xy 0.322566 -4.286398) (xy 0.323496 -4.287342) (xy 0.324466 -4.288245)
				(xy 0.325477 -4.289105) (xy 0.326526 -4.289922) (xy 0.327613 -4.290692) (xy 0.328736 -4.291415)
				(xy 0.329893 -4.292089) (xy 0.331084 -4.292713) (xy 0.332307 -4.293285) (xy 0.333561 -4.293803)
				(xy 0.334844 -4.294266) (xy 0.336154 -4.294672) (xy 0.337492 -4.295021) (xy 0.338855 -4.295309)
				(xy 0.340241 -4.295536) (xy 0.340758 -4.295567) (xy 0.341275 -4.295589) (xy 0.341791 -4.295603)
				(xy 0.342309 -4.295607) (xy 0.342826 -4.295603) (xy 0.343342 -4.295589) (xy 0.343859 -4.295567)
				(xy 0.344376 -4.295536) (xy 0.345917 -4.295496) (xy 0.347439 -4.295379) (xy 0.348938 -4.295187)
				(xy 0.350414 -4.294922) (xy 0.351863 -4.294587) (xy 0.353285 -4.294182) (xy 0.354677 -4.29371) (xy 0.356038 -4.293173)
				(xy 0.357365 -4.292573) (xy 0.358657 -4.29191) (xy 0.359911 -4.291189) (xy 0.361127 -4.290409) (xy 0.362302 -4.289573)
				(xy 0.363433 -4.288683) (xy 0.364521 -4.287741) (xy 0.365561 -4.286749) (xy 0.366554 -4.285708)
				(xy 0.367496 -4.284621) (xy 0.368385 -4.283489) (xy 0.369221 -4.282315) (xy 0.370001 -4.281099)
				(xy 0.370723 -4.279844) (xy 0.371385 -4.278552) (xy 0.371985 -4.277225) (xy 0.372523 -4.275865)
				(xy 0.372994 -4.274473) (xy 0.373399 -4.273051) (xy 0.373735 -4.271602) (xy 0.373999 -4.270126)
				(xy 0.374191 -4.268627) (xy 0.374308 -4.267105) (xy 0.374348 -4.265564) (xy 0.37433 -4.264252) (xy 0.374255 -4.262952)
				(xy 0.374125 -4.261665) (xy 0.373941 -4.260393) (xy 0.373704 -4.259137) (xy 0.373415 -4.257898)
				(xy 0.373075 -4.256677) (xy 0.372685 -4.255477) (xy 0.372246 -4.254298) (xy 0.371759 -4.253141)
				(xy 0.371226 -4.252008) (xy 0.370647 -4.250901) (xy 0.370024 -4.24982) (xy 0.369356 -4.248767) (xy 0.368647 -4.247744)
				(xy 0.367895 -4.246751) (xy 0.367104 -4.24579) (xy 0.366273 -4.244862) (xy 0.365404 -4.243969) (xy 0.364497 -4.243111)
				(xy 0.363554 -4.242291) (xy 0.362576 -4.241509) (xy 0.361564 -4.240768) (xy 0.360519 -4.240067)
				(xy 0.359442 -4.239409) (xy 0.358334 -4.238796) (xy 0.357196 -4.238227) (xy 0.356029 -4.237705)
				(xy 0.354834 -4.23723) (xy 0.353613 -4.236805) (xy 0.352366 -4.236431) (xy 0.351094 -4.236108) (xy 0.195548 -2.57006)
				(xy 0.361946 -2.57006) (xy 0.674588 -4.216471) (xy 0.672899 -4.217524) (xy 0.671295 -4.218676) (xy 0.669781 -4.219924)
				(xy 0.668358 -4.22126) (xy 0.667031 -4.222681) (xy 0.665802 -4.22418) (xy 0.664674 -4.225752) (xy 0.663651 -4.227393)
				(xy 0.662735 -4.229095) (xy 0.66193 -4.230855) (xy 0.661239 -4.232666) (xy 0.660666 -4.234524) (xy 0.660212 -4.236422)
				(xy 0.659881 -4.238356) (xy 0.659677 -4.24032) (xy 0.659602 -4.242309) (xy 0.659622 -4.243714) (xy 0.659707 -4.245105)
				(xy 0.659854 -4.246479) (xy 0.660063 -4.247835) (xy 0.660332 -4.249172) (xy 0.66066 -4.250489) (xy 0.661045 -4.251782)
				(xy 0.661486 -4.253052) (xy 0.661983 -4.254296) (xy 0.662532 -4.255513) (xy 0.663134 -4.256702)
				(xy 0.663787 -4.25786) (xy 0.664489 -4.258987) (xy 0.665239 -4.26008) (xy 0.666036 -4.261138) (xy 0.666879 -4.26216)
				(xy 0.667765 -4.263143) (xy 0.668694 -4.264088) (xy 0.669665 -4.264991) (xy 0.670676 -4.265851)
				(xy 0.671725 -4.266667) (xy 0.672812 -4.267438) (xy 0.673935 -4.268161) (xy 0.675092 -4.268835)
				(xy 0.676283 -4.269459) (xy 0.677506 -4.27003) (xy 0.678759 -4.270549) (xy 0.680042 -4.271012) (xy 0.681353 -4.271418)
				(xy 0.682691 -4.271766) (xy 0.684053 -4.272055) (xy 0.68544 -4.272282) (xy 0.685956 -4.272313) (xy 0.686473 -4.272335)
				(xy 0.68699 -4.272348) (xy 0.687507 -4.272353) (xy 0.688024 -4.272348) (xy 0.688541 -4.272335) (xy 0.689058 -4.272313)
				(xy 0.689574 -4.272282) (xy 0.691116 -4.272241) (xy 0.692637 -4.272124) (xy 0.694137 -4.271932)
				(xy 0.695612 -4.271668) (xy 0.697062 -4.271332) (xy 0.698483 -4.270928) (xy 0.699875 -4.270456)
				(xy 0.701236 -4.269919) (xy 0.702563 -4.269318) (xy 0.703855 -4.268656) (xy 0.705109 -4.267934)
				(xy 0.706325 -4.267154) (xy 0.7075 -4.266319) (xy 0.708632 -4.265429) (xy 0.709719 -4.264487) (xy 0.71076 -4.263495)
				(xy 0.711752 -4.262454) (xy 0.712694 -4.261367) (xy 0.713583 -4.260235) (xy 0.714419 -4.25906) (xy 0.715199 -4.257844)
				(xy 0.715921 -4.25659) (xy 0.716583 -4.255298) (xy 0.717184 -4.253971) (xy 0.717721 -4.25261) (xy 0.718193 -4.251218)
				(xy 0.718597 -4.249797) (xy 0.718933 -4.248347) (xy 0.719197 -4.246872) (xy 0.719389 -4.245373)
				(xy 0.719506 -4.243851) (xy 0.719546 -4.242309) (xy 0.719507 -4.240938) (xy 0.719407 -4.239582)
				(xy 0.719247 -4.238242) (xy 0.719029 -4.236919) (xy 0.718753 -4.235614) (xy 0.718421 -4.234331)
				(xy 0.718035 -4.233069) (xy 0.717595 -4.23183) (xy 0.717102 -4.230616) (xy 0.716559 -4.229428) (xy 0.715965 -4.228267)
				(xy 0.715324 -4.227136) (xy 0.714635 -4.226035) (xy 0.7139 -4.224966) (xy 0.71312 -4.223931) (xy 0.712297 -4.22293)
				(xy 0.711431 -4.221966) (xy 0.710524 -4.22104) (xy 0.709578 -4.220153) (xy 0.708593 -4.219306) (xy 0.707571 -4.218502)
				(xy 0.706513 -4.217741) (xy 0.70542 -4.217026) (xy 0.704293 -4.216357) (xy 0.703134 -4.215735) (xy 0.701945 -4.215164)
				(xy 0.700725 -4.214643) (xy 0.699477 -4.214175) (xy 0.698202 -4.21376) (xy 0.696901 -4.213401) (xy 0.695575 -4.213098)
				(xy 0.694225 -4.212854) (xy 0.3821 -2.57006) (xy 0.550048 -2.57006) (xy 1.01927 -4.178747) (xy 1.017748 -4.179825)
				(xy 1.016305 -4.180987) (xy 1.014944 -4.182229) (xy 1.013667 -4.183545) (xy 1.012478 -4.184932)
				(xy 1.011377 -4.186386) (xy 1.010369 -4.1879) (xy 1.009455 -4.189472) (xy 1.008638 -4.191096) (xy 1.00792 -4.192768)
				(xy 1.007304 -4.194483) (xy 1.006792 -4.196238) (xy 1.006386 -4.198026) (xy 1.00609 -4.199844) (xy 1.005905 -4.201688)
				(xy 1.005834 -4.203552) (xy 1.005858 -4.204973) (xy 1.005948 -4.206379) (xy 1.006101 -4.207767)
				(xy 1.006318 -4.209137) (xy 1.006596 -4.210488) (xy 1.006934 -4.211816) (xy 1.00733 -4.213121) (xy 1.007784 -4.214401)
				(xy 1.008294 -4.215655) (xy 1.008857 -4.216881) (xy 1.009474 -4.218077) (xy 1.010143 -4.219242)
				(xy 1.010861 -4.220374) (xy 1.011629 -4.221471) (xy 1.012444 -4.222533) (xy 1.013304 -4.223557)
				(xy 1.01421 -4.224541) (xy 1.015158 -4.225485) (xy 1.016149 -4.226387) (xy 1.017179 -4.227244) (xy 1.018249 -4.228056)
				(xy 1.019356 -4.228821) (xy 1.0205 -4.229537) (xy 1.021678 -4.230203) (xy 1.02289 -4.230816) (xy 1.024133 -4.231376)
				(xy 1.025408 -4.231882) (xy 1.026711 -4.23233) (xy 1.028042 -4.23272) (xy 1.0294 -4.23305) (xy 1.030783 -4.233319)
				(xy 1.032189 -4.233524) (xy 1.032705 -4.233556) (xy 1.033222 -4.233578) (xy 1.033739 -4.233591)
				(xy 1.034256 -4.233596) (xy 1.034773 -4.233591) (xy 1.03529 -4.233578) (xy 1.035807 -4.233556) (xy 1.036324 -4.233524)
				(xy 1.037865 -4.233484) (xy 1.039387 -4.233367) (xy 1.040886 -4.233175) (xy 1.042362 -4.232911)
				(xy 1.043811 -4.232575) (xy 1.045233 -4.232171) (xy 1.046625 -4.231699) (xy 1.047985 -4.231162)
				(xy 1.049313 -4.230561) (xy 1.050604 -4.229899) (xy 1.051859 -4.229177) (xy 1.053075 -4.228397)
				(xy 1.054249 -4.227561) (xy 1.055381 -4.226672) (xy 1.056469 -4.22573) (xy 1.057509 -4.224737) (xy 1.058502 -4.223697)
				(xy 1.059443 -4.22261) (xy 1.060333 -4.221478) (xy 1.061169 -4.220303) (xy 1.061949 -4.219087) (xy 1.062671 -4.217833)
				(xy 1.063333 -4.216541) (xy 1.063933 -4.215214) (xy 1.064471 -4.213853) (xy 1.064942 -4.212461)
				(xy 1.065347 -4.211039) (xy 1.065683 -4.20959) (xy 1.065947 -4.208115) (xy 1.066139 -4.206615) (xy 1.066256 -4.205094)
				(xy 1.066296 -4.203552) (xy 1.066258 -4.202047) (xy 1.066148 -4.20056) (xy 1.065965 -4.199094) (xy 1.065713 -4.19765)
				(xy 1.065393 -4.196231) (xy 1.065007 -4.194837) (xy 1.064556 -4.193471) (xy 1.064042 -4.192135)
				(xy 1.063468 -4.19083) (xy 1.062833 -4.189558) (xy 1.062141 -4.188321) (xy 1.061394 -4.187121) (xy 1.060592 -4.185959)
				(xy 1.059737 -4.184838) (xy 1.058832 -4.183759) (xy 1.057878 -4.182723) (xy 1.056877 -4.181733)
				(xy 1.05583 -4.180791) (xy 1.054739 -4.179898) (xy 1.053606 -4.179055) (xy 1.052433 -4.178266) (xy 1.051221 -4.177531)
				(xy 1.049972 -4.176853) (xy 1.048688 -4.176233) (xy 1.047371 -4.175672) (xy 1.046021 -4.175174)
				(xy 1.044642 -4.174739) (xy 1.043235 -4.174369) (xy 1.041801 -4.174067) (xy 1.040342 -4.173833)
				(xy 1.03886 -4.17367) (xy 1.037357 -4.17358) (xy 0.569685 -2.57006) (xy 0.7366 -2.57006) (xy 1.364469 -4.126037)
				(xy 1.363327 -4.127131) (xy 1.362249 -4.128279) (xy 1.361237 -4.129476) (xy 1.360293 -4.13072) (xy 1.359416 -4.132008)
				(xy 1.358609 -4.133338) (xy 1.357873 -4.134706) (xy 1.357209 -4.136109) (xy 1.356619 -4.137545)
				(xy 1.356103 -4.13901) (xy 1.355663 -4.140502) (xy 1.355301 -4.142017) (xy 1.355017 -4.143553) (xy 1.354813 -4.145108)
				(xy 1.35469 -4.146677) (xy 1.35465 -4.148258) (xy 1.354674 -4.149679) (xy 1.354764 -4.151085) (xy 1.354917 -4.152473)
				(xy 1.355134 -4.153844) (xy 1.355412 -4.155194) (xy 1.35575 -4.156522) (xy 1.356146 -4.157827) (xy 1.3566 -4.159108)
				(xy 1.357109 -4.160361) (xy 1.357673 -4.161587) (xy 1.35829 -4.162783) (xy 1.358959 -4.163948) (xy 1.359677 -4.16508)
				(xy 1.360445 -4.166177) (xy 1.361259 -4.167239) (xy 1.36212 -4.168263) (xy 1.363026 -4.169247) (xy 1.363974 -4.170191)
				(xy 1.364964 -4.171093) (xy 1.365995 -4.17195) (xy 1.367065 -4.172762) (xy 1.368172 -4.173527) (xy 1.369316 -4.174243)
				(xy 1.370494 -4.174909) (xy 1.371706 -4.175522) (xy 1.372949 -4.176083) (xy 1.374224 -4.176588)
				(xy 1.375527 -4.177036) (xy 1.376858 -4.177426) (xy 1.378216 -4.177756) (xy 1.379599 -4.178025)
				(xy 1.381005 -4.178231) (xy 1.381521 -4.178262) (xy 1.382038 -4.178284) (xy 1.382555 -4.178297)
				(xy 1.383072 -4.178302) (xy 1.383589 -4.178297) (xy 1.384106 -4.178284) (xy 1.384623 -4.178262)
				(xy 1.385139 -4.178231) (xy 1.386681 -4.17819) (xy 1.388203 -4.178073) (xy 1.389702 -4.177881) (xy 1.391178 -4.177617)
				(xy 1.392627 -4.177281) (xy 1.394049 -4.176877) (xy 1.395441 -4.176405) (xy 1.396801 -4.175868)
				(xy 1.398129 -4.175267) (xy 1.39942 -4.174605) (xy 1.400675 -4.173883) (xy 1.401891 -4.173103) (xy 1.403065 -4.172268)
				(xy 1.404197 -4.171378) (xy 1.405285 -4.170436) (xy 1.406325 -4.169444) (xy 1.407317 -4.168403)
				(xy 1.408259 -4.167316) (xy 1.409149 -4.166184) (xy 1.409985 -4.165009) (xy 1.410765 -4.163793)
				(xy 1.411486 -4.162539) (xy 1.412149 -4.161247) (xy 1.412749 -4.15992) (xy 1.413286 -4.158559) (xy 1.413758 -4.157167)
				(xy 1.414163 -4.155746) (xy 1.414498 -4.154296) (xy 1.414763 -4.152821) (xy 1.414955 -4.151321)
				(xy 1.415072 -4.1498) (xy 1.415112 -4.148258) (xy 1.415072 -4.146716) (xy 1.414955 -4.145195) (xy 1.414763 -4.143696)
				(xy 1.414498 -4.14222) (xy 1.414163 -4.140771) (xy 1.413758 -4.139349) (xy 1.413286 -4.137957) (xy 1.412749 -4.136596)
				(xy 1.412149 -4.135269) (xy 1.411486 -4.133977) (xy 1.410765 -4.132723) (xy 1.409985 -4.131507)
				(xy 1.409149 -4.130332) (xy 1.408259 -4.129201) (xy 1.407317 -4.128113) (xy 1.406325 -4.127073)
				(xy 1.405285 -4.12608) (xy 1.404197 -4.125138) (xy 1.403065 -4.124249) (xy 1.401891 -4.123413) (xy 1.400675 -4.122633)
				(xy 1.39942 -4.121911) (xy 1.398129 -4.121249) (xy 1.396801 -4.120649) (xy 1.395441 -4.120111) (xy 1.394049 -4.11964)
				(xy 1.392627 -4.119235) (xy 1.391178 -4.118899) (xy 1.389702 -4.118635) (xy 1.388203 -4.118443)
				(xy 1.386681 -4.118326) (xy 1.385139 -4.118286) (xy 1.384881 -4.118283) (xy 1.384623 -4.118281)
				(xy 1.384364 -4.118283) (xy 1.384106 -4.118286) (xy 1.383847 -4.118287) (xy 1.383589 -4.118286)
				(xy 0.756753 -2.57006) (xy 0.923668 -2.57006) (xy 1.714827 -4.055249) (xy 1.71386 -4.056315) (xy 1.712949 -4.057422)
				(xy 1.712095 -4.058568) (xy 1.711298 -4.059749) (xy 1.710561 -4.060964) (xy 1.709882 -4.062211)
				(xy 1.709264 -4.063487) (xy 1.708707 -4.064789) (xy 1.708213 -4.066117) (xy 1.707781 -4.067467)
				(xy 1.707414 -4.068837) (xy 1.707111 -4.070225) (xy 1.706874 -4.071629) (xy 1.706703 -4.073046)
				(xy 1.7066 -4.074474) (xy 1.706566 -4.075911) (xy 1.706606 -4.077453) (xy 1.706723 -4.078975) (xy 1.706915 -4.080474)
				(xy 1.707179 -4.081949) (xy 1.707515 -4.083399) (xy 1.70792 -4.084821) (xy 1.708391 -4.086213) (xy 1.708929 -4.087573)
				(xy 1.709529 -4.0889) (xy 1.710191 -4.090192) (xy 1.710913 -4.091447) (xy 1.711693 -4.092662) (xy 1.712529 -4.093837)
				(xy 1.713418 -4.094969) (xy 1.71436 -4.096056) (xy 1.715353 -4.097097) (xy 1.716393 -4.098089) (xy 1.717481 -4.099031)
				(xy 1.718612 -4.099921) (xy 1.719787 -4.100756) (xy 1.721003 -4.101536) (xy 1.722258 -4.102258)
				(xy 1.723549 -4.10292) (xy 1.724876 -4.103521) (xy 1.726237 -4.104058) (xy 1.727629 -4.10453) (xy 1.729051 -4.104935)
				(xy 1.7305 -4.10527) (xy 1.731976 -4.105535) (xy 1.733475 -4.105726) (xy 1.734997 -4.105843) (xy 1.736538 -4.105884)
				(xy 1.73808 -4.105843) (xy 1.739602 -4.105726) (xy 1.741101 -4.105535) (xy 1.742576 -4.10527) (xy 1.744026 -4.104934)
				(xy 1.745448 -4.10453) (xy 1.74684 -4.104058) (xy 1.7482 -4.103521) (xy 1.749527 -4.10292) (xy 1.750819 -4.102258)
				(xy 1.752074 -4.101536) (xy 1.753289 -4.100756) (xy 1.754464 -4.099921) (xy 1.755596 -4.099031)
				(xy 1.756683 -4.098089) (xy 1.757724 -4.097097) (xy 1.758716 -4.096056) (xy 1.759658 -4.094969)
				(xy 1.760548 -4.093837) (xy 1.761383 -4.092662) (xy 1.762163 -4.091446) (xy 1.762885 -4.090192)
				(xy 1.763547 -4.0889) (xy 1.764148 -4.087573) (xy 1.764685 -4.086212) (xy 1.765157 -4.08482) (xy 1.765561 -4.083399)
				(xy 1.765897 -4.081949) (xy 1.766161 -4.080474) (xy 1.766353 -4.078975) (xy 1.76647 -4.077453) (xy 1.76651 -4.075911)
				(xy 1.76647 -4.07437) (xy 1.766353 -4.072848) (xy 1.766161 -4.071349) (xy 1.765897 -4.069873) (xy 1.765561 -4.068424)
				(xy 1.765157 -4.067002) (xy 1.764685 -4.06561) (xy 1.764148 -4.06425) (xy 1.763547 -4.062922) (xy 1.762885 -4.061631)
				(xy 1.762163 -4.060376) (xy 1.761383 -4.05916) (xy 1.760548 -4.057986) (xy 1.759658 -4.056854) (xy 1.758716 -4.055766)
				(xy 1.757724 -4.054726) (xy 1.756683 -4.053734) (xy 1.755596 -4.052792) (xy 1.754464 -4.051902)
				(xy 1.753289 -4.051066) (xy 1.752074 -4.050286) (xy 1.750819 -4.049564) (xy 1.749527 -4.048902)
				(xy 1.7482 -4.048302) (xy 1.74684 -4.047764) (xy 1.745448 -4.047293) (xy 1.744026 -4.046888) (xy 1.742576 -4.046552)
				(xy 1.741101 -4.046288) (xy 1.739602 -4.046096) (xy 1.73808 -4.045979) (xy 1.736538 -4.045939) (xy 1.736087 -4.045915)
				(xy 1.735634 -4.045898) (xy 1.735182 -4.045888) (xy 1.73473 -4.045884) (xy 1.734277 -4.045888) (xy 1.733825 -4.045898)
				(xy 1.733373 -4.045915) (xy 1.732921 -4.045939) (xy 0.946406 -2.57006) (xy 1.114355 -2.57006) (xy 2.067784 -3.966874)
				(xy 2.067039 -3.967888) (xy 2.066339 -3.968928) (xy 2.065685 -3.969995) (xy 2.065078 -3.971085)
				(xy 2.064517 -3.972197) (xy 2.064003 -3.973331) (xy 2.063538 -3.974484) (xy 2.06312 -3.975655) (xy 2.062752 -3.976842)
				(xy 2.062432 -3.978043) (xy 2.062163 -3.979258) (xy 2.061944 -3.980485) (xy 2.061776 -3.981722)
				(xy 2.06166 -3.982967) (xy 2.061595 -3.98422) (xy 2.061583 -3.985477) (xy 2.061623 -3.987019) (xy 2.06174 -3.988541)
				(xy 2.061932 -3.99004) (xy 2.062196 -3.991515) (xy 2.062532 -3.992965) (xy 2.062936 -3.994387) (xy 2.063408 -3.995779)
				(xy 2.063945 -3.997139) (xy 2.064546 -3.998466) (xy 2.065208 -3.999758) (xy 2.06593 -4.001013) (xy 2.06671 -4.002228)
				(xy 2.067545 -4.003403) (xy 2.068435 -4.004535) (xy 2.069377 -4.005622) (xy 2.070369 -4.006663)
				(xy 2.07141 -4.007655) (xy 2.072497 -4.008597) (xy 2.073629 -4.009487) (xy 2.074804 -4.010323) (xy 2.07602 -4.011102)
				(xy 2.077274 -4.011824) (xy 2.078566 -4.012486) (xy 2.079893 -4.013087) (xy 2.081254 -4.013624)
				(xy 2.082646 -4.014096) (xy 2.084068 -4.014501) (xy 2.085517 -4.014836) (xy 2.086993 -4.015101)
				(xy 2.088492 -4.015292) (xy 2.090014 -4.015409) (xy 2.091556 -4.01545) (xy 2.093097 -4.015409) (xy 2.094619 -4.015292)
				(xy 2.096118 -4.015101) (xy 2.097594 -4.014836) (xy 2.099043 -4.014501) (xy 2.100465 -4.014096)
				(xy 2.101857 -4.013624) (xy 2.103217 -4.013087) (xy 2.104544 -4.012486) (xy 2.105836 -4.011824)
				(xy 2.107091 -4.011102) (xy 2.108306 -4.010322) (xy 2.109481 -4.009487) (xy 2.110613 -4.008597)
				(xy 2.1117 -4.007655) (xy 2.112741 -4.006663) (xy 2.113733 -4.005622) (xy 2.114675 -4.004535) (xy 2.115565 -4.003403)
				(xy 2.116401 -4.002228) (xy 2.11718 -4.001013) (xy 2.117902 -3.999758) (xy 2.118564 -3.998466) (xy 2.119165 -3.997139)
				(xy 2.119702 -3.995779) (xy 2.120174 -3.994387) (xy 2.120579 -3.992965) (xy 2.120914 -3.991515)
				(xy 2.121179 -3.99004) (xy 2.12137 -3.988541) (xy 2.121487 -3.987019) (xy 2.121528 -3.985477) (xy 2.121487 -3.983936)
				(xy 2.12137 -3.982414) (xy 2.121179 -3.980915) (xy 2.120914 -3.979439) (xy 2.120579 -3.97799) (xy 2.120174 -3.976568)
				(xy 2.119702 -3.975176) (xy 2.119165 -3.973816) (xy 2.118564 -3.972489) (xy 2.117902 -3.971197)
				(xy 2.11718 -3.969942) (xy 2.116401 -3.968727) (xy 2.115565 -3.967552) (xy 2.114675 -3.96642) (xy 2.113733 -3.965333)
				(xy 2.112741 -3.964292) (xy 2.1117 -3.9633) (xy 2.110613 -3.962358) (xy 2.109481 -3.961468) (xy 2.108306 -3.960632)
				(xy 2.107091 -3.959853) (xy 2.105836 -3.959131) (xy 2.104544 -3.958469) (xy 2.103217 -3.957868)
				(xy 2.101857 -3.957331) (xy 2.100465 -3.956859) (xy 2.099043 -3.956454) (xy 2.097594 -3.956119)
				(xy 2.096118 -3.955854) (xy 2.094619 -3.955662) (xy 2.093097 -3.955546) (xy 2.091556 -3.955505)
				(xy 2.090575 -3.955523) (xy 2.089595 -3.955573) (xy 2.088619 -3.955655) (xy 2.087646 -3.955768)
				(xy 2.086677 -3.955914) (xy 2.085713 -3.95609) (xy 2.084755 -3.956299) (xy 2.083804 -3.956539) (xy 1.137092 -2.57006)
				(xy 1.304007 -2.57006) (xy 2.424352 -3.859387) (xy 2.42385 -3.860275) (xy 2.423379 -3.861178) (xy 2.422941 -3.862095)
				(xy 2.422534 -3.863024) (xy 2.422159 -3.863966) (xy 2.421816 -3.86492) (xy 2.421506 -3.865883) (xy 2.421229 -3.866857)
				(xy 2.420985 -3.867839) (xy 2.420774 -3.868829) (xy 2.420596 -3.869826) (xy 2.420452 -3.87083) (xy 2.420342 -3.871839)
				(xy 2.420266 -3.872852) (xy 2.420225 -3.87387) (xy 2.420218 -3.87489) (xy 2.420258 -3.876432) (xy 2.420375 -3.877953)
				(xy 2.420567 -3.879452) (xy 2.420831 -3.880928) (xy 2.421167 -3.882377) (xy 2.421571 -3.883799)
				(xy 2.422043 -3.885191) (xy 2.42258 -3.886552) (xy 2.423181 -3.887879) (xy 2.423843 -3.889171) (xy 2.424565 -3.890425)
				(xy 2.425345 -3.891641) (xy 2.42618 -3.892816) (xy 2.42707 -3.893947) (xy 2.428012 -3.895035) (xy 2.429004 -3.896075)
				(xy 2.430045 -3.897068) (xy 2.431132 -3.89801) (xy 2.432264 -3.898899) (xy 2.433439 -3.899735) (xy 2.434655 -3.900515)
				(xy 2.435909 -3.901237) (xy 2.437201 -3.901899) (xy 2.438528 -3.9025) (xy 2.439889 -3.903037) (xy 2.441281 -3.903509)
				(xy 2.442702 -3.903913) (xy 2.444152 -3.904249) (xy 2.445627 -3.904513) (xy 2.447127 -3.904705)
				(xy 2.448648 -3.904822) (xy 2.45019 -3.904862) (xy 2.451732 -3.904822) (xy 2.453253 -3.904705) (xy 2.454753 -3.904513)
				(xy 2.456228 -3.904249) (xy 2.457678 -3.903913) (xy 2.459099 -3.903509) (xy 2.460491 -3.903037)
				(xy 2.461852 -3.9025) (xy 2.463179 -3.901899) (xy 2.464471 -3.901237) (xy 2.465726 -3.900515) (xy 2.466941 -3.899735)
				(xy 2.468116 -3.898899) (xy 2.469248 -3.89801) (xy 2.470335 -3.897068) (xy 2.471376 -3.896075) (xy 2.472368 -3.895035)
				(xy 2.47331 -3.893948) (xy 2.4742 -3.892816) (xy 2.475035 -3.891641) (xy 2.475815 -3.890425) (xy 2.476537 -3.889171)
				(xy 2.477199 -3.887879) (xy 2.4778 -3.886552) (xy 2.478337 -3.885191) (xy 2.478809 -3.883799) (xy 2.479213 -3.882377)
				(xy 2.479549 -3.880928) (xy 2.479813 -3.879453) (xy 2.480005 -3.877953) (xy 2.480122 -3.876432)
				(xy 2.480162 -3.87489) (xy 2.480149 -3.873387) (xy 2.480061 -3.871893) (xy 2.4799 -3.870411) (xy 2.479666 -3.868943)
				(xy 2.47936 -3.867492) (xy 2.478984 -3.866061) (xy 2.478538 -3.864651) (xy 2.478023 -3.863266) (xy 2.477441 -3.861907)
				(xy 2.476792 -3.860579) (xy 2.476078 -3.859282) (xy 2.475299 -3.85802) (xy 2.474457 -3.856795) (xy 2.473553 -3.85561)
				(xy 2.472587 -3.854468) (xy 2.47156 -3.85337) (xy 2.47048 -3.852324) (xy 2.469354 -3.851339) (xy 2.468184 -3.850414)
				(xy 2.466974 -3.849551) (xy 2.465726 -3.848751) (xy 2.464441 -3.848015) (xy 2.463124 -3.847344)
				(xy 2.461776 -3.846738) (xy 2.4604 -3.8462) (xy 2.458998 -3.84573) (xy 2.457573 -3.845329) (xy 2.456127 -3.844999)
				(xy 2.454663 -3.84474) (xy 2.453184 -3.844553) (xy 2.451692 -3.84444) (xy 2.45019 -3.844401) (xy 2.449494 -3.844411)
				(xy 2.448799 -3.844437) (xy 2.448105 -3.84448) (xy 2.447413 -3.844538) (xy 2.446723 -3.844612) (xy 2.446036 -3.844703)
				(xy 2.44535 -3.844809) (xy 2.444668 -3.844931) (xy 2.443988 -3.845068) (xy 2.443312 -3.845221) (xy 2.442639 -3.84539)
				(xy 2.44197 -3.845575) (xy 2.441305 -3.845775) (xy 2.440645 -3.845991) (xy 2.439989 -3.846221) (xy 2.439338 -3.846468)
				(xy 1.331912 -2.57006) (xy 1.501411 -2.57006) (xy 2.753014 -3.688338) (xy 2.752711 -3.689043) (xy 2.752427 -3.689756)
				(xy 2.752161 -3.690474) (xy 2.751914 -3.691198) (xy 2.751685 -3.691928) (xy 2.751476 -3.692664)
				(xy 2.751285 -3.693404) (xy 2.751113 -3.694148) (xy 2.75096 -3.694897) (xy 2.750827 -3.69565) (xy 2.750712 -3.696406)
				(xy 2.750617 -3.697165) (xy 2.750541 -3.697926) (xy 2.750485 -3.69869) (xy 2.750448 -3.699456) (xy 2.75043 -3.700224)
				(xy 2.750454 -3.701645) (xy 2.750544 -3.70305) (xy 2.750697 -3.704439) (xy 2.750914 -3.705809) (xy 2.751192 -3.707159)
				(xy 2.75153 -3.708488) (xy 2.751926 -3.709793) (xy 2.75238 -3.711073) (xy 2.75289 -3.712327) (xy 2.753453 -3.713552)
				(xy 2.75407 -3.714748) (xy 2.754739 -3.715913) (xy 2.755457 -3.717045) (xy 2.756225 -3.718143) (xy 2.75704 -3.719204)
				(xy 2.7579 -3.720228) (xy 2.758806 -3.721213) (xy 2.759754 -3.722157) (xy 2.760745 -3.723058) (xy 2.761775 -3.723916)
				(xy 2.762845 -3.724728) (xy 2.763952 -3.725492) (xy 2.765096 -3.726208) (xy 2.766274 -3.726874)
				(xy 2.767486 -3.727488) (xy 2.768729 -3.728048) (xy 2.770004 -3.728553) (xy 2.771307 -3.729001)
				(xy 2.772638 -3.729392) (xy 2.773996 -3.729722) (xy 2.775379 -3.72999) (xy 2.776785 -3.730196) (xy 2.777301 -3.730227)
				(xy 2.777818 -3.730249) (xy 2.778335 -3.730263) (xy 2.778852 -3.730267) (xy 2.779369 -3.730263)
				(xy 2.779886 -3.730249) (xy 2.780403 -3.730227) (xy 2.780919 -3.730196) (xy 2.782461 -3.730155)
				(xy 2.783982 -3.730039) (xy 2.785482 -3.729847) (xy 2.786957 -3.729582) (xy 2.788406 -3.729247)
				(xy 2.789828 -3.728842) (xy 2.79122 -3.72837) (xy 2.792581 -3.727833) (xy 2.793908 -3.727232) (xy 2.7952 -3.72657)
				(xy 2.796454 -3.725848) (xy 2.79767 -3.725069) (xy 2.798845 -3.724233) (xy 2.799977 -3.723343) (xy 2.801064 -3.722401)
				(xy 2.802104 -3.721409) (xy 2.803097 -3.720368) (xy 2.804039 -3.719281) (xy 2.804928 -3.718149)
				(xy 2.805764 -3.716974) (xy 2.806544 -3.715759) (xy 2.807266 -3.714504) (xy 2.807928 -3.713212)
				(xy 2.808528 -3.711885) (xy 2.809066 -3.710525) (xy 2.809537 -3.709133) (xy 2.809942 -3.707711)
				(xy 2.810278 -3.706261) (xy 2.810542 -3.704786) (xy 2.810734 -3.703287) (xy 2.810851 -3.701765)
				(xy 2.810891 -3.700224) (xy 2.810851 -3.698682) (xy 2.810734 -3.69716) (xy 2.810542 -3.695661) (xy 2.810278 -3.694186)
				(xy 2.809942 -3.692736) (xy 2.809537 -3.691314) (xy 2.809066 -3.689922) (xy 2.808528 -3.688562)
				(xy 2.807928 -3.687235) (xy 2.807266 -3.685943) (xy 2.806544 -3.684688) (xy 2.805764 -3.683473)
				(xy 2.804928 -3.682298) (xy 2.804039 -3.681166) (xy 2.803097 -3.680079) (xy 2.802104 -3.679038)
				(xy 2.801064 -3.678046) (xy 2.799977 -3.677104) (xy 2.798845 -3.676214) (xy 2.79767 -3.675378) (xy 2.796454 -3.674599)
				(xy 2.7952 -3.673877) (xy 2.793908 -3.673215) (xy 2.792581 -3.672614) (xy 2.79122 -3.672077) (xy 2.789828 -3.671605)
				(xy 2.788406 -3.6712) (xy 2.786957 -3.670865) (xy 2.785482 -3.6706) (xy 2.783982 -3.670409) (xy 2.782461 -3.670292)
				(xy 2.780919 -3.670251) (xy 2.779932 -3.670274) (xy 2.778948 -3.67033) (xy 2.777968 -3.670418) (xy 2.776993 -3.670537)
				(xy 2.776023 -3.670688) (xy 2.775059 -3.670871) (xy 2.774102 -3.671085) (xy 2.773153 -3.671331)
				(xy 2.772213 -3.671607) (xy 2.771282 -3.671913) (xy 2.770361 -3.67225) (xy 2.769451 -3.672618) (xy 2.768552 -3.673015)
				(xy 2.767665 -3.673442) (xy 2.766792 -3.673899) (xy 2.765933 -3.674385) (xy 1.529833 -2.57006) (xy 1.967015 -2.57006)
				(xy 1.96748 -2.570018) (xy 1.967938 -2.569955) (xy 1.96839 -2.569872) (xy 1.968834 -2.569768) (xy 1.96927 -2.569646)
				(xy 1.969698 -2.569504) (xy 1.970117 -2.569344) (xy 1.970527 -2.569166) (xy 1.970926 -2.568971)
				(xy 1.971316 -2.568758) (xy 1.971695 -2.568529) (xy 1.972062 -2.568285) (xy 1.972418 -2.568024)
				(xy 1.972762 -2.567749) (xy 1.973093 -2.567458) (xy 1.973411 -2.567154) (xy 1.973715 -2.566836)
				(xy 1.974005 -2.566505) (xy 1.974281 -2.566162) (xy 1.974541 -2.565806) (xy 1.974786 -2.565438)
				(xy 1.975015 -2.565059) (xy 1.975227 -2.56467) (xy 1.975423 -2.56427) (xy 1.975601 -2.56386) (xy 1.975761 -2.563441)
				(xy 1.975902 -2.563013) (xy 1.976025 -2.562577) (xy 1.976128 -2.562133) (xy 1.976212 -2.561682)
				(xy 1.976275 -2.561223) (xy 1.976317 -2.560759) (xy 1.976317 -2.07345) (xy 3.221202 -3.111112) (xy 3.22083 -3.112306)
				(xy 3.220508 -3.113512) (xy 3.220237 -3.114729) (xy 3.220017 -3.115957) (xy 3.219848 -3.117192)
				(xy 3.219731 -3.118434) (xy 3.219666 -3.119681) (xy 3.219652 -3.120931) (xy 3.219672 -3.122336)
				(xy 3.219757 -3.123727) (xy 3.219904 -3.125101) (xy 3.220113 -3.126457) (xy 3.220382 -3.127794)
				(xy 3.22071 -3.12911) (xy 3.221095 -3.130404) (xy 3.221536 -3.131674) (xy 3.222033 -3.132918) (xy 3.222582 -3.134135)
				(xy 3.223184 -3.135324) (xy 3.223837 -3.136482) (xy 3.224539 -3.137608) (xy 3.225289 -3.138701)
				(xy 3.226086 -3.13976) (xy 3.226928 -3.140781) (xy 3.227815 -3.141765) (xy 3.228744 -3.142709) (xy 3.229715 -3.143613)
				(xy 3.230725 -3.144473) (xy 3.231775 -3.145289) (xy 3.232861 -3.14606) (xy 3.233984 -3.146783) (xy 3.235142 -3.147457)
				(xy 3.236332 -3.148081) (xy 3.237555 -3.148652) (xy 3.238809 -3.14917) (xy 3.240091 -3.149633) (xy 3.241402 -3.15004)
				(xy 3.24274 -3.150388) (xy 3.244102 -3.150676) (xy 3.245489 -3.150903) (xy 3.246006 -3.150934) (xy 3.246523 -3.150957)
				(xy 3.24704 -3.15097) (xy 3.247557 -3.150975) (xy 3.248074 -3.15097) (xy 3.248591 -3.150957) (xy 3.249108 -3.150934)
				(xy 3.249625 -3.150903) (xy 3.251167 -3.150863) (xy 3.252689 -3.150746) (xy 3.254188 -3.150554)
				(xy 3.255663 -3.15029) (xy 3.257113 -3.149954) (xy 3.258534 -3.149549) (xy 3.259926 -3.149078) (xy 3.261287 -3.14854)
				(xy 3.262614 -3.14794) (xy 3.263906 -3.147277) (xy 3.26516 -3.146556) (xy 3.266376 -3.145776) (xy 3.267551 -3.14494)
				(xy 3.268682 -3.14405) (xy 3.26977 -3.143108) (xy 3.27081 -3.142116) (xy 3.271802 -3.141076) (xy 3.272744 -3.139988)
				(xy 3.273634 -3.138856) (xy 3.27447 -3.137682) (xy 3.275249 -3.136466) (xy 3.275971 -3.135211) (xy 3.276633 -3.13392)
				(xy 3.277234 -3.132592) (xy 3.277771 -3.131232) (xy 3.278243 -3.12984) (xy 3.278647 -3.128418) (xy 3.278983 -3.126969)
				(xy 3.279247 -3.125493) (xy 3.279439 -3.123994) (xy 3.279556 -3.122473) (xy 3.279596 -3.120931)
				(xy 3.279556 -3.119389) (xy 3.279439 -3.117868) (xy 3.279247 -3.116368) (xy 3.278983 -3.114893)
				(xy 3.278647 -3.113443) (xy 3.278243 -3.112022) (xy 3.277771 -3.11063) (xy 3.277234 -3.109269) (xy 3.276633 -3.107942)
				(xy 3.275971 -3.10665) (xy 3.275249 -3.105396) (xy 3.274469 -3.10418) (xy 3.273634 -3.103005) (xy 3.272744 -3.101873)
				(xy 3.271802 -3.100786) (xy 3.27081 -3.099746) (xy 3.269769 -3.098753) (xy 3.268682 -3.097811) (xy 3.26755 -3.096922)
				(xy 3.266376 -3.096086) (xy 3.26516 -3.095306) (xy 3.263905 -3.094584) (xy 3.262614 -3.093922) (xy 3.261286 -3.093321)
				(xy 3.259926 -3.092784) (xy 3.258534 -3.092312) (xy 3.257112 -3.091908) (xy 3.255663 -3.091572)
				(xy 3.254188 -3.091308) (xy 3.252688 -3.091116) (xy 3.251167 -3.090999) (xy 3.249625 -3.090959)
				(xy 3.248605 -3.090966) (xy 3.247588 -3.091007) (xy 3.246574 -3.091083) (xy 3.245565 -3.091193)
				(xy 3.244562 -3.091337) (xy 3.243564 -3.091515) (xy 3.242574 -3.091726) (xy 3.241592 -3.09197) (xy 3.240618 -3.092247)
				(xy 3.239654 -3.092557) (xy 3.238701 -3.0929) (xy 3.237759 -3.093275) (xy 3.236829 -3.093682) (xy 3.235912 -3.09412)
				(xy 3.235009 -3.094591) (xy 3.23412 -3.095093) (xy 1.976317 -2.047611) (xy 1.976317 -1.850724) (xy 3.329722 -2.736458)
				(xy 3.329587 -2.737226) (xy 3.329472 -2.737997) (xy 3.329377 -2.73877) (xy 3.329303 -2.739545) (xy 3.329248 -2.740322)
				(xy 3.329213 -2.741101) (xy 3.329199 -2.74188) (xy 3.329205 -2.742659) (xy 3.329229 -2.74408) (xy 3.329318 -2.745486)
				(xy 3.329472 -2.746875) (xy 3.329688 -2.748245) (xy 3.329966 -2.749595) (xy 3.330304 -2.750923)
				(xy 3.330701 -2.752228) (xy 3.331154 -2.753509) (xy 3.331664 -2.754762) (xy 3.332228 -2.755988)
				(xy 3.332845 -2.757184) (xy 3.333513 -2.758349) (xy 3.334232 -2.759481) (xy 3.334999 -2.760579)
				(xy 3.335814 -2.76164) (xy 3.336675 -2.762664) (xy 3.33758 -2.763649) (xy 3.338529 -2.764593) (xy 3.339519 -2.765494)
				(xy 3.34055 -2.766352) (xy 3.34162 -2.767163) (xy 3.342727 -2.767928) (xy 3.343871 -2.768644) (xy 3.345049 -2.76931)
				(xy 3.346261 -2.769924) (xy 3.347504 -2.770484) (xy 3.348779 -2.770989) (xy 3.350082 -2.771437)
				(xy 3.351414 -2.771827) (xy 3.352771 -2.772158) (xy 3.354154 -2.772426) (xy 3.35556 -2.772632) (xy 3.356012 -2.772656)
				(xy 3.356464 -2.772673) (xy 3.356917 -2.772683) (xy 3.357369 -2.772686) (xy 3.357822 -2.772683)
				(xy 3.358274 -2.772673) (xy 3.358726 -2.772656) (xy 3.359179 -2.772632) (xy 3.36072 -2.772591) (xy 3.362242 -2.772474)
				(xy 3.363741 -2.772283) (xy 3.365217 -2.772018) (xy 3.366666 -2.771682) (xy 3.368088 -2.771278)
				(xy 3.36948 -2.770806) (xy 3.37084 -2.770269) (xy 3.372167 -2.769668) (xy 3.373459 -2.769006) (xy 3.374714 -2.768284)
				(xy 3.375929 -2.767504) (xy 3.377104 -2.766669) (xy 3.378236 -2.765779) (xy 3.379323 -2.764837)
				(xy 3.380364 -2.763845) (xy 3.381356 -2.762804) (xy 3.382298 -2.761717) (xy 3.383187 -2.760585)
				(xy 3.384023 -2.75941) (xy 3.384803 -2.758195) (xy 3.385524 -2.75694) (xy 3.386187 -2.755648) (xy 3.386787 -2.754321)
				(xy 3.387324 -2.752961) (xy 3.387796 -2.751569) (xy 3.388201 -2.750147) (xy 3.388536 -2.748698)
				(xy 3.388801 -2.747222) (xy 3.388992 -2.745723) (xy 3.389109 -2.744201) (xy 3.38915 -2.74266) (xy 3.389109 -2.741118)
				(xy 3.388992 -2.739597) (xy 3.388801 -2.738097) (xy 3.388536 -2.736622) (xy 3.388201 -2.735172)
				(xy 3.387796 -2.733751) (xy 3.387324 -2.732359) (xy 3.386787 -2.730998) (xy 3.386186 -2.729671)
				(xy 3.385524 -2.728379) (xy 3.384802 -2.727125) (xy 3.384023 -2.725909) (xy 3.383187 -2.724734)
				(xy 3.382297 -2.723602) (xy 3.381355 -2.722515) (xy 3.380363 -2.721474) (xy 3.379322 -2.720482)
				(xy 3.378235 -2.71954) (xy 3.377103 -2.718651) (xy 3.375929 -2.717815) (xy 3.374713 -2.717035) (xy 3.373458 -2.716313)
				(xy 3.372167 -2.715651) (xy 3.370839 -2.71505) (xy 3.369479 -2.714513) (xy 3.368087 -2.714041) (xy 3.366665 -2.713637)
				(xy 3.365216 -2.713301) (xy 3.36374 -2.713037) (xy 3.362241 -2.712845) (xy 3.360719 -2.712728) (xy 3.359178 -2.712687)
				(xy 3.357987 -2.712739) (xy 3.356802 -2.712838) (xy 3.355625 -2.712983) (xy 3.354457 -2.713174)
				(xy 3.353299 -2.713411) (xy 3.352152 -2.713693) (xy 3.351019 -2.714019) (xy 3.349899 -2.714389)
				(xy 3.348795 -2.714804) (xy 3.347708 -2.715261) (xy 3.346638 -2.715761) (xy 3.345588 -2.716304)
				(xy 3.344559 -2.716888) (xy 3.343552 -2.717514) (xy 3.342568 -2.718181) (xy 3.341608 -2.718888)
				(xy 1.976317 -1.82592) (xy 1.976317 -1.628516) (xy 3.40362 -2.365422) (xy 3.403516 -2.365998) (xy 3.403423 -2.366576)
				(xy 3.403341 -2.367156) (xy 3.40327 -2.367737) (xy 3.403211 -2.368319) (xy 3.403164 -2.368903) (xy 3.403128 -2.369487)
				(xy 3.403103 -2.370072) (xy 3.403143 -2.371614) (xy 3.40326 -2.373136) (xy 3.403452 -2.374635) (xy 3.403716 -2.37611)
				(xy 3.404052 -2.37756) (xy 3.404457 -2.378982) (xy 3.404928 -2.380374) (xy 3.405466 -2.381734) (xy 3.406066 -2.383061)
				(xy 3.406728 -2.384353) (xy 3.40745 -2.385608) (xy 3.40823 -2.386823) (xy 3.409066 -2.387998) (xy 3.409955 -2.38913)
				(xy 3.410897 -2.390217) (xy 3.41189 -2.391258) (xy 3.41293 -2.39225) (xy 3.414017 -2.393192) (xy 3.415149 -2.394082)
				(xy 3.416324 -2.394918) (xy 3.41754 -2.395697) (xy 3.418794 -2.396419) (xy 3.420086 -2.397081) (xy 3.421414 -2.397682)
				(xy 3.422774 -2.398219) (xy 3.424166 -2.398691) (xy 3.425588 -2.399096) (xy 3.427037 -2.399431)
				(xy 3.428513 -2.399696) (xy 3.430012 -2.399888) (xy 3.431534 -2.400005) (xy 3.433076 -2.400045)
				(xy 3.434579 -2.400032) (xy 3.436073 -2.399944) (xy 3.437555 -2.399782) (xy 3.439022 -2.399548)
				(xy 3.440473 -2.399243) (xy 3.441905 -2.398866) (xy 3.443315 -2.39842) (xy 3.4447 -2.397906) (xy 3.446058 -2.397324)
				(xy 3.447387 -2.396675) (xy 3.448683 -2.395961) (xy 3.449945 -2.395182) (xy 3.45117 -2.39434) (xy 3.452355 -2.393435)
				(xy 3.453498 -2.392469) (xy 3.454596 -2.391442) (xy 3.455641 -2.390362) (xy 3.456626 -2.389236)
				(xy 3.457551 -2.388067) (xy 3.458414 -2.386856) (xy 3.459214 -2.385608) (xy 3.45995 -2.384324) (xy 3.460621 -2.383006)
				(xy 3.461227 -2.381658) (xy 3.461765 -2.380282) (xy 3.462235 -2.37888) (xy 3.462635 -2.377455) (xy 3.462966 -2.37601)
				(xy 3.463225 -2.374546) (xy 3.463412 -2.373067) (xy 3.463525 -2.371575) (xy 3.463564 -2.370073)
				(xy 3.463525 -2.36857) (xy 3.463412 -2.367078) (xy 3.463225 -2.365599) (xy 3.462966 -2.364135) (xy 3.462635 -2.36269)
				(xy 3.462235 -2.361265) (xy 3.461765 -2.359863) (xy 3.461227 -2.358486) (xy 3.460621 -2.357138)
				(xy 3.45995 -2.355821) (xy 3.459214 -2.354537) (xy 3.458414 -2.353288) (xy 3.457551 -2.352078) (xy 3.456626 -2.350909)
				(xy 3.455641 -2.349783) (xy 3.454596 -2.348702) (xy 3.453498 -2.347676) (xy 3.452355 -2.34671) (xy 3.45117 -2.345805)
				(xy 3.449945 -2.344963) (xy 3.448683 -2.344184) (xy 3.447386 -2.34347) (xy 3.446058 -2.342821) (xy 3.444699 -2.342239)
				(xy 3.443314 -2.341725) (xy 3.441904 -2.341279) (xy 3.440473 -2.340902) (xy 3.439022 -2.340597)
				(xy 3.437554 -2.340363) (xy 3.436072 -2.340201) (xy 3.434578 -2.340113) (xy 3.433075 -2.3401) (xy 3.431636 -2.340135)
				(xy 3.430206 -2.340239) (xy 3.428787 -2.34041) (xy 3.427382 -2.340647) (xy 3.425993 -2.34095) (xy 3.424622 -2.341319)
				(xy 3.423272 -2.341751) (xy 3.421944 -2.342246) (xy 3.420641 -2.342803) (xy 3.419365 -2.343422)
				(xy 3.418119 -2.3441) (xy 3.416904 -2.344839) (xy 3.415722 -2.345636) (xy 3.414577 -2.34649) (xy 3.41347 -2.347401)
				(xy 3.412404 -2.348368) (xy 1.976317 -1.607329) (xy 1.976317 -1.409925) (xy 3.463047 -2.014022)
				(xy 3.463035 -2.014345) (xy 3.463026 -2.014667) (xy 3.463021 -2.014991) (xy 3.463019 -2.015314)
				(xy 3.463021 -2.015637) (xy 3.463026 -2.01596) (xy 3.463035 -2.016283) (xy 3.463047 -2.016606) (xy 3.463071 -2.018027)
				(xy 3.463161 -2.019432) (xy 3.463314 -2.020821) (xy 3.463531 -2.022191) (xy 3.463809 -2.023542)
				(xy 3.464147 -2.02487) (xy 3.464543 -2.026175) (xy 3.464997 -2.027455) (xy 3.465506 -2.028709) (xy 3.46607 -2.029935)
				(xy 3.466687 -2.031131) (xy 3.467356 -2.032296) (xy 3.468074 -2.033428) (xy 3.468842 -2.034525)
				(xy 3.469657 -2.035587) (xy 3.470518 -2.036611) (xy 3.471423 -2.037595) (xy 3.472372 -2.038539)
				(xy 3.473362 -2.039441) (xy 3.474393 -2.040298) (xy 3.475463 -2.04111) (xy 3.47657 -2.041875) (xy 3.477713 -2.042591)
				(xy 3.478892 -2.043257) (xy 3.480104 -2.04387) (xy 3.481347 -2.04443) (xy 3.482622 -2.044935) (xy 3.483925 -2.045384)
				(xy 3.485256 -2.045774) (xy 3.486614 -2.046104) (xy 3.487997 -2.046372) (xy 3.489403 -2.046578)
				(xy 3.489855 -2.046602) (xy 3.490307 -2.046619) (xy 3.490759 -2.046629) (xy 3.491212 -2.046632)
				(xy 3.491664 -2.046629) (xy 3.492116 -2.046619) (xy 3.492569 -2.046602) (xy 3.493021 -2.046578)
				(xy 3.494563 -2.046538) (xy 3.496084 -2.046421) (xy 3.497584 -2.046229) (xy 3.499059 -2.045964)
				(xy 3.500509 -2.045629) (xy 3.50193 -2.045224) (xy 3.503322 -2.044752) (xy 3.504683 -2.044215) (xy 3.50601 -2.043614)
				(xy 3.507302 -2.042952) (xy 3.508556 -2.04223) (xy 3.509772 -2.041451) (xy 3.510946 -2.040615) (xy 3.512078 -2.039725)
				(xy 3.513165 -2.038783) (xy 3.514206 -2.037791) (xy 3.515198 -2.03675) (xy 3.51614 -2.035663) (xy 3.51703 -2.034531)
				(xy 3.517865 -2.033356) (xy 3.518645 -2.032141) (xy 3.519367 -2.030886) (xy 3.520029 -2.029594)
				(xy 3.52063 -2.028267) (xy 3.521167 -2.026907) (xy 3.521639 -2.025515) (xy 3.522043 -2.024093) (xy 3.522379 -2.022644)
				(xy 3.522643 -2.021168) (xy 3.522835 -2.019669) (xy 3.522952 -2.018147) (xy 3.522992 -2.016606)
				(xy 3.522952 -2.015064) (xy 3.522835 -2.013542) (xy 3.522643 -2.012043) (xy 3.522379 -2.010568)
				(xy 3.522043 -2.009118) (xy 3.521638 -2.007697) (xy 3.521167 -2.006304) (xy 3.52063 -2.004944) (xy 3.520029 -2.003617)
				(xy 3.519367 -2.002325) (xy 3.518645 -2.00107) (xy 3.517865 -1.999855) (xy 3.517029 -1.99868) (xy 3.51614 -1.997548)
				(xy 3.515198 -1.996461) (xy 3.514206 -1.99542) (xy 3.513165 -1.994428) (xy 3.512078 -1.993486) (xy 3.510946 -1.992596)
				(xy 3.509771 -1.991761) (xy 3.508555 -1.990981) (xy 3.507301 -1.990259) (xy 3.506009 -1.989597)
				(xy 3.504682 -1.988996) (xy 3.503321 -1.988459) (xy 3.501929 -1.987987) (xy 3.500508 -1.987582)
				(xy 3.499058 -1.987247) (xy 3.497583 -1.986982) (xy 3.496083 -1.986791) (xy 3.494562 -1.986674)
				(xy 3.49302 -1.986633) (xy 3.491376 -1.986698) (xy 3.489746 -1.986852) (xy 3.488134 -1.987093) (xy 3.486543 -1.98742)
				(xy 3.484977 -1.987832) (xy 3.483438 -1.988326) (xy 3.48193 -1.988901) (xy 3.480457 -1.989557) (xy 3.47902 -1.99029)
				(xy 3.477625 -1.9911) (xy 3.476273 -1.991986) (xy 3.474968 -1.992945) (xy 3.473713 -1.993976) (xy 3.472512 -1.995077)
				(xy 3.471367 -1.996248) (xy 3.470283 -1.997485) (xy 1.976317 -1.387187) (xy 1.976317 -1.192884)
				(xy 3.511106 -1.681226) (xy 3.511172 -1.682593) (xy 3.511298 -1.683945) (xy 3.511484 -1.68528) (xy 3.511728 -1.686597)
				(xy 3.512029 -1.687893) (xy 3.512385 -1.689169) (xy 3.512795 -1.690421) (xy 3.513259 -1.691649)
				(xy 3.513774 -1.692852) (xy 3.514339 -1.694028) (xy 3.514953 -1.695175) (xy 3.515616 -1.696292)
				(xy 3.516324 -1.697378) (xy 3.517078 -1.698431) (xy 3.517877 -1.69945) (xy 3.518717 -1.700434) (xy 3.5196 -1.70138)
				(xy 3.520522 -1.702288) (xy 3.521484 -1.703156) (xy 3.522483 -1.703983) (xy 3.523518 -1.704767)
				(xy 3.524589 -1.705507) (xy 3.525693 -1.706201) (xy 3.52683 -1.706849) (xy 3.527998 -1.707448) (xy 3.529196 -1.707997)
				(xy 3.530423 -1.708495) (xy 3.531678 -1.70894) (xy 3.532958 -1.709331) (xy 3.534264 -1.709666) (xy 3.535593 -1.709945)
				(xy 3.536944 -1.710165) (xy 3.537461 -1.710196) (xy 3.537977 -1.710218) (xy 3.538494 -1.710231)
				(xy 3.539011 -1.710236) (xy 3.539529 -1.710231) (xy 3.540046 -1.710218) (xy 3.540562 -1.710196)
				(xy 3.541079 -1.710164) (xy 3.54262 -1.710124) (xy 3.544142 -1.710007) (xy 3.545641 -1.709815) (xy 3.547117 -1.709551)
				(xy 3.548566 -1.709215) (xy 3.549988 -1.708811) (xy 3.55138 -1.708339) (xy 3.55274 -1.707802) (xy 3.554068 -1.707201)
				(xy 3.555359 -1.706539) (xy 3.556614 -1.705817) (xy 3.55783 -1.705037) (xy 3.559004 -1.704202) (xy 3.560136 -1.703312)
				(xy 3.561223 -1.70237) (xy 3.562264 -1.701378) (xy 3.563256 -1.700337) (xy 3.564198 -1.69925) (xy 3.565088 -1.698118)
				(xy 3.565924 -1.696943) (xy 3.566703 -1.695728) (xy 3.567425 -1.694473) (xy 3.568087 -1.693181)
				(xy 3.568688 -1.691854) (xy 3.569225 -1.690494) (xy 3.569697 -1.689101) (xy 3.570102 -1.68768) (xy 3.570437 -1.68623)
				(xy 3.570702 -1.684755) (xy 3.570893 -1.683256) (xy 3.57101 -1.681734) (xy 3.571051 -1.680192) (xy 3.57101 -1.678651)
				(xy 3.570893 -1.677129) (xy 3.570702 -1.67563) (xy 3.570437 -1.674154) (xy 3.570102 -1.672705) (xy 3.569697 -1.671283)
				(xy 3.569225 -1.669891) (xy 3.568688 -1.668531) (xy 3.568087 -1.667203) (xy 3.567425 -1.665912)
				(xy 3.566703 -1.664657) (xy 3.565923 -1.663441) (xy 3.565088 -1.662266) (xy 3.564198 -1.661135)
				(xy 3.563256 -1.660047) (xy 3.562264 -1.659007) (xy 3.561223 -1.658014) (xy 3.560136 -1.657072)
				(xy 3.559004 -1.656183) (xy 3.557829 -1.655347) (xy 3.556614 -1.654567) (xy 3.555359 -1.653845)
				(xy 3.554067 -1.653183) (xy 3.55274 -1.652583) (xy 3.55138 -1.652045) (xy 3.549987 -1.651574) (xy 3.548566 -1.651169)
				(xy 3.547116 -1.650834) (xy 3.545641 -1.650569) (xy 3.544142 -1.650377) (xy 3.54262 -1.65026) (xy 3.541079 -1.65022)
				(xy 3.5394 -1.650258) (xy 3.537735 -1.650389) (xy 3.536087 -1.650611) (xy 3.534461 -1.650923) (xy 3.532859 -1.651323)
				(xy 3.531284 -1.651809) (xy 3.529741 -1.65238) (xy 3.528233 -1.653034) (xy 3.526762 -1.65377) (xy 3.525333 -1.654586)
				(xy 3.523949 -1.65548) (xy 3.522614 -1.656451) (xy 3.52133 -1.657498) (xy 3.520102 -1.658618) (xy 3.518932 -1.65981)
				(xy 3.517824 -1.661072) (xy 1.976317 -1.171697) (xy 1.976317 -0.975843) (xy 3.54883 -1.360315) (xy 3.548982 -1.361607)
				(xy 3.549187 -1.362882) (xy 3.549445 -1.364139) (xy 3.549755 -1.365376) (xy 3.550115 -1.366592)
				(xy 3.550524 -1.367786) (xy 3.550981 -1.368956) (xy 3.551485 -1.370103) (xy 3.552035 -1.371224)
				(xy 3.55263 -1.372318) (xy 3.553268 -1.373384) (xy 3.553948 -1.37442) (xy 3.554669 -1.375427) (xy 3.555431 -1.376402)
				(xy 3.556231 -1.377344) (xy 3.557069 -1.378252) (xy 3.557944 -1.379125) (xy 3.558854 -1.379961)
				(xy 3.559798 -1.38076) (xy 3.560775 -1.38152) (xy 3.561785 -1.382241) (xy 3.562825 -1.38292) (xy 3.563895 -1.383557)
				(xy 3.564993 -1.38415) (xy 3.566119 -1.384699) (xy 3.567271 -1.385202) (xy 3.568448 -1.385657) (xy 3.569649 -1.386065)
				(xy 3.570873 -1.386422) (xy 3.572119 -1.38673) (xy 3.573385 -1.386985) (xy 3.57467 -1.387187) (xy 3.575186 -1.387218)
				(xy 3.575703 -1.387241) (xy 3.57622 -1.387254) (xy 3.576737 -1.387258) (xy 3.577254 -1.387254) (xy 3.577771 -1.38724)
				(xy 3.578288 -1.387218) (xy 3.578804 -1.387187) (xy 3.580346 -1.387146) (xy 3.581867 -1.387029)
				(xy 3.583367 -1.386838) (xy 3.584842 -1.386573) (xy 3.586292 -1.386238) (xy 3.587713 -1.385833)
				(xy 3.589105 -1.385361) (xy 3.590466 -1.384824) (xy 3.591793 -1.384223) (xy 3.593085 -1.383561)
				(xy 3.594339 -1.382839) (xy 3.595555 -1.382059) (xy 3.596729 -1.381224) (xy 3.597861 -1.380334)
				(xy 3.598948 -1.379392) (xy 3.599989 -1.3784) (xy 3.600981 -1.377359) (xy 3.601923 -1.376272) (xy 3.602813 -1.37514)
				(xy 3.603648 -1.373965) (xy 3.604428 -1.37275) (xy 3.60515 -1.371495) (xy 3.605812 -1.370203) (xy 3.606413 -1.368876)
				(xy 3.60695 -1.367516) (xy 3.607422 -1.366124) (xy 3.607826 -1.364702) (xy 3.608162 -1.363253) (xy 3.608426 -1.361777)
				(xy 3.608618 -1.360278) (xy 3.608735 -1.358756) (xy 3.608775 -1.357215) (xy 3.608735 -1.355673)
				(xy 3.608618 -1.354151) (xy 3.608426 -1.352652) (xy 3.608162 -1.351177) (xy 3.607826 -1.349727)
				(xy 3.607421 -1.348305) (xy 3.60695 -1.346913) (xy 3.606413 -1.345553) (xy 3.605812 -1.344226) (xy 3.60515 -1.342934)
				(xy 3.604428 -1.341679) (xy 3.603648 -1.340464) (xy 3.602812 -1.339289) (xy 3.601923 -1.338157)
				(xy 3.600981 -1.33707) (xy 3.599989 -1.336029) (xy 3.598948 -1.335037) (xy 3.597861 -1.334095) (xy 3.596729 -1.333205)
				(xy 3.595554 -1.33237) (xy 3.594338 -1.33159) (xy 3.593084 -1.330868) (xy 3.591792 -1.330206) (xy 3.590465 -1.329605)
				(xy 3.589104 -1.329068) (xy 3.587712 -1.328596) (xy 3.586291 -1.328191) (xy 3.584841 -1.327856)
				(xy 3.583366 -1.327591) (xy 3.581866 -1.3274) (xy 3.580345 -1.327283) (xy 3.578803 -1.327242) (xy 3.576904 -1.327283)
				(xy 3.575025 -1.327442) (xy 3.57317 -1.327717) (xy 3.571345 -1.328105) (xy 3.569553 -1.328604) (xy 3.567801 -1.329211)
				(xy 3.566093 -1.329924) (xy 3.564433 -1.33074) (xy 3.562827 -1.331657) (xy 3.561279 -1.332672) (xy 3.559794 -1.333782)
				(xy 3.558376 -1.334986) (xy 3.557032 -1.33628) (xy 3.555764 -1.337661) (xy 3.554579 -1.339128) (xy 3.553481 -1.340678)
				(xy 1.976317 -0.955689) (xy 1.976317 -0.760869) (xy 3.577769 -1.04974) (xy 3.578014 -1.05109) (xy 3.578316 -1.052416)
				(xy 3.578676 -1.053717) (xy 3.57909 -1.054992) (xy 3.579559 -1.05624) (xy 3.580079 -1.05746) (xy 3.580651 -1.058649)
				(xy 3.581272 -1.059808) (xy 3.581941 -1.060935) (xy 3.582657 -1.062028) (xy 3.583417 -1.063086)
				(xy 3.584222 -1.064108) (xy 3.585068 -1.065093) (xy 3.585955 -1.066039) (xy 3.586881 -1.066946)
				(xy 3.587846 -1.067811) (xy 3.588846 -1.068635) (xy 3.589882 -1.069415) (xy 3.59095 -1.07015) (xy 3.592051 -1.070839)
				(xy 3.593183 -1.07148) (xy 3.594343 -1.072073) (xy 3.595531 -1.072617) (xy 3.596745 -1.073109) (xy 3.597984 -1.073549)
				(xy 3.599246 -1.073936) (xy 3.60053 -1.074268) (xy 3.601834 -1.074544) (xy 3.603157 -1.074762) (xy 3.604498 -1.074922)
				(xy 3.605854 -1.075022) (xy 3.607225 -1.075061) (xy 3.608767 -1.075021) (xy 3.610289 -1.074904)
				(xy 3.611788 -1.074712) (xy 3.613263 -1.074448) (xy 3.614713 -1.074112) (xy 3.616135 -1.073707)
				(xy 3.617527 -1.073235) (xy 3.618887 -1.072698) (xy 3.620214 -1.072098) (xy 3.621506 -1.071435)
				(xy 3.622761 -1.070713) (xy 3.623976 -1.069934) (xy 3.625151 -1.069098) (xy 3.626283 -1.068208)
				(xy 3.62737 -1.067266) (xy 3.62841 -1.066274) (xy 3.629403 -1.065233) (xy 3.630345 -1.064146) (xy 3.631234 -1.063014)
				(xy 3.63207 -1.06184) (xy 3.632849 -1.060624) (xy 3.633571 -1.059369) (xy 3.634233 -1.058077) (xy 3.634834 -1.05675)
				(xy 3.635371 -1.05539) (xy 3.635843 -1.053998) (xy 3.636248 -1.052576) (xy 3.636583 -1.051127) (xy 3.636848 -1.049652)
				(xy 3.637039 -1.048152) (xy 3.637156 -1.046631) (xy 3.637197 -1.045089) (xy 3.637156 -1.043547)
				(xy 3.637039 -1.042026) (xy 3.636848 -1.040527) (xy 3.636583 -1.039051) (xy 3.636247 -1.037602)
				(xy 3.635843 -1.03618) (xy 3.635371 -1.034788) (xy 3.634834 -1.033428) (xy 3.634233 -1.0321) (xy 3.633571 -1.030809)
				(xy 3.632849 -1.029554) (xy 3.632069 -1.028338) (xy 3.631234 -1.027164) (xy 3.630344 -1.026032)
				(xy 3.629402 -1.024944) (xy 3.62841 -1.023904) (xy 3.627369 -1.022911) (xy 3.626282 -1.021969) (xy 3.62515 -1.02108)
				(xy 3.623975 -1.020244) (xy 3.62276 -1.019464) (xy 3.621505 -1.018742) (xy 3.620213 -1.01808) (xy 3.618886 -1.017479)
				(xy 3.617525 -1.016942) (xy 3.616133 -1.01647) (xy 3.614711 -1.016066) (xy 3.613262 -1.01573) (xy 3.611786 -1.015466)
				(xy 3.610287 -1.015274) (xy 3.608765 -1.015157) (xy 3.607224 -1.015117) (xy 3.606226 -1.015138)
				(xy 3.605235 -1.015191) (xy 3.604249 -1.015278) (xy 3.60327 -1.015396) (xy 3.602299 -1.015545) (xy 3.601336 -1.015726)
				(xy 3.600382 -1.015938) (xy 3.599438 -1.01618) (xy 3.598504 -1.016452) (xy 3.59758 -1.016754) (xy 3.596669 -1.017085)
				(xy 3.595769 -1.017445) (xy 3.594883 -1.017834) (xy 3.59401 -1.01825) (xy 3.593151 -1.018694) (xy 3.592307 -1.019166)
				(xy 3.591479 -1.019664) (xy 3.590667 -1.020189) (xy 3.589872 -1.02074) (xy 3.589095 -1.021317) (xy 3.588336 -1.021919)
				(xy 3.587596 -1.022546) (xy 3.586875 -1.023197) (xy 3.586175 -1.023873) (xy 3.585496 -1.024573)
				(xy 3.584838 -1.025296) (xy 3.584203 -1.026042) (xy 3.583591 -1.02681) (xy 3.583003 -1.027601) (xy 3.582439 -1.028414)
				(xy 3.5819 -1.029248) (xy 3.581387 -1.030103) (xy 1.976317 -0.740715) (xy 1.976317 -0.545895) (xy 3.598955 -0.7464)
				(xy 3.59924 -0.747711) (xy 3.599579 -0.748997) (xy 3.599972 -0.750258) (xy 3.600417 -0.751493) (xy 3.600913 -0.752701)
				(xy 3.601458 -0.753879) (xy 3.602052 -0.755028) (xy 3.602691 -0.756146) (xy 3.603377 -0.757231)
				(xy 3.604106 -0.758284) (xy 3.604877 -0.759301) (xy 3.605689 -0.760284) (xy 3.606541 -0.761229)
				(xy 3.607432 -0.762137) (xy 3.608359 -0.763005) (xy 3.609321 -0.763834) (xy 3.610318 -0.764621)
				(xy 3.611348 -0.765366) (xy 3.612408 -0.766067) (xy 3.613499 -0.766723) (xy 3.614618 -0.767333)
				(xy 3.615764 -0.767896) (xy 3.616936 -0.768411) (xy 3.618133 -0.768877) (xy 3.619352 -0.769292)
				(xy 3.620593 -0.769656) (xy 3.621854 -0.769966) (xy 3.623134 -0.770223) (xy 3.624431 -0.770424)
				(xy 3.625744 -0.77057) (xy 3.627072 -0.770658) (xy 3.628413 -0.770687) (xy 3.629955 -0.770647) (xy 3.631477 -0.77053)
				(xy 3.632976 -0.770338) (xy 3.634451 -0.770073) (xy 3.635901 -0.769738) (xy 3.637322 -0.769333)
				(xy 3.638714 -0.768861) (xy 3.640075 -0.768324) (xy 3.641402 -0.767723) (xy 3.642694 -0.767061)
				(xy 3.643948 -0.766339) (xy 3.645164 -0.765559) (xy 3.646339 -0.764724) (xy 3.64747 -0.763834) (xy 3.648558 -0.762892)
				(xy 3.649598 -0.7619) (xy 3.65059 -0.760859) (xy 3.651532 -0.759772) (xy 3.652422 -0.75864) (xy 3.653258 -0.757465)
				(xy 3.654037 -0.75625) (xy 3.654759 -0.754995) (xy 3.655421 -0.753703) (xy 3.656022 -0.752376) (xy 3.656559 -0.751015)
				(xy 3.657031 -0.749623) (xy 3.657435 -0.748202) (xy 3.657771 -0.746752) (xy 3.658035 -0.745277)
				(xy 3.658227 -0.743778) (xy 3.658344 -0.742256) (xy 3.658384 -0.740715) (xy 3.658344 -0.739173)
				(xy 3.658227 -0.737651) (xy 3.658035 -0.736152) (xy 3.657771 -0.734677) (xy 3.657435 -0.733227)
				(xy 3.657031 -0.731805) (xy 3.656559 -0.730413) (xy 3.656022 -0.729053) (xy 3.655421 -0.727726)
				(xy 3.654759 -0.726434) (xy 3.654037 -0.725179) (xy 3.653257 -0.723964) (xy 3.652422 -0.722789)
				(xy 3.651532 -0.721657) (xy 3.65059 -0.72057) (xy 3.649598 -0.719529) (xy 3.648557 -0.718537) (xy 3.64747 -0.717595)
				(xy 3.646338 -0.716705) (xy 3.645163 -0.715869) (xy 3.643948 -0.71509) (xy 3.642693 -0.714368) (xy 3.641401 -0.713706)
				(xy 3.640074 -0.713105) (xy 3.638714 -0.712568) (xy 3.637322 -0.712096) (xy 3.6359 -0.711691) (xy 3.63445 -0.711356)
				(xy 3.632975 -0.711091) (xy 3.631476 -0.7109) (xy 3.629954 -0.710783) (xy 3.628412 -0.710742) (xy 3.62736 -0.710749)
				(xy 3.626314 -0.710793) (xy 3.625274 -0.710872) (xy 3.624242 -0.710987) (xy 3.623218 -0.711137)
				(xy 3.622203 -0.711322) (xy 3.621198 -0.711541) (xy 3.620203 -0.711794) (xy 3.61922 -0.712079) (xy 3.618249 -0.712398)
				(xy 3.617291 -0.712749) (xy 3.616347 -0.713132) (xy 3.615417 -0.713546) (xy 3.614503 -0.713991)
				(xy 3.613604 -0.714467) (xy 3.612723 -0.714972) (xy 3.611859 -0.715508) (xy 3.611013 -0.716072)
				(xy 3.610186 -0.716665) (xy 3.60938 -0.717285) (xy 3.608594 -0.717934) (xy 3.60783 -0.71861) (xy 3.607088 -0.719312)
				(xy 3.606369 -0.720041) (xy 3.605674 -0.720796) (xy 3.605003 -0.721576) (xy 3.604358 -0.722381)
				(xy 3.603739 -0.72321) (xy 3.603147 -0.724063) (xy 3.602583 -0.72494) (xy 3.602047 -0.72584) (xy 3.601541 -0.726762)
				(xy 1.976317 -0.525741) (xy 1.976317 -0.331438) (xy 3.612909 -0.45081) (xy 3.613615 -0.452898) (xy 3.614462 -0.45491)
				(xy 3.615446 -0.45684) (xy 3.616559 -0.458683) (xy 3.617795 -0.460432) (xy 3.619148 -0.462084) (xy 3.620612 -0.463631)
				(xy 3.62218 -0.46507) (xy 3.623846 -0.466394) (xy 3.625603 -0.467598) (xy 3.627446 -0.468676) (xy 3.629367 -0.469624)
				(xy 3.631361 -0.470435) (xy 3.633421 -0.471105) (xy 3.63554 -0.471628) (xy 3.637713 -0.471998) (xy 3.63823 -0.472029)
				(xy 3.638746 -0.472051) (xy 3.639263 -0.472064) (xy 3.63978 -0.472069) (xy 3.640297 -0.472065) (xy 3.640814 -0.472051)
				(xy 3.641331 -0.472029) (xy 3.641847 -0.471998) (xy 3.643388 -0.471958) (xy 3.64491 -0.471841) (xy 3.646409 -0.471649)
				(xy 3.647885 -0.471385) (xy 3.649334 -0.471049) (xy 3.650756 -0.470645) (xy 3.652148 -0.470173)
				(xy 3.653509 -0.469636) (xy 3.654836 -0.469035) (xy 3.656128 -0.468373) (xy 3.657382 -0.467651)
				(xy 3.658598 -0.466871) (xy 3.659773 -0.466035) (xy 3.660905 -0.465146) (xy 3.661992 -0.464204)
				(xy 3.663033 -0.463211) (xy 3.664025 -0.462171) (xy 3.664967 -0.461083) (xy 3.665857 -0.459951)
				(xy 3.666692 -0.458777) (xy 3.667472 -0.457561) (xy 3.668194 -0.456306) (xy 3.668856 -0.455014)
				(xy 3.669457 -0.453687) (xy 3.669994 -0.452327) (xy 3.670466 -0.450935) (xy 3.670871 -0.449513)
				(xy 3.671206 -0.448063) (xy 3.671471 -0.446588) (xy 3.671662 -0.445089) (xy 3.671779 -0.443567)
				(xy 3.67182 -0.442025) (xy 3.671779 -0.440483) (xy 3.671662 -0.438962) (xy 3.671471 -0.437462) (xy 3.671206 -0.435987)
				(xy 3.670871 -0.434538) (xy 3.670466 -0.433116) (xy 3.669994 -0.431724) (xy 3.669457 -0.430363)
				(xy 3.668856 -0.429036) (xy 3.668194 -0.427744) (xy 3.667472 -0.42649) (xy 3.666692 -0.425274) (xy 3.665857 -0.424099)
				(xy 3.664967 -0.422967) (xy 3.664025 -0.42188) (xy 3.663033 -0.420839) (xy 3.661992 -0.419847) (xy 3.660905 -0.418905)
				(xy 3.659773 -0.418016) (xy 3.658598 -0.41718) (xy 3.657382 -0.4164) (xy 3.656128 -0.415678) (xy 3.654836 -0.415016)
				(xy 3.653509 -0.414416) (xy 3.652148 -0.413878) (xy 3.650756 -0.413407) (xy 3.649334 -0.413002)
				(xy 3.647885 -0.412667) (xy 3.646409 -0.412402) (xy 3.64491 -0.41221) (xy 3.643388 -0.412093) (xy 3.641847 -0.412053)
				(xy 3.640745 -0.41207) (xy 3.63965 -0.412127) (xy 3.638563 -0.412223) (xy 3.637486 -0.412358) (xy 3.636418 -0.412532)
				(xy 3.63536 -0.412743) (xy 3.634314 -0.412991) (xy 3.633281 -0.413276) (xy 3.632261 -0.413596) (xy 3.631255 -0.413952)
				(xy 3.630264 -0.414343) (xy 3.629288 -0.414769) (xy 3.62833 -0.415228) (xy 3.627389 -0.41572) (xy 3.626467 -0.416245)
				(xy 3.625564 -0.416802) (xy 3.624681 -0.417391) (xy 3.623819 -0.41801) (xy 3.622979 -0.41866) (xy 3.622163 -0.41934)
				(xy 3.621369 -0.420049) (xy 3.620601 -0.420787) (xy 3.619858 -0.421553) (xy 3.619141 -0.422346)
				(xy 3.618451 -0.423167) (xy 3.61779 -0.424014) (xy 3.617157 -0.424887) (xy 3.616555 -0.425786) (xy 3.615982 -0.426709)
				(xy 3.615442 -0.427657) (xy 3.614934 -0.428628) (xy 3.614459 -0.429623) (xy 1.976317 -0.311284)
				(xy 1.976317 -0.116981) (xy 3.619627 -0.155738) (xy 3.620332 -0.157827) (xy 3.62118 -0.159839) (xy 3.622163 -0.161769)
				(xy 3.623276 -0.163611) (xy 3.624513 -0.165361) (xy 3.625866 -0.167012) (xy 3.62733 -0.16856) (xy 3.628898 -0.169998)
				(xy 3.630564 -0.171322) (xy 3.632321 -0.172526) (xy 3.634164 -0.173604) (xy 3.636086 -0.174552)
				(xy 3.63808 -0.175363) (xy 3.64014 -0.176033) (xy 3.64226 -0.176555) (xy 3.644433 -0.176925) (xy 3.644949 -0.176956)
				(xy 3.645466 -0.176979) (xy 3.645983 -0.176992) (xy 3.6465 -0.176996) (xy 3.647017 -0.176992) (xy 3.647535 -0.176979)
				(xy 3.648052 -0.176957) (xy 3.648568 -0.176926) (xy 3.65011 -0.176885) (xy 3.651631 -0.176768) (xy 3.653131 -0.176576)
				(xy 3.654606 -0.176312) (xy 3.656056 -0.175976) (xy 3.657477 -0.175571) (xy 3.658869 -0.175099)
				(xy 3.66023 -0.174562) (xy 3.661557 -0.173961) (xy 3.662849 -0.173299) (xy 3.664103 -0.172577) (xy 3.665319 -0.171797)
				(xy 3.666493 -0.170961) (xy 3.667625 -0.170071) (xy 3.668712 -0.169129) (xy 3.669753 -0.168137)
				(xy 3.670745 -0.167096) (xy 3.671687 -0.166009) (xy 3.672577 -0.164877) (xy 3.673412 -0.163703)
				(xy 3.674192 -0.162487) (xy 3.674914 -0.161232) (xy 3.675576 -0.15994) (xy 3.676176 -0.158613) (xy 3.676713 -0.157253)
				(xy 3.677185 -0.155861) (xy 3.67759 -0.154439) (xy 3.677925 -0.15299) (xy 3.67819 -0.151515) (xy 3.678381 -0.150016)
				(xy 3.678498 -0.148494) (xy 3.678538 -0.146953) (xy 3.678498 -0.145411) (xy 3.678381 -0.143889)
				(xy 3.678189 -0.14239) (xy 3.677925 -0.140915) (xy 3.677589 -0.139465) (xy 3.677185 -0.138044) (xy 3.676713 -0.136651)
				(xy 3.676176 -0.135291) (xy 3.675575 -0.133964) (xy 3.674913 -0.132672) (xy 3.674191 -0.131417)
				(xy 3.673411 -0.130202) (xy 3.672576 -0.129027) (xy 3.671686 -0.127895) (xy 3.670744 -0.126808)
				(xy 3.669752 -0.125767) (xy 3.668711 -0.124775) (xy 3.667624 -0.123833) (xy 3.666492 -0.122943)
				(xy 3.665318 -0.122108) (xy 3.664102 -0.121328) (xy 3.662847 -0.120606) (xy 3.661556 -0.119944)
				(xy 3.660228 -0.119343) (xy 3.658868 -0.118806) (xy 3.657476 -0.118334) (xy 3.656054 -0.11793) (xy 3.654605 -0.117594)
				(xy 3.65313 -0.11733) (xy 3.65163 -0.117138) (xy 3.650109 -0.117021) (xy 3.648567 -0.116981) (xy 3.647395 -0.116985)
				(xy 3.646232 -0.117035) (xy 3.645077 -0.117129) (xy 3.643932 -0.117267) (xy 3.642799 -0.117448)
				(xy 3.641678 -0.117672) (xy 3.64057 -0.117937) (xy 3.639476 -0.118243) (xy 3.638397 -0.118589) (xy 3.637335 -0.118975)
				(xy 3.636289 -0.1194) (xy 3.635263 -0.119864) (xy 3.634255 -0.120364) (xy 3.633268 -0.120902) (xy 3.632302 -0.121476)
				(xy 3.631359 -0.122085) (xy 3.630439 -0.122729) (xy 3.629543 -0.123408) (xy 3.628673 -0.124119)
				(xy 3.627829 -0.124864) (xy 3.627013 -0.12564) (xy 3.626226 -0.126448) (xy 3.625468 -0.127287) (xy 3.62474 -0.128155)
				(xy 3.624044 -0.129053) (xy 3.623381 -0.12998) (xy 3.622751 -0.130934) (xy 3.622156 -0.131916) (xy 3.621597 -0.132924)
				(xy 3.621075 -0.133958) (xy 3.62059 -0.135017) (xy 3.620144 -0.136101) (xy 1.976317 -0.097343) (xy 1.976317 0.097477)
				(xy 3.620145 0.136234) (xy 3.621075 0.134091) (xy 3.622157 0.132049) (xy 3.623381 0.130113) (xy 3.62474 0.128288)
				(xy 3.626226 0.126581) (xy 3.62783 0.124997) (xy 3.629543 0.123541) (xy 3.631359 0.122218) (xy 3.633268 0.121035)
				(xy 3.635263 0.119996) (xy 3.637335 0.119108) (xy 3.639476 0.118376) (xy 3.641678 0.117804) (xy 3.643933 0.1174)
				(xy 3.646232 0.117168) (xy 3.648568 0.117113) (xy 3.65011 0.117154) (xy 3.651631 0.117271) (xy 3.653131 0.117463)
				(xy 3.654606 0.117727) (xy 3.656056 0.118063) (xy 3.657477 0.118468) (xy 3.658869 0.11894) (xy 3.66023 0.119477)
				(xy 3.661557 0.120078) (xy 3.662849 0.12074) (xy 3.664103 0.121462) (xy 3.665319 0.122242) (xy 3.666493 0.123077)
				(xy 3.667625 0.123967) (xy 3.668712 0.124909) (xy 3.669753 0.125902) (xy 3.670745 0.126942) (xy 3.671687 0.12803)
				(xy 3.672577 0.129162) (xy 3.673412 0.130336) (xy 3.674192 0.131552) (xy 3.674914 0.132806) (xy 3.675576 0.134098)
				(xy 3.676176 0.135425) (xy 3.676713 0.136786) (xy 3.677185 0.138178) (xy 3.67759 0.139599) (xy 3.677925 0.141049)
				(xy 3.67819 0.142524) (xy 3.678381 0.144023) (xy 3.678498 0.145545) (xy 3.678538 0.147086) (xy 3.678498 0.148628)
				(xy 3.678381 0.150149) (xy 3.678189 0.151649) (xy 3.677925 0.153124) (xy 3.677589 0.154574) (xy 3.677185 0.155995)
				(xy 3.676713 0.157387) (xy 3.676176 0.158748) (xy 3.675575 0.160075) (xy 3.674913 0.161367) (xy 3.674191 0.162621)
				(xy 3.673411 0.163837) (xy 3.672576 0.165012) (xy 3.671686 0.166144) (xy 3.670744 0.167231) (xy 3.669752 0.168271)
				(xy 3.668711 0.169264) (xy 3.667624 0.170206) (xy 3.666492 0.171095) (xy 3.665317 0.171931) (xy 3.664101 0.172711)
				(xy 3.662847 0.173433) (xy 3.661555 0.174095) (xy 3.660228 0.174695) (xy 3.658867 0.175232) (xy 3.657475 0.175704)
				(xy 3.656053 0.176109) (xy 3.654604 0.176444) (xy 3.653128 0.176709) (xy 3.651629 0.176901) (xy 3.650107 0.177017)
				(xy 3.648565 0.177058) (xy 3.647326 0.177043) (xy 3.646096 0.176978) (xy 3.644878 0.176864) (xy 3.643671 0.176701)
				(xy 3.642479 0.17649) (xy 3.6413 0.176233) (xy 3.640138 0.175929) (xy 3.638993 0.17558) (xy 3.637866 0.175187)
				(xy 3.636758 0.17475) (xy 3.63567 0.174271) (xy 3.634604 0.17375) (xy 3.633561 0.173188) (xy 3.632542 0.172586)
				(xy 3.631548 0.171945) (xy 3.630581 0.171265) (xy 3.62964 0.170548) (xy 3.628729 0.169794) (xy 3.627847 0.169005)
				(xy 3.626996 0.16818) (xy 3.626178 0.167321) (xy 3.625392 0.16643) (xy 3.624642 0.165505) (xy 3.623926 0.16455)
				(xy 3.623248 0.163563) (xy 3.622607 0.162547) (xy 3.622006 0.161502) (xy 3.621445 0.160428) (xy 3.620925 0.159328)
				(xy 3.620448 0.158201) (xy 3.620015 0.157048) (xy 3.619627 0.155871) (xy 1.976317 0.116597) (xy 1.976317 0.311417)
				(xy 3.614459 0.429757) (xy 3.615442 0.427791) (xy 3.616555 0.42592) (xy 3.61779 0.424148) (xy 3.619141 0.42248)
				(xy 3.620601 0.42092) (xy 3.622163 0.419473) (xy 3.62382 0.418144) (xy 3.625564 0.416936) (xy 3.62739 0.415853)
				(xy 3.629289 0.414902) (xy 3.631255 0.414086) (xy 3.633281 0.413409) (xy 3.635361 0.412876) (xy 3.637486 0.412491)
				(xy 3.63965 0.41226) (xy 3.641847 0.412186) (xy 3.643388 0.412226) (xy 3.64491 0.412343) (xy 3.646409 0.412535)
				(xy 3.647885 0.412799) (xy 3.649334 0.413135) (xy 3.650756 0.413539) (xy 3.652148 0.414011) (xy 3.653509 0.414548)
				(xy 3.654836 0.415149) (xy 3.656128 0.415811) (xy 3.657382 0.416533) (xy 3.658598 0.417313) (xy 3.659773 0.418148)
				(xy 3.660905 0.419038) (xy 3.661992 0.41998) (xy 3.663033 0.420973) (xy 3.664025 0.422013) (xy 3.664967 0.423101)
				(xy 3.665857 0.424232) (xy 3.666692 0.425407) (xy 3.667472 0.426623) (xy 3.668194 0.427878) (xy 3.668856 0.429169)
				(xy 3.669457 0.430497) (xy 3.669994 0.431857) (xy 3.670466 0.433249) (xy 3.670871 0.434671) (xy 3.671206 0.436121)
				(xy 3.671471 0.437596) (xy 3.671662 0.439095) (xy 3.671779 0.440617) (xy 3.67182 0.442159) (xy 3.671779 0.4437)
				(xy 3.671662 0.445222) (xy 3.671471 0.446721) (xy 3.671206 0.448197) (xy 3.670871 0.449646) (xy 3.670466 0.451068)
				(xy 3.669994 0.45246) (xy 3.669457 0.453821) (xy 3.668856 0.455148) (xy 3.668194 0.45644) (xy 3.667472 0.457694)
				(xy 3.666692 0.45891) (xy 3.665857 0.460085) (xy 3.664967 0.461216) (xy 3.664025 0.462304) (xy 3.663033 0.463344)
				(xy 3.661992 0.464337) (xy 3.660905 0.465278) (xy 3.659773 0.466168) (xy 3.658598 0.467004) (xy 3.657383 0.467784)
				(xy 3.656128 0.468505) (xy 3.654836 0.469168) (xy 3.653509 0.469768) (xy 3.652149 0.470305) (xy 3.650757 0.470777)
				(xy 3.649335 0.471182) (xy 3.647885 0.471517) (xy 3.64641 0.471782) (xy 3.644911 0.471973) (xy 3.643389 0.47209)
				(xy 3.641848 0.47213) (xy 3.640608 0.472116) (xy 3.639379 0.472051) (xy 3.63816 0.471936) (xy 3.636954 0.471773)
				(xy 3.635761 0.471563) (xy 3.634583 0.471305) (xy 3.633421 0.471001) (xy 3.632276 0.470653) (xy 3.631148 0.470259)
				(xy 3.630041 0.469823) (xy 3.628953 0.469343) (xy 3.627887 0.468822) (xy 3.626844 0.46826) (xy 3.625825 0.467658)
				(xy 3.624831 0.467017) (xy 3.623864 0.466337) (xy 3.622924 0.46562) (xy 3.622012 0.464866) (xy 3.62113 0.464077)
				(xy 3.620279 0.463252) (xy 3.619461 0.462394) (xy 3.618675 0.461502) (xy 3.617924 0.460578) (xy 3.617209 0.459622)
				(xy 3.616531 0.458635) (xy 3.61589 0.457619) (xy 3.615289 0.456574) (xy 3.614728 0.455501) (xy 3.614208 0.4544)
				(xy 3.613731 0.453273) (xy 3.613298 0.452121) (xy 3.612909 0.450943) (xy 1.976317 0.331571) (xy 1.976317 0.525358)
				(xy 3.601541 0.726896) (xy 3.602583 0.725074) (xy 3.603739 0.723344) (xy 3.605003 0.721709) (xy 3.606369 0.720175)
				(xy 3.60783 0.718743) (xy 3.60938 0.717419) (xy 3.611013 0.716205) (xy 3.612723 0.715106) (xy 3.614503 0.714125)
				(xy 3.616348 0.713265) (xy 3.61825 0.712532) (xy 3.620204 0.711927) (xy 3.622204 0.711455) (xy 3.624243 0.71112)
				(xy 3.626315 0.710926) (xy 3.628414 0.710876) (xy 3.629956 0.710916) (xy 3.631477 0.711033) (xy 3.632977 0.711225)
				(xy 3.634452 0.71149) (xy 3.635902 0.711825) (xy 3.637323 0.71223) (xy 3.638715 0.712702) (xy 3.640076 0.713239)
				(xy 3.641403 0.71384) (xy 3.642695 0.714502) (xy 3.643949 0.715224) (xy 3.645165 0.716004) (xy 3.646339 0.71684)
				(xy 3.647471 0.71773) (xy 3.648558 0.718672) (xy 3.649599 0.719664) (xy 3.650591 0.720705) (xy 3.651533 0.721792)
				(xy 3.652423 0.722924) (xy 3.653258 0.724099) (xy 3.654038 0.725314) (xy 3.65476 0.726569) (xy 3.655422 0.727861)
				(xy 3.656022 0.729188) (xy 3.656559 0.730548) (xy 3.657031 0.73194) (xy 3.657436 0.733362) (xy 3.657771 0.734811)
				(xy 3.658036 0.736286) (xy 3.658227 0.737786) (xy 3.658344 0.739307) (xy 3.658384 0.740849) (xy 3.658344 0.74239)
				(xy 3.658227 0.743912) (xy 3.658035 0.745411) (xy 3.657771 0.746886) (xy 3.657435 0.748336) (xy 3.657031 0.749758)
				(xy 3.656559 0.75115) (xy 3.656022 0.75251) (xy 3.655421 0.753837) (xy 3.654759 0.755129) (xy 3.654037 0.756384)
				(xy 3.653257 0.757599) (xy 3.652422 0.758774) (xy 3.651532 0.759906) (xy 3.65059 0.760993) (xy 3.649598 0.762034)
				(xy 3.648557 0.763026) (xy 3.64747 0.763968) (xy 3.646338 0.764858) (xy 3.645163 0.765694) (xy 3.643947 0.766473)
				(xy 3.642693 0.767195) (xy 3.641401 0.767857) (xy 3.640074 0.768458) (xy 3.638713 0.768995) (xy 3.637321 0.769467)
				(xy 3.635899 0.769872) (xy 3.63445 0.770207) (xy 3.632974 0.770472) (xy 3.631475 0.770664) (xy 3.629953 0.770781)
				(xy 3.628411 0.770821) (xy 3.62707 0.770792) (xy 3.625743 0.770704) (xy 3.62443 0.770558) (xy 3.623133 0.770357)
				(xy 3.621853 0.7701) (xy 3.620592 0.769789) (xy 3.619351 0.769426) (xy 3.618132 0.769011) (xy 3.616936 0.768545)
				(xy 3.615764 0.76803) (xy 3.614618 0.767467) (xy 3.613499 0.766856) (xy 3.612408 0.7662) (xy 3.611347 0.765499)
				(xy 3.610318 0.764755) (xy 3.609321 0.763967) (xy 3.608359 0.763139) (xy 3.607432 0.76227) (xy 3.606541 0.761363)
				(xy 3.605689 0.760417) (xy 3.604877 0.759435) (xy 3.604106 0.758417) (xy 3.603377 0.757365) (xy 3.602692 0.756279)
				(xy 3.602052 0.755161) (xy 3.601459 0.754012) (xy 3.600914 0.752834) (xy 3.600418 0.751626) (xy 3.599973 0.750392)
				(xy 3.59958 0.74913) (xy 3.59924 0.747844) (xy 3.598956 0.746533) (xy 1.976317 0.546028) (xy 1.976317 0.740849)
				(xy 3.581387 1.030236) (xy 3.582416 1.02851) (xy 3.583549 1.026868) (xy 3.58478 1.025316) (xy 3.586105 1.023857)
				(xy 3.587516 1.022492) (xy 3.589009 1.021227) (xy 3.590578 1.020063) (xy 3.592218 1.019006) (xy 3.593923 1.018056)
				(xy 3.595688 1.017219) (xy 3.597507 1.016497) (xy 3.599376 1.015894) (xy 3.601287 1.015413) (xy 3.603236 1.015057)
				(xy 3.605218 1.014829) (xy 3.607226 1.014733) (xy 3.608768 1.014774) (xy 3.61029 1.014891) (xy 3.611789 1.015083)
				(xy 3.613264 1.015347) (xy 3.614714 1.015683) (xy 3.616136 1.016088) (xy 3.617528 1.01656) (xy 3.618888 1.017097)
				(xy 3.620215 1.017698) (xy 3.621507 1.01836) (xy 3.622762 1.019082) (xy 3.623977 1.019862) (xy 3.625152 1.020698)
				(xy 3.626284 1.021587) (xy 3.627371 1.022529) (xy 3.628411 1.023522) (xy 3.629403 1.024562) (xy 3.630345 1.02565)
				(xy 3.631235 1.026782) (xy 3.632071 1.027956) (xy 3.63285 1.029172) (xy 3.633572 1.030427) (xy 3.634234 1.031718)
				(xy 3.634835 1.033045) (xy 3.635372 1.034406) (xy 3.635843 1.035798) (xy 3.636248 1.037219) (xy 3.636583 1.038669)
				(xy 3.636848 1.040144) (xy 3.637039 1.041643) (xy 3.637156 1.043164) (xy 3.637197 1.044706) (xy 3.637156 1.046248)
				(xy 3.637039 1.047769) (xy 3.636848 1.049268) (xy 3.636583 1.050744) (xy 3.636247 1.052193) (xy 3.635843 1.053615)
				(xy 3.635371 1.055007) (xy 3.634834 1.056368) (xy 3.634233 1.057695) (xy 3.633571 1.058986) (xy 3.632849 1.060241)
				(xy 3.63207 1.061457) (xy 3.631234 1.062631) (xy 3.630344 1.063763) (xy 3.629402 1.06485) (xy 3.62841 1.065891)
				(xy 3.627369 1.066883) (xy 3.626282 1.067825) (xy 3.62515 1.068715) (xy 3.623976 1.069551) (xy 3.62276 1.07033)
				(xy 3.621505 1.071052) (xy 3.620213 1.071714) (xy 3.618886 1.072315) (xy 3.617526 1.072852) (xy 3.616134 1.073324)
				(xy 3.614712 1.073729) (xy 3.613263 1.074064) (xy 3.611787 1.074329) (xy 3.610288 1.07452) (xy 3.608766 1.074637)
				(xy 3.607224 1.074677) (xy 3.605869 1.074643) (xy 3.604527 1.074549) (xy 3.6032 1.074396) (xy 3.601891 1.074186)
				(xy 3.600599 1.07392) (xy 3.599327 1.073598) (xy 3.598075 1.073223) (xy 3.596846 1.072795) (xy 3.595641 1.072316)
				(xy 3.594461 1.071787) (xy 3.593308 1.071209) (xy 3.592183 1.070583) (xy 3.591087 1.06991) (xy 3.590023 1.069192)
				(xy 3.58899 1.06843) (xy 3.587992 1.067625) (xy 3.587028 1.066778) (xy 3.586102 1.06589) (xy 3.585213 1.064964)
				(xy 3.584364 1.063998) (xy 3.583555 1.062996) (xy 3.582789 1.061958) (xy 3.582067 1.060886) (xy 3.58139 1.05978)
				(xy 3.580759 1.058642) (xy 3.580177 1.057472) (xy 3.579644 1.056273) (xy 3.579161 1.055046) (xy 3.578731 1.053791)
				(xy 3.578355 1.05251) (xy 3.578034 1.051203) (xy 3.577769 1.049873) (xy 3.57777 1.049744) (xy 3.577771 1.049615)
				(xy 3.57777 1.049486) (xy 3.577769 1.049356) (xy 1.976317 0.761002) (xy 1.976317 0.955306) (xy 3.553481 1.340812)
				(xy 3.554579 1.339262) (xy 3.555764 1.337795) (xy 3.557032 1.336413) (xy 3.558376 1.335119) (xy 3.559794 1.333916)
				(xy 3.561279 1.332805) (xy 3.562827 1.331791) (xy 3.564433 1.330874) (xy 3.566093 1.330058) (xy 3.567802 1.329345)
				(xy 3.569554 1.328737) (xy 3.571345 1.328238) (xy 3.57317 1.32785) (xy 3.575025 1.327575) (xy 3.576905 1.327416)
				(xy 3.578804 1.327376) (xy 3.580346 1.327416) (xy 3.581867 1.327533) (xy 3.583367 1.327725) (xy 3.584842 1.32799)
				(xy 3.586292 1.328325) (xy 3.587713 1.32873) (xy 3.589105 1.329202) (xy 3.590466 1.329739) (xy 3.591793 1.33034)
				(xy 3.593085 1.331002) (xy 3.594339 1.331724) (xy 3.595555 1.332503) (xy 3.596729 1.333339) (xy 3.597861 1.334229)
				(xy 3.598948 1.335171) (xy 3.599989 1.336163) (xy 3.600981 1.337204) (xy 3.601923 1.338291) (xy 3.602813 1.339423)
				(xy 3.603648 1.340598) (xy 3.604428 1.341813) (xy 3.60515 1.343068) (xy 3.605812 1.34436) (xy 3.606413 1.345687)
				(xy 3.60695 1.347047) (xy 3.607422 1.348439) (xy 3.607826 1.349861) (xy 3.608162 1.35131) (xy 3.608426 1.352786)
				(xy 3.608618 1.354285) (xy 3.608735 1.355806) (xy 3.608775 1.357348) (xy 3.608735 1.35889) (xy 3.608618 1.360411)
				(xy 3.608426 1.361911) (xy 3.608162 1.363386) (xy 3.607826 1.364835) (xy 3.607421 1.366257) (xy 3.60695 1.367649)
				(xy 3.606412 1.36901) (xy 3.605812 1.370337) (xy 3.60515 1.371629) (xy 3.604428 1.372883) (xy 3.603648 1.374099)
				(xy 3.602812 1.375274) (xy 3.601923 1.376406) (xy 3.600981 1.377493) (xy 3.599988 1.378534) (xy 3.598948 1.379526)
				(xy 3.597861 1.380468) (xy 3.596729 1.381358) (xy 3.595554 1.382193) (xy 3.594338 1.382973) (xy 3.593084 1.383695)
				(xy 3.591792 1.384357) (xy 3.590465 1.384958) (xy 3.589104 1.385495) (xy 3.587712 1.385967) (xy 3.58629 1.386371)
				(xy 3.584841 1.386707) (xy 3.583365 1.386971) (xy 3.581866 1.387163) (xy 3.580344 1.38728) (xy 3.578802 1.387321)
				(xy 3.577365 1.387293) (xy 3.575944 1.387199) (xy 3.57454 1.387039) (xy 3.573156 1.386815) (xy 3.571793 1.386528)
				(xy 3.570452 1.38618) (xy 3.569135 1.385772) (xy 3.567844 1.385307) (xy 3.56658 1.384784) (xy 3.565346 1.384206)
				(xy 3.564142 1.383574) (xy 3.56297 1.38289) (xy 3.561833 1.382155) (xy 3.560731 1.38137) (xy 3.559666 1.380537)
				(xy 3.55864 1.379658) (xy 3.557654 1.378734) (xy 3.556711 1.377766) (xy 3.555811 1.376756) (xy 3.554956 1.375705)
				(xy 3.554148 1.374615) (xy 3.553389 1.373487) (xy 3.552681 1.372322) (xy 3.552024 1.371123) (xy 3.55142 1.36989)
				(xy 3.550872 1.368626) (xy 3.55038 1.367331) (xy 3.549947 1.366007) (xy 3.549574 1.364655) (xy 3.549262 1.363277)
				(xy 3.549014 1.361875) (xy 3.54883 1.360449) (xy 1.976317 0.975976) (xy 1.976317 1.17183) (xy 3.517824 1.661205)
				(xy 3.518932 1.659942) (xy 3.520102 1.65875) (xy 3.52133 1.657631) (xy 3.522614 1.656584) (xy 3.523949 1.655613)
				(xy 3.525333 1.654719) (xy 3.526762 1.653903) (xy 3.528232 1.653167) (xy 3.529741 1.652512) (xy 3.531284 1.651941)
				(xy 3.532858 1.651455) (xy 3.53446 1.651055) (xy 3.536087 1.650744) (xy 3.537734 1.650522) (xy 3.539399 1.650391)
				(xy 3.541078 1.650353) (xy 3.542619 1.650393) (xy 3.544141 1.65051) (xy 3.54564 1.650702) (xy 3.547116 1.650966)
				(xy 3.548565 1.651302) (xy 3.549987 1.651707) (xy 3.551379 1.652178) (xy 3.55274 1.652716) (xy 3.554067 1.653316)
				(xy 3.555359 1.653978) (xy 3.556613 1.6547) (xy 3.557829 1.65548) (xy 3.559004 1.656316) (xy 3.560136 1.657206)
				(xy 3.561223 1.658147) (xy 3.562264 1.65914) (xy 3.563256 1.66018) (xy 3.564198 1.661268) (xy 3.565088 1.6624)
				(xy 3.565923 1.663574) (xy 3.566703 1.66479) (xy 3.567425 1.666045) (xy 3.568087 1.667337) (xy 3.568688 1.668664)
				(xy 3.569225 1.670024) (xy 3.569697 1.671416) (xy 3.570102 1.672838) (xy 3.570437 1.674288) (xy 3.570702 1.675763)
				(xy 3.570893 1.677262) (xy 3.57101 1.678784) (xy 3.571051 1.680326) (xy 3.57101 1.681867) (xy 3.570893 1.683389)
				(xy 3.570702 1.684888) (xy 3.570437 1.686364) (xy 3.570102 1.687813) (xy 3.569697 1.689235) (xy 3.569225 1.690627)
				(xy 3.568688 1.691987) (xy 3.568087 1.693315) (xy 3.567425 1.694606) (xy 3.566703 1.695861) (xy 3.565923 1.697077)
				(xy 3.565088 1.698251) (xy 3.564198 1.699383) (xy 3.563256 1.700471) (xy 3.562264 1.701511) (xy 3.561223 1.702504)
				(xy 3.560136 1.703445) (xy 3.559004 1.704335) (xy 3.557829 1.705171) (xy 3.556614 1.705951) (xy 3.555359 1.706673)
				(xy 3.554067 1.707335) (xy 3.55274 1.707935) (xy 3.55138 1.708473) (xy 3.549987 1.708944) (xy 3.548566 1.709349)
				(xy 3.547116 1.709684) (xy 3.545641 1.709949) (xy 3.544142 1.710141) (xy 3.54262 1.710258) (xy 3.541079 1.710298)
				(xy 3.539573 1.71026) (xy 3.538086 1.71015) (xy 3.53662 1.709967) (xy 3.535177 1.709715) (xy 3.533757 1.709395)
				(xy 3.532364 1.709009) (xy 3.530998 1.708558) (xy 3.529661 1.708044) (xy 3.528357 1.707469) (xy 3.527085 1.706835)
				(xy 3.525848 1.706143) (xy 3.524648 1.705396) (xy 3.523486 1.704594) (xy 3.522364 1.703739) (xy 3.521285 1.702834)
				(xy 3.52025 1.70188) (xy 3.51926 1.700879) (xy 3.518317 1.699832) (xy 3.517424 1.698741) (xy 3.516582 1.697608)
				(xy 3.515793 1.696435) (xy 3.515058 1.695223) (xy 3.514379 1.693974) (xy 3.513759 1.69269) (xy 3.513199 1.691373)
				(xy 3.5127 1.690023) (xy 3.512265 1.688644) (xy 3.511896 1.687237) (xy 3.511593 1.685803) (xy 3.51136 1.684344)
				(xy 3.511197 1.682862) (xy 3.511106 1.681359) (xy 1.976317 1.1925) (xy 1.976317 1.387321) (xy 3.470283 1.997102)
				(xy 3.471384 1.9959) (xy 3.472543 1.994766) (xy 3.473756 1.9937) (xy 3.47502 1.992705) (xy 3.476333 1.991782)
				(xy 3.477689 1.990931) (xy 3.479088 1.990155) (xy 3.480525 1.989456) (xy 3.481997 1.988833) (xy 3.483501 1.98829)
				(xy 3.485034 1.987827) (xy 3.486592 1.987445) (xy 3.488174 1.987147) (xy 3.489774 1.986934) (xy 3.491391 1.986807)
				(xy 3.493021 1.986767) (xy 3.494563 1.986807) (xy 3.496084 1.986924) (xy 3.497584 1.987116) (xy 3.499059 1.987381)
				(xy 3.500509 1.987716) (xy 3.50193 1.988121) (xy 3.503322 1.988593) (xy 3.504683 1.98913) (xy 3.50601 1.989731)
				(xy 3.507302 1.990393) (xy 3.508556 1.991115) (xy 3.509772 1.991894) (xy 3.510946 1.99273) (xy 3.512078 1.99362)
				(xy 3.513165 1.994562) (xy 3.514206 1.995554) (xy 3.515198 1.996595) (xy 3.51614 1.997682) (xy 3.51703 1.998814)
				(xy 3.517865 1.999989) (xy 3.518645 2.001204) (xy 3.519367 2.002459) (xy 3.520029 2.003751) (xy 3.52063 2.005078)
				(xy 3.521167 2.006438) (xy 3.521639 2.00783) (xy 3.522043 2.009252) (xy 3.522379 2.010701) (xy 3.522643 2.012177)
				(xy 3.522835 2.013676) (xy 3.522952 2.015197) (xy 3.522992 2.016739) (xy 3.522952 2.018281) (xy 3.522835 2.019802)
				(xy 3.522643 2.021302) (xy 3.522379 2.022777) (xy 3.522043 2.024226) (xy 3.521638 2.025648) (xy 3.521167 2.02704)
				(xy 3.52063 2.028401) (xy 3.520029 2.029728) (xy 3.519367 2.03102) (xy 3.518645 2.032274) (xy 3.517865 2.03349)
				(xy 3.517029 2.034665) (xy 3.51614 2.035797) (xy 3.515198 2.036884) (xy 3.514206 2.037924) (xy 3.513165 2.038917)
				(xy 3.512078 2.039859) (xy 3.510946 2.040748) (xy 3.509771 2.041584) (xy 3.508555 2.042364) (xy 3.507301 2.043086)
				(xy 3.506009 2.043748) (xy 3.504682 2.044349) (xy 3.503321 2.044886) (xy 3.501929 2.045358) (xy 3.500508 2.045762)
				(xy 3.499058 2.046098) (xy 3.497583 2.046362) (xy 3.496083 2.046554) (xy 3.494562 2.046671) (xy 3.49302 2.046711)
				(xy 3.491478 2.046671) (xy 3.489957 2.046554) (xy 3.488457 2.046363) (xy 3.486982 2.046098) (xy 3.485532 2.045762)
				(xy 3.484111 2.045358) (xy 3.482719 2.044886) (xy 3.481358 2.044349) (xy 3.480031 2.043748) (xy 3.478739 2.043086)
				(xy 3.477484 2.042364) (xy 3.476269 2.041584) (xy 3.475094 2.040749) (xy 3.473962 2.039859) (xy 3.472875 2.038917)
				(xy 3.471834 2.037925) (xy 3.470842 2.036884) (xy 3.4699 2.035797) (xy 3.46901 2.034665) (xy 3.468174 2.03349)
				(xy 3.467395 2.032274) (xy 3.466673 2.03102) (xy 3.46601 2.029728) (xy 3.46541 2.0284) (xy 3.464873 2.02704)
				(xy 3.464401 2.025648) (xy 3.463996 2.024226) (xy 3.463661 2.022777) (xy 3.463396 2.021301) (xy 3.463204 2.019802)
				(xy 3.463087 2.01828) (xy 3.463047 2.016738) (xy 3.463034 2.016222) (xy 3.463029 2.015705) (xy 3.463034 2.015189)
				(xy 3.463047 2.014672) (xy 3.463048 2.014543) (xy 3.463048 2.014413) (xy 3.463048 2.014284) (xy 3.463047 2.014155)
				(xy 1.976317 1.410058) (xy 1.976317 1.607461) (xy 3.412404 2.348502) (xy 3.413456 2.347499) (xy 3.414551 2.346552)
				(xy 3.415686 2.345663) (xy 3.416859 2.344831) (xy 3.418068 2.344058) (xy 3.41931 2.343345) (xy 3.420584 2.342692)
				(xy 3.421887 2.342102) (xy 3.423216 2.341574) (xy 3.42457 2.34111) (xy 3.425945 2.34071) (xy 3.427341 2.340376)
				(xy 3.428754 2.340109) (xy 3.430183 2.339909) (xy 3.431624 2.339778) (xy 3.433076 2.339717) (xy 3.434579 2.33973)
				(xy 3.436073 2.339818) (xy 3.437555 2.339979) (xy 3.439022 2.340213) (xy 3.440473 2.340519) (xy 3.441905 2.340896)
				(xy 3.443315 2.341342) (xy 3.4447 2.341856) (xy 3.446058 2.342438) (xy 3.447387 2.343087) (xy 3.448683 2.343801)
				(xy 3.449945 2.34458) (xy 3.45117 2.345422) (xy 3.452355 2.346327) (xy 3.453498 2.347293) (xy 3.454596 2.34832)
				(xy 3.455641 2.3494) (xy 3.456626 2.350526) (xy 3.457551 2.351695) (xy 3.458414 2.352905) (xy 3.459214 2.354154)
				(xy 3.45995 2.355438) (xy 3.460621 2.356755) (xy 3.461227 2.358103) (xy 3.461765 2.35948) (xy 3.462235 2.360881)
				(xy 3.462635 2.362306) (xy 3.462966 2.363752) (xy 3.463225 2.365215) (xy 3.463412 2.366694) (xy 3.463525 2.368186)
				(xy 3.463564 2.369689) (xy 3.463525 2.371191) (xy 3.463412 2.372683) (xy 3.463225 2.374162) (xy 3.462966 2.375626)
				(xy 3.462635 2.377072) (xy 3.462235 2.378497) (xy 3.461765 2.379898) (xy 3.461227 2.381275) (xy 3.460621 2.382623)
				(xy 3.45995 2.38394) (xy 3.459214 2.385225) (xy 3.458414 2.386473) (xy 3.457551 2.387683) (xy 3.456626 2.388853)
				(xy 3.455641 2.389979) (xy 3.454596 2.391059) (xy 3.453498 2.392085) (xy 3.452355 2.393052) (xy 3.45117 2.393956)
				(xy 3.449945 2.394798) (xy 3.448683 2.395577) (xy 3.447386 2.396291) (xy 3.446057 2.39694) (xy 3.444699 2.397522)
				(xy 3.443314 2.398037) (xy 3.441904 2.398483) (xy 3.440472 2.398859) (xy 3.439021 2.399165) (xy 3.437553 2.399399)
				(xy 3.43607 2.399561) (xy 3.434576 2.399648) (xy 3.433073 2.399662) (xy 3.431531 2.399621) (xy 3.43001 2.399504)
				(xy 3.42851 2.399312) (xy 3.427035 2.399047) (xy 3.425586 2.398712) (xy 3.424164 2.398307) (xy 3.422772 2.397835)
				(xy 3.421411 2.397298) (xy 3.420084 2.396697) (xy 3.418793 2.396035) (xy 3.417538 2.395313) (xy 3.416322 2.394533)
				(xy 3.415148 2.393697) (xy 3.414016 2.392807) (xy 3.412929 2.391865) (xy 3.411888 2.390873) (xy 3.410896 2.389832)
				(xy 3.409954 2.388745) (xy 3.409064 2.387613) (xy 3.408229 2.386439) (xy 3.407449 2.385223) (xy 3.406727 2.383968)
				(xy 3.406065 2.382677) (xy 3.405465 2.381349) (xy 3.404928 2.379989) (xy 3.404456 2.378597) (xy 3.404051 2.377176)
				(xy 3.403716 2.375726) (xy 3.403452 2.374251) (xy 3.40326 2.372752) (xy 3.403143 2.371231) (xy 3.403103 2.369689)
				(xy 3.403136 2.369169) (xy 3.403178 2.368649) (xy 3.403229 2.36813) (xy 3.403289 2.367613) (xy 3.403359 2.367096)
				(xy 3.403437 2.366581) (xy 3.403524 2.366067) (xy 3.40362 2.365555) (xy 1.976317 1.628649) (xy 1.976317 1.826053)
				(xy 3.341091 2.718505) (xy 3.342089 2.717814) (xy 3.343111 2.717165) (xy 3.344156 2.71656) (xy 3.345222 2.715998)
				(xy 3.346309 2.715481) (xy 3.347414 2.715008) (xy 3.348536 2.714579) (xy 3.349674 2.714197) (xy 3.350826 2.71386)
				(xy 3.351991 2.713569) (xy 3.353168 2.713325) (xy 3.354356 2.713128) (xy 3.355552 2.712979) (xy 3.356755 2.712877)
				(xy 3.357965 2.712825) (xy 3.359179 2.712821) (xy 3.360721 2.712861) (xy 3.362243 2.712978) (xy 3.363742 2.71317)
				(xy 3.365218 2.713435) (xy 3.366667 2.71377) (xy 3.368089 2.714175) (xy 3.369481 2.714647) (xy 3.370841 2.715184)
				(xy 3.372168 2.715785) (xy 3.37346 2.716447) (xy 3.374715 2.717169) (xy 3.37593 2.717949) (xy 3.377105 2.718785)
				(xy 3.378237 2.719675) (xy 3.379324 2.720617) (xy 3.380364 2.721609) (xy 3.381357 2.72265) (xy 3.382298 2.723737)
				(xy 3.383188 2.724869) (xy 3.384024 2.726044) (xy 3.384803 2.727259) (xy 3.385525 2.728514) (xy 3.386187 2.729806)
				(xy 3.386788 2.731133) (xy 3.387325 2.732493) (xy 3.387797 2.733885) (xy 3.388201 2.735307) (xy 3.388536 2.736756)
				(xy 3.388801 2.738231) (xy 3.388993 2.73973) (xy 3.389109 2.741252) (xy 3.38915 2.742793) (xy 3.389109 2.744335)
				(xy 3.388992 2.745856) (xy 3.388801 2.747356) (xy 3.388536 2.748831) (xy 3.388201 2.750281) (xy 3.387796 2.751702)
				(xy 3.387324 2.753094) (xy 3.386787 2.754455) (xy 3.386186 2.755782) (xy 3.385524 2.757074) (xy 3.384802 2.758329)
				(xy 3.384023 2.759544) (xy 3.383187 2.760719) (xy 3.382297 2.761851) (xy 3.381355 2.762938) (xy 3.380363 2.763979)
				(xy 3.379322 2.764971) (xy 3.378235 2.765913) (xy 3.377103 2.766802) (xy 3.375928 2.767638) (xy 3.374713 2.768418)
				(xy 3.373458 2.76914) (xy 3.372166 2.769802) (xy 3.370839 2.770403) (xy 3.369478 2.77094) (xy 3.368086 2.771412)
				(xy 3.366665 2.771816) (xy 3.365215 2.772152) (xy 3.36374 2.772416) (xy 3.36224 2.772608) (xy 3.360719 2.772725)
				(xy 3.359177 2.772765) (xy 3.357635 2.772725) (xy 3.356113 2.772608) (xy 3.354614 2.772416) (xy 3.353139 2.772152)
				(xy 3.351689 2.771816) (xy 3.350267 2.771411) (xy 3.348875 2.77094) (xy 3.347515 2.770402) (xy 3.346188 2.769802)
				(xy 3.344896 2.76914) (xy 3.343641 2.768418) (xy 3.342426 2.767638) (xy 3.341251 2.766802) (xy 3.340119 2.765912)
				(xy 3.339032 2.764971) (xy 3.337992 2.763978) (xy 3.336999 2.762938) (xy 3.336058 2.76185) (xy 3.335168 2.760719)
				(xy 3.334332 2.759544) (xy 3.333553 2.758328) (xy 3.332831 2.757074) (xy 3.332169 2.755782) (xy 3.331568 2.754455)
				(xy 3.331031 2.753094) (xy 3.330559 2.751702) (xy 3.330155 2.750281) (xy 3.329819 2.748831) (xy 3.329555 2.747356)
				(xy 3.329363 2.745857) (xy 3.329246 2.744335) (xy 3.329206 2.742794) (xy 3.3292 2.742014) (xy 3.329214 2.741235)
				(xy 3.329248 2.740456) (xy 3.329303 2.739679) (xy 3.329377 2.738904) (xy 3.329472 2.738131) (xy 3.329587 2.73736)
				(xy 3.329722 2.736592) (xy 1.976317 1.850858) (xy 1.976317 2.047745) (xy 3.234121 3.095226) (xy 3.23501 3.094724)
				(xy 3.235913 3.094254) (xy 3.236829 3.093815) (xy 3.237759 3.093408) (xy 3.238701 3.093033) (xy 3.239655 3.092691)
				(xy 3.240618 3.092381) (xy 3.241592 3.092103) (xy 3.242574 3.091859) (xy 3.243564 3.091648) (xy 3.244562 3.091471)
				(xy 3.245565 3.091327) (xy 3.246574 3.091217) (xy 3.247588 3.091141) (xy 3.248605 3.091099) (xy 3.249625 3.091092)
				(xy 3.251167 3.091132) (xy 3.252689 3.091249) (xy 3.254188 3.091441) (xy 3.255663 3.091706) (xy 3.257113 3.092041)
				(xy 3.258534 3.092446) (xy 3.259926 3.092918) (xy 3.261287 3.093455) (xy 3.262614 3.094055) (xy 3.263906 3.094718)
				(xy 3.26516 3.095439) (xy 3.266376 3.096219) (xy 3.267551 3.097055) (xy 3.268682 3.097945) (xy 3.26977 3.098886)
				(xy 3.27081 3.099879) (xy 3.271802 3.100919) (xy 3.272744 3.102007) (xy 3.273634 3.103138) (xy 3.27447 3.104313)
				(xy 3.275249 3.105529) (xy 3.275971 3.106783) (xy 3.276633 3.108075) (xy 3.277234 3.109402) (xy 3.277771 3.110763)
				(xy 3.278243 3.112155) (xy 3.278647 3.113577) (xy 3.278983 3.115026) (xy 3.279247 3.116501) (xy 3.279439 3.118001)
				(xy 3.279556 3.119522) (xy 3.279596 3.121064) (xy 3.279556 3.122606) (xy 3.279439 3.124128) (xy 3.279247 3.125627)
				(xy 3.278983 3.127102) (xy 3.278647 3.128552) (xy 3.278243 3.129973) (xy 3.277771 3.131366) (xy 3.277234 3.132726)
				(xy 3.276633 3.134053) (xy 3.275971 3.135345) (xy 3.275249 3.1366) (xy 3.274469 3.137815) (xy 3.273634 3.13899)
				(xy 3.272744 3.140122) (xy 3.271802 3.141209) (xy 3.27081 3.14225) (xy 3.269769 3.143242) (xy 3.268682 3.144184)
				(xy 3.26755 3.145074) (xy 3.266375 3.145909) (xy 3.26516 3.146689) (xy 3.263905 3.147411) (xy 3.262613 3.148073)
				(xy 3.261286 3.148674) (xy 3.259926 3.149211) (xy 3.258534 3.149683) (xy 3.257112 3.150087) (xy 3.255662 3.150423)
				(xy 3.254187 3.150687) (xy 3.252688 3.150879) (xy 3.251166 3.150996) (xy 3.249624 3.151036) (xy 3.248082 3.150996)
				(xy 3.246561 3.150879) (xy 3.245062 3.150687) (xy 3.243586 3.150423) (xy 3.242137 3.150087) (xy 3.240715 3.149683)
				(xy 3.239323 3.149211) (xy 3.237962 3.148674) (xy 3.236635 3.148073) (xy 3.235343 3.147411) (xy 3.234089 3.146689)
				(xy 3.232873 3.145909) (xy 3.231698 3.145074) (xy 3.230567 3.144184) (xy 3.229479 3.143242) (xy 3.228439 3.14225)
				(xy 3.227446 3.141209) (xy 3.226504 3.140122) (xy 3.225615 3.13899) (xy 3.224779 3.137815) (xy 3.223999 3.1366)
				(xy 3.223277 3.135345) (xy 3.222615 3.134053) (xy 3.222014 3.132726) (xy 3.221477 3.131366) (xy 3.221005 3.129973)
				(xy 3.220601 3.128552) (xy 3.220265 3.127102) (xy 3.22 3.125627) (xy 3.219809 3.124128) (xy 3.219692 3.122606)
				(xy 3.219651 3.121064) (xy 3.219652 3.120439) (xy 3.219665 3.119814) (xy 3.219691 3.11919) (xy 3.219731 3.118568)
				(xy 3.219848 3.117326) (xy 3.220017 3.11609) (xy 3.220237 3.114863) (xy 3.220366 3.114253) (xy 3.220508 3.113646)
				(xy 3.220663 3.113041) (xy 3.22083 3.112439) (xy 3.22101 3.111841) (xy 3.221202 3.111246) (xy 1.976317 2.073066)
				(xy 1.976317 2.560375) (xy 1.976298 2.560859) (xy 1.976256 2.561337) (xy 1.976192 2.561808) (xy 1.976106 2.562273)
				(xy 1.975999 2.562729) (xy 1.975872 2.563178) (xy 1.975724 2.563618) (xy 1.975557 2.564048) (xy 1.975371 2.564469)
				(xy 1.975166 2.56488) (xy 1.974944 2.565279) (xy 1.974703 2.565667) (xy 1.974446 2.566044) (xy 1.974172 2.566407)
				(xy 1.973883 2.566758) (xy 1.973577 2.567095) (xy 1.973257 2.567418) (xy 1.972923 2.567726) (xy 1.972574 2.568019)
				(xy 1.972213 2.568297) (xy 1.971838 2.568557) (xy 1.971451 2.568801) (xy 1.971052 2.569028) (xy 1.970642 2.569237)
				(xy 1.970221 2.569427) (xy 1.96979 2.569598) (xy 1.969349 2.569749) (xy 1.968899 2.569881) (xy 1.96844 2.569991)
				(xy 1.967972 2.570081) (xy 1.967497 2.570148) (xy 1.967015 2.570194) (xy 1.529833 2.570194) (xy 2.765932 3.67452)
				(xy 2.766792 3.674033) (xy 2.767665 3.673576) (xy 2.768551 3.673149) (xy 2.76945 3.672752) (xy 2.77036 3.672384)
				(xy 2.771282 3.672047) (xy 2.772213 3.671741) (xy 2.773153 3.671465) (xy 2.774102 3.671219) (xy 2.775059 3.671005)
				(xy 2.776023 3.670822) (xy 2.776993 3.670671) (xy 2.777968 3.670551) (xy 2.778949 3.670463) (xy 2.779933 3.670408)
				(xy 2.780921 3.670384) (xy 2.782462 3.670425) (xy 2.783984 3.670542) (xy 2.785483 3.670734) (xy 2.786959 3.670998)
				(xy 2.788408 3.671334) (xy 2.78983 3.671739) (xy 2.791222 3.67221) (xy 2.792582 3.672748) (xy 2.793909 3.673348)
				(xy 2.795201 3.674011) (xy 2.796456 3.674733) (xy 2.797671 3.675512) (xy 2.798846 3.676348) (xy 2.799978 3.677238)
				(xy 2.801065 3.67818) (xy 2.802106 3.679172) (xy 2.803098 3.680213) (xy 2.80404 3.6813) (xy 2.80493 3.682432)
				(xy 2.805765 3.683607) (xy 2.806545 3.684822) (xy 2.807267 3.686077) (xy 2.807929 3.687369) (xy 2.808529 3.688696)
				(xy 2.809066 3.690056) (xy 2.809538 3.691449) (xy 2.809943 3.69287) (xy 2.810278 3.69432) (xy 2.810543 3.695795)
				(xy 2.810734 3.697294) (xy 2.810851 3.698816) (xy 2.810891 3.700357) (xy 2.810851 3.701899) (xy 2.810734 3.703421)
				(xy 2.810542 3.70492) (xy 2.810278 3.706396) (xy 2.809942 3.707845) (xy 2.809537 3.709267) (xy 2.809066 3.710659)
				(xy 2.808528 3.712019) (xy 2.807928 3.713346) (xy 2.807266 3.714638) (xy 2.806544 3.715893) (xy 2.805764 3.717108)
				(xy 2.804928 3.718283) (xy 2.804039 3.719415) (xy 2.803097 3.720502) (xy 2.802104 3.721543) (xy 2.801064 3.722535)
				(xy 2.799976 3.723477) (xy 2.798845 3.724367) (xy 2.79767 3.725202) (xy 2.796454 3.725982) (xy 2.795199 3.726704)
				(xy 2.793908 3.727366) (xy 2.792581 3.727967) (xy 2.79122 3.728504) (xy 2.789828 3.728976) (xy 2.788406 3.72938)
				(xy 2.786957 3.729716) (xy 2.785481 3.729981) (xy 2.783982 3.730172) (xy 2.78246 3.730289) (xy 2.780919 3.73033)
				(xy 2.779416 3.730316) (xy 2.777922 3.730228) (xy 2.77644 3.730067) (xy 2.774972 3.729833) (xy 2.773521 3.729527)
				(xy 2.772089 3.72915) (xy 2.770679 3.728704) (xy 2.769294 3.72819) (xy 2.767936 3.727608) (xy 2.766607 3.726959)
				(xy 2.765311 3.726245) (xy 2.764049 3.725466) (xy 2.762824 3.724624) (xy 2.761639 3.723719) (xy 2.760496 3.722753)
				(xy 2.759398 3.721726) (xy 2.758353 3.720646) (xy 2.757368 3.71952) (xy 2.756443 3.718351) (xy 2.75558 3.717141)
				(xy 2.75478 3.715892) (xy 2.754044 3.714608) (xy 2.753373 3.713291) (xy 2.752767 3.711943) (xy 2.752229 3.710567)
				(xy 2.751759 3.709165) (xy 2.751359 3.70774) (xy 2.751028 3.706294) (xy 2.750769 3.704831) (xy 2.750582 3.703352)
				(xy 2.750469 3.70186) (xy 2.75043 3.700357) (xy 2.75046 3.699623) (xy 2.750507 3.69889) (xy 2.750572 3.698159)
				(xy 2.750656 3.69743) (xy 2.750756 3.696704) (xy 2.750875 3.695982) (xy 2.751011 3.695262) (xy 2.751164 3.694546)
				(xy 2.751335 3.693834) (xy 2.751524 3.693127) (xy 2.751729 3.692424) (xy 2.751952 3.691725) (xy 2.752192 3.691033)
				(xy 2.752449 3.690345) (xy 2.752723 3.689664) (xy 2.753014 3.688989) (xy 2.753013 3.68873) (xy 2.753014 3.688472)
				(xy 1.501411 2.570194) (xy 1.331912 2.570194) (xy 2.439338 3.846601) (xy 2.439989 3.846355) (xy 2.440645 3.846124)
				(xy 2.441305 3.845908) (xy 2.44197 3.845708) (xy 2.442639 3.845524) (xy 2.443312 3.845355) (xy 2.443988 3.845202)
				(xy 2.444668 3.845064) (xy 2.44535 3.844942) (xy 2.446036 3.844836) (xy 2.446723 3.844746) (xy 2.447413 3.844672)
				(xy 2.448105 3.844613) (xy 2.448799 3.844571) (xy 2.449494 3.844545) (xy 2.45019 3.844535) (xy 2.451731 3.844575)
				(xy 2.453253 3.844692) (xy 2.454752 3.844884) (xy 2.456228 3.845148) (xy 2.457677 3.845484) (xy 2.459099 3.845889)
				(xy 2.460491 3.84636) (xy 2.461852 3.846897) (xy 2.463179 3.847498) (xy 2.464471 3.84816) (xy 2.465725 3.848882)
				(xy 2.466941 3.849662) (xy 2.468116 3.850498) (xy 2.469248 3.851387) (xy 2.470335 3.852329) (xy 2.471376 3.853321)
				(xy 2.472368 3.854362) (xy 2.47331 3.855449) (xy 2.4742 3.856581) (xy 2.475035 3.857756) (xy 2.475815 3.858972)
				(xy 2.476537 3.860226) (xy 2.477199 3.861518) (xy 2.4778 3.862845) (xy 2.478337 3.864206) (xy 2.478809 3.865598)
				(xy 2.479213 3.867019) (xy 2.479549 3.868469) (xy 2.479814 3.869944) (xy 2.480005 3.871444) (xy 2.480122 3.872965)
				(xy 2.480163 3.874507) (xy 2.480122 3.876049) (xy 2.480005 3.87757) (xy 2.479814 3.87907) (xy 2.479549 3.880545)
				(xy 2.479213 3.881995) (xy 2.478809 3.883416) (xy 2.478337 3.884808) (xy 2.4778 3.886169) (xy 2.477199 3.887496)
				(xy 2.476537 3.888788) (xy 2.475815 3.890042) (xy 2.475035 3.891258) (xy 2.4742 3.892433) (xy 2.47331 3.893565)
				(xy 2.472368 3.894652) (xy 2.471376 3.895692) (xy 2.470335 3.896685) (xy 2.469248 3.897627) (xy 2.468116 3.898516)
				(xy 2.466941 3.899352) (xy 2.465725 3.900132) (xy 2.46447 3.900854) (xy 2.463179 3.901516) (xy 2.461851 3.902116)
				(xy 2.460491 3.902654) (xy 2.459099 3.903125) (xy 2.457677 3.90353) (xy 2.456227 3.903865) (xy 2.454752 3.90413)
				(xy 2.453253 3.904322) (xy 2.451731 3.904439) (xy 2.450189 3.904479) (xy 2.448647 3.904439) (xy 2.447126 3.904322)
				(xy 2.445627 3.90413) (xy 2.444151 3.903865) (xy 2.442702 3.90353) (xy 2.44128 3.903125) (xy 2.439888 3.902654)
				(xy 2.438528 3.902116) (xy 2.4372 3.901516) (xy 2.435909 3.900854) (xy 2.434654 3.900132) (xy 2.433438 3.899352)
				(xy 2.432264 3.898516) (xy 2.431132 3.897627) (xy 2.430045 3.896685) (xy 2.429004 3.895692) (xy 2.428012 3.894652)
				(xy 2.42707 3.893565) (xy 2.42618 3.892433) (xy 2.425345 3.891258) (xy 2.424565 3.890042) (xy 2.423843 3.888788)
				(xy 2.423181 3.887496) (xy 2.42258 3.886169) (xy 2.422043 3.884808) (xy 2.421571 3.883416) (xy 2.421167 3.881995)
				(xy 2.420831 3.880545) (xy 2.420567 3.87907) (xy 2.420375 3.87757) (xy 2.420258 3.876049) (xy 2.420218 3.874507)
				(xy 2.420225 3.873487) (xy 2.420266 3.872469) (xy 2.420342 3.871456) (xy 2.420452 3.870447) (xy 2.420596 3.869443)
				(xy 2.420774 3.868446) (xy 2.420985 3.867456) (xy 2.421229 3.866474) (xy 2.421506 3.865501) (xy 2.421816 3.864537)
				(xy 2.422159 3.863584) (xy 2.422534 3.862642) (xy 2.422941 3.861712) (xy 2.423379 3.860795) (xy 2.42385 3.859892)
				(xy 2.424352 3.859004) (xy 1.304524 2.570194) (xy 1.137609 2.570194) (xy 2.083287 3.956673) (xy 2.084294 3.956352)
				(xy 2.08531 3.956067) (xy 2.086334 3.955818) (xy 2.087367 3.955606) (xy 2.088406 3.95543) (xy 2.089452 3.95529)
				(xy 2.090502 3.955188) (xy 2.091556 3.955122) (xy 2.093098 3.955162) (xy 2.094619 3.955279) (xy 2.096119 3.955471)
				(xy 2.097594 3.955736) (xy 2.099043 3.956071) (xy 2.100465 3.956476) (xy 2.101857 3.956947) (xy 2.103218 3.957485)
				(xy 2.104545 3.958085) (xy 2.105837 3.958747) (xy 2.107091 3.959469) (xy 2.108307 3.960249) (xy 2.109481 3.961085)
				(xy 2.110613 3.961974) (xy 2.111701 3.962916) (xy 2.112741 3.963909) (xy 2.113733 3.964949) (xy 2.114675 3.966036)
				(xy 2.115565 3.967168) (xy 2.116401 3.968343) (xy 2.11718 3.969559) (xy 2.117902 3.970813) (xy 2.118564 3.972105)
				(xy 2.119165 3.973432) (xy 2.119702 3.974793) (xy 2.120174 3.976185) (xy 2.120579 3.977607) (xy 2.120914 3.979056)
				(xy 2.121179 3.980531) (xy 2.12137 3.982031) (xy 2.121487 3.983552) (xy 2.121528 3.985094) (xy 2.121487 3.986636)
				(xy 2.12137 3.988157) (xy 2.121179 3.989657) (xy 2.120914 3.991132) (xy 2.120579 3.992582) (xy 2.120174 3.994003)
				(xy 2.119702 3.995395) (xy 2.119165 3.996756) (xy 2.118564 3.998083) (xy 2.117902 3.999375) (xy 2.11718 4.00063)
				(xy 2.1164 4.001845) (xy 2.115565 4.00302) (xy 2.114675 4.004152) (xy 2.113733 4.005239) (xy 2.112741 4.00628)
				(xy 2.1117 4.007272) (xy 2.110613 4.008214) (xy 2.109481 4.009103) (xy 2.108306 4.009939) (xy 2.107091 4.010719)
				(xy 2.105836 4.011441) (xy 2.104544 4.012103) (xy 2.103217 4.012704) (xy 2.101856 4.013241) (xy 2.100464 4.013712)
				(xy 2.099042 4.014117) (xy 2.097593 4.014453) (xy 2.096117 4.014717) (xy 2.094618 4.014909) (xy 2.093096 4.015026)
				(xy 2.091555 4.015066) (xy 2.090013 4.015026) (xy 2.088491 4.014909) (xy 2.086992 4.014717) (xy 2.085517 4.014453)
				(xy 2.084067 4.014117) (xy 2.082646 4.013712) (xy 2.081254 4.013241) (xy 2.079893 4.012704) (xy 2.078566 4.012103)
				(xy 2.077274 4.011441) (xy 2.076019 4.010719) (xy 2.074804 4.009939) (xy 2.073629 4.009103) (xy 2.072497 4.008214)
				(xy 2.07141 4.007272) (xy 2.070369 4.00628) (xy 2.069377 4.005239) (xy 2.068435 4.004152) (xy 2.067545 4.00302)
				(xy 2.06671 4.001845) (xy 2.06593 4.00063) (xy 2.065208 3.999375) (xy 2.064546 3.998083) (xy 2.063945 3.996756)
				(xy 2.063408 3.995395) (xy 2.062937 3.994003) (xy 2.062532 3.992582) (xy 2.062196 3.991132) (xy 2.061932 3.989657)
				(xy 2.06174 3.988157) (xy 2.061623 3.986636) (xy 2.061583 3.985094) (xy 2.061615 3.98387) (xy 2.061697 3.982651)
				(xy 2.061828 3.98144) (xy 2.062008 3.980237) (xy 2.062236 3.979045) (xy 2.062512 3.977864) (xy 2.062835 3.976697)
				(xy 2.063204 3.975543) (xy 2.06362 3.974406) (xy 2.064082 3.973286) (xy 2.064588 3.972185) (xy 2.06514 3.971103)
				(xy 2.065736 3.970044) (xy 2.066375 3.969007) (xy 2.067058 3.967994) (xy 2.067784 3.967008) (xy 1.114871 2.570194)
				(xy 0.946406 2.570194) (xy 1.732921 4.046072) (xy 1.733373 4.046048) (xy 1.733825 4.046031) (xy 1.734277 4.046021)
				(xy 1.73473 4.046018) (xy 1.735183 4.046021) (xy 1.735635 4.046032) (xy 1.736088 4.046049) (xy 1.73654 4.046073)
				(xy 1.738082 4.046113) (xy 1.739603 4.04623) (xy 1.741103 4.046422) (xy 1.742578 4.046687) (xy 1.744027 4.047022)
				(xy 1.745449 4.047427) (xy 1.746841 4.047899) (xy 1.748202 4.048436) (xy 1.749529 4.049037) (xy 1.750821 4.049699)
				(xy 1.752075 4.050421) (xy 1.753291 4.051201) (xy 1.754465 4.052037) (xy 1.755597 4.052926) (xy 1.756685 4.053868)
				(xy 1.757725 4.054861) (xy 1.758717 4.055901) (xy 1.759659 4.056989) (xy 1.760549 4.05812) (xy 1.761385 4.059295)
				(xy 1.762164 4.060511) (xy 1.762886 4.061765) (xy 1.763548 4.063057) (xy 1.764149 4.064384) (xy 1.764686 4.065745)
				(xy 1.765157 4.067137) (xy 1.765562 4.068558) (xy 1.765897 4.070008) (xy 1.766162 4.071483) (xy 1.766353 4.072982)
				(xy 1.76647 4.074503) (xy 1.76651 4.076045) (xy 1.76647 4.077587) (xy 1.766353 4.079108) (xy 1.766161 4.080608)
				(xy 1.765897 4.082083) (xy 1.765561 4.083533) (xy 1.765157 4.084954) (xy 1.764685 4.086346) (xy 1.764148 4.087707)
				(xy 1.763547 4.089034) (xy 1.762885 4.090326) (xy 1.762163 4.09158) (xy 1.761383 4.092796) (xy 1.760548 4.093971)
				(xy 1.759658 4.095103) (xy 1.758716 4.09619) (xy 1.757724 4.097231) (xy 1.756683 4.098223) (xy 1.755596 4.099165)
				(xy 1.754464 4.100054) (xy 1.753289 4.10089) (xy 1.752073 4.10167) (xy 1.750819 4.102392) (xy 1.749527 4.103054)
				(xy 1.7482 4.103654) (xy 1.746839 4.104192) (xy 1.745447 4.104663) (xy 1.744026 4.105068) (xy 1.742576 4.105404)
				(xy 1.741101 4.105668) (xy 1.739601 4.10586) (xy 1.73808 4.105977) (xy 1.736538 4.106017) (xy 1.734996 4.105977)
				(xy 1.733475 4.10586) (xy 1.731975 4.105668) (xy 1.7305 4.105404) (xy 1.729051 4.105068) (xy 1.727629 4.104663)
				(xy 1.726237 4.104192) (xy 1.724876 4.103654) (xy 1.723549 4.103054) (xy 1.722257 4.102392) (xy 1.721003 4.10167)
				(xy 1.719787 4.10089) (xy 1.718612 4.100054) (xy 1.71748 4.099165) (xy 1.716393 4.098223) (xy 1.715353 4.097231)
				(xy 1.71436 4.09619) (xy 1.713418 4.095103) (xy 1.712529 4.093971) (xy 1.711693 4.092796) (xy 1.710913 4.09158)
				(xy 1.710191 4.090326) (xy 1.709529 4.089034) (xy 1.708929 4.087707) (xy 1.708391 4.086346) (xy 1.70792 4.084954)
				(xy 1.707515 4.083533) (xy 1.707179 4.082083) (xy 1.706915 4.080608) (xy 1.706723 4.079108) (xy 1.706606 4.077587)
				(xy 1.706566 4.076045) (xy 1.706601 4.074606) (xy 1.706704 4.073176) (xy 1.706875 4.071757) (xy 1.707113 4.070352)
				(xy 1.707416 4.068963) (xy 1.707784 4.067593) (xy 1.708217 4.066242) (xy 1.708712 4.064914) (xy 1.709269 4.063611)
				(xy 1.709887 4.062335) (xy 1.710566 4.061089) (xy 1.711305 4.059874) (xy 1.712101 4.058693) (xy 1.712956 4.057547)
				(xy 1.713867 4.05644) (xy 1.714834 4.055374) (xy 0.923668 2.570194) (xy 0.756753 2.570194) (xy 1.383589 4.11842)
				(xy 1.384106 4.11842) (xy 1.384364 4.118416) (xy 1.384622 4.118415) (xy 1.384881 4.118416) (xy 1.38514 4.11842)
				(xy 1.386682 4.11846) (xy 1.388203 4.118577) (xy 1.389703 4.118769) (xy 1.391178 4.119033) (xy 1.392627 4.119369)
				(xy 1.394049 4.119773) (xy 1.395441 4.120245) (xy 1.396802 4.120782) (xy 1.398129 4.121383) (xy 1.399421 4.122045)
				(xy 1.400675 4.122767) (xy 1.401891 4.123547) (xy 1.403065 4.124382) (xy 1.404197 4.125272) (xy 1.405285 4.126214)
				(xy 1.406325 4.127206) (xy 1.407318 4.128247) (xy 1.408259 4.129334) (xy 1.409149 4.130466) (xy 1.409985 4.131641)
				(xy 1.410765 4.132856) (xy 1.411486 4.134111) (xy 1.412149 4.135403) (xy 1.412749 4.13673) (xy 1.413286 4.13809)
				(xy 1.413758 4.139482) (xy 1.414163 4.140904) (xy 1.414498 4.142354) (xy 1.414763 4.143829) (xy 1.414955 4.145328)
				(xy 1.415072 4.14685) (xy 1.415112 4.148392) (xy 1.415072 4.149934) (xy 1.414955 4.151455) (xy 1.414763 4.152954)
				(xy 1.414498 4.15443) (xy 1.414163 4.155879) (xy 1.413758 4.157301) (xy 1.413286 4.158693) (xy 1.412749 4.160054)
				(xy 1.412149 4.161381) (xy 1.411486 4.162673) (xy 1.410764 4.163927) (xy 1.409985 4.165143) (xy 1.409149 4.166317)
				(xy 1.408259 4.167449) (xy 1.407317 4.168537) (xy 1.406325 4.169577) (xy 1.405284 4.170569) (xy 1.404197 4.171511)
				(xy 1.403065 4.172401) (xy 1.40189 4.173237) (xy 1.400675 4.174016) (xy 1.39942 4.174738) (xy 1.398128 4.175401)
				(xy 1.396801 4.176001) (xy 1.39544 4.176538) (xy 1.394048 4.17701) (xy 1.392626 4.177415) (xy 1.391177 4.17775)
				(xy 1.389701 4.178015) (xy 1.388202 4.178206) (xy 1.38668 4.178323) (xy 1.385139 4.178364) (xy 1.383635 4.178351)
				(xy 1.382142 4.178263) (xy 1.38066 4.178101) (xy 1.379192 4.177867) (xy 1.377741 4.177561) (xy 1.376309 4.177185)
				(xy 1.374899 4.176739) (xy 1.373514 4.176224) (xy 1.372156 4.175642) (xy 1.370827 4.174993) (xy 1.369531 4.174279)
				(xy 1.368269 4.1735) (xy 1.367044 4.172658) (xy 1.365859 4.171753) (xy 1.364716 4.170787) (xy 1.363618 4.169761)
				(xy 1.362573 4.168681) (xy 1.361588 4.167554) (xy 1.360663 4.166385) (xy 1.3598 4.165175) (xy 1.359 4.163927)
				(xy 1.358264 4.162642) (xy 1.357593 4.161325) (xy 1.356987 4.159977) (xy 1.356449 4.158601) (xy 1.355979 4.157199)
				(xy 1.355578 4.155774) (xy 1.355248 4.154329) (xy 1.354989 4.152865) (xy 1.354802 4.151386) (xy 1.354688 4.149894)
				(xy 1.35465 4.148392) (xy 1.35469 4.146811) (xy 1.354813 4.145241) (xy 1.355017 4.143687) (xy 1.355301 4.142151)
				(xy 1.355663 4.140636) (xy 1.356103 4.139144) (xy 1.356619 4.137679) (xy 1.357209 4.136243) (xy 1.357873 4.13484)
				(xy 1.358609 4.133472) (xy 1.359416 4.132143) (xy 1.360293 4.130855) (xy 1.361237 4.12961) (xy 1.362249 4.128413)
				(xy 1.363327 4.127266) (xy 1.364469 4.126171) (xy 0.7366 2.570194) (xy 0.569685 2.570194) (xy 1.037356 4.173714)
				(xy 1.038859 4.173804) (xy 1.040341 4.173967) (xy 1.0418 4.1742) (xy 1.043234 4.174503) (xy 1.044641 4.174872)
				(xy 1.04602 4.175307) (xy 1.047369 4.175806) (xy 1.048687 4.176366) (xy 1.049971 4.176986) (xy 1.05122 4.177664)
				(xy 1.052432 4.178399) (xy 1.053605 4.179188) (xy 1.054738 4.180031) (xy 1.055829 4.180924) (xy 1.056876 4.181866)
				(xy 1.057877 4.182856) (xy 1.058831 4.183892) (xy 1.059736 4.184971) (xy 1.060591 4.186092) (xy 1.061393 4.187254)
				(xy 1.062141 4.188454) (xy 1.062833 4.189691) (xy 1.063467 4.190963) (xy 1.064042 4.192268) (xy 1.064556 4.193604)
				(xy 1.065006 4.19497) (xy 1.065393 4.196364) (xy 1.065713 4.197784) (xy 1.065965 4.199227) (xy 1.066147 4.200693)
				(xy 1.066258 4.20218) (xy 1.066296 4.203686) (xy 1.066256 4.205228) (xy 1.066139 4.206749) (xy 1.065947 4.208248)
				(xy 1.065683 4.209724) (xy 1.065347 4.211173) (xy 1.064942 4.212595) (xy 1.064471 4.213987) (xy 1.063933 4.215348)
				(xy 1.063333 4.216675) (xy 1.06267 4.217967) (xy 1.061949 4.219221) (xy 1.061169 4.220437) (xy 1.060333 4.221612)
				(xy 1.059443 4.222743) (xy 1.058501 4.223831) (xy 1.057509 4.224871) (xy 1.056468 4.225864) (xy 1.055381 4.226805)
				(xy 1.054249 4.227695) (xy 1.053074 4.228531) (xy 1.051859 4.229311) (xy 1.050604 4.230032) (xy 1.049312 4.230695)
				(xy 1.047985 4.231295) (xy 1.046624 4.231832) (xy 1.045232 4.232304) (xy 1.04381 4.232709) (xy 1.042361 4.233044)
				(xy 1.040885 4.233309) (xy 1.039386 4.233501) (xy 1.037864 4.233617) (xy 1.036323 4.233658) (xy 1.03482 4.233645)
				(xy 1.033326 4.233557) (xy 1.031844 4.233395) (xy 1.030376 4.233161) (xy 1.028925 4.232855) (xy 1.027493 4.232479)
				(xy 1.026083 4.232033) (xy 1.024698 4.231518) (xy 1.02334 4.230936) (xy 1.022011 4.230287) (xy 1.020715 4.229573)
				(xy 1.019453 4.228794) (xy 1.018228 4.227952) (xy 1.017043 4.227047) (xy 1.0159 4.226081) (xy 1.014802 4.225055)
				(xy 1.013757 4.223975) (xy 1.012772 4.222849) (xy 1.011847 4.221679) (xy 1.010984 4.220469) (xy 1.010184 4.219221)
				(xy 1.009448 4.217936) (xy 1.008777 4.216619) (xy 1.008171 4.215271) (xy 1.007633 4.213895) (xy 1.007163 4.212493)
				(xy 1.006763 4.211068) (xy 1.006432 4.209623) (xy 1.006173 4.208159) (xy 1.005986 4.20668) (xy 1.005873 4.205188)
				(xy 1.005835 4.203686) (xy 1.005905 4.201822) (xy 1.00609 4.199978) (xy 1.006386 4.19816) (xy 1.006792 4.196371)
				(xy 1.007304 4.194617) (xy 1.00792 4.192902) (xy 1.008638 4.19123) (xy 1.009455 4.189606) (xy 1.010369 4.188034)
				(xy 1.011377 4.186519) (xy 1.012477 4.185066) (xy 1.013667 4.183679) (xy 1.014943 4.182362) (xy 1.016304 4.181121)
				(xy 1.017747 4.179959) (xy 1.01927 4.178881) (xy 0.550048 2.570194) (xy 0.3821 2.570194) (xy 0.694226 4.212988)
				(xy 0.695575 4.213232) (xy 0.696901 4.213535) (xy 0.698202 4.213894) (xy 0.699478 4.214309) (xy 0.700726 4.214777)
				(xy 0.701945 4.215298) (xy 0.703135 4.21587) (xy 0.704294 4.216491) (xy 0.70542 4.21716) (xy 0.706513 4.217875)
				(xy 0.707571 4.218636) (xy 0.708593 4.21944) (xy 0.709578 4.220287) (xy 0.710525 4.221174) (xy 0.711431 4.2221)
				(xy 0.712297 4.223065) (xy 0.71312 4.224065) (xy 0.7139 4.2251) (xy 0.714635 4.226169) (xy 0.715324 4.22727)
				(xy 0.715966 4.228401) (xy 0.716559 4.229562) (xy 0.717102 4.23075) (xy 0.717595 4.231964) (xy 0.718035 4.233203)
				(xy 0.718421 4.234465) (xy 0.718753 4.235748) (xy 0.719029 4.237053) (xy 0.719247 4.238376) (xy 0.719407 4.239716)
				(xy 0.719507 4.241072) (xy 0.719546 4.242443) (xy 0.719506 4.243985) (xy 0.719389 4.245506) (xy 0.719197 4.247006)
				(xy 0.718933 4.248481) (xy 0.718597 4.249931) (xy 0.718193 4.251352) (xy 0.717721 4.252744) (xy 0.717184 4.254105)
				(xy 0.716583 4.255432) (xy 0.715921 4.256724) (xy 0.715199 4.257979) (xy 0.714419 4.259194) (xy 0.713583 4.260369)
				(xy 0.712694 4.261501) (xy 0.711752 4.262588) (xy 0.71076 4.263629) (xy 0.709719 4.264621) (xy 0.708632 4.265563)
				(xy 0.7075 4.266452) (xy 0.706325 4.267288) (xy 0.705109 4.268068) (xy 0.703855 4.26879) (xy 0.702563 4.269452)
				(xy 0.701236 4.270053) (xy 0.699875 4.27059) (xy 0.698483 4.271061) (xy 0.697061 4.271466) (xy 0.695612 4.271802)
				(xy 0.694136 4.272066) (xy 0.692637 4.272258) (xy 0.691116 4.272375) (xy 0.689574 4.272415) (xy 0.688032 4.272375)
				(xy 0.686511 4.272258) (xy 0.685011 4.272066) (xy 0.683536 4.271802) (xy 0.682086 4.271466) (xy 0.680665 4.271061)
				(xy 0.679273 4.27059) (xy 0.677912 4.270053) (xy 0.676585 4.269452) (xy 0.675293 4.26879) (xy 0.674039 4.268068)
				(xy 0.672823 4.267288) (xy 0.671648 4.266452) (xy 0.670517 4.265563) (xy 0.669429 4.264621) (xy 0.668389 4.263629)
				(xy 0.667396 4.262588) (xy 0.666455 4.261501) (xy 0.665565 4.260369) (xy 0.664729 4.259194) (xy 0.663949 4.257979)
				(xy 0.663228 4.256724) (xy 0.662565 4.255432) (xy 0.661965 4.254105) (xy 0.661428 4.252744) (xy 0.660956 4.251352)
				(xy 0.660551 4.249931) (xy 0.660216 4.248481) (xy 0.659951 4.247006) (xy 0.659759 4.245506) (xy 0.659643 4.243985)
				(xy 0.659602 4.242443) (xy 0.659623 4.241446) (xy 0.659677 4.240454) (xy 0.659763 4.239469) (xy 0.659881 4.23849)
				(xy 0.660031 4.237519) (xy 0.660212 4.236556) (xy 0.660423 4.235602) (xy 0.660665 4.234657) (xy 0.660938 4.233723)
				(xy 0.661239 4.2328) (xy 0.66157 4.231888) (xy 0.66193 4.230988) (xy 0.662319 4.230102) (xy 0.662735 4.229229)
				(xy 0.663179 4.22837) (xy 0.663651 4.227526) (xy 0.664149 4.226698) (xy 0.664674 4.225886) (xy 0.665225 4.225091)
				(xy 0.665802 4.224313) (xy 0.666404 4.223554) (xy 0.667031 4.222814) (xy 0.667682 4.222094) (xy 0.668358 4.221393)
				(xy 0.669058 4.220714) (xy 0.669781 4.220057) (xy 0.670527 4.219422) (xy 0.671295 4.218809) (xy 0.672086 4.218221)
				(xy 0.672899 4.217657) (xy 0.673733 4.217118) (xy 0.674588 4.216604) (xy 0.362463 2.570194) (xy 0.195548 2.570194)
				(xy 0.351094 4.236241) (xy 0.352366 4.236564) (xy 0.353613 4.236938) (xy 0.354834 4.237363) (xy 0.356029 4.237838)
				(xy 0.357196 4.23836) (xy 0.358334 4.238929) (xy 0.359442 4.239543) (xy 0.360519 4.240201) (xy 0.361564 4.240901)
				(xy 0.362577 4.241643) (xy 0.364497 4.243244) (xy 0.366273 4.244995) (xy 0.367896 4.246884) (xy 0.369357 4.248901)
				(xy 0.370647 4.251035) (xy 0.371759 4.253275) (xy 0.372246 4.254431) (xy 0.372685 4.255611) (xy 0.373075 4.256811)
				(xy 0.373415 4.258031) (xy 0.373704 4.25927) (xy 0.373941 4.260527) (xy 0.374125 4.261799) (xy 0.374255 4.263085)
				(xy 0.37433 4.264386) (xy 0.374348 4.265697) (xy 0.374308 4.267239) (xy 0.374191 4.268761) (xy 0.373999 4.27026)
				(xy 0.373735 4.271736) (xy 0.373399 4.273185) (xy 0.372994 4.274607) (xy 0.372523 4.275999) (xy 0.371985 4.277359)
				(xy 0.371385 4.278686) (xy 0.370723 4.279978) (xy 0.370001 4.281233) (xy 0.369221 4.282449) (xy 0.368385 4.283623)
				(xy 0.367495 4.284755) (xy 0.366553 4.285842) (xy 0.365561 4.286883) (xy 0.36452 4.287875) (xy 0.363433 4.288817)
				(xy 0.362301 4.289707) (xy 0.361126 4.290543) (xy 0.359911 4.291322) (xy 0.358656 4.292044) (xy 0.357364 4.292706)
				(xy 0.356037 4.293307) (xy 0.354677 4.293844) (xy 0.353284 4.294316) (xy 0.351863 4.29472) (xy 0.350413 4.295056)
				(xy 0.348938 4.295321) (xy 0.347438 4.295512) (xy 0.345917 4.295629) (xy 0.344375 4.29567) (xy 0.342833 4.295629)
				(xy 0.341312 4.295512) (xy 0.339813 4.295321) (xy 0.338337 4.295056) (xy 0.336888 4.29472) (xy 0.335466 4.294316)
				(xy 0.334074 4.293844) (xy 0.332714 4.293307) (xy 0.331386 4.292706) (xy 0.330095 4.292044) (xy 0.32884 4.291322)
				(xy 0.327624 4.290543) (xy 0.32645 4.289707) (xy 0.325318 4.288817) (xy 0.324231 4.287875) (xy 0.32319 4.286883)
				(xy 0.322198 4.285842) (xy 0.321256 4.284755) (xy 0.320366 4.283623) (xy 0.319531 4.282449) (xy 0.318751 4.281233)
				(xy 0.318029 4.279978) (xy 0.317367 4.278686) (xy 0.316766 4.277359) (xy 0.316229 4.275999) (xy 0.315757 4.274607)
				(xy 0.315353 4.273185) (xy 0.315017 4.271736) (xy 0.314753 4.27026) (xy 0.314561 4.268761) (xy 0.314444 4.267239)
				(xy 0.314404 4.265697) (xy 0.314411 4.264607) (xy 0.314459 4.263522) (xy 0.314544 4.262445) (xy 0.314668 4.261377)
				(xy 0.31483 4.260318) (xy 0.315028 4.259268) (xy 0.315263 4.25823) (xy 0.315534 4.257203) (xy 0.315841 4.256189)
				(xy 0.316182 4.255189) (xy 0.316558 4.254202) (xy 0.316968 4.253231) (xy 0.317411 4.252276) (xy 0.317887 4.251338)
				(xy 0.318395 4.250417) (xy 0.318935 4.249516) (xy 0.319506 4.248633) (xy 0.320108 4.247771) (xy 0.32074 4.24693)
				(xy 0.321401 4.246111) (xy 0.322092 4.245315) (xy 0.322811 4.244542) (xy 0.323558 4.243794) (xy 0.324333 4.243072)
				(xy 0.325135 4.242375) (xy 0.325963 4.241706) (xy 0.326817 4.241065) (xy 0.327696 4.240453) (xy 0.3286 4.23987)
				(xy 0.329529 4.239318) (xy 0.330481 4.238797) (xy 0.331457 4.238309) (xy 0.17591 2.570194) (xy 0.009512 2.570194)
				(xy 0.009513 4.245028) (xy 0.011771 4.245868) (xy 0.013931 4.246874) (xy 0.015984 4.248036) (xy 0.017926 4.249347)
				(xy 0.019749 4.250797) (xy 0.021448 4.252377) (xy 0.023015 4.25408) (xy 0.024446 4.255895) (xy 0.025732 4.257815)
				(xy 0.026869 4.259831) (xy 0.027849 4.261934) (xy 0.028666 4.264115) (xy 0.029315 4.266366) (xy 0.029788 4.268678)
				(xy 0.030079 4.271042) (xy 0.030183 4.273449) (xy 0.030142 4.274991) (xy 0.030026 4.276512) (xy 0.029834 4.278012)
				(xy 0.029569 4.279487) (xy 0.029234 4.280937) (xy 0.028829 4.282358) (xy 0.028357 4.28375) (xy 0.02782 4.285111)
				(xy 0.02722 4.286438) (xy 0.026557 4.28773) (xy 0.025835 4.288984) (xy 0.025056 4.2902) (xy 0.02422 4.291375)
				(xy 0.02333 4.292507) (xy 0.022388 4.293594) (xy 0.021396 4.294634) (xy 0.020355 4.295627) (xy 0.019268 4.296569)
				(xy 0.018136 4.297458) (xy 0.016961 4.298294) (xy 0.015746 4.299074) (xy 0.014491 4.299796) (xy 0.013199 4.300458)
				(xy 0.011872 4.301058) (xy 0.010512 4.301596) (xy 0.00912 4.302067) (xy 0.007698 4.302472) (xy 0.006248 4.302807)
				(xy 0.004773 4.303072) (xy 0.003274 4.303264) (xy 0.001752 4.303381) (xy 0.00021 4.303421) (xy -0.001331 4.303381)
				(xy -0.002853 4.303264) (xy -0.004352 4.303072) (xy -0.005828 4.302807) (xy -0.007277 4.302472)
				(xy -0.008699 4.302067) (xy -0.010091 4.301596) (xy -0.011451 4.301058) (xy -0.012778 4.300458)
				(xy -0.01407 4.299796) (xy -0.015325 4.299074) (xy -0.016541 4.298294) (xy -0.017715 4.297458) (xy -0.018847 4.296569)
				(xy -0.019934 4.295627) (xy -0.020975 4.294634) (xy -0.021967 4.293594) (xy -0.022909 4.292507)
				(xy -0.023799 4.291375) (xy -0.024635 4.2902) (xy -0.025414 4.288984) (xy -0.026136 4.28773) (xy -0.026798 4.286438)
				(xy -0.027399 4.285111) (xy -0.027936 4.28375) (xy -0.028408 4.282358) (xy -0.028813 4.280937) (xy -0.029148 4.279487)
				(xy -0.029413 4.278012) (xy -0.029604 4.276512) (xy -0.029721 4.274991) (xy -0.029762 4.273449)
				(xy -0.029741 4.272253) (xy -0.029674 4.271066) (xy -0.029561 4.269889) (xy -0.029402 4.268724)
				(xy -0.029199 4.267571) (xy -0.028952 4.266431) (xy -0.028661 4.265306) (xy -0.028329 4.264197)
				(xy -0.027954 4.263104) (xy -0.027539 4.26203) (xy -0.027084 4.260973) (xy -0.02659 4.259937) (xy -0.026057 4.258922)
				(xy -0.025486 4.257928) (xy -0.024878 4.256958) (xy -0.024234 4.256012) (xy -0.023554 4.255091)
				(xy -0.02284 4.254196) (xy -0.022091 4.253329) (xy -0.021309 4.25249) (xy -0.020495 4.251681) (xy -0.019649 4.250902)
				(xy -0.018772 4.250154) (xy -0.017864 4.24944) (xy -0.016928 4.248759) (xy -0.015962 4.248113) (xy -0.014969 4.247502)
				(xy -0.013948 4.246929) (xy -0.012901 4.246394) (xy -0.011828 4.245898) (xy -0.01073 4.245441) (xy -0.009608 4.245027)
				(xy -0.009608 2.570194) (xy -0.176006 2.570194) (xy -0.331552 4.238309) (xy -0.329624 4.239318)
				(xy -0.327792 4.240453) (xy -0.326058 4.241706) (xy -0.324428 4.243072) (xy -0.322906 4.244542)
				(xy -0.321497 4.246111) (xy -0.320203 4.247771) (xy -0.31903 4.249516) (xy -0.317982 4.251338) (xy -0.317063 4.253231)
				(xy -0.316278 4.255189) (xy -0.31563 4.257203) (xy -0.315124 4.259268) (xy -0.314764 4.261377) (xy -0.314554 4.263522)
				(xy -0.314499 4.265697) (xy -0.314539 4.267239) (xy -0.314656 4.268761) (xy -0.314848 4.27026) (xy -0.315112 4.271736)
				(xy -0.315448 4.273185) (xy -0.315853 4.274607) (xy -0.316324 4.275999) (xy -0.316862 4.277359)
				(xy -0.317462 4.278686) (xy -0.318124 4.279978) (xy -0.318846 4.281233) (xy -0.319626 4.282449)
				(xy -0.320462 4.283623) (xy -0.321352 4.284755) (xy -0.322293 4.285842) (xy -0.323286 4.286883)
				(xy -0.324326 4.287875) (xy -0.325414 4.288817) (xy -0.326546 4.289707) (xy -0.32772 4.290543) (xy -0.328936 4.291322)
				(xy -0.330191 4.292044) (xy -0.331482 4.292706) (xy -0.33281 4.293307) (xy -0.33417 4.293844) (xy -0.335562 4.294316)
				(xy -0.336984 4.29472) (xy -0.338433 4.295056) (xy -0.339909 4.295321) (xy -0.341408 4.295512) (xy -0.34293 4.295629)
				(xy -0.344471 4.29567) (xy -0.346013 4.295629) (xy -0.347535 4.295512) (xy -0.349034 4.295321) (xy -0.350509 4.295056)
				(xy -0.351959 4.29472) (xy -0.353381 4.294316) (xy -0.354773 4.293844) (xy -0.356133 4.293307) (xy -0.35746 4.292706)
				(xy -0.358752 4.292044) (xy -0.360007 4.291322) (xy -0.361222 4.290543) (xy -0.362397 4.289707)
				(xy -0.363529 4.288817) (xy -0.364616 4.287875) (xy -0.365657 4.286883) (xy -0.366649 4.285842)
				(xy -0.367591 4.284755) (xy -0.368481 4.283623) (xy -0.369316 4.282449) (xy -0.370096 4.281233)
				(xy -0.370818 4.279978) (xy -0.37148 4.278686) (xy -0.372081 4.277359) (xy -0.372618 4.275999) (xy -0.37309 4.274607)
				(xy -0.373494 4.273185) (xy -0.37383 4.271736) (xy -0.374095 4.27026) (xy -0.374286 4.268761) (xy -0.374403 4.267239)
				(xy -0.374444 4.265697) (xy -0.374425 4.264386) (xy -0.37435 4.263085) (xy -0.37422 4.261799) (xy -0.374036 4.260527)
				(xy -0.373799 4.25927) (xy -0.37351 4.258031) (xy -0.37317 4.256811) (xy -0.37278 4.255611) (xy -0.372341 4.254431)
				(xy -0.371855 4.253275) (xy -0.371322 4.252142) (xy -0.370743 4.251035) (xy -0.370119 4.249954)
				(xy -0.369452 4.248901) (xy -0.368742 4.247877) (xy -0.367991 4.246884) (xy -0.367199 4.245923)
				(xy -0.366368 4.244995) (xy -0.365499 4.244102) (xy -0.364593 4.243244) (xy -0.36365 4.242424) (xy -0.362672 4.241643)
				(xy -0.36166 4.240901) (xy -0.360615 4.240201) (xy -0.359538 4.239543) (xy -0.358429 4.238929) (xy -0.357291 4.23836)
				(xy -0.356124 4.237838) (xy -0.35493 4.237363) (xy -0.353708 4.236938) (xy -0.352461 4.236564) (xy -0.351189 4.236241)
				(xy -0.195643 2.570194) (xy -0.362041 2.570194) (xy -0.674684 4.216605) (xy -0.672994 4.217658)
				(xy -0.671391 4.21881) (xy -0.669876 4.220058) (xy -0.668454 4.221394) (xy -0.667126 4.222815) (xy -0.665897 4.224314)
				(xy -0.664769 4.225887) (xy -0.663746 4.227527) (xy -0.66283 4.229229) (xy -0.662026 4.230989) (xy -0.661335 4.2328)
				(xy -0.660761 4.234658) (xy -0.660307 4.236556) (xy -0.659976 4.23849) (xy -0.659772 4.240454) (xy -0.659698 4.242443)
				(xy -0.659738 4.243985) (xy -0.659855 4.245506) (xy -0.660047 4.247006) (xy -0.660311 4.248481)
				(xy -0.660647 4.249931) (xy -0.661051 4.251352) (xy -0.661523 4.252744) (xy -0.66206 4.254105) (xy -0.662661 4.255432)
				(xy -0.663323 4.256724) (xy -0.664045 4.257979) (xy -0.664825 4.259194) (xy -0.66566 4.260369) (xy -0.66655 4.261501)
				(xy -0.667492 4.262588) (xy -0.668484 4.263629) (xy -0.669525 4.264621) (xy -0.670612 4.265563)
				(xy -0.671744 4.266452) (xy -0.672919 4.267288) (xy -0.674135 4.268068) (xy -0.675389 4.26879) (xy -0.676681 4.269452)
				(xy -0.678008 4.270053) (xy -0.679369 4.27059) (xy -0.680761 4.271061) (xy -0.682182 4.271466) (xy -0.683632 4.271802)
				(xy -0.685107 4.272066) (xy -0.686607 4.272258) (xy -0.688128 4.272375) (xy -0.68967 4.272415) (xy -0.691212 4.272375)
				(xy -0.692733 4.272258) (xy -0.694233 4.272066) (xy -0.695708 4.271802) (xy -0.697157 4.271466)
				(xy -0.698579 4.271062) (xy -0.699971 4.27059) (xy -0.701332 4.270053) (xy -0.702659 4.269452) (xy -0.703951 4.26879)
				(xy -0.705205 4.268068) (xy -0.706421 4.267288) (xy -0.707596 4.266453) (xy -0.708728 4.265563)
				(xy -0.709815 4.264621) (xy -0.710855 4.263629) (xy -0.711848 4.262588) (xy -0.71279 4.261501) (xy -0.713679 4.260369)
				(xy -0.714515 4.259194) (xy -0.715295 4.257979) (xy -0.716017 4.256724) (xy -0.716679 4.255432)
				(xy -0.717279 4.254105) (xy -0.717817 4.252745) (xy -0.718288 4.251353) (xy -0.718693 4.249931)
				(xy -0.719029 4.248482) (xy -0.719293 4.247007) (xy -0.719485 4.245507) (xy -0.719602 4.243986)
				(xy -0.719642 4.242444) (xy -0.719599 4.241058) (xy -0.719493 4.239686) (xy -0.719326 4.238332)
				(xy -0.7191 4.236995) (xy -0.718815 4.235679) (xy -0.718472 4.234383) (xy -0.718074 4.23311) (xy -0.717622 4.231861)
				(xy -0.717116 4.230637) (xy -0.716559 4.229441) (xy -0.71595 4.228273) (xy -0.715293 4.227136) (xy -0.714587 4.226029)
				(xy -0.713835 4.224956) (xy -0.713038 4.223918) (xy -0.712196 4.222915) (xy -0.711312 4.22195) (xy -0.710386 4.221024)
				(xy -0.70942 4.220138) (xy -0.708415 4.219295) (xy -0.707373 4.218494) (xy -0.706294 4.217739) (xy -0.705181 4.21703)
				(xy -0.704034 4.21637) (xy -0.702854 4.215758) (xy -0.701644 4.215198) (xy -0.700404 4.21469) (xy -0.699135 4.214235)
				(xy -0.69784 4.213836) (xy -0.696519 4.213494) (xy -0.695173 4.213211) (xy -0.693804 4.212987) (xy -0.382195 2.570194)
				(xy -0.549627 2.570194) (xy -1.018849 4.178881) (xy -1.017363 4.179979) (xy -1.015957 4.181158)
				(xy -1.014632 4.182414) (xy -1.013392 4.183742) (xy -1.012239 4.185137) (xy -1.011175 4.186596)
				(xy -1.010201 4.188114) (xy -1.009322 4.189686) (xy -1.008538 4.191308) (xy -1.007852 4.192975)
				(xy -1.007267 4.194684) (xy -1.006784 4.196429) (xy -1.006407 4.198206) (xy -1.006137 4.200011)
				(xy -1.005977 4.201839) (xy -1.005929 4.203686) (xy -1.00597 4.205228) (xy -1.006087 4.206749) (xy -1.006278 4.208248)
				(xy -1.006543 4.209724) (xy -1.006878 4.211173) (xy -1.007283 4.212595) (xy -1.007755 4.213987)
				(xy -1.008292 4.215348) (xy -1.008893 4.216675) (xy -1.009555 4.217967) (xy -1.010277 4.219221)
				(xy -1.011057 4.220437) (xy -1.011892 4.221612) (xy -1.012782 4.222743) (xy -1.013724 4.223831)
				(xy -1.014716 4.224871) (xy -1.015757 4.225864) (xy -1.016844 4.226805) (xy -1.017976 4.227695)
				(xy -1.019151 4.228531) (xy -1.020366 4.229311) (xy -1.021621 4.230032) (xy -1.022913 4.230695)
				(xy -1.02424 4.231295) (xy -1.025601 4.231832) (xy -1.026993 4.232304) (xy -1.028414 4.232709) (xy -1.029864 4.233044)
				(xy -1.031339 4.233309) (xy -1.032839 4.233501) (xy -1.03436 4.233617) (xy -1.035902 4.233658) (xy -1.037444 4.233617)
				(xy -1.038965 4.233501) (xy -1.040465 4.233309) (xy -1.04194 4.233044) (xy -1.043389 4.232709) (xy -1.044811 4.232304)
				(xy -1.046203 4.231832) (xy -1.047564 4.231295) (xy -1.048891 4.230695) (xy -1.050183 4.230032)
				(xy -1.051437 4.229311) (xy -1.052653 4.228531) (xy -1.053828 4.227695) (xy -1.054959 4.226805)
				(xy -1.056047 4.225864) (xy -1.057087 4.224871) (xy -1.05808 4.223831) (xy -1.059021 4.222743) (xy -1.059911 4.221612)
				(xy -1.060747 4.220437) (xy -1.061527 4.219221) (xy -1.062249 4.217967) (xy -1.062911 4.216675)
				(xy -1.063511 4.215348) (xy -1.064048 4.213987) (xy -1.06452 4.212595) (xy -1.064925 4.211173) (xy -1.06526 4.209724)
				(xy -1.065525 4.208248) (xy -1.065717 4.206749) (xy -1.065834 4.205228) (xy -1.065874 4.203686)
				(xy -1.065836 4.20218) (xy -1.065725 4.200694) (xy -1.065543 4.199228) (xy -1.065291 4.197784) (xy -1.064971 4.196364)
				(xy -1.064585 4.194971) (xy -1.064134 4.193605) (xy -1.06362 4.192269) (xy -1.063045 4.190964) (xy -1.062411 4.189692)
				(xy -1.061719 4.188455) (xy -1.060971 4.187255) (xy -1.060169 4.186093) (xy -1.059315 4.184972)
				(xy -1.05841 4.183892) (xy -1.057456 4.182857) (xy -1.056454 4.181867) (xy -1.055407 4.180925) (xy -1.054317 4.180031)
				(xy -1.053184 4.179189) (xy -1.052011 4.1784) (xy -1.050799 4.177665) (xy -1.04955 4.176987) (xy -1.048266 4.176366)
				(xy -1.046949 4.175806) (xy -1.045599 4.175308) (xy -1.04422 4.174873) (xy -1.042813 4.174503) (xy -1.041379 4.174201)
				(xy -1.03992 4.173967) (xy -1.038438 4.173804) (xy -1.036935 4.173714) (xy -0.569263 2.570194) (xy -0.736695 2.570194)
				(xy -1.364564 4.12617) (xy -1.363422 4.127265) (xy -1.362345 4.128412) (xy -1.361333 4.129609) (xy -1.360388 4.130854)
				(xy -1.359512 4.132142) (xy -1.358705 4.133471) (xy -1.357969 4.134839) (xy -1.357305 4.136242)
				(xy -1.356714 4.137678) (xy -1.356199 4.139143) (xy -1.355759 4.140635) (xy -1.355396 4.14215) (xy -1.355112 4.143687)
				(xy -1.354908 4.145241) (xy -1.354786 4.14681) (xy -1.354745 4.148392) (xy -1.354786 4.149934) (xy -1.354903 4.151455)
				(xy -1.355094 4.152954) (xy -1.355359 4.15443) (xy -1.355694 4.155879) (xy -1.356099 4.157301) (xy -1.356571 4.158693)
				(xy -1.357108 4.160054) (xy -1.357709 4.161381) (xy -1.358371 4.162673) (xy -1.359093 4.163927)
				(xy -1.359873 4.165143) (xy -1.360708 4.166317) (xy -1.361598 4.167449) (xy -1.36254 4.168537) (xy -1.363532 4.169577)
				(xy -1.364573 4.170569) (xy -1.36566 4.171511) (xy -1.366792 4.172401) (xy -1.367967 4.173237) (xy -1.369182 4.174016)
				(xy -1.370437 4.174738) (xy -1.371729 4.175401) (xy -1.373056 4.176001) (xy -1.374417 4.176538)
				(xy -1.375809 4.17701) (xy -1.37723 4.177415) (xy -1.37868 4.17775) (xy -1.380155 4.178015) (xy -1.381655 4.178206)
				(xy -1.383176 4.178323) (xy -1.384718 4.178364) (xy -1.38626 4.178323) (xy -1.387781 4.178206) (xy -1.389281 4.178015)
				(xy -1.390756 4.17775) (xy -1.392205 4.177415) (xy -1.393627 4.17701) (xy -1.395019 4.176538) (xy -1.39638 4.176001)
				(xy -1.397707 4.175401) (xy -1.398998 4.174738) (xy -1.400253 4.174016) (xy -1.401469 4.173237)
				(xy -1.402643 4.172401) (xy -1.403775 4.171511) (xy -1.404863 4.170569) (xy -1.405903 4.169577)
				(xy -1.406895 4.168537) (xy -1.407837 4.167449) (xy -1.408727 4.166317) (xy -1.409563 4.165143)
				(xy -1.410343 4.163927) (xy -1.411064 4.162673) (xy -1.411727 4.161381) (xy -1.412327 4.160054)
				(xy -1.412864 4.158693) (xy -1.413336 4.157301) (xy -1.413741 4.155879) (xy -1.414076 4.15443) (xy -1.414341 4.152954)
				(xy -1.414532 4.151455) (xy -1.414649 4.149934) (xy -1.41469 4.148392) (xy -1.414649 4.14685) (xy -1.414532 4.145328)
				(xy -1.414341 4.143829) (xy -1.414076 4.142354) (xy -1.413741 4.140904) (xy -1.413336 4.139482)
				(xy -1.412864 4.13809) (xy -1.412327 4.13673) (xy -1.411726 4.135403) (xy -1.411064 4.134111) (xy -1.410342 4.132856)
				(xy -1.409562 4.131641) (xy -1.408727 4.130466) (xy -1.407837 4.129334) (xy -1.406895 4.128247)
				(xy -1.405903 4.127206) (xy -1.404862 4.126214) (xy -1.403775 4.125272) (xy -1.402643 4.124382)
				(xy -1.401468 4.123547) (xy -1.400253 4.122767) (xy -1.398998 4.122045) (xy -1.397706 4.121383)
				(xy -1.396379 4.120782) (xy -1.395019 4.120245) (xy -1.393627 4.119773) (xy -1.392205 4.119369)
				(xy -1.390755 4.119033) (xy -1.38928 4.118769) (xy -1.387781 4.118577) (xy -1.386259 4.11846) (xy -1.384717 4.11842)
				(xy -1.384459 4.118416) (xy -1.384201 4.118415) (xy -1.383942 4.118416) (xy -1.383684 4.11842) (xy -0.756849 2.570194)
				(xy -0.923764 2.570194) (xy -1.71493 4.054857) (xy -1.71394 4.055949) (xy -1.71301 4.057082) (xy -1.712139 4.058256)
				(xy -1.711328 4.059467) (xy -1.710579 4.060713) (xy -1.709892 4.061992) (xy -1.709269 4.0633) (xy -1.70871 4.064637)
				(xy -1.708216 4.065999) (xy -1.707788 4.067385) (xy -1.707427 4.06879) (xy -1.707134 4.070215) (xy -1.70691 4.071654)
				(xy -1.706756 4.073108) (xy -1.706673 4.074572) (xy -1.706662 4.076045) (xy -1.706702 4.077587)
				(xy -1.706819 4.079108) (xy -1.707011 4.080608) (xy -1.707275 4.082083) (xy -1.707611 4.083533)
				(xy -1.708016 4.084954) (xy -1.708487 4.086346) (xy -1.709025 4.087707) (xy -1.709625 4.089034)
				(xy -1.710287 4.090326) (xy -1.711009 4.09158) (xy -1.711789 4.092796) (xy -1.712625 4.093971) (xy -1.713514 4.095103)
				(xy -1.714456 4.09619) (xy -1.715449 4.097231) (xy -1.716489 4.098223) (xy -1.717577 4.099165) (xy -1.718708 4.100054)
				(xy -1.719883 4.10089) (xy -1.721099 4.10167) (xy -1.722353 4.102392) (xy -1.723645 4.103054) (xy -1.724972 4.103654)
				(xy -1.726333 4.104192) (xy -1.727725 4.104663) (xy -1.729147 4.105068) (xy -1.730596 4.105404)
				(xy -1.732071 4.105668) (xy -1.733571 4.10586) (xy -1.735092 4.105977) (xy -1.736634 4.106017) (xy -1.738176 4.105977)
				(xy -1.739697 4.10586) (xy -1.741197 4.105668) (xy -1.742672 4.105404) (xy -1.744121 4.105068) (xy -1.745543 4.104663)
				(xy -1.746935 4.104192) (xy -1.748296 4.103655) (xy -1.749623 4.103054) (xy -1.750915 4.102392)
				(xy -1.752169 4.10167) (xy -1.753385 4.10089) (xy -1.75456 4.100054) (xy -1.755691 4.099165) (xy -1.756779 4.098223)
				(xy -1.757819 4.097231) (xy -1.758812 4.09619) (xy -1.759753 4.095103) (xy -1.760643 4.093971) (xy -1.761479 4.092796)
				(xy -1.762259 4.091581) (xy -1.76298 4.090326) (xy -1.763643 4.089034) (xy -1.764243 4.087707) (xy -1.76478 4.086347)
				(xy -1.765252 4.084955) (xy -1.765657 4.083533) (xy -1.765992 4.082084) (xy -1.766257 4.080608)
				(xy -1.766449 4.079109) (xy -1.766566 4.077588) (xy -1.766606 4.076046) (xy -1.766566 4.074504)
				(xy -1.766449 4.072983) (xy -1.766257 4.071483) (xy -1.765992 4.070008) (xy -1.765657 4.068558)
				(xy -1.765252 4.067137) (xy -1.764781 4.065745) (xy -1.764243 4.064384) (xy -1.763643 4.063057)
				(xy -1.762981 4.061765) (xy -1.762259 4.06051) (xy -1.761479 4.059295) (xy -1.760643 4.05812) (xy -1.759754 4.056988)
				(xy -1.758812 4.055901) (xy -1.757819 4.05486) (xy -1.756779 4.053868) (xy -1.755691 4.052926) (xy -1.75456 4.052036)
				(xy -1.753385 4.0512) (xy -1.752169 4.05042) (xy -1.750915 4.049698) (xy -1.749623 4.049036) (xy -1.748296 4.048435)
				(xy -1.746935 4.047898) (xy -1.745543 4.047426) (xy -1.744121 4.047022) (xy -1.742672 4.046686)
				(xy -1.741196 4.046421) (xy -1.739697 4.04623) (xy -1.738176 4.046112) (xy -1.736634 4.046072) (xy -1.736182 4.046048)
				(xy -1.73573 4.046031) (xy -1.735277 4.046021) (xy -1.734825 4.046018) (xy -1.734373 4.046021) (xy -1.733921 4.046031)
				(xy -1.733468 4.046048) (xy -1.733016 4.046072) (xy -0.946502 2.570194) (xy -1.11445 2.570194) (xy -2.06788 3.967007)
				(xy -2.067154 3.967993) (xy -2.066471 3.969006) (xy -2.065831 3.970043) (xy -2.065235 3.971102)
				(xy -2.064684 3.972184) (xy -2.064177 3.973285) (xy -2.063716 3.974405) (xy -2.0633 3.975543) (xy -2.06293 3.976696)
				(xy -2.062607 3.977864) (xy -2.062332 3.979044) (xy -2.062104 3.980237) (xy -2.061924 3.981439)
				(xy -2.061793 3.982651) (xy -2.061711 3.983869) (xy -2.061679 3.985094) (xy -2.061719 3.986636)
				(xy -2.061836 3.988157) (xy -2.062028 3.989657) (xy -2.062293 3.991132) (xy -2.062628 3.992582)
				(xy -2.063033 3.994003) (xy -2.063505 3.995395) (xy -2.064042 3.996756) (xy -2.064642 3.998083)
				(xy -2.065305 3.999375) (xy -2.066026 4.00063) (xy -2.066806 4.001845) (xy -2.067642 4.00302) (xy -2.068532 4.004152)
				(xy -2.069474 4.005239) (xy -2.070466 4.00628) (xy -2.071507 4.007272) (xy -2.072594 4.008214) (xy -2.073726 4.009103)
				(xy -2.0749 4.009939) (xy -2.076116 4.010719) (xy -2.077371 4.011441) (xy -2.078662 4.012103) (xy -2.07999 4.012704)
				(xy -2.08135 4.013241) (xy -2.082742 4.013712) (xy -2.084164 4.014117) (xy -2.085613 4.014453) (xy -2.087089 4.014717)
				(xy -2.088588 4.014909) (xy -2.090109 4.015026) (xy -2.091651 4.015066) (xy -2.093193 4.015026)
				(xy -2.094714 4.014909) (xy -2.096214 4.014717) (xy -2.097689 4.014453) (xy -2.099139 4.014117)
				(xy -2.10056 4.013712) (xy -2.101952 4.013241) (xy -2.103313 4.012704) (xy -2.10464 4.012103) (xy -2.105932 4.011441)
				(xy -2.107186 4.010719) (xy -2.108402 4.009939) (xy -2.109577 4.009103) (xy -2.110709 4.008214)
				(xy -2.111796 4.007272) (xy -2.112837 4.00628) (xy -2.113829 4.005239) (xy -2.114771 4.004152) (xy -2.11566 4.00302)
				(xy -2.116496 4.001845) (xy -2.117276 4.00063) (xy -2.117998 3.999375) (xy -2.11866 3.998083) (xy -2.11926 3.996756)
				(xy -2.119798 3.995395) (xy -2.120269 3.994003) (xy -2.120674 3.992582) (xy -2.12101 3.991132) (xy -2.121274 3.989657)
				(xy -2.121466 3.988157) (xy -2.121583 3.986636) (xy -2.121623 3.985094) (xy -2.121583 3.983552)
				(xy -2.121466 3.982031) (xy -2.121274 3.980531) (xy -2.121009 3.979056) (xy -2.120674 3.977607)
				(xy -2.120269 3.976185) (xy -2.119797 3.974793) (xy -2.11926 3.973432) (xy -2.11866 3.972105) (xy -2.117997 3.970813)
				(xy -2.117275 3.969559) (xy -2.116496 3.968343) (xy -2.11566 3.967168) (xy -2.11477 3.966036) (xy -2.113828 3.964949)
				(xy -2.112836 3.963909) (xy -2.111795 3.962916) (xy -2.110708 3.961974) (xy -2.109576 3.961085)
				(xy -2.108402 3.960249) (xy -2.107186 3.959469) (xy -2.105931 3.958747) (xy -2.10464 3.958085) (xy -2.103312 3.957485)
				(xy -2.101952 3.956947) (xy -2.10056 3.956476) (xy -2.099138 3.956071) (xy -2.097689 3.955736) (xy -2.096214 3.955471)
				(xy -2.094714 3.955279) (xy -2.093193 3.955162) (xy -2.091651 3.955122) (xy -2.090597 3.955188)
				(xy -2.089547 3.95529) (xy -2.088502 3.95543) (xy -2.087462 3.955606) (xy -2.08643 3.955818) (xy -2.085405 3.956067)
				(xy -2.084389 3.956352) (xy -2.083383 3.956673) (xy -1.137187 2.570194) (xy -1.304619 2.570194)
				(xy -2.424447 3.859004) (xy -2.423945 3.859892) (xy -2.423475 3.860795) (xy -2.423036 3.861712)
				(xy -2.422629 3.862642) (xy -2.422254 3.863584) (xy -2.421912 3.864537) (xy -2.421602 3.865501)
				(xy -2.421324 3.866474) (xy -2.42108 3.867456) (xy -2.420869 3.868446) (xy -2.420691 3.869443) (xy -2.420548 3.870447)
				(xy -2.420437 3.871456) (xy -2.420362 3.872469) (xy -2.42032 3.873487) (xy -2.420313 3.874507) (xy -2.420353 3.876049)
				(xy -2.42047 3.87757) (xy -2.420662 3.87907) (xy -2.420927 3.880545) (xy -2.421262 3.881995) (xy -2.421667 3.883416)
				(xy -2.422139 3.884808) (xy -2.422676 3.886169) (xy -2.423276 3.887496) (xy -2.423939 3.888788)
				(xy -2.42466 3.890042) (xy -2.42544 3.891258) (xy -2.426276 3.892433) (xy -2.427166 3.893565) (xy -2.428108 3.894652)
				(xy -2.4291 3.895692) (xy -2.430141 3.896685) (xy -2.431228 3.897627) (xy -2.43236 3.898516) (xy -2.433534 3.899352)
				(xy -2.43475 3.900132) (xy -2.436005 3.900854) (xy -2.437297 3.901516) (xy -2.438624 3.902116) (xy -2.439984 3.902654)
				(xy -2.441376 3.903125) (xy -2.442798 3.90353) (xy -2.444248 3.903865) (xy -2.445723 3.90413) (xy -2.447222 3.904322)
				(xy -2.448744 3.904439) (xy -2.450286 3.904479) (xy -2.451827 3.904439) (xy -2.453349 3.904322)
				(xy -2.454848 3.90413) (xy -2.456324 3.903865) (xy -2.457773 3.90353) (xy -2.459195 3.903125) (xy -2.460587 3.902654)
				(xy -2.461947 3.902116) (xy -2.463275 3.901516) (xy -2.464566 3.900854) (xy -2.465821 3.900132)
				(xy -2.467037 3.899352) (xy -2.468211 3.898516) (xy -2.469343 3.897627) (xy -2.470431 3.896685)
				(xy -2.471471 3.895693) (xy -2.472463 3.894652) (xy -2.473405 3.893565) (xy -2.474295 3.892433)
				(xy -2.475131 3.891258) (xy -2.47591 3.890043) (xy -2.476632 3.888788) (xy -2.477295 3.887496) (xy -2.477895 3.886169)
				(xy -2.478432 3.884809) (xy -2.478904 3.883417) (xy -2.479309 3.881995) (xy -2.479644 3.880546)
				(xy -2.479909 3.87907) (xy -2.4801 3.877571) (xy -2.480217 3.87605) (xy -2.480258 3.874508) (xy -2.480217 3.872966)
				(xy -2.4801 3.871445) (xy -2.479909 3.869945) (xy -2.479644 3.86847) (xy -2.479309 3.86702) (xy -2.478904 3.865599)
				(xy -2.478432 3.864206) (xy -2.477895 3.862846) (xy -2.477295 3.861519) (xy -2.476632 3.860227)
				(xy -2.475911 3.858972) (xy -2.475131 3.857756) (xy -2.474295 3.856582) (xy -2.473405 3.85545) (xy -2.472463 3.854363)
				(xy -2.471471 3.853322) (xy -2.47043 3.852329) (xy -2.469343 3.851388) (xy -2.468211 3.850498) (xy -2.467037 3.849662)
				(xy -2.465821 3.848882) (xy -2.464566 3.84816) (xy -2.463274 3.847498) (xy -2.461947 3.846897) (xy -2.460587 3.84636)
				(xy -2.459195 3.845888) (xy -2.457773 3.845483) (xy -2.456323 3.845148) (xy -2.454848 3.844883)
				(xy -2.453349 3.844691) (xy -2.451827 3.844574) (xy -2.450285 3.844534) (xy -2.449589 3.844544)
				(xy -2.448894 3.84457) (xy -2.448201 3.844613) (xy -2.447509 3.844671) (xy -2.446819 3.844746) (xy -2.446131 3.844836)
				(xy -2.445446 3.844942) (xy -2.444763 3.845064) (xy -2.444084 3.845201) (xy -2.443407 3.845355)
				(xy -2.442734 3.845524) (xy -2.442065 3.845708) (xy -2.441401 3.845908) (xy -2.44074 3.846124) (xy -2.440084 3.846355)
				(xy -2.439433 3.846601) (xy -1.332007 2.570194) (xy -1.501506 2.570194) (xy -2.753109 3.688989)
				(xy -2.752818 3.689664) (xy -2.752544 3.690345) (xy -2.752287 3.691033) (xy -2.752047 3.691725)
				(xy -2.751825 3.692424) (xy -2.751619 3.693127) (xy -2.751431 3.693834) (xy -2.75126 3.694546) (xy -2.751106 3.695262)
				(xy -2.75097 3.695982) (xy -2.750852 3.696704) (xy -2.750751 3.69743) (xy -2.750668 3.698159) (xy -2.750602 3.69889)
				(xy -2.750555 3.699623) (xy -2.750525 3.700357) (xy -2.750566 3.701899) (xy -2.750683 3.703421)
				(xy -2.750875 3.70492) (xy -2.751139 3.706396) (xy -2.751475 3.707845) (xy -2.751879 3.709267) (xy -2.752351 3.710659)
				(xy -2.752888 3.712019) (xy -2.753489 3.713346) (xy -2.754151 3.714638) (xy -2.754873 3.715893)
				(xy -2.755653 3.717108) (xy -2.756489 3.718283) (xy -2.757378 3.719415) (xy -2.75832 3.720502) (xy -2.759312 3.721543)
				(xy -2.760353 3.722535) (xy -2.76144 3.723477) (xy -2.762572 3.724367) (xy -2.763747 3.725202) (xy -2.764963 3.725982)
				(xy -2.766217 3.726704) (xy -2.767509 3.727366) (xy -2.768836 3.727967) (xy -2.770197 3.728504)
				(xy -2.771589 3.728976) (xy -2.773011 3.72938) (xy -2.77446 3.729716) (xy -2.775936 3.729981) (xy -2.777435 3.730172)
				(xy -2.778956 3.730289) (xy -2.780498 3.73033) (xy -2.78204 3.730289) (xy -2.783562 3.730172) (xy -2.785061 3.729981)
				(xy -2.786536 3.729716) (xy -2.787986 3.72938) (xy -2.789407 3.728976) (xy -2.790799 3.728504) (xy -2.79216 3.727967)
				(xy -2.793487 3.727366) (xy -2.794779 3.726704) (xy -2.796033 3.725982) (xy -2.797249 3.725202)
				(xy -2.798424 3.724367) (xy -2.799556 3.723477) (xy -2.800643 3.722535) (xy -2.801684 3.721543)
				(xy -2.802676 3.720502) (xy -2.803618 3.719415) (xy -2.804507 3.718283) (xy -2.805343 3.717108)
				(xy -2.806123 3.715893) (xy -2.806845 3.714638) (xy -2.807507 3.713346) (xy -2.808108 3.712019)
				(xy -2.808645 3.710659) (xy -2.809117 3.709267) (xy -2.809521 3.707845) (xy -2.809857 3.706396)
				(xy -2.810121 3.70492) (xy -2.810313 3.703421) (xy -2.81043 3.701899) (xy -2.81047 3.700357) (xy -2.81043 3.698816)
				(xy -2.810313 3.697294) (xy -2.810121 3.695795) (xy -2.809857 3.694319) (xy -2.809521 3.69287) (xy -2.809117 3.691448)
				(xy -2.808645 3.690056) (xy -2.808108 3.688695) (xy -2.807507 3.687368) (xy -2.806845 3.686076)
				(xy -2.806123 3.684822) (xy -2.805343 3.683606) (xy -2.804508 3.682431) (xy -2.803618 3.681299)
				(xy -2.802676 3.680212) (xy -2.801684 3.679171) (xy -2.800643 3.678179) (xy -2.799556 3.677237)
				(xy -2.798424 3.676347) (xy -2.797249 3.675512) (xy -2.796033 3.674732) (xy -2.794779 3.67401) (xy -2.793487 3.673348)
				(xy -2.79216 3.672747) (xy -2.790799 3.67221) (xy -2.789407 3.671738) (xy -2.787985 3.671334) (xy -2.786536 3.670998)
				(xy -2.785061 3.670733) (xy -2.783561 3.670542) (xy -2.78204 3.670425) (xy -2.780498 3.670384) (xy -2.779544 3.670423)
				(xy -2.778593 3.670492) (xy -2.777647 3.670591) (xy -2.776705 3.67072) (xy -2.775769 3.670878) (xy -2.774838 3.671066)
				(xy -2.773915 3.671283) (xy -2.772999 3.671529) (xy -2.772092 3.671804) (xy -2.771193 3.672108)
				(xy -2.770305 3.672439) (xy -2.769426 3.6728) (xy -2.768558 3.673188) (xy -2.767702 3.673604) (xy -2.766859 3.674047)
				(xy -2.766028 3.674519) (xy -1.529928 2.570194) (xy -1.966594 2.570194) (xy -1.967095 2.570172)
				(xy -1.96759 2.570127) (xy -1.968077 2.570057) (xy -1.968557 2.569965) (xy -1.969028 2.56985) (xy -1.96949 2.569713)
				(xy -1.969943 2.569554) (xy -1.970385 2.569375) (xy -1.970816 2.569176) (xy -1.971236 2.568957)
				(xy -1.971644 2.56872) (xy -1.97204 2.568463) (xy -1.972422 2.568189) (xy -1.972791 2.567898) (xy -1.973145 2.56759)
				(xy -1.973485 2.567266) (xy -1.973809 2.566927) (xy -1.974117 2.566572) (xy -1.974408 2.566204)
				(xy -1.974682 2.565821) (xy -1.974938 2.565426) (xy -1.975176 2.565018) (xy -1.975395 2.564597)
				(xy -1.975594 2.564166) (xy -1.975773 2.563724) (xy -1.975931 2.563271) (xy -1.976068 2.562809)
				(xy -1.976183 2.562338) (xy -1.976276 2.561859) (xy -1.976345 2.561371) (xy -1.976391 2.560877)
				(xy -1.976412 2.560375) (xy -1.976412 2.073066) (xy -3.220781 3.111246) (xy -3.220409 3.112439)
				(xy -3.220087 3.113646) (xy -3.219816 3.114863) (xy -3.219596 3.11609) (xy -3.219427 3.117326) (xy -3.21931 3.118568)
				(xy -3.219244 3.119814) (xy -3.219231 3.121064) (xy -3.219269 3.122567) (xy -3.219383 3.124059)
				(xy -3.219569 3.125538) (xy -3.219829 3.127002) (xy -3.220159 3.128447) (xy -3.22056 3.129872) (xy -3.22103 3.131274)
				(xy -3.221568 3.13265) (xy -3.222173 3.133998) (xy -3.222845 3.135316) (xy -3.223581 3.1366) (xy -3.224381 3.137848)
				(xy -3.225244 3.139059) (xy -3.226169 3.140228) (xy -3.227154 3.141354) (xy -3.228199 3.142434)
				(xy -3.229297 3.143461) (xy -3.23044 3.144427) (xy -3.231625 3.145331) (xy -3.23285 3.146174) (xy -3.234112 3.146952)
				(xy -3.235408 3.147666) (xy -3.236737 3.148315) (xy -3.238095 3.148897) (xy -3.239481 3.149412)
				(xy -3.24089 3.149858) (xy -3.242322 3.150234) (xy -3.243773 3.15054) (xy -3.245241 3.150774) (xy -3.246723 3.150935)
				(xy -3.248217 3.151023) (xy -3.24972 3.151036) (xy -3.251262 3.150996) (xy -3.252783 3.150879) (xy -3.254283 3.150687)
				(xy -3.255758 3.150423) (xy -3.257207 3.150087) (xy -3.258629 3.149683) (xy -3.260021 3.149211)
				(xy -3.261382 3.148674) (xy -3.262709 3.148073) (xy -3.264001 3.147411) (xy -3.265255 3.146689)
				(xy -3.266471 3.145909) (xy -3.267646 3.145074) (xy -3.268777 3.144184) (xy -3.269865 3.143242)
				(xy -3.270905 3.14225) (xy -3.271898 3.141209) (xy -3.27284 3.140122) (xy -3.273729 3.13899) (xy -3.274565 3.137815)
				(xy -3.275345 3.1366) (xy -3.276067 3.135345) (xy -3.276729 3.134053) (xy -3.277329 3.132726) (xy -3.277866 3.131366)
				(xy -3.278338 3.129973) (xy -3.278743 3.128552) (xy -3.279078 3.127102) (xy -3.279343 3.125627)
				(xy -3.279535 3.124128) (xy -3.279652 3.122606) (xy -3.279692 3.121064) (xy -3.279652 3.119522)
				(xy -3.279535 3.118001) (xy -3.279343 3.116501) (xy -3.279078 3.115026) (xy -3.278743 3.113577)
				(xy -3.278338 3.112155) (xy -3.277866 3.110763) (xy -3.277329 3.109402) (xy -3.276729 3.108075)
				(xy -3.276066 3.106783) (xy -3.275344 3.105529) (xy -3.274565 3.104313) (xy -3.273729 3.103138)
				(xy -3.272839 3.102007) (xy -3.271897 3.100919) (xy -3.270905 3.099879) (xy -3.269864 3.098886)
				(xy -3.268777 3.097945) (xy -3.267645 3.097055) (xy -3.26647 3.096219) (xy -3.265255 3.095439) (xy -3.264 3.094718)
				(xy -3.262708 3.094055) (xy -3.261381 3.093455) (xy -3.260021 3.092918) (xy -3.258629 3.092446)
				(xy -3.257207 3.092041) (xy -3.255758 3.091706) (xy -3.254282 3.091441) (xy -3.252783 3.091249)
				(xy -3.251261 3.091132) (xy -3.24972 3.091092) (xy -3.248699 3.091099) (xy -3.247682 3.091141) (xy -3.246669 3.091217)
				(xy -3.24566 3.091327) (xy -3.244656 3.091471) (xy -3.243659 3.091648) (xy -3.242669 3.091859) (xy -3.241687 3.092103)
				(xy -3.240713 3.092381) (xy -3.239749 3.092691) (xy -3.238796 3.093033) (xy -3.237854 3.093408)
				(xy -3.236925 3.093815) (xy -3.236008 3.094254) (xy -3.235105 3.094724) (xy -3.234217 3.095226)
				(xy -1.976412 2.048262) (xy -1.976412 1.851374) (xy -3.329818 2.736592) (xy -3.329683 2.73736) (xy -3.329568 2.738131)
				(xy -3.329473 2.738904) (xy -3.329399 2.739679) (xy -3.329344 2.740456) (xy -3.32931 2.741235) (xy -3.329295 2.742014)
				(xy -3.329301 2.742793) (xy -3.329342 2.744335) (xy -3.329459 2.745856) (xy -3.32965 2.747356) (xy -3.329915 2.748831)
				(xy -3.33025 2.750281) (xy -3.330655 2.751702) (xy -3.331127 2.753094) (xy -3.331664 2.754455) (xy -3.332265 2.755782)
				(xy -3.332927 2.757074) (xy -3.333649 2.758329) (xy -3.334429 2.759544) (xy -3.335264 2.760719)
				(xy -3.336154 2.761851) (xy -3.337096 2.762938) (xy -3.338088 2.763979) (xy -3.339129 2.764971)
				(xy -3.340216 2.765913) (xy -3.341348 2.766802) (xy -3.342523 2.767638) (xy -3.343738 2.768418)
				(xy -3.344993 2.76914) (xy -3.346285 2.769802) (xy -3.347612 2.770403) (xy -3.348973 2.77094) (xy -3.350365 2.771412)
				(xy -3.351786 2.771816) (xy -3.353236 2.772152) (xy -3.354711 2.772416) (xy -3.356211 2.772608)
				(xy -3.357732 2.772725) (xy -3.359274 2.772765) (xy -3.360816 2.772725) (xy -3.362337 2.772608)
				(xy -3.363837 2.772416) (xy -3.365312 2.772152) (xy -3.366761 2.771816) (xy -3.368183 2.771411)
				(xy -3.369575 2.77094) (xy -3.370936 2.770402) (xy -3.372263 2.769802) (xy -3.373555 2.76914) (xy -3.374809 2.768418)
				(xy -3.376025 2.767638) (xy -3.3772 2.766802) (xy -3.378331 2.765912) (xy -3.379419 2.76497) (xy -3.380459 2.763978)
				(xy -3.381452 2.762938) (xy -3.382394 2.76185) (xy -3.383283 2.760718) (xy -3.384119 2.759544) (xy -3.384899 2.758328)
				(xy -3.385621 2.757073) (xy -3.386283 2.755782) (xy -3.386883 2.754455) (xy -3.38742 2.753094) (xy -3.387892 2.751702)
				(xy -3.388297 2.75028) (xy -3.388632 2.748831) (xy -3.388897 2.747356) (xy -3.389089 2.745856) (xy -3.389206 2.744335)
				(xy -3.389246 2.742793) (xy -3.389226 2.741388) (xy -3.389141 2.739998) (xy -3.388994 2.738623)
				(xy -3.388785 2.737267) (xy -3.388516 2.73593) (xy -3.388189 2.734614) (xy -3.387803 2.73332) (xy -3.387362 2.73205)
				(xy -3.386866 2.730806) (xy -3.386316 2.729589) (xy -3.385714 2.7284) (xy -3.385061 2.727242) (xy -3.384359 2.726115)
				(xy -3.383609 2.725022) (xy -3.382812 2.723964) (xy -3.381969 2.722942) (xy -3.381083 2.721959)
				(xy -3.380154 2.721014) (xy -3.379183 2.720111) (xy -3.378172 2.719251) (xy -3.377123 2.718435)
				(xy -3.376036 2.717664) (xy -3.374913 2.716941) (xy -3.373756 2.716267) (xy -3.372565 2.715643)
				(xy -3.371342 2.715072) (xy -3.370088 2.714553) (xy -3.368806 2.71409) (xy -3.367495 2.713684) (xy -3.366157 2.713336)
				(xy -3.364794 2.713048) (xy -3.363407 2.712821) (xy -3.362891 2.712789) (xy -3.362374 2.712767)
				(xy -3.361858 2.712754) (xy -3.361341 2.712749) (xy -3.360824 2.712754) (xy -3.360307 2.712767)
				(xy -3.35979 2.71279) (xy -3.359274 2.712821) (xy -3.358059 2.712825) (xy -3.35685 2.712878) (xy -3.355647 2.712979)
				(xy -3.354451 2.713128) (xy -3.353264 2.713325) (xy -3.352087 2.713569) (xy -3.350922 2.71386) (xy -3.349769 2.714197)
				(xy -3.348631 2.71458) (xy -3.347509 2.715008) (xy -3.346405 2.715481) (xy -3.345318 2.715998) (xy -3.344252 2.71656)
				(xy -3.343207 2.717165) (xy -3.342185 2.717814) (xy -3.341187 2.718505) (xy -1.976412 1.826053)
				(xy -1.976412 1.629166) (xy -3.403715 2.365555) (xy -3.403619 2.366067) (xy -3.403532 2.366581)
				(xy -3.403454 2.367096) (xy -3.403385 2.367613) (xy -3.403325 2.36813) (xy -3.403274 2.368649) (xy -3.403232 2.369169)
				(xy -3.403198 2.369689) (xy -3.403239 2.371231) (xy -3.403356 2.372752) (xy -3.403547 2.374252)
				(xy -3.403812 2.375727) (xy -3.404148 2.377177) (xy -3.404552 2.378598) (xy -3.405024 2.37999) (xy -3.405561 2.381351)
				(xy -3.406162 2.382678) (xy -3.406824 2.38397) (xy -3.407546 2.385225) (xy -3.408326 2.38644) (xy -3.409161 2.387615)
				(xy -3.410051 2.388747) (xy -3.410993 2.389834) (xy -3.411985 2.390875) (xy -3.413026 2.391867)
				(xy -3.414113 2.392809) (xy -3.415245 2.393699) (xy -3.41642 2.394534) (xy -3.417635 2.395314) (xy -3.41889 2.396036)
				(xy -3.420182 2.396698) (xy -3.421509 2.397299) (xy -3.42287 2.397836) (xy -3.424262 2.398308) (xy -3.425683 2.398712)
				(xy -3.427133 2.399048) (xy -3.428608 2.399313) (xy -3.430108 2.399504) (xy -3.431629 2.399621)
				(xy -3.433171 2.399662) (xy -3.434713 2.399621) (xy -3.436234 2.399504) (xy -3.437733 2.399313)
				(xy -3.439209 2.399048) (xy -3.440658 2.398712) (xy -3.44208 2.398308) (xy -3.443472 2.397836) (xy -3.444833 2.397299)
				(xy -3.44616 2.396698) (xy -3.447452 2.396036) (xy -3.448706 2.395314) (xy -3.449922 2.394534) (xy -3.451097 2.393699)
				(xy -3.452228 2.392809) (xy -3.453316 2.391867) (xy -3.454356 2.390875) (xy -3.455349 2.389834)
				(xy -3.456291 2.388747) (xy -3.45718 2.387615) (xy -3.458016 2.38644) (xy -3.458796 2.385224) (xy -3.459518 2.38397)
				(xy -3.46018 2.382678) (xy -3.46078 2.381351) (xy -3.461318 2.37999) (xy -3.461789 2.378598) (xy -3.462194 2.377176)
				(xy -3.46253 2.375727) (xy -3.462794 2.374252) (xy -3.462986 2.372752) (xy -3.463103 2.371231) (xy -3.463143 2.369689)
				(xy -3.463103 2.368147) (xy -3.462986 2.366626) (xy -3.462794 2.365126) (xy -3.46253 2.363651) (xy -3.462194 2.362201)
				(xy -3.461789 2.36078) (xy -3.461318 2.359388) (xy -3.46078 2.358027) (xy -3.46018 2.3567) (xy -3.459518 2.355408)
				(xy -3.458796 2.354153) (xy -3.458016 2.352938) (xy -3.45718 2.351763) (xy -3.456291 2.350631) (xy -3.455349 2.349544)
				(xy -3.454356 2.348503) (xy -3.453316 2.347511) (xy -3.452228 2.346569) (xy -3.451097 2.345679)
				(xy -3.449922 2.344844) (xy -3.448706 2.344064) (xy -3.447452 2.343342) (xy -3.44616 2.34268) (xy -3.444833 2.342079)
				(xy -3.443472 2.341542) (xy -3.44208 2.34107) (xy -3.440658 2.340666) (xy -3.439209 2.34033) (xy -3.437733 2.340065)
				(xy -3.436234 2.339874) (xy -3.434713 2.339757) (xy -3.433171 2.339716) (xy -3.431719 2.339778)
				(xy -3.430278 2.339909) (xy -3.428849 2.340109) (xy -3.427436 2.340376) (xy -3.426041 2.34071) (xy -3.424665 2.34111)
				(xy -3.423312 2.341574) (xy -3.421982 2.342102) (xy -3.42068 2.342692) (xy -3.419406 2.343345) (xy -3.418164 2.344058)
				(xy -3.416955 2.344831) (xy -3.415782 2.345663) (xy -3.414647 2.346552) (xy -3.413552 2.347499)
				(xy -3.4125 2.348502) (xy -1.976412 1.607461) (xy -1.976412 1.410058) (xy -3.463143 2.014672) (xy -3.46313 2.015189)
				(xy -3.463125 2.015705) (xy -3.46313 2.016222) (xy -3.463143 2.016739) (xy -3.463183 2.018281) (xy -3.4633 2.019802)
				(xy -3.463492 2.021302) (xy -3.463757 2.022777) (xy -3.464092 2.024226) (xy -3.464497 2.025648)
				(xy -3.464969 2.02704) (xy -3.465506 2.028401) (xy -3.466106 2.029728) (xy -3.466769 2.03102) (xy -3.46749 2.032274)
				(xy -3.46827 2.03349) (xy -3.469106 2.034665) (xy -3.469996 2.035797) (xy -3.470938 2.036884) (xy -3.47193 2.037925)
				(xy -3.472971 2.038917) (xy -3.474058 2.039859) (xy -3.47519 2.040749) (xy -3.476364 2.041584) (xy -3.47758 2.042364)
				(xy -3.478835 2.043086) (xy -3.480127 2.043748) (xy -3.481454 2.044349) (xy -3.482814 2.044886)
				(xy -3.484206 2.045358) (xy -3.485628 2.045762) (xy -3.487077 2.046098) (xy -3.488553 2.046362)
				(xy -3.490052 2.046554) (xy -3.491574 2.046671) (xy -3.493115 2.046711) (xy -3.494657 2.046671)
				(xy -3.496179 2.046554) (xy -3.497678 2.046362) (xy -3.499154 2.046098) (xy -3.500603 2.045762)
				(xy -3.502025 2.045358) (xy -3.503417 2.044886) (xy -3.504777 2.044349) (xy -3.506104 2.043748)
				(xy -3.507396 2.043086) (xy -3.508651 2.042364) (xy -3.509867 2.041584) (xy -3.511041 2.040748)
				(xy -3.512173 2.039859) (xy -3.51326 2.038917) (xy -3.514301 2.037924) (xy -3.515293 2.036884) (xy -3.516235 2.035797)
				(xy -3.517125 2.034665) (xy -3.517961 2.03349) (xy -3.51874 2.032274) (xy -3.519462 2.03102) (xy -3.520125 2.029728)
				(xy -3.520725 2.028401) (xy -3.521262 2.02704) (xy -3.521734 2.025648) (xy -3.522139 2.024226) (xy -3.522474 2.022777)
				(xy -3.522739 2.021302) (xy -3.522931 2.019802) (xy -3.523048 2.018281) (xy -3.523088 2.016739)
				(xy -3.523047 2.015197) (xy -3.522931 2.013676) (xy -3.522739 2.012176) (xy -3.522474 2.010701)
				(xy -3.522139 2.009251) (xy -3.521734 2.00783) (xy -3.521262 2.006438) (xy -3.520725 2.005077) (xy -3.520124 2.00375)
				(xy -3.519462 2.002458) (xy -3.51874 2.001204) (xy -3.517961 1.999988) (xy -3.517125 1.998813) (xy -3.516235 1.997681)
				(xy -3.515293 1.996594) (xy -3.514301 1.995554) (xy -3.51326 1.994561) (xy -3.512173 1.993619) (xy -3.511041 1.99273)
				(xy -3.509866 1.991894) (xy -3.508651 1.991114) (xy -3.507396 1.990392) (xy -3.506104 1.98973) (xy -3.504777 1.98913)
				(xy -3.503417 1.988592) (xy -3.502025 1.988121) (xy -3.500603 1.987716) (xy -3.499153 1.98738) (xy -3.497678 1.987116)
				(xy -3.496179 1.986924) (xy -3.494657 1.986807) (xy -3.493115 1.986767) (xy -3.491486 1.986807)
				(xy -3.489869 1.986934) (xy -3.488268 1.987147) (xy -3.486687 1.987445) (xy -3.485129 1.987827)
				(xy -3.483596 1.98829) (xy -3.482092 1.988833) (xy -3.48062 1.989456) (xy -3.479183 1.990155) (xy -3.477785 1.990931)
				(xy -3.476428 1.991782) (xy -3.475116 1.992705) (xy -3.473852 1.9937) (xy -3.472638 1.994766) (xy -3.471479 1.9959)
				(xy -3.470378 1.997102) (xy -1.976412 1.387321) (xy -1.976412 1.1925) (xy -3.511202 1.681359) (xy -3.511293 1.682862)
				(xy -3.511456 1.684344) (xy -3.511689 1.685803) (xy -3.511992 1.687237) (xy -3.512361 1.688644)
				(xy -3.512796 1.690024) (xy -3.513295 1.691373) (xy -3.513855 1.69269) (xy -3.514475 1.693974) (xy -3.515154 1.695223)
				(xy -3.515889 1.696435) (xy -3.516678 1.697608) (xy -3.51752 1.698741) (xy -3.518413 1.699832) (xy -3.519356 1.700879)
				(xy -3.520346 1.70188) (xy -3.521381 1.702834) (xy -3.522461 1.703739) (xy -3.523582 1.704594) (xy -3.524744 1.705396)
				(xy -3.525944 1.706143) (xy -3.527181 1.706835) (xy -3.528453 1.707469) (xy -3.529758 1.708044)
				(xy -3.531094 1.708558) (xy -3.53246 1.709009) (xy -3.533853 1.709395) (xy -3.535273 1.709715) (xy -3.536717 1.709967)
				(xy -3.538183 1.710149) (xy -3.53967 1.71026) (xy -3.541175 1.710298) (xy -3.542717 1.710257) (xy -3.544238 1.71014)
				(xy -3.545738 1.709948) (xy -3.547213 1.709684) (xy -3.548662 1.709348) (xy -3.550084 1.708944)
				(xy -3.551476 1.708472) (xy -3.552837 1.707935) (xy -3.554164 1.707334) (xy -3.555456 1.706672)
				(xy -3.55671 1.70595) (xy -3.557926 1.70517) (xy -3.559101 1.704334) (xy -3.560232 1.703445) (xy -3.56132 1.702503)
				(xy -3.56236 1.70151) (xy -3.563353 1.70047) (xy -3.564294 1.699382) (xy -3.565184 1.69825) (xy -3.56602 1.697076)
				(xy -3.5668 1.69586) (xy -3.567521 1.694606) (xy -3.568184 1.693314) (xy -3.568784 1.691987) (xy -3.569321 1.690626)
				(xy -3.569793 1.689234) (xy -3.570198 1.687813) (xy -3.570533 1.686363) (xy -3.570798 1.684888)
				(xy -3.57099 1.683389) (xy -3.571106 1.681867) (xy -3.571147 1.680326) (xy -3.571106 1.678784) (xy -3.57099 1.677262)
				(xy -3.570798 1.675763) (xy -3.570533 1.674287) (xy -3.570198 1.672838) (xy -3.569793 1.671416)
				(xy -3.569321 1.670024) (xy -3.568784 1.668664) (xy -3.568184 1.667336) (xy -3.567521 1.666045)
				(xy -3.566799 1.66479) (xy -3.56602 1.663574) (xy -3.565184 1.6624) (xy -3.564294 1.661268) (xy -3.563352 1.66018)
				(xy -3.56236 1.65914) (xy -3.561319 1.658147) (xy -3.560232 1.657205) (xy -3.5591 1.656316) (xy -3.557926 1.65548)
				(xy -3.55671 1.6547) (xy -3.555455 1.653978) (xy -3.554163 1.653316) (xy -3.552836 1.652715) (xy -3.551476 1.652178)
				(xy -3.550084 1.651706) (xy -3.548662 1.651302) (xy -3.547213 1.650966) (xy -3.545737 1.650702)
				(xy -3.544238 1.65051) (xy -3.542716 1.650393) (xy -3.541175 1.650352) (xy -3.539496 1.65039) (xy -3.537831 1.650521)
				(xy -3.536183 1.650744) (xy -3.534557 1.651055) (xy -3.532955 1.651455) (xy -3.53138 1.651941) (xy -3.529837 1.652512)
				(xy -3.528328 1.653167) (xy -3.526858 1.653903) (xy -3.525429 1.654719) (xy -3.524045 1.655613)
				(xy -3.52271 1.656584) (xy -3.521426 1.657631) (xy -3.520197 1.658751) (xy -3.519028 1.659943) (xy -3.51792 1.661205)
				(xy -1.976412 1.17183) (xy -1.976412 0.975976) (xy -3.548926 1.360449) (xy -3.54911 1.361874) (xy -3.549358 1.363277)
				(xy -3.54967 1.364655) (xy -3.550043 1.366006) (xy -3.550476 1.367331) (xy -3.550968 1.368626) (xy -3.551517 1.36989)
				(xy -3.55212 1.371123) (xy -3.552777 1.372322) (xy -3.553486 1.373486) (xy -3.554245 1.374614) (xy -3.555052 1.375704)
				(xy -3.555907 1.376755) (xy -3.556807 1.377766) (xy -3.557751 1.378734) (xy -3.558736 1.379658)
				(xy -3.559762 1.380537) (xy -3.560827 1.38137) (xy -3.561929 1.382154) (xy -3.563067 1.38289) (xy -3.564238 1.383574)
				(xy -3.565442 1.384206) (xy -3.566677 1.384784) (xy -3.56794 1.385306) (xy -3.569231 1.385772) (xy -3.570548 1.38618)
				(xy -3.571889 1.386528) (xy -3.573252 1.386814) (xy -3.574636 1.387039) (xy -3.57604 1.387199) (xy -3.577461 1.387293)
				(xy -3.578898 1.387321) (xy -3.58044 1.38728) (xy -3.581962 1.387163) (xy -3.583461 1.386971) (xy -3.584936 1.386707)
				(xy -3.586386 1.386371) (xy -3.587808 1.385967) (xy -3.5892 1.385495) (xy -3.59056 1.384958) (xy -3.591887 1.384357)
				(xy -3.593179 1.383695) (xy -3.594434 1.382973) (xy -3.595649 1.382193) (xy -3.596824 1.381358)
				(xy -3.597956 1.380468) (xy -3.599043 1.379526) (xy -3.600084 1.378534) (xy -3.601076 1.377493)
				(xy -3.602018 1.376406) (xy -3.602908 1.375274) (xy -3.603744 1.374099) (xy -3.604523 1.372883)
				(xy -3.605245 1.371629) (xy -3.605907 1.370337) (xy -3.606508 1.36901) (xy -3.607045 1.367649) (xy -3.607517 1.366257)
				(xy -3.607922 1.364835) (xy -3.608257 1.363386) (xy -3.608522 1.361911) (xy -3.608713 1.360411)
				(xy -3.60883 1.35889) (xy -3.608871 1.357348) (xy -3.60883 1.355806) (xy -3.608713 1.354285) (xy -3.608522 1.352785)
				(xy -3.608257 1.35131) (xy -3.607921 1.349861) (xy -3.607517 1.348439) (xy -3.607045 1.347047) (xy -3.606508 1.345686)
				(xy -3.605907 1.344359) (xy -3.605245 1.343067) (xy -3.604523 1.341813) (xy -3.603743 1.340597)
				(xy -3.602908 1.339422) (xy -3.602018 1.338291) (xy -3.601076 1.337203) (xy -3.600084 1.336163)
				(xy -3.599043 1.33517) (xy -3.597956 1.334228) (xy -3.596824 1.333339) (xy -3.595649 1.332503) (xy -3.594434 1.331723)
				(xy -3.593179 1.331001) (xy -3.591887 1.330339) (xy -3.59056 1.329739) (xy -3.5892 1.329201) (xy -3.587808 1.32873)
				(xy -3.586386 1.328325) (xy -3.584936 1.327989) (xy -3.583461 1.327725) (xy -3.581962 1.327533)
				(xy -3.58044 1.327416) (xy -3.578898 1.327376) (xy -3.576999 1.327416) (xy -3.57512 1.327575) (xy -3.573265 1.32785)
				(xy -3.57144 1.328238) (xy -3.569649 1.328737) (xy -3.567897 1.329345) (xy -3.566189 1.330058) (xy -3.564529 1.330874)
				(xy -3.562923 1.331791) (xy -3.561375 1.332806) (xy -3.55989 1.333916) (xy -3.558472 1.335119) (xy -3.557128 1.336413)
				(xy -3.55586 1.337795) (xy -3.554675 1.339262) (xy -3.553577 1.340812) (xy -1.976412 0.955306) (xy -1.976412 0.761002)
				(xy -3.577865 1.049356) (xy -3.578109 1.050705) (xy -3.578412 1.052031) (xy -3.578771 1.053333)
				(xy -3.579186 1.054608) (xy -3.579654 1.055856) (xy -3.580175 1.057075) (xy -3.580746 1.058265)
				(xy -3.581368 1.059424) (xy -3.582037 1.06055) (xy -3.582752 1.061643) (xy -3.583513 1.062702) (xy -3.584317 1.063724)
				(xy -3.585164 1.064709) (xy -3.586051 1.065655) (xy -3.586977 1.066562) (xy -3.587941 1.067428)
				(xy -3.588942 1.068251) (xy -3.589977 1.069031) (xy -3.591046 1.069766) (xy -3.592147 1.070455)
				(xy -3.593278 1.071097) (xy -3.594439 1.07169) (xy -3.595627 1.072233) (xy -3.596841 1.072726) (xy -3.59808 1.073166)
				(xy -3.599342 1.073553) (xy -3.600626 1.073884) (xy -3.60193 1.07416) (xy -3.603253 1.074379) (xy -3.604593 1.074539)
				(xy -3.60595 1.074639) (xy -3.607321 1.074678) (xy -3.608863 1.074638) (xy -3.610384 1.074521) (xy -3.611883 1.074329)
				(xy -3.613359 1.074064) (xy -3.614808 1.073729) (xy -3.61623 1.073324) (xy -3.617622 1.072852) (xy -3.618982 1.072315)
				(xy -3.62031 1.071714) (xy -3.621601 1.071052) (xy -3.622856 1.07033) (xy -3.624072 1.069551) (xy -3.625246 1.068715)
				(xy -3.626378 1.067825) (xy -3.627465 1.066883) (xy -3.628506 1.065891) (xy -3.629498 1.06485) (xy -3.63044 1.063763)
				(xy -3.63133 1.062631) (xy -3.632166 1.061456) (xy -3.632945 1.060241) (xy -3.633667 1.058986) (xy -3.63433 1.057694)
				(xy -3.63493 1.056367) (xy -3.635467 1.055007) (xy -3.635939 1.053615) (xy -3.636344 1.052193) (xy -3.636679 1.050744)
				(xy -3.636944 1.049268) (xy -3.637135 1.047769) (xy -3.637252 1.046248) (xy -3.637293 1.044706)
				(xy -3.637252 1.043164) (xy -3.637135 1.041643) (xy -3.636944 1.040143) (xy -3.636679 1.038668)
				(xy -3.636344 1.037218) (xy -3.635939 1.035797) (xy -3.635467 1.034404) (xy -3.63493 1.033044) (xy -3.634329 1.031717)
				(xy -3.633667 1.030425) (xy -3.632945 1.02917) (xy -3.632166 1.027955) (xy -3.63133 1.02678) (xy -3.63044 1.025648)
				(xy -3.629498 1.024561) (xy -3.628506 1.02352) (xy -3.627465 1.022528) (xy -3.626378 1.021586) (xy -3.625246 1.020696)
				(xy -3.624071 1.01986) (xy -3.622856 1.019081) (xy -3.621601 1.018359) (xy -3.620309 1.017697) (xy -3.618982 1.017096)
				(xy -3.617622 1.016559) (xy -3.61623 1.016087) (xy -3.614808 1.015682) (xy -3.613358 1.015347) (xy -3.611883 1.015082)
				(xy -3.610384 1.014891) (xy -3.608862 1.014774) (xy -3.60732 1.014733) (xy -3.606313 1.014765) (xy -3.605312 1.014829)
				(xy -3.604318 1.014927) (xy -3.603331 1.015057) (xy -3.602352 1.015219) (xy -3.601382 1.015413)
				(xy -3.600421 1.015638) (xy -3.599471 1.015894) (xy -3.598531 1.016181) (xy -3.597603 1.016497)
				(xy -3.596687 1.016844) (xy -3.595784 1.017219) (xy -3.594894 1.017624) (xy -3.594019 1.018056)
				(xy -3.593158 1.018517) (xy -3.592314 1.019006) (xy -3.591485 1.019521) (xy -3.590674 1.020063)
				(xy -3.58988 1.020632) (xy -3.589105 1.021227) (xy -3.588348 1.021847) (xy -3.587612 1.022492) (xy -3.586895 1.023162)
				(xy -3.5862 1.023857) (xy -3.585527 1.024575) (xy -3.584876 1.025316) (xy -3.584249 1.026081) (xy -3.583645 1.026868)
				(xy -3.583066 1.027678) (xy -3.582512 1.02851) (xy -3.581984 1.029362) (xy -3.581482 1.030236) (xy -1.976412 0.740849)
				(xy -1.976412 0.546028) (xy -3.598535 0.746533) (xy -3.59882 0.747844) (xy -3.599159 0.749131) (xy -3.599552 0.750392)
				(xy -3.599997 0.751627) (xy -3.600493 0.752834) (xy -3.601038 0.754013) (xy -3.601632 0.755161)
				(xy -3.602272 0.756279) (xy -3.602957 0.757365) (xy -3.603686 0.758417) (xy -3.604457 0.759435)
				(xy -3.605269 0.760417) (xy -3.606121 0.761363) (xy -3.607012 0.76227) (xy -3.607939 0.763139) (xy -3.608901 0.763967)
				(xy -3.609898 0.764754) (xy -3.610927 0.765499) (xy -3.611988 0.7662) (xy -3.613079 0.766856) (xy -3.614198 0.767466)
				(xy -3.615344 0.76803) (xy -3.616516 0.768545) (xy -3.617712 0.76901) (xy -3.618931 0.769425) (xy -3.620172 0.769789)
				(xy -3.621433 0.7701) (xy -3.622713 0.770356) (xy -3.62401 0.770558) (xy -3.625323 0.770703) (xy -3.626651 0.770791)
				(xy -3.627991 0.770821) (xy -3.629533 0.77078) (xy -3.631055 0.770663) (xy -3.632554 0.770472) (xy -3.634029 0.770207)
				(xy -3.635479 0.769871) (xy -3.636901 0.769467) (xy -3.638293 0.768995) (xy -3.639653 0.768458)
				(xy -3.64098 0.767857) (xy -3.642272 0.767195) (xy -3.643527 0.766473) (xy -3.644742 0.765693) (xy -3.645917 0.764857)
				(xy -3.647049 0.763968) (xy -3.648136 0.763026) (xy -3.649177 0.762033) (xy -3.650169 0.760993)
				(xy -3.651111 0.759906) (xy -3.652001 0.758774) (xy -3.652836 0.757599) (xy -3.653616 0.756383)
				(xy -3.654338 0.755129) (xy -3.655 0.753837) (xy -3.655601 0.75251) (xy -3.656138 0.751149) (xy -3.65661 0.749757)
				(xy -3.657014 0.748335) (xy -3.65735 0.746886) (xy -3.657614 0.745411) (xy -3.657806 0.743911) (xy -3.657923 0.74239)
				(xy -3.657963 0.740848) (xy -3.657923 0.739306) (xy -3.657806 0.737785) (xy -3.657614 0.736285)
				(xy -3.65735 0.73481) (xy -3.657014 0.73336) (xy -3.65661 0.731939) (xy -3.656138 0.730547) (xy -3.655601 0.729186)
				(xy -3.655 0.727859) (xy -3.654338 0.726567) (xy -3.653616 0.725313) (xy -3.652836 0.724097) (xy -3.652001 0.722922)
				(xy -3.651111 0.72179) (xy -3.650169 0.720703) (xy -3.649177 0.719662) (xy -3.648136 0.71867) (xy -3.647049 0.717728)
				(xy -3.645917 0.716838) (xy -3.644742 0.716003) (xy -3.643526 0.715223) (xy -3.642272 0.714501)
				(xy -3.64098 0.713839) (xy -3.639653 0.713238) (xy -3.638292 0.712701) (xy -3.6369 0.712229) (xy -3.635479 0.711825)
				(xy -3.634029 0.711489) (xy -3.632554 0.711225) (xy -3.631054 0.711033) (xy -3.629533 0.710916)
				(xy -3.627991 0.710876) (xy -3.626956 0.7109) (xy -3.625928 0.71096) (xy -3.624906 0.711054) (xy -3.623892 0.711183)
				(xy -3.622887 0.711345) (xy -3.621891 0.711541) (xy -3.620905 0.71177) (xy -3.619929 0.712031) (xy -3.618965 0.712325)
				(xy -3.618013 0.71265) (xy -3.617074 0.713006) (xy -3.616148 0.713393) (xy -3.615237 0.713811) (xy -3.614341 0.714258)
				(xy -3.613461 0.714734) (xy -3.612597 0.71524) (xy -3.611751 0.715774) (xy -3.610923 0.716336) (xy -3.610113 0.716925)
				(xy -3.609323 0.717542) (xy -3.608553 0.718185) (xy -3.607805 0.718855) (xy -3.607078 0.71955) (xy -3.606373 0.720271)
				(xy -3.605692 0.721017) (xy -3.605035 0.721787) (xy -3.604402 0.722581) (xy -3.603795 0.723399)
				(xy -3.603214 0.724239) (xy -3.60266 0.725103) (xy -3.602134 0.725988) (xy -3.601636 0.726896) (xy -1.976412 0.525358)
				(xy -1.976412 0.331571) (xy -3.613005 0.450943) (xy -3.613387 0.452104) (xy -3.613813 0.45324) (xy -3.614793 0.455439)
				(xy -3.615934 0.457532) (xy -3.617227 0.459513) (xy -3.618665 0.461375) (xy -3.620237 0.463112)
				(xy -3.621936 0.464717) (xy -3.623752 0.466184) (xy -3.625676 0.467505) (xy -3.627699 0.468675)
				(xy -3.629813 0.469686) (xy -3.632008 0.470531) (xy -3.634276 0.471205) (xy -3.636608 0.471701)
				(xy -3.638995 0.472012) (xy -3.640206 0.472096) (xy -3.641428 0.472131) (xy -3.642931 0.472118)
				(xy -3.644424 0.47203) (xy -3.645906 0.471868) (xy -3.647374 0.471634) (xy -3.648825 0.471328) (xy -3.650257 0.470952)
				(xy -3.651666 0.470506) (xy -3.653052 0.469991) (xy -3.65441 0.469409) (xy -3.655739 0.468761) (xy -3.657035 0.468046)
				(xy -3.658297 0.467268) (xy -3.659522 0.466425) (xy -3.660707 0.465521) (xy -3.66185 0.464555) (xy -3.662947 0.463528)
				(xy -3.663993 0.462448) (xy -3.664978 0.461322) (xy -3.665903 0.460153) (xy -3.666766 0.458942)
				(xy -3.667566 0.457694) (xy -3.668302 0.45641) (xy -3.668973 0.455092) (xy -3.669579 0.453744) (xy -3.670117 0.452368)
				(xy -3.670587 0.450966) (xy -3.670987 0.449541) (xy -3.671318 0.448096) (xy -3.671577 0.446632)
				(xy -3.671764 0.445153) (xy -3.671877 0.443661) (xy -3.671916 0.442159) (xy -3.671877 0.440656)
				(xy -3.671764 0.439164) (xy -3.671577 0.437685) (xy -3.671318 0.436221) (xy -3.670987 0.434776)
				(xy -3.670586 0.433351) (xy -3.670116 0.431949) (xy -3.669578 0.430572) (xy -3.668973 0.429224)
				(xy -3.668302 0.427907) (xy -3.667566 0.426623) (xy -3.666765 0.425374) (xy -3.665903 0.424164)
				(xy -3.664978 0.422995) (xy -3.663992 0.421868) (xy -3.662947 0.420788) (xy -3.661849 0.419762)
				(xy -3.660706 0.418796) (xy -3.659521 0.417891) (xy -3.658297 0.417049) (xy -3.657035 0.41627) (xy -3.655738 0.415556)
				(xy -3.654409 0.414907) (xy -3.653051 0.414325) (xy -3.651666 0.413811) (xy -3.650256 0.413365)
				(xy -3.648825 0.412988) (xy -3.647374 0.412683) (xy -3.645906 0.412448) (xy -3.644424 0.412287)
				(xy -3.64293 0.412199) (xy -3.641427 0.412186) (xy -3.640343 0.412221) (xy -3.639266 0.412295) (xy -3.638198 0.412407)
				(xy -3.637138 0.412556) (xy -3.636089 0.412742) (xy -3.635051 0.412965) (xy -3.634024 0.413223)
				(xy -3.63301 0.413517) (xy -3.632009 0.413846) (xy -3.631022 0.414209) (xy -3.63005 0.414605) (xy -3.629093 0.415035)
				(xy -3.628154 0.415497) (xy -3.627232 0.415991) (xy -3.626328 0.416517) (xy -3.625443 0.417074)
				(xy -3.624578 0.417661) (xy -3.623734 0.418279) (xy -3.622911 0.418925) (xy -3.622111 0.419601)
				(xy -3.621334 0.420304) (xy -3.620581 0.421036) (xy -3.619852 0.421794) (xy -3.61915 0.422579) (xy -3.618474 0.423391)
				(xy -3.617825 0.424228) (xy -3.617205 0.42509) (xy -3.616614 0.425976) (xy -3.616052 0.426887) (xy -3.615521 0.42782)
				(xy -3.615022 0.428777) (xy -3.614555 0.429756) (xy -1.976412 0.311417) (xy -1.976412 0.116597)
				(xy -3.619723 0.15587) (xy -3.620105 0.157031) (xy -3.620531 0.158168) (xy -3.621511 0.160366) (xy -3.622651 0.162459)
				(xy -3.623945 0.16444) (xy -3.625383 0.166302) (xy -3.626955 0.16804) (xy -3.628654 0.169645) (xy -3.63047 0.171111)
				(xy -3.632394 0.172432) (xy -3.634417 0.173602) (xy -3.636531 0.174613) (xy -3.638726 0.175459)
				(xy -3.640994 0.176133) (xy -3.643326 0.176629) (xy -3.645713 0.176939) (xy -3.646924 0.177023)
				(xy -3.648145 0.177058) (xy -3.649687 0.177018) (xy -3.651208 0.176901) (xy -3.652708 0.176709)
				(xy -3.654183 0.176445) (xy -3.655633 0.176109) (xy -3.657054 0.175704) (xy -3.658446 0.175233)
				(xy -3.659807 0.174695) (xy -3.661134 0.174095) (xy -3.662426 0.173432) (xy -3.66368 0.172711) (xy -3.664896 0.171931)
				(xy -3.666071 0.171095) (xy -3.667203 0.170205) (xy -3.66829 0.169263) (xy -3.669331 0.168271) (xy -3.670323 0.16723)
				(xy -3.671265 0.166143) (xy -3.672154 0.165011) (xy -3.67299 0.163836) (xy -3.67377 0.162621) (xy -3.674492 0.161366)
				(xy -3.675154 0.160074) (xy -3.675755 0.158747) (xy -3.676292 0.157387) (xy -3.676764 0.155995)
				(xy -3.677168 0.154573) (xy -3.677504 0.153124) (xy -3.677768 0.151648) (xy -3.67796 0.150149) (xy -3.678077 0.148627)
				(xy -3.678117 0.147086) (xy -3.678077 0.145544) (xy -3.67796 0.144022) (xy -3.677768 0.142523) (xy -3.677504 0.141048)
				(xy -3.677168 0.139598) (xy -3.676763 0.138176) (xy -3.676292 0.136784) (xy -3.675755 0.135424)
				(xy -3.675154 0.134097) (xy -3.674492 0.132805) (xy -3.67377 0.13155) (xy -3.67299 0.130334) (xy -3.672154 0.12916)
				(xy -3.671265 0.128028) (xy -3.670323 0.126941) (xy -3.66933 0.1259) (xy -3.66829 0.124908) (xy -3.667202 0.123966)
				(xy -3.666071 0.123076) (xy -3.664896 0.12224) (xy -3.66368 0.121461) (xy -3.662426 0.120739) (xy -3.661134 0.120077)
				(xy -3.659807 0.119476) (xy -3.658446 0.118939) (xy -3.657054 0.118467) (xy -3.655632 0.118062)
				(xy -3.654183 0.117727) (xy -3.652707 0.117462) (xy -3.651208 0.117271) (xy -3.649687 0.117154)
				(xy -3.648145 0.117114) (xy -3.646991 0.117138) (xy -3.645845 0.117205) (xy -3.644709 0.117316)
				(xy -3.643583 0.117469) (xy -3.642469 0.117664) (xy -3.641367 0.1179) (xy -3.640278 0.118176) (xy -3.639204 0.118492)
				(xy -3.638145 0.118846) (xy -3.637102 0.119239) (xy -3.636076 0.11967) (xy -3.635069 0.120138) (xy -3.63408 0.120642)
				(xy -3.633112 0.121182) (xy -3.632165 0.121756) (xy -3.63124 0.122366) (xy -3.630338 0.123008) (xy -3.62946 0.123684)
				(xy -3.628608 0.124392) (xy -3.627781 0.125132) (xy -3.626981 0.125902) (xy -3.626209 0.126703)
				(xy -3.625466 0.127534) (xy -3.624752 0.128394) (xy -3.62407 0.129281) (xy -3.62342 0.130197) (xy -3.622802 0.13114)
				(xy -3.622218 0.132109) (xy -3.621669 0.133103) (xy -3.621155 0.134123) (xy -3.620679 0.135166)
				(xy -3.620239 0.136234) (xy -1.976412 0.097477) (xy -1.976412 -0.097343) (xy -3.620239 -0.136101)
				(xy -3.621155 -0.13399) (xy -3.622218 -0.131975) (xy -3.62342 -0.130064) (xy -3.624752 -0.128261)
				(xy -3.626209 -0.12657) (xy -3.627781 -0.124999) (xy -3.62946 -0.123551) (xy -3.63124 -0.122232)
				(xy -3.633112 -0.121049) (xy -3.635069 -0.120005) (xy -3.637102 -0.119106) (xy -3.639204 -0.118359)
				(xy -3.641367 -0.117767) (xy -3.643584 -0.117336) (xy -3.645846 -0.117072) (xy -3.648145 -0.116981)
				(xy -3.649687 -0.117021) (xy -3.651208 -0.117138) (xy -3.652708 -0.11733) (xy -3.654183 -0.117594)
				(xy -3.655633 -0.11793) (xy -3.657054 -0.118334) (xy -3.658446 -0.118806) (xy -3.659807 -0.119343)
				(xy -3.661134 -0.119944) (xy -3.662426 -0.120606) (xy -3.66368 -0.121328) (xy -3.664896 -0.122108)
				(xy -3.666071 -0.122944) (xy -3.667203 -0.123833) (xy -3.66829 -0.124775) (xy -3.669331 -0.125768)
				(xy -3.670323 -0.126808) (xy -3.671265 -0.127896) (xy -3.672154 -0.129028) (xy -3.67299 -0.130202)
				(xy -3.67377 -0.131418) (xy -3.674492 -0.132673) (xy -3.675154 -0.133964) (xy -3.675755 -0.135292)
				(xy -3.676292 -0.136652) (xy -3.676764 -0.138044) (xy -3.677168 -0.139466) (xy -3.677504 -0.140915)
				(xy -3.677768 -0.142391) (xy -3.67796 -0.14389) (xy -3.678077 -0.145411) (xy -3.678117 -0.146953)
				(xy -3.678097 -0.148358) (xy -3.678013 -0.149749) (xy -3.677865 -0.151123) (xy -3.677656 -0.152479)
				(xy -3.677388 -0.153816) (xy -3.67706 -0.155133) (xy -3.676674 -0.156426) (xy -3.676233 -0.157696)
				(xy -3.675737 -0.15894) (xy -3.675187 -0.160158) (xy -3.674585 -0.161346) (xy -3.673932 -0.162504)
				(xy -3.67323 -0.163631) (xy -3.67248 -0.164724) (xy -3.671683 -0.165782) (xy -3.670841 -0.166804)
				(xy -3.669954 -0.167788) (xy -3.669025 -0.168732) (xy -3.668054 -0.169635) (xy -3.667044 -0.170495)
				(xy -3.665994 -0.171311) (xy -3.664907 -0.172082) (xy -3.663784 -0.172805) (xy -3.662627 -0.173479)
				(xy -3.661436 -0.174103) (xy -3.660213 -0.174674) (xy -3.65896 -0.175193) (xy -3.657677 -0.175656)
				(xy -3.656366 -0.176062) (xy -3.655028 -0.17641) (xy -3.653666 -0.176698) (xy -3.652279 -0.176925)
				(xy -3.651762 -0.176956) (xy -3.651246 -0.176979) (xy -3.650729 -0.176992) (xy -3.650212 -0.176996)
				(xy -3.649695 -0.176992) (xy -3.649178 -0.176979) (xy -3.648661 -0.176956) (xy -3.648145 -0.176925)
				(xy -3.646923 -0.17689) (xy -3.645712 -0.176806) (xy -3.644513 -0.176675) (xy -3.643326 -0.176496)
				(xy -3.642152 -0.176271) (xy -3.640994 -0.176) (xy -3.639851 -0.175685) (xy -3.638726 -0.175326)
				(xy -3.637619 -0.174924) (xy -3.636531 -0.17448) (xy -3.635463 -0.173995) (xy -3.634417 -0.173469)
				(xy -3.633393 -0.172904) (xy -3.632394 -0.1723) (xy -3.631419 -0.171658) (xy -3.63047 -0.170979)
				(xy -3.629548 -0.170263) (xy -3.628654 -0.169512) (xy -3.627789 -0.168726) (xy -3.626955 -0.167907)
				(xy -3.626153 -0.167054) (xy -3.625383 -0.16617) (xy -3.624646 -0.165254) (xy -3.623945 -0.164308)
				(xy -3.62328 -0.163331) (xy -3.622651 -0.162327) (xy -3.622061 -0.161294) (xy -3.621511 -0.160233)
				(xy -3.621 -0.159147) (xy -3.620531 -0.158035) (xy -3.620105 -0.156898) (xy -3.619723 -0.155738)
				(xy -1.976412 -0.116981) (xy -1.976412 -0.311284) (xy -3.614555 -0.429623) (xy -3.615521 -0.427687)
				(xy -3.616614 -0.425843) (xy -3.617826 -0.424094) (xy -3.61915 -0.422446) (xy -3.620581 -0.420902)
				(xy -3.622111 -0.419467) (xy -3.623734 -0.418145) (xy -3.625443 -0.416941) (xy -3.627232 -0.415858)
				(xy -3.629094 -0.414901) (xy -3.631022 -0.414075) (xy -3.63301 -0.413384) (xy -3.635051 -0.412832)
				(xy -3.637139 -0.412423) (xy -3.639267 -0.412162) (xy -3.641428 -0.412053) (xy -3.642931 -0.412066)
				(xy -3.644424 -0.412154) (xy -3.645906 -0.412316) (xy -3.647374 -0.41255) (xy -3.648825 -0.412856)
				(xy -3.650257 -0.413232) (xy -3.651666 -0.413678) (xy -3.653052 -0.414193) (xy -3.65441 -0.414775)
				(xy -3.655739 -0.415423) (xy -3.657035 -0.416138) (xy -3.658297 -0.416916) (xy -3.659522 -0.417758)
				(xy -3.660707 -0.418663) (xy -3.66185 -0.419629) (xy -3.662947 -0.420656) (xy -3.663993 -0.421736)
				(xy -3.664978 -0.422862) (xy -3.665903 -0.424031) (xy -3.666766 -0.425242) (xy -3.667566 -0.42649)
				(xy -3.668302 -0.427774) (xy -3.668973 -0.429092) (xy -3.669579 -0.43044) (xy -3.670117 -0.431816)
				(xy -3.670587 -0.433218) (xy -3.670987 -0.434643) (xy -3.671318 -0.436088) (xy -3.671577 -0.437552)
				(xy -3.671764 -0.439031) (xy -3.671877 -0.440523) (xy -3.671916 -0.442026) (xy -3.671892 -0.443447)
				(xy -3.671802 -0.444852) (xy -3.671649 -0.446241) (xy -3.671432 -0.447611) (xy -3.671154 -0.448961)
				(xy -3.670816 -0.45029) (xy -3.67042 -0.451595) (xy -3.669966 -0.452875) (xy -3.669457 -0.454129)
				(xy -3.668893 -0.455355) (xy -3.668276 -0.456551) (xy -3.667607 -0.457715) (xy -3.666889 -0.458847)
				(xy -3.666121 -0.459945) (xy -3.665307 -0.461006) (xy -3.664446 -0.46203) (xy -3.66354 -0.463015)
				(xy -3.662592 -0.463959) (xy -3.661601 -0.46486) (xy -3.660571 -0.465718) (xy -3.659501 -0.46653)
				(xy -3.658394 -0.467295) (xy -3.65725 -0.468011) (xy -3.656072 -0.468676) (xy -3.65486 -0.46929)
				(xy -3.653616 -0.46985) (xy -3.652342 -0.470355) (xy -3.651039 -0.470803) (xy -3.649707 -0.471193)
				(xy -3.64835 -0.471524) (xy -3.646967 -0.471792) (xy -3.645561 -0.471998) (xy -3.645045 -0.472029)
				(xy -3.644528 -0.472051) (xy -3.644011 -0.472064) (xy -3.643494 -0.472069) (xy -3.642977 -0.472064)
				(xy -3.64246 -0.472051) (xy -3.641943 -0.472029) (xy -3.641427 -0.471998) (xy -3.640218 -0.47197)
				(xy -3.639019 -0.471894) (xy -3.637831 -0.471772) (xy -3.636655 -0.471603) (xy -3.635492 -0.471388)
				(xy -3.634343 -0.47113) (xy -3.63321 -0.470827) (xy -3.632093 -0.470481) (xy -3.630993 -0.470093)
				(xy -3.629911 -0.469663) (xy -3.628849 -0.469193) (xy -3.627808 -0.468683) (xy -3.626789 -0.468134)
				(xy -3.625792 -0.467546) (xy -3.62482 -0.466921) (xy -3.623872 -0.46626) (xy -3.622951 -0.465562)
				(xy -3.622057 -0.464829) (xy -3.621191 -0.464062) (xy -3.620354 -0.463262) (xy -3.619548 -0.462428)
				(xy -3.618774 -0.461563) (xy -3.618032 -0.460667) (xy -3.617324 -0.45974) (xy -3.61665 -0.458783)
				(xy -3.616013 -0.457798) (xy -3.615413 -0.456785) (xy -3.614851 -0.455745) (xy -3.614328 -0.454678)
				(xy -3.613845 -0.453585) (xy -3.613404 -0.452468) (xy -3.613005 -0.451327) (xy -3.613006 -0.451068)
				(xy -3.613005 -0.45081) (xy -1.976412 -0.331438) (xy -1.976412 -0.525224) (xy -3.601636 -0.726762)
				(xy -3.60266 -0.724969) (xy -3.603795 -0.723265) (xy -3.605035 -0.721653) (xy -3.606373 -0.720138)
				(xy -3.607805 -0.718721) (xy -3.609323 -0.717408) (xy -3.610923 -0.716202) (xy -3.612597 -0.715106)
				(xy -3.614341 -0.714124) (xy -3.616148 -0.71326) (xy -3.618013 -0.712516) (xy -3.619929 -0.711898)
				(xy -3.621891 -0.711407) (xy -3.623892 -0.711049) (xy -3.625928 -0.710826) (xy -3.627991 -0.710742)
				(xy -3.629533 -0.710782) (xy -3.631054 -0.710899) (xy -3.632554 -0.711091) (xy -3.634029 -0.711356)
				(xy -3.635479 -0.711691) (xy -3.6369 -0.712096) (xy -3.638292 -0.712568) (xy -3.639653 -0.713105)
				(xy -3.64098 -0.713705) (xy -3.642272 -0.714368) (xy -3.643526 -0.71509) (xy -3.644742 -0.715869)
				(xy -3.645917 -0.716705) (xy -3.647049 -0.717595) (xy -3.648136 -0.718537) (xy -3.649177 -0.719529)
				(xy -3.650169 -0.72057) (xy -3.651111 -0.721657) (xy -3.652001 -0.722789) (xy -3.652836 -0.723964)
				(xy -3.653616 -0.725179) (xy -3.654338 -0.726434) (xy -3.655 -0.727726) (xy -3.655601 -0.729053)
				(xy -3.656138 -0.730414) (xy -3.65661 -0.731806) (xy -3.657014 -0.733227) (xy -3.65735 -0.734677)
				(xy -3.657614 -0.736152) (xy -3.657806 -0.737652) (xy -3.657923 -0.739173) (xy -3.657963 -0.740715)
				(xy -3.657943 -0.74212) (xy -3.657859 -0.74351) (xy -3.657711 -0.744885) (xy -3.657503 -0.746241)
				(xy -3.657234 -0.747578) (xy -3.656906 -0.748894) (xy -3.656521 -0.750188) (xy -3.656079 -0.751458)
				(xy -3.655583 -0.752702) (xy -3.655033 -0.753919) (xy -3.654431 -0.755108) (xy -3.653778 -0.756266)
				(xy -3.653076 -0.757392) (xy -3.652326 -0.758485) (xy -3.651529 -0.759544) (xy -3.650687 -0.760565)
				(xy -3.6498 -0.761549) (xy -3.648871 -0.762493) (xy -3.6479 -0.763396) (xy -3.64689 -0.764257) (xy -3.64584 -0.765073)
				(xy -3.644753 -0.765843) (xy -3.643631 -0.766566) (xy -3.642473 -0.767241) (xy -3.641282 -0.767864)
				(xy -3.640059 -0.768436) (xy -3.638806 -0.768954) (xy -3.637523 -0.769417) (xy -3.636212 -0.769824)
				(xy -3.634875 -0.770172) (xy -3.633512 -0.77046) (xy -3.632125 -0.770687) (xy -3.631609 -0.770718)
				(xy -3.631092 -0.77074) (xy -3.630575 -0.770754) (xy -3.630058 -0.770758) (xy -3.629541 -0.770754)
				(xy -3.629024 -0.770741) (xy -3.628507 -0.770719) (xy -3.627991 -0.770688) (xy -3.62665 -0.770658)
				(xy -3.625322 -0.77057) (xy -3.624009 -0.770425) (xy -3.622712 -0.770223) (xy -3.621433 -0.769966)
				(xy -3.620172 -0.769656) (xy -3.618931 -0.769292) (xy -3.617712 -0.768877) (xy -3.616516 -0.768411)
				(xy -3.615344 -0.767896) (xy -3.614198 -0.767333) (xy -3.613078 -0.766723) (xy -3.611988 -0.766066)
				(xy -3.610927 -0.765365) (xy -3.609898 -0.764621) (xy -3.608901 -0.763834) (xy -3.607939 -0.763005)
				(xy -3.607011 -0.762137) (xy -3.606121 -0.761229) (xy -3.605269 -0.760283) (xy -3.604457 -0.759301)
				(xy -3.603686 -0.758283) (xy -3.602957 -0.757231) (xy -3.602272 -0.756145) (xy -3.601632 -0.755028)
				(xy -3.601038 -0.753879) (xy -3.600493 -0.7527) (xy -3.599997 -0.751493) (xy -3.599552 -0.750258)
				(xy -3.599159 -0.748997) (xy -3.59882 -0.74771) (xy -3.598535 -0.746399) (xy -1.976412 -0.545895)
				(xy -1.976412 -0.740715) (xy -3.581482 -1.030103) (xy -3.582535 -1.028414) (xy -3.583687 -1.02681)
				(xy -3.584935 -1.025296) (xy -3.586271 -1.023873) (xy -3.587692 -1.022546) (xy -3.589191 -1.021317)
				(xy -3.590763 -1.020189) (xy -3.592403 -1.019166) (xy -3.594106 -1.01825) (xy -3.595866 -1.017445)
				(xy -3.597677 -1.016754) (xy -3.599535 -1.01618) (xy -3.601433 -1.015726) (xy -3.603367 -1.015396)
				(xy -3.605331 -1.015191) (xy -3.60732 -1.015117) (xy -3.608862 -1.015157) (xy -3.610384 -1.015274)
				(xy -3.611883 -1.015466) (xy -3.613358 -1.01573) (xy -3.614808 -1.016066) (xy -3.61623 -1.01647)
				(xy -3.617622 -1.016942) (xy -3.618982 -1.017479) (xy -3.620309 -1.01808) (xy -3.621601 -1.018742)
				(xy -3.622856 -1.019464) (xy -3.624071 -1.020244) (xy -3.625246 -1.02108) (xy -3.626378 -1.021969)
				(xy -3.627465 -1.022911) (xy -3.628506 -1.023904) (xy -3.629498 -1.024944) (xy -3.63044 -1.026032)
				(xy -3.63133 -1.027164) (xy -3.632166 -1.028338) (xy -3.632945 -1.029554) (xy -3.633667 -1.030809)
				(xy -3.634329 -1.0321) (xy -3.63493 -1.033428) (xy -3.635467 -1.034788) (xy -3.635939 -1.03618)
				(xy -3.636344 -1.037602) (xy -3.636679 -1.039051) (xy -3.636944 -1.040527) (xy -3.637135 -1.042026)
				(xy -3.637252 -1.043547) (xy -3.637293 -1.045089) (xy -3.637252 -1.046631) (xy -3.637135 -1.048152)
				(xy -3.636944 -1.049652) (xy -3.636679 -1.051127) (xy -3.636344 -1.052577) (xy -3.635939 -1.053998)
				(xy -3.635467 -1.05539) (xy -3.63493 -1.056751) (xy -3.634329 -1.058078) (xy -3.633667 -1.05937)
				(xy -3.632945 -1.060624) (xy -3.632165 -1.06184) (xy -3.63133 -1.063015) (xy -3.63044 -1.064147)
				(xy -3.629498 -1.065234) (xy -3.628506 -1.066275) (xy -3.627465 -1.067267) (xy -3.626378 -1.068209)
				(xy -3.625246 -1.069098) (xy -3.624071 -1.069934) (xy -3.622856 -1.070714) (xy -3.621601 -1.071436)
				(xy -3.620309 -1.072098) (xy -3.618982 -1.072699) (xy -3.617622 -1.073236) (xy -3.616229 -1.073708)
				(xy -3.614808 -1.074112) (xy -3.613358 -1.074448) (xy -3.611883 -1.074712) (xy -3.610384 -1.074904)
				(xy -3.608862 -1.075021) (xy -3.60732 -1.075061) (xy -3.605949 -1.075022) (xy -3.604593 -1.074922)
				(xy -3.603253 -1.074762) (xy -3.60193 -1.074544) (xy -3.600625 -1.074268) (xy -3.599342 -1.073936)
				(xy -3.59808 -1.07355) (xy -3.596841 -1.07311) (xy -3.595627 -1.072617) (xy -3.594439 -1.072074)
				(xy -3.593278 -1.07148) (xy -3.592147 -1.070839) (xy -3.591046 -1.07015) (xy -3.589977 -1.069415)
				(xy -3.588942 -1.068635) (xy -3.587941 -1.067812) (xy -3.586977 -1.066946) (xy -3.586051 -1.066039)
				(xy -3.585164 -1.065093) (xy -3.584317 -1.064108) (xy -3.583513 -1.063086) (xy -3.582752 -1.062028)
				(xy -3.582037 -1.060935) (xy -3.581368 -1.059808) (xy -3.580747 -1.058649) (xy -3.580175 -1.05746)
				(xy -3.579654 -1.05624) (xy -3.579186 -1.054992) (xy -3.578771 -1.053717) (xy -3.578412 -1.052416)
				(xy -3.578109 -1.05109) (xy -3.577865 -1.04974) (xy -1.976412 -0.760869) (xy -1.976412 -0.955689)
				(xy -3.553577 -1.340678) (xy -3.554675 -1.339128) (xy -3.55586 -1.337661) (xy -3.557128 -1.33628)
				(xy -3.558472 -1.334986) (xy -3.55989 -1.333782) (xy -3.561375 -1.332672) (xy -3.562923 -1.331657)
				(xy -3.564529 -1.33074) (xy -3.566189 -1.329924) (xy -3.567897 -1.329211) (xy -3.569649 -1.328604)
				(xy -3.57144 -1.328105) (xy -3.573265 -1.327717) (xy -3.57512 -1.327442) (xy -3.576999 -1.327283)
				(xy -3.578898 -1.327242) (xy -3.58044 -1.327282) (xy -3.581962 -1.327399) (xy -3.583461 -1.327591)
				(xy -3.584936 -1.327856) (xy -3.586386 -1.328191) (xy -3.587808 -1.328596) (xy -3.5892 -1.329068)
				(xy -3.59056 -1.329605) (xy -3.591887 -1.330205) (xy -3.593179 -1.330868) (xy -3.594434 -1.33159)
				(xy -3.595649 -1.332369) (xy -3.596824 -1.333205) (xy -3.597956 -1.334095) (xy -3.599043 -1.335037)
				(xy -3.600084 -1.336029) (xy -3.601076 -1.33707) (xy -3.602018 -1.338157) (xy -3.602908 -1.339289)
				(xy -3.603744 -1.340464) (xy -3.604523 -1.341679) (xy -3.605245 -1.342934) (xy -3.605907 -1.344226)
				(xy -3.606508 -1.345553) (xy -3.607045 -1.346913) (xy -3.607517 -1.348305) (xy -3.607922 -1.349727)
				(xy -3.608257 -1.351176) (xy -3.608522 -1.352652) (xy -3.608713 -1.354151) (xy -3.60883 -1.355673)
				(xy -3.608871 -1.357214) (xy -3.608847 -1.358635) (xy -3.608757 -1.360041) (xy -3.608603 -1.36143)
				(xy -3.608387 -1.3628) (xy -3.608109 -1.36415) (xy -3.607771 -1.365478) (xy -3.607374 -1.366784)
				(xy -3.606921 -1.368064) (xy -3.606411 -1.369318) (xy -3.605847 -1.370543) (xy -3.60523 -1.371739)
				(xy -3.604562 -1.372904) (xy -3.603843 -1.374036) (xy -3.603076 -1.375134) (xy -3.602261 -1.376195)
				(xy -3.6014 -1.377219) (xy -3.600495 -1.378204) (xy -3.599546 -1.379148) (xy -3.598556 -1.380049)
				(xy -3.597525 -1.380907) (xy -3.596456 -1.381719) (xy -3.595348 -1.382483) (xy -3.594205 -1.383199)
				(xy -3.593027 -1.383865) (xy -3.591815 -1.384479) (xy -3.590571 -1.385039) (xy -3.589297 -1.385544)
				(xy -3.587993 -1.385993) (xy -3.586662 -1.386383) (xy -3.585305 -1.386713) (xy -3.583922 -1.386981)
				(xy -3.582516 -1.387187) (xy -3.582064 -1.387211) (xy -3.581612 -1.387228) (xy -3.581159 -1.387238)
				(xy -3.580707 -1.387242) (xy -3.580255 -1.387238) (xy -3.579802 -1.387228) (xy -3.57935 -1.387211)
				(xy -3.578898 -1.387187) (xy -3.577461 -1.38716) (xy -3.57604 -1.387065) (xy -3.574636 -1.386905)
				(xy -3.573252 -1.386681) (xy -3.571889 -1.386394) (xy -3.570548 -1.386046) (xy -3.569231 -1.385639)
				(xy -3.56794 -1.385173) (xy -3.566677 -1.38465) (xy -3.565442 -1.384072) (xy -3.564238 -1.38344)
				(xy -3.563067 -1.382756) (xy -3.561929 -1.382021) (xy -3.560827 -1.381236) (xy -3.559762 -1.380404)
				(xy -3.558736 -1.379524) (xy -3.55775 -1.3786) (xy -3.556807 -1.377632) (xy -3.555907 -1.376622)
				(xy -3.555052 -1.375571) (xy -3.554245 -1.374481) (xy -3.553486 -1.373353) (xy -3.552777 -1.372188)
				(xy -3.55212 -1.370989) (xy -3.551516 -1.369756) (xy -3.550968 -1.368492) (xy -3.550476 -1.367197)
				(xy -3.550043 -1.365873) (xy -3.54967 -1.364521) (xy -3.549358 -1.363143) (xy -3.54911 -1.361741)
				(xy -3.548926 -1.360315) (xy -1.976412 -0.975843) (xy -1.976412 -1.171697) (xy -3.51792 -1.661072)
				(xy -3.519028 -1.65981) (xy -3.520197 -1.658618) (xy -3.521426 -1.657498) (xy -3.52271 -1.656452)
				(xy -3.524045 -1.65548) (xy -3.525429 -1.654586) (xy -3.526858 -1.65377) (xy -3.528328 -1.653034)
				(xy -3.529837 -1.65238) (xy -3.53138 -1.651809) (xy -3.532955 -1.651323) (xy -3.534557 -1.650923)
				(xy -3.536183 -1.650611) (xy -3.537831 -1.650389) (xy -3.539496 -1.650258) (xy -3.541175 -1.65022)
				(xy -3.542717 -1.650261) (xy -3.544238 -1.650378) (xy -3.545737 -1.650569) (xy -3.547213 -1.650834)
				(xy -3.548662 -1.651169) (xy -3.550084 -1.651574) (xy -3.551476 -1.652046) (xy -3.552837 -1.652583)
				(xy -3.554164 -1.653184) (xy -3.555455 -1.653846) (xy -3.55671 -1.654568) (xy -3.557926 -1.655347)
				(xy -3.5591 -1.656183) (xy -3.560232 -1.657073) (xy -3.56132 -1.658015) (xy -3.56236 -1.659007)
				(xy -3.563352 -1.660048) (xy -3.564294 -1.661135) (xy -3.565184 -1.662267) (xy -3.56602 -1.663442)
				(xy -3.5668 -1.664657) (xy -3.567521 -1.665912) (xy -3.568184 -1.667204) (xy -3.568784 -1.668531)
				(xy -3.569321 -1.669891) (xy -3.569793 -1.671283) (xy -3.570198 -1.672705) (xy -3.570533 -1.674154)
				(xy -3.570798 -1.67563) (xy -3.57099 -1.677129) (xy -3.571106 -1.67865) (xy -3.571147 -1.680192)
				(xy -3.571123 -1.681613) (xy -3.571033 -1.683019) (xy -3.57088 -1.684407) (xy -3.570663 -1.685778)
				(xy -3.570385 -1.687128) (xy -3.570047 -1.688456) (xy -3.569651 -1.689761) (xy -3.569197 -1.691041)
				(xy -3.568687 -1.692295) (xy -3.568124 -1.693521) (xy -3.567507 -1.694717) (xy -3.566838 -1.695882)
				(xy -3.56612 -1.697014) (xy -3.565352 -1.698111) (xy -3.564537 -1.699173) (xy -3.563677 -1.700197)
				(xy -3.562771 -1.701181) (xy -3.561823 -1.702125) (xy -3.560832 -1.703027) (xy -3.559802 -1.703884)
				(xy -3.558732 -1.704696) (xy -3.557625 -1.705461) (xy -3.556481 -1.706177) (xy -3.555303 -1.706843)
				(xy -3.554091 -1.707456) (xy -3.552847 -1.708017) (xy -3.551573 -1.708522) (xy -3.55027 -1.70897)
				(xy -3.548938 -1.70936) (xy -3.547581 -1.70969) (xy -3.546198 -1.709959) (xy -3.544792 -1.710165)
				(xy -3.54434 -1.710188) (xy -3.543888 -1.710205) (xy -3.543436 -1.710216) (xy -3.542983 -1.710219)
				(xy -3.542531 -1.710216) (xy -3.542079 -1.710205) (xy -3.541626 -1.710188) (xy -3.541175 -1.710165)
				(xy -3.539669 -1.710127) (xy -3.538182 -1.710016) (xy -3.536716 -1.709834) (xy -3.535273 -1.709582)
				(xy -3.533853 -1.709262) (xy -3.53246 -1.708875) (xy -3.531094 -1.708425) (xy -3.529758 -1.707911)
				(xy -3.528453 -1.707336) (xy -3.527181 -1.706702) (xy -3.525944 -1.70601) (xy -3.524744 -1.705262)
				(xy -3.523582 -1.70446) (xy -3.522461 -1.703606) (xy -3.521381 -1.702701) (xy -3.520346 -1.701747)
				(xy -3.519356 -1.700745) (xy -3.518413 -1.699698) (xy -3.51752 -1.698607) (xy -3.516678 -1.697475)
				(xy -3.515889 -1.696301) (xy -3.515154 -1.695089) (xy -3.514475 -1.693841) (xy -3.513855 -1.692557)
				(xy -3.513295 -1.691239) (xy -3.512796 -1.68989) (xy -3.512361 -1.688511) (xy -3.511992 -1.687104)
				(xy -3.511689 -1.68567) (xy -3.511456 -1.684211) (xy -3.511293 -1.682729) (xy -3.511202 -1.681226)
				(xy -1.976412 -1.192884) (xy -1.976412 -1.387187) (xy -3.470378 -1.997485) (xy -3.471462 -1.996248)
				(xy -3.472607 -1.995077) (xy -3.473808 -1.993976) (xy -3.475063 -1.992945) (xy -3.476368 -1.991986)
				(xy -3.47772 -1.9911) (xy -3.479116 -1.99029) (xy -3.480552 -1.989557) (xy -3.482026 -1.988901)
				(xy -3.483534 -1.988326) (xy -3.485072 -1.987832) (xy -3.486639 -1.98742) (xy -3.488229 -1.987093)
				(xy -3.489841 -1.986852) (xy -3.491471 -1.986698) (xy -3.493116 -1.986633) (xy -3.494657 -1.986674)
				(xy -3.496179 -1.986791) (xy -3.497678 -1.986982) (xy -3.499154 -1.987247) (xy -3.500603 -1.987582)
				(xy -3.502025 -1.987987) (xy -3.503417 -1.988459) (xy -3.504777 -1.988996) (xy -3.506105 -1.989597)
				(xy -3.507396 -1.990259) (xy -3.508651 -1.990981) (xy -3.509867 -1.991761) (xy -3.511041 -1.992596)
				(xy -3.512173 -1.993486) (xy -3.513261 -1.994428) (xy -3.514301 -1.99542) (xy -3.515293 -1.996461)
				(xy -3.516235 -1.997548) (xy -3.517125 -1.99868) (xy -3.517961 -1.999855) (xy -3.518741 -2.00107)
				(xy -3.519462 -2.002325) (xy -3.520125 -2.003617) (xy -3.520725 -2.004944) (xy -3.521262 -2.006304)
				(xy -3.521734 -2.007696) (xy -3.522139 -2.009118) (xy -3.522474 -2.010568) (xy -3.522739 -2.012043)
				(xy -3.522931 -2.013542) (xy -3.523048 -2.015064) (xy -3.523088 -2.016606) (xy -3.523068 -2.018011)
				(xy -3.522983 -2.019401) (xy -3.522836 -2.020775) (xy -3.522627 -2.022132) (xy -3.522358 -2.023469)
				(xy -3.52203 -2.024785) (xy -3.521645 -2.026079) (xy -3.521204 -2.027349) (xy -3.520707 -2.028593)
				(xy -3.520158 -2.02981) (xy -3.519556 -2.030998) (xy -3.518903 -2.032157) (xy -3.518201 -2.033283)
				(xy -3.517451 -2.034376) (xy -3.516654 -2.035434) (xy -3.515811 -2.036456) (xy -3.514925 -2.03744)
				(xy -3.513995 -2.038384) (xy -3.513025 -2.039287) (xy -3.512014 -2.040148) (xy -3.510965 -2.040964)
				(xy -3.509878 -2.041734) (xy -3.508755 -2.042457) (xy -3.507598 -2.043131) (xy -3.506407 -2.043755)
				(xy -3.505184 -2.044327) (xy -3.50393 -2.044845) (xy -3.502647 -2.045308) (xy -3.501337 -2.045714)
				(xy -3.499999 -2.046063) (xy -3.498636 -2.046351) (xy -3.497249 -2.046578) (xy -3.496733 -2.046609)
				(xy -3.496216 -2.046631) (xy -3.4957 -2.046645) (xy -3.495182 -2.046649) (xy -3.494665 -2.046645)
				(xy -3.494148 -2.046631) (xy -3.493632 -2.046609) (xy -3.493115 -2.046578) (xy -3.491573 -2.046538)
				(xy -3.490052 -2.046421) (xy -3.488553 -2.046229) (xy -3.487077 -2.045964) (xy -3.485628 -2.045629)
				(xy -3.484206 -2.045224) (xy -3.482814 -2.044752) (xy -3.481453 -2.044215) (xy -3.480126 -2.043614)
				(xy -3.478834 -2.042952) (xy -3.47758 -2.04223) (xy -3.476364 -2.041451) (xy -3.47519 -2.040615)
				(xy -3.474058 -2.039725) (xy -3.47297 -2.038783) (xy -3.47193 -2.037791) (xy -3.470937 -2.03675)
				(xy -3.469996 -2.035663) (xy -3.469106 -2.034531) (xy -3.46827 -2.033356) (xy -3.46749 -2.032141)
				(xy -3.466769 -2.030886) (xy -3.466106 -2.029594) (xy -3.465506 -2.028267) (xy -3.464969 -2.026907)
				(xy -3.464497 -2.025515) (xy -3.464092 -2.024093) (xy -3.463757 -2.022644) (xy -3.463492 -2.021168)
				(xy -3.4633 -2.019669) (xy -3.463183 -2.018147) (xy -3.463143 -2.016606) (xy -3.46313 -2.016089)
				(xy -3.463125 -2.015572) (xy -3.46313 -2.015055) (xy -3.463143 -2.014539) (xy -1.976412 -1.410958)
				(xy -1.976412 -1.607329) (xy -3.4125 -2.348368) (xy -3.413567 -2.347401) (xy -3.414673 -2.34649)
				(xy -3.415819 -2.345636) (xy -3.417 -2.344839) (xy -3.418215 -2.3441) (xy -3.419461 -2.343422) (xy -3.420737 -2.342803)
				(xy -3.42204 -2.342246) (xy -3.423368 -2.341751) (xy -3.424719 -2.341319) (xy -3.42609 -2.340951)
				(xy -3.427479 -2.340647) (xy -3.428883 -2.34041) (xy -3.430302 -2.340239) (xy -3.431732 -2.340135)
				(xy -3.433171 -2.3401) (xy -3.434713 -2.340141) (xy -3.436234 -2.340258) (xy -3.437734 -2.340449)
				(xy -3.439209 -2.340714) (xy -3.440659 -2.341049) (xy -3.44208 -2.341454) (xy -3.443472 -2.341926)
				(xy -3.444833 -2.342463) (xy -3.44616 -2.343064) (xy -3.447452 -2.343726) (xy -3.448706 -2.344448)
				(xy -3.449922 -2.345228) (xy -3.451097 -2.346063) (xy -3.452229 -2.346953) (xy -3.453316 -2.347895)
				(xy -3.454357 -2.348887) (xy -3.455349 -2.349928) (xy -3.456291 -2.351015) (xy -3.45718 -2.352147)
				(xy -3.458016 -2.353322) (xy -3.458796 -2.354537) (xy -3.459518 -2.355792) (xy -3.46018 -2.357084)
				(xy -3.460781 -2.358411) (xy -3.461318 -2.359771) (xy -3.461789 -2.361163) (xy -3.462194 -2.362585)
				(xy -3.46253 -2.364034) (xy -3.462794 -2.36551) (xy -3.462986 -2.367009) (xy -3.463103 -2.368531)
				(xy -3.463143 -2.370072) (xy -3.463103 -2.371614) (xy -3.462986 -2.373136) (xy -3.462794 -2.374635)
				(xy -3.46253 -2.37611) (xy -3.462194 -2.37756) (xy -3.461789 -2.378982) (xy -3.461318 -2.380374)
				(xy -3.46078 -2.381734) (xy -3.46018 -2.383061) (xy -3.459518 -2.384353) (xy -3.458796 -2.385608)
				(xy -3.458016 -2.386823) (xy -3.45718 -2.387998) (xy -3.456291 -2.38913) (xy -3.455349 -2.390217)
				(xy -3.454356 -2.391258) (xy -3.453316 -2.39225) (xy -3.452228 -2.393192) (xy -3.451097 -2.394082)
				(xy -3.449922 -2.394918) (xy -3.448706 -2.395697) (xy -3.447452 -2.396419) (xy -3.44616 -2.397082)
				(xy -3.444833 -2.397682) (xy -3.443472 -2.398219) (xy -3.44208 -2.398691) (xy -3.440658 -2.399096)
				(xy -3.439209 -2.399431) (xy -3.437733 -2.399696) (xy -3.436234 -2.399888) (xy -3.434713 -2.400005)
				(xy -3.433171 -2.400045) (xy -3.431629 -2.400005) (xy -3.430108 -2.399888) (xy -3.428608 -2.399696)
				(xy -3.427133 -2.399431) (xy -3.425683 -2.399096) (xy -3.424262 -2.398691) (xy -3.42287 -2.398219)
				(xy -3.421509 -2.397682) (xy -3.420182 -2.397082) (xy -3.41889 -2.396419) (xy -3.417635 -2.395697)
				(xy -3.41642 -2.394918) (xy -3.415245 -2.394082) (xy -3.414113 -2.393192) (xy -3.413026 -2.39225)
				(xy -3.411985 -2.391258) (xy -3.410993 -2.390217) (xy -3.410051 -2.38913) (xy -3.409161 -2.387998)
				(xy -3.408326 -2.386823) (xy -3.407546 -2.385608) (xy -3.406824 -2.384353) (xy -3.406162 -2.383061)
				(xy -3.405561 -2.381734) (xy -3.405024 -2.380374) (xy -3.404552 -2.378982) (xy -3.404148 -2.37756)
				(xy -3.403812 -2.37611) (xy -3.403547 -2.374635) (xy -3.403356 -2.373136) (xy -3.403239 -2.371614)
				(xy -3.403198 -2.370072) (xy -3.403223 -2.369487) (xy -3.403259 -2.368903) (xy -3.403307 -2.368319)
				(xy -3.403366 -2.367737) (xy -3.403436 -2.367156) (xy -3.403518 -2.366576) (xy -3.403611 -2.365998)
				(xy -3.403715 -2.365422) (xy -1.976412 -1.629033) (xy -1.976412 -1.82592) (xy -3.341187 -2.718372)
				(xy -3.342185 -2.71768) (xy -3.343207 -2.717032) (xy -3.344252 -2.716426) (xy -3.345318 -2.715865)
				(xy -3.346405 -2.715347) (xy -3.347509 -2.714874) (xy -3.348631 -2.714446) (xy -3.349769 -2.714063)
				(xy -3.350922 -2.713726) (xy -3.352087 -2.713435) (xy -3.353264 -2.713192) (xy -3.354451 -2.712995)
				(xy -3.355647 -2.712845) (xy -3.35685 -2.712744) (xy -3.35806 -2.712691) (xy -3.359274 -2.712687)
				(xy -3.360816 -2.712728) (xy -3.362337 -2.712845) (xy -3.363836 -2.713037) (xy -3.365312 -2.713301)
				(xy -3.366761 -2.713637) (xy -3.368183 -2.714041) (xy -3.369575 -2.714513) (xy -3.370936 -2.71505)
				(xy -3.372263 -2.715651) (xy -3.373554 -2.716313) (xy -3.374809 -2.717035) (xy -3.376025 -2.717815)
				(xy -3.377199 -2.71865) (xy -3.378331 -2.71954) (xy -3.379419 -2.720482) (xy -3.380459 -2.721474)
				(xy -3.381452 -2.722515) (xy -3.382393 -2.723602) (xy -3.383283 -2.724734) (xy -3.384119 -2.725909)
				(xy -3.384899 -2.727124) (xy -3.38562 -2.728379) (xy -3.386283 -2.729671) (xy -3.386883 -2.730998)
				(xy -3.38742 -2.732358) (xy -3.387892 -2.73375) (xy -3.388297 -2.735172) (xy -3.388632 -2.736622)
				(xy -3.388897 -2.738097) (xy -3.389089 -2.739596) (xy -3.389206 -2.741118) (xy -3.389246 -2.742659)
				(xy -3.389226 -2.744064) (xy -3.389141 -2.745455) (xy -3.388994 -2.746829) (xy -3.388785 -2.748185)
				(xy -3.388516 -2.749523) (xy -3.388188 -2.750839) (xy -3.387803 -2.752133) (xy -3.387362 -2.753402)
				(xy -3.386865 -2.754646) (xy -3.386316 -2.755864) (xy -3.385714 -2.757052) (xy -3.385061 -2.75821)
				(xy -3.384359 -2.759337) (xy -3.383609 -2.76043) (xy -3.382812 -2.761488) (xy -3.381969 -2.76251)
				(xy -3.381083 -2.763494) (xy -3.380154 -2.764438) (xy -3.379183 -2.765341) (xy -3.378172 -2.766201)
				(xy -3.377123 -2.767018) (xy -3.376036 -2.767788) (xy -3.374913 -2.768511) (xy -3.373756 -2.769185)
				(xy -3.372565 -2.769809) (xy -3.371342 -2.770381) (xy -3.370088 -2.770899) (xy -3.368805 -2.771362)
				(xy -3.367495 -2.771768) (xy -3.366157 -2.772116) (xy -3.364794 -2.772405) (xy -3.363407 -2.772632)
				(xy -3.362891 -2.772663) (xy -3.362374 -2.772685) (xy -3.361858 -2.772699) (xy -3.361341 -2.772703)
				(xy -3.360823 -2.772699) (xy -3.360307 -2.772685) (xy -3.35979 -2.772663) (xy -3.359273 -2.772632)
				(xy -3.357732 -2.772591) (xy -3.35621 -2.772474) (xy -3.354711 -2.772283) (xy -3.353235 -2.772018)
				(xy -3.351786 -2.771683) (xy -3.350364 -2.771278) (xy -3.348972 -2.770806) (xy -3.347612 -2.770269)
				(xy -3.346285 -2.769668) (xy -3.344993 -2.769006) (xy -3.343738 -2.768284) (xy -3.342522 -2.767504)
				(xy -3.341348 -2.766669) (xy -3.340216 -2.765779) (xy -3.339129 -2.764837) (xy -3.338088 -2.763845)
				(xy -3.337096 -2.762804) (xy -3.336154 -2.761717) (xy -3.335264 -2.760585) (xy -3.334428 -2.75941)
				(xy -3.333649 -2.758195) (xy -3.332927 -2.75694) (xy -3.332265 -2.755648) (xy -3.331664 -2.754321)
				(xy -3.331127 -2.752961) (xy -3.330655 -2.751569) (xy -3.33025 -2.750147) (xy -3.329915 -2.748697)
				(xy -3.32965 -2.747222) (xy -3.329459 -2.745723) (xy -3.329342 -2.744201) (xy -3.329301 -2.74266)
				(xy -3.329295 -2.74188) (xy -3.32931 -2.741101) (xy -3.329344 -2.740322) (xy -3.329399 -2.739545)
				(xy -3.329473 -2.73877) (xy -3.329568 -2.737997) (xy -3.329683 -2.737226) (xy -3.329818 -2.736458)
				(xy -1.976412 -1.851241) (xy -1.976412 -2.048128) (xy -1.985724 -2.05588) (xy -1.955225 -2.05588)
				(xy -1.924219 -2.030041) (xy -1.923312 -2.030593) (xy -1.922388 -2.031112) (xy -1.921447 -2.031597)
				(xy -1.920492 -2.032047) (xy -1.919522 -2.032463) (xy -1.91854 -2.032845) (xy -1.917545 -2.033191)
				(xy -1.916539 -2.033503) (xy -1.915523 -2.033778) (xy -1.914497 -2.034018) (xy -1.913463 -2.034222)
				(xy -1.912421 -2.03439) (xy -1.911373 -2.034521) (xy -1.91032 -2.034615) (xy -1.909261 -2.034673)
				(xy -1.908199 -2.034692) (xy -1.906657 -2.034652) (xy -1.905136 -2.034535) (xy -1.903636 -2.034343)
				(xy -1.902161 -2.034079) (xy -1.900712 -2.033743) (xy -1.89929 -2.033338) (xy -1.897898 -2.032867)
				(xy -1.896537 -2.032329) (xy -1.89521 -2.031729) (xy -1.893919 -2.031067) (xy -1.892664 -2.030345)
				(xy -1.891448 -2.029565) (xy -1.890274 -2.028729) (xy -1.889142 -2.027839) (xy -1.888054 -2.026898)
				(xy -1.887014 -2.025905) (xy -1.886022 -2.024865) (xy -1.88508 -2.023777) (xy -1.88419 -2.022645)
				(xy -1.883354 -2.021471) (xy -1.882574 -2.020255) (xy -1.881853 -2.019001) (xy -1.88119 -2.017709)
				(xy -1.88059 -2.016382) (xy -1.880053 -2.015021) (xy -1.879581 -2.013629) (xy -1.879176 -2.012207)
				(xy -1.878841 -2.010758) (xy -1.878576 -2.009283) (xy -1.878385 -2.007783) (xy -1.878268 -2.006262)
				(xy -1.878227 -2.00472) (xy -1.878268 -2.003178) (xy -1.878385 -2.001657) (xy -1.878576 -2.000158)
				(xy -1.878841 -1.998682) (xy -1.879176 -1.997233) (xy -1.879581 -1.995811) (xy -1.880053 -1.994419)
				(xy -1.88059 -1.993058) (xy -1.88119 -1.991731) (xy -1.881853 -1.990439) (xy -1.882575 -1.989185)
				(xy -1.883354 -1.987969) (xy -1.88419 -1.986794) (xy -1.88508 -1.985662) (xy -1.886022 -1.984575)
				(xy -1.887014 -1.983535) (xy -1.888055 -1.982542) (xy -1.889142 -1.9816) (xy -1.890274 -1.980711)
				(xy -1.891448 -1.979875) (xy -1.892664 -1.979095) (xy -1.893919 -1.978373) (xy -1.895211 -1.977711)
				(xy -1.896538 -1.97711) (xy -1.897898 -1.976573) (xy -1.89929 -1.976101) (xy -1.900712 -1.975697)
				(xy -1.902162 -1.975361) (xy -1.903637 -1.975097) (xy -1.905136 -1.974905) (xy -1.906658 -1.974788)
				(xy -1.9082 -1.974748) (xy -1.909741 -1.974788) (xy -1.911263 -1.974905) (xy -1.912762 -1.975097)
				(xy -1.914238 -1.975361) (xy -1.915687 -1.975697) (xy -1.917109 -1.976101) (xy -1.918501 -1.976573)
				(xy -1.919861 -1.97711) (xy -1.921188 -1.977711) (xy -1.92248 -1.978373) (xy -1.923735 -1.979095)
				(xy -1.924951 -1.979875) (xy -1.926125 -1.980711) (xy -1.927257 -1.9816) (xy -1.928344 -1.982542)
				(xy -1.929385 -1.983535) (xy -1.930377 -1.984575) (xy -1.931319 -1.985662) (xy -1.932209 -1.986794)
				(xy -1.933045 -1.987969) (xy -1.933825 -1.989185) (xy -1.934546 -1.990439) (xy -1.935209 -1.991731)
				(xy -1.935809 -1.993058) (xy -1.936346 -1.994419) (xy -1.936818 -1.995811) (xy -1.937223 -1.997233)
				(xy -1.937558 -1.998682) (xy -1.937823 -2.000158) (xy -1.938015 -2.001657) (xy -1.938132 -2.003178)
				(xy -1.938172 -2.00472) (xy -1.93814 -2.005351) (xy -1.938096 -2.00598) (xy -1.938038 -2.006607)
				(xy -1.937966 -2.007233) (xy -1.937882 -2.007858) (xy -1.937785 -2.008479) (xy -1.937675 -2.009099)
				(xy -1.937552 -2.009716) (xy -1.937416 -2.010331) (xy -1.937267 -2.010942) (xy -1.937105 -2.011551)
				(xy -1.93693 -2.012156) (xy -1.936743 -2.012757) (xy -1.936543 -2.013355) (xy -1.93633 -2.013949)
				(xy -1.936105 -2.014539) (xy -1.955225 -2.030558) (xy -1.955225 -1.837289) (xy -1.925253 -1.817652)
				(xy -1.92431 -1.818307) (xy -1.923345 -1.818923) (xy -1.922359 -1.819501) (xy -1.921354 -1.820041)
				(xy -1.92033 -1.820541) (xy -1.91929 -1.821001) (xy -1.918233 -1.821421) (xy -1.917162 -1.821801)
				(xy -1.916077 -1.82214) (xy -1.91498 -1.822438) (xy -1.913871 -1.822694) (xy -1.912752 -1.822908)
				(xy -1.911624 -1.82308) (xy -1.910489 -1.823208) (xy -1.909347 -1.823294) (xy -1.9082 -1.823336)
				(xy -1.906658 -1.823296) (xy -1.905136 -1.823179) (xy -1.903637 -1.822987) (xy -1.902162 -1.822723)
				(xy -1.900712 -1.822387) (xy -1.89929 -1.821982) (xy -1.897898 -1.821511) (xy -1.896538 -1.820973)
				(xy -1.895211 -1.820373) (xy -1.893919 -1.819711) (xy -1.892664 -1.818989) (xy -1.891448 -1.818209)
				(xy -1.890274 -1.817373) (xy -1.889142 -1.816483) (xy -1.888055 -1.815541) (xy -1.887014 -1.814549)
				(xy -1.886022 -1.813509) (xy -1.88508 -1.812421) (xy -1.88419 -1.811289) (xy -1.883354 -1.810115)
				(xy -1.882575 -1.808899) (xy -1.881853 -1.807644) (xy -1.88119 -1.806353) (xy -1.88059 -1.805025)
				(xy -1.880053 -1.803665) (xy -1.879581 -1.802273) (xy -1.879176 -1.800851) (xy -1.878841 -1.799402)
				(xy -1.878576 -1.797926) (xy -1.878385 -1.796427) (xy -1.878268 -1.794905) (xy -1.878227 -1.793364)
				(xy -1.878268 -1.791822) (xy -1.878385 -1.7903) (xy -1.878576 -1.788801) (xy -1.878841 -1.787326)
				(xy -1.879176 -1.785876) (xy -1.879581 -1.784454) (xy -1.880053 -1.783062) (xy -1.88059 -1.781702)
				(xy -1.881191 -1.780375) (xy -1.881853 -1.779083) (xy -1.882575 -1.777828) (xy -1.883354 -1.776613)
				(xy -1.88419 -1.775438) (xy -1.88508 -1.774306) (xy -1.886022 -1.773219) (xy -1.887014 -1.772178)
				(xy -1.888055 -1.771186) (xy -1.889142 -1.770244) (xy -1.890274 -1.769354) (xy -1.891449 -1.768518)
				(xy -1.892664 -1.767739) (xy -1.893919 -1.767017) (xy -1.895211 -1.766355) (xy -1.896538 -1.765754)
				(xy -1.897898 -1.765217) (xy -1.89929 -1.764745) (xy -1.900712 -1.76434) (xy -1.902162 -1.764005)
				(xy -1.903637 -1.76374) (xy -1.905136 -1.763549) (xy -1.906658 -1.763432) (xy -1.9082 -1.763391)
				(xy -1.909742 -1.763432) (xy -1.911263 -1.763549) (xy -1.912762 -1.76374) (xy -1.914238 -1.764005)
				(xy -1.915687 -1.76434) (xy -1.917109 -1.764745) (xy -1.918501 -1.765217) (xy -1.919862 -1.765754)
				(xy -1.921189 -1.766355) (xy -1.922481 -1.767017) (xy -1.923735 -1.767739) (xy -1.924951 -1.768519)
				(xy -1.926125 -1.769354) (xy -1.927257 -1.770244) (xy -1.928345 -1.771186) (xy -1.929385 -1.772178)
				(xy -1.930378 -1.773219) (xy -1.931319 -1.774306) (xy -1.932209 -1.775438) (xy -1.933045 -1.776613)
				(xy -1.933825 -1.777828) (xy -1.934547 -1.779083) (xy -1.935209 -1.780375) (xy -1.935809 -1.781702)
				(xy -1.936346 -1.783062) (xy -1.936818 -1.784454) (xy -1.937223 -1.785876) (xy -1.937558 -1.787326)
				(xy -1.937823 -1.788801) (xy -1.938015 -1.7903) (xy -1.938132 -1.791822) (xy -1.938172 -1.793364)
				(xy -1.938126 -1.794214) (xy -1.938057 -1.795063) (xy -1.937963 -1.795909) (xy -1.937846 -1.796752)
				(xy -1.937705 -1.797591) (xy -1.93754 -1.798426) (xy -1.937351 -1.799257) (xy -1.937138 -1.800082)
				(xy -1.955225 -1.811967) (xy -1.955225 -1.618181) (xy -1.928353 -1.604228) (xy -1.927312 -1.605173)
				(xy -1.926232 -1.606066) (xy -1.925115 -1.606904) (xy -1.923964 -1.607688) (xy -1.92278 -1.608416)
				(xy -1.921565 -1.609087) (xy -1.920322 -1.6097) (xy -1.919053 -1.610256) (xy -1.917759 -1.610752)
				(xy -1.916444 -1.611188) (xy -1.915108 -1.611563) (xy -1.913754 -1.611877) (xy -1.912384 -1.612128)
				(xy -1.911 -1.612315) (xy -1.909605 -1.612438) (xy -1.908199 -1.612496) (xy -1.906658 -1.612456)
				(xy -1.905136 -1.612339) (xy -1.903637 -1.612147) (xy -1.902161 -1.611882) (xy -1.900712 -1.611547)
				(xy -1.89929 -1.611142) (xy -1.897898 -1.61067) (xy -1.896538 -1.610133) (xy -1.89521 -1.609533)
				(xy -1.893919 -1.60887) (xy -1.892664 -1.608149) (xy -1.891448 -1.607369) (xy -1.890274 -1.606533)
				(xy -1.889142 -1.605643) (xy -1.888054 -1.604701) (xy -1.887014 -1.603709) (xy -1.886022 -1.602669)
				(xy -1.88508 -1.601581) (xy -1.88419 -1.600449) (xy -1.883354 -1.599275) (xy -1.882574 -1.598059)
				(xy -1.881853 -1.596804) (xy -1.88119 -1.595513) (xy -1.88059 -1.594185) (xy -1.880053 -1.592825)
				(xy -1.879581 -1.591433) (xy -1.879176 -1.590011) (xy -1.878841 -1.588562) (xy -1.878576 -1.587086)
				(xy -1.878385 -1.585587) (xy -1.878268 -1.584066) (xy -1.878227 -1.582524) (xy -1.878268 -1.580982)
				(xy -1.878385 -1.579461) (xy -1.878576 -1.577961) (xy -1.878841 -1.576486) (xy -1.879176 -1.575036)
				(xy -1.879581 -1.573615) (xy -1.880053 -1.572223) (xy -1.88059 -1.570862) (xy -1.881191 -1.569535)
				(xy -1.881853 -1.568243) (xy -1.882575 -1.566988) (xy -1.883354 -1.565773) (xy -1.88419 -1.564598)
				(xy -1.88508 -1.563466) (xy -1.886022 -1.562379) (xy -1.887014 -1.561338) (xy -1.888055 -1.560346)
				(xy -1.889142 -1.559404) (xy -1.890274 -1.558514) (xy -1.891449 -1.557679) (xy -1.892664 -1.556899)
				(xy -1.893919 -1.556177) (xy -1.895211 -1.555515) (xy -1.896538 -1.554914) (xy -1.897898 -1.554377)
				(xy -1.89929 -1.553905) (xy -1.900712 -1.553501) (xy -1.902162 -1.553165) (xy -1.903637 -1.552901)
				(xy -1.905136 -1.552709) (xy -1.906658 -1.552592) (xy -1.9082 -1.552552) (xy -1.909742 -1.552592)
				(xy -1.911263 -1.552709) (xy -1.912762 -1.552901) (xy -1.914238 -1.553165) (xy -1.915687 -1.553501)
				(xy -1.917109 -1.553905) (xy -1.918501 -1.554377) (xy -1.919862 -1.554914) (xy -1.921189 -1.555515)
				(xy -1.922481 -1.556177) (xy -1.923735 -1.556899) (xy -1.924951 -1.557679) (xy -1.926125 -1.558515)
				(xy -1.927257 -1.559404) (xy -1.928345 -1.560346) (xy -1.929385 -1.561338) (xy -1.930378 -1.562379)
				(xy -1.931319 -1.563466) (xy -1.932209 -1.564598) (xy -1.933045 -1.565773) (xy -1.933825 -1.566989)
				(xy -1.934547 -1.568243) (xy -1.935209 -1.569535) (xy -1.935809 -1.570862) (xy -1.936346 -1.572223)
				(xy -1.936818 -1.573615) (xy -1.937223 -1.575036) (xy -1.937558 -1.576486) (xy -1.937823 -1.577961)
				(xy -1.938015 -1.57946) (xy -1.938132 -1.580982) (xy -1.938172 -1.582524) (xy -1.938147 -1.583109)
				(xy -1.938111 -1.583693) (xy -1.938063 -1.584277) (xy -1.938004 -1.584859) (xy -1.937934 -1.58544)
				(xy -1.937852 -1.58602) (xy -1.937759 -1.586598) (xy -1.937655 -1.587175) (xy -1.955225 -1.596477)
				(xy -1.955225 -1.402173) (xy -1.929904 -1.391838) (xy -1.928833 -1.392956) (xy -1.927712 -1.394014)
				(xy -1.926542 -1.395008) (xy -1.925327 -1.395938) (xy -1.92407 -1.396803) (xy -1.922772 -1.397601)
				(xy -1.921437 -1.398332) (xy -1.920068 -1.398994) (xy -1.918667 -1.399585) (xy -1.917237 -1.400105)
				(xy -1.915781 -1.400553) (xy -1.914301 -1.400926) (xy -1.9128 -1.401225) (xy -1.911281 -1.401446)
				(xy -1.909746 -1.401591) (xy -1.908199 -1.401656) (xy -1.906658 -1.401616) (xy -1.905136 -1.401499)
				(xy -1.903637 -1.401307) (xy -1.902161 -1.401043) (xy -1.900712 -1.400707) (xy -1.89929 -1.400303)
				(xy -1.897898 -1.399831) (xy -1.896538 -1.399294) (xy -1.89521 -1.398693) (xy -1.893919 -1.398031)
				(xy -1.892664 -1.397309) (xy -1.891448 -1.396529) (xy -1.890274 -1.395693) (xy -1.889142 -1.394804)
				(xy -1.888054 -1.393862) (xy -1.887014 -1.392869) (xy -1.886022 -1.391829) (xy -1.88508 -1.390742)
				(xy -1.88419 -1.38961) (xy -1.883354 -1.388435) (xy -1.882574 -1.387219) (xy -1.881853 -1.385965)
				(xy -1.88119 -1.384673) (xy -1.88059 -1.383346) (xy -1.880053 -1.381985) (xy -1.879581 -1.380593)
				(xy -1.879176 -1.379171) (xy -1.878841 -1.377722) (xy -1.878576 -1.376247) (xy -1.878385 -1.374747)
				(xy -1.878268 -1.373226) (xy -1.878227 -1.371684) (xy -1.878268 -1.370142) (xy -1.878385 -1.368621)
				(xy -1.878576 -1.367121) (xy -1.878841 -1.365646) (xy -1.879176 -1.364197) (xy -1.879581 -1.362775)
				(xy -1.880053 -1.361383) (xy -1.88059 -1.360022) (xy -1.88119 -1.358695) (xy -1.881853 -1.357403)
				(xy -1.882575 -1.356149) (xy -1.883354 -1.354933) (xy -1.88419 -1.353758) (xy -1.88508 -1.352626)
				(xy -1.886022 -1.351539) (xy -1.887014 -1.350498) (xy -1.888055 -1.349506) (xy -1.889142 -1.348564)
				(xy -1.890274 -1.347674) (xy -1.891448 -1.346839) (xy -1.892664 -1.346059) (xy -1.893919 -1.345337)
				(xy -1.895211 -1.344675) (xy -1.896538 -1.344074) (xy -1.897898 -1.343537) (xy -1.89929 -1.343065)
				(xy -1.900712 -1.342661) (xy -1.902162 -1.342325) (xy -1.903637 -1.342061) (xy -1.905136 -1.341869)
				(xy -1.906658 -1.341752) (xy -1.9082 -1.341712) (xy -1.909741 -1.341752) (xy -1.911263 -1.341869)
				(xy -1.912762 -1.342061) (xy -1.914238 -1.342325) (xy -1.915687 -1.342661) (xy -1.917109 -1.343065)
				(xy -1.918501 -1.343537) (xy -1.919861 -1.344074) (xy -1.921188 -1.344675) (xy -1.92248 -1.345337)
				(xy -1.923735 -1.346059) (xy -1.924951 -1.346839) (xy -1.926125 -1.347674) (xy -1.927257 -1.348564)
				(xy -1.928344 -1.349506) (xy -1.929385 -1.350498) (xy -1.930377 -1.351539) (xy -1.931319 -1.352626)
				(xy -1.932209 -1.353758) (xy -1.933045 -1.354933) (xy -1.933825 -1.356149) (xy -1.934546 -1.357403)
				(xy -1.935209 -1.358695) (xy -1.935809 -1.360022) (xy -1.936346 -1.361383) (xy -1.936818 -1.362775)
				(xy -1.937223 -1.364197) (xy -1.937558 -1.365646) (xy -1.937823 -1.367121) (xy -1.938015 -1.368621)
				(xy -1.938132 -1.370142) (xy -1.938172 -1.371684) (xy -1.955225 -1.378402) (xy -1.955225 -1.186166)
				(xy -1.931971 -1.178931) (xy -1.930858 -1.180255) (xy -1.929679 -1.181505) (xy -1.928436 -1.18268)
				(xy -1.927133 -1.183778) (xy -1.925775 -1.184798) (xy -1.924364 -1.185736) (xy -1.922904 -1.186593)
				(xy -1.9214 -1.187365) (xy -1.919855 -1.188051) (xy -1.918272 -1.18865) (xy -1.916656 -1.189159)
				(xy -1.915009 -1.189577) (xy -1.913337 -1.189902) (xy -1.911642 -1.190132) (xy -1.909928 -1.190265)
				(xy -1.9082 -1.1903) (xy -1.906658 -1.19026) (xy -1.905136 -1.190143) (xy -1.903637 -1.189951) (xy -1.902162 -1.189686)
				(xy -1.900712 -1.189351) (xy -1.89929 -1.188946) (xy -1.897898 -1.188474) (xy -1.896538 -1.187937)
				(xy -1.895211 -1.187337) (xy -1.893919 -1.186674) (xy -1.892664 -1.185952) (xy -1.891448 -1.185173)
				(xy -1.890274 -1.184337) (xy -1.889142 -1.183447) (xy -1.888055 -1.182505) (xy -1.887014 -1.181513)
				(xy -1.886022 -1.180472) (xy -1.88508 -1.179385) (xy -1.88419 -1.178253) (xy -1.883354 -1.177078)
				(xy -1.882575 -1.175863) (xy -1.881853 -1.174608) (xy -1.88119 -1.173316) (xy -1.88059 -1.171989)
				(xy -1.880053 -1.170629) (xy -1.879581 -1.169237) (xy -1.879176 -1.167815) (xy -1.878841 -1.166365)
				(xy -1.878576 -1.16489) (xy -1.878385 -1.163391) (xy -1.878268 -1.161869) (xy -1.878227 -1.160327)
				(xy -1.878268 -1.158786) (xy -1.878385 -1.157264) (xy -1.878576 -1.155765) (xy -1.878841 -1.154289)
				(xy -1.879176 -1.15284) (xy -1.879581 -1.151418) (xy -1.880053 -1.150026) (xy -1.88059 -1.148666)
				(xy -1.881191 -1.147339) (xy -1.881853 -1.146047) (xy -1.882575 -1.144792) (xy -1.883355 -1.143577)
				(xy -1.88419 -1.142402) (xy -1.88508 -1.14127) (xy -1.886022 -1.140183) (xy -1.887014 -1.139142)
				(xy -1.888055 -1.13815) (xy -1.889142 -1.137208) (xy -1.890274 -1.136318) (xy -1.891449 -1.135482)
				(xy -1.892664 -1.134703) (xy -1.893919 -1.133981) (xy -1.895211 -1.133318) (xy -1.896538 -1.132718)
				(xy -1.897898 -1.132181) (xy -1.89929 -1.131709) (xy -1.900712 -1.131304) (xy -1.902162 -1.130969)
				(xy -1.903637 -1.130704) (xy -1.905136 -1.130512) (xy -1.906658 -1.130395) (xy -1.9082 -1.130355)
				(xy -1.909705 -1.130393) (xy -1.911192 -1.130503) (xy -1.912658 -1.130686) (xy -1.914101 -1.130938)
				(xy -1.915521 -1.131258) (xy -1.916914 -1.131644) (xy -1.91828 -1.132095) (xy -1.919617 -1.132609)
				(xy -1.920922 -1.133183) (xy -1.922193 -1.133818) (xy -1.92343 -1.134509) (xy -1.92463 -1.135257)
				(xy -1.925792 -1.136059) (xy -1.926914 -1.136914) (xy -1.927993 -1.137819) (xy -1.929029 -1.138773)
				(xy -1.930018 -1.139774) (xy -1.930961 -1.140821) (xy -1.931854 -1.141912) (xy -1.932696 -1.143045)
				(xy -1.933486 -1.144218) (xy -1.93422 -1.14543) (xy -1.934899 -1.146679) (xy -1.935519 -1.147963)
				(xy -1.936079 -1.14928) (xy -1.936578 -1.15063) (xy -1.937013 -1.152009) (xy -1.937382 -1.153416)
				(xy -1.937685 -1.15485) (xy -1.937919 -1.156309) (xy -1.938081 -1.157791) (xy -1.938172 -1.159294)
				(xy -1.955225 -1.164462) (xy -1.955225 -0.970675) (xy -1.933521 -0.965508) (xy -1.932444 -0.967095)
				(xy -1.931277 -0.968599) (xy -1.930024 -0.970018) (xy -1.928691 -0.971348) (xy -1.927282 -0.972588)
				(xy -1.925803 -0.973735) (xy -1.924258 -0.974785) (xy -1.922652 -0.975736) (xy -1.92099 -0.976585)
				(xy -1.919277 -0.977331) (xy -1.917518 -0.977969) (xy -1.915717 -0.978497) (xy -1.91388 -0.978913)
				(xy -1.912012 -0.979215) (xy -1.910116 -0.979398) (xy -1.9082 -0.979461) (xy -1.906658 -0.97942)
				(xy -1.905136 -0.979303) (xy -1.903637 -0.979112) (xy -1.902162 -0.978847) (xy -1.900712 -0.978512)
				(xy -1.89929 -0.978107) (xy -1.897898 -0.977635) (xy -1.896538 -0.977098) (xy -1.895211 -0.976497)
				(xy -1.893919 -0.975835) (xy -1.892664 -0.975113) (xy -1.891448 -0.974333) (xy -1.890274 -0.973498)
				(xy -1.889142 -0.972608) (xy -1.888055 -0.971666) (xy -1.887014 -0.970674) (xy -1.886022 -0.969633)
				(xy -1.88508 -0.968546) (xy -1.88419 -0.967414) (xy -1.883354 -0.966239) (xy -1.882575 -0.965023)
				(xy -1.881853 -0.963769) (xy -1.88119 -0.962477) (xy -1.88059 -0.96115) (xy -1.880053 -0.959789)
				(xy -1.879581 -0.958397) (xy -1.879176 -0.956975) (xy -1.878841 -0.955526) (xy -1.878576 -0.95405)
				(xy -1.878385 -0.952551) (xy -1.878268 -0.951029) (xy -1.878227 -0.949488) (xy -1.878268 -0.947946)
				(xy -1.878385 -0.946424) (xy -1.878576 -0.944925) (xy -1.878841 -0.94345) (xy -1.879176 -0.942)
				(xy -1.879581 -0.940579) (xy -1.880053 -0.939187) (xy -1.88059 -0.937826) (xy -1.881191 -0.936499)
				(xy -1.881853 -0.935207) (xy -1.882575 -0.933952) (xy -1.883355 -0.932737) (xy -1.88419 -0.931562)
				(xy -1.88508 -0.93043) (xy -1.886022 -0.929343) (xy -1.887014 -0.928302) (xy -1.888055 -0.92731)
				(xy -1.889142 -0.926368) (xy -1.890274 -0.925478) (xy -1.891449 -0.924643) (xy -1.892664 -0.923863)
				(xy -1.893919 -0.923141) (xy -1.895211 -0.922479) (xy -1.896538 -0.921878) (xy -1.897898 -0.921341)
				(xy -1.89929 -0.920869) (xy -1.900712 -0.920465) (xy -1.902162 -0.920129) (xy -1.903637 -0.919865)
				(xy -1.905136 -0.919673) (xy -1.906658 -0.919556) (xy -1.9082 -0.919516) (xy -1.909618 -0.919567)
				(xy -1.91102 -0.919683) (xy -1.912403 -0.919863) (xy -1.913768 -0.920105) (xy -1.915111 -0.920408)
				(xy -1.916431 -0.920771) (xy -1.917726 -0.921191) (xy -1.918996 -0.921668) (xy -1.920239 -0.9222)
				(xy -1.921452 -0.922786) (xy -1.922635 -0.923424) (xy -1.923786 -0.924113) (xy -1.924903 -0.924852)
				(xy -1.925985 -0.925639) (xy -1.92703 -0.926472) (xy -1.928037 -0.92735) (xy -1.929004 -0.928272)
				(xy -1.929929 -0.929237) (xy -1.930812 -0.930242) (xy -1.931649 -0.931287) (xy -1.932441 -0.93237)
				(xy -1.933185 -0.933489) (xy -1.933879 -0.934644) (xy -1.934523 -0.935833) (xy -1.935114 -0.937054)
				(xy -1.935652 -0.938306) (xy -1.936133 -0.939587) (xy -1.936558 -0.940897) (xy -1.936924 -0.942233)
				(xy -1.93723 -0.943594) (xy -1.937474 -0.94498) (xy -1.937655 -0.946387) (xy -1.955225 -0.950521)
				(xy -1.955225 -0.756735) (xy -1.934038 -0.753118) (xy -1.933008 -0.754844) (xy -1.931875 -0.756485)
				(xy -1.930644 -0.758037) (xy -1.92932 -0.759497) (xy -1.927908 -0.760862) (xy -1.926415 -0.762127)
				(xy -1.924846 -0.76329) (xy -1.923206 -0.764348) (xy -1.921501 -0.765297) (xy -1.919736 -0.766134)
				(xy -1.917917 -0.766856) (xy -1.916049 -0.76746) (xy -1.914138 -0.767941) (xy -1.912189 -0.768297)
				(xy -1.910208 -0.768525) (xy -1.9082 -0.76862) (xy -1.906658 -0.76858) (xy -1.905136 -0.768463)
				(xy -1.903637 -0.768271) (xy -1.902162 -0.768007) (xy -1.900712 -0.767671) (xy -1.89929 -0.767267)
				(xy -1.897898 -0.766795) (xy -1.896538 -0.766258) (xy -1.895211 -0.765657) (xy -1.893919 -0.764995)
				(xy -1.892664 -0.764273) (xy -1.891448 -0.763493) (xy -1.890274 -0.762657) (xy -1.889142 -0.761768)
				(xy -1.888055 -0.760826) (xy -1.887014 -0.759834) (xy -1.886022 -0.758793) (xy -1.88508 -0.757706)
				(xy -1.88419 -0.756574) (xy -1.883354 -0.755399) (xy -1.882575 -0.754183) (xy -1.881853 -0.752929)
				(xy -1.88119 -0.751637) (xy -1.88059 -0.75031) (xy -1.880053 -0.748949) (xy -1.879581 -0.747557)
				(xy -1.879176 -0.746135) (xy -1.878841 -0.744686) (xy -1.878576 -0.743211) (xy -1.878385 -0.741711)
				(xy -1.878268 -0.74019) (xy -1.878227 -0.738648) (xy -1.878268 -0.737106) (xy -1.878385 -0.735585)
				(xy -1.878576 -0.734085) (xy -1.878841 -0.73261) (xy -1.879176 -0.73116) (xy -1.879581 -0.729739)
				(xy -1.880053 -0.728347) (xy -1.88059 -0.726986) (xy -1.88119 -0.725659) (xy -1.881853 -0.724367)
				(xy -1.882575 -0.723112) (xy -1.883354 -0.721897) (xy -1.88419 -0.720722) (xy -1.88508 -0.71959)
				(xy -1.886022 -0.718503) (xy -1.887014 -0.717462) (xy -1.888055 -0.71647) (xy -1.889142 -0.715528)
				(xy -1.890274 -0.714638) (xy -1.891448 -0.713803) (xy -1.892664 -0.713023) (xy -1.893919 -0.712301)
				(xy -1.895211 -0.711639) (xy -1.896538 -0.711038) (xy -1.897898 -0.710501) (xy -1.89929 -0.710029)
				(xy -1.900712 -0.709624) (xy -1.902162 -0.709289) (xy -1.903637 -0.709024) (xy -1.905136 -0.708833)
				(xy -1.906658 -0.708716) (xy -1.9082 -0.708675) (xy -1.909555 -0.70871) (xy -1.910897 -0.708804)
				(xy -1.912224 -0.708957) (xy -1.913534 -0.709167) (xy -1.914826 -0.709433) (xy -1.916098 -0.709755)
				(xy -1.917349 -0.71013) (xy -1.918578 -0.710557) (xy -1.919783 -0.711037) (xy -1.920963 -0.711566)
				(xy -1.922116 -0.712144) (xy -1.923241 -0.71277) (xy -1.924337 -0.713443) (xy -1.925402 -0.714161)
				(xy -1.926434 -0.714923) (xy -1.927432 -0.715728) (xy -1.928396 -0.716575) (xy -1.929323 -0.717463)
				(xy -1.930211 -0.71839) (xy -1.931061 -0.719355) (xy -1.931869 -0.720357) (xy -1.932635 -0.721395)
				(xy -1.933357 -0.722468) (xy -1.934034 -0.723574) (xy -1.934665 -0.724712) (xy -1.935247 -0.725881)
				(xy -1.935781 -0.72708) (xy -1.936263 -0.728308) (xy -1.936693 -0.729563) (xy -1.937069 -0.730844)
				(xy -1.93739 -0.73215) (xy -1.937655 -0.73348) (xy -1.955225 -0.736581) (xy -1.955225 -0.543311)
				(xy -1.935071 -0.540727) (xy -1.934054 -0.542587) (xy -1.932918 -0.544355) (xy -1.931671 -0.546027)
				(xy -1.930319 -0.5476) (xy -1.928868 -0.549069) (xy -1.927324 -0.55043) (xy -1.925694 -0.551679)
				(xy -1.923985 -0.552814) (xy -1.922202 -0.553829) (xy -1.920352 -0.554721) (xy -1.918441 -0.555485)
				(xy -1.916476 -0.556119) (xy -1.914463 -0.556617) (xy -1.912408 -0.556977) (xy -1.910318 -0.557194)
				(xy -1.9082 -0.557264) (xy -1.906658 -0.557224) (xy -1.905136 -0.557107) (xy -1.903637 -0.556915)
				(xy -1.902162 -0.556651) (xy -1.900712 -0.556315) (xy -1.89929 -0.555911) (xy -1.897898 -0.555439)
				(xy -1.896538 -0.554902) (xy -1.895211 -0.554301) (xy -1.893919 -0.553639) (xy -1.892664 -0.552917)
				(xy -1.891448 -0.552137) (xy -1.890274 -0.551301) (xy -1.889142 -0.550411) (xy -1.888055 -0.54947)
				(xy -1.887014 -0.548477) (xy -1.886022 -0.547437) (xy -1.88508 -0.546349) (xy -1.88419 -0.545217)
				(xy -1.883354 -0.544043) (xy -1.882575 -0.542827) (xy -1.881853 -0.541572) (xy -1.88119 -0.54028)
				(xy -1.88059 -0.538953) (xy -1.880053 -0.537593) (xy -1.879581 -0.5362) (xy -1.879176 -0.534779)
				(xy -1.878841 -0.533329) (xy -1.878576 -0.531854) (xy -1.878385 -0.530354) (xy -1.878268 -0.528833)
				(xy -1.878227 -0.527291) (xy -1.878268 -0.525749) (xy -1.878385 -0.524227) (xy -1.878576 -0.522728)
				(xy -1.878841 -0.521253) (xy -1.879176 -0.519803) (xy -1.879581 -0.518382) (xy -1.880053 -0.516989)
				(xy -1.88059 -0.515629) (xy -1.88119 -0.514302) (xy -1.881853 -0.51301) (xy -1.882575 -0.511755)
				(xy -1.883354 -0.51054) (xy -1.88419 -0.509365) (xy -1.88508 -0.508233) (xy -1.886022 -0.507146)
				(xy -1.887014 -0.506105) (xy -1.888055 -0.505113) (xy -1.889142 -0.504171) (xy -1.890274 -0.503281)
				(xy -1.891448 -0.502446) (xy -1.892664 -0.501666) (xy -1.893919 -0.500944) (xy -1.895211 -0.500282)
				(xy -1.896538 -0.499681) (xy -1.897898 -0.499144) (xy -1.89929 -0.498672) (xy -1.900712 -0.498268)
				(xy -1.902162 -0.497932) (xy -1.903637 -0.497668) (xy -1.905136 -0.497476) (xy -1.906658 -0.497359)
				(xy -1.9082 -0.497319) (xy -1.909493 -0.497359) (xy -1.910774 -0.497454) (xy -1.912042 -0.497602)
				(xy -1.913295 -0.497803) (xy -1.914531 -0.498055) (xy -1.91575 -0.498358) (xy -1.91695 -0.49871)
				(xy -1.91813 -0.49911) (xy -1.919289 -0.499558) (xy -1.920425 -0.500052) (xy -1.921538 -0.500591)
				(xy -1.922625 -0.501175) (xy -1.923686 -0.501802) (xy -1.924719 -0.502471) (xy -1.925724 -0.503181)
				(xy -1.926698 -0.503932) (xy -1.927641 -0.504722) (xy -1.928551 -0.50555) (xy -1.929426 -0.506415)
				(xy -1.930267 -0.507316) (xy -1.931071 -0.508252) (xy -1.931837 -0.509222) (xy -1.932564 -0.510226)
				(xy -1.933251 -0.511261) (xy -1.933896 -0.512327) (xy -1.934498 -0.513423) (xy -1.935056 -0.514549)
				(xy -1.935569 -0.515702) (xy -1.936034 -0.516882) (xy -1.936452 -0.518088) (xy -1.93682 -0.519319)
				(xy -1.937138 -0.520573) (xy -1.955225 -0.522641) (xy -1.955225 -0.329887) (xy -1.935588 -0.328337)
				(xy -1.934632 -0.330341) (xy -1.933542 -0.33225) (xy -1.932325 -0.33406) (xy -1.930988 -0.335767)
				(xy -1.929539 -0.337364) (xy -1.927984 -0.338848) (xy -1.926331 -0.340215) (xy -1.924587 -0.341458)
				(xy -1.922758 -0.342574) (xy -1.920852 -0.343558) (xy -1.918877 -0.344405) (xy -1.916838 -0.345111)
				(xy -1.914744 -0.34567) (xy -1.912602 -0.346078) (xy -1.910418 -0.346331) (xy -1.908199 -0.346424)
				(xy -1.906657 -0.346383) (xy -1.905136 -0.346266) (xy -1.903636 -0.346074) (xy -1.902161 -0.34581)
				(xy -1.900712 -0.345474) (xy -1.89929 -0.34507) (xy -1.897898 -0.344598) (xy -1.896537 -0.344061)
				(xy -1.89521 -0.34346) (xy -1.893919 -0.342798) (xy -1.892664 -0.342076) (xy -1.891448 -0.341296)
				(xy -1.890274 -0.34046) (xy -1.889142 -0.339571) (xy -1.888054 -0.338629) (xy -1.887014 -0.337636)
				(xy -1.886022 -0.336596) (xy -1.88508 -0.335508) (xy -1.88419 -0.334377) (xy -1.883354 -0.333202)
				(xy -1.882574 -0.331986) (xy -1.881853 -0.330732) (xy -1.88119 -0.32944) (xy -1.88059 -0.328113)
				(xy -1.880053 -0.326752) (xy -1.879581 -0.32536) (xy -1.879176 -0.323939) (xy -1.878841 -0.322489)
				(xy -1.878576 -0.321014) (xy -1.878385 -0.319515) (xy -1.878268 -0.317993) (xy -1.878227 -0.316452)
				(xy -1.878268 -0.31491) (xy -1.878385 -0.313388) (xy -1.878576 -0.311889) (xy -1.878841 -0.310413)
				(xy -1.879176 -0.308964) (xy -1.879581 -0.307542) (xy -1.880053 -0.30615) (xy -1.88059 -0.30479)
				(xy -1.88119 -0.303463) (xy -1.881853 -0.302171) (xy -1.882575 -0.300916) (xy -1.883354 -0.2997)
				(xy -1.88419 -0.298526) (xy -1.88508 -0.297394) (xy -1.886022 -0.296306) (xy -1.887014 -0.295266)
				(xy -1.888055 -0.294274) (xy -1.889142 -0.293332) (xy -1.890274 -0.292442) (xy -1.891449 -0.291606)
				(xy -1.892664 -0.290826) (xy -1.893919 -0.290105) (xy -1.895211 -0.289442) (xy -1.896538 -0.288842)
				(xy -1.897898 -0.288305) (xy -1.89929 -0.287833) (xy -1.900712 -0.287428) (xy -1.902162 -0.287093)
				(xy -1.903637 -0.286828) (xy -1.905136 -0.286636) (xy -1.906658 -0.286519) (xy -1.9082 -0.286479)
				(xy -1.909466 -0.286507) (xy -1.910721 -0.286587) (xy -1.911963 -0.286719) (xy -1.913192 -0.286901)
				(xy -1.914406 -0.287133) (xy -1.915604 -0.287413) (xy -1.916785 -0.287741) (xy -1.917947 -0.288116)
				(xy -1.91909 -0.288537) (xy -1.920212 -0.289002) (xy -1.921312 -0.289511) (xy -1.922388 -0.290064)
				(xy -1.92344 -0.290658) (xy -1.924466 -0.291294) (xy -1.925465 -0.291969) (xy -1.926435 -0.292684)
				(xy -1.927377 -0.293438) (xy -1.928288 -0.294229) (xy -1.929166 -0.295056) (xy -1.930012 -0.295918)
				(xy -1.930824 -0.296816) (xy -1.9316 -0.297746) (xy -1.932339 -0.29871) (xy -1.93304 -0.299705)
				(xy -1.933702 -0.300732) (xy -1.934324 -0.301788) (xy -1.934904 -0.302873) (xy -1.935442 -0.303986)
				(xy -1.935935 -0.305126) (xy -1.936383 -0.306293) (xy -1.936784 -0.307484) (xy -1.937138 -0.3087)
				(xy -1.955225 -0.31025) (xy -1.955225 -0.116464) (xy -1.936105 -0.115947) (xy -1.935218 -0.118096)
				(xy -1.93418 -0.120149) (xy -1.932998 -0.1221) (xy -1.931681 -0.123942) (xy -1.930236 -0.125671)
				(xy -1.928671 -0.12728) (xy -1.926995 -0.128765) (xy -1.925216 -0.130119) (xy -1.92334 -0.131337)
				(xy -1.921377 -0.132414) (xy -1.919334 -0.133343) (xy -1.917219 -0.134119) (xy -1.91504 -0.134737)
				(xy -1.912805 -0.135191) (xy -1.910522 -0.135475) (xy -1.908199 -0.135584) (xy -1.906657 -0.135543)
				(xy -1.905136 -0.135426) (xy -1.903636 -0.135235) (xy -1.902161 -0.13497) (xy -1.900712 -0.134635)
				(xy -1.89929 -0.13423) (xy -1.897898 -0.133758) (xy -1.896537 -0.133221) (xy -1.89521 -0.13262)
				(xy -1.893919 -0.131958) (xy -1.892664 -0.131236) (xy -1.891448 -0.130456) (xy -1.890274 -0.129621)
				(xy -1.889142 -0.128731) (xy -1.888054 -0.127789) (xy -1.887014 -0.126797) (xy -1.886022 -0.125756)
				(xy -1.88508 -0.124669) (xy -1.88419 -0.123537) (xy -1.883354 -0.122362) (xy -1.882574 -0.121146)
				(xy -1.881853 -0.119892) (xy -1.88119 -0.1186) (xy -1.88059 -0.117273) (xy -1.880053 -0.115912)
				(xy -1.879581 -0.11452) (xy -1.879176 -0.113099) (xy -1.878841 -0.111649) (xy -1.878576 -0.110174)
				(xy -1.878385 -0.108674) (xy -1.878268 -0.107153) (xy -1.878227 -0.105611) (xy -1.878268 -0.10407)
				(xy -1.878385 -0.102548) (xy -1.878576 -0.101049) (xy -1.878841 -0.099573) (xy -1.879176 -0.098124)
				(xy -1.879581 -0.096702) (xy -1.880053 -0.09531) (xy -1.88059 -0.093949) (xy -1.88119 -0.092622)
				(xy -1.881853 -0.09133) (xy -1.882575 -0.090076) (xy -1.883354 -0.08886) (xy -1.88419 -0.087685)
				(xy -1.88508 -0.086554) (xy -1.886022 -0.085466) (xy -1.887014 -0.084426) (xy -1.888055 -0.083433)
				(xy -1.889142 -0.082491) (xy -1.890274 -0.081602) (xy -1.891448 -0.080766) (xy -1.892664 -0.079986)
				(xy -1.893919 -0.079264) (xy -1.895211 -0.078602) (xy -1.896538 -0.078002) (xy -1.897898 -0.077465)
				(xy -1.89929 -0.076993) (xy -1.900712 -0.076588) (xy -1.902162 -0.076253) (xy -1.903637 -0.075988)
				(xy -1.905136 -0.075796) (xy -1.906658 -0.07568) (xy -1.9082 -0.075639) (xy -1.909408 -0.075667)
				(xy -1.910607 -0.075743) (xy -1.911795 -0.075865) (xy -1.912971 -0.076034) (xy -1.914134 -0.076248)
				(xy -1.915283 -0.076507) (xy -1.916417 -0.07681) (xy -1.917534 -0.077156) (xy -1.918634 -0.077544)
				(xy -1.919715 -0.077974) (xy -1.920777 -0.078444) (xy -1.921818 -0.078954) (xy -1.922838 -0.079503)
				(xy -1.923834 -0.08009) (xy -1.924807 -0.080715) (xy -1.925754 -0.081377) (xy -1.926676 -0.082075)
				(xy -1.92757 -0.082807) (xy -1.928436 -0.083574) (xy -1.929272 -0.084375) (xy -1.930078 -0.085208)
				(xy -1.930853 -0.086073) (xy -1.931595 -0.08697) (xy -1.932303 -0.087897) (xy -1.932976 -0.088853)
				(xy -1.933613 -0.089838) (xy -1.934214 -0.090852) (xy -1.934776 -0.091892) (xy -1.935299 -0.092959)
				(xy -1.935781 -0.094051) (xy -1.936223 -0.095168) (xy -1.936622 -0.09631) (xy -1.955225 -0.096827)
				(xy -1.955225 0.09696) (xy -1.936622 0.096443) (xy -1.936239 0.095283) (xy -1.935813 0.094146) (xy -1.934834 0.091947)
				(xy -1.933693 0.089854) (xy -1.932399 0.087873) (xy -1.930962 0.086011) (xy -1.929389 0.084274)
				(xy -1.927691 0.082669) (xy -1.925875 0.081202) (xy -1.923951 0.079881) (xy -1.921927 0.078712)
				(xy -1.919814 0.077701) (xy -1.917618 0.076855) (xy -1.91535 0.076181) (xy -1.913019 0.075685) (xy -1.910632 0.075375)
				(xy -1.909421 0.075291) (xy -1.9082 0.075256) (xy -1.906697 0.075295) (xy -1.905205 0.075408) (xy -1.903726 0.075595)
				(xy -1.902262 0.075854) (xy -1.900817 0.076184) (xy -1.899392 0.076585) (xy -1.89799 0.077055) (xy -1.896614 0.077593)
				(xy -1.895265 0.078199) (xy -1.893948 0.07887) (xy -1.892664 0.079606) (xy -1.891415 0.080406) (xy -1.890205 0.081269)
				(xy -1.889036 0.082194) (xy -1.88791 0.08318) (xy -1.88683 0.084225) (xy -1.885803 0.085323) (xy -1.884837 0.086465)
				(xy -1.883932 0.08765) (xy -1.88309 0.088875) (xy -1.882311 0.090137) (xy -1.881597 0.091434) (xy -1.880949 0.092762)
				(xy -1.880366 0.094121) (xy -1.879852 0.095506) (xy -1.879406 0.096915) (xy -1.87903 0.098347) (xy -1.878724 0.099798)
				(xy -1.87849 0.101266) (xy -1.878328 0.102748) (xy -1.87824 0.104242) (xy -1.878227 0.105745) (xy -1.878268 0.107287)
				(xy -1.878385 0.108808) (xy -1.878576 0.110308) (xy -1.878841 0.111783) (xy -1.879176 0.113232)
				(xy -1.879581 0.114654) (xy -1.880053 0.116046) (xy -1.88059 0.117407) (xy -1.88119 0.118734) (xy -1.881853 0.120026)
				(xy -1.882575 0.12128) (xy -1.883354 0.122496) (xy -1.88419 0.123671) (xy -1.88508 0.124803) (xy -1.886022 0.12589)
				(xy -1.887014 0.126931) (xy -1.888055 0.127923) (xy -1.889142 0.128865) (xy -1.890274 0.129755)
				(xy -1.891448 0.13059) (xy -1.892664 0.13137) (xy -1.893919 0.132092) (xy -1.895211 0.132754) (xy -1.896538 0.133355)
				(xy -1.897898 0.133892) (xy -1.89929 0.134364) (xy -1.900712 0.134768) (xy -1.902161 0.135104) (xy -1.903637 0.135368)
				(xy -1.905136 0.13556) (xy -1.906658 0.135677) (xy -1.908199 0.135717) (xy -1.909365 0.135685) (xy -1.910522 0.135608)
				(xy -1.911669 0.135488) (xy -1.912805 0.135324) (xy -1.913929 0.135118) (xy -1.91504 0.134871) (xy -1.916137 0.134582)
				(xy -1.917219 0.134253) (xy -1.918285 0.133884) (xy -1.919334 0.133476) (xy -1.920365 0.13303) (xy -1.921377 0.132547)
				(xy -1.922369 0.132027) (xy -1.92334 0.131471) (xy -1.924289 0.130879) (xy -1.925216 0.130253) (xy -1.926118 0.129592)
				(xy -1.926995 0.128898) (xy -1.927847 0.128172) (xy -1.928672 0.127414) (xy -1.929468 0.126624)
				(xy -1.930236 0.125804) (xy -1.930974 0.124955) (xy -1.931681 0.124076) (xy -1.932356 0.123168)
				(xy -1.932998 0.122233) (xy -1.933606 0.121271) (xy -1.93418 0.120283) (xy -1.934717 0.119269) (xy -1.935218 0.11823)
				(xy -1.935681 0.117167) (xy -1.936105 0.11608) (xy -1.936104 0.115822) (xy -1.936105 0.115563) (xy -1.955225 0.11608)
				(xy -1.955225 0.310384) (xy -1.937138 0.308833) (xy -1.936478 0.30664) (xy -1.935663 0.304526) (xy -1.934698 0.302496)
				(xy -1.933592 0.300557) (xy -1.932351 0.298715) (xy -1.930983 0.296977) (xy -1.929494 0.295347)
				(xy -1.927891 0.293833) (xy -1.926182 0.29244) (xy -1.924373 0.291176) (xy -1.922471 0.290045) (xy -1.920483 0.289054)
				(xy -1.918417 0.288209) (xy -1.916279 0.287516) (xy -1.914077 0.286982) (xy -1.911817 0.286613)
				(xy -1.911365 0.286589) (xy -1.910913 0.286571) (xy -1.910461 0.286561) (xy -1.910008 0.286558)
				(xy -1.909556 0.286561) (xy -1.909103 0.286571) (xy -1.908651 0.286589) (xy -1.908199 0.286613)
				(xy -1.906657 0.286653) (xy -1.905136 0.28677) (xy -1.903636 0.286962) (xy -1.902161 0.287226) (xy -1.900712 0.287562)
				(xy -1.89929 0.287966) (xy -1.897898 0.288438) (xy -1.896537 0.288976) (xy -1.89521 0.289576) (xy -1.893919 0.290238)
				(xy -1.892664 0.29096) (xy -1.891448 0.29174) (xy -1.890274 0.292576) (xy -1.889142 0.293466) (xy -1.888054 0.294408)
				(xy -1.887014 0.2954) (xy -1.886022 0.296441) (xy -1.88508 0.297528) (xy -1.88419 0.29866) (xy -1.883354 0.299834)
				(xy -1.882574 0.30105) (xy -1.881853 0.302305) (xy -1.88119 0.303597) (xy -1.88059 0.304924) (xy -1.880053 0.306284)
				(xy -1.879581 0.307676) (xy -1.879176 0.309098) (xy -1.878841 0.310547) (xy -1.878576 0.312023)
				(xy -1.878385 0.313522) (xy -1.878268 0.315043) (xy -1.878227 0.316585) (xy -1.878268 0.318127)
				(xy -1.878385 0.319648) (xy -1.878576 0.321148) (xy -1.878841 0.322623) (xy -1.879176 0.324073)
				(xy -1.879581 0.325494) (xy -1.880053 0.326886) (xy -1.88059 0.328247) (xy -1.88119 0.329574) (xy -1.881853 0.330866)
				(xy -1.882575 0.332121) (xy -1.883354 0.333336) (xy -1.88419 0.334511) (xy -1.88508 0.335643) (xy -1.886022 0.33673)
				(xy -1.887014 0.337771) (xy -1.888055 0.338763) (xy -1.889142 0.339705) (xy -1.890274 0.340595)
				(xy -1.891448 0.34143) (xy -1.892664 0.34221) (xy -1.893919 0.342932) (xy -1.895211 0.343594) (xy -1.896538 0.344195)
				(xy -1.897898 0.344732) (xy -1.89929 0.345204) (xy -1.900712 0.345608) (xy -1.902162 0.345944) (xy -1.903637 0.346208)
				(xy -1.905136 0.3464) (xy -1.906658 0.346517) (xy -1.9082 0.346557) (xy -1.909313 0.346531) (xy -1.910418 0.346465)
				(xy -1.911515 0.346358) (xy -1.912602 0.346212) (xy -1.913679 0.346027) (xy -1.914745 0.345803)
				(xy -1.915798 0.345542) (xy -1.916839 0.345244) (xy -1.917865 0.344909) (xy -1.918877 0.344538)
				(xy -1.919873 0.344132) (xy -1.920853 0.343691) (xy -1.921814 0.343216) (xy -1.922758 0.342707)
				(xy -1.923682 0.342166) (xy -1.924587 0.341591) (xy -1.92547 0.340985) (xy -1.926331 0.340348) (xy -1.92717 0.33968)
				(xy -1.927984 0.338982) (xy -1.928774 0.338254) (xy -1.929539 0.337497) (xy -1.930277 0.336713)
				(xy -1.930988 0.3359) (xy -1.931671 0.33506) (xy -1.932325 0.334194) (xy -1.932949 0.333301) (xy -1.933542 0.332384)
				(xy -1.934103 0.331441) (xy -1.934632 0.330474) (xy -1.935127 0.329484) (xy -1.935588 0.32847) (xy -1.955225 0.330021)
				(xy -1.955225 0.522774) (xy -1.937138 0.520707) (xy -1.93682 0.519452) (xy -1.936452 0.518221) (xy -1.936034 0.517015)
				(xy -1.935569 0.515835) (xy -1.935056 0.514682) (xy -1.934498 0.513557) (xy -1.933896 0.512461)
				(xy -1.933251 0.511394) (xy -1.931837 0.509356) (xy -1.930267 0.507449) (xy -1.928551 0.505683)
				(xy -1.926698 0.504065) (xy -1.924719 0.502604) (xy -1.922625 0.501308) (xy -1.920425 0.500185)
				(xy -1.91813 0.499243) (xy -1.91695 0.498843) (xy -1.91575 0.498491) (xy -1.914531 0.498188) (xy -1.913295 0.497936)
				(xy -1.912042 0.497735) (xy -1.910774 0.497587) (xy -1.909493 0.497492) (xy -1.9082 0.497452) (xy -1.906658 0.497492)
				(xy -1.905136 0.497609) (xy -1.903637 0.497801) (xy -1.902162 0.498065) (xy -1.900712 0.498401)
				(xy -1.89929 0.498806) (xy -1.897898 0.499277) (xy -1.896538 0.499815) (xy -1.895211 0.500415) (xy -1.893919 0.501077)
				(xy -1.892664 0.501799) (xy -1.891448 0.502579) (xy -1.890274 0.503415) (xy -1.889142 0.504305)
				(xy -1.888055 0.505247) (xy -1.887014 0.506239) (xy -1.886022 0.50728) (xy -1.88508 0.508367) (xy -1.88419 0.509499)
				(xy -1.883354 0.510673) (xy -1.882575 0.511889) (xy -1.881853 0.513144) (xy -1.88119 0.514436) (xy -1.88059 0.515763)
				(xy -1.880053 0.517123) (xy -1.879581 0.518515) (xy -1.879176 0.519937) (xy -1.878841 0.521387)
				(xy -1.878576 0.522862) (xy -1.878385 0.524361) (xy -1.878268 0.525883) (xy -1.878227 0.527425)
				(xy -1.878268 0.528967) (xy -1.878385 0.530488) (xy -1.878576 0.531987) (xy -1.878841 0.533463)
				(xy -1.879176 0.534912) (xy -1.879581 0.536334) (xy -1.880053 0.537726) (xy -1.88059 0.539086) (xy -1.881191 0.540414)
				(xy -1.881853 0.541705) (xy -1.882575 0.54296) (xy -1.883355 0.544176) (xy -1.88419 0.54535) (xy -1.88508 0.546482)
				(xy -1.886022 0.547569) (xy -1.887014 0.54861) (xy -1.888055 0.549602) (xy -1.889142 0.550544) (xy -1.890274 0.551434)
				(xy -1.891449 0.55227) (xy -1.892664 0.553049) (xy -1.893919 0.553771) (xy -1.895211 0.554434) (xy -1.896538 0.555034)
				(xy -1.897898 0.555571) (xy -1.89929 0.556043) (xy -1.900712 0.556448) (xy -1.902162 0.556783) (xy -1.903637 0.557048)
				(xy -1.905136 0.55724) (xy -1.906658 0.557357) (xy -1.9082 0.557397) (xy -1.909262 0.55738) (xy -1.910318 0.557327)
				(xy -1.911367 0.557236) (xy -1.912408 0.55711) (xy -1.913441 0.556948) (xy -1.914463 0.55675) (xy -1.915475 0.556518)
				(xy -1.916476 0.556252) (xy -1.917465 0.555951) (xy -1.918441 0.555618) (xy -1.919404 0.555252)
				(xy -1.920352 0.554853) (xy -1.921285 0.554423) (xy -1.922202 0.553962) (xy -1.923102 0.553469)
				(xy -1.923985 0.552947) (xy -1.924849 0.552394) (xy -1.925694 0.551813) (xy -1.92652 0.551202) (xy -1.927324 0.550563)
				(xy -1.928107 0.549896) (xy -1.928868 0.549202) (xy -1.929605 0.548481) (xy -1.930319 0.547733)
				(xy -1.931008 0.54696) (xy -1.931671 0.546161) (xy -1.932308 0.545337) (xy -1.932918 0.544489) (xy -1.9335 0.543616)
				(xy -1.934054 0.542721) (xy -1.934578 0.541802) (xy -1.935071 0.540861) (xy -1.955225 0.543444)
				(xy -1.955225 0.736714) (xy -1.937655 0.733613) (xy -1.937411 0.732264) (xy -1.937108 0.730938)
				(xy -1.936749 0.729637) (xy -1.936334 0.728362) (xy -1.935866 0.727114) (xy -1.935345 0.725894)
				(xy -1.934774 0.724704) (xy -1.934153 0.723546) (xy -1.933484 0.722419) (xy -1.932768 0.721326)
				(xy -1.932007 0.720268) (xy -1.931203 0.719246) (xy -1.930357 0.718261) (xy -1.929469 0.717314)
				(xy -1.928543 0.716408) (xy -1.927579 0.715542) (xy -1.926578 0.714719) (xy -1.925543 0.713939)
				(xy -1.924474 0.713204) (xy -1.923373 0.712515) (xy -1.922242 0.711873) (xy -1.921082 0.71128) (xy -1.919894 0.710736)
				(xy -1.918679 0.710244) (xy -1.917441 0.709804) (xy -1.916178 0.709417) (xy -1.914895 0.709085)
				(xy -1.91359 0.70881) (xy -1.912267 0.708591) (xy -1.910927 0.708431) (xy -1.90957 0.708331) (xy -1.9082 0.708292)
				(xy -1.906658 0.708332) (xy -1.905136 0.708449) (xy -1.903637 0.708641) (xy -1.902162 0.708906)
				(xy -1.900712 0.709241) (xy -1.89929 0.709646) (xy -1.897898 0.710118) (xy -1.896538 0.710655) (xy -1.895211 0.711255)
				(xy -1.893919 0.711918) (xy -1.892664 0.71264) (xy -1.891448 0.713419) (xy -1.890274 0.714255) (xy -1.889142 0.715145)
				(xy -1.888055 0.716087) (xy -1.887014 0.717079) (xy -1.886022 0.71812) (xy -1.88508 0.719207) (xy -1.88419 0.720339)
				(xy -1.883354 0.721514) (xy -1.882575 0.722729) (xy -1.881853 0.723984) (xy -1.88119 0.725276) (xy -1.88059 0.726603)
				(xy -1.880053 0.727963) (xy -1.879581 0.729355) (xy -1.879176 0.730777) (xy -1.878841 0.732227)
				(xy -1.878576 0.733702) (xy -1.878385 0.735201) (xy -1.878268 0.736723) (xy -1.878227 0.738265)
				(xy -1.87824 0.739768) (xy -1.878328 0.741261) (xy -1.87849 0.742744) (xy -1.878724 0.744211) (xy -1.87903 0.745662)
				(xy -1.879406 0.747094) (xy -1.879852 0.748504) (xy -1.880366 0.749889) (xy -1.880948 0.751247)
				(xy -1.881597 0.752576) (xy -1.882311 0.753872) (xy -1.88309 0.755134) (xy -1.883932 0.756359) (xy -1.884837 0.757544)
				(xy -1.885803 0.758687) (xy -1.886829 0.759785) (xy -1.88791 0.76083) (xy -1.889036 0.761815) (xy -1.890205 0.76274)
				(xy -1.891415 0.763603) (xy -1.892664 0.764403) (xy -1.893948 0.76514) (xy -1.895265 0.765811) (xy -1.896613 0.766416)
				(xy -1.89799 0.766954) (xy -1.899392 0.767424) (xy -1.900817 0.767825) (xy -1.902262 0.768156) (xy -1.903726 0.768415)
				(xy -1.905205 0.768601) (xy -1.906697 0.768715) (xy -1.9082 0.768754) (xy -1.909207 0.768722) (xy -1.910208 0.768658)
				(xy -1.911202 0.76856) (xy -1.912189 0.76843) (xy -1.913168 0.768268) (xy -1.914138 0.768074) (xy -1.915099 0.767849)
				(xy -1.916049 0.767593) (xy -1.916989 0.767306) (xy -1.917917 0.766989) (xy -1.918833 0.766643)
				(xy -1.919736 0.766268) (xy -1.920626 0.765863) (xy -1.921501 0.76543) (xy -1.922361 0.76497) (xy -1.923206 0.764481)
				(xy -1.924035 0.763966) (xy -1.924846 0.763423) (xy -1.92564 0.762855) (xy -1.926415 0.76226) (xy -1.927172 0.76164)
				(xy -1.927908 0.760995) (xy -1.928624 0.760325) (xy -1.92932 0.75963) (xy -1.929993 0.758912) (xy -1.930644 0.75817)
				(xy -1.931271 0.757406) (xy -1.931875 0.756618) (xy -1.932454 0.755809) (xy -1.933008 0.754977)
				(xy -1.933536 0.754124) (xy -1.934038 0.753251) (xy -1.955225 0.756868) (xy -1.955225 0.950138)
				(xy -1.937655 0.946004) (xy -1.937483 0.944731) (xy -1.937259 0.943476) (xy -1.936984 0.942239)
				(xy -1.936659 0.941022) (xy -1.936285 0.939826) (xy -1.935864 0.938652) (xy -1.935395 0.937501)
				(xy -1.934882 0.936375) (xy -1.934324 0.935275) (xy -1.933722 0.934201) (xy -1.933079 0.933155)
				(xy -1.932394 0.932138) (xy -1.93167 0.931151) (xy -1.930907 0.930196) (xy -1.930106 0.929273) (xy -1.929269 0.928383)
				(xy -1.928396 0.927528) (xy -1.927489 0.926709) (xy -1.926549 0.925928) (xy -1.925576 0.925184)
				(xy -1.924573 0.924479) (xy -1.92354 0.923815) (xy -1.922479 0.923193) (xy -1.921389 0.922613) (xy -1.920274 0.922077)
				(xy -1.919133 0.921586) (xy -1.917967 0.921141) (xy -1.916779 0.920743) (xy -1.915569 0.920394)
				(xy -1.914337 0.920095) (xy -1.913086 0.919846) (xy -1.911817 0.919649) (xy -1.911365 0.919625)
				(xy -1.910913 0.919608) (xy -1.910461 0.919597) (xy -1.910008 0.919594) (xy -1.909556 0.919597)
				(xy -1.909104 0.919607) (xy -1.908651 0.919624) (xy -1.9082 0.919648) (xy -1.906658 0.919689) (xy -1.905136 0.919806)
				(xy -1.903637 0.919997) (xy -1.902162 0.920262) (xy -1.900712 0.920597) (xy -1.89929 0.921002) (xy -1.897898 0.921474)
				(xy -1.896538 0.922011) (xy -1.895211 0.922612) (xy -1.893919 0.923274) (xy -1.892664 0.923996)
				(xy -1.891448 0.924775) (xy -1.890274 0.925611) (xy -1.889142 0.926501) (xy -1.888055 0.927443)
				(xy -1.887014 0.928435) (xy -1.886022 0.929476) (xy -1.88508 0.930563) (xy -1.88419 0.931695) (xy -1.883354 0.93287)
				(xy -1.882575 0.934086) (xy -1.881853 0.93534) (xy -1.88119 0.936632) (xy -1.88059 0.937959) (xy -1.880053 0.93932)
				(xy -1.879581 0.940712) (xy -1.879176 0.942134) (xy -1.878841 0.943583) (xy -1.878576 0.945058)
				(xy -1.878385 0.946558) (xy -1.878268 0.948079) (xy -1.878227 0.949621) (xy -1.878268 0.951163)
				(xy -1.878385 0.952684) (xy -1.878576 0.954184) (xy -1.878841 0.955659) (xy -1.879176 0.957109)
				(xy -1.879581 0.95853) (xy -1.880053 0.959922) (xy -1.88059 0.961283) (xy -1.881191 0.96261) (xy -1.881853 0.963902)
				(xy -1.882575 0.965156) (xy -1.883355 0.966372) (xy -1.88419 0.967547) (xy -1.88508 0.968679) (xy -1.886022 0.969766)
				(xy -1.887014 0.970807) (xy -1.888055 0.971799) (xy -1.889142 0.972741) (xy -1.890274 0.97363) (xy -1.891449 0.974466)
				(xy -1.892664 0.975246) (xy -1.893919 0.975968) (xy -1.895211 0.97663) (xy -1.896538 0.977231) (xy -1.897898 0.977768)
				(xy -1.89929 0.97824) (xy -1.900712 0.978644) (xy -1.902162 0.97898) (xy -1.903637 0.979244) (xy -1.905136 0.979436)
				(xy -1.906658 0.979553) (xy -1.9082 0.979593) (xy -1.90916 0.979577) (xy -1.910116 0.979531) (xy -1.911067 0.979454)
				(xy -1.912012 0.979347) (xy -1.91388 0.979046) (xy -1.915717 0.97863) (xy -1.917518 0.978102) (xy -1.919277 0.977463)
				(xy -1.92099 0.976718) (xy -1.922652 0.975869) (xy -1.924258 0.974918) (xy -1.925803 0.973868) (xy -1.927282 0.972721)
				(xy -1.928691 0.971481) (xy -1.930024 0.970151) (xy -1.931277 0.968732) (xy -1.931871 0.967991)
				(xy -1.932444 0.967228) (xy -1.932994 0.966445) (xy -1.933521 0.965641) (xy -1.955225 0.970809)
				(xy -1.955225 1.164595) (xy -1.938172 1.159428) (xy -1.938081 1.157924) (xy -1.937919 1.156443)
				(xy -1.937685 1.154984) (xy -1.937383 1.15355) (xy -1.937013 1.152142) (xy -1.936578 1.150763) (xy -1.936079 1.149414)
				(xy -1.935519 1.148096) (xy -1.934899 1.146813) (xy -1.934221 1.145564) (xy -1.933486 1.144352)
				(xy -1.932696 1.143179) (xy -1.931854 1.142046) (xy -1.930961 1.140955) (xy -1.930019 1.139908)
				(xy -1.929029 1.138906) (xy -1.927993 1.137952) (xy -1.926914 1.137047) (xy -1.925792 1.136193)
				(xy -1.924631 1.135391) (xy -1.92343 1.134643) (xy -1.922193 1.133951) (xy -1.920922 1.133317) (xy -1.919617 1.132742)
				(xy -1.91828 1.132228) (xy -1.916915 1.131778) (xy -1.915521 1.131391) (xy -1.914101 1.131071) (xy -1.912658 1.130819)
				(xy -1.911192 1.130637) (xy -1.909705 1.130526) (xy -1.9082 1.130488) (xy -1.906658 1.130529) (xy -1.905136 1.130646)
				(xy -1.903637 1.130837) (xy -1.902162 1.131102) (xy -1.900712 1.131438) (xy -1.89929 1.131842) (xy -1.897898 1.132314)
				(xy -1.896538 1.132851) (xy -1.895211 1.133452) (xy -1.893919 1.134114) (xy -1.892664 1.134836)
				(xy -1.891448 1.135616) (xy -1.890274 1.136451) (xy -1.889142 1.137341) (xy -1.888055 1.138283)
				(xy -1.887014 1.139275) (xy -1.886022 1.140316) (xy -1.88508 1.141403) (xy -1.88419 1.142535) (xy -1.883354 1.14371)
				(xy -1.882575 1.144926) (xy -1.881853 1.14618) (xy -1.88119 1.147472) (xy -1.88059 1.148799) (xy -1.880053 1.15016)
				(xy -1.879581 1.151552) (xy -1.879176 1.152974) (xy -1.878841 1.154423) (xy -1.878576 1.155898)
				(xy -1.878385 1.157398) (xy -1.878268 1.158919) (xy -1.878227 1.160461) (xy -1.878268 1.162003)
				(xy -1.878385 1.163524) (xy -1.878576 1.165024) (xy -1.878841 1.166499) (xy -1.879176 1.167949)
				(xy -1.879581 1.16937) (xy -1.880053 1.170762) (xy -1.88059 1.172123) (xy -1.88119 1.17345) (xy -1.881853 1.174742)
				(xy -1.882575 1.175997) (xy -1.883354 1.177212) (xy -1.88419 1.178387) (xy -1.88508 1.179519) (xy -1.886022 1.180606)
				(xy -1.887014 1.181647) (xy -1.888055 1.182639) (xy -1.889142 1.183581) (xy -1.890274 1.184471)
				(xy -1.891448 1.185306) (xy -1.892664 1.186086) (xy -1.893919 1.186808) (xy -1.895211 1.18747) (xy -1.896538 1.188071)
				(xy -1.897898 1.188608) (xy -1.89929 1.18908) (xy -1.900712 1.189484) (xy -1.902162 1.18982) (xy -1.903637 1.190084)
				(xy -1.905136 1.190276) (xy -1.906658 1.190393) (xy -1.9082 1.190434) (xy -1.909944 1.190375) (xy -1.911672 1.190215)
				(xy -1.913379 1.189958) (xy -1.915062 1.189605) (xy -1.916716 1.189157) (xy -1.918339 1.188617)
				(xy -1.919926 1.187986) (xy -1.921473 1.187267) (xy -1.922977 1.18646) (xy -1.924434 1.185569) (xy -1.925839 1.184595)
				(xy -1.92719 1.18354) (xy -1.928483 1.182406) (xy -1.929713 1.181195) (xy -1.930877 1.179908) (xy -1.931971 1.178548)
				(xy -1.955225 1.185782) (xy -1.955225 1.378536) (xy -1.938172 1.371818) (xy -1.938171 1.371559)
				(xy -1.938172 1.371301) (xy -1.938131 1.369759) (xy -1.938014 1.368237) (xy -1.937823 1.366738)
				(xy -1.937558 1.365263) (xy -1.937223 1.363813) (xy -1.936818 1.362392) (xy -1.936346 1.361) (xy -1.935809 1.359639)
				(xy -1.935208 1.358312) (xy -1.934546 1.35702) (xy -1.933824 1.355765) (xy -1.933045 1.35455) (xy -1.932209 1.353375)
				(xy -1.931319 1.352243) (xy -1.930377 1.351156) (xy -1.929385 1.350115) (xy -1.928344 1.349123)
				(xy -1.927257 1.348181) (xy -1.926125 1.347291) (xy -1.92495 1.346456) (xy -1.923735 1.345676) (xy -1.92248 1.344954)
				(xy -1.921188 1.344292) (xy -1.919861 1.343691) (xy -1.9185 1.343154) (xy -1.917108 1.342682) (xy -1.915687 1.342278)
				(xy -1.914237 1.341942) (xy -1.912762 1.341678) (xy -1.911262 1.341486) (xy -1.909741 1.341369)
				(xy -1.908199 1.341329) (xy -1.906657 1.341369) (xy -1.905136 1.341486) (xy -1.903636 1.341678)
				(xy -1.902161 1.341942) (xy -1.900712 1.342278) (xy -1.89929 1.342683) (xy -1.897898 1.343154) (xy -1.896537 1.343692)
				(xy -1.89521 1.344292) (xy -1.893919 1.344955) (xy -1.892664 1.345676) (xy -1.891448 1.346456) (xy -1.890274 1.347292)
				(xy -1.889142 1.348182) (xy -1.888054 1.349124) (xy -1.887014 1.350116) (xy -1.886022 1.351157)
				(xy -1.88508 1.352244) (xy -1.88419 1.353376) (xy -1.883354 1.354551) (xy -1.882574 1.355766) (xy -1.881853 1.357021)
				(xy -1.88119 1.358313) (xy -1.88059 1.35964) (xy -1.880053 1.361) (xy -1.879581 1.362392) (xy -1.879176 1.363814)
				(xy -1.878841 1.365263) (xy -1.878576 1.366739) (xy -1.878385 1.368238) (xy -1.878268 1.369759)
				(xy -1.878227 1.371301) (xy -1.878268 1.372843) (xy -1.878385 1.374365) (xy -1.878576 1.375864)
				(xy -1.878841 1.377339) (xy -1.879176 1.378789) (xy -1.879581 1.38021) (xy -1.880053 1.381603) (xy -1.88059 1.382963)
				(xy -1.88119 1.38429) (xy -1.881853 1.385582) (xy -1.882575 1.386837) (xy -1.883354 1.388052) (xy -1.88419 1.389227)
				(xy -1.88508 1.390359) (xy -1.886022 1.391446) (xy -1.887014 1.392487) (xy -1.888055 1.393479) (xy -1.889142 1.394421)
				(xy -1.890274 1.395311) (xy -1.891448 1.396146) (xy -1.892664 1.396926) (xy -1.893919 1.397648)
				(xy -1.895211 1.39831) (xy -1.896538 1.398911) (xy -1.897898 1.399448) (xy -1.89929 1.39992) (xy -1.900712 1.400324)
				(xy -1.902162 1.40066) (xy -1.903637 1.400924) (xy -1.905136 1.401116) (xy -1.906658 1.401233) (xy -1.9082 1.401273)
				(xy -1.909781 1.401233) (xy -1.91135 1.40111) (xy -1.912904 1.400906) (xy -1.91444 1.400622) (xy -1.915956 1.40026)
				(xy -1.917448 1.39982) (xy -1.918913 1.399304) (xy -1.920348 1.398714) (xy -1.921751 1.39805) (xy -1.923119 1.397314)
				(xy -1.924449 1.396507) (xy -1.925737 1.39563) (xy -1.926981 1.394686) (xy -1.928179 1.393674) (xy -1.929326 1.392597)
				(xy -1.93042 1.391455) (xy -1.955225 1.40179) (xy -1.955225 1.59661) (xy -1.937655 1.587308) (xy -1.937759 1.586732)
				(xy -1.937852 1.586153) (xy -1.937934 1.585574) (xy -1.938004 1.584993) (xy -1.938063 1.58441) (xy -1.938111 1.583827)
				(xy -1.938147 1.583242) (xy -1.938172 1.582657) (xy -1.938148 1.581236) (xy -1.938058 1.57983) (xy -1.937904 1.578442)
				(xy -1.937688 1.577071) (xy -1.93741 1.575721) (xy -1.937072 1.574393) (xy -1.936676 1.573088) (xy -1.936222 1.571808)
				(xy -1.935712 1.570554) (xy -1.935148 1.569328) (xy -1.934532 1.568132) (xy -1.933863 1.566967)
				(xy -1.933145 1.565835) (xy -1.932377 1.564738) (xy -1.931562 1.563676) (xy -1.930702 1.562652)
				(xy -1.929796 1.561668) (xy -1.928848 1.560724) (xy -1.927857 1.559822) (xy -1.926827 1.558965)
				(xy -1.925757 1.558153) (xy -1.924649 1.557388) (xy -1.923506 1.556672) (xy -1.922328 1.556006)
				(xy -1.921116 1.555393) (xy -1.919872 1.554833) (xy -1.918598 1.554328) (xy -1.917295 1.553879)
				(xy -1.915963 1.553489) (xy -1.914606 1.553159) (xy -1.913223 1.55289) (xy -1.911817 1.552685) (xy -1.911365 1.552661)
				(xy -1.910913 1.552644) (xy -1.910461 1.552633) (xy -1.910008 1.55263) (xy -1.909556 1.552633) (xy -1.909103 1.552644)
				(xy -1.908651 1.552661) (xy -1.908199 1.552685) (xy -1.906657 1.552725) (xy -1.905136 1.552842)
				(xy -1.903636 1.553034) (xy -1.902161 1.553299) (xy -1.900712 1.553634) (xy -1.89929 1.554039) (xy -1.897898 1.554511)
				(xy -1.896537 1.555048) (xy -1.89521 1.555648) (xy -1.893919 1.556311) (xy -1.892664 1.557033) (xy -1.891448 1.557812)
				(xy -1.890274 1.558648) (xy -1.889142 1.559538) (xy -1.888054 1.56048) (xy -1.887014 1.561472) (xy -1.886022 1.562513)
				(xy -1.88508 1.5636) (xy -1.88419 1.564732) (xy -1.883354 1.565907) (xy -1.882574 1.567122) (xy -1.881853 1.568377)
				(xy -1.88119 1.569669) (xy -1.88059 1.570996) (xy -1.880053 1.572356) (xy -1.879581 1.573748) (xy -1.879176 1.57517)
				(xy -1.878841 1.576619) (xy -1.878576 1.578094) (xy -1.878385 1.579594) (xy -1.878268 1.581115)
				(xy -1.878227 1.582657) (xy -1.878268 1.584199) (xy -1.878385 1.58572) (xy -1.878576 1.58722) (xy -1.878841 1.588695)
				(xy -1.879176 1.590144) (xy -1.879581 1.591566) (xy -1.880053 1.592958) (xy -1.88059 1.594319) (xy -1.88119 1.595646)
				(xy -1.881853 1.596938) (xy -1.882575 1.598192) (xy -1.883354 1.599408) (xy -1.88419 1.600583) (xy -1.88508 1.601715)
				(xy -1.886022 1.602802) (xy -1.887014 1.603843) (xy -1.888055 1.604835) (xy -1.889142 1.605777)
				(xy -1.890274 1.606667) (xy -1.891448 1.607502) (xy -1.892664 1.608282) (xy -1.893919 1.609004)
				(xy -1.895211 1.609666) (xy -1.896538 1.610267) (xy -1.897898 1.610804) (xy -1.89929 1.611276) (xy -1.900712 1.61168)
				(xy -1.902162 1.612016) (xy -1.903637 1.61228) (xy -1.905136 1.612472) (xy -1.906658 1.612589) (xy -1.9082 1.612629)
				(xy -1.909605 1.612572) (xy -1.911 1.612448) (xy -1.912384 1.612261) (xy -1.913754 1.61201) (xy -1.915108 1.611697)
				(xy -1.916444 1.611321) (xy -1.91776 1.610885) (xy -1.919053 1.610389) (xy -1.920323 1.609834) (xy -1.921566 1.60922)
				(xy -1.92278 1.608549) (xy -1.923964 1.607821) (xy -1.925116 1.607038) (xy -1.926232 1.606199) (xy -1.927312 1.605307)
				(xy -1.928353 1.604361) (xy -1.955225 1.618314) (xy -1.955225 1.8121) (xy -1.937138 1.800215) (xy -1.937351 1.79939)
				(xy -1.93754 1.798559) (xy -1.937705 1.797724) (xy -1.937846 1.796885) (xy -1.937963 1.796042) (xy -1.938057 1.795196)
				(xy -1.938126 1.794347) (xy -1.938172 1.793497) (xy -1.938148 1.792076) (xy -1.938058 1.79067) (xy -1.937904 1.789281)
				(xy -1.937688 1.787911) (xy -1.93741 1.786561) (xy -1.937072 1.785233) (xy -1.936676 1.783928) (xy -1.936222 1.782647)
				(xy -1.935712 1.781394) (xy -1.935148 1.780168) (xy -1.934532 1.778972) (xy -1.933863 1.777807)
				(xy -1.933145 1.776675) (xy -1.932377 1.775578) (xy -1.931562 1.774516) (xy -1.930702 1.773492)
				(xy -1.929796 1.772507) (xy -1.928848 1.771564) (xy -1.927857 1.770662) (xy -1.926827 1.769805)
				(xy -1.925757 1.768993) (xy -1.924649 1.768228) (xy -1.923506 1.767512) (xy -1.922328 1.766846)
				(xy -1.921116 1.766233) (xy -1.919872 1.765672) (xy -1.918598 1.765167) (xy -1.917295 1.764719)
				(xy -1.915963 1.764329) (xy -1.914606 1.763999) (xy -1.913223 1.76373) (xy -1.911817 1.763525) (xy -1.911365 1.763501)
				(xy -1.910913 1.763483) (xy -1.910461 1.763473) (xy -1.910008 1.76347) (xy -1.909556 1.763473) (xy -1.909103 1.763483)
				(xy -1.908651 1.763501) (xy -1.908199 1.763525) (xy -1.906657 1.763565) (xy -1.905136 1.763682)
				(xy -1.903636 1.763874) (xy -1.902161 1.764138) (xy -1.900712 1.764474) (xy -1.89929 1.764878) (xy -1.897898 1.76535)
				(xy -1.896537 1.765888) (xy -1.89521 1.766488) (xy -1.893919 1.76715) (xy -1.892664 1.767872) (xy -1.891448 1.768652)
				(xy -1.890274 1.769488) (xy -1.889142 1.770378) (xy -1.888054 1.77132) (xy -1.887014 1.772312) (xy -1.886022 1.773353)
				(xy -1.88508 1.77444) (xy -1.88419 1.775572) (xy -1.883354 1.776746) (xy -1.882574 1.777962) (xy -1.881853 1.779217)
				(xy -1.88119 1.780509) (xy -1.88059 1.781836) (xy -1.880053 1.783196) (xy -1.879581 1.784588) (xy -1.879176 1.78601)
				(xy -1.878841 1.787459) (xy -1.878576 1.788935) (xy -1.878385 1.790434) (xy -1.878268 1.791955)
				(xy -1.878227 1.793497) (xy -1.878268 1.795039) (xy -1.878385 1.79656) (xy -1.878576 1.79806) (xy -1.878841 1.799535)
				(xy -1.879176 1.800985) (xy -1.879581 1.802406) (xy -1.880053 1.803798) (xy -1.88059 1.805159) (xy -1.88119 1.806486)
				(xy -1.881853 1.807778) (xy -1.882575 1.809033) (xy -1.883354 1.810248) (xy -1.88419 1.811423) (xy -1.88508 1.812555)
				(xy -1.886022 1.813642) (xy -1.887014 1.814683) (xy -1.888055 1.815675) (xy -1.889142 1.816617)
				(xy -1.890274 1.817507) (xy -1.891448 1.818342) (xy -1.892664 1.819122) (xy -1.893919 1.819844)
				(xy -1.895211 1.820506) (xy -1.896538 1.821107) (xy -1.897898 1.821644) (xy -1.89929 1.822116) (xy -1.900712 1.822521)
				(xy -1.902162 1.822856) (xy -1.903637 1.823121) (xy -1.905136 1.823312) (xy -1.906658 1.823429)
				(xy -1.9082 1.82347) (xy -1.909347 1.823428) (xy -1.910489 1.823342) (xy -1.911624 1.823213) (xy -1.912752 1.823042)
				(xy -1.913871 1.822827) (xy -1.91498 1.822571) (xy -1.916077 1.822274) (xy -1.917162 1.821935) (xy -1.918233 1.821555)
				(xy -1.91929 1.821135) (xy -1.92033 1.820674) (xy -1.921354 1.820174) (xy -1.922359 1.819635) (xy -1.923345 1.819057)
				(xy -1.92431 1.81844) (xy -1.925253 1.817785) (xy -1.955225 1.837422) (xy -1.955225 2.030692) (xy -1.936105 2.014672)
				(xy -1.93634 2.014051) (xy -1.936562 2.013427) (xy -1.93677 2.012798) (xy -1.936963 2.012164) (xy -1.937142 2.011527)
				(xy -1.937308 2.010887) (xy -1.937459 2.010243) (xy -1.937596 2.009596) (xy -1.937718 2.008946)
				(xy -1.937826 2.008293) (xy -1.93792 2.007639) (xy -1.938 2.006981) (xy -1.938065 2.006322) (xy -1.938115 2.005662)
				(xy -1.938151 2.005) (xy -1.938172 2.004336) (xy -1.938132 2.002795) (xy -1.938015 2.001273) (xy -1.937823 1.999774)
				(xy -1.937558 1.998298) (xy -1.937223 1.996849) (xy -1.936818 1.995427) (xy -1.936346 1.994035)
				(xy -1.935809 1.992674) (xy -1.935209 1.991347) (xy -1.934546 1.990055) (xy -1.933825 1.988801)
				(xy -1.933045 1.987585) (xy -1.932209 1.98641) (xy -1.931319 1.985279) (xy -1.930377 1.984191) (xy -1.929385 1.983151)
				(xy -1.928344 1.982158) (xy -1.927257 1.981216) (xy -1.926125 1.980327) (xy -1.924951 1.979491)
				(xy -1.923735 1.978711) (xy -1.92248 1.977989) (xy -1.921188 1.977327) (xy -1.919861 1.976726) (xy -1.918501 1.976189)
				(xy -1.917109 1.975718) (xy -1.915687 1.975313) (xy -1.914238 1.974977) (xy -1.912762 1.974713)
				(xy -1.911263 1.974521) (xy -1.909741 1.974404) (xy -1.9082 1.974364) (xy -1.906658 1.974404) (xy -1.905136 1.974521)
				(xy -1.903637 1.974713) (xy -1.902162 1.974977) (xy -1.900712 1.975313) (xy -1.89929 1.975718) (xy -1.897898 1.976189)
				(xy -1.896538 1.976727) (xy -1.895211 1.977327) (xy -1.893919 1.977989) (xy -1.892664 1.978711)
				(xy -1.891448 1.979491) (xy -1.890274 1.980327) (xy -1.889142 1.981217) (xy -1.888055 1.982159)
				(xy -1.887014 1.983151) (xy -1.886022 1.984192) (xy -1.88508 1.985279) (xy -1.88419 1.986411) (xy -1.883354 1.987585)
				(xy -1.882575 1.988801) (xy -1.881853 1.990056) (xy -1.88119 1.991348) (xy -1.88059 1.992675) (xy -1.880053 1.994035)
				(xy -1.879581 1.995427) (xy -1.879176 1.996849) (xy -1.878841 1.998299) (xy -1.878576 1.999774)
				(xy -1.878385 2.001273) (xy -1.878268 2.002795) (xy -1.878227 2.004337) (xy -1.878268 2.005879)
				(xy -1.878385 2.0074) (xy -1.878576 2.008899) (xy -1.878841 2.010375) (xy -1.879176 2.011824) (xy -1.879581 2.013246)
				(xy -1.880053 2.014638) (xy -1.88059 2.015998) (xy -1.881191 2.017326) (xy -1.881853 2.018617) (xy -1.882575 2.019872)
				(xy -1.883355 2.021088) (xy -1.88419 2.022262) (xy -1.88508 2.023394) (xy -1.886022 2.024482) (xy -1.887014 2.025522)
				(xy -1.888055 2.026514) (xy -1.889142 2.027456) (xy -1.890274 2.028346) (xy -1.891449 2.029182)
				(xy -1.892664 2.029961) (xy -1.893919 2.030683) (xy -1.895211 2.031346) (xy -1.896538 2.031946)
				(xy -1.897898 2.032483) (xy -1.89929 2.032955) (xy -1.900712 2.03336) (xy -1.902162 2.033695) (xy -1.903637 2.03396)
				(xy -1.905136 2.034152) (xy -1.906658 2.034269) (xy -1.9082 2.034309) (xy -1.909262 2.034289) (xy -1.91032 2.034232)
				(xy -1.911374 2.034138) (xy -1.912422 2.034007) (xy -1.913463 2.033839) (xy -1.914497 2.033635)
				(xy -1.915523 2.033395) (xy -1.916539 2.033119) (xy -1.917545 2.032808) (xy -1.91854 2.032461) (xy -1.919522 2.03208)
				(xy -1.920492 2.031664) (xy -1.921447 2.031213) (xy -1.922388 2.030728) (xy -1.923312 2.03021) (xy -1.924219 2.029658)
				(xy -1.955225 2.055496) (xy -1.955225 2.550557) (xy -1.507707 2.550557) (xy -1.467916 2.5149) (xy -1.468186 2.514188)
				(xy -1.468437 2.51347) (xy -1.46867 2.512747) (xy -1.468884 2.512019) (xy -1.469079 2.511286) (xy -1.469256 2.510548)
				(xy -1.469414 2.509807) (xy -1.469554 2.509062) (xy -1.469674 2.508314) (xy -1.469775 2.507562)
				(xy -1.469858 2.506809) (xy -1.469921 2.506053) (xy -1.469966 2.505295) (xy -1.469991 2.504536)
				(xy -1.469997 2.503775) (xy -1.469983 2.503014) (xy -1.469963 2.501609) (xy -1.469879 2.500219)
				(xy -1.469731 2.498844) (xy -1.469523 2.497488) (xy -1.469254 2.496151) (xy -1.468926 2.494835)
				(xy -1.468541 2.493541) (xy -1.468099 2.492271) (xy -1.467603 2.491027) (xy -1.467053 2.48981) (xy -1.466451 2.488621)
				(xy -1.465799 2.487463) (xy -1.465096 2.486337) (xy -1.464346 2.485244) (xy -1.463549 2.484186)
				(xy -1.462707 2.483164) (xy -1.46182 2.48218) (xy -1.460891 2.481236) (xy -1.45992 2.480333) (xy -1.45891 2.479472)
				(xy -1.45786 2.478656) (xy -1.456774 2.477886) (xy -1.455651 2.477163) (xy -1.454493 2.476488) (xy -1.453302 2.475865)
				(xy -1.45208 2.475293) (xy -1.450826 2.474775) (xy -1.449543 2.474312) (xy -1.448232 2.473905) (xy -1.446895 2.473557)
				(xy -1.445532 2.473269) (xy -1.444145 2.473042) (xy -1.443629 2.473011) (xy -1.443112 2.472989)
				(xy -1.442595 2.472975) (xy -1.442078 2.472971) (xy -1.441561 2.472975) (xy -1.441044 2.472989)
				(xy -1.440527 2.473011) (xy -1.440011 2.473042) (xy -1.438469 2.473082) (xy -1.436948 2.473199)
				(xy -1.435448 2.473391) (xy -1.433973 2.473656) (xy -1.432524 2.473991) (xy -1.431102 2.474396)
				(xy -1.42971 2.474868) (xy -1.428349 2.475405) (xy -1.427022 2.476006) (xy -1.42573 2.476668) (xy -1.424476 2.47739)
				(xy -1.42326 2.47817) (xy -1.422086 2.479005) (xy -1.420954 2.479895) (xy -1.419866 2.480837) (xy -1.418826 2.481829)
				(xy -1.417833 2.48287) (xy -1.416892 2.483957) (xy -1.416002 2.485089) (xy -1.415166 2.486264) (xy -1.414386 2.48748)
				(xy -1.413665 2.488734) (xy -1.413002 2.490026) (xy -1.412402 2.491353) (xy -1.411865 2.492714)
				(xy -1.411393 2.494106) (xy -1.410988 2.495527) (xy -1.410653 2.496977) (xy -1.410388 2.498452)
				(xy -1.410196 2.499951) (xy -1.41008 2.501473) (xy -1.410039 2.503015) (xy -1.41008 2.504556) (xy -1.410196 2.506078)
				(xy -1.410388 2.507577) (xy -1.410653 2.509053) (xy -1.410988 2.510502) (xy -1.411393 2.511924)
				(xy -1.411865 2.513316) (xy -1.412402 2.514676) (xy -1.413002 2.516004) (xy -1.413665 2.517295)
				(xy -1.414387 2.51855) (xy -1.415166 2.519766) (xy -1.416002 2.52094) (xy -1.416892 2.522072) (xy -1.417834 2.52316)
				(xy -1.418826 2.5242) (xy -1.419867 2.525192) (xy -1.420954 2.526134) (xy -1.422086 2.527024) (xy -1.42326 2.52786)
				(xy -1.424476 2.52864) (xy -1.425731 2.529361) (xy -1.427022 2.530024) (xy -1.42835 2.530624) (xy -1.42971 2.531161)
				(xy -1.431102 2.531633) (xy -1.432524 2.532038) (xy -1.433973 2.532373) (xy -1.435449 2.532638)
				(xy -1.436948 2.532829) (xy -1.43847 2.532946) (xy -1.440011 2.532987) (xy -1.440998 2.532963) (xy -1.441982 2.532908)
				(xy -1.442962 2.53282) (xy -1.443938 2.532701) (xy -1.444908 2.532549) (xy -1.445871 2.532366) (xy -1.446828 2.532152)
				(xy -1.447777 2.531907) (xy -1.448717 2.531631) (xy -1.449648 2.531324) (xy -1.450569 2.530987)
				(xy -1.45148 2.53062) (xy -1.452378 2.530223) (xy -1.453265 2.529795) (xy -1.454138 2.529339) (xy -1.454997 2.528852)
				(xy -1.479285 2.550557) (xy -1.314954 2.550557) (xy -1.286016 2.517484) (xy -1.286487 2.516654)
				(xy -1.28693 2.51581) (xy -1.287346 2.514954) (xy -1.287734 2.514086) (xy -1.288094 2.513208) (xy -1.288426 2.512319)
				(xy -1.28873 2.51142) (xy -1.289005 2.510513) (xy -1.289251 2.509597) (xy -1.289468 2.508674) (xy -1.289655 2.507744)
				(xy -1.289814 2.506807) (xy -1.289943 2.505865) (xy -1.290042 2.504919) (xy -1.290111 2.503968)
				(xy -1.290149 2.503014) (xy -1.290125 2.501593) (xy -1.290036 2.500187) (xy -1.289882 2.498799)
				(xy -1.289666 2.497429) (xy -1.289388 2.496078) (xy -1.28905 2.49475) (xy -1.288653 2.493445) (xy -1.288199 2.492165)
				(xy -1.28769 2.490911) (xy -1.287126 2.489685) (xy -1.286509 2.488489) (xy -1.285841 2.487324) (xy -1.285122 2.486193)
				(xy -1.284355 2.485095) (xy -1.28354 2.484034) (xy -1.282679 2.48301) (xy -1.281774 2.482025) (xy -1.280825 2.481081)
				(xy -1.279835 2.48018) (xy -1.278804 2.479322) (xy -1.277734 2.47851) (xy -1.276627 2.477745) (xy -1.275484 2.477029)
				(xy -1.274305 2.476364) (xy -1.273094 2.47575) (xy -1.27185 2.47519) (xy -1.270576 2.474685) (xy -1.269272 2.474236)
				(xy -1.267941 2.473846) (xy -1.266583 2.473516) (xy -1.265201 2.473248) (xy -1.263795 2.473042)
				(xy -1.263343 2.473018) (xy -1.262891 2.473001) (xy -1.262438 2.472991) (xy -1.261986 2.472987)
				(xy -1.261534 2.472991) (xy -1.261081 2.473001) (xy -1.260629 2.473018) (xy -1.260177 2.473042)
				(xy -1.258635 2.473082) (xy -1.257114 2.473199) (xy -1.255615 2.473391) (xy -1.254139 2.473656)
				(xy -1.25269 2.473991) (xy -1.251268 2.474396) (xy -1.249876 2.474868) (xy -1.248516 2.475405) (xy -1.247188 2.476006)
				(xy -1.245897 2.476668) (xy -1.244642 2.47739) (xy -1.243426 2.47817) (xy -1.242252 2.479005) (xy -1.24112 2.479895)
				(xy -1.240032 2.480837) (xy -1.238992 2.481829) (xy -1.238 2.48287) (xy -1.237058 2.483957) (xy -1.236168 2.485089)
				(xy -1.235332 2.486264) (xy -1.234553 2.48748) (xy -1.233831 2.488734) (xy -1.233168 2.490026) (xy -1.232568 2.491353)
				(xy -1.232031 2.492714) (xy -1.231559 2.494106) (xy -1.231154 2.495527) (xy -1.230819 2.496977)
				(xy -1.230554 2.498452) (xy -1.230363 2.499951) (xy -1.230246 2.501473) (xy -1.230205 2.503015)
				(xy -1.230246 2.504556) (xy -1.230363 2.506078) (xy -1.230554 2.507577) (xy -1.230819 2.509053)
				(xy -1.231154 2.510502) (xy -1.231559 2.511924) (xy -1.232031 2.513316) (xy -1.232568 2.514676)
				(xy -1.233169 2.516004) (xy -1.233831 2.517295) (xy -1.234553 2.51855) (xy -1.235332 2.519766) (xy -1.236168 2.52094)
				(xy -1.237058 2.522072) (xy -1.238 2.52316) (xy -1.238992 2.5242) (xy -1.240033 2.525192) (xy -1.24112 2.526134)
				(xy -1.242252 2.527024) (xy -1.243426 2.52786) (xy -1.244642 2.52864) (xy -1.245897 2.529361) (xy -1.247188 2.530024)
				(xy -1.248516 2.530624) (xy -1.249876 2.531161) (xy -1.251268 2.531633) (xy -1.25269 2.532038) (xy -1.254139 2.532373)
				(xy -1.255615 2.532638) (xy -1.257114 2.532829) (xy -1.258635 2.532946) (xy -1.260177 2.532987)
				(xy -1.26084 2.532965) (xy -1.261502 2.53293) (xy -1.262163 2.532879) (xy -1.262822 2.532814) (xy -1.263479 2.532735)
				(xy -1.264134 2.532641) (xy -1.264786 2.532533) (xy -1.265436 2.532411) (xy -1.266083 2.532274)
				(xy -1.266727 2.532123) (xy -1.267368 2.531957) (xy -1.268005 2.531778) (xy -1.268638 2.531584)
				(xy -1.269267 2.531377) (xy -1.269892 2.531155) (xy -1.270513 2.53092) (xy -1.287566 2.550557) (xy -1.123751 2.550557)
				(xy -1.103598 2.521101) (xy -1.104323 2.520114) (xy -1.105006 2.519102) (xy -1.105646 2.518065)
				(xy -1.106242 2.517005) (xy -1.106794 2.515924) (xy -1.1073 2.514822) (xy -1.107762 2.513702) (xy -1.108178 2.512565)
				(xy -1.108547 2.511412) (xy -1.10887 2.510244) (xy -1.109146 2.509063) (xy -1.109374 2.507871) (xy -1.109553 2.506668)
				(xy -1.109684 2.505457) (xy -1.109766 2.504239) (xy -1.109799 2.503014) (xy -1.109778 2.501609)
				(xy -1.109694 2.500219) (xy -1.109547 2.498844) (xy -1.109338 2.497488) (xy -1.109069 2.496151)
				(xy -1.108741 2.494835) (xy -1.108356 2.493541) (xy -1.107914 2.492271) (xy -1.107418 2.491027)
				(xy -1.106868 2.48981) (xy -1.106267 2.488621) (xy -1.105614 2.487463) (xy -1.104912 2.486337) (xy -1.104161 2.485244)
				(xy -1.103365 2.484186) (xy -1.102522 2.483164) (xy -1.101636 2.48218) (xy -1.100706 2.481236) (xy -1.099736 2.480333)
				(xy -1.098725 2.479472) (xy -1.097676 2.478656) (xy -1.096589 2.477886) (xy -1.095466 2.477163)
				(xy -1.094309 2.476488) (xy -1.093118 2.475865) (xy -1.091895 2.475293) (xy -1.090641 2.474775)
				(xy -1.089359 2.474312) (xy -1.088048 2.473905) (xy -1.08671 2.473557) (xy -1.085347 2.473269) (xy -1.083961 2.473042)
				(xy -1.083444 2.473011) (xy -1.082928 2.472989) (xy -1.082411 2.472975) (xy -1.081894 2.472971)
				(xy -1.081377 2.472975) (xy -1.08086 2.472989) (xy -1.080343 2.473011) (xy -1.079826 2.473042) (xy -1.078285 2.473082)
				(xy -1.076763 2.473199) (xy -1.075264 2.473391) (xy -1.073788 2.473656) (xy -1.072339 2.473991)
				(xy -1.070917 2.474396) (xy -1.069525 2.474868) (xy -1.068165 2.475405) (xy -1.066838 2.476006)
				(xy -1.065546 2.476668) (xy -1.064291 2.47739) (xy -1.063076 2.47817) (xy -1.061901 2.479005) (xy -1.060769 2.479895)
				(xy -1.059682 2.480837) (xy -1.058641 2.481829) (xy -1.057649 2.48287) (xy -1.056707 2.483957) (xy -1.055817 2.485089)
				(xy -1.054981 2.486264) (xy -1.054202 2.48748) (xy -1.05348 2.488734) (xy -1.052818 2.490026) (xy -1.052217 2.491353)
				(xy -1.05168 2.492714) (xy -1.051208 2.494106) (xy -1.050804 2.495527) (xy -1.050468 2.496977) (xy -1.050203 2.498452)
				(xy -1.050012 2.499951) (xy -1.049895 2.501473) (xy -1.049855 2.503015) (xy -1.049895 2.504556)
				(xy -1.050012 2.506078) (xy -1.050203 2.507577) (xy -1.050468 2.509053) (xy -1.050804 2.510502)
				(xy -1.051208 2.511924) (xy -1.05168 2.513316) (xy -1.052217 2.514676) (xy -1.052818 2.516004) (xy -1.05348 2.517295)
				(xy -1.054202 2.51855) (xy -1.054982 2.519766) (xy -1.055817 2.52094) (xy -1.056707 2.522072) (xy -1.057649 2.52316)
				(xy -1.058641 2.5242) (xy -1.059682 2.525192) (xy -1.060769 2.526134) (xy -1.061901 2.527024) (xy -1.063076 2.52786)
				(xy -1.064291 2.52864) (xy -1.065546 2.529361) (xy -1.066838 2.530024) (xy -1.068165 2.530624) (xy -1.069525 2.531161)
				(xy -1.070917 2.531633) (xy -1.072339 2.532038) (xy -1.073789 2.532373) (xy -1.075264 2.532638)
				(xy -1.076763 2.532829) (xy -1.078285 2.532946) (xy -1.079827 2.532987) (xy -1.080938 2.533) (xy -1.082047 2.532973)
				(xy -1.083154 2.532905) (xy -1.084257 2.532795) (xy -1.085356 2.532645) (xy -1.086449 2.532455)
				(xy -1.087534 2.532224) (xy -1.088612 2.531953) (xy -1.101531 2.550557) (xy -0.936166 2.550557)
				(xy -0.921697 2.523685) (xy -0.922664 2.522619) (xy -0.923575 2.521512) (xy -0.92443 2.520367) (xy -0.925227 2.519186)
				(xy -0.925965 2.51797) (xy -0.926644 2.516724) (xy -0.927262 2.515448) (xy -0.927819 2.514145) (xy -0.928315 2.512817)
				(xy -0.928747 2.511466) (xy -0.929115 2.510096) (xy -0.929418 2.508707) (xy -0.929656 2.507302)
				(xy -0.929827 2.505883) (xy -0.92993 2.504453) (xy -0.929965 2.503014) (xy -0.929945 2.501609) (xy -0.92986 2.500219)
				(xy -0.929713 2.498844) (xy -0.929504 2.497488) (xy -0.929235 2.496151) (xy -0.928908 2.494835)
				(xy -0.928522 2.493541) (xy -0.928081 2.492271) (xy -0.927585 2.491027) (xy -0.927035 2.48981) (xy -0.926433 2.488622)
				(xy -0.92578 2.487463) (xy -0.925078 2.486337) (xy -0.924328 2.485244) (xy -0.923531 2.484186) (xy -0.922689 2.483164)
				(xy -0.921802 2.48218) (xy -0.920873 2.481236) (xy -0.919902 2.480333) (xy -0.918892 2.479473) (xy -0.917842 2.478656)
				(xy -0.916755 2.477886) (xy -0.915633 2.477163) (xy -0.914475 2.476489) (xy -0.913284 2.475865)
				(xy -0.912061 2.475293) (xy -0.910808 2.474775) (xy -0.909525 2.474312) (xy -0.908214 2.473906)
				(xy -0.906877 2.473557) (xy -0.905514 2.473269) (xy -0.904127 2.473042) (xy -0.903611 2.473011)
				(xy -0.903094 2.472989) (xy -0.902577 2.472975) (xy -0.90206 2.472971) (xy -0.901543 2.472975) (xy -0.901026 2.472989)
				(xy -0.900509 2.473011) (xy -0.899992 2.473042) (xy -0.898451 2.473082) (xy -0.896929 2.473199)
				(xy -0.89543 2.473391) (xy -0.893955 2.473656) (xy -0.892505 2.473991) (xy -0.891083 2.474396) (xy -0.889691 2.474868)
				(xy -0.888331 2.475405) (xy -0.887004 2.476006) (xy -0.885712 2.476668) (xy -0.884457 2.47739) (xy -0.883242 2.478169)
				(xy -0.882067 2.479005) (xy -0.880935 2.479895) (xy -0.879848 2.480837) (xy -0.878807 2.481829)
				(xy -0.877815 2.48287) (xy -0.876873 2.483957) (xy -0.875983 2.485089) (xy -0.875148 2.486264) (xy -0.874368 2.487479)
				(xy -0.873646 2.488734) (xy -0.872984 2.490026) (xy -0.872383 2.491353) (xy -0.871846 2.492714)
				(xy -0.871374 2.494106) (xy -0.870969 2.495527) (xy -0.870634 2.496977) (xy -0.870369 2.498452)
				(xy -0.870178 2.499951) (xy -0.870061 2.501473) (xy -0.87002 2.503015) (xy -0.870061 2.504556) (xy -0.870178 2.506078)
				(xy -0.870369 2.507577) (xy -0.870634 2.509053) (xy -0.870969 2.510502) (xy -0.871374 2.511924)
				(xy -0.871846 2.513316) (xy -0.872383 2.514676) (xy -0.872984 2.516004) (xy -0.873646 2.517295)
				(xy -0.874368 2.51855) (xy -0.875148 2.519766) (xy -0.875983 2.52094) (xy -0.876873 2.522072) (xy -0.877815 2.52316)
				(xy -0.878807 2.5242) (xy -0.879848 2.525192) (xy -0.880935 2.526134) (xy -0.882067 2.527024) (xy -0.883242 2.52786)
				(xy -0.884457 2.52864) (xy -0.885712 2.529361) (xy -0.887004 2.530024) (xy -0.888331 2.530624) (xy -0.889692 2.531161)
				(xy -0.891084 2.531633) (xy -0.892505 2.532038) (xy -0.893955 2.532373) (xy -0.89543 2.532638) (xy -0.89693 2.532829)
				(xy -0.898451 2.532946) (xy -0.899993 2.532987) (xy -0.900509 2.533018) (xy -0.901026 2.53304) (xy -0.901543 2.533053)
				(xy -0.90206 2.533058) (xy -0.902577 2.533053) (xy -0.903094 2.53304) (xy -0.903611 2.533018) (xy -0.904127 2.532987)
				(xy -0.913429 2.550557) (xy -0.749098 2.550557) (xy -0.739279 2.526268) (xy -0.740541 2.525161)
				(xy -0.741733 2.523991) (xy -0.742853 2.522763) (xy -0.743899 2.521479) (xy -0.744871 2.520144)
				(xy -0.745765 2.51876) (xy -0.746581 2.517331) (xy -0.747317 2.51586) (xy -0.747971 2.514352) (xy -0.748542 2.512809)
				(xy -0.749029 2.511234) (xy -0.749428 2.509632) (xy -0.74974 2.508006) (xy -0.749962 2.506358) (xy -0.750093 2.504693)
				(xy -0.750131 2.503014) (xy -0.750107 2.501593) (xy -0.750018 2.500187) (xy -0.749864 2.498799)
				(xy -0.749647 2.497429) (xy -0.749369 2.496078) (xy -0.749031 2.49475) (xy -0.748635 2.493445) (xy -0.748181 2.492165)
				(xy -0.747672 2.490911) (xy -0.747108 2.489685) (xy -0.746491 2.488489) (xy -0.745823 2.487324)
				(xy -0.745104 2.486193) (xy -0.744337 2.485095) (xy -0.743522 2.484034) (xy -0.742661 2.48301) (xy -0.741756 2.482025)
				(xy -0.740807 2.481081) (xy -0.739817 2.48018) (xy -0.738786 2.479322) (xy -0.737716 2.47851) (xy -0.736609 2.477745)
				(xy -0.735465 2.477029) (xy -0.734287 2.476364) (xy -0.733075 2.47575) (xy -0.731832 2.47519) (xy -0.730558 2.474685)
				(xy -0.729254 2.474236) (xy -0.727923 2.473846) (xy -0.726565 2.473516) (xy -0.725183 2.473248)
				(xy -0.723776 2.473042) (xy -0.723324 2.473018) (xy -0.722872 2.473001) (xy -0.72242 2.472991) (xy -0.721968 2.472987)
				(xy -0.721515 2.472991) (xy -0.721063 2.473001) (xy -0.72061 2.473018) (xy -0.720158 2.473042) (xy -0.718616 2.473082)
				(xy -0.717095 2.473199) (xy -0.715595 2.473391) (xy -0.71412 2.473656) (xy -0.712671 2.473991) (xy -0.711249 2.474396)
				(xy -0.709857 2.474868) (xy -0.708496 2.475405) (xy -0.707169 2.476006) (xy -0.705878 2.476668)
				(xy -0.704623 2.47739) (xy -0.703407 2.478169) (xy -0.702233 2.479005) (xy -0.701101 2.479895) (xy -0.700013 2.480837)
				(xy -0.698973 2.481829) (xy -0.697981 2.48287) (xy -0.697039 2.483957) (xy -0.696149 2.485089) (xy -0.695313 2.486264)
				(xy -0.694533 2.487479) (xy -0.693812 2.488734) (xy -0.693149 2.490026) (xy -0.692549 2.491353)
				(xy -0.692012 2.492714) (xy -0.69154 2.494106) (xy -0.691135 2.495527) (xy -0.6908 2.496977) (xy -0.690535 2.498452)
				(xy -0.690343 2.499951) (xy -0.690226 2.501473) (xy -0.690186 2.503015) (xy -0.690226 2.504556)
				(xy -0.690343 2.506078) (xy -0.690535 2.507577) (xy -0.6908 2.509053) (xy -0.691135 2.510502) (xy -0.69154 2.511924)
				(xy -0.692012 2.513316) (xy -0.692549 2.514676) (xy -0.693149 2.516004) (xy -0.693812 2.517295)
				(xy -0.694533 2.51855) (xy -0.695313 2.519766) (xy -0.696149 2.52094) (xy -0.697039 2.522072) (xy -0.697981 2.52316)
				(xy -0.698973 2.5242) (xy -0.700014 2.525192) (xy -0.701101 2.526134) (xy -0.702233 2.527024) (xy -0.703407 2.52786)
				(xy -0.704623 2.52864) (xy -0.705878 2.529361) (xy -0.70717 2.530024) (xy -0.708497 2.530624) (xy -0.709857 2.531161)
				(xy -0.71125 2.531633) (xy -0.712671 2.532038) (xy -0.714121 2.532373) (xy -0.715596 2.532638) (xy -0.717096 2.532829)
				(xy -0.718617 2.532946) (xy -0.720159 2.532987) (xy -0.720546 2.532994) (xy -0.720934 2.532997)
				(xy -0.721322 2.532994) (xy -0.721709 2.532987) (xy -0.728944 2.550557) (xy -0.563579 2.550557)
				(xy -0.556861 2.527819) (xy -0.558347 2.526721) (xy -0.559753 2.525541) (xy -0.561078 2.524286)
				(xy -0.562317 2.522958) (xy -0.563471 2.521562) (xy -0.564535 2.520104) (xy -0.565509 2.518586)
				(xy -0.566388 2.517014) (xy -0.567172 2.515392) (xy -0.567858 2.513725) (xy -0.568443 2.512016)
				(xy -0.568925 2.510271) (xy -0.569302 2.508494) (xy -0.569572 2.506689) (xy -0.569732 2.504861)
				(xy -0.56978 2.503014) (xy -0.56976 2.501609) (xy -0.569675 2.500219) (xy -0.569528 2.498844) (xy -0.569319 2.497488)
				(xy -0.56905 2.496151) (xy -0.568722 2.494835) (xy -0.568337 2.493541) (xy -0.567896 2.492271) (xy -0.567399 2.491027)
				(xy -0.56685 2.48981) (xy -0.566248 2.488621) (xy -0.565595 2.487463) (xy -0.564893 2.486337) (xy -0.564143 2.485244)
				(xy -0.563346 2.484186) (xy -0.562503 2.483164) (xy -0.561617 2.48218) (xy -0.560687 2.481236) (xy -0.559717 2.480333)
				(xy -0.558706 2.479472) (xy -0.557657 2.478656) (xy -0.55657 2.477886) (xy -0.555447 2.477163) (xy -0.55429 2.476488)
				(xy -0.553099 2.475865) (xy -0.551876 2.475293) (xy -0.550622 2.474775) (xy -0.549339 2.474312)
				(xy -0.548029 2.473905) (xy -0.546691 2.473557) (xy -0.545328 2.473269) (xy -0.543941 2.473042)
				(xy -0.543425 2.473011) (xy -0.542909 2.472989) (xy -0.542392 2.472975) (xy -0.541875 2.472971)
				(xy -0.541358 2.472975) (xy -0.540841 2.472989) (xy -0.540324 2.473011) (xy -0.539808 2.473042)
				(xy -0.538266 2.473082) (xy -0.536745 2.473199) (xy -0.535245 2.473391) (xy -0.53377 2.473656) (xy -0.53232 2.473991)
				(xy -0.530899 2.474396) (xy -0.529507 2.474868) (xy -0.528146 2.475405) (xy -0.526819 2.476005)
				(xy -0.525527 2.476668) (xy -0.524273 2.47739) (xy -0.523057 2.478169) (xy -0.521882 2.479005) (xy -0.52075 2.479895)
				(xy -0.519663 2.480837) (xy -0.518622 2.481829) (xy -0.51763 2.48287) (xy -0.516688 2.483957) (xy -0.515799 2.485089)
				(xy -0.514963 2.486264) (xy -0.514183 2.487479) (xy -0.513461 2.488734) (xy -0.512799 2.490026)
				(xy -0.512198 2.491353) (xy -0.511661 2.492713) (xy -0.511189 2.494105) (xy -0.510785 2.495527)
				(xy -0.510449 2.496976) (xy -0.510185 2.498452) (xy -0.509993 2.499951) (xy -0.509876 2.501472)
				(xy -0.509836 2.503014) (xy -0.509873 2.50452) (xy -0.509984 2.506006) (xy -0.510166 2.507472) (xy -0.510418 2.508916)
				(xy -0.510739 2.510336) (xy -0.511125 2.511729) (xy -0.511576 2.513095) (xy -0.512089 2.514431)
				(xy -0.512664 2.515736) (xy -0.513298 2.517008) (xy -0.51399 2.518245) (xy -0.514738 2.519445) (xy -0.51554 2.520607)
				(xy -0.516394 2.521728) (xy -0.5173 2.522808) (xy -0.518254 2.523843) (xy -0.519255 2.524833) (xy -0.520302 2.525776)
				(xy -0.521393 2.526669) (xy -0.522526 2.527511) (xy -0.523699 2.5283) (xy -0.524911 2.529035) (xy -0.52616 2.529714)
				(xy -0.527444 2.530334) (xy -0.528761 2.530894) (xy -0.53011 2.531393) (xy -0.531489 2.531828) (xy -0.532897 2.532197)
				(xy -0.534331 2.5325) (xy -0.535789 2.532733) (xy -0.537271 2.532896) (xy -0.538774 2.532987) (xy -0.543942 2.550557)
				(xy -0.378578 2.550557) (xy -0.374444 2.529369) (xy -0.376199 2.528321) (xy -0.377865 2.527166)
				(xy -0.379439 2.525909) (xy -0.380918 2.524558) (xy -0.382297 2.523117) (xy -0.383573 2.521592)
				(xy -0.384744 2.51999) (xy -0.385805 2.518315) (xy -0.386753 2.516574) (xy -0.387585 2.514772) (xy -0.388298 2.512915)
				(xy -0.388887 2.51101) (xy -0.38935 2.509061) (xy -0.389683 2.507075) (xy -0.389883 2.505058) (xy -0.389946 2.503014)
				(xy -0.389926 2.501609) (xy -0.389842 2.500219) (xy -0.389695 2.498844) (xy -0.389486 2.497488)
				(xy -0.389217 2.496151) (xy -0.388889 2.494835) (xy -0.388504 2.493541) (xy -0.388062 2.492271)
				(xy -0.387566 2.491027) (xy -0.387016 2.48981) (xy -0.386414 2.488621) (xy -0.385762 2.487463) (xy -0.385059 2.486337)
				(xy -0.384309 2.485244) (xy -0.383512 2.484186) (xy -0.38267 2.483164) (xy -0.381783 2.48218) (xy -0.380854 2.481236)
				(xy -0.379883 2.480333) (xy -0.378873 2.479472) (xy -0.377823 2.478656) (xy -0.376736 2.477886)
				(xy -0.375614 2.477163) (xy -0.374456 2.476488) (xy -0.373265 2.475865) (xy -0.372042 2.475293)
				(xy -0.370789 2.474775) (xy -0.369506 2.474312) (xy -0.368195 2.473905) (xy -0.366858 2.473557)
				(xy -0.365495 2.473269) (xy -0.364108 2.473042) (xy -0.363592 2.473011) (xy -0.363075 2.472989)
				(xy -0.362558 2.472975) (xy -0.362041 2.472971) (xy -0.361524 2.472975) (xy -0.361007 2.472989)
				(xy -0.36049 2.473011) (xy -0.359973 2.473042) (xy -0.358432 2.473082) (xy -0.35691 2.473199) (xy -0.355411 2.473391)
				(xy -0.353935 2.473656) (xy -0.352486 2.473991) (xy -0.351064 2.474396) (xy -0.349672 2.474868)
				(xy -0.348312 2.475405) (xy -0.346985 2.476006) (xy -0.345693 2.476668) (xy -0.344438 2.47739) (xy -0.343223 2.47817)
				(xy -0.342048 2.479005) (xy -0.340916 2.479895) (xy -0.339829 2.480837) (xy -0.338788 2.481829)
				(xy -0.337796 2.48287) (xy -0.336854 2.483957) (xy -0.335965 2.485089) (xy -0.335129 2.486264) (xy -0.334349 2.48748)
				(xy -0.333627 2.488734) (xy -0.332965 2.490026) (xy -0.332365 2.491353) (xy -0.331828 2.492714)
				(xy -0.331356 2.494106) (xy -0.330951 2.495527) (xy -0.330616 2.496977) (xy -0.330351 2.498452)
				(xy -0.33016 2.499951) (xy -0.330043 2.501473) (xy -0.330002 2.503015) (xy -0.330037 2.50437) (xy -0.330131 2.505712)
				(xy -0.330284 2.507039) (xy -0.330494 2.508349) (xy -0.33076 2.50964) (xy -0.331081 2.510913) (xy -0.331456 2.512164)
				(xy -0.331884 2.513393) (xy -0.332363 2.514598) (xy -0.332892 2.515778) (xy -0.333471 2.516931)
				(xy -0.334097 2.518056) (xy -0.334769 2.519152) (xy -0.335487 2.520216) (xy -0.336249 2.521249)
				(xy -0.337055 2.522247) (xy -0.337902 2.523211) (xy -0.338789 2.524137) (xy -0.339716 2.525026)
				(xy -0.340681 2.525875) (xy -0.341683 2.526684) (xy -0.342721 2.52745) (xy -0.343794 2.528172) (xy -0.3449 2.528849)
				(xy -0.346038 2.52948) (xy -0.347207 2.530062) (xy -0.348406 2.530595) (xy -0.349634 2.531078) (xy -0.350889 2.531508)
				(xy -0.35217 2.531884) (xy -0.353476 2.532205) (xy -0.354806 2.53247) (xy -0.358424 2.550557) (xy -0.194093 2.550557)
				(xy -0.192026 2.530403) (xy -0.19403 2.529446) (xy -0.195939 2.528356) (xy -0.197749 2.527139) (xy -0.199455 2.525803)
				(xy -0.201053 2.524353) (xy -0.202537 2.522799) (xy -0.203903 2.521145) (xy -0.205147 2.519401)
				(xy -0.206263 2.517572) (xy -0.207247 2.515667) (xy -0.208094 2.513691) (xy -0.208799 2.511653)
				(xy -0.209359 2.509559) (xy -0.209767 2.507416) (xy -0.21002 2.505232) (xy -0.210112 2.503014) (xy -0.210088 2.501593)
				(xy -0.209998 2.500187) (xy -0.209845 2.498799) (xy -0.209628 2.497429) (xy -0.20935 2.496078) (xy -0.209012 2.49475)
				(xy -0.208616 2.493445) (xy -0.208162 2.492165) (xy -0.207653 2.490911) (xy -0.207089 2.489685)
				(xy -0.206472 2.488489) (xy -0.205803 2.487324) (xy -0.205085 2.486193) (xy -0.204317 2.485095)
				(xy -0.203503 2.484034) (xy -0.202642 2.48301) (xy -0.201736 2.482025) (xy -0.200788 2.481081) (xy -0.199797 2.48018)
				(xy -0.198767 2.479322) (xy -0.197697 2.47851) (xy -0.19659 2.477745) (xy -0.195446 2.477029) (xy -0.194268 2.476364)
				(xy -0.193056 2.47575) (xy -0.191813 2.47519) (xy -0.190538 2.474685) (xy -0.189235 2.474236) (xy -0.187904 2.473846)
				(xy -0.186546 2.473516) (xy -0.185163 2.473248) (xy -0.183757 2.473042) (xy -0.183305 2.473018)
				(xy -0.182853 2.473001) (xy -0.182401 2.472991) (xy -0.181949 2.472987) (xy -0.181496 2.472991)
				(xy -0.181044 2.473001) (xy -0.180592 2.473018) (xy -0.18014 2.473042) (xy -0.178598 2.473082) (xy -0.177076 2.473199)
				(xy -0.175577 2.473391) (xy -0.174102 2.473656) (xy -0.172652 2.473991) (xy -0.17123 2.474396) (xy -0.169838 2.474868)
				(xy -0.168478 2.475405) (xy -0.167151 2.476006) (xy -0.165859 2.476668) (xy -0.164604 2.47739) (xy -0.163389 2.47817)
				(xy -0.162214 2.479005) (xy -0.161082 2.479895) (xy -0.159995 2.480837) (xy -0.158954 2.481829)
				(xy -0.157962 2.48287) (xy -0.15702 2.483957) (xy -0.156131 2.485089) (xy -0.155295 2.486264) (xy -0.154515 2.487479)
				(xy -0.153793 2.488734) (xy -0.153131 2.490026) (xy -0.152531 2.491353) (xy -0.151993 2.492713)
				(xy -0.151522 2.494105) (xy -0.151117 2.495527) (xy -0.150781 2.496976) (xy -0.150517 2.498452)
				(xy -0.150325 2.499951) (xy -0.150208 2.501472) (xy -0.150168 2.503014) (xy -0.150196 2.50428) (xy -0.150276 2.505535)
				(xy -0.150408 2.506777) (xy -0.15059 2.508006) (xy -0.150822 2.50922) (xy -0.151102 2.510418) (xy -0.15143 2.511599)
				(xy -0.151805 2.512762) (xy -0.152225 2.513904) (xy -0.152691 2.515026) (xy -0.1532 2.516126) (xy -0.153753 2.517202)
				(xy -0.154347 2.518254) (xy -0.154983 2.51928) (xy -0.155658 2.520279) (xy -0.156373 2.52125) (xy -0.157126 2.522191)
				(xy -0.157917 2.523102) (xy -0.158744 2.523981) (xy -0.159607 2.524826) (xy -0.160504 2.525638)
				(xy -0.161435 2.526414) (xy -0.162399 2.527153) (xy -0.163394 2.527855) (xy -0.16442 2.528517) (xy -0.165476 2.529138)
				(xy -0.166561 2.529719) (xy -0.167674 2.530256) (xy -0.168815 2.530749) (xy -0.169981 2.531197)
				(xy -0.171173 2.531599) (xy -0.172389 2.531953) (xy -0.173939 2.550557) (xy -0.009608 2.550557)
				(xy -0.009608 2.531436) (xy -0.011828 2.530565) (xy -0.013948 2.529534) (xy -0.015962 2.52835) (xy -0.017864 2.527023)
				(xy -0.019649 2.525561) (xy -0.021309 2.523973) (xy -0.02284 2.522267) (xy -0.024234 2.520451) (xy -0.025486 2.518535)
				(xy -0.02659 2.516526) (xy -0.027539 2.514434) (xy -0.028329 2.512266) (xy -0.028952 2.510032) (xy -0.029402 2.507739)
				(xy -0.029674 2.505397) (xy -0.029762 2.503014) (xy -0.029742 2.501609) (xy -0.029657 2.500219)
				(xy -0.02951 2.498844) (xy -0.029301 2.497488) (xy -0.029032 2.496151) (xy -0.028704 2.494835) (xy -0.028319 2.493541)
				(xy -0.027877 2.492271) (xy -0.027381 2.491027) (xy -0.026831 2.48981) (xy -0.02623 2.488621) (xy -0.025577 2.487463)
				(xy -0.024875 2.486337) (xy -0.024125 2.485244) (xy -0.023327 2.484186) (xy -0.022485 2.483164)
				(xy -0.021599 2.48218) (xy -0.020669 2.481236) (xy -0.019699 2.480333) (xy -0.018688 2.479472) (xy -0.017639 2.478656)
				(xy -0.016552 2.477886) (xy -0.015429 2.477163) (xy -0.014271 2.476488) (xy -0.013081 2.475865)
				(xy -0.011858 2.475293) (xy -0.010604 2.474775) (xy -0.009321 2.474312) (xy -0.00801 2.473905) (xy -0.006673 2.473557)
				(xy -0.00531 2.473269) (xy -0.003923 2.473042) (xy -0.003407 2.473011) (xy -0.00289 2.472989) (xy -0.002373 2.472975)
				(xy -0.001856 2.472971) (xy -0.001339 2.472975) (xy -0.000822 2.472989) (xy -0.000305 2.473011)
				(xy 0.000211 2.473042) (xy 0.001753 2.473082) (xy 0.003274 2.473199) (xy 0.004774 2.473391) (xy 0.006249 2.473656)
				(xy 0.007699 2.473991) (xy 0.00912 2.474396) (xy 0.010512 2.474868) (xy 0.011873 2.475405) (xy 0.0132 2.476006)
				(xy 0.014492 2.476668) (xy 0.015746 2.47739) (xy 0.016962 2.47817) (xy 0.018137 2.479005) (xy 0.019268 2.479895)
				(xy 0.020356 2.480837) (xy 0.021396 2.481829) (xy 0.022389 2.48287) (xy 0.02333 2.483957) (xy 0.02422 2.485089)
				(xy 0.025056 2.486264) (xy 0.025836 2.487479) (xy 0.026557 2.488734) (xy 0.02722 2.490026) (xy 0.02782 2.491353)
				(xy 0.028357 2.492713) (xy 0.028829 2.494105) (xy 0.029234 2.495527) (xy 0.029569 2.496976) (xy 0.029834 2.498452)
				(xy 0.030026 2.499951) (xy 0.030142 2.501472) (xy 0.030183 2.503014) (xy 0.030155 2.504223) (xy 0.030079 2.505422)
				(xy 0.029957 2.50661) (xy 0.029788 2.507786) (xy 0.029574 2.508949) (xy 0.029315 2.510098) (xy 0.029012 2.511231)
				(xy 0.028666 2.512349) (xy 0.028278 2.513448) (xy 0.027849 2.51453) (xy 0.027378 2.515592) (xy 0.026868 2.516633)
				(xy 0.026319 2.517652) (xy 0.025732 2.518649) (xy 0.025107 2.519621) (xy 0.024445 2.520569) (xy 0.023748 2.52149)
				(xy 0.023015 2.522385) (xy 0.022248 2.52325) (xy 0.021447 2.524087) (xy 0.020614 2.524893) (xy 0.019749 2.525668)
				(xy 0.018852 2.526409) (xy 0.017925 2.527117) (xy 0.016969 2.527791) (xy 0.015984 2.528428) (xy 0.014971 2.529028)
				(xy 0.01393 2.52959) (xy 0.012863 2.530113) (xy 0.011771 2.530596) (xy 0.010654 2.531038) (xy 0.009512 2.531436)
				(xy 0.009512 2.550557) (xy 0.173843 2.550557) (xy 0.172292 2.531953) (xy 0.171076 2.531599) (xy 0.169885 2.531197)
				(xy 0.168718 2.530749) (xy 0.167578 2.530256) (xy 0.166465 2.529719) (xy 0.16538 2.529138) (xy 0.163298 2.527854)
				(xy 0.161339 2.526414) (xy 0.159511 2.524826) (xy 0.157821 2.523102) (xy 0.156277 2.521249) (xy 0.154886 2.51928)
				(xy 0.153657 2.517202) (xy 0.152595 2.515026) (xy 0.151709 2.512761) (xy 0.151006 2.510418) (xy 0.150726 2.50922)
				(xy 0.150494 2.508006) (xy 0.150312 2.506777) (xy 0.150181 2.505535) (xy 0.1501 2.50428) (xy 0.150073 2.503014)
				(xy 0.150093 2.501609) (xy 0.150177 2.500219) (xy 0.150324 2.498844) (xy 0.150533 2.497488) (xy 0.150802 2.496151)
				(xy 0.15113 2.494835) (xy 0.151515 2.493541) (xy 0.151957 2.492271) (xy 0.152453 2.491027) (xy 0.153003 2.48981)
				(xy 0.153605 2.488621) (xy 0.154257 2.487463) (xy 0.15496 2.486337) (xy 0.15571 2.485244) (xy 0.156507 2.484186)
				(xy 0.157349 2.483164) (xy 0.158236 2.48218) (xy 0.159165 2.481236) (xy 0.160136 2.480333) (xy 0.161146 2.479472)
				(xy 0.162196 2.478656) (xy 0.163282 2.477886) (xy 0.164405 2.477163) (xy 0.165563 2.476488) (xy 0.166754 2.475865)
				(xy 0.167976 2.475293) (xy 0.16923 2.474775) (xy 0.170513 2.474312) (xy 0.171824 2.473905) (xy 0.173161 2.473557)
				(xy 0.174524 2.473269) (xy 0.17591 2.473042) (xy 0.176427 2.473011) (xy 0.176944 2.472989) (xy 0.177461 2.472975)
				(xy 0.177978 2.472971) (xy 0.178495 2.472975) (xy 0.179012 2.472989) (xy 0.179529 2.473011) (xy 0.180045 2.473042)
				(xy 0.181587 2.473082) (xy 0.183108 2.473199) (xy 0.184608 2.473391) (xy 0.186083 2.473656) (xy 0.187533 2.473991)
				(xy 0.188954 2.474396) (xy 0.190346 2.474868) (xy 0.191707 2.475405) (xy 0.193034 2.476006) (xy 0.194326 2.476668)
				(xy 0.19558 2.47739) (xy 0.196796 2.47817) (xy 0.19797 2.479005) (xy 0.199102 2.479895) (xy 0.20019 2.480837)
				(xy 0.20123 2.481829) (xy 0.202222 2.48287) (xy 0.203164 2.483957) (xy 0.204054 2.485089) (xy 0.20489 2.486264)
				(xy 0.205669 2.487479) (xy 0.206391 2.488734) (xy 0.207054 2.490026) (xy 0.207654 2.491353) (xy 0.208191 2.492713)
				(xy 0.208663 2.494105) (xy 0.209068 2.495527) (xy 0.209403 2.496976) (xy 0.209668 2.498452) (xy 0.209859 2.499951)
				(xy 0.209976 2.501472) (xy 0.210017 2.503014) (xy 0.209991 2.504127) (xy 0.209924 2.505232) (xy 0.209818 2.506329)
				(xy 0.209671 2.507417) (xy 0.209486 2.508493) (xy 0.209263 2.509559) (xy 0.209002 2.510613) (xy 0.208704 2.511653)
				(xy 0.208369 2.51268) (xy 0.207998 2.513691) (xy 0.207592 2.514688) (xy 0.207151 2.515667) (xy 0.206676 2.516629)
				(xy 0.206167 2.517573) (xy 0.205625 2.518497) (xy 0.205051 2.519401) (xy 0.204445 2.520284) (xy 0.203808 2.521146)
				(xy 0.20314 2.521984) (xy 0.202442 2.522799) (xy 0.201714 2.523589) (xy 0.200957 2.524353) (xy 0.200172 2.525092)
				(xy 0.19936 2.525803) (xy 0.19852 2.526486) (xy 0.197654 2.527139) (xy 0.196761 2.527763) (xy 0.195843 2.528356)
				(xy 0.194901 2.528918) (xy 0.193934 2.529446) (xy 0.192944 2.529942) (xy 0.19193 2.530403) (xy 0.193997 2.550557)
				(xy 0.358845 2.550557) (xy 0.355228 2.53247) (xy 0.353878 2.532226) (xy 0.352552 2.531923) (xy 0.351251 2.531564)
				(xy 0.349976 2.531149) (xy 0.348728 2.530681) (xy 0.347508 2.53016) (xy 0.346319 2.529589) (xy 0.34516 2.528967)
				(xy 0.344033 2.528298) (xy 0.34294 2.527583) (xy 0.341882 2.526822) (xy 0.34086 2.526018) (xy 0.339875 2.525171)
				(xy 0.338929 2.524284) (xy 0.338022 2.523358) (xy 0.337156 2.522394) (xy 0.336333 2.521393) (xy 0.335553 2.520358)
				(xy 0.334818 2.519289) (xy 0.334129 2.518188) (xy 0.333488 2.517057) (xy 0.332894 2.515896) (xy 0.332351 2.514708)
				(xy 0.331858 2.513494) (xy 0.331418 2.512255) (xy 0.331032 2.510993) (xy 0.3307 2.509709) (xy 0.330424 2.508405)
				(xy 0.330206 2.507082) (xy 0.330046 2.505741) (xy 0.329946 2.504385) (xy 0.329906 2.503014) (xy 0.32993 2.501593)
				(xy 0.33002 2.500187) (xy 0.330174 2.498799) (xy 0.33039 2.497429) (xy 0.330668 2.496078) (xy 0.331006 2.49475)
				(xy 0.331403 2.493445) (xy 0.331856 2.492165) (xy 0.332366 2.490911) (xy 0.33293 2.489685) (xy 0.333547 2.488489)
				(xy 0.334215 2.487324) (xy 0.334934 2.486193) (xy 0.335701 2.485095) (xy 0.336516 2.484034) (xy 0.337377 2.48301)
				(xy 0.338282 2.482025) (xy 0.339231 2.481081) (xy 0.340221 2.48018) (xy 0.341252 2.479322) (xy 0.342321 2.47851)
				(xy 0.343429 2.477745) (xy 0.344572 2.477029) (xy 0.34575 2.476364) (xy 0.346962 2.47575) (xy 0.348206 2.47519)
				(xy 0.34948 2.474685) (xy 0.350784 2.474236) (xy 0.352115 2.473846) (xy 0.353472 2.473516) (xy 0.354855 2.473248)
				(xy 0.356261 2.473042) (xy 0.356713 2.473018) (xy 0.357165 2.473001) (xy 0.357618 2.472991) (xy 0.35807 2.472987)
				(xy 0.358522 2.472991) (xy 0.358975 2.473001) (xy 0.359427 2.473018) (xy 0.359879 2.473042) (xy 0.361421 2.473082)
				(xy 0.362942 2.473199) (xy 0.364442 2.473391) (xy 0.365917 2.473656) (xy 0.367366 2.473991) (xy 0.368788 2.474396)
				(xy 0.37018 2.474868) (xy 0.371541 2.475405) (xy 0.372868 2.476005) (xy 0.37416 2.476668) (xy 0.375414 2.47739)
				(xy 0.37663 2.478169) (xy 0.377805 2.479005) (xy 0.378936 2.479895) (xy 0.380024 2.480837) (xy 0.381064 2.481829)
				(xy 0.382057 2.48287) (xy 0.382999 2.483957) (xy 0.383888 2.485089) (xy 0.384724 2.486264) (xy 0.385504 2.487479)
				(xy 0.386226 2.488734) (xy 0.386888 2.490026) (xy 0.387488 2.491353) (xy 0.388026 2.492713) (xy 0.388497 2.494105)
				(xy 0.388902 2.495527) (xy 0.389238 2.496976) (xy 0.389502 2.498451) (xy 0.389694 2.499951) (xy 0.389811 2.501472)
				(xy 0.389851 2.503014) (xy 0.389837 2.504038) (xy 0.389788 2.505057) (xy 0.389705 2.506069) (xy 0.389588 2.507075)
				(xy 0.389438 2.508072) (xy 0.389255 2.509061) (xy 0.389039 2.51004) (xy 0.388792 2.511009) (xy 0.388513 2.511968)
				(xy 0.388202 2.512915) (xy 0.387861 2.51385) (xy 0.38749 2.514772) (xy 0.387088 2.51568) (xy 0.386658 2.516573)
				(xy 0.386198 2.517452) (xy 0.385709 2.518315) (xy 0.385193 2.519161) (xy 0.384648 2.519989) (xy 0.384076 2.5208)
				(xy 0.383478 2.521592) (xy 0.382853 2.522365) (xy 0.382201 2.523117) (xy 0.381524 2.523848) (xy 0.380822 2.524558)
				(xy 0.380095 2.525245) (xy 0.379344 2.52591) (xy 0.378569 2.52655) (xy 0.37777 2.527166) (xy 0.376948 2.527757)
				(xy 0.376104 2.528321) (xy 0.375237 2.528859) (xy 0.374348 2.529369) (xy 0.378482 2.550557) (xy 0.544363 2.550557)
				(xy 0.539187 2.532987) (xy 0.537684 2.532896) (xy 0.536202 2.532732) (xy 0.534744 2.532498) (xy 0.53331 2.532196)
				(xy 0.531903 2.531825) (xy 0.530524 2.53139) (xy 0.529174 2.530891) (xy 0.527857 2.530331) (xy 0.526573 2.52971)
				(xy 0.525325 2.529031) (xy 0.524113 2.528296) (xy 0.52294 2.527507) (xy 0.521807 2.526664) (xy 0.520717 2.525771)
				(xy 0.51967 2.524828) (xy 0.518669 2.523838) (xy 0.517715 2.522803) (xy 0.51681 2.521723) (xy 0.515956 2.520602)
				(xy 0.515155 2.51944) (xy 0.514407 2.51824) (xy 0.513716 2.517003) (xy 0.513082 2.515732) (xy 0.512508 2.514427)
				(xy 0.511994 2.513091) (xy 0.511544 2.511726) (xy 0.511158 2.510332) (xy 0.510838 2.508913) (xy 0.510587 2.50747)
				(xy 0.510405 2.506005) (xy 0.510294 2.504519) (xy 0.510257 2.503014) (xy 0.510277 2.501609) (xy 0.510362 2.500219)
				(xy 0.510509 2.498844) (xy 0.510718 2.497488) (xy 0.510987 2.496151) (xy 0.511315 2.494835) (xy 0.5117 2.493541)
				(xy 0.512141 2.492271) (xy 0.512638 2.491027) (xy 0.513187 2.48981) (xy 0.513789 2.488622) (xy 0.514442 2.487463)
				(xy 0.515144 2.486337) (xy 0.515894 2.485244) (xy 0.516691 2.484186) (xy 0.517534 2.483164) (xy 0.51842 2.48218)
				(xy 0.519349 2.481236) (xy 0.52032 2.480333) (xy 0.521331 2.479473) (xy 0.52238 2.478656) (xy 0.523467 2.477886)
				(xy 0.52459 2.477163) (xy 0.525747 2.476489) (xy 0.526938 2.475865) (xy 0.528161 2.475293) (xy 0.529414 2.474775)
				(xy 0.530697 2.474312) (xy 0.532008 2.473906) (xy 0.533346 2.473557) (xy 0.534708 2.473269) (xy 0.536095 2.473042)
				(xy 0.536612 2.473011) (xy 0.537128 2.472989) (xy 0.537645 2.472975) (xy 0.538162 2.472971) (xy 0.538679 2.472975)
				(xy 0.539197 2.472989) (xy 0.539714 2.473011) (xy 0.54023 2.473042) (xy 0.541772 2.473082) (xy 0.543294 2.473199)
				(xy 0.544793 2.473391) (xy 0.546268 2.473656) (xy 0.547718 2.473991) (xy 0.549139 2.474396) (xy 0.550531 2.474868)
				(xy 0.551892 2.475405) (xy 0.553219 2.476005) (xy 0.554511 2.476668) (xy 0.555765 2.47739) (xy 0.556981 2.478169)
				(xy 0.558156 2.479005) (xy 0.559288 2.479895) (xy 0.560375 2.480837) (xy 0.561416 2.481829) (xy 0.562408 2.48287)
				(xy 0.56335 2.483957) (xy 0.564239 2.485089) (xy 0.565075 2.486264) (xy 0.565855 2.487479) (xy 0.566577 2.488734)
				(xy 0.567239 2.490026) (xy 0.567839 2.491353) (xy 0.568377 2.492713) (xy 0.568848 2.494105) (xy 0.569253 2.495527)
				(xy 0.569588 2.496976) (xy 0.569853 2.498451) (xy 0.570045 2.499951) (xy 0.570162 2.501472) (xy 0.570202 2.503014)
				(xy 0.570154 2.504861) (xy 0.569994 2.506689) (xy 0.569724 2.508493) (xy 0.569347 2.510271) (xy 0.568864 2.512016)
				(xy 0.568279 2.513724) (xy 0.567593 2.515392) (xy 0.56681 2.517013) (xy 0.56593 2.518586) (xy 0.564957 2.520103)
				(xy 0.563892 2.521562) (xy 0.562739 2.522958) (xy 0.561499 2.524286) (xy 0.560175 2.525541) (xy 0.558768 2.526721)
				(xy 0.557282 2.527819) (xy 0.564001 2.550557) (xy 0.728848 2.550557) (xy 0.721614 2.532987) (xy 0.721226 2.532994)
				(xy 0.720838 2.532997) (xy 0.72045 2.532994) (xy 0.720061 2.532987) (xy 0.71852 2.532947) (xy 0.716998 2.53283)
				(xy 0.715499 2.532638) (xy 0.714023 2.532373) (xy 0.712574 2.532037) (xy 0.711152 2.531633) (xy 0.70976 2.531161)
				(xy 0.7084 2.530623) (xy 0.707073 2.530023) (xy 0.705781 2.52936) (xy 0.704526 2.528638) (xy 0.703311 2.527859)
				(xy 0.702136 2.527023) (xy 0.701004 2.526133) (xy 0.699917 2.525191) (xy 0.698876 2.524199) (xy 0.697884 2.523158)
				(xy 0.696942 2.522071) (xy 0.696053 2.520939) (xy 0.695217 2.519764) (xy 0.694437 2.518548) (xy 0.693716 2.517294)
				(xy 0.693053 2.516002) (xy 0.692453 2.514675) (xy 0.691916 2.513314) (xy 0.691444 2.511922) (xy 0.69104 2.510501)
				(xy 0.690704 2.509051) (xy 0.69044 2.507576) (xy 0.690248 2.506077) (xy 0.690131 2.504556) (xy 0.690091 2.503014)
				(xy 0.690111 2.501609) (xy 0.690196 2.500219) (xy 0.690343 2.498844) (xy 0.690552 2.497488) (xy 0.690821 2.496151)
				(xy 0.691149 2.494835) (xy 0.691534 2.493541) (xy 0.691975 2.492271) (xy 0.692472 2.491027) (xy 0.693021 2.48981)
				(xy 0.693623 2.488622) (xy 0.694276 2.487463) (xy 0.694978 2.486337) (xy 0.695728 2.485244) (xy 0.696525 2.484186)
				(xy 0.697368 2.483164) (xy 0.698254 2.48218) (xy 0.699183 2.481236) (xy 0.700154 2.480333) (xy 0.701165 2.479473)
				(xy 0.702214 2.478656) (xy 0.703301 2.477886) (xy 0.704424 2.477163) (xy 0.705581 2.476489) (xy 0.706772 2.475865)
				(xy 0.707995 2.475293) (xy 0.709248 2.474775) (xy 0.710531 2.474312) (xy 0.711842 2.473906) (xy 0.71318 2.473557)
				(xy 0.714542 2.473269) (xy 0.715929 2.473042) (xy 0.716445 2.473011) (xy 0.716962 2.472989) (xy 0.717479 2.472975)
				(xy 0.717996 2.472971) (xy 0.718513 2.472975) (xy 0.71903 2.472989) (xy 0.719547 2.473011) (xy 0.720064 2.473042)
				(xy 0.721605 2.473082) (xy 0.723127 2.473199) (xy 0.724626 2.473391) (xy 0.726102 2.473656) (xy 0.727551 2.473991)
				(xy 0.728973 2.474396) (xy 0.730365 2.474868) (xy 0.731725 2.475405) (xy 0.733052 2.476005) (xy 0.734344 2.476668)
				(xy 0.735599 2.47739) (xy 0.736815 2.478169) (xy 0.737989 2.479005) (xy 0.739121 2.479895) (xy 0.740208 2.480837)
				(xy 0.741249 2.481829) (xy 0.742241 2.48287) (xy 0.743183 2.483957) (xy 0.744073 2.485089) (xy 0.744909 2.486264)
				(xy 0.745688 2.487479) (xy 0.74641 2.488734) (xy 0.747073 2.490026) (xy 0.747673 2.491353) (xy 0.74821 2.492713)
				(xy 0.748682 2.494105) (xy 0.749087 2.495527) (xy 0.749423 2.496976) (xy 0.749687 2.498452) (xy 0.749879 2.499951)
				(xy 0.749996 2.501472) (xy 0.750036 2.503014) (xy 0.749998 2.504693) (xy 0.749867 2.506358) (xy 0.749645 2.508005)
				(xy 0.749333 2.509632) (xy 0.748934 2.511234) (xy 0.748447 2.512809) (xy 0.747876 2.514352) (xy 0.747222 2.51586)
				(xy 0.746486 2.517331) (xy 0.74567 2.51876) (xy 0.744776 2.520144) (xy 0.743804 2.521479) (xy 0.742758 2.522763)
				(xy 0.741638 2.523991) (xy 0.740446 2.525161) (xy 0.739183 2.526268) (xy 0.749002 2.550557) (xy 0.913333 2.550557)
				(xy 0.904031 2.532987) (xy 0.903515 2.533018) (xy 0.902998 2.53304) (xy 0.902481 2.533053) (xy 0.901964 2.533058)
				(xy 0.901447 2.533053) (xy 0.90093 2.53304) (xy 0.900414 2.533018) (xy 0.899898 2.532987) (xy 0.898356 2.532947)
				(xy 0.896834 2.53283) (xy 0.895335 2.532638) (xy 0.893859 2.532374) (xy 0.89241 2.532038) (xy 0.890988 2.531633)
				(xy 0.889596 2.531162) (xy 0.888236 2.530624) (xy 0.886909 2.530024) (xy 0.885617 2.529361) (xy 0.884362 2.52864)
				(xy 0.883146 2.52786) (xy 0.881972 2.527024) (xy 0.88084 2.526134) (xy 0.879753 2.525192) (xy 0.878712 2.5242)
				(xy 0.87772 2.523159) (xy 0.876778 2.522072) (xy 0.875888 2.52094) (xy 0.875052 2.519765) (xy 0.874272 2.51855)
				(xy 0.873551 2.517295) (xy 0.872888 2.516003) (xy 0.872288 2.514676) (xy 0.871751 2.513316) (xy 0.871279 2.511923)
				(xy 0.870874 2.510502) (xy 0.870539 2.509052) (xy 0.870274 2.507577) (xy 0.870082 2.506077) (xy 0.869965 2.504556)
				(xy 0.869925 2.503014) (xy 0.869949 2.501593) (xy 0.870039 2.500187) (xy 0.870192 2.498799) (xy 0.870409 2.497429)
				(xy 0.870687 2.496078) (xy 0.871025 2.49475) (xy 0.871421 2.493445) (xy 0.871875 2.492165) (xy 0.872384 2.490911)
				(xy 0.872948 2.489685) (xy 0.873565 2.488489) (xy 0.874234 2.487324) (xy 0.874952 2.486193) (xy 0.87572 2.485095)
				(xy 0.876534 2.484034) (xy 0.877395 2.48301) (xy 0.878301 2.482025) (xy 0.879249 2.481081) (xy 0.880239 2.48018)
				(xy 0.88127 2.479322) (xy 0.88234 2.47851) (xy 0.883447 2.477745) (xy 0.884591 2.477029) (xy 0.885769 2.476364)
				(xy 0.886981 2.47575) (xy 0.888224 2.47519) (xy 0.889499 2.474685) (xy 0.890802 2.474236) (xy 0.892133 2.473846)
				(xy 0.893491 2.473516) (xy 0.894874 2.473248) (xy 0.89628 2.473042) (xy 0.896732 2.473018) (xy 0.897184 2.473001)
				(xy 0.897636 2.472991) (xy 0.898089 2.472987) (xy 0.898541 2.472991) (xy 0.898993 2.473001) (xy 0.899446 2.473018)
				(xy 0.899898 2.473042) (xy 0.90144 2.473082) (xy 0.902961 2.473199) (xy 0.904461 2.473391) (xy 0.905936 2.473656)
				(xy 0.907385 2.473991) (xy 0.908807 2.474396) (xy 0.910199 2.474868) (xy 0.91156 2.475405) (xy 0.912887 2.476006)
				(xy 0.914179 2.476668) (xy 0.915433 2.47739) (xy 0.916649 2.47817) (xy 0.917823 2.479005) (xy 0.918955 2.479895)
				(xy 0.920042 2.480837) (xy 0.921083 2.481829) (xy 0.922075 2.48287) (xy 0.923017 2.483957) (xy 0.923907 2.485089)
				(xy 0.924743 2.486264) (xy 0.925522 2.487479) (xy 0.926244 2.488734) (xy 0.926906 2.490026) (xy 0.927507 2.491353)
				(xy 0.928044 2.492713) (xy 0.928516 2.494105) (xy 0.928921 2.495527) (xy 0.929256 2.496976) (xy 0.929521 2.498452)
				(xy 0.929712 2.499951) (xy 0.929829 2.501472) (xy 0.92987 2.503014) (xy 0.929835 2.504453) (xy 0.929731 2.505883)
				(xy 0.92956 2.507302) (xy 0.929323 2.508707) (xy 0.929019 2.510096) (xy 0.928651 2.511466) (xy 0.928219 2.512817)
				(xy 0.927724 2.514145) (xy 0.927167 2.515448) (xy 0.926548 2.516724) (xy 0.925869 2.51797) (xy 0.925131 2.519186)
				(xy 0.924334 2.520367) (xy 0.92348 2.521512) (xy 0.922568 2.522619) (xy 0.921601 2.523685) (xy 0.936071 2.550557)
				(xy 1.101952 2.550557) (xy 1.089033 2.531953) (xy 1.087956 2.532224) (xy 1.08687 2.532455) (xy 1.085778 2.532645)
				(xy 1.084679 2.532795) (xy 1.083576 2.532905) (xy 1.082468 2.532973) (xy 1.081359 2.533) (xy 1.080248 2.532987)
				(xy 1.078745 2.532974) (xy 1.077251 2.532886) (xy 1.075769 2.532724) (xy 1.074301 2.53249) (xy 1.07285 2.532184)
				(xy 1.071419 2.531808) (xy 1.070009 2.531362) (xy 1.068624 2.530847) (xy 1.067265 2.530265) (xy 1.065937 2.529617)
				(xy 1.06464 2.528902) (xy 1.063378 2.528124) (xy 1.062153 2.527281) (xy 1.060968 2.526377) (xy 1.059826 2.525411)
				(xy 1.058728 2.524384) (xy 1.057683 2.523304) (xy 1.056697 2.522178) (xy 1.055772 2.521008) (xy 1.054909 2.519798)
				(xy 1.054109 2.51855) (xy 1.053373 2.517266) (xy 1.052702 2.515948) (xy 1.052096 2.5146) (xy 1.051558 2.513224)
				(xy 1.051088 2.511822) (xy 1.050688 2.510397) (xy 1.050357 2.508951) (xy 1.050098 2.507488) (xy 1.049911 2.506009)
				(xy 1.049798 2.504517) (xy 1.049759 2.503014) (xy 1.049783 2.501593) (xy 1.049873 2.500187) (xy 1.050027 2.498799)
				(xy 1.050243 2.497429) (xy 1.050521 2.496078) (xy 1.050859 2.49475) (xy 1.051256 2.493445) (xy 1.051709 2.492165)
				(xy 1.052219 2.490911) (xy 1.052783 2.489685) (xy 1.0534 2.488489) (xy 1.054068 2.487324) (xy 1.054787 2.486193)
				(xy 1.055554 2.485095) (xy 1.056369 2.484034) (xy 1.05723 2.48301) (xy 1.058135 2.482025) (xy 1.059084 2.481081)
				(xy 1.060074 2.48018) (xy 1.061105 2.479322) (xy 1.062175 2.47851) (xy 1.063282 2.477745) (xy 1.064425 2.477029)
				(xy 1.065604 2.476364) (xy 1.066815 2.47575) (xy 1.068059 2.47519) (xy 1.069333 2.474685) (xy 1.070637 2.474236)
				(xy 1.071968 2.473846) (xy 1.073326 2.473516) (xy 1.074708 2.473248) (xy 1.076115 2.473042) (xy 1.076631 2.473011)
				(xy 1.077148 2.472989) (xy 1.077664 2.472975) (xy 1.078182 2.472971) (xy 1.078699 2.472975) (xy 1.079215 2.472989)
				(xy 1.079732 2.473011) (xy 1.080248 2.473042) (xy 1.08179 2.473082) (xy 1.083312 2.473199) (xy 1.084811 2.473391)
				(xy 1.086286 2.473656) (xy 1.087736 2.473991) (xy 1.089157 2.474396) (xy 1.090549 2.474868) (xy 1.09191 2.475405)
				(xy 1.093237 2.476005) (xy 1.094529 2.476668) (xy 1.095784 2.47739) (xy 1.096999 2.478169) (xy 1.098174 2.479005)
				(xy 1.099306 2.479895) (xy 1.100393 2.480837) (xy 1.101434 2.481829) (xy 1.102426 2.48287) (xy 1.103368 2.483957)
				(xy 1.104258 2.485089) (xy 1.105093 2.486264) (xy 1.105873 2.487479) (xy 1.106595 2.488734) (xy 1.107257 2.490026)
				(xy 1.107858 2.491353) (xy 1.108395 2.492713) (xy 1.108866 2.494105) (xy 1.109271 2.495527) (xy 1.109607 2.496976)
				(xy 1.109871 2.498452) (xy 1.110063 2.499951) (xy 1.11018 2.501472) (xy 1.11022 2.503014) (xy 1.110188 2.504239)
				(xy 1.110106 2.505457) (xy 1.109975 2.506668) (xy 1.109795 2.507871) (xy 1.109567 2.509063) (xy 1.109291 2.510244)
				(xy 1.108968 2.511412) (xy 1.108599 2.512565) (xy 1.108183 2.513702) (xy 1.107722 2.514822) (xy 1.107215 2.515924)
				(xy 1.106663 2.517005) (xy 1.106067 2.518065) (xy 1.105428 2.519102) (xy 1.104745 2.520114) (xy 1.104019 2.521101)
				(xy 1.124173 2.550557) (xy 1.28747 2.550557) (xy 1.270417 2.53092) (xy 1.269797 2.531155) (xy 1.269172 2.531377)
				(xy 1.268543 2.531584) (xy 1.26791 2.531778) (xy 1.267273 2.531957) (xy 1.266632 2.532123) (xy 1.265988 2.532274)
				(xy 1.265341 2.532411) (xy 1.264691 2.532533) (xy 1.264039 2.532641) (xy 1.263384 2.532735) (xy 1.262727 2.532815)
				(xy 1.262068 2.53288) (xy 1.261408 2.53293) (xy 1.260745 2.532966) (xy 1.260082 2.532987) (xy 1.25854 2.532947)
				(xy 1.257019 2.53283) (xy 1.25552 2.532638) (xy 1.254044 2.532374) (xy 1.252595 2.532038) (xy 1.251173 2.531633)
				(xy 1.249781 2.531162) (xy 1.24842 2.530624) (xy 1.247093 2.530024) (xy 1.245801 2.529361) (xy 1.244547 2.52864)
				(xy 1.243331 2.52786) (xy 1.242156 2.527024) (xy 1.241024 2.526134) (xy 1.239937 2.525192) (xy 1.238896 2.5242)
				(xy 1.237904 2.523159) (xy 1.236962 2.522072) (xy 1.236073 2.52094) (xy 1.235237 2.519765) (xy 1.234457 2.51855)
				(xy 1.233735 2.517295) (xy 1.233073 2.516003) (xy 1.232472 2.514676) (xy 1.231935 2.513316) (xy 1.231463 2.511923)
				(xy 1.231059 2.510502) (xy 1.230723 2.509052) (xy 1.230459 2.507577) (xy 1.230267 2.506077) (xy 1.23015 2.504556)
				(xy 1.23011 2.503014) (xy 1.23013 2.501609) (xy 1.230214 2.500219) (xy 1.230362 2.498844) (xy 1.23057 2.497488)
				(xy 1.230839 2.496151) (xy 1.231167 2.494835) (xy 1.231553 2.493541) (xy 1.231994 2.492271) (xy 1.23249 2.491027)
				(xy 1.23304 2.48981) (xy 1.233642 2.488621) (xy 1.234295 2.487463) (xy 1.234997 2.486337) (xy 1.235747 2.485244)
				(xy 1.236544 2.484186) (xy 1.237386 2.483164) (xy 1.238273 2.48218) (xy 1.239202 2.481236) (xy 1.240173 2.480333)
				(xy 1.241184 2.479472) (xy 1.242233 2.478656) (xy 1.24332 2.477886) (xy 1.244443 2.477163) (xy 1.2456 2.476488)
				(xy 1.246791 2.475865) (xy 1.248014 2.475293) (xy 1.249267 2.474775) (xy 1.25055 2.474312) (xy 1.251861 2.473905)
				(xy 1.253199 2.473557) (xy 1.254561 2.473269) (xy 1.255948 2.473042) (xy 1.256464 2.473011) (xy 1.256981 2.472989)
				(xy 1.257498 2.472975) (xy 1.258015 2.472971) (xy 1.258532 2.472975) (xy 1.259049 2.472989) (xy 1.259566 2.473011)
				(xy 1.260083 2.473042) (xy 1.261624 2.473082) (xy 1.263146 2.473199) (xy 1.264645 2.473391) (xy 1.266121 2.473656)
				(xy 1.26757 2.473991) (xy 1.268992 2.474396) (xy 1.270384 2.474868) (xy 1.271744 2.475405) (xy 1.273071 2.476006)
				(xy 1.274363 2.476668) (xy 1.275618 2.47739) (xy 1.276833 2.47817) (xy 1.278008 2.479005) (xy 1.27914 2.479895)
				(xy 1.280227 2.480837) (xy 1.281268 2.481829) (xy 1.28226 2.48287) (xy 1.283202 2.483957) (xy 1.284092 2.485089)
				(xy 1.284927 2.486264) (xy 1.285707 2.487479) (xy 1.286429 2.488734) (xy 1.287091 2.490026) (xy 1.287692 2.491353)
				(xy 1.288229 2.492713) (xy 1.288701 2.494105) (xy 1.289105 2.495527) (xy 1.289441 2.496976) (xy 1.289705 2.498452)
				(xy 1.289897 2.499951) (xy 1.290014 2.501472) (xy 1.290054 2.503014) (xy 1.290045 2.50396) (xy 1.290007 2.504904)
				(xy 1.289938 2.505844) (xy 1.289841 2.506781) (xy 1.289714 2.507713) (xy 1.289558 2.508641) (xy 1.289373 2.509562)
				(xy 1.289159 2.510477) (xy 1.288917 2.511385) (xy 1.288647 2.512285) (xy 1.288348 2.513177) (xy 1.288021 2.514059)
				(xy 1.287667 2.514932) (xy 1.287284 2.515794) (xy 1.286874 2.516645) (xy 1.286437 2.517484) (xy 1.315376 2.550557)
				(xy 1.47919 2.550557) (xy 1.454902 2.528852) (xy 1.454043 2.529339) (xy 1.453169 2.529795) (xy 1.452283 2.530223)
				(xy 1.451384 2.53062) (xy 1.450474 2.530987) (xy 1.449553 2.531324) (xy 1.448622 2.531631) (xy 1.447682 2.531907)
				(xy 1.446733 2.532152) (xy 1.445776 2.532367) (xy 1.444812 2.532549) (xy 1.443842 2.532701) (xy 1.442867 2.53282)
				(xy 1.441887 2.532908) (xy 1.440903 2.532964) (xy 1.439916 2.532987) (xy 1.438374 2.532947) (xy 1.436852 2.53283)
				(xy 1.435353 2.532638) (xy 1.433878 2.532374) (xy 1.432428 2.532038) (xy 1.431006 2.531633) (xy 1.429614 2.531162)
				(xy 1.428254 2.530624) (xy 1.426927 2.530024) (xy 1.425635 2.529361) (xy 1.42438 2.52864) (xy 1.423165 2.52786)
				(xy 1.42199 2.527024) (xy 1.420858 2.526134) (xy 1.419771 2.525192) (xy 1.41873 2.5242) (xy 1.417738 2.523159)
				(xy 1.416796 2.522072) (xy 1.415906 2.52094) (xy 1.415071 2.519765) (xy 1.414291 2.51855) (xy 1.413569 2.517295)
				(xy 1.412907 2.516003) (xy 1.412306 2.514676) (xy 1.411769 2.513316) (xy 1.411297 2.511923) (xy 1.410893 2.510502)
				(xy 1.410557 2.509052) (xy 1.410293 2.507577) (xy 1.410101 2.506077) (xy 1.409984 2.504556) (xy 1.409944 2.503014)
				(xy 1.409968 2.501593) (xy 1.410058 2.500187) (xy 1.410211 2.498799) (xy 1.410428 2.497429) (xy 1.410706 2.496078)
				(xy 1.411044 2.49475) (xy 1.41144 2.493445) (xy 1.411894 2.492165) (xy 1.412404 2.490911) (xy 1.412967 2.489685)
				(xy 1.413584 2.488489) (xy 1.414253 2.487324) (xy 1.414971 2.486193) (xy 1.415739 2.485095) (xy 1.416554 2.484034)
				(xy 1.417414 2.48301) (xy 1.41832 2.482025) (xy 1.419268 2.481081) (xy 1.420259 2.48018) (xy 1.421289 2.479322)
				(xy 1.422359 2.47851) (xy 1.423466 2.477745) (xy 1.42461 2.477029) (xy 1.425788 2.476364) (xy 1.427 2.47575)
				(xy 1.428244 2.47519) (xy 1.429518 2.474685) (xy 1.430821 2.474236) (xy 1.432152 2.473846) (xy 1.43351 2.473516)
				(xy 1.434893 2.473248) (xy 1.436299 2.473042) (xy 1.436751 2.473018) (xy 1.437203 2.473001) (xy 1.437655 2.472991)
				(xy 1.438108 2.472987) (xy 1.43856 2.472991) (xy 1.439012 2.473001) (xy 1.439465 2.473018) (xy 1.439917 2.473042)
				(xy 1.441458 2.473082) (xy 1.44298 2.473199) (xy 1.444479 2.473391) (xy 1.445955 2.473656) (xy 1.447404 2.473991)
				(xy 1.448826 2.474396) (xy 1.450218 2.474868) (xy 1.451578 2.475405) (xy 1.452905 2.476006) (xy 1.454197 2.476668)
				(xy 1.455452 2.47739) (xy 1.456667 2.47817) (xy 1.457842 2.479005) (xy 1.458974 2.479895) (xy 1.460061 2.480837)
				(xy 1.461102 2.481829) (xy 1.462094 2.48287) (xy 1.463036 2.483957) (xy 1.463926 2.485089) (xy 1.464761 2.486264)
				(xy 1.465541 2.487479) (xy 1.466263 2.488734) (xy 1.466925 2.490026) (xy 1.467526 2.491353) (xy 1.468063 2.492713)
				(xy 1.468535 2.494105) (xy 1.468939 2.495527) (xy 1.469275 2.496976) (xy 1.469539 2.498452) (xy 1.469731 2.499951)
				(xy 1.469848 2.501472) (xy 1.469888 2.503014) (xy 1.46989 2.503743) (xy 1.469873 2.50447) (xy 1.469839 2.505197)
				(xy 1.469788 2.505922) (xy 1.469719 2.506645) (xy 1.469632 2.507365) (xy 1.469528 2.508084) (xy 1.469407 2.508799)
				(xy 1.469269 2.509511) (xy 1.469113 2.51022) (xy 1.46894 2.510925) (xy 1.46875 2.511626) (xy 1.468543 2.512323)
				(xy 1.46832 2.513015) (xy 1.468079 2.513701) (xy 1.467821 2.514383) (xy 1.467821 2.5149) (xy 1.507612 2.550557)
				(xy 1.95513 2.550557) (xy 1.95513 2.055496) (xy 1.924124 2.029658) (xy 1.923216 2.03021) (xy 1.922292 2.030728)
				(xy 1.921352 2.031213) (xy 1.920396 2.031664) (xy 1.919427 2.03208) (xy 1.918444 2.032461) (xy 1.91745 2.032808)
				(xy 1.916444 2.033119) (xy 1.915427 2.033395) (xy 1.914402 2.033635) (xy 1.913368 2.033839) (xy 1.912326 2.034007)
				(xy 1.911278 2.034138) (xy 1.910224 2.034232) (xy 1.909166 2.034289) (xy 1.908103 2.034309) (xy 1.906562 2.034269)
				(xy 1.90504 2.034151) (xy 1.903541 2.03396) (xy 1.902066 2.033695) (xy 1.900616 2.03336) (xy 1.899194 2.032955)
				(xy 1.897802 2.032483) (xy 1.896442 2.031946) (xy 1.895115 2.031345) (xy 1.893823 2.030683) (xy 1.892568 2.029961)
				(xy 1.891353 2.029181) (xy 1.890178 2.028346) (xy 1.889046 2.027456) (xy 1.887959 2.026514) (xy 1.886918 2.025522)
				(xy 1.885926 2.024481) (xy 1.884984 2.023394) (xy 1.884095 2.022262) (xy 1.883259 2.021087) (xy 1.882479 2.019871)
				(xy 1.881757 2.018617) (xy 1.881095 2.017325) (xy 1.880494 2.015998) (xy 1.879957 2.014637) (xy 1.879486 2.013245)
				(xy 1.879081 2.011824) (xy 1.878745 2.010374) (xy 1.878481 2.008899) (xy 1.878289 2.0074) (xy 1.878172 2.005878)
				(xy 1.878132 2.004336) (xy 1.878172 2.002795) (xy 1.878289 2.001273) (xy 1.878481 1.999774) (xy 1.878745 1.998298)
				(xy 1.879081 1.996849) (xy 1.879486 1.995427) (xy 1.879957 1.994035) (xy 1.880495 1.992675) (xy 1.881095 1.991348)
				(xy 1.881757 1.990056) (xy 1.882479 1.988801) (xy 1.883259 1.987585) (xy 1.884095 1.986411) (xy 1.884984 1.985279)
				(xy 1.885926 1.984191) (xy 1.886919 1.983151) (xy 1.887959 1.982159) (xy 1.889047 1.981217) (xy 1.890179 1.980327)
				(xy 1.891353 1.979491) (xy 1.892569 1.978711) (xy 1.893824 1.977989) (xy 1.895115 1.977327) (xy 1.896443 1.976727)
				(xy 1.897803 1.976189) (xy 1.899195 1.975718) (xy 1.900617 1.975313) (xy 1.902066 1.974977) (xy 1.903542 1.974713)
				(xy 1.905041 1.974521) (xy 1.906563 1.974404) (xy 1.908104 1.974364) (xy 1.909646 1.974404) (xy 1.911168 1.974521)
				(xy 1.912667 1.974713) (xy 1.914143 1.974977) (xy 1.915592 1.975313) (xy 1.917014 1.975718) (xy 1.918406 1.976189)
				(xy 1.919766 1.976727) (xy 1.921093 1.977327) (xy 1.922385 1.977989) (xy 1.92364 1.978711) (xy 1.924856 1.979491)
				(xy 1.92603 1.980327) (xy 1.927162 1.981217) (xy 1.928249 1.982159) (xy 1.92929 1.983151) (xy 1.930282 1.984192)
				(xy 1.931224 1.985279) (xy 1.932114 1.986411) (xy 1.93295 1.987585) (xy 1.933729 1.988801) (xy 1.934451 1.990056)
				(xy 1.935113 1.991348) (xy 1.935714 1.992675) (xy 1.936251 1.994035) (xy 1.936723 1.995427) (xy 1.937127 1.996849)
				(xy 1.937463 1.998299) (xy 1.937727 1.999774) (xy 1.937919 2.001273) (xy 1.938036 2.002795) (xy 1.938076 2.004337)
				(xy 1.938044 2.004967) (xy 1.938 2.005596) (xy 1.937942 2.006224) (xy 1.937871 2.00685) (xy 1.937787 2.007474)
				(xy 1.937689 2.008096) (xy 1.937579 2.008716) (xy 1.937456 2.009333) (xy 1.93732 2.009947) (xy 1.937171 2.010559)
				(xy 1.937009 2.011167) (xy 1.936835 2.011772) (xy 1.936647 2.012374) (xy 1.936447 2.012971) (xy 1.936235 2.013565)
				(xy 1.936009 2.014155) (xy 1.95513 2.030175) (xy 1.95513 1.836905) (xy 1.925674 1.817785) (xy 1.924703 1.818458)
				(xy 1.92371 1.81909) (xy 1.922694 1.819682) (xy 1.921659 1.820232) (xy 1.920604 1.820741) (xy 1.919531 1.821207)
				(xy 1.918442 1.821632) (xy 1.917337 1.822013) (xy 1.916218 1.822351) (xy 1.915087 1.822645) (xy 1.913944 1.822895)
				(xy 1.912791 1.823101) (xy 1.911629 1.823262) (xy 1.910459 1.823377) (xy 1.909283 1.823446) (xy 1.908102 1.82347)
				(xy 1.90656 1.823429) (xy 1.905039 1.823312) (xy 1.903539 1.82312) (xy 1.902064 1.822856) (xy 1.900615 1.82252)
				(xy 1.899193 1.822115) (xy 1.897801 1.821643) (xy 1.89644 1.821106) (xy 1.895113 1.820505) (xy 1.893822 1.819843)
				(xy 1.892567 1.819121) (xy 1.891351 1.818341) (xy 1.890177 1.817505) (xy 1.889045 1.816615) (xy 1.887958 1.815673)
				(xy 1.886917 1.814681) (xy 1.885925 1.81364) (xy 1.884983 1.812553) (xy 1.884093 1.811421) (xy 1.883258 1.810247)
				(xy 1.882478 1.809031) (xy 1.881756 1.807776) (xy 1.881094 1.806484) (xy 1.880494 1.805157) (xy 1.879957 1.803797)
				(xy 1.879485 1.802405) (xy 1.87908 1.800983) (xy 1.878745 1.799534) (xy 1.878481 1.798059) (xy 1.878289 1.79656)
				(xy 1.878172 1.795038) (xy 1.878132 1.793497) (xy 1.878152 1.792092) (xy 1.878236 1.790701) (xy 1.878384 1.789327)
				(xy 1.878593 1.787971) (xy 1.878862 1.786634) (xy 1.879189 1.785317) (xy 1.879575 1.784024) (xy 1.880016 1.782754)
				(xy 1.880512 1.78151) (xy 1.881062 1.780293) (xy 1.881664 1.779104) (xy 1.882317 1.777946) (xy 1.883019 1.77682)
				(xy 1.883769 1.775726) (xy 1.884566 1.774668) (xy 1.885408 1.773646) (xy 1.886295 1.772663) (xy 1.887224 1.771719)
				(xy 1.888195 1.770815) (xy 1.889205 1.769955) (xy 1.890255 1.769139) (xy 1.891342 1.768368) (xy 1.892464 1.767645)
				(xy 1.893622 1.766971) (xy 1.894813 1.766347) (xy 1.896036 1.765776) (xy 1.897289 1.765258) (xy 1.898572 1.764794)
				(xy 1.899883 1.764388) (xy 1.90122 1.76404) (xy 1.902583 1.763752) (xy 1.90397 1.763525) (xy 1.904486 1.763493)
				(xy 1.905003 1.763471) (xy 1.90552 1.763458) (xy 1.906037 1.763453) (xy 1.906554 1.763458) (xy 1.907071 1.763471)
				(xy 1.907588 1.763493) (xy 1.908105 1.763525) (xy 1.909647 1.763565) (xy 1.911168 1.763682) (xy 1.912668 1.763874)
				(xy 1.914143 1.764138) (xy 1.915592 1.764474) (xy 1.917014 1.764878) (xy 1.918406 1.76535) (xy 1.919767 1.765887)
				(xy 1.921094 1.766488) (xy 1.922385 1.76715) (xy 1.92364 1.767872) (xy 1.924856 1.768652) (xy 1.92603 1.769488)
				(xy 1.927162 1.770377) (xy 1.92825 1.771319) (xy 1.92929 1.772312) (xy 1.930282 1.773352) (xy 1.931224 1.77444)
				(xy 1.932114 1.775572) (xy 1.93295 1.776746) (xy 1.933729 1.777962) (xy 1.934451 1.779217) (xy 1.935113 1.780508)
				(xy 1.935714 1.781836) (xy 1.936251 1.783196) (xy 1.936723 1.784588) (xy 1.937128 1.78601) (xy 1.937463 1.787459)
				(xy 1.937728 1.788935) (xy 1.937919 1.790434) (xy 1.938036 1.791955) (xy 1.938077 1.793497) (xy 1.938031 1.794348)
				(xy 1.937961 1.795196) (xy 1.937868 1.796042) (xy 1.93775 1.796885) (xy 1.937609 1.797724) (xy 1.937444 1.798559)
				(xy 1.937255 1.79939) (xy 1.937043 1.800215) (xy 1.95513 1.8121) (xy 1.95513 1.617797) (xy 1.928775 1.604361)
				(xy 1.927709 1.605328) (xy 1.926602 1.606239) (xy 1.925457 1.607094) (xy 1.924275 1.607891) (xy 1.92306 1.608629)
				(xy 1.921814 1.609308) (xy 1.920538 1.609926) (xy 1.919235 1.610484) (xy 1.917907 1.610979) (xy 1.916556 1.611411)
				(xy 1.915185 1.611779) (xy 1.913796 1.612082) (xy 1.912391 1.61232) (xy 1.910972 1.612491) (xy 1.909542 1.612594)
				(xy 1.908102 1.612629) (xy 1.90656 1.612589) (xy 1.905039 1.612472) (xy 1.903539 1.61228) (xy 1.902064 1.612015)
				(xy 1.900615 1.61168) (xy 1.899193 1.611275) (xy 1.897801 1.610803) (xy 1.89644 1.610266) (xy 1.895113 1.609665)
				(xy 1.893822 1.609003) (xy 1.892567 1.608281) (xy 1.891351 1.607501) (xy 1.890177 1.606665) (xy 1.889045 1.605775)
				(xy 1.887958 1.604833) (xy 1.886917 1.603841) (xy 1.885925 1.6028) (xy 1.884983 1.601713) (xy 1.884093 1.600581)
				(xy 1.883258 1.599406) (xy 1.882478 1.598191) (xy 1.881756 1.596936) (xy 1.881094 1.595644) (xy 1.880494 1.594317)
				(xy 1.879957 1.592957) (xy 1.879485 1.591565) (xy 1.87908 1.590143) (xy 1.878745 1.588694) (xy 1.878481 1.587219)
				(xy 1.878289 1.58572) (xy 1.878172 1.584198) (xy 1.878132 1.582657) (xy 1.878152 1.581252) (xy 1.878236 1.579861)
				(xy 1.878384 1.578487) (xy 1.878593 1.577131) (xy 1.878862 1.575794) (xy 1.879189 1.574478) (xy 1.879575 1.573184)
				(xy 1.880016 1.571914) (xy 1.880512 1.57067) (xy 1.881062 1.569453) (xy 1.881664 1.568264) (xy 1.882317 1.567106)
				(xy 1.883019 1.56598) (xy 1.883769 1.564887) (xy 1.884566 1.563828) (xy 1.885408 1.562807) (xy 1.886295 1.561823)
				(xy 1.887224 1.560879) (xy 1.888195 1.559976) (xy 1.889205 1.559115) (xy 1.890255 1.558299) (xy 1.891342 1.557529)
				(xy 1.892464 1.556806) (xy 1.893622 1.556131) (xy 1.894813 1.555508) (xy 1.896036 1.554936) (xy 1.897289 1.554418)
				(xy 1.898572 1.553955) (xy 1.899883 1.553548) (xy 1.90122 1.5532) (xy 1.902583 1.552912) (xy 1.90397 1.552685)
				(xy 1.904486 1.552654) (xy 1.905003 1.552631) (xy 1.90552 1.552618) (xy 1.906037 1.552614) (xy 1.906554 1.552618)
				(xy 1.907071 1.552631) (xy 1.907588 1.552654) (xy 1.908105 1.552685) (xy 1.909647 1.552725) (xy 1.911168 1.552842)
				(xy 1.912668 1.553034) (xy 1.914143 1.553298) (xy 1.915592 1.553634) (xy 1.917014 1.554039) (xy 1.918406 1.55451)
				(xy 1.919767 1.555048) (xy 1.921094 1.555648) (xy 1.922385 1.55631) (xy 1.92364 1.557032) (xy 1.924856 1.557812)
				(xy 1.92603 1.558648) (xy 1.927162 1.559538) (xy 1.92825 1.56048) (xy 1.92929 1.561472) (xy 1.930282 1.562513)
				(xy 1.931224 1.5636) (xy 1.932114 1.564732) (xy 1.93295 1.565906) (xy 1.933729 1.567122) (xy 1.934451 1.568377)
				(xy 1.935113 1.569669) (xy 1.935714 1.570996) (xy 1.936251 1.572356) (xy 1.936723 1.573748) (xy 1.937128 1.57517)
				(xy 1.937463 1.576619) (xy 1.937728 1.578094) (xy 1.937919 1.579594) (xy 1.938036 1.581115) (xy 1.938077 1.582657)
				(xy 1.938052 1.583242) (xy 1.938015 1.583827) (xy 1.937968 1.58441) (xy 1.937909 1.584993) (xy 1.937839 1.585574)
				(xy 1.937757 1.586153) (xy 1.937664 1.586732) (xy 1.93756 1.587308) (xy 1.95513 1.59661) (xy 1.95513 1.40179)
				(xy 1.930326 1.391455) (xy 1.929231 1.392597) (xy 1.928084 1.393674) (xy 1.926886 1.394686) (xy 1.925642 1.39563)
				(xy 1.924354 1.396507) (xy 1.923024 1.397314) (xy 1.921656 1.39805) (xy 1.920253 1.398714) (xy 1.918817 1.399304)
				(xy 1.917352 1.39982) (xy 1.91586 1.40026) (xy 1.914344 1.400622) (xy 1.912808 1.400906) (xy 1.911253 1.40111)
				(xy 1.909684 1.401233) (xy 1.908102 1.401274) (xy 1.90656 1.401233) (xy 1.905039 1.401116) (xy 1.903539 1.400924)
				(xy 1.902064 1.40066) (xy 1.900615 1.400324) (xy 1.899193 1.399919) (xy 1.897801 1.399447) (xy 1.89644 1.39891)
				(xy 1.895113 1.398309) (xy 1.893822 1.397647) (xy 1.892567 1.396925) (xy 1.891351 1.396145) (xy 1.890177 1.395309)
				(xy 1.889045 1.39442) (xy 1.887958 1.393478) (xy 1.886917 1.392485) (xy 1.885925 1.391445) (xy 1.884983 1.390357)
				(xy 1.884093 1.389225) (xy 1.883258 1.388051) (xy 1.882478 1.386835) (xy 1.881756 1.38558) (xy 1.881094 1.384289)
				(xy 1.880494 1.382961) (xy 1.879957 1.381601) (xy 1.879485 1.380209) (xy 1.87908 1.378787) (xy 1.878745 1.377338)
				(xy 1.878481 1.375863) (xy 1.878289 1.374364) (xy 1.878172 1.372842) (xy 1.878132 1.371301) (xy 1.878172 1.369759)
				(xy 1.878289 1.368237) (xy 1.878481 1.366738) (xy 1.878745 1.365263) (xy 1.879081 1.363813) (xy 1.879486 1.362392)
				(xy 1.879957 1.361) (xy 1.880495 1.359639) (xy 1.881095 1.358312) (xy 1.881757 1.35702) (xy 1.882479 1.355765)
				(xy 1.883259 1.35455) (xy 1.884095 1.353375) (xy 1.884985 1.352243) (xy 1.885926 1.351156) (xy 1.886919 1.350115)
				(xy 1.887959 1.349123) (xy 1.889047 1.348181) (xy 1.890179 1.347291) (xy 1.891353 1.346456) (xy 1.892569 1.345676)
				(xy 1.893824 1.344954) (xy 1.895116 1.344292) (xy 1.896443 1.343691) (xy 1.897803 1.343154) (xy 1.899195 1.342682)
				(xy 1.900617 1.342278) (xy 1.902067 1.341942) (xy 1.903542 1.341678) (xy 1.905041 1.341486) (xy 1.906563 1.341369)
				(xy 1.908105 1.341329) (xy 1.909647 1.341369) (xy 1.911168 1.341486) (xy 1.912668 1.341678) (xy 1.914143 1.341942)
				(xy 1.915592 1.342278) (xy 1.917014 1.342682) (xy 1.918406 1.343154) (xy 1.919767 1.343691) (xy 1.921094 1.344292)
				(xy 1.922385 1.344954) (xy 1.92364 1.345676) (xy 1.924856 1.346456) (xy 1.92603 1.347292) (xy 1.927162 1.348181)
				(xy 1.92825 1.349123) (xy 1.92929 1.350116) (xy 1.930282 1.351156) (xy 1.931224 1.352244) (xy 1.932114 1.353376)
				(xy 1.93295 1.35455) (xy 1.933729 1.355766) (xy 1.934451 1.357021) (xy 1.935113 1.358312) (xy 1.935714 1.359639)
				(xy 1.936251 1.361) (xy 1.936723 1.362392) (xy 1.937128 1.363814) (xy 1.937463 1.365263) (xy 1.937728 1.366738)
				(xy 1.937919 1.368238) (xy 1.938036 1.369759) (xy 1.938077 1.371301) (xy 1.938075 1.371559) (xy 1.938077 1.371818)
				(xy 1.95513 1.378536) (xy 1.95513 1.185782) (xy 1.931875 1.178548) (xy 1.930781 1.179908) (xy 1.929617 1.181195)
				(xy 1.928387 1.182406) (xy 1.927095 1.183541) (xy 1.925744 1.184596) (xy 1.924338 1.18557) (xy 1.922881 1.186461)
				(xy 1.921377 1.187267) (xy 1.91983 1.187986) (xy 1.918243 1.188617) (xy 1.91662 1.189157) (xy 1.914965 1.189605)
				(xy 1.913282 1.189958) (xy 1.911575 1.190216) (xy 1.909847 1.190375) (xy 1.908102 1.190434) (xy 1.90656 1.190393)
				(xy 1.905039 1.190276) (xy 1.903539 1.190084) (xy 1.902064 1.189819) (xy 1.900615 1.189484) (xy 1.899193 1.189079)
				(xy 1.897801 1.188607) (xy 1.89644 1.18807) (xy 1.895113 1.187469) (xy 1.893822 1.186807) (xy 1.892567 1.186085)
				(xy 1.891351 1.185305) (xy 1.890177 1.184469) (xy 1.889045 1.183579) (xy 1.887958 1.182637) (xy 1.886917 1.181645)
				(xy 1.885925 1.180604) (xy 1.884983 1.179517) (xy 1.884093 1.178385) (xy 1.883258 1.177211) (xy 1.882478 1.175995)
				(xy 1.881756 1.17474) (xy 1.881094 1.173449) (xy 1.880494 1.172121) (xy 1.879957 1.170761) (xy 1.879485 1.169369)
				(xy 1.87908 1.167948) (xy 1.878745 1.166498) (xy 1.878481 1.165023) (xy 1.878289 1.163524) (xy 1.878172 1.162002)
				(xy 1.878132 1.160461) (xy 1.878172 1.158919) (xy 1.878289 1.157398) (xy 1.878481 1.155898) (xy 1.878745 1.154423)
				(xy 1.879081 1.152974) (xy 1.879486 1.151552) (xy 1.879957 1.15016) (xy 1.880495 1.148799) (xy 1.881095 1.147472)
				(xy 1.881757 1.14618) (xy 1.882479 1.144926) (xy 1.883259 1.14371) (xy 1.884095 1.142535) (xy 1.884984 1.141403)
				(xy 1.885926 1.140316) (xy 1.886919 1.139275) (xy 1.887959 1.138283) (xy 1.889046 1.137341) (xy 1.890178 1.136451)
				(xy 1.891353 1.135616) (xy 1.892569 1.134836) (xy 1.893823 1.134114) (xy 1.895115 1.133452) (xy 1.896442 1.132851)
				(xy 1.897803 1.132314) (xy 1.899195 1.131842) (xy 1.900617 1.131438) (xy 1.902066 1.131102) (xy 1.903541 1.130837)
				(xy 1.905041 1.130646) (xy 1.906562 1.130529) (xy 1.908104 1.130488) (xy 1.909609 1.130526) (xy 1.911096 1.130637)
				(xy 1.912562 1.130819) (xy 1.914006 1.131071) (xy 1.915425 1.131391) (xy 1.916819 1.131778) (xy 1.918185 1.132228)
				(xy 1.919521 1.132742) (xy 1.920826 1.133317) (xy 1.922098 1.133951) (xy 1.923335 1.134643) (xy 1.924535 1.135391)
				(xy 1.925697 1.136193) (xy 1.926818 1.137047) (xy 1.927898 1.137952) (xy 1.928933 1.138906) (xy 1.929923 1.139908)
				(xy 1.930865 1.140955) (xy 1.931759 1.142046) (xy 1.932601 1.143179) (xy 1.93339 1.144352) (xy 1.934125 1.145564)
				(xy 1.934803 1.146813) (xy 1.935424 1.148096) (xy 1.935984 1.149414) (xy 1.936482 1.150763) (xy 1.936917 1.152142)
				(xy 1.937287 1.15355) (xy 1.93759 1.154984) (xy 1.937823 1.156443) (xy 1.937986 1.157924) (xy 1.938077 1.159428)
				(xy 1.95513 1.164595) (xy 1.95513 0.970809) (xy 1.933425 0.965641) (xy 1.932348 0.967228) (xy 1.931181 0.968732)
				(xy 1.929928 0.970151) (xy 1.928595 0.971481) (xy 1.927187 0.972721) (xy 1.925707 0.973868) (xy 1.924162 0.974918)
				(xy 1.922556 0.975869) (xy 1.920894 0.976718) (xy 1.919181 0.977463) (xy 1.917422 0.978102) (xy 1.915621 0.97863)
				(xy 1.913784 0.979046) (xy 1.911916 0.979347) (xy 1.91002 0.979531) (xy 1.908103 0.979593) (xy 1.906562 0.979553)
				(xy 1.90504 0.979436) (xy 1.903541 0.979244) (xy 1.902066 0.97898) (xy 1.900616 0.978644) (xy 1.899194 0.978239)
				(xy 1.897802 0.977767) (xy 1.896442 0.97723) (xy 1.895115 0.97663) (xy 1.893823 0.975967) (xy 1.892568 0.975245)
				(xy 1.891353 0.974466) (xy 1.890178 0.97363) (xy 1.889046 0.97274) (xy 1.887959 0.971798) (xy 1.886918 0.970806)
				(xy 1.885926 0.969765) (xy 1.884984 0.968678) (xy 1.884095 0.967546) (xy 1.883259 0.966371) (xy 1.882479 0.965156)
				(xy 1.881757 0.963901) (xy 1.881095 0.962609) (xy 1.880494 0.961282) (xy 1.879957 0.959922) (xy 1.879486 0.95853)
				(xy 1.879081 0.957108) (xy 1.878745 0.955659) (xy 1.878481 0.954184) (xy 1.878289 0.952684) (xy 1.878172 0.951163)
				(xy 1.878132 0.949621) (xy 1.878152 0.948216) (xy 1.878236 0.946826) (xy 1.878384 0.945452) (xy 1.878593 0.944095)
				(xy 1.878862 0.942758) (xy 1.879189 0.941442) (xy 1.879575 0.940148) (xy 1.880016 0.938878) (xy 1.880512 0.937634)
				(xy 1.881062 0.936417) (xy 1.881664 0.935229) (xy 1.882317 0.93407) (xy 1.883019 0.932944) (xy 1.883769 0.931851)
				(xy 1.884566 0.930793) (xy 1.885408 0.929771) (xy 1.886295 0.928787) (xy 1.887224 0.927843) (xy 1.888195 0.92694)
				(xy 1.889205 0.926079) (xy 1.890255 0.925263) (xy 1.891342 0.924493) (xy 1.892464 0.92377) (xy 1.893622 0.923095)
				(xy 1.894813 0.922472) (xy 1.896036 0.9219) (xy 1.897289 0.921382) (xy 1.898572 0.920919) (xy 1.899883 0.920512)
				(xy 1.90122 0.920164) (xy 1.902583 0.919876) (xy 1.90397 0.919649) (xy 1.904486 0.919618) (xy 1.905003 0.919595)
				(xy 1.90552 0.919582) (xy 1.906037 0.919577) (xy 1.906554 0.919582) (xy 1.907071 0.919595) (xy 1.907588 0.919618)
				(xy 1.908104 0.919649) (xy 1.909507 0.919696) (xy 1.910893 0.919807) (xy 1.912262 0.919981) (xy 1.913612 0.920215)
				(xy 1.914942 0.920509) (xy 1.91625 0.920862) (xy 1.917534 0.921271) (xy 1.918793 0.921736) (xy 1.920026 0.922255)
				(xy 1.921231 0.922827) (xy 1.922406 0.92345) (xy 1.923551 0.924123) (xy 1.924662 0.924845) (xy 1.92574 0.925615)
				(xy 1.926781 0.92643) (xy 1.927786 0.92729) (xy 1.928752 0.928193) (xy 1.929678 0.929138) (xy 1.930562 0.930124)
				(xy 1.931402 0.931149) (xy 1.932198 0.932211) (xy 1.932948 0.93331) (xy 1.933649 0.934444) (xy 1.934302 0.935612)
				(xy 1.934903 0.936812) (xy 1.935452 0.938043) (xy 1.935947 0.939304) (xy 1.936387 0.940593) (xy 1.936769 0.941909)
				(xy 1.937093 0.94325) (xy 1.937357 0.944616) (xy 1.93756 0.946004) (xy 1.95513 0.950138) (xy 1.95513 0.756868)
				(xy 1.934459 0.753251) (xy 1.933411 0.755006) (xy 1.932256 0.756672) (xy 1.930999 0.758246) (xy 1.929648 0.759724)
				(xy 1.928207 0.761103) (xy 1.926682 0.76238) (xy 1.925079 0.76355) (xy 1.923405 0.764612) (xy 1.921663 0.76556)
				(xy 1.919862 0.766392) (xy 1.918005 0.767105) (xy 1.9161 0.767694) (xy 1.914151 0.768157) (xy 1.912165 0.76849)
				(xy 1.910147 0.76869) (xy 1.908104 0.768754) (xy 1.906601 0.768715) (xy 1.905109 0.768601) (xy 1.90363 0.768415)
				(xy 1.902167 0.768155) (xy 1.900721 0.767825) (xy 1.899296 0.767424) (xy 1.897894 0.766954) (xy 1.896518 0.766416)
				(xy 1.89517 0.765811) (xy 1.893852 0.765139) (xy 1.892568 0.764403) (xy 1.89132 0.763603) (xy 1.89011 0.76274)
				(xy 1.88894 0.761815) (xy 1.887814 0.760829) (xy 1.886734 0.759784) (xy 1.885707 0.758686) (xy 1.884741 0.757544)
				(xy 1.883837 0.756359) (xy 1.882995 0.755134) (xy 1.882216 0.753872) (xy 1.881502 0.752575) (xy 1.880853 0.751247)
				(xy 1.880271 0.749889) (xy 1.879756 0.748503) (xy 1.87931 0.747094) (xy 1.878934 0.745662) (xy 1.878628 0.744211)
				(xy 1.878394 0.742743) (xy 1.878233 0.741261) (xy 1.878145 0.739768) (xy 1.878132 0.738265) (xy 1.878172 0.736723)
				(xy 1.878289 0.735201) (xy 1.878481 0.733702) (xy 1.878745 0.732227) (xy 1.879081 0.730777) (xy 1.879486 0.729355)
				(xy 1.879957 0.727963) (xy 1.880495 0.726603) (xy 1.881095 0.725276) (xy 1.881757 0.723984) (xy 1.882479 0.722729)
				(xy 1.883259 0.721514) (xy 1.884095 0.720339) (xy 1.884984 0.719207) (xy 1.885926 0.71812) (xy 1.886919 0.717079)
				(xy 1.887959 0.716087) (xy 1.889047 0.715145) (xy 1.890179 0.714255) (xy 1.891353 0.713419) (xy 1.892569 0.71264)
				(xy 1.893824 0.711918) (xy 1.895115 0.711255) (xy 1.896443 0.710655) (xy 1.897803 0.710118) (xy 1.899195 0.709646)
				(xy 1.900617 0.709241) (xy 1.902066 0.708906) (xy 1.903542 0.708641) (xy 1.905041 0.708449) (xy 1.906563 0.708332)
				(xy 1.908104 0.708292) (xy 1.909475 0.708331) (xy 1.910832 0.708431) (xy 1.912172 0.708591) (xy 1.913495 0.70881)
				(xy 1.914799 0.709085) (xy 1.916083 0.709417) (xy 1.917345 0.709804) (xy 1.918584 0.710244) (xy 1.919798 0.710736)
				(xy 1.920986 0.71128) (xy 1.922147 0.711873) (xy 1.923278 0.712515) (xy 1.924379 0.713204) (xy 1.925448 0.713939)
				(xy 1.926483 0.714718) (xy 1.927483 0.715542) (xy 1.928448 0.716407) (xy 1.929374 0.717314) (xy 1.930261 0.718261)
				(xy 1.931108 0.719245) (xy 1.931912 0.720268) (xy 1.932673 0.721326) (xy 1.933388 0.722419) (xy 1.934057 0.723545)
				(xy 1.934678 0.724704) (xy 1.93525 0.725894) (xy 1.935771 0.727113) (xy 1.936239 0.728361) (xy 1.936653 0.729637)
				(xy 1.937013 0.730938) (xy 1.937315 0.732264) (xy 1.93756 0.733613) (xy 1.95513 0.736714) (xy 1.95513 0.543444)
				(xy 1.934976 0.540861) (xy 1.933958 0.542721) (xy 1.932823 0.544489) (xy 1.931576 0.546161) (xy 1.930223 0.547733)
				(xy 1.928772 0.549202) (xy 1.927229 0.550563) (xy 1.925599 0.551813) (xy 1.923889 0.552947) (xy 1.922106 0.553962)
				(xy 1.920256 0.554853) (xy 1.918346 0.555618) (xy 1.91638 0.556252) (xy 1.914367 0.55675) (xy 1.912313 0.55711)
				(xy 1.910222 0.557327) (xy 1.908103 0.557397) (xy 1.906562 0.557356) (xy 1.90504 0.557239) (xy 1.903541 0.557048)
				(xy 1.902066 0.556783) (xy 1.900616 0.556448) (xy 1.899194 0.556043) (xy 1.897802 0.555571) (xy 1.896442 0.555034)
				(xy 1.895115 0.554433) (xy 1.893823 0.553771) (xy 1.892568 0.553049) (xy 1.891353 0.552269) (xy 1.890178 0.551434)
				(xy 1.889046 0.550544) (xy 1.887959 0.549602) (xy 1.886918 0.54861) (xy 1.885926 0.547569) (xy 1.884984 0.546482)
				(xy 1.884095 0.54535) (xy 1.883259 0.544175) (xy 1.882479 0.542959) (xy 1.881757 0.541705) (xy 1.881095 0.540413)
				(xy 1.880494 0.539086) (xy 1.879957 0.537725) (xy 1.879486 0.536333) (xy 1.879081 0.534912) (xy 1.878745 0.533462)
				(xy 1.878481 0.531987) (xy 1.878289 0.530488) (xy 1.878172 0.528966) (xy 1.878132 0.527424) (xy 1.878172 0.525883)
				(xy 1.878289 0.524361) (xy 1.878481 0.522862) (xy 1.878745 0.521386) (xy 1.879081 0.519937) (xy 1.879486 0.518515)
				(xy 1.879957 0.517123) (xy 1.880495 0.515763) (xy 1.881095 0.514436) (xy 1.881757 0.513144) (xy 1.882479 0.511889)
				(xy 1.883259 0.510673) (xy 1.884095 0.509499) (xy 1.884984 0.508367) (xy 1.885926 0.507279) (xy 1.886919 0.506239)
				(xy 1.887959 0.505247) (xy 1.889046 0.504305) (xy 1.890178 0.503415) (xy 1.891353 0.502579) (xy 1.892569 0.501799)
				(xy 1.893823 0.501078) (xy 1.895115 0.500415) (xy 1.896442 0.499815) (xy 1.897803 0.499278) (xy 1.899195 0.498806)
				(xy 1.900617 0.498401) (xy 1.902066 0.498066) (xy 1.903541 0.497801) (xy 1.905041 0.49761) (xy 1.906562 0.497493)
				(xy 1.908104 0.497452) (xy 1.909398 0.497493) (xy 1.910679 0.497587) (xy 1.911946 0.497736) (xy 1.913199 0.497936)
				(xy 1.914435 0.498189) (xy 1.915654 0.498491) (xy 1.916855 0.498843) (xy 1.918035 0.499244) (xy 1.919194 0.499691)
				(xy 1.92033 0.500185) (xy 1.921442 0.500725) (xy 1.92253 0.501308) (xy 1.923591 0.501935) (xy 1.924624 0.502605)
				(xy 1.925628 0.503315) (xy 1.926602 0.504066) (xy 1.927545 0.504855) (xy 1.928455 0.505683) (xy 1.929331 0.506548)
				(xy 1.930171 0.507449) (xy 1.930976 0.508386) (xy 1.931742 0.509356) (xy 1.932469 0.510359) (xy 1.933156 0.511394)
				(xy 1.933801 0.512461) (xy 1.934403 0.513557) (xy 1.934961 0.514682) (xy 1.935473 0.515835) (xy 1.935939 0.517015)
				(xy 1.936356 0.518221) (xy 1.936725 0.519452) (xy 1.937043 0.520707) (xy 1.95513 0.522774) (xy 1.95513 0.330021)
				(xy 1.935493 0.32847) (xy 1.934536 0.330474) (xy 1.933446 0.332384) (xy 1.932229 0.334194) (xy 1.930893 0.3359)
				(xy 1.929443 0.337497) (xy 1.927888 0.338982) (xy 1.926235 0.340348) (xy 1.924491 0.341591) (xy 1.922662 0.342707)
				(xy 1.920756 0.343691) (xy 1.918781 0.344539) (xy 1.916742 0.345244) (xy 1.914648 0.345804) (xy 1.912505 0.346212)
				(xy 1.910321 0.346465) (xy 1.908102 0.346558) (xy 1.90656 0.346517) (xy 1.905039 0.3464) (xy 1.903539 0.346208)
				(xy 1.902064 0.345944) (xy 1.900615 0.345608) (xy 1.899193 0.345203) (xy 1.897801 0.344731) (xy 1.89644 0.344194)
				(xy 1.895113 0.343593) (xy 1.893822 0.342931) (xy 1.892567 0.342209) (xy 1.891351 0.341429) (xy 1.890177 0.340593)
				(xy 1.889045 0.339703) (xy 1.887958 0.338761) (xy 1.886917 0.337769) (xy 1.885925 0.336728) (xy 1.884983 0.335641)
				(xy 1.884093 0.334509) (xy 1.883258 0.333335) (xy 1.882478 0.332119) (xy 1.881756 0.330864) (xy 1.881094 0.329572)
				(xy 1.880494 0.328245) (xy 1.879957 0.326885) (xy 1.879485 0.325493) (xy 1.87908 0.324071) (xy 1.878745 0.322622)
				(xy 1.878481 0.321147) (xy 1.878289 0.319648) (xy 1.878172 0.318126) (xy 1.878132 0.316585) (xy 1.878152 0.31518)
				(xy 1.878236 0.313789) (xy 1.878384 0.312415) (xy 1.878593 0.311059) (xy 1.878862 0.309721) (xy 1.879189 0.308405)
				(xy 1.879575 0.307112) (xy 1.880016 0.305842) (xy 1.880512 0.304598) (xy 1.881062 0.303381) (xy 1.881664 0.302192)
				(xy 1.882317 0.301034) (xy 1.883019 0.299907) (xy 1.883769 0.298814) (xy 1.884566 0.297756) (xy 1.885408 0.296734)
				(xy 1.886295 0.295751) (xy 1.887224 0.294807) (xy 1.888195 0.293903) (xy 1.889205 0.293043) (xy 1.890255 0.292227)
				(xy 1.891342 0.291456) (xy 1.892464 0.290733) (xy 1.893622 0.290059) (xy 1.894813 0.289435) (xy 1.896036 0.288864)
				(xy 1.897289 0.288346) (xy 1.898572 0.287882) (xy 1.899883 0.287476) (xy 1.90122 0.287128) (xy 1.902583 0.28684)
				(xy 1.90397 0.286613) (xy 1.904486 0.286581) (xy 1.905003 0.286559) (xy 1.90552 0.286546) (xy 1.906037 0.286541)
				(xy 1.906554 0.286546) (xy 1.907071 0.286559) (xy 1.907588 0.286581) (xy 1.908104 0.286613) (xy 1.90937 0.28664)
				(xy 1.910625 0.286721) (xy 1.911867 0.286852) (xy 1.913096 0.287035) (xy 1.91431 0.287266) (xy 1.915508 0.287547)
				(xy 1.916689 0.287875) (xy 1.917852 0.28825) (xy 1.918994 0.28867) (xy 1.920116 0.289135) (xy 1.921216 0.289645)
				(xy 1.922292 0.290197) (xy 1.923344 0.290792) (xy 1.92437 0.291427) (xy 1.925369 0.292103) (xy 1.92634 0.292818)
				(xy 1.927281 0.293571) (xy 1.928192 0.294362) (xy 1.929071 0.295189) (xy 1.929916 0.296052) (xy 1.930728 0.296949)
				(xy 1.931504 0.29788) (xy 1.932243 0.298843) (xy 1.932944 0.299839) (xy 1.933607 0.300865) (xy 1.934228 0.301921)
				(xy 1.934809 0.303006) (xy 1.935346 0.304119) (xy 1.935839 0.305259) (xy 1.936287 0.306426) (xy 1.936689 0.307617)
				(xy 1.937043 0.308833) (xy 1.95513 0.310384) (xy 1.95513 0.11608) (xy 1.936009 0.115563) (xy 1.935153 0.117752)
				(xy 1.934139 0.119843) (xy 1.932978 0.121833) (xy 1.931677 0.123714) (xy 1.930244 0.125482) (xy 1.928687 0.127129)
				(xy 1.927015 0.128651) (xy 1.925235 0.130041) (xy 1.923355 0.131293) (xy 1.921385 0.132402) (xy 1.919331 0.133362)
				(xy 1.917203 0.134167) (xy 1.915008 0.134811) (xy 1.912754 0.135288) (xy 1.910449 0.135592) (xy 1.908102 0.135717)
				(xy 1.90656 0.135677) (xy 1.905039 0.13556) (xy 1.903539 0.135368) (xy 1.902064 0.135103) (xy 1.900615 0.134768)
				(xy 1.899193 0.134363) (xy 1.897801 0.133891) (xy 1.89644 0.133354) (xy 1.895113 0.132753) (xy 1.893822 0.132091)
				(xy 1.892567 0.131369) (xy 1.891351 0.130589) (xy 1.890177 0.129753) (xy 1.889045 0.128863) (xy 1.887958 0.127921)
				(xy 1.886917 0.126929) (xy 1.885925 0.125888) (xy 1.884983 0.124801) (xy 1.884093 0.123669) (xy 1.883258 0.122494)
				(xy 1.882478 0.121279) (xy 1.881756 0.120024) (xy 1.881094 0.118732) (xy 1.880494 0.117405) (xy 1.879957 0.116045)
				(xy 1.879485 0.114653) (xy 1.87908 0.113231) (xy 1.878745 0.111782) (xy 1.878481 0.110307) (xy 1.878289 0.108808)
				(xy 1.878172 0.107286) (xy 1.878132 0.105745) (xy 1.878145 0.104242) (xy 1.878233 0.102748) (xy 1.878394 0.101266)
				(xy 1.878628 0.099798) (xy 1.878934 0.098347) (xy 1.87931 0.096916) (xy 1.879756 0.095506) (xy 1.880271 0.094121)
				(xy 1.880853 0.092763) (xy 1.881502 0.091434) (xy 1.882216 0.090137) (xy 1.882995 0.088876) (xy 1.883837 0.087651)
				(xy 1.884741 0.086466) (xy 1.885707 0.085323) (xy 1.886734 0.084225) (xy 1.887814 0.08318) (xy 1.88894 0.082194)
				(xy 1.89011 0.08127) (xy 1.89132 0.080407) (xy 1.892568 0.079606) (xy 1.893852 0.07887) (xy 1.89517 0.078199)
				(xy 1.896518 0.077594) (xy 1.897894 0.077055) (xy 1.899296 0.076585) (xy 1.900721 0.076184) (xy 1.902167 0.075854)
				(xy 1.90363 0.075595) (xy 1.905109 0.075408) (xy 1.906601 0.075295) (xy 1.908104 0.075256) (xy 1.909325 0.075291)
				(xy 1.910536 0.075375) (xy 1.911736 0.075506) (xy 1.912923 0.075685) (xy 1.914096 0.07591) (xy 1.915255 0.076181)
				(xy 1.916397 0.076496) (xy 1.917523 0.076855) (xy 1.91863 0.077257) (xy 1.919718 0.077701) (xy 1.920786 0.078186)
				(xy 1.921832 0.078712) (xy 1.922856 0.079277) (xy 1.923855 0.079881) (xy 1.92483 0.080523) (xy 1.925779 0.081202)
				(xy 1.926701 0.081918) (xy 1.927595 0.082669) (xy 1.92846 0.083454) (xy 1.929294 0.084274) (xy 1.930096 0.085126)
				(xy 1.930866 0.086011) (xy 1.931603 0.086927) (xy 1.932304 0.087873) (xy 1.932969 0.088849) (xy 1.933598 0.089854)
				(xy 1.934188 0.090887) (xy 1.934738 0.091947) (xy 1.935249 0.093034) (xy 1.935718 0.094146) (xy 1.936144 0.095283)
				(xy 1.936526 0.096443) (xy 1.95513 0.09696) (xy 1.95513 -0.096827) (xy 1.936526 -0.09631) (xy 1.935686 -0.094051)
				(xy 1.93468 -0.091892) (xy 1.933518 -0.089838) (xy 1.932207 -0.087897) (xy 1.930757 -0.086073) (xy 1.929177 -0.084375)
				(xy 1.927474 -0.082807) (xy 1.925659 -0.081377) (xy 1.923738 -0.08009) (xy 1.921722 -0.078954) (xy 1.919619 -0.077973)
				(xy 1.917438 -0.077156) (xy 1.915186 -0.076507) (xy 1.912874 -0.076034) (xy 1.91051 -0.075742) (xy 1.908102 -0.075639)
				(xy 1.90656 -0.075679) (xy 1.905039 -0.075796) (xy 1.903539 -0.075988) (xy 1.902064 -0.076253) (xy 1.900615 -0.076589)
				(xy 1.899193 -0.076993) (xy 1.897801 -0.077465) (xy 1.89644 -0.078002) (xy 1.895113 -0.078603) (xy 1.893822 -0.079266)
				(xy 1.892567 -0.079988) (xy 1.891351 -0.080767) (xy 1.890177 -0.081603) (xy 1.889045 -0.082493)
				(xy 1.887958 -0.083435) (xy 1.886917 -0.084427) (xy 1.885925 -0.085468) (xy 1.884983 -0.086555)
				(xy 1.884093 -0.087687) (xy 1.883258 -0.088862) (xy 1.882478 -0.090078) (xy 1.881756 -0.091332)
				(xy 1.881094 -0.092624) (xy 1.880494 -0.093951) (xy 1.879957 -0.095311) (xy 1.879485 -0.096703)
				(xy 1.87908 -0.098125) (xy 1.878745 -0.099574) (xy 1.878481 -0.10105) (xy 1.878289 -0.102549) (xy 1.878172 -0.10407)
				(xy 1.878132 -0.105612) (xy 1.878172 -0.107154) (xy 1.878289 -0.108675) (xy 1.878481 -0.110174)
				(xy 1.878745 -0.11165) (xy 1.879081 -0.113099) (xy 1.879486 -0.114521) (xy 1.879957 -0.115913) (xy 1.880495 -0.117273)
				(xy 1.881095 -0.118601) (xy 1.881757 -0.119892) (xy 1.882479 -0.121147) (xy 1.883259 -0.122363)
				(xy 1.884095 -0.123537) (xy 1.884984 -0.124669) (xy 1.885926 -0.125756) (xy 1.886919 -0.126797)
				(xy 1.887959 -0.127789) (xy 1.889046 -0.128731) (xy 1.890178 -0.129621) (xy 1.891353 -0.130457)
				(xy 1.892569 -0.131236) (xy 1.893823 -0.131958) (xy 1.895115 -0.132621) (xy 1.896442 -0.133221)
				(xy 1.897803 -0.133758) (xy 1.899195 -0.13423) (xy 1.900617 -0.134635) (xy 1.902066 -0.13497) (xy 1.903541 -0.135235)
				(xy 1.905041 -0.135427) (xy 1.906562 -0.135544) (xy 1.908104 -0.135584) (xy 1.90927 -0.135552) (xy 1.910427 -0.135475)
				(xy 1.911574 -0.135354) (xy 1.91271 -0.135191) (xy 1.913834 -0.134985) (xy 1.914945 -0.134737) (xy 1.916041 -0.134448)
				(xy 1.917123 -0.134119) (xy 1.918189 -0.13375) (xy 1.919238 -0.133343) (xy 1.92027 -0.132897) (xy 1.921282 -0.132414)
				(xy 1.922274 -0.131893) (xy 1.923245 -0.131337) (xy 1.924194 -0.130745) (xy 1.92512 -0.130119) (xy 1.926023 -0.129459)
				(xy 1.9269 -0.128765) (xy 1.927752 -0.128039) (xy 1.928576 -0.12728) (xy 1.929373 -0.126491) (xy 1.930141 -0.125671)
				(xy 1.930879 -0.124821) (xy 1.931586 -0.123942) (xy 1.932261 -0.123035) (xy 1.932903 -0.1221) (xy 1.933511 -0.121138)
				(xy 1.934085 -0.120149) (xy 1.934622 -0.119135) (xy 1.935123 -0.118096) (xy 1.935585 -0.117033)
				(xy 1.936009 -0.115947) (xy 1.95513 -0.116464) (xy 1.95513 -0.31025) (xy 1.937043 -0.3087) (xy 1.936689 -0.307484)
				(xy 1.936288 -0.306293) (xy 1.93584 -0.305126) (xy 1.935346 -0.303986) (xy 1.934809 -0.302873) (xy 1.934229 -0.301788)
				(xy 1.932945 -0.299705) (xy 1.931504 -0.297746) (xy 1.929917 -0.295918) (xy 1.928192 -0.294229)
				(xy 1.92634 -0.292684) (xy 1.92437 -0.291294) (xy 1.922292 -0.290064) (xy 1.920116 -0.289002) (xy 1.917851 -0.288116)
				(xy 1.915508 -0.287413) (xy 1.914309 -0.287133) (xy 1.913095 -0.286901) (xy 1.911866 -0.286719)
				(xy 1.910623 -0.286587) (xy 1.909368 -0.286507) (xy 1.908102 -0.286479) (xy 1.90656 -0.286519) (xy 1.905039 -0.286637)
				(xy 1.903539 -0.286828) (xy 1.902064 -0.287093) (xy 1.900615 -0.287429) (xy 1.899193 -0.287833)
				(xy 1.897801 -0.288305) (xy 1.89644 -0.288843) (xy 1.895113 -0.289443) (xy 1.893822 -0.290106) (xy 1.892567 -0.290828)
				(xy 1.891351 -0.291608) (xy 1.890177 -0.292443) (xy 1.889045 -0.293333) (xy 1.887958 -0.294275)
				(xy 1.886917 -0.295267) (xy 1.885925 -0.296308) (xy 1.884983 -0.297395) (xy 1.884093 -0.298527)
				(xy 1.883258 -0.299702) (xy 1.882478 -0.300918) (xy 1.881756 -0.302172) (xy 1.881094 -0.303464)
				(xy 1.880494 -0.304791) (xy 1.879957 -0.306151) (xy 1.879485 -0.307543) (xy 1.87908 -0.308965) (xy 1.878745 -0.310414)
				(xy 1.878481 -0.31189) (xy 1.878289 -0.313389) (xy 1.878172 -0.31491) (xy 1.878132 -0.316452) (xy 1.878172 -0.317993)
				(xy 1.878289 -0.319515) (xy 1.878481 -0.321014) (xy 1.878745 -0.32249) (xy 1.879081 -0.323939) (xy 1.879486 -0.325361)
				(xy 1.879957 -0.326753) (xy 1.880495 -0.328113) (xy 1.881095 -0.32944) (xy 1.881757 -0.330732) (xy 1.882479 -0.331987)
				(xy 1.883259 -0.333202) (xy 1.884095 -0.334377) (xy 1.884984 -0.335509) (xy 1.885926 -0.336596)
				(xy 1.886919 -0.337637) (xy 1.887959 -0.338629) (xy 1.889046 -0.339571) (xy 1.890178 -0.340461)
				(xy 1.891353 -0.341296) (xy 1.892569 -0.342076) (xy 1.893823 -0.342798) (xy 1.895115 -0.34346) (xy 1.896442 -0.344061)
				(xy 1.897803 -0.344598) (xy 1.899195 -0.34507) (xy 1.900617 -0.345475) (xy 1.902066 -0.34581) (xy 1.903541 -0.346075)
				(xy 1.905041 -0.346266) (xy 1.906562 -0.346383) (xy 1.908104 -0.346424) (xy 1.909217 -0.346398)
				(xy 1.910322 -0.346331) (xy 1.911419 -0.346225) (xy 1.912506 -0.346078) (xy 1.913583 -0.345893)
				(xy 1.914649 -0.34567) (xy 1.915703 -0.345409) (xy 1.916743 -0.345111) (xy 1.91777 -0.344776) (xy 1.918781 -0.344405)
				(xy 1.919777 -0.343999) (xy 1.920757 -0.343558) (xy 1.921719 -0.343083) (xy 1.922662 -0.342574)
				(xy 1.923587 -0.342032) (xy 1.924491 -0.341458) (xy 1.925374 -0.340852) (xy 1.926235 -0.340215)
				(xy 1.927074 -0.339547) (xy 1.927889 -0.338848) (xy 1.928679 -0.338121) (xy 1.929443 -0.337364)
				(xy 1.930182 -0.336579) (xy 1.930893 -0.335767) (xy 1.931575 -0.334927) (xy 1.932229 -0.33406) (xy 1.932853 -0.333168)
				(xy 1.933446 -0.33225) (xy 1.934008 -0.331308) (xy 1.934536 -0.330341) (xy 1.935032 -0.329351) (xy 1.935493 -0.328337)
				(xy 1.95513 -0.329887) (xy 1.95513 -0.523157) (xy 1.937043 -0.52109) (xy 1.936744 -0.519816) (xy 1.936393 -0.518566)
				(xy 1.935991 -0.51734) (xy 1.935539 -0.51614) (xy 1.93504 -0.514967) (xy 1.934493 -0.513821) (xy 1.933901 -0.512705)
				(xy 1.933265 -0.511618) (xy 1.932586 -0.510563) (xy 1.931865 -0.50954) (xy 1.930304 -0.507594) (xy 1.928591 -0.505789)
				(xy 1.926738 -0.504134) (xy 1.924755 -0.502638) (xy 1.922652 -0.501309) (xy 1.92044 -0.500155) (xy 1.919296 -0.499646)
				(xy 1.918129 -0.499185) (xy 1.916939 -0.498772) (xy 1.915729 -0.498408) (xy 1.914499 -0.498094)
				(xy 1.913251 -0.497832) (xy 1.911986 -0.497622) (xy 1.910705 -0.497466) (xy 1.90941 -0.497364) (xy 1.908102 -0.497318)
				(xy 1.90656 -0.497359) (xy 1.905039 -0.497476) (xy 1.903539 -0.497668) (xy 1.902064 -0.497932) (xy 1.900615 -0.498268)
				(xy 1.899193 -0.498673) (xy 1.897801 -0.499145) (xy 1.89644 -0.499682) (xy 1.895113 -0.500283) (xy 1.893822 -0.500945)
				(xy 1.892567 -0.501667) (xy 1.891351 -0.502447) (xy 1.890177 -0.503283) (xy 1.889045 -0.504172)
				(xy 1.887958 -0.505114) (xy 1.886917 -0.506107) (xy 1.885925 -0.507148) (xy 1.884983 -0.508235)
				(xy 1.884093 -0.509367) (xy 1.883258 -0.510541) (xy 1.882478 -0.511757) (xy 1.881756 -0.513012)
				(xy 1.881094 -0.514304) (xy 1.880494 -0.515631) (xy 1.879957 -0.516991) (xy 1.879485 -0.518383)
				(xy 1.87908 -0.519805) (xy 1.878745 -0.521254) (xy 1.878481 -0.522729) (xy 1.878289 -0.524229) (xy 1.878172 -0.52575)
				(xy 1.878132 -0.527292) (xy 1.878172 -0.528834) (xy 1.878289 -0.530355) (xy 1.878481 -0.531854)
				(xy 1.878745 -0.53333) (xy 1.879081 -0.534779) (xy 1.879486 -0.536201) (xy 1.879957 -0.537593) (xy 1.880495 -0.538953)
				(xy 1.881095 -0.540281) (xy 1.881757 -0.541572) (xy 1.882479 -0.542827) (xy 1.883259 -0.544043)
				(xy 1.884095 -0.545217) (xy 1.884984 -0.546349) (xy 1.885926 -0.547437) (xy 1.886919 -0.548477)
				(xy 1.887959 -0.54947) (xy 1.889046 -0.550411) (xy 1.890178 -0.551301) (xy 1.891353 -0.552137) (xy 1.892569 -0.552917)
				(xy 1.893823 -0.553639) (xy 1.895115 -0.554301) (xy 1.896442 -0.554901) (xy 1.897803 -0.555439)
				(xy 1.899195 -0.55591) (xy 1.900617 -0.556315) (xy 1.902066 -0.55665) (xy 1.903541 -0.556915) (xy 1.905041 -0.557107)
				(xy 1.906562 -0.557224) (xy 1.908104 -0.557264) (xy 1.909167 -0.557247) (xy 1.910223 -0.557194)
				(xy 1.911272 -0.557103) (xy 1.912313 -0.556977) (xy 1.913345 -0.556815) (xy 1.914368 -0.556617)
				(xy 1.91538 -0.556385) (xy 1.916381 -0.556119) (xy 1.91737 -0.555818) (xy 1.918346 -0.555485) (xy 1.919308 -0.555119)
				(xy 1.920256 -0.55472) (xy 1.921189 -0.55429) (xy 1.922106 -0.553829) (xy 1.923007 -0.553336) (xy 1.923889 -0.552814)
				(xy 1.924754 -0.552261) (xy 1.925599 -0.551679) (xy 1.926424 -0.551069) (xy 1.927229 -0.55043) (xy 1.928012 -0.549763)
				(xy 1.928772 -0.549069) (xy 1.92951 -0.548347) (xy 1.930223 -0.5476) (xy 1.930912 -0.546826) (xy 1.931576 -0.546027)
				(xy 1.932213 -0.545203) (xy 1.932823 -0.544355) (xy 1.933405 -0.543483) (xy 1.933958 -0.542587)
				(xy 1.934482 -0.541668) (xy 1.934976 -0.540727) (xy 1.95513 -0.543311) (xy 1.95513 -0.736581) (xy 1.93756 -0.73348)
				(xy 1.937295 -0.73215) (xy 1.936974 -0.730844) (xy 1.936598 -0.729563) (xy 1.936168 -0.728308) (xy 1.935685 -0.72708)
				(xy 1.935152 -0.725881) (xy 1.93457 -0.724712) (xy 1.933939 -0.723574) (xy 1.933262 -0.722468) (xy 1.93254 -0.721395)
				(xy 1.931774 -0.720357) (xy 1.930965 -0.719355) (xy 1.930116 -0.71839) (xy 1.929227 -0.717463) (xy 1.9283 -0.716575)
				(xy 1.927337 -0.715728) (xy 1.926338 -0.714923) (xy 1.925306 -0.714161) (xy 1.924241 -0.713443)
				(xy 1.923145 -0.71277) (xy 1.92202 -0.712144) (xy 1.920867 -0.711566) (xy 1.919687 -0.711037) (xy 1.918482 -0.710557)
				(xy 1.917253 -0.71013) (xy 1.916001 -0.709755) (xy 1.914729 -0.709433) (xy 1.913437 -0.709167) (xy 1.912127 -0.708957)
				(xy 1.9108 -0.708804) (xy 1.909458 -0.70871) (xy 1.908102 -0.708675) (xy 1.90656 -0.708716) (xy 1.905039 -0.708833)
				(xy 1.903539 -0.709025) (xy 1.902064 -0.709289) (xy 1.900615 -0.709625) (xy 1.899193 -0.71003) (xy 1.897801 -0.710502)
				(xy 1.89644 -0.711039) (xy 1.895113 -0.71164) (xy 1.893822 -0.712302) (xy 1.892567 -0.713024) (xy 1.891351 -0.713804)
				(xy 1.890177 -0.71464) (xy 1.889045 -0.71553) (xy 1.887958 -0.716471) (xy 1.886917 -0.717464) (xy 1.885925 -0.718505)
				(xy 1.884983 -0.719592) (xy 1.884093 -0.720724) (xy 1.883258 -0.721898) (xy 1.882478 -0.723114)
				(xy 1.881756 -0.724369) (xy 1.881094 -0.72566) (xy 1.880494 -0.726987) (xy 1.879957 -0.728348) (xy 1.879485 -0.72974)
				(xy 1.87908 -0.731161) (xy 1.878745 -0.732611) (xy 1.878481 -0.734086) (xy 1.878289 -0.735585) (xy 1.878172 -0.737106)
				(xy 1.878132 -0.738648) (xy 1.878172 -0.74019) (xy 1.878289 -0.741711) (xy 1.878481 -0.743211) (xy 1.878745 -0.744686)
				(xy 1.879081 -0.746135) (xy 1.879486 -0.747557) (xy 1.879957 -0.748949) (xy 1.880495 -0.75031) (xy 1.881095 -0.751637)
				(xy 1.881757 -0.752929) (xy 1.882479 -0.754183) (xy 1.883259 -0.755399) (xy 1.884095 -0.756574)
				(xy 1.884984 -0.757706) (xy 1.885926 -0.758793) (xy 1.886919 -0.759834) (xy 1.887959 -0.760826)
				(xy 1.889046 -0.761768) (xy 1.890178 -0.762657) (xy 1.891353 -0.763493) (xy 1.892569 -0.764273)
				(xy 1.893823 -0.764995) (xy 1.895115 -0.765657) (xy 1.896442 -0.766258) (xy 1.897803 -0.766795)
				(xy 1.899195 -0.767267) (xy 1.900617 -0.767671) (xy 1.902066 -0.768007) (xy 1.903541 -0.768271)
				(xy 1.905041 -0.768463) (xy 1.906562 -0.76858) (xy 1.908104 -0.76862) (xy 1.909129 -0.768606) (xy 1.910147 -0.768557)
				(xy 1.91116 -0.768474) (xy 1.912165 -0.768357) (xy 1.913162 -0.768207) (xy 1.914151 -0.768024) (xy 1.91513 -0.767809)
				(xy 1.9161 -0.767561) (xy 1.917058 -0.767282) (xy 1.918005 -0.766972) (xy 1.91894 -0.76663) (xy 1.919862 -0.766259)
				(xy 1.92077 -0.765858) (xy 1.921663 -0.765427) (xy 1.922542 -0.764967) (xy 1.923405 -0.764479) (xy 1.924251 -0.763962)
				(xy 1.925079 -0.763417) (xy 1.92589 -0.762846) (xy 1.926682 -0.762247) (xy 1.927455 -0.761622) (xy 1.928207 -0.76097)
				(xy 1.928938 -0.760294) (xy 1.929648 -0.759591) (xy 1.930335 -0.758864) (xy 1.930999 -0.758113)
				(xy 1.93164 -0.757338) (xy 1.932256 -0.756539) (xy 1.932846 -0.755717) (xy 1.933411 -0.754873) (xy 1.933948 -0.754006)
				(xy 1.934459 -0.753118) (xy 1.95513 -0.756735) (xy 1.95513 -0.950521) (xy 1.93756 -0.946387) (xy 1.937379 -0.94498)
				(xy 1.937135 -0.943594) (xy 1.936829 -0.942233) (xy 1.936463 -0.940897) (xy 1.936038 -0.939587)
				(xy 1.935556 -0.938306) (xy 1.935019 -0.937054) (xy 1.934428 -0.935833) (xy 1.933784 -0.934644)
				(xy 1.933089 -0.933489) (xy 1.932346 -0.93237) (xy 1.931554 -0.931287) (xy 1.930716 -0.930242) (xy 1.929834 -0.929237)
				(xy 1.928909 -0.928272) (xy 1.927942 -0.92735) (xy 1.926935 -0.926472) (xy 1.92589 -0.925639) (xy 1.924808 -0.924852)
				(xy 1.923691 -0.924113) (xy 1.92254 -0.923424) (xy 1.921357 -0.922786) (xy 1.920143 -0.9222) (xy 1.918901 -0.921668)
				(xy 1.917631 -0.921191) (xy 1.916335 -0.920771) (xy 1.915015 -0.920408) (xy 1.913672 -0.920105)
				(xy 1.912308 -0.919863) (xy 1.910924 -0.919683) (xy 1.909522 -0.919567) (xy 1.908103 -0.919516)
				(xy 1.906562 -0.919556) (xy 1.90504 -0.919673) (xy 1.903541 -0.919865) (xy 1.902066 -0.920129) (xy 1.900616 -0.920465)
				(xy 1.899194 -0.92087) (xy 1.897802 -0.921341) (xy 1.896442 -0.921879) (xy 1.895115 -0.922479) (xy 1.893823 -0.923142)
				(xy 1.892568 -0.923863) (xy 1.891353 -0.924643) (xy 1.890178 -0.925479) (xy 1.889046 -0.926369)
				(xy 1.887959 -0.927311) (xy 1.886918 -0.928303) (xy 1.885926 -0.929344) (xy 1.884984 -0.930431)
				(xy 1.884095 -0.931563) (xy 1.883259 -0.932738) (xy 1.882479 -0.933953) (xy 1.881757 -0.935208)
				(xy 1.881095 -0.9365) (xy 1.880494 -0.937827) (xy 1.879957 -0.939187) (xy 1.879486 -0.940579) (xy 1.879081 -0.942001)
				(xy 1.878745 -0.94345) (xy 1.878481 -0.944926) (xy 1.878289 -0.946425) (xy 1.878172 -0.947946) (xy 1.878132 -0.949488)
				(xy 1.878172 -0.95103) (xy 1.878289 -0.952551) (xy 1.878481 -0.954051) (xy 1.878745 -0.955526) (xy 1.879081 -0.956976)
				(xy 1.879486 -0.958397) (xy 1.879957 -0.959789) (xy 1.880495 -0.96115) (xy 1.881095 -0.962477) (xy 1.881757 -0.963769)
				(xy 1.882479 -0.965024) (xy 1.883259 -0.966239) (xy 1.884095 -0.967414) (xy 1.884984 -0.968546)
				(xy 1.885926 -0.969633) (xy 1.886919 -0.970674) (xy 1.887959 -0.971666) (xy 1.889046 -0.972608)
				(xy 1.890178 -0.973498) (xy 1.891353 -0.974333) (xy 1.892569 -0.975113) (xy 1.893823 -0.975835)
				(xy 1.895115 -0.976497) (xy 1.896442 -0.977098) (xy 1.897803 -0.977635) (xy 1.899195 -0.978107)
				(xy 1.900616 -0.978512) (xy 1.902066 -0.978847) (xy 1.903541 -0.979112) (xy 1.90504 -0.979303) (xy 1.906562 -0.97942)
				(xy 1.908103 -0.979461) (xy 1.909064 -0.979445) (xy 1.91002 -0.979398) (xy 1.910971 -0.979321) (xy 1.911915 -0.979215)
				(xy 1.913784 -0.978913) (xy 1.915621 -0.978497) (xy 1.917421 -0.977969) (xy 1.919181 -0.97733) (xy 1.920894 -0.976585)
				(xy 1.922556 -0.975736) (xy 1.924162 -0.974784) (xy 1.925707 -0.973734) (xy 1.927186 -0.972588)
				(xy 1.928595 -0.971348) (xy 1.929928 -0.970018) (xy 1.931181 -0.968599) (xy 1.931776 -0.967857)
				(xy 1.932348 -0.967095) (xy 1.932898 -0.966311) (xy 1.933425 -0.965508) (xy 1.95513 -0.970675) (xy 1.95513 -1.164462)
				(xy 1.938077 -1.159294) (xy 1.937986 -1.15779) (xy 1.937823 -1.156309) (xy 1.93759 -1.15485) (xy 1.937287 -1.153416)
				(xy 1.936917 -1.152008) (xy 1.936482 -1.150629) (xy 1.935984 -1.14928) (xy 1.935424 -1.147963) (xy 1.934803 -1.146679)
				(xy 1.934125 -1.14543) (xy 1.93339 -1.144218) (xy 1.932601 -1.143045) (xy 1.931759 -1.141912) (xy 1.930865 -1.140821)
				(xy 1.929923 -1.139774) (xy 1.928933 -1.138773) (xy 1.927898 -1.137819) (xy 1.926818 -1.136914)
				(xy 1.925697 -1.136059) (xy 1.924535 -1.135257) (xy 1.923335 -1.13451) (xy 1.922098 -1.133818) (xy 1.920826 -1.133184)
				(xy 1.919521 -1.132609) (xy 1.918185 -1.132095) (xy 1.916819 -1.131644) (xy 1.915425 -1.131258)
				(xy 1.914006 -1.130938) (xy 1.912562 -1.130686) (xy 1.911096 -1.130504) (xy 1.909609 -1.130393)
				(xy 1.908103 -1.130355) (xy 1.906562 -1.130396) (xy 1.90504 -1.130513) (xy 1.903541 -1.130705) (xy 1.902066 -1.130969)
				(xy 1.900616 -1.131305) (xy 1.899194 -1.131709) (xy 1.897802 -1.132181) (xy 1.896442 -1.132718)
				(xy 1.895115 -1.133319) (xy 1.893823 -1.133981) (xy 1.892568 -1.134703) (xy 1.891353 -1.135483)
				(xy 1.890178 -1.136319) (xy 1.889046 -1.137208) (xy 1.887959 -1.13815) (xy 1.886918 -1.139143) (xy 1.885926 -1.140183)
				(xy 1.884984 -1.141271) (xy 1.884095 -1.142402) (xy 1.883259 -1.143577) (xy 1.882479 -1.144793)
				(xy 1.881757 -1.146047) (xy 1.881095 -1.147339) (xy 1.880494 -1.148666) (xy 1.879957 -1.150027)
				(xy 1.879486 -1.151419) (xy 1.879081 -1.15284) (xy 1.878745 -1.15429) (xy 1.878481 -1.155765) (xy 1.878289 -1.157264)
				(xy 1.878172 -1.158786) (xy 1.878132 -1.160327) (xy 1.878172 -1.161869) (xy 1.878289 -1.163391)
				(xy 1.878481 -1.16489) (xy 1.878745 -1.166365) (xy 1.879081 -1.167815) (xy 1.879486 -1.169237) (xy 1.879957 -1.170629)
				(xy 1.880495 -1.171989) (xy 1.881095 -1.173316) (xy 1.881757 -1.174608) (xy 1.882479 -1.175863)
				(xy 1.883259 -1.177078) (xy 1.884095 -1.178253) (xy 1.884984 -1.179385) (xy 1.885926 -1.180472)
				(xy 1.886919 -1.181513) (xy 1.887959 -1.182505) (xy 1.889046 -1.183447) (xy 1.890178 -1.184337)
				(xy 1.891353 -1.185173) (xy 1.892569 -1.185952) (xy 1.893823 -1.186674) (xy 1.895115 -1.187337)
				(xy 1.896442 -1.187937) (xy 1.897803 -1.188474) (xy 1.899195 -1.188946) (xy 1.900617 -1.189351)
				(xy 1.902066 -1.189686) (xy 1.903541 -1.189951) (xy 1.905041 -1.190143) (xy 1.906562 -1.19026) (xy 1.908104 -1.1903)
				(xy 1.909833 -1.190265) (xy 1.911546 -1.190132) (xy 1.913241 -1.189902) (xy 1.914914 -1.189577)
				(xy 1.91656 -1.189159) (xy 1.918176 -1.18865) (xy 1.919759 -1.188051) (xy 1.921305 -1.187365) (xy 1.922809 -1.186593)
				(xy 1.924268 -1.185736) (xy 1.925679 -1.184798) (xy 1.927038 -1.183778) (xy 1.928341 -1.18268) (xy 1.929583 -1.181505)
				(xy 1.930763 -1.180255) (xy 1.931875 -1.178931) (xy 1.95513 -1.186166) (xy 1.95513 -1.378402) (xy 1.938077 -1.371684)
				(xy 1.938037 -1.370142) (xy 1.93792 -1.368621) (xy 1.937728 -1.367121) (xy 1.937463 -1.365646) (xy 1.937128 -1.364196)
				(xy 1.936723 -1.362775) (xy 1.936251 -1.361383) (xy 1.935714 -1.360022) (xy 1.935114 -1.358695)
				(xy 1.934451 -1.357403) (xy 1.933729 -1.356148) (xy 1.93295 -1.354933) (xy 1.932114 -1.353758) (xy 1.931224 -1.352626)
				(xy 1.930282 -1.351539) (xy 1.92929 -1.350498) (xy 1.928249 -1.349506) (xy 1.927162 -1.348564) (xy 1.92603 -1.347674)
				(xy 1.924855 -1.346839) (xy 1.923639 -1.346059) (xy 1.922385 -1.345337) (xy 1.921093 -1.344675)
				(xy 1.919765 -1.344074) (xy 1.918405 -1.343537) (xy 1.917012 -1.343065) (xy 1.915591 -1.342661)
				(xy 1.914141 -1.342325) (xy 1.912665 -1.34206) (xy 1.911166 -1.341869) (xy 1.909644 -1.341752) (xy 1.908102 -1.341712)
				(xy 1.90656 -1.341752) (xy 1.905039 -1.341869) (xy 1.903539 -1.342061) (xy 1.902064 -1.342326) (xy 1.900615 -1.342661)
				(xy 1.899193 -1.343066) (xy 1.897801 -1.343538) (xy 1.89644 -1.344075) (xy 1.895113 -1.344676) (xy 1.893822 -1.345338)
				(xy 1.892567 -1.34606) (xy 1.891351 -1.34684) (xy 1.890177 -1.347676) (xy 1.889045 -1.348565) (xy 1.887958 -1.349507)
				(xy 1.886917 -1.3505) (xy 1.885925 -1.35154) (xy 1.884983 -1.352628) (xy 1.884093 -1.35376) (xy 1.883258 -1.354934)
				(xy 1.882478 -1.35615) (xy 1.881756 -1.357404) (xy 1.881094 -1.358696) (xy 1.880494 -1.360023) (xy 1.879957 -1.361384)
				(xy 1.879485 -1.362776) (xy 1.87908 -1.364197) (xy 1.878745 -1.365647) (xy 1.878481 -1.367122) (xy 1.878289 -1.368621)
				(xy 1.878172 -1.370142) (xy 1.878132 -1.371684) (xy 1.878172 -1.373226) (xy 1.878289 -1.374747)
				(xy 1.878481 -1.376247) (xy 1.878745 -1.377722) (xy 1.879081 -1.379171) (xy 1.879486 -1.380593)
				(xy 1.879957 -1.381985) (xy 1.880495 -1.383346) (xy 1.881095 -1.384673) (xy 1.881757 -1.385965)
				(xy 1.882479 -1.387219) (xy 1.883259 -1.388435) (xy 1.884095 -1.38961) (xy 1.884984 -1.390742) (xy 1.885926 -1.391829)
				(xy 1.886919 -1.392869) (xy 1.887959 -1.393862) (xy 1.889046 -1.394804) (xy 1.890178 -1.395693)
				(xy 1.891353 -1.396529) (xy 1.892569 -1.397309) (xy 1.893823 -1.398031) (xy 1.895115 -1.398693)
				(xy 1.896442 -1.399294) (xy 1.897803 -1.399831) (xy 1.899195 -1.400303) (xy 1.900617 -1.400707)
				(xy 1.902066 -1.401043) (xy 1.903541 -1.401307) (xy 1.905041 -1.401499) (xy 1.906562 -1.401616)
				(xy 1.908104 -1.401656) (xy 1.909699 -1.401591) (xy 1.911281 -1.401441) (xy 1.912846 -1.401209)
				(xy 1.914392 -1.400896) (xy 1.915915 -1.400503) (xy 1.917412 -1.400032) (xy 1.918881 -1.399485)
				(xy 1.920318 -1.398861) (xy 1.921721 -1.398164) (xy 1.923086 -1.397393) (xy 1.924411 -1.396552)
				(xy 1.925692 -1.39564) (xy 1.926927 -1.39466) (xy 1.928113 -1.393612) (xy 1.929247 -1.392499) (xy 1.930325 -1.391321)
				(xy 1.95513 -1.401656) (xy 1.95513 -1.596477) (xy 1.93756 -1.587174) (xy 1.937664 -1.586598) (xy 1.937757 -1.58602)
				(xy 1.937839 -1.58544) (xy 1.937909 -1.584859) (xy 1.937968 -1.584277) (xy 1.938016 -1.583693) (xy 1.938052 -1.583109)
				(xy 1.938077 -1.582524) (xy 1.938037 -1.580982) (xy 1.93792 -1.579461) (xy 1.937728 -1.577961) (xy 1.937463 -1.576486)
				(xy 1.937128 -1.575036) (xy 1.936723 -1.573615) (xy 1.936251 -1.572223) (xy 1.935714 -1.570862)
				(xy 1.935114 -1.569535) (xy 1.934451 -1.568243) (xy 1.93373 -1.566988) (xy 1.93295 -1.565773) (xy 1.932114 -1.564598)
				(xy 1.931224 -1.563466) (xy 1.930282 -1.562379) (xy 1.92929 -1.561338) (xy 1.928249 -1.560346) (xy 1.927162 -1.559404)
				(xy 1.92603 -1.558514) (xy 1.924856 -1.557679) (xy 1.92364 -1.556899) (xy 1.922385 -1.556177) (xy 1.921093 -1.555515)
				(xy 1.919766 -1.554914) (xy 1.918406 -1.554377) (xy 1.917013 -1.553905) (xy 1.915592 -1.553501)
				(xy 1.914142 -1.553165) (xy 1.912667 -1.5529) (xy 1.911167 -1.552709) (xy 1.909646 -1.552592) (xy 1.908104 -1.552552)
				(xy 1.906562 -1.552592) (xy 1.905041 -1.552709) (xy 1.903541 -1.552901) (xy 1.902066 -1.553165)
				(xy 1.900617 -1.553501) (xy 1.899195 -1.553905) (xy 1.897803 -1.554377) (xy 1.896442 -1.554914)
				(xy 1.895115 -1.555515) (xy 1.893823 -1.556177) (xy 1.892569 -1.556899) (xy 1.891353 -1.557679)
				(xy 1.890178 -1.558515) (xy 1.889046 -1.559404) (xy 1.887959 -1.560346) (xy 1.886919 -1.561339)
				(xy 1.885926 -1.562379) (xy 1.884984 -1.563466) (xy 1.884095 -1.564598) (xy 1.883259 -1.565773)
				(xy 1.882479 -1.566989) (xy 1.881757 -1.568243) (xy 1.881095 -1.569535) (xy 1.880495 -1.570862)
				(xy 1.879957 -1.572223) (xy 1.879486 -1.573615) (xy 1.879081 -1.575036) (xy 1.878745 -1.576486)
				(xy 1.878481 -1.577961) (xy 1.878289 -1.579461) (xy 1.878172 -1.580982) (xy 1.878132 -1.582524)
				(xy 1.878172 -1.584066) (xy 1.878289 -1.585587) (xy 1.878481 -1.587086) (xy 1.878745 -1.588562)
				(xy 1.879081 -1.590011) (xy 1.879486 -1.591433) (xy 1.879957 -1.592825) (xy 1.880495 -1.594185)
				(xy 1.881095 -1.595513) (xy 1.881757 -1.596804) (xy 1.882479 -1.598059) (xy 1.883259 -1.599275)
				(xy 1.884095 -1.600449) (xy 1.884984 -1.601581) (xy 1.885926 -1.602668) (xy 1.886919 -1.603709)
				(xy 1.887959 -1.604701) (xy 1.889046 -1.605643) (xy 1.890178 -1.606533) (xy 1.891353 -1.607369)
				(xy 1.892569 -1.608148) (xy 1.893823 -1.60887) (xy 1.895115 -1.609533) (xy 1.896442 -1.610133) (xy 1.897803 -1.61067)
				(xy 1.899195 -1.611142) (xy 1.900617 -1.611547) (xy 1.902066 -1.611882) (xy 1.903541 -1.612147)
				(xy 1.905041 -1.612339) (xy 1.906562 -1.612456) (xy 1.908104 -1.612496) (xy 1.909543 -1.612461)
				(xy 1.910973 -1.612357) (xy 1.912391 -1.612186) (xy 1.913796 -1.611949) (xy 1.915185 -1.611646)
				(xy 1.916556 -1.611277) (xy 1.917907 -1.610845) (xy 1.919235 -1.61035) (xy 1.920538 -1.609793) (xy 1.921813 -1.609175)
				(xy 1.92306 -1.608496) (xy 1.924275 -1.607758) (xy 1.925456 -1.606961) (xy 1.926601 -1.606106) (xy 1.927708 -1.605195)
				(xy 1.928774 -1.604228) (xy 1.95513 -1.617664) (xy 1.95513 -1.811967) (xy 1.937043 -1.800082) (xy 1.937255 -1.799257)
				(xy 1.937444 -1.798426) (xy 1.937609 -1.797591) (xy 1.93775 -1.796752) (xy 1.937868 -1.795909) (xy 1.937962 -1.795063)
				(xy 1.938031 -1.794214) (xy 1.938077 -1.793364) (xy 1.938037 -1.791822) (xy 1.93792 -1.7903) (xy 1.937728 -1.788801)
				(xy 1.937463 -1.787326) (xy 1.937128 -1.785876) (xy 1.936723 -1.784454) (xy 1.936251 -1.783062)
				(xy 1.935714 -1.781702) (xy 1.935114 -1.780375) (xy 1.934451 -1.779083) (xy 1.93373 -1.777828) (xy 1.93295 -1.776612)
				(xy 1.932114 -1.775438) (xy 1.931224 -1.774306) (xy 1.930282 -1.773219) (xy 1.92929 -1.772178) (xy 1.928249 -1.771186)
				(xy 1.927162 -1.770244) (xy 1.92603 -1.769354) (xy 1.924856 -1.768518) (xy 1.92364 -1.767739) (xy 1.922385 -1.767017)
				(xy 1.921093 -1.766354) (xy 1.919766 -1.765754) (xy 1.918406 -1.765217) (xy 1.917013 -1.764745)
				(xy 1.915592 -1.76434) (xy 1.914142 -1.764005) (xy 1.912667 -1.76374) (xy 1.911167 -1.763549) (xy 1.909646 -1.763432)
				(xy 1.908104 -1.763391) (xy 1.906562 -1.763432) (xy 1.905041 -1.763549) (xy 1.903541 -1.76374) (xy 1.902066 -1.764005)
				(xy 1.900617 -1.76434) (xy 1.899195 -1.764745) (xy 1.897803 -1.765217) (xy 1.896442 -1.765754) (xy 1.895115 -1.766355)
				(xy 1.893823 -1.767017) (xy 1.892569 -1.767739) (xy 1.891353 -1.768519) (xy 1.890178 -1.769354)
				(xy 1.889046 -1.770244) (xy 1.887959 -1.771186) (xy 1.886919 -1.772178) (xy 1.885926 -1.773219)
				(xy 1.884984 -1.774306) (xy 1.884095 -1.775438) (xy 1.883259 -1.776613) (xy 1.882479 -1.777828)
				(xy 1.881757 -1.779083) (xy 1.881095 -1.780375) (xy 1.880495 -1.781702) (xy 1.879957 -1.783063)
				(xy 1.879486 -1.784455) (xy 1.879081 -1.785876) (xy 1.878745 -1.787326) (xy 1.878481 -1.788801)
				(xy 1.878289 -1.7903) (xy 1.878172 -1.791822) (xy 1.878132 -1.793364) (xy 1.878172 -1.794905) (xy 1.878289 -1.796427)
				(xy 1.878481 -1.797926) (xy 1.878745 -1.799402) (xy 1.879081 -1.800851) (xy 1.879486 -1.802273)
				(xy 1.879957 -1.803665) (xy 1.880495 -1.805025) (xy 1.881095 -1.806352) (xy 1.881757 -1.807644)
				(xy 1.882479 -1.808899) (xy 1.883259 -1.810115) (xy 1.884095 -1.811289) (xy 1.884984 -1.812421)
				(xy 1.885926 -1.813508) (xy 1.886919 -1.814549) (xy 1.887959 -1.815541) (xy 1.889046 -1.816483)
				(xy 1.890178 -1.817373) (xy 1.891353 -1.818209) (xy 1.892569 -1.818989) (xy 1.893823 -1.81971) (xy 1.895115 -1.820373)
				(xy 1.896442 -1.820973) (xy 1.897803 -1.82151) (xy 1.899195 -1.821982) (xy 1.900617 -1.822387) (xy 1.902066 -1.822722)
				(xy 1.903541 -1.822987) (xy 1.905041 -1.823179) (xy 1.906562 -1.823296) (xy 1.908104 -1.823336)
				(xy 1.909285 -1.823313) (xy 1.91046 -1.823243) (xy 1.91163 -1.823128) (xy 1.912792 -1.822967) (xy 1.913945 -1.822762)
				(xy 1.915087 -1.822512) (xy 1.916219 -1.822217) (xy 1.917337 -1.821879) (xy 1.918442 -1.821498)
				(xy 1.919531 -1.821074) (xy 1.920604 -1.820607) (xy 1.921659 -1.820099) (xy 1.922694 -1.819548)
				(xy 1.92371 -1.818957) (xy 1.924703 -1.818324) (xy 1.925674 -1.817652) (xy 1.95513 -1.836772) (xy 1.95513 -2.030041)
				(xy 1.936009 -2.014022) (xy 1.936429 -2.0129) (xy 1.936803 -2.011764) (xy 1.937132 -2.010615) (xy 1.937414 -2.009454)
				(xy 1.93765 -2.008282) (xy 1.93784 -2.007102) (xy 1.937982 -2.005914) (xy 1.938077 -2.00472) (xy 1.938037 -2.003178)
				(xy 1.93792 -2.001657) (xy 1.937728 -2.000157) (xy 1.937463 -1.998682) (xy 1.937128 -1.997233) (xy 1.936723 -1.995811)
				(xy 1.936251 -1.994419) (xy 1.935714 -1.993058) (xy 1.935114 -1.991731) (xy 1.934451 -1.990439)
				(xy 1.933729 -1.989185) (xy 1.93295 -1.987969) (xy 1.932114 -1.986794) (xy 1.931224 -1.985662) (xy 1.930282 -1.984575)
				(xy 1.92929 -1.983534) (xy 1.928249 -1.982542) (xy 1.927162 -1.9816) (xy 1.92603 -1.98071) (xy 1.924855 -1.979875)
				(xy 1.923639 -1.979095) (xy 1.922385 -1.978373) (xy 1.921093 -1.977711) (xy 1.919765 -1.97711) (xy 1.918405 -1.976573)
				(xy 1.917012 -1.976101) (xy 1.915591 -1.975697) (xy 1.914141 -1.975361) (xy 1.912665 -1.975097)
				(xy 1.911166 -1.974905) (xy 1.909644 -1.974788) (xy 1.908102 -1.974748) (xy 1.90656 -1.974788) (xy 1.905039 -1.974905)
				(xy 1.903539 -1.975097) (xy 1.902064 -1.975362) (xy 1.900615 -1.975697) (xy 1.899193 -1.976102)
				(xy 1.897801 -1.976574) (xy 1.89644 -1.977111) (xy 1.895113 -1.977712) (xy 1.893822 -1.978374) (xy 1.892567 -1.979096)
				(xy 1.891351 -1.979876) (xy 1.890177 -1.980712) (xy 1.889045 -1.981602) (xy 1.887958 -1.982544)
				(xy 1.886917 -1.983536) (xy 1.885925 -1.984577) (xy 1.884983 -1.985664) (xy 1.884093 -1.986796)
				(xy 1.883258 -1.98797) (xy 1.882478 -1.989186) (xy 1.881756 -1.990441) (xy 1.881094 -1.991732) (xy 1.880494 -1.993059)
				(xy 1.879957 -1.99442) (xy 1.879485 -1.995812) (xy 1.87908 -1.997233) (xy 1.878745 -1.998683) (xy 1.878481 -2.000158)
				(xy 1.878289 -2.001657) (xy 1.878172 -2.003179) (xy 1.878132 -2.00472) (xy 1.878172 -2.006262) (xy 1.878289 -2.007783)
				(xy 1.878481 -2.009283) (xy 1.878745 -2.010758) (xy 1.879081 -2.012208) (xy 1.879486 -2.013629)
				(xy 1.879957 -2.015021) (xy 1.880495 -2.016382) (xy 1.881095 -2.017709) (xy 1.881757 -2.019001)
				(xy 1.882479 -2.020255) (xy 1.883259 -2.021471) (xy 1.884095 -2.022646) (xy 1.884984 -2.023778)
				(xy 1.885926 -2.024865) (xy 1.886919 -2.025905) (xy 1.887959 -2.026898) (xy 1.889046 -2.02784) (xy 1.890178 -2.028729)
				(xy 1.891353 -2.029565) (xy 1.892569 -2.030345) (xy 1.893823 -2.031067) (xy 1.895115 -2.031729)
				(xy 1.896442 -2.032329) (xy 1.897803 -2.032867) (xy 1.899195 -2.033338) (xy 1.900617 -2.033743)
				(xy 1.902066 -2.034078) (xy 1.903541 -2.034343) (xy 1.905041 -2.034535) (xy 1.906562 -2.034652)
				(xy 1.908104 -2.034692) (xy 1.909166 -2.034672) (xy 1.910224 -2.034615) (xy 1.911278 -2.034521)
				(xy 1.912326 -2.03439) (xy 1.913368 -2.034222) (xy 1.914402 -2.034018) (xy 1.915427 -2.033778) (xy 1.916444 -2.033503)
				(xy 1.91745 -2.033191) (xy 1.918444 -2.032845) (xy 1.919427 -2.032463) (xy 1.920396 -2.032047) (xy 1.921352 -2.031597)
				(xy 1.922292 -2.031112) (xy 1.923216 -2.030594) (xy 1.924124 -2.030041) (xy 1.95513 -2.05588) (xy 1.95513 -2.55094)
				(xy 1.508129 -2.55094) (xy 1.467822 -2.514766) (xy 1.468091 -2.514054) (xy 1.468342 -2.513337) (xy 1.468575 -2.512614)
				(xy 1.468789 -2.511885) (xy 1.468985 -2.511152) (xy 1.469161 -2.510415) (xy 1.469319 -2.509674)
				(xy 1.469459 -2.508929) (xy 1.469579 -2.50818) (xy 1.469681 -2.507429) (xy 1.469763 -2.506675) (xy 1.469826 -2.505919)
				(xy 1.469871 -2.505162) (xy 1.469896 -2.504402) (xy 1.469902 -2.503642) (xy 1.469888 -2.502881)
				(xy 1.469848 -2.501339) (xy 1.469731 -2.499818) (xy 1.469539 -2.498318) (xy 1.469275 -2.496843)
				(xy 1.468939 -2.495393) (xy 1.468535 -2.493972) (xy 1.468063 -2.49258) (xy 1.467526 -2.491219) (xy 1.466925 -2.489892)
				(xy 1.466263 -2.4886) (xy 1.465541 -2.487346) (xy 1.464761 -2.48613) (xy 1.463925 -2.484955) (xy 1.463036 -2.483823)
				(xy 1.462094 -2.482736) (xy 1.461101 -2.481695) (xy 1.460061 -2.480703) (xy 1.458973 -2.479761)
				(xy 1.457842 -2.478872) (xy 1.456667 -2.478036) (xy 1.455451 -2.477256) (xy 1.454197 -2.476534)
				(xy 1.452905 -2.475872) (xy 1.451578 -2.475271) (xy 1.450217 -2.474734) (xy 1.448825 -2.474262)
				(xy 1.447403 -2.473858) (xy 1.445954 -2.473522) (xy 1.444478 -2.473258) (xy 1.442979 -2.473066)
				(xy 1.441457 -2.472949) (xy 1.439916 -2.472908) (xy 1.438374 -2.472949) (xy 1.436852 -2.473066)
				(xy 1.435353 -2.473258) (xy 1.433878 -2.473522) (xy 1.432428 -2.473858) (xy 1.431006 -2.474262)
				(xy 1.429614 -2.474734) (xy 1.428254 -2.475271) (xy 1.426927 -2.475872) (xy 1.425635 -2.476534)
				(xy 1.42438 -2.477256) (xy 1.423164 -2.478036) (xy 1.42199 -2.478871) (xy 1.420858 -2.479761) (xy 1.419771 -2.480703)
				(xy 1.41873 -2.481695) (xy 1.417738 -2.482736) (xy 1.416796 -2.483823) (xy 1.415906 -2.484955) (xy 1.41507 -2.48613)
				(xy 1.414291 -2.487346) (xy 1.413569 -2.4886) (xy 1.412906 -2.489892) (xy 1.412306 -2.491219) (xy 1.411769 -2.49258)
				(xy 1.411297 -2.493972) (xy 1.410892 -2.495393) (xy 1.410557 -2.496843) (xy 1.410292 -2.498318)
				(xy 1.4101 -2.499818) (xy 1.409983 -2.501339) (xy 1.409943 -2.502881) (xy 1.409983 -2.504423) (xy 1.4101 -2.505944)
				(xy 1.410292 -2.507443) (xy 1.410557 -2.508919) (xy 1.410892 -2.510368) (xy 1.411297 -2.51179) (xy 1.411769 -2.513182)
				(xy 1.412306 -2.514543) (xy 1.412906 -2.51587) (xy 1.413569 -2.517162) (xy 1.414291 -2.518416) (xy 1.41507 -2.519632)
				(xy 1.415906 -2.520807) (xy 1.416796 -2.521939) (xy 1.417738 -2.523026) (xy 1.41873 -2.524066) (xy 1.419771 -2.525059)
				(xy 1.420858 -2.526001) (xy 1.42199 -2.52689) (xy 1.423165 -2.527726) (xy 1.42438 -2.528506) (xy 1.425635 -2.529228)
				(xy 1.426927 -2.52989) (xy 1.428254 -2.530491) (xy 1.429615 -2.531028) (xy 1.431007 -2.5315) (xy 1.432428 -2.531904)
				(xy 1.433878 -2.53224) (xy 1.435353 -2.532504) (xy 1.436853 -2.532696) (xy 1.438374 -2.532813) (xy 1.439916 -2.532853)
				(xy 1.440903 -2.53283) (xy 1.441887 -2.532774) (xy 1.442867 -2.532687) (xy 1.443843 -2.532567) (xy 1.444812 -2.532416)
				(xy 1.445776 -2.532233) (xy 1.446733 -2.532019) (xy 1.447682 -2.531774) (xy 1.448622 -2.531498)
				(xy 1.449553 -2.531191) (xy 1.450474 -2.530854) (xy 1.451384 -2.530487) (xy 1.452283 -2.530089)
				(xy 1.453169 -2.529662) (xy 1.454043 -2.529205) (xy 1.454902 -2.528719) (xy 1.479707 -2.55094) (xy 1.315376 -2.55094)
				(xy 1.286437 -2.51735) (xy 1.286874 -2.516511) (xy 1.287284 -2.515661) (xy 1.287667 -2.514799) (xy 1.288021 -2.513926)
				(xy 1.288348 -2.513044) (xy 1.288647 -2.512152) (xy 1.288917 -2.511252) (xy 1.289159 -2.510344)
				(xy 1.289373 -2.509429) (xy 1.289558 -2.508508) (xy 1.289714 -2.50758) (xy 1.289841 -2.506648) (xy 1.289938 -2.505711)
				(xy 1.290007 -2.504771) (xy 1.290045 -2.503827) (xy 1.290054 -2.502881) (xy 1.290014 -2.501339)
				(xy 1.289897 -2.499818) (xy 1.289705 -2.498318) (xy 1.289441 -2.496843) (xy 1.289105 -2.495393)
				(xy 1.288701 -2.493972) (xy 1.288229 -2.49258) (xy 1.287692 -2.491219) (xy 1.287091 -2.489892) (xy 1.286429 -2.4886)
				(xy 1.285707 -2.487346) (xy 1.284927 -2.48613) (xy 1.284091 -2.484955) (xy 1.283202 -2.483823) (xy 1.28226 -2.482736)
				(xy 1.281268 -2.481695) (xy 1.280227 -2.480703) (xy 1.27914 -2.479761) (xy 1.278008 -2.478872) (xy 1.276833 -2.478036)
				(xy 1.275617 -2.477256) (xy 1.274363 -2.476534) (xy 1.273071 -2.475872) (xy 1.271744 -2.475271)
				(xy 1.270383 -2.474734) (xy 1.268991 -2.474262) (xy 1.26757 -2.473858) (xy 1.26612 -2.473522) (xy 1.264645 -2.473258)
				(xy 1.263145 -2.473066) (xy 1.261624 -2.472949) (xy 1.260082 -2.472908) (xy 1.25854 -2.472949) (xy 1.257019 -2.473066)
				(xy 1.25552 -2.473258) (xy 1.254044 -2.473522) (xy 1.252595 -2.473858) (xy 1.251173 -2.474262) (xy 1.249781 -2.474734)
				(xy 1.24842 -2.475271) (xy 1.247093 -2.475872) (xy 1.245801 -2.476534) (xy 1.244547 -2.477256) (xy 1.243331 -2.478036)
				(xy 1.242156 -2.478871) (xy 1.241024 -2.479761) (xy 1.239937 -2.480703) (xy 1.238896 -2.481695)
				(xy 1.237904 -2.482736) (xy 1.236962 -2.483823) (xy 1.236073 -2.484955) (xy 1.235237 -2.48613) (xy 1.234457 -2.487346)
				(xy 1.233735 -2.4886) (xy 1.233073 -2.489892) (xy 1.232472 -2.491219) (xy 1.231935 -2.49258) (xy 1.231463 -2.493972)
				(xy 1.231059 -2.495393) (xy 1.230723 -2.496843) (xy 1.230459 -2.498318) (xy 1.230267 -2.499818)
				(xy 1.23015 -2.501339) (xy 1.23011 -2.502881) (xy 1.23015 -2.504423) (xy 1.230267 -2.505944) (xy 1.230459 -2.507443)
				(xy 1.230723 -2.508919) (xy 1.231059 -2.510368) (xy 1.231463 -2.51179) (xy 1.231935 -2.513182) (xy 1.232472 -2.514543)
				(xy 1.233073 -2.51587) (xy 1.233735 -2.517162) (xy 1.234457 -2.518416) (xy 1.235237 -2.519632) (xy 1.236073 -2.520807)
				(xy 1.236962 -2.521939) (xy 1.237904 -2.523026) (xy 1.238896 -2.524066) (xy 1.239937 -2.525059)
				(xy 1.241024 -2.526001) (xy 1.242156 -2.52689) (xy 1.243331 -2.527726) (xy 1.244547 -2.528506) (xy 1.245801 -2.529228)
				(xy 1.247093 -2.52989) (xy 1.24842 -2.530491) (xy 1.249781 -2.531028) (xy 1.251173 -2.5315) (xy 1.252595 -2.531904)
				(xy 1.254044 -2.53224) (xy 1.25552 -2.532504) (xy 1.257019 -2.532696) (xy 1.25854 -2.532813) (xy 1.260082 -2.532853)
				(xy 1.26074 -2.532863) (xy 1.261397 -2.532859) (xy 1.262054 -2.53284) (xy 1.262709 -2.532807) (xy 1.263364 -2.532759)
				(xy 1.264017 -2.532698) (xy 1.264668 -2.532622) (xy 1.265318 -2.532531) (xy 1.265965 -2.532427)
				(xy 1.26661 -2.532309) (xy 1.267252 -2.532176) (xy 1.267892 -2.532029) (xy 1.268528 -2.531869) (xy 1.269162 -2.531694)
				(xy 1.269791 -2.531506) (xy 1.270417 -2.531303) (xy 1.28747 -2.55094) (xy 1.124173 -2.55094) (xy 1.104019 -2.521485)
				(xy 1.104764 -2.520471) (xy 1.105463 -2.51943) (xy 1.106117 -2.518364) (xy 1.106725 -2.517274) (xy 1.107286 -2.516161)
				(xy 1.107799 -2.515027) (xy 1.108265 -2.513875) (xy 1.108683 -2.512704) (xy 1.109051 -2.511517)
				(xy 1.10937 -2.510315) (xy 1.10964 -2.5091) (xy 1.109859 -2.507873) (xy 1.110027 -2.506637) (xy 1.110143 -2.505391)
				(xy 1.110208 -2.504139) (xy 1.11022 -2.502881) (xy 1.11018 -2.501339) (xy 1.110063 -2.499818) (xy 1.109871 -2.498318)
				(xy 1.109607 -2.496843) (xy 1.109271 -2.495393) (xy 1.108867 -2.493972) (xy 1.108395 -2.49258) (xy 1.107858 -2.491219)
				(xy 1.107257 -2.489892) (xy 1.106595 -2.4886) (xy 1.105873 -2.487345) (xy 1.105093 -2.48613) (xy 1.104258 -2.484955)
				(xy 1.103368 -2.483823) (xy 1.102426 -2.482736) (xy 1.101434 -2.481695) (xy 1.100393 -2.480703)
				(xy 1.099306 -2.479761) (xy 1.098174 -2.478871) (xy 1.096999 -2.478036) (xy 1.095783 -2.477256)
				(xy 1.094529 -2.476534) (xy 1.093237 -2.475872) (xy 1.09191 -2.475271) (xy 1.090549 -2.474734) (xy 1.089157 -2.474262)
				(xy 1.087735 -2.473858) (xy 1.086286 -2.473522) (xy 1.08481 -2.473257) (xy 1.083311 -2.473066) (xy 1.081789 -2.472949)
				(xy 1.080247 -2.472908) (xy 1.078744 -2.472922) (xy 1.077251 -2.473009) (xy 1.075768 -2.473171)
				(xy 1.074301 -2.473405) (xy 1.07285 -2.473711) (xy 1.071418 -2.474087) (xy 1.070009 -2.474533) (xy 1.068623 -2.475048)
				(xy 1.067265 -2.47563) (xy 1.065937 -2.476279) (xy 1.06464 -2.476993) (xy 1.063378 -2.477771) (xy 1.062153 -2.478614)
				(xy 1.060968 -2.479518) (xy 1.059826 -2.480485) (xy 1.058728 -2.481511) (xy 1.057683 -2.482591)
				(xy 1.056697 -2.483717) (xy 1.055772 -2.484887) (xy 1.054909 -2.486097) (xy 1.054109 -2.487346)
				(xy 1.053373 -2.48863) (xy 1.052702 -2.489947) (xy 1.052096 -2.491295) (xy 1.051558 -2.492671) (xy 1.051088 -2.494073)
				(xy 1.050687 -2.495498) (xy 1.050357 -2.496944) (xy 1.050098 -2.498407) (xy 1.049911 -2.499886)
				(xy 1.049798 -2.501378) (xy 1.049759 -2.502881) (xy 1.049798 -2.504383) (xy 1.049911 -2.505875)
				(xy 1.050098 -2.507355) (xy 1.050357 -2.508818) (xy 1.050687 -2.510264) (xy 1.051088 -2.511689)
				(xy 1.051558 -2.513091) (xy 1.052096 -2.514467) (xy 1.052702 -2.515815) (xy 1.053373 -2.517132)
				(xy 1.054109 -2.518417) (xy 1.054909 -2.519665) (xy 1.055772 -2.520875) (xy 1.056697 -2.522045)
				(xy 1.057683 -2.523171) (xy 1.058728 -2.524251) (xy 1.059826 -2.525278) (xy 1.060968 -2.526244)
				(xy 1.062153 -2.527148) (xy 1.063378 -2.52799) (xy 1.06464 -2.528769) (xy 1.065937 -2.529483) (xy 1.067265 -2.530132)
				(xy 1.068624 -2.530714) (xy 1.070009 -2.531228) (xy 1.071419 -2.531674) (xy 1.07285 -2.532051) (xy 1.074301 -2.532356)
				(xy 1.075769 -2.532591) (xy 1.077251 -2.532752) (xy 1.078745 -2.53284) (xy 1.080248 -2.532853) (xy 1.081294 -2.53285)
				(xy 1.082338 -2.532811) (xy 1.08338 -2.532736) (xy 1.084418 -2.532625) (xy 1.085452 -2.532477) (xy 1.08648 -2.532294)
				(xy 1.087502 -2.532074) (xy 1.088516 -2.53182) (xy 1.101436 -2.55094) (xy 0.936071 -2.55094) (xy 0.921609 -2.523543)
				(xy 0.922576 -2.522477) (xy 0.923487 -2.52137) (xy 0.924341 -2.520224) (xy 0.925137 -2.519043) (xy 0.925875 -2.517828)
				(xy 0.926553 -2.516581) (xy 0.927171 -2.515305) (xy 0.927728 -2.514003) (xy 0.928223 -2.512675)
				(xy 0.928654 -2.511325) (xy 0.929022 -2.509955) (xy 0.929325 -2.508567) (xy 0.929562 -2.507163)
				(xy 0.929732 -2.505746) (xy 0.929835 -2.504318) (xy 0.92987 -2.502881) (xy 0.929829 -2.501339) (xy 0.929712 -2.499818)
				(xy 0.929521 -2.498318) (xy 0.929256 -2.496843) (xy 0.928921 -2.495393) (xy 0.928516 -2.493972)
				(xy 0.928044 -2.49258) (xy 0.927507 -2.491219) (xy 0.926906 -2.489892) (xy 0.926244 -2.4886) (xy 0.925522 -2.487346)
				(xy 0.924742 -2.48613) (xy 0.923907 -2.484955) (xy 0.923017 -2.483823) (xy 0.922075 -2.482736) (xy 0.921083 -2.481695)
				(xy 0.920042 -2.480703) (xy 0.918955 -2.479761) (xy 0.917823 -2.478872) (xy 0.916648 -2.478036)
				(xy 0.915433 -2.477256) (xy 0.914178 -2.476534) (xy 0.912886 -2.475872) (xy 0.911559 -2.475271)
				(xy 0.910199 -2.474734) (xy 0.908807 -2.474262) (xy 0.907385 -2.473858) (xy 0.905936 -2.473522)
				(xy 0.90446 -2.473258) (xy 0.902961 -2.473066) (xy 0.901439 -2.472949) (xy 0.899898 -2.472908) (xy 0.898356 -2.472949)
				(xy 0.896834 -2.473066) (xy 0.895335 -2.473258) (xy 0.893859 -2.473522) (xy 0.89241 -2.473858) (xy 0.890988 -2.474262)
				(xy 0.889596 -2.474734) (xy 0.888236 -2.475271) (xy 0.886909 -2.475872) (xy 0.885617 -2.476534)
				(xy 0.884362 -2.477256) (xy 0.883146 -2.478036) (xy 0.881972 -2.478871) (xy 0.88084 -2.479761) (xy 0.879753 -2.480703)
				(xy 0.878712 -2.481695) (xy 0.87772 -2.482736) (xy 0.876778 -2.483823) (xy 0.875888 -2.484955) (xy 0.875052 -2.48613)
				(xy 0.874272 -2.487346) (xy 0.873551 -2.4886) (xy 0.872888 -2.489892) (xy 0.872288 -2.491219) (xy 0.871751 -2.49258)
				(xy 0.871279 -2.493972) (xy 0.870874 -2.495393) (xy 0.870539 -2.496843) (xy 0.870274 -2.498318)
				(xy 0.870082 -2.499818) (xy 0.869965 -2.501339) (xy 0.869925 -2.502881) (xy 0.869965 -2.504423)
				(xy 0.870082 -2.505944) (xy 0.870274 -2.507443) (xy 0.870539 -2.508919) (xy 0.870874 -2.510368)
				(xy 0.871279 -2.51179) (xy 0.871751 -2.513182) (xy 0.872288 -2.514543) (xy 0.872888 -2.51587) (xy 0.873551 -2.517162)
				(xy 0.874272 -2.518416) (xy 0.875052 -2.519632) (xy 0.875888 -2.520807) (xy 0.876778 -2.521939)
				(xy 0.87772 -2.523026) (xy 0.878712 -2.524066) (xy 0.879753 -2.525059) (xy 0.88084 -2.526001) (xy 0.881972 -2.52689)
				(xy 0.883146 -2.527726) (xy 0.884362 -2.528506) (xy 0.885617 -2.529228) (xy 0.886909 -2.52989) (xy 0.888236 -2.530491)
				(xy 0.889596 -2.531028) (xy 0.890988 -2.5315) (xy 0.89241 -2.531904) (xy 0.893859 -2.53224) (xy 0.895335 -2.532504)
				(xy 0.896834 -2.532696) (xy 0.898356 -2.532813) (xy 0.899898 -2.532853) (xy 0.900414 -2.532884)
				(xy 0.900931 -2.532907) (xy 0.901447 -2.53292) (xy 0.901964 -2.532924) (xy 0.902481 -2.53292) (xy 0.902998 -2.532907)
				(xy 0.903515 -2.532884) (xy 0.904031 -2.532853) (xy 0.91385 -2.55094) (xy 0.749002 -2.55094) (xy 0.739183 -2.526135)
				(xy 0.740446 -2.525028) (xy 0.741638 -2.523858) (xy 0.742758 -2.52263) (xy 0.743804 -2.521346) (xy 0.744775 -2.52001)
				(xy 0.74567 -2.518626) (xy 0.746486 -2.517198) (xy 0.747222 -2.515727) (xy 0.747876 -2.514219) (xy 0.748447 -2.512675)
				(xy 0.748933 -2.511101) (xy 0.749333 -2.509499) (xy 0.749645 -2.507872) (xy 0.749867 -2.506225)
				(xy 0.749998 -2.50456) (xy 0.750036 -2.502881) (xy 0.749995 -2.501339) (xy 0.749878 -2.499818) (xy 0.749687 -2.498318)
				(xy 0.749422 -2.496843) (xy 0.749087 -2.495393) (xy 0.748682 -2.493972) (xy 0.74821 -2.49258) (xy 0.747673 -2.491219)
				(xy 0.747072 -2.489892) (xy 0.74641 -2.4886) (xy 0.745688 -2.487345) (xy 0.744909 -2.48613) (xy 0.744073 -2.484955)
				(xy 0.743183 -2.483823) (xy 0.742241 -2.482736) (xy 0.741249 -2.481695) (xy 0.740208 -2.480703)
				(xy 0.739121 -2.479761) (xy 0.737989 -2.478871) (xy 0.736814 -2.478036) (xy 0.735599 -2.477256)
				(xy 0.734344 -2.476534) (xy 0.733052 -2.475872) (xy 0.731725 -2.475271) (xy 0.730365 -2.474734)
				(xy 0.728973 -2.474262) (xy 0.727551 -2.473858) (xy 0.726101 -2.473522) (xy 0.724626 -2.473257)
				(xy 0.723127 -2.473066) (xy 0.721605 -2.472949) (xy 0.720063 -2.472908) (xy 0.718521 -2.472949)
				(xy 0.717 -2.473066) (xy 0.715501 -2.473258) (xy 0.714025 -2.473522) (xy 0.712576 -2.473858) (xy 0.711154 -2.474262)
				(xy 0.709762 -2.474734) (xy 0.708402 -2.475271) (xy 0.707074 -2.475872) (xy 0.705783 -2.476534)
				(xy 0.704528 -2.477256) (xy 0.703312 -2.478036) (xy 0.702138 -2.478872) (xy 0.701006 -2.479761)
				(xy 0.699919 -2.480703) (xy 0.698878 -2.481696) (xy 0.697886 -2.482736) (xy 0.696944 -2.483823)
				(xy 0.696054 -2.484955) (xy 0.695218 -2.48613) (xy 0.694439 -2.487346) (xy 0.693717 -2.4886) (xy 0.693054 -2.489892)
				(xy 0.692454 -2.491219) (xy 0.691917 -2.49258) (xy 0.691445 -2.493972) (xy 0.69104 -2.495393) (xy 0.690705 -2.496843)
				(xy 0.69044 -2.498318) (xy 0.690248 -2.499818) (xy 0.690131 -2.501339) (xy 0.690091 -2.502881) (xy 0.690131 -2.504423)
				(xy 0.690248 -2.505944) (xy 0.69044 -2.507443) (xy 0.690705 -2.508919) (xy 0.69104 -2.510368) (xy 0.691445 -2.51179)
				(xy 0.691917 -2.513182) (xy 0.692454 -2.514542) (xy 0.693054 -2.51587) (xy 0.693717 -2.517161) (xy 0.694439 -2.518416)
				(xy 0.695218 -2.519632) (xy 0.696054 -2.520806) (xy 0.696944 -2.521938) (xy 0.697886 -2.523025)
				(xy 0.698878 -2.524066) (xy 0.699919 -2.525058) (xy 0.701006 -2.526) (xy 0.702138 -2.52689) (xy 0.703312 -2.527726)
				(xy 0.704528 -2.528506) (xy 0.705783 -2.529227) (xy 0.707074 -2.52989) (xy 0.708402 -2.53049) (xy 0.709762 -2.531027)
				(xy 0.711154 -2.531499) (xy 0.712576 -2.531904) (xy 0.714025 -2.532239) (xy 0.715501 -2.532504)
				(xy 0.717 -2.532696) (xy 0.718521 -2.532813) (xy 0.720063 -2.532853) (xy 0.720451 -2.532861) (xy 0.720839 -2.532863)
				(xy 0.721226 -2.532861) (xy 0.721614 -2.532853) (xy 0.728848 -2.55094) (xy 0.564001 -2.55094) (xy 0.557282 -2.527686)
				(xy 0.558768 -2.526588) (xy 0.560174 -2.525409) (xy 0.561498 -2.524153) (xy 0.562738 -2.522825)
				(xy 0.563892 -2.521429) (xy 0.564956 -2.519971) (xy 0.56593 -2.518453) (xy 0.566809 -2.516881) (xy 0.567593 -2.515259)
				(xy 0.568279 -2.513592) (xy 0.568864 -2.511883) (xy 0.569347 -2.510138) (xy 0.569724 -2.508361)
				(xy 0.569994 -2.506556) (xy 0.570154 -2.504728) (xy 0.570202 -2.502881) (xy 0.570162 -2.501339)
				(xy 0.570045 -2.499818) (xy 0.569853 -2.498318) (xy 0.569589 -2.496843) (xy 0.569253 -2.495393)
				(xy 0.568849 -2.493972) (xy 0.568377 -2.49258) (xy 0.56784 -2.491219) (xy 0.567239 -2.489892) (xy 0.566577 -2.4886)
				(xy 0.565855 -2.487345) (xy 0.565075 -2.48613) (xy 0.564239 -2.484955) (xy 0.56335 -2.483823) (xy 0.562408 -2.482736)
				(xy 0.561415 -2.481695) (xy 0.560375 -2.480703) (xy 0.559288 -2.479761) (xy 0.558156 -2.478871)
				(xy 0.556981 -2.478036) (xy 0.555765 -2.477256) (xy 0.554511 -2.476534) (xy 0.553219 -2.475872)
				(xy 0.551892 -2.475271) (xy 0.550531 -2.474734) (xy 0.549139 -2.474262) (xy 0.547717 -2.473858)
				(xy 0.546268 -2.473522) (xy 0.544792 -2.473257) (xy 0.543293 -2.473066) (xy 0.541771 -2.472949)
				(xy 0.540229 -2.472908) (xy 0.538688 -2.472949) (xy 0.537166 -2.473066) (xy 0.535667 -2.473258)
				(xy 0.534191 -2.473522) (xy 0.532742 -2.473858) (xy 0.53132 -2.474262) (xy 0.529928 -2.474734) (xy 0.528568 -2.475271)
				(xy 0.527241 -2.475872) (xy 0.525949 -2.476534) (xy 0.524694 -2.477256) (xy 0.523478 -2.478036)
				(xy 0.522304 -2.478872) (xy 0.521172 -2.479761) (xy 0.520085 -2.480703) (xy 0.519044 -2.481696)
				(xy 0.518052 -2.482736) (xy 0.51711 -2.483823) (xy 0.51622 -2.484955) (xy 0.515384 -2.48613) (xy 0.514605 -2.487346)
				(xy 0.513883 -2.4886) (xy 0.513221 -2.489892) (xy 0.51262 -2.491219) (xy 0.512083 -2.49258) (xy 0.511611 -2.493972)
				(xy 0.511206 -2.495393) (xy 0.510871 -2.496843) (xy 0.510606 -2.498318) (xy 0.510415 -2.499818)
				(xy 0.510298 -2.501339) (xy 0.510257 -2.502881) (xy 0.510295 -2.504386) (xy 0.510406 -2.505873)
				(xy 0.510588 -2.507339) (xy 0.51084 -2.508783) (xy 0.51116 -2.510202) (xy 0.511546 -2.511596) (xy 0.511997 -2.512962)
				(xy 0.512511 -2.514298) (xy 0.513086 -2.515603) (xy 0.51372 -2.516875) (xy 0.514412 -2.518112) (xy 0.51516 -2.519312)
				(xy 0.515962 -2.520473) (xy 0.516816 -2.521595) (xy 0.517721 -2.522674) (xy 0.518675 -2.52371) (xy 0.519677 -2.5247)
				(xy 0.520724 -2.525642) (xy 0.521814 -2.526535) (xy 0.522947 -2.527378) (xy 0.52412 -2.528167) (xy 0.525332 -2.528902)
				(xy 0.526581 -2.52958) (xy 0.527865 -2.5302) (xy 0.529183 -2.530761) (xy 0.530532 -2.531259) (xy 0.531911 -2.531694)
				(xy 0.533318 -2.532064) (xy 0.534752 -2.532366) (xy 0.536211 -2.5326) (xy 0.537693 -2.532763) (xy 0.539196 -2.532853)
				(xy 0.544363 -2.55094) (xy 0.378482 -2.55094) (xy 0.374348 -2.529236) (xy 0.376103 -2.528188) (xy 0.37777 -2.527033)
				(xy 0.379344 -2.525776) (xy 0.380822 -2.524425) (xy 0.382201 -2.522984) (xy 0.383478 -2.521459)
				(xy 0.384648 -2.519856) (xy 0.385709 -2.518182) (xy 0.386657 -2.51644) (xy 0.38749 -2.514639) (xy 0.388202 -2.512782)
				(xy 0.388792 -2.510877) (xy 0.389255 -2.508928) (xy 0.389588 -2.506942) (xy 0.389788 -2.504924)
				(xy 0.389851 -2.502881) (xy 0.389811 -2.501339) (xy 0.389694 -2.499818) (xy 0.389502 -2.498318)
				(xy 0.389238 -2.496843) (xy 0.388902 -2.495393) (xy 0.388497 -2.493972) (xy 0.388026 -2.49258) (xy 0.387488 -2.491219)
				(xy 0.386888 -2.489892) (xy 0.386226 -2.4886) (xy 0.385504 -2.487345) (xy 0.384724 -2.48613) (xy 0.383888 -2.484955)
				(xy 0.382998 -2.483823) (xy 0.382057 -2.482736) (xy 0.381064 -2.481695) (xy 0.380024 -2.480703)
				(xy 0.378936 -2.479761) (xy 0.377804 -2.478871) (xy 0.37663 -2.478036) (xy 0.375414 -2.477256) (xy 0.374159 -2.476534)
				(xy 0.372868 -2.475872) (xy 0.37154 -2.475271) (xy 0.37018 -2.474734) (xy 0.368788 -2.474262) (xy 0.367366 -2.473858)
				(xy 0.365917 -2.473522) (xy 0.364441 -2.473257) (xy 0.362942 -2.473066) (xy 0.36142 -2.472949) (xy 0.359879 -2.472908)
				(xy 0.358337 -2.472949) (xy 0.356815 -2.473066) (xy 0.355316 -2.473258) (xy 0.353841 -2.473522)
				(xy 0.352391 -2.473858) (xy 0.350969 -2.474262) (xy 0.349577 -2.474734) (xy 0.348217 -2.475271)
				(xy 0.34689 -2.475872) (xy 0.345598 -2.476534) (xy 0.344343 -2.477256) (xy 0.343128 -2.478036) (xy 0.341953 -2.478872)
				(xy 0.340821 -2.479761) (xy 0.339734 -2.480703) (xy 0.338693 -2.481696) (xy 0.337701 -2.482736)
				(xy 0.336759 -2.483823) (xy 0.335869 -2.484955) (xy 0.335034 -2.48613) (xy 0.334254 -2.487346) (xy 0.333532 -2.4886)
				(xy 0.33287 -2.489892) (xy 0.332269 -2.491219) (xy 0.331732 -2.49258) (xy 0.33126 -2.493972) (xy 0.330856 -2.495393)
				(xy 0.33052 -2.496843) (xy 0.330256 -2.498318) (xy 0.330064 -2.499818) (xy 0.329947 -2.501339) (xy 0.329907 -2.502881)
				(xy 0.329941 -2.504237) (xy 0.330036 -2.505578) (xy 0.330188 -2.506905) (xy 0.330399 -2.508215)
				(xy 0.330665 -2.509507) (xy 0.330986 -2.510779) (xy 0.331361 -2.51203) (xy 0.331789 -2.513259) (xy 0.332268 -2.514464)
				(xy 0.332797 -2.515644) (xy 0.333375 -2.516797) (xy 0.334001 -2.517922) (xy 0.334674 -2.519018)
				(xy 0.335392 -2.520083) (xy 0.336154 -2.521115) (xy 0.336959 -2.522114) (xy 0.337806 -2.523077)
				(xy 0.338694 -2.524004) (xy 0.339621 -2.524893) (xy 0.340586 -2.525742) (xy 0.341588 -2.52655) (xy 0.342626 -2.527316)
				(xy 0.343699 -2.528039) (xy 0.344805 -2.528716) (xy 0.345943 -2.529346) (xy 0.347112 -2.529929)
				(xy 0.348311 -2.530462) (xy 0.349539 -2.530944) (xy 0.350794 -2.531374) (xy 0.352075 -2.531751)
				(xy 0.353381 -2.532072) (xy 0.354711 -2.532336) (xy 0.358328 -2.55094) (xy 0.193997 -2.55094) (xy 0.19193 -2.53027)
				(xy 0.193934 -2.529313) (xy 0.195843 -2.528223) (xy 0.197654 -2.527006) (xy 0.19936 -2.52567) (xy 0.200957 -2.52422)
				(xy 0.202442 -2.522666) (xy 0.203808 -2.521012) (xy 0.205051 -2.519268) (xy 0.206167 -2.517439)
				(xy 0.207151 -2.515534) (xy 0.207998 -2.513558) (xy 0.208704 -2.51152) (xy 0.209263 -2.509426) (xy 0.209671 -2.507283)
				(xy 0.209924 -2.505099) (xy 0.210017 -2.502881) (xy 0.209976 -2.501339) (xy 0.209859 -2.499818)
				(xy 0.209668 -2.498318) (xy 0.209403 -2.496843) (xy 0.209068 -2.495393) (xy 0.208663 -2.493972)
				(xy 0.208191 -2.49258) (xy 0.207654 -2.491219) (xy 0.207053 -2.489892) (xy 0.206391 -2.4886) (xy 0.205669 -2.487346)
				(xy 0.20489 -2.48613) (xy 0.204054 -2.484955) (xy 0.203164 -2.483823) (xy 0.202222 -2.482736) (xy 0.20123 -2.481695)
				(xy 0.200189 -2.480703) (xy 0.199102 -2.479761) (xy 0.19797 -2.478872) (xy 0.196795 -2.478036) (xy 0.19558 -2.477256)
				(xy 0.194325 -2.476534) (xy 0.193033 -2.475872) (xy 0.191706 -2.475271) (xy 0.190346 -2.474734)
				(xy 0.188953 -2.474262) (xy 0.187532 -2.473858) (xy 0.186082 -2.473522) (xy 0.184607 -2.473258)
				(xy 0.183108 -2.473066) (xy 0.181586 -2.472949) (xy 0.180044 -2.472908) (xy 0.178502 -2.472949)
				(xy 0.176981 -2.473066) (xy 0.175481 -2.473258) (xy 0.174006 -2.473522) (xy 0.172557 -2.473858)
				(xy 0.171135 -2.474262) (xy 0.169743 -2.474734) (xy 0.168382 -2.475271) (xy 0.167055 -2.475872)
				(xy 0.165763 -2.476534) (xy 0.164509 -2.477256) (xy 0.163293 -2.478036) (xy 0.162118 -2.478871)
				(xy 0.160986 -2.479761) (xy 0.159899 -2.480703) (xy 0.158858 -2.481695) (xy 0.157866 -2.482736)
				(xy 0.156924 -2.483823) (xy 0.156034 -2.484955) (xy 0.155199 -2.48613) (xy 0.154419 -2.487346) (xy 0.153697 -2.4886)
				(xy 0.153035 -2.489892) (xy 0.152434 -2.491219) (xy 0.151897 -2.49258) (xy 0.151425 -2.493972) (xy 0.151021 -2.495393)
				(xy 0.150685 -2.496843) (xy 0.150421 -2.498318) (xy 0.150229 -2.499818) (xy 0.150112 -2.501339)
				(xy 0.150072 -2.502881) (xy 0.1501 -2.504147) (xy 0.15018 -2.505402) (xy 0.150312 -2.506644) (xy 0.150494 -2.507873)
				(xy 0.150726 -2.509087) (xy 0.151006 -2.510285) (xy 0.151334 -2.511466) (xy 0.151709 -2.512629)
				(xy 0.152129 -2.513771) (xy 0.152595 -2.514893) (xy 0.153104 -2.515993) (xy 0.153656 -2.517069)
				(xy 0.154251 -2.518121) (xy 0.154886 -2.519147) (xy 0.155562 -2.520146) (xy 0.156277 -2.521117)
				(xy 0.157031 -2.522058) (xy 0.157821 -2.522969) (xy 0.158648 -2.523848) (xy 0.159511 -2.524693)
				(xy 0.160408 -2.525505) (xy 0.161339 -2.526281) (xy 0.162303 -2.52702) (xy 0.163298 -2.527721) (xy 0.164325 -2.528384)
				(xy 0.165381 -2.529005) (xy 0.166466 -2.529585) (xy 0.167579 -2.530123) (xy 0.168719 -2.530616)
				(xy 0.169886 -2.531064) (xy 0.171077 -2.531466) (xy 0.172293 -2.53182) (xy 0.173843 -2.55094) (xy 0.009512 -2.55094)
				(xy 0.009513 -2.531303) (xy 0.011772 -2.530462) (xy 0.013931 -2.529457) (xy 0.015985 -2.528294)
				(xy 0.017926 -2.526984) (xy 0.019749 -2.525534) (xy 0.021448 -2.523953) (xy 0.023016 -2.522251)
				(xy 0.024446 -2.520435) (xy 0.025732 -2.518515) (xy 0.026869 -2.516499) (xy 0.027849 -2.514396)
				(xy 0.028666 -2.512215) (xy 0.029315 -2.509964) (xy 0.029788 -2.507652) (xy 0.030079 -2.505288)
				(xy 0.030183 -2.502881) (xy 0.030142 -2.501339) (xy 0.030026 -2.499818) (xy 0.029834 -2.498318)
				(xy 0.029569 -2.496843) (xy 0.029234 -2.495393) (xy 0.028829 -2.493972) (xy 0.028357 -2.49258) (xy 0.02782 -2.491219)
				(xy 0.02722 -2.489892) (xy 0.026557 -2.4886) (xy 0.025835 -2.487346) (xy 0.025056 -2.48613) (xy 0.02422 -2.484955)
				(xy 0.02333 -2.483823) (xy 0.022388 -2.482736) (xy 0.021396 -2.481695) (xy 0.020355 -2.480703) (xy 0.019268 -2.479761)
				(xy 0.018136 -2.478872) (xy 0.016962 -2.478036) (xy 0.015746 -2.477256) (xy 0.014491 -2.476534)
				(xy 0.0132 -2.475872) (xy 0.011872 -2.475271) (xy 0.010512 -2.474734) (xy 0.00912 -2.474262) (xy 0.007698 -2.473858)
				(xy 0.006249 -2.473522) (xy 0.004773 -2.473258) (xy 0.003274 -2.473066) (xy 0.001753 -2.472949)
				(xy 0.000211 -2.472908) (xy -0.001331 -2.472949) (xy -0.002853 -2.473066) (xy -0.004352 -2.473258)
				(xy -0.005827 -2.473522) (xy -0.007277 -2.473858) (xy -0.008699 -2.474262) (xy -0.010091 -2.474734)
				(xy -0.011451 -2.475271) (xy -0.012778 -2.475872) (xy -0.01407 -2.476534) (xy -0.015325 -2.477256)
				(xy -0.01654 -2.478036) (xy -0.017715 -2.478871) (xy -0.018847 -2.479761) (xy -0.019934 -2.480703)
				(xy -0.020975 -2.481695) (xy -0.021967 -2.482736) (xy -0.022909 -2.483823) (xy -0.023799 -2.484955)
				(xy -0.024635 -2.48613) (xy -0.025414 -2.487345) (xy -0.026136 -2.4886) (xy -0.026798 -2.489892)
				(xy -0.027399 -2.491219) (xy -0.027936 -2.49258) (xy -0.028408 -2.493972) (xy -0.028813 -2.495393)
				(xy -0.029148 -2.496843) (xy -0.029413 -2.498318) (xy -0.029604 -2.499817) (xy -0.029721 -2.501339)
				(xy -0.029762 -2.502881) (xy -0.029741 -2.504077) (xy -0.029674 -2.505264) (xy -0.029561 -2.50644)
				(xy -0.029402 -2.507606) (xy -0.029199 -2.508759) (xy -0.028952 -2.509898) (xy -0.028661 -2.511023)
				(xy -0.028329 -2.512132) (xy -0.027954 -2.513225) (xy -0.027539 -2.5143) (xy -0.027084 -2.515356)
				(xy -0.02659 -2.516392) (xy -0.026057 -2.517408) (xy -0.025486 -2.518401) (xy -0.024878 -2.519371)
				(xy -0.024234 -2.520317) (xy -0.023554 -2.521238) (xy -0.02284 -2.522133) (xy -0.022091 -2.523)
				(xy -0.021309 -2.523839) (xy -0.020495 -2.524649) (xy -0.019649 -2.525428) (xy -0.018772 -2.526175)
				(xy -0.017864 -2.52689) (xy -0.016928 -2.52757) (xy -0.015962 -2.528217) (xy -0.014969 -2.528827)
				(xy -0.013948 -2.5294) (xy -0.012901 -2.529936) (xy -0.011828 -2.530432) (xy -0.01073 -2.530888)
				(xy -0.009608 -2.531303) (xy -0.009608 -2.55094) (xy -0.173939 -2.55094) (xy -0.172387 -2.531819)
				(xy -0.171171 -2.531465) (xy -0.169979 -2.531063) (xy -0.168813 -2.530615) (xy -0.167673 -2.530122)
				(xy -0.16656 -2.529584) (xy -0.165475 -2.529004) (xy -0.163392 -2.52772) (xy -0.161434 -2.526279)
				(xy -0.159606 -2.524692) (xy -0.157916 -2.522967) (xy -0.156372 -2.521115) (xy -0.154981 -2.519145)
				(xy -0.153752 -2.517067) (xy -0.15269 -2.514891) (xy -0.151804 -2.512627) (xy -0.151102 -2.510284)
				(xy -0.150821 -2.509086) (xy -0.15059 -2.507872) (xy -0.150408 -2.506644) (xy -0.150276 -2.505401)
				(xy -0.150196 -2.504147) (xy -0.150168 -2.502881) (xy -0.150208 -2.501339) (xy -0.150325 -2.499818)
				(xy -0.150517 -2.498318) (xy -0.150782 -2.496843) (xy -0.151117 -2.495393) (xy -0.151522 -2.493972)
				(xy -0.151993 -2.49258) (xy -0.152531 -2.491219) (xy -0.153131 -2.489892) (xy -0.153793 -2.4886)
				(xy -0.154515 -2.487346) (xy -0.155295 -2.48613) (xy -0.156131 -2.484955) (xy -0.157021 -2.483823)
				(xy -0.157962 -2.482736) (xy -0.158955 -2.481695) (xy -0.159995 -2.480703) (xy -0.161083 -2.479761)
				(xy -0.162215 -2.478872) (xy -0.163389 -2.478036) (xy -0.164605 -2.477256) (xy -0.16586 -2.476534)
				(xy -0.167151 -2.475872) (xy -0.168479 -2.475271) (xy -0.169839 -2.474734) (xy -0.171231 -2.474262)
				(xy -0.172653 -2.473858) (xy -0.174102 -2.473522) (xy -0.175578 -2.473258) (xy -0.177077 -2.473066)
				(xy -0.178599 -2.472949) (xy -0.18014 -2.472908) (xy -0.181682 -2.472949) (xy -0.183204 -2.473066)
				(xy -0.184703 -2.473258) (xy -0.186179 -2.473522) (xy -0.187628 -2.473858) (xy -0.18905 -2.474262)
				(xy -0.190442 -2.474734) (xy -0.191802 -2.475271) (xy -0.19313 -2.475872) (xy -0.194421 -2.476534)
				(xy -0.195676 -2.477256) (xy -0.196892 -2.478036) (xy -0.198066 -2.478871) (xy -0.199198 -2.479761)
				(xy -0.200286 -2.480703) (xy -0.201326 -2.481695) (xy -0.202318 -2.482736) (xy -0.20326 -2.483823)
				(xy -0.20415 -2.484955) (xy -0.204986 -2.48613) (xy -0.205765 -2.487346) (xy -0.206487 -2.4886)
				(xy -0.20715 -2.489892) (xy -0.20775 -2.491219) (xy -0.208287 -2.49258) (xy -0.208759 -2.493972)
				(xy -0.209164 -2.495393) (xy -0.209499 -2.496843) (xy -0.209764 -2.498318) (xy -0.209955 -2.499818)
				(xy -0.210072 -2.501339) (xy -0.210113 -2.502881) (xy -0.210087 -2.503994) (xy -0.21002 -2.505099)
				(xy -0.209913 -2.506196) (xy -0.209767 -2.507283) (xy -0.209582 -2.50836) (xy -0.209359 -2.509426)
				(xy -0.209098 -2.510479) (xy -0.208799 -2.51152) (xy -0.208465 -2.512546) (xy -0.208094 -2.513558)
				(xy -0.207688 -2.514554) (xy -0.207247 -2.515534) (xy -0.206772 -2.516496) (xy -0.206263 -2.517439)
				(xy -0.205721 -2.518364) (xy -0.205147 -2.519268) (xy -0.204541 -2.520151) (xy -0.203903 -2.521012)
				(xy -0.203235 -2.521851) (xy -0.202537 -2.522666) (xy -0.201809 -2.523456) (xy -0.201053 -2.52422)
				(xy -0.200268 -2.524959) (xy -0.199455 -2.52567) (xy -0.198616 -2.526352) (xy -0.197749 -2.527006)
				(xy -0.196857 -2.52763) (xy -0.195939 -2.528223) (xy -0.194996 -2.528785) (xy -0.19403 -2.529313)
				(xy -0.193039 -2.529809) (xy -0.192026 -2.530269) (xy -0.194093 -2.55094) (xy -0.358424 -2.55094)
				(xy -0.354806 -2.532336) (xy -0.353476 -2.532072) (xy -0.35217 -2.531751) (xy -0.350889 -2.531374)
				(xy -0.349634 -2.530944) (xy -0.348406 -2.530462) (xy -0.347207 -2.529929) (xy -0.346038 -2.529346)
				(xy -0.3449 -2.528716) (xy -0.343794 -2.528039) (xy -0.342721 -2.527316) (xy -0.341683 -2.52655)
				(xy -0.340681 -2.525742) (xy -0.339716 -2.524892) (xy -0.338789 -2.524004) (xy -0.337901 -2.523077)
				(xy -0.337054 -2.522114) (xy -0.336249 -2.521115) (xy -0.335487 -2.520083) (xy -0.334769 -2.519018)
				(xy -0.334096 -2.517922) (xy -0.33347 -2.516797) (xy -0.332892 -2.515644) (xy -0.332363 -2.514464)
				(xy -0.331884 -2.513259) (xy -0.331456 -2.51203) (xy -0.331081 -2.510779) (xy -0.33076 -2.509507)
				(xy -0.330493 -2.508215) (xy -0.330283 -2.506905) (xy -0.33013 -2.505578) (xy -0.330036 -2.504237)
				(xy -0.330002 -2.502881) (xy -0.330042 -2.501339) (xy -0.330159 -2.499818) (xy -0.330351 -2.498318)
				(xy -0.330615 -2.496843) (xy -0.330951 -2.495393) (xy -0.331356 -2.493972) (xy -0.331827 -2.49258)
				(xy -0.332365 -2.491219) (xy -0.332965 -2.489892) (xy -0.333627 -2.4886) (xy -0.334349 -2.487346)
				(xy -0.335129 -2.48613) (xy -0.335965 -2.484955) (xy -0.336854 -2.483823) (xy -0.337796 -2.482736)
				(xy -0.338789 -2.481695) (xy -0.339829 -2.480703) (xy -0.340916 -2.479761) (xy -0.342048 -2.478872)
				(xy -0.343223 -2.478036) (xy -0.344439 -2.477256) (xy -0.345693 -2.476534) (xy -0.346985 -2.475872)
				(xy -0.348312 -2.475271) (xy -0.349673 -2.474734) (xy -0.351065 -2.474262) (xy -0.352486 -2.473858)
				(xy -0.353936 -2.473522) (xy -0.355411 -2.473258) (xy -0.356911 -2.473066) (xy -0.358432 -2.472949)
				(xy -0.359974 -2.472908) (xy -0.361516 -2.472949) (xy -0.363037 -2.473066) (xy -0.364537 -2.473258)
				(xy -0.366012 -2.473522) (xy -0.367462 -2.473858) (xy -0.368883 -2.474262) (xy -0.370275 -2.474734)
				(xy -0.371636 -2.475271) (xy -0.372963 -2.475872) (xy -0.374255 -2.476534) (xy -0.375509 -2.477256)
				(xy -0.376725 -2.478036) (xy -0.3779 -2.478871) (xy -0.379032 -2.479761) (xy -0.380119 -2.480703)
				(xy -0.38116 -2.481695) (xy -0.382152 -2.482736) (xy -0.383094 -2.483823) (xy -0.383984 -2.484955)
				(xy -0.384819 -2.48613) (xy -0.385599 -2.487346) (xy -0.386321 -2.4886) (xy -0.386983 -2.489892)
				(xy -0.387584 -2.491219) (xy -0.388121 -2.49258) (xy -0.388593 -2.493972) (xy -0.388997 -2.495393)
				(xy -0.389333 -2.496843) (xy -0.389597 -2.498318) (xy -0.389789 -2.499818) (xy -0.389906 -2.501339)
				(xy -0.389946 -2.502881) (xy -0.389932 -2.503905) (xy -0.389883 -2.504924) (xy -0.3898 -2.505937)
				(xy -0.389683 -2.506942) (xy -0.389533 -2.507939) (xy -0.38935 -2.508928) (xy -0.389134 -2.509907)
				(xy -0.388887 -2.510877) (xy -0.388608 -2.511835) (xy -0.388297 -2.512782) (xy -0.387956 -2.513717)
				(xy -0.387585 -2.514639) (xy -0.387184 -2.515547) (xy -0.386753 -2.51644) (xy -0.386293 -2.517319)
				(xy -0.385805 -2.518182) (xy -0.385288 -2.519028) (xy -0.384743 -2.519856) (xy -0.384172 -2.520667)
				(xy -0.383573 -2.521459) (xy -0.382948 -2.522232) (xy -0.382296 -2.522984) (xy -0.381619 -2.523715)
				(xy -0.380917 -2.524425) (xy -0.38019 -2.525112) (xy -0.379439 -2.525776) (xy -0.378664 -2.526417)
				(xy -0.377865 -2.527033) (xy -0.377043 -2.527623) (xy -0.376199 -2.528188) (xy -0.375332 -2.528725)
				(xy -0.374444 -2.529236) (xy -0.378578 -2.55094) (xy -0.543942 -2.55094) (xy -0.538766 -2.532853)
				(xy -0.537263 -2.532762) (xy -0.535781 -2.532599) (xy -0.534322 -2.532365) (xy -0.532888 -2.532062)
				(xy -0.531481 -2.531692) (xy -0.530102 -2.531256) (xy -0.528753 -2.530757) (xy -0.527436 -2.530197)
				(xy -0.526152 -2.529576) (xy -0.524903 -2.528898) (xy -0.523692 -2.528162) (xy -0.522519 -2.527373)
				(xy -0.521386 -2.52653) (xy -0.520295 -2.525637) (xy -0.519249 -2.524694) (xy -0.518248 -2.523704)
				(xy -0.517294 -2.522669) (xy -0.516389 -2.52159) (xy -0.515535 -2.520468) (xy -0.514733 -2.519306)
				(xy -0.513986 -2.518106) (xy -0.513294 -2.51687) (xy -0.512661 -2.515598) (xy -0.512086 -2.514293)
				(xy -0.511573 -2.512957) (xy -0.511122 -2.511592) (xy -0.510736 -2.510199) (xy -0.510417 -2.50878)
				(xy -0.510165 -2.507337) (xy -0.509983 -2.505871) (xy -0.509873 -2.504385) (xy -0.509836 -2.502881)
				(xy -0.509876 -2.501339) (xy -0.509993 -2.499818) (xy -0.510185 -2.498318) (xy -0.510449 -2.496843)
				(xy -0.510785 -2.495393) (xy -0.511189 -2.493972) (xy -0.511661 -2.49258) (xy -0.512198 -2.491219)
				(xy -0.512799 -2.489892) (xy -0.513461 -2.4886) (xy -0.514183 -2.487345) (xy -0.514963 -2.48613)
				(xy -0.515799 -2.484955) (xy -0.516688 -2.483823) (xy -0.51763 -2.482736) (xy -0.518623 -2.481695)
				(xy -0.519663 -2.480703) (xy -0.52075 -2.479761) (xy -0.521882 -2.478871) (xy -0.523057 -2.478036)
				(xy -0.524273 -2.477256) (xy -0.525527 -2.476534) (xy -0.526819 -2.475872) (xy -0.528146 -2.475271)
				(xy -0.529507 -2.474734) (xy -0.530899 -2.474262) (xy -0.532321 -2.473858) (xy -0.53377 -2.473522)
				(xy -0.535246 -2.473257) (xy -0.536745 -2.473066) (xy -0.538266 -2.472949) (xy -0.539808 -2.472908)
				(xy -0.54135 -2.472949) (xy -0.542872 -2.473066) (xy -0.544371 -2.473258) (xy -0.545846 -2.473522)
				(xy -0.547296 -2.473858) (xy -0.548717 -2.474262) (xy -0.550109 -2.474734) (xy -0.55147 -2.475271)
				(xy -0.552797 -2.475872) (xy -0.554089 -2.476534) (xy -0.555344 -2.477256) (xy -0.556559 -2.478036)
				(xy -0.557734 -2.478872) (xy -0.558866 -2.479761) (xy -0.559953 -2.480703) (xy -0.560994 -2.481696)
				(xy -0.561986 -2.482736) (xy -0.562928 -2.483823) (xy -0.563818 -2.484955) (xy -0.564653 -2.48613)
				(xy -0.565433 -2.487346) (xy -0.566155 -2.4886) (xy -0.566817 -2.489892) (xy -0.567418 -2.491219)
				(xy -0.567955 -2.49258) (xy -0.568427 -2.493972) (xy -0.568832 -2.495393) (xy -0.569167 -2.496843)
				(xy -0.569432 -2.498318) (xy -0.569623 -2.499818) (xy -0.56974 -2.501339) (xy -0.569781 -2.502881)
				(xy -0.569733 -2.504728) (xy -0.569573 -2.506556) (xy -0.569303 -2.508361) (xy -0.568926 -2.510138)
				(xy -0.568443 -2.511883) (xy -0.567858 -2.513591) (xy -0.567172 -2.515259) (xy -0.566388 -2.516881)
				(xy -0.565509 -2.518453) (xy -0.564536 -2.51997) (xy -0.563471 -2.521429) (xy -0.562318 -2.522825)
				(xy -0.561078 -2.524153) (xy -0.559753 -2.525408) (xy -0.558347 -2.526587) (xy -0.556861 -2.527685)
				(xy -0.563579 -2.55094) (xy -0.728944 -2.55094) (xy -0.721709 -2.532853) (xy -0.721321 -2.532861)
				(xy -0.720934 -2.532863) (xy -0.720546 -2.532861) (xy -0.720159 -2.532853) (xy -0.718617 -2.532813)
				(xy -0.717095 -2.532696) (xy -0.715596 -2.532504) (xy -0.71412 -2.53224) (xy -0.712671 -2.531904)
				(xy -0.711249 -2.531499) (xy -0.709857 -2.531028) (xy -0.708497 -2.53049) (xy -0.70717 -2.52989)
				(xy -0.705878 -2.529228) (xy -0.704623 -2.528506) (xy -0.703407 -2.527726) (xy -0.702233 -2.52689)
				(xy -0.701101 -2.526) (xy -0.700014 -2.525059) (xy -0.698973 -2.524066) (xy -0.697981 -2.523026)
				(xy -0.697039 -2.521938) (xy -0.696149 -2.520806) (xy -0.695313 -2.519632) (xy -0.694533 -2.518416)
				(xy -0.693812 -2.517161) (xy -0.693149 -2.51587) (xy -0.692549 -2.514542) (xy -0.692012 -2.513182)
				(xy -0.69154 -2.51179) (xy -0.691135 -2.510368) (xy -0.6908 -2.508919) (xy -0.690535 -2.507443)
				(xy -0.690343 -2.505944) (xy -0.690226 -2.504423) (xy -0.690186 -2.502881) (xy -0.690226 -2.501339)
				(xy -0.690343 -2.499818) (xy -0.690535 -2.498318) (xy -0.6908 -2.496843) (xy -0.691135 -2.495393)
				(xy -0.69154 -2.493972) (xy -0.692012 -2.49258) (xy -0.692549 -2.491219) (xy -0.693149 -2.489892)
				(xy -0.693812 -2.4886) (xy -0.694533 -2.487345) (xy -0.695313 -2.48613) (xy -0.696149 -2.484955)
				(xy -0.697039 -2.483823) (xy -0.697981 -2.482736) (xy -0.698973 -2.481695) (xy -0.700014 -2.480703)
				(xy -0.701101 -2.479761) (xy -0.702233 -2.478871) (xy -0.703407 -2.478036) (xy -0.704623 -2.477256)
				(xy -0.705878 -2.476534) (xy -0.70717 -2.475872) (xy -0.708497 -2.475271) (xy -0.709857 -2.474734)
				(xy -0.71125 -2.474262) (xy -0.712671 -2.473858) (xy -0.714121 -2.473522) (xy -0.715596 -2.473257)
				(xy -0.717096 -2.473066) (xy -0.718617 -2.472949) (xy -0.720159 -2.472908) (xy -0.721701 -2.472949)
				(xy -0.723222 -2.473066) (xy -0.724722 -2.473258) (xy -0.726197 -2.473522) (xy -0.727646 -2.473858)
				(xy -0.729068 -2.474262) (xy -0.73046 -2.474734) (xy -0.731821 -2.475271) (xy -0.733148 -2.475872)
				(xy -0.73444 -2.476534) (xy -0.735694 -2.477256) (xy -0.73691 -2.478036) (xy -0.738085 -2.478872)
				(xy -0.739216 -2.479761) (xy -0.740304 -2.480703) (xy -0.741344 -2.481696) (xy -0.742337 -2.482736)
				(xy -0.743279 -2.483823) (xy -0.744168 -2.484955) (xy -0.745004 -2.48613) (xy -0.745784 -2.487346)
				(xy -0.746506 -2.4886) (xy -0.747168 -2.489892) (xy -0.747768 -2.491219) (xy -0.748306 -2.49258)
				(xy -0.748777 -2.493972) (xy -0.749182 -2.495393) (xy -0.749518 -2.496843) (xy -0.749782 -2.498318)
				(xy -0.749974 -2.499818) (xy -0.750091 -2.501339) (xy -0.750131 -2.502881) (xy -0.750093 -2.50456)
				(xy -0.749962 -2.506225) (xy -0.74974 -2.507872) (xy -0.749428 -2.509499) (xy -0.749029 -2.511101)
				(xy -0.748542 -2.512675) (xy -0.747971 -2.514218) (xy -0.747317 -2.515727) (xy -0.746581 -2.517197)
				(xy -0.745765 -2.518626) (xy -0.744871 -2.52001) (xy -0.7439 -2.521346) (xy -0.742854 -2.522629)
				(xy -0.741734 -2.523858) (xy -0.740542 -2.525028) (xy -0.739279 -2.526135) (xy -0.749098 -2.55094)
				(xy -0.913946 -2.55094) (xy -0.904127 -2.532853) (xy -0.903611 -2.532884) (xy -0.903094 -2.532907)
				(xy -0.902577 -2.53292) (xy -0.90206 -2.532924) (xy -0.901543 -2.53292) (xy -0.901026 -2.532907)
				(xy -0.900509 -2.532884) (xy -0.899993 -2.532853) (xy -0.898451 -2.532813) (xy -0.89693 -2.532696)
				(xy -0.89543 -2.532504) (xy -0.893955 -2.53224) (xy -0.892505 -2.531904) (xy -0.891084 -2.531499)
				(xy -0.889692 -2.531028) (xy -0.888331 -2.53049) (xy -0.887004 -2.52989) (xy -0.885712 -2.529228)
				(xy -0.884457 -2.528506) (xy -0.883242 -2.527726) (xy -0.882067 -2.52689) (xy -0.880935 -2.526)
				(xy -0.879848 -2.525059) (xy -0.878807 -2.524066) (xy -0.877815 -2.523026) (xy -0.876873 -2.521938)
				(xy -0.875983 -2.520806) (xy -0.875148 -2.519632) (xy -0.874368 -2.518416) (xy -0.873646 -2.517161)
				(xy -0.872984 -2.51587) (xy -0.872383 -2.514542) (xy -0.871846 -2.513182) (xy -0.871374 -2.51179)
				(xy -0.870969 -2.510368) (xy -0.870634 -2.508919) (xy -0.870369 -2.507443) (xy -0.870178 -2.505944)
				(xy -0.870061 -2.504423) (xy -0.87002 -2.502881) (xy -0.870061 -2.501339) (xy -0.870178 -2.499818)
				(xy -0.870369 -2.498318) (xy -0.870634 -2.496843) (xy -0.870969 -2.495393) (xy -0.871374 -2.493972)
				(xy -0.871846 -2.49258) (xy -0.872383 -2.491219) (xy -0.872984 -2.489892) (xy -0.873646 -2.4886)
				(xy -0.874368 -2.487345) (xy -0.875148 -2.48613) (xy -0.875983 -2.484955) (xy -0.876873 -2.483823)
				(xy -0.877815 -2.482736) (xy -0.878807 -2.481695) (xy -0.879848 -2.480703) (xy -0.880935 -2.479761)
				(xy -0.882067 -2.478871) (xy -0.883242 -2.478036) (xy -0.884457 -2.477256) (xy -0.885712 -2.476534)
				(xy -0.887004 -2.475872) (xy -0.888331 -2.475271) (xy -0.889692 -2.474734) (xy -0.891084 -2.474262)
				(xy -0.892505 -2.473858) (xy -0.893955 -2.473522) (xy -0.89543 -2.473257) (xy -0.89693 -2.473066)
				(xy -0.898451 -2.472949) (xy -0.899993 -2.472908) (xy -0.901535 -2.472949) (xy -0.903056 -2.473066)
				(xy -0.904556 -2.473258) (xy -0.906031 -2.473522) (xy -0.90748 -2.473858) (xy -0.908902 -2.474262)
				(xy -0.910294 -2.474734) (xy -0.911655 -2.475271) (xy -0.912982 -2.475872) (xy -0.914274 -2.476534)
				(xy -0.915528 -2.477256) (xy -0.916744 -2.478036) (xy -0.917918 -2.478872) (xy -0.91905 -2.479761)
				(xy -0.920138 -2.480703) (xy -0.921178 -2.481696) (xy -0.922171 -2.482736) (xy -0.923112 -2.483823)
				(xy -0.924002 -2.484955) (xy -0.924838 -2.48613) (xy -0.925618 -2.487346) (xy -0.92634 -2.4886)
				(xy -0.927002 -2.489892) (xy -0.927602 -2.491219) (xy -0.928139 -2.49258) (xy -0.928611 -2.493972)
				(xy -0.929016 -2.495393) (xy -0.929351 -2.496843) (xy -0.929616 -2.498318) (xy -0.929808 -2.499818)
				(xy -0.929925 -2.501339) (xy -0.929965 -2.502881) (xy -0.92993 -2.50432) (xy -0.929827 -2.50575)
				(xy -0.929656 -2.507168) (xy -0.929418 -2.508573) (xy -0.929115 -2.509962) (xy -0.928747 -2.511333)
				(xy -0.928315 -2.512684) (xy -0.927819 -2.514011) (xy -0.927262 -2.515315) (xy -0.926644 -2.51659)
				(xy -0.925965 -2.517837) (xy -0.925227 -2.519052) (xy -0.92443 -2.520233) (xy -0.923575 -2.521378)
				(xy -0.922664 -2.522485) (xy -0.921697 -2.523551) (xy -0.936166 -2.55094) (xy -1.101531 -2.55094)
				(xy -1.088612 -2.53182) (xy -1.088095 -2.531819) (xy -1.08708 -2.532074) (xy -1.086059 -2.532294)
				(xy -1.085031 -2.532477) (xy -1.083997 -2.532625) (xy -1.082959 -2.532736) (xy -1.081917 -2.532811)
				(xy -1.080873 -2.53285) (xy -1.079827 -2.532853) (xy -1.078285 -2.532813) (xy -1.076763 -2.532696)
				(xy -1.075264 -2.532504) (xy -1.073789 -2.532239) (xy -1.072339 -2.531904) (xy -1.070917 -2.531499)
				(xy -1.069525 -2.531027) (xy -1.068165 -2.53049) (xy -1.066838 -2.52989) (xy -1.065546 -2.529227)
				(xy -1.064291 -2.528506) (xy -1.063076 -2.527726) (xy -1.061901 -2.52689) (xy -1.060769 -2.526)
				(xy -1.059682 -2.525058) (xy -1.058641 -2.524066) (xy -1.057649 -2.523025) (xy -1.056707 -2.521938)
				(xy -1.055817 -2.520806) (xy -1.054981 -2.519632) (xy -1.054202 -2.518416) (xy -1.05348 -2.517161)
				(xy -1.052818 -2.51587) (xy -1.052217 -2.514542) (xy -1.05168 -2.513182) (xy -1.051208 -2.51179)
				(xy -1.050804 -2.510368) (xy -1.050468 -2.508919) (xy -1.050203 -2.507443) (xy -1.050012 -2.505944)
				(xy -1.049895 -2.504423) (xy -1.049855 -2.502881) (xy -1.049895 -2.501339) (xy -1.050012 -2.499818)
				(xy -1.050204 -2.498318) (xy -1.050468 -2.496843) (xy -1.050804 -2.495393) (xy -1.051208 -2.493972)
				(xy -1.05168 -2.49258) (xy -1.052217 -2.491219) (xy -1.052818 -2.489892) (xy -1.05348 -2.4886) (xy -1.054202 -2.487345)
				(xy -1.054982 -2.48613) (xy -1.055817 -2.484955) (xy -1.056707 -2.483823) (xy -1.057649 -2.482736)
				(xy -1.058641 -2.481695) (xy -1.059682 -2.480703) (xy -1.060769 -2.479761) (xy -1.061901 -2.478871)
				(xy -1.063076 -2.478036) (xy -1.064291 -2.477256) (xy -1.065546 -2.476534) (xy -1.066838 -2.475872)
				(xy -1.068165 -2.475271) (xy -1.069525 -2.474734) (xy -1.070918 -2.474262) (xy -1.072339 -2.473858)
				(xy -1.073789 -2.473522) (xy -1.075264 -2.473258) (xy -1.076763 -2.473066) (xy -1.078285 -2.472949)
				(xy -1.079827 -2.472908) (xy -1.081368 -2.472949) (xy -1.08289 -2.473066) (xy -1.084389 -2.473258)
				(xy -1.085865 -2.473522) (xy -1.087314 -2.473858) (xy -1.088736 -2.474262) (xy -1.090128 -2.474734)
				(xy -1.091488 -2.475271) (xy -1.092815 -2.475872) (xy -1.094107 -2.476534) (xy -1.095362 -2.477256)
				(xy -1.096578 -2.478036) (xy -1.097752 -2.478872) (xy -1.098884 -2.479761) (xy -1.099971 -2.480703)
				(xy -1.101012 -2.481695) (xy -1.102004 -2.482736) (xy -1.102946 -2.483823) (xy -1.103836 -2.484955)
				(xy -1.104672 -2.48613) (xy -1.105451 -2.487346) (xy -1.106173 -2.4886) (xy -1.106836 -2.489892)
				(xy -1.107436 -2.491219) (xy -1.107973 -2.49258) (xy -1.108445 -2.493972) (xy -1.10885 -2.495393)
				(xy -1.109185 -2.496843) (xy -1.10945 -2.498318) (xy -1.109642 -2.499818) (xy -1.109759 -2.501339)
				(xy -1.109799 -2.502881) (xy -1.109767 -2.504105) (xy -1.109685 -2.505324) (xy -1.109554 -2.506535)
				(xy -1.109374 -2.507738) (xy -1.109146 -2.50893) (xy -1.10887 -2.510111) (xy -1.108547 -2.511278)
				(xy -1.108178 -2.512431) (xy -1.107762 -2.513569) (xy -1.1073 -2.514689) (xy -1.106794 -2.51579)
				(xy -1.106242 -2.516872) (xy -1.105646 -2.517931) (xy -1.105006 -2.518968) (xy -1.104323 -2.519981)
				(xy -1.103598 -2.520967) (xy -1.124268 -2.55094) (xy -1.287566 -2.55094) (xy -1.270513 -2.531303)
				(xy -1.269887 -2.531506) (xy -1.269257 -2.531694) (xy -1.268624 -2.531869) (xy -1.267987 -2.53203)
				(xy -1.267348 -2.532176) (xy -1.266705 -2.532309) (xy -1.26606 -2.532427) (xy -1.265413 -2.532532)
				(xy -1.264764 -2.532622) (xy -1.264112 -2.532698) (xy -1.263459 -2.532759) (xy -1.262805 -2.532807)
				(xy -1.262149 -2.53284) (xy -1.261493 -2.532859) (xy -1.260835 -2.532863) (xy -1.260177 -2.532853)
				(xy -1.258636 -2.532813) (xy -1.257114 -2.532696) (xy -1.255615 -2.532504) (xy -1.254139 -2.532239)
				(xy -1.25269 -2.531904) (xy -1.251268 -2.531499) (xy -1.249876 -2.531027) (xy -1.248516 -2.53049)
				(xy -1.247188 -2.52989) (xy -1.245897 -2.529227) (xy -1.244642 -2.528506) (xy -1.243426 -2.527726)
				(xy -1.242252 -2.52689) (xy -1.24112 -2.526) (xy -1.240033 -2.525058) (xy -1.238992 -2.524066) (xy -1.238 -2.523025)
				(xy -1.237058 -2.521938) (xy -1.236168 -2.520806) (xy -1.235332 -2.519632) (xy -1.234553 -2.518416)
				(xy -1.233831 -2.517161) (xy -1.233168 -2.51587) (xy -1.232568 -2.514542) (xy -1.232031 -2.513182)
				(xy -1.231559 -2.51179) (xy -1.231154 -2.510368) (xy -1.230819 -2.508919) (xy -1.230554 -2.507443)
				(xy -1.230363 -2.505944) (xy -1.230246 -2.504423) (xy -1.230205 -2.502881) (xy -1.230246 -2.501339)
				(xy -1.230363 -2.499818) (xy -1.230554 -2.498318) (xy -1.230819 -2.496843) (xy -1.231154 -2.495393)
				(xy -1.231559 -2.493972) (xy -1.232031 -2.49258) (xy -1.232568 -2.491219) (xy -1.233169 -2.489892)
				(xy -1.233831 -2.4886) (xy -1.234553 -2.487345) (xy -1.235332 -2.48613) (xy -1.236168 -2.484955)
				(xy -1.237058 -2.483823) (xy -1.238 -2.482736) (xy -1.238992 -2.481695) (xy -1.240033 -2.480703)
				(xy -1.24112 -2.479761) (xy -1.242252 -2.478871) (xy -1.243427 -2.478036) (xy -1.244642 -2.477256)
				(xy -1.245897 -2.476534) (xy -1.247189 -2.475872) (xy -1.248516 -2.475271) (xy -1.249876 -2.474734)
				(xy -1.251268 -2.474262) (xy -1.25269 -2.473858) (xy -1.254139 -2.473522) (xy -1.255615 -2.473258)
				(xy -1.257114 -2.473066) (xy -1.258636 -2.472949) (xy -1.260177 -2.472908) (xy -1.261719 -2.472949)
				(xy -1.263241 -2.473066) (xy -1.26474 -2.473258) (xy -1.266215 -2.473522) (xy -1.267665 -2.473858)
				(xy -1.269087 -2.474262) (xy -1.270479 -2.474734) (xy -1.271839 -2.475271) (xy -1.273166 -2.475872)
				(xy -1.274458 -2.476534) (xy -1.275713 -2.477256) (xy -1.276928 -2.478036) (xy -1.278103 -2.478872)
				(xy -1.279235 -2.479761) (xy -1.280322 -2.480703) (xy -1.281363 -2.481695) (xy -1.282355 -2.482736)
				(xy -1.283297 -2.483823) (xy -1.284187 -2.484955) (xy -1.285023 -2.48613) (xy -1.285802 -2.487346)
				(xy -1.286524 -2.4886) (xy -1.287186 -2.489892) (xy -1.287787 -2.491219) (xy -1.288324 -2.49258)
				(xy -1.288796 -2.493972) (xy -1.289201 -2.495393) (xy -1.289536 -2.496843) (xy -1.289801 -2.498318)
				(xy -1.289992 -2.499818) (xy -1.290109 -2.501339) (xy -1.29015 -2.502881) (xy -1.290111 -2.503835)
				(xy -1.290042 -2.504785) (xy -1.289943 -2.505732) (xy -1.289814 -2.506674) (xy -1.289655 -2.50761)
				(xy -1.289468 -2.50854) (xy -1.289251 -2.509463) (xy -1.289005 -2.510379) (xy -1.28873 -2.511286)
				(xy -1.288426 -2.512185) (xy -1.288094 -2.513074) (xy -1.287734 -2.513952) (xy -1.287346 -2.51482)
				(xy -1.28693 -2.515676) (xy -1.286487 -2.51652) (xy -1.286016 -2.51735) (xy -1.314954 -2.55094)
				(xy -1.479802 -2.55094) (xy -1.454997 -2.528719) (xy -1.454138 -2.529205) (xy -1.453265 -2.529662)
				(xy -1.452378 -2.530089) (xy -1.451479 -2.530487) (xy -1.450569 -2.530854) (xy -1.449648 -2.531191)
				(xy -1.448717 -2.531498) (xy -1.447777 -2.531774) (xy -1.446828 -2.532019) (xy -1.445871 -2.532233)
				(xy -1.444908 -2.532416) (xy -1.443938 -2.532567) (xy -1.442962 -2.532687) (xy -1.441982 -2.532774)
				(xy -1.440998 -2.53283) (xy -1.440011 -2.532853) (xy -1.438469 -2.532813) (xy -1.436948 -2.532696)
				(xy -1.435449 -2.532504) (xy -1.433973 -2.532239) (xy -1.432524 -2.531904) (xy -1.431102 -2.531499)
				(xy -1.42971 -2.531027) (xy -1.428349 -2.53049) (xy -1.427022 -2.52989) (xy -1.425731 -2.529227)
				(xy -1.424476 -2.528506) (xy -1.42326 -2.527726) (xy -1.422086 -2.52689) (xy -1.420954 -2.526) (xy -1.419866 -2.525058)
				(xy -1.418826 -2.524066) (xy -1.417834 -2.523025) (xy -1.416892 -2.521938) (xy -1.416002 -2.520806)
				(xy -1.415166 -2.519632) (xy -1.414386 -2.518416) (xy -1.413665 -2.517161) (xy -1.413002 -2.51587)
				(xy -1.412402 -2.514542) (xy -1.411865 -2.513182) (xy -1.411393 -2.51179) (xy -1.410988 -2.510368)
				(xy -1.410653 -2.508919) (xy -1.410388 -2.507443) (xy -1.410196 -2.505944) (xy -1.41008 -2.504423)
				(xy -1.410039 -2.502881) (xy -1.41008 -2.501339) (xy -1.410197 -2.499818) (xy -1.410388 -2.498318)
				(xy -1.410653 -2.496843) (xy -1.410988 -2.495393) (xy -1.411393 -2.493972) (xy -1.411865 -2.49258)
				(xy -1.412402 -2.491219) (xy -1.413003 -2.489892) (xy -1.413665 -2.4886) (xy -1.414387 -2.487345)
				(xy -1.415166 -2.48613) (xy -1.416002 -2.484955) (xy -1.416892 -2.483823) (xy -1.417834 -2.482736)
				(xy -1.418826 -2.481695) (xy -1.419867 -2.480703) (xy -1.420954 -2.479761) (xy -1.422086 -2.478871)
				(xy -1.42326 -2.478036) (xy -1.424476 -2.477256) (xy -1.425731 -2.476534) (xy -1.427023 -2.475872)
				(xy -1.42835 -2.475271) (xy -1.42971 -2.474734) (xy -1.431102 -2.474262) (xy -1.432524 -2.473858)
				(xy -1.433973 -2.473522) (xy -1.435449 -2.473258) (xy -1.436948 -2.473066) (xy -1.43847 -2.472949)
				(xy -1.440011 -2.472908) (xy -1.441553 -2.472949) (xy -1.443075 -2.473066) (xy -1.444574 -2.473258)
				(xy -1.446049 -2.473522) (xy -1.447499 -2.473858) (xy -1.44892 -2.474262) (xy -1.450313 -2.474734)
				(xy -1.451673 -2.475271) (xy -1.453 -2.475872) (xy -1.454292 -2.476534) (xy -1.455547 -2.477256)
				(xy -1.456762 -2.478036) (xy -1.457937 -2.478872) (xy -1.459069 -2.479761) (xy -1.460156 -2.480703)
				(xy -1.461197 -2.481695) (xy -1.462189 -2.482736) (xy -1.463131 -2.483823) (xy -1.464021 -2.484955)
				(xy -1.464856 -2.48613) (xy -1.465636 -2.487346) (xy -1.466358 -2.4886) (xy -1.46702 -2.489892)
				(xy -1.467621 -2.491219) (xy -1.468158 -2.49258) (xy -1.46863 -2.493972) (xy -1.469034 -2.495394)
				(xy -1.46937 -2.496843) (xy -1.469635 -2.498318) (xy -1.469826 -2.499818) (xy -1.469943 -2.501339)
				(xy -1.469984 -2.502881) (xy -1.469985 -2.50361) (xy -1.469969 -2.504337) (xy -1.469935 -2.505064)
				(xy -1.469883 -2.505789) (xy -1.469814 -2.506512) (xy -1.469728 -2.507232) (xy -1.469624 -2.507951)
				(xy -1.469503 -2.508666) (xy -1.469364 -2.509378) (xy -1.469209 -2.510087) (xy -1.469036 -2.510792)
				(xy -1.468846 -2.511493) (xy -1.468639 -2.51219) (xy -1.468415 -2.512882) (xy -1.468174 -2.513568)
				(xy -1.467917 -2.51425) (xy -1.467918 -2.514508) (xy -1.467917 -2.514766) (xy -1.508224 -2.55094)
				(xy -1.955225 -2.55094) (xy -1.955225 -2.05588) (xy -1.985724 -2.05588) (xy -3.234217 -3.095093)
				(xy -3.235105 -3.094591) (xy -3.236008 -3.09412) (xy -3.236925 -3.093682) (xy -3.237854 -3.093275)
				(xy -3.238796 -3.0929) (xy -3.239749 -3.092557) (xy -3.240713 -3.092247) (xy -3.241687 -3.09197)
				(xy -3.242669 -3.091726) (xy -3.243659 -3.091515) (xy -3.244656 -3.091337) (xy -3.24566 -3.091193)
				(xy -3.246669 -3.091083) (xy -3.247682 -3.091007) (xy -3.2487 -3.090966) (xy -3.24972 -3.090959)
				(xy -3.251262 -3.090999) (xy -3.252783 -3.091116) (xy -3.254282 -3.091308) (xy -3.255758 -3.091572)
				(xy -3.257207 -3.091908) (xy -3.258629 -3.092312) (xy -3.260021 -3.092784) (xy -3.261382 -3.093321)
				(xy -3.262709 -3.093922) (xy -3.264 -3.094584) (xy -3.265255 -3.095306) (xy -3.266471 -3.096086)
				(xy -3.267645 -3.096922) (xy -3.268777 -3.097811) (xy -3.269865 -3.098753) (xy -3.270905 -3.099745)
				(xy -3.271898 -3.100786) (xy -3.272839 -3.101873) (xy -3.273729 -3.103005) (xy -3.274565 -3.10418)
				(xy -3.275345 -3.105396) (xy -3.276066 -3.10665) (xy -3.276729 -3.107942) (xy -3.277329 -3.109269)
				(xy -3.277866 -3.11063) (xy -3.278338 -3.112022) (xy -3.278743 -3.113443) (xy -3.279078 -3.114893)
				(xy -3.279343 -3.116368) (xy -3.279535 -3.117868) (xy -3.279652 -3.119389) (xy -3.279692 -3.120931)
				(xy -3.279668 -3.122352) (xy -3.279578 -3.123758) (xy -3.279425 -3.125146) (xy -3.279208 -3.126516)
				(xy -3.27893 -3.127867) (xy -3.278592 -3.129195) (xy -3.278196 -3.1305) (xy -3.277742 -3.13178)
				(xy -3.277232 -3.133034) (xy -3.276669 -3.13426) (xy -3.276052 -3.135456) (xy -3.275383 -3.136621)
				(xy -3.274665 -3.137753) (xy -3.273897 -3.13885) (xy -3.273082 -3.139912) (xy -3.272222 -3.140935)
				(xy -3.271316 -3.14192) (xy -3.270368 -3.142864) (xy -3.269377 -3.143766) (xy -3.268347 -3.144623)
				(xy -3.267277 -3.145435) (xy -3.266169 -3.1462) (xy -3.265026 -3.146916) (xy -3.263848 -3.147581)
				(xy -3.262636 -3.148195) (xy -3.261392 -3.148755) (xy -3.260118 -3.14926) (xy -3.258815 -3.149709)
				(xy -3.257483 -3.150099) (xy -3.256126 -3.150429) (xy -3.254743 -3.150698) (xy -3.253337 -3.150903)
				(xy -3.252885 -3.150927) (xy -3.252433 -3.150944) (xy -3.25198 -3.150954) (xy -3.251528 -3.150958)
				(xy -3.251076 -3.150954) (xy -3.250623 -3.150944) (xy -3.250171 -3.150927) (xy -3.249719 -3.150903)
				(xy -3.248216 -3.15089) (xy -3.246722 -3.150802) (xy -3.24524 -3.150641) (xy -3.243772 -3.150407)
				(xy -3.242321 -3.150101) (xy -3.24089 -3.149724) (xy -3.23948 -3.149279) (xy -3.238095 -3.148764)
				(xy -3.236736 -3.148182) (xy -3.235408 -3.147533) (xy -3.234111 -3.146819) (xy -3.232849 -3.14604)
				(xy -3.231625 -3.145198) (xy -3.23044 -3.144293) (xy -3.229297 -3.143327) (xy -3.228199 -3.142301)
				(xy -3.227154 -3.14122) (xy -3.226168 -3.140094) (xy -3.225244 -3.138925) (xy -3.224381 -3.137715)
				(xy -3.223581 -3.136466) (xy -3.222844 -3.135182) (xy -3.222173 -3.133865) (xy -3.221568 -3.132517)
				(xy -3.22103 -3.13114) (xy -3.22056 -3.129738) (xy -3.220159 -3.128313) (xy -3.219829 -3.126868)
				(xy -3.219569 -3.125404) (xy -3.219383 -3.123925) (xy -3.219269 -3.122433) (xy -3.219231 -3.120931)
				(xy -3.219231 -3.120305) (xy -3.219244 -3.119681) (xy -3.219271 -3.119057) (xy -3.21931 -3.118434)
				(xy -3.219362 -3.117812) (xy -3.219427 -3.117192) (xy -3.219596 -3.115957) (xy -3.219816 -3.11473)
				(xy -3.219945 -3.11412) (xy -3.220087 -3.113512) (xy -3.220242 -3.112908) (xy -3.220409 -3.112306)
				(xy -3.220588 -3.111708) (xy -3.220781 -3.111113) (xy -1.976412 -2.07345) (xy -1.976413 -2.560759)
				(xy -1.976367 -2.561241) (xy -1.9763 -2.561716) (xy -1.97621 -2.562183) (xy -1.9761 -2.562642) (xy -1.975968 -2.563092)
				(xy -1.975817 -2.563533) (xy -1.975646 -2.563964) (xy -1.975456 -2.564385) (xy -1.975247 -2.564795)
				(xy -1.97502 -2.565194) (xy -1.974776 -2.565581) (xy -1.974515 -2.565956) (xy -1.974238 -2.566318)
				(xy -1.973945 -2.566666) (xy -1.973637 -2.567001) (xy -1.973314 -2.567321) (xy -1.972977 -2.567626)
				(xy -1.972626 -2.567916) (xy -1.972263 -2.568189) (xy -1.971886 -2.568447) (xy -1.971498 -2.568687)
				(xy -1.971099 -2.56891) (xy -1.970688 -2.569114) (xy -1.970267 -2.5693) (xy -1.969837 -2.569468)
				(xy -1.969397 -2.569615) (xy -1.968948 -2.569743) (xy -1.968491 -2.569849) (xy -1.968027 -2.569935)
				(xy -1.967556 -2.569999) (xy -1.967078 -2.570041) (xy -1.966594 -2.57006) (xy -1.529928 -2.57006)
				(xy -2.766028 -3.674385) (xy -2.766859 -3.673914) (xy -2.767702 -3.673471) (xy -2.768558 -3.673055)
				(xy -2.769426 -3.672667) (xy -2.770305 -3.672306) (xy -2.771194 -3.671975) (xy -2.772092 -3.671671)
				(xy -2.773 -3.671396) (xy -2.773915 -3.67115) (xy -2.774838 -3.670933) (xy -2.775769 -3.670745)
				(xy -2.776705 -3.670587) (xy -2.777647 -3.670458) (xy -2.778593 -3.670359) (xy -2.779544 -3.67029)
				(xy -2.780498 -3.670251) (xy -2.78204 -3.670292) (xy -2.783561 -3.670409) (xy -2.785061 -3.6706)
				(xy -2.786536 -3.670865) (xy -2.787986 -3.6712) (xy -2.789407 -3.671605) (xy -2.790799 -3.672077)
				(xy -2.79216 -3.672614) (xy -2.793487 -3.673215) (xy -2.794779 -3.673877) (xy -2.796033 -3.674599)
				(xy -2.797249 -3.675379) (xy -2.798424 -3.676214) (xy -2.799556 -3.677104) (xy -2.800643 -3.678046)
				(xy -2.801684 -3.679038) (xy -2.802676 -3.680079) (xy -2.803618 -3.681166) (xy -2.804507 -3.682298)
				(xy -2.805343 -3.683473) (xy -2.806123 -3.684688) (xy -2.806845 -3.685943) (xy -2.807507 -3.687235)
				(xy -2.808108 -3.688562) (xy -2.808645 -3.689922) (xy -2.809117 -3.691314) (xy -2.809521 -3.692736)
				(xy -2.809857 -3.694186) (xy -2.810121 -3.695661) (xy -2.810313 -3.69716) (xy -2.81043 -3.698682)
				(xy -2.81047 -3.700224) (xy -2.81045 -3.701629) (xy -2.810365 -3.703019) (xy -2.810218 -3.704393)
				(xy -2.810009 -3.70575) (xy -2.80974 -3.707087) (xy -2.809413 -3.708403) (xy -2.809027 -3.709697)
				(xy -2.808586 -3.710967) (xy -2.80809 -3.712211) (xy -2.80754 -3.713428) (xy -2.806938 -3.714616)
				(xy -2.806285 -3.715775) (xy -2.805583 -3.716901) (xy -2.804833 -3.717994) (xy -2.804036 -3.719052)
				(xy -2.803193 -3.720074) (xy -2.802307 -3.721058) (xy -2.801378 -3.722002) (xy -2.800407 -3.722905)
				(xy -2.799396 -3.723766) (xy -2.798347 -3.724582) (xy -2.79726 -3.725352) (xy -2.796137 -3.726075)
				(xy -2.79498 -3.726749) (xy -2.793789 -3.727373) (xy -2.792566 -3.727945) (xy -2.791313 -3.728463)
				(xy -2.79003 -3.728926) (xy -2.788719 -3.729332) (xy -2.787381 -3.729681) (xy -2.786018 -3.729969)
				(xy -2.784632 -3.730196) (xy -2.784115 -3.730227) (xy -2.783599 -3.730249) (xy -2.783082 -3.730263)
				(xy -2.782565 -3.730267) (xy -2.782048 -3.730263) (xy -2.781531 -3.730249) (xy -2.781014 -3.730227)
				(xy -2.780498 -3.730196) (xy -2.778956 -3.730156) (xy -2.777434 -3.730039) (xy -2.775935 -3.729847)
				(xy -2.77446 -3.729582) (xy -2.77301 -3.729247) (xy -2.771588 -3.728842) (xy -2.770196 -3.72837)
				(xy -2.768836 -3.727833) (xy -2.767509 -3.727232) (xy -2.766217 -3.72657) (xy -2.764962 -3.725848)
				(xy -2.763747 -3.725069) (xy -2.762572 -3.724233) (xy -2.76144 -3.723343) (xy -2.760353 -3.722401)
				(xy -2.759312 -3.721409) (xy -2.75832 -3.720368) (xy -2.757378 -3.719281) (xy -2.756488 -3.718149)
				(xy -2.755652 -3.716974) (xy -2.754873 -3.715759) (xy -2.754151 -3.714504) (xy -2.753489 -3.713212)
				(xy -2.752888 -3.711885) (xy -2.752351 -3.710525) (xy -2.751879 -3.709133) (xy -2.751474 -3.707711)
				(xy -2.751139 -3.706262) (xy -2.750874 -3.704786) (xy -2.750683 -3.703287) (xy -2.750566 -3.701765)
				(xy -2.750525 -3.700224) (xy -2.750555 -3.699489) (xy -2.750602 -3.698756) (xy -2.750668 -3.698025)
				(xy -2.750751 -3.697297) (xy -2.750852 -3.696571) (xy -2.75097 -3.695848) (xy -2.751106 -3.695128)
				(xy -2.75126 -3.694412) (xy -2.751431 -3.693701) (xy -2.751619 -3.692993) (xy -2.751825 -3.69229)
				(xy -2.752047 -3.691592) (xy -2.752287 -3.690899) (xy -2.752544 -3.690211) (xy -2.752818 -3.68953)
				(xy -2.753109 -3.688855) (xy -1.501506 -2.57006) (xy -1.332007 -2.57006) (xy -2.439433 -3.846468)
				(xy -2.440084 -3.846221) (xy -2.44074 -3.845991) (xy -2.441401 -3.845775) (xy -2.442065 -3.845575)
				(xy -2.442734 -3.84539) (xy -2.443407 -3.845221) (xy -2.444084 -3.845068) (xy -2.444763 -3.844931)
				(xy -2.445446 -3.844809) (xy -2.446131 -3.844703) (xy -2.446819 -3.844612) (xy -2.447509 -3.844538)
				(xy -2.448201 -3.84448) (xy -2.448894 -3.844437) (xy -2.449589 -3.844411) (xy -2.450285 -3.844401)
				(xy -2.451788 -3.84444) (xy -2.45328 -3.844553) (xy -2.454759 -3.84474) (xy -2.456223 -3.844999)
				(xy -2.457668 -3.845329) (xy -2.459093 -3.84573) (xy -2.460495 -3.8462) (xy -2.461871 -3.846738)
				(xy -2.463219 -3.847344) (xy -2.464537 -3.848015) (xy -2.465821 -3.848751) (xy -2.46707 -3.849551)
				(xy -2.46828 -3.850414) (xy -2.469449 -3.851339) (xy -2.470575 -3.852324) (xy -2.471655 -3.85337)
				(xy -2.472682 -3.854468) (xy -2.473648 -3.85561) (xy -2.474553 -3.856795) (xy -2.475395 -3.85802)
				(xy -2.476174 -3.859282) (xy -2.476888 -3.860579) (xy -2.477536 -3.861907) (xy -2.478119 -3.863265)
				(xy -2.478633 -3.864651) (xy -2.479079 -3.86606) (xy -2.479455 -3.867492) (xy -2.479761 -3.868943)
				(xy -2.479995 -3.870411) (xy -2.480157 -3.871893) (xy -2.480245 -3.873387) (xy -2.480258 -3.87489)
				(xy -2.480217 -3.876432) (xy -2.4801 -3.877953) (xy -2.479909 -3.879453) (xy -2.479644 -3.880928)
				(xy -2.479309 -3.882377) (xy -2.478904 -3.883799) (xy -2.478432 -3.885191) (xy -2.477895 -3.886552)
				(xy -2.477294 -3.887879) (xy -2.476632 -3.889171) (xy -2.47591 -3.890425) (xy -2.47513 -3.891641)
				(xy -2.474295 -3.892816) (xy -2.473405 -3.893948) (xy -2.472463 -3.895035) (xy -2.471471 -3.896076)
				(xy -2.47043 -3.897068) (xy -2.469343 -3.89801) (xy -2.468211 -3.898899) (xy -2.467036 -3.899735)
				(xy -2.465821 -3.900515) (xy -2.464566 -3.901237) (xy -2.463274 -3.901899) (xy -2.461947 -3.9025)
				(xy -2.460586 -3.903037) (xy -2.459194 -3.903509) (xy -2.457773 -3.903913) (xy -2.456323 -3.904249)
				(xy -2.454848 -3.904513) (xy -2.453348 -3.904705) (xy -2.451827 -3.904822) (xy -2.450285 -3.904862)
				(xy -2.448743 -3.904822) (xy -2.447222 -3.904705) (xy -2.445722 -3.904513) (xy -2.444247 -3.904249)
				(xy -2.442797 -3.903913) (xy -2.441376 -3.903509) (xy -2.439984 -3.903037) (xy -2.438623 -3.9025)
				(xy -2.437296 -3.901899) (xy -2.436004 -3.901237) (xy -2.43475 -3.900515) (xy -2.433534 -3.899735)
				(xy -2.432359 -3.898899) (xy -2.431227 -3.89801) (xy -2.43014 -3.897068) (xy -2.429099 -3.896075)
				(xy -2.428107 -3.895035) (xy -2.427165 -3.893947) (xy -2.426276 -3.892816) (xy -2.42544 -3.891641)
				(xy -2.42466 -3.890425) (xy -2.423938 -3.889171) (xy -2.423276 -3.887879) (xy -2.422675 -3.886552)
				(xy -2.422138 -3.885191) (xy -2.421666 -3.883799) (xy -2.421262 -3.882377) (xy -2.420926 -3.880928)
				(xy -2.420662 -3.879452) (xy -2.42047 -3.877953) (xy -2.420353 -3.876432) (xy -2.420313 -3.87489)
				(xy -2.42032 -3.87387) (xy -2.420362 -3.872852) (xy -2.420437 -3.871839) (xy -2.420547 -3.87083)
				(xy -2.420691 -3.869826) (xy -2.420869 -3.868829) (xy -2.42108 -3.867839) (xy -2.421324 -3.866857)
				(xy -2.421602 -3.865884) (xy -2.421912 -3.86492) (xy -2.422254 -3.863967) (xy -2.422629 -3.863025)
				(xy -2.423036 -3.862095) (xy -2.423475 -3.861178) (xy -2.423945 -3.860275) (xy -2.424447 -3.859387)
				(xy -1.304102 -2.57006) (xy -1.137187 -2.57006) (xy -2.083383 -3.956539) (xy -2.084397 -3.956284)
				(xy -2.085419 -3.956064) (xy -2.086447 -3.955881) (xy -2.087481 -3.955733) (xy -2.088519 -3.955622)
				(xy -2.089561 -3.955547) (xy -2.090605 -3.955508) (xy -2.091651 -3.955505) (xy -2.093193 -3.955546)
				(xy -2.094714 -3.955662) (xy -2.096214 -3.955854) (xy -2.097689 -3.956119) (xy -2.099138 -3.956454)
				(xy -2.10056 -3.956859) (xy -2.101952 -3.957331) (xy -2.103313 -3.957868) (xy -2.10464 -3.958469)
				(xy -2.105932 -3.959131) (xy -2.107186 -3.959853) (xy -2.108402 -3.960632) (xy -2.109577 -3.961468)
				(xy -2.110709 -3.962358) (xy -2.111796 -3.9633) (xy -2.112836 -3.964292) (xy -2.113829 -3.965333)
				(xy -2.114771 -3.96642) (xy -2.11566 -3.967552) (xy -2.116496 -3.968727) (xy -2.117276 -3.969942)
				(xy -2.117998 -3.971197) (xy -2.11866 -3.972489) (xy -2.11926 -3.973816) (xy -2.119798 -3.975176)
				(xy -2.120269 -3.976568) (xy -2.120674 -3.97799) (xy -2.12101 -3.979439) (xy -2.121274 -3.980915)
				(xy -2.121466 -3.982414) (xy -2.121583 -3.983936) (xy -2.121623 -3.985477) (xy -2.121583 -3.987019)
				(xy -2.121466 -3.988541) (xy -2.121274 -3.99004) (xy -2.121009 -3.991515) (xy -2.120674 -3.992965)
				(xy -2.120269 -3.994387) (xy -2.119798 -3.995779) (xy -2.11926 -3.997139) (xy -2.11866 -3.998466)
				(xy -2.117998 -3.999758) (xy -2.117276 -4.001013) (xy -2.116496 -4.002228) (xy -2.11566 -4.003403)
				(xy -2.11477 -4.004535) (xy -2.113829 -4.005622) (xy -2.112836 -4.006663) (xy -2.111796 -4.007655)
				(xy -2.110708 -4.008597) (xy -2.109577 -4.009487) (xy -2.108402 -4.010323) (xy -2.107186 -4.011102)
				(xy -2.105932 -4.011824) (xy -2.10464 -4.012486) (xy -2.103313 -4.013087) (xy -2.101952 -4.013624)
				(xy -2.10056 -4.014096) (xy -2.099138 -4.014501) (xy -2.097689 -4.014836) (xy -2.096214 -4.015101)
				(xy -2.094714 -4.015292) (xy -2.093193 -4.015409) (xy -2.091651 -4.01545) (xy -2.090109 -4.015409)
				(xy -2.088588 -4.015292) (xy -2.087088 -4.015101) (xy -2.085613 -4.014836) (xy -2.084163 -4.014501)
				(xy -2.082742 -4.014096) (xy -2.08135 -4.013624) (xy -2.079989 -4.013087) (xy -2.078662 -4.012486)
				(xy -2.07737 -4.011824) (xy -2.076116 -4.011102) (xy -2.0749 -4.010322) (xy -2.073725 -4.009487)
				(xy -2.072593 -4.008597) (xy -2.071506 -4.007655) (xy -2.070465 -4.006663) (xy -2.069473 -4.005622)
				(xy -2.068531 -4.004535) (xy -2.067642 -4.003403) (xy -2.066806 -4.002228) (xy -2.066026 -4.001013)
				(xy -2.065304 -3.999758) (xy -2.064642 -3.998466) (xy -2.064041 -3.997139) (xy -2.063504 -3.995779)
				(xy -2.063032 -3.994387) (xy -2.062628 -3.992965) (xy -2.062292 -3.991515) (xy -2.062028 -3.99004)
				(xy -2.061836 -3.988541) (xy -2.061719 -3.987019) (xy -2.061679 -3.985478) (xy -2.061691 -3.98422)
				(xy -2.061756 -3.982967) (xy -2.061872 -3.981722) (xy -2.06204 -3.980485) (xy -2.062259 -3.979259)
				(xy -2.062529 -3.978044) (xy -2.062848 -3.976842) (xy -2.063216 -3.975655) (xy -2.063634 -3.974484)
				(xy -2.064099 -3.973331) (xy -2.064613 -3.972198) (xy -2.065174 -3.971085) (xy -2.065781 -3.969995)
				(xy -2.066435 -3.968928) (xy -2.067135 -3.967888) (xy -2.06788 -3.966874) (xy -1.11445 -2.57006)
				(xy -0.946502 -2.57006) (xy -1.733016 -4.045939) (xy -1.733468 -4.045915) (xy -1.733921 -4.045898)
				(xy -1.734373 -4.045888) (xy -1.734825 -4.045884) (xy -1.735277 -4.045888) (xy -1.73573 -4.045898)
				(xy -1.736182 -4.045915) (xy -1.736634 -4.045939) (xy -1.738176 -4.045979) (xy -1.739697 -4.046096)
				(xy -1.741196 -4.046288) (xy -1.742672 -4.046552) (xy -1.744121 -4.046888) (xy -1.745543 -4.047293)
				(xy -1.746935 -4.047764) (xy -1.748296 -4.048302) (xy -1.749623 -4.048902) (xy -1.750914 -4.049564)
				(xy -1.752169 -4.050286) (xy -1.753385 -4.051066) (xy -1.754559 -4.051902) (xy -1.755691 -4.052792)
				(xy -1.756779 -4.053734) (xy -1.757819 -4.054726) (xy -1.758812 -4.055766) (xy -1.759753 -4.056854)
				(xy -1.760643 -4.057986) (xy -1.761479 -4.05916) (xy -1.762259 -4.060376) (xy -1.76298 -4.061631)
				(xy -1.763643 -4.062922) (xy -1.764243 -4.06425) (xy -1.76478 -4.06561) (xy -1.765252 -4.067002)
				(xy -1.765657 -4.068424) (xy -1.765992 -4.069873) (xy -1.766257 -4.071349) (xy -1.766449 -4.072848)
				(xy -1.766566 -4.07437) (xy -1.766606 -4.075911) (xy -1.766565 -4.077453) (xy -1.766449 -4.078975)
				(xy -1.766257 -4.080474) (xy -1.765992 -4.081949) (xy -1.765657 -4.083399) (xy -1.765252 -4.08482)
				(xy -1.76478 -4.086213) (xy -1.764243 -4.087573) (xy -1.763643 -4.0889) (xy -1.76298 -4.090192)
				(xy -1.762258 -4.091447) (xy -1.761479 -4.092662) (xy -1.760643 -4.093837) (xy -1.759753 -4.094969)
				(xy -1.758811 -4.096056) (xy -1.757819 -4.097097) (xy -1.756778 -4.098089) (xy -1.755691 -4.099031)
				(xy -1.754559 -4.099921) (xy -1.753385 -4.100756) (xy -1.752169 -4.101536) (xy -1.750914 -4.102258)
				(xy -1.749623 -4.10292) (xy -1.748295 -4.103521) (xy -1.746935 -4.104058) (xy -1.745543 -4.10453)
				(xy -1.744121 -4.104935) (xy -1.742672 -4.10527) (xy -1.741196 -4.105535) (xy -1.739697 -4.105726)
				(xy -1.738176 -4.105843) (xy -1.736634 -4.105884) (xy -1.735092 -4.105843) (xy -1.73357 -4.105726)
				(xy -1.732071 -4.105535) (xy -1.730596 -4.10527) (xy -1.729146 -4.104934) (xy -1.727725 -4.10453)
				(xy -1.726333 -4.104058) (xy -1.724972 -4.103521) (xy -1.723645 -4.10292) (xy -1.722353 -4.102258)
				(xy -1.721098 -4.101536) (xy -1.719883 -4.100756) (xy -1.718708 -4.099921) (xy -1.717576 -4.099031)
				(xy -1.716489 -4.098089) (xy -1.715448 -4.097097) (xy -1.714456 -4.096056) (xy -1.713514 -4.094969)
				(xy -1.712624 -4.093837) (xy -1.711789 -4.092662) (xy -1.711009 -4.091447) (xy -1.710287 -4.090192)
				(xy -1.709625 -4.0889) (xy -1.709024 -4.087573) (xy -1.708487 -4.086212) (xy -1.708015 -4.08482)
				(xy -1.70761 -4.083399) (xy -1.707275 -4.081949) (xy -1.70701 -4.080474) (xy -1.706819 -4.078975)
				(xy -1.706702 -4.077453) (xy -1.706661 -4.075911) (xy -1.706673 -4.074439) (xy -1.706756 -4.072974)
				(xy -1.70691 -4.071521) (xy -1.707134 -4.070081) (xy -1.707427 -4.068657) (xy -1.707788 -4.067251)
				(xy -1.708216 -4.065866) (xy -1.70871 -4.064504) (xy -1.709269 -4.063167) (xy -1.709892 -4.061858)
				(xy -1.710579 -4.060579) (xy -1.711328 -4.059333) (xy -1.712139 -4.058122) (xy -1.71301 -4.056949)
				(xy -1.71394 -4.055815) (xy -1.71493 -4.054724) (xy -0.923764 -2.57006) (xy -0.756849 -2.57006)
				(xy -1.383684 -4.118286) (xy -1.383943 -4.118283) (xy -1.384201 -4.118281) (xy -1.384459 -4.118283)
				(xy -1.384718 -4.118286) (xy -1.386259 -4.118326) (xy -1.387781 -4.118443) (xy -1.38928 -4.118635)
				(xy -1.390756 -4.1189) (xy -1.392205 -4.119235) (xy -1.393627 -4.11964) (xy -1.395019 -4.120111)
				(xy -1.396379 -4.120649) (xy -1.397707 -4.121249) (xy -1.398998 -4.121912) (xy -1.400253 -4.122633)
				(xy -1.401469 -4.123413) (xy -1.402643 -4.124249) (xy -1.403775 -4.125139) (xy -1.404863 -4.126081)
				(xy -1.405903 -4.127073) (xy -1.406895 -4.128113) (xy -1.407837 -4.129201) (xy -1.408727 -4.130333)
				(xy -1.409563 -4.131507) (xy -1.410343 -4.132723) (xy -1.411064 -4.133978) (xy -1.411727 -4.135269)
				(xy -1.412327 -4.136597) (xy -1.412864 -4.137957) (xy -1.413336 -4.139349) (xy -1.413741 -4.140771)
				(xy -1.414076 -4.14222) (xy -1.414341 -4.143696) (xy -1.414532 -4.145195) (xy -1.414649 -4.146716)
				(xy -1.41469 -4.148258) (xy -1.41467 -4.149663) (xy -1.414585 -4.151054) (xy -1.414438 -4.152428)
				(xy -1.414229 -4.153784) (xy -1.41396 -4.155121) (xy -1.413632 -4.156438) (xy -1.413247 -4.157731)
				(xy -1.412806 -4.159001) (xy -1.412309 -4.160245) (xy -1.41176 -4.161462) (xy -1.411158 -4.162651)
				(xy -1.410505 -4.163809) (xy -1.409803 -4.164936) (xy -1.409053 -4.166029) (xy -1.408256 -4.167087)
				(xy -1.407413 -4.168109) (xy -1.406527 -4.169092) (xy -1.405598 -4.170037) (xy -1.404627 -4.17094)
				(xy -1.403616 -4.1718) (xy -1.402567 -4.172616) (xy -1.40148 -4.173387) (xy -1.400357 -4.17411)
				(xy -1.3992 -4.174784) (xy -1.398009 -4.175408) (xy -1.396786 -4.175979) (xy -1.395532 -4.176498)
				(xy -1.39425 -4.176961) (xy -1.392939 -4.177367) (xy -1.391601 -4.177715) (xy -1.390238 -4.178004)
				(xy -1.388852 -4.178231) (xy -1.388335 -4.178262) (xy -1.387819 -4.178284) (xy -1.387302 -4.178297)
				(xy -1.386785 -4.178302) (xy -1.386267 -4.178297) (xy -1.38575 -4.178284) (xy -1.385234 -4.178262)
				(xy -1.384717 -4.178231) (xy -1.383175 -4.17819) (xy -1.381654 -4.178073) (xy -1.380155 -4.177881)
				(xy -1.378679 -4.177617) (xy -1.37723 -4.177281) (xy -1.375808 -4.176877) (xy -1.374416 -4.176405)
				(xy -1.373055 -4.175868) (xy -1.371728 -4.175267) (xy -1.370437 -4.174605) (xy -1.369182 -4.173883)
				(xy -1.367966 -4.173103) (xy -1.366792 -4.172268) (xy -1.36566 -4.171378) (xy -1.364572 -4.170436)
				(xy -1.363532 -4.169444) (xy -1.362539 -4.168403) (xy -1.361598 -4.167316) (xy -1.360708 -4.166184)
				(xy -1.359872 -4.165009) (xy -1.359092 -4.163793) (xy -1.358371 -4.162539) (xy -1.357708 -4.161247)
				(xy -1.357108 -4.15992) (xy -1.356571 -4.158559) (xy -1.356099 -4.157167) (xy -1.355694 -4.155746)
				(xy -1.355359 -4.154296) (xy -1.355094 -4.152821) (xy -1.354902 -4.151321) (xy -1.354785 -4.1498)
				(xy -1.354745 -4.148258) (xy -1.354786 -4.146677) (xy -1.354908 -4.145108) (xy -1.355112 -4.143554)
				(xy -1.355396 -4.142017) (xy -1.355759 -4.140502) (xy -1.356198 -4.13901) (xy -1.356714 -4.137545)
				(xy -1.357305 -4.136109) (xy -1.357968 -4.134706) (xy -1.358704 -4.133339) (xy -1.359511 -4.132009)
				(xy -1.360388 -4.130721) (xy -1.361333 -4.129476) (xy -1.362344 -4.128279) (xy -1.363422 -4.127132)
				(xy -1.364564 -4.126037) (xy -0.736695 -2.57006) (xy -0.569263 -2.57006) (xy -1.036944 -4.17358)
				(xy -1.038447 -4.173671) (xy -1.039929 -4.173834) (xy -1.041388 -4.174068) (xy -1.042821 -4.174371)
				(xy -1.044229 -4.174741) (xy -1.045608 -4.175177) (xy -1.046957 -4.175675) (xy -1.048274 -4.176236)
				(xy -1.049558 -4.176857) (xy -1.050806 -4.177535) (xy -1.052018 -4.17827) (xy -1.053191 -4.17906)
				(xy -1.054324 -4.179902) (xy -1.055414 -4.180796) (xy -1.056461 -4.181738) (xy -1.057462 -4.182728)
				(xy -1.058416 -4.183764) (xy -1.059321 -4.184843) (xy -1.060175 -4.185965) (xy -1.060976 -4.187126)
				(xy -1.061724 -4.188327) (xy -1.062415 -4.189563) (xy -1.063049 -4.190835) (xy -1.063624 -4.19214)
				(xy -1.064137 -4.193475) (xy -1.064587 -4.194841) (xy -1.064973 -4.196234) (xy -1.065293 -4.197653)
				(xy -1.065544 -4.199096) (xy -1.065726 -4.200561) (xy -1.065837 -4.202047) (xy -1.065874 -4.203552)
				(xy -1.065854 -4.204957) (xy -1.065769 -4.206347) (xy -1.065622 -4.207722) (xy -1.065413 -4.209078)
				(xy -1.065144 -4.210415) (xy -1.064816 -4.211731) (xy -1.064431 -4.213025) (xy -1.06399 -4.214295)
				(xy -1.063493 -4.215539) (xy -1.062944 -4.216756) (xy -1.062342 -4.217945) (xy -1.061689 -4.219103)
				(xy -1.060987 -4.220229) (xy -1.060237 -4.221322) (xy -1.05944 -4.222381) (xy -1.058597 -4.223402)
				(xy -1.057711 -4.224386) (xy -1.056782 -4.22533) (xy -1.055811 -4.226233) (xy -1.0548 -4.227094)
				(xy -1.053751 -4.22791) (xy -1.052664 -4.228681) (xy -1.051541 -4.229404) (xy -1.050384 -4.230078)
				(xy -1.049193 -4.230702) (xy -1.04797 -4.231273) (xy -1.046717 -4.231791) (xy -1.045434 -4.232254)
				(xy -1.044123 -4.232661) (xy -1.042785 -4.233009) (xy -1.041422 -4.233297) (xy -1.040036 -4.233524)
				(xy -1.039519 -4.233556) (xy -1.039003 -4.233578) (xy -1.038486 -4.233591) (xy -1.037969 -4.233596)
				(xy -1.037452 -4.233591) (xy -1.036935 -4.233578) (xy -1.036418 -4.233556) (xy -1.035901 -4.233524)
				(xy -1.03436 -4.233484) (xy -1.032838 -4.233367) (xy -1.031339 -4.233175) (xy -1.029863 -4.232911)
				(xy -1.028414 -4.232575) (xy -1.026992 -4.232171) (xy -1.0256 -4.231699) (xy -1.02424 -4.231162)
				(xy -1.022912 -4.230561) (xy -1.021621 -4.229899) (xy -1.020366 -4.229177) (xy -1.01915 -4.228397)
				(xy -1.017976 -4.227561) (xy -1.016844 -4.226672) (xy -1.015756 -4.22573) (xy -1.014716 -4.224737)
				(xy -1.013724 -4.223697) (xy -1.012782 -4.22261) (xy -1.011892 -4.221478) (xy -1.011056 -4.220303)
				(xy -1.010277 -4.219087) (xy -1.009555 -4.217833) (xy -1.008892 -4.216541) (xy -1.008292 -4.215214)
				(xy -1.007755 -4.213853) (xy -1.007283 -4.212461) (xy -1.006878 -4.211039) (xy -1.006543 -4.20959)
				(xy -1.006278 -4.208115) (xy -1.006087 -4.206615) (xy -1.00597 -4.205094) (xy -1.005929 -4.203552)
				(xy -1.006007 -4.20174) (xy -1.006192 -4.199947) (xy -1.006483 -4.198179) (xy -1.006877 -4.196438)
				(xy -1.007372 -4.19473) (xy -1.007966 -4.193058) (xy -1.008656 -4.191426) (xy -1.009441 -4.18984)
				(xy -1.010318 -4.188302) (xy -1.011285 -4.186818) (xy -1.012339 -4.185391) (xy -1.013479 -4.184026)
				(xy -1.014702 -4.182726) (xy -1.016006 -4.181497) (xy -1.017389 -4.180341) (xy -1.018848 -4.179264)
				(xy -0.549627 -2.57006) (xy -0.382195 -2.57006) (xy -0.693804 -4.212854) (xy -0.695173 -4.213077)
				(xy -0.696519 -4.213361) (xy -0.69784 -4.213703) (xy -0.699136 -4.214102) (xy -0.700404 -4.214556)
				(xy -0.701644 -4.215064) (xy -0.702855 -4.215624) (xy -0.704034 -4.216236) (xy -0.705181 -4.216897)
				(xy -0.706295 -4.217605) (xy -0.707373 -4.21836) (xy -0.708415 -4.219161) (xy -0.70942 -4.220004)
				(xy -0.710386 -4.22089) (xy -0.711312 -4.221816) (xy -0.712196 -4.222781) (xy -0.713038 -4.223783)
				(xy -0.713835 -4.224822) (xy -0.714588 -4.225895) (xy -0.715293 -4.227001) (xy -0.715951 -4.228139)
				(xy -0.716559 -4.229306) (xy -0.717116 -4.230503) (xy -0.717622 -4.231726) (xy -0.718074 -4.232975)
				(xy -0.718472 -4.234248) (xy -0.718815 -4.235544) (xy -0.7191 -4.236861) (xy -0.719326 -4.238197)
				(xy -0.719493 -4.239552) (xy -0.719599 -4.240923) (xy -0.719642 -4.242309) (xy -0.719618 -4.24373)
				(xy -0.719529 -4.245136) (xy -0.719375 -4.246525) (xy -0.719158 -4.247895) (xy -0.71888 -4.249245)
				(xy -0.718542 -4.250573) (xy -0.718146 -4.251878) (xy -0.717692 -4.253159) (xy -0.717183 -4.254412)
				(xy -0.716619 -4.255638) (xy -0.716002 -4.256834) (xy -0.715333 -4.257999) (xy -0.714615 -4.259131)
				(xy -0.713847 -4.260229) (xy -0.713033 -4.26129) (xy -0.712172 -4.262314) (xy -0.711266 -4.263299)
				(xy -0.710318 -4.264243) (xy -0.709327 -4.265144) (xy -0.708297 -4.266002) (xy -0.707227 -4.266813)
				(xy -0.70612 -4.267578) (xy -0.704976 -4.268294) (xy -0.703798 -4.26896) (xy -0.702586 -4.269574)
				(xy -0.701342 -4.270134) (xy -0.700068 -4.270639) (xy -0.698765 -4.271087) (xy -0.697433 -4.271477)
				(xy -0.696076 -4.271807) (xy -0.694693 -4.272076) (xy -0.693287 -4.272282) (xy -0.692835 -4.272306)
				(xy -0.692383 -4.272323) (xy -0.691931 -4.272333) (xy -0.691478 -4.272336) (xy -0.691026 -4.272333)
				(xy -0.690574 -4.272323) (xy -0.690121 -4.272305) (xy -0.68967 -4.272282) (xy -0.688128 -4.272241)
				(xy -0.686606 -4.272124) (xy -0.685107 -4.271932) (xy -0.683632 -4.271668) (xy -0.682182 -4.271332)
				(xy -0.680761 -4.270928) (xy -0.679368 -4.270456) (xy -0.678008 -4.269919) (xy -0.676681 -4.269318)
				(xy -0.675389 -4.268656) (xy -0.674134 -4.267934) (xy -0.672919 -4.267154) (xy -0.671744 -4.266319)
				(xy -0.670612 -4.265429) (xy -0.669525 -4.264487) (xy -0.668484 -4.263495) (xy -0.667492 -4.262454)
				(xy -0.66655 -4.261367) (xy -0.66566 -4.260235) (xy -0.664825 -4.25906) (xy -0.664045 -4.257844)
				(xy -0.663323 -4.25659) (xy -0.662661 -4.255298) (xy -0.66206 -4.253971) (xy -0.661523 -4.25261)
				(xy -0.661051 -4.251218) (xy -0.660647 -4.249797) (xy -0.660311 -4.248347) (xy -0.660047 -4.246872)
				(xy -0.659855 -4.245373) (xy -0.659738 -4.243851) (xy -0.659698 -4.242309) (xy -0.659719 -4.241312)
				(xy -0.659772 -4.24032) (xy -0.659858 -4.239335) (xy -0.659976 -4.238356) (xy -0.660126 -4.237385)
				(xy -0.660307 -4.236422) (xy -0.660519 -4.235468) (xy -0.660761 -4.234524) (xy -0.661033 -4.233589)
				(xy -0.661335 -4.232666) (xy -0.661666 -4.231754) (xy -0.662026 -4.230855) (xy -0.662414 -4.229968)
				(xy -0.662831 -4.229095) (xy -0.663275 -4.228236) (xy -0.663746 -4.227393) (xy -0.664245 -4.226564)
				(xy -0.664769 -4.225752) (xy -0.66532 -4.224957) (xy -0.665897 -4.22418) (xy -0.666499 -4.223421)
				(xy -0.667126 -4.222681) (xy -0.667778 -4.22196) (xy -0.668454 -4.22126) (xy -0.669153 -4.220581)
				(xy -0.669876 -4.219924) (xy -0.670622 -4.219288) (xy -0.671391 -4.218676) (xy -0.672182 -4.218088)
				(xy -0.672994 -4.217524) (xy -0.673828 -4.216985) (xy -0.674684 -4.216471) (xy -0.362041 -2.57006)
				(xy -0.195643 -2.57006) (xy -0.351189 -4.236108) (xy -0.352461 -4.236431) (xy -0.353708 -4.236805)
				(xy -0.35493 -4.23723) (xy -0.356124 -4.237705) (xy -0.357291 -4.238227) (xy -0.358429 -4.238796)
				(xy -0.359537 -4.239409) (xy -0.360614 -4.240067) (xy -0.36166 -4.240768) (xy -0.362672 -4.241509)
				(xy -0.364592 -4.243111) (xy -0.366368 -4.244862) (xy -0.367991 -4.246751) (xy -0.369452 -4.248767)
				(xy -0.370742 -4.250901) (xy -0.371855 -4.253141) (xy -0.372341 -4.254298) (xy -0.37278 -4.255477)
				(xy -0.37317 -4.256677) (xy -0.37351 -4.257898) (xy -0.373799 -4.259137) (xy -0.374036 -4.260393)
				(xy -0.37422 -4.261665) (xy -0.37435 -4.262952) (xy -0.374425 -4.264252) (xy -0.374444 -4.265564)
				(xy -0.37442 -4.266985) (xy -0.37433 -4.26839) (xy -0.374176 -4.269779) (xy -0.37396 -4.271149)
				(xy -0.373682 -4.272499) (xy -0.373344 -4.273828) (xy -0.372947 -4.275133) (xy -0.372494 -4.276413)
				(xy -0.371984 -4.277667) (xy -0.37142 -4.278892) (xy -0.370803 -4.280088) (xy -0.370135 -4.281253)
				(xy -0.369416 -4.282385) (xy -0.368649 -4.283483) (xy -0.367834 -4.284544) (xy -0.366973 -4.285568)
				(xy -0.366068 -4.286553) (xy -0.365119 -4.287497) (xy -0.364129 -4.288398) (xy -0.363098 -4.289256)
				(xy -0.362029 -4.290068) (xy -0.360921 -4.290833) (xy -0.359778 -4.291549) (xy -0.3586 -4.292214)
				(xy -0.357388 -4.292828) (xy -0.356144 -4.293388) (xy -0.35487 -4.293893) (xy -0.353566 -4.294342)
				(xy -0.352235 -4.294732) (xy -0.350878 -4.295062) (xy -0.349495 -4.29533) (xy -0.348089 -4.295536)
				(xy -0.347637 -4.29556) (xy -0.347185 -4.295577) (xy -0.346732 -4.295587) (xy -0.34628 -4.295591)
				(xy -0.345828 -4.295587) (xy -0.345375 -4.295577) (xy -0.344923 -4.29556) (xy -0.344471 -4.295536)
				(xy -0.342929 -4.295496) (xy -0.341408 -4.295379) (xy -0.339908 -4.295187) (xy -0.338433 -4.294922)
				(xy -0.336984 -4.294587) (xy -0.335562 -4.294182) (xy -0.33417 -4.29371) (xy -0.332809 -4.293173)
				(xy -0.331482 -4.292572) (xy -0.33019 -4.29191) (xy -0.328936 -4.291188) (xy -0.32772 -4.290409)
				(xy -0.326545 -4.289573) (xy -0.325414 -4.288683) (xy -0.324326 -4.287741) (xy -0.323286 -4.286749)
				(xy -0.322293 -4.285708) (xy -0.321352 -4.284621) (xy -0.320462 -4.283489) (xy -0.319626 -4.282314)
				(xy -0.318846 -4.281099) (xy -0.318125 -4.279844) (xy -0.317462 -4.278552) (xy -0.316862 -4.277225)
				(xy -0.316325 -4.275865) (xy -0.315853 -4.274473) (xy -0.315448 -4.273051) (xy -0.315113 -4.271602)
				(xy -0.314848 -4.270126) (xy -0.314657 -4.268627) (xy -0.31454 -4.267105) (xy -0.314499 -4.265564)
				(xy -0.314525 -4.26449) (xy -0.314589 -4.263424) (xy -0.31469 -4.262365) (xy -0.314828 -4.261315)
				(xy -0.315002 -4.260275) (xy -0.315213 -4.259244) (xy -0.315458 -4.258225) (xy -0.315738 -4.257218)
				(xy -0.316052 -4.256223) (xy -0.3164 -4.255241) (xy -0.316782 -4.254274) (xy -0.317196 -4.253322)
				(xy -0.317642 -4.252385) (xy -0.31812 -4.251466) (xy -0.318629 -4.250564) (xy -0.319169 -4.24968)
				(xy -0.319739 -4.248815) (xy -0.320338 -4.247971) (xy -0.320967 -4.247147) (xy -0.321624 -4.246344)
				(xy -0.322309 -4.245564) (xy -0.323022 -4.244807) (xy -0.323762 -4.244075) (xy -0.324528 -4.243366)
				(xy -0.32532 -4.242684) (xy -0.326138 -4.242028) (xy -0.326981 -4.241399) (xy -0.327848 -4.240798)
				(xy -0.32874 -4.240226) (xy -0.329654 -4.239684) (xy -0.330592 -4.239172) (xy -0.331552 -4.238692)
				(xy -0.176006 -2.57006) (xy -0.009608 -2.57006) (xy -0.009608 -4.244893) (xy -0.011828 -4.245764)
				(xy -0.013948 -4.246796) (xy -0.015962 -4.247979) (xy -0.017864 -4.249306) (xy -0.019649 -4.250768)
				(xy -0.021309 -4.252357) (xy -0.02284 -4.254063) (xy -0.024234 -4.255878) (xy -0.025486 -4.257795)
				(xy -0.02659 -4.259803) (xy -0.027539 -4.261896) (xy -0.028329 -4.264063) (xy -0.028952 -4.266298)
				(xy -0.029402 -4.26859) (xy -0.029674 -4.270932) (xy -0.029762 -4.273315) (xy -0.029742 -4.27472)
				(xy -0.029657 -4.276111) (xy -0.02951 -4.277485) (xy -0.029301 -4.278841) (xy -0.029032 -4.280178)
				(xy -0.028704 -4.281495) (xy -0.028319 -4.282788) (xy -0.027877 -4.284058) (xy -0.027381 -4.285302)
				(xy -0.026831 -4.286519) (xy -0.02623 -4.287708) (xy -0.025577 -4.288866) (xy -0.024875 -4.289993)
				(xy -0.024125 -4.291086) (xy -0.023327 -4.292144) (xy -0.022485 -4.293166) (xy -0.021599 -4.294149)
				(xy -0.020669 -4.295094) (xy -0.019699 -4.295997) (xy -0.018688 -4.296857) (xy -0.017639 -4.297673)
				(xy -0.016552 -4.298444) (xy -0.015429 -4.299167) (xy -0.014271 -4.299841) (xy -0.013081 -4.300465)
				(xy -0.011858 -4.301036) (xy -0.010604 -4.301555) (xy -0.009321 -4.302018) (xy -0.00801 -4.302424)
				(xy -0.006673 -4.302772) (xy -0.00531 -4.30306) (xy -0.003923 -4.303287) (xy -0.003407 -4.303319)
				(xy -0.00289 -4.303341) (xy -0.002373 -4.303354) (xy -0.001856 -4.303359)
			)
			(stroke
				(width 0)
				(type solid)
			)
			(fill yes)
			(layer "User.1")
			(uuid "46465417-1205-4149-af1c-70ab992430d2")
		)
		(pad "1" smd circle
			(at -4 5.25)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 2 "/ctrl_ena")
			(pinfunction "ctrl_ena")
			(pintype "input")
			(uuid "9f525f90-1428-469d-894c-dd8f99a8b719")
		)
		(pad "1" smd custom
			(at -4 5.25)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 2 "/ctrl_ena")
			(pinfunction "ctrl_ena")
			(pintype "input")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_poly
					(pts
						(xy 1.531628 -1.824045) (xy 1.03295 -1.131063) (xy 0.861725 -0.909765) (xy 0.566129 -0.537351)
						(xy 0.266361 -0.164912) (xy 0.152475 -0.025899) (xy 0.082621 0.056461) (xy 0.081605 0.057894)
						(xy 0.080565 0.059303) (xy 0.079502 0.06069) (xy 0.078416 0.062056) (xy 0.077307 0.063401) (xy 0.076173 0.064725)
						(xy 0.075017 0.066029) (xy 0.073836 0.067313) (xy 0.07019 0.0711) (xy 0.06637 0.074673) (xy 0.062385 0.078028)
						(xy 0.058244 0.081161) (xy 0.053957 0.084066) (xy 0.049535 0.086742) (xy 0.044986 0.089182) (xy 0.04032 0.091383)
						(xy 0.035546 0.09334) (xy 0.030675 0.09505) (xy 0.025717 0.096507) (xy 0.020679 0.097709) (xy 0.015573 0.09865)
						(xy 0.010408 0.099327) (xy 0.005193 0.099734) (xy -0.000061 0.099869) (xy -0.005188 0.099726)
						(xy -0.010247 0.099328) (xy -0.015233 0.098684) (xy -0.020138 0.097797) (xy -0.024958 0.096675)
						(xy -0.029685 0.095324) (xy -0.034313 0.09375) (xy -0.038837 0.091959) (xy -0.04325 0.089958)
						(xy -0.047545 0.087752) (xy -0.051717 0.085349) (xy -0.05576 0.082753) (xy -0.059666 0.079972)
						(xy -0.06343 0.077012) (xy -0.067046 0.073878) (xy -0.070508 0.070577) (xy -0.073809 0.067116)
						(xy -0.076942 0.0635) (xy -0.079903 0.059736) (xy -0.082684 0.055829) (xy -0.085279 0.051787)
						(xy -0.087683 0.047615) (xy -0.089888 0.04332) (xy -0.091889 0.038907) (xy -0.09368 0.034384)
						(xy -0.095254 0.029756) (xy -0.096605 0.025029) (xy -0.097726 0.020209) (xy -0.098613 0.015304)
						(xy -0.099257 0.010319) (xy -0.099654 0.00526) (xy -0.099797 0.000134) (xy -0.099752 -0.003699)
						(xy -0.099561 -0.007517) (xy -0.099225 -0.011316) (xy -0.098745 -0.015093) (xy -0.098123 -0.018843)
						(xy -0.09736 -0.022564) (xy -0.096457 -0.02625) (xy -0.095415 -0.029897) (xy -0.094235 -0.033503)
						(xy -0.092919 -0.037062) (xy -0.091468 -0.040572) (xy -0.089883 -0.044027) (xy -0.088165 -0.047424)
						(xy -0.086315 -0.050759) (xy -0.084336 -0.054029) (xy -0.082227 -0.057228) (xy -0.020439 -0.139472)
						(xy 0.089234 -0.279382) (xy 0.388966 -0.655134) (xy 0.867069 -1.250953) (xy 1.392102 -1.921196)
					)
					(width 0)
					(fill yes)
				)
			)
			(uuid "83b6c55f-6a2b-4bab-931c-df31cb90006c")
		)
		(pad "2" smd circle
			(at -3.5 5.25)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 3 "/ctrl_sel_inc")
			(pinfunction "ctrl_sel_inc")
			(pintype "input")
			(uuid "6f7fb9c6-99eb-45fb-b3e4-52af07ee274d")
		)
		(pad "2" smd custom
			(at -3.5 5.25)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 3 "/ctrl_sel_inc")
			(pinfunction "ctrl_sel_inc")
			(pintype "input")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_poly
					(pts
						(xy 1.352539 -1.697954) (xy 0.90037 -0.949679) (xy 0.849162 -0.877951) (xy 0.757086 -0.759315)
						(xy 0.502862 -0.444185) (xy 0.242754 -0.130008) (xy 0.143322 -0.012565) (xy 0.081815 0.057494)
						(xy 0.080745 0.058975) (xy 0.079648 0.060439) (xy 0.078524 0.061887) (xy 0.077374 0.063317) (xy 0.076198 0.06473)
						(xy 0.074996 0.066126) (xy 0.073768 0.067504) (xy 0.072514 0.068863) (xy 0.068893 0.072474) (xy 0.065111 0.07588)
						(xy 0.061175 0.079076) (xy 0.057096 0.082059) (xy 0.052882 0.084826) (xy 0.048542 0.087372) (xy 0.044085 0.089693)
						(xy 0.039519 0.091787) (xy 0.034854 0.093649) (xy 0.030099 0.095274) (xy 0.025262 0.096661) (xy 0.020352 0.097804)
						(xy 0.015379 0.0987) (xy 0.010351 0.099346) (xy 0.005277 0.099736) (xy 0.000167 0.099869) (xy -0.004979 0.099752)
						(xy -0.010058 0.099378) (xy -0.015064 0.098755) (xy -0.019991 0.097888) (xy -0.024831 0.096784)
						(xy -0.02958 0.095449) (xy -0.03423 0.093888) (xy -0.038775 0.09211) (xy -0.04321 0.090118) (xy -0.047527 0.087921)
						(xy -0.05172 0.085524) (xy -0.055784 0.082933) (xy -0.059711 0.080156) (xy -0.063497 0.077197)
						(xy -0.067133 0.074063) (xy -0.070614 0.070761) (xy -0.073934 0.067297) (xy -0.077086 0.063677)
						(xy -0.080064 0.059907) (xy -0.082862 0.055994) (xy -0.085474 0.051944) (xy -0.087892 0.047762)
						(xy -0.090112 0.043457) (xy -0.092126 0.039033) (xy -0.093928 0.034497) (xy -0.095512 0.029855)
						(xy -0.096872 0.025113) (xy -0.098001 0.020279) (xy -0.098893 0.015357) (xy -0.099542 0.010355)
						(xy -0.099942 0.005278) (xy -0.100086 0.000134) (xy -0.100022 -0.003665) (xy -0.099815 -0.007448)
						(xy -0.099466 -0.011213) (xy -0.098975 -0.014956) (xy -0.098345 -0.018672) (xy -0.097576 -0.022358)
						(xy -0.096669 -0.02601) (xy -0.095626 -0.029624) (xy -0.094448 -0.033196) (xy -0.093136 -0.036723)
						(xy -0.091691 -0.0402) (xy -0.090114 -0.043624) (xy -0.088407 -0.046991) (xy -0.086571 -0.050297)
						(xy -0.084607 -0.053539) (xy -0.082516 -0.056711) (xy -0.081499 -0.058143) (xy -0.08046 -0.059553)
						(xy -0.079397 -0.06094) (xy -0.078311 -0.062306) (xy -0.077201 -0.063651) (xy -0.076068 -0.064975)
						(xy -0.074911 -0.066279) (xy -0.073731 -0.067563) (xy -0.073214 -0.067563) (xy -0.01838 -0.138219)
						(xy 0.074817 -0.25261) (xy 0.324271 -0.553516) (xy 0.571094 -0.852129) (xy 0.661003 -0.963652)
						(xy 0.711234 -1.030294) (xy 1.187174 -1.751181)
					)
					(width 0)
					(fill yes)
				)
			)
			(uuid "3438d8db-6e60-4c07-8162-2f76f74d636c")
		)
		(pad "3" smd circle
			(at -3 5.25)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 1 "/ctrl_sel_rst_n")
			(pinfunction "ctrl_sel_rst_n")
			(pintype "input")
			(uuid "64e12f1a-f051-4742-9725-2152f1a85eb4")
		)
		(pad "3" smd custom
			(at -3 5.25)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 1 "/ctrl_sel_rst_n")
			(pinfunction "ctrl_sel_rst_n")
			(pintype "input")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_poly
					(pts
						(xy 1.180167 -1.60597) (xy 0.792077 -0.828756) (xy 0.776325 -0.802726) (xy 0.750026 -0.76483)
						(xy 0.671524 -0.66021) (xy 0.568042 -0.528449) (xy 0.45105 -0.383098) (xy 0.222418 -0.105831)
						(xy 0.133719 -0.001018) (xy 0.077392 0.063179) (xy 0.073718 0.067423) (xy 0.069833 0.071432) (xy 0.065751 0.075201)
						(xy 0.061482 0.078725) (xy 0.057037 0.081997) (xy 0.052429 0.085014) (xy 0.047668 0.087768) (xy 0.042767 0.090255)
						(xy 0.037737 0.092469) (xy 0.032589 0.094404) (xy 0.027335 0.096056) (xy 0.021987 0.097419) (xy 0.016555 0.098487)
						(xy 0.011052 0.099255) (xy 0.005489 0.099718) (xy -0.000122 0.099869) (xy -0.005249 0.099726)
						(xy -0.010308 0.099328) (xy -0.015294 0.098684) (xy -0.020199 0.097797) (xy -0.025019 0.096675)
						(xy -0.029746 0.095324) (xy -0.034374 0.09375) (xy -0.038898 0.091959) (xy -0.043311 0.089958)
						(xy -0.047606 0.087752) (xy -0.051778 0.085349) (xy -0.055821 0.082753) (xy -0.059727 0.079972)
						(xy -0.063492 0.077012) (xy -0.067108 0.073878) (xy -0.070569 0.070577) (xy -0.07387 0.067116)
						(xy -0.077003 0.0635) (xy -0.079964 0.059736) (xy -0.082745 0.055829) (xy -0.08534 0.051787) (xy -0.087744 0.047615)
						(xy -0.089949 0.04332) (xy -0.091951 0.038907) (xy -0.093741 0.034384) (xy -0.095315 0.029756)
						(xy -0.096666 0.025029) (xy -0.097788 0.020209) (xy -0.098674 0.015304) (xy -0.099318 0.010319)
						(xy -0.099715 0.00526) (xy -0.099858 0.000134) (xy -0.099787 -0.003588) (xy -0.099578 -0.007296)
						(xy -0.099233 -0.010986) (xy -0.098752 -0.014655) (xy -0.098136 -0.018299) (xy -0.097387 -0.021914)
						(xy -0.096506 -0.025496) (xy -0.095493 -0.029043) (xy -0.094351 -0.03255) (xy -0.093079 -0.036013)
						(xy -0.09168 -0.03943) (xy -0.090154 -0.042796) (xy -0.088502 -0.046107) (xy -0.086726 -0.04936)
						(xy -0.084827 -0.052551) (xy -0.082805 -0.055677) (xy -0.038601 -0.113012) (xy 0.041128 -0.209604)
						(xy 0.259353 -0.468602) (xy 0.476256 -0.728747) (xy 0.554333 -0.826774) (xy 0.580548 -0.862093)
						(xy 0.596224 -0.886117) (xy 1.01687 -1.649895)
					)
					(width 0)
					(fill yes)
				)
			)
			(uuid "54a023ef-7e2b-43cd-aa0e-6ba0f3fd6c0c")
		)
		(pad "4" smd circle
			(at -2.5 5.25)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 6 "/rsvd@4")
			(pinfunction "rsvd@4")
			(pintype "unspecified")
			(uuid "dae858fc-f287-4a0a-84b7-450ce45a8b27")
		)
		(pad "4" smd custom
			(at -2.5 5.25)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 6 "/rsvd@4")
			(pinfunction "rsvd@4")
			(pintype "unspecified")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_poly
					(pts
						(xy 1.003144 -1.531039) (xy 0.681201 -0.731088) (xy 0.681201 -0.730572) (xy 0.668885 -0.707215)
						(xy 0.647606 -0.673572) (xy 0.582986 -0.58132) (xy 0.497005 -0.465595) (xy 0.399324 -0.338176)
						(xy 0.207513 -0.095377) (xy 0.132708 -0.003555) (xy 0.084855 0.052843) (xy 0.083538 0.054891)
						(xy 0.082171 0.056911) (xy 0.080756 0.0589) (xy 0.079293 0.060857) (xy 0.077781 0.062782) (xy 0.076223 0.064672)
						(xy 0.074619 0.066527) (xy 0.072969 0.068346) (xy 0.06934 0.072014) (xy 0.065544 0.075474) (xy 0.061592 0.078723)
						(xy 0.057492 0.081755) (xy 0.053254 0.084568) (xy 0.048886 0.087157) (xy 0.044398 0.089518) (xy 0.039799 0.091648)
						(xy 0.035098 0.093542) (xy 0.030305 0.095196) (xy 0.025427 0.096607) (xy 0.020475 0.09777) (xy 0.015458 0.098682)
						(xy 0.010384 0.099338) (xy 0.005264 0.099735) (xy 0.000105 0.099869) (xy -0.005041 0.099752) (xy -0.01012 0.099378)
						(xy -0.015125 0.098755) (xy -0.020052 0.097888) (xy -0.024892 0.096784) (xy -0.029641 0.095449)
						(xy -0.034291 0.093888) (xy -0.038836 0.09211) (xy -0.043271 0.090118) (xy -0.047588 0.087921)
						(xy -0.051782 0.085524) (xy -0.055845 0.082933) (xy -0.059773 0.080156) (xy -0.063558 0.077197)
						(xy -0.067194 0.074063) (xy -0.070675 0.070761) (xy -0.073995 0.067297) (xy -0.077147 0.063677)
						(xy -0.080126 0.059907) (xy -0.082924 0.055994) (xy -0.085535 0.051944) (xy -0.087954 0.047762)
						(xy -0.090173 0.043457) (xy -0.092187 0.039033) (xy -0.093989 0.034497) (xy -0.095573 0.029855)
						(xy -0.096933 0.025113) (xy -0.098063 0.020279) (xy -0.098955 0.015357) (xy -0.099604 0.010355)
						(xy -0.100003 0.005278) (xy -0.100147 0.000134) (xy -0.100076 -0.003396) (xy -0.099881 -0.006912)
						(xy -0.099562 -0.010413) (xy -0.099122 -0.013895) (xy -0.09856 -0.017356) (xy -0.097879 -0.020791)
						(xy -0.097077 -0.024199) (xy -0.096158 -0.027575) (xy -0.09512 -0.030917) (xy -0.093966 -0.034222)
						(xy -0.092697 -0.037486) (xy -0.091312 -0.040707) (xy -0.089814 -0.043881) (xy -0.088202 -0.047005)
						(xy -0.086479 -0.050077) (xy -0.084644 -0.053093) (xy -0.083214 -0.055237) (xy -0.08173 -0.057341)
						(xy -0.080192 -0.059405) (xy -0.078601 -0.061429) (xy -0.076958 -0.063412) (xy -0.075264 -0.065354)
						(xy -0.073519 -0.067254) (xy -0.071725 -0.069113) (xy -0.030177 -0.124009) (xy 0.03828 -0.208999)
						(xy 0.218265 -0.428274) (xy 0.310963 -0.542064) (xy 0.392911 -0.644959) (xy 0.454694 -0.726714)
						(xy 0.475081 -0.756461) (xy 0.486897 -0.777081) (xy 0.842431 -1.566696)
					)
					(width 0)
					(fill yes)
				)
			)
			(uuid "c01de9d4-aebd-435d-b733-dcf6fefb29d1")
		)
		(pad "5" smd circle
			(at -2 5.25)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 9 "/rsvd@5")
			(pinfunction "rsvd@5")
			(pintype "unspecified")
			(uuid "556596f1-8273-499c-a270-ad6fe1efe125")
		)
		(pad "5" smd custom
			(at -2 5.25)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 9 "/rsvd@5")
			(pinfunction "rsvd@5")
			(pintype "unspecified")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_poly
					(pts
						(xy 0.822505 -1.471611) (xy 0.567223 -0.652023) (xy 0.557928 -0.631045) (xy 0.541249 -0.6008)
						(xy 0.489686 -0.517821) (xy 0.42043 -0.413704) (xy 0.341376 -0.299067) (xy 0.260418 -0.184527)
						(xy 0.185454 -0.080703) (xy 0.124377 0.001787) (xy 0.085083 0.052326) (xy 0.083977 0.054092) (xy 0.082837 0.055834)
						(xy 0.081661 0.057553) (xy 0.080451 0.059246) (xy 0.079206 0.060915) (xy 0.077926 0.062557) (xy 0.076612 0.064173)
						(xy 0.075264 0.065763) (xy 0.071596 0.069729) (xy 0.06774 0.073472) (xy 0.063707 0.076989) (xy 0.059506 0.080272)
						(xy 0.055148 0.083319) (xy 0.050643 0.086125) (xy 0.046003 0.088684) (xy 0.041236 0.090993) (xy 0.036354 0.093046)
						(xy 0.031366 0.094838) (xy 0.026284 0.096366) (xy 0.021118 0.097625) (xy 0.015878 0.098609) (xy 0.010574 0.099314)
						(xy 0.005216 0.099735) (xy -0.000184 0.099869) (xy -0.00531 0.099726) (xy -0.010369 0.099328)
						(xy -0.015355 0.098684) (xy -0.02026 0.097797) (xy -0.02508 0.096675) (xy -0.029807 0.095324)
						(xy -0.034436 0.09375) (xy -0.038959 0.091959) (xy -0.043372 0.089958) (xy -0.047667 0.087752)
						(xy -0.051839 0.085349) (xy -0.055882 0.082753) (xy -0.059788 0.079972) (xy -0.063553 0.077012)
						(xy -0.067169 0.073878) (xy -0.07063 0.070577) (xy -0.073931 0.067116) (xy -0.077065 0.0635) (xy -0.080025 0.059736)
						(xy -0.082806 0.055829) (xy -0.085402 0.051787) (xy -0.087805 0.047615) (xy -0.09001 0.04332)
						(xy -0.092012 0.038907) (xy -0.093802 0.034384) (xy -0.095376 0.029756) (xy -0.096727 0.025029)
						(xy -0.097849 0.020209) (xy -0.098735 0.015304) (xy -0.09938 0.010319) (xy -0.099776 0.00526)
						(xy -0.099919 0.000134) (xy -0.099822 -0.00425) (xy -0.099534 -0.00861) (xy -0.099057 -0.01294)
						(xy -0.098394 -0.017235) (xy -0.097547 -0.02149) (xy -0.096518 -0.025697) (xy -0.095308 -0.029853)
						(xy -0.093921 -0.03395) (xy -0.092357 -0.037983) (xy -0.09062 -0.041947) (xy -0.088711 -0.045835)
						(xy -0.086633 -0.049642) (xy -0.084387 -0.053363) (xy -0.081975 -0.05699) (xy -0.0794 -0.06052)
						(xy -0.076665 -0.063945) (xy -0.041559 -0.114596) (xy 0.014672 -0.190551) (xy 0.160425 -0.38345)
						(xy 0.234902 -0.48293) (xy 0.300417 -0.572788) (xy 0.349447 -0.644294) (xy 0.36543 -0.670435)
						(xy 0.37447 -0.688714) (xy 0.663342 -1.499516)
					)
					(width 0)
					(fill yes)
				)
			)
			(uuid "4ad3be21-1e5e-492d-a007-cd65c91ceebe")
		)
		(pad "6" smd circle
			(at -1.5 5.25)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 16 "/rsvd@6")
			(pinfunction "rsvd@6")
			(pintype "unspecified")
			(uuid "8a626ffd-4fc6-45b8-a9a6-22c0b2eae36b")
		)
		(pad "6" smd custom
			(at -1.5 5.25)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 16 "/rsvd@6")
			(pinfunction "rsvd@6")
			(pintype "unspecified")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_poly
					(pts
						(xy 0.639281 -1.427687) (xy 0.451179 -0.593112) (xy 0.444677 -0.57444) (xy 0.432605 -0.547382)
						(xy 0.394683 -0.47287) (xy 0.343271 -0.379103) (xy 0.284228 -0.275609) (xy 0.223413 -0.171915)
						(xy 0.166686 -0.077549) (xy 0.119904 -0.002037) (xy 0.088928 0.045092) (xy 0.087922 0.047116)
						(xy 0.086869 0.049116) (xy 0.085772 0.051091) (xy 0.084629 0.053042) (xy 0.083443 0.054968) (xy 0.082213 0.056869)
						(xy 0.08094 0.058745) (xy 0.079626 0.060596) (xy 0.075952 0.065122) (xy 0.072046 0.069402) (xy 0.067919 0.073429)
						(xy 0.063585 0.077196) (xy 0.059057 0.080697) (xy 0.054346 0.083927) (xy 0.049466 0.086877) (xy 0.04443 0.089544)
						(xy 0.039251 0.091919) (xy 0.03394 0.093997) (xy 0.028511 0.095771) (xy 0.022978 0.097236) (xy 0.017351 0.098384)
						(xy 0.011645 0.09921) (xy 0.005872 0.099707) (xy 0.000044 0.099869) (xy -0.005102 0.099752) (xy -0.010181 0.099378)
						(xy -0.015187 0.098755) (xy -0.020113 0.097888) (xy -0.024954 0.096784) (xy -0.029702 0.095449)
						(xy -0.034352 0.093888) (xy -0.038898 0.09211) (xy -0.043332 0.090118) (xy -0.047649 0.087921)
						(xy -0.051843 0.085524) (xy -0.055907 0.082933) (xy -0.059834 0.080156) (xy -0.063619 0.077197)
						(xy -0.067255 0.074063) (xy -0.070737 0.070761) (xy -0.074056 0.067297) (xy -0.077209 0.063677)
						(xy -0.080187 0.059907) (xy -0.082985 0.055994) (xy -0.085596 0.051944) (xy -0.088015 0.047762)
						(xy -0.090234 0.043457) (xy -0.092248 0.039033) (xy -0.094051 0.034497) (xy -0.095635 0.029855)
						(xy -0.096995 0.025113) (xy -0.098124 0.020279) (xy -0.099016 0.015357) (xy -0.099665 0.010355)
						(xy -0.100065 0.005278) (xy -0.100208 0.000134) (xy -0.100119 -0.004036) (xy -0.099857 -0.008186)
						(xy -0.099424 -0.012311) (xy -0.098822 -0.016405) (xy -0.098052 -0.020465) (xy -0.097116 -0.024485)
						(xy -0.096016 -0.02846) (xy -0.094754 -0.032385) (xy -0.093332 -0.036254) (xy -0.09175 -0.040063)
						(xy -0.090011 -0.043806) (xy -0.088117 -0.047479) (xy -0.086069 -0.051076) (xy -0.083869 -0.054592)
						(xy -0.081519 -0.058023) (xy -0.079021 -0.061362) (xy -0.049651 -0.111495) (xy -0.005783 -0.181991)
						(xy 0.103847 -0.354638) (xy 0.158807 -0.442071) (xy 0.206663 -0.520431) (xy 0.242014 -0.582361)
						(xy 0.253313 -0.604864) (xy 0.25946 -0.620501) (xy 0.481152 -1.447841)
					)
					(width 0)
					(fill yes)
				)
			)
			(uuid "ed19e454-d688-43a0-b331-ce52e3bc9b9a")
		)
		(pad "7" smd circle
			(at -1 5.25)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 4 "/rsvd@7")
			(pinfunction "rsvd@7")
			(pintype "unspecified")
			(uuid "33bc520b-5e1a-4015-b7ba-3bdb007d8e18")
		)
		(pad "7" smd custom
			(at -1 5.25)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 4 "/rsvd@7")
			(pinfunction "rsvd@7")
			(pintype "unspecified")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_poly
					(pts
						(xy 0.453474 -1.397198) (xy 0.333585 -0.552804) (xy 0.329709 -0.536589) (xy 0.322316 -0.513025)
						(xy 0.29874 -0.447874) (xy 0.266384 -0.365392) (xy 0.228776 -0.273624) (xy 0.151918 -0.0944) (xy 0.119724 -0.023029)
						(xy 0.09639 0.025455) (xy 0.09522 0.029527) (xy 0.09389 0.033517) (xy 0.092404 0.037423) (xy 0.090766 0.041242)
						(xy 0.08898 0.04497) (xy 0.087049 0.048604) (xy 0.082773 0.055579) (xy 0.077971 0.062142) (xy 0.072674 0.068266)
						(xy 0.066917 0.073927) (xy 0.060731 0.079099) (xy 0.054149 0.083758) (xy 0.047205 0.087878) (xy 0.03993 0.091434)
						(xy 0.032359 0.094401) (xy 0.024523 0.096753) (xy 0.020516 0.09769) (xy 0.016455 0.098465) (xy 0.012344 0.099073)
						(xy 0.008188 0.099512) (xy 0.00399 0.099778) (xy -0.000245 0.099869) (xy -0.005372 0.099726) (xy -0.010431 0.099328)
						(xy -0.015416 0.098684) (xy -0.020322 0.097797) (xy -0.025142 0.096675) (xy -0.029869 0.095324)
						(xy -0.034497 0.09375) (xy -0.039021 0.091959) (xy -0.043434 0.089958) (xy -0.047729 0.087752)
						(xy -0.051901 0.085349) (xy -0.055944 0.082753) (xy -0.05985 0.079972) (xy -0.063614 0.077012)
						(xy -0.06723 0.073878) (xy -0.070692 0.070577) (xy -0.073993 0.067116) (xy -0.077126 0.0635) (xy -0.080087 0.059736)
						(xy -0.082868 0.055829) (xy -0.085463 0.051787) (xy -0.087867 0.047615) (xy -0.090072 0.04332)
						(xy -0.092073 0.038907) (xy -0.093864 0.034384) (xy -0.095438 0.029756) (xy -0.096788 0.025029)
						(xy -0.09791 0.020209) (xy -0.098796 0.015304) (xy -0.099441 0.010319) (xy -0.099838 0.00526)
						(xy -0.09998 0.000134) (xy -0.09995 -0.002256) (xy -0.099862 -0.004641) (xy -0.099717 -0.007021)
						(xy -0.099515 -0.009396) (xy -0.099257 -0.011763) (xy -0.098942 -0.014123) (xy -0.098571 -0.016474)
						(xy -0.098144 -0.018815) (xy -0.097662 -0.021146) (xy -0.097124 -0.023464) (xy -0.096531 -0.02577)
						(xy -0.095883 -0.028063) (xy -0.09518 -0.03034) (xy -0.094423 -0.032602) (xy -0.093611 -0.034847)
						(xy -0.092746 -0.037074) (xy -0.073558 -0.083854) (xy -0.043532 -0.150955) (xy 0.033188 -0.316879)
						(xy 0.105722 -0.476355) (xy 0.130517 -0.535396) (xy 0.138313 -0.556544) (xy 0.142382 -0.570891)
						(xy 0.296378 -1.410633)
					)
					(width 0)
					(fill yes)
				)
			)
			(uuid "92a588a9-f2b8-41eb-a305-43c1ab1f55e4")
		)
		(pad "8" smd circle
			(at -0.5 5.25)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 8 "/rsvd@8")
			(pinfunction "rsvd@8")
			(pintype "unspecified")
			(uuid "4c5a0002-fc3e-46f4-a6e9-2a7259669354")
		)
		(pad "8" smd custom
			(at -0.5 5.25)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 8 "/rsvd@8")
			(pinfunction "rsvd@8")
			(pintype "unspecified")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_poly
					(pts
						(xy 0.266117 -1.380661) (xy 0.21444 -0.530583) (xy 0.209503 -0.49485) (xy 0.198844 -0.435695)
						(xy 0.166434 -0.275773) (xy 0.129346 -0.108122) (xy 0.112841 -0.039306) (xy 0.099718 0.009952)
						(xy 0.099122 0.014711) (xy 0.098309 0.019394) (xy 0.097284 0.023995) (xy 0.096053 0.028509) (xy 0.094622 0.032932)
						(xy 0.092995 0.037258) (xy 0.091179 0.041483) (xy 0.089178 0.045602) (xy 0.086998 0.04961) (xy 0.084645 0.053502)
						(xy 0.082124 0.057273) (xy 0.07944 0.060918) (xy 0.076599 0.064432) (xy 0.073607 0.067811) (xy 0.070468 0.07105)
						(xy 0.067188 0.074143) (xy 0.063773 0.077085) (xy 0.060227 0.079873) (xy 0.056557 0.082501) (xy 0.052768 0.084963)
						(xy 0.048866 0.087256) (xy 0.044855 0.089374) (xy 0.040741 0.091313) (xy 0.036529 0.093067) (xy 0.032226 0.094631)
						(xy 0.027836 0.096002) (xy 0.023365 0.097173) (xy 0.018818 0.09814) (xy 0.014201 0.098898) (xy 0.009519 0.099442)
						(xy 0.004778 0.099767) (xy -0.000017 0.099869) (xy -0.005144 0.099726) (xy -0.010203 0.099328)
						(xy -0.015189 0.098684) (xy -0.020094 0.097797) (xy -0.024914 0.096675) (xy -0.029641 0.095324)
						(xy -0.034269 0.09375) (xy -0.038793 0.091959) (xy -0.043206 0.089958) (xy -0.047501 0.087752)
						(xy -0.051673 0.085349) (xy -0.055716 0.082753) (xy -0.059622 0.079972) (xy -0.063386 0.077012)
						(xy -0.067002 0.073878) (xy -0.070464 0.070577) (xy -0.073765 0.067116) (xy -0.076898 0.0635)
						(xy -0.079859 0.059736) (xy -0.08264 0.055829) (xy -0.085235 0.051787) (xy -0.087639 0.047615)
						(xy -0.089844 0.04332) (xy -0.091845 0.038907) (xy -0.093636 0.034384) (xy -0.09521 0.029756)
						(xy -0.096561 0.025029) (xy -0.097682 0.020209) (xy -0.098569 0.015304) (xy -0.099213 0.010319)
						(xy -0.09961 0.00526) (xy -0.099753 0.000134) (xy -0.099771 -0.002333) (xy -0.099728 -0.004797)
						(xy -0.099625 -0.007258) (xy -0.099461 -0.009715) (xy -0.099237 -0.012169) (xy -0.098952 -0.014619)
						(xy -0.098607 -0.017064) (xy -0.098202 -0.019504) (xy 0.024271 -0.539369) (xy 0.109537 -1.387379)
					)
					(width 0)
					(fill yes)
				)
			)
			(uuid "40a261c2-bd76-4d64-998d-442b1c7bc077")
		)
		(pad "9" smd circle
			(at 0 5.25)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 17 "/GND")
			(pinfunction "GND_IO")
			(pintype "power_in")
			(uuid "6ec288ce-d86d-41e6-901e-018e9c3167e5")
		)
		(pad "10" smd circle
			(at 0.5 5.25)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 15 "/uo[0]")
			(pinfunction "uo[0]")
			(pintype "output")
			(uuid "4ac09a0c-000b-41fa-a4ed-ee7913f6d00c")
		)
		(pad "10" smd custom
			(at 0.5 5.25)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 15 "/uo[0]")
			(pinfunction "uo[0]")
			(pintype "output")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_poly
					(pts
						(xy -0.023849 -0.539369) (xy 0.098107 -0.019504) (xy 0.098578 -0.017076) (xy 0.098989 -0.014638)
						(xy 0.099338 -0.012192) (xy 0.099627 -0.009738) (xy 0.099855 -0.007277) (xy 0.100022 -0.004811)
						(xy 0.100129 -0.00234) (xy 0.100174 0.000134) (xy 0.10003 0.005279) (xy 0.099631 0.010357) (xy 0.098982 0.01536)
						(xy 0.09809 0.020282) (xy 0.09696 0.025117) (xy 0.0956 0.029858) (xy 0.094016 0.0345) (xy 0.092214 0.039037)
						(xy 0.0902 0.043461) (xy 0.087981 0.047767) (xy 0.085562 0.051948) (xy 0.082951 0.055998) (xy 0.080153 0.059911)
						(xy 0.077174 0.063681) (xy 0.074022 0.067301) (xy 0.070702 0.070765) (xy 0.067221 0.074066) (xy 0.063585 0.0772)
						(xy 0.0598 0.080158) (xy 0.055872 0.082936) (xy 0.051808 0.085526) (xy 0.047615 0.087923) (xy 0.043298 0.09012)
						(xy 0.038863 0.092111) (xy 0.034318 0.093889) (xy 0.029668 0.09545) (xy 0.024919 0.096785) (xy 0.020079 0.097889)
						(xy 0.015153 0.098755) (xy 0.010147 0.099379) (xy 0.005068 0.099752) (xy -0.000078 0.099869) (xy -0.004505 0.099757)
						(xy -0.008888 0.099454) (xy -0.013223 0.098963) (xy -0.017506 0.098288) (xy -0.021732 0.097432)
						(xy -0.025896 0.096401) (xy -0.029995 0.095196) (xy -0.034022 0.093822) (xy -0.037975 0.092283)
						(xy -0.041848 0.090582) (xy -0.045637 0.088724) (xy -0.049337 0.08671) (xy -0.052944 0.084547)
						(xy -0.056453 0.082236) (xy -0.05986 0.079783) (xy -0.06316 0.07719) (xy -0.066349 0.074461) (xy -0.069422 0.0716)
						(xy -0.072374 0.068611) (xy -0.075202 0.065497) (xy -0.077901 0.062263) (xy -0.080465 0.058911)
						(xy -0.082891 0.055446) (xy -0.085174 0.051872) (xy -0.087309 0.048191) (xy -0.089293 0.044408)
						(xy -0.09112 0.040526) (xy -0.092785 0.03655) (xy -0.094285 0.032482) (xy -0.095615 0.028327)
						(xy -0.096771 0.024088) (xy -0.097747 0.01977) (xy -0.11061 -0.02754) (xy -0.127256 -0.096672)
						(xy -0.165321 -0.269111) (xy -0.198796 -0.434956) (xy -0.209704 -0.495846) (xy -0.214535 -0.531617)
						(xy -0.265695 -1.380661) (xy -0.109632 -1.387379)
					)
					(width 0)
					(fill yes)
				)
			)
			(uuid "4b213b58-c32d-46b5-b051-d65f9d3754af")
		)
		(pad "11" smd circle
			(at 1 5.25)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 13 "/uo[1]")
			(pinfunction "uo[1]")
			(pintype "output")
			(uuid "88bfeaf3-3dee-432e-b9ee-e91b2974c28c")
		)
		(pad "11" smd custom
			(at 1 5.25)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 13 "/uo[1]")
			(pinfunction "uo[1]")
			(pintype "output")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_poly
					(pts
						(xy -0.142478 -0.571925) (xy -0.138524 -0.557765) (xy -0.130815 -0.536736) (xy -0.106121 -0.477756)
						(xy -0.03357 -0.317909) (xy 0.043309 -0.151357) (xy 0.073414 -0.083996) (xy 0.09265 -0.037074)
						(xy 0.093516 -0.034847) (xy 0.094327 -0.032602) (xy 0.095084 -0.03034) (xy 0.095787 -0.028063)
						(xy 0.096434 -0.02577) (xy 0.097027 -0.023464) (xy 0.097564 -0.021146) (xy 0.098046 -0.018815)
						(xy 0.098473 -0.016474) (xy 0.098844 -0.014123) (xy 0.099158 -0.011763) (xy 0.099417 -0.009396)
						(xy 0.099619 -0.007021) (xy 0.099764 -0.004641) (xy 0.099853 -0.002256) (xy 0.099885 0.000134)
						(xy 0.099742 0.005261) (xy 0.099345 0.010321) (xy 0.098701 0.015307) (xy 0.097814 0.020213) (xy 0.096693 0.025032)
						(xy 0.095342 0.02976) (xy 0.093768 0.034389) (xy 0.091977 0.038912) (xy 0.089976 0.043325) (xy 0.087771 0.047621)
						(xy 0.085367 0.051793) (xy 0.082772 0.055835) (xy 0.079991 0.059742) (xy 0.07703 0.063506) (xy 0.073896 0.067122)
						(xy 0.070596 0.070583) (xy 0.067134 0.073883) (xy 0.063518 0.077017) (xy 0.059754 0.079977) (xy 0.055848 0.082758)
						(xy 0.051805 0.085353) (xy 0.047633 0.087756) (xy 0.043338 0.089962) (xy 0.038925 0.091963) (xy 0.034401 0.093753)
						(xy 0.029773 0.095327) (xy 0.025046 0.096677) (xy 0.020227 0.097799) (xy 0.015321 0.098685) (xy 0.010336 0.099329)
						(xy 0.005276 0.099726) (xy 0.00015 0.099869) (xy -0.004027 0.099778) (xy -0.008168 0.099515) (xy -0.012268 0.099085)
						(xy -0.016325 0.098489) (xy -0.020333 0.097732) (xy -0.02429 0.096815) (xy -0.028191 0.095743)
						(xy -0.032032 0.094517) (xy -0.035809 0.093141) (xy -0.039519 0.091618) (xy -0.043156 0.089951)
						(xy -0.046719 0.088144) (xy -0.050201 0.086198) (xy -0.0536 0.084117) (xy -0.056911 0.081904)
						(xy -0.060131 0.079562) (xy -0.063255 0.077094) (xy -0.06628 0.074503) (xy -0.069202 0.071793)
						(xy -0.072016 0.068965) (xy -0.074719 0.066023) (xy -0.077306 0.062971) (xy -0.079774 0.05981)
						(xy -0.082119 0.056545) (xy -0.084337 0.053177) (xy -0.086424 0.049711) (xy -0.088376 0.046149)
						(xy -0.090188 0.042494) (xy -0.091858 0.038749) (xy -0.09338 0.034917) (xy -0.094752 0.031002)
						(xy -0.095969 0.027005) (xy -0.119133 -0.021091) (xy -0.151245 -0.092409) (xy -0.188758 -0.178822)
						(xy -0.228124 -0.2722) (xy -0.265795 -0.364416) (xy -0.298224 -0.447341) (xy -0.321863 -0.512846)
						(xy -0.329277 -0.536527) (xy -0.333163 -0.552804) (xy -0.33368 -0.552804) (xy -0.453053 -1.397198)
						(xy -0.296473 -1.410633)
					)
					(width 0)
					(fill yes)
				)
			)
			(uuid "ed25278e-00a5-4be3-aac7-ed9ba74c6d3b")
		)
		(pad "12" smd circle
			(at 1.5 5.25)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 12 "/uo[2]")
			(pinfunction "uo[2]")
			(pintype "output")
			(uuid "8d8b00ce-bb2a-4c8c-a36e-13ccf0567f87")
		)
		(pad "12" smd custom
			(at 1.5 5.25)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 12 "/uo[2]")
			(pinfunction "uo[2]")
			(pintype "output")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_poly
					(pts
						(xy -0.259555 -0.621017) (xy -0.259555 -0.620501) (xy -0.253468 -0.60494) (xy -0.242215 -0.582495)
						(xy -0.206917 -0.520633) (xy -0.159072 -0.442289) (xy -0.104093 -0.354834) (xy 0.00562 -0.182083)
						(xy 0.04953 -0.111533) (xy 0.078926 -0.061362) (xy 0.081424 -0.058023) (xy 0.083774 -0.054592)
						(xy 0.085974 -0.051077) (xy 0.088021 -0.04748) (xy 0.089915 -0.043808) (xy 0.091654 -0.040065)
						(xy 0.093236 -0.036257) (xy 0.094659 -0.032388) (xy 0.095921 -0.028464) (xy 0.097021 -0.02449)
						(xy 0.097956 -0.02047) (xy 0.098726 -0.01641) (xy 0.099329 -0.012314) (xy 0.099762 -0.008188)
						(xy 0.100024 -0.004038) (xy 0.100113 0.000134) (xy 0.099969 0.005279) (xy 0.09957 0.010357) (xy 0.098921 0.015359)
						(xy 0.098028 0.020282) (xy 0.096899 0.025117) (xy 0.095539 0.029858) (xy 0.093955 0.0345) (xy 0.092153 0.039037)
						(xy 0.090139 0.043461) (xy 0.08792 0.047766) (xy 0.085501 0.051948) (xy 0.08289 0.055998) (xy 0.080092 0.059911)
						(xy 0.077113 0.06368) (xy 0.073961 0.0673) (xy 0.070641 0.070764) (xy 0.06716 0.074066) (xy 0.063524 0.077199)
						(xy 0.059739 0.080158) (xy 0.055811 0.082935) (xy 0.051747 0.085526) (xy 0.047554 0.087923) (xy 0.043237 0.09012)
						(xy 0.038802 0.09211) (xy 0.034257 0.093889) (xy 0.029607 0.095449) (xy 0.024858 0.096784) (xy 0.020018 0.097889)
						(xy 0.015091 0.098755) (xy 0.010086 0.099378) (xy 0.005007 0.099752) (xy -0.000139 0.099869) (xy -0.005967 0.099708)
						(xy -0.01174 0.099213) (xy -0.017446 0.098388) (xy -0.023073 0.09724) (xy -0.028606 0.095775)
						(xy -0.034035 0.094001) (xy -0.039346 0.091923) (xy -0.044525 0.089547) (xy -0.049561 0.086881)
						(xy -0.054441 0.083929) (xy -0.059152 0.080699) (xy -0.06368 0.077197) (xy -0.068014 0.07343)
						(xy -0.072141 0.069402) (xy -0.076047 0.065122) (xy -0.079721 0.060596) (xy -0.081035 0.058753)
						(xy -0.082306 0.056878) (xy -0.083535 0.054974) (xy -0.084721 0.053042) (xy -0.085863 0.051086)
						(xy -0.08696 0.049108) (xy -0.088014 0.047109) (xy -0.089023 0.045092) (xy -0.120169 -0.002322)
						(xy -0.167221 -0.078339) (xy -0.224246 -0.173299) (xy -0.28531 -0.277542) (xy -0.344479 -0.381408)
						(xy -0.395818 -0.475238) (xy -0.433395 -0.54937) (xy -0.445168 -0.576031) (xy -0.451274 -0.594146)
						(xy -0.63886 -1.427687) (xy -0.481247 -1.447841)
					)
					(width 0)
					(fill yes)
				)
			)
			(uuid "016bac73-4a73-4cee-8c56-909e405b2ca8")
		)
		(pad "13" smd circle
			(at 2 5.25)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 10 "/uo[3]")
			(pinfunction "uo[3]")
			(pintype "output")
			(uuid "e9a3fd8a-0349-41f1-95e3-595ba88fa6de")
		)
		(pad "13" smd custom
			(at 2 5.25)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 10 "/uo[3]")
			(pinfunction "uo[3]")
			(pintype "output")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_poly
					(pts
						(xy -0.375082 -0.689747) (xy -0.374566 -0.689747) (xy -0.365983 -0.671986) (xy -0.350444 -0.646332)
						(xy -0.302238 -0.575687) (xy -0.237415 -0.486502) (xy -0.163446 -0.387463) (xy -0.017948 -0.194576)
						(xy 0.038643 -0.118104) (xy 0.074502 -0.066529) (xy 0.07748 -0.063027) (xy 0.080283 -0.059404)
						(xy 0.08291 -0.055669) (xy 0.085358 -0.051828) (xy 0.087624 -0.047887) (xy 0.089705 -0.043854)
						(xy 0.0916 -0.039734) (xy 0.093305 -0.035534) (xy 0.094818 -0.031261) (xy 0.096137 -0.026922)
						(xy 0.097259 -0.022523) (xy 0.098181 -0.018072) (xy 0.098901 -0.013573) (xy 0.099417 -0.009035)
						(xy 0.099725 -0.004464) (xy 0.099823 0.000134) (xy 0.099681 0.005261) (xy 0.099284 0.010321) (xy 0.098639 0.015307)
						(xy 0.097753 0.020213) (xy 0.096631 0.025032) (xy 0.09528 0.02976) (xy 0.093706 0.034389) (xy 0.091916 0.038912)
						(xy 0.089915 0.043325) (xy 0.087709 0.047621) (xy 0.085306 0.051793) (xy 0.08271 0.055835) (xy 0.079929 0.059742)
						(xy 0.076969 0.063506) (xy 0.073835 0.067122) (xy 0.070534 0.070583) (xy 0.067073 0.073883) (xy 0.063457 0.077017)
						(xy 0.059693 0.079977) (xy 0.055786 0.082758) (xy 0.051744 0.085353) (xy 0.047572 0.087756) (xy 0.043276 0.089962)
						(xy 0.038864 0.091963) (xy 0.03434 0.093753) (xy 0.029711 0.095327) (xy 0.024984 0.096677) (xy 0.020165 0.097799)
						(xy 0.015259 0.098685) (xy 0.010274 0.099329) (xy 0.005215 0.099726) (xy 0.000088 0.099869) (xy -0.005312 0.099734)
						(xy -0.010669 0.099312) (xy -0.015973 0.098607) (xy -0.021214 0.097622) (xy -0.02638 0.096364)
						(xy -0.031462 0.094836) (xy -0.03645 0.093043) (xy -0.041332 0.090991) (xy -0.046099 0.088682)
						(xy -0.050739 0.086123) (xy -0.055244 0.083318) (xy -0.059602 0.080272) (xy -0.063803 0.076988)
						(xy -0.067836 0.073472) (xy -0.071692 0.069729) (xy -0.075359 0.065763) (xy -0.076326 0.06459)
						(xy -0.077276 0.063399) (xy -0.078208 0.06219) (xy -0.079123 0.060966) (xy -0.08002 0.059728)
						(xy -0.080897 0.058477) (xy -0.081756 0.057215) (xy -0.082594 0.055944) (xy -0.083111 0.055427)
						(xy -0.121945 0.00557) (xy -0.183207 -0.077219) (xy -0.258783 -0.182002) (xy -0.340557 -0.297844)
						(xy -0.420413 -0.413806) (xy -0.490236 -0.518954) (xy -0.541909 -0.60235) (xy -0.558404 -0.632473)
						(xy -0.567318 -0.653057) (xy -0.8226 -1.471611) (xy -0.663437 -1.499516)
					)
					(width 0)
					(fill yes)
				)
			)
			(uuid "8f3b8144-115c-4a6a-a9b1-9449edd47bba")
		)
		(pad "14" smd circle
			(at 2.5 5.25)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 14 "/uo[4]")
			(pinfunction "uo[4]")
			(pintype "output")
			(uuid "75d6288b-6f97-473f-9e29-0439515b8c19")
		)
		(pad "14" smd custom
			(at 2.5 5.25)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 14 "/uo[4]")
			(pinfunction "uo[4]")
			(pintype "output")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_poly
					(pts
						(xy -0.486993 -0.777081) (xy -0.475252 -0.756622) (xy -0.454928 -0.727015) (xy -0.393192 -0.645431)
						(xy -0.311107 -0.542477) (xy -0.217992 -0.428303) (xy -0.035957 -0.206892) (xy 0.034322 -0.119955)
						(xy 0.078347 -0.062395) (xy 0.080153 -0.059788) (xy 0.081789 -0.057369) (xy 0.083255 -0.055137)
						(xy 0.084548 -0.053093) (xy 0.086384 -0.050077) (xy 0.088108 -0.047005) (xy 0.089719 -0.043881)
						(xy 0.091218 -0.040707) (xy 0.092602 -0.037486) (xy 0.093872 -0.034222) (xy 0.095026 -0.030917)
						(xy 0.096063 -0.027575) (xy 0.096983 -0.024199) (xy 0.097784 -0.020791) (xy 0.098465 -0.017356)
						(xy 0.099027 -0.013895) (xy 0.099467 -0.010413) (xy 0.099785 -0.006912) (xy 0.09998 -0.003396)
						(xy 0.100051 0.000134) (xy 0.099908 0.005279) (xy 0.099508 0.010357) (xy 0.098859 0.01536) (xy 0.097967 0.020282)
						(xy 0.096838 0.025117) (xy 0.095478 0.029858) (xy 0.093894 0.0345) (xy 0.092092 0.039037) (xy 0.090078 0.043461)
						(xy 0.087858 0.047767) (xy 0.08544 0.051948) (xy 0.082828 0.055998) (xy 0.08003 0.059911) (xy 0.077052 0.063681)
						(xy 0.0739 0.067301) (xy 0.07058 0.070765) (xy 0.067099 0.074066) (xy 0.063462 0.0772) (xy 0.059677 0.080158)
						(xy 0.05575 0.082936) (xy 0.051686 0.085526) (xy 0.047492 0.087923) (xy 0.043175 0.09012) (xy 0.038741 0.092111)
						(xy 0.034195 0.093889) (xy 0.029545 0.09545) (xy 0.024797 0.096785) (xy 0.019956 0.097889) (xy 0.01503 0.098755)
						(xy 0.010024 0.099379) (xy 0.004945 0.099752) (xy -0.000201 0.099869) (xy -0.005359 0.099736)
						(xy -0.01048 0.099339) (xy -0.015553 0.098683) (xy -0.020571 0.097771) (xy -0.025523 0.096608)
						(xy -0.0304 0.095197) (xy -0.035194 0.093543) (xy -0.039895 0.091649) (xy -0.044494 0.089519)
						(xy -0.048982 0.087157) (xy -0.05335 0.084568) (xy -0.057588 0.081755) (xy -0.061688 0.078723)
						(xy -0.06564 0.075474) (xy -0.069435 0.072014) (xy -0.073065 0.068346) (xy -0.080816 0.058528)
						(xy -0.081211 0.057867) (xy -0.081601 0.057224) (xy -0.081986 0.056588) (xy -0.082366 0.055944)
						(xy -0.129442 0.000555) (xy -0.20406 -0.091052) (xy -0.396683 -0.335009) (xy -0.495067 -0.463407)
						(xy -0.581751 -0.580118) (xy -0.646926 -0.673165) (xy -0.668381 -0.707072) (xy -0.680779 -0.730572)
						(xy -0.680779 -0.731088) (xy -1.00324 -1.531039) (xy -0.84201 -1.566696)
					)
					(width 0)
					(fill yes)
				)
			)
			(uuid "ed502d23-d26e-4b6a-a834-da5fe6b06abe")
		)
		(pad "15" smd circle
			(at 3 5.25)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 5 "/uo[5]")
			(pinfunction "uo[5]")
			(pintype "output")
			(uuid "a4700cea-dc31-4159-b7d1-2b37399ee4e6")
		)
		(pad "15" smd custom
			(at 3 5.25)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 5 "/uo[5]")
			(pinfunction "uo[5]")
			(pintype "output")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_poly
					(pts
						(xy -0.596836 -0.887151) (xy -0.596319 -0.886117) (xy -0.581114 -0.862759) (xy -0.5558 -0.82857)
						(xy -0.480433 -0.733769) (xy -0.269832 -0.480958) (xy -0.053881 -0.224797) (xy 0.028175 -0.125807)
						(xy 0.078058 -0.062395) (xy 0.078729 -0.061471) (xy 0.079368 -0.060572) (xy 0.080567 -0.058848)
						(xy 0.081674 -0.057219) (xy 0.082709 -0.055677) (xy 0.08473 -0.052551) (xy 0.086629 -0.04936)
						(xy 0.088405 -0.046107) (xy 0.090057 -0.042796) (xy 0.091582 -0.03943) (xy 0.092982 -0.036013)
						(xy 0.094253 -0.03255) (xy 0.095396 -0.029043) (xy 0.096409 -0.025496) (xy 0.09729 -0.021914)
						(xy 0.098039 -0.018299) (xy 0.098655 -0.014655) (xy 0.099136 -0.010986) (xy 0.099482 -0.007296)
						(xy 0.099691 -0.003588) (xy 0.099762 0.000134) (xy 0.099619 0.005261) (xy 0.099222 0.010321) (xy 0.098578 0.015307)
						(xy 0.097692 0.020213) (xy 0.09657 0.025032) (xy 0.095219 0.02976) (xy 0.093645 0.034389) (xy 0.091855 0.038912)
						(xy 0.089854 0.043325) (xy 0.087648 0.047621) (xy 0.085245 0.051793) (xy 0.082649 0.055835) (xy 0.079868 0.059742)
						(xy 0.076908 0.063506) (xy 0.073774 0.067122) (xy 0.070473 0.070583) (xy 0.067012 0.073883) (xy 0.063396 0.077017)
						(xy 0.059631 0.079977) (xy 0.055725 0.082758) (xy 0.051683 0.085353) (xy 0.047511 0.087756) (xy 0.043215 0.089962)
						(xy 0.038802 0.091963) (xy 0.034279 0.093753) (xy 0.02965 0.095327) (xy 0.024923 0.096677) (xy 0.020104 0.097799)
						(xy 0.015198 0.098685) (xy 0.010213 0.099329) (xy 0.005153 0.099726) (xy 0.000027 0.099869) (xy -0.005084 0.099736)
						(xy -0.010158 0.099345) (xy -0.015186 0.0987) (xy -0.020159 0.097803) (xy -0.025068 0.096659)
						(xy -0.029905 0.095272) (xy -0.03466 0.093646) (xy -0.039325 0.091783) (xy -0.043891 0.089689)
						(xy -0.048348 0.087367) (xy -0.052688 0.084821) (xy -0.056903 0.082055) (xy -0.060982 0.079072)
						(xy -0.064917 0.075877) (xy -0.068699 0.072472) (xy -0.07232 0.068863) (xy -0.072991 0.068184)
						(xy -0.073655 0.067497) (xy -0.074311 0.066801) (xy -0.07496 0.066096) (xy -0.075602 0.065382)
						(xy -0.076237 0.064658) (xy -0.076866 0.063924) (xy -0.077487 0.063179) (xy -0.133815 -0.001018)
						(xy -0.222514 -0.105831) (xy -0.451145 -0.383098) (xy -0.568137 -0.528449) (xy -0.671619 -0.66021)
						(xy -0.750121 -0.76483) (xy -0.77642 -0.802726) (xy -0.792172 -0.828756) (xy -0.792689 -0.82979)
						(xy -1.180263 -1.60597) (xy -1.016965 -1.649895)
					)
					(width 0)
					(fill yes)
				)
			)
			(uuid "b71b6507-941e-49c5-ad57-dd92f5fa26df")
		)
		(pad "16" smd circle
			(at 3.5 5.25)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 11 "/uo[6]")
			(pinfunction "uo[6]")
			(pintype "output")
			(uuid "c0b80d1d-d616-49f4-92df-910f99ef0f2e")
		)
		(pad "16" smd custom
			(at 3.5 5.25)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 11 "/uo[6]")
			(pinfunction "uo[6]")
			(pintype "output")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_poly
					(pts
						(xy -0.711846 -1.031328) (xy -0.711329 -1.030294) (xy -0.661099 -0.963652) (xy -0.57119 -0.85213)
						(xy -0.324367 -0.553518) (xy -0.074913 -0.252612) (xy 0.018284 -0.138221) (xy 0.073118 -0.067563)
						(xy 0.074363 -0.066291) (xy 0.075586 -0.064988) (xy 0.076785 -0.063659) (xy 0.077961 -0.062306)
						(xy 0.079112 -0.060931) (xy 0.08024 -0.059539) (xy 0.081343 -0.058131) (xy 0.08242 -0.056711)
						(xy 0.084512 -0.05354) (xy 0.086476 -0.0503) (xy 0.088312 -0.046995) (xy 0.090019 -0.043629) (xy 0.091596 -0.040205)
						(xy 0.093041 -0.036728) (xy 0.094353 -0.033201) (xy 0.095531 -0.029628) (xy 0.096574 -0.026013)
						(xy 0.097481 -0.022361) (xy 0.09825 -0.018674) (xy 0.09888 -0.014957) (xy 0.09937 -0.011214) (xy 0.09972 -0.007449)
						(xy 0.099927 -0.003665) (xy 0.09999 0.000134) (xy 0.099847 0.005261) (xy 0.09945 0.010321) (xy 0.098806 0.015307)
						(xy 0.097919 0.020213) (xy 0.096797 0.025032) (xy 0.095447 0.02976) (xy 0.093873 0.034389) (xy 0.092082 0.038912)
						(xy 0.090081 0.043325) (xy 0.087875 0.047621) (xy 0.085472 0.051793) (xy 0.082876 0.055835) (xy 0.080095 0.059742)
						(xy 0.077135 0.063506) (xy 0.074001 0.067122) (xy 0.070701 0.070583) (xy 0.067239 0.073883) (xy 0.063623 0.077017)
						(xy 0.059859 0.079977) (xy 0.055952 0.082758) (xy 0.05191 0.085353) (xy 0.047738 0.087756) (xy 0.043443 0.089962)
						(xy 0.03903 0.091963) (xy 0.034506 0.093753) (xy 0.029878 0.095327) (xy 0.025151 0.096677) (xy 0.020331 0.097799)
						(xy 0.015426 0.098685) (xy 0.01044 0.099329) (xy 0.005381 0.099726) (xy 0.000255 0.099869) (xy -0.00489 0.099761)
						(xy -0.009999 0.099391) (xy -0.015062 0.098763) (xy -0.02007 0.097881) (xy -0.025015 0.096748)
						(xy -0.029887 0.095368) (xy -0.034678 0.093746) (xy -0.039377 0.091885) (xy -0.043977 0.089789)
						(xy -0.048467 0.087462) (xy -0.052839 0.084908) (xy -0.057084 0.08213) (xy -0.061193 0.079133)
						(xy -0.065156 0.07592) (xy -0.068964 0.072495) (xy -0.072609 0.068863) (xy -0.073861 0.067514)
						(xy -0.075088 0.066143) (xy -0.07629 0.064752) (xy -0.077466 0.06334) (xy -0.078617 0.061908)
						(xy -0.079742 0.060456) (xy -0.08084 0.058985) (xy -0.081911 0.057494) (xy -0.143416 -0.012567)
						(xy -0.242847 -0.130011) (xy -0.502956 -0.444187) (xy -0.757181 -0.759316) (xy -0.849257 -0.877951)
						(xy -0.900465 -0.949679) (xy -0.900465 -0.950196) (xy -0.900982 -0.950196) (xy -0.900982 -0.950713)
						(xy -1.352634 -1.697954) (xy -1.18727 -1.751181)
					)
					(width 0)
					(fill yes)
				)
			)
			(uuid "6b821774-2d61-4a96-8437-f4ffbbcf720f")
		)
		(pad "17" smd circle
			(at 4 5.25)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 7 "/uo[7]")
			(pinfunction "uo[7]")
			(pintype "output")
			(uuid "56a98e11-50d4-43d9-89ac-78eec07364da")
		)
		(pad "17" smd custom
			(at 4 5.25)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 7 "/uo[7]")
			(pinfunction "uo[7]")
			(pintype "output")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_poly
					(pts
						(xy -0.866649 -1.250953) (xy -0.867165 -1.250437) (xy -0.389473 -0.655384) (xy -0.089504 -0.27952)
						(xy 0.020281 -0.139531) (xy 0.082131 -0.057228) (xy 0.082131 -0.056711) (xy 0.084256 -0.053551)
						(xy 0.086254 -0.05032) (xy 0.088124 -0.047022) (xy 0.089864 -0.043662) (xy 0.091474 -0.040243)
						(xy 0.092953 -0.036769) (xy 0.094298 -0.033245) (xy 0.09551 -0.029673) (xy 0.096586 -0.026057)
						(xy 0.097525 -0.022403) (xy 0.098326 -0.018713) (xy 0.098988 -0.014991) (xy 0.099509 -0.011242)
						(xy 0.099889 -0.007468) (xy 0.100125 -0.003675) (xy 0.100218 0.000134) (xy 0.100074 0.005279)
						(xy 0.099675 0.010357) (xy 0.099026 0.01536) (xy 0.098133 0.020282) (xy 0.097004 0.025117) (xy 0.095644 0.029858)
						(xy 0.09406 0.0345) (xy 0.092258 0.039037) (xy 0.090244 0.043461) (xy 0.088024 0.047767) (xy 0.085606 0.051948)
						(xy 0.082994 0.055998) (xy 0.080196 0.059911) (xy 0.077218 0.063681) (xy 0.074066 0.067301) (xy 0.070746 0.070765)
						(xy 0.067265 0.074066) (xy 0.063628 0.0772) (xy 0.059843 0.080158) (xy 0.055916 0.082936) (xy 0.051852 0.085526)
						(xy 0.047658 0.087923) (xy 0.043341 0.09012) (xy 0.038907 0.092111) (xy 0.034362 0.093889) (xy 0.029712 0.09545)
						(xy 0.024963 0.096785) (xy 0.020123 0.097889) (xy 0.015196 0.098755) (xy 0.01019 0.099379) (xy 0.005112 0.099752)
						(xy -0.000034 0.099869) (xy -0.005289 0.099733) (xy -0.010504 0.099324) (xy -0.015669 0.098647)
						(xy -0.020775 0.097706) (xy -0.025812 0.096504) (xy -0.030771 0.095046) (xy -0.035642 0.093337)
						(xy -0.040415 0.09138) (xy -0.045081 0.089179) (xy -0.04963 0.08674) (xy -0.054053 0.084065) (xy -0.05834 0.081159)
						(xy -0.06248 0.078027) (xy -0.066466 0.074673) (xy -0.070286 0.0711) (xy -0.073932 0.067313) (xy -0.075045 0.066012)
						(xy -0.076136 0.064696) (xy -0.077204 0.063365) (xy -0.07825 0.062018) (xy -0.079272 0.060655)
						(xy -0.080271 0.059275) (xy -0.081247 0.057877) (xy -0.0822 0.056461) (xy -0.152227 -0.026086)
						(xy -0.266529 -0.165576) (xy -0.56735 -0.539226) (xy -0.863436 -0.912173) (xy -1.033563 -1.132097)
						(xy -1.531723 -1.824045) (xy -1.392197 -1.921196)
					)
					(width 0)
					(fill yes)
				)
			)
			(uuid "319b0eaf-9c9c-4377-82c5-c067ed717fd5")
		)
		(pad "18" smd circle
			(at 5 4.75)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 29 "/VDD_IO")
			(pinfunction "VDD_IO")
			(pintype "power_in")
			(uuid "fa70ed58-3f9c-4d87-8dd2-d4b60a10ff00")
		)
		(pad "18" smd custom
			(at 5 4.75)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 29 "/VDD_IO")
			(pinfunction "VDD_IO")
			(pintype "power_in")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_poly
					(pts
						(xy -1.36177 -1.393808) (xy -0.641834 -0.734055) (xy -0.189419 -0.316813) (xy -0.02308 -0.161337)
						(xy 0.071735 -0.069858) (xy 0.075054 -0.066286) (xy 0.078181 -0.062572) (xy 0.081115 -0.058725)
						(xy 0.083852 -0.054751) (xy 0.086388 -0.05066) (xy 0.088721 -0.046458) (xy 0.090848 -0.042154)
						(xy 0.092764 -0.037755) (xy 0.094468 -0.033269) (xy 0.095955 -0.028705) (xy 0.097223 -0.024069)
						(xy 0.098268 -0.019369) (xy 0.099087 -0.014615) (xy 0.099677 -0.009812) (xy 0.100035 -0.004969)
						(xy 0.100157 -0.000094) (xy 0.100039 0.00507) (xy 0.099663 0.010166) (xy 0.099035 0.015189) (xy 0.098163 0.020131)
						(xy 0.097051 0.024987) (xy 0.095707 0.02975) (xy 0.094136 0.034413) (xy 0.092346 0.038971) (xy 0.090342 0.043417)
						(xy 0.088131 0.047744) (xy 0.085719 0.051947) (xy 0.083112 0.056019) (xy 0.080317 0.059953) (xy 0.077341 0.063743)
						(xy 0.074189 0.067384) (xy 0.070868 0.070868) (xy 0.067384 0.074189) (xy 0.063744 0.077341) (xy 0.059953 0.080318)
						(xy 0.056019 0.083112) (xy 0.051947 0.085719) (xy 0.047745 0.088131) (xy 0.043417 0.090342) (xy 0.038971 0.092346)
						(xy 0.034414 0.094137) (xy 0.02975 0.095707) (xy 0.024987 0.097052) (xy 0.020131 0.098163) (xy 0.015189 0.099036)
						(xy 0.010166 0.099664) (xy 0.005069 0.10004) (xy -0.000095 0.100158) (xy -0.004444 0.10004) (xy -0.008769 0.099735)
						(xy -0.013064 0.099244) (xy -0.017325 0.098569) (xy -0.021545 0.097712) (xy -0.025718 0.096676)
						(xy -0.02984 0.095462) (xy -0.033904 0.094073) (xy -0.037904 0.09251) (xy -0.041835 0.090777)
						(xy -0.045692 0.088875) (xy -0.049469 0.086806) (xy -0.053159 0.084572) (xy -0.056758 0.082175)
						(xy -0.060259 0.079619) (xy -0.063658 0.076903) (xy -0.065019 0.075806) (xy -0.06636 0.074691)
						(xy -0.067682 0.073556) (xy -0.068984 0.072403) (xy -0.070267 0.07123) (xy -0.071529 0.07004)
						(xy -0.072771 0.06883) (xy -0.073993 0.067602) (xy -0.338594 -0.169342) (xy -0.77588 -0.570774)
						(xy -1.208972 -0.972767) (xy -1.460988 -1.21139) (xy -1.462022 -1.211906) (xy -1.462022 -1.212423)
						(xy -2.095057 -1.844943) (xy -2.045965 -2.024777)
					)
					(width 0)
					(fill yes)
				)
			)
			(uuid "afd55f54-d9fb-4a93-b9d1-289e9995a3c1")
		)
		(pad "19" smd circle
			(at 5 4.25)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 17 "/GND")
			(pinfunction "GND_IO")
			(pintype "power_in")
			(uuid "621bca8c-8748-4ef7-8970-d2136bf25b14")
		)
		(pad "20" smd circle
			(at 5 3.75)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 22 "/analog[0]")
			(pinfunction "analog[0]")
			(pintype "bidirectional")
			(uuid "8b802c8f-9b17-4206-bc81-b55791a3225b")
		)
		(pad "20" smd custom
			(at 5 3.75)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 22 "/analog[0]")
			(pinfunction "analog[0]")
			(pintype "bidirectional")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_poly
					(pts
						(xy -1.141628 -1.19996) (xy -1.106358 -1.17332) (xy -1.054803 -1.130201) (xy -0.912232 -1.003689)
						(xy -0.7327 -0.838741) (xy -0.534992 -0.653674) (xy -0.160184 -0.296458) (xy 0.061916 -0.078582)
						(xy 0.063271 -0.077437) (xy 0.064612 -0.076267) (xy 0.065938 -0.075073) (xy 0.067245 -0.073856)
						(xy 0.068532 -0.072616) (xy 0.069797 -0.071353) (xy 0.071037 -0.070069) (xy 0.072251 -0.068763)
						(xy 0.075491 -0.065226) (xy 0.078546 -0.061554) (xy 0.081413 -0.057753) (xy 0.084088 -0.053831)
						(xy 0.086568 -0.049796) (xy 0.088851 -0.045654) (xy 0.090934 -0.041413) (xy 0.092813 -0.037081)
						(xy 0.094485 -0.032666) (xy 0.095948 -0.028174) (xy 0.097199 -0.023613) (xy 0.098233 -0.01899)
						(xy 0.09905 -0.014313) (xy 0.099644 -0.00959) (xy 0.100014 -0.004828) (xy 0.100157 -0.000033)
						(xy 0.100039 0.005131) (xy 0.099663 0.010228) (xy 0.099035 0.015251) (xy 0.098163 0.020193) (xy 0.097051 0.025049)
						(xy 0.095707 0.029812) (xy 0.094136 0.034475) (xy 0.092346 0.039033) (xy 0.090342 0.043479) (xy 0.088131 0.047806)
						(xy 0.085719 0.052009) (xy 0.083112 0.056081) (xy 0.080317 0.060015) (xy 0.077341 0.063805) (xy 0.074189 0.067446)
						(xy 0.070868 0.07093) (xy 0.067384 0.074251) (xy 0.063744 0.077403) (xy 0.059953 0.080379) (xy 0.056019 0.083174)
						(xy 0.051947 0.08578) (xy 0.047745 0.088192) (xy 0.043417 0.090404) (xy 0.038971 0.092408) (xy 0.034414 0.094198)
						(xy 0.02975 0.095769) (xy 0.024987 0.097113) (xy 0.020131 0.098225) (xy 0.015189 0.099097) (xy 0.010166 0.099725)
						(xy 0.005069 0.100101) (xy -0.000095 0.100219) (xy -0.004523 0.100115) (xy -0.008926 0.099817)
						(xy -0.013299 0.099327) (xy -0.017636 0.098646) (xy -0.021931 0.097778) (xy -0.026178 0.096723)
						(xy -0.03037 0.095485) (xy -0.034503 0.094066) (xy -0.03857 0.092468) (xy -0.042565 0.090693)
						(xy -0.046482 0.088742) (xy -0.050315 0.08662) (xy -0.054058 0.084327) (xy -0.057706 0.081866)
						(xy -0.061252 0.079238) (xy -0.064691 0.076447) (xy -0.065846 0.075408) (xy -0.066986 0.074352)
						(xy -0.06811 0.07328) (xy -0.069218 0.07219) (xy -0.07031 0.071084) (xy -0.071383 0.06996) (xy -0.072439 0.06882)
						(xy -0.073476 0.067662) (xy -0.153184 -0.006626) (xy -0.283822 -0.133677) (xy -0.629692 -0.474348)
						(xy -0.974698 -0.810923) (xy -1.104256 -0.932853) (xy -1.15084 -0.974384) (xy -1.182452 -0.999972)
						(xy -1.94313 -1.547743) (xy -1.915224 -1.71104)
					)
					(width 0)
					(fill yes)
				)
			)
			(uuid "ab92a5a6-0250-490e-a546-b0d8d3303bdd")
		)
		(pad "21" smd circle
			(at 5 3.25)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 19 "/analog[1]")
			(pinfunction "analog[1]")
			(pintype "bidirectional")
			(uuid "73feecea-86a4-42ea-82dc-216effa9152e")
		)
		(pad "21" smd custom
			(at 5 3.25)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 19 "/analog[1]")
			(pinfunction "analog[1]")
			(pintype "bidirectional")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_poly
					(pts
						(xy -1.073415 -1.087017) (xy -1.039536 -1.064395) (xy -0.99045 -1.026631) (xy -0.855457 -0.914037)
						(xy -0.686037 -0.765962) (xy -0.499792 -0.599132) (xy -0.147236 -0.276117) (xy 0.061399 -0.07881)
						(xy 0.06267 -0.077786) (xy 0.063932 -0.07674) (xy 0.065183 -0.075672) (xy 0.066421 -0.074582)
						(xy 0.067646 -0.073472) (xy 0.068854 -0.072342) (xy 0.070046 -0.071193) (xy 0.071218 -0.070024)
						(xy 0.074595 -0.066442) (xy 0.077778 -0.062714) (xy 0.080764 -0.058848) (xy 0.08355 -0.054853)
						(xy 0.086132 -0.050737) (xy 0.088508 -0.046508) (xy 0.090673 -0.042173) (xy 0.092625 -0.037741)
						(xy 0.094359 -0.033219) (xy 0.095874 -0.028617) (xy 0.097166 -0.023941) (xy 0.098231 -0.0192)
						(xy 0.099065 -0.014402) (xy 0.099667 -0.009554) (xy 0.100032 -0.004666) (xy 0.100157 0.000256)
						(xy 0.100013 0.005401) (xy 0.099614 0.010478) (xy 0.098964 0.01548) (xy 0.098072 0.020402) (xy 0.096943 0.025237)
						(xy 0.095583 0.029978) (xy 0.093999 0.03462) (xy 0.092197 0.039156) (xy 0.090183 0.04358) (xy 0.087963 0.047886)
						(xy 0.085545 0.052067) (xy 0.082933 0.056118) (xy 0.080135 0.060031) (xy 0.077157 0.0638) (xy 0.074005 0.06742)
						(xy 0.070685 0.070885) (xy 0.067204 0.074187) (xy 0.063567 0.07732) (xy 0.059782 0.080279) (xy 0.055855 0.083056)
						(xy 0.051791 0.085647) (xy 0.047597 0.088044) (xy 0.04328 0.090241) (xy 0.038846 0.092232) (xy 0.034301 0.094011)
						(xy 0.02965 0.095571) (xy 0.024902 0.096906) (xy 0.020062 0.098011) (xy 0.015135 0.098877) (xy 0.010129 0.099501)
						(xy 0.00505 0.099874) (xy -0.000095 0.099991) (xy -0.004388 0.099907) (xy -0.008659 0.09964) (xy -0.012904 0.099192)
						(xy -0.017116 0.098565) (xy -0.02129 0.097761) (xy -0.025421 0.096781) (xy -0.029502 0.095629)
						(xy -0.03353 0.094304) (xy -0.037498 0.092811) (xy -0.0414 0.091149) (xy -0.045232 0.089322) (xy -0.048988 0.087332)
						(xy -0.052663 0.085179) (xy -0.05625 0.082867) (xy -0.059744 0.080397) (xy -0.063141 0.07777)
						(xy -0.064363 0.07674) (xy -0.065569 0.075689) (xy -0.066758 0.074618) (xy -0.06793 0.073528)
						(xy -0.069085 0.072419) (xy -0.070222 0.071292) (xy -0.071342 0.070147) (xy -0.072442 0.068985)
						(xy -0.146915 0.00137) (xy -0.268252 -0.114235) (xy -0.58902 -0.423711) (xy -0.757203 -0.584732)
						(xy -0.909753 -0.72804) (xy -1.031044 -0.837209) (xy -1.075086 -0.873858) (xy -1.105454 -0.895814)
						(xy -1.890419 -1.370203) (xy -1.868198 -1.525233)
					)
					(width 0)
					(fill yes)
				)
			)
			(uuid "1ae27eb0-4fb7-4607-bcb2-919cb96d23b0")
		)
		(pad "22" smd circle
			(at 5 2.75)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 26 "/analog[2]")
			(pinfunction "analog[2]")
			(pintype "bidirectional")
			(uuid "6f1cc86c-6ffb-4dcd-a3a8-7bb61c366ec2")
		)
		(pad "22" smd custom
			(at 5 2.75)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 26 "/analog[2]")
			(pinfunction "analog[2]")
			(pintype "bidirectional")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_poly
					(pts
						(xy -1.018638 -0.958054) (xy -0.986442 -0.9395) (xy -0.939914 -0.907591) (xy -0.812136 -0.811016)
						(xy -0.651865 -0.682953) (xy -0.475661 -0.538026) (xy -0.141699 -0.25607) (xy 0.057265 -0.082138)
						(xy 0.058746 -0.081067) (xy 0.06021 -0.07997) (xy 0.061658 -0.078847) (xy 0.063088 -0.077697)
						(xy 0.064502 -0.076521) (xy 0.065897 -0.075319) (xy 0.067275 -0.074091) (xy 0.068634 -0.072836)
						(xy 0.072302 -0.069207) (xy 0.075762 -0.065412) (xy 0.079011 -0.061459) (xy 0.082043 -0.05736)
						(xy 0.084856 -0.053121) (xy 0.087445 -0.048754) (xy 0.089806 -0.044266) (xy 0.091936 -0.039666)
						(xy 0.09383 -0.034965) (xy 0.095484 -0.030172) (xy 0.096895 -0.025294) (xy 0.098058 -0.020342)
						(xy 0.09897 -0.015325) (xy 0.099626 -0.010251) (xy 0.100023 -0.005131) (xy 0.100157 0.000028)
						(xy 0.100013 0.005173) (xy 0.099614 0.01025) (xy 0.098964 0.015252) (xy 0.098072 0.020174) (xy 0.096943 0.025009)
						(xy 0.095583 0.02975) (xy 0.093999 0.034392) (xy 0.092197 0.038928) (xy 0.090183 0.043352) (xy 0.087963 0.047658)
						(xy 0.085545 0.051839) (xy 0.082933 0.055889) (xy 0.080135 0.059802) (xy 0.077157 0.063572) (xy 0.074005 0.067192)
						(xy 0.070685 0.070656) (xy 0.067204 0.073958) (xy 0.063567 0.077092) (xy 0.059782 0.080051) (xy 0.055855 0.082828)
						(xy 0.051791 0.085419) (xy 0.047597 0.087816) (xy 0.04328 0.090013) (xy 0.038846 0.092004) (xy 0.034301 0.093783)
						(xy 0.02965 0.095343) (xy 0.024902 0.096678) (xy 0.020062 0.097783) (xy 0.015135 0.098649) (xy 0.010129 0.099273)
						(xy 0.00505 0.099646) (xy -0.000095 0.099763) (xy -0.004101 0.099679) (xy -0.008088 0.099436)
						(xy -0.012053 0.099035) (xy -0.015991 0.098478) (xy -0.019898 0.097766) (xy -0.023769 0.0969)
						(xy -0.027599 0.095882) (xy -0.031385 0.094714) (xy -0.035122 0.093396) (xy -0.038805 0.091931)
						(xy -0.04243 0.09032) (xy -0.045992 0.088565) (xy -0.049487 0.086666) (xy -0.05291 0.084626) (xy -0.056257 0.082445)
						(xy -0.059524 0.080126) (xy -0.061245 0.078829) (xy -0.062937 0.077495) (xy -0.064599 0.076125)
						(xy -0.06623 0.07472) (xy -0.067831 0.073279) (xy -0.0694 0.071805) (xy -0.070937 0.070297) (xy -0.072442 0.068757)
						(xy -0.144001 0.008175) (xy -0.258759 -0.094078) (xy -0.560016 -0.365879) (xy -0.717585 -0.506566)
						(xy -0.860495 -0.631202) (xy -0.97428 -0.725357) (xy -1.015731 -0.756496) (xy -1.044477 -0.774602)
						(xy -1.848561 -1.176128) (xy -1.830992 -1.323923)
					)
					(width 0)
					(fill yes)
				)
			)
			(uuid "28656d26-8bac-4959-9f9c-a5aa912d113a")
		)
		(pad "23" smd circle
			(at 5 2.25)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 30 "/analog[3]")
			(pinfunction "analog[3]")
			(pintype "bidirectional")
			(uuid "794fbf04-8ba0-4380-b9ce-f472351985fe")
		)
		(pad "23" smd custom
			(at 5 2.25)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 30 "/analog[3]")
			(pinfunction "analog[3]")
			(pintype "bidirectional")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_poly
					(pts
						(xy -0.975746 -0.815654) (xy -0.945279 -0.801004) (xy -0.901054 -0.775047) (xy -0.779263 -0.69536)
						(xy -0.626228 -0.588885) (xy -0.457807 -0.467916) (xy -0.138231 -0.231665) (xy 0.052614 -0.084949)
						(xy 0.054095 -0.084003) (xy 0.055559 -0.083032) (xy 0.057007 -0.082035) (xy 0.058437 -0.081014)
						(xy 0.059851 -0.079968) (xy 0.061246 -0.078897) (xy 0.062624 -0.077802) (xy 0.063983 -0.076682)
						(xy 0.068142 -0.073035) (xy 0.072072 -0.069187) (xy 0.075768 -0.065146) (xy 0.079225 -0.060925)
						(xy 0.082437 -0.056534) (xy 0.0854 -0.051985) (xy 0.088109 -0.047288) (xy 0.090557 -0.042455)
						(xy 0.09274 -0.037496) (xy 0.094652 -0.032423) (xy 0.096289 -0.027247) (xy 0.097645 -0.021978)
						(xy 0.098715 -0.016628) (xy 0.099494 -0.011208) (xy 0.099976 -0.005728) (xy 0.100157 -0.0002)
						(xy 0.100039 0.004964) (xy 0.099663 0.010061) (xy 0.099035 0.015084) (xy 0.098163 0.020026) (xy 0.097051 0.024882)
						(xy 0.095707 0.029645) (xy 0.094136 0.034309) (xy 0.092346 0.038866) (xy 0.090342 0.043312) (xy 0.088131 0.04764)
						(xy 0.085719 0.051842) (xy 0.083112 0.055914) (xy 0.080317 0.059848) (xy 0.077341 0.063639) (xy 0.074189 0.067279)
						(xy 0.070868 0.070763) (xy 0.067384 0.074084) (xy 0.063744 0.077236) (xy 0.059953 0.080212) (xy 0.056019 0.083007)
						(xy 0.051947 0.085614) (xy 0.047745 0.088026) (xy 0.043417 0.090237) (xy 0.038971 0.092241) (xy 0.034414 0.094031)
						(xy 0.02975 0.095602) (xy 0.024987 0.096946) (xy 0.020131 0.098058) (xy 0.015189 0.098931) (xy 0.010166 0.099558)
						(xy 0.005069 0.099934) (xy -0.000095 0.100052) (xy -0.003667 0.099968) (xy -0.007225 0.099758)
						(xy -0.010766 0.099422) (xy -0.014288 0.098961) (xy -0.017787 0.098376) (xy -0.021259 0.097668)
						(xy -0.024703 0.096838) (xy -0.028113 0.095887) (xy -0.031488 0.094815) (xy -0.034824 0.093625)
						(xy -0.038117 0.092316) (xy -0.041366 0.09089) (xy -0.044565 0.089348) (xy -0.047712 0.08769)
						(xy -0.050805 0.085918) (xy -0.053839 0.084032) (xy -0.055759 0.082758) (xy -0.057649 0.081442)
						(xy -0.059508 0.080083) (xy -0.061336 0.078682) (xy -0.063131 0.077239) (xy -0.064892 0.075755)
						(xy -0.066618 0.074229) (xy -0.068309 0.072663) (xy -0.13738 0.02109) (xy -0.247365 -0.065734)
						(xy -0.535036 -0.295954) (xy -0.685202 -0.414758) (xy -0.821241 -0.519632) (xy -0.929394 -0.598279)
						(xy -0.968713 -0.623925) (xy -0.9959 -0.638404) (xy -0.996417 -0.638921) (xy -1.815489 -0.968616)
						(xy -1.802053 -1.110209)
					)
					(width 0)
					(fill yes)
				)
			)
			(uuid "d9b2d082-ab5a-4f90-8b7c-202188cdd3e5")
		)
		(pad "24" smd circle
			(at 5 1.75)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 23 "/analog[4]")
			(pinfunction "analog[4]")
			(pintype "bidirectional")
			(uuid "88239ba8-74f2-443e-a069-fa55187bc334")
		)
		(pad "24" smd custom
			(at 5 1.75)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 23 "/analog[4]")
			(pinfunction "analog[4]")
			(pintype "bidirectional")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_poly
					(pts
						(xy -0.944224 -0.66292) (xy -0.943707 -0.66292) (xy -0.915024 -0.652021) (xy -0.873011 -0.632163)
						(xy -0.756641 -0.570397) (xy -0.609882 -0.487278) (xy -0.448015 -0.392461) (xy -0.140092 -0.206352)
						(xy -0.024602 -0.134371) (xy 0.044863 -0.089312) (xy 0.046466 -0.088506) (xy 0.048052 -0.087672)
						(xy 0.049622 -0.08681) (xy 0.051176 -0.085919) (xy 0.052717 -0.085001) (xy 0.054244 -0.084054)
						(xy 0.05576 -0.083079) (xy 0.057265 -0.082077) (xy 0.062179 -0.078431) (xy 0.06683 -0.074519)
						(xy 0.071211 -0.070354) (xy 0.075315 -0.065953) (xy 0.079134 -0.061328) (xy 0.08266 -0.056496)
						(xy 0.085886 -0.051469) (xy 0.088804 -0.046264) (xy 0.091407 -0.040893) (xy 0.093687 -0.035373)
						(xy 0.095636 -0.029717) (xy 0.097247 -0.02394) (xy 0.098512 -0.018056) (xy 0.099424 -0.012081)
						(xy 0.099975 -0.006027) (xy 0.100157 0.000089) (xy 0.100013 0.005234) (xy 0.099614 0.010311) (xy 0.098964 0.015313)
						(xy 0.098072 0.020235) (xy 0.096943 0.02507) (xy 0.095583 0.029811) (xy 0.093999 0.034453) (xy 0.092197 0.03899)
						(xy 0.090183 0.043414) (xy 0.087963 0.047719) (xy 0.085545 0.0519) (xy 0.082933 0.055951) (xy 0.080135 0.059864)
						(xy 0.077157 0.063634) (xy 0.074005 0.067254) (xy 0.070685 0.070718) (xy 0.067204 0.07402) (xy 0.063567 0.077153)
						(xy 0.059782 0.080112) (xy 0.055855 0.082889) (xy 0.051791 0.08548) (xy 0.047597 0.087877) (xy 0.04328 0.090074)
						(xy 0.038846 0.092065) (xy 0.034301 0.093844) (xy 0.02965 0.095404) (xy 0.024902 0.096739) (xy 0.020062 0.097844)
						(xy 0.015135 0.09871) (xy 0.010129 0.099334) (xy 0.00505 0.099707) (xy -0.000095 0.099824) (xy -0.003056 0.099785)
						(xy -0.006009 0.099659) (xy -0.008953 0.099446) (xy -0.011887 0.099147) (xy -0.014808 0.098761)
						(xy -0.017714 0.09829) (xy -0.020604 0.097734) (xy -0.023476 0.097093) (xy -0.026328 0.096368)
						(xy -0.029158 0.095559) (xy -0.031964 0.094667) (xy -0.034744 0.093692) (xy -0.037497 0.092635)
						(xy -0.04022 0.091495) (xy -0.042912 0.090274) (xy -0.04557 0.088972) (xy -0.047392 0.088001)
						(xy -0.049192 0.086993) (xy -0.050971 0.085949) (xy -0.052728 0.084868) (xy -0.054463 0.083751)
						(xy -0.056174 0.082599) (xy -0.057861 0.081411) (xy -0.059524 0.080187) (xy -0.126469 0.039203)
						(xy -0.233403 -0.030626) (xy -0.513235 -0.216501) (xy -0.659128 -0.312383) (xy -0.791004 -0.396788)
						(xy -0.895359 -0.459633) (xy -0.932998 -0.47982) (xy -0.958694 -0.490837) (xy -1.790167 -0.749736)
						(xy -1.780349 -0.887195)
					)
					(width 0)
					(fill yes)
				)
			)
			(uuid "78fa7170-19eb-4a80-8a49-b8518febd77b")
		)
		(pad "25" smd circle
			(at 5 1.25)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 32 "/analog[5]")
			(pinfunction "analog[5]")
			(pintype "bidirectional")
			(uuid "47dda175-3c9d-43fe-9ab2-ac539808de75")
		)
		(pad "25" smd custom
			(at 5 1.25)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 32 "/analog[5]")
			(pinfunction "analog[5]")
			(pintype "bidirectional")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_poly
					(pts
						(xy -0.920453 -0.502434) (xy -0.893473 -0.495072) (xy -0.853514 -0.481305) (xy -0.742047 -0.437969)
						(xy -0.600836 -0.37925) (xy -0.444662 -0.311968) (xy -0.146556 -0.17901) (xy -0.034189 -0.126978)
						(xy 0.034011 -0.093673) (xy 0.03579 -0.093079) (xy 0.037562 -0.09245) (xy 0.039326 -0.091788)
						(xy 0.041081 -0.091093) (xy 0.042823 -0.090366) (xy 0.044553 -0.089605) (xy 0.046266 -0.088813)
						(xy 0.047963 -0.087989) (xy 0.053851 -0.084519) (xy 0.059443 -0.080688) (xy 0.064726 -0.076517)
						(xy 0.069691 -0.072025) (xy 0.074325 -0.067232) (xy 0.078617 -0.062155) (xy 0.082554 -0.056816)
						(xy 0.086126 -0.051234) (xy 0.089321 -0.045427) (xy 0.092128 -0.039416) (xy 0.094534 -0.033219)
						(xy 0.096528 -0.026857) (xy 0.098099 -0.020348) (xy 0.099235 -0.013713) (xy 0.099925 -0.00697)
						(xy 0.100157 -0.000139) (xy 0.100039 0.005026) (xy 0.099663 0.010123) (xy 0.099035 0.015145) (xy 0.098163 0.020088)
						(xy 0.097051 0.024944) (xy 0.095707 0.029707) (xy 0.094136 0.03437) (xy 0.092346 0.038928) (xy 0.090342 0.043374)
						(xy 0.088131 0.047701) (xy 0.085719 0.051904) (xy 0.083112 0.055976) (xy 0.080317 0.05991) (xy 0.077341 0.0637)
						(xy 0.074189 0.067341) (xy 0.070868 0.070825) (xy 0.067384 0.074146) (xy 0.063744 0.077298) (xy 0.059953 0.080274)
						(xy 0.056019 0.083069) (xy 0.051947 0.085675) (xy 0.047745 0.088087) (xy 0.043417 0.090299) (xy 0.038971 0.092302)
						(xy 0.034414 0.094093) (xy 0.02975 0.095663) (xy 0.024987 0.097008) (xy 0.020131 0.098119) (xy 0.015189 0.098992)
						(xy 0.010166 0.09962) (xy 0.005069 0.099995) (xy -0.000095 0.100113) (xy -0.002245 0.100068) (xy -0.004391 0.099976)
						(xy -0.006533 0.099838) (xy -0.00867 0.099653) (xy -0.010802 0.099424) (xy -0.012927 0.099148)
						(xy -0.015046 0.098827) (xy -0.017157 0.09846) (xy -0.01926 0.098048) (xy -0.021354 0.097592)
						(xy -0.023438 0.09709) (xy -0.025511 0.096543) (xy -0.027573 0.095952) (xy -0.029623 0.095316)
						(xy -0.031661 0.094636) (xy -0.033685 0.093912) (xy -0.036039 0.093016) (xy -0.038368 0.092061)
						(xy -0.040672 0.091048) (xy -0.042949 0.089977) (xy -0.045199 0.088849) (xy -0.04742 0.087664)
						(xy -0.049611 0.086424) (xy -0.051772 0.085127) (xy -0.118906 0.054766) (xy -0.22472 0.003213)
						(xy -0.499529 -0.133672) (xy -0.770472 -0.265931) (xy -0.871454 -0.311703) (xy -0.907541 -0.326239)
						(xy -0.931822 -0.333969) (xy -1.771564 -0.523104) (xy -1.764846 -0.656946)
					)
					(width 0)
					(fill yes)
				)
			)
			(uuid "2be33c63-b65f-4bf5-b2cb-18214dac7524")
		)
		(pad "26" smd circle
			(at 5 0.75)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 18 "/VAA_Analog")
			(pinfunction "VAA_Analog")
			(pintype "power_in")
			(uuid "5e155a39-4521-487c-ae3d-74a77fecbca4")
		)
		(pad "26" smd custom
			(at 5 0.75)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 18 "/VAA_Analog")
			(pinfunction "VAA_Analog")
			(pintype "power_in")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_poly
					(pts
						(xy -0.905983 -0.336264) (xy -0.842167 -0.324456) (xy -0.734761 -0.299745) (xy -0.446682 -0.227115)
						(xy -0.156742 -0.149373) (xy -0.047013 -0.118272) (xy 0.020058 -0.097518) (xy 0.021885 -0.097183)
						(xy 0.023712 -0.096814) (xy 0.025537 -0.096412) (xy 0.027357 -0.095976) (xy 0.029168 -0.095507)
						(xy 0.030969 -0.095005) (xy 0.032756 -0.09447) (xy 0.034528 -0.093901) (xy 0.04177 -0.090926)
						(xy 0.048683 -0.087436) (xy 0.055246 -0.083459) (xy 0.061442 -0.079021) (xy 0.067252 -0.074151)
						(xy 0.072655 -0.068876) (xy 0.077633 -0.063222) (xy 0.082166 -0.057218) (xy 0.086237 -0.050891)
						(xy 0.089825 -0.044268) (xy 0.092912 -0.037376) (xy 0.095478 -0.030244) (xy 0.097505 -0.022897)
						(xy 0.098973 -0.015365) (xy 0.099863 -0.007673) (xy 0.100157 0.00015) (xy 0.100013 0.005295) (xy 0.099614 0.010372)
						(xy 0.098964 0.015375) (xy 0.098072 0.020297) (xy 0.096943 0.025132) (xy 0.095583 0.029873) (xy 0.093999 0.034515)
						(xy 0.092197 0.039051) (xy 0.090183 0.043475) (xy 0.087963 0.047781) (xy 0.085545 0.051962) (xy 0.082933 0.056012)
						(xy 0.080135 0.059925) (xy 0.077157 0.063695) (xy 0.074005 0.067315) (xy 0.070685 0.070779) (xy 0.067204 0.074081)
						(xy 0.063567 0.077215) (xy 0.059782 0.080173) (xy 0.055855 0.082951) (xy 0.051791 0.085541) (xy 0.047597 0.087938)
						(xy 0.04328 0.090136) (xy 0.038846 0.092127) (xy 0.034301 0.093905) (xy 0.02965 0.095466) (xy 0.024902 0.096801)
						(xy 0.020062 0.097905) (xy 0.015135 0.098772) (xy 0.010129 0.099395) (xy 0.00505 0.099768) (xy -0.000095 0.099885)
						(xy -0.002369 0.099871) (xy -0.00464 0.099805) (xy -0.006909 0.099688) (xy -0.009174 0.099519)
						(xy -0.011435 0.099299) (xy -0.01369 0.099029) (xy -0.015939 0.098707) (xy -0.018182 0.098335)
						(xy -0.020427 0.097867) (xy -0.022659 0.097348) (xy -0.024879 0.096777) (xy -0.027084 0.096156)
						(xy -0.029275 0.095485) (xy -0.031451 0.094763) (xy -0.03361 0.09399) (xy -0.035752 0.093168)
						(xy -0.102197 0.0752) (xy -0.20761 0.043345) (xy -0.482038 -0.042773) (xy -0.752432 -0.126679)
						(xy -0.852801 -0.155769) (xy -0.912185 -0.169866) (xy -1.759161 -0.290271) (xy -1.755027 -0.422046)
					)
					(width 0)
					(fill yes)
				)
			)
			(uuid "f8f6025e-5f4c-4f80-84bd-2ecce2b0341f")
		)
		(pad "27" smd circle
			(at 5 0.25)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 17 "/GND")
			(pinfunction "GND_Analog")
			(pintype "power_in")
			(uuid "93024756-24f0-458f-a0e6-3d1790330ac1")
		)
		(pad "28" smd circle
			(at 5 -0.25)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 21 "/analog[6]")
			(pinfunction "analog[6]")
			(pintype "bidirectional")
			(uuid "60ef5f51-0bcf-42f8-8704-9a999825bc39")
		)
		(pad "28" smd custom
			(at 5 -0.25)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 21 "/analog[6]")
			(pinfunction "analog[6]")
			(pintype "bidirectional")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_poly
					(pts
						(xy 0.005069 -0.099923) (xy 0.010165 -0.099548) (xy 0.015188 -0.09892) (xy 0.02013 -0.098047)
						(xy 0.024986 -0.096936) (xy 0.029749 -0.095591) (xy 0.034412 -0.094021) (xy 0.03897 -0.09223)
						(xy 0.043416 -0.090226) (xy 0.047743 -0.088015) (xy 0.051946 -0.085603) (xy 0.056018 -0.082997)
						(xy 0.059952 -0.080202) (xy 0.063742 -0.077226) (xy 0.067383 -0.074074) (xy 0.070867 -0.070752)
						(xy 0.074188 -0.067269) (xy 0.07734 -0.063628) (xy 0.080317 -0.059838) (xy 0.083111 -0.055903)
						(xy 0.085718 -0.051832) (xy 0.08813 -0.047629) (xy 0.090341 -0.043302) (xy 0.092345 -0.038856)
						(xy 0.094136 -0.034298) (xy 0.095706 -0.029634) (xy 0.097051 -0.024872) (xy 0.098163 -0.020016)
						(xy 0.099035 -0.015073) (xy 0.099663 -0.01005) (xy 0.100039 -0.004953) (xy 0.100157 0.000211)
						(xy 0.100046 0.004715) (xy 0.099738 0.009174) (xy 0.099235 0.013582) (xy 0.098543 0.017935) (xy 0.097664 0.022229)
						(xy 0.096604 0.026458) (xy 0.095365 0.030619) (xy 0.093952 0.034705) (xy 0.092368 0.038713) (xy 0.090618 0.042638)
						(xy 0.088706 0.046475) (xy 0.086635 0.050219) (xy 0.08441 0.053866) (xy 0.082034 0.057411) (xy 0.079511 0.060849)
						(xy 0.076845 0.064176) (xy 0.074041 0.067386) (xy 0.071101 0.070476) (xy 0.068031 0.07344) (xy 0.064834 0.076273)
						(xy 0.061513 0.078972) (xy 0.058074 0.081531) (xy 0.054519 0.083945) (xy 0.050853 0.08621) (xy 0.04708 0.088322)
						(xy 0.043203 0.090274) (xy 0.039227 0.092064) (xy 0.035155 0.093685) (xy 0.030991 0.095134) (xy 0.02674 0.096405)
						(xy 0.022406 0.097494) (xy 0.017991 0.098396) (xy 0.015749 0.09877) (xy 0.013499 0.099092) (xy 0.011243 0.099363)
						(xy 0.008982 0.099583) (xy 0.006716 0.099751) (xy 0.004448 0.099868) (xy 0.002177 0.099933) (xy -0.000095 0.099946)
						(xy -0.000611 0.099948) (xy -0.001129 0.099946) (xy -0.069008 0.1079) (xy -0.177437 0.11779) (xy -0.460357 0.139798)
						(xy -0.738714 0.158804) (xy -0.901333 0.167643) (xy -1.750893 0.184696) (xy -1.752443 0.053438)
						(xy -0.902883 0.002278) (xy -0.743015 -0.015126) (xy -0.469984 -0.048384) (xy -0.192356 -0.081375)
						(xy -0.085746 -0.092731) (xy -0.018699 -0.097974) (xy -0.016398 -0.098424) (xy -0.014088 -0.098819)
						(xy -0.01177 -0.099159) (xy -0.009445 -0.099445) (xy -0.007114 -0.099676) (xy -0.004778 -0.099852)
						(xy -0.002438 -0.099974) (xy -0.000095 -0.100041)
					)
					(width 0)
					(fill yes)
				)
			)
			(uuid "142392fe-c253-4ca7-a303-0eab781b2338")
		)
		(pad "29" smd circle
			(at 5 -0.75)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 27 "/analog[7]")
			(pinfunction "analog[7]")
			(pintype "bidirectional")
			(uuid "bacc6076-cdb7-446b-8bcc-a3ee52ba9a27")
		)
		(pad "29" smd custom
			(at 5 -0.75)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 27 "/analog[7]")
			(pinfunction "analog[7]")
			(pintype "bidirectional")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_poly
					(pts
						(xy -0.003584 -0.099854) (xy -0.002421 -0.099833) (xy -0.001258 -0.0998) (xy -0.000095 -0.099752)
						(xy 0.00505 -0.099635) (xy 0.010129 -0.099262) (xy 0.015135 -0.098639) (xy 0.020061 -0.097772)
						(xy 0.024902 -0.096668) (xy 0.02965 -0.095333) (xy 0.0343 -0.093772) (xy 0.038846 -0.091994) (xy 0.04328 -0.090002)
						(xy 0.047597 -0.087805) (xy 0.051791 -0.085408) (xy 0.055854 -0.082818) (xy 0.059782 -0.08004)
						(xy 0.063567 -0.077081) (xy 0.067203 -0.073948) (xy 0.070684 -0.070646) (xy 0.074004 -0.067182)
						(xy 0.077157 -0.063562) (xy 0.080135 -0.059792) (xy 0.082933 -0.055879) (xy 0.085544 -0.051829)
						(xy 0.087963 -0.047647) (xy 0.090182 -0.043342) (xy 0.092196 -0.038918) (xy 0.093999 -0.034381)
						(xy 0.095583 -0.02974) (xy 0.096943 -0.024998) (xy 0.098072 -0.020163) (xy 0.098964 -0.015241)
						(xy 0.099614 -0.010239) (xy 0.100013 -0.005162) (xy 0.100157 -0.000017) (xy 0.100066 0.003892)
						(xy 0.099825 0.00777) (xy 0.099437 0.011616) (xy 0.098903 0.015424) (xy 0.098226 0.019193) (xy 0.097408 0.022918)
						(xy 0.096452 0.026597) (xy 0.09536 0.030226) (xy 0.094135 0.033801) (xy 0.092778 0.037319) (xy 0.091293 0.040777)
						(xy 0.089681 0.044172) (xy 0.087945 0.047499) (xy 0.086088 0.050757) (xy 0.084111 0.05394) (xy 0.082016 0.057047)
						(xy 0.079808 0.060073) (xy 0.077487 0.063015) (xy 0.075056 0.06587) (xy 0.072518 0.068635) (xy 0.069874 0.071305)
						(xy 0.067127 0.073879) (xy 0.064281 0.076351) (xy 0.061336 0.07872) (xy 0.058295 0.080981) (xy 0.055161 0.083131)
						(xy 0.051936 0.085167) (xy 0.048622 0.087086) (xy 0.045222 0.088884) (xy 0.041738 0.090557) (xy 0.038172 0.092103)
						(xy 0.034528 0.093518) (xy 0.031766 0.094519) (xy 0.02898 0.095439) (xy 0.026169 0.096275) (xy 0.023335 0.097029)
						(xy 0.02048 0.097698) (xy 0.017603 0.098284) (xy 0.014706 0.098786) (xy 0.01179 0.099202) (xy -0.058115 0.120658)
						(xy -0.168891 0.152048) (xy -0.456996 0.229445) (xy -0.74041 0.301019) (xy -0.845322 0.325131)
						(xy -0.907017 0.336397) (xy -1.755027 0.42218) (xy -1.759161 0.289888) (xy -0.913218 0.169999)
						(xy -0.854135 0.156033) (xy -0.75382 0.127007) (xy -0.483045 0.043086) (xy -0.20799 -0.043137)
						(xy -0.102325 -0.07504) (xy -0.035752 -0.093034) (xy -0.033611 -0.093857) (xy -0.031452 -0.094629)
						(xy -0.029276 -0.095351) (xy -0.027085 -0.096023) (xy -0.024879 -0.096644) (xy -0.022659 -0.097214)
						(xy -0.020426 -0.097734) (xy -0.018182 -0.098202) (xy -0.017093 -0.098438) (xy -0.016001 -0.098663)
						(xy -0.014906 -0.098875) (xy -0.013809 -0.099075) (xy -0.012709 -0.099263) (xy -0.011607 -0.099438)
						(xy -0.010503 -0.099602) (xy -0.009398 -0.099752) (xy -0.008235 -0.0998) (xy -0.007072 -0.099833)
						(xy -0.005909 -0.099854) (xy -0.004746 -0.09986)
					)
					(width 0)
					(fill yes)
				)
			)
			(uuid "aa8ff519-cb00-4b8a-bf76-8a6c1aac88ad")
		)
		(pad "30" smd circle
			(at 5 -1.25)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 24 "/analog[8]")
			(pinfunction "analog[8]")
			(pintype "bidirectional")
			(uuid "f1e36232-6e45-4edd-a645-62db0554dae1")
		)
		(pad "30" smd custom
			(at 5 -1.25)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 24 "/analog[8]")
			(pinfunction "analog[8]")
			(pintype "bidirectional")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_poly
					(pts
						(xy 0.00505 -0.099863) (xy 0.010129 -0.099489) (xy 0.015135 -0.098866) (xy 0.020061 -0.097999)
						(xy 0.024902 -0.096895) (xy 0.02965 -0.09556) (xy 0.0343 -0.094) (xy 0.038846 -0.092221) (xy 0.04328 -0.09023)
						(xy 0.047597 -0.088032) (xy 0.051791 -0.085635) (xy 0.055854 -0.083045) (xy 0.059782 -0.080267)
						(xy 0.063567 -0.077309) (xy 0.067203 -0.074175) (xy 0.070684 -0.070873) (xy 0.074004 -0.067409)
						(xy 0.077157 -0.063789) (xy 0.080135 -0.060019) (xy 0.082933 -0.056106) (xy 0.085544 -0.052056)
						(xy 0.087963 -0.047875) (xy 0.090182 -0.043569) (xy 0.092196 -0.039145) (xy 0.093999 -0.034609)
						(xy 0.095583 -0.029967) (xy 0.096943 -0.025226) (xy 0.098072 -0.020391) (xy 0.098964 -0.015469)
						(xy 0.099614 -0.010467) (xy 0.100013 -0.00539) (xy 0.100157 -0.000244) (xy 0.100099 0.003181)
						(xy 0.099926 0.006587) (xy 0.099638 0.00997) (xy 0.099237 0.01333) (xy 0.098724 0.016662) (xy 0.098102 0.019965)
						(xy 0.09737 0.023237) (xy 0.096531 0.026474) (xy 0.095587 0.029674) (xy 0.094538 0.032836) (xy 0.093385 0.035956)
						(xy 0.092132 0.039032) (xy 0.090778 0.042062) (xy 0.089326 0.045044) (xy 0.087777 0.047974) (xy 0.086131 0.05085)
						(xy 0.084392 0.053671) (xy 0.082559 0.056433) (xy 0.080636 0.059134) (xy 0.078622 0.061772) (xy 0.07652 0.064344)
						(xy 0.07433 0.066848) (xy 0.072055 0.069282) (xy 0.069696 0.071642) (xy 0.067254 0.073927) (xy 0.06473 0.076134)
						(xy 0.062127 0.078261) (xy 0.059445 0.080305) (xy 0.056687 0.082264) (xy 0.053852 0.084135) (xy 0.050944 0.085917)
						(xy 0.047963 0.087605) (xy 0.045791 0.088767) (xy 0.043593 0.089876) (xy 0.04137 0.090929) (xy 0.039122 0.091927)
						(xy 0.036849 0.09287) (xy 0.03455 0.093756) (xy 0.032226 0.094585) (xy 0.029877 0.095357) (xy -0.03994 0.129357)
						(xy -0.153117 0.181733) (xy -0.45089 0.314522) (xy -0.606155 0.381385) (xy -0.746119 0.43953)
						(xy -0.856118 0.482182) (xy -0.895297 0.495581) (xy -0.921486 0.502567) (xy -1.764846 0.65708)
						(xy -1.771564 0.522721) (xy -0.931822 0.333585) (xy -0.907366 0.325786) (xy -0.870947 0.311088)
						(xy -0.768952 0.264794) (xy -0.495469 0.131181) (xy -0.219117 -0.006521) (xy -0.113535 -0.057926)
						(xy -0.047638 -0.087578) (xy -0.045952 -0.088536) (xy -0.044249 -0.08946) (xy -0.042529 -0.09035)
						(xy -0.040792 -0.091206) (xy -0.039039 -0.092029) (xy -0.03727 -0.092818) (xy -0.035485 -0.093574)
						(xy -0.033685 -0.094295) (xy -0.031655 -0.094986) (xy -0.029613 -0.095632) (xy -0.027559 -0.096235)
						(xy -0.025493 -0.096792) (xy -0.023418 -0.097306) (xy -0.021332 -0.097775) (xy -0.019237 -0.098199)
						(xy -0.017134 -0.098578) (xy -0.015023 -0.098912) (xy -0.012906 -0.099201) (xy -0.010782 -0.099445)
						(xy -0.008652 -0.099643) (xy -0.006518 -0.099796) (xy -0.00438 -0.099903) (xy -0.002239 -0.099964)
						(xy -0.000095 -0.09998)
					)
					(width 0)
					(fill yes)
				)
			)
			(uuid "e2c0a2f7-5345-450a-b92d-5a472d0e0e20")
		)
		(pad "31" smd circle
			(at 5 -1.75)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 28 "/analog[9]")
			(pinfunction "analog[9]")
			(pintype "bidirectional")
			(uuid "6e8e7df7-9d89-4a7d-927a-b2f09fa90421")
		)
		(pad "31" smd custom
			(at 5 -1.75)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 28 "/analog[9]")
			(pinfunction "analog[9]")
			(pintype "bidirectional")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_poly
					(pts
						(xy 0.005069 -0.10009) (xy 0.010165 -0.099714) (xy 0.015188 -0.099086) (xy 0.02013 -0.098214)
						(xy 0.024986 -0.097102) (xy 0.029749 -0.095758) (xy 0.034412 -0.094187) (xy 0.03897 -0.092397)
						(xy 0.043416 -0.090393) (xy 0.047743 -0.088182) (xy 0.051946 -0.08577) (xy 0.056018 -0.083163)
						(xy 0.059952 -0.080369) (xy 0.063742 -0.077392) (xy 0.067383 -0.07424) (xy 0.070867 -0.070919)
						(xy 0.074188 -0.067435) (xy 0.07734 -0.063795) (xy 0.080317 -0.060004) (xy 0.083111 -0.05607)
						(xy 0.085718 -0.051998) (xy 0.08813 -0.047796) (xy 0.090341 -0.043468) (xy 0.092345 -0.039022)
						(xy 0.094136 -0.034465) (xy 0.095706 -0.029801) (xy 0.097051 -0.025038) (xy 0.098163 -0.020182)
						(xy 0.099035 -0.01524) (xy 0.099663 -0.010217) (xy 0.100039 -0.00512) (xy 0.100157 0.000045) (xy 0.099946 0.006126)
						(xy 0.099371 0.012143) (xy 0.098438 0.018083) (xy 0.097157 0.02393) (xy 0.095533 0.02967) (xy 0.093575 0.03529)
						(xy 0.09129 0.040774) (xy 0.088686 0.046109) (xy 0.085771 0.05128) (xy 0.082551 0.056273) (xy 0.079034 0.061074)
						(xy 0.075228 0.065668) (xy 0.071141 0.070041) (xy 0.06678 0.074179) (xy 0.062152 0.078068) (xy 0.057265 0.081693)
						(xy 0.055243 0.083104) (xy 0.053187 0.084464) (xy 0.0511 0.085771) (xy 0.048982 0.087026) (xy 0.046834 0.088229)
						(xy 0.044655 0.089377) (xy 0.042448 0.090472) (xy 0.040212 0.091512) (xy -0.03068 0.137429) (xy -0.146448 0.209633)
						(xy -0.452635 0.394913) (xy -0.61306 0.488996) (xy -0.758378 0.571377) (xy -0.873592 0.632562)
						(xy -0.915225 0.652238) (xy -0.943707 0.663053) (xy -1.780349 0.887329) (xy -1.790167 0.749869)
						(xy -0.958694 0.490454) (xy -0.933018 0.479441) (xy -0.89547 0.459322) (xy -0.791455 0.396764)
						(xy -0.660047 0.31277) (xy -0.514645 0.217333) (xy -0.235454 0.032093) (xy -0.128463 -0.037725)
						(xy -0.061073 -0.079021) (xy -0.059237 -0.080402) (xy -0.057371 -0.08174) (xy -0.055474 -0.083035)
						(xy -0.053549 -0.084286) (xy -0.051595 -0.085492) (xy -0.049614 -0.086654) (xy -0.047605 -0.087769)
						(xy -0.04557 -0.088839) (xy -0.04292 -0.090175) (xy -0.040234 -0.091429) (xy -0.037517 -0.092602)
						(xy -0.034769 -0.093693) (xy -0.031992 -0.094701) (xy -0.029189 -0.095626) (xy -0.02636 -0.096468)
						(xy -0.023509 -0.097226) (xy -0.020636 -0.097899) (xy -0.017745 -0.098487) (xy -0.014835 -0.09899)
						(xy -0.011911 -0.099407) (xy -0.008973 -0.099738) (xy -0.006023 -0.099982) (xy -0.003063 -0.100139)
						(xy -0.000095 -0.100208)
					)
					(width 0)
					(fill yes)
				)
			)
			(uuid "74e39ba5-deea-48c4-b77c-1bda36bc2693")
		)
		(pad "32" smd circle
			(at 5 -2.25)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 31 "/analog[10]")
			(pinfunction "analog[10]")
			(pintype "bidirectional")
			(uuid "b2fe6df7-0e4c-4c7a-a405-c06f18f60e88")
		)
		(pad "32" smd custom
			(at 5 -2.25)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 31 "/analog[10]")
			(pinfunction "analog[10]")
			(pintype "bidirectional")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_poly
					(pts
						(xy 0.00505 -0.099802) (xy 0.010129 -0.099428) (xy 0.015135 -0.098805) (xy 0.020061 -0.097938)
						(xy 0.024902 -0.096834) (xy 0.02965 -0.095499) (xy 0.0343 -0.093939) (xy 0.038846 -0.09216) (xy 0.04328 -0.090169)
						(xy 0.047597 -0.087972) (xy 0.051791 -0.085575) (xy 0.055854 -0.082984) (xy 0.059782 -0.080206)
						(xy 0.063567 -0.077248) (xy 0.067203 -0.074114) (xy 0.070684 -0.070812) (xy 0.074004 -0.067348)
						(xy 0.077157 -0.063728) (xy 0.080135 -0.059958) (xy 0.082933 -0.056045) (xy 0.085544 -0.051995)
						(xy 0.087963 -0.047814) (xy 0.090182 -0.043508) (xy 0.092196 -0.039084) (xy 0.093999 -0.034548)
						(xy 0.095583 -0.029906) (xy 0.096943 -0.025164) (xy 0.098072 -0.02033) (xy 0.098964 -0.015408)
						(xy 0.099614 -0.010405) (xy 0.100013 -0.005328) (xy 0.100157 -0.000183) (xy 0.100004 0.005379)
						(xy 0.099546 0.010894) (xy 0.098786 0.016349) (xy 0.097732 0.021735) (xy 0.096388 0.02704) (xy 0.094759 0.032252)
						(xy 0.092851 0.037361) (xy 0.090669 0.042354) (xy 0.088218 0.047222) (xy 0.085503 0.051951) (xy 0.082531 0.056533)
						(xy 0.079306 0.060954) (xy 0.075833 0.065204) (xy 0.072118 0.069272) (xy 0.068166 0.073146) (xy 0.063983 0.076815)
						(xy 0.062634 0.077935) (xy 0.061263 0.079031) (xy 0.059872 0.080101) (xy 0.05846 0.081148) (xy 0.057028 0.082169)
						(xy 0.055576 0.083165) (xy 0.054105 0.084137) (xy 0.052614 0.085083) (xy -0.13823 0.231799) (xy -0.457806 0.46805)
						(xy -0.626227 0.589019) (xy -0.779262 0.695493) (xy -0.901054 0.77518) (xy -0.945279 0.801137)
						(xy -0.975746 0.815788) (xy -1.802053 1.110343) (xy -1.815489 0.968233) (xy -0.996934 0.639054)
						(xy -0.996417 0.639054) (xy -0.969159 0.624524) (xy -0.929703 0.598758) (xy -0.821123 0.519716)
						(xy -0.68454 0.414324) (xy -0.533817 0.294976) (xy -0.245396 0.063992) (xy -0.135423 -0.022856)
						(xy -0.066758 -0.07408) (xy -0.06524 -0.075488) (xy -0.063692 -0.076863) (xy -0.062116 -0.078206)
						(xy -0.060513 -0.079516) (xy -0.058882 -0.080793) (xy -0.057226 -0.082035) (xy -0.055545 -0.083243)
						(xy -0.053839 -0.084416) (xy -0.050795 -0.086267) (xy -0.047694 -0.088005) (xy -0.04454 -0.089628)
						(xy -0.041335 -0.091137) (xy -0.038082 -0.092529) (xy -0.034786 -0.093805) (xy -0.031448 -0.094962)
						(xy -0.028073 -0.096001) (xy -0.024663 -0.09692) (xy -0.021222 -0.097718) (xy -0.017752 -0.098394)
						(xy -0.014258 -0.098948) (xy -0.010742 -0.099378) (xy -0.007207 -0.099684) (xy -0.003658 -0.099864)
						(xy -0.000095 -0.099919)
					)
					(width 0)
					(fill yes)
				)
			)
			(uuid "28a55ab5-f2e1-48be-9836-6c703854d713")
		)
		(pad "33" smd circle
			(at 5 -2.75)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 25 "/analog[11]")
			(pinfunction "analog[11]")
			(pintype "bidirectional")
			(uuid "b5a83211-2b98-424f-ba49-5b159b1eb8d8")
		)
		(pad "33" smd custom
			(at 5 -2.75)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 25 "/analog[11]")
			(pinfunction "analog[11]")
			(pintype "bidirectional")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_poly
					(pts
						(xy 0.005069 -0.100029) (xy 0.010165 -0.099653) (xy 0.015188 -0.099025) (xy 0.02013 -0.098152)
						(xy 0.024986 -0.097041) (xy 0.029749 -0.095696) (xy 0.034412 -0.094126) (xy 0.03897 -0.092336)
						(xy 0.043416 -0.090332) (xy 0.047743 -0.08812) (xy 0.051946 -0.085708) (xy 0.056018 -0.083102)
						(xy 0.059952 -0.080307) (xy 0.063742 -0.077331) (xy 0.067383 -0.074179) (xy 0.070867 -0.070858)
						(xy 0.074188 -0.067374) (xy 0.07734 -0.063733) (xy 0.080317 -0.059943) (xy 0.083111 -0.056009)
						(xy 0.085718 -0.051937) (xy 0.08813 -0.047734) (xy 0.090341 -0.043407) (xy 0.092345 -0.038961)
						(xy 0.094136 -0.034403) (xy 0.095706 -0.02974) (xy 0.097051 -0.024977) (xy 0.098163 -0.020121)
						(xy 0.099035 -0.015178) (xy 0.099663 -0.010156) (xy 0.100039 -0.005059) (xy 0.100157 0.000106)
						(xy 0.100024 0.005264) (xy 0.099627 0.010385) (xy 0.098971 0.015458) (xy 0.098059 0.020476) (xy 0.096896 0.025428)
						(xy 0.095485 0.030305) (xy 0.093831 0.035099) (xy 0.091937 0.0398) (xy 0.089807 0.044399) (xy 0.087445 0.048887)
						(xy 0.084856 0.053255) (xy 0.082043 0.057493) (xy 0.079011 0.061593) (xy 0.075762 0.065545) (xy 0.072302 0.06934)
						(xy 0.068634 0.07297) (xy 0.067461 0.074003) (xy 0.06627 0.075019) (xy 0.065061 0.076016) (xy 0.063837 0.076995)
						(xy 0.062599 0.077956) (xy 0.061348 0.078897) (xy 0.060087 0.079819) (xy 0.058816 0.080721) (xy -0.13948 0.254146)
						(xy -0.474025 0.536694) (xy -0.650733 0.682095) (xy -0.811513 0.810622) (xy -0.939703 0.907559)
						(xy -0.986368 0.939581) (xy -1.018638 0.958187) (xy -1.830992 1.324056) (xy -1.848561 1.176261)
						(xy -1.045509 0.775252) (xy -1.016831 0.75725) (xy -0.97531 0.726081) (xy -0.86106 0.631544) (xy -0.717401 0.506242)
						(xy -0.558972 0.364778) (xy -0.256369 0.091763) (xy -0.141476 -0.010585) (xy -0.070375 -0.070691)
						(xy -0.069099 -0.072003) (xy -0.067799 -0.073292) (xy -0.066475 -0.074558) (xy -0.065129 -0.075799)
						(xy -0.06376 -0.077015) (xy -0.062369 -0.078206) (xy -0.060957 -0.079371) (xy -0.059524 -0.080509)
						(xy -0.056257 -0.082829) (xy -0.05291 -0.085009) (xy -0.049487 -0.08705) (xy -0.045992 -0.088949)
						(xy -0.04243 -0.090704) (xy -0.038805 -0.092315) (xy -0.035122 -0.09378) (xy -0.031385 -0.095098)
						(xy -0.027599 -0.096266) (xy -0.023769 -0.097284) (xy -0.019898 -0.098149) (xy -0.015991 -0.098862)
						(xy -0.012053 -0.099419) (xy -0.008088 -0.09982) (xy -0.004101 -0.100063) (xy -0.000095 -0.100147)
					)
					(width 0)
					(fill yes)
				)
			)
			(uuid "02350d46-d960-49ec-9614-c24b474dfab4")
		)
		(pad "34" smd circle
			(at 5 -3.25)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 17 "/GND")
			(pinfunction "GND_Core")
			(pintype "power_in")
			(uuid "e56dc4d9-c48b-406e-8e63-066926b6d1a7")
		)
		(pad "35" smd circle
			(at 5 -3.75)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 20 "/VDD_Core")
			(pinfunction "VDD_Core")
			(pintype "power_in")
			(uuid "e596c2ad-4e03-425c-9d27-f53fe0835a87")
		)
		(pad "35" smd custom
			(at 5 -3.75)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 20 "/VDD_Core")
			(pinfunction "VDD_Core")
			(pintype "power_in")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_poly
					(pts
						(xy 0.005069 -0.099967) (xy 0.010165 -0.099591) (xy 0.015188 -0.098964) (xy 0.02013 -0.098091)
						(xy 0.024986 -0.096979) (xy 0.029749 -0.095635) (xy 0.034412 -0.094065) (xy 0.03897 -0.092274)
						(xy 0.043416 -0.09027) (xy 0.047743 -0.088059) (xy 0.051946 -0.085647) (xy 0.056018 -0.083041)
						(xy 0.059952 -0.080246) (xy 0.063742 -0.077269) (xy 0.067383 -0.074117) (xy 0.070867 -0.070796)
						(xy 0.074188 -0.067312) (xy 0.07734 -0.063672) (xy 0.080317 -0.059882) (xy 0.083111 -0.055947)
						(xy 0.085718 -0.051876) (xy 0.08813 -0.047673) (xy 0.090341 -0.043346) (xy 0.092345 -0.0389) (xy 0.094136 -0.034342)
						(xy 0.095706 -0.029679) (xy 0.097051 -0.024916) (xy 0.098163 -0.02006) (xy 0.099035 -0.015117)
						(xy 0.099663 -0.010094) (xy 0.100039 -0.004997) (xy 0.100157 0.000167) (xy 0.100014 0.004961)
						(xy 0.099644 0.009724) (xy 0.099049 0.014447) (xy 0.098232 0.019124) (xy 0.097197 0.023747) (xy 0.095947 0.028308)
						(xy 0.094484 0.0328) (xy 0.092812 0.037215) (xy 0.090933 0.041547) (xy 0.08885 0.045788) (xy 0.086567 0.04993)
						(xy 0.084087 0.053965) (xy 0.081412 0.057887) (xy 0.078546 0.061688) (xy 0.075491 0.06536) (xy 0.072251 0.068897)
						(xy 0.071112 0.070132) (xy 0.069944 0.071346) (xy 0.068749 0.072539) (xy 0.06753 0.073713) (xy 0.066287 0.074865)
						(xy 0.065022 0.075997) (xy 0.063737 0.077108) (xy 0.062433 0.078198) (xy -0.160477 0.296822) (xy -0.536553 0.655157)
						(xy -0.73472 0.840595) (xy -0.914409 1.005615) (xy -1.056697 1.13177) (xy -1.107902 1.174507)
						(xy -1.142661 1.20061) (xy -1.915224 1.711174) (xy -1.94313 1.547876) (xy -1.182452 0.999589)
						(xy -1.15084 0.974007) (xy -1.104256 0.932491) (xy -0.974698 0.81062) (xy -0.629693 0.474224)
						(xy -0.283823 0.13373) (xy -0.153185 0.006738) (xy -0.073476 -0.067529) (xy -0.072439 -0.068687)
						(xy -0.071385 -0.069828) (xy -0.070312 -0.070953) (xy -0.069222 -0.07206) (xy -0.068115 -0.07315)
						(xy -0.06699 -0.074223) (xy -0.065849 -0.075277) (xy -0.064691 -0.076314) (xy -0.061252 -0.079106)
						(xy -0.057706 -0.081733) (xy -0.054058 -0.084194) (xy -0.050315 -0.086488) (xy -0.046481 -0.08861)
						(xy -0.042564 -0.09056) (xy -0.038569 -0.092335) (xy -0.034503 -0.093934) (xy -0.03037 -0.095353)
						(xy -0.026177 -0.09659) (xy -0.02193 -0.097644) (xy -0.017636 -0.098513) (xy -0.013299 -0.099193)
						(xy -0.008926 -0.099683) (xy -0.004523 -0.099981) (xy -0.000095 -0.100085)
					)
					(width 0)
					(fill yes)
				)
			)
			(uuid "1ce0f072-d2c8-40dc-aad6-2ca811862dff")
		)
		(pad "36" smd circle
			(at 5 -4.25)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 17 "/GND")
			(pinfunction "GND_IO")
			(pintype "power_in")
			(uuid "a0a85a74-ee99-4acf-9030-c475c6997cd0")
		)
		(pad "37" smd circle
			(at 5 -4.75)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 29 "/VDD_IO")
			(pinfunction "VDD_IO")
			(pintype "power_in")
			(uuid "dbdda029-e483-4536-9bc5-b4b70a816235")
		)
		(pad "37" smd custom
			(at 5 -4.75)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 29 "/VDD_IO")
			(pinfunction "VDD_IO")
			(pintype "power_in")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_poly
					(pts
						(xy 0.005069 -0.099906) (xy 0.010165 -0.09953) (xy 0.015188 -0.098903) (xy 0.02013 -0.09803) (xy 0.024986 -0.096918)
						(xy 0.029749 -0.095574) (xy 0.034412 -0.094003) (xy 0.03897 -0.092213) (xy 0.043416 -0.090209)
						(xy 0.047743 -0.087998) (xy 0.051946 -0.085586) (xy 0.056018 -0.082979) (xy 0.059952 -0.080185)
						(xy 0.063742 -0.077208) (xy 0.067383 -0.074056) (xy 0.070867 -0.070735) (xy 0.074188 -0.067251)
						(xy 0.07734 -0.063611) (xy 0.080317 -0.05982) (xy 0.083111 -0.055886) (xy 0.085718 -0.051815)
						(xy 0.08813 -0.047612) (xy 0.090341 -0.043284) (xy 0.092345 -0.038839) (xy 0.094136 -0.034281)
						(xy 0.095706 -0.029617) (xy 0.097051 -0.024854) (xy 0.098163 -0.019998) (xy 0.099035 -0.015056)
						(xy 0.099663 -0.010033) (xy 0.100039 -0.004936) (xy 0.100157 0.000228) (xy 0.100034 0.005103)
						(xy 0.099677 0.009945) (xy 0.099087 0.014748) (xy 0.098268 0.019503) (xy 0.097224 0.024202) (xy 0.095957 0.028838)
						(xy 0.09447 0.033403) (xy 0.092767 0.037888) (xy 0.090851 0.042287) (xy 0.088725 0.046591) (xy 0.086392 0.050793)
						(xy 0.083856 0.054885) (xy 0.081118 0.058858) (xy 0.078184 0.062705) (xy 0.075055 0.066419) (xy 0.071735 0.069991)
						(xy -0.02308 0.16145) (xy -0.18942 0.316868) (xy -0.641835 0.733933) (xy -1.36177 1.393425) (xy -1.36177 1.393941)
						(xy -1.362287 1.394458) (xy -1.362803 1.394458) (xy -2.045965 2.02491) (xy -2.095057 1.845077)
						(xy -1.462022 1.21204) (xy -1.211243 0.974603) (xy -0.777713 0.572353) (xy -0.33933 0.170069)
						(xy -0.073993 -0.067468) (xy -0.072773 -0.068708) (xy -0.071532 -0.069927) (xy -0.07027 -0.071124)
						(xy -0.068988 -0.072299) (xy -0.067686 -0.073451) (xy -0.066363 -0.07458) (xy -0.06502 -0.075687)
						(xy -0.063658 -0.07677) (xy -0.060259 -0.079485) (xy -0.056758 -0.082042) (xy -0.053159 -0.084439)
						(xy -0.049469 -0.086672) (xy -0.045692 -0.088741) (xy -0.041835 -0.090643) (xy -0.037904 -0.092376)
						(xy -0.033904 -0.093938) (xy -0.02984 -0.095326) (xy -0.025718 -0.09654) (xy -0.021545 -0.097576)
						(xy -0.017325 -0.098432) (xy -0.013064 -0.099108) (xy -0.008769 -0.099599) (xy -0.004444 -0.099905)
						(xy -0.000095 -0.100024)
					)
					(width 0)
					(fill yes)
				)
			)
			(uuid "6bcc7f6d-67f5-41a5-86c1-d454bbd1e534")
		)
		(pad "38" smd circle
			(at 4 -5.25)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 38 "/uio[0]")
			(pinfunction "uio[0]")
			(pintype "bidirectional")
			(uuid "99e29b35-b925-4efe-b330-41cf81b1d03c")
		)
		(pad "38" smd custom
			(at 4 -5.25)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 38 "/uio[0]")
			(pinfunction "uio[0]")
			(pintype "bidirectional")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_poly
					(pts
						(xy 0.00513 -0.100134) (xy 0.010227 -0.099758) (xy 0.01525 -0.09913) (xy 0.020192 -0.098258) (xy 0.025048 -0.097146)
						(xy 0.029811 -0.095802) (xy 0.034475 -0.094231) (xy 0.039032 -0.092441) (xy 0.043478 -0.090437)
						(xy 0.047806 -0.088226) (xy 0.052008 -0.085814) (xy 0.05608 -0.083207) (xy 0.060014 -0.080412)
						(xy 0.063805 -0.077436) (xy 0.067445 -0.074284) (xy 0.070929 -0.070963) (xy 0.07425 -0.067479)
						(xy 0.077402 -0.063839) (xy 0.080379 -0.060048) (xy 0.083173 -0.056114) (xy 0.08578 -0.052042)
						(xy 0.088192 -0.04784) (xy 0.090403 -0.043512) (xy 0.092407 -0.039066) (xy 0.094197 -0.034508)
						(xy 0.095768 -0.029845) (xy 0.097112 -0.025082) (xy 0.098224 -0.020226) (xy 0.099096 -0.015284)
						(xy 0.099724 -0.010261) (xy 0.1001 -0.005164) (xy 0.100218 0.000001) (xy 0.100125 0.003809) (xy 0.099889 0.007601)
						(xy 0.09951 0.011374) (xy 0.098988 0.015122) (xy 0.098327 0.018844) (xy 0.097526 0.022533) (xy 0.096587 0.026188)
						(xy 0.095512 0.029803) (xy 0.0943 0.033374) (xy 0.092955 0.036899) (xy 0.091477 0.040373) (xy 0.089866 0.043793)
						(xy 0.088125 0.047153) (xy 0.086255 0.050451) (xy 0.084257 0.053683) (xy 0.082131 0.056845) (xy 0.081117 0.058267)
						(xy 0.080078 0.059671) (xy 0.079015 0.061057) (xy 0.077928 0.062424) (xy 0.076818 0.063772) (xy 0.075684 0.0651)
						(xy 0.074526 0.066408) (xy 0.073346 0.067697) (xy 0.008554 0.153515) (xy -0.101864 0.294282) (xy -0.398481 0.666214)
						(xy -0.867165 1.25057) (xy -0.866649 1.251087) (xy -1.392197 1.92133) (xy -1.531723 1.823661)
						(xy -1.033563 1.132231) (xy -0.86356 0.912362) (xy -0.56771 0.53949) (xy -0.267074 0.165849) (xy -0.152795 0.026313)
						(xy -0.082717 -0.056327) (xy -0.081703 -0.057749) (xy -0.080665 -0.059154) (xy -0.079602 -0.060539)
						(xy -0.078516 -0.061906) (xy -0.077405 -0.063254) (xy -0.076271 -0.064582) (xy -0.075113 -0.065891)
						(xy -0.073932 -0.067179) (xy -0.070302 -0.071001) (xy -0.066495 -0.07461) (xy -0.062521 -0.078)
						(xy -0.05839 -0.081168) (xy -0.05411 -0.084109) (xy -0.049692 -0.086819) (xy -0.045145 -0.089294)
						(xy -0.04048 -0.091528) (xy -0.035705 -0.093519) (xy -0.030831 -0.095261) (xy -0.025866 -0.09675)
						(xy -0.020822 -0.097982) (xy -0.015706 -0.098952) (xy -0.01053 -0.099657) (xy -0.005303 -0.100092)
						(xy -0.000034 -0.100252)
					)
					(width 0)
					(fill yes)
				)
			)
			(uuid "e72ad4a8-ea09-4520-a168-fbd7c5fe024e")
		)
		(pad "39" smd circle
			(at 3.5 -5.25)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 40 "/uio[1]")
			(pinfunction "uio[1]")
			(pintype "bidirectional")
			(uuid "d0d1d888-8f8f-43a4-8585-892f613cd156")
		)
		(pad "39" smd custom
			(at 3.5 -5.25)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 40 "/uio[1]")
			(pinfunction "uio[1]")
			(pintype "bidirectional")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_poly
					(pts
						(xy 0.0054 -0.100108) (xy 0.010477 -0.099709) (xy 0.015479 -0.099059) (xy 0.020401 -0.098167)
						(xy 0.025236 -0.097038) (xy 0.029977 -0.095678) (xy 0.034619 -0.094094) (xy 0.039155 -0.092292)
						(xy 0.043579 -0.090278) (xy 0.047885 -0.088058) (xy 0.052066 -0.08564) (xy 0.056116 -0.083028)
						(xy 0.060029 -0.08023) (xy 0.063799 -0.077252) (xy 0.067419 -0.0741) (xy 0.070883 -0.07078) (xy 0.074185 -0.067299)
						(xy 0.077319 -0.063662) (xy 0.080277 -0.059877) (xy 0.083055 -0.05595) (xy 0.085646 -0.051886)
						(xy 0.088043 -0.047693) (xy 0.09024 -0.043375) (xy 0.092231 -0.038941) (xy 0.09401 -0.034396)
						(xy 0.09557 -0.029745) (xy 0.096905 -0.024997) (xy 0.098009 -0.020157) (xy 0.098876 -0.01523)
						(xy 0.099499 -0.010224) (xy 0.099873 -0.005145) (xy 0.09999 0.000001) (xy 0.099926 0.003799) (xy 0.09972 0.007583)
						(xy 0.09937 0.011348) (xy 0.09888 0.015091) (xy 0.098249 0.018807) (xy 0.09748 0.022493) (xy 0.096574 0.026145)
						(xy 0.095531 0.02976) (xy 0.094352 0.033332) (xy 0.09304 0.036859) (xy 0.091595 0.040336) (xy 0.090019 0.04376)
						(xy 0.088312 0.047126) (xy 0.086476 0.050432) (xy 0.084511 0.053673) (xy 0.08242 0.056845) (xy 0.081406 0.058267)
						(xy 0.080367 0.059671) (xy 0.079304 0.061057) (xy 0.078217 0.062424) (xy 0.077107 0.063772) (xy 0.075973 0.0651)
						(xy 0.074815 0.066408) (xy 0.073635 0.067697) (xy 0.018779 0.138353) (xy -0.074476 0.252743) (xy -0.324108 0.553648)
						(xy -0.571109 0.852261) (xy -0.661077 0.963785) (xy -0.711329 1.030428) (xy -0.711846 1.031462)
						(xy -1.18727 1.750798) (xy -1.352634 1.697571) (xy -0.900982 0.950847) (xy -0.900982 0.95033)
						(xy -0.900465 0.949813) (xy -0.849257 0.878085) (xy -0.757181 0.75945) (xy -0.502956 0.444321)
						(xy -0.242847 0.130145) (xy -0.143416 0.012701) (xy -0.081911 -0.05736) (xy -0.08084 -0.058855)
						(xy -0.079743 -0.060329) (xy -0.07862 -0.061783) (xy -0.07747 -0.063216) (xy -0.076294 -0.064627)
						(xy -0.075092 -0.066017) (xy -0.073864 -0.067384) (xy -0.072609 -0.068729) (xy -0.06898 -0.072397)
						(xy -0.065184 -0.075858) (xy -0.061232 -0.079106) (xy -0.057132 -0.082139) (xy -0.052894 -0.084951)
						(xy -0.048526 -0.08754) (xy -0.044038 -0.089902) (xy -0.039439 -0.092031) (xy -0.034739 -0.093925)
						(xy -0.029945 -0.095579) (xy -0.025067 -0.09699) (xy -0.020115 -0.098153) (xy -0.015098 -0.099065)
						(xy -0.010025 -0.099721) (xy -0.004904 -0.100118) (xy 0.000255 -0.100252)
					)
					(width 0)
					(fill yes)
				)
			)
			(uuid "8c14a522-876f-442c-b373-0abe8cf4d24a")
		)
		(pad "40" smd circle
			(at 3 -5.25)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 36 "/uio[2]")
			(pinfunction "uio[2]")
			(pintype "bidirectional")
			(uuid "1a678b79-c8e8-475a-ad8b-48f99bc44baf")
		)
		(pad "40" smd custom
			(at 3 -5.25)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 36 "/uio[2]")
			(pinfunction "uio[2]")
			(pintype "bidirectional")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_poly
					(pts
						(xy 0.005172 -0.100108) (xy 0.010249 -0.099709) (xy 0.015251 -0.099059) (xy 0.020173 -0.098167)
						(xy 0.025008 -0.097038) (xy 0.029749 -0.095678) (xy 0.034391 -0.094094) (xy 0.038927 -0.092292)
						(xy 0.043351 -0.090278) (xy 0.047657 -0.088058) (xy 0.051838 -0.08564) (xy 0.055888 -0.083028)
						(xy 0.059802 -0.08023) (xy 0.063571 -0.077252) (xy 0.067191 -0.0741) (xy 0.070655 -0.07078) (xy 0.073957 -0.067299)
						(xy 0.077091 -0.063662) (xy 0.080049 -0.059877) (xy 0.082827 -0.05595) (xy 0.085418 -0.051886)
						(xy 0.087815 -0.047692) (xy 0.090012 -0.043375) (xy 0.092003 -0.038941) (xy 0.093782 -0.034396)
						(xy 0.095342 -0.029745) (xy 0.096677 -0.024997) (xy 0.097781 -0.020156) (xy 0.098648 -0.01523)
						(xy 0.099272 -0.010224) (xy 0.099645 -0.005145) (xy 0.099762 0.000001) (xy 0.099691 0.003723)
						(xy 0.099482 0.007431) (xy 0.099137 0.011122) (xy 0.098656 0.014791) (xy 0.09804 0.018434) (xy 0.097291 0.022049)
						(xy 0.09641 0.025631) (xy 0.095398 0.029177) (xy 0.094255 0.032684) (xy 0.092984 0.036147) (xy 0.091585 0.039563)
						(xy 0.090059 0.042929) (xy 0.088407 0.04624) (xy 0.086631 0.049493) (xy 0.084731 0.052685) (xy 0.082709 0.055811)
						(xy 0.080567 0.058966) (xy 0.079368 0.06069) (xy 0.078058 0.062529) (xy 0.028178 0.125929) (xy -0.053877 0.224914)
						(xy -0.269828 0.481077) (xy -0.480431 0.733897) (xy -0.5558 0.828702) (xy -0.581113 0.862892)
						(xy -0.596319 0.886251) (xy -1.016965 1.649512) (xy -1.180263 1.606104) (xy -0.792689 0.829924)
						(xy -0.77741 0.804398) (xy -0.751456 0.766846) (xy -0.673314 0.662509) (xy -0.569836 0.530597)
						(xy -0.452596 0.384798) (xy -0.223125 0.106279) (xy -0.13404 0.000931) (xy -0.077487 -0.063561)
						(xy -0.076081 -0.065107) (xy -0.074761 -0.066581) (xy -0.073513 -0.067966) (xy -0.07291 -0.06862)
						(xy -0.07232 -0.069246) (xy -0.068699 -0.072855) (xy -0.064917 -0.07626) (xy -0.060982 -0.079455)
						(xy -0.056903 -0.082438) (xy -0.052688 -0.085205) (xy -0.048348 -0.087751) (xy -0.043891 -0.090072)
						(xy -0.039325 -0.092166) (xy -0.03466 -0.094028) (xy -0.029905 -0.095655) (xy -0.025068 -0.097042)
						(xy -0.020159 -0.098186) (xy -0.015186 -0.099082) (xy -0.010158 -0.099728) (xy -0.005084 -0.100119)
						(xy 0.000027 -0.100252)
					)
					(width 0)
					(fill yes)
				)
			)
			(uuid "48fb4b76-5171-4708-81fe-bda5aee91e6a")
		)
		(pad "41" smd circle
			(at 2.5 -5.25)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 35 "/uio[3]")
			(pinfunction "uio[3]")
			(pintype "bidirectional")
			(uuid "dc12364e-3107-4b4c-8312-dbdddded557e")
		)
		(pad "41" smd custom
			(at 2.5 -5.25)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 35 "/uio[3]")
			(pinfunction "uio[3]")
			(pintype "bidirectional")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_poly
					(pts
						(xy 0.004964 -0.100134) (xy 0.01006 -0.099758) (xy 0.015083 -0.09913) (xy 0.020026 -0.098258)
						(xy 0.024882 -0.097146) (xy 0.029645 -0.095802) (xy 0.034308 -0.094231) (xy 0.038866 -0.092441)
						(xy 0.043312 -0.090437) (xy 0.047639 -0.088226) (xy 0.051842 -0.085814) (xy 0.055913 -0.083207)
						(xy 0.059848 -0.080412) (xy 0.063638 -0.077436) (xy 0.067278 -0.074284) (xy 0.070762 -0.070963)
						(xy 0.074083 -0.067479) (xy 0.077235 -0.063839) (xy 0.080212 -0.060048) (xy 0.083007 -0.056114)
						(xy 0.085613 -0.052042) (xy 0.088025 -0.04784) (xy 0.090236 -0.043512) (xy 0.09224 -0.039066)
						(xy 0.094031 -0.034508) (xy 0.095601 -0.029845) (xy 0.096946 -0.025082) (xy 0.098057 -0.020226)
						(xy 0.09893 -0.015284) (xy 0.099558 -0.010261) (xy 0.099933 -0.005164) (xy 0.100051 0.000001)
						(xy 0.09998 0.003529) (xy 0.099785 0.007046) (xy 0.099467 0.010547) (xy 0.099027 0.014029) (xy 0.098465 0.01749)
						(xy 0.097783 0.020925) (xy 0.096982 0.024333) (xy 0.096063 0.02771) (xy 0.095025 0.031052) (xy 0.093871 0.034357)
						(xy 0.092602 0.037621) (xy 0.091217 0.040842) (xy 0.089719 0.044016) (xy 0.088107 0.047141) (xy 0.086383 0.050212)
						(xy 0.084548 0.053227) (xy 0.083255 0.055262) (xy 0.081789 0.057499) (xy 0.080153 0.059925) (xy 0.078347 0.062529)
						(xy 0.034299 0.120117) (xy -0.036019 0.207097) (xy -0.218137 0.428591) (xy -0.311272 0.542784)
						(xy -0.393348 0.645725) (xy -0.455033 0.727256) (xy -0.475311 0.756816) (xy -0.486993 0.777214)
						(xy -0.48751 0.777731) (xy -0.84201 1.566313) (xy -1.00324 1.531173) (xy -0.681296 0.731222) (xy -0.669381 0.70828)
						(xy -0.648244 0.674709) (xy -0.58326 0.581741) (xy -0.496253 0.464436) (xy -0.397133 0.33491)
						(xy -0.202192 0.087668) (xy -0.126191 -0.005813) (xy -0.077715 -0.063045) (xy -0.075263 -0.065793)
						(xy -0.074129 -0.067053) (xy -0.073065 -0.068212) (xy -0.069451 -0.071916) (xy -0.065669 -0.075412)
						(xy -0.061728 -0.078696) (xy -0.057637 -0.081764) (xy -0.053405 -0.084612) (xy -0.049042 -0.087236)
						(xy -0.044556 -0.089631) (xy -0.039958 -0.091794) (xy -0.035255 -0.093721) (xy -0.030458 -0.095407)
						(xy -0.025575 -0.096849) (xy -0.020616 -0.098043) (xy -0.01559 -0.098984) (xy -0.010506 -0.099668)
						(xy -0.005373 -0.100092) (xy -0.000201 -0.100252)
					)
					(width 0)
					(fill yes)
				)
			)
			(uuid "98ba7bbd-c8b4-48cb-aa38-54116338d672")
		)
		(pad "42" smd circle
			(at 2 -5.25)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 43 "/uio[4]")
			(pinfunction "uio[4]")
			(pintype "bidirectional")
			(uuid "89267870-e468-4ea2-ab8d-a2600d324f1a")
		)
		(pad "42" smd custom
			(at 2 -5.25)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 43 "/uio[4]")
			(pinfunction "uio[4]")
			(pintype "bidirectional")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_poly
					(pts
						(xy 0.005233 -0.100108) (xy 0.01031 -0.099709) (xy 0.015313 -0.099059) (xy 0.020235 -0.098167)
						(xy 0.025069 -0.097038) (xy 0.029811 -0.095678) (xy 0.034453 -0.094094) (xy 0.038989 -0.092292)
						(xy 0.043413 -0.090278) (xy 0.047719 -0.088058) (xy 0.0519 -0.08564) (xy 0.05595 -0.083028) (xy 0.059863 -0.08023)
						(xy 0.063633 -0.077252) (xy 0.067253 -0.0741) (xy 0.070717 -0.07078) (xy 0.074019 -0.067299) (xy 0.077152 -0.063662)
						(xy 0.080111 -0.059877) (xy 0.082889 -0.05595) (xy 0.085479 -0.051886) (xy 0.087876 -0.047692)
						(xy 0.090073 -0.043375) (xy 0.092065 -0.038941) (xy 0.093843 -0.034396) (xy 0.095404 -0.029745)
						(xy 0.096739 -0.024997) (xy 0.097843 -0.020156) (xy 0.09871 -0.01523) (xy 0.099333 -0.010224)
						(xy 0.099706 -0.005145) (xy 0.099823 0.000001) (xy 0.099725 0.004598) (xy 0.099417 0.009169) (xy 0.098902 0.013706)
						(xy 0.098182 0.018204) (xy 0.09726 0.022656) (xy 0.096139 0.027054) (xy 0.09482 0.031393) (xy 0.093307 0.035666)
						(xy 0.091602 0.039865) (xy 0.089707 0.043985) (xy 0.087626 0.048019) (xy 0.08536 0.05196) (xy 0.082912 0.055802)
						(xy 0.080285 0.059537) (xy 0.077481 0.06316) (xy 0.074502 0.066663) (xy 0.038638 0.118247) (xy -0.017955 0.194724)
						(xy -0.163453 0.38761) (xy -0.23742 0.486645) (xy -0.302241 0.575827) (xy -0.350445 0.646467)
						(xy -0.365983 0.67212) (xy -0.374566 0.689881) (xy -0.375082 0.689881) (xy -0.663437 1.49965)
						(xy -0.8226 1.471745) (xy -0.567318 0.65319) (xy -0.558454 0.632699) (xy -0.542071 0.60275) (xy -0.490761 0.519882)
						(xy -0.421408 0.415391) (xy -0.342031 0.300082) (xy -0.260648 0.184761) (xy -0.18528 0.080232)
						(xy -0.123944 -0.002698) (xy -0.084661 -0.053226) (xy -0.083606 -0.054854) (xy -0.08252 -0.05646)
						(xy -0.081402 -0.058045) (xy -0.080254 -0.059608) (xy -0.079075 -0.061148) (xy -0.077866 -0.062665)
						(xy -0.076627 -0.064159) (xy -0.075359 -0.065629) (xy -0.071708 -0.06963) (xy -0.067867 -0.073409)
						(xy -0.063845 -0.076961) (xy -0.059653 -0.08028) (xy -0.055303 -0.083362) (xy -0.050803 -0.086203)
						(xy -0.046164 -0.088796) (xy -0.041398 -0.091139) (xy -0.036514 -0.093225) (xy -0.031523 -0.09505)
						(xy -0.026436 -0.096609) (xy -0.021262 -0.097898) (xy -0.016012 -0.098912) (xy -0.010697 -0.099645)
						(xy -0.005326 -0.100093) (xy 0.000088 -0.100252)
					)
					(width 0)
					(fill yes)
				)
			)
			(uuid "4da0c563-7ad8-45a8-84c4-6edec669affb")
		)
		(pad "43" smd circle
			(at 1.5 -5.25)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 42 "/uio[5]")
			(pinfunction "uio[5]")
			(pintype "bidirectional")
			(uuid "e9b211e4-34c9-4144-8768-863aa148a6bc")
		)
		(pad "43" smd custom
			(at 1.5 -5.25)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 42 "/uio[5]")
			(pinfunction "uio[5]")
			(pintype "bidirectional")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_poly
					(pts
						(xy 0.005025 -0.100134) (xy 0.010122 -0.099758) (xy 0.015145 -0.09913) (xy 0.020087 -0.098258)
						(xy 0.024943 -0.097146) (xy 0.029706 -0.095802) (xy 0.03437 -0.094231) (xy 0.038927 -0.092441)
						(xy 0.043373 -0.090437) (xy 0.047701 -0.088226) (xy 0.051903 -0.085814) (xy 0.055975 -0.083207)
						(xy 0.059909 -0.080412) (xy 0.0637 -0.077436) (xy 0.06734 -0.074284) (xy 0.070824 -0.070963) (xy 0.074145 -0.067479)
						(xy 0.077297 -0.063838) (xy 0.080273 -0.060048) (xy 0.083068 -0.056114) (xy 0.085675 -0.052042)
						(xy 0.088087 -0.04784) (xy 0.090298 -0.043512) (xy 0.092302 -0.039066) (xy 0.094092 -0.034508)
						(xy 0.095663 -0.029845) (xy 0.097007 -0.025082) (xy 0.098119 -0.020226) (xy 0.098992 -0.015284)
						(xy 0.099619 -0.010261) (xy 0.099995 -0.005164) (xy 0.100113 0.000001) (xy 0.100024 0.004171)
						(xy 0.099762 0.008321) (xy 0.099329 0.012446) (xy 0.098726 0.016541) (xy 0.097956 0.020601) (xy 0.097021 0.02462)
						(xy 0.095921 0.028595) (xy 0.094659 0.032519) (xy 0.093236 0.036387) (xy 0.091654 0.040196) (xy 0.089916 0.043938)
						(xy 0.088022 0.047611) (xy 0.085974 0.051208) (xy 0.083774 0.054724) (xy 0.081424 0.058155) (xy 0.078926 0.061495)
						(xy 0.049464 0.11179) (xy 0.005449 0.18254) (xy -0.104473 0.355728) (xy -0.1595 0.44333) (xy -0.207316 0.521714)
						(xy -0.242482 0.58346) (xy -0.25362 0.605776) (xy -0.259555 0.621151) (xy -0.260072 0.621151)
						(xy -0.481247 1.447974) (xy -0.63886 1.427303) (xy -0.451274 0.594279) (xy -0.445168 0.576165)
						(xy -0.433395 0.549504) (xy -0.395818 0.475372) (xy -0.344479 0.381542) (xy -0.28531 0.277676)
						(xy -0.224246 0.173433) (xy -0.167221 0.078473) (xy -0.120169 0.002456) (xy -0.089023 -0.044958)
						(xy -0.088017 -0.046985) (xy -0.086965 -0.048989) (xy -0.085867 -0.050967) (xy -0.084724 -0.05292)
						(xy -0.083538 -0.054847) (xy -0.082308 -0.056746) (xy -0.081035 -0.058618) (xy -0.079721 -0.060461)
						(xy -0.076066 -0.065024) (xy -0.072176 -0.069341) (xy -0.068062 -0.073404) (xy -0.063738 -0.077207)
						(xy -0.059217 -0.080744) (xy -0.054512 -0.084009) (xy -0.049635 -0.086995) (xy -0.044599 -0.089695)
						(xy -0.039418 -0.092103) (xy -0.034103 -0.094213) (xy -0.028668 -0.096019) (xy -0.023126 -0.097513)
						(xy -0.017489 -0.09869) (xy -0.01177 -0.099543) (xy -0.005983 -0.100066) (xy -0.000139 -0.100252)
					)
					(width 0)
					(fill yes)
				)
			)
			(uuid "e6f66caf-44e6-4083-abfd-b9bb7f1ecd70")
		)
		(pad "44" smd circle
			(at 1 -5.25)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 47 "/uio[6]")
			(pinfunction "uio[6]")
			(pintype "bidirectional")
			(uuid "998c70ce-4994-409b-8324-2f76e4edd971")
		)
		(pad "44" smd custom
			(at 1 -5.25)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 47 "/uio[6]")
			(pinfunction "uio[6]")
			(pintype "bidirectional")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_poly
					(pts
						(xy 0.005295 -0.100108) (xy 0.010372 -0.099709) (xy 0.015374 -0.099059) (xy 0.020296 -0.098167)
						(xy 0.025131 -0.097038) (xy 0.029873 -0.095678) (xy 0.034514 -0.094094) (xy 0.039051 -0.092292)
						(xy 0.043475 -0.090278) (xy 0.04778 -0.088058) (xy 0.051962 -0.08564) (xy 0.056012 -0.083028)
						(xy 0.059925 -0.08023) (xy 0.063695 -0.077252) (xy 0.067315 -0.0741) (xy 0.070779 -0.07078) (xy 0.074081 -0.067299)
						(xy 0.077214 -0.063662) (xy 0.080173 -0.059877) (xy 0.082951 -0.05595) (xy 0.085541 -0.051886)
						(xy 0.087938 -0.047692) (xy 0.090135 -0.043375) (xy 0.092126 -0.038941) (xy 0.093905 -0.034396)
						(xy 0.095465 -0.029745) (xy 0.0968 -0.024997) (xy 0.097905 -0.020156) (xy 0.098771 -0.01523) (xy 0.099395 -0.010224)
						(xy 0.099768 -0.005145) (xy 0.099885 0.000001) (xy 0.099853 0.00239) (xy 0.099765 0.004775) (xy 0.099619 0.007155)
						(xy 0.099417 0.00953) (xy 0.099159 0.011898) (xy 0.098844 0.014257) (xy 0.098473 0.016609) (xy 0.098047 0.01895)
						(xy 0.097565 0.02128) (xy 0.097027 0.023599) (xy 0.096435 0.025905) (xy 0.095787 0.028197) (xy 0.095085 0.030474)
						(xy 0.094328 0.032736) (xy 0.093516 0.034981) (xy 0.09265 0.037208) (xy 0.073415 0.08411) (xy 0.043311 0.151414)
						(xy -0.033568 0.317788) (xy -0.106121 0.477455) (xy -0.130815 0.536376) (xy -0.138524 0.557388)
						(xy -0.142478 0.571542) (xy -0.296473 1.410767) (xy -0.453053 1.397331) (xy -0.33368 0.552938)
						(xy -0.333163 0.552938) (xy -0.329294 0.536723) (xy -0.321917 0.51316) (xy -0.2984 0.448009) (xy -0.266127 0.365528)
						(xy -0.228615 0.273761) (xy -0.189379 0.180749) (xy -0.151935 0.094536) (xy -0.119798 0.023165)
						(xy -0.096485 -0.025321) (xy -0.095333 -0.029412) (xy -0.09402 -0.033422) (xy -0.092549 -0.037348)
						(xy -0.090924 -0.041186) (xy -0.08915 -0.044934) (xy -0.08723 -0.048589) (xy -0.082973 -0.055604)
						(xy -0.078183 -0.062206) (xy -0.072895 -0.06837) (xy -0.067141 -0.074069) (xy -0.060955 -0.079278)
						(xy -0.054369 -0.083972) (xy -0.047417 -0.088125) (xy -0.040131 -0.091712) (xy -0.032544 -0.094706)
						(xy -0.02469 -0.097083) (xy -0.020672 -0.098032) (xy -0.016601 -0.098817) (xy -0.012478 -0.099434)
						(xy -0.00831 -0.099881) (xy -0.004099 -0.100155) (xy 0.00015 -0.100252)
					)
					(width 0)
					(fill yes)
				)
			)
			(uuid "b1457f03-4307-448f-a278-aec34a83b2f0")
		)
		(pad "45" smd circle
			(at 0.5 -5.25)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 46 "/uio[7]")
			(pinfunction "uio[7]")
			(pintype "bidirectional")
			(uuid "fd727f9b-af99-445c-a0cd-71f3e868c6fa")
		)
		(pad "45" smd custom
			(at 0.5 -5.25)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 46 "/uio[7]")
			(pinfunction "uio[7]")
			(pintype "bidirectional")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_poly
					(pts
						(xy 0.005086 -0.100134) (xy 0.010183 -0.099758) (xy 0.015206 -0.09913) (xy 0.020148 -0.098258)
						(xy 0.025004 -0.097146) (xy 0.029767 -0.095802) (xy 0.034431 -0.094231) (xy 0.038989 -0.092441)
						(xy 0.043434 -0.090437) (xy 0.047762 -0.088226) (xy 0.051965 -0.085814) (xy 0.056036 -0.083207)
						(xy 0.05997 -0.080412) (xy 0.063761 -0.077436) (xy 0.067401 -0.074284) (xy 0.070885 -0.070963)
						(xy 0.074206 -0.067479) (xy 0.077358 -0.063839) (xy 0.080335 -0.060048) (xy 0.083129 -0.056114)
						(xy 0.085736 -0.052042) (xy 0.088148 -0.04784) (xy 0.090359 -0.043512) (xy 0.092363 -0.039066)
						(xy 0.094153 -0.034508) (xy 0.095724 -0.029845) (xy 0.097068 -0.025082) (xy 0.09818 -0.020226)
						(xy 0.099053 -0.015284) (xy 0.09968 -0.010261) (xy 0.100056 -0.005164) (xy 0.100174 0.000001)
						(xy 0.100129 0.002474) (xy 0.100022 0.004944) (xy 0.099855 0.00741) (xy 0.099626 0.00987) (xy 0.099337 0.012324)
						(xy 0.098988 0.014771) (xy 0.098577 0.017209) (xy 0.098107 0.019638) (xy -0.023849 0.539502) (xy -0.109632 1.386996)
						(xy -0.265695 1.380278) (xy -0.214535 0.531751) (xy -0.209703 0.495957) (xy -0.198794 0.435007)
						(xy -0.165319 0.268982) (xy -0.127255 0.096365) (xy -0.11061 0.027176) (xy -0.097747 -0.020153)
						(xy -0.096771 -0.024472) (xy -0.095615 -0.028711) (xy -0.094285 -0.032867) (xy -0.092785 -0.036935)
						(xy -0.09112 -0.040911) (xy -0.089293 -0.044793) (xy -0.087309 -0.048576) (xy -0.085174 -0.052257)
						(xy -0.082891 -0.055832) (xy -0.080465 -0.059297) (xy -0.077901 -0.062649) (xy -0.075202 -0.065883)
						(xy -0.069422 -0.071986) (xy -0.06316 -0.077575) (xy -0.056453 -0.082622) (xy -0.049337 -0.087096)
						(xy -0.045637 -0.089109) (xy -0.041848 -0.090967) (xy -0.037975 -0.092668) (xy -0.034022 -0.094207)
						(xy -0.029995 -0.09558) (xy -0.025896 -0.096785) (xy -0.021732 -0.097816) (xy -0.017506 -0.098671)
						(xy -0.013223 -0.099346) (xy -0.008888 -0.099837) (xy -0.004505 -0.10014) (xy -0.000078 -0.100252)
					)
					(width 0)
					(fill yes)
				)
			)
			(uuid "dd697a94-040a-4cbd-a9e9-f347497b1e0e")
		)
		(pad "46" smd circle
			(at 0 -5.25)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 17 "/GND")
			(pinfunction "GND_IO")
			(pintype "power_in")
			(uuid "10be7fcd-8be7-410b-afa0-6367f4dafa3d")
		)
		(pad "47" smd circle
			(at -0.5 -5.25)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 48 "/ui[0]")
			(pinfunction "ui[0]")
			(pintype "input")
			(uuid "be4c9f07-b0c9-4a0c-b0ce-a1685105eba9")
		)
		(pad "47" smd custom
			(at -0.5 -5.25)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 48 "/ui[0]")
			(pinfunction "ui[0]")
			(pintype "input")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_poly
					(pts
						(xy 0.004795 -0.100147) (xy 0.009552 -0.099817) (xy 0.014249 -0.099267) (xy 0.01888 -0.098501)
						(xy 0.02344 -0.097526) (xy 0.027924 -0.096345) (xy 0.032326 -0.094963) (xy 0.03664 -0.093386)
						(xy 0.040861 -0.091619) (xy 0.044984 -0.089666) (xy 0.049003 -0.087533) (xy 0.052913 -0.085224)
						(xy 0.056708 -0.082745) (xy 0.060382 -0.0801) (xy 0.063931 -0.077294) (xy 0.067348 -0.074333)
						(xy 0.070629 -0.071221) (xy 0.073768 -0.067962) (xy 0.076759 -0.064564) (xy 0.079597 -0.061029)
						(xy 0.082276 -0.057363) (xy 0.084792 -0.053572) (xy 0.087137 -0.049659) (xy 0.089308 -0.04563)
						(xy 0.091298 -0.04149) (xy 0.093103 -0.037244) (xy 0.094716 -0.032897) (xy 0.096132 -0.028454)
						(xy 0.097346 -0.02392) (xy 0.098351 -0.019299) (xy 0.099144 -0.014597) (xy 0.099718 -0.009818)
						(xy 0.112949 0.039935) (xy 0.129579 0.109382) (xy 0.166873 0.278224) (xy 0.19927 0.438437) (xy 0.209779 0.497098)
						(xy 0.21444 0.531751) (xy 0.266117 1.380278) (xy 0.109537 1.386996) (xy 0.024271 0.539502) (xy -0.098202 0.019638)
						(xy -0.098608 0.017204) (xy -0.098953 0.014761) (xy -0.099238 0.012312) (xy -0.099462 0.009857)
						(xy -0.099626 0.007397) (xy -0.099729 0.004934) (xy -0.099771 0.002468) (xy -0.099753 0.000001)
						(xy -0.099636 -0.005145) (xy -0.099262 -0.010224) (xy -0.098639 -0.01523) (xy -0.097772 -0.020156)
						(xy -0.096668 -0.024997) (xy -0.095333 -0.029745) (xy -0.093773 -0.034396) (xy -0.091994 -0.038941)
						(xy -0.090003 -0.043375) (xy -0.087806 -0.047692) (xy -0.085409 -0.051886) (xy -0.082818 -0.05595)
						(xy -0.08004 -0.059877) (xy -0.077082 -0.063662) (xy -0.073948 -0.067299) (xy -0.070646 -0.07078)
						(xy -0.067182 -0.0741) (xy -0.063562 -0.077252) (xy -0.059792 -0.08023) (xy -0.055879 -0.083028)
						(xy -0.051829 -0.08564) (xy -0.047648 -0.088058) (xy -0.043342 -0.090278) (xy -0.038918 -0.092292)
						(xy -0.034382 -0.094094) (xy -0.02974 -0.095678) (xy -0.024998 -0.097038) (xy -0.020164 -0.098167)
						(xy -0.015242 -0.099059) (xy -0.010239 -0.099709) (xy -0.005162 -0.100108) (xy -0.000017 -0.100252)
					)
					(width 0)
					(fill yes)
				)
			)
			(uuid "6f1979a1-02be-4108-8386-4ba79dc68f1d")
		)
		(pad "48" smd circle
			(at -1 -5.25)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 34 "/ui[1]")
			(pinfunction "ui[1]")
			(pintype "input")
			(uuid "cb49b0ff-5201-4228-8550-c38ba59cefa1")
		)
		(pad "48" smd custom
			(at -1 -5.25)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 34 "/ui[1]")
			(pinfunction "ui[1]")
			(pintype "input")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_poly
					(pts
						(xy 0.00399 -0.100161) (xy 0.008188 -0.099895) (xy 0.012344 -0.099456) (xy 0.016455 -0.098848)
						(xy 0.020516 -0.098074) (xy 0.024523 -0.097136) (xy 0.028472 -0.096038) (xy 0.032359 -0.094784)
						(xy 0.03618 -0.093376) (xy 0.03993 -0.091818) (xy 0.043607 -0.090112) (xy 0.047205 -0.088262)
						(xy 0.05072 -0.086271) (xy 0.054149 -0.084142) (xy 0.057487 -0.081878) (xy 0.060731 -0.079483)
						(xy 0.063875 -0.076959) (xy 0.066917 -0.07431) (xy 0.069851 -0.071539) (xy 0.072674 -0.068649)
						(xy 0.075382 -0.065643) (xy 0.077971 -0.062525) (xy 0.080436 -0.059297) (xy 0.082773 -0.055962)
						(xy 0.084979 -0.052525) (xy 0.087049 -0.048987) (xy 0.08898 -0.045353) (xy 0.090766 -0.041625)
						(xy 0.092404 -0.037806) (xy 0.09389 -0.0339) (xy 0.09522 -0.029909) (xy 0.09639 -0.025838) (xy 0.119868 0.022998)
						(xy 0.152272 0.094964) (xy 0.190022 0.181874) (xy 0.229534 0.275538) (xy 0.267229 0.367769) (xy 0.299523 0.450377)
						(xy 0.322836 0.515174) (xy 0.330004 0.538334) (xy 0.333585 0.553972) (xy 0.453474 1.397331) (xy 0.296378 1.410767)
						(xy 0.142382 0.570508) (xy 0.138313 0.556166) (xy 0.130517 0.535035) (xy 0.105722 0.476052) (xy 0.033187 0.316754)
						(xy -0.043532 0.151008) (xy -0.073558 0.083965) (xy -0.092746 0.037208) (xy -0.093611 0.034981)
						(xy -0.094423 0.032736) (xy -0.09518 0.030474) (xy -0.095882 0.028197) (xy -0.096529 0.025905)
						(xy -0.097122 0.023599) (xy -0.097659 0.02128) (xy -0.098142 0.01895) (xy -0.098568 0.016609)
						(xy -0.098939 0.014257) (xy -0.099253 0.011898) (xy -0.099512 0.00953) (xy -0.099714 0.007155)
						(xy -0.09986 0.004775) (xy -0.099949 0.00239) (xy -0.09998 0.000001) (xy -0.099863 -0.005145)
						(xy -0.09949 -0.010224) (xy -0.098867 -0.01523) (xy -0.098 -0.020157) (xy -0.096896 -0.024997)
						(xy -0.09556 -0.029745) (xy -0.094 -0.034396) (xy -0.092221 -0.038941) (xy -0.09023 -0.043375)
						(xy -0.088033 -0.047693) (xy -0.085636 -0.051886) (xy -0.083046 -0.05595) (xy -0.080268 -0.059877)
						(xy -0.077309 -0.063662) (xy -0.074176 -0.067299) (xy -0.070874 -0.07078) (xy -0.06741 -0.0741)
						(xy -0.06379 -0.077252) (xy -0.06002 -0.08023) (xy -0.056107 -0.083028) (xy -0.052057 -0.08564)
						(xy -0.047875 -0.088058) (xy -0.04357 -0.090278) (xy -0.039146 -0.092292) (xy -0.03461 -0.094094)
						(xy -0.029968 -0.095678) (xy -0.025226 -0.097038) (xy -0.020391 -0.098167) (xy -0.01547 -0.099059)
						(xy -0.010467 -0.099709) (xy -0.00539 -0.100108) (xy -0.000245 -0.100252)
					)
					(width 0)
					(fill yes)
				)
			)
			(uuid "b3a50f7c-6415-4250-b5ae-f9b1e991b97b")
		)
		(pad "49" smd circle
			(at -1.5 -5.25)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 37 "/ui[2]")
			(pinfunction "ui[2]")
			(pintype "input")
			(uuid "1be642af-420c-4e66-a515-f084822f46ab")
		)
		(pad "49" smd custom
			(at -1.5 -5.25)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 37 "/ui[2]")
			(pinfunction "ui[2]")
			(pintype "input")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_poly
					(pts
						(xy 0.005888 -0.100066) (xy 0.011675 -0.099543) (xy 0.017394 -0.09869) (xy 0.023031 -0.097513)
						(xy 0.028573 -0.096019) (xy 0.034008 -0.094213) (xy 0.039322 -0.092103) (xy 0.044504 -0.089695)
						(xy 0.04954 -0.086995) (xy 0.054417 -0.084009) (xy 0.059122 -0.080744) (xy 0.063643 -0.077207)
						(xy 0.067967 -0.073404) (xy 0.07208 -0.069341) (xy 0.075971 -0.065024) (xy 0.079626 -0.060461)
						(xy 0.08094 -0.058618) (xy 0.082211 -0.056746) (xy 0.08344 -0.054847) (xy 0.084625 -0.05292) (xy 0.085767 -0.050967)
						(xy 0.086865 -0.048989) (xy 0.087919 -0.046985) (xy 0.088928 -0.044958) (xy 0.120074 0.002456)
						(xy 0.167126 0.078473) (xy 0.224151 0.173433) (xy 0.285215 0.277676) (xy 0.344384 0.381542) (xy 0.395723 0.475372)
						(xy 0.4333 0.549504) (xy 0.445072 0.576165) (xy 0.451179 0.594279) (xy 0.639281 1.427303) (xy 0.481152 1.447974)
						(xy 0.259976 0.621151) (xy 0.254035 0.605776) (xy 0.242881 0.58346) (xy 0.207657 0.521714) (xy 0.159758 0.44333)
						(xy 0.104636 0.355728) (xy -0.005464 0.18254) (xy -0.049537 0.11179) (xy -0.079021 0.061495) (xy -0.081519 0.058155)
						(xy -0.083869 0.054724) (xy -0.086069 0.051208) (xy -0.088117 0.047611) (xy -0.090011 0.043938)
						(xy -0.091749 0.040196) (xy -0.093331 0.036387) (xy -0.094754 0.032519) (xy -0.096016 0.028595)
						(xy -0.097116 0.02462) (xy -0.098051 0.020601) (xy -0.098821 0.016541) (xy -0.099424 0.012446)
						(xy -0.099857 0.008321) (xy -0.100119 0.004171) (xy -0.100208 0.000001) (xy -0.10009 -0.005164)
						(xy -0.099714 -0.010261) (xy -0.099087 -0.015284) (xy -0.098214 -0.020226) (xy -0.097102 -0.025082)
						(xy -0.095758 -0.029845) (xy -0.094188 -0.034508) (xy -0.092397 -0.039066) (xy -0.090393 -0.043512)
						(xy -0.088182 -0.04784) (xy -0.08577 -0.052042) (xy -0.083163 -0.056114) (xy -0.080369 -0.060048)
						(xy -0.077392 -0.063839) (xy -0.07424 -0.067479) (xy -0.070919 -0.070963) (xy -0.067435 -0.074284)
						(xy -0.063795 -0.077436) (xy -0.060004 -0.080412) (xy -0.05607 -0.083207) (xy -0.051999 -0.085814)
						(xy -0.047796 -0.088226) (xy -0.043469 -0.090437) (xy -0.039023 -0.092441) (xy -0.034465 -0.094231)
						(xy -0.029801 -0.095802) (xy -0.025038 -0.097146) (xy -0.020183 -0.098258) (xy -0.01524 -0.09913)
						(xy -0.010217 -0.099758) (xy -0.00512 -0.100134) (xy 0.000044 -0.100252)
					)
					(width 0)
					(fill yes)
				)
			)
			(uuid "1e4402d4-0fa8-4656-aa1c-d017970445eb")
		)
		(pad "50" smd circle
			(at -2 -5.25)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 33 "/ui[3]")
			(pinfunction "ui[3]")
			(pintype "input")
			(uuid "987eb850-d5ca-4590-afb5-9c455cd57cc0")
		)
		(pad "50" smd custom
			(at -2 -5.25)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 33 "/ui[3]")
			(pinfunction "ui[3]")
			(pintype "input")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_poly
					(pts
						(xy 0.005231 -0.100093) (xy 0.010601 -0.099645) (xy 0.015916 -0.098912) (xy 0.021166 -0.097898)
						(xy 0.02634 -0.096609) (xy 0.031428 -0.09505) (xy 0.036419 -0.093225) (xy 0.041302 -0.091139)
						(xy 0.046069 -0.088796) (xy 0.050707 -0.086203) (xy 0.055207 -0.083362) (xy 0.059558 -0.08028)
						(xy 0.063749 -0.076961) (xy 0.067771 -0.073409) (xy 0.071613 -0.06963) (xy 0.075264 -0.065629)
						(xy 0.076764 -0.06393) (xy 0.078223 -0.062198) (xy 0.079643 -0.060435) (xy 0.081021 -0.05864)
						(xy 0.082358 -0.056814) (xy 0.083653 -0.054958) (xy 0.084906 -0.053073) (xy 0.086116 -0.051159)
						(xy 0.12586 0.000026) (xy 0.187322 0.083092) (xy 0.262566 0.187365) (xy 0.343654 0.302169) (xy 0.422652 0.416829)
						(xy 0.491623 0.520669) (xy 0.542631 0.603015) (xy 0.558919 0.632791) (xy 0.56774 0.65319) (xy 0.822505 1.471745)
						(xy 0.663342 1.49965) (xy 0.374987 0.689881) (xy 0.366347 0.672035) (xy 0.350678 0.646223) (xy 0.302043 0.575104)
						(xy 0.236661 0.485326) (xy 0.162114 0.385689) (xy 0.015838 0.192049) (xy -0.040731 0.115648) (xy -0.076148 0.064596)
						(xy -0.078939 0.061158) (xy -0.081567 0.057612) (xy -0.084028 0.053964) (xy -0.086322 0.05022)
						(xy -0.088444 0.046387) (xy -0.090394 0.04247) (xy -0.092169 0.038475) (xy -0.093768 0.034408)
						(xy -0.095187 0.030275) (xy -0.096424 0.026082) (xy -0.097478 0.021836) (xy -0.098347 0.017541)
						(xy -0.099027 0.013204) (xy -0.099517 0.008831) (xy -0.099815 0.004428) (xy -0.099919 0.000001)
						(xy -0.099802 -0.005145) (xy -0.099429 -0.010224) (xy -0.098805 -0.01523) (xy -0.097939 -0.020156)
						(xy -0.096834 -0.024997) (xy -0.095499 -0.029745) (xy -0.093939 -0.034396) (xy -0.09216 -0.038941)
						(xy -0.090169 -0.043375) (xy -0.087972 -0.047692) (xy -0.085575 -0.051886) (xy -0.082984 -0.05595)
						(xy -0.080207 -0.059877) (xy -0.077248 -0.063662) (xy -0.074114 -0.067299) (xy -0.070813 -0.07078)
						(xy -0.067348 -0.0741) (xy -0.063728 -0.077252) (xy -0.059959 -0.08023) (xy -0.056046 -0.083028)
						(xy -0.051995 -0.08564) (xy -0.047814 -0.088058) (xy -0.043508 -0.090278) (xy -0.039084 -0.092292)
						(xy -0.034548 -0.094094) (xy -0.029906 -0.095678) (xy -0.025165 -0.097038) (xy -0.02033 -0.098167)
						(xy -0.015408 -0.099059) (xy -0.010406 -0.099709) (xy -0.005329 -0.100108) (xy -0.000184 -0.100252)
					)
					(width 0)
					(fill yes)
				)
			)
			(uuid "1e3cf021-94f1-49d9-ad9d-c0b037bf2347")
		)
		(pad "51" smd circle
			(at -2.5 -5.25)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 39 "/ui[4]")
			(pinfunction "ui[4]")
			(pintype "input")
			(uuid "c92eaeab-2f99-4544-8edd-6cde395409f2")
		)
		(pad "51" smd custom
			(at -2.5 -5.25)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 39 "/ui[4]")
			(pinfunction "ui[4]")
			(pintype "input")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_poly
					(pts
						(xy 0.005278 -0.100092) (xy 0.010411 -0.099668) (xy 0.015495 -0.098984) (xy 0.020521 -0.098043)
						(xy 0.02548 -0.096849) (xy 0.030363 -0.095407) (xy 0.03516 -0.093721) (xy 0.039862 -0.091794)
						(xy 0.044461 -0.089631) (xy 0.048946 -0.087236) (xy 0.05331 -0.084612) (xy 0.057541 -0.081764)
						(xy 0.061632 -0.078696) (xy 0.065573 -0.075412) (xy 0.069355 -0.071916) (xy 0.072969 -0.068212)
						(xy 0.075116 -0.065906) (xy 0.077188 -0.063536) (xy 0.079182 -0.061102) (xy 0.081098 -0.058608)
						(xy 0.082935 -0.056054) (xy 0.084691 -0.053444) (xy 0.086364 -0.050778) (xy 0.087955 -0.048059)
						(xy 0.13683 0.009643) (xy 0.211844 0.101639) (xy 0.402454 0.342543) (xy 0.499137 0.468464) (xy 0.584127 0.582707)
						(xy 0.647967 0.67378) (xy 0.669001 0.707035) (xy 0.681201 0.730188) (xy 1.003144 1.531173) (xy 0.842431 1.566313)
						(xy 0.487414 0.777731) (xy 0.47566 0.757183) (xy 0.455313 0.727498) (xy 0.393559 0.645839) (xy 0.31158 0.543001)
						(xy 0.218804 0.429229) (xy 0.038568 0.209878) (xy -0.030035 0.124793) (xy -0.071725 0.069764)
						(xy -0.073529 0.067849) (xy -0.07528 0.065889) (xy -0.076978 0.063884) (xy -0.078623 0.061835)
						(xy -0.080212 0.059744) (xy -0.081746 0.057612) (xy -0.083224 0.055439) (xy -0.084644 0.053227)
						(xy -0.086479 0.050212) (xy -0.088203 0.047141) (xy -0.089815 0.044016) (xy -0.091313 0.040842)
						(xy -0.092698 0.037621) (xy -0.093968 0.034357) (xy -0.095121 0.031052) (xy -0.096159 0.02771)
						(xy -0.097078 0.024333) (xy -0.097879 0.020925) (xy -0.098561 0.01749) (xy -0.099122 0.014029)
						(xy -0.099562 0.010547) (xy -0.099881 0.007046) (xy -0.100076 0.003529) (xy -0.100147 0.000001)
						(xy -0.100029 -0.005164) (xy -0.099653 -0.010261) (xy -0.099026 -0.015284) (xy -0.098153 -0.020226)
						(xy -0.097041 -0.025082) (xy -0.095697 -0.029845) (xy -0.094126 -0.034508) (xy -0.092336 -0.039066)
						(xy -0.090332 -0.043512) (xy -0.088121 -0.04784) (xy -0.085709 -0.052042) (xy -0.083102 -0.056114)
						(xy -0.080308 -0.060048) (xy -0.077331 -0.063839) (xy -0.074179 -0.067479) (xy -0.070858 -0.070963)
						(xy -0.067374 -0.074284) (xy -0.063734 -0.077436) (xy -0.059943 -0.080412) (xy -0.056009 -0.083207)
						(xy -0.051937 -0.085814) (xy -0.047735 -0.088226) (xy -0.043407 -0.090437) (xy -0.038961 -0.092441)
						(xy -0.034404 -0.094231) (xy -0.02974 -0.095802) (xy -0.024977 -0.097146) (xy -0.020121 -0.098258)
						(xy -0.015179 -0.09913) (xy -0.010156 -0.099758) (xy -0.005059 -0.100134) (xy 0.000105 -0.100252)
					)
					(width 0)
					(fill yes)
				)
			)
			(uuid "f3c46c42-1aed-4d1d-8741-9b5c72fac1af")
		)
		(pad "52" smd circle
			(at -3 -5.25)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 44 "/ui[5]")
			(pinfunction "ui[5]")
			(pintype "input")
			(uuid "b272ec1b-16f9-4b2c-8620-e3e022ce7165")
		)
		(pad "52" smd custom
			(at -3 -5.25)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 44 "/ui[5]")
			(pinfunction "ui[5]")
			(pintype "input")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_poly
					(pts
						(xy 0.004988 -0.100119) (xy 0.010062 -0.099728) (xy 0.01509 -0.099082) (xy 0.020063 -0.098186)
						(xy 0.024973 -0.097042) (xy 0.029809 -0.095655) (xy 0.034565 -0.094028) (xy 0.03923 -0.092166)
						(xy 0.043795 -0.090072) (xy 0.048253 -0.087751) (xy 0.052593 -0.085205) (xy 0.056807 -0.082438)
						(xy 0.060886 -0.079455) (xy 0.064821 -0.07626) (xy 0.068604 -0.072855) (xy 0.072224 -0.069246)
						(xy 0.073328 -0.068078) (xy 0.074412 -0.066892) (xy 0.075476 -0.065689) (xy 0.07652 -0.064469)
						(xy 0.077543 -0.063233) (xy 0.078547 -0.061981) (xy 0.07953 -0.060712) (xy 0.080493 -0.059427)
						(xy 0.134784 0.002205) (xy 0.222484 0.105756) (xy 0.451133 0.383085) (xy 0.568594 0.529096) (xy 0.672488 0.661494)
						(xy 0.751069 0.766398) (xy 0.777197 0.804201) (xy 0.792594 0.829924) (xy 1.180167 1.606104) (xy 1.01687 1.649512)
						(xy 0.596224 0.886251) (xy 0.580975 0.862808) (xy 0.555657 0.828585) (xy 0.48041 0.733885) (xy 0.270694 0.482046)
						(xy 0.056698 0.228058) (xy -0.023897 0.130673) (xy -0.071953 0.069247) (xy -0.073436 0.067672)
						(xy -0.074884 0.066066) (xy -0.076296 0.06443) (xy -0.077672 0.062764) (xy -0.079011 0.061068)
						(xy -0.080313 0.059344) (xy -0.081578 0.057591) (xy -0.082805 0.055811) (xy -0.084826 0.052685)
						(xy -0.086725 0.049493) (xy -0.088501 0.04624) (xy -0.090152 0.042929) (xy -0.091678 0.039563)
						(xy -0.093077 0.036147) (xy -0.094349 0.032684) (xy -0.095492 0.029177) (xy -0.096504 0.025631)
						(xy -0.097386 0.022049) (xy -0.098135 0.018434) (xy -0.098751 0.014791) (xy -0.099232 0.011122)
						(xy -0.099578 0.007431) (xy -0.099787 0.003723) (xy -0.099858 0.000001) (xy -0.099741 -0.005145)
						(xy -0.099368 -0.010224) (xy -0.098744 -0.01523) (xy -0.097878 -0.020156) (xy -0.096773 -0.024997)
						(xy -0.095438 -0.029745) (xy -0.093878 -0.034396) (xy -0.092099 -0.038941) (xy -0.090108 -0.043375)
						(xy -0.087911 -0.047692) (xy -0.085514 -0.051886) (xy -0.082923 -0.05595) (xy -0.080146 -0.059877)
						(xy -0.077187 -0.063662) (xy -0.074053 -0.067299) (xy -0.070751 -0.07078) (xy -0.067287 -0.0741)
						(xy -0.063667 -0.077252) (xy -0.059898 -0.08023) (xy -0.055984 -0.083028) (xy -0.051934 -0.08564)
						(xy -0.047753 -0.088058) (xy -0.043447 -0.090278) (xy -0.039023 -0.092292) (xy -0.034487 -0.094094)
						(xy -0.029845 -0.095678) (xy -0.025104 -0.097038) (xy -0.020269 -0.098167) (xy -0.015347 -0.099059)
						(xy -0.010345 -0.099709) (xy -0.005268 -0.100108) (xy -0.000122 -0.100252)
					)
					(width 0)
					(fill yes)
				)
			)
			(uuid "95711988-fadf-494f-9e96-a729008a16f4")
		)
		(pad "53" smd circle
			(at -3.5 -5.25)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 41 "/ui[6]")
			(pinfunction "ui[6]")
			(pintype "input")
			(uuid "4ae2bea8-9914-484e-8043-c5d4fdd4b64b")
		)
		(pad "53" smd custom
			(at -3.5 -5.25)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 41 "/ui[6]")
			(pinfunction "ui[6]")
			(pintype "input")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_poly
					(pts
						(xy 0.005291 -0.100093) (xy 0.010377 -0.099675) (xy 0.015415 -0.099001) (xy 0.020397 -0.098075)
						(xy 0.025314 -0.096901) (xy 0.030156 -0.095482) (xy 0.034914 -0.093824) (xy 0.039581 -0.091929)
						(xy 0.044146 -0.089802) (xy 0.048601 -0.087446) (xy 0.052937 -0.084865) (xy 0.057144 -0.082064)
						(xy 0.061215 -0.079046) (xy 0.065139 -0.075814) (xy 0.068908 -0.072374) (xy 0.072514 -0.068729)
						(xy 0.073617 -0.067561) (xy 0.074701 -0.066375) (xy 0.075765 -0.065172) (xy 0.076809 -0.063953)
						(xy 0.077833 -0.062716) (xy 0.078836 -0.061464) (xy 0.079819 -0.060195) (xy 0.080782 -0.058911)
						(xy 0.142148 0.010972) (xy 0.241907 0.12885) (xy 0.503331 0.444795) (xy 0.758506 0.761326) (xy 0.850455 0.879937)
						(xy 0.900887 0.950847) (xy 1.352539 1.697571) (xy 1.187174 1.750798) (xy 0.711234 1.030428) (xy 0.661 0.963782)
						(xy 0.571089 0.852257) (xy 0.324264 0.553645) (xy 0.074813 0.252742) (xy -0.018382 0.138352) (xy -0.073214 0.067697)
						(xy -0.073731 0.067697) (xy -0.074912 0.066408) (xy -0.076069 0.0651) (xy -0.077204 0.063772)
						(xy -0.078314 0.062424) (xy -0.079401 0.061057) (xy -0.080464 0.059671) (xy -0.081502 0.058267)
						(xy -0.082516 0.056845) (xy -0.084607 0.053673) (xy -0.086571 0.050432) (xy -0.088408 0.047126)
						(xy -0.090115 0.04376) (xy -0.091691 0.040336) (xy -0.093136 0.036859) (xy -0.094449 0.033332)
						(xy -0.095627 0.02976) (xy -0.09667 0.026145) (xy -0.097576 0.022493) (xy -0.098345 0.018807)
						(xy -0.098976 0.015091) (xy -0.099466 0.011348) (xy -0.099815 0.007583) (xy -0.100022 0.003799)
						(xy -0.100086 0.000001) (xy -0.099968 -0.005164) (xy -0.099592 -0.010261) (xy -0.098964 -0.015284)
						(xy -0.098091 -0.020226) (xy -0.09698 -0.025082) (xy -0.095635 -0.029845) (xy -0.094065 -0.034508)
						(xy -0.092275 -0.039066) (xy -0.090271 -0.043512) (xy -0.088059 -0.04784) (xy -0.085647 -0.052042)
						(xy -0.083041 -0.056114) (xy -0.080246 -0.060048) (xy -0.07727 -0.063838) (xy -0.074118 -0.067479)
						(xy -0.070797 -0.070963) (xy -0.067313 -0.074284) (xy -0.063672 -0.077436) (xy -0.059882 -0.080412)
						(xy -0.055948 -0.083207) (xy -0.051876 -0.085814) (xy -0.047673 -0.088226) (xy -0.043346 -0.090437)
						(xy -0.0389 -0.092441) (xy -0.034342 -0.094231) (xy -0.029679 -0.095802) (xy -0.024916 -0.097146)
						(xy -0.02006 -0.098258) (xy -0.015118 -0.09913) (xy -0.010095 -0.099758) (xy -0.004998 -0.100134)
						(xy 0.000167 -0.100252)
					)
					(width 0)
					(fill yes)
				)
			)
			(uuid "57658cd5-250f-4c4b-86eb-66bfec957817")
		)
		(pad "54" smd circle
			(at -4 -5.25)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 45 "/ui[7]")
			(pinfunction "ui[7]")
			(pintype "input")
			(uuid "5330746a-d700-48e2-9d32-113f36b212d1")
		)
		(pad "54" smd custom
			(at -4 -5.25)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 45 "/ui[7]")
			(pinfunction "ui[7]")
			(pintype "input")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_poly
					(pts
						(xy 0.005208 -0.100092) (xy 0.010435 -0.099657) (xy 0.015611 -0.098952) (xy 0.020726 -0.097982)
						(xy 0.02577 -0.09675) (xy 0.030735 -0.095261) (xy 0.035609 -0.093519) (xy 0.040384 -0.091528)
						(xy 0.04505 -0.089294) (xy 0.049596 -0.086819) (xy 0.054014 -0.084109) (xy 0.058294 -0.081168)
						(xy 0.062426 -0.078) (xy 0.0664 -0.07461) (xy 0.070206 -0.071001) (xy 0.073836 -0.067179) (xy 0.074866 -0.066068)
						(xy 0.07588 -0.064942) (xy 0.076876 -0.063801) (xy 0.077854 -0.062645) (xy 0.078815 -0.061475)
						(xy 0.079758 -0.06029) (xy 0.080682 -0.05909) (xy 0.081587 -0.057877) (xy 0.083138 -0.05581) (xy 0.153149 0.026758)
						(xy 0.267091 0.165857) (xy 0.566742 0.538193) (xy 0.862044 0.910279) (xy 1.03295 1.131197) (xy 1.033467 1.131714)
						(xy 1.033467 1.132231) (xy 1.531628 1.823661) (xy 1.392102 1.92133) (xy 0.867586 1.251603) (xy 0.867069 1.251087)
						(xy 0.398518 0.666637) (xy 0.101825 0.294435) (xy -0.008629 0.153565) (xy -0.073442 0.067697)
						(xy -0.074622 0.066408) (xy -0.075779 0.0651) (xy -0.076913 0.063772) (xy -0.078024 0.062424)
						(xy -0.079111 0.061057) (xy -0.080174 0.059671) (xy -0.081212 0.058267) (xy -0.082227 0.056845)
						(xy -0.084318 0.053673) (xy -0.086282 0.050432) (xy -0.088118 0.047126) (xy -0.089825 0.04376)
						(xy -0.091402 0.040336) (xy -0.092847 0.036859) (xy -0.094159 0.033332) (xy -0.095337 0.02976)
						(xy -0.09638 0.026145) (xy -0.097287 0.022493) (xy -0.098056 0.018807) (xy -0.098686 0.015091)
						(xy -0.099177 0.011348) (xy -0.099526 0.007583) (xy -0.099733 0.003799) (xy -0.099797 0.000001)
						(xy -0.09968 -0.005145) (xy -0.099306 -0.010224) (xy -0.098683 -0.01523) (xy -0.097816 -0.020156)
						(xy -0.096712 -0.024997) (xy -0.095377 -0.029745) (xy -0.093817 -0.034396) (xy -0.092038 -0.038941)
						(xy -0.090047 -0.043375) (xy -0.087849 -0.047692) (xy -0.085453 -0.051886) (xy -0.082862 -0.05595)
						(xy -0.080084 -0.059877) (xy -0.077126 -0.063662) (xy -0.073992 -0.067299) (xy -0.07069 -0.07078)
						(xy -0.067226 -0.0741) (xy -0.063606 -0.077252) (xy -0.059836 -0.08023) (xy -0.055923 -0.083028)
						(xy -0.051873 -0.08564) (xy -0.047692 -0.088058) (xy -0.043386 -0.090278) (xy -0.038962 -0.092292)
						(xy -0.034426 -0.094094) (xy -0.029784 -0.095678) (xy -0.025042 -0.097038) (xy -0.020208 -0.098167)
						(xy -0.015286 -0.099059) (xy -0.010283 -0.099709) (xy -0.005206 -0.100108) (xy -0.000061 -0.100252)
					)
					(width 0)
					(fill yes)
				)
			)
			(uuid "c594b3c1-ccd9-49b0-a627-c50ed6163eab")
		)
		(pad "55" smd circle
			(at -5 -4.75)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 57 "/u_rst_n")
			(pinfunction "u_rst_n")
			(pintype "input")
			(uuid "83efa5a2-5d3c-4768-bf3c-6c2251482093")
		)
		(pad "55" smd custom
			(at -5 -4.75)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 57 "/u_rst_n")
			(pinfunction "u_rst_n")
			(pintype "input")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_poly
					(pts
						(xy 0.004382 -0.099927) (xy 0.008741 -0.099639) (xy 0.013071 -0.099162) (xy 0.017366 -0.098499)
						(xy 0.021621 -0.097652) (xy 0.025829 -0.096623) (xy 0.029984 -0.095413) (xy 0.034082 -0.094026)
						(xy 0.038116 -0.092462) (xy 0.04208 -0.090725) (xy 0.045969 -0.088816) (xy 0.049776 -0.086737)
						(xy 0.053497 -0.084492) (xy 0.057125 -0.08208) (xy 0.060654 -0.079505) (xy 0.064079 -0.07677)
						(xy 0.065231 -0.075795) (xy 0.066368 -0.074803) (xy 0.06749 -0.073794) (xy 0.068596 -0.072768)
						(xy 0.069687 -0.071726) (xy 0.070762 -0.070667) (xy 0.071821 -0.069592) (xy 0.072864 -0.068501)
						(xy 0.337634 0.168505) (xy 0.77642 0.571188) (xy 1.210694 0.974162) (xy 1.461926 1.21204) (xy 2.094962 1.845077)
						(xy 2.04587 2.02491) (xy 1.362707 1.394458) (xy 1.362191 1.394458) (xy 1.361674 1.393941) (xy 1.361674 1.393425)
						(xy 0.652006 0.742864) (xy 0.203506 0.329133) (xy -0.061495 0.078776) (xy -0.062785 0.07775) (xy -0.064057 0.076703)
						(xy -0.065312 0.075634) (xy -0.066549 0.074546) (xy -0.067768 0.073437) (xy -0.068968 0.072308)
						(xy -0.07015 0.07116) (xy -0.071313 0.069991) (xy -0.074668 0.066434) (xy -0.077832 0.062732)
						(xy -0.080801 0.058895) (xy -0.083573 0.05493) (xy -0.086145 0.050845) (xy -0.088512 0.046647)
						(xy -0.090673 0.042345) (xy -0.092622 0.037947) (xy -0.094358 0.03346) (xy -0.095877 0.028892)
						(xy -0.097176 0.024251) (xy -0.098251 0.019545) (xy -0.0991 0.014782) (xy -0.099718 0.00997) (xy -0.100104 0.005116)
						(xy -0.100252 0.000228) (xy -0.100134 -0.004936) (xy -0.099758 -0.010033) (xy -0.099131 -0.015056)
						(xy -0.098258 -0.019998) (xy -0.097146 -0.024854) (xy -0.095802 -0.029617) (xy -0.094232 -0.034281)
						(xy -0.092441 -0.038839) (xy -0.090437 -0.043284) (xy -0.088226 -0.047612) (xy -0.085814 -0.051814)
						(xy -0.083208 -0.055886) (xy -0.080413 -0.05982) (xy -0.077436 -0.063611) (xy -0.074284 -0.067251)
						(xy -0.070963 -0.070735) (xy -0.067479 -0.074056) (xy -0.063839 -0.077208) (xy -0.060049 -0.080185)
						(xy -0.056114 -0.082979) (xy -0.052043 -0.085586) (xy -0.04784 -0.087998) (xy -0.043513 -0.090209)
						(xy -0.039067 -0.092213) (xy -0.034509 -0.094003) (xy -0.029845 -0.095574) (xy -0.025083 -0.096918)
						(xy -0.020227 -0.09803) (xy -0.015284 -0.098903) (xy -0.010261 -0.09953) (xy -0.005164 -0.099906)
						(xy 0 -0.100024)
					)
					(width 0)
					(fill yes)
				)
			)
			(uuid "d2f4ba70-020e-4614-a838-2209f52be1f7")
		)
		(pad "56" smd circle
			(at -5 -4.25)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 58 "/u_clk")
			(pinfunction "u_clk")
			(pintype "input")
			(uuid "45fd0f58-3034-43a7-83ee-4b5e53172860")
		)
		(pad "56" smd custom
			(at -5 -4.25)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 58 "/u_clk")
			(pinfunction "u_clk")
			(pintype "input")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_poly
					(pts
						(xy 0.004427 -0.099693) (xy 0.00883 -0.099394) (xy 0.013203 -0.098904) (xy 0.01754 -0.098223)
						(xy 0.021835 -0.097355) (xy 0.026082 -0.0963) (xy 0.030275 -0.095063) (xy 0.034407 -0.093643)
						(xy 0.038474 -0.092045) (xy 0.042469 -0.09027) (xy 0.046386 -0.08832) (xy 0.05022 -0.086197) (xy 0.053963 -0.083904)
						(xy 0.057611 -0.081443) (xy 0.061157 -0.078816) (xy 0.064596 -0.076025) (xy 0.065748 -0.07505)
						(xy 0.066885 -0.074058) (xy 0.068006 -0.073049) (xy 0.069113 -0.072024) (xy 0.070204 -0.070981)
						(xy 0.071279 -0.069923) (xy 0.072338 -0.068848) (xy 0.073381 -0.067757) (xy 1.283126 1.088245)
						(xy 1.283642 1.088761) (xy 2.008146 1.705261) (xy 1.974039 1.878894) (xy 1.225765 1.292883) (xy 1.134953 1.214141)
						(xy 0.983244 1.075397) (xy 0.578803 0.696123) (xy 0.175769 0.311501) (xy -0.062528 0.077971) (xy -0.063824 0.076883)
						(xy -0.0651 0.075773) (xy -0.066357 0.074642) (xy -0.067595 0.073488) (xy -0.068813 0.072314)
						(xy -0.070011 0.071119) (xy -0.071189 0.069904) (xy -0.072347 0.068669) (xy -0.075587 0.065132)
						(xy -0.078642 0.06146) (xy -0.081508 0.057659) (xy -0.084183 0.053737) (xy -0.086663 0.049701)
						(xy -0.088946 0.04556) (xy -0.091029 0.041319) (xy -0.092908 0.036987) (xy -0.094581 0.032571)
						(xy -0.096044 0.028079) (xy -0.097294 0.023518) (xy -0.098329 0.018896) (xy -0.099145 0.014219)
						(xy -0.09974 0.009496) (xy -0.10011 0.004733) (xy -0.100252 -0.000061) (xy -0.100109 -0.005206)
						(xy -0.099709 -0.010283) (xy -0.09906 -0.015285) (xy -0.098168 -0.020207) (xy -0.097038 -0.025042)
						(xy -0.095679 -0.029783) (xy -0.094094 -0.034425) (xy -0.092292 -0.038962) (xy -0.090278 -0.043386)
						(xy -0.088059 -0.047691) (xy -0.08564 -0.051872) (xy -0.083029 -0.055923) (xy -0.080231 -0.059836)
						(xy -0.077252 -0.063606) (xy -0.0741 -0.067226) (xy -0.07078 -0.07069) (xy -0.067299 -0.073992)
						(xy -0.063663 -0.077125) (xy -0.059878 -0.080084) (xy -0.05595 -0.082862) (xy -0.051887 -0.085452)
						(xy -0.047693 -0.087849) (xy -0.043376 -0.090046) (xy -0.038941 -0.092037) (xy -0.034396 -0.093816)
						(xy -0.029746 -0.095376) (xy -0.024998 -0.096712) (xy -0.020157 -0.097816) (xy -0.015231 -0.098683)
						(xy -0.010225 -0.099306) (xy -0.005146 -0.099679) (xy 0 -0.099796)
					)
					(width 0)
					(fill yes)
				)
			)
			(uuid "514b6bd1-d78a-40e4-b6f0-9dae6af3fe59")
		)
		(pad "57" smd circle
			(at -5 -3.75)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 17 "/GND")
			(pinfunction "GND_IO")
			(pintype "power_in")
			(uuid "10044746-3cb0-4e46-8b71-a1ea5741b095")
		)
		(pad "58" smd circle
			(at -5 -3.25)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 29 "/VDD_IO")
			(pinfunction "VDD_IO")
			(pintype "power_in")
			(uuid "28d4b1fc-525a-4b01-a40e-c60136fbad50")
		)
		(pad "58" smd custom
			(at -5 -3.25)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 29 "/VDD_IO")
			(pinfunction "VDD_IO")
			(pintype "power_in")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_poly
					(pts
						(xy 0.004293 -0.099774) (xy 0.008564 -0.099507) (xy 0.012808 -0.099059) (xy 0.01702 -0.098432)
						(xy 0.021194 -0.097628) (xy 0.025325 -0.096648) (xy 0.029407 -0.095495) (xy 0.033434 -0.094171)
						(xy 0.037402 -0.092677) (xy 0.041305 -0.091016) (xy 0.045137 -0.089189) (xy 0.048893 -0.087198)
						(xy 0.052567 -0.085046) (xy 0.056154 -0.082733) (xy 0.059649 -0.080263) (xy 0.063045 -0.077637)
						(xy 0.064269 -0.076604) (xy 0.065475 -0.075553) (xy 0.066665 -0.074482) (xy 0.067837 -0.073393)
						(xy 0.068991 -0.072285) (xy 0.070128 -0.071159) (xy 0.071247 -0.070014) (xy 0.072347 -0.068852)
						(xy 0.146865 -0.001214) (xy 0.268298 0.114431) (xy 0.589318 0.423992) (xy 0.757613 0.585033) (xy 0.910236 0.728331)
						(xy 1.031539 0.837448) (xy 1.075556 0.874052) (xy 1.105875 0.895947) (xy 1.106392 0.896464) (xy 1.890324 1.370337)
						(xy 1.868619 1.525366) (xy 1.074353 1.087667) (xy 1.040993 1.065585) (xy 0.992281 1.028221) (xy 0.857658 0.916065)
						(xy 0.6882 0.768033) (xy 0.501625 0.600959) (xy 0.147993 0.277027) (xy -0.061495 0.078943) (xy -0.062785 0.077916)
						(xy -0.064057 0.076869) (xy -0.065312 0.0758) (xy -0.066549 0.074712) (xy -0.067768 0.073603)
						(xy -0.068968 0.072474) (xy -0.07015 0.071326) (xy -0.071313 0.070158) (xy -0.07469 0.066575)
						(xy -0.077873 0.062847) (xy -0.080859 0.058982) (xy -0.083645 0.054987) (xy -0.086228 0.050871)
						(xy -0.088603 0.046641) (xy -0.090768 0.042306) (xy -0.09272 0.037874) (xy -0.094455 0.033353)
						(xy -0.09597 0.02875) (xy -0.097261 0.024074) (xy -0.098326 0.019333) (xy -0.099161 0.014535)
						(xy -0.099762 0.009688) (xy -0.100127 0.0048) (xy -0.100252 -0.000122) (xy -0.100109 -0.005267)
						(xy -0.099709 -0.010344) (xy -0.09906 -0.015346) (xy -0.098168 -0.020268) (xy -0.097038 -0.025103)
						(xy -0.095679 -0.029844) (xy -0.094094 -0.034486) (xy -0.092292 -0.039022) (xy -0.090278 -0.043446)
						(xy -0.088059 -0.047752) (xy -0.08564 -0.051933) (xy -0.083029 -0.055984) (xy -0.080231 -0.059897)
						(xy -0.077252 -0.063666) (xy -0.0741 -0.067286) (xy -0.07078 -0.070751) (xy -0.067299 -0.074053)
						(xy -0.063663 -0.077186) (xy -0.059878 -0.080145) (xy -0.05595 -0.082923) (xy -0.051887 -0.085513)
						(xy -0.047693 -0.08791) (xy -0.043376 -0.090107) (xy -0.038941 -0.092098) (xy -0.034396 -0.093877)
						(xy -0.029746 -0.095437) (xy -0.024998 -0.096773) (xy -0.020157 -0.097877) (xy -0.015231 -0.098744)
						(xy -0.010225 -0.099367) (xy -0.005146 -0.09974) (xy 0 -0.099857)
					)
					(width 0)
					(fill yes)
				)
			)
			(uuid "832b8d60-ca79-4b57-89de-0cec7b418242")
		)
		(pad "59" smd circle
			(at -5 -2.75)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 49 "/analog[12]")
			(pinfunction "analog[12]")
			(pintype "bidirectional")
			(uuid "6014cbbd-a425-4e5a-a809-9a02d9ab3495")
		)
		(pad "59" smd custom
			(at -5 -2.75)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 49 "/analog[12]")
			(pinfunction "analog[12]")
			(pintype "bidirectional")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_poly
					(pts
						(xy 0.004005 -0.100063) (xy 0.007992 -0.09982) (xy 0.011957 -0.099419) (xy 0.015895 -0.098862)
						(xy 0.019802 -0.098149) (xy 0.023673 -0.097283) (xy 0.027504 -0.096266) (xy 0.03129 -0.095097)
						(xy 0.035027 -0.09378) (xy 0.03871 -0.092315) (xy 0.042334 -0.090704) (xy 0.045896 -0.088948)
						(xy 0.049391 -0.087049) (xy 0.052814 -0.085009) (xy 0.056161 -0.082829) (xy 0.059428 -0.080509)
						(xy 0.060784 -0.079489) (xy 0.062122 -0.078446) (xy 0.063443 -0.07738) (xy 0.064745 -0.076292)
						(xy 0.066028 -0.075183) (xy 0.067292 -0.074051) (xy 0.068537 -0.072898) (xy 0.069763 -0.071724)
						(xy 0.140495 -0.011934) (xy 0.25508 0.090224) (xy 0.557299 0.363202) (xy 0.715679 0.504803) (xy 0.859404 0.630332)
						(xy 0.973847 0.725179) (xy 1.015516 0.756532) (xy 1.04438 0.774735) (xy 1.848466 1.176261) (xy 1.830896 1.324056)
						(xy 1.018542 0.958187) (xy 0.986273 0.939581) (xy 0.939607 0.907559) (xy 0.811418 0.810622) (xy 0.650637 0.682095)
						(xy 0.473929 0.536694) (xy 0.139384 0.254146) (xy -0.058911 0.080721) (xy -0.060191 0.079819)
						(xy -0.061456 0.078898) (xy -0.062706 0.077958) (xy -0.063942 0.076999) (xy -0.065162 0.076021)
						(xy -0.066367 0.075023) (xy -0.067556 0.074006) (xy -0.06873 0.07297) (xy -0.072398 0.06934) (xy -0.075858 0.065545)
						(xy -0.079107 0.061593) (xy -0.082139 0.057493) (xy -0.084952 0.053255) (xy -0.087541 0.048887)
						(xy -0.089902 0.044399) (xy -0.092032 0.0398) (xy -0.093925 0.035099) (xy -0.09558 0.030305) (xy -0.09699 0.025428)
						(xy -0.098154 0.020476) (xy -0.099065 0.015458) (xy -0.099722 0.010385) (xy -0.100119 0.005264)
						(xy -0.100252 0.000106) (xy -0.100134 -0.005059) (xy -0.099758 -0.010155) (xy -0.099131 -0.015178)
						(xy -0.098258 -0.020121) (xy -0.097146 -0.024977) (xy -0.095802 -0.029739) (xy -0.094232 -0.034403)
						(xy -0.092441 -0.038961) (xy -0.090437 -0.043407) (xy -0.088226 -0.047734) (xy -0.085814 -0.051937)
						(xy -0.083208 -0.056008) (xy -0.080413 -0.059943) (xy -0.077436 -0.063733) (xy -0.074284 -0.067373)
						(xy -0.070963 -0.070857) (xy -0.067479 -0.074178) (xy -0.063839 -0.07733) (xy -0.060049 -0.080307)
						(xy -0.056114 -0.083102) (xy -0.052043 -0.085708) (xy -0.04784 -0.08812) (xy -0.043513 -0.090331)
						(xy -0.039067 -0.092335) (xy -0.034509 -0.094126) (xy -0.029845 -0.095696) (xy -0.025083 -0.097041)
						(xy -0.020227 -0.098152) (xy -0.015284 -0.099025) (xy -0.010261 -0.099653) (xy -0.005164 -0.100029)
						(xy 0 -0.100147)
					)
					(width 0)
					(fill yes)
				)
			)
			(uuid "5d2e28d7-e71d-45ab-9fdd-ed82f5bd53eb")
		)
		(pad "60" smd circle
			(at -5 -2.25)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 54 "/analog[13]")
			(pinfunction "analog[13]")
			(pintype "bidirectional")
			(uuid "be64b382-5b7d-415f-adfb-3aa9de881346")
		)
		(pad "60" smd custom
			(at -5 -2.25)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 54 "/analog[13]")
			(pinfunction "analog[13]")
			(pintype "bidirectional")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_poly
					(pts
						(xy 0.003562 -0.099864) (xy 0.007112 -0.099684) (xy 0.010647 -0.099378) (xy 0.014163 -0.098948)
						(xy 0.017657 -0.098394) (xy 0.021127 -0.097718) (xy 0.024568 -0.09692) (xy 0.027978 -0.096001)
						(xy 0.031353 -0.094963) (xy 0.034691 -0.093805) (xy 0.037987 -0.09253) (xy 0.04124 -0.091137)
						(xy 0.044445 -0.089629) (xy 0.047599 -0.088005) (xy 0.0507 -0.086267) (xy 0.053743 -0.084416)
						(xy 0.055089 -0.08352) (xy 0.05642 -0.082604) (xy 0.057736 -0.081666) (xy 0.059036 -0.080707)
						(xy 0.060321 -0.079727) (xy 0.06159 -0.078727) (xy 0.062843 -0.077706) (xy 0.064079 -0.076664)
						(xy 0.131855 -0.026214) (xy 0.241577 0.060451) (xy 0.530785 0.292253) (xy 0.68224 0.412305) (xy 0.819572 0.518398)
						(xy 0.928766 0.59799) (xy 0.968431 0.623928) (xy 0.995805 0.638537) (xy 0.996321 0.639054) (xy 1.815393 0.968233)
						(xy 1.801957 1.110343) (xy 0.975651 0.815788) (xy 0.945183 0.801137) (xy 0.900959 0.77518) (xy 0.779167 0.695493)
						(xy 0.626132 0.589019) (xy 0.457711 0.46805) (xy 0.138134 0.231799) (xy -0.05271 0.085083) (xy -0.054194 0.084137)
						(xy -0.05566 0.083165) (xy -0.057109 0.082169) (xy -0.05854 0.081148) (xy -0.059953 0.080101)
						(xy -0.061347 0.079031) (xy -0.062722 0.077935) (xy -0.064079 0.076815) (xy -0.068262 0.073146)
						(xy -0.072213 0.069272) (xy -0.075928 0.065204) (xy -0.0794 0.060954) (xy -0.082625 0.056533)
						(xy -0.085597 0.051951) (xy -0.088311 0.047222) (xy -0.090762 0.042354) (xy -0.092944 0.037361)
						(xy -0.094852 0.032252) (xy -0.096481 0.02704) (xy -0.097825 0.021735) (xy -0.09888 0.016349)
						(xy -0.099639 0.010894) (xy -0.100099 0.005379) (xy -0.100252 -0.000183) (xy -0.100109 -0.005328)
						(xy -0.099709 -0.010405) (xy -0.09906 -0.015408) (xy -0.098168 -0.020329) (xy -0.097038 -0.025164)
						(xy -0.095679 -0.029906) (xy -0.094094 -0.034547) (xy -0.092292 -0.039084) (xy -0.090278 -0.043508)
						(xy -0.088059 -0.047813) (xy -0.08564 -0.051994) (xy -0.083029 -0.056045) (xy -0.080231 -0.059958)
						(xy -0.077252 -0.063728) (xy -0.0741 -0.067348) (xy -0.07078 -0.070812) (xy -0.067299 -0.074114)
						(xy -0.063663 -0.077247) (xy -0.059878 -0.080206) (xy -0.05595 -0.082984) (xy -0.051887 -0.085574)
						(xy -0.047693 -0.087971) (xy -0.043376 -0.090168) (xy -0.038941 -0.09216) (xy -0.034396 -0.093938)
						(xy -0.029746 -0.095499) (xy -0.024998 -0.096834) (xy -0.020157 -0.097938) (xy -0.015231 -0.098805)
						(xy -0.010225 -0.099428) (xy -0.005146 -0.099802) (xy 0 -0.099919)
					)
					(width 0)
					(fill yes)
				)
			)
			(uuid "dfa921cd-99c6-49b4-8e1e-3b7e7dfe81f0")
		)
		(pad "61" smd circle
			(at -5 -1.75)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 53 "/analog[14]")
			(pinfunction "analog[14]")
			(pintype "bidirectional")
			(uuid "c5f2ac47-8236-4d45-a197-d32e52b67fd3")
		)
		(pad "61" smd custom
			(at -5 -1.75)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 53 "/analog[14]")
			(pinfunction "analog[14]")
			(pintype "bidirectional")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_poly
					(pts
						(xy 0.002968 -0.100139) (xy 0.005927 -0.099982) (xy 0.008877 -0.099738) (xy 0.011815 -0.099407)
						(xy 0.01474 -0.09899) (xy 0.017649 -0.098487) (xy 0.020541 -0.097899) (xy 0.023413 -0.097226)
						(xy 0.026265 -0.096468) (xy 0.029093 -0.095626) (xy 0.031897 -0.094701) (xy 0.034673 -0.093693)
						(xy 0.037421 -0.092602) (xy 0.040139 -0.091429) (xy 0.042824 -0.090175) (xy 0.045475 -0.088839)
						(xy 0.04765 -0.087726) (xy 0.049795 -0.086561) (xy 0.051911 -0.085343) (xy 0.053996 -0.084075)
						(xy 0.05605 -0.082757) (xy 0.058071 -0.081388) (xy 0.060058 -0.07997) (xy 0.062012 -0.078504)
						(xy 0.129648 -0.037013) (xy 0.236633 0.032824) (xy 0.515341 0.217773) (xy 0.660414 0.313005) (xy 0.791531 0.396823)
						(xy 0.895368 0.459286) (xy 0.932891 0.479403) (xy 0.958598 0.490454) (xy 0.959114 0.490454) (xy 0.959631 0.490971)
						(xy 1.790071 0.749869) (xy 1.780253 0.887329) (xy 0.943611 0.663053) (xy 0.915085 0.652219) (xy 0.87337 0.632502)
						(xy 0.757903 0.571184) (xy 0.612269 0.488631) (xy 0.451528 0.394377) (xy 0.144957 0.208894) (xy 0.029244 0.136731)
						(xy -0.041341 0.090995) (xy -0.043435 0.089996) (xy -0.045505 0.08895) (xy -0.047549 0.087856)
						(xy -0.049567 0.086715) (xy -0.051558 0.085528) (xy -0.053521 0.084296) (xy -0.055456 0.083017)
						(xy -0.057361 0.081693) (xy -0.062248 0.078068) (xy -0.066876 0.074179) (xy -0.071238 0.070041)
						(xy -0.075325 0.065668) (xy -0.07913 0.061074) (xy -0.082647 0.056273) (xy -0.085866 0.05128)
						(xy -0.088781 0.046109) (xy -0.091385 0.040774) (xy -0.09367 0.03529) (xy -0.095627 0.02967) (xy -0.097251 0.02393)
						(xy -0.098532 0.018083) (xy -0.099465 0.012143) (xy -0.100041 0.006126) (xy -0.100252 0.000045)
						(xy -0.100134 -0.00512) (xy -0.099758 -0.010217) (xy -0.099131 -0.01524) (xy -0.098258 -0.020182)
						(xy -0.097146 -0.025038) (xy -0.095802 -0.029801) (xy -0.094232 -0.034464) (xy -0.092441 -0.039022)
						(xy -0.090437 -0.043468) (xy -0.088226 -0.047795) (xy -0.085814 -0.051998) (xy -0.083208 -0.05607)
						(xy -0.080413 -0.060004) (xy -0.077436 -0.063794) (xy -0.074284 -0.067435) (xy -0.070963 -0.070919)
						(xy -0.067479 -0.07424) (xy -0.063839 -0.077392) (xy -0.060049 -0.080368) (xy -0.056114 -0.083163)
						(xy -0.052043 -0.085769) (xy -0.04784 -0.088181) (xy -0.043513 -0.090393) (xy -0.039067 -0.092397)
						(xy -0.034509 -0.094187) (xy -0.029845 -0.095758) (xy -0.025083 -0.097102) (xy -0.020227 -0.098214)
						(xy -0.015284 -0.099086) (xy -0.010261 -0.099714) (xy -0.005164 -0.10009) (xy 0 -0.100208)
					)
					(width 0)
					(fill yes)
				)
			)
			(uuid "4525b937-362c-4aff-a796-a480fc5a44b3")
		)
		(pad "62" smd circle
			(at -5 -1.25)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 60 "/analog[15]")
			(pinfunction "analog[15]")
			(pintype "bidirectional")
			(uuid "e7053b3a-daf0-48c2-91a3-82096a41a177")
		)
		(pad "62" smd custom
			(at -5 -1.25)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 60 "/analog[15]")
			(pinfunction "analog[15]")
			(pintype "bidirectional")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_poly
					(pts
						(xy 0.002144 -0.099964) (xy 0.004285 -0.099903) (xy 0.006423 -0.099796) (xy 0.008557 -0.099643)
						(xy 0.010686 -0.099445) (xy 0.01281 -0.099202) (xy 0.014928 -0.098913) (xy 0.017039 -0.098579)
						(xy 0.019142 -0.0982) (xy 0.021237 -0.097776) (xy 0.023322 -0.097307) (xy 0.025398 -0.096793)
						(xy 0.027464 -0.096235) (xy 0.029518 -0.095633) (xy 0.03156 -0.094986) (xy 0.03359 -0.094295)
						(xy 0.035181 -0.093678) (xy 0.036762 -0.093034) (xy 0.038331 -0.092363) (xy 0.039888 -0.091665)
						(xy 0.041433 -0.090941) (xy 0.042966 -0.09019) (xy 0.044485 -0.089414) (xy 0.045992 -0.088611)
						(xy 0.111383 -0.059239) (xy 0.216858 -0.007872) (xy 0.493793 0.130228) (xy 0.768261 0.264457)
						(xy 0.870653 0.310986) (xy 0.907202 0.325755) (xy 0.931726 0.333585) (xy 1.771468 0.522721) (xy 1.76475 0.65708)
						(xy 0.920357 0.502567) (xy 0.893558 0.495261) (xy 0.853941 0.48162) (xy 0.743517 0.438689) (xy 0.603607 0.380487)
						(xy 0.448732 0.313727) (xy 0.152178 0.181381) (xy 0.039541 0.129223) (xy -0.029972 0.095357) (xy -0.032313 0.094585)
						(xy -0.034633 0.093756) (xy -0.036931 0.09287) (xy -0.039207 0.091927) (xy -0.041458 0.090929)
						(xy -0.043685 0.089876) (xy -0.045885 0.088767) (xy -0.048059 0.087605) (xy -0.053948 0.084135)
						(xy -0.05954 0.080305) (xy -0.064824 0.076134) (xy -0.069789 0.071642) (xy -0.074423 0.066848)
						(xy -0.078715 0.061772) (xy -0.082652 0.056433) (xy -0.086224 0.05085) (xy -0.089419 0.045044)
						(xy -0.092225 0.039032) (xy -0.09463 0.032836) (xy -0.096624 0.026474) (xy -0.098195 0.019965)
						(xy -0.099331 0.01333) (xy -0.100021 0.006587) (xy -0.100252 -0.000244) (xy -0.100109 -0.00539)
						(xy -0.099709 -0.010467) (xy -0.09906 -0.015469) (xy -0.098168 -0.020391) (xy -0.097038 -0.025226)
						(xy -0.095679 -0.029967) (xy -0.094094 -0.034609) (xy -0.092292 -0.039145) (xy -0.090278 -0.043569)
						(xy -0.088059 -0.047875) (xy -0.08564 -0.052056) (xy -0.083029 -0.056106) (xy -0.080231 -0.06002)
						(xy -0.077252 -0.063789) (xy -0.0741 -0.067409) (xy -0.07078 -0.070873) (xy -0.067299 -0.074175)
						(xy -0.063663 -0.077309) (xy -0.059878 -0.080268) (xy -0.05595 -0.083045) (xy -0.051887 -0.085636)
						(xy -0.047693 -0.088033) (xy -0.043376 -0.09023) (xy -0.038941 -0.092221) (xy -0.034396 -0.094)
						(xy -0.029746 -0.09556) (xy -0.024998 -0.096895) (xy -0.020157 -0.097999) (xy -0.015231 -0.098866)
						(xy -0.010225 -0.099489) (xy -0.005146 -0.099863) (xy 0 -0.09998)
					)
					(width 0)
					(fill yes)
				)
			)
			(uuid "dedff3d0-7705-4700-b7b6-4b3cc87e07b9")
		)
		(pad "63" smd circle
			(at -5 -0.75)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 17 "/GND")
			(pinfunction "GND_Analog")
			(pintype "power_in")
			(uuid "f35cdc1e-4ebe-43e1-83c9-e29483aaba41")
		)
		(pad "64" smd circle
			(at -5 -0.25)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 18 "/VAA_Analog")
			(pinfunction "VAA_Analog")
			(pintype "power_in")
			(uuid "86f1835e-c5df-4c64-80b7-16fe4b21b995")
		)
		(pad "64" smd custom
			(at -5 -0.25)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 18 "/VAA_Analog")
			(pinfunction "VAA_Analog")
			(pintype "power_in")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_poly
					(pts
						(xy 0.002795 -0.099963) (xy 0.00507 -0.099834) (xy 0.007341 -0.099653) (xy 0.009607 -0.09942)
						(xy 0.011867 -0.099136) (xy 0.014121 -0.098801) (xy 0.016366 -0.098413) (xy 0.018604 -0.097974)
						(xy 0.085543 -0.092755) (xy 0.192198 -0.081402) (xy 0.470168 -0.048386) (xy 0.743531 -0.015101)
						(xy 0.903304 0.002278) (xy 1.752347 0.053438) (xy 1.750797 0.184696) (xy 0.900203 0.167643) (xy 0.735582 0.158651)
						(xy 0.457039 0.139633) (xy 0.175028 0.117696) (xy 0.067238 0.107854) (xy 0 0.099946) (xy -0.002273 0.099932)
						(xy -0.004545 0.099866) (xy -0.006813 0.099749) (xy -0.009079 0.09958) (xy -0.011339 0.099361)
						(xy -0.013595 0.09909) (xy -0.015844 0.098768) (xy -0.018087 0.098396) (xy -0.022501 0.097494)
						(xy -0.026835 0.096405) (xy -0.031086 0.095134) (xy -0.03525 0.093686) (xy -0.039321 0.092064)
						(xy -0.043298 0.090275) (xy -0.047175 0.088323) (xy -0.050948 0.086211) (xy -0.054614 0.083946)
						(xy -0.058169 0.081532) (xy -0.061609 0.078973) (xy -0.06493 0.076274) (xy -0.068127 0.073441)
						(xy -0.071198 0.070477) (xy -0.074137 0.067387) (xy -0.076942 0.064177) (xy -0.079608 0.06085)
						(xy -0.082131 0.057412) (xy -0.084507 0.053867) (xy -0.086733 0.05022) (xy -0.088804 0.046475)
						(xy -0.090716 0.042639) (xy -0.092466 0.038714) (xy -0.09405 0.034706) (xy -0.095463 0.030619)
						(xy -0.096702 0.026459) (xy -0.097762 0.022229) (xy -0.09864 0.017935) (xy -0.099333 0.013582)
						(xy -0.099834 0.009174) (xy -0.100142 0.004715) (xy -0.100252 0.000211) (xy -0.100134 -0.004953)
						(xy -0.099758 -0.01005) (xy -0.099131 -0.015073) (xy -0.098258 -0.020015) (xy -0.097146 -0.024871)
						(xy -0.095802 -0.029634) (xy -0.094232 -0.034298) (xy -0.092441 -0.038856) (xy -0.090437 -0.043301)
						(xy -0.088226 -0.047629) (xy -0.085814 -0.051831) (xy -0.083208 -0.055903) (xy -0.080413 -0.059837)
						(xy -0.077436 -0.063628) (xy -0.074284 -0.067268) (xy -0.070963 -0.070752) (xy -0.067479 -0.074073)
						(xy -0.063839 -0.077225) (xy -0.060049 -0.080202) (xy -0.056114 -0.082996) (xy -0.052043 -0.085603)
						(xy -0.04784 -0.088015) (xy -0.043513 -0.090226) (xy -0.039067 -0.09223) (xy -0.034509 -0.094021)
						(xy -0.029845 -0.095591) (xy -0.025083 -0.096935) (xy -0.020227 -0.098047) (xy -0.015284 -0.09892)
						(xy -0.010261 -0.099547) (xy -0.005164 -0.099923) (xy 0 -0.100041) (xy 0.000517 -0.100041)
					)
					(width 0)
					(fill yes)
				)
			)
			(uuid "81f9f7f8-4027-487a-842e-5cc75196895d")
		)
		(pad "65" smd circle
			(at -5 0.25)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 59 "/analog[16]")
			(pinfunction "analog[16]")
			(pintype "bidirectional")
			(uuid "0a00330d-fc2b-4581-a347-5e5849046cb7")
		)
		(pad "65" smd custom
			(at -5 0.25)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 59 "/analog[16]")
			(pinfunction "analog[16]")
			(pintype "bidirectional")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_poly
					(pts
						(xy 1.752347 -0.053305) (xy 0.90227 -0.002145) (xy 0.742096 0.015316) (xy 0.469118 0.048593) (xy 0.1918 0.081564)
						(xy 0.085408 0.092897) (xy 0.018604 0.098107) (xy 0.016303 0.098556) (xy 0.013993 0.098951) (xy 0.011675 0.099291)
						(xy 0.00935 0.099577) (xy 0.007019 0.099809) (xy 0.004683 0.099985) (xy 0.002343 0.100107) (xy 0 0.100174)
						(xy -0.005164 0.100056) (xy -0.010261 0.099681) (xy -0.015284 0.099053) (xy -0.020227 0.09818)
						(xy -0.025083 0.097069) (xy -0.029845 0.095724) (xy -0.034509 0.094154) (xy -0.039067 0.092363)
						(xy -0.043513 0.09036) (xy -0.04784 0.088148) (xy -0.052043 0.085736) (xy -0.056114 0.08313) (xy -0.060049 0.080335)
						(xy -0.063839 0.077359) (xy -0.067479 0.074207) (xy -0.070963 0.070886) (xy -0.074284 0.067402)
						(xy -0.077436 0.063761) (xy -0.080413 0.059971) (xy -0.083208 0.056037) (xy -0.085814 0.051965)
						(xy -0.088226 0.047763) (xy -0.090437 0.043435) (xy -0.092441 0.038989) (xy -0.094232 0.034431)
						(xy -0.095802 0.029768) (xy -0.097146 0.025005) (xy -0.098258 0.020149) (xy -0.099131 0.015207)
						(xy -0.099758 0.010184) (xy -0.100134 0.005087) (xy -0.100252 -0.000078) (xy -0.100142 -0.004582)
						(xy -0.099834 -0.00904) (xy -0.099333 -0.013449) (xy -0.09864 -0.017802) (xy -0.097762 -0.022096)
						(xy -0.096702 -0.026325) (xy -0.095463 -0.030485) (xy -0.09405 -0.034572) (xy -0.092466 -0.03858)
						(xy -0.090716 -0.042505) (xy -0.088804 -0.046342) (xy -0.086733 -0.050086) (xy -0.084507 -0.053733)
						(xy -0.082131 -0.057278) (xy -0.079608 -0.060716) (xy -0.076942 -0.064043) (xy -0.074137 -0.067253)
						(xy -0.071198 -0.070343) (xy -0.068127 -0.073306) (xy -0.06493 -0.07614) (xy -0.061609 -0.078839)
						(xy -0.058169 -0.081397) (xy -0.054614 -0.083812) (xy -0.050948 -0.086077) (xy -0.047175 -0.088188)
						(xy -0.043298 -0.090141) (xy -0.039321 -0.09193) (xy -0.03525 -0.093552) (xy -0.031086 -0.095)
						(xy -0.026835 -0.096272) (xy -0.022501 -0.097361) (xy -0.018087 -0.098263) (xy -0.015844 -0.098636)
						(xy -0.013595 -0.098958) (xy -0.011339 -0.099229) (xy -0.009079 -0.099449) (xy -0.006813 -0.099618)
						(xy -0.004545 -0.099734) (xy -0.002273 -0.0998) (xy 0 -0.099813) (xy 0.067238 -0.10772) (xy 0.175028 -0.117563)
						(xy 0.457039 -0.1395) (xy 0.735582 -0.158517) (xy 0.900203 -0.16751) (xy 1.750797 -0.184563)
					)
					(width 0)
					(fill yes)
				)
			)
			(uuid "3199706f-abe0-479a-b7d7-8bbd4a77190c")
		)
		(pad "66" smd circle
			(at -5 0.75)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 56 "/analog[17]")
			(pinfunction "analog[17]")
			(pintype "bidirectional")
			(uuid "7587f6ac-c507-42cf-912d-bb2998e52255")
		)
		(pad "66" smd custom
			(at -5 0.75)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 56 "/analog[17]")
			(pinfunction "analog[17]")
			(pintype "bidirectional")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_poly
					(pts
						(xy 1.759065 -0.290271) (xy 0.912089 -0.169866) (xy 0.852706 -0.155769) (xy 0.752337 -0.126679)
						(xy 0.481945 -0.042774) (xy 0.207516 0.043344) (xy 0.102103 0.0752) (xy 0.035657 0.093168) (xy 0.033515 0.09399)
						(xy 0.031357 0.094763) (xy 0.029181 0.095485) (xy 0.02699 0.096156) (xy 0.024784 0.096777) (xy 0.022565 0.097348)
						(xy 0.020332 0.097867) (xy 0.018087 0.098335) (xy 0.015844 0.098709) (xy 0.013595 0.099031) (xy 0.011339 0.099302)
						(xy 0.009079 0.099522) (xy 0.006813 0.09969) (xy 0.004545 0.099807) (xy 0.002273 0.099872) (xy 0 0.099885)
						(xy -0.005146 0.099768) (xy -0.010225 0.099395) (xy -0.015231 0.098772) (xy -0.020157 0.097905)
						(xy -0.024998 0.096801) (xy -0.029746 0.095465) (xy -0.034396 0.093905) (xy -0.038941 0.092126)
						(xy -0.043376 0.090135) (xy -0.047693 0.087938) (xy -0.051887 0.085541) (xy -0.05595 0.082951)
						(xy -0.059878 0.080173) (xy -0.063663 0.077214) (xy -0.067299 0.074081) (xy -0.07078 0.070779)
						(xy -0.0741 0.067315) (xy -0.077252 0.063695) (xy -0.080231 0.059925) (xy -0.083029 0.056012)
						(xy -0.08564 0.051962) (xy -0.088059 0.047781) (xy -0.090278 0.043475) (xy -0.092292 0.039051)
						(xy -0.094094 0.034515) (xy -0.095679 0.029873) (xy -0.097038 0.025131) (xy -0.098168 0.020297)
						(xy -0.09906 0.015375) (xy -0.099709 0.010372) (xy -0.100109 0.005295) (xy -0.100252 0.00015)
						(xy -0.100181 -0.003776) (xy -0.099959 -0.007673) (xy -0.099587 -0.011537) (xy -0.099068 -0.015365)
						(xy -0.098405 -0.019153) (xy -0.0976 -0.022897) (xy -0.096655 -0.026596) (xy -0.095573 -0.030244)
						(xy -0.094356 -0.033838) (xy -0.093007 -0.037376) (xy -0.091527 -0.040854) (xy -0.089919 -0.044268)
						(xy -0.088187 -0.047615) (xy -0.086331 -0.050891) (xy -0.084355 -0.054093) (xy -0.08226 -0.057218)
						(xy -0.08005 -0.060262) (xy -0.077726 -0.063222) (xy -0.075291 -0.066095) (xy -0.072748 -0.068876)
						(xy -0.070098 -0.071562) (xy -0.067345 -0.074151) (xy -0.06449 -0.076639) (xy -0.061536 -0.079021)
						(xy -0.058485 -0.081296) (xy -0.05534 -0.083459) (xy -0.052103 -0.085507) (xy -0.048777 -0.087436)
						(xy -0.045363 -0.089244) (xy -0.041865 -0.090926) (xy -0.038284 -0.09248) (xy -0.034623 -0.093901)
						(xy -0.032973 -0.094456) (xy -0.031313 -0.094982) (xy -0.029645 -0.095478) (xy -0.027968 -0.095945)
						(xy -0.026284 -0.096383) (xy -0.024592 -0.096791) (xy -0.022893 -0.097169) (xy -0.021187 -0.097518)
						(xy 0.045604 -0.11819) (xy 0.155338 -0.149251) (xy 0.445842 -0.227004) (xy 0.734729 -0.299701)
						(xy 0.842443 -0.324441) (xy 0.906404 -0.336264) (xy 1.754931 -0.422046)
					)
					(width 0)
					(fill yes)
				)
			)
			(uuid "8773d283-0649-4803-b8a8-082e68d84a12")
		)
		(pad "67" smd circle
			(at -5 1.25)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 51 "/analog[18]")
			(pinfunction "analog[18]")
			(pintype "bidirectional")
			(uuid "b819fa15-ccbc-4d10-a675-a6f232b0f53a")
		)
		(pad "67" smd custom
			(at -5 1.25)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 51 "/analog[18]")
			(pinfunction "analog[18]")
			(pintype "bidirectional")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_poly
					(pts
						(xy 1.771468 -0.523104) (xy 0.931726 -0.333969) (xy 0.907445 -0.326239) (xy 0.871358 -0.311703)
						(xy 0.770376 -0.265932) (xy 0.499433 -0.133675) (xy 0.224625 0.00321) (xy 0.11881 0.054764) (xy 0.051676 0.085127)
						(xy 0.049516 0.086421) (xy 0.047325 0.08766) (xy 0.045104 0.088845) (xy 0.042854 0.089974) (xy 0.040577 0.091046)
						(xy 0.038273 0.09206) (xy 0.035944 0.093016) (xy 0.03359 0.093912) (xy 0.031566 0.094636) (xy 0.029528 0.095316)
						(xy 0.027478 0.095952) (xy 0.025416 0.096543) (xy 0.023342 0.097089) (xy 0.021258 0.09759) (xy 0.019164 0.098047)
						(xy 0.017062 0.098458) (xy 0.01495 0.098825) (xy 0.012832 0.099146) (xy 0.010706 0.099421) (xy 0.008574 0.099651)
						(xy 0.006437 0.099836) (xy 0.004295 0.099974) (xy 0.002149 0.100067) (xy 0 0.100113) (xy -0.005164 0.099995)
						(xy -0.010261 0.09962) (xy -0.015284 0.098992) (xy -0.020227 0.098119) (xy -0.025083 0.097008)
						(xy -0.029845 0.095664) (xy -0.034509 0.094093) (xy -0.039067 0.092303) (xy -0.043513 0.090299)
						(xy -0.04784 0.088088) (xy -0.052043 0.085676) (xy -0.056114 0.08307) (xy -0.060049 0.080275)
						(xy -0.063839 0.077299) (xy -0.067479 0.074147) (xy -0.070963 0.070826) (xy -0.074284 0.067342)
						(xy -0.077436 0.063702) (xy -0.080413 0.059912) (xy -0.083208 0.055977) (xy -0.085814 0.051906)
						(xy -0.088226 0.047703) (xy -0.090437 0.043376) (xy -0.092441 0.03893) (xy -0.094232 0.034372)
						(xy -0.095802 0.029708) (xy -0.097146 0.024945) (xy -0.098258 0.020089) (xy -0.099131 0.015146)
						(xy -0.099758 0.010123) (xy -0.100134 0.005026) (xy -0.100252 -0.000139) (xy -0.100194 -0.003564)
						(xy -0.100021 -0.00697) (xy -0.099732 -0.010354) (xy -0.099331 -0.013713) (xy -0.098818 -0.017045)
						(xy -0.098195 -0.020348) (xy -0.097463 -0.02362) (xy -0.096624 -0.026857) (xy -0.09568 -0.030058)
						(xy -0.09463 -0.033219) (xy -0.093478 -0.03634) (xy -0.092225 -0.039416) (xy -0.090871 -0.042446)
						(xy -0.089419 -0.045427) (xy -0.087869 -0.048357) (xy -0.086224 -0.051234) (xy -0.084484 -0.054054)
						(xy -0.082652 -0.056816) (xy -0.080728 -0.059517) (xy -0.078715 -0.062155) (xy -0.076612 -0.064728)
						(xy -0.074423 -0.067232) (xy -0.072148 -0.069665) (xy -0.069789 -0.072025) (xy -0.067347 -0.07431)
						(xy -0.064824 -0.076517) (xy -0.062221 -0.078644) (xy -0.05954 -0.080688) (xy -0.056782 -0.082647)
						(xy -0.053948 -0.084519) (xy -0.05104 -0.0863) (xy -0.048059 -0.087989) (xy -0.046364 -0.088813)
						(xy -0.044653 -0.089605) (xy -0.042928 -0.090366) (xy -0.04119 -0.091093) (xy -0.039438 -0.091788)
						(xy -0.037673 -0.09245) (xy -0.035896 -0.093079) (xy -0.034106 -0.093673) (xy 0.034092 -0.126978)
						(xy 0.146459 -0.179011) (xy 0.444565 -0.311969) (xy 0.600739 -0.379251) (xy 0.741951 -0.43797)
						(xy 0.853418 -0.481305) (xy 0.893377 -0.495072) (xy 0.920357 -0.502434) (xy 1.76475 -0.656946)
					)
					(width 0)
					(fill yes)
				)
			)
			(uuid "33a52068-7716-4445-a51a-b43ab7ca8f24")
		)
		(pad "68" smd circle
			(at -5 1.75)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 50 "/analog[19]")
			(pinfunction "analog[19]")
			(pintype "bidirectional")
			(uuid "882e5e68-198c-4fa2-abe7-aef16bd5b7a6")
		)
		(pad "68" smd custom
			(at -5 1.75)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 50 "/analog[19]")
			(pinfunction "analog[19]")
			(pintype "bidirectional")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_poly
					(pts
						(xy 1.790071 -0.749736) (xy 0.959631 -0.491354) (xy 0.959631 -0.490837) (xy 0.934022 -0.479894)
						(xy 0.896452 -0.459786) (xy 0.79218 -0.397104) (xy 0.660322 -0.312856) (xy 0.514383 -0.217105)
						(xy 0.234289 -0.031345) (xy 0.127145 0.038538) (xy 0.059945 0.07967) (xy 0.058226 0.080968) (xy 0.05648 0.082228)
						(xy 0.054708 0.083449) (xy 0.05291 0.084633) (xy 0.051088 0.085777) (xy 0.04924 0.086882) (xy 0.047369 0.087947)
						(xy 0.045475 0.088972) (xy 0.042817 0.090275) (xy 0.040125 0.091496) (xy 0.037401 0.092635) (xy 0.034649 0.093693)
						(xy 0.031868 0.094668) (xy 0.029062 0.09556) (xy 0.026233 0.096369) (xy 0.023381 0.097094) (xy 0.020509 0.097735)
						(xy 0.017619 0.098291) (xy 0.014712 0.098761) (xy 0.011791 0.099147) (xy 0.008858 0.099446) (xy 0.005913 0.099659)
						(xy 0.00296 0.099785) (xy 0 0.099824) (xy -0.005146 0.099707) (xy -0.010225 0.099334) (xy -0.015231 0.09871)
						(xy -0.020157 0.097843) (xy -0.024998 0.096739) (xy -0.029746 0.095404) (xy -0.034396 0.093844)
						(xy -0.038941 0.092065) (xy -0.043376 0.090074) (xy -0.047693 0.087877) (xy -0.051887 0.08548)
						(xy -0.05595 0.082889) (xy -0.059878 0.080112) (xy -0.063663 0.077153) (xy -0.067299 0.074019)
						(xy -0.07078 0.070718) (xy -0.0741 0.067253) (xy -0.077252 0.063633) (xy -0.080231 0.059864) (xy -0.083029 0.055951)
						(xy -0.08564 0.0519) (xy -0.088059 0.047719) (xy -0.090278 0.043414) (xy -0.092292 0.03899) (xy -0.094094 0.034453)
						(xy -0.095679 0.029811) (xy -0.097038 0.02507) (xy -0.098168 0.020235) (xy -0.09906 0.015313)
						(xy -0.099709 0.010311) (xy -0.100109 0.005234) (xy -0.100252 0.000089) (xy -0.10007 -0.006027)
						(xy -0.099519 -0.01208) (xy -0.098608 -0.018056) (xy -0.097343 -0.023939) (xy -0.095732 -0.029716)
						(xy -0.093783 -0.035373) (xy -0.091503 -0.040893) (xy -0.088901 -0.046263) (xy -0.085983 -0.051469)
						(xy -0.082757 -0.056495) (xy -0.079231 -0.061328) (xy -0.075412 -0.065953) (xy -0.071308 -0.070354)
						(xy -0.066926 -0.074519) (xy -0.062275 -0.078431) (xy -0.057361 -0.082077) (xy -0.055926 -0.083006)
						(xy -0.054477 -0.083909) (xy -0.053012 -0.084786) (xy -0.051533 -0.085638) (xy -0.050039 -0.086465)
						(xy -0.048531 -0.087267) (xy -0.04701 -0.088043) (xy -0.045475 -0.088795) (xy 0.023792 -0.133746)
						(xy 0.139232 -0.205723) (xy 0.447351 -0.392026) (xy 0.609392 -0.486987) (xy 0.756329 -0.570245)
						(xy 0.872842 -0.632116) (xy 0.914902 -0.652007) (xy 0.943611 -0.66292) (xy 1.780253 -0.887195)
					)
					(width 0)
					(fill yes)
				)
			)
			(uuid "2684ec14-358a-4712-8d96-ac7449b3b6b4")
		)
		(pad "69" smd circle
			(at -5 2.25)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 52 "/analog[20]")
			(pinfunction "analog[20]")
			(pintype "bidirectional")
			(uuid "8c616547-552c-458a-9f95-83d049f4c091")
		)
		(pad "69" smd custom
			(at -5 2.25)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 52 "/analog[20]")
			(pinfunction "analog[20]")
			(pintype "bidirectional")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_poly
					(pts
						(xy 1.815393 -0.968616) (xy 0.996838 -0.638921) (xy 0.996321 -0.638921) (xy 0.995805 -0.638404)
						(xy 0.96869 -0.623976) (xy 0.929505 -0.598442) (xy 0.821752 -0.520157) (xy 0.686208 -0.41575)
						(xy 0.536534 -0.29742) (xy 0.249441 -0.067797) (xy 0.139344 0.019097) (xy 0.069763 0.071113) (xy 0.06791 0.072907)
						(xy 0.066012 0.074651) (xy 0.064071 0.076346) (xy 0.062087 0.077989) (xy 0.060061 0.079579) (xy 0.057994 0.081118)
						(xy 0.055888 0.082602) (xy 0.053743 0.084032) (xy 0.050709 0.085918) (xy 0.047617 0.087691) (xy 0.04447 0.089349)
						(xy 0.04127 0.090891) (xy 0.038022 0.092317) (xy 0.034728 0.093626) (xy 0.031393 0.094817) (xy 0.028018 0.095888)
						(xy 0.024607 0.096839) (xy 0.021164 0.097669) (xy 0.017691 0.098377) (xy 0.014192 0.098962) (xy 0.01067 0.099423)
						(xy 0.007129 0.099758) (xy 0.003571 0.099969) (xy 0 0.100052) (xy -0.005164 0.099934) (xy -0.010261 0.099558)
						(xy -0.015284 0.09893) (xy -0.020227 0.098058) (xy -0.025083 0.096946) (xy -0.029845 0.095602)
						(xy -0.034509 0.094031) (xy -0.039067 0.092241) (xy -0.043513 0.090237) (xy -0.04784 0.088025)
						(xy -0.052043 0.085613) (xy -0.056114 0.083007) (xy -0.060049 0.080212) (xy -0.063839 0.077235)
						(xy -0.067479 0.074083) (xy -0.070963 0.070762) (xy -0.074284 0.067278) (xy -0.077436 0.063638)
						(xy -0.080413 0.059847) (xy -0.083208 0.055913) (xy -0.085814 0.051842) (xy -0.088226 0.047639)
						(xy -0.090437 0.043312) (xy -0.092441 0.038866) (xy -0.094232 0.034308) (xy -0.095802 0.029644)
						(xy -0.097146 0.024882) (xy -0.098258 0.020026) (xy -0.099131 0.015083) (xy -0.099758 0.010061)
						(xy -0.100134 0.004964) (xy -0.100252 -0.0002) (xy -0.100072 -0.005728) (xy -0.09959 -0.011208)
						(xy -0.098811 -0.016628) (xy -0.097741 -0.021978) (xy -0.096385 -0.027247) (xy -0.094748 -0.032423)
						(xy -0.092835 -0.037496) (xy -0.090652 -0.042455) (xy -0.088204 -0.047288) (xy -0.085496 -0.051985)
						(xy -0.082533 -0.056534) (xy -0.07932 -0.060925) (xy -0.075863 -0.065146) (xy -0.072167 -0.069187)
						(xy -0.068237 -0.073035) (xy -0.064079 -0.076682) (xy -0.062722 -0.077802) (xy -0.061347 -0.078897)
						(xy -0.059953 -0.079968) (xy -0.05854 -0.081014) (xy -0.057109 -0.082035) (xy -0.05566 -0.083032)
						(xy -0.054194 -0.084003) (xy -0.05271 -0.084949) (xy 0.138134 -0.231666) (xy 0.457711 -0.467916)
						(xy 0.626132 -0.588885) (xy 0.779167 -0.69536) (xy 0.900959 -0.775047) (xy 0.945183 -0.801004)
						(xy 0.975651 -0.815654) (xy 1.801957 -1.110209)
					)
					(width 0)
					(fill yes)
				)
			)
			(uuid "7a8fc933-8d7b-4630-a15c-a8cc0b8e3709")
		)
		(pad "70" smd circle
			(at -5 2.75)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 55 "/analog[21]")
			(pinfunction "analog[21]")
			(pintype "bidirectional")
			(uuid "0d3f5db5-c00e-4d9b-9dfc-3142b6cbefcf")
		)
		(pad "70" smd custom
			(at -5 2.75)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 55 "/analog[21]")
			(pinfunction "analog[21]")
			(pintype "bidirectional")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_poly
					(pts
						(xy 1.848466 -1.176128) (xy 1.04438 -0.774602) (xy 1.015635 -0.756496) (xy 0.974184 -0.725357)
						(xy 0.860399 -0.631202) (xy 0.71749 -0.506565) (xy 0.559921 -0.365879) (xy 0.258664 -0.094077)
						(xy 0.143905 0.008176) (xy 0.072347 0.068757) (xy 0.070841 0.070297) (xy 0.069303 0.071805) (xy 0.067733 0.073279)
						(xy 0.066132 0.074719) (xy 0.064501 0.076124) (xy 0.062839 0.077495) (xy 0.061148 0.078829) (xy 0.059428 0.080126)
						(xy 0.056161 0.082445) (xy 0.052814 0.084626) (xy 0.049391 0.086666) (xy 0.045896 0.088565) (xy 0.042334 0.090321)
						(xy 0.03871 0.091932) (xy 0.035027 0.093397) (xy 0.03129 0.094714) (xy 0.027504 0.095882) (xy 0.023673 0.0969)
						(xy 0.019802 0.097766) (xy 0.015895 0.098478) (xy 0.011957 0.099035) (xy 0.007992 0.099436) (xy 0.004005 0.099679)
						(xy 0 0.099763) (xy -0.005146 0.099646) (xy -0.010225 0.099273) (xy -0.015231 0.098649) (xy -0.020157 0.097783)
						(xy -0.024998 0.096679) (xy -0.029746 0.095343) (xy -0.034396 0.093783) (xy -0.038941 0.092004)
						(xy -0.043376 0.090013) (xy -0.047693 0.087816) (xy -0.051887 0.085419) (xy -0.05595 0.082829)
						(xy -0.059878 0.080051) (xy -0.063663 0.077092) (xy -0.067299 0.073959) (xy -0.07078 0.070657)
						(xy -0.0741 0.067193) (xy -0.077252 0.063572) (xy -0.080231 0.059803) (xy -0.083029 0.05589) (xy -0.08564 0.051839)
						(xy -0.088059 0.047658) (xy -0.090278 0.043352) (xy -0.092292 0.038928) (xy -0.094094 0.034392)
						(xy -0.095679 0.02975) (xy -0.097038 0.025009) (xy -0.098168 0.020174) (xy -0.09906 0.015252)
						(xy -0.099709 0.01025) (xy -0.100109 0.005173) (xy -0.100252 0.000028) (xy -0.100119 -0.005131)
						(xy -0.099722 -0.010251) (xy -0.099065 -0.015325) (xy -0.098154 -0.020342) (xy -0.09699 -0.025294)
						(xy -0.09558 -0.030172) (xy -0.093925 -0.034965) (xy -0.092032 -0.039666) (xy -0.089902 -0.044266)
						(xy -0.087541 -0.048754) (xy -0.084952 -0.053121) (xy -0.082139 -0.05736) (xy -0.079107 -0.061459)
						(xy -0.075858 -0.065412) (xy -0.072398 -0.069207) (xy -0.06873 -0.072836) (xy -0.067385 -0.074088)
						(xy -0.066017 -0.075315) (xy -0.064628 -0.076517) (xy -0.063216 -0.077693) (xy -0.061784 -0.078844)
						(xy -0.06033 -0.079969) (xy -0.058855 -0.081067) (xy -0.057361 -0.082138) (xy 0.141603 -0.256069)
						(xy 0.475565 -0.538025) (xy 0.651769 -0.682953) (xy 0.81204 -0.811016) (xy 0.939818 -0.907591)
						(xy 0.986347 -0.9395) (xy 1.018542 -0.958054) (xy 1.830896 -1.323923)
					)
					(width 0)
					(fill yes)
				)
			)
			(uuid "6855bca1-79f4-4f05-a904-4d5bd57ea6cc")
		)
		(pad "71" smd circle
			(at -5 3.25)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 17 "/GND")
			(pinfunction "GND_Core")
			(pintype "power_in")
			(uuid "abd53dcd-0264-47eb-914c-789f86d7d57b")
		)
		(pad "72" smd circle
			(at -5 3.75)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 20 "/VDD_Core")
			(pinfunction "VDD_Core")
			(pintype "power_in")
			(uuid "4622dee9-cb54-4809-8f33-923a3e73454c")
		)
		(pad "72" smd custom
			(at -5 3.75)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 20 "/VDD_Core")
			(pinfunction "VDD_Core")
			(pintype "power_in")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_poly
					(pts
						(xy 1.943034 -1.547743) (xy 1.182357 -0.999972) (xy 1.150744 -0.974384) (xy 1.10416 -0.932852)
						(xy 0.974602 -0.810922) (xy 0.629597 -0.474345) (xy 0.283727 -0.133674) (xy 0.153089 -0.006625)
						(xy 0.073381 0.067662) (xy 0.072343 0.06882) (xy 0.071288 0.069962) (xy 0.070215 0.071086) (xy 0.069125 0.072194)
						(xy 0.068017 0.073284) (xy 0.066893 0.074356) (xy 0.065753 0.075411) (xy 0.064596 0.076447) (xy 0.061157 0.079239)
						(xy 0.057611 0.081866) (xy 0.053963 0.084328) (xy 0.05022 0.086621) (xy 0.046386 0.088744) (xy 0.042469 0.090694)
						(xy 0.038474 0.092469) (xy 0.034407 0.094067) (xy 0.030275 0.095486) (xy 0.026082 0.096724) (xy 0.021835 0.097778)
						(xy 0.01754 0.098646) (xy 0.013203 0.099327) (xy 0.00883 0.099817) (xy 0.004427 0.100115) (xy 0 0.100219)
						(xy -0.005164 0.100101) (xy -0.010261 0.099725) (xy -0.015284 0.099097) (xy -0.020227 0.098225)
						(xy -0.025083 0.097113) (xy -0.029845 0.095769) (xy -0.034509 0.094198) (xy -0.039067 0.092408)
						(xy -0.043513 0.090404) (xy -0.04784 0.088193) (xy -0.052043 0.085781) (xy -0.056114 0.083174)
						(xy -0.060049 0.08038) (xy -0.063839 0.077403) (xy -0.067479 0.074251) (xy -0.070963 0.07093)
						(xy -0.074284 0.067446) (xy -0.077436 0.063806) (xy -0.080413 0.060016) (xy -0.083208 0.056081)
						(xy -0.085814 0.05201) (xy -0.088226 0.047807) (xy -0.090437 0.04348) (xy -0.092441 0.039034)
						(xy -0.094232 0.034476) (xy -0.095802 0.029812) (xy -0.097146 0.02505) (xy -0.098258 0.020194)
						(xy -0.099131 0.015251) (xy -0.099758 0.010228) (xy -0.100134 0.005131) (xy -0.100252 -0.000033)
						(xy -0.10011 -0.004828) (xy -0.09974 -0.00959) (xy -0.099145 -0.014314) (xy -0.098329 -0.01899)
						(xy -0.097294 -0.023613) (xy -0.096044 -0.028174) (xy -0.094581 -0.032666) (xy -0.092908 -0.037082)
						(xy -0.091029 -0.041414) (xy -0.088946 -0.045654) (xy -0.086663 -0.049796) (xy -0.084183 -0.053831)
						(xy -0.081508 -0.057753) (xy -0.078642 -0.061554) (xy -0.075587 -0.065226) (xy -0.072347 -0.068763)
						(xy -0.071189 -0.069998) (xy -0.070011 -0.071212) (xy -0.068813 -0.072406) (xy -0.067595 -0.073579)
						(xy -0.066357 -0.074732) (xy -0.0651 -0.075863) (xy -0.063824 -0.076975) (xy -0.062528 -0.078065)
						(xy -0.062012 -0.078582) (xy 0.16009 -0.296456) (xy 0.534898 -0.653673) (xy 0.732605 -0.83874)
						(xy 0.912136 -1.003688) (xy 1.054707 -1.130201) (xy 1.106262 -1.17332) (xy 1.141532 -1.19996)
						(xy 1.915128 -1.71104)
					)
					(width 0)
					(fill yes)
				)
			)
			(uuid "a224cabe-cb2f-493e-a730-f49035ad8b3d")
		)
		(pad "73" smd circle
			(at -5 4.25)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 17 "/GND")
			(pinfunction "GND_IO")
			(pintype "power_in")
			(uuid "5dfc026e-5f75-467f-a5d7-49b6d297c79d")
		)
		(pad "74" smd circle
			(at -5 4.75)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 29 "/VDD_IO")
			(pinfunction "VDD_IO")
			(pintype "power_in")
			(uuid "e4145c90-9b76-4f8a-a574-79bd2ad83617")
		)
		(pad "74" smd custom
			(at -5 4.75)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 29 "/VDD_IO")
			(pinfunction "VDD_IO")
			(pintype "power_in")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_poly
					(pts
						(xy 2.094962 -1.844943) (xy 1.461926 -1.211906) (xy 1.461409 -1.21139) (xy 1.208858 -0.972321)
						(xy 0.774846 -0.569599) (xy 0.33698 -0.167767) (xy 0.072864 0.068635) (xy 0.071821 0.069745) (xy 0.070762 0.070827)
						(xy 0.069687 0.071884) (xy 0.068596 0.072919) (xy 0.06749 0.073935) (xy 0.066368 0.074936) (xy 0.065231 0.075924)
						(xy 0.064079 0.076903) (xy 0.060654 0.079645) (xy 0.057125 0.082223) (xy 0.053497 0.084637) (xy 0.049777 0.086885)
						(xy 0.045969 0.088964) (xy 0.04208 0.090873) (xy 0.038116 0.092609) (xy 0.034082 0.094171) (xy 0.029984 0.095557)
						(xy 0.025829 0.096765) (xy 0.021621 0.097792) (xy 0.017366 0.098637) (xy 0.013071 0.099299) (xy 0.008741 0.099774)
						(xy 0.004382 0.100061) (xy 0 0.100158) (xy -0.005164 0.10004) (xy -0.010261 0.099664) (xy -0.015284 0.099036)
						(xy -0.020227 0.098164) (xy -0.025083 0.097052) (xy -0.029846 0.095708) (xy -0.034509 0.094138)
						(xy -0.039067 0.092347) (xy -0.043513 0.090344) (xy -0.04784 0.088133) (xy -0.052043 0.085721)
						(xy -0.056114 0.083114) (xy -0.060049 0.08032) (xy -0.063839 0.077343) (xy -0.067479 0.074192)
						(xy -0.070963 0.070871) (xy -0.074285 0.067387) (xy -0.077436 0.063747) (xy -0.080413 0.059956)
						(xy -0.083208 0.056022) (xy -0.085814 0.05195) (xy -0.088226 0.047748) (xy -0.090437 0.04342)
						(xy -0.092441 0.038974) (xy -0.094232 0.034416) (xy -0.095802 0.029753) (xy -0.097146 0.02499)
						(xy -0.098258 0.020134) (xy -0.099131 0.015191) (xy -0.099758 0.010168) (xy -0.100134 0.00507)
						(xy -0.100252 -0.000094) (xy -0.100104 -0.004982) (xy -0.099718 -0.009836) (xy -0.0991 -0.014648)
						(xy -0.098251 -0.019412) (xy -0.097176 -0.024117) (xy -0.095877 -0.028758) (xy -0.094358 -0.033326)
						(xy -0.092622 -0.037813) (xy -0.090673 -0.042211) (xy -0.088512 -0.046513) (xy -0.086145 -0.050711)
						(xy -0.083573 -0.054796) (xy -0.080801 -0.058761) (xy -0.077832 -0.062598) (xy -0.074668 -0.0663)
						(xy -0.071313 -0.069858) (xy -0.07015 -0.071026) (xy -0.068968 -0.072174) (xy -0.067768 -0.073303)
						(xy -0.066549 -0.074412) (xy -0.065312 -0.0755) (xy -0.064057 -0.076568) (xy -0.062785 -0.077616)
						(xy -0.061495 -0.078643) (xy 0.203506 -0.328999) (xy 0.652006 -0.74273) (xy 1.361674 -1.393291)
						(xy 1.361674 -1.393808) (xy 2.04587 -2.024777)
					)
					(width 0)
					(fill yes)
				)
			)
			(uuid "709e8d75-ca0f-4da1-8a5f-f7dacdc0495b")
		)
		(pad "75" smd custom
			(at 0 0)
			(size 0.2 0.2)
			(layers "F.Cu")
			(net 17 "/GND")
			(pinfunction "SUB")
			(pintype "power_in")
			(options
				(clearance outline)
				(anchor circle)
			)
			(primitives
				(gr_poly
					(pts
						(xy 0.00473 -5.350137) (xy 0.009203 -5.349823) (xy 0.013625 -5.349314) (xy 0.017991 -5.348613)
						(xy 0.022297 -5.347725) (xy 0.026538 -5.346654) (xy 0.030709 -5.345404) (xy 0.034805 -5.343979)
						(xy 0.038822 -5.342382) (xy 0.042755 -5.340617) (xy 0.046599 -5.33869) (xy 0.050349 -5.336603)
						(xy 0.054001 -5.334361) (xy 0.05755 -5.331968) (xy 0.060991 -5.329427) (xy 0.06432 -5.326743)
						(xy 0.067531 -5.32392) (xy 0.07062 -5.320961) (xy 0.073582 -5.317872) (xy 0.076413 -5.314654)
						(xy 0.079107 -5.311314) (xy 0.081661 -5.307854) (xy 0.084069 -5.304278) (xy 0.086326 -5.300592)
						(xy 0.088428 -5.296798) (xy 0.09037 -5.2929) (xy 0.092147 -5.288904) (xy 0.093755 -5.284812) (xy 0.095188 -5.280628)
						(xy 0.096443 -5.276357) (xy 0.097513 -5.272003) (xy 0.098396 -5.267569) (xy 0.098629 -5.266063)
						(xy 0.098846 -5.264265) (xy 0.099048 -5.262224) (xy 0.09924 -5.259985) (xy 0.099599 -5.255104)
						(xy 0.099946 -5.249999) (xy 0.101634 -5.202261) (xy 0.102078 -5.135047) (xy 0.100426 -4.970848)
						(xy 0.095295 -4.723934) (xy 0.074108 -3.672835) (xy 0.344547 -3.664905) (xy 0.614616 -3.646715)
						(xy 0.884061 -3.618263) (xy 1.152627 -3.579546) (xy 1.420059 -3.530559) (xy 1.686101 -3.4713)
						(xy 1.950498 -3.401766) (xy 2.212995 -3.321952) (xy 2.241832 -3.311981) (xy 2.270111 -3.300999)
						(xy 2.297814 -3.289026) (xy 2.324923 -3.276086) (xy 2.351417 -3.262199) (xy 2.377279 -3.247388)
						(xy 2.40249 -3.231675) (xy 2.42703 -3.215081) (xy 2.450881 -3.197628) (xy 2.474023 -3.179337)
						(xy 2.496439 -3.160231) (xy 2.518109 -3.140332) (xy 2.539013 -3.119661) (xy 2.559135 -3.09824)
						(xy 2.578454 -3.076091) (xy 2.596951 -3.053235) (xy 2.794872 -3.285779) (xy 3.284247 -3.860937)
						(xy 3.444337 -4.038136) (xy 3.719743 -4.336122) (xy 3.999352 -4.634357) (xy 4.106009 -4.745898)
						(xy 4.172049 -4.8123) (xy 4.173242 -4.813807) (xy 4.174465 -4.81529) (xy 4.175717 -4.816749) (xy 4.176996 -4.818183)
						(xy 4.178303 -4.819593) (xy 4.179637 -4.820977) (xy 4.180998 -4.822336) (xy 4.182384 -4.823669)
						(xy 4.185911 -4.82676) (xy 4.189565 -4.829672) (xy 4.193339 -4.8324) (xy 4.197225 -4.834944) (xy 4.201217 -4.8373)
						(xy 4.205307 -4.839465) (xy 4.209488 -4.841436) (xy 4.213754 -4.843211) (xy 4.218097 -4.844788)
						(xy 4.222511 -4.846162) (xy 4.226988 -4.847333) (xy 4.231522 -4.848296) (xy 4.236105 -4.84905)
						(xy 4.24073 -4.849591) (xy 4.24539 -4.849916) (xy 4.250079 -4.850024) (xy 4.255224 -4.84988) (xy 4.260301 -4.849481)
						(xy 4.265304 -4.848832) (xy 4.270226 -4.847939) (xy 4.275061 -4.84681) (xy 4.279802 -4.84545)
						(xy 4.284444 -4.843866) (xy 4.28898 -4.842064) (xy 4.293404 -4.84005) (xy 4.29771 -4.83783) (xy 4.301891 -4.835412)
						(xy 4.305942 -4.8328) (xy 4.309855 -4.830002) (xy 4.313624 -4.827024) (xy 4.317244 -4.823872)
						(xy 4.320709 -4.820552) (xy 4.324011 -4.817071) (xy 4.327144 -4.813435) (xy 4.330103 -4.80965)
						(xy 4.332881 -4.805722) (xy 4.335471 -4.801658) (xy 4.337868 -4.797465) (xy 4.340065 -4.793148)
						(xy 4.342056 -4.788713) (xy 4.343835 -4.784168) (xy 4.345395 -4.779518) (xy 4.346731 -4.774769)
						(xy 4.347835 -4.769929) (xy 4.348702 -4.765002) (xy 4.349325 -4.759997) (xy 4.349698 -4.754918)
						(xy 4.349815 -4.749772) (xy 4.349718 -4.745557) (xy 4.349445 -4.741363) (xy 4.348996 -4.737196)
						(xy 4.348376 -4.73306) (xy 4.347584 -4.72896) (xy 4.346623 -4.724902) (xy 4.345495 -4.720891)
						(xy 4.344201 -4.716933) (xy 4.342743 -4.713031) (xy 4.341124 -4.709192) (xy 4.339345 -4.705421)
						(xy 4.337407 -4.701722) (xy 4.335313 -4.698102) (xy 4.333065 -4.694564) (xy 4.330663 -4.691115)
						(xy 4.328111 -4.68776) (xy 4.327142 -4.686542) (xy 4.326154 -4.685339) (xy 4.325148 -4.684152)
						(xy 4.324123 -4.682981) (xy 4.32308 -4.681825) (xy 4.322019 -4.680686) (xy 4.32094 -4.679564)
						(xy 4.319842 -4.678458) (xy 4.257732 -4.607408) (xy 4.151974 -4.491419) (xy 3.868 -4.185709) (xy 3.41964 -3.706941)
						(xy 2.899775 -3.143669) (xy 2.685834 -2.911125) (xy 2.695572 -2.890244) (xy 2.704713 -2.869036)
						(xy 2.713254 -2.847511) (xy 2.721191 -2.825676) (xy 2.728519 -2.80354) (xy 2.735235 -2.781114)
						(xy 2.741334 -2.758406) (xy 2.746812 -2.735425) (xy 2.765404 -2.650814) (xy 2.783392 -2.56609)
						(xy 2.800789 -2.481284) (xy 2.817609 -2.396427) (xy 3.078575 -2.618636) (xy 3.716262 -3.161239)
						(xy 4.926007 -4.31724) (xy 4.927108 -4.318403) (xy 4.928227 -4.319547) (xy 4.929364 -4.320674)
						(xy 4.930519 -4.321781) (xy 4.931692 -4.322871) (xy 4.932881 -4.323941) (xy 4.934087 -4.324993)
						(xy 4.935309 -4.326025) (xy 4.938748 -4.328816) (xy 4.942294 -4.331443) (xy 4.945942 -4.333904)
						(xy 4.949685 -4.336197) (xy 4.953519 -4.33832) (xy 4.957436 -4.34027) (xy 4.961431 -4.342045)
						(xy 4.965497 -4.343644) (xy 4.96963 -4.345063) (xy 4.973823 -4.346301) (xy 4.97807 -4.347355)
						(xy 4.982364 -4.348223) (xy 4.986701 -4.348904) (xy 4.991074 -4.349394) (xy 4.995477 -4.349693)
						(xy 4.999905 -4.349796) (xy 5.00505 -4.349679) (xy 5.010129 -4.349306) (xy 5.015135 -4.348683)
						(xy 5.020061 -4.347816) (xy 5.024902 -4.346712) (xy 5.02965 -4.345376) (xy 5.0343 -4.343816) (xy 5.038846 -4.342037)
						(xy 5.04328 -4.340046) (xy 5.047597 -4.337849) (xy 5.051791 -4.335452) (xy 5.055854 -4.332862)
						(xy 5.059782 -4.330084) (xy 5.063567 -4.327125) (xy 5.067203 -4.323992) (xy 5.070684 -4.32069)
						(xy 5.074004 -4.317226) (xy 5.077157 -4.313606) (xy 5.080135 -4.309836) (xy 5.082933 -4.305923)
						(xy 5.085544 -4.301873) (xy 5.087963 -4.297691) (xy 5.090182 -4.293386) (xy 5.092196 -4.288962)
						(xy 5.093999 -4.284425) (xy 5.095583 -4.279784) (xy 5.096943 -4.275042) (xy 5.098072 -4.270207)
						(xy 5.098964 -4.265285) (xy 5.099614 -4.260283) (xy 5.100013 -4.255206) (xy 5.100157 -4.250061)
						(xy 5.100041 -4.245279) (xy 5.099698 -4.240528) (xy 5.099132 -4.235814) (xy 5.098345 -4.231146)
						(xy 5.097341 -4.22653) (xy 5.096122 -4.221973) (xy 5.094691 -4.217484) (xy 5.093051 -4.21307)
						(xy 5.091206 -4.208738) (xy 5.089157 -4.204495) (xy 5.086909 -4.200349) (xy 5.084463 -4.196307)
						(xy 5.081823 -4.192377) (xy 5.078992 -4.188566) (xy 5.075973 -4.184882) (xy 5.072768 -4.181331)
						(xy 5.071549 -4.180093) (xy 5.070311 -4.178875) (xy 5.069054 -4.177679) (xy 5.067777 -4.176504)
						(xy 5.066478 -4.175351) (xy 5.065155 -4.174221) (xy 5.063807 -4.173114) (xy 5.062433 -4.172029)
						(xy 4.823986 -3.938362) (xy 4.420961 -3.55375) (xy 4.016599 -3.174549) (xy 3.864929 -3.035839)
						(xy 3.774139 -2.957117) (xy 3.114748 -2.440352) (xy 2.848615 -2.232096) (xy 2.869015 -2.116135)
						(xy 2.888275 -2.000048) (xy 2.906439 -1.883842) (xy 2.923546 -1.767525) (xy 3.202082 -1.93599)
						(xy 3.202082 -1.935474) (xy 3.893512 -2.353536) (xy 3.923732 -2.375319) (xy 3.967686 -2.411852)
						(xy 4.088955 -2.520928) (xy 4.241641 -2.66429) (xy 4.410065 -2.825466) (xy 4.731409 -3.135368)
						(xy 4.852973 -3.251149) (xy 4.927558 -3.318852) (xy 4.928658 -3.320016) (xy 4.929778 -3.321161)
						(xy 4.930915 -3.322287) (xy 4.93207 -3.323394) (xy 4.933242 -3.324483) (xy 4.934431 -3.325552)
						(xy 4.935637 -3.326604) (xy 4.936859 -3.327637) (xy 4.940256 -3.330263) (xy 4.94375 -3.332734)
						(xy 4.947337 -3.335046) (xy 4.951012 -3.337199) (xy 4.954768 -3.339189) (xy 4.9586 -3.341016)
						(xy 4.962502 -3.342678) (xy 4.96647 -3.344171) (xy 4.970498 -3.345496) (xy 4.974579 -3.346648)
						(xy 4.97871 -3.347628) (xy 4.982884 -3.348432) (xy 4.987096 -3.349059) (xy 4.991341 -3.349507)
						(xy 4.995612 -3.349774) (xy 4.999905 -3.349857) (xy 5.00505 -3.34974) (xy 5.010129 -3.349367)
						(xy 5.015135 -3.348744) (xy 5.020061 -3.347877) (xy 5.024902 -3.346773) (xy 5.02965 -3.345438)
						(xy 5.0343 -3.343878) (xy 5.038846 -3.342099) (xy 5.04328 -3.340108) (xy 5.047597 -3.337911) (xy 5.051791 -3.335514)
						(xy 5.055854 -3.332923) (xy 5.059782 -3.330145) (xy 5.063567 -3.327187) (xy 5.067203 -3.324053)
						(xy 5.070684 -3.320751) (xy 5.074004 -3.317287) (xy 5.077157 -3.313667) (xy 5.080135 -3.309897)
						(xy 5.082933 -3.305984) (xy 5.085544 -3.301934) (xy 5.087963 -3.297753) (xy 5.090182 -3.293447)
						(xy 5.092196 -3.289023) (xy 5.093999 -3.284487) (xy 5.095583 -3.279845) (xy 5.096943 -3.275103)
						(xy 5.098072 -3.270269) (xy 5.098964 -3.265347) (xy 5.099614 -3.260344) (xy 5.100013 -3.255267)
						(xy 5.100157 -3.250122) (xy 5.100032 -3.2452) (xy 5.099667 -3.240312) (xy 5.099066 -3.235465)
						(xy 5.098231 -3.230667) (xy 5.097166 -3.225926) (xy 5.095875 -3.22125) (xy 5.09436 -3.216647)
						(xy 5.092625 -3.212126) (xy 5.090673 -3.207694) (xy 5.088508 -3.203359) (xy 5.086132 -3.199129)
						(xy 5.08355 -3.195013) (xy 5.080764 -3.191018) (xy 5.077778 -3.187153) (xy 5.074595 -3.183425)
						(xy 5.071218 -3.179842) (xy 5.07005 -3.178671) (xy 5.068868 -3.177522) (xy 5.067672 -3.176393)
						(xy 5.066459 -3.175285) (xy 5.065227 -3.174197) (xy 5.063974 -3.17313) (xy 5.062699 -3.172083)
						(xy 5.061399 -3.171057) (xy 4.851755 -2.972832) (xy 4.498132 -2.64891) (xy 4.311595 -2.481872)
						(xy 4.142181 -2.333881) (xy 4.007598 -2.22176) (xy 3.958901 -2.184408) (xy 3.925551 -2.162333)
						(xy 3.225336 -1.776827) (xy 3.225336 -1.77631) (xy 2.9437 -1.621281) (xy 2.969295 -1.411613) (xy 2.991346 -1.201683)
						(xy 3.009851 -0.991527) (xy 3.024808 -0.781184) (xy 3.036215 -0.570692) (xy 3.044071 -0.360088)
						(xy 3.048372 -0.149411) (xy 3.049119 0.061303) (xy 3.348843 0.067504) (xy 4.098667 0.08249) (xy 4.099701 0.08249)
						(xy 4.263755 0.09147) (xy 4.541343 0.11047) (xy 4.822774 0.132404) (xy 4.930651 0.142257) (xy 4.998354 0.150187)
						(xy 4.999131 0.150184) (xy 4.999905 0.150187) (xy 5.002177 0.150201) (xy 5.004446 0.150267) (xy 5.006711 0.150384)
						(xy 5.008973 0.150553) (xy 5.011231 0.150773) (xy 5.013487 0.151044) (xy 5.01574 0.151365) (xy 5.017991 0.151737)
						(xy 5.018508 0.151737) (xy 5.022903 0.152659) (xy 5.027217 0.153766) (xy 5.031448 0.155054) (xy 5.035591 0.156517)
						(xy 5.039643 0.158152) (xy 5.043599 0.159954) (xy 5.047455 0.161917) (xy 5.051208 0.164038) (xy 5.054854 0.166311)
						(xy 5.058389 0.168732) (xy 5.061808 0.171296) (xy 5.065109 0.173998) (xy 5.068287 0.176835) (xy 5.071338 0.1798)
						(xy 5.074259 0.18289) (xy 5.077045 0.1861) (xy 5.079693 0.189425) (xy 5.082199 0.19286) (xy 5.084558 0.196401)
						(xy 5.086767 0.200043) (xy 5.088823 0.203781) (xy 5.09072 0.207611) (xy 5.092456 0.211528) (xy 5.094026 0.215527)
						(xy 5.095427 0.219604) (xy 5.096654 0.223754) (xy 5.097704 0.227972) (xy 5.098572 0.232253) (xy 5.099256 0.236594)
						(xy 5.09975 0.240989) (xy 5.100052 0.245433) (xy 5.100157 0.249922) (xy 5.100039 0.255087) (xy 5.099663 0.260183)
						(xy 5.099035 0.265206) (xy 5.098163 0.270149) (xy 5.097051 0.275005) (xy 5.095707 0.279768) (xy 5.094136 0.284431)
						(xy 5.092346 0.288989) (xy 5.090342 0.293435) (xy 5.088131 0.297762) (xy 5.085719 0.301965) (xy 5.083112 0.306036)
						(xy 5.080317 0.309971) (xy 5.077341 0.313761) (xy 5.074189 0.317401) (xy 5.070868 0.320885) (xy 5.067384 0.324206)
						(xy 5.063744 0.327358) (xy 5.059953 0.330335) (xy 5.056019 0.33313) (xy 5.051947 0.335736) (xy 5.047745 0.338148)
						(xy 5.043417 0.340359) (xy 5.038971 0.342363) (xy 5.034414 0.344154) (xy 5.02975 0.345724) (xy 5.024987 0.347069)
						(xy 5.020131 0.34818) (xy 5.015189 0.349053) (xy 5.010166 0.349681) (xy 5.005069 0.350056) (xy 4.999905 0.350174)
						(xy 4.997561 0.350106) (xy 4.99522 0.349984) (xy 4.992884 0.349807) (xy 4.990553 0.349576) (xy 4.988228 0.349291)
						(xy 4.98591 0.348951) (xy 4.983601 0.348556) (xy 4.981301 0.348107) (xy 4.914276 0.342863) (xy 4.807724 0.331507)
						(xy 4.530274 0.298517) (xy 4.257421 0.265259) (xy 4.097634 0.247855) (xy 4.097117 0.247855) (xy 3.347292 0.20238)
						(xy 3.048086 0.184293) (xy 3.041647 0.441163) (xy 3.029909 0.697914) (xy 3.012881 0.954471) (xy 2.990568 1.210758)
						(xy 2.962979 1.466701) (xy 2.930119 1.722224) (xy 2.891995 1.977253) (xy 2.848615 2.231713) (xy 3.114748 2.440486)
						(xy 3.774139 2.956734) (xy 3.866228 3.036604) (xy 4.020514 3.177687) (xy 4.431422 3.56287) (xy 4.838346 3.951038)
						(xy 4.987652 4.095853) (xy 5.072768 4.180948) (xy 5.075992 4.184524) (xy 5.079029 4.188235) (xy 5.081875 4.192074)
						(xy 5.084528 4.196034) (xy 5.086984 4.200107) (xy 5.089241 4.204285) (xy 5.091295 4.208561) (xy 5.093143 4.212927)
						(xy 5.094782 4.217375) (xy 5.09621 4.221899) (xy 5.097423 4.22649) (xy 5.098418 4.231142) (xy 5.099192 4.235845)
						(xy 5.099741 4.240594) (xy 5.100064 4.245379) (xy 5.100157 4.250195) (xy 5.100013 4.25534) (xy 5.099614 4.260417)
						(xy 5.098964 4.265419) (xy 5.098072 4.270341) (xy 5.096943 4.275175) (xy 5.095583 4.279917) (xy 5.093999 4.284559)
						(xy 5.092197 4.289095) (xy 5.090183 4.293519) (xy 5.087963 4.297825) (xy 5.085545 4.302006) (xy 5.082933 4.306056)
						(xy 5.080135 4.309969) (xy 5.077157 4.313739) (xy 5.074005 4.317359) (xy 5.070685 4.320823) (xy 5.067204 4.324125)
						(xy 5.063567 4.327259) (xy 5.059782 4.330217) (xy 5.055855 4.332995) (xy 5.051791 4.335586) (xy 5.047597 4.337983)
						(xy 5.04328 4.34018) (xy 5.038846 4.342171) (xy 5.034301 4.34395) (xy 5.02965 4.34551) (xy 5.024902 4.346845)
						(xy 5.020062 4.34795) (xy 5.015135 4.348816) (xy 5.010129 4.34944) (xy 5.00505 4.349813) (xy 4.999905 4.34993)
						(xy 4.995477 4.349826) (xy 4.991074 4.349528) (xy 4.986701 4.349038) (xy 4.982364 4.348357) (xy 4.978069 4.347489)
						(xy 4.973822 4.346434) (xy 4.96963 4.345196) (xy 4.965497 4.343777) (xy 4.96143 4.342179) (xy 4.957435 4.340404)
						(xy 4.953518 4.338454) (xy 4.949685 4.336331) (xy 4.945942 4.334038) (xy 4.942294 4.331577) (xy 4.938748 4.328949)
						(xy 4.935309 4.326159) (xy 4.934158 4.325183) (xy 4.933021 4.32419) (xy 4.931899 4.323181) (xy 4.930793 4.322156)
						(xy 4.929702 4.321114) (xy 4.928627 4.320056) (xy 4.927567 4.318981) (xy 4.926524 4.31789) (xy 4.926007 4.317373)
						(xy 3.716779 3.161372) (xy 3.716779 3.161889) (xy 3.078575 2.618769) (xy 2.817609 2.396561) (xy 2.800789 2.481417)
						(xy 2.783392 2.566224) (xy 2.765404 2.650948) (xy 2.746812 2.735558) (xy 2.741336 2.758528) (xy 2.735235 2.781234)
						(xy 2.728516 2.803664) (xy 2.721184 2.825805) (xy 2.713245 2.847647) (xy 2.704703 2.869178) (xy 2.695564 2.890385)
						(xy 2.685834 2.911258) (xy 2.899775 3.143285) (xy 3.420672 3.707592) (xy 3.420156 3.708109) (xy 3.865053 4.183141)
						(xy 4.147253 4.486893) (xy 4.253068 4.602884) (xy 4.316225 4.674974) (xy 4.317834 4.676473) (xy 4.319408 4.678005)
						(xy 4.320947 4.679572) (xy 4.322451 4.681171) (xy 4.32392 4.682804) (xy 4.325353 4.684469) (xy 4.32675 4.686166)
						(xy 4.328111 4.687894) (xy 4.330663 4.691249) (xy 4.333065 4.694698) (xy 4.335314 4.698235) (xy 4.337408 4.701856)
						(xy 4.339346 4.705555) (xy 4.341125 4.709326) (xy 4.342744 4.713165) (xy 4.344202 4.717067) (xy 4.345495 4.721025)
						(xy 4.346623 4.725036) (xy 4.347584 4.729094) (xy 4.348376 4.733194) (xy 4.348997 4.73733) (xy 4.349445 4.741497)
						(xy 4.349718 4.745691) (xy 4.349815 4.749906) (xy 4.349698 4.755051) (xy 4.349325 4.76013) (xy 4.348702 4.765136)
						(xy 4.347835 4.770062) (xy 4.34673 4.774903) (xy 4.345395 4.779651) (xy 4.343835 4.784301) (xy 4.342056 4.788846)
						(xy 4.340065 4.793281) (xy 4.337868 4.797598) (xy 4.335471 4.801792) (xy 4.33288 4.805855) (xy 4.330102 4.809783)
						(xy 4.327144 4.813568) (xy 4.32401 4.817204) (xy 4.320708 4.820685) (xy 4.317244 4.824005) (xy 4.313624 4.827158)
						(xy 4.309854 4.830136) (xy 4.305941 4.832934) (xy 4.301891 4.835545) (xy 4.29771 4.837964) (xy 4.293404 4.840183)
						(xy 4.28898 4.842197) (xy 4.284444 4.844) (xy 4.279802 4.845584) (xy 4.275061 4.846944) (xy 4.270226 4.848073)
						(xy 4.265304 4.848965) (xy 4.260301 4.849615) (xy 4.255224 4.850014) (xy 4.250079 4.850158) (xy 4.24539 4.850051)
						(xy 4.24073 4.849727) (xy 4.236105 4.849186) (xy 4.231522 4.848433) (xy 4.226988 4.84747) (xy 4.222511 4.8463)
						(xy 4.218097 4.844925) (xy 4.213754 4.843348) (xy 4.209488 4.841572) (xy 4.205307 4.8396) (xy 4.201217 4.837435)
						(xy 4.197225 4.835079) (xy 4.193339 4.832535) (xy 4.189565 4.829806) (xy 4.185911 4.826894) (xy 4.182384 4.823803)
						(xy 4.180996 4.822454) (xy 4.179636 4.821083) (xy 4.178302 4.819692) (xy 4.176996 4.81828) (xy 4.175718 4.816848)
						(xy 4.174467 4.815396) (xy 4.173244 4.813925) (xy 4.172049 4.812434) (xy 4.106031 4.746054) (xy 3.999433 4.634571)
						(xy 3.720002 4.336514) (xy 3.444773 4.038706) (xy 3.284763 3.861588) (xy 2.794872 3.285396) (xy 2.597468 3.053369)
						(xy 2.578964 3.076231) (xy 2.559629 3.098386) (xy 2.539484 3.11981) (xy 2.518547 3.140483) (xy 2.496841 3.160382)
						(xy 2.474384 3.179487) (xy 2.451197 3.197775) (xy 2.4273 3.215226) (xy 2.402714 3.231817) (xy 2.377458 3.247528)
						(xy 2.351553 3.262336) (xy 2.325019 3.27622) (xy 2.297876 3.289159) (xy 2.270144 3.30113) (xy 2.241844 3.312113)
						(xy 2.212995 3.322085) (xy 1.950517 3.40189) (xy 1.686117 3.471418) (xy 1.420059 3.530673) (xy 1.152605 3.579659)
						(xy 0.884021 3.618377) (xy 0.614567 3.646833) (xy 0.344509 3.665029) (xy 0.074108 3.672969) (xy 0.095295 4.723034)
						(xy 0.10043 4.969881) (xy 0.102092 5.13454) (xy 0.101646 5.201889) (xy 0.099946 5.249617) (xy 0.099238 5.259845)
						(xy 0.099046 5.262198) (xy 0.098843 5.264337) (xy 0.098627 5.266194) (xy 0.098396 5.267703) (xy 0.097494 5.272118)
						(xy 0.096405 5.276452) (xy 0.095134 5.280704) (xy 0.093685 5.284867) (xy 0.092064 5.288939) (xy 0.090275 5.292915)
						(xy 0.088322 5.296792) (xy 0.086211 5.300566) (xy 0.083946 5.304232) (xy 0.081531 5.307787) (xy 0.078973 5.311227)
						(xy 0.076274 5.314548) (xy 0.07344 5.317745) (xy 0.070477 5.320816) (xy 0.067387 5.323755) (xy 0.064177 5.32656)
						(xy 0.06085 5.329226) (xy 0.057412 5.331749) (xy 0.053867 5.334125) (xy 0.05022 5.336351) (xy 0.046475 5.338421)
						(xy 0.042638 5.340334) (xy 0.038714 5.342084) (xy 0.034706 5.343667) (xy 0.030619 5.34508) (xy 0.026459 5.346319)
						(xy 0.022229 5.347379) (xy 0.017935 5.348257) (xy 0.013582 5.348949) (xy 0.009173 5.349451) (xy 0.004715 5.349759)
						(xy 0.000211 5.349869) (xy -0.004935 5.349752) (xy -0.010014 5.349378) (xy -0.01502 5.348755)
						(xy -0.019946 5.347888) (xy -0.024787 5.346784) (xy -0.029535 5.345449) (xy -0.034186 5.343888)
						(xy -0.038731 5.34211) (xy -0.043165 5.340118) (xy -0.047483 5.337921) (xy -0.051676 5.335524)
						(xy -0.05574 5.332933) (xy -0.059667 5.330156) (xy -0.063452 5.327197) (xy -0.067089 5.324063)
						(xy -0.07057 5.320761) (xy -0.07389 5.317297) (xy -0.077042 5.313677) (xy -0.08002 5.309907) (xy -0.082818 5.305994)
						(xy -0.08543 5.301944) (xy -0.087848 5.297762) (xy -0.090068 5.293457) (xy -0.092082 5.289033)
						(xy -0.093884 5.284497) (xy -0.095468 5.279855) (xy -0.096828 5.275113) (xy -0.097957 5.270279)
						(xy -0.09885 5.265357) (xy -0.099499 5.260355) (xy -0.099898 5.255278) (xy -0.100042 5.250134)
						(xy -0.100042 5.249617) (xy -0.101718 5.202036) (xy -0.102108 5.134949) (xy -0.100277 4.970918)
						(xy -0.094874 4.724068) (xy -0.095391 4.724068) (xy -0.074203 3.672969) (xy -0.344604 3.66503)
						(xy -0.614663 3.646834) (xy -0.884116 3.618378) (xy -1.152701 3.579659) (xy -1.420154 3.530673)
						(xy -1.686212 3.471418) (xy -1.950612 3.40189) (xy -2.21309 3.322085) (xy -2.241927 3.312114)
						(xy -2.270206 3.301132) (xy -2.29791 3.289159) (xy -2.325018 3.276219) (xy -2.351513 3.262333)
						(xy -2.377375 3.247522) (xy -2.402585 3.231808) (xy -2.427125 3.215214) (xy -2.450976 3.197761)
						(xy -2.474119 3.179471) (xy -2.496534 3.160365) (xy -2.518204 3.140466) (xy -2.539109 3.119795)
						(xy -2.55923 3.098374) (xy -2.578549 3.076224) (xy -2.597046 3.053369) (xy -3.284343 3.861071)
						(xy -3.28486 3.861588) (xy -3.444869 4.038705) (xy -3.720097 4.336513) (xy -3.999528 4.634569)
						(xy -4.106126 4.746053) (xy -4.172144 4.812434) (xy -4.173339 4.813948) (xy -4.174562 4.815436)
						(xy -4.175813 4.816897) (xy -4.177092 4.818332) (xy -4.178399 4.819741) (xy -4.179732 4.821122)
						(xy -4.181092 4.822477) (xy -4.182479 4.823803) (xy -4.186006 4.826892) (xy -4.189661 4.829802)
						(xy -4.193434 4.83253) (xy -4.19732 4.835073) (xy -4.201312 4.837429) (xy -4.205402 4.839594)
						(xy -4.209583 4.841565) (xy -4.213849 4.843341) (xy -4.218193 4.844918) (xy -4.222606 4.846294)
						(xy -4.227084 4.847465) (xy -4.231617 4.848429) (xy -4.2362 4.849183) (xy -4.240825 4.849724)
						(xy -4.245486 4.85005) (xy -4.250175 4.850158) (xy -4.25532 4.850014) (xy -4.260397 4.849615)
						(xy -4.2654 4.848965) (xy -4.270322 4.848073) (xy -4.275156 4.846944) (xy -4.279898 4.845584)
						(xy -4.28454 4.844) (xy -4.289076 4.842198) (xy -4.2935 4.840184) (xy -4.297806 4.837964) (xy -4.301987 4.835546)
						(xy -4.306037 4.832934) (xy -4.30995 4.830136) (xy -4.31372 4.827158) (xy -4.31734 4.824006) (xy -4.320804 4.820686)
						(xy -4.324106 4.817205) (xy -4.32724 4.813568) (xy -4.330198 4.809783) (xy -4.332976 4.805856)
						(xy -4.335567 4.801792) (xy -4.337963 4.797598) (xy -4.340161 4.793281) (xy -4.342152 4.788847)
						(xy -4.34393 4.784301) (xy -4.345491 4.779651) (xy -4.346826 4.774903) (xy -4.34793 4.770062)
						(xy -4.348797 4.765136) (xy -4.34942 4.76013) (xy -4.349794 4.755051) (xy -4.349911 4.749906)
						(xy -4.349814 4.745691) (xy -4.34954 4.741497) (xy -4.349092 4.73733) (xy -4.348471 4.733194)
						(xy -4.347679 4.729094) (xy -4.346719 4.725036) (xy -4.34559 4.721025) (xy -4.344297 4.717067)
						(xy -4.342839 4.713165) (xy -4.34122 4.709326) (xy -4.339441 4.705555) (xy -4.337503 4.701856)
						(xy -4.335409 4.698235) (xy -4.33316 4.694698) (xy -4.330759 4.691249) (xy -4.328206 4.687894)
						(xy -4.327005 4.686453) (xy -4.325777 4.685036) (xy -4.324522 4.683642) (xy -4.323242 4.682272)
						(xy -4.321937 4.680927) (xy -4.320606 4.679606) (xy -4.319251 4.678311) (xy -4.317871 4.677042)
						(xy -4.255292 4.605518) (xy -4.149619 4.489615) (xy -3.866822 4.185092) (xy -3.420252 3.708109)
						(xy -3.420768 3.707592) (xy -2.89987 3.143285) (xy -2.68593 2.911258) (xy -2.69566 2.890385) (xy -2.704798 2.869178)
						(xy -2.71334 2.847647) (xy -2.72128 2.825805) (xy -2.728612 2.803664) (xy -2.735331 2.781234)
						(xy -2.741431 2.758528) (xy -2.746908 2.735558) (xy -2.765499 2.650948) (xy -2.783487 2.566223)
						(xy -2.800885 2.481417) (xy -2.817705 2.396561) (xy -3.716874 3.161889) (xy -3.716874 3.161372)
						(xy -4.926103 4.317373) (xy -4.927203 4.318535) (xy -4.928322 4.319679) (xy -4.929458 4.320805)
						(xy -4.930613 4.321913) (xy -4.931785 4.323002) (xy -4.932974 4.324073) (xy -4.934181 4.325125)
						(xy -4.935404 4.326159) (xy -4.938843 4.32895) (xy -4.942389 4.331577) (xy -4.946037 4.334039)
						(xy -4.94978 4.336332) (xy -4.953614 4.338455) (xy -4.957531 4.340405) (xy -4.961526 4.34218)
						(xy -4.965593 4.343778) (xy -4.969725 4.345197) (xy -4.973918 4.346435) (xy -4.978165 4.347489)
						(xy -4.98246 4.348357) (xy -4.986797 4.349038) (xy -4.99117 4.349528) (xy -4.995573 4.349826)
						(xy -5 4.34993) (xy -5.005146 4.349813) (xy -5.010225 4.34944) (xy -5.015231 4.348816) (xy -5.020157 4.34795)
						(xy -5.024998 4.346845) (xy -5.029746 4.34551) (xy -5.034396 4.34395) (xy -5.038941 4.342171)
						(xy -5.043376 4.34018) (xy -5.047693 4.337983) (xy -5.051887 4.335586) (xy -5.05595 4.332995)
						(xy -5.059878 4.330218) (xy -5.063663 4.327259) (xy -5.067299 4.324125) (xy -5.07078 4.320824)
						(xy -5.0741 4.317359) (xy -5.077252 4.313739) (xy -5.080231 4.30997) (xy -5.083029 4.306057) (xy -5.08564 4.302006)
						(xy -5.088059 4.297825) (xy -5.090278 4.293519) (xy -5.092292 4.289095) (xy -5.094094 4.284559)
						(xy -5.095679 4.279917) (xy -5.097038 4.275176) (xy -5.098168 4.270341) (xy -5.09906 4.265419)
						(xy -5.099709 4.260417) (xy -5.100109 4.25534) (xy -5.100252 4.250195) (xy -5.100133 4.245367)
						(xy -5.099783 4.24057) (xy -5.099205 4.235812) (xy -5.098402 4.2311) (xy -5.097378 4.226442) (xy -5.096135 4.221846)
						(xy -5.094676 4.21732) (xy -5.093004 4.21287) (xy -5.091123 4.208504) (xy -5.089036 4.20423) (xy -5.086745 4.200057)
						(xy -5.084254 4.19599) (xy -5.081565 4.192038) (xy -5.078683 4.188209) (xy -5.075609 4.18451)
						(xy -5.072347 4.180948) (xy -5.071184 4.179778) (xy -5.070002 4.178628) (xy -5.068801 4.177499)
						(xy -5.067583 4.176391) (xy -5.066346 4.175303) (xy -5.065091 4.174236) (xy -5.063818 4.173189)
						(xy -5.062528 4.172163) (xy -4.824372 3.938684) (xy -4.42133 3.553875) (xy -4.016813 3.174353)
						(xy -3.865069 3.035517) (xy -3.774235 2.956734) (xy -3.114844 2.440486) (xy -2.848711 2.231713)
						(xy -2.869106 2.115765) (xy -2.888369 1.999664) (xy -2.906536 1.883445) (xy -2.923641 1.767142)
						(xy -3.202177 1.935607) (xy -3.893608 2.353669) (xy -3.923933 2.37557) (xy -3.967967 2.41219)
						(xy -4.089328 2.521365) (xy -4.242033 2.664745) (xy -4.410423 2.82588) (xy -4.731622 3.135618)
						(xy -4.853113 3.251323) (xy -4.927653 3.318985) (xy -4.928753 3.320146) (xy -4.929872 3.32129)
						(xy -4.931009 3.322416) (xy -4.932163 3.323524) (xy -4.933335 3.324613) (xy -4.934525 3.325684)
						(xy -4.935731 3.326737) (xy -4.936955 3.32777) (xy -4.940351 3.330397) (xy -4.943846 3.332867)
						(xy -4.947433 3.33518) (xy -4.951107 3.337332) (xy -4.954863 3.339323) (xy -4.958695 3.34115)
						(xy -4.962598 3.342811) (xy -4.966566 3.344305) (xy -4.970593 3.345629) (xy -4.974675 3.346782)
						(xy -4.978806 3.347761) (xy -4.98298 3.348565) (xy -4.987192 3.349192) (xy -4.991436 3.34964)
						(xy -4.995707 3.349907) (xy -5 3.349991) (xy -5.005146 3.349874) (xy -5.010225 3.3495) (xy -5.015231 3.348877)
						(xy -5.020157 3.34801) (xy -5.024998 3.346906) (xy -5.029746 3.345571) (xy -5.034396 3.344011)
						(xy -5.038941 3.342232) (xy -5.043376 3.340241) (xy -5.047693 3.338043) (xy -5.051887 3.335647)
						(xy -5.05595 3.333056) (xy -5.059878 3.330278) (xy -5.063663 3.32732) (xy -5.067299 3.324186)
						(xy -5.07078 3.320884) (xy -5.0741 3.31742) (xy -5.077252 3.3138) (xy -5.080231 3.31003) (xy -5.083029 3.306117)
						(xy -5.08564 3.302067) (xy -5.088059 3.297886) (xy -5.090278 3.29358) (xy -5.092292 3.289156)
						(xy -5.094094 3.28462) (xy -5.095679 3.279978) (xy -5.097038 3.275237) (xy -5.098168 3.270402)
						(xy -5.09906 3.26548) (xy -5.099709 3.260478) (xy -5.100109 3.255401) (xy -5.100252 3.250256)
						(xy -5.100151 3.2453) (xy -5.099807 3.240377) (xy -5.099223 3.235495) (xy -5.098402 3.230661)
						(xy -5.097347 3.225885) (xy -5.096063 3.221174) (xy -5.094553 3.216537) (xy -5.092819 3.211981)
						(xy -5.090865 3.207515) (xy -5.088695 3.203147) (xy -5.086311 3.198886) (xy -5.083718 3.194739)
						(xy -5.080918 3.190714) (xy -5.077915 3.186821) (xy -5.074713 3.183066) (xy -5.071313 3.179459)
						(xy -5.070145 3.178355) (xy -5.068959 3.177271) (xy -5.067757 3.176207) (xy -5.066537 3.175164)
						(xy -5.065301 3.17414) (xy -5.064048 3.173136) (xy -5.06278 3.172153) (xy -5.061495 3.17119) (xy -4.852866 2.973883)
						(xy -4.500309 2.650868) (xy -4.314063 2.484038) (xy -4.144641 2.335963) (xy -4.009646 2.223369)
						(xy -3.96056 2.185605) (xy -3.926681 2.162983) (xy -3.225432 1.776443) (xy -2.943795 1.621414)
						(xy -2.972835 1.381059) (xy -2.99722 1.140366) (xy -3.016946 0.899393) (xy -3.03201 0.658196)
						(xy -3.04241 0.416835) (xy -3.048143 0.175366) (xy -3.048254 0.150187) (xy -2.747941 0.150187)
						(xy -2.739938 0.466905) (xy -2.72373 0.783412) (xy -2.69931 1.099562) (xy -2.666676 1.415212)
						(xy -2.625823 1.730217) (xy -2.576746 2.044435) (xy -2.519441 2.35772) (xy -2.453903 2.669929)
						(xy -2.445628 2.702022) (xy -2.435383 2.733214) (xy -2.423231 2.763438) (xy -2.409236 2.792622)
						(xy -2.393461 2.820697) (xy -2.375969 2.847592) (xy -2.356824 2.873239) (xy -2.33609 2.897566)
						(xy -2.313829 2.920505) (xy -2.290105 2.941984) (xy -2.264982 2.961936) (xy -2.238522 2.980288)
						(xy -2.21079 2.996972) (xy -2.181848 3.011918) (xy -2.15176 3.025056) (xy -2.12059 3.036315) (xy -1.878732 3.110037)
						(xy -1.63515 3.174648) (xy -1.390072 3.230149) (xy -1.143725 3.276547) (xy -0.896334 3.313845)
						(xy -0.648126 3.342046) (xy -0.399329 3.361156) (xy -0.150168 3.371179) (xy -0.150168 2.861132)
						(xy 0.150072 2.861132) (xy 0.150072 3.371179) (xy 0.399233 3.361156) (xy 0.64803 3.342046) (xy 0.896238 3.313845)
						(xy 1.143629 3.276547) (xy 1.389977 3.230149) (xy 1.635055 3.174648) (xy 1.878636 3.110037) (xy 2.120494 3.036315)
						(xy 2.151665 3.025056) (xy 2.181753 3.011918) (xy 2.210694 2.996972) (xy 2.238427 2.980288) (xy 2.264886 2.961936)
						(xy 2.29001 2.941984) (xy 2.313734 2.920505) (xy 2.335994 2.897566) (xy 2.356729 2.873239) (xy 2.375874 2.847592)
						(xy 2.393365 2.820697) (xy 2.40914 2.792622) (xy 2.423135 2.763438) (xy 2.435287 2.733214) (xy 2.445532 2.702022)
						(xy 2.453807 2.669929) (xy 2.519345 2.35772) (xy 2.576651 2.044435) (xy 2.625728 1.730217) (xy 2.666581 1.415212)
						(xy 2.699215 1.099562) (xy 2.723634 0.783412) (xy 2.739843 0.466905) (xy 2.747846 0.150187) (xy 2.266222 0.150187)
						(xy 2.266222 2.560892) (xy 2.265833 2.576394) (xy 2.264678 2.591687) (xy 2.262776 2.606752) (xy 2.260146 2.621571)
						(xy 2.256806 2.636124) (xy 2.252774 2.650394) (xy 2.248069 2.664362) (xy 2.24271 2.678009) (xy 2.236716 2.691316)
						(xy 2.230103 2.704266) (xy 2.222892 2.71684) (xy 2.215101 2.729019) (xy 2.206748 2.740785) (xy 2.197853 2.752118)
						(xy 2.188432 2.763001) (xy 2.178505 2.773416) (xy 2.168091 2.783342) (xy 2.157208 2.792763) (xy 2.145874 2.801659)
						(xy 2.134109 2.810012) (xy 2.12193 2.817803) (xy 2.109356 2.825014) (xy 2.096406 2.831626) (xy 2.083098 2.837621)
						(xy 2.069451 2.84298) (xy 2.055484 2.847684) (xy 2.041214 2.851716) (xy 2.02666 2.855056) (xy 2.011842 2.857686)
						(xy 1.996777 2.859588) (xy 1.981484 2.860743) (xy 1.965981 2.861132) (xy 0.150072 2.861132) (xy -0.150168 2.861132)
						(xy -1.966077 2.861132) (xy -1.981578 2.860743) (xy -1.996867 2.859588) (xy -2.011925 2.857686)
						(xy -2.026734 2.855056) (xy -2.041275 2.851716) (xy -2.055531 2.847684) (xy -2.069483 2.84298)
						(xy -2.083113 2.837621) (xy -2.096402 2.831626) (xy -2.109332 2.825014) (xy -2.121884 2.817803)
						(xy -2.134041 2.810012) (xy -2.145783 2.801659) (xy -2.157093 2.792763) (xy -2.167953 2.783342)
						(xy -2.178343 2.773416) (xy -2.188245 2.763001) (xy -2.197642 2.752118) (xy -2.206514 2.740785)
						(xy -2.214844 2.729019) (xy -2.222613 2.71684) (xy -2.229802 2.704266) (xy -2.236394 2.691316)
						(xy -2.24237 2.678009) (xy -2.247712 2.664362) (xy -2.252401 2.650394) (xy -2.256419 2.636124)
						(xy -2.259747 2.621571) (xy -2.262368 2.606752) (xy -2.264263 2.591687) (xy -2.265413 2.576394)
						(xy -2.2658 2.560892) (xy -2.2658 0.150187) (xy -2.747941 0.150187) (xy -3.048254 0.150187) (xy -3.049207 -0.066154)
						(xy -3.047953 -0.150054) (xy -2.747941 -0.150054) (xy -2.2658 -0.150054) (xy -2.2658 -2.560759)
						(xy -2.265413 -2.576261) (xy -2.264263 -2.591554) (xy -2.262368 -2.606619) (xy -2.259747 -2.621437)
						(xy -2.256419 -2.635991) (xy -2.252401 -2.650261) (xy -2.247712 -2.664228) (xy -2.24237 -2.677875)
						(xy -2.236394 -2.691183) (xy -2.229802 -2.704133) (xy -2.222613 -2.716707) (xy -2.214844 -2.728886)
						(xy -2.206514 -2.740651) (xy -2.197642 -2.751985) (xy -2.188245 -2.762868) (xy -2.178343 -2.773282)
						(xy -2.167953 -2.783209) (xy -2.157093 -2.792629) (xy -2.145783 -2.801525) (xy -2.134041 -2.809878)
						(xy -2.121884 -2.817669) (xy -2.109332 -2.82488) (xy -2.096402 -2.831492) (xy -2.083113 -2.837487)
						(xy -2.069483 -2.842846) (xy -2.055531 -2.847551) (xy -2.041275 -2.851583) (xy -2.026734 -2.854923)
						(xy -2.011925 -2.857553) (xy -1.996867 -2.859455) (xy -1.981578 -2.860609) (xy -1.966077 -2.860998)
						(xy -0.150168 -2.860998) (xy 0.150072 -2.860998) (xy 1.965981 -2.860998) (xy 1.981484 -2.860609)
						(xy 1.996777 -2.859455) (xy 2.011842 -2.857553) (xy 2.02666 -2.854923) (xy 2.041214 -2.851583)
						(xy 2.055484 -2.847551) (xy 2.069451 -2.842846) (xy 2.083098 -2.837487) (xy 2.096406 -2.831492)
						(xy 2.109356 -2.82488) (xy 2.12193 -2.817669) (xy 2.134109 -2.809878) (xy 2.145874 -2.801525)
						(xy 2.157208 -2.792629) (xy 2.168091 -2.783209) (xy 2.178505 -2.773282) (xy 2.188432 -2.762868)
						(xy 2.197853 -2.751985) (xy 2.206748 -2.740651) (xy 2.215101 -2.728886) (xy 2.222892 -2.716707)
						(xy 2.230103 -2.704133) (xy 2.236716 -2.691183) (xy 2.24271 -2.677875) (xy 2.248069 -2.664228)
						(xy 2.252774 -2.650261) (xy 2.256806 -2.635991) (xy 2.260146 -2.621437) (xy 2.262776 -2.606619)
						(xy 2.264678 -2.591554) (xy 2.265833 -2.576261) (xy 2.266222 -2.560759) (xy 2.266222 -0.150054)
						(xy 2.747846 -0.150054) (xy 2.739854 -0.466837) (xy 2.723654 -0.783408) (xy 2.69924 -1.099624)
						(xy 2.666608 -1.415338) (xy 2.625753 -1.730409) (xy 2.576671 -2.04469) (xy 2.519358 -2.35804)
						(xy 2.453807 -2.670312) (xy 2.445532 -2.702405) (xy 2.435287 -2.733598) (xy 2.423135 -2.763821)
						(xy 2.40914 -2.793006) (xy 2.393365 -2.82108) (xy 2.375874 -2.847976) (xy 2.356729 -2.873622)
						(xy 2.335994 -2.89795) (xy 2.313734 -2.920888) (xy 2.29001 -2.942368) (xy 2.264886 -2.962319)
						(xy 2.238427 -2.980672) (xy 2.210694 -2.997356) (xy 2.181753 -3.012302) (xy 2.151665 -3.025439)
						(xy 2.120494 -3.036698) (xy 1.878615 -3.110431) (xy 1.635027 -3.17505) (xy 1.389952 -3.230559)
						(xy 1.143614 -3.276961) (xy 0.896235 -3.314259) (xy 0.648037 -3.342457) (xy 0.399241 -3.361556)
						(xy 0.150072 -3.371562) (xy 0.150072 -2.860998) (xy -0.150168 -2.860998) (xy -0.150168 -3.371562)
						(xy -0.399313 -3.361541) (xy -0.64811 -3.34243) (xy -0.896326 -3.314225) (xy -1.143731 -3.276924)
						(xy -1.390091 -3.230523) (xy -1.635176 -3.175021) (xy -1.878753 -3.110413) (xy -2.12059 -3.036698)
						(xy -2.15176 -3.025439) (xy -2.181848 -3.012302) (xy -2.21079 -2.997356) (xy -2.238522 -2.980672)
						(xy -2.264982 -2.962319) (xy -2.290105 -2.942368) (xy -2.313829 -2.920888) (xy -2.33609 -2.89795)
						(xy -2.356824 -2.873622) (xy -2.375969 -2.847976) (xy -2.393461 -2.82108) (xy -2.409236 -2.793006)
						(xy -2.423231 -2.763821) (xy -2.435383 -2.733598) (xy -2.445628 -2.702405) (xy -2.453903 -2.670312)
						(xy -2.519453 -2.35804) (xy -2.576767 -2.04469) (xy -2.625849 -1.730409) (xy -2.666703 -1.415338)
						(xy -2.699335 -1.099624) (xy -2.723749 -0.783408) (xy -2.73995 -0.466837) (xy -2.747941 -0.150054)
						(xy -3.047953 -0.150054) (xy -3.045598 -0.307666) (xy -3.344804 -0.338156) (xy -4.093079 -0.413603)
						(xy -4.093596 -0.413603) (xy -4.156422 -0.42522) (xy -4.26185 -0.449508) (xy -4.545001 -0.521059)
						(xy -4.832021 -0.598181) (xy -4.942287 -0.629432) (xy -5.011886 -0.650798) (xy -5.014794 -0.651212)
						(xy -5.017688 -0.651713) (xy -5.020564 -0.652298) (xy -5.023421 -0.652969) (xy -5.026258 -0.653723)
						(xy -5.029071 -0.65456) (xy -5.031861 -0.65548) (xy -5.034623 -0.656482) (xy -5.041833 -0.659443)
						(xy -5.048717 -0.662914) (xy -5.055256 -0.666868) (xy -5.061431 -0.67128) (xy -5.067223 -0.676121)
						(xy -5.072613 -0.681365) (xy -5.077582 -0.686984) (xy -5.082112 -0.692953) (xy -5.086184 -0.699243)
						(xy -5.089777 -0.705828) (xy -5.092875 -0.712681) (xy -5.095457 -0.719774) (xy -5.097504 -0.727081)
						(xy -5.098999 -0.734576) (xy -5.099921 -0.74223) (xy -5.100252 -0.750017) (xy -5.100109 -0.755162)
						(xy -5.099709 -0.760239) (xy -5.09906 -0.765241) (xy -5.098168 -0.770163) (xy -5.097038 -0.774998)
						(xy -5.095679 -0.779739) (xy -5.094094 -0.784381) (xy -5.092292 -0.788917) (xy -5.090278 -0.793341)
						(xy -5.088059 -0.797647) (xy -5.08564 -0.801828) (xy -5.083029 -0.805878) (xy -5.080231 -0.809791)
						(xy -5.077252 -0.813561) (xy -5.0741 -0.817181) (xy -5.07078 -0.820645) (xy -5.067299 -0.823947)
						(xy -5.063663 -0.827081) (xy -5.059878 -0.83004) (xy -5.05595 -0.832817) (xy -5.051887 -0.835408)
						(xy -5.047693 -0.837805) (xy -5.043376 -0.840002) (xy -5.038941 -0.841993) (xy -5.034396 -0.843772)
						(xy -5.029746 -0.845332) (xy -5.024998 -0.846668) (xy -5.020157 -0.847772) (xy -5.015231 -0.848639)
						(xy -5.010225 -0.849262) (xy -5.005146 -0.849635) (xy -5 -0.849752) (xy -4.997727 -0.849739) (xy -4.995455 -0.849673)
						(xy -4.993187 -0.849557) (xy -4.990921 -0.849388) (xy -4.988661 -0.849169) (xy -4.986405 -0.848898)
						(xy -4.984156 -0.848575) (xy -4.981913 -0.848202) (xy -4.979668 -0.847733) (xy -4.977435 -0.847213)
						(xy -4.975216 -0.846643) (xy -4.97301 -0.846021) (xy -4.970819 -0.845349) (xy -4.968643 -0.844628)
						(xy -4.966485 -0.843856) (xy -4.964343 -0.843034) (xy -4.89777 -0.82504) (xy -4.792106 -0.793136)
						(xy -4.517051 -0.706914) (xy -4.246275 -0.622993) (xy -4.145961 -0.593967) (xy -4.086878 -0.580001)
						(xy -3.04198 -0.43169) (xy -3.034148 -0.61797) (xy -3.023523 -0.804171) (xy -3.010112 -0.99026)
						(xy -2.993919 -1.176205) (xy -2.974948 -1.361974) (xy -2.953205 -1.547535) (xy -2.928694 -1.732856)
						(xy -2.901421 -1.917904) (xy -3.175822 -2.099288) (xy -3.857434 -2.54939) (xy -3.892187 -2.575487)
						(xy -3.943376 -2.618208) (xy -4.085606 -2.744304) (xy -4.265213 -2.909242) (xy -4.463285 -3.094586)
						(xy -4.839183 -3.452743) (xy -5.062012 -3.671285) (xy -5.063379 -3.67243) (xy -5.064726 -3.673599)
						(xy -5.066051 -3.674793) (xy -5.067355 -3.67601) (xy -5.068636 -3.67725) (xy -5.069896 -3.678513)
						(xy -5.071133 -3.679797) (xy -5.072347 -3.681103) (xy -5.075587 -3.68464) (xy -5.078642 -3.688312)
						(xy -5.081508 -3.692113) (xy -5.084183 -3.696035) (xy -5.086663 -3.700071) (xy -5.088946 -3.704213)
						(xy -5.091029 -3.708453) (xy -5.092908 -3.712785) (xy -5.094581 -3.717201) (xy -5.096044 -3.721693)
						(xy -5.097294 -3.726254) (xy -5.098329 -3.730877) (xy -5.099145 -3.735553) (xy -5.09974 -3.740276)
						(xy -5.10011 -3.745039) (xy -5.100252 -3.749833) (xy -5.100134 -3.754997) (xy -5.099758 -3.760094)
						(xy -5.099131 -3.765117) (xy -5.098258 -3.77006) (xy -5.097146 -3.774916) (xy -5.095802 -3.779679)
						(xy -5.094232 -3.784342) (xy -5.092441 -3.7889) (xy -5.090437 -3.793346) (xy -5.088226 -3.797673)
						(xy -5.085814 -3.801876) (xy -5.083208 -3.805948) (xy -5.080413 -3.809882) (xy -5.077436 -3.813672)
						(xy -5.074284 -3.817312) (xy -5.070963 -3.820796) (xy -5.067479 -3.824117) (xy -5.063839 -3.827269)
						(xy -5.060049 -3.830246) (xy -5.056114 -3.833041) (xy -5.052043 -3.835647) (xy -5.04784 -3.838059)
						(xy -5.043513 -3.84027) (xy -5.039067 -3.842274) (xy -5.034509 -3.844065) (xy -5.029845 -3.845635)
						(xy -5.025083 -3.846979) (xy -5.020227 -3.848091) (xy -5.015284 -3.848964) (xy -5.010261 -3.849591)
						(xy -5.005164 -3.849967) (xy -5 -3.850085) (xy -4.995573 -3.849981) (xy -4.99117 -3.849683) (xy -4.986797 -3.849193)
						(xy -4.98246 -3.848512) (xy -4.978165 -3.847644) (xy -4.973918 -3.846589) (xy -4.969725 -3.845352)
						(xy -4.965593 -3.843932) (xy -4.961526 -3.842334) (xy -4.957531 -3.840559) (xy -4.953614 -3.838609)
						(xy -4.94978 -3.836486) (xy -4.946037 -3.834193) (xy -4.942389 -3.831732) (xy -4.938843 -3.829105)
						(xy -4.935404 -3.826314) (xy -4.934247 -3.825276) (xy -4.933107 -3.824221) (xy -4.931983 -3.823148)
						(xy -4.930875 -3.822058) (xy -4.929785 -3.820951) (xy -4.928713 -3.819827) (xy -4.927657 -3.818686)
						(xy -4.926619 -3.817529) (xy -4.84691 -3.743262) (xy -4.716272 -3.61627) (xy -4.370403 -3.275776)
						(xy -4.025397 -2.93938) (xy -3.89584 -2.817509) (xy -3.849256 -2.775993) (xy -3.817643 -2.750411)
						(xy -2.876616 -2.072416) (xy -2.847574 -2.238622) (xy -2.816271 -2.404507) (xy -2.782714 -2.570098)
						(xy -2.746908 -2.735425) (xy -2.74143 -2.758406) (xy -2.73533 -2.781114) (xy -2.728615 -2.80354)
						(xy -2.721286 -2.825676) (xy -2.71335 -2.847511) (xy -2.704809 -2.869036) (xy -2.695667 -2.890244)
						(xy -2.68593 -2.911125) (xy -2.89987 -3.143669) (xy -3.419735 -3.706941) (xy -3.867713 -4.185582)
						(xy -4.151501 -4.491284) (xy -4.257244 -4.607317) (xy -4.319422 -4.678458) (xy -4.320584 -4.679559)
						(xy -4.321729 -4.680677) (xy -4.322855 -4.681814) (xy -4.323963 -4.682969) (xy -4.325052 -4.684141)
						(xy -4.326123 -4.68533) (xy -4.327174 -4.686537) (xy -4.328206 -4.68776) (xy -4.330759 -4.691115)
						(xy -4.33316 -4.694564) (xy -4.335409 -4.698102) (xy -4.337503 -4.701722) (xy -4.33944 -4.705421)
						(xy -4.34122 -4.709192) (xy -4.342839 -4.713031) (xy -4.344297 -4.716933) (xy -4.34559 -4.720891)
						(xy -4.346718 -4.724902) (xy -4.347679 -4.72896) (xy -4.348471 -4.73306) (xy -4.349092 -4.737196)
						(xy -4.34954 -4.741363) (xy -4.349814 -4.745557) (xy -4.349911 -4.749772) (xy -4.349794 -4.754918)
						(xy -4.34942 -4.759997) (xy -4.348797 -4.765002) (xy -4.34793 -4.769929) (xy -4.346826 -4.774769)
						(xy -4.345491 -4.779518) (xy -4.34393 -4.784168) (xy -4.342152 -4.788713) (xy -4.340161 -4.793148)
						(xy -4.337963 -4.797465) (xy -4.335566 -4.801658) (xy -4.332976 -4.805722) (xy -4.330198 -4.809649)
						(xy -4.327239 -4.813435) (xy -4.324106 -4.817071) (xy -4.320804 -4.820552) (xy -4.31734 -4.823872)
						(xy -4.31372 -4.827024) (xy -4.30995 -4.830002) (xy -4.306037 -4.8328) (xy -4.301987 -4.835412)
						(xy -4.297806 -4.83783) (xy -4.2935 -4.84005) (xy -4.289076 -4.842064) (xy -4.28454 -4.843866)
						(xy -4.279898 -4.84545) (xy -4.275156 -4.84681) (xy -4.270322 -4.847939) (xy -4.2654 -4.848832)
						(xy -4.260397 -4.849481) (xy -4.25532 -4.84988) (xy -4.250175 -4.850024) (xy -4.245486 -4.849916)
						(xy -4.240826 -4.849591) (xy -4.2362 -4.84905) (xy -4.231617 -4.848296) (xy -4.227084 -4.847333)
						(xy -4.222607 -4.846162) (xy -4.218193 -4.844787) (xy -4.213849 -4.843211) (xy -4.209583 -4.841436)
						(xy -4.205402 -4.839464) (xy -4.201312 -4.837299) (xy -4.19732 -4.834944) (xy -4.193434 -4.8324)
						(xy -4.189661 -4.829671) (xy -4.186007 -4.82676) (xy -4.182479 -4.823669) (xy -4.181172 -4.822455)
						(xy -4.179887 -4.821218) (xy -4.178625 -4.819958) (xy -4.177385 -4.818676) (xy -4.176169 -4.817373)
						(xy -4.174976 -4.816048) (xy -4.173806 -4.814701) (xy -4.17266 -4.813334) (xy -4.106885 -4.747206)
						(xy -4.000358 -4.635752) (xy -3.720725 -4.337313) (xy -3.445109 -4.038914) (xy -3.28486 -3.861454)
						(xy -3.284343 -3.860937) (xy -2.597046 -3.053235) (xy -2.578549 -3.076091) (xy -2.55923 -3.09824)
						(xy -2.539109 -3.119661) (xy -2.518204 -3.140332) (xy -2.496534 -3.160232) (xy -2.474119 -3.179337)
						(xy -2.450976 -3.197628) (xy -2.427125 -3.215081) (xy -2.402585 -3.231675) (xy -2.377375 -3.247388)
						(xy -2.351513 -3.262199) (xy -2.325018 -3.276086) (xy -2.29791 -3.289026) (xy -2.270206 -3.300998)
						(xy -2.241927 -3.311981) (xy -2.21309 -3.321952) (xy -1.950635 -3.401748) (xy -1.686246 -3.471271)
						(xy -1.42019 -3.530522) (xy -1.152733 -3.579507) (xy -0.884139 -3.618227) (xy -0.614676 -3.646686)
						(xy -0.344609 -3.664888) (xy -0.074203 -3.672835) (xy -0.095391 -4.723934) (xy -0.094874 -4.723934)
						(xy -0.100263 -4.97059) (xy -0.102093 -5.134611) (xy -0.101707 -5.201766) (xy -0.100042 -5.249483)
						(xy -0.100042 -5.249999) (xy -0.099924 -5.255164) (xy -0.099548 -5.260261) (xy -0.09892 -5.265284)
						(xy -0.098048 -5.270226) (xy -0.096936 -5.275082) (xy -0.095592 -5.279845) (xy -0.094021 -5.284508)
						(xy -0.092231 -5.289066) (xy -0.090227 -5.293512) (xy -0.088015 -5.29784) (xy -0.085603 -5.302042)
						(xy -0.082997 -5.306114) (xy -0.080202 -5.310048) (xy -0.077226 -5.313839) (xy -0.074074 -5.317479)
						(xy -0.070753 -5.320963) (xy -0.067269 -5.324284) (xy -0.063628 -5.327436) (xy -0.059838 -5.330412)
						(xy -0.055904 -5.333207) (xy -0.051832 -5.335814) (xy -0.047629 -5.338226) (xy -0.043302 -5.340437)
						(xy -0.038856 -5.342441) (xy -0.034298 -5.344231) (xy -0.029635 -5.345802) (xy -0.024872 -5.347146)
						(xy -0.020016 -5.348258) (xy -0.015073 -5.34913) (xy -0.010051 -5.349758) (xy -0.004954 -5.350134)
						(xy 0.000211 -5.350252)
					)
					(width 0)
					(fill yes)
				)
			)
			(uuid "0d572901-2e24-420d-a0c5-ee18c07ae71a")
		)
		(group ""
			(uuid "f595ddf0-15ea-4a17-a614-0cb54c75f350")
			(members "4839eb6f-fc9f-4899-b65f-ee42dd3ff5f2" "f8ab1136-dfd8-43b2-bd68-d8c8611e5f81")
		)
		(group ""
			(uuid "e0991295-0f95-4232-ac54-306270a454b2")
			(members "080b0ec1-8a93-434e-a476-a018e99c04a3" "5843efa4-a377-4127-a16e-aa7f958c8435"
				"635c7e05-4833-433c-a4e6-bb6608492d0f" "63c8aae9-05a0-46cf-a267-9333d17b1802"
				"b5bbb2fe-a791-48e5-b14c-bad34fcb89b1" "ea023b1d-b657-4497-aa9a-f275dca7c298"
				"f1a06e48-5f6b-420f-8bc0-eabff13ca2f0" "f67d82a8-1daf-498f-9e34-de099463aa53"
			)
		)
		(group ""
			(uuid "6ea8203f-9c15-4b61-a998-33f94ab50a4a")
			(members "11eafbaa-ba7e-4376-90e3-169655663fb6" "286ffbf8-4dc1-43d1-8211-77ede35465a4"
				"76e17b8d-472e-4217-b737-2f840064eacf" "80e542dd-0c41-41c8-9c33-80b06e7c284e"
				"82383001-b06a-477b-8331-c4db31a9118a" "ae48ab86-7cf5-44b0-91f2-03221bc74d7e"
				"c1f7f6e1-5f49-491d-be83-d2851b31f9c9" "df694fff-61d4-4c37-9f34-85c36135b02b"
			)
		)
		(group ""
			(uuid "841214be-9aa1-4a86-9468-f29d6a672374")
			(members "46465417-1205-4149-af1c-70ab992430d2")
		)
		(embedded_fonts no)
	)
	(gr_rect
		(start 114.125 69.9765)
		(end 161.375 131.5235)
		(stroke
			(width 0.15)
			(type solid)
		)
		(fill no)
		(layer "F.SilkS")
		(uuid "f8423a48-62dc-4654-8c0c-cdc66fcf791e")
	)
	(gr_arc
		(start 113.25 143.25)
		(mid 111.12868 142.37132)
		(end 110.25 140.25)
		(stroke
			(width 0.15)
			(type default)
		)
		(layer "Edge.Cuts")
		(uuid "4f14b5c7-72e8-4cca-98f6-093ca51616f8")
	)
	(gr_arc
		(start 110.25 61.25)
		(mid 111.12868 59.12868)
		(end 113.25 58.25)
		(stroke
			(width 0.15)
			(type default)
		)
		(layer "Edge.Cuts")
		(uuid "521a9e34-aec4-4c04-9f1b-48e96b87e359")
	)
	(gr_arc
		(start 162.25 58.25)
		(mid 164.37132 59.12868)
		(end 165.25 61.25)
		(stroke
			(width 0.15)
			(type default)
		)
		(layer "Edge.Cuts")
		(uuid "63d13d91-56f4-4dbf-980f-e7276a9e6ae7")
	)
	(gr_arc
		(start 165.25 140.25)
		(mid 164.37132 142.37132)
		(end 162.25 143.25)
		(stroke
			(width 0.15)
			(type default)
		)
		(layer "Edge.Cuts")
		(uuid "84f7e6b1-69b2-4da8-baab-4d997ef23eed")
	)
	(gr_line
		(start 110.25 140.25)
		(end 110.25 61.25)
		(stroke
			(width 0.15)
			(type default)
		)
		(layer "Edge.Cuts")
		(uuid "88aebeee-1cc2-43b8-8e59-f0090399d738")
	)
	(gr_line
		(start 165.25 61.25)
		(end 165.25 140.25)
		(stroke
			(width 0.15)
			(type default)
		)
		(layer "Edge.Cuts")
		(uuid "9795146c-9c47-4824-89cb-897aab7a9759")
	)
	(gr_line
		(start 113.25 58.25)
		(end 162.25 58.25)
		(stroke
			(width 0.15)
			(type default)
		)
		(layer "Edge.Cuts")
		(uuid "b223bdc3-965b-4a32-b3e8-a8341fc29c30")
	)
	(gr_line
		(start 162.25 143.25)
		(end 113.25 143.25)
		(stroke
			(width 0.15)
			(type default)
		)
		(layer "Edge.Cuts")
		(uuid "e29438e6-82ad-4aa0-b820-ba972b425c0d")
	)
	(dimension
		(type orthogonal)
		(layer "User.2")
		(uuid "2950ecf0-ba7a-47ad-a3fc-8860bccc5ee5")
		(pts
			(xy 113 51.35) (xy 163 51.35)
		)
		(height -3.7)
		(orientation 0)
		(format
			(prefix "")
			(suffix "")
			(units 3)
			(units_format 0)
			(precision 4)
			(suppress_zeroes yes)
		)
		(style
			(thickness 0.25)
			(arrow_length 1.27)
			(text_position_mode 0)
			(arrow_direction outward)
			(extension_height 0.58642)
			(extension_offset 0.5)
			(keep_text_aligned yes)
		)
		(gr_text "50"
			(at 138 45.35 0)
			(layer "User.2")
			(uuid "2950ecf0-ba7a-47ad-a3fc-8860bccc5ee5")
			(effects
				(font
					(size 2 2)
					(thickness 0.3)
				)
			)
		)
	)
	(dimension
		(type orthogonal)
		(layer "User.2")
		(uuid "2c4d42ed-cf76-4275-8091-9e66756b86e1")
		(pts
			(xy 118 71) (xy 118 99)
		)
		(height -9.05)
		(orientation 1)
		(format
			(prefix "")
			(suffix "")
			(units 3)
			(units_format 0)
			(precision 4)
			(suppress_zeroes yes)
		)
		(style
			(thickness 0.25)
			(arrow_length 1.27)
			(text_position_mode 2)
			(arrow_direction outward)
			(extension_height 0.58642)
			(extension_offset 0.5)
			(keep_text_aligned yes)
		)
		(gr_text "28"
			(at 109.1 84.75 90)
			(layer "User.2")
			(uuid "2c4d42ed-cf76-4275-8091-9e66756b86e1")
			(effects
				(font
					(size 1.5 1.5)
					(thickness 0.3)
				)
			)
		)
	)
	(dimension
		(type orthogonal)
		(layer "User.2")
		(uuid "429928bc-17a0-4d6d-b8c9-265bd664092e")
		(pts
			(xy 160.8 49) (xy 160.8 99)
		)
		(height 11.95)
		(orientation 1)
		(format
			(prefix "")
			(suffix "")
			(units 3)
			(units_format 0)
			(precision 4)
			(suppress_zeroes yes)
		)
		(style
			(thickness 0.25)
			(arrow_length 1.27)
			(text_position_mode 2)
			(arrow_direction outward)
			(extension_height 0.58642)
			(extension_offset 0.5)
			(keep_text_aligned yes)
		)
		(gr_text "50"
			(at 175.25 74.25 90)
			(layer "User.2")
			(uuid "429928bc-17a0-4d6d-b8c9-265bd664092e")
			(effects
				(font
					(size 2 2)
					(thickness 0.3)
				)
			)
		)
	)
	(dimension
		(type orthogonal)
		(layer "User.2")
		(uuid "49084a8a-cef3-4213-9e2c-83b858271cb6")
		(pts
			(xy 118 71) (xy 158 86)
		)
		(height 48.3)
		(orientation 1)
		(format
			(prefix "")
			(suffix "")
			(units 3)
			(units_format 0)
			(precision 4)
			(suppress_zeroes yes)
		)
		(style
			(thickness 0.2)
			(arrow_length 1.27)
			(text_position_mode 2)
			(arrow_direction outward)
			(extension_height 0.58642)
			(extension_offset 0.5)
			(keep_text_aligned yes)
		)
		(gr_text "15"
			(at 166.2 78.55 90)
			(layer "User.2")
			(uuid "49084a8a-cef3-4213-9e2c-83b858271cb6")
			(effects
				(font
					(size 1.5 1.5)
					(thickness 0.3)
				)
			)
		)
	)
	(dimension
		(type orthogonal)
		(layer "User.2")
		(uuid "e0d437e2-05c6-4939-b5f3-ed228c554fcd")
		(pts
			(xy 119 71) (xy 157 71)
		)
		(height 34.45)
		(orientation 0)
		(format
			(prefix "")
			(suffix "")
			(units 3)
			(units_format 0)
			(precision 4)
			(suppress_zeroes yes)
		)
		(style
			(thickness 0.25)
			(arrow_length 1.27)
			(text_position_mode 2)
			(arrow_direction outward)
			(extension_height 0.58642)
			(extension_offset 0.5)
			(keep_text_aligned yes)
		)
		(gr_text "38"
			(at 138.2375 105.65 0)
			(layer "User.2")
			(uuid "e0d437e2-05c6-4939-b5f3-ed228c554fcd")
			(effects
				(font
					(size 2 2)
					(thickness 0.3)
				)
			)
		)
	)
	(dimension
		(type orthogonal)
		(layer "User.2")
		(uuid "e7e3f341-8c3a-4d29-a576-84eda46380ec")
		(pts
			(xy 119 71) (xy 113 71)
		)
		(height 34.45)
		(orientation 0)
		(format
			(prefix "")
			(suffix "")
			(units 3)
			(units_format 0)
			(precision 4)
			(suppress_zeroes yes)
		)
		(style
			(thickness 0.25)
			(arrow_length 1.27)
			(text_position_mode 0)
			(arrow_direction outward)
			(extension_height 0.58642)
			(extension_offset 0.5)
			(keep_text_aligned yes)
		)
		(gr_text "6"
			(at 116 103.15 0)
			(layer "User.2")
			(uuid "e7e3f341-8c3a-4d29-a576-84eda46380ec")
			(effects
				(font
					(size 2 2)
					(thickness 0.3)
				)
			)
		)
	)
	(dimension
		(type orthogonal)
		(layer "User.2")
		(uuid "fe59e488-40cf-44c8-a3eb-a8e321e7ac3d")
		(pts
			(xy 158 86) (xy 158 99)
		)
		(height 8.25)
		(orientation 1)
		(format
			(prefix "")
			(suffix "")
			(units 3)
			(units_format 0)
			(precision 4)
			(suppress_zeroes yes)
		)
		(style
			(thickness 0.25)
			(arrow_length 1.27)
			(text_position_mode 2)
			(arrow_direction outward)
			(extension_height 0.58642)
			(extension_offset 0.5)
			(keep_text_aligned yes)
		)
		(gr_text "13"
			(at 166.2 92.55 90)
			(layer "User.2")
			(uuid "fe59e488-40cf-44c8-a3eb-a8e321e7ac3d")
			(effects
				(font
					(size 1.5 1.5)
					(thickness 0.3)
				)
			)
		)
	)
	(segment
		(start 134.75 106)
		(end 134.75 107.75)
		(width 0.2)
		(layer "F.Cu")
		(net 1)
		(uuid "69d8e0cc-3a05-45be-924f-9cbed4a4aebc")
	)
	(segment
		(start 122.515 141.64)
		(end 122.515 119.985)
		(width 0.2)
		(layer "F.Cu")
		(net 1)
		(uuid "a109b69c-074e-46ac-b08f-9d24bca7d0d9")
	)
	(segment
		(start 122.515 119.985)
		(end 134.75 107.75)
		(width 0.2)
		(layer "F.Cu")
		(net 1)
		(uuid "d4b5eb6c-3c1f-4b76-a912-e07c03ab7b53")
	)
	(segment
		(start 117.435 122.565)
		(end 117.435 141.64)
		(width 0.2)
		(layer "F.Cu")
		(net 2)
		(uuid "43feedc2-523f-4ba4-a911-f2efcadbd811")
	)
	(segment
		(start 133.75 106)
		(end 133.75 106.25)
		(width 0.2)
		(layer "F.Cu")
		(net 2)
		(uuid "8fca542c-ad27-4362-ad86-57689a27e0a9")
	)
	(segment
		(start 133.75 106.25)
		(end 117.435 122.565)
		(width 0.2)
		(layer "F.Cu")
		(net 2)
		(uuid "e4f13463-e226-43b6-b3bf-cff0bcfb5b36")
	)
	(segment
		(start 119.975 121.275)
		(end 134.25 107)
		(width 0.2)
		(layer "F.Cu")
		(net 3)
		(uuid "1ffbdc46-5eb1-48a9-b6bf-ecff5a153270")
	)
	(segment
		(start 134.25 106)
		(end 134.25 107)
		(width 0.2)
		(layer "F.Cu")
		(net 3)
		(uuid "56636558-9ed1-430b-a68b-ed6cdf7f5408")
	)
	(segment
		(start 119.975 141.64)
		(end 119.975 121.275)
		(width 0.2)
		(layer "F.Cu")
		(net 3)
		(uuid "d78ec905-86d8-4959-8943-ac9726b01446")
	)
	(segment
		(start 132.675 141.64)
		(end 132.675 114.825)
		(width 0.2)
		(layer "F.Cu")
		(net 4)
		(uuid "1e1c49da-9cf8-45f1-9844-b8de9ffe38d6")
	)
	(segment
		(start 132.675 114.825)
		(end 136.75 110.75)
		(width 0.2)
		(layer "F.Cu")
		(net 4)
		(uuid "2ab993a4-510c-4d7d-945e-7cf28a360eac")
	)
	(segment
		(start 136.75 106)
		(end 136.75 110.75)
		(width 0.2)
		(layer "F.Cu")
		(net 4)
		(uuid "43eda1cb-8939-412c-9dab-d012c6931289")
	)
	(segment
		(start 152.995 119.995)
		(end 140.75 107.75)
		(width 0.2)
		(layer "F.Cu")
		(net 5)
		(uuid "5d1c2936-a6e9-497d-9dae-ed371757ddbf")
	)
	(segment
		(start 152.995 141.64)
		(end 152.995 119.995)
		(width 0.2)
		(layer "F.Cu")
		(net 5)
		(uuid "6c3ab640-e94f-4f35-bad4-10c8a371abf1")
	)
	(segment
		(start 140.75 106)
		(end 140.75 107.75)
		(width 0.2)
		(layer "F.Cu")
		(net 5)
		(uuid "fd9dc381-e828-4290-afe8-67e84ae419d1")
	)
	(segment
		(start 125.055 118.695)
		(end 135.25 108.5)
		(width 0.2)
		(layer "F.Cu")
		(net 6)
		(uuid "c26ad65c-eeb8-48fe-a7e1-e2bb71fe8178")
	)
	(segment
		(start 135.25 106)
		(end 135.25 108.5)
		(width 0.2)
		(layer "F.Cu")
		(net 6)
		(uuid "f902a463-f7c8-4596-9d1e-95ef0428f700")
	)
	(segment
		(start 125.055 141.64)
		(end 125.055 118.695)
		(width 0.2)
		(layer "F.Cu")
		(net 6)
		(uuid "ff47f04e-98ed-47db-926a-9a798b007f5a")
	)
	(segment
		(start 141.75 106)
		(end 141.75 106.25)
		(width 0.2)
		(layer "F.Cu")
		(net 7)
		(uuid "59806796-5e17-4e1c-aa84-68bc1f67201f")
	)
	(segment
		(start 141.75 106.25)
		(end 158.075 122.575)
		(width 0.2)
		(layer "F.Cu")
		(net 7)
		(uuid "860131be-d003-4759-9b1f-7c17a897cc15")
	)
	(segment
		(start 158.075 122.575)
		(end 158.075 141.64)
		(width 0.2)
		(layer "F.Cu")
		(net 7)
		(uuid "f5657338-e351-45ef-987d-194496736c67")
	)
	(segment
		(start 135.215 141.64)
		(end 135.215 113.535)
		(width 0.2)
		(layer "F.Cu")
		(net 8)
		(uuid "b8a03744-f4d9-4ef9-b85b-76ac48add7f0")
	)
	(segment
		(start 135.215 113.535)
		(end 137.25 111.5)
		(width 0.2)
		(layer "F.Cu")
		(net 8)
		(uuid "c005604e-d0f0-4a04-bf3c-d2f677b7b1a5")
	)
	(segment
		(start 137.25 106)
		(end 137.25 111.5)
		(width 0.2)
		(layer "F.Cu")
		(net 8)
		(uuid "d657868e-f100-4e3e-8522-0efb4641a162")
	)
	(segment
		(start 127.595 141.64)
		(end 127.595 117.405)
		(width 0.2)
		(layer "F.Cu")
		(net 9)
		(uuid "7f01ce1a-f676-4eee-9e8a-69f4d72f7fa1")
	)
	(segment
		(start 127.595 117.405)
		(end 135.75 109.25)
		(width 0.2)
		(layer "F.Cu")
		(net 9)
		(uuid "8aadea17-ae47-415c-9f71-19ca54b437ac")
	)
	(segment
		(start 135.75 106)
		(end 135.75 109.25)
		(width 0.2)
		(layer "F.Cu")
		(net 9)
		(uuid "e1e820ef-ebec-4eac-8da0-407054a52a59")
	)
	(segment
		(start 147.915 141.64)
		(end 147.915 117.415)
		(width 0.2)
		(layer "F.Cu")
		(net 10)
		(uuid "6f710dcd-3f67-4876-a30e-0818d4a3bdd1")
	)
	(segment
		(start 139.75 106)
		(end 139.75 109.25)
		(width 0.2)
		(layer "F.Cu")
		(net 10)
		(uuid "88836ee5-6d79-4121-9116-e3e9272b8bbf")
	)
	(segment
		(start 147.915 117.415)
		(end 139.75 109.25)
		(width 0.2)
		(layer "F.Cu")
		(net 10)
		(uuid "9bb3f2ac-baa5-4f76-9682-108493be3d52")
	)
	(segment
		(start 155.535 121.285)
		(end 141.25 107)
		(width 0.2)
		(layer "F.Cu")
		(net 11)
		(uuid "2ecab4c2-6b0e-4acd-ae7d-f35ce6bd110f")
	)
	(segment
		(start 155.535 141.64)
		(end 155.535 121.285)
		(width 0.2)
		(layer "F.Cu")
		(net 11)
		(uuid "8b4abde0-9f6a-48ac-be31-50df03e62264")
	)
	(segment
		(start 141.25 106)
		(end 141.25 107)
		(width 0.2)
		(layer "F.Cu")
		(net 11)
		(uuid "b25704ff-7e9c-4f97-84b7-0b133a6bb9c6")
	)
	(segment
		(start 145.375 116.125)
		(end 139.25 110)
		(width 0.2)
		(layer "F.Cu")
		(net 12)
		(uuid "5eac3bde-d525-4d6c-9a51-643a09e8fcfe")
	)
	(segment
		(start 145.375 141.64)
		(end 145.375 116.125)
		(width 0.2)
		(layer "F.Cu")
		(net 12)
		(uuid "d07a1e2c-9bda-4c9f-a7b5-16b994e44e0e")
	)
	(segment
		(start 139.25 106)
		(end 139.25 110)
		(width 0.2)
		(layer "F.Cu")
		(net 12)
		(uuid "e105cf57-73d2-49bf-a2c5-bb260f34065b")
	)
	(segment
		(start 142.835 114.835)
		(end 138.75 110.75)
		(width 0.2)
		(layer "F.Cu")
		(net 13)
		(uuid "4feb0afd-59f1-4021-968f-d5d469fc648d")
	)
	(segment
		(start 138.75 106)
		(end 138.75 110.75)
		(width 0.2)
		(layer "F.Cu")
		(net 13)
		(uuid "a65a8d68-af99-42b8-a929-4a1d97d50d5a")
	)
	(segment
		(start 142.835 141.64)
		(end 142.835 114.835)
		(width 0.2)
		(layer "F.Cu")
		(net 13)
		(uuid "e520ddba-ca8d-4239-860d-dcfd81d40910")
	)
	(segment
		(start 150.455 141.64)
		(end 150.455 118.705)
		(width 0.2)
		(layer "F.Cu")
		(net 14)
		(uuid "1a50ce22-d56c-43bf-aa6b-57710429f03d")
	)
	(segment
		(start 150.455 118.705)
		(end 140.25 108.5)
		(width 0.2)
		(layer "F.Cu")
		(net 14)
		(uuid "41d7aaaf-4aa4-476b-b238-0deb290730f1")
	)
	(segment
		(start 140.25 106)
		(end 140.25 108.5)
		(width 0.2)
		(layer "F.Cu")
		(net 14)
		(uuid "ef2a19f2-b9bd-47a4-b48d-2cdc029fa510")
	)
	(segment
		(start 140.295 113.545)
		(end 138.25 111.5)
		(width 0.2)
		(layer "F.Cu")
		(net 15)
		(uuid "ac07b818-c7c2-4717-9910-dd4767fb87a4")
	)
	(segment
		(start 138.25 106)
		(end 138.25 111.5)
		(width 0.2)
		(layer "F.Cu")
		(net 15)
		(uuid "bc44b865-a42c-48f5-b622-78b2ffbac92f")
	)
	(segment
		(start 140.295 141.64)
		(end 140.295 113.545)
		(width 0.2)
		(layer "F.Cu")
		(net 15)
		(uuid "cd73ccd1-bbc4-45e0-9209-07d3350584f8")
	)
	(segment
		(start 136.25 106)
		(end 136.25 110)
		(width 0.2)
		(layer "F.Cu")
		(net 16)
		(uuid "68d5fb6b-4d70-4765-a860-fd0f7438a404")
	)
	(segment
		(start 130.135 116.115)
		(end 136.25 110)
		(width 0.2)
		(layer "F.Cu")
		(net 16)
		(uuid "a001a44c-a28b-43ac-af59-4baa7ba1d6fc")
	)
	(segment
		(start 130.135 141.64)
		(end 130.135 116.115)
		(width 0.2)
		(layer "F.Cu")
		(net 16)
		(uuid "cf21bc4c-cb29-4b44-ab3c-dfe7bae3262a")
	)
	(segment
		(start 163.64 84.234999)
		(end 158.515001 84.234999)
		(width 0.2)
		(layer "F.Cu")
		(net 17)
		(uuid "140d66b0-d2c0-4688-a08b-2b7e163f43db")
	)
	(segment
		(start 132.75 97)
		(end 131 97)
		(width 0.2)
		(layer "F.Cu")
		(net 17)
		(uuid "24ec8e19-adb4-490d-b917-38437f900371")
	)
	(segment
		(start 111.86 81.705)
		(end 115.705 81.705)
		(width 0.2)
		(layer "F.Cu")
		(net 17)
		(uuid "2845c68e-da60-4853-ac9c-dd1303f55eba")
	)
	(segment
		(start 150.765 102.015)
		(end 149.75 101)
		(width 0.2)
		(layer "F.Cu")
		(net 17)
		(uuid "2b82c836-f8fd-4f17-8ada-1aded17f143d")
	)
	(segment
		(start 111.86 122.345)
		(end 114.405 122.345)
		(width 0.2)
		(layer "F.Cu")
		(net 17)
		(uuid "2c99b4a9-b13a-45c0-827c-a36878f12a8e")
	)
	(segment
		(start 131.75 105)
		(end 132.75 105)
		(width 0.2)
		(layer "F.Cu")
		(net 17)
		(uuid "33c8d9aa-c054-4687-9789-7e1a817affe9")
	)
	(segment
		(start 114.405 122.345)
		(end 131.75 105)
		(width 0.2)
		(layer "F.Cu")
		(net 17)
		(uuid "35c8cffe-8920-42e6-b8d1-5e8b1582166b")
	)
	(segment
		(start 142.75 95.25)
		(end 142 96)
		(width 0.2)
		(layer "F.Cu")
		(net 17)
		(uuid "38db8e3b-8bfd-4bc3-9b9b-84c93c2e4722")
	)
	(segment
		(start 158.515001 84.234999)
		(end 145.25 97.5)
		(width 0.2)
		(layer "F.Cu")
		(net 17)
		(uuid "41b1b8e3-b0f2-4eac-a160-5125bf1f7892")
	)
	(segment
		(start 137.75 100.75)
		(end 137.75 141.635)
		(width 0.2)
		(layer "F.Cu")
		(net 17)
		(uuid "46402332-7233-45a7-af1e-268c6b4e246a")
	)
	(segment
		(start 163.64 122.335)
		(end 161.085 122.335)
		(width 0.2)
		(layer "F.Cu")
		(net 17)
		(uuid "548fcbaf-a60f-4c17-bcdb-b4720b8118d5")
	)
	(segment
		(start 142.75 105)
		(end 143.75 105)
		(width 0.2)
		(layer "F.Cu")
		(net 17)
		(uuid "5ae4ff93-f44a-4a3c-9536-19f8954d503e")
	)
	(segment
		(start 123.445 96.945)
		(end 126.5 100)
		(width 0.2)
		(layer "F.Cu")
		(net 17)
		(uuid "7b10f0c5-0789-4f52-8852-5de371e4b197")
	)
	(segment
		(start 132.75 95.25)
		(end 133.5 96)
		(width 0.2)
		(layer "F.Cu")
		(net 17)
		(uuid "7ca06c74-9fb1-4d29-b881-0bf7e65246c4")
	)
	(segment
		(start 116.985 117.265)
		(end 130.25 104)
		(width 0.2)
		(layer "F.Cu")
		(net 17)
		(uuid "7ecf29c7-b873-4f5e-bc6e-717d41b80e94")
	)
	(segment
		(start 163.64 79.155)
		(end 161.095 79.155)
		(width 0.2)
		(layer "F.Cu")
		(net 17)
		(uuid "85311de1-9e5b-4b35-ac56-1b1bac69e722")
	)
	(segment
		(start 115.705 81.705)
		(end 131 97)
		(width 0.2)
		(layer "F.Cu")
		(net 17)
		(uuid "95354742-d523-4116-8993-f6cf9a379c52")
	)
	(segment
		(start 126.5 100)
		(end 132.75 100)
		(width 0.2)
		(layer "F.Cu")
		(net 17)
		(uuid "992aede4-20e8-4aab-9169-6c9ab9f1268c")
	)
	(segment
		(start 142.75 96.5)
		(end 143.75 96.5)
		(width 0.2)
		(layer "F.Cu")
		(net 17)
		(uuid "9d632d8e-9b45-4d52-a4cc-605be8d5a3d3")
	)
	(segment
		(start 142.75 106.25)
		(end 142 105.5)
		(width 0.2)
		(layer "F.Cu")
		(net 17)
		(uuid "add19bfa-b9e2-484f-bf3c-2c6d0d7d69b0")
	)
	(segment
		(start 161.095 79.155)
		(end 143.75 96.5)
		(width 0.2)
		(layer "F.Cu")
		(net 17)
		(uuid "b2ba01a9-3656-45ca-9f6c-3fa3cda500fd")
	)
	(segment
		(start 163.64 102.015)
		(end 150.765 102.015)
		(width 0.2)
		(layer "F.Cu")
		(net 17)
		(uuid "b2f26c70-4247-4c74-9ec7-0ba881bd92da")
	)
	(segment
		(start 130.25 104)
		(end 132.75 104)
		(width 0.2)
		(layer "F.Cu")
		(net 17)
		(uuid "b9e2aed0-d0ec-4423-a4d0-9c9b0b65f62c")
	)
	(segment
		(start 142.75 101)
		(end 149.75 101)
		(width 0.2)
		(layer "F.Cu")
		(net 17)
		(uuid "bed573df-df2b-42a3-961b-60ddfd013614")
	)
	(segment
		(start 111.86 117.265)
		(end 116.985 117.265)
		(width 0.2)
		(layer "F.Cu")
		(net 17)
		(uuid "bf54e799-322e-4f8d-a246-9e967b9ea5f6")
	)
	(segment
		(start 137.75 95.5)
		(end 137.75 59.864999)
		(width 0.2)
		(layer "F.Cu")
		(net 17)
		(uuid "c61939bf-aae4-4fc3-92cf-a11323cd9718")
	)
	(segment
		(start 132.75 106.25)
		(end 133.5 105.5)
		(width 0.2)
		(layer "F.Cu")
		(net 17)
		(uuid "c79f5803-2161-4427-8753-7ec0ee9056f3")
	)
	(segment
		(start 137.75 59.864999)
		(end 137.745001 59.86)
		(width 0.2)
		(layer "F.Cu")
		(net 17)
		(uuid "c7ddf33f-370c-476c-94bc-00d7f787f7c2")
	)
	(segment
		(start 111.86 96.945)
		(end 123.445 96.945)
		(width 0.2)
		(layer "F.Cu")
		(net 17)
		(uuid "cd59bf29-5518-441a-b583-57995772c78c")
	)
	(segment
		(start 137.75 141.635)
		(end 137.755 141.64)
		(width 0.2)
		(layer "F.Cu")
		(net 17)
		(uuid "d9da23e6-3891-460d-bfc1-7d90ce35c746")
	)
	(segment
		(start 161.085 122.335)
		(end 143.75 105)
		(width 0.2)
		(layer "F.Cu")
		(net 17)
		(uuid "e4eff850-0dd1-4dcd-8d40-b347c0dcca4b")
	)
	(segment
		(start 142.75 97.5)
		(end 145.25 97.5)
		(width 0.2)
		(layer "F.Cu")
		(net 17)
		(uuid "fdef25c2-60a8-46e4-a417-a2710cf7ac68")
	)
	(via
		(at 151.75 80.75)
		(size 0.6)
		(drill 0.3)
		(layers "F.Cu" "B.Cu")
		(net 17)
		(uuid "002f3a7c-facd-42ca-8692-30f3dc336b95")
	)
	(via
		(at 136.5 87.25)
		(size 0.6)
		(drill 0.3)
		(layers "F.Cu" "B.Cu")
		(net 17)
		(uuid "0552f95b-83e3-43e5-bd2a-eaf9f64530ca")
	)
	(via
		(at 159.25 116)
		(size 0.6)
		(drill 0.3)
		(layers "F.Cu" "B.Cu")
		(net 17)
		(uuid "064c26bb-4152-46bb-800c-c9709e17b276")
	)
	(via
		(at 123.75 120.75)
		(size 0.6)
		(drill 0.3)
		(layers "F.Cu" "B.Cu")
		(net 17)
		(uuid "0845b069-559a-4a2d-b5cb-5b5a4962884e")
	)
	(via
		(at 151.75 120.75)
		(size 0.6)
		(drill 0.3)
		(layers "F.Cu" "B.Cu")
		(net 17)
		(uuid "08c59934-406a-4e42-ab1d-0b979525fff9")
	)
	(via
		(at 134 86)
		(size 0.6)
		(drill 0.3)
		(layers "F.Cu" "B.Cu")
		(net 17)
		(uuid "0a2c3f71-3f3d-4f14-b16a-0d3cb58a7b2d")
	)
	(via
		(at 123.75 80.75)
		(size 0.6)
		(drill 0.3)
		(layers "F.Cu" "B.Cu")
		(net 17)
		(uuid "0af4a8e6-5343-4cbf-a40a-564b0e55cd0a")
	)
	(via
		(at 129.25 109.75)
		(size 0.6)
		(drill 0.3)
		(layers "F.Cu" "B.Cu")
		(net 17)
		(uuid "0b256011-7da2-4545-a9f8-3200d5c24947")
	)
	(via
		(at 146.5 118.25)
		(size 0.6)
		(drill 0.3)
		(layers "F.Cu" "B.Cu")
		(net 17)
		(uuid "10738850-0116-4eb2-8771-7194c9cc6a46")
	)
	(via
		(at 115 118.5)
		(size 0.6)
		(drill 0.3)
		(layers "F.Cu" "B.Cu")
		(net 17)
		(uuid "12a55f46-d682-495f-bd17-11ce075b0a90")
	)
	(via
		(at 159.25 85.5)
		(size 0.6)
		(drill 0.3)
		(layers "F.Cu" "B.Cu")
		(net 17)
		(uuid "1a5cf97d-f272-4a84-9103-dca788e07a3a")
	)
	(via
		(at 146.25 109.75)
		(size 0.6)
		(drill 0.3)
		(layers "F.Cu" "B.Cu")
		(net 17)
		(uuid "1f8b1b62-87d1-41e5-854a-5384ce3d129d")
	)
	(via
		(at 124 100.75)
		(size 0.6)
		(drill 0.3)
		(layers "F.Cu" "B.Cu")
		(net 17)
		(uuid "23755d0f-33d6-44e3-b1e1-65b70bd7037a")
	)
	(via
		(at 129 118.25)
		(size 0.6)
		(drill 0.3)
		(layers "F.Cu" "B.Cu")
		(net 17)
		(uuid "25b95ff7-ddf8-4db2-8506-029b26da1a93")
	)
	(via
		(at 154 105.75)
		(size 0.6)
		(drill 0.3)
		(layers "F.Cu" "B.Cu")
		(net 17)
		(uuid "286df320-01b6-41ba-8139-9c43dd250f15")
	)
	(via
		(at 154.25 79.5)
		(size 0.6)
		(drill 0.3)
		(layers "F.Cu" "B.Cu")
		(net 17)
		(uuid "29f12268-24c9-470f-a61b-4f533e8c12ea")
	)
	(via
		(at 134 115.5)
		(size 0.6)
		(drill 0.3)
		(layers "F.Cu" "B.Cu")
		(net 17)
		(uuid "34c8a417-8a06-453e-8be2-1466c6873d89")
	)
	(via
		(at 144.25 84.5)
		(size 0.6)
		(drill 0.3)
		(layers "F.Cu" "B.Cu")
		(net 17)
		(uuid "37d20a44-63e7-46d1-957a-ba266807a0a5")
	)
	(via
		(at 121.25 79.5)
		(size 0.6)
		(drill 0.3)
		(layers "F.Cu" "B.Cu")
		(net 17)
		(uuid "4208b0f7-22a3-410a-afc6-d3699f6e53db")
	)
	(via
		(at 115 83)
		(size 0.6)
		(drill 0.3)
		(layers "F.Cu" "B.Cu")
		(net 17)
		(uuid "46644021-bb60-4dd7-95ab-c1011e6df9f2")
	)
	(via
		(at 136.5 114.25)
		(size 0.6)
		(drill 0.3)
		(layers "F.Cu" "B.Cu")
		(net 17)
		(uuid "466f16df-9d71-426a-a32d-c564140a23b3")
	)
	(via
		(at 129 83.25)
		(size 0.6)
		(drill 0.3)
		(layers "F.Cu" "B.Cu")
		(net 17)
		(uuid "4961a63a-c288-4e6a-bbb8-a61dd926e0e4")
	)
	(via
		(at 154 95.75)
		(size 0.6)
		(drill 0.3)
		(layers "F.Cu" "B.Cu")
		(net 17)
		(uuid "4bea204f-2096-4718-8864-af04c590ea56")
	)
	(via
		(at 131.25 84.5)
		(size 0.6)
		(drill 0.3)
		(layers "F.Cu" "B.Cu")
		(net 17)
		(uuid "509087cd-6e0b-4216-81d2-6d5e888533a7")
	)
	(via
		(at 155.5 93.25)
		(size 0.6)
		(drill 0.3)
		(layers "F.Cu" "B.Cu")
		(net 17)
		(uuid "575aa9c2-dda5-4fc8-9aa1-1c902d109b5a")
	)
	(via
		(at 121.5 95.75)
		(size 0.6)
		(drill 0.3)
		(layers "F.Cu" "B.Cu")
		(net 17)
		(uuid "676cd3b4-fd93-4bef-b614-91025496038a")
	)
	(via
		(at 141.5 86)
		(size 0.6)
		(drill 0.3)
		(layers "F.Cu" "B.Cu")
		(net 17)
		(uuid "69568930-00a3-4921-a830-5cafccd7a7de")
	)
	(via
		(at 163 78)
		(size 0.6)
		(drill 0.3)
		(layers "F.Cu" "B.Cu")
		(net 17)
		(uuid "6c1af87e-ce0c-4577-bc23-4c238418e1ae")
	)
	(via
		(at 144.25 117)
		(size 0.6)
		(drill 0.3)
		(layers "F.Cu" "B.Cu")
		(net 17)
		(uuid "6e08b319-27ee-4e55-96e6-6373ece36568")
	)
	(via
		(at 152.75 98.25)
		(size 0.6)
		(drill 0.3)
		(layers "F.Cu" "B.Cu")
		(net 17)
		(uuid "6e40832f-6e99-4411-8a3d-dda23f904416")
	)
	(via
		(at 161.75 121)
		(size 0.6)
		(drill 0.3)
		(layers "F.Cu" "B.Cu")
		(net 17)
		(uuid "708db4e4-7353-473b-b848-bc88db9961d7")
	)
	(via
		(at 120 108.25)
		(size 0.6)
		(drill 0.3)
		(layers "F.Cu" "B.Cu")
		(net 17)
		(uuid "73512d20-9d19-4a73-807b-a1287b97fea3")
	)
	(via
		(at 121.25 122)
		(size 0.6)
		(drill 0.3)
		(layers "F.Cu" "B.Cu")
		(net 17)
		(uuid "735ede20-a649-4bea-ba13-4efcc8b018ce")
	)
	(via
		(at 126.25 119.5)
		(size 0.6)
		(drill 0.3)
		(layers "F.Cu" "B.Cu")
		(net 17)
		(uuid "7422c086-bb97-4855-8763-3cccf0c97332")
	)
	(via
		(at 158 88)
		(size 0.6)
		(drill 0.3)
		(layers "F.Cu" "B.Cu")
		(net 17)
		(uuid "75bd5508-3739-4137-9685-b5802725b73b")
	)
	(via
		(at 132.75 106.25)
		(size 0.6)
		(drill 0.3)
		(layers "F.Cu" "B.Cu")
		(net 17)
		(uuid "75bf41fa-b490-4b3d-9c08-be26bf566d15")
	)
	(via
		(at 112.5 78)
		(size 0.6)
		(drill 0.3)
		(layers "F.Cu" "B.Cu")
		(net 17)
		(uuid "7b1fca88-51f3-4109-ba77-f24d12a0b596")
	)
	(via
		(at 156.75 123.25)
		(size 0.6)
		(drill 0.3)
		(layers "F.Cu" "B.Cu")
		(net 17)
		(uuid "80f8c7c6-6c83-495e-b9c8-afd1281c9ee6")
	)
	(via
		(at 118.75 78.25)
		(size 0.6)
		(drill 0.3)
		(layers "F.Cu" "B.Cu")
		(net 17)
		(uuid "81dd0a19-5135-4e6b-8074-f19ae04d07e5")
	)
	(via
		(at 158 113.5)
		(size 0.6)
		(drill 0.3)
		(layers "F.Cu" "B.Cu")
		(net 17)
		(uuid "8419e574-c95b-4780-8ec6-d823ca1d2d83")
	)
	(via
		(at 154.25 122)
		(size 0.6)
		(drill 0.3)
		(layers "F.Cu" "B.Cu")
		(net 17)
		(uuid "8e0c81f0-a25c-4904-9330-ab7662f54fca")
	)
	(via
		(at 113.75 80.5)
		(size 0.6)
		(drill 0.3)
		(layers "F.Cu" "B.Cu")
		(net 17)
		(uuid "917fc914-d78e-4b23-8774-b65bf142a692")
	)
	(via
		(at 156.75 90.5)
		(size 0.6)
		(drill 0.3)
		(layers "F.Cu" "B.Cu")
		(net 17)
		(uuid "9233caed-b5e8-4120-b764-62f9ef9b321c")
	)
	(via
		(at 118.75 90.5)
		(size 0.6)
		(drill 0.3)
		(layers "F.Cu" "B.Cu")
		(net 17)
		(uuid "942a8224-6a26-4fb9-9073-8c2db76d0c83")
	)
	(via
		(at 156.75 111)
		(size 0.6)
		(drill 0.3)
		(layers "F.Cu" "B.Cu")
		(net 17)
		(uuid "945ed31c-93f2-4ecf-9f0a-3ec7cbe0689d")
	)
	(via
		(at 116.25 116)
		(size 0.6)
		(drill 0.3)
		(layers "F.Cu" "B.Cu")
		(net 17)
		(uuid "96893227-7112-4594-a212-ad75d05c3e5f")
	)
	(via
		(at 116.25 85.5)
		(size 0.6)
		(drill 0.3)
		(layers "F.Cu" "B.Cu")
		(net 17)
		(uuid "9700fa3b-1b3e-4038-a80c-b0692f65db79")
	)
	(via
		(at 149.25 119.5)
		(size 0.6)
		(drill 0.3)
		(layers "F.Cu" "B.Cu")
		(net 17)
		(uuid "9b28b4d1-3c30-40bf-b221-6bc06f99897f")
	)
	(via
		(at 160.5 118.5)
		(size 0.6)
		(drill 0.3)
		(layers "F.Cu" "B.Cu")
		(net 17)
		(uuid "9c4b09e0-bc5a-4f84-9460-eedf885260ed")
	)
	(via
		(at 151.5 100.75)
		(size 0.6)
		(drill 0.3)
		(layers "F.Cu" "B.Cu")
		(net 17)
		(uuid "9dc11cc2-249e-4dca-b4bd-268fdbc376a4")
	)
	(via
		(at 112.5 123.5)
		(size 0.6)
		(drill 0.3)
		(layers "F.Cu" "B.Cu")
		(net 17)
		(uuid "9ef39e3e-87bb-4fdc-92b6-79a36b15e69d")
	)
	(via
		(at 142.75 106.25)
		(size 0.6)
		(drill 0.3)
		(layers "F.Cu" "B.Cu")
		(net 17)
		(uuid "a5bb18f5-41f1-4a10-aa29-e213dea187cf")
	)
	(via
		(at 163 123.5)
		(size 0.6)
		(drill 0.3)
		(layers "F.Cu" "B.Cu")
		(net 17)
		(uuid "b0b34029-92da-489b-860f-c81cbfbb3465")
	)
	(via
		(at 161.75 80.5)
		(size 0.6)
		(drill 0.3)
		(layers "F.Cu" "B.Cu")
		(net 17)
		(uuid "b25b94e2-1f46-48bf-b095-ed35c39d915a")
	)
	(via
		(at 156.75 78.25)
		(size 0.6)
		(drill 0.3)
		(layers "F.Cu" "B.Cu")
		(net 17)
		(uuid "b88c41ed-f8b2-4b11-a22a-ec21adb8b09f")
	)
	(via
		(at 120 93.25)
		(size 0.6)
		(drill 0.3)
		(layers "F.Cu" "B.Cu")
		(net 17)
		(uuid "b91b2d9c-cfd3-4a66-bf5a-c6019224ea97")
	)
	(via
		(at 131.25 117)
		(size 0.6)
		(drill 0.3)
		(layers "F.Cu" "B.Cu")
		(net 17)
		(uuid "bd776e1d-bba3-44f8-ab36-41c1709ea07c")
	)
	(via
		(at 122.75 103.25)
		(size 0.6)
		(drill 0.3)
		(layers "F.Cu" "B.Cu")
		(net 17)
		(uuid "bde6a8f2-bf4e-45b2-ba57-26935623d116")
	)
	(via
		(at 117.5 113.5)
		(size 0.6)
		(drill 0.3)
		(layers "F.Cu" "B.Cu")
		(net 17)
		(uuid "c4618ba8-490d-46f0-8aa7-6d49e8639b6b")
	)
	(via
		(at 118.75 111)
		(size 0.6)
		(drill 0.3)
		(layers "F.Cu" "B.Cu")
		(net 17)
		(uuid "cc3b6b1c-63fb-49c8-91cb-03cf4f7e2fbd")
	)
	(via
		(at 139 87.25)
		(size 0.6)
		(drill 0.3)
		(layers "F.Cu" "B.Cu")
		(net 17)
		(uuid "cccf6f2c-0f59-4f45-81f3-33d16708c149")
	)
	(via
		(at 122.75 98.25)
		(size 0.6)
		(drill 0.3)
		(layers "F.Cu" "B.Cu")
		(net 17)
		(uuid "cf200f78-4f9e-43be-8c4a-4542e6c567b0")
	)
	(via
		(at 118.75 123.25)
		(size 0.6)
		(drill 0.3)
		(layers "F.Cu" "B.Cu")
		(net 17)
		(uuid "cf4f19d8-a0a4-4dfd-a6fa-88941fcc0763")
	)
	(via
		(at 121.5 105.75)
		(size 0.6)
		(drill 0.3)
		(layers "F.Cu" "B.Cu")
		(net 17)
		(uuid "d1eda6d5-ab67-4bc3-854e-63a8b02df3d0")
	)
	(via
		(at 126.25 82)
		(size 0.6)
		(drill 0.3)
		(layers "F.Cu" "B.Cu")
		(net 17)
		(uuid "d4ce7c01-8628-400d-83bb-4564df5f243a")
	)
	(via
		(at 160.5 83)
		(size 0.6)
		(drill 0.3)
		(layers "F.Cu" "B.Cu")
		(net 17)
		(uuid "e56435d9-2a3f-4af9-91c1-01db6c178495")
	)
	(via
		(at 152.75 103.25)
		(size 0.6)
		(drill 0.3)
		(layers "F.Cu" "B.Cu")
		(net 17)
		(uuid "e58d8c28-c843-4b36-bbdd-ef975c3eec63")
	)
	(via
		(at 113.75 121)
		(size 0.6)
		(drill 0.3)
		(layers "F.Cu" "B.Cu")
		(net 17)
		(uuid "e5ae477b-19de-4cea-921f-522ce525f446")
	)
	(via
		(at 155.5 108.25)
		(size 0.6)
		(drill 0.3)
		(layers "F.Cu" "B.Cu")
		(net 17)
		(uuid "edb7250d-33cf-44ff-854a-84a9df03eff8")
	)
	(via
		(at 141.5 115.5)
		(size 0.6)
		(drill 0.3)
		(layers "F.Cu" "B.Cu")
		(net 17)
		(uuid "ef63c195-3887-4796-8a42-967b71f99016")
	)
	(via
		(at 146.5 83.25)
		(size 0.6)
		(drill 0.3)
		(layers "F.Cu" "B.Cu")
		(net 17)
		(uuid "f62ce240-b43a-4345-a748-0546ff596111")
	)
	(via
		(at 139 114.25)
		(size 0.6)
		(drill 0.3)
		(layers "F.Cu" "B.Cu")
		(net 17)
		(uuid "f6a6f1e1-0df1-44a0-807f-e89faac9ed64")
	)
	(via
		(at 132.75 95.25)
		(size 0.6)
		(drill 0.3)
		(layers "F.Cu" "B.Cu")
		(net 17)
		(uuid "f8d92896-6c50-4f60-abed-6e3b41bc2750")
	)
	(via
		(at 142.75 95.25)
		(size 0.6)
		(drill 0.3)
		(layers "F.Cu" "B.Cu")
		(net 17)
		(uuid "fc0ffb86-271c-4402-a348-ac957325c1dd")
	)
	(via
		(at 117.5 88)
		(size 0.6)
		(drill 0.3)
		(layers "F.Cu" "B.Cu")
		(net 17)
		(uuid "fcb6c1fe-6573-4a89-9a4c-6f5c5004bd6e")
	)
	(via
		(at 149.25 82)
		(size 0.6)
		(drill 0.3)
		(layers "F.Cu" "B.Cu")
		(net 17)
		(uuid "ffddda3d-a477-4be8-8cc2-161763488816")
	)
	(segment
		(start 152.055 104.555)
		(end 149 101.5)
		(width 0.2)
		(layer "F.Cu")
		(net 18)
		(uuid "2b2a73df-2eb0-476a-9886-cb4b0c168b50")
	)
	(segment
		(start 142.75 101.5)
		(end 149 101.5)
		(width 0.2)
		(layer "F.Cu")
		(net 18)
		(uuid "3f65e902-d849-4810-8152-010072a3aa57")
	)
	(segment
		(start 125.75 100.5)
		(end 132.75 100.5)
		(width 0.2)
		(layer "F.Cu")
		(net 18)
		(uuid "5b1b51bf-c3c7-471e-845f-18bb6112137d")
	)
	(segment
		(start 124.735 99.485)
		(end 125.75 100.5)
		(width 0.2)
		(layer "F.Cu")
		(net 18)
		(uuid "663a7ccb-694a-4bdc-aaf7-9ed95edf5f99")
	)
	(segment
		(start 125.75 100.5)
		(end 125.75 100.4)
		(width 0.2)
		(layer "F.Cu")
		(net 18)
		(uuid "9aeaf106-c427-44b1-a784-ab51cebccb60")
	)
	(segment
		(start 111.86 99.485)
		(end 124.735 99.485)
		(width 0.2)
		(layer "F.Cu")
		(net 18)
		(uuid "d6e99e4a-7844-47d8-a401-2eb75c25efd2")
	)
	(segment
		(start 163.64 104.555)
		(end 152.055 104.555)
		(width 0.2)
		(layer "F.Cu")
		(net 18)
		(uuid "e02610ca-9fa1-4eb4-b643-b64f2d679cc4")
	)
	(segment
		(start 149 101.5)
		(end 149 101.6)
		(width 0.2)
		(layer "F.Cu")
		(net 18)
		(uuid "e9141928-e12a-4d72-8f03-40528f8d7854")
	)
	(via
		(at 125.75 100.4)
		(size 0.6)
		(drill 0.3)
		(layers "F.Cu" "B.Cu")
		(net 18)
		(uuid "501f5a62-5068-4d1d-9940-af16b87eaa4f")
	)
	(via
		(at 149 101.6)
		(size 0.6)
		(drill 0.3)
		(layers "F.Cu" "B.Cu")
		(net 18)
		(uuid "5f917eba-f45c-4344-8a44-2472adeba421")
	)
	(segment
		(start 143.25 110)
		(end 149 104.25)
		(width 0.2)
		(layer "B.Cu")
		(net 18)
		(uuid "9223d7e1-6bef-476a-913e-0322952ab33c")
	)
	(segment
		(start 132.25 110)
		(end 143.25 110)
		(width 0.2)
		(layer "B.Cu")
		(net 18)
		(uuid "abbe5f1f-ac0d-4cdd-8e4a-284a5dae8e7d")
	)
	(segment
		(start 125.75 103.5)
		(end 132.25 110)
		(width 0.2)
		(layer "B.Cu")
		(net 18)
		(uuid "b3938feb-3fbc-45b9-a5b5-7c6022b129a4")
	)
	(segment
		(start 149 104.25)
		(end 149 101.6)
		(width 0.2)
		(layer "B.Cu")
		(net 18)
		(uuid "bb200127-0f16-4859-89a5-d1a2a254a01e")
	)
	(segment
		(start 125.75 100.4)
		(end 125.75 103.5)
		(width 0.2)
		(layer "B.Cu")
		(net 18)
		(uuid "f2d1cab1-6f75-4264-9aa6-9fef3c63ad12")
	)
	(segment
		(start 163.64 117.255)
		(end 158.505 117.255)
		(width 0.2)
		(layer "F.Cu")
		(net 19)
		(uuid "4c53f56e-d252-4d6d-92bd-ea3c28c7f04b")
	)
	(segment
		(start 142.75 104)
		(end 145.25 104)
		(width 0.2)
		(layer "F.Cu")
		(net 19)
		(uuid "df53a229-fbd5-4871-9db8-55f8428caec4")
	)
	(segment
		(start 158.505 117.255)
		(end 145.25 104)
		(width 0.2)
		(layer "F.Cu")
		(net 19)
		(uuid "f671498e-f4a1-4173-86f9-9417c1054b86")
	)
	(segment
		(start 163.64 81.695)
		(end 159.805 81.695)
		(width 0.2)
		(layer "F.Cu")
		(net 20)
		(uuid "102a2637-433d-4644-aa09-12ae1764874b")
	)
	(segment
		(start 142.75 97)
		(end 144.5 97)
		(width 0.2)
		(layer "F.Cu")
		(net 20)
		(uuid "1c911342-90eb-4036-858b-e4a6a2a9ea1b")
	)
	(segment
		(start 159.805 81.695)
		(end 144.5 97)
		(width 0.2)
		(layer "F.Cu")
		(net 20)
		(uuid "54c99fb0-d7c6-4656-aa55-f01fc964e786")
	)
	(segment
		(start 144.5 97)
		(end 144.5 96.9)
		(width 0.2)
		(layer "F.Cu")
		(net 20)
		(uuid "7b58cfb3-c3f9-46f6-a2e5-0c603c01fcd3")
	)
	(segment
		(start 111.86 119.805)
		(end 115.695 119.805)
		(width 0.2)
		(layer "F.Cu")
		(net 20)
		(uuid "95591c56-03fe-4a23-b4a4-dbc2be311e61")
	)
	(segment
		(start 131 104.5)
		(end 131 104.6)
		(width 0.2)
		(layer "F.Cu")
		(net 20)
		(uuid "b5cd5f5f-ea24-4129-9cb1-9a8cc58edb5b")
	)
	(segment
		(start 131 104.5)
		(end 132.75 104.5)
		(width 0.2)
		(layer "F.Cu")
		(net 20)
		(uuid "c8a56ab4-bc53-43da-8de6-621f9d2de3a1")
	)
	(segment
		(start 115.695 119.805)
		(end 131 104.5)
		(width 0.2)
		(layer "F.Cu")
		(net 20)
		(uuid "d2d762e1-ffb6-427d-954d-d6c758d9c27d")
	)
	(via
		(at 131 104.6)
		(size 0.6)
		(drill 0.3)
		(layers "F.Cu" "B.Cu")
		(net 20)
		(uuid "37754265-e184-4e34-a77e-560723d0b266")
	)
	(via
		(at 144.5 96.9)
		(size 0.6)
		(drill 0.3)
		(layers "F.Cu" "B.Cu")
		(net 20)
		(uuid "c50f0b61-ca91-4ac5-8d53-2efe5e9f6a09")
	)
	(segment
		(start 132.5 108.25)
		(end 143 108.25)
		(width 0.2)
		(layer "B.Cu")
		(net 20)
		(uuid "35c9a04a-db01-4c03-b06f-fd7ae0de03ea")
	)
	(segment
		(start 143 108.25)
		(end 144.5 106.75)
		(width 0.2)
		(layer "B.Cu")
		(net 20)
		(uuid "38dda8b9-7976-4f88-880b-19d10d4c67a5")
	)
	(segment
		(start 144.5 106.75)
		(end 144.5 96.9)
		(width 0.2)
		(layer "B.Cu")
		(net 20)
		(uuid "6b8fe234-ddae-42a3-88f4-174b64116fe8")
	)
	(segment
		(start 131 106.75)
		(end 132.5 108.25)
		(width 0.2)
		(layer "B.Cu")
		(net 20)
		(uuid "753feac2-418b-45f1-bf17-0d243cdcb125")
	)
	(segment
		(start 131 104.6)
		(end 131 106.75)
		(width 0.2)
		(layer "B.Cu")
		(net 20)
		(uuid "93aa0590-2d17-457c-928c-8187effd6a96")
	)
	(segment
		(start 163.64 99.475)
		(end 150.775 99.475)
		(width 0.2)
		(layer "F.Cu")
		(net 21)
		(uuid "415aee12-dcc7-4fc8-8d64-54b19d60aa49")
	)
	(segment
		(start 150.775 99.475)
		(end 149.75 100.5)
		(width 0.2)
		(layer "F.Cu")
		(net 21)
		(uuid "87fedadc-f0ff-4b1c-a191-afb3e78467ce")
	)
	(segment
		(start 142.75 100.5)
		(end 149.75 100.5)
		(width 0.2)
		(layer "F.Cu")
		(net 21)
		(uuid "ce9f813b-67fd-4b33-910f-97bc83ef5fd0")
	)
	(segment
		(start 142.75 104.5)
		(end 144.5 104.5)
		(width 0.2)
		(layer "F.Cu")
		(net 22)
		(uuid "511dbdcb-245e-4687-92e3-82a0ef8cb623")
	)
	(segment
		(start 163.640001 119.795)
		(end 159.795 119.795)
		(width 0.2)
		(layer "F.Cu")
		(net 22)
		(uuid "879944d4-84bd-4276-bacd-bf5313043d73")
	)
	(segment
		(start 159.795 119.795)
		(end 144.5 104.5)
		(width 0.2)
		(layer "F.Cu")
		(net 22)
		(uuid "b086f97b-2d8c-4838-bc23-131cbc8c0626")
	)
	(segment
		(start 154.635 109.635)
		(end 147.5 102.5)
		(width 0.2)
		(layer "F.Cu")
		(net 23)
		(uuid "22568760-e3b7-4647-900c-15f4b628ec73")
	)
	(segment
		(start 142.75 102.5)
		(end 147.5 102.5)
		(width 0.2)
		(layer "F.Cu")
		(net 23)
		(uuid "4fbd4b47-9a12-482a-93b9-b87e1b4d6ff8")
	)
	(segment
		(start 163.64 109.635)
		(end 154.635 109.635)
		(width 0.2)
		(layer "F.Cu")
		(net 23)
		(uuid "b1a44864-58bc-4c18-a971-63650adaf807")
	)
	(segment
		(start 142.75 99.5)
		(end 148.25 99.5)
		(width 0.2)
		(layer "F.Cu")
		(net 24)
		(uuid "6542591f-cd2c-4b45-b012-367aec971354")
	)
	(segment
		(start 153.355 94.395)
		(end 148.25 99.5)
		(width 0.2)
		(layer "F.Cu")
		(net 24)
		(uuid "7663ac25-3f85-45a3-9c98-6985a50890a4")
	)
	(segment
		(start 163.64 94.395)
		(end 153.355 94.395)
		(width 0.2)
		(layer "F.Cu")
		(net 24)
		(uuid "c277b228-455c-4c6b-a337-6b7fee517d33")
	)
	(segment
		(start 163.64 86.775001)
		(end 157.224999 86.775001)
		(width 0.2)
		(layer "F.Cu")
		(net 25)
		(uuid "b7edd466-0042-4d03-a5ab-ad51b934b63e")
	)
	(segment
		(start 157.224999 86.775001)
		(end 146 98)
		(width 0.2)
		(layer "F.Cu")
		(net 25)
		(uuid "dfd8c6f1-6415-4185-8743-cc2a8dd70aca")
	)
	(segment
		(start 142.75 98)
		(end 146 98)
		(width 0.2)
		(layer "F.Cu")
		(net 25)
		(uuid "fa1423fd-739d-4b4e-8db5-077a6960d31e")
	)
	(segment
		(start 142.75 103.5)
		(end 146 103.5)
		(width 0.2)
		(layer "F.Cu")
		(net 26)
		(uuid "3db83334-b081-4993-9a55-b9ca010a5fd1")
	)
	(segment
		(start 157.215 114.715)
		(end 146 103.5)
		(width 0.2)
		(layer "F.Cu")
		(net 26)
		(uuid "d506e137-7406-4c06-987c-9feb86effc01")
	)
	(segment
		(start 163.64 114.715)
		(end 157.215 114.715)
		(width 0.2)
		(layer "F.Cu")
		(net 26)
		(uuid "e54a7594-d7ac-4397-89c9-1488d0cb90ee")
	)
	(segment
		(start 163.640001 96.935)
		(end 152.065 96.935)
		(width 0.2)
		(layer "F.Cu")
		(net 27)
		(uuid "3e579907-0fa1-4eed-9455-e58c49437282")
	)
	(segment
		(start 142.75 100)
		(end 149 100)
		(width 0.2)
		(layer "F.Cu")
		(net 27)
		(uuid "c1e96e25-5d56-47d9-b27b-baf74802da5a")
	)
	(segment
		(start 152.065 96.935)
		(end 149 100)
		(width 0.2)
		(layer "F.Cu")
		(net 27)
		(uuid "d71d35f6-5c77-4996-877e-0039288fe9a7")
	)
	(segment
		(start 154.645 91.855)
		(end 147.5 99)
		(width 0.2)
		(layer "F.Cu")
		(net 28)
		(uuid "5ffb3ace-9865-4ee3-8d20-063fcf2ca01a")
	)
	(segment
		(start 163.64 91.855)
		(end 154.645 91.855)
		(width 0.2)
		(layer "F.Cu")
		(net 28)
		(uuid "c0524752-7a9e-4de1-95f4-9cba7be37147")
	)
	(segment
		(start 142.75 99)
		(end 147.5 99)
		(width 0.2)
		(layer "F.Cu")
		(net 28)
		(uuid "f54cace7-3895-4825-b0be-d33052b7593b")
	)
	(segment
		(start 162.375 124.875)
		(end 143 105.5)
		(width 0.2)
		(layer "F.Cu")
		(net 29)
		(uuid "00f3d084-0705-4245-903c-b809b05eeefb")
	)
	(segment
		(start 143.184313 105.684313)
		(end 143.315687 105.684313)
		(width 0.2)
		(layer "F.Cu")
		(net 29)
		(uuid "164c1f2f-c92a-47cf-8f18-c760837a9b6b")
	)
	(segment
		(start 111.86 84.245)
		(end 116.995 84.245)
		(width 0.2)
		(layer "F.Cu")
		(net 29)
		(uuid "25369c37-c325-49e7-8fa4-5a34b1739a75")
	)
	(segment
		(start 163.64 124.875)
		(end 162.375 124.875)
		(width 0.2)
		(layer "F.Cu")
		(net 29)
		(uuid "2d4308d6-8d6c-45f9-960a-8b6cae6c9b46")
	)
	(segment
		(start 142.75 105.5)
		(end 143 105.5)
		(width 0.2)
		(layer "F.Cu")
		(net 29)
		(uuid "57b38a5c-8eaa-4cd5-a72f-4b63be3aae1c")
	)
	(segment
		(start 143 96)
		(end 162.385 76.615)
		(width 0.2)
		(layer "F.Cu")
		(net 29)
		(uuid "580d87d6-0495-43d2-acfa-300cda0dd90c")
	)
	(segment
		(start 143 96)
		(end 143.184313 95.815687)
		(width 0.2)
		(layer "F.Cu")
		(net 29)
		(uuid "816e20bf-404e-4d75-8a8e-e557c70cc4eb")
	)
	(segment
		(start 132.315687 105.684313)
		(end 132.184313 105.684313)
		(width 0.2)
		(layer "F.Cu")
		(net 29)
		(uuid "87d99f08-7e1a-4f9a-950b-10f83dfe665c")
	)
	(segment
		(start 116.995 84.245)
		(end 130.25 97.5)
		(width 0.2)
		(layer "F.Cu")
		(net 29)
		(uuid "92e9dd5f-595a-4962-8a56-fe5af4f23185")
	)
	(segment
		(start 130.25 97.5)
		(end 130.25 97.4)
		(width 0.2)
		(layer "F.Cu")
		(net 29)
		(uuid "96fe6255-0a2d-4414-8f63-f41ef9f169e9")
	)
	(segment
		(start 162.385 76.615)
		(end 163.64 76.615)
		(width 0.2)
		(layer "F.Cu")
		(net 29)
		(uuid "a38b6d20-1e4f-4571-ae1e-8955e428e36f")
	)
	(segment
		(start 142.75 96)
		(end 143 96)
		(width 0.2)
		(layer "F.Cu")
		(net 29)
		(uuid "a5563fd2-df97-4be3-a00e-203731347d34")
	)
	(segment
		(start 132.5 105.5)
		(end 113.115 124.885)
		(width 0.2)
		(layer "F.Cu")
		(net 29)
		(uuid "b8730a1a-f60b-40ab-a98f-5e3d4390a9c4")
	)
	(segment
		(start 132.75 97.5)
		(end 130.25 97.5)
		(width 0.2)
		(layer "F.Cu")
		(net 29)
		(uuid "d85d64a7-634c-48b0-97e5-a073ed39c02b")
	)
	(segment
		(start 132.75 105.5)
		(end 132.5 105.5)
		(width 0.2)
		(layer "F.Cu")
		(net 29)
		(uuid "e3487f2e-3889-4109-83b4-474373998936")
	)
	(segment
		(start 143 105.5)
		(end 143.184313 105.684313)
		(width 0.2)
		(layer "F.Cu")
		(net 29)
		(uuid "e6dfa20f-e096-4246-ab07-b4bbfd491840")
	)
	(segment
		(start 111.86 124.885)
		(end 113.115 124.885)
		(width 0.2)
		(layer "F.Cu")
		(net 29)
		(uuid "e9c12e62-47f2-42ff-9556-ebf9d0608507")
	)
	(segment
		(start 132.5 105.5)
		(end 132.315687 105.684313)
		(width 0.2)
		(layer "F.Cu")
		(net 29)
		(uuid "ef9c733e-0337-4703-9bb7-aaeb1d8d2987")
	)
	(segment
		(start 143.184313 95.815687)
		(end 143.315687 95.815687)
		(width 0.2)
		(layer "F.Cu")
		(net 29)
		(uuid "fde2428c-4747-4f83-987d-4e5a57d4554c")
	)
	(via
		(at 143.315687 105.684313)
		(size 0.6)
		(drill 0.3)
		(layers "F.Cu" "B.Cu")
		(net 29)
		(uuid "149bc491-2745-4419-9005-0c1e64d597b0")
	)
	(via
		(at 143.315687 95.815687)
		(size 0.6)
		(drill 0.3)
		(layers "F.Cu" "B.Cu")
		(net 29)
		(uuid "4246d5c1-c40b-4c0b-9cb1-2601eda79653")
	)
	(via
		(at 130.25 97.4)
		(size 0.6)
		(drill 0.3)
		(layers "F.Cu" "B.Cu")
		(net 29)
		(uuid "5d6b5af9-e61f-4eb1-af96-e5404c38c128")
	)
	(via
		(at 132.184313 105.684313)
		(size 0.6)
		(drill 0.3)
		(layers "F.Cu" "B.Cu")
		(net 29)
		(uuid "c460bbac-675e-4e6d-b8b0-61425a10bd2a")
	)
	(segment
		(start 133.768626 97.4)
		(end 137.118626 100.75)
		(width 0.2)
		(layer "B.Cu")
		(net 29)
		(uuid "054a8580-88d2-451d-acb2-6e063feb1ab1")
	)
	(segment
		(start 130.25 97.4)
		(end 133.768626 97.4)
		(width 0.2)
		(layer "B.Cu")
		(net 29)
		(uuid "2cd870ff-4661-4016-a2c4-d640666ab454")
	)
	(segment
		(start 138.381374 100.75)
		(end 143.315687 105.684313)
		(width 0.2)
		(layer "B.Cu")
		(net 29)
		(uuid "67340909-06b8-4682-9a6e-ea6d735db38f")
	)
	(segment
		(start 143.315687 95.815687)
		(end 138.381374 100.75)
		(width 0.2)
		(layer "B.Cu")
		(net 29)
		(uuid "a437c2fa-62ca-4933-b3fd-bdd1a2ed3442")
	)
	(segment
		(start 137.118626 100.75)
		(end 138.381374 100.75)
		(width 0.2)
		(layer "B.Cu")
		(net 29)
		(uuid "b3a77d0d-afd6-4b52-affd-9a7ccb56c7ba")
	)
	(segment
		(start 132.184313 105.684313)
		(end 137.118626 100.75)
		(width 0.2)
		(layer "B.Cu")
		(net 29)
		(uuid "ddfee61b-547a-4535-aff4-be9c43abca50")
	)
	(segment
		(start 142.75 103)
		(end 146.75 103)
		(width 0.2)
		(layer "F.Cu")
		(net 30)
		(uuid "5d59f17c-d9e8-4752-83a1-afc40df2a6f2")
	)
	(segment
		(start 163.64 112.175)
		(end 155.925 112.175)
		(width 0.2)
		(layer "F.Cu")
		(net 30)
		(uuid "7f352456-3969-4c13-b2ea-fdec24d6fe15")
	)
	(segment
		(start 155.925 112.175)
		(end 146.75 103)
		(width 0.2)
		(layer "F.Cu")
		(net 30)
		(uuid "f22be50a-ab58-4153-89f6-0203bbb6a13c")
	)
	(segment
		(start 155.935 89.315)
		(end 146.75 98.5)
		(width 0.2)
		(layer "F.Cu")
		(net 31)
		(uuid "19b6d796-62cc-40bb-abb9-0d7c4f955b29")
	)
	(segment
		(start 163.64 89.315)
		(end 155.935 89.315)
		(width 0.2)
		(layer "F.Cu")
		(net 31)
		(uuid "99781f92-a6cf-47a4-8a28-9381109e73fc")
	)
	(segment
		(start 142.75 98.5)
		(end 146.75 98.5)
		(width 0.2)
		(layer "F.Cu")
		(net 31)
		(uuid "b7db7dda-1893-420b-be9c-e8488c360b4f")
	)
	(segment
		(start 153.345 107.095)
		(end 148.25 102)
		(width 0.2)
		(layer "F.Cu")
		(net 32)
		(uuid "307616c0-83e7-4e68-9c55-25449935e7c8")
	)
	(segment
		(start 142.75 102)
		(end 148.25 102)
		(width 0.2)
		(layer "F.Cu")
		(net 32)
		(uuid "bcf28b8e-1438-4b0d-91ba-3547b1bb87ce")
	)
	(segment
		(start 163.640001 107.095)
		(end 153.345 107.095)
		(width 0.2)
		(layer "F.Cu")
		(net 32)
		(uuid "fdb37e94-81e1-44c3-8918-7efc41943e29")
	)
	(segment
		(start 135.75 92.25)
		(end 135.75 95.5)
		(width 0.2)
		(layer "F.Cu")
		(net 33)
		(uuid "82d62368-517b-4a1e-adfc-2d3f3fb8feeb")
	)
	(segment
		(start 127.585001 84.085001)
		(end 135.75 92.25)
		(width 0.2)
		(layer "F.Cu")
		(net 33)
		(uuid "a2e10412-88b7-493a-82fe-690c647fc4ec")
	)
	(segment
		(start 127.585001 59.86)
		(end 127.585001 84.085001)
		(width 0.2)
		(layer "F.Cu")
		(net 33)
		(uuid "b0b61fbe-a14c-4f1f-a0e4-bf66fd0e4d6c")
	)
	(segment
		(start 136.75 95.5)
		(end 136.75 90.75)
		(width 0.2)
		(layer "F.Cu")
		(net 34)
		(uuid "3be7ef9b-e8b2-4305-8e6e-dcf6d1a77cab")
	)
	(segment
		(start 132.665001 86.665001)
		(end 136.75 90.75)
		(width 0.2)
		(layer "F.Cu")
		(net 34)
		(uuid "5720ec1c-afc6-45cb-8625-cadefe0680db")
	)
	(segment
		(start 132.665001 59.86)
		(end 132.665001 86.665001)
		(width 0.2)
		(layer "F.Cu")
		(net 34)
		(uuid "73babf3f-8868-4134-aaf3-11c4989446c1")
	)
	(segment
		(start 140.25 95.5)
		(end 140.25 93)
		(width 0.2)
		(layer "F.Cu")
		(net 35)
		(uuid "12982a6b-ff2b-432a-b49a-7d5b23336ae0")
	)
	(segment
		(start 150.445001 82.804999)
		(end 140.25 93)
		(width 0.2)
		(layer "F.Cu")
		(net 35)
		(uuid "a016c02a-2269-4869-a69a-72783d4938c0")
	)
	(segment
		(start 150.445001 59.86)
		(end 150.445001 82.804999)
		(width 0.2)
		(layer "F.Cu")
		(net 35)
		(uuid "e2e89e15-9759-4cfe-a7a5-64e928770475")
	)
	(segment
		(start 152.985001 59.859999)
		(end 152.985001 81.514999)
		(width 0.2)
		(layer "F.Cu")
		(net 36)
		(uuid "10a3fdbc-fb49-4127-bf0c-424e12e432c1")
	)
	(segment
		(start 152.985001 81.514999)
		(end 140.75 93.75)
		(width 0.2)
		(layer "F.Cu")
		(net 36)
		(uuid "72df3503-c191-4020-9d3c-d53b6f261e4a")
	)
	(segment
		(start 140.75 95.5)
		(end 140.75 93.75)
		(width 0.2)
		(layer "F.Cu")
		(net 36)
		(uuid "f892a735-623d-4e8d-95f0-147d54be495b")
	)
	(segment
		(start 136.25 95.5)
		(end 136.25 91.5)
		(width 0.2)
		(layer "F.Cu")
		(net 37)
		(uuid "681c53a7-84b8-452a-accd-32fb7af85142")
	)
	(segment
		(start 130.125001 85.375001)
		(end 136.25 91.5)
		(width 0.2)
		(layer "F.Cu")
		(net 37)
		(uuid "7f85935e-31bb-44f2-afab-64973f5b6e62")
	)
	(segment
		(start 130.125001 59.859999)
		(end 130.125001 85.375001)
		(width 0.2)
		(layer "F.Cu")
		(net 37)
		(uuid "ba2dda62-9868-4f18-ae32-f0307c7268ec")
	)
	(segment
		(start 141.75 95.5)
		(end 141.75 95.25)
		(width 0.2)
		(layer "F.Cu")
		(net 38)
		(uuid "2ca32e8e-7f6f-4b0e-ab39-78ad17692d9e")
	)
	(segment
		(start 158.065001 59.86)
		(end 158.065001 78.934999)
		(width 0.2)
		(layer "F.Cu")
		(net 38)
		(uuid "35740134-8741-4935-b759-f9f5884e2646")
	)
	(segment
		(start 158.065001 78.934999)
		(end 141.75 95.25)
		(width 0.2)
		(layer "F.Cu")
		(net 38)
		(uuid "7e68c01a-de2d-43cd-8acc-77b45f5d100e")
	)
	(segment
		(start 135.25 95.5)
		(end 135.25 93)
		(width 0.2)
		(layer "F.Cu")
		(net 39)
		(uuid "3cce5b0a-76b5-4148-821f-343aa3d57a0c")
	)
	(segment
		(start 125.045001 59.86)
		(end 125.045001 82.795001)
		(width 0.2)
		(layer "F.Cu")
		(net 39)
		(uuid "638c6d21-2c1b-4f7e-9ac8-b7785823da7c")
	)
	(segment
		(start 125.045001 82.795001)
		(end 135.25 93)
		(width 0.2)
		(layer "F.Cu")
		(net 39)
		(uuid "e0e7ea08-6f7f-4b40-9b50-598f02121f91")
	)
	(segment
		(start 141.25 94.5)
		(end 155.525001 80.224999)
		(width 0.2)
		(layer "F.Cu")
		(net 40)
		(uuid "02f2bf3f-3456-477e-a20a-969289d33d4e")
	)
	(segment
		(start 155.525001 59.86)
		(end 155.525001 80.224999)
		(width 0.2)
		(layer "F.Cu")
		(net 40)
		(uuid "4a4562c6-35b4-4fd5-948d-56932a75f57f")
	)
	(segment
		(start 141.25 95.5)
		(end 141.25 94.5)
		(width 0.2)
		(layer "F.Cu")
		(net 40)
		(uuid "b2b773bc-793e-4f01-ab94-5833c7d3c7f9")
	)
	(segment
		(start 119.965002 59.86)
		(end 119.965002 80.215002)
		(width 0.2)
		(layer "F.Cu")
		(net 41)
		(uuid "35ce92d5-863a-4de2-ac9c-caf444935549")
	)
	(segment
		(start 134.25 95.5)
		(end 134.25 94.5)
		(width 0.2)
		(layer "F.Cu")
		(net 41)
		(uuid "3febe109-9a82-4f26-b718-cbfd40e56679")
	)
	(segment
		(start 119.965002 80.215002)
		(end 134.25 94.5)
		(width 0.2)
		(layer "F.Cu")
		(net 41)
		(uuid "b844b72d-b1fb-44d3-b041-9a8923898a11")
	)
	(segment
		(start 145.365001 59.86)
		(end 145.365001 85.384999)
		(width 0.2)
		(layer "F.Cu")
		(net 42)
		(uuid "60dbe979-8434-416d-97df-72d2219324dc")
	)
	(segment
		(start 139.25 95.5)
		(end 139.25 91.5)
		(width 0.2)
		(layer "F.Cu")
		(net 42)
		(uuid "983a36c4-312e-4fab-afcc-824b6b043dec")
	)
	(segment
		(start 145.365001 85.384999)
		(end 139.25 91.5)
		(width 0.2)
		(layer "F.Cu")
		(net 42)
		(uuid "b7c87fe4-c5d1-4631-a359-404b7c7cc459")
	)
	(segment
		(start 139.75 95.5)
		(end 139.75 92.25)
		(width 0.2)
		(layer "F.Cu")
		(net 43)
		(uuid "2a3b1672-4d69-4a92-b0ff-c4bea244974a")
	)
	(segment
		(start 147.905001 59.86)
		(end 147.905001 84.094999)
		(width 0.2)
		(layer "F.Cu")
		(net 43)
		(uuid "d9aa7556-7847-40bd-96a5-c4e95cf2d99e")
	)
	(segment
		(start 147.905001 84.094999)
		(end 139.75 92.25)
		(width 0.2)
		(layer "F.Cu")
		(net 43)
		(uuid "f42fb0a9-4b40-455a-a96f-73d9d5640489")
	)
	(segment
		(start 134.75 93.75)
		(end 134.75 95.5)
		(width 0.2)
		(layer "F.Cu")
		(net 44)
		(uuid "894c5df7-198e-4c68-8a15-d0e6c4a16380")
	)
	(segment
		(start 122.505001 81.505001)
		(end 134.75 93.75)
		(width 0.2)
		(layer "F.Cu")
		(net 44)
		(uuid "967fdd83-6bdf-44fc-9b80-b7fcbf239257")
	)
	(segment
		(start 122.505001 59.86)
		(end 122.505001 81.505001)
		(width 0.2)
		(layer "F.Cu")
		(net 44)
		(uuid "acd2aced-48a3-479e-a93a-7633b0fa5221")
	)
	(segment
		(start 133.75 95.25)
		(end 133.75 95.5)
		(width 0.2)
		(layer "F.Cu")
		(net 45)
		(uuid "37469f1e-0836-43b9-b195-279f64a1b8a5")
	)
	(segment
		(start 117.425 59.86)
		(end 117.425 78.925)
		(width 0.2)
		(layer "F.Cu")
		(net 45)
		(uuid "522bd745-4957-4431-9492-4fe320983342")
	)
	(segment
		(start 117.425 78.925)
		(end 133.75 95.25)
		(width 0.2)
		(layer "F.Cu")
		(net 45)
		(uuid "de31e843-8082-4634-929a-b769d5b576a7")
	)
	(segment
		(start 140.285001 59.859999)
		(end 140.285001 87.964999)
		(width 0.2)
		(layer "F.Cu")
		(net 46)
		(uuid "29b5e41e-94d3-428e-b864-a592212465a0")
	)
	(segment
		(start 140.285001 87.964999)
		(end 138.25 90)
		(width 0.2)
		(layer "F.Cu")
		(net 46)
		(uuid "9b26bea6-5c0c-481a-acd4-6d9b53c584b5")
	)
	(segment
		(start 138.25 95.5)
		(end 138.25 90)
		(width 0.2)
		(layer "F.Cu")
		(net 46)
		(uuid "b65be586-b479-4b2e-96f3-c4f17626b754")
	)
	(segment
		(start 142.825001 86.674999)
		(end 138.75 90.75)
		(width 0.2)
		(layer "F.Cu")
		(net 47)
		(uuid "8f874662-ce0e-40f9-8a70-5cc5ef8ed4f0")
	)
	(segment
		(start 142.825001 59.86)
		(end 142.825001 86.674999)
		(width 0.2)
		(layer "F.Cu")
		(net 47)
		(uuid "a684bf80-01a3-4a77-be8c-86f0d9e2e063")
	)
	(segment
		(start 138.75 95.5)
		(end 138.75 90.75)
		(width 0.2)
		(layer "F.Cu")
		(net 47)
		(uuid "be05b6ff-c993-4481-8361-eaccf4c547f4")
	)
	(segment
		(start 135.205001 87.955001)
		(end 137.25 90)
		(width 0.2)
		(layer "F.Cu")
		(net 48)
		(uuid "58bbf72d-4573-4718-8d93-90fe3bd20866")
	)
	(segment
		(start 137.25 95.5)
		(end 137.25 90)
		(width 0.2)
		(layer "F.Cu")
		(net 48)
		(uuid "6de6672f-c80f-4dcc-b1a4-9118615ab947")
	)
	(segment
		(start 135.205001 59.86)
		(end 135.205001 87.955001)
		(width 0.2)
		(layer "F.Cu")
		(net 48)
		(uuid "d8df5e1c-73dc-4a70-a645-88bcb30a4470")
	)
	(segment
		(start 132.75 98)
		(end 129.5 98)
		(width 0.2)
		(layer "F.Cu")
		(net 49)
		(uuid "22f60c5b-effc-429e-a164-4b46d7b65a46")
	)
	(segment
		(start 111.86 86.785)
		(end 118.285 86.785)
		(width 0.2)
		(layer "F.Cu")
		(net 49)
		(uuid "67f69522-1807-4f50-80ee-a5e5e283c673")
	)
	(segment
		(start 118.285 86.785)
		(end 129.5 98)
		(width 0.2)
		(layer "F.Cu")
		(net 49)
		(uuid "c1c7b7a2-05eb-47e5-bc46-d880fedc66e3")
	)
	(segment
		(start 120.855 109.645)
		(end 128 102.5)
		(width 0.2)
		(layer "F.Cu")
		(net 50)
		(uuid "3c444fd5-6215-440f-b46c-445520670d53")
	)
	(segment
		(start 128 102.5)
		(end 132.75 102.5)
		(width 0.2)
		(layer "F.Cu")
		(net 50)
		(uuid "64709d7d-5b11-43fe-97e1-5de80769efda")
	)
	(segment
		(start 111.86 109.645)
		(end 120.855 109.645)
		(width 0.2)
		(layer "F.Cu")
		(net 50)
		(uuid "c30cba0b-1abe-4e3a-9ab4-5b90609d5b44")
	)
	(segment
		(start 111.86 107.105)
		(end 122.145 107.105)
		(width 0.2)
		(layer "F.Cu")
		(net 51)
		(uuid "37a50d50-d148-4d5f-9e72-114fc0fb1dba")
	)
	(segment
		(start 122.145 107.105)
		(end 127.25 102)
		(width 0.2)
		(layer "F.Cu")
		(net 51)
		(uuid "40460ab7-8704-4c34-af66-391a9f677fee")
	)
	(segment
		(start 127.25 102)
		(end 132.75 102)
		(width 0.2)
		(layer "F.Cu")
		(net 51)
		(uuid "eafcf09e-c3fe-44f7-aed1-43a72f6679fd")
	)
	(segment
		(start 119.565 112.185)
		(end 128.75 103)
		(width 0.2)
		(layer "F.Cu")
		(net 52)
		(uuid "52e43568-9292-4efa-9c7a-42ae6b2e0380")
	)
	(segment
		(start 111.86 112.185)
		(end 119.565 112.185)
		(width 0.2)
		(layer "F.Cu")
		(net 52)
		(uuid "58c2a64a-c13b-4d33-86a9-11d5684c552e")
	)
	(segment
		(start 128.75 103)
		(end 132.75 103)
		(width 0.2)
		(layer "F.Cu")
		(net 52)
		(uuid "7760f65b-acd5-4f1e-8a4c-3d257f4d683d")
	)
	(segment
		(start 132.75 99)
		(end 128 99)
		(width 0.2)
		(layer "F.Cu")
		(net 53)
		(uuid "97731555-b94d-47b1-98e3-e6ec4857905d")
	)
	(segment
		(start 111.86 91.865)
		(end 120.865 91.865)
		(width 0.2)
		(layer "F.Cu")
		(net 53)
		(uuid "b742c0d5-62a8-4d96-8fe3-0e813f2ace49")
	)
	(segment
		(start 120.865 91.865)
		(end 128 99)
		(width 0.2)
		(layer "F.Cu")
		(net 53)
		(uuid "e8298639-d83e-47f9-a4c5-a607ea8dfe04")
	)
	(segment
		(start 111.86 89.325)
		(end 119.575 89.325)
		(width 0.2)
		(layer "F.Cu")
		(net 54)
		(uuid "7d587d63-4854-4d7f-beb6-4fc5ce0460fc")
	)
	(segment
		(start 119.575 89.325)
		(end 128.75 98.5)
		(width 0.2)
		(layer "F.Cu")
		(net 54)
		(uuid "d0491358-909e-42a9-b60a-7d83c0937e64")
	)
	(segment
		(start 132.75 98.5)
		(end 128.75 98.5)
		(width 0.2)
		(layer "F.Cu")
		(net 54)
		(uuid "db7524b5-d1e3-44a5-921e-f54bf74ced45")
	)
	(segment
		(start 129.5 103.5)
		(end 132.75 103.5)
		(width 0.2)
		(layer "F.Cu")
		(net 55)
		(uuid "a22fbc79-b404-4bb9-bc99-b75e11324ca7")
	)
	(segment
		(start 111.86 114.725)
		(end 118.275 114.725)
		(width 0.2)
		(layer "F.Cu")
		(net 55)
		(uuid "ae256532-be42-401d-ba7a-833a96896ee5")
	)
	(segment
		(start 118.275 114.725)
		(end 129.5 103.5)
		(width 0.2)
		(layer "F.Cu")
		(net 55)
		(uuid "b15e7a1e-c473-4a49-8a2f-567ba9ea3626")
	)
	(segment
		(start 123.435 104.565)
		(end 126.5 101.5)
		(width 0.2)
		(layer "F.Cu")
		(net 56)
		(uuid "474bf667-f04a-4827-b030-d04113659dfc")
	)
	(segment
		(start 111.86 104.565)
		(end 123.435 104.565)
		(width 0.2)
		(layer "F.Cu")
		(net 56)
		(uuid "4eb9b84f-edb8-4497-a200-bbc1ca4f657f")
	)
	(segment
		(start 126.5 101.5)
		(end 132.75 101.5)
		(width 0.2)
		(layer "F.Cu")
		(net 56)
		(uuid "cd5924c6-a61c-4795-92af-25309a1bf85b")
	)
	(segment
		(start 111.86 76.625)
		(end 113.125 76.625)
		(width 0.2)
		(layer "F.Cu")
		(net 57)
		(uuid "48c0d0de-4249-4ae2-ae68-71221be7491e")
	)
	(segment
		(start 132.75 96)
		(end 132.5 96)
		(width 0.2)
		(layer "F.Cu")
		(net 57)
		(uuid "6e2e6eb7-51da-47b9-b2e9-0a28d8211851")
	)
	(segment
		(start 132.5 96)
		(end 113.125 76.625)
		(width 0.2)
		(layer "F.Cu")
		(net 57)
		(uuid "b042c7a2-9638-4121-b3f3-863dd45ee03f")
	)
	(segment
		(start 114.415 79.165)
		(end 131.75 96.5)
		(width 0.2)
		(layer "F.Cu")
		(net 58)
		(uuid "11b08a68-075b-4ae9-9154-0d16b762bc1f")
	)
	(segment
		(start 111.86 79.165)
		(end 114.415 79.165)
		(width 0.2)
		(layer "F.Cu")
		(net 58)
		(uuid "828144ae-501a-4399-a267-ee83b3a1e323")
	)
	(segment
		(start 132.75 96.5)
		(end 131.75 96.5)
		(width 0.2)
		(layer "F.Cu")
		(net 58)
		(uuid "ace0d61a-7779-409b-95cf-56c1c5507053")
	)
	(segment
		(start 125.75 101)
		(end 132.75 101)
		(width 0.2)
		(layer "F.Cu")
		(net 59)
		(uuid "b34ebe15-2666-4106-aaa7-3e31b8348a21")
	)
	(segment
		(start 124.725 102.025)
		(end 125.75 101)
		(width 0.2)
		(layer "F.Cu")
		(net 59)
		(uuid "f5d699b1-2986-4543-83c5-33f515af2eec")
	)
	(segment
		(start 111.86 102.025)
		(end 124.725 102.025)
		(width 0.2)
		(layer "F.Cu")
		(net 59)
		(uuid "f8af7a85-864c-49de-8273-c7abc0f8754d")
	)
	(segment
		(start 132.75 99.5)
		(end 127.25 99.5)
		(width 0.2)
		(layer "F.Cu")
		(net 60)
		(uuid "15752ab9-806e-4333-8b6c-3ef5f05f9272")
	)
	(segment
		(start 111.86 94.405)
		(end 122.155 94.405)
		(width 0.2)
		(layer "F.Cu")
		(net 60)
		(uuid "61912c4e-99d5-49ed-8ffb-ff1e1456f0ee")
	)
	(segment
		(start 122.155 94.405)
		(end 127.25 99.5)
		(width 0.2)
		(layer "F.Cu")
		(net 60)
		(uuid "a58ed54a-c254-4a3a-a05e-a75a631b9560")
	)
	(zone
		(net 17)
		(net_name "/GND")
		(layers "F.Cu" "B.Cu")
		(uuid "494edcce-1647-4470-8617-0582990471ff")
		(hatch edge 0.5)
		(connect_pads
			(clearance 0.2)
		)
		(min_thickness 0.25)
		(filled_areas_thickness no)
		(fill yes
			(thermal_gap 0.5)
			(thermal_bridge_width 0.5)
		)
		(polygon
			(pts
				(xy 110.25 58.25) (xy 165.25 58.25) (xy 165.25 143.25) (xy 110.25 143.25)
			)
		)
		(filled_polygon
			(layer "F.Cu")
			(pts
				(xy 132.899348 105.782689) (xy 132.929409 105.783404) (xy 132.93373 105.786328) (xy 132.93892 105.786878)
				(xy 132.962371 105.805712) (xy 132.987272 105.822566) (xy 132.993128 105.830416) (xy 132.993395 105.83063)
				(xy 132.993481 105.830889) (xy 132.994579 105.83236) (xy 133.004764 105.847518) (xy 133.007522 105.851417)
				(xy 133.021902 105.87075) (xy 133.024863 105.874539) (xy 133.040187 105.893208) (xy 133.043331 105.896857)
				(xy 133.059501 105.914741) (xy 133.062816 105.918235) (xy 133.079755 105.935262) (xy 133.083249 105.938611)
				(xy 133.101039 105.954863) (xy 133.104644 105.958003) (xy 133.12326 105.973445) (xy 133.127022 105.976417)
				(xy 133.146329 105.990932) (xy 133.150212 105.993708) (xy 133.170244 106.007319) (xy 133.17431 106.009941)
				(xy 133.195179 106.022695) (xy 133.199363 106.025114) (xy 133.220783 106.036822) (xy 133.225087 106.039041)
				(xy 133.247261 106.049796) (xy 133.251724 106.051828) (xy 133.2732 106.060976) (xy 133.327164 106.105357)
				(xy 133.348567 106.171868) (xy 133.330614 106.239391) (xy 133.312289 106.262739) (xy 117.250489 122.32454)
				(xy 117.194541 122.380487) (xy 117.194535 122.380495) (xy 117.154982 122.449004) (xy 117.154979 122.449009)
				(xy 117.1345 122.525439) (xy 117.1345 140.598683) (xy 117.114815 140.665722) (xy 117.062011 140.711477)
				(xy 117.057953 140.713244) (xy 116.961089 140.753366) (xy 116.961079 140.753371) (xy 116.797218 140.86286)
				(xy 116.797214 140.862863) (xy 116.657863 141.002214) (xy 116.65786 141.002218) (xy 116.548371 141.166079)
				(xy 116.548364 141.166092) (xy 116.47295 141.34816) (xy 116.472947 141.34817) (xy 116.4345 141.541456)
				(xy 116.4345 141.604121) (xy 116.431391 141.631714) (xy 116.4295 141.639996) (xy 116.4295 142.6255)
				(xy 116.409815 142.692539) (xy 116.357011 142.738294) (xy 116.3055 142.7495) (xy 113.253751 142.7495)
				(xy 113.246264 142.749274) (xy 112.956205 142.731728) (xy 112.94134 142.729923) (xy 112.659201 142.678219)
				(xy 112.644663 142.674635) (xy 112.370832 142.589306) (xy 112.356831 142.583997) (xy 112.095263 142.466275)
				(xy 112.082004 142.459316) (xy 111.83654 142.310928) (xy 111.824217 142.302422) (xy 111.598426 142.125526)
				(xy 111.587218 142.115596) (xy 111.384403 141.912781) (xy 111.374473 141.901573) (xy 111.368502 141.893951)
				(xy 111.197573 141.675776) (xy 111.189075 141.663465) (xy 111.04068 141.417989) (xy 111.033727 141.404743)
				(xy 110.916 141.143163) (xy 110.910693 141.129167) (xy 110.825364 140.855336) (xy 110.82178 140.840798)
				(xy 110.798081 140.711477) (xy 110.770075 140.558657) (xy 110.768271 140.543794) (xy 110.750726 140.253736)
				(xy 110.7505 140.246249) (xy 110.7505 126.0145) (xy 110.770185 125.947461) (xy 110.822989 125.901706)
				(xy 110.8745 125.8905) (xy 111.860003 125.8905) (xy 111.860003 125.890499) (xy 111.897456 125.88628)
				(xy 111.91134 125.8855) (xy 111.958543 125.8855) (xy 112.088582 125.859632) (xy 112.151835 125.847051)
				(xy 112.333914 125.771632) (xy 112.497782 125.662139) (xy 112.637139 125.522782) (xy 112.746632 125.358914)
				(xy 112.786755 125.262048) (xy 112.830595 125.207644) (xy 112.896889 125.185579) (xy 112.901316 125.1855)
				(xy 113.15456 125.1855) (xy 113.154562 125.1855) (xy 113.230989 125.165021) (xy 113.299511 125.12546)
				(xy 113.35546 125.069511) (xy 132.212988 106.211982) (xy 132.26857 106.179892) (xy 132.377499 106.150705)
				(xy 132.491627 106.084813) (xy 132.584813 105.991627) (xy 132.650705 105.877499) (xy 132.650707 105.877488)
				(xy 132.650889 105.877054) (xy 132.651146 105.876734) (xy 132.654769 105.87046) (xy 132.655747 105.871024)
				(xy 132.694727 105.822648) (xy 132.743236 105.802506) (xy 132.754251 105.8005) (xy 132.789562 105.8005)
				(xy 132.864473 105.780427) (xy 132.869438 105.779523)
			)
		)
		(filled_polygon
			(layer "F.Cu")
			(pts
				(xy 133.868834 106.658651) (xy 133.924767 106.700523) (xy 133.949184 106.765987) (xy 133.9495 106.774833)
				(xy 133.9495 106.824167) (xy 133.929815 106.891206) (xy 133.913181 106.911848) (xy 119.734541 121.090487)
				(xy 119.734535 121.090495) (xy 119.694982 121.159004) (xy 119.694979 121.159009) (xy 119.692299 121.169012)
				(xy 119.675116 121.233141) (xy 119.6745 121.235439) (xy 119.6745 140.598683) (xy 119.654815 140.665722)
				(xy 119.602011 140.711477) (xy 119.597953 140.713244) (xy 119.501089 140.753366) (xy 119.501079 140.753371)
				(xy 119.337218 140.86286) (xy 119.337214 140.862863) (xy 119.197863 141.002214) (xy 119.19786 141.002218)
				(xy 119.088371 141.166079) (xy 119.088364 141.166092) (xy 119.01295 141.34816) (xy 119.012947 141.34817)
				(xy 118.9745 141.541456) (xy 118.9745 141.604121) (xy 118.971391 141.631714) (xy 118.9695 141.639996)
				(xy 118.9695 142.6255) (xy 118.949815 142.692539) (xy 118.897011 142.738294) (xy 118.8455 142.7495)
				(xy 118.5645 142.7495) (xy 118.497461 142.729815) (xy 118.451706 142.677011) (xy 118.4405 142.6255)
				(xy 118.4405 141.639997) (xy 118.440499 141.639995) (xy 118.43628 141.602544) (xy 118.4355 141.58866)
				(xy 118.4355 141.541456) (xy 118.397052 141.34817) (xy 118.397051 141.348169) (xy 118.397051 141.348165)
				(xy 118.374345 141.293348) (xy 118.321635 141.166092) (xy 118.321628 141.166079) (xy 118.212139 141.002218)
				(xy 118.212136 141.002214) (xy 118.072785 140.862863) (xy 118.072781 140.86286) (xy 117.90892 140.753371)
				(xy 117.90891 140.753366) (xy 117.812047 140.713244) (xy 117.757644 140.669403) (xy 117.735579 140.603109)
				(xy 117.7355 140.598683) (xy 117.7355 122.740833) (xy 117.755185 122.673794) (xy 117.771819 122.653152)
				(xy 133.737819 106.687152) (xy 133.799142 106.653667)
			)
		)
		(filled_polygon
			(layer "F.Cu")
			(pts
				(xy 134.355398 107.40769) (xy 134.368834 107.408651) (xy 134.38656 107.421921) (xy 134.406703 107.43112)
				(xy 134.413985 107.442451) (xy 134.424767 107.450523) (xy 134.432504 107.471268) (xy 134.444477 107.489898)
				(xy 134.447628 107.511816) (xy 134.449184 107.515987) (xy 134.4495 107.524833) (xy 134.4495 107.574167)
				(xy 134.429815 107.641206) (xy 134.413181 107.661848) (xy 122.274541 119.800487) (xy 122.274535 119.800495)
				(xy 122.234982 119.869004) (xy 122.234979 119.869009) (xy 122.2145 119.945439) (xy 122.2145 140.598683)
				(xy 122.194815 140.665722) (xy 122.142011 140.711477) (xy 122.137953 140.713244) (xy 122.041089 140.753366)
				(xy 122.041079 140.753371) (xy 121.877218 140.86286) (xy 121.877214 140.862863) (xy 121.737863 141.002214)
				(xy 121.73786 141.002218) (xy 121.628371 141.166079) (xy 121.628364 141.166092) (xy 121.55295 141.34816)
				(xy 121.552947 141.34817) (xy 121.5145 141.541456) (xy 121.5145 141.604121) (xy 121.511391 141.631714)
				(xy 121.5095 141.639996) (xy 121.5095 142.6255) (xy 121.489815 142.692539) (xy 121.437011 142.738294)
				(xy 121.3855 142.7495) (xy 121.1045 142.7495) (xy 121.037461 142.729815) (xy 120.991706 142.677011)
				(xy 120.9805 142.6255) (xy 120.9805 141.639997) (xy 120.980499 141.639995) (xy 120.97628 141.602544)
				(xy 120.9755 141.58866) (xy 120.9755 141.541456) (xy 120.937052 141.34817) (xy 120.937051 141.348169)
				(xy 120.937051 141.348165) (xy 120.914345 141.293348) (xy 120.861635 141.166092) (xy 120.861628 141.166079)
				(xy 120.752139 141.002218) (xy 120.752136 141.002214) (xy 120.612785 140.862863) (xy 120.612781 140.86286)
				(xy 120.44892 140.753371) (xy 120.44891 140.753366) (xy 120.352047 140.713244) (xy 120.297644 140.669403)
				(xy 120.275579 140.603109) (xy 120.2755 140.598683) (xy 120.2755 121.450833) (xy 120.295185 121.383794)
				(xy 120.311819 121.363152) (xy 134.237819 107.437152) (xy 134.257255 107.426539) (xy 134.273989 107.412039)
				(xy 134.28732 107.410122) (xy 134.299142 107.403667) (xy 134.321228 107.405246) (xy 134.343147 107.402095)
			)
		)
		(filled_polygon
			(layer "F.Cu")
			(pts
				(xy 134.868834 108.158651) (xy 134.924767 108.200523) (xy 134.949184 108.265987) (xy 134.9495 108.274833)
				(xy 134.9495 108.324167) (xy 134.929815 108.391206) (xy 134.913181 108.411848) (xy 124.814541 118.510487)
				(xy 124.814535 118.510495) (xy 124.774982 118.579004) (xy 124.774979 118.579009) (xy 124.7545 118.655439)
				(xy 124.7545 140.598683) (xy 124.734815 140.665722) (xy 124.682011 140.711477) (xy 124.677953 140.713244)
				(xy 124.581089 140.753366) (xy 124.581079 140.753371) (xy 124.417218 140.86286) (xy 124.417214 140.862863)
				(xy 124.277863 141.002214) (xy 124.27786 141.002218) (xy 124.168371 141.166079) (xy 124.168364 141.166092)
				(xy 124.09295 141.34816) (xy 124.092947 141.34817) (xy 124.0545 141.541456) (xy 124.0545 141.604121)
				(xy 124.051391 141.631714) (xy 124.0495 141.639996) (xy 124.0495 142.6255) (xy 124.029815 142.692539)
				(xy 123.977011 142.738294) (xy 123.9255 142.7495) (xy 123.6445 142.7495) (xy 123.577461 142.729815)
				(xy 123.531706 142.677011) (xy 123.5205 142.6255) (xy 123.5205 141.639997) (xy 123.520499 141.639995)
				(xy 123.51628 141.602544) (xy 123.5155 141.58866) (xy 123.5155 141.541456) (xy 123.477052 141.34817)
				(xy 123.477051 141.348169) (xy 123.477051 141.348165) (xy 123.454345 141.293348) (xy 123.401635 141.166092)
				(xy 123.401628 141.166079) (xy 123.292139 141.002218) (xy 123.292136 141.002214) (xy 123.152785 140.862863)
				(xy 123.152781 140.86286) (xy 122.98892 140.753371) (xy 122.98891 140.753366) (xy 122.892047 140.713244)
				(xy 122.837644 140.669403) (xy 122.815579 140.603109) (xy 122.8155 140.598683) (xy 122.8155 120.160833)
				(xy 122.835185 120.093794) (xy 122.851819 120.073152) (xy 134.737819 108.187152) (xy 134.799142 108.153667)
			)
		)
		(filled_polygon
			(layer "F.Cu")
			(pts
				(xy 135.355398 108.90769) (xy 135.368834 108.908651) (xy 135.38656 108.921921) (xy 135.406703 108.93112)
				(xy 135.413985 108.942451) (xy 135.424767 108.950523) (xy 135.432504 108.971268) (xy 135.444477 108.989898)
				(xy 135.447628 109.011816) (xy 135.449184 109.015987) (xy 135.4495 109.024833) (xy 135.4495 109.074167)
				(xy 135.429815 109.141206) (xy 135.413181 109.161848) (xy 127.354541 117.220487) (xy 127.354535 117.220495)
				(xy 127.314982 117.289004) (xy 127.314979 117.289009) (xy 127.2945 117.365439) (xy 127.2945 140.598683)
				(xy 127.274815 140.665722) (xy 127.222011 140.711477) (xy 127.217953 140.713244) (xy 127.121089 140.753366)
				(xy 127.121079 140.753371) (xy 126.957218 140.86286) (xy 126.957214 140.862863) (xy 126.817863 141.002214)
				(xy 126.81786 141.002218) (xy 126.708371 141.166079) (xy 126.708364 141.166092) (xy 126.63295 141.34816)
				(xy 126.632947 141.34817) (xy 126.5945 141.541456) (xy 126.5945 141.604121) (xy 126.591391 141.631714)
				(xy 126.5895 141.639996) (xy 126.5895 142.6255) (xy 126.569815 142.692539) (xy 126.517011 142.738294)
				(xy 126.4655 142.7495) (xy 126.1845 142.7495) (xy 126.117461 142.729815) (xy 126.071706 142.677011)
				(xy 126.0605 142.6255) (xy 126.0605 141.639997) (xy 126.060499 141.639995) (xy 126.05628 141.602544)
				(xy 126.0555 141.58866) (xy 126.0555 141.541456) (xy 126.017052 141.34817) (xy 126.017051 141.348169)
				(xy 126.017051 141.348165) (xy 125.994345 141.293348) (xy 125.941635 141.166092) (xy 125.941628 141.166079)
				(xy 125.832139 141.002218) (xy 125.832136 141.002214) (xy 125.692785 140.862863) (xy 125.692781 140.86286)
				(xy 125.52892 140.753371) (xy 125.52891 140.753366) (xy 125.432047 140.713244) (xy 125.377644 140.669403)
				(xy 125.355579 140.603109) (xy 125.3555 140.598683) (xy 125.3555 118.870833) (xy 125.375185 118.803794)
				(xy 125.391819 118.783152) (xy 135.237819 108.937152) (xy 135.257255 108.926539) (xy 135.273989 108.912039)
				(xy 135.28732 108.910122) (xy 135.299142 108.903667) (xy 135.321228 108.905246) (xy 135.343147 108.902095)
			)
		)
		(filled_polygon
			(layer "F.Cu")
			(pts
				(xy 135.868834 109.658651) (xy 135.924767 109.700523) (xy 135.949184 109.765987) (xy 135.9495 109.774833)
				(xy 135.9495 109.824167) (xy 135.929815 109.891206) (xy 135.913181 109.911848) (xy 129.894541 115.930487)
				(xy 129.894535 115.930495) (xy 129.854982 115.999004) (xy 129.854979 115.999009) (xy 129.8345 116.075439)
				(xy 129.8345 140.598683) (xy 129.814815 140.665722) (xy 129.762011 140.711477) (xy 129.757953 140.713244)
				(xy 129.661089 140.753366) (xy 129.661079 140.753371) (xy 129.497218 140.86286) (xy 129.497214 140.862863)
				(xy 129.357863 141.002214) (xy 129.35786 141.002218) (xy 129.248371 141.166079) (xy 129.248364 141.166092)
				(xy 129.17295 141.34816) (xy 129.172947 141.34817) (xy 129.1345 141.541456) (xy 129.1345 141.604121)
				(xy 129.131391 141.631714) (xy 129.1295 141.639996) (xy 129.1295 142.6255) (xy 129.109815 142.692539)
				(xy 129.057011 142.738294) (xy 129.0055 142.7495) (xy 128.7245 142.7495) (xy 128.657461 142.729815)
				(xy 128.611706 142.677011) (xy 128.6005 142.6255) (xy 128.6005 141.639997) (xy 128.600499 141.639995)
				(xy 128.59628 141.602544) (xy 128.5955 141.58866) (xy 128.5955 141.541456) (xy 128.557052 141.34817)
				(xy 128.557051 141.348169) (xy 128.557051 141.348165) (xy 128.534345 141.293348) (xy 128.481635 141.166092)
				(xy 128.481628 141.166079) (xy 128.372139 141.002218) (xy 128.372136 141.002214) (xy 128.232785 140.862863)
				(xy 128.232781 140.86286) (xy 128.06892 140.753371) (xy 128.06891 140.753366) (xy 127.972047 140.713244)
				(xy 127.917644 140.669403) (xy 127.895579 140.603109) (xy 127.8955 140.598683) (xy 127.8955 117.580833)
				(xy 127.915185 117.513794) (xy 127.931819 117.493152) (xy 135.737819 109.687152) (xy 135.799142 109.653667)
			)
		)
		(filled_polygon
			(layer "F.Cu")
			(pts
				(xy 136.355398 110.40769) (xy 136.368834 110.408651) (xy 136.38656 110.421921) (xy 136.406703 110.43112)
				(xy 136.413985 110.442451) (xy 136.424767 110.450523) (xy 136.432504 110.471268) (xy 136.444477 110.489898)
				(xy 136.447628 110.511816) (xy 136.449184 110.515987) (xy 136.4495 110.524833) (xy 136.4495 110.574167)
				(xy 136.429815 110.641206) (xy 136.413181 110.661848) (xy 132.434541 114.640487) (xy 132.434535 114.640495)
				(xy 132.394982 114.709004) (xy 132.394979 114.709009) (xy 132.3745 114.785439) (xy 132.3745 140.598683)
				(xy 132.354815 140.665722) (xy 132.302011 140.711477) (xy 132.297953 140.713244) (xy 132.201089 140.753366)
				(xy 132.201079 140.753371) (xy 132.037218 140.86286) (xy 132.037214 140.862863) (xy 131.897863 141.002214)
				(xy 131.89786 141.002218) (xy 131.788371 141.166079) (xy 131.788364 141.166092) (xy 131.71295 141.34816)
				(xy 131.712947 141.34817) (xy 131.6745 141.541456) (xy 131.6745 141.604121) (xy 131.671391 141.631714)
				(xy 131.6695 141.639996) (xy 131.6695 142.6255) (xy 131.649815 142.692539) (xy 131.597011 142.738294)
				(xy 131.5455 142.7495) (xy 131.2645 142.7495) (xy 131.197461 142.729815) (xy 131.151706 142.677011)
				(xy 131.1405 142.6255) (xy 131.1405 141.639997) (xy 131.140499 141.639995) (xy 131.13628 141.602544)
				(xy 131.1355 141.58866) (xy 131.1355 141.541456) (xy 131.097052 141.34817) (xy 131.097051 141.348169)
				(xy 131.097051 141.348165) (xy 131.074345 141.293348) (xy 131.021635 141.166092) (xy 131.021628 141.166079)
				(xy 130.912139 141.002218) (xy 130.912136 141.002214) (xy 130.772785 140.862863) (xy 130.772781 140.86286)
				(xy 130.60892 140.753371) (xy 130.60891 140.753366) (xy 130.512047 140.713244) (xy 130.457644 140.669403)
				(xy 130.435579 140.603109) (xy 130.4355 140.598683) (xy 130.4355 116.290833) (xy 130.455185 116.223794)
				(xy 130.471819 116.203152) (xy 136.237819 110.437152) (xy 136.257255 110.426539) (xy 136.273989 110.412039)
				(xy 136.28732 110.410122) (xy 136.299142 110.403667) (xy 136.321228 110.405246) (xy 136.343147 110.402095)
			)
		)
		(filled_polygon
			(layer "F.Cu")
			(pts
				(xy 136.868834 111.158651) (xy 136.924767 111.200523) (xy 136.949184 111.265987) (xy 136.9495 111.274833)
				(xy 136.9495 111.324167) (xy 136.929815 111.391206) (xy 136.913181 111.411848) (xy 134.974541 113.350487)
				(xy 134.974535 113.350495) (xy 134.934982 113.419004) (xy 134.934979 113.419009) (xy 134.9145 113.495439)
				(xy 134.9145 140.598683) (xy 134.894815 140.665722) (xy 134.842011 140.711477) (xy 134.837953 140.713244)
				(xy 134.741089 140.753366) (xy 134.741079 140.753371) (xy 134.577218 140.86286) (xy 134.577214 140.862863)
				(xy 134.437863 141.002214) (xy 134.43786 141.002218) (xy 134.328371 141.166079) (xy 134.328364 141.166092)
				(xy 134.25295 141.34816) (xy 134.252947 141.34817) (xy 134.2145 141.541456) (xy 134.2145 141.604121)
				(xy 134.211391 141.631714) (xy 134.2095 141.639996) (xy 134.2095 142.6255) (xy 134.189815 142.692539)
				(xy 134.137011 142.738294) (xy 134.0855 142.7495) (xy 133.8045 142.7495) (xy 133.737461 142.729815)
				(xy 133.691706 142.677011) (xy 133.6805 142.6255) (xy 133.6805 141.639997) (xy 133.680499 141.639995)
				(xy 133.67628 141.602544) (xy 133.6755 141.58866) (xy 133.6755 141.541456) (xy 133.637052 141.34817)
				(xy 133.637051 141.348169) (xy 133.637051 141.348165) (xy 133.614345 141.293348) (xy 133.561635 141.166092)
				(xy 133.561628 141.166079) (xy 133.452139 141.002218) (xy 133.452136 141.002214) (xy 133.312785 140.862863)
				(xy 133.312781 140.86286) (xy 133.14892 140.753371) (xy 133.14891 140.753366) (xy 133.052047 140.713244)
				(xy 132.997644 140.669403) (xy 132.975579 140.603109) (xy 132.9755 140.598683) (xy 132.9755 115.000833)
				(xy 132.995185 114.933794) (xy 133.011819 114.913152) (xy 136.737819 111.187152) (xy 136.799142 111.153667)
			)
		)
		(filled_polygon
			(layer "F.Cu")
			(pts
				(xy 137.882762 106.614899) (xy 137.933135 106.663317) (xy 137.9495 106.724885) (xy 137.9495 111.539562)
				(xy 137.955207 111.56086) (xy 137.969979 111.615991) (xy 137.969981 111.615994) (xy 138.008018 111.681874)
				(xy 138.008021 111.681886) (xy 138.008024 111.681885) (xy 138.009539 111.68451) (xy 138.009542 111.684514)
				(xy 139.958181 113.633152) (xy 139.991666 113.694475) (xy 139.9945 113.720833) (xy 139.9945 140.598683)
				(xy 139.974815 140.665722) (xy 139.922011 140.711477) (xy 139.917953 140.713244) (xy 139.821089 140.753366)
				(xy 139.821079 140.753371) (xy 139.657218 140.86286) (xy 139.657214 140.862863) (xy 139.517863 141.002214)
				(xy 139.51786 141.002218) (xy 139.408371 141.166079) (xy 139.408364 141.166092) (xy 139.33295 141.34816)
				(xy 139.332947 141.34817) (xy 139.2945 141.541456) (xy 139.2945 141.604121) (xy 139.294461 141.607237)
				(xy 139.294149 141.619628) (xy 139.2895 141.64) (xy 139.2895 141.804599) (xy 139.289461 141.806151)
				(xy 139.27923 141.838007) (xy 139.269815 141.870074) (xy 139.268593 141.871132) (xy 139.268098 141.872675)
				(xy 139.242259 141.893951) (xy 139.217011 141.915829) (xy 139.21541 141.916059) (xy 139.214161 141.917088)
				(xy 139.180944 141.921014) (xy 139.147853 141.925773) (xy 139.145697 141.925181) (xy 139.144774 141.925291)
				(xy 139.143071 141.924461) (xy 139.118047 141.917596) (xy 139.059999 141.893551) (xy 138.240371 142.713181)
				(xy 138.179048 142.746666) (xy 138.15269 142.7495) (xy 137.35731 142.7495) (xy 137.290271 142.729815)
				(xy 137.269629 142.713181) (xy 136.45 141.893551) (xy 136.391953 141.917596) (xy 136.360713 141.920954)
				(xy 136.32972 141.926151) (xy 136.326244 141.92466) (xy 136.322483 141.925065) (xy 136.294381 141.910998)
				(xy 136.265504 141.898616) (xy 136.263385 141.895482) (xy 136.260004 141.89379) (xy 136.243972 141.866769)
				(xy 136.22637 141.840735) (xy 136.225603 141.835809) (xy 136.224352 141.833701) (xy 136.220534 141.805926)
				(xy 136.2205 141.804468) (xy 136.2205 141.64) (xy 136.215662 141.597064) (xy 136.215534 141.591551)
				(xy 136.21564 141.591155) (xy 136.2155 141.58866) (xy 136.2155 141.541456) (xy 136.177052 141.34817)
				(xy 136.177051 141.348169) (xy 136.177051 141.348165) (xy 136.136786 141.250955) (xy 136.514507 141.250955)
				(xy 137.755 142.491448) (xy 137.755001 142.491448) (xy 138.995491 141.250956) (xy 138.995492 141.250954)
				(xy 138.959758 141.140975) (xy 138.959756 141.140972) (xy 138.866859 140.95865) (xy 138.834474 140.914077)
				(xy 138.834474 140.914076) (xy 138.237962 141.510589) (xy 138.220925 141.447007) (xy 138.155099 141.332993)
				(xy 138.062007 141.239901) (xy 137.947993 141.174075) (xy 137.884408 141.157037) (xy 138.480922 140.560524)
				(xy 138.480921 140.560523) (xy 138.436359 140.528147) (xy 138.43635 140.528141) (xy 138.254031 140.435244)
				(xy 138.059417 140.372009) (xy 137.857317 140.34) (xy 137.652683 140.34) (xy 137.450582 140.372009)
				(xy 137.255968 140.435244) (xy 137.073644 140.528143) (xy 137.029077 140.560523) (xy 137.029077 140.560524)
				(xy 137.625591 141.157037) (xy 137.562007 141.174075) (xy 137.447993 141.239901) (xy 137.354901 141.332993)
				(xy 137.289075 141.447007) (xy 137.272037 141.51059) (xy 136.675524 140.914077) (xy 136.675523 140.914077)
				(xy 136.643143 140.958644) (xy 136.550244 141.140968) (xy 136.514507 141.250955) (xy 136.136786 141.250955)
				(xy 136.104941 141.174075) (xy 136.101633 141.166088) (xy 136.101628 141.166079) (xy 135.992139 141.002218)
				(xy 135.992136 141.002214) (xy 135.852785 140.862863) (xy 135.852781 140.86286) (xy 135.68892 140.753371)
				(xy 135.688911 140.753366) (xy 135.614016 140.722344) (xy 135.592047 140.713244) (xy 135.537643 140.669402)
				(xy 135.515579 140.603108) (xy 135.5155 140.598683) (xy 135.5155 113.710833) (xy 135.535185 113.643794)
				(xy 135.551819 113.623152) (xy 136.516064 112.658907) (xy 137.49046 111.684511) (xy 137.530022 111.615988)
				(xy 137.5505 111.539562) (xy 137.5505 111.460438) (xy 137.5505 106.724808) (xy 137.554766 106.710278)
				(xy 137.554099 106.695149) (xy 137.564411 106.677432) (xy 137.570185 106.657769) (xy 137.581628 106.647853)
				(xy 137.589247 106.634764) (xy 137.6075 106.625435) (xy 137.622989 106.612014) (xy 137.638958 106.609357)
				(xy 137.651462 106.602967) (xy 137.686722 106.601412) (xy 137.702899 106.603014) (xy 137.707991 106.603389)
				(xy 137.733568 106.604621) (xy 137.73873 106.604738) (xy 137.762528 106.604718) (xy 137.767044 106.604607)
				(xy 137.789544 106.603556) (xy 137.793959 106.603251) (xy 137.814209 106.6014)
			)
		)
		(filled_polygon
			(layer "F.Cu")
			(pts
				(xy 138.755703 111.18112) (xy 138.762181 111.187152) (xy 142.498181 114.923152) (xy 142.531666 114.984475)
				(xy 142.5345 115.010833) (xy 142.5345 140.598683) (xy 142.514815 140.665722) (xy 142.462011 140.711477)
				(xy 142.457953 140.713244) (xy 142.361089 140.753366) (xy 142.361079 140.753371) (xy 142.197218 140.86286)
				(xy 142.197214 140.862863) (xy 142.057863 141.002214) (xy 142.05786 141.002218) (xy 141.948371 141.166079)
				(xy 141.948364 141.166092) (xy 141.87295 141.34816) (xy 141.872947 141.34817) (xy 141.8345 141.541456)
				(xy 141.8345 141.604121) (xy 141.831391 141.631714) (xy 141.8295 141.639996) (xy 141.8295 142.6255)
				(xy 141.809815 142.692539) (xy 141.757011 142.738294) (xy 141.7055 142.7495) (xy 141.4245 142.7495)
				(xy 141.357461 142.729815) (xy 141.311706 142.677011) (xy 141.3005 142.6255) (xy 141.3005 141.639997)
				(xy 141.300499 141.639995) (xy 141.29628 141.602544) (xy 141.2955 141.58866) (xy 141.2955 141.541456)
				(xy 141.257052 141.34817) (xy 141.257051 141.348169) (xy 141.257051 141.348165) (xy 141.234345 141.293348)
				(xy 141.181635 141.166092) (xy 141.181628 141.166079) (xy 141.072139 141.002218) (xy 141.072136 141.002214)
				(xy 140.932785 140.862863) (xy 140.932781 140.86286) (xy 140.76892 140.753371) (xy 140.76891 140.753366)
				(xy 140.672047 140.713244) (xy 140.617644 140.669403) (xy 140.595579 140.603109) (xy 140.5955 140.598683)
				(xy 140.5955 113.50544) (xy 140.5955 113.505438) (xy 140.575022 113.429012) (xy 140.53546 113.360489)
				(xy 138.586819 111.411848) (xy 138.572115 111.38492) (xy 138.555523 111.359102) (xy 138.554631 111.352901)
				(xy 138.553334 111.350525) (xy 138.5505 111.324167) (xy 138.5505 111.274833) (xy 138.570185 111.207794)
				(xy 138.622989 111.162039) (xy 138.692147 111.152095)
			)
		)
		(filled_polygon
			(layer "F.Cu")
			(pts
				(xy 139.255703 110.43112) (xy 139.262181 110.437152) (xy 145.038181 116.213152) (xy 145.071666 116.274475)
				(xy 145.0745 116.300833) (xy 145.0745 140.598683) (xy 145.054815 140.665722) (xy 145.002011 140.711477)
				(xy 144.997953 140.713244) (xy 144.901089 140.753366) (xy 144.901079 140.753371) (xy 144.737218 140.86286)
				(xy 144.737214 140.862863) (xy 144.597863 141.002214) (xy 144.59786 141.002218) (xy 144.488371 141.166079)
				(xy 144.488364 141.166092) (xy 144.41295 141.34816) (xy 144.412947 141.34817) (xy 144.3745 141.541456)
				(xy 144.3745 141.604121) (xy 144.371391 141.631714) (xy 144.3695 141.639996) (xy 144.3695 142.6255)
				(xy 144.349815 142.692539) (xy 144.297011 142.738294) (xy 144.2455 142.7495) (xy 143.9645 142.7495)
				(xy 143.897461 142.729815) (xy 143.851706 142.677011) (xy 143.8405 142.6255) (xy 143.8405 141.639997)
				(xy 143.840499 141.639995) (xy 143.83628 141.602544) (xy 143.8355 141.58866) (xy 143.8355 141.541456)
				(xy 143.797052 141.34817) (xy 143.797051 141.348169) (xy 143.797051 141.348165) (xy 143.774345 141.293348)
				(xy 143.721635 141.166092) (xy 143.721628 141.166079) (xy 143.612139 141.002218) (xy 143.612136 141.002214)
				(xy 143.472785 140.862863) (xy 143.472781 140.86286) (xy 143.30892 140.753371) (xy 143.30891 140.753366)
				(xy 143.212047 140.713244) (xy 143.157644 140.669403) (xy 143.135579 140.603109) (xy 143.1355 140.598683)
				(xy 143.1355 114.795439) (xy 143.135059 114.793793) (xy 143.115021 114.719011) (xy 143.109246 114.709009)
				(xy 143.075464 114.650495) (xy 143.075458 114.650487) (xy 139.086819 110.661848) (xy 139.072115 110.63492)
				(xy 139.055523 110.609102) (xy 139.054631 110.602901) (xy 139.053334 110.600525) (xy 139.0505 110.574167)
				(xy 139.0505 110.524833) (xy 139.070185 110.457794) (xy 139.122989 110.412039) (xy 139.192147 110.402095)
			)
		)
		(filled_polygon
			(layer "F.Cu")
			(pts
				(xy 139.755703 109.68112) (xy 139.762181 109.687152) (xy 147.578181 117.503152) (xy 147.611666 117.564475)
				(xy 147.6145 117.590833) (xy 147.6145 140.598683) (xy 147.594815 140.665722) (xy 147.542011 140.711477)
				(xy 147.537953 140.713244) (xy 147.441089 140.753366) (xy 147.441079 140.753371) (xy 147.277218 140.86286)
				(xy 147.277214 140.862863) (xy 147.137863 141.002214) (xy 147.13786 141.002218) (xy 147.028371 141.166079)
				(xy 147.028364 141.166092) (xy 146.95295 141.34816) (xy 146.952947 141.34817) (xy 146.9145 141.541456)
				(xy 146.9145 141.604121) (xy 146.911391 141.631714) (xy 146.9095 141.639996) (xy 146.9095 142.6255)
				(xy 146.889815 142.692539) (xy 146.837011 142.738294) (xy 146.7855 142.7495) (xy 146.5045 142.7495)
				(xy 146.437461 142.729815) (xy 146.391706 142.677011) (xy 146.3805 142.6255) (xy 146.3805 141.639997)
				(xy 146.380499 141.639995) (xy 146.37628 141.602544) (xy 146.3755 141.58866) (xy 146.3755 141.541456)
				(xy 146.337052 141.34817) (xy 146.337051 141.348169) (xy 146.337051 141.348165) (xy 146.314345 141.293348)
				(xy 146.261635 141.166092) (xy 146.261628 141.166079) (xy 146.152139 141.002218) (xy 146.152136 141.002214)
				(xy 146.012785 140.862863) (xy 146.012781 140.86286) (xy 145.84892 140.753371) (xy 145.84891 140.753366)
				(xy 145.752047 140.713244) (xy 145.697644 140.669403) (xy 145.675579 140.603109) (xy 145.6755 140.598683)
				(xy 145.6755 116.085439) (xy 145.6755 116.085438) (xy 145.655021 116.009011) (xy 145.649246 115.999009)
				(xy 145.615464 115.940495) (xy 145.615458 115.940487) (xy 139.586819 109.911848) (xy 139.572115 109.88492)
				(xy 139.555523 109.859102) (xy 139.554631 109.852901) (xy 139.553334 109.850525) (xy 139.5505 109.824167)
				(xy 139.5505 109.774833) (xy 139.570185 109.707794) (xy 139.622989 109.662039) (xy 139.692147 109.652095)
			)
		)
		(filled_polygon
			(layer "F.Cu")
			(pts
				(xy 140.255703 108.93112) (xy 140.262181 108.937152) (xy 150.118181 118.793152) (xy 150.151666 118.854475)
				(xy 150.1545 118.880833) (xy 150.1545 140.598683) (xy 150.134815 140.665722) (xy 150.082011 140.711477)
				(xy 150.077953 140.713244) (xy 149.981089 140.753366) (xy 149.981079 140.753371) (xy 149.817218 140.86286)
				(xy 149.817214 140.862863) (xy 149.677863 141.002214) (xy 149.67786 141.002218) (xy 149.568371 141.166079)
				(xy 149.568364 141.166092) (xy 149.49295 141.34816) (xy 149.492947 141.34817) (xy 149.4545 141.541456)
				(xy 149.4545 141.604121) (xy 149.451391 141.631714) (xy 149.4495 141.639996) (xy 149.4495 142.6255)
				(xy 149.429815 142.692539) (xy 149.377011 142.738294) (xy 149.3255 142.7495) (xy 149.0445 142.7495)
				(xy 148.977461 142.729815) (xy 148.931706 142.677011) (xy 148.9205 142.6255) (xy 148.9205 141.639997)
				(xy 148.920499 141.639995) (xy 148.91628 141.602544) (xy 148.9155 141.58866) (xy 148.9155 141.541456)
				(xy 148.877052 141.34817) (xy 148.877051 141.348169) (xy 148.877051 141.348165) (xy 148.854345 141.293348)
				(xy 148.801635 141.166092) (xy 148.801628 141.166079) (xy 148.692139 141.002218) (xy 148.692136 141.002214)
				(xy 148.552785 140.862863) (xy 148.552781 140.86286) (xy 148.38892 140.753371) (xy 148.38891 140.753366)
				(xy 148.292047 140.713244) (xy 148.237644 140.669403) (xy 148.215579 140.603109) (xy 148.2155 140.598683)
				(xy 148.2155 117.375436) (xy 148.214309 117.370992) (xy 148.214309 117.370993) (xy 148.214308 117.370988)
				(xy 148.195022 117.299012) (xy 148.15546 117.230489) (xy 140.086819 109.161848) (xy 140.072115 109.13492)
				(xy 140.055523 109.109102) (xy 140.054631 109.102901) (xy 140.053334 109.100525) (xy 140.0505 109.074167)
				(xy 140.0505 109.024833) (xy 140.070185 108.957794) (xy 140.122989 108.912039) (xy 140.192147 108.902095)
			)
		)
		(filled_polygon
			(layer "F.Cu")
			(pts
				(xy 140.755703 108.18112) (xy 140.762181 108.187152) (xy 152.658181 120.083152) (xy 152.691666 120.144475)
				(xy 152.6945 120.170833) (xy 152.6945 140.598683) (xy 152.674815 140.665722) (xy 152.622011 140.711477)
				(xy 152.617953 140.713244) (xy 152.521089 140.753366) (xy 152.521079 140.753371) (xy 152.357218 140.86286)
				(xy 152.357214 140.862863) (xy 152.217863 141.002214) (xy 152.21786 141.002218) (xy 152.108371 141.166079)
				(xy 152.108364 141.166092) (xy 152.03295 141.34816) (xy 152.032947 141.34817) (xy 151.9945 141.541456)
				(xy 151.9945 141.604121) (xy 151.991391 141.631714) (xy 151.9895 141.639996) (xy 151.9895 142.6255)
				(xy 151.969815 142.692539) (xy 151.917011 142.738294) (xy 151.8655 142.7495) (xy 151.5845 142.7495)
				(xy 151.517461 142.729815) (xy 151.471706 142.677011) (xy 151.4605 142.6255) (xy 151.4605 141.639997)
				(xy 151.460499 141.639995) (xy 151.45628 141.602544) (xy 151.4555 141.58866) (xy 151.4555 141.541456)
				(xy 151.417052 141.34817) (xy 151.417051 141.348169) (xy 151.417051 141.348165) (xy 151.394345 141.293348)
				(xy 151.341635 141.166092) (xy 151.341628 141.166079) (xy 151.232139 141.002218) (xy 151.232136 141.002214)
				(xy 151.092785 140.862863) (xy 151.092781 140.86286) (xy 150.92892 140.753371) (xy 150.92891 140.753366)
				(xy 150.832047 140.713244) (xy 150.777644 140.669403) (xy 150.755579 140.603109) (xy 150.7555 140.598683)
				(xy 150.7555 118.665439) (xy 150.7555 118.665438) (xy 150.735021 118.589011) (xy 150.729246 118.579009)
				(xy 150.695464 118.520495) (xy 150.695458 118.520487) (xy 140.586819 108.411848) (xy 140.572115 108.38492)
				(xy 140.555523 108.359102) (xy 140.554631 108.352901) (xy 140.553334 108.350525) (xy 140.5505 108.324167)
				(xy 140.5505 108.274833) (xy 140.570185 108.207794) (xy 140.622989 108.162039) (xy 140.692147 108.152095)
			)
		)
		(filled_polygon
			(layer "F.Cu")
			(pts
				(xy 141.255703 107.43112) (xy 141.262181 107.437152) (xy 155.198181 121.373152) (xy 155.231666 121.434475)
				(xy 155.2345 121.460833) (xy 155.2345 140.598683) (xy 155.214815 140.665722) (xy 155.162011 140.711477)
				(xy 155.157953 140.713244) (xy 155.061089 140.753366) (xy 155.061079 140.753371) (xy 154.897218 140.86286)
				(xy 154.897214 140.862863) (xy 154.757863 141.002214) (xy 154.75786 141.002218) (xy 154.648371 141.166079)
				(xy 154.648364 141.166092) (xy 154.57295 141.34816) (xy 154.572947 141.34817) (xy 154.5345 141.541456)
				(xy 154.5345 141.604121) (xy 154.531391 141.631714) (xy 154.5295 141.639996) (xy 154.5295 142.6255)
				(xy 154.509815 142.692539) (xy 154.457011 142.738294) (xy 154.4055 142.7495) (xy 154.1245 142.7495)
				(xy 154.057461 142.729815) (xy 154.011706 142.677011) (xy 154.0005 142.6255) (xy 154.0005 141.639997)
				(xy 154.000499 141.639995) (xy 153.99628 141.602544) (xy 153.9955 141.58866) (xy 153.9955 141.541456)
				(xy 153.957052 141.34817) (xy 153.957051 141.348169) (xy 153.957051 141.348165) (xy 153.934345 141.293348)
				(xy 153.881635 141.166092) (xy 153.881628 141.166079) (xy 153.772139 141.002218) (xy 153.772136 141.002214)
				(xy 153.632785 140.862863) (xy 153.632781 140.86286) (xy 153.46892 140.753371) (xy 153.46891 140.753366)
				(xy 153.372047 140.713244) (xy 153.317644 140.669403) (xy 153.295579 140.603109) (xy 153.2955 140.598683)
				(xy 153.2955 119.955439) (xy 153.2955 119.955438) (xy 153.275021 119.879011) (xy 153.269246 119.869009)
				(xy 153.235464 119.810495) (xy 153.235458 119.810487) (xy 141.086819 107.661848) (xy 141.072115 107.63492)
				(xy 141.055523 107.609102) (xy 141.054631 107.602901) (xy 141.053334 107.600525) (xy 141.0505 107.574167)
				(xy 141.0505 107.524833) (xy 141.070185 107.457794) (xy 141.122989 107.412039) (xy 141.192147 107.402095)
			)
		)
		(filled_polygon
			(layer "F.Cu")
			(pts
				(xy 141.755703 106.68112) (xy 141.762181 106.687152) (xy 157.738181 122.663152) (xy 157.771666 122.724475)
				(xy 157.7745 122.750833) (xy 157.7745 140.598683) (xy 157.754815 140.665722) (xy 157.702011 140.711477)
				(xy 157.697953 140.713244) (xy 157.601089 140.753366) (xy 157.601079 140.753371) (xy 157.437218 140.86286)
				(xy 157.437214 140.862863) (xy 157.297863 141.002214) (xy 157.29786 141.002218) (xy 157.188371 141.166079)
				(xy 157.188364 141.166092) (xy 157.11295 141.34816) (xy 157.112947 141.34817) (xy 157.0745 141.541456)
				(xy 157.0745 141.604121) (xy 157.071391 141.631714) (xy 157.0695 141.639996) (xy 157.0695 142.6255)
				(xy 157.049815 142.692539) (xy 156.997011 142.738294) (xy 156.9455 142.7495) (xy 156.6645 142.7495)
				(xy 156.597461 142.729815) (xy 156.551706 142.677011) (xy 156.5405 142.6255) (xy 156.5405 141.639997)
				(xy 156.540499 141.639995) (xy 156.53628 141.602544) (xy 156.5355 141.58866) (xy 156.5355 141.541456)
				(xy 156.497052 141.34817) (xy 156.497051 141.348169) (xy 156.497051 141.348165) (xy 156.474345 141.293348)
				(xy 156.421635 141.166092) (xy 156.421628 141.166079) (xy 156.312139 141.002218) (xy 156.312136 141.002214)
				(xy 156.172785 140.862863) (xy 156.172781 140.86286) (xy 156.00892 140.753371) (xy 156.00891 140.753366)
				(xy 155.912047 140.713244) (xy 155.857644 140.669403) (xy 155.835579 140.603109) (xy 155.8355 140.598683)
				(xy 155.8355 121.24544) (xy 155.8355 121.245438) (xy 155.815022 121.169012) (xy 155.77546 121.100489)
				(xy 141.586819 106.911848) (xy 141.572115 106.88492) (xy 141.555523 106.859102) (xy 141.554631 106.852901)
				(xy 141.553334 106.850525) (xy 141.5505 106.824167) (xy 141.5505 106.774833) (xy 141.570185 106.707794)
				(xy 141.622989 106.662039) (xy 141.692147 106.652095)
			)
		)
		(filled_polygon
			(layer "F.Cu")
			(pts
				(xy 142.626643 105.77936) (xy 142.628409 105.779143) (xy 142.629997 105.779485) (xy 142.630486 105.779504)
				(xy 142.635469 105.780411) (xy 142.710438 105.8005) (xy 142.745746 105.8005) (xy 142.756769 105.802508)
				(xy 142.819196 105.833888) (xy 142.844738 105.870744) (xy 142.845231 105.87046) (xy 142.848674 105.876423)
				(xy 142.849111 105.877054) (xy 142.849293 105.877495) (xy 142.849295 105.877499) (xy 142.915187 105.991627)
				(xy 143.008373 106.084813) (xy 143.122501 106.150705) (xy 143.231427 106.179891) (xy 143.287013 106.211984)
				(xy 162.190489 125.11546) (xy 162.259012 125.155022) (xy 162.335438 125.1755) (xy 162.598684 125.1755)
				(xy 162.665723 125.195185) (xy 162.711478 125.247989) (xy 162.713245 125.252048) (xy 162.753364 125.348907)
				(xy 162.753371 125.34892) (xy 162.86286 125.512781) (xy 162.862863 125.512785) (xy 163.002214 125.652136)
				(xy 163.002218 125.652139) (xy 163.166079 125.761628) (xy 163.166092 125.761635) (xy 163.34816 125.837049)
				(xy 163.348165 125.837051) (xy 163.348169 125.837051) (xy 163.34817 125.837052) (xy 163.541456 125.8755)
				(xy 163.541459 125.8755) (xy 163.604121 125.8755) (xy 163.631715 125.878609) (xy 163.64 125.8805)
				(xy 164.6255 125.8805) (xy 164.692539 125.900185) (xy 164.738294 125.952989) (xy 164.7495 126.0045)
				(xy 164.7495 140.246249) (xy 164.749274 140.253736) (xy 164.731728 140.543794) (xy 164.729923 140.558659)
				(xy 164.678219 140.840798) (xy 164.674635 140.855336) (xy 164.589306 141.129167) (xy 164.583997 141.143168)
				(xy 164.466275 141.404736) (xy 164.459316 141.417995) (xy 164.310928 141.663459) (xy 164.302422 141.675782)
				(xy 164.125526 141.901573) (xy 164.115596 141.912781) (xy 163.912781 142.115596) (xy 163.901573 142.125526)
				(xy 163.675782 142.302422) (xy 163.663459 142.310928) (xy 163.417995 142.459316) (xy 163.404736 142.466275)
				(xy 163.143168 142.583997) (xy 163.129167 142.589306) (xy 162.855336 142.674635) (xy 162.840798 142.678219)
				(xy 162.558659 142.729923) (xy 162.543794 142.731728) (xy 162.253736 142.749274) (xy 162.246249 142.7495)
				(xy 159.2045 142.7495) (xy 159.137461 142.729815) (xy 159.091706 142.677011) (xy 159.0805 142.6255)
				(xy 159.0805 141.639997) (xy 159.080499 141.639995) (xy 159.07628 141.602544) (xy 159.0755 141.58866)
				(xy 159.0755 141.541456) (xy 159.037052 141.34817) (xy 159.037051 141.348169) (xy 159.037051 141.348165)
				(xy 159.014345 141.293348) (xy 158.961635 141.166092) (xy 158.961628 141.166079) (xy 158.852139 141.002218)
				(xy 158.852136 141.002214) (xy 158.712785 140.862863) (xy 158.712781 140.86286) (xy 158.54892 140.753371)
				(xy 158.54891 140.753366) (xy 158.452047 140.713244) (xy 158.397644 140.669403) (xy 158.375579 140.603109)
				(xy 158.3755 140.598683) (xy 158.3755 122.535439) (xy 158.373505 122.527993) (xy 158.355021 122.459011)
				(xy 158.349246 122.449009) (xy 158.315464 122.390495) (xy 158.315458 122.390487) (xy 142.187682 106.262711)
				(xy 142.154197 106.201388) (xy 142.159181 106.131696) (xy 142.201053 106.075763) (xy 142.226763 106.060951)
				(xy 142.248233 106.051804) (xy 142.252627 106.049803) (xy 142.27474 106.03908) (xy 142.279042 106.036862)
				(xy 142.300601 106.025081) (xy 142.304783 106.022661) (xy 142.32554 106.009976) (xy 142.329544 106.007394)
				(xy 142.349694 105.993706) (xy 142.353585 105.990924) (xy 142.372864 105.976429) (xy 142.376672 105.973422)
				(xy 142.39531 105.957959) (xy 142.398907 105.954825) (xy 142.416682 105.938584) (xy 142.420129 105.93528)
				(xy 142.437099 105.918223) (xy 142.440399 105.914745) (xy 142.456516 105.89692) (xy 142.459671 105.89326)
				(xy 142.475049 105.874528) (xy 142.477998 105.870755) (xy 142.492413 105.851372) (xy 142.495196 105.847437)
				(xy 142.505337 105.832344) (xy 142.519838 105.820286) (xy 142.530621 105.804813) (xy 142.546148 105.798412)
				(xy 142.559062 105.787675) (xy 142.57778 105.785371) (xy 142.595217 105.778184)
			)
		)
		(filled_polygon
			(layer "F.Cu")
			(pts
				(xy 132.033308 104.802992) (xy 132.042062 104.801704) (xy 132.066319 104.812685) (xy 132.09186 104.820185)
				(xy 132.097652 104.82687) (xy 132.105713 104.830519) (xy 132.120182 104.85287) (xy 132.137615 104.872989)
				(xy 132.139151 104.882173) (xy 132.143682 104.889172) (xy 132.14882 104.92409) (xy 132.149336 105.07997)
				(xy 132.141272 105.107773) (xy 132.136039 105.136247) (xy 132.131658 105.140921) (xy 132.129874 105.147074)
				(xy 132.108055 105.166106) (xy 132.088261 105.187228) (xy 132.082049 105.188791) (xy 132.077222 105.193003)
				(xy 132.05743 105.200155) (xy 131.991127 105.217921) (xy 131.991125 105.217921) (xy 131.991125 105.217922)
				(xy 131.876999 105.283813) (xy 131.876996 105.283815) (xy 131.783815 105.376996) (xy 131.783813 105.376999)
				(xy 131.717921 105.491125) (xy 131.692698 105.58526) (xy 131.683813 105.618421) (xy 131.683813 105.750205)
				(xy 131.690986 105.776977) (xy 131.695083 105.792268) (xy 131.693418 105.862118) (xy 131.662988 105.912039)
				(xy 113.026848 124.548181) (xy 112.99992 124.562884) (xy 112.974102 124.579477) (xy 112.967901 124.580368)
				(xy 112.965525 124.581666) (xy 112.939167 124.5845) (xy 112.901316 124.5845) (xy 112.834277 124.564815)
				(xy 112.788522 124.512011) (xy 112.786755 124.507952) (xy 112.746635 124.411092) (xy 112.746628 124.411079)
				(xy 112.637139 124.247218) (xy 112.637136 124.247214) (xy 112.497785 124.107863) (xy 112.497781 124.10786)
				(xy 112.33392 123.998371) (xy 112.333907 123.998364) (xy 112.151839 123.92295) (xy 112.151829 123.922947)
				(xy 111.958543 123.8845) (xy 111.958541 123.8845) (xy 111.895879 123.8845) (xy 111.892763 123.884461)
				(xy 111.88037 123.884149) (xy 111.86 123.8795) (xy 111.695401 123.8795) (xy 111.693849 123.879461)
				(xy 111.661992 123.86923) (xy 111.629926 123.859815) (xy 111.628867 123.858593) (xy 111.627325 123.858098)
				(xy 111.606048 123.832259) (xy 111.584171 123.807011) (xy 111.58394 123.80541) (xy 111.582912 123.804161)
				(xy 111.578985 123.770944) (xy 111.574227 123.737853) (xy 111.574818 123.735697) (xy 111.574709 123.734774)
				(xy 111.575538 123.733071) (xy 111.582404 123.708047) (xy 111.606448 123.649999) (xy 110.786819 122.83037)
				(xy 110.753334 122.769047) (xy 110.7505 122.742689) (xy 110.7505 122.344999) (xy 111.008552 122.344999)
				(xy 111.008552 122.345001) (xy 112.249042 123.585491) (xy 112.249044 123.585492) (xy 112.359026 123.549757)
				(xy 112.541346 123.456861) (xy 112.541347 123.456861) (xy 112.585921 123.424474) (xy 111.989409 122.827962)
				(xy 112.052993 122.810925) (xy 112.167007 122.745099) (xy 112.260099 122.652007) (xy 112.325925 122.537993)
				(xy 112.342962 122.474409) (xy 112.939474 123.070921) (xy 112.971859 123.026349) (xy 113.064755 122.844031)
				(xy 113.12799 122.649417) (xy 113.16 122.447317) (xy 113.16 122.242682) (xy 113.12799 122.040582)
				(xy 113.064755 121.845968) (xy 112.971859 121.66365) (xy 112.939474 121.619077) (xy 112.939474 121.619076)
				(xy 112.342962 122.215589) (xy 112.325925 122.152007) (xy 112.260099 122.037993) (xy 112.167007 121.944901)
				(xy 112.052993 121.879075) (xy 111.989408 121.862037) (xy 112.585922 121.265524) (xy 112.585921 121.265523)
				(xy 112.541359 121.233147) (xy 112.54135 121.233141) (xy 112.359031 121.140244) (xy 112.249043 121.104507)
				(xy 112.249042 121.104507) (xy 111.008552 122.344999) (xy 110.7505 122.344999) (xy 110.7505 121.94731)
				(xy 110.770185 121.880271) (xy 110.786819 121.859629) (xy 111.606448 121.04) (xy 111.582404 120.981953)
				(xy 111.579045 120.950713) (xy 111.573849 120.91972) (xy 111.575339 120.916244) (xy 111.574935 120.912483)
				(xy 111.589001 120.884381) (xy 111.601384 120.855504) (xy 111.604517 120.853385) (xy 111.60621 120.850004)
				(xy 111.63323 120.833972) (xy 111.659265 120.81637) (xy 111.66419 120.815603) (xy 111.666299 120.814352)
				(xy 111.694074 120.810534) (xy 111.695532 120.8105) (xy 111.86 120.8105) (xy 111.902935 120.805662)
				(xy 111.908449 120.805534) (xy 111.908844 120.80564) (xy 111.91134 120.8055) (xy 111.958543 120.8055)
				(xy 112.088582 120.779632) (xy 112.151835 120.767051) (xy 112.333914 120.691632) (xy 112.497782 120.582139)
				(xy 112.637139 120.442782) (xy 112.746632 120.278914) (xy 112.786755 120.182048) (xy 112.830595 120.127644)
				(xy 112.896889 120.105579) (xy 112.901316 120.1055) (xy 115.73456 120.1055) (xy 115.734562 120.1055)
				(xy 115.810989 120.085021) (xy 115.879511 120.04546) (xy 115.93546 119.989511) (xy 130.797018 105.127951)
				(xy 130.858339 105.094468) (xy 130.91679 105.095859) (xy 130.934108 105.1005) (xy 130.93411 105.1005)
				(xy 131.06589 105.1005) (xy 131.065892 105.1005) (xy 131.193186 105.066392) (xy 131.307314 105.0005)
				(xy 131.4005 104.907314) (xy 131.426373 104.862499) (xy 131.47694 104.814284) (xy 131.53376 104.8005)
				(xy 132.024821 104.8005)
			)
		)
		(filled_polygon
			(layer "F.Cu")
			(pts
				(xy 144.391206 104.820185) (xy 144.411848 104.836819) (xy 159.55454 119.979511) (xy 159.610489 120.03546)
				(xy 159.610491 120.035461) (xy 159.610495 120.035464) (xy 159.667614 120.068441) (xy 159.679011 120.075021)
				(xy 159.755438 120.0955) (xy 159.834562 120.0955) (xy 162.598684 120.0955) (xy 162.665723 120.115185)
				(xy 162.711478 120.167989) (xy 162.713245 120.172048) (xy 162.753364 120.268907) (xy 162.753371 120.26892)
				(xy 162.86286 120.432781) (xy 162.862863 120.432785) (xy 163.002214 120.572136) (xy 163.002218 120.572139)
				(xy 163.166079 120.681628) (xy 163.166092 120.681635) (xy 163.34816 120.757049) (xy 163.348165 120.757051)
				(xy 163.348169 120.757051) (xy 163.34817 120.757052) (xy 163.541456 120.7955) (xy 163.541459 120.7955)
				(xy 163.604121 120.7955) (xy 163.607237 120.795539) (xy 163.619629 120.79585) (xy 163.64 120.8005)
				(xy 163.804599 120.8005) (xy 163.806151 120.800539) (xy 163.838007 120.810769) (xy 163.870074 120.820185)
				(xy 163.871132 120.821406) (xy 163.872675 120.821902) (xy 163.893951 120.84774) (xy 163.915829 120.872989)
				(xy 163.916059 120.874589) (xy 163.917088 120.875839) (xy 163.921014 120.909055) (xy 163.925773 120.942147)
				(xy 163.925181 120.944302) (xy 163.925291 120.945226) (xy 163.924461 120.946928) (xy 163.917596 120.971953)
				(xy 163.893551 121.03) (xy 164.713181 121.849629) (xy 164.746666 121.910952) (xy 164.7495 121.93731)
				(xy 164.7495 122.732689) (xy 164.729815 122.799728) (xy 164.713181 122.82037) (xy 163.893551 123.639999)
				(xy 163.917596 123.698047) (xy 163.920954 123.729286) (xy 163.926151 123.76028) (xy 163.92466 123.763755)
				(xy 163.925065 123.767517) (xy 163.910998 123.795618) (xy 163.898616 123.824496) (xy 163.895482 123.826614)
				(xy 163.89379 123.829996) (xy 163.866769 123.846027) (xy 163.840735 123.86363) (xy 163.835809 123.864396)
				(xy 163.833701 123.865648) (xy 163.805926 123.869466) (xy 163.804468 123.8695) (xy 163.64 123.8695)
				(xy 163.597064 123.874337) (xy 163.591551 123.874466) (xy 163.591155 123.874359) (xy 163.58866 123.8745)
				(xy 163.541457 123.8745) (xy 163.34817 123.912947) (xy 163.34816 123.91295) (xy 163.166092 123.988364)
				(xy 163.166079 123.988371) (xy 163.002218 124.09786) (xy 163.002214 124.097863) (xy 162.862863 124.237214)
				(xy 162.86286 124.237218) (xy 162.753371 124.401079) (xy 162.753364 124.401092) (xy 162.713245 124.497952)
				(xy 162.700702 124.513517) (xy 162.692397 124.531703) (xy 162.679227 124.540166) (xy 162.669405 124.552356)
				(xy 162.650435 124.558669) (xy 162.633619 124.569477) (xy 162.606059 124.573439) (xy 162.603111 124.574421)
				(xy 162.598684 124.5745) (xy 162.550833 124.5745) (xy 162.483794 124.554815) (xy 162.463152 124.538181)
				(xy 160.157653 122.232682) (xy 162.34 122.232682) (xy 162.34 122.437317) (xy 162.372009 122.639417)
				(xy 162.435244 122.834031) (xy 162.528141 123.01635) (xy 162.528147 123.016359) (xy 162.560523 123.060921)
				(xy 162.560524 123.060922) (xy 163.157037 122.464409) (xy 163.174075 122.527993) (xy 163.239901 122.642007)
				(xy 163.332993 122.735099) (xy 163.447007 122.800925) (xy 163.510589 122.817962) (xy 162.914076 123.414474)
				(xy 162.95865 123.446859) (xy 163.140972 123.539756) (xy 163.140975 123.539758) (xy 163.250954 123.575492)
				(xy 163.250956 123.575491) (xy 164.491448 122.335) (xy 163.250955 121.094507) (xy 163.140968 121.130244)
				(xy 162.958644 121.223143) (xy 162.914077 121.255523) (xy 162.914077 121.255524) (xy 163.51059 121.852037)
				(xy 163.447007 121.869075) (xy 163.332993 121.934901) (xy 163.239901 122.027993) (xy 163.174075 122.142007)
				(xy 163.157037 122.20559) (xy 162.560524 121.609077) (xy 162.560523 121.609077) (xy 162.528143 121.653644)
				(xy 162.435244 121.835968) (xy 162.372009 122.030582) (xy 162.34 122.232682) (xy 160.157653 122.232682)
				(xy 143.83701 105.912039) (xy 143.803525 105.850716) (xy 143.804916 105.792265) (xy 143.816187 105.750205)
				(xy 143.816187 105.618421) (xy 143.782079 105.491127) (xy 143.716187 105.376999) (xy 143.623001 105.283813)
				(xy 143.508873 105.217921) (xy 143.442472 105.200129) (xy 143.418493 105.185513) (xy 143.393 105.17375)
				(xy 143.389066 105.167575) (xy 143.382814 105.163765) (xy 143.370544 105.138507) (xy 143.355455 105.114825)
				(xy 143.354649 105.105784) (xy 143.352285 105.100918) (xy 143.350569 105.07987) (xy 143.351178 104.924015)
				(xy 143.359534 104.895959) (xy 143.365188 104.867242) (xy 143.369391 104.862868) (xy 143.371124 104.857053)
				(xy 143.393323 104.837968) (xy 143.413605 104.816867) (xy 143.419778 104.815225) (xy 143.424107 104.811505)
				(xy 143.444502 104.808653) (xy 143.475177 104.8005) (xy 144.324167 104.8005)
			)
		)
		(filled_polygon
			(layer "F.Cu")
			(pts
				(xy 132.033436 103.803044) (xy 132.042377 103.801756) (xy 132.066438 103.812735) (xy 132.09181 103.820185)
				(xy 132.097724 103.82701) (xy 132.105942 103.83076) (xy 132.120248 103.853004) (xy 132.137565 103.872989)
				(xy 132.13915 103.882395) (xy 132.143736 103.889525) (xy 132.148771 103.924458) (xy 132.148822 104.075458)
				(xy 132.140724 104.103071) (xy 132.135523 104.131368) (xy 132.131015 104.136178) (xy 132.12916 104.142504)
				(xy 132.107423 104.161352) (xy 132.087746 104.182349) (xy 132.081352 104.183958) (xy 132.076372 104.188277)
				(xy 132.024822 104.1995) (xy 131.34054 104.1995) (xy 131.27854 104.182887) (xy 131.193188 104.133609)
				(xy 131.193187 104.133608) (xy 131.193186 104.133608) (xy 131.065892 104.0995) (xy 130.934108 104.0995)
				(xy 130.806812 104.133608) (xy 130.692686 104.1995) (xy 130.692683 104.199502) (xy 130.599502 104.292683)
				(xy 130.5995 104.292686) (xy 130.533608 104.406812) (xy 130.4995 104.534107) (xy 130.498714 104.54008)
				(xy 130.470445 104.603976) (xy 130.463456 104.611572) (xy 115.606848 119.468181) (xy 115.545525 119.501666)
				(xy 115.519167 119.5045) (xy 112.901316 119.5045) (xy 112.834277 119.484815) (xy 112.788522 119.432011)
				(xy 112.786755 119.427952) (xy 112.746635 119.331092) (xy 112.746628 119.331079) (xy 112.637139 119.167218)
				(xy 112.637136 119.167214) (xy 112.497785 119.027863) (xy 112.497781 119.02786) (xy 112.33392 118.918371)
				(xy 112.333907 118.918364) (xy 112.151839 118.84295) (xy 112.151829 118.842947) (xy 111.958543 118.8045)
				(xy 111.958541 118.8045) (xy 111.895879 118.8045) (xy 111.892763 118.804461) (xy 111.88037 118.804149)
				(xy 111.86 118.7995) (xy 111.695401 118.7995) (xy 111.693849 118.799461) (xy 111.661992 118.78923)
				(xy 111.629926 118.779815) (xy 111.628867 118.778593) (xy 111.627325 118.778098) (xy 111.606048 118.752259)
				(xy 111.584171 118.727011) (xy 111.58394 118.72541) (xy 111.582912 118.724161) (xy 111.578985 118.690944)
				(xy 111.574227 118.657853) (xy 111.574818 118.655697) (xy 111.574709 118.654774) (xy 111.575538 118.653071)
				(xy 111.582404 118.628047) (xy 111.606448 118.569999) (xy 110.786819 117.75037) (xy 110.753334 117.689047)
				(xy 110.7505 117.662689) (xy 110.7505 117.264999) (xy 111.008552 117.264999) (xy 111.008552 117.265001)
				(xy 112.249042 118.505491) (xy 112.249044 118.505492) (xy 112.359026 118.469757) (xy 112.541346 118.376861)
				(xy 112.541347 118.376861) (xy 112.585921 118.344474) (xy 111.989409 117.747962) (xy 112.052993 117.730925)
				(xy 112.167007 117.665099) (xy 112.260099 117.572007) (xy 112.325925 117.457993) (xy 112.342962 117.394409)
				(xy 112.939474 117.990921) (xy 112.971859 117.946349) (xy 113.064755 117.764031) (xy 113.12799 117.569417)
				(xy 113.16 117.367315) (xy 113.16 117.162682) (xy 113.12799 116.960582) (xy 113.064755 116.765968)
				(xy 112.971859 116.58365) (xy 112.939474 116.539077) (xy 112.939474 116.539076) (xy 112.342962 117.135589)
				(xy 112.325925 117.072007) (xy 112.260099 116.957993) (xy 112.167007 116.864901) (xy 112.052993 116.799075)
				(xy 111.989408 116.782037) (xy 112.585922 116.185524) (xy 112.585921 116.185523) (xy 112.541359 116.153147)
				(xy 112.54135 116.153141) (xy 112.359031 116.060244) (xy 112.249043 116.024507) (xy 112.249042 116.024507)
				(xy 111.008552 117.264999) (xy 110.7505 117.264999) (xy 110.7505 116.86731) (xy 110.770185 116.800271)
				(xy 110.786819 116.779629) (xy 111.606448 115.96) (xy 111.582404 115.901953) (xy 111.579045 115.870713)
				(xy 111.573849 115.83972) (xy 111.575339 115.836244) (xy 111.574935 115.832483) (xy 111.589001 115.804381)
				(xy 111.601384 115.775504) (xy 111.604517 115.773385) (xy 111.60621 115.770004) (xy 111.63323 115.753972)
				(xy 111.659265 115.73637) (xy 111.66419 115.735603) (xy 111.666299 115.734352) (xy 111.694074 115.730534)
				(xy 111.695532 115.7305) (xy 111.86 115.7305) (xy 111.902935 115.725662) (xy 111.908449 115.725534)
				(xy 111.908844 115.72564) (xy 111.91134 115.7255) (xy 111.958543 115.7255) (xy 112.088582 115.699632)
				(xy 112.151835 115.687051) (xy 112.333914 115.611632) (xy 112.497782 115.502139) (xy 112.637139 115.362782)
				(xy 112.746632 115.198914) (xy 112.786755 115.102048) (xy 112.830595 115.047644) (xy 112.896889 115.025579)
				(xy 112.901316 115.0255) (xy 118.31456 115.0255) (xy 118.314562 115.0255) (xy 118.390989 115.005021)
				(xy 118.459511 114.96546) (xy 118.51546 114.909511) (xy 129.588152 103.836819) (xy 129.649475 103.803334)
				(xy 129.675833 103.8005) (xy 132.024771 103.8005)
			)
		)
		(filled_polygon
			(layer "F.Cu")
			(pts
				(xy 145.141206 104.320185) (xy 145.161848 104.336819) (xy 158.320489 117.49546) (xy 158.389012 117.535022)
				(xy 158.465438 117.5555) (xy 158.544562 117.5555) (xy 162.598684 117.5555) (xy 162.665723 117.575185)
				(xy 162.711478 117.627989) (xy 162.713245 117.632048) (xy 162.753364 117.728907) (xy 162.753371 117.72892)
				(xy 162.86286 117.892781) (xy 162.862863 117.892785) (xy 163.002214 118.032136) (xy 163.002218 118.032139)
				(xy 163.166079 118.141628) (xy 163.166092 118.141635) (xy 163.34816 118.217049) (xy 163.348165 118.217051)
				(xy 163.348169 118.217051) (xy 163.34817 118.217052) (xy 163.541456 118.2555) (xy 163.541459 118.2555)
				(xy 163.604121 118.2555) (xy 163.631715 118.258609) (xy 163.64 118.2605) (xy 164.6255 118.2605)
				(xy 164.692539 118.280185) (xy 164.738294 118.332989) (xy 164.7495 118.3845) (xy 164.7495 118.6655)
				(xy 164.729815 118.732539) (xy 164.677011 118.778294) (xy 164.6255 118.7895) (xy 163.639995 118.7895)
				(xy 163.602544 118.79372) (xy 163.58866 118.7945) (xy 163.541457 118.7945) (xy 163.34817 118.832947)
				(xy 163.34816 118.83295) (xy 163.166092 118.908364) (xy 163.166079 118.908371) (xy 163.002218 119.01786)
				(xy 163.002214 119.017863) (xy 162.862863 119.157214) (xy 162.86286 119.157218) (xy 162.753371 119.321079)
				(xy 162.753364 119.321092) (xy 162.713245 119.417952) (xy 162.669405 119.472356) (xy 162.603111 119.494421)
				(xy 162.598684 119.4945) (xy 159.970833 119.4945) (xy 159.903794 119.474815) (xy 159.883152 119.458181)
				(xy 144.937152 104.512181) (xy 144.926539 104.492744) (xy 144.912039 104.476011) (xy 144.910122 104.462679)
				(xy 144.903667 104.450858) (xy 144.905246 104.428771) (xy 144.902095 104.406853) (xy 144.90769 104.394601)
				(xy 144.908651 104.381166) (xy 144.921921 104.363439) (xy 144.93112 104.343297) (xy 144.942451 104.336014)
				(xy 144.950523 104.325233) (xy 144.971268 104.317495) (xy 144.989898 104.305523) (xy 145.011816 104.302371)
				(xy 145.015987 104.300816) (xy 145.024833 104.3005) (xy 145.074167 104.3005)
			)
		)
		(filled_polygon
			(layer "F.Cu")
			(pts
				(xy 145.891206 103.820185) (xy 145.911848 103.836819) (xy 156.97454 114.899511) (xy 157.030489 114.95546)
				(xy 157.030491 114.955461) (xy 157.030495 114.955464) (xy 157.087614 114.988441) (xy 157.099011 114.995021)
				(xy 157.175438 115.0155) (xy 162.598684 115.0155) (xy 162.665723 115.035185) (xy 162.711478 115.087989)
				(xy 162.713245 115.092048) (xy 162.753364 115.188907) (xy 162.753371 115.18892) (xy 162.86286 115.352781)
				(xy 162.862863 115.352785) (xy 163.002214 115.492136) (xy 163.002218 115.492139) (xy 163.166079 115.601628)
				(xy 163.166092 115.601635) (xy 163.34816 115.677049) (xy 163.348165 115.677051) (xy 163.348169 115.677051)
				(xy 163.34817 115.677052) (xy 163.541456 115.7155) (xy 163.541459 115.7155) (xy 163.604121 115.7155)
				(xy 163.631715 115.718609) (xy 163.64 115.7205) (xy 164.6255 115.7205) (xy 164.692539 115.740185)
				(xy 164.738294 115.792989) (xy 164.7495 115.8445) (xy 164.7495 116.1255) (xy 164.729815 116.192539)
				(xy 164.677011 116.238294) (xy 164.6255 116.2495) (xy 163.639995 116.2495) (xy 163.602544 116.25372)
				(xy 163.58866 116.2545) (xy 163.541457 116.2545) (xy 163.34817 116.292947) (xy 163.34816 116.29295)
				(xy 163.166092 116.368364) (xy 163.166079 116.368371) (xy 163.002218 116.47786) (xy 163.002214 116.477863)
				(xy 162.862863 116.617214) (xy 162.86286 116.617218) (xy 162.753371 116.781079) (xy 162.753364 116.781092)
				(xy 162.713245 116.877952) (xy 162.669405 116.932356) (xy 162.603111 116.954421) (xy 162.598684 116.9545)
				(xy 158.680833 116.9545) (xy 158.613794 116.934815) (xy 158.593152 116.918181) (xy 145.687152 104.012181)
				(xy 145.676539 103.992744) (xy 145.662039 103.976011) (xy 145.660122 103.962679) (xy 145.653667 103.950858)
				(xy 145.655246 103.928771) (xy 145.652095 103.906853) (xy 145.65769 103.894601) (xy 145.658651 103.881166)
				(xy 145.671921 103.863439) (xy 145.68112 103.843297) (xy 145.692451 103.836014) (xy 145.700523 103.825233)
				(xy 145.721268 103.817495) (xy 145.739898 103.805523) (xy 145.761816 103.802371) (xy 145.765987 103.800816)
				(xy 145.774833 103.8005) (xy 145.824167 103.8005)
			)
		)
		(filled_polygon
			(layer "F.Cu")
			(pts
				(xy 129.042206 103.320185) (xy 129.087961 103.372989) (xy 129.097905 103.442147) (xy 129.06888 103.505703)
				(xy 129.062848 103.512181) (xy 118.186848 114.388181) (xy 118.125525 114.421666) (xy 118.099167 114.4245)
				(xy 112.901316 114.4245) (xy 112.834277 114.404815) (xy 112.788522 114.352011) (xy 112.786755 114.347952)
				(xy 112.746635 114.251092) (xy 112.746628 114.251079) (xy 112.637139 114.087218) (xy 112.637136 114.087214)
				(xy 112.497785 113.947863) (xy 112.497781 113.94786) (xy 112.33392 113.838371) (xy 112.333907 113.838364)
				(xy 112.151839 113.76295) (xy 112.151829 113.762947) (xy 111.958543 113.7245) (xy 111.958541 113.7245)
				(xy 111.895879 113.7245) (xy 111.868285 113.721391) (xy 111.860001 113.7195) (xy 111.86 113.7195)
				(xy 110.8745 113.7195) (xy 110.807461 113.699815) (xy 110.761706 113.647011) (xy 110.7505 113.5955)
				(xy 110.7505 113.3145) (xy 110.770185 113.247461) (xy 110.822989 113.201706) (xy 110.8745 113.1905)
				(xy 111.860003 113.1905) (xy 111.860003 113.190499) (xy 111.897456 113.18628) (xy 111.91134 113.1855)
				(xy 111.958543 113.1855) (xy 112.088582 113.159632) (xy 112.151835 113.147051) (xy 112.333914 113.071632)
				(xy 112.497782 112.962139) (xy 112.637139 112.822782) (xy 112.746632 112.658914) (xy 112.786755 112.562048)
				(xy 112.830595 112.507644) (xy 112.896889 112.485579) (xy 112.901316 112.4855) (xy 119.60456 112.4855)
				(xy 119.604562 112.4855) (xy 119.680989 112.465021) (xy 119.749511 112.42546) (xy 119.80546 112.369511)
				(xy 128.838152 103.336819) (xy 128.865079 103.322115) (xy 128.890898 103.305523) (xy 128.897098 103.304631)
				(xy 128.899475 103.303334) (xy 128.925833 103.3005) (xy 128.975167 103.3005)
			)
		)
		(filled_polygon
			(layer "F.Cu")
			(pts
				(xy 146.641206 103.320185) (xy 146.661848 103.336819) (xy 155.68454 112.359511) (xy 155.740489 112.41546)
				(xy 155.740491 112.415461) (xy 155.740495 112.415464) (xy 155.797614 112.448441) (xy 155.809011 112.455021)
				(xy 155.885438 112.4755) (xy 155.964562 112.4755) (xy 162.598684 112.4755) (xy 162.665723 112.495185)
				(xy 162.711478 112.547989) (xy 162.713245 112.552048) (xy 162.753364 112.648907) (xy 162.753371 112.64892)
				(xy 162.86286 112.812781) (xy 162.862863 112.812785) (xy 163.002214 112.952136) (xy 163.002218 112.952139)
				(xy 163.166079 113.061628) (xy 163.166092 113.061635) (xy 163.34816 113.137049) (xy 163.348165 113.137051)
				(xy 163.348169 113.137051) (xy 163.34817 113.137052) (xy 163.541456 113.1755) (xy 163.541459 113.1755)
				(xy 163.604121 113.1755) (xy 163.631715 113.178609) (xy 163.64 113.1805) (xy 164.6255 113.1805)
				(xy 164.692539 113.200185) (xy 164.738294 113.252989) (xy 164.7495 113.3045) (xy 164.7495 113.5855)
				(xy 164.729815 113.652539) (xy 164.677011 113.698294) (xy 164.6255 113.7095) (xy 163.639995 113.7095)
				(xy 163.602544 113.71372) (xy 163.58866 113.7145) (xy 163.541457 113.7145) (xy 163.34817 113.752947)
				(xy 163.34816 113.75295) (xy 163.166092 113.828364) (xy 163.166079 113.828371) (xy 163.002218 113.93786)
				(xy 163.002214 113.937863) (xy 162.862863 114.077214) (xy 162.86286 114.077218) (xy 162.753371 114.241079)
				(xy 162.753364 114.241092) (xy 162.713245 114.337952) (xy 162.669405 114.392356) (xy 162.603111 114.414421)
				(xy 162.598684 114.4145) (xy 157.390833 114.4145) (xy 157.323794 114.394815) (xy 157.303152 114.378181)
				(xy 146.437152 103.512181) (xy 146.426539 103.492744) (xy 146.412039 103.476011) (xy 146.410122 103.462679)
				(xy 146.403667 103.450858) (xy 146.405246 103.428771) (xy 146.402095 103.406853) (xy 146.40769 103.394601)
				(xy 146.408651 103.381166) (xy 146.421921 103.363439) (xy 146.43112 103.343297) (xy 146.442451 103.336014)
				(xy 146.450523 103.325233) (xy 146.471268 103.317495) (xy 146.489898 103.305523) (xy 146.511816 103.302371)
				(xy 146.515987 103.300816) (xy 146.524833 103.3005) (xy 146.574167 103.3005)
			)
		)
		(filled_polygon
			(layer "F.Cu")
			(pts
				(xy 128.292206 102.820185) (xy 128.337961 102.872989) (xy 128.347905 102.942147) (xy 128.31888 103.005703)
				(xy 128.312848 103.012181) (xy 119.476848 111.848181) (xy 119.415525 111.881666) (xy 119.389167 111.8845)
				(xy 112.901316 111.8845) (xy 112.834277 111.864815) (xy 112.788522 111.812011) (xy 112.786755 111.807952)
				(xy 112.746635 111.711092) (xy 112.746628 111.711079) (xy 112.637139 111.547218) (xy 112.637136 111.547214)
				(xy 112.497785 111.407863) (xy 112.497781 111.40786) (xy 112.33392 111.298371) (xy 112.333907 111.298364)
				(xy 112.151839 111.22295) (xy 112.151829 111.222947) (xy 111.958543 111.1845) (xy 111.958541 111.1845)
				(xy 111.895879 111.1845) (xy 111.868285 111.181391) (xy 111.860001 111.1795) (xy 111.86 111.1795)
				(xy 110.8745 111.1795) (xy 110.807461 111.159815) (xy 110.761706 111.107011) (xy 110.7505 111.0555)
				(xy 110.7505 110.7745) (xy 110.770185 110.707461) (xy 110.822989 110.661706) (xy 110.8745 110.6505)
				(xy 111.860003 110.6505) (xy 111.860003 110.650499) (xy 111.897456 110.64628) (xy 111.91134 110.6455)
				(xy 111.958543 110.6455) (xy 112.088582 110.619632) (xy 112.151835 110.607051) (xy 112.333914 110.531632)
				(xy 112.497782 110.422139) (xy 112.637139 110.282782) (xy 112.746632 110.118914) (xy 112.786755 110.022048)
				(xy 112.830595 109.967644) (xy 112.896889 109.945579) (xy 112.901316 109.9455) (xy 120.89456 109.9455)
				(xy 120.894562 109.9455) (xy 120.970989 109.925021) (xy 121.039511 109.88546) (xy 121.09546 109.829511)
				(xy 128.088152 102.836819) (xy 128.115079 102.822115) (xy 128.140898 102.805523) (xy 128.147098 102.804631)
				(xy 128.149475 102.803334) (xy 128.175833 102.8005) (xy 128.225167 102.8005)
			)
		)
		(filled_polygon
			(layer "F.Cu")
			(pts
				(xy 147.391206 102.820185) (xy 147.411848 102.836819) (xy 154.450489 109.87546) (xy 154.509829 109.90972)
				(xy 154.513514 109.911848) (xy 154.519012 109.915022) (xy 154.595438 109.9355) (xy 162.598684 109.9355)
				(xy 162.665723 109.955185) (xy 162.711478 110.007989) (xy 162.713245 110.012048) (xy 162.753364 110.108907)
				(xy 162.753371 110.10892) (xy 162.86286 110.272781) (xy 162.862863 110.272785) (xy 163.002214 110.412136)
				(xy 163.002218 110.412139) (xy 163.166079 110.521628) (xy 163.166092 110.521635) (xy 163.34816 110.597049)
				(xy 163.348165 110.597051) (xy 163.348169 110.597051) (xy 163.34817 110.597052) (xy 163.541456 110.6355)
				(xy 163.541459 110.6355) (xy 163.604121 110.6355) (xy 163.631715 110.638609) (xy 163.64 110.6405)
				(xy 164.6255 110.6405) (xy 164.692539 110.660185) (xy 164.738294 110.712989) (xy 164.7495 110.7645)
				(xy 164.7495 111.0455) (xy 164.729815 111.112539) (xy 164.677011 111.158294) (xy 164.6255 111.1695)
				(xy 163.639995 111.1695) (xy 163.602544 111.17372) (xy 163.58866 111.1745) (xy 163.541457 111.1745)
				(xy 163.34817 111.212947) (xy 163.34816 111.21295) (xy 163.166092 111.288364) (xy 163.166079 111.288371)
				(xy 163.002218 111.39786) (xy 163.002214 111.397863) (xy 162.862863 111.537214) (xy 162.86286 111.537218)
				(xy 162.753371 111.701079) (xy 162.753364 111.701092) (xy 162.713245 111.797952) (xy 162.669405 111.852356)
				(xy 162.603111 111.874421) (xy 162.598684 111.8745) (xy 156.100833 111.8745) (xy 156.033794 111.854815)
				(xy 156.013152 111.838181) (xy 147.187152 103.012181) (xy 147.176539 102.992744) (xy 147.162039 102.976011)
				(xy 147.160122 102.962679) (xy 147.153667 102.950858) (xy 147.155246 102.928771) (xy 147.152095 102.906853)
				(xy 147.15769 102.894601) (xy 147.158651 102.881166) (xy 147.171921 102.863439) (xy 147.18112 102.843297)
				(xy 147.192451 102.836014) (xy 147.200523 102.825233) (xy 147.221268 102.817495) (xy 147.239898 102.805523)
				(xy 147.261816 102.802371) (xy 147.265987 102.800816) (xy 147.274833 102.8005) (xy 147.324167 102.8005)
			)
		)
		(filled_polygon
			(layer "F.Cu")
			(pts
				(xy 127.542206 102.320185) (xy 127.587961 102.372989) (xy 127.597905 102.442147) (xy 127.56888 102.505703)
				(xy 127.562848 102.512181) (xy 120.766848 109.308181) (xy 120.705525 109.341666) (xy 120.679167 109.3445)
				(xy 112.901316 109.3445) (xy 112.834277 109.324815) (xy 112.788522 109.272011) (xy 112.786755 109.267952)
				(xy 112.746635 109.171092) (xy 112.746628 109.171079) (xy 112.637139 109.007218) (xy 112.637136 109.007214)
				(xy 112.497785 108.867863) (xy 112.497781 108.86786) (xy 112.33392 108.758371) (xy 112.333907 108.758364)
				(xy 112.151839 108.68295) (xy 112.151829 108.682947) (xy 111.958543 108.6445) (xy 111.958541 108.6445)
				(xy 111.895879 108.6445) (xy 111.868285 108.641391) (xy 111.860001 108.6395) (xy 111.86 108.6395)
				(xy 110.8745 108.6395) (xy 110.807461 108.619815) (xy 110.761706 108.567011) (xy 110.7505 108.5155)
				(xy 110.7505 108.2345) (xy 110.770185 108.167461) (xy 110.822989 108.121706) (xy 110.8745 108.1105)
				(xy 111.860003 108.1105) (xy 111.860003 108.110499) (xy 111.897456 108.10628) (xy 111.91134 108.1055)
				(xy 111.958543 108.1055) (xy 112.088582 108.079632) (xy 112.151835 108.067051) (xy 112.333914 107.991632)
				(xy 112.497782 107.882139) (xy 112.637139 107.742782) (xy 112.746632 107.578914) (xy 112.786755 107.482048)
				(xy 112.830595 107.427644) (xy 112.896889 107.405579) (xy 112.901316 107.4055) (xy 122.18456 107.4055)
				(xy 122.184562 107.4055) (xy 122.260989 107.385021) (xy 122.329511 107.34546) (xy 122.38546 107.289511)
				(xy 127.338152 102.336819) (xy 127.365079 102.322115) (xy 127.390898 102.305523) (xy 127.397098 102.304631)
				(xy 127.399475 102.303334) (xy 127.425833 102.3005) (xy 127.475167 102.3005)
			)
		)
		(filled_polygon
			(layer "F.Cu")
			(pts
				(xy 148.141206 102.320185) (xy 148.161848 102.336819) (xy 153.10454 107.279511) (xy 153.160489 107.33546)
				(xy 153.160491 107.335461) (xy 153.160495 107.335464) (xy 153.217614 107.368441) (xy 153.229011 107.375021)
				(xy 153.305438 107.3955) (xy 162.598684 107.3955) (xy 162.665723 107.415185) (xy 162.711478 107.467989)
				(xy 162.713245 107.472048) (xy 162.753364 107.568907) (xy 162.753371 107.56892) (xy 162.86286 107.732781)
				(xy 162.862863 107.732785) (xy 163.002214 107.872136) (xy 163.002218 107.872139) (xy 163.166079 107.981628)
				(xy 163.166092 107.981635) (xy 163.34816 108.057049) (xy 163.348165 108.057051) (xy 163.348169 108.057051)
				(xy 163.34817 108.057052) (xy 163.541456 108.0955) (xy 163.541459 108.0955) (xy 163.604121 108.0955)
				(xy 163.631715 108.098609) (xy 163.64 108.1005) (xy 164.6255 108.1005) (xy 164.692539 108.120185)
				(xy 164.738294 108.172989) (xy 164.7495 108.2245) (xy 164.7495 108.5055) (xy 164.729815 108.572539)
				(xy 164.677011 108.618294) (xy 164.6255 108.6295) (xy 163.639995 108.6295) (xy 163.602544 108.63372)
				(xy 163.58866 108.6345) (xy 163.541457 108.6345) (xy 163.34817 108.672947) (xy 163.34816 108.67295)
				(xy 163.166092 108.748364) (xy 163.166079 108.748371) (xy 163.002218 108.85786) (xy 163.002214 108.857863)
				(xy 162.862863 108.997214) (xy 162.86286 108.997218) (xy 162.753371 109.161079) (xy 162.753364 109.161092)
				(xy 162.713245 109.257952) (xy 162.669405 109.312356) (xy 162.603111 109.334421) (xy 162.598684 109.3345)
				(xy 154.810833 109.3345) (xy 154.743794 109.314815) (xy 154.723152 109.298181) (xy 147.937152 102.512181)
				(xy 147.926539 102.492744) (xy 147.912039 102.476011) (xy 147.910122 102.462679) (xy 147.903667 102.450858)
				(xy 147.905246 102.428771) (xy 147.902095 102.406853) (xy 147.90769 102.394601) (xy 147.908651 102.381166)
				(xy 147.921921 102.363439) (xy 147.93112 102.343297) (xy 147.942451 102.336014) (xy 147.950523 102.325233)
				(xy 147.971268 102.317495) (xy 147.989898 102.305523) (xy 148.011816 102.302371) (xy 148.015987 102.300816)
				(xy 148.024833 102.3005) (xy 148.074167 102.3005)
			)
		)
		(filled_polygon
			(layer "F.Cu")
			(pts
				(xy 126.792206 101.820185) (xy 126.837961 101.872989) (xy 126.847905 101.942147) (xy 126.81888 102.005703)
				(xy 126.812848 102.012181) (xy 122.056848 106.768181) (xy 121.995525 106.801666) (xy 121.969167 106.8045)
				(xy 112.901316 106.8045) (xy 112.834277 106.784815) (xy 112.788522 106.732011) (xy 112.786755 106.727952)
				(xy 112.746635 106.631092) (xy 112.746628 106.631079) (xy 112.637139 106.467218) (xy 112.637136 106.467214)
				(xy 112.497785 106.327863) (xy 112.497781 106.32786) (xy 112.33392 106.218371) (xy 112.333907 106.218364)
				(xy 112.151839 106.14295) (xy 112.151829 106.142947) (xy 111.958543 106.1045) (xy 111.958541 106.1045)
				(xy 111.895879 106.1045) (xy 111.868285 106.101391) (xy 111.860001 106.0995) (xy 111.86 106.0995)
				(xy 110.8745 106.0995) (xy 110.807461 106.079815) (xy 110.761706 106.027011) (xy 110.7505 105.9755)
				(xy 110.7505 105.6945) (xy 110.770185 105.627461) (xy 110.822989 105.581706) (xy 110.8745 105.5705)
				(xy 111.860003 105.5705) (xy 111.860003 105.570499) (xy 111.897456 105.56628) (xy 111.91134 105.5655)
				(xy 111.958543 105.5655) (xy 112.088939 105.539562) (xy 112.151835 105.527051) (xy 112.333914 105.451632)
				(xy 112.497782 105.342139) (xy 112.637139 105.202782) (xy 112.746632 105.038914) (xy 112.786755 104.942048)
				(xy 112.830595 104.887644) (xy 112.896889 104.865579) (xy 112.901316 104.8655) (xy 123.47456 104.8655)
				(xy 123.474562 104.8655) (xy 123.550989 104.845021) (xy 123.619511 104.80546) (xy 123.67546 104.749511)
				(xy 126.588152 101.836819) (xy 126.615079 101.822115) (xy 126.640898 101.805523) (xy 126.647098 101.804631)
				(xy 126.649475 101.803334) (xy 126.675833 101.8005) (xy 126.725167 101.8005)
			)
		)
		(filled_polygon
			(layer "F.Cu")
			(pts
				(xy 149.12104 102.096759) (xy 149.153054 102.097521) (xy 149.155976 102.099302) (xy 149.158779 102.099506)
				(xy 149.169448 102.107513) (xy 149.202982 102.127953) (xy 151.81454 104.739511) (xy 151.870489 104.79546)
				(xy 151.870491 104.795461) (xy 151.870495 104.795464) (xy 151.903093 104.814284) (xy 151.939011 104.835021)
				(xy 152.015438 104.8555) (xy 162.598684 104.8555) (xy 162.665723 104.875185) (xy 162.711478 104.927989)
				(xy 162.713245 104.932048) (xy 162.753364 105.028907) (xy 162.753371 105.02892) (xy 162.86286 105.192781)
				(xy 162.862863 105.192785) (xy 163.002214 105.332136) (xy 163.002218 105.332139) (xy 163.166079 105.441628)
				(xy 163.166092 105.441635) (xy 163.322625 105.506472) (xy 163.348165 105.517051) (xy 163.348169 105.517051)
				(xy 163.34817 105.517052) (xy 163.541456 105.5555) (xy 163.541459 105.5555) (xy 163.604121 105.5555)
				(xy 163.631715 105.558609) (xy 163.64 105.5605) (xy 164.6255 105.5605) (xy 164.692539 105.580185)
				(xy 164.738294 105.632989) (xy 164.7495 105.6845) (xy 164.7495 105.9655) (xy 164.729815 106.032539)
				(xy 164.677011 106.078294) (xy 164.6255 106.0895) (xy 163.639995 106.0895) (xy 163.602544 106.09372)
				(xy 163.58866 106.0945) (xy 163.541457 106.0945) (xy 163.34817 106.132947) (xy 163.34816 106.13295)
				(xy 163.166092 106.208364) (xy 163.166079 106.208371) (xy 163.002218 106.31786) (xy 163.002214 106.317863)
				(xy 162.862863 106.457214) (xy 162.86286 106.457218) (xy 162.753371 106.621079) (xy 162.753364 106.621092)
				(xy 162.713245 106.717952) (xy 162.669405 106.772356) (xy 162.603111 106.794421) (xy 162.598684 106.7945)
				(xy 153.520833 106.7945) (xy 153.453794 106.774815) (xy 153.433152 106.758181) (xy 148.987057 102.312086)
				(xy 148.982682 102.304073) (xy 148.975378 102.298592) (xy 148.966198 102.273887) (xy 148.953572 102.250763)
				(xy 148.954223 102.241656) (xy 148.951043 102.233097) (xy 148.956676 102.207356) (xy 148.958556 102.181071)
				(xy 148.964028 102.17376) (xy 148.96598 102.164843) (xy 148.984635 102.146234) (xy 149.000428 102.125138)
				(xy 149.010293 102.12064) (xy 149.015447 102.115499) (xy 149.036853 102.10853) (xy 149.048531 102.103206)
				(xy 149.061045 102.1005) (xy 149.065892 102.1005) (xy 149.086155 102.09507) (xy 149.089094 102.094435)
			)
		)
		(filled_polygon
			(layer "F.Cu")
			(pts
				(xy 126.042206 101.320185) (xy 126.087961 101.372989) (xy 126.097905 101.442147) (xy 126.06888 101.505703)
				(xy 126.062848 101.512181) (xy 123.346848 104.228181) (xy 123.285525 104.261666) (xy 123.259167 104.2645)
				(xy 112.901316 104.2645) (xy 112.834277 104.244815) (xy 112.788522 104.192011) (xy 112.786755 104.187952)
				(xy 112.746635 104.091092) (xy 112.746628 104.091079) (xy 112.637139 103.927218) (xy 112.637136 103.927214)
				(xy 112.497785 103.787863) (xy 112.497781 103.78786) (xy 112.33392 103.678371) (xy 112.333907 103.678364)
				(xy 112.151839 103.60295) (xy 112.151829 103.602947) (xy 111.958543 103.5645) (xy 111.958541 103.5645)
				(xy 111.895879 103.5645) (xy 111.868285 103.561391) (xy 111.860001 103.5595) (xy 111.86 103.5595)
				(xy 110.8745 103.5595) (xy 110.807461 103.539815) (xy 110.761706 103.487011) (xy 110.7505 103.4355)
				(xy 110.7505 103.1545) (xy 110.770185 103.087461) (xy 110.822989 103.041706) (xy 110.8745 103.0305)
				(xy 111.860003 103.0305) (xy 111.860003 103.030499) (xy 111.897456 103.02628) (xy 111.91134 103.0255)
				(xy 111.958543 103.0255) (xy 112.091739 102.999005) (xy 112.151835 102.987051) (xy 112.333914 102.911632)
				(xy 112.497782 102.802139) (xy 112.637139 102.662782) (xy 112.746632 102.498914) (xy 112.786755 102.402048)
				(xy 112.830595 102.347644) (xy 112.896889 102.325579) (xy 112.901316 102.3255) (xy 124.76456 102.3255)
				(xy 124.764562 102.3255) (xy 124.840989 102.305021) (xy 124.909511 102.26546) (xy 124.96546 102.209511)
				(xy 125.838152 101.336819) (xy 125.865079 101.322115) (xy 125.890898 101.305523) (xy 125.897098 101.304631)
				(xy 125.899475 101.303334) (xy 125.925833 101.3005) (xy 125.975167 101.3005)
			)
		)
		(filled_polygon
			(layer "F.Cu")
			(pts
				(xy 162.665723 99.795185) (xy 162.711478 99.847989) (xy 162.713245 99.852048) (xy 162.753364 99.948907)
				(xy 162.753371 99.94892) (xy 162.86286 100.112781) (xy 162.862863 100.112785) (xy 163.002214 100.252136)
				(xy 163.002218 100.252139) (xy 163.166079 100.361628) (xy 163.166092 100.361635) (xy 163.317794 100.424471)
				(xy 163.348165 100.437051) (xy 163.348169 100.437051) (xy 163.34817 100.437052) (xy 163.541456 100.4755)
				(xy 163.541459 100.4755) (xy 163.604121 100.4755) (xy 163.607237 100.475539) (xy 163.619629 100.47585)
				(xy 163.64 100.4805) (xy 163.804599 100.4805) (xy 163.806151 100.480539) (xy 163.838007 100.490769)
				(xy 163.870074 100.500185) (xy 163.871132 100.501406) (xy 163.872675 100.501902) (xy 163.893951 100.52774)
				(xy 163.915829 100.552989) (xy 163.916059 100.554589) (xy 163.917088 100.555839) (xy 163.921014 100.589055)
				(xy 163.925773 100.622147) (xy 163.925181 100.624302) (xy 163.925291 100.625226) (xy 163.924461 100.626928)
				(xy 163.917596 100.651953) (xy 163.893551 100.71) (xy 164.713181 101.529629) (xy 164.746666 101.590952)
				(xy 164.7495 101.61731) (xy 164.7495 102.412689) (xy 164.729815 102.479728) (xy 164.713181 102.50037)
				(xy 163.893551 103.319999) (xy 163.917596 103.378047) (xy 163.920954 103.409286) (xy 163.926151 103.44028)
				(xy 163.92466 103.443755) (xy 163.925065 103.447517) (xy 163.910998 103.475618) (xy 163.898616 103.504496)
				(xy 163.895482 103.506614) (xy 163.89379 103.509996) (xy 163.866769 103.526027) (xy 163.840735 103.54363)
				(xy 163.835809 103.544396) (xy 163.833701 103.545648) (xy 163.805926 103.549466) (xy 163.804468 103.5495)
				(xy 163.64 103.5495) (xy 163.597064 103.554337) (xy 163.591551 103.554466) (xy 163.591155 103.554359)
				(xy 163.58866 103.5545) (xy 163.541457 103.5545) (xy 163.34817 103.592947) (xy 163.34816 103.59295)
				(xy 163.166092 103.668364) (xy 163.166079 103.668371) (xy 163.002218 103.77786) (xy 163.002214 103.777863)
				(xy 162.862863 103.917214) (xy 162.86286 103.917218) (xy 162.753371 104.081079) (xy 162.753364 104.081092)
				(xy 162.713245 104.177952) (xy 162.669405 104.232356) (xy 162.603111 104.254421) (xy 162.598684 104.2545)
				(xy 152.230833 104.2545) (xy 152.163794 104.234815) (xy 152.143152 104.218181) (xy 149.837653 101.912682)
				(xy 162.34 101.912682) (xy 162.34 102.117317) (xy 162.372009 102.319417) (xy 162.435244 102.514031)
				(xy 162.528141 102.69635) (xy 162.528147 102.696359) (xy 162.560523 102.740921) (xy 162.560524 102.740922)
				(xy 163.157037 102.144409) (xy 163.174075 102.207993) (xy 163.239901 102.322007) (xy 163.332993 102.415099)
				(xy 163.447007 102.480925) (xy 163.510589 102.497962) (xy 162.914076 103.094474) (xy 162.95865 103.126859)
				(xy 163.140972 103.219756) (xy 163.140975 103.219758) (xy 163.250954 103.255492) (xy 163.250956 103.255491)
				(xy 164.491448 102.015) (xy 163.250955 100.774507) (xy 163.140968 100.810244) (xy 162.958644 100.903143)
				(xy 162.914077 100.935523) (xy 162.914077 100.935524) (xy 163.51059 101.532037) (xy 163.447007 101.549075)
				(xy 163.332993 101.614901) (xy 163.239901 101.707993) (xy 163.174075 101.822007) (xy 163.157037 101.88559)
				(xy 162.560524 101.289077) (xy 162.560523 101.289077) (xy 162.528143 101.333644) (xy 162.435244 101.515968)
				(xy 162.372009 101.710582) (xy 162.34 101.912682) (xy 149.837653 101.912682) (xy 149.536543 101.611572)
				(xy 149.503058 101.550249) (xy 149.501284 101.540071) (xy 149.5005 101.534119) (xy 149.5005 101.534108)
				(xy 149.466392 101.406814) (xy 149.462954 101.40086) (xy 149.446863 101.372989) (xy 149.4005 101.292686)
				(xy 149.307314 101.1995) (xy 149.224363 101.151608) (xy 149.193187 101.133608) (xy 149.129203 101.116464)
				(xy 149.065892 101.0995) (xy 148.934108 101.0995) (xy 148.806814 101.133608) (xy 148.806813 101.133608)
				(xy 148.806811 101.133609) (xy 148.80681 101.133609) (xy 148.72146 101.182887) (xy 148.65946 101.1995)
				(xy 143.475107 101.1995) (xy 143.46639 101.19694) (xy 143.457397 101.198229) (xy 143.433388 101.187249)
				(xy 143.408068 101.179815) (xy 143.40212 101.172951) (xy 143.393856 101.169172) (xy 143.379593 101.146953)
				(xy 143.362313 101.127011) (xy 143.360021 101.116464) (xy 143.356112 101.110374) (xy 143.354165 101.089512)
				(xy 143.351107 101.075437) (xy 143.351184 100.924437) (xy 143.359525 100.896083) (xy 143.365272 100.867095)
				(xy 143.369274 100.862941) (xy 143.370903 100.857407) (xy 143.393251 100.838061) (xy 143.413756 100.816785)
				(xy 143.41963 100.815227) (xy 143.42373 100.811679) (xy 143.443933 100.808784) (xy 143.475184 100.8005)
				(xy 149.78956 100.8005) (xy 149.789562 100.8005) (xy 149.865989 100.780021) (xy 149.934511 100.74046)
				(xy 149.99046 100.684511) (xy 150.863152 99.811819) (xy 150.924475 99.778334) (xy 150.950833 99.7755)
				(xy 162.598684 99.7755)
			)
		)
		(filled_polygon
			(layer "F.Cu")
			(pts
				(xy 124.626206 99.805185) (xy 124.646848 99.821819) (xy 125.213456 100.388427) (xy 125.246941 100.44975)
				(xy 125.248714 100.45992) (xy 125.2495 100.465891) (xy 125.2495 100.465892) (xy 125.256094 100.4905)
				(xy 125.283608 100.593187) (xy 125.301573 100.624302) (xy 125.3495 100.707314) (xy 125.349502 100.707316)
				(xy 125.395926 100.75374) (xy 125.429411 100.815063) (xy 125.424427 100.884755) (xy 125.395926 100.929102)
				(xy 124.636848 101.688181) (xy 124.575525 101.721666) (xy 124.549167 101.7245) (xy 112.901316 101.7245)
				(xy 112.834277 101.704815) (xy 112.788522 101.652011) (xy 112.786755 101.647952) (xy 112.746635 101.551092)
				(xy 112.746628 101.551079) (xy 112.637139 101.387218) (xy 112.637136 101.387214) (xy 112.497785 101.247863)
				(xy 112.497781 101.24786) (xy 112.33392 101.138371) (xy 112.333907 101.138364) (xy 112.151839 101.06295)
				(xy 112.151829 101.062947) (xy 111.958543 101.0245) (xy 111.958541 101.0245) (xy 111.895879 101.0245)
				(xy 111.868285 101.021391) (xy 111.860001 101.0195) (xy 111.86 101.0195) (xy 110.8745 101.0195)
				(xy 110.807461 100.999815) (xy 110.761706 100.947011) (xy 110.7505 100.8955) (xy 110.7505 100.6145)
				(xy 110.770185 100.547461) (xy 110.822989 100.501706) (xy 110.8745 100.4905) (xy 111.860003 100.4905)
				(xy 111.860003 100.490499) (xy 111.897456 100.48628) (xy 111.91134 100.4855) (xy 111.958543 100.4855)
				(xy 112.138266 100.44975) (xy 112.151835 100.447051) (xy 112.333914 100.371632) (xy 112.497782 100.262139)
				(xy 112.637139 100.122782) (xy 112.746632 99.958914) (xy 112.761646 99.922668) (xy 112.786755 99.862048)
				(xy 112.830595 99.807644) (xy 112.896889 99.785579) (xy 112.901316 99.7855) (xy 124.559167 99.7855)
			)
		)
		(filled_polygon
			(layer "F.Cu")
			(pts
				(xy 122.046206 94.725185) (xy 122.066848 94.741819) (xy 127.00954 99.684511) (xy 127.065489 99.74046)
				(xy 127.065491 99.740461) (xy 127.065495 99.740464) (xy 127.094804 99.757385) (xy 127.134011 99.780021)
				(xy 127.210438 99.8005) (xy 127.21044 99.8005) (xy 132.024847 99.8005) (xy 132.033515 99.803045)
				(xy 132.042458 99.801757) (xy 132.066516 99.812735) (xy 132.091886 99.820185) (xy 132.097801 99.827011)
				(xy 132.106022 99.830763) (xy 132.120327 99.853008) (xy 132.137641 99.872989) (xy 132.139925 99.883483)
				(xy 132.143814 99.88953) (xy 132.145671 99.909875) (xy 132.148847 99.924464) (xy 132.148891 100.075464)
				(xy 132.140413 100.104365) (xy 132.134299 100.13386) (xy 132.13068 100.137549) (xy 132.129226 100.142509)
				(xy 132.106469 100.162238) (xy 132.085379 100.183746) (xy 132.080067 100.185129) (xy 132.076435 100.188279)
				(xy 132.057498 100.191007) (xy 132.024891 100.1995) (xy 126.28376 100.1995) (xy 126.216721 100.179815)
				(xy 126.176373 100.1375) (xy 126.1505 100.092686) (xy 126.057314 99.9995) (xy 125.997643 99.965049)
				(xy 125.943187 99.933608) (xy 125.879539 99.916554) (xy 125.815892 99.8995) (xy 125.684108 99.8995)
				(xy 125.684102 99.8995) (xy 125.666786 99.90414) (xy 125.596936 99.902475) (xy 125.547016 99.872045)
				(xy 124.919512 99.244541) (xy 124.919511 99.24454) (xy 124.889035 99.226945) (xy 124.889035 99.226944)
				(xy 124.889031 99.226943) (xy 124.862386 99.211559) (xy 124.85099 99.204979) (xy 124.850991 99.204979)
				(xy 124.811796 99.194477) (xy 124.774562 99.1845) (xy 124.77456 99.1845) (xy 112.901316 99.1845)
				(xy 112.834277 99.164815) (xy 112.788522 99.112011) (xy 112.786755 99.107952) (xy 112.746635 99.011092)
				(xy 112.746628 99.011079) (xy 112.637139 98.847218) (xy 112.637136 98.847214) (xy 112.497785 98.707863)
				(xy 112.497781 98.70786) (xy 112.33392 98.598371) (xy 112.333907 98.598364) (xy 112.151839 98.52295)
				(xy 112.151829 98.522947) (xy 111.958543 98.4845) (xy 111.958541 98.4845) (xy 111.895879 98.4845)
				(xy 111.892763 98.484461) (xy 111.88037 98.484149) (xy 111.86 98.4795) (xy 111.695401 98.4795) (xy 111.693849 98.479461)
				(xy 111.661992 98.46923) (xy 111.629926 98.459815) (xy 111.628867 98.458593) (xy 111.627325 98.458098)
				(xy 111.606048 98.432259) (xy 111.584171 98.407011) (xy 111.58394 98.40541) (xy 111.582912 98.404161)
				(xy 111.578985 98.370944) (xy 111.574227 98.337853) (xy 111.574818 98.335697) (xy 111.574709 98.334774)
				(xy 111.575538 98.333071) (xy 111.582404 98.308047) (xy 111.606448 98.249999) (xy 110.786819 97.43037)
				(xy 110.753334 97.369047) (xy 110.7505 97.342689) (xy 110.7505 96.944999) (xy 111.008552 96.944999)
				(xy 111.008552 96.945001) (xy 112.249042 98.185491) (xy 112.249044 98.185492) (xy 112.359026 98.149757)
				(xy 112.541346 98.056861) (xy 112.541347 98.056861) (xy 112.585921 98.024474) (xy 111.989409 97.427962)
				(xy 112.052993 97.410925) (xy 112.167007 97.345099) (xy 112.260099 97.252007) (xy 112.325925 97.137993)
				(xy 112.342962 97.074409) (xy 112.939474 97.670921) (xy 112.971859 97.626349) (xy 113.064755 97.444031)
				(xy 113.12799 97.249417) (xy 113.16 97.047317) (xy 113.16 96.842682) (xy 113.12799 96.640582) (xy 113.064755 96.445968)
				(xy 112.971859 96.26365) (xy 112.939474 96.219077) (xy 112.939474 96.219076) (xy 112.342962 96.815589)
				(xy 112.325925 96.752007) (xy 112.260099 96.637993) (xy 112.167007 96.544901) (xy 112.052993 96.479075)
				(xy 111.989408 96.462037) (xy 112.585922 95.865524) (xy 112.585921 95.865523) (xy 112.541359 95.833147)
				(xy 112.54135 95.833141) (xy 112.359031 95.740244) (xy 112.249043 95.704507) (xy 112.249042 95.704507)
				(xy 111.008552 96.944999) (xy 110.7505 96.944999) (xy 110.7505 96.54731) (xy 110.770185 96.480271)
				(xy 110.786819 96.459629) (xy 111.606448 95.64) (xy 111.582404 95.581953) (xy 111.579045 95.550713)
				(xy 111.573849 95.51972) (xy 111.575339 95.516244) (xy 111.574935 95.512483) (xy 111.589001 95.484381)
				(xy 111.601384 95.455504) (xy 111.604517 95.453385) (xy 111.60621 95.450004) (xy 111.63323 95.433972)
				(xy 111.659265 95.41637) (xy 111.66419 95.415603) (xy 111.666299 95.414352) (xy 111.694074 95.410534)
				(xy 111.695532 95.4105) (xy 111.86 95.4105) (xy 111.902935 95.405662) (xy 111.908449 95.405534)
				(xy 111.908844 95.40564) (xy 111.91134 95.4055) (xy 111.958543 95.4055) (xy 112.088582 95.379632)
				(xy 112.151835 95.367051) (xy 112.333914 95.291632) (xy 112.497782 95.182139) (xy 112.637139 95.042782)
				(xy 112.746632 94.878914) (xy 112.777268 94.804953) (xy 112.786755 94.782048) (xy 112.830595 94.727644)
				(xy 112.896889 94.705579) (xy 112.901316 94.7055) (xy 121.979167 94.7055)
			)
		)
		(filled_polygon
			(layer "F.Cu")
			(pts
				(xy 162.617865 97.241132) (xy 162.637844 97.241846) (xy 162.650703 97.250774) (xy 162.665723 97.255185)
				(xy 162.678813 97.270292) (xy 162.695236 97.281695) (xy 162.709443 97.305641) (xy 162.711478 97.307989)
				(xy 162.713245 97.312048) (xy 162.753364 97.408907) (xy 162.753371 97.40892) (xy 162.86286 97.572781)
				(xy 162.862863 97.572785) (xy 163.002214 97.712136) (xy 163.002218 97.712139) (xy 163.166079 97.821628)
				(xy 163.166092 97.821635) (xy 163.289115 97.872592) (xy 163.348165 97.897051) (xy 163.348169 97.897051)
				(xy 163.34817 97.897052) (xy 163.541456 97.9355) (xy 163.541459 97.9355) (xy 163.604121 97.9355)
				(xy 163.631715 97.938609) (xy 163.64 97.9405) (xy 164.6255 97.9405) (xy 164.692539 97.960185) (xy 164.738294 98.012989)
				(xy 164.7495 98.0645) (xy 164.7495 98.3455) (xy 164.729815 98.412539) (xy 164.677011 98.458294)
				(xy 164.6255 98.4695) (xy 163.639995 98.4695) (xy 163.602544 98.47372) (xy 163.58866 98.4745) (xy 163.541457 98.4745)
				(xy 163.34817 98.512947) (xy 163.34816 98.51295) (xy 163.166092 98.588364) (xy 163.166079 98.588371)
				(xy 163.002218 98.69786) (xy 163.002214 98.697863) (xy 162.862863 98.837214) (xy 162.86286 98.837218)
				(xy 162.753371 99.001079) (xy 162.753364 99.001092) (xy 162.713245 99.097952) (xy 162.669405 99.152356)
				(xy 162.603111 99.174421) (xy 162.598684 99.1745) (xy 150.735438 99.1745) (xy 150.698118 99.1845)
				(xy 150.659009 99.194979) (xy 150.659008 99.19498) (xy 150.64169 99.204979) (xy 150.607962 99.224452)
				(xy 150.603646 99.226944) (xy 150.590489 99.234539) (xy 150.590487 99.234541) (xy 149.661848 100.163181)
				(xy 149.600525 100.196666) (xy 149.574167 100.1995) (xy 149.524833 100.1995) (xy 149.457794 100.179815)
				(xy 149.412039 100.127011) (xy 149.402095 100.057853) (xy 149.43112 99.994297) (xy 149.437152 99.987819)
				(xy 152.153152 97.271819) (xy 152.214475 97.238334) (xy 152.240833 97.2355) (xy 162.598684 97.2355)
			)
		)
		(filled_polygon
			(layer "F.Cu")
			(pts
				(xy 162.665723 94.715185) (xy 162.711478 94.767989) (xy 162.713245 94.772048) (xy 162.753364 94.868907)
				(xy 162.753371 94.86892) (xy 162.86286 95.032781) (xy 162.862863 95.032785) (xy 163.002214 95.172136)
				(xy 163.002218 95.172139) (xy 163.166079 95.281628) (xy 163.166092 95.281635) (xy 163.34816 95.357049)
				(xy 163.348165 95.357051) (xy 163.348169 95.357051) (xy 163.34817 95.357052) (xy 163.541456 95.3955)
				(xy 163.541459 95.3955) (xy 163.604121 95.3955) (xy 163.631715 95.398609) (xy 163.64 95.4005) (xy 164.6255 95.4005)
				(xy 164.692539 95.420185) (xy 164.738294 95.472989) (xy 164.7495 95.5245) (xy 164.7495 95.8055)
				(xy 164.729815 95.872539) (xy 164.677011 95.918294) (xy 164.6255 95.9295) (xy 163.639995 95.9295)
				(xy 163.602544 95.93372) (xy 163.58866 95.9345) (xy 163.541457 95.9345) (xy 163.34817 95.972947)
				(xy 163.34816 95.97295) (xy 163.166092 96.048364) (xy 163.166079 96.048371) (xy 163.002218 96.15786)
				(xy 163.002214 96.157863) (xy 162.862863 96.297214) (xy 162.86286 96.297218) (xy 162.753371 96.461079)
				(xy 162.753364 96.461092) (xy 162.713245 96.557952) (xy 162.669405 96.612356) (xy 162.603111 96.634421)
				(xy 162.598684 96.6345) (xy 152.025438 96.6345) (xy 151.94901 96.654978) (xy 151.880489 96.69454)
				(xy 151.880486 96.694542) (xy 148.911848 99.663181) (xy 148.88492 99.677884) (xy 148.859102 99.694477)
				(xy 148.852901 99.695368) (xy 148.850525 99.696666) (xy 148.824167 99.6995) (xy 148.774833 99.6995)
				(xy 148.707794 99.679815) (xy 148.662039 99.627011) (xy 148.652095 99.557853) (xy 148.68112 99.494297)
				(xy 148.687152 99.487819) (xy 153.443152 94.731819) (xy 153.504475 94.698334) (xy 153.530833 94.6955)
				(xy 162.598684 94.6955)
			)
		)
		(filled_polygon
			(layer "F.Cu")
			(pts
				(xy 120.756206 92.185185) (xy 120.776848 92.201819) (xy 127.562848 98.987819) (xy 127.57346 99.007255)
				(xy 127.587961 99.023989) (xy 127.589877 99.03732) (xy 127.596333 99.049142) (xy 127.594753 99.071228)
				(xy 127.597905 99.093147) (xy 127.592309 99.105398) (xy 127.591349 99.118834) (xy 127.578078 99.13656)
				(xy 127.56888 99.156703) (xy 127.557548 99.163985) (xy 127.549477 99.174767) (xy 127.528731 99.182504)
				(xy 127.510102 99.194477) (xy 127.488183 99.197628) (xy 127.484013 99.199184) (xy 127.475167 99.1995)
				(xy 127.425833 99.1995) (xy 127.358794 99.179815) (xy 127.338152 99.163181) (xy 122.339512 94.164541)
				(xy 122.339511 94.16454) (xy 122.32219 94.15454) (xy 122.32219 94.154538) (xy 122.322187 94.154538)
				(xy 122.270994 94.124981) (xy 122.270991 94.124979) (xy 122.232775 94.114739) (xy 122.194562 94.1045)
				(xy 122.19456 94.1045) (xy 112.901316 94.1045) (xy 112.834277 94.084815) (xy 112.788522 94.032011)
				(xy 112.786755 94.027952) (xy 112.746635 93.931092) (xy 112.746628 93.931079) (xy 112.637139 93.767218)
				(xy 112.637136 93.767214) (xy 112.497785 93.627863) (xy 112.497781 93.62786) (xy 112.33392 93.518371)
				(xy 112.333907 93.518364) (xy 112.151839 93.44295) (xy 112.151829 93.442947) (xy 111.958543 93.4045)
				(xy 111.958541 93.4045) (xy 111.895879 93.4045) (xy 111.868285 93.401391) (xy 111.860001 93.3995)
				(xy 111.86 93.3995) (xy 110.8745 93.3995) (xy 110.807461 93.379815) (xy 110.761706 93.327011) (xy 110.7505 93.2755)
				(xy 110.7505 92.9945) (xy 110.770185 92.927461) (xy 110.822989 92.881706) (xy 110.8745 92.8705)
				(xy 111.860003 92.8705) (xy 111.860003 92.870499) (xy 111.897456 92.86628) (xy 111.91134 92.8655)
				(xy 111.958543 92.8655) (xy 112.088582 92.839632) (xy 112.151835 92.827051) (xy 112.333914 92.751632)
				(xy 112.497782 92.642139) (xy 112.637139 92.502782) (xy 112.746632 92.338914) (xy 112.786755 92.242048)
				(xy 112.830595 92.187644) (xy 112.896889 92.165579) (xy 112.901316 92.1655) (xy 120.689167 92.1655)
			)
		)
		(filled_polygon
			(layer "F.Cu")
			(pts
				(xy 162.617865 92.161132) (xy 162.637844 92.161846) (xy 162.650703 92.170774) (xy 162.665723 92.175185)
				(xy 162.678813 92.190292) (xy 162.695236 92.201695) (xy 162.709443 92.225641) (xy 162.711478 92.227989)
				(xy 162.713245 92.232048) (xy 162.753364 92.328907) (xy 162.753371 92.32892) (xy 162.86286 92.492781)
				(xy 162.862863 92.492785) (xy 163.002214 92.632136) (xy 163.002218 92.632139) (xy 163.166079 92.741628)
				(xy 163.166092 92.741635) (xy 163.34816 92.817049) (xy 163.348165 92.817051) (xy 163.348169 92.817051)
				(xy 163.34817 92.817052) (xy 163.541456 92.8555) (xy 163.541459 92.8555) (xy 163.604121 92.8555)
				(xy 163.631715 92.858609) (xy 163.64 92.8605) (xy 164.6255 92.8605) (xy 164.692539 92.880185) (xy 164.738294 92.932989)
				(xy 164.7495 92.9845) (xy 164.7495 93.2655) (xy 164.729815 93.332539) (xy 164.677011 93.378294)
				(xy 164.6255 93.3895) (xy 163.639995 93.3895) (xy 163.602544 93.39372) (xy 163.58866 93.3945) (xy 163.541457 93.3945)
				(xy 163.34817 93.432947) (xy 163.34816 93.43295) (xy 163.166092 93.508364) (xy 163.166079 93.508371)
				(xy 163.002218 93.61786) (xy 163.002214 93.617863) (xy 162.862863 93.757214) (xy 162.86286 93.757218)
				(xy 162.753371 93.921079) (xy 162.753364 93.921092) (xy 162.713245 94.017952) (xy 162.669405 94.072356)
				(xy 162.603111 94.094421) (xy 162.598684 94.0945) (xy 153.315438 94.0945) (xy 153.278118 94.1045)
				(xy 153.239009 94.114979) (xy 153.239004 94.114982) (xy 153.170495 94.154535) (xy 153.170489 94.15454)
				(xy 148.161848 99.163181) (xy 148.100525 99.196666) (xy 148.074167 99.1995) (xy 148.024833 99.1995)
				(xy 147.957794 99.179815) (xy 147.912039 99.127011) (xy 147.902095 99.057853) (xy 147.93112 98.994297)
				(xy 147.937152 98.987819) (xy 154.733152 92.191819) (xy 154.794475 92.158334) (xy 154.820833 92.1555)
				(xy 162.598684 92.1555)
			)
		)
		(filled_polygon
			(layer "F.Cu")
			(pts
				(xy 119.466206 89.645185) (xy 119.486848 89.661819) (xy 128.312848 98.487819) (xy 128.346333 98.549142)
				(xy 128.341349 98.618834) (xy 128.299477 98.674767) (xy 128.234013 98.699184) (xy 128.225167 98.6995)
				(xy 128.175833 98.6995) (xy 128.108794 98.679815) (xy 128.088152 98.663181) (xy 121.049512 91.624541)
				(xy 121.049511 91.62454) (xy 121.03219 91.61454) (xy 121.03219 91.614538) (xy 121.032187 91.614538)
				(xy 120.980994 91.584981) (xy 120.980991 91.584979) (xy 120.942775 91.574739) (xy 120.904562 91.5645)
				(xy 120.90456 91.5645) (xy 112.901316 91.5645) (xy 112.834277 91.544815) (xy 112.788522 91.492011)
				(xy 112.786755 91.487952) (xy 112.746635 91.391092) (xy 112.746628 91.391079) (xy 112.637139 91.227218)
				(xy 112.637136 91.227214) (xy 112.497785 91.087863) (xy 112.497781 91.08786) (xy 112.33392 90.978371)
				(xy 112.333907 90.978364) (xy 112.151839 90.90295) (xy 112.151829 90.902947) (xy 111.958543 90.8645)
				(xy 111.958541 90.8645) (xy 111.895879 90.8645) (xy 111.868285 90.861391) (xy 111.860001 90.8595)
				(xy 111.86 90.8595) (xy 110.8745 90.8595) (xy 110.807461 90.839815) (xy 110.761706 90.787011) (xy 110.7505 90.7355)
				(xy 110.7505 90.4545) (xy 110.770185 90.387461) (xy 110.822989 90.341706) (xy 110.8745 90.3305)
				(xy 111.860003 90.3305) (xy 111.860003 90.330499) (xy 111.897456 90.32628) (xy 111.91134 90.3255)
				(xy 111.958543 90.3255) (xy 112.125919 90.292206) (xy 112.151835 90.287051) (xy 112.333914 90.211632)
				(xy 112.497782 90.102139) (xy 112.637139 89.962782) (xy 112.746632 89.798914) (xy 112.786755 89.702048)
				(xy 112.830595 89.647644) (xy 112.896889 89.625579) (xy 112.901316 89.6255) (xy 119.399167 89.6255)
			)
		)
		(filled_polygon
			(layer "F.Cu")
			(pts
				(xy 162.617865 89.621132) (xy 162.637844 89.621846) (xy 162.650703 89.630774) (xy 162.665723 89.635185)
				(xy 162.678813 89.650292) (xy 162.695236 89.661695) (xy 162.709443 89.685641) (xy 162.711478 89.687989)
				(xy 162.713245 89.692048) (xy 162.753364 89.788907) (xy 162.753371 89.78892) (xy 162.86286 89.952781)
				(xy 162.862863 89.952785) (xy 163.002214 90.092136) (xy 163.002218 90.092139) (xy 163.166079 90.201628)
				(xy 163.166092 90.201635) (xy 163.307246 90.260102) (xy 163.348165 90.277051) (xy 163.348169 90.277051)
				(xy 163.34817 90.277052) (xy 163.541456 90.3155) (xy 163.541459 90.3155) (xy 163.604121 90.3155)
				(xy 163.631715 90.318609) (xy 163.64 90.3205) (xy 164.6255 90.3205) (xy 164.692539 90.340185) (xy 164.738294 90.392989)
				(xy 164.7495 90.4445) (xy 164.7495 90.7255) (xy 164.729815 90.792539) (xy 164.677011 90.838294)
				(xy 164.6255 90.8495) (xy 163.639995 90.8495) (xy 163.602544 90.85372) (xy 163.58866 90.8545) (xy 163.541457 90.8545)
				(xy 163.34817 90.892947) (xy 163.34816 90.89295) (xy 163.166092 90.968364) (xy 163.166079 90.968371)
				(xy 163.002218 91.07786) (xy 163.002214 91.077863) (xy 162.862863 91.217214) (xy 162.86286 91.217218)
				(xy 162.753371 91.381079) (xy 162.753364 91.381092) (xy 162.713245 91.477952) (xy 162.669405 91.532356)
				(xy 162.603111 91.554421) (xy 162.598684 91.5545) (xy 154.605438 91.5545) (xy 154.568118 91.5645)
				(xy 154.529009 91.574979) (xy 154.529004 91.574982) (xy 154.460495 91.614535) (xy 154.460489 91.61454)
				(xy 147.411848 98.663181) (xy 147.350525 98.696666) (xy 147.324167 98.6995) (xy 147.274833 98.6995)
				(xy 147.207794 98.679815) (xy 147.162039 98.627011) (xy 147.152095 98.557853) (xy 147.18112 98.494297)
				(xy 147.187152 98.487819) (xy 156.023152 89.651819) (xy 156.084475 89.618334) (xy 156.110833 89.6155)
				(xy 162.598684 89.6155)
			)
		)
		(filled_polygon
			(layer "F.Cu")
			(pts
				(xy 118.176206 87.105185) (xy 118.196848 87.121819) (xy 129.062848 97.987819) (xy 129.096333 98.049142)
				(xy 129.091349 98.118834) (xy 129.049477 98.174767) (xy 128.984013 98.199184) (xy 128.975167 98.1995)
				(xy 128.925833 98.1995) (xy 128.858794 98.179815) (xy 128.838152 98.163181) (xy 119.759512 89.084541)
				(xy 119.759511 89.08454) (xy 119.74219 89.07454) (xy 119.74219 89.074538) (xy 119.742187 89.074538)
				(xy 119.690994 89.044981) (xy 119.690991 89.044979) (xy 119.652775 89.034739) (xy 119.614562 89.0245)
				(xy 119.61456 89.0245) (xy 112.901316 89.0245) (xy 112.834277 89.004815) (xy 112.788522 88.952011)
				(xy 112.786755 88.947952) (xy 112.746635 88.851092) (xy 112.746628 88.851079) (xy 112.637139 88.687218)
				(xy 112.637136 88.687214) (xy 112.497785 88.547863) (xy 112.497781 88.54786) (xy 112.33392 88.438371)
				(xy 112.333907 88.438364) (xy 112.151839 88.36295) (xy 112.151829 88.362947) (xy 111.958543 88.3245)
				(xy 111.958541 88.3245) (xy 111.895879 88.3245) (xy 111.868285 88.321391) (xy 111.860001 88.3195)
				(xy 111.86 88.3195) (xy 110.8745 88.3195) (xy 110.807461 88.299815) (xy 110.761706 88.247011) (xy 110.7505 88.1955)
				(xy 110.7505 87.9145) (xy 110.770185 87.847461) (xy 110.822989 87.801706) (xy 110.8745 87.7905)
				(xy 111.860003 87.7905) (xy 111.860003 87.790499) (xy 111.897456 87.78628) (xy 111.91134 87.7855)
				(xy 111.958543 87.7855) (xy 112.088582 87.759632) (xy 112.151835 87.747051) (xy 112.333914 87.671632)
				(xy 112.497782 87.562139) (xy 112.637139 87.422782) (xy 112.746632 87.258914) (xy 112.786755 87.162048)
				(xy 112.830595 87.107644) (xy 112.896889 87.085579) (xy 112.901316 87.0855) (xy 118.109167 87.0855)
			)
		)
		(filled_polygon
			(layer "F.Cu")
			(pts
				(xy 162.617866 87.081133) (xy 162.637845 87.081847) (xy 162.650704 87.090775) (xy 162.665724 87.095186)
				(xy 162.678814 87.110293) (xy 162.695237 87.121696) (xy 162.709444 87.145642) (xy 162.711479 87.14799)
				(xy 162.713241 87.152038) (xy 162.720154 87.168727) (xy 162.753364 87.248907) (xy 162.753371 87.248919)
				(xy 162.86286 87.412782) (xy 163.002214 87.552136) (xy 163.002218 87.552139) (xy 163.166079 87.661628)
				(xy 163.166092 87.661635) (xy 163.34816 87.737049) (xy 163.348165 87.737051) (xy 163.348169 87.737051)
				(xy 163.34817 87.737052) (xy 163.541456 87.7755) (xy 163.541459 87.7755) (xy 163.604121 87.7755)
				(xy 163.631715 87.778609) (xy 163.64 87.7805) (xy 164.6255 87.7805) (xy 164.692539 87.800185) (xy 164.738294 87.852989)
				(xy 164.7495 87.9045) (xy 164.7495 88.1855) (xy 164.729815 88.252539) (xy 164.677011 88.298294)
				(xy 164.6255 88.3095) (xy 163.639995 88.3095) (xy 163.602544 88.31372) (xy 163.58866 88.3145) (xy 163.541457 88.3145)
				(xy 163.34817 88.352947) (xy 163.34816 88.35295) (xy 163.166092 88.428364) (xy 163.166079 88.428371)
				(xy 163.002218 88.53786) (xy 163.002214 88.537863) (xy 162.862863 88.677214) (xy 162.86286 88.677218)
				(xy 162.753371 88.841079) (xy 162.753364 88.841092) (xy 162.713245 88.937952) (xy 162.669405 88.992356)
				(xy 162.603111 89.014421) (xy 162.598684 89.0145) (xy 155.895438 89.0145) (xy 155.81901 89.034978)
				(xy 155.750489 89.07454) (xy 155.750486 89.074542) (xy 146.661848 98.163181) (xy 146.600525 98.196666)
				(xy 146.574167 98.1995) (xy 146.524833 98.1995) (xy 146.457794 98.179815) (xy 146.412039 98.127011)
				(xy 146.402095 98.057853) (xy 146.43112 97.994297) (xy 146.437152 97.987819) (xy 157.313151 87.11182)
				(xy 157.374474 87.078335) (xy 157.400832 87.075501) (xy 162.598685 87.075501)
			)
		)
		(filled_polygon
			(layer "F.Cu")
			(pts
				(xy 162.665723 82.015185) (xy 162.711478 82.067989) (xy 162.713245 82.072048) (xy 162.753364 82.168907)
				(xy 162.753371 82.16892) (xy 162.86286 82.332781) (xy 162.862863 82.332785) (xy 163.002214 82.472136)
				(xy 163.002218 82.472139) (xy 163.166079 82.581628) (xy 163.166092 82.581635) (xy 163.280844 82.629166)
				(xy 163.348165 82.657051) (xy 163.348169 82.657051) (xy 163.34817 82.657052) (xy 163.541456 82.6955)
				(xy 163.541459 82.6955) (xy 163.604121 82.6955) (xy 163.607237 82.695539) (xy 163.619629 82.69585)
				(xy 163.64 82.7005) (xy 163.804599 82.7005) (xy 163.806151 82.700539) (xy 163.838007 82.710769)
				(xy 163.870074 82.720185) (xy 163.871132 82.721406) (xy 163.872675 82.721902) (xy 163.893951 82.74774)
				(xy 163.915829 82.772989) (xy 163.916059 82.774589) (xy 163.917088 82.775839) (xy 163.921014 82.809055)
				(xy 163.925773 82.842147) (xy 163.925181 82.844302) (xy 163.925291 82.845226) (xy 163.924461 82.846928)
				(xy 163.917596 82.871953) (xy 163.893551 82.93) (xy 164.713181 83.749629) (xy 164.746666 83.810952)
				(xy 164.7495 83.83731) (xy 164.7495 84.632689) (xy 164.729815 84.699728) (xy 164.713181 84.72037)
				(xy 163.893551 85.539999) (xy 163.917596 85.598047) (xy 163.920954 85.629286) (xy 163.926151 85.66028)
				(xy 163.92466 85.663755) (xy 163.925065 85.667517) (xy 163.910998 85.695618) (xy 163.898616 85.724496)
				(xy 163.895482 85.726614) (xy 163.89379 85.729996) (xy 163.866769 85.746027) (xy 163.840735 85.76363)
				(xy 163.835809 85.764396) (xy 163.833701 85.765648) (xy 163.805926 85.769466) (xy 163.804468 85.7695)
				(xy 163.64 85.7695) (xy 163.597064 85.774337) (xy 163.591551 85.774466) (xy 163.591155 85.774359)
				(xy 163.58866 85.7745) (xy 163.541457 85.7745) (xy 163.34817 85.812947) (xy 163.34816 85.81295)
				(xy 163.166092 85.888364) (xy 163.166079 85.888371) (xy 163.002218 85.99786) (xy 163.002214 85.997863)
				(xy 162.86286 86.137217) (xy 162.753371 86.30108) (xy 162.753364 86.301093) (xy 162.713245 86.397953)
				(xy 162.669405 86.452357) (xy 162.603111 86.474422) (xy 162.598684 86.474501) (xy 157.185437 86.474501)
				(xy 157.148121 86.4845) (xy 157.109008 86.49498) (xy 157.109003 86.494983) (xy 157.040494 86.534536)
				(xy 157.040488 86.534541) (xy 145.911848 97.663181) (xy 145.850525 97.696666) (xy 145.824167 97.6995)
				(xy 143.475074 97.6995) (xy 143.466391 97.69695) (xy 143.457433 97.698239) (xy 143.433389 97.687259)
				(xy 143.408035 97.679815) (xy 143.402109 97.672976) (xy 143.393876 97.669217) (xy 143.379584 97.646981)
				(xy 143.36228 97.627011) (xy 143.359992 97.616499) (xy 143.356099 97.610441) (xy 143.354153 97.589661)
				(xy 143.351074 97.575507) (xy 143.351066 97.424507) (xy 143.359165 97.396916) (xy 143.364363 97.368636)
				(xy 143.368884 97.363811) (xy 143.370747 97.357466) (xy 143.392476 97.338635) (xy 143.412139 97.317653)
				(xy 143.418776 97.315843) (xy 143.423549 97.311708) (xy 143.445565 97.308541) (xy 143.475066 97.3005)
				(xy 144.15946 97.3005) (xy 144.22146 97.317113) (xy 144.252357 97.334951) (xy 144.306814 97.366392)
				(xy 144.434108 97.4005) (xy 144.43411 97.4005) (xy 144.56589 97.4005) (xy 144.565892 97.4005) (xy 144.693186 97.366392)
				(xy 144.807314 97.3005) (xy 144.9005 97.207314) (xy 144.966392 97.093186) (xy 145.0005 96.965892)
				(xy 145.0005 96.965878) (xy 145.001284 96.959929) (xy 145.029548 96.896031) (xy 145.036531 96.888439)
				(xy 157.792289 84.132682) (xy 162.34 84.132682) (xy 162.34 84.337317) (xy 162.372009 84.539417)
				(xy 162.435244 84.734031) (xy 162.528141 84.91635) (xy 162.528147 84.916359) (xy 162.560523 84.960921)
				(xy 162.560524 84.960922) (xy 163.157037 84.364409) (xy 163.174075 84.427993) (xy 163.239901 84.542007)
				(xy 163.332993 84.635099) (xy 163.447007 84.700925) (xy 163.510589 84.717962) (xy 162.914076 85.314474)
				(xy 162.95865 85.346859) (xy 163.140972 85.439756) (xy 163.140975 85.439758) (xy 163.250954 85.475492)
				(xy 163.250956 85.475491) (xy 164.491448 84.235) (xy 163.250955 82.994507) (xy 163.140968 83.030244)
				(xy 162.958644 83.123143) (xy 162.914077 83.155523) (xy 162.914077 83.155524) (xy 163.51059 83.752037)
				(xy 163.447007 83.769075) (xy 163.332993 83.834901) (xy 163.239901 83.927993) (xy 163.174075 84.042007)
				(xy 163.157037 84.10559) (xy 162.560524 83.509077) (xy 162.560523 83.509077) (xy 162.528143 83.553644)
				(xy 162.435244 83.735968) (xy 162.372009 83.930582) (xy 162.34 84.132682) (xy 157.792289 84.132682)
				(xy 159.893152 82.031819) (xy 159.954475 81.998334) (xy 159.980833 81.9955) (xy 162.598684 81.9955)
			)
		)
		(filled_polygon
			(layer "F.Cu")
			(pts
				(xy 116.886206 84.565185) (xy 116.906848 84.581819) (xy 129.713456 97.388427) (xy 129.721421 97.403014)
				(xy 129.733405 97.414531) (xy 129.746394 97.447348) (xy 129.7495 97.460374) (xy 129.7495 97.465892)
				(xy 129.761445 97.510474) (xy 129.76184 97.512128) (xy 129.760125 97.545377) (xy 129.759333 97.578645)
				(xy 129.758332 97.580122) (xy 129.758241 97.581905) (xy 129.738823 97.608947) (xy 129.72017 97.636507)
				(xy 129.718529 97.637209) (xy 129.717489 97.638659) (xy 129.68654 97.650907) (xy 129.655942 97.664011)
				(xy 129.654181 97.663715) (xy 129.652522 97.664372) (xy 129.619857 97.657942) (xy 129.587039 97.652424)
				(xy 129.585718 97.651223) (xy 129.583968 97.650879) (xy 129.55354 97.628569) (xy 118.469512 86.544541)
				(xy 118.469507 86.544537) (xy 118.452195 86.534543) (xy 118.452191 86.534539) (xy 118.452191 86.53454)
				(xy 118.412386 86.511559) (xy 118.40099 86.504979) (xy 118.363673 86.49498) (xy 118.324562 86.4845)
				(xy 118.32456 86.4845) (xy 112.901316 86.4845) (xy 112.834277 86.464815) (xy 112.788522 86.412011)
				(xy 112.786755 86.407952) (xy 112.746635 86.311092) (xy 112.746628 86.311079) (xy 112.637139 86.147218)
				(xy 112.637136 86.147214) (xy 112.497785 86.007863) (xy 112.497781 86.00786) (xy 112.33392 85.898371)
				(xy 112.333907 85.898364) (xy 112.151839 85.82295) (xy 112.151829 85.822947) (xy 111.958543 85.7845)
				(xy 111.958541 85.7845) (xy 111.895879 85.7845) (xy 111.868285 85.781391) (xy 111.860001 85.7795)
				(xy 111.86 85.7795) (xy 110.8745 85.7795) (xy 110.807461 85.759815) (xy 110.761706 85.707011) (xy 110.7505 85.6555)
				(xy 110.7505 85.3745) (xy 110.770185 85.307461) (xy 110.822989 85.261706) (xy 110.8745 85.2505)
				(xy 111.860003 85.2505) (xy 111.860003 85.250499) (xy 111.897456 85.24628) (xy 111.91134 85.2455)
				(xy 111.958543 85.2455) (xy 112.088582 85.219632) (xy 112.151835 85.207051) (xy 112.333914 85.131632)
				(xy 112.497782 85.022139) (xy 112.637139 84.882782) (xy 112.746632 84.718914) (xy 112.786755 84.622048)
				(xy 112.830595 84.567644) (xy 112.896889 84.545579) (xy 112.901316 84.5455) (xy 116.819167 84.5455)
			)
		)
		(filled_polygon
			(layer "F.Cu")
			(pts
				(xy 114.306206 79.485185) (xy 114.326848 79.501819) (xy 131.50954 96.684511) (xy 131.565489 96.74046)
				(xy 131.565491 96.740461) (xy 131.565495 96.740464) (xy 131.634004 96.780017) (xy 131.634011 96.780021)
				(xy 131.710438 96.8005) (xy 132.024805 96.8005) (xy 132.033473 96.803045) (xy 132.042415 96.801757)
				(xy 132.066473 96.812735) (xy 132.091844 96.820185) (xy 132.097759 96.827011) (xy 132.10598 96.830763)
				(xy 132.120285 96.853008) (xy 132.137599 96.872989) (xy 132.139883 96.883483) (xy 132.143772 96.88953)
				(xy 132.145716 96.910276) (xy 132.148805 96.924463) (xy 132.14885 97.075463) (xy 132.140712 97.103205)
				(xy 132.135417 97.131633) (xy 132.130998 97.136325) (xy 132.129185 97.142508) (xy 132.10734 97.161448)
				(xy 132.087517 97.182499) (xy 132.081032 97.184258) (xy 132.076395 97.188279) (xy 132.054677 97.191408)
				(xy 132.02485 97.1995) (xy 130.78376 97.1995) (xy 130.716721 97.179815) (xy 130.676373 97.1375)
				(xy 130.6505 97.092686) (xy 130.557314 96.9995) (xy 130.482829 96.956496) (xy 130.443187 96.933608)
				(xy 130.356109 96.910276) (xy 130.315892 96.8995) (xy 130.184108 96.8995) (xy 130.184102 96.8995)
				(xy 130.166786 96.90414) (xy 130.096936 96.902475) (xy 130.047016 96.872045) (xy 117.17951 84.004539)
				(xy 117.157402 83.991775) (xy 117.135293 83.979011) (xy 117.122386 83.971559) (xy 117.11099 83.964979)
				(xy 117.110991 83.964979) (xy 117.072775 83.954739) (xy 117.034562 83.9445) (xy 117.03456 83.9445)
				(xy 112.901316 83.9445) (xy 112.834277 83.924815) (xy 112.788522 83.872011) (xy 112.786755 83.867952)
				(xy 112.746635 83.771092) (xy 112.746628 83.771079) (xy 112.637139 83.607218) (xy 112.637136 83.607214)
				(xy 112.497785 83.467863) (xy 112.497781 83.46786) (xy 112.33392 83.358371) (xy 112.333907 83.358364)
				(xy 112.151839 83.28295) (xy 112.151829 83.282947) (xy 111.958543 83.2445) (xy 111.958541 83.2445)
				(xy 111.895879 83.2445) (xy 111.892763 83.244461) (xy 111.88037 83.244149) (xy 111.86 83.2395) (xy 111.695401 83.2395)
				(xy 111.693849 83.239461) (xy 111.661992 83.22923) (xy 111.629926 83.219815) (xy 111.628867 83.218593)
				(xy 111.627325 83.218098) (xy 111.606048 83.192259) (xy 111.584171 83.167011) (xy 111.58394 83.16541)
				(xy 111.582912 83.164161) (xy 111.578985 83.130944) (xy 111.574227 83.097853) (xy 111.574818 83.095697)
				(xy 111.574709 83.094774) (xy 111.575538 83.093071) (xy 111.582404 83.068047) (xy 111.606448 83.009999)
				(xy 110.786819 82.19037) (xy 110.753334 82.129047) (xy 110.7505 82.102689) (xy 110.7505 81.704999)
				(xy 111.008552 81.704999) (xy 111.008552 81.705001) (xy 112.249042 82.945491) (xy 112.249044 82.945492)
				(xy 112.359026 82.909757) (xy 112.541346 82.816861) (xy 112.541347 82.816861) (xy 112.585921 82.784474)
				(xy 111.989409 82.187962) (xy 112.052993 82.170925) (xy 112.167007 82.105099) (xy 112.260099 82.012007)
				(xy 112.325925 81.897993) (xy 112.342962 81.834409) (xy 112.939474 82.430921) (xy 112.971859 82.386349)
				(xy 113.064755 82.204031) (xy 113.12799 82.009417) (xy 113.16 81.807317) (xy 113.16 81.602682) (xy 113.12799 81.400582)
				(xy 113.064755 81.205968) (xy 112.971859 81.02365) (xy 112.939474 80.979077) (xy 112.939474 80.979076)
				(xy 112.342962 81.575589) (xy 112.325925 81.512007) (xy 112.260099 81.397993) (xy 112.167007 81.304901)
				(xy 112.052993 81.239075) (xy 111.989408 81.222037) (xy 112.585922 80.625524) (xy 112.585921 80.625523)
				(xy 112.541359 80.593147) (xy 112.54135 80.593141) (xy 112.359031 80.500244) (xy 112.249043 80.464507)
				(xy 112.249042 80.464507) (xy 111.008552 81.704999) (xy 110.7505 81.704999) (xy 110.7505 81.30731)
				(xy 110.770185 81.240271) (xy 110.786819 81.219629) (xy 111.606448 80.4) (xy 111.582404 80.341953)
				(xy 111.579045 80.310713) (xy 111.573849 80.27972) (xy 111.575339 80.276244) (xy 111.574935 80.272483)
				(xy 111.589001 80.244381) (xy 111.601384 80.215504) (xy 111.604517 80.213385) (xy 111.60621 80.210004)
				(xy 111.63323 80.193972) (xy 111.659265 80.17637) (xy 111.66419 80.175603) (xy 111.666299 80.174352)
				(xy 111.694074 80.170534) (xy 111.695532 80.1705) (xy 111.86 80.1705) (xy 111.902935 80.165662)
				(xy 111.908449 80.165534) (xy 111.908844 80.16564) (xy 111.91134 80.1655) (xy 111.958543 80.1655)
				(xy 112.102588 80.136847) (xy 112.151835 80.127051) (xy 112.333914 80.051632) (xy 112.497782 79.942139)
				(xy 112.637139 79.802782) (xy 112.746632 79.638914) (xy 112.786755 79.542048) (xy 112.830595 79.487644)
				(xy 112.896889 79.465579) (xy 112.901316 79.4655) (xy 114.239167 79.4655)
			)
		)
		(filled_polygon
			(layer "F.Cu")
			(pts
				(xy 162.617865 76.921132) (xy 162.637844 76.921846) (xy 162.650703 76.930774) (xy 162.665723 76.935185)
				(xy 162.678813 76.950292) (xy 162.695236 76.961695) (xy 162.709443 76.985641) (xy 162.711478 76.987989)
				(xy 162.713245 76.992048) (xy 162.753364 77.088907) (xy 162.753371 77.08892) (xy 162.86286 77.252781)
				(xy 162.862863 77.252785) (xy 163.002214 77.392136) (xy 163.002218 77.392139) (xy 163.166079 77.501628)
				(xy 163.166092 77.501635) (xy 163.34816 77.577049) (xy 163.348165 77.577051) (xy 163.348169 77.577051)
				(xy 163.34817 77.577052) (xy 163.541456 77.6155) (xy 163.541459 77.6155) (xy 163.604121 77.6155)
				(xy 163.607237 77.615539) (xy 163.619629 77.61585) (xy 163.64 77.6205) (xy 163.804599 77.6205) (xy 163.806151 77.620539)
				(xy 163.838007 77.630769) (xy 163.870074 77.640185) (xy 163.871132 77.641406) (xy 163.872675 77.641902)
				(xy 163.893951 77.66774) (xy 163.915829 77.692989) (xy 163.916059 77.694589) (xy 163.917088 77.695839)
				(xy 163.921014 77.729055) (xy 163.925773 77.762147) (xy 163.925181 77.764302) (xy 163.925291 77.765226)
				(xy 163.924461 77.766928) (xy 163.917596 77.791953) (xy 163.893551 77.85) (xy 164.713181 78.669629)
				(xy 164.746666 78.730952) (xy 164.7495 78.75731) (xy 164.7495 79.552689) (xy 164.729815 79.619728)
				(xy 164.713181 79.64037) (xy 163.893551 80.459999) (xy 163.917596 80.518047) (xy 163.920954 80.549286)
				(xy 163.926151 80.58028) (xy 163.92466 80.583755) (xy 163.925065 80.587517) (xy 163.910998 80.615618)
				(xy 163.898616 80.644496) (xy 163.895482 80.646614) (xy 163.89379 80.649996) (xy 163.866769 80.666027)
				(xy 163.840735 80.68363) (xy 163.835809 80.684396) (xy 163.833701 80.685648) (xy 163.805926 80.689466)
				(xy 163.804468 80.6895) (xy 163.64 80.6895) (xy 163.597064 80.694337) (xy 163.591551 80.694466)
				(xy 163.591155 80.694359) (xy 163.58866 80.6945) (xy 163.541457 80.6945) (xy 163.34817 80.732947)
				(xy 163.34816 80.73295) (xy 163.166092 80.808364) (xy 163.166079 80.808371) (xy 163.002218 80.91786)
				(xy 163.002214 80.917863) (xy 162.862863 81.057214) (xy 162.86286 81.057218) (xy 162.753371 81.221079)
				(xy 162.753364 81.221092) (xy 162.713245 81.317952) (xy 162.669405 81.372356) (xy 162.603111 81.394421)
				(xy 162.598684 81.3945) (xy 159.765438 81.3945) (xy 159.68901 81.414978) (xy 159.620489 81.45454)
				(xy 159.620486 81.454542) (xy 144.702982 96.372045) (xy 144.641659 96.40553) (xy 144.58321 96.404139)
				(xy 144.565899 96.399501) (xy 144.565892 96.3995) (xy 144.434108 96.3995) (xy 144.306812 96.433608)
				(xy 144.192686 96.4995) (xy 144.192683 96.499502) (xy 144.099501 96.592684) (xy 144.0995 96.592686)
				(xy 144.075405 96.634421) (xy 144.073627 96.6375) (xy 144.02306 96.685716) (xy 143.96624 96.6995)
				(xy 143.475108 96.6995) (xy 143.466634 96.697011) (xy 143.457897 96.6983) (xy 143.433623 96.687318)
				(xy 143.408069 96.679815) (xy 143.402286 96.673141) (xy 143.394239 96.669501) (xy 143.379755 96.647139)
				(xy 143.362314 96.627011) (xy 143.360057 96.616727) (xy 143.356256 96.610858) (xy 143.354263 96.590319)
				(xy 143.351109 96.575941) (xy 143.350555 96.420089) (xy 143.358614 96.392274) (xy 143.36385 96.363785)
				(xy 143.368221 96.359119) (xy 143.370001 96.35298) (xy 143.391821 96.333936) (xy 143.411626 96.312802)
				(xy 143.420114 96.309242) (xy 143.422642 96.307037) (xy 143.426857 96.306415) (xy 143.442458 96.299874)
				(xy 143.508873 96.282079) (xy 143.623001 96.216187) (xy 143.716187 96.123001) (xy 143.782079 96.008873)
				(xy 143.816187 95.881579) (xy 143.816187 95.749795) (xy 143.804916 95.70773) (xy 143.806579 95.637884)
				(xy 143.837008 95.587961) (xy 160.372289 79.052682) (xy 162.34 79.052682) (xy 162.34 79.257317)
				(xy 162.372009 79.459417) (xy 162.435244 79.654031) (xy 162.528141 79.83635) (xy 162.528147 79.836359)
				(xy 162.560523 79.880921) (xy 162.560524 79.880922) (xy 163.157037 79.284409) (xy 163.174075 79.347993)
				(xy 163.239901 79.462007) (xy 163.332993 79.555099) (xy 163.447007 79.620925) (xy 163.510589 79.637962)
				(xy 162.914076 80.234474) (xy 162.95865 80.266859) (xy 163.140972 80.359756) (xy 163.140975 80.359758)
				(xy 163.250954 80.395492) (xy 163.250956 80.395491) (xy 164.491448 79.155) (xy 163.250955 77.914507)
				(xy 163.140968 77.950244) (xy 162.958644 78.043143) (xy 162.914077 78.075523) (xy 162.914077 78.075524)
				(xy 163.51059 78.672037) (xy 163.447007 78.689075) (xy 163.332993 78.754901) (xy 163.239901 78.847993)
				(xy 163.174075 78.962007) (xy 163.157037 79.02559) (xy 162.560524 78.429077) (xy 162.560523 78.429077)
				(xy 162.528143 78.473644) (xy 162.435244 78.655968) (xy 162.372009 78.850582) (xy 162.34 79.052682)
				(xy 160.372289 79.052682) (xy 162.473152 76.951819) (xy 162.534475 76.918334) (xy 162.560833 76.9155)
				(xy 162.598684 76.9155)
			)
		)
		(filled_polygon
			(layer "F.Cu")
			(pts
				(xy 113.016206 76.945185) (xy 113.036848 76.961819) (xy 132.062848 95.987819) (xy 132.096333 96.049142)
				(xy 132.091349 96.118834) (xy 132.049477 96.174767) (xy 131.984013 96.199184) (xy 131.975167 96.1995)
				(xy 131.925833 96.1995) (xy 131.858794 96.179815) (xy 131.838152 96.163181) (xy 114.599512 78.924541)
				(xy 114.599504 78.924535) (xy 114.530995 78.884982) (xy 114.53099 78.884979) (xy 114.505513 78.878152)
				(xy 114.454562 78.8645) (xy 114.45456 78.8645) (xy 112.901316 78.8645) (xy 112.834277 78.844815)
				(xy 112.788522 78.792011) (xy 112.786755 78.787952) (xy 112.746635 78.691092) (xy 112.746628 78.691079)
				(xy 112.637139 78.527218) (xy 112.637136 78.527214) (xy 112.497785 78.387863) (xy 112.497781 78.38786)
				(xy 112.33392 78.278371) (xy 112.333907 78.278364) (xy 112.151839 78.20295) (xy 112.151829 78.202947)
				(xy 111.958543 78.1645) (xy 111.958541 78.1645) (xy 111.895879 78.1645) (xy 111.868285 78.161391)
				(xy 111.860001 78.1595) (xy 111.86 78.1595) (xy 110.8745 78.1595) (xy 110.807461 78.139815) (xy 110.761706 78.087011)
				(xy 110.7505 78.0355) (xy 110.7505 77.7545) (xy 110.770185 77.687461) (xy 110.822989 77.641706)
				(xy 110.8745 77.6305) (xy 111.860003 77.6305) (xy 111.860003 77.630499) (xy 111.897456 77.62628)
				(xy 111.91134 77.6255) (xy 111.958543 77.6255) (xy 112.088582 77.599632) (xy 112.151835 77.587051)
				(xy 112.333914 77.511632) (xy 112.497782 77.402139) (xy 112.637139 77.262782) (xy 112.746632 77.098914)
				(xy 112.786755 77.002048) (xy 112.799297 76.986482) (xy 112.807603 76.968297) (xy 112.820772 76.959833)
				(xy 112.830595 76.947644) (xy 112.849564 76.94133) (xy 112.866381 76.930523) (xy 112.89394 76.92656)
				(xy 112.896889 76.925579) (xy 112.901316 76.9255) (xy 112.949167 76.9255)
			)
		)
		(filled_polygon
			(layer "F.Cu")
			(pts
				(xy 116.36254 58.770185) (xy 116.408295 58.822989) (xy 116.419501 58.8745) (xy 116.419501 59.86)
				(xy 116.423543 59.895878) (xy 116.423721 59.897453) (xy 116.424501 59.911338) (xy 116.424501 59.958541)
				(xy 116.424501 59.958543) (xy 116.4245 59.958543) (xy 116.462948 60.151829) (xy 116.462951 60.151839)
				(xy 116.538365 60.333907) (xy 116.538372 60.33392) (xy 116.647861 60.497781) (xy 116.647864 60.497785)
				(xy 116.787218 60.637139) (xy 116.934801 60.73575) (xy 116.951087 60.746632) (xy 116.951089 60.746633)
				(xy 116.951093 60.746635) (xy 117.018135 60.774404) (xy 117.047952 60.786754) (xy 117.102356 60.830594)
				(xy 117.124421 60.896888) (xy 117.1245 60.901315) (xy 117.1245 78.964562) (xy 117.138152 79.015513)
				(xy 117.144979 79.04099) (xy 117.14498 79.040991) (xy 117.150751 79.050987) (xy 117.1739 79.091082)
				(xy 117.18454 79.109511) (xy 117.184542 79.109513) (xy 133.312383 95.237354) (xy 133.345868 95.298677)
				(xy 133.340884 95.368369) (xy 133.299012 95.424302) (xy 133.273298 95.439116) (xy 133.251702 95.448315)
				(xy 133.247261 95.450337) (xy 133.225087 95.461092) (xy 133.220783 95.463311) (xy 133.199363 95.475019)
				(xy 133.195179 95.477438) (xy 133.17431 95.490192) (xy 133.170244 95.492814) (xy 133.150212 95.506425)
				(xy 133.146329 95.509201) (xy 133.127022 95.523716) (xy 133.12326 95.526688) (xy 133.104644 95.54213)
				(xy 133.101039 95.54527) (xy 133.083249 95.561522) (xy 133.079755 95.564871) (xy 133.062816 95.581898)
				(xy 133.059503 95.58539) (xy 133.04331 95.603299) (xy 133.040211 95.606896) (xy 133.024854 95.625605)
				(xy 133.021921 95.629357) (xy 133.007519 95.64872) (xy 133.004758 95.652623) (xy 132.994661 95.667654)
				(xy 132.940936 95.712323) (xy 132.878596 95.721805) (xy 132.867014 95.720571) (xy 132.865989 95.719979)
				(xy 132.789562 95.6995) (xy 132.669247 95.6995) (xy 132.662696 95.698802) (xy 132.636246 95.687876)
				(xy 132.608794 95.679815) (xy 132.600444 95.673086) (xy 132.598119 95.672126) (xy 132.596672 95.670047)
				(xy 132.588152 95.663181) (xy 113.309512 76.384541) (xy 113.309511 76.38454) (xy 113.29219 76.37454)
				(xy 113.29219 76.374538) (xy 113.292187 76.374538) (xy 113.240994 76.344981) (xy 113.240991 76.344979)
				(xy 113.202775 76.334739) (xy 113.164562 76.3245) (xy 113.16456 76.3245) (xy 112.901316 76.3245)
				(xy 112.834277 76.304815) (xy 112.788522 76.252011) (xy 112.786755 76.247952) (xy 112.746635 76.151092)
				(xy 112.746628 76.151079) (xy 112.637139 75.987218) (xy 112.637136 75.987214) (xy 112.497785 75.847863)
				(xy 112.497781 75.84786) (xy 112.33392 75.738371) (xy 112.333907 75.738364) (xy 112.151839 75.66295)
				(xy 112.151829 75.662947) (xy 111.958543 75.6245) (xy 111.958541 75.6245) (xy 111.895879 75.6245)
				(xy 111.868285 75.621391) (xy 111.860001 75.6195) (xy 111.86 75.6195) (xy 110.8745 75.6195) (xy 110.807461 75.599815)
				(xy 110.761706 75.547011) (xy 110.7505 75.4955) (xy 110.7505 64.135258) (xy 112.9995 64.135258)
				(xy 112.9995 64.364741) (xy 113.024446 64.554215) (xy 113.029452 64.592238) (xy 113.029453 64.59224)
				(xy 113.088842 64.813887) (xy 113.17665 65.025876) (xy 113.176657 65.02589) (xy 113.291392 65.224617)
				(xy 113.431081 65.406661) (xy 113.431089 65.40667) (xy 113.59333 65.568911) (xy 113.593338 65.568918)
				(xy 113.775382 65.708607) (xy 113.775385 65.708608) (xy 113.775388 65.708611) (xy 113.974112 65.823344)
				(xy 113.974117 65.823346) (xy 113.974123 65.823349) (xy 114.06548 65.86119) (xy 114.186113 65.911158)
				(xy 114.407762 65.970548) (xy 114.635266 66.0005) (xy 114.635273 66.0005) (xy 114.864727 66.0005)
				(xy 114.864734 66.0005) (xy 115.092238 65.970548) (xy 115.313887 65.911158) (xy 115.525888 65.823344)
				(xy 115.724612 65.708611) (xy 115.906661 65.568919) (xy 115.906665 65.568914) (xy 115.90667 65.568911)
				(xy 116.068911 65.40667) (xy 116.068914 65.406665) (xy 116.068919 65.406661) (xy 116.208611 65.224612)
				(xy 116.323344 65.025888) (xy 116.411158 64.813887) (xy 116.470548 64.592238) (xy 116.5005 64.364734)
				(xy 116.5005 64.135266) (xy 116.470548 63.907762) (xy 116.411158 63.686113) (xy 116.323344 63.474112)
				(xy 116.208611 63.275388) (xy 116.208608 63.275385) (xy 116.208607 63.275382) (xy 116.068918 63.093338)
				(xy 116.068911 63.09333) (xy 115.90667 62.931089) (xy 115.906661 62.931081) (xy 115.724617 62.791392)
				(xy 115.52589 62.676657) (xy 115.525876 62.67665) (xy 115.313887 62.588842) (xy 115.092238 62.529452)
				(xy 115.054215 62.524446) (xy 114.864741 62.4995) (xy 114.864734 62.4995) (xy 114.635266 62.4995)
				(xy 114.635258 62.4995) (xy 114.418715 62.528009) (xy 114.407762 62.529452) (xy 114.314076 62.554554)
				(xy 114.186112 62.588842) (xy 113.974123 62.67665) (xy 113.974109 62.676657) (xy 113.775382 62.791392)
				(xy 113.593338 62.931081) (xy 113.431081 63.093338) (xy 113.291392 63.275382) (xy 113.176657 63.474109)
				(xy 113.17665 63.474123) (xy 113.088842 63.686112) (xy 113.029453 63.907759) (xy 113.029451 63.90777)
				(xy 112.9995 64.135258) (xy 110.7505 64.135258) (xy 110.7505 61.25375) (xy 110.750726 61.246263)
				(xy 110.768271 60.956205) (xy 110.770076 60.94134) (xy 110.792096 60.821185) (xy 110.82178 60.659197)
				(xy 110.825364 60.644663) (xy 110.827709 60.637139) (xy 110.910696 60.370822) (xy 110.915998 60.356841)
				(xy 111.033731 60.095249) (xy 111.040676 60.082016) (xy 111.18908 59.836526) (xy 111.197567 59.82423)
				(xy 111.37448 59.598417) (xy 111.384395 59.587226) (xy 111.587226 59.384395) (xy 111.598417 59.37448)
				(xy 111.82423 59.197567) (xy 111.836526 59.18908) (xy 112.082016 59.040676) (xy 112.095249 59.033731)
				(xy 112.356841 58.915998) (xy 112.370822 58.910696) (xy 112.644668 58.825362) (xy 112.659197 58.82178)
				(xy 112.941344 58.770075) (xy 112.956201 58.768271) (xy 113.246264 58.750726) (xy 113.253751 58.7505)
				(xy 113.315892 58.7505) (xy 116.295501 58.7505)
			)
		)
		(filled_polygon
			(layer "F.Cu")
			(pts
				(xy 162.253736 58.750726) (xy 162.543796 58.768271) (xy 162.558657 58.770075) (xy 162.650022 58.786819)
				(xy 162.840798 58.82178) (xy 162.855335 58.825363) (xy 163.129172 58.910695) (xy 163.143163 58.916)
				(xy 163.404743 59.033727) (xy 163.417989 59.04068) (xy 163.663465 59.189075) (xy 163.675776 59.197573)
				(xy 163.901573 59.374473) (xy 163.912781 59.384403) (xy 164.115596 59.587218) (xy 164.125526 59.598426)
				(xy 164.245481 59.751538) (xy 164.302422 59.824217) (xy 164.310928 59.83654) (xy 164.459316 60.082004)
				(xy 164.466275 60.095263) (xy 164.583997 60.356831) (xy 164.589306 60.370832) (xy 164.674635 60.644663)
				(xy 164.678219 60.659201) (xy 164.729923 60.94134) (xy 164.731728 60.956205) (xy 164.749274 61.246263)
				(xy 164.7495 61.25375) (xy 164.7495 75.4855) (xy 164.729815 75.552539) (xy 164.677011 75.598294)
				(xy 164.6255 75.6095) (xy 163.639995 75.6095) (xy 163.602544 75.61372) (xy 163.58866 75.6145) (xy 163.541457 75.6145)
				(xy 163.34817 75.652947) (xy 163.34816 75.65295) (xy 163.166092 75.728364) (xy 163.166079 75.728371)
				(xy 163.002218 75.83786) (xy 163.002214 75.837863) (xy 162.862863 75.977214) (xy 162.86286 75.977218)
				(xy 162.753371 76.141079) (xy 162.753364 76.141092) (xy 162.713245 76.237952) (xy 162.669405 76.292356)
				(xy 162.603111 76.314421) (xy 162.598684 76.3145) (xy 162.345438 76.3145) (xy 162.308118 76.3245)
				(xy 162.269009 76.334979) (xy 162.269004 76.334982) (xy 162.200495 76.374535) (xy 162.200489 76.37454)
				(xy 143.287013 95.288015) (xy 143.231426 95.320108) (xy 143.122501 95.349295) (xy 143.122499 95.349295)
				(xy 143.122499 95.349296) (xy 143.008373 95.415187) (xy 143.00837 95.415189) (xy 142.915189 95.50837)
				(xy 142.915187 95.508373) (xy 142.849296 95.622499) (xy 142.849111 95.622946) (xy 142.848853 95.623265)
				(xy 142.845231 95.62954) (xy 142.844252 95.628975) (xy 142.805273 95.677352) (xy 142.756775 95.697491)
				(xy 142.745749 95.6995) (xy 142.710438 95.6995) (xy 142.635401 95.719606) (xy 142.630415 95.720515)
				(xy 142.600506 95.717352) (xy 142.570431 95.716636) (xy 142.566115 95.713715) (xy 142.560933 95.713167)
				(xy 142.537483 95.694337) (xy 142.512568 95.677474) (xy 142.506722 95.669635) (xy 142.506454 95.66942)
				(xy 142.506366 95.669157) (xy 142.505253 95.667665) (xy 142.495192 95.652687) (xy 142.492423 95.648772)
				(xy 142.477937 95.629297) (xy 142.475007 95.62555) (xy 142.459729 95.606941) (xy 142.456562 95.603264)
				(xy 142.44038 95.585367) (xy 142.437111 95.581921) (xy 142.420092 95.564816) (xy 142.416604 95.561474)
				(xy 142.398868 95.545273) (xy 142.395232 95.542107) (xy 142.376728 95.526755) (xy 142.372941 95.523763)
				(xy 142.353577 95.509204) (xy 142.349653 95.506398) (xy 142.329617 95.492785) (xy 142.325572 95.490177)
				(xy 142.304713 95.477432) (xy 142.300528 95.475012) (xy 142.27912 95.463311) (xy 142.274816 95.461092)
				(xy 142.252642 95.450337) (xy 142.248194 95.448311) (xy 142.226675 95.439146) (xy 142.172712 95.394765)
				(xy 142.151309 95.328254) (xy 142.169262 95.26073) (xy 142.187583 95.237387) (xy 158.305461 79.11951)
				(xy 158.345023 79.050987) (xy 158.365501 78.974561) (xy 158.365501 78.895437) (xy 158.365501 64.135258)
				(xy 158.9995 64.135258) (xy 158.9995 64.364741) (xy 159.024446 64.554215) (xy 159.029452 64.592238)
				(xy 159.029453 64.59224) (xy 159.088842 64.813887) (xy 159.17665 65.025876) (xy 159.176657 65.02589)
				(xy 159.291392 65.224617) (xy 159.431081 65.406661) (xy 159.431089 65.40667) (xy 159.59333 65.568911)
				(xy 159.593338 65.568918) (xy 159.775382 65.708607) (xy 159.775385 65.708608) (xy 159.775388 65.708611)
				(xy 159.974112 65.823344) (xy 159.974117 65.823346) (xy 159.974123 65.823349) (xy 160.06548 65.86119)
				(xy 160.186113 65.911158) (xy 160.407762 65.970548) (xy 160.635266 66.0005) (xy 160.635273 66.0005)
				(xy 160.864727 66.0005) (xy 160.864734 66.0005) (xy 161.092238 65.970548) (xy 161.313887 65.911158)
				(xy 161.525888 65.823344) (xy 161.724612 65.708611) (xy 161.906661 65.568919) (xy 161.906665 65.568914)
				(xy 161.90667 65.568911) (xy 162.068911 65.40667) (xy 162.068914 65.406665) (xy 162.068919 65.406661)
				(xy 162.208611 65.224612) (xy 162.323344 65.025888) (xy 162.411158 64.813887) (xy 162.470548 64.592238)
				(xy 162.5005 64.364734) (xy 162.5005 64.135266) (xy 162.470548 63.907762) (xy 162.411158 63.686113)
				(xy 162.323344 63.474112) (xy 162.208611 63.275388) (xy 162.208608 63.275385) (xy 162.208607 63.275382)
				(xy 162.068918 63.093338) (xy 162.068911 63.09333) (xy 161.90667 62.931089) (xy 161.906661 62.931081)
				(xy 161.724617 62.791392) (xy 161.52589 62.676657) (xy 161.525876 62.67665) (xy 161.313887 62.588842)
				(xy 161.092238 62.529452) (xy 161.054215 62.524446) (xy 160.864741 62.4995) (xy 160.864734 62.4995)
				(xy 160.635266 62.4995) (xy 160.635258 62.4995) (xy 160.418715 62.528009) (xy 160.407762 62.529452)
				(xy 160.314076 62.554554) (xy 160.186112 62.588842) (xy 159.974123 62.67665) (xy 159.974109 62.676657)
				(xy 159.775382 62.791392) (xy 159.593338 62.931081) (xy 159.431081 63.093338) (xy 159.291392 63.275382)
				(xy 159.176657 63.474109) (xy 159.17665 63.474123) (xy 159.088842 63.686112) (xy 159.029453 63.907759)
				(xy 159.029451 63.90777) (xy 158.9995 64.135258) (xy 158.365501 64.135258) (xy 158.365501 60.901315)
				(xy 158.385186 60.834276) (xy 158.43799 60.788521) (xy 158.442003 60.786773) (xy 158.538915 60.746632)
				(xy 158.702783 60.637139) (xy 158.84214 60.497782) (xy 158.951633 60.333914) (xy 159.027052 60.151835)
				(xy 159.065501 59.958541) (xy 159.065501 59.895878) (xy 159.068611 59.868282) (xy 159.0705 59.860005)
				(xy 159.070501 59.859999) (xy 159.070501 58.8745) (xy 159.090186 58.807461) (xy 159.14299 58.761706)
				(xy 159.194501 58.7505) (xy 162.184108 58.7505) (xy 162.246249 58.7505)
			)
		)
		(filled_polygon
			(layer "F.Cu")
			(pts
				(xy 138.20973 58.770185) (xy 138.230372 58.786819) (xy 139.049999 59.606447) (xy 139.108048 59.582403)
				(xy 139.139288 59.579044) (xy 139.170281 59.573848) (xy 139.173756 59.575338) (xy 139.177517 59.574934)
				(xy 139.205612 59.588997) (xy 139.234497 59.601383) (xy 139.236615 59.604517) (xy 139.239996 59.606209)
				(xy 139.256026 59.633226) (xy 139.273631 59.659264) (xy 139.274397 59.664188) (xy 139.275649 59.666297)
				(xy 139.279467 59.694073) (xy 139.279501 59.69553) (xy 139.279501 59.86) (xy 139.284338 59.902935)
				(xy 139.284467 59.908447) (xy 139.28436 59.908842) (xy 139.284501 59.911338) (xy 139.284501 59.958541)
				(xy 139.284501 59.958543) (xy 139.2845 59.958543) (xy 139.322948 60.151829) (xy 139.322951 60.151839)
				(xy 139.398365 60.333907) (xy 139.398372 60.33392) (xy 139.507861 60.497781) (xy 139.507864 60.497785)
				(xy 139.647218 60.637139) (xy 139.794801 60.73575) (xy 139.811087 60.746632) (xy 139.907954 60.786755)
				(xy 139.962356 60.830594) (xy 139.984422 60.896888) (xy 139.984501 60.901315) (xy 139.984501 87.789166)
				(xy 139.964816 87.856205) (xy 139.948182 87.876847) (xy 138.009541 89.815487) (xy 138.009535 89.815495)
				(xy 137.969982 89.884004) (xy 137.969979 89.884009) (xy 137.956326 89.934962) (xy 137.951552 89.952782)
				(xy 137.9495 89.960439) (xy 137.9495 94.774751) (xy 137.946956 94.783412) (xy 137.948245 94.792349)
				(xy 137.937266 94.816413) (xy 137.929815 94.84179) (xy 137.922992 94.847701) (xy 137.919245 94.855916)
				(xy 137.896999 94.870225) (xy 137.877011 94.887545) (xy 137.866521 94.889829) (xy 137.860482 94.893714)
				(xy 137.839175 94.895783) (xy 137.825549 94.898751) (xy 137.674549 94.898811) (xy 137.646661 94.890634)
				(xy 137.618103 94.885244) (xy 137.613535 94.880921) (xy 137.607502 94.879153) (xy 137.588462 94.857198)
				(xy 137.567351 94.837222) (xy 137.565638 94.830878) (xy 137.561726 94.826367) (xy 137.558638 94.804953)
				(xy 137.5505 94.774811) (xy 137.5505 89.960439) (xy 137.548449 89.952785) (xy 137.530021 89.884011)
				(xy 137.530017 89.884004) (xy 137.490464 89.815495) (xy 137.490458 89.815487) (xy 135.54182 87.866849)
				(xy 135.508335 87.805526) (xy 135.505501 87.779168) (xy 135.505501 60.901315) (xy 135.511133 60.882134)
				(xy 135.511847 60.862155) (xy 135.520775 60.849295) (xy 135.525186 60.834276) (xy 135.540293 60.821185)
				(xy 135.551696 60.804763) (xy 135.575645 60.790552) (xy 135.57799 60.788521) (xy 135.581982 60.786781)
				(xy 135.678915 60.746632) (xy 135.842783 60.637139) (xy 135.98214 60.497782) (xy 136.091633 60.333914)
				(xy 136.126788 60.249042) (xy 136.504508 60.249042) (xy 136.504508 60.249043) (xy 136.540245 60.359031)
				(xy 136.633142 60.54135) (xy 136.633148 60.541359) (xy 136.665524 60.585921) (xy 136.665525 60.585922)
				(xy 137.262038 59.989408) (xy 137.279076 60.052993) (xy 137.344902 60.167007) (xy 137.437994 60.260099)
				(xy 137.552008 60.325925) (xy 137.615591 60.342962) (xy 137.019077 60.939474) (xy 137.063651 60.971859)
				(xy 137.245969 61.064755) (xy 137.440583 61.12799) (xy 137.642684 61.16) (xy 137.847318 61.16) (xy 138.049418 61.12799)
				(xy 138.244032 61.064755) (xy 138.42635 60.971859) (xy 138.470922 60.939474) (xy 137.87441 60.342962)
				(xy 137.937994 60.325925) (xy 138.052008 60.260099) (xy 138.1451 60.167007) (xy 138.210926 60.052993)
				(xy 138.227963 59.989409) (xy 138.824475 60.585921) (xy 138.856862 60.541347) (xy 138.856862 60.541346)
				(xy 138.949758 60.359026) (xy 138.985493 60.249044) (xy 138.985492 60.249042) (xy 137.745001 59.008552)
				(xy 136.504508 60.249042) (xy 136.126788 60.249042) (xy 136.167052 60.151835) (xy 136.205501 59.958541)
				(xy 136.205501 59.895878) (xy 136.20554 59.892762) (xy 136.205851 59.88037) (xy 136.210501 59.86)
				(xy 136.210501 59.695399) (xy 136.21054 59.693848) (xy 136.22077 59.661991) (xy 136.230186 59.629925)
				(xy 136.231407 59.628866) (xy 136.231903 59.627324) (xy 136.257741 59.606047) (xy 136.28299 59.58417)
				(xy 136.28459 59.583939) (xy 136.28584 59.582911) (xy 136.319056 59.578984) (xy 136.352148 59.574226)
				(xy 136.354303 59.574817) (xy 136.355227 59.574708) (xy 136.356929 59.575537) (xy 136.381954 59.582403)
				(xy 136.440002 59.606447) (xy 137.25963 58.786819) (xy 137.320953 58.753334) (xy 137.347311 58.7505)
				(xy 138.142691 58.7505)
			)
		)
		(filled_polygon
			(layer "F.Cu")
			(pts
				(xy 118.90254 58.770185) (xy 118.948295 58.822989) (xy 118.959501 58.8745) (xy 118.959501 59.86)
				(xy 118.963543 59.895878) (xy 118.963721 59.897453) (xy 118.964501 59.911338) (xy 118.964501 59.958541)
				(xy 118.964501 59.958543) (xy 118.9645 59.958543) (xy 119.002948 60.151829) (xy 119.002951 60.151839)
				(xy 119.078365 60.333907) (xy 119.078372 60.33392) (xy 119.187861 60.497781) (xy 119.187864 60.497785)
				(xy 119.327218 60.637139) (xy 119.474801 60.73575) (xy 119.491087 60.746632) (xy 119.587951 60.786754)
				(xy 119.587954 60.786755) (xy 119.642358 60.830595) (xy 119.664423 60.896889) (xy 119.664502 60.901315)
				(xy 119.664502 80.254564) (xy 119.684981 80.330991) (xy 119.684982 80.330993) (xy 119.684981 80.330993)
				(xy 119.690752 80.340987) (xy 119.690755 80.340991) (xy 119.724539 80.399509) (xy 119.724542 80.399513)
				(xy 133.913181 94.588152) (xy 133.927884 94.615079) (xy 133.944477 94.640898) (xy 133.945368 94.647098)
				(xy 133.946666 94.649475) (xy 133.9495 94.675833) (xy 133.9495 94.725167) (xy 133.929815 94.792206)
				(xy 133.877011 94.837961) (xy 133.807853 94.847905) (xy 133.744297 94.81888) (xy 133.737819 94.812848)
				(xy 117.761819 78.836848) (xy 117.728334 78.775525) (xy 117.7255 78.749167) (xy 117.7255 60.901316)
				(xy 117.745185 60.834277) (xy 117.797989 60.788522) (xy 117.802048 60.786755) (xy 117.898915 60.746632)
				(xy 118.062783 60.637139) (xy 118.20214 60.497782) (xy 118.311633 60.333914) (xy 118.387052 60.151835)
				(xy 118.425501 59.958541) (xy 118.425501 59.895878) (xy 118.428611 59.868282) (xy 118.4305 59.860005)
				(xy 118.430501 59.859999) (xy 118.430501 58.8745) (xy 118.450186 58.807461) (xy 118.50299 58.761706)
				(xy 118.554501 58.7505) (xy 118.835501 58.7505)
			)
		)
		(filled_polygon
			(layer "F.Cu")
			(pts
				(xy 157.00254 58.770185) (xy 157.048295 58.822989) (xy 157.059501 58.8745) (xy 157.059501 59.86)
				(xy 157.063786 59.898033) (xy 157.06383 59.898453) (xy 157.063789 59.898673) (xy 157.064501 59.911338)
				(xy 157.064501 59.958541) (xy 157.064501 59.958543) (xy 157.0645 59.958543) (xy 157.102948 60.151829)
				(xy 157.102951 60.151839) (xy 157.178365 60.333907) (xy 157.178372 60.33392) (xy 157.287861 60.497781)
				(xy 157.287864 60.497785) (xy 157.427218 60.637139) (xy 157.574801 60.73575) (xy 157.591087 60.746632)
				(xy 157.687954 60.786755) (xy 157.742356 60.830594) (xy 157.764422 60.896888) (xy 157.764501 60.901315)
				(xy 157.764501 78.759166) (xy 157.744816 78.826205) (xy 157.728182 78.846847) (xy 141.762181 94.812848)
				(xy 141.742744 94.82346) (xy 141.726011 94.837961) (xy 141.712679 94.839877) (xy 141.700858 94.846333)
				(xy 141.678771 94.844753) (xy 141.656853 94.847905) (xy 141.644601 94.842309) (xy 141.631166 94.841349)
				(xy 141.613439 94.828078) (xy 141.593297 94.81888) (xy 141.586014 94.807548) (xy 141.575233 94.799477)
				(xy 141.567495 94.778731) (xy 141.555523 94.760102) (xy 141.552371 94.738183) (xy 141.550816 94.734013)
				(xy 141.5505 94.725167) (xy 141.5505 94.675833) (xy 141.570185 94.608794) (xy 141.586819 94.588152)
				(xy 155.765458 80.409513) (xy 155.765461 80.40951) (xy 155.771233 80.399513) (xy 155.773555 80.395492)
				(xy 155.794186 80.359756) (xy 155.805022 80.340988) (xy 155.825501 80.264561) (xy 155.825501 60.901315)
				(xy 155.845186 60.834276) (xy 155.89799 60.788521) (xy 155.902003 60.786773) (xy 155.998915 60.746632)
				(xy 156.162783 60.637139) (xy 156.30214 60.497782) (xy 156.411633 60.333914) (xy 156.487052 60.151835)
				(xy 156.525501 59.958541) (xy 156.525501 59.895878) (xy 156.528611 59.868282) (xy 156.5305 59.860005)
				(xy 156.530501 59.859999) (xy 156.530501 58.8745) (xy 156.550186 58.807461) (xy 156.60299 58.761706)
				(xy 156.654501 58.7505) (xy 156.935501 58.7505)
			)
		)
		(filled_polygon
			(layer "F.Cu")
			(pts
				(xy 121.44254 58.770185) (xy 121.488295 58.822989) (xy 121.499501 58.8745) (xy 121.499501 59.86)
				(xy 121.503543 59.895878) (xy 121.503721 59.897453) (xy 121.504501 59.911338) (xy 121.504501 59.958541)
				(xy 121.504501 59.958543) (xy 121.5045 59.958543) (xy 121.542948 60.151829) (xy 121.542951 60.151839)
				(xy 121.618365 60.333907) (xy 121.618372 60.33392) (xy 121.727861 60.497781) (xy 121.727864 60.497785)
				(xy 121.867218 60.637139) (xy 122.014801 60.73575) (xy 122.031087 60.746632) (xy 122.127954 60.786755)
				(xy 122.182356 60.830594) (xy 122.204422 60.896888) (xy 122.204501 60.901315) (xy 122.204501 81.544563)
				(xy 122.212956 81.576117) (xy 122.22498 81.620991) (xy 122.224983 81.620996) (xy 122.264536 81.689505)
				(xy 122.264542 81.689513) (xy 134.413181 93.838152) (xy 134.427884 93.865079) (xy 134.444477 93.890898)
				(xy 134.445368 93.897098) (xy 134.446666 93.899475) (xy 134.4495 93.925833) (xy 134.4495 93.975167)
				(xy 134.429815 94.042206) (xy 134.377011 94.087961) (xy 134.307853 94.097905) (xy 134.244297 94.06888)
				(xy 134.237819 94.062848) (xy 120.301821 80.12685) (xy 120.268336 80.065527) (xy 120.265502 80.039169)
				(xy 120.265502 60.901315) (xy 120.285187 60.834276) (xy 120.337991 60.788521) (xy 120.342048 60.786755)
				(xy 120.438915 60.746632) (xy 120.602783 60.637139) (xy 120.74214 60.497782) (xy 120.851633 60.333914)
				(xy 120.927052 60.151835) (xy 120.965501 59.958541) (xy 120.965501 59.895878) (xy 120.968611 59.868282)
				(xy 120.9705 59.860005) (xy 120.970501 59.859999) (xy 120.970501 58.8745) (xy 120.990186 58.807461)
				(xy 121.04299 58.761706) (xy 121.094501 58.7505) (xy 121.375501 58.7505)
			)
		)
		(filled_polygon
			(layer "F.Cu")
			(pts
				(xy 154.46254 58.770185) (xy 154.508295 58.822989) (xy 154.519501 58.8745) (xy 154.519501 59.86)
				(xy 154.523786 59.898033) (xy 154.52383 59.898453) (xy 154.523789 59.898673) (xy 154.524501 59.911338)
				(xy 154.524501 59.958541) (xy 154.524501 59.958543) (xy 154.5245 59.958543) (xy 154.562948 60.151829)
				(xy 154.562951 60.151839) (xy 154.638365 60.333907) (xy 154.638372 60.33392) (xy 154.747861 60.497781)
				(xy 154.747864 60.497785) (xy 154.887218 60.637139) (xy 155.034801 60.73575) (xy 155.051087 60.746632)
				(xy 155.147954 60.786755) (xy 155.202356 60.830594) (xy 155.224422 60.896888) (xy 155.224501 60.901315)
				(xy 155.224501 80.049166) (xy 155.204816 80.116205) (xy 155.188182 80.136847) (xy 141.262181 94.062848)
				(xy 141.242744 94.07346) (xy 141.226011 94.087961) (xy 141.212679 94.089877) (xy 141.200858 94.096333)
				(xy 141.178771 94.094753) (xy 141.156853 94.097905) (xy 141.144601 94.092309) (xy 141.131166 94.091349)
				(xy 141.113439 94.078078) (xy 141.093297 94.06888) (xy 141.086014 94.057548) (xy 141.075233 94.049477)
				(xy 141.067495 94.028731) (xy 141.055523 94.010102) (xy 141.052371 93.988183) (xy 141.050816 93.984013)
				(xy 141.0505 93.975167) (xy 141.0505 93.925833) (xy 141.070185 93.858794) (xy 141.086819 93.838152)
				(xy 153.225459 81.699512) (xy 153.225461 81.69951) (xy 153.231233 81.689512) (xy 153.265022 81.630988)
				(xy 153.285501 81.554561) (xy 153.285501 60.901315) (xy 153.305186 60.834276) (xy 153.35799 60.788521)
				(xy 153.362003 60.786773) (xy 153.458915 60.746632) (xy 153.622783 60.637139) (xy 153.76214 60.497782)
				(xy 153.871633 60.333914) (xy 153.947052 60.151835) (xy 153.985501 59.958541) (xy 153.985501 59.895878)
				(xy 153.988611 59.868282) (xy 153.9905 59.860005) (xy 153.990501 59.859999) (xy 153.990501 58.8745)
				(xy 154.010186 58.807461) (xy 154.06299 58.761706) (xy 154.114501 58.7505) (xy 154.395501 58.7505)
			)
		)
		(filled_polygon
			(layer "F.Cu")
			(pts
				(xy 123.98254 58.770185) (xy 124.028295 58.822989) (xy 124.039501 58.8745) (xy 124.039501 59.86)
				(xy 124.043543 59.895878) (xy 124.043721 59.897453) (xy 124.044501 59.911338) (xy 124.044501 59.958541)
				(xy 124.044501 59.958543) (xy 124.0445 59.958543) (xy 124.082948 60.151829) (xy 124.082951 60.151839)
				(xy 124.158365 60.333907) (xy 124.158372 60.33392) (xy 124.267861 60.497781) (xy 124.267864 60.497785)
				(xy 124.407218 60.637139) (xy 124.554801 60.73575) (xy 124.571087 60.746632) (xy 124.667954 60.786755)
				(xy 124.722356 60.830594) (xy 124.744422 60.896888) (xy 124.744501 60.901315) (xy 124.744501 82.834563)
				(xy 124.75452 82.871953) (xy 124.76498 82.910991) (xy 124.764983 82.910996) (xy 124.804536 82.979505)
				(xy 124.804542 82.979513) (xy 134.913181 93.088152) (xy 134.927884 93.115079) (xy 134.944477 93.140898)
				(xy 134.945368 93.147098) (xy 134.946666 93.149475) (xy 134.9495 93.175833) (xy 134.9495 93.225167)
				(xy 134.929815 93.292206) (xy 134.877011 93.337961) (xy 134.807853 93.347905) (xy 134.744297 93.31888)
				(xy 134.737819 93.312848) (xy 122.84182 81.416849) (xy 122.808335 81.355526) (xy 122.805501 81.329168)
				(xy 122.805501 60.901315) (xy 122.825186 60.834276) (xy 122.87799 60.788521) (xy 122.882003 60.786773)
				(xy 122.978915 60.746632) (xy 123.142783 60.637139) (xy 123.28214 60.497782) (xy 123.391633 60.333914)
				(xy 123.467052 60.151835) (xy 123.505501 59.958541) (xy 123.505501 59.895878) (xy 123.508611 59.868282)
				(xy 123.5105 59.860005) (xy 123.510501 59.859999) (xy 123.510501 58.8745) (xy 123.530186 58.807461)
				(xy 123.58299 58.761706) (xy 123.634501 58.7505) (xy 123.915501 58.7505)
			)
		)
		(filled_polygon
			(layer "F.Cu")
			(pts
				(xy 151.92254 58.770185) (xy 151.968295 58.822989) (xy 151.979501 58.8745) (xy 151.979501 59.86)
				(xy 151.983786 59.898033) (xy 151.98383 59.898453) (xy 151.983789 59.898673) (xy 151.984501 59.911338)
				(xy 151.984501 59.958541) (xy 151.984501 59.958543) (xy 151.9845 59.958543) (xy 152.022948 60.151829)
				(xy 152.022951 60.151839) (xy 152.098365 60.333907) (xy 152.098372 60.33392) (xy 152.207861 60.497781)
				(xy 152.207864 60.497785) (xy 152.347218 60.637139) (xy 152.494801 60.73575) (xy 152.511087 60.746632)
				(xy 152.607954 60.786755) (xy 152.662356 60.830594) (xy 152.684422 60.896888) (xy 152.684501 60.901315)
				(xy 152.684501 81.339166) (xy 152.664816 81.406205) (xy 152.648182 81.426847) (xy 140.762181 93.312848)
				(xy 140.742744 93.32346) (xy 140.726011 93.337961) (xy 140.712679 93.339877) (xy 140.700858 93.346333)
				(xy 140.678771 93.344753) (xy 140.656853 93.347905) (xy 140.644601 93.342309) (xy 140.631166 93.341349)
				(xy 140.613439 93.328078) (xy 140.593297 93.31888) (xy 140.586014 93.307548) (xy 140.575233 93.299477)
				(xy 140.567495 93.278731) (xy 140.555523 93.260102) (xy 140.552371 93.238183) (xy 140.550816 93.234013)
				(xy 140.5505 93.225167) (xy 140.5505 93.175833) (xy 140.570185 93.108794) (xy 140.586819 93.088152)
				(xy 145.603981 88.07099) (xy 150.685461 82.98951) (xy 150.725023 82.920987) (xy 150.745501 82.844561)
				(xy 150.745501 82.765437) (xy 150.745501 60.901315) (xy 150.765186 60.834276) (xy 150.81799 60.788521)
				(xy 150.822003 60.786773) (xy 150.918915 60.746632) (xy 151.082783 60.637139) (xy 151.22214 60.497782)
				(xy 151.331633 60.333914) (xy 151.407052 60.151835) (xy 151.445501 59.958541) (xy 151.445501 59.895878)
				(xy 151.448611 59.868282) (xy 151.4505 59.860005) (xy 151.450501 59.859999) (xy 151.450501 58.8745)
				(xy 151.470186 58.807461) (xy 151.52299 58.761706) (xy 151.574501 58.7505) (xy 151.855501 58.7505)
			)
		)
		(filled_polygon
			(layer "F.Cu")
			(pts
				(xy 126.52254 58.770185) (xy 126.568295 58.822989) (xy 126.579501 58.8745) (xy 126.579501 59.86)
				(xy 126.583543 59.895878) (xy 126.583721 59.897453) (xy 126.584501 59.911338) (xy 126.584501 59.958541)
				(xy 126.584501 59.958543) (xy 126.5845 59.958543) (xy 126.622948 60.151829) (xy 126.622951 60.151839)
				(xy 126.698365 60.333907) (xy 126.698372 60.33392) (xy 126.807861 60.497781) (xy 126.807864 60.497785)
				(xy 126.947218 60.637139) (xy 127.094801 60.73575) (xy 127.111087 60.746632) (xy 127.207954 60.786755)
				(xy 127.262356 60.830594) (xy 127.284422 60.896888) (xy 127.284501 60.901315) (xy 127.284501 84.124563)
				(xy 127.29566 84.166207) (xy 127.30498 84.200991) (xy 127.304983 84.200996) (xy 127.344536 84.269505)
				(xy 127.344542 84.269513) (xy 135.413181 92.338152) (xy 135.427884 92.365079) (xy 135.444477 92.390898)
				(xy 135.445368 92.397098) (xy 135.446666 92.399475) (xy 135.4495 92.425833) (xy 135.4495 92.475167)
				(xy 135.429815 92.542206) (xy 135.377011 92.587961) (xy 135.307853 92.597905) (xy 135.244297 92.56888)
				(xy 135.237819 92.562848) (xy 125.38182 82.706849) (xy 125.348335 82.645526) (xy 125.345501 82.619168)
				(xy 125.345501 60.901315) (xy 125.365186 60.834276) (xy 125.41799 60.788521) (xy 125.422003 60.786773)
				(xy 125.518915 60.746632) (xy 125.682783 60.637139) (xy 125.82214 60.497782) (xy 125.931633 60.333914)
				(xy 126.007052 60.151835) (xy 126.045501 59.958541) (xy 126.045501 59.895878) (xy 126.048611 59.868282)
				(xy 126.0505 59.860005) (xy 126.050501 59.859999) (xy 126.050501 58.8745) (xy 126.070186 58.807461)
				(xy 126.12299 58.761706) (xy 126.174501 58.7505) (xy 126.455501 58.7505)
			)
		)
		(filled_polygon
			(layer "F.Cu")
			(pts
				(xy 149.38254 58.770185) (xy 149.428295 58.822989) (xy 149.439501 58.8745) (xy 149.439501 59.86)
				(xy 149.443786 59.898033) (xy 149.44383 59.898453) (xy 149.443789 59.898673) (xy 149.444501 59.911338)
				(xy 149.444501 59.958541) (xy 149.444501 59.958543) (xy 149.4445 59.958543) (xy 149.482948 60.151829)
				(xy 149.482951 60.151839) (xy 149.558365 60.333907) (xy 149.558372 60.33392) (xy 149.667861 60.497781)
				(xy 149.667864 60.497785) (xy 149.807218 60.637139) (xy 149.954801 60.73575) (xy 149.971087 60.746632)
				(xy 150.067954 60.786755) (xy 150.122356 60.830594) (xy 150.144422 60.896888) (xy 150.144501 60.901315)
				(xy 150.144501 82.629166) (xy 150.124816 82.696205) (xy 150.108182 82.716847) (xy 140.262181 92.562848)
				(xy 140.242744 92.57346) (xy 140.226011 92.587961) (xy 140.212679 92.589877) (xy 140.200858 92.596333)
				(xy 140.178771 92.594753) (xy 140.156853 92.597905) (xy 140.144601 92.592309) (xy 140.131166 92.591349)
				(xy 140.113439 92.578078) (xy 140.093297 92.56888) (xy 140.086014 92.557548) (xy 140.075233 92.549477)
				(xy 140.067495 92.528731) (xy 140.055523 92.510102) (xy 140.052371 92.488183) (xy 140.050816 92.484013)
				(xy 140.0505 92.475167) (xy 140.0505 92.425833) (xy 140.070185 92.358794) (xy 140.086819 92.338152)
				(xy 148.145459 84.279512) (xy 148.145461 84.27951) (xy 148.151233 84.269512) (xy 148.185022 84.210988)
				(xy 148.205501 84.134561) (xy 148.205501 60.901315) (xy 148.225186 60.834276) (xy 148.27799 60.788521)
				(xy 148.282003 60.786773) (xy 148.378915 60.746632) (xy 148.542783 60.637139) (xy 148.68214 60.497782)
				(xy 148.791633 60.333914) (xy 148.867052 60.151835) (xy 148.905501 59.958541) (xy 148.905501 59.895878)
				(xy 148.908611 59.868282) (xy 148.9105 59.860005) (xy 148.910501 59.859999) (xy 148.910501 58.8745)
				(xy 148.930186 58.807461) (xy 148.98299 58.761706) (xy 149.034501 58.7505) (xy 149.315501 58.7505)
			)
		)
		(filled_polygon
			(layer "F.Cu")
			(pts
				(xy 129.06254 58.770185) (xy 129.108295 58.822989) (xy 129.119501 58.8745) (xy 129.119501 59.86)
				(xy 129.123543 59.895878) (xy 129.123721 59.897453) (xy 129.124501 59.911338) (xy 129.124501 59.958541)
				(xy 129.124501 59.958543) (xy 129.1245 59.958543) (xy 129.162948 60.151829) (xy 129.162951 60.151839)
				(xy 129.238365 60.333907) (xy 129.238372 60.33392) (xy 129.347861 60.497781) (xy 129.347864 60.497785)
				(xy 129.487218 60.637139) (xy 129.634801 60.73575) (xy 129.651087 60.746632) (xy 129.747954 60.786755)
				(xy 129.802356 60.830594) (xy 129.824422 60.896888) (xy 129.824501 60.901315) (xy 129.824501 85.414563)
				(xy 129.82718 85.424561) (xy 129.84498 85.490991) (xy 129.844983 85.490996) (xy 129.884536 85.559505)
				(xy 129.884542 85.559513) (xy 135.913181 91.588152) (xy 135.927884 91.615079) (xy 135.944477 91.640898)
				(xy 135.945368 91.647098) (xy 135.946666 91.649475) (xy 135.9495 91.675833) (xy 135.9495 91.725167)
				(xy 135.929815 91.792206) (xy 135.877011 91.837961) (xy 135.807853 91.847905) (xy 135.744297 91.81888)
				(xy 135.737819 91.812848) (xy 127.92182 83.996849) (xy 127.888335 83.935526) (xy 127.885501 83.909168)
				(xy 127.885501 60.901315) (xy 127.905186 60.834276) (xy 127.95799 60.788521) (xy 127.962003 60.786773)
				(xy 128.058915 60.746632) (xy 128.222783 60.637139) (xy 128.36214 60.497782) (xy 128.471633 60.333914)
				(xy 128.547052 60.151835) (xy 128.585501 59.958541) (xy 128.585501 59.895878) (xy 128.588611 59.868282)
				(xy 128.5905 59.860005) (xy 128.590501 59.859999) (xy 128.590501 58.8745) (xy 128.610186 58.807461)
				(xy 128.66299 58.761706) (xy 128.714501 58.7505) (xy 128.995501 58.7505)
			)
		)
		(filled_polygon
			(layer "F.Cu")
			(pts
				(xy 146.84254 58.770185) (xy 146.888295 58.822989) (xy 146.899501 58.8745) (xy 146.899501 59.86)
				(xy 146.903786 59.898033) (xy 146.90383 59.898453) (xy 146.903789 59.898673) (xy 146.904501 59.911338)
				(xy 146.904501 59.958541) (xy 146.904501 59.958543) (xy 146.9045 59.958543) (xy 146.942948 60.151829)
				(xy 146.942951 60.151839) (xy 147.018365 60.333907) (xy 147.018372 60.33392) (xy 147.127861 60.497781)
				(xy 147.127864 60.497785) (xy 147.267218 60.637139) (xy 147.414801 60.73575) (xy 147.431087 60.746632)
				(xy 147.527954 60.786755) (xy 147.582356 60.830594) (xy 147.604422 60.896888) (xy 147.604501 60.901315)
				(xy 147.604501 83.919166) (xy 147.584816 83.986205) (xy 147.568182 84.006847) (xy 139.762181 91.812848)
				(xy 139.742744 91.82346) (xy 139.726011 91.837961) (xy 139.712679 91.839877) (xy 139.700858 91.846333)
				(xy 139.678771 91.844753) (xy 139.656853 91.847905) (xy 139.644601 91.842309) (xy 139.631166 91.841349)
				(xy 139.613439 91.828078) (xy 139.593297 91.81888) (xy 139.586014 91.807548) (xy 139.575233 91.799477)
				(xy 139.567495 91.778731) (xy 139.555523 91.760102) (xy 139.552371 91.738183) (xy 139.550816 91.734013)
				(xy 139.5505 91.725167) (xy 139.5505 91.675833) (xy 139.570185 91.608794) (xy 139.570186 91.608793)
				(xy 139.586819 91.588152) (xy 145.605459 85.569512) (xy 145.605461 85.56951) (xy 145.611233 85.559512)
				(xy 145.645022 85.500988) (xy 145.665501 85.424561) (xy 145.665501 60.901315) (xy 145.685186 60.834276)
				(xy 145.73799 60.788521) (xy 145.742003 60.786773) (xy 145.838915 60.746632) (xy 146.002783 60.637139)
				(xy 146.14214 60.497782) (xy 146.251633 60.333914) (xy 146.327052 60.151835) (xy 146.365501 59.958541)
				(xy 146.365501 59.895878) (xy 146.368611 59.868282) (xy 146.3705 59.860005) (xy 146.370501 59.859999)
				(xy 146.370501 58.8745) (xy 146.390186 58.807461) (xy 146.44299 58.761706) (xy 146.494501 58.7505)
				(xy 146.775501 58.7505)
			)
		)
		(filled_polygon
			(layer "F.Cu")
			(pts
				(xy 131.60254 58.770185) (xy 131.648295 58.822989) (xy 131.659501 58.8745) (xy 131.659501 59.86)
				(xy 131.663543 59.895878) (xy 131.663721 59.897453) (xy 131.664501 59.911338) (xy 131.664501 59.958541)
				(xy 131.664501 59.958543) (xy 131.6645 59.958543) (xy 131.702948 60.151829) (xy 131.702951 60.151839)
				(xy 131.778365 60.333907) (xy 131.778372 60.33392) (xy 131.887861 60.497781) (xy 131.887864 60.497785)
				(xy 132.027218 60.637139) (xy 132.174801 60.73575) (xy 132.191087 60.746632) (xy 132.287954 60.786755)
				(xy 132.342356 60.830594) (xy 132.364422 60.896888) (xy 132.364501 60.901315) (xy 132.364501 86.704563)
				(xy 132.36718 86.71456) (xy 132.38498 86.780991) (xy 132.384981 86.780992) (xy 132.410136 86.824562)
				(xy 132.424541 86.849512) (xy 132.424543 86.849514) (xy 136.413181 90.838152) (xy 136.427884 90.865079)
				(xy 136.444477 90.890898) (xy 136.445368 90.897098) (xy 136.446666 90.899475) (xy 136.4495 90.925833)
				(xy 136.4495 90.975167) (xy 136.429815 91.042206) (xy 136.377011 91.087961) (xy 136.307853 91.097905)
				(xy 136.244297 91.06888) (xy 136.237819 91.062848) (xy 130.46182 85.286849) (xy 130.428335 85.225526)
				(xy 130.425501 85.199168) (xy 130.425501 60.901315) (xy 130.445186 60.834276) (xy 130.49799 60.788521)
				(xy 130.502003 60.786773) (xy 130.598915 60.746632) (xy 130.762783 60.637139) (xy 130.90214 60.497782)
				(xy 131.011633 60.333914) (xy 131.087052 60.151835) (xy 131.125501 59.958541) (xy 131.125501 59.895878)
				(xy 131.128611 59.868282) (xy 131.1305 59.860005) (xy 131.130501 59.859999) (xy 131.130501 58.8745)
				(xy 131.150186 58.807461) (xy 131.20299 58.761706) (xy 131.254501 58.7505) (xy 131.535501 58.7505)
			)
		)
		(filled_polygon
			(layer "F.Cu")
			(pts
				(xy 144.30254 58.770185) (xy 144.348295 58.822989) (xy 144.359501 58.8745) (xy 144.359501 59.86)
				(xy 144.363786 59.898033) (xy 144.36383 59.898453) (xy 144.363789 59.898673) (xy 144.364501 59.911338)
				(xy 144.364501 59.958541) (xy 144.364501 59.958543) (xy 144.3645 59.958543) (xy 144.402948 60.151829)
				(xy 144.402951 60.151839) (xy 144.478365 60.333907) (xy 144.478372 60.33392) (xy 144.587861 60.497781)
				(xy 144.587864 60.497785) (xy 144.727218 60.637139) (xy 144.874801 60.73575) (xy 144.891087 60.746632)
				(xy 144.987954 60.786755) (xy 145.042356 60.830594) (xy 145.064422 60.896888) (xy 145.064501 60.901315)
				(xy 145.064501 85.209166) (xy 145.044816 85.276205) (xy 145.028182 85.296847) (xy 139.262181 91.062848)
				(xy 139.242744 91.07346) (xy 139.226011 91.087961) (xy 139.212679 91.089877) (xy 139.200858 91.096333)
				(xy 139.178771 91.094753) (xy 139.156853 91.097905) (xy 139.144601 91.092309) (xy 139.131166 91.091349)
				(xy 139.113439 91.078078) (xy 139.093297 91.06888) (xy 139.086014 91.057548) (xy 139.075233 91.049477)
				(xy 139.067495 91.028731) (xy 139.055523 91.010102) (xy 139.052371 90.988183) (xy 139.050816 90.984013)
				(xy 139.0505 90.975167) (xy 139.0505 90.925833) (xy 139.070185 90.858794) (xy 139.086819 90.838152)
				(xy 141.073892 88.851079) (xy 143.065461 86.85951) (xy 143.105023 86.790987) (xy 143.125501 86.714561)
				(xy 143.125501 86.635437) (xy 143.125501 60.901315) (xy 143.145186 60.834276) (xy 143.19799 60.788521)
				(xy 143.202003 60.786773) (xy 143.298915 60.746632) (xy 143.462783 60.637139) (xy 143.60214 60.497782)
				(xy 143.711633 60.333914) (xy 143.787052 60.151835) (xy 143.825501 59.958541) (xy 143.825501 59.895878)
				(xy 143.828611 59.868282) (xy 143.8305 59.860005) (xy 143.830501 59.859999) (xy 143.830501 58.8745)
				(xy 143.850186 58.807461) (xy 143.90299 58.761706) (xy 143.954501 58.7505) (xy 144.235501 58.7505)
			)
		)
		(filled_polygon
			(layer "F.Cu")
			(pts
				(xy 134.14254 58.770185) (xy 134.188295 58.822989) (xy 134.199501 58.8745) (xy 134.199501 59.86)
				(xy 134.203543 59.895878) (xy 134.203721 59.897453) (xy 134.204501 59.911338) (xy 134.204501 59.958541)
				(xy 134.204501 59.958543) (xy 134.2045 59.958543) (xy 134.242948 60.151829) (xy 134.242951 60.151839)
				(xy 134.318365 60.333907) (xy 134.318372 60.33392) (xy 134.427861 60.497781) (xy 134.427864 60.497785)
				(xy 134.567218 60.637139) (xy 134.714801 60.73575) (xy 134.731087 60.746632) (xy 134.827954 60.786755)
				(xy 134.882356 60.830594) (xy 134.904422 60.896888) (xy 134.904501 60.901315) (xy 134.904501 87.994563)
				(xy 134.90718 88.004561) (xy 134.92498 88.070991) (xy 134.924983 88.070996) (xy 134.964536 88.139505)
				(xy 134.964542 88.139513) (xy 136.913181 90.088152) (xy 136.927884 90.115079) (xy 136.944477 90.140898)
				(xy 136.945368 90.147098) (xy 136.946666 90.149475) (xy 136.9495 90.175833) (xy 136.9495 90.225167)
				(xy 136.929815 90.292206) (xy 136.877011 90.337961) (xy 136.807853 90.347905) (xy 136.744297 90.31888)
				(xy 136.737819 90.312848) (xy 133.00182 86.576849) (xy 132.968335 86.515526) (xy 132.965501 86.489168)
				(xy 132.965501 60.901315) (xy 132.985186 60.834276) (xy 133.03799 60.788521) (xy 133.042003 60.786773)
				(xy 133.138915 60.746632) (xy 133.302783 60.637139) (xy 133.44214 60.497782) (xy 133.551633 60.333914)
				(xy 133.627052 60.151835) (xy 133.665501 59.958541) (xy 133.665501 59.895878) (xy 133.668611 59.868282)
				(xy 133.6705 59.860005) (xy 133.670501 59.859999) (xy 133.670501 58.8745) (xy 133.690186 58.807461)
				(xy 133.74299 58.761706) (xy 133.794501 58.7505) (xy 134.075501 58.7505)
			)
		)
		(filled_polygon
			(layer "F.Cu")
			(pts
				(xy 141.76254 58.770185) (xy 141.808295 58.822989) (xy 141.819501 58.8745) (xy 141.819501 59.86)
				(xy 141.823786 59.898033) (xy 141.82383 59.898453) (xy 141.823789 59.898673) (xy 141.824501 59.911338)
				(xy 141.824501 59.958541) (xy 141.824501 59.958543) (xy 141.8245 59.958543) (xy 141.862948 60.151829)
				(xy 141.862951 60.151839) (xy 141.938365 60.333907) (xy 141.938372 60.33392) (xy 142.047861 60.497781)
				(xy 142.047864 60.497785) (xy 142.187218 60.637139) (xy 142.334801 60.73575) (xy 142.351087 60.746632)
				(xy 142.447954 60.786755) (xy 142.502356 60.830594) (xy 142.524422 60.896888) (xy 142.524501 60.901315)
				(xy 142.524501 86.499166) (xy 142.504816 86.566205) (xy 142.488182 86.586847) (xy 138.762181 90.312848)
				(xy 138.742744 90.32346) (xy 138.726011 90.337961) (xy 138.712679 90.339877) (xy 138.700858 90.346333)
				(xy 138.678771 90.344753) (xy 138.656853 90.347905) (xy 138.644601 90.342309) (xy 138.631166 90.341349)
				(xy 138.613439 90.328078) (xy 138.593297 90.31888) (xy 138.586014 90.307548) (xy 138.575233 90.299477)
				(xy 138.567495 90.278731) (xy 138.555523 90.260102) (xy 138.552371 90.238183) (xy 138.550816 90.234013)
				(xy 138.5505 90.225167) (xy 138.5505 90.175833) (xy 138.570185 90.108794) (xy 138.586819 90.088152)
				(xy 140.525459 88.149512) (xy 140.525461 88.14951) (xy 140.531233 88.139512) (xy 140.565022 88.080988)
				(xy 140.585501 88.004561) (xy 140.585501 60.901315) (xy 140.605186 60.834276) (xy 140.65799 60.788521)
				(xy 140.662003 60.786773) (xy 140.758915 60.746632) (xy 140.922783 60.637139) (xy 141.06214 60.497782)
				(xy 141.171633 60.333914) (xy 141.247052 60.151835) (xy 141.285501 59.958541) (xy 141.285501 59.895878)
				(xy 141.288611 59.868282) (xy 141.2905 59.860005) (xy 141.290501 59.859999) (xy 141.290501 58.8745)
				(xy 141.310186 58.807461) (xy 141.36299 58.761706) (xy 141.414501 58.7505) (xy 141.695501 58.7505)
			)
		)
		(filled_polygon
			(layer "B.Cu")
			(pts
				(xy 116.36254 58.770185) (xy 116.408295 58.822989) (xy 116.419501 58.8745) (xy 116.419501 59.86)
				(xy 116.423543 59.895878) (xy 116.423721 59.897453) (xy 116.424501 59.911338) (xy 116.424501 59.958541)
				(xy 116.424501 59.958543) (xy 116.4245 59.958543) (xy 116.462948 60.151829) (xy 116.462951 60.151839)
				(xy 116.538365 60.333907) (xy 116.538372 60.33392) (xy 116.647861 60.497781) (xy 116.647864 60.497785)
				(xy 116.787215 60.637136) (xy 116.787219 60.637139) (xy 116.95108 60.746628) (xy 116.951093 60.746635)
				(xy 117.025981 60.777654) (xy 117.133166 60.822051) (xy 117.13317 60.822051) (xy 117.133171 60.822052)
				(xy 117.326457 60.8605) (xy 117.32646 60.8605) (xy 117.523544 60.8605) (xy 117.653583 60.834632)
				(xy 117.716836 60.822051) (xy 117.898915 60.746632) (xy 118.062783 60.637139) (xy 118.20214 60.497782)
				(xy 118.311633 60.333914) (xy 118.387052 60.151835) (xy 118.425501 59.958541) (xy 118.425501 59.895878)
				(xy 118.428611 59.868282) (xy 118.4305 59.860005) (xy 118.430501 59.859999) (xy 118.430501 58.8745)
				(xy 118.450186 58.807461) (xy 118.50299 58.761706) (xy 118.554501 58.7505) (xy 118.835501 58.7505)
				(xy 118.90254 58.770185) (xy 118.948295 58.822989) (xy 118.959501 58.8745) (xy 118.959501 59.86)
				(xy 118.963543 59.895878) (xy 118.963721 59.897453) (xy 118.964501 59.911338) (xy 118.964501 59.958541)
				(xy 118.964501 59.958543) (xy 118.9645 59.958543) (xy 119.002948 60.151829) (xy 119.002951 60.151839)
				(xy 119.078365 60.333907) (xy 119.078372 60.33392) (xy 119.187861 60.497781) (xy 119.187864 60.497785)
				(xy 119.327215 60.637136) (xy 119.327219 60.637139) (xy 119.49108 60.746628) (xy 119.491093 60.746635)
				(xy 119.565981 60.777654) (xy 119.673166 60.822051) (xy 119.67317 60.822051) (xy 119.673171 60.822052)
				(xy 119.866457 60.8605) (xy 119.86646 60.8605) (xy 120.063544 60.8605) (xy 120.193583 60.834632)
				(xy 120.256836 60.822051) (xy 120.438915 60.746632) (xy 120.602783 60.637139) (xy 120.74214 60.497782)
				(xy 120.851633 60.333914) (xy 120.927052 60.151835) (xy 120.965501 59.958541) (xy 120.965501 59.895878)
				(xy 120.968611 59.868282) (xy 120.9705 59.860005) (xy 120.970501 59.859999) (xy 120.970501 58.8745)
				(xy 120.990186 58.807461) (xy 121.04299 58.761706) (xy 121.094501 58.7505) (xy 121.375501 58.7505)
				(xy 121.44254 58.770185) (xy 121.488295 58.822989) (xy 121.499501 58.8745) (xy 121.499501 59.86)
				(xy 121.503543 59.895878) (xy 121.503721 59.897453) (xy 121.504501 59.911338) (xy 121.504501 59.958541)
				(xy 121.504501 59.958543) (xy 121.5045 59.958543) (xy 121.542948 60.151829) (xy 121.542951 60.151839)
				(xy 121.618365 60.333907) (xy 121.618372 60.33392) (xy 121.727861 60.497781) (xy 121.727864 60.497785)
				(xy 121.867215 60.637136) (xy 121.867219 60.637139) (xy 122.03108 60.746628) (xy 122.031093 60.746635)
				(xy 122.105981 60.777654) (xy 122.213166 60.822051) (xy 122.21317 60.822051) (xy 122.213171 60.822052)
				(xy 122.406457 60.8605) (xy 122.40646 60.8605) (xy 122.603544 60.8605) (xy 122.733583 60.834632)
				(xy 122.796836 60.822051) (xy 122.978915 60.746632) (xy 123.142783 60.637139) (xy 123.28214 60.497782)
				(xy 123.391633 60.333914) (xy 123.467052 60.151835) (xy 123.505501 59.958541) (xy 123.505501 59.895878)
				(xy 123.508611 59.868282) (xy 123.5105 59.860005) (xy 123.510501 59.859999) (xy 123.510501 58.8745)
				(xy 123.530186 58.807461) (xy 123.58299 58.761706) (xy 123.634501 58.7505) (xy 123.915501 58.7505)
				(xy 123.98254 58.770185) (xy 124.028295 58.822989) (xy 124.039501 58.8745) (xy 124.039501 59.86)
				(xy 124.043543 59.895878) (xy 124.043721 59.897453) (xy 124.044501 59.911338) (xy 124.044501 59.958541)
				(xy 124.044501 59.958543) (xy 124.0445 59.958543) (xy 124.082948 60.151829) (xy 124.082951 60.151839)
				(xy 124.158365 60.333907) (xy 124.158372 60.33392) (xy 124.267861 60.497781) (xy 124.267864 60.497785)
				(xy 124.407215 60.637136) (xy 124.407219 60.637139) (xy 124.57108 60.746628) (xy 124.571093 60.746635)
				(xy 124.645981 60.777654) (xy 124.753166 60.822051) (xy 124.75317 60.822051) (xy 124.753171 60.822052)
				(xy 124.946457 60.8605) (xy 124.94646 60.8605) (xy 125.143544 60.8605) (xy 125.273583 60.834632)
				(xy 125.336836 60.822051) (xy 125.518915 60.746632) (xy 125.682783 60.637139) (xy 125.82214 60.497782)
				(xy 125.931633 60.333914) (xy 126.007052 60.151835) (xy 126.045501 59.958541) (xy 126.045501 59.895878)
				(xy 126.048611 59.868282) (xy 126.0505 59.860005) (xy 126.050501 59.859999) (xy 126.050501 58.8745)
				(xy 126.070186 58.807461) (xy 126.12299 58.761706) (xy 126.174501 58.7505) (xy 126.455501 58.7505)
				(xy 126.52254 58.770185) (xy 126.568295 58.822989) (xy 126.579501 58.8745) (xy 126.579501 59.86)
				(xy 126.583543 59.895878) (xy 126.583721 59.897453) (xy 126.584501 59.911338) (xy 126.584501 59.958541)
				(xy 126.584501 59.958543) (xy 126.5845 59.958543) (xy 126.622948 60.151829) (xy 126.622951 60.151839)
				(xy 126.698365 60.333907) (xy 126.698372 60.33392) (xy 126.807861 60.497781) (xy 126.807864 60.497785)
				(xy 126.947215 60.637136) (xy 126.947219 60.637139) (xy 127.11108 60.746628) (xy 127.111093 60.746635)
				(xy 127.185981 60.777654) (xy 127.293166 60.822051) (xy 127.29317 60.822051) (xy 127.293171 60.822052)
				(xy 127.486457 60.8605) (xy 127.48646 60.8605) (xy 127.683544 60.8605) (xy 127.813583 60.834632)
				(xy 127.876836 60.822051) (xy 128.058915 60.746632) (xy 128.222783 60.637139) (xy 128.36214 60.497782)
				(xy 128.471633 60.333914) (xy 128.547052 60.151835) (xy 128.585501 59.958541) (xy 128.585501 59.895878)
				(xy 128.588611 59.868282) (xy 128.5905 59.860005) (xy 128.590501 59.859999) (xy 128.590501 58.8745)
				(xy 128.610186 58.807461) (xy 128.66299 58.761706) (xy 128.714501 58.7505) (xy 128.995501 58.7505)
				(xy 129.06254 58.770185) (xy 129.108295 58.822989) (xy 129.119501 58.8745) (xy 129.119501 59.86)
				(xy 129.123543 59.895878) (xy 129.123721 59.897453) (xy 129.124501 59.911338) (xy 129.124501 59.958541)
				(xy 129.124501 59.958543) (xy 129.1245 59.958543) (xy 129.162948 60.151829) (xy 129.162951 60.151839)
				(xy 129.238365 60.333907) (xy 129.238372 60.33392) (xy 129.347861 60.497781) (xy 129.347864 60.497785)
				(xy 129.487215 60.637136) (xy 129.487219 60.637139) (xy 129.65108 60.746628) (xy 129.651093 60.746635)
				(xy 129.725981 60.777654) (xy 129.833166 60.822051) (xy 129.83317 60.822051) (xy 129.833171 60.822052)
				(xy 130.026457 60.8605) (xy 130.02646 60.8605) (xy 130.223544 60.8605) (xy 130.353583 60.834632)
				(xy 130.416836 60.822051) (xy 130.598915 60.746632) (xy 130.762783 60.637139) (xy 130.90214 60.497782)
				(xy 131.011633 60.333914) (xy 131.087052 60.151835) (xy 131.125501 59.958541) (xy 131.125501 59.895878)
				(xy 131.128611 59.868282) (xy 131.1305 59.860005) (xy 131.130501 59.859999) (xy 131.130501 58.8745)
				(xy 131.150186 58.807461) (xy 131.20299 58.761706) (xy 131.254501 58.7505) (xy 131.535501 58.7505)
				(xy 131.60254 58.770185) (xy 131.648295 58.822989) (xy 131.659501 58.8745) (xy 131.659501 59.86)
				(xy 131.663543 59.895878) (xy 131.663721 59.897453) (xy 131.664501 59.911338) (xy 131.664501 59.958541)
				(xy 131.664501 59.958543) (xy 131.6645 59.958543) (xy 131.702948 60.151829) (xy 131.702951 60.151839)
				(xy 131.778365 60.333907) (xy 131.778372 60.33392) (xy 131.887861 60.497781) (xy 131.887864 60.497785)
				(xy 132.027215 60.637136) (xy 132.027219 60.637139) (xy 132.19108 60.746628) (xy 132.191093 60.746635)
				(xy 132.265981 60.777654) (xy 132.373166 60.822051) (xy 132.37317 60.822051) (xy 132.373171 60.822052)
				(xy 132.566457 60.8605) (xy 132.56646 60.8605) (xy 132.763544 60.8605) (xy 132.893583 60.834632)
				(xy 132.956836 60.822051) (xy 133.138915 60.746632) (xy 133.302783 60.637139) (xy 133.44214 60.497782)
				(xy 133.551633 60.333914) (xy 133.627052 60.151835) (xy 133.665501 59.958541) (xy 133.665501 59.895878)
				(xy 133.668611 59.868282) (xy 133.6705 59.860005) (xy 133.670501 59.859999) (xy 133.670501 58.8745)
				(xy 133.690186 58.807461) (xy 133.74299 58.761706) (xy 133.794501 58.7505) (xy 134.075501 58.7505)
				(xy 134.14254 58.770185) (xy 134.188295 58.822989) (xy 134.199501 58.8745) (xy 134.199501 59.86)
				(xy 134.203543 59.895878) (xy 134.203721 59.897453) (xy 134.204501 59.911338) (xy 134.204501 59.958541)
				(xy 134.204501 59.958543) (xy 134.2045 59.958543) (xy 134.242948 60.151829) (xy 134.242951 60.151839)
				(xy 134.318365 60.333907) (xy 134.318372 60.33392) (xy 134.427861 60.497781) (xy 134.427864 60.497785)
				(xy 134.567215 60.637136) (xy 134.567219 60.637139) (xy 134.73108 60.746628) (xy 134.731093 60.746635)
				(xy 134.805981 60.777654) (xy 134.913166 60.822051) (xy 134.91317 60.822051) (xy 134.913171 60.822052)
				(xy 135.106457 60.8605) (xy 135.10646 60.8605) (xy 135.303544 60.8605) (xy 135.433583 60.834632)
				(xy 135.496836 60.822051) (xy 135.538165 60.804931) (xy 135.604022 60.777654) (xy 135.678908 60.746635)
				(xy 135.678908 60.746634) (xy 135.678915 60.746632) (xy 135.842783 60.637139) (xy 135.98214 60.497782)
				(xy 136.091633 60.333914) (xy 136.126788 60.249042) (xy 136.504508 60.249042) (xy 136.504508 60.249043)
				(xy 136.540245 60.359031) (xy 136.633142 60.54135) (xy 136.633148 60.541359) (xy 136.665524 60.585921)
				(xy 136.665525 60.585922) (xy 137.262038 59.989408) (xy 137.279076 60.052993) (xy 137.344902 60.167007)
				(xy 137.437994 60.260099) (xy 137.552008 60.325925) (xy 137.615591 60.342962) (xy 137.019077 60.939474)
				(xy 137.063651 60.971859) (xy 137.245969 61.064755) (xy 137.440583 61.12799) (xy 137.642684 61.16)
				(xy 137.847318 61.16) (xy 138.049418 61.12799) (xy 138.244032 61.064755) (xy 138.42635 60.971859)
				(xy 138.470922 60.939474) (xy 137.87441 60.342962) (xy 137.937994 60.325925) (xy 138.052008 60.260099)
				(xy 138.1451 60.167007) (xy 138.210926 60.052993) (xy 138.227963 59.989409) (xy 138.824475 60.585921)
				(xy 138.856862 60.541347) (xy 138.856862 60.541346) (xy 138.949758 60.359026) (xy 138.985493 60.249044)
				(xy 138.985492 60.249042) (xy 137.745001 59.008552) (xy 136.504508 60.249042) (xy 136.126788 60.249042)
				(xy 136.167052 60.151835) (xy 136.205501 59.958541) (xy 136.205501 59.895878) (xy 136.20554 59.892762)
				(xy 136.205851 59.88037) (xy 136.210501 59.86) (xy 136.210501 59.695399) (xy 136.21054 59.693848)
				(xy 136.22077 59.661991) (xy 136.230186 59.629925) (xy 136.231407 59.628866) (xy 136.231903 59.627324)
				(xy 136.257741 59.606047) (xy 136.28299 59.58417) (xy 136.28459 59.583939) (xy 136.28584 59.582911)
				(xy 136.319056 59.578984) (xy 136.352148 59.574226) (xy 136.354303 59.574817) (xy 136.355227 59.574708)
				(xy 136.356929 59.575537) (xy 136.381954 59.582403) (xy 136.440002 59.606447) (xy 137.25963 58.786819)
				(xy 137.320953 58.753334) (xy 137.347311 58.7505) (xy 138.142691 58.7505) (xy 138.20973 58.770185)
				(xy 138.230372 58.786819) (xy 139.049999 59.606447) (xy 139.108048 59.582403) (xy 139.139288 59.579044)
				(xy 139.170281 59.573848) (xy 139.173756 59.575338) (xy 139.177517 59.574934) (xy 139.205612 59.588997)
				(xy 139.234497 59.601383) (xy 139.236615 59.604517) (xy 139.239996 59.606209) (xy 139.256026 59.633226)
				(xy 139.273631 59.659264) (xy 139.274397 59.664188) (xy 139.275649 59.666297) (xy 139.279467 59.694073)
				(xy 139.279501 59.69553) (xy 139.279501 59.86) (xy 139.284338 59.902935) (xy 139.284467 59.908447)
				(xy 139.28436 59.908842) (xy 139.284501 59.911338) (xy 139.284501 59.958541) (xy 139.284501 59.958543)
				(xy 139.2845 59.958543) (xy 139.322948 60.151829) (xy 139.322951 60.151839) (xy 139.398365 60.333907)
				(xy 139.398372 60.33392) (xy 139.507861 60.497781) (xy 139.507864 60.497785) (xy 139.647215 60.637136)
				(xy 139.647219 60.637139) (xy 139.81108 60.746628) (xy 139.811093 60.746635) (xy 139.885981 60.777654)
				(xy 139.993166 60.822051) (xy 139.99317 60.822051) (xy 139.993171 60.822052) (xy 140.186457 60.8605)
				(xy 140.18646 60.8605) (xy 140.383544 60.8605) (xy 140.513583 60.834632) (xy 140.576836 60.822051)
				(xy 140.758915 60.746632) (xy 140.922783 60.637139) (xy 141.06214 60.497782) (xy 141.171633 60.333914)
				(xy 141.247052 60.151835) (xy 141.285501 59.958541) (xy 141.285501 59.895878) (xy 141.288611 59.868282)
				(xy 141.2905 59.860005) (xy 141.290501 59.859999) (xy 141.290501 58.8745) (xy 141.310186 58.807461)
				(xy 141.36299 58.761706) (xy 141.414501 58.7505) (xy 141.695501 58.7505) (xy 141.76254 58.770185)
				(xy 141.808295 58.822989) (xy 141.819501 58.8745) (xy 141.819501 59.86) (xy 141.823543 59.895878)
				(xy 141.823721 59.897453) (xy 141.824501 59.911338) (xy 141.824501 59.958541) (xy 141.824501 59.958543)
				(xy 141.8245 59.958543) (xy 141.862948 60.151829) (xy 141.862951 60.151839) (xy 141.938365 60.333907)
				(xy 141.938372 60.33392) (xy 142.047861 60.497781) (xy 142.047864 60.497785) (xy 142.187215 60.637136)
				(xy 142.187219 60.637139) (xy 142.35108 60.746628) (xy 142.351093 60.746635) (xy 142.425981 60.777654)
				(xy 142.533166 60.822051) (xy 142.53317 60.822051) (xy 142.533171 60.822052) (xy 142.726457 60.8605)
				(xy 142.72646 60.8605) (xy 142.923544 60.8605) (xy 143.053583 60.834632) (xy 143.116836 60.822051)
				(xy 143.298915 60.746632) (xy 143.462783 60.637139) (xy 143.60214 60.497782) (xy 143.711633 60.333914)
				(xy 143.787052 60.151835) (xy 143.825501 59.958541) (xy 143.825501 59.895878) (xy 143.828611 59.868282)
				(xy 143.8305 59.860005) (xy 143.830501 59.859999) (xy 143.830501 58.8745) (xy 143.850186 58.807461)
				(xy 143.90299 58.761706) (xy 143.954501 58.7505) (xy 144.235501 58.7505) (xy 144.30254 58.770185)
				(xy 144.348295 58.822989) (xy 144.359501 58.8745) (xy 144.359501 59.86) (xy 144.363543 59.895878)
				(xy 144.363721 59.897453) (xy 144.364501 59.911338) (xy 144.364501 59.958541) (xy 144.364501 59.958543)
				(xy 144.3645 59.958543) (xy 144.402948 60.151829) (xy 144.402951 60.151839) (xy 144.478365 60.333907)
				(xy 144.478372 60.33392) (xy 144.587861 60.497781) (xy 144.587864 60.497785) (xy 144.727215 60.637136)
				(xy 144.727219 60.637139) (xy 144.89108 60.746628) (xy 144.891093 60.746635) (xy 144.965981 60.777654)
				(xy 145.073166 60.822051) (xy 145.07317 60.822051) (xy 145.073171 60.822052) (xy 145.266457 60.8605)
				(xy 145.26646 60.8605) (xy 145.463544 60.8605) (xy 145.593583 60.834632) (xy 145.656836 60.822051)
				(xy 145.838915 60.746632) (xy 146.002783 60.637139) (xy 146.14214 60.497782) (xy 146.251633 60.333914)
				(xy 146.327052 60.151835) (xy 146.365501 59.958541) (xy 146.365501 59.895878) (xy 146.368611 59.868282)
				(xy 146.3705 59.860005) (xy 146.370501 59.859999) (xy 146.370501 58.8745) (xy 146.390186 58.807461)
				(xy 146.44299 58.761706) (xy 146.494501 58.7505) (xy 146.775501 58.7505) (xy 146.84254 58.770185)
				(xy 146.888295 58.822989) (xy 146.899501 58.8745) (xy 146.899501 59.86) (xy 146.903543 59.895878)
				(xy 146.903721 59.897453) (xy 146.904501 59.911338) (xy 146.904501 59.958541) (xy 146.904501 59.958543)
				(xy 146.9045 59.958543) (xy 146.942948 60.151829) (xy 146.942951 60.151839) (xy 147.018365 60.333907)
				(xy 147.018372 60.33392) (xy 147.127861 60.497781) (xy 147.127864 60.497785) (xy 147.267215 60.637136)
				(xy 147.267219 60.637139) (xy 147.43108 60.746628) (xy 147.431093 60.746635) (xy 147.505981 60.777654)
				(xy 147.613166 60.822051) (xy 147.61317 60.822051) (xy 147.613171 60.822052) (xy 147.806457 60.8605)
				(xy 147.80646 60.8605) (xy 148.003544 60.8605) (xy 148.133583 60.834632) (xy 148.196836 60.822051)
				(xy 148.378915 60.746632) (xy 148.542783 60.637139) (xy 148.68214 60.497782) (xy 148.791633 60.333914)
				(xy 148.867052 60.151835) (xy 148.905501 59.958541) (xy 148.905501 59.895878) (xy 148.908611 59.868282)
				(xy 148.9105 59.860005) (xy 148.910501 59.859999) (xy 148.910501 58.8745) (xy 148.930186 58.807461)
				(xy 148.98299 58.761706) (xy 149.034501 58.7505) (xy 149.315501 58.7505) (xy 149.38254 58.770185)
				(xy 149.428295 58.822989) (xy 149.439501 58.8745) (xy 149.439501 59.86) (xy 149.443543 59.895878)
				(xy 149.443721 59.897453) (xy 149.444501 59.911338) (xy 149.444501 59.958541) (xy 149.444501 59.958543)
				(xy 149.4445 59.958543) (xy 149.482948 60.151829) (xy 149.482951 60.151839) (xy 149.558365 60.333907)
				(xy 149.558372 60.33392) (xy 149.667861 60.497781) (xy 149.667864 60.497785) (xy 149.807215 60.637136)
				(xy 149.807219 60.637139) (xy 149.97108 60.746628) (xy 149.971093 60.746635) (xy 150.045981 60.777654)
				(xy 150.153166 60.822051) (xy 150.15317 60.822051) (xy 150.153171 60.822052) (xy 150.346457 60.8605)
				(xy 150.34646 60.8605) (xy 150.543544 60.8605) (xy 150.673583 60.834632) (xy 150.736836 60.822051)
				(xy 150.918915 60.746632) (xy 151.082783 60.637139) (xy 151.22214 60.497782) (xy 151.331633 60.333914)
				(xy 151.407052 60.151835) (xy 151.445501 59.958541) (xy 151.445501 59.895878) (xy 151.448611 59.868282)
				(xy 151.4505 59.860005) (xy 151.450501 59.859999) (xy 151.450501 58.8745) (xy 151.470186 58.807461)
				(xy 151.52299 58.761706) (xy 151.574501 58.7505) (xy 151.855501 58.7505) (xy 151.92254 58.770185)
				(xy 151.968295 58.822989) (xy 151.979501 58.8745) (xy 151.979501 59.86) (xy 151.983543 59.895878)
				(xy 151.983721 59.897453) (xy 151.984501 59.911338) (xy 151.984501 59.958541) (xy 151.984501 59.958543)
				(xy 151.9845 59.958543) (xy 152.022948 60.151829) (xy 152.022951 60.151839) (xy 152.098365 60.333907)
				(xy 152.098372 60.33392) (xy 152.207861 60.497781) (xy 152.207864 60.497785) (xy 152.347215 60.637136)
				(xy 152.347219 60.637139) (xy 152.51108 60.746628) (xy 152.511093 60.746635) (xy 152.585981 60.777654)
				(xy 152.693166 60.822051) (xy 152.69317 60.822051) (xy 152.693171 60.822052) (xy 152.886457 60.8605)
				(xy 152.88646 60.8605) (xy 153.083544 60.8605) (xy 153.213583 60.834632) (xy 153.276836 60.822051)
				(xy 153.458915 60.746632) (xy 153.622783 60.637139) (xy 153.76214 60.497782) (xy 153.871633 60.333914)
				(xy 153.947052 60.151835) (xy 153.985501 59.958541) (xy 153.985501 59.895878) (xy 153.988611 59.868282)
				(xy 153.9905 59.860005) (xy 153.990501 59.859999) (xy 153.990501 58.8745) (xy 154.010186 58.807461)
				(xy 154.06299 58.761706) (xy 154.114501 58.7505) (xy 154.395501 58.7505) (xy 154.46254 58.770185)
				(xy 154.508295 58.822989) (xy 154.519501 58.8745) (xy 154.519501 59.86) (xy 154.523543 59.895878)
				(xy 154.523721 59.897453) (xy 154.524501 59.911338) (xy 154.524501 59.958541) (xy 154.524501 59.958543)
				(xy 154.5245 59.958543) (xy 154.562948 60.151829) (xy 154.562951 60.151839) (xy 154.638365 60.333907)
				(xy 154.638372 60.33392) (xy 154.747861 60.497781) (xy 154.747864 60.497785) (xy 154.887215 60.637136)
				(xy 154.887219 60.637139) (xy 155.05108 60.746628) (xy 155.051093 60.746635) (xy 155.125981 60.777654)
				(xy 155.233166 60.822051) (xy 155.23317 60.822051) (xy 155.233171 60.822052) (xy 155.426457 60.8605)
				(xy 155.42646 60.8605) (xy 155.623544 60.8605) (xy 155.753583 60.834632) (xy 155.816836 60.822051)
				(xy 155.998915 60.746632) (xy 156.162783 60.637139) (xy 156.30214 60.497782) (xy 156.411633 60.333914)
				(xy 156.487052 60.151835) (xy 156.525501 59.958541) (xy 156.525501 59.895878) (xy 156.528611 59.868282)
				(xy 156.5305 59.860005) (xy 156.530501 59.859999) (xy 156.530501 58.8745) (xy 156.550186 58.807461)
				(xy 156.60299 58.761706) (xy 156.654501 58.7505) (xy 156.935501 58.7505) (xy 157.00254 58.770185)
				(xy 157.048295 58.822989) (xy 157.059501 58.8745) (xy 157.059501 59.86) (xy 157.063543 59.895878)
				(xy 157.063721 59.897453) (xy 157.064501 59.911338) (xy 157.064501 59.958541) (xy 157.064501 59.958543)
				(xy 157.0645 59.958543) (xy 157.102948 60.151829) (xy 157.102951 60.151839) (xy 157.178365 60.333907)
				(xy 157.178372 60.33392) (xy 157.287861 60.497781) (xy 157.287864 60.497785) (xy 157.427215 60.637136)
				(xy 157.427219 60.637139) (xy 157.59108 60.746628) (xy 157.591093 60.746635) (xy 157.665981 60.777654)
				(xy 157.773166 60.822051) (xy 157.77317 60.822051) (xy 157.773171 60.822052) (xy 157.966457 60.8605)
				(xy 157.96646 60.8605) (xy 158.163544 60.8605) (xy 158.293583 60.834632) (xy 158.356836 60.822051)
				(xy 158.538915 60.746632) (xy 158.702783 60.637139) (xy 158.84214 60.497782) (xy 158.951633 60.333914)
				(xy 159.027052 60.151835) (xy 159.065501 59.958541) (xy 159.065501 59.895878) (xy 159.068611 59.868282)
				(xy 159.0705 59.860005) (xy 159.070501 59.859999) (xy 159.070501 58.8745) (xy 159.090186 58.807461)
				(xy 159.14299 58.761706) (xy 159.194501 58.7505) (xy 162.184108 58.7505) (xy 162.246249 58.7505)
				(xy 162.253736 58.750726) (xy 162.543796 58.768271) (xy 162.558657 58.770075) (xy 162.650022 58.786819)
				(xy 162.840798 58.82178) (xy 162.855335 58.825363) (xy 163.129172 58.910695) (xy 163.143163 58.916)
				(xy 163.404743 59.033727) (xy 163.417989 59.04068) (xy 163.663465 59.189075) (xy 163.675776 59.197573)
				(xy 163.901573 59.374473) (xy 163.912781 59.384403) (xy 164.115596 59.587218) (xy 164.125526 59.598426)
				(xy 164.245481 59.751538) (xy 164.302422 59.824217) (xy 164.310928 59.83654) (xy 164.459316 60.082004)
				(xy 164.466275 60.095263) (xy 164.583997 60.356831) (xy 164.589306 60.370832) (xy 164.674635 60.644663)
				(xy 164.678219 60.659201) (xy 164.729923 60.94134) (xy 164.731728 60.956205) (xy 164.749274 61.246263)
				(xy 164.7495 61.25375) (xy 164.7495 75.4855) (xy 164.729815 75.552539) (xy 164.677011 75.598294)
				(xy 164.6255 75.6095) (xy 163.639995 75.6095) (xy 163.602544 75.61372) (xy 163.58866 75.6145) (xy 163.541457 75.6145)
				(xy 163.34817 75.652947) (xy 163.34816 75.65295) (xy 163.166092 75.728364) (xy 163.166079 75.728371)
				(xy 163.002218 75.83786) (xy 163.002214 75.837863) (xy 162.862863 75.977214) (xy 162.86286 75.977218)
				(xy 162.753371 76.141079) (xy 162.753364 76.141092) (xy 162.67795 76.32316) (xy 162.677947 76.32317)
				(xy 162.6395 76.516456) (xy 162.6395 76.516459) (xy 162.6395 76.713541) (xy 162.6395 76.713543)
				(xy 162.639499 76.713543) (xy 162.677947 76.906829) (xy 162.67795 76.906839) (xy 162.753364 77.088907)
				(xy 162.753371 77.08892) (xy 162.86286 77.252781) (xy 162.862863 77.252785) (xy 163.002214 77.392136)
				(xy 163.002218 77.392139) (xy 163.166079 77.501628) (xy 163.166092 77.501635) (xy 163.34816 77.577049)
				(xy 163.348165 77.577051) (xy 163.348169 77.577051) (xy 163.34817 77.577052) (xy 163.541456 77.6155)
				(xy 163.541459 77.6155) (xy 163.604121 77.6155) (xy 163.607237 77.615539) (xy 163.619629 77.61585)
				(xy 163.64 77.6205) (xy 163.804599 77.6205) (xy 163.806151 77.620539) (xy 163.838007 77.630769)
				(xy 163.870074 77.640185) (xy 163.871132 77.641406) (xy 163.872675 77.641902) (xy 163.893951 77.66774)
				(xy 163.915829 77.692989) (xy 163.916059 77.694589) (xy 163.917088 77.695839) (xy 163.921014 77.729055)
				(xy 163.925773 77.762147) (xy 163.925181 77.764302) (xy 163.925291 77.765226) (xy 163.924461 77.766928)
				(xy 163.917596 77.791953) (xy 163.893551 77.85) (xy 164.713181 78.669629) (xy 164.746666 78.730952)
				(xy 164.7495 78.75731) (xy 164.7495 79.552689) (xy 164.729815 79.619728) (xy 164.713181 79.64037)
				(xy 163.893551 80.459999) (xy 163.917596 80.518047) (xy 163.920954 80.549286) (xy 163.926151 80.58028)
				(xy 163.92466 80.583755) (xy 163.925065 80.587517) (xy 163.910998 80.615618) (xy 163.898616 80.644496)
				(xy 163.895482 80.646614) (xy 163.89379 80.649996) (xy 163.866769 80.666027) (xy 163.840735 80.68363)
				(xy 163.835809 80.684396) (xy 163.833701 80.685648) (xy 163.805926 80.689466) (xy 163.804468 80.6895)
				(xy 163.64 80.6895) (xy 163.597064 80.694337) (xy 163.591551 80.694466) (xy 163.591155 80.694359)
				(xy 163.58866 80.6945) (xy 163.541457 80.6945) (xy 163.34817 80.732947) (xy 163.34816 80.73295)
				(xy 163.166092 80.808364) (xy 163.166079 80.808371) (xy 163.002218 80.91786) (xy 163.002214 80.917863)
				(xy 162.862863 81.057214) (xy 162.86286 81.057218) (xy 162.753371 81.221079) (xy 162.753364 81.221092)
				(xy 162.67795 81.40316) (xy 162.677947 81.40317) (xy 162.6395 81.596456) (xy 162.6395 81.596459)
				(xy 162.6395 81.793541) (xy 162.6395 81.793543) (xy 162.639499 81.793543) (xy 162.677947 81.986829)
				(xy 162.67795 81.986839) (xy 162.753364 82.168907) (xy 162.753371 82.16892) (xy 162.86286 82.332781)
				(xy 162.862863 82.332785) (xy 163.002214 82.472136) (xy 163.002218 82.472139) (xy 163.166079 82.581628)
				(xy 163.166092 82.581635) (xy 163.34816 82.657049) (xy 163.348165 82.657051) (xy 163.348169 82.657051)
				(xy 163.34817 82.657052) (xy 163.541456 82.6955) (xy 163.541459 82.6955) (xy 163.604121 82.6955)
				(xy 163.607237 82.695539) (xy 163.619629 82.69585) (xy 163.64 82.7005) (xy 163.804599 82.7005) (xy 163.806151 82.700539)
				(xy 163.838007 82.710769) (xy 163.870074 82.720185) (xy 163.871132 82.721406) (xy 163.872675 82.721902)
				(xy 163.893951 82.74774) (xy 163.915829 82.772989) (xy 163.916059 82.774589) (xy 163.917088 82.775839)
				(xy 163.921014 82.809055) (xy 163.925773 82.842147) (xy 163.925181 82.844302) (xy 163.925291 82.845226)
				(xy 163.924461 82.846928) (xy 163.917596 82.871953) (xy 163.893551 82.93) (xy 164.713181 83.749629)
				(xy 164.746666 83.810952) (xy 164.7495 83.83731) (xy 164.7495 84.632689) (xy 164.729815 84.699728)
				(xy 164.713181 84.72037) (xy 163.893551 85.539999) (xy 163.917596 85.598047) (xy 163.920954 85.629286)
				(xy 163.926151 85.66028) (xy 163.92466 85.663755) (xy 163.925065 85.667517) (xy 163.910998 85.695618)
				(xy 163.898616 85.724496) (xy 163.895482 85.726614) (xy 163.89379 85.729996) (xy 163.866769 85.746027)
				(xy 163.840735 85.76363) (xy 163.835809 85.764396) (xy 163.833701 85.765648) (xy 163.805926 85.769466)
				(xy 163.804468 85.7695) (xy 163.64 85.7695) (xy 163.597064 85.774337) (xy 163.591551 85.774466)
				(xy 163.591155 85.774359) (xy 163.58866 85.7745) (xy 163.541457 85.7745) (xy 163.34817 85.812947)
				(xy 163.34816 85.81295) (xy 163.166092 85.888364) (xy 163.166079 85.888371) (xy 163.002218 85.99786)
				(xy 163.002214 85.997863) (xy 162.862863 86.137214) (xy 162.86286 86.137218) (xy 162.753371 86.301079)
				(xy 162.753364 86.301092) (xy 162.67795 86.48316) (xy 162.677947 86.48317) (xy 162.6395 86.676456)
				(xy 162.6395 86.676459) (xy 162.6395 86.873541) (xy 162.6395 86.873543) (xy 162.639499 86.873543)
				(xy 162.677947 87.066829) (xy 162.67795 87.066839) (xy 162.753364 87.248907) (xy 162.753371 87.24892)
				(xy 162.86286 87.412781) (xy 162.862863 87.412785) (xy 163.002214 87.552136) (xy 163.002218 87.552139)
				(xy 163.166079 87.661628) (xy 163.166092 87.661635) (xy 163.34816 87.737049) (xy 163.348165 87.737051)
				(xy 163.348169 87.737051) (xy 163.34817 87.737052) (xy 163.541456 87.7755) (xy 163.541459 87.7755)
				(xy 163.604121 87.7755) (xy 163.631715 87.778609) (xy 163.64 87.7805) (xy 164.6255 87.7805) (xy 164.692539 87.800185)
				(xy 164.738294 87.852989) (xy 164.7495 87.9045) (xy 164.7495 88.1855) (xy 164.729815 88.252539)
				(xy 164.677011 88.298294) (xy 164.6255 88.3095) (xy 163.639995 88.3095) (xy 163.602544 88.31372)
				(xy 163.58866 88.3145) (xy 163.541457 88.3145) (xy 163.34817 88.352947) (xy 163.34816 88.35295)
				(xy 163.166092 88.428364) (xy 163.166079 88.428371) (xy 163.002218 88.53786) (xy 163.002214 88.537863)
				(xy 162.862863 88.677214) (xy 162.86286 88.677218) (xy 162.753371 88.841079) (xy 162.753364 88.841092)
				(xy 162.67795 89.02316) (xy 162.677947 89.02317) (xy 162.6395 89.216456) (xy 162.6395 89.216459)
				(xy 162.6395 89.413541) (xy 162.6395 89.413543) (xy 162.639499 89.413543) (xy 162.677947 89.606829)
				(xy 162.67795 89.606839) (xy 162.753364 89.788907) (xy 162.753371 89.78892) (xy 162.86286 89.952781)
				(xy 162.862863 89.952785) (xy 163.002214 90.092136) (xy 163.002218 90.092139) (xy 163.166079 90.201628)
				(xy 163.166092 90.201635) (xy 163.34816 90.277049) (xy 163.348165 90.277051) (xy 163.348169 90.277051)
				(xy 163.34817 90.277052) (xy 163.541456 90.3155) (xy 163.541459 90.3155) (xy 163.604121 90.3155)
				(xy 163.631715 90.318609) (xy 163.64 90.3205) (xy 164.6255 90.3205) (xy 164.692539 90.340185) (xy 164.738294 90.392989)
				(xy 164.7495 90.4445) (xy 164.7495 90.7255) (xy 164.729815 90.792539) (xy 164.677011 90.838294)
				(xy 164.6255 90.8495) (xy 163.639995 90.8495) (xy 163.602544 90.85372) (xy 163.58866 90.8545) (xy 163.541457 90.8545)
				(xy 163.34817 90.892947) (xy 163.34816 90.89295) (xy 163.166092 90.968364) (xy 163.166079 90.968371)
				(xy 163.002218 91.07786) (xy 163.002214 91.077863) (xy 162.862863 91.217214) (xy 162.86286 91.217218)
				(xy 162.753371 91.381079) (xy 162.753364 91.381092) (xy 162.67795 91.56316) (xy 162.677947 91.56317)
				(xy 162.6395 91.756456) (xy 162.6395 91.756459) (xy 162.6395 91.953541) (xy 162.6395 91.953543)
				(xy 162.639499 91.953543) (xy 162.677947 92.146829) (xy 162.67795 92.146839) (xy 162.753364 92.328907)
				(xy 162.753371 92.32892) (xy 162.86286 92.492781) (xy 162.862863 92.492785) (xy 163.002214 92.632136)
				(xy 163.002218 92.632139) (xy 163.166079 92.741628) (xy 163.166092 92.741635) (xy 163.34816 92.817049)
				(xy 163.348165 92.817051) (xy 163.348169 92.817051) (xy 163.34817 92.817052) (xy 163.541456 92.8555)
				(xy 163.541459 92.8555) (xy 163.604121 92.8555) (xy 163.631715 92.858609) (xy 163.64 92.8605) (xy 164.6255 92.8605)
				(xy 164.692539 92.880185) (xy 164.738294 92.932989) (xy 164.7495 92.9845) (xy 164.7495 93.2655)
				(xy 164.729815 93.332539) (xy 164.677011 93.378294) (xy 164.6255 93.3895) (xy 163.639995 93.3895)
				(xy 163.602544 93.39372) (xy 163.58866 93.3945) (xy 163.541457 93.3945) (xy 163.34817 93.432947)
				(xy 163.34816 93.43295) (xy 163.166092 93.508364) (xy 163.166079 93.508371) (xy 163.002218 93.61786)
				(xy 163.002214 93.617863) (xy 162.862863 93.757214) (xy 162.86286 93.757218) (xy 162.753371 93.921079)
				(xy 162.753364 93.921092) (xy 162.67795 94.10316) (xy 162.677947 94.10317) (xy 162.6395 94.296456)
				(xy 162.6395 94.296459) (xy 162.6395 94.493541) (xy 162.6395 94.493543) (xy 162.639499 94.493543)
				(xy 162.677947 94.686829) (xy 162.67795 94.686839) (xy 162.753364 94.868907) (xy 162.753371 94.86892)
				(xy 162.86286 95.032781) (xy 162.862863 95.032785) (xy 163.002214 95.172136) (xy 163.002218 95.172139)
				(xy 163.166079 95.281628) (xy 163.166092 95.281635) (xy 163.32944 95.349295) (xy 163.348165 95.357051)
				(xy 163.348169 95.357051) (xy 163.34817 95.357052) (xy 163.541456 95.3955) (xy 163.541459 95.3955)
				(xy 163.604121 95.3955) (xy 163.631715 95.398609) (xy 163.64 95.4005) (xy 164.6255 95.4005) (xy 164.692539 95.420185)
				(xy 164.738294 95.472989) (xy 164.7495 95.5245) (xy 164.7495 95.8055) (xy 164.729815 95.872539)
				(xy 164.677011 95.918294) (xy 164.6255 95.9295) (xy 163.639995 95.9295) (xy 163.602544 95.93372)
				(xy 163.58866 95.9345) (xy 163.541457 95.9345) (xy 163.34817 95.972947) (xy 163.34816 95.97295)
				(xy 163.166092 96.048364) (xy 163.166079 96.048371) (xy 163.002218 96.15786) (xy 163.002214 96.157863)
				(xy 162.862863 96.297214) (xy 162.86286 96.297218) (xy 162.753371 96.461079) (xy 162.753364 96.461092)
				(xy 162.67795 96.64316) (xy 162.677947 96.64317) (xy 162.6395 96.836456) (xy 162.6395 96.836459)
				(xy 162.6395 97.033541) (xy 162.6395 97.033543) (xy 162.639499 97.033543) (xy 162.677947 97.226829)
				(xy 162.67795 97.226839) (xy 162.753364 97.408907) (xy 162.753371 97.40892) (xy 162.86286 97.572781)
				(xy 162.862863 97.572785) (xy 163.002214 97.712136) (xy 163.002218 97.712139) (xy 163.166079 97.821628)
				(xy 163.166092 97.821635) (xy 163.34816 97.897049) (xy 163.348165 97.897051) (xy 163.348169 97.897051)
				(xy 163.34817 97.897052) (xy 163.541456 97.9355) (xy 163.541459 97.9355) (xy 163.604121 97.9355)
				(xy 163.631715 97.938609) (xy 163.64 97.9405) (xy 164.6255 97.9405) (xy 164.692539 97.960185) (xy 164.738294 98.012989)
				(xy 164.7495 98.0645) (xy 164.7495 98.3455) (xy 164.729815 98.412539) (xy 164.677011 98.458294)
				(xy 164.6255 98.4695) (xy 163.639995 98.4695) (xy 163.602544 98.47372) (xy 163.58866 98.4745) (xy 163.541457 98.4745)
				(xy 163.34817 98.512947) (xy 163.34816 98.51295) (xy 163.166092 98.588364) (xy 163.166079 98.588371)
				(xy 163.002218 98.69786) (xy 163.002214 98.697863) (xy 162.862863 98.837214) (xy 162.86286 98.837218)
				(xy 162.753371 99.001079) (xy 162.753364 99.001092) (xy 162.67795 99.18316) (xy 162.677947 99.18317)
				(xy 162.6395 99.376456) (xy 162.6395 99.376459) (xy 162.6395 99.573541) (xy 162.6395 99.573543)
				(xy 162.639499 99.573543) (xy 162.677947 99.766829) (xy 162.67795 99.766839) (xy 162.753364 99.948907)
				(xy 162.753371 99.94892) (xy 162.86286 100.112781) (xy 162.862863 100.112785) (xy 163.002214 100.252136)
				(xy 163.002218 100.252139) (xy 163.166079 100.361628) (xy 163.166092 100.361635) (xy 163.34816 100.437049)
				(xy 163.348165 100.437051) (xy 163.348169 100.437051) (xy 163.34817 100.437052) (xy 163.541456 100.4755)
				(xy 163.541459 100.4755) (xy 163.604121 100.4755) (xy 163.607237 100.475539) (xy 163.619629 100.47585)
				(xy 163.64 100.4805) (xy 163.804599 100.4805) (xy 163.806151 100.480539) (xy 163.838007 100.490769)
				(xy 163.870074 100.500185) (xy 163.871132 100.501406) (xy 163.872675 100.501902) (xy 163.893951 100.52774)
				(xy 163.915829 100.552989) (xy 163.916059 100.554589) (xy 163.917088 100.555839) (xy 163.921014 100.589055)
				(xy 163.925773 100.622147) (xy 163.925181 100.624302) (xy 163.925291 100.625226) (xy 163.924461 100.626928)
				(xy 163.917596 100.651953) (xy 163.893551 100.71) (xy 164.713181 101.529629) (xy 164.746666 101.590952)
				(xy 164.7495 101.61731) (xy 164.7495 102.412689) (xy 164.729815 102.479728) (xy 164.713181 102.50037)
				(xy 163.893551 103.319999) (xy 163.917596 103.378047) (xy 163.920954 103.409286) (xy 163.926151 103.44028)
				(xy 163.92466 103.443755) (xy 163.925065 103.447517) (xy 163.910998 103.475618) (xy 163.898616 103.504496)
				(xy 163.895482 103.506614) (xy 163.89379 103.509996) (xy 163.866769 103.526027) (xy 163.840735 103.54363)
				(xy 163.835809 103.544396) (xy 163.833701 103.545648) (xy 163.805926 103.549466) (xy 163.804468 103.5495)
				(xy 163.64 103.5495) (xy 163.597064 103.554337) (xy 163.591551 103.554466) (xy 163.591155 103.554359)
				(xy 163.58866 103.5545) (xy 163.541457 103.5545) (xy 163.34817 103.592947) (xy 163.34816 103.59295)
				(xy 163.166092 103.668364) (xy 163.166079 103.668371) (xy 163.002218 103.77786) (xy 163.002214 103.777863)
				(xy 162.862863 103.917214) (xy 162.86286 103.917218) (xy 162.753371 104.081079) (xy 162.753364 104.081092)
				(xy 162.67795 104.26316) (xy 162.677947 104.26317) (xy 162.6395 104.456456) (xy 162.6395 104.456459)
				(xy 162.6395 104.653541) (xy 162.6395 104.653543) (xy 162.639499 104.653543) (xy 162.677947 104.846829)
				(xy 162.67795 104.846839) (xy 162.753364 105.028907) (xy 162.753371 105.02892) (xy 162.86286 105.192781)
				(xy 162.862863 105.192785) (xy 163.002214 105.332136) (xy 163.002218 105.332139) (xy 163.166079 105.441628)
				(xy 163.166092 105.441635) (xy 163.285578 105.491127) (xy 163.348165 105.517051) (xy 163.348169 105.517051)
				(xy 163.34817 105.517052) (xy 163.541456 105.5555) (xy 163.541459 105.5555) (xy 163.604121 105.5555)
				(xy 163.631715 105.558609) (xy 163.64 105.5605) (xy 164.6255 105.5605) (xy 164.692539 105.580185)
				(xy 164.738294 105.632989) (xy 164.7495 105.6845) (xy 164.7495 105.9655) (xy 164.729815 106.032539)
				(xy 164.677011 106.078294) (xy 164.6255 106.0895) (xy 163.639995 106.0895) (xy 163.602544 106.09372)
				(xy 163.58866 106.0945) (xy 163.541457 106.0945) (xy 163.34817 106.132947) (xy 163.34816 106.13295)
				(xy 163.166092 106.208364) (xy 163.166079 106.208371) (xy 163.002218 106.31786) (xy 163.002214 106.317863)
				(xy 162.862863 106.457214) (xy 162.86286 106.457218) (xy 162.753371 106.621079) (xy 162.753364 106.621092)
				(xy 162.67795 106.80316) (xy 162.677947 106.80317) (xy 162.6395 106.996456) (xy 162.6395 106.996459)
				(xy 162.6395 107.193541) (xy 162.6395 107.193543) (xy 162.639499 107.193543) (xy 162.677947 107.386829)
				(xy 162.67795 107.386839) (xy 162.753364 107.568907) (xy 162.753371 107.56892) (xy 162.86286 107.732781)
				(xy 162.862863 107.732785) (xy 163.002214 107.872136) (xy 163.002218 107.872139) (xy 163.166079 107.981628)
				(xy 163.166092 107.981635) (xy 163.34816 108.057049) (xy 163.348165 108.057051) (xy 163.348169 108.057051)
				(xy 163.34817 108.057052) (xy 163.541456 108.0955) (xy 163.541459 108.0955) (xy 163.604121 108.0955)
				(xy 163.631715 108.098609) (xy 163.64 108.1005) (xy 164.6255 108.1005) (xy 164.692539 108.120185)
				(xy 164.738294 108.172989) (xy 164.7495 108.2245) (xy 164.7495 108.5055) (xy 164.729815 108.572539)
				(xy 164.677011 108.618294) (xy 164.6255 108.6295) (xy 163.639995 108.6295) (xy 163.602544 108.63372)
				(xy 163.58866 108.6345) (xy 163.541457 108.6345) (xy 163.34817 108.672947) (xy 163.34816 108.67295)
				(xy 163.166092 108.748364) (xy 163.166079 108.748371) (xy 163.002218 108.85786) (xy 163.002214 108.857863)
				(xy 162.862863 108.997214) (xy 162.86286 108.997218) (xy 162.753371 109.161079) (xy 162.753364 109.161092)
				(xy 162.67795 109.34316) (xy 162.677947 109.34317) (xy 162.6395 109.536456) (xy 162.6395 109.536459)
				(xy 162.6395 109.733541) (xy 162.6395 109.733543) (xy 162.639499 109.733543) (xy 162.677947 109.926829)
				(xy 162.67795 109.926839) (xy 162.753364 110.108907) (xy 162.753371 110.10892) (xy 162.86286 110.272781)
				(xy 162.862863 110.272785) (xy 163.002214 110.412136) (xy 163.002218 110.412139) (xy 163.166079 110.521628)
				(xy 163.166092 110.521635) (xy 163.34816 110.597049) (xy 163.348165 110.597051) (xy 163.348169 110.597051)
				(xy 163.34817 110.597052) (xy 163.541456 110.6355) (xy 163.541459 110.6355) (xy 163.604121 110.6355)
				(xy 163.631715 110.638609) (xy 163.64 110.6405) (xy 164.6255 110.6405) (xy 164.692539 110.660185)
				(xy 164.738294 110.712989) (xy 164.7495 110.7645) (xy 164.7495 111.0455) (xy 164.729815 111.112539)
				(xy 164.677011 111.158294) (xy 164.6255 111.1695) (xy 163.639995 111.1695) (xy 163.602544 111.17372)
				(xy 163.58866 111.1745) (xy 163.541457 111.1745) (xy 163.34817 111.212947) (xy 163.34816 111.21295)
				(xy 163.166092 111.288364) (xy 163.166079 111.288371) (xy 163.002218 111.39786) (xy 163.002214 111.397863)
				(xy 162.862863 111.537214) (xy 162.86286 111.537218) (xy 162.753371 111.701079) (xy 162.753364 111.701092)
				(xy 162.67795 111.88316) (xy 162.677947 111.88317) (xy 162.6395 112.076456) (xy 162.6395 112.076459)
				(xy 162.6395 112.273541) (xy 162.6395 112.273543) (xy 162.639499 112.273543) (xy 162.677947 112.466829)
				(xy 162.67795 112.466839) (xy 162.753364 112.648907) (xy 162.753371 112.64892) (xy 162.86286 112.812781)
				(xy 162.862863 112.812785) (xy 163.002214 112.952136) (xy 163.002218 112.952139) (xy 163.166079 113.061628)
				(xy 163.166092 113.061635) (xy 163.34816 113.137049) (xy 163.348165 113.137051) (xy 163.348169 113.137051)
				(xy 163.34817 113.137052) (xy 163.541456 113.1755) (xy 163.541459 113.1755) (xy 163.604121 113.1755)
				(xy 163.631715 113.178609) (xy 163.64 113.1805) (xy 164.6255 113.1805) (xy 164.692539 113.200185)
				(xy 164.738294 113.252989) (xy 164.7495 113.3045) (xy 164.7495 113.5855) (xy 164.729815 113.652539)
				(xy 164.677011 113.698294) (xy 164.6255 113.7095) (xy 163.639995 113.7095) (xy 163.602544 113.71372)
				(xy 163.58866 113.7145) (xy 163.541457 113.7145) (xy 163.34817 113.752947) (xy 163.34816 113.75295)
				(xy 163.166092 113.828364) (xy 163.166079 113.828371) (xy 163.002218 113.93786) (xy 163.002214 113.937863)
				(xy 162.862863 114.077214) (xy 162.86286 114.077218) (xy 162.753371 114.241079) (xy 162.753364 114.241092)
				(xy 162.67795 114.42316) (xy 162.677947 114.42317) (xy 162.6395 114.616456) (xy 162.6395 114.616459)
				(xy 162.6395 114.813541) (xy 162.6395 114.813543) (xy 162.639499 114.813543) (xy 162.677947 115.006829)
				(xy 162.67795 115.006839) (xy 162.753364 115.188907) (xy 162.753371 115.18892) (xy 162.86286 115.352781)
				(xy 162.862863 115.352785) (xy 163.002214 115.492136) (xy 163.002218 115.492139) (xy 163.166079 115.601628)
				(xy 163.166092 115.601635) (xy 163.34816 115.677049) (xy 163.348165 115.677051) (xy 163.348169 115.677051)
				(xy 163.34817 115.677052) (xy 163.541456 115.7155) (xy 163.541459 115.7155) (xy 163.604121 115.7155)
				(xy 163.631715 115.718609) (xy 163.64 115.7205) (xy 164.6255 115.7205) (xy 164.692539 115.740185)
				(xy 164.738294 115.792989) (xy 164.7495 115.8445) (xy 164.7495 116.1255) (xy 164.729815 116.192539)
				(xy 164.677011 116.238294) (xy 164.6255 116.2495) (xy 163.639995 116.2495) (xy 163.602544 116.25372)
				(xy 163.58866 116.2545) (xy 163.541457 116.2545) (xy 163.34817 116.292947) (xy 163.34816 116.29295)
				(xy 163.166092 116.368364) (xy 163.166079 116.368371) (xy 163.002218 116.47786) (xy 163.002214 116.477863)
				(xy 162.862863 116.617214) (xy 162.86286 116.617218) (xy 162.753371 116.781079) (xy 162.753364 116.781092)
				(xy 162.67795 116.96316) (xy 162.677947 116.96317) (xy 162.6395 117.156456) (xy 162.6395 117.156459)
				(xy 162.6395 117.353541) (xy 162.6395 117.353543) (xy 162.639499 117.353543) (xy 162.677947 117.546829)
				(xy 162.67795 117.546839) (xy 162.753364 117.728907) (xy 162.753371 117.72892) (xy 162.86286 117.892781)
				(xy 162.862863 117.892785) (xy 163.002214 118.032136) (xy 163.002218 118.032139) (xy 163.166079 118.141628)
				(xy 163.166092 118.141635) (xy 163.34816 118.217049) (xy 163.348165 118.217051) (xy 163.348169 118.217051)
				(xy 163.34817 118.217052) (xy 163.541456 118.2555) (xy 163.541459 118.2555) (xy 163.604121 118.2555)
				(xy 163.631715 118.258609) (xy 163.64 118.2605) (xy 164.6255 118.2605) (xy 164.692539 118.280185)
				(xy 164.738294 118.332989) (xy 164.7495 118.3845) (xy 164.7495 118.6655) (xy 164.729815 118.732539)
				(xy 164.677011 118.778294) (xy 164.6255 118.7895) (xy 163.639995 118.7895) (xy 163.602544 118.79372)
				(xy 163.58866 118.7945) (xy 163.541457 118.7945) (xy 163.34817 118.832947) (xy 163.34816 118.83295)
				(xy 163.166092 118.908364) (xy 163.166079 118.908371) (xy 163.002218 119.01786) (xy 163.002214 119.017863)
				(xy 162.862863 119.157214) (xy 162.86286 119.157218) (xy 162.753371 119.321079) (xy 162.753364 119.321092)
				(xy 162.67795 119.50316) (xy 162.677947 119.50317) (xy 162.6395 119.696456) (xy 162.6395 119.696459)
				(xy 162.6395 119.893541) (xy 162.6395 119.893543) (xy 162.639499 119.893543) (xy 162.677947 120.086829)
				(xy 162.67795 120.086839) (xy 162.753364 120.268907) (xy 162.753371 120.26892) (xy 162.86286 120.432781)
				(xy 162.862863 120.432785) (xy 163.002214 120.572136) (xy 163.002218 120.572139) (xy 163.166079 120.681628)
				(xy 163.166092 120.681635) (xy 163.34816 120.757049) (xy 163.348165 120.757051) (xy 163.348169 120.757051)
				(xy 163.34817 120.757052) (xy 163.541456 120.7955) (xy 163.541459 120.7955) (xy 163.604121 120.7955)
				(xy 163.607237 120.795539) (xy 163.619629 120.79585) (xy 163.64 120.8005) (xy 163.804599 120.8005)
				(xy 163.806151 120.800539) (xy 163.838007 120.810769) (xy 163.870074 120.820185) (xy 163.871132 120.821406)
				(xy 163.872675 120.821902) (xy 163.893951 120.84774) (xy 163.915829 120.872989) (xy 163.916059 120.874589)
				(xy 163.917088 120.875839) (xy 163.921014 120.909055) (xy 163.925773 120.942147) (xy 163.925181 120.944302)
				(xy 163.925291 120.945226) (xy 163.924461 120.946928) (xy 163.917596 120.971953) (xy 163.893551 121.03)
				(xy 164.713181 121.849629) (xy 164.746666 121.910952) (xy 164.7495 121.93731) (xy 164.7495 122.732689)
				(xy 164.729815 122.799728) (xy 164.713181 122.82037) (xy 163.893551 123.639999) (xy 163.917596 123.698047)
				(xy 163.920954 123.729286) (xy 163.926151 123.76028) (xy 163.92466 123.763755) (xy 163.925065 123.767517)
				(xy 163.910998 123.795618) (xy 163.898616 123.824496) (xy 163.895482 123.826614) (xy 163.89379 123.829996)
				(xy 163.866769 123.846027) (xy 163.840735 123.86363) (xy 163.835809 123.864396) (xy 163.833701 123.865648)
				(xy 163.805926 123.869466) (xy 163.804468 123.8695) (xy 163.64 123.8695) (xy 163.597064 123.874337)
				(xy 163.591551 123.874466) (xy 163.591155 123.874359) (xy 163.58866 123.8745) (xy 163.541457 123.8745)
				(xy 163.34817 123.912947) (xy 163.34816 123.91295) (xy 163.166092 123.988364) (xy 163.166079 123.988371)
				(xy 163.002218 124.09786) (xy 163.002214 124.097863) (xy 162.862863 124.237214) (xy 162.86286 124.237218)
				(xy 162.753371 124.401079) (xy 162.753364 124.401092) (xy 162.67795 124.58316) (xy 162.677947 124.58317)
				(xy 162.6395 124.776456) (xy 162.6395 124.776459) (xy 162.6395 124.973541) (xy 162.6395 124.973543)
				(xy 162.639499 124.973543) (xy 162.677947 125.166829) (xy 162.67795 125.166839) (xy 162.753364 125.348907)
				(xy 162.753371 125.34892) (xy 162.86286 125.512781) (xy 162.862863 125.512785) (xy 163.002214 125.652136)
				(xy 163.002218 125.652139) (xy 163.166079 125.761628) (xy 163.166092 125.761635) (xy 163.34816 125.837049)
				(xy 163.348165 125.837051) (xy 163.348169 125.837051) (xy 163.34817 125.837052) (xy 163.541456 125.8755)
				(xy 163.541459 125.8755) (xy 163.604121 125.8755) (xy 163.631715 125.878609) (xy 163.64 125.8805)
				(xy 164.6255 125.8805) (xy 164.692539 125.900185) (xy 164.738294 125.952989) (xy 164.7495 126.0045)
				(xy 164.7495 140.246249) (xy 164.749274 140.253736) (xy 164.731728 140.543794) (xy 164.729923 140.558659)
				(xy 164.678219 140.840798) (xy 164.674635 140.855336) (xy 164.589306 141.129167) (xy 164.583997 141.143168)
				(xy 164.466275 141.404736) (xy 164.459316 141.417995) (xy 164.310928 141.663459) (xy 164.302422 141.675782)
				(xy 164.125526 141.901573) (xy 164.115596 141.912781) (xy 163.912781 142.115596) (xy 163.901573 142.125526)
				(xy 163.675782 142.302422) (xy 163.663459 142.310928) (xy 163.417995 142.459316) (xy 163.404736 142.466275)
				(xy 163.143168 142.583997) (xy 163.129167 142.589306) (xy 162.855336 142.674635) (xy 162.840798 142.678219)
				(xy 162.558659 142.729923) (xy 162.543794 142.731728) (xy 162.253736 142.749274) (xy 162.246249 142.7495)
				(xy 159.2045 142.7495) (xy 159.137461 142.729815) (xy 159.091706 142.677011) (xy 159.0805 142.6255)
				(xy 159.0805 141.639997) (xy 159.080499 141.639995) (xy 159.07628 141.602544) (xy 159.0755 141.58866)
				(xy 159.0755 141.541456) (xy 159.037052 141.34817) (xy 159.037051 141.348169) (xy 159.037051 141.348165)
				(xy 159.014345 141.293348) (xy 158.961635 141.166092) (xy 158.961628 141.166079) (xy 158.852139 141.002218)
				(xy 158.852136 141.002214) (xy 158.712785 140.862863) (xy 158.712781 140.86286) (xy 158.54892 140.753371)
				(xy 158.548907 140.753364) (xy 158.366839 140.67795) (xy 158.366829 140.677947) (xy 158.173543 140.6395)
				(xy 158.173541 140.6395) (xy 157.976459 140.6395) (xy 157.976457 140.6395) (xy 157.78317 140.677947)
				(xy 157.78316 140.67795) (xy 157.601092 140.753364) (xy 157.601079 140.753371) (xy 157.437218 140.86286)
				(xy 157.437214 140.862863) (xy 157.297863 141.002214) (xy 157.29786 141.002218) (xy 157.188371 141.166079)
				(xy 157.188364 141.166092) (xy 157.11295 141.34816) (xy 157.112947 141.34817) (xy 157.0745 141.541456)
				(xy 157.0745 141.604121) (xy 157.071391 141.631714) (xy 157.0695 141.639996) (xy 157.0695 142.6255)
				(xy 157.049815 142.692539) (xy 156.997011 142.738294) (xy 156.9455 142.7495) (xy 156.6645 142.7495)
				(xy 156.597461 142.729815) (xy 156.551706 142.677011) (xy 156.5405 142.6255) (xy 156.5405 141.639997)
				(xy 156.540499 141.639995) (xy 156.53628 141.602544) (xy 156.5355 141.58866) (xy 156.5355 141.541456)
				(xy 156.497052 141.34817) (xy 156.497051 141.348169) (xy 156.497051 141.348165) (xy 156.474345 141.293348)
				(xy 156.421635 141.166092) (xy 156.421628 141.166079) (xy 156.312139 141.002218) (xy 156.312136 141.002214)
				(xy 156.172785 140.862863) (xy 156.172781 140.86286) (xy 156.00892 140.753371) (xy 156.008907 140.753364)
				(xy 155.826839 140.67795) (xy 155.826829 140.677947) (xy 155.633543 140.6395) (xy 155.633541 140.6395)
				(xy 155.436459 140.6395) (xy 155.436457 140.6395) (xy 155.24317 140.677947) (xy 155.24316 140.67795)
				(xy 155.061092 140.753364) (xy 155.061079 140.753371) (xy 154.897218 140.86286) (xy 154.897214 140.862863)
				(xy 154.757863 141.002214) (xy 154.75786 141.002218) (xy 154.648371 141.166079) (xy 154.648364 141.166092)
				(xy 154.57295 141.34816) (xy 154.572947 141.34817) (xy 154.5345 141.541456) (xy 154.5345 141.604121)
				(xy 154.531391 141.631714) (xy 154.5295 141.639996) (xy 154.5295 142.6255) (xy 154.509815 142.692539)
				(xy 154.457011 142.738294) (xy 154.4055 142.7495) (xy 154.1245 142.7495) (xy 154.057461 142.729815)
				(xy 154.011706 142.677011) (xy 154.0005 142.6255) (xy 154.0005 141.639997) (xy 154.000499 141.639995)
				(xy 153.99628 141.602544) (xy 153.9955 141.58866) (xy 153.9955 141.541456) (xy 153.957052 141.34817)
				(xy 153.957051 141.348169) (xy 153.957051 141.348165) (xy 153.934345 141.293348) (xy 153.881635 141.166092)
				(xy 153.881628 141.166079) (xy 153.772139 141.002218) (xy 153.772136 141.002214) (xy 153.632785 140.862863)
				(xy 153.632781 140.86286) (xy 153.46892 140.753371) (xy 153.468907 140.753364) (xy 153.286839 140.67795)
				(xy 153.286829 140.677947) (xy 153.093543 140.6395) (xy 153.093541 140.6395) (xy 152.896459 140.6395)
				(xy 152.896457 140.6395) (xy 152.70317 140.677947) (xy 152.70316 140.67795) (xy 152.521092 140.753364)
				(xy 152.521079 140.753371) (xy 152.357218 140.86286) (xy 152.357214 140.862863) (xy 152.217863 141.002214)
				(xy 152.21786 141.002218) (xy 152.108371 141.166079) (xy 152.108364 141.166092) (xy 152.03295 141.34816)
				(xy 152.032947 141.34817) (xy 151.9945 141.541456) (xy 151.9945 141.604121) (xy 151.991391 141.631714)
				(xy 151.9895 141.639996) (xy 151.9895 142.6255) (xy 151.969815 142.692539) (xy 151.917011 142.738294)
				(xy 151.8655 142.7495) (xy 151.5845 142.7495) (xy 151.517461 142.729815) (xy 151.471706 142.677011)
				(xy 151.4605 142.6255) (xy 151.4605 141.639997) (xy 151.460499 141.639995) (xy 151.45628 141.602544)
				(xy 151.4555 141.58866) (xy 151.4555 141.541456) (xy 151.417052 141.34817) (xy 151.417051 141.348169)
				(xy 151.417051 141.348165) (xy 151.394345 141.293348) (xy 151.341635 141.166092) (xy 151.341628 141.166079)
				(xy 151.232139 141.002218) (xy 151.232136 141.002214) (xy 151.092785 140.862863) (xy 151.092781 140.86286)
				(xy 150.92892 140.753371) (xy 150.928907 140.753364) (xy 150.746839 140.67795) (xy 150.746829 140.677947)
				(xy 150.553543 140.6395) (xy 150.553541 140.6395) (xy 150.356459 140.6395) (xy 150.356457 140.6395)
				(xy 150.16317 140.677947) (xy 150.16316 140.67795) (xy 149.981092 140.753364) (xy 149.981079 140.753371)
				(xy 149.817218 140.86286) (xy 149.817214 140.862863) (xy 149.677863 141.002214) (xy 149.67786 141.002218)
				(xy 149.568371 141.166079) (xy 149.568364 141.166092) (xy 149.49295 141.34816) (xy 149.492947 141.34817)
				(xy 149.4545 141.541456) (xy 149.4545 141.604121) (xy 149.451391 141.631714) (xy 149.4495 141.639996)
				(xy 149.4495 142.6255) (xy 149.429815 142.692539) (xy 149.377011 142.738294) (xy 149.3255 142.7495)
				(xy 149.0445 142.7495) (xy 148.977461 142.729815) (xy 148.931706 142.677011) (xy 148.9205 142.6255)
				(xy 148.9205 141.639997) (xy 148.920499 141.639995) (xy 148.91628 141.602544) (xy 148.9155 141.58866)
				(xy 148.9155 141.541456) (xy 148.877052 141.34817) (xy 148.877051 141.348169) (xy 148.877051 141.348165)
				(xy 148.854345 141.293348) (xy 148.801635 141.166092) (xy 148.801628 141.166079) (xy 148.692139 141.002218)
				(xy 148.692136 141.002214) (xy 148.552785 140.862863) (xy 148.552781 140.86286) (xy 148.38892 140.753371)
				(xy 148.388907 140.753364) (xy 148.206839 140.67795) (xy 148.206829 140.677947) (xy 148.013543 140.6395)
				(xy 148.013541 140.6395) (xy 147.816459 140.6395) (xy 147.816457 140.6395) (xy 147.62317 140.677947)
				(xy 147.62316 140.67795) (xy 147.441092 140.753364) (xy 147.441079 140.753371) (xy 147.277218 140.86286)
				(xy 147.277214 140.862863) (xy 147.137863 141.002214) (xy 147.13786 141.002218) (xy 147.028371 141.166079)
				(xy 147.028364 141.166092) (xy 146.95295 141.34816) (xy 146.952947 141.34817) (xy 146.9145 141.541456)
				(xy 146.9145 141.604121) (xy 146.911391 141.631714) (xy 146.9095 141.639996) (xy 146.9095 142.6255)
				(xy 146.889815 142.692539) (xy 146.837011 142.738294) (xy 146.7855 142.7495) (xy 146.5045 142.7495)
				(xy 146.437461 142.729815) (xy 146.391706 142.677011) (xy 146.3805 142.6255) (xy 146.3805 141.639997)
				(xy 146.380499 141.639995) (xy 146.37628 141.602544) (xy 146.3755 141.58866) (xy 146.3755 141.541456)
				(xy 146.337052 141.34817) (xy 146.337051 141.348169) (xy 146.337051 141.348165) (xy 146.314345 141.293348)
				(xy 146.261635 141.166092) (xy 146.261628 141.166079) (xy 146.152139 141.002218) (xy 146.152136 141.002214)
				(xy 146.012785 140.862863) (xy 146.012781 140.86286) (xy 145.84892 140.753371) (xy 145.848907 140.753364)
				(xy 145.666839 140.67795) (xy 145.666829 140.677947) (xy 145.473543 140.6395) (xy 145.473541 140.6395)
				(xy 145.276459 140.6395) (xy 145.276457 140.6395) (xy 145.08317 140.677947) (xy 145.08316 140.67795)
				(xy 144.901092 140.753364) (xy 144.901079 140.753371) (xy 144.737218 140.86286) (xy 144.737214 140.862863)
				(xy 144.597863 141.002214) (xy 144.59786 141.002218) (xy 144.488371 141.166079) (xy 144.488364 141.166092)
				(xy 144.41295 141.34816) (xy 144.412947 141.34817) (xy 144.3745 141.541456) (xy 144.3745 141.604121)
				(xy 144.371391 141.631714) (xy 144.3695 141.639996) (xy 144.3695 142.6255) (xy 144.349815 142.692539)
				(xy 144.297011 142.738294) (xy 144.2455 142.7495) (xy 143.9645 142.7495) (xy 143.897461 142.729815)
				(xy 143.851706 142.677011) (xy 143.8405 142.6255) (xy 143.8405 141.639997) (xy 143.840499 141.639995)
				(xy 143.83628 141.602544) (xy 143.8355 141.58866) (xy 143.8355 141.541456) (xy 143.797052 141.34817)
				(xy 143.797051 141.348169) (xy 143.797051 141.348165) (xy 143.774345 141.293348) (xy 143.721635 141.166092)
				(xy 143.721628 141.166079) (xy 143.612139 141.002218) (xy 143.612136 141.002214) (xy 143.472785 140.862863)
				(xy 143.472781 140.86286) (xy 143.30892 140.753371) (xy 143.308907 140.753364) (xy 143.126839 140.67795)
				(xy 143.126829 140.677947) (xy 142.933543 140.6395) (xy 142.933541 140.6395) (xy 142.736459 140.6395)
				(xy 142.736457 140.6395) (xy 142.54317 140.677947) (xy 142.54316 140.67795) (xy 142.361092 140.753364)
				(xy 142.361079 140.753371) (xy 142.197218 140.86286) (xy 142.197214 140.862863) (xy 142.057863 141.002214)
				(xy 142.05786 141.002218) (xy 141.948371 141.166079) (xy 141.948364 141.166092) (xy 141.87295 141.34816)
				(xy 141.872947 141.34817) (xy 141.8345 141.541456) (xy 141.8345 141.604121) (xy 141.831391 141.631714)
				(xy 141.8295 141.639996) (xy 141.8295 142.6255) (xy 141.809815 142.692539) (xy 141.757011 142.738294)
				(xy 141.7055 142.7495) (xy 141.4245 142.7495) (xy 141.357461 142.729815) (xy 141.311706 142.677011)
				(xy 141.3005 142.6255) (xy 141.3005 141.639997) (xy 141.300499 141.639995) (xy 141.29628 141.602544)
				(xy 141.2955 141.58866) (xy 141.2955 141.541456) (xy 141.257052 141.34817) (xy 141.257051 141.348169)
				(xy 141.257051 141.348165) (xy 141.234345 141.293348) (xy 141.181635 141.166092) (xy 141.181628 141.166079)
				(xy 141.072139 141.002218) (xy 141.072136 141.002214) (xy 140.932785 140.862863) (xy 140.932781 140.86286)
				(xy 140.76892 140.753371) (xy 140.768907 140.753364) (xy 140.586839 140.67795) (xy 140.586829 140.677947)
				(xy 140.393543 140.6395) (xy 140.393541 140.6395) (xy 140.196459 140.6395) (xy 140.196457 140.6395)
				(xy 140.00317 140.677947) (xy 140.00316 140.67795) (xy 139.821092 140.753364) (xy 139.821079 140.753371)
				(xy 139.657218 140.86286) (xy 139.657214 140.862863) (xy 139.517863 141.002214) (xy 139.51786 141.002218)
				(xy 139.408371 141.166079) (xy 139.408364 141.166092) (xy 139.33295 141.34816) (xy 139.332947 141.34817)
				(xy 139.2945 141.541456) (xy 139.2945 141.604121) (xy 139.294461 141.607237) (xy 139.294149 141.619628)
				(xy 139.2895 141.64) (xy 139.2895 141.804599) (xy 139.289461 141.806151) (xy 139.27923 141.838007)
				(xy 139.269815 141.870074) (xy 139.268593 141.871132) (xy 139.268098 141.872675) (xy 139.242259 141.893951)
				(xy 139.217011 141.915829) (xy 139.21541 141.916059) (xy 139.214161 141.917088) (xy 139.180944 141.921014)
				(xy 139.147853 141.925773) (xy 139.145697 141.925181) (xy 139.144774 141.925291) (xy 139.143071 141.924461)
				(xy 139.118047 141.917596) (xy 139.059999 141.893551) (xy 138.240371 142.713181) (xy 138.179048 142.746666)
				(xy 138.15269 142.7495) (xy 137.35731 142.7495) (xy 137.290271 142.729815) (xy 137.269629 142.713181)
				(xy 136.45 141.893551) (xy 136.391953 141.917596) (xy 136.360713 141.920954) (xy 136.32972 141.926151)
				(xy 136.326244 141.92466) (xy 136.322483 141.925065) (xy 136.294381 141.910998) (xy 136.265504 141.898616)
				(xy 136.263385 141.895482) (xy 136.260004 141.89379) (xy 136.243972 141.866769) (xy 136.22637 141.840735)
				(xy 136.225603 141.835809) (xy 136.224352 141.833701) (xy 136.220534 141.805926) (xy 136.2205 141.804468)
				(xy 136.2205 141.64) (xy 136.215662 141.597064) (xy 136.215534 141.591551) (xy 136.21564 141.591155)
				(xy 136.2155 141.58866) (xy 136.2155 141.541456) (xy 136.177052 141.34817) (xy 136.177051 141.348169)
				(xy 136.177051 141.348165) (xy 136.136786 141.250955) (xy 136.514507 141.250955) (xy 137.755 142.491448)
				(xy 137.755001 142.491448) (xy 138.995491 141.250956) (xy 138.995492 141.250954) (xy 138.959758 141.140975)
				(xy 138.959756 141.140972) (xy 138.866859 140.95865) (xy 138.834474 140.914077) (xy 138.834474 140.914076)
				(xy 138.237962 141.510589) (xy 138.220925 141.447007) (xy 138.155099 141.332993) (xy 138.062007 141.239901)
				(xy 137.947993 141.174075) (xy 137.884408 141.157037) (xy 138.480922 140.560524) (xy 138.480921 140.560523)
				(xy 138.436359 140.528147) (xy 138.43635 140.528141) (xy 138.254031 140.435244) (xy 138.059417 140.372009)
				(xy 137.857317 140.34) (xy 137.652683 140.34) (xy 137.450582 140.372009) (xy 137.255968 140.435244)
				(xy 137.073644 140.528143) (xy 137.029077 140.560523) (xy 137.029077 140.560524) (xy 137.625591 141.157037)
				(xy 137.562007 141.174075) (xy 137.447993 141.239901) (xy 137.354901 141.332993) (xy 137.289075 141.447007)
				(xy 137.272037 141.51059) (xy 136.675524 140.914077) (xy 136.675523 140.914077) (xy 136.643143 140.958644)
				(xy 136.550244 141.140968) (xy 136.514507 141.250955) (xy 136.136786 141.250955) (xy 136.104941 141.174075)
				(xy 136.101633 141.166088) (xy 136.101628 141.166079) (xy 135.992139 141.002218) (xy 135.992136 141.002214)
				(xy 135.852785 140.862863) (xy 135.852781 140.86286) (xy 135.68892 140.753371) (xy 135.688907 140.753364)
				(xy 135.614016 140.722344) (xy 135.506839 140.67795) (xy 135.506829 140.677947) (xy 135.313543 140.6395)
				(xy 135.313541 140.6395) (xy 135.116459 140.6395) (xy 135.116457 140.6395) (xy 134.92317 140.677947)
				(xy 134.92316 140.67795) (xy 134.741092 140.753364) (xy 134.741079 140.753371) (xy 134.577218 140.86286)
				(xy 134.577214 140.862863) (xy 134.437863 141.002214) (xy 134.43786 141.002218) (xy 134.328371 141.166079)
				(xy 134.328364 141.166092) (xy 134.25295 141.34816) (xy 134.252947 141.34817) (xy 134.2145 141.541456)
				(xy 134.2145 141.604121) (xy 134.211391 141.631714) (xy 134.2095 141.639996) (xy 134.2095 142.6255)
				(xy 134.189815 142.692539) (xy 134.137011 142.738294) (xy 134.0855 142.7495) (xy 133.8045 142.7495)
				(xy 133.737461 142.729815) (xy 133.691706 142.677011) (xy 133.6805 142.6255) (xy 133.6805 141.639997)
				(xy 133.680499 141.639995) (xy 133.67628 141.602544) (xy 133.6755 141.58866) (xy 133.6755 141.541456)
				(xy 133.637052 141.34817) (xy 133.637051 141.348169) (xy 133.637051 141.348165) (xy 133.614345 141.293348)
				(xy 133.561635 141.166092) (xy 133.561628 141.166079) (xy 133.452139 141.002218) (xy 133.452136 141.002214)
				(xy 133.312785 140.862863) (xy 133.312781 140.86286) (xy 133.14892 140.753371) (xy 133.148907 140.753364)
				(xy 132.966839 140.67795) (xy 132.966829 140.677947) (xy 132.773543 140.6395) (xy 132.773541 140.6395)
				(xy 132.576459 140.6395) (xy 132.576457 140.6395) (xy 132.38317 140.677947) (xy 132.38316 140.67795)
				(xy 132.201092 140.753364) (xy 132.201079 140.753371) (xy 132.037218 140.86286) (xy 132.037214 140.862863)
				(xy 131.897863 141.002214) (xy 131.89786 141.002218) (xy 131.788371 141.166079) (xy 131.788364 141.166092)
				(xy 131.71295 141.34816) (xy 131.712947 141.34817) (xy 131.6745 141.541456) (xy 131.6745 141.604121)
				(xy 131.671391 141.631714) (xy 131.6695 141.639996) (xy 131.6695 142.6255) (xy 131.649815 142.692539)
				(xy 131.597011 142.738294) (xy 131.5455 142.7495) (xy 131.2645 142.7495) (xy 131.197461 142.729815)
				(xy 131.151706 142.677011) (xy 131.1405 142.6255) (xy 131.1405 141.639997) (xy 131.140499 141.639995)
				(xy 131.13628 141.602544) (xy 131.1355 141.58866) (xy 131.1355 141.541456) (xy 131.097052 141.34817)
				(xy 131.097051 141.348169) (xy 131.097051 141.348165) (xy 131.074345 141.293348) (xy 131.021635 141.166092)
				(xy 131.021628 141.166079) (xy 130.912139 141.002218) (xy 130.912136 141.002214) (xy 130.772785 140.862863)
				(xy 130.772781 140.86286) (xy 130.60892 140.753371) (xy 130.608907 140.753364) (xy 130.426839 140.67795)
				(xy 130.426829 140.677947) (xy 130.233543 140.6395) (xy 130.233541 140.6395) (xy 130.036459 140.6395)
				(xy 130.036457 140.6395) (xy 129.84317 140.677947) (xy 129.84316 140.67795) (xy 129.661092 140.753364)
				(xy 129.661079 140.753371) (xy 129.497218 140.86286) (xy 129.497214 140.862863) (xy 129.357863 141.002214)
				(xy 129.35786 141.002218) (xy 129.248371 141.166079) (xy 129.248364 141.166092) (xy 129.17295 141.34816)
				(xy 129.172947 141.34817) (xy 129.1345 141.541456) (xy 129.1345 141.604121) (xy 129.131391 141.631714)
				(xy 129.1295 141.639996) (xy 129.1295 142.6255) (xy 129.109815 142.692539) (xy 129.057011 142.738294)
				(xy 129.0055 142.7495) (xy 128.7245 142.7495) (xy 128.657461 142.729815) (xy 128.611706 142.677011)
				(xy 128.6005 142.6255) (xy 128.6005 141.639997) (xy 128.600499 141.639995) (xy 128.59628 141.602544)
				(xy 128.5955 141.58866) (xy 128.5955 141.541456) (xy 128.557052 141.34817) (xy 128.557051 141.348169)
				(xy 128.557051 141.348165) (xy 128.534345 141.293348) (xy 128.481635 141.166092) (xy 128.481628 141.166079)
				(xy 128.372139 141.002218) (xy 128.372136 141.002214) (xy 128.232785 140.862863) (xy 128.232781 140.86286)
				(xy 128.06892 140.753371) (xy 128.068907 140.753364) (xy 127.886839 140.67795) (xy 127.886829 140.677947)
				(xy 127.693543 140.6395) (xy 127.693541 140.6395) (xy 127.496459 140.6395) (xy 127.496457 140.6395)
				(xy 127.30317 140.677947) (xy 127.30316 140.67795) (xy 127.121092 140.753364) (xy 127.121079 140.753371)
				(xy 126.957218 140.86286) (xy 126.957214 140.862863) (xy 126.817863 141.002214) (xy 126.81786 141.002218)
				(xy 126.708371 141.166079) (xy 126.708364 141.166092) (xy 126.63295 141.34816) (xy 126.632947 141.34817)
				(xy 126.5945 141.541456) (xy 126.5945 141.604121) (xy 126.591391 141.631714) (xy 126.5895 141.639996)
				(xy 126.5895 142.6255) (xy 126.569815 142.692539) (xy 126.517011 142.738294) (xy 126.4655 142.7495)
				(xy 126.1845 142.7495) (xy 126.117461 142.729815) (xy 126.071706 142.677011) (xy 126.0605 142.6255)
				(xy 126.0605 141.639997) (xy 126.060499 141.639995) (xy 126.05628 141.602544) (xy 126.0555 141.58866)
				(xy 126.0555 141.541456) (xy 126.017052 141.34817) (xy 126.017051 141.348169) (xy 126.017051 141.348165)
				(xy 125.994345 141.293348) (xy 125.941635 141.166092) (xy 125.941628 141.166079) (xy 125.832139 141.002218)
				(xy 125.832136 141.002214) (xy 125.692785 140.862863) (xy 125.692781 140.86286) (xy 125.52892 140.753371)
				(xy 125.528907 140.753364) (xy 125.346839 140.67795) (xy 125.346829 140.677947) (xy 125.153543 140.6395)
				(xy 125.153541 140.6395) (xy 124.956459 140.6395) (xy 124.956457 140.6395) (xy 124.76317 140.677947)
				(xy 124.76316 140.67795) (xy 124.581092 140.753364) (xy 124.581079 140.753371) (xy 124.417218 140.86286)
				(xy 124.417214 140.862863) (xy 124.277863 141.002214) (xy 124.27786 141.002218) (xy 124.168371 141.166079)
				(xy 124.168364 141.166092) (xy 124.09295 141.34816) (xy 124.092947 141.34817) (xy 124.0545 141.541456)
				(xy 124.0545 141.604121) (xy 124.051391 141.631714) (xy 124.0495 141.639996) (xy 124.0495 142.6255)
				(xy 124.029815 142.692539) (xy 123.977011 142.738294) (xy 123.9255 142.7495) (xy 123.6445 142.7495)
				(xy 123.577461 142.729815) (xy 123.531706 142.677011) (xy 123.5205 142.6255) (xy 123.5205 141.639997)
				(xy 123.520499 141.639995) (xy 123.51628 141.602544) (xy 123.5155 141.58866) (xy 123.5155 141.541456)
				(xy 123.477052 141.34817) (xy 123.477051 141.348169) (xy 123.477051 141.348165) (xy 123.454345 141.293348)
				(xy 123.401635 141.166092) (xy 123.401628 141.166079) (xy 123.292139 141.002218) (xy 123.292136 141.002214)
				(xy 123.152785 140.862863) (xy 123.152781 140.86286) (xy 122.98892 140.753371) (xy 122.988907 140.753364)
				(xy 122.806839 140.67795) (xy 122.806829 140.677947) (xy 122.613543 140.6395) (xy 122.613541 140.6395)
				(xy 122.416459 140.6395) (xy 122.416457 140.6395) (xy 122.22317 140.677947) (xy 122.22316 140.67795)
				(xy 122.041092 140.753364) (xy 122.041079 140.753371) (xy 121.877218 140.86286) (xy 121.877214 140.862863)
				(xy 121.737863 141.002214) (xy 121.73786 141.002218) (xy 121.628371 141.166079) (xy 121.628364 141.166092)
				(xy 121.55295 141.34816) (xy 121.552947 141.34817) (xy 121.5145 141.541456) (xy 121.5145 141.604121)
				(xy 121.511391 141.631714) (xy 121.5095 141.639996) (xy 121.5095 142.6255) (xy 121.489815 142.692539)
				(xy 121.437011 142.738294) (xy 121.3855 142.7495) (xy 121.1045 142.7495) (xy 121.037461 142.729815)
				(xy 120.991706 142.677011) (xy 120.9805 142.6255) (xy 120.9805 141.639997) (xy 120.980499 141.639995)
				(xy 120.97628 141.602544) (xy 120.9755 141.58866) (xy 120.9755 141.541456) (xy 120.937052 141.34817)
				(xy 120.937051 141.348169) (xy 120.937051 141.348165) (xy 120.914345 141.293348) (xy 120.861635 141.166092)
				(xy 120.861628 141.166079) (xy 120.752139 141.002218) (xy 120.752136 141.002214) (xy 120.612785 140.862863)
				(xy 120.612781 140.86286) (xy 120.44892 140.753371) (xy 120.448907 140.753364) (xy 120.266839 140.67795)
				(xy 120.266829 140.677947) (xy 120.073543 140.6395) (xy 120.073541 140.6395) (xy 119.876459 140.6395)
				(xy 119.876457 140.6395) (xy 119.68317 140.677947) (xy 119.68316 140.67795) (xy 119.501092 140.753364)
				(xy 119.501079 140.753371) (xy 119.337218 140.86286) (xy 119.337214 140.862863) (xy 119.197863 141.002214)
				(xy 119.19786 141.002218) (xy 119.088371 141.166079) (xy 119.088364 141.166092) (xy 119.01295 141.34816)
				(xy 119.012947 141.34817) (xy 118.9745 141.541456) (xy 118.9745 141.604121) (xy 118.971391 141.631714)
				(xy 118.9695 141.639996) (xy 118.9695 142.6255) (xy 118.949815 142.692539) (xy 118.897011 142.738294)
				(xy 118.8455 142.7495) (xy 118.5645 142.7495) (xy 118.497461 142.729815) (xy 118.451706 142.677011)
				(xy 118.4405 142.6255) (xy 118.4405 141.639997) (xy 118.440499 141.639995) (xy 118.43628 141.602544)
				(xy 118.4355 141.58866) (xy 118.4355 141.541456) (xy 118.397052 141.34817) (xy 118.397051 141.348169)
				(xy 118.397051 141.348165) (xy 118.374345 141.293348) (xy 118.321635 141.166092) (xy 118.321628 141.166079)
				(xy 118.212139 141.002218) (xy 118.212136 141.002214) (xy 118.072785 140.862863) (xy 118.072781 140.86286)
				(xy 117.90892 140.753371) (xy 117.908907 140.753364) (xy 117.726839 140.67795) (xy 117.726829 140.677947)
				(xy 117.533543 140.6395) (xy 117.533541 140.6395) (xy 117.336459 140.6395) (xy 117.336457 140.6395)
				(xy 117.14317 140.677947) (xy 117.14316 140.67795) (xy 116.961092 140.753364) (xy 116.961079 140.753371)
				(xy 116.797218 140.86286) (xy 116.797214 140.862863) (xy 116.657863 141.002214) (xy 116.65786 141.002218)
				(xy 116.548371 141.166079) (xy 116.548364 141.166092) (xy 116.47295 141.34816) (xy 116.472947 141.34817)
				(xy 116.4345 141.541456) (xy 116.4345 141.604121) (xy 116.431391 141.631714) (xy 116.4295 141.639996)
				(xy 116.4295 142.6255) (xy 116.409815 142.692539) (xy 116.357011 142.738294) (xy 116.3055 142.7495)
				(xy 113.253751 142.7495) (xy 113.246264 142.749274) (xy 112.956205 142.731728) (xy 112.94134 142.729923)
				(xy 112.659201 142.678219) (xy 112.644663 142.674635) (xy 112.370832 142.589306) (xy 112.356831 142.583997)
				(xy 112.095263 142.466275) (xy 112.082004 142.459316) (xy 111.83654 142.310928) (xy 111.824217 142.302422)
				(xy 111.598426 142.125526) (xy 111.587218 142.115596) (xy 111.384403 141.912781) (xy 111.374473 141.901573)
				(xy 111.368502 141.893951) (xy 111.197573 141.675776) (xy 111.189075 141.663465) (xy 111.04068 141.417989)
				(xy 111.033727 141.404743) (xy 110.916 141.143163) (xy 110.910693 141.129167) (xy 110.825364 140.855336)
				(xy 110.82178 140.840798) (xy 110.770076 140.558659) (xy 110.768271 140.543794) (xy 110.750726 140.253736)
				(xy 110.7505 140.246249) (xy 110.7505 126.0145) (xy 110.770185 125.947461) (xy 110.822989 125.901706)
				(xy 110.8745 125.8905) (xy 111.860003 125.8905) (xy 111.860003 125.890499) (xy 111.897456 125.88628)
				(xy 111.91134 125.8855) (xy 111.958543 125.8855) (xy 112.088582 125.859632) (xy 112.151835 125.847051)
				(xy 112.333914 125.771632) (xy 112.497782 125.662139) (xy 112.637139 125.522782) (xy 112.746632 125.358914)
				(xy 112.822051 125.176835) (xy 112.8605 124.983541) (xy 112.8605 124.786459) (xy 112.8605 124.786456)
				(xy 112.822052 124.59317) (xy 112.822051 124.593169) (xy 112.822051 124.593165) (xy 112.809559 124.563007)
				(xy 112.746635 124.411092) (xy 112.746628 124.411079) (xy 112.637139 124.247218) (xy 112.637136 124.247214)
				(xy 112.497785 124.107863) (xy 112.497781 124.10786) (xy 112.33392 123.998371) (xy 112.333907 123.998364)
				(xy 112.151839 123.92295) (xy 112.151829 123.922947) (xy 111.958543 123.8845) (xy 111.958541 123.8845)
				(xy 111.895879 123.8845) (xy 111.892763 123.884461) (xy 111.88037 123.884149) (xy 111.86 123.8795)
				(xy 111.695401 123.8795) (xy 111.693849 123.879461) (xy 111.661992 123.86923) (xy 111.629926 123.859815)
				(xy 111.628867 123.858593) (xy 111.627325 123.858098) (xy 111.606048 123.832259) (xy 111.584171 123.807011)
				(xy 111.58394 123.80541) (xy 111.582912 123.804161) (xy 111.578985 123.770944) (xy 111.574227 123.737853)
				(xy 111.574818 123.735697) (xy 111.574709 123.734774) (xy 111.575538 123.733071) (xy 111.582404 123.708047)
				(xy 111.606448 123.649999) (xy 110.786819 122.83037) (xy 110.753334 122.769047) (xy 110.7505 122.742689)
				(xy 110.7505 122.344999) (xy 111.008552 122.344999) (xy 111.008552 122.345001) (xy 112.249042 123.585491)
				(xy 112.249044 123.585492) (xy 112.359026 123.549757) (xy 112.541346 123.456861) (xy 112.541347 123.456861)
				(xy 112.585921 123.424474) (xy 111.989409 122.827962) (xy 112.052993 122.810925) (xy 112.167007 122.745099)
				(xy 112.260099 122.652007) (xy 112.325925 122.537993) (xy 112.342962 122.474409) (xy 112.939474 123.070921)
				(xy 112.971859 123.026349) (xy 113.064755 122.844031) (xy 113.12799 122.649417) (xy 113.16 122.447317)
				(xy 113.16 122.242681) (xy 113.159999 122.24268) (xy 113.158415 122.232682) (xy 162.34 122.232682)
				(xy 162.34 122.437317) (xy 162.372009 122.639417) (xy 162.435244 122.834031) (xy 162.528141 123.01635)
				(xy 162.528147 123.016359) (xy 162.560523 123.060921) (xy 162.560524 123.060922) (xy 163.157037 122.464409)
				(xy 163.174075 122.527993) (xy 163.239901 122.642007) (xy 163.332993 122.735099) (xy 163.447007 122.800925)
				(xy 163.510589 122.817962) (xy 162.914076 123.414474) (xy 162.95865 123.446859) (xy 163.140972 123.539756)
				(xy 163.140975 123.539758) (xy 163.250954 123.575492) (xy 163.250956 123.575491) (xy 164.491448 122.335)
				(xy 163.250955 121.094507) (xy 163.140968 121.130244) (xy 162.958644 121.223143) (xy 162.914077 121.255523)
				(xy 162.914077 121.255524) (xy 163.51059 121.852037) (xy 163.447007 121.869075) (xy 163.332993 121.934901)
				(xy 163.239901 122.027993) (xy 163.174075 122.142007) (xy 163.157037 122.20559) (xy 162.560524 121.609077)
				(xy 162.560523 121.609077) (xy 162.528143 121.653644) (xy 162.435244 121.835968) (xy 162.372009 122.030582)
				(xy 162.34 122.232682) (xy 113.158415 122.232682) (xy 113.12799 122.040582) (xy 113.064755 121.845968)
				(xy 112.971859 121.66365) (xy 112.939474 121.619077) (xy 112.939474 121.619076) (xy 112.342962 122.215589)
				(xy 112.325925 122.152007) (xy 112.260099 122.037993) (xy 112.167007 121.944901) (xy 112.052993 121.879075)
				(xy 111.989408 121.862037) (xy 112.585922 121.265524) (xy 112.585921 121.265523) (xy 112.541359 121.233147)
				(xy 112.54135 121.233141) (xy 112.359031 121.140244) (xy 112.249043 121.104507) (xy 112.249042 121.104507)
				(xy 111.008552 122.344999) (xy 110.7505 122.344999) (xy 110.7505 121.94731) (xy 110.770185 121.880271)
				(xy 110.786819 121.859629) (xy 111.606448 121.04) (xy 111.582404 120.981953) (xy 111.579045 120.950713)
				(xy 111.573849 120.91972) (xy 111.575339 120.916244) (xy 111.574935 120.912483) (xy 111.589001 120.884381)
				(xy 111.601384 120.855504) (xy 111.604517 120.853385) (xy 111.60621 120.850004) (xy 111.63323 120.833972)
				(xy 111.659265 120.81637) (xy 111.66419 120.815603) (xy 111.666299 120.814352) (xy 111.694074 120.810534)
				(xy 111.695532 120.8105) (xy 111.86 120.8105) (xy 111.902935 120.805662) (xy 111.908449 120.805534)
				(xy 111.908844 120.80564) (xy 111.91134 120.8055) (xy 111.958543 120.8055) (xy 112.088582 120.779632)
				(xy 112.151835 120.767051) (xy 112.333914 120.691632) (xy 112.497782 120.582139) (xy 112.637139 120.442782)
				(xy 112.746632 120.278914) (xy 112.822051 120.096835) (xy 112.8605 119.903541) (xy 112.8605 119.706459)
				(xy 112.8605 119.706456) (xy 112.822052 119.51317) (xy 112.822051 119.513169) (xy 112.822051 119.513165)
				(xy 112.809559 119.483007) (xy 112.746635 119.331092) (xy 112.746628 119.331079) (xy 112.637139 119.167218)
				(xy 112.637136 119.167214) (xy 112.497785 119.027863) (xy 112.497781 119.02786) (xy 112.33392 118.918371)
				(xy 112.333907 118.918364) (xy 112.151839 118.84295) (xy 112.151829 118.842947) (xy 111.958543 118.8045)
				(xy 111.958541 118.8045) (xy 111.895879 118.8045) (xy 111.892763 118.804461) (xy 111.88037 118.804149)
				(xy 111.86 118.7995) (xy 111.695401 118.7995) (xy 111.693849 118.799461) (xy 111.661992 118.78923)
				(xy 111.629926 118.779815) (xy 111.628867 118.778593) (xy 111.627325 118.778098) (xy 111.606048 118.752259)
				(xy 111.584171 118.727011) (xy 111.58394 118.72541) (xy 111.582912 118.724161) (xy 111.578985 118.690944)
				(xy 111.574227 118.657853) (xy 111.574818 118.655697) (xy 111.574709 118.654774) (xy 111.575538 118.653071)
				(xy 111.582404 118.628047) (xy 111.606448 118.569999) (xy 110.786819 117.75037) (xy 110.753334 117.689047)
				(xy 110.7505 117.662689) (xy 110.7505 117.264999) (xy 111.008552 117.264999) (xy 111.008552 117.265001)
				(xy 112.249042 118.505491) (xy 112.249044 118.505492) (xy 112.359026 118.469757) (xy 112.541346 118.376861)
				(xy 112.541347 118.376861) (xy 112.585921 118.344474) (xy 111.989409 117.747962) (xy 112.052993 117.730925)
				(xy 112.167007 117.665099) (xy 112.260099 117.572007) (xy 112.325925 117.457993) (xy 112.342962 117.394409)
				(xy 112.939474 117.990921) (xy 112.971859 117.946349) (xy 113.064755 117.764031) (xy 113.12799 117.569417)
				(xy 113.16 117.367317) (xy 113.16 117.162682) (xy 113.12799 116.960582) (xy 113.064755 116.765968)
				(xy 112.971859 116.58365) (xy 112.939474 116.539077) (xy 112.939474 116.539076) (xy 112.342962 117.135589)
				(xy 112.325925 117.072007) (xy 112.260099 116.957993) (xy 112.167007 116.864901) (xy 112.052993 116.799075)
				(xy 111.989408 116.782037) (xy 112.585922 116.185524) (xy 112.585921 116.185523) (xy 112.541359 116.153147)
				(xy 112.54135 116.153141) (xy 112.359031 116.060244) (xy 112.249043 116.024507) (xy 112.249042 116.024507)
				(xy 111.008552 117.264999) (xy 110.7505 117.264999) (xy 110.7505 116.86731) (xy 110.770185 116.800271)
				(xy 110.786819 116.779629) (xy 111.606448 115.96) (xy 111.582404 115.901953) (xy 111.579045 115.870713)
				(xy 111.573849 115.83972) (xy 111.575339 115.836244) (xy 111.574935 115.832483) (xy 111.589001 115.804381)
				(xy 111.601384 115.775504) (xy 111.604517 115.773385) (xy 111.60621 115.770004) (xy 111.63323 115.753972)
				(xy 111.659265 115.73637) (xy 111.66419 115.735603) (xy 111.666299 115.734352) (xy 111.694074 115.730534)
				(xy 111.695532 115.7305) (xy 111.86 115.7305) (xy 111.902935 115.725662) (xy 111.908449 115.725534)
				(xy 111.908844 115.72564) (xy 111.91134 115.7255) (xy 111.958543 115.7255) (xy 112.088582 115.699632)
				(xy 112.151835 115.687051) (xy 112.333914 115.611632) (xy 112.497782 115.502139) (xy 112.637139 115.362782)
				(xy 112.746632 115.198914) (xy 112.822051 115.016835) (xy 112.8605 114.823541) (xy 112.8605 114.626459)
				(xy 112.8605 114.626456) (xy 112.822052 114.43317) (xy 112.822051 114.433169) (xy 112.822051 114.433165)
				(xy 112.809559 114.403007) (xy 112.746635 114.251092) (xy 112.746628 114.251079) (xy 112.637139 114.087218)
				(xy 112.637136 114.087214) (xy 112.497785 113.947863) (xy 112.497781 113.94786) (xy 112.33392 113.838371)
				(xy 112.333907 113.838364) (xy 112.151839 113.76295) (xy 112.151829 113.762947) (xy 111.958543 113.7245)
				(xy 111.958541 113.7245) (xy 111.895879 113.7245) (xy 111.868285 113.721391) (xy 111.860001 113.7195)
				(xy 111.86 113.7195) (xy 110.8745 113.7195) (xy 110.807461 113.699815) (xy 110.761706 113.647011)
				(xy 110.7505 113.5955) (xy 110.7505 113.3145) (xy 110.770185 113.247461) (xy 110.822989 113.201706)
				(xy 110.8745 113.1905) (xy 111.860003 113.1905) (xy 111.860003 113.190499) (xy 111.897456 113.18628)
				(xy 111.91134 113.1855) (xy 111.958543 113.1855) (xy 112.088582 113.159632) (xy 112.151835 113.147051)
				(xy 112.333914 113.071632) (xy 112.497782 112.962139) (xy 112.637139 112.822782) (xy 112.746632 112.658914)
				(xy 112.822051 112.476835) (xy 112.8605 112.283541) (xy 112.8605 112.086459) (xy 112.8605 112.086456)
				(xy 112.822052 111.89317) (xy 112.822051 111.893169) (xy 112.822051 111.893165) (xy 112.809559 111.863007)
				(xy 112.746635 111.711092) (xy 112.746628 111.711079) (xy 112.637139 111.547218) (xy 112.637136 111.547214)
				(xy 112.497785 111.407863) (xy 112.497781 111.40786) (xy 112.33392 111.298371) (xy 112.333907 111.298364)
				(xy 112.151839 111.22295) (xy 112.151829 111.222947) (xy 111.958543 111.1845) (xy 111.958541 111.1845)
				(xy 111.895879 111.1845) (xy 111.868285 111.181391) (xy 111.860001 111.1795) (xy 111.86 111.1795)
				(xy 110.8745 111.1795) (xy 110.807461 111.159815) (xy 110.761706 111.107011) (xy 110.7505 111.0555)
				(xy 110.7505 110.7745) (xy 110.770185 110.707461) (xy 110.822989 110.661706) (xy 110.8745 110.6505)
				(xy 111.860003 110.6505) (xy 111.860003 110.650499) (xy 111.897456 110.64628) (xy 111.91134 110.6455)
				(xy 111.958543 110.6455) (xy 112.088582 110.619632) (xy 112.151835 110.607051) (xy 112.333914 110.531632)
				(xy 112.497782 110.422139) (xy 112.637139 110.282782) (xy 112.746632 110.118914) (xy 112.822051 109.936835)
				(xy 112.8605 109.743541) (xy 112.8605 109.546459) (xy 112.8605 109.546456) (xy 112.822052 109.35317)
				(xy 112.822051 109.353169) (xy 112.822051 109.353165) (xy 112.809559 109.323007) (xy 112.746635 109.171092)
				(xy 112.746628 109.171079) (xy 112.637139 109.007218) (xy 112.637136 109.007214) (xy 112.497785 108.867863)
				(xy 112.497781 108.86786) (xy 112.33392 108.758371) (xy 112.333907 108.758364) (xy 112.151839 108.68295)
				(xy 112.151829 108.682947) (xy 111.958543 108.6445) (xy 111.958541 108.6445) (xy 111.895879 108.6445)
				(xy 111.868285 108.641391) (xy 111.860001 108.6395) (xy 111.86 108.6395) (xy 110.8745 108.6395)
				(xy 110.807461 108.619815) (xy 110.761706 108.567011) (xy 110.7505 108.5155) (xy 110.7505 108.2345)
				(xy 110.770185 108.167461) (xy 110.822989 108.121706) (xy 110.8745 108.1105) (xy 111.860003 108.1105)
				(xy 111.860003 108.110499) (xy 111.897456 108.10628) (xy 111.91134 108.1055) (xy 111.958543 108.1055)
				(xy 112.088582 108.079632) (xy 112.151835 108.067051) (xy 112.333914 107.991632) (xy 112.497782 107.882139)
				(xy 112.637139 107.742782) (xy 112.746632 107.578914) (xy 112.822051 107.396835) (xy 112.8605 107.203541)
				(xy 112.8605 107.006459) (xy 112.8605 107.006456) (xy 112.822052 106.81317) (xy 112.822051 106.813169)
				(xy 112.822051 106.813165) (xy 112.813701 106.793007) (xy 112.746635 106.631092) (xy 112.746628 106.631079)
				(xy 112.637139 106.467218) (xy 112.637136 106.467214) (xy 112.497785 106.327863) (xy 112.497781 106.32786)
				(xy 112.33392 106.218371) (xy 112.333907 106.218364) (xy 112.151839 106.14295) (xy 112.151829 106.142947)
				(xy 111.958543 106.1045) (xy 111.958541 106.1045) (xy 111.895879 106.1045) (xy 111.868285 106.101391)
				(xy 111.860001 106.0995) (xy 111.86 106.0995) (xy 110.8745 106.0995) (xy 110.807461 106.079815)
				(xy 110.761706 106.027011) (xy 110.7505 105.9755) (xy 110.7505 105.6945) (xy 110.770185 105.627461)
				(xy 110.822989 105.581706) (xy 110.8745 105.5705) (xy 111.860003 105.5705) (xy 111.860003 105.570499)
				(xy 111.897456 105.56628) (xy 111.91134 105.5655) (xy 111.958543 105.5655) (xy 112.088582 105.539632)
				(xy 112.151835 105.527051) (xy 112.333914 105.451632) (xy 112.497782 105.342139) (xy 112.637139 105.202782)
				(xy 112.746632 105.038914) (xy 112.822051 104.856835) (xy 112.858443 104.673883) (xy 112.8605 104.663543)
				(xy 112.8605 104.466456) (xy 112.822052 104.27317) (xy 112.822051 104.273169) (xy 112.822051 104.273165)
				(xy 112.791538 104.1995) (xy 112.746635 104.091092) (xy 112.746628 104.091079) (xy 112.637139 103.927218)
				(xy 112.637136 103.927214) (xy 112.497785 103.787863) (xy 112.497781 103.78786) (xy 112.33392 103.678371)
				(xy 112.333907 103.678364) (xy 112.151839 103.60295) (xy 112.151829 103.602947) (xy 111.958543 103.5645)
				(xy 111.958541 103.5645) (xy 111.895879 103.5645) (xy 111.868285 103.561391) (xy 111.860001 103.5595)
				(xy 111.86 103.5595) (xy 110.8745 103.5595) (xy 110.807461 103.539815) (xy 110.761706 103.487011)
				(xy 110.7505 103.4355) (xy 110.7505 103.1545) (xy 110.770185 103.087461) (xy 110.822989 103.041706)
				(xy 110.8745 103.0305) (xy 111.860003 103.0305) (xy 111.860003 103.030499) (xy 111.897456 103.02628)
				(xy 111.91134 103.0255) (xy 111.958543 103.0255) (xy 112.088582 102.999632) (xy 112.151835 102.987051)
				(xy 112.333914 102.911632) (xy 112.497782 102.802139) (xy 112.637139 102.662782) (xy 112.746632 102.498914)
				(xy 112.822051 102.316835) (xy 112.8605 102.123541) (xy 112.8605 101.926459) (xy 112.8605 101.926456)
				(xy 112.822052 101.73317) (xy 112.822051 101.733169) (xy 112.822051 101.733165) (xy 112.812697 101.710582)
				(xy 112.746635 101.551092) (xy 112.746628 101.551079) (xy 112.637139 101.387218) (xy 112.637136 101.387214)
				(xy 112.497785 101.247863) (xy 112.497781 101.24786) (xy 112.33392 101.138371) (xy 112.333907 101.138364)
				(xy 112.151839 101.06295) (xy 112.151829 101.062947) (xy 111.958543 101.0245) (xy 111.958541 101.0245)
				(xy 111.895879 101.0245) (xy 111.868285 101.021391) (xy 111.860001 101.0195) (xy 111.86 101.0195)
				(xy 110.8745 101.0195) (xy 110.807461 100.999815) (xy 110.761706 100.947011) (xy 110.7505 100.8955)
				(xy 110.7505 100.6145) (xy 110.770185 100.547461) (xy 110.822989 100.501706) (xy 110.8745 100.4905)
				(xy 111.860003 100.4905) (xy 111.860003 100.490499) (xy 111.897456 100.48628) (xy 111.91134 100.4855)
				(xy 111.958543 100.4855) (xy 112.088582 100.459632) (xy 112.151835 100.447051) (xy 112.333914 100.371632)
				(xy 112.390073 100.334108) (xy 125.2495 100.334108) (xy 125.2495 100.465892) (xy 125.256094 100.4905)
				(xy 125.283608 100.593187) (xy 125.301573 100.624302) (xy 125.3495 100.707314) (xy 125.349502 100.707316)
				(xy 125.413181 100.770995) (xy 125.446666 100.832318) (xy 125.4495 100.858676) (xy 125.4495 103.539562)
				(xy 125.463152 103.590513) (xy 125.469979 103.61599) (xy 125.46998 103.615991) (xy 125.49319 103.656192)
				(xy 125.50954 103.684511) (xy 132.00954 110.184511) (xy 132.065489 110.24046) (xy 132.065491 110.240461)
				(xy 132.065495 110.240464) (xy 132.121478 110.272785) (xy 132.134011 110.280021) (xy 132.210438 110.3005)
				(xy 132.21044 110.3005) (xy 143.28956 110.3005) (xy 143.289562 110.3005) (xy 143.365989 110.280021)
				(xy 143.434511 110.24046) (xy 143.49046 110.184511) (xy 149.24046 104.434511) (xy 149.256451 104.406814)
				(xy 149.280021 104.365989) (xy 149.3005 104.289562) (xy 149.3005 102.058676) (xy 149.307159 102.035996)
				(xy 149.309431 102.01247) (xy 149.31778 101.999826) (xy 149.320185 101.991637) (xy 149.32711 101.981922)
				(xy 149.331639 101.976174) (xy 149.395132 101.912682) (xy 162.34 101.912682) (xy 162.34 102.117317)
				(xy 162.372009 102.319417) (xy 162.435244 102.514031) (xy 162.528141 102.69635) (xy 162.528147 102.696359)
				(xy 162.560523 102.740921) (xy 162.560524 102.740922) (xy 163.157037 102.144409) (xy 163.174075 102.207993)
				(xy 163.239901 102.322007) (xy 163.332993 102.415099) (xy 163.447007 102.480925) (xy 163.510589 102.497962)
				(xy 162.914076 103.094474) (xy 162.95865 103.126859) (xy 163.140972 103.219756) (xy 163.140975 103.219758)
				(xy 163.250954 103.255492) (xy 163.250956 103.255491) (xy 164.491448 102.015) (xy 163.250955 100.774507)
				(xy 163.140968 100.810244) (xy 162.958644 100.903143) (xy 162.914077 100.935523) (xy 162.914077 100.935524)
				(xy 163.51059 101.532037) (xy 163.447007 101.549075) (xy 163.332993 101.614901) (xy 163.239901 101.707993)
				(xy 163.174075 101.822007) (xy 163.157037 101.88559) (xy 162.560524 101.289077) (xy 162.560523 101.289077)
				(xy 162.528143 101.333644) (xy 162.435244 101.515968) (xy 162.372009 101.710582) (xy 162.34 101.912682)
				(xy 149.395132 101.912682) (xy 149.4005 101.907314) (xy 149.466392 101.793186) (xy 149.5005 101.665892)
				(xy 149.5005 101.534108) (xy 149.466392 101.406814) (xy 149.462954 101.40086) (xy 149.455076 101.387214)
				(xy 149.4005 101.292686) (xy 149.307314 101.1995) (xy 149.25025 101.166554) (xy 149.193187 101.133608)
				(xy 149.150581 101.122192) (xy 149.065892 101.0995) (xy 148.934108 101.0995) (xy 148.806812 101.133608)
				(xy 148.692686 101.1995) (xy 148.692683 101.199502) (xy 148.599502 101.292683) (xy 148.5995 101.292686)
				(xy 148.533608 101.406812) (xy 148.4995 101.534108) (xy 148.4995 101.665891) (xy 148.533608 101.793187)
				(xy 148.544392 101.811865) (xy 148.5995 101.907314) (xy 148.599502 101.907316) (xy 148.663181 101.970995)
				(xy 148.696666 102.032318) (xy 148.6995 102.058676) (xy 148.6995 104.074167) (xy 148.679815 104.141206)
				(xy 148.663181 104.161848) (xy 143.161848 109.663181) (xy 143.100525 109.696666) (xy 143.074167 109.6995)
				(xy 132.425833 109.6995) (xy 132.358794 109.679815) (xy 132.338152 109.663181) (xy 127.209079 104.534108)
				(xy 130.4995 104.534108) (xy 130.4995 104.665891) (xy 130.533608 104.793187) (xy 130.559736 104.838441)
				(xy 130.5995 104.907314) (xy 130.599502 104.907316) (xy 130.663181 104.970995) (xy 130.696666 105.032318)
				(xy 130.6995 105.058676) (xy 130.6995 106.789562) (xy 130.719979 106.865989) (xy 130.731581 106.886083)
				(xy 130.731582 106.886087) (xy 130.731583 106.886087) (xy 130.75954 106.934511) (xy 132.25954 108.434511)
				(xy 132.315489 108.49046) (xy 132.315491 108.490461) (xy 132.315495 108.490464) (xy 132.384004 108.530017)
				(xy 132.384011 108.530021) (xy 132.460438 108.5505) (xy 132.46044 108.5505) (xy 143.03956 108.5505)
				(xy 143.039562 108.5505) (xy 143.115989 108.530021) (xy 143.184511 108.49046) (xy 143.24046 108.434511)
				(xy 144.74046 106.934511) (xy 144.768417 106.886087) (xy 144.780021 106.865989) (xy 144.8005 106.789562)
				(xy 144.8005 97.358676) (xy 144.820185 97.291637) (xy 144.836819 97.270995) (xy 144.860821 97.246993)
				(xy 144.9005 97.207314) (xy 144.966392 97.093186) (xy 145.0005 96.965892) (xy 145.0005 96.834108)
				(xy 144.966392 96.706814) (xy 144.9005 96.592686) (xy 144.807314 96.4995) (xy 144.738256 96.459629)
				(xy 144.693187 96.433608) (xy 144.629539 96.416554) (xy 144.565892 96.3995) (xy 144.434108 96.3995)
				(xy 144.306812 96.433608) (xy 144.192686 96.4995) (xy 144.192683 96.499502) (xy 144.099502 96.592683)
				(xy 144.0995 96.592686) (xy 144.033608 96.706812) (xy 143.9995 96.834108) (xy 143.9995 96.965891)
				(xy 144.033608 97.093187) (xy 144.049078 97.119981) (xy 144.0995 97.207314) (xy 144.099502 97.207316)
				(xy 144.163181 97.270995) (xy 144.196666 97.332318) (xy 144.1995 97.358676) (xy 144.1995 106.574167)
				(xy 144.179815 106.641206) (xy 144.163181 106.661848) (xy 142.911848 107.913181) (xy 142.850525 107.946666)
				(xy 142.824167 107.9495) (xy 132.675833 107.9495) (xy 132.608794 107.929815) (xy 132.588152 107.913181)
				(xy 131.336819 106.661848) (xy 131.303334 106.600525) (xy 131.3005 106.574167) (xy 131.3005 105.058676)
				(xy 131.320185 104.991637) (xy 131.336819 104.970995) (xy 131.4005 104.907314) (xy 131.466392 104.793186)
				(xy 131.5005 104.665892) (xy 131.5005 104.534108) (xy 131.466392 104.406814) (xy 131.4005 104.292686)
				(xy 131.307314 104.1995) (xy 131.242099 104.161848) (xy 131.193187 104.133608) (xy 131.095435 104.107416)
				(xy 131.065892 104.0995) (xy 130.934108 104.0995) (xy 130.806812 104.133608) (xy 130.692686 104.1995)
				(xy 130.692683 104.199502) (xy 130.599502 104.292683) (xy 130.5995 104.292686) (xy 130.533608 104.406812)
				(xy 130.4995 104.534108) (xy 127.209079 104.534108) (xy 126.086819 103.411848) (xy 126.053334 103.350525)
				(xy 126.0505 103.324167) (xy 126.0505 100.858676) (xy 126.070185 100.791637) (xy 126.086819 100.770995)
				(xy 126.107814 100.75) (xy 126.1505 100.707314) (xy 126.216392 100.593186) (xy 126.2505 100.465892)
				(xy 126.2505 100.334108) (xy 126.216392 100.206814) (xy 126.1505 100.092686) (xy 126.057314 99.9995)
				(xy 125.987005 99.958907) (xy 125.943187 99.933608) (xy 125.879539 99.916554) (xy 125.815892 99.8995)
				(xy 125.684108 99.8995) (xy 125.556812 99.933608) (xy 125.442686 99.9995) (xy 125.442683 99.999502)
				(xy 125.349502 100.092683) (xy 125.3495 100.092686) (xy 125.283608 100.206812) (xy 125.26473 100.277268)
				(xy 125.2495 100.334108) (xy 112.390073 100.334108) (xy 112.497782 100.262139) (xy 112.50821 100.251711)
				(xy 112.521622 100.2383) (xy 112.637136 100.122785) (xy 112.637139 100.122782) (xy 112.746632 99.958914)
				(xy 112.822051 99.776835) (xy 112.8605 99.583541) (xy 112.8605 99.386459) (xy 112.8605 99.386456)
				(xy 112.822052 99.19317) (xy 112.822051 99.193169) (xy 112.822051 99.193165) (xy 112.809559 99.163007)
				(xy 112.746635 99.011092) (xy 112.746628 99.011079) (xy 112.637139 98.847218) (xy 112.637136 98.847214)
				(xy 112.497785 98.707863) (xy 112.497781 98.70786) (xy 112.33392 98.598371) (xy 112.333907 98.598364)
				(xy 112.151839 98.52295) (xy 112.151829 98.522947) (xy 111.958543 98.4845) (xy 111.958541 98.4845)
				(xy 111.895879 98.4845) (xy 111.892763 98.484461) (xy 111.88037 98.484149) (xy 111.86 98.4795) (xy 111.695401 98.4795)
				(xy 111.693849 98.479461) (xy 111.661992 98.46923) (xy 111.629926 98.459815) (xy 111.628867 98.458593)
				(xy 111.627325 98.458098) (xy 111.606048 98.432259) (xy 111.584171 98.407011) (xy 111.58394 98.40541)
				(xy 111.582912 98.404161) (xy 111.578985 98.370944) (xy 111.574227 98.337853) (xy 111.574818 98.335697)
				(xy 111.574709 98.334774) (xy 111.575538 98.333071) (xy 111.582404 98.308047) (xy 111.606448 98.249999)
				(xy 110.786819 97.43037) (xy 110.753334 97.369047) (xy 110.7505 97.342689) (xy 110.7505 96.944999)
				(xy 111.008552 96.944999) (xy 111.008552 96.945001) (xy 112.249042 98.185491) (xy 112.249044 98.185492)
				(xy 112.359026 98.149757) (xy 112.541346 98.056861) (xy 112.541347 98.056861) (xy 112.585921 98.024474)
				(xy 111.989409 97.427962) (xy 112.052993 97.410925) (xy 112.167007 97.345099) (xy 112.260099 97.252007)
				(xy 112.325925 97.137993) (xy 112.342962 97.074409) (xy 112.939474 97.670921) (xy 112.971859 97.626349)
				(xy 113.064755 97.444029) (xy 113.100472 97.334108) (xy 129.7495 97.334108) (xy 129.7495 97.465891)
				(xy 129.783608 97.593187) (xy 129.816554 97.65025) (xy 129.8495 97.707314) (xy 129.942686 97.8005)
				(xy 130.056814 97.866392) (xy 130.184108 97.9005) (xy 130.18411 97.9005) (xy 130.31589 97.9005)
				(xy 130.315892 97.9005) (xy 130.443186 97.866392) (xy 130.557314 97.8005) (xy 130.620995 97.736819)
				(xy 130.682318 97.703334) (xy 130.708676 97.7005) (xy 133.592793 97.7005) (xy 133.659832 97.720185)
				(xy 133.680474 97.736819) (xy 136.605973 100.662318) (xy 136.639458 100.723641) (xy 136.634474 100.793333)
				(xy 136.605973 100.83768) (xy 132.29616 105.147494) (xy 132.234837 105.180979) (xy 132.208479 105.183813)
				(xy 132.118421 105.183813) (xy 131.991125 105.217921) (xy 131.876999 105.283813) (xy 131.876996 105.283815)
				(xy 131.783815 105.376996) (xy 131.783813 105.376999) (xy 131.717921 105.491125) (xy 131.683813 105.618421)
				(xy 131.683813 105.750204) (xy 131.717921 105.8775) (xy 131.750867 105.934563) (xy 131.783813 105.991627)
				(xy 131.876999 106.084813) (xy 131.991127 106.150705) (xy 132.118421 106.184813) (xy 132.118423 106.184813)
				(xy 132.250203 106.184813) (xy 132.250205 106.184813) (xy 132.377499 106.150705) (xy 132.491627 106.084813)
				(xy 132.584813 105.991627) (xy 132.650705 105.877499) (xy 132.684813 105.750205) (xy 132.684813 105.660145)
				(xy 132.704498 105.593106) (xy 132.721132 105.572464) (xy 137.206778 101.086819) (xy 137.268101 101.053334)
				(xy 137.294459 101.0505) (xy 138.205541 101.0505) (xy 138.27258 101.070185) (xy 138.293222 101.086819)
				(xy 142.778868 105.572465) (xy 142.812353 105.633788) (xy 142.815187 105.660146) (xy 142.815187 105.750204)
				(xy 142.849295 105.8775) (xy 142.882241 105.934563) (xy 142.915187 105.991627) (xy 143.008373 106.084813)
				(xy 143.122501 106.150705) (xy 143.249795 106.184813) (xy 143.249797 106.184813) (xy 143.381577 106.184813)
				(xy 143.381579 106.184813) (xy 143.508873 106.150705) (xy 143.623001 106.084813) (xy 143.716187 105.991627)
				(xy 143.782079 105.877499) (xy 143.816187 105.750205) (xy 143.816187 105.618421) (xy 143.782079 105.491127)
				(xy 143.716187 105.376999) (xy 143.623001 105.283813) (xy 143.565937 105.250867) (xy 143.508874 105.217921)
				(xy 143.415048 105.192781) (xy 143.381579 105.183813) (xy 143.29152 105.183813) (xy 143.224481 105.164128)
				(xy 143.203839 105.147494) (xy 138.894025 100.83768) (xy 138.86054 100.776357) (xy 138.865524 100.706665)
				(xy 138.894021 100.662323) (xy 143.203838 96.352505) (xy 143.265161 96.319021) (xy 143.291519 96.316187)
				(xy 143.381577 96.316187) (xy 143.381579 96.316187) (xy 143.508873 96.282079) (xy 143.623001 96.216187)
				(xy 143.716187 96.123001) (xy 143.782079 96.008873) (xy 143.816187 95.881579) (xy 143.816187 95.749795)
				(xy 143.782079 95.622501) (xy 143.716187 95.508373) (xy 143.623001 95.415187) (xy 143.539629 95.367052)
				(xy 143.508874 95.349295) (xy 143.445226 95.332241) (xy 143.381579 95.315187) (xy 143.249795 95.315187)
				(xy 143.122499 95.349295) (xy 143.008373 95.415187) (xy 143.00837 95.415189) (xy 142.915189 95.50837)
				(xy 142.915187 95.508373) (xy 142.849295 95.622499) (xy 142.815187 95.749795) (xy 142.815187 95.839853)
				(xy 142.795502 95.906892) (xy 142.778868 95.927534) (xy 138.293222 100.413181) (xy 138.231899 100.446666)
				(xy 138.205541 100.4495) (xy 137.294459 100.4495) (xy 137.22742 100.429815) (xy 137.206778 100.413181)
				(xy 133.953138 97.159541) (xy 133.953133 97.159537) (xy 133.929533 97.145912) (xy 133.929533 97.145911)
				(xy 133.929531 97.145911) (xy 133.88462 97.119981) (xy 133.884619 97.11998) (xy 133.875586 97.117559)
				(xy 133.808188 97.0995) (xy 133.808186 97.0995) (xy 130.708676 97.0995) (xy 130.641637 97.079815)
				(xy 130.620995 97.063181) (xy 130.557316 96.999502) (xy 130.557314 96.9995) (xy 130.4991 96.96589)
				(xy 130.443187 96.933608) (xy 130.379539 96.916554) (xy 130.315892 96.8995) (xy 130.184108 96.8995)
				(xy 130.056812 96.933608) (xy 129.942686 96.9995) (xy 129.942683 96.999502) (xy 129.849502 97.092683)
				(xy 129.8495 97.092686) (xy 129.783608 97.206812) (xy 129.7495 97.334108) (xy 113.100472 97.334108)
				(xy 113.115563 97.287663) (xy 113.115564 97.287661) (xy 113.127988 97.249424) (xy 113.127989 97.249418)
				(xy 113.16 97.047317) (xy 113.16 96.842682) (xy 113.12799 96.640582) (xy 113.064755 96.445968) (xy 112.971859 96.26365)
				(xy 112.939474 96.219077) (xy 112.939474 96.219076) (xy 112.342962 96.815589) (xy 112.325925 96.752007)
				(xy 112.260099 96.637993) (xy 112.167007 96.544901) (xy 112.052993 96.479075) (xy 111.989408 96.462037)
				(xy 112.585922 95.865524) (xy 112.585921 95.865523) (xy 112.541359 95.833147) (xy 112.54135 95.833141)
				(xy 112.359031 95.740244) (xy 112.249043 95.704507) (xy 112.249042 95.704507) (xy 111.008552 96.944999)
				(xy 110.7505 96.944999) (xy 110.7505 96.54731) (xy 110.770185 96.480271) (xy 110.786819 96.459629)
				(xy 111.606448 95.64) (xy 111.582404 95.581953) (xy 111.579045 95.550713) (xy 111.573849 95.51972)
				(xy 111.575339 95.516244) (xy 111.574935 95.512483) (xy 111.589001 95.484381) (xy 111.601384 95.455504)
				(xy 111.604517 95.453385) (xy 111.60621 95.450004) (xy 111.63323 95.433972) (xy 111.659265 95.41637)
				(xy 111.66419 95.415603) (xy 111.666299 95.414352) (xy 111.694074 95.410534) (xy 111.695532 95.4105)
				(xy 111.86 95.4105) (xy 111.902935 95.405662) (xy 111.908449 95.405534) (xy 111.908844 95.40564)
				(xy 111.91134 95.4055) (xy 111.958543 95.4055) (xy 112.088582 95.379632) (xy 112.151835 95.367051)
				(xy 112.333914 95.291632) (xy 112.497782 95.182139) (xy 112.637139 95.042782) (xy 112.746632 94.878914)
				(xy 112.822051 94.696835) (xy 112.8605 94.503541) (xy 112.8605 94.306459) (xy 112.8605 94.306456)
				(xy 112.822052 94.11317) (xy 112.822051 94.113169) (xy 112.822051 94.113165) (xy 112.809559 94.083007)
				(xy 112.746635 93.931092) (xy 112.746628 93.931079) (xy 112.637139 93.767218) (xy 112.637136 93.767214)
				(xy 112.497785 93.627863) (xy 112.497781 93.62786) (xy 112.33392 93.518371) (xy 112.333907 93.518364)
				(xy 112.151839 93.44295) (xy 112.151829 93.442947) (xy 111.958543 93.4045) (xy 111.958541 93.4045)
				(xy 111.895879 93.4045) (xy 111.868285 93.401391) (xy 111.860001 93.3995) (xy 111.86 93.3995) (xy 110.8745 93.3995)
				(xy 110.807461 93.379815) (xy 110.761706 93.327011) (xy 110.7505 93.2755) (xy 110.7505 92.9945)
				(xy 110.770185 92.927461) (xy 110.822989 92.881706) (xy 110.8745 92.8705) (xy 111.860003 92.8705)
				(xy 111.860003 92.870499) (xy 111.897456 92.86628) (xy 111.91134 92.8655) (xy 111.958543 92.8655)
				(xy 112.088582 92.839632) (xy 112.151835 92.827051) (xy 112.333914 92.751632) (xy 112.497782 92.642139)
				(xy 112.637139 92.502782) (xy 112.746632 92.338914) (xy 112.822051 92.156835) (xy 112.8605 91.963541)
				(xy 112.8605 91.766459) (xy 112.8605 91.766456) (xy 112.822052 91.57317) (xy 112.822051 91.573169)
				(xy 112.822051 91.573165) (xy 112.809559 91.543007) (xy 112.746635 91.391092) (xy 112.746628 91.391079)
				(xy 112.637139 91.227218) (xy 112.637136 91.227214) (xy 112.497785 91.087863) (xy 112.497781 91.08786)
				(xy 112.33392 90.978371) (xy 112.333907 90.978364) (xy 112.151839 90.90295) (xy 112.151829 90.902947)
				(xy 111.958543 90.8645) (xy 111.958541 90.8645) (xy 111.895879 90.8645) (xy 111.868285 90.861391)
				(xy 111.860001 90.8595) (xy 111.86 90.8595) (xy 110.8745 90.8595) (xy 110.807461 90.839815) (xy 110.761706 90.787011)
				(xy 110.7505 90.7355) (xy 110.7505 90.4545) (xy 110.770185 90.387461) (xy 110.822989 90.341706)
				(xy 110.8745 90.3305) (xy 111.860003 90.3305) (xy 111.860003 90.330499) (xy 111.897456 90.32628)
				(xy 111.91134 90.3255) (xy 111.958543 90.3255) (xy 112.088582 90.299632) (xy 112.151835 90.287051)
				(xy 112.333914 90.211632) (xy 112.497782 90.102139) (xy 112.637139 89.962782) (xy 112.746632 89.798914)
				(xy 112.822051 89.616835) (xy 112.8605 89.423541) (xy 112.8605 89.226459) (xy 112.8605 89.226456)
				(xy 112.822052 89.03317) (xy 112.822051 89.033169) (xy 112.822051 89.033165) (xy 112.809559 89.003007)
				(xy 112.746635 88.851092) (xy 112.746628 88.851079) (xy 112.637139 88.687218) (xy 112.637136 88.687214)
				(xy 112.497785 88.547863) (xy 112.497781 88.54786) (xy 112.33392 88.438371) (xy 112.333907 88.438364)
				(xy 112.151839 88.36295) (xy 112.151829 88.362947) (xy 111.958543 88.3245) (xy 111.958541 88.3245)
				(xy 111.895879 88.3245) (xy 111.868285 88.321391) (xy 111.860001 88.3195) (xy 111.86 88.3195) (xy 110.8745 88.3195)
				(xy 110.807461 88.299815) (xy 110.761706 88.247011) (xy 110.7505 88.1955) (xy 110.7505 87.9145)
				(xy 110.770185 87.847461) (xy 110.822989 87.801706) (xy 110.8745 87.7905) (xy 111.860003 87.7905)
				(xy 111.860003 87.790499) (xy 111.897456 87.78628) (xy 111.91134 87.7855) (xy 111.958543 87.7855)
				(xy 112.088582 87.759632) (xy 112.151835 87.747051) (xy 112.333914 87.671632) (xy 112.497782 87.562139)
				(xy 112.637139 87.422782) (xy 112.746632 87.258914) (xy 112.822051 87.076835) (xy 112.8605 86.883541)
				(xy 112.8605 86.686459) (xy 112.8605 86.686456) (xy 112.822052 86.49317) (xy 112.822051 86.493169)
				(xy 112.822051 86.493165) (xy 112.809559 86.463007) (xy 112.746635 86.311092) (xy 112.746628 86.311079)
				(xy 112.637139 86.147218) (xy 112.637136 86.147214) (xy 112.497785 86.007863) (xy 112.497781 86.00786)
				(xy 112.33392 85.898371) (xy 112.333907 85.898364) (xy 112.151839 85.82295) (xy 112.151829 85.822947)
				(xy 111.958543 85.7845) (xy 111.958541 85.7845) (xy 111.895879 85.7845) (xy 111.868285 85.781391)
				(xy 111.860001 85.7795) (xy 111.86 85.7795) (xy 110.8745 85.7795) (xy 110.807461 85.759815) (xy 110.761706 85.707011)
				(xy 110.7505 85.6555) (xy 110.7505 85.3745) (xy 110.770185 85.307461) (xy 110.822989 85.261706)
				(xy 110.8745 85.2505) (xy 111.860003 85.2505) (xy 111.860003 85.250499) (xy 111.897456 85.24628)
				(xy 111.91134 85.2455) (xy 111.958543 85.2455) (xy 112.088582 85.219632) (xy 112.151835 85.207051)
				(xy 112.333914 85.131632) (xy 112.497782 85.022139) (xy 112.637139 84.882782) (xy 112.746632 84.718914)
				(xy 112.822051 84.536835) (xy 112.8605 84.343541) (xy 112.8605 84.146459) (xy 112.8605 84.146456)
				(xy 112.85776 84.132682) (xy 162.34 84.132682) (xy 162.34 84.337317) (xy 162.372009 84.539417) (xy 162.435244 84.734031)
				(xy 162.528141 84.91635) (xy 162.528147 84.916359) (xy 162.560523 84.960921) (xy 162.560524 84.960922)
				(xy 163.157037 84.364409) (xy 163.174075 84.427993) (xy 163.239901 84.542007) (xy 163.332993 84.635099)
				(xy 163.447007 84.700925) (xy 163.510589 84.717962) (xy 162.914076 85.314474) (xy 162.95865 85.346859)
				(xy 163.140972 85.439756) (xy 163.140975 85.439758) (xy 163.250954 85.475492) (xy 163.250956 85.475491)
				(xy 164.491448 84.235) (xy 163.250955 82.994507) (xy 163.140968 83.030244) (xy 162.958644 83.123143)
				(xy 162.914077 83.155523) (xy 162.914077 83.155524) (xy 163.51059 83.752037) (xy 163.447007 83.769075)
				(xy 163.332993 83.834901) (xy 163.239901 83.927993) (xy 163.174075 84.042007) (xy 163.157037 84.10559)
				(xy 162.560524 83.509077) (xy 162.560523 83.509077) (xy 162.528143 83.553644) (xy 162.435244 83.735968)
				(xy 162.372009 83.930582) (xy 162.34 84.132682) (xy 112.85776 84.132682) (xy 112.82571 83.971559)
				(xy 112.822051 83.953165) (xy 112.812697 83.930582) (xy 112.746635 83.771092) (xy 112.746628 83.771079)
				(xy 112.637139 83.607218) (xy 112.637136 83.607214) (xy 112.497785 83.467863) (xy 112.497781 83.46786)
				(xy 112.33392 83.358371) (xy 112.333907 83.358364) (xy 112.234873 83.317344) (xy 112.151839 83.28295)
				(xy 112.151829 83.282947) (xy 111.958543 83.2445) (xy 111.958541 83.2445) (xy 111.895879 83.2445)
				(xy 111.892763 83.244461) (xy 111.88037 83.244149) (xy 111.86 83.2395) (xy 111.695401 83.2395) (xy 111.693849 83.239461)
				(xy 111.661992 83.22923) (xy 111.629926 83.219815) (xy 111.628867 83.218593) (xy 111.627325 83.218098)
				(xy 111.606048 83.192259) (xy 111.584171 83.167011) (xy 111.58394 83.16541) (xy 111.582912 83.164161)
				(xy 111.578985 83.130944) (xy 111.574227 83.097853) (xy 111.574818 83.095697) (xy 111.574709 83.094774)
				(xy 111.575538 83.093071) (xy 111.582404 83.068047) (xy 111.606448 83.009999) (xy 110.786819 82.19037)
				(xy 110.753334 82.129047) (xy 110.7505 82.102689) (xy 110.7505 81.704999) (xy 111.008552 81.704999)
				(xy 111.008552 81.705001) (xy 112.249042 82.945491) (xy 112.249044 82.945492) (xy 112.359026 82.909757)
				(xy 112.541346 82.816861) (xy 112.541347 82.816861) (xy 112.585921 82.784474) (xy 111.989409 82.187962)
				(xy 112.052993 82.170925) (xy 112.167007 82.105099) (xy 112.260099 82.012007) (xy 112.325925 81.897993)
				(xy 112.342962 81.834409) (xy 112.939474 82.430921) (xy 112.971859 82.386349) (xy 113.064755 82.204031)
				(xy 113.12799 82.009417) (xy 113.16 81.807317) (xy 113.16 81.602682) (xy 113.12799 81.400582) (xy 113.064755 81.205968)
				(xy 112.971859 81.02365) (xy 112.939474 80.979077) (xy 112.939474 80.979076) (xy 112.342962 81.575589)
				(xy 112.325925 81.512007) (xy 112.260099 81.397993) (xy 112.167007 81.304901) (xy 112.052993 81.239075)
				(xy 111.989408 81.222037) (xy 112.585922 80.625524) (xy 112.585921 80.625523) (xy 112.541359 80.593147)
				(xy 112.54135 80.593141) (xy 112.359031 80.500244) (xy 112.249043 80.464507) (xy 112.249042 80.464507)
				(xy 111.008552 81.704999) (xy 110.7505 81.704999) (xy 110.7505 81.30731) (xy 110.770185 81.240271)
				(xy 110.786819 81.219629) (xy 111.606448 80.4) (xy 111.582404 80.341953) (xy 111.579045 80.310713)
				(xy 111.573849 80.27972) (xy 111.575339 80.276244) (xy 111.574935 80.272483) (xy 111.589001 80.244381)
				(xy 111.601384 80.215504) (xy 111.604517 80.213385) (xy 111.60621 80.210004) (xy 111.63323 80.193972)
				(xy 111.659265 80.17637) (xy 111.66419 80.175603) (xy 111.666299 80.174352) (xy 111.694074 80.170534)
				(xy 111.695532 80.1705) (xy 111.86 80.1705) (xy 111.902935 80.165662) (xy 111.908449 80.165534)
				(xy 111.908844 80.16564) (xy 111.91134 80.1655) (xy 111.958543 80.1655) (xy 112.088582 80.139632)
				(xy 112.151835 80.127051) (xy 112.333914 80.051632) (xy 112.497782 79.942139) (xy 112.637139 79.802782)
				(xy 112.746632 79.638914) (xy 112.822051 79.456835) (xy 112.8605 79.263541) (xy 112.8605 79.066459)
				(xy 112.8605 79.066456) (xy 112.85776 79.052682) (xy 162.34 79.052682) (xy 162.34 79.257317) (xy 162.372009 79.459417)
				(xy 162.435244 79.654031) (xy 162.528141 79.83635) (xy 162.528147 79.836359) (xy 162.560523 79.880921)
				(xy 162.560524 79.880922) (xy 163.157037 79.284409) (xy 163.174075 79.347993) (xy 163.239901 79.462007)
				(xy 163.332993 79.555099) (xy 163.447007 79.620925) (xy 163.510589 79.637962) (xy 162.914076 80.234474)
				(xy 162.95865 80.266859) (xy 163.140972 80.359756) (xy 163.140975 80.359758) (xy 163.250954 80.395492)
				(xy 163.250956 80.395491) (xy 164.491448 79.155) (xy 163.250955 77.914507) (xy 163.140968 77.950244)
				(xy 162.958644 78.043143) (xy 162.914077 78.075523) (xy 162.914077 78.075524) (xy 163.51059 78.672037)
				(xy 163.447007 78.689075) (xy 163.332993 78.754901) (xy 163.239901 78.847993) (xy 163.174075 78.962007)
				(xy 163.157037 79.02559) (xy 162.560524 78.429077) (xy 162.560523 78.429077) (xy 162.528143 78.473644)
				(xy 162.435244 78.655968) (xy 162.372009 78.850582) (xy 162.34 79.052682) (xy 112.85776 79.052682)
				(xy 112.82571 78.891559) (xy 112.822051 78.873165) (xy 112.812697 78.850582) (xy 112.746635 78.691092)
				(xy 112.746628 78.691079) (xy 112.637139 78.527218) (xy 112.637136 78.527214) (xy 112.497785 78.387863)
				(xy 112.497781 78.38786) (xy 112.33392 78.278371) (xy 112.333907 78.278364) (xy 112.234873 78.237344)
				(xy 112.151839 78.20295) (xy 112.151829 78.202947) (xy 111.958543 78.1645) (xy 111.958541 78.1645)
				(xy 111.895879 78.1645) (xy 111.868285 78.161391) (xy 111.860001 78.1595) (xy 111.86 78.1595) (xy 110.8745 78.1595)
				(xy 110.807461 78.139815) (xy 110.761706 78.087011) (xy 110.7505 78.0355) (xy 110.7505 77.7545)
				(xy 110.770185 77.687461) (xy 110.822989 77.641706) (xy 110.8745 77.6305) (xy 111.860003 77.6305)
				(xy 111.860003 77.630499) (xy 111.897456 77.62628) (xy 111.91134 77.6255) (xy 111.958543 77.6255)
				(xy 112.088582 77.599632) (xy 112.151835 77.587051) (xy 112.333914 77.511632) (xy 112.497782 77.402139)
				(xy 112.637139 77.262782) (xy 112.746632 77.098914) (xy 112.822051 76.916835) (xy 112.8605 76.723541)
				(xy 112.8605 76.526459) (xy 112.8605 76.526456) (xy 112.822052 76.33317) (xy 112.822051 76.333169)
				(xy 112.822051 76.333165) (xy 112.809559 76.303007) (xy 112.746635 76.151092) (xy 112.746628 76.151079)
				(xy 112.637139 75.987218) (xy 112.637136 75.987214) (xy 112.497785 75.847863) (xy 112.497781 75.84786)
				(xy 112.33392 75.738371) (xy 112.333907 75.738364) (xy 112.151839 75.66295) (xy 112.151829 75.662947)
				(xy 111.958543 75.6245) (xy 111.958541 75.6245) (xy 111.895879 75.6245) (xy 111.868285 75.621391)
				(xy 111.860001 75.6195) (xy 111.86 75.6195) (xy 110.8745 75.6195) (xy 110.807461 75.599815) (xy 110.761706 75.547011)
				(xy 110.7505 75.4955) (xy 110.7505 64.135258) (xy 112.9995 64.135258) (xy 112.9995 64.364741) (xy 113.024446 64.554215)
				(xy 113.029452 64.592238) (xy 113.029453 64.59224) (xy 113.088842 64.813887) (xy 113.17665 65.025876)
				(xy 113.176657 65.02589) (xy 113.291392 65.224617) (xy 113.431081 65.406661) (xy 113.431089 65.40667)
				(xy 113.59333 65.568911) (xy 113.593338 65.568918) (xy 113.775382 65.708607) (xy 113.775385 65.708608)
				(xy 113.775388 65.708611) (xy 113.974112 65.823344) (xy 113.974117 65.823346) (xy 113.974123 65.823349)
				(xy 114.06548 65.86119) (xy 114.186113 65.911158) (xy 114.407762 65.970548) (xy 114.635266 66.0005)
				(xy 114.635273 66.0005) (xy 114.864727 66.0005) (xy 114.864734 66.0005) (xy 115.092238 65.970548)
				(xy 115.313887 65.911158) (xy 115.525888 65.823344) (xy 115.724612 65.708611) (xy 115.906661 65.568919)
				(xy 115.906665 65.568914) (xy 115.90667 65.568911) (xy 116.068911 65.40667) (xy 116.068914 65.406665)
				(xy 116.068919 65.406661) (xy 116.208611 65.224612) (xy 116.323344 65.025888) (xy 116.411158 64.813887)
				(xy 116.470548 64.592238) (xy 116.5005 64.364734) (xy 116.5005 64.135266) (xy 116.500499 64.135258)
				(xy 158.9995 64.135258) (xy 158.9995 64.364741) (xy 159.024446 64.554215) (xy 159.029452 64.592238)
				(xy 159.029453 64.59224) (xy 159.088842 64.813887) (xy 159.17665 65.025876) (xy 159.176657 65.02589)
				(xy 159.291392 65.224617) (xy 159.431081 65.406661) (xy 159.431089 65.40667) (xy 159.59333 65.568911)
				(xy 159.593338 65.568918) (xy 159.775382 65.708607) (xy 159.775385 65.708608) (xy 159.775388 65.708611)
				(xy 159.974112 65.823344) (xy 159.974117 65.823346) (xy 159.974123 65.823349) (xy 160.06548 65.86119)
				(xy 160.186113 65.911158) (xy 160.407762 65.970548) (xy 160.635266 66.0005) (xy 160.635273 66.0005)
				(xy 160.864727 66.0005) (xy 160.864734 66.0005) (xy 161.092238 65.970548) (xy 161.313887 65.911158)
				(xy 161.525888 65.823344) (xy 161.724612 65.708611) (xy 161.906661 65.568919) (xy 161.906665 65.568914)
				(xy 161.90667 65.568911) (xy 162.068911 65.40667) (xy 162.068914 65.406665) (xy 162.068919 65.406661)
				(xy 162.208611 65.224612) (xy 162.323344 65.025888) (xy 162.411158 64.813887) (xy 162.470548 64.592238)
				(xy 162.5005 64.364734) (xy 162.5005 64.135266) (xy 162.470548 63.907762) (xy 162.411158 63.686113)
				(xy 162.323344 63.474112) (xy 162.208611 63.275388) (xy 162.208608 63.275385) (xy 162.208607 63.275382)
				(xy 162.068918 63.093338) (xy 162.068911 63.09333) (xy 161.90667 62.931089) (xy 161.906661 62.931081)
				(xy 161.724617 62.791392) (xy 161.52589 62.676657) (xy 161.525876 62.67665) (xy 161.313887 62.588842)
				(xy 161.092238 62.529452) (xy 161.054215 62.524446) (xy 160.864741 62.4995) (xy 160.864734 62.4995)
				(xy 160.635266 62.4995) (xy 160.635258 62.4995) (xy 160.418715 62.528009) (xy 160.407762 62.529452)
				(xy 160.314076 62.554554) (xy 160.186112 62.588842) (xy 159.974123 62.67665) (xy 159.974109 62.676657)
				(xy 159.775382 62.791392) (xy 159.593338 62.931081) (xy 159.431081 63.093338) (xy 159.291392 63.275382)
				(xy 159.176657 63.474109) (xy 159.17665 63.474123) (xy 159.088842 63.686112) (xy 159.029453 63.907759)
				(xy 159.029451 63.90777) (xy 158.9995 64.135258) (xy 116.500499 64.135258) (xy 116.470548 63.907762)
				(xy 116.411158 63.686113) (xy 116.323344 63.474112) (xy 116.208611 63.275388) (xy 116.208608 63.275385)
				(xy 116.208607 63.275382) (xy 116.068918 63.093338) (xy 116.068911 63.09333) (xy 115.90667 62.931089)
				(xy 115.906661 62.931081) (xy 115.724617 62.791392) (xy 115.52589 62.676657) (xy 115.525876 62.67665)
				(xy 115.313887 62.588842) (xy 115.092238 62.529452) (xy 115.054215 62.524446) (xy 114.864741 62.4995)
				(xy 114.864734 62.4995) (xy 114.635266 62.4995) (xy 114.635258 62.4995) (xy 114.418715 62.528009)
				(xy 114.407762 62.529452) (xy 114.314076 62.554554) (xy 114.186112 62.588842) (xy 113.974123 62.67665)
				(xy 113.974109 62.676657) (xy 113.775382 62.791392) (xy 113.593338 62.931081) (xy 113.431081 63.093338)
				(xy 113.291392 63.275382) (xy 113.176657 63.474109) (xy 113.17665 63.474123) (xy 113.088842 63.686112)
				(xy 113.029453 63.907759) (xy 113.029451 63.90777) (xy 112.9995 64.135258) (xy 110.7505 64.135258)
				(xy 110.7505 61.25375) (xy 110.750726 61.246263) (xy 110.768271 60.956205) (xy 110.770076 60.94134)
				(xy 110.791937 60.822052) (xy 110.82178 60.659197) (xy 110.825364 60.644663) (xy 110.82771 60.637136)
				(xy 110.910696 60.370822) (xy 110.915998 60.356841) (xy 111.033731 60.095249) (xy 111.040676 60.082016)
				(xy 111.18908 59.836526) (xy 111.197567 59.82423) (xy 111.37448 59.598417) (xy 111.384395 59.587226)
				(xy 111.587226 59.384395) (xy 111.598417 59.37448) (xy 111.82423 59.197567) (xy 111.836526 59.18908)
				(xy 112.082016 59.040676) (xy 112.095249 59.033731) (xy 112.356841 58.915998) (xy 112.370822 58.910696)
				(xy 112.644668 58.825362) (xy 112.659197 58.82178) (xy 112.941344 58.770075) (xy 112.956201 58.768271)
				(xy 113.246264 58.750726) (xy 113.253751 58.7505) (xy 113.315892 58.7505) (xy 116.295501 58.7505)
			)
		)
	)
	(group ""
		(uuid "6a5cf0c3-6d7a-4ccd-82cc-00e3380ec5fb")
		(members "071e2052-7d4c-4344-aafb-26c56fb75d7a" "0f769582-37de-4a5c-9f9f-ac0fbeecddd6"
			"f48e97ff-9e54-495f-844d-7c89d08da4b4"
		)
	)
	(group ""
		(uuid "f48e97ff-9e54-495f-844d-7c89d08da4b4")
		(members "4f14b5c7-72e8-4cca-98f6-093ca51616f8" "521a9e34-aec4-4c04-9f1b-48e96b87e359"
			"63d13d91-56f4-4dbf-980f-e7276a9e6ae7" "84f7e6b1-69b2-4da8-baab-4d997ef23eed"
			"88aebeee-1cc2-43b8-8e59-f0090399d738" "9795146c-9c47-4824-89cb-897aab7a9759"
			"b223bdc3-965b-4a32-b3e8-a8341fc29c30" "e29438e6-82ad-4aa0-b820-ba972b425c0d"
		)
	)
	(group "undersideconn"
		(uuid "86d92f5e-c98e-484c-9900-984a86e469cf")
		(members "49084a8a-cef3-4213-9e2c-83b858271cb6")
	)
	(embedded_fonts no)
	(embedded_files
		(file
			(name "DF12NB-50DS-0.5V_51_.step")
			(type model)
			(data |KLUv/aCegicAfHYCmh57YCcQkwvLAebx+6///9J0U6RLtMqh/T3jvZRJpiRTkrelpk2squoUACow
				B8AFigUz3MRmm5iYTUzMYxwzMYxpTExMzMLcYqZG8hiJiamSmkNIeFRVWWWLGzFVUxVerqmWba/M
				qqJylMkWIpOpZA/Z5FJ91nKprrrVw8lkMpl8k+/7vu97fN/3Pb7v24/brvHHNP54ZiqMxxNjc7xx
				jEvf5PFtj2tbXNNiug3P1bA7falV6oV3Wmnruq7rdqzndjU9jQ+ZRVOLxWKxWCwWi8ViMS0Wi8Uk
				mhbaRA8dtW2btpCuMLrmoMEQM8+0z6a7s2eZO3OWeTM3b65wzBWuP0zhCd8QK/JU7bGEG3Y4XOFw
				OFz0qdbVtm1JHlUq1dRTqdShti2V1AqjXgiid/7S+3fesVd8BXd5z8t3Pr7XxGlqaN6Zj2emc9N4
				psPpdOpOp9NpkfuxLbZNu3Xrok7ftm3bum3rG5p0ZaNrSZSk5EIychkhtmIRqRRDJhSRVlhILxTL
				sizLsjR7zjhlWZZlWXZl13VdSdZ1XYmKuK6yVuAa69bGGo1Go9HoNOroohKNRqPEaNCiFVHbQxt9
				Yo8fQkLVqspTUsKYFitKasVaSVQRCYnUUIlkEioJlRQ0ol+CpC5BAr04XtWMOvH3570v73n5zsf3
				uFRoaj40LsfMfDwzHcvIjHSEIzLC2VSIoSJb5BZbxmLX9tzwHC512r7u1I23wop0UVYqdTQ4KpGL
				kMiIXMQiI1IRi1SEIiJCkVaITKQoISJ1TETqNDyFQqFQWAqFJI0yVrD2CU0mk8lKnZDrEN1NnNdy
				IpMK2baYhISEhISEuCEMkZAqLkSEqISqPqZJoDCtUsiKprZDvVxSbLFWUVKslVBIFFHRiWjoZBoq
				mYRKQuaIFDS6ZTp8Pah+Wsz5njxNpphjE178rPwfkqyELxJU5C5qZmY4Q3c4MpsKDkmS5As3TdM0
				TddilkJsmmZplmVZlmVZlkNlWZZFqpEUliVLYTnCkgtJ+BEKhSJCoVBIkiRJEkmSI4N1mvHzZLPO
				q4zjGFuMd5CCE3xwHJRgg5RgMBisClbRq6paJZWqWtFqRDyZhkpCJFNpQhbqOTSVuA584BmioFE9
				iF7/6b8/9zd5z8t3e3bG94nTTH02m+l4NjKb2XDG49ltj+namxnTi1Ww4rlKh+eF51NnxphXHVjt
				qG7ftfbMWiG2k3WMbi1ZlGR1GckenAPBQEFYNpXZEEMQDOHVuFVENhJCnBRDijieQnNYuiSDwpEc
				g1RefbRPt22bbD8Ety1WsRgVTTzmmJgEajAkqiAYYjFGLMapelFNtVwrCIaQgmCIarGkpqIgGIJW
				FVVERFSCYAjSSQiCIUYlkhBpVEHx+v//v3z/QDAEzStONR/6eCAYQmam45kdZrDMTMAgARUEJwaC
				IcoQDEHexJSpFHGR0eE2hAkmuJABBQRkUAALHHAwIQMNLFyYcCEDChxQ2CABFcRtCIaDAS5oQIDD
				BBQKMIEDBUwpXGDBhjBBBVHTYndAAQMHXOCggwkUNpjQAQYYWKhQQfABL35R0XgsOYQhQoQJCFCA
				DTrYQAEaYKCBBRXEDMFAQVQhTNDBBRQsyGDCAi6YUEGEm4ECNCBABxtQuKAADTqgYMGEChVExQgE
				Q6wQDPFCSIAGGmBAc3faQjAE60pbKRtdLxAMURIlKQmSjNwCwRAVCIYQGZkECqxNyKi81Q+TYKmI
				TCjECJkU64RgCJOG59TCkhSSYz0DCxhUEMEZgjbQ4IIFFBZQQdSoDnuFgyE8CAYAGABQgAsodHAB
				hQsZULCwgQYVxBwuHAwRg2CIDoIhuAVsoAALOqBQgAsoVBCW7rJBaACFCxtQWEAFwTVYXWFgwQYW
				LKggYgTBEIdgiClDJ4FC61PpJEreQ0kgCTcPHAgPBkDBdghDlIIFEypsoAAOOsBgggUWNrggAwsY
				OMCCCsIQHgyAghAIhiAEQwyCIUKECS6QDi5kQAEBFCyYgEECOiAHFhowoYKoHMJwmOEQExgiRLCA
				wgYWLqggCOHBACigwGE5hEFoOcxgH2gCQ4QIE1zIwIIGCegggwkWOKBwYYMJFlQQg/BgABMuTLjg
				wQAsoMDBBRlQeDAACiiIMIJJ0FECCUKCSSACCTIogIUFWLigAQI0uKCACREmmGACAigYwAIOIhgi
				GAACGSiABCGowAYeYGADGrBABCZwQYIIXKADH5hABh7QgQckQAIKLJhAgi8oAQITqCChk0CCCnGo
				RaBAAhfAwAY4mECCjgmYIEEHNkABCTqwAQ94YAIR2EAHOPCAgggRJjBEuAXAEMB44ZNQISEYjGCI
				wIEPeOCwAB9CAgcXhCUQIAOuwgURJqCAgAkZUBBhA2AEAwURPtCBDXAABBQkSACFCxxIUAENXAAD
				E5DABhAgwQciMIEOXOCCAHjgAxqYQAYmgAEKEmxgAh2wIMIEE2SggYULCbCwgQUcULigAwoYWKjw
				YAAbULhgAgUDPBjAKEFCYhI04MBCExQlvVwRY8duHa2zfvU6q9fLunZdt22f6LaVhq0qIlItERER
				r0RESMQkIjJEJSKiG84pWg3D8pvmQMPQ///yi2FecVHWx+5yB4oP/////3xmZDMzIh6ZDmcTUybf
				MhZuVqmpXV//Dp+eQbkX5FG8ushkQoKz+eU+NG83m1YyTDT1KHiGZTIxg3SYOlfDRZW9nZZt28pK
				IiIiImIRERGPiEhFREREREREPpRRVrHZ4hmWHSmjyCgyTkaBJ5tsk3WyTSYhk8lksgoJCZksJCSE
				TqtfzJjDDjN8HhiEghpmmKETVDgYDhdQsFDBggUUEsBBBgo4GCgIiZCawCCGCBEm4OCCBhkcoAMD
				XLDAgA4ysIBBAjjogAAVROvg/DRzzg6vHSmX/Gu7sCvUMNeVrEhDn066Fy1zmEEaJStGjIXMeBa9
				TPnNYYYpLeJTJJwQ7xAPHHOYgTSJsKyHT1MvKddUy9ViRUmtWKvqHBZFRSci0R0iIiILkYhedKHP
				+9+f+1wv3/l4Dc1oiVNYDyigoCjjIerDDEK+QTUpRdDMfDwzHY9MhyOz4WxMlmPIZfFNvi1jmqZp
				mmZ4fqthKirHsS0rlVXYlg5RERH5CDdyUoocRgmZhHAcP+QsFJLsWzvQ4I6skcYaP9I440ePM3b0
				2HOsrYJcfdu2UVXRXVNVLqkWSRVVVRQPIaHoREQaKt0zVEIV2ragbd/3+ZtnRA4hofz2xffZaTbb
				TLbZbLrZZDbCGY1vsT2uXdNh8UzPtDBV36KWbdtuZbdtRSWkkeKIbLLFRsWtfggJ27ZtG23btlVw
				m+3bZuu2deMmm2HbVrGNYrHYyts2iS3GWEVssYptNLGKqoy4koZW1FVVFTlSRVUrfkU1RScT0dBp
				WmLQ3O4eaKAQIiIiA/kVFbsuewiDvCx18kQdRbKJUGY70HBphOsSjO4QBmrp9Z9ufn5/ej8Wi92H
				kLBXPKg+9PHIzHQ8HdlwPOMp27bHjsWIdsx8zNVw9XWp0zfGw7jSll2jUjYW8yEMh4mSlFxIRi6W
				kYpFpCJCgcRGsQp1ImNnbFgKSTNWBmMcY7EaY6dtu2mLLRaLxWQiNlMQDBRErCpiVVVVNPVXVVVV
				VVVJrVhEilpVFOtkoqFTWaiIimhUrxfV6/XXa179pX+9zn3mQyNTU1NTU1NTUzMUHj41NeWacrlc
				LpfL5XKd5XLRJa5qucJzhauq+lZVVVVLdZhWKi2SqqqqqpSlTKuUlBSlpFhSLKmHxMiwBDWqXFYN
				y6yyaCFD77g4vKqqqqqqqoqIqqqKqraq2upRMapNhe6oiYqKqiiyiqoqqkaqYk21PDQXFUmtilgr
				IgcREZmITjREJl8qPPHySqcdTkRERERERHQiOp1Opwv5NKeefDLRiZfvPJ2GTkMnmvnIeGZmpjoc
				IiKyuZvF6k2HMDR81r6rnQ8hgUwmm2zbJrJN01QlU4lOFWZnMlVHoTVqnVcZ8lKpylIiIiqJx1RH
				6lCGBgmVkJCQkNCFHlQcQoKhaIqK9Slx9JSpCwkJCQWNSEIhRCFEIpFIpCiJRCQSySBtrAVrRLNv
				o62j0Wg0Gi1GQUEPovljgoIaFBQUFBS0IAZVVVXVi4aqqqqqoiKiGiKi/0RUIsmF6EQUVP/p/fz3
				x///9xXin8/n8/l8PpP5fD6fz+fzuT/3fX9y3/f9973vi+9f/P9/0bzv+77v+7K/lMip5PKR/5aL
				vHKRj3K5nOd5Oc+vUfx5nud5nud5nud5cvbZv9M+33fvl20dJ/u+VewPetzxiJgs4jWxiFe9XFRT
				r6kWS2rFKiqqGSIiorpERKLTiT6fT72Zz/85H5fv/B6nms/MzGY6HI9MR2Y4MZu75hgqezwej8dT
				z0x1ZsLT6XQ6nWnrVuq2lQMNPVArlQ7JjMxlLDJ1ZWZmZobD4XA4HJpTdlbpgTgcDoez4Ww2m81m
				szltNpvN1GtiNgu2bdt129raNuaytu3Y0UCf92mtfdGFjFJiImIoQc/JjlLiEzMqGx5XjQgVK6Nx
				5V5FRgmhSYXMLRKJVm4cx3Ecx3F8CMdt27Z9kzBbGVT+jLozPTdu3Lhx48YY95hjE4ttpMQ4Bsdx
				fMSqqjVV5aqqqqAiqhERBeOwEwUpSMGXgkKkYDAYDAYfDFIwGAwGg8FgMBgMBl8TnGCQih4Vm7Lu
				jEemM66Z4AQnOMGy67Ft10E6KA7SwTkYplr1JXld6bR126BUYBsRbZDUR8Y/MBi0SDAoIiJFE3rH
				n/OwSZ0hVCT/ZnAYLE1hGQwGg8FgsMJ/RyKbOYwEA9WCm33ejITh13ijupQLMmJBimBFME7zCEoj
				GAwGg8FgsIIVLKpa1VxVLVaU1Iq1qrXqNFSnoqKioqJaMRYPSkzLBxpGRSp6BY3qQfXfp8//eV3e
				83tcXt/Jp6n50Mx8PDMdj0xH5qwNJ2bjcgzVLeRarbS4wtVqtVqtVkxbV9oaNpLaNlYFDVIsKUuQ
				5a7G6kGoDsNisVisFWu1Wq1Wq2+0U9Vq42KLUUlU1EYRtaLRa4paxCIXSVGLilFEREREREQ2SSRE
				P42oTiQKohGNL/r/PzBQZLRFnJfT6TR0jshOIhwajVIvlyQ60icY9abDmg/NzMcz0/HIdDgyHJZi
				NuUYmsl1k8lkstBqFnMPSVmHSTCZxgqr0kqlflKaUksunVqalFZiKUolREIrRamEZiQkJCQkJCQk
				JCQkJCQkVCcJkUhBIxJpThoSiUQikUgMjh/Rap7RaDQajdZxstHmISKiCSKiBP0QDCKSoHq9Xq9X
				yyXFWrWkWCtZh5AeqE6v0+l0Op1Op9Pp9OnpdDrNfzpV0P////9fgqFibvmD/3+e/MkoZjrNZ6aG
				5p9/Ovf8n0fLpTNmRVEwOJ/7vj8xlymWYaEIoVIdP7D8os9MVAxxTq4g/+Wqv9W2WJZ25m/8j77U
				LxH/8xc+9dVT3/d93/f9Kr5rXEGezjQcpu/7Xi6XS1zklVMuclr9kE/+aMj//6fwPM/zO8/zrH3f
				99377JaN+xaPb+KOU/zxiU88Ho/H4/F4vCZeU1OzT01NTdXUzEZqVayoVVTRnIaGhoaGhoYan5mi
				4uefz+fz+ecQn89n5jMPJu2I+3BxOcTMzMzMzMzMxLajVHs89dgjnpoWz+EqPW+EqYJF0R4qYVwv
				teNOp9PpdDoyHRkZW0aGLlMRoVimowed/pMcJqEiMpyZmc1GgqE2P8zMzMzMzMzE0KY239Am6s1U
				GG82MzMzswcVc4FiYmJiYmJiZg9iYmJiYiqmqqqqPlVV9qpYjvLKRY4ymUwmkzdkMplM5rYi+YHh
				vu+RjO3bE+4ESe0gzn3hZMRkISJHo6hOUjlF/5mIrFLnFu+4pcbVqtJhhrnvuXn3/0+pFpG1RzVV
				dC3E2iEMt23HJw40iMzMx9ORmfF05nKKhmY+0GBxrGj5iENmw4nZlGPI5Zs8vsdE17a4Li226fAs
				bKqrpr3utNGW0kpbT9RriSkWV+yxiFhMi8Vi8Yamx6ZHb2iapmmanul5nmey57rn2fMcnsNzmCa8
				eQ0zHGEJL8ywI0xVr6KqSZjVmDY41Wq1Wq2Wp1aLEfE8kFXVoqKaSaAwM6cMIWMxorZtK9SRJBhe
				GuglR9CrFIdMRYTMan/y933f933f933f9x12+ula151OPTP1VKabdsqpTDmlTd2p6w65rjvH5i+q
				wdvicW13del2brXhtm33ad21ZaVspZWua1W6rrN0pNJKWSyxZ0sZe+4b8anpKtLDIzG4tSU/qxPZ
				/knicIk/UusmNfo0mWiCXr4jhxle9bFFLnMowwWrrslHTvVwqz5SNaLTRXO+MTm1VZ8s2/ZS9kJC
				fLBaAhWEcCTHkCCV9xXN/ulCFrKQERfbYiEVITQREiERUo2QFyMkJEKoqqimWi/XlItVVVVTL6qq
				qlVFERERDZFJqEQSIgXRR/WgOs1/f977fb1er9frFaep+ZSnaGbqU5ypTnmqU5yKKZnaFKc2xSmX
				S6rlcs3tsW3bdJHVMLVKnbavO3VbVlo2ukZLSkpKSqpGqixVrEkVKZxUSBFrWMU6i1hnCYvFWrFY
				wpEs1oq1Yq1oVl95q9W74ipWstqKq61iVFGkqIl61EQ1ilGOkqhGSRSjImpRrqpXRFFVCdXUa6rF
				ckm1pIQVtSIiKqoTERERUYmETqSgURB9Xv/p/7z35T0v5+M0e028aGY2I0Ol4dCQacg0ZKrJZBIq
				lUwmW1zbth2m8kudvtOWdaWtlI2uUhISqpCQkJCQkFCFhIRIQiQhIaEKkUhEIpFIJBKpJBKpHjQi
				BccK0mg0Go1GMxqNZB1xJCOORkGjoBHRBAWRQeSCTFUl9aKaerk+LVaU1Iq1iiKiz386fW4aIiKi
				k0RUD6LX6fP+9+d+z8vPx/c4zUzNh+Yz0/GUZTYdjow5MZsY8rh8k2+Pa7+f7/tCP/z5p/u+7/ua
				vu/LStkoyVoSLSEZuXy8vGIRqZzneZ5nCJVPnj/P8zxPIoPjuJ202bt/9z67q/u+P75XPLZ9jw/F
				J974445P3HEzTonXI754RZxqqupF9ZqaoYE0DZ1MRDQ0NDQ0NPSgD+vjz5wzPR+X7/w+/szMzMzM
				3NOZGc5whsMHho8xm7s87szM1LS4s9B2D5bgtu1MW5dk20ZlZGRkZGRGRkZYGYoMKcOaYA8xGY4M
				h8PhcDgcDofDIYfD4TCGxrfEThsOg6P5ZryRTTeyITccxqhoYhjDGDaGEzMcTsRU1YvqUy2bLVPK
				5CqKiMwh82QOmSaTkEkyqf4gKrr5sbzn5bbtuDm2TY/H4/F4POaYpmmmaZqmV9Ni0zRN06Zf6vR1
				p63bslLWc3QtiZqmmKQuJCO2bSiJ7YmLDrHYtk26QkmTJul5nud5npnzPM8zZeYsfhsz53ugYQve
				jphhzYGbGebMMMMMM8www3SYYc6rIhxTVZZlWZYlUq0qq6ytKqpti050KsuyLEsi9STJekkvX5Zl
				+cuGWiK6ZHJN//yfEk1rzuQQEmZK+qFWvLXblJgyo+WazUzJTj2eTkmGJH+Tx3Z9j11jRU2LZzo8
				V8PU6kt9UUC65QgrrbRlG+1aj1JJOc6Et7a4g3ykLStlWZblpOLg3JDDyrIsy7IsW1OJoqj40IFl
				WZZlWZZlWZalCMuyLC8uLfOPIUgVo6xrZWYkd5poWZZlWZYSZdmKLsqIsurlopp6jataUrISlqyK
				TkTCE5FEySRUEpIRSUgul/F31EwmYkJCEbk/733hej4u3/leGhcRMj408zkXlCqitIdJMNSMUCgj
				MyMUClksFovFYpkECrUgn16tlIcJw3OFhUKhUPgKp61UhFJho7RWVERIFxERNkSEIhThRCgiFAqF
				IiSFQqFQKBQKhUKZUCabTCaTCSeTycTdpAInk5CQkEkIhVUhISEhISEhISEhISEhIayqKqmWq6Z4
				wS2pFasqiuRp6GQaKpmESiShEWm0qQfR65ya/3TyPNn7cn7veV4WJ0nS0JAzHJIkSXKGlCGHw6Eh
				TZpsxOlw0zRN0zRN0zRN0xxZlmVZlu60QZdlWZZlKzoiFF4oFAqFUhEKhTKhkCRJkiRJjlyN5DiO
				I8eNHLl6RsHgBB1sMEgGg8FTFU3VSOo4juM41jisVVEU0WmoaCQ6LbjDDDRUMgmVSEIjUtCoHlT3
				T/84ynt/3PPyj/zn86KZj8xMx50ZZ5wYezx6/Nx7afGZA5wtqCTnT28uiQgAAMhAAIAA4xcAUBAg
				EpImcZbFmDsUgAdCSGBGJCgyMiCMhYFwYCQUicQCAmmQg4lWGQbE1NQMxJFjYRBry1tcwDeNQWii
				YzUsTVJQGvGfrCBbfECsalZZWtrBdDsPs41tVPd9I3DlERIBfuQ0SO4oU5Wk9QtPJ1di5fY2rZgk
				x+YQ7M5C5WhEqCz0tMl/VgS21Cvu/JSrU1WNMD1Mbo/UiSXUD8e0pnUtA7d+LK/kXZqTLrFqF9w/
				PL9FrfNKEw04E1gQztsmEwxIlRUz1JmuWU/yu9k5A1P2uhTx3200doZE9SZlzB+knGvWL1kdeIR1
				K2mJ8eVofEu6LRKCFxeksQMDi4KkTpQUR8OuFrr6ikvpZi2zxUuLAUrrTm9M8bbHClFpHsZI+yd9
				K+mduZ1zmLE6l6jX/svPy16Sjn2wddCsGELd4lrIMP51ncME5b9tJYnfFmGnSv55Wsecqm3C1YI6
				n9YdN/FKAXqlizkUJj1Qrgj6crTKVl/SaSKK8CYJvv0uWzUOWsfawlkrwNxpZSSk81ZZ4qXFgG/d
				PtNAuPQ/yCuWjX3C1RmhSw/pEqosQf3Rz+8gJLtMCpeJt/nPt5sstlWTlad1SddYjKeZKI1JD3VK
				5LNrrfC3tTGwuzqJ+JKMlRSxEhkXYTlvLnYiKxmKQpKdVJtMdxJB3Ymq8HxOIyGoWqKSHTVc0qgl
				9H93tah1rXE4sA79PXZj6gANttpy2GqTYGhnf/qW713yTjXlUrqXqHy9/HQwAfvWWQlpAetzYSWY
				/7rOYYDy362S1G+LYKcq/zStYz5LvVxZKdN6uSOgKvFEN+LfOC6KowGUCO7BOsAKhWxShUclP++1
				OIsepnWphZv1vxYd4eBiIdVUOIYoB2t+KYhDGGXIhqQUl1i5E/Wj67eJ9n3rUxrOhOeF8yIDyUtm
				cmnrSuXPlkl28XxK77BLJL5NgN2qHCfZxgJRc4qrE8j7PSxh2UX8dy+tLwS7PW4las626Qkpr362
				HktJtG0qpp7Bxm9z+2vUsoaUVYZTwUs/1/dW9MErvWUvgbHg8lZroQAwvVIoV2Nwjy3B66JbofSH
				pSRpH4X04uAqmW/shfCFd4QsXakQNHDJKb7TjRo+j60pi4jBjp+lY39LXYUXwmRFxUsWfbhL1kG6
				DqAwG9lqUFj437U7mnSz1jWg7DbPypGnX0GvYSQpvGMuTtWM2T3rZdVuyjSDJPREOiqGC2PnR6vf
				cOZRDBfFo/fefnnt4TxqK2Z6VD9dvKvFYJ1upFNSFjiLIMPo3Pj0HR/I2PlqhOGqZbSyu7GSExtH
				jhRn7RdBPb+TjPVje7pC6jufxbDkWS3S6a+8xY2QlZAo6CJ7XJVOcNT49zWge8wtVgeBg2iluEda
				UPvnI5Q7pD+oRo6fiCJk1i8E+x7kSgQmBPI3urPjeLyTWs3fYw0YT+ec3GUHzyEYH8DTTsMrrBYe
				o4Yw20cNmJ30tr878Pcs0O5fXYSgLxI4LzaU/GQmk1ZdMzidsgRqTHMwpUVYr6jREYlozkSNIQe5
				68IPNVauWiK4ztFvxeggy/XtGm2i0lrmIDKgO7yMRv8qgj1vR+/VMUaSB94yok2aAuy7w0T5bbOU
				em6JRfw1GnDUmQdoefLOvDxJqmgywpxpUBwtPks/KNqE3gmGifZkv6/TnXse99dW/rJk1te+L13E
				SBIkQixE7Flf6FowtUxvEVpPKr4w+btIiX2okrktXHWlwtU9lHClhzPqcIH1THqMIrZNXWbrZQdG
				bclxuYPJ30bFjq/uk6MtzsKmZwPB7EBU7A/IHfOHC3nd2qlMBwM3qFrXVt/PEms24BnSd9skEvvP
				2t6rY0VqkX0AhyMEFowUSUf3xb2yrQCwkEL21zA/Q22GFdTRsVqP7As4uA9jUx0/y8TqhckyuMwT
				fQ1SCjmGSP3dCTMQMkNRYXObFYdmNYfwX/dqHeRgNbMMwjaNO+cQDaHJIe+mFIKNJO3mHKzqS/92
				8L5AawXiCKrWF0ZfGfPKbc9u4wbTU2vusNKUtcMInZu0DL9d70UT0CsuJufkty9/am4n9LGCNkeM
				wK0rUtsUnDY4i9uHGKKVpzfX+WOPrgRdwF9uRU83u81lulSbpCzxcxgnIPOrsSzxUepGVRoWR0ga
				hbAdTvnJjaPM6aiAZfQknehb+q5MJsiID77vwx2bwrKm6ZsdmZmP8vDonNxNaSxuXoMoHpQgGLWS
				bFiVIcV5PyUl8KIZA3EIOlUn9wngA1PhFDVcKW4mhinqVvPVHPlqrQATl81tjdm3qA20VOMjtviF
				3QFY4Uiz5RjwZyAKNeYLWWqTJCAbPmiFzMzRr+KbBAngc/t7iDkbxPoUu03tRtWIzdcfYKbCnonE
				QtEfoMKli9hrvRWXLX1jME4I1WGpqoBnGhaZgySV0lrzS7YKy8wtKfqUFXuhpRdPqrN4HVbbqq70
				Db1pfbrjENVo/BHljfJrULc3GJZ7wEXlAqQBpAeP+Y7dgx7pHcFibbaUU3A1Hm0Jy2rQhyL3TaGR
				YuKpIl+g4K6FRa2MLYHpG125nRAcvbXgYQaYXHPk4iRjEAm4mAM73KeIMSNEdpJNrtNQQd/HM3Fa
				L80v+pH65Tqfm0EqcpgpY9qTovU0iYlAtWGo/dUgFjlKj5/WzMqWpJ8fl7p3mUl2a2LYb1pJk1r5
				klXOrpIqbkpu7jtbnCR7pffMaBBXJm5Ce3YjvIu1T4qguHr5rBuyEqNDLZy0oxn0hduTe6YAKLT/
				lU6zJP6A9zD5xjOJ4GHB41FtPyNAib6h14mvLAJx/ZoJbmVZJqAGA3xhmOn7MwVLlQDOfYGSBhF9
				c1f+B4UPipR8iFhRF08hwfa0YtykwJ64FAA4/pskEvBx4tU9Izt50pZoZNH0g699CWDTCzUhEmpi
				LrSlRpgRchtZF03ix2lJ9vfnHbOXz+tiuNxP0uDantqeOK0TCHGJvbtc2x8kYB8VsfYe9GRoPcMh
				CPpkO6vYs8NBB10VdPefpfh4wggIQunlHNluuHjhTkJ1w4Ckbc8PeA0llvH22dyGuSTbE/PYbnU2
				YSOf9O8C45LjvGkE57nnDecg2tZdBz/e5yxFvhE6u+VWMw36ogHD9goiRfaJmYMzE68sRCYrJ111
				DrB4pdc14SaFihuvQkuL3Qr+wvWzEsulMCbJ4qb4hh9zMv0Ch3m7K7Kp4/tv1OutprTaUFMSwKki
				ENIKE0PCn+VYo7ADGXu3LDMUImJl9f0s3248r6Q2UHsXqju1UOlcWKg6/RWqVON5wQNzVaFcvyrs
				dJru00jAGdCpjTbeXWr+qAsM+vpd7bOyw9XkmqwZOc69I47AOCA6v76gtAjLNcxC+/Qo/ZPJM8OX
				5UMW5ZHK+4W9nvt4f+3aXkodrCNpkdcMDxv6PLCR1Q3OwhsPt5MeyVlMVgifEclUNDvSxtkCTeTL
				OTGrKtOUQ7hIujHnbKHTsEDO97LiKFg5x76yiOtd3Ct7hyERAjYoQO9qmz0driaX5FnYLjXi5pKH
				XYFsUo0WQGDHKCK9eEoPGI80on8TcI/zOE1a9EezNNCcBVfh7ENu5RuQYRg3cSoSrYeunFxpStlo
				MLSOuMiSAJIUl2XymF9e7obQRJymgKc2xSgRaKxkqUc6bMOEotMT1phtcNHBSvAsdNXGbA84RcGD
				UfIaNBNLjZkotIoflDaME9CiLFPZLtiHKnsZNTukVoOzCMKHX7HpexS6jgJJAkbzbWCrfdUCZyED
				WwZSt4iY81ddWm5YARTBAPAIj/iSzxJvl54rbIOE8u861nht6jSGAIIPZWVMoJIYKxYzxPzQz/kI
				dNPEin4wdHarTFN37xtaRGamvB9ZvtDxxb5Gxn4Lb0LibREp2rsEDJlqD0BdhBQGD62DUjOCkOSk
				OcP/KCPRcDJCy01GLtZRGLzqtp6Ka/QE6dUMbCk2xpjiYaTHA78rMG4Yabaj3KPnoIFwZy1CvT22
				9QTQrP40oKUiJagxKohwaQQbLh9OAUcdGRP1s/LWkGSx5VKYJCYlZAYWbJSTXtSyokz/oyjrRgmz
				qy2ccxC6AJUvmWqUzgQt5nrsE5lmDANwAha9ZM/dUFbOONlZxz2NwQ2Jq8M467xqO61JlklT4wRf
				D6OWssTtVBOc2UuIlVGNlT46jo9DY2z0BYvsugY1MyhYGBoB9a+3WdnhanJNnsmX2et8daSst1lP
				3t8XfrO4qKlVNpToTc/0W97rQ3RIQ0tGVPU9UvcSTZFVhIexlnklfJ4vAScx8VHTnxU2OzqwTq/J
				s/LNLhwMvnbo1nRYVMeqIZS5nDm+BdZdLgkD93agW460qAdZtuU6VTsF1S6EoOiH0E4M2q6J5q6U
				KJbuNTg6jO3VZ0r042qdIxVf8ehjpq4m57q4zZMWf8vNS0EZ/STiEL+puKLcyRD0LfBRLqClEfzY
				3+8Ua24ppuu1rX60FJEfgr0EB4qA58Wy1kuuoawbS0ldTYiE/uNiaGo9nN3U8KsRQrJDxXYk0aC8
				DDdNgHlOUNRlZrkoFf2hVCD5h+FxDYDUHSlpeTnZGBXdUkdnSwy4KTzJDSzwWzhjn50erCeXxNl8
				898bhXPtQWxSKKp3dpaAgH+odmLMuYDTel0HIHmOITQnVRgtus+uTHuKSi8m43i38YSoyn6RhjuG
				F4qopeKcyUlLPz9qNrU9bjFvKdjSI0R2VmmI8TbQ+UUa5GJ/Z+pN0QWAvs7scklFljE5GhYTuqg0
				oSsVU1TTounBMyqbKcOtQ8ZhP1EIRTdToA08oHkeanqrFGm2SnSkVumiaFHpNYeWBG4GY7VjDxnl
				olf0diNgF1tmxpiMWkrMcNGHsG0RrQvx1Ts4GhfRbHKp+0xcpH0nWKpwUeehHRS4KATtyLtvEX1L
				lD55i3TvuVvUKRFHK2p72PnELaKbWVIXaVukOREYPkwgTPKExUg8fKIT0AD3yoSt9hTcPEl50ig8
				zNv25iJstyX6iIWSeN4Wj8tM8ZECtVV0B+DFK1R6ozr8YiK7G6Aek+VxH6ASTfU5iyA2OstfBzkc
				4Oe6z5oPrZN38sx8DCUHkflRvuM2QNMPa1UZG1/UrX5gLxoZjPPyQY/I3at14QYxNMdAKWbjCvvS
				Yz4+oIrJAq12A/EvqWulM0BguEFZXQKav6w9qvc5wsnEPPO4HKPm6DMrP+Od0nhFkES6oQTCheKw
				BpjJfOsrS9xK35eu4HyzOKN9n4aLdOT44rrvZ5Bppc+G0RVALKG79MCCuqs+w0HnmyPrlAXSqn7g
				wzOkL04tTiTcTx0cnzNLWBcnzvrNIIxLimmy0VJh5mopAnT3k8Cp6JDutlL/l7A+6THY2KBfjZkE
				VnrE1hVqfzL31eRyoAiGHIiGc8SoDv5sNzAofOagegP1MMgGl0xj6EAauMIQ8KxhPOMO7N1PKjWW
				Ppux4RxRFPDiCyhbrhuU5jL1A8r54jsMkqByT9VCOpL0zOLRZ4T4CB5HNsdYZCBuHKfa0eavv2UN
				CZfjcQrEo1HG2ue8zC+pwOCPapaV45pw1wOSCb0nHKeUT0CuWDpSTljqQvQiXdFE68DAUJz0KIup
				nAp2XAi75BmhCuAQekHURED3PASkL3sbHSy9fioEqrJBe8Q2FFE2XwI8ddfxZNli8g8GDxCyt4xK
				GYnGIZyL5+zeKYA50CfXV5jmKXVrtuhYfYjW/kd+SLfFaVu82jtB/MNwN7wkhWLxea/61tH1IGW9
				61kKExoADGgyWyHsp3Hw/eDjJOH25YASfBrl1RpBXeIUhp2UONjWXXtHizal8+W49V5SpwOaDhKB
				Mgh11wdJ5WJVXOWDAXWjic1GtzpWXEyqeYMzpD/KBPHTbjIN8f7s4GirK7afYR6EgLYsDvuIkcvV
				cAwVrf9T7qgTTxF1uEn0oR9S9SUe1IZKv3ZFRyuFSYzY2N/F5XouVnAObGzW2JqddcqQOZVTtJlL
				GNDcuQzdKbr7fzz5p1ytxaBMz4LDzHGxL+sY2DAfk7i4xaJjJRJfrhfxRXOkLFwuobfDesl1dNkj
				qygp5uLAF1R1SJ/chKGTPCU1E3T1S9AjIFdvxo2NGRh60NAx/AX1WefbciASracUgyZyXNRmqO+8
				FVcr04oKgaJlSIhbaxEmM7J8OvTPSUKQXntWeg/7OiDFVmAXI3uMaBYR1dkFZq+PfZrbLzZq4CU5
				XAbwCz2vBvfyEscsKtF8GIVfZMyPg4Dtf0k2J3QExFDKgYc9mjGMIARArxwnTxBYaTEymZOGCkF0
				94t1ihCHtWsvi4TKqhMF6U/8sz/eF3Gh7Bmvw5EJv6Ho8DORuQVNExl+qJOULm1kwxW8kWYF7GAo
				yPi8vi6jpKx/0828jq7OE/GOLwFDBTmdzJ72LJ3x6GMxi5MGq/SR/MHFDVEx6MQUijjxkVACBRlO
				6OP075PCPGngVWOTyntZ7P3iYJwzf9G07rPm4RoFcof+Mt9FTVr4i11KCr/IXGe8IprUDi3BuDSQ
				u4fRHgvwqYLC7p40r3NPRwkU/aV99lhhs7DD1eSaPJMv3/u2uLyfKFmqdJ9Lycmi8qW9obQMLDye
				NzF6V2MEcle8HVHxDkKKF7qqQcSkFRQrBayfFPy5lyu+HHkGG1KbTXjLhGGWeMllNi6Kd4uz1gjj
				zLj/WZIs6k5CD1h2Pd5b6AMwN3fUWyJd+yWRtHsvROu93G3eaw7xOOJfpPlb9yoB3Wurc6+zBbmc
				RXexDrPxDbmkNXF7KT/PmfkcfbK9vphFpG9564yDhCStjR5thCFrT7omuqzzf0sum3pxkKd3Nzyn
				QykFILZvemnwxH+kD7JLuF4FgMbBS5EiAXmPMrdZ84F1ck3WrGS8zj0yrZiKCZjRedkq58V7nJdI
				LuFWxCrguAfCj98tQ8w+3zK3PF9AKbCxJr54pQomSmm7z8kTCmmN2G0oq5eXCSHZ5ein5ZVN2UdK
				OviUPkHZlgCsUxi7LdMUKrNyvOxUyLXyGJXJjBdSYLx82sUriO3o7JPipRWaIkqZPp9MPvit0R4L
				MtRh6LAVQQIMZA/KMqUjJzWsdcv/SRWo7LzB+KDArkLf97aJU9aDbsh72QeeEfV6AtZtE+FOGN9X
				Lkh23WC5jWmJAa0cvV/hgq5FcgaVU5o2pkzTspJ03gRlqcqczAd5LdYzVlur4VPR3Rg/vjAz9KIo
				BmtoMEs+IHgXiuVTcx225wor9V+6yN3TVSCSY38lANu6c/SB2K0LNnVNsrman8eVu9L58r83Gpd/
				FVJ5JWxTYdbGJ/NzZx+tu7b5FM9ZMgO2hZ47ke0n8DChFtjQjcm6DC4klYDeS5gojaO6ymVuNsV2
				X5Z8HFdWms9A93pjmA/LF+PcPhyEn2Qhaod9XAPqcanJqETK9QnjPNJRZ6XGqRTRZvZSmZnuLP/x
				AvC+vGtpV5kL3GpS1ySbq/l5XLkrna+nYptTzewUQXIzCRXKKY0x/c8DvsGlmXar1/J9WRt9XTMA
				hJEGqMuECvtz46rf6dgV33+iXe805GZ1qkBXayYzlJYqSSVLdAPr6MJbjtpRU1bprYIzzdy5eh+l
				l67zizRfCKMPXwMB4rejPwmHK+u4Pa3+tu4IWvy2J3F8x3ZEgyVD+EypRlKPATaNRLzJFIHWiPHG
				wUq68usqie7eTPYexay8m36An9yOTNF1NZbp4qZ8y77mS0lqJuGvDi2Phfwiqal1JRxcjC8fXHE2
				YUJ5ndPWOqnJtIe948/LbDKZNvpjRhiQt2rXcAaSLDYg/f+moOCAKG4OSKBMz2AVCaELUU9JTJbF
				ts02EZbWTjQophIXYf3cKHglwx52woyeks9AWKMFZdwzUM7bfyPXYzm6IEsK6P7/KdCxhbrYxl8r
				FFEx9s9nMhtZBPv/XOcbbrqAx/IdErFjlz5WRnxc+CIoK0Mj6JrG9WSy7brC0wGMZTFTm17mar5x
				ZDUWQM2FpBJY27dulcUNsmRNSdxrgqBXn6iv69zNQ27TpGxGqiOG7ui44LqVAZgrLugpOUzncIE2
				9PDEHlxwxMsARX8LuiXUt+CuHgIo+FmbV8alDHB1qjoiOJB/zpmAD60EUWaFgCkiuWfR5BADUvzV
				DPvpVTAnixF6cz0jNqZJdXH/TrRV2+1vbFzRenm9o4pK4Q9xeMRSglMZLMXyiadQGKya9RKNkGxa
				0YV92CpY50zB8owTrOl4WpDdi4PVwYJVOW7vNlg/Lk7bpG9haU1aDlXxonso2PjCwaCdJw+blUaF
				ZLTZ8qFl8k6clW/Z13xV3u4NX6wAumru0R1WTtXtLiw1rkXl6uTzmfwsP+VHCJX6is1qKidVHKwP
				wVfBA6U/MVjp30OlO45PH5S4UblEOJ6FhE2kYB49l7MzTt4D70+bCGZEaBYn2NOp4sg7bTXi7wdA
				x7t0pYH9ROqUOQhA7pqH8/MO70BYk7mt5YKw9hCMMuuYOim2N1/5fZb9iq9dXkN46RT+dAbkm8Uf
				7fs3XKQjc9RXQ1KsQoUg9qJWx2ofqyRhfCKksRK3eNqzifq8CdsGWjR70jbmDkArWcSyi4NTY1FT
				jB+Np1mHy6gmW/yoaSQ/ajqAkdNkNhft0tF9qP/XQHH6WgXBLEn6sW2CU29U1gD1UNxQCAElpjZa
				RezLqUOtLWxfJ7blCxNQ/zrpKon3l95SkVatXVOFmDOE1CLfjEnEmokMayDGHrV0ePfamHnsvTNE
				cSHiqSsg3yT+WP+3UStW14zEo7U0uKyYbzzlw5XtE7pmf6ply/l6IcZo0QjglXLSv70oR5luHL9r
				nvOdmAieeg4CXBxp0U92vMXgeN6HYPidqwzRWiDUtbm93jVS31h9oKdRbNl82/kVb1N7m3vX+tll
				7PrPUM/rmrzkH7XA87h0qMGIRaZn9y/v9yrkGlb6Uh4ju6v6gv542CLk10eC+40FKAWgNjs0CWdi
				mOqTymDR5PxDbm/NrDMsGWIii4+Kp1/vVNGH6lzcKNBDEvpVVc3qMv5bZFEmLDGj6alLOU8YGNA3
				avCWPC2tVmSgrUpmPAx4s2ayAstMj0DLSdfK709Bv/qavL7XzoLPEQ8GGsVuYcrbuC745lpafWTq
				buZqdTsjG+dWFTqNBLImwVWRTvY6p1vw11S1k2Zl3hxf3krP5/emaQ42hZwX0GEZD5iTwtEgkThl
				WnlXIqn2NUAoIWok9V7+GvqfdWtuNCNvhJJ6brtbWohB+tZ68lqsJ7VOLHFypKTNCbwNiYYdlWOM
				mgF2kZiOLGpYRhP/eCAV0iT7cmaegxH7SP/m5vYHAXfLC0gVth/1OUILAQXJuB7uyGxRkhD7LbKu
				36YDfnIrerLfaa+ShbY54f5cbU14sTHhs9BwDR4gGGiGszJ5x6Trah6VDnSUh8tsrWY7dzjed26X
				8PPJow9KnBF5YnAf6SaYJ4P/LDy14qmJYFHQE0M15EfcsQzKgesXkG45gyiKMX7ehHrBNXZ5teZU
				LURVu4nJXZwpokwwPzgsq5VjWjq5NyQpVPXWaONKY3mJHX0wRPKEyFKA13dqdBOWSuxvWK/JWxW2
				vC4iQCjqfCVUo1ao5VhVNGHtZ51qxodZF6nWctO5xW/NDCLNAx60THqbJA8/L5PKbN6B3hQmwvkr
				GESzmTASgeeWjlbKqKvpMlpxxPI78JDpbS0IvuzQv4wxtdn5wXJyT5zNF1lfJPvikOUTh26dELcL
				qgrVIhx5t10v8ztwkZLYBdypLs1I1YNdTjK+NVADWywTmbUib4vqwZlKuXd9wrKhw8eZ2si4pZ7D
				YhO/IiqKX/iP2UYzVQvgKh8OMzzVTuHmIU4Z2oc11En8GIYxJo4Q9c6VZ0IPuL5m2bK/2V2muRIH
				Ab0uoVP57tZHR2AlEtgu4AxCTdAGs3UV5XTuEf4XF/ovPNs4kdA6A7PrLQkvQ2AK/c+thJHZj7XA
				TENjvcmTzW0GItP0AauqNbQBMBQCwzirnTVrgi2G9P0saPrXzu2n9Jz9HL8B9htaTTkIjwBz/Xcm
				/gQldXPeIQMk393Y21eixK7srTn7E5kx0/6c8/oyKkHw8O54bIKC/BcW7MioCWs8UIvtonau8Oy1
				t6OStB6B0urFYJ71fpKftWBOhE9iZQSBqqnTRVoqex9mGJgrNw8RFJhr8Ds68Pwx+VJZlZWELhUw
				3eyXDPxACY4CpZbB/s/Lyv8kFVwZuzriT56f1KF90ijok+CNH42roGLj2rBHghJvBkoi5ImYBIrd
				8b4Bp/1JprJ6O9tnPkTtWvLNVR6UfDAoDdeCEtSHYwfbaMQEpelGBaDlQ63Dma+rq7k6AnyvC8ad
				L4PqRAFizYvmY1b9VCBVCi4z9eRVX8xGxFg5lYjblp/ZnfpAEd9xgMVX1qsFWKP2w8bRjwIPGyaM
				xayxKyC4uxO9URNnCTVV9f6HH4dNf/2OiARtfv2dSrCnY78rBSkXRGHUH5x86grIL4k70v9rXIX1
				LDtyp7JjoRT/LFtLB8EgGu6rWJdasDzUCCZBuJGvF1IuBTab3WYr4efqSfirmAFzTiuhDE/SWOGI
				+i90KTT1gAyqVgjCxwOIQXUMEq8+X97jltfQromEbHOaWKn6yE0ClOhj4OrTYb7pTCBNKsnAyFB9
				DDFixek+97XGwhKyINYu9brSVI5FCZvRlkb5rbXX0NdIplIuhj5xRhBfi3YvbmhIoypAXRC0C0U9
				bXY/jgA1TUxsBkiS7tP68dZqoCvzMo0IcTzuQd6SDK+3lUQ6jxplpia2CZLhdW9HSGQHkIOD9ZgA
				/K62Lhdtcqg9IJDh7qpufAsgWxxY9BZ/TO71xgOa+DECD8jY6mMB3+qQfQo+tqjxHvMeEWjLO+Jg
				pcfWN8sYl8e8r5lQBUxnf3GDFcmK6GtweGdjP2ACTmjMSDhVfoDqRgwORysi/8vRpn6LjYArO2sD
				XafaZW7SW100q507U2bqlD7vgXPBmYeuPEzNdFwNCtyrcMXB1xcr87x//xcyrF0zSDBXBL2ZozAa
				2/w4smd5o4o6w+BE2jOFHdXaeSp+IfdneA3l0KCBCVTk1t4PCfzxatiSFpmaSfl2QtNfjejKNDk8
				8qrlBnQ4az+JjJQPm4GChib3Fl1MgGsKts0h5tEypIyB2Kvyguivi1ztdzg7dd/ExpeTHycCpZyJ
				+1qqwQYHTM8BIKQ5Qqkk/Jii1MsI9nuq1KSpuDVnvts2NW4iKiByCP8C2eKkcbJXcjN9F3d/lEQC
				Ipxd65OBskq6Vi1FsaOmVvZk5foVZZMf/bhajEjlVzT6MNPv9WKJEsejpcUvioulqQSJX9Ns82+P
				WU4ef/smK+BH0txNz2QNrJg/f/DEmRZTEVUzYiY0192KsQ4iBzWI+G9BZLpRlpB6/Ls1vTPXkob8
				8ybvixZpCrsgHs2H7fTpo58fyvB8FBSbuCEF3IaOhX1mLx20kNzjAS1KA0/571VEduOTBE8jnXr6
				mgU8YhZItiyYGBk8zMcgimshZe8OHcDpsH37Iy1RifCIRqBMhHjFqdLXIX/7XE7Yq/1eMAiEDy2G
				Hsvxa5rw/TfDK3qc3TQ2b9cx4YYwLdk0O8RtaCVgh6Y+U1KOJ8mg4Zxd3GRc5oYHs0JYsD9Rsd7l
				uOoCPsKtoXNkDXkmq6HpqxqCHaXV3W6oU4gY/+SGbMcNcViVCpl4i2HLTIYk1P7NhhSzkWZt6CC0
				IXdnQ4MkGyKs1FzylNPWZdOEhJhCeUbKIdUN3FWSzsnzb+FcPFNeYC6zieA9s7TSWnYMyngZZUH7
				RuIcQavuCiB4Nor4D9KQ5gxNND5fZOD3iyC84UBYqYHg8dMB1HEuOgiE0vmGOCtqEoqloiINVvJv
				4SKeJuv2PVsL4kCptpG7Z2pieSjVlT3v5aep1Sw6dZrm96Q8m6bcVRsKM00sts/t0iQw4Uiz0iRI
				k9Jk8Tb3WxCnkKYjxhnyjqNpVCKL9Dny2Qo0DhUEh6ea+qwWibpOLkQAL6Ehl0FDQ/4Zgp5nqJN3
				hqbvkqSLiF/E7KY2gmH2tEpLqITO62odpdD2sGaMMLY87kmKdQyTkluW2rGmqzLzRbkbZdnQj1pr
				mzX/ZEGCjgX8Ss7SWnUXQURfwQ6+nK7Zd74m1Zd6k9oZyq+YymMlsE5bBqwlYD6bND6GTYKGxV+B
				M3q3mQKAcAgsZAh6OATrwxL3jq6lBqFCwPJyo1yrxBlskIKIcVnrrpDZn2D03IQyT2FKieQHCqcX
				Yr4+4IHJz+S44wN7WgyJFvYA4SlgVOmBULVaZL+TB7Yq4wF1lECuUtHVwe56kQ0bexoPolIf/H1P
				BOY/mLt9sHkQPKJySeJ73dTndGH9V/oF1kLMTq8+jwh1tRWVgYbPxQyw4w5J8Mg8jf9T6l5BjCaw
				r0zAO2MCws0+AQcDINLEm7cYrqQqWC595m6s+s/5G0F6Jw6V8nk9ia1D3fdn+gHXnqhKzknFIkJ3
				nPp9N6mMgZyfaqUiQOuHcvjxpnoLYxB8RiagNE9BsJH4RBzBhDd7w2BblkjSS4Tect2vk9lX8EEg
				QLuwN0ha3kKJYM1HWs3jQNujbeN6gPECbBPgGcswwrZBZlUb/asVBu13oBId2EdzYBQ4D0oCxdzW
				tLKtuOIzSsxzuXyiBHTip9JBmfnTOFFkcbeDCGcbIowc+MYl6XDlC1OkVPaYISPCthiUUtNv8qQa
				9zW6+Rm1uakT1GJjj0fJpJnu5obG2CkmcwZ6Wq1saqJLUErSoxX+XXn0YPJQ9kFcB5sJ8ArY0Rto
				rTfrFIBM+Hw9V232dGiZvJM1M/1azsjkvQDhHUOetVEn68ezF/CWJPCpYIFQG/I4AdmOkJa5OihV
				StX1ZPYa0SeTwC5CuIxe8dq9KEXtWEbCOkJGBFmRQFdqYZbBTJKYdgvZfn1ywVDzMgLj/j9JZeTx
				X8Fp1vYttk99SEaWiowc95ARNxzIvl/E5NOET6ysYtSGWarY83biwQ86ZBkYoTWj64ogaMv3HQoD
				rEcGz5h6ejWardXi3vYoygJl4N/V3fiwk7GnaVsJxZkMbKzaDo+kZKxOnwdZOSTj2RsrcuMbGekO
				FhmsD8NkBzV7yEjMn0JGyH7GtTVoOKZaCTIKd/cMnXKDyta39AmWgi+2GCRrQTK3dgGVNsoTbz1M
				JjTOg17YcesVcmUWmNzIX5RV7e6cusz8Z7Q5cnqKQJ1DipdDN/dGjxvo7JlIPVnh07v4V/j7ZLZn
				9F/BFhTN+Cln4SSqF/8nJlK04pjKJBMxo6avYDCTon8G8763+m8FEW9U1Ga7AHFEYUyLqsrsU8F7
				w60KXiswfIf1vPkZHXCEokSx4MblQ+qIjTLXET1gqHVUMA+W33QloXzwR108xni0sEbQwNYU8mH8
				nNVQtHDOkDZHTj8TRGMBL+bIgNLpYVqVygv+vYymWeUysF8nY1myLkWNrpeP2GCf8Payno8vBWD2
				IDcUn3ncFm8pReEA4MYwWoWy0vFpDqHBUyxI8G7/VFppptU8abzitrR8cVxfWLEah0/TaxY2O5Vr
				uncc0ic8CgxhiTVv8Kb6hCURg54Dr2BbLdvPqBhXgAmKCP2XMPLf4YJolieCDtqI86KU4tpv774U
				5AQiq+eHnyX6A6fQpZRjeL0ESlMJ0kRm9BFOGaXLekhGPUNEShZgJAD4btN1Abf+rFD0Dc2YZhSR
				+qQpEt18gEBSKFNenvSoqmG/uKlWWkVNzMfnuvwgcuqokRSpDobegZLEq3NCTt65J2RfjWdeJO2U
				iYYkGUEG7xIvrXipYdkHvBIlDBrWLO/SfjNpKzjQ21CZWmMFAUW92jYMzo4j8hxFawofpqaWQ0t0
				dfoOFdFbrjKihuTHxvoWeNMlqB3h+1R2wxKxXuhhPfwK68Rxz1rmqtgf8Y1CbsFNBcBJF/G6deMt
				cNiNXrVc801adTtgkBvAD+vO3P2yxOS1mFq44ta49icFPHv+OU7Fo9AH05+Rjx90XOzgXKzYGiZI
				XznjSZaj61T5ICHsqNmQwzpdWIKbCjD0j1Gd8tVkfuoSAYwUjpvPZ53cVm9u5Uf4cuz3/mgmwqZH
				jG2y1OtVe0TFNv5QprFqcHwGVDRhKayVcNU6lU2iAIGFqzxbITE7E7VZ4tm2ukN0IMS4koptMWve
				3YKzFaZ6GeRx99pPfOCh4x2jyqwxSH/03DznZFTQJPpvFPCMhljfiCJsqIbvCA91j1VWqLm0ze/u
				qRWf3r2y5VAcQUZTMiP4NLkz31ZWMqQkd0jEo0TJzEkMTsuZrKpH0EiXy0ywJ2oqweL7QSvX69Iz
				9x/g89Fnkae8lBujartiRb/dSubSXpEf0GLWA41njkXp73ecMhpGVTli4CApANHAhw0xug2e3Jxm
				Wvhd/6Yd9Nwn4q9wlJQ92f+HjUKGCP5hZpXGFgPtyCHDhw+y9+Go6bDWjfKfnNuftBPHmsgTUezK
				p8518XZlEW2iy3bh2dx6jiGhey5jDwAiq3MYJ6vkAwC9aobeosiQgIIIp9riGsB3tx/Cr0XvEOeH
				lTtiHmWlbLZ2yIuK0iOPhFC3B/rEWh1MryIGXtwiATE+6uZD8XmhRMqLGjWN8qoYrZ3jeG8cM0R3
				dp8IzCh9oObLOLRtJgnidVyKr5lvctu9VeuayFBSKl+3NiauM5d95CdZfP1fNvkQqRB/npPUb0/u
				xiwiPfkaFoLCaijCsvUnjaGflMX8ZFHtkycn98mQMrNBueJi6OtbvRJ7ZHFAidsAJeHQcJtnq6Rt
				m9pmzjb66yJGkTIp8fXKJDjCzZXje6ELqnt6fuwby8f7kMdHwnkL/ArCOoxPPDKFx23tS5tXXSdR
				4KsOZsXhWW+OHGICnRCxwv69uqzIHUVEj1SG1cJ3LAevTXTH2kN9q9l0iptIkTIWJLB/qfEzglhr
				IOJJ4kreD/javCg4Dpf/MpmjXVuPrVr/8u0LVRU+asIqJSrfa6wQS4e7xCKcalEBJ5yRRvSORxAn
				hci+ZklDXxYYRqA+FiYWIdxTQBIuuF9DcHl4rO28mpE/3pI7Mi6yKUTi6TP5NX/Ez+NAQiyuBdd3
				pz6T4th6pYwl6CbutHIkSHAEVfLZJ11BawJ2bV+ItGnqFQYkX9uN6aenPdsXE7zpQ6fMBeWP7BAU
				ycUoEun4WS8djM9R4u5/EcnqyzPdKkmpxiUK3A4y4VRPaBnIeOFszPotfAVcfVRB6SimpxSR43Fp
				0qYrNaNsybcxN4FgU9k/Pnog0SOTDzmfm3q7cOAD8HQ6oZow1IjO9R1Pf0ugmQkzSPBc5CxxMgjA
				yxH0dGQreHWfMjbgp5qbbgMXtwrKA2W4n60eSv1vmg/Y2TJMDVIRxTfBQKH0F2/AOYLyN3Isyc/E
				KZP58V03H4pPo8aiO+YsaX/O9pErdTCVr2fsbEdUhhfVwmAtJSg16HdIwa3M3TzBMeWgmESDRpfV
				jnR7LLNmOcYHubeL4IoWHRrBBqmI4k8gUSL6Yi+nwauQA91qnJgcGQW7JwX3jaM6vAyMe3XquPuG
				BX8aFMvVupAJOnvyRCSsj042CHFEAABJODAZ0dqdbQi8xkh44RmnNrafx55Ox/Moo7AMG15g2bxV
				w6vAsTTHmif7HxCVvBTDdLNhhxuidVVSbS7pX3G0VCuqoGTJLyOQiAAUq4uYgReWw/OKHRSkMXT+
				te5/qvTMShZvleVpI0hb8BoVcTcNH4so3rHNtVKIT2DBz0S9O704qpipZ9jpKvqo7EOzOc/Yn0zt
				L+DDTISMYgzYwv+hhg99WDhdSwGNMi26FVIEZQXSJVuRcSY3elgrQ17tsR3NjDgwB3wKfYt40CuY
				b2LOKk1iyuCpCaOfuKsWxP/LnjRCdEYd8I4miQa6gXmDhi7YDSdqE/wMuNUjAc1wwtV42hunXkge
				4OFlaJMw3olI0QkgXXLAKfc0TGCsZjZWe9lWnoNAio9BklaUxqFgmCg2vmrbRl4aIvZ50rgjLUfy
				FT9RhFDcM7ty/inqimkjaFwsKLpOxwwmgwFji7odKpfsromXq4+TKCpAYpyvCim5a3HWrnycVkpv
				k4vKiZaYj1UFqgbAqD+A08mWBdgZ2L8pgA/IeImz2Bm1LiCo0Q9EkKiHIX/NPGZB3yO1pj5S936n
				ZFB4UqpUwSscqOPX7gVIcYsExPiomw/F51FwR9lzvLA/gk9yjX9t45tNjBQ3oxJYSQy/KAYUcOj1
				ZWpLJpANO3FSzzcEij3KvPqBRXpkLly3E/fRyi5F30D8Tyrc24UVLWY21G4QmGF2Mdt+ByQxRwlX
				BcR7ZsOmI0w/OWijftRvao56J62vxI6L21fE1kUzC7Mf2Lay5O5X1Mz6S4EW7bDO5q9vtHfnKkap
				gAm/WO5BzCQiwN5ybi6uomv3uAMh1J9ZgydhwwKLoEuu2iy5B/nTxciRV2LHfGDbyxqmEghU92Li
				ivyLPihwMPuWH9FWF4aaK9SmwnhTCrMc2Pa26JgVZa0d9poAqVgNBgPGalsIyIm8M6Cg/PSpciWo
				qenC12ldiDwAPF8qyNeBoUd6bmRqS/Z3GkX0we8G0v9DyQmiz+m2i8/3a0pDP9wq++KyWlg5mURD
				EloZwPW//IMtkjiGk4Van8m0L2UDCNLimwqU/TiYX41tqvwEweyMBQjVTovXP64sJ5HOENUD7uFb
				jmu/yM5le7Wf66/hNt+Ldz8Dtr1aRwfHyrw7T4StSO+tdZ9sxVdrGQGZ7DOtCSPSuYvtkXL8GUE4
				XUHbA00Q/wGuyYEGHAgvqWpF3pmzNQNCmTes7HCkZap3GgRKfwMTU8ed9a6UnmVG7Qr5RxBTGre8
				q1bv/4NgdlNHNt/OguTK+uT2T1pnTKghrsKBQlzvF2ImDI77diufblzoqOd7E881uyZnogT9hRgq
				CnB/Qzqb0RgeZswZ144cAOS6BpFAsaGdWw7wvYnweNhtgz2vjFaAUlGbk1rXyjr+oNzKtO8dJucQ
				IXDZnaIc0mu9L2ArLXlSnBqZjt310sH4FBXu+wKG1aXRDpVwwK8GrTQS8GWyQGh9joms5N84vmeX
				KcpEP2Y7BTgZsGCTuf8eOjV6vWkupHGrKiSjdTDFsm7pNExxO4xsVEn/33T/h5X9r8BZqXkp3dHs
				qdQwEDhGdyRV7m1craQqDSCvCVSUCoZa001kE7YcIMjYT03wIIXZTJjJs/inlpC8ivF/O5dExsht
				bu2Vi6Pwt7TwsnmqhleBcf+7iDW7bMzx6XlIjDOatSDBf83QtC0L/koXNC2Ek7snv2KvaeEKq4eG
				sYGOZhzAxFrXgOjQNClFgVJhL/k2DYWWSUWJCl4F8liL0AJb8x5uWPJcQToZQGd/f+pEkg0V2RWM
				o45wwGIegF1TwS/1qcTXgEV2Jfe/03ZiTh3DnocgG69+ESdjJbUnqtkBbDpgNsKXWZWCQQUnfWrr
				ls3iybycrFJssrXKBFJ3J4RomNuQrrTBAMYNVlwnekzUC2SeRwSYiacUqRbDSQPyGFwLmeehBPlZ
				gHHTf6k5EahiLtFxlooUy2cXTO5PqKUdcIxl/JYWNnefSUDBdRbfauG9Nd+6dezw6IhXT6KpaGtF
				8mguuRx43604FfEtfvW0I0ql8xiKvYOcr1NndCibLX52lHDG3jaPfsARd5GxnyfCw1szCSn7o+Dy
				LNmTcMqrxmekBDoqoHbz8LqFx4dhUSXyQElahuDaWPcVgdNGgjRKEPlbWjcQoOFejMeeaoBuH+03
				AqCPgybUczy7hFJ7qbguwNnRsCjIxoe1hzzrL7L4/RIgAwwoa5eXI5b0lYAR8NAO9EU7CNkilF4j
				fq6VKT14Zo7Wr2CJJfl5wD7ioyC/JmGGKL4Stv4nen1JWlgfryxNAdowyV3JytS4NF1r+KNF5Bpo
				2/Kc3cnmfPDXiFez9/rJCi+ZvzhpK1Upo1sTEQOdUN+182A1OpknvG2xsYJERee9J8tyC5it4LGi
				+NA/UwqWsJWSdf90RrixTWNJ+64k6mqk/qd3AX04RzzK3wpV5qAinp/yVt0cEh0ggViD3vL6oOv+
				UTh0lEj1kN5OOg/KKgXw8l+5+7YqTTCH9ENpsImx1GyFhdIrR0daRZFi7RxS4VuYMJlgms/o0VQG
				yLEsok0MidHrsvXKDSkkLT/G7UKUlOUcwRYK7ogitoEmKEgLzUPOdsdsiI0WTkB70h2FsaWe6Qkm
				X8seD2WLI0Wb76eRadOtLY0UofuM6ui+dYgktOEF2iBJpXD3n0aa5zDnIZlAMvL6kHoBLm4T0BEt
				ZCgyl35mSeEaGacrWd/xJSWHiS+KWWzq9q8ME/J48TIFUZkE+WiCrUiK+0qR7XJk/44vjBseo14f
				EXoijqUJRxbjU76sD/Fp045suJin8Etp5bIMFNX9B50HVmVgayR9kQr+Azwu0LL64fcuxu8f44Cq
				uLtoHFAoERoDGi2yQEUftFCqW/Vm1Sy2mFFsasCILoBawISrLvC3AVVgYA4DZF7oVKLg2Vi4aWBF
				in0MRj5LGe6DdbUVKw1IDaZnHIFXquhAEXlNBwsWqjb+YdorSkR6VEZ0tAhoj1am69fPKbVggUXP
				dJjjjWWCzKIyNtVvY4w6VUHp/N2b/quqVxhspSxfrHOgR4IqysokrLffzw4PH7nq0jqEtvwnsJnb
				mg4JPHfvSouGn6JpP0ynutkIu3FmJi19ZSBEIb3vGt71Nv+b358bMnd/QAvyV3mcXsKkkhmZ60cJ
				MHTO35SMx/IDLBkCen2+RBZwpyBJDsQhDAIpNyXJvWnTBK4+3MMBUQRTBDAEYaQwkjCStGBGo9Fo
				NBqNRqPRaDSaqUaj0VSjiRjpn/N+P+/s8VOuh8vDP47btxUw0LaVWgbTthWLyGdmxpxNNUAAJMAV
				zcxMO23btm3bdm3btm2lrdmzGlZmNSXZVmVXdmVXeTVlXSeu2iqtmqqqqqqqqqqqqqpSVVUNbRtq
				UKu2bSXaVWnHB8W71lBKkLaiQ7CIbMbgRpFKHiBVv7GpxraGdqESJj7yxPkIoZ/KfIdqQiWJoQqd
				QiVJEaqoNAwEUBU+yMieGP3QlDJIGhH8kZwOwgABlIYTUkmSJEnSUJJ0ebzhn7hvytTQNS0Hz2JZ
				YeLgT3jj6Xw8TjkURVGUTJg3hqIoiqLYrqy6StVQaTT0jD4ApEiR40iOpDiSJCmRJElSnILAcRzH
				qUGTWNjoivkkSY6SRBQ1kiSpCUkJhUKSJBVEqAFMoKbAQIkfHRiBC94lUIEKVKCCCiqooPiq0uVB
				DZcQoVNCQEg8ExRFTdNEkSEYwe/7vu+fpP9nYNs2tse23Xme53mePaMZTqcz0zRN07RZ121c13XY
				tm1baRe6M2qeZjkOyZIchSKFCy5wwXnr9m02b7Nt27ZrW9hE2tbYNY0maxpNmqaFhck0TQoSTZNp
				Mk1c2cgoE2UKKGSSBZnIgizEn+Cwhk1YGaawhSlMgW2MbWK+Y5sCjEkxLSbFFIvFpH3u//+/X7fk
				8fC4Xd9je1zPtDyLZXHYE/wJfzydmTAcTWfDGRmNTIwb5o15VVXVRFFVxapr27ZRn0OzHJajkBRH
				URgMXND7PE3TNE3fJJmkSVMszJNUayRRUiVRkiRJkqSghyQSiUQiqUiiSDKRiCQSkShIFCSyGyYw
				NGhBDFqQBEWQgkKQBIUgCQoppI5CoS4UUkghhRQIXS4jlsulw/f//8sffsft267nMV3Ts1i2OBwc
				9nQ+M56ZzobzasJsZDQhMDIyEiOVSqVSqQQSqFQqEolEIlFDpWVZmiKR5UiOwqAYKAwM+jOvm3Wb
				jNO2y0S6RHxJJC0lkkwiSUAikYj8EYuIiIiIiMhEIhIREZEgBESCBAkSJIgbFhiCAhdECiJBgoQE
				CQlyh4SEhJAQhYwOIhASEiIhIQ8hDyEPQQg8PDxMcHB4eOD1/f//uO+xXY/rWUzLsywOB0/Y8/GE
				CRMmTJjwzcx03pgwimnddp2yLbtK1WtGhkpD6KMkSZYMZBBHoSgMeoFf8HM347qNmxbCgiyEhVhQ
				kIIUCp2CQkEKQUEUgkIoSIIkSB2KBAkSJEgQkZAgEx5CiD9uCApBIcgLEhRCCAohRIigCIqgN8Ii
				MIJoJEL4/T/359HvfJjPWJ9cD5ff9217TNczPYvDcrA4OOzPeDoznY0MR7PRXGaG7XR8aduuUlZd
				VWk0NBQKhUL+0CRJcgwJQ2KIwmBg0Ou+mTfrNk7bZJpsmha6QiEUCpTGCUIoVAkICl1CodAlFCQk
				IYkwoUgmIiEECAvXdV675ptVmD7odV3XdV3WZVmWNbIsy5JkWZaE5oqEsKZpI03TNE3ThLumaZqm
				aZqmaZpGTdM0TdM0aTT0jJLkUCs5aloIEGqBWlDTNE3TNE3TNE3TNHFkmqRpPBLRUZIkSbMkSdNE
				ChoJ+a5ooonmMJEgIlqIGz7BE7QghhCCtqBQUChogPG0bmiaFiG//+f+XCaTyWQyedzhj8sos1gm
				ZhFLWGQJFrEEy8LycQow09lsm0YmbN4Y95267ZRtV3alVA2VUjyjISqTcUYmk8lkMpkoJbmNo2yc
				rNy2bdu2LYhIklhEJCRKJJtkkolkkmwSSRS0sFlkk8lkMplMZBIRERFxiCxAQeYgo8g3Ewx9bIIE
				CRIkSJAgQYIECRIkSBA7hISEhISENGQi00Imk8lkMomQhc0Pm4f1YVPAHvYweVi8ALdt23bYhNYh
				8FOA2LbtCZ4wYcKECZswYcIEmTBBo09kFus0vMHlOq00nEEaQkM0nEOzHJINW5gYhMERAhcWJqLo
				hAUvLKwLIYQQZGFhYVdYLCz8kcPCwsLCwhQmBYksEgp6KCwsLCwsLIySSUhYWJBPCPFDMGNCWAhb
				CAsLCwsLCwthj7BGWFiYRJhEiAghwh8R/H/uz1++3/mYt9i22/4eErXayny7SEwQ9tC1Y3Rsjske
				27FwTPPEYjMxTayz4SYWi8ViYRybxhprY1VXqRoqjYaeUfM0xVjELI7CwAuDgQEhuPnM2zr5jOti
				jsVisVhsi02sGGMSTCwWi8ViMZEkIopdZC4UqfigDRth0YnFYrFYLBaLxWKxWIjFYjHRAkIsMMR+
				K1RCLNwhFrFSEYtYxCIWsYhFLGIRi1j9//r+95em/6X/vu//+iVhDX8Dr3lcYSThUpCMifW+7ztg
				s+Qb5QlX6M4gHY5c8H1/7s/n8/l8Pp/PQz+XuTQPc41c7///oggmSzklqF76//86L/May2ciYm3+
				//////r/793mbds0c4/91iXdrCZKoqBJEgX98uu6ruu6ruu6ruu6ruu6LlvXdf2O6wwK44UrPDw8
				HhTuZoZlP7WE/xP34lI8vmqCQbxwYTwej8fjcU3BKGWJP+7/t7SJR/h8/l2X87tu22P7tmvPloPY
				Clv22P54LMpU4/F4rLFlW7Ztz3Rds65l1rYtFYWeUfND0yJJWhUtC02XlmXNN2uWZnGubDItLHZJ
				gMJCzApqmJBJjUgsXCOrGlGdbMkWOwQR22INRVKZUCaWiCUFK1jBCpboGsmyLMvyK30I1gAjQTj8
				8IQdnjDDDS/MsMILK0yHsIQjHMK13P+p+fjTz/z/vyt8zs7MjEce2bbtkcUj8XhmZmZmpjMzM9OZ
				GWnUtu2IHVkfOjIajUaj0cgcjYxGo9FoNBqNRqPRaEaj0WhGoxHXbcTNZrPZbBYeqzSa0Uiaaqah
				pvs0Gs1M0EOj0Wg0Go0oIxkZGQkyYcLIhHEYTRgJC0PJAmWwti3bboIFSJIMjZIcmhyOQlIcxSD3
				cV63zbiO24L2bTEFBQUFBZIkSQUFCQoSFCyBpEiQMBEJkQQRCRJCfIYJN2MkFSSEwMAIPhkBAyGE
				EEIgSfr9P/en57//Cvj7ftC1OQ6DwWAwGAwGJWggGAwGg8GJCUoIaNgwMjFh2qn7xjzEdBHtyqrS
				0FWVBiueUfMcyXJoBsOUQVaCwQBhMDDIa7YgZ0Ft7B8W1IILBoPBYPAKWhOTEVVNkoiapBAMBoMN
				BhkSJBkMBoNBkWCQkAWD0xAMwcDAoESCwWAwGAyOEiTZCEaQEVwEgxEMRvDz+znf/+O//ZN/+if/
				wr87bt//vn98+pSa/uRv/uQvOHzOeDoznM6Go9nIaGRiPu8n9P3U/fb//zc5BhD6yXme53me53me
				53ee5/nZve9UQ+5dwuzfvm3b9u2KWaPqur6vmihpEklBolDQJXT5RiyVEdH3CPKJH0T+//++8Jn4
				4ZdZaBDC///////+/2/xbdu3CSEF+M3f933f9z2AHi6Ph99x+x7b9biemZbn8Wzb9mzbngwltsnM
				zHS8MJ5ngADIhEvxiOkjCMtg+Nu2bdu2FVvWJElPadu27W/mdTOu2zhtk2kisbArpmpk3SNPRKbs
				TbbtIIc8z/M8z6M6z/M8z/M8z/M8z/M8zx3PWwgWsW17wbvD4SORsBWW8BT+fD6f9bMPP/rso8+E
				z8JH4uPZPa7noWt6nmA3wbOZ4BmPZ6YzMzMzMzMzIzMzMzMzMzObmVmEECQohIsz65wkSZKzmZBk
				4ILe5+m4bTabzWaz2MxoNJ1mmmkmzczEQ/7MzMxkFmYmxKHhYYLDBJWTIogsHMIjxMTExMTEzBij
				mJgQIxP+btt6Xt/Duwa6fY/tekzXMy3Pcuuu03HG85HhFhYmodw8pGG66cK80xj3dTtqO7XjzHBo
				25ZtWZZl2a5jhV1Vrmww8CPBbtu2TSZZzAq7Yrc6SVWnqqqqKqgLtVKpVCqVSiWdtHVI99A5dG3b
				tm3bsm19MqJt1y4ajUaj0ehCASKqyn+O4ziO0zk552DbHLOmw7Zt2+OZMWdmzmpmOIDJaMLIcBzH
				cRzdciy7litZluM4jgtllCNJkiRJciQXEDiO4ziO4ziO4zhOHMdxHMdxlLnNrIvjOI6iuAEWF1MU
				RVEURVEUikLhCCmskAsUioSbcBzHcRzHBw65MI3jOI7jOEqgOIjAtm3btu3bNo+ODWDbNv//f/pm
				8n13fNs8z/M8z/M8z1vwwtu2bdu2bdvWzbZt27Ywi2ndvZvO3XRT124du3Vdx23btm3btpWjwrYt
				uG/CBS64nQ/dtm3btm2btk2skbZt27Zt2zbKt23btm3btm3btq1h27ZtfggJ8lDJtlhs27ZtW9i2
				h7Vt27Zt27Zt2xrjFVtMYoqJyY1DiDEACAiRpAiDXuAXvHQzjds2WUwLk4XFfGp0VyOBtG3boJFL
				KHqJuhKVqESj0Wg0Gg1xaHiY4DAN0TYajUpAiEY0RCPaiCqiEY1Go9FoNBrR//5f/vr36w//77h9
				2/U8pmt6xPL///8f/v8/NQ/zeT/v55+qbLuy63me53lGSY7k/////3H7vu/7vof//////x/+//9J
				kpfL5ZVPTnk4z/M8TxGf4f///+E/GeGOPx7i8Xg8Hv9PSjziIR7x+77v27Zt27Zt26bt2bZt27aD
				sD0zY9u2GbbfGPcdt12nbMtOELaljjrU09NDmx56RjLQFga9wC/4edw2QZimaZpmzLRHtk3TNE3T
				NikWi8VicRC2bdshDg4ODg4OXhC2bdvBweHgcPAWDofDD4fD4XA4HA6HGZ4hGZ/P5/P53PHw8czM
				zEwQMzMzMxKEZ2ZmZmZmyAmj2choZGamM9OZcduybRAzMzMhIABKCE+wA8/MkCyHw+FwOGwEMTMf
				581ms9lshhHEzMgmNmEjQWw0Go1Go4mZEY00EjSXCc1lpDIikZGRmYiESIKIBAnxOcFhGmbCxMzM
				DIdkhCEdExMTExMzM+3MTIzf/3N/viDatm3f133d1422tN22bcMz05nZBDGdTqfT6TTaxtTt22jb
				tm3bzqTq27ZtG6XIsqyDYNmVXdmy5dqGQFmWZVm2VVU1CG3bPoi2UlVqqVQqlUqloW3btm3bhrZt
				29DQaGg0NBraltFGF2U0RKPRaDQatUTPkyRJMvD3aZoKgmmapmmS8oPF4eAwh8PhcEiSJClDkiQD
				ybIsy7Isy7IMJIdkSZIkSZIMJEdy9DiO4ziOgSRJUmIURVEUpxMVRJIkyUAKKRVOSGEgSZLkBJJC
				kiRJkiQZj+A7GAwGg8FASG4kGcHv+77vk23bNvl937PtsT2Lw3KwOHiyjRTKjDPNNtMsJsz0nbrr
				uq7rOtm2bet4bjhzU5KB4oTjNm7jtm3btm3btm2yTdNITdo0abItHvJlMplMJpPJtm0bG/awCXPY
				hMm2bZtICHsswh4TTkwxxmKxxTiO4zhOJkmS5EAkSaIYPr7j9m3LsizLkiRJCo9Go9EokCRJkkyM
				G+aNeUWx7aqqqqqqKsmRJEmKkiRSJElOkiRpkiRJkiRJkjRJJEmSJJEkkjQioVQ0EUUTURRFUQwR
				FRQUJEkSpQgS4xF8T4ihhhgSSZKh//9FAcpFRB63w+/4LbLtsS1CoVAoFIo8nJmZzkaGo9loZGTe
				Eb6iSqVSqVRWqfpQaTQ0KhQKhUIpSY4khUKZUCYU2TjZpkmYyCRMYj4lkZAkKQsIhRIP+RYhSVKk
				iAQjaREJEiRIkCCWBYYQggQJEkiSVEhISEjIQ0IULCQkJCQkJCTk/Nzv531gYGBgYKD8t33bgYGB
				gYGBtD1j2+GZmQmcEW44YTQzIxMmNExomBCbq6x0pxJvOgEAAEADMxkAFIBhPMqRJCmZ5B7gM8Gk
				Qmc0GDCl1R3ajIZTM3U+C82mn98lkXLoh5+Ag5hX4OIQnKelEQU0cUoP8uTHKoJkozHGPusITvwu
				oUphmQVbzZARzWeg/21XdLTCTiS8oS6QX10WgYNE9h14t57/k6dNuM0sxzxup3ySQsdgKQKbJkx8
				BElT51OKBJ1hLsq+UR13WeJsSUn8cZicQtVngEAQ579AZLsKFfNv5k/TyoRSl+35b+ywNcDShFto
				cMd7rFiTXtM9ekAs4coRTzOphe7I0ASDUgFNZWxmzE6j73rbJguM9awQFFu6KqtjbPCryWIOThre
				qca8GCjPFCqtq0KdEE0KTWk1ac3BJC8JNNYYsur3pAw8g+w+0ssXiCBG1IMjCles73SCIaCgS1o5
				L792vxegAuvQpL6USoedlHAwMX4SxQ3aL83shAcyyjPepEYLpRoEFY8heFVqzETbtjDnaEJeXMf7
				pViZnu2T8afTavLPGaQ+V8HonXXM1S29V8Gn4pLDQlrmOQ7BMaUaN0Z6LpdFi0uAkGnJeuzavzDT
				IoEQObIDPyal6QGMKBigLLRFCGGVTvN4ZfSCV2DRGml+6nFA7NSAK60eJi/ao8A015GIuDIFryzR
				rouiFYVhIoUyJ/giCgymeq0lMZ/Ix8zAWUn6S/wQ6I4gumOOQoP0OVdbDykYvB16cwODY0BluKgA
				QU0cCmqs4rj0gqZAuR9a00/eGBWMWWoL0AM7rAyErZITxCYRHjyCYCR6uZEAvyy1IQFu3XQnWjMI
				PRXZEwmnbIvdgA4wTtCa4k37UQwyC4BWL7quIUW+gEA8ripEojJJzxfFaXjpZLacz41GB/ZkXWnw
				NYPFdoQiMpTFaT6OR+Kw8N7L1kkVDA3XiF467Abmg1KUEQdkhjL10vFMgHY54/6cbACffrMHPxCs
				PeWm2khAtlPMSfJmukI4bsXmbdTV0LyUW8hzqj1AY8JkLz4kZeW9iYNk09FBIR6GXFHXmvzFeIQE
				2n8RpoPBweAzFcSXkMBuifns2jFoNEJe1lvWQqBi32hYPD0iaE4WToKGbEY6QAo56lnVHWrsiJlJ
				Uh4Np4bEffMB8V/5wetu4uoSlhH94oSObJ5J4DSv3E99Z+EWNA2kYuyvlnpQ+AWzbgh4CHEruHSb
				NU6Top9r2L9ejAoQNJeXX7OB4BxThRUgSZ/Po2JBr28d4TIJ/8q+B+2xccBmV4HV3hsCXb3Q4pSo
				45KLaRvyqJZ0EAMwi2NSQYnk9KM7NZ2DX0J2mQ+XljZn4Wde+BWrT1pj09dvkvicOvpiE5fdMMZI
				OPXI/eqhBICzlTeORgEQmuPs725A+GJkfUOoVT/UIUrzM19I1VyejlAUaEcnHvXaFsF90WorDSzd
				Y2dbb/YV1K1ZvthEwtW7GINxXHDp9eowCkBTUwzrT/IEqi+3nnuw2KNSQIQyac0HdHx2Px3cXF4L
				/e4G9M+4FRsRhpxLQQlX7v0iTFYKxD6nuJFWGpvF0qe4bVJtnERiW00Fa3sGGb6ThhSPJlcOytcN
				RuaCRmv5E7mTaOB+Ek2XoPBiysF7A9i/3lTlMCgMoYhaFGqRp1VV6qy8ZX0rDyooitIFdki8sYQ8
				eyS9aXZvZiELV1Pe3pzkB7VT2pkuQU8cJeoFiqNB0Jzo3UUx7OsXAnHvIq59jYD+3ZzwevhFWKLq
				N/gzn8O91O2y3P7isxN8T0ZJZ5CrLRk4Qb6mG8Oe5ecx934bBBSk8RPRv/iMIXMPYvgTaKKgfkv4
				hyVeCX6vHA0A+O4vreyyJ3KIUGJ8FrcvUHKPd2oURPWEvUdiNkJUOzgGCwNDk4n+0HjIrvtLrbJG
				me/cSx1+znXZp0ejyDXPtSpCPnkeMNcAkoo1DNYtERsi7gUzScQpB3QtJfVsV+6Nkc64l675huHS
				53XpAQwoew94uQU2mBlxZsjLB3vwFLj8FHLZ5C1wp5+CAqTsDR3UH0ZvXNYdZSSFgafkoNU0WIfa
				3ToQS+LWR99cIOIdSCbM+eDXKAuiKjEtCX0a9i+wArAOAQSeSO3NvKBKuPUD9uBfYDQPB7lx0lBe
				kBwQxVxZXXzA2J0rlsi6xrKc7USL/sxu8WI6/w/dynlA8Xt44e1JxdQLpAkAEBLSfq/Ivng41bbU
				AnTQ8qrJiyRxvs920nUD+szmgUUFoqgCPDCrRrgXWMJYO+5YEuPSiSIIb6N3J+hbsotRVDYgS9OY
				AW6lV7vPd1gTABwNct9kKHCnn3gCpOwRHVLfRt1c7Q1iTIpsp+TUdhuvBTUUABt5L2UZ0RtFEIcZ
				JR4BrrbcbIJMTXcIY8hOx1z7vQlQQFLjouYI4F5mJAfKrlraZ3OJnMalDZRoTomE+OfbOSaRSy7a
				l2Wxsyz1R04DfyE3QPQ9J6xHP8Ns3PtgpA7if9znJAgS0nCqWlkVEP/WcX9IQTe2lpHxdGScFzuR
				24AG7qYGvN5HtqknkLAea5NgU3390HfO5ti+UjsKk3rndulHWSfvFyDGBLYms4xBKOdcW38UuBwN
				ctskE7jR2ZyArYwMbQDvUCkESzW3ogimw9yHAiqkCTjNUSAPW0lPIkqiE01gEfsfvCiaEjDoECej
				Nm17zkMmFCiyKNpwUii9L8xoYMVp8jkFii5NUoUc1/h/qFaWA8UHzGl40W3SOc12Urf+kONPd4FU
				yJHfPEBw9mh8PoveVoedTwMJeROyWcXxLCaZdw4lW2B+r412VI5Lct2AfpOZwKICUa6yCu6xikgA
				FapgiYqfDFTFDU48ZDUoDJbmqqgb2Blf46XPtiLaaNbXzAZWnOaHVyfeaFCHzcyU3/yKNQUFnlgG
				NOfghqS/FdHLVCSFONQPXJK4rfkCV9GS6xDV0qxGCdP9dIPqraWImJCx/pSmRlKazc6sHfmUDtoE
				fj1VVUtygtBBhGqIHrms9Sx/SurZOLfnwdgGInfOJgzSmlROBk1NcpVCpMJ/snUSLJLprfIKBetK
				b6k/Mhr8xG6Aa/SMtSjX5gkfCB00NC1EunMGl4TyeMqA9fWfWmVV4H1b4LlKRaIUAIzwn8yQarKu
				VJ0GJHBzNuG3fsSeegI076nN40IAtmbx/8cPzq5yhmHpctdUp9MWAOEEtGhJJqGMiMJbNfMLTATS
				ummOsq1B0JpcdN/5p5XyXWjvz8GPngmIOx1/bWiUTD6IxnflRYElCcA6DpFNAAbD83dH52Mb2kzj
				qtMqNs47ZKJQAPeWKeNn8HUrCbSuaWIeBVB1/E+bcjkgvs2tYcVlZjlnXHpO/XHXFpwqUzTxAMH1
				1KIkLROzffOhSAyP8+GykzgjIRWIYRmE5vXM152H24Jo+vwW691WBXVAXCIrBuSXyS5GFxBC1e9Y
				r2UIzqpEFZaoj7XceWWaq+rzZFhKhjm72mGJNc+xH1pgMZmIztBs1zddnXKmQYYtbAHC+OPZbX2T
				qHxe+eXCsKQzr74UqLgjjWupZVeVkAVsZS9NLin/c1JTBLsmY/vpTa1RsBLhbLD2KtOpfsqeBSia
				2qBAxEPovdHoCHCKyXJrgahfR5H8s3GvLxkyrgFHkhFx0LkgFueyGTHnCFGUyiJKRcmndyIet64U
				Vv3JnH0VV2IM9z3mb7slPC5x3WMhlAStHtqD55QaJPTZeXdpLssLWy3rRV9XAAbWaske8q+53K5U
				XQMS2lude/Ewqm2t5lP+m7mevkvJ92nEI0K4GQZ6sn64pCKoYojqvWbIFXmpy16sSEisWtW3fFQ0
				0JxXUT4PtbZzmpO59D2IzqVJEPheX3oRPIccpPlHnSD/DcxJB171AhHBw8ArwIAso8ipcEgr8CD6
				7h/ZygXVPlhGwUtHc+cWqDhoPvEJ1Ij+kqMyaBpzcSdvgB7UAjuXPLEq65C2ANQOZRyaUFzy7qbx
				W1KdDRgbMqdHZTupdSLOxByaDzvu+LPuw7VWfEB+sPm9Gc4D2iPpbrcgo7a1VETtVI8LtpiOzzY9
				qa1oBHdAYotkPhVXNhkxmkGawWwVcCu3jSou4Wi+/2K2srhnmI8x5fYqpXuSK5uJFy1utiz8u6TC
				8Gi20TTJdEkY73XP1YG34vxJVID9VIbD7M7DM1nMXFTkUZ7e3zzFs0ZfVj6jgz3UQktKzHZ0xH08
				Y3lTWt2hjxf1LNbWP6uwLOy2r0Y1rlTja8wocnfqCBEVot7EUCDXbd+MapzmXKxZsty56B0QkVBW
				GV5RWmSzu582BFXUyiYcoMc2GV4OllNI0AGRrBqFMKXTWSRZfw7lpHtoHodRxsuFQ8DpjKwLXqmN
				CA/bTJPJkOxrmqJJPFXa7CCG4J2Qsl2LIFym2qU++yuVkTrlS58joBlHY0aRnbd1EgamVpvoAbJg
				YxLE6RNIIx2UabjUvPB6n/VYarpv4Y41S6sZHY3FYPlCQjdSNZk14BKxoRtLZZeMFNHrIzdJMyJL
				qs3XvhIYiuqtbyAqa5EWi8eCscKZwGF6eE62RpJNXsdI0Erx4vAolLoPOaleH/5lLnSwPILWUdoN
				iJRSvSdSqi7zKNXef5o79LFU0lpoBd6kGif9SQJ4MpsFoHbGz3ydgYMlg1I9K7+Kdtj0dYQGC0F1
				XDR7EtuU6k3DV5w7UIkRhZuDUnX6HQoWDNmNkMKyQVj/ldaPPkIUnWTCpOSN2nqmTGv5GHh3sObK
				DiRDvNkNFm4keEOwPmM0H8PlTTwDJgcEeF4rOHG4ofwmlnse5t2iiYIx0zrwdZUBJZB+d4IVPXrT
				e902FJvUYBi0iuh5wGgthsAFrh/fC1hDUFLzcFOD3hDuAKKTAnxivmH9W9Of8rj/lWNYQxKelere
				P/AuJ1H2fPUQEtSS3FczQY+Jelmpux/AQvoE2aAIuAYWrkEgWgPe1SesSjrElTQCdaioiI6SOCQQ
				kP/RkVqOrZbCRXEmgDc9Je2AfRd7E2uTU7hcrpIxZ+sQZo5loVkFZc4zEkDTL7gjwnqnfNRMynxV
				50ShcwdpTtbGFa/YS2FWQcyopKMM89UfxmUhANfJpmwqPZhFSdkXc4E12WQXXpPYxKT4388z7yUP
				UCpwg1cWZ8tP8c/W9Sb2O2J59HzEqRpSZuw7KG3//rBnRM8LIB1JMqXqgE8TYhhBZIadbYpkib9h
				xDHOwHSyxfG3Z17xxikugZL7XmBjfDBNxRtHXa64ci5rpgj01nci8eCmuAC9IVkQ/9oGKnUxdEL8
				kxUJyAzf07O8BVMQFYr2JGmQ6HX9vo5uNDKtXP+1JugH0lwpNyDEat7FOQsonW6eI8TOMz61PNld
				ilAekUT+gA7ymOj9wwsjw+Fvv9kj6cakidFa6jBmgJbbhnMV18B8r6lw69xlrYutZB6n0d+Ig4VG
				XjqX0rnmIqb0Pz4eSzNBFh1rxwQVzbxY1KyJMwBoLI/7V1k2ZEidWMlmsl712WzjT1JmKpZMo3jl
				sveAGdCWvcGCbK/IcNWFDbF/z3u9RtNDenIXO+mBf8Rn64hlbmcoLLcZRK/v4gt3NFqYJ36N61pk
				M5GfxNF3qdneY34uhbelvs7X5tFunYQOkL0vRilu2XJHB7FDndupFF2Pp6zxA/5o8bJ31G22oJl6
				+bJ6VGCTZGnE7bZTIGjkv7NgURFDW8c1G22Cqc7P4Wv7lm5p1G9hrQGL7VxGnUAVRive4vTNSCLZ
				XsQrSCCC5a1klBueGir8C98fJBpjNgyBznOi1xCNFJSn4CXr8sbC0OkhzwBZzpGvboD8Kd4Yz9e4
				qNo40YoP3Us0/hpRjlkf4U5HxJsnUJKZxI6Ml5wx1CdA+8YquUcvkptSlqGdP5mMKqvatyhmn1tY
				6pixiO1ogigrtMtIorl+YcDKaII7aEjr4sNfRMgFdpxWvX4wggC169Kxqp5TSgD9VprsaXCRupBn
				8yEo9zZtUIa+RqWAtDBUi7jMMguED1M5DPBVzG6yeVLNjQsfjpZglfKq8VTqgT1wh1YrrZUVBzip
				C1JmZUjHQImemOdjQ4twDE7RX5+ucanU51EqDQYv8I+Wnl4fIv+XWaZ7/WB889ENyD/Bi/X8GBdp
				ZEJ9GtNaSi+qlnrHqzqFbOGsKPxIjJTvOEBZ7IVkhSF2kWaDQJyyTCi5F2glCwAtjshGgw+03gJY
				P1wOZdc3zdSkzoPw662VTvrLJebO8lBjpG8NCA77n17YBY4GK+FK3zolcmeQX4AG2wQAmRXwkbAN
				YD9WVZ/sAgRw4wXCneDj3wr2hLuT+4ebRWusZA+dFEXLUbe3TSBx/F+1s7DBSnpB7Ox87+R3c8jN
				ZA9/77TG/JsJWLLxhDySyPNUvMripSw2adXCfvQExQK+qIfGaz1wJGXXcKwr/lB00k74pI9pipkl
				MeUHkh5pyv0JcAtXMWZwhQ4RiCItFlj+zlp7q3M0lGadqikMiHne1yOQzcdhtLXR+ISS7NU3zmqG
				uQoI2LDNsIeLucrydYmWhW/672Yaw16ykUS5L7SAuwmavVKVwyK8/3BuTIfW1g/Vcszdk8K1qL9y
				mbKp+fbWPCT1bgT3xAG6Gt2IwcT9tpk2YGthcFzyySgAihjGnI5EZpbLW366A/DnceI9PmNboJIT
				iHV2bPFAf0tOt6AimUz716grnWe+v930ztZQJgvZsApmJMHMNi9NXQSfMdqttQmiOT8KOxQjtnCt
				0L3/rbOLpLq299tSZPUsA/k/NwyztQnXznpL1GXv814IbS2mccUZXT1QwujLtdmu7+ooBrE0tga1
				4Pt0PUtIbvQRA+08M5ahFWAWo+3OHulEFD+ZL7Gsbfo5I2U7QZs4sbJNDvN/Zq9hmVlwafR4/tIE
				UGa1YaQyI76qrkx9ArYKRz7ItHb5BqVLBKwp+TMZuDvH4b4LOEemkI43mv6R46A4Xlg5b1eDfpzY
				jyeCID7KpBl/a+AdhHubJixYnsbJGhcJya+lpJ8GUbKidBQ3pFHORcDUrqWd3sepRTLcHnqEAMFf
				UTxLEnOcHtoiubh8NooNh6Q4USIrKocw6OylLr9mshjvF9g0h4AHTLekuQ59bIvjhalJ5C0zuNu1
				8iQUzEIFDTiap8jJHbyVTWP6YVtPyMl7HPeY6b1/SZO4tTTknQDiXIYh776HmuZ/nrlJtiYidQyJ
				iiIBQ2KwfeQ03bSqToU39LjlvMR5Ot4fEik5mkxOYkyp8sbO6naqNagwL59bYI7kwtf6nmGwo3Rs
				gNvY90PnnRWk14Q4iNGXnwe9CnI4TJWq4OWVGiJsu6PjXELTj8VyQi7nPUSVcFuz3MlTQf1Rmgqi
				5LRM344hak333aNQQTfCnATVZd6qUUNRi4G6VLj6WDb9We+BeK0wZE3NafOTk4Ct9ishWF9dvoIy
				8DuhT1zi2JvYscHg9K7e0hRajuva++UMOEGi4I38bgpmrF+5mKHlNsKCNeSOuCzt13BW1R9r+WOM
				34fyZXV/zYJFe240iiOPOFifJkvUGSzRYGhnDNZtcOELcDglfHqMtfZwe/DJ3htgiFG2jyCD+Aox
				iudyK5N3oA1xuI3q5sBPBxgfBm/E9zOqCxSPGPGMpliQv/GIW8ilXvqMLFTuvgrJHGJnkNQITbnk
				JZFU5spLL2zJZQ9F9FUzjuh+PX1ZtWeJxZyZXUvJi8ag/ZAKBgn8vT3HeHE12HsUs1pw1uRP661e
				3Thp2k+Oq+PwfscAMyTzW5wc2Cw09tw1pAg+QFdWdiqJNLcYndkeFM+T7gduVy0EfrrA+WFwsb4v
				4yKNDVAvJlJ2GxMEDCSJLyy9ZC3njMvHA3ElFIgds8c9k5obShVwwokr+AQTXkPnVNAY774iYQDl
				Lkd3GBFtRhmlT4z8gPwKavnvS5C3tpPQq8ISe9pxJ2aI3qXiqZUykLZyF+jA3ro8pCc0b10F+v6u
				mlnIcC29I2fnO/wVfhW/bDxkdqICRppqm2lsWQIXOXQq1k5qbEdyEnadyF1pf0iwHwiiRTjHQsV8
				7JFNO38B2AAiU436jv8eWJTlw9eqk5UPF5I7Ys9ONui+x8JaN8w+kCEGdlWHIBgOTSwC7BQbNNvB
				Ke54Hi6lEo+gaxhpNvGyDcoDRTgjfsGJqOwZjqCATsOjXXgOr0Bc/asr9CYjWCQSRvCXd4AuZfSu
				5NMM7ip85akbmA+JJ+rxGy9ANUZsVkQfSNyCR5GsIaUPxYJ7cxuGypBbISL7atLRu7M6B5bLgUh/
				sK/JC5I3CXc5D1vqgy9waQ0FSH5RlSkIP4IWUeqmj0DF8mxjqpSy8oso+7/vVitl2DDKhg3jJNtp
				JIUy+OzpoLJT5CK6WCEguo44DqoZyXjbk9Z48M6C0m1tC+UCUT6BPW/m2NYwXWozatlJqLcBLWNg
				o0P7hOsJMuoL3KPn1UtLPovpwG5N+DkTz8mKf5NwQtGcEOCVyTvMmeYgoZyZAV4sG4Qc84TSxUCn
				HOz8eAWa6Go5oQPKu6IV7luBmar/X0ZJZLDTZBYUG/D9fmdvD50A/GncMd/XYKFqxNBYEdpAWqjb
				ZEyihJiDOzuEhkc+RgAXFgcQKUJkbfOwbdvCgyBWlyMmKsf6+EkKmQEuRXqdJRtiqum0r8jlxnyV
				WEvc6F4Ov6OiIIWMgFKo9bYHglVaQgNLHqxWciWhMR4/x8DqMcz4NP3aTHCTweEvSt6RO8w7h56f
				vs4dZqJZPs9xFldNormWTxv+xWMECJe4dBy06Lch11kHT/cW3TWZeVWSYq1m7yTzlbGUybmDwU3Z
				m+X/PPAStx7VLZm+BkGtXYD6eBQTQPNbQtLv1scjsDmnvyvrCFl8h+IPc+kbOb2hHMMEydAD6fC7
				1xNPb/GplpSfZMyR2KYvS+tRFaxNce4Ly1W4RJFbDPuOmQ981HqapHOWukk34iYrvL2Nqq6iD97E
				RSj4fsU/F7q1yd6337Tsy2aVkZVuMfYRqtTjlM7kLFpqXooiU3X6ID5+fS4xdmYh6kZ/7kSGUKHV
				erGX6cT/aeyfpAqZwOyNGGCJa4xXTki8yNG2TrZsa9VIchDDWcXeIZligh1MYkEmm132lV7anO/w
				qzxFDZFCHKDY/3PUxxQpjUBxvIzzdrAyarM0F5iwZ6yvuBhPm4pmMiAI2eV4klUcJCHKndmaeF++
				Ze+kvu66t2C9lHPgLjIRXXih+bCkCt3st16RUGKq+Zn19PXfcE3fjr5YgMbaLrBPHkl6E/uw4fxt
				Thf9zFOTIn4eOHxVs+T968vcpIETi+Gkxs+lk24tZ4usA11R0HdJDA63daptzrdIqOn6ZGtebFpE
				UiTPYdwc1pJcNSn74SQ4UNHu3GNbMoDOtLO1MyHnE2utlQQLs6vgYoZihqPFHBF7mp9nAUSh/raR
				OsvFFTXBxsiZstmkFK1DIDE93J/iFIqrqNQ0SN/zcuIWnkukyyAOjgeaQooAFdM29q0ah8S2WN03
				8YEPjau2pBBS5w4rfcHn9Bm45vShvwmucMnjh0j0NnLqGh0WM3vZjqvNaHnL4hgmH04OnUMmML/u
				vCnOVxNG13m/8SD0L9JlmPn4lpWL0N21T/TOLdFLqm3D7OWI/VpacqSiC40+TvTmdKKpeBJgATED
				ha5ei8ngW47oaPlsDmd6sR6p1H35Lh8xdtFelL9hop3b3OUU/GIGhdH8jp09hKqz2kX2ZakvhVVF
				HhGXloe3CaT0ovOpIkpBtn0JtYwYgCXeOkD8EnhjvqexQh0hWl+r3SuWA4g8Fqr4pFhURFbnlUZz
				ogi/DR/64SjRKFMAFyVAieOpMi2dWlyjyJygd7RKb1n8IXa7IUhFOvxKMPwvladYoQG4CrLj/Hzn
				aE1tuqEpWPuMuyYXaUXR/uI+djQZRHJ4+IFKJ600Uk0dEImKvrX2pzqgi2kdQPVjTLHJGIO4D8mP
				KTGQh8aq2Kb1Gs1wsnDDYnJHnJ3HjGueUZGBiDRkxtBpdTnA/y3tjDwyoMQqepOfVjYKYq46oyix
				u+A6MQNwHP4Zyn4cmb7wkxkh0F4q0NYSRpYty+nI5BinauB9FBM8qHiOLZrf32elsR6GOPIZyWJ1
				Kg1R1l9FVXFyslCyjRXKFiDz6ZLxVXZLURyEhiJA2famBFdO4r3AZh/dwT+2cMXGPRS43EP2cgpf
				XcD8GLzi1/M43iZEkVC/pXc8IR1EJb55gEYS8tQQrXkV9XifbBxQnIjELmXVQd3KdCfdpJJ+TGP3
				GnsAfaFdElfJ2AXITtcLFiazi3yNaZHWkru09sB2bTmzeiLNoPVJfmpHVjWvff/oXec3+y4Cstw+
				ot3PmmjR0Gpkz5pOn77Kd7B4HmQXJK8o0A1IzeeaNReriBdUYcIQZcynZtC1NtZ0Wj1IBU3hEr+Z
				bq+FBLRUeYQOAHFbnp6jtocv7HZ8NtYjEI4O6mo+oueonXlRIUIe+lfWoGZAKe1VO/525lPILy7t
				S5R9sthj3Kt1DJHcizppX6Iz+tBsMirQyJJKmOhBsBjXWXliaKoYT6MIyp44H8VwLu6xvhaOoSwZ
				LBkdZQjB8I4f/IYC/DyZdG1BC84bAiJl8JdY3e931hYA0l/Ie2hdf6EwVAfAc11fKpkuFf+CyDTN
				2tDmuuAabOJx/62SMqbS8Mgljr3EEyVi/XbfprPXR8DUbTDYIWg/mHhWVVzE4fJMqR/HMQI/72zI
				965kV+7MalQOFiAy9uEoY3si2FviohK+iGAJwxY0KVsSwUSdEqFdbwzUlyF+KJK0RMawj7hsbWQG
				NHQobnBapgkQh7LllWwLck0XocedNYkPHjkJUu6oFyX/+GdZh07oEGYNRh/EYObMc7QxCgYgP76R
				rwAIBRHxBlSf/GmNpQHG7rQUPVuj7/IrI2Eots46waGqw5VjNLplOlsZKOBfhsc1vc4G5G67E40Q
				PEYju8iGmra7TWuyvDHdNS5rAII6sfCgZiYXW4XH3SW2sffQR40F1LOEB7U4WMVahEKBCsiAvYDL
				TRtbBPwizgXQZqJog0GA1fkaXg9hxJ+piEJOE8q+kaFDkBnumKwgrAq67QJycBI6QN8z+6t7gzOn
				NPjUVK9rlNlfdSXDtAw+5raMLvHWcgEuxOPomYI+N71hWryLAXPhSJ152TdtNpoLdhci2ytuE09n
				sDlSMNqfJjIEbXzR332NYPpZqUE1uSHPyD2kiLIftRCCoglO/U9AmRVTIoiGpJUasxK6pREhqES2
				eO4u9CS0TcA8dCM3fr5RJNOXKOi1K2P4DggholWiQFrXdjAb0ImVSvRNKNfRl293hF5GLBLtCPVl
				WQKL+3fOxUSVFeAg5gajMGehHEwtjFZdCeOrWpBaoILuN1b9Ei6gDIwsifB/NRtrR+HBVKUgDGH8
				00PJu/roFRTVn6g1c2pwOuGu4KT7UCifjxYnxBVsvmoBFcf+PrQ5gSJ2sQ4Agln3No9Gk24ARevM
				kdEAbhQyqEHqtQAIaGmDH+MHQg8UWZFTfbdpTSg35AOuXpzvmGuzk2IT9cQm5GQTX4gJwC5+V4Hv
				1ajuO1vCl1udhiMxDCPyyV0SJQzYMOalG8H24nozP78y0nAiHke7zgPWJX4AYT0PMEwm9bYjLIUJ
				TgqsPOKGWAsvHvgDu1KSS+KCgqxS3NLD4vMcIhZ8dYDxTeFjvR+GRXXjhhUb0re3QGXYHEvf7p21
				DBZ6s/ySx0oHTqOZ0nqmgBF7FN3dBfSNvCBFmGohvcPkv9fx5EDeVZRktL064dBiIH4PBMDkxPsC
				Syjjv0vkT/QnnBGHgFMdoTtyUkW7mOtiQocICEBHMPqs9ECV3JNm5CPzilfqqgoYKQ8srT58HFKp
				qoCCRXa7rKNhJQVlF2hZ9hqqw2QxDsn8UlDJAKhtLaBdxYjp3BbtZEJMFcB2ZALiOezvkhi2YHqO
				1XhGzvGZoiZ94LeAXP2kivB2xQ9Sfj0SBs4tc+NphfwWgygHfnTdniv2rS8wlNnEfBz1Rd/E017E
				TSKKhPLSRxQHOj/kBuvBBA1J4yk2248HtUHhj2erfNbsdUKdelVLHRehkKGWJ07wYAkxRDLwGTDV
				9cqqWq9oDFivNAq/BllV9RQ5x8N1QQ4XBgRcmRoB2XWWAewOr8RWLye+ucu931GQxD6CaP1AJ3hh
				6meOV7pV6trrjFfoyGNESPHKinpdyYx4RV/RwysRQfhBV3glWiO8ciMx/YYEr8QLZyyLrPM7qcsN
				mNq74mo6LxtamcbcaAFJjSLRiFe6K6ubu6I/yl2JBhR2u5SAB9QvIaBrfLqW3daClZ3WC/u3S976
				JgO0/EgIJaUdy8s1Y9st+UD2Rh0f8fqZn7C0kUFS/8qvWfN5NtEt47dqt+ETfW81IJWVhhVewabw
				syN2hvCt/rXxybSUeSzNQj30jDm6QKHXom4iuLQRu9J/J9ZRcJO3OrgaybuF79i0FhRh8lPf9VhK
				GoMhbQFa0S5jKsz3sxIxp2iQz0pfrntW6M1nRauDARdzxLPSEdCPtbPSTXIoshXX1Q3rs3LFnUoa
				bIAZNosz4MaQKty1Rip4Od74LdtSCeoNvsw1aHa57Au8uFIdXE9s7mC9uNJEbNf0QSJ85p7BZsto
				TlMlsd3NktFZyqvjWrJgUhgERNEwIKXuzuUQNU0nlHEKu5UTsTF6ODXHXBZ8RqGTZy0DNnJtybft
				Ox3UfiKwL6qZUd3/aCxDeC3NUB1g+LvFfDGm4gcmUUsWQ8WL6znP1i9VPMYvlIkB74GvLlH/u5YL
				hek95OH/Wh3+BjgEO8bHfxjOxjnUWo8jsVITunseUJNA5USG5JQH3ZkqGO9vxkc3AH8ef8z3N1qk
				ahTbjpxfEd9bBEqUHBLzKwHxSX+5VR9nDbi9XVfQwc4yOsp4AK1FRNy1OehtGsQI8Af2KdxnLEnl
				FUqmLBnkU6Lwvv0qrg/YcZZObaqz1Ham85iWnf6ix46S3aWFMCP5Ujxyt1JTfYAfMBySP75VH7AT
				2JnilNQcQE4nnvEB+5jx43ztUQK6LUuUzsPMA7raQqvDVdZklJV7XsSOY/KtjAHYS1rTcTWdUUKL
				QcuCgSVAhRpe7x4FXouHzxZLdJSBTFAgKPNvr9PNydiQbaVjHhWO1wdgTWXKHGpljHHMPyKvOLgB
				G4Stea2g5Yu8g66oDPwVCGBrf4tyUJpmKjJ33eqESiFNUX9kCgQhX1hC7BMMnoIBCJNX9mQ2y1nK
				WPIljKNFkWqy/lrLZFPmVrRuX68Vk50fKqdL0ox8gagtqighFN976iv6YDHhQGIR+rK7IcHIjZen
				QGepSEIOIJ772xV6kViMGm59YHP1VuBWKIZYP4/1lWad2VKMll61pl//aVX2c8tUlRYLgYllHgWI
				GpeFZYepr84kTeAGp1j9Fej2Fyaor1hVTcm34PteZqz5TopXyCH76syUptjGyHujTGTKlWEAP+3E
				/puADTTJi1WjqW8otAURTmj9SHcxOYo/eRwygyPAKOaWyDSmIXjrDuTdKBBdUPRxppOcZw2W6rZ8
				ce9DEJqEJjhLO26pZMhavoL52ZPaNbtCV2Gs5GZd1Qc3NwmtPjiHP12urqKGERbzMoC+95dZiuPN
				LOP6dX3AQ2dNrZAS3JkVJT0EKabFuX1mQHK7CZIcNCiJ3MCZC4z1Pbskq76u3MCK9drN8NQuNalm
				Ij+Bq+0rNS+Q+N2LDcq/0bxAamP00v0Io1RxpC4RMcWZANwKELT31x2pEcmVbn5qhhrQezJuWqB4
				fgKZvu2QVEzCT15/tTsGJ7NcN9I/KfRx/wt14FL+FkhFv37O/8kiAnsL5PmoSy6Ic60BatOSexvX
				Qkpy/+xAwl6YI25FrJjU8FuaAUHNopdFAUthwgxvzyzTTopFqR4r/OYUjPLBsqV0jCfJrmCYGzVH
				iHtOLDW+oj0EvZga/qRL3HckBVyxDpjNMgUrdb5ReNlnMn6Vik2IvHTe0HdWtwGub30oV2Shc37f
				IXvVL5gjAqqDT6SSCMAzDiRG/nwqns7A/BH+aJ+vsQBbtBdzffgQOCzovWj0skYF8to7rJM35G3W
				mMv9vNIQojy9OJQOGa/tiYW1WytFROf66QcKE0XuVQ8mz0S4Z4m0bGmpn6kPdT0sjhoPULynVyhZ
				gMBBk+NJ4+ziyI0ay0Jxz+M2lNiy8+uO1VD2ZqlJYGNsWsNcwDwQ1EAcYNVixs96OMXFVVOrQZhq
				+Sm8vCkpSZn6HguxbkzIInqy1VaZI72qNgjgWjcCf91TDcBocEJ2N6cdfi3fJ293U8jU36To/oyV
				grDMl9oyfn71J4SpKl2EbLUo42546gusxiLDxnCq3CZVb7ZriqSqxh6KKph3kjSi3sEnDAvvvYfh
				oPo4IJyXqmP1/PV0ffkox09ltuGvv3pU6A/4MbTPBqNprCnSvXtUdIVejAN1eQ5Pw7Se0d9wBNg4
				bngCscBgsg2aSjSnq46YEdEwd7pD+XZ5SQGrdDfiDfRMAqA0tmEEmdKTvJNU0hnlcLQWRyQoxZjD
				U8GPvq1/7+JRDLduX+94i91Tjb/aLrWsadrCwpgrSsM1jCvhqcawt9bAH6EMRJs+CeQnndRRdJBn
				mgm52vIt5ERYd3yHqXs8rudKXjm/yi95/h6qKI8cD1ISyEHOJ0TkCmziyOoc9E7s/W12wpzK+SYW
				qZUafNtcGd9+K5uBZLkJWTDKoV8mVbTPeN7iCdwlHvQnykBPDKE9B5/W9wjmH86W416g80xPxf4u
				hheAC9gFwI1PRQ9q7r0yTH0iEENfONnCUuajDdCbvjrheqSEyiVgYvkFsgEzbKb2e+V348HsPYkr
				Soif5dp4awfiwVubPLcyV35pyCUbAlChsXHHWGbaxi+V+AAw5YwDF+gqlQmsQTZbsVhD8nX6o7Zq
				3mZh58z/80T8yA6T3O1wKR5vtF9RKewzcbBqVx/6auYYXBJe2oLLALtqxNDPAryGzE9OLOMpW3Ne
				gu+TLeQXmCaWGTljZW/rmpDenQidONqeccCW2kMVJ6m2z52RA5qAV7qY2EyRUfSBxVPqFeekUjQ+
				6SbR4Q/rrXKphqRQqLYX+89l4Uf8LEvabxTPO6xfBGVbyqKwXqisezWT4fmq3RfnN0TJTolj/8Io
				XGlHDqvU+9c8eGLBuo3DMogTH72gVDVCuOjDcGpKrFildV37KrglvDWdwPTuNOjhDv9SStAmhsmS
				Q9LeCAmIfTQx8a9mV62jZfmK0ioGFelc7KjUn7gzdhTv/uitun0ShoqlClHO7iFN+RiFA2Pj/zwS
				v+XHBDd2qBSPF+1XvBQ2kwergkdggS9mjAnJw0vbuAziW10E+izAa5j5zMllXKafvN4233HHRZPh
				Rolj8WT7R9jncZJYP7HSYULPNVMa9DymPbFenHhnc73TFB58of6TkWpOCIWK3YFfvoQPNS8bn2do
				FJIf1osH1VcmMrLFC+U7D+bvwJktndWSSH9XAXiqOZ+iWKZStum8DDtzyLSP/ICmFTDeHYdLS3cy
				sxF2Ey96mWSBuJmnlT8a2dI/1MuYdiIkPzZMQqq3lx5VUerEUcULZrmDLBNHFIPi0zsaq25+rAlX
				OJjEXwKpjAJP9/Mvdyd+enHa+IhLIXM72rt2uKzj3gUryMrjV8CsRpTFwxvRwyWj+lD/3iHVgxYa
				BnaisbL2KINe2YN9nNDsR5Mh0QjilXxjM07vQBfpYktBteiHJFYsZvXn85aS69Qh0tieC0A4SRgU
				iZg2SFHH9V9L6tPtqpYosdMn2lOMcZiFlNqGWYnfuR+XhLNbGYdMvjcKeQ3WO0KKbXkRVqCUR69h
				ViNZ341tt2RaAennggjwDBM2V3DZN9igek3itLFxgyazj6PGibnSL0Kn10UF/cCS6esdKHHt+fpZ
				wrHNqJh2JhzSBsmoHcKUJr1k44RRrLAB/c+N+Il62fpgh0vx+BTtx79XxnVewdpXlv/CCfKEV3gA
				E5eKzHg45lQn8KjQvImjMoXLDi9Lv3To8gOsNO2T7eVsuTq2DmdYRUiOeP/BDO8nAz4wfGVZA0eY
				ZQc2RyFC2udzmdgmiVQtEdMzQpC29Fcp8db43IYBJzFMtmeJ12nrRGDgas4hgjjC+/KWLRMO+XFr
				wklyALj4wigkKax3sTLLPP3EMIri+jxgIS9Gx9y0HE4SG4uwLp0GlNAQQnKAPWtpy+y6qUrIo+4D
				6tS0DIaHo+WRkkXNHCGf79D9+pmw5AUJAoS0BaTS6VAtCTr4UBKHj/4z6Dt6Ycg2nQmbWGEB+p8b
				8RP1svXBDofi8aP9ioDCZrJc1ZA+8NWYMXEZeGkLl0F8q4tBnbV3DTCdOKGMp2zNeBn8c2feB/uM
				pjozPZwOR5P2bTZCL8YBpQctlLzvoKEqzbDpRJA0IyYgv9NF0XIa2I093DVlDKQKvpdZlxoq4eeF
				uP/+3tIH3Zzr618C8/Hy1GMiVl2b1auVaa4bdy6N143noXSDRSr5ggLsVN8PqdvYX+ItV1nGEN7v
				MKiVEi9WaV2vsQptjUdtJxCtO9WquSZt0akk2d1f31hKajVpksNLW2o/rfOzy9UKOiMCSEmMVGPG
				1YnppsYdPBu8dQ6RBnV16fn/1HHnxl4ZAgOd5NKHnCVhb/348jc+1OVvA/vR8fmZwJtw3ulo3XR9
				Mudkr2hiklMu9f8Q8bewqb+FJLF02wSfPmIAHbOu2qe4gEC9zWHPq4keEh4QsNKwkNurVBXLBDm2
				h5YkHuNDsKvwr7KjQB6/f31v4XnWpMngfUy4AKpfgzZaRfIaoo2faBTmAtSeWesa3K6tKwFLretm
				LCv718f9vUmAx6bX61xC8v3yzsVEPFtmFTBljysjZ8r3dSNmKN1ikUm+oBA7VXsP1XDsZ8UH18In
				Dd13mPVKS8q8OlrexZkjIbjMCtHMqTZJ0nrhBKW2RuMBiIg4TEASa9CQJHLgza5HAyJoNxYKSUbO
				vGozlpcnvz//fUiHSe7tIBOPX+D8+PN3ntlTtH/cv2ulrFBwdl3ylGEBHJDjCx27Tx8wixuDnDjI
				5aZUBXA8LLNS08mzZo+Q6cTj3jqKcjDy5L76PWaffyAWcl7mCn54VQIC7fYhcY0CHfFsfUuPCgG1
				5SpLlwUIS76Wti7RbauoSs/uRZmFdrw/p82AClHpzGUAS+0+qPV2mLguINO07wF6QQo+EJAVJOkP
				iCR7E9Kg3e708wnMA/MD1AO2GeEHM4QdzOC6weSCbduc/xAcQvry5ct+n/P6rpciE1kjvuCE+5Zn
				2pS0lyu69Mo1LMHhkyTJadu2rclyJNm27Uqu3Nh11WZlrJSVsXKlVV5lVVVVqVJVVVVVFYqSbUuS
				5Ewp5qW0lCENQoCkKCTLsuwD6wcyqqiiEp2oREciqIs0IHShVGhZlmVZluT/9/9/8iT58N61a9s2
				TZomSZIkyRACKVmyZMmSJUuWbEmSIURERERERISIiIiIiMjMzMzMzMxIkiRJ0rZt27aN4ziO4ziO
				4ziu67qu67qu67qu8zzP8zzP8zzP+77v+77v++ZfCAkTJigsMDQ0ODyECIkJxWLBaDgejxAiIyOS
				CaVSsVxChMyMZrPhdDyfTwjRaCRNVFVZV4iQjbaN48X3NSxG4jOqkpgkSZLkkGaMCEd224zTNo0M
				WR8bCTs7D5AsJEmSJDkcDjkcDofD4ZAkSZIkKTJykiRJkgxOBIPBBgwGA4OBwQCSJEmSJEmSgf/9
				f9u2cZv3eZ7neZ7ncdu2bdu2cdu2reu4jus4kiRJkmRw5LZu27Zt3K5N0ySgpmmapgWQITJos9ls
				Ntu2bZvNZDPZLOA2mUwmmUwmk8lk2xaLbdu2kQyLhTksLCwsLCxsJElKCCNJUt/jEkmSk2dyJEmS
				bMmJoiiKorQlWUqSpEmSJFHTNE3TNEmSJEmSNEmSJEmSJEmSNJIkJ4qiKIoSJqZyCeNLkqSJFIlE
				EkwUCoVCoQCSpIRCQaGgUFBQUNCDgoIkSRI18/l8+Pl8Pp/PRzNz37Zt26OZmZmZ4Ol0Op1ORyRJ
				iiR5DlkOR5IkSc06UsPhcDgckrxIajQajUYzMzMzMxwOh8PhcGZmZmZmRmZGZkZGMyMjMxwOh8Ph
				aGZiYmKoGMYwhjEiSZIUSXJhRJJkmP//RSIiIiLycDt+h5/kTFIoFAqFwuC2bCsUCoVCYSAROUuT
				FMuRHGVEREREhEKhUCiUEREREZEAE0o4oWRIkhyhUCgUCqUa2YyMjHA0MpsZzYxMmJjKQ8L4pQhF
				KEKSISRDGMIQioiIiAiFQqFQKGQQkgzCIAzCICN///P//8d/27dNy/VMzzEkSY6j0Wg0GqKu0Wnb
				YDAYDAZjSJKcYDAYDAZJkiSDwWAwKNskTVYoFAqFIhiRRlLQBCc4wQkJBoPBYJAkSQmJEQkJCUlI
				UIISlAjiL0gKSZITQSEZwg8Gg8FgMCgkSZIUn/97v9zjc10+l9/3bdu1TZIk3Ta0LatK16k6VWgZ
				zjIwMDAwMFAkN5IMXOACF7jAbQvXFRaLSYSIWFhYLCwsrGFha8PCJmza1r033+/8ruu6ruuSKlqS
				LGuWZVmWZVmVNVFVVbNt27au1IqqTlEURVHjUBQOg8KgpomaJklhkkySJMUkSZMkaSRJEo1GkiSJ
				RpJGkiTpHYszGo02Go1Go9HEPIxcKpaKRCKRSCSpckhSQ6GGQqFQKBSaYEKhkOcTFHoIPygoKCgo
				KGhBQQqSoKCgoAj6fII+n37n9X2uz+fj+Xw+v22x5TEYj2c8no7H47F0Op1Op9PpUF3bto0y1CTL
				4XA4HM4wKGTwC/y6zeO6bTYbazZhE5Nt5hqNRqPRSAIajUZGZkajEQWFZmZGMzMznWk1MzMzMyMz
				MzMzr1gorohMQEZGRkZGQiZGRjExjKljAhOzmE6n0+l0IhATJsZyCROmZpgwYcKECRMmTJjpRJg/
				hInA5XK5XC77XJfP4/L4XYfbd20HWzyaRcJSqVQqlUagUqk0SEWVTsu2PWmSJIVCoVAoDD5w2yQw
				mUwmk1lMZAEeJgGRSCQSiUQiiUQSIjIieZBHRkZGRmYjIxqRGRmZERGRERGRyoQimciISGREREJE
				REQkJCREQkIUMoYEQkJCgoSEhESQIEEqlQbpggQJEiRIkCAS5P7f++HxeDwej3lc/vgdftezTdez
				7To4LI5oNBqNRqOh0WjUjYY0NEqWZElSHIfiMPgJA4OB78x1G7fFYrFYLBYLRcOiCipqRUMoplFI
				Eo1EDULoE8QJz2tOJyYmJiYmpm3Mw7wSlahEJyMSkZAQiQjieLjtKIiIiIiGaIhKiLZtow3xECFC
				hPjv8/3O7/O4Lp/L4w/3Xdv1PKbleWyzdv3g0Gi7Tll1VRvENCq1ODE0HuqTJMmRonAYFAa/LtD7
				3G2cts202bQtXKGWiJI6aqRR6CMKCgXJp+NRCKcbajYzMRqZGZmYh6E4yCvuJFRCJXQkRCSCSEhI
				6CNCIzRCF6EKB4mQCJXQ0DeEhtAQGkIbSAgNoSG0EkJDCI0Q+ofQ//15fZ/r8//+//9/bbqe6fm+
				7/u+w7Vatg6m7/u+7/u+0/P9zvM1WZIkeTL4BX7d5nEdt5kmm8Vksev6ruvVSeqijzb6Q59OkOfj
				aTCdDecMcs3mGpmZz+Xz+XxesShy+eRyuVwuZ8iDxOONO954PB6PxydOnn+IQOFluMIXrnCZ8AiX
				cPI86f////26fB6Xx+863L5dz7Q8j+Vx+BUHh4PfVlp13Npp9JSGRkMb6CxJmh4pjiRJkt4mweZ5
				nud5FpMtdoVd1WRRFSdLsihoQiKP9c7GnI45piYcIxMm5lIJY7lYKp6YFEsmI5KRkIsECbG8YUbD
				CzO8sB3j8CsODgeLiK2yrazCiojFYrFYHA0lTVIsFovFYhERkaB8EigymUwmk8m2yWYSE5nERCKZ
				SCRiSiRN6ij0EQWFRGRkZDPiEY94RERERKQitm2HiFjkDXGIQxwiYkUICZkQS4iEBAkSEiRIg9gS
				REGCBJkgEeSXICFIBAlB/p////9/3Lfv2q7nMS3PCjs4XAfTaDQajca0DdK20bMMNU8zRjKIpG3b
				ncZt28ILL7wYW2F7FAqFQqGYkMhBoQd9wuFwOByOCceEzEzEhEzMhITEhIREOBwOh8Mx4XA4HA6H
				Q8FoRESDCYfD4XDYdogQtm2F8ITD4RBChHiI4ODg4ODgzvVw+f/4XYfbtx08tmXbY9v2W5Vt12lU
				lU4DBdcky3FIiqOG5Dh+gV+3eVzHYC1MNttiVxVmXZ4kybbtIHnHmsDpbBgcHBwcHBz8MBTLK7Zt
				WxIs27b9aDgYDW5CESI42MHBwcHBwQoODg4OfnBw8AIFBz84ODj4///r/////S/f933fb4Ndv+3q
				si17TVtp257ne57nR1IokiN84IMPvG6N676du/Z93/d9sTDKkqppREmTNLr+hx40n8/n8/n////3
				//8pIpLJ5fK+7/u+jzfuOOOPLx6Px+Px+B7+hoeHh4eHh4eHrxLu+3+/+3zPWw+Xz+Py27c702LZ
				HodfcXA4eG3ZdsFc13VdN8qaZ2mWpmmapm17thtsnud5nje3doTZ8mWr8mTKkiXbdt1qxuPxRuPK
				uDOujLtxQBiK5WLx+GKxWCwecR3E9h2MBiNgK2Hbtl0FBwfLBLu2Xb/////yu23btqvbtm3FbfgN
				btu2bSWIYNV1qkqnUWmjPRvas6VJNkC4xrYtx6Hatm3bKhyrtrXSZGGzmCwW1suS2rZtUCsBA9O2
				bdu21wQh0LZt27Zl24ZGowsqFo0IjYaGhoaGhoY2NHTBVtG2rD6X76zOsuxpmuZZswBomqZpmqZp
				mqZpmi3LsiRJkiRJ9iSDSZYkSZIkOSRJjtOxbVtt4ziOojjufOPhfmOiKIqiKIqiKIqiKB+Kw2Fw
				YMhoHA6HnQ5nQ00ZQrGSrUwslApJBiEpDAaFwWAwGFS0nWBZlmXZN9BiYGCgBAsMDAwMDAwMfOAl
				9F+/fv06X9d1XdevMyEMQmBd13Vd13Vd13Vd13Vd1xB1267ruq6rPcHQrVy5Dsd1uIrrcOW6OnD9
				VgNY13Vd13Vd13VdFaZiNDEhKISgEAIEc4KmabKZpmmUtm1aEMfz6Xg6m81ms9nMuhBmMpfJZDKZ
				LNjabmvINgW2bVsdKBaLBQEsgeLxeDwej5m4xCUuoXg8LiERj8fj8Xi8YcV/Bf7/l4gr8P//Ffj/
				////v999vuf3X/4/0O3btS3PY3kcfsXB4XCVbRtMIDw8PDw8/CyDSZYkxVFskAuBHP///0wL+z+B
				//+t8F/6P+Hh4eHh4e9Yw+lsuJmJ0cjMyMQ8DMVBXvFkhCKZ6P//T+D//3BFiPDwiUd4CA/hC+F/
				CA/hfwgP4SE8hM9//r/v+77vP5y2J2Dblu/bDran7/u+7zdVQ////3+KZDCB//9t25bAfd/3fccC
				wijrUjWNKGn6////fD6fz+dz+f//v+/7vu9PKCK2BGzbQS6B2wzbtm3btm3bDtx2+B3+///+y+dx
				efyuw+3btFiePePwKw4O22bbuq7ruq7Ftknatm3btoNC2xKwbXOWgG2ZLbMsz7LciRJJ0ij0EQWF
				gt6xOHbAtm3btiNg27YdxA4iYNu2bduOcHBwODg4OAILtoODbdshuLfO9zu/IAK2bXkfTtt3bc+2
				7XHd4LZt2zbQtm0tbcuyLcuWpDgOxWHwEwYG65ZrO0EE2rZta0lVVVVVVTUCbdu295TTTjmd0YSZ
				aUxlGlOpdCqVSksRkUwqlbZt+2hUEY1G27ZtwLZDQ0PNUIUutGVZ++d5nue505STp2mepklStk2z
				NE3TJNl2ZddpVJVOpX0oaZ6lSZIkSZKkaTuM4ziO42ZaGEmSJAMkSdISAyRJvmNxhkPZ0DRN03QM
				A8JQLEKhUCgUCoUkSZIPBoPBYNAkSZIRDAwMBgbaJhmBvwSGwAgEMOt8v/OKEITAtm3xcHrbtm1h
				27at67qu69ZWOo1Ko+O4juNmUiiOHAY/YWBwG7dNm2yzySaxXQsbtV2rZk2CoGmapmlaSOTQPgua
				gjCbzWaz2SxME0ZmZjGTmYIwk8lmMlknFBGZTDYS8hAJEhLkDYvR2GKMhW3btm3bFsLCwsLCwubN
				nvb3u8/3kiRJl2VdlmUFSbKtNQiSJFmhVdn2QaiqqqqqKlShpHmWJoAHiqIoipqg0JIkSQpJkqRJ
				kiZJqiRJkpFs27aGMxoFYWtkZiSJRCKRSCQSiUQhSZIUCoVCoVAoJiQJSREKCgoFBQWFJHtBE6Sg
				kMaS9F/n//3//4m5bdu2Z2ZmZiY6nU6n0+l0RjrT6FmGmufMcDgcDmfD4XA4MTObzWaz2Ww2m02D
				2IRR1mg01Wg0Go1GE3aQgyZmZmZmZmY2owkzHo/H4/F4PDIjI5GRCWQ8Ho/H45mZmbFlPB6Px+OI
				8Yz9MGHC2LZnxv773ed7XkRERERELBaLxWKZabFsB5v/qKSHVLZ30AATGkQAxSA1hoISIiwPFIAC
				OkxMQhQqMlQmFhKEYNCIKCIJSOOZiOJwGkTKBECyB7p/o2J4o2Byq8dBrtg14qaACqpVUqj7GpyS
				Xqu7EkoNtamUGhhby0D8Jo7NC75SdHYGFr6BWgEbow+p8qm3UewtY98S3nN3THwXjxDK4miyiLwE
				ZGkkNShf/ruerOCBuIDUwbkYqIZGm0byUvW3FQM1cTpZSX4CtiCTvxsg1bT0vDsgjidUlJVkCmpk
				3ZwlW4G0jfQmyR4bLGa1hU/VJpZJSEyoXVS1YIMIbXWAEcyJ1hr/rSv2aS05l8kk1mIvIgBTisfZ
				4mhqsUMzEA7ZOHvv0htGu/ONqYaj5d6k7WA/5pjH4Q3gAHxyEijNgB+OS1bw+mrEHxd82dVkuQ03
				1bX4ata6+4qeHRjHLGEBUMtK3klhR3ad4ElHjco1FItI9Wj5pJUYS5GxJHDvMRpHfdx6gmo4TVYi
				J4NdH0kD5TN8LZvFi0Qvt2pUr6nPvsBgdek/tQBOVoJDY1g7Z6sNEXncxhhJ4dxhS0Z5FzgiMoJt
				GEbVSb7YrSWBdMBXRgdUnhx9iwI2g9gaSLM89rQz3m7N3/D++CQw1F5XUDb4JkKbztG2Pw5KbTEo
				7ZXD9f4s2+Ayi/ri/2hKrTb6qaEiOnDmWsCdQ2XPUS7QB5Brk50W5/zsgOzjIBpUVsJLUZylaELN
				ta5i7fqbVIcWOQBe7VsWTXp9OiXkOlDSOjUUqpX/asPzNXzZ8UUlqGDnKRhP8ZpPmlmxpBnjCOke
				Y3HKzQUMqEaEk/W4rGrHQ/o/WQkr1mTFhnaVqLkdWcful7zAIeoqfmoBT1ayMYrKaLaWFRd/I4wp
				ufL0yT1AU1KIT1ADp7HBqM/LKcXRVRyCoAEg+E+p4dj6qk5YQ0AyQ+JVVQ27WRin5Pb/uL44hAa3
				8qILUXM1yfEZNgqUxb9JsEit8M+ohrDU5rjPtNQn3X8qO8JywUfnC+aRvT7wLPsdxCEneBo6MWkU
				e9flsMFj1zPoTnd4QrD4RglNl123JPQnnWoNLHMHT1qP9HUMAOAolfmkdRlLkbEJcO0xAkf8uC3+
				1HCdrAQuBb8fCfnJt7DcT9b0MFSHfeekf78gaLwen1SgmpUYYxuCo2oF3ZNFfIo33Y/DjwYOQh5i
				74ggjv/LCW5/x3qnVJINjyqmoE3Dvenrk2USTW0mEeMQQVftlVZXWInVjJqsaP5NCjFtrY2RGUkE
				JFR09aX8FGdH8cRyB2IgGOzghPs6agg2ovenEMwj93w6xtHTzo2wa9l1SNvc/fjLweNQE6/HwOYK
				bgR45ycZgU2XJyKxO5YSwqKuT9YGYbQAezzxvtpEHXhX8wgAXAvu4VY+mUPFnsfk0Zz2XIw1ViFi
				fbJEnKzjY1NzG2Lyycq4sUxWRkBlh3dy0+peuzEqWE+KxSfLIV5yhcOyspbNb8ti9TMTT+HScE09
				/zeuEbC65wC7CV2Jre7AeYpsDQwkPx/rvycFpMySIYX7ZFWOOnQIk27rTchUJiSJIhpZ75Pd/6ai
				b9fq2v/6Sa0zOPCN4Ib+RjSAROa/poxjq0AOxUYHdK5Toywf+kkVLNtkxi03MI94mHiI4qt52CCx
				azNkpTm8mrH4poSme7xlwL+AT11qGaydyeP5obBEkZ1BSU+D2nm9pxL4/WeZF4y9wVj7BHvk08pc
				gTULgU+Bb5vU9fRFcFfQQv0YXS1tIP8vV65e26xk566l/6mrZV0NFbjzuQ51wlx0VF82suqh9uVI
				U+J9qsJAPRwCf+mfMj/k7QR481Br2BMvbhs8YOwKqRDMNbKi8G/KwWprbYhMSMIM1+KqLwWhODuK
				J5Y7EAPBkIuz936bYbQ9300JbEQCphaZjNEhUB62JY02NSVy/qChvwCxGp5+8kYF3IMyO3Qwycl6
				JB1b3QNRevBSax9fLG57ED90Wk2wybK1iHvQyoSCzD9ct+6RYswxOVZm98A6dwIMpCVgP5aX+hdd
				icC5wc7KimW3b4HQ5QBPXc038BWhUfIKMMgVVbHsx/rf5+b35GqOGtsQBn2bxQWYfzqZG+VM7Ss3
				K1FDE4wacdQGApdRriH6VK2njP2ajoCUNdGqrXDdNHkT8vI+YBmGfcrxs6Z8uic1YJy38psFo2yz
				xfNB+XEuJl1/M1Ir4/RITFtcADnCSgIc18bsV1bguymC1YroQxHtwDLYzsD6o86+NLsdB+Y8gkY/
				EGIVPP3Rjbq/B8Udn2QI9n6Y0ojF8UPYhHx7/Oy/9Y4/7GOGfsEkXVilHTGD2IMMU0GX0N0shYyz
				APBh30tDdKBrv86One3Qb9TlwO7+ZHwWH7vEJV8NevQWCPlb2/h7vVp/alB7IbAAJXhSF0Ii+rOp
				bha7iIE7jRGa4B3FuPxL9hB5LQ8bOKeO6jRgkTlnMwS49Cjj3XSPBMzhoZ7lpwf8pLh0gvIEEKHm
				rhlo1DdXBgcqOjTAJF4epeNV8+aO4OM0ZESv6yCUBK5xnBwuY2WOmtLm0b1hHe2cnoAO/bQ/tSKB
				ZhtFzvXk5l8d6wLI8YfaC3b/J1V5TE7pVeK5m4+JyD37r+5Tzh/tyR0Qn+LWesjADn71KqizbFck
				5zg9T1vE9BlKA8a0ku62ebKKihFbCPrlXvZ6qPUYySNHGcmRBwaVLZLw+QjbSyiXU1XaSAcig1fy
				WzsBEcSgOX9z2C5HQpHWEgeBUnhWzO9C2vgaL5CpNj8xCAFFTQwtcdIztiQImjqq0wNEGXy8EOC+
				aBFQubBgGOubaOCwhszUZDF41N6KQtuUIyuytSGZeIQxr4vrxhQEYrNjcdq6A94QV74lLIopGoEf
				iUcVgNvegcZJHYIWYjOW1HKaNOLsuoAbxEFKO1mpzxC9tgc67gv5sbLuutH6Yr+cmo542CoxEZrG
				gc5ECfpQb2+pw9bjYEfsHs9MK8YkqPvSMgYYvVjceuAIPdlY6pLZb8NWIo7/zYj6Es1a3W9TIjas
				Cx7n6F9rU60kHx5bslvi4t+5xVbM+Y2ozLxM78mg8sbl0xh/w0zuKPKWm0y7NrbVHqZTx8iQR6iD
				rCzxHyyiSoVJVmJQOwtkwpYaPMXGxZaNmxewD00R7ICD34HGESopb3vrmiDPwBdq2+l+eXwluRSF
				dbQPX6i4ZxIuUiP4sdrUljHjhhNYQIJV+4yh0AzPYl3ZuvQVyLAKsb7eF+SleNOML5Qm+4hu8342
				IMrXD8Utg+sZQI7ChY2XcsITeBN2zWccC6Ae+dMPYAmvuPSqGlYsLaGtV6eBqzW2WmKLr1hxYTUR
				tVGHonjFkiqMgHbigIR6hxHYGHURtp0zSyRAa2IKdzNEVrve00zn4MmSPH6VCn4yQdE7aLSq3xGr
				rMIyNF4hQlo0GTepWNgGBlk0WNvKiiMwvTWDtVcNQwCw2SsTQOTKIT1ZQjeZpkJPeztIftTxRwfQ
				AgVOFikwnqdHzCaEwbjotOPu2mAZeCFVdlJ47aho6QaviIe9cJPMKqaLn++UL6Gc76kVtAKzyJGr
				d1cZGXazusmJSWrDzwAW1Lm5rTvnLrCPzz1rtO/rJGY1xXJK2Mq/Ffy1LNRGMWl9rUxQTJd2WJXM
				XUXFZ/cSD/M1VSCztxSEVPYUjBP70675pl0OIHNNQVQRGUGumpoK3k6EelAZdyS1miBUI9xwQdfl
				rfA4T/uHV4u6mtikaOxeA1m9kqZC8qsShJVw8TduhSCU8mYHeQkif+B7UdhItbcKbHE+9KM/m8fu
				YOuEuOEELFAO6ALe7J6YokiO0PELdmDpg2mJ1Rorflg/K7VWgX8ss/47HopwgpfJi71aZPyvg7J5
				50ZnaQTsyOkMZelX/IjVeuuUEtVLkylx/CWLPRcJY7RNjDn5XVURC1rBD6gZdYVsOwubE+BuYjSO
				uGTlmmbyTJSQfcSWCkQxQeyaWgXvLoB6QLLZyJU1OlANoCGqcyPwY+qoAgloY3mtzkvk6VV423PX
				1LCqVFRFY/ifqyT22Ubf2ueG8z+tUGfDqRW7pgEvikr/0CYl54N19XYdKrdE1gQdB2uBihsuvAaR
				EC/sasc4vD5zdaupWayrOIwd1SxJVu5G/EhOz2p18GvJ1QrrM2ffEBIRmGsP5rlFTPGYrzSwnxnS
				TWFonKo0EblefdeYnbrIStw+JWkzuhUioK3jdiVbG3/eVQjDLikQxjZV8IVvveL040ldq6FPc9+N
				lJaFrC+vngphO4IOurDfqfCUEKCOo+xPjzTzd1XBcuiVEGIrqi9taxbzCraZZeoRm6JXmvjIUjae
				zYZFCesODEFc4a1iId1VDiXmH/UGq2enmQPUvP7JsJ3BridpxNlbITfpgtTa6dTmJLok05c9B3RE
				KSnTglgVnnuED8uI1apn/DA/W2qtAr9iGb6GpD2j6VMNUAGnU5FvsBwu4yQHT0zjUiKoQEZbpsPN
				vfiz2OLhMhcy/BwRElHSzCnZDiFMLCFWsR6nlPE+WsG89aQ+w3XH95IDF/676jExsW2XJ0bF32Gb
				QdO3SxlkepN8bCuc2k1rQDE+Yuh8OQnTvYRHr31yVJvtQJ2+hsyIccUXqIrTCFJv0ajwKE0qUmpz
				H4YGa9My5sjLd4mxsxRB2GwokljvIAek0lvNxjxrPMCUlKgSOKEdKIfy0//UwgR0KxWBq7UmE87p
				rFa2E3nN6qxh10klIeY2GpesBG380GiU9RjSKihgcTCb1erUg+P58QK7P7NoLDW7xNQc/EyBwHaj
				9bqmKkGQW7SBDkRWUvTQ7pk4h1ndbqckPel7q0Zf5u6yHVURVoIs3VUOsxmxOnXCqPv77RxZKkNj
				fj480VR7Y9JsJXTYyyqNFEEp4U6F7b2HeriypSMQZNjbgtRV7CSmPRh4V9RCwBZDf8eGxR8NKEZ3
				KtSIKk0+/DRHzMtWpVu41RaKVeEiQhaPSgLoZ6cjjr6S7aHPVMgKLUjckQWVZqFCtNvD7D/Rql3K
				9TKRV6/+shAN3WC2TyGDOf6f6DIQV3F6/NStc7NmFarqWEXeUKneezgqpPqISwiiKUAVFVodQdvs
				mXQuhBu4rFxT0/fctwWrzk2XuKrEnlJvQifZJ61JhfyZD5fHiSpclC6UXUXYsyV+sSxtZLFRF6y2
				WSLRb5KzWotTe62BQs2DuUdYg7qEvI1ViFID1KASOIzOBmqBCm/NCCsn2f9YaxIh2+pBgYpsFuy9
				wRRn8WbZbHOEvJgADkiFt8qO59N4dNBf1Aut0GozDkD92mNj7AcbRHA4bTCD6TurmB0uNcZIIrDi
				rPpG5/NlQpv6WyXlVciKxy7AZTEY9RhlrMDqAZQYld3jeOQaWrLGpJoMXsR0T/hiBHOJy4wMmm7Q
				jZzXwwjp7i+PBK3JZbWsTimti63li3cF8pi6IinZ6iqH+FwzRukDCvVNKPztr9lMAOcTI3DkzuWq
				Al+3OVUPqalIBZCwHqXIPoJAA2g0QADfUIMO9WuLzGUqyJs1WDrX5ho5kNSRR3443qeCDKvS1TpL
				tP7kYibldt3ivGpJ+Z9VqILt81OqUaDQwFiFOpFKppOJ2Htm0q30G1zwhIb28C8/dwi4HYdqC3HZ
				8V/3GsGyY9PLVT+W+MGm/Ax7O1UCY12n0nGpqq+cPT79TqPxVfmFlsR0+/Kr07PpnIlbaG34pp4P
				OUIVcrayploNU3FYKZLgqnXzlCZhREF4ufKbcfGN0YrcVZWy3BZ84sqoK1RbYa4SNuHklsCpyawx
				KbYCYmP0S5hN1/45KuKUQpJlmHKRUvCg0RFAaVMSaSpu/h1j4yWpyJdNBePYoJpG1HcJmoSqZG0Y
				ExrSH4ImC7ogj97iPr2B/mGm9ikKORpoAZzTdr4arT96ZYLBubhCx0HLFdT8QRo7WpIMCmhL5DkB
				XZWUst+qK7d6r/j5NgkyefYLT4Aysg3rHdvPwhp7rVL0OAP2zIXdwVaVRqSwxlsD60b6nfRx01W5
				0dkMFeWjszu3Imh28LIiK3TnihKAfUd4NvBITJNWdhXuZCxkJQ5lGxJtoBDyW4lRi/Lbcth3h/Ep
				Kxrspzf5jamxVEgrIGUSycFJD45Qp0xDHtnymA5VZdzwoO1Pr0eg1GSK2sLgEgV7WFl9JNm6ijGy
				FMFhs6NRwrKDHzFXfqtYkeqEs79sMWqRSdr9gd9yorjZHv7GSlEVgjxw2xGti+537CJAa6B0O4qt
				QWdXdCIKmdgh9q7beCFvK91T4cFe90wXorClU/+89A0VGuUTH4LAqim0l2Wq0xAODDyKP2kpkHjO
				cAiL9IWckgpk2xdBDllROEhObvxa8nRTxxE50P4hC1mcApXRWUxyP/24pkEHSiFkQYCKCwSMifY9
				zFVHN3PVU1GyhZZOzIDWfp5ty/nnE0k8v2x6d6XBT61aE3HVcImQg5XpiaKoLIf0mkteKFcE6SU6
				2jdjR5EMrrrGhVFEMmPPCuyKOWo0uwsGLvGOOFVTU6I1FHzYqgzEUBMfM7GLmgb4kLJ1xNy1xSxQ
				EQ0o1mz6ygQcxfAMs8PhluH/0rzQuYsMGGWta2sHc3aBhgZcUa4XZ0fgpCgP1jEN5gdVvKkNTQal
				IhAvdQH+sqEeV9H1ki4vFgh2ZlWekNha0B2ZcRdZJeNMOljqtRRMypyKCVPuKll6XX0h3UIPXc+G
				x5eXSvncWtAkBsL4ICe/QJ8r0MXjFSr3uqg8McAmTaIfRN0ijhAwaJmimrfevFxiyNaJ7vfZlETj
				ohqDZ0MpY/Joi06uafkwcOgSsLS1qeaUefaUvQUWz2s5FDuKG+z0E1jMk04qsNrbADqOngfxeMMr
				PmvjSAT32IpWA2UiHcI0lWqOayZHfcTzTiZ8U4iMXdMXhLEBAPGkK/jwpLt4eNJNRGsBODzpUtvw
				pNvU8KRzmyLjuXIGo6Bz3fKBaHgnPgSNzu9Ed+F3onPcd6J77DvRXbu+E10c+k50tvd38RBhzBLR
				0mB+i8lDDdEhmc1kUo6FChe476mpzYVm9bY6INNtgcjM0CIo0Nu1PMnfV8lDU6u2Do8+y6DVzWLT
				M0/EYUDWalLlTnRBcie6JHInuuS4E52ejDvRxRZ3ojWNc5jP3pwq9DRoIL/M8+KxiFtHm/h2ojvo
				7USHPqEQtO/0FTzQogdalkAh3Y9ZJz31XjpL5My/mJ/Ugdq5sP641VDjnNeMGWL8YhmaBwQNeQ79
				fvnvMVGpA45DppHwbqbdM6Q7qeJxSR+DZB22vhR0XR6CdEVVhT7tlODMMYFFa+S5WO3ortyhCKID
				wxkCyd16MUHklMSQlm86EnrqVuw4rP2h/8NfyODCaIE8OkMhjCBdoN4T1jfBXowP51QbodOSgosA
				0IzkD4lumNplVHbwMPdyxufqzmbdu6aEko0yM/i4VqRho1TeBLHx55/Ee6UtPFxhYwodIhfRVtCl
				rdHF5drvEap4jdiv2P2q0NKQU27TVPKocLboSACKXG1f7SIjlu5xF5UOI/+OUEmnSNeoANV5vhXu
				y2DxOO4F/PBiaNWwyj5K2dMS9AgArxRRuSNhXxJJs52FwOWhlTrpPPVrnMHPYon61Au6O+GPkyjv
				0SsSn6t19OA2seSPnB2wd7vfDs+r/5fWj3IJifRTFzsk+P2GOpdAct8wEt/ISDOFtYJDpPGg0VpL
				m0OelILwDmhZMfvFas7IC5nsU+MjNML0hRoaZzktNeLZZbqeTe+7dWngoaei1naLFJRQGywH0k1u
				vwBudK+Q4sCcS42UkreCD64rGfa20AMCrworW5nkvz14Q7d7UxiGhhhsQiCkUS0ocAuQIsIoCqw9
				2TsO50Y4IZBh2gB5a80bbU7+EjCyzedpkp58nNZSjPlrUkgSPS5L5Lw6Wow9vVWYfc/cpH+leRdq
				cRlehMBNhYMp2sfBY+Ptjb4xjECn0AHRFUkA2pUNa4p5joiMBPpFTIYr3EQ3QQNEcRDLIXbKX3Ka
				GRVqaF9OqlQI82+NdRTFthN0ilJBiQVgXVBXGyBj5g7bCYAC/YAGCbllh6Pwi9eLKXFaMFUvzVEz
				vPkd1g0e62ji4FMAFOiSf4TcL5JQzqI1UfWnLhOh2595THhWSznvGNLJgqappeS78zCHIPHMttPz
				prfFkmDcJqWiJwyDiHziZezG1PuxUfM1Iq2EfgZrTklcXJhMrAe5L4o67GcbaUAIoVHAMzNIOGRj
				GX8M4qYcSs2tW0jklzzpBmNzK/8cpxF+78QU/vOnXP+RlNDA2LKsL0DKFQJG1TKy0TbzV4/0gSEV
				ncAJ+WOF9bQ6dGE7lMJaU5hZbwXjwv9SGUKpc/8UPht6phY06fwij+Nf8d9fFgc2a+zmXw4ubQF1
				NMAoIN/5AG4m9sPzJhfGmexg7X+tsIqLC/SlXdSim5n/BiPC7Pn+eWF/8nkpZVCQdIZQDkTv+0MX
				05o5d8Q/lkIO/s/nsSWyRAuB2pj0JoFcKHNac1csKFqMxv7zuL6sTDRphaoAfX8dB46uIDuyY4Hv
				30QsOng5Ejwzk0CG31Yjsj2HrAbHVqcNG2wiG1vG/EuPz6VeSjmGzimJWvTH5forKvjbPIVNFw+4
				iEEqi+ytgTxOON1zjL2IrDab5WMwPopYowcUcA+RIoUu+eXMY+TFBLUM1WfrJpHpANvG5mpxv7cC
				Ff718Ka/YFwmE0i427VNFuSy1Xjd6p3hm22y1NmfwbI7XpDpK6h/dCXB/MOVYRbjAScxR0YIAdc7
				8amoc1kJrJg5NdnxHm0Rwy4pXqhnhBZOuT44C5cPgyyvml3plWmvtCYRNq5/e4PVKZsMjs/V9bMB
				GJaUXKvjMJNNriH+zicntCJo+eotsn1mkyUXxiEh9RYObe3apH+DvSh7Tv+LM+g9wrrAG3SZSJkf
				T+MGq69EGZvIErEZ4gPYEXPIKiAJ3y1GU0guXqYkRq0uuGWgplk5OlRi+DOD2lmsNcuoK1EwczW9
				avTZTHYs2Nor4F8mO6UbcDiC7aLafyDmios+fe3XobJ0HPw3gmH25f5npt4j2AK40KVFhP3Bi2nf
				nEPGdvhn9SSrG9LeD4STYkC9LxTV3f8oC8fB6J/OK61zc3aVMZLGLZle2nYJLrPqiF1vle6Lzurx
				X9iWgeAGbq3sxsbosh58eYb5PvI1tn/yvygTj7fm9Kou3KaZQn91Ekb5lFLlRx37HsQnk4NUe5PR
				364YDtw46SypUWLH2CNrBjsboxnhkQQpTyMrU+GudffTdiDWO9gyUZlmxWhE86kBODO8lq+G+7hU
				dWF+NPb6h0hg5rp7VSRoi/zIUlvXsbbvCJzFLdY89jqZRRw+fWuI7v1g4OOu3eA/kI659Ib9ocf7
				EuXTyTEFR6ZQLPAfkGm3rGD9WLJzmmLHQ9pSCHVSxGtAQgN4ArtZaBfzL3P5n6mZa0GKk8YU2I9x
				uMv0VDEoW6V8UbMq+xeCloHAHW6r2TiZPErWoQ/zrrCxtdbLOEfD2VB3PJorqvqNn+vH0VbvjFq+
				YWe+/hM+ypXXnxTEexCMDAoy1I2jv3kx3PM4Pmh5FGyWIqx6abYOYHcUn9NzQCO705GvJ8VZTzf9
				GelzmTJpH3VMMDcLCSkaU1iJ8fOf8jHbiD+qhq9VovOkY97XtTL/7Zg56pP/GRvvg738o5SZDgRD
				W947IRYbbH/Y+8xLHML2rbf4SMeCLALtGv9g42GWx35fPOE8TihbCvFZo7HfwDFc7pxAEelPBrYh
				WA2TVqbCkRTdGqAQ76IuGf8rND7MZf/RSxOYGKrTlnoSI4e2TBJjFIGOWz0E0WdUiRR2DvgPNKML
				K54qE1L3FbhHybydV6bop76aSZ5M7RzNsdQamTry27mg/ekT3lRwBB4KrgtLp1P8rtWE8db97Lv8
				lU4IDD/bHL0DNytgntuCP67pK2wk+/8GKvLBNHyfaM/tRkZQ7pZoN6VJfQYHmY9Lli0yXjOwi+FV
				LKAzTNHF7xnd/xrmYxF4/Cs0/BXkbtXwH/77q2kntjJwr8LX5A2G/jq89xvevOAiAa+w1wRFDAf+
				BibJnn+/zBR4BEYABDoCkjqOW9zWa58NtqvVYZqtpyk+clvAABp4jhy1CVrKy0TG1LUGP0xU1ayJ
				TozIqcgCHhH8BU4MZsJNjY9Yin1KfbmvlGFKFMYOM4oFzQ7laNYxVMcGo14PbBbMmKXXA5+Z1IXz
				kxEjb/fhtmNpd/ZedGW3ImedvZdS3R/6MwAjMWLiy8zdG473XzSlgaNuYAnk+goDkv2/gRa5I0Du
				cymm3kkhWRwjQL2lXQVbLPtLpPz/7rfgUCbDnKHez7s4IYGf9bdCWCVrtxjGaYHKcEqadx+wu181
				CrMMvBy8DCNusBoQifrrnDSi3deJBaOlN1DLQxJ8wFHVvc/QLqallMFbDV6JZVoanlrRGzbgtyWR
				jN37pWyCZ700ICCaWulcfopjIwVsJ4xaoKZZWy/hEYwTdYDwnINCYcKUXuYkpq9MQFzKPmazTMH2
				jIElhh8wpTaQQsU+HaXuw26Y/HSd8bd8QDAGs802wJp1MGbZBIfn5brQTP6CMRz3G7gce979EhPg
				EVgB8OcISOo6Lt52X3s22G5Wh0i2pMxZ5F4ByCddUXJOI+inZWFTkTPPCSyur9ARNLKfJ928mFpV
				Lvpti3qXYZoufm+6SG7DwGALtWKiLvxmulNrMeyxylV1VEtl2EoDC/8R3hWdzPy5vmjfSrLnPyzT
				FTbkIxpeuGFxqML/omEH7HE4SFz0V9Bt9v1BFhzjCA0bPI2FCem8vNGzA8nAAavvO5Plhxnjupm/
				Xi2roJ5qdoUdsuhxYEoMylZz2qsKiX06BmqfzYUJ7+hyAoz4a6LAxnbWslNP6HckyJX1FfQ1YTgj
				ieaqNKiLqa/a8cr0Ays6GNwq5LqkPVLKkKx0X0XK8Wbuk3sNng+XAT/GcLLoNGsPCbUOo9r0tcMj
				W0xBWNQpMtNH8DwKihGydJbwMuWyO4gYYCMLBAezG+vFkHOWvUy8xyA3zJx6dysob/mrWW5Vnxi/
				/kolJscU7FPfNP46NDN0hcBnLl6hqwNGEi78MJzkyjtg6BlOHqHkvGRNd0sOhGPJXmhQ4s6wzP9Y
				TS3dbPb6Dz7STxkFBOXdxagJyfXLmMS01QU/DFTJZsURlz7iZqmRItILmBgsx/d8iQaJXe3XUZjH
				jC262V8vOmAbzTq6x3F1acfcFLxZDav9hZI1vJVRF2b/ecxe3FeNHM/Aexh1soz8w2ON1n0DuXBJ
				e3PyQn4+SoxQx09+m8i+H8wiVjFB5EMF3Xo9ixGAaC3jNpXycBwxxmLJFqAaBw1YanqFBiucGPOi
				eDf/m6mCiZKxklVlWPOAc8nfoGHmXMjZStIUxScuDAhaatd40BxqBde5p9PxleOa1pMfLPL3Kim3
				JyTZheHehXfUaIMiMwf/hJfkyrxPCgo8CC4DAxnhZB3TJW7n9U9G3qo14ZuVVFhHzFsGAqH0CuFg
				Qn5ezISCWBxGHKpr5kvOqHHJxDyeONOUJo8u9xMeBgg2CBs7aoodvJkFAZAA+zybVigC74VJJhnw
				/FvX8pzrlsblfiN27GwQQxf0xQ+eT5TtH0DRMu7bnlzEOPozRvg9MKEt2SxuwiJnpnH5lDxHjnIE
				LbUEtiGZ62Nwwk4yCA8sNGpcs6BvtPCgs0rR5eep77OrMCEkrRGSjka2cv6UYqtB+TolcDKphkJT
				60l0NUzNZT5LCjB5BzrMvN1J8NyK13xQm27MFtUYSTLOAk1wW2EqAACdZSnO51NcK9LrG9wRrdHY
				bTVzPdQ/chGBGCgp0JDift4qzi6QPJLMKhMw0d31sIVmc6No77kPqqiMoSFqpURoVViUswz31PNt
				KC3KMFZ1QM68CDBLUZNQCv9+XQAwaYoPRoKrocBkIvB0RDOj+5n0WT5bjOgEwA9yKfd71dq1b6Wz
				gpMfiT0WX7OcTO4+zjT6Tmo2M1jx2aoqUqRW1Wm1ymXzeV8wxp/MiGf4xHud5ALDFYgMCJUEn5Hw
				YmrBUXL6Rq+LkkXTvBTJwlXqsJhO/KGr0jiBdLYo3itC5FIIXJWOACGu1MJIsm92pXV29E4BB6Cb
				iVQsppMdnRjNS4LPlLuwgvzQgmBndTvg0rt+TOCvG5108wd0iV+iAbSKrHip7d81gcNA7hRyKFOI
				Jzh9xiR3MmiiQxCu9BQIuXvi8Nvg64XNyfD9b/j9Ty23OxGhtCXZ4IKyyE0beHNyRZ4zI8dy/WyI
				D6i3qqjnes7RzoHba/FeoF4d31/pdQP8xwT0zk9AyRpeerNZftpXZeI/deDIAf6UsjQBlUaGiHP/
				+1GcLr5bINDeOxhKlsqiesTpHa3f33/t9fevZpDPVsdeTWV6v/9q2+9fDfKZuNjVUZ3m999b+f2L
				jHxWNnaSq6b3/bfI6r5/ean1Cf8ajxpYBNVC21CMi4mKTJKrWsYOQRWb3n+9fvLsJ71hZu80chVo
				J6a3eG77dKGwzcypfu2rkXYr5hkep833kkfkyMdkJZE58MrfL9pTCeA/xquXTVbnXcrqLP+pFYMW
				KrAbBTRWMwnNSCar+2L/KBkOD4wYdfX6+hBGRYhGTyV+HcominT0rUoW4MY/g03d72J51goTEv8r
				YUoqMtD9l1GV4F/e0oOHh9wYGNsyrVEhR5OkCign2nK+0PtvN7FcSeWaYGCLX9LyAvrCgPFvgmBz
				SkL2UbL0AD2lYRUhgRZtvhC44MkKtbnIPI2GOosuJU/IPcEDssQfxpBjylQX6ZLgKPhd0sg+gQSO
				xULfPMM1m9SlJJYsvXVPJ/+EJ/55lKIzBgrrS+HlObGG9LjtcrxIxTqcujpmqOEORlcmM1RxB6Wr
				HohqpKciMixovEygMXMy6QQ+jWLG5nH8SDI2JWBrQG8Vs0WzwiXuW+KvvF7FsLEz+f7rGzLPxGov
				8RtWvNuYOQY9CyF6dEJ7rJHfsZu5QrnfYidgqmIF8Z+qbxhFHCkjNMLuU6BoT2mwwXgVr1Ws6FvH
				o33Y4rBtbhkC1sni4NWdMqbYPJUhsD5reGA+2UZe+8ieV9+FwecUbdRvtvZopHxThvnkIm3+Ocys
				5XztVwCRw0v6aOZXGq93tvgLiID1j474fniWwhvyMmtz3RemQu67xgIfsMeNnVGqaQwAxQRAD3SO
				pBw5swc7V3CxWDTyXSgfBJ2DdXUlGU2x32T9K+l9mrlhZL94SdQR2YVIZNWA0gYIRgEdKkE/UMCr
				smBKhoZAESvBjsP4vZzZ3M750Fe92KlP0ZGYYe2FchWSPsk9GlTn8IVaWZ36MS0kmUOgXsfEwZQl
				OX4FNLCRuBcDtSJ/dhLmwwYgM/vD2JQH8OyCmwcsG4RceDpQRS9HTxmVdrO55DSK+2fbmjOToXYK
				gUZL0mV2YzI0X77ndU40iIWw5cFUR7NkBxtPNHPmoWfjzOwD1SwoOuJsAsho0ugr3pfsABHiGLyu
				6A5wXgRMPxrCfmET62/PunSCcsIt6UwB4F1Hn3Ekb3/GFRsgaAvoS3DBMuYq6ewI4H1Wh5P/82i8
				Xtjc7vnQ0/roqZ6ikbhhXAzlCpI+yR0qVOdgDBXgCiR5vl8KYJIAbGT7qfUYnVLBTlaN6DRA4O/P
				q581gLeQaU5bww3S4l1jp9hvv/Sqg8ImVmYWEJ9ZlOx5MY76nFElDVlogQjwl618qKULnjRYm1nZ
				4uSLKdxR8QAMw0jy+XOMj3d3Im/mOnmFAAJ4jTvBpjW6WxwI7eHszZrZZJTt+d6APVYAu9ph0COQ
				NwtuWMbAsTGDZ3ak/KsNEMwCOkD3Hh8NHS1rDSxkfsVY6Hyexu/FzOZ2zoee0sdPZYqOwAxzM7T+
				RD2abmUGiXI45erFOCTdvUAxyGhlcUgC/RLIwH2rH6DgmHzVKYwQNgqM9SVqfwza5QH0Xbh5QDJB
				IYe3taOGLA6SAEYMDWLOKJbWl5pma8Ox9ZQqVgdJfQ5VZ0MH+nvex0wB2WJmgdDUo/mlKyu62Ujq
				CTIzzaTLjxUaS02Ap0yaRsU/JdzviFU7YNlxILfMw1xyc2Fz07fHewOOW+GfhqIAPKuj+cPIXxgj
				DhuAjAUES/BfPgJEmMXhegV3shw/7U8vQ9DCJr6dzyHdh4vKVB3JfIzVkK0g6XkBO2jLsJwCHa12
				hj73xkZCCdjdM+knYhhShi9KyBRpAB+1P8dm1wBif+OGVLHtAA4a+Q4UTdRr/3QlBYTNqs0WW4fZ
				lYkTh9ozB5rgCK3cPOLQ9BeIX74UjtscMy+ThpszocJALYcLrhB4RleMKx/a0IAjcQ4mgIz7bVqh
				DLOBAAbjOLc/ImoVpyBoZrizZjbZfXtuJ61XCmCxHfxfDS6W55ODJkQhqitqbC6jgI5K4FiFuW0j
				oAD0ASyK5AuAoz6zyfrnMykNvTViKnARLrMbUnuQpOpu1J2ByBtaxB9AkqkF1CPM9ZKaxDwb9aDH
				giHg6JBkQ0PM2QoO9yVqfwza5QH0Xbh5QDJBIYe3tSOHLA6SADkxy/9NlUXYW9qBnw7Ncd2qdxz+
				NwkMU/fpUAtOzQVwaRPykVqkyQ2aQSMw6mfKVtsboB6Zf5b8NV8xmjUB5EdFjvZctJd0OuDXDih8
				XEekHgu2SV3YZLftuR2UXheARd9hXDnQjg80VwbAgYtqSMXO0zZAcBVQBiv0fAS8P4uqbryg5kQf
				C+6C9wgCJ75JgQ6RFDbrdT7DhR4hMt99iZdDigBJ6s5N1T0QmUNr+QOSNH5qEjCTPIsPWa2HGo/Z
				+nfHSMEoTRNF7Y+RSyljwtw5nhqAcTCHCvI3jXI5Hx0JGTM5Wt4e7aBVQ47igeQgD7V0DaVO7dUO
				JnKn7+VCmhVnFSmbrvHGE7CYYjk3w5+xxgS44GxcC34LCFQdN5R0E84zdsVxlmuKu9eNScXdnspN
				cCjuRAM3FMC+OMBRDVWYPE0ICO4CyjKE2BdTurqOAhg6rJMUD7GfnLg92k1eymxWnfMxulKc+Zv6
				CFA5bodmKiRlQSKmrSQoMrBI+qcUlUv6c7uRHzQuYkBgh7EwsurR1rRWDzpFFf0WSYqLCYFKehAv
				ONlB1BMpVILMbO4AbXxPvPg+AaDIk6olys+Hzv1vEDuqD7UWmklrBoLci3gTziIN6tMMtcBVXVLm
				aG4AfmQe2fWve0XpRAeQn9sPOvevGWP2/NCBxF0Yg82t8oKzafkhFWmTNcFDvYR9YEOkwma9bM82
				3gWgVsWVgeygvvJwrwSfHFVhJFUdoE5zmVxAKdRVZ4340nhqps9YqsIJAK62Han0z2dyGva4iCng
				LKLceqjtIWlFMmPLPs9Mc/5qvu1z/6xiZC4p1hiin+fFQDZgg7cDLDqAqPdHD0yvAWkMImMwEz+U
				65C0j346vwBMmjcQbpaYqOzgxVwcPT/Q+iCacUzvPiUhekyjNBePtTccqxkYFI/FZxgqPIHNYVYS
				zo1Btju3cHZnMRZ0Ns8ojaNrZFAwGOE8R4Y4mLUhDxlDqQFyAwlVjXPTtse7hcRvdscY66akADKa
				wzhmUBBrnkBky05UXZQXEBpZ8DZbkgJDFgNSR7lNcJhYTdcmkALGOeBiv4NTZc7qptGIRbZhimzk
				hanR4LSLCw5EjQgkHRsBLPWqEURQ09KDpGjIEOWQrH29qzNECN99QdUmg0tqCJjUwSFrLYBPDpDK
				/UF9KKmVkP9hHxAdHJDUU+9DX/zPMfHKJG+hTU5TkB5qKKFHkoDM9mqQhWISda6f/3gey2/9biNt
				p8nvWO3Iup4HnYFmA0rpO4bMiaVfjIeaelT85qMPecZmHI9aOXm2r7injSw7M70jiVjJ1CQUc3m5
				knDaiTJQ60p4Ob7Y/ifXMQAh8IviDR19FxgjslaOmuEDy+vZTKpG5Uj5rSlBrfQnpuf5jJV6f4MJ
				WVNH9IEFLC4Cun+2RRKgJYUcnw6XkjLt3Qho8qoC4wpUBGwEUwScWMQjFrHYvsMPi+D/fxH49y+C
				/39lEZDy+39wyEGWHGSx/Qf/Ivj/X8F/COZ9xfy9/13Oz/d5CGTW/21bR1vxOCxeONiV3+DXZdtO
				12k0VKpG1b7mJ7AcheRwHIagbcUvsNs8ruM22Sws9plMi2kT5vl42vHGmdnIdKvMxISR0cRoFsZf
				xUKpjDISMhEZEQkJImk8REEcj///ohNVNKK9olerhqjVq1bVdvRRQw2q1KA+9A19z9CF/v8f+vk/
				r/v8vN/5PUg+Hq4v3Kbv2q7p8SyLNR2HxeFgV36D34//zVWqTqPS6ARJ8yzNMArJ4TgUikEvcEH8
				Ar9u87iOi200i8k00SYW5tE+YR+SG87MZiYmjIwmRhPGcplUTlsoFcpIyERkRMT1zz8aCwejwQjw
				/////+v/9f8PYuD3/4/ABUrgBEqgSIZA/x+fn/c7v8/j8ni4Hm7Td23XZpjF4/ACK5bfcLAc/NbD
				tiu7StVpVBpVz1DSFMNZmhyF5HAcRsMCJ26XBXrc13ldbJPNYrKJhXm0T9jHw+nMzGYmJoyMJkYz
				UlPc/39ksW0Psvj/Myb/5SFm7Zq1i6N92rWLJi00aUH+GuYwhjVsYRI2YRJ2//f5eb/z+/x6PFyM
				sX7X4fZt1zMznsVj+Q0Hy8Fv607Zql3ZStVpVBrtPITzcy6a5LAcyXE4HA6DgSI97uu8jpttmkyW
				WUwWC/Non7DP/J9bNjKamRiZGM3DjOVSsXwwlYkIZWQyIiKZkJgZyTwmyCwmJiYm5jHn/P+tUcw1
				IeaaGc1EzWimmQeNaKQJjTRhZv7gMAzTMI8wCyNhJoyEOefyP/5ffvnlISIiIiKfiIiIvBaRceU/
				//8PllMul8vlcrn8jEGQXC6Xy+VyuVwul8vllcvl8jcoLBaPZ7qu7TtIMRJt279BESRImLDA0NDg
				8BCkkGg0TVRlXVdQhITExILRaDgeQQoRGZlMKBXL5RIUIyMzs+F0Op5PkGKy2bZxnfd9QUGhcDiS
				ZWmeQYpKp+vKtu77BoXF4vFM17V9BylG4r5DICiCBAkTFhgaGhweghQSjaaJqixfDKMIscwsGNi2
				Dtb2HUIeEgjVQjQNUjiOwnWybRuZaBITTSaz6Xhm5JyZmI3MjEyE0VQuYXwLZaQyoUxGQkREQoJI
				FsTBeDQc/f///P/fkleiSajROqBcLpfL5Ze/XBAJMkEkyEOQy0MQ/z4/73d+DxtJiHhIYiJzh0xm
				x23bHo7duYQO28b/NR6Px+NxNZQ0SQaDwWAw/kf8/79tsQgZLB6Px+Px+P//E/z/w8TDYBEhIRGP
				x+PxeITBBI+IiIjGQoIxsZgQRYQjFAqFQqEYTPD//z+C/39DhAgR4iFChIjH9Xg8HiP4///d5fo8
				Lv99B9uuZzE9nseSww6W3+C3XV22Zf/oX1FURVEdyeCQ1HVd13V14/7ruq7r+v//I/j/6zEOo3kY
				uVQmFkolwYEKCsmR5HkpFW05szDb9nWYSUIiFupsJQSGhkni0tkUDAJhGkIIIUgIYRZsCMEhBEkS
				yUiUpFmSgyYJiYRwxogIBpEIERHKKiOWSRERxDKzkZFjTvjo80+DaDRRlXWFUMTEIiJYOLHwuG1B
				27ZtQdy2bVvQti0siNu2BclkMplMFiQh5aEIRdyKkbxErK8EyUS4QSEonM9xh5m0EcMQZCEsBM1h
				0h4WtG0LCwsLCwsLCwsLCwth/u/zPT+P7/K5PILye8JngsJ3Pdt0PTNhj8cjT6fj6XTalY1OKV6l
				U6l6RkPV0LnklDNBHzkMjsLhzHwz22w2m81mFpN9tBBiYVqYh/PpeDqc8E6QzMyMzMzMzFxGRmZk
				ZmYzMyOSeUyQeTQcsZBgTCwmpA8xipmgEGMNNddUYw01M6IZjSaMJowmTJgwYcJECBMUpDBhgnvx
				JSi83+X8fBcREbFYLBaLZRaPLYfltw12X7cSVKlUKkGUSqVSqVQa6q8UEQqFQqFQGAwUu49ToPd5
				3KzbuE0m1GQymVAjk5GRyciIiMyIyMiIyMjIyFwqFoqEiIpMhCITERGJjEiIiEiISEhISERISEhI
				SEjIhIiIiEgkEomEEkmQSCQQFBQUQR5BggQJ8ngECRIkSJAgQRQkJOLxeDweD7ket8M9ot/hrmeb
				ruk5Jg6HwzFpOBwNR8MREWtEo9FoNBoNNc9qTLIUg8FgMBgBwRgvgiJosVgsFouIiEVon06Y5+Pp
				bDgxM+xsZGYuo7nEhNGECaJEJSLoQRkJmYiMiETEI4jj4WBMNBaMPSIoSBEUVAU1cwRFUEREBDWE
				hyEiQkRERFAwhAgK8unrer/L+fk+FxF9BQWJw236ru0gSTwOi4Nd+Q2+XLaVribZ6dpoqFSNqgqK
				llYpUwoKLEchORyDJGnd5nEdN9lsWkz7dMI8H89MPaONFFSZkSQpjL+KhVKhjIRMREZEQoJIIjPU
				0EIMLTQRbEVECIUUQpYuSRpJkkIKkqSgN8hBWlDQBEWQBEWQgvw/BOk+P+93fvO4/H48XL9N37Vd
				ejzL4olxWBzsym/wW5F2Zach5ipVp1FpVH0oeZYmRyE5HEcoBhckfoHrNo/ruKCgoKCgTSzMo33C
				bk5HNpyZzcSEkdHEaMJYLl2wUCqUkZCJyIhISAh6kEdj4WA0uJCYCBESigjFqxC+QqgmKoYSSQ8F
				SSEo4CEEhaCgoKBzJBCCQlCEEBRCCPofgu7//+f//3i4Hm76den/D7b+///f/u7f9+v///xvnufL
				//9HFhEo/v///////zLYvs/3+T6fzzfz+fz//1fkcv3/HxJE0rgiiB+DCeLxeDwev8T/Xwb7/5/6
				f13XFboerofr4Zd/v8InPMIlPMIV/vv3HQYT+L7v+/7th+t3+G3btj97qvn313CwK7/B79he2ek6
				jYZK1agaap5j+QiTLMlhcBQOhUFLiF+gV4nY120e13FjOybTYtqnE+b5eDobzi//fwkyiiv2AxHS
				hITEhIREKZOREBFJkEdISEhCj4aD0VgwJhYSExESChEieIWkAKVCUigUUihIIRRCIRRCIRRCIXQp
				RNJ7yf//Xxq5JEn8dYdXqiVZTo9n8TgslsPB8ht8ti7bRqXTlRup1LMMNW+RMRxvE2EwpSRJkiRJ
				kqRgoPgFel/ncd3GbWSzmEzmE6aFtpEkSZI0kmYkzMWikQIslMqEMjIRGQkRkYRIpEcQx0PRcBkh
				LSRpQpIkhWA0SJIkSZIkKWAkSZIkSZIkSZKkB0mSJAk+SPpD0P//Qbp8HtfD5XE9SK1917bfYLpz
				kKRzUFBQUFCQgl+XbdeplF2DNA2SqtFQ9Qw1z9IkS/IbjsJhkBiUoDgQ6H0dt3kLUpBkk81iMi0W
				pn3CPB9LEKez4YQYmZn5AzFhNBIURkSkIkkEKSRIWwQFBYCgmaDTFggyC/IQQZIkBU1IQUFBQUFB
				QUEMQeImBEmSQpCECEFBD3rQH/7/D435/////T+oFs9LiN4OJDDQ/7/22HQ9c54HMt/3fd/3fb/u
				+77v+z5o+r8MVR/6oJcnSfL8MCgU/z9o//+fm8U22Uy2h/35/87GnH8y/0OMjCZGExQkD6v8lIf8
				////QY/H4/F4PB4Wj8fj8Xhcj+u6ruu9fn3huq5L5IPCg8LDw8PDw8M54QtXOMPDwyM8/A6/w2++
				3+dy/g5y0JD+f4dV7Nu2a8t2CGPbtm0Fu67ruq7ruq41dd3VNV3TPW16oBzJoTA4Dk0HMVD8Ar2v
				87hu4zaPbBaTfcK02MkNzA0ej8fj8XjGQQ7qjMfj8Xg8Fo/FYrE4PDHFI55Y4hCLRUyGHkEcfjgc
				DocZiwgrHA6ywkGWZVOWPbJsWXKQLPOGg/VgO9i2bU6CHcG+6Trat22DgixsAHkH4rbr8IY1OKCB
				7rhzxR03XHHlRoPIlu0sZ4RgdTL95GzbRtu2bWjNni0rsmSHLTuW7IZBoRgkA/3tnblys9gmm8ki
				TOusU0+n0+l0qul0pGEaFFRKZSIRmSCVRqVRqRkNikUnGhRRiYYQbTQoBKnqSA2aGkJQkBpCUPCD
				QkNDQ0NDAyS0QQ86//8MDzKY4AyaM9DUSTqEkyQZGGhzJskwSZIMYgRJkmzbMqgMpUnWVsmRJMkg
				Bn6BXsd9HMcgbrbJZjGZFgvTPmEfsePhdK7g4ZDkcDgUCoUxFFVe9SPaSAhhWEYeyg2jluaGEOxP
				/0xmJ0colJARTigUEQqDQuEehA0GJygMBoPBEAwGg0FJGMHQDhjCgiiKoigGyUSUiqIoiqIYKAYG
				BgYGBgUFBgYGdjy7DwwMCgoMDPwCv8B/bfD4P3/5wvVf4ApRCkMtssLDX1TYNrdQal/0sU/pgoQE
				HwxniJARZheURfDBUXzD6InHXtC8zvM8d10XXTfd2IWphG3bwoJGLnAjVwcA2CjGoCXvHrgFbgtb
				MIBtYQuSuYRKYmLGCfWEh4natnkLDSEUEm33CVOEIkSIiAYVIkQIhRAIBYUIIUIILoQIIUKEEBJC
				KISIEEIhxB9CCP/v/T5853c9Lh95XL/D7Zq+7frS/P////8f/f///8Cml1599KE/b1596M+LPM/z
				vPjgeX4YIHj9//993/X/l/ZYgLAPzHVdnGvmnXO++Zzx+Xw+/3wuD3PL5XK5XC6Xb+S/rscHGo+P
				xBVXXBFCcYW4dFmnXn069emijx666BI+4ZIkSZLCqYEJDyDh4eHh4Xf4fd/3fd/yfd+3PZv2fd/W
				bdu37dIBZg+MbbEc/NpS67qu67qu67qu67mu6ZqmrZIkaUlojDW2bbuzGLB5nud5nud5PI/H4vF4
				PBZXPB7POMYy1tgxYSyaS5iLLZUBim3btqXatm3btmXZti3bITxwubJlypVlWZY18kDIDg4OluVg
				icETvGAJnmBJsIIjWAoOwbX/9759h/PdL/v/v+G9K67ruq7rSnLFdV3Xbd22bdu2Zdu2bVu1bdsO
				6Aw1z3I0pbEVy7Isu7KsJM26ruu6rtJWyapZJati1bpOVwbJ0lT0Mp162k6nnE6n0+l0qtDIK6eM
				VCaUjVRELgmpJK00Go1Go4yoJCYiJNoQVdUQlSpVrTqqqrqqqqqqAt5QqaGhoQuVJEWAQs/fv05J
				EulnXA/3bUo2pZkebxwOFsthObhry5ZlWZZlWZZleZYkaZIkyRHJACIlSZIkSZIkSZIkSZKkkyTD
				UJIkFwpHkiiUgsFgMBiUGJQGg8FgMBgMBsWgKIqfKIoiJYriqKIoig0UJUlUYKCkBQY+MDAwUN/3
				fd/3BfT7vu/7Pu/zPM/zynme5y08T2xb3rt2wXP3ru20tpKk0J0mWU7ciGyzbVosTJJUVZKkIDMB
				h8K8MbkbmSSZTDYpyGJSLBaLxWKxWCwWi8XCo8U0LSRomjZpkmihBU1a0MLCwsLCQjKFPYQp7J+H
				+fzf++X/+3rIJzqjzszMqB7V4/F4PB6JkRjZSPV0PJ1Op9OZTqfTOUWdTqcjsQ+jbTicTkNHOqec
				0Wg0Go2GQaEYJAP9zWbDzWKbbCaLMK3zCfM9MzMz0kgbjcyMNhqNRqPRaDQajUYjGZkYmRiZGK0x
				MdLESKPRaDQaSTGvPKKqiaPRaDQahUbSjN4wDthoNBqNRhJGEzCR6P9FF00kEolEIpFoIpFIJBJx
				PFskkUgUdl03jFzSWklSQ1QoFAqFQiFFGoXDoFAMBopfoPd5Ily3cTKZzLbFNpudMyIzMyKRSCQS
				hREREREREZGIiIiIiIiISIhISEhIyEIYMiEL0SUhIZIohKW4QlyTyCSJJElSUJAgEySINJIkieSR
				j/8/FAqFQiOB0IhQU9tzyCE7HA6Hw+FoOBqNRqPRaDQaodFoNBog1IFQkiRJkuSCJOvFgvdCD4VC
				IVkoRu0TFp/wRCekzXiXUBKbqrzExMTEjBITUpv1qPTHzplVAwAAggDjGAAUwHE0yZEgSULo4AMU
				gAIhfJScZDxYeGBEGg0DAcFAKAwIxmPiIEZSLTKKDIpWALPZP/DRn4oofibJYoSKKCM+MH3+2Rfp
				5GYSZmsca52NmP21hGSxXVgh5/81brxLi/71CdVBwJ/C5mZxg78/Vljw1VXjPFliFfrXn2vdSwEF
				FFvb2tn7BZEUZLJJ8L15zdcfKEUqkPMjCwzSLcqM03aiPqrgFWPWwNcSof7mSLo8IbTULrG+mAok
				IQZ3E2E1pXIavTMXB2eqlFvBd/6Pyw+WWDEMbnrpems97c5bisepZGTnv3XOK9qsdpDjpWcNxvXC
				WnXncPUI5UD99yu5n/1I0sfUsSSnDSfTV3T8CO1SPwRGrszOTP5fyBcFXNcjey6Bbx+rYFwbLoII
				rk8oSFSXWy1Fx6rJOHOzzelbFAaliyB7tggKk8ydARKbWpUl8RVsKATaVn2O44P7phhS2CCEppzS
				upOsKvkaS8nzAaefUCdUdWblkkW3DhZkNA0m5I9x//riBpoqKE0g/RneCzQ7IjHLMJ8XCVvSdu7S
				m0//wPm8dvqXdafz8+kaNz7z4TvqTtyrwUsyO7GthcsT/BjVKKASK9Koam+8a7HITvlRiXbCVW0O
				XFVB/1bVgN6qsqRuVcVjQ5ytzEZ/zitLN1AxQV/Mr/2w+OAegr4nD9rMgmCkJfQx3W5+Zd02mPiB
				V4Juo0t+jJ6NMmh2PTrsi9S9Rj5W6CQmPbT1UO0q5w0HcBwe7LZLnqySfEa+djQTtzOCR3abylGM
				icy5Gc5mfNuKn0UIyAYLWfg0bAWOK64mWSw2VUSNsdqdwp+rSkPRxpWXW4zFmBIQMINV2ygVR5Zc
				qBR4tK4DAjAtmrbHFBNmp0uKFjPaOIo7NUkaC9lBlMPvTdHnWT0DaN2LRaBUvdPWEtsPKk4WuBVK
				26LWspR5e5e3c/xg5XftF1XcT0YIsPPnn08Mjolb47XBr2rNqtOwRyf73w0yk5lENN3xboB1skAf
				Kv0hh82UvEqU9Nou1UxYAt6tUp8TeEluBO+6P21MLgdIDqnQrzx2HfVswbeuXEHOIw+hR6AlyB2c
				36D4RdULVdxS8U/yHmp4mibfCeLtj7X6Bjvq1plpHXwkMmuPYCmZx+MKfBg+4WSc63gVPnIk/Mew
				DLISWJLvA7Cabi/M3oyHraUlJzCJWTDQtd9RjYtOU8pKbtecYGDMPKgUkzuZORs8WmuWm1FLOkqc
				/MHr2SygNrB5gtFFLECc3krKbZfPXRuAqiIKddRcSjrlyGZ9qgTytQZ9tE4Bf30vssJBgutguEtF
				xrHSG+rVYeERWKpFi0Qwh4VfZ6lWljGloxRxeiUTgmrGIh46EAHWgNiPIUwu3q07yJK00IZAPlwH
				DJkwPVNEvkURzGsatFV2f1ebyo+2SYeXDcCT7yOkiK6IyJoMEx5zlg6iokCw3CKyJd68Loucvp5e
				jz6IAJ5cV1gYpkHr0EU8s2Y3s96N9qvhdVDqPMD1axZFMgd6gDQNyDLukOOeEjS4p2wrGm+sFWBB
				RG1Ti/P3ZgtR7OUPtHIhM+VkfZLNi7uJQKQZho3u3q2j0gChY+8djdfJDYvKaspAIFLJZAB7L6ak
				ru+2Wt7hZeuiivZN17EgM0ImbYJFvmO3KibBJ/siSjNcSJeh9NS3AgiFXiulBs8NuBGT0XzS5KvB
				i3OEgxnOxmexw5EssCGrjygEyBHsKscBQfinKiCdBh8V9ZISJPN/esWQjdeSBLJ2Kja1n4RONEBi
				AKgNR3EEvoVbTXONdmLgUbXV2mSt3H9tI4rU+zbMhtGmdqpMK3crz2iQ21lkOkFyJaYSKhpEi9za
				7X5XAYtNp6zS7p4I9MYcHM5OdArJGw4/6XKZoJgzONjr47GMZsBYrw9EkMxI5UEMpZdzCadO96d2
				H4cuxtgKr9BH2aicy2+1HfqeXYvHu6ewd7fbYizQFpPpbLEXl5QuewOHkke1yl4fBM9cK0ZcEpLV
				DW8RYOj4IG0RkRjKrn3aPfN1tNU2Gm1NSsBhiDve2b9EW7N5XdIKsTJpsPRHjhJfVbvBAn92yDYu
				ZLCBEZc3oWVBDOi2N68gc1q8eqo4OtaFkUU8ajTl8kCHrAtWq1+phlv/8E9OQpVV+ONdwZyCULdo
				9UPwioBBr9RqoFKCFfFYv97DbLi4OlXWDJlxBSHqU0Wt3aFZlymnoOkp9n3BMcpuKjkuOw2c/Tjh
				7vz0ZmR6mnQF3WzgJZmmGk/iOIo28/AxMmYOxerD37h2hytNu62BVLeugZRJ00xpMZtjr+U7ppFb
				rWXSpl2MQVp6bXa3abuqRH1m8qHHbXIh1jNtmWRuJVaHGY9OMWmGS/zVRQdFKTpoeb2vfvw6DJhn
				JvZIysSYnExMDmDmIrZG1Js5vgGEGCN3jIsHT6zft2NrWYODOj94Kgir7mxVMR1rEGmSQifnD1R/
				60vcg0C8DSpffBFLPYHACWEbhG6N/WuCaoIi+k2IU4Zq0QjwH9d1w/oXB+F1cXD+tjhoZITOVt+v
				pposS1cuA+IgCI/YkqwMYO3Xhq58qir/Gg7moQZHwaw0Ky1xu6JLHWxqxYscAN5pw/mv12+BCgDt
				V/w13Ri7xyPqkiXO7j9Q/dKXKhHWeyGwSQN3AwySvuDrYqBNz9wWU3lLn6WiqFaUvNPVzYOqFapB
				u8CKXBD7hjOuempFNSq73oa6dEZHQt2Aq7gcAv1zRKwSNzQBp0BdIJCt1Cec2MGcRzVlFTHOHZVb
				wiyqLVEWVbFxvMWjTNMJyDgSpVC7MldUY6MV1bs2VlT5vIqqgJMqqlalososqKgK41NUDTVFlX+l
				qIo/Kar2HEWVZxNFVbDmUFRNC7oqgz5RFWBPVA3aiSrvOFEVytxhU33FNER76tGVTrYmHpzFEJYh
				i3mEor7RACnmDUXTC9UI1cxsfuoESdz05NPWiSORvqTAfVaUub/vXZv+AA3H3u7KWeuwZrDBMdGk
				A+Xa8uZ9mfCWLx8kT7Lk+SiqWqeTLKobN5r45CS7LQYUhOAke3+tRHov5X88shTahEtNeZJVLrvv
				LIYHRyuJi8bPpvMhhJqCGOZUEfHl+hhKZLY5teOaApoEzVKz0cxjh8T5KKumoIZic4eJoEtIndw/
				QFm/6/SxlxQuUxLj9CHE0a9tQ3OuNVcU0jZ8iDMGSUSmJ6JwjvVcv+3Jg/0j2G+ZqP6gB0aBALno
				G0Bu4VmyEi9jIixHEg5mggNl3geMPpgPjhEhj1N9XvaiGTn1Rl1wMU+pN2FIOr9Eq8Ab3eq7UXeM
				HyvBYZYHLANzptgl17n4bfkCfPzy8PLLIs4GhdUS25XRC++OY7TKsuch9tSWLqtNR05RKVAri5U3
				LTTihViiO3XYO7BO4E3AYCWg5U4FXblTP+BpqHDnGKX1JBZ81+MEqsC1n554QjInBFJc1hE2ki5J
				dlROgPPQhVWv3lkKbyQ9UkBCXeuacba1NDwkaWvQFbdHjzW5NHAzW12IaNVI65EYnozA8mHokZAy
				c8LuRaXq2tVTMvwTqFT3BC5wmx95K+e7fu3rYUHLTCx9Se9aroBISys0upbU5lJkmhCBLKz3gcsi
				f1XBcehSY3rtlWTA9U//5Mnh9L3pQpt4tfIv6saWgvb+C66yM3XdxQ09yGZrxNc4SIQJik0qfBWZ
				hgtzyzysqCRtyvZJV9fiuemRaBYtfETiy9p0+RF/G9CkajdL8EsQCV3yCrqvL0RbzKs7As/cqjzV
				Qnh1mNe4+qqn9XQD8jRgy9fEQsFsquMMCameDQZEaVIQiGr3WR2C9+sQ/QhNKJIB+3QI839TUDgu
				jXBP/4odUwsqFc7NFlBjuaYQ77EvzzHTSJ9dStvOg4g6pYqrOda8uRNEVHR+L/xkv2Y7iAv72jVe
				Jmgr7hXofhNKhOrl4VRUKl3O9I2thofWnirSG//yxbO6tvHr5IlsU6KdYgtIIiZ8HNyPAYx0mJMG
				txmejsmASwZg0xAVGZ4gVbpZomPUubE9+o897amO20YZNxbtiQ96WlY+PrB2regAxhCjR1PnrsSU
				st9AhywiJhW4r+eWMqIt2k4whYZfpfGWmCla6LOqW9lcz0/QBuR1Rl/N29d+PGBCTCoJZ2xuPA3n
				GEU5khkfxWBVGOetPoiIEEnOCopdhyExFqGXKDh2foDitz4Qo3ikIEnRxgrC9RLEGC4yJPFemI0E
				l9wJRkfID92Zhn3TJVTtYDowagN0YsGpQC/HE+HyT+O6YmvfYU5FqUb5AOP90Shg2jSYP6mfQ3H5
				x/zLddyiPrIsGkYBVWdBnWB2ORtAwh5WQMkYsnG5m7Q6/0BRv52fxht8qhOafaF2YUsHMOCSGRtL
				23jHLsbOSDcVpQlCDuBDri0d0KtuC86c1PQ7HUnaYL/jyfV/Rq8FBqAxK8oZfMfYKIM4sj3zi8xb
				ZqDiDklYJRLdIRuENy/TG9egBhlhJEyWImFPMSSMGYXlnaFiuPC9xcFeWcisdUFLmcQQhlpUMuvf
				M3YmjiHsiTaVmrWOMCwh7OEIYYzqIEz2VVY5aCRGwirLGaDiogtinIp5jWsFUe1RGJTTZeQdOum+
				QswN2oNqJcEkCb6+rI57ydPOChsZFF5P8djm+nsaZSs58OaWrliV9PttVFHWXsiS+TZ6i2f/0qQS
				wHC9jZ4C87UJirfRXDr7i8IugrbbqCid/YXDe0xpcB3bPGjrMU81MXp3MRgUfDcOfYxsoxfWGwZO
				FzTz7Sbd7n6BxW/61lQykmdNLnqtS54T5PUa+mgO+0guR1oduJM/CHuLEgVz61uugFJGoKCvCyWt
				papxwFzrVDCnpBN0Os06WTfnUJlTQXKqkB051X4ipwqWvXEJ8MepM8nBAxSFnURFx3g0Lqfx5f9Y
				2XQ8ARUzd2BxqdUFl1fjX6UdoayXCbo+7K9gY+C397YDFYhypp8JQMmj4ISnbA0JHBFoTptWI+nB
				PSYxpdMrr+oQr5QMB9Vo+khE38IewnHmdappzlRGd1LTxSmqr1ChQu/Kq9CPV+2iGLJkTe0Ua3Hf
				jahJlJebKopuuSeaiv4SU//k4ZZdo6nok13b/jsblbpgR7mrkmjS5eVWnFL+njtnNU6krJlnTkTo
				rf0gQgW++dn5VT84wZDrS+KaXn25jb0q4AO14dVnPF4n8vgtzrkYk8stY6uvdqCmJmnni9nYZ2BT
				lUuhnRk4OhKnKLV0QjCuPeIur/os418qd7jqE/HEZTHi4Pl4JPa9qi9HgqNevi7/DQHDhCc3uoKW
				qFDk24CwKCc3GkdWPBjZJarrK3ki8zmDLaFZx08cKstZgeLGQUsyzo76en97tLTPDzd2iOOj4BC1
				SWWnywes4W/qxL3R1d1E9ORp+64TuImEKV0oRh535n7zFpq1uZ2pqNqvOr3Go90E+YFFcKrdhbb8
				Iyzjt5betDLdQNOVdSww+1I9QaoFV0VuzNYMZXq/51pdX2hVvysk8UY17pPwLwa7t5AgvsuEOWVp
				IWKw7g2uf6FpqfTOghrYNKYgOXoDiZYqBR7WkS8HStjcaiRvuBgjcpI7ZbvVljjK/YspjFmKGdcV
				s1w0fjrwTWeh25XtgTeRpNhxUCwftge2XgzTFEuR6xqvpZTKLSxG97idBhl8sha8R3x6BMR/H3E6
				YO5RIDIHjyba2kDsuvIvsvUb2+gwoq3BPeZaBRk0NcbUaXRbm0YLsUyjLT4gnwT5M1irCa2nbscv
				oTSa7l/sMWsuDZHkm+wdE7PMCv4VRmYZnCwZ4l+BtgUIj0CTkDs4v4DyS3YX6OqWdmLpjP6VBQ1M
				s6rVUFEJCUqqBgINGk0b31/Wpcd3UrEtnCL2IUCtZKk7aAE8/eBhWd1Tl5LsFgs+ESREPgVbMurX
				iSC5JYkdLQ6paW4NoHWxwRlN5iIKwX1xcrG4HacMnJs5+xfLxf99Tz+r8YRrEEtssoNHPfCyUwGT
				YJNAEwm5zzTuM1Zgj+LViqviIzVClXXYyj/udeVPmgy3brq7wOmO1qRK1W6Rau71ohqmzy8sDYY0
				MKP2l8WXAmN1yBpU2EI9cIk9+cJVCSI225KZdWfx0LdDSTb1BG6KPDe2FllQ7auIEhE7UZvNmo0S
				EXIlSCGCFbYpGjGokCAqXs2WIfkLJwKvrt4nm6IpL1ViTPEkULc782n4WKZlFdr5tK0ZAEB3aLQ9
				7a1pUF1/QlS4yMM4qYJ/fzTm/+euO0Qq0Y2LEKxDhYhBnkDLPe4w3y63MLRd3KFIG5eUnRnuMJcb
				wGKCO0TJNxcdQTBUGJDp2yG/JPE1ueADwe92eDNyrLqnVagoAxWFSzAPi4cGs9qNDgsT7xs6JBhR
				JkQ6XFA4eGouJMhLqkOR7DjRjlfE6reFv8lIWVqDVL4a+NFXEc5ipPbvRmr820i9JxupPFojVTBW
				I9U2nRbyrmIltowIIa/j6tbzbrlc0miZO4jak9zVqyXjKDe3tLDePj+XhqMFbTBiveblIsN633tm
				HqfidDwrFZ2YRlrhKjlSqJfqffQx72H8Z4qzWCgTozL3AdASEvyptdvQ2FAHQdz+q/xuhXEACLLN
				GuoL2lZrVf0YCBj5s8tC5pK2qfOebpTjmXNHdp7Vyp8Sj78/bdz0+kHW0tK9l7JsbwVQOSlxJRMY
				2YlbZY5+xmlnjvR+kFJlER45qFiCO1JlsS1CwxzE7imCDw6zWOLYxulLV5Rd1yXWAFi6qt4UL5Ss
				bRbCk00GuM4v4jWHj14H7Z0omD00wEpC439UM+70xoMnRlItve9/KCzIZe9GzwPKQpV+S1JK7zAy
				l2hw4QHfLIfRoKiVvcPQs6TsxZdkyVC+aYbsRdajEDh7LDfsPQ/ldKufPDrEzQx1Uv+IwVJS5lLm
				IZFCV1pZ0mZOllSYFzO2LiNggA5lOlE5q4/vyE6bTHkS0QBdTzHuSEcP+01Nit9U4Nk3dUz8IQfH
				Y89uCknsh/b93WI6Gh7NuhXeE4KKTbTyNvRxncx5U6Qoa9zvZHZSxTlSTi0LeH+SxS7nBT2jdoeL
				PeAPRcOFhqghYeU3THKqozKdGDN5asZ/cKw1qFREzOvjWH7Vafyeb+1twmOUmMJ0lgXY6ceZpsKI
				6ce8Jn86kN9DFJg1nOOxPc5Lm+He9KwNyFQ2GWT5IK4D2Rucrr2r2yYGHMNVmhZIAsuzSw5FIvrC
				6F226BHLWFZAlC2yZIW9R5rdp6i+L/Kimj29b5oHSZjy57zw/CGRRm4dCLh+O18+2M5nq7XzcSlv
				yLmUmTFm8VvEnPTJFHieWaU3D60h4KyE8ZO+vldhsjWXMWoMthqf99eyGTGgwsatlXRFmFF0ko5u
				2TfsXQzVCNegJpaKcX73b1CIemvSuThcCj1XpFayLGyKdO9YlZ3BpxWOTAhgox6FSvLYXO+ER40h
				pSCZxAJbKxjJ/13mYKqvdwYGf0Wz2DDy/afyTkWcswqWeyKWxJLXMyBZZVS5o6e/D4s3BPv0Dkyy
				D8+cSn2w9d6/p1J7heRlSVFOcFj9ZigEgGwi3lLVtfpmXWY7QN7c42ze2U3hF2Qq548Ti8s7o+85
				8zZTT/ktDS2aHYBlJ3OxLEX52Ul7kiJPfopjLyc3+VmK8YEWlvwUdAH2TfITnQiyM0d+uoBq5Ge/
				6Qe3Ym69ko+H/IzWaFo8B/nZw+rFE55ocKdPVXqJn9dxYl6lZZZ3OTTUwqiJnLSo2O/yLus8i/mE
				4xGihoDQkqiZ+C73uosoeXET9xrIJuAvMD2t66gWp1b/2xGIcQri3R840eADp9+sB86uDIUqXLnF
				ThmT0yO2qgiVGlhf2aKrSsqxIPcXU4ADEGaNakQluHBJeuWVqw63as1tlDETMzX+qVTgldcVBwIU
				QDRfsglZ8om1EejJ6w13O/jHB71qb5sQgEq2CecSpDEhOJ0YBGf3iRAMP3A6Ob7CeAPHYRQ3YoTr
				a4khlPfPfttq2J2SQQ8dY6oVFfSbPfoDZ3RG1HIQmJBxALs0RIMS0y6fvsdkkX5G+dMgNjak1JWA
				mwHaDt9vaLOuMrvCoNhRhX5wOBIrE2jAZE/dbJYDrphe3vVDCJ1MFB9jPZ/oczjoSWQydfxuqA3B
				uQkIjuUhKSf+0GqDReRCRNkQO/pL1r1Rf/QFW5GrwxM7hN4fzC0TJpEPSekhJLPpklK0qhCG7HxB
				h6KUThlKaZA/KT0HNk0ei2kmAVyxT4ycDi+ZRhxnmVKq6hn3yya2WF6GQzKaXkVG2MM1l6V4SiHB
				1ylXvmY2zFHeIlyTU8spJet4ytwFErxSzaBPSwnj5+L5Xt35cb5E1XEiZRXBHFqN0jlEOZ9+F4pg
				CgA8JUEQs1DJ/ExTEnVauBZuB9x82fpDMONiyqGNXPBBH2fNqfn6IzWfWEfNZ1KVIRg/jM7CaMUQ
				zNbHNxK197j1Yj5xJM6q0Q4euUG9CPpy/79Ze3gQTAjrlXXIkQgWSXlSHCr9QDDh0RhV7Zr6a5pV
				n58A67CPuh6gISRn5RNZuYJmiZcnMO3NN7DM1IUvNzR1dYTHX30fIPpzqPrl7pPzQTk3JIf3ypK7
				M0pYbG+greyzZrh8JYBcbw20HIJAVi099gyScTPiOBo7hz8fgTFnJ7k7eaO4Cv5rp0yk539KK1FC
				pbWFcQ5BmaBFxFwVp34IEyNkP8tSzNf3vj1ameV/C43QoACppfdiwgE0aeGF/Y1ziD3QT0NfGCyK
				5WwovDdG3mmsoud51ZsjpLKCuDPkwLLHqQDshLNb4kouWguxSzehQxnbMNPS/gHLE5xq+y9yxhEe
				sjZRcnT4g+U3dWEjAhxO8uC7qWSbSiDigIZY9ZJVZTaRchS5CaA/iTpzTwUxeLmbDNz4UM+f26aC
				G6m215PdGspJTsUFlxaTdwqXyjgQEMtaDlO2hQY+l2mPTZ17gDM7fDLMRBp6jIMcz5WCpR6Xy8G7
				U6EvdUchIQ4RMg2+MLG+R6a90Ans8/tgRTkqqH2JtzUuw+yF2ZLxeq+YIOUGnufAkFfSzCUpjxV7
				3y7u2iyNg8Fekkg+IvTMynvFGDkTVCUywb5zBIpbE/0rc7r5z50ijOpzrSXSg1G4rA6FEw6jUlHI
				hV4iP3XZK3l6gxhQaQ99VTCKeRDhZseGBCxkbULi6PoEi/qdlFHgXhUQ+P0asShQeQywInhJgyQD
				YVRFuWWqqA7AcL3ZTr0D89ptOvhYtNebd1KVcZGviyOG+WLsCuw85J48MlgPLrA/qgcAO1GmD1TG
				A/RUXmrkycTendvbPghvkM8UhUe7TUnXDa6QF9tu0IWmTk753WRAE7OyXr16CyUTWTZYp1/9NMuP
				fNWjgbZ0FHvFCDTcFd7CqSwfzFzlz2HV8GIFunNoOVNcVIFyII33hUw89GALkva+ltLYM8hElw75
				rPqmW8nk9TXyKHWp38yS7oQn7WsH97nJ1PiEUGqmMEa+nj+RYUI1u2sNs8N2DE2/y3okZHxlMzcU
				tSKEWDcqTfhvJyegmHkMzUUyZ/wlu1/T44ezuXgIi3SHErp7Hl0w3jX5bseMA5NDcM+c/ZMy576I
				4QFebnDCTUtsodkXSili7R+3fRB4SEo095Sway+zwHVzOATUpC068CKkktsnFpC70GLi9uWYy6EM
				peD2CYV+lGlv+7z6a9ri1Nz2FSBzcwpt+8SjmW2fPaZAlYkmc1SBa/u6EVisLarti3y3e/4kQA/P
				XWIwdK2Ks0V0mu3XAXJzdc07p1Bun+5hE5Qhzm5mNutzySeKPwZRqo5SovFVOp5XBmMmezSbE8dH
				XN5VhbJSjNXoCprRoovE59I829lZxl4ohtpgVuHwUOG2sBYR1HhK6nGdrCbHHuSNnM5rHje/RBrt
				rVgawVFAAiDxjnUGtVUezJem9FyoVYpdroQk5Gf1yotqkcaWZWMYhtVgGnjhLwxSwYGgQsugp6An
				aAcl6V8K0rvFcC3VEilwc4aO9CrLmVcDTzq0QqxPr+xQ0a77aX1ToVOPdaIhEwHfpOWAx1J7bgxW
				rLknVgGNmdsCOLFNXBuDS3kSWzKmoR1BJhbmCUCNS4gsaZZnyJurMafkR6s2jKfhlwx5OIG8/du4
				G6T4c0g7fUHeuA0bVSt575WwUQCia4YEaiqgxs5jGC0rQ53T6YZGcSrLtCLMK9UUQk7BHXc5TTh6
				HQlQRSREH4DXmeKRK5fVUtHvsHsyeXMUvXYaxDig1sElc81Ag/AaMS0LeUD5tQNzp7GkA5F2gDnL
				1iQGMUQFUXucmZlmQz3W7lOIbqoLQOjJzMVBp2cAMGAYNCK4t7PaosiMmQ+nIerfAMnvmEJZQIve
				fo9m4ECAIswA93N6HuWTSXtwXIrqSpYCslt87kidDisRbi54mFsazpbft4xK1D4qJBp0eEm6K/QU
				qXjqK5ay+fBBUhqHRUdnfm8pD+E7Puh9JAK4oH30v9nrcphE7/QY3p2eaJc/in7KMezkXjs9eCd1
				1qi+7bmvCw+yyXMB6G+AxzuI72TH8nwFQkWJBNbrL9GP8tUhJkS4+BONB1vBUew9GVabbOjHIo24
				Fa0eWW4xMIZ8Yznt0zjq0b4B2C4/kU6IPXNxC6Z2vNwrjQfZydLQ9DeA5DvIHeALxRuexBO7nqla
				lOZHaaeNfcShTDgejs48KXYhr/lxfSH77Vucu8fa6lT1fE9aeIEZy0+Kca3WG3nGz76TO7MRIluL
				z5nKBpDwzraD5QM114ADCezu+FH2HdIdKh9mDHKj7Su2OQmWJcZNgFSUBjfMPWdWU1+3i11gxDzO
				QTkVWde9XCy/E4edavkSuRHvla0yZpO1RBUz+2cM7OQzOy0NqNbAQoJmS4HBrgYIbZYY+d1iHjny
				7U8umZIFhKpvMmXNhnj3JiiFVRuHK8Hltr7SyYkjNq5kuvdw5ABc/vMBMh9k7wMc+PIZfN9RbrTb
				I8oYCJjaAFLbsXbYniEoDTgTysMDb/yzko5KzWf5G2LQqg19jB3DWmZXBJO4eB5OJFz2QkhMSt4p
				2iD+GEiI05QGcQpyIE6HvEDl/tARMYknh4VE4pL+JLP8rrOpCBXneiKydedWyR5kJs4GjHcDzj5u
				1uywPUWQGnCmlIeDOvFPVTqSGuTyN4yNFf/8RJfBW3D6PMBtHp6OsTW9haZjuJxbfJNGQMtYFplE
				4M/ESyi14pbLUJKd1Fxq6JTWyB3Wrt5EAyo0sLqht6p3Sre5NHixUIs6L+JdyXg+xNbkGpyI3jJ/
				e+kw5q4+Tpu9bkXjtJzQZdLIWuPkZv0EJHht22Hl6M0mUN8UI7o34f7NioK0pEs7LfYlhumnKGPj
				lxiNB20tjsE77NyL0FOohPc2XcyDUjFOQxhd/5rWzB0VvQO6qkumogyU1EOX4NB9s+8OMGmUXQlO
				M+W5C/FyDXgq2trrAtsZw0N6tddej2/ET6heiwLV8qcQWYRkrw5umdSI7g4tE6r/+fRqevzEpMcH
				VPT4MwU9vknLt5WAcV7t5+3Me6gaR3e0S0sHWQhJgMWBZB8HmR3IyZAJB0JIGU3Htvmv0Dxlcpc5
				aewnHHX0qGD0uMddznXDsqg6tMs9EzmWjFxcv/6zfea91F2HcnyXSSdrgZOTFVSQ4LV1h7WrN5xC
				fVOM6NUFZp+MvEfhBfjF8K+JXlWUg7HOXjCCx59n0SzooSCX4+UjHVcizk0D5jcVFTmpsIfTc4FH
				fuB+9zgDPCTRYMq2LoxPJodD5EW7ZJRMBYhbDAGbQh1FjBLZiCFalCRC6VzuaV3APgV4X/MEpQgB
				Pxg5TMLcaFxu6NzuH4aZ90fqVUNpGkSPHLFQZ3nmSTA4FKolrRfmGx773p1rlL0K1zCKqHVZIOGd
				bQq9xuIR2Ib89L9A8behez6lV70cnrx44TcF9fumswSmazuQUOL4DMnysY6tcJKsQ/VN4d1wdAPF
				7eQx6X4nr7o2ftMc4TcF0fumq7zJtf+Zr+HE7Y4odt7UsorPsxKq/wiCve5b8MHWy0co7ypjCns/
				CYEJGUaBDMcmyuYQf6trkw+Sq56lWJYkIDEQWLmWrDNN/5VVDuGQGqutx2/0kVJXzjG1Z4pSe7kQ
				5qpT7s9y+YbnVpjo3BuNNcB0bWAvvDwSx4vc5aJoS038tN+f4w5T7/x0X0GAJFAQPidxG0jEXWGH
				Th24KwlqYeCBwbWqn1eALzWuQu2gbByhI17A5ateaHOrdp2kMTo+cYkT1g0teieCi8S6IItzfHup
				f5S8TxMvmxWxPtbjUxj2M06yfOxGPPLyQSuqkIWD9xKh2gP+fQabJJFtQTR44FhCT7MNpCTWsQwO
				fQv+ZbmboUZF9doU6CbHm9GBfbXBAgsULWf3YH2LPrXzHijRiwrD8tV4tyngT8q1OrVYfxfY0tJb
				Bo4ZaYDxjbMPUcAUQbV29iy7CMQSUAn4Vy0RSbpv21RmroKfGOXOKSkgENB3EHg/7stHlSLI/YHV
				7FMSvAKkc5DshLOyKusNE8pbwTR6EAXtc6sf2XSdTvfOp97FZSCej6RfyFlZW3xba08z0++dzRwD
				RxycelJ8syYwgCGTvThBGIjpk6QxciSpm33zYWXzGfDw4rabh3xed3HjVcR6gqjwoKyWuQ/CzS2/
				RwtzPd4iRNoOtk2V3QP55pPA62fZeGB7hiJY5PcfHd18GEomAJESfNvYMwLhzaJG8MtQzw2Q2w9R
				uEuhoW5EuPItSJflbsy17KCQz/5w/N4mIDnWbmgmYRO8xPs133czz6XsnarT96edgV2ltshDTafr
				eTPF8LzYVpBdScSn1vdvLDPWvrE2Cvm5s9yIED/YbZ4OSI2vyw6JeceiHaVfOi3cCBFVO3QlHDxX
				IuS3pjO7DFv9CM/8vpu+hcazuZlNRZC6xntg3DdJubQKQg2PhHPp+8nK8FeJGHUVU2jHLjJyCqMQ
				QG9YFkWHNr4nUVlUTb2rwMQwmK+OyYuuRcVhRiIlbbA4NzGKutXeZn7Ginq9qA1TU09KPHPIdmcW
				D3yDIaImugdqwpqxDOf26GL7TEk7MqCADKl8Qyn1yU9pmQ/+FD+7jjEOec5203uPf5xZNO8wJAVj
				rqQ9zFDdh2tExKrLpvBaUr29eFLiK/kgB0eCmZL1FBppeJ7DBaIpMYiwrLqe2gysNMqDpnYndi4D
				H8IFFgQdqfM7CKjKhvNyfwWwpircbpTmIQpyamyVFFiBEA3v5IfFJ5OEIsPYB0qPAdcCGZwgp1eA
				Expx9YKHll/X//iEMpCqBfqsCupOVC3SANH/IvAqoyYPnAsm2thhjV9QvcR7mn+OH0pkxlY97Hyk
				lZ+UEa3fDEivSpD9uOxJQYSL+nlC/a/HKyV7E/XrLKqP9AEV2ACjdEI5IAYI7yPVragisMGzCfSk
				JrmZJPXrgOSOxgNrud/t/ZTIRIyPI5XXDyyPE7p3l9Opim814wKelG7+1LyB1amgaon0M9/AMiDH
				m36HSEoZX/eeGjbt1K82tBPAvIWJuhq35djuMtrKbJnDEMOEEpGHAwZRO6Rw6yJSLP6370zXlcZQ
				zcX3GICJNXYTpVRuZMP7W8JNOvoimPEeuuH7P2/irUM59TgORdUWQLULUObRpkoiq/Rwmpbv5qEf
				yVmDVZ/E9BkbLcTchDJoWcbg/dug3nFqNtUvIhibr1S+Y5DKx2Xym5z/7N+NpDjoUymf8k04IOpd
				ylWpJiO9bgMSZG+MZw/silUI4YkIsscrwCqlgsDz7o3w2XPfKuvTmD3SntsBnI1LKPdiGDgaYveu
				pAhRldap5jTG7kbB0q8pXBZu4uThNS4Z4l1Qql2MSTTcYUK5/vcZvcYMQDY7Zcg0+uCBm5rKE0EJ
				pK5GHGWp+sZLk4Fv97aa/c6Cmm+O/74cIOxCnqVNHOSpWK+2GBIx6RdIaJpFxoYnez31asXCmQ88
				l6GgkZQAaynqaIZCP2Y1edn/7vW079xCwnl+O37cxYkuBM+fj2b0Bj0jEmLgs17iWK91ZKtLf3wO
				XPWY1OHusZUfSX/Y/w53jAc1AxRWzMl+Z8te7uTEHfJ7AwfRE14lCOgcHf6DUuPRRp1vQvhT/wJ3
				E/TX0Pm30XxTAAKnzgITCL9i/KYwJv9QIYRmK1riN5EQ+Lw5TL3tDu+buoBZ4E6mHvtcLHBqdNGU
				VJKt7u7/qNmNa6t3VD2y1VcFVtxHfoDGwO2pzrOC2oysrxQOWeLRoR4U4xSh12984O9C1zqRHzSa
				1wPlkjesRBTvp7OXHKM0q6yMDrfX8AzKwEFsG1g+9iustrHrZQk09ZBj1RrS64wCTj6E0/R5y/sf
				+F+Lw3wRARMp8Wgzi20GdWrGQ5JWPRP+901rlGScrkEK/za2a1m7yk5NOPhSWVSYEFv4vDJs2emu
				t6GwZUT5LAWc9CUKZLJ5jmzzDQ785PXZ83WBnGpP86jb8QnMp/uu2bZgzLbkUZwbQknyqhTgGjuz
				cHtxgNmNFuVFTpya79GA67iweVONgWT+JzWCpZNwE9kuATmdrlYf6c1KRpb4+XNUQ766cGHcMliC
				vyxQ6daoc845xw8NLkdTrP3cYw32BoqSWP6UZQW0oLrxwulBVsGkb3RsgbYGoOflL971JhzVVM64
				zogQGEo9U22oeepxQVhffup8HjnsnLieauTiY+185vQC8ohxfRunz7OgoZUrGbWepQRDBbX4Cxz7
				CbqJJmOPgjXN4KKfhSbUhrdC5O3myfoHFPStYggxQD5wYhXkU9cQ/ilB1sGcDACYmTybtKGGoM8n
				2iotmOH1GHwUIwUVwLcv2HtYA2JviuRR31waEiCOMhiMi7wz6OdmoGrCoAgVwP18MQ85UpPQ00v4
				0wi8GAEABxJWoqqS5EonBDXAGFDsd1BL0Drk54m2FWozfyUEMnXSKc0mljHCB90K8avTo15WNJgS
				gPBcho+R8N8XgCv69Nzruc9ZiJk5RxPpIIAwNpPJyZvUgd7/VI1LDCZqRhCwVCMVj6Yfs5qYufff
				tZn3+ITeiyTCHG1ECpfMaVzm8fylp3tazX3OLXSdf6fpwEhCGI/W3PRdRu8VONUfK7A4LRl04Wmi
				AJLmGlrOlczg/TX6ZnKFtJ9G1j50+j/1EH3boGqJPGhmYEpE1Z+fqm3Y/4/+YD5V0yZFolr0BUAx
				4zZfP82nnjzsarNE2jie2VNvrR3Zs2A9zM6ZguGE2FOmpTHQx9MBq1epxjTNs6qFgX7zBarWpbyK
				zrAt/iJh1H8GM3ZidPY3NFjk9SIo1HyBHrKFi20iY4hJgSQG+3MbBkuG/wfIqjcBaTrGqXlPYMNY
				hsFeFj5Hw59LtaxggUzLnj4pPI+PQYrp1Dr0Jwrjof2VjinHI4lcVYMNYPKhRsTcyTJ0M7Vt9lQv
				qqzEDjulC2IcvUwLIBkD8P6BtCP9GaDZ66RKCHUP++TV4PH6n77ao7On5+p2iHjU1hXmw5ItgLY6
				EQtMijA14wt7Xw8aAMCrNgHB5IgpK55sK1BgDyXa/im9MNZpowQ49Msh/5yn1vmtUoVPqaqRw7Vh
				+4bEZEX/XzR2x3QIHZ2q6tqzvFeKsKmCXysE5COqYpQbhb36jdArM0BVuG8SDQr2Pr+lXCReBzVQ
				lfzD5i25PVXY45pMOqmnoAHCfmznlOCMjfYOoC9ayUe/FcHkzXpHor7IXMvVoO6w2EZ7Jg2y35fC
				7pBgkO+oFR2HOQeAFrJ/IPqKWQn7t3PKJCq0NowM9GVbmY1NlEbP43sFMKkQBUOfAy0Q0/Xx/QYz
				/qQNmcvk5P3JvdW8a+21+ACCdhSFCWCwkwxpsxtYthGQknL4f/87FZR0NhvYTJagC5wvmopQou0O
				bPpf1QQGabn04UGyffnacI98OZf9XyjbW4e4gOih4Mw1Pchv/kbbzDgAi8/lSBv30GFPtuphhK6e
				QiKBDsVRcbRuQIQw7++XBFF9DTaAhFdDjHGXydTmxtQKIdJtn4TtxjH0n8CaVAtg6INXPbIF/mNg
				+9iuvoNwcDHvHaS+ZVtwipndBu3kXzwq2OtEBQABefvaw9ibwnnJNlebdLnvTXKl5n0F69YlAmbC
				LpURpQZfWHktMYM28vd6dNj3OTb3fraknORn+pjsoc9M31ZCo84XkJ/qkYe+fBsq4HPKwBXZPJw6
				XB+IRRGVvKehBurYztxQ6Cb789cBiXex48/Qt3VwhZ1l0AnZ4yjJnfR1B2OyCLZMTcorRLCWbXAD
				PunCb1lCH1imXmmk4ZmWnXbRRfquEMNX3TIiDVIEGKmOVKAkodDHAdjyugEAPphcJjhcjE0yRbXf
				vBQ7HAyUX0EftqlJcCxlDCH7FoL4DtHUXfH2uDJJvMaIvgBKShndhA1UxI70XfAuCTNFt3mU0mCq
				tqZRHkkjsFLPObpUcYO8F4rno7g+QnI/0QbarQKhgwETaFR4cSEhu9YRhjHbKzNo2gm0ShJDxZzQ
				btkWQPZ1aVMd2i1n9nUVivOIryAMASj5XPBKCn1ntOgFW/zWo/L7I7476+2fhvkgLs7OMFbLtnC+
				HZSroqyLYnF1+6AbVi0rt2M052kn0/ICURLJYhFnFI5iKAbDUaVKISiOoBEMaCGN3CAIgkHq3bHw
				iGq1+Z3B2Gbmq2jPUTuuFku1OwqyTGi/jPFiGYfD4ylsDR21/j5zM0Bctj0PXIiVZbEuxdPbnNd6
				JIm18TD3S+GcCq0SSgl/Exg8QVQ8jH8EUGkGpyyr0TZS6q+aLmD+1Ep+kN9uIMdYM+IWEiAYCzm2
				jeXaoPJ3yG/jP1x7sK2ekHuSnsf9rRroDxayEQ7s8yjNOCv8GOVGUAoLqsYhkRtowQeb3eGlzCMT
				YwcCpD29K5iP0jMrMO5zCBGjq2QbNKq/JOzJySSmUviJm8Rm3yqKHcIlSt3ieIKAb25mXxmrkECZ
				XrrYlEHUicS/waMg8N+R3XY5nK5jI3nBkcTnmdP0s7Gp5VHXVM8csc+RusP14fARUVeRO+I2anI9
				ScD7xc/fQKT4r49qOhCDGVGuCcc4kzeKcCVIg8E2i1vjf9Yuyez6s7xh63Zhh2fL7HoFN9DX/De4
				EnQDLfhss4vklHlkYuxAwtKebn1AehlnnC7LIPreJVqlZg0APuJWgQiA1pjgDBI/+dUZCvkjFdIQ
				lVR1e46s2oD9oRznPISKTQ8NzZjZgvujnCdQclk5OpPMRJaUyK8P9vVHtPG+Fc1e2HZjGMqrx0Ky
				l2D4SOuVv9n+elz+9KSbz2iFU33f6KTDnc3EQCUivW8gTF74O9ynZ1Mn72Os8XEK8Uu5F8x81wtn
				RIn+HffsstWaT01bzwC0BsJjcogyAQjw82hJ4lVcA7xx1OXEMa6FYI1ARN2k/13HmN+68Ez1NQo1
				3KpB6AuzwR7HoWmg1ZwHz8lBCLBNN2UGAuByefH9ivfYGw8FZFdZJt3YCQcQdiidoFpw5qUA45/a
				3GwIfM+WDZmg5W+/qTbBTIQi6x27ucRUho/4brIDkNyp1JyhDoYdNkBhFQj3iQ9XA+Sb2+xU4hUl
				cKaXDja5MECtgGyCleLk78eIsWEINSmK062KS+V69cC2iTojWyHWZ5KaImoc0kmN1YFqpfYSZS57
				UM49GHBoEmgQKreP7d0zNUeNlzNYcCfON1DAE9GNWFOvOu3bhLFcSdT4s4bUKakRhEhlg9kPNoh6
				3sthDC5bi5+wyEJrsogXhV2H0knNt2dQT21WT8wnr8P4Q/a4YdCe/xAgCEurA0uWA4yCwPhmHdNQ
				VK32sdJ8Db5+1k45g+rvTlYuS/VW40BdVuADuIRg7ds6ou69jpQqJSIH/hoBL0lI0DQITRFpUAwV
				bcJVI6hmS0riesEQqkddgxGPAXqVPpLTEBW6qebTlMmdTbKUdtUwVD+/aYWtBNTYWjeU3mLAB9TD
				3Qm8h8PkQ9DhmzDV4c6c3BAHSaBlmU6tkqtQpSCkFgKqLuo7EpAlKeQPKve9KyIikWCr7O4PTqgD
				yQPKA+NsWzQwAd4E+JtvArwJ8EyXEV9ERPx9QSSfJv/2/5/ji8cjxOJTfCG+8P/////////////1
				w69//PD74kB/8nzbtu9P9/u+7/v+ez/2a7++73u+30awyeN5jmLgJ57fti3279v3fd/3fd/1Xdd1
				Xdd16bquT9FNjvDpEy7hER4eHh4eHh4eHh4ePuETYmZmIsjIjIfTsW1rwojYExGZiYhtexSLJIjt
				hcNhmYdjDY/hLTyFF/d9/17c632+33l9D9fH4WM1LL7DUWlt3w6brmeHZy/Yk71gzwt7Wl3XdV03
				VDVN07Un9OiRaZqmPc80/UCSDtM0x+dpmubNc1zkhbzLu23btm3bWwTPwXvwZntl8DQtBM80BEt8
				JELXdV0nTSeHERkJEbmEWC4VC6VC4SWTIJKOEUQmaq3RiDr6qKMNcadFxCNE5Z1X3m3bu6579YZ3
				Xdd1Xdd1Xdd13RosT4PbtW1IRxou+7Zuy3ZqN7Ldti3YsSy7suzIkV3grIt1si7Wreu6devWreO6
				rutwXdd1mq5qskZ1naQwQTJd13VdaBfK0AltaGgInZmZcR4Zh+O4bds4TkREOAnHcRzHcRzHcRzH
				cRzHkeNCcDDyuP/3/O73PMdxHMdxHMdxHMdxHMexXLA8VZQvp2nQUsCy5DiO40hOHMdxHMdxHMdx
				XOA4jmMYfYx5XLdpYezI9X0kR7QYIimiKGqSKopTEKeTJEmOJElu3DaZxWyefdaZZzPObMJURmRE
				FmIREdlk27ZtC7Iptm/btm2OTQUgtm3btm1zt23bts3btk2b4t62aZs8lUbf6SbdolvLrqrYTeLG
				jRs3btzMlfuICxe5bVLYpADkbdq4RdjIprBNo01ahKxrYuWJkhYQJ0zCpmkMqysLW9hIbKN5PjMz
				c4bRjIQRGQkRuYRYLpYISoUiMRFEMokGQQQTEo8IR4PxcDQ0TdM0TdM0TdM0a5qm1Zq+h1+WdVli
				xalNEtSWZVWWg6dR6Rt139Zl25WdFKoOQ6WF4Ai1oHaWJjmKncmEHEVN0xSTTFPHbV7HaZri2qRJ
				kkQkmU0TCNqEBU3mMzNhE7YQwqYRERGRsEuYJUzCwsLCwsLCwsLCwsLCwhQWFuaHLRgKfhGPh0li
				+v8w8f3Oh+mq6mpme7hYH4drLGEK8nyH7Zo+A7LDRstzsDwNDttUGhYNU1hYWJioYVJYWFhYWJhQ
				wbCVJsMCAAQIUyBsDBvDHBYWFhYWFuZxYWFhAeQEeDicMBtSQ4YhhUKhUCgUCoVCoVAoFAqDQgaD
				wRjEQ+CIiIiIePzmy5PaGU6dJCkmw7xrm55lzSRZmmUZxJIkSZLS1FCSJEmKJEmSJEmSpMhADqaR
				gjCSJEmSJEWaJEmSJEmSJEmSJEWSJIMkRTIwcAIDAzkjM5gJPuuYm7EzcsbNWM1IGJGREJFLiOVS
				sTQmFMkkQmIiiIKMJOlYNBYOiotxHAkxzkf5GB/HcRzHcRzHcRw7juM4NhAeKfAoziPHcRw9TqWj
				3Hd0x3Zk1TVUHYYKh0HhGTy30iTLLlAcyVEURXIkSfIbvW4ct8A2amPYOAHWNE3TNE3TNE3TRpoW
				poWFhYVJPJAOI0mGKYyDMJmZy4gx4ke0cDobjioWzUakRkShKIqiaKlQJJMgExISkROixCPC8Wg4
				GI0FQ7FQ9PMQ8vH/uMR/gc/3ux7OX9TFcPE4LL7D9l3bdM1KnoNlMSqdBpcVRN23otu2XSWeGoqi
				qFOkSJEiRYoUKVKkSFExceqbE4KoosiJoqgwcSSKJEqSJEuSJEqUxAdNEOVBEiRJlESKIUgMDHRM
				YGAgJSQZGBgYGBhYEQlJnSTJiUBJPCIYd5yBEfEIVETgPC4PjwfyDwwMDFRgYKA+ES4jdzAdWDvQ
				gQ50sEwDGaLyxusGsoFtIBsYSIqhwgkMDAwMNAMfGBgDxcDAwMDAwMDAwMDAwMDAwMBABgYGBgYF
				BgYGBl4EYb0KlEVJ1UQFBkqBFAMVAkNgOASGwBAYAslh4OTxzD6zCSIyw5mZzVw4mtnMdtm2bZOJ
				kYmJeWNiYmJiYmIaY9kUs/iEmPnIJ+7/vc/3O6/v4Xo4LR7PxGPf4bHAU4/HMzMzC55tZmZmZmZm
				ZjOz0OGI4KVJsiRJzsTZzMzMLDb7ZjMzMzMzMzMfmZmZjESYmWo01IxmZmY2EmZmZjabzWazCTOF
				8TehR9aRbSIiIiIiIiJ+iIgEJiJstbwWEZExiGzb5hCGNGQhj3hEyDSPy//wzUsvO6/v+jgcLh6L
				w77n2qZLi4iIaKLyVioVVyqVSqVSVUJP4VAolFEoFAqFQlEkUESZSaDMZJM7JvtkWicik4WJVMmk
				y2QymUwmk01ykAZZkCABbZOJTZ9t26aYxCaJjIRIiIiIVGLTg0giJomIiIiIiEfM8VG0iAjx/4/H
				g+tjfGyP6eNw8TgsvsP2XdsOh8PhseHwNLjRaDQajcZCcGOa2Nhiodu2bds2bdu2bRtn27ZtWiws
				NoVCoVAoFAqFQqFQKBgKRQgZzUKECLFt27ZtC21btW3bSkHtVOewE/MJ7YR6QssZTWiYUEuohEpo
				qCRUQkMlI6ERGmCQNo6PiAgNDQ0NDQ1dRIQ2Qh/6UHk81A/9Q/3QPpQPfUNb0Rff47A47lBbptsF
				HNpQh0pDQ9m2bWgV2tCGqsPQ0NCGM2qyqjqGTuBCg2wWk5irql0oty10MtaE5IqrmqxKU6iqqkEy
				8rYhtJ01hNCZmZnP0DOa4czMTDMjE2ZGxjIhIyOsDGUmQSQTQSQmIiQeEY6Hg5bEmBjFzMxHPvyH
				8eHvDzmSx/MAKx62pIcM9tBDD02SJEmSZKfD6XjDGYcjMUzyLM2SQ3HzwA033HCbzUaz2YwbDjca
				jUYTmtGwGmqm0YTRhAkTJkyYMGHChAkTRsKECRNmwsyEmZmZkZmZmZkRGRGRwUVkFSFFOBFKSERE
				RIRQDmFDGBFR6zEh5BdeeqEv9IW+0Bf2IiIiQrFYLBaLpRbS9WxbKBQKhcIKXaFQrNAUhoqIiFBy
				CoVCoVAoFIpJkiRJkhIkGTLxwAmTCYlQdIVuCUVNlAQJJQgnCCVIEKpBGCTIBGEIQgVhCMKJfoJk
				J8jZBMMENcEwQQmJOyR4CVqCDgaDwWAwGAwGg8FgUMFg0BGPiAVDsQghV8gjzvv34/F4PByPh09Y
				bMcdNkXNESSjwWBYbHBVI4QxIYxgnFEGg8FgMBgMxoKxWCwWi8WC2mKxGA+4hUALxSJGQVEwFLxC
				oVAoFAqFQqEIoZiHCBEiRIgQIUJQEYIuBMVg8Aw+5nGe50mSOuXzPM/zPM/zPM/T53merv2QcdB+
				/iET5yk5BxMk/pM6SZJUkPLzPM/zPMvv4Z4kfNf/7fu+3/cOPtX3fd/3fd/3fd/vHIYKhwsigw+S
				JHUq8Aye53me57lT53me53me53lSdIZO67quT7iu61zQKZ6CCQ8PDw8PDw8PDw8PDw9nePg4nGKN
				x2OZT4xnZGZmNqY4jMilEkJ5ILZHYgYxJ8wJsG3btm3bUdv2NNz+475tm/x2U9TYpukg9gOhDFC2
				aTPQZmCwNEi0bdt0zda0bdu2bU+wbYfMFsfAmiTJ2DaT82aGmZrJkRH5sqnKkylPHuXguAQzgvlg
				Ojg4mAxW8IJDsIJnQrDMjMuyLMuguR8y0kmn086Go9mEEdGMhBmRUnUpEiRBymhEqUZLSVLAJfG+
				71+S5DtNggzXtSnKdV3Xdd3Wbdu2DVCKCpCM0E6kYMkgW5ZlWYpiya7ruq7ruq4ru2rdGlatflCp
				qislXh4qrfIqrfIPsizLsixDqWhoqXIemCFJkgGNKkhDkM5EJyYmJiYmJiYmJiYmJiIkJiREIm6J
				SkxCJBOTBolOREREREQdERERERERjoiIR0T0jAoe4aHHOMIjIsLR2nQdoqNzVI46Go1Go9FoNBqN
				RqNRRaPRaKPR6GCEcUYw4pTI6BgCMSIiotEuFovFYrFYLBYLxSKEQqFQhFAoFK5CQYUUCygaooqG
				aIgQIVgxhLzR6Budz+cxl3kZ8/9/KwhzuVwul8urXm6hVCYUySSIZCKIxISE4hHheJzRcPBVpep9
				3/f96/d93/d93/d93zdA29q+I4SgnmnR/0/7vu77um/7+n3f933f933f9637vu+r8XKET/hD3qu1
				rQLlm/7dXul9tzDRRvTHdYuyqv//q7fh4Y3whzc8fF14XQWZGNu26/FImHHDWCxii0xYT1hiwpUI
				PxqOwLDt2rdt+fvwf/+ub1efcLiM3bDd2w21TZd227bBbt22tu3Wbb2a9WrVdE3TNF26ommapmma
				pmm6DXRn7jzPcxn43LeSXE3zyGEeWeTWlSxXtm3XbtvWfXAtERwcHNy2bdty2labMCKakTAjlUql
				UloqtVQqlUpF0iAVTETIHdE+Wke7YCgWIRTzEPJ5XB4P9//eb3e+by9o27Zt27oNt27btm3btm3b
				tm3Ztm20b+eX6hoaRCVLYdB82apky3Yt2/brupZrWzWsq6a2bdu+bdWqVdu2bSW0fadtaEMDC61C
				G0IbQw077LDDDjvssMMuVmGHAYdqc2hCkiEsy7IsywlDgp2IoEQ8Gg5GI4IlGSaEjPzv4/7vd+dH
				38P1cPE9DovDLEmSJGe2bUfKRlm3LcuyLMuGsmZ7s1zJjixJkixJku3YsSMbxoaIvdgQe7EsWZYS
				GRNYlg9soIcLpIQFFNiZNQR2ZpVZZ201m806MzOrwqwXWaUgIRbKpWIpZZ0EJohoIiIiImINKtZO
				Q6zz9fu+7/u+7/u+7/sCV+/zrDFUwrZtu3OAva5rp+saXfuubruuK7uuq1euqnANn2u5mms77cbF
				bJWt3bZt27Zt27ZN27QgmqZpnZlpVbsGjZq0adKCVgnr2q0RVodVgXV1w+r2no8q8XA0nQ1no1E1
				qqiVqhdZpFY0EUUTWaIJBZGEIvTQhCQUIT8aDkZjwVAsQijmIebTuPyPh8Vj/71/6f//6sNHbLWW
				ZXVtZVU6fdWqIrHtyq401bVqQ+WcEKrSTbKkTnIk1Zmm+VPNTZ06dVJVtW0v1VLdtm3bmYuoFKmQ
				99zuAEMYyAAcDiYxEkRJEFOoDxSAARJolKSwQCRkeDAwEgcBgYE4HBKJykTCKEkFnXFGqbE6AK1D
				GjXYCDjU+0zPnsD/s0HO0+H2jbx2Ig+TpQ26bD+rGGwveWKgvgY9PZ2FPN6/O1nviTh5qK7xl77D
				zMDjRDCmxGmlPJSE2wy4EESF2Czb00c+YAhOMwf7/SNYHR8zmfyCBTW8UyQJQNPQXitO6Xc2BSH1
				LSkPE4JlvUPrRw8+v05j6fxYNNxo6ATXJxQVg9NIsbWIuNQMFVOm59vNYfVYr6pVEFOYxsxhQ8fr
				SKC57MtBFHLLmO8Uz4OyEmhdc6LhQ/0lwkNlpv01OeQ9EygtLRYrz8MUasI3PQr9uuS1YJ1FYypF
				4Lh4k8mlvfGlCGSIHS5ihAakCISReTSNacPQr8tIajLa6zDUQLgRrQXjPaThIlplq51Vln+yysYf
				waOaUZeGVs2OVhTziLG6oI2meerSFj8CZXb6KNyVByk0egvnYdpgINt4GWx2cpy9V+gU7tCt7Xmd
				N80msdAA9Uvx1ZQ7LB2yi4fRbekxGA7wtYBDCoE1hmyaBYspdTQSc7U7XAVsjPo9IdXzXtk7CtF4
				LEkszJsNJ204jXN+lTZFs1KlIfRsNrq4g+TmtHDDRVoc55Lv/H65TlgVbihNURNceBhMv21plcyp
				3iSHdLjHuCWiUbKv9QjFUp4urpO5gv/kNP56W1Nx/eVO0S0W7jg+soH4002uCstMY+33MFaJxGdo
				L4081eBGt39xa9JMds6sIXSJmezU1o3xYpkscDlMO9BSBsikl6xogonJFk7hYaqFs5fnYRSCjRV3
				DoaebgaYKt21nomOzJPyM3RX8jN0UuRn6Agrs5VfU5kCvIE281BNbOu2J21lF3hlfgtrCuYZ2kmQ
				EJniec9kXAniaVXKOBZrWuc7FeWX9uh297QqiLjlOH1UPExesryk4/HDR6IICjyjZG5JenBZ39Cm
				5Ix0a41KAcUHryGXOgv53zeZKNQhQ0ap5gPNPjm9kSK/oRRbpb8FvCmTi9rspm1FAmZ7wiDp06Cn
				3vXCWaDFu0Nnd/F9i5FuI6yctUGowd3m02qE1WGdnW3m1luV9wCYf+vhR0YaW1RnUw9riYJIT8jy
				QaxPUi4PFNCOVpp3WKJW3KQD+XKMx/4fqM/3+//EMBzZ1dex7Tj3pXeadMiQcvsTvHQ5v8Cggee9
				5OTG12EAMhX8GAhEUfwf5Tw/H9L51QQ0+6S+GLIcCMcxMZAthYdpgTvITmNyI7RbN+0tqQFk61gy
				kxRsZM0BrZvr9zFVqPTrzUS7cK9mFZq5CeMZ/TEzafrhmiuz/chLb5mPDVbWps0TDkwMPCZJJc6J
				qWSSnJPouYGyWgMQ+455+GVxBNpXVK8ePQmpzALl2CSu6mwqPsEqbSYWj8Jp7b4R9HO2C89mkkyZ
				HJW8aHqSKRhSeGlcSogaYllBwuetH6FiBZLwQ5weiRGJltVfSsPAreBhWkuBVb3wdN86ZNl5HfYN
				9QKxRxm0RqcFwPvxGFJtdZVrefRi4DPDuWsw3sYSLudh69V8h1eIhSPbJKqYRu8cculM61u0KpPP
				uhOTojjuovnkKfw0KvtNIK5jYTlLhUjVGs7sylNw8qmwivkXNJq5NbA2+bGbqTHNICOfEYsxhKwB
				kcmEXPpClkGn9sP5f/oEAbLREh6mSLWb6UDs6yUVXSxrecGNaxN7EP2v26z0a5+xloPPeNnnXtBu
				28GTANrKE+nL3/q4Va6E9cd2TH+sy6yY27kqAyuD7n4+IS6HXG8xaCMice+jgMgJ3DWeam37J4lU
				ijOzkBgvHeY035vHjp/kA14KknSN/U3EpX3BCGd9vjG4vLS6hZeok+ekuD/aDTyLO8bDdOTrcSlb
				zPYtkl3nYGQbUZ7dSXVqMEt0uPfuoVogSKUg5HOZrt/nfa232i0qBSbvhlqRcc9JsBK3Ixies50/
				J+JMynh6MQE4Z+MZ6Aoz8+TJFSpJRh5Z5t6KMr7bHaeVGXOzsuw5ZJ8q3zICcOn/Efo2gudCHRUz
				TtfbcE8m2NDvJm9xsbK7Bk9ygXcwtcfEciZCzZuCRnW8P5zcxGfxcK/XasIZ3QvO9seJ6+aA3B9r
				azV2ytqzs54DeedsCpV82RcSPEwvE3xmg/Gnm1wVlpnGCZxQnsM7FDhsP9x7AJpPyKwaqWVAqMBp
				gWawfmWYS6wihYZ2LJEGIqItSgnc65tmIACC5mSPf+tSeDPq2A4MRaXPHntDVUtXlcMmOSs6pu9w
				lWU28DCVMxH6qww9w2MFtmmhdN55uaVLx9spHut+YG7jAGsR5oYjoH2YC00kOh2puo5d/J9o5y/L
				VM5GLDyDzK/Hzv1Fg4PcpfjenZxSBZBsG8mOFQEcSwBxWl7RNdxeNMgmfU3FIxJMMazrXnhxoV7C
				VgctoT+HySfA/BaXt7GbwtGNA4lBO5hnCqUvw8rZ61HgYSKJVq4MEi6USCv3Ax3gBVu5FQdFW/FW
				TqhlGlADCoG+l3iW43BeCrSW5PzK8jAFSGsORVW6W4Qcx3awcSykw0oCqbI5wRJ7IJ01yeBPZeKA
				x8SZ/8amD80MKKXGV4SnT1EHXYOGMXLJa9il7h5ZQ6KFxns6PTPL6MNxy+Dq/LmeDtr2peN5ETHD
				4ZyO/Z/fKyP0t7T0hOBkgXB2IgsmMTlMFtqeNUKDw1i+NGXxtsZa6KX7aQKGVCrQtqt0GBuFxseu
				QlexBOHRwmFcbFJTDnO30AKJ7wHvh4HrqcQgXz8LjZYoqcWZPFdV4g3aj6xozseNbel5iUP9KIob
				HOe36/JSbkxAv6Q5oubkrf/T6e7BOISSUKKU3RKz3nh0KnyMTVG3i0XqZCKgy311Ui2tXXMqTnhd
				/+gNPnxztxKSxfVoMRButSXnWuTYi8vhlIfeJs2ySaOhdx2/SU0aGhIqKigJco9OuwJz2YtvxPa1
				hw4yIJBV2rHqAFnKw5QIIR6GPJPVGxTNWVjCm4cJXtWrLRKRJ2w3shWiKYwJPCY4FtUbvjrXoATr
				2yWpDg684Du5Y4BEr9EU+qxeuyH6Xp1/ShM5OmpdOcnDtC1VHU+2hjR3Y2FEiFk2nFR3sh2e+nXQ
				I0qfsHw3pSTlN+rbltL0JvRhjsa8mV3YHE2BmrkpOsOkJJEg313UxeUcqtCT+KFnam4oXiTalwEb
				/QuNGj+If8EiTThHV+vYYov+Ek2hz3mBVtxUXbx+TKOrlq/+aJg/zeqbFQV9Z7HlD6qsxuco9umi
				MStZveh1VdE0yYNQBH+IBl4ELbI0ZFx5P1TtkLYkCfUzqj2U/ZiXylAUy3r+Yhip5Zof818Sn43N
				2w1WIzzcgrAoabkRmcLaP2fn4xKHUEiLIv7P3ZeGho08YzVLaZIDcy+NoM2gTsvDNGJ3d167QbAO
				Vgm5xKqYTbP/8vQXD9TdyoOSfNXZJ2BVIdPQmj0xFJFKoQ2ffLE9HZhwOHfyfVMSSmSbr1Ky2AFa
				P1AICj+oC+IYdaxTJsjDtAkPS6wxAx+I0Ag3Ei1QL/XBrkYIQudcCoe72WJRSl4fcNgqi0sU+XHw
				Xm4p8jBtQoy40Uwnsfyne8AmAUaz/tv79X5Nh8XD4bo1dlKDRI7sNUoNk26r9F82yROMV26lkSDo
				Q3qYAoxQrP8C3H4F3apap0a7FHTqq+YrStjVXgmOqMPMyjVv/9DoubSHKZSIWmguZ7AOBpg8s6p6
				XTxwh1dRIhuwm4FfP2CY9DJl68kdarrpvUAFBjx55WKb0ztX6e9VXTRXxbaCJSHQzbjouRi92lX2
				wzu+XO0/tbmV9CGqIkclrDVxeYnyYQoBeUJgieHcpf/R11GTM4/cM6/lVIX2GXSIFdE2ByBeurK1
				5Fg1H6bz3QkXhGA2e/JiPkyV0xq2WXvIQgIYBve0YuGqGz5q/v3bZtpNZkn5+XTjVG38m5/QCT4F
				4HHprPXRFwTgL5TgDIDBhziqaGSdLrtU+d3hcOna0Sz7M3CCkUZO6qbJ7OqwQd0vXOIqYYosnXir
				J7TJSaDw8frsWKl0yytW9RATHrJx/OMhEQQqlhnrlbo8mHVS8zucCwJgo1vjdJVcpK7SqgfUYlHd
				IH1SXwv1icHx6dEUAj1eMO53JwvjDqnIshnmDN1puqUGYHMYfyg5a+KJojOFCKmUbBUxWMPnnNGN
				yTmjKxTnjAo2JOJKIb2HLSNYQnC5Ay3OXlgSkqR42OmMfCLydbHOhJcJ/qseWk5IV4EtGFBNgk5e
				Ysqc0TeLT8gCxg1OAG0AJlUvoQ4+xvuZNsmAAHNH+mGT5F/Rnb2lMaRnvW3W2zVKI4cor3qSIZJI
				0yEg4/VSZLCPIxfpNJXCRyerdl0a1t6weJyV2Ap7vXWlLD2TfeStAsWxMQCUUmg3oSSGugC1ZChq
				kJIgN6VviqY/iBzUSB9fHFSbt3OYVyqn5wAnrY1O4RuvWgHab1gSnaJyhelwkq05hrAtRCBCIDgF
				DY3HemgrBofZaPyhRBDhFCcHV48LHbvADO92ysyQmCIZF3eteZ5mXgpgYPsTANSLqnYV2+kVAEzA
				y0g6QfxfzHBDCjJF69Hwx124CuBsS+NEAMNO7NQrAJ0+HrA+VKDsdUVNuSZnYD2QIMBAC4sPeSHR
				FU3yBYRuizqCHOTMEaSvfFH5OMImU7bvimbj8wD2P2BoW4oN87NZBQjUzyRVkbNykH6VVu5gJBPS
				Xm695Hax8TxCTOTmQE6WSKqhUhkMmXXmTItn3rlUKijqYZYx9C5hxepHrfaj4+6ZrgZpIJqwrIfK
				XgOo/sX++UgxkF7VNyL2F5ZcXKbV5XTOmCGYaRIvg38+VAIpgpRY6k8ghY9AUBSU4qfWOwvKwMs7
				99XIOD7JixlOnHTwaxrWKyXYU3NMv+s8y36f8VOygtGayMbg6wFhCIloO6ZN03qm7HsFxVUEg15w
				vWOvkMKV27ZYXTzRfg0SFjTTqPkC+uiKO7yMWZmaGBDLIwO3Owt7VWQiFiooERVjRmEe99xSSzxi
				CSu7YRn6svCRs7qiCclpA8/2koTXTxbefJKFQy6ysFo5EqsrEiylKtC2LAOMxSMPHw5IVQV/gwhw
				Uve2l9XPW3vBwlg9sLB/Alj4qHSrsrrQTmf4OGIWewkV+mlCHBxHzaKJ89U/D9ZJFEw6Pgsgk8qk
				SjSzKWj4mGqT5PZ0vu0+YTEAYzwVUHjFO4azAspQMD9vhuwCllBqFYXI+X2XrsB51jG8VOghHEHp
				GC6uqm/lMWompOEvDjTFDRmAhnYFPa0EAWkmenKfddH9nJNqBSMSCwMYVdLPxTJgXMuX09g6NE3X
				vVzrLBiFiehQ/XGoBBZNgvQtjkn6XNxrWS+1G/CkyK+u5S3j+UPbx14f8SJv2LzZfGk1WARZt+lo
				+OknVQVFvpF60N09X8ckaIcdZ3ZYTckOu6DYYRt8b6Kzve6xuoHnjnnA6dQVV/xR1Zi0a65i53Kd
				pfDvVSjuKX5NmccUiQvatLMREQt2U8/4UuxyADIikibmsMalC7Y5y2Hdjh3H5toRA75L6maJxjqh
				px9E1BjLsf/6TRViE80XFk+ipZMFgpbx4m0ldGYLhZ1WrYSmL9i4IGwzBxbsXyX0y3OByTevPW2r
				aMsRT+MWnA1o4lLnK6sNBjlSchyehdj36cfD1c9tb5XNqci65duZmu2mQeEkx++72+OUWOVgJRLr
				NXNCKTGotEX58m+Nwh7DWXECCnwvMPJlLDlq4tTuuXwEkvCmta/v7CAnSUYsamIuSCnRfEzaBsOH
				AqKA22sFov1LyYyU5Pl8CbmeT6fNobdXVZtyM2KlVMcJZkiiAeSno/ZYnEy9EJXGLZiWvuegyYNs
				wpGhegVF9vml+DKuI8JGUcDxBHOrR9ReX96FA8H6l6cU1L81Mm4e3D/QsQaWpunMkGiPG09BiRkb
				Y6wKjZsr9BZnA9wgyGJ12L+cGB4qJ5/TXxO3ongQVZuDm6rzdg8zSmSk/pLBMx8ssPE/5oFmV8gK
				MPaSQbJKuCxromxWNKh1Iohfm/KKkvbBkAX0y+9SfE3nE+JfJ52GG7CVoCdYEaDCZaBbhThwEgjR
				Av0yE/fYmVZSKrqbAAJBJgKhrxRdVtropn9YcrWinmf87S1Y3IFRopY5qZJBplx9glTUtzOpfUIb
				9HxOWSf8At6YML/UCeLXWl6jb1Y8qJxAl3tIs/IxjWBXCDdtyWyOe3tAJMPq6uOYPHRZ50YcRCF4
				HgLZeR+01ODz2XtceWOq1zX4nlG0NPg+T8dAfvn8rhtsS0aPVC8z6e06ccMZxzdVSxD2mkgMo1SJ
				ix6g7O/Kg6fuwlfoki0Je+hVV6UwyHyGZ5Ttre9kDX+arHm0DGhnEsN1pO4C8+JNalJBDRweJVYC
				2BDDz9QsMrayVFveRCeZBxIv91awYMaRHfvXLlcDYWh7hSaMNDB6n2DtZLHZXcHTbveaSi4nH0gc
				sA7g473lt2AtBXvt0XmhmWBcUiB1TUiBgjJqqEEMHZvADsZxU7JNB9F3CYVtFCY8Go8SVUAn/YP+
				Ffhy3ojtEl6r9SojAtmm8qRwNS7AEXQgXcG5WJqKQKb4yYbDTye5Lqxy10g9zGGPOVcJ6T+fhzkm
				bHsIj/JyzglSd4lT3CnF8IJOKBs1nRzdPqZ6f2VcKp2DMKXzAbYgFUgcXP4hr0Fd9vNlsFwZsbFI
				wF44uxxVB7dlTv9Ezz1UL4ddcn0HFijscQnbG34I+Ie3GpDXwwau3Oc37L0xwxF5gPcJD3DgvQMM
				dPeoznB2cQP+D3OqfbgiLn4MNSgkXaM1S1CtBethuz0DTNhKocp+XY2fQUfFcVFNsE0CiJvpzbwt
				ujoBPeVqEUw+OOSKibbkAqpNd1cC5T8OsNAPusYkmwDkPIlyIRb9oArGpRpZEvr9RF5k+ijlcGvJ
				nwP19fTC01nI4R+rKgdQMGpLR3Zi1XgCTzdsDACFGbQ67LXdNTU4bsLiAqsH3UrSX5OytWZ4J7KQ
				x8hAOAytpuDcpnYyqowg8X62FL3G6I2ltHHPvnpVixjDCOkacfR+rDan0daL+/bKQLNrH6zbVOpb
				BZ7ISqJfrjt1Gq9Auf2mSWJ22xP07hDBIaN1Qnas9WbtGaWIszM9pkbc3+qRiSsspGdrDiNthk2O
				D1EQN5f4caifsG70PBNJbGXkZwMe/I85MlQDklzXOYH6fEEvHlheLbMvGFVGCjba6XZqfE6KXsos
				jkg3KTGUOkEos8fCUmnBde71Aft4LSrjrnO/238wV/8R0okLB3S/h5VcMg+Wxytuz8IrXLhBQBZ8
				IV4bPtF2Xj3lK1OccBRX5LAU4zj30wT+zpbBnUQsGslvPHBJOGQ+mxH6kle41cmm/wDledm9KiXX
				vQ94SHMBaEZdMelOH+o06C1yIo9g7V6/TtWqN613rJumFurHp0sLr2wBc2gbUQ+qpUaQG4UZhhAY
				0y94RO+lnHDp4iGARgVHZMgzpDgQ8D0jXGtO9v1XCacx9dLCL7SZRzF31dgfOVmkO/m41QF7yzZQ
				I1QAhjq8U5uJQIkg0YeAs5MLHBUUA5Lmj2z3N9kuiUhac3hz5TjROmVHoLPJEKRIWiXg4isQAKHo
				zrsKu1rWIvLw8MWpN+A4TV8Yz1R+6uXiQDrVtt0gNJs2WkMZHsd2FZVI1XZ5BYBco8DWbRB6B5F6
				hcw+Ll3/o+LLJl5d/n8LfqOCdw7o21JHXF8xd1NsWVg5Usc1jutFbYolFBa0csG1fEPGKb/fFwOf
				mBGWvK1ctsiD0eKEUL2NFqsQRzGGtxxSqA/9sdrM3VvuC1QfOeTzaQpP48K27xpi1A8NUznsstWE
				7BnC1w1EZaPk3gETKNPC2tmXUSlP+/gznIFPNnNlMHzBR7veaKHjjeY9cqVnJu36tj5HIuQP/Pax
				EKl5OQhcNZCjf4/1QHsssD1iZxVUAL/+QsLMMu/+WxyUcV9ylP5ABG3mxt9VhuvzLjcs5LJJ5zBL
				p5ccf46C9LWcFIEPMbovMefO765RaAkyr+JmjqJL5Y02lxBWqby+A2S71j4K2uZ2Et+t+dzi+x7c
				dekq6ZxntjslNegH4LW8ZmXur/N7+KNuziHgatIMKDHJfZ9kcHUxzKG3GSEoBFeyWDPfU8eZexdh
				33tiLhttV4ZgreNdXsKZkxLLg+r+dxkHGyzpfww8b+Slx2/d8kTqAE4y+0P65ChDGxF4GQ/lIOuN
				z99UuQh4BEFct48bVrsUB2nL1eB5joAUPeWuHvM9EDAt7cwKU9MNKC7dvW4MGwHc0WJlVIHLwWBL
				ZB9e2eGEGwJUXhpudoWjNkZ68IVM95TvTsEVJi34PhhWB+8mcH52uhu8jx0CdwZhRbkHE+dUp+Ds
				SdVDmaf5ANQQ625v/evhTJKvTtsfwQHm26E0F/nKley3oXlfCrpqzWHQrzEXt6PdrrGEkPQtwVuW
				V1XBd6ZelfnKo1G4bUWMplvVMrTOVVy5x+Mro9WyKNKFwZY58bLXqU2wsQ6idfR6ZZM9+mps9s7l
				K923fNV0LV83kOXrOkUDoISwfFVz5evCBsPJT3XABYeTg0vPnMkcKTGoLQNt4v8Ni8J7vq4fGSGP
				BrrPGo2lfHUxWnfT0FxAx3P9Mx1k2jWgEg0o5BhJ0q1Qe78Uai8zy9e1sAYU9IPYey2sYzJiWRSC
				XlOt61PSbBke3cmf9mXguHLVT7uddE08orHSVkrY0vq0LVsIg0Av4QactT9gtNu77MFkOl4swMEw
				Af77mXbjafGiWn2BpVbylegkX9U0kq+J4UrSSjpCvHHEuftlEm8TF9WIv6PB9jTvkjIHufdsp+DD
				RG6wC02nxsbBGDF8R2SHN9+0E/cNpDW+us2cjwydEM57NYzRoWM1V5NTMfrnGEGFr1yn8HUSb+E0
				9sdb+e5PaCUx66p4Ec1XKOR+U94D2SbGukMa8cNo0AqAOcnuQdS2FvH2rRzFOhPbMwKTY1VPcoRs
				ySgLEFlp4l55MplkRbc3EEo0VBExoMn2FzxhQ1tPX6Hd6KGgJ1mHDxvaFwJTqSsrgqj6jwRawpaa
				/j+qyT/6P+e6CeFMRses2Jfqf7ZHtYavvbrINvHQn2z6gbylfod+w4i4oR8gWh8Qs5oXGwdzB5q6
				JDBLuA4zWvXrX6L8RbMMWhoHJ7Dmgk8J8FzeaB0MMXnmqu41lOX+WR/MF1tau4c664nvsOlaG/2s
				YbXmTiSq3a/2Jx3As/fUhlOczdObehZYOv0rxYCEFtCZgxbQKQQtoAsFWkAfOkpdmdRV13GtFeNO
				J64jFHItC7XO+29gZvIEhM9C27ABV9H9loJVX1aEBLaaM8qLgt+C7pUsCI7uZoDKOnyGeDXXQrx2
				92RpHOzlvo2iPqCnM5DHMgGceZux/3un1hQSASHW3oLbyz32RVh3s1XNE7W3Xgen4rgq14pNh+bj
				mCtMgxypOGcw5PiYbQ/EbR6FKcCVz3QcB9hhb2xPM4AB35g6MaMZZ8gsi6Z7GKNERscHztr37k22
				SymA2xxNfvcmA6PsFK6e3QU4YqMsqw/fiIRoNe/v/MhPS/9V4xwBGUr1q/ZH1kYfim3Dvwo0X85V
				r8W0yfUlCuNmiReFQl/Vj6R64evq7fQU/UjhEsc95+TpqBOj+hHny3aNQmp0oQE7WUEQRlraRkXE
				JMTtASIkjXXnrm10rNToqphCd5bOXQz2mA7GMqg44PE2SXqq8shwodnGweEsGyxfqjBur/LD8Oqo
				E0eXGs1BMNIk+tvpxCk7/FRPauWuLhWHC05ByAhqChdkBj3YE4vfuPgjh2yKmejzjJAreDPFwxSL
				eBg+bRwceSLTRy8G6nP0QqL2ChfCHEVZqmwc7BE/8qwzOw783aS1cM03qtdLpaQ9+7KnDxS8ZDQm
				oRveEZ+gab9eSDeyjZyFU9dc164WKbLFEY0lppWK7hiIbN0rfBp4Ig4F8LbzNw6ymh2P+VSI903L
				YMe79u8Wdi8ftbkTg7ytMqelYlnZcRDsEUOKIufHKUSbRc4cvHqoHkfboCrW/wwKOaYeVQ/Iu6ZR
				Jc9sNp+WOOVZE3ibcZO5xoJAmwGMk6BnOvyr7Z5dMW4JjnKOg/LqmwWEjt5OPgHLl2RlBRK533HO
				S7Zrs7QGCC4pUys+Doa+4qV4rSxDEs6yKdBp76i2zZSCsepacYshSpTh8ykOP3Jvy4Yep6gpHp0F
				wXoJvwOObvYBHAGPlDJ1ZMIT3c3qlEh1PSBAs0rNR/3MbzXcy1Xo+FZyQUGb9s3HwUEnhR/H1HgG
				EXgjQMxsfdh0OQ0b2DzLbXlpc6QffjOpjkw0v9AT3gswtXH0lwDGsautuDB+24SIeIcz2mxrgUjc
				OXtaGT63s4BGSisiLEDb8DxT4/CnI6cEKpwR5Tgwl5rk0zcdMXrBjYbf2UwTKKBD9X7BNroC19ik
				ok7wgYDtldwZJWkcdFnA2/wsFmsywlwqA60OAXu6ifP5l0NYGMGVBPD7pRgf3CAc1Gxa2EJcqWC7
				yOhcuNRxLilYqFQb641c06QdKRbVcbTZ639kRoQ32IQUBOwrXDYWO3g1sO0FWjBzkm9xg63UXtf3
				DGjtfKnDrobPzJDFGe4HoWFZiFMhJB0S0O4LDUd3Kmywu5R1ve3/mv56yHwYxq1uZA7ZfSpUAbk1
				ISBwcDYqpsOHaYa6mwP1HWNBU5+wPMAXzMyKgCte3oPr9WDHDDQRpAKQeiqzm7JBK89wD/LQoAWw
				zQL/azM/79qslhHZf7RUgbbIIBvRWwGZVBQ5bMjhIwXAcmGuCJcePa0MrI2/vwXhbU8Nj3y+Axrx
				tFbmh4mEHFnzKGLVTCCCZcypn0IQJWIqyl8TbV2A4MF34RitPOvCMG/Z2EcHEOL1WijPtYktG0Jl
				GJZXQJ8kB9/7lXir45ZzRhtIKY8xVWZC7E8OosaMzTljGz5RboLjQZiuJniP/ACSS6ol2f0kHy66
				SWwC5eBkYnBfzSFJzq3CUTgsMe5+yjnntquxU4MZYdKIrVjzin5JYHsGN44oGXsBcGRJHDyTJste
				nDvNt591YyXdNTaLiqfBIQyg4PSaOahHEclZ8FMeoWmWnsfVbW8CqPkymoOPiOGhL52KnpFfgQLq
				42aFFszIyLSQcKcT8ebgF6upnYsaZXSFxil1/7t4di7E64SLw9Eth2Ln2NGzpzpOZr8RG5aa4bta
				HsWPXEPJQeWuYgzt0iHAD87evWjpJ9Cwm9rGBLgKcY8Bqtn58jPJjQlvb8YdOX28CjT+5/asE94j
				0EFemGVOB5JnOJanNtsFDNMUyXNNHXaSNm9Rnavw3vq4pthl+96mvZSugof+M2m+lCWMZVcRI2rU
				Pp2uHh2kguRqoX48uvTgyi6CQ9+ZTO/aFJJtFltbC+7B70wDHeaQoWKHl/XHivl/ZQs1qoF0TT6D
				WlO42wKLyYAAmts6PGLz4bosFiyb+8f3ZtAo5x0GxkuAnoNp7IdLq4lGJHUxGLSxnUQyJqBIi6X7
				n5hh8gRrymhxLmbgOKCkognW8uSGXz/FyexyalS5k67rmNdJyW51+X2khNaRQhUOkkG2vGgh77yX
				njp3KHkHrJdYUMLdVXLKoNS3AR+LXfMu7o0XoMDg9YqhTdYYa+iU5qf2Xdw7keJtk3l5bsgOjxg3
				v8VaQy6QXhC2/1j8FLEr3TAr4JaxsyktS/oWXkq0bNHJ4/o0rstu9sphaN0atnLMrlwQjMKgwffQ
				yuHGkj8H6mldkDf0GXAEsw2GlyUA6FGBRv1qSI8oQ/nNkLnUdspDfxROhi8qqRIXcXFKQqE6KOvM
				eGDNyIHftzksiQfLut5epVOhk95WarR8WpAlQMr/yzh0b5iK+cJmxr8JaHiPZKFvZkUR0GktKYEG
				AEkSvuEUdQm6I5oyh/QzfBEvhuwM58yqg0D7yHc0uQVwymR1feBbd5+vnqG79+IQob3MLlA0Q120
				y1b8Is5voVQRya59LWHcJ05LVnTP/gSfXe0uE4/YGdXBvpJ7y/5DrbQ6TIo+UUxqAYAuKUg5NXTr
				MCRTm5YG4vBs0QfuSSMxAm6pUyjzwE5yA9ZM3GV2GCobFurYLIPKXpPumwEtIRCx/pIODotLKtb4
				qSgbacDqYIhG5vs0OYcwymX1/qBau8eHJ5jv5QVZx1dyctypw+SgceWNkujUOjNVGK0Z9Litp5/G
				LYvvBc/xZP2GLTHNQmE0hA/456OMCDkC1+ul7ifEy68lIC77OTgThclC27JGnMEGVc6CaxHQuAH9
				raVcDgIvPf7N9T1KrErOejgsXF4HMcYrr1n0cIfvTHstoUTJ31mV0NiEUskaZsOxpOmg7ZOV4LgZ
				BHKZBzTUXpfipEq6I3Z8Jr9fmSXJGXqxvUXhsB2wqnYE2UO1P9AujAczynPYUyGnChHHBs8IRkwr
				EqCE/uE6J40PW5GPSWNEDLETe3PuERK09OIKhOUbR8aVOQjV3VHlycxBr1ad1fccx5Iwdhd8ZLcw
				TdRhwjr+B33Ckx9XBzUUI4jQ4pSsJKnsbcsqrKx2GwwyzyIHIxHZEpSwQd2BIBKrg7Ncyr+NrPCS
				xbngWq4nquXaRNNytWuQTcrVUVodZGZ8z+E4tI1yFeZhTlh23RHrnARfJSpbryQIlKs0bwvOHcuV
				c22K5O9ZM5tFNW7A5WzT4WTcyVWnBF4WONwVh+8m9l5IZ3lbk6uAPEglBvjFUvvEFlaVK4MukiUf
				4MEZY7QRuSrL1UEJ9uOqIGHLDtoByzPYmFt3za5F48bcrU6MlrF3ofeyvSrjbC0729XB54di7nmV
				dG8kzy7jZjyM43Gm4wneVcqYdpLr5crxBhA9mAjQj3sUJO8c/LfI4i/BEO9pe9IiZrUTSWqJ4Nh9
				vf3z0Y9Dqgeo7MpZDdr2LL29AY17e/FxKvjbaCi47OQxwId2J+h8g/yzOvi8oLspwlJDEFsGqgk/
				KTi8GPmdSq5kTdC0JVTRAwLL4GSJqzJStdU/Y5NcHSyUdGCq7yCYDqMAXVkckmQDk1xjuq0jkPbv
				s/2w0MQMMQARG5KZX35YjpA9UeFosrx62vwey3IS+t7lbS1loBbWvXIksks4rIPjGcKVyj7QiLIO
				MncIjunNOgiPFy4bHGsJGW9tsy7GMuOcyTnAJKHsFrKqbPYc92CzDj4S+9ZAuO0+uxbrEvD6U93f
				iHVQ7jl19NPAQiLAqVugW5V97DD6StGpEy20Dq4MBSlqwZfUwZ8tJqYj4NbB7ofTRVuX8IrTFbd4
				7n9cY8dPT9dmNjAPU+D6tqOLZml0cR0EJaIQNMsYzAMTPs+oUn0HD8ThGkq4fhae/61bPVLH+y6z
				rp3KKtzZj47u/hRv6XqN4Pbq19FVGFhjBatS7k1juw4OPeHbkEYwqqpM+MZ6YeyOgBpbfSt8kySw
				g3pXfJvVPoi1/KP/0deJeWQycsy8fqkK7SmQ2YoiYuzgm9LOZcoxdnDMEFvJZOMAmgRE+c8+uMTY
				QbFkRKCuK3ZQ+lzlKBCZCgwr95+QNIKQNWkXZsMfo3eJel93PkJjssWUUO1TKglr8tF4rFlJ7sGV
				lBvBDzN/bJjPy+JUp1liv8h3E2kfMPBvatGmIOxJlB3UJxa3L9weqUx6CUKarc0OSqUIBdMwzz3Z
				Lt2DwOHjihG7VAxoB0MNqIEms2bjYIjNsm5VM82+PTfJWfkJpLiRWJpQnptx3B3PNE+A2UT/+sMe
				de0izQrtE+w8bzdk0xV6HLsapPSRjgrjjvT2RrK21ce11eGa6ZFwPykN/DZxx7RQFcg9rcIsNMgy
				YKb1Mu+tWOK375QGAHuTXE2eFr5sUzOglE7oHymMH7awprF/LrDpufM2gsiHGZrrlgChCebsKhDB
				aujDxBH2rfWSY9nAGCBVRZGXkxXuoqKrWcr9Ujk64sStfBDwBvGNaOujf1yqVHDgljjV9WwNGxMF
				c6aFvKVQ99FIkBF3K/dYQzCVWyUjDg6Gz7TeBOb5eerDQ7sXuo3GJyJg/CQAZAQbNFsIq1xoKhka
				hjIMh01NxcMGobsyXeB5pnrolwBfWauHZNDC39dmNd07OUusltWUbCSx/33X7jHQbr3NxvomdTb8
				H5llPalgAoC3yXoDIgKOU29/kx56hf84S5a3ZVD4pgr1JUfATciKBad2So41ozz12QKLr6AMXgvv
				nR2E01nVBSPgKkPCvBBP8XE+kRLtMbhQoZaT7/6UVidxIb+KLKeY5b/H+KxhpOoPprUBDNHNl8Br
				itFzjMeWHi8sCEAvpsZj7dbSuy+sTyxgAxvc+gsAUbwZPJT4hdxTddciucLcO2QdPKLHjJi8NYaT
				VsWioL+s+zVVRkpQ7izvgXNYLpwbzyCMgupzxVC+jIh9Cf2HJR+jLo602qL31NV+SZ3tROEyEcHd
				MVb9aYJhEpHcBAMfft1zYWU0azN4Hr+99OBfxWKbLLFYyEUs5iuuMg+9kM46osOQLOL6XG2zZMfY
				x213JqaUmS3ABlPzV89juZMSUDkEDrn0EymBY/3YhpN71hxcs1JBHpEyvE1+8EQeqli9M1hkLblX
				xAH3+bgF+WVzu2/w2L5OymnaxwD/w5FBnwuno/VtmQVu+q+G7KRM6rHKEUWylqNhQDCmGAlOuaJt
				BsXVhrYpvaRMCr6D6F8XEdiWUZmqxJCvkZsiUdBocmsJaAekwSA/KBC82HrfC8ivwiaFX9/K5Xpu
				vewOzqsLKLLPlICLeBWJLDz97X0N2JayCIzFmiLvGxl7gq5+kCbiKlq5ESwsKrcyswR7LRYmTLv0
				MyjNcNRVUTlQJb/cnJ4OwnJAgBloymXNmlNCpwHaLnrpcrO38etR2zlB3Q5vDhXHdmlk1stotPzA
				Z1h33eOsJbAJbi0MHTSb0M12AdM6OlUmEFgfV4DcPUZbA2IJsl00BsMUVyvhyB+S5uc4v+UkeStF
				Qe7piNXk5d255chixuIjLMx2CaWbaZTVE4ziLaHVtLpxYnypms9oK54WXh24O7l4Ijy7G5CBfd4I
				sTPgdVXozVaGLsYs8lFyqQaZcC3jPDwojPeSmYFhXaJyITHxcQaTfLi8yXUtlXBqgS3svu7cjvpu
				UcsEfC62+ybEOrPvCgezcOIRq2prUMUCyfYiSYVJBtecPIWTluDdz1QDy81SCrF4DU4gYUwChLqZ
				slr5XdaWkPHJ1ybXw4a0xq1vxuDoTYVF57ddRvLhr6t5ElIv83uBAzSArj2s6Jw0FS9cFbyDu3/J
				qgJOkTGPn9BMvgYI0i+p1e539t1vkqxbkxKFrzfRAwhxV1P7e+R8jg/jrY2bqfqwjz9xoobka79M
				pN3WeHk7OZb1rvLENFpDevFoUrEbs8qhtZ+clv3Uqmsn4otF90t9ldqmvvkUc2Z9Xlt7HJdjSBzp
				8YGJy4D0ebDytgUSGXqEg6gsfJY3M4YETCarUvfsH8b3kt7Mwh3vssbQPI1cJb2Knv/TetgORfNC
				IaurhHb9MRRIR4Ss20LIuj5QqTkrLRVzRnD3gcbO40JWLxKkS2P6NNUQClOn2Y/rI9O7FuilLb5g
				T4rWNmZsXXhiDQ7tx6FIBI78MlfGDrple77atndxxdKZGszqFdbV1G3rUkG6rc7z1BzzhYUlZksI
				GEhj2A2RG6Oyn8o/Q8sDxYY0XOSQWCX/cHbDkeD0TlEqwjycY2v79d6KwPioVtoKBRnx4k3WHUnM
				K23laZLOTwzdHWZeTlpycDKgwnLKn7kAgnHBScgzLwslDph/Ol0scsjn224g+YxnIbnuV5oV5eJR
				OV++6LFuMLkl7MwQHPmlL0pyXDA+uYjbCAXsDRZIdckfvfm/zeJdkjpuvCiqbnOWpLiWsGC3JbqD
				bAdrBfWfkxIuikLllQPbW81bdNLrk/mCnu9zG96gnbwpysfED3s3o7CJZeg6b4EbPOiAhKiCOm0n
				I0TvfaQkMGvT7BbGLpvb+YNu3X2evYL2JUPj4Qjd05NvyFfk7km0Mm4YQN3xodT4Urund5QoJnwb
				cfl/AlGITa8GW0piYkQdDYhbRhA3WQyxuVNWO3RtRmc9LIgzSjHBVn9YQET5JNVKKvOHL2PS6Axr
				IN1pXoLvFYci6BJMEYvYF3EJthcNtYl8/5b5Y8MJCZWR8wIEq6X0KVOpy5Kp5Gn9r/rS2Ypzl9Sr
				VI761Q+9LxWI5VcJdlmcNWO7jWoo7VNl6QSZIe7fOnLiRGfh1rGcME5NDb1XF6N0/Ex72h2sEHWt
				2Ku+yX7suK9uaY8MC1/oZ3gVum1uXS35opPx87XEbh6UevWQUa+2LNSrrrYiDb+YV5sMVE8H34vk
				cCtQuhBOvNyFz9ABbAfvsSGlbAHXH5Jjo+1qOgJ0DMiEuDcbDPfW+EHRXM2wcoV7ke1UhpXTvDcj
				lSNmj5TYIb78gkzZFcwQxLJHqqZpuSNCjYNQ2JuT884o0SQNszvA+3erFBCh/qyrDXRbRVOQv4MK
				SwErrhRoXrnEd+t1qv99y/G0VIfyoTzbuVxLDS9BQdoZaMAYHNfKnE58l2bTjErMCYek4CgJDGVJ
				NJib7cQS37lk5ARyRzD52fs1SmnuXFRk3rp8zerteFFhzscG25cqjNur/CCso7UR3hK80ZH5SM6Y
				6xe8cbI2U9NZrZUnCtkEWX0u4KUSprak7R/GT7GMTtOi/LxkyejNX+fm60917OZWhVRSblSfmqUz
				Eh8MEJXYqvGJhtSMlBpDyo7OjAS7kZuce60zkDb/D9ntrShGLiAU+YiOd2i3pdaY/OhBvWgTHbYN
				ocxbhC0/EgmVx8q+Jkatu/rQa462o1v4332UI4HVKiFWmHiFuxVj54LJzq4NUoe6P20gA5Mtxjos
				E7rUkZYtEyhVeS+gurSxTBKx1kYa+OBV8dSC2Htca8P2t6ULzJTQPm1UfTrcdKLI2y25wgnk/I7E
				VaCe77JldTujydF0AlIDQ6sKC67OruCqosRAz+6pDfeYFYcLXC1OCs84Gw/YQsA7nhM8AcpCK1ww
				0zVytenWDoYbHgIarSFXpyTkqsLZQU818igZ9OOqzH1czRh2sD6PbDoRO66KYNVx9X0K+GZ/NNGN
				q6fYuNqUGlcdYymvWPi1WrMBYj531jRzuHnfcl1cDYnaf6Qz42LYWgH7EYPhL46ohbga25qkHdhW
				VvA/KoHcAEZxrTARxyaDAJZTkDDXoDK8XC+BDIXBtet0xuGR4v7Nitv5As8eVeDZhQk8u0KeuXbl
				n7h7/BUO+kk0JHqblkz8ozHKt6R6tgCQF4WY1y4OCfPaxYJ57Zz8ZshsdE+b1ZyMWjtF0q5YlGwC
				Yg2SN6+ERSlGidHql7RUQEBhUei9EIC63TgUW6r4GlPHgP3wiQ/mRcap8Ftwq7aKD5CcL9Yq80Eq
				OViZDxLSA1j5PQ7MeJ05H6Q3TM3s82U6Gst3+x6aPA4qlPjaviEi+Z1mAoyIAlT9OKnmgpCy/hOy
				tElUZIYewQmsuEOjB7H+Us2rmvoziMtfHOFxyD7Nq+IQSeKmEDJPssHnvC17U5KtY6kuobzTGYUC
				7TkVebS62XHWMum/vLsnFOc0SlydqzcEO3aicIm8BT1cI3cKe1bDq2cVdZs12psfEQvUgikt60mm
				zOjTU6SUtgSmtJ2STa/KxKkDTu3w5Q8aTDTaIbB2bb9f7gEEkikkmAYVA1uWvijaJhDlSl+r7ds+
				RJW+4rgIrkz1uHJe2bJDUtlRX+V51I/ek/Q9dIQ940j3T9lDJXwPAdQIAqoSSjgRoCWFHJ8LeFNS
				pt0I+E+qunCSA3kDawMcN47juG02jis3jpxwIcZxHMdRDJyN5LhxG2Xbtm2TbTKZTCaTBYySyWQh
				E8T42MRisVisMcFi4ziO4zhyHMdxHMdxHMdxHIXjOE7jqAaHkSQ5CRuEwiiOQqFQKBSyIxwZGRkZ
				GRkZGbmMXC6Wy+VyuVzuewLR4+H62A6/5xbagwqFQqFYKFpYoYUVVlhhhRUKVWEECCkJemJCoZBQ
				oUQ5hUKhUCgUjUIhqa+beZ87IafJxslkIsLJRYRioFQmnEiIiAQJEUqEmhBZNCQk5AwJxYIRwhCS
				4WPdEgqFQqFMQpGQQYIkEQYJg5AkyQWRIEFBQpCZmeB5x51NDEdmIxNhNP485n+/+3xP7kHG4/EI
				j4gIN8JBkeOggw2SJEmSJBckKSRJMRgMBoPBoEgyFovFYrHgYgsGHxYcCV6CFkplIjIJEZGEBCVB
				IigUC4QD9YiIiIgrIoIRjGAER0EryCqsoKIKhUKhUCjIYDAiIig6BBkMBoPBYDAYDAbFoChRFMV/
				wylHZhPTz3xmZv6L/k2SjEsPv8e9RVusRYuiKIqiKIqiKIoTRVEUO+9cK6qiKIbGUBQdSDEQFBgg
				RVF0N+AmSibGRE2kiCJFihQpBoiiRBz1cTwaCwejwdAiQhxGiAoxhEaiJV6iJZYKiSQGIyAxiBIf
				RFFjkCVFBJEkORPIwMB1AjmBlEBN4AMn8IGBD3zgAxXwwD3wM1NEoJQODNQdKL5t2/VMi2c7kGSY
				4M/bri7bsoGBgYGBgaGBJEmSJMnAwMDAwECSHMktFibTYlrYZSgkK4GBgSQpaoI0HuM4SZKKQEY8
				hIKBgYGBgYFUIAMZEkqBgfeEQDoEdiFQpELgRIRAjuPemZlmZmY2MzMzszAz+bP57///8xD/zO2Z
				eWbT9UyL57BYDgfLwXyn7ktOp9O2Xdu26jbetm1bcL6hZ7Nv5s02m81ms9lsNpuNzEZmLDPLhEgx
				MjJb2LZNMgvyoSNi5piNMZOYLWYSEREhzV5rRs2qGTWbyZuZJsxsE2YjYSKMwjTMZrPNwszDeOb7
				fJ5vPp/P5/P5fD6f//P///8//v//P5hcEP9927Zt17Y7DbYV3E/j/7NfL1Wj5fn2G377vu/zd+HH
				8zvP8/w+8C7Y933f933XRsIuI5ZLxUKpTCiTRoiIJMTxmAjyDebxeHzC+BafxBfxeFyP67qu67qu
				6//3SZ/woG9vuEjCB+ECCR1VocpAcRb4zbyv87iOU9u2bdtWclRUimQhJMjE3WgQtQwONdS2saoN
				TOqkTurWWRYGIVWq9CB1gvqgUlVVVVVVVVVVBYWg9TPj+fiPhxlONxwZzSZGJiZU85m+D91D+dA9
				VMIaN7RSiLFtu7RD59CQw6GhoTGuqrahrHSVNDQaqoY2NDQ0lGTpktPUVg0NDQ2d0NDQ0NDQ0FA1
				NDQ0NDQ0NDQ0NDQ0NEJDQ0PH0NDQ0IaGhoaGhkZoGREaGhoaGhraEKGhoaGhoaGhoaGhoRKFhkJD
				Q0NDFSE09A6hbdsQGiFU0tAZfsYzMzMzMzMzMzMzMzMzM5//Q34+Pb/HR66Hj+Mfhg/H9l3bdD3T
				4jksDq/B8jSYbd13eEocsNI1qoZKo2roOTTP0iTLkRSOQgYlTobjfTMzww23mGwi7DLuZTgkSUr4
				GE6MkYhhDGMYo4nRaDQajUajoajhNNRoNBpSE/QwM4cJEyZMmDATYViSJPk5PSdJkiRJkiR//vvr
				3//PsW3X9vn/Z/j0X79339M925OVrlGpGg1Vh6Hn0HKSJEkKR44kSc5OsSRFbqdMYYFTO8POkVMu
				l1VOyjk55XK5XB6Xx+PxeDwe98Tj8Xhg9Th/6iHO6xyd12mdPVkFKJ1Bn3CSDGc4z/AIJ0lyzJlZ
				x+SYG3NmZj7////+/3H4H3r4YGySJGuTNkmSJEmSFEmSJE0LyQgkSdJiUmhGQDRnZqA5M2mapmma
				pmnbtm3bdoRtWxxiT4P44XGDcYe9CIfDE8IcmbIsy7Isy7IsM2QFy8HBZXCwGcwG8xNMkqQVTJKc
				kiS5KWXKsjzn5V++7/u+7/u+LxXati1dzy1t2y5FObhlS5UlSZIkqbZtW9IsSZIkSZKMkiTZUqqk
				Kax0DDlKJxWplFNGJSIUi0ZEVI2qqqqyFMuyLMuyLMuyLMuWZVmWoaEMXegsNDQ0dCa0nCFJkiRJ
				kiRJkiRJkiRJkiRJgcvLd8nJOKmT5M0xbd6kadbkTJKkWJYkSbIrWZKCkiRZcsiT5IUkSY4jOY6j
				o4EcZSRJahwFI6SQpZBCCikkSZIkSZIkyQcdJEmSJUmSJEmKlCiBpEiSJEmSXGBgYKBJCaRm9tkE
				nY3jOI4jY8bZN/u+7/u+7/s+x+V6PCyewz1ybNseOY8KHMc9eJyO7ziO4ziO4ziO4wLn+a78X/4t
				//8P8n3v2fu93rv3fd/3fd/3fd9X4X3f932YYMlYxyWXc2NQVcFdLl697ybEFRT91XV9CgWJ9OpV
				2/d93/d9q/Dw8Ifwzrgf967runZd13VDqMZjzdwP4/f8L3fcuhtu27Zt225t237ruq9b1xXWXV2p
				W9e2S9P0TQ9Kl13btq3btm3btm2jlS6ViYVSobgC0LVuV2lYHA6Hw+FwOBwOhx0Oh8Ntw+GRQ/jy
				yHVd1zXlqoKQXT/IneA+uLZt27Zt+23btm2nm7ZtW02rVvD35fqWb+V93/d1X9d1Xdd1W9ed27Zt
				22nbtm0Fa9u2bdm2bYdlWZZlWZZlWZZlpSy7sut6b+2qtW3btm3bdlKpVCqVSqXSqDQaVaPRaDQa
				7aLRaNu2bUN01MGtiioxtaI21LZt27Zt27Zt27bDtm3bt61gPp2ZmdlQZsCyD8PO2Z8dy7Isy7Is
				y7IsS9M0Tbq2Q1qZptmGKTOYnbpv67LtykrXqHQsS7IMJGmSPEmTkiqX7cd6bMeOHTt27FiNFXbs
				CCussOTqsw2lRLKc0LZSSJBLJgiDerCSFAwG21ZBs3UlYsWJFCdiGSI7gUGcQJJkGdh2SLIKbNu2
				VZCZeQSk+bp/37dLX8Oetzq8zqsnb1741Gwb7bpOWrbt8BS45LiugeAqroGreF/nWS4bV8q2WNt2
				I6tMIGvbthWZZLKYrLGIxfxYkGNt25hcqnY0CSFJcittaApqG5XEwiphjbAqrCMd6UhH2nJERjQS
				pFEIKz8wYaRttPI9zst3uej2+BYREZmlYam0Fosdgt926r5uRViRLiqVstK2p7Q0VwAiBh8oTuC4
				qqpJOdkWFpPJZFJNREQmIiIWaTVhRURERBpEOiGlJDUWnFhIIaUktRJXIiIiUqkVJK2DBAkSJEgE
				qVQCEaQK0hCknk/Hw+lsODKbGJkYh9HMw/jx/+///9F43FHdt207Okfdtm2Do9No27Zt27YhwXJt
				285IkmS0bdu2bctFtbbVIiKilujkttFodCTRINGJKKPRaDQajUaj0Wg0Gm00Go1oNNpWVVBRUXSK
				iqIhTZDbNkRDVG00YkJ0ZmZmVI1Go9FoVFWjqqqqqqqqqqqqqqqqqmqog7F918E2La5nemK1D5Yk
				qWzbtlXVtq1UkyyFVCZHssHJNtrytm2jZSQ9ocPoEZIkbSFJWkiSQTvYNM0QEbSCDkELTdM0TdM0
				TdM0zZkOdBBtmqZpP9A0vUCLbXtmZmbPPPPMRxMyM/P8/z8LgG3bZvkcn8W2bdu2vdm250HwO3XV
				t11dtuU6S0eNbg4g27aVs4NwWzDwE61vtm2bm7dZbNu2bdthtr1A2fK2bX7MskbEtiChCDG3Yo5Z
				ZqlmW7ZFc8BBs0yYwyxumF8J8jzPozCHMM+IRSwWi8VisVgsFovFFIvFc7HFcrnUt21f4r/t22KL
				LbZ4MkEPliuW2LZti20Ri4iIiE0xxbZtC8VBsVAmlMlkMplMJpPJZGLJZGLFxGKRySZMxCEivkhF
				LFJRRCYhIlaIWEJCJCTEIfbklhDLCiHykFhiViISSyyxxEEscRAHcRA7iIM4CINIEEshiEKQT8zE
				J8K2JGkiJjTz3+8f/sN++P//hzwcD3/heDhMsW3bdgAIh8PhcDgcDofD4TWkbLQNJUmW4TEs5EIc
				guFw4MILL+wAs23bsnAsPNu2bdu2ZduyCAmZILZtmxG2Hebbtj3vCisiJlaEw7b9EHYILxwOh8Ph
				cNibCSE+M55Px8PpbDibPkYmxv/nYRRm/vOdeJflcly2bavBcsgRgt9x5bddXbOyKstyR5VD5aF8
				liZZjqRwDArFoCjLsiyLsixtHJZlR0wOkzU5TBYRERHZFHkiIiISklAoFAo9KBQKhRwK2VbIsqyQ
				R3IIeSRfskK2LBGQZUoejGVZlmUHRZCEIH1mPB/PnNPZcMJoYmQmMZpBmPs9//s9L9/jcj0ero/D
				7/G91jZds6145sJi2Z47eN7glq9t244Gq8Gh59A8S5MsR1I4CkXEYKA4iX0zfmppwVvwghdsXxsJ
				Cx6xUC4VV4KFr23blgQHCY4AtG3btm1btq2wgm+xCp6CqeApWEL22t5t2yF4AVlCsIODZyZ4Zjoz
				MzMzMzOj/v+0reS5pM9nWq6eivPUcjjQdjrTd9ppOzMzlU47nQ6Hw+lwWg6Hw+FwOBwOp9rs23Sz
				UqbTGW0aNh2ZcjqdTqfT6XQ6nU6n006n04npDENjOp1Op9PpdKprTGmaUgrShJlOp9PpdKppG2b+
				8byct/Ny3nknEPNq3jDv3P97n+93Xr7H5fH7/+//vu/7t+u3vm+J3/Arv/P7vu/7vu/7vu/5vu97
				M5kZrDTJUnDYBxMYAHAADAeTGMmRJMhSrB1hVbo73MAydpDfyt5SxTM9c5Q/3lte9Taq5mtPsMy5
				SijEWx+4UJ71/hy+qsnvLrjssl4ts/e/YCDOLfvWpJus/8+DAo5bbx8uOI+lalJZ9UsjskaQ2AhJ
				zHKtinlLlI+SjZS5jBxQQq8hobabGxyVzTurmCtxyEQgOnY9cRdkYZM8UycABPkPlU9q3LWNibns
				2KyYwTm/Lvmp34sZHYY+FrBw2r2D3peJLDoqomMoHZo8H/lQ4OMgoQlqHBhXFAzn0XEypFAwwH9x
				kcWnpTPwczKAgkGhqwqVZFElMktcgeB0c6cb2ESz2zAbuenUrcO1YaoR2YavvKF7wsuEGAo2j/Pv
				hWP1CEEKqWOhce1Q0fTECTI5aMG5fGWr56nOC4TxvQGJ1RS58R1UlwmC3zVeHdL6YWlMjCfJBCDv
				Fain+zRx4VopyUrLenbUCtfy3acgRkiM41WAYZg4Gih9NtRptxekU2nRV6Gcl8aoj9X2zAmNUO5N
				evYdXHx5nf6jmvvpj1VC28zwr1kVF/vsg2/2j3IN9q2wgMyhRSJoVvFtt3U1JOoD1dj3Ryk7YOHj
				ZUOD8dZO4daz1urzTgsyp9aB91zGV77cs0Ey0Cc45t6R9k4b7Z+PMMTqsrtkTc5isKYD6uhU5+EW
				xpXJ6Tqg2pT0l4e1vl2GZodS5LRBPZmRntk1DJgd0N9mazqYHZ2bUVy94gALrVObDRlvs0N3Z0o4
				4QqsKYjC7tLrm9xLh7ai4384qLpEyS6eus0oFfjzR2fEZcOj7RrPGMaoD8Yb26qP4708FqYcrOlV
				wh7cNFFv44fGDtZU772DIZEQcGiRfK5Mz6y9Ypdm9WBoyHdRMdlnwtKs2HF4u+hNaK1yuXY+Aut0
				riXXFkI/gIjVcBMFq8f38Nw1eMU7xUX8fEKfKianIynaLhpZcqhwncjkCtasgsu3g2jOZU6K1QXD
				Ar+HkwhFDSgtxZoRu9qs2zczIV0dizgvRynPzBgrBhBIH6sA3MSrjShFzhz95ETVhnKqI993Slpv
				RR97/HWfWrlcAM18XPR/MyGvYr4rQYF8bs4qp0THyqeKxSzvUcnmnvb8gPXQCu9D56jDfJtTtVXw
				kjyRRcEan2FkpdE33WnHDjzk2KccavwgSsYaavmtfsU1DQrVz5Hnf2hh9p9eOK0absVxT3MZ+0iM
				rmxYBVJkc4Jrn9ThPd5CCz1msjmuVrvE2/5sqBScnYNOl6NYJTnVP4j8nMEUilXB7aWd3FPnBlVX
				oC/JASdZ/YbYX46yUBeTjwT+HBKKoMIyplwCzQy+6ZAKwYYijwwRDN5j0E1n3yRmoieDoP6q33V+
				QPTxNxW3Y8z2dhYzbkwDaipNr0x6ZkqONz8tNnhGroFgEw/L+MBexyyvJW9aiLdrmrqy0uJargLp
				Z6BlKUbQXOMqcm6MRwQRL2SMRRIQfvK5bFg9R6cXs6jZzoNq0u1HnctDns4l56FzqdaUJZT2quJm
				xW5AhlyAFZQdjhla9xwUbxLoaJP4WVvGbnvOYV3aqwtcLeK/6zDweDNfbQ1KKRMLFoV1ll3xLpfO
				B/EiK268wPwI5T0ojQ8MKt0CL6xrzbIDScXX77HfBBTJqnisg6QFXvQTLjG9RmS5i2s/b7PAAmAW
				uPXTSpbE6pWqAPxkpRPfanWkv1L5jWNkUwDilk9Xm12BbdQVWM25AtuCHFrZtoxmuCQo4ql5sgw6
				9DOwcFHrbtR6zAFAGGI19InrC49IG2nkvJLCYL+HphRkp4NZpxctyeikZB9HpBkTlthiH1OEN6NZ
				ur8a2CcRAVMSlHScvokEkRXHQAuToIreAPd8fKXSlqldWXE7GptFladU44yQsXvyG9iHUI0s6oNc
				rqtHMGO+W/7lpZCGxRXCXezfqWtnhw6clBpZyk22tjHxzxbgixwpEXhXBUkclCzV9jmw4HITPLzw
				h/T+/ZxUoaHyS/sakB7VYT5cxnNFbbe6RJSy5JTmpJ55ROUC06I3pl8wGr+hMUrwNMt2VSdwfTTz
				OVNw9TTaBh/NbHrGm6ebE2T7t4whCvCY3INCbmjgSCy39JVwCjzDTyPNTzzuMbNVjS0y0BvPzlZU
				2itjrntMtCSy872R5tE1VMHW9/+u9MQ945otEZDpFghjt4G5XOnku07tFSJOIhBLrtQQSNHL/y6S
				uGcA1VYXb4DEMSm25XXcM9prMttgo6viYPdSL8m9zh2nG9/TwYIq0PRjWY1gKn2T8VRTUvhwhOxk
				qIKOJ3uriADoE2BricowHLaqavDOP93iRRDGtcvUD13IUlY+O/dWlS7nSY4guXPUO7w9D8fue9KL
				pdLKkQhq7hiJr1oCP6wr02IU2NvdT6i5A/lTJLUA1NxplTMnzHyau6ee5voQT3O6tJ3mro1Oc/0y
				vs0XOM11CrtpTqtBALdSTXNUhqa56DHTnPOTaY42W+FKIDtGLSuw4LyHV1Q/CPIF4h9/dB5HVsPO
				WLfsnthizQlXAGHVmRspjSCiX/XrtePikh9Pk8xCVY1N/6vImc/5kwlEtOWgJYhYnMDQPSwsRjKU
				YVFherQWLdYPG5sEX5KnDt+sGcibd/cTfKViPGSZ5caU8bo2cPm7BeUc4+kPIssBa4nbJOEANu4W
				QCAGJg9C/kguOfecmu3JUuglSdxrI5s+yGOow9xOi7fvDZYqy7RSksQ1oYCqxSSLtlMAo1zCC8NJ
				qRiMLk1KN8aQ6fuCb+8ZmgDtQYv+EeNBlLgRbyZ36xm8k+3cwUhhs5ETFHLPziYkXWApSYLauedP
				UhqVia7RY8Clh0qXx/x2ZRUucNCkI1udc4Jlg9Q34ijWzZkcAIg+VWAx45d/KkksJJNJXpckqLNF
				apwiG5VvS/hdUE0S8eeBpNOlI1swM/dPhmgs1iEmXdVbzCN/kFRs+uUowisUutd4dEmkFizrUDII
				tuyrI/ZaBctok0WBIe/VUT7yWKtVx/rF7TA+IwCQYOgltR6dyBpDtFQVX4039ua+EiwO1ggymA6U
				1DdSaremPiXhAtCBqXoCh/TwSsBdvIrElvxekCgh0yMH/jVDO4QrHrB/RLbulmPgZMbsQppWKwW2
				sEv4h78/B/Wh6Y4dJoochinpG3fBnDWZT5uJ/ArOPDgRlNNNsqsFfNOYaD8OTUrsYi1xVYfxj9ng
				HEd0YPpOUz2oW4wWHMYw9W3Ipb5hZ07Kv/kLKyxtCt8sLNVjPHCJYEsKschmJBxnYTfeS4f3Ekx1
				lHUvkDwl0rZ4WRqEyjCqTcd7qt9tRqUJN0vxCA13FXov2G5Ke6KrkcaCIeVttDJwwaarHCC+u6sU
				lwbX5nEIYpXLdX2g3toNcKab5he89Y3yBrgXbwOQODbwq3eCzKGw7CjxY8HYJQhnmjOeb311OvDX
				dFLdclvQ1l1tPBqQcqx8vSgWkNMn+C07CwsnT25XvEstD+DS3V0VtwepDrj71xSW9rg7t5iWj4dT
				5Lu0/aSaQpGvGu+7KqbKiccGvApLHceJ4VX4WIzD2t7CqBGLFJ0UdNErEF8RTeLVnDgAjW9ojAUc
				jTKbmqB1+VWdRtK/T8JpRsc2Vui3Jl8AuCkeII5OgFv7eu+tW5CFcysy7fo1Xx0Qt3JwwHfVDfga
				ngFfeLGd9nsNRrza5FQ1hulGz7rvve8Ghy3MQvR7e5/ohIXAh21D/ugza8mxeWTMMe0sOLxXxOLV
				TPLxtKydYWgc1b3rJbTddUy8+lFcDx1nni75/PhhoKkolnZSOp/oNuLVMrlKCgzhA1ATr5Z+O2A4
				V5luE982hn48Mx1pUGa8iIwaqC0DcLxHdNyZ+cD5b47MJuYEp3jVO+OLuW4Bw3VxsGhmCb/6pkmO
				kg5qVE/SEd1w6wycZsbwmogfzpWXcSAlcBVmRXybWUJgQQ49ljSYePpztyRKQODrgr/UQmkoWiEr
				DUgsw6ajSs6RK1cUNf9WJs8W1otQFDRUeFkQ9LSWKVYIbKqvJljVMq3c/By0ZHUY7Nywl2nlUbCE
				wZLDBy1JWxcdypHg1UuhggRvvCAbPIuH35yyEStE40Rc4ukOJivYAJs6vN55nupWilWUCgmygUws
				fq63W+d6119zvXBbPF9fSt1bL0p56+Xlbr1QdbbZHlh0EEWCIdSprbdJ3pOD4grF4j/LifGCdZNF
				HvVXZL/ZHEV8MVcwaqLTT0jeTsEcttn6k+PfBjJ2tgUVxbAjBVuwd+dsPr3SrNU4Ud2gmtydDcEq
				H7lLA0ozHbhIDQmzz7ZttGNQQiBBc0I0pUI76LIcYt8w3JDGtCLzhLM2QbOhJwcb9eKjSYVOvIXn
				Wt1usv95e6xjCQaYUhfNoHQtleWv/vQwIDvcltoWJ65NH+zlXb+oEwY5eg9L8mqirwQE7hy5psWn
				97KwTAkw20KBrmSfatmdKoYnqeux+5n90/9cWNt8vUyh51vNKONWiLbhiQISxWrwGHaBa/E32OdA
				itvZ5Z1NArCjhnKXqnQkTJs76ikl96/gKy2sTJ4trBehKGio8LIgvYQadPVlvjTlrstusfDfMnNG
				7/08NiaPybrQRlofGCc2RTfSw7b5pvQLw8s5GfWmMBLC6oQyqIzzmPIkbDVe70w0M83tMTojJkry
				ik+4iK6BEEmfcIj7ybYY08RWA92BwcTuJ+9CZsp55pUHArFlXojPKpH3xQj5NmwPuptl0q3fg+Dl
				Bo+sUdrz0TWAKNWma2rxD9YU32BfWeQNSDSMU7RLF9S7ZvKBYhZcByTAyzHn0Zw9KUUjbj2CJwIo
				y0dOtIaVKYsT3FdMa5DSiPmA18oC+YhCrOKcjnLhEf7NuBO3EyEH6RrZpJDji/S4xV+WSiSkHqhy
				IVU7u35ZrWogqWw4+0rCOpnhsrSYqB/COrv2GSonqJzyGDLqatlWdNc9MWQIK1j+nEERd4wFPKLj
				MgWt1Gf2gbTj+fwXfCx+DWuRgoJ+6fweb4kjpZj4tuI/UW4PlY9lCkaGfL5NMCQebOvGp8HDaaYg
				+ErYDQGhCubO6703VVjzlOtUqC1lSaHbd2KPyx8vyUjUrHm6ocTAWnX07Qbv4EqbYLPlI13qfZMv
				WkZ+iAAQaXGNw54eC4zXoNzQICn4JRGcYy/FoQUTCkaytmkhlk5AeiwtFDfk+TKHJ3CwLr7ueeK0
				DpJ6xq3guePvlqKrL6f0jNNGTF4Yh8lbiI63B+ASAslBUqC4/GjHi6VLJ8zNDleUvvOuwmK9bV80
				urhpyic5ewpg04SJMSTCYRikWluMdl4mKNd+BVusGNB0XJZC5Sxl1mJdkG1vwQmYVO8GABpJ9jNr
				p7Oe1p4RTGITysQW3UfH0y4kS6RrR8fl5y3QP8Sf1rUZ+IYJ1mCLY/b+NT8m/1ZAMEcYLG1zbX6u
				IE6ZrM4HpmX16OIFqxtVN2TgKZ7AEhI8VuYNuu53zNK3kD+LX4aB9fY/H6Xr+qBKGnEMfhDDV52x
				el3ML2Vx6zCwCPYUuFbG584TcIhdn80DU944gguBJSvu7cjDi+DkCP/uoTGLKyxPoiDQVvAlYXql
				FVJbvTogTTmo7ixoNAZQ5M1V/RpOgoJpdAPitFz3YAqAKBYBZ+u/amEGOyCKde5f038OtmOXvWh3
				NHW4tch3y041y642B+0hAR5QQeCWAE0dSRiCHmGIO5jxTCU8lTAYBmQYHku16li/uNoBgc4y9SPX
				6wQJL+sQCJwoO4Q7lI4C/DZ4JGrMQtJ6j3mW+81eFm0BGyduIN1qG0idRhtIOpsNpJsJNpB68xpI
				eqflxiziJr0CLY+pgeTGQFLjN+DKCzEhFpKaBBDMFSUkZeM186Pxv5u0Fi3yjXR3Ui6c7OwA4GJR
				vbPkLQ7bOa44z2rgSnwxrxAh7bOX76o6rAlnW4YEdOIhCu+Jos/V6XKh3SZvF9fUZIGqgWQ3amLp
				JF/0eElqUX79s0VIbyp4ML+ZVzYwuB6rCN3EpBc/rR/549MZnqI/TiS0JLdrAWUMD6Kh1qlYOZl0
				n1rZ4f8n8X6Wzt9DBEBAWi6228mZbHepJ5J8TTTVY9SwVU3fRHN8vYG4NBQ2ByjTbipMPTFhrpjA
				UH28EnS18cpu0piuYvT3IVBYLOQJ2GUoG0ukTPQDCVGFQm8md4/LXenM6oV9okugofCso5PuR0LR
				sVJX0CIptS2S2mdhsSThLJsa0N4NekMglQ9jLNjy0HDUPe6WwuFnyJG6vVL8NN2JUCBKyKi+zpnX
				BsSgnNHzrhJ6XsN5nlfh2Sq3v0EwNNfzwmkeAlCr522c+PYwlxQ2MYenSzvXaCRLRRSSD1z5UPSf
				QarWUK6Joe/OG9rSJqlooD8O77xc9i5kD/TYYcNFIjRfdaIlnHd9NklP5/GRYZ+GOvgGekxvqhyW
				Y45enANpvxmYZKcCF8N8iNYJWEQJV+9ZEWbhgqxfgwXRf4xbPQ91azLXMUQ5fc7A8YOVd10Gepij
				LMa+pXpuE8BIuX+7sh5Ihbovb27py9ttvryrqSPoqoNZ0VQYqpT8D5gXsaj6RbQbOKGQqHGk2iyZ
				t0m8tY6NruqhinFKMb4m3LpjszPjq2Vf2pL1pWH+fD7GhWJKgOD/8gSKRyhTF5jdFBw6rWmSjZO4
				SlD4oCEXwWuL8kycyQpriC/hopLVpFydPWfJlRnkAybbvLfUCbs1W24FgdSYr85KZ5HgyCUUO+8P
				XFL+gostt0FRvB/lra2jvHkSwaF5hpQ1OpvY6JLGn/RhLLISlnrXWEHlMijvagXltb9AeeHG8MlF
				HWtywElKEyIxshzmUXA8nudaOrDdMztlRDCOPfHpJK/VJnkVPpO8Ft/a5VEXc/V11BryKkM2J0zR
				FWhtXn+5Wf/wQUdevBoSpIS8K/RQrOizSTjgCSxBWpxtVMB4AhJ8rtaGYqVeN968P48dA05Fy3zF
				fQliEPFyCTFGjY/3UvsV4ROUtjZDsYJHVgeIrnEpdZ5XmTtXsVxscKgtA+/8wes4Y2uoveBuUtF2
				sO+QLCz69Qrd9hpjkn0UuX0L1TPJHNXpAYxBV+02vk+hdfH619rEENnFKdP1uYrlmsXAo4seycaS
				mfPo7SiOKs6TN0Xyu+G/LlU0nGNzflUWzZpYwDq6aogYQ+yyjN51Ar/FQh1HavIhcwcWb1/c9SlU
				ilv2VRblS54YmpdFV6kCOVV6/iUowMCBowdJTwZx8vRU5Cop/zolM2foKBkhqCJnDuDk8uGVLS7g
				7E5X7bLdYbemBPxzEWuzPRV8RrEYFo77GOSy7LKnAoWrDFaTeJWRIWqXcgg5U1DepB8xPkFIVyEI
				qS8/EJK+MxDSFZ4VoIR71H0Rr8G9fy1rd6zs/UOeTah10VIrLUUU77LR/Q9v/JQ+rZXhWEBmcEFX
				85wGtz/caWxwa2oK9ytUKcPbebSOW1yoTicJ26Xnv4IBOrwL9EhiYWB8kqwSECVaWmRVJdM+hv1f
				5OkooSxnAH+bPjXgv5ucUIZ/WIUJ3CHsIecpLlUnQXJC9xFH/zc4t+IcyDIOgP/ngheQ95yHakdL
				glvB1Q9thdBxzaXmpm5fFYJr38rckC1+PdzH5wIh3yeNHQ2LfaMPD+idm8Ipxtg2rM6FCeW8gupo
				03lwzOgbn3175dOeENU6ubSyDMFOz2E816lfNHP4jeVTzA70uU998wb/QyryKQzyrTeWtQC8x0E/
				Rxvy2qgoMb6eMDuWzJF+661npA4+WMejqDVlXKUbupyUeCQsbEw2STBRtALSDddFYa6SDYer5Gq5
				VdKmcDxp6WIpieZlMzP/ZnrwLqW9Nd94Hx220SWKGCbV3jz55fOinPuD3bO4gjfKTCmpZCj96ru3
				+OuOwME0e2eTktOrZladXzA71gRRSHPAt8aRi8s2qRCpa5wVyCYrEQnvGoLwrhIfvGuxwbsq9Wn7
				L6TyGnDdMEblSysWkNa6ZzacH3dXSOLuNtFwd+/LFFfjgMljdxdu7K6Ji91VMbG7lrGCR9mNEjgK
				AuPO04VBLSlo64fgS4P+elw5FhuXfHCn030cBreHs7PVzHW/DKDmzLg+n1XNLFmpzAo8Rps/ULZ/
				HJ1ijCBk1na54yRFbEw3fEhbgdD9ksRcb2R4jIVrI348hITAgVnjVA1AhqXMTaM275jPzQ4fcOkC
				zFHDmTX4dm6c7FeCUyxCbjwkYSwcDisRDM5p/PGXw+sj8jXBXRQ2zLFbbf04H84NmxocJqJNORrI
				JhQorOklDHnhJz8+xMRsq7/wIdRgynUXkzgiELpO++GhbEHUgN+3GY7ChbXOvTR5JDn2Bmj5z2ut
				pbIFq/KeSi/2KLJuAp0QW6KTR5EH6qYGDHS96wMDB844NlH7KX11uYmux85WiBv8zuos/iDS9RTr
				doGw82+3jJVC0pSlLnPF5PJ7M6EBaegmEymkmDfqoO+jkKJ6HoGFs93uBiUnFeIDsVMmA1Ywa/Z2
				MxZ5Uj8cN4e/55JQx81mrbZxTCwke+zDlJcXjgOevs0yt6VSrgB2g6IzM4aVDRSiwylDFxuvzGMr
				Xm6XmhGwlJrX1tL5rgfyoU3GKzUv9keIo+Fkc5oIijMC1A8c/pJ1eymNG87N9gReAKrlH00YMzt6
				d4W7z2VIhAKkBPcA3iA5M9zfgfCmwHKDRGPcIEVCt0Gi9AdL/FbkA1s9OqzDL5lB0hAA50AuA6tL
				2awMEgWvdBpB94VxkNx0YOxVa8DmKWIE4UsaCfTVPuHwJnjFN460FfQT7j+Ttuah/Z1YskpU2NYR
				Y9UAhutglKCri9dIVSw2klQjfn0iVSWwtSLkNAB8NzOMVIVFrfDBYs0HLveWv0V/Sy6Pr2PV4+zD
				wt559dG6JKnNQdhAQwcL4lN756JKcIZ05QBbaU+WPngUcBZTQjGWm4KC3PL8fMOIpePrxRl8pAv5
				IUDuAdLKvbWm/Akd08netcWO/NYXlnDZOL7LuW/KrLqAwzp4ZeBOxqGr+ihgEJlkseah3C243CG6
				vSfwadkwZBl1E//JrWxXs1qkxT85kCgRPWOmJYLj6xpafF0lD1/XFIjLViSFgm+29d/9rkGoB3V2
				7rnFaxW9rtddoW3RxMqckoEPf3PXqZfcEbd2ylBm3ZE6Bz5erAkzDokHuh1heXVZsa70My7bl58x
				NI4rbOqiE+cq2EaFfDDy29TuMgyY22jKfcEgqnW0ipzVSFj14EqyJmBspPDIf5zrGRtZUO7ZsSnd
				z6ZDBXVHNEH4xmk4xhGEd4Q98STTVbiOsI8T+iiKQkjCzXJgBKU4qd/lxomBCBcIvMjBfGzoxQZG
				e3Iap2JnihMRu/LMjLFiAIH0saqQhXGDSK48j5fu5XxyQRBIG2da30U/6v/HO2Mf5xXQ4W/c8q2s
				+x0S+V41Y4+PhCo2zMzwl3xfCcOzsYeQ8DWBdYtnFUo8DLmkFM0ECVciZxzuG1EWk7fQS85bNMvY
				vyWA+MHI7xFAmRt+jHPCD339aCIzc3jQXRx7my3TZxtylJP/1ErfCJayooOQjV36RXd6d2+24JII
				JQecPIUHr69j30EORtxpdUzCpfqENzYsoR0X0sLEhVT24UKSh3ZRNPMMKNbMuqeGXD8Q54fBwir+
				pVivW3frMFf2UPvfY/gl8L0DXHdC8AuhowD2Ls3lttwWj2bY9+6cb4+Jfq/OXZcFWBwzuLRRjwnF
				jesxZ9mXPQlStsjmXOVdaEz6AYPs9bj9aY7Rrcnd9cKK/Cj05ZERxAqGsTTc0048Nm7ecGJU+fHc
				QGa11v2GU1WDku8Np+e6R/TQP8vYckBimstZDf6SDyC0VrujhOgpoHNQAL02Hd+V269nG233JPce
				gLFVipd+wkuwAj7hZeIsJ1kym1dkwphoPw5NSkxdkMDBVM7tc/th6kqotG1MsCKBK59SNnYc488D
				CZ73kI2lu5Kgv7lzJo0/8G3tAAnpidpPmN2Iz9ARbiI/hVzabS8YykYpoYT0W3oJeKPewF8Q9/9v
				qXgYjuxgT1CfxP0ysxuMruVgIRRbfG3sViKUbVEBei3VsjOFjmxKtcwkMm6ftXEVZ98dx62aEWWE
				9A9G1UMSem0hP7zqH+5tC+oWz5Gp/ESuYJw91p0hzK0O0cdNBWCaMDGGRDgMQ7XqcL8YG8bhCRss
				OOpIS3tsmSlMx9zT31yHi++5C/fEtdXvSeQSB9V/p0BOhbjJEoZgJCQUXxvbkAxn7FToVXesxwQ8
				2qwA8anX5aLzAOL8GF8MQzgAPwIomo4AuyR9re/WnxHDuco5tf+PlhLMALVGhHa66IvRF+uW49CS
				W9OUulX0MLvcdZ2yxIHvqiOS7lSoSyw8VY//mcd8Oq8iEkq3K5fIIKzScMYbzNxQ9cMlLi5W5Idb
				Op+/rdSFzK5IMIO6OfR0DXovQWlBZ7U/YyejraEHClZhHbwAM/SQZ2S4qknz4AxeoEfAutCDNHn0
				z1YPkYGnCJ7hkW7k8syHZrc8pYWM2mNhNRLg2NQgwiWpXJaQGScZT3PGKABhg6i2wsYNbk83yfNi
				E7cGUeB0GySt0+EO6Zg0DBx0EJCTcETdVnwIaWCbHJQB0FzN5Q06uATwfKFNxenEvtbVOE4yo088
				c1AJh2mj2KzfGVQ3KrLjWTwlInGshi9oRhJcDalNhYCF1zgZMs3DqX2dgl9D4QCIUH+0LJzvVi59
				uzq7pAVu0yymG+fP5+8WK+n+bZuEfRorbVQeum6wUyTXx1SAscEarR3Tf8KFEmb3Nkuji1w5bdkI
				vlJcPCX53GAjKt6hI25vsTpyIsHdBO2hsVTFOEVcPKX7A/xUDwvLkghjLNSQ7nDd68Oj5jctBZt2
				gWgQU+cOEgjYkI/J/sPAulpu3YAYU2ej8ZTGafuAiKbP4HdA3TiNYLOljluW3PhnDNTBdiauOhoh
				Fb6F7fUIyNJ0wD3LeEqVOTQbI+Tlx5Yc3cliDLZhGAMroh/kDwoNjqObOuTIFU+JP1hRRpjM0AIF
				xnI6Nequq8oVI55SNcuumMNH0ARwiB8OQlrowKxwq76DN9xg/fv8p2uVGd/o+qfA0vrNYQQp8HEg
				/EGq4zEYpHzWN/8ZCN6Ce/okDAXF+ZSSWVCtbuPudZXBL0h9lwgAISWDdirtJu8OcaEOIOIiahyY
				A/Q7Binqf8M1iPmUUnEarnSsa1jNb/mUwuu2RCwOoEAYWnIdm+GI5S3kKtqN2RBE55vAuc+ry37B
				AHZVhG1QaymZu+yIsdJllCQlKedQqhfEnkGhY5XzWET7mzienaaxlO7wSMIEibrSY3OFfe+d/O7S
				aakfOFDDFzQjCa6G1KZCwLoeVW6SYKV08HoWwDVL6AKUtdF0SgjlibtS4Nh0l9Tad7gV10YZ4iyb
				RK7ttNRfIjweXwmWaeJopPCx2+XEqQI07oJU0tK5nNdZ9/9q2d7KWwABf08DjpG9UzECFIvjxKmg
				E1eQNDqy9XdMUrDBnjrBHxrhaRLiHkIiyQJQU3Kz1IPGclwQ7x+HrVBsbgxpAwYu8HbnhgoPJMYg
				xhdmkE3Msmm5BHFKZHoecK3Vo5MniG81bycc+Xxgaav1iQU+MdaGJHCV2GxVDdSb9T2AKySqAOnh
				p1ai1SAsQxs7jLPvJnKJUNaSS5KrX2iy2pfH36XGjVY3d+Wn4uEf4K+2ezP9Vg8OangFW1LvlsNF
				ejhokiK+g7lgXN/6OScPvkDjvuVN6I6C5d98YW7BZ2yhHupWlFQoV/CdNJxP0CwUCd7137bcbwFl
				cRUje4QKiYEjaqJysPrILPV7ca8QXFgy0Y8DHkJXS3/EMbA0BEeh5q/0XMRn9Awy6JBv4ijUpjjY
				0taMr+sNjZpJ/IoZhf8NHlQd8cIB+Vy/mcuGBUqetirYEic2O9XHxm4lQrH9jOR6nqSJLG/ZktJ4
				y8R6qNMFrMnEY2sjXroNx/16AhXkJoPWwo87H5Gd1LXwK8HHccIL3SldiCUvIjY5YiAVVIxwr3c0
				CsUUtB7EakrOLlTGa5kSvLWiKKAytSTYUsIORFJy4vSU7zrlrCljvg5LBhjmWXWaoq4558uR3Lf8
				W/KwrGywJdAiE6LxKcFappyNal+bClWwK0qTy9L6bbtBF+8GKNolz3brN7y//I/BJ4iZul0gxGFc
				2VO69wmdC+7vAHur0Ge3C+HZrcl0dqsUkmyJiZnDl+cc2ybw+2zOyZyg49nEeCIuOPgTP8vAELjt
				8L3Ps8F3csNJ0L0Gx2uC/QqaltusxkdkOv0D3oqOyPSRe2naRmR0+niJNiMy7twzCga1bm5KduBG
				O3KTKzYGjoT/5ib8Zf8wiIpya+QRMSVgpfpBqWtIEMm/FymdQua+Bf7olwzIXPiuYYWVnEmE9xfC
				Bvm1OiHjotHXCw13Z+uJVPmJg0g5Ax63a0l8mBCor+F6GEWRRoEvCVFXFbi6MiiqV3OmK3Bd3sjN
				XGonA6V2OQnqEnN2sjdNmK2ny2T1Eak6UQU0ZghRQubD1EffM64ZoBA9XgFwm1gVlsw4r8NUjn/o
				ISyZcP4ILAkoS+xNo0xdxclA7fJXAr1v5KRPzPAQfx1olw4k/oe4/rDIh0kWZHtG5E9q5tOvKA6Y
				lgpjszvIWiLstiZfdnUfqG+OcUjHVEbEAmkpdmrhyd02F0pQVkyH0S2WDnNeP2/ph0OR9ujVF5gQ
				LpLGKaQhBCfQHga8t61q8X6XElkO9+r0GE95Zz5iMqfZltucm0mjZXSxP/Lim8N4u3EbmiFJ1hHV
				S2L9Q4nWoIlTFg1HL2QFHYb+Ah0m6i9pgbsUP9QPJ2gAeJrD6Ngzh7khMofp65jDaAXqOp/PaMEC
				IvPZUvngF+ZWbEGm27Qkh6FYKnnGywLoXfUmu56dSuQ6EtSVJ9+qsi/H6vTXADvT7RvArS8Kt1ME
				zvBDd3Gd+7iaCcE8GhxfpiDWUoErTelkDA4jhMTm63vYjrepatKUnZ3b0+bGyaqxBmlKYncAIQSC
				t0EgyqoFjUboa2Eq+A4/vE0cwIfpkUW5DD4GKnAnbwsr30LDMBltDDoXwD55T2Uo4GqWWWomeIFN
				vLsU7qlhKX6LsZHz97RIoSgCNkHMSIbRJ78mhupqm7LikB0vFF6ALS7Cu6OyKJStEw6iXHGbUAaT
				JZSVMYYueZiU3ho6CgOsj9Fg7aLhkhSisFFqwfmYkhJCyZSUseN8rq8Qe5h+wjRwER4+koTgwlsB
				hwZY7FJdu3kFw1UrxXMmmgywBjDGfrvClyfLk8i7Oj7fl0RaWaGSFXzYvoeVCPHaru8drqR7XLZ1
				buVXwokzi5oeE/ulgc7ucQeuFlxtaXVXbA9TuPaBadUAgeviypAL4rRaYkcozlQwoWvKmUZ1mgCx
				24Tcnzo7LGOcts6JnSY3hBVPyR3KnaVg3/DVgIKUJPh4mpOnTna9Gc9mYW2ihIBhyVyPw5CzFHDu
				TmpRz+8ilsZsYVXgdawZtU6OFRsYrItRAC4wXvOAI55K2WDyaFEPLepI4nHnhRbpwdWpn2/hT7EN
				7FxGjOOR/9puht/PlONvfWvWBuL+4JTdLGFeir3Mki77CXLtt0v922XITg8AHRIFggisvzZSHqVE
				XvTfuDX2MC0no7EoPz5KUujGrHCrjvGPd5smZWTPyt+sGQQW125qUoKad+Lmg/X8yPyY9am7EYw8
				5yHzf3tYOwD+fKbXifk1WVe3d5ZdLPU2bE1V1AbDpC8pN8/MxEU3xHuYvIQpgCcyBsawCINhqVbc
				oXp7s6oDD+MLa7lp4N4mWU88bw+gHyXrtv11HN/hoqTIZj185vjcMmeXH5AGyOt+Ut7APkqNj+/+
				YmiXRucqCxqtSACzbSCYo4nIuuJ7mGqdHJ2nPju64ModzEAkA+CeC003ovMKsa9F4cpIAxGL6GZb
				gI/m1aHzvOZturGhM7xTBoYu1iCbgS3rO1s1nPbejCQIQOQJjzysigBJ3cswSsd0Q0itrQmlKmdY
				252Mtj0Fl8O1uY5UY1pkqUH3CNzWwsc7B1d9FZNmvISTx1tm/OQYzLccHfMDBIxBGiYGIuGUNZ6X
				CAhQwhTeDsuUANP+y7kjKinhq+k1U5R6WYTjBjao5++lE/dtMu5gHsh7yYH/jFXT+aOVOWe+W7ZN
				jhO3Z3xspFal543dKKegBd1t0oiGMP81ufmAKfjIlTPt0u/Q5sd4gnfDbel9OjjWaXDWCQIQ3QOg
				s7UeHF3Skwxkn3BYMn5Ju1jD+hizrh+QEUQp+ZkQuu12r/BvyMfwEmn0ANeuNm9196zQxFX9LHuQ
				OTJ1kMVX8XopqFKyuXwZm8vIXrZhbvkB99E9PmKkQNfMavepxq2GqZe/cGyNLZEi3sOkJhskSwSH
				f+zg+Urten7NzxqG0baIyzJltypAMVdr4XuYEtXZ3i+RW/3jo+EEGcW4rblMqkONO/MUH5D83yqp
				/+zQ4dNhrC6nSATvlrR86BUUwmnHqcuMa/ffxnuUl5P61Z8JCfRktvwtqTyrqIf60I8o78AInyLx
				YJBz6qb+hMtePYclo/DTvuaKvDO4MVOWafwphi6XG8EmjrGTLZBTUhxvmGTS4ghilMvrPWBa1e6I
				F2x5h4SaZgcY83NAE7fYjjf1NoIoN60BhCiVsP7Lbhpu5UQ639c/LvDBiP0rJ/vCZ4N7uMYDIU2a
				ElqVmeAM0kFklCxl3tSJ6W1nsuZezHdFI9F4cj5YiAvlwonjTho7NwseIG+9qT0+UfwXXMIviba+
				eoqD1Z1kaDYgYgMFhk0tg5v2YVoqqPXD9xkb2SaDZZDHU6sUKLVWzA3Ky8aoRNHt1Xd7EIoEN/hM
				G4fSuzHiP6beTGVgsRYMAsseCbfR7V/mUqemdrB+Zfj4aGw4OGwpsU3YyZOWa2iDTaRsfaiy3asg
				k4PbXLoEmG3nJI5YZ3fHHrauQbwI4vkcITEI18MEKslHOhL6cUhoIhWLRlbo7u7uWysp/aMXdPdC
				gbsQQd3vC3IyZcI08f39ujbNZN92O+wi1SFWXkTV1uc5SuICefVWDwIMJJFQenAY1ymgOngYXyf/
				Brgc37VcbCWzdLHDkzNUh00RqJN75RaCDinHOO2ohPqV6/TsgOY5E2NIhMMwVKvpKAeXtU+RlWnN
				E3jwFFvFk3NNDUA2sqOc7ZQ2JwrSIbTA/wcuR4l83ppP3AfoGe5DzYL7kF90VAL9GVb4HBrsw0TV
				4FRa9LkeU4NKuLa3L7tU4aGuD/bhPhexuTgYVLGFzif/iPWIfYawgYhnLxh+TCuqcsdiPUwvSDFt
				HKlMbsSD1cO0y/rEp3lUEnHYtvYIUIIsSLjoPCNZvYJbL3FY3B2I2CL8GuLdMjeOzUd86dJ2UlmK
				XgZa9TBJAExaxikRqY9AwU2DgpelZW6z/i0xpLTM7fy3ZFnSMheYeOu7kJZx6PFGpY6W6fraaBmt
				SHlN68SO4HFFy9yTzIM3WMnEkN/V0n8DFwPxpIOAW9ks078WIMBAv3HnW9qWN+RyvQrGHh+O8IlZ
				gOdNNru2+0CNnQdPAVj8TYVtdVdUgoTYPgMKRtTxQ8ZIW1/Xs1tUom6fbzWewQLutVaneakkRNPE
				Wj/HUADTWkn0aSi715UdxKU+/o9mg73IlBVhdC0J50mgd+DjgGtoM9xmq1wWuzVOQej6b3J7RTEn
				l3gZ4i/30dzTcSuoeKLCpWJ6mOBUo983sIZG5Ss2vuddUaaiXGRy2ZSGp45Q6LceNxFuVxNWD3nn
				eIgWrcwnd0ZKA8CLdBV4VcgfKdB0V2SQjrYIIe98qOHG96puduo/DY3F4RF99o+pL6ilSPqhWFU3
				OEQa322cRPCgkZUIuk/jtSl+GDf/c/4tZpiIeQLVSLonV2qlLofLdkbOHPadSWGFmUb3gQM+ubKl
				YlDpgMRuNh7TRPtkDTPtk+u2cugTF8NqlXowXDd3SkMSAZwX3LrnZz8+em2RhDv4F62Chdm+c/sS
				wipjc/G1ilF1zb1sTa3Ww5HVQ7dSheaFf1Dke+1RgsmHM4wbaAezWSvLpmcbjsOlRX0OzHHWkNLl
				aAl32tnEo1227nk3JAwcuORt62EyGWFwfZ9DJhgR3usEOdS7vnFPD1Mo8fVsH9zjrHuAZni3jG/n
				498dzpjdlfRw021fVfxU9IvtB3UevJt4YC8lFYxNuKVlgCWRjF+XcECbjY+3w9wYPUxh7e6RRw6o
				j+6RWITaLvfEBpYuuKJsEw7X1gezjVBqdlJtpR3Wu/USAysMnSiVlysy4R5bPNIW95ghQhxH0WUc
				ko+jpPKi12ZxSVdrLN+WCn4zVX93siV7EwqRTbVYgd6wWpGroLiIcNnFN6NcbrsYcBgIOHwFcnWM
				vbM9HgLJemgSXCJGYstLfagjgm39YDxb4h9HtlAPfPith4n4Ii/gWaXGbT24oAXgy5kDzeONhIhU
				p9r55cjjD+cX8BwdkbYfd6qEsqMRzEjgo2SqpEGFlgyTJIXl6UXkGhfygdDPRU4TlVjGlZOR8nsJ
				NKmNVy68qY2x5GbKwHtSxC61gYGXCSOc5E2cZ9KZuEQQHZQ6jB7abM3ftnU511CykaOtQYFRerti
				cJ39nL89OHNy+O88nuuv4pXvjifHJ95ZJFS+gkZtsKj/JmnFYvmjhfvGMWPFAoLp4hSAu41TP+U4
				NVBBG7FS8BZLS+US3rNpAyIDtExusoGH2qrbtlHCyJWswIx66XwtTEXwbdvg93EdLfRYPRd0y9nu
				eEOT9egXJ/lxCIRYDxOh/iiC3hAJtZlAk4BHuISPHqZZY5/xXo09WbLU3itCO67l3KM+1jc7Dj1M
				LI4id5W0jTGSIXWCcyGseAqEOC08f4s8JDKUC7969w1H7/+PiQ1+m86uI+amSRUAscEOdZsep9HD
				RITZAtL7ZrX/C4omRvOjjm1OYKVmn+AsZnUVsc32uibbjIuX00EAIPeW/YcVeW/hAOR4y/49tHqY
				cuiLpAp4SLiSdwaK+nXg3pZOuQp4iq60wuCnHGA2Z2YNivAYlmrVN4C3x4qVlkvaevFxMmmv4dZz
				WJV2m7XVReD783/wNh+3EK9UVt8D1b5aQIubXAryJOxBJw4JpU3NHhQnwcsMXMBNMEyN91I7IgcT
				x3UkkBpbXDJCJrCwYoZoLu6Ni/hlsjBfh+qsqPPDUIl5Gi8LN0Gw++TBncIdkh7PQBbeM2jnIRVu
				P+DX2tAISB/n996DSc4q6sQLTRICJIwhbKxkjTkv6XbQQ3FAt2vDzitgle5vAIlTh6FpLIC5mQkr
				kdzdpx+9CJj8GbWmToTO18Y2JcIsCzWaanB+OFucY8g2mNxuDhy1oOiqm7jzs4a5Hd6Caw3hmiOx
				/8LlVyDw1zTGBxKfgq/5WsNTaK24mI8KYDozsg1LWCw2rGhOcfSpbD3Ko5dPZOS2zXKYiIzck+Ii
				1C2hSAMUf8aty5CRbhnYak+JKGAYzjg3wA2IWDcvR2xEica9nUSjp02iocOotZ+ecwOnrF5c0n07
				cseQRiDZO0sM/QEqLQ47E5AlBc0BD0wuMiU1Idnwq9ndJwaUA24D6QO15VrVoqqqqmqPSClSYYtI
				KJEiTKUpCzQB0WhoQaMttIP2zJ49e/bs2bNnz549e/bsvfeeyLhXozCIbM+22GSTxWTLli1b9stE
				tpHJZG/b9hPg/5/Yiz1/W/ZW2dAqNZTKknUqXfmD6CXVNA/XYa4ssVAoFAqlSJIkx+AlXF6WZVmW
				ZbkBk2VZlmVZlmVZlmWRZQpCk2WRI4gs/z/JRSNZlhgSCupcSJZH5sg18v/P///y25t4kWVZZXJF
				HlmWZVmWZVmWZZmxLMvyOrL8y7Isy7KQL81t3Lhx48bUeEpUeiwx0f9Zx3P+eDFjxowZkyTJeBiz
				WFVVVVUV4qqq0FDVQ/z/IcQU4ljiOI7jTqQ4juM4jmOhOI7jOI7jOI7jOJ7iOI63OI7j+P//OASa
				YBbHcRzHcRzHcRwvscQSU1hEGvj/FTGXJRSXiOPJI+K2bNu2bduybVu2JUmS5OS4JK9AloHllGVZ
				lmVZlmVZlqWUZVmyLEsKGdWZatuWZJicsizLsixLKSOUSqVSqVQqlUqlUkdoFCQkw3k6QYM+U3LK
				sizLmZKkULiu67qu67quq3SNSqVS4W2QSqWUkA56tFiWjUajUXKijKhE24jelr1VNrQ655zzPme6
				oHc+SZL0LO+4nPJkOWeRDCwSA4fEcSgchde8rqtYl4BVk/LPmjVrzv////S/0L+g9FT0P9Ezkjk7
				85mcOXPOOeecc845iZxzXsTJasQSNqNtz95mbMpmbP7Lsvz/ssgyhaRUTDHjEFccKOZiVuLFZMQk
				pZMkV0alJEl28skJk0H/M0mSjEmSJEkykCRJkiTJFou8yBmyyCKL5Ioskg3kFRgmBAYGUgghhBAi
				lASziESSJElyRAqRQRyfDud5XZgaFk2YGZpNzAxjyHEcaeTIcUaO4zhWkMJd4SUkFBKLZAhJhMGg
				MBhkMBiMYHDBoQkGgwy2wbaGQy1Oi0SSJEmSJElKRIgUhSJJCikoi8XAYZEYSKzxqqqqqgpVnCqu
				aKq4KqkqhmIoFoUQihRqisViscgIxVKRrkAqFlUAGg1VaBQkFHRNOcUphpGZIW5insyKVSwWi7Ri
				saqquCKHUmRJsaQoRVKcFEeKk6JIVdXIVcWoqqoqjkRR2rbtGhgYGBgYGBjICQwMDAwMDAwMDAwM
				DKzAwMDAwMDAwMBBSQaSJEnDwJJZbFVVVWAouaqqQgVKBUYFhhBCCCGEEEIIU+1tqCL+/XiR+0TG
				sizLsmxgWZZli2OrVbZaZVUFvTeqevXq67333nvvvffepfdOpVJJU1EnlUqlUqnUGQUJTafU6XQ6
				nU6n/1Smm5nprK+vr1OAdZ2tr6/v/////2hUKiGXFY1Go9EoRf8/or333qvtbbv+//////T///7/
				///////lnzhRCP/Pr6+vX9Xq/5iSiuqsX/3qt/DhCn/48OEXDtM0TdNhChNNNNFEE73RQ9M0Pc80
				Pc//5YfMu/bee++9GbC9tyzLtiwzYLIsy7IsLz+ZM1mWZ7Ecx3Ecx3FcxnEcxwxYHMcRl2VZliUD
				VpZlWZZlWTJg5SznnHPOOeec5JxzkuScs5usTZIkSZIkSZKhSPJfnuehBf9P/v//vzBBwsI8kXPO
				ixgCEX8wIpE4JA6HwxnO53A4HFL4/6/xF87/H+MVPv///y9/xVfwSZLkJLhct+wNrVtT16l0jUp7
				9Dt/MlyHA4t7pmuRa1dcE66qqiLrEOFQ13Vd13Vd9dR1Xdd1Xdd1Xdd1Xdd1Xdd1XcuHuq7rup6w
				UEs41KFYqqeaVK+u67qu67qu67qupa5rXtdPTV3XdS1TMXVXP9d1rVar1bJ6q6qqqqqqqqiqqqos
				kPqjoqKiokIURR3+/2/D+///////h8L///9POBwOh8PhcDgcDocrHA6HJRwWtMJVFUIIISz//88Q
				nnA4HA6Hw+FwOBwhFB0Oh0MRp1IXDofDcngZoglEFA4KhxDCMmHChP+XmbsaLXBhtUALzypbLEhY
				whIuCcsjIYRJOIiEQ8KN8BGeCOEIEY5whCNcopZKpdDSpUuXLv309PT009PTm2iaJk36IjkkkUhE
				kiSDg9Y1WaZpKbrooqNIhwaGw1QKoQKLQggT/j8CTfRENNFEQ/Q0TdN36BoahqmhIZqhn2S22X76
				jSYkNBISEtpC0yyP0EJCQUJBQUFBQUFBQSQAFpEtZqa4G/gpz840dFqlhlJnfWZmZmbmf/6XSzKe
				5ZyJYUiceZ7nWTi35rpCzTUBaDXVef7/ef7/hQiThFKETrP8RPM8MzMLzUHzPMs//7+ZZ+Zl82Zu
				ZmZmnp9svv9fMs88MjJPZpF55nme53mWmBAzMRTzYmKWmLuuixm0bdm2LU3Xt/T29/sd/gPv95sk
				SZIkySGyuFBEoSqV1nW1roulaUilWq346tWrJTmLZGCRGDgkjsMxUFDYCgap1VXWVSUskarOKkoq
				RIVqqIZqqIYKpVASNiGEoipVqUpVCkBFNaMqVam6arVarVar1Wq1Wq1GtVqtVqdaMVVVNRoXVgu0
				6qyyqlhJSUlJSZVU22q1ukDUUVGBohrVqEqr1Wo1tBoaGhoaGgqgLVVgvYY29NBDx0PrHRoaYpbj
				Tjl0G0PXYqi0DGUoQ8fQAAPBUKlQqVBpgFRou2glNLRaoRUaQhcaGhoaGhoaGhoaGhoqoaGhoZvN
				hIaGIqJRoCGioTAiotAJndAJndAJnVCaiZFZqMTELHShC62FVhraxSRUQiVUQidhJqESKqESIkiI
				ECFChAgRIkSIECFCJUKECBEoIkiECIPeKkullloqlYiIStSnAa9U2rYVatu2bdu27bSVUqlUahU1
				BCpqpUVFgYoCBQoUKFCgQIECUaBA7QQqtYECtW3bFlFjJeqoRG2UqEQNEJWoQ6VSqVQqlUqlUqlU
				qlCpVCqVSqW2VCqVSqVu1LY7SqErCFWoQh2VSqVSqVQqlUo9iA1BFRSCqFSqtBE0QzOVshWEttJp
				p51Gn+d5nud5nud5KO9YFpKzjAetinJaTqfT6XQ4a6fDmta0pjU1NTU1NTU1NTU1YWpowoQJE6Y0
				pQkTpg0TRCTCDBqloaEpTTedTqfT6XQ6nU6nm06n0+mmIzUjmGm72Ww2m7ChTbItVllksalsOp1O
				p9PpdDqdTqfT6bRhOgKKb2NiYiSmMY1pxNyWvVU2tEoNnVJf13WdvPd7FazrxOu6riu9VnpXcuXK
				deu6ruu6ruu6ruvSdZUIAZGV4jC1tjJVa6211rptlRDCtm1hEtZLa6mIiBSoKBCtQxVqg2adddaa
				Vdp2s8rsWbcKt3bbtm5bt27dulUmk8kqq6yyro011lhj67quq6yLrbHGWmmlV9lppVKhtm0b7YJZ
				y1KpLF26NGbNkpxXK7DIorTDmbZtGxy0BCUtlbSkJZ2SViqVSi9HiytQYAgipQnShQhEgSgQ3bYk
				IxkaIpJKpVKpdKQjpRnpSEc6UqlUKpVKpVKpVCqVilQqlQqFOrZUKrGKVEakhESCCIlMFhEREZEQ
				UmmlUglp2Qi57Wy0pYYpNdqut1FptEe/wtGjAWjPjUbjGWWUUUYZDRQOGWWU0TF4CVvBVipCVVGF
				ijYaVdGKRqMN0UpUYAihuhBCNERDNEQllCIUxVQiHY1Go9Ho1J5Q25mZmc0MjUx0ohNdNBqNRqNR
				WTQsSotGNBqNRheNSttSgoyUkAQhkWgr0WjZRntEIxrSRjSiEW3btm3bNjObmCezebMJtIltYhLb
				JiabWKwylFmmZChTMjvIkMwbmYmJiY0xsW1iExPTXrY6BsgkJiZdTLqYjNp1sS4msQADi3WxyYvJ
				i8mLFRcy731f7MW4GMdxHMdxHMdxHGc1rla0CavVilVVVKtQU1RTW1WFhdViYbFDWCwsFhYLFSJI
				oMViIhAREYtGNJoNbRvaYrEFzWKz2Cw2i83MZrFZbBaT2Wbbtm3btm3bZLFt27ZVtq1LCWUki8li
				spjEtm19wFjFYrFYLBaLxRaLxWKxWCwWi8VisVhsnUrXOSrtXToPf81riYVAC+Yty0JZKBQKhUKh
				UFhCoVAoFEooQYkJKw1eVa0qia0lsZKYXBIrWUm1JFYSCxJbkCBBggQJEiRIkCBBggQZIQlCQp2I
				kcRisSIhISEhoSGJTSiow7nCSGwkNhJbLBaLxWKxWCwWi4nEYrFYCVFZ2bZt20RiIhURERGRmEhM
				JBYiISEhISEhISEhISEhlZCFRIiESNnbRsigt2xb6ho6pU7XiMWe1z0iYqPDM71necdyGbfIWSRZ
				VyuwSAwckmNwGIsFe7FCFU1FrCJWEVtFSTVEHRoYDhUYQqgQaAKFhQlDESQshIUwRaxEEZuKiEiB
				iiIWIxoSGgWVIkYRm4jJU8MJU0MTZoZmMyOzkeliXsNq3OMi1lgsNlnEFrFFbBGTiEnEJGISMYmY
				RAxAxCIWuxGx2GKxWCwWi0VsImKNtWzbtu3atm3btm3btm3bVtq2bQUjKJ1OqaGttm3biojILHJb
				ERGSbVtWKMNWq9WSqVar1Wq1Wq1Wq1LVanXV0NDQ0NA2NDQ0dKGhoVQqNbQM1FKpVOqo1CmVSqW2
				0+k0TKfT6XQ6nXbruq7ruq7ruq7d2lW6SqVLK5VKpSSVSqVSqTSklVZFog2NRqPRaDQajUaU35a9
				30OrrN7+H53//////8/358O/XG0XiQwskoZ3DFKxilW3rdXQVFU4XIfDYWGacMMNNxymwzRN0zRN
				03QgTdN0sVgkyVnGsrzduUK3gs59wszU0IShefP//2G3uxvNZNuyZXnLMmWSMEJyJ3Iry7HcOI7j
				OI7jKW7bxmVZlmVZhkqnZcuWXaMv7dE+a4ZrOszSnMezs7Nr27YNJEuWLNm1vVgsskiSJPtk2MAK
				G0IIISwwMDAwMDAwMHAqkaYiUqAiokBDREOj0ChIiG2rw3JmZoZYVmacjuM4jmMYexsYO3bs2rZt
				27a92jbUbUUYgg022GAnSAaDbTXYstVWWw2tSltttRWZWby0qNC37QMF+UExQJ/L5JXiNNPR9ej2
				B1hcfE1r9+aiOT0PHnIJtHQcAmLJAvTjOk5BwlKCiqPrakn7HcBWCW0+91Fiq37HWVKscOE3hxww
				uMHoDjaZ3UPT8zv3wWrVJ28MJTIrIDDarLla2Dj2mQ7Q41gNazWNqKZV3nW88iVF1SvuttCJQ89M
				Vk/EB6rWQc+T5QcztRWYedQcAdLKF/BpLfVoswA2Pmc9T0Mg0U1SixOqYMI5ExqUvVKGuSzz6PAD
				WIf8od+wzuuik7v4kz68ZlMiOJSBuOU1neooSADKwZqbsSABtYqcN6TJzvvnrpd2uPOuYGyCBZUE
				/FuQ0P10O++ltWNgPkH2naWJIwRc3QBjO+vvgEtmGoFo+JvhMnEpaQazv5l8fT3Z+taQYUHC+oZW
				D7hycjvnVgToRJTfx8CkOjaI0FLflvj4VCwYYsYR7OZy5se7nC9REmvVOEmI9VW5QpEuX01PV67C
				G51wWgcdvtrrXN260D/APLSZj9815rXkvBZPrlpjjPHPbp42CyR88timNfthHEoHcwGVqYePOAJs
				THyMYPAuORnxYmOcTCBk3DiC9u798qoM6vXj8qKb/EVkboxsOC+G0xtol254pNTB8k+zj8EUSBnF
				LL//kE3ly89/RpTRdPId2UwQPqWra0OhvrpQhDdwC7iPqxvws3FWvWFG2vCLrMURMj8Q+syLOzXt
				Q80xzqPLBHW1dsW5IIEl5UbK3INDkAgdmDVOtT66zSqimphSiq9EkgzAVEENEntTUN3epVxnQKCN
				jw7ljmVgm8dNqWcC6bdwy/5pVpCwxYopwr3GwMjIwykfeeDOsN1KwykWUSnER8z+kbbzSB8LLHH7
				RLmTiw7P73maw9+6QGsaN+C5DdFVa9tLKgs+qzvD2gSC6jFK0IXGNckNxHbP2/S5L14GP7chM6Yo
				8gJe+VWaka+WfJaIeDnIc507TNnhZTIpnbkUc1tYX51kkCAJu0LwQ3t7loQdFrBpwmQayLA4BqzW
				FkN9zHBZY8kLsNv+kGsxd9Pdb/F+tC2Cyg3wVTgk+Y0Db/0dPVwnsfbkMMmaARNbqJxWCZKCa60G
				q0eO8HGR9V8NpoM7sNQmJt9XJAQUJLSqFJOORH8eKSFWMIyr6lJePPbt+qtg6Z5m92SrSAHfQr+t
				ak7BwvlVbiEfDDFPs3/kofKdYisodp6Pwadfq07yuwrsSX+rPMbK4M6PxqBJ03kCp2cAfL/eZEum
				s0IFCaHH3jSsh3pxSFKBC7fARdwD1babVS09BeHPonOTvfhulJ5CUiVGa19uVeEw05/CkYbD3JL1
				o1qYFxA4ZmMoAA4z5bJgFSQkODtu98uOsizpR1OjAl0cHzW8mXADSfnGShN0hIz7mOGmFp5ImUwD
				CYbH0CoFgqVHNbXbCXMCEOlQi3XCHcQYRScbbACNazMEXy1h9vbxBws4VLzasjoEaP4whDaSz4q4
				XRMx2toduN42SLJIBhql5tMc3Lj1QoP4MtjDy+DArOC5jiC2hsArTjr0h4uQFp2YJeFSLLYu1dmd
				qzij2QaDBXR4iu79ZrurZA/Y+FrZFJZZOBXTmTcVu/OIoqjgkvZ0oatOinbfCVJavuiq0EcQli94
				vCS2/JjaBkVbR7A3qMvrnql6gEM6uCJwV7H6QxhL6WP+9/5A4EdVkKbppL1BfgVf1Ba7Vs6ZtRFn
				A8S08v9IlDVtTDWfaE3DuC4ucQtJmryfai+e8WQ9LjxzKZRU8LiyiB0WJND0LMaifHyUpODGLHiu
				7qyuTs9+umo7Gbd4IJ1uP/RtTQbwaRQo9+jigiXLyih0cYctBobU456uFJ7xYwmS0Nv8cohJQYIN
				dALvUgBcuweIYpAhYwIak4+VKciNszBBcQHQExfksBgyNBQjW7sHqpwSuemenpjIjMjDBwitGULz
				z/f0dA5zZeTIlhfH/mCXl+9OBZOhnJCQRWI9gWfLJy+uAIYFe509ECyUGMVbihcXrBBvhCieXhT3
				Xt3QXdrazLX/ygEHtZWvy/ltQULzYDEe6eEjJEQnZq04VYZ62w92BpJrZ4GhHjGQY8zimYarm5Go
				+/YivRSgtCMQWtXYGxh8t5IWpTcyDsIW2Vte9XrLxldvWZHTW7bcwMBz1En3EjsS7bCv8ZbZId4y
				RA5vObbWFiQQddLWSPiWq/recia6t9wYsRGYdjhYGwo3GIp1XA6uB/9PROJbJne6lYmGJvJgKlrl
				hXAnj4AgonZuxIx2BrgBdAytsc3XSjlYkCYz8MjbEVq5aXaxty+hUYW78RokZ24wNj4Pm+aVAl/D
				JKsMs7MjDEWoZWV+9MGWl46x6MXHnAwbWRgpQ7TQTaHGCrAgdNgHslxVPYId4UM9Z/0MkahnwnVi
				ROCzUdv0vsptdM/PqQnThqmzIzTxqQ6g0kzMyn7tS6OrkdvUuBx6f0rykJFnk3k8cPQSqmraEWCp
				nU1FwQm1wxfdlyCwuJfroPHEXz+h147QkFBWxx5TcGDJJiJ4b3Rhntt7nwGwXHhyaFaMVDszONLY
				euTcC+IsktkgCh0hc0iD6yWNQ7F1Za7GssbVWkwSejMTHD5NTjsC9EQcUMaO8zzhAdA9lPPSbywJ
				eTnaoG2+rs3+1XkScI62lgZW2XEtAhmvIeedLouJfHlmiMzO72KEEMNuR+BqwcI0HpkYBdgaoiVz
				nuUZoeXaWUM1mcOSkNAGSsDx4MxLhUpJKeaoZCyL2wj8PkO1LSLFTlcq3qnV/M+G/+0muDXs10+p
				PGp5m5UtW5SLrjdIV/t5g+3qEAadrqMGMpRzdzfP4og8B1aHjl6znsz8FnDGdy+UdpiRG1zoM7lf
				irggAUkRcGJhHOSHj5IWXLg1rmox/5gN7jUwUjq4LaC8I8B5OItteO93F2OpqkbIimCvCBvGGT+d
				0IcFq+qFEf1GIcQDQfqgJ/9cNXCoPhlgIS1M2RxPPzSVkc71w/DYD/lB1UJ0vNeZGCGoWA/E+6IM
				yff01kcz/BNcDbUGgcv9tkztXD9GE5ToHUnlsL5HaHy3N3MWeEWFXBg5JkFaTQCGVi9X5wrJZT2u
				doWK47X22GLUJa17Bex9BH4bC8odzg1AK5vzI3wo1mHaG4KMhavUWmjXbSDCafm8k8Nsy0dEuFxc
				HOQKOZgJuvQDWZ6vLSBhlgctcEpW5zQSxr+9CAPvfTRoPFaiChIG6tRYtXMykGVzvece/bkFSzxK
				uf1NCNyvstd6Kwchjnihw3ULCcom0rJqx2ehlyTjjLvGggRHgFuibqjHGa1OcOtK+qSRViwgrbXn
				2mjymbHUwqkKEhwDbkSag3OUh9R9Q7xskDtPRQZ95tFr+BhfGvF3MsJPbNwHAvhRYOHqnRnu9viX
				X6RIE109zJfIvwRB+E+SoiOKEdkdqK2vHZ2FEQ5u5ZOa3wpziwQbCw++Nww/pRRolThRSEdpqhjf
				k8CM2kAoBY9+ejWbe9VKzRHbudY4Ki6x6HNxKvfoj0estIUX1EkveDjqQ1dlWGxiawwosAW0mQcH
				NdZWNjVpTmypT7I8UImUkZfbxednBwyutmK/cBbKRK/NHItfNUPBHzcx1hckGN3XE7ROxLDftzk8
				jQ/rui3DpHIq4EKNFXE9ke+l4Vr172ACLjR6J8rIzIkyb0222XZCqPTc5swveAC46AN/Pwsj0SOh
				KYw3XYoAxvMYSO6+3hytYyLduLVjCEmY11ShgjB0YAWqDusgGUmRhCbEptBgz+oYqefygRv1Rkxo
				MFYLqqHL03AY/DSxIKHFnoNuoVbN82XAJ+gHFB+gp7GmClI/eecAyqKiDLd4zAa8ru4DqF+AAyRf
				MumdjCWXvFjxggRW3zQ82sdDSQsO3AKn6lg/nA0bQT1O/ezGHQiwO6A/3v0l7o1RI/pVUDY6BWVl
				AgVlBKxiIgm2pEl9ZrBzN8t5PaBhSTeD7mEtH6M3wAl++Kq1hCRBvYMtQhbyk2/h5u2IARoJ3KeQ
				kwh3ykWvlNNbFtgBGbDG9O/5OCwAZJh6OL2CBAd0qX5mxADuP5YONH4mO4x4LkjQ7IhS+wxsVgLM
				tijRKO+0gWStWMCgkK8cDIi70bvXXoRBQcAi4f1xWNcASR8nTugl90jWx+f1Kb+8U8eqB7XPsnul
				K6o4uNXSQveQzJc/DYUaUD4OHurGepvZx0d4cd+eP/lwTvXfmSSW3rJkaoYcnvL5UrDx8/EFI7WQ
				hn29DomznOPsYqzqkFxw0pV6VhzlpCUjf6KFlo8ncoy3PCJN8gVWQYJWPou7vzGpbiCYDq8EXBij
				EI+paLnGtgY51OluG+PV0lCR5LZRh5Jgu3aIG8FZbUQA1Vo4z2LHlXSzXYmmxQ1X77w7el63h2t5
				pfl9XF4lAT7LLb7V4+RdrtFUDW04R7kdgOpMyB97Jb65g4Gzf3P2Wo+5s0brjGlM02Q8YxvwcZT1
				jrQrSKBgzmRWQECDX0FCBIkShzRxInwrq1dUdckLJsCCwWxwBBady06ALVl6tfyMlgSOypm6bIB/
				guU4fbkkCG0/hscasr/DyQZ41SuZvz/zq+qWiS39o0nOBQngD5ScW2Rtq/GS0GzCVwt53DK65PCu
				1PGRp0uWXerH1hGxpGnDOeSisYHGggTBki7pUeDHI6HECpYR5R6plOQXHya7FDY6BL4GeCmZxEqD
				xVnsEkoEDMUnErNtgMb8XTBv4dRzhdmo8sZYTtrNlmY5giSPe1rijS0GpXeL/bmMDe1TkNAnEtFI
				sHDcRLKBLAZYkOVLQt64cCr0DgbeMBVyNiz7t1+6rCXnghbrt0V6Tj+1NjYM8Lw99C4vCVq5yuIZ
				s1CPUyZFSCVUNqBDwKUoUTz311Z2T4Kb+ogddnNgrYvJYbiV3khn9T5HbZBvfGW5ltfAhc2WFiRo
				Oczbm+5Mg7sI+r2lmBc4YxdtBloXJODcoMP6MGVRU8EXAlwf2tTW7UZWxn7i1RSE0BKJKOH3nLYH
				oZwc3I/oCgMCavh0iHXIUIfH0OsORKThMG0lpQoSeoQNCRYbQyy9W8sDiUziJdAxEfdSewaSkNlU
				+2jOA2EWHfzN3Gm+smZaLHIQ5E6Yoa7Kre82StRJbNuE/Cx6REmKxqsM2zbtbKz2t9ub5qb1NT3D
				qSic0twif+6hnBmJFVX/pLmB5FAf8dBENmKYp6dkQsgkJNwwq8guDsg9D0wJ1ZgOvn3oGNZHJ+s3
				QViS28q5LJE7ae4Qol6aY7A0f4PNSoQZNiqk0RhD/ZgJgTwxhubR0fFeJ4kS+MO6AmpuYgwBoEHi
				1gO0kD0SmFwhALMPEsfSw68nPvGfBattocfcEKyZbXNHZZVxLw58gtuSwOeN+VOzuopakp+5xEfE
				2C0J4BQr+UHo4yOTBCXOSJJOKA8/P5tn17PWG/ndgCZGcFK+3cPLv2UwGOIU5P4SACQHjb+IIJTH
				FlT9do+ZjIVsneHlBM86gpMkTFyOCt7p67VMPcMUyK3wTvGBwpy0lmfNxYwBnolbeRU7YlmQEDLB
				IzsK/RxkFAXA0VM9t7E5EyYZp0P3nz0ywoMJZk/WIvolM2OvZGHQ0StB5VqVEeCiOiIOcZjIJQFn
				7b+6ZAabI+IW6V9N+X9hO5x0HU6/AWzorWuPkJs9OqyvomXUClz6+LfsDBLXuGRnJ35KwqyrGbSZ
				9REePkJKdOOWjkOFoOhRne2pgnHaDoeZKR6eR0qNDXCMBWMqeOxJ+6QvS/8GtmgaIdf+eVBLIMTa
				WuyA3Adt8CfZqAuOCLJKcyBoAYthbtC9ZjK7LRZQkABtQAU4lxkYAwIWg1Gtdpdu7U1ROwAQNzbO
				pDMKVGvwgquCG90u/tkJXlVIZXx9IHvqrlbyutJKtnS0kpXAMJjuqUaK+ohTl3hx3oZdT+nWlD8b
				t99yFotB8y+/lg4tPma7xau8kqdRBQnqwZVsszYfDr99kqq4yBvNyTnl4uBvn+aSPCRfWTOCNtUj
				0lzxx/8Fe0sgS0bA+eJp0Ge228gNm+liA4mJYZ1InTo92cZ6reBuyaZ5Ck9EXsYAqFjnyWUaJZ82
				BQnZDVFaj4XdSoZYNjU6JZ1OY+2Y7hlfrWPDnU+3aJQB2TuaA1CXewQDZG9UHbbG8mk237lmQ5Pq
				5fBLJuK5KZBWAr5aqSxIQGlzntJjY1mScNZKsfR3w15KIJ2GMgvMDFQeusedDl7kLuxJ8m+b0ZJC
				4bF9hs4tn4F9YPjud0EYNv6ZhxLX3KW2zPzEBTmgcVAx8xjKNZ5cxyl3HKMEYVHy0ixIwMqKpPsY
				rEYyjLVQ0arRPiU4GTFdiyVAMhqvpIOPo0LIx/K2n68FdKYqZz/ipOsx2rlXCmsUE18JgbwSrTBL
				EiZCwsZWojm0QEc0jCu0+esuRB6jk7r5huqgKg7lBlpSUkS+N2QIMx1p3N/mMtYKEgIDJCw/REYs
				kfPOTutQYVel4MjJMi6OAEY6fJn/O6+SZGTTSYhyCWaP2GA0fySzUhAl5RoXn7FFEDv3qp3bESWN
				C//5bJAmXopmeS0U9muJU4xoakDtvH7rrmAbYOcXze/KhSQhLXvVtJ7qyJwLKg7mhxBYcA/tlhsm
				bNQAvi03kLBRw/TeLJk+hXuLFaHTGc0x3Dxbw5gZRMaf35IE1SyRAy1M3Q0rPRdymbH5N+QMoSGa
				SXfjEtyuG62uxn+vmL48uHFuIRwF/dH/zctoWQUJHfq/PDrWInIJJYzJRiXVQmbs6ZDiZ4bSl7cU
				ZVAsEXrWlpYihJUkwa5QDgKCKo1s/X6tPVtTkFXLUDaXJ6ntmQMEvsElCcLcJnGJTzpriODkA+TV
				VZLFt2o/kQ9Q8XY25UInBJMvVjMhguX1XM8zFstuq1B4rkRJwlctsjOEY1YmmadZfo8VncPNDvWE
				4Fu/8JGOsTXkL3ibZLQxWHZIChuCvUK3/aXGRJUPQeAPqy4Wp73W91AbUPSiFxAlCc6xaCMKFw3J
				qd3o2ILbT9ysJTWhf40DbRptnQSo1v8H9WwYUu78KguGoug6bWpEJNsEaYMvS62iM7dQW3CpnCRh
				ouRCk5gdEZEkvvY65wj0sxDIxBvIJkF6fM7x3MHgqhQFYKjHFTA11T0Piy1L0baM9XM75t93R9tG
				ifi/UrWlmq2FW3D83QS7hv3653JkRnebnWzlrWPr8EKu31oSJONfMQPQTfWFLvQirYWE2ROZj4HB
				bKufPoa1oG3hO9qOe2dJE4JzcMJYKUgw/Uxjox48lIToxiw5R9UfO91dzGGyhin1xw7Xc3gR05zp
				XeZa7onCRBAqLANGdfhmn6PLJlRammPYl0uzhFBBb3pQx0pGcEDkiwjnyR3EaIYYDGJ3j9haIZQc
				grgRemQ6LuGIvNKDnF6P7JxFNy6c9GWq5rA+CJFQPK9DKvurxUHcQeRy9Gyx6w6IABLKL49nrvwi
				RK67S+MypAQL/86AObSkyjRYvoGvALQB2v7rPo+HKjmNah4sZRzPAfuaLgljkfJ8rts1a4XPfUBe
				EnyaUxeXWkYdoWsdLhhgnrY6JLJUpLVIgBPJYOApEoRmOP69WVkx8PhWdUBBkdDa4cFK2BS31HJR
				nWYRaiq1zGZ1k0pk0jxKMzcsWhk/O3bS9nYLSkSCKrEtjpTlO3aPcTxRC6PWz6D3tuwYtSDhSeKa
				58EwhwuUBTTjCChyYErIKgWEDdA+yQl3VOIzZmuv4SDEpvBEokRqJkdCmun446TlqgZew2DXGwYJ
				jVuokIT4Xvr3EtStvYA7JBx1JSjwV2L/FXdpN8apXHZlysLMl/OF3ncvMZaBhDES327POQFd2j3h
				k3gxVNqYkD9z3PtMe1qjxDsjEvqBOcXOB1+H4XwIN+91puAsepdO7pfrxTyDJ2TRrSkrohyFLYNb
				eg05bRzJ7mTUuVbq/71ULqkRcAVRwYIE2hwbfB/hiv0V6LgU8srqGwgCAO2qbL20s/udSkovCHCR
				CzdvsflW/zcYcm+jdy976eZbKVmUF/B3s8el/ee5bsMYfPLHnXv2/EEUwMH/gvHkVdzunM9RzXKQ
				4sM5t9TN/1vJn4fgERT+PoQ2rCAGB7bhuvBljeXYXxv0u/sQ2R8fxD1iGyLuhC/jTrmemLi3nHt7
				b0K7hxnBlXkE903MMmlyhDHK5HRdoFpXizWrI3jZ+1DxuPf5bkXHWfVOfacw3n65RAZjE0ooRHd6
				1d4GKqMY00FeEjrIRuwcZHszVUFCdBFCRtZByIwbhAxf9Bs8X83DyAbieYqsyElBqgAht1NBAnZt
				g9iixnxwsOs9F/TUma3kHUERpe4Vvc2DvEILElrsWOhWKm+aLz0yob9wWrnNY6rRm/wMtbEd4GO2
				71t6tj6xPgDhC5j28cxLH4iejMYddChIiJrgkR2Ffg4ySqDi0UgdDehOJMmy0h96jQYseLoDPPty
				+p/0h3O25P9QC2S8a2G1pGHwdwRb5qT6M8i6W0Yvn3tYs/i+p+ZsbDloR1Dyy9YA285yQRztXO6j
				FRJ3d+/zT5EvZjF1r1rgLav7sBB2d7EhB+bNRPOHjQwhUpBQ6XNopKkJoACDjYxWgd4DSgUXJGjq
				YhC8VtSA39cEjsKFNe39H+9WR5VJeWBBWKa4WrotDN7wjCVTiuJLl4H0d2T6/P6G37vUzszIjjDc
				2pcnG6H2Y6QP05ytX5h8xVunZCCL0XgLWAuvRRMkgQ2078/UFYgiYBc0Tnk9ycfrFUyyLMgLCuG1
				IHV9Hg9iMZVl2pfOt2bGMrp0LDelVmLPzVJoVZDgGFnARfw4FInYxVgsRwqfqe06yYCUh88ENoH/
				sbJBYDjP46XAWZUj0DN1ENW36s554pIK0qufW/R7d+6w6lm0sbPFBeJ+CzZbWpCgis+PYXgJBovy
				Q62hWegUk7MW5osksle4zaMWuP2gM9ZizKc1Os9YYInXJ2zBFhUkEJHbYzhxYCNHQUJMyPadLATr
				4nyUtUspx+ifYjhp03v3854SMg4WJIB0wtB5jqdLj1WariqbxuLqUl9AaopyWbiCieCRCInWTxJ0
				KqikYbU4gq1SXc3Ra6ef6rx2V2Zeu06W8trpC9EtJ4zXThOmWyaE106vn275/V07HaVuOVV37fTC
				5a7dkaTZrV27O5Vdu85R7lmva9eL0X3a9ZLoJhXa4kS65agCBkDg2t0pEWD79/t5XKeaF85OJgeI
				TjdAFwtjffC+KYDKE2ZvZew4gsYQ7OEA82LP61tWEyWbZLJ7tFAztXZZ8hBgzDOSHskelAbFEE4l
				v6/GN86CYUPFqOj8FOJxtCXxEotZaQokRpGfj0QQFVjGyuVgKcia53CjTbk34VcyRrUQMFyn26Qc
				tjiCcPQtQnAUNQ/jI+YeHuGHM8M8tP3l3Bz4+JtdydLaJ3785RoNmaedQL4xUTOovAINDooJknrS
				DNYWLCoLNIAAm76gMshwNMmsqk7g1kFhr3ue7Kmi8T7OuSb0l6RXdf7rgwJlMps37350mih5cy6B
				pJfiGIC5MfsNnR+evt0Fns5f/Ne2EEO63S0STO6fRNCmBjcW7CXhxUJuHPq4lqzFXGne7xlUux6m
				CVj+1E7/vT61u46XkUp4XgG0WAnBS6EdS4Js79QO8Fzn+SvqJGASuAGwK3+F+YlKq0sooyibtQWF
				uUckE1tAAOjL0wxDPSF4fGOipiDr1s3UBElr1/ErLhuVvuKSal4Wk06He19vwJq4AY8vMzgKj2PZ
				7xVziHJceYyb4XvFGLDd5FY+BrTypNxjvr9XpOT8ElEhBw2/QAHr7f9htK57gippxGPwg/iqM24d
				rm9PLOjf3Ssm5bhzSGJqAu8z9NBYKsDVC4AhXGscXkNoyRHgmtzJx4Ifj5wSKnhsRMWADspnPDEU
				XhNpLk2Gv6MYgBKNWnHTUthSQXaisf7oyqKgjY1fiHKwMrTsUbRjqAJuPTg6b2HJvGQ/lEnQBk9I
				dHcZt5HkRV86HQt/Gh7h4SEkBTfOikN1rD/OjvccacDJOy3av+PFE23mHarGwzXYuKahzebcHh3C
				vbx90pJhNUg7nI13ou8Pi2tjJYu4lczX/7Fq/aojWFUBfhaPx55kNDPUbvCk01nh2uF7KIVYq8SJ
				QqOj9jqturbx4v3clF6nmEfVPXvpjNVxw8kTDkLnbUFi26ec3VWP7gYp8udJtmoo8XaiKDkCS5fF
				gRAjpXJwuVRT7Zzj3F82Ppqq+JJ6/mbccaHXEUp1qMu83mA1Y4Y8vs3haXzYFd40fIq7Jo/cAP84
				iPaAKf71U/jc8sgN0+DryDWLuoZauYP9eFwoAMfuyqVz7yHKUB5gLzvn5PzeXXZMJJmxotVcIq5T
				H060wKu+J50OayejgPWihvw+5jAEHmzrojyJGAzLbP+SdHqJFlzQ3g+cRIsh65vLXFCROhUnEa4i
				0WIgLp3u9YyXdCT4c8gIsYphNLEj5cRh67bRCeQO1b/ngevKLyh0kv5C5BrbXitE8YfScEIWGqiz
				+SWR9toFq6DddQDBsDnLGCbZz651Qounih94Q+dKfpZCQFRoAVnOwnQ6Xc90LMrHR0kK9u7SUAxH
				i37/lFUnumk5JSjfRNGn0DGTY8ElYMV0Ji+tsJyX6KsLe3mkdYcMS/s40Ij8A62A7Qgvazf2AAP/
				piSjJkQZNmzFrdhYSO5XfYTS+soMDHyOmi3ImPvevY8uDel00PBiFD9DIOGYuhTA0jAovKVRPkKJ
				GEq4iM85OeXqViYOTeSFkV076qVfw/6lUgJUtxd49C+C+PE+Qy4vKNmP9l+x1uIrqthua+AsmLRa
				Xm6DdRs0IK95fUh3RTa6TkH0piuadoTMNKtpY6UYM+fLwuzhwO7gDodx0rsn7GCVPAOmEQXtAavG
				GhsN7G0WV3A8D5LCOruhV+7pdHqrYgwJTxakndvXGYIcul5WttE1jbmwSKUggWfgm4ctLfjJxnlG
				mAUVQs/kWmAW7AiNIOH0RCNCBJ2Wn2+0MWsRYEuj9z0jTdnmxoceH7j73oLIjqClUB2UBJhot/3a
				HEZXKbeRWnkS3wwPCO8Enb5s6uwemoC3IwhKwANL4AY/DyeGsyPYEjtbjgan047Pei9BLKNebkDG
				Vd3Dpad1YbQj8DOzuvF1liKEeYr/0TvHcg7LIXyUrISYHRAZKw/cC+PdFp1/YYcUa7xNNpqC+usP
				c5TUnpxN5h9d3KcRTe6VN8i8TDcI7AhIAUtkjdQ4B1OD6ETKZmO9gos/JCvOKc5TCFXif8efbhYJ
				Z8iRnyzLZYQDMfZSqXlCZHDfSRvHVnpra3MO9ZB4HDtCjmcWJvj5EtZSoB6bzO3MszDKBB0QIcEU
				lcy5OEAVgH6JDsJgWA4B7/kVQY2hchuktKgpGdHmMHa/mY55Wm1T65VnE5D1t99h991OXoNVfxHK
				4JK3qdr14hdLH4zHzFzI2yxplTsTbwOyQdRXC0XV3e2zwdnPmufQb/ysnjO/AZ4X716c7UU2GxOK
				B4WqubLR7zzEmul00YuAYz8wqm6gsA6uDFxxjDYjWEw3Swb50UD/VNO/7WJI7FONU+44jsw0e3rZ
				JkhJtAhhhRGmwwn70+SjUQKYWU2/LnMP4bh8By7R9A+q6SmJdGkBmi60kIXMNkko5uZreiAoPujg
				n5uoXKH2JJyhhaxbx9cPTSVSuf4Zn/txflD1EB3/fSpKCCqsB3Iv8yvenxzHTLLgah855ER2ineb
				u02Oy/9c3zQFVfjGOTDP7puY6Y0gkyzKRlOL3Ya0NkzKtvexSzyfi6HrOupJPDQE4Ea5GOtJ00f4
				h2OBlvsRBJU2PrP52jmA7jXmSfEjtDbrYArUFHSucjmdoQA/k1pzUyNTSTRpKsZMioU9aGdCHyeE
				WhBLXg0IHYW7pnZn871YmHzVKq7IlU6XcEd9ksqrQpbw6L3nujMWn0yduJ2iVMTfN2CrqEKzOnFM
				pYOOauGC8RozEw8rq7HMLoRDKkaeNY4UTadDVDoRYBG5iytqtwRs+ii4+3vZsV2cOGU6naMQCXNp
				uMHFwV3CVzrdJWTJ5b4zLt4rfZfm9vBWeTG35xhJQrnTD9SglhB86xfjpRH/JyMciY1L1GTT7/4O
				w9hDnMYQmPFpEfbLbMxczPWZYT4t9qlfXfzgiYOrO5ZOh8g0FgsbC//RrCcNBc1MSaVnkakdRaTT
				1c7ZwPURVA7/kUogFtvMugEjAdiyp+CjZEbR84YXo5jZ5jE0nDP8+UY1WYHK47N5sPS93Sgh8EoQ
				gEVoiaf7qFW3bCVis6AE4mXV+tCWnWoKLcbI/KYfGXLVYZOHOkGoUArZMAJpnN5aVpHyLuXrT/6n
				XCQaO+SJOIj4ML1OMCB8m0AJwqzUS+MjgebDQ9kiUYNen2YwBD7s63pUOrF8bBhF/IbwihX0yzm1
				j0B4J5zg4DtBdZ4KdgWH4E+9v+l0UdCuGNnZFTMeu2L4Ss2BE9V0dEyjylNkRa4JUpGuuM8hCQVK
				NQgQd99MoIiKrrjR0BUv2eeKKSwr1nQ61+ituGTeirMOtvMIxeT6e6cwsYEdHp6lskkVattWbFck
				oQmjrJ1b3cmMLvF0okdAfGPRYC1trXgO2j7RdW0jFMgSYkJU3EgBus1thq1fBS5vieqsRDrdiqEq
				7lQia2fIDbgWttOJb0zZMsyXXiyw9NWXvBNA0pWoMEY/D0OQp5/+GB3ckT3+H++xMWfgaYrHpOLV
				l1Rs/yQVw40dEUkQHk0eI1Ma3R2vveA3Dev5GHod7ukAahNCyNcXoOUkCe0V2MbGuYQc+YmPnkc8
				MWK7N0L2qfUhUQFZ0Stl8y0LY0A2KS0ho+yeSZXcrmCVTlfh4h4fwwn21e4iE68IOp1uczcbd9oF
				/WDWlkiGYzEqVQcP0ffkkKOg8THoHrhcT6ddjjTCA5V9/c9nVv99Sejju3aLPMcrY/3TJ0gyv3Bh
				s5sFnnn016Jtk19QtmIaou0gHhK8pp4byoblH0GY2punQ1wUfIapgRhLToUC3oqfJypkqHOZuFK0
				7wt6xfeFeyIPNPHeF+RwVzNWexdnvuafrkX8OcnS4ZO7PDeaO8zq+DIGVq6i3FlQ5cTT1oDhwBtg
				TqHeWddQrnOoXtCl9LETtfhcZ4ehCHzT4eCvhlg6HcK0UWyHb8UxU4J9BoLOOUhbaeLqrcUe/WZW
				RODN35wR1xvubNed3dFiYMDqbPAxHndIldYgmXNisI96dtpXSKd76EHkRNCJ9SJipIb3SQVyylD8
				GZTbMFaYqkAutqfTkbmy6HBuJJuhiIHcynl9tkoI5F7yMl4Rl2BnXeaCE3I6HeU8JFbWnE4Xv4Pj
				NLjT6U4H0tRpNY1DRulCzEaR9HodNjY2NButPbFGzw5nxOGWAp3pdALEHZKjwJdHSogUPCMKXqmM
				5HOfOL0aju4jrg829lVWGqXA0Si9brD6XmE0rCm47fdveRH6vULj4njnbM8c9To3CXu1KyxklidE
				hqFzTRtOGxYflGQYgltSxVaEUzqdhpDINQXzeAAk6wFhzyyeLwmtN3ZaVkoHoY2ZAJfKFMSvYU0r
				2lzoeMCmmN5Vwa0c/qeGj8H/RBmKhPkSjp58EqmoUV6yLlTXxsxss1RLB4duYnJnWN10cRnZKOb2
				2fQGdmeurNdyG7HQmZJLwnS/tmnb9RJ0zHmmGZWWeojBIRZuTqczmYZJPk1OIYxyWR0HXMvaTjpN
				vFeQNwXTcAMOCanKGDEoJ+x0u050HS6BDvHpXCwMcZ+e405xHGyrzZDItJwNwfktYpRz0cyBhCmH
				p+QNVPWowxRILtWntrq7vWEWhwio4pkbONM9g0+ly4LYQrIPxVfDUyiism0BefssZFzkhoEfj4QS
				K1hGyh06lQlKUgXnuFIoiGD6/X0TJ5mw0VOMuk3/aulvv2+FbWX556LrGAai22gTbIGgELy0d2wl
				hBgH4qe3LC+nEGiVOFmQ6JUtyihI5FZXjA+MOW/OjGMsjtAlrR01QURj+6CE+rDypP+vYBy2EEAo
				68RVmZmiJxjAUK6o7Q/FdCffzHb6Dz4ssWaRoDGJDfy/kO9YXUwc+2lqZVFblONChspJzUyHw85+
				PfiWNOzmr6iMBPgaZXYVwcpfKNhE/ySfXQ9Yb8Ty3V0NWefbZXENIgsSFnczh+Sy8xdLEz15NMgj
				spCKncNVJ8NLIrOO3Dpf6ROTiB+TCr7PH6PISSs8Ca5mCvDEO1gSTT0cS3LoORkNesZHOhT8ecgE
				UYlbYyoepjqOEEsk/vnEwwRwtV4G+z3dzD48zO5iXb8lr0IaruAF1v4V+6JmBzq9L1/YvvnfCeH/
				yrrduk6k3cN7YAn4LIww4/V3v0Nqd1jZnSSmOB5c+IRm0DucVwYwXI9Twi4ao0KwxFHKse8DEjKk
				j3ENHgSQokcjbMg6rpiVf+lPaaF29yWa2sADB8ubcz1R0hNER7elAiC3EjByEreZxu32kLyLBqsn
				SnOBBSzRWoI9R3soTbcdSqPDGkpzOjEZfS3hxFy3QCF9TAG6ilU1TulHnvcMgAKiKjVoL+AmC0E0
				aNLQrMFYSI0W/+xKryocZXw6YD1FSzclGrXSPrwB5KZEpXFTijmMFD2jqi4L0mGk7Va1JuDnFnui
				iFEjtfsSkbCSU7Ru4g5uS9qm1JEOV3KWmmxDGYbDguoDQofRga2BoExWNpn8MfSMsE05Spns+I9/
				UccWshw2gBvhFmC6dSDRuExHEkEWlL4KCexuya6STrVeHBMOteCJCTty7dD8PBntOsMjPYp8XCSa
				SMXYxrrznTo+fO5u2dFYgqCvoY+mYIA4OGyIHEfIl7Al6mrSr0xBwEo7HY4N8vuBp4ZV6BO1dl6F
				XFqcgnjl8vo+cK1KdlQjK9nKV2EpjDd9JZACkYOrgZWdiB8KvCqZzx0F/NLgDSxg4X8/CcKCgNta
				1HViAyHoiCkVm0UuRnau25wheUnrnerUoD+FNnFM/NjiGtaDKYtaKr4QoK+easri6yx0cDGSU5Ad
				rGByxl3SYTlj2OMvvMWldUYG0CXD/I3WeUAKKqqUpUi8JzVVIg6JTTrY7nZYiN7FBPz9XYWSwuK9
				PqK6clREyuCG0WefKF+SvDVEZJuCjidr4LnDmGhSGKqUn70zjeaWgBFjX+YXzqvEmGw6oqkbdN3r
				9jlgXdeuFIJFZARVqbXox6+Z/+q+e07S+QZzgRKliP9+xEF5FlXGAO81wCHwvo4Gf91gakht8Mo1
				xho4gr9u4MBfPTfwl+72An9dY8OsTb35Zlv7En6OlW0yynRl/mKBGry285WC8ZI68j2aa9DJcxmF
				jFw1pcmfIvnhpOz2O7vjj4boK7qGeKulxvbs4bUhQ3jbLtBFnQVCOnns4HnUnFZV8iKy7EWWMEbR
				9ftU9fRtuqc9lIVyo/WmNjl8iYwYw2gxVN+lQhNp4KD2CgRtXlJuILt6IFLBxwO6x4R4UCRTqk6E
				ylyzF3gKePHSr+ElwOg5xjAmehL52kSnuCy+vMTPvc6jnnuU0V027zzGzzn2xtrBxVyRHSBdw1Lq
				PI/ye67SudhwqCkA2fuH33GOrSF/wdsko43BskO6sBDsFbvtOTUmWj7Ekg/6xc84n8Hijrt45FZN
				O/jGlId1TmG4agE8OqglvVld5jy8NI/jiwH11SDa2ksWsIwJjpJmzmwcMy0LvUYwKLq0EgwjgjoX
				EAkkS+plB/6hL0n3l8SMEiGGJvN98aqpENiZMA3pJ7HdSHRtmURsV0zxJoiPgRM6IGaCAA/5ChXu
				dkCOEpWyMmeuZawMbpWTO4645j58cgf2fK486AdUTb58+bDGchxe/81JxjS4w/6FeFNEcLCB9opB
				76um0ONULYATqiGeWLy6U4LyxP3ClG0+Iyf7SlOx2JShKCRg+NWg2NB1kqFSMMmnzSmIUyKv6wFX
				rV0jtz0ha8AWl5WtkSMpV9dDmbanmsEEoV6LqCtsUx2usv+e/BuVgOIG7MOeV/yJpdscNEduEleR
				M2eO3CD6ay4nR+5+nyf2orXpAs/HIe5EGKZMn/+gXvNe2w7XBG0e24MUxeTzMqyqy9ocJA6iVwN3
				q00XRwaQon5lHK58QYEmf1cWFm7TsgTorqSA75g4zAKm9jnEyd3+Bi6PN3kbzdKQ1IDmmwvgwrDR
				R4CES5wf+Lku6HyzYatbIAylkmueh/dWrC8exJGrMKuOFfq/wW1DMEj7H7SgK5wt3DBUPf76vOKT
				7wZX4eGR/LCdhqkl0m5jmVaLKcCV11OaKf7m52VSf8H751C6l4nIgkJDMya69CORnmQrGF8Ug/yG
				BLffVGCNpoubVTGnNBnE0ya1yndDi5mODrRq5TSo3ixwXjzaLXziTL8yPMR7DOUFJ8d0lV/kgiER
				qTMB0HAep6ijT14RRwXBvfpE2t04XsX8YSbi8Jd2J0+WgWfsAHjj5OWY7Kg/DLNgBq9YHtPa964c
				BrFbbyvApwzOgYFvwU3DaG4E3Mvgj2djv8FDHTn43i/GtUZ8gb2m9gO7bBu/virenNzf+bjUorDA
				BbMYX4rlHearmRC5MGVNcTlSuAyaD1TknOOIVbWPJHyABwgvYydVKHBmlFQxp8W1w/cxCpG2ii+E
				6CXouhjNInHZkrztfh5Q4Jt3yX1dOoZtTgYw3py84hz9kUiXtqCDOm0wG+gHPpIjnELyPzDKXEdO
				IQTKSF8S5eUoyiu2/bPPi6cfHzRiX+l6xBx/xsTGlbAhYBec/ttz+WJxw37f5vAkrsKVLSO8R7z7
				AapGHj4UgCUpaA5zAudEdvduiQgbx4hKdQ8PBNADlwMvtoAKiB03EBFbAxExiVrswXu3bcQi1t62
				bdu2bdu2bdt2yrYs6TgmtkThHAYKAyfZYqvVq9VqtVqtxjdeolZUapVKpVKpRKVSp1QqlUqdSqVO
				nU6n0+n06XQ6nU6n0+kjIyIiIiISKiLSBpHGhy5xaGhoaGhoaGiodG7b0q3blndQV0A3juM4jm/j
				OI7jOI7jOI7jOI5DHI1jCdFoNBqNRmckGg+OxnEcx3Ecx3EcxyzLspQ4viRJkiSJJIlkIEmSLBZJ
				skiSJEmSHJIkg0iSRRwiEYlEIpFInDhiEDscDofD4XA4lHnCbJ6YTSWGUimhVBghGZlAYQkisonj
				OIRhQpJkYFyBgRMYGBgYGBgYGBiBc84555xzzjnHOeccaxzHyzGOx3Ecx4U9FsVjcAwGg8Fg8GAw
				GAwGg8FgMNggq20rZpVt1bRarVar1epa0SqLrErMYrFYLBaLxZpVVVVVVVVFVVVFFVVVrIr/oqKi
				oqKiGiqhQKOpShVTxVPxqqqqqqqqqqSmpKSkpKSkSkqOpUZKSkpKSkpKSopCGBoqMFCoMIGChAkh
				SLhChQoVatfF6wq9OF1VVXKFY74C47hW8SpexYvjOI7jOI7jOI7j4zim66cKExChDLaiJkRJVMUh
				iogobktERKWVgaSYYhKFxSFx4rhxHCQWUVGLqohFRSVFUxWKiC6KWhGLYiKioiEiEiIiIiIiopgo
				JoqHaIaGhmaG4qF4KB6qkAjFQrHQCJEEoViIFiIhoThQTApUgUKgCRQokIQQQgghQidOISZKiGkL
				RJvipziuIK41iqlBRDIiiuM4jmM0QXEsQXFQHBSCqIaIqBM6Q2zNhVRpTamV0OmNCkuWZJEMDmeQ
				QJJTU8OpqampqXBNXBPX1NDU0NDQ0NDQ0NBICQ0NDcVTepiloaEFTVwzMzNhaGRmZObhzMzMzIxM
				HC8jIyMVk4lDhmEaJkwYCiNhFiaeaJ+aNE/8jHy4z3Ecx3FtaLPZFjabeBO/if/7828CYuKYeOJW
				KxLHcTytxJW4ElfitYwSSbIssigiIiISP0oct6qq6pKSWklcEpfEpFIRiahoiEhoKJBQIBlNQSMZ
				GRmhQWdmamZmRsLIiIxMRUREZESEIhIgEovEInGQIEGCBAkSJEiQIEGCBAkSH8fxUMRxHMfx/4dF
				Jku8xK1JPIkn8UwmT2QST+KGVEhMGNIQVth6HMcBIXFIHBK3VZZanVKl01DpDb1D0bWM1jjJFkli
				KDLEDDFDHGZwrGCFuEJcIa5QpQqrQ1VgUYgpxBRiCvEEoECBphBTiCnEFCZQmDBhwoQJEyZMmDBh
				Dk8IEzbhCRIkTJhBDKVSMqGQiJSMkIxIkCCdhBASQgghhBBCoBBCCCGEIOEQE4okTFg41EIt1CJU
				qOu6riuUhJJLLrnkknDU9r7Xrq0We++999577733e2++967ae+8doo6KqIqoXRpLmzZNuxJdSTtC
				lCRZk/Yq7D3SSCsVrWhFK1pVXbSiFS2KioiIiIhoiIiIOkQd2dDQyNCGNrQYERGVQoMSEpDQ3nvv
				LUR777333nvvvffe4QgL077XM98zMu3B095777333ntvGo1GI9m7QUELWtCCNtph06b9pk3UoAWt
				s+299957771r9t57NiNnRJLkzGOwVUWamtWsZlJXqNUVtSpFkUpFpJohoqEZmimQBJq9gyYEmpmZ
				qRnBzMzMZjazmcWMjIyMjIyMjIyMjIxMmCwhk4UKDA0hgzKEWYVZCLMwC7Mw2+ywZ089e/Ysnud5
				nud5nufZPDGbzWazmMZsNttms9lsNtsmNoMuRkLMYhazYzabyWYymUwmk8lklMlkMillsgVlWRSS
				5FBCJpOxlFFWsmBRVU1RSU2FkrpCra4VSSmKVJIJSqjx7y0jGclIFsTp1HBoamZoZGbCyIiMjIyM
				TESEIiIjqAiFREREZE92Y9myt2zZsg9MtmzZsmXLDkC2bBlJTQhFjeAmLLLIDsuyl71sERHhZDIR
				ERGZbCJkQ2Tvvfcewd4L2TtCGtawhlGlYdqwwz6wsFeSYcgQQpKBDGMYwxhWIVSFChWmwg47rMIo
				7LAp7LBD2GFTCBT2hJGmJsyECRNkZmZmYioCFkmIhYWFhYWFhR12SB0YGiow8D6BQpGECSFI+A+b
				hB12CIcdFhYWFsJCFzZpsprRwoLU27Zt3GQ7QoSw3+/3gb1D3333HX29PDp5eXFy4sWHEx8ufb/f
				4pjMVsD74Kv6mgpFJTUl9cX//4fee9M0vRG9efNq3jITRuZtfmTe896bNO8DyBKk773f7xfehIUQ
				5BCBL/QI5b+99z5+v9/+2oz67L29vb3txrHfV/z/C4v3Xtu2vaHSdevWjSyLJLE4JAqHgcJAGmdw
				pIvVCg5aVVVVVVUSalVUJdpoo22IhEQUQBtttM3MzMzMzMxsz8jIPAkiIrKJbLLJJluQ7W0im2yt
				7e1twraEBZIdtrD99ttRJYdge/Hbb7+97e3t7e3tsL0Nt7f33lPzse3//2/stex6aBtjbMZmbMae
				AEThcMZmbMZuBVmtKhZV1RSV1JRUyRVqdcUClaJWgyi2JhIqGiIS7D1aLBaLxWJFMzMzM3vvvfco
				JDUisSW2xI69995777333vu99yT23nvLCw2xY8euY9O/LcI7LuvYO/aOvcXeGy0Wi71jAbLIQY7/
				//////+G///4/5+Wfw7LYfmX7ieT5OXl5ZefiW0hHyEWcsghH/JPyCHkkENe/v8bbnvDDTdcliRJ
				kqwwSYYW2SJWqFBS4QpXOBxCKAohlBQGRUFAFP7/w/////+HJfyV8P///4yIIMgS/v//////P4QQ
				QgghyP9H4HQ/wseHD98dPvTw4YXj///////7///H/1OE//8//CJEhLbK9n6/L72h642uZZQsi2TV
				kDicopqBItP9Bw/D//+/vqoEU/9fX18fNU3TNE3TNE3T9IymoNGmhtMJGpQz/8zPz8/H/7+8vLws
				y7Isy7Isy2H5w+FwqHD4Dx/+/3/hCA/a/////////////z/+/z/+DSeIr5hxHMfxxPP9/zc+vpul
				VqdU6TRUekPXu3JllCz35oTEFW2O47i5uYOsVhWLqmqKSmoqlBStVqvVnkYarQSlvXcg7b333h/2
				tPcx+9rv9xWI/X6/3+/3Aez3m6JYqhqDPRj2Pohs2bJl7x0WFrb33nthL8Tw/9+cllfP9Pz///G2
				t7f37/cViP243++KvYXEYjGGWOxqG9TqlKbx8fHx2ijj4ysQ8SE+fjJmzLjiiklVFWqKSmqkqqqq
				ogYlGe5NxfEoppjioBJOp4ZDqczQFMnMhPn//2PiJV7i4+Mg8cdxHLMh/P//sYQQvyx8eH5I7Hjx
				4sWLJSxevHiLFy9eHPERRxxxxBFHvEYcccT33tBQ6ZRarXI2YLCII+Jq22koVTqV9rJt27bDbrNT
				woKtVtlqtaq6pWbVXa1Sq6VSqVQqlUqtTIHaBnU6nU6n0+nMJoxMN910TwxlU4kppSTtCC2kUqlU
				GiqV7oZu3XvvCQ0NDQ0NDV1o6P7eW7dt2zAPn2B3Xdd1fV3XdV3XdW00Go1Go9HoRENUouS6rutc
				B23LattWQlmybEmSJEmSXJAhDEmSJFkkSbKqqqqqqqoqSBUVh+T/f+KCmzgktoYbbrjhYhkOh8Ph
				UCgcCoXCyfAQSIhwwgkXgYGBgYGBgYGBgZvj5p5z1pyumnPOOWd47nGc4ziO4zhybHDceBjHcR8c
				BQgGw8HgggsuuBpXq9VqtVqtVqtR7VqtVqE2iLIlRGFxSJwFdqyqqqqqqqKqqqqqq/bee+8FFRUV
				FRUVFRWVUFFRUVFNUU1NTU1NTU1dU1NTU9cVSmpqqqrqpRYky0gQkYogk5AGhgoUntQoEFIcBSJU
				hxVhC1vYwha2hbewhS3MFttisVgsFovFYrFGiMVisdDGYmWpVWmERmgE2SFCiBAhQoQIJYvECCGE
				EAIjRAghhBBCCCGEEEIIIVCEEMLhcDgcDjNCgkBThBBCCCGEEEKQMDJPmCAiI5tjImzaiuFLhIgw
				P8IRjjB9hCNUIkiEECFCCCGEEEIIISxCCCHENekIIUSIECFChAgRXhzhF4EmwhGO8IGIcIQjvAgR
				YREiwhGhEY4wNcKHQwgVEdoIbbXttG3btm3btlGWZVmWZVmWZdkaZ3BcVbFawUGrz+pXq9VqtUJd
				DaxSq1QqlUqlUqlUKpVKpVKp1ClVOp1Op0srnU5/Ok9MmM0xrZTSoaVSqVQqlUqlS9u2bdv2tm1v
				aOg4FNzrtm37cnh/3HE7LgCLtm3btm2jazRairaCouj/L3r06BFl2ypLrU6p0mmolCzLshxJkiQr
				KEkSiyRJkiTJQE4OkUWyWCwWi8WLxWKxWCwWi8UisUhkEYlEIovFYrFawXGcgSIkiROIQuQHIk6c
				OHGSz+FwOBwOh8Phw1BDoVB4CYVCoVAoFAqFwolQKFwYGBgYGMgDAwMDDwwLZODz+UzOOedzjnPO
				ycdxnHEcx3Ecx2NkMBgMBoPBYDAYDH6QwVaw1SK1GtpqtaTVarVardYtKVYVS2ZWzKxhsVgsFovF
				YgWLWK0qFqk0RVVU9VVVFVVTVFRUVFRUVFRUVIGKQlXVVJgqtpaDNDI1Q1PL6p8YkREZEZaUlFRI
				SS0VJIhIqFBSoUKFQ0kIdahDHSrUFeq6ruu6rksCXdd1bZm9rjnHda1qdVjRZDUrWT1WVaOqqmqi
				/v/j/9mWv3RCpXSUJl066ElDTyQzsDRNT09Pf6iLvqJIq1JUSURENEQkNEQHfRDRRBMd//8zQw89
				9NDxv5CQUAkREREFDhf6/6khhBDCgf4/0EHTNE3TNE3TtExhCtr0FNOmmK7gaTQajUajSRjRiDgK
				WoOCgoKCgqYJmkFBQUFBDfqpfW3btm3bBmrZGSIpssg5SM6cOXMOnJlnzjU/P1PzD2uuoaGpoaEh
				ohka+f8gmmmmmUenhkNTM0MjMxNG5gnzzBOzqcTIQmkJhaRSI7PMMssclpBJmJAwhznMYZ4J0yfM
				whxCCBGen5+fKcDzhJ+fn2Oe53me53me53mmPM9v5hhbNBQjMRUzMRQzEvMhpouZiZhKpVKpUNu2
				7ZX//39SKBQKhUKhABBkGDjO4Ch/UGbJ/1UylSxPyaFkKVlkhugKJbKUTDLJJAfJRNMRaBRUjjzJ
				I3mB6HBoYhoR+cOM/MiPHFAB8iPTIpNKKlQhAhFA5KVEPoghMnVyJkQcy8uyVAKZuLz0KM6W5wrY
				BYpsICQp2AZlNrwLVTZIjIg+WJL0lPdsxWWIYaTgfRvqT8icqCbh0cYifFyUtOjCLHGp9ev2+F59
				vkrhY0KWgPQr66EGOgXY7UWn6/APOnzqXE6RBCspp4qaKb6SeDjvUEUKU70FOR+RlNPRGq5bEMMm
				kpEJL8ybl6rxJz+RXKo3bXVxe08tDuFPxa4bONA9GzZUPZfUe4PS580R/08VwVsm/7UIjYaZbFpc
				ApjKZXV8IGHrTr3RXrSnm4lA9qm3ZTy3++WS42pPkz/naMPUm57y9qxlJxySsmikCVkp5zX4kRvA
				0Kzx+TRvaeRwGCxux2LwDVRCMNHe4ikTCnkGqjdu0OPbLByBB9iUKQW+xyxiR+OCIXnX+QZRspNl
				x//7RXCNAgLYosZeanALRPfS5qF7o5+he+H7jgUU4FG0JUhB0lOOFVxNwSIv1chIuAktdTV1A64a
				FRFQMJ2KqWxanIJ4ymT0HGC0ku9MtbJTZ+FI8XgMXHh7IeIyDplAJxvMvp2SVAqEKfWTpy1hHnKe
				4DPmyXkxAKr5PxNvNHw7sF4GUd6028z8GIsqcnMEjXtdtw6jkI082Cb3Hm4u+lnMFW+KzGG/0urr
				8AwdbeQlAqbJfEwzMlP0PsHWM88ozROjULop9sUgwvEDeKMaeUlG/ZQ5ig3zqPNqwSY6IfKShIFZ
				Nc23vTrfm+njX1GkBbUJxsA/wuN9j3oMkbk1ipWkco+1HQM29joF+nJHgNtVePZZzFAim1KLRuEj
				XjNqmetRPi5KQnDhlpCjTYC66dbeVMN4bYPD1OzCI2vDD4UZf5a5aPzaqwMh9fYrU4tK8LO9JaPy
				3MtQP+ihtTq0coem4zqYYpEaPhrPjQIk/uAZz9zjrwCzAU4yJtNAhuGwqhR2dNduupQZoLmpcmc9
				yKAMgitblt6q7xhQQG5X1St0cnit2M+GLbPAYtTIsZMCQ7K0djsPxzFFILxw1DGaNQrTef+CNEwE
				3gXYVlMORip/Nmro0/uJ+AEcZncHhOMhfnlCsOPoyMyuZc6y3AD7x8FMHCEfkz1fKHHmZKcUisqf
				m0C1UVXimmFSQrjYioRh9+AxTpE+vrDB3gNnGoXcoKVNr4J76aK6XOXjEsBULqvjA+laG/GSTt3O
				7lz1HJHMgEXCZrw0DiMDFtVtaM/c4Tb83upQ1vwopEzKPWY2H9InUhML0PoEjoOkWISHg5IU3biV
				5Tgi9lYCdDLEWrCxEDh073cKeKru5AX2y+EjrkCVnphY0AprJ5WzaXJTZtra0IuBErO9RFZKZkog
				JgAtHurHo0jELs6KU3WMH86OdXyhoxBmCjUdDwVYqw4jzBgxifyn1KRxnvEp8giOkCmpHX4a6Ds5
				ReLecENY5IinEiMyFNET0m3cM0NGm4bsdXwDjLz6AKtHEX+lG2bAMMzDscBnkKxCTqHyA3iZeYns
				kepWqAIYa8bL515NfUfOCR+CD4WmP81aRuxLOKtxtySI5JJbWc5sqqyRp0CDD4UJLBo4tJmtyjE4
				6JWE3vwqFD0BEdR0iwua8D9D9EHXK6yfeThbuIYZcJwqh4fChz5n/BAiUdOM66SijK9GGeizavfw
				npv62U6FZvZQaOgbIsCATMxBqC2sxfAzosp/oOgs7KhvNkHDa27FMTDxoTCrOG7NCU4LLL5ZvsS4
				Q2o6cMbyGLVMqw8FeEl09z7cVSBhnuNffBaxciiTfSbLUeGzA7qAehwGzGisW9jAWBh2Tn6nnB14
				KLBTgNHfA5AkjHvQyXwnDbhaaBTQ3Hhgvnpiz4AR9cppbrQ2lkgKfQ00ihJdcFQWs/J+phCRTt/S
				hCDS3UMBqsHg9JMMi+pTVZ1neEYoch32UKvq8InIcBtC5PBj5j1UqFSJORkqGS7zTqoZ16vxvdu6
				WYlX+pypK9tZo1ho16iswVj/1zJ/0u35OYMggr9akFDMZAagM+oLhqK9A5c9uKiemhGsX25W/0bi
				+Lm69wXefst2cwz1k9+9xNATUGoWB42k8BpYpiSUtVDRKWzTQBl7LbOSYE49PIcpmuUSljYf/kDz
				EUlf7R7TIbvsJNfsU3GZjtI836U0rXBLbmwdjnsEyQQbkF295utqC2W6al3m9px5zg6k7AO9v+vF
				T85xCogGPn5oYV2vtzSDqx8apUJx/WR0uAf54dRuiC0Hs/UH8OsRH18OaHG/EPtp8Uggp//P1quJ
				ci53U5RCIFeLKZjMQTILwNGF4OaYzCcPZdw3LrhX/jDNSSaiVGH1ddiGSazWE5icQ/Fm1Zz7R9V7
				LYlDisfeEY76HmywHhH+Bgc9ofIzN3ipUmoDExvfX0u4h/7cZ/CSbKGPpx4mKnQmkz6ckSB9k1R7
				V0+k/K7EK8Zc5O6cgq0S2UDULTNffy5g4aW0ChaDKJ5z3xPH+v1ZwL83HoXFxSFUvRmWwKEnCK5I
				o+rObkQWwume+/ljLpbITDn4jX21B1CvtddxJGzaVijNERQvkZhI/I3YhMKK9IzWYkT0BMFVVLgZ
				06+c7T7F6dDjQ+20vgUpuxn/ph24TFM1U0JPeBy2qYIurtdZNBA49mYL6MGWQVk4WQGxeBceUfAh
				YfcODwdji0hoL/9JNMfdIbjS53mnQr03p3HJ1+ZDxPLUNYqPkcI90GygH+c0Rj7On15V6yxfLy0X
				Xc2OU7yhJ9Tk2eD6KIVYoyI8XhNK7nFHhCid/rRq6ZS3UcFeHFC6N1uihNska6Do4et47lRmJle0
				6qEbtc/9B+Kx8za1rwvefl4iipHCA0UIYtko4VelF1d75dVBwQYnV86XxOVriqjnAv7y1IIPJAA0
				+nKTewQs65TqlA7BxutzORUwCkppCfZM+Ohvp5nhk/AqwbZNcTBU+Nu6dMktHaQpPzyf64E4Ezdm
				tT3fxRAOeMmtAWeIPRLClbIxL3I9HX45UewoJF4860WvY6TLQ/TGfTXlmKmcBuiyEclQ783XyKNg
				b3rqN/XRlYH4egFsWXFJOmnxUi1jCXJUzWcqBkzSCH56I0Uk5jJQ4lZf7Pxbn96bpE9vnaIRojBl
				Bvgp8kbEYdpMYsz0hh8+oKHAH+OjjE/vMaLpp4+o8n/QEZm1dIeRAp4y4xqDAosY1/v8JMel7K6S
				P0Ep5CaY9adh0T4eSlJ0YFa4qo2F8HjBAOrkj+3zLPScreBXyj9YshmEsdJIYnbgaBZC+wT1aoIz
				MqK5O7xlMuewMMxgtOHuBkqbRZiZpYJT4Sc0speCdfFWfnbb15IZItYoJC2fUkyZYNZ71V5/0CIr
				/AIbU9pbcmwUl7pQmFVuAgKgqL1nbADGH5fWNNsd8ofr5yaATvDJDmI/D5kkKjDGlPvaUiutR6HP
				Ka64eeFCF9ExNYO8LR6rR+nljHzjmyM39c+CKcW7BSrl8WAbPzBPUcdiU9Q+zzk/N0G5Fli0hq39
				oyUXhB0FGShjJU8P68K02tRbeAPteSqHaAZcBypwBtpv6hnklhw/X1wIp+3JmD/hoCkvmW6J/irx
				uBquzzZacFqGP8G6obboQzJ4+FpFzVGPiA5a88dXkZdYHgTHNLACipKYB5ubwS7ijpU8PjCON4fQ
				h4fA5yDZrAFbfHN2+SbXbN9wije4+NxCG0V1xNOoDje6VhRVsSM7IlKb4Lh/hbu4gjuID/DoriRw
				q4CK/+h1T3/00rD952hmUQ/d+NoZaz32m/MYzmb10/AtJ3VZ9gmgUKsZmfuET9cnmMgQJtx2TYjz
				VqGKV2MJcFIPdjhUBZNN4hbzaho0ZyWVq0bNUowGfUKn5Ew8QmB/CLu/aNsnCKebwZZBtoFdVnWp
				JlWj8cfYMp8w9eaEhpola6Geor4ncP+fQVSYR3LtCVPN3O1fL0M4NEQ7RytcIz1B4TZONJEIlhC2
				7Q0ejCdYtKI5+vUNSB0WPnLJPCpUXFPjGQ18dFfNd/LZJWDbY0m3xMZqQxMoXdIHIOfFFEQtBVcK
				0U2uW6p6O4e6hgIzym/6a9D1xnmmX7FRFdhCsfOlwNPLy8vLqn+Qp5n6QBqzH+BsbZYlyOpx6EuM
				MZvfKHeegmKdlndS2e9OgEP1nzNowsDxbbJ4eC745lLS4erJObKDxxuNKMLVa69JP7FXLnEGic+c
				Mx/doVS603SNGSgPVuBmmLQ7oRkrm/bHKXeQ0mRug2e4mwf3ThieAcYXie4E/ggnrgwmODNvuRMG
				g4R+TBeo5Wpd7GZG4NKKO+GjVjfrkb5kpnnQWELkGU9iS2CstF4Cq3cwm76hMybB0SC3UCdw+a0O
				ZCAcd00dKS2ZPj5eFQbqhU5Y6rYZdZ2CE1uRs//3qx4fS55Zk+5yNf/Q6yUsWh5ygnCG4ycF0APJ
				Y4XXNHMEfXggOVeX2srttnRpMfFyTHduSiyoE0cYYcxjKbutLWUKCgzdPo+1CGhtcHU+3EJYZXJ0
				PWCkZb3dUIfW08mAshZvN2A4t0fpMcdKr7Z/zQGTt1uf4vTcHSdswPiQzfQjmeYlSlEqPJ3Cf49R
				w/3kcEUL2r4l5CW05pLGhF49yWj05ZATIhVnjVQVRfXCGbmU5x0wxsoRLolIP+9SRVHLCtZtfyoK
				U17/tsWCgeET4HJSaIWDEK6MS26Kzl5K3lvUS5htgezBeiXFLdfpdR5pMO7h0ohBQov1gFPrK+nT
				NBK9hJwNQQHJeRAlQW9bwy3LWUWV3hTvkr+gHgoOcOknMXVst6Kde4YppcihKK0iWBudnAFD6mER
				X2Q9x4f9ViPUDs/Em+ubHcPnJOCgcHjmYxzhCH3YXE4UkoblG5LXnXfkVfpzXn1VrHaC3QkKrBdT
				FDVUPCGI9ZQMqEPNeY4MBWXKwtKAcA8ZkKPzkD44ANRCa2YDij1vf/7FBRsFJEyh147EPllud0w5
				oJIIXz+AoO0wYMGrOIYhVbpEl3Ti9XivajLeh4PT0NrrhOlDzaA6OVYNUFgHUwCuLk6FoIillPHv
				AxAlqI8xTTw8OKUPUzgJHOOYFZu7v54+t2IWEwo2eS1CHOsN6eYGjWSh9RIEqVf7iFUcZbj07BLv
				YLRCtQupkIS9sSKFvAyGPqqWoZcATUgNOJMYWQMCDsNWVaNP9/amqHQAxKDC7UZ3sReEsfDu8EBh
				slw3+QJOoOlsrbAWF1WenpXa4BAQ4HyRL2v3oqMdRmI31kxrEgC522HRh1lQ5TF1Urw3UnaAl8ng
				x3ZJnZC3/L2QkGj8NpYhCWPsVHTpdFAd+8lRwK7nTLnZ05rdEe+xZIFd3A18w7zD9mqJPT8BGA1Y
				uO0PP+t5U6qsyqPq1BmXbUivFaDJgSmlmRn9ITKydafy7SI8tHcs8ZTwtDhVvQQaXDtsD6EQapV4
				QUBHKaW41wsgfEO05L1bUHLvBo5tellrtP/e89yh90VTUpYuHJCRqusTJlf0Ei4vruH9mJKgreJJ
				QaU/IuqlDVHzDPQw43clooAzZGsa7XdDpGZ1KI9H1HXFPKZyJgX5JqxUQtrHy9hYMiz8kWi/pSRq
				YkjlbykkXHdUPT6UPm5zf5Frcna4pmCN/QmqABjMmIt0GJUqwb5blrLEGGgKCHH6W6rtFBltjT2A
				ojbw/C3V9SnDBwEv5mG/vwbkJeLrhgu6ncDzRsBNkB8CmzFAMq4dgKA+/S0FAxQBqZc0MwEjd+nZ
				Z3gjjWd43WXQ0WHqvHuJCEnQAUTo2wsl0ZZwSyJpiHQa0lVDfLDjeQYmEYPCLk3ByeORHLcHI53s
				Mn86r5KZRp1CKr20pZm+t19DE8CeXruR2fQhAGT3jWJjZJQ4ww+My6PhpX8wT6xVtX8VwIbamhpJ
				V7xi133z43THWUbjb5GboITT3FPtff0EJo5ATRSJwa2FzUUsSkBKxqBUegb5mn77W5Kum0ex3JRg
				UeL9QP0tjYapX+PTs5WoxevzhkkJaIiWQNdHt89qbJ0emo6MqzeeOZI2yGZuFq/LzOKlbl8W72Zy
				OtwEeEJ8TVR3mKWNbC0nw1FqMSptamz3LJ6yEwdC7xPGzJNK/pZSCSAIiFDKdPeiDeaW33O7IGTQ
				GFakT8vKD5BGxfwt1UcAe1Xj57TNe+ZvqcQ025qLTmsb34TfJvcQHDqZN2bw9mzTQs8AN2HytNpJ
				6RgXVpunfPMD+MR7OSTnHP2JJijvHFtD/4K/I0abuy/RB26857Q025i9rPNRulU3x2O9i4Vpr7V7
				yA04ragCMjfBdRDbxGCiJTi1C51SeRCtt3KVgvyMczwIFZEaVGcIB8enYrpzZJbKcj8ogtpOKzW9
				iLQf69zGC0uJmmzqUBmBg/S3NAa7uSZ4h1l8qjz+EdNt6GchkokbyCZB9CCm4/BrBcDThoAYjKND
				TjJjSGP9zPO5PHyuorwUj2kZke9wr/7Gdi3KTQU/xEs9V7bUgIyz5W672B3Ia0rdP1roZim6fd7t
				QzP3UhiO2SZeWmUTbyNZjEUAqTXx3qUm3m4J8FsdyiHOlJqkMdiO2TWn6UK7q8dMW+GKGsoVo3i7
				RNXnw/bL0yVcyGvx30Uoi5FINyCFbBH1DP2d2gwfzD6Bu28yu8On9wEGUm3tEdRjraBaAsttQgAH
				IBuAi9m74QjVvhqpYScdR77UFYaEQCJbXU7bzpCnHLI2AtiaOh+xxpujVnm4PHJzWB+EQCA+rwMq
				m6vdQdxJ5Grwb2HXFZABJJRfHq9FvwR6aTkn8rkm6PCSLgOWOlqESVakqav9Z7Rj0NvU0PSa0Nr2
				zdE6Ei1BkXbu6RVhvrgpclRw/5pI36/o5cqnubhyEg7OTeC3w4m1//qXNF81Ya7AAG69kDgikho1
				oUFAD6bJJMKY7vLSbnNJaip7GCSjg3TTR0nhl2bLjPWYI6+VJmR0AQyvA9nRO+3y5DOLpvBD/Ccl
				si1huEF9k8jhChd4BKFdm1BFbMQz/Sl8t5Ds/pVan0Q7iieo14IiaBbulzLFaLYxzYThNHVOIc8x
				yfuay5nDaa0qVwiyyWB/U0ppMYXhrsTuux9yLXjkFhUGolwmtIfhm81s3BRjCdAxMwRYbIyW9Z4Z
				n8frQ1Ouox9ROKQb8XweYf0f3lDN5q+F81Ecp8/yrDMzOXPqOY7t59vPOuteMG+Z52i/GMR2cUjX
				cASkVMRLKtOD1mOCpdSHLIXOa2FbJHE8bDyAdrQKWsqWVL304MvJPHJwA/DJJQ8G4m7Q7rwnB+D2
				oOF99dUuQYGoYl0YHVbuk4Lt8V+XNqyD+iGYjQ9E8zgFwpQ8WBR1668e/iZeV04XApTBzK3uTEZx
				y1tgLwgb1eHySwLKaJFsSIthQsac0Fh8FGFZJhwaK31sL43knmqocnumybUk35eGt2LX9Rqgq7B5
				hpg2lV0BG/Uh1ekfDfmtsDkecdyWQEudb6vIS2xWKRROBPkGKDKRxNKpCBNmdCvcQhgeWIJulZe8
				sMKV2hK69WUzcw+pIJDbOVli42Tk9YDEYTIJ5r5EawHhNiTDBROmm/diP0w14HoqNAIU8BU3YBwv
				FR7uS4YQbBqSriHITH1mp8/kBl5hR2yAJRT70eCiXhyaRIQvVY9xbw86oPIZ8op1z5Bd88fFvfsH
				rLGLu2lnSGpP17BnQGYnsr52zob8HQqk1bW8IZFXwiODCfbLSeVlUKrd3TIcAN7HH01bUTusfBPU
				gWuVwOCBCVwuunqelO+lTh2pT2J/qh/ua0hcgd4x2Sv/sWbHarBAbyo26UDaFEvt79Im+7vRH/Z3
				4X3HAUug5Ba08IwUwAgGABCt/V/2R0QbLEFDJ4rqZbBaCRDDokSnvHUbwJyLgUcUCg0PBuJu0He2
				px9RLLAUzzx6sj8STtzuhQYnzwYO1Wc8NkvyPk4ebjMa1ZY8f7UG3TKtbZupqyIaubYgp17bbA7n
				nfMZQFgAXft+mQoGVujtvK5T4Aq435QwyC3pgr64EM7bmsVByV6buUEEBErCGT200rI+LXAA0cCg
				PHyUlOjCLHFUj/nD7HCPkQAU9RJs4dg0t9LtnJr0eFq2WlC0lc5DJ1rEMdMSgALgvZ8A8PYoAPAK
				alsULAE5cH/3TD2X9BKFDQN8t2/STnrfj8abOThwn+tpMHU7nPGwFhB55JEEorfuzEvIAizDdwnC
				MpdwPmmLkrYSNGx0Tx1HsGXwce1aezYZ26qRt7YD4H+JtxJabnXgfdfVpcRK5qplaDRu3e0DpE09
				RdsSpuW9it26Pa6gwHU/sVC6TQwVvOZbcOdAsv1AjFtac6VKCRUu94w1CwzSxZSBm4rpBIqNRemM
				MhfOdAIFUZX36dZCz41/ppuBljOAYt9YCYByAg9YXrJ5p6POE1a2Ayg2SWmPGYD5dLNg/IS/hgt9
				fRhwhja56AGhxyfuonjr2hIycv0XU4N8ifUBTEOd7pKirGup9kh67Jy1WXRDDYpxx3I5cn26Wpq6
				wK35hBPGoo90rGfLFXbR7WQmTHVlHKbxtjCDF+ueSSaJUdw04DA1ra2CTF9tBl6GxPynL187wxR3
				xSus5k6CiuRXOCTm8g142YxZJ6pOrN3I2iMhU1ic0067M9O+qR0j80wlvyXnXfWRBJYUN9fMwymA
				V1ZOxwOmfa2v27Sx1DZTqvBKEAp0o4phwO1NwXYbSLkOvgmnkVvt+70eN4qcuZFaQ3V0jDeSsFf4
				vYUokcEY0oZbfOTVO4N3q0KhuC4lHh+R+N20r+K82GPxwACU+wy2aJ725pXoYlLKrScb0v1Y27FU
				Ft1oLuRD0Z9HRghVPKMKXRC9DAuMcWduOp/r5wGBmJsvXul0jr2RPLOJbp7e4xJC00EKB01C8eIk
				xsRrLHGVz3D4hsnrheTQYSghQZ4PhDwUy01TYOeSkAnBoT5chITgwC2BQ59Q4M7LhGWbBWdbbNCd
				GXHENfETCiInJmdwzp5/CpuAJX4DHHkBML0gr7k4ZjWI0ZxWk80eSZCWjeDyAZN2yXrrRyBrKk5p
				qY5yBDOZpUIN8YfzgjYjCaZTuQKU8WKKosZ2hluSsYY8/SmuO3vBB4onOLyF8B6WOEC/C9vdtX5h
				vlNsyv6aYSGXBfOQrGjcQppTeNArjbgMfhBddcaNw5U9Mf3o4+Kg7txJijWBnQf5xVIBjuxzvNJC
				PEiC/QQaro9SCjQKnCgkuirGpo8abFYMj2jOAnICtleMluu2KUDaSWuwWW/ZEz6Jy/oROotWmJhE
				sqCDleplj4sdYwa3roHbshtBxVU3KlCBLo4nNLEp4JJ4Si+PSxIyrjHDnSp0ljIZBgIMi6WVCgRL
				h2raTSoMU21YuJvdQRgoGrXBhkHjk29AJu33Xhb/AjaFWkQZGww8Xg+90KpHEnQl4LzaA2rwc2lp
				hAr4OGcv6AnCUHrMOiMJVv20uKgXjyARuVgLbgU91bebVR0ALPzxl5o1w4eiBm6wirjV+G2fjEhX
				1c/wKedFlDKwIfrrRFHPcelyXd3esOsdt+bI2gkqt8IBEgvb+Sjz9+KWEEylB3qSwHte7bJrAJjN
				TIxBAY9hqSTsort281UpcwP3x/l4GoDbQ4Nb5iIaz4XhkuG3xl+tBPi/nsJKS7fnIdLH2mAuIb6T
				J2aX/xCSzC0ALDKqDVqj+3E0F28YAJT6SHR6TjaScBRHATpLGWwDCY7DqFQNxpATqNDbYd543327
				e7or+2TAzy5Xv/+26xbizU1qYzCgYHd6Te7px6vS4QyB19WRhEurC3gfoihqKfhSWOndDfVqw9Q8
				C8WIRKKBQ8bds6tArs32Og2IbihtOMluMy0wFwR/e+3wAoK+fz4Y2u0Hl9qQes4ARqr6dLJmQMxU
				vfMxtgda+nWuy/rxkoI0OmeoFnBQxhRSw6BUC/Z9WZIlY6IpCKwN67FLTEubMuXVm0pHS570eUxL
				AwlkaGsxLfma10WhDeckFiMH78R0g5CxLmfYJtEiCyVB2FFkAMerjQajiQaLhTZ7HYTI4zoalnJz
				+GWgySMpwt0bUoRrx9nwrbFn56clRhLstzygOUMMG85PHM5ik8JXp/zq36k0ZPkT6fZlfkG3Sqxh
				05EPpkGkEZA3/jtfhxVrHUSC8IWzi4SgJKius7090SglQfG/msnn0qd1GXyt3aKnbG9PUYNGzw6v
				Auh+1IDeKUf/5NSiJLRMNUcKpIgoYuK+1daxFkBITtbgVBhzTEvyGE2bbR7F/kYGO6rOj6rtaUxL
				YasqfqUu3QHWrmY0tvsMuXM6SjnpQmOR1tMYsji08W+oGkB53g66zCuAkjAJmGkyiagQuYfl/h3t
				zHsE1NLovWckKNvc+PQ0lPmtCoUIYVoiYkEeTOVM5EqGTUi9K5C0eWG5QTuzW8SCUAKDbVPZ5GKl
				wrTEqgBjHDeLs07pD9PSQE9pmyVwCqf48vIS7/1hzT3K6K7tecmz1Mcxmh9jzJQEQdJcBwjXvJQq
				z7P8nqtZLjYcaovA7f3C77jH1pB7wW9S0dZg3yFZWAHsFbrtoxkTrT1E2dHeJVzd6qIn8Bdzrcdd
				n6UkDJVsfh8PQEqA6keHV0wo66VcYSB/cc6jTyne4zBeHgK2jLv3Q8bdHj3GXR0i5fYJlrv64q6P
				4IE0zlaCmiHCdOyxtilWwkOzhEKouhoW05J03SmZHvcg3khuOxXOuWA886FccRO27zfeZf67sxRs
				lueXuCCM93LwyZ5eE91oqGhj4VKgpGREq8NOoFlaL6l83mbDK3fPp5XvS6Gg/LytUa5hKz/r0KQh
				bhZwPUs94wEjGZ+1QdzUWZVHPdwuPhO1woRmovI2j6lpA+eRrKCEgstqKQQwYlSaaanaHsVXenxC
				ZtBAIXehRxL0bIIrm7EuXmqUoyILqR9EF80kdwB+JbqDFtqFU6alancOjDO8mrnW6Re6V1F7Kawe
				YRqCk+XckTejBDvTUgUu0bo3uJtJqNQzLdW8smkFw+jubwWJBQkLqf4RmA50wgdSwIE+Y/TyHzzD
				A7Z/WqW/MVz92FYiCpdPg2M+zo9QCdV23E7FCDn1ehSsr8iGJj46MdIIC4nrCKbNPGPJTekULJYN
				o85FW7BjniCr5N5nY3OswMyokJmENN7bw8KEoh9XcQvwW8NtuTg9Jxvy0vBoDuNAGXIcIVPfYTMq
				NgHhcHr25UgCvEUY1BLR0sZ/bNZWDtzeCacDUEsJKneYBjUyDrIsVKdRTNpJKrdbL1HxTuIPY66L
				kVPLSaIxsOrmyDSSBShqKZXzLcg09J10yB9/w5b4tTc8RRIS9vvk7oWbDjwH6tVYlXMzlsW590Sa
				6zLQxc/Ri1J7fVP23pqJnylLrBn1FfGzU5srBFDkKqVRFKeWKiGSU13GRGgGXcj2qaVqPAATXyYG
				Kj64L6Cr2eJamlXu0xbDkOY1gLrhGJVfWrGItO5ef4PG4eaXglIpgQ90r2K8wdkgDmSSSHQ39lW/
				3dOualamkCdhxqDHMHoFjsdk435iI6/SoTq1XcOHCL10+xnsuTJv/fUFKs5iLVO65GWDIEPp9CXE
				wejgH3j2aMc8wUjcOaEactK7rJkDqY9kB8cglTA79ygrA5lmDJaBBMNhVKkGJMMqAaNRHCPEp1U8
				AtxOgCffSvCGRWjF0/poVbdsJWJnQQnMy+oCoiXbmkJbdaspOOCYf5c2HdlJLEJt8hgVACLy5V5e
				5SrK+UJ+vKmRqSjQetwyvdqZ4b0URjWW6VLi2Uqo/eShdIG4gV5f5vAUHIMVC7ffbqD9NDtNAu4N
				gSMCYz7gSq8Nd0QJtm+W4ziwA7Zm+7AqFEb/4QmwIVq6LJxnNrYQELcSrGLFY7eLEcZE5I6Q4ATX
				58ON6St07yYMSLIrQelsPSVE/wMGVMDeXQWBIGnWUhUjB5Km1UwEaOgHy96k2gkorTV9J9GY2Fyr
				gl8JPF3GB+JNon2ucyDFHacIl6y5u3USdjJskUADddt9iAZjvpgD1PZj8OLKEMsSKKYJwJw0ggAw
				LJDChsem5xIHt6upK8YtEljyX3hBpTScE1QBPDhjBulhUKqE+QrbAOSKdqXhnJZphH8WrkNG6gde
				2wC9S+e/s18H2E8mBMQE1e8Tp05hqDijmWTP8/0Hu2yGM4YaoYdku5c4st1uIrJdBG9FRAmZfJP8
				6E5lejq7pN4beAJ5+8R/rf3L2BzfDg8sEhBBxmaLOLLn18gMqRHrUpH2pygkBhmR17xSyACzsEtk
				QBnTs+c5dIMSEYcfpmKRgAgukqbCUi1TFcc7jRY7f2T3yCwSNMTO6RwYVAcwVIdXQi6xKhJaetwj
				nxJsOiAMSPZOzf1WeEAyUv/CmuK7W8mFfNtvkuRRVSxARS0+V05z8L94mFK0QN6lFXJcLaKTAMFc
				6z2yyicivTjAHraHjRsfCvg9U1o+MHAbUZBhPltAVACuzRP1DMHhM16DtOZgzSeT8g7cbVCr0aD4
				bgsBLBIcRbTxaB8PIS26cEvLVYbO1ThVDCRvtiJDZ2ZcMAflAWEK8edILIugc+3Y2u1m4Uk2ygPc
				zbZ1rPpkRXumhLv/AuL7TTEujig/VEMjz8mXV1Z6EIKuaUhZqYNP+NDKnJLAOx9zdyv2/NkkOznf
				9BeDTQgtJ+4kDnPIaZGw6gPt0rRYJGjAAfpQ8y8CtFwPdarOFGz0wa1QFvglsCX2meIJ3Nn9ZZlP
				CfZCMahbnQ8H2ucY19ZuqITR6saQYEMd4KtYLW3qEvDwbExzMREnYYgTEnpCIbs+5ibhwk34dE0C
				z2KFupkEtWeQQKUDzYooJkHsLUhYJEk3AsmEXg2OICKsxmeGRHMpHNT4Z44CUWC2qwriuyRQ3NwY
				1wYQTI9XAG4Vp8ulI9LEpPDTy3WVR/eJy6SfjRkmLm3we6I42JxIgLsIPON3LXl+Il/HJ69WjTFe
				uxmV2YZIkkc2LRGNaTFYsT55OaHjvsjkoJ59SbA98m4PLQTnKsGOadMSoJf8nL8EYrpHSBNQOTNY
				QSujFuuBTkFgIjVNxy0fBwvRMAuOLZVRiSSUiHrBoFUFMb4ksHqH3fgNOiMRniZSmxoBS646EKx9
				xDd1blrSYThOVTDpPH0pp7D3P34dqNd6IoxoNLskwXJJyA4bgiiOkma8iyJQyXkDCdBvqX0U50Ex
				i278lbkPYEH4tGumiBcmqtx6ziHdd9uOpc/iFoeE6mOwW0kwy6JEU9ir6R2N/fid5qbhXKKLA7KV
				oyuWnoN40tziH+ZBhpIS0uwqKP+EDwBLgl/Nr45hwLstVZvgBIMQLNlyezeFtRJW5QCzmZExLOBw
				LFXRGhS7O2ZAcoxy9BgTB35AIvGUWIOCSeIyL4AGhfviTmDJLwQcoWzmzW8qswDHYiRT23yK0RBu
				ZtNy17DEUAl7n1v9udPBgvC8FjcblgT/QUkR8SrBsk1zMlD421CoQ68n4uvk2Q0D1puUnAvuab5d
				xqxhE5IzTs5DQCK5baTy/MBZZ6mn+gTmsz3eD8w+J3oo7ONrKzEEcS0J9nNomB5GKdKocJKA6CkZ
				my41sBkyPNKci+QJ2z4yWga50AI6fIoO5olus6396O7Q5prkkFnmwkq1nz2WDWBTvnUtJvtmHwyM
				V1WI9JL8DhkPD0rCVIpmuCmEZzIja0DA4Zgqqsf84XaYL8i7fiEoaNaAeEBkiiFbRrgGNva40OtJ
				b9qXGt/Am7PvjIKVLAMHQiVbm4gg9/H43UkO12i2OnoXkwSiuxvT2gaC6HEK2I099Vzaiw8VLQwA
				5MfGecCukF6DyDUYTj/l8U8w96rBhfM4syF9X4eoPSNFnbNWl4nTsLuEIF0jhXs8jV/B1UmCLVa8
				nMNs8iaVkQRHQ7lVhWBVrxR8gjcFu3hagCoKpLnkcCWRTxHMYVtsw2RuMYfbpduBG+MkpmcUJBa3
				QT041fZkS/daON2S/SZPleqU8XwRoss/tzeV4DaVrxiDX5BAC3fFvLQ5BfDKyul4wED7YrrY12nY
				TyoMU62tapEBTArJQewYg4newAFFStAmSUDZiKb7WKxWAsSyKQntbtgrBaaS0HaBmUFhjVvcXc1t
				NeSOZGDjbs6FAkuVTNkq97tlfgYWcPG/X4KwASkNFyYc7SCAIb5wzdx6IKL+CJ8JKAkVJGR1kKg9
				NrYlAWUsFEWjBgxxTxU0gKw9CwOGirkgYyzGNHR5CEHw7/1ODpXg7Dl1LeRhtAbwNTZ+t2FA/wqd
				600LUU12REwp6fDbQN9SUiTfGwIIJ0cftx89ZDESe7Dkf2KikxXf2J6CBBJzquAfIkJPS5t6CIg1
				FQ5wlCtAKYjG/4MRgHeZwplXY0w2BVdeq6c9EcQbalxyrFjjq+/FJXxmK4LMCmszZ1+UtLgf287t
				QpNAQJC0RnXfis/h1Do1jFN4bVoLKeIFX28PYlHN/h7oJMrPuJ+EbaLWF/sEAO9AmqTQF6mjvaI5
				0M1H64570CI4CyUJCq5cnoSplxt6yZ44N6Q1JFY69P1/llhj/immdo6+sSXQUiDK/L+4DGheaUdJ
				wvRL6SIrLkTkKpb7MTpLTXG9p1HKPeOhbBNj1QOomnFVfkP4R5IAVzUeqF0TL1n59tppbepWTqmd
				J9uExOFk9xeSBNVvUwdrgU80FVBueE9wemlpJEng0bxwoYRO5zyfXWfCVT7ouUGN69kXE5uUUE3J
				/koS1ASRXRK7Zq0wS57v1H2uc8vDoRnv6EdEwQ3n2BfyF7ibNRKjTWS1Q2Y2/mIiP88qS7u9VZdk
				0194bcAmJcxDoVDmXi57ScK6AGSxomMjNg8TGUmdhcPb6U3RZJUxdDbHa+q/981KdVeVA6Kl/Ktr
				e+Y2oKZITC2/5ydSAdVIuUCRstA3LlNjqbKHKSJpuUHassiSftmBE9qhd+2EJKFNYmiSyUiPvmPP
				uX18FoIMHnfLnXMGNviMYAcKubBN8AodslIUZMtYFrdRfx+DGkFL3PFKyE+1JvFTH353DWYN/v1f
				Hvbv5viuhUh3X2GQBLxiUsAl1UcKzSNSKzy5pAp1+mTrZosYzLYGLny4V4q66aYOFVGUkuajyLJt
				UZDQIwK4aQ0O/eOjpAQ3boVbnQYFyDSn1I5445cHFNhmpGItTiVPzKDX6tsVG6lu+9jfQ55QCeML
				uOLWSvZ0zLTRReTghFJDPsR3NZw7aFyp2BCJJK6yihyCFEJPZ7rS4qR6bsAiXJi24SwPQhRF3+sw
				lV3X6iD0LHIteLba6A5JAILaL44xVz4NJdJQYiMuhgvPvxv6qsbQE0bUoRXFPPoQpeygq7SjAiDk
				fqhknMGOfP+ZZpekYmXnioYvHoqUFZwflKTXD+Sl9GkOtJ38s3LzqOswYE39e1UsDQkBruyfu3d0
				ijZFvmXQa1HEuQiHkBtBCo+3TyJ4wIoEdR4eiXoijrLUsggcHm2KKqlrb+EmnESt62tISTNkTGsJ
				Oft1nJCfE4dfqW1BXp6L+ziCMgtM+00wa5qxOb3he0ECwNObrnVlEU7GQmdbhwsQCJon8nO2dwNP
				lc3P2WYz5Wq4VjZFaqbKzzm3Fg4Caljp0zpSMwZ+cwOVu4o1xUkzjV8CoYed8sPyIKE1ZR0kld9L
				z9IsgqtRwAHhmAzwl/v0C5AW3LWivufJVUSmeNsYzuyhjMXhJ6lAQt7DBwaZd3NSlCrlM1Ty0Gse
				ZQnP41vj/ndG/iU3ittp1/KcuU22+VSfmdM5NY5pmOZrNyHCNeIe/eNI4TBoGqiQc+aIfdXVhtNX
				Mvc0s5Xqtpe4ePI+wqSjR20HC/3h0KRiF2fBrXqQLKMIzEmBV6kNzAl6Fl95b3QOU5faOowtJ4cn
				Yi4AvksQ14H8JRgP9QPxOB3iN04cZdEEWv+vtHXlREJBGWvKRmFZUVC5It/Gzm2ZfvZ+BA6xoJq4
				CXw1O+N8aaF27V0ntEwpj1B7RFJ7bCxLEsZYKYZeWrZ3wnkGyzejpDxueBUfc+qwt99KjX69XXXH
				PQBjg20ouHXdvXTHsdbY6jgdu4oz/MsjwNfouUtblUM+llMxOV9NJyGjvmoqwtSU7AuPYDOq7hqE
				1mMTRBdoQ3rz5Y6gSyx+tce1XfstZyZIN6AWX8fYggmqaez/HUGR8RCh9mznTyaV+iVtJgZ58ZSI
				azElb0RE7A7Zy5ENMK7nF4inaNECIjpgsyrrs8wn7uqriHNBAstnCh/141EkYhdnxak6xg9nx0QS
				11JB2zIXEupECAh+j8n+PbzRu2DuG70tZf7eET6Dk6rOIOBuV2D6dMOSP4OGiLU2JjdU+HNxG/C8
				ZKcdgbPLVtMY8vEUPtAHiXGv/KSvZTYoFIiQXnniMEhQ9ABSp3g4Y7ehPawIOnQ29YIEdeoaIM1b
				sIXY1KaiFWMsD7EcxY4QvjlkrBggsC6mDN1MrKbnRdp4kIc9U6lMobt0bAgUwhNrevGBZd0HNPf2
				v62/J5Pj61n1qH2WzQ6u6aN1uwUGm6YjeT45hGpA8Xi8hI/tMe8eJMHEZ9/ns9EVcNcpvqB2oRr1
				oM1ZPO0BqjsSPRSAFxQkOXMGDLdlRUTK5FjPDIA1DMcD2wPVA9N1Xdd1Xdf1uK7rurpJ8bDF4/F4
				PB6Px/f9//TPwwMkfJq2beHftm3btslkMplMJpPJZDKZTCaTyWTS8rIgsgBdtm3btm2ybVstIkFk
				GksQ2TzqRBaLxVKpWCyVbdu2bdtk28JmyiYiIiKiBCVQZjKZTCaTyQQAnLbFtLDYKOwaiS4JqSyp
				ZJJJC5KNRJKEhARoyGQSIQtZyGQymUwmk8lkMplMJpNMFkFiZD4zIUjAfMYy9jzP8zYar5Pnyb17
				9+S+7/u+7/u+b/Fti8Vikc8mFs/zPC/EQRwwm83Zs2dPtm3btm3Ttm3vAegJ7Xme53kiPXmehx69
				ebZt27btUdg1tWxv27TJkydPnud5nud5DjPc8MIMB4fD4XAEBz84OCbYD3awbduzTMH+TAj+yHhm
				Ol3QqVOnTp06BaBTpzpICEFio6WMaW8n7Zf/XWNERHwRadtKQ+6x2LdpcW2X7uYJyw1uuMHt2rVz
				2bZd2346RftOwrIsWZa9pmmaAtty67p269atA8A6qVOnrtM6dVKrqosuukcnRaNRRqPRaDQaDdEp
				wMWhsa5rhC50oQuh8s+MzOefdzzi4cbRhNksTMA8wLmREyfu3DiO4z4iS7dQpGIRTjhJEFpssb/N
				8jjbZlmaZdly5bhy5cpNKEuyJEmSJEmSJCeSJCkAWehDkoxABphxXLd5XMdRO0mSJCtu0zQtmKZp
				moJBBxldMBicpOAmcOJdTmTAwG22ELhp06Yt6MRsZjMAaML8MfMw88/fep8vAIJN4ZvCg23btqki
				m2yyyRYyDmKT91h88bZt21Zf4U3btuq2Rbdu3c6h8DSFpUmWIzlqQTEwKG2zbbJtG7dtm6ZtRJs2
				bdV2TdM0LaZNC9pisVgsFovFYrFYLBbbY7GwWH1OWJg8bNKwhS1sYVvYFha20cI2okmTOpo4Gm20
				0WLm8jD//NdU9RLTNIVfu3bt5ojIxSJSsVAqE4pkIimDhIyDNCzfI77tEFuzZs3a5OBwg6tVq1at
				WodVVGsbSo0aNWpCUZMmTQCYpmmapmmapmmagqZpmjYtTBYlqqxSmiQFKRQKhUKTNE2TACQFlUEL
				WtA0aRE0E4I+MzIfj4xH5nRi4sToiq/ZRCwm9thjeszXG/Z4+MhFxKJ4bNovEILHPvFACCTGU5Vr
				H9W+IpQYRUJCYhKTmABEAFsdq2N1bI2FKRbzOOZYY4EQxGKxWCwWi8VisVgsYrFYTFowGJbSJMVy
				JMcQSca02BdTTDGRW1hMMYWFKaaYYpdiWkxTIASKKRYhpojD4ZCkGCRJkiRJMhABKZIkGSRJzsmT
				QpIkSZIkKZIMNEnbtk1S4eCp9G7JkiVZdY2qodFh6DkUnrLSLDtPHLkgSdkCUFSMHDkyjKIoiqIo
				iqIoimJQFEVRKFIKkiRJkiQDEZAiSVIUyAgMDAwMDAwMDAwMnMBvZmb85jMjZzOO4zjGLMwCJvDj
				Pn78qI/jOI7jOI7jOI6jxnHceBz1AB7FoyRJF8dxHI8eO4ZAvK60ddl2ZdU1qka5Yeg5pChKFBkc
				OXJ84DeTfZ6s87hu47Rt2zZq17SNdlnbNmqU8RvH4ziJMcYYJRCCcRzHcRzHcRzHcRTHcRxFURRF
				URRFURRFURzHcVoYRylswsLCOIYk6jPTkSSNYsJFSfHf5+W9X4qiKCpcRBFFtFDEioiiKBFFXUSL
				FsUiJYqiZdGiRYuVWlWVKIqiKIrRCSVFihQpiqNIkaIokSLFiRM/UeI0Tdy2bWGjABdLI4ohUaLE
				IAl6TEg8NEEcoiRJEoNiEEVRFEVRFOcAkPuILt7DkY5nuAlqwvDzz3+Suj7uv4TEQ0JCgsFJUIIS
				ZCAEwWAwGAwGg8FgMBgMBgaDwWBgYGBgYDAYDAaDwWAwGIyJirary7ZsqI+IiIiIMshgMBiIIBgM
				BoPBYDA4CwaDgQiCwWAwGAwGIggGg8FgMBgMUsFgMBgMBgWDwWAwGAySjGAEI6gIiqIoah6CjAgG
				g8FABMFgMBgMDAaDgQgCAwMDAwMDAwMDEQQGBgYGBgYGIggMDAwMEhgYGBgYGBgYGBiIIDAkMDAw
				MDAwMDAwMDAwUAIDAwMDAwMDdY/Fty2ubbqe6ZlhOThMBQZM20rbtoyWUTYwMDAwMDAQAQMliYEM
				nEAIAgMDFRgYqAUucIELACU2OFAUJUkKjCBQUmAEKnAkAiMwAhsRKEaIwAiMwIiJwBAYAkPgJlSg
				JirETAgMgSFwmqZpmqZpmqZpms1ms8/nI//9fT6fz+fzmR4eF5mPjIyMjIyMjIxlQjQRCeKZZ555
				5vF4PB6Px+OZzWaz2Ww2m81ms5lms9lsNgsI/UgwSWFplpxxgjOBs9lsNhtvNpvNZjNtpmmapmka
				jUaj0Wg0mhCIYDabzWaz2Ww2m81mAZjE8czEhAkTEyZMmIcJEyZMmHmYMGEWJkyY+Xw+D/MwD/P5
				zL9ABN/3xfd9XyCC7/u+7/s+zUMgfgmB+BkC8U8IxB8C8Yf//f//y+X/L9+2bdu2Td/3Udvm+77v
				+7583+/7YL/v3/d93/e99OK+7/ue5/me53me54Xn+Z3neZ4XnufP7/u+7/v3fd/3fd93mR4SlahE
				KZJJiCRIyDjIPRbf0tquW1eeubDsaFVVVVVV2gBtNBqNNtpog8FgMBgMBoPBYDAWFAODMdk3CwyY
				b1FZtItGo9HopkWH0WiIoooqqlAoFAqFQqFQKCIUEVVERETIq4hGNBqNRiOiISJg3hDlQjREQzSC
				aDQ0GhoaGhoaGhr60NDQ0M1DQx8B5nN56P//D1X5Pa6Hj1zi4aG6WEQqFkplQpFMQiQhDh0Huceh
				oSrbKhzqUIcGv1Pp60pbl21XlqGqqqriOYzQhobODQ0NDQ0lQ8fQMrQSGioLXehCIwgNDQ0NDQ0N
				DQ0NDQ0NHYaGSqEcDofD6XhkZD4zE8KjUygVWk3RVo2JCG0l0XAjNDQ0NDQ0NCJUknRLDKGqpgqh
				IYTOzMzMzEzMZ2Y0w+FwOBwOh5IP5/P5fPb5yHw+n4/MiIyMzHA4HA6HI0N7PB6Ph8PhcDgcDuUZ
				T8fT6dyVrp1Oh51Op9PpdEInDGfDCUKOTU45HA6Hw+FwOIGi+Way7xp1npjrtpmZGQ6HGg6Hw+Fw
				OJxpODMTs5h5zFCSNJRTJElSwlAKozDjwoQJE2Y+DzOfzxeI+Xw+n8/n8/kEQnCe53me53me53me
				wvM8z/M8z/M8z/M8z/M8z/gZfor8UplYKBXKJf///79PyicpKvy+9/s+AMV25aKnevLseZ7neZ4/
				xXHOM/A8z/M8/y62aacWdsVGYXPd+iuLqs4IzvNBOnXqjIAkSSrOeJxxxhlnQPLh4eES/v//Ipyi
				ZmZmRiMjIyMjIyMjI/9c/vvy3uf7nd8d18PjljBgRERERESEExEhJRahUCgUCmuZWywWi6VisVja
				tm3bthWqZaWWcCRJIYVCoVAolFFESOGEFE4mk8lkMulkMplM/slk0kBMJJKJRCLDQImigiSUUMII
				KIqiKIqiKIqiKFMURQUJEkSCCCsNwiAMwiCcgpAz5phjjjme+cRoM2Fu3rx58zR18+bNmxoxdTEl
				YspiqmKKYso0TXNmQJCPyKbFtV3anCfsYNd1Xddu67ZVTdM0TdMMJEmiSTMCSZIkSVIwJYmhIdue
				KVOmzAhkWpJpOkyhoImHhEMh0wuEzAUizEdAiVKYgWmapmmaphrMBrPBbDAbCAZToihOMIM5ZQQk
				SZIkSaosS4skfV7vd37X/5KSMoKyLMuyLKVRUoKEuFRYENu2lHRZzWWQCm7ZsmXLtmrZsmVZkiRJ
				ciVJdkbO58nKlStXhrJty3auBogawCpJkmpDZVmWZVmWZVmWZTkry7Isy7Isy7Isy7Isy7JlKMUA
				hZIkSZIkOQwBBhDm7/u+7/u+7/u+79uq4V//V1555RW5vHK5XC6Xy+XyIPd93/d93/d9329YDg5H
				pe80OGDeXvq+7/u+7xtQ8Erf98KXL1/xPM/zPM/zPL/z+r7vk1ftPi1sq8I+eri+Vtd1Xdd1XZf+
				/////+H///8BwivhV///rxjehTe8khTekerjkel4OJ0NR7OJ0cRc5mH+uS8ilba9XB6XXnppBFVV
				VVVVVVVVVVWlqqpqucUiAcZy2yIiQotUlepSqVRaaaURSKVSqVQqlUqlUqlU6kqlUqnruq7ruq4r
				lUqlUqlUKq1GkUojpZRSSmmISKXJZNKJiIhMYtK2Cl0WJaLKKiWdJqQgCWlIQyrtQkSkEUil8pAG
				aZBKkAaRqgoSpEEapEE69ozHY9d1Xdd1x/3du3cjcN27d+/e1e37rrji3iIyEYvFFBERkSABY5b+
				V0dnh127doOF71T6nsPWFbPt6rqu61DXdem6ruu6ruvRtT1vtqt7nHSea25uy5g06S3bywqH5XC4
				epgLN9xwXdd1Xdd1Xdd13dZ1Xbdt27Zt27Zt9QlWcECE4AAzbaez8XA6nGretm3bvq3eto2PiIRf
				Ri6t2radtG3btm07btu2bdu2bdu2bdu2bdu2bdu2bdu2bQMK2rZt27Zt27Zt24CCtm0gW7EVW7Vt
				23ZrtVZrtVZt+1aitm3bX6F2otFoNBpVtG0jWkWraNW2bdu2bdu2LUMX+ghVaAiN0IttwMzMyMzM
				DDcctprP/OzZs/1/AZw9e1ZERERERERkFLGwJmuLzQbbrFmzZsmaLWt2pGzZsi0rlmzZsmVZlixZ
				smQ4RKjUBpIlSzaCtm3bti3bNkKiy5JJxYoVK3Zi1QaDpGCDrIIR1B4MNgIb2MAG9oGBU2ADG9iq
				+szIfDwyHQ+nwxFPs4nRyNaAMP+cPi/v/fLrPvGFr+u6ruu6ruu6ruu6ruuqlV69elWwruu6ruu6
				ruu6ruu6rqNKtVpXrlwlXE2xqsIYDJzLuT4Q3zqBCKaqJAlABLBVW6VV0iqtDdGqqjRatcYaQdu2
				bdu2anu1bc2whjWsYY2gIawhrBo1AlVVVVVVR1XjYWKuKizM/19UXpVpV9VKkiSqiEQVVVSx2LZt
				21VtW1N7XlfKqlWrqpKkSnMKTVVVVVVVVbVt27Zt27ar1FZVVVVV1ZYKMElq27Zt2yoUCoXYKmI6
				IRTUoAY1qIE6VKPqqarqBDWoE42gbdu2bSvRtg19tPX//9Go4uEjIncDmYWsdMiuuF4XYxkAHEBR
				MIihFAg66qA5NrC+Pk1LwUe/mHVjprljtT4/oLj9SfmN7j5U4Ncm9/eMCmlrobtsjv6AJfr4Uspm
				T6ilLmLTABnuxNDGqpjdQfGGVSY35oRbCUbjRQWd5wxrYMLYzKxUJCD7dMt2ovBG23h4n+ZxGSkc
				reHG8PhUcZ/TzmLMcASEcUUwtI2EifDn+bZExkzWdQBS2BOlry7A1QzhsCcsb0SqfivLSkIsW4Gm
				fZdq7adYQYCAXeXWc+Vq7Woa90/JKFreFjeC0GxlK9S5FzUso8M3xzWv78Oa186u8qJ+2c2LdHk9
				NMa2WHjg6tgazwmJ930JHnybr0swq1Sm6wfRolif6rLQpc3VXe4uz28ImKreo4oYtl1dpBPqiw43
				wzZ2usT+zgK0xmfcFg2L6qux1LArjn9nQjG9UmRdXT7ptCXX6jTZv38YUv345kjIuLOxJwSp4Wl8
				BtZKiNi9mlZ3xCgTiKHcMb4NfZ27H2jTpaLfVLQk8xCJvqmYyNkKUGCbBAxTQgltYoUteSst2QGC
				PcGFSAUySabm8MQxWLJaMf4sOuCcAxnzL1UwVEzc4jr+C4gsXnlZlxtLE6sg4jOKA2dZSKB26+dE
				m1ge0mcn+rAen+fzEIq1ZCYliO3ZdgKVAtEf1QzmJ0w/mE3rMwjqYgrgFqNjYfH7DFJCoL0gbQF9
				wPRPYzQy05QsCd2bnYtNNyvft174tgc2e6acHLijKK4fFJmGHG1W8hPsA/bGL5LFBgxTRf2CZwRE
				z2Bxl86K7jwTJ4X3SKZ4M2EdVh48J8fFQLqpBS9iowro3cubbbXF3Ip5FuzSAKvyudnOqU5uMAKI
				F99p2gA+lm6WLNp3jUBuXeudbXAnFmP98dcMpT5PWQwsBeiESFDPTrIUxiRU5DZ8qmKC4Bs+5s7F
				klXkKaY3tmIsYiao9NnJ/Ll0SEEPDrU30AmJzuQ7KgY50vYNahbxLjsl7DfmBGQyXPEkp8RGFfn9
				kA6GAIR+d1FaBp1Ag9cSZBRUGcGczwEtNSZ3UdHUuFFQ1h8VnORp8A1mUmLYIGhKZzHhTxu9EVjl
				jCNadKi0zZ2ppdIY+QlHSBIFZoLAAkWdOxrasEdzyygXnaBg/sNLnxgthKJTz1FO7c+bJLSG0AmX
				F2zHO1consfPB9QLYKLbnovk+2O/0YIlV9klBMqgYVZpABmQPvhjOc9l8YMD4MHSXWRQKwM5N3Gw
				u8i1E6ATEr4ClLHxj5MjQB30lRGtJrlP/gzm3MKDgpVPFp5vDnU9ZxjQ42vOidZuMZu/Z+Mik1LM
				uC6hbfQyqXZpa2qGVRfWVX5MZ3QOTFpnybujXGxGh4wWDGknwq9EA50ESwaa50FZwKIcahGuAHiE
				aersZpifu1ER7lbVJLwbcVzqwwL8u/3Cu/haRG9QBQi1yf3KG5Vql7FkDszwNupB5c2oakkPlLfm
				Tl8dEtE+a+DUm0utnLLV17g158KNKyAZcVaQ9PlQdw90Wi1EtjvIPu75CfJdwcInbQb94Ghp0Zmv
				OFXD/LE7/F0xER5v51HoMgV5GJ3jMSE1n4Cf06Nm8tUxF+uMkLWxlOz7YYmilhE5JDAEvvZ0D+Ej
				n1+XHFyP2pDWBykUot/rqMrmaHMQPIhcDl+ti901EUCq8vPjNOcfAZoaZxzTsKWdm9N9lTowBMo9
				H7NPQH+hdpl6qMKb5+FJJuPerE+B3QdkHb3DvD+LhF2pwPfp0UsL5ymy6y8ENUVOa1wpZ5JHE8Ng
				mWbkCx52mpVwzlUiTeevxNPTFSIVTYi8FA63ld+r2RcIw0KOMPALplelWPE88/Fz1WhiQSf4XTZP
				h7v69onX2GzzGLpMZ3OSgznNyxCN6uObtVOg1wlIUeJYimizCamb43ZF9hBfrocxXdpq5sCol497
				fgBfXCcgxxCOSD5OJjR/id3n46pCh3NuRnwu8x9yDyMLeBwnG/UPdLQevnE8pmeJTVwkz8fQev8N
				ZXjE1er1z4R98+iQQuAuzd5zjvSDQSwrjvzmHIWXIm5T1ZVELJxzJaGYytftIIZ1guuAAjDLmabh
				NFjmJpxxk/tmUqKuOKqVM4lVKgLghMK904IiHBWK70tXU38JbMQIcPmbHLRb/y/RGAf/o2BJHJDA
				MydAQpSbqRwxxYwg5oKvUaeAB2XHRrm6bxZkvhpSrt3lLefyZ/9nXcTBmvmmDrq42365um9+wSel
				/de6/+JA4SVt82UeDiHcMvneG3SrbRjzmohJO55DDoU+z1XCo7l/+LMOcrvN5Fbh4LJZj2d1YbjM
				bGhxQAwUrtDKBiVb8pA8hynO/KHNzJXxHjT+kkBQiBpXbxfB9bkzpOeL+U5FBYVUZBdn8ckOl4SN
				3AUnZLviTtQzPS1IRgWFex8RvkhSSDiHcJJ/bV5fIfaCwpDuHkA4i/N22fC3aARSBSrrkVgnTyHl
				zRAMgsfabT33APpjdPfQkJ8AjciJWfxKMNcJT0e1n80luh+XSSOR7W5z8697FLxyPKpL9Gqt/Qdc
				KlYq3CCLcAP71mgzVW1KzTg7BQVTZqEULw3D2oq3uZ1Nlyw0LoKsO2uYgHHeVwRH6iYkHMUlJHwF
				IyRMgUDMoHDfgLt72eRZmZCwI3y1QFDmcHFMzRsGmlhLd9yKYXW722w96/3erWOuzJ0cDR+YpkZN
				KT/hCMrk3iRJgDjBlbRG9f6DV3EGhY0FAIiWgj+bzra7oGHrqk7THgbS/xrQrgCDmSC8ixSGSxFg
				dfLJo31BEoCmJuIPXpKHgpj6OQ5qCW7/j00dTIXV6Be5JpT2rRFX40QkZIi1QHnjTjkHn32m5qPB
				dpk0BZVTq59sb9BCvTpJ5kbVLtP54F6CeOZF+Of0gcSrIDtnxVaXy+lxkw6w8hMoDCamigHH99kS
				uorpSLTw8VddJgJLjz/sjohoDJg/rE1b8JEq0+1PlHaloFhWkl60DG5/FkZAvTaHuZzkGekFl1DY
				cPztF8K8XqJzh9mHYXN36wdA4dK6HuXDOM6uD53zbTfqcsXNbbrR2GpWQa0/PaHAWjMQbug+hCYS
				CqDzjzPfN6HAtn1kdqc7J5Q07oMprj9OZWwfrJPaB0chc71uC4uTn3RK70KJqueDfXDXrnNCkb0+
				mMbIPwTzDoILyvaFwsDaLcR2JgcMU5cTF7NPMYL9E+Sk1sFv+kcEm6riV/+E+rEd0802kuHyAVdF
				j+VuCWcHTcFb2uJLbT1u05LdkvpW6Z9A0fKAbT4uguzSmd0PhLRsoIqz55YwrO0RZYEqZlj9almo
				K+dKxtJjwiNPasapgIzh5aRvheYCMNwCRD40P33PJf8EdEBzwHwqmqRttFuHoccejXb1m9hgMmSA
				f8KVSjuQyfOa3stEOoG90yKfvNdR1r0ihRPDTPvKB03HJ8t4x12f72WRR040V7gBw5oFqMm2pBNQ
				t8JbeujJqIYDHxC6GdVDq5UQWjWpGScg3HPJv2tOwMlGdbe+GSEbawsFSsk2drDDJqiJFzo06ifQ
				b8RlKdYlCjY5KZe8OIRxy3N6HqCtKzp1OzxnkT5lksQkclz4VYaLnT0hh4vri9fiF7Sg2L0xhYbf
				QaYpuSqVEH5+5lEXCjcfiqywsWGuEWDsIYmS8OXEbxVa70OEJNLbWSvW3R0rF8IZCNnCOyvqEJ9w
				1NNK6j1xtKOIy1rA5UXShU1pUmT85ZjHybOxkm/c3AK4UC/du09G01wA98Z0d2Dt61iVhe+HDjcV
				wD1TFT57VAoOjYvlLESHayNJZqbwZ6bwcFU4Cr9B/p2EiJwWLj5RoOEdUGPM0PfbDLbk4ljbreI8
				3RmJFYX1wGOGkCeWSZYA360CUmX7ZRw6gBmNuaU6QKCOndQE6bFSVhIBZM7EIzoKi/teUjp6mJkm
				ZfyW3ri5yYaxu6pdVUoUTtMyy6fVGcRSIt91gmpPrJtqZ6OLdVXF6aBwPgNb3avEiOz/L25HVTRh
				EkZ1Ya7m3FPn6VzL1KmSwl3tnzr5RjN2Zwo4qlEU4bUh+2730heD9sRxPaWK9qXxaj2SWCviKRRu
				83ot6ufQUsKZXyMXNQPoUu3bmwHMmbnFcwaTZvhmOePmIXc3PLCW7+LjP6CKM4ashNrNpLfCV1xk
				Gkg/BNkocBt3JDwMq/xqU5fqlZyJ1fktxyZ0WYdaJQotkU92GP0cMipQcmNElcBz0Q4cZsMfJoHj
				Zq4HYKlwtIcbk5BPjIIZamdzzLCDwmaZH9p2kZmUNESxuRUrTXXdOPLHHzOdpwck1to6+zxluv8s
				oEQBgv8y1g0wvsuXwJXEWxNgjxyIi4awRzEBMLsqqp0VrVbDI69RZAtr+e3t7lTerNgYX2i+bCv2
				yc/febClWNGiyZu+KMlC9LLz3B24m62o3pQYzjeAS+NaxtBnvxh6utaBqa6kVKJQi7qbZ2WCycRk
				DEdsxlSRZB/d2JiLJu0ijKROzbdi9iDh0i6CyF9lwhB3L/3lRAMUvWxF1ZmxtCT40mjd8rmy3FJJ
				kbmNlIbW0WpnVodDkvLWc+l1Q/BtYYkCTcTJoDag0W5WQi5xOpZJkAszLPeYVj5uO7tLeEUtIy3q
				t1ShPK1sr/kTCI5OxxX2tjRbqoB/vOrPVrdUC+Bqr7pEARWLrPVY2DMpbiwqobkc9LaAk0rDTFz2
				XEh0i8ngVlrvKJsGwR0dfqkoODdge5RqY3vmzblB1tbW9/wYUOwdj4LNfGCYSW2xYdadiFLhmJY3
				tDIK2RoRpd/OtgkQa1fR6o7j3wszNa73ZneSnEkcdYl4MRwUBSXe75CSXoFqw0AMyWDSbSAqi5CD
				3eqrWC44tQ+UVp6S+h9SdH0PNmsOA/Q7cRigH/GGAXrMgJ+ekYWAquzAhEiBMUAP6sRZ4Llz7mGD
				obCw1hQvZOXFB3n2RB7M1FKTlc1J8OTMlH8IQL6Bo9d8wPd2b2Dn2xu4Wxibo0A+lFIPgMuWhrxX
				vIGdE97AHfHdwBSPojBHEgBD0TYhEUk3cDHweIduuLUSHdiXRoizlDn87IoBfxH8Nk9TFGgQnltf
				t8LUkPoJ14zZqA7SLK8K/tKY+TKA7o8OpIdN4MvU7EWwdGOyexKa7wTm4wiPasKILXKYnTlhV9rS
				FjVT6KYZWNbLRVGIwQPMtTZ6RjzP546VnpPLqfZq3CQoy4sKzvk0+N1lUmI7ImhKtJiQVhu9iVjl
				xhFNdLe7P2EvURRMuXcSwle36gxYrMukVqXctNtPvmZ/BycU+VpFdVA/OuhbBT8pCqY29m4qTgwz
				30+uQD8LHi6ailF150PJHxFm2HT9IXNJHWI2US/YbFb5w7X8PZaisIDeReLYvIqrdqtbUm+xBVdH
				XZDnnIhblOLyuaWbMsiWlQ2YCvE54aAWWtid289gJKRo4ynJhGm3TFaQupyUhe6C3AT4dzpdEaXR
				TE7zTcn1AmBBp0NGoZD2jKKzh2dgG2t/w6KscE9v5hgsJqvTn5F+4Kjs6c3vn/kFb+nk0m19Fq4e
				rkp4gjcQg9ju7wpAifbjb7SKL/DVkVYcH9hCkSc2BhQaUEPK7MFY66iIRh47L2/++og1YbvFQ5o/
				T2GcKAjUL/CerBBqlJwcolPdeBPDBUNehKOpRSv2ljv0LrNM3QlS1eNXYCInQ7yMW/uLCAf+4Rnx
				YIJy0PXyCpzlA9uPV+lr0oOJkCSuA0ycpH3aS8QfRxeADgrVkr6/kC0CsgKNEcjS4dUkhzsS20CH
				cyy5alCDudXcyWyGvHi7YAHRlk/Yz8n7oRDt+7siVRdTn+RSRDEDew6C9uX3slOhuxxiXZxGdHE4
				3JVzNqTYYJkRoBwIkEJVCORcIf/OJWuECCvTbJ8PW6UBr88O5kHcs5OyXLbqzfgRiWYleuI4d/u1
				XVXMdSqTgi59sXoTNN4XOg8a6Hk0oM1NKjCtSAWeQjMikIJjPbtqzmYADHCd0b3tGQ83SFAZkJx/
				9QcQuDmvyiU0s2ScUiaoa8nJHPNmkW1okddJA5DCZmcSECoNFRw5mf3B+ZXWNyAFF29QRbnSdcjT
				N1UTkG3zjoQ28PHDksO3PyYHiY6R+xSpICorXKHKE5Vu7NjtSHALgSYb9cHPjaY6DUB+nDOeWCsM
				TyydMU1e0BeJh+yZ7JEtANJVjBB3M5OEP0hMIj0j74Dp2/2EEW0fZF4d+ecT0tGFLbl0E8iyCsTU
				VAvYCYE7pKNVOBvg8GUXk8l9o2q5q5G25ggnfc0skwnYR0BBjUkFQXZLnmgXJXe2w1KIa4NklqDO
				ni50heeNBU95Guh0SP3eLI3pdD87xRAl7LaafEKALpls2hwBOWVy+w+obt1d+zYQnXN+SWBbu3tL
				7mDk2VPDI7g1MBRHz1uHgXAzzVeIxZ4oVIIqZ+PI4XwCNb1v65q1sZ7ksYBxpr0282iGTN2tlQYg
				BRfDottUmQ96t6lE5ClzuQaseE8g+6DgSX4BU5mlTgGhRGM2d2LGcgduXaUPZVIsFWgmzbQohpY+
				m4lggjrw9lX7UwYgsVeKo0lB3HJ3qixgaI8rAHeMCrEHMpsIfL6uWWnYufa52kwY2n8UFwNI3frB
				th/iKAQtcBrfXzlXSkkpPMnGPWGQiYIOMwPIvG6K+2Nh9w0WnQ4YCngIXdd1H+fuCsfxXPvjlcAy
				e0J6K1zSwcl15Mhoc4zpTFBVsB+Nv7UeecKK3m/QiA0iChhDtrXY7CourSCeBU0KkpiqCwwbP0Xe
				4MJsdxXVhGda/mjInnAbeKDTLF4PExIN0xb4DFUxdWFgJMBY06jU/UoYF+keeROkp32nd4K7tLOk
				xBtP8RQJ8gdllraC75YMxFMwuGEeQAY1AGXP6+EZ/0k2Ng/ePL64hQ/+P8mWmK7p0d/uyrOZr2Y1
				3ykK9VA4DT1UB9nP8KdQsPH/eRTFBlLU7pC+VOAGoP8pbfBanUMnLoS3pClLJju047jm+ULEmI+9
				jrNFFDBQTQoV5l5Ba44Pe32Y4ulcsCY+YE55Giunc5w5L8LcfacJi8YI0oNy5j5beztK3RJh6VDN
				ev7FnKHUrZRAjzHnXVaUSin8UasmBQiww/jlFe6adBjmd1/c0IDqtCvL5785Xzfwn+W6Pu27nwmp
				FkFI8jcmUJqL/PQEW0Pfr54AbveE4k1YjCClEFxjAI6apBR2MNdVGq4VcQEq4Fy+BTl8U2hTROwi
				alPAWWrDJu7IVfDA/87fZroemSCGKJvujezmrMmsTHLEpznvmbGtpT0hfUUU1NxONs+QJbZ0tgs4
				E1kKUThVHGZ9TnWbYMCJ207MMYXKawdX5+sIYZXJ6HnBTXvHVMz9Ic8BOfNLd7vPePVOt0TunjON
				tVWwd1x8SoVFnwIEGP5E/4vSrzYqyZQMbY1Xsqa1/sYyF5xxWmPBsSWb679pa9DmL3F3TCG6YLnV
				n8d4m2RSdGz9mikzVV8SjzjkQUsyCY95nV7BDaZRdL3J/+/xP1ELd4P8NdPuhmy4nRDUip5c6RvM
				DZSiDL+Xhb5LGTV/E4KNOMGc87XC2YQufnLv8NEEqPVE85NLTKJ1FGiU57j5lnugJl7OkFYfMdSg
				nyUaKypw4AA8vaIxIMVrlllVBa64pgsOAMvmlJEBk9njRqzCXH3mCclcbPNdq6yg5bsugJFp+D7I
				MaVW5RLCT+Y/Skfh5keRFes3FB5FjYGRqKG9nOSrguV7WIyEck21Ypm7E88FMEtb3hhAbEn1+aXD
				KILJgJOrD1WgCpd3IFoXprNDfYOj+7wIXMR1FFl6XkgYsD9fb2g1/SMNbECD0yaJj0zhzIzM4Xpz
				lC3xIJxkfwA9zQNuIxDHKFx8Pikwduj3fQZLcm1Yy6vCngANyYrGZsixw8pDlkjLBM+rwuoCY92x
				uyqIHkLcXDHMPpJpHZ98+dFIu+CNsJOB73pkOtUkSaywAtv4TPL4jNGjcMPe75Kauq7zOQzhlOd0
				X6C4ZRVVtGbVv+E295EoqjgDBWdhcut51brI8f7FmqCKRlSFUVLMVTp8Oh8JoSTuVNL2VPtiJ9+8
				A/BMR0eDR3FdG2R1OS/9MMtOnKznq90+Oh6gJ6G3gpZHIWa0kfURhbitcucw6tYyAF1q/JkyALQ5
				j+QEsa8MPGZS3DzhbvET1q+5E9Yd2f9zi3PDu4T1qXvSlWyjdYT1S6IR1l2zIqz3hYsRBsxjo9rF
				3TP2xTo8h+KP+yKIHLX20CnXN8llif9RiOtyNDRH5soGR/R4CbzEaTS+/B8qQoLCgluF+6UOH/dz
				yQuIWQ/+Lh0iRnhKDv7SbbHfJdLgr26D1KvPzKO9CT/KHXlu9UXrRBtzGo1MRKsAL5z7gW9Yymbk
				0mzRyJpFhWs5O6afV4oNBS8P/NLepbx46Ni+AoJbd07RlxH+P5AFvvqNeIUWOq3yypa0QsU+uTQk
				F/Fca408XAMYEulusrvxV0A3pdwA7roquWVQ/euvobOrR44rSgFSiNvlX1acOPrPT0pjB7dKHPXc
				Rbphm4Ey9iycu8sg80FwT9jZKU05d52FV6sdgWrOhXN7KXgADmBHQXKE4Cjs6XKKuXR3dWqbLYoX
				UKe5UFtHUdaWKGV2R4y0i8kIedmB8NZh2EebQnTQvDRTSOH1jW/rMWxmMmwv1fTaIQbZcMJ/j2Hl
				v8k5EnxfFEPn53R5NBfzluRltaZianz+vam29pqKFnTlXI1Vv6QmANWvElJIesjxKA+Xlo5ezkI4
				zgi9LCCVD9u4OOYFE5S4jm8DYpgXSE7/sHPmGWseaQQs0S7MdKSO6bgUmLFQ/QoxKvilLIGpdG19
				pdkgk9Jio1g2caVOi34y0tmQQm3eBtenSuNGwcvC+qqJtiFcOkRfu1QxhOi3toES1gWZ7C6c4Bun
				01H7zQqde/2u50BJKSIBMu9+QdXsnDwDg7o3Doa7jKv8Go/9ReAztN/lXHxjE3hPKS2+Fqyg362W
				pOseUYnelFGHpQZD6vMA+8PgxPpks8BbhNHM6WgYl/2EyCgeMFQJas581MlxA6X3V4TOBIA82a3q
				Viow/8wr2+BOirF6/EWHwJ8PLS/KVUghWt7Tab6HlsqzwOfSPo/R5pLNdfZX0oqYwRHc8mOCRJ+x
				mD1Hh8xK4s26OqSQkn2+c6SNI2OxCZNZ5Oh2im5/REchNhnY+hS9KYr8DtK0EJPHgywhFRFSoMSR
				jkkEXkbw+zk4S7nCJZ41NXoJKls8OFVPeuTuMakVUBEo9dcEDv04i4UOFbe5mVoqxkMK8Sh2SuyM
				eky2FSgGeU6FmmPIiXZdSCFR83dwn8i3iBQdnDs+sO2pGSFlMKQQecmwne3X0cxFzxWiQa7ck37+
				QJGYIzrEuggXJkEmek+Pl0UHUQag0pROwBMPed3tYBPbUZRuhKb2OZtapeL9hdoY5PmSY49T5n0i
				pFBhJiRbUoE61N8gVq6Vu9vwOjcqS90CdbduE60ZkqqbXx5r5v5/E26//+5BTWGpwKwj7mPNKGag
				E79ocZUP5jvdRZJHuXVES/jdMVk7bE0qRylUHV0fRr1G1buWUXVKw6j64klzm9y7CeaLEWLAT1Rd
				b7hxKt3wfXSO+xXOPJZvO28mnTnKDOFAYr6hl1Dj0uTNmsJmjW8h31n15rEBO7bQSL+xWffLlnFE
				ecjomKoKRxRqzMqQXe2aohe54f6En3yO16ZeH3E1ER8pdR1WOqZ5sBSz/VUkEpqt1FFIpPAyZ8f3
				cYq4veSTgK7Sxy0YTgzhpj0tGqVxd29Qd6BjUp1wFMl3SF3sGCGeRTW0YVbuL/4zNau0kkNwEYHL
				PB1BEKieD0ohLqZtTNuDFEXo8Tqsuj/aHQTPItejn/Z1N00GkKr+/Hia84/wXa3yC+Zk4sJTnuAY
				RlOlHihh4Dcb/nw59UdcyoUSJyZ8U4mxNJrP49cV6+tgVIBVeAJrMTchUoElRcreW1aXOp1KpYqN
				zzJWk2ZrR71nymvRMSlo+UyoMIrOtJ+zYolnSy6897kq5gfVWSHlQPweSyVvyhq8+SQX+c9ci4sh
				OoSeJt0BAT9i+KZpAsPfXw+w19BgiS2u7obND1k5QuBRbyQ9SY/qAcyVuW0yZuEAjSNehU4p730O
				afGkn2Ru/YwXD9tXM4grAXPzh5RpYFszDzOy5SibXXSGEDk6ptNVPX6vaFQwN+8xUlF8LeuajBib
				Ak13MBmjlGal2ouZE7xhHiDEGQH2vYRrz0v0LkbTklM46VS55KW4dbDEsMKPOBmf5qRH0IuCWCis
				y06lU7RSDnPcJ2k+1tcNET41FmhT8kvHrW+nztgajM2nd9mkztnmCAj2Y1GpcJ0j3rFbpgo6PmK3
				xJdEfrtwHmWZJCZIadvssUzbvammtqEcgzn6qXoG1mbOPz+VUkhe062jtlZIxv76qIfohrIOSL/+
				s29U0GKPzUWuggfqh/tGxYtF816mbto8QDvHFFjxLXDNOss2F4tPjomaYmFZgocFfcOlAqN1Nb4R
				1g2dQ52w+pTCYirEKvs4fKSTL9JgeSn1SlUwSV1oL3O0bExMhStJfiJpcj8nqc5e4EgEllUYa+Dz
				ItgQi5BNj5Rt4DwWKor/td4USCzUgpBfvWbjr23TPLRgVc+rksU5It6swrBNpRNMoIVDfHyiZDww
				K+HWQc2qEUiADEPK/QLBfJ1xnuhHnPS9Q1ywk5dvEGbs7lQ5G0eOZxWoFMriyQAzLwmtQDeyaUNN
				rHZijBzXKlA56+JQLDv/d/fevjjU0MKCIILTn5PGH1bX+IPH0qbk9ZjD52CON9pvr1AWUVQIsYgR
				6Wgbm+E7rcJtftyza0pH/3i0VPjiyxw6e21AtjUlApVn7CJ0jBkSuEHrmEDFYiD5guUjArTU1Al/
				bqNyrjgjz8W6lnjcf4xBNcWOLP5zTbMfVGe6KxsRshCDX3nrDT3jiYC0kDpsn+8fkz6oCLEE11ma
				LH0oiD+zZ4DXGBUX8Dl1p1cugdKcl7slt2staOgqUJyYzKsbPOpxCvAW4pUbk42bW2zr4WH4e1Pv
				jGB+6T1v6uszsRg7/zJtSjUzYS69qfefy/bmxm5NtelY0HrwxU0f6mC0pFJ8LGz8CKC4PPHSzHHW
				WOC/63bTsxln1OqHiCOnE6WrMJT6bcDM+wKGhaDfpEkuVmIUqZjA++bTcGqhMTUW9OMJGYJYK0Ry
				xFywFQSn38+0FVzgoX3cCgdx0Q5vBfeBP1kRQRohEGDcUbYInSMa4Ao03K1BG8sDrvO7B2GV5va/
				oL1t+1O0XodmsKwNy2q7wSi9obNEd8wZpbUrWHsu0p7C4noBAj1/rq/FKwi7mZd9y0IanlqSKMZB
				60ZsflKewbE1esmsjIpMB0B9nZ7c31YqJlq8TdKCT2RjSsztfXsTKCwbaaFiTigIENu2ed0DxavE
				G67AJiFFy304inRw8Yscja5Oa3+S6qng5dbNyn5v7UIGveeKipqFDKjkqsRAGkoP6Xdi+QauQH87
				Qw28yDetb1gAqJESkkDWvX2XTqPCCXrhkMR877Wiw92SygsJk4XnrdiIUNF/Rs1QEGZB0zL8t8cB
				REHE4cJo7UVnQADH7ykNTHia5LaqIHAX4PZtxKc8KsTtf3hQJCIegV1I8uEhUT4bkV9imqPsnSCu
				fEflxQcl+rL635oC/6RCKuCm19SGhviNEqu64BVuQiM9jpn7gIyKFhZz5seY4jEy8e4uxajolXU1
				bDJDAkg89gP2848KOyA1jRiQegkXkFpXh/tNmTkyVbcVwpmZGUjdZzkBLp7ruzC27LYPvFSpx6IS
				3oq7Aj0R9uS1IPzW4uDb/K4hTOV53Qdoe27ddFt2WloBVBAHFKc06lzkykO54+WJn+Lk6DAQdnO+
				kxgU0Mbuq0YVviKIcc3x0vwkmsFDAQQhBQehkGuhTqk/FFo8U/OrBIcFMt91hXUqhEH8OLR0cHGW
				5FQzxj7dFZ4ZxtcMPxF04bk5Y6O1MVFUxM9mBJQGbd3GjjUXwjpDxRmZ4u/Y+P9xOzZWRnScWxzo
				Bejp65Dm6dtl5OlL1fH0XXAsRtVddzYa9PCODUNi9a7tv0tVJRezcM7l7OTK6a7HFRJcaVThorY+
				i2UmwPZdjTTp6hJuWewbOLLVpTInb2LqWFoPFMSIHpGuYqElhl3ILDWBXi3GZvqTu53IQD/JI+8R
				01mHwJO7dcFvd7hEwekaMTWxApMFhyRflb2GFMXvVvgyP8fKAEP2eDm+j2kXQ6lRv7wtYIerigoy
				JHWhjTA6avmfj2L+rbiSEp3WeoUaO6rlhMA0xou4QMVGHq4KGBLpbtLd+CvAN6VcA+5cld0ymP71
				19DB1TuNy6XMVogbNsyacDF8S7Gvk0dDCv9NFXT0djZSjkDvH+V5UytSSi4Hq/ANAXq/ATquvic0
				d4N2xiQnAATY4YMcgTgWezrd4hIH6MJim88TmtBEkQfuZpX8nyk0pUBoJi/lXi8ZiyGgqa/EppVz
				oEKVxnCkxyh2bB5OF44e+H6bwKB4ArZte+WuC2BXnshzaTJC5mZUs+79o2Oq9cs7xWlyGrJG7xSt
				NZvvXg13eqewBldKsxXlNj0TK4EB0RWYqzZBbY+RNLAiVZ9l2IWY5mTBXTyP1mqamGlGiJUd0MMM
				jMuPxKGAxLzgcpoBO8dyWZpTax2WmFNnaHBf201247KQFEtYpTmWZra+O5pivxz4pUxrNAplRICO
				XZWR34VIyMfDghlETR1CI63WNlZTRu3VCF8XJogy4ESZc6QIg0IRcPLLMksIE01pQSlkbZt2mGaF
				ClpsZjoseArlt8N0An4zyHzGlBe1I3LeXl0xqP58Jzjy5i1q2mE6osoabE2/ZDuORJVmHsLsZoeJ
				qT+Gx90Jp+sEn2PO4CBnXyqEWQp5ZBwYqMpxYBg+FdauJJDAitsGoIepLIam8ha7k0QSeU7CK3iT
				cdOsGaimEL8650sU1WoAxAX0gYCeD9/zhz31jzx5VXRCHy+AHtWmBqIdiOUGRM3HOo68UAy342lk
				Dvp40XrYL9gKyeKeXp70kMpLwJ+G7Y42QqsODPV6M0RRkTZMhAA2AOznyV6rMrRa42LdIZnbMM2w
				e+NK8tr9Xz5KSvRNiR3Zazuanv+RROT08w13JsuObGY6dFtRwdPMVOsn1we8rKAvNqKiWZDUN2/G
				ySlvqW/uDxBbe0+EHmKzaLfOPgfI/V5BjRXY4jFeLgkUW1oU8eBmRnvsxOMsIDqE2aqEwlMSFyvE
				FuMGkfJuDK8ZJqIVGOq02qCUq97MMCl0gTdduFB+t7/jQkXBig87CD0++hYOU2vF+FWIZ04Rz+74
				7I1u9TWLvqBcGX5aFNxsALtT2UUvLIJpS3ug7G+Jgxlk39tzTozeAlflofQmVqwBuXtsPk55QLDX
				LaK9IqZGg7l/5PSV5bZY4ipsjg7Px/BgSh93q1vK7n5a3yqtWvKWxBQmNfySIKnNwuO8XwvC9zdR
				/a90qkO53MIGl7qxwsUku4JS3pIgk2PbCRCZ9JuqL0znd6p5msaIi7LEUy/KrsBno5E8OHM5JQgO
				KLve+xCsy2YQk2dSLBzrmO+Mb036dTTG5OB2fROX8FPTtIs2Q4dbbzzfGffmfwHucELS+RtLB1UI
				xRATiSaV04WdEtpMOFChHfCi7bj7Z8Mi0+2nNFnXEiKi3x/arxC+qeKJLWyO0X1TMlUYcvwKPw5h
				RR4Lfg6ZFCrsZsRqmAhn4V0XpgaIholof7ki+dfq9STUIimMM/eLMnpKtRsU9KhVJD/Z/0KetkLn
				JExD02dDOm78KEmCUMKpjN/BczEWh5wNUPK+z4dxUwKYkQMnKKdjr77QST54+3mVrqZ6mAhp4jrA
				xMm7p61E/GF0CepBpS7tmwvZQiATGCH+ui9Vq6mrnAz22lxADR0TrhrEVW5rbu4zQ55dgBu3S9rF
				WfvMxKtzTCv+gapbTdmEOogN22iR35ZQ+8bFY83kBDGLqDKb+f1Xhr/sXO0J1Tlms4MHC6dAcdkI
				1m8H0wShc8McHiD7H5jvf44dTK1JP7IqNwDdhEzvEvqqIxQ5whhy2Xq3toEiB+CGEF2CX5zHR+Vh
				zgOPHeth3ULaYLKr7EuQlfA2FyOjRy0pDgDhdlsRk8H2dLq5FOT/wkGWQ0pgzOMZdRMawoynWFAl
				TG54V3nKnc2N5eEuoYJnOrfpTwsmwtNSY29Wv8igfkYLJvX944jnY4GQgmOgLZFm12snbeBx9T+J
				3dH3kgWov0w4O31/GUNZTosUiFm/7c454h/DKAU6sIMIeq13m85Dx3EcI9KqFUJM36JRSxd7/BiM
				4H9IGTvRcegBOieIfmkeIhClFhMuSBQvQvNFSYaZQFL2k73p7ZfiwNuPTAMxZlekGoUYPiAXbQzx
				41DS4ZUvcFSHM/MCHW5qBH8C9U5pAhrObpl5hr/UIFkmx1Tj5eaQRGwl4cg0YiOU34ydsEIOjydH
				ApYtV/x6WvxxkfFZ6olKr+LqL3kr+0AhXuYOxTIjE/2gxl/UgNT80nS/pkcfJo9K5Pbx55gMmsoN
				8HBwMKrfZN8TmGVRpmvfxQtLDO8xuPlhhZVc8ktooxdIf3iobuDkhT3aNaiZP8EVqMEv5F5FACKO
				QlJI37mp1zzZZTg18Qrtcms2Mt2tPQONArvxGp0I+4d8qPbF9goSi0wSmCCxjjABhM2quk9RoG2B
				guOQqwBaezU1Twv1QyaFkcgXIEVC7HjPPD3GTGh8+YCiHI0EAEDBZCCbFnjbB19x6c8PpuyJqX1m
				e/EgEbQTp/0TibiEMyu0KQwKyriFBfBvtYaG52PlcXPlRQEdrQdbMCxXfCTGq9WF62ZUsi5EbNrE
				9MrJ0fo3MwrAlHAKiWyUf5QZOK8rKIVaZMGvgYPHSl0RONYLlCwMZMemkGQLLxnaZQLSYN0wGCtS
				oi2wU1f8tzMsw4ri38yTDXq0GkN8C7j5ovv1FW45LAoC5Nn8T9wDkIDsl7VSwiya/5IdOLkcZgrJ
				6PEIH9Scx1eORX35tFTg8tfcGS20gfKNLDtRgXwNQSjuvt6traXLlIrMDMR8/AawGNUTr+Xbte3M
				8zR6DI9riGVehdjM1cetEmf97/zW8u2qavlSgVq+i/o6UeddFmCOikGzFCQMEcJt0BNslHk4ziMG
				W/rz7W/59oMkh23d8o2s/Z3QUhlZy1eAM2eTQ6Ep963v+WDRb/kuzVu+erlu+UY7bvlewTOCDJ3L
				N9AK4eZjvUfz1dXlbLxkB9BEQaothcEcixYKqrmGkfKX4JGvS4sdEUraWcv5pu/jtfZpPbtYvmPc
				XEgwGbYpQNkWE8Z2qNA6h8alzB4Xc34Bk2gdEpSUJKu6S+f/DI/6Wgrbjf1YkO69l1ewZ7JhmKb3
				x4WSVteC4fTujUAf1/k6gfsb3/cp6f1sSLWxR5K/P4HSOOCY4bjqjPWSoO0Y0syW2Dg/2+daDaVw
				9Wb1mOHZfjGD7ukOyRl1h4LfhOoq3H1LinGhKJgN4IHQlpxNMmipNht0KOxFxGDvriPg7yFdXb+Q
				FOLVrmDGLaOALohfImn1HDQ5whXqY0mhI1BJPUcsfFdKk4Ia/2flSUGFL7QypUCVlYIZawbtcPGZ
				mS8pJOYXN4sBbHGtuyXBnXW2+O5mPt8V+8S2UmCvFWy1Yod0HPx8ckpY80Y1nKRy6U++HXUDXHpD
				bG1X4qb8gOgrEqu3Au18jlBv+dQ5YfaGXDU0pwmLJS33o6/5GbA7+/YAohwllZt+0rwk1plSGEj6
				UXotLlvq94U/+mwwUWLkS5OWq5T1laQCgxpNQ4W+NL2DxhJxtRToSaV1paPWt9aruFWRoBBnpked
				FK7xmTfYvHG0QbFk6onWImMuuNXNPBI0n+XkvhDQAEka8A3fG2rD1ykpsET8/m82vA7de7lgCGQI
				3NwBmjoSPBZwJUlBc/ytV8OWKbRJNmo1Oq4+rCcC/wOfA2QDVSqVSqVSqVQqlUpH19Bo/L0OHag+
				8YkTiUQiUZYhx00iiSSSSCQSiUQikUgkItIQERERXY4kIiKRSCQGUSAaqHFoZIhDHOKGSCQSiUQi
				kUgkEokjEolEqhGJq8CIjziO4zjOkEgk1ogjBnFEIpFIJBKJRCKRSCQGCgpEROJIkmQEYiAGYgjU
				qrparIuKNUUlNdXhOI5jp51OCVRnRkKYmZnpDAOH7XD4w4cPJxgOh8PhcDgcDofD4VA4HA6HQqFQ
				KBQOh8PhcDgcDofDISec4cZt2yYYbiOimZkZmqBph50huZgOZ+ah4RDHcYyZMDKUoQyHFJmZ4WQ4
				HA6Hw+Fw3nDDcdxsuOGGGw4ZExMzHA6Hw+EwhsMwDMMwDMPhcDgcDocLM2FWwrIuqZKSkqmqqqpQ
				VYHOSqBQGBVWWGHo7PX3skjzuZDzSAqFQgqFQqFQKBSKUEihUChskXAcx3EM4TgKNEMzNFOSIxuR
				kZnZtm0CEY6IUIQiDIFQKBQKhUKhUCgUCoWjUCgUjuM4juM4jqNQKBQKhREmAhUiEkIJYUwIhUzI
				oiIiIiJCQcgFIUlOQLJV1Ws1TpHU1Bi1ao0da6yO4ziO4zjBrNIax3Ecx3EcH+lYfnx83OEyLoaL
				I5EcEscJxjGQI0eOI0mSJBGNNNJIY1BNIE7o1Dx9tm0bJVQXUxJGViIiIpNxjHHjxo3jOI7jOI7j
				OJtsYbFtC1tsYWPFSMZisVgsFiOxxbpYWFQYt22coGFhYQFhDGMYq6qqqqqqqoRVrSBybm+DoW2w
				wQYblAYbbIMHG6wPHjxIBzfHjjp48GAcBxlkkEEGGeTIQAYZZLBoKpEmItIQkdDQSGhEi0BBNYFm
				06mnw6kwTXCCE5ygbMLEhG2bBCfYJEJiIiJBWXDBBUsw2YILLrhgMBgMBoPBYDAYDDYwGNwiSAZD
				tGZwh6AQDEETguMqQkREYGBg4KyqClJVtYBtEwRO2cAGNnCBgYGBgYGBgYGBgYGBgYGBgYGBgYGB
				gYHxDg/jOpCBDGTgGEiOgYGBQRgMrM7AYOAYOAocBVIgKXDbhAIDDqDAUeAmcBO4CdwEjmRg4NQE
				TqAETkCSJEmS5EgyhNO42UaTzWSB2zYXgRMEBgYGBgYGrhUCy3ELEiIEhsAQyBA4ciFwITAEhsAJ
				qqqqqqqqqmpVVEVVVK22bdv2atuq2+r856KLLiqqqiqqmiLaNmlEREQrIiIiIiIiIiKhKSIajUaj
				0YhmikYDmyIiIiIiIqKSkpKSGqKNiIqKioqKiooGExSRioqKiIqKqla0oigKIiIiIiIiqhIRNRAx
				FBFDhQoVKlSoUAsVoUIoElWr1Wq1Wq1WS6VSqVQqlUoB3Nzc495777333nvv2Xtvqdm7ITD72Xvv
				vZ/Z8d577733DgPZe++9995777333nvvvXe8595777333ruD7b333puxiVFMYhML+/+GVdixw/Zh
				/7/33FM73nEcx3H8YHEcx3Ecx3Ecx3Ecx3Ecx3Ecx3Ecx3Ecx3Ecx/GM4ziOZxzHcRzHcRxXHMd0
				HMdxHMdxTBXHccVxHMdxHMdxHMdx3MHiOI7jOI7jOI7jDhbHcRzHcRw/cRzHcRx3sDiO4ziOO1gc
				x3Ecx3Ecx3EscRzHcRwvjmXx4sVbvMWLI464ER/HcRzHcRzHHSwOx+G4jMt4xnEcx3Ecxx0sDofD
				4XA4HA6Hy3A4XIbD4XA4HA6HGw6Hw+FwOByWhg+Hw+HW41Y+T/PD4XA4HA6Hw+FweIbD4XA4HA6H
				O1g4HA6Hw+Fw3wiFKUzhCcLhcDgcDofD4XA4HC6Gw+FwsVgsFovFcDgcDofD4XCEqaUiQiJCGSEZ
				CYuIBJFJOBwOh8M02Sz8sYUjHOEF3hPvPcFbiJgghEkhvBBeCE/w9YeLxWKxWKwiKcVVcRWqjaqG
				qrbYorJTalGKxdAWW2yR48av67qu6+LGYrGqqqq4hRSpWEVERDQqKioqKioqKqpOzdPhPDScGRqZ
				GZlVzCZMjFSlhOQiIiIjUlLcZCW1Wq1WqxWtoqvVarWKWq1WUVFRUVFRUVFRUVFRUVHSqKhQUcRO
				hQp1QzFUqFChQoUKJaGqGIoLxVWr1Wq1yk11Va1Ww0CqbVtt27ZVhsCNDG3ZsuUEJEmSJMmyLEuW
				ZWdJBsuyLMuyMgYGicpSqVQqlUqlGmrQhCjQlFNOOWVNp7Ipp5xyAo7jOI7jOI7jOI4bx3EyN272
				aBzNyq1ibVij0Wg0yijXsiwXZVmWZVmuLMuyLMuyDAMpy7IsZznnnHPOOeecc845/21b5wTsynFB
				Gg2t3hmd69xzz5/PbZP3zw94ylM4hVM4hVMEIXBzsjg5aY4kSZIkyc05N5LDmdnQyMzIvJmZKVPm
				3LbJFAkSsrnlvffe3BxDOI6TC4sZM2bMxbKYMWPG4TgcDofD4XA4HC6Gw+FwhMMD1WJdU2SRRZIk
				SbJaDtwSkiRLkiRJkiRJCkmSJEmSJImG5DgwkiRJkiRJIpFIHJLjkEOSJEeSZA05pJAjSZIkSQZJ
				MpAcSZIkuQgjebCkIIMMcgKO4ziO4ziO47gijuM4ciRHOZCIREW8SoCqKopYxCKGIiOr/1ddraRW
				HVdVVfXquY5QdV3XdV3X9QZS13Vd13Vd13Vd172u67r33nvvvffee+91XT8JVT8JFepQhzrUbbWq
				qm1bjVqoheq9995777333mUgvffee++9995lIL333nvvXQbSe++9dxlI77333mUgvffee++9995l
				IL333nuf3nvvvfdNO5VOpdJKpVJpl0qlI5VKpVKpNEj7Gl1Lr0OvtK7ruq7ruq6h0Wg0GhoajTL6
				7b333vv30HvvvfdeCb1ta6lv63VT1tRUrJr6////////////fxnI/////8tA/v///78G+///////
				/+f//5xzzv//////PwL/TURCpCGioUf9/7///lmWZ1leRkhkRH6T5S3X/v///2eT1X/Y////jP/F
				x8cvfu+9Vw3////yf0D48OHl/5+q+Iqv+IrvUAxVluUlSZKst9X/b85jPp+XxVmSk0gOicKhcIJj
				YHBGpSL+ExERzbbRUA2Hw+FwSMNQMxMwfPhwoVAoFAqFnIRPhE+4UDgKaRzH92HT+Pj4uIxzvvE6
				ePDgFJTgBHmoFzyCwQMPPHDh4e0DAg888KqrxbqoWFNUUlMrqRUxVFQ11NG1rduyckuXLl1a1tDo
				odPT09PTxSme/GHSpEmTDkGPNGnSQtM0TdM0TdM0TY+maZoWeiBQ68CZeWg4NEPLVAxRGBISEhIS
				otA0TdP0hN57771H0zRN0zRN00BomqZpmqZpmqZpeqbpCZoiEdG2A9F7L0iggIBQDXQEWgItUnPN
				rHl72+Z5nud5niedpbPIm+dW587PMs/zPM/zPM/zPMs8z/Ps/7333hvJeZ5lIPM8z/M8b14FCpp5
				QQLNzMyckcnMM78wMssss8wik1lmmWUjm81ms9lsNptNzJvNZjNvVg3GMRNzzDHPzMwz1TADhxFg
				mP8PM7M8y7Isy7Isy7JcyrIsy7Isy7Isy7Isy7JMNJU3sMr///+yLMsyv23bRnlyLMtyWJalKFMm
				ef///7//8MjLsizLsiwmTMlSksgiizzBe++99957772399578x0mUpPJIYcc8iEhAhTy3nvvvZAn
				eO+9995777339t6LulpVIchAtWpfu2qv9mpvx3vf3d0tXdd1Xdd1Xde9jnvvvbni3vv33nvveOEN
				VHEjAQAIIAABAoRS0VQiTUSkISKhoWHbdtjhkARq2OGQJGfIRtlDsSzLsizLsg+EZVmWZVmWZVmW
				Zaksy7JUKpVKpVKpVCqVZVmWZdlNRrYbO3bsWCHZUMFgkIIkyWAEQ7VuqG2jUlmW7UBYKpVKpVKp
				VCqVSu1AqFQqlUqlUqmXSqVSqVSqlEqlUqlUKpVKpVKpVCqVSqVSOxAqlUqlUqkdCJVKKqmkkjoS
				kTqiljQJERERDREREQWqEegcWqnUGOpQhxrmUaVkqXQ1EsocIRGhUqlUKpVKpY5KpVKpVCqVZFQi
				oiAJolZQGRNTMKg0EtS2bdt22gYKRJ1OqdPptAOZTqfT6XQ6nc5AptPpdDqdTqfT6XQ6lU6n0+l0
				Op1Op9PpdLpWOyNd2860zGd6nt2ZmZmZaTtO2zbIKU1p2nVDJDQSNKNpR9OZTqfT6XQ6MxuZmk6n
				0+l0Op2ShIjIVKYynQTpQmpBquu6ruvadWGbbrrptG3bxTQmpjGNaUynbdfuMDMzM5UI03VVVVW1
				kkqjpCUtaVu9LXup7JQqnUoZXUOjnHSg/v//2bZ5kVJKKSVKkQyglFJKiYiIiIiIiGRCNCTEycjM
				zEhnG6mMdKu3jYhESO0F6Wo9aNKtDZt00kmlbdu2bdu1bdvStAWpBGnXqrXWWmuttaoVNamqUGvb
				tuu6rl27yrqu67qu67qu6zrruq6rrAPh1iOHk0jScBVWcIGj0Wg0GomIiIhGgTpBrVlnNLPOOusI
				uq7ruq7ruq7rum5d102g6NbJunXrVhFwW9cFWSys+tbYKlslVon1WLt126zruq7rum7COmGdsM5E
				21ZYw1pRiUaj0Wg0Go1Go9EoRaPRKBsN3rLTlSqdStc2NLqjR48ePSrFwzGjCxImSU5GV5JGu0CK
				UpSiFCWiUZSiFKWhmZmZmRmJzsxIyUxVKEuMRCUq0eii0WhEo9W9kL62bddoLBqNRqPRaDQajUaj
				UToajUaj0Wg0Go1Go9FoNBqNEk2Irr+2bdu2bWhbmXZRJd22raEL7aGhoR8aGloNbeih0rZt27bt
				2jaUoS1JkgwNXTCwaCqJQimUQodGQkGjQEE1gTo1T2eh4dCQUDYyIzGbCQ0NDQ0NDQ1dRIAkNHQh
				oRIqoSLouq7ruq7ruq7rutDQ0Oi6rrdHaCdCF6GL0IX20NDQ0NDQ0NDQBxIaGhoaGroQGkIrhLaq
				qupWtaq+qqqqKqpCVbVYreKtVqvVarVarbWqqqqqqqpYVVVVlwDrWVVVVQ/r1XUVa9ZUl0gTEWmI
				SGhoJBQ0CpqqCdSp4VTV9f/H1FNPHaZSslQoCwllhCSZM6wEyE667gHjGXQABdEgRVLQMQfd3Tzq
				8ZHS0MEWw3E56M0GS2Wc7i1BbghNFImD/XosWzwM0l4uASZ2s5TUKHJEyzKZDtR6WGJi/6Y+FPTD
				JmmJuKddWYVbKpsTYNeACjjLGOaQwDNsFe1YP2bDHC+1AvMjlavIh4n9US+m6Rhj+gZ+cEyyWfns
				BI6Eg6IEEentWlRocuC6Ifl+mCffsxIGek/A1x7si/CfhDhyqwYbWCBmi1/KVmrOiYgksEdWpTcD
				3mGVg59T9NV4YyXBWZ4UgGKX0s3r1JvYcHzC5iJh4h7pyp0gJEDFirC5DOAL5d5+nF9LsDPaKcjj
				tvhIfreuqFGVk9FVjOdP6A7IDrhZm6+lb4WVm8C8gAR4wujrfAKpCD7ttra1emtMthmVNM5gMGUI
				4bV+yxZKjpWGPgbgMwg0W1Ejqqejs+IUrJJOAtE7Lrq8kmqulOvFBL0F9LYuNxDX+NFdn2N1gun4
				7+N8IovXFB3SjxC5X1gILRr91MxKM6BOYDzBdp9zBIH/fp6A5gESnXpfJPcMfkcHR51luxApgyYQ
				paV4w0PJSDoYAnLyyN24ZPvEz6G87saAmh/Y7o3zINBjaFmdoIXUDSOwMIVzO9QtshfRKgtXKcJr
				TsIPKnd9gd4zL2+3ZfFg/o+dixiWMfcawtv3YoLas61JDDEumKw4bnqji5C0N8hCLBGBjW7wpSvi
				hk6mKQNg8oDuGQKk2EWsILkJE2TqZsiMSxolXOQK/b0bsLmsU4+vqYJXR7h7Nxb7BnSA42xuwLyl
				Ru1ivKYRGcMncoR562pajufLW0smV4sUUSeAC2FbEgPJvPvF5JoHf3KUIbP5LJaRhFhLjaY6+4dt
				Gc8iRHzcpFH6YoLxJz5Uk7GnkpMK43iE1sSwGW2oiJOuo+LyqlA3TyVZbsaULYeoieC4nv7TvqR5
				FcrH9ZGa0v4gguh/XkaqNod2B5mz6HXgbl13AYkAYlV/Z8nMT0Fk1AyL3R02JvLmgKwS5XzkYKAx
				czMBSO3EfqgRu/Sb3R/OMxk61e8EBvQRR+t6X11db2qIsRl9ZlcYXeGLvuZnUXyibTe5ItTxItZx
				tToVhyYcTu5qHch7gsLaZLSAcm2qGBOBeB5lc0fEMb3loTqtEtdVorltP76KspJ5cPMRYUT4Nk29
				yJggsXwXcWoiyOisy7w+wL/uR1aeFlBjvie4JNWcgY8cLqasoJzdikbiC2fSya/sEyKVvkgCrmIB
				MrqOKBZd6k6IV3XSO04braHlKCGjl+p7QhJCOE4IeksxDu8qNacSGOU94QA7U31ZbzhmqqWsdWbt
				PSERKsLCa5yfUshalzts3NYlas5NjE9l7kPuKUIZn2NkI/tJR1TtB2DVWJRt3eji0n7Kh5ESn3WL
				15pFCmiuhXmArhBo6JWepjjCJAbZIQ2yHeGoHG3BJvmt1B5y+l6yFr2hNwoopPZ7kHY5xMclJMKD
				sXBVD5IzytuglO25maE7rCNAOM+AvpNx9Xtp3MQ42vKEh566lr4k7RyAYNgf3Tia0JpLJwZdfZMg
				GaSwU6cMhUJio4wyMwvwvBs4reBlrefK1/06j6HJbQzqxbX6VYsz1bvNqbkNrfryFxReaTZV5HUP
				Y5XJ6R2g2rc35598VtqjQ+TPp5+NHk2BrNPRcPCSNbbhbabFCrPUE0WYdbLTHAMOIplMVUgmR0se
				mbzvqlRQGLxJvfnmyuQ7tTKZzlJx/Yg2giwrZdtjmyIDqap3ymSdxKDA+q4mKMLh3R/6vGaZvDSy
				TL4/sUymeHRQ6LLsiz7u9maztd1etKa7OPl9whKm6kFhGAvLLPzrkskOclAADKnde3PwyMnEVBRL
				OZUk1/3YptYs7qW2AQ1Z61JdCk0a9R2wAM6nEYKpn5kZ9s5io5JvrsB7QkGv5+AaooO/3zM4iv/F
				2tfN7TCBcuk5lk2vm9uEXVr0TUa8Brzw383K8D24vX83KzNVu3nrg1xxUyyzvSGS3Uu+99xLpqnb
				Sx4IH+2g0L8Iis7tqiOc85JtkdF7xTlviCB10rsA5b1XqNx42Ws6B8/jgBdORSEUTBkCd4Y4GYkQ
				GmSGMbXZUA2sJyJjE1OxUsXfhu+wgC3RnoTJpPgKQgjqTLWRy82Rk1eA2tCUImvdgjVqAFf7IvIP
				irZ7wgZDRvHMbJMMs7sKnUq/DZKxq8xJ8c0CYUDuBt17a8s5Kalck7+OFxEAraZ0w5+USS5Sbd48
				U9WCR/3fzEKYFmnD3nO5hTk0zq5TO5G2h0jIy1Nv+DTfAH0C0rHvq0CKM/C6UIETYJ9SzIC0KOhH
				IgSDfpGXiUG1/DphtpWgnzcSB0bdFDVV9fClp/GutyWjeSC5J1Rud47aAEd7rAJcMkZJp6VHnKBM
				zMQgIZ3WUkJYN72z0dAuVcM5rSix9URZQkd65UowsywvXCw7O+hIZwcUtl2Hqy+0fgqwVXZP2OqI
				Jevo5AUO4UHKsNHu6lkCrO8n9ygfxOX8+tAhT7ubKzfc3EU7igX28swMQv5eCHsgQg52CHFPcBAY
				cJjAcsXbQP+LE85v3TRbpzVuWxgxqk+bnsJTd9PM290Tyl05eN++3af8jQlilGDUXaVoxqJb/reJ
				+Pv7h2D3BH+SOnO5YfeE8Di/YbClTkUvhCF9szsVbJxUFGE8BQtGuyh38yROiYUrdU+oZN0YKhME
				6XBlfItRiZCiTOLKnnW90tXH4/72ejQ+gFXHqS52ItcCZwXQvDdBNPyaHiqroHbz4J0MsCWvX6cB
				N7MsNtqOe/0dNp5T+6GXxJmZQ5qZe8KGvwisEXt31zdrAIo5arzo5Z6w+wKD+SDXojnUDdq712Uf
				ssmht6LhtZFap9nYopawKKq+QWD9ns2qUxdcyXSSdK0YGEz3GZBEwVdNeUBlM6o54vRKEMPMZk20
				z7kGd1NSfj/QAbCBRetaISkJu7XunrCN1jQvThu1uHdmej2UIQeNnGjtnpAXA/z4HcVgEqdBbq0X
				sH5JBzwEsO1TQz738KujVzG7nvYU5461GS9aVoDyYge6yTRcJ2Qh1hvlEvHHZXpaQyHhL4roiALu
				qfQjb5FEwPGwPJBWRSApIgn7AGt1tEvIy0WsB7rA4V1+yVm7JOLI8p7Mf46C5JuPTEicowXuxx+c
				LiRu8lHw8UiVoGaMletgFILmXyaIjwnfsGykDa09WlSp2RtTe5UlHsbUjqX7G+TB2ptLA/MtbHlS
				64izkQlhnLylGRfhasptaoLUHZ9Zfoge84MKghHWdXPjmNRZJQ8qTjbJ28dCAUCy0Y3UAWQB/fYn
				R9TVLAAavP6hs/cLdVT+cEjRjakhiWRpfoBsu8e9TEiX9oQzHg/lCuMHPF9MYHSuxt7vFOf5emT5
				kxifvlMoQwqnZ2pDdxUvfDv/pf91CuU9hLFLmH947sGjHsjYZKrsBK8WVZ083x27IxAc61MU7Fog
				Vxh86X+x9MT4Pds6dvvx1QCnFQfFWSjY0ess2ucRJcHBLIZDzWC6dLdszHjnTOxm2ZVJM3ziFONG
				gJMNj1jIV3fjf2LF2REJAqpTOujG1NhjIDgkyA6+7rjrfu1YWxZotRS6AlGAZrMciaLGZ3XtCScp
				p3PNgGI7roCvN64MfNroyc24qZiyoSVcVda1GaEijSYw8FnoZyTrIOjN7WfmiHjVTdFcpidY6bM2
				1LRxTHWGwt8/WMzaOwxfkMxrFsn62e+H7r+S9ExhQVwfRnT/0nUHs3oN8LYxEfSeyC5Bb7CcdZ0k
				R04XBWHUbIwEONeBuZa3tHDnQPPNq7d2Gl6ouNpK3ZNBTRnSElBXJGJZX3T9AXopLPTGgq4MNy0z
				S9OcUEgcHxigwdV5nILYErO6Hrg2lXqqm4ncbdMuda45cmbgFOG+qsR0O+3GVsfaGXG+GVKY/hL7
				eRbgGotxWo981T1tKvbcJ//b6Mc1YfjdKcTfpyPlYumFhnlUCbmbRPIul83GwDSncRA9RNsTXkdU
				oUlm2AcSlmFUtAGYOYEKyv3y7ag3hVeDky4hojpFS80NKbHqFA3nrAIUCKCqU8wtlI72BmSl6j2C
				hKvtCRc6FIyHKsWtissDrXc51HMcSvfz43tua4gPOokTILxbvHhTd09pOSkEWdhruVHGcjFbVqX+
				tPCvICswrYnTf4ZijDfjQwt0351Q+WFO+0pEAZtls2UYsRi2qnrsh7czn8udwswU1arD4dP4nGMi
				PkjCDefkmIRb+fwKHEkHRdk8pe2BsYr49ViAgymSNGhPiBSESTjyQdUdiNNpK9Byp7Q42xV3VlsW
				beQcCaLoTdJlsoSg8ETxgIF4Z805qiKzhdpwntCZ5QEC7iafyQbFPAxXzEClSdZUOd1I2IZq5N+R
				OcEDQ0fxtDwbH0wIHqCfhEd9AImYYsOFIyOFCLoFNUTtIF8L2LfQuXJnfABdodnp+WGsVIC/UpIo
				UBwd/STJqZ3STdSs1CqKjvg6IB7zkXeSzKyndl1YnmNqqzpuwN1PrWZ/Hi8UGV5HdUg7WoSj4pm1
				xN4pi36MOt0T93KRVI+ong2E8SiYQdNxRyxmdWiBRcFgw0hjl9v4YlwsN+mPN1FsttLLLoSCWXTJ
				S8SWAlHJ3JK0wbaC3zktqtyCeth2KQO3xQm64HgxRm5tlT9u437PMTW70eX0MUcuUHQuLr/TuVga
				c8nHvVfSTofJ5voSewRi+EyKpWDlkpyx/8znF/s/BIP0nk9qhNhIgqlA2hRxNVzOXrFFQEegGxG9
				ioRWuJ2EgX2Axq7kO+Zg0j5yGMTHJyTigVm5dMf/Mjv2G0gKxwxRIyx+3ATMMcGI4C3jl9Uci6oM
				8cdWN6ltBlkTKewx8XZG7EwQebr+EX/y3Drm8vLoRmU0kbIUusBIybqtpUTOeXQ5xKNRLo37C0lh
				oDI++FmOS2qhupLzyclBdkw2B4wrsf5KbgAOATgT1SiAR9agWtWv6UCBW/+RqRAMlaqZ25ozowPb
				MNgb9vvUTd7vKbZnO75pA10CE3c6zf5uv8TzBBTMlR4BVy8SL0bS9o1JgUIfq3OAHXEO5hQdl/pH
				L4vjRtb8iVYped04acpPlptrlBvTWdr6IuQYmo8eWXVjjduSpcxZX+LyJ6BQ87fojdGesM9oqcB+
				RwI5a2JZdYAxxJtR2Js5mMA8zH9B3Q9yV7D9czam6YUfCZo6PQkb08y05FmzQEAmReShAaengfaE
				LaFhUbPVc68Wy7h6xlIv0L3OAhWEA6+zg3IRLu4utvYOLaBN3LhY+bkQNUXThkAZYoA+SSqICoVF
				hKxXrRsTmzu6+MbRrOrbmBH4iT5s+oYET52qb5Oac7xprhk9AD4Eu5VETBmQsGKEuJgl2fgGqY1E
				xSZJXioPMC0xKdsTTL+KJ6SJfaAogPlktA0jHsNWVQeUs0rb0JTno/92V60OlLMRS1hRot2zUA6G
				M5FcqjS2RjmbNxiPtDQhU0qIAOqxcDjXUW3UXAoUq+q/g2ynQJOeUg1VaNJ4Hm5Y8fId6Scr/sA+
				f9dhS5NxSgBLZxr/rVCKoUmnbPzbCbUDKu9nqrw2jkYzcygbvYRfEY9bM/PeaSwa786AbBPLtbFl
				cgHxpnUdGDiFV8ZWkFsbRX4Ir9e/Ie5C20wTFso86T9o+tY4zMFoIYmgnTAKWt986fvZRpT8zRFx
				bGGbT2K2pKNkIbEB2feEiZ3QO14dZ0RcG9OQJB2SvXatE9Imgw98R7S0QJ1M8S9uEzfobUmYvcIM
				kH19jHUCAEo6IUOyO4CV/Ojw7NqyrBOSVPhsQKwqsdYqfb1PDo2+q3AyS9I0EyXAwHkCJ3iMWc8i
				wH3TT9DK82LentByyeuoD09KCi63xtGG92f2GKS6ksLalDsotNlgIcDpJu/PgBxeePou5hBsnWDK
				RtGPsgrp5YSnSJPs+zVQ4FhsazLHWnmJBZ3ZUyeYMsOdQU52/HYu2sgY1DyEAWsjyZCkVqw09m/z
				LP7V9mOETIM5r1q9X5Qs0Z5QQ0k/Vh4bKkU+wMVte6BcWw1cDX41e0JIkQJoyk32QMDzjGqVhjZA
				blZhJ8U37IMBuRt079UWd1LSuWT+PlYEAFpO6Y4/6ZNcpLW8uUx1Cx7pfzPLXlrSR+59lwtWk3uG
				/aboqAnBc+iRNWQ3m99CgcfT//4fCv1SoYUZrcQxu7TDofbKnRYPbvwc7DK8rsMktLLf0OnjNDQE
				u9dC4bxIIWiUvBTUKb1oNsWYJn5G7tDsizBRQHxlY6FuNlHTgz/WX7Zu5p4uTmDpGM0i4Yu42dNd
				nUCbueZc3KDej6+e92O6HO/H0e6ZE+701X5WpxG91NSPL2BZOcDlPGz63SSemgP95JXlg+91zq/7
				7/QTePeMW2akdmd0aZLUWY7V9o6QqTLLj9gT/CPPxysymBMMe8IT/E234kkYSMm/+fqSsJ3HaObz
				x7hwjfzIC+zv2jcZozlX0xz6eGmhf+frbhqRMRE22CP1K/bMrNzqX0858Td7Qn0LemxoH5fLzGLB
				7An+bJbH7sQMlkCZIkbz84+32kHI6z6SNtGGXbC7d9KnxMJVsidUtu8MlQmGdZgyvsSrxJZiJmEl
				qrpe6erjYRvYP3M2JvfC05YJM8Xsxg7fDNf6+rYO0GG3aRKRiDqc4yXWtLxAX0antulOsxqqVjPw
				J23AHs17yc/4FBiNjOm8DdEh/TQgQowW8tLpvEvr/8kum13SZ9tM0+usny6Umlwm6m7ewAv0DKqz
				WEWq7xSd1QpeD4wONTpImTZ+T31ggaqt/ISZjak7+e4QODmt5vf3DgAbALT+6Ht0yS0kOSFhSJJ8
				loUM1NZDT5v1zN88K9KLM3tCW0KanXtxpKTo8FZcyv06Hd//j1MYBkxK5PZ2CMKquz7xO2nEsYq3
				i0oLUFetQzdMDXcDmcfVRqgEU6eWPhF7wnY861jDUw1+tC4kYSQotRcbT1AxKh1PRgJ+LbU63SUw
				4aJH/vjuU1sfo3bVzDH/nLq9hdGHmnv9VvCSC+Dt1lifYFiHKaBbTEXipeeFpcB7mMpAyISMbGRA
				DXy7SeAxhbOYf0Pn5hLWsQaFCHRzRtS9OTE9/gkqwmLxlGEYE08MFH90cxdUNHXOLF/mevI5xiN7
				+ojUWyULKk52tttyCqg5/3rEtZuEfdM1gJHCyBSnhAFqrvgl0FBHKb/bj5iS8O7CYyLakMyFNAPZ
				+ElochoLe0J+LMDjV1QDY9wmua32CtrtFO3auJn+GGPn7RRtOuC0S+zWXGEFZdm/95tOcb5ksHHi
				8nJSGNlNv5Hb/JBXq2lqlAvySDrmzhp2T4sootyG7BudSNcZspNEeogGnpbE1fZI4pwXI3tCSIgi
				nGUMc1jAWYysaDaG9JY3xzA5C0rZGFo2Luxo5jDq9cJmY8ihJVolc4nDdx5euai9FPMo0P2zOKRB
				B6Fl23h8yuNigrI0Z0+okhSx/RwL9yAG7rCahhp9y53c07YXwzHPAx57Assrj0W8HEIiupjFc6vf
				nnnPbDMsa/+y356sh1QkUcfyeJQUGl7Dq8NjzDiAc/pOxmxyQFgYbuEz8Bu5l5LkAl5E5Kx/OkLo
				1zQwlsekVgegCbTL891xwhycFvaEJSaK4pnZJhlmdxU6lXva2p+3HgEUz1vOrBk4Mjl4w6vlDVS+
				bnwHCEVebKU1PPwrb7DU1xVFnuVFBC80LxPPPaG72BmG3RRmrzeWGWYtW/ToK6eLLpJf0eJp54RE
				Ye8LXsdGPh4lGd3YgjuljlS3m3bF1aW4kbgx3QC3h4a5ujeKEZspRS5ZSJeCIXAANDCLI3gJqR6k
				oLhyxLzwsbEhLpcZTmFzFPkky/R1BWo0pAgT0yIczbUFj3WYArrHVSwse15YCEDHDXQ4I2+rgy3J
				ezXzX/I46pP8PCaICL+lupP0TvqWbTmMNRxCjZMie+BnCB0eFUcimRGNTuykRiG8h86QUBxeExVK
				TiHyo9SG0IfpIPIyIKp9CrFjEPpCfdjSYfawvRuKHFzrx56vIlTwLDMawwLHYiqqYf6YDfv83AnM
				rFiMEjwWfvh7qOdmoFs9gMeM15Ixw0VBa+BQOPKhBonIirBwq58NZOkYntP2Cfd+mXKUMvZ2R55T
				Pjd1tQVFYBe3qvLE430Ai2C0Uh0EPK1P0wsTgwfoJ+FhHwNittww4cjIHODkQ5LobMwO+FoAvgXO
				lTnnAek6DV7HNUZKA/xLy0SB4u7YF2lOrZXgJZJFGbU0a9HT+6j2MGdjJ7KlAmSCjALKlp4ZoNhu
				nJXTEJ3AHa4/Anc2Y75ApOhk/jhDtycZCnoMoxMGT4HtSj8yroqobeYWfVxo/MxZ/Cbtk6gWpSz4
				8zVcTAuCDoL5XwId1SD4FLxDxkC7i4ksEP33eCAukr7QzfMeFSabcgae9eZbRK8yRXK6CEe6R/KN
				oSpAppYz2Zo+c8eFQOrzZ0bnIKQxsVzdgbkkzB9mdJw7MBBKMIzlN6mVghVLcn4zoxaFFgw7bqgP
				Z5diHh5nZQlACADvV8KT+FxdFYXYE12GVCO8LUoDMikGV8NlxLFCAmex5/Op7caoevchWgeoEH7Y
				Ex5NJobaBEN9TAlfYhoNLPwXIDDp2grrDs3TCET7HjI1IxDw5LORTiaM0KoYAmCyw98pi31tYEIo
				Gk/XDD/+fFhvXIB392CKwp9ZL016aT731ES0LhJ+xg8AAFHlR1jP+QJpj7rQm4Y21LmqKO7I1V1T
				Bs6nCrVHwaGc3I134/Y4zMegr9oJCbh9kHVCnKVh6IrPrtrsA2P0rIiHDsuAPt7n16fIgZNwtn9i
				jOlhbXIAOdNykXGx1tyOsX6KKB3ttRxjBL9FeAIgN8QAzASfF9P0Anp6IZSOVgmJM7edvQLqN84Z
				rqxcuDvB+o1rQArZ3LSsmaDjX+T8qmYzMhGl7i5Ias/mJWSxtiuC8IsemHFbrca5+cFU9gREhARP
				eBWEC9OJUDoIzhhGKmlKzvALj/qZykbY9pEAEmf0HZkIoJOUth6ADOOHCbyQduwJ4Zkl593y4szn
				1Jw5/4GxW3/A4RlwOpankdsDSBjfE7MnbJkgOQ0uYTv3uPHfJwzpIjn1tBpNgmIj5I8zB6fHSRaA
				lBiIz5AM5RoaOY2NjU+UEZCN5gAdxa6PnNF8GNyEonb3zgZy24cyvV333S/nZyLUfJcqhOuRFUqi
				HJktg9pxHcktjqTpU04IyWH2/wmp8B4kLQbx8WnS+OAtXNUChkxgh5WSUYiiXj5abQ5YvubAY6so
				bvlZyPLFmbAfVWoYo8zlta7hn4x4KQ07gBMHm/GANK7kxJBjdC4sm7Zs0cZBiMpaJ5QiFCo1moVz
				lrvsxrnPer+49Wuq5PIb/23PQGEnOPHQn49IRAez4tL+yws9PO0xDPnkBxNuzIWsKR14ff+328C5
				Cm2qawSqxp9Xt8cOFFLT9KBKWRFbSF6mKQ40mnK9Kdtva5oOqSlonz06QtS1kyxX11xBoRfZx/sI
				WWsPFuukASeHnKmHiT1Ar/dRSs2zJTFmQSHZQ00zL8DG+c8+WHfIQQ/+Ik0CmUbwAkmcJwyCR7yf
				fuxh9SO0z6OBPSFapMQ5/Mowx0lHI6Wv3Fz7zZDqx+LN9FVDgc2/Dg/Pi9Oh1j4OTkUT7SvIcXuC
				HnOeEO+CAiiH0vFnlZmXRK2RC9nUUBOqngyGgwYFUwZwZ2iTHb6di7YuBjcMYcEqRH09mGmUsCTC
				36rO7VfbjxE2DeD863l+UbIUe0IwebZ785SAVJW7pVqCr2jwkdkTQkUqkCk1M0MRxjK6QqFVEfWA
				JYeyRixDq0I3JBB8yq0P3Rt40bH6rW47s9QmAGan8CeNzgXjwxkCijKO959Lcv+Cp3kMqBboFv6b
				X1GY9XPzn82FgDk6i56lE0HIUG5b3vhQzYEfvieUMrB9n3Nq8YKH4tze586dUDGF3T6FZI4nFjRR
				42pnYXAnk8LJxrFWLe7xSiW9WuwD0TCIh0dIhBe/5qqG/+G2zDEBqgKeTGe51jNn1N3ElZp4WXvp
				RR51+qfPf+05w3dNnD3hOQTnXKySl5RSY4VDhdx133BFhJ92S/m0rDONBUe/7QyrmHFznXYUFrJx
				52SQcrsjkCMIeJAigD3hoQ4QTDBZgnz/djKnZXpe8Z05r5iulSEwyqPT3kvSryp+8op11RIdcYsJ
				vf8sFI5cTr+2y2QA7LAKhQDnoLi/h2AT+Nv3CmH2BFMjXa9n+4LWtZh2ZpSCVbFbr2nbnpzFbmEM
				Dho70cieMNTeN7Sm6OD31xyO4nyxVjxFO4tWXGIhGdOs+7KrM4fdYN9MkTG47g2B0imgsZMIM0qu
				PfwAvU2H9OFaQeJkAFzk9dY0fiOXxant+Ncvh02jg/qzKla8P3uCnO0iUdgjeUxq3JxwHnplT8Ad
				gbXJwGsO+rdEm1xF4eXi4wM9PLySJMZPa4fZXOlCYXLAz2ZVG7CuRDpJulYMDKZ7RnIma23QiqQi
				DBuNmlAJpxmc50n5zWCHjs+WLdtypBbOzjp7Qhg8wUHCRm0cRgjvzAK9sAwPepxozJ6QG6c1EY9L
				lAQHtuZW7+n09plpTw1O7tGv7967+uctQBAK2ZPsjV+8KL0AQcWOv+c03AYyEquNUongo/I9faGQ
				cKGIDqkaJhoB7BaSLCm+ZKV0ZYjhhQwkMRDnWsDlWFnKRfbLwntlzQpSF3tA/206wiksyLe6gUgB
				G3A/p3SBVJI0wasMezrlZFT42l6mn+6l7nQInfStMtIlejgztyIOHNI3mRu+OTmkb5Xw3LORSoHm
				cdEVG3uq53Q4mEkA6iM8jPmOyd03yCcbve7kyze78q5Egb5XYP2Igd/PUxyB37DskYp53Blidoyn
				zGOHNu5eJm083JGKpoo4K2YjFS0lMczQKQorcXVA1NGMezT9kBm6XENm6CIqZIYuhpAZujI9yAxd
				G27vySy1rILbtuMMDMlgdgQzQTqRyJG0AbL5TGTOGwt7Qi4G4OMbVIYxnmbZppLAZO4ofKK3Uxcq
				ZhAKZ/5uJnUFK94cG/ug4hQMYUML89K/MDJzTQlSK3/0aop3Neo6eYQodkfxjSmKIHdsZyBfvuE1
				1LmIi1ZMT0agx+bpDBjnmwQqcXOl7Amhx28d0qF+LikRXf6CA7cO09buvPUzw1GGLg53tnuEf28t
				6c5wNA9qxQVVnF+C3Fy4tykgsvMJwuMfDvxf3Ld9S7sV2UWC3HNpDDSHBNli0ht3xSuwsm2TF1hB
				8j5Uu7/cd0GfUOSEglmnNOowaYgPT5OKB28JXKoEWZdqNuaab8rGQORED8xWKdAeXk1CNhUDZKjv
				cMzGDwqrG7dqne1lmqMQyuWeEFHdBzcglHdQjSt0cs4LacAD1nbtonwNErmGlsGeEMV8GOoRBPdw
				JXqJVzlG1bFvvxJAxavIA26IWl/t3rzQAudVb9NVvdBFpq2iDmEDs6Ml8FAk2rG+yPUcvTQXl2zf
				9bbam8hP8O0jfNeCMPp737Ozi38q16cyQoFtz4HROfnIj0dKxhezcubbh2rss0ORdiN3zflrPhOx
				xwWztEsR5BqhAf7NE4biL2v5xgJiWzFuq4ypelBOxT0W1MFP2/Dh8tTOFBYeIyWrciAjoyyhx13G
				4l33DbseUysUTIXT2BOOamgYP1UKGwUXBrqeBryk190WfN+6ZJTBiKhpRHfc0BPe+8q72AvSUDER
				xEMnlIYKAk2sAPJEew0VSg2lS7gzWYmC3iDnGnvCZXeC49qC43umAO4XfzmMLRwoapxBG1vIEJpB
				Fyc8tui6eDryvFz+waJGj6J+dFHq0ZIgu5v6hEBQzBPDokFSHypmOlvsaODPwpRQjCROWvaE7CbC
				6rNYZzJmbGW6arwftmWcnzSCcZNKW2THhv5IzHS6j4Qt4OIS+bhVZKU253ggFmWiuF0dbALWbtEd
				oYmwJ8TNTe6hsAE3i588iu+N2yS15qzD4hFSSUeEcNv2z5GsuDfD32SVEgVPcZ+Rt1KJVD+pD2dC
				SMkMsbeQdGGAdFLOYB7fySgHVrNRpGXpDRuTG2phiNbS1McponrAIVoVm8DxNZ2tPhZlJJ8EDgqc
				WU/Reyos1CXkQhJDhAVw4SX1WyvN8gfwt0YunkEOeHaYYgNjA2aCDMk+pDFfi2LIHX7fI9Uis26H
				zn3/X6LtcPmnnlpllZGDjZgbulFEKmFSlg8KTAjVue6MZAh/XAiMMhhQqh/7fubVx1PQbGlyqJ/j
				qO1lUlaiQ2AVaDFgoDbzFrFCrixl6Bb0Qr5hZibkMehBYTC4EyZrzsvgbjEvU0PHcQNF/dR2+PNu
				oSjgKKpD8COk79Dmxxc2T2kYDwr9meydsJzrW9JPFYG2ZVI3FS/6B9FL/PghZ9kuRMygCWRpKd7w
				UDKSHYaAnDwSOy6ZP/FzKCO8MaDmB7Z74zwI9BhaPihoIR1mRWj+425YXRd18vbFlvBhY27j32D4
				hH9NLaok/D+ntRAInFYydOlZydC1FCsZug0+RwXWcpEVZDE1RhLPsjVk4/7LZWp2qMvp4zVdYHkW
				L+t0zlQa05ErH/hVct5Ip8Pl2iyoLJSsmnHN7IGtw/pw1qIWP09+MM3BfqYG6/xOhqPFb7+6WxJl
				Iy7Hqdbhrb2/jPRdAm/0qYGvHfmSvDFbXwWTBoCjSPmzpAhrFEiZRSDR2rRapH2FuHr/Ix7kZvE3
				JfjRl5vDy77ru1m33cr1X+SJ6P8SsydQMkQUT8O2JTFjV9JVy/4wG+4ZgMqPm7xAdjjMBNQyTUTI
				7cZvqrkXJUPuDFbueUxGEgSYkQwklHNdt6VtTkP2YV4BmhcY/iZIE59NRJJ9FxjJ5ObQXiJzHr0G
				uKnqJeD2QqwQeARKbj93JbXJXSNhM5HY3MivCqQxueWm7G8+W00n5YSJEUN/s0I4rnYuePpv5rZd
				c/IcGXrYwJrCGKJ+vgrov0Csydpl6+J4PJe9jHZYzgSsRgCF8V4idDvw3ROoinFlao3z8RW5mU8O
				pk2cg5uzXaKKbf5fUlbJPJhzkzkwjzP62qtMEDr0RVy3EwV0pm0endg/BZiQGeHpANkTKG5zI8mP
				NTDm0UXd2GF/u/FSFZYU1CDIeww854l7waZHApT89DtlOhMtfdY2Cxcp6xls0/iwJ4TtXo2mO7rq
				mYnGhdqVqoV7KStU/a59HQYAGaZ0TtMTDLN+W8834a7angcqXkC0xZxcurykbkzldnRDh+hswcI2
				HPcqfqQNnm/8aKQDPdA+RChLX0x8kDBuhKaImmyzgbSPz8QmOV6KD286mS4mYeqN3QyTS5QimElM
				c1gYnLMpsDxyvjM1kTW/q+LfbU29we+uuYsWLIMn4qxabXhceD4LqVY4E0kBGtJVjRweNTvq+kym
				dxjhBDGmaAjS9iWeqhac8p6Cgxo815N4Iap8FFmXRLa0WRQvfIZ0BzC+lDeuNtuBxp0eWEnGowE2
				huvlu/spqcUN+oqyE+qvPASqjR32fZnBl7iw7f2reD5p7TEt+erjSUVMBk7/f7R1sp9twLxC7tZv
				/fTdsDF0AUBIrmPshESI9UG9ZkUitY39IY7FbIKVWWxNCZsG1gmM8tW0RzhydwxNnRMARpI6wciy
				L874uJQ4dfFARicz3thSomy+0GmoTuALEsExxG4ziMR5LiMWPrQ6wQQF3+TAtiopLO4CK0vKOT5p
				TxwCEQec52+CRxyYNuzPxkYln19x9oSWI19DvThSInC4FY628RDfGyzgTy6vf7WM427FX6mE6BEn
				ShsaJ+FModEkCKgThtcoFzrD3Xmzbr0aHKiCthaAz15t9tPtyuZED8XYExBjXYxmMw9DWkjmIxPG
				vSK/BcTVSJZ9asOqW7iZzoT6X5fGIl2zNghcbr0eWSfsCVsFdXNuFUR8Y4VTBQPcQU5jay9FPnhR
				Zk/YcJAtn429kyFmU6BR7rQBJ/NOyrYCYR5Pw/bE+ZPxuPofT9fupGw9w0rmyxeVDOCSyQl8OPBJ
				FhRoiHUwm6wNo4B8xC2AdP7XMjy1UYEu2lMtQ07YPUVzDL0c5DH/2krRJG8ADP/NUTiuDQKPVAa5
				4cIGm7xD/y1PqB8+7JRdiHWhLsSXeLoQ0/1ciCOBsJcKHC7Enlgyh+My7chbb6FbF51Baiz2BAHV
				nTyKfxyZIFQcY/U8mJrQ38cK8wmWqbtDfId4pob/KOZs7zKrJmVtd1bZE0Li+JKXGybFekNlvKs/
				UALCyX+wfDPducaCs953hlXMuLpOSwoL2bhzQki53RHIEQQ8SBHAnhCefuuI8CSwheAfoRF/+Now
				cOaWG8650ejfrll1CnxhfwsP7v2wU7ucwDvuSqD1Ebl+gN8BcUPhSk6YcjeN2C70AOGh28lF/EtI
				noyPfYlkkxUfsyfgj+6bz/q9Rnnqs/QQsxwEOOPK7lPThlu823Ene3JWWCgme0Il68FV8rsHMaWy
				ukdQ3domFWfLLGJ4u5tLNalQ6Uv4eduPiQpCpqHme6LEfmZcBrj+BNBjOEz6bZLW4uWrGiTT+Tje
				3ZB2Et9l9C25Zff/UF+KlTmVgy56oeuwLBGTPUHsuPj5+VW9jstE+jV1c48aHIRoyWe5S+gIfnAe
				BkjPADZzOEtP2cwrHRA1Vf2oos7vFgkrWDCFNDnBGG2f/dDc6WLKb8ISE+uCDjSF4QCP8bORJoYO
				d3VYE3SyDNnkaGBPkCtPh+9QJpSNPM2KnJAcvYxfEI9+1BZDT7/19QGbldOLMXtCU0LaLR93QXaZ
				vN4Dpn25q9PY2H/jFC4BkyRtu1tl7vC/UzwcC3i7KKIAEWod/S413ABkHiYbl9KZ8RE9MPaEzbdE
				6HqqIUu2pgYj4Qt7mRSqilghU2EkgqGwg2f4QLgVkcNmfoJH2Zf8h1lelsPmMPVTVDJz7w2/t/9p
				V/otskwukBubbnlyCrLL5PUekFqX9ZO9vkASsUG+VVO6Tq9mXFd67f1DBzNDvtVpds82HQUKcot0
				VPVoHfW4Z1EzKgxtES73G1Ij94BuDSIupFTckODbLA/zJ3zSYZW3K5BXktnnAjVte6pidnMGLGsV
				yeTYwPq79UiYL3aqotnENYsaUxUtfhSnaBKma6ZNPQfOlA5ZENAx4Y8qJchMBDckj3BnfJvmn6nN
				irAnnPt+Pl0gOvjzcwpL8WNL7zYFT/J2IlDFCTjgmoidNl1lyg+JZchTQSwymGnhcrFjewI+aTP/
				sKCsMHfUj2BEwYgAyJSsFYdnXd9W6NxolhPipDI88jjyOeTkFlFGK4knAZTzAUozFjwQsKWQA7gE
				lyQ3bZJyNEryiJ0DuAPLA7du3zy/37tpOsybNy+7b+tO29CpNJSVDv//Qw+HDfjQM0OSlOF5m5c4
				z/M8z/M8P4HwPM/zPM/zPM/z/M7zPD9ru32fzEDh/1GEF1544UmSJEmSJMmgxLct5s1k7MJm4fu+
				79NIkvx5nucpEJ7neZ7neVb8yPM8T4Hw/M7zPE+B7Pu+7/u+7/u+79/3fd/33fu+7/u+7/PmfV93
				T1u26zpp27bq4OPR/X2P2WefXVNxeGhwsFxCmNCREALDvu/7vu/7Lvu+7/u+76Ps3/d99zkPhQ0c
				7hNy//d93/d93/d93/d9p0D2fd/3fd93CmTf933f932/gPu+7/u+7/u+7/se3/d9j01kTMTna6F9
				/h8P5+fycHnsjoiIiAj/c/z/w28ru69baWCF7Tr/Gv/EPWEiHgeQDefxuCYej8fjE+IhRGAI8RAP
				8QUFS4SLwr8gc4nHQyJxiUtc/v//H8g444wzLv+/f11ERER8/7Z4RDziEY/4I+IRj7gA/P////+t
				////wf+///9L/J77t3Xr1oNtB6xbt962bdu2LaWdShiRMNMZfZrZRufo28S7BV0mQaERvoku/6br
				IRFddNHl///////9//9/Ddt0blosdF3XdV3XQ9d1Xdd1XadAdF0hXbp06RHSOenSpYt+6/d93/d9
				3/c9933f5z3Q7VvG4jp4HMSnH55/+X3f9/30dtuuqid6y33f933f9x0Ect/3fd/3fd/3fd/3fd/3
				fd/3HWEhXC4Pl8tXue15ooRI7sodcovcIrz54b15m9z3fd/3fU92y26R3bb33bvjFtu2bdt2bdue
				bXtEt27dusXS/d+2TYHYtm3btnn7vm97DPu2bdu2Lbbr0bZ4smvXrl277WrXrt3pzMzMzEzwzIwf
				Zu4woUGCHexg27Zt27YXwfMmBM/zPM/zPNu2bdu2bdPePM/zPC8EmT3xbNu2bdvhcDgs9rZtky12
				sF3bYtueL1v2a9q2bdu2Pduya4/ruq7runPDlSvitm3btm3bVrqy0VWNflTPp+NpCDMTJoQJG44w
				ptaUnKlDHepQNzQ0hIaGhoaGhoaGKlQqlUqlUqlUKpVKGTKRhARL85QMbrJlWdd1XZMP9jzP8zxP
				1nVd13Vd13WNrmo0Go3as6NR13VdR1TRwcXzPM/zPE/11HY6MzMz45mZmXHAfddj27Z4wHvsccfi
				TtvQqTSUla5sdI3OfFTPZ2ZmPNu2PZ7xjGesGS+iiKIoiqIoiqIoiiJFURTDZpuGEsaiKIoXRYU4
				hfxQ/FL8/n+J/+X//zt017ZEuQ6mx+JgoSXOcviV90oURVFUaFutbHSNSlTdkTgdiTMyYWJEURRF
				FEVRFB8kekIICmGChCAhSAwSg8QgUURRFEVRFIkykSgTiSGUKBLl15RYSqRIiSRHkp9E8e33RT9R
				FEVRFGMSNYkhkQ2HRLFRqxUlkiGRJHmGf5SQ5CRREn9J/Pf/////P8O/P37Tt233c3icbfn/////
				J5D/n/Rn//WX/////////////9///5fY/uj/ax4e4PAHCQshMEhgeITKJcj//yK/hP/J///uffb/
				D/sZ26zFrj3+//9D/PsZ/xe/xHU9ruvVv///7V/6f9/z+9tcHm65v22LW7fvYE9tj2vbtj+H7M9t
				264rG4hadccz0wkzIxOGI7PhbEQT86CR6Pdg22ZYcBB/QSz+/In4FhF5iC/xT5+maZqmaZqmaX/0
				g/5Mz7PM8/z/I2E+58t8zv++7/s+T7jhEJ5wkPDCDNv++P+vLFPx/f9/yf97+f//////////3/n/
				p7vwK/ft73battO2radVo5tAPjMzM9MGp9/0Mf04PDQ4TGgIYYKEEBgkrO/7vu/7waViGZFUglBG
				RILI//9t205gf5Zl+f//3rbtZT3Xs23btm3b8LTtaXlbRSPaXn3VW33VS99f1FO9SP3dkXqRfz7f
				tm3jYPHdCZ6P4qAHsxy2PHfnbehUGspKVza6qlGVMzMzMxPCgmZm5t/3fd/ETBjNvGH+//+o7woy
				38jIyMjIyMjImCMjmZDJXOY75///4Vz+//84D87l/////x8e/n8+9xvz+Xw+H4kIRcR8ivncmaya
				bzSfxv//T/7/3/f//8PHh28PX9y3bdu2G2w7vPbdaSsNb3jDw0MIITyEe8KgEwJmwv//E8L/////
				/z8v4Q8PDw8PDw8hiIRvMAn///////D/l4UFt21buITv4eHh8fDw8IUvPMLl/////3/5f9H/h4eH
				h4eHh1Mg4Xu4PDwul8vlcrlcLp9A5HK5XC6Xy+VyuVwul8vlcrlcLpfL98vCYPm+7/u+tw0Ilcuj
				8sorr4yMjIyMjIyMjIyMjISYjSYmQoPDg2ZwhyBvkIcgD/IgD3KR83K5XC6Xy+UTERERERERERER
				EaGITCgUCuWTTyiUn0L5L8rg8Ylw8skFQC6Xy+VyuVwul8sll8vlcsnlCwj5/v+/SL593y+55Of9
				eR8+l4fz8p2P73EzJCl6/bpZmNdZWNu2FbeKsYps27Zt2zaoYtuKVa32VqsORhVVnBqqqFTFUKcz
				MzMzM/LMzIRnnntGt++Np8FiehwsnnnEjvuO6I7YjtjpdDqdTqfT6XRmOjOd8czMdCaMzMyEmZGZ
				mZmZMDMzM0NxwkcUw4QJEyZMYJjuE0amYxmxMuLIiDIyMjIyMjIyMhwZDofTGA6HwxG78YZDUsgN
				OZwNh8Ph6BvxQSRFiqIochNaQBxRG/ExYkxMTIiRGMbEKCYmJiZGE6PRaDQajabVaDQaO/wazYzI
				sebX/EH0g9gHcUb+8AcxAiI9qPZscZjgIDKEwxxEURTFNzSIoiiKohgaRGkQGxoaGhomNEyYMGHC
				hAkMEyZMmBAmTBCDKIqi2BBCCEFCCIEhSAgMIUK4hIWgECIEhVc8EiSMhEqQIEGCBAkSxJDAIIGB
				gaFmEBkYAgMDAwMDxxBEURRF0QuiKKIoiqIoiqIoimJcgiNMhEZQCCFCMC6xIAYxFL6CqhAUNgqi
				KIqiSAVxCqJ43593LpfL5XK53GJLLbrcYsuM2LaIFEVxs4aIpCiKoui2lbbttO1HZGTEYUREREQx
				RkSHhgkPQcQGEUVRFEVRFEVRFEVRFEWRotgIYoUSsk8kIqdZSk5TREQUEREREXEiduIJ4kzEMBFl
				E2oSDrn4iigLRgRJkiSDhKSIKAERRfz99z/FcJ7neT7Q5pi1G0wxZ4Ypk2aYZVmWZVmWLMuyLMuy
				HJbD4VAChzMzgRwOw9gYippqGHNXcweqE7wQQgghUFygGIFiEBERERERkSFFERGaFJcURVEURVFI
				kaRIGUlyJMM4jqO7GQMoUhRFcaTIB0UHxQbFCYohKEpQZFCM4IIKRnDiRVEUSVEURVEUKVEUP/H7
				vu/7vu/7vn3f91G87xNF8bvneZ6DeEDPk8Prus7rRFG6ruu6ruu6ruu6hs1ms/HDbDYzmxhmZmY2
				E2MmivtFURRFUQxhooSJDIuwhSkswi5TmGWXVWbZyCoTRVEUGTLhZKLOiaIoisOJoiiKoiiK4sRv
				27Zt27Zt27Ztm7ZtsS02sVjMDTFRjE1cRCxAsY41sZo4mkhN0zRN0zTt2u/4/xAd9h9/iA/x8XA8
				HtfjjoHrsTg4HA6HHeIcYviV3bd1p23oVBoqs7LRdX6jE56YiYmJiYkJmRA5G03Mg0OD5iFEkQ0h
				TJAQAoOEBYYICwoRFCQsl4pFgoxUQhQ5ihISEqIoimJIiJIQz9IcloFDYSApHMlFiMFP7LwvRC7W
				hY1IoriFOIuiKIqiQgz2+K7NMYPBYETEzAgGg8FgMBgMBoPBYJDBYHAc1Z8QDAaDwTAUDoNsYFRD
				Bz7QYUIIEhgaGJzAwAhcoAIvtDACFSgiIiIiIiLCIIPBYIjBCJJBMlhSDaOMHjvOGMYIMoLBCD4Y
				IcGQYDCCC4bFCAYZZDA4oohBpCjiRIohTgyR/yX6vzx83rvz8IE8rt97XL9re1wHj8XBtHimZ48c
				fuWP2rr3tA0dYdeolF1QDWpnns0szGTW2czCbDabzWazWdgsLCwsLKxcWFhYmDnZwsIYwhYWFkSC
				yCIok1Umk1FCzokkRLLgueGwYbjACUcuyOC+bUFuEbTYgluIWWxbLLZgMBgMOtZYkMFgMBixxUIL
				a7EFg8FgMEhtmnbt////f5j/n9Li37caDAaDwXEEjxoRYfkOR8QbsVgwJBiMMRj9RHg6Mx93ZmQC
				JxPBidhExDxoHB4aHBpCmCAhBAkjCwwRFiqWiwJJBiNIxIgIZRJEhDKRhJwS8yzNYRk4DAxSOJJi
				cIwgg8G5BCMiIiIiIrgILqxFPCIcEUEyIhgREREREVTER6HoFQqFQqEIKvz3/a+YQqFQKHgF96nB
				YDAYDFsRY3EwLZ7p8CyHX/kNrTtt63lHGtoJBoPBYEQV6kMNBoOMMAqZRSBiFAshhAbFBEWEEEII
				QYKIiCgoIvINSxEFg8EuEBGnwlRUoWBwgcWoiGCw0ykqGMMUMkVEBBUxBoPBYDAmFCEUCwaDwWAw
				GAwGg8FgiMFgMCLASRFSDCTF/34e7vfz8P////////u/7/ui7/v+fZnpsO/7//9P67A+evXs10ev
				ej4dz0wnzIxMGI4Mh3JxDv/D7/DwEEII4QwXxXB5+OVyuVxO+WdyykMu+fnJQy45/////////9j+
				zrsoiqIoO/ftH1G82LjjjQeJM84QZzwej4vVFb9uXdd1Xdd1Xdd1Xdej/z/f+sMt2mK4ecct927e
				u+NW7bGDLTbt2gw27bBnTy3bddivZb9u7bp1qKeWmvXqUEvNmnVdi6Ioip0wMzJhODIbTsxGE6NZ
				cHhocGCQEMKETggWRUbwgsLFEkHhIiOVICMiQSgiE0rIJKTzKTFPi9+wtEwHWmrRHIMiOdr8wmee
				53meZ1HkPM/zHJ7D4XA4HA7PGw6Hw33lCIfD4sKiKIdlWZZlUZRlebLr+q/oV3xf4bs3vHx3PX7r
				9l3b4zp4HDy0eKYrwbMcriiKoth2QpCPBIgV1UarejozYSh2KjLMTEw5nRBCCCGEEEIIshBCKEVC
				RYoVSTJIRfphSMW7Z0WKFSlsyZjErFRoUG/rHjMZZACFoSCGciTpHGOSHvSbg4jBZ6sTkYo8Vp6f
				M7rkUT8VtCH0UR4xuJW8A+umMHvABaZkXIvNXNjYegxqTA2aTU3s0IDLsbtSx/FAWyFgoGyDyuN4
				wDPrQPfGT+0ycPWDThkwwpvA9X+7foAeZ1aQog87no8D4gNlpe+vy8A62tNQEc1fh89M8LO56yPv
				mJrwLyBlgtA+4GOJOXQaNOhgfQr5O8TLU8xcwubyQe+pHuetnc/zEx6/qTCnwB+oj11iTX+8K5Uv
				MkgsOXbHODBAzd9SDaa4G2TruhK07d892j1KZocUThzkYxLVfsLsz9sLJuIg4id9G5eHoRt2VlE2
				WEIUdUbom6RmiVuiV3sYCl/A66tejPYwU5P75Edc8Nfjg43RH/og16Dla6nZqDLEyNnu8znddLUs
				i9Z5zH8IFsn72kCqDUH0ejxXtotZ+b25tB1yPZ7pLXfAp7uySILGWYR5B5TdBxfyIqMUKWm5YxWo
				x4hGQ3KHsGFCPYaEtjjDheTmtjTmwtvVOnu8I6lwAaV4QgFpVLWIJN2jcOlZ/f8ti7wV5Xwfgzfz
				ytn0WOfo9ppGtNx6DLF7QK+UPenapcuLd+GhnIahrJ+m7WJrAlLvbez/ZOv4bdOCfZOk9V5Q1oei
				LZL46oGVzQt6sBbW+uNrTZCOc/wLPDeV45M34Hlnqk+gWJ9Vxu44HYsuvU9MDmD75cAv5tBc4gqD
				/48o/XJEQsxokUa7eM5qGZWn4Zoj1H4K9QRo2v0OA9qu7Erq5F2QcJJ3DhV2wtfWWlSNgxEeR+jQ
				5PxcMdqouWFIT+tlgvF3fLyqrrQNCaa64n9kJ7SVUmuE8sD9xdXKs33/SJuIC6aIYxQpwoIl5SZw
				EzWDBOBxv0uEVQLYSAOv3y7W85z23bZUTSBzTfxD7+I8AdrR4UDSMKzGmeORWaBK+qldNnScmJLi
				8/Hej1lpPowc/Ht9qnlG5WWzWemBwzDIQMooCsfjw4FeclbRVThNzjLULA2HNDMLOLTkeHxWo8Uz
				QT8+pWfWHS8lArF3iLv64wNKrCHYEbNZHA8ZrYer9tZ2JAkDH8tFaAB/d76o/yVnp0TeyC6N3xHl
				OeaWbvOtcOJy2xU4oryAxdEfH1cXsBVC7310uXr3lHmnVAD4gNrnKvhYesqGhbCAAydOHF5pXFLX
				Y/KE49mzUI/JHfQXWjLO96931X/rRZsW2gUyD52yg8Y1iFGW3f+Abt+eM7OFP6OTNRj904RxOqOJ
				WmpHijrLySXULyCJqs15iJ1RyqwF8kuhGqy/7H6i7rWBToj/u71t+l7iRqCMxbpAyLrWLecjhRJz
				br7uYylYoWfnqqzbr3p87Fa92B31OFtcqmNgsYy5rRgS8p8Mz34TWb2QqqU6tmk9VvtwnSF9s9gz
				9hjIddSO85i4EA5PpBHb9s9isZFyUwuHgTui9H/Edw7MJu6Vyym+adK/enxXcSX3cEqRp4MR41al
				qS73x+7wz4oWTIJ1js63FyalcC6uuZG631I424fDCNz9e95s52Kc7LqD7NQFcqhNat9lnZtq8d91
				eN4ZVBcQuscvgLvFKR10LAlKfXIaHY5l2YOuUOJ2QwHgkI6IDtoozSdkYZHCw3UjS8vohbpFx5Xj
				Z2A8DFFu5bafZwEY4l6bns3E9LhDTCcBdAoU1bUS+pVeUb22RbnJSyriPvuD/Acni3yux9NJS39z
				i+ushrGkrTPOXS+81lmRuZBORa1zD3Z1eCGp7l3daUNmpng36qXcPO+UEVUHH5KPSTHXmTC1kDL6
				NQTB1YtCi12CtllIGcwVbZfs4hF1pyMe6s6Vipw3YFRnpJun22KReg4/0vht1NW6iXxFAmzc2v1a
				K3QdTPcTyuDyOelHYnMZaV4bzCel0FwS9AMVr7LrRdUMFoVzq+1/bXPpVwCCxsc9SZbiBR/z8GWg
				88xsHsxwJqNaN7CspUpcnUXoR+O+SqSYuCJA4F440Kys//RMpN9B5wwZu9ZBy5dk+VgGP2C+gL8o
				GXazKHU1CMzzoiLYcLYxKCR0sFdczwt0NwOR5qj5+JUOd6sIuRhrtqQn8pgGIRbReUzmHfRnPLnY
				EZGpx7aKzxmmU4/j0LyrEcY2VKD74xo6jlyrYgDfA13UHLpjDkygRy+0hgK8xvlN9QjW9o+uVToT
				BalW7gCdBX//P+Ve7iXm3pyHM9zp8rEZcY1pzlpZR13ktwc5xh09Yow7nWAx7ihYktgd77NSNW7X
				He4u7jSb44d4P9qJphhG9OfnMY/Us6GAw4yJjQk9zoT3epx3qne6EzXHKliPVvUi+roe58BzKoqQ
				pVx9iJh5HFCUMCETMVWJK685rPrky26nLHTz83VcdyxGLVZlggYN9fqLczt7MCXt6BV4Vi1caRex
				Wo9hQ5azWayF16ZHk5NbpwN2rsd8OA0e8uFQpMOdW1ZORU9OaTY8iIwtyujJKVZzO1HuA2+NSVCM
				9vHUdFqvZmUUR9G2S6+ukqO5zaOIlU6Hhq0nM7TEPexPhXvSd0MhtfpbFjsJNq4qSwcFGviWrS73
				y+Qt0CBYNgZH7wozV2zKcwAaOgsY2u84xlrFI0reLeLVUpo5G2WdhMuf5BFiAZre0WF63SEDJRG4
				hky89b8w2oPCGC0plWCTa/IGCo9fcDYyvqQ4biucOUSndZu+E/+h7fDFqIsnOCXfXoxo89ayWZ81
				TzP5b2I6dOZK90f2Oj/Xn/9AeWP+SaqKs+3/04ZwYMrXMS5asVo2Z44GCUBZauGODAypjFKwI629
				frtbh/fSX+1ZLa8X5sGbYGQ3Ow2kPUTElAfAs30+VsAH26bW0TGlSq5gPQ4hK706f2c4u3xO/wRV
				W7bZQnu8up2ZCDYqmbvM+u/0MRoIlbyUSQnYPqHoGeS/x4L0cEe7sUWqPsjHTAwNkNCXr/jpdrHX
				9WqgyohqZ20XhYjoRqusgV7VLg35+OEMblHw8dqYqMx1AcSG+PilUGdinaZPiAuVH0tcj+3onvxx
				feWgSAGyWgfuzgjGTqij5tZjbfrjXYWkuAVyI+CbGQdfL5mI1ywj7Yqeix3NnhKVf/+/IU6zqRi6
				maQCQZMs8WdE9FPZRixUrCSQPQepZkvRGpcD1bUZOURRbz+FpKcn/UbH9Vhq8uknsDHU40wMndPN
				qI1VEK8+GJaRCIaVAcTbKrDUbpvNgsYt0dBRLU3Fnmdc68Rue6vcZfluJaqCegxSt3yoRij0ZB7+
				Cv3SihRYYODrsf36Bc/LKkTtgj8FdVor3oYw0yq83SV4OT9u761kPcBpX2S8CsFxf7aK6Wfi7nuo
				gU0J5I/xQsR4yjV1Eu9F0XNqEF8OKR0/mCuXbuEivPs2HQLI7EyWyOtPB0Jn1dFdOFa++GFTIX2k
				Q2IhIhhSSy1UyVg1tq2OMGE1LJzahHMmNg6HrJwELAjBLBALicNtkc3G+vT8bL21g+c95zNWqgqP
				6mHYjuSIsavQdV/O+OcRd2UH6igLidnguKROleOSZwLdN5ecNwoA/e5h7jmPBV6uXCdjIte4U7Es
				pHGUXuXD7CdoW/Y9vJoysDFtvMi7XqfnY2oJEzG0Ae225fFVidJ7oCZ8fkg5xph3ISVHwZYIxT2c
				nTOIUAT1Ffn4fsKj9ZtZWxLO7so01YflbVWCq/PMOs7e7FPTLFx/6DoFO2LW3X+qqtKnZb2Tmhyi
				P5fPYz6u6w90idzfJXnMc5xdB4rWRLQHrBiBM+ahO7t8XRORnbxh5mNmf1gtc/5XB4VEJ0/ORLTk
				FK75kJwl8Jd+dORa6cbJoZJ7FOGxXb1HM8KohtJyQu5RNUmrzzwqkB+Vr75Rvt3xi3PgRV7HIEZp
				ZvcBun3brLmtwftH9586Asa3aXP9I2AgzmSEvjkDI4MWJK7DlSxnQwcEoM7mMyMP1YydKuV3LB1S
				bZZVVNxuuCvR1NuNaSMro709dNThjlVvEQU8Fs/WbHx0xJh/w5qkxFQ0NfH+gZfgOBwKcjWiQkzb
				oU9fglNQ03Oum9AhFW3JjrxvRbQ3SKthmssJL8EprluaL1o5NJ8Wm3csX+i+gsx3pr4FM81SFq4f
				WVu1QGrgP+KroB7GnoprFrhgsZfg8EcMm8JfgGVMPA7WfreXXvLTgXWfpMLVpUM41uQsaUklY+7W
				q/8ZHRRtqSS4yhsfmw+SHeBzhPIHzkOu9Dgk/FQ+P5/WsjnVjqV3KhkOqIsf+PmexRZ4sep2p9rD
				mNlU4Gp8KUdUyohDe2hFt+YQ2tirDruEW7HtUE7Z5hJN8Wd0yR+Rg+RBk8dxWKo4B66SjDMHPgsv
				puL+5rE61LqQQu4XD9ENdBfNQynUAfCRbX0L+5TA2wvl0Ktq4+6s3AufqvGRtkSSF+qwrgjRZmIO
				2T0SSNpg/oBLeTD9TUublNXlyz+125pHixgLfbPSb69UbAbeZkh4e3rbqkLjwgYMlPeoagov+wCr
				cuNHTfbN4RUkwWF2zRRClEoUPQfhqPGyLUpBN0sowEpTqEPN4tG8DPudDLdrBb3u6R5/1YsC08ac
				OqlIVUEjMBGM1YN5M/v4eLzCkVzu1r/1gNsamDt5DeD6C5lvnnqXbPiu+eZZht1c3c03t38vZ24G
				3ECTnY765bGbd2V3Z4rCIKkEH1djNPvGE9pyLuemIOnenSmAKGrDbc53Z+ztjEgE74xobwdFRnhn
				ykmWNoJHIFqTneBMrjGMYOK+appz+ARGMB16fREMJ5qOR/38lHR4ZVa52vPwimF5JHfm3T/ijDpA
				droZQLR5BviogSEoInVK9eP/3cFbtUua5SSpZv2cQX3XSudO5BtPXbHO9mb+Bqyvpx5BVV4p9wEB
				h8Q04OCmmZPVl1/u7jjNFqpeftHdYxzVFy+/6NffK2KXX+BT76QA2T+H1Val3hoH8C5prLbUH7Yr
				rVkh14S+dOm91rOhzrnchYq/UUG0GIFwQAlyVNKlV5H3qtSWiPpXKi4GSHSZaZc0b+yXc3WAx/p8
				GbrG68YLaaM+elfqDD3BCB5yzj86hFap1QayJxk5JCUXuYCIgBIK8uAN1O7PWf2cLzDklYqISl4B
				UMl/osfUY10GHX3ztABhYIrcf3ric4Xr5aF/ke61ssKeD/GM9xHABFadsvEQ15WsyUi+Mg0un9qf
				rRe5bB3dmRc0Pc9YnLNOkmOfRtGwBvfm4MBv1lA2HTJVNE1dJFKRZ3vso/fLVjwP4Zu6g+EHHJmq
				YTBKe5v5CdPqSn7P5b7CJjv4QgupQZOJ2RyOsDzTqnTGTz31d6bWO/ltgV4/OTpRJEZCtc/JykRq
				eGPjP+QTygEKoGjsymry4v9WTCI1El6oDvBQSiDc+HDMdl7ZRyMa5hJMBZcdRpdKPfdCsQF5eRv6
				Bs4Z5guK975BIdsIBMyBjAmT4jONIm9cz1hbGdocqmdHKzwz8Kl3j6Dz/GeMZqUTJZuKZdjlgsxA
				i/UVJfAB8EB7PhsGu55RS6RwFi86wl0vzuldcTEeSkBRdM0q0HbzytwNs1peEtOg9n/OFefehMLi
				/pMPXdRZCjjq+7bVQ/ZrD9gdopftQq+eJQmjXVr2KPvH7MsJ5QoXJlXR87J6oNq8MNEuLGxh8qFL
				iMnEEOPCapKpVmiRXsmpGkZm58B0NbtyThsXHp5JO7WiGduWC90HCFwPUw40K3wMK706JU5o/x4S
				bMYRD5khl80kGIw3FTWqP2SGlgvbhD/8Zp24ZhzR+uwb3H2oE04V4VgfPmW1aZ/AWEhh4xVRvV+C
				mA7DlK7UZTO/RGxO2cFC8F3/py6BC3V/U02Y+qKGa1obujkhMS60lF6QNVhnLybZcwGUwhS5W97g
				TXZ7Hw7B0BkuugoRDmn2LYCKB5dw6XBbq9KhpwCqSDqFSxo9J+lYWwKoLqEmAdRtmuECuKMTDAFU
				FMCThvsDULRjIPBLCj8/n7Dap6OicgYXw7rqMv0PHnoJ/EA72073CTdbggNraHWTgRRS4Ps22y8j
				5ttEYU2Kq1rt25xPWcWhwyF/tOmjMvJmffrdL+cCtocNxGchI29+xb1HCZh5DFB2PqrcX3u1svkc
				RR0T8OsUseSHijWbc3jlk6wf7hyMavR4EcAkIDNjIkca4mNzCoMP4OepPQoZIqCoU8iCdFJz0JJB
				bMOXFfrj6TG61Z4qu1i+SQidOGW9qTe5CUklhBbjRsk3TJU5VMnKwhFsH5PtSkItu4pWe3nU2MTX
				fxMkjmNG6917j9nEv766K5BZxzPwKd7aTzS8d8xa353DLoWobzoqnepKdyFCmnK13EFw+pjSC2oI
				jVsoY9EbQBKmh1bJM6k1VjrrvWCEF48qh4ZJl0bXMK58Tv8D3rZ7xDpn3YYpUXwlSDJ1o6pt+r0J
				ObolS7n4JMFh6qMr9ensNfxzuG1Vo8ve+5CNqjlcxw/j/wvnyD6Ff+h6r6S1Fq68Houv/rGclPtG
				yDwF0toAMVoCaXNbSgl8zKeIbKiWYW3twspirQBstin0Kl8UjWBocsuowzB7qCdUpjZ1w+Uxw0PN
				NHUEy5uxvedtvjrKH968nktfE1Z0WGzFm3TwfQQn5SDN0durfVQ8MpRN2dMSWyTEyjKIbA/EISGY
				/UTX9aPH7cAl/DbvMLcDN1LYPWy2nRCxdqXRa4vVzssAZZsCN64dc5hcWmxpQ2CcxuwMV3MEbGYD
				4wqW+nzCnZiDYe00wjSImdj4dqZNCSt9zqRQ8jjxQb+9Py17IbIWRwB/g/lDHtBhpt0PmwCfk2/0
				i9yDKAvtMicPtp72l6TQ6v0ElP56+XTQ2zeianzq66H1+8wpfT8bOauQHwjmuT8nY6zAKUltZkhh
				Mng1S6uOMSR7MoOvarb/icC496f/J6RzenhiWoPz/NESGr8SfE7TXGgMUcOlm406eEW4BgmvSXfG
				BLkhsjLE6dmW/izwr3jhf4rhOlwBhrSVgwh3BzT9Ze4Qav3hK8x56UNFbjknz/zwPkO57PVxJ0R8
				uDWhKRpFRKrhKqjEPOlQ0NvZ5gIBcXuzSJKjGmU4+8EMmpNpbYOjvUwZXsZVbFz6PQO5VFAfIKhR
				GZXdgRKUxrLBsKiuIAmoIH5KOFbdy7Av4GyrhdjsY+RATf4WzeuJGfs4a+17uIhL7OVAZP0gyYSa
				jtLfZcUE4hMmiJ4MutCtywt4H7KYlwaD/HJoyeBpHMK67U3BsHcBLwAIV7MU0euYrGrAeiRnihIH
				SzDZPuewqwA2eCb5QToADZGfThRxCp8u78WVzW4uguTYF32eYkfowIA0X3q5udUlCiKVEZ+oC5Ob
				5BD9usm0sMCrMf3hd1MXLgf2Hz7z6A+vifrFAjf8hl3Vm/KR2wCl10ob8s+5o+cv3awPsTg7nHOy
				fE7WgOmmXyHJLIRN9VHQIpuCc+LJexIMLRS+D/k6n49D/ziqZOxk1lyqR5jZgQq/LT5F1UNn3pdu
				V63RXEq6XJeCNZpLEW4n/ft7q5fFhF9bxXmS4WL2/py2gAsc9MOnJQdnvm4cegPd0W3ce94bCjhQ
				LtGTIub4XSrvUD5LnTOI7mhrjb4RoVw4EKxcdSIspwYsTrRfrhbaL/oSaL90+1oVVaACwdD6u/ir
				eZYdWprRYrGeQvsUMfPYpSuJcS4XBZ2ao7QY+s9FJMc3drG5WrRP2wmCgckbqCzapzXIMRZCTD8v
				R0QyVr1nMaA+rbLMpI/Rouh75bDPPW6AnYBDo219Fpro2Zn9HcdKQm1P+jsuiVmC/QZE5c5R6570
				Sxn5+YAZ7kij2EoqfyCVKMeE/0/S+ST0PewAqTe1wtESBeFrsXF3lEWiZYKwQXhD0+prJATI1hTs
				P960694VvS9kAIyGtZu3b0p+PPjvfeaxMs2UybWc/kcukKhfXr2dsJFzPVQQLy6LchbV5MBZk6WE
				KD2UG3CZz9Q8DvMM5MlXILauQ3sXDYJ1jnjN9uD1HQveK2eBhCpS4qWnjKJKbEcPaqB030buNMH2
				aWsKOu1o9Di1P2nb51A8VRV0OqFnYh3C0lZey+/9KAPil2z6yj1foWyxy2zPKCjCI/M298rJK+CT
				E4hodLKBLwesK30eFuLi4ZdBx8wmswRPXq2hjtlgcn8BjVyNX+f2t57ulZNXzaiDgNMz5KvWb3N7
				TPNyTRjhHdCh+YwizLi9X1ZnXxNmFveLXCnDCS95wktHe6LelI8qmmQ5/N0hLEpaTmz3jY/lBmAv
				pNC2WlyyA9fa9Q50bKdDjambzy64T3SNSrfuvs6AedFwNJT8vLoaFDNc9kNko65ESfqACV2OA+Xi
				QAG6gimXnZv6jinmcWd9uWjnWklwMcYyyMhDJomk8zLnjL2FxnkaLEj6/3NjZg43syM6m/5ZTjgX
				rUI8ODKzNuDAXD1Akru9DjoxQhIECgnw5rZsxn4bIjMvOKDCdDitiS5M+RjsjTL9Khnrak78/6dp
				V8k8wt7ORtI4L3zJLmBwTg5LFSaGqBdQokQlKXXslQxga/cEPjgzq7valSt/6jqLPcaEd0PVGo69
				PxYMieSXCNXA+XSsccxcrgxifvBVYIwawribUNT/XB2auQW+vFMH7YKXWUkvqkfOjIFHeTuduIcc
				oUCNl00KOm3O80iG8Y9HqoqKbBtDe5rRLZezTOITj56mhr/EqfakvcPxmNmzUCP6WE/z1E+0t1WT
				ZbSs8UB1DR0Pb413VXWtNNNMygjYwd7eOMT8A2UhRdW9zwt+OYPhgYR8QMB/jpUEIexlUo4W2TWt
				qx/aRapxzaUpU7dTPRT/2Ei5IR3seuC/zwQk3wcEHPxyyRv8ol9o8EtHDOUYN9WquuCX+7DgFz28
				gl86OmfgQgXJU25IKOE0+Q5+uTMHv+jo3uCX3uRiy1ZvlLO4JNEJWC6GldY36+1XaLOvnFalWroz
				IZnbPDqRXD0gYfRQK9ZGGBPJyYkWftF1at5maAktIB/SlnNjR2sY5xp5uhmxzTqgQozh0LjK/XRG
				0o/z0iongzoG8yNNrSder3E+3vqLkWJnbvhDmnlnUpRXG8SimuNc3bhmjMi98ETUgfaJWkEnyh8i
				CNO+kwaAOMB7ViVtzEVNf3MlotTw3wpuMzRPR/qbq9r45NQgeFkQ0dxTwtJ0xZOLKCgd7FJBa3jj
				qWK+I4wMMxkObXPfIp1vDrovdP9C1kmqrttOr7EWV1ri8hpKypLdrJYmiGfEyvdSEkp6t8+m8k76
				ANCgRaSjeKiUy862NKQAcoYCY8NDn+zeFc1dIaA9UUu7uQFsOL8/DTc3ec4kyChJVzF8jBDegdOM
				epRzjITMEyrwk8S7zHRpJBl2b2is7uAXyWe4eHjw3mH9REnQqrlZWFfVxduJvnyjTKWcwGvUIXoH
				PzRiTZ3mPPeso1lVODwKvSx0QIZmkZr43Y0GVm3xoBceX8B/+cVw9ZHJe9YUZ5IfbEs/ZgC3yaYL
				z8SEQsW+bwfoDoM/0w0njYpE5cmp8nNKaDlBh1EjvkUvkpD7cJT7Fa4RefMvv712R071BQbr51se
				W8CGlFMcwj6qgI6bE0Q+9lcivsdjv2tBUU+OKHrlM/Wy65CVv0Fz7GF5iBydwBCx/KfvBwthhxWT
				UHRT9YiUYpTcbavH2vQJECN+4hE0nCzV0kIon/Z4qkAeQQaNKMdqYe3R2PDfYlInJ3gF6goAec4K
				zk9NOz40fbLKzA2QYrc2fWYXIHdCaGhR9DAE9sPMUW6+Y3bRA1va/wPseMqtBVnURu128KKJElrw
				Dxl1ROI83uWY25SzQfnTbm3DjqrWvwUpcrI07DQXyblyQhOshl1vlm8Wj6sW4A9ygO7e50Q27Aan
				j0xo3I8mFivrenfDPTZwDfuFyNCUg11viOww3MYSaXCMhYaCG5uJqhXeFi7iVvv083XwBs6sjo/J
				GW/5DcufElDNH8R+RX8c4LaqEFDpkBc9YVVrVaoJIw2zXmU6csqMdDpbSZOEsSgvj5aMXfbSOO9T
				3WzXTvc/8LBH9dgAqsnGCXsLrXJ71FgrhKefXqi9/M9//NyhdnaGsSZHfLWSdgbDdUTuOCvdjIaY
				Ogjm5ZIRF7EZqrcHLLfbM8My5ceyyFmaIwgaM3WWQZ5qQkGqf1Q2EVLyIWLkjLdVtBc5RCEGokjO
				KJ3cd54imkba6bkK4x8yofKekNpxQ+/vE7jCiXXdPMLSG52mSd71dWeBFKwZTg/Tem+8NxJ5ya5S
				s2iTL6nO09xeliEth3hmPo/VRFHSacPMMrmqYZdAWzbZYqwRHKhEnnNg58q7I15JJ+XYdLe0AQ9T
				zPkHMlvOHnfndoxr3Exf54MPc8E/ZAg83AxxxD/kOfhDDqjd104ONPxDqruSPMIBiXGOtXka/S5D
				xTPW5vk5cy/H7Ardp4K1GWoTSCRVrM0hgH+vHNGP/teZ/JZUkM/OoRzAmAXbHEMA3KtOgJlK8bC1
				fAWgTab4ENkGXl1WH5rGxTM0eJJ2iIg1hhLmHrs35myhvTK4TL/mLkd41KW86ZSwQ5PzMyVRe+UP
				oapTUGhNuno5BU17+XxuOpz2n6LBLoIzIbEJEtAJDixyUQDVsPgNLnmc0OWn6sJ79fm5huwrjpHF
				B0ymMgMKguO7fOE4O1z5W14UrchnLQ5UYhZY7MWNKg1KxMQpRep2kfzhErxYaVBxb+Pa45/ymird
				mg1+Xor1Fxt72R3wZqUr+HnKl9qehT3ugIZ+8PPkNXVmavHJ1B5vAPuGBZM2pbLCmaI3c05w/lZz
				dGKCe3vuY/vEezK0k9FpiMKri1rqBFcTdRflTPvQ0M4RdLaK/pY64e7oCVoTGfz4PoNXObBlfS+t
				z2J/1mVIjevg9QkE25ao7ydLv8iSLPhwtspAGF131fvJyTIOrYDjDb5fiaDJ5UuvIJq3E6ACBb12
				FOsFTkXEj4kqWRwfWT8fiQMHxdlD8BihY2z30Uz+XLNQ8eBonnseIQh3TaQjU4QgTifJ/RVCEARu
				hg00KCkAJX0DE0AQLj5q/OWgVSDHnSHzu4VwNGQzB+HRe4f/KIqDGwT9moG7OYHwQ3RWz8F/l8aQ
				hqXPLqyU7uqKIPxAJuZs4HoqXxQ9/PM5jyvxY9m9dEBYeoR5Ct3FhOcD7lXTTq89lbZDGIyXYBQQ
				aLFrjICG2UI25jy7Kt3A9SyBplC4OVFkRVUN8g0hu48kSsqXID2o6H4YIZJMn/5aqOJc5HLhgqDD
				+0x26Kj8+kPA86fJNzAEUb0jcG3ndJFWmBSFvwTTNvU4XvjdXKOf7iX3NUs/fTNMddE6GJ9eleFo
				VR1L5vQtyaN7RmAplC4X0dUP4HHWvL4xtcd7DQ8/hFvdeYOQ78RZ0We+jTOzRMHNpl2+bqF82bze
				D6R1W78zQG1v0pSAUAELvO67HEoxifkWkr1sPhX9cHKgMOjVAaQy1DDlw+myGe79cXvC46KsA8b8
				zwbjjWmfiaQldnawnc6Y0GEt7Qly7XsCa8YOe77O48gcbNleU4CJbkiAp3iAKBxzdvvMV/kgg50C
				jwNFQm/sFNIqhHVTmJP1wkDkF8UsXNbs1p8NT4I+okKwO/Ceq1WKISFiSsBsZmwNZxyepapt5j+3
				YT8rDWDemCrahNKWtYoD9/jz0k1zKWZ3dfyzNSnSlYfpnSPvP9vm0WIg/RBk0/s27hj0DlbpaFkt
				mV9ytq7Hr5yNOItBVGpPYEh8ZmPs4yHVwgKvxlQJXgft4DG3/HVFELwTPUS2ysH2sDKHfLpgcKFe
				yzGDBwrn4i1UsyZHFm8PXmRWak8ocxqeQV2d0aowN6a9O7B5Vof2BMsTzOI3WIzkyLqo0qvR083e
				/JUS4OUSzJlaYUAyB+5lnXqr+PFCLbmtavmM9M+GQQn8bl7ouN28XKG6edEV0s1Ld1ZfpCUqvQQl
				rqTursHjTakCfEvvWdcCuz4h1GzRldTDDfEcrT0hbRhsjsnpUD8XkRqf+DVXtn1Uw34e9Gj3c9e8
				f+bjmD16caPdhUYfm2CTNq/9f3/ZwGdorXEiZXEKqXrKp6J75tNq8d0mi2tErymI+nKkzC/30JVq
				QYSZwlLDKUoJ3ZebKO8XVA7h9gRXYgrAfGKaBzMsx65UPcbID1RIbjePv+/+uo7wrtIGLc5rneJx
				54akjdXKnPGswtRgkoB5SCifYu+fSnxNaJAbb09QcMsxkD+OKhm5maVxXQ561YHolNv15eANKSkh
				cXFPM8oWDwO7y10gyG4oQD/KEhEz6DzYHnlNB1lFWv+peWLcwDvAT2IoP2SPIx+OXQ+owJO8yRyM
				8DymQnfcH27v25hwrixbP3FvRsMJVFAnvqZY0ja91aLFVKOX3PxwoR96i9YMChiCnQnCSGtqHUnc
				Bi9p0Kwli5B4bt0NG1L8JXDbOCAgeGqhgSMZefoBRxm8kJOwPQENWStwRBGqMykbFjbI2iaLo17x
				RzPIkE7ekZCqNwHOZOXxdyq9V52x0GYylZj5YmuFNpNtLc8FHyBQkVzU1tzJRwe2HvZ6nBUcMIab
				1j2f7c22OMCR87wYmC56XelrNgvwIcqdric3/BWWtBRyZqShQkbwID6eiZWCaWVTrhy20PK3MUl6
				sj8VmK9ez1ouA7TiptwiT9hNkYNyHCSUOq7qdMwRNvI73D0uFaA/CZAw0NwW+06aV7OlUAnV4kxV
				ABq69H2oftyycqcilRFtPBzGbUyyhOPWo/tp4+8vVUIhhqhTdzxHCs6sv+Ki2ZpZr4cMCpFXvYMd
				V4j856cP6BKw1DHvi+Rd45/IwWtXWRgSM2ifWRokLh6zF2Rhi8o11YBfbd5w/gD7gHPwIoza9cyJ
				M4e/fHckiwYFbcTHrJGtc/EjrC6Od2GrER3MNblzUO2yQDJRx5dXZ/wtF3RLVALCCKCijZZkbs+3
				MWFBqnKyTSQXRek3vHM6AS0NQfl2l7NK4DnI6frjJosHCiWAZ8C/B593dkW0o2LZTB9MisqfMexu
				YVl4c65mdTe9uUSAvvfXNELsZYzpQBooyTrbuU3VJgJd4rYR0ctQaAuzKTNxB0ThZ+I9yWGs8eVi
				qB83JR1f+BWutpn/3NhoY6qs4IF8hhpzATARad/WNCxru0ZKuP741sZEOZV4fMbvr6REMSB76i70
				F22Gqv/hkkdanEIG0p17W73N5zifEb9IUOBcpyDxPBsZk/NClqY6m0jZtLvASpO1R0uJyGHkAsxD
				1S1Z+4VUQeCY7/0MTya1lXNUwhZ3bK7vrk4tlpz5PMrbvHW1vRSGaGcm9mftq3PJ/n/PCWGxlN5/
				2hx6ENimkY2xH6bebz79BrKEwOPRE7ObsEO0uGYes0xTAf4TYiNF2HbTmDYUOojmtPHjWHgbZJhN
				Y6qt8zFlbmKogrlHh48245fEsZOt9CSrFL1vnGnBLYd7xhOCFxpTFdN8gV4JynBtHoGW1xVQBfhb
				Exu1PeG1rF115zMEBnEh+ubT7aD/NiyLi3EVkBNUYJNbR8lNcGWtaId0KpJISj8SQkQBLTOmB9KS
				ibf7ryKIegJHTjPtCdqiQ5l2qu9mrZdxybdSF81eT4I69wl3R59vRlCdptme8KK30j43brRVUn7o
				qG4caHM1QymdT2EURGrc6b5bJ+SGVAO2xmwtLPNFOrEFZ/dzIlT7yk/ApS7WwWYfKk3SR8+ZhyT9
				s+3jhMHWwtITI2nbE4zSG5YNojH4E6Yv5Z01bjZZju4gaGx7gqsoyTN4SrAt00/jlf+tNLpdjPOR
				P2H8qQa5Aw3z/T9Jggbjz9ORDo+vVEGmpVdjgc1dErhu/st04SLAPyYADtzSrXmKjPb5iFMMaVo7
				eorQVXCcFN0mDAMMD4dJ63dZ1HTz459LXfjtk+R+rMMYTcBiuO979TQFZUiqtNZ1As2b99B6kUGP
				L/MYlQ/bPr6Kp5Ko7aJul4auriJlcfaDF7WmlpzN0HgFaZDR+nrjr/H43q9sW/cr25/2K+PtHV0n
				aMLYZ7QX2jobA5adHRF3i5q2MiPBX169lK+6YAZYRtXUCXrJVaQi2nQ8hx6wAZZtUYBli0eAZXzk
				idGekIz5Ky+DSQvDc+nlqdmwEVqeTqCO4rQV89ivLDbTCYQg4XnkfLNQkgrtr5zb+iuLH/orw3ke
				a09g3gOW3RIiwmMdsJxvTjdJDztZMf8KpUEBYGELmNtRG2r7+z32N6TVxsXDPYGAr0dIzZjh7/cZ
				fMVvse3TZnmFbpn0GCeGp81yZvejfrMTC9iP/bV50zIHV/PXZtyHXFnsDJA0QnKAc6TZxElAdlfO
				Rd2VBZ7uynA5R1In9G9ROFRGO3oxDnDRcGDqYi1gWZcbJPnlY9j7hMsfIR5eIK2VUtsdt3wxVftH
				X7oCCwHHh88uOBeVlVDQnA33hEQpgIe5J+Dc3YBOWPvlmorBFPIvd08AFaSATHOGcTDDcswqVa3t
				sKyBSz0piYF94DhuWfAG4rAnhTkg5okLRReJVE2X8MDJJONKJ1L+Ud3iD/7H2PZSrANfH7o4ziGK
				sJqQOYcevcDazZ93UJg4+Q9/WOQShefmLTB3RV8qcAPYeMoamBaHHEEkQaJz5F3Fj0hwa0FVovNS
				Ipzctzuf6v6r2a2/5fDRJ48qFZycNUf1/C92i/9GiEaRLqa6j78PhTiUSah+Mbt/oB6z8hXNCfBY
				/vuxRhRMJbGno8CbSn4fHjTbnTquSmp/eszk2+ucazRw0+tuYeWyo6toSGPD+p/mQcrvBxDlnpAO
				5ipfxcCBINwTzNAbZ+FJIBe7D6sYCnsrU82+jYxLtklol7YbBVNDU80N7j1Bc/RC559vl1KZi6my
				a0Frr8I0Z2lLfnxiho/fE9ijRmVDWrgxaG7LfU8w59WT8HblGevOutKbXGXtNcyomADaR+v2UzfM
				Qx20y9H5niDEvieoZszw8+scruTEpuosLT5E4WE1hRxV/+n31s8J52Ic4ZZ+5EA3U1RY+BTWP29I
				AOEmeBFNHxgim8zvCdOvrs/TFDLL9lezTzue70N78I3/nDnjt2BbF5O8cfV8tFcs0MCg9sbgsoV3
				XFadguJ+ty2Hkhdqn+XmBJ1z5hQcfxI4IU0rYjVF0zxA0sv+niW7ibpPRWF6Wk1w90sy9HQgASkp
				fgm0PJDQ2oKEVPuGWdzmKnyCOVXTVKwWakLdHdfr8Ye4aBJEb/gEfBzAJ68UhjLczeldreA1lw6M
				vf0Yp/49mDA24Fk17TTAU2k4hAV3CWYBga51zQjSMDtkU46zi9JdXM4f6OETTOoSEdKrBtJdLAyN
				5Azdi5d7f2QmNdqNZE5qP/DHKSDplP8tCQn986he/KEYJU5vhDANoVh/S6KVCxJMoEcvaYZDPI35
				bZXgPRdlb0TztJLDNxPVtetofI5VwDiHbyYzlTLil0oZJUD3JPxRWMlbNEg3r3Y1NEO9pxagcsDh
				GnSu82twcio4Nw3emxkDqEUWUsqzD2WKxwx/v83iKX6LbR1UyHPOkLFx/Iw5ZijD+ArpguEOKp7S
				6e0xrtfsN+zhZEPCoGYNUC3RlSOenHrNFPWQ7wmD23VKrPweeF1MUllJQxxO9OYi4T7e5lGpCDiQ
				vCcwyErd5esU5pbO63ygbXu9U8jedcogrQch804hkwgcyNsJ8RU5/iz4hzLWKZ7cDKYjXJ6rbU8h
				rIS3lWXfAcwdtGmJKN59BzKlF3iz+aDiqeKcxTwn2JI1XdTLo0nED3dRXFqG26c7sC1jmTGxq+cH
				S5XxY2R9W4XgXDsuhVY5d/9XtZBCJ/RXZ8PPYMsCRTyf3hOSG4vYqdeFO0bcYY0xHWpCi29GHegE
				h5hGg3JirttgeD9XhrcWo0hQx9Lq6PsERAr7safLAwFT2riGYekxJvZKp4XHmFgUEH60O9I/ZxdT
				rSD+vX06KbqBbmOUXDMxbrSVSZ8p1HGue0Q0ZPGXNbdTeU+AnueRDaM/R14LlawxbV3Kg8uFPQIE
				7KofG8tAC30RDA0VowPzpooShJ4jbKWderMGXGFJsxeRGcuL6AU8L+/IFaO7E7DBTROAiUYP8ic0
				hNqNQpljlJ5OoErgF0yYZy8pjAbORsldTbC2Vwoy0QtJWPeDXX4EE4AU+yNViW8N6y6ry8TofxEn
				Rox0aTmAEUTkUF3voCg7XwNbHxyQ4g6ucQr/Wz6JM2mtpnj+T0bvMmZ+mdFudMD9skl9ACnkyt4T
				pHFpc+gfj5QaXdkqV/UQIzdUQbndyDTsZbqLgMGwWNDXKbbM2FCNX6fAMWgVIaECfZ0CNxFrJdVd
				qtO775AaxQTvCRwWBAG9bOYBOh7CNxZwF6QgzQH8rUNIEtokZdOo4U8AABEsugN+A1ADe++99957
				7+2998LeH4e9R9WF0WYyjjaThf3C3sKOhR0WdiPsirAZYS8sLCxsQljYe0+2995774WwH3eINoSF
				sBfHcRzHcRzHcRxH21bb2Sqr1aqyqqyqqmqtQlWRDeI4juNh2eD/B7YAoFKpVCqVSqVSqVQqNUin
				1Om00phOaTgjcRzH8dPFjEvjmKSUkjSkI106aW+Q1uWl21tX2rZt27YNoW3baHSVNW7jyhprWMe2
				jYiIiUq0DdE2jotCQ0Oj0Wg0GscxK6640umVrje6hkZboa0oVhUVa3VJTdGUlEBFVFQchziO44iI
				CCoqKipO1dRQUZHQ0CRUVBQUqKOgikPFjOOpqampqTjEcRzHcRzHcRzHsZSUlBStpKRCqoLU9f81
				f127eF1X3HHhWq2CsprVq61iJatXW1XUKioqKioqKioqKirqMioqKioqGiJURYWiUAxFoUZCxXEo
				xi1DqJYsqZxSyipZTrnyMspQtrgyylBWVVVVVVVVPVUsoeBIkjEZx3Ecx0IGMiYZQgUjIiKEQJzI
				iUEcMTocDofD4XBGZvPEhKlsGIdhhVJCQhkhERlZRCbLRA4S0oPMNK9bcwGK52E+N2OGOY7jOI7j
				OI7jOMbjOI4hGMEKBlcUpAmJYzEhcTAYwSADKXACK5CBFBgCAwMDAwMDAwNcKpVKJRVdKknpdqqt
				VqmKqqaCVUXh/ygqIklFItKQhEQSkUgkEolEIhGRiIiIiIhIiIiIiGiGOEREo4mGIog6FIg6VBwJ
				DlG8oYc2FIYqVEIUiqEwVKESEpGFiIiIiIiIiAIREcVoRkRxTIygUUwiioiIiFEYhQqKaSRogiQo
				jhdEgQIFCgoU0wQimUAS6EAUAkWgNgSqtmyVyk6pU9aVrreqFRpddCB04phqIq6hmqmRmqipqamp
				4dRwOJw45nA4nGmEJjichxM4DEGioSLR0MQH4ziO4zjQdCbiOI7jOI7jOI7jieM4lqHMkIxMRERE
				RPD5aXmeeZ6I8HRTG242m81ms9lsNpvNZtNKTExMTIWJiYkJiggTx3EcLyYixMRhGCbMxBOGwkyY
				CBPCSJiIMNEKK1SZSlXatm1brapOVVUgWayqkvi6QkkpsYgEZcooQRmKUKaMQilJxTFJIoam/7gj
				MSM1whEamXlkNk/MJkxMJUxJpSQICWWEJGSyiIzQ8YdIl/9auPz//x///z+TWFgrFtYQhgSGLCGH
				LCRCgoQECRIkSJAgQYIECRIkggQJEiRICNI22rbt0rWz7SGAgYGBgYGlwFKpVCqVSkMqlUolKaJS
				o2srulURiTWLLiqqeVEUrSiqLJJE0kgaSdpIQRLSpJFGRERERERENCKSZYhoT7Q7NDQThETEbVuF
				SohCmxbaO4Q67b13TZwWTHtvirtwreNqNG5Gk82EAvwaYbGwhsBsgihoNBqNRnt777333nvvvbf3
				3nvT7P2oUymps29ns+qsZjUL9t5777333nuPw+FwgoZmOBzizHA4JEkOA4uINKShodl77z0Nzd57
				771rhjObmZmZmZmZmZmZmZGZkamNjIyMDJ9HRmRE3nvvHTJBOvNntjzzyPMsPN387IknPBtuakOb
				2ciGG9rMZjMzMzMzMzNVMjMTs5i9Z2P23ns3DOfMLMy2bQsTYTa3BZuKdL0ymUwmCy1WFdWUFEv2
				Xl1Rq1BRZahiSRbJ0pAoHAYGxyn3LSuSkkwmk8lkBwkJCQkJCQkJyQjJyMjIHhkZGRkREnlkRDZP
				TFWLW0RERERERGRPZFmWZVmWZVmWZdnLsizrRGoymUwmk0lMJhNOQiZlyEJGITvkQ0IaZCEREkIa
				ZEF2kB1kQRZkS5AFOciCVAgSQdoQJNay1dp77y399cWvvzfWU0t9vZrqqbdQR11enDzU5cVJkiRJ
				kgwhItp0AhG9/03b6Ajmb9tiZpmP+YC9SxkhWZZleS9HkEMOcr+ez7Q8v7w/3uE4/Grdu/ae0Shh
				+9///xH8////e++WC09YZOEIH144wptd13Vd1+27vW5Ht0O3W9tV26xtqu1arVZjrSqKm7URhdz2
				3nuXRtvee++9aYu9995777333vu9t8xswsTI3ntvymhke++NO8hCFqQYwLe99957e4u32Hvvvffe
				e+/d2Hvvbe+3L8YmRrGJSWxz27ZtDVsEDFtMwra9/SIshFXbWCwWi8VeBHvvvffWWDRW1WJVUbGm
				qKSmLqlrGLUKFUUki2WosigQE8bBEMaMMUqBRSVSERFpiEhoSCjMaAoaxWw6gYKriXUTm5F5aGZk
				YtOJqYQJCQkJib1JREYWkckSMgkSEluQWI/xmuaxkGOm+ZDjOBaLxWKxLYvFYrPYsu1tsRd70v//
				//sD8b3+H2vDntSGvaVhN0IDFrTCqkqowlhVVSySJEkhySEy7DFs7733XlEYKWwMC6Nx2zYKW6Cw
				CXs0e2LCwsLCwiolYf9/2Ns7lRLK////////////////9B9uxeGftf////9f/v//////////EP//
				S/gj/L9te3ZPrXfb7td9dC9777333nvvvae99942S7JUJEnut0yqub8UWNSi/f//D+2JiGhoH7QP
				tO/MzMzMzMzMm5GRQybCItmPsv//f5Et2/5ffk/v337/vz3bsy177733/uX////////4D9t7772/
				2rJVKjulSqdXesvoGhoNFVXVCm1VUVGqquKv+Pn//08GMYZTOM7gGBgsBRaVikqISENEFc4kNEIU
				U1AQDQ3F/zNx8P//MTHxlKIhiUdikckSMgkS0oPUndc8YqbleWhc3v9iAXEt/v9/WQNisYgEERHy
				RCwRH7HEcRzHcRzHcRzH8XEcxxLHHz8Vgg1LcDjc/4+GJVh+pMK/CofLIhmqRQ5JHoaF4RkODJYC
				i0qkIiLSENEQZxIaTTWdQEHr3R8o/DThcDgcDof/4P///////z8cDi///+Vh0nPx8MvTx/vG4XC4
				Cy+88MILL7zwwgsvvPDCCx/hQP/hcDgcDkeEw/TB/yH8/3vv21bLtm3btm3btm3bti21Wq1Wi61W
				a4qquPfee9UogVBlN/ewxA7nGAycDXYk6og61KKSSlQiIiKioZnpZmaCUErmW+HTmFa6aZjGNEwP
				Zttt2y/tbfHW5d177lfubtxwv7txD/6fK60H////73/RqESPCtS6UWhDK5Shh4aGhoaGhoaGhoa2
				QltT1Wq1Wltarbm1tRraiobWZk249957761qwd5777333nvvzWKxWDNFVSpWYFWpqIiIiEpoVERF
				KiqqQLX33ptTI3xKpjYVU2HqqU3F1EGtVqvVarVarVar1WrXarVarfqq6OeSL9Yew1Wrrmi1cUWr
				WclqtVqtURUVq7Bq1FVVVVVVVVWrqhoXoar2VZtCSaiFmlCHklCHOpjF2raxpHLKuXJlKKMMreI4
				FovFolTUAqIYiiWJ5JAoHE7hOINjcCoFFpWEhohIRSIS4EacuPfeQQzE7b333nvvvffew6Fw2BmE
				FAqLhCwSbpmEiCxcEM6955xz7s0555xznOM4jiMDx3EcKzC4cXzkxnHcGNxBBoPBBXvvvUMwcKRA
				Bk6gBB5IgRMogQdyAALCQYL8//9BJEg/SJAgC7IgC7IgtCAbCbJ4QbYgsSAhy7Isy7Isy/Lty7Is
				C1INQa4Q5P9FpiWEIBKk2qVlOy2107bfRhvaVtdGG9qqqqqqqqqqp4olFBxJMib8/7+wwR4WWPZS
				SY2Y+qMG6tSgjhrROaXpTOP/Yxqm0Xvvvffee++999577733ute997r33nvvEa51XI3GzWiyzl5l
				bej/f/RGS8NolzgWExJt/97QJ7RCGUqha9u2bbWqilVVdd0qaW90qlVVVVU1FapKahXqiqqq63pY
				wiKLWMMS1nVd13Vd13Vd15S6ruu6rut6NFF9TQVVpwJVp4oL9f9vwpTEVEpEapFaiqRGSqREROSS
				67qu67oY6vp6uZ5WV1w/xfV/rbgKJKuqfxVW+6f//VFR13Vd19f///9LqP3///////9zzssyyr9F
				Fv+pOMX9//8/55wUPgYGyVlEEleBJJL8f/7+///f/P///39Ccnb/+///mSN5xxpjhtlxJEmSJEmS
				JBs4ST5FRETwkX5X4CRnIAX+/z+PwJaqxFIIbKlKbdu2bdsGVVWNZaiqqqJuii6KIila0UUrakdP
				P4kkIg1JSAfpgP8S/ZOIiIiIiIiIJpqmQNShGpoZGpmZR2bzxGzCxISZfAm9kNAI/f///wehTvv/
				////RyOOSGhGo9H//8fo//8JkqD/////fw4UiG5pZoYq7f9HpzWh05qqaU3Nr2ZqpOaa1dTUcGo4
				HA6Hw+FwODPD4XA4HAYGg/7///+Z6f////+cmZl5MzEjM89sZmRERERERGT+ZUJmMkvI/PP//9Pz
				ZM/sCc/HE55uavPLH5vGhBWpMf8xz/M8z/P8////////////v0CYgbY6wE7lSu86lcr/////////
				X1JSUnIoKYmSUMVSKMShkEQR+f///0tSJENEQkOT0GgKGgUKChSkpsOpCanM0JBmZEYeERGRCSM/
				siw0IouIyCK///+v5f////8b5L+WXyY/ickmMQmT/3+JZ0gQVhAGoSAMEiRIkCBBggQJ0iBtS20b
				ilXVPm+0tYbeWv+nlvp6ddSHeuLl5MXJ/+EUjsHAOYD//////////////w/z///P87MZiCmhkASY
				DazkKE+2tw8zGQAYQIEYB5EkSzLIGIQP4+OeN+DrJ1BTS8RpMtXaERTOGjCZak21FJ3X8GhwwFao
				Y+wrIxT3wQrYRYtk8tL8RcMaM0FM/sTaLIxPKxN5CURqFdDatZ+S4mUZEzlyLD8b7H1DnYkKqSRt
				SbpYwU/HJL+eMgjKX4+IvuunfjMUZ4z3ziuGQ7E0Jaxq+1JY0wUE92LKwn2bszuVX2NLH+rCWAKh
				5Ua8t6VGI8sAVFwz/vOThxUFC8u4RNtyRlB+JzUdXGXgACfa4uNTIrr0K2Nii7EPSJHGisylNgyJ
				yN2OWO3WcUvZDirMleFHBemwL4wuC/fq/I7as2ShHcHu0EKfXLRDz/zub8yCY7He39vUEAaOYz+l
				lq3g9gUxQmIOzwKMferZ4PJza2ljd3oatrBqM00B1tb6jgZoo3NyVT2Vm7ef8YSdJ09I0IErKIbt
				S7njsIFxfXbcij9kxIejvfmHloq9MBI1j+ii7NuUGNd/N8Fd1R2LVrj+h1nFvBc7BNKigbYvAhNC
				bi2CEC3qMoL2Q2J4UgAbmPvKx0qxpYhwCKHKmuW97fv4IUOhBt9Jap//Vnfc8w6r/6M+zGOUun1B
				7Sg6OYU1jYnObzCMun0FlXVlxqHPS16JFraxcjrYZVL3XTaoms7Wy8HM/WLVvcH6BzaSqilmdBBY
				2WcTBnRq23cBiiI8SRnZgXmcQOk3pAFyEwYoNaFGA1ZR0x04ch559vq+WKwByZQdes3GXCa6wcOH
				cIUdApC3E6LZrhtJ1V7aHcB0eFF4UWSIRskcvVAb50hpWsDF1/jFgRBkNa0BpxepAiMWUEo7uOVM
				c7ZvUHFdV/K7BjFKMvsvkG22x4N3yNhNPyENGAo6izLO9PsKbj3M56riqon/uXdsK85RwFlI3KSs
				eA0wOg8k2ybMBCD4E2+JrmscmzhiCFjOaCjkkmU6TOIJ5OEKcbl6QFH/YI9VgvrW1V8FLARQ+vNX
				OZBqxktAB/CwDZlo69ChvvVK+W13sAgvNyEd3tglztyapJBsq8yDp0vrCanXYGV/VdYsxPocAhH6
				3wrGifoUOART36cBdqhj/GhFDPq4SBlh/E2kipAtdfVC77r+rlf1aRRK2Mvri2kvQdoKODUUYIEP
				O/4h39AKti/FG70LBUSFgKPtMb1lV+8Xd33l3g8fY8wHr3TDw1J85xa52uelRhZAf+VNbJpiymqy
				BwXhK0C3AJRe50Dkv3VM1iKkvtn2DuRAtcn/fv6LEoSHjMj6pksorn2kMlYyqNu15B/zafX9i8e6
				JD2zYbQOlB4AK0oErpxul/PervrTb4w06kcb1hGV2b4PgX/bzJRABm4Hnr2IZAWlsJkpwcL2DaEr
				RLc3cQ6N+AbiV7620KivfdBtxhZQrh25cQDP6Y/+1WJ+uLLXnK76ZEjXN5QwT7rOPG7bF0GDlunl
				laOWihtDTV/HTTq1FdXrt1nQcqYOu1Wtus8YCpp9GsEPVPWR3B7MOjmCi3S7SzdDgGqWcD/1dIAz
				jYQdoQ6ip/uzxttXVmXFPI2OAXzZ/E43yG5bSUSXVkvRYTk7FRP21MyRaPZxbKt9ODDmfQXdUmd3
				83eI5OpNtgBZSCsQEEGrRMADpnc/WFbCgc3eE5aWFDVZPXcz29dyozsfv9M6YF74VdqnFKdcy4vo
				0hn54ynx6ougyfZ1HBDA0XsaoxB/o+yqUiDV42n9KX5M7EA6xHxY6ez0YRGjsdiBVM8DNNHsQDSb
				mtqCq+zAu/pNewZINxUwaok7NfWG0bwffgDk8xozO5v85cxEtzgNtIuGcZ/lSylgx+IKquhR6nZ2
				lpLRyVe1faGabepgOHxsY9MnpuFmxSLibGN9Y6wqL9btq3CS/A5tx0GMsuzuC3TLduHan+Rp2A1V
				T8qCk6wFZTiNB06eNoBCdekZcXcSCXlQhumPKyGBVF29tm8Cho9RwSyD47zYqO7DMvim7FEqkmA5
				OE5jXmWIz4Qr82dGoIOR2fMLaOASSq3wZW5YMdQC/XajyxEwv1KuEakSuQLdyQQwfyz2W2r3Cm5f
				iBET5/AUYtimzgeXPrdWG7uro7GFrRrTFGgNre9QQBtm5zKWPd8HjLPzg3mqtcrnF3PUOTK8ycV7
				axbReaf2p3UOGVHiaDn+oeKHyDhnGVAprLzRSxA7jIo18rvXGHBr4ncc11tTwK9MhUe0vy8wtkDZ
				ziGj5JmKEIyQ4xtDl6MG2GzOG92slPsm+a6dRmtqhb6R9pWvXMm/AV5921YgRviJRAC2I18bF1Dp
				ae+fnIhQDBc3IrObbucfA8tBY7KMsb7yxXtUXSupYeTvk5FClWmk/NoVrOxjIpCKbaSuR0Q1FTXZ
				9WOwDRLmw2dSHlcJ2X1DcPUKd0RWkvSrku3VlNK6+YP7Vg8/KenYImv7LsECfnhHZyTj3DixrQrc
				9qgLIT+MTsOE1G2Ic+odi0ImDMzJNO9yCDAbd+HpBi8eQiLsaYC02hHEwNlGaWlX3gvY8Ojtq6wA
				qTePkrQqMgWd4lyPzGW1Taw1BLvnhJrIkbvgCNuX8uKAivwuYUylM70XaN26HUVqG6oatNWhyjqK
				sAQL5HE74QQY5faa8VwxMJ+kMI6TTW8Fw5p7b9oM+HEWUKJDEtnlk/IoNAAiCE8gnfBEHLwlim/f
				QuiaWu9P9re2bFfsWNwZDjt0MYyCCIcFkV0EEhmaGNS3PkQ1OYrMM++ZWnlJXZroPEFktB0U2zPJ
				LEVhJeoLLuSn7WggnxxdUnzhyxzV+2H0tRdgGGQlQBpPFG74iVDxQMCIDKLkC1fLM585IMVBfHEk
				n2fFaRvqEdv3hEaNalk1MNUi5zLFxUnyAUAgbTI2l2PGbNg7LF4Z/B3Z1PatvJEN8xdW+Lvs75Vg
				+yJsA2ooLG0mKIBFDQB29Z6Y1re+I1RlriSaxFuAZZk6HK58nY3tAq4qcOdZhmX6HWfmR6C9A7bH
				Mn3LSWxX4l1a36A5GBzigVzwX2Jh4lSkmYpgi0PyzDsT3RrES92+sOyLOkxZxFh/UW5syWzMp9H3
				nwNtiTUHpQYQvQW4IJwxUdXkH6JhnOsy2LzOq2L7qjsf6k2GC3q2FDENBQYSej0ORIulszPk0FNq
				8Jte6sCWtcDI0W0V2gvxi8ltn9/O1bUh1AoSmXqnVhF5y/jcNlrALeyDdSReygB3OGVplvEUBEXb
				vo4BGgbyx6WlRme2bLmKNyPbQ8bO+fHyDm9GlrE3/n1WRQaqEG5GS2WQHA7O4H7J7lXlQalzhAP2
				5BuqE0l+k1CdemYRT3McMeNUzZBS+GzWPQFptmqVpq+0WXeE07GZV2x4FggarrCnMXdEELtCMtvr
				ehN4d1ZIrhqQyCnOwGabopTwDrxcLyRYIk7kz/c7SLKEmmitudtKCPrKx6d40UeZ7TT6raPya5Oh
				yHsYpUhb5kZhfdUNtmO4vMjPdMBnFVx5zofK4qom1LnfizJQ7YGKbpf+atlvTz6YCgB+PUA+n9sk
				4hVnf7PwLDMEUOJDiw2oKJhIx/pljQ7TlMX5abeoEIK9TNKoMel3lwYxtBDZqqhQXPWEWNQjaGFY
				cI+A3SG0hDdZNd+m/YBiTncHQAEfv1IZTPA3T+9qBeV2lAqex8CRfXBMW+pou6xLpRKqk0lu3uyD
				wC6QqHR25p2xEwSKE5UzLWRr0bxftAlAv0wDYovrdcct4yYq1/WE9JSI2pLLU2kYiB/UOacPxQDh
				zooRLJ+7gK+V9YYRHIwq9IbnF7ssnx5EW8fJXNKJqCLCDFHFhisJcdcvGIuc37UP7rGwjJ4KGQda
				ycs0BPnQQ38nes1v6JgCcJo1GwMinLk31LrfygfJYdGPGqcAVh+4M3zQ5p6yjE2UCbsfaH4eqEp1
				s5mogh1C5fnFHDmnqg94UZpJMQNDpyEQ+hDsj/PfICDNBeo636oEQIIrOVQyog1OI0Ehv8zLAZdA
				/I4GvZUN/MpOeMT5+wKmWKDcXzzYt0Eb1M8DWyGZtZVpBPcFsl65w3H16bCh9sUeXP7Wtk6mnDiR
				dqEOT2sIiRChORdTLXKMtapdJtDsP7FikU4KRzNT9QDF+zlFfI9LNcI0NROO5KD5yk/6xOIOE3mz
				7tGJII9jtqwbg4sLwtUC7FL/P8C2XYvVz3SWpkYE3hymNu5CbkKmXMj4copgo8yJQaurUWiqlPpY
				ec1kNQpNGY5Es6/X3DZaNwpN0yRGl+Jkd7popBvZXhfGkF4BYguESIoaanuhQvf0RgGkA+dF2geN
				h8jYt6yLumU4k1Ry+JezKaaMV0xbFOlTgFetZ2jI0wJa7/zgRXrkw0uTRk/WenBos8jo7vfcnu1M
				KM0igK8UbTt993Ar2Qi18BKqLnhAJVhdidB8rgpAfhki2b2dYYA0lg6mdvFfhkhcA6QfFMjkJwNd
				lJcZIlPTEerSio+E0fdlurl18gJdDN08OMU3b6WJ+FvupjtzMwmwBD13lX4QV8W6EyuYQc9sfhNi
				rB3dPif9HC/TW3WoUpDwLkHtAtfDlEPtFS8G6Wetni7fJl+xr15ulLhkzT5NdWFgX408x6FgF2NN
				THP1bj3VxkRAOTF2THSanCPYn4TN2imP/YMEY34YOcYm1bN8tqcVK3hYgxNY1b4Ubciwr8Rxl2g4
				nrvYGWbL83SrgetuXx91K+aMDlDYyST63oTuYV/1GvchLyXl8FyEcU0+Gi59trZeeEehZpSW3qYX
				YGYaqBpWSci5/BXaoAOtR16elaMoSdUq+EQulzZUTboqLzSULg22GmrP36gKxs+pv6liR84CC6qJ
				BbFALDq6QUc2cN3Z/UBQXagC2ypDiKLBtup1i5DkI8pAU36N3e+RValCi/yEELYxIYS6zl4iiYJc
				jSAFoo8mj+M09vdUozgcpGLf9eoqD0CrSveDpKf138uLMC616O2SZcJ34iUInY/1TY7JSYOYIoVt
				049Yx5kpKY9sW1ZWtV4JGFNwg9zZhMQ+eknDIMbfJLvUW4ELVmh71Rm69CBqqIP639j8YTr9kqrC
				g8CVhTX3glXJghXa/lSP6hJShdUPOCYHwaF6LyxaV1lDHamRjmS180kfj9NpbYMhetwCvIjrmLj4
				ecVkCqrXjjwDTyvQzXBNBS5aETtELtpyRwMCv9D5G+LcF60LgOZIjXkg5C250yOsxhxrot+w7gAq
				fWlVqnCfU+FtCU6KzmmgzJcsNXQ8aHLoXy4tFbm4NZdu8L/sHvu50IDm5WiHZKJceTevDUSw3skA
				9SI2GdLJ3y1XTFU+CB2N+gXq7eMzdw59K/grz2ZnodtSK+xcPnPn85swC2cXuB30hSgxrG0XZ64U
				dsRQcroa4T8QQtj1irQOtnC1v06DFBOO2+xFeU6BDi1moDvJ8d8P48oNjvQxBXgbr6IE0lTFr9M+
				NAfjNi1qzF9RbNqFbfbEgT7dL2utC9+kH2zRRMdX0WFE6Vo0Edx5nmuSE/FOgKa5PY8l3U9FIXxr
				Fh5AOwAT3E8rgF9Qg9tk0p39U/dm3U8fdUcyuZt+un3C/GbyyYTnbiY1MahDayTDwfDpYsLdo28j
				edbSPnXTGsn44vKf0KFBrjb2Hes8FUBVmiJXcSS3cOTpSA8XlR49+OvmojGh7W0RDSBrxyIm5P1x
				J+Desg6c1pbHhDZ1lI+xMSHv5+spxBXqEgQsO82Ro/dlTpzxCPIpNwP5lEP3j09phpQSR/KsP3zq
				JkI5sIYs2m6IkGKuHF+BvBDU9CsqZlUZITe1tQbLTAja+98jWWGEBq2+UIqH73mN5GZODdLJBJDU
				/ZjTD7BF3nHZKKnM6qnoxeqpiHXVU/HHkR+zrmlM3S9oAceRsd5t3ZdpwKXBB7qxbCEOSabKRSnj
				Y8ki6gTgKnj6kstKLCQ/fkX88oxk6G9LzQYwk41sQynGZlXohv/N7XLXiirQ4IP+bGCWZFsE66mN
				7kImF0aipzq4+FB14qeQOkAER8bSIQc8QVrXKhFQY7dHcvIWWo6fKoZbNW8MWz093rmokwhR38wD
				Hb2B5Yl18Gw2viOjet554UkQPcODsivoKuiSMEYj8INvwrFGBz9zFfThnEJ3tBzn0m2pjvo/Rq9u
				Jye5VCy6OceAkkhlBJKyguflk3Zc9ykjlp1CQTkJuXwPTHzvEsiehMP8KpTzKHzo4V8QI1+Svxmk
				JjYHj5hkvOk7XXzChkw3cS9JP7MVyjRBayCe+MQcOmiyyxkFnR/4JbtIh1HQ2SA9vQHgd4GYPNsj
				V9+QMLGNikBjSa9i1aYmoAASjBeEUwXzQUFbNRcee+d+dtqxBE/QO3u1WoI2NZLMHvGgSOkezY6Z
				nSa+dm6YOsXoeqjiaMU2yd/Tg3WNsmF6OMWxteIOQb3WDw+C73KRumqyHn7oZ+UFbxhxT8gG4MGh
				c8KbfcboSnLmSU6LCESCBWBYv2XKNnyg5ZjpNF6pC2p1j2nl3T410NUy5iQbwSH4kbUHqCSyXCFO
				47i8OInOrJIxrN69KoQlM5dAur8/yPcV/uoT3NY/WJD56oDOirriOJKZ0lIq8rgFMfAORB4Slsix
				56P6hTTu9GfGYIB9WLVN/3rPkVZJ9KiK+V4QDP3fMk+1TCkjeZLAAF1g40WfAqQiuTcwFo+fNwq0
				YVYBoBakCWDRmQ06GYzkKmiCkZzwcB7JwZsG0R4mg3nojqQ/mEUySimgS4h9ZsTyLXVuW2sNjsm7
				YdeH0YIT4ObadOtKCvpi5G93K9vOHsmQjagLKSt0r39O6zeaM5KFWvSF1I0Y/H46gS14sa26vsPa
				kxE7tv6ZD9T/UHgI2ZFnwsmEM9NQ5ePgadfyWTrWlZhot9ZShWVy2CNqg07QM1Oiwrgm4mL1m2zm
				DEeyXHIn+Tj6cclFQZ011m6AZ5CNnbzB5meBhqJMA93FFcgbRPb2tEKEW5hY9L3fQqHwttKVwwTQ
				iCK1uqOC9IUYFTxCOp1nELY7mXmNdVu3AJWcOxFZa34LzJOwI3dOdHz0TNcE9KhBSAGYTYz20ATL
				Mm21ziPXNp2zM3/cNhtdVY2uJZEUhzxEuagUXUbhMdZfDxhPpzltzs9uIp6qfPpwpBNivkG5klFg
				EpAHVV8FwJw6vCi9jEb6TEgMdraX0JDyuDhKTneE/03YdrZMOKo3VsvJB4lt6WorHMkhZj6Tgejv
				JZMFJW+NpzDjwNM+PS352zfMeAfjSnrAuKyqGlEo42PRVTCsOuMI+qALbMMT7sbw/uKU63xxyv30
				4pTh4pzkSj0BVWC3uuB87aJ838SfcxNKt4wPic5KzoKmvlE+8GNQdicCDhZ2iD/hYlgaAHBbdxHC
				RdOCkqhJdETuqGlINIQj+Rb8+0+I23sQcrl73NoqOmI6kltwg/30is5Axt80t1zdAhsT2jcsIvkh
				Ogwx4Z/HHae9u216YxRiwtyULS0es0c60PvnVyzmy0Dx9P5llBqZEozkSXhfmmAb3/sKLGm7mUmK
				sBxPlEDKct1RdtfoPiSkpZAGyxru9sjoNMCGIHmBL5+RDEfXZfsx8x5gxBt/OXQVMfgnvNamcUd+
				ozUeZZlhRLjKGb2pI2MG2t7X67Qlyo6W8ZXzPnbSbHHx8Sxd1+gTgG7fy1Gx7t5rlhDan2qC4JEM
				3W2pWIBNEoNpIMbYDBXdYv+ZfebaUgUYfNDZkAKfFN/Uutl5rFNhVbemGYXhGodzZMkB3/G/7o8Z
				iXYkw9B3p/UZhOnjSvDa4uqA3Rkh6yG4fD/R104SIUs3fEu3qqTdyv6wDslCwKcjl9GHQ99ewHAw
				jdmwIwwOHxKKkpOZV6wzu7UDJVfCkGHnWlSTdKSslhGEbmVU9HNF7o3VYP0qy88Vx22FNwbptZ48
				GHaLReurSvuSYIor/ppEBIomVgWE9IsBjBUFt//NBi/ssfWQKIr1kKj86iHRaqgirG83vprk04Xi
				zZYceelxtDCs9b8lVg8DqC+vz1WVo1kr3pvzkHM1DMokeYd6MDdAekF6LiH+s1SuSmYMGLHFxDbJ
				3iUDdI3YZPgwpbip4OZwPaUjB89sstFdAHOnMPSjetY3rLrGpfcgPIERXobbmGfCITkEwiE5+YND
				olyrk1yXIhDQRICLohgAKpr2qTb4Y5eVDYPLYG4xmSYZb4fVxZLc1CGR0LjllmCcnA/pJr9YDVs1
				ewUFS2a0AOnBtlit9/2EJ7jg8+DCo08lmRJ0V3cks3aL3eSVzkCGvym/VK0FdicUbk/E8mE0HXbC
				PJyoaYCM+G7aCXM37+exnT3SShn8QlxYzsYgx73jB5f4gjQhkhJ4YxUjP5qgxuplTE4d1tYKN4/L
				FFG8N6SKr2nPDDPwM1WXCDiJqW0y6GQzkhtVyEdNSbTCgqhzlZcvJo+zLVMDEUgVGckccgG7MOEc
				wLYXpJr2Ov3FqZBq/SqK7hWT5bislkgK3/FxxLpFJX4ah/Xi3ekJdbo1NZLnlF6mgJQvjEMDvJ/T
				44iVOtxlKhojGZefn3Ik90NotWgfD5EcH9j1xqmD254WuA3uACDcMoXObZlCEm2ZQtPQP4rhBy8x
				iB188GxUyofikWuHrBHrOkbarbU/YfJGs5ism136azld98LgOfg7kgtMKHIvoiy01xxxsHV0zSOi
				FI7R6nUm9DWPGoMQZGf32xvqiGtJdp/NHjVTS6bci+Z6nOUtSIcjTBffWMYeDaPaaLLSkXJJPyYA
				HmTKhglLwJ0AR2MXuyuJSihIpZ3jJERrqNhbjurLZOTsJcguF7klGpcORDANC/nikJKDO1u3HLrg
				OduAH4LlmwpjG5EHl5akFp17EGUsUrTy/GbWd0YA6V5xopH/u31sqsLr/miFdd/+pJJonCUrj4zo
				BOPUzotfGEogZ3RRS76R/2HcGubLKfmFJsIiuo3ufnVDxGE9vYpIHvQ00HUkg57wSoYDn5tUE9as
				UeU6ZIbH5GNDboIe0fQzVYKGgbBPnA2wVfUAPG0u8IofeMwkJ8QJOEFdMKTHKGQ2prr/938iWtU2
				BHlCkG7sMkExAHsabTTJNXaL3sHMb3wlQ2jASzhYDBvJHYwdQi5CQxKSZno1kExVlUa9gem3aKmh
				60jGtU9fWN2o4ef3OVzNGeu6McNUW2pM+NlE9Z6D5tGKFSAsudwAESvOwcfnJcDyaJzYAojuV9lR
				bH6+m/OUixrlSxzJrWISMzEg7b73TLabAEEEETDeM2H2H5ZJihaYGuyCSAYj+VBnzWN6ohUWRJ2r
				vHxHHisjymg6VI5n/DHNGWDzwRP2yOS55C8ArSaDPSQjWaCpOwxy8wM78mhu3fFrsZ6swQJ+f+ib
				J407F38hAECocgqAtLOQQJaVJilH7Ztp9I5/JIdqWxJhWrTPS0mJV+aKUzf+D3/H3EaogYOhngT4
				QIIzzfE0GuvuhmTrTwp4xGa8hM7CDjoyoP+0tCx0xTFdXITKSFa0usDxM8pws8TPoVZHSjd8WiCp
				4i00Lg6HWNv0dANq9pIGUU4UP0Cno0inHKRlXE7gN5qTdLwuhgXCDt9vQLl3NIPWRfNA0YXJSfIq
				Ft3OMUMJn20e95pK8cePXjZShTWdqdMt6GPBxWyUkLMn+TKD8Y8nLURrfBtrfUnTLZ1Fj6Eqwkvy
				LWbDYbkPvvtdItjZBUwJbQ4la3KFKPqdwzekvxtAj4jVJz7cYA4HJu22oYrteqN54+Uosmfx9l9H
				otJyaw6jx6pgQa293ryGpme+c2KXnVe8MH//NZwVmuZfqazZx/8V1ZAHJNBdTnkIzTv42EBjSxdb
				0SS/owdLV9hcw9qCfOZuQD+ix6FouWvgPdAPLxl0yH+RfuYcP36hmvDpKpxxBZ9+/KmNia4+Ax0O
				2yITmgA8O0SOcLObRlEJzjTJaSECFMYGQQGmJ8cZ/o0BCspeptrgsiU+0OQ2D5waAwUH/CTL9kN8
				QonJA8/ZUUpOBYWMRTvIju+9Ue9tyeMF0zxQ3htkig2yTjVAF9uEWj/b1aTEcyQzy0hb5O0QyC6Z
				031Bt64mY66LcUaXbRhlAF3NOLqRmI/0xABiJ3LMwyo7RJGDoNkYjj0tAY0iUQIalUsCGkXKiDOS
				g8IAacWwp4dqCMy9aV+K4j2+Ulqya4H3GNZoF5Pq0sqCVzYj2VOx5mBKohUWRJ2rvPiOZFoJIYdk
				mlrA5TP+MvQ/KrPNqv7MzY0xOZnW4SqLhNHytif0c0zG2FvqNmZdmqp2Li6j3T28ySNEI/kwnlZj
				EJgCiMTZEd0ncDt6CJejpnMqPJLXHPI61IdHSYxP7HrjmA5ujdkw3hkMVvkLf1ZdZLDQaCyUg19o
				Kj9YWSXrvzc9819lanW3Ohr3GnhgotXRe9P1tCFiwlovHTGLzjZmdXRQIQQkjTSSCdv0BtSMGH5/
				nIEp+S22lTu6XQAuRWDFAoaeI5wIoeeJACauNNBN9Pa8gYfMqtBSyC1fEALXYX+046tE5riK8AZU
				vxvRpSno7NeEUPA3peZBancCSpWC/ABmiXs7uv36wfiumeP1HjYaIbZm5OzbGvP3/+Qv2XDKjrth
				XaI85TRAk4+cOqb5QE2BMn3SFCyPD/zUoKsPeB8V1WctXHzz2ZIajNoe6t7paijf5pYUuK5AokSu
				3bJrZVm/hrsJJhMgoX4JkBCXEiAhJgmQUKaRAAltSFW+KRwRYecb5F4RdAISwMsjBj4qr2arQ2B/
				FwIkFIErlW+TCFXPSdkYRpqupmR2jlC81wQzy487O6X662oP+27kSoXLkeg3ksPbg6PKDIJ2sWVw
				b2P6tlpGnRqdmRZQ/rY6qeOqx+u+qfWDXxN21YRVxviGAZBNBhc8qAfHWriMSuXDk5yiJ0BnbEi2
				YJ4ZViu/mUwEeQTh23Bs9cP0BQIG2T0ipPd/MvzSTXINf9E7CpLLNvfVdyavYQBDqaNPGMlkgvVH
				iLdINl0QsBNINnIzf7SCI7FCjLBuK1itTQweXMRTlDiO5IbAZzYcvn1ySljnjOXhMHOp1BceHmJs
				/NchQGEcwO1G4iFGSIJRShc9xDg93CRGOOlA68552uJ8tFuWNPxlMqmRlDjy3gHXdur7Xwst6PG2
				G/UZv7tmaeXI9TC60voETeRACn4djdoTvkfy8TD1fC/8pXjxHck0rzHAf0wTeiGF5Y+bRoktGfXO
				sQL1bOEbyRPf20e3WPvT/QzoyJjp9upSknVJphjTRhR6JSAvx9cYyRu++42PqTLUP6+GPgtqJJP6
				tsiFuagXl5SOXZk1V3f4P3yX8S2xgQc3JIsV8KFklFqDYMS6xlF19xqMkDzXOHKb186idxeCIwes
				U2NL4Mj45SiHCxVoKjEaByMsz6xWLeuX3+AfExqIjmgMICLguILhQUd82ZKFoJGOPPfclizeMtiI
				CRIg7PB2EIKcgEfFrrgrJighDwDuocxmJNaAbqufgn5o6aBQmzwyM+N4sAjOp2brcDTYj2cZYUIf
				s4sIOk7AiFG2go5nk9kkKarB+0PGg/LOjZqMIm54nvVI300Avgm3Iq/BlyfLKaT+MUZBrOdNKE/z
				ZuOqUC5XATCox8FrVcEGaueF5k067aX3E6Uii/NTs1rzT/way3wq6ak7jugzJJZV1+m5iN6iFe0C
				KC+dIvlPGLdUh3Fu3ZK/Q6lO6STLrSufjPSbvO4BvPLc/hPolt2tpQ582mX0DJ2URTcp24d3XCh2
				Z0fVW0jI6JkzYBYn6NT6G+A4UwCQuiyU4rQwa4bLWLQaUx4Qm2R5KBFE6xygyyqyaKUNcpydjJ6t
				gMvtjjMiEaFz4bj+dh+9thSnWrT9iOUky/IhaREi1eRw/KcnRMwwUY2K3l9Klph66YiLF2Sxqc7z
				hLbktLTIkHKCvN4BU0+IIKMVNpeZ6qzK/Nm0eYY2KS9zUouSMJklJfUqb0cof7ls/wumZffceU3F
				GMBdEuX8kjhJbHBFM4CzJvNMH+dh2Tckqt3oZEz3xH5sa9WgUDOvEBom13JDbQefHxsUedzeQFyK
				RYr3+8WWbJdnQBRvwEb0boIyDoL29TeYLG9YQiJ72lsIbXAPMbkeHhG5obcEos/dyJBHghTsTogj
				E953VU1xUEgjLU2qk8JkCbZSUSklHFBR2rGkYDJg2F7vY1328aHy+OqgKZuULrmYdxMGo36rSmeO
				D01cXD2ONeS3ZhlMTr19r9jGNPXQD4ckHZy8ZeVSZP1DxxkGyBq2iKz/NvUaMfTH+303HLT+ClH3
				6MyuDn09obqW7q2rZQCLEkGDjxHhXlv20JwSEcr2r1pUj7q+XS65/L8WCg4iAEmw8vmZZgqFx4p0
				pmi8PHp4qUFXefA+Kprj3LjkD14eGg0R8hj3bOa9seU8NCYtkHQDx5PHU/ZnpxODfkASanY7uPzZ
				ac54p7xIdEYRM0a0R797/rnQNXZsFPnuThJqGoupt6ALcsWk+kXucoiGjvAwJtU7yyiwdtHZArd8
				l9oE3z6oOk1QTIVMp7W10X8uJS242GXjUpboTv/ePAB51sLeRuLB9SOpZedeRRkrB60qXIX1T4B6
				e98W3Y0L8imZqB9XtTr7xs0JKIDNAaxApo+1p6anF2H+CC6Aaa1X/UtpXPyR00mE/3hhWkepPcPu
				OjDomUeTYtXIQHz0MBsZKL+iVYtIh+Ovh1QS6oxx7RI8i8Lmgq1sN0ZFnwgWLMIINmFigHO0+mhp
				VCv6mD4qIw+nE+gE1t8F/4q280dWNdE8279wvK7h1XB9u2J06NRYY/0iG7MWffTYbry4TKAzqDa9
				hERWdyBP5xl0xIZDlkYIZUchyysJbRJADoKTGlbFmd1mqwvYrFx6T+AbOQWyROVPTA3qvtwfQI9e
				qQwFeJvnV/WC1t0ci1JT10HBiOogpd3mOvtpA1xbcf/gH6JnXoU0LiM5m34cd45zuDRc70lMQeDZ
				Kh5U7wl51VcBOaW4trbr2+WdklC1aYDia0NlGg/KGhGxJTSCTvYfPzd7THY/NjTAOgT7eN9qSwMl
				8rHh0XlobPoT5EyMUgHoEHKfG8lZVdXIE8vmeyxNK3WWwsJhgW9H66EeA2xb+tXwMZ9n9TD2I2ia
				OEKei4ULSCI+J2uX4coVQdjbYLMPSye+XoJgzlrTMr/H42RMwRR8SfBEMjKGRTzLVKk75p+zZTwv
				qUCCDyIbUutJ8SVaNzt7dRL25NaUgLCE27ho9iljoKkemJiAwZgXBPI4F8L7XHCfqBKsx4dPQ+j0
				/YJu/QvI4wC7oHdtAvL0eC5oNXyAPOuFCxp/FyCPnhMgj8YMII/WF8LCD0AehG0BkAe9k0zI2FFM
				bCjCnumBhpTiCa2gXWGcnhHFhxwixj4zSlGFcQKYYzPtoJg30IQtDruKyRX1aa9HngdQD2pPediO
				snCJM9LEe23tgNrT9vW4z3brqDpAkR2+GN9sXCNlIUan/EQX3yfq9imTd9mGFMRd2X0kkvIzrD84
				lF+Gvyb5s6v9ZbRZOzBF4HCxeim4icIgdW1ZWc4PSAMwkQ6v3i6j5znKS7abEKPVocimw8irlXtc
				jwtOZnJ7K5U7UlsmJ6DDY3TQlEWHjxP2Atg2G3A6M1kGIizPrFY930Zv+zw+HzMrII5nww2C3mkv
				9fjIkXodDN9lX/5c8vYivHwO/txAxJZBoTVxPsYxDVwRpj2RL0dVg2WipV4fNLb85f0xjQ+bUsaC
				9gI0tpwt2WXy8b5lcIUoZujwQ2esj2XBQWHxY1mPwJOL0R8zGo4eCZB3x5tolfO0B73C6DfoyaJd
				IOdiADd6oWQowNuYXlULWNe30lkq7NpXR/sveHUP94WhVc7RGK5g+R5t3q1f1dIiZimiox4PNNzg
				5E26xbDXhvwQ8zvcXvl/0MmuEkZoasMIFlnUYwpmGfWYQlmyHsOdheDtCGRMYr9jlAXbK0b5wYPY
				Ps4aRkkQJFAYfJFwIO9dtVfFvSAN3NH+3DCQk4m2csYa89DqUr8i4wk38v3SAm7BMof9nxwh7sfK
				54jQLTkgpPXYrnqF5THKotbCnQJ1Sh/ewuLiFH3dXbBSZP2+vXXzp7V0i6s8j+pc4GIQqgIXgWy0
				pgh0u/Fv56AN3zyT6nF+mC1gKjWYQyIWZ7VVqEXD1zrs4X/4TQ7GE481KRqyy+yGrAznsdJ4Hzwc
				DiI6OOzbozJGaKNVZka2Jq/6xEpHnWqTbDWxiPouH8cFGiwQyXg+7nOmA716lKr2Zla3lGBlPUaM
				foH500pRaBeSWlFOFyr09KiuvTLTI8LpUWt+Nz1qKUqQs36f6PlmGm5TC4lcOlR/ybXo53mZ1zjf
				s60Atz742yw8miLovHG5qm5ipkh9LJMhZFSj6zGNTpLB3K1NEsLLTtt5DdNSH7OQBkULXu+rOkMU
				hQ0Ip/9TY51Sbpkz8Rx/fMyUkM9uLIAzucEwEGNsRqXu4Rx/vBHXzu8eUZLPOwAgYEQ6IeE/hzRV
				hLHRwfU3kE62UbUGnI+x94ELwvTgL5fCxjH5HbU+b+J5jX6dhrgi+6L7Xb47vOgl3zhsHFYfq7Sy
				bNT0PRMxTjAeqdEuItrPenxn81GNELuhIhaX0XRzWiyXwusVhHh6bt6xhBhYqzExBq8FmOOU05Hi
				e2vpkqXYtLg4+G+kjgPUbSMFQhz8yWkuJFyJoeFaqiCaZany/cMTR98sbdn7Zqr1h8fV+cPjcPGH
				Bx5lf4m3BfaOpSimWov1bByKjpLQbDzZ7lMboz+flZBAeDPAoiERJAv64wORvMrq/a3Hak8gGDvu
				OBUpzN55r8B4EeNx/i1IPC6I0l8UjmL8/Inesey6SsRHR4q29zuWo1p5xsRszd2jEos7k28cPcX7
				HI8gLHct+MN2XBV+4n/B72aYHbs9cg62Zrx2Tv2On8Tn1x50XOUmt5jBEYtlVuiG/cNvedcSN7Dg
				hsyi3Hoy0oJoVQK+2lymuxV8Rp0hXkBIjuvuuD2b+8EI5m/tkvo009HVY0jUd7gvVRQbS8sHGrL0
				SkgP+aK41p1WFNe6qbzwaLOLlv7h1I0CGmwsOx3/5k6ZdGRBMxxAbvHZAIvQ8WATZ2ZGKRmRcg47
				OGoRmuSxHRZrez+XMoChqlksc8F+iCOhfmFR8JgZr8f8ljem6gyG9bJF8B6T7ZhB65H/PxxiIWC3
				huHHIYMbQwOVCGxIB9ItqUe6PD97ZS+K8lH0lxULOku1yqNkCYWPkK5f5BdE+yMhEoPs3MQggOEM
				TvPp8kUSrhpvd7x4KIoglU2Izuoc29T30gDNHu/2gjU8NU4LpQfW/YhtKISMocDIFE7sw62sKSYf
				vz2zDvh1D4P9TsbYK4VO93Me+Z6ou06Y+Cf7+IyJAhGM0BP0/IUlk2qmwcIRNJ+X4+NUNIAcbFQ9
				X86HrKmyK6AexjSs8jMLXd1Lb/Uh+TBLx8c7xGDVdR/tr+uwP8gisZaCRH1JIHEToPUsXjs08vX4
				1B0btZLloDIZHaXtc4uF9gc5LTdyvgvkb55BlbwdA7Elc7tu0NbdYM7pME/4YjdG/zo2++mWTrfn
				1qH3Clc6zea+cRVU8i25MUrfzAxgaNXZFKUPbIFoIO+XhmpnHSL48pCK0LVRUPvu5HUr3bPkdRAy
				bDcR/k5jDJDiSR/WzCrYjYbt40CuMAUCC++7esVAnv/QbM8GERNeAQpoq3gPZDkM1SVeiICRZCAn
				QLvoLFJHHJhnnPj63IYKYGSRzSL6U499E9pnrDmAtVkttnMCcBpLzDKzyXocp+gwGQj/bjJVVLJG
				le/DKsn657l2SPBobG+vSnF2kyfnbPUunckulCISoXROpHOUo/0NwfTZiUxGU48RnVbK0OwahCmd
				2fOCtWzrcoUHqNV9Zag+7yCQi8dZ21A6yZP4edusea7dscTPO3fGnErS0r0QtNKRwyR+zpx0nhmt
				6FQh9vU6CKlNwHNiV8QVEychSogvFGNuvCNbpMY6wZeBC/bcPCzoPUPi9VhpXGc2in8cZFlYY8c4
				XUjBxxZKSR/5WkgE/jUDOwFG6KEDcNHghaSinJO/ZEz086t3v5zPq5D/6tv/Ng6HpmS6b1yuqpuY
				wR5yvYwFMGZQt7uG1zDdT5LBPg4lBXz3AeoRbjYUkBUUpDkPdu6SLaXkbvA7vHv5OQFdA4ADWwPv
				HdRADfbee++99957b++917Ztp20AtnvvvTcFQtB1Xdd1Xdd1Xdd1ddd1XXQBam1p1m57Mm5rR2yg
				tnvvvXfbtm3bthTatuvSdkulk7ZtKboZ3br33jui3RQ6hi50QhvK0NDQ0NDQ0NAKraoqrqqKpSpe
				UZMUt22byB0kcUIcDYNYw0Cs4TOz4YYb7mdmptO2bee2pZFl25Zi20ZkECS5QNY4KWSQDO4WvF+M
				HMdxXD33/5ybx3I4LgmTlIyQVEYqFJxQlgkXArZtwgVOuNmCCy44juM47iAQAo7jOI7jOI7jOI4b
				x3FkSWAInPfee+89ta3btm3btrBt27Zt27Zt27ZJt23bGtv23rZtG5kwszd1e3vr3raNuOhCVxzH
				cRzHcRzHcRzHbdy2betm67Zte5Owxbbdt8x/77299y4ZyUYmk8lkMplMJpPJZLKoWCwWi90FI7b3
				3ltiESvVvIUdNmENY9jCDtsWsPdTU81qvffeu+q99957b1JpRJpGQlOQUKCgQDLT1MzQbJ7n8Oab
				97x589z7PI/aTtl2Ze8qvVFpdFYMJRZptXJIw1+Rz7dtq7333ntvv/fee++9995rvPe2H19efr//
				K29b3iRgq3jvvUnMePGxxHvvvffee++9t/feMpnsfYSrokJ42zYlraxkk70X9t57b0hGRCOZREho
				aGZmZmZmuJmZ8q5TlW1V2Xvv3QorIruVdShRCZWiEGUo++3wDtYCZTKZTGaTvffee08mk4W99957
				77333vu9N4mILAdj/xTZ3ntvIltke++999577723994HRMhCrIIsyLYgE2RLkE1oZDIh2bFZrRXr
				WkldUVKhokKFISoaIoqpIZWmRKRphoiIiALRTMQiNiee2MQTsWqY2DZqTKONRqPRaDQajUaD0WDU
				wWAwGLRgMLa9bQtGxPY+tm1bLLbj0rE51mM8juM4juM4JA4JCYkqCQkJCQmJ/f9HiDEidsAitliI
				oE0hNiH2HkPEYu+99yIWFhYWFhb2WmGsayV1RUmFiioKRVREFKg0RCoFCU0j0jTwE0ZTE0YTNhPW
				2XCejcwTIxMmphqmSk6p7bQcrmwPW1jdsLaiYaFhxbAIIWxhYTKGzTBhWFhYWFhYWFhYWFhYWFjY
				wsK2LOycnHPGDFAzTWfmuXlkOPPnxQdOkiRvZ+8qvVFpaLQYSiwS6XJIlvVsjuT8f363cc45j805
				55zzPp9zzjnnnHPOOZ9z3onJSZKsmEZ2HHPOuQScc84rHA6zYYYXPhwOhytcVVVV06oqGlKpqko4
				55xzIhkS4RSTCEmNkOUIN/LEyAiFQqGwWqlwXLhUKpUKpUKhUCgUCoUUCoVCUigTfPJ13DbrhFOE
				QqFQKBQKhUKhUChcKBQKKfLvRQ5PY6EIp6kUiYgI55NzzjmnBCRJkiRJTpLk5AuFQqFwCUKhcF7B
				ClawglVREhAVoaIoiIKCgoKCgoKCgoKCgoKCExQTExOdGc60EyTJJ+Qggw3exjTaWEMabNxY40aD
				JMliEGNIkiRJkgzZNrkOGxfs9oILLriIBdUf5HqQB3fwg0cA5ywJzjkSDM5gMBgMBkkSjGAEA5Ik
				SZIkSZKsHchJBitCMIRgVWBritVasa6V1BUlFTVTFIqoiKamNERDKo1IgYHBGRh4oFBg4DiBm8An
				RiZMTDUMtTqlttO2W9m7zsio9AZy/v9H8P+Bc4Fb4AuUBQYGBgYGBgYGBgYGBgYyMDAwcAkMDAwM
				DOThQJLkSGCrdmBg4AwSOOeccyIwcFkEHoESgYGBgYGBgYGBgYGBgYELDFxC4IGB842oqlVT1SpW
				7UlVjVRVUVFRVQlIUFVURDVUVFRUVFRUVFRTUVHVFNXU1NTU1NTU1NTU1NTU1NRUa6rVarVarVar
				1WqxWq1Wi8VitVotItbFimKxSNZYsyKo1Wq1Wq1Wq9VqtVotrtVqtVrFamFzdb6nV11fk+u6pKSk
				LqktVVVVVVVVVauqqkZtq6qqCFEUiqFqa6i9996HClXbtlHRFMW2bdu2rUrbRiNNnBFt24IoEG0i
				2huZME8MTUulKbXEtm3bsiRp//9Pyt5770CijohGk1GMOHokI9q0N6fRRqPRaHGYRqPRaI9Go9Fo
				NBqNRjsoKChoQUFBBw0E7b333ntBo9FoNBqNRqPRZrTZbDab1bBmJXXNLFRRVKiZoZiZmZltZmZm
				ZmZmZpyZmU11JkynOtPpzMzMOsPZbEKHw+FwOJyVsz84gTNHOMH5////2Ww2m81mM6pn28ZnLzMy
				JLP33psyMvv/kAky////7/9/aoj8vzBLCDOvVVarStWpblLd3sGmUqlUEnXvvaGhoaGhoaGhoQwN
				DQ0dQzmdTXEemZgwVeqe0ENIijPrVDb0NkxwXQeIxKut3nvoDdhCD9HwdH7q0Ken1hpDQyMw9NAB
				CA0NDQ0NDQ0NDQ0NDQ09NDQ0lM/clBmqWCKUOrz/hy4lIcskz0loG9L2IFSMmqDGdG0PidA/BBWF
				0LZthNA2hH6raopqWsWKulZVxauoqDjnnHOOinP+T1R8qoYk55xzzmWKx1S1VcWn7G1XdgC0SJIX
				i7NKFmdxPlYVn8VZvKqqivNuqxVfrSar1bW6VhenEA7nnHPOOSdJkuQkSZIkSU5yisciiixevEKJ
				8HmFCnUozjnnnP8/ZxH//////xDVJ4mIiIZIDskXGEmSh2lLtiXOOeec84Y+kfiQeCiJ/z+JRKIa
				cQBGo9FoNBqNRqPRaDSSaZqmiZymiT95TDKFqYRIKKYwldACIpFIJBKJRCKRSCQSJxKJFDRBNDIo
				KCg4BfFJkgy0gCRJkiRJkmTNSFVU0VQzM1MaDofTcDjDg6ZmAk3NzHDImc08M84555xzzjnn5Jzz
				TkOjwf8vh29mSI5wAic4gbSuNpttQ5JvZLNnz/M8z/M8z/PweZ7n+VcyZGUowycyMzEhE2QqhmIm
				ho8cJSZiOBwOh8Ph8DAcDkmSC0iqqimq1hSrtWKtSlJXlNQQUVEo8h/gU6lUKpXKF5RlWZZlWZZl
				y07JKVmW5TSmYajVti27Tsvb8pIkWSyxByRJkiRJTpLk/HVt2y6MLm9ZtpfzfncvS0rSkVYqlUql
				UqlUKpVGpdGqaDQapUaj5STJiIYYkrf8yUdoFRWn2CKrqqqqioqIikREYWZoiMifc84DsYYcDcmw
				Iedww4cyjCHDEOckKY2GXnLOgCSHJUkkZ0kGJEmSJEmSJEmSJEmSJEmSJEmSI0eSJEeSc845+QHn
				nHPOOeeccz7nnNIayYVkkKKQIOTEkyT5AUmSJEmSJEmSs2pq21ZSReM8FI000khjx3GcJrSgBdps
				NpvNZrPZbDabzTibzWb8rptVp0XqSJLs1vFtfCORJEdSuOACV9u2bdu2jdvb3tDjnHPO9378KRnJ
				KqOML5yPHMfFYrEYYzGSJBkxhhhJkiRJkiRJXtc1rzmzJmvWrDnnXOqo55xzzjnnnPPT/9lHqgyZ
				53A41CHL4XA4HA5HOKxxNpvNZrPZbDbZi8nCYp3+PH3L/PdLOB6ReWRIRkZGRkYmZNo+M0EmJiYm
				Jqb33nuPiQkTEyaGwnTCzMwsTA8I0069996rZbX/V0vtgYp67713qlADBVWgUstpp+2mbV8mTAyF
				MO3/bXtX6ZW2bVtihfPtvffee+89sOu6du3atm3btm1vKyXp/S0Ll78tqZA6abu0/9//b5TR////
				/w9RdDtDFaFVIbT33ntvFVtssRWKiIgdIpZYYokdIXYGjWrYhx12WOr/M0PDliVJkiRJkiRJkr0k
				SZIke8dxHEcZx3FcGNsYx3HOOc7OnHPOOeecc84lgCdhFwqFDZT24v//Fez7//9r/Q83sDcwMDAw
				MDAwsMXAAIG9ta7ruq4VDSupK0oqVFRRKKKiIaIZUmlEChQkNG0JWtvee++9c9Z777333sNQq1Nq
				O2Xblb3r5dp2OK4DneuVt21cFwbXe++909Zn6wD03nvvvffee5f13nt/7/EN7NcuAW0vWaci1/Xe
				e5+sL+u9995777333nvvvffee8T67bqu67puV4Q9obrqtm0FIup2IKoo1NCd7nRpRJpGQlOQUKCg
				mkA1MTM0nRmZDadsxTwwB5AJE1OlTqfeo7NQtl3Zu0pvVBoaDZ0Ti0Mi57wMQN59D+Cdd97/////
				/rf/FCo40M3/3ntv/P//9////1vy3/A7Lt6D/b////+99957X0kHQCqVSqVSqVQqlUql0opKpdKF
				EBOVLaNQcSoNFDRSounUzNDMdKT///7//W1XudKoVCqNSlvB/hQKhUKhUHr/R2jSe++99x6THpNe
				S//nLL1txdJ7772TSEV6751SqRDpUikbEhLYMaS/EJGGhIRECJHW0DRI25cgmzQqlUovqmjFVLAi
				REVExBWNRqPRaDR6j4iIiIiIiAiNiIhGORHR8u9PTFUmTEyYp22wZdu20Wg0Go1Go4y2R6PR0Htv
				e++9dxbt1ntf7733lo6GmfePt/xyxNEbjUaj0Wj0Ho1Go9FoNBqNRqPR6NFoNFSITuKIkIjee+8h
				KEQbohOijb4QbdseIfqqqlhVdQlEBKGhRb0odKLQQ0NDQwOYx6w0qbCYfQfDGAAYQFEgSJEgTGLO
				QSsfUCAV2Jjb5lNJtARLF5aF0moSkKcrVxbuorADcBH/96VRmtWQlX1cUT9k5Op7iRvQU+gseDV+
				rEE5QuHJVBlnK75v023O6qvhDThaM9x6ZeuxlWRJGQCKwykBKbzMXDJAFIjNjfM2zzx4gxlXGZKs
				aXdw5W7XJ0NnR0YoryhJ8/a/zrXDcXtMLN0hWQEWkereVq5oNMeGZM4PVfIzzXVGwvmK4vtX4njQ
				FT80yrNnZbzBZJhR7DLdVkDYFATbciT0OtRmz31OuDICCASKU1VU6SVqObZLFsidfJkURi2UURx1
				KCTcNxWWKisn8zG0ge3P1qMludXnViZic0jcGSGTWkfKbFh43DXMx+HvqqoWp1GrAPw8cjtnlUuV
				tZbcGZGBxRNW6PTgDUaTtFyqkru1i9pWMwjqm1TEmksNuNHX68FDeINPKS+tzHqyJs5l6bvcWoE3
				yDaoG8+h6mZ/LD3v+X+F8XoiXK+VaWGcl95huRO8QWIlNIXssGy2VJl5lZI6GGXrHPuuupynSFDF
				oJkQK9Rr4CJBZMHk3hCOAfau3XNJ9pWUvBgxaRmqWx1vYBvlXHrFAvbZ/BwqestHBBY/E1zXk8zs
				v7GKKmUuBWpAEtIjPAk2LWfpREuKeIMp0cNXT9IOgQAtPV/2Gn8QDqztseWBS6i++kc0dOahUMJy
				uNx6f/dmR09h8AIWG7mte55h5+YerPwuKQo2gwj9pU39mSgv0NoiUEyWvp3Dl4r11cK1xA6spX0D
				b2Anzqne3RewPmrg62MOU+UF1oXdI1zFYFceRWbC7hHGogKdsM4YIuJzcLt7EcKDec/U0RcRw4tS
				e8uGZdtEVZeLToBJSVpNM2dJacMA9GsFIuAROEf6rxdpZceByUa1Nx0jaiu0OLSOWRNTLAgcXNqq
				rbZrsU3Bmco9JvN0GGPs9OtQcspPHMUXf3p19IeyRaIHv59nMQT+Yt/2r8+tDVnkx7E6tH/NBqiV
				inyO6A5Psl9699ecct/iKvk9ljOzHI8OpjXJ25G/kyYsuFqQT+teOeGrRSEtA9eZHBQRs1DmEmEC
				5ifyVcv4r4Vuitva6jsTiLrwBraUfZ+hiH1CLnPsEAgfQooLaylrjjWnud69314wngogIYn82O2T
				wBtc5BpSDtFlKcEez7uGIS9kE847SlUtdveMN4Zn3ioyAm9gvbSl1hbYZcYzgA3PnAj315WLN8iJ
				3TaO0wUUTVHuiDHeAjQ0I7liuYIMHbxBxs525OlsGLRG9MD/exJH4ca6T/lR1GhIarCfPYhMEu51
				uY94kfiwC2Mf8ZBtJEzwDcYqKqWcAofoQZ6W6AJopwd5tSFGXgbac2GNYquBCRspoCRmYwbRdzOt
				uWNK8oCaN8tl5n/K5vlTmY349S7mn+TyMfeLwV33EeKgfg5BKnaxV+ZSbteMDM3QwUxgQ/av6xmv
				Jny9N98c7KI0tX9cNXcnI4rVYk4Q9T1nzIuRgYbglPZdUjHRbftrDFNxV1eG3bbYAp7iXYJhmLPh
				aKj4t0Vbl+h9JjYj99fncDq+eUh3oKSyLEJ/nNVQf63iRz5mhkCeJtjsxj6VEzEU5HNbsJ1OEFuC
				u3FWNGzIHJoTmkqj8iVVEk4bnsVqc305wJwonnAz/cthEB4+Snp8cFfLqVAQfaplP6Wzrl0WBwWk
				KOXxpBRzD0jkpl+AC1O1NQh3mJDjxmeqodlOSQ/S4bdWKhLqAlZw3+JSzT3X2SaayRmYEtlEBBHq
				jsUsYKA/PKI0drMWlqOS7MLkuckFXhmydmycd/Erg6R5dCJMsposhgWz1wvBpYtPSAm0JmBk96kX
				8poAEkYw3pQaCOO5W4VqhkoWRMJFtAYwEkxPB4yzZhNPEWL9xOJDkyBatF1mPCtZOZHUbhzyk6NK
				BQ7GkjtZV3uQnLnY3MYmgWvceq/QRVYqp7kh/rdIN+K1uuF3neDxdaW5UUtTFsYU22q7tHFSFH53
				lwm/u90l/C6hQec19K0gp8r78jSptmR7RCP2I2jpC+DbsMl5SnpJrTX0G17JulpMTisrCNnlFcDb
				uI44YPr5Ye1Z15UCoLApuiNJxHajaXqy1K/ZrnbOQGbxeWVohH2RX04/UivM3smYmPS8WLEnRg1z
				QDs4Q1dgAD16Z0lYV1P/dbXf29y1n8K4wBWF8WAeIbZq+y7w6sM61/g7AmeRcG18o2iXrU02756D
				Ln1LA+y6N7k/lBVo/RfX+ghPrIIIxH6VZ7J60p6qlUxr+IH2OuYcZOIP+p6pbgPB9tkyfItT0ejy
				z157cVh+4kdLmtDPrRmCHs9TT+zgnUetcmemGX9l5hIo9kUq8SsH+kmtYVnTTzvP64XaQlTHzcVF
				vtlx4OuQaqIaz0h7ecMRvM0EH39IwQQBJ+NmjKP2nIqQzXYmdk/94nhfDYQTR8q4GKjoTIvNsJdl
				2zY1ggf9+Vyx6MHfx3kshR/rPkIWANuvr5d69BMAXlWPIPz4g2gAaKbUoHDI96Aq2EQR183Qii9I
				M+0xVsTVzCloAgfOokAP2pEJrG4owQdiySELhac5V7HUcTAerh8/7Pd9HivzYFn3RVg1Rk0ckpvt
				2Bqzpm5p2q/HD/pQ3njvXE4JJUBMjFlnXhpzemRNc6wZdGNutjRsknMoRpotncsd1qkHgxNPD4tz
				KBlpX7nT+msJsl070u8NvY6YMsgaI8oww/5a7mZuX1mxWPEYrs7+Z3/NsOIOcFVmJdIQ3EJKfCg6
				ccjp693X86hdXlsTPLyUF3FIuMQdsNIzH0uTM4WDfnCIktjNW+Oovt7j73qPUhjIh52L57oiWKLB
				8W2WOIwNcjr3AoRvXzEWEkkFEg6iMBJRIhJzibA88l83ubmrnugDrcrdxfrmfcfT40dmWVPv62CM
				gcqWjR1Xel9vsvcLuFyUyj8Wwfj1Ds5c6eKMNn6QH8qB59cSgE5qG6AGUrFEbKVB7iH8wx0iBzq/
				wGx+7NQrQDmUYgnaHEeKEVaRUtp/TZZ6EEvP0IWvTKeNCsAEvsHazZjnncXjvEY/t157bAeQ4zZx
				WLpNiV8SCn5gp8lqrRyWdsFrdGXrjvaWjzdHswNJGb3CJqbCbPwGDsPGBoT2JseDrOEfau92kKf+
				9UaWT1Vw69NOwNlNw9qEAzuMjxvLxueranIrKn8Z/f01HmJQofgwKnSchASIMh68VxoS9NjjYSav
				jVkyum139NCc3IspGmrQdjvXXxN72QjGu6HHHA7cqHBPvn6fa6qDMh0iT55NTQ7m55q2tGPjF0Nz
				Cz7KdErUBUP9MM7z2mHi0lU3Nn6zkm3JQG8W/P5AMAHd3sXuZSkRlHoK6OZVUrgnrq8W4Zg1j70B
				IHk8C43IpCStHY8qtSpXnZX9dNtxKPpK1KI/QL44GnJlj3+s3EGiHffsscdg5PRXWnPje/WMBDe8
				pL4ue7hFFzqoVe7jZSvkD0G+6D16ImqztS7kAIgy+orBVbLnQuURpoWtVdFgowHFL8iP41h5n7Zb
				OKtUTucP2rb7PXgCd2sOi7wth7GMLSOjLt0hMUa9Pknpz4hY6Q0tawULadVXq73yayLTtTj64LmZ
				VUBoCLWHEpM+tzegYK7ohv603CSuw/DBvYXqHwXeIR5CVrJEoKfdkGIlkklxSZGUlBoU8gWElfD+
				JnUE38XcjMRFQ2po3aE2vTF4bNs2JOO3qpxk8WuHgMjRad1spGILVIYYbPvrOV1+w0t0TLIHCPWj
				FapgsrEwKW+qmTxbcXGM55S7QxtFlCNvPvlYamyiGiqtd3yNSRtVn1NTVMNxZwwVeEabX26qe91f
				IlgRKgtZM/kwqpcopVQsDl+lBhzjJ895BJQaU+dTCk9zqfAmI9LgxI+VF6IWYaSf3VXETzIbPbU3
				iUXpIjWIfPvkWrRigNFKYZ57R7ZM8gUvFIbpBw+aVgHXbO58pqMwVhlejHvdShoMupaqz2j0x/ya
				KyuNuVZz8zv78diwpYCfvLGJ++xCAkc1eqdtZXoq5L1oXKFw3s/2ttpaV3DwxJHKom6fjbFgb6YM
				mdioa6BpyN8Vy6mKT+YIHvFIGhP1fsLTirqXofkPGNRFa5e3SrUWTPRPYrbwoNzjGz/zdte9t0jd
				pCPhv0+uigqsEe0ck0+lPPHQLop4/uISND6dWrO3ML10UUlaYeul2pYyf7U6C/z3vnqXNnHF2rOB
				QEzydg/zi3QyWJ7kkQ/tszJ/+cAwrosNx+SMX89NV5m/CL8kpKNVOJ5FfEvRzza8NHOSsuQ2lIAx
				06KzBsNPetzM3X5dE+Rrjqr4OSiXT+RWr5z0Z0js6IRf6OIVrvh5R8ILqvulan9ZhbZNRfq1gsH9
				yf/Y3RfJgmXK5B7SBrR67s3TVMJU+y1G5Zd29mrK5Io11ZFLtd96rBfk4NRTGPn69UbXUe0v3gFK
				h1OdkmjRrxk6UO1vnvoqOh4B5AvobhmPfmp/RpKbJrLmNG2nsQhuqgYAZs/mG5hUeuiXTkXxOMSW
				p3TRGUBvEGdsl7+rap2aH9HUIX9eQkp04y6MU8WBW+NKN0COXQrmAGR05lHNiRinEmYBcFH8xJIT
				4zrkqaxhpN81LXrgqO7XJO94UDq/IUb7sUDgXnpoqcJ4Kj7a7Va35nNUY72vuqzeV514el/1/ZXv
				Fzu4zgWtUTO0ZeuOp9tX1N5s+nYf+FJnU6CV8vOa9EkeZemigxkxwRpd7Su6qvYV7ZraV5QosVz+
				lDnJgSVvCvkO2MhgZPRFJS+T+rU9JQTDgcup/hQTdS9W1qfHNMIaLCldvKN7Lt7R7rh4Rwn8D7GS
				LQ5+Fh1ehPcIDewqtR2YDgDvT9Q17CLTklcSnjZL6B7LFwndF7zSzBnFtArreNejyHwOEzflP357
				+KjnTR+F9K+FBjb+oSVsmhXt70NczHYexjCB92eVLVpPTk92IqAKr4Uh+cfAAoecDhrNUrjbkhL5
				kBLE5kQy1uYwz519A7o5FXsyf9jwTwXmQ/PvZgounXoKu/XM39J8BGG7pDffxiUquZqf7zzy8ppc
				rIjpHabNgaOimaV5DJWc4pcZlyz+pj4PWKdTs8nZpbcEm2sRNOKN+H2yaLjxEhbX35RqMUNsaQrU
				X2eD7IKKwLTphGOs4eHG3Bbd2DDKSmI+G49ONh0TqyFQPOCG650ktfOXCb9C6t80BFnfGZGYwo2Y
				sNJoUSJdMGgUESJU1S7RcAQJ6gSRpn3hr3tG+CwigGnXGEgGcpsCoukRW1IOv0dMo6tl4Bv7lYxU
				LP8Iav3z+4qhd2POLsG+Yj30I898udG+FVNo5NyfaciIW+PJ71VK6vPdwLdVZVHhwJB4SDfF9dGs
				9fEy0TEBTVz9lEcEGchioFyoG4pN3SEqi7X6GKfh9y0xRQTuiVGg2rhhv29z+JLHYltaH+NciS0/
				jeCZ1ocZL0DH7LXeSEXLTNI0Y/dNGetw+y9TEkl7eBhYdkF5OuQk/bo7ut3tzqDEd+LkVl63WuEb
				MmHnfYCcj530YKz+ZzjtwDS7n6co5HlD8QvrSPpY3p89fu+9iaUx2ptSjfF7BkXG2L2nOWHLIWRx
				8MG3x5DdwgnDIbx6B6wTO/j9PI0jcBb7/oV97o3Aoj+O1ukvbMZ5j8YSWzvX9iSJLd/CDvbVe9vx
				FxA8+gEuBIaNj/ZX7zUW7CLjhcnF3Sb8i/bhMB7jx/87R3uHU05XL2i/+ImjfeqLsa89vVlO8pt7
				edHbjAhH8Gqwj1EmEXGsgTrerVXk+sWyIzfzufL4LY/Mgj+fVSDTEHx40YsYQACqiwPr4eW6WKlF
				eItTKuX8U7Vew352gdjSgHILXXejN2EQFiUwD+kTfAuBv+elHSPbscidYcOjFWsLO3B6gi+Chi4t
				WI+JhG75WARrTFxQvejEgvUhRcLQcwpjpBcd4lvC0LenFvpeDzNNK3SajEZfF4kkqDOjyuXALAyx
				HBCccU+2nrp9aJO0PiBYkfGzaG7pk2zLD1bY7G3crm1ZAiZeXmAt3tmHjSKm+bk9K5HL3oYBLE/Q
				MTUYfj0SQqDkmTE1QTL6t7Hlkj/wTpBcQCSWvJbeGvQLpyDBc7qKuinBNuk/Eqc7EMkbfhpBhEUB
				C1bL1exJIwzKIlFHNjpOkpRzCgxOuUhvQ824KbvpwU1hn40wodE9Y3qlY4l4z8y4S82mMoCJ9fUG
				rhM5/P04jdE4G9uG/qHrsyDpcbSOoX/l0K1QDNBz92bzX0Nxtvc+RCdXFL1XhSOS5JbEb9v+57LH
				QwLJSZLcYvWJgMIYsQ50D7NsLrTDBGltFAfNq0WiASEDILOpxS8FgYcMsTYKHpGe9ZFl50mMgXFn
				5/0OCuX477+SoilLFV7hAFYycSh9VvadiLR26tLqpntnZykYyDOguOmeNMYUw4X/YfKpDsxxwQwf
				KMrCBj0yW/ScLv+/94twi5guXSHw0PPZAUU0WylE/2Zd1twUqciZhgz8t7i7f4MjKDxD4g/43ky5
				/jz5N5zYKh8uuyO3sdUMYCVHxBMGpq58CRGQzh7xVIlxwODdIgVdTpLhbXZnFNrcKYA27QDX6g4C
				cg0udEB0oELDvHyj/Q0D5vq6A9Cc1GGab25gl3gxNdbJuDcdNqWS+U7ephxc9Gcem75jHptOvzw2
				wdcUOeB0yWZX16sPd+qYzmRMfZljESBhcr3pT0hgb6ORjXcKU2YynlQCs4QNxYoBA9oRbKwKOJke
				3EQEvLC593IH2BirDmQ+tyuNqvfRXxc0JmshkQDyfYfexz3RAH5AAt6H+z0zAhjIrKsNKdYcwTsG
				2noyU/TFEhwPEOzDCwe6Q5ywp/DEflgEG+Cdu3d4cnQAOwSWwE+HG2s0r4NmmNi87/p+tFpFLvxb
				sN7Bm9Zgs8oGf/0OX8H6d34T65YjTyV3+acLANeu/uYQraj+i6XBCrQQqLbseafiygEcCVvURjy8
				lIQAj/pIx3UYvrQX9P3+XqiMUQv1kaUhEmR38G7fFgoXm505XaW46dc2p4NTPOwfSfxJEGLBtoIz
				32Fh9TDkr0ib3X6JBhWNcKMZCmJG3c7AAdPH5LyrXuZ0TIXohcn4dxGoOsoArnxx8HVergF+qYyu
				A/5atvEP9b1iA7SenNT4t3KnrGVNhAjVnqfxb4Gvaj9z49+aYDG6rY1/1COZ4BwlSOLk+Etstcaf
				y4HngPEnki7Oi1z4or2z0HNX1krdW5jFK86OY6fp1mtd3d0cCAEAGKGKjQxyA7iGF+tKL7Uxpfxy
				TFMAWHxdT+w8ugOMcm/5L9HhJJpC9Plvv35/Om1c9MchSsVudsWle13e0GAcYwVeusZa9AshgGMY
				L1j2O3y6WqSg31TOzHzoA6SnK9zRdrO6oP4InYrxX6eX3a5jPEP+/bxqQiXhtM2QDztdoW+drtCl
				/txQYlsS3AttsUHxR1xNU6z8f+vtZq7xWtTRz2u66oU1XXX8oWk66nKV/127hzXJnVcWSquUkCNq
				a6VQfv1016zcKub/hgnPKaLHfEuzO4BbJqPvB9++fea8BvuOPs8wSoGsF2SsTMRekxZ9OGiCG9A9
				t32x1zqP5XFzWjV9sRD9f5dodA7HkZ8MRF31kh6hLaOA/hkYQiwDgLG8Y0eR4BVzf4XqtADweGUA
				TiCAnWHvYEOAUx+8dn6AF8MX4FedX1tZtol/uWCNKITODKaJpSZgar6QaONKlkKxnjXullcFnPJ/
				Rj0BFEvgPVfUH4I6QnLBSHwwoUVIG9alfjX7g9lc0dYFuqqXq5fiWq4kTynq1zF0UY/68AkSwcNb
				c6se85ff8reTALH+Q3PhkeIv6l1PYWFSdLlic/TJphrVrvz2ers/gOVWu+UGgY+PVAjqzBrV8KZP
				/3WuJKWe/IQ33QKRfGFH6vaBS7hlkxbEp2SlvZHYID4ljvngJfZQKBGEeG/RlPSUK2oOgpch8HiB
				AiNwXNRnNRO3zobdhLrBVEW8pSPgtpreSHl/1GlxF88WWggGsEAaum7ydIfzyuX1/aCsdfP+Ynd1
				PLDdmWR5f07St4TFGgFRp3vSvL/FckmjEfL+ECmdWAsNFC6aCV5YSxBV4tfm/7nM8JDAdZKkjlnJ
				tapFHGekRCi7htbGZ5U3IbWNhbYbTXTapvgpc9cEyAwjaonAUBJD6mVtSzAwpCIXIaUVB2XnxR0p
				lEO3f8vSP8UiFAMC92v8U2nHoj4uWlJ0ZSvGnWKGa26CwbJMLQYzonEK09YvvC7uRSFmrCosy+T8
				z0iUpIL630S7/gZ0RyHwup5nq8baU6I9808EXXhiUC/IGWiSXZqbQ1D7OPzNiHKmaaa5Zq/E1mo/
				YP1iOrmI6q59ddS/Smz9okpsPZ1KbIO6LJ4BXMmV+DB8W9PTO8YtN+74BffZXWFR7APuJj/3RYdp
				jzb3MF75fN8PblvdDohdcjAszwGSDiAEKmvIeTTagyxgq9MdkOeSlBplDB8kVaOwhKJsAXo41k75
				DCkLRA7YWJbs5GqNsF8kLQ25eUAGmy+jDJCnWUBVnlX0B99q0QUDhjDDqflgkLr+cICawIBdXQQb
				qwJOu0Ao5CkImKa4B/AH2AWfDvbDPenpCq40r2Kw6OhGWtKUDNdRndFSEGD65lprixtWfyT4BHC+
				hhj3NFIs0dQnjbOkGHlbCzDtJB3lBYQqaGwzdL0sB/rYHzv7VQiCZYfVjTwH14kdeH6ewhH5HevG
				/9CXyHD6o4jO8T/SQDHXJP0DZwJp2j8wN2PwudzapWODDh/JewCP9QFhJ/0XUg93d1wmXxiTUwP4
				b1uajwQ/PrkiLHFrVN9lYv70npzkOx7NkQgSCYwfI9F3P67NkVt7b5vng/Pp9RlJvEAQ8jFFZ2IY
				IMuI9sAbDxMqlDDzmaIHcC9POBT8MaUwa93msMPOZH9xkBxSvOaU/64xWIR4Nj4ja0zAWTt1mnb4
				X9wW/5p0wfQpCGdLu4/fNEdysFWwtG0Rg+iO4EUjSPYCwbjIf3b6by4HlgPGXyfds1DYDpVnD+vI
				zREaOKZeBH4i97KgSniHqG8YZ3taTNiq9bvVqIAsnVkENP5rWulK2FanWcYkwFihb/HE7G1fiEUs
				Bv99bZ2vizw5KSnxnS0yV5vZk32zWwHK2VloZg97XhKAz84JJTBYvluvuw38rnej8rPdGTiHDn0U
				B+b+1qvtDvkjeirKf52m7Mv1GNIvWFFo4yKBOOK6e+Q8svQEr7umfWj5dFgP7NUAfgRgxfCszb5F
				pmQg1v+aV8oHOaGcBVt9WLbGblERxQ/GJ8xq++L+r753Lh93kg0FvkaMdv2+2fzSxjdaGk6xqWeS
				Aiyr/c7GsQ7LZCY9pUz3qHkFZs8zvs34Wkm0/02jca7iUBgO7ibjun+AZdqWUSyOh8u/p69Z88TW
				rh8gAGDAgt2RJHho6W8xdFcAeNQZgNcNYOcti4lVEmDqp1IrrTrAACMWbHSTH53KixxP8Pr9AmKE
				wAazx1hgHoovcr5Z2CDg9Mm1cIkC8yUDK+D44uJrDVwvMFbYEEqsaYekbS48jInWxKyDQGSQ51Xe
				cVqOE7125/G1Pwx9Xm+xdMD6hUhE7abgOWWyDiR4nsUq6wHZXWkPljV+wQF5ZvHg1932UjOVc0Au
				YIXmUqxmZRZG6Q6r+ejz+Z+qqKiUrp+dsCYoEBj1wQpukaa6N90wkaoBjGyLhvNiiqLWwpPDlt5q
				Gkk1vUar7+ZVN42knGIhBqscd0GgDzeTbHOYONuL1aMlCEy/GwteBJr0CuwxlgXGh3BR4qdmlv0Z
				pAJYKG1RJVWGPXQN11BRf/ui3CArMCUAuuYA7gMcsOE93UCCt3G6rrICN+qPnmKXps8i6xT1RydP
				/VpaRMR7YIej/tBw/zoiRv25/StaxemKVtFU5d9YCi9kBEmNKlp13+CZ5j+XA7AKduVnIak5zRn0
				Seb3toijRgJC+UCqBp6wsizYwapCe9PE/qy3bfAX7DtlMGXsqUEChi2Pa1XT9TjJPJdviHLoC5Ft
				k/A3QrkP8i/p8BK9QvQgcL/WP402NvLhISUFZ7ZmnClmuNYjGChj1AJmhBtTF8vid5i8wHEad8yI
				HwZzCF4dROnwU2p/meHPzlERCJw0Z59YsDIj/X2xMVeWTuTMcdN75DdQet4hS42mdxY0rScfbB1y
				F5hZpBlOpK8Cbkp1wEuOnCdFrvQivfT5wHdg0dRCf8Cmq7lP0mDSoMk5hFE+2/ODaq0ec2aDfUKH
				3RgdsLS4Blc/GVQehCpU/tzV2/E7hRgh4+4oJSEWqv5FtrJuo1x2ckMncNdK+aOsn/ZAKiMA82em
				4z4V+4t1DqY013CNthNki+vVM2CdBgRY/QXstBc8IE7A6Xp77d8AL+blALN8ZYW277ILLoiCxm+H
				L5BoaFHSOIFcUYCBVGdJ982IB/YewGAUXW29whrCIfVAxjb1VBzW5339bRYvwrGvadaPvBXYf+o2
				pbzQurB1S8W+ko0XjoIBHr2nGE1wNMvt60zwogrUtwMg/VH0T6gCwZhvXqfIqgtwKASaWXuhs5Kh
				Cky391ys0S4Qw30jNpSVAD5shd0STWScsBCxAJx+Z2vTDDlbTlYk3X/NmFJbny3OhyoItCteHtBR
				uvg2ik8n6e9OQZbobRtUugpBf5D0fRTkcFMkwQh0xKZzVd7TCKGsrBsGUsF7M/i+X7CgIv3nUdMQ
				W2Q2pfwEFIa6gKQfmZ3FdzcSWOtuQla60VryUv9d17BwrcwG4r9PShBUeCPqODFqpP5/3A3Tp8TO
				3nSfl9JEcrC1/Ytd4aR5p7yiECQLSOkTzvn4ExafdCs4gK5JcmOi60nnsWSuEotyMdUocJNBaUob
				S4U9adh6z1XLlVr3ntI8aQuC/3ZlrpOep32lNHqFTpoTU0+UhuikN2KQ61Fq7BCiXiujkfUwYSUi
				YvzXOKw/RDaq12A1kyHmpWJpFe3R6AV74PLsAlOn5AyM9qijYHkPGggZSd6kS3TGSvvEuL6OzDJo
				v4q+QP9dSNmKhGOf1N5a6ggL7gv09zaj8KKwcrm0R3ONPT2654Nl0iIfeRFM7oX/pVpknuwor5+r
				veOFqKL/X9ctBbHJAmEKlgWb+rBLufaTe3IyBS0o0GkAC0TO1jBX+V6uEGzUOHE46zTxI2pOv1fR
				68QPOmxMmpGBmHm6bE2pb3MAk/hREKJaK9480GxlgAkhoyEaeg48dJapofPTPRAh1dgjQy/+v+MS
				cQ5vEq/ZKaO58z2zZdT6Xw2YijW7OjPJPiQsuL2vvcbwLr/GFrgTF7OTv1RvjH254nViq98h1uXz
				PdtAYwv5WqbdXYXOEllJee+WhZxa3sErDA9RiLVqfDGkV9rRJgw3LvnvUuCR5vp7eMczZmar8EVe
				svzYMXE/0SJI7J/p2MQDGBKyoIP8uASJ2IFdcVUXPUImLE5TAVYkeTT1344HWSDuX7J0+OtyHrYR
				cPXXnK2dBwkLJch5uv8zIm9YMIuGX4DFw8QLTJxx0aiuGZVOuylS55a9hAW+8L8Xf8rLLIsTAier
				a+rKRkFrxA//v83hadyHtekfeaZ8VM/iwJz+ndlTYpkiEYcVdwSmg+nfceNgzvdlAGXBUOtkwdDO
				W/BoFF4UQbIdWbBN8n+v/+dy4Elg/Gkk3TpIcmGE9sSCR/DDQQKgrhQ0C9H2QqunVFPyss+WLxwP
				YOSKR2BzOs2fLcec5JyTLqu0wC7QOVaISOdKJMU5gCmbegfVxA34fJ1iyVzY0j5F608ic6gTkgZj
				2qVZ6FYtiVCdkD6H5U/n/Pgjilx52uZ/r18c7ggIvK72bK0ARM5Oh9Zbj8uxKflq4oySMrzKaZXy
				zH3uef49f5SJiPzTFEQc2wdML+ZMf+C8G1pk8c8kiJDX2EoGsIIlYsOALE1P7Ri23MQdE+Snd3VF
				8Q+4mygaMi0mHVocw3jl830/uG3VdkD0BWIF2vIon5SR6Odi1MNWqKSzToNgH8oNdZITEhohHSnO
				A1wDdrFHUHrAJtWWNaGLTrUqEdyJTnEZchGAA9uZnyrLCLLFYtxnvFewA6wx4JSUZP0GFfBNF8yO
				IOBoas/YMcD0Jf7Du8GHdZ2aguipbgLiXGsS5ktXNfjfNhfgbt7sMcFLFkQxDKEsqxIBnOTWXeMA
				ix9nNTDtY6X1QLAmlqQnvfC78Rp2nzAfmMCrCqgtaGJnF1Mk6Q6Sy9oTxdXdabWA43oYLK6xOcCz
				F/0R766KAra7q6Lrl185C4tNijOD6sCRQNn+8cYz3lyuVyQi9yYxVsAu9QHYkko08OYVlk0P6G9j
				pWweQZ4jA0f7AIYI0+TQHg5CejiwaxzV4v9yYV9ji2yRcMSI8LZDzz+VBBXpKspNCbZ5Gpyvro9I
				4gUEId9TdBLjGltjvrMFPR5ms19CjYpGAs1QlptJmwoQjNwkxWoVHcIOdD781KgzgjlqM4K5ev+l
				IPfHt9JRzesWwCmT3b1At60eHbwCeWf+GsmRUNhN2nCZv6Nw8Om+XJKre4o5E1xUCB6XXMwoj7Sy
				b/mpOCBiIUnqSM2U0PwjQxahzI6T8P2j6WlRZfAsi3ScHc00b8QiXx6svb4LpTGUpXpmKxKyIR8t
				65ki3Tbgb1yqJjJMiCkRm/+ae39QAsLneBVhHaYdj2rfsFmrSGd90+qVl6nKccqKsCg2qCGfC2z4
				Zwk7tCK54KpAf/Ono4B+g9ZH8N94KRtKYHlHXQ/EOxyLmfPqIO5LEo4aP17SmDl4gacoOp5xyHr4
				/yY9YV6mmGfMJYP6lW10/G+8+YV2Lot73OczANY9sGJXxP1fbZYqbl82bI5fEdZt0nFc+N1aS2PU
				q0kkWbqQ7byCl6snn4C1Y0maJBZpwz3Zq7M/G/1XwPoI5Ff8L9h7v7puLGiAB/i7KcHJKAjHw/h3
				kbYjkvFXK//Mz4jsk9oaI2UaAHi8GYATCmBnonewJ8CJa7r6FRzgi03+tJZDf5FLXh7t2s3crelH
				VHKCt0THAPrIwBDZBOzq50/l56tXy++jgQzFakkck5Gxg839YqDmQl4nFyE/2Fcm91TSJ/n5eG3r
				6CrC5DdxAyXvQZRGTTU3hYKuAskrq2whS29ToALJa3IhAY9c5XoVkJ+coLmRkH0PcrWEi/WuNutn
				QtiKalxHw2eTfckQ7L74U64mAqvkRNu9FtspCWcuFXrdZU+AsYtZeMkoEg6vRzrufehn4aFxhW0P
				rCWOIRBJFX5Zgqi/LarY4cGu4lRdA8fDiP5L4Fw0FjazL5yzoDryFqaG9vN9krw2bW6r7tF85wED
				s/sRJAtN4FfGsEw9DpW/Npdu+Er7gAd/zaVHyCns2lgFf6dX2fSMswqJxZrkCAMbkL4K/yRB95Mr
				f3a1tmQr+w0JJEGW5LpNV1xxcjNCA+VTyY6EvFPzbA2Z00A7WNiQgM5O2uqZ2Y6+moseAjYvCySY
				7QqlOwM/WpyGASmr6YPU7pfKxvbREiUWW2mAwfV+8z9Thc0zZuNQEikqgNwXM+JFPFjMEsAdM7ok
				psTs5F2qpRszgGGU6YdP0EGU5V4O2cpsflPl6FFbmwB37dkEhjFhRvWbEQ4SiwhRlzkxdZA8QZMt
				xg09vDeDAgtRjDz5uuVlAE6aM9f6Ahx7T9lSFXqy4v/eRl0mDBzQVCHONVPOSnROl1hdF/fl++/y
				m3h+l5Lj8ZdjXqYcjpffW0sT3dPTed0krOkOMLMGeTyWm5ilrYS6zVXCLzX+lmA8iYit/D5FwqO5
				BXuzdE6CvWUMHaZAMiqngJrGElmibyXHXd8692YUMWF/Dc0IJFb5C0wOZsT3G1lhjWAVGn6JEp1x
				NCRoIDjiCvZEWOOSbIZ0QwNBDVfwiwMZjm4F8Q4EekPxS9+70QwGu2e7OJRuQV9lOKn/vSCq0yyy
				OlJjoXP5AtaEmxdjte96BXvBplngPDNYBxIMk1mtzXlkH3x78AZgy8Icp0I3vyc+P6bZ6iAmO02x
				EixvdiBytLmQfbj//pGOSrkXHcSQ6raY8ZKe+lK2j1dG2wVOGHR9tR2ltUhB5avpq7ajAMOR3Jta
				OrVV439EedKhkzNnm9kCr3y1Ipf9lKdLxeqAmEXLWhfhahDP/hfgILJ9tXeyR1Qw+6RfMLkB+2oh
				ath1BSJtnqm54wpc6tm+CZUrWQ+iLNhU+FFINyFNdPltPnXTj+RXypB0gfPmQoOmn+JnNtAq8kKS
				xb/Dw9vyQnp7b3Q+0FvihWyU53vzm5QF2wD9F5Ac4iVuuiXK7dRQ4DEzf5aST0/7X15LdhyY7pYN
				ngWs01L270WgjyDhJq04IOGxe01qsIswP18Mvetn8QqBAXVzt3OFemLavpW2u8PKBALtcYXgYmMK
				GDGe9sBqI/96AAOgrDSQGr03T4HZLwsYNv+9AV+vvZqMlXN9++/xw2kepb7uGuy2GYwHrYYkF0rh
				/4zApAz5qacK3cNtDCVtS5J6oS82DH/0lwPFSq/v1SwBaMvk1nACq3w2ORC5x1axfZVsgkQocCP7
				Ae/lDW9KX155fbtJ2OlCzYm5tkFifXwxuMapuIFO8YgF2L5RxRv5hXbn+Vf13QLcGZS8WtbyJSYd
				7hecdW7bTSbqeYNBoSN72uXrGzlacVX+8EJDqZ/TIPmHHxtIvzduM3BMeIvzVku46lNzO0ZIk7Hv
				qMH/IWtfYyw3Xea+17COqX7fiAUEFbkRAuDLpQIMzG/GT8PXi1ChUOSvhYgN/N53HEiIeFdmRvx2
				GYIWTm4kqwNvL22V46vJOdK5Fr4VGItBWL9o1jDpWEcQGEugO8DGLiTkcjC//T3PU7pW5qPowyen
				hAvGmPbxDeAxOWPvj2w7uRX8WOYXyY1qyz5xfdFVSbwk0FI31HdJF1Mf9fjzymZ5WgGLcLevM2xR
				A/lyKZKiG7/iqibzg9nnvy8WCJAZ5aC02Wbv1ZvkPvRfWCgBMly8SkT20F6RFh2VVGBXWSJHLv4H
				x10uoknkvuCODTWDfZw3Rpf2QdLsA6DLvjn9jk7efxjTNRFfniwVujhLrmR60ACVe/1I0/gTt8Hx
				WmWNO8NhFr6W77LhnU9Q1h1C+EOvIb30G30DvUlMwOgW1ogVSMpesQKmSoQKJFW3BKzXfwMdkSVg
				WVHGhWrAlYDpdFRg76oSMBTiy7qOGesCfxridbd1SsBQISVgCCdKwODPLz79gj1DMsoBEVUdwAhY
				BnT9y7me/SyZH1IGI5IcpQqsgH7jlfWrdrQRH25aOr5yC8BRBjPf4DGGZAygwGAW05Z6XK7fDGbu
				4OR75aef206oathVxqH84nJHod91E1tJHvu44CFD9SB4LzwEeLChtlhvdtMCe+8MYqh829K4Muko
				UZSDVWT7JtTIrySW6yeHmpUoefuu9YoMFj5M6ak7nJZrHwPrnqQtubiS+e3vevvIKwmR+IsxLxPO
				h6v/zaUJbijpTG1Ta4ICnHUHNVxD+pgnyCQivCEeoBbV3TjPNwcDmK9oUebXiKZzEgNeIMTHuMvH
				VcvRQ0ZhOJ6Mf7fQvHtMN4fogi9OmY/xha7JAGaFNfJ7aRmwV8RvGtnbKeB3SQfvtb+vMXIL5DaZ
				aDFo0N0LEPQnufBGaDr0l7wIVv2FOjdj+0qyjaIBgJHbdOa19u0Sl4+8aD1vZpb3EYGQE6kdXJAc
				AfJj5qOSd7lAnWoT3Mpsbd8ELVq2F1MWtyrOELA6pemU6dVQpXqbB52mU8mzl3PO+t5nPvDZE/Qb
				n2noCHW1Ik+rrrXEpK04rVpxENbeN2Wh+zHMnOZ/v9v3vQFkWNZIxpGfg0wXS0wwoimdSjcTYPJS
				fz5SOsXAkVycikReuEsnUbbu0EnL2chnC2/ZTz00Ov0TFuIAiTVyY+BJPALwBFwzbL+jnRvjnUx4
				2XBD5Ka2jJtqTfT1a0u/8DoV7FN/ZhU0F2plJWGZ3EohCeW/oKu+gE3RloKoystmt5Jiw6pAUz3+
				P7/lPktuIHwn2k2Z+UouzptvRvceRmNkxLlgcUphA1wnIDWYSVwrS8RxI7I2NNGINQPIgNrierk6
				5JLVHX8hDC19qpVRSxDcdTJQh7dEfWPImBB2Iz5o5nMZ9CrjvYUmPJUbkWYI8UqJob7gqvzUOwz0
				j0eSjk78Gkf17B79xQsYBrNSEnYAX/rqBwxXBvwXzQH+i6aii+bBjJV8bhv8/sVUwK0CrsQvnncE
				9V0XsCFXQmNiqEHEFP4hl3bzqVws+C+Xz3wqTx4fftFZBYt823oC/gvNNOMO//2Lqm1943VJtSC2
				PkLOra19/6K0vn9Rk/n+hUD0Vt6+dreNhsIPHu0gunDF3UP5FW3p6Kyv7iqxl9A5nFdMMLyLK0K3
				MY0z66sssQDeNko8U7/QweX/1HzzBSAH0anc7tCpXAql+lFib8Lg3IKEThXc3v6aqIFFCwrslSva
				wrV9Jf6saFsDLLklNJJF3GX+c4U+Tqr0X1YTsEkJmoBzsbpjRxHwpD6MGIJRPXpTxb+ig/zOa6gn
				2/ftZqhmKN6XekVeo/WW/rI6x7AR8msERYuySA5GCBQdpLsWfg0gqbowoYEWVNr4jbYtFe8E+79Q
				apXTRhiEN5VCG/HVbGlRUIMacf0WSOBx121hXvuyMpbw/PKNFutIDy5FKngYS27V8f6zO/52IggW
				vCEyISW5Pe2Ce/z81RrzoLr6P1R1tgfVbJGopIv5hOXhcurD/NZ0Wha92r6e0QUG4sejSQ8Xfomr
				Wvxftst/jthAQE7UsqLCDoRIRW+isS70h4VYQGIgwabMzMBAsiL/XABOeCDIkuNru301b63dnu6/
				VPOA0e9g2kdKZqldj5RXSXI4SkF59NvH18gZ4aX7TZYjGWpc6oymr99p6/8rUMq/fso6EBnjSRTP
				US2u8AHE7wFKDg43FoClIAXNAXOCEJ0U2b2527QWDFmF6wFrA2kDWQNrrWbN/p+SuqKkQkXRjIam
				aEiIaBqaJFDQphOI5czee++92fb/77333s8j88g8lNl7ZHYQmclMZu+9944ZxcQsZjGL2Xvvw2wU
				ZmEWZmF2YNvWvtfXN33v+/r6Nj4+Pr4a8u33hBzHPcpMe9qbbdte2Nu27Xpv27Zt27Zt22iI6M3R
				1MjM0Dyz4Pfee2H6+//f7////yv7D9Hw/iCMkEaQPop4i+PFixchwmEKh8MLhxdeeOGF91pZZZVV
				VpX9X1lbVkYZZSIiIiIiIiIiIiIisppsiwQ8WUlJSUmJlJSUlFS9TMaSkYxkI6KiIaJpSGgKEgoU
				FEiG09lwnhmaGpF1/v/5//9D9h/eIiIiIiIim8hYJTKRrSGrkIUsZCSTyWQymUwmk8lkssZkMpmE
				bNdfbRtrrLHGqLGYNNZYY9u2bdu2vW3bNqHYflttscUWW0wWe7VVrGLbtm3btti2UVBQEFHsLRQb
				xSZGsYmF1RObJzaxiW3btm3btm2L2CYSo4iISGyzxI7FYiGxWOw1Ytz2QgSQiA0iYiEWsVgsFjvE
				QiwWi8VisVgsFjuEWBu2sLCwsLCwsK6uaG2ZdR3GhjGMYSQWh8Q5FM6gMDAY+Lhu40arrXbYYQEL
				W9jCGhYWFhYWFhYWFhYWFhYWFhYWRmFhYZs2qCGiadu2MAoLqwmbsAmbsIaFhYWFhYWFhYWFhYWF
				HRYWFhZCZpqlRmj/////v2CeCIuwCNt777333nvvvffeY4zIu2ZIamU37r0Q1rZt27Zt27Zs27Zt
				27It27KC+Sc5bM0GK2ywbNH1WrVt21pVXavVarVarVar1bqqWqVW639qFZVKpQa1bdt62ul0Op1O
				p9N7p9Pye++9VzCtVksqlUql0qqlIxXp1NK2bV1htSVs27aWaDQaGhoaDQ0VTNu2bdu2gSRJCg3K
				+vqWbVmOZNUkkSTJIjmS4ziO48j6uq7rupYxjHVd1/WK9VRdC6au67quEkksIpEomLqu67oO4iMO
				h8PhcDgcDkmSJEkySJIc+WOSpJBCkgiFIxQKhUKhMAgZDAaDDAaDwYMhGAwGBgYGAwMDAwMDAwMD
				AwMDAwMDA7eu6zqqrtTqtNQrjYaW5Nx1HTkcFLErchzHbdu2bRsXtrCFLWxhC9u2bVtt27a9evXq
				1atXVxyOxCINhTMoDAwGBl8sajMZ7c2ehMVWrTCWVTW1oqqiqGBR8eV/EgVNQ0RBogmaIE5wkuRM
				kIeZIOfB5wcPHjx4kKQEJShB4ZxzzikSFAlKMIISlEAEiyIYwQgKI8iPYAQjGBGCIRiCIVghSD4p
				IUI0REM0kA3knHOSJEPJMnDOOWegBDjnnHPOOeec8znnXLFmtDdb4Atc4ALXCpyjqpKaorpGIIGB
				gYGBofj/FEiB8v//fwT+hyBlnpgIw2N6mB5ImvPAAw88LCIigSIiIoEiQ5x/BEZgBFYE/h+BgYFl
				BIbAECiBgYGBgYGBgYGBgYfAENi2bdu2bdtWO6+N17Zt27Jt27Isy7LCsixLdmNZdtvWbV3XdV3X
				dV3XdV2r1Wq1Wq1Wq9WqUrVarVarVGq1Sv3//+/+wz+dTqfTaadhNp323qK7u7u2bdu2bbTdSLqt
				V7m9MRqNRqPRaJSi0ZCILrroDuy999577733bmhoaOja0AFfyVVZlmVZllJGSZYkSZIkWSRJkiTH
				1batttE4mFHGPco4FsfiWGSxWCwWi8VisSjFYpFYJBKJRCKRSCQSkUikDgORGEW1YYcbcmZmhobz
				3LZt2zq3bROEeO5JtSmcQqFQKBQKx3Ecx3Ecx3Ecx2AwGAwGg8Eg1RUcBLeNwQUucNu2bdu2y7Yr
				u723BXTr1m3btm3btm3bxo0xqBntbdu2rWqrrba3bdu2bdu2hW0W2t6j/T8TRubZbPbe7L23/fZ2
				YO+999577733fu89PjSPqmYLezdk+z+2/f//HxYWdliESViEhU17aoVq27bSqrE11lgjazXWWGON
				tW3WVmOtq/1fr2q11VaL1Wq1Wq2qartqVKtWrapIVFRUoxrVhqpqtVotEGs6rqa2vYdPVVXVLq89
				mq9du3bJVVVVtaVWVVVVVVVVFUJVVVXtQdT+j/qG2l6oUPRfe6+00kqjTaNxC6VhdNtIDrdtW7dx
				NaPR22K0iYiI9op2FW0iIiIiIiKaiIg60UQ0QlMQERENcYhohoZmhja0oQ0tDNE0TdM0TdNTCFo5
				TWhCExISEhISEhISEhISEhLqBAUFBVFY0ComKBYiIGgH7aDtoNEEGhQdaO9A66wCAu0ttLPOOjuw
				bdu2bdu2G4IhQ282G9Zotc0222wjm6ETKqGHRmhoaGh5WVanUuqdXgmNjmUoS5JzzjknyY4kAzmO
				4zjWSIu92catVmORF4vFiwxVZJFFTiQSiUQkkkgiieRwOBw+HA6Hw+FwhjIcDufwOeecc875nFMo
				nHPOMIVCoVAorBEhnyRFKAwKg8IggyRyzjnnnHMegoGrAykBkiRJkiRJciTHcRzHcdzGO+1Yth3L
				Ib4NtwUyjuM4Bnbj/2/cKP///z/+h+hchyJFlUKVRiIajTaNRqPRaBRoZkZqxjnnnPNZcVabvfdo
				771X77333ns+yijjtm3btm3bNoqKQH7YFnCMDeNzzjknSViAw8hJki0WSZIkSZKTHFYVAxCL8/9/
				xf//fyr+h7+qqqqqJCoAp2IRFalIxaqqqqqqqrqqqiRIzsNwTvaLFy9epH+WuHjxogQ455xzzjnn
				nEdJSUlJLSpKyiiSomqiGMUoRlGiGBUqaqEYiqFYoUKFChUqVKhQoUKFaqiybce2VBqUSAkokcQS
				SSSJJOIkkkjiAZIkSZIkSbYojEZRm7doRayqqqKiuYhEIpEoRCKJSkQisVSZRCJtiEMcGiKRSCQS
				iUQikXgYYieSSCTKz3RR0dNgCiATyYlCFKKQJEmSJBlEkuQBKGgwQUQBQQxiEImIiIiIiIiGaGg4
				M1z4oKbUOzMzw84UhxxyODMzMzMzM8OZGYaZecPOp9aKilW1+v//fzgNaUhDCXDOOeecc84553PO
				OWmo3g4xbEyGM32G/z/k//+/DP+XkZEZGZJkyMgQOcmYmJiYmJgYMoZhGIZhGGY0YRiGk2HYGYbt
				SmWra/XbdnZ2Rjs5OTlH8uGcc3LOy8k5N/fm5uacc84ZxqqOK6prqq7/p8w555w/n/n///8H+Z9P
				epIk/+X/r0xykmWS+YjIIvKcL2bMmPM555xzTs4551yYJDnnnHPOebuyVZWKUCgUCqWyrCgUERER
				EREREhERysheTBbGWMNKWEKqkpKpEpawhCUUEhISEsFzzjlnhcKShCMc4cjIyMjIyMjIyAjnQqFw
				SEjXc+mX43CFMi+sQBZWIAspkIUiI8LAKyJBhCIUYQgrQIQfQqFQQoQwhCEUoVAoFAqFQqFQKBQK
				FwqDEkKIhPlExyhr1GqDDTbYkAZblpMVAAhAAIGKSqVSqVQKgkqlUqlUKgVBpVKpVCqVSqUgqFQq
				lUqlUqkUBJVKpVKpVAqCSqVSqVQZGpqGpqGJtN577733TqVSqVQqlUqlIKhUKpVKpVKpVCqVSp1S
				qVQqlUqlUqlU6kSlUqlUKrWBhqi/BJpARIII9N5779PpdDqdTqfTCWI6nU6n0+l0Op1Op9PpdDqd
				TqfT6XQ6nU6n0+l0Op1Op9PpdDqlIKbT6XQ6DauqqmnVtKY1rWlN22lKU5oWTf+nKRFpOtOZxszM
				zMzMzMzMzMzMlJ00zgT8tDK97S37nTIyMjExMTIxncXExMTExMTExMTExMSEBPAM08OECVNhAlCY
				zv//Xvn//3f/w8V7SZLkDAbgvbNod3cmezFZWKwVxmqtWCOqqimqUFFS11zfu0TvbYkuXbp0ie6V
				oEuXrgTatm3btj/P87z/GXzEf+vv9/uVL1/+yZUry7Isy7Isy3IsRziO43jhOI4pHkzcdgmIG27c
				cPkcbrjhhsPhSrhSqVQqlV6VUqVXKpWWEiqVqIbeSxmFJElK50nbtm3bTtq2raCLUKl0JS1pSUsq
				lUqlUqlUKpUeSlqSViqVyjREVDQkLFuSdKRt27Zt2y5t295vG7B06VIJtG3btm3btlIpQ3qvVCqV
				SqUSIqsgDdIglUDbtm3btm3b0Kj0Tml6u1J/qByJZHGs/5f/F5Xoiy66qPTee++999577/feyw3x
				Vdij0apS/6do9H/5f6LyPzQxMdG2bUx0oh+9v4OO4ziO4zjaoxKVKCUqo5GoRCXaLtGISrQR/Z8W
				0SPaiEY0IhqNRqPRaIi2IXqIhmiIHm2IhmhDe0Mb2tCGTkNDQ0NDQ0NZ7LgiziHn/6E0bRsaGhoa
				Ghp6hYaGhoaGhoaGhoaGhoZOaGhoaOgQrYYo9PtEQ0Shbya0z9DMzEzo7WF26KGHhh4aGhoY7W17
				77239/beK/fee38SSGhoaGioRGhE6A0NDQ0NDe2HhoaGhoaGhoY2tF3btiO90bYtyZLIssOyLMuy
				bGC7rutKJEm+rmu1Wl2r1Wq1Wq1Wq9VqtVqtVi+VSqVSSVQ0VKJJKChQhzMkEOpQhzp1phyfTqfT
				6dx0Oi0rYEoR6b3hy8tLCZRlWZZlWZZlWZYlWZZlZZJEGlkejUZZo6iJMsooo5RAyaOhoQwNDQ0N
				DZl5rCRJEnHNB1MZhAAGwRzFgRjoKGTUDuOc9jIm7Rh+BUav+EjLrJd+ri+bo9VoG3hpWcYikmaK
				Qs8xidzjvyTy1c9Eezv8PIVaxtGgTCDSVtaQMyKEaQlSSSVYKexbZMHBw2Tr0mntejwqEI4jFVJm
				g7WZAa+kCCwrUKKm6H5N1lLZfbaBaVkoL48uHTizNS7VMr/MPf5YEiAqnHfoi6T23KZKTQKRQhQ7
				Ac0QuYZj79oDtLRDea2ynncRNl40kR0mVdlzaYxkVUhlBBXDg/aYoy9pbusWWFP+dCItvqezU4Jt
				DmjqI95cQlLwcJc5qsv+MfbcaSV4MVgNGSE98JiYAm5z/k0xPsi0iehNtBypq8qWf3vySybHrzGB
				SFVi36cSSrFT71uC2RaBsF01uX6scgwGwBJsb7sJH8QQKEboqsluQGmOXRLpLoPP84PRNAWcWgwP
				3ZBM6qy1EbNh2Q3tybduHRi3G8TpYZLLgRSzIXX/Xzhr+DBe7Ab9JYPKE43MRPPuHiPjjSRhSqVf
				WWODUJESU/hKsI0Jh9HK92bVVSl0y6GQJbUOcnBwSvswBWp74BFhU7JyuGlp0UGa7QrF4794TFDY
				gEH1ZT0a2Wk3oKC12Z3R/NiCETq+NI+LlpqzLxw/u0vxdrbx8vO4aETxyS17Dlv6Lj+e3VgOW3cW
				MxgILArFu6Svv434RzQ2SpwCYdcpNwZ1CxLf45fQ3Y/TbY9fQTX2yKdfh2jWIVSG+8XaIp2tiWrz
				afcLzFtSFhdh2CpYzClWXXQrvVU0Q9WOjkCRWc/OgzA2oH/UDjyPrxh7mbdhZFD8bmOqT9R+Jk5T
				MmtopjPURq7IpP49d0u6qytmneMtG5IakLMJbNe6+id6BwoCTh3Ycg1LGJ25SncXATXuFXoDpN30
				1S4ZkspCfALesZSSlwFsoVBrSmhs0AnR0KF+HIqkeOUsiUOhoPtUazuj40y9PB6KqEam483kuS9O
				XUtHqHUiI/RzuzJCXOU9U6BMPhvnwmkVUgRfGBSJCOgGd/bIPYI9kEUN4l5dbPV/eVb+M4nK2CBh
				T29Qbdygx9cMX+AlrMUI9f3UspS1XRmIWy5uUZyVpUFHJ8qnc4pkBxPwj3jQATabShQU0WjtEyW3
				y0skJMrSDTQ2VOh8YsK57bb/NEazuerM1QXkrjwpD2pLA39ugN7DJ49LLWyeMNoDUpzPKFXKK73b
				A2SMZXYOkj7GK6Y4M4TT0K/WvgWW97gjViMjSlFjfY7bSPgny1EUitG9bIZYAxBpO5wbOEuUKp6A
				pgmGSPGjYQ4Bbcxyg1gHdNveP9d65LqOLNnYAKRx6KxbwPFeVpYZ7TDyyro84Gjssf6lrKISi3Yy
				nwaQbv+SCZVvHN+IKEToYMENTC/sazU2I3gW/LIzSRBPXuZZsf4zuyOsOPpihpktFxvNlUlNwyZ6
				CTDLNlX9cxfZioCiTt7Kk7MdEUhIeJQ927bT/bkLQijYTipUaqi+TgPbH3PzMHQ3GERT/gfNkD+g
				Jgt05D5W+Uz4fs4NHFGBP9AXuF6kJNQqKO/fn5wEaGvEBCJakZmeMif65O8vUZdhs9HW1bl8IZya
				PIXXrj9rAXDNypF54Ja6KTH+/W3R1M+0K5US48Y+Gms+3RV9ETtb3RjHBq/tpFi8y1jDlPNR+b+1
				9GYUNB5HTNNXcIr2vdxHZaWmuWaEtopT0yKWzTEBC320g4m0AH3WfiVUUgbSryElNg6Kot2HpSgc
				G7yKkJjAU4JlmjiOVv43qyxKoaZ1J1TrSLeefWCqNa9CIKzTgdwFKLJbjGnjCHaTbMttvolnp22P
				FteZn9nVJNha+XI704Rkh/LMCftMJot5y7N60E+MJYcv99lO8+XKHqf81fXHBt7RE6PwFzFP009D
				1S9tL1uoTSeHU5VSw84WqnLM3g9oRpD6CaU5jhqEYliszjyRHyAGsz4PErjhB4FDzgNLdaCB2brP
				0VP8alfE8ATZgZnzfA/YbuniV3sHee601Rq21TM/Zg2pLhg4eD8yQolDZn3nJCsdG5imX9aVDj3T
				prKCpYDHsngFvSBx58X02CC0OXCobGCILl6I3Em8ltLLRfA/jTcTzKyUXkhxIFMuMSgXEjcBO1Y8
				WklrpCNu+qd0IU6AyDw6r2yp6oohQGYzIwWBVrFaA0EJkZ3cPT3z5KIpbhlB1vdoRdxAHsAy4Czw
				7MVkza1jyth0NpgqJmvbdmxQCoRpqscdyjoG0Tk2IBcIZ1iVtc3rDEAhMbGESQV6GaeJ3DQt9rPg
				gXGsgNnNSgGSSZ1AZ64Ba9JatGbNEYhzJDxQn9PWMQAuIXWEypkZOwtw4yrSLwvg4thFcW0sEpBQ
				F9wa9y2ztwaM1wZxN9FmGLXBbUpL3C1D64x1WjTDFRyfPDYI67fkVm6hWWcPVoSIbnC0w2y8wByl
				DcrDmoxgm/13W2ZNCGiDrR5KYjqqkStZE7GJuGsJgwnxu4Hg+zbLYCWeDTbmUX09pkJOeZF7FL+2
				uZpyGBSWtyPjIXF3nHDVzQOHW+TQJ4PD01RenS5l3ZdmXjbQIJvbX5lsEKlKiiW94XYQekVhmtdQ
				FZWOdGwwlMi2ZdpkbbpZWsojkb7cjqlhIXJobFBSABxzu7GFZNN+3bafEdsArypeACtxeUwt+rBw
				R+ssmekSCN89VkB2EnMMdksSiujeAdtBFVu3n4ot/U8qtjpeQtbNsVvseUfWOaD96SLJFVuQMykA
				d58eJycNnNyLFIA4duZv/hUQ3hvP7K42nnlTNZ6pB2k8s59m8JYgKn9GxJsc5Jn60TKVwbGBOM8L
				w48rxNs13gzTU6/YZv1t7vVyqLluxbF2nryIMgeRZbBN7oDl8ktp71VLGKNWJqasud5lujYHTWdZ
				6WMy6ScuobhNpo0FekILdbGYPxGv3fpIFEAasKtuCo7/4NkhYzdVIZY8PWjnj3RUEJPUjSJpV4qi
				2PmcQhgvU7e5KKtn3hr0AFjziruu8e9zS1lBuxlZODyZgPTE1f5AkgJuIUZBPJDUMuNyOSZRqey0
				1QP37Gdvz+henwGynhUOtcRndAlxqDaKlkCgn3zCMXWO+IwO+wsDacSzNuYMYZ/tf4+cFFqQzzFj
				/1lsLTmGC9JrA1SjNgcbhpeSVgTMBWm0edifTkupc82dXB7QEgbnVP7FAp44Jsjd+M5hkGe24BwJ
				hAn5rCRdEjZWkBZhVUjZGKQCnM9m1qGMy92F0rm0Q6Y8n5gwAfTuWdM+L5w9z2iJI5kwV03dYuR2
				c/L19KR5xgi9Cn5JuGiKjYcm5xDSD3ymhqUhh2kkSZAa30gFst24e7u6ws7Wb7xRZsJnz8RqoDlk
				OCwlfidndn5/VVwhG1Q2O0DuxNO7pbShGwjNhzqfVobtHJpukecsZ7CqQVmT/XqqIQ8F/y6pLlKz
				RpTnx66JpW1v7lGaH5oT2BssHP3tgLYalHDOlp//avocuvd02zll4s++V2Y/fx/qJkAknFAN1rHF
				a1coYdMyQpalTKI+eR7h6S3rNsfvsBmKig8DkhhU9aIaOOCcvMIF//P/HxtL2lgmEu2q8cs9BzYw
				mPRGq89rRc6MbMBsZ1lbSSMbjKlW1u3GyAbyA8ra8GJuUdfSiyIbmD5KKldF+sBqStEhhurx3knl
				0odWENkAVILXPBb5+2SlWM0bV54TsyYCWpp58y0/dp2WP14mympEmTf27NFljqPRDMJh/KNnuoAi
				T2BA7C6hw2bhyOGPlU6XsZ1KeRVfYxVIrUZO8pODRi5CPMgGlGKBZEGLFnTt4I0WOwQR+0Cyeql4
				bH1AoWEWfPNTnRrso5QJesqu9w4Hy3ASaasmh10mzlDjXBGTmNbqmJ/aesOxX0yWveu4C1hE+rxY
				OaHRnC0Jmj3EyWfHdUeEz/YdVBeZeu0KnWs+hw+4EAms8tgYbIsVAsPn6BEIyWYIIMLhmzyxCqJB
				2M6k9xpn7Vfmw3okLz2TG9Rr30NiyB9zifuTlxI5uy1h0VdLtxEr8a61KH/DppHVWhLm23Sj9ZB/
				61YxmBqgIGCSuFrLrWAnEGF4jB2UShyyAajw2VpdN866yb3WZLKqXrQJXryS/p0adKIu2VpGhsx9
				OVaATKR2piRkA7OC2FrUSDgDHYQNKa//yeDlloTS9Zo5qcyGc6BcU4MbyCj9C+U8uyjSQMXOFwuI
				twWvx85LfChkS3Nw76ecAbiAHuQxoVDUEmJDMoapQVH12J/rvMLOm9THFMvt+i5/r/AbQJZQ760h
				CRmh/pwGkuqEc7CJOln8ANJOT2Yj8GNBLuBQvDGelnY2pIXdYqa9EnDwIVB4u7POZ8Ux25/HkjAJ
				z6CEtCUle8gGNHA2eD5eKW6vcHNIX+nHjWiJK3y8BVHNV5pbGt02VviYmGZHpvLBFiYEmWBkD1mz
				/1v0DzbjI6DIdXYCfrQHciivcy/opVGoABsA/rrRwoRIbrpqESsl5GDHG8wuzD3bGTQ2W7up96js
				v6cAXuvoU9HjkQ2+WTqu8rqEOGXy3R94G2rHpbuZSLLYbA19NeUNWfNkBZKid8Rka4JbHFcPhiQ8
				7+kOAqD4DQXB7Rwc7/PhMe3t+hZin6rZI1JFRLAwzfukHHlWc0WPIb+R52utTQ16iX1eyiPGNjlB
				CWaVGPlGEHUsfEVYUag+tVBRM2RmoK3URT4TrUe2R20iSEHxGWz629Ksec7PU2vUOzVA5EwDaRV3
				SzQBeCtdHOYQFk0m9EI2CKHZvMnnFsQry/UfYFvbBrc7S0qqQUJzCE9eG0DvAwuQSdQYqAie4ue0
				NJVJg3iUq2iuDOMxR2FBBuWw9ahk59SAgpVDd0YTFQUUYPpSCUidZc6FE1fVFhbzCNJoZl3PabJt
				/5zbWDOmoEGKI2BX6/W2kCaqbxvtd8+fV+JXWEPB+rJLzIcXOgM5zkZqUUkEd3l0HVFaV57E5rg8
				2h8htblrfPdeFdhAng3U5dHZuMS5EEoSzaHD3RNVKoZBGSq9VNwiWz+U44NsQHuqEXgSrxjzNmvz
				aKj438JU96j1RETjyNYQz8owNbXiSKl7vrE1kfCr1vE3tj6kJZvD5KNI47VGgzkicNQEYbAUr7ES
				gYfZ/TCZDEbedUuk6ZWhaqB1nNPG/rnUI+FBZATZQEkqbIZfAeOYejpUfrcU0KXmkygZ6No8ED5N
				+5CquujJEY2csJV1hJAwSTrUGdPdJEpQBequKwAQ5SrW9QGDlYkkCz4hchUyX1AoYRo+0mxVA0Rx
				2CsMoAnc98ytJoIXOE1I1WDIBog1KHg+UjFurPBzAOhphaj00RYWc0LKmDEPcAj7Tllnjm7Pocct
				0FSzKCDnSlQRRTmhNTK/+BMiUtYpy74ZyfZ6GMuRumqgg+UIHUJM+LCG9ERjDrtW0VywjC96TfRa
				Dcq7fFLstGsofy5RMjgy1lpQeQXOeuKD2Dztbmep5xVgyEB0aRjgCVvix0CG//FQOV9OeYW6jKy7
				sJCsaJsmscZ1fkYXYQSrQQliIirKtSYgsuYHsuVoCdvO1SLWhLlmD1Np1RTIBjj1eoJqxQ6/X+ew
				NQ/b+gspFaR7ieyUNE6R2eCDBlgk+d7cqYgPTXeb81rndrGMXWtEFkMIXPRC5ORdD5HZwg2v/ISK
				xggoGKHpurmPleSv1v4lez/T8Cny46U4WIC9X0RCHcy3xBmZHPAQlDA6Da2CCjd8mdfFGuBupwy+
				zAhY2Ga6JCg1Z3+nAdbHXDwMWTwM0pT9g4bBH9DIQji2f608iHzv1cCRUtAHegXfxxRCLZXyIvuT
				U4RqjYGARit60TNmYp+T/SXKMmwbyrqey9eEU6Gm8NLN5wUlx6GBl6X/yRZpWjmRsgf1ChzzWPQL
				yUHJBg/B4Iv8DgFWiUzvAd26/d+9wHN7TKMi8EtbVzcd/17TYm5Om/CuaYnwiyImsxG3u2ptN4wC
				6W5ILLYRylvhLyaHZIN0EtaTd4qBAE9TeqkWtFf9IXIoQ7Y35A5b83GMQTCpGUq5GA9Mb3vwf0lz
				NNNkCs4qgtBezibNSLaTRp3yv2QqWLeMrQFthOzd8KBxpdgThpUtDMUKBckGHlg6Vnm5htyyed0f
				DLSt21BNMhxo6xgkbkPFtPea6fy5JUYB7oaidq8RUK77B3UpGAhgZsqlxJut2DrfsbWlTAvcGhel
				VjQTpRY9B8pQV0oH8XQe8E/SeV9qV9RQ87ujqgg5k1BNdU97Om0wQFjVyg+I+thakJ8SYOvGlWwg
				8Q1bM7Hxxs35DmQBvbrF2UUjl7y0sskGIQFqoXnGZBsS+Bw7qVYye7neIdRAeeYsyOyFPHXauZC5
				25Q4E5BWxVIqOgV0tDQ+5gdWqvI1Xkfqb2N1Q0yD84MgVeYOYLE1KFZ+pJxJ1As7ak3Zg8garLG2
				jfSgj29E3tV66sLyu9XMsGtXaxuWbDCWbRH6/2vWOjbRJBugINQm8a21pT6FYfphvDSEBCp6P69J
				hIrgNkzDXx95AN78SaKkxA2nmK7/eF5BQkcSxXSFTs5hgNi6/iys7S7ZnC6CBR7bqnZfFTi1sWe+
				2lha2ybD35y9za2nlWR+DTobBtgAybkSVZbYkmPc7AuTmAUbxG3nXriqeHUGHiDN7b6U0082y7hv
				3dtyYIQN4lQSUN/keW7NQhNPx4SzNDLeae3KYvsZ0LNU+C3ZPa0kc2xQnFBm8ruYecmnAo/B1M6U
				JNkAgQTfOUi746Mx7xA/Nl7Srq7UWldYGy4b6BEVbrd4WGZH0GGZF4SHHdtEfqnM9i6zgSNwSITe
				fx1MKXmqYjZxRhVl51EWvnsEGj9I5Nngi5Ea/bdoOs3bV93azCYoFdSQL23Q7vDI8z9Ledl4+mf5
				hcM4HQPQAsyERHdEtgBXmJ0WrctO6y4hOy29pdR6FjwWQkzV+mz0oF6ojafVcb/S6MIb6Pyksqma
				N2nkniasDdv2kmd/bJC/QVa5axvq/VRoeXMdCRbksH1IU1KYyQaW9PUG1EQP/r9O4RUf9nVnwqyU
				VDdgtlqxvf1Dqn7rthxal0M1R1f0uJP1qrJ8xOO8pyt40IiDlSsFY/93QfGodITW5Z86o7cU3Caw
				XjMMb9RsHvx5tjJWr9TnNocF4f51WrRcexrmku8Bdl0+lNQUBpH9DkP8CC31iABc8VJ2upthZn0b
				lABQ8+qCr7G3M0t/gLRwifCYIa2QLYLdJyB11W4xUJ+ujf0V69mbQ2t77XnJGqHb7iaNQm42gLKg
				skP0m2EnKTXOVyhdeJFRbAyP3gYBgI/avKRhoD3kkap0xj5qG7lA8YKQUYhH3ymwt9Jdlgzc8nXB
				Vq6/GtauzzxLwOOpt8Odu8N4WlTGnJuwpevdBSWDieZOsBwqi5I/X0C0Xl6k3THZAJOt8zp/J5hd
				Lrf7wLRrdtqbLAS0PRjownv8O4fCtSAajUHAHoxifEqMrFwluT89ATXjmJgIfftQfkSmWHywj3eq
				hoEhhiElSJAa30YFst14e7uawk74LWJQ8ec/Bz/Q/RYYEN0A2fi35hMVfQ3yvhVsbWoFVqJg6PrW
				S7SWR/6qIYFO52MB3fz5LfftLPIGl6GwKax2NDSwG1A58NReO9tKhCR7vR37UZoGSb86SEvVVwdv
				vDXRWFNCSU9whxa/Fm/M7+dg6z3L/AN3cKxeQVyH5Z+rGmaF/j38fk5/+LPzeyBwyZXiR8DwFHR8
				XcC7gYaxjfbCnmhJrRzWbUFseFQfAVtPw4ALGghULAzFjvcBXkCkQsW1z8/Kh4n07gZoKLk1v2iA
				N1hOTpv0RHq1NGRzW4cNWwa0zImw9aWSSX2tjzVPtmttR1Y2GHNprd/0l46gsgGPMtWjBdRiSiFD
				rKo4X5PlkiytVNkgVIAqaJoZWQYSPsdIKqujgGrw3w6QMWfBUYDvO4VKSP8nJ++5spD3mOTc0cSp
				VYwSRfqlRqI1KhDmZUn3hUqyaSaSGGDqLHOs/7Ev7+pRkaFinStecnY/PgblPuj07BeFN+hRNeNd
				p7J12UmyPcYA/eb4gZTp2A+A/so/VElHsih1wpI3v1eJZY/KBtJvfIeMfbpl2Sv9ulyb+aLVqWK1
				xR2OnWGyZv9GLWAR6fOy8gWD+XYSNHuIk5kd5w7Jvm1bUFFkaldomeYZ2IDPjOUz2TSm3DMCxIhC
				GBE3pLPjZj05MPd0jlzEbk3IwbNDi8eeost5tz53gZxwKAubGSiwllXil1cOSSgSdhISc5jMI09f
				Nx475lrCSl/VJyJWTq3RokMemyaptXQzZ9JVwTQcXajS4pjfV1D2eCQP0lNRIbuWc5CvTEIHbgxv
				4GIcUEW1fF27skznsQdZW/Pjo2bf6UW42T53Z/Zbk5kI1zrigPEG/fsQBZYr4yjnpJy14hILc2Yl
				vAHyhkSB4pqcpWqMLZK+Gz7gWcndY+D4QFrZoGezH/PmnxJSVPKYSskGMkr/COUueTlFGrHYEu1P
				jQoPBqJs8NzwoqWtfuEN6GtpWjG+0dpD0zX3amWDJVfJf6/d+o71LJPl0k1SDVolM96gcJSl/B0K
				PEIFfHQlssQbqG/18NWeWAh1qNhgldG64J3X6cdN4YdZal2wJqcKOsdrEUNvRBjdohORFKOawoRi
				FkWiUb4iXXe0UnUFmk4q0T4MKIyKHAUuPwlxiH6oNzfdIy2oQOniFmzr7mVffzFd9Cwb6Y4xgZQN
				alKODuoNHNbFlqFbElMppruYaNe8ucDLpJjutIsSnRCDYzDufQd8CmbCV6dvTHBeRHIOqzike44a
				nJgqaryBnr6dULJcoqSdd6m0V+4+/BEm76cwnR9iGBI1YcHWPnslms835Q5EmSGmPAuasgi5fmfV
				lK9s4IVN5yKPc5BfNqv/wLWj76q0kYWctjLXzcmn3BCdQzpkygJYBbkkGncSgH0RlIKvzxbXV9KE
				srmkaTyXzwEbOZuxsTDyyQtHZYUiN0NRbmZ1jvSSauAce0uav+ireEm9tpg5p6XnB9NFVXgDV9K+
				T/XKsVZsbQK4VCXSbntfM7YdigEwsb4t7ZfUm28F4YZSEx7tytPpOr5MSlRUC58kVUJEBuoGGdnn
				mmBRXTc4Q44idMP8KUFoIN6gtCompX6kv5YUmmTTuaYIwzveIF6SxRuC5kU83nNV5zzEhcLw0OKK
				vsoGoMJUYLPc3DKYC54HCVjYSPs8faI1hdjlXnw7tX/+F0stJSQtFJpwpGTPNjXgDahjiJHDYFsq
				zCwydgEBYgX0xG3MbxSOgjX3Y++ws6HkLjWowQd+Iu+vRxxH1wC8ZBHwT03Hv2JTwF1Pv2J7eMWh
				rcKPgXqtF9+isPKU3i59fns7XZ1huGYZtB9jSytaavwFkqa/+e9uoNC3tw3b0HAOY5fPBQ/IS7kI
				XCEFnnAomcs1hKkz4PZXWNL4UsRyTfSOoHWxWK4P8rI5IAIpSIKt+INPhr8gGvgicX5bsGEtNb69
				+8DKLO2lGdgNdsTRCye4pS2uy1R0ygYoUrAnb+gNc/wm+aVGQP07DaipyzZ7+jYmxOLGAxqXzJh9
				2s6LAY/3ieAoLuKl9vf9k4VxCfGSqi1+JoXOdl2ExbjaE4MovW7uEd22G5RvT7Fr3L1WBqzkv6ds
				UHm5c1YNoJAOpgxdk7hywk40YhjD67QyMG1FHEVRr2wDFp1nS/bpzs7HgKSRZteFMgGbbpYov7mr
				Ow8VazdwxquQLDQSrkXWGhBejLzSXlzdQNvNlI2m4yq/M4BbLuv/wUzb9opp7YFWV5m04iWv0ism
				OzN902Au7bf4ZHyghaU3b25kz1EW7MxBfW7subqB5u5UuTceFrIbAptzW+ifxOgGpWKuVRrfymey
				3MnwdqVE1y1U1jLLaSfNagDeFfpN8fIt4m8RRWmOqgZqSzKT82851gjhKL9gO3KEJ8tsqcErmLGi
				AYYaRoC6nqArHzDUOo0aDEv252MDsK5KlWcGbZ0/8o5kXCQsPp9U6rkcgHXdwWbAOWwJ2vdcF+SV
				7o+pxKLZ94/nMFLyy22aX91A21P8IdolHQq/vSRJsOC0UY2c7DrYK3LvHSwN8ZI/IpzNPIWlXPwq
				1KucGlBdZZBdi1fbSdNuL6Xj3r48Vr3nwSgqygYULMi2NDiEstLZfTdItfeYtvdx7H0CsOAIjvfe
				7aV2TVuMbW07XtP69//xq/YODW8zbNEiJo7X84GMYU4YDwIVjDmJCpGygQKZcAafcsx9+mS8+Nks
				dSmdLJbrS/pTG6Tjho0FyFFBWN2BDAGQmzWDJuq2wSZAu0JYPHyhwjSycHvrcyKgCR+keRMOPuhJ
				OEgOj42LBDoxrNJRpK04rmxAHo1phybXIF8yq/uDtKrv931ByGknjuOkvV8Mx902kQK4Ucks8sYR
				dXQjlBx315lnCQ6GLQ9Fc9NweuFyDYKQ1S5K4GPKZX4zPn7LzGp315/r/m+W6zYeCT//Ox+1XFv9
				UcpSPk9ul57DTv62XNd97kleMFVxukEHJ+X61cS1voinoAbvRCdeD6C0ElWJc2fdByobbPaQLfwW
				uyUJty7qhK5P+HK9jahB5dlZfsIX6iDW2JDpS86339kdJ2V2XQBP6wXoiCH3HZDxpFOz1xxMerb/
				CV8oyxbpBW6vDaxuLQL0yAbuJ5DVQyJ5IhWu7f+Uc4P5sH9gw4R3xbW1x9p51+8l5RXXqiU3iDaF
				ILv0S+M6XqLRuIaKuEHjADutPa5Pg+rWNmCJM7CESYAq/pHreeHX8b63YdmJC9F5vgKmiVKABJFH
				tMwCBSrJWped5vpk1khFq+F1gNqKqYpPOGd1v3Ch/W8LiwMX0dqrmadhBEN+l0zulqSxbVDujnbC
				BlkdNrUok122tozzB4/N7dvoVSoboGRDuZX5mOs8mRUhgBtE7zaAxT0Ta4NiYSaRb6f95bxcEzsh
				ilVwZgYIOnYBR8+brf06Z/NitsZ9i+wtAlPaIDpZVPFlz55vL9KDKdgmxDKHld3jwMj/sdiFL6HM
				U8nzuHUJeD3O47gORjE+G5SjzU1Z7GPF60JtqR/u5eciJnlWSmaDJQZJ/g/BWuHKCnMyY1aWIqx0
				G24wTxaKBssGCGU4xibu3rB91Mgxm9Z27v382AZ4reJGWEkXR2rBh4UBR+srPTAevW7gR1tvbl24
				Jngy7biWdAzSldr/RyG4PvjCNXcSt5BhF3VQ7nqEqMZlb6WzOgK4rdOT9sejJ6hz9n1ScL20JFRg
				FJ/ZYXD01V6Ub71yqPsSku6BEyob9Jakr/K4hDHl8r0P6Nb29ugFzo057DJvRQS2cOqjaVtjBNEd
				sMwgEMdTUyOygARfEVCW6lyT43omYHHWZQctEbPyloQiQbE9vOqTsyLVk7PopZ2cdXczbFBHZyoq
				0pqIQVrK5KxL3G49xEw7usSNYqRp9Z/SHSYkxX5+VMCRnHVrSM7S8R45q8OaHd79ZVJQeIrEqy0M
				pEXPh7b4/E45KS4hi7hr4LDOmod5gg1ggb6kYeVk52WzwV4k4fmHDEviQDVFxIABs8Gu+bLBG/ey
				QVj3o0QFnb4tcsY1nwZEspUNdmKVDV5iVDao96EBpPgZYR/Il16j3J2A6QN2dqW2ZBeZpvmkTkU5
				oesQH60uy1Tghr2K4hLkrFKCulCZOSTls+brBrEjlgXf8/8bRNDLYzQhgWjZIB1l2eAVxLJBXcGV
				DXYOYOEpp0zd5/AmjtQOFVZNFWGCuOntyJ3ebPKN1fwltTHD1zRZ1wWqubUh09wkMFfDSmEUhhMD
				F7O7HX4JiZ5En7HR7DCWCT9NsfFqcg5kP/BxROyww5DSJEgbH6TCmd3Ae7tSYWf7LcFQ0c77D2V4
				TKYaQ6wBiiY72BV1dhG7ubNWdQVutIIb/bo+4aGTx6veBN9JOnhASRu161pDtZIDkrvWsQpNQjIo
				nfSrQX4qDEd58Cnp4YW9cqkO+8PfC9PevKNrhjARzTfRYAtmpZkUdi8tf+FqRh8/sZ/QiOLAjwfM
				ifbdjJb9C4ushprAmGqA0lmsqnE4NlPQZ6NsYCqzCPlCs2nRs5Xh1851083AlNYBQiIomgqnyaOI
				KfnPuh9yEExc/0DRTN30JSXfrP4QprKBTJZ0Tag3qBosj/rOd0VygbCycM/nBi0DopFjk+tl92Qj
				10b6pgG5PkaZmnENBbOyAXvdNCsaUtmA4afe1LnjeuGfpuyA0eqJA6sno3MJvcoGIaIkT/AUYFkm
				HcOVX7K9Fi+qDvuz6Ww0TxYv8NApyIt+gpy8Vcri0dTb5Ef17Gl/JI+dYsSC0W81Erk0/XORI1ET
				n7ka3ixEL+ljMdUF3+JOxWqveInY/WZszDUDgKlTV9WgL2vGe+9sXUIg2YmZgP49TiPNmu0doH/8
				D0XSARBFeSaJ7n8a+NEloGqwx5VRllvnDuurQiyyyqLLWl1A/klDUI0Kw1HrTDDvZdUbJpFub1a8
				cCTXrlzLDz25WeI7g9Kvde3VRVldcYXGm83DJ5xRBVxJ6tk8GgXeGTqzHJy3gUvc+aO5x0pZl6kR
				baOuoVMdVA1BlnMeMarrE8PGib7s0jBQi3oPhaq+qSryUcn2Y552WCveObPeEsN9J/YZ8UxFMauf
				O2zrV+v9YLbMu29HaDCC1V0rzSE02MFbXIJcodXiSOzYMyGVcC2b4jFBEDb61NqpSiobuMgkHaC6
				SQ/4CamG3Xa9fjKsGiCKXZ6ljIaGfLmGoBmh3lCpygaqNFAhBlIhL56ld0f3wqxo7sIsRzW7akAQ
				2UYjIF0tQVaLlygkkT1lAw1en26FsWEUOcBi+NoZJbuzFYYf6kDSd/0wDI6cBDHFgV1JD+chAAHf
				5T4aJbxqQFDdtb6lAlTlfvKJeVnd+lxbNqHW1iRrtfsc2FsDBsoGz04WjonXGt3s7pqB3GNBT1g1
				uLWeV+7+B2t91tb1tio33bC94quwOsJYGsKEyQKiYLekxigdTJhlUUTTqOOgSN1VtFkRQPmy6E/L
				2TLkCBGKgKL47WuzlEzpDe/IEcAFSicTLC+ZshA3gKMlDfFhGWWDVxvzHVpOAVaZXP8B2bJdaKsz
				pRJxciSq9cJzs1HR4knEyYmljasaiwRKPwwUs/Tl5M2U7/kQaKH8ldFhlfBA+1A4AcVsl6VfngYQ
				gJvr0qLNzUnMiQjmYUKMIc2DqiEc2OGzUUJ7ub+bamVBa5tSLrwGn1tdr2zwna1jnbdrmCuT1/3B
				27B0XKrLRAZLl9fc5bFbVYnsYg6SnnYONxj30L/Ja+hgASdeJlRwyw/Ie3Z4THuLL5K5StRYHeOY
				bWGnEwrkYHIVyXJr5TNsBqlKV84vijQNkdcirXwtRoEzSyqqGpQS9nnUR4xtZwKWYEiJKxoLBXss
				9CwGuLTV28QEGbJXkERCK60akF5hJPpE06a/HJcxtqMoKWBfldZwRPDLxrlGIcN5LhnAPdm5W0qD
				qkGp9P4k9NKm1s6fonteCwLDo2oQ9Tk/c626JZoIuJU2DvvQix4T+ikbhFFsvOV3C2GUyrsPsO3b
				wttdZUnITMU2SKsRwRXbz6KqXaplWxFJ4iCBCdggns1VrJVjPD6oVo31q/G6o0ypGlCVD4PHQ22z
				ORorG5cLUAvQ49bYakqO6tz2r8ko8qyrB6VF/cHe97KD0pUwDhBCg1uyiZJ+EkLVIK4L69xpGuKT
				R0qOT9yFS/X4H/aW95oAgOGtphkE/jFip+OURawHERdBUJ/c6kVwEZV9bBZipkf9JK97ZSEkr823
				GpSzL2oCRfAoYFmmbRyMVP43qHU5PZ1GclTyGhquDL3RK4LUv7OZsxj+EPI6/232vpn5aHt5DTnu
				UpUTCQKMOmVUwZnXWgOcBRa7/ZvbQ3C0YV0NIoo/cCXeHW6Q+3A9QVSLq4EZjED3NVmXJKyxq9Kn
				2UM39mdAsWsnG343zPHn3S4jDFvb4miw4WEzRngHYhdeT/z5c6iF1zk4QlkdUISyfrnJV+7BZ6tc
				yFYLhaqsg8SS/WpwK2CxVzDgRG9h7b0fn3yH+5z/IxW6ivtqgFBEcsgPneJRwDBMnQ6VX721tLRx
				TbGyFpKkaqGlvbmZYlRyzWOnpd1R7fknI8xibqtH6rxu+KgMNAMMcxJAv3g5ESkAmgsnwhE4EV5d
				qparAbW8kFDIEsheky343JjI+SHtPPLwFxfcZGl99cpYA/q6lAics1Gobuzw99scR3Ni2/JeG/08
				ekaHqzIikPthrzrCzBClcdomh8QWtQeDDP8tIpGi2rHr3MmMJiIMSzgW5hICowC8rOQEpiysge5G
				USljM3PSomVP6W1xmTXojQBGoDGw1qMsd26BrEEfgF+gr6lTldc9lFWe6/vAUntJ7Wi9UqqRQQ47
				qR3KrWH8c4CKT9hYT58ZEqkdVtOOnt4P1JALpbj0UTDDpSGEZXox7HZ/LwKzDQJsR3OJCigiFgwP
				4bSUJisT6pks7Vk+bwOz4BzU+K7c4l1kDcxSyxJ7x0kkuo+hka8PD00WDarpfKlCUxaKwagOikEa
				BxSDF5t4LlpXBiWN/g68PrLhOriAGohzrgmg4KhKCYXk8PwUwLD7IytGwhrcIhN9EC6wPFlJ2FRp
				ntfWIaVY2ogFIvoRjJ4yJ/rktTVRJdzZPar6g+i1ldFgKUANVa5bWuaxKZMNdrkQORJLy+MaPypF
				Uj7Qr5AxoBqimg7DGpSyVVG8gOUhCuOmMh+F6LQuvo3Azixw4T+ojv58NowVT3+CAgPj+DMzlnZK
				xe2SuEDSH2/EI0cZkORSVWIN7LJ1TLTPT5GOr+waV/e8PyZtb+/BVOJnyE+1xSuEYJXZDIedZs/D
				UZVxfZlxtz3N9LgcioruteCkJR8tdLwGv/54+jMRvHWzv1xAMUe+GyRqXLzmzOMnyg2GqlmDLBDB
				3m+w3gmwdqfwdNRteH2DpoPyli3cRrNj3fHHyNXK7/7kAg5KixwlD0rH3mbm6YIDbFg70cBNSy5w
				cW4FWVergiwdm3c9U5klUPE+QQqyQp3Nz0UTeZ0HaseznPjVHYGegyLVQFkvdZHXUPsyQrqr+ahz
				ss5BLPIanqGyideckzVYoxmvLVi0tIjUGiCiB6LVjyUPgRth753ibYi0Bvd3JGxu+PJ1kT+fLi0+
				WKvPoez5cv1gYJq2M09jz5djqpZkz1iYi7N9Zt5dECDVy/m51b7XryBSdFOx58sxI48VQa8zAlRp
				Q7gDONmaRRLeUTs1Go7WQFXZYM//1Fbtt7YGxmjqnwXHhBnXID2pSmKB1ycL9ERTDwO2ISQJB/SD
				e3u6XwA3ptvwIPBOPcA3/MlIv/Bnc8Wl0XlYSgvM5TVHwZGrxm5XXb+Bith6/ncge3RTiQxWpwZe
				zTUfPZD+9aRRr0DSX79sUfsEeYANrA1DKVeNsM0eNrihyhWzt+fV9A2Pmluf/oqcxWYdSJmRVLGB
				dja3C0XsQilEXrcgcjV8J4+pSNIIbv4A9erDm+XLki1Qn5o32cBtQeslhhLhByMa/4XabDHO/rwC
				89//DylCP42pD3FfqH16r80GvXs/kwHoynZngyV4SP73f7XCkhU2MsssFEV49Jy2Kv5maAN7B0yD
				lETVjWzZaHmLZqS3J34VwkIE7Cm+xWsTH6GTvID/ZzfkK35IV6wQjCHH27A4nKHs4WjBiatxSynu
				bQjodt1OHIsdj9MUdDUiA9oBIHBx60FK2u5TByDfyaCfzGzY1WAzRtfY3xzGzYZVz3XN2wYjLg6q
				5OMI58pm916QttXP0RtMN97wZGuFD86RFInZbU0MMoc9uQikcM8D3djnrhQzZLXF/Ls+sXyLEDiA
				BMLql8F26r8gipsO8guoxITCxQf5xHt468+3S6Pw5B4usoPUB8kK8k8jKwL/OwhPBiX/UpJ4Htfj
				wotdlq/gBsjzqMG8FbGTSQGft0TqFEUI+wSiEM0j8ZhIUcobGRnW62aHVs4aLhKJqPd55BrFgDaA
				OFtl5xQZNBqeSBxxKKTGKXhmJntNcKqVupvuDGKc+p5AnMoN8SCU4Mk2JcbRO0lSTxmoIbMkP6+n
				+tfrpqLURCbha2c69ZQ8JiadU92pLNZVi0h7w5Uhl24wFGAYVD964P8yj6G4WLXc2+BJLiQhTAOK
				94RxyweXXwZ7KSGDMJZjdWLkdjPSdejJbcYPjQJ2SThoio1nJucg94GPRsQOMgwpRIL0+DIqmN0N
				3NsVFHYmv3LzzJ+3OmzdQNPFcF4VxVY8XHP5JG+FPJiy26ouyXfoLPGll4GNqg4N6KmdGMXb2kbL
				8+0GWjgxbQYl50+Uwk2VOw3oaX20AY3pvN6OLG8xPVTjCYJuuwWEVYYep2P581Wj09D5l9vOaQ9/
				Vn4PxCXXyl8KlvA/TX/mlTE0Iu4G2m3BV9u5G/Qh21hdxkWL1syF0wRHX23mqG9UnvzSjhl5eEvm
				s8SOCy2jRnMC827Q35fAeca/T8my3txly25uXM2+NGO1cpJdhuQbU63QixHeQEO1eB0p2NXIvmYb
				UO2AjZizk7INpeqAzZZlX2IbdKUTcKMNGQEs+QFqTT4/FJClIIUcDypbyr1bSORthvCqvuIE9gP7
				A+EDqqqqqqpwX2lLNRrasqErq64PqsODg0cJEyJI4DhECKEhMIIq1XpIVVVLqg2CBaiqqqrqjJYY
				1VEd1amqqqqqqqqqqqpqVVUd7VZViuoMRYn+xF/i/T+uquqnTtVt21PtqZ7qqeosz2c4U2eqzEyd
				qTN1ps6MZapMnYiIiIiIiEiIiIiICImIBiNEIKbG1JjadV3Xseu6rtJQVl3nqVMnRJDQECGEBoYQ
				FhgUFsxzqrkGpk6d6k/l1PhU8ZzKqZvKAFVVVVVVVVVVVVWtqqqqrKrVNE3TNE3VJLQADbXEpV7q
				pfZ8+M7r+63b99ieCYvrsDzTwbVUtWr9oKpq/ZHath2pMWE63EgdqSNVY7mMWERGQkQqIUEqQUKq
				iMjEQzJ4SL3asIRESA2pIZUhVaqnUiu1UqVtNLRlQ1dWXR/UB0qd4CBhwjCEhggSoUFqVQaC1CCV
				Uh1vA6VSKqWqqqqqqqqqqqqqaljHhYUrMLVVVVVVVbWSrv5SpfL/pf7/////HwL//+e/////////
				f9/3fd/3fd/35/58Pp/P5/P5fD6P+Wc+D/L5fC6Xy+dyuVwul8vlcrlcLpfL5fF4PB6Px+PxcTzi
				4fF4PB7v4/H4+///////////////////by0G0hAhhP//wy/8+fPf///////h//U3kIp4+CN0Xdf1
				0P8/6NOp6/rv379P3/d93/d9/4L5vu/7vu/7vu/7/tz3fX8+933f933f933f9315Hns8Ho/H4/F4
				PBaPx+PxeCwei8fi/yEiFYokyITiS/ghhBAOh8PhcPgMCCEE+r7v+77vh//1g1+fvu/7vu8Q/ODg
				4OAFB58+ffr0A3369On7vu/7vv15/vz5DAjB9/3w8cj0577v+74/933f92fm8/l8Pp/PzMzMg+ec
				mZmZmZmZkczMzMwHYTozD/P5fD6fz2X+IBIiIiLzIBMjExMTExMTMw8PDw8PDw8Pf3h4eHiYzh8e
				Hh7O+Xw+n8+Dw0iYMGHm8/l8zjAPnxHOOed8ZmZmZmZmLjMzUy5s4+b/r7Hm/zWaajTXXHPNpfl/
				AQP+/8Fy+X255ZZbLBaLxWKxWCwWi8USMjIyMhLyGJnOY8JwNpqLpWHkF2zkF2zkl8rg4b/IiFzk
				IqdcLgGRM+QMOQMYcob8clGEPOQhn1wul8vlcrlcLpfL5XG5XC5/NARnvBAkSBDLRJDL5XK5XBgk
				8BwDgykPIYRQCimBMpLiKMo/mcjk///AyX/Nt+Th4eHhISZ5CEEul0vyeDwej8fj8Xg8Ho9bsHg8
				Ho/H43Y8Ho/H4/E6Ho/H4/F4PG7B4vF4PB6PW7B4PB6Px+MWLB6Px+PxuAWLhwAE3v/Yvu8WaN/3
				fd+367quX3RdH4F0Xdd1XR+BRh/p932L7vu+LdB93/d93xbovm/btm/bHoFs27Zt27Zt27Ztezwe
				j8fj8Xgs4xh3PB6Px+LxeHyxWCwWi8VisVgcYvFUFVMsFofDYXE4POEIS7jhCIdwwwyH8MIMK7yw
				wqxdv57adeu6rqUOtVZrVVXV12qtBqsLUFVVVVVVVVV1VlVVVVWhhw6apmmapk2rpenP8zzP8zzP
				sm3btm1/bNuTKTtwsirZn8/n8/l8PvH5fD6fz+fz0e17bIvHYXEdDq6Dx7ZnxoN7RmZmJmZkZmZm
				ZmZmhjObkZmRkZGRkZEREREREZEYiU5MTEyMGhMTEzFqY9SYmE5MJ6bjTqfT6XQ6nU6no6qqqqqq
				qqqqqqqqOgoTZhJCVc8ZjkmSHLWBo1ZVVc6G3nyjqqqqTuBNAG4G22g2M+qoo9FoNBqNRqNRp/ml
				+fe5L59LH5fopUG93BfVolpUh8V1OLimg2danuUwns+MZ2RkRCZAzKAjEhhRR9QRVURERERERERE
				RCQmHKK2IeIQERGRELVt24paUaMSKq2wEiqrsKLKKg+iioM8iIPIRIJMkAgiQagFYRCRhiC6QlWl
				UigUCiUoQkqgjEIKKaqoMpOYSMNEnagTdaqqqqqqqqqqqqpaVVXnlQwTpA3KhD9jVZJJLnmoD/Wh
				PlS1bR8qr9v7rd9ih1rbddAhR3DMQcccDlV11c5ETMjMzMyEKhOqhKpONNRQQ1WjEuonIiwxEYoQ
				EYwIEYtgxBfRaEQ0GtFQ2y7UhxrhECKEqqqhISLUECFCBAULPx6G2lZkVBihhhpqfKG2jUVwERER
				KhcRERFqFWpERERERESE3LZt33irRwzC+1cNv//3YewIO2zbrlpVVVVVVTtVq6qqqqqqqqqqqqoj
				lUolJEiDTB4UyUTyqOqoRKPRiEaj0Wgwuqiqtm2rTqtKq7Zt27Zt17ZVG0JbhhAW2ras2QZZtmRV
				VmVVVhXbdV3XVZVVVVVVlda7VVVVVVVVVVVVVVVVnfDw8PAQDg8Pl/ePh/O7ftsNwR7UPqh9UMOD
				6nognjuobedtF9TgCRLYBHUT1E1QN0HdBDVMGM0EdYI6QQ2yBJEwEkRCJYSEIKESKCFIYCfhESQ4
				ERKGZwhhEcERbpkIiaAGNaiBEeKNBjdIQxumIRqkIVo2dGXVVYKqhhCChAaGCCE0hMAQFoangm8G
				VVVVVVUX0LZtF9C2bdt2YUFhQWHBCiGEoAY1CBbUEAhqUFBV9VRPNX6qp3qqp7pfF9dUJ0zVVE3V
				Jk2qVINgVINqOUNV5Wg2lkaoClWhKhURRoUShCJBCUpQtR8xIVBVVTXrunZd12mUUBHpVIf1Qb2D
				SARZF2SVVVYFkqSMssoqKzth+da1k00mm2yyySabbLK2lUwyERERERERkYiI+OWxNSLw2GOPORwO
				h4MOh8NhR4DgCIfDjjVmYmJiYmJiYmJiYmJiYoISEhJbLbFKSEiIBCe/2ratxCK2gLZt27Yh1raq
				NNY2Go1Go7GoFKBriEmEWIiFWCwWi8VisVgsFovFYo3FYrFYWM11XddvscUWW0zruq7rui6mdV3X
				dV3XdV3X9QqFQjG/YnC/8s4br7wt3/X+uHPnTmzbtm2PR2ZmRmYmpus6XcfAdNJNJ926au0apJNO
				unVd13Vd13Vd13Vd171VNBq6dn07rdu1bdsQuq7ruq7ruj50Xdd1XTehARg6WCgbOl27lmUwsCQD
				R1IcP/ELoGtXhrVrrBISuA7WAFw3r6u6qqu2bdu2beH+P/cfHh7kAeKDPoTAw/qwPqwhhBBCCCGE
				EMIaQghrCHYYSCcmTNu2bdtKWCWsCmjbtm3btm0VQkNc4Yb1nUZd6VSioVXZ0JVtwxrCGsK6sIYQ
				1hDWEFat67qu67qu67qua9d1DQ6NhgmRzmhdP4aFLWxhC9vWLmxhC2NgYQpbmMK2rQoKCgoKCgoK
				CuukIPFzcZH8/39e332u5jqu43Llum3mhjP3mYnxyMzIcGaGw+E63Ea4CtcRoVC4Ctdx5blydQSD
				DY5rMBiMdV3XdV2l3BrKlizrUK5cubJt4KKBJMmVJEmuJdeRJEmSJCmRJEcuqrZdwziK4ziuuzhx
				qyiKoiiK4jqu63z79u3Sx8N7reu66lvXdV03tutwcIPnDy3P8mfGI7N1FWxd13VdNxtoLB+RrbJV
				tm7btm3btm3btm1h27Ztm4ZoRBkhFgyFF1d0i3Zd261bt25bWFhYWFhYWFgI22y9W27V1q1bt27d
				ujWAbWpoYrLusbBx0wLbtl2gbeECbTs1adVmtW2nTZs2bRLYte5ar3XXumtd9Wu91muVVq1atWrV
				ak20atVkfm3D8JCNZWJktGrVqnG0uYwEi9a2bVuJH/EJS4xEgxERohGCisX0VfiutJ1GpbFqbTVN
				U7W2rQStERZC6BgIGrWgmVo7rVpLrRO1atpn7qZNmxYL06ZNm7Zp7bpV2oRWrZq0VtovzQL9////
				////Fuj/f9////+3QL/v+77vS+2r9X3ftMfjuSkSI/OYMJ2ZmflcLpfL5XK53ALJ5XK5XC6Xy+Py
				eDweHo/H433fx+PxeHwifTzex+PxeC/h6f/2D10fWHVVw8NDhKvhargqVVVVVVVVVVVV9VZVVbV2
				qb9U0Rs/8QEhsCzLUntZBgaJY/KQnBEsy8AGVtG2DWzbtoENDawaIicZAkNgCJQQAkNgCAyBIYQQ
				QmDPwJqBVQghhBBCCCGEEEIIIYQQWFlg2RBCYIELXKACy7Isy1qBpYKCgsmSc57neZ7neZ7neZ40
				TdM0SdM0xQwQIXzdrCx7kyaHVADLsizLsizLskGWZVmyLFuKiIgIyc5KVsiKJUuSJMkgAGSiBiPE
				gqFYvAr3nboTotI2qq5saANXsu1DIAMZyECqbdtABlJt27Zt25EkSXLGkQyXkax05MiRI9lRHEek
				SJEiiqIoiqIoiuLF+//H/+Nj148lGfjo8aNHe+ysY4NHjx49z5t5s9lsNpvNZjPPZrO5TLPZZL6y
				bC0iIjKWDTK2LMuyZVmWbVmWZVlWMMFoZ+zYsW3btm3LcRwZQkMEiYYwkg4jR44kSZIkSW4kySAG
				iG3QjeMCGzduHMdxHMdxHMdxHEdxHMVRPvdFLDWQPh7ei21bUSxatCiWZVmWZVmWZVmWLMuy1Gw4
				YTrRwP6iucRlJMQiMiIhYkVCCTKhBBExxBBjQmwIMcQQxbIsy7Isy7JsxYrxihUrxqMhYebyN2wf
				GsQgBjGIJNsgBjGIVECsWLGihWESllGSYiBLcaITy7IURVEURU5sSZaVaIkSoxIlSiQl/hL/////
				P/z////f//+/f9/3fd/3/fnc9++Zz+fz+fz7vu/TWOTjka8hQSoSlsvjcrlcfsd/tm37///Xfv//
				////i///PwYhfG1DCHwI4eHnV34TPB88z/M8v37n933f993ruq5u23Vd17WtdP3WdV3/577IfYdA
				nud5Hu/dA922ba9jr2Kvtm3btu2wbT/sMHY5YTa2bbHFDhGLKxaLxWKxWGKHw2E7bNtew+FwXdfh
				uq7ruq7ruq7ruq7rOTg4ODjWIKHhEUJgWFA4zYbgBjc4BNOlB8LLI9CrSQs9evREz/M8zzPNEGhu
				CDRLZwkh0LwQaJZ5nrV58+bJsizLsizLsizLskWWP/IqF9FIBYdGyEz4fD6Wicvn8/l8Ph9+fn88
				nuDxeDweT00Hz7Q8y7POzMh0ODFhOmGo2YxcNL5FpDISIhIym5nHzIxkYmJiYmIkZhGLEI2IiehE
				J9xZO51OJ3Q6nU4nTKezCTNhJkyYMGEiTJgwYcKECTMrh8PhBA6Hw+FwOBxyVk7YbDOJWWfdrGs5
				bbO00UwzzTSTajSzris1mmuuuVjex8Mr/f9fpsu6ruu6rpYpYF3XdV3XdV3XdQ1Z13UVscjIhOmM
				rLLKepEJj4hIRSQIJJPJZLLHhCNCFrKQaV3XdV3XdV3XmZqsdAiPd9YHYxkAHMBRMEiBICehZMzq
				hwJSDdu8U01HKOalwmrkQ936SG09Zjmi0TE3sh8J3LPc8YPJf/fpMbeYavLn+ZpnyNuTVxY47tAF
				Z1UUR1ZE8JWGsMFlk2eFZ+hL6jZ3lsVvn0hqtJs/S69a+yvBOZJ0Iimx9qzkKXvN88oiGHG0JRo7
				Wn511p6LKwgi391Kow6+k6WbLB1aTD+45b8zIXMfRop5dzk5woEaLii6VZ3OmW1wSxZXK8X47OCZ
				BChJLrrlJQo4B/84wfW3KNMe7QCkwrqGrrUHOvFMGjFSp3SrWLE7WQJlTmpdfu5wdvlMhwNM225g
				rQ6yRNhpilYhbfiM3jimAlW2F61tWJjGeUBMDirkJ12NvLIWGxbFb64LT5HtgF1N71MeKG3ZMDsr
				gGHU2eZuGHqqZbF4ZYyiCBsZauGoZOh71qfJ8t31TqwWWf9dn+OWnUQeQlZj1SiY63jrc1JmFlAk
				JVXPvhaxee3sKxmzLEW67u0Z98gH3RXklgic1mbxSwX3/NJ4C69Jdciz4mg/ndOtpJpVu//VgMgZ
				hP1v6YP0iCXQFA5egm8Y1kQ+HJL0H5R0rYlxuoQGWEpP6N9/6VQN5DQH+P42pBv4j2YqQM/ltqFt
				tWljnBEZ36lN2ZuMF+IqiWBcantCk9lKuTFytimx/q82PHwiQQV8znN7/WLCXp2COjymHL0JADJ8
				0aHCerlCpFHz0tDoKRSdHj3O4HG5yid2QLEE3m3e6o32oO+ub5nmEuRcgLtYVzfWX04j+JKbMpP1
				IZgriqsEBbqCmEiAaPUb0LigFLIUa7yI1r8spF2/gcO6tG0+XILsspn9B4xsU1Kidcxfdh/5leF3
				aHCjL15Zylz06HBgaUyHi9Y0iW3N/la3dDB0gkX/e543cZccZDVaQUl0OhiIXtAtqpbCoQATd431
				tpoIzIH0uGjXoNN0kLyZJ7eijYt8uZSU4GasXaDyyhz2hA9j06FjvUc9XqXGzOA2zWWEpQiZRSC+
				jKtGKJHvdXT1iFKuZQ5FC3XLNuyT6FuME5sODKi5rfA70Z75aAZ6iXQmXCWrtxprUqWt41F0v8Gm
				RIBBejiExOiylxy6B+RZUqq73ZwG6b+CvhRc39LyEOHq7CpUSTUQ98VWdIEOH7pANCGLI4xsiaSt
				v2cWsQuzQP+WBaQdM+Zuu26yjCWm/omWs6ERZi8LN/9PtPSRI7aXBXLnLlWKziVIUn48AUmmh+39
				nL0sdG8429UypY3q4zQoBTEbyK59eMJyjUHv+nWMis5XsoiMnBsVSms6DhMJYj6CzIIaBdSKGPL8
				PYEj8BPWhSpaXGZ9GRsmWNo/nC/nY2lHtXNLnnCGG1VIHOiRAM86rjV+rvnYjCrNcJVYWL8L1Mwq
				y7t6K3mM4p7Dn+j0G1SzItejyS2AUTard4Jv270ePEFkc09LWvCRrVze+h9Ri2xkD2oOobki6tJi
				XNFygK/AB/Lovi5OSVQbfOWVRf0GlziY2muwTUm4savQtcn+ZhvFJmDfyROMVmwSwHgYNiwsWsjw
				0om+fvOUsoO/CYuvO6+PWeENf/Zo4t+6gf9tnQuJWTuM5vJm62ia8WQg58UKSY8U3WP7DTzYL7Pa
				gkY7eRG6kzFqqq1FGXEocxGlTbVBpfOtE8KTRx+pnnF0GGkJ6F80yBI87Oqz00frEjEEjel/+V1V
				pr8Do/Bm3GHZaZ4Go0d1f64sU8lVpeviHoUe9VF7O33t8NW0hZzA2f2yaBEjxoUKMQevEGr8T3Wv
				BweGVUIitRzDFlQTv/hjknIpM1cuvAGkOXbUDTBon/NlO3ctqHE0mY5Ld3MlcghjuxP57S4HCxH3
				DitCtfoVjFparR8gvy5YdCTIlkU6Z339QTMpwmQNiXTOeIjGr7ZdhJmtLSnmIBrZav2gkvXAKAAo
				eAMZ4rcliIZ1AL/NfOAPjd7iIGkj+W5r0Ww56BfxO0qXs9CqQfMYOdZDv0REIsAvAgXu4c3RzSsX
				vQjtaIdZfdZsU2WrsmGQd2bNgWpebw96A2/EqCQALbgBzKtUBTn8wEVkIPZvhJMzWrQlQrmRZraG
				ThsbAHHtA/ee71drBI7FzfDKry08jra6xbYwDG/bIpgOaipI2DzkaD4NxuAgYS7aO+2Y4CCxFtIF
				5lIaNT0SdpcgbgCC36DbuJH/PXu66z3duq6ALZldi9EPHPTG3EZ3JJG6kxkAB1pAaWZIOr4Adx9i
				W/qWZ+vAZAX7M/H6G6Qt0YufTpXLIyNjR+82tKJ+WK/8guTRjioyRJshBXmKGCs5dvoG7LW5fF+T
				DynDdnwDJrpJ4u+EwQKVD3aS1WtSCSK9Te7VtfneoDeUGp0pusBo0zLUhyR729Rjle+AnX5VjoqP
				ucjBb+p8GYME4h6knchOEhFTImpnMsIbJALhC6V0cQTwBIbFAgB/tcx2UjUub5U3JRFcHuroXLkG
				vH1F8agUt3OIm07JwzFWWHRu01/coERS2BS/Mmz75NlAwWdr6c1R6my4eQjXegXx5r4UOdhtuCBr
				H7YRCvHHqzYGljwsIb0Dn9fARVvke+vag781rrSYtPCMJ9T3x+MLOoaqz3Tgnxvwp3+HN/DOmNIQ
				bcr43fDPVeaQOxbBkbbRAyQ5iV7gSSlX6AjlZ9mx6r1GueYG7D2iBogITfnPCXsgjDo+FYpnyLS0
				BGoiiOTtd43pCcCC76N3jXV7d/mWPEoC7HZD7hq7d/ik4yEmhgPfBkY3C0dzGEX/3jWmL7xrfN3d
				NdYNsxIk+3Co+NV86ZtioGvXOApFxoAVyJTy7LEUN+Aczahl1rkKz0NIflaCNttOsLBc79h3Es/R
				LcEVU8/38NMJNQZYgK4r5l0DxehQ354e/Ae1IijvGVgfPezxYRpf5GBXdbWDpztSoVxNW4fpMJwX
				BhnPdblFRHoNUUOwVCeNOPJySqmA5uIABBKOSwSNTcyXJRnVlYFEwNvG4ovqSniOfsFGMQPHkhnY
				4GWXVRiM/m+XWZnMwvE1+VmiVYYI8nUpplpF6YmVGhKEmBVUL6wicnwNeLd66WD4dUkEUckZ147H
				WhNic9/eIXR8YGXQ9zVPQRKzkHC8v0EYE4WGjc7B9cy/DWkbI/YeD3xOryG0XgKcOZ5YXgOm7g1u
				0ORb9GvBeLdz3UxnBJ1GzPqx6wU6f3HRLlfs/uVM8aiA5QC0QQi/Q+8/T5OqWaZrkOC4+cI1QHuA
				fNkaJJrbO7KrJloDYdLwF7IGb8PyxRqYF4fEOT9nSh9RTTlY5EQ97iPpXOLMFVM2gGgOjrUFBN8x
				CsAVU9HBwt+eBF0oRqtB1tGjLLSpZ2REf3it6tmPz3RKRu7qlNjmV2ezKJvnj1W1qyKojoqFqeKd
				K3fOe8B3NXjENCNwVrZOOiST0gJACzgnIIWFzJJw8Jw94SnA1aDrKEslC90duMzNO7InIXT50JLQ
				uCeHahoeDhJggt+m4EpgidR7t3Ligzx2aZ85VMjOjncHpL/VsiuKpvorFG08A4s5zwyUF8egSaQs
				BFZXj3DgNZUAAAy+WZKspAvM7ow/17hoV8peiJEojZyiQ61qJyQm9DF/rnfS5+jN0hJcfPhhHjHU
				loBLNz9sT6/WoWHGWLLm2mnCPuHKtLfC1cDwFCN9KFgX3cljOvt8p1HEqk5wMwD3AHkow2W8CIa2
				lcO4+tVgMB+XjJeW+y09orA94vZPBd6EGCvBpE8z4jHzJHG6GiQio2oaWNgY8yjyvWKx2VQ+31Ab
				cv8Wy4E9SYPpamC6Lf00V41mqWb8bkgN+rs22iogFfjDL8LfonboWmLcHs0tMq77Rt7tVblsQGdC
				cr+0MPPEw0WO8YtRoqsBqPa8mos/bL5gAHoYbTfp3T/4CZhQGOUBQxN9fPmJYCXF/HMwSjML9Gwx
				OaGbXetA7/rk0yu4BCjiDkul48lUwviOxo9RoOSIOO+4FsKcaGv4ohU8TqFsUJt0MKxPMEyPLeC7
				mMRx8ibzQp/EYM5ViOo0Yd3iRLLnN8DFPAXzux6EYspv9xCqwH6HYnVg20N3IX3kbkjQsTsBzfRc
				ElidfpV2ubqgawuTIwZe1iKuaqiSZybs41x8dngF2q3eazeFW2QkEgrZE4yJ48pDRlcz3soGcifI
				6jGxjQmEsVASTdlGQG2bqANyGyiyjVA+myIUj/3dV9vp2W9kHr+Ihz0Q3c0NCYzeYzwEgeAbOoO7
				OjCPM/4xzdnJvsdRoolRRda38D1DMDmIQhVZywWjXaqbMI3avnLqtFOxUK/pwgq3WPzN7FBXNyRY
				yr6vihViodzaBXZpWk27aXPdWPFUDICJ2V77hgykyHxhZawbEpmaXCQ+sGYH7cWOJPAq48d06LlE
				uYS6oeoqbmFsCFyd/q64q9y20CQDomqmsatBP0VKkizdyIlin4uAUFRgR5Idkp66ce0GV6Y5dZO8
				L935IyaP2CkbhKDatMrDTYBTNqN/g2zbTUirkywmNAh8FcWZioyZQegVx6b5Er3Tlo0BVc3/uTaE
				BhGFq06eI2Mzokxres1ZvBqwjqN79gdqy8PYkiWH6BoXoCBaYx5QuAuy7ZYmXjNKs/5FBOG+60EG
				yGubCTwxo/uWWfWCVd2QToWDdXY6FvHzKJLAzVq5da8njpvt5DXXiuZWtao0X8Vs8H6TaP8sEm/R
				XkS5EHAx9PQtk8yJAsDNRW2U1C7t0DNJNMoG9W8WAEziK8A2TWw2OlR83uKkB3qdE+1n16Utz8o4
				AbllkBJPnrtxsdZ1aS6yINpm6ONq8Jq976iccwR5gwlJ4ipeO7c4Y7rT3YXTdmluerheAapkdJwW
				Zw14iyNW3XeVtvtGRVlRNkjNa7DIj4OQEC/2YjhWvBZp1psG5NlTwmtLE35IOSu1N86oEVvIpe/w
				aNTpco+0MQQ8aQR17kdPKMfAXbZXmbJN+JCWK9YVgWK9WIkiAJooG9BcK1lzjBiBOtfGfuk+HGjK
				Bkomvu1nsc0JhLVSE3o9QJ2GPV8mUJuydE4QHEjDpEytcOdESssHzSJuzq7nbfXr8hCRlaDpbLUi
				MibpGXff0TO+0aJnrAdCz7gfswa6no9QloYJLxAsxKmxgfUn9Dmu4RadNehrDZJ3RtIqYzR+SWsw
				wdUoW9S7oOWVueopn0bHU29xjHq8So2ZwU2ayyg6g8gmwnA0Dhlxii0vFZvRghUW0RVw1iTXgBT6
				zkVisbJBXGk1Vc9j2hAJh0RSrir2TMhrKrofaCq6skFtuLINKVSfhWUnII1FSaOzh5SeRz7hJcZ/
				BzmzxQQbPDr59rtlSVAcuOjLn7zuj6DGPoTkbmKzW4YgGKd6EWyImupfOnB1GPxZuL+hYhoNDGY1
				XTQvKyVdFMQqk5qxi9q0L4njs9BRgv8wcm1eiTSCkBLhVrq9W6u2eXwWIsoPSpqyj+tA7eNyRUCN
				zTxpAml9pdRoyKJVtLoVXD9mMhzS+TDqI94xN0Y+LnIRqFjemO716kAp+6A4icWe7C/0yzk+gpTR
				OeYWG+HE1FScnSpyAjkuNABI/QYWSE1jlpTSISe4mCRjeJR5GmWDMIseg/UiBvw/5zAE3IR9k2nu
				CV8mXILApSPUgqDhZImp4qQ6KCJWJHG7oS7u/i2QOsz5xDZQTsdhEg5R2eAEwtOkIlGDn49zOJVn
				YrO6913ICu1tuteWRcFWzw+b1vcQSTAvDNrjH7q0rhhMivudJpYdzDHZvfo8aW3RmMwxXiAruK4a
				dlu4MjpWbNTCbGg2BZcutG5bQtnAAyPZJi2Owsyymf0LhGzbo+DqmmRSw1tckeQouG5ce9uD3Hps
				n3GAszHY4jVsquv+QVMBAM3EKQglUOBGU+1mDi0mKX2t9ieCvE/phYcaLkZVT/RQO8rhPz/1Cat/
				CFx24jnhfTlyIu6kqxCgfCKEgBCpe41yXi2vKxtMB0XwZIxyHNKZHWioevXjuvtWW5o6K6RsEKY7
				GlUGMKrPK/Btiivyu5aIHaeTJpGXIr8LqZqL78ytkTloyOiQt8oRHfBYoX6EN0RvQ0RVOmWQba1I
				Q30jv6v43y66zN0aGqkHHVjU1oNs5+f+Q4Djp6YXrxJLrkGKc9tAlr+WOLetR2wSjULDYGezMQy/
				mFjXoFuBGlXuqsnoMFhtOpqE6jWgUOyUIG1L9CwDzACRhzkkTOITf3UoW5w353rvXhPp8UCAPgys
				K6DluljLfoYNR5LUDfn/zi+JjCjfBMsIshUHX1YLt9Yt53t+Z2uPIJoKqJoo8KlsECnRUYd04lyJ
				NceiHVb0TE4t8apDatu7/HdqfFUaKxCbm4GBRT2TDTJbsvtajRbZoE+lUv5EnsdrFor5Q2aepfF1
				IbtGZbT7DNNYcprMqiy+LGmMUtY3G6QBehS/dx1avsn/9HUSe1wW8yZZldKVDdZi/O7y2jUyjVGK
				uE1b2a7phEKJ1q+UDeBFw24a4wMP6SzwkC1uCy8LpZsED0lZN2gjIwGWeSRxN7I4iBRFZVSOu2EC
				5oNLk1lPbZBQ+jBMADUNh1reaS6YjbTuxx6IKdsdU0E5kPDW/HmxnnCLiA8dORoqLgQTA4k25doc
				+DxGLSBjSDFDGgRG/jJpUvSQmsFYeCuhpzlIEWwrC3pazBbFuMp+Xj2M2/NOUrD8PKDZ/dqRsmEP
				N1EkFe1vEHX3W8j3J2/DMRhjdD43U2WDLQ7GgzViBvp+TuEIfGzrrgGWstG7IbBsBenNTynyt9tw
				0bocdvvTpBrSp8UY+AaLb/Rpzucq2tpGnxZtg8hEHfAwi9WVbsw2fArSWd5uSGdogwr+iLn0qssH
				SMSbpnnjb0yezeXdkvW5N0i1Pfj8Pafv6NXfoiMOS+KjSKRagHZx5JZ6GlBPhClY+jZpmssNkh7V
				EFyZdha9vN6VLprzC9U9xWU0uqBxv1iCc22TEQBE/ck6ISU1vEROmhhdjW1gCJW97aD3qjSUrlYW
				D6G+hU4ET2Vj1Bf2Z/58Uieq+ZM9YwXpVMqaIEFJWKyUnJWM3aPaqRpcjlCT9aOzxYHnw9buRwDk
				MwFxP60x/yI98InSOqWygU71YahasGg/KwAXsYw42vQxP78nzITzXplx6p0T3xotZieOMLKX3n7P
				KGRrBYlt6D8mE8syuJtkCAHwkMNkAZJOnyNGuW14vnvhoYQQ/KIpKEITV8dNXuMUJfBuMFha8Ox6
				sKhkGYXZ15fgFfsRpZ2+4BlQv9u7CnvTLE6yyAlU81fqmDEJ7VtsySkqb7Wmp+5EYx2UE40jfVhS
				NlDMdQfX8a4ROqEqARlhJpOGjkq14Mwt5V+KTnSFE6Iswa065gh5c3EHCx6Jxhc17HtrXkueBg7m
				luIwiCGhAneDwZIKjVeYiJQ1rE+HxfysNg9vwCecj6JUGIbseC+YNwD8/vHjDW4Ph/67QbrYDcgi
				iWFy3SChbUMNoidaUi+Hda4KZjwKHntRW5OezxAavqjFzrUTvOuzp/chhIaAkIvIdesGhnnswG4A
				6pL/2dsRiWnlPpMbihtoVd8yESq5OFK8vgUZxlQ4EjlIvw6pp33wY2xQa/easALEmARWjdMyJa9U
				qx9nbOjaEtdZKWOD0EVg8QrCNaITVDkoY8xsUtFZqRKU+cWUVclybsll7P48laNLpKM3SbDgHqh7
				ruSrZIHAJsIJPEMrKx6hNtfka/7ZWSBnZjZcj9CS/4yMfSkwF4AlsQUrz9TMPmGq5CxhV/exXuTe
				nGCtAnkq/ljtFnfuczRNhesi5A9JEVszlAXI1r0GqfQAGygyExcSxpPpCKir/qxOmiZHKFRPWtVY
				fqHosmc3UEXJNIFXddLoDuSey8DGatcjinZkPnF9GZwNCqLWFRBNbytuOJhjI2+5Q4vMrDpnQP60
				rqSiKKu5UqcN82Gcm/lKZrhJmC6eH9FzhUTUlsAGLjTDehr0DIAIMMzEifJzxdqUcUrkQ+CKcIAc
				6UplmxCVyOKrRwLqyxIDyaBHn7C9mswJHcJ3oZkGqUdTIOY93RJm9tUJGzF3FpZxH9GxaanW5McM
				8ca8LSABlfAYMSEV7q9IM0T+kMhvhwbb/Sts8D/bHxJsUyOm+tUumWPcT4oSDSqbX7M/bZCwMmQ3
				YIqXclfJ6crLsQyYCWoHStkNTPoKtnobcElacs/cdMSb6+459szlm2/UXoyu3WDCstCKgH3LgjLs
				h7rxp78/JOgYlBJVLKMSqgpc0UU96umdIlAXJ6COdoayLeS52RbXLtEBE+8Hj2fNCCnHAgNJcLXq
				iJS/zkd2A9DqedHFh2Fzu0rq2aYUypOG+diYbaDKhi7jaAUcgi+p5CiFxWAsHJN2hYq6Pmo9Ogqz
				ilIEiKIMFMOJUimXM4V3tkc6ApRnwmYbzER2ijNVK8LysNjmBMJaqfSq5f74TfYaAQAxzJyreT5V
				I9S+pXYDk1knYNp0aVfWgTLSZh4MRhcwmQaJJmOEsEM7q6NZ54VX2+tLotXcTXXCL9FuMChkJYD3
				xdWHqdV82QzGBh/2m7F+wCB9vAzfYhHjIa0ePfFTbYSC3VNgQWW4ttakob5pjWifFTdORQLPU07z
				LhYA4sPeFbd2sTwz6nPassO+yl2ijAtG0LvwuK54crq/5BcgS+dAIpdqzG7AJT7Rp2oI1bR8gB7f
				oYwqt10mj2C+6CKLKJjS6MMrMRorqP6jw2d8YNsNxCiBO5LvLK+U2IOY85tGgi+XJAlK3IhyHZgi
				sb2HA03qffH7qn7Z+T0dtpcJMO9oGy3UznfMbivJM9WzTu1wGJ8lffILZe6sBPW8lQ8MJ/iZA4pw
				yW7AWsKuu8fwk9eVJapJxesJ0rUmsxsoi5wnZ4IkddAHsx+a9gGr9rbQjFi8nr737Av5tVJtSkHl
				DFh1hpxB2D+lfb3KPkuCsUFK7xIAsn1OIWi2Nbzy7ApOdKO5S94H0BlQAnQGEprDfJEYovgMIGrL
				R+FtQEYX2Iw1f2jbFMTIWiQgdxzYbJv2dhIXNu7O4dFKm76luhoZy6E13QBlCubpS3qjEZdmmbVG
				gPabhk3syWRlG4Gb0oQ/12SUtrN3rOOV394el+UAPn+LNw0mF52AJ3umiYvt6lbDmWf+oD/vIPeC
				FW24pXlzFwjd4JWmhY94uASJ8GQWmquSaAFanOU8sTIDnS+cSCGsbGo36FyaCwcARl2eW58wDrDF
				UYlIOJbXLtkMuoGRUSFvWz+4UiHszP3neNVDHHMDpmK+4ZnUS76OQtjSuZ0frKJcXsljX2bHO1a8
				MlKgUku6p5NXTClLXj9NLH/bi5ZPJe5SP0Y0hqQ3arfR9fsPIW5g/gkfAGvnBizjUoVhWFeo33jj
				5Y2jcibJDYYDxFGgFWl9i81IiE2bGq2m/i+djT7Qy7P/BULlIohN8ji6pPLJsSERhYQuNjkb44Wl
				zjYzguXALxVWzh0jnRniJ2pB/4IV1khmmLLhqBGbKwjteTXBAp0YzEl58rQb5wQinIGZcPdrxMoP
				1I7ESUhg7HAtLG/1p4Uo5Q7RQZQ2qI/TQPvD2qRbrRm8rwLy+mJJaMlKszRxK1w9piQ/JPIw+EPU
				KRnHPm8llS5OyTlkEKViP8jacBs2cPa67It700fh1HnMdXeEl8nTCXB6cAv4kvUMO8+ZmpIE1kX3
				4kJOIMJS9i2f+Bhfjlwpo35ukMDk4vfHsT5B4m6uDC7jOh4tPF4CFRzyWhATCGvG6hg3l1WRSbsd
				t6zljZcXByLN1itmA9W1157/bIwNlH0ZD9WJGPb+mMGkcLGuq/AcO80h6zuFnBiAFdoLeHSH0LZq
				Ln4Pz3rztEHeDzN76TtLlV18JVI02Z+G/H4mJR7mjTqpBx05YUZQguldtSUmHCRsbIAVXwOonIUt
				sCLc0+SWUsk6xTyRlSr88WU+ecyw+Ribp+QNW+w6gdBLjzGv1RlMzmPmJTKOlwvKajOKIXBi9ryw
				7vK/q2YH/PlVIj40YViXkNbjj7x4pkokjA/8x0uYRwn/LN1xDsN2wMsIhpnjKp/pmgD1RCkStaTj
				ipg45T6keLDzlByud5c5q4dwvfMVl45AW8mqWzljA5D2yFS1INF+XoJuZEwVprOiuZ1GzcU8U5jO
				qmnX1Jide1zKZuUYgxj05gSIntETM/GT2DWKKh1a5+AEifJD+AXZaKEIdJ8h+FigCsLlnmQbG1SU
				tA0cwJBWi2+botdlTKQ3JfZodZ8ZqqYLvgc3AE2EKNw6Xz6u/4xPC1wIukivAXfX+gpJnm2l83LK
				TB0A/gaWGPgbxCX2Ti4jhXXKCiiJrBSJI0iGbuxsXmh6gcF1b0vGhrD4umk/FmC+R2r94nhnmV+4
				ov3Lapji8Ja3ti2Y5wODZ7DT5k0LaE0WfK0NwHiiQXbJeUjtjZbLWkQA2d+0CT9JnIcEter9R2oe
				qyyE2JJb0vX1SrtZsUHzhFfXgY+aKlMsbdDppkjrxu5Xl81SvMTseTIzQ9PxBXefOIuvOVsXJnPP
				nSiYDMhJOBo9cOs8nhfiVKNfWyxZOYQEKq+Ra8pWh6pn8T1R5rzkorFFFzY1AuSiWzY2qMdehPkN
				IKcQST+IQN66TA6ppNohKYGPxH0eWCusrLCTGLu2FM8sDU7dBNQtnfUqBtd1cAw3CHvDjp1GvQ+R
				/BmuGo8vpYqGHuSXRoLmx3d0Dx3RfP3qGacSXVfAeVx6BASZ8JKlpgftqY2BF0hJAhMBejBQDZ+P
				SIdERDHcgqQ3O40eSY+LflWwtrfYyZ45Riep29HlHSnIIo8cdqViQdL1MbiTOPexZFFyIFGVjRbm
				EW5sEOdcOSONriBOiXzPDUr79nn2DvVdORyZbkVInIDbtsPBHhugO20BsbhXYnEgCxuXMTmA/WWF
				EWKqOy4hgHsd+dPzXm83mQB/ADjCQ8/mgzk7/oEThw6cdG1dKnqi7a/RnSAmiT8oYkqiZz79GB0t
				p5rjmpMRbGswQCGqgMBma3/svC/fqOMiobghBlE5IsXtGy0KQTAK31xbfYTLQ5pENWBjznaIHT+X
				QcbiIameF8+z9BPH92ij6GLu8VkIDyJGgLNsZPaDk2IeTliM6pnKWUtz1ChBa4Iq6ROqlCRqL4Bh
				V59FtFtPba627dvUaWsNAs/9ekJXsOA6Ckd8yirJDGFeuuB2UwOyRqGjgcB6EQP+T/MYAjd2nXcb
				MtU1CSYMjHeRPvbHfPmEcX8zi/Egty0JQa+DZyAji890HGQ0pcSjuTgM/Qh3I4JGHObLkoxqZSER
				Ym3z7kV1JTzpF4VCkZmojwWAj5vQymyrwRSThd2KGgro26KSAM0VpPdDQzFsFHLieQfdKjiz1NQd
				lEEpqwZDh/uRfO5JH/lMilVropTk0aGxXigeqgaNiDX5SPx1SGSxwhhXzoFZIHDT3g5rOj6kfAVq
				d/s8gltrvsKWKOdqdA6uZ//dkDYxYt8rkV3JfYj604JBqotqwOq3IYbDTAtgyQ3vsK4PbkZITSmZ
				LAgN/A25Fr1eYGJUbUbF1Z2MDVhg0QHdkHhpikgfAPcx3BC6YQC1br2RVesLiDUVfOsriD2VfPsr
				HSFjg9CNEgqoSJ/ZTDnZ8ZWPM9SEdpV1xMTYIEAs2JJSaJo29fE8EuzoUzmPWdaXPF5L4uRMMI+O
				JiaUTxPOlvBZgilnSiT5MatBuVmY/FF2bnMxxe/r52j2icWospEfGhkxZ/p6yBEoXRycFW3UXJ/F
				gkUfqy63hqRMKja/4klgd6FXIyc5bX+nkLohQQXNCPfK1gkUkpnbGdBizBGkmfKhA+gS/UmVdAAM
				5e1DWhc3l4XEGkVlNCLR34GTuI1fppxVsjP0LPqghJ8aqB8OtTHZvfmjTlhESrysPOMor50kyRxC
				8mayi6jG8rf9SiqLXt2/Qqeac3AU13fAUl4ag/2QjpuPiT3UuFbrn3DRE6azNwbXoPr5CVcXkWSa
				Nxh44CyhbGhZLn3CpXs6VF6GaA1EoIavztR8wnVbj7nFKsIQNiJtCct91dCIRQEHhkCSWu8cM8Qb
				G1pMIirRcd66kmdj1rshnWItZdvyA7+E+pRb7obU2rQxVhfWhUjAcq8bHj61u7UWXKtq/83c3CL8
				JlkoTgY+pgYg56XHyojJEJMr6Q6CYUFEzFODF5BNwn1CkQ3xuNydsFerG4kjJtn6mxoMvSwUETDf
				yiBYyMe5Y8iJSHVqYNYxSlpCpasqivBTMVSbWSEhB03JRr1FkUtjqLohnfRKcoVXEs1fvf7kG4bu
				hkTa2zVdq4Cc+eHI0VOP+P78VNiN7L++YZ6KdS4xVyNUtaUO2cfHIhVbX8Gck+FMDbqu16C7q2Ah
				4aFEDIUZzBf4I5tQvo7Hhg4dhXyXm6WkcEEOhqixKPC2d4l/zv0JgcGXIrVq92T5vmr5gMJPoExW
				vK1bpEoDvV+VilF2ZJWjFX/cGxvkf/l45M9HSIgXd8Gh3WzEp7/NBQBRETB4Llb9xMHG0VZMQUUS
				4Ewcij3E8bCQIb04MMJU3M+mjm5IEMEEpARdLQbtTA21n9MwS9s5mLms6SdNaLYGGKYzXMjkfeVP
				PV++6AuoqCL+baqz/bJlFhGRQHpHrmjOr0QyWes7SzA28GDfDHUDFu3nZegmY1VtRIu8dp2YFFCq
				NgLSCWOhOT62zyXZ6gJ4/lojmvAe/CaQ+GYJ4GL9iZ9+/jHNxbfvvQtN6jvw8sKjWpmVk0/tOpfR
				UcmtnM4JTyei1/S/uhbORn4qmbMwdUNSK/bZyVIam4eVRTBKSefuXPw6x3JnMMBb8b02GMqQP1bW
				wWLOCZtlbCDvonkVu56hpwKImaU2gkVww3bKlar8JJLrAlsitimJxETn16lB73B/ZJJu60QR5xCo
				KBLEyvOlvakBmJsE2yL/nqKJlrul4s5Sb2GOnisruyN2xgYh5Unf5eUWYCid1znBt+6eN6cheKLo
				9WsOCS1kCreHVnz/SIrnsZ0OATJ99gzAdUCDq4uGAONEUQHgEAmFdGrw/AzdBF2wPQkzFkwbRnRE
				gHbxGllKz9Gkbc/IHKdeM4qLZIHvrXBX1wEiXniImwz6V/c2wB5p3ZAaEMG6Xyowz43WwYzhMGSl
				vnW7TWxYu/EKbYwsbx2SXIuH+ZCCYc6ccJs9gdzT2AABH/qxT1/4ds8jgDEpb0jHxMsqTYBSGd55
				JybR2ICSQ2b7GCxzEmPslIRG6f3vtvhMAmWavEDv/8Khro0M6hYgTf9ce0YNI9qc9D1s2Bp2cXXO
				5GMx4zX2wMuT64UJwh6H13JWBAftRqyp34qSCH/PMXdHF9iv9ho4agJxrxL7sLSP19uvJBgbJP1y
				8eiPg5AID+ZqOBWKrkM3NtMaY8sVMR6KDq0dYR27ucLugG02HViy8AGp1U015EMfLPi6dqZ4F8C4
				moIHVNUg0Yc9uK2bGO5+UMVE+ZJl/Acyp6rB01o7FuHzSRLBy1o1t0aiGYDKNp7fU2a4cwHHqzSS
				L5Dzc+jdiUDO4xrRnJ2rs/WO2GbrgmR2DBGJH7TuzG8Ex5SuLiB7T16qBoPyHaEM0FcwG+5PiBkS
				3RHb+qGCvN/P6yZOERMWsVgNnvcvyTZaPNTHoyWGJ7MgHOVDb14P8NC5wpp1gRg+LmTGJGloZpPP
				Blt4d8HVMwsyoq2KPjMSlxGlF5bpFa3QvTQQJBB2jSu3M91qoO0iKmUMR5OiBqurR+GyxoKrQZoC
				dNeY15o1sB66LhiNDeSmKltKSfcbLEYiaixUnlY7/e96JaWa39dHRRAWMKG/B0kMRks+bQARgYxd
				TDoM9Z2mA/KS1jnazcAW7RJDEFX0ghQsXWF2jzxlvlNbqzmnKPINFc30gIKhbXs/6ilCbeCnGviY
				RNjIjLxf1TSMpq7MuaKfu8j7yaX75eZnp8IT3Whe2RlZRCLIcwu8ff41bplWFbU+1GFWIhzb3Kzx
				dGw4pHYy6GPclR0Gfhe5JhRZI+06GCri/h0uFAlFaprw+nib40h5T4aOPfz2N66t31SR0yI7DH0O
				aSGsmUbacTAUxPYcXCSr7xMUUf5QC1m7pNZv4tVqMBqpiGaxhvjzScnAxa65dRPIskrSuBZZczZs
				pbVQQXATDCrpn07bOtBP2z+HplmzriIL314Rk8ZZriuFIjJ+2iDFrBt1MqAz63Q3eDI+GuD5sJIe
				rcaOw8YGpI6GQepFhz9+nGEpHBL75mlrR2LrqqdRNOZpg9PZW8nIuW5L4ABOzYVwXkO4HQgN6qBS
				ZtYSgop5QbrulaZbChxYsurPoifGgptiTW4j6Z7En5k219V/oMeenRM/CkIU738/reqTQLhsq0o0
				ZmienT4HofnlUTxoFOojWMiqHcL+9aDFEVhhbIDIManY57a3OBYrEAJq4HlmMg0CPIut1i3/x20w
				7wGI4Lk5FJidP1ND45BE41vKYZIHdrP1ApAer3IyCh7WQLWyscdzcqnwjazBcTL9Z2EycKI1SCNm
				/M7ZloYxAIoDALwpJAnXDy79kAJ5moLV2O0EzwOUKT8RfLBdoGfE7n9ArqJ64qdbzREdszVObEz+
				iFeRC23TkoNlGFFZm7hwW23rW22BNCB5mH9T/t2jddtqezQ2yCpCDwxNIqlgdUhQw97/SAWvygUQ
				WOaWXl4R2LHlyw2DAULLQcYGHTFKCNs+kuyQIGzHbI7SKFU4TZolgqS7GYotwesjuZ5ig14P2ip+
				6Z1zfbaUSljoUSswNtgK0+6rglptpUtZiLnGqCBuwVvVAOPyiTY2iKNjFTgjSiQGDwlCc0hoi/zX
				PLdtbBPMZuKRouw52pQ7rI0LkwMYG+DbHKs5sNBpK8uxWuRioycsGr77kORZm3qgbL+8yGpbUtto
				oCVqD48ZNZVw0838kmkjXrRA9fqAPc/3mx7SafdYBIwD5as9qc8GwBgUt96YpLAaOSLbVGfgEzP2
				F8r9bUUDrZSnQ/M27F1eR/MaExgbdAIHavwq1VCGrzm1rxBgb42xq53SDYdVrTia1TwlqXTboBEo
				BzUYrvDkatqo2NmuhOdMO0ot4zqAHyxlWos7WR5ZvYdEeM8/lWVmzY1aglsRDxu9s7aYsJl3Nij3
				ZtPn4BSECZMRCHG9A2z0j16EUNIxGerDkcq6HEW3wTDfFwCDkBlI0KTlwo4WkwhzPOQVWi4E29jR
				AqUURhGEa6s5d3koOVTd19JCqsPjcyvMWErZgD6GMjzyjSbNNcCtS2CWgHVJPNTXVHHEjMXGLwya
				rjM7xSOB+5Dotyz0tq6eZcs2GqoFnUqICZIkWbe3wtd1u6KYXx0s36JZUmnTDS53qgSRPHLFCpq6
				Qgm3VjYxmP+7bVqvbiJWUYsfFGODAUBGYbXiBjy+TuFEfmwalzb4ZFemHowAEiXHlhwEJ77NaDhu
				fTAozCMxB3XFUXz0+l0zCCr6W5z25iaHZLrTxD720DQMD5P23DDRwT2m0ax9AN2eelAkJH76GHTp
				q4eDZcK9iwBgbmBWxppJRRm3plkdqyzQinMS5cxIsQ6NYWoBrtFNxoxW0f2lgFrCCBX7dqncsZ7z
				yCQce8lOpxvgZ8Js5J9PSYQutsDVLf6f3URuvX1C9vhxpbgerJETuPLNCggy/Fki3qrpM7ie/bch
				7WHEzuOB59JrgFOw8SOghDPHoxJx3UBXbEPEh4mWsJUqXLDbWspa+cpakH1LDx9MQlmRYcpx/J/a
				fS63loq3GRQ/49caMTI2sIeDEAQiNa+mDXsiudk0t3D/pw0tCNI5K24fCZKNDcI5EtbenZUA57Qs
				3tig1t1rIjxx1YBEU9aKt1LETTaExbYjlsYGoUJUgEnCMAwGLMtY1S33j5G7S5bGmlbjJOfcKWxl
				qd+NQwIX5U2sbO+uR7ZKlDDyAkQdwZB3ChHz8FHlLHnX/LEe4YoCIatAkF2XG1ADru1TmUAkSFQz
				AueyddJLMukgzINk9GugLvmzP2m6ZUGh+al1Y8kZo8uO3UAVqwzRVgf6HWagMtYyAkK6rJKjDwcH
				Vuuf4QgnE2fvOhQBFpGGF1r50SWOhTCr9TjpHKHvocWjWY0XZ7pMV9MK8zUGo3nWCAId8aKHP66I
				J66aO2uFADo6cyicbWNgWhbXCB/WIqS1tmWPgL1y2w6uWK0zWV6VmZYsZDoUG1AG5PIqjXsmYWv2
				YN8TL+I3Fj8+5oQ4uSKB+ajCDTI3hf0//pLDAeACx86mSZtck8adhvsgyanBpUhGKS5jGI/Ty5tX
				rFxHOysDxPwB6i1mOBaAJQUFzQFzrmhf2kQmkduxcGgylD4BpQN5A2ID0gY2sIENbEsNPPDACQwM
				DAwMDAwMDAwMDAwMDAwMDCQpLPf/M5CBtRlNNhsDNB1HtYXFigIPPHAagYFsBB6BjMBFYERgCAyB
				gQckoCHw7f+/ikpqqiV1tVjXihW1iikKVaMhEqoaERFRFdWmouJMTU1VVW2Z2p3aVVVVVVVV1aqq
				kJpUUVh77yBFrVar1Wq1Wm3tvffee++w995777333pt1Xdc1LNaDIpawhlWWsFgsFovFGmusFWtq
				tWm1Z7VltVqtVqvVarVaRa0iVFRUVBQDErUbtY/aLyoqVFSoqFAUKlSoGWqhFmp777333nvvvffe
				K6JQVBRSsl1EQ0T0T6LRaDTaaDQaqqG99957sof2UAwJDQkJCQkJCQmNRqPRaDQa7RCqUhCq0mg0
				2tjbSmWkNCgFrLRt2zZNe5qmaZqmaZqmaZpIJBKJRCKRSB1SSUEkEolEGpFIpBoRERERERERERHR
				iChoIEF7IiIiCiIiIiIKQERERERDM7OZmYWZWVOj/qMiIiIaminQiBQ0CtLMzNDMzMzM3nvvvZ/Z
				nNl777333nvvvfd7701ziVPHxqFiR0ZEqtJZZ511Fra/KwNEAAEomUBnzzp7Frbt53l+tv3sztnD
				KYfD4XA4HM62NwubzWaz2Ww2m5v9m4rZbDabxTBmYmIiYjabzWYzu2HCTJiFWZiF2bOaPbKSkpWs
				ZEEmk8lkslAkVENDsqVEmogkIiKB5D2yTCaTyWQiIiIiW2QiIiIiIiIiYREREZq+7Wd7W+nmZX//
				X7ZQFgqFQgolgOy9995777333ov9Om5OZMveFCIUEiIIMplMJltIhAxCiIwEWZAFmYiIiIhU2mnb
				9hUrqm1LRF2JSp2oo4466gK10+l02m3blq4r6u7upFKpVCqVSqVSqVQqZdu2bbsrvdWyazS0pmc7
				FoV2oV2E/uBu+ytyd3cXujsJ3M0Cu2FgNz0EEIFdYFcsG8hudrM7rOu6ruu6ruu6rmt4XSdxR+5A
				HakZjUZJpiF3d3d30UYrtO0O/3+EynUtda1arIu1UFFDRaGoiISmoZJQ6T1SDRG9QDQyNTM0IzOd
				GM4z84yMjLyDyHvv5U05yPu9t76+vva+vr6+6Hv1m36H///3Bz4+6fvtML79/vD/nry933tvxzve
				8R6J92Y87b333nvvvfdewjvsvffee++993DvvYvFuqbc3EU1pSkJjaYSaUHgOI7jAtXeew/3Dnvv
				vffee+8dMzMzMzMzMzMzM1w6fMLMzMzM8DAcDofD4XA4HA7Hhw/Jh+PD4XA4HA6HMxwOh8PhcDgc
				DofD4Wyz2ZC0ITebjWwCyiHnnM/M8LDhFcM555xzzjnnJZxzLoEkzDAM/58wEmEC5iQtYQlLWCIi
				IiIiIjIiIjESoVQ4f845jYyMjIyMyAgPQuFihCMcYRihUCgUCoVCoVAoFFZERKZSkUGRUypTaUVa
				YYUVVsjKUpmFCxfKsizLsizLsiyUhRMKhULhFAqllMEUvgCFE1I4IZ9wdsKfcE54mHPOOeecc845
				56wgISSkyp9XkAlCQUREhB+EMwifc84551StKueccwokgOosyykvL5VlWZZlWZZleaCypmRZluXT
				kUpxOpgGbEqSJDlJeeCcc84555xzzjnnnHPOZ15ezjnnnHPO27Zt27Zt25YtBdJAWFZu27Zs27Yt
				D23btm3bsm0Z2hllbaNyPg8NDQ0NJd12oZyHhrJmzZqc8/9rzpqH+Xw+n8/nAJjPDyEmZHP3QEEz
				IRqZmhmaGZlJ/syZMykwU+ZMmSS5iCxzyiFPDpl659Pbe++9907OOefP+fTn80mS/Fkzn0/OGZxz
				zjmf7f3efJPX5mZMxv/xc855DY2E+eS/8Ifn84uqigwskiRJkuREkiRJkiRJkiSpA84z5JyRmeHM
				iJBUkYqIiJBXg0zJS15ycs4555xzzjnnTM7vfB4XdzgOF8mJFJJzkiRJkiOD5JxzzjnnnJMkSZIk
				ayTJF4yIBUmSgRRI8sDAAz+QIbCqqqqKNRnHohpppJFGo9FoNBqNRqPRaLRuNpvNykfmqQ5nExOm
				hGTOWBSmM4aZjIdAFpdNiss4PkpARmqQQ8dDx1CHjrdb6DoeHQ8dDz8+/vj4+Pi4cZ3dDMWCJFMK
				x8fHN45cLcaRtm1728YttoXFwkbGYhIjSfLFSIagmnPOG2EkD2MIo5KqmqIaqWpFsa6qYBUVFVHw
				YDCm4KRAwYMfnglOcIKdCU5wghOMCZISlKAEpxKUoAQlyCtBCU6DDUqDB3lgg+QhuoZGKYQePHjw
				oPxBfvzmOw7GwTgYpFJHGCzJ+THnnHM+D5xzzjnnnHPO+ZwHGU7yBg8evEIIdc75ITjnnHPOq6b+
				563AA0mSJEmygSQZomSGRIHUQDRBNYGKdz7wwAMPIyIvgWGoT34DA7333nvvve////+XDygrPP//
				//n1///////x/////9577/1EPOCPl8bHx////////////8dThv8S/19VvHjx4sH5onjx4sE555xz
				zjnnfIiIZobKJxtDcpnhw4cP38TIjHDhwkVERERESuksy7K8LMuSl//K/5/z+ZzP5/P/////////
				v8ZAksH/r3FG2o///////xX8////8iIP85hzzjnnnHPOOeecc84333vvfbWk1wa12ptq06Yd////
				P/t/NpNh9zswe/bssPfee++999577733lk6pP5Dbsv+/btu27fj//3//h42Kct+eqNu2bdtU27b/
				2Xbs2LH/////2DP28f////////9PccehfKlm6D/CDqu44oorvuKveIGKKa6Y4v+J6P+g+Jp4YpmZ
				mZn4//8ljqdLLLHE/y9xTePGjTttG1Y2ukYbHx8fHx/HcRzHcRxPjBmMGTOOj+M4kGQ1NLL4/1/+
				////j+M4juOIiIiID3Ecx3Ecx3Ecx3EcDofD4XA4HA5HhSscDofDxHA4HA6HN0ThJyoREVH4w/8/
				4Sd8CIfD4XD4/////z/+//9wOBwOh6vhn7YiiHA4HA6v4WgoXSOHDx8Oh8PhcDgcDofD4XA4HA6H
				Z+FHMjgGUrACF6aF72Svb+GFF174viD+/4bDRSEcU1VVVVUttqSuarFWUaGKiBYEj4vH00AmVVKR
				iopUpCLV1NTU1NQUVU3VVE3VVE0Vi2GmOMUpRrFYLBaLxWKxWCwWi8RisViUUoWzosaKbLVaJNMW
				i8VisVhrtW5d1wRxXdd1Xb95vMNxuEgWSzjHkpzkAoOzFWtFq9VqtVrFiuRVFVZRUVFRUZxHRUUt
				EMVQjGIohoRiNVRVHYrFCoRiKIZisKioqKhVxCIWsYhBIhKRiEEkEolEIhHRiDgRa4hD/B/iEIND
				5G/CxFAII0QhClGIQSQSiaGIROJESlKSEpWqI6WWLZVKpRIplDjnnHM+MYhEIpFIJBKJRCKRSCQS
				iUQikUgkEolEYhSRSCQSicQaVeecP+JcEJxzznlQkDSIQQxikCRJkiQ5SYYoIheIMxSoJlBNIKph
				i3PGcDgcDoehiIaKhoZmgqChoaGhoaGh4UFBMzMzc8zMzMzIzMzMzMzMzAzNUIYyjJkJ0ehMR+bp
				cJ4NJ2YTJibMhKRkhISyVERG5O+9JVGJNhq9995777333vu99z73j+M4jqP36HH0f0aljDLKaDQa
				jUaj0Wg0Go1Go0ej0YgopULvvWFRooqIRjSiEY1odBHRiEY0eu+99957771XiBAhQkxViEEop0JL
				pCq0Qiu0QlehRTUUSqEUSkREREREQyMzMyMz8xPaLjChEjqhEhoqh4ZSQiVUQnvvvffee++9l70r
				y+vQ6EJK9z79f+idh37vvffeezG09957BQ1l6BxKh4aGhoaGhoaGLjQ0NDQ0NDQ0NDT0sNCK0IaG
				ho6BCmkQi9DQoggNoSG0bdu2bdv/q6qi6i+qq6666qqqqqqqqqqqqpKZoan/Duf/qRKppZZa6vj/
				/5/1f6iardr/3+u6rqtX7f+jruu6ruthXZM1a9ZR13Vd13Vd13Vd03Vd18Q7pyJfsYo66qijjoqK
				igoVFRUVtUDUoY461P8NFSrUoWaoCLVQESrUV9EtCVJVVVX0//9E0zTRRBNNNNH/E03TNE3TNPTQ
				Q9M0TdM0LTRN0zRNC03TNE3TNJUulUql0qWfpulQmqZpmqZleqZpmqZpmqZpKiIRBSIioiciIqIf
				TURERERERBQCERERVQdBT9M0TdNUgf5qoECBAgUKFCjQH6gmUE1NTU1Nzfz/0/z////H//8/z/M8
				zzUzNPLMTGfezP/////PzMzMzMwMZ2ZmXtnozMw89Nyf5+d5nud5wjMcDofDORzOZrPhbDabzWaz
				2Ww2m81ms9mUxMTExHRuSBwNxkxhbsyNuTFLzBLmMAOR+pplCcjHcRzLcqiSSy45ZFmWZVmWZVmW
				ZbnLsixVjoyMkExHlmVZlmUjUzJCEvn//7hSkd61ZS+70Ohch1LR8s9dbiz/sixhoVAoFIpQLoPk
				FAplAcqTKU8OmSwiTz5s8uQ45JBDbkjIIYcccvwHqiAf5GmQgxzkIEeQBfkgR++99977tWIVdRUq
				ikIo6tSpU4/ee5/qvY9oaGhKo+rI9A7nmZmZ/v///9Kj995777333nvvvffee++9907Ve++993v7
				7Qii9957uPeys7PH/////x+iwh9GEasIK4p+46P33nsPERra0NDQQ0MPPfTQq/X/9fX1UvX19fVV
				09P//////8MPzM/Px///////h18+/MX/////p/feA5m1rATJL1jWAxMZAByAQTBIcSAHgtQxZw/A
				bYKE+UX1/hQu+uGSJQKXu+DUHffP23PeFBjI7QyZUVK3Vnplj1ShiRyxh9mJurkVqZGT26oMOU//
				SUjIo+dZP4kFFKfZmDD41Miv8eWRHYX+HokkqDFlTHvqn/uFKE+SvvXoqT+HRAaUkBKDIiI1AUM/
				LStk9S/VLf3fmdzO2DHj1RqoeNowNQlINFbNtlE+1RqLblorWhbIt7ru0+Qw6uSi+T5N5uefCIPN
				cDo/s1ISFf2gZysPBpZoGh/x4ckSwYNZL05q085+G9CB8iYo2bTZez+Q/PH6HWzURi2Y16d3dkCu
				XB+MUE8dtJziotbPBcFOffCgO+3N4dbXIHlyqZQkAjUNHgxq8Q0fChJjehSfs4VLNaA12fceDCjv
				d6aVAYp2sCV4uWK08nOjg3EUB4LJ6Gkc4ZKRajJtH+Y4sPYn++t2xEa8QGyqD6/D+1DoP1t8U4go
				gItRCueAMKCyyIOw1QxGweumxmLC7Q3q5THDH3Tr0OtgAKqdSZMGhwCmREbnAWS1Lq5AXw/S6pYN
				O4yk1HAFsLO7i+b5H7uFyibYcXBn4RBIJAJ/5S5/uUUTt1cwqDijRUVjXbLkgsAspU4kWJDTik8K
				UqVohdZ62UHT8Leyh6AfDEZjPt7hmi7i5xOkQye/ClxaUv/Z+5KGFkjURmnQMQTHC4WALnOCI9Li
				bfeuLAJd0Hkm/WceDwSvrC5zUfpC4cyyY5taAf3DFIHW7QtMcK5/RRXFw25Mm48w041CQWUtLKcV
				EPpWtzI5aDkOVpGJUwj6GEQPS9qxzT+TMNp6UCUNrthMeyQ8DymlqKMjObPzKkiPwFuP1VbGgxUH
				jcVxd/QzaWy3jrDgwxlP5jMzkUod/bSqrIV73+6mcsRtcIscmKA1x5SMdW/5ccj9xQWsjFXR4icR
				aXEkCB9xjnERtibYyikFHgwQAxmH1I4Y+n6bxJH5jGWTaO4M8BbteYSOSbR7OMk2QczTB4Jy1rsY
				rBGmLAQMOi+LujFuqogkrVtdcv4jxst8Y28gNKH0OD8YpASHT+BZhnGafjJc/2wuRUWSZsGuz6sr
				I1mcii0JLnNSnDLoHIXlVo/0RJUzPna2quryrdS+vEpZNICzjrZV6I6dTRLfNhul/eS/LNzY4eJ5
				dXNsNPj9DdYKPxiQS8W8R6NDIFMis8MJ2k7co7+TRRFW6mzSv3V7Gy13t4b+3QIyW1yNPerWDlCx
				DKMdvcyzXb6zdNaKPNH5Rr5puTPGPi0WJehneyOsRe8y2Wm5AkWouqfkpINhkHOyz6hte2JYsCAz
				+GwabW08By+CeFEVmHJQwXk+sC04kZJJtUTbgsQeAxlHzF5wlqDLUixbSQ4DkAmf7CiTq8eaFS4P
				6WtNtI3AysQFqZqY+f6EjteM45O4QegjX5rblYn2CWrfw4avWBYZtdgDDHUVnDhjkxcKmAqa5zQ1
				mFCfO/Df1j8ewQ9X47ej0dS9FKgIHAZr9JPgI2VipcWKGPwVkEEKsuklclznMW4VAasY0BAolBRk
				W6pja2YgITNC0qVhPywDogV4sy0xMXCkG34A+Pf9JFqhXe6JYoforz/sPciAaMzlX7O0jpKlFYIV
				sTzmiPd77sD+l897d0ds+i8ie271uxMNWnocFyTcBzZevp/U3CSqpa6qGKQts24TwdbQ+582Yswi
				sp6Ajnsnus4koTC2JeeChHPw5Q4BGmNwNmQdthyCeXlZtlgS08naOFPZKh8isgfIAH4nXk90gRBb
				ubRCUAS7VJMfEIgPsF/yc8UOuKlNE18M5da4IFXUtWy46b22SpBkXvxaAQgLJWWUopGsgURi4JhW
				FSZJLSkrJvK10YSLVjO0nIVttJUQCrI7JclVE8tte9a8gl1uoPFV8P1pmmHsSsoFCc/RK+TOiYqy
				23vu+LdZZPV6LirkHuf47+vg1woHangYefJ1Wr7fT/EeIq49Vw3GOG7QGLKfioHinO5Fng6BTImM
				HTd42+r15BVke2t48krFDo+RVAqWbG0E7g1jpvNz29iQCYRYVVg1RO7TNEQ+MzRE1sMgtHNSNyaJ
				qJ7/ERckLLhnpXbLDhZiwoTIN5nbygXLvyZs0C9WnQ9/g9T6kY+X5pI7XH2w55xvLGBuI3AxAxiV
				AooKA2rmLmmPnTLUnBAyZzW3qgV1tJn9ebox5qzmptqFfEGybMm9UD7AA2XN9dcjNIdA+/Asmvwp
				kDlTmTSIfJabPczx5PGi2dcRRO0x8XumC4XZa4kXJJkrmVogGqb0tYm2z0yC7acLloq2efEQfyBy
				BJVO2nHocgQ2dJn2pqHL3l4qbzSc5a2FDJlyw1YuAew8rfkDXLmfPjNWjBbFdd/zcAjkKcnue0G1
				63bt7YwEsJkX7Cz1YG129e24H2iktJuX4k4CmFFxwRcz86EqRplC4nfv/yaKig8mdCDL4znjYL3g
				vYTYkSVtKiMyrGjuPFNFMWf2kfsn77xKYQoGkhoDuR80t8DR2kuQiBTvifIqx7HJtzN0G6MA20Eg
				8pofELmg2wGRrwGIlPrGLWA8pZgbHbKNayEYpGJCfMTHI0hGLnvFpRv2l7cVLrd9+sb40SYBPPBQ
				OLfgdSoQYvxO2k6kuX3wINh6iCLTGUd8yxIkRePl9xO3EgzBOEtrEofm8NE4PFTDgQGFF6RzOPQV
				oHv6/ZPlQwZLYnfLREKOLSXTZ4ohR5OYRbBMU6BManJlTAw5DkoMmTJIDNnNvSceoOwIbJCYb8kG
				ehu5SV7erpVXobz8HZxK4M8hWwSvfhWmT1ZW7rf6VViU7ViZWKlfhd3PYeXNtX4Vdg2AlbcsfhV2
				MR5Zbl47jQdh8u5mGxwuGIOEhn30pDEAleOTDyN/B6kSlThjyrkw6pLIi6U2dwLryf9oSXKMzT11
				LvjvvUGYLLUXHNocKFwjdxh3jm/7TWTNIeW4/yQ6HIn7Xwx/ZPsKWLgKGLCv0/E2MlJCxlk7I4lQ
				xUmN2BwkfF0wZJmZ9Necscke3GnBfcJoeS1S7swXn+J7XitpkknekI9prUBzQoTBKjqmCRhJAyzg
				eADJmNkMow0t0PyEmvPViqmszN0eGH2ZRvnWeIzSNvZvNgHzRNM7iiMayduQnNygSZT1r8OvB+xo
				q3ToyKWgFQekXKFI+Z9lyYujYx8uJ4KBhpRBz7wjTQrm7T/LkE04QPELrSG2XkbEae4pJpXGGpI2
				hnYnZp5WBEidZT8BmVyQRy+/g/WZoZegGo2BGrU7VxCsNXo89fsob1weNqmqZM62ToWEv2gkbN8K
				qU9zKcfpDZWufR5sgm2heS2tDiqNQX/SCnrSdD19W1xNd5nqO5kKsyerrVVsiDD411Ean8WL7wdx
				YUQ8umgP+mkMBi6lmqlImmmatLY4MWGqaKd0QLcDCKysodcgDNYbky9E6DfHDx+I+i40CYAwoAdB
				AWD3XXtwSEjDBNhlkfVFEK2zMqi8TzQGtXA/ZgvQqS0MIT1bXO1vJoB82Pt7cstHUkB6CRWtp0kH
				JcrR/G5sDgV4mEx5TtIYmPo8vmoif7OqREh4g6BWAKLxb+EtyjlwYDZYxXxgayUmTiBx+qn+47C6
				QxviY534fi020HWkAHlrtFR0crOdHgIbq8R9Tt4+W/smoR1hCUJjQJuzw/YxinirzklhHaWNbNG4
				dIi3W+nziYXAQBCrOpXjRkiVK+FJZZYVpY70DbHMspLBLprHFNcgICD8WZY2UIQZKZJbQSBxrC8p
				cwmzrjqr/EldKsQOElKNGOtCtn9XPRHwSEiXxoB8CpNMGhwCjCWy+x7o1b4cI2QP15B1mWnL4hjB
				fDDbPIBF8pbZSErFMEIK3CKeZ/xfp0RX1q2+Tlj+Xm3TrdxQn4cHmM/mrG2vv7nUQlXDbVomeHGb
				snBOzHKcrFtRZYgfX9GdyObV2puEVKXt+ShXfm1/dqZAaR9ONFqH8dX7ufZuaO02m0U+2Ejut24A
				IQyQXlfKXXQprFs3sdJKsVVBLphOA5gKgtsGcHsmBToreB5AGAjeJfM2UTMpAeEy6McBt8+FGXQR
				BgI5JRnX/HuhqwQZ1QDb3aYEuY9Sgnz9UYKMoCmNbuVoDMA1Mc3S7BbIKDfT9YFpXT2k1VFkDKRO
				co1wMM9NjdzaquoIcqTrY056cQT5hvopMXTAhqzkPyANNwPZM63+GcyNKTwxJ8mlv2g0BrR4m5Mw
				UReiOPEuALrE2m8rZnEzV4UhkZR9mpBqa6w6M5VB/LiIxODMLLi6L+e4t17N/sD/QHYihU1cdlfs
				hFfv9umBvXCfz63UfW456JoU+MClivvDmFjM06xyRGXxgeydWE0hkTDA8mgeAOenFGP9trMrlVtD
				RVcU2ZmBoNf9czDI4EObWA8gRcTt/pC4i0x2q2Crgr9WVrDjnPqaT0PY7hwDhH6WztbipK/9MAJV
				t/F0SN1Q86BbumDnojmmCu2vQhQGUcG1DW52JNMMBf3XfwyssGkc8senSUYXYwFcqE1rN25BA8nM
				qmjTTtP9AHr76m5IUBu1oVCX3mURuZuH6eu3MnS2PvWrwRwgR3Qzhdm0B+12i8e/yYfaH91Q0vgx
				qMUNfiikh+gTZAdLrtUBldzv+zGomE0dKhc00skUw0WIV1FIYlniZQsUSUbTYwS3i6wkow2qUWwG
				+U+1bv8EIDlS92qcjCjwzpaz8UCYAcM0JXMqDKj8EvLDz2u1NSLRYqwul39yzxLdkvtWXxjEfRHV
				s8jm0XIO4JbK7zwAh3pxRQ99MRueMHHlMhyCLH9iY7iixaOJOzAga82EEj/JluDwKS4CW+Yub75F
				cwcQC2SAU1780tyKiw8WBuXSR6XT34kgQWAU2hmyZxhQGADM7TKCBkg7ygcJhkFUJFnRtTgqz86y
				JqHNQkGjoOeSHsc88LS5P4TPEIULYFsa5jPQZbR9FJAvljAb8VO10hVBdhsjws61LjMv+zko27Rq
				KCCjFyggLwZ8AnJpRl7hbpEKPJj/vkBVuSNHAgnIi4WxW4dENixwmSjU2AAeXkEgMnIrgwCfJ2Ar
				MsciyLa7ezJ5qx9eAT1ul7TJbfKIaDEKml2yx7FyqJAwHK4HK3hRH3nySRLxzVkKR+39etcfkLfs
				Z0nb+yXGuW1cRl1UdsmdBUJ/EdOj5kpIA7wiwMV5QJlpP8a/fAjpCJFVEjqelcIo6DEwixqQAaXL
				wfV5OASYJTI7HNDtq8+TF3j3a7RPYs42X0wpCAJedhsaJ75CVYM3WqOQEXr9vLph/OHw2YGY2CeI
				RiX2HQuDpN4MPJMNjKEBz7NVdIf/ZHaFA72vIwAYp9C6O/bDzWwKzV1KWdvxkTbcv5izE1zkIyq8
				vj1tlo0aXkXiHmmreLhN/W6i+WitJKPT4SrCDbzsvwWWSclsi7Z7ALNEZucAobWgPa+QllciI9JW
				Ed19ScX4tU0G9XbFcMvVOOiueDIqtQPpO0R5CUsxLp66VRSWuIPpU7d6WzL2X1aOJemZrPQu01ua
				Cxu7ave8PenYMcgVPqZy+4X8QCijwMtXHDx/AxwNZRcjCFbRCzlPv0BLBqzbL4PW4GSKOj6lWGqg
				8dxavFg1xnT1nCrWp4mVgXRBxqmC5qTBPBDiHMapVJ90cd1dpSEr55OuaVa8NqLPxR19MYsvyByv
				s01YIBjHY+axIiGXpHysDMCky8oRkMx80sU5VEJvHLtMbNcwCJmyNu6ggr4YHDbOK5RKk57R1KAy
				+H6s0dOVF1ZGiiLjpCURfbW9NZvIvF7eLQ07DIRm/ruXCXBxiBZ4Q8dvJlJBQ6AGvlfWStmQjvzl
				bjHH9hWHw7WhIgfnwX3fH58VV8hKdvFlis8D+h9DMl8OkeHyQpmSE73bp3koJKJnG82Msj2T1gH6
				Vf4b5XJ4c1a0gPN3KKW4pmd7T5N5PeKMe19mhQ8TNQD5uaWQ6ucpZa2IJG+sl0UfdkPSVFGDq+6S
				iSqrmfNUayuT8Zd1wSPFoLyT2BzYxHFCEqlyTIqqGJBIUKu4SOeL50hjCKPMBU3CUuL5YvMGf+Ic
				xLyIDq54FdiEFPG02G4G/VZz48zwjzW58I+7hjDMBn5kI57AP6YpwD+mg2PEUgNHcSJw61Kg6mQh
				1YJzNiyaXvs2jmRyFFsTqPIkXajc2+fm1+Iz3BjEa/1yjFpikOAitvT+i+K1s7ZgradKNsnLCYfj
				57w6qgo7PKg1u/1C4Frp2R7hHsl2MWA3ZoLDReUM2VEJGp0t+amQaZIwbwO4Sm+I9TlGwnxmgpSq
				jifmLczezL4k/kD8eIMs6T4GXnUKM6RhrdBYawdkEFGDMR9oMJAvjygRPowVl2rYP86e964EiDJr
				LhxgNVANgXooErW8cqECDOnx8+4S0CFb83yRcCPpD7V6cp/TEhzp+VN+Dv0UmlqK6RRbAzmbsB8d
				Vw2CphcyklzHLIPdccxBUepiOfn8Dhl/cyLY3BjSo6Dy+2BSUOUZouQsLLVvipxRaBs9GG9do0Df
				pkZnNqW5h4+cRWZDC5jC9ooAhBAzLabhdOaSu556hCJlKgNWKFHLs1uyMiSckxPrSoChoUYjpYW1
				UC2DDtRySAZeAnZRwkMRN03+fJU/VNJrIWX8F+doBfyZ9RHRU8yltgNCB/Ghr8S+XBE9g0JaLjSb
				jK2BCZexhYqil9BJEeTe7pQV9FLZVY8BnU21u3Wj0EvLHwuMvJ0qPeK5jDCGIBASTDZBxPEu5yLr
				PKR3FJYE8YWMGPlikEEUiNXCZNpeEwPo4zqfMx/TGscrnUxP6SgDR00tM1Ezgee2eJRSHpqfTYzh
				Jp7wG+uCIkwYXPdchITceQspZ156Yb16avj3zvW2b3FGV4PhUkOW/hhzBG1FPj0DU89k6Pl2+mOH
				Q9MfRwnTH1MyLf2xXyv9cVRP+mPaQPpjT4/+OAIb/THlFf2xV4n+OA4c+mNaZKE/RmOGskrW97ZB
				lDP+bOK+s7+o+i0omKoaGLRJa4tpjAidfz59nh4wZG9BCT5G3GEs6rpKd7ekBbAHj9QDi7o0CdSP
				O65Y1HX9LZmvUdnIsn+mwTnSlQeSOeq2eaIKJ04n23jYrIPj7UBoTYZWKWO2BibVEtzvuPq0rO0L
				xKZQttWlZddo3O2Cl4EjGdZC1MRTo2qYhJq8rICbMQCLu0dsGw1C5/wmg/HbIa9EC2NUOQ5MZZEO
				WeSGUg32K4ti1V9n44mJ945eJqWySYOzjxXpk0C8c/9wBwUFwcJLDQGbCEc0hJyywc5aYgC6sHY6
				1cIhSXHBGDnBpKc+jU1HwE4L98lGISJzaXBglSfU1speBsRczAG/SDigq5vFxobpaLKssHzA/D4N
				2baGnJS8bObeAfaJDm9RnGic206WZ4OARKZ9LrMScWgExOcA9qSEA6eqs49fBoVTxlYddTxrsIjH
				Mg6ZnmpHM1WYCgCoctzUTRSeoBVqEyRZ3OQ8ppvxly2eVR9fC7lW9homzy6sJi4nC1eorsh91rLP
				gcxRkFKvzRH8MsAokEijAXlVN1d67RotnvrxyqWpqiyzxVUpJdxEZwm8tOcOicGovHO/DRQwqM3n
				1uxXstHAvEIJPanunr4Ftaa7TfVNJoKF39Tay8AFpKyWRTfPxjjBloFGykZxGw3GRrNbF9I3S5Lp
				WkxvfxvahYC9yhB4sWSjAa9JEg6zt1J5SA+T9KR5EhQAffr4Ph1y8rCC9rpobhcj/fkYNB2Pdz5y
				Evn6Gv7HOeYjvwFJ1WigKmjMTdacGrdbdIltfzYEnqtS65tkgx79KDzLlkM9diYpAxONBqe+73/N
				yu9k9T2k2iSIIQZl37HcoihiDcZrU5EHWQpJyk7okn6y2gKacPyG+EsnNGhI5oEgpiZnI9XHi6Mo
				qE4nzdvNZqxW3qd5qjQ0BxUBGg1qsvZy/qQ0aix4M0ivdIJNBC8u8u4oeh6yKBhToiqncrgPqXJC
				CT8axbG09XGx5nIOTRZsm0jxpzaxxMAEJA2EE0CFMLqF7udz+qe5FpbUH63wXgak22FDzGJVXpL/
				ZaJtNCCfziSTBjcBdrncrg92tbZthOz7cw5pcSiSthEVYCmXepPe+0ikjfYBPoyuEcxinktMr/fR
				SL+tT/z8fKua+A6Pt6elwmaDdkUgj2CRb5rAmSNFefjPYSUnv9yHQ875VbAFRCrx7bGN7HVntTiZ
				TubzBoqXGhoL1aJmhpsvg8iM9Y0jYdbFGLHGcjWMOIvaJy8LLaMBasEzp6Zp/2VApfzmzhXRC9oS
				yv0nfD0AblUSYtpoAGpWemU+TkF2qey+A7LdaoLar1LpmLmKeCAc/HqiOKNIKl/rjfP3t9uIco1O
				uMgfCNFYJKc6obH6/4HIEPRmqbmXgnA/YyrfYNm3NqLI4ECI9Ng7W495yIfCj0tCC5W8sXILBrOe
				fSDWtYPi/25FFJBmy/7lOfYNfXU74fJiWDPUlcrMW5FEV0of0bE+/q9YF8DQtRc82JPUV56KXtUO
				xPOwCnG/nemVZVcRo2+adGRPcCj/PPhlCBm0D410rOkaXQ5GMXcFr3fkZ8m2LusxT6CwyXI/HfZb
				PzPBqkeWbgvb7w8NiG4AP/Cx3lZ10aJoh4aEau1aNlQHwe9GbrAkbyRA/WCcwXN9hUwaHAGMkhk6
				N7i2lj3ayERXy1Zru71Xk8SqhbXWyvmhg2dLzMWvx/+AxdHxbhvNXSd7NFVe2PFDt89WUt31Z5bc
				vsBXniwrubMQ6cX6BBmDR1efHOcuBmeAIB0SngpoOjFbQyKGZa4KZYikD8n0JgHYZLQxXlwv4kwG
				7zNzRI5bjo5txJBgpq/695UzTOQdnyE0eI285jBMQU3AGQhgdbewmZtw3LUMgcXQei6f5XySuCX2
				rfhmEL/fkEWxq4/6+ATJyMmvArfiKnb1oGzjyogr3creL3h9r3ClX2W0RjRXyU5wIRcHHy81mRGM
				XOHNymQEHctST6VEGsmalhJ7VPQR3gwiiKpKqc9Ygn5cUjPBfLUZlAKgMsDyTpPtV+ymv4v3lacC
				x9/j9tixZkFjvUwx3MXUxctS338u2WDk35hVtkSJlkTXfEw6ZrRJxFuX65h1HtdU6xJq0JE9QsWH
				XpS+2+pcOmiSt6uwcAWzAicqSzACo6RjBf6PuoW/nyg4y0KPwmbNS1iwgt3hcn2gkWZcEvYYuA5u
				tV7Cwk1gbKdBUNIgqV3Zs4/s5ylNA6EDZ+a9siXzN7RiQZsaRJQddy4HEUl+B+mDcudQHyCQLqbK
				Rv4lCFlz+cMzlGL6PGkqwDnyr1f329loVHWYUG6mEJhXnNZkVxSJupLbNBFhP8wHEcTBsItfGq2r
				yqBE0yOchol8cWjJyM1aOHTD/GO3vO8ItzQue9qGn/lFvuKMz70YZVNLIvZV93MuPeBpb3zDNm+3
				MKZkRucB0mI3wO0u6ZUS34Ai2O768HDBwR+AZn8+oSGiR23Cw4s63RsnTS2BpXmZKSw1rFLh1iUK
				L+WWHYlRYwc2jMO4xChZHDhKHvD0Ol/KTV7HEHa5zN4F7lpWcJBNHw68/UFJgiOkpfeliOXX1pj+
				24JnLbmxU93yNiqmYhQCbubde5yMBk7Nhw04R6o8d/4ee8uhv/2oQo1eC95B1spz/0V7eNv/T10+
				D06GT+dd/9gkshQZ91J4xjHg6G0XUKYRykv/aHZCvP0sHbBznxPa8JMp6viUaDUIqWJRwnUtaWFW
				idvMrEscixQj1Z8KXX4erim3hmWCagYClDEfqcJQqgpcbFnuJQKDpgwhSIVITwORB0mKHUGtNuBX
				iMQWn0YO3ztN901yFheVWYI6oQPqVvaD574TEd+n0VGha+DhRSgaBYm7YIVIrH/HjgjyAQCqJnWM
				J3TGP4K+pl5aOPBDHeEOvcLR1yambTSHxVsI7DA5FQQbwRron5tcMqMWLg7VAulQwZhhUmCMNYgG
				T3yA1LbAxbjIBmhNKUICrawf8K3YTCZp2zi+DFEZZgZgy09SDwGcCRnC3vJgnOunLez4BJBRisQO
				/E/MBLpwLSUhWH3kkF0B3YH3+e93NiuQaAK/x8GorFqDLm2BHxJu5QoSWBpdDH5nn0tYjW6VrUFi
				nb/RCLaW2QvcBGNn8+tS0zWQVAlECc4Puklhy204+ozkh/SICsygoFG8CV17jobrRMjbMbMDy3C5
				Y+/svrX5hdjZGpDZoYqZMn/ha5HPjiBbUzJcmKiB7xCEXXAshgHFHx7Qxy7IPb3lc8vsroHaPaqQ
				XxSIvdQFJLJDT+5yZ4n4abr2gRivwVCX2pbDzeZLd6EMoKhGhJKZwdlMVKwGa4kVxiuun4EpRKO/
				Q5NOpGBN2gZIUAJxX7R53522lNIBghDhsfm8Z35fxggovXW5D21WnbahCtjTHxLSCOmCUYHQ2OOn
				4YdUv/eKd+NcVXZgj21z6Nxl3DYR0R7TovP1S1pGxKiB2bd4lLkh3xhr1wth8jVVw9s9PLQnm1jY
				gJ88qDo/hxC3XGbHA71a1xqyG+q829nparEG46sqzbtBUjhwtTU9uDeMCfckHqoNLQHOqgbcWhAz
				S6kMFAlRlfRQK3p5IHH7OEKYJ+DsXMHDh39Jt3hYckQKbTjSCDqfQqYgdxq5AHjgjog7D/r8KKS6
				zJDOGzj02zyII2dLFAGMHM7lVHrwDNVQLz/66jJEm7VLDhW1hgzicN8ptGwMZlFRjlQWPwyT4dyy
				dzkYRKgU1oBiSaiOnZN2kY8nA6vwKZOJz+iM7B+hZFBFHX94FgCbOJFjKwkafaXeIstZlaGLX0tW
				He4uwmQTTMW3ZepFvj1Tci2N+EvDgCiO8ZHXObslWiHF+RuaM129lUJYaF7EFmJryNrwUfNHsdfs
				XaOclLf5OYTY5XK7DthWxX1bk5V6NvhCevMk/EoCfFP8dTRC3MCXQiQoDKO7wIPZ+VBxyoBC+Lr0
				p+hm4jDzH/g9EtY4DOQs3cY2Abhu9m9lY3TOC0Cnl54UGc4+dPgJ+/J1GLX4Hkc6fI+pCfA9RnKV
				VQMHFqt6CrUnYjnu8XUhFYzclNrI0LOoga0xPPIGvibtIO2p4d8b7tu+xxldDAZLQTqQuQHVgAqU
				Z6M+HFIidnJWTt0wf5j9YofbT2ONH25Seu6jmEhC8d5N3XyLV9qc1Og89N/59Ty9YcjGhYGMpXnf
				GCASKoQqSpXfuizVIPzDpUjVgGJbWB7t8zDIXkYh1N1Wcd6bu5RKeTzKaKzdtmny5pnJo5OQ67qa
				D2/a3sXNdJLitxFyv7H55w0W5wok09yge0AwgCCS9JPaeiekZ87lnVs5b9gGD5JqgPCkHqoooXAO
				GV8NkCfqocLOp2cNihfqoUbuTxCkaA5PD7Vo5wzNce4arN/pocJcz1+DqLLf9HPCfzNhv11HmGy+
				1yCBl+eoXtC9OPTbPqgOl+mtas8vEq7Eld4iKCDXxe57odt7pPX9NkCUgUvTp2t7u0p32p033m7f
				fWPbWLzdqL4TQZ98j5YkG8sqHhqWk4n0tpX8b6SjxkmY+FiAmt5gxHO3WhaFKxquUQDi9rhYIKku
				YFPgXDrBKmXjy7u0xIVv2eJozQz2RFBBJCYuGAYnx6TLVo7psQzZkWab7oRUP649Y/IEriODBmRe
				goLkdjX2xSrA6/qGI9weOEysz1WTjdrcB8bg1OiuNd5Q2sRuriZgnWh6rSg+kpwbkH9qDlZARvMb
				ZHyVYUHZ7D6faojRX2vsBmqtVNMgHmrqlHfJLPRx7JsB2F6g56wp45RMZnG0xfcII6qy6iydfVsb
				3w5B8gctmWjn/tm93uFURBQNheeZEV6xC/tiOmITfloAl9NLv1+RS57LartC4W+ECgpJ93pm6EW4
				XbM4nwGH7RZPLXVlH9kMf5Asu9qfhEscVoKvS0R6roT5DJXjww+2YCrcc0tEwtA+e6sXC+mc7vls
				6EwX4XFvNGqwDE/0mae7zV13S9QgbEBXKLXPIj3GMW6gq4EgcSpG2MAZEVh1nzOzr7BdIf3nvd15
				bAzY3Ro1hA1IGNMSQtE34UeAFQAjmscJG5BCdHbqlxvOrW0fR1l35Ibbzp5DlhTOqIhpA7cXDBtE
				nSU05Cye6da3jhHpNeO1r4Z0TjM7lbbq2r0Vydu/i2FiRUNrrY2Dknc0pxu2gxwt6WudWWEDwvK0
				3JU319aGiigjplY1m3VQua4HCTpQK745UG9RndcKaz4q8hcw/ATpkNjT5+tcbkxsv6EF1kmcUH0f
				JI7WjOExiovh8RIOw+OiPB4tLJ1cvBoen+tI0n39wM+21RrRVhhlp3bdjE4Ljpwu6sFRpcIXt1yc
				2sAPaQyBC7byDfwQxq2gbQw8o9tCfHc8F33N08CPqllqMeNgEwmmyRDLuV1fOkxTJGeuhEfVG9as
				AQaQPiI9R1Di2ArhxuneKpwHSFt7EVuLfoQ0nFn6/qVdCdQ3VEF3k5a8OauyvD/hZ1KTFBPh3xU0
				kLr3lujc1vN52Ut+jMmLiMkSeJdhndNOh4q/zcT6pKezKDHKjpDjNkWl43vzFnS4haY0+J/BwI94
				yTxUPQj0nYVYXKlNaQYvsJ7lmR4rBQfdDCTR0p1ohG8I/nbwHG77xHag95YLwuVZVzjo1qdWmLFh
				Hcp8II2kkkhPbHstcpFffR6sEqjQ+Sh07zVsZQXVzRjA46VWu1emvKvwDfPAYgU8XvEEPC5CCHis
				2tZhg2teD7t+UTDAzuEfQQ6/B+wc+pKLthqrzi1ZzCRY9O2GDXgsIAMeb1zqhA0or5WhfRTPSuR4
				A/w4g9XLojz7YQOK3hZ8e1GboI0lf6zDYx120UKKHmEDSOvorBrB0B1+iVxiKioseF4FY5BSiEUq
				VZHWLm7qI3lJlZ1aChnOGYLqTNIOVddLL+mtIEzIZdjgdrRuHr6N8ORZwDWPWRNDlqluChB3Otkd
				NwafcocEzHvA5dgkqCHasnmba+5esYZBTjKMVJdmiSSBCtlr7yrSJGqXPcZoiy/7G8R8SSkQUKhN
				FTRLrIwuCbpk968w73zxGbJhKEwp5YHHZLcfnGW7tB1odpbJN9Um7jmjPbVncZh3Pl2xwz08Kgcj
				+xElBLQ00R8mWqT8LStYdrXoLfgSkg1QxviCnwAbeXCoUsHJWgqHfiH26Cbbv+CzmaU8Ysd2PT4D
				xlFiQ7TJzhccxRXg5ZFfPNs6/Mc8Z22yzG+P/QESeBFJ+cvJ2gI7OM2Y31rr3t2BIMU1cFxmru/X
				QnAWvdW9nmOblfwGLecwbqnM3gWuRcGONrJQ1UbY2o7uUcnkt9eSshU32xsPltdhtVvp36aMotLN
				VaBrygln144zg/0ml1cLfLUBDeLb820W8ZRqRlpExOnrolwgwIijfL9xqE5weBdbRjcnVldKJxIu
				/l+CStYJY4BLY03J1P4uR0ywHGZzVNTHsoWMgCk8u2hJ1XjmFOBlG4hS0ENewCr8cJZffDHUv+Mn
				3zsu6Sm+R2JKwh30bTcJ7Lt49I9DlQYO1kI5NFe3owfIMqGQK2BmmXSFWya6KSJe9UiQpGhcknXx
				gg9q2rr1thGYtubld280j24LbnGpPhlY5m1AudSu+GBmC8VDY9yAEgGIrJadNS1/K3wIeOJgtPts
				glSK12Qxk+DGokSroCeaHsd88ITTP4SY2mKBCBiq/t7ueQgIpxNtTS02ue8dQC4ef0LV9Bf+LB9w
				EGy647uOUeddx+uvu44L1kAW7m9pgY3Pw8Bn52KIV9zRLTRgRH99vtMfButFRJaJ/hAyY32eUH1k
				IoiCDbK9tqiaQT4WEMpzSneD7edsAiyAqMUAzKBwYFwGZSKMNKotaOMGgj/sHw4hHv3joUHC2T8w
				AojsMqZLTSdxzvQ8uAzYZ/8Aqxx+O2FAKRc4BG3wpyTVFQ6shuYUSOrsH/2FRTFYYKGihha3er6J
				NOsvpimBJ5OxOSDhWKaq7vD/3C53rJB1jFtbNEFf/iaVXK7mL9x9brAawQnqg+95OgQySjI7jiBa
				tw9pfZOtZPxinMt2FYdHEw7+ADQg9CkNwTVA5aFvUKhh0yO8hcBD2A1LhoTbQq/SPzryS5lY/LMb
				79xNp47pEIptgVOAjj1a7XzoO9MUzdWDjT0Da0UNevmcwJH5FnsZx3EdxFVPo29mHHuWvneezGq2
				DAThlH4MwzcCp3MwqAU3RiXKmZccU/we0tbgOn8+qCFh5Bm85YhOHUeI457SvkNjjVleuA+N+IFQ
				dZqyHCSv5pejGIquss5Tr17p0xx+R15N2Pz8c6RWpwaiWED41XUi0yUOiqrxh5CUkj5zFVldoEMX
				TZrrq5e/8nGUj4+SCk78ynJVxR+lr8s0iNysShV/iFF0LhQyvhYJfhN/Vf2Lg7o3/ECgHFQhojNj
				gdf9rVKgqNAXp0kyOPHWRT9TiFvGQ2PSaUNFoqDODQZkF/kKCfo2QbExtJ1z3uFhh06kcs1/T5wo
				SHFM5+LN1stChL2BpYIimLpeDWScbbMO1KoNgmnj43vb3Kkfp7ADSDRTRUIqerR5L32PM0aC/Ggs
				jftorAv3aGxUDGof3TMAq/SZ6GTexDIM4/Og+rB9HReQUeF7O0tr0P26qUk1B8v5rPSy2Gp6gxGd
				17bRoyDXZgr+kZv2htm9zgIa67wnb71e9WQb3CV+n3ygVZvrrcENCal/3v6qHnSDhiFqs7Lu8bmp
				+g56q3nY1ke2x+caBuwaOBomvVjT7IPZbCN7Z367hYN5clykga6A2dr8u+xDenL7fbFNwNTy9A7K
				6TgrKCKnbQMjQr6l2eBKjctkO7dOfNmlb4qRIHAvbclv2Co1HtyAPxF4a2I+hUis6NxGam9opVy+
				RClEYsV0JAtOfnnqXKFzD87mp14LRVpQDdgNBIXHk4i4QZxgOtKvo60a16qktkkbTmz8fmYv3eUd
				LSp65ua+ZDEJCKCg/fs6biMW/JxtV9/922KCKzo1XzHC530mjLJMG2aQsfqD90W+97ljK9ulWSyM
				PFWwdbzytjL8A4/2m2VoefKbVWHYkFCxRAtUR3SDCnCsxy9oDGccTVK7iqB1ixiTvija8FjEiq2P
				p6lELNyGSCwO4/OAhUV9y12kqhp5nlYbVt0k/9yGQYPMqvvLTCQQLlSUoINg8ODo7hB8//wfLMii
				DN8c0lW0iUNwHSARmh8sQFIaiXY9aGM4dEjAkcL/Q/xNOnmLp+7MtrL/Js+Jb0Kk1BvcN0Urc217
				0ac2mRWvZlvptajl1yC2+4qgC2A6xRblKqgvWq+xLfnvyweBoSykzsQ1aDs4D/VFe6MNtPpWkzQI
				OWjNPyK8fUJs8NVp5rDEQntLMRLmOdBqmqDqBTRmhuIL7W4RSUqPPWjdAPKiE0Y0Ja9SV+xb69Qy
				sTXrD0NZW1RHJJ/DW5LqSQ2fYKcba6UfeaL4hcRtviaD19CTcW9OKm8gLT8kiUcBhjHhYGDhu9Wr
				1z6dxYh5v4QBbg+ms9NvR8CjwRPmfunoQMWMbpddc5wPhs8IynhmI72QSlEVu4QOHf14l3JYPyAw
				QWRk0ZuLiAAmmmXPVE/MQR9Hfc5rLG9UyHCoKF1ZHLhLsCrdUAoBP1PWBfgrmPdJnccRdAazUjha
				t4SHbsnyW/pkATGa/y1g8Qe+lnPJRWrhikSSMUJvld1BND6TfUnE2b2CTnfML2cvLHT79+3xw02q
				nnuUFEkodr2pG28RS5v7Gp2H7j2Pnqc1DNm3MAgvTZerAdr8bqahGW7koOyPc3k5dzfTEAwbOSgY
				QCE98ujlrrabafE9dN8wRBQXjTYNeUFyU45Muc1kbJsw4hF7oENYARINxOVyWuPa4TM1FUYMvBsI
				JBYLTCI9rlebdl16SGF8OW9PKLTxQLcc4FFjGSkHXIRDyZMDipdukJRMvlUylBz0w5xDRA4SouAx
				5ICqgoFP0w9spPysHr9gkvXK7A4XPi43MacsRnO4BLrGQ/G22HcCxlootKphyj/FxTIRMuT2vST9
				KL2tGKyBtmIlK1YPLfUauQkxfMGGsKUxpm4r8UhOD2fFHYEsRUgMWENzQY+7p13eJZHi3aDFHWET
				0I0gjUhMXDAMzjHpsmljUhjcCVuWQSMcGHGlN7Okr8fUU74/j2cRBYZDdOiJIzmQoxhQDTDdw3Fk
				M2YGRx0acmFrNAUolsxeh54/JNCn4Fe7y9aQfCW/t0u2AHOiw0sUJx7ntZPk2UFAkGmfy6xC7Wha
				NtTISqErZzI5X2LK5Zn5/NqhmJgBaEOMWCm6HXHZ29kfMeo4tUIhdQ98eaEau+BTTJ/BMhQ8YDmt
				tL8iV50wAzMcNOrlan9C0iOFDqkW186JPpgtVlA98pTPsIVuoUp7tbcJlwKaBO9zEukBKcwvqHy+
				Y7AFU8M9P4mEIaAjqIV5VyNjTZ7ETT7mqXRN/0/V35mKsW9ZtzXY6Dn416c0NosX7YdxgYg+ueAe
				Gp+D2EXgi/W9JXRZNhSQAKK/3RbMsLgFzpyuinufb3lNp1mCvrRIEeSGMr+3OnZErEtRUJf2ScaL
				TOTMw4rYq9MPjiV6DFkFe8Yw73jJ6swoO86x0QGlLOQMlsWZ/xHjLZFwc2JDavo4M7s7aWvY7onX
				W/0jRrB3YSqtSVLXdG95mNHNfH2jXihrSt5bCEcKpYOV8mThCrpc2x2+8/kkrdEtfT4ZN9ILwp1s
				ii777HMeALAo+l3D+J4/Rc/AJ5eHKteVdU+/8XzUhuw6cc/wXbz0/DBlE/5nkDWQUFYnhn0GjXyH
				ZwC0tedUNFevYJ2WEqFzmxoFPxeJYGYQRcDN0sJugKy9ylmAbptTTNz84hHP91q67/HZB4mylNcS
				SZfOjymSy5XQUYkGJ4dRt0yNQhNJTlJiS9qLJmvImf258/RPuLCes/QeqHFWCIesTYr2yzOTa5Pi
				NPefDM3KTh/OtlxfHVG3jS9fg3X6nA/Md1Ke7nSqDNBIhy3BN9b+jDRXEgPU4wEaROI7E4AVJGkO
				cxIPQmQS2bvZPGdihI3OA64DoAMVKlSoqFChQkVxHMdxHHFR5KKiooqKiqKKuBYVFRUVFRUVFRUV
				FRUVCREREUlEJBEREec25DiOIyLiSgwcx3Ecx3Ecx3EcN47jOI7k/xNNMpymIpEmiSSSSERERERE
				RENEFEYyopEw4og1QxziEIcoRKKEIQ5xiMJxHMdxHMdxHMcFEhISEmqgQFIU6EANxEAHChQoUKBA
				gSRQCBQUKCgoKCgoKCgoKCgoKCgoKCiogoqqqkpVxSpZpQSqpLJKKsthWQ6VVFJJpbbUtm3btm3b
				dm3btubIjavby3Ecx3Gby7IsSylLYovlOI7jOG4sh+VYkmVZlmVZli3LsizLsizDWtNYa8qyLGVm
				w5mbBky5kaaUUkohSZIkSTKUJDkzAEPbUIYylG3btm3b3l7uqRYJeMWaIknWT5MmTSFJkiRJkiQZ
				v5GFOvr//z9/x/Icln+Oc5ybczg5OWXOOeecc8455yTnnJMkSZIkSXLOOeecc6vZzM3czM0cuc2c
				OVMCMydzMydzJDlZlkcOsshBlq9wwwyHw+FwOEyGuZibl4u5mIs5kjEXcyRJkiTJIovFClUkkUQS
				WSIikSNyJEmSJEmSLEeSJEmSUfoqdT7vZ5IkuSKSJMlJkiRHkiS5kSRJkiRJhpAkx2GHk+TIzYxw
				ZsiVkBOSEwqFQqFQKOQayEAGktw4juM4jiPHcRzHBslxHMdxJDmSJMmqFtXXaoGM4ziOUgu1gKit
				00gjjdu2bds2btu4Saeh27ZHj/y9/fj4+BhvHMdx4ziOG45jEceNG7dt27Zt27Zt27YtbDabzThy
				nk1xZmTCxJSQLBCRGWVG2WQBMpLjtm0cD4SFMC6EcWEhjAvbtoUxjLJt27Zt27ZFEImh2XRC0WUN
				h8PhcDhSU0VFQzSNSqSJI6GhQEJBgYKG7HTuKmWn61Siob2OUtG/O3+GZ/4PYw455HAOGTgcyREO
				t20byjYZDofD4XA4HGfIGc5whpyZ4QxnOMMwQ5KToXAcx3EcRUZkZBiGMmQYzjAMwzAUhiHHSYgQ
				AkWEiWEMYxjDY0hyHMdJTEzFVEwJ6VqxpvaqqqqEUcJxHMdxHAmF4ziO4ziO4ziO48ZxXDmSm1Ao
				FAqFtXBU/vLm8wIRCoVCYVykkEIKKRSSJEmSJEeSEUo44UKMJqwmVjRCcjiOIhQKhUJhjIiICEUo
				FAqFQhEeRIRkEJILwkMQBmEQBqEECUJBGMIQSkhISEhISEhISEhISEjIVFVVVVXgFRgYGBiowAqs
				wBAYGBgYGBgYGBgY2AVSYBf4AgMDAwMDAx9fXN5777333nvvvb333vuJiIiItHjbo1leXr5Kp6HS
				aGgdpetOl/w3j8PyvJEwyWMec84557yBcC6BnJxc3nvvvffee+8Nx3EcOxwuoCbMDzvk8Bk+fPhw
				GT4UDitcuHChUCgUCoVCoVAYKAzBwMDAwAMDAxn4lsCXAB8fH48555xzzhcMBmvBWq1Wq9VqtVqo
				1WpVtKjVup9WtNKIiIhob0N7e++9996r7r333sF2t7zlvffee++999577703d7yL+723DEdyXuEC
				uADCPXFvb//////s/9mMM29bYPbs2du2bdu2CGDbKOzf/n9h67Fjx5b////ff8xsiiXUuCiK4qIS
				iWgqTZpRkNBQICGiuXPndp6nc+fOMs/zPM/zPM/zPM/yPM+zLMuyLM/zPM/zPM/zF+fMmTPntz3O
				EuC8mfPm/wGw2Wy2eZ7neZ63994zMzMzMzMzP2/eXE5mmWX+582b53me53lhDnOYJ8wxxxyzvIk5
				5phjnueKOeaSL5EnT5ZlWZajaKpSJw2NaIhKRPKKrjypIiIiT0RERN6yiIiIiIiISExERB4ppbx/
				P1mWZVlut43btsl7styRRx5ZZFmW5Xjvvd+2bbJNlmVZlivIm4IECfJkWZZlCRKCvLf33nvvPRER
				EREJSzjccDgcDpemVpzUVCipKApVUURERKJAYURhClOYwjc0NDS07TQcLmr48GEJh8PhcDgcDofD
				4XB4wuFwePzNdzDAsDAswrAwvC1gYbJeeGR44YXDBxYWmbBMWCQcDofD4XA43EDC4XA4HA6Hw+Fw
				OByOw+FwOI7jOI7jOI7jOA6Hw+FwMRwOF8PhcDgcDhLCFrZtESJMhIbD4TiO4ziO4ziO4ziO4ziO
				4ziO4zhuIHEcx3EcN5A4juM4juM4juM4biBxHMdxHDeQOI7jOI4bSByH+Pj4WEbGjBmTw5gxY8aB
				8S9evLhcvHjx4i2WxYsXd+KJ58QTTyxP/F6EkYkJQxEjscQSS/wk3ovjOI7jOI4pQriH+AnxKI7j
				OI4jxHvvvfcilvfee++99ziuxXEc1+LUKsLFYrFYLBZDuFgsFovFYrHYQIrFYrFYLBaLxWKxWCw2
				kGKxWCwWi8VisVgsFovFYrFYLBaLxWKxWCwWi8VisVgsFovFYrGBFIvFYrEY3LbVtm3FrZawequp
				qSluampqqlNTU1NTU1OdmpqSkpKakpKqlJSUlJSUlJSUlJSUlFSoUKFChQoVKlSoQy0MNcJQIVRU
				ImpJ04gUFEhoaCOBpNJ2qVQqlUqlEoxUKpVKpVKpNCqVSqVSqVQqlUqlUsp/KZQDZCZKEemklFJK
				KRVKoEwonXTSSSeTyWQymUwmk8nIZERGRkZGupGREY60I20lMFKRjlSkJNLHruu6ruuk67qu67qu
				67qua9d1bQQJUqFt11FI27bbVOi6ruu6ruuqQruu67quC63QOjQaGhoaGhoaGhradV3XdV3XdV3X
				teu6ris71wZ6odTQQw+d/+bzluewHIfjYSAWSyLJ2RmADBiF0zKUoQwNDQ0NDQ0NDQ0NDQ0NDQ0N
				DQ0NfTo0RcEQ8IYz07ZtmNDQJVRCJXTatm3btl3bRggN3Yis6xYhQoQIERpC2zZCV9FVdNFoNBqN
				RqPRCCYajUaj0Wg0Go1Go9E6Go1G6zoajUaj0Wg0Go1Go9GgQKVG1+gaXaPruq5RCTS6o2t0R9d2
				/5Y5Go7K0XD0KKPdotFoNBoVRldGt+ii5Rbdolt0bRed6KI10Wg0GmUnusnMhJEJUxOVqEQlKlGR
				6CS6aDQajUaj0dKd6EI0RNtoNBqBqtQjuka02yai0YpGo2tRVdV1Xdd1LVVVVVRUVFVUVFVVVVVV
				VVVxVVVV/f9+dV3XdS39Cj//v16xLhaLxWKx6u29995bWL9t27atruu6rh9NPTU1FUxd13UtU2Eq
				IKaqSy211FVVVVVVVVVUVVWTMCGE/6Mo6j8qalFRUVFRUVERVVVVVTVVVERERFRERERERERERERE
				RERERERERCqVSiXS7F2LnUpDozW9YKb0lJ53wGFYTxNxetOj6QPTIqRF5AVJkyY9o9FoNBqNRqPR
				aDSSAP65oVwKCjM0NESXQ9M0TdMkQ1NCQ0JCEoyQkJCQkNCERGiEaJqWYGiapmmapmmapun5oEBB
				FBQUFBQUFIL+0TQdQffee++99957l2B67733LsH03nvvfdR77713ar9t25Zt27Zt2/bv9/u89957
				X7n3srdYlmVZlmVZCYZl2XVlWZaVYNh1Xdd1fVt/61ZZ1+k6XafUcJ/OmZlOp9Ppfe+99570ee+9
				99577736vff67r333isa3ibRRdtg3nvvvf////+XYP7//////////////////////////yWY////
				6P//tvcVFv6/8P9fgvn//38J5v////8lmP//////////////j7/4xf////9vIP//////H3755Y//
				////b/hw+P2Mj3/vXRHVarXBVKvVarVarVar1Wq1RERtqbreaoutW61Wq9VqSSu0rtZ1Xdd1/f//
				rLlisVisrlgsFlldWWWxVqwVa0WrstVqtVqtVqubdV3XdV3XdV3XdV1XUjE1FaprV1KVIhERkeo2
				obqu66RapVAVquu6ruuqoXqrbbVarVar1WpFRUVFRUVFRUVFRRVFFRUVFRUVFRUVFRWxaEVFUlRU
				REREVEREVCIiIiIiIiIiIiIiIiKiUqlUKpVKpVK1JFQilUqlUmkqlUo1lUqlUqlUKpVKpVKppVKp
				1BLRAgU8ksO2LZHoUUcdddq2bdu2XdsGEbErOeStQkJCQkIUIhEaISGhBSMUKJBQoEANVCqVSqVS
				qQyGSqVSqVQqlUqlUqktlUqlUhDKzGyqltagaqutttpqtVqlVqvVqgSqpbZaatt2RDRqN9RAFWqg
				Ulvtbdu2bdvdri13e3vb3sveYsuyLMu269ptXdd1bdtau3baTqfT6bRt27YxtFSpS7tKu0fatu2K
				Qtu2bdu2bdu2bbe2bdu2bYP+/+61bXfvvfe2RMtEJCIiuuvubW9vb21lp2uQ+NJt2/rd3nbvvfd2
				xOdd19177xUeeNe1bdt2////h/+fzEyY/2WSS5HliVy5cuUeDofD4bZt11sUbty4cRzHcRzHcRzH
				cVwWi8UiWda1KtaUVFSg2E2xUyyNAjrdSiyFSOyIHcseIHam7JSdYdlo2bJlp+u6ruu6ruu6ruvW
				dV3X8anUOkOSJF2SZVmWZSkka2THjp1t2yabhcliYTF2w+GzkeHMbGYkJkylJIZqwgopXMggbFuW
				ZUMYGBgYGBjYLjAwUAKBDTawwc7Isiy7YFmWZVeWZRvMuq7ruq4NZl3XdV3XBrOu67qua4NZ13Vd
				15XWdV3XdW0w67qu67qua4NZ13Vd13VdG8y6ruu6rg1mXVd5XVd5bm6uRCN3jhxyHMdxXdu23dZp
				27Zt24a1bdeZzazruq7rWrLJ3SayybYG03Vd13Xruq7ruq5rg1nXdV3XdV3XdV3X6bqu63Q6nU7X
				dV3XdZ2u03U6nU6n02mDmU6n0+k0iohKMhFNZ9u2q+2m0+m0wUyn0+l0Om0w0+l0Op1Op9MGM51O
				p9PpdDqdTqfT6XQ6nU6n0+m0T/v0p9PpdDqdTqcSzHQ6nU6n0+l0OqWnm9ZTejqdTqfT6XS6ruu6
				ruu6ruu6ruu6rhPK0lGmMn1dVzKVaZhK13Vd13Vd13Vd163rukbXdTHdti3mHhMgOpolLWlJV1JT
				oaSiQhVFUZl1rBSIrXvuAeMZZADGsCDEcZxjDjpYB2/C7OvdaQbpcQhp8ODLy63cjrSBrS/JNmUy
				iQ5snPAirMkmQ5vT4bVg6/bcwN67oCEUf7JOxNC9EL4+pGBxvr0sMhAGtzQeRP0Yu5ZhUvnktFPc
				rzgOBpQ6rZsKvAbXiB/wfTmHF3xqfXHF0PoDQyV2Lj/QOK4kyKzKrWjGpDjr5OCi8MiThdg2y90V
				ukVlRR9vxPa0qBgl8mBwHxKdUhQ4cJ81Ctpa21FtJ3nc+NFeIHM2HrPQmB5SCLcFLwP0VeldUjAy
				O7aA7C+8Geq/XQYzHviCaMuquge2dFwddoWw0SIEOyHZ1BHNgWDzqwvFy+lYCL788Y+kQH9jCt7I
				7QtycCYUVcp7ocYc2nH1CVoyp8BsvSCGBvzc1/tmMLkFrSJrohAYOEAPa1dJPlJwAxJJISgdi/YI
				jclfsBCVI7XCb9tRaEfrIXSTDuHHJRVCwTJS38OqCd1/TBC46o8p9U8ngOyTL2732xc/QPAhCwRm
				RRMUy42xNsCIHi+iS0xHgsXvgVIAdG5Q3xv5DSWOtHwWV3swoC8nwoTK+plC0JQ4GdIpTfkyay8P
				zxgZ9mquIRSSgO1R5tQDnKrDPTtU8hR0nimLo5D8z8vAReM+28ghZNkUbKeCtw1xsJ9j7ww3JlJc
				fKC7g0oCFdqT4+0FZaYy2aWdO5BbJq/vBH3bO4KttkYiQ9o4uWwEWxgq3dsvNh5bb3fd7tHecjVg
				qnuegEodw+4rg1SPsyyVDzr4U+2JVz1ucXIv0xxyL0ep1D42fi4Z5Q6hMA03U+G2NU9O7DEMblz2
				eatiT3YJlkt7fXpdjerL2r1DtdUMMzUYaHwAyzGT6Ou9R50Qwi1BKwIkwSMPI7n6oFF4QaBXmngL
				wUIwdxSaDB5exKw5gZ1T4noShECPHLbVnaZ9gOJAitM1JNHL32gpNhEJ6qmexVhYH0g8r2n/gOu2
				jvYEP0Bfvx2NJfapoCS1F6zVp+NHZUOlwiIYxBXQwUuy1EzouM3ZYCUM0F6gL1fb8sN2q9QwMEPg
				kk0ZEmkN9DNfiMfQ1GQTxodZ6sD8AJTyf5Ii3hnsFaFL9PUnjZrH/NhAOoPdl6/M1HWF2OL+Z43t
				v6gQHqx32na1+CrEmQ2f12F7UsOIrn+5ZusgNdmH1XTah0XLzWrO3RHpcWXMWT5uTSNnjCRNzWB1
				e0FyyWb7bNoG+l+DLa3slbPtF7jbpcZhSPUosNp0l0Kq66aEVL8rQkj13pSDVNe18OWEohEP41Fd
				h4dH9TvnZX9byifJWpLaF1Cc4H26Sx17XkgE2+MgjeruEY3qlAHQqB416cKGlM4VTqLCLt4/eFmP
				nWGDJIsJUtwipldTSvgC5wVw0Q7/uSPS2YEg6A3Y0qnYpRyosPaChARio7Dn2oSAhXKSqLs9JNdj
				L4hEK0yzhZ9BqSPXpPAr6tXQsohIlWdrJDaU+FpkFxQf4+zBZa6eSQ4o5RisnCPxtYqlPfW2nqiC
				dfd85Ah4bBt13A85rL3C2zpTr+y3ka/+ZXpl0xEjkU3I9M0De86aB4tfEp9vl/iy1HPGIqvBQ8jt
				WQxRCFvXqb0gLUjYFP8CWOtUx5HKz/bWi6Owg7DWoC6VSumb9qX8lWLLCHJv2I0tCqe0e+7ZvIBg
				M7lu+1hCp+NNDDiUk7KWuieZizVwR4GfZ8dBJ2/wAcTZZAlA3U9ei43A+nx6iIIwACnhIkp3jI2p
				5kIAkWWBSux5OwrjeTiDDNxQTsVF5ETUXUAZQhP5mEWyO8+6QeBSNatQeg1bWn4hN8WBBpc1TLiG
				rSXzbwv+FT7mODMBd4RS1tTFfJUmY4TWQRl+A5FHy2ntPPqYh5rHciucKXk2kZzbUeWUfYBQbhTf
				aQRT7++6piEZewKIG8XibY/lE2VxkMK5oSRcKVX4+wxncHE/uuDlowgf/aho2C97xwU/k9oTtSpi
				fy6pUGzAw+cElsKFRdXdhk7pzoR5sUGlnmBc976VE/UsveTmxeKqBBi13WwKd648xfipq4Mttrgm
				ioAHk3Ysy0P5hmBS/F74wJErrUujckY3dl6oosDTPoP0M96Br4MbnP7WDnB7QaKdcpAo/qAKwfxb
				qBEQUqg3RWEQcCFz4QKVZVttj3r4WSjmLYRZxmmecrtjK7e43arpYAmoJnRwgC6gRrlaxONSJcHF
				rTmqM7/YVjG57Ycx5o+mEcFDHGFna75OgXDpf5LmQ5rUZxDMjTeObth20w5RzL2432ualrkfb5f5
				AIFwEtitiAR72KIwaC8AEQhqeKL6Sqc3+w0Q7p4PocdtW5vR/Z6nXVsE5Jbj2GR2xu3YtAlYTad9
				6LTcrOYerB0RL38tcTZyjDBwu0ZPFbRqgHZ7geS2dgzHJnPik1Fnbi9I5ll6Fm9uLzAzDR1ba9sL
				RuURuZDxN6N2TBo4NuCBO4gBlba5ctsLQgaq0Fky28MBwxirqt9h7IV3Ys0opN23IjyaKTEsrFD8
				f51m4lvRu3tzOVaioqeXfqaPV0XQ1xVxa/DhOtOIgEU8bwLWkxzO16+UxTtrBdme1ipqZtyOcBTB
				UOvFpHvtGUv5wJ0RDpQbeR0UvjSpvUDaujdmg8gLClGuPC/75gJSKJZAcjocuOxmujEvIWmyl5SY
				zWOpNIq2xgGVRLytXxbMEw1eotxgzLMvxdlBjig7n8tfwzZ0WTpUyCg+XDDPhW9w7COkoJfrImVt
				KSO8cjTi4QwhKqzUcZgZdiaCZOb+gsxqrm+KsR6t1dwMhSutx/gvIljvc1frcRUhoxBETUtOTCIx
				KoKlznKbgNpc3kdLnwPrhaEX7lp7wahbdjyLVMqKboo17X1q0lR2XfXUM8JpCdw9bLSJCsywQ8FM
				jQ1kpuvhmiu2zmOhMx8wEtMXuSCr3HacQmSW9NgYfHx5xWN2IEGJqyYkHp7fk8pnpK+uCSssjDkJ
				U4zCPWFne8LTYTB8PLnFI1F7yZMTs5lKXwFyOyovQVNurC81sLyodxEAWwtVuGu04fjvTEh65x4o
				1gJjQ12gTqSkb4NKXsu3ckUKV3NGDk8naZByg9rFx6HXTsb5QOOdfEZVU0R7Qc1UTLZpcQzll2bq
				OmDb1TfvArQflow4HyjW1H3ggZMiwYVHi4ijRySVyxeshpZcsR1qn7sPbkc1rpT4v8C6P+uzRER2
				0CLH7zGUyp6Wi2+rwfg0s1hqUMCpEBHhCTT93cw555um+QKvfJz/kmJPdTo40uycoM3AIh71+Qmp
				eHBWjmrYH2bjD5NBx1wGTHTvO2amQjazHlvFnx5bccVIhQRcgwHkX/Cg4DP+BjNuR1u8PVspyV5H
				rdUbRj2t75U7b/9TauljwsFURHBUJCFb12kuiKATshWtQmqQIYVs6UJDsKqBjq1F8wxS/M8GBni3
				fNM4qnJjAXqpDyRVeTu5FvOVxeOs07YIrdALqIQnGYlfh1QKCm5EOR6jRjbnOBNMVxlCEtzmQu3D
				mkvtCKz+vaCQoBdTGYZMyF6QV2EAs21W88yS29GepdNDqC7zQfx1SUKksMbK8zBqSOiMVmmzg8DK
				ExkHt5U3v9nql0C2fjr0oRAjRU6+7fdHbWSHynJ/4SGkbMc1mNSvhIOyMdoLruNUwTQxGoOBYTFb
				VWWjVfoifYPyhi/KRmsx5FTzBOy0cUQCSDZa4q+rlu+gsrbnbh7Py3FcpAlrOJy6/4pQ9liF3mPL
				RRjW3n3yV+sWGHd37cHLHue/8Lr5D2p2cI56rsukFYBQlivbC6htEctrsI5kbNmUTadOGF20sZ0V
				rumF4jsBPSTH3VRj5jEKHPPFtXiyroe3gdnqg4wI6PtLnakBOhitNFx/cqtFK5FPCFZOPIIosPwW
				20jA1k4JtOrtaAPK4ks0IMkwez1wPYAjGdYP5WDK9hRq1hmGRkb4HvNCNDg0QWeGvJGAQFKGBdJ1
				QhdEE18QdR1qWjDDvCwm9GLDJMd8w1mtUIzSBeD7wbEyQfGeU4L7jVNcyTh9NhFhoriqSr5sGpGu
				M65SrqxCgGZ00alxdr0WPHJjIbYdYneNpqiEsZXMKM9qWcyQpytlrTsrXRC78SuFF/wDxqnmifVM
				JJ8QThUVodT1GMqF9gLrK1dDfzxKMl68ZeNUnKiU7h7tec+thhMVlOdc00NnL6d2p/m9A9UMbw1i
				I7yd2Dhno9ENcYV0yHU+L1kLthrVAxji4sL3nUdiYR82ouo0BR0bUUzgbl6+oDN6QaWMf4q7smH0
				JqJAYRRQNAWKbPUYUwWZh/AiguD1QY8D9LDtmFQ0BToI2GU1HGB/8kj3XjJVUsJIysL87SgUmPFg
				RTQ19MMnJcLBWQKnDhoo3Vh5uKylhUEDpR1ru8KM1vT6lRsIwixDpTPlZNb/VcnRxUk4vvuSYWcn
				y4R8nI366Ul0508HMIFMSYWIShc4bykxfpXzmILQrngioFe60l0lGW2/c4XBGI18ZjU3PBxIiKDs
				EC4VikDowUaXAG60u9J+4T9X9FTtBSMv3vZbWDMJ2xaFphv8n9kN63cfJlvAFBcxgJL9GKmZ90vS
				EPCUKYkjivzFy3hC2zvdSSBk2Shsp8JpQ7C+e1p/RzWmXRw+3N1YJRwruZOm7QXl0pnap8EZll+S
				0+ODv61lwlb7WpFB2t1ckglbGC3de2V262jqsTrazrCtzoT/7FwwfOfJSoOh5fk5pF+TxUXzY4d+
				1GHUpVIoqtjSa8uWi+duDaxLpQH0cNWWNuu0UlBAfBAzGEQd/aPJebnYnqPBA4uRRn9b7+Ajwh5l
				CgaDMIh0jIE4BhiQYFy6vJTnHB0qsTUxfjg5YkQSagmtOCAZnzwQ/C45FRaMUXUcTEHULvb4kfUW
				CmDkYz7s7kg82qUUYrUBh0bta2/tAch6aURSuYvyaPmOa+LgpgPJ9Z8xPc4fcYzevj5hJ6QYm84e
				Pd5xGYBdcO0fi5f3aOk3BPol+OfrztQ1cRHk7E5slCRIt6IJSdw5BLVNFUm49CiMFGK7XwY/hbJ0
				+55X+t9QzyTfgWJdFDWzTm0/cYd7eJy3xzPW1LYFprVw/w/a31rqytwJwVDRlovu+eugtmithA0k
				HUZo3PvzTpjfZAhS02kfvib6q7OBR+ThlFFecVw1fWW6/EanuVDx18SK3SylaNOQi8hhqiF2T7Z2
				SytzXqCnRrK1kUo6AdPqMbMW19GgPSMXa6s4tq5J3+PWNMvKOHnkBKpYLJhBb50hvQXJXTLPogzJ
				hbqzcnvBnZ3dqj1GmyExJocm4DnaFvdNWREoefX7YhPji1Yy8YImncKjE035NdI2r+L3gCUyaB2y
				Q710J6ckx4Rb8/i10qMvuK/1y/gerCUaFK5JiVrUi515MZjOk9ZI7BO87OKA3KQPgnBkB+IDNXsa
				bcpA/gLW/7V9Anz8QxkoEzA3f9fMpWubakMQOb6cCk/uDGHXKwYw+5f/m02fgkRuHWcvdZs8ZyoV
				v+SB443rVzAnSQ9q/RdQDAnJ47GIYZriOFD53146sZW0Cu8M+71RQXwbvpS/hmwZQWYNu2Fbi+gm
				sCXhloSLhJjAxvLj9+Ep4zHWBnn7krqhIlI76VHEoyPME3i7S7DzXP9qsu5QGcNr+XeogJ7eih9/
				EKW0cJyOgUO7ufi5R7O8QRbmLQ+E4LD4CAyidJ3ZfwaSb7nmK54ttBgp2ATTHEFllfjbQhfUBswJ
				6vOQyJPkP7WvVsAMmBO2ShGyPOHHeXEUoIfYTMFv5YtM6NtgqJEb9AlI67s6YTj0RfDHlhwjJjYc
				VHDKe+CKR/jXmGVHMbcMJfwM0QsqVeM3aIS0tH6lpu8NRflDw2fD00kygEnhz/zmCJ+FPrsFfpcm
				t/+i3UWHAHRCnEPtBQXTEubxUMQ4TzkaqP5vq9e191NxfhYvcCgnfKtExLeyop6Fb1i8uLkSflGA
				2y5CzJXZMMLHUzact8W2uhe1gQguoxoPj1MqBBu9WFQbCFTeqETUlCRD5qnUROFFX13eW2om1R8M
				+jAYYXXQB9s0dtscFxiFnpwoUyyKpzBVCz+7GP8EnbZwNDRqpseNj7oHLk8hDFbTTXYIPy6pEhWO
				sXIOpkIYzW17YtD54WmCd4HjMW3NKFOBVDqYpHmM1kfovnW2OC1gl72fWpWVB8SB5EoAgFN7gQzn
				3VZkhfYCRpDTHiMyr2yDsW+d7NijkOErNWpprUyJEVZ/sr5FRLAEo+LIIhugprt9iJvoV2cKH4+I
				y8CWeBu5jDRwvUaPFbQ3QHd7geSEeAzPJgTO3V4wZvGqrF/dXmDmuviMWnV7AfsAO+Zctxcke6sa
				9UT4XECO51s3MJn6zIYR7jymVPLgSrYXhF7waT6bZZNwZlFUGnVbVhdNtja8+sDntubbrWGxuyVr
				vm+xdcYmtJri2IalzhDFdVs4g+NPkN5ZyoFBRV9D4tyBhjvQFAQLbjYGrEd3YqHnlAV01iUX0GBb
				NKWVPMJFBUNxjkn3ujSW4IN2RtBA0aiUrUiMC5C8EFsmURhEZosdOt134cDsLabanvDI+ni+V1e6
				h0KFpJPigXI1j01JJY/OnHEVsPaLYz7DlzlUcJrmCKslNiRVJSYpZSk0aTaDt4zCgEplM5OOYvzh
				EqL+cKnczxu1hO5AzmuC9BHFLK9WVZN29KkktBCuTqvtqddZDxOc8IF+FAmpkX4or9qt+iZvUQl3
				aNQMG/2Dkkf188QYBS/XWt80XFlJepIAS+2JbGpOmSAMOovjxlHeyYc0r5ZuSYUBTScjcscLzJKL
				aI06kv+37cTyNveuFmxDe4EN1yTs8/ctmjg3Xl/SR1RQ0vZpMmYdYsnhNA0trcr8+FOJPkgHBl5f
				HJ1usEu3R8Kr2o0h26gZBqXCIF68c7ukxhURviBCxnuEzgvpFfnqBzhVF0H+zk54I2BR8kcD+2iq
				iETC2jahk+kpfYz9cXcWSw3diE5qnU/NIfuhTVVGqjaxNaItnWAMtOYymzoYlNzo0+Zt+vnCJTvt
				BTWUk6M6QOgOZ7eRcX9LfXi3zI5YTI0+NtvUGcfde5FyDmv0sc4tLe6MCBfiEyAFXykgupbs0dpR
				ezKjkkebGyW4uRBgsT1l3Y4ttDCufQw1s6fsev5qip7MZpYq1mETTURsoNXj5E45n97mC6j5cf5J
				ik2qV/GRZCeCboYWsojHJ0jEg7dyVMN+MRt7rIga0zZgk3vcMXgVspnxjrgeZCEVPk6BK7FUb/ir
				ipNEztdaySNc2p5HDYqvuZ6mEfCQbmFLsdf9io4K/Zt4u2I4nR/+u4+VacHHyhGePVZ2wXtEgf8H
				pc/WgpvxgsPbJ9NNRqMJaInKrH9Y6MQHtl2wZPQlmOQ8Ku3KEyrjy0bixyNRosIbUc7FKJHNew4U
				09OM6ARfmlT5YeVSCwapPE8oJezDVQbREkjcQyFSTyfeaMkjkstRvdmtfG9nL8r3piJ6rTeXfG+3
				UhW9kO99M4/v3TuO760zNL73hTC+d49sTojie19HTnzv3i0VPIHD944aw/d2iq3aPRG+9x036qAb
				dJWfVa2FQOV7XwbK9+6Siza8VPK9A0FoVdjA/oE+PDdIcUuZ6YN/qezWkI11vSbd4Gq2TJP2Au2k
				01m7QFifL4Bri9Fj+Jc4rb7JXOCzY/gvikSGkK6ne2HRjNfwR5euY+Rn2Br+QdfoHTt+c7WWZf70
				/zMWEOa3qrWMv26Kk/Mx9F7n1n31xFtYG87HzSK+Lh+Gyhb4VYjdEgnxg/ImTXtB6i5i9ZisO4mx
				lvrSqRNAP21tZx3jddc4J6AsaXonRZh5GCJnvJ0tm8rrb+A14ERYHDFxEwtqYFukcH5ItuHyaFd9
				uOMNjssGV4zQVe0Fg4oL2RD/eDIlFpgypnQb0nHYKsK0JquvDcaBRMRkRMw2xxTYIiqEQxAOOt1I
				071W1ofs4zMAru+RNzkNKlIiEAaUGDwIHg3B2irL3hYTe7FhkGN326ywUOwHA+e9/mW6Vh398RTJ
				cHHWzaG4wr0eJG/WElxJc+17t2ykL1wxnRkO4tFcl9J1QyUMl4wMQxBSubukW1Q690rGl7fUUms4
				PRjcCQnt2bACCUFBpvkUrWI3IMujOjX5uAl0ewFoTAGcpAY7IOAMW1VbgNyoCl4XTGaoXSvu50Lg
				CxbIqlcfG95Vx65dNlos22IahUkZCE1+dXFD7RaoW5c5EjUqXBVMAet++7KULhkzogoipacylscW
				jNqF9tmxnWBUcIXGx7x6yGdzFREahbBCvUBPPhuMCvQFmQ3iUdp8IrtoD9L/CUmliq0kcycuj6pA
				aD3qN9PqgGE9ZhR5/BiSXf5xDul4Mo9NhDTl8XsUZdR3FLJKLl0SbP2YNrtOnlvUi0tjjhe/g1ji
				0O75k15fboBhHkR8DR3TXvBeIbUin/swpkyO/gdS6/Z94AG+uxaalgSxTWdT94Esl7URvRuEqcqR
				H/OqKLd0bncIGqi1unn8R+03QMZ4dPIk6uvp2F6QNjB8Fr8i7OPkmbHi927p59Xlz6npH81BbxC9
				tnQFdRRfE2ZoSyf2akjJqBIwRw4IqT9Aqj1mANzcSajyQpOxhedqP4s/7Nq67+wrnnnp2KL1VtgM
				o5FAMraqfNs+bOyn7+XhxjB7EURrqapSnePkCrYXyKTKbEu7gxCn7GzPA2a3dxjb7kdGDra9cPkw
				tjNVuq1ZDLy2hNV123Km5WrwNMd8gOppGA56WXarWHVgupm48LXZ7+/wQeKsyNsdBECNVE90+LrB
				2T5i2hOLc1Dsuuk5+Vo2HNWr57IOuHZdDq3BylimRoOBLgMYDzHJxVJfj8JuoGGkgSXcVjdpdZti
				2F4QMuWZjuK/SxIClTdS3oVRib1DD7NCsUkFXLisCog9EpcaP4ZA9fGgCGwd0Dd+AHWtd8RRiAlB
				edBeED8CA+taRgg+trAlfC6QMK63jX3Fdod9jx3HzAgGHQIQ0Yp5dcI4dn5gmFAatBdAg5M4+MPW
				QweY+XCGGkPCKryfLxLD2m8CuUdkWGyiKTaVcpR8VzW6UbARwmOvLPDRxznuS+8LN/q4gdLXQpjY
				0vafHS1cO6QG6w3ZrlBfu9iz4Ys6bE/BMKKzXy5to2JRH1QTtiE0kCAq5+0R+eTKOFgCzpvWz+AP
				VzBhUntByGGD+mz6ExE5WzY0d6CEPDRmFbU+qYGkhWN+srlXbXuE8+PLOaCRgBPztS3z+ngmhGog
				sMwZ2xybWrkN+4LeGfCFHc5vRzY8PobgmEH1Vqm1F2wgIUcCkdPYlBAVUhD/vr2dEDirBPEFui9w
				O8GE9ujcZTZxWR1ALAH0I6hn09oLnhCITReea13ZoFA8G/V3p1ULQwicZBsYDqS9gkALkaEBn4YA
				zdYALyhOADN17ShV7LFAepaaZNXjT/LxHmB0Eq4C0qrmdaZ9SGM4UYjc6V4B02Rlr1N15pm93tS4
				svWWkQK3zpt1+EWFmxp2PIFRO22+32bznFEndKYa1LHcn/OXvu0FqykdV/k6hRnL5HpdYG27T5d3
				GLRZg9KVSibsG8aLcgIyTniFYEtyXO3gfB+CLV2P+Mn/5OP6DD6bkzQyQAvbrpJhjwgcD3/vzuDj
				0/lFEHZpDmetmuQ1Cin7yueqFWQUgTXSD7hzYUs5X3/aH33lO/fr0cbmeQVj44jilZxpcOrbC8qY
				zYl40rVHW2Fl7NMQhYSXRFMNXfQh+8xQYjPbKHJmH6jfrH2PjHvmEmMFcM8/5vgzAXdc1m4kIKsB
				Td/cMzQCKgV15XV2nrmVTp0EZNtq+SMIYXGon98g7REWmCeztAZAL62obLWJKSxcb+7D4RsQP109
				bv7ItO5OEio/lIRrpQpfhuEMTtyRLrhP28Iainlc837h+bE2spmzKV/6XV4OQc5SmR4g0UnW3z6c
				YxU3LzOVeqdwaxecSuMJMEfhVLI/81MqBg3QR84WIQ5RmDGK8qjgZv5d7wjQrd9GfUzPdl7AoECV
				fYb2M+4Ds0PaSQFHnkV7QWKWEi5hJhzh5ce5mYc4kIJslEI0c/pBqsGqKb52Kz5N1n0LZG6omikg
				dtkyMo6q17pYWg1YTf6y9oLrlGc2DH4PuYgK1ki5AM0jjUO1BUP5ZgPR/HSaLzyXSziPgGbvMgFC
				TKO0iJ90GBpinrFlAp8WASvOnOdLJN1xOHZk3T8s8lwwySKPrI72AqYWsC2mIgicBpy3pr1AJhak
				C0T1FR1r7rdOh02yHCGbTHdiHOoTRNKIGceM+dPQgqyDEPEwVpVpvYsgTdQfQtoj4lWwJc5GjhEG
				bq7RcwUtDVBuL5AcRY/hsUnPfLLOi6aaoNz/ur0gveodZ+60F1A2T7cwUUJdyhUGROYjGeIfT6oE
				JWOknIehkLr3Cs+/skCxrYCtAHTvQNeFIyki/FGaIRsq1/ge1VXBOMrGpKsWEvBuAZ98Nbd9Lh0N
				kZcRutrp3uXhVVVv35N1krmAnuV78gDtcAW7bfW5EJoLnCJjm6KE6TdxvYNNHMNZz/wPUsAnYzsM
				kFL6dfVp42dODC6Vk5HQGuZ9vrAyZA0jJamb4hwlSq4ticlgkzaAob6TnGmsEHdafD45FScrT1Uj
				fKtOJFxjxaPmwHnNXyzxhFJReCgvrb3q9o0lU/geYVtnqrIbhqADMV1bWMn2gnTte5zTBrd1Gzfa
				V4QH3Eyuv+eGuXXTwFxwrymtT+GQjRAOlKgHLtxCz1wQuwk8QoGZ1BKs9QHKBM+OM+2t8G51ms0F
				VxizCgSnbYQfQWuAQnQdw1wQFQTFVPiUft7BIbMf/uV97tuhcFYF86247pC5ICpZwppYY2efSORN
				ZYX2guogmnxQjarOMduV2B6nAbSc+w5q46N02zA5cL8ZzrKlbC6I0rwjTi5B2dqWu+Mgwo8kzfLm
				z0rie1Rv0EzYAZoaTGFsTaqDGHIAsJVXhbtwG4i/zoQ3vXNT8LzKrQarxghgnaQ88k7WHraHz/cg
				5JMz6u1/0gmbhGiL6qc++VZOQCvyptReUJtyMtQjCO5x7B4z3Les7tuVWDDFdurDU02ZCnljUWQF
				kQUjAnXGUstGMnAprEGacO3EGEpULYAFmx4CLewrSyr1U++CBwlOeAH3j6QULubqUsXDOrHOmYKj
				Px4pEV3egqMN489t+G0k7BjWgJH4ec+YFbjd3MPH9pAFaeRlOlzJVbX/T6mOyXm2xvgeVWl7f5Rc
				ev1y9y7g65eBHK/UVwSrs/fhwq0sp+suR7g95PXVsMZAbgVMqbAS4dOU8AYVqp9TdsYH1ncSADpz
				he+cVlfMQERKgCk1GYMJxzEqqnP/2IY5XmiRFftwc2hwXA4zV3gOOdpXzAWxOKc2tgNqT+fxjLF3
				aEnKjWtaUvkmV8AeapV29XWyEWSf4V7x7erdZF1nDyTRwL1JVL/64ZH4UVcsISqz0Ok7EdVvYc9k
				ZFoUmu7H2WOa/XgP1cT///yEqOB1LR/GZ7GHylWbjHZ0QCDKn2iowNuW+x2krjfrq8lf1MlAq40W
				Rs5tqzpmuvYCGtTBqN4guIMp8U2PKa38V1Rk39wkRHJa+aPKJQaSbyR6YNfMxPIvC+Nj+HfoWv1/
				a/HlOK5pWBMl/jXrDxAGZzOifxjWMqybdqt74usL7e4boAtowtMgXPNJN3OdR6ZrL6AMDJ3DvwBr
				Mf08qPTbUENP7adi+0DRrqHuu/QajzMISauUX4+7dSHIA7i5twW5FpR8kVfWmF+QMGIT/pdmEut9
				51a808AJV0j9KS6gay94TaZe5KPq+iEQrvmuG5ywZde1FwRUXaZx4PPIlaDg25j6c0jnxywE1ZAs
				nXYZB9wYyV7JvV85xoBFzGyiwPL2F70wr+WEQ6bAFGqTKia6QMt7QWtbX9PiYZfPNR4UMyqG6QJo
				72CuDxisw4qAm9lTXGEXvUQjdLOyUqrNiitsP6sPQzPWjZetXksGj4rlEJuY2F1HU1QO2EoGlOe0
				rGWslpGusJ2d/wwIFSQqeC8fbbpW6aFcO2gbfKksE3x7AWtTrol1GvThkyTRwS84qgXkmFDqOs98
				BtcLNri3WjFYyl9c/+9QScVsWx32+b7Iyt/7yrSI9SDDLS76ZL1bqoyZ8vezBVHwfW5ekJMzYQkq
				L3ETk/jpvifb6RXXa2JqS9N9aRimNrfoIrLQ+sA2Ut7toE6xCrRBL6KFEjUye98Z6ej5NGry+Ab9
				wXxUbRmP6+Ui2ydKcTeA/EY99DGpQ946Zq43Vh7ErigRyE92yssd/hB+ua5MOA9UatedCfB/VwOF
				hGvguZpsJSe3Uro2hxYHTzJ2tQbCPiX8nuyg9oKDQIEe31MwSvBuzGxqBK+7EoyaprrQesbvq6xn
				uDMyXlBmuMKHBs9CEMFMnMyafO604vHUXHvyh7QDo2PcPonFeHWcEVF7wWJCV4387oHYMhkdF4jW
				7QS1XK98v5sTCSJP3K92LJIX+m3cQTPaD7qVfUkIAqJMTDj8+Qxe41RolacaacRIVi1bVeC0fQ7e
				c+4dqcZEigsGtjuqJKWkb3KwvaBMKmbbtDmEcstm9Twwb/ueZavd6lu4lTtKzrLh0dK9/2LjtfVW
				2O0G7y07A6a55/3TQMVw2JN1HU8HVjRRZWP8giuOhH8gMj2+wtpe/65k4YZcf9BrmmszPUrBEpd9
				xI8mSuJTprqlVZJM2dBkOculDbjKOoAepq7hqwzD4t6qBA0QeTx7fRSKA7pHO4CGA+iF0N5EX/2C
				EBPPdBR8fbIiKLyx8h2MQthd+liTih0KYJJjVQj2kbhU2WOIqU8GRTDqgL7aA+hr3eg3uo2IlJJ9
				QYP+44LkuqYY2x2i+Fnkv3LD5jkgHHci7IJu/xC0mF8ntzGW58A7F2VWgwaWwHtJnth6dbjYmcHS
				Z6wIlnngydyS17RNy5aVbVOv12snG/3P1kxqSEWqhWScLLF92Yjnuc3vYfsmCdOaFX/Lot9J81Bx
				VvIB7bf1yoAvGkp/xCajTjaQ9+b1loJv0gop6dSPCA36jxnzo/P5lNtWUBi9LmSFG4uDOLlZQoPm
				kTMp2vq5i0gDahzYtBlN9DE23e37hAZFBwuf8h4Q+hH+Jy6nJRdpjs0vdi2cEGdjlqHOpEg2SNqC
				geTBIwgz5yzmBdh6xauKTaiIToqbYHC7f+003FwJIMwBwcV3U+A0YcWg9NXvMTSIL1jJyQqaZNmP
				TtSGbKR1zau5A1CLW86u4WWZJ56D+rmTTwiRdQhOH0V1lmdw9kRDA3Xf44UqO1vD0SsZ1wysJ2gl
				1AI0nujUUaQ1k7yzqrHPcGcOZjmJMhNAQ4/JaaKubcglROTUNhVezZmnu76Mz+xfIm82nQWJhMhc
				acOMx0InQ1AO0a++Lt5Tq5c9aRZ1M4PX2ws0z5f4F8A39xxcS2Tw9+MMnuSMdd3MYVED3Rk8RqNC
				Q7KBfQmLa8XXytwKG/sCuzPogytsEqzMj3IdIFfI4Lc7Ko8EwVqv+0c/ugp619KOSdmpfpqQ2Dx3
				9bY51FZXa5SvRaKpQA/A/Hh79WrL6ktHNz/bOdq+R1lpEPLB/4PBezrT35F3HsyxjlBDYmiBbLnA
				QPfrDCkAPlmlxB8O7aElS8FmTyML+rpcwT102dLyECM0NpPfJGfMf3qJGgNXYJt2Hv+K4vtRgCxJ
				sTnOQudR07/rrHTyxG4E5EW7DBovEjznRXD8o/BzDB7CeaWkOvCgO2jos6YTjyJ2mLw8k/dLMqpL
				IX/85gPXQB+xIb9Li7W7gu9eQg7iPU7pBIPJMyGT8SphHE4eDFW+N9Tr2+sZUT/ECzyVequ92/OG
				DuUzpJCJF0tRxS/7crJs/Xn7hlE7FrBPkEyWKCvBpYvK4bEvp2Dsvl5snxHAXoeIWplez7wgOYEc
				fQbdZ0QDt4arXAYsHuCDgVsGa04H9T0TfqczVhmFbjxRbCzKbor5gskuZu8EF23hUBFrvkOJ1BaU
				uIDDA5ySTZe4kwthYGV8zfUFhvRYEbhiKhYsfG9At41cDJifTVN715z+29ZMTbG6UtcknTOazqH7
				rt/idAG7rP3U0CS3QCQYyCOHkhOLkk7kcEieBIOHmNPeCc4rOryub7OkTj6wLRsDrlbgoNcR+OQo
				GQL4G2FPmGHsemihYujrDjRdm46S26lGA2ydW8iAtP0ktsTbyDXiwN01+iqQ17jKfW6JTSi2y00k
				Gb8moJOaKOGkCcXWTXEB+ktlPGhhQrEtkiWLTqEdmkcWIVpxQAw+GIQ2MN2k2SHEXy7T8wAP7bs4
				MtfUsXRQ25EliyPn4U5McPrZWhJkOnP0cZzvjF1yGUdFFTH9Zx+vo6KvhrirVou5eMU3tWqRqKoS
				LNBPG7BBwF37b6Rw1llT6PVuVxlzZgIJRxUMtT4m3WvTWNIH7ozwQMmoRPdT7aRVH8f2fNcndIPt
				zfLbriyuWEqw6HDkk7vvxKC0NfmQezzU+DItYq2xQ0oI7evbAdaJeq8oLjbK2UpUdhAll1mfY9dB
				G1KVDy0yKeniTM57i5Tvgwx6HXVxQO5Q/kgQbB1cDhB3lGtSSv7AGrK5OIpSFJLW3VEg2aRwU8SH
				E+sVg7fdDcVDrNNK9VWEUV/LeUqBUs2ZXvqfHxlXoP9gwCQAknmiyeO5Uq312lOHTZlTm0+id/6P
				rEIeDEaaVHNa+BgiZiDVTK1szZsvV/k2GxNm1CMPlWrga1PnmfnN+9b6WqyMFQb6apTQZBHD1wFc
				AHGPLjcJDYUB9Qk4ZSEzUyNa00LJf/l2hbFNjeJEJRMgue+F8WAgTGcWnlxU1mWc+5Av6QsWlBR8
				gjEwHWKF4TyznTlK6KFcsYoqM8+vMLg+y6aaG/2ZuoBbg1D9YLAaDDsTq2n9QOZ8Yst+Np7X8KTl
				3FeD2ugoPTY4DsuCpBJwZSkMIua8k7muafr0EHHarxDECNb0yV+8OuXN4kYDNZc8Mv9LclFJRQMr
				F6uI6yYHRxZ8L062pZetqZRuOrl/5LKYqEil7dboFgRQJ/b9MpGrEPsoHjUFzckj0INBbcrJUI8g
				uMcpwK3i6rCPEl/WW8xMBJnDPly3KT1hb5QiK+Ad9snRtzTKZtbiTplkZdzIV3RLf9sH9ZqxFxCk
				HSehBPeubZfiHwUxaziOWyaHi2hYAnvQ+kOhk8yTlu3gjPhpUoDlcqgvAn0LY+Q47NJUZozaznI/
				GHw3MnkWf2WM65SzseL33e6fiKrmUfJKSjLZ/kScDiDFA1jpfB1DGtnTuZlH6JuIDZmn8gf5fydI
				qluswdpnrdezsCPtTWa9zMROIshNMACvy8M9D62CbufokwdfTZocVWc9akaQzmp7bBk6f0Vh90LA
				RRZ0dWfb630tpw8ACTGtzrMHORKknWFyZhUXAt9O6t5Epsbqua9u6reiwSyptRWSjmCtySK01jbs
				esk1LMApDG4LPVLUohAv4dI181eOvkTasRSjMKDiBB+YrqcImjK4gS/cuwSnRM4V+GAQauPZfQzr
				TESsraRT/YM3SNgM1Um6llrli6UAw18f8SdFpkQBB+fzeO4D4bGtrreeFdfsyWwiF30RPBjUcKtT
				NFGVJE7eBVVrTvtdNRHLXEdH0sh19UzrKawEAgozJjsUkCUFyQEPTJYkWSk3TaalEt6VKUC+A6AD
				kAPh4/v12GOPbdu2bdedtu20ZcfuOAh0vI43442Dx+PxPM/zvJkZzgyHw+FwOBwORzgcDr8RhyPj
				efNNN962bbyJjOd5nud5ni/jeZ7ned5kLGPxeB6Px+PxeDwez/M8z/M8z/M8LyYmJiYmJiYmhosZ
				iBkQYmzHWGONZ9u2bdv2ads+zyA9U+D06dMkSZIkSZIkp61LbwOzslLbdskZeuihZ9u2bdv2bFvk
				hJxtxnEcR46bFiaLhcVGT+gJPZqmaZqmaQWjaZqmaZqmaZqmZ5qmacs4IVdXewQGvaAX9IKet3lB
				B4GgJ3pBT/RsjyiKEz0RQwxiiKJ3fjT//3+zP8/z5nme53meZ9tzZ8/vPM/zPE/adl2jnWeeeeaZ
				Z97Mm+d5nud5NmfO4zx7nmfRs9edzfNmz7Jt2zzN8zzP87Ztm7dt27Zt26Rt2x5mIObNk1hMi8Vi
				3jVPszVN0zRN0zxvFq8XX3zxZ+flqjsO37attr1NLBaLxeK3dWeVSjCxWCwWh0pUBlSRzohHPGIR
				ERERERERERGxLFAYDBQdvDjxxNxksk088cQTi4iIiIiIiIiIiFh8iziIgzhIkCBBggQJEiRIkCBB
				ggR5CAkJCaGYMbE4Q0KsEAjxQrwQL8STTCJvlljiSTxx8AhILPJgebCIg/UHP/jB8zzP8zzP8zzP
				87x5njcNKxwhMEQ9ZYODg4ODg4NDg4ODg4ODg0Ow4ODg4ODg4ODg4ODgECw4ODg4ODg4ODg4ODg4
				ODg4ODg4ODg4ODg4OHjBwcHBwcHBWnBwcHBwcHBwcHBwcHBwCBYcHBwcHBwcggUHBwcHBwcvBAcH
				BwcHBwf7DS8iOIIjmBEiOIIjOIIjgucQHBwcHIIFBwcHBwcHh2DBwcHBweHgECwc5sMPPzw/7E3x
				cD1u6Q477LDDMzu8cDgc7Lpu2EEynYZZ6dq2Dath27Y34dm2bdu2PdsNC0fKhMPhcDgcDplwOBwO
				h8PhYOFwOBwOh8OUsIQlPNu2bdv2ZduO8LZwOBwOh8PhcDgcDodg4XA4HA4rFAqFQuFt27YtLMuT
				ZVkOwWRZlmVZDsFkWZZlWZblEEyWZVmWZVmWZVmWZVmWZVmW5VVeZaksy7Isy7LcQGRZlmVZlmVZ
				nsojT2VWlmVZlmVZLsnhSArHQGEwUAyKYd7XebKNmy3I4+TJnef5kyeLLJ7neZ7neZ7neZ43z/Ps
				eZ4X5G2bgxcGdCEPQw45ZFmWZVmWZVmWZfmXZVkOWUJIXiV5fd/3fd+3gbzv+74BvHwPl8fD4/Ot
				2+e2b/s+i8Viyy2VSqVSqVQqlUqlMhINVaNb+OZyZjbjzMxMmBj5tm3btm3btm2dN+u2Tb7Jtk27
				yLdt27b5vu/7/zPIF+T7vu/7vu/7vu/7vn3f9xASEYIljNKPQkJEFERERC6RfN8r+f9fJPH/3tN5
				+C7fw+Xhuh2/9dvjWkyPZ4aHh4eHh4fD27YNX3h4eHh4+P////+fE/7z/813zPAy/BsZgtsXuDAL
				2vZ93/d9f8WTkVLCw///uyT83/7v/38J4SGEb/9CwfEIESJEiMAI34xMhIdviwifIljhCq7C9z08
				SOF+/I/78X3f933fd3n88Xg4Hg6Hw+FwOByOOxwOR3wToeFwfF/LffHFF7p9PPGZeCc+E/+/hZn4
				wsRj4vu+7/tnH0CSIYwHxs/FYrFYLBaLxWKxWHyPx+OhiMf9iqcSp8RH4pT4//8St4CGAg/xLcRD
				PL7Ztg2AbdvCtm3btlEIFd/3fd/3oHgoLoX/9/685+c7L9/lnHi4Hq/41m1LbOvWrVthDhY72N62
				rdW3y7apH30efR19MxtO+BdGX8ypMc/SHJbkcCTHWaAwGNh5nxjiQsPzfd/3fd9k+r7v+77v+77v
				+75P13V5+N64JOiVzQQ96Az6gj5d1/9/Cvo+h76Gvgl9DH0LfRL6QuiL0Kfruk6BSl+Q9DWk67p+
				Xf/+////////W/5vj2t6PNPB92zf3jxP3/Ve23vv5/Oq9zbP8zzP8zzP8zzPm+d5k+eGhrft//97
				wYuzb5xstnGT2Pd7Wmye53n37vue53n2vPm+7XCHOzz8nm17EVeYmHG84QZDYmLBWEjcE2+bHte3
				bdN1XQp66NLf+/Oen++8fA+Xh7t6/NZp2xapgxdme7fteZ5ne/M82/am9lh7nud5nud5nud5njfP
				8+x5nmeZh9E45prTnsSk7Y20t20LtLfZtm1vtm3btu2wbduWLIhIiMQh5EHyYC/YDAtsMM/zPC+C
				bXu2bU/Cnm3btr3Ztm3btm3btm3bdl3XdV3XdR2uw3W4ruu6ruu6DsHquq7ruq7ruhbXrsV1cF3X
				dV3XdVt2urLSNVQaDVWjahjPp+OR2XBmtnqcemrP8z711KzF8zzP8zzP8zzP8+Z5nud5Xr1tWxW8
				rpdKh1JLLXXbtm3bNtq2lRChUSvUwXVd13Vdh2B1HSLqqKOe53me53me53med1VV1f7qwP2ZTz/8
				zD/++OOPA+JCtMgwAVEURVsURUJCQiJECAlRokKECBEiRIgQIUKECBFCAhDFR4gRERGULH4cKYqi
				KIpiRIiKECeKoiiKoiiKoiiKFEWx7qsIYo+9/5OiKFKiRIm3ZZa40JAoUhxFURRFURQniqIoiqIo
				iqIoipTZhJHhSMaEmaFEURRFURRFiWOFwUCJoiiKojhO4iRO4iRO4iROomiWi4iMVFyRSJESJUqU
				KDEAiRIrRkicKFEURVGckCiGRAHxkihxJElSFEmcRIm/xP////////////+y/nr83rYtjH//v4Lv
				9xUI/9vm/vs3rv/i37Zt+/zbtm3btm3btgj7v/Mf//Ef/337x3/7F9u//du//du/nb0ihN+L5vf/
				//3///8L+Sf5t+/7vu/7vu/77O/7vke4/VuSgDjSH/f+////EP//75uk2y6x9w2A+77v+74vErJ/
				W////6v9jf39/////7////dt26Iej+vxeNwJsm3b4/HHtm3btm0HWuigAz3SbeL8iV/Os878cf48
				xywQ86f5u/jbZP/z588CFRB/E38L/j5//vx93/d9Xwj+IvgLDofD4XA4HA6Hw+FwOBwOX5blkAe4
				8sDI///////v////+/+vbe/a/fZ93/d93/e+7/v4vrVt2/bShnYh/P//7/v/////f///fxP2+/7/
				/9f1+/////9////9/19JJYQBoQMNZei2XUK/bdu2bVO/bdFQXP22bdtFbTvTzj8zMzMzMzOdmRnP
				TD3ft3lmZjyX59v3fd/3fTpn5/u+7/u+7/u+7/vm+74vvu/7Nvu+7/u+7wvhPHAenM/MzMzMzMz8
				/8Vy0Qa+bdsmMt/+///3mDBhvjATExMmzEMIMyHCzMzM5+u/7zERAjGPecw13/d93/d93/d937fv
				+3r/Pgf0/M/zPM+fD+dP8zRN0zRN0zTN0jRNsyxL0w4bOMtp20r///+////////s/z9NPX6fFVT8
				j5Pft+/7vn8f+Y3juO/7vi+MMvs/j/DCCy/8//8Sftu2CNy2Lfgt+OC3bQqSH7/vO0UUQ8QHUZTo
				//+/bVu47vj11/vMDVocnoPFwfFO7u7u+77v+7rv275tm9lns+/7vu8x+4zjOI7jOI7jOI47x3Fc
				vW3A275ttm1bte3bRCaTyWQy2b7v+77LLtm3bYt9/77v+/7///f/lwixWEzT2pi27/u+7/u2bdv3
				y+fPe36+B20nyzIrikGWZfmXxf99L+fn39u2bdu2otu2Fd31rdu3bd22FUVRFNt2Om07FafT6XQ6
				nU6n0+l0Om3ZIJuCLVuW7IMkSZJfxfZr27ZbRYqiKIoeqYgEysiEbdvSoVVDw4QQQgiVECBUJNto
				W0ejFEVRlCiKoihWFScYAaIoiqIoiqIoimL9v/flm5/3Oy//fD6fz+cz99QzM/PQI57gCc884hHF
				MyB3Op1Op9PpiDMzMzMzMzPTzcyMGGZkZkZmxJk5pxzNmHOOOaI4oigKR5zAmZkRNyKKoiiKoihO
				QFEURVEURVEURVGkKIqiKIojEyaMTJg6TMNQDMMwYcKECRMmZkSFADMxMTExMTExMeJiQozEhBhp
				FBMx1wSNphrNzMyIGotmIGgcRFEURVEUuYCiKIqiKIqiKIqiKIqiyDAy6kuPZ4tnkiQ9cim1bemp
				KIqiKIZGP6pnOp4ZzqYzwxGKImMuiqIolkNSyJGkyEBRFEVRdIWiKIobxVEURVEURVEURVEUKYqi
				RVQEg4FCiVBkxRPe4AZOCGRgBEpgYGAIDAwGBgODdlAkSQaDwWAwSLGiKIqiKIrigih+/nzv+Tn3
				yx8P1+Oh2+O7tuvxTNu2g+d1XudNG6207cS1De10OnHizDqcjczMRDHAbDabzbgZx3Ecx9HCcRyn
				kHEkueBEnCiKoihuNi4mimKY5ti1USwTRYqsMlEURVEUJT4bwsLCRFEURVEUCaIoiqI4jonFGowJ
				xhYTY+JiosLXqmkTqYk2TTTtmqbtlw/Jy0VERC4i0iJaRIs4AedgcThYDr+y+7ZuKwGIKOLMGekq
				0mioGhVRFEXRIzMTZjMyMiIGM0IZGRmZi4iIiEhRJEmKk8lkMpVNRoAoiqIoipqIiIhIZURECUZE
				RERERERERCSISJAgQcQgIUiQIL4kJCRIEFGUIEFCggQJEkJCFhMSEhISEhISEhIiRogkxBKJRCIJ
				KJFIJBKJKLlE8kviv+f9eT/Xw/3f8bvW7dt1sG3Lxna4dRtEsqGhwjBhQkPbiqIoip0wYTNhwgSR
				JCmAJAMDAwMDAwMDyWCgJwYvvuM864IocrJtCgvbYiITsVBGJJMggTIRRVFEURRFUQwhBFEURVEU
				QzACQgghhAghRIgQIUKECBEihCiKYsRFURRFkQqiKFIURQWRJE/2JEmSjIf4sMMlGZCiaFEURVEU
				LYqiKIpiG6IoiqIoiqIoiqIohiiKosTZhJFMzBlGE6N56XHDkhySwuAYKAwMMXhx3xZitxAXAZnC
				rGRIUfP3DiMZZABFoSQFgiCHOcYkxQcqJKnBbMSIGliDJEfmAAECm47d0O/jdh3uRU3PgNJtnQiU
				X1vU9NvNi49pFmRsJpgMKwylosdlt+ogjMZkSXjFNFhoDDJaQpfYe7xs65KRTHdKspQeurLM7uAI
				i3rQ1chhMqfxFUb1mKAjBlVy5HGB2ziPy5jbyuBljRpepIYUzvG4tVw2ZEcz98wqOsYuuHgSYqoZ
				xPplP2H4hx1bxmkGLlN0jbvqccZn40fNexhP7PvZzZZraDbZtLsrhrQexApiS05cCovSZ+Wd4cjj
				gktiFunQfg4tET6ZNeaqtQxby7+Hni/B1e58CfrtXUmYL4FOTUgfox89hb5usq2YbvDGZ2S8dU0v
				gW691p7OUlbfY+V1mf7v/A0MU8svNEQvNG4ufNrW29lha6zm9hpXe2qf2Evrq5juRZoetD2bjhX9
				j5ITXmEHpYxBWSTeNAE3srYnN2yQXNAkKG5W/ZiHufUGwabtB+5Quwg4FlV6Ing8Rcuo841/o6bg
				HBc7ETUh0HPFfZglMVReXMy7EvckOYvzFL8aQe0Dgrhn1BBi/L2BgHnoQsdp6lGtZbYkAmzkc+65
				ILiB9ESTKVwMdJ8Zq3ixxGQhquU0CRt3LjGE9piYAG2Dlc7sgMxWInq4ZOIuRJ/d7OHEGulwlM+e
				R3OPZOcbWXZSbN/UOU3LQowmDHB+zA3zuCyDkENRmZN8vL/BrKM3mwIuS3sjnXtVIho8h0b3hjTD
				uwcGSC/mAb1m0UKazaNMX+19PBJ6s2ppGBDl+L3cmzwKEdXwz6LNWDGCddhZYerKiCzmvUj8vgJM
				TBBXpd7ldQ3hl+e7D7Ctu4+zByDfMp9NbdmW7zqtQXIIstHGByG3yAFYqlpCrpiprpTKO2XIfElb
				Kdnu/7a2V65yLW5eEBhS+TqNL4nqkrVvPiUD83n0FcnNI27vZZljwXH1apmO0qwtjKuqrfCY6D4l
				1O/2hHroGAkWjL0zoe7LRXqxoGf4lAme6XOoThB4ny1jd45R+WKh8anHCLMIpjiv+drGqM3SRooB
				ApzXEloJQmP0r9FGYZI5jrvNcKD20O6qYagJy6Ci+hnkOHlKoEMOeWXrKHMc3N6mibP4UZvaHpxv
				CZEgpPdr4nomQjHkMP6GTXRZrfW6wHipgpi3f7DNEvIa/npawPSSti672nI6l4Fzn8XX3jibMruM
				5m1KJoh30CF2KXcsWd5jPBWCV8j+ZKOca93fSm2Atxo8wUPw4gJsb2sRFa6Q0Uwd8kSj8Apw0E37
				GdyK6HiLjXQz/FZ2WD+rGDUL7hzoOr0CHKfvU1PcxB320cwkHVZGOvousS5dZAZCuS0WK/cDhtKU
				csLZHBCDnb5dn36jTXyniDlOADUbgH4/BUFDowDCgYbdiBjTUpLgbUw7gtuifyU7xe0KyZSd/mfm
				YkGH1VFY6CHWiMQTRpK0aZGiOYq6fQvABR3WoK+57dW1oeIBoe6ra6bFMcFfitwcCs/eKUp0FXSq
				3gmhgPbPReQXS9IAZ7qCsmmAQR0yy+nyKmLLqF7LExw3pQEc/95UvsvYLPz0yri+ITuFCHdQUBGg
				hy8yz4ps0G5lTey70jbiZBVRHLRw2dzMKRSLg0tC2DlCLfrnIKQjl79Wbl1i+Wy/fwbIGq28xHJl
				XUqDe+ierZYrjwxcsF+IbGN6dP49Yifq3kgkCdNykNCMJBu1Py7Ou5b7RXJdEWrVkjVokAVTRfia
				E5djRPyKM3eST4Fh1JKsyL1UD+pN/AvHaVevrGWWqgnDU8oMrmL2SVmo38JTHfh9Z659ukYI+5IT
				GuQwTTDT+/VMdCamuRKmA5w0mMwLJBCaPhplcV7Kxky954VohWwDXzDEY2t4IfCNBaIGaTzgihcD
				85K+cCJtCBeBaSOpajAYQHCFtNtYV3Y1wHaw/b6IF9g826hloykKcj7Sk0fAwLRQgL7G1Ne7ZXrR
				CqG68zh6myaHrGwIkTvKHaoMjJpN+A9HuB0dw9VHAXMlFL24EX5v/9I3Eb+wfaCjKrKO+zgYULbM
				XBoGKd7kFWCi2xka/b1o5lwxLpeMAPAt26FxtyxrpIfw3ycpwhLPjWsPM11uZomHfXoYBUB6hf64
				qem3gSObuFkc0JKlG4Iyt/PTQMFwIQQ8nAN1iQ26TpS+NxlkeYNF+m7CCAmKfUJpM+O4FCKeJzst
				BACBoHw7mDMNAO3y805IQrl9J0TrksXxbf+GIXX+dB2ikFU9lfbrsZMlRxRZi5rUd2BzbKyCiawh
				b+4ABCsCk6b7tOIeOavM8vyRuKbZWK8NHQ/xkC7VnVs4y43ZyltVIcjXk5/a0NghYcWLv0wpEMFn
				e8MQwp/PaRcWQWyyGBh+IFsLVb5bGVRv8BRNh5YXTSlDKDbl6Kl104gsSqBcYt9J3iZP/Iysqx6W
				ljHzCaICa3j5r2dBr55a1DXGqhLUO7pf/oD5RNdHNJ4AJJZ40EtJUWTjKh4aYrXitDILqV9K4JcS
				cmH/PN+4AoGPDf1HogTnULuPxjDwzKdfGCe5iTk6kuh4oXMoyCs5bpRAHuMlsE/2ldaPDb0utane
				vtoCfkNs6OEPJgVEADIxLfZNZdGNPfXmS5mpaQLyYESO4u0nG6d2fBbfyrImIvOmyDSVSO87SIOo
				UI4L1a46/yJfc1SgaTMAgCTRMY47Od6tsGSDPoyDRNDu00QzxKCutA59r6YH0QurA2W1TSLPlFg4
				423sStUAQJQY8KOxDu0YZjnDoNpUGTPvC0huPT/EClqe57qXshNwzMrAVLZ4Q9UnMwDFNHEvx81W
				1q+cjc6Em7506Kbd6ctR2Y/iCy6grTmMX2P6UTAXRW5RqKn4Dak+wMIOv1ZDcdN8uFef3AE2diJU
				CLstEzFqTsip6DgjDz6PCBOOMafRq8QVyh4cncKVvpAwk7L4Bz9BHRWNiL3fYB8JMWNTJtqr9MqG
				veWy0jv+aCkxyrscRDpANkmSf8ZR1gPeBnVvF0OAHTsQWpPJwwa0+ydvXq3ogZJfd1qc79VHqOFn
				YI0Nl/xTxyWVqAKhbEh6LwCMvDVDXz9zOM738m8IXcEmKJb9AckNAXhowKHBN0jq+TZZhoLOhB89
				fyuA09ufBgB9BPeRNkwDFOzivQnBOWT4lE8BnP06sicb7rhaOCPKnTF4PuyWU01qYIsCU52ScnAJ
				BXqosheuZNOCpAA3NKBOAbScIiQDTEfhM5O1yD2KFjIuvonwd+ls+coso+/e1BohayppLPowkOM9
				XUyfJs3/mFz5c+HcsTeA9J1J2ktLV5twPMxkDdkC3bTJkK4aGS2OTqJrMlurmiE1keBla9e/6Rpd
				blDncKc1ImTMRL7aFF0VUufGHaVUcSjCtk18cjIJZSx0Rd7I9kSScHPU4XPJkeNnCmHO+eUxQXj3
				4K/yWSi0gIL6rpYM4kN4fKNVToKIA2//cJkowk3WnnmaxD9BCVWOw4vqXDrFEr3fSqIO2wZ0SEjH
				X939CubkKMVTfIBpG3qhG0UURicGPy2GgmV0QgqxlYdT9TlDYdNja1q1AgYpo6fpEJuPtBHtnxJL
				7zYC6GAYFy+zNUF3vDCDvaogPQ7/PUkhLPNuXIc2ufZ6FGkz39IFwxHA/J9HfCCN6TM5hzsMR5hF
				3WclxJ2isA2gIQN+kPLV8tWp+GlW4fSwM9TG4spCqm2LlXuzBenwY9OSj2Xqi2FgoIHVnrPC4uLT
				aRXPcZ3FqdCxx08R+9F9MPubRQiuwx77sGxU4v/rtoYwcXvTVUHqYY/lNlc/KMrI+5NlSPTXYzt+
				/up61uG9t/TjWX8YjIf5ppbvI/aF5WP1uKpRNoUeoR7n0ZbotQF7eX56MnOArBQMbf8yIN1ajg/C
				5ouaA7D6e7A7sZ/hPDFp+SanpM7JtaYUUkZ1JFd7FgqYe4vpKPpzSam4zBhR6kfiGekXntIZBvhf
				hafdFJGCUVg6Q1spyfMTDPhvTK85GJ1JZuceyF/DEh1f3ipZtj0P2hCshoafB98cATTZrY4KcEot
				1EmracBJHghtH4p361vY72YnpO3nNm/Gh+OVgDG5CSEwn9cH8Hifk5p2LPbNPfLj/MVwocLkqqpo
				88RtRD/0Bv1g2u6tlg0jFTlFfI1CnFu8CQSmqJfaC42BO+MV3aV2WmUiM5rv6n0spk4xJzTO7GRf
				exIuAwfQLU6dii7gAP1O0/oEhzvYEnKneF2zSMZpCQ4eWSyYgQOWOoCW6bXUjzVHl2NuE2u7wp0F
				GMjZWgJBTzIB52wtAUPmGeBUBox7PWBsSUqkT2cHWchVQC08yQ3GoYBjmbWig7GlNkW2ArIsKA/G
				Vg0zxdlnlstG7qn6FTJkSb85MjPNK/DTfjytAJ/lk4kWAHjQbAxaSs+U1znvzyRjAYoIHHx1Qkam
				PxKsKCIqdSgWrsrphP1GzghSXe1qZQsVCfXg817UXX6grtY6c7L6c85tVY2LuYy7DiU6JEPDGZHR
				70pczQnjk5gUImnt8fCxG66v1+PdIHA/75jMty1lYWdTlRwROLY832Or+dyZM4UQ05SgJssy/djN
				4HJAeC2prfcaHtRtH0KFdjBVJ1B0zxfBS4opgA1bFDELMgCK42XmpV1cQ4E7U84V5LJEor/6nUc8
				sZxsRU3+fDmpalFKzrvAxMctcDr+MaB6JpXOzDRP3Vwir/HFGddzAOU9U/D4VJt86lP7GhIXv38U
				WkOebg6R8HIsqzEwIIVEY4kJSDEroEjkPHCLSSoeA3pCkj8qujjHUKKM7k+VrzOzFm5Vt7BeZPET
				8nLlkDrDUcvHVWw4IiJVS6SY/Ocgm09afwJxk3wM9fur0XadMkCUggDCTLAG7GTVoKBIegdsS8SA
				wBA9YVqRKBcjNItWsVHpYOEngPxjxUbFkzxmR+2uiHtgxwocgeoM25PM5YdZvIhcEeMFuIpW390/
				TOZyTAWxz1lZW0Ff0wzg4pF94D/OBn50FZXA+D+bHW7xNl1bl4RVnBAvsQaB3mlcP13KrovleIjo
				3bsMdMtJ/errMXa1iOg87KXzrQqCNrC6V5rJzhOMC4kY5ewk8YwcEjvyCwxT5Ca37cEEwzIrdcf9
				smkD7Afk4sl/2+Ky9OxSxnD9FJRRQzShDS3kK9Kfdv4o2DnjkxKqCbJw8JkWg3oJRxxA3LvweDO/
				X2+QxJt0n0LWfTRbJvTqi2ETKsc/Nr88Hd+0WI9W5zxvDlcCQdVacCbm1Edg1pfbvannzeGq1PLp
				3MI0gGrbhANN9a6wlCmfFEpiqA1hUw51H0Qc7ZgkHi+ALEHVoXeMr4erRs6kg7f8XIP48vldF0hq
				LXrHtRkTGdziulL0juVw5EWxbfSXNmmZPqXTeEN3DDwV08NbHs8PDhfd4Q01EmD8ZQjRiTqEzRf0
				2EjeIFb/d7u/D/kYKAODysTpb9iqiUnnrUTbEtu+lyFpoNFP1YatGtJHTpLIuyE5eU368LdWhMmk
				Ah2y3ZZQIXj4Dc42+LYC6jZfINrxloMdt2oni7xeo+yMcrebkMNkMFQnZp/Gkq1zTbQrgsZ5bIS7
				LSgAnC9RRpvbGm4+v4Yi7Wmim6/Bo+pfkCe2J5j71w7kmdNNyEtu/8SXLOn/w7bv0flJFYOZPRaA
				fIIZrSlZ9JlP0//ATYCxFj0TBTHW7tx272Yw1spVh2Q5qUJFloepDxuvnpV2QXVAWYHOchsK9kd6
				9sptfOqn3O6XTQN1JPYdWxgs1hKzDjCIPVXHWKyoG9ecYNNxspAtc4JtJLI1ovU404+SLIp/BoNf
				5PIUv9WB3oHejcfenfE2KrHohTsk/aS/yDrv2Wqt6o+PWUHMuLQYPCtllzR+Nz4zySWV2C+zc/M1
				Ea+7+aWfBH85QmIEbwHmfeJwrPxNmzV9bevXpqUsRRy76WuPA2KDK+MVlSvhTdPXUktx5zkOYqM4
				GYA5SAxrFTi440D4xbBWuf3g0LCAhWzZJ1m+VR8Bik83yOfdqBW+hpgEgKU9UTQlJdCmMhv1wgZ7
				wwYubh6zYR+/oRlL+Bom9/UucC0l6HoAWoV61pwR/hgHXSyysjYxkqihCR6CCTsuuJVC3cX0OD29
				OO7tfKmWWSd7NhfPc5RKuMH17hxD7TSOQcsNG0pqe89F9nmVqG82BZSyAnodkVGTLvZ6QdQDOmMO
				0bSTzuRbzze3+FviO4zGLX3v32+xYZztLVtd85ibd52bfkFV8njAg+PhNFuCsb1ZPY8AuJ3yFuoW
				dbePxgbe7zKlMY2oplaeath5VaiVZyu5N6/sf3vSV9mvhu/f0ZZ32Q9u1sl9PK/5tQsRxyLExrmz
				3VdhQG4y1i0QuMMtwlesjmX8pme2bkAU14IjHMjWGcwhtb1G3qXDIL4rkbbadQD357Bh4LqYga8P
				E6bMF7Fsw7Vx3dS5PI2aDwiGt8I0XNN6++Lb/FcrbRGofu+vllUr0vKJqDU5LlXbcO3gSKv9JRb2
				bImyAvXGNbfVAXN7+mPiNYRqnwZ6Wq54wFohrDm3xdsRwuZmyyyk8uj2M0832qaJsOUHa7W4B1OH
				nqj0mOhV8g6h+yPxscbrAKTa9hAX2EnSVlc5Fw6DQ+9EKdLWF5u+vd2yPP8gYqjWXHKL2eg1zWiG
				uzFZV1xBm79YX4EdF8+xY8xfDKaNGusyWWULr9D8xeaEKQHeaNTMSnPMmg3C9NtL2Tj2lSCbtrQG
				qLaNdNi1ARrjeG5BiPJsXIycMMOrFMswfTwufOn2Rl3rqj+cFySob4m6ZvoUJ98+cC84b8xqv2nU
				NW3PblwD4+IQfQqGwTI3Ls21pYhZtjgEqKDWgJ1zgx2zD+l148hMx/CetI5gGSrEOZr7SzPnOVCG
				DR+NqeTZaL0+lxXHDvr/CQkeFRTlYHJzGk50WaJnzhN7v0zLoYrFaTXWTxt48mSIKZH2Xh4Lc8gC
				4ALtASFWqzxQQ+wj8o3Jg8RAMTBHpBDEahUVxMsbhnL2GQGa0BGp91BAkBCGVFxEOSuXDDx0XYs8
				nUP48vyeC7xdp45qZKKnhaJ65zTYWYccNYqh7g6HQMEc5BaeIqRyIbx5f7VqoU54F79LY6BOQ39A
				7Yls6uWApHNb1JSzDBWL3IyJHl0WBdxOn4uft2IXFB4gseArxnk2oQYK4GnGMA9GOM5cqbV5gwDZ
				xgtx+jwNJhW3+dnhfpsjTp+KwBg5Aawc68eB0bYzV63CWd94857NbhN3h9FA41MONlct/gie8klQ
				+EGKboDU0gh9HTO0w190YjB257PkW6WC40uENrk0W5iNwhu5z7PZCAuNxaOIMU46GFU/1WahM1pN
				AvHtsLXStWxcIEB2NByEbxM+RhnTOqLk8caQLd4wJY83OEWNwgyXGlrAB8OTosrlSh7f46SIPJtF
				QvOYoeRcE+SKvgWVkS5c1rIrGik5aURdzjcr9T6gB57Z2Xroz9WBkWvbgnrJA8a5BwoNBAYJectU
				FE7F0LvidHi84bLRDdGq6LtJ3CJl3PHdUt39mnm6kuBacubHv1bwEG+aL61QbHEqsJmB7JIWbhgP
				ySD+eEmlsMSzseb/J3U95CyT/Nub/58ibGkE1gobnZdZrEgBW8/nCVPnC66+2l1LnJf4fglbcMpB
				8spaqIyczpEWHvnjiZLRha9za9VRnf1Mwzi9ZMwsCPFBr/NQjbghgvdCAIcYLzSX71hWIrTXYJoe
				bynlzdQWkxEh8dPynkzGCj2lczvD3rMjiXIGny2KGTkvERPj8BRimycdhsWvDaV6JAppBLP0DYH7
				+rx6GRBb2FkgOjGEW4TQIU1/JASCpubuttXYTO1FK/CeGAIUkRoIWqNzOtHMXb7G4xhU67vKTLKJ
				Zu3Ae/z5xsvbC6cQvdiILnmF7xhfHWvq667uSE/Buk8HKhpTSLSUj/SqO0YwjbmwxzbhqiiL9aOP
				ywNN6PdJqLXWpPr7BNKDLUGLGRbcEc0FSJJLoRnYnvBPpGXFIfWpIaqIKHSGtq18iQHhE2vwl2Ef
				066Fztzkgr0SpxhI4DhNKxtb0ZQMd+xTB/YyomzHGy41NPN6iS7NWdsxq39G0An6ZvpaScVbtgqN
				RzD2VG/IRSBZrF2GZvEC7IlxJaNG4yrjd/IoiKHZEcPQXEwIQzMnCIZmHoUmurRrLzSXRrvj/dyF
				Zs4QEjEMy6rDhhiyq4zH9nZujfn065VIl9hay7oeubvjjXc5VkqxUT1MoSeZGLOQ7qwds082aEfx
				HLU4TG/8bFLu9T6zSaLYd1ReVNMLbAUyEmfZJdLtw0evxy/Pi2NCdfIvyXdedEdCSJSxszm0TRoP
				p8EBufYVBExleSc3Bcf1AqtBobnG1OCC6NzjzNzqVc4o7rU5g88RQqpaP/c5fzKfE6q14Tp+Yv0p
				d4RZ16dZ+XCXhougWM5fA/ZotAkIc9O3rdE3m7AyL88WfyL95NRTkog9zvohwLk1QIUrpqLFpsqt
				vvWEwVZ9q/63dbwMs7Xs7JAN+KHwtW97qdbUQplW/XbWn5OcQgj46YhoYREfjy4VuOyycqSspXvz
				t1COdSXWUq+z4els3quVSYf3OQmj3gbbNdHV/vGiNsGwqc8cHwLEjIdBOHk+fMwT9UwHEokeExjJ
				i9t0ruCKT3mxPU43XlQmsLDhoAJkPoIIwvCcrHOeDNh2/b8xoby0egNNWHHqxz/m8TW3R64BP1Sa
				6HG9yEPO+0F3n+ixLHVk0u3LiGdb8hI9lsMLGk/Dd7w2Xp8zfM1E5OzDfKEz/hz85Y6ujKR9s2lh
				lgcGHlzcmZnIfOQSiuob+eWIOzNlkOQu0mToBHW6tZmpjRnTRpVn18wZyrwQ25OSCUXlpm+mRBA/
				AoYze4kvosO8xz5W/W1V6VMJaksh9znUL0isyy3gS6yOx8XPffhsMEcCbfI3YXj+e8xA3fJ83iaN
				XdFXhnhuGg+gd2pBev0TuyLwB2x6qmRMcwziOczItCzum7liwOEdXgHeVawmqiBGC9RZZTl8oudN
				keLtZrZpzEVJhHhWKrAn3PoJqKjC5XCLpF0AsOmYC4+vi+Nn7Ke0g2xUtZjR7SwK8/BMLDstJnVq
				GKwmftj7yxyv8wTWxcMzcTzEKYVM7XVc7EX4unZHBoJsl1lVr8Kk8axAYzjP4Lo2+gkjHXGWeUXD
				aps9WoWk8TwVgw/m4tmebGUL0vLXmtKqzvECwaHcDUIDtrkWzwTMf1dTf6DSl9W9VDyHiCxhd0zt
				UGgD2YnndueW/8cTz/N1OJ89zze8fEghhEc5M4KZixjdEStaWYghBWgyN5qDAZ5n9qom05PrqRsN
				kre33Eq97P3e+LMco0tl3Cq9gaPHP2D6N9xQzomxxTW/uGy4bMN4XHPyjBavmf9t2GcE0+FksEhB
				4buiGJHCe2EjekwWeUUgfao6bFlk6HzHaHLY/pOArGGgjSz4xn9ChqiwDyCg63hMDSxE4ZCxzZsq
				xjYANqul+J0VLUU2LQ7zple6eEp7FtpeoPhhOMemTOcHAVkG/g5vFWgjsnQoVFGElBaH+lk+MJMg
				rgzU9ui8heOA8YdDsC3gsrjTcK8p8cfVSgEFQh441E7V6AIZEIrtELzC2VvqcmpYAaYLOeqTwgWi
				Vv1g5OIePVQOWrqF3CckTEK1kCslX0dP+XzsjGnQtZDLQspBtAyQQ8ryreIVpgg6fVmP/4Ifs0ni
				sC+DvpZtKKpyEL20XstRC3m2zY0AqsMTLpn48gGSGPmCtPBCbkwzGjrsy5qUBhm54JsczggbprlE
				GKaZCy9MMwXGFwTqWY5h3+/iy5F8qttbNqgd/ogvCpcyXY7puTS7tnIQYSK18MnXmlGFl4cO+4QM
				h+3iAxLDw4o/7iq9IG92we+lGVWQL7LB+AaifmtIc4VGTCo6mv9Tuk8dDPvQBQMQ581At/QNfhtD
				fOCXJw28CWXTLmicm1XMH7smC/yDsoEqykEPdrfpmBQOylZJfuCwT+CeZzLzO9tnUDbTPeLydwSs
				a9nHUz/gCQL7l5BzsBb8nmd8oBhi+9A9KQVez+GbgOgMZQJqoOsT8SpXSprLR4DVOcP7DdiJZ9u8
				ZbM1Ag9RYagdMWuvTzUqackHD6BvRAHpPWu2yDYjYQCUVVF0NKg0cy17Ikr9wyFRQaBU8CBJKhdy
				IkBV2jLU4U5fJusdy7II6Jui+TWql8r3ruZBar8IKMUgo3tZtjUJZ9ZKpUF5m2nxTgDkWlXk7WRo
				5es4ygl05FPmoe3q9WWurltpJpiRmKQmUe8TBBYCjrvoLo9Qdi3M7jM257LlAbbHoh5wfeM/cAwS
				Cckew9n49zH0dgyyQpzR3AqbRIMP/DHIouPvbMldEVcsVDS1itjzg+E2hJQUYBp/56kWZuLzShke
				kJ/lC+e0/o3tKbHQNz9ZmJPbp8VgANeUxWaavY99126TUalzVXRL0UyjhiNViGzCQ2Emerp5J8ib
				vBXAJok3/pYApQpLpAjCgLRl+zKLzopoawaiohi+GP/hL5/8QTd5m+sbkWs3IVAREzB8rihuq5w5
				ELqhiup6DPeDG6TGjW8wl37Dv6zxkir7BXTT2wxp0P8+Yis+d7Py4n94/+pwt/Nmedn0zqLnwKSt
				hLbbguk6xxogQ5fMZbMQU5C3SC3Mu53jQfy1lGe1FD/5QRPEl/6HztvNeLz2CRVUl9q1izMin7Nj
				Gd/FGTQXuvP3pQz9UordjJ2sRv55MDgozni4yYInfdoZXuoVaWdcA9TOtmHluLbi+Tfdh69QO7cU
				mMLhOnSM4zmEcDSfuVB0zPoretkzZ82x7cXg5LK/INCWFoqO6zlIGlEYHSfj7SlrcVWUkcTAEvBN
				/qSyVoGfyzQnYR/2bM2U3IBF/xotlCby1XxbiahYOcB0CGd64NnMbAwOGJ5doRvml097VxE7tqQ+
				6LutFkONE1h7UyoDjvf8P/sVcA5Bj76sBWGnE4Dq2dSWFEoE2M7TThk9Qnj79P9kLfjT8Kk3Z9hi
				s1acCeMqopNrGQcpy51bTiz+Musam7UcOS2eUyofdOyPeMJw0teC+46hjJ26BNlcQHQuCFz17TE9
				/rrVekk6iwqUtvBnCjuL/UfS+5nYL4Wwa7wKev2X5o/cNTeOvh5yKSgZRtr1sGvk5l/WDaBt427d
				fVtyKgsDLQrJcICUeT7HKXKNx9sJqM06p38IGaO12Kbo/0I2vB5FzkcVou2aH4RZp+X+IWqYx2vv
				6aFXIDM+j0ems8EdNkW5fxRmjVaDM10bAN1FI7nhzGCOB8rcHG6qLEB/R62+KgP62Wyz4hXcqhQG
				yQwSap6JxpWNLMpixvkMxa/jFhc1pbfxv6FrR2uWcpENDjEexmfGJn/SIFSv10JXFAahiUCqHIap
				hRrAShqkMLg8BPAqA03VgveB2JxqIXPCkzrTLG0JA1Gzi/tGEHd1zkSQzOmAjaWY0lV2lzVz4aha
				anttTS6vFCXWcu2l11sG8NID2iCFiyRQe89lJUM8mB48BWhn0qPNOYQvz++5wFP73kjqQSlwq0NJ
				N5LSX0PAAhfO8UYYSnZ7USPer9WaLHiiqlZ0sGbQmgvwmXscO2nJJtQz27CqJ9oREick2pAvij8G
				h++bo6ySG/t2Vi1ap1MlG4nxbgYbgBSmrgix5iyrj8sz7o3GtQfHPpHAxyT/Kseows5Fo1wgOfW5
				czSuEpDzUhvrsvFGjCmiwd1Q5f2ZMtSu8UI4daoFxKAq7FnpZQaKFhAh1m6/tWXLHeouLSAq4YZq
				QYiKbeyxsUyFx40WAkl0XJ4LssK0GuYDz91Z331dNofoJwDFD85l6yRLyStnYYaZ3Rljay0A1ZtZ
				48tJ6nr7+Ewn1fkdrqT5+IFDb01mhZto+651ZYVFqrfCzJxMH0xuRHOOATp09nnpc5UDMB3kV/ll
				HiCZTf5lrNFqyZ1fKTnntLWKA8WG4MjmOMjMnW0/tPXv01IitESqOUzkBW0N+tXYq0KRvJTIupSB
				vxfBZeggIAXeIU1r/8vMVsKXFCePz8OJjVm4l4Nkfcpb7AYU5kwTuCuI9fNwbzrEX9kzvAEcEj9v
				tTSWyjQprlNzAocX0+N0HVj1ZGABM34uUEqh9+6dqtDFTI+ZKdrit1hZLietqrfjvJO22DDax9Ve
				/2ji4rdJ3BV1STywWDVIBTYnDfbQxOfYK7rx/5h79l3KDIZBNh0Bvm/DqHqiIvPGdVi/yqFpE4vi
				ohBihpn2eOrr19OYVNko2X8vOd/yJWsEg2hB7jsb4Cif55+tFqRTuKfL7Jx2SrF5bwu3liz4K5QM
				ptHbxtcK6IYUhYglUY+C4eeKcVvNmUHUVd5fZcUeZNWb+RXeX50c5Agj7ZSQ91cQkQUJOo70JFKc
				08QrL6B//J4YeE7FBnHVtptZy8VS91EZbNBU+1pmx2n5AOo03zrMd5JIJC/gsdJKIwd4Najd8NgH
				4seLxhsec9/mYzzmxUzZqfHoWrsZFu4xm97TjKe4zXP7aoHZd9sgk52TttRKMJQkM457FJ2UJd9T
				yyxQ7rra5wpBeBzCO3UgQNBMcW/gGT8B/mJWJzRUbYoxv9WEdpKa+TRrVOE1Ca1xt3T5vSHsDWuc
				Tzh1REBsutEUfk/jke0mBxmW7ZHNsXMz6n1guIRxVC9Ohu2RjaDdC46W5FDUeEkg221sKhD02IYe
				bRtqK8v0OvkinUCOBu1y5ruEJzeKfDwyKVAwRtr1YNXk5jucJGNPG6JzuIXHag8WXN+ORFTeJygl
				2M+vGVQyZCcqrSEJ/mJj1S+udB2NGTpdJ0rxmCxmImrv1HTd8v/4TX4tkYPBrcKsUOV1Lb8JPRSm
				sPiTTzb7o/eKoVrqh2gIIb04CyLxMwnz3ljtBa+HFIBp1mwPRnie2RUlVf9p1PIFlTetTKr+Zigx
				Gu+y0WvVCtOq337zk9nNF9b6+W8tW47jBC+sbZXLKCj33jFWWsSGYzOstTG8WFN3ll8sNMlzows4
				CUfvatxNav0LCsnq9gKa0NA4vKVY9qnzcPFnU2kdPU5GmZmiVXP3Rd0kq8zS0AOgBElaN31y3AHd
				KA9U6koXruX56jrHSdJuiMT6S72zesA9sx82bEU9mdeR4XrXfo8HrgBZk0XSqr3gAKTFoF8OWiI6
				2Yvg1GsK0WbzKlJuSNZdm4QDCFiSUTO2nE+zeOCbiGtnqUsZmJfNwaGgOuPY5hpCFUsBRuih6ILy
				ZV4Qtr8DC3IhBVpsZY5xo9xe9E5JSlYoXQCmkcmGZudAtiS74wVNbYsr19EDtp9kwQKTZTVcRUzm
				ugvN5wDW0RQxg0NhLIQZInZhpymaQrZy/EWoWpgZCLuLvssyi7Dj1gz6wnGIUtjXEVQ1Im0phRX+
				3x3j9txesGBya0hL83H06ZFIYZEzVm5W8hGPrqvQM+g4uy1W3O+9aMqoUta1OJwO9oCz0UqITDbW
				Plr1IOAWF5WT48ZIWPa4SFEoPxAFaeTmBT66NQoq0x3Tcx6FSWQgCrXNsH6iIKJu7WMgwfytRcQ+
				6YNJmanhm+/FTxTc42StLFwumTwcw5nrXgyT1SNzm15HQ4PxyNzdmVQrGNrHC+Et4pRvKKLhwueJ
				5AzzHh1yOATQhEoxulvg/t/nv4QL9qCo/SMH5NCQ7UkZn8bZMFKfoJOkUHsBsf7+YLWxw/5vM2yd
				D/u6JceqCKoLjWeEsNWT+ZuBw5GFx1NWc2lARx4nz9027aIM0dUONfdwf9DRpjim5ElopqRoELQX
				rGZ0VebhDOGX5fVu8O2rB7Y+SiLhd+NObmCcQstAgFwVpuRZhQ6cJv5L4iOtMoHH5VBX4vVvQiud
				0cKqPDwFbAN+p206eU9jdqAaBy0+yOjsoJIwZXo8h9sLyqRk2qLRGciWzOl+wXprC7CZJjtk8PZ3
				Iy3ANpKl+46KzdfW2LDbLbUtO8OjO+H7E+UEPVlwCIw0VMIlOY0Sro/HXk19XbTNQWYkkOvjK4KE
				/bvJaAlu+YI9aF6b7qsUnPjaB35oohCcYqpbXgGJlBeMfErQAJT7CQSmdO2uSMr/4ZVmM0hkeYOE
				udGTFDpGZ0KzfNLDIKkWbBfcFKrX+ngbiiX519EwM1S4Cl8SwvmPmk4kC8EhhLjQaocQuyew46kY
				CmyaU9Sy/c1RyORvssyVwDBBxXPb92lNnOrHYMNRg3DOnqUtwwb+i4wrzywbbQZ9UG5JrrbF2zFu
				Tuysul+btAUJMTbhZzuuPQSGXfAtH5aW9dfLaYz2NizzOTLVZmAZvm/FE5sQbYo7wxhqrIir2PT0
				m9sxG6xso2LAIGWpkf5j2WbiynZ4w3Vk3ZLb77IBj5O/BGnLwQ3mH/I/rX+Nz6r7S6zU0xmh9hGN
				dBZl/9uaFOhV/qYg1zQIlESOb7cZ+Ezrk7EjLaqY0cXslen/20qTufJtBhV6Nq1o4wEXUWaqVfye
				XCytrIx5QZ6aJFaNVPkzj0W0YRKxrJC4PDAu0t+JW2OiS5loTZ71jmQHMJBcPIJg7pRy3pwtr3hU
				ZB56hGeJ2V5wY0MYaJ8RNtgwjjADAMfBth5qCgSgxMe3dTPAE7QUkRW7pGt2pKF4Xhvt5kVUWqQs
				Rq41kypPkoc+vV3mBRt36LFjDfw6+gJBWb8wQEQMhqpwbYnUoi92JkOOXom05mI7iWlhDaDwlENH
				zVvN3IuNMi5y+Qz3mlmNWsMhiQlq71FeEPIBndNszEtmNuZFfNmY176+h5ZAU8EsbGOO7F+iQ8Ha
				mJVpevafcWKBZ66qjuMiQaTuNA5V/CiHeJssXquEuevHDKnTy7P11vBarvAvuB0UnsCvGNOYPBwq
				/Da3HlkKmoR1hnRtVBr/sifFjiEb9mSsYdj/4foEtmnXUlf5ZtaY107WmBcBybGWBtUNRyXStELd
				Tv/58jij2JwxJnUsIjST8XnE39uWXXh0tA6vfe7rCT3c87HeOoHqOGs6a0ibeRASl4ExKBKtHfX0
				Hfe49kOUoJluVbJUYIA6OkP4qr93xUcIQ1PBsVTtepOEvdYikciX/M/npu7JYa+1Z/82+AfVY4l3
				FODHxWi7Sb3e+iR2/476Om00YV7u8VN7WgabXTRwij+CsB2NH2LCqRBUKgr7qB6w/580vfqUMebg
				x9dzOkmoghTkJ795uHrQJ3Do74LjNlfQ/UvIiTGfJqn2gqmZITm8S7Hv9JPh+n9bo65tPxP1U7wc
				Q6mnGrPeN/xAPUs3qXixODV+qZeTk4A3fwfDqMC4hrcNqo5d2iIbHoZfCLYE68VHjIhpWRGVzWpD
				5r3qST/pK6jPdo7LGuozEJ5odXUw+IFTCV9CBy0O2r81Wj8ZxfMy6TNICQ/8tD2eZbe/+IkVbaGe
				W2nS/GKXLQVxpDk2zxKf07hqYggD2RFk8TYsVzLa7lU0ume/mU3mb9uvd+aPlonfhRmFaetcpoIi
				xd+k5RnN7QMCYMvxJaJuOBw5vu8bBgkuOGCi6pYQGm4DmresvYAS517L4ZQw+HIMeL1M97zioD/4
				ZDDA8iKm7PD4CSLWVCtGkUcoQuow686mhUAtTEtwCLJyoCquxSZnILiLEbwdmS4DW/Q2eqOwuV9X
				pwpaQkC4vcDxizqO5xN45pNDZ24vuPMtPCuvbi9YGVKOmdXtBU7dqjbf4d+MfmISb55lFly9gOfK
				rhLT9oKQkRpwMjHMwxmOM2dVP5IYeh1HA8lZKH8kETJ3AitM+r0/OXBMwV4D47W6ByTFBURF5iD9
				Jh/RV9GbkvjcrJaUUAUc2t0j7qoEC/jWB+wbuTd/2SnHO+s0uj1bq5gZ+pNFYdK7LmfEOCPPR9IT
				IEvrQJq7PFwEUBzXUeBI8BHDwGysZJRVdNKI0hR6JPkS8WeTh1e+nnejlofn1TmUVcvMcyDFKZzV
				ee3kmMmZRzXTn7jgHc9PwsUrUuKTcjYMY44y5cK5qRNOU2WGBMEPE59vbo2H8P/9ETVlexBSwNbq
				LwFuTcScSCGBt6PBHRDbhuiX65EnbKRamQUmEx9vMDBN4DmgMPgUoGR7Fju+6cExAoyZVJ0vozAo
				KQaUdT1riaVoTShJ/jPYjQNRBUw0ZlJAiI2UaT+EYcj0DKcI0zX5zkR5mbejkTfJo8csOmPkJFtT
				XtVesDKIKxerFc0brtBeMVgRKLQiRWJQrxyFf9/mUB5vRiiYJhQGecszV1cyd/WZcloVAbxSAVOo
				jN6OhhRBrAR060/ie1GXswY2oVVA4NuPgOfK+tPDxR/H+weqodLoBBL2omTTRioStkZIPagTx9js
				t69YKx+MqKlnSEqWay+4Ej0xgqcYwzrlMFj+ie1i5SOVe2JWl6KgHSsf37Gp4+hlfNFbmpwW6S8O
				SuEpRKgv4W/KHdl8HR8SvORjXu2Z6fHpdJZKV9WMBaWDmVqeHanPlVQnsAnejgBhrMjDTZmKsh4G
				NhVvLyhPwSSTBmcQsySje4JtTdFBus1IXPbVENoFpJRnM8RmjJvtzSNS9W2GGNS3oPS86rYhHGAr
				5skeP+EEVN7LD6E5bFeqzD2LKykljDucyvrMEyEPC5zy5uDm7WiItceQRfoa2mWzEIMw9TbDcmH9
				6j3b/390e1zKqH5F6+CFsEUdW9ebEvkeS/Lz2GibMDZZpNFpEq9RNERLPSQ9Xh+cUubay3tc3rMc
				lHT17URvdAbUnE86in49UiFcM0ba52PWxMa/XCRTVz2iI9ilxRo/1l7UikJV/zciptjLqBpJ4mkn
				IK2EEd5uRt3nrt6O9GxRXRNN8exsYzKyLso03fJ/7C1zjZSD2a3K4FAzgi2fCVEVJrBAoE/2DdL7
				ylB+7Ic4CXG+NOsnsRgdo9447QUvxlSgadJohiZ8ltlVRWb/6a7zBcu0rYzM/maIjCa6rO+Fto6w
				2W/JCmB2oI21/v537N+xI8SSWgtjbdfffcvjSgyNraqhWvuodA3ovtz4WQsJ2fIYbJMjDMoEx+56
				3ERi/04KyIr2AqpIAIO8eXSpeObXuJLu6C6TMzubVjHeZ5893rwdVqZRy7aj9O5VbvIQJYf0/NnC
				bGxPOqdQ60NUCzF1XfUD8Zp/2bstTPBXyq4kF0KeAWxAAmpa+j8ZYEeSguawdiGqtpckacmmLaVm
				bKVTUSwH8/UD9gP3A51SpVMpj942yvBkYKHFOeecCy1QzjnnnG++996bau+99/4tQ8FPczgck3nv
				vXd4/95778WOHcVqrVihVkWhiIqGiIaOSShokpCRZ0QqBU0p0EhkYmJiYiJ2TGzHto1GRGT5V0eQ
				kEP++f9YBuwRERERsSMiIiIiIiJIjYgQBGlIozE3emPvvfduhAqJwWAMY7FYLBb7iI2xiLEC9957
				y4sdERFbbNto2xbctu1dlZq6ZO+9996r7oVKVDREQ917771HpEA1NKNANd0c3HVd13Vd13Vd13XR
				dV3Xrm0IZamEVCid1EGo6P/jj9uGozu6o3vRaDQajUaj0T2D2Hvvvffee+8toW3btrGuLFuqGVmW
				ZVmW3f9P67quKw0i/N577//3uu6990L33nvvvffee29y772jjXh59t772T+RSCQSiQwiGiIibpqZ
				GW4ZztOZmcAZGRnhXoRC4RaSJHeQOYvQ8sjce++9NydEClaQi4iIiGAwIvbee+/J5UC05b4lS5Yk
				SZIkSU5uk/u99ziSarb33nvjuN84Lozbtr1t2zaSqrpK4ihWixWKaFUUqkhoaAoqCdH2jtKIFGhU
				E4imZoZGZkamEfN0Yupl/6YmDBXJyLZs2zKZTCaTSZD6/99+Irxj+/8tiO3Yjm12Xdd1Xdd1Xdd1
				XXBdx3Ucx3E0YbsRftve3gMpYHt7e3t7e3sA2N7eCLbfH7ZfhC1sYQubbBJqC9vCwsLCaCMQUVcr
				itVasUKtikIVyQwRCQ3N0NRMQkS1UERERBSoaGYemZgO54nphL1t27Zt27Zt2zYh2rZtx33zcAXF
				LmDvbdu2bVvD3ra37fDEXti/9957773DDjvssMMOO+wKAAg77EVAMyALe8fCDjvssL333ntPQpjA
				3nvvvUNYVQirqqqaqqqqqoaqqlXVqiqqqqqqqqIaQEM1VFRUVVVhqvCopqimpqampqampqampKam
				pqYoVSmpqamBMFVSJCUlJSUlJRUSwjJAamBSl9R1Xdd1hTuQ67qu67qu67qirqhWVNREVaMiKupo
				VDgcoiqqqqpa4XA4HA63WuFWuBVuhVlhVpgVZoVZ4cPhMFVXsVqxAis8TVVVVcVqNxwOh8OrUKtQ
				q1DhcDgcDofD4XA4HK4QquiaoqKiFRUVFRUV1Q9RERUREVGYwhSmCYfD4XA4HA6HZyAFhMPhcDgc
				DofD4XA4HA6Hw+FwJdzwHA6Hw+FwOBwOSxC6nml5fjn+HofD4XA4HA6Hw78cbjgcDgoKCgozKHBw
				OBwOh8PhcDgcDodHCofDYWIxdA2tIYVJJBKJFI4Jk0ij0YhEozAajUaj0Wg0Go1GoxFnAgUKFIgC
				UQeh64qXZ6qwTJLzcN98B4PBYDDIg5zBYDAYDAbLYFmWZcnLsiyFU5I8tAJJkp1VkawiSQHJkSRH
				zkmS5CRJkiRJkiQXFkhyLgQOjONqtVqtxvk4juM4juM4juM4k1DQNI4jEY1zzjmnGZ8Z/3Ecx3Fc
				JzCO4ziO4yJjyLiMIeMfMtY/zi9/DxrEOI7jGK4Yxzm8EcFoLBghFtUQ1Cp1fOlIRm+j7KrdOja0
				SFxDyQrk5LhxHIcc55xzPr7NsXWT7S02/hsP42E8jGGcYTzCWlEXwx7nLBpeNFL3YBUVqyrwwUVE
				RIEvFBgYGBgYGHgpEBgYGBgYGBgYGBgYGBgoERgYGPiBFUYCDxQJGREJDDwkMDCQc06SfA6c+Dxw
				zjlxzjnnEXjgnHPOOeecc84555xzzsA55+SwGLoO1F6E/36BgYH/DDwCAwMDAwMDAwMDAwMDA2dg
				YGAgAwOvEHggJwTOOec8BL4PrMCqql1TxaqqqqqqqqqSqqragqpqU41UGs1QUU1RTVGRZmae+piZ
				mdlUmJKSkpKSkpKS2kslhFKZUCZ1ELqmw/L88uY9ji0D+MDee++9o3ZEHI0IRmPBCLGohqgKp1Tp
				dEgs3lbV3nvvHVqsAeLEZrFYLBaLVYH///9r/4fVagurCvVChQoVKlSoUKFqV6hQoUJVqKqqqpqp
				qvp/VTQUiqiIaISCphIRERERERFRoIGaoaEhIqIdQ5uDh4aGhoaEhoSEhISEhIQmJCQkFCST0IQS
				ZFK0adOeYiGNRrvT3nvvvYOkExQ0Go1Gu4AGbQZRUFApaHtLae+991457r1SkUokEolEEtIWiIiI
				iERaIBEREREREdGIiKKIgYgC0UaSQIECBQoUaAfqDoEWaEIgqqqqmj3XDFQV1dRsNgcTERERERER
				DdGQ/NCMTNXMzMwMhwIjIiIiIiIijRERiZgvs3roOeTZH/fZv/AcE0Ixe2Jidrz9/34GUZ1SpdMr
				jd42yrYsJ3Qthk7hkFjE2cPZwtkzMzOzydkCMzMzMzMzM5uZCSN775lDMPsIsxtmz172SFVVlWwp
				2ZeUlJSUlJTI3iQkJCQkJCQkJCQkJCQbCUkCyUhEhCMjVDM0MjMyMjIysp+YwQVs2XtvEREROUTk
				iYjIDiIiIrL/zncsk8kOFWGKigkKiYlDIuKIkD1DVqlKSDy/9957713ZtxK6yp6y/yn7oFCevbfs
				vffek7333nvvvffee++99957b++99957T0iqhqau1Puo+9577w1NJHTQC03Te++937T/nzfvmAlO
				Z8OZKyFhVhKGpFazkMiI1DblyVNkWablOT5+2x/HvymOj/f7NRaMEItqCGoFVFVVFa0BrKqqqqqq
				qqqqqupUTFWNpgIVTU1NTU1N8acGxBSrqqqK8+JQRERERGpAVIrPOeecc85JkiRJkiRJkuSQU6Jo
				oqKiWq1WVKvFp9VqtVqtVqvVarVaLT7nnPNZVSzHIFmSIy/OOeerh6vVKlSo1YqcQl1UVcVQoUJF
				GapYRaFIkoq6qqqIs2hVFIqoaIhIaGgSCppiiEQlGhGJagIt0EDNAEmSJJ9BkCRJkiSJJIMkSZKc
				iW2Q/5xzznmYRoMogHPOOeecc845q0OSQyGzsmeChrOSJDlJkpwGUcB/iVTOOeecxEsiThqRRiQ+
				zmPE/9+IE4kHmkB8AnEJFIEOxDnnfL4KgaSoaoqmpIZfw6OGt2b4qkINp+H///80UzOcXCbmmakZ
				PjIlYUiKREJmEVmiIpQgExMZPnw4D+WZmekzMzM8PLxiZmamMYuJGMY0hjExAzGdkQ7v8A7vdDqd
				TqfT6XA6HA6Hw+FwOJwyOL9zOJzNZsPhtOE1iOFwOBwOh8PhcDgclnA4HE7VcDicz8zMMMzCcPI5
				55xzKWFrxQq1KgpFVDREJDQkVCJBUymoSEZCwhkhSRGE2MjICC/hJZwGwWkQBbwZMEKhUCgUCh8R
				LiI8DBYKhUKhUCgUCoVCoXChUChUXXrM+67g4V3AQiEiR0RECASrU6qUpG1b4cIrfM4551xIFB4G
				c84555xzzjnnnHPKZrNlBHpGEEh8EnsiIiIinCLCJwhJkkcQzgUhJUgF4VVTF5XUlFytKNacs+YT
				0UwloaCgVfA5ChqZmhmamU4Mp8MZGRmZkyzyC+f8/8lrplim+efP5/uKp4iIecz/n3POOef3zjnn
				fM75z/n/wzn/QP4kSZJ8smvvvfe2+Q6Hw0O0CYdvmGGGGeaDw/X/wSDBYDAYDAaDQQaDwWCQgvMQ
				NJWiRENEwZqZkZl5ZmYmhkZGRIZGZAkePHhwWaYO0sE5KP//f8QRE0EREjERxGhERPAjggcvQXAe
				wYM/wY/gnHPOeQ2JHJLBhyTJ4MEnGJwWsuCxCAaDwWAw+CLEIkSIECE4nwYRIkSIECFChAgRIkSI
				ClGhqqpYraog2SqrA6uiUERDQkVEQ+VCQVMpiFQakQKNagLViMzQyMyQxDzyTGfKKaeccspJWS+V
				SsvL+f//f/l/72GKiolRRBlllFFGlGUF5eXlZVmWZVmWZVmWZTnLsiwfEmuAhOXPsizLco4DAsuV
				I8MQgXVd13Vd19A1NDSUh4aGhoaGhvJDeYWGVmiFVpFzzjnnF/kGF4tFYpFIJBKJRCKRyCGRSKTh
				kEgcBRpyskiSJBnDDjkfCoXDoZCXRGRkEQlZKiGUyoQyoRFKgCBQNLRVciwaOpkSuXjx4kVKVKvV
				KhZJRCQSiUSiEKVKKpFEEmM0okCBAgWqCdcQDUWmMtV/h2HEDIfD2axESKGIkERHhVEjEaTqn8SR
				CDLn5L8wwuGwgPQaHxFkgw0GQ0iitiV5aERElKEVUF1VRUIjJMlyUohCjZEjWTOKyMgX71UYTiRH
				kqGiKpAkQRJVTJhBQqY0VmzFhIUMo4mrqqRSnXhrWIuI6InOiBBNESPRJtiKwhDNqsOZ2Z6Zasxs
				Ww1VbFIzE1OOPLLIJpPJ6jveFdFMmueNvIR6nn/3RlpERDPFKNQMYyYmFhUei0XELLoZDoUJCpHJ
				gvzIGElYeDdGheFVdVVRZ9HSrdO4oWXQspggoKmRqqjYtk7MrIxs4lAJK1rVDEVNSKCQtaKUmhdq
				VdLpCyFAQAABIlsNESAgQBAIQAABDMAABwiAAAxQAAKEK8IVFRUVFRUVFRUVRVFRUVHRoqio/r33
				3nvvpYiIiIiIiIiIiIhNGBIRERGJJQaEBCUqMYkgUQclJhEkGhGdQ444PnrEwaMHj0U4dlREOEY2
				lqFigxERQxIRvffe+x+N/h+0GyGhRbLwv30ZvWO00Wg0Go1G7z0ajUaj0Wg0Go1Go9E2Go3GfNu2
				VAOmBqSqqqrKai8qIiIiIqKJiDo2liEpCRtOJ4ZoAtG0bdu27X1iuCkiR5Z4Za0DQdq2vb1/j3nf
				PLwrwhQVFFdi4pBgtI0SBxgRbbSttG3b9t57771lW5ZlWZZlWZZlQ2hZlmWHBGM71QDJrBJbe1dy
				bYWuoUShrUBCO/Xn3rIty7IsFfsIBMuyLMuyLMuyLMvOsixLGRoSies/qiEFGgVizVr//99hnz7s
				wz7sJGzbduq9996DcM7ee+9zGsScc8455wzOYDDYYDAYDNIyGGzbe++991bZJ9nedo2yLbsKJYvk
				kCTJMrQU9I6dsffee9nLsizLso+9IkCBfQK7BPYDewT2BnYGLrBTFQKpqmg1RbW2Smp9fX2doVZE
				oYiIiIhoXWftnUYmZuaRdTidTZgSzibMuoyQiIwsIkslhFKhxEEmdZCXZ5rrv7J677339t577733
				3nvvvd97n95dE1a/65213nvvvWux995777333nvvvffet/XeewXHwDaAW++9994KK4X13nvvvffe
				O1FVTVG1oi6pkQq9V1VoFRUVhQrNQaEUGvqD6L333nvvvffeQ0NDo/f2vikZCUNSQiJLCKUygYRK
				qIRez7Q8vxx/j3nn1fCuCIdNkUTovf93xmJAiND/Dy029NDQ0NDQ0NDQ0NDQ0NDQQ0NDZRZ8OEM/
				NDQ0NDR0/gstQw/93nvvvffee+/tvbe9vLOqGJutrMToT5lt1wFzGHQQiiM5jgQ5ECQdgwx7WxDc
				BQhtH5V5GCjkYoR4uQqXrHC3PXSDWmzHoVkTkPFT6VzgvJm9A2f2cIakb5I1GkAieJO/4R1WKg55
				hUmW+IXgDQ+4hTnyUK5einx8qiJXmzCqJFv/sFlfyE/fopdTA4u56jMSZc+SkTMrxHIw5O5qKwBH
				mSOGMu1h/lyt9kTVCnL7jNYrL6JSSP9ZKGr43pJokVn/cIj2xJxcyF9lWtFg82FxjcD7FWgf/fOD
				O2QxWZFNlfIq8qoP3h1DLQD6QVlvT1eruv6MVhN+bt16AQrFwxHiEIPJAG2T1TYXRGvQu+Q1QnM7
				jgO3F84x+aXjcwURf/VhJMp+PybnflRM9qjDD9MoBHXSvm3EPiNhNTzZwsUcmN+Urg1tOtUkeXcw
				Y1CxDdd9qSPmaWvLpElD8OFllDqd4Hon18D4WpBRrJTJST5PTvOup8pysLopw43sP0Kq4fJgrzpD
				2cxEdksBLZFgwloFtjiigqB7JtTUQfuFKwINiCzjjYjPDTyI2Yi6SlWrBt1cYjil3UJwNTwJsJ5u
				GJgl0mIOgdFVzwF6aV9TqXVHVsq9zqaaNEhOFGiCOVw28dkYzqpW36kymQFLfFrs5GoecXbBDQd9
				5HnWhmkh2hvlTyZEglHNJdHqC1qopni76GKnlKrVKvb1AVSfDku5XdVif2wHwSxvd4hkspmtiF21
				CuEHLCPxgtOccMyNeiPrLLD1zmrCoX5eAIujXiNXeIPR5lL2Ql1t3Pagh3GZeLVyJzl+tbcnkotX
				DH+1h1nt4SDyRxMsN0Pr1CbHcJHCtmJDO5fmiGig0LGsqjs2PTJSsYc4bMyncIuP+8iM91VW7CLX
				yUzGxNhbAHMDPFcL9swUjUzCAvUZ+gY7KT/GQWonWd6hjeUh6MCHR32f5P19uJnMWTcRYhGGzbdZ
				kUMwmWxBma2q2n4FvV1/Zdk+pFWvFdWeXLGQK8c/157IAgbyqCtpUYITKaDw2iDAz7EDjjcLHQND
				ypkM4RVfoNrmChrKGE1fwxgTUfN6f8iIAPDkvRovc0w9ir1QguavLXtnpQ3DWDhWiA5E62bcNkbp
				EBFWHyNTgYbGDM5jUXht5bUA3pSwHZGj+r2bH5KeCmrwy6RvVxEYzhr60JEKkeHU5RaIIxMLlIQ2
				aMdCFH9A/zn+CfsMtAQN0wu02GlrGfPLT1DFgdj/F34GJHPkDM2OP5gyprCXe5yKeh/EPQeJqfrI
				aNEFF2GEnTLJZlPs7cNhTwrl7LZBqC2BP5/r/ubQMoKyYmUb1Cr3D4NwEEabYS4fp7t8BNs7qKs9
				FInoLc3MPLczS4Xbjjzh6f8IYRS/hkX1p9gKP0MHAbzL1XKluhtdHZK4d4t6wfOkEVEhHuOha+gI
				HJ1kIzyMXke0/S2UTg0BqQh5IjZEqvjJCFuoIRnUpHzdnrcnhWokT6qIvdoLN2yggrUG3O35AH4m
				NYwPkXDjDqFMCo/5CqlEGGPybxDVZog80Gv2W9S3p66efVjRH07aY1jgLRstZYUFy1v52CJxZDnD
				Nnf+VL6rYZorGHVhPJTYls29GvS9DDTW9UcW2Kh1B+a1GTL5sNFw6BXG5sxuCseWb1iD/UI4IwYL
				3LbopoKL2tng0r+1TsZwRRYrZwjvbVCXV+ElUy+GF4jabUn3Fx1JCXF3RWBsAUlgwBNkU4F1mJIz
				InOBV/+tJt82UCmW+Je6tHCkb4bLLFxqE+hdBiLWTtetltf8BGkyLZ7eraR9J4/JG/9kl9aXUZuY
				nFpK/ou6Z6uYUGV6Xqjc97iLDUQQ9YLVcTCTW5MSq4kiyad2CQYoCxnBQDcHSoDIbFCNXiWCVdgv
				0rNa+YLXleFmr1RnEzrWEC2YtLXufIXXmbAj2ciFGXCv9pLzGIiyeREQzFAB+JLHvgTRm1+qGR55
				iSo1KWJ2xHeSy4B1B+T9a316zxvSuPUElWD5wNpmc+3Ib+UlFXib4kfwe2m/HlYoJby9Cj5owA6T
				JfItWshbpGswZFHvWSToBukB/sLmucs+A0vKw2JDnzf8nfS+U6WsBwUGRIIbHFYVnd6wBXaMZaSy
				VFt/1vu7wtli8mCH50IW8HKOhGfGQWCiAb77j09sAIQVFAsSJs0JmKFEiTZQnavlHaubUdZMPn6n
				SMLTb+BUGAnVKDA5uvlmVrqoIUvuwcZKJ4HupwmsMu61Gmjw62OuoRn6qRzXAts/hhl0mR7ZZL+U
				Pn7AHlx2WxVJuGPrdgEBAA2F8cGXPLBIaz1CuWW7EMBj9rgs69LdkzOH/nOgZNmZ5L5VHYykBGgS
				BoY2fxU0/uqKV6zw8AlOPs0J+IXqwyERfdfM8GMzyB8ToK88/jgsAJNl18kYIHwnRQ3UZtOHBD1j
				fWI/72ffURawaUjry8DLLhNhFW6XcbpVVc99mRLEr6edNbO+pyotv9PALbG8sb5q9Y9RxohJ6Ddk
				mHTmU6BqavS5Cvm0Ymt4he0p4ac7vfL+NRBnYEW4p8tlNUU6dcmmEP52WT/KixRL51zp0z+FYgNz
				XXksWIzMRCOk0inTOgYYPKBG1Eug8ZWUxGN1/shV4oSvJs+XO0ev+ZnEKgL7nL50CHlx7zZCjzZJ
				uaSRU1D/OeusYbZI3EB2RFiD9HFo0qGLrWcunZ3by0ByZhWdHWfSjOuhqcYdFHkmwHgjz2Uknt3q
				3swJWVO0qp+VC/U+XK5oWZtbwQtnNxEXeoJrxg77fJrAKXFg36v+JH6CwxQLmSdTKSoK4+IHi2Lx
				WjaEwYiMIgMMJl0hq+UgCxg3cfms4rdGvKYEBEEnbajDQuEtTFdLlQZ9Dky/DUBNOtyOcMU4sgQj
				mQifN8gGN4GtkYQsTV3mFI929bPlPziHaQ1live0+UZ8sb0uCkdfYV+yhm2vvZEgF2SzNNkWOcB/
				91HdvbCRE8vKErgrN0gljyJ9qjalbWMNli6+C9U6G7NCDZ1w5buETmU0J159KuPCoBr9B9o4wfLQ
				oEc3YtNDBDflAJAK+AkE58OI2dMsjlaqIiwzdxwqSICLEMvqaFZiaguf4XI43dXw/lZv4ypvU8fh
				Px9FdUQSipZXBqi1noFFuOyqCse3WbSKZlO6lCQEeQTi84IJjzyCt/kVFbhjOX/rQ1PwJGcwhyMe
				z4RVHWNueP8s2xV1ng0bn7u20TuDQfq1FjsZUc2gcmMmT8AhhXmRYc18beXG5yONfpm5hxKhBQQ4
				Z3unKsFl49uDJbaHu0oJmVsTJ7dWFIaQiKKMsaToGzVy08jltRiNXlIZiHA0zW2qAnZe88ETvZPE
				Vo4n48bMmFhJEcwGJgjLYtGdaBPu3fNTwX46uIa5wS+8hr1AiUnY20OzbAnfFEBMq8M8nx2DG9nq
				MUlPmhZOYuwoZJwbkpHpjeTNVcVWcGJo+6O/bmVRCfFG9WOVuNbRIkVqE196vQnapkU0zohvgDt4
				0n4b1ay0cbO2xp3pdElu0I9xnrg+4RyTGBbjc67tIGgfVwYv8SqOLz7vAxdiRtt72CyYeVSenKLv
				2LDQdYceIEjE9lXk+2J5FlSmAokLiW8nfsMdtIIx9VyPfiDRQX4g0XvZBxLdGny9r6Z2NxVbMJTk
				3Lk49cEiqbk+G8/05M9eagWccUC+mZmxboLCOnYZucdVHJqyP/u6dAClTgSesHqz5yXKT8JOInIF
				MHTzR4fpOl/mL65WsA8sAzFKHSDhIMow+6CYQNiKBwiNQAKljEACub0IJFCThRpGVNJY0y3dzubN
				JZ0BibiYAYmYHrr7PT2xxU7kdZ5U6IBj2tMh8nuWc0w3q1htO/YE8LB3TJNp/PEwRA3S5KeLuJ0J
				g/5cPV0ElTLUoYlYOf5TbqeL9Fcf7c+2odXi5nQRx93ng1J0W+Z4LgKRHmXND6GEYrfZDcotMcHf
				0gtoKoKGRxXXaec9Mt1nZNmJMNuuoFN9nWOffwbBbRi0Bd4aN7sExgEAq2S/sAgt3jhx1p8sQmvO
				53Fwm58OhsnduuA4mBau3SZI5QwWcLof1JczyM07kT8/aGwWvwK55i0d4+pSSkWLIPZVPt8NI4l+
				7y5ZLoqoY1xlKE+dXCisambC3amTa727IBZWnTrR+TfcXQpz6gRZwBXDdxanTtDJT3Ldo8KjNp67
				zJGwXjoyerYYqXRh7LMBqUnPtuAt5wRbX/vm4E5G24K7/DG5t17lnfU8gYSI8/r0aZRQ0U5u2ZY1
				nZSVastKncM52fckTtFOvqd8pqPBz0cWhRV7jKEUaHT+BqSSH3opUIJ4Vwj426H64EV1ACZAEJDx
				8tA3Tg4/1rOAPf73+/IwPziqx5PrNDrU5CNRS6CzizN7pv8v70KWxDY+FP9n+iWo1pPGT6sl3G7d
				3uLjOgi3zM7MoHAA8JI9888gTK/Dv/J3VVKN9NtLgu8UX7/QVPErlKK1CR50bd/qzNmGXqZv1aOW
				9nvaER8hPEP4ISMWrRrJRmBpkhKjVqbfHEFiXf7K9AcBKfolMxeAJ73pJm+IiljyaS6N3cyKlJPy
				0CdHUKTWJriXqtdEzaxpUeCRZUCJLIncEaIoVLRymgAkWGH80hHKUz15DEzHx1Zr3dCLqTSqhcvu
				eRaFak8LNa0PsWrDHfh8XYxqIaU1LS2nTvRm2GwsqPakYDcDw/tuYUWwNvdDhO0wj4bFQx6dH0YP
				7auQ1OlpUkjSeCOb0CacwbVr6/je3RZp+MDt6ga1JPAd6Ze14/QE9wl9y/Zla5A9uQ0tbVR8dH6r
				iTAOu2BH3BYQl2pgR9CtIVkQVIwHSpFIGddMKvskz6N/NMrKR/OGDxsxhQk6zxHv/LEaybEklU9y
				3oNDtB9op0ecqBhYzi1wUdAjbkapVH4L2wIpcIUToXqtE29gcOkSnup42000AP6TP9zUDVwI/8sh
				5X8TxPITW1vhmt3DaaY4qWk5mwc6x2snl/HkicsrZxxUXMkHoZ+HXIkUfjZWdGrASyOtiaSfXujU
				blhRJQEXSLYbXfjUej1xI1AOHznQrOTHGV+wKXyHkaoVxBMpioalGYIOBM6hPvDL+Sq4lhU+LJ2R
				7wA37OvI+YswVP54xJ2LuCDqpNwojpjBeE8utIyHUkTbFW8I0SFReXvxag5lFIZyRqx6Yi44br4h
				smePjyaudc5rYmUZroyR7VqzZRWdONRFDu9+2Fq/mD0iBl9VQeVwGfb9hMPb1oaTbXoAcnyqNOpu
				ZzqluV3VejEHito4CSa1JtRxVmR2ZxwAKPO43WY+odIph2R9LRJxWZCKeRcgzx8BDvLk4aLULbP7
				QVoEfzpJdRWVg4vHHDvniubCHcnVwi9Zfp8aa2hY3Agf1vmCWTYKvodWCpo1bwpPPYWw+Cq/w7x+
				n6AqOtZiR21+u/lu4HUHiinL8xvMA8VMMorCbs0K9PPqUYm80PYm98PmRiQt8w8lMK9Soj6P4mBo
				9Tlsan37JR8uw/KB5J7M2r/dhMPotAZ6YSwo0k+ghCbnYxTxdsUZwnRKG9rAFP4JzO+OOhhWBR3w
				iVWqcDljOwdn86tp4jnNv0bSwmyVPWAM2opNssguh3DNRXEEl3mw9yiR762Wj5hMf5RSVo5+ay6B
				cKRDU9/FLqOyX+T1bszl9wTI7v61WaHxk3woV6/XSZgGg3p5aCnRwV0tFwpigZ69yiAZJhVBbLLN
				hu9Yvb8zkIfuY2eC/YXLt5cSZTzSF4xl0JmMWE+sda/wifCSPQyoKePnZ0RJzYtV3oOdvcN4TI2k
				GzF/yht2jNuoJWc/QwAt/nmp5gsb34u+Gzl7ygR5WrzRx7FPehHUHgvbSopYljLT6DM1Q9emHV4z
				VHum5mZusABju955H/BMTYLEfvNjYbNYMBLvkcFN/5u9zxo6T+M6xQQFcraUewFvmATlWs5nwIeM
				DuAOncS7DNOYfDhU/NlemrIECqtzvUBxHIUD+KGXoXa5EYoQcRAp4ZN2pilwNRewOr6cz269lZZ7
				JE+2X9mGO1/vWMXeNNUDGNhQqRrJaIB1TwNhHlwv1HhEEbj1MmDbn0KaM7YO/q1PsisqXO3faEqA
				l1NaJ7xqlIcx9E0pY9NZQ2Dv1FGsp7eZwoTsiUskimaHTeNThDVPPBku/OjN5VArlZg1dam0rVsl
				r2HX/dwaMYfaQngg93UONVGe2cp6Wj3aR6haxfMBbs/QaAwq8eJ9mVUGeKyPFfHbx5e+njFud3E2
				F1NJnDWgSzqvSTKxZhNBnDV0oUOfJCM8igd3O0My9uIdOvEAr184bXQs0Qd1NpFTeT/8EPBY2+5i
				fezeB7hso5nYn6/UFjbtdxdrGWObsXXwgekjE2A7RU07sONtpSd2SOx4vF6K2rZe3InMagoxNNhh
				6o9UyFuxdXPAOnndKUH6fJV0gwPhoOFzyA7uXoGRk6RJw2kIoTsYcvesuR8zC+pJcUMlsiZDX7Am
				Q+92NRk6OT7x1MAtXOwa+XTHzFmHiMmOe+Dq1n+Qe2eGoNVNNrMzQ3UDw3eYMr5fMfrTxx/lqHzW
				3CQQ341d5zpa0Z3y3FDZdXAsB164b/0rEUFgWSCU8+CgjulCYakwaRpPCczD9JOxyv/WWrWfa9Ip
				Zw/CZVtIDra/bn9kywatCoJwM6V/cPOIgGTXJC6FQDhevZkELJZUVDPDPFzWh1CiXdiMufak5MyF
				zRgxW4WTJGtCpEzFRuzjNtet2GWICnySGVvDAs9mfbXSCqHL3ISuLYXFwcSiWyPDlACOgc2mjwDQ
				OqeMj3cTpRyxr85BAtcc2XU2OuGaeNDtK+Zt/tty2yURnXAzRm2+owsiqRlSNXMBzhyqx9M+NvU0
				Zeup2EIQK568X2NcvsKhM/qcZfYYNsMU/vpfihfiKtItgdMH29Pz/NWgsPeD/sw3l+p7lx4LLPe4
				K3tK3kGgVdyMK0EAXVi9RBaOrbnQnmBEcQf1rtca7ZWEpmAzTs634wprGrb6gqSkHiWtypzH2qDc
				DEdHbpoVzJx6RgRw7+Rgzo1JYEDscGLuwKE6iaDgCRRmZ1em6Wq9H2hAPEwfRVfKOe/PnpTMvoF9
				M2fls6SQtnUoFDuAedf+0ElbOIaYvvS0MLk9cg2YMdOi1NAeFpgxOZRbDbTJyJ1XCFuXUJtjuCXH
				M8vY4B0fH0xxmZcQcoWcX8nR1XRL61HGfLLcADLbRR7lPJH8RnDajOWuAtCW3i6ARYVBlbLucbjV
				9NMZMjTpPzz8K29541IE1PdTnfVKK5FRV3kl2X/WPRmtCWhNGwBiSVzPXrkZtuGQr3zRM/JDI2Zm
				k8UABcIFGqdMkdSQGhJH39UCRhiX2LcFkMjUYkqISRAXwf/uX0KNRhwkpyPkDL+Fo2E4h4IuVpqN
				FjZpc4XzQm9T1gzibJ060wJdfOXoLUMr90bjekhc8u5CI3EsmvgIObI4bvEVvB4dyEKQIgxHqR77
				fq8Q90K9x5YiR3y5Wk2lO5Z4dmadENArEdBU7iKNhB8nmSCoeUbKdbErxOmq+4DAsY9qP/hVFXGa
				NbfY4N7Ji9D7PNj0LOvGEiwYve1LiO0XpT2nIg8BulUuZIPoz0MmRSrOWGe/2VnJQ7+GrwRcBZ6w
				DTrKcE3TV8v3PgfhB0dLMTVUIkIvHTCUYBUQf7kweJz045HgijbO82vG6JpepHf68w7VnyLn0kpt
				sGE6Diwtq8SdeaMOyXHzbvo3Uu8zsK5EmH1T0GlXFsn7QMhnRXxyqYVFQrZ9AGunKjpZVjvyBEvI
				E02cuIgaNEJSOgVlFgBIaD2IltJ9nYLSxewT+TmLMwyzZL5TDpEOp3Slvd6whpD6N/YjR1yddAJi
				3CNHuhTPZX52fXMnD8y1g5IjR6KyFeOa3vg4cpso92qZxvTOpYgaq7EQaKRr1vpEhGq9BVzV3sIp
				KNufzu02UPD+RFFoVzlpAPXVZMDXYzlevpi5lgyAjBrh31BfrVzmp7w0aGU8gXp3vpfzHmBu+bO8
				Jckn9e5YQK+U7CHBmLFudAks1xeb/RH2tHqeC9MEQsGPvuWEsYXTX6SVWHmFvYxjsSuex8lXTKIX
				y9tOrnj2CLawf2EF0/ja8frZ+CCBMmEYntBYY5QRHyMG/Ca7C6Qs8nXnaRLG66KiVleMCMYawzU+
				KRmPKpwvywsdwvTRMhuk6eislBnnrCJPdhD5OiSUYMEZV+XE//i4rN97ogqzBDo3OozYBIT9aJv5
				R6GQiJ1/nnIYUYdEUrs2hiwz+WtVQmijWbRCl84m7r/p0Esg6IU0IZNoEqmaHBgSFEB+0G27xaa8
				jSY0QjRnzz3QLe3nhzsT+C4A/B6dtDq0xA9t7Zbguwm3uncTvP5DVUC0+MYyBnpoHzUyRWA0bYyt
				r/ZgjTgQZbkhnQMVKssD+7Crofsn5vga9w/4uR7Tm/QshFfaRGHQ+spjxYEK+WhCmxY8d1270u3U
				oYNhTpKH6dg/rBjpSY4ODs6sPBllgekEIm7GvvDFFKOE2h1VZz9GbBb67gU0mggXDTmW7kWMkwqs
				pb2yd2ggk1VOf8/GC3X195LjuR8BU+srT21gFMZTTyTDaslG938xOAtr8dDSvxi6M/cjqjKkRXWg
				WELB3wQudEnV6qClzEcTS5bYxG+yOLgLEQnH3l/bhbPMjqtISEHKpvsbFB48i02k7dRrzgSgsita
				oGfnsCuwp9shT0yS3hvduS3aNVJfCpxsta7GfVJNwgyFK2hZqRAIrRnbyoktuSY1eEL2xA6XqdTn
				pHpqjmcDpmA839bUPh0QxTr4gKjk1Zh9Lv59akaphQqGobPWug2d5zHGyVobbRlWa877N9AqU8Ak
				3HGFZFAyfal8gWycKDVYvgtad4ukrtpJG+lzsAZiD4n1fsz02azISiVEAwLboJmCyPhoS22jVmKz
				HGBuDQFSlpLfB+yUc+36Sh4mB8V5GGONamcRYpQ0DhOBmv7flxUFmTzVSme2btDx8Tz4C7T46uK4
				s0AJjshPfjZV5X69jCrSPm2qXNXN6ltzOVRC6yRjoxUq0UTthvOMbQFdz3iZILcFq2KAgq0DM6J7
				CIKJfb1beO5m+YG8Zv7TpHHFy9vd3tH6+tN76DHdIvPKQDoMsGt4H5J2DfxutCIqwlMgS+RXpzOd
				XML5944x4RKZHB81GBWVFpFK3ssUalP8ZdMrdHjf0S4QpJNDQA1O1KjD9naE1oBOY1Ta6RBsf2QT
				G0OkS8dfgPVb93NB2fzKo9KLwxSQmfoT+bsdq8znme3R4hTIK5vX88AN5VqKX1zSJNwhkMFW28ey
				TTiDQ57R8zPTUcsSi+UfDcUZn5XBG8Haciem+UYQ//+IPGi1RhC/kGC7tx3SgGeDRhBXJiuA0RTy
				buH+zByHuEcjnGEjxyGO9/hRwZQ4DnE/gG1WWDJqkj6voxKz6mfRmvXnjUPoa0VnGTp53RxgEQed
				NACD3ed+INpL6JqU/O82FQyQX/yJfKecg7XcP3FfLiuttf1EbnyMb4NJ+Pah+NmjhR9G4kYEGTdA
				aOyB+4IhS1VDq5fbBUPcZj9RFAFicFX/oyMQ4Q7s9HndfxqXJixBADYILH5j9JLXTwC6igzeKA9L
				upBLgiR37AdJDlTbprcei1qIE8IHf+ZTHh/5+1VURUPaGYnmt52pOrisVKrQWguMWWVLRUN8ggUt
				xJdHSQkvjEWwvj8Vn5Ak80s1/tEZiBnb3a4bZ9JQZM/LsldIf7uGbPksjZmFalk9KG/YVZkSILLM
				8+BCL4REPJXPxtqJMfuiolU974erbQyQ9Sckiw4XTcFCOSU59ZW5XP8QZfEzaq98b7Ep7c7HzVsG
				oJOjtgxQwEjwGTkBEnbzGedb8dEAKseLVqtmNs45dolg/mLUCceFtUTx17XYiVD5oiUO6CF2ECIG
				Aev5K4XhDHez1KJaQNorlYRM+S/lX80T4CBrdpVuZp7DZgzQ6IWOFXAblz7CfMfrz+6HOwOF2DDo
				KByB2RiNzoOeftHVdm7m8eR0f20SlOSTzBIADdiMVrizCRsGlJNJZYGiHXwBuEl8WunWCDghDiy8
				6anSxfCIxNGRnM8iYkwoLe5UJcyuZIerXnKINRc139VZeDpRD9QwtJ/QU+JZ7yMC1l0FraaSr9aa
				3YKl2cXQphIGDR0v0XE9qVdcwHHwqPBeMMO1lQuAdgF43Ygge0Zw9GJC4brrvuqhzJ6uG7HIeNAG
				rngepjhqK/hRCPRTTbxrDT0YbmEcM3E9ncIdsDlbcxeP8uWaZZ0k1T43AWP2sAWgyw8y2dA3UIFn
				kCwfKBbkwM0bqkgE1SRkXcEgAsuD3oKjjW1hQI+yDzH7qKnXNuGyLZM1ghW7cGhHEvZs7lydwHAd
				uwzu4ypW0/XZquYNcLE2SOOJ/ltKae0h5XOVETSWQX6Xgy0t3cqlYQYNhy3VrnQTR93RJuisO4Nc
				2iBGg9vlWY0G8cQeG8gVbSOHbok2W+qTht6cxn5vIXvsCpJkfuQwCI+TlghfvAWn7ph/fpu7ntRA
				ExqKmFVXjVYMyOGPG4cMxYykMHRIXP7D2L4fkaEcVwVn6HsMIhHAM96nCRC+006Niv6JROuhxKJr
				ceHmcFjdGuVQ2sWzPVa2NQmx7CpLFzVF0awFwvzjt8Sa4r8zPCpaD9G0PUBhEuSgTZuZX2JUY2RF
				Cl2FNi3uFiAVjgdmGWomBTbqOZUiBEQXMN1VGlrrgNwTIpQrKq4V5tf5P3OHQm1tdyDKRT6eN5Iw
				THFIKfhErySu+GmTfCxxywyHgxq5sEC7+gLXiR7y+5rEFXgn9q2SeEkuDOEpfpVWyUVqeMBLDCJg
				WCWnNMhS44JAsyJXxKmKMLy05GPQVsTdAIT2VLSB4hgbXLV7d/Il4c3smhxFf56kFNUZNKqsge/Q
				TELqeW/oRBac9JL26hQVB37mmPqklu+so12uOXH/08Tj/y3qhevKr4glQpV0TuEJHqnyMBN6NcgA
				6HKsWuf3uJnDMYaXV0TPrfp4aLeSVB6U2o963y4UQjgJQiGbnpPdUIO443mZsIQ6zYbi+QyhbCd2
				tF4u1uyP/CRNGl7ad48nzTSxCGbdxVgaeBNtf7J3L2EZQglopyDzW/+kX7FQVmiMVuri9LAuLoG1
				QuCeBA2f19nAtWAIMe9QTunoF3nO0byyjF4fhRgNPLZ6CV1qOkaZzFEPs3K/eqDAGOGBTDzAbVSp
				oj51f2gAnWQMdnjGYFlYiXU60pJwHMB3ODDuW4hhs6c+RzO0jlY6pumsz5kNYKiC7D2izuQelA/B
				ssKVrz231dY5NoCz/KXN/t/c8bumzZpPJWu2tFl7XMuwz4ejAGpBeulff8UhoWeeL0tNA7ObMz0q
				M+fwBRAT0Z+8rE2PBX/JvFYXhRqBroHf8BEB/iIUV87L4RsvC6C+ffEyF6SHy+LlbUbaeYEULxPo
				084DsmKcqiztMPQW4w6R6cy0kyjaDtqvGxyTwdLOe6MEdkXLXCYTnOzIql3Y3AZNTSelE+t/QkMp
				imDLFRCea6+dfFe97bkOYchchjs/0uvqEQ1VogDk6hG0jIgAsNUjrnYiGIK0egQFfoDnwlNtMy/y
				oOqqgJAb1CxMgFBpV3FrJ0VjEuRy7bpiIvbc4K73xSzqAOe8kw6Fyd7EETDIRBhm3BH0/+VaEjKD
				xbMu+D1TIM4Zu7yBpjbGHdGtRr5EczqvB2isnylCV4tXP+LYyl+mpChzmK8kEyBV7ihsyFCZy1w1
				HlN/2qUdxIeGBnj6NXV4l0HDKg2DMutP82UHlsxAHwLMggrK00joDbOClSO5/YVsuFRY+6hk4uff
				k6oiEVmJ0Iq93P2RFRkRPFneg+iIzsuw4+f80BFLZ/S1TRJUKmmZResMT/cRetgkfo88PCkdxXX7
				pydAVJQwewlrc2QOtuC7+SRK4HVvSqIjxFWQ14CbklheGqKK6QPGaZJQnN1B5+aKI9pXPnv0+51p
				ZSNlAKSyzy3nl4ROF5Kx0YtT7gByNTMbfcn9mRyAeHDzzDG/CSjiCE5xOJZg1tLL+HSb1Bx2b4FD
				muQ5YnMhUdQs+emLk50vhKJ4ROtnk2W2yK8aOSTutqqeF5shZG6XNAsWC5dS8ji0BiFNxINHSI5u
				bDlz0RciexdS4f2zeX8hhkEGhliT5rsJ5b8QZJhkPygOXcxQpRc8sWIOlEUDypcGQItgqdXfeZaS
				tNkNJ6rlaGYvHvAsBuqdvZjdUhNr8VcnbZ9F7v2jo7LX/bkUrOhNM7LGbpR87xteN27I72seV+PF
				su4QYFQtFf9RjKGZUg+/XMYLefzH+KVK2XvOh/upnPNd+CkGMFxtZOXxdg+g10w9TxvWs7IfPec1
				GvFwqziPbtMP0XoK5YuZ69Mfcmz4/zdVvkTluVUWOWX5fqZ4ZEqjthuSVfl3JnR023wStDyPUo54
				PIQZVgWa6ux/3p55nNzAkFZroZwmI+ibBuKbb4T4TfO0RZrXFzod9gC3uuzr5FctHsQulo7lAoPU
				KdGB2k/sUFgf+eIR6fGJX3Crjv3H7PnbiQNmQDZlASUzdP8oiXFyNDbc00CiNfjzbHWYED4fslN4
				2Uds7r5B/hke9+ZcjaS2iMJ3p0U8MTsPIRD9einxojTzWuXJvvrXDcvz7KVarWIOba4BnBK5fQdo
				i869awbQ4qSSAGzmZLJo/SjOlJ2hY4h0inJNvldwnn1XRFq3YA6CexKOdy9VoGeZk7gN2HCKI//o
				FnkNU0j1WVikXgkjwpIc6/pWuABpUycZaYG2baBiH+ThCdh8Mu8U0eIGcSzbsZXXUpRok6I+eOSv
				ynkQj6wD7wPrODkYs1LvMQK9HUwozjTEDZA9wycg+L/qFoh6txCk1yVtkOv3/70K9f52eWdsGXnp
				8HCxbB08nKNLJLAYkTQfi31JwO1d4WlWlT5au24AkjNNodJHI0CSXibUeQUq/S1OLuMYnRnvj5L3
				ionD3A7IzMjlLiu3eaCljdFHSF1LM0qRcAH0ksMxeDBC7Dyk820iJWAGoD1fnQ8IPuL2f888fjiW
				SzZuHsTlV5FvxjQX0X+VjidgIBsOxxqZwpNZ4tg/WuqvOrnHTR7NGzYuAlURUXCgVw9e5hwOPnVx
				xkU4GZuuPUyyfGiFV2k2Zx7VM8ctTnH/P7C45uAeN4NTRS9ZobV4zSf1DLxn1UxcmV3cxSnTHVHP
				NBA1VcyXI+nNaY/IPaVKBorLsR35MrBzQ/OrhHPI9GzkTk2cPkaPowNZP/CfbIcs/ICbeEVhnOJv
				kt/UteDmjb6daZTHEdNZqOkbBWxyrZQ3zhiOMf4eJz17hzyztNCDUrM2nLVGFNmiGERVk7ccdmDD
				lVFV3EbDsTp/5fm0LobclYaZJVKF9OQEe7gnv6vNmotERiRKOw1kZG87Ilplage9sg58EAh8RDdr
				vcw8BUeoOQtlyD4ka9Tn9S/shv7RwuZ4KsawTzkbqf9sL60ulfa26uQOQihzXsDZ1OiqF2bfEEul
				I8F3rd5t28eqRL5Mrj/FXHWqzh+59u7q8ot/zH8Dbsv54zPr1vzQOC8lTPEoxbZOOhhR/theOuIb
				QZuClRgNkXR4HhbLn7ViB/mAC1OGHCqIdjJHZEX/Vcont2GbDs5idqX039hUhqs6+4ejgwMhyGnw
				gN9YaL0ZzyrWGP5Ewniw+I5WFktHu39lK2zTzFnMrgTnyVhIfTMcOuP8wQP7ndtEzDrDLzbNTaJr
				3CBJRn0xo4TLM1rML5aUG9/dhkEN6SD+85GkeMU3Uk5mPKcwv+8+xvZDMUE+MhFTvEvBh+wTGXuu
				TeTKOlfyM3yRrWgklW0VXqphUrxU9yvRyOsdPiCEBlc+n1QZMXES7wKmcdLhUOFLNruGVjV4piyN
				ytY1tHbWJb4FIDDP4YOVcVOio5A4IDS2SjubOWE+GbSA9qF8GgR5zUXim3IXI2WYF2BSzFicZYNs
				3Q90cAaOKFJVMG9E66Aqua7jQ/SgaojENhz9QdUdmjLB/VRpwe5Z0foVJC3PUnOO22phEbmFqf+r
				uN7VSUZMRHA1uCvDax7uyl3zcE+BHI51d8LUDn30aCWVjiZeuECyeQ73Zf/K+aTGkZ9HRopVXBlR
				HXpy6FpyjHqOnC0UPQSKhIELQ4cOmMFQ8ARhmUbe8JVWR2NcNkbqpsP44A58zHka+X4jvE7zAI9p
				kwOEtUztfirBvEk2vhQP/cpuAf5qs5ZuBqKJIw+jwQ/QNcvAN+78zak8bZpvslBN2NSgY5UcRC4a
				7runx0xbc/slnXZw16vNQWCHqBrnIvJXzWs04Ju5Je7YaTMT1jK1xj7KmqBtcqguUHgfV0BvG581
				6ROPeTIGHXxMOAJlz+IMjAiimOCFwS6SRKXD7c3mN1bnac373eVvuDLIEksRMkB9QbzNnP4G+rK8
				ixvfYOvhbivv4kJKd7WymMUwoj5wcPG4t0vQyK05TCjy2uN9QeVM2wWq8Pj8ksUDRXHr0B8cyJ/I
				UpJJY83qolBdLHy9w9pFLCVaf7EYWUMwiXnG0MpSxQSKP1kMx2rsSiXmE/amtMO61rrzd5MhzLLr
				lwky8D8juqX5XCPteOYfzDVsw7wST+meV36W6FU/o2177eLCoIRnhDzax0lIxU7WArj0kPnRhQDh
				soYvHzLPzMlFqPO/t9vxKEE6dirmDKczjyNuZfeTnQo5tC+b99uF0P54cwOQVGNFAdB5QAC5l8oT
				bj8yxHNnuG6f5FKA58z3HRS+EhMwdeezD3WnpytF/XPHd9f4PUpB5NLVJ3wzZ+09uxYK8eilSmWe
				+7W5oseKbsytaLm9V1BUai+ZG62i/oGQsvC4bApfdzfZFicjcUHyIB7Bw74BGY8BoUP6QOrYH72Z
				bPEm4h4RptWhS08S9IObVpGWJ/se1rtgZZTCaPxvezV4mK7OKctSwdhbpi+klzoe3VyYCgUsmkiu
				+hMjvQ5DA+Oe/j4v/CC745oeNvy4uiu1a/goNRRQwFE5V7j9StafKwPNGjcE6ZS2ivueGYYbfnaY
				0CZHcM2jApK7Cpvxo3sf5d/nWl4bnEQBLWae6mSzr+B3Hz8qhZQCW4lB7sPDmKU5PPiPU90EhfS4
				BeSK6/iTzgJJoEiriJm7zb/DQowGq5tL/UTVUApK5RGY42bCAWC5zJdBgP7SnLrdIBcb9BtXFfQb
				d3mg37hbuMlxEdFCTzIO1wgDyA/uhBIr92xuoAfVdWUiN6TWfjLElYDLY/okrXLlOIC122vwv797
				cdY55g3dOkWFIRfLz1LlPnGDELvFQjVrrjsMnQsta0SpO0fdBkN2eAV4FVMxDm0pjkn6DumTp4CV
				9mfN6iQYsDXwKAF0S2DusqFV9jRl0/kv1TioHr49pblRgiv70AFfhSLp3i4eQSgs5++Ob79hK6n9
				hzUhc8Sr0pNFGzmNmFVgEsadMtVqMdb6k1zr7+0zECr6m0gYDsnGkDjPb8vS48NgoIta/sZqWf7G
				+l/5Gwt2qGPpLlYSuufvp2i0n2c4pDHBkSJsySO5zKapFAeuNktAot/J/sdCCBCpH0E89WIDukeB
				VqfB4JpRA14fpjEUPpZ92wizAmmGBMlf3e2fWfNcLeGXNSjYSHgknwaKwyUM8ntRp4TctOi4gn6B
				hkvxC5fakx4GT7bliK2mKkTSD0PEnuJyN0/ls5LqjmQplzs0qM+hivBjJmZcHXCIVsGZGHWMlNQK
				dBY3vAaZyDrR6w98Km9ftLgAaT7S/2KmuvsSmcGGpFLX9bYPjlypjaQFF0MrmUzVP4ygjn0BQk8g
				c+fh7wy9Gj2Jx+DxEGBCCd0vLyC1DD4Gq7QKQdYoo22ALItmGEtNgAwGF16E6buEokuIenVlmJbH
				1Pjzksm3kX9sRHoSDf1RZZStWWbCDJhYGdKzFjdONQZkK5EVROUkpzkALps1cb2xXDZy/1H6D/Hw
				tKFtdPNf2tipjYLekEJ4lphNgxmGxa6o/l2j73qRXQFQnCf1wlU8CUgXi3Bdxc2hGrfyiq8Wjmf8
				zbkaudKBNC9XsTz/9ZVsdKIhB9ph5lWZlSwQBN1CqbPplzRThExUUyvvS4WFpI5+Ng945JB26ZDO
				CCoTVMeHncNwRubCTIGckCQyVwgQljXQdpTJMSqQH7ijhk8Zc4P0ij0uyA6if4+EEJc4GFeSvekm
				eDaKExLInamaJWeqA6nCImXyTcQEn7vV9kztM6rhdQ4CYLEAoYQnlYqG5sDbz9gw/xr53J2qkgk0
				NG/VHcHo9MfvwxWYzfx6lzJpv91uoUFTHIcy48q+4yimcOx/MywMPNwfKmcHAI7i24kMLWO5DKVS
				+tnopdLiYYi06KL9H3JkgFnYFd87i5nLNYWGIER3WbaMHRyaGmTBHSPxXAicF1cWtMq8LNDLWW1+
				VN+zVzcaIuSXJzq717w3GPEGMZETc+dWd72OVk+sM+h0ymOIMPlIW+VwjIeCXiNJMgZ6GX4JDiry
				Ehw0ZsQ4yXztaI13uwZmTvB/IE39CQZ87iFpqocqM7PAjgtlDoVEj5ARqmnhVwb/eE7842oXWmzF
				YvV3FEL3KhwLKB3ZEtPtsqHHUkI+WRkRvvvljDp2vwrOsTdcA4JJ8i7+tsYajb5yyYwXyjFhgbwM
				Ia03vitQEAkMUyjcFWBOUbJN46kiQUrSxTZcSGbsKQaCnZ3Vg8Ii2ASPiOC2QLKeKj+gFP7zPIS6
				YdoRpqERDXKIsOSdBxSPRyczUyF0sYdS6CLdhNLM035FvPfIk101agGQyzCP4qt2Gqqx4PvVKVqo
				3Apv3laNf+j87Lt43x34h1bHfYx01FIS6sGvhAcQeflEHlHBOBJ9CWTUHIQ4Gtfdg6XSa8IsZ4DT
				J9kUDHYS7iu91txMIY7TSqgS4DGrdixsuteSirFBOhkT8bmTSKf3LuW2SkeCsOl3yT93/SzWH+ma
				MFXzXSoas5H9GRKuZZ9cMjueDFKfp9H53ibKh5J0SYRDWYOlF1Jf5nC9snmdZ6y1217Z7Dix4XYG
				h6+9MkVuqfHiXkhuQllmSZPMrmf338HHB+4oXh1VLuQ4FmTTLCZ9sXrKkQwl19f0d1bWki5OyS0f
				t6ycP3mTMcAoBuWgacuU0HYLolqjNO7/jS/ocWA24FliZg1OGJ5dqTv2H9fboBtLZCrivFGcj4JK
				4j+1iO+S63bTOrWkNYcZG7J9fAverjZb86BhWngEt/+uwufdNjZ/uNVx8Y/WBEJBsMZbp4Ozs/wL
				LKlXJ3JKeuXgb5LLK8TgLOcv9gGLl+tOSI0Mb2xrv6WYbduuC447D7HLKOno2LZfzg3EVwMRztPE
				CnYbGRJrAJ9/Jhccw7fYqzNGET2L0zga80IXE1HdbIl1NCwCFHnak9NIjW1wRj3lpPuEi7dnnOuP
				eKfM2Aa0Wrx+AARNYQQD8eATkuKdXeLq3lwj3gcgQ7j65CfXmHuIBsCUxLjHVa80R0xF2GkVQkIm
				p73Y37qcluJqu6px1Y/BSXRhipDHR3lzqb+WRdeZAdEJ+AljftLXoFAF9GxZtiXSmabIIM5Wtmq+
				UrAbx0ezwG3UW9kwOA5iE5Pu/WViLnYrO80Dcf6VMyFAwXXdq4A9rUJ3GLGNq9AN4nrm+S45IBIy
				HbiAe/iq7727Aus/K7vvQWMl7YSx8vPmpKppNey1tj0O6Sq+ZQaGc0mP5R0QrzXZ9nByBeJxlfkz
				RXGjxotDOqWPN2PYbIl+x5bt17fdT3by755ylt4x33wDiVfDkSQ/dlgVnd10wkHmRcAWi16kckPZ
				DzkhRe9C16eF1nzorF/X7+0dUi9mwOfjDJ7gxpL3fgE9iR5kEzC76HkBzrOTLggw0214FWCSdw95
				CfG21zzLESoxLAPPOJ7iPcbWA4nFSP4tzRJU4/qUsbcgD1dlrU+GzA/0g4y4brCbvqMxluBvktvq
				Bem9DQdi1tDegmdQLis4pO2nIgbPVILh4jQqpPckeBZUVi/m+P3MEM1dI6553QA3NISOyrGtzSn2
				gVzHN1184a9l3PVmgugH/cSYk5Q1KNQDP7Msy1LpoCk9CFLjqPpLyaJtHtJF3rPROOZeFmCR2+id
				zQmOUUg5qT1gMPMiNxCWg+2wkSPRxXEVdGczpPcbN/sBsbwgn1oG6eQegiIOb7Zgc6SKAMrRFIX2
				l6TV1xr3aoj4wzsKWzwmBjz9q7FvbWm7Oa2XDN5qDNDJ1HoDVC9cipQ+OTCc7Aa3YURQpJrEM1D7
				PA/ut9Kp7LNf8+foAWy7ANbnNRDbGfM2rHsMt/bE456eYSKnfDXFia2yIPdDQJowfoWrfsCyPbVO
				Gnp1C9CcovMEksVtOhp9eHJdVGSMqXY+HThs2AeyY5M4/u/WAG/3Pq4AYzRjrua4tSA5vfYuWAuk
				Is+aMnzgUD0xIwG5c4gxU0pXUIxnytMkwgtUcgzeec65oIJwrT382IotahA/Fy0tOrgrbtX4/AsV
				BD4e0jUolQEkaAwjwYLg1qm07gneQR0IOePdV6Od1fC+k532BuaQxdhm/dEq4NQdZ3e/Y0VF+M0D
				5CokWSICXtRCDOyaqZqhnqxY6KFF6Tmd23RNOWoQBqjCoyZhgGpMP1IkMb/ewpyKfYieYDKEiYJ7
				rRe2msgeQ7BuZzpPRMBsd2kGTr7ppkaLEOvCOoL6OTXf7WaSB9RyEUExj3W2WnQDZNoQRWvE0fn8
				uethVO//E2lRXdlGrPLDmv6DvM/No13tsW5iwP4g83rfjGEBP/+SJGHtvlOhhxYlj7URSgirtwas
				0WTO87he9KOIfWGuW8zLB0UXNdvcAI4d57uW6RIVgNlJ/gX4A1L356KdHLMfoVr551Nz13isJNFm
				BQD263kRTZzB+W0CMkA9jhSVgCTEniRP6jZFE+BAlH2bCvE4GlJzbEyFHOo8Ynd3qOGIJDj45ISw
				5I2lN4/BgBKLSUb8c2e+ELad3NvB7Xdz8hlst1K9D5cc6Wtzu9SCjZevQ7x5NInwxawV18ndW4Mu
				oz/+eWBSBmRvnPwEP8doggty8wl9yTmwPTuHbEopWfQZHo2T385lqvm93ofTCRC2IjPpltB0JLqm
				wElmZA1PGI5djbc7QpCsvRe3yU/cGLmwnloOK6AjuM2rwbZTYQNsJEtgXpz5DBs0ODnh+MmZpAlP
				OR3a/mfWkn/g3TgUg2VUDOFDqbP/861oTn6amo7J9dSgi9O6TzEMmXwN07EEv/SMJu9hlCKtkieF
				9FrXHEhmw3whkx5dmgH6JWJBKACRKMsB80i3YWRQ4a2b8Sr93vyIfMzoQqYkU0qSpIFa1Rn6fx+h
				JgTDBMEDuQMVHi28CjK9Zmh+NYZMdGdSE66IPCuW/K0gWl6lXOZRdplqd+iia8/mp0okHQ0p+mnX
				Ipp/tqYGmSgzs6EpDNLyEp6PkrL/0bzZ9zzmvIcrHk9SNE9iJLShmqCgTzslF6MlrtyMJ+Nttq3E
				sxO5G5LIXKZhm9PqRib2iUmIsM6qqvOXutcgEovL8MJTQeGRCLc1Z52X8qXnxYmd0BqbN1LNYhuP
				8FJRpXEdfhKTd5qWdz9KyUxrokR8x022No+9iuKu5yT1654tLcShjclTCc+Ms1zSZ5vJOw0VVUhE
				SESGREQoJuKJkEykSuObrDchsRAiqU2VFSJt3JRNt5xtNEio5A9M45bpJJEW94e1kChooopyXXx7
				WqWuihtx9sss5zw25SrX2PwQ0UNEQ1SbJ3EdZ4gyZdIZc9YmdgZFaPqKSuMKd46j8MapGJIR8h4i
				lbfukixBUkWwQTUGVW1BtQn6JeiLoNdec5latLG2tzQBeCA1FCU868TVFnJIl3VaRTHG/RWpMzEV
				I3cfZ+uO8YEspfftUcNZKC6GwyUqoleQD0SVUhHJJAlHHgkyBRWJXGjEsxq1LVZqavXnZalrkqPi
				Ehp6Pbf0pVmtD5rodcMh4YZSRA7Kal4/p2NaTrRuyyBBBQkRJFzIcKEhARYgCE6MQgMGCRkirOu6
				TtfpdDqdOvAegqgD9MAEDRcM0IACFjigQQQwEIEMNGBBBBw8cIABBiBgQQYybOACCyqAgQsusCAD
				BhdIwIILWCADBjhw4MHBFRcqoABCAwUIYg40OBwwSIjQsAAMFSRAwHChIYIKFWSYAMEAFiZI4ECD
				wxouZIhAwgUMDRQsNEjwAAQxDRowUCAVIEiIAOFCAR4IoGGCBBUgZHgAgohpuIChgUIBHhRAwoQJ
				EigUQAIFDQ4DiNBAAUKFBocHMEioUEEGBGCQoELDhAcgiHqYAgwVGipYmEABDRkmQKhgQQIFFRoo
				cAIICKCgAQIkqMCCAQrwwIEQuVCBBQoyULhg4QATaeDggYMFXLAgQQMGCBkiNGCAMKHhQkUfOBAJ
				TCCDC2QggQwagAEDGlygAhZQIAQCFlyQgQQseMAFGETAwYMwhggqiGBBHjiQgAMysAAGDMiAQQYy
				uMAEIjCBC2DAAgcPHDSQUEHCARoiZJhgIQILGCxcmOAOGjh4AIMCGjBUsBBBBBImTDABhGg0Go2u
				legEDRcMkCGChAkWKMgQYYKFA0ioAIECN6qqpZ7NTFtkDX3I64jUS+cvJZl4LlIpa0ZkIiI/KSgz
				x3SreJCrotGSHJ1gdKJIVhWpqIaixm8sQiL43/fZarm5XB5//OXMmyZV0aRp0ukzbbFZxCISERFL
				pZEcoQoJEf2uy7b+It4SZdEl5qkY4+jhMMgA1L7Po9F4t+3GlbfPcDis8ZCGNXURfWaGHhmyJrxZ
				jrBY5v8GySCDDJIk+aBV5TKrNqLh1FRFVVU+OvWrVKKsv1y+d3nZntr2eGxbXn5w2s4FgEarCoWk
				29utxQu9MzvtGlXiIrrN3LZV2SlFo+s4rv7TODt9b5GlMf7Gbttq2+ZTJloN/1mLaGayO5Mg1czM
				3aCpf3ILTUQkW7SfBcdcb4ZsW1WDlfO1KeYFlSp9s3jF1Bp0cYjQ3ZcNGS2UyXzWDBWJrL5wRRVV
				T/RT8OZNlc+ciLeUS3VNskdkOlFN5BFJFCTUUsetMFZhrMJYTTTJjaxkVhGTInK0nJbMfO5ijOc4
				Fak9kMJYbKMK1widZN8rWJu66tmmCasmrdak1Zq0WpNWa8JiTVisERZrhMUaWa1GVquR1WpkampE
				SmokKmokKmqkHiVSr4vU6yL/L/L/Iv8v4vsivi/i+yK+L0L3Q+j0EDo9hE4P4fmQfQ/Z95B9D5nP
				Q+bzELm85PKSyysur3i84vGKx6scr3K5yuUqlx8slx+07QfJ5AfJ5Afr+sG6frCuH6TpB2n6wZl2
				cJ4dnGcH59nBeXZwPHZwPHZwPHZwPHZQLHYwHKZgUREFi4ooeDpR8HSioOlEQZOJgiYTBYmIKEhE
				REEiogaJiBoslRoslRoslRoslRokkRokkRocjRocGmpQSIhBISEGhYQYDApiMCiIwWqVwWqVwWqV
				wWqVwfdl8H0XfN8F33dB113QdRd03QWp1AXbdkGWXZBlF1zZCa7rBNd1gtPpBKfTCU6nE5RKJyiV
				TlAqnaBUOsGoVILRqASjUQlGoxI8TwmapgRNU4KmKUEiUYJEogTLMoJlGcGyjCBZRpAkI0iSESTJ
				CI5kBMcxguMYwXGscSyhh4powQUr9WJtttXUipY/6ppmowlXuHdPVmgxb0aohOTw4mpYvMyuzZAr
				2NbEMOrOm7i2sFd/vdwqFVFVqYpTVTtQeWSGaiioqqTvJ42pWzPz2nRaMzPTmhH6KjpUVF95ysiM
				o1w0LveUVsiJqijWDEuGK0d8rYe8kpFZrWRWMoxyjWieYVFiEq2w/WnVH3akzutsNyNTMjIxFRMj
				JRUjFUPyl/j1nM8nFR8pW6RsmbnmqJh7qIjGsVIvrkGbKI8nJioqpmj5o65pNpqQCundkxVazJsH
				B6lXVdRfNSxeLLb4phej7qLSmePCCsXLZ31e91siTtiQWcb5NOWp8aVkJqomKlxVp99E78sn/R/9
				p1/oq6Chojqd/r7vy/3Pvu1/+fp9bIm+2qGbTFuwjHKNaJ5bgqxLVC18+99v73Pvpt2d19ludlt2
				x6JcNUbvDWkVMaXljLq7xTIPO+bTcDVccvsvF6lU+c+hon0vP7YMiyEbx6qKwq/nlr7k4bqgEGKZ
				PqHTeCUrlxp6DRE5ZsgzdKG6kIVaQeyGEwm6BE2dSsR31LRak4qp/y27JJrv7adINK8bTogtljI9
				ztaDKvQolx+U3O5RrBKtG44ILxSfAaO7PLrv0X2P7nt03yOyPSKTRzV5VNdDND1E00PzPDTPQ/M8
				NB4PjcdD4/HQeDwkFguJxUJisZBYLBQOCxUVCRUVCZ1OQqeTkMkkREQUREQUREQUVCoFlUpBpVJQ
				qRREKgWRSEEkUhCJVCNSjTxDjGmViIeShmgWqamoOlWF7R9YUsVLlvzn0rt4PLflRHGSpFTtybIs
				ybJcVzFTRJaoGz6U96NkWbpEO9FSVURJVasaTslK6A+ySfIHkvVZpC7mDQUnlHk9+paKm/Cvxlym
				02GGZMkFhcNgkAwexnEuUQ1HjmgdRyWtHGN3+1ZLfet2pCm7cVuZPgeZjjH0VY0/WMohqZIWKTVV
				DmekH5GdD/n96JCoFB1GZfppdDhEs8hmET3UDGdYM6wZzrBkOMOSIVnkSmRGZkpGRiomhsXhVP2n
				8BJ//KTwwr30opJ7Ml5T6NOkUHhhh3UtSG/CTWgKxTPhQxHJ08QgMVj6qXjqicGhnxik1yWXDPZF
				Ddd0IiIqg2OnlCoKRoV2WvFk0CU6lGSQ9NWGiuYTksFgkKzVqlZVq6qNtdq0a6OpTjUjFZWMrRh9
				VeMryJHrsEjZrDZkTUmsZvhOlaZkWBXDqhJWTciao6KIEdUqEenyGT8nYj+E/7gHic6PKugNnsGv
				ZReUTifYyiHIr7bP3DXf54/5+H2r+Oh55XKVR8/+PXre5Z335Thve7b30ZMTxVuXZ9+zbZvs+ixS
				F/NGPDs8u2j2X+GG2A4/TOHwaPS819AvVI5T0IRMJ1N1RJtLtG200Wg0Gi1693XYaBuNI60iFBIa
				F0TDoDNIuHarvcT3W8zreb2VSOLOdLl1tHyKVLlQh2KvGrt6VhqXS7Kctes6s3ZbTMXqMtp0nFpW
				qqylrItyTWksnDAkoiHRinGPkSUtx6o4rnSOW4zczHEZFiMmFpf4/rRqD3FEtaCSyaEoJyX5k2VJ
				4ZAjfRxN4zgcR5FxOByHo5BKWOEIH2QF5xSsg8FocMjxrw1Xq6m9Rve385vt5N3Sl2LscV880HBD
				M2G74bbZNtxGna4VpEvaV85kMZN5PTrcp6psook2NkSEJPHK6UidKnjYkPPDcLbhi1/ILV/Ytjez
				DWeyFk04RjQ1w83MZjib4axD0k055mxckjgzY40ywYkh10Fm5n6KWKHOzHBe3yg8IjMhfnXDPzg4
				hrKYoDLVVFcxlMliKDGUxUwe8xi5f5fQp2vGNS7hiGjuiGRJ0Or5RF0pKU2jXmWy/3ReMIQ0Lpfk
				5P9QR9KZDgCAABEqNAiGCg0RKjRM0BAhQ4yMgwdBcUAcPNAQQYWGCxcqiCACCxkWMMEAFBoU0FAB
				gohxoMHBgQacCSQggIIKFiQ8AEGUL+UD9mt7UlABwgUMGSI0UGjAIIEkWR5IFkmSjJMkSTFJkhwi
				SZIrSZIkSZJkR5IkaUiSpIUkST5MkiSLJElGkSRJOUmSHJMkyRFJkmRJkmRJkiRpJEnSQ5IkLyRJ
				skiSZAS1bVuptm07b9u2c9u2JbVt27Zt2xLbtq3Xtm0/bdu22rZtSNu2LUuS5BRJktxJkiRNkiRL
				JEmSSpIkTZIk+ZEkySJJkjEkSVKEJElyguS2bbVt2/ht21Zv2zaibdvmbtu2c9u21bZti23bNplt
				2zaybdu22LaZGdbMzMz0MzMzQ56ZmRnTzMzMvDMzM1MzMzMTnJmZGdnMzMzMzMzMzGRmZmbImRkR
				aYmIiAhdREREbBERETmJiIhIiYiISFRERESEIiIiMhMREZGNiIiIUERERIQiIlIvF1WLtZqSiqrf
				p/f8PpfH67bJNT2PxeE6mYhKpNGQUFC9LrVl16k0WqdJLMlxKAzW59E6bpvJYvXx0HQ4mxmZmLpY
				SCrcSEjd5EAwGAwGg+Wqqqqqv6qqqqqqqqrCVVVVJVRVVVXTqqqqGquqqoqrqqqqTlVVVZFUVTmq
				qqqqXv//v/7/f/z//4v////Q//9f//8/+f//u///T/P//y3////x////sm3bUbZtW27btse2bXtk
				27ZZ27Zd2rZtmm3b9ti27Ytt2y7bdoTr5aJqsVZTUlH1+/Se3+fyeN02uabnsThcJxNRiTQaEgqq
				16W27DqVRus0iSU5DoXB+jxax20zWaw+HpoOZzMjE1MXC0mFMhkRCakgWgRNSc3peSwO18lEVCIF
				1etSWyInNESwQCGDBBUkYECABBVAuBABgmAxoityipQKCqNeq3X/bP5bZLKNGMdQ6LRhcQ5rvJ6X
				9P1hHfFSPVvWFK12mOk07OGqwiR+P2V3WrKs4O5+WCE5kDktXupBU5opfcWhonnkNGRE5FBPKybm
				f8suib6ylJJhRY2ljz/8Rf4Hh4pK9l0s9rxOBxFix1YqIyU2qU1aqes5yUT4t0YST9CUQ1Rqjv8Q
				pbDdaZVbcBUn+RyiIXR1w4tQ+G8RV2Hbcogk7ztEoxE9RE8SO2hSJ1pWiXao4l9kFatYRTbKRaJ5
				B1aRrJqyyke5PC7TWROL5KVGocxUlRyKVRRVrDpPkjpP+on8n8j3iXyfyPdLvl+i00t0eolOL/X0
				Ut+X+r7U9yWeL+07ad9J8zlJLifJ5aR4nBSPk+JxUjxOKpdJ5fKoXA6Yzqh0B9VufAAAQAIgoAAz
				GwAQw6AY4xCCjEFEZAYUAAUenAwqKRQEgAGC4HBtDgAAAEAAAAAAYESsG0AAAJGCx98jBB4exYmr
				vsLoRBg0g7hcBPS+NcdTzgX4uGvD/p/0+AfR8MycOzIYPx9ZK/6fY6+NeOgGph0tuXswt8o1q6W2
				/lvwAC7eMB9o0NMFJqkyY12b9mJAqSK5mkyhn6nvRicemMusyaAUR/ifxHw8nNs+zghG5GQKZdYp
				YE0htn0mfd1sCmlfweNUU38UPE4+PTvB4+TT0xE8zp3m7oTn+Ijqgf8bAfMbmch08kRO1qJfxN5y
				qKca8skD7ydTPq9GezivrTsaFMnJWuhaN/pXcd2DCo0ZjEQsR83DvVgowBPMXKggOmyMk6/lSbkR
				8vW1HHIy99qoIalEdVXBH1ME+nes7TsuGVOcD/kVUherh3G5bM56sG/87LhPW2ijgx6MOYMD7Rlf
				fSCQVG8v3J5FrJteTW1sWpjaU3lTub5+/3vgTvpo3DN5oV79+T9gPz0oqB+kVLz/nh28kz10tM1U
				Ll7fzl9hZ7PhaG1+LX9QUT9SsX66f3dxJ7usVDdooXy9/zl5J19s6B+kXJ7c3B+wlzw3lg1eqF7+
				3s7YTx4byg8X9xriBpbp77Gzd0XKPqLjQ2IL4gpR20f/tJvHcVKVpef3yMCVhJ3GrU894y+fo2kl
				A8dskcrTgSOO2g/qps9Ml5OqFz0f3vuv0ZYLOQOK0cvQ79JbVv+LB0EpUkjx9ie99t3HUVS3yu/b
				SIY0ipiDrQ9y0XuPY1zWEba1EZFRlOIcty/0tN0+gZvy02/ex1hdmqfpIxRSMGe4FJ9T/dC3fdc1
				Gsw84NgeObk8ccRB66P9yu3HOGrL8jF7RMFI5BCvlufeodMvwHHv0unHaErR4O0bpMZygBnD1sOy
				ZX8uJ0MEuvHcv4n1zBucFFCs658fH7sKP6maDKf6X5hONPXRdllv7OQLvGy3fuoxSlK2cNwe0bQS
				vOKw9alm6MQ/mTF0ysHocv9rX74vgQEX0dufhu1Nlr1lUVinny8vbjH0Zb2B5uSfsYU5hnDq5YN8
				79qWLzEjgbjOPz8+bjV8RSsTHvW/IptSzQ6YbZvqBpjLw/SpaIbK+aqcKbvLwbPHWdJJ4xfu3Dd8
				M+1S/btpOWd7sPypCVmE8WX8Ad06i7tl2fpeKD9hyyWHdB3fwL1OjJGuBd7BcUpilWBZhhifJg2S
				oxlTnOP2hZ622ydwU376zfsYq0vzNH2EQgpmDNGWZ9+o2ccxFq+K3foIxirIOeJtF3pRd/rAHEF9
				dUma1r46AMoIspMC9ZM5FAvMfnr6U8+apyUTcTbTlPLF53YIpeWMKYctD21Lft8jyUWbvu8jEkMC
				Vh63D/as/HqPsrUMP7tFLI0EjDBse64fPtmE6uP+4e1cZtifVVXhWx0iYTVopHH7U9367cdoaNvi
				91ukwljCyIPWh7Lhu4+xrOYB17aIwaFEMwbbD3XWXs+XQVsWvivF8NZd0C4DrpeTqbGhZmx+oYqJ
				1SOut8MXiNIoUNuNhJIj1nOF/qR0TuNywxVr0XjEzpuNUlSBy1+qn73xgpMecEWM3z0R/GXivMUn
				eZSsndskmRXwdA9la65XOvpgIur9AcZ9vpqd0eTyRojxyw/YnfnwS5aYwREwkTLNQsZCaZr6mDHo
				geSN3/ggQ3xsAmLBGSAQNk+j7sSUMtoFFB6O1aWqvThpjC6ooDgk7WOuHRBntXrZy2LWmogd0xl4
				kY8tioAecmpCNXkXNO5ZqDsrePKNgwGhAHpNpYhk2wymenII5+zn23JQowpkp55HcZclIwMSQwVe
				Jj6f14a7eP3DftfhfP42DctO890AnhwDmoVgXAeI+gedssr9dBWn/c4fvXAvROv3cxT0h7WNDXsC
				lkotIkGqvpmZF6L/PnIUD4W3GRt2Eg54+fShH03uwMJ9quAq3IEDPXGpzRPZNhlqG/ZOMZLzbOTq
				x8Knus8X4Qpi/ZDYsOscF/YCfu5iw/VJ9M4QqLBUiGRN++tvtMFyz/9vcPz0rhDBCpH5bthPhRlY
				nnIu/5HJbY7Y8GbuzBtCYazwtpn2e5NpHWR2BErEAcEvgMLbtgldmiV83XOrl1nw+GRliKs/Tz4s
				Mk3m8YupeSd8WFg26QPTvrJY09iwh7VK0QaltQINgIfZdcNObJAe0P3o0aAN+whDldJVkq9DrMa6
				aiOWInC4/Bs+e6a4w4b9k1hiiZ/lPWBChCcNzr5hD6mgyN6u3ktIT1isZazULdCavGhp31HGadyw
				ryWIvnFb55kIl8LlWKB3tqQ1N+yVlCiGRVnM8Fr5iJ05z1GIFJ6yovgdRq25Ya+lqhm70jrEZbfc
				BIQOAnUP1yMSpeYm7zeuS+kCrYmdlPZlS26UOeTnmxt2nOt9h46mL6sb9uNmYXlcS5T28tee9oZ9
				XYJeNhMXGd69KlxYwWYTRyVEiglPFLGnLqO2Wr1buKZYnECHXnb65tGNXGPf7p0JbtjJaPOXiHDB
				dPvO/heuDE+VHXxsHRtXRnXD3r34t+ExqE0No2lhDJlP0qJmBfizYZdOUR2aEDNCqVgZZpDohn0p
				PUupL+rFpe6t3vsVblHM/iNP/PeihqDPrp7NbBAA0Xci0IAtR5E27IxzXFhICa7F7zmiBsUxLAGJ
				bthJKeziY0gpuKrqETFs2Pse8kEqTdmYTOtqa1CMbFMW2LW3E/KLs0LZ4qmzHvDISBpQpSIEHeJP
				ngT5I1d/W/2r/i3/F/+U74lvq3fEv+U/6tv6H/lf+b38vXxff168pz4rvxOfl++L38r/xffL+/R7
				9b36n/pc+U15n3ymvlc/V96vn63fVf9W/8r/i3/kd8W76pviK/mnFPvsYyZA1xgT0Ih24IlwbHej
				0BHhJdHm6Dq51FpnnkmukMS3Ne61X6tDfl2IIDsiFCiw1PKE1rkzoqWKZywMSK2zbqR9lRCMyAl3
				7SPSPv8MS2CqhCuxBzLQC4AyINMb60nHb0SHi3WgJzvwlyTWA71KLloO6wR6K4ISyf60jJ5GZCpE
				ilkNioQ/chH21dkzxW2ox8AIvC2v/oq9Sj4BZ1ckOX7Z3vepbeELHH41cQQ64B+wFsikafXu+Bs5
				HjNhufZaoWXfcvNZVpeTkotqEK0jb6xehVsRlRziLetqdyXDwwZkhIQWROiZa00WcB5kFlxLKgQo
				M7U7JZH5BY5SGF9nk4xJ4AffCJSDlVInNHJZ4sfl3UKAEDWbOFBwu/gLDakLnkquCzrqIz67FU1a
				4AWSEKF3BqIhov4cuEv09X/rqpnHS7C4hXh2ACCSeY5Kr5LdUGtfazxAFH34ZGgFas8CrvsgpsNe
				4PRyZyCDwf0YwtjS00BjNHBA0U2b5JKJtY5MNEuESDSfgBI3MUEGo+UuIY0A1vpzUndveYJ0cWve
				JiOQBiunS8F5lURyxDOzVMobMPH9MHN9gp3QAEqVp4/lSr3cfTOgdEMTyOh5PGJvxOnu3dF5eIQX
				etL46wHU/r1w/3D9MnK8yEewPwoG75T8G/TTdn7dtxFGigmUFRyAOQIo0oo4umxtArkvfAw5ECzB
				+DrbZJgJVFxuEyhVng72N/J0RG6BPA6xE9r+eVhXvxXflJz7xcudVnmAIKnIgfBjXbBVPCI4D4dQ
				cYv4Mxp4a54HylfJjl4Yl27L2afvvLY3A+pjGF+nccx+oFgcC2OzHL6Szu6kdssB/Er39x0lUYgw
				AZ5INVtfchvA4Bek8jxFbiX+1Xl/TfvTTh6cYNBDn2dXNwh5tNUUt4BLWhbNc8pfJT/7DHmv5h3x
				9I39ww+UY54+3tCbvPhZgKJwAwJnRgkN55JGAKwCXR7lsUMRByC3kpM1oL1CFNk2J1IvpWSmNdNd
				YuDitlWSxcJ1mpFq0lgzrxKjwIz2oGs4S896Y6lNTR82PuQCoj74X+djgXGBOP82gFoCqEBGugbN
				Kzl3Vqezo/cT2ZHpX3Av6MSaxCm6Tsz+xJXO+22F9+N+KrTC8q3nDdzqzNXtNQWK3EiEA66HfwQ2
				2OymFe4ObL/ONFOywDfFBQLdOiZvR6EzuWzckL5EmZYWrX2f6LMOZoLQyGt//x5e2bHe3XadNGAM
				1A3sE+mz0goTxZaB4I1bmBve0iEF2Zjgi1ofbXDC8g2grmiw7f7ljL/Od1FiAzgPtEDaJC7JfFiB
				s+N3A7VK/ERCflGDqE+Ek/OYSQJg0/3aPnGu6qwRfnmY7NQ94if6CovbXi0/AWb6xLN6QusJxRws
				xTzC2KeYHlaBWCHYX+cFYCPwZW4DVCbB7sjVDn1vqUA8DPl1KTBWFdegC3DFxzGF0caPK+8er/TP
				OJqat/9e1Qu4+VCC517000wA/EQDoq8yofuosCSQ0x3wDwbj6zwRYT9w++8ILCII/96MnNtXdcDU
				C/vvE4krYSarWUtdswDETbCcp0vXsgSk10miT3RA5BaUw91X2idKs5LbGz8xWCW5peUToaTIrQr3
				7qQL/cvIFweSLPUN6rn70F+GEmAhAvXr/FexL3B63wFsIIimZkvctkMXJAOTdFQ06UinfWLaapiJ
				UwLyFhBwrWzvtccw/8KTfsc3KNR+xx1DwWoKVNgQrprhlteFEQrXVul8Fff0E3WeIEeEg82/4CHf
				5YBeiI0/wpUC+kR9bmq95/r5F8r/iYv+wNfYzrBlFu7Ii5XXw6jCNbpat/LRx1/4Gp8wjhfYanXc
				lvs8Qppp674P3XAuJ/hiyomlKIh14kFjNwrq7XZf20iG5vrEsUYihh+bFsKiP3G5gKV9/5Vs7fz7
				P4oO1nn8vFdpQqpHtBPVVdFDKUoCfcCmJ8/nasQO9eMXkEHUH6caINfjK6gKquia07wWQ8cV1HEZ
				knBuh4ZcfatPjAmGVtIwR6r/xH21gZ/CT/QTD/yO0svAVyVeASPISMeWaiHkD9F6iErKvFxUlAZF
				+wROBjcz9RNZooPeZMkyweVP3JCbdSDA7yQfpyTuhQyp3j9Q0GMQHPyJN7kb+bwbE0xF/XJKvn9M
				uFnimXJ81Li8ZDbrBN1h7jsSXsyFvraJiaPn8a8JcwiAfiI9b5F75E/0VqwVTXyilwtu967iX1Ax
				35em2Z731Q3YeRGlCrGPTxIVDr219Yn3yi4DQ7VgPpac+4f4X95T3LXCOOsg6wophZyVaK9boE2Y
				jycZzHwazeIEVsIOBcDhdZQXRNITbM7DTqIsLQvhZlFNI3l66KFXSsjT43fiSSZchutVBl5mvEkO
				cZIcGXmC0Qx+tMkTwM2BPp15DmGobVeIGC7MfHVcxRxPlJnobXXF1t1xeriaerjuhOAgloYhdNMB
				fnHPYncaRplApDVG9MLLi3mBcloOnjfLNOFNnoBwH19J1ukPYeT8DqyoIRIMP56kF3pfv7d/VOBQ
				Lc8ZxTFTmIw4Tk67cVJXeVqMy0ysHpPaQXPdQdnr/kJvnsDdZSTYZWpb6RG7MdQEVsldrt60Xhyq
				7eS2v4YrlUtTe9dCnJR3xKceQ9zWfeH7tlqsKOXONwlRDNQRhUqhWibwYl2fS7UWTcddEwpjM7ad
				NE9+2uCFfR7sJxwMb9fo6T5PL2dJcW2mFKtx27iCo3OIU65w6GlP2dI8pxrgV/fzeBWrkqyTx9cX
				C54WS2kNYCXAVQTphJue6Wc9hQe/QZVL3uM/Fi5nv5k8CUMDAVNA7sA7Rkr+TMFpUkDR3maadadU
				6YgwD1oPBPDtOiYDY7+/I36cYgFlSyaAyqLjc5XgjZhYuIZSDjnim70M8kdefFc9J38rnpffF9/J
				/4v3y/fq+/S79T/62fId+V55jn63Pk++X5+rv63+Vf+Wf0vT1MW0SX+biD21IC3i8+5znu2NEcRe
				mz18v6Bulc+frl1X7yOoVNvzSYpbbbyFbZEpX7ezRMavVNSy+1Eqq/V5AsVWF99qu0iW19gpMfHX
				FWvpfQSVans+SXGrjbewLTLl63aWyPiVilp2P0pltT5PoNjq4lttF8nyGjslJv66Yi29j6BSbc8n
				KW618Ra2RaZ83c4SGb9SUcvuR6ms1ucJFFtdfKvtIlleY6fExF9XrKX3EVSq7fkkxa023sK2yJSv
				21ki41cqatn9KJXV+jyBYquLb7VdJMtr7JSY+OuKtfQ+gkq1PZ+keM34fyn2SS57rhFB5w047hbC
				sRA5+AkxS7Et6hPLtISZWIQZgaD8VhD5RCBKRuxJ1E0cRS1Blb9zx2vta7ZcuyuP5xJsex0hirxE
				iKQ+xkg5plicPvgejHybd0KIVNqYWVaOjX0ts+EnO95dCWBjO76eTmehc0R84F15zrHnQhTLUQLY
				Sx6Z6yJAfBb6uloH5pf4A50QsP9F5lBlVfZsbnbf9FuIHGsNYq2XNWTeKRavMj5IInS5dVFomh9j
				+t9C9GQYhFUdsM7yEApv5SxUm1C3W58o5ikPf0hdarQX0v7rs4DTvm2qk+z8q6n425MJcQ5MEMuw
				KnLke14eHBXzAVDsEzUNCzVdK0B2IYlGeXhkbyWRSvwOQPwvq89FxD25KGYhD6WOvRBawSu8yPJt
				Ijjm1xCOPRhRQqTNMLXePdPz7HXBJUS+t0AMlk8yEJxXpHxmQowZBYJcU+HuU+ivOAGHCtACkFgX
				0XcoInUrXXyqfw/hr6OElyTe8kTRFvNoteylVNRSN9fwSnMWQHr/tQiYqgDYvExHcZqnUG1qPY8m
				YdlMk7IKInRYioTTlFKDO/uOLYz+HFAVV4tpw4z/WcABnzzAj7Tg7yQ88owiqQSy0g2P6RDDUf1T
				nXmlEAt09kl/EE2wKPZMuTLuxfIcfZ4lF+9+Pkpk5Xfm6mGUZoEWtfohZy+TG58YvzQHw8oaEx8C
				Sec9gi/bdylcbQbPdjHxMJd93QD6gyIWTeA/eLYztKvFv0W4OEDrbNeBCvFdjeJgG7vA68ywdY92
				GwFw+wmFGM75g0FuKzMxAbrB1IEAvGA5Y357DWaWjsRQpUMo0EuYWxu3qZFrJIRjMAeHVJD47OwQ
				nXjXDVIY3dg7cR4oJnONz8c3+bUE6fnM1hWKT1x9O/epnW2Ww9D1f0pKdnYDBpRCFBTsJ6PT2ql2
				YqynaGF9s6CLZXXKz6OqRrZTGn8jRDaZfs4431Kg7pvYNYvgykholk87Dh2fuN4d3ZOOBn416vly
				XM7wODqQK7WkGNxM9MLzFjeZQQCskczcvOxJvukp/Hj6S0uSQcpklOJEWBgTmjiJKHirpKPtRvBn
				Vw97UhjhFDjJmT5I80/8OgjV7oNCtPgLTkTphcGYher2muQeS+mBDieaSVoBSFJdNn4x1ST79WWC
				0tzKvH2wW0b8TJLNSwuHa/lvGn6fzv3sZmFJiJYk1yeB/YsONCrm9Xm/sgc+Z2mVz4LX2bb8xFUG
				fT9IYGwIKQNTV4LJBa58z8at6PZ6yXED1ufKJaFmK3LH08kx5cSjqzUfW/ht7/Dj1dz/JFycjSaL
				ja80WNxKbHCPGjq/nfty4N2s4rpaqjLvuq/Au9Qrfwjhgkw8MsiAsb4AnvWus1B5SF4D4SpdkYH1
				2EJrWu5IVrXXvGmL2eIFNM9FjsL8tlhRo+Y9Fy5OEbiEaG7AR00cPtMNQRcAwCSFA6JqCPTs6FbC
				uFxfIkVjOCwghh1DOpUVaGPvDSLWIW92Xa7Ckajd50KN9ZMrWE84dlpUOr5uLmUB84SWrNCMFbBF
				VeP0MlCyeYyHywM3SrxbWlrChVEbK7HNYywnhGWaxpaMhZq4sukZ8DbPsKzE06FkU6h3VJq9NW6b
				Z83KEE7eg1fJ2PEbc5njWVYFGijIhiqut7AquRfVbyEmKPYwZ9D78PpDmNIX2TPkToFPbmkXaM5W
				15iE7Qh3kP/Hxc3mAP0l3lya7CVWFPQ7TxgpigBFuQk23ctw5JveS6YHh/fFJEvpBThkBOz3lguX
				2EmxyVJ6tRjYJRhZC+MU/pQYjCpOLKRmUqcsaX1lcrQvqkn3ID8B4DsmdiB1uAImT48UBu9yEMl9
				LEKYl/i2Sf8+q49Hn/PFhUsWhdjUAwNmylo4uaybrBkzz2FWfWMQE0WiTyHhXVc01YguIe688+Rm
				2/cu9ydO6yBiHYfU33pWJ7LqRAWS8P5UtFwjoHnuEn0aFctJe+++WEMPdOU7YwqAiWOYeJUTP4n2
				JZbdhZ0XRrlySaQyDzgPqQOuey2sk+D5zi0CxpWyJDK4Zn/Ejmhs8wesroIyepccGCsp9PsXo5YT
				pzX9QpTXxJDXoK5Fy8avDgxc3/YR9uylRZFBKNJIM3BNe0QY55GsgS66VjeNCPqWopG4hCdAXFtl
				eR/sY5QAFP9lALuViAGjR2MJE1np1E5aHgARQKuPMRDxrOSurIKfRtRk/+Q0LZQcxnH0UjKsTfN7
				dHN0UnoU+6kPtpoq828ClzIN7HDGbQ7gG6bAKIidwyKXPUdRnoCPFcKQ12RaXMQ2AcFsvFhL/UJ2
				a/abu93azZmKqyYAXNHEVMxofLruHhgiITf8bmxZlWDYjfzvto5BbKzl3DjQcX4EBjbDZwPT5Rcs
				sgAnnP68Rquh8E8b0I/SaIF0+dVWP+6Sz2UhoRTAB+I3i3/fqDHiXLz/fs5zE3aevTekJCvyRrQN
				z5ZGBIwW7nOwwKvgE6Ecj2aaCwBhJDCKPnKQ0LOKpxX105Q+QZgZMM4IBwVk+XDIczx8za/axU24
				f79qT+79AAK5LOpEVoMuAiMEnQafglKk0hHapLLEpyQ3rTyi2Ce+IY34xgHLgIid5Ru2zKZs61y2
				AeCyf9knyrYuX7611YANm/JBnMOL34UeeRsgclTBN+LpP2gd9yqL1sERSmu7JqM99M7TeJlgn+KM
				V4kBWFBlw4gMbagEKfDEuM/zzNAe3fBJha09+bwfGkurnS5JdHuUS/AXjEgfMGKvZ0NcnB69qCPb
				7cUxavHWNJuARVprBBiMML5Yh01BUkboCzzbYrPRv4lNzN/Vf326vtX2GlIHNjGIEn80QXXhPjGF
				yRNSWX8YD9cXfVOxXyJqGp4z4OzcTvMsU9mk/B/o8Phejk6N+ZcKGJhkfzrwIHH/5fPRXjd6rvGP
				NbGbLENVTT3XvPH+08nXiCMC4pD2UibUKDZAi8whYIX9zXJ4neJJH9WZhaqBHfbjvMBZhGlIakOr
				Ulv+DRPjiQonPMj0fOg7xG0J62J3SgpSoqLp/6Ie4rf1/6Ep8R78qTou/Gv//4CQgte1SomgqMYn
				x84wHGni4nMQ+KAUUE1GDRh1saiNK7fbY1OQQlAwlhiBVP2+6KkWpMSfsboB0P6EZejqxpKO/aUM
				E/K61nJ46UvX76uJ+0UvDLSqLFcvZPaeRx8PLLw4LbgWQbqQgoo1S8T0/vkd1QR8BXIPzz/z/Irx
				5BAsaPlxWr++KkPZf/vvnvDdsoMCgc8G6IF46UeXhty0p13YnvIZ0XonbN03fftR+6hDQFLqtLA/
				cDH+Ks/mTgmBv5UGkQ1oZgWNxAr4Jijw2KAzCqXlKPJQZYdBwEuVXaSPkQHo5ZM3UzETkE1W+9tB
				Ea4j6nUfvM62JMb3Y+XMVwB4d8fF6R4fBKOJOsIyHM2cBQq9Y2i3I/odW7LiMakI81mUSwOqo2Xa
				9PK4N3W6PAopKtSipjC/kpD7lrPeYQMDguaSwjkoEnWZJQ8Foe9G2WpIJPoHqVK9fjhhvrIMo1If
				TUakzsc+83Empd92CxSTHPT+ZoUZ33A5lheh+u1dBr/Qz/EXQjDcLGnRIpfKnnvmJHp8STlguE/Q
				/JlVDdbkqp1aHog3/vmC6Zcpkqy+A72Fx0yLhwZbstv55XC84ZKWn74sJ4xsht+w40ah2bzLPOin
				nsY5Q48tub9KEgPYG3eZbKZsQ4K7rVAiFeH8dmLswoxDbCdabhTkVGX34WbNJ9A81TGCdOCKkgpw
				+wc731e0ObiJKHpozJdRxiiLusuTccI2dpRQBScU3GL74/DyzRaoH7mZo5agfBwBtdqy0+Ez8w+/
				VkzP4izqdzx9IVwN5vT7jgM4dBRSwpGSdRS2PBfxoEAdoDkx602sf/jzrGMzAzNesONa3FjNGj5g
				QKabiH+yeHl+YsieSplJt9en0OVZmSdo2o4A02wpHqsoIjPd7H4NFnHF/8Czmi4jBnU+DzevaOTb
				j2lTrnp5Ymh02kKnBSCJcJinLqgWChJnZ0F0J0/3PhBHEUFrnCQiUyE+KiUa7bK5JMsgj7gaYyNE
				T6y4HBwT0VGlCW/e3/dixqGLnonmXWsTwur1c6bARfRp5ddK+pg0fonp0VZ4NHOCgEXZVtzOSsLu
				RI8n2UjaRLWgAiBQL7NWdUKxzSUNJe+nCsvnTYlFAzfVBRUmzV+Zxwd6193aKIokTxYSCPyyYQoy
				wENLUxSSTq92lCIlJtU4QUvTwmeBq8zSBBm1vKMQPL0mUdX7R+CFI4VdeqCJ7IDiBqPl9M3x6YoT
				JRjCFU++qtrRH/8U8+4oJAmVwhWfzYWLBmFUXxJeLMaFep1FFl+ya78Hi3iuMX6zqiK3RSLpTLXD
				9sALD3PW/LvcP//O+8WVoqj0w46u83jGyDVLufLXPAy0ZAn3+wGwiB/PWA4SfTkxYcIADRZYxkYD
				tDegmq4LL3VwYzePS6kY0NEbPuZ35qhE0B9nP94JxbKwzq9w2hKZSmdxWD47EbRU20Utz1nJngn3
				sl2fHbXax8U9KWgTeckSQuNCiRb0Qf6Eyvm20o8Hv0DdJa/R0za2YgSLFeyP4/okLmhRaA/Xm96V
				raYGE/3jeCVHaBQLyDn5ylSQzJYRPouG08SBCIsKc72Hnbg0M24vQxZxT9aNb+4rBlisHv+wP2Wu
				o0qpAM5sT3VyB/JjbcWY4nwGWQc1NC8FCUGffXUNimlms0ZHOf27HstJdBAJoRwxZK97t1mS43zO
				8KD5V6x4DSM/S8/vxw3FeZOq7aWWg2+aMXxzEBlaAjSO6q4RDQnuL3OsjpVZ6olYrZjLybWkhWa5
				tMD9vS/8tzvGRuKTM11KoemHssgArV1UbmT5R/f0NK2HsipIHA6DU4zsUVzRzvL98HNXpMF1RgHO
				Mk1nuatwLhSBxWo4jZYE+Vp+u7/o/HUx9z1kK3XGbtwuVhmdP8Rr4RY6HKYC3K8DgnLpRjiqCcI+
				6n0r/Mppc6SviGt/QhGqXUCrPGYK6E9ykcT42LqF81AWCBJLgtlvjznOdHnCEEG19F/W81CSnN5i
				DrJSQJAN90nIRVbczragw3Kf5iMxJ/+QNYpWVeRyuoHhAj1ECtE03Yy0kOZDpO/oiK4D4cj4bnn7
				WHFRPJ2V/WVlBouc+xIX7ACQtLw1SLRP9T1ky0uivb7kyAo16TXjsgc0Ubs1a8mORmJWXh2pw+9Q
				FHRvxY3XomHGmqF5K6C05bk5FUG7P30HFJWSii7W2b6ylpC8IqgiQ9Ihbk2kBfGF4sZxs6a0GVSM
				QuPMXEWt06y2msj0+5zVZn5D7muENA//b8Es+k2mGLQoxys+KTBU7mwodo8bUXhLK7BSAdCiqObl
				hB/dhQPxMIQ6iBuedcHtdbuVYTm7aVCds7wGwe67PRhFj1mdOmxtpM6/vGppUxMZy5W/kxfinJw/
				yfC2ScQ4F2uu3UWK/w6vCPLyv7qQh59fnS4kEsgUWP6GNL2axfCLeXB5bcT1sL5Ge/6sYRzhv7UP
				c14brxekg9N2hBS9vUBA9FHSkGJ0ChyQUN+nEwvTVw0GKrV1bAsfjjLoi58hR/+a28s5a57Lca6o
				6/BzkuqLiQS0ReLyTcn2hRDW2qUZKZZxTnOwNLxHvLuU4AAryuNSrPR02RplWo0zoRl3tgbfuReL
				Y2TDQPd2zeFakY163BDbX5C5+ylklO5weHKzJi2NeZX47XOUPVBAZ79BQKePxO56Vn6XAZ1pUlZa
				jrOokBuKfO/2hMYVUfktPAvhvD4up13CAMy4bV4wGi4/dwI=|
			)
			(checksum "D235C34DF9807223F2DE6E2EF1D2E543")
		)
		(file
			(name "DF12NB-60DS-0.5V_51_.step")
			(type model)
			(data |KLUv/aA3Oi8AxCYCqsYqVScQsWY65slq9sLdfwjPIDyaPtfv/wn2SJlSSjIp9b7Maw0hAABAwCCU
				Bu8E0ASdTqfT0brO2mjbtrNulbWkMQaGsFQqvbT0UlrpSCmddKQinUhFWtGQVrT+KEUdPUNIUV1s
				3WiU0dKj0YpGo9GiFwUutqaKJEnzKNKJRKKJJDnEEYVYIYhe53meP0+3UnvF5HN+n8v3uLwcJ5fJ
				p33XNt2XStcckxzTLE3TdJHcZdu2XVmSJVnSRPMkSZIkybqYZCgcg8KaIE3Nh8bz8dDI6cxwajEy
				m5EYUlDjOI7jOI/jZ5k5juM4jqNwFAqFQhqhUCikopdMKJwJKSyGMBgMBoMMMhgMBoO0YJAEK4Kc
				1iRCd8jjDlFSVTU1NTWzVlFTUiupVjWqaCggmhnT0NDQ0NAMBQnV6X/QnF5zpdhFnfb3Pt/P+X0u
				3+Py+HDI5Zvcath+bdtjDz3zjGemS5iq7cw77bhTtpUyKi2Jw+FwOCzj5IwzlOA4HDYYE6qZz9CM
				Zz7TGc9wpjOc2czMbIYVMzJTm5gZNmRm6uR9s9lsNuNms41kI6tYyWVIRkZGRkiUoZZDUF6aVEiZ
				yYxMxYiISMjExMTExDzGZUzMxFTNjNRQ1V2q0b2YE9Fbc5CGak2NtZKKmlpJDcVEERWdiEynkolU
				GiINdUKjIKF3TO/1IHr9j5OEv/PbKQ0PdJr9SnXrx4/z39s2ZdueyYl+JqiolCg9j8Xztm0rBe+6
				ruu6stORYtp1HddxHMdxHMdxJo7juBqVbJtx5LjhPKv5jGYfzzjrbDGz2Wxsd5WQinGzbdu2bdu2
				TRYr2WUks+wMMTKZTDYik8UiZLKKhazeiIhOjLFYxGIxiVW9qoqqqlglVTVVJUVSQrRTyUQaGpVI
				Qw9qEwUJ1YPo9Z/+934vMuf3uby1fL+8PD7ZdYvFpmvxmJ7HHeLnlWpaDpvDVHGFq1QK3tZd2VYq
				DQ+rE21Z+FUOq7S4RqUSLVKIJU+hlK0t5NBIGaEsKMIaCdJIfYRGHtwLDA9ER8yRMoRpgSEaMhHO
				jGxiaDK1mJqQ9806jyu3xWayTRajqlyK5HSHMEVERERkIiIiFRJCRY6HNBxSLiakQmIRElILDOGq
				elF9LlZLaoq1mlpFLTAESVVUkYmCEomGFhhCiDQaahiNVNBf/98vMMTc53v+8nuBIcivOJVvuusF
				hhjbdG1xEIaOPaECDCKIObzAENUFhqCKw1UiRXxGyOHtggQJFSx4MIAFBKCggQYTLLiAQoUJFSx4
				0OAhAwwiiLcLDA4FqHDBABwkPBBgggYHMB8moNAuSIgg2HXaDR4qUEAFDTaY8JDBhA0qqIACBRHE
				HuzTFxW5shqHYIgQQcIACJDBBhkc4IIKLpAggpAuMDwQxQUJG0zwIIEFExAwwYQIIkoLDnDBADbI
				4KHCAS7Y4EGCCRREEBWeBYYQLjDEuYDBBRdUQH5pkgsMMZZDDseg8LPAEDVBmpoYjeedBYbgLDDE
				jEcaHv5wa1YRnTqsocOZkdnQIkamTPUtMERH3md2xm2zTVa3gEIFEURMGIIyuKCCBA8IiCBKqBzk
				FDgwRGWBAQAMACDABA8bTPBQwYIHChlcEEHYoYIDQ4QsMARlgSEmCMjgABJs8ECACR4iiA7lI7KQ
				gIcKGTwgIIKYMFaUqkCCDChIEEGE0AJDfIEhXAwjDQ8kbyOLvRgHaaAGBgdpeOcwLzyA4AERh2AI
				PkgwgYIMDqDBBhVMkIBCBhNYQKECBUgQQXThAQQPxCwwxBYYQhYYIkSQMMFsUMGCBwM8SDChAgw2
				mAYUEjAhguA4BIODMDiEBIYIESR4yIDCBBHEFh5A8MADjY5DMMw6DsLQOpAEhggRJFSwgMIFGGxg
				wQQKGjxUyGCCBBGELDyAYEKFCRM8gECCBw0msODhAQQPPBChAwKBMggQAoJA4AAECwhAAQEUKlxg
				gAsqHGBCBAkSJhjgoQASaBCBIUIBGEABAkDYAAQ6eDCBDioQgQZwUAFCAyRwgQxwQIEFXGABGEB4
				QAIJEC6xBgZwQEEDBQIECsKhJMIDDpDABDrQQAIEyjCYAOECHTwAwgU6wAAGOGhABxewwIMHIkSQ
				wBBhKoCpAGIVLg0VDbFYBIYIFsgABhwQUIdo0GCCcMMALJhQMEEECQ8GmGDBAxEEgkVgeCBCBi7Q
				gQU08AABg4cKGkCAQAUkMAEOHNCBASBkoAEcXEACEwQAAxmoAAcU4GACDxA64OACEkSQIMGCCyhU
				wIBCBhJo8DDBBg8VUKDgAQQZPEww4aEADyCQNUxMSMMFGlAI4/F4PF7DzFTD1CpVpJ01zIx0jUqj
				I+YU5xzinLOGmZmZkeGMExyaEU7NBKdm1jAzMzMznJmZmZmZmVnDzHxDG2++cTez4WY2a5iZkokN
				yZQMycjIyMjIyFBGRGRkYmJiYmJ4B2mYmdnMzGKEJKZqW8vFarFWUVNSK6k6SMO2E5HpZBqNRqPR
				aFs9iF6n7/u+7+McpGHbti0+z/M8z9u2bWMQkYWDNGxrXbZl13Vd13XbSTRPkxzLITncFhWkotls
				NpvNZtu2rdu2yeoQDdu2TWbbtsk22Sbbtsoso6yybdtkc4gGWSwWq1gsVnEsFovFYrFtVRGjqqKq
				qqqaCYdoqCoKqVWUVJSQkJCQkJCJiGKINBoaBdGF6kH1/b//83K5XC6Xx23HTbZvm57rMT2mQ9hu
				VMPUKrVtK8K2DOkalUaFQqFQKO0dgiRJcgySsIIiNDIyMzIyUo6MjIyMjAzLIWKoOpp48oknm3Qy
				E05mMplMJCYkUiIkFLlIRSxSkYmIiIiEkEPqISIiISEhIRUiCwmpkAopqaqKlovVYq2ipqRWUlFE
				FCci08lEGpWGSENCRP/pdJ//e7/nf/v/47btELHtGNPzeA5TxdVwdW0brcu27BqdSldpV5IkTZJk
				CElOVJCKJiRkuFnIhMSQV19IzFxIyIwhW4xEVhKrniwfCYmKhVLKQkJCJCSEqhFiRkiERMgiQiKk
				oqqoXKxXy9WqKpJaRUlFERERdUREJ6oaFdWL6kX1//d/vl6v1+v1qSqyfdv0XPW46HFNVVW4qFWt
				qaq32nKrramqqqqKFovFYrFYU1VVNRZrijXFmpqqqpqa4tTU1NTU1MRQdUUrr77yqqqrWXE1q1Ws
				SmolRVJSUlJSUsVJjVRNQkKqqqqKVVUTxahFTdSiooqiiqKKilz0opaL1WKtoqakVlIsIjoRmYiI
				iIiIiEZE/+n0/z+d/0m+x+VxIiIim2iqaUzP4zlMFVfD1blEbdm2LTVKRCrSSZrkWA7JIR1KRERT
				Q0NDQ0NDQ8MhIplNjEwMjUaj0aj3aDSi0WhbjGQVIxISEhISoZCQkJCQkLAcKhQU9CDyx2EcFMSg
				oKCgoKAgz8FU9f8vlyXoEA0MrZTnEFJVVVVVVERUJiL6T0REJzoRner/Tz9//+/d///v1px//L7v
				+77vW8b3fd/3fd/v/b7vZd73fX+e7ztl1+n//1/xFJBP8zzP8zw/Pnjhp2ZORfO553/nM+d85rL5
				fL7v+/y7MGr/vu/7vu/7vu/7vllu+eUk9+Vy+f8REcpk5HKRCjnFK/44xUveeETEJx5xifirReV6
				ucpaTZVLVVRUNpGJiFgS0YhOJwvd923f/33f933fj1PZcZts27dteq7H9FgWtthRYSqqbdutbdtR
				0zRN0zTJkjTJ0fSYHtMzDht7PNMZsx3btl13CAY60DzP8zzPM0cLhw40z/M8i2exWCwWi8UnsVgs
				dr0cFotFbDscFofDb9hhhsPhsEQnEnYJzcMTDldN+VFVXFU75R0iwlV+q121rVRXVVRV1CEqlUql
				UqnERt3CKoktlkWHU6lUKvWlvu/7vq/7vu8r3+ePy8shESfbLd/ku3bdFVzXdd3WFTdcrm3btm3b
				tm3bti0brbTFRuuzLLFnKTA5JMuyLEvKWCkp7WrGTV2R2el0Op1Op9PpdDpdHA6Hw5mZmZkZZ7PZ
				bDabmel4OJ3ZbDabzWZms9l4s9lsNpvNzETFqLbNMjMzM7Nt27Zt22I222bbrKqKqoq1bdu2bUVE
				JyITERHRiOg/ne7zf+9vk+9x+bdt27Zt27Zt3rZt27a2Zdtt27Zt6zZu3LZt2zZuqwnS1Ixms9ls
				Nnsw27ZtMdu2bdu2bdu2xUhkJbFtMpmMsm3btm0LWSwWq1gs9sCxbdu2bZPGYlUVq23bqoqoqiqK
				iIiIiE5EJJPJZDLZ/0fv8z0vl8vlcrnt2pbJZDKZzHZblyqVSqVSaVuybaMymUwmk5kkY0iOw1Eo
				I5QRysjIyMzIyMi2bTFU3WQy8WQymUwmE5HJZFExqm3bZA3btm1r2LY9ZA3btm3btlVVUVWxqqqq
				iohORNu2EdGjHkSvLxaLxWKx//b/x2PbNtt2bXsOU8XVcGOxWCwWi8VisVgsSjJOonma5FgOyWGD
				5EQFqWKxWCwWi00sFovFYjE0r/bRvtjEYrFYLLbFYrFYLBZjbNu2jTKJSUxiEpNYxCIWsYpYLBaL
				xWKxiEUsYlUVsaJysV4t11RVVVVFVVVVFU0lNUQaDY3oRS964//9n6+qqrJd2zY912OaVVVVVVVV
				VS0p6RqVRkXOYlVVVVVVVVWxqqampqampqampmaqqqqqqqqqqqqqSEpKSkpKqqqqqqqqqqqioqKi
				KmoMIkVEREREREREjCKhE5HpZCKNSkOkoRLRfzoREREJEcXJZDKZTERERERERETEElHrsi0rIiUT
				EUkiIiIyEUUFqWhoaGhoaGjIRERERDFERERERFuMRFYSKxIRISEKERERnYgoKMhBsqAGTRCDJoiI
				/tP//69PldQqSmqiiExFJ6JTENHQzxH99NN///3//3/89u37Ph3Etm3Pt6vugwce6Pu+73v28kv/
				mkM0MFDP8zzP////y///I4f/73w+//9f5v++//8v/6NiVCSXy+Vy+R3+/////47Lf/k/BnJ4PF7x
				iruqVUWsVdSU1EoqykInItPptm2Pgqhuu3W4bds3789Lvsflv23btm3bti2zw6Za7KrDrvpty7a2
				bYtv+zTRpk+/gfTo0kOTHvq2axw0jWtMY485/rhjjzu2bdsWGceYZs81f6b5s23btm3bFtu2VGwx
				xRVTPHGIRyziiUVs20Jhhx92mOGFG54wwxO27aoIU1VRuVivlstt27ZRRKaiE5HbDpFGQ27bum3b
				tm3btr3J9m3Tc+tx6XHbtnVbatu2bdu2baVrVBqtFHuW2LNt27Yy7NhgaSpsTYOtadt26imnnXK6
				aUxnKtNNZdq267p6Xdd1Xde2bVspKUktpfTSSi2ttG0r0klDKtKQUtTRij5K0UfZthNldNGJsqFl
				Wb6qiqqKtYqaklqR5InIdCJJkiRJkiRJkqR8j8vjZLt8k0mSJDnTLM3SLEmyddmWpUQ5pZQrpSRJ
				kpSTJkmOLDkkySGHZE2QpoaGwuGHHXrY4ZAkScZwHMdxHIfkjBw3zrgxRhLKWMIYSzgkWaGFFFZI
				4YQhHKEIJxThkOSDFHTwQQcZXLDBCTI4wQkGg1UVrJqampqampqZkVpFSUURmYpORKdpmJkh0mho
				FEQXqgfV1zAzvc/3a5iZmRH+tmvbHgerkpISlpCQlJCQjGlEKgkJyZCQXEhISKh+Gfovl0svl8vl
				crnwErctFsstFovFYrGMxWKpWCqWiqWVSqVSqbSVYWWiMpWRkQqFUqFQKOdUTJbDDoVCoVAolCFV
				PyMjIx0ZGRkZGZmNjMxXi5HJpJPJZDKZcCYymUw2EREREREZSkVERERExiAiEjINmXHIhIRMyIRM
				SMhUTMVUTFW5WKvWFGsqpitXpKLoLjqViEwn0ymGRkNCo1P9D6LX6e/9ne/n/Fxe3uPyeN0xZId9
				167HYnoezzGtsEutl9526rItO5WuJK1o8SyJ5ulySMbMOBSOwmLMxEzMzenMzEyMTMwmRiYmhqof
				LeaLmYNjYmJiYmIWM9mlJBZTEkNiuVRiLOUkIkYihCImYiJmGDGNGImYiIkYR0xVxFRFTJVrrylX
				VVW5VqvVarUqKiqqGRUVFRUVFRUVFdVYpIJIpv73dP//UP338+//95fvOLlMd82e6XpMj8U1h8W1
				am3Uhvu2bqdSdp2WHFxRk1gnneXQJEtyKBxJWMH6FE156lOempqqbWpqaqZWMUWrWtEqVrRltZrN
				SlZbyWorqcqlpKQsJSUlJSUltElISVVUraLoUY1yVBm1mqiSqNVEVVWVq6qoqmoVRSRVFFVEIyKi
				ExGJiIiIiIiIaKf9v///P5V2qjiV75ps33bHtD22JUxUqhKVVjfKrh1Opau0eEaJRRrdgU4SSQol
				SKwh0tCHPNShofpsaEELCw8WFh5EyGKCwWg4HhQUFSGTyQilYrFcSEoiZJtxXOd9NFotZLOZ4XQ8
				ng9NTYSMQ5IszZNILIas65RtXfelViNkHtN0bd9kcjlk3+d87/s/vR4hoyESqWQ6EREVhWzDcclL
				qKRKImQxwWA0HA8KioqQyWSEUrFYLiQlEbLNOK7zPhqtFrLZzHA6Hs+HpiZCxiFJluZJJBZD1nXK
				tq77UqsRMo+Lbz2XIr/cGJHRxroYovGhGJKhbdtGREREtG3bvE1ISGjbtnnbtm3etm2C5qCgoKoK
				Kqrv+77vq/9SqyipqO/7vu/7v21Ep9M///8v/P//3//7vm9/3/d9ny9+q+73fd/3fQ7f9pMkTZLD
				fwz85uNHns+3lf7//2KGigLavX/3vu/7vm+x/1Exqv//Hf7//7/Ytu3ftt/3X1VFVbVtKyI6Edm2
				zSKi/3TP8zzPs23btm3btm3bnud5nmdv2+Ztm9S2TdLzPM/zbNtRQSrbtj22bdsxnud5nudu29Zt
				W4m7TSwWe57neZ7F4XC4wuGwbdtuOByuqnB1Xdd1XdtKraKkoohMRSeitm3bdl3XdR39v/+3bWu7
				truu67qO27Zx29aWbdu2Xdd1XVe2bduObdt22k6n067ruq4rt23jtm1Wto2KUXVd13Vd2bZtG9K2
				bblt27boOq7juiLZcrFaQ5Ikq4joRMRxHMdxRPSfTpLkkCRJxjmO4zhutm0bkiTblm05juM4jkOS
				JEmSHJJRQSqO4ziO47Zt27bt40iSJDeO4ziO47YJhUKSJCkMBoMVDAY5juM4jts2qioqF+vVcrU2
				MzMzM5vNZrPZZmZmZkb0oQ/9//2f3+Nz+T4zN9m+7dlsNpvNWLbburPZbDabzczMzEQnnQmo5EUV
				7nsEAAAAAAAgCAADGgAMQEFIDNKwddQDFIAHLXaYYDBMZJhIOB4JQuIhYTQKjscyFQXTrDI0MDZz
				bU5ITRYdiiqzltaQKgaQhUB42dppb//ddcxsnXVlWcSEYE3dIZrMZoKZOUggRom10CF2lpgoMp8y
				kfr6IqoaAtmcOrKUZ4qnFvtKDz2N18yYGcUZst46AiDRgrAsrDiPoQGH7rja0vEIgdCsbe7te/ow
				/ckRQ+i16UQn1tzzT8uh+dCc11vCD6jQCKQuNkEQfFPygJ21gm4YcDBkbkfn4zcCYd1hODiRwGa6
				fvWjqKutEip81YrgowAC4WKsHfLxQcYvxDLt0rNpSoWS9NCaQCq6NYjOTPX5b9ujMjxly+tUJZAg
				1qT108JCnYMEspraZ0P6FsY3IQpMHUYZFwikstRAUWGGtZvimOmDhdbK1EH3IRDcaZtTrY4At/r5
				N0gx8fz2SeIIZDEzP0BDVpxw5SpYK56MWc26BJJJNqzV0+KgaTl9Pa1rl9tVzi1MZkGx44MJZO9N
				GLraXZTlHRsZzmAg083paqAF+zuB3Keju3najzzRZtDVraKJPHYyAtHJK6WNDWFg0EhZbO2juAdN
				/hUwNRI0y93darKaATPoIEpCyRrkWjZflKgYTnUVssC0mWrGYiatw3YWCIi+C9uwqBezwwVYWCqj
				5FBm4PEnk9AAyDj7Q5s+rT+Dn9B+n8iqpYgZM3zz/qmfMuKx0LYIgLlKMyunqF/IpsZEhamym+Nx
				JxVRh9T0Q+comjyVEYHUzU0wCr8vEeVY3z/BEj9dY9AZrekrK4bDjwWgc3WBm1bs7J2CxBsHZFyS
				BGFaVoGhIhxSn9RRE+x+UZBUtnVDb6dy9EQ31hbN3TY/9EpFAogpux9NLOxFvPuSpjx4oiLijie7
				WEkcrUFhzOQHfHZDgNeWpnSlo+mC73dtvFRPsO+q8dRwmBfCgqA47fBXVt/L+6d2tpG+q5g+plw0
				jelymACYSDhZ1h0ASfrZZRB27lSEH6b9CoPLkV0NswAT5mcQTBCeEuAHEdnrKH8niHOii7OtjuMP
				7ZmQSj/ZHLx6W5bgtuvwo66FAod8yihSy0LxYuEl2wYCw6A4Mg9KBDJHRgHBOoupol6b5CtwFFl0
				idfmK5wG712ZNgyEGQEjdZG1NkMy9gQy/SFi2qVWjnv3uMLa9zYzje1GHTWassaJAFPZPKJ4aArr
				SRimO6im6+0DeiwZFCZRVZY1blSUCdnZASxYl1dqSGbi+I+VakQwM+ebBj0tP8NH0l+HIPWli4n5
				gQb/+YEjype+QRvNr9lGgzfmtvjDjmFGhcY7XbttieYKXPCaxgfTxIlDNa58oBtDGJic68Fs8//V
				6HCvDwN1WjzRs0imTQ5apjBBBflC8DA8Ijyv5NSzlwVuSb9QP1pqZarptqhl85PQWThyMStzZBvf
				CxNVvN1gSBAQitw7T8ceijHxQ3Ddv6HGkgS7Wfa+mcKqKgovlJi/tTZDmxSBd58GvHS5B7tPsjik
				p1pluO5KG2xlWl2HQrCjNYgbHhKU8m4EKffUuK4V+kCl6dzTtd9SUDXV0l7GGH99+Cj6VkPy22EH
				M2gVUKwpYMPbJY/3rPgG/2cWzENHX7OjnIvWYY8Guw4q0cUmmlLUjb+X02NAxCS9BMsQ4OB1o3Rt
				ODsQvPok2WzLLSu3bWho/7zXPGHaT49lTDFagGq26f+YOzD0k4vqwXh6ywvxFQnSpn9+GFGiokqc
				S90EgX2fb65HU4BV9CD1MzHreftj3MgIOcINM24CYugtZ0aP4SWEQvdIx98/IMxXR5Eu3cPBzjZC
				r98KLKTP1zK53L/ODhGn/wQ1HsZsZJXXCz7TX6LaHGRP9v1gp47CerSBnd29Sdb5r1Onhx5B9HV2
				j/qvfK+z3YPQP+V16gRIvE6t01wF7zq7mUeXCQY5mFxTdJ1d7cGo27FeJctMWQk9SxqBFrO0vqGW
				2WulYovHth66Zc5becfFqFwP5vrrolvBuju0K+9d/OH1TV6DL0cQC6uRGKULrKOA4gzHeoSCNVu1
				gPDk8wJO0onSEtKdzUs66KyKRQOQbuFKnbMTDQZneYLNAghVZzoWV8XF4xJikzRdyk2aDoDkofUL
				KsCopxg/681ezVnGFcuN7rcnw/cpb+EkPO/1nGB98QOZMbKHdEb59tG6cHrbP5RoqNtM4+Ncnzin
				DMfyH++S63HwdMXZIIdOdJOuIzSMpK13lZ4Mw7wpVR6SxDEMi7td/DpRCsZwdatQssZWxhNMa/mC
				oiFQcZ+9s3hFLYlQu4VSR5zN1w843dwp/0XFlzg+rhtznDLmDeidCmQ7Q+LtnfSOEYem0g2AUTTP
				x1VujdOtIXBoBoaFMH2WqbOAWlBA8Zs2RlmFSdFmrs9Fzxin213g0IiNuevvSVFh+1zWjw65GJg5
				CUqwD8r69T46wDZEHH3svnqjRliQy9rmu9g2BBdEOZztfr5aBo3gq9J6Yq7kk4pUdaWlmuFHrApH
				cIWUw5B9889RmPu78AVt8kMvS0cRjrmLfOZ9Vh8FKEJrcBD03tVXMhBuWm/4xIaFUT0bUtEZX0gz
				HI/AIX4Hy8Yy2DeXZpV9wXwrowWCMpKjvvPs1mEWQEBPokJOjZkcTnSH5c6Hy6kQBJVo5vlniA8Y
				B5ZeCOwiYw1fw8sh0ar88zgr5VPTsT/7We+DEzTlMSzMtTedRbhcEkg2cFlb7jsgQROoZmPMMIRS
				pdWRyrThnRgf+xmcr8dFeiGGbgeTJ4L1F6VFwqpk9IxHTymdpyQ/BAqfbMQxnpj7Cf+4kjSqcgwQ
				Mg82gjU0LDDn4AcyPsDtXqaLAzcTT4LL5iUy347P1zYHAZBJE+0MwIE1iMs/sb1G8S46+hipwkx4
				7pT62vgAAYXRknWyfCXn6nmLXDV1MWwyfRIInwAfhWPwgxbVwnwT+TmNBAOPTb5vO1bwg3A7LopN
				LOQt+LlyR5XRQkEiqWybP2vI4BI37oObw3MDSe7NH68lwh50XD7hShsLch/0/cp4+n0wf+miHYYR
				Ox0vlc46CgICMgNlWuw+tpPC2+ct6qOhy+EijrKOkRegtPkAOCIE0wPvGNeuk6padzzyzkW9kLgJ
				dDtikKkpyT6COMtz4Pvt6ZihayN6aOIRAO1BpnWMzcO82dc9cWfmh8ZkQ2X3t6rMYr/PezjrhmwZ
				vMozX+pYAzSwLF2mfjiVJBpZBNseBUARCQaPJOzL9xjbMco4hiYjjpJNT12k5jL/r4ZbzjyqoZ1v
				8qAZ+B71Mw4M4kT4UZAF4DTIJDgwi2k1O/TO2rH38ZhsaMl1LKm+DOxz68+6IZsXkgupD51YCBS3
				7C5zsjiVOopYAtseA6AICOZF7sxT6K7cPJAU6OhgmFBQZF42DeAKMouGOuEhV6F/BNJuHdbUbbGA
				z34NALmQGQ2P6z59vs2MVb/Znh3R8XpL8EFZP9pgQ33gBjOtnTzVzN9V5vSBdA41twACHy0OXlgp
				AWnljTx8diBN3+Gi/sUSrZMLV0A1hiOsMAEINYr1rQhI+DjSCCS6BqJdBb7lIRNFUPwr2swWaK7x
				57O4YkOCiQp8MFiSzxKb84bwaNKPYOf6nDOfe5zjAfAExJyD5r0qSjA3DK4oc5RbJXxvH+P4oQBj
				cE7zFsA2FZ4BRRZMvpc8O23C7xMg0++4qu/2Otj2z3vUgYxHcCSOj9lwjsVGyIeKy4ZEky38NDAG
				n+Uwx4bgFGJ9Zr5EWEOSYqI0ZhzHqGrGjlkMuXctBGOHx8g1j/uozPfxaRy/BGIAQWiBAcGGTL4L
				saclPc9evQdjTh07y8t8s0IEQOlN9YTMei1QA/sf02wGr5u5pw0REXmQATRCkxrA7lJzy3vF2hl1
				SVzjVKQ49Bqc7zv/jLhg4l1tJEQXyt+BNGcHvUCkqWynNZMBZiHz/Qqt7JSAj1H/pafhYFke1YdB
				CQCUgsxNPKDGn9lgisd2uYeKy4bEpAxuAOpo6Qawmne7tFYPpRRCpUuX706cB7o0IocoxuzFlgRj
				Z+Kk7AOgfudEBcEIZOs7XtS/eKJFdJEGuAKZ5R6YCFpgKjuuhiga5eqAvpri0Zmzyb2jQQbJgdm/
				vdmvO+zOY8/FZEPK7mdVocWsnnt/1g3ZmDhZDxGPKn4F9sHP8XtL8AEVzz3asmB2fvheGj0+7MBR
				LDCAjIkOv/e56JfNnW3gG9yKtKuzjEDv6s4B+QFHJ7+AKsNoC/DFGGTk5gaqas1Q+0715D0QCUZH
				FGcSnXZHbUN90D537SKxqxhBV8vhAZkJxohBEXyxiGCQmgBBB1GHKqoI9oHjScG5CjT5cmXl0KFV
				wcVfaUiwgBy9OXiaR/Yg4KGEyze1TuGbTjbNFQWlmDV9caGShyRNRsdi8zZ6dBQfoOmLR5zv1sRV
				uqTV4lRSCOIKmPc3voswOI7UFI8vyDRyTGWPYB/Dcf/oOgj7P9rulMi9M2prHgqHW+pcgoRzPzh+
				H2EJyLtkvuKe6h2TxIOtsE5Bmc1MvFShZk6SZR0GsWkHPo2ygCB7OI74gulJ0voJhUZjgQs5LJsa
				GUxwPPxcwY42UJAjZt73l3xFmkJPgirtwOB+0MSdY3XbmfQK8oALOVPWXYCUvbvyEdpE2XUIbaYE
				FVfjJZ7sPX0d8lzW3svpDMgOTlqmWzIFPluN68Zzd7igqhepjzorcOPOcoALJ+D6BlsmHXnaiWut
				3P4IpdNziDkCsvdQSQGBBUkaaJlo9NESbq5/u5pepqvs6Bpng7nWFqeP7YWCKanJVvb6q9XcaIZN
				p8dykRdEyPjYDS7QWiXnoPV/pKH3ofjILvrB1a0X+TOljMZGgMF0bMY1vPVXgCGGqcVVGLQ7YVAN
				M8OYLKhWLxapCVgDVIH2OUEfDeEb+7fW3NkbvBiIWKQAjq79SJhOLabZ84B9rzodb8XkJiqUg+Rs
				19SPDmbBTnnHJb2imdlDUD/K0gu9CFSB0M9PlSYm0b2mD18U9S6X+TIlXV3bKT3j/8N49JeuGNkw
				6CEMTMlJqbqWWAYMqy/vFkMAFbYPhWmvp9QaJhbQ3LshmP2gYxlsiWO7beS+i3gn6VCwiuN4C79q
				Hhje9LY98A6FQx7aryzab9p2BMNzCEjdr2rWShJWt/qi+uFDJYbvmv+4i1MQvkGnZoGrjALhE6Z5
				e1JLtCGFG617DqoLg3cb7HEIQSaAZSbRV0v4Mf9mN51Ko9rRNbwMtrZGK8tkJ1V8TU22suSvPJ5e
				bj/rooyg31Kz4qn4w7XV/M7QpS3MMSyLkVgTD9fah4+h+MsdgaXL6Kn9j5qj6UJTetShILMAV9Ja
				4z4UeDJw8JLFDjKM2Euqvn1wFIfisSBY0jglyAS/cx7YHIpzyehFPdi+UbiMk6ffGmdFjmMAutud
				M0h7M4dLCCO1bjyOZwU8TOGXXbjh0OD4EGgqU6HuWqwAIko0DcodZ2p3KJF9SMctAXbFDjkpActs
				TN2Qzh5uCQaUJQO6D4kcTPSGBcuJhWa+9dNm2k9vz0jccZuI8ZGMZl0ammc6VC9bt7rQNF2RMeHC
				E+7HdGJMtUhx+a1KWprouE3MbtGeA9mOmT7h7kAnYtxBsrwK0avnOe6Woa5mm8w9ctk+8xTd7pJP
				x0czOyq2dA2WWcUF8MxvIjBeU3+zpLl9APrDNY2W8znu/ktXtLN6oJywZQDozjCRNl03bG9bVJij
				X04yN0R+kIFND3ZdgipA205FEz5Z6DwZ9MZfcjluhUFX7JC7dFUAvcwhfe1uyY/pce4rO0UfMHRP
				9Ks48pBU5pu4FPU4Aveh2o+/n9sdujNLyjcqIyrG/o47OSTN0nk8L0asLB47zVhS+aBSbV/tqxjN
				I7Va6mZMBR06inQCZEhTu+BPwcnI8CHsAdgzGKs4g/Yr0GO4F1YKPAxDXjs0m4KUfYF7RAbtTAWM
				HtO0WtDMgcDXfKemO0yBttae7NUgx9dgdKd4KL4TYkHkOHDgL9Pyy7/Em1c1xMNkCz4iNp4UO0cu
				aUdTu6lzUlib4J4nb69+Q868X3chESo/loCvJUvCKh8Zx0d7RkBDsVEamnQVTyoh4lT8T3r4WbAJ
				PNLa9ryPMqAnzlzh2NQB//el3aJuIy0wyoB4Rj2ophoWv1y7fOEmhkXv30XTYiAdBwrdu6LVt34a
				kNfCmTia7EWIc9mHJaGHj8Zoi25jiqH1yApN9y8xnCGB2X/4weF+RUmN5prWQ9VZpSkEiGhiN3yB
				SX/C0vITANWgMRrieICmFThU1w4EQ9yU4XBDqQw30Ua+LbLv4be9Jw7aQ36LdSfJdhQF9bwp/qRx
				MjimJlDCb5AewWG44SU5+ODINtBqMG2wjLiqjYoNtrnlnEKtSe894pbDvnG5BjGz7iKNviM+GDIX
				7xOrKzPL9wqz8TVGN6Z4UHZ37mjmXwY912DW/Erxb9QeQpfjU893eFnJQDU1Xb+vbpNRx4CZHz2D
				S6r1MFukLgtr6AOP9gj2WJb7pUFZg17JmpsOWeOKhk4fgKpDzcHATSBCqJVSxw/USQl+w+ZyZr54
				Bfm4tt6rSRsf7cM5DWl4Dx5SGs+V5Szog6NBi/rgHW56O33qaOqqdVQUJXGTyoVCXl0jZyTerj1P
				mp4JpT4I9gCxJGOMa5fUC1092q5duJoJWKoJ1XfUHSW0MVMWMJb+g+f9raul+e7HPzww8fJaHcF7
				RtOQExRVsBgRcTyBshUhVpcdCNbQlDlDQykxNNFGPi2y68J1x/Ry0KJEia2hmavWqdDX9G2qFTc8
				vDYZeHsj8TlfuCfTsLmN6ecDRzkQDw2KS6KDhuSB78skHnY3To/5Z9UsmXsY3t7xAeNDjSrqV5Km
				D0nMtb0Tvq4MXD6rcMaXMbqxeBB84+jQmUpCnwN4yeO2mEEpxcx1J2b8rEVvMIxVR7Uznyil89IQ
				7QW9ou9t8GMCiLwh8cTpGVtUJlfQYpKUdX2EU6/M7a9di4lLDQmvgqU0MTuQxY7JZ1dlHh2cU5zU
				IlzF91bF+ibqi4vK94pILcb+w96lkkQY4knQ3XmX2UpzKBdnxaHGnRy+zKIaYOkL/7a/Y7GHtRJ5
				7IiegiySO6AAQ6jm+l7zg4KWKq1OXdrhb9YSRByNWtsrnYE0MzrM/TpLFbIkTgvD8lAKzD3aw9B4
				/ZPYVxM3qV1cCc9AkVyOQFKRws4jbS8AwSLYMvXI4O7IJM4VuiNAIr5URKJrLbooS8Rvze9ht2Mz
				7ILa3Fbk7PznnIxXLvVFMKlz9iJiFEVBm/UaNSgqPOpOs09X0Whdeu4BNovObhlbmMe2DrigsSPs
				+EzHzUvDivmMsAEi5DWU2dGB9n1HKhRhbBrty9TR6VLMEyB0+giysbNp6ZfUvKS3c+ORstYpdVN7
				OHcIASfQJKocCSlE6DGrhxNJSkq3pmlhRnOpERS4l7NheP1LzVLeuHvMpzZenQnLUYr1NZZ+/u67
				qsjQaSXDpM93r7KikWfu0CFMFuERL1Ew66eJ0zFLMhEgLc6S9MsyuDT00HpF9lrAI6dAqcqPI/e2
				xZb8FdiQuJ/n9VjohQXsM2pH+d3ngAlk6jcoUOmKMGmDAogkV6p+9fSSt80mruSdrP7cDMEKRb1u
				/L5iRzC9xYOaKouoPWVrAmBJvcmLBbpbr7xpvz0na09RWdNR2Wr6ApkkTtaOVAfQMrgCJcnvKO6B
				EgljPimT+L+P1HwTvCis2hPFX50vU/mdWNSn9vA6ct64DvxyvoPOUmMuCFjJOLVLSr9TcG8uxtoZ
				SxIk5m8CQQybw0y0VerJumb6HcK7HWM4XtZOaGExjin1ExxO+q5n4H3F7N9B9EO2OaQ32lf2jX1s
				yt0ANCLVvhXZ9HyZym+SF7WT1kSGvkfbkDc+wBapchRR3kYT+Zj2fOdfnsXazb4hc29J/clhCqXG
				w5leO/aaCuqKoBaFvhNithaxdoxOQhMB8xZ1x/GnkImQr8LvvrNjJJdjppzdqewW73EyC3Z6Hsfz
				/mJTqWUaDaP2hDoisxBNwd8pKvUhUNTFyYn5Tvcrv5hZgrKFnu+8kaZ963JxNpR/h1LChGztRksy
				lrphp3aVw5EFjkkwmex3hPa2xJS9sD2D4zzoQfsw56WNGkepuNpUCt0awlN7wI7wCQBV0PEkYXOk
				BL41jCmzySKL0xbzO5p7/CQ4Cqyd3EoZeyrFjMPKqfin/jWaynd447Fk1l6mSU14WsfKDXJwPNQ9
				MIvHW7v9TsIPv5uy87QHGfWNZW0f/o1cAWgvFdeZSt/YwPvmFrWH5NyMGg/EvuOZKWRpboBO4ncU
				raQu1i5nElaAeRICCViOFuI2pSfd34nvFNhNQ6094SQsMD9JFeg7U2IOMgFl2tC+4+FUkdjOStQ6
				ibLSB07yEf4IGE/clk0FXcRKgdpLHnV804GHvnPNOtWi2rsa1/Qd4HzfHHsU6zm63ynzehBe5MKk
				xHyn8y3fzdqZn6S7mg+HOTqHeo2aBD6NyPydgHTXD9OIn46yL517NGZTcI3JVFxzKi0RETFqD8Uj
				GqmrFyGezDocX5XRDBpVamdQCfmdZTttb9sl7l6vNJrNlWbCcXRH+otfmqD6O17xYRmDx6YkJg+p
				qEk8uUTm+EoSzdNWUk/uStLvFN5tGMMuyrlJ/Lq7x/8jl+DYTcV1ptI7GhFL+WB4xMQDLRxONDpH
				ehS3MVZ3Pel3Cu82wkNf+KT8DGxj4YLHjnU9ZVqJr7SB7wzd7Yu3nuEkiHC+SQayHXP89bxP5uBt
				br6DYE0zMfgplZlEoX1An6162LWMcixqKi6iwVCBv8aRBcQot7WIg8qnIcNgl78TBOyNy/xkJ+2g
				RqmdCw5DVzg6MrH4HRBgC/b1jZlkh1nLavSdsl2TunW69fFCJJ9TD3MCRgil9IVEcJeP90OvAbOz
				k9JPJVJ8rt/58X1kUDjMsosn1xxPYvIhCQz9x8XWOPO1poBaa1CQx3f+wa1g5i/tSQuULapmPFrA
				jjNCrQl9sHPRq2T7nSQTJ0jh4vxf/WqNwuvOPUehSbhGXQCLiN8pNIFbMABT7Rkguq2QmMT20dpN
				8T2mG3ONqbS8BWTfAJN31KNybAbVFY/KdZxMmDhrLpvmW65MUxf2O/Ii+fw2gKGTwvHUWtgvxcOA
				EAcP3s4hxLnmhsvRO8atjEmbSCJtbu1o416S8dMwNsaRrNXrLrTxaDxndZDzG6g0jPaY3MWTiqUD
				CUKIepBiAdiHzAP+QRta8qZRErSsM3S7Qb7RBoKhEeSPACZ6VKg9uNPYceT4uYq/N3KMR5ImhQcC
				aDRJqX7hdRqPJOhziFJRPaDW90xrjhy93XRgIDEALZN4//GwwglR9DlqdqBNSN93+vxQtcbHjoQQ
				Xr2D/xhbD8NcWtB4vJ5BJ36DgciEe6hkqE2p6j/9oJtdDogJE7Um92vZfEPf8s2CJd9ExZzeOR6Q
				7bzBuupfcsMykNJQe6N0fmk4hkfzWCB0kjJW3x3muLiTbD/JsN5/NBzO6GqkQ6IaZufyRn3AyxDg
				CJdZ+8yrgr7TdGr3eNP5tsBDlTgzdfeznaY8F1tIIepQ8BUamkCDRlewTfPNZSdve/rpvtDonxv7
				xic68RsmhJPUwZ7GfREWAN3QMiHQyrVhuxMOO/eSG5YkSchNlXaUPjVlEaFRMlvWkxUMh3YAv/1H
				CMZDDMppc3Tv9gkcH/5lSb05kxhE/650gmCGS748W1WW0G5WygiK+rD5USHvsCwH1F217tqGbefv
				JZNa9ZdCFosZn0xrMjIxSNOj3R/DeuoGpdBbF3jSH/hi92EOemWZRWNBmgGz8AmOtskF9vYH/1C9
				WTWOZ4e9TNkZSae+3/Wlp7aAoTwmheXBPFjAzSir0EDyz1mfejnfJe+p6l+KeTzkfJrkOxk/BZkk
				GG9OdH1FIExdCxb6VgKP+eNfrD4sHEz6Kyyz9gy4SQNbMYpqrUQTmtfcBfdjHEz9hY7hfpSb1PC+
				/UG0zmTQZ6nwXnS/Cy59GpyJMSKjK8WOnYM10YECzkx9DTQE6vvDOGGKIpJwmb2dDRTXRYeOEjWu
				KauqQY55Y9IafGF4E43rVNxf/e3crPwq8bZhUNTlQTPXCLTmiDcGf4M7tDelQ5TlNugnz801ubjH
				xdLwtGVl2gzZUd/zYCOO5Pp4aGhHAxxNrxCupQHoZleKM7vocElDzAMM3g8ctIMx0B+PQnYQ5UY4
				B0g8kDpDhHrJElMec8PPfYRAl6Z11bjVFbKfgd788kXeaavtkjeEho9SpWZXWWz034ECsx1Ebi43
				85a35PBhPKh6cnAEj+CxYG8mvTUqTA2ykxml0DEOph4aOX56ECUbZlQWBnkugZPv4mzYjo8KfGNL
				7BrraVkCthbhjeSxQWxDizrCdmDx4I1d20D1JYKHAsgoGigwKj6Yyh0LAYlvuOVoD4fSbXbQrl9v
				kMkUXj1Hu0H76RADTppJ9BqXheTgBCb1f2V0mGP0Dlx05eyKuPMU5zmSUSzhn0WuZRZxdEe0TN3N
				YYOFKXlt6J2ETQ83DlQLUwK6xUHX7/mCm1l8UTYrBsakBppngX7vo8WqQMYfAzD1dj8Hxcgo9g3v
				OSiwbB8DYUIeAs39c0Fj64g7+ThzPjn+mlGPetSvazeXjZsxtc37II+rE8gWK8aUgbMSBnTjAGdm
				6DeLAg8WfEircvpe47LxyVNP9nU2Xds311H5S3QEH+YimS6oUX9YVIx3N0dEzElyM7hinBicMY0R
				uAEkQyUdkEmak8aY7+ByfGaDPeXFdfHkWjYIa5g6RG29XVo653rp/ttviS02ZDqZB9D+25fpReES
				n1oYInzw5Mf60OjbWIHhlJvSKehMrqe2KKi/XnGWnaKN27c3+iGAF24IyMSuiBSdyZzcEmGXHcsO
				0MYV4MrG2zHamZNKwYwytZUbpDXQ7VdPTmDirSkNrl39UJS17x+aGIGLYVBYIwvU4pYAxhhgisIG
				EIpOBlBrUMVkXKxTkwMYtigVs4smsyRZjShtwCrDNa7Jms51TDcUsPTDZlKMRbLc1VpPDEyvEhJm
				Q2uld1R7VDn1pB/dMOlh7+7ErUvVFtFsfE5o5w7yDaXSZ3fDOVPh+XCFdQkHwR+Xp/NbBhLYZVrf
				nQsSaaq9lOVucpYCtGfLRGPryBuepkFn+HlvRCHZiBZbfNF8CPRs8sjGB8nojawTPMkkQwXPP+0j
				Nfeb2Z1r06oj7hsS8N1tdIawe0r+bWCfCyrSkF458Zt3nihw5evz38R3Do7cKk+Nevycr/Z1fNBA
				9Usb4W1rfXsiDG2/JdJruW/yflltC16k51guM5ns1EYd0yUWyJODYoCXEGWIbsV1+Zo7x681DtQ3
				jOBj1sbokQnfumWD7AjL3GBN5okddbcXqCT945uxzIupgAmGUhtxYPqWWF6/TdPxR/z13VqC0J1S
				hMC7OyUo9QKWb32I4SXb5dO864IJuMHu9aM2B72UfdY2+vtERNicMoeyHiJlyIA0fHxSZGtidied
				tKiXjefLiQVPbjYqAB6igMZFuxuS5xJNCKoN44j0Rt0gp/lkHPG4BbKqAgLgrl/GcUH8K77yocWQ
				eQqVxHHQFuJ6zQAJCAUScyHBq5ObkvAZ5tr5Sg+UjQGfi5//SLPJ5ao95FpqEqxVtd2x+XTv+FQq
				1vIAXqIaTM/NqkX3i5StTl5tzk5jKEH5ZwunVAgZOE5Co+H8picPci5I3rRFsIc3DvOT1hNBFJaC
				DvNbNV5Gaq87VlyPSjsg39mHNYHS1RJIaSWHRbDLuRW8rNiFSt8A18LjB24TCeyi+O+g4BaYEJfE
				dF0BIBbRRRykexRkALlLrUUrHhjvGA2SuLaVLNGearyEXgKsySM6m3o6bu6Es20NJ7pPHKIDIYgB
				b1inLviKcJ3NPpIYDPPCRqPtKnOQWEDxddY8zSIQk0q11z8AX49catbkWWFpfiyi3uOiYoO0pBHr
				lTyurv1TEjMUq/NNBeAXQOuTlmOKwyGr9WxZuySEAwp+p+UHqdWDQq2j8DXGmO79psp5z/IRiF9h
				ROiD7GMnTwyDiDKN0LptNrAyqvyf+Zii54V6mnDP2+5rVdaY96qPKUm8RyiDXMYG6DvJDlzA/pC8
				Z/Pu5Rx2b54HPmNmQAXczuXeZsbJTFY8Ec0wCLkJKus4ot3yRB6fyiErB1gbAdwb55f+yy6iiAkS
				5sOU8PNkJjnVMpnDlEluJ5nMzrHpw32OdKFdj0lmhdMk0v8jGcEQJrlwMJkoBT5dfUPCzLMJBbVi
				nXFvuhowHqaOfMmbYNfE/UdcYcsaeLL9UtWb+WKJlTSihqt/RSXNGzKW7PH0NfAlrHuITeLgj1EJ
				cl9z8YP+RoUsJMz5Gkq3xYK4fvgrty2YKmKUzLC2I/KQplvv0BWzqfRfkiGRiUTe/TpUwoLkF7Jc
				aCgG2GinWT6Q8zKPsNlAgW3749Xoh8iT8cEVVdZJ9QTP6wTSZSbklL8QTAEZIjGAs6UYDsZd8b3m
				P5MiGQoI+xUgcyXhXspe6KUUcDIo4Te7z87HJHhp7W1P70rgMAZxvIkGDqCw7OJoFgAL/vlh4tN3
				rOe4Am3Gin5JprmLmFGBQ4OD0Za7SxVBPocQPUSQEAUlLPhhEAmRQFqVlVi2GXGFvAxi0tPpHcMR
				LW8qxOnxP9HIhgceh9lAH4v7q3TqSLI0uBvPi826EMNTDUlVJbJ5wXyETaoa6lHYrCTIncKn+f0K
				WRO9p6w8ZvV5xZSY8HrEc+Y/i7sDDLm3Iyx6Nf4AENBmeLvJOlQiG87hYfFry8GgVN4wolavtqdL
				nGIi21N4wMBZ+cBomof/gMhEXmyRDTRs7aamGlMM4tdDxRr2NDxZ2ybSXsVUcHdqiPCLs/hupv5E
				xn8Nm+/nJuL2PsEfSy/UfJvda+2pwZCl468sJqDX3DiL+hDYHqDKYEh/9ZVHLp4RajNsBNiozvJv
				8qbaH2fOpW1B3A1NMBn4Im/rpp60gXL0yO97R5P5Eo8COaGt9VyRbWjxu+Swyta4b6YzhZNjOj6b
				gKyLqifW5ZlPie7nn6M1lI3fdGlNfPb9JyT6NYHXxUWMcPMYtLmLQMKyLcQLOEeg2YbDNebBbu+S
				Sf5njEa7SY67LJV3ZJmIdHPHGcoI5VADepLA44HvajzU8srabM6sFgVQxp1MWGlsas/qOoGXU1AA
				pWmeBTUVVn+oZiFeIxnZ1N5zUC1PhpXVvDnKQZynVRaQeNwxvb3u3hgrq6AReOwjJtue223+u9RY
				NqpgVd6/o28VvifGuTTHAC32QUFnWAD8dsEYOF745a1Wcz8bAJV0P8I+yKD6W8IegvIyIfsH8bT7
				V8LLtj/k3OfRIiiIzNDTKZ6BXRFKdsfR/LmJ+p5byV3gZQxmAbkDWQSotebJ3uQDfO+ZP4pHsdb0
				qBwgw41rowDbmpbb0OAmnJ9geM02EUCMDglgexLPUgVI3EjrnI4573H3pRbRQQ8qINpIWptDC+br
				/iPNVtULXEDWmfO5ThIRBr1BbTMpVEOLpLHj8oyk088qQoQRJOvuAUtXhxecZdKcnZK8YpLG30dk
				pZazyAFphs6Uyb2aS4pruJ9rY6L+gcmwibh97srjNXsYz1wYJ7dYQobHa0QMku2VWAdgNiClZkEr
				EGLwMNALWKF0u3xkZdF4LwtT7A1nolDn4+aTVruki7359Zsy+t09iNneFBsI7AMuHerlD8PmoDzY
				yBv4KMhuVSZ0n4Jgfpxcx1YiNCJG0BlyiA4CEQSRN/Cxmdpc4SVlOrbZKeDk5ai8VNgaDxWW327Z
				TrlKJzRr+Eieylphx1A2J0NvOTU+9gV6Wbu5zwKpZ5WBQsCbTkuqbS0PdoXcjSuylLES+gxJCN6Z
				N94qKf2kqNVYdrE+HF+n0ElgbVfTh8EmAkIJ8qpRN5zl9osGr6pJdp0hIzyIicgGND3PrEeuTvkO
				X6XGZ32pw0GR0I4h4fxVojgfew0ue3x2BlNS5oDt0OTFWJ1+Tl79E0OIB5Xumt+YdyXn9+LjtrLn
				dncVHBpCQhp2hjPTpsNfsBMx8WuCjOBtxDJWqxJfP6wCCp3lFr8nZPKQjnekPftbmS1rNqH4NknC
				yawZOwVdBxMAnm6SpJu/BdsIlfbttxRZwi9BtDXls/VJhH3WrxfRmMnDJZiFU5sRHW1SlMz+6J5a
				V8emfcjJxK0t1IDdW53Vvb86/V6FivpTNOsZQL5Ms0+mWNibs2Kwle4M2EqRtgU0JSNgk62saFXq
				9+lzCuJf42OEmLrilRqAhJCPvw428OYAQeuUIoAT8wyDAR+eP5VVRaavtXNBkHS5bUOfv7dzJIqn
				mxWLi+rI4CvMKUMz4H2blxUuvRARdcryhaut9Gif7/QjME5n0cSyyzP/wlnAE+V40LcSs59T4leH
				Xh3GtmyGScoFrHkK4b+jN/wa4fm/lcnNgwSLEUhkYYBbTsF1KzrMHAYvnin8W8MrtedQ1P6pv7Hn
				Jtt6xGV/sRKnSuxjqiEOckpFIHfPxDmcYkVRRAVWEuHv0OrsmdGSreXfbKawZwu6ziujeqZcWfZJ
				WN/hdhhBRE7YLF2lHUCJUXSYTCNgVwCaEGJUr+4PQ1iTpG6k9qBuw5iOe1rzzDGjCYhWMerYkP6t
				R3/NQr8UOqQoaybgNNMbFkxbOw0UjnCT7TCU2FYM9sbUwyXepV/Vb5d7PmWM7e4AcWAfht4w2HAV
				nsnGE600dxOCp8Mnw+CzyG71B2CNLTkYMhTckckEdoNToRpXi42baBWYT0kDZTXuycafOXVhPk5/
				NtTbpxNP1/9ZJcF5oHGYbYvSj2gMB5p5TpclLNAtleJispkmfS4ydOmfYxVrtlUgiLCGijmSrpEC
				ab4/gwsq4KktBRj9ScQUirAi+AnCnjvl4eW9KhCsOSqT3ifw94mDLA/1ap/0fsrKtJVM+iQZ/0j2
				NI9MfgOsPVDMCjJ2I3g8TUrcHovuhMx1+xgsRtJfg7ja8UPWsfTSMQfP8RfAJklaWwwlH47woZtC
				Y+vaTrhgC/xPP6iLN107y6nB3CVnzKOKEyjUmabYK8xEcEZnoDbf2jtej8qgwtkj5sAtF2zSaCcj
				Q6xFHFY8Kaw7HqxVZDZI6/Gmil6OLIHIeZEJ7Qh4tS2RMczBOOX2EvW2xGCgzI6pY4/HwXk77mj1
				2Bk30qVXx8a+IEyvGsm15Ht2CrQprSOD7PgGNZi74CBbATW2IFO91t3CRYBrULK9GRshEIwZ8uVm
				eTK+dDBrpKYA+QGMhDbRnkPPosdrl9iq3B+7uN93n2PykbHjTY5Y4w2l47deBicrWD1SuXR76xdD
				M9JRK7UHxEmO9Tptd3E66uC8GmMkGc/VgfPIUa0OMSOvWB3t2m1a1YVp51aq7q3EZH4gUw16Kmoy
				qFKz8Upzaqdb4VYTH6DhANmZV4EUDk8mnI08NO9NcekxiLwQw61HzG6mnRhc8fU3mj/V30llWCq6
				RjqQhnx1sgVUWIIlxwBJWjLQieZPm/ST9iLGEhBFR+H8MQm1PfWTS4H3DBpx4Cpq8ESVOERF+lAk
				ULaALhR4E2r+gyqfYscs1M5aJvMX3i6yANGN3Y+SFaefdnS1eHrAXRG0GioxukQ0X3gTgQJhWZNL
				KTrd1nDHE7PEYanCnKYhQkiGGYEVDM1/zrAKtl8jTvHrZdX7S2BjyGtTxjAjEAvDFGU1SL7QiSm2
				Fmg3wAU0i7LF7FXzZWUEjwGltS4dggXBMRvMYTmvUSQySaeRyUmB+s1dsY2En8C8vmRm10jJ9RI+
				vaAD0aHFZDi9pRxqST8SGZKhWC/vEsxhP3HFrP8F81/zKmQYghUKyOckyY8mAgOkNNlLpHQ+EqEf
				n+77XoL1P1K21O0in8+IkD8ZSZNBav3au4VnezisaYBchgZBTfSrgEcWb2/LE/giyfUP2Eqg7erD
				7yZm9T8NmKuSzYugB1V0JJRj1s5uVFIstw6pVa/kkqSuJsPFWE2qKdzo3Uoba7qgQKRPXMGwDwMA
				X+BrU+A5FsjrW5M3P9HEiMX88wO07RXwNBhPGAamhF052KEB8hKMCyS+/YuS7RW9CBnhFJUeBMzU
				K5sBfuaoBVmsZQFzDk2/XHAj+thVBRqU0fmKyGz9zoT9y6R+mGGX1oPuGKjjcUU+5CQ+dWzon5vv
				ZJUy4GSr/FFxVtSaTIGcMI68ebUoh0/RH/Sm+P9vzvjvLH49OASrtcKg/K4pd7/55/d9/U/msh9Q
				1PSrDH1fqiKTsbnqsswzgPv9piR9cB+sAwLKj/JGFIAVJEkOc27qIHdFRMrkNEuMqFT3XQRQBGsE
				53me53nxgd6+77Lv+77v+/ZpE7u+S9d1Xder79sfejyux+NxmRBmNBYygXHFQ3zxiCse8RDzSnh4
				eHh83/d93x/h8j+Efz7x+Xw+n89sNpvNZrPZbDabTcxms9lsNjMjMyMzIyMysYyMzGw2m81mQcbj
				8UR4PB57PB6Px+MJT5Cn43m0bTm3Xat2Op3ocDgdDofDoSmSHA5nHM6Gw+Hwm81ms9l0s9lsNptN
				bMKs0Wg0Yg011VAzjTShidFETExMTExMYzbGLMRMMTMREyZMTJgwYR6EUSNmZmHChAkTJkyYhTC/
				fO7LJQiXy+VyuVyXx2U+4TOfGRkZGRkZ4cjIyMjIyIQRERERERGhVEImIiIikiDjkDvIPRaLxWKp
				WCwWi8VisVhcka1ScaVSqVQqFaqciHjoDMUUoZiyQCHFUYIiihQEymRCmUxkMk/juo3bZCKZTCa7
				SCaRSCqRSCQSiRQESZBjQkJCxCEMaQhDFjLFRDxEEIIECRIkSJAG2YKMQRaCTEFEJILcd5D7viME
				Qe4w3++N/7/v8BmZ8XgcPM/zPC9G5DIWi4NYLBaLxdu2bdsWAtu22XZt13Yd6rqua7qu63me53me
				55mmt20M2hEPnHme53mewzzP2jzPYZblWZZFliVRsiwHWQ7LsqyHw+FwONxwOBwOh8MhHMLBExwc
				LMENXrCDGdxgBi94VvBE8Bsc7/u+79u/47vwro13On2n06nMKMzpbETT6XQ6nU6nIiKVSkMqlUql
				UpF0IeJb6rrhuq7ruq7ruq7r4LZt27Zj2+jKqqvalm3Zlh2WwtEsywbLsizLkl3XdWFdV6/ruq7r
				GqtiVdcIVVVVVVWrqaqkqmqo0agajUp0jm6NRqOLRkOj0Wg8NDR0oaGhDQ0NDQ0NDY3QEOqf5ynn
				eZ7nee48z+E5PIenhsPhcDjsbDhhRsZQKBwKhUIhF6ZUJiIJMgmRhAht0zQV4DiO4zguLH2DWZZT
				lmVZllS5lWVJkiRJjiyDHEeSIzmSo2Sbx3EUx3Ecx4mkKIqiKIqiKEoW8aAJBoPBYDCoYDCoCAaD
				CgYGBgMDJZANXCADFxiBV+A4jpfPv+/r933f9336wj2z2Uxms9lsNpttNpvJZrKZbDaZTCaTySrb
				KFuQTTIRCZnnyTzPE9P1LIGWg+ewHPYq7bpuXdd1XVe1UeHZcdw4juM4juI2juM4Bm7btm0b18U2
				Ttu0bdqmbdpoEk3WNG2apmmapqDFYrFYLBZzLBaLxWIxxUNMWFhYWFhYWNgWprCwsLCFXVfYdck1
				X+d7Xdeua3Rd1y6jzcxoNOpoNBqNRqONwlhEIpGIRCKRSCSiSCSyRJbIEtGyLMuyamsL1jRNC6uq
				rKqqRMIw265VVVVVVVWkkKIoapqmadqCso+aJk7TNE2TpmmapmmapmmaGNA0TdM0SQpJISnEUCgU
				CgWFQiFu27YxKCgoKCgoKCgoiEEMQY+ghcfj8Xg8Hnz8ATTtQLRte+Z53mbOnFkHCkkQ5nmWZ1mW
				ZVmWZdmlLMuyzP/gsBxkOmjC8ZCYkLBt27Zt2zLBtBscHGzbth38j7/P6/3O7/+Ez7Rt27btzFxE
				woxcRkQkCEcJk7ZtW0ogLj3T7oOEEMilS5cty5YtHYCWLVuORqPRaDS6ruvixCtM/AohgoLCwgJD
				g4ODhAkPDw8hIhSLBYPRcEhITDyCgoJC0kRRVWWJRqMrLBaLaRvXdZ4nm31fYFAUxZEsZ86ccNGp
				W7duHTvHpQohJiwu0PU8T5O+4jU4MKSZyYa4JR7qoLTAcYg/4lFZUwiBlIiRqmNs4YT44ytNVo4Q
				5GzryR9DiIiHqOMYb22KJkxAYETbkqFlWZZlWZZlWZZi2ZVdWZmV7NaVwZRlWZZlmMpXVS1KajVR
				U6l40IgflWijE3VUoo6ybFRRlhINDY2GhpYNZdlQMnShJcnLyfnP8+x5nud5nnKGe4bDIUmSJEmS
				pGZiHiYQkiRJkiQpZBCSJEmSJEmKw8h0PdukSZMmyUpbSWCSJEmSVBsVnqEkSZMkSZIkSZIkSZIk
				SZIkTZIkSZIkSZIkSZKiySJFkiRJkmQQyQfZIIPBIEmSJElS8RBDkiRJkiTJQAUGBgY68PsCv28c
				x3Ec53Ecx3G8zDgzs9mss9lsNpvNPAtjkclk4ziO4ziOY8g8mT3P8zyvHkeO4ziO4zhOzLZrbMZx
				HMexI4Ucx3Ucx3Ecg7IvcNs227Zt2zaO4ziO4ziO47iO4ziOo6bFtJgWayw2xxijYiG2WMQUI98w
				hoWFhYWFhYWFhTWMnrArbJ7ruq7ruipev66r12h0jUaiKIqiqIqiKIriReSIiESiikQikUgkqiiI
				bVmWKIqiKIqiGFZltaqqqqpakaIoiqIoiqIoMVmOoiiKoihyXtk0TRRFURRFMSa6wiRJlCRJkiRR
				FEVRFEVRFEVRFEVRFBUKBYWCQkETFDQHMYiiKIqiqBD0B/k/GAwGg8Gg/ph4iCYmJiYmJiYYHM3E
				xAQnJCQmJCSCwWAwGAwGg8FgMHhxcGyHw1GHw+FwOBx0BLuNRiMYDAaDwWAwGNFgNMhgMBgMRhlk
				MBgMBoPBYDAYYq7buCBJxiJsXpFCoVgwGAwGgwqGJB6KiIhFREREREREREQwGCRJciRJksFgYDAw
				GBgY+MAHBgYGBgYGkqTMTGBgYGBgIDXxMBMYGBgYGBgYKJJJiEQhtzjI+J5AW6brmZ7Dl0MIlw47
				rrR1YGBgYGCg4qHm8MIJDAwMDAwMDBQnGMhA2cyTuQskFxgWGBgYGBgYGBgYqECFQE6aAkOBUmAo
				MGheiQiMQAUGBgYGhiIECRH4EDgOgSEwBCoEBgYGBoYQ+P/////6vu/7Pj18Jv4J/8yMzMbz+Vzz
				+Xw+n0+Yb5ev8ol83/d93yV3g9yXt8H3fd/3ffm27Pu+/L73+/5zVbZ936/v+b7ve57neZ4vA2do
				aPShndDQ0NDQUIYuNELbti3LsizLAEn+evhM/BP+mZmY2bAzJMuyLMtWKBSWpimUyiQoIiIirNhm
				WZZlWQZIslOXlbZuW3UNjY4kSZIkSbIkSQbFkSTbS7Rt23GcxlEcxVFcgCRFURRFURQbaBts0DIM
				sizLsiwbDAycfYGBgWUlsA4MDAwMDAxs+we+bVte30P8f/hms9lsNjNzmRhttjCTyWQymUwmk3Wd
				J5N1EiIRi2VssT3Po+d5nuc5eN4gbV1WbVd27VtxbduW47iYtm1cP9lsbdu2bdu2rQJt27ZtG4vF
				IhZbjI0tFguLhcXCGggLCxtdV1iALizCwsLCwsL+X/77uq7ruq6Hxz+fGQ9HpuPpjGYjEnPRhImJ
				wEgkEolEIpEoUEAkElGVJRKFXBjEtm269mzbqqzKGlfa0LasqqqqqqqiZqEoVVVVVdU0haRpmirr
				PE3TNE1TmBoeNpckSZIkVVVVKUihUCgUCoVCoQeFIqRNSKGgoKCgoKAgAkFBQRMTj6CgakERpKCg
				Bz1ofPn7PxqNRqPR8PkEmRkPR9PZcDYzUxGRmUs0Go1GoxIkRNjOd5DoLR7btinPDdsOnrqvdCou
				2zasbR0BATgqU2FSiAgdRs/Qk2GGMMwgo4wQ0Wg0Go3OPNlC0Xlct8VisVgsFjavFIq2bUM0Go1G
				27ahbcRDhIiICDFuG0I0REM0RCNCXCSE+P+b7x/2/3r4TPwT/vHITOjMcDRhNjGamBGZSMUikdDQ
				0NDQ0CDju1zD4nGouLZt25bt0PC609DQ0NDQUFZdQ7Rt6NA8hUMhWX4MUmNoaGhoaGhoaGh4XBcR
				ErrFtLBR7Ar7WKIpKosqFdq2DVVoaGhotG27CI3Qfq62bduG0BAqn/9/CP3l8/8/Gf9/nud5nh5O
				Z8JmZjTneZ7nKSIhMmHll/tyX275vs/3ve/Xc9C2bQf/7/vefd/3fV81NHqWQ5MUlmbJ87zs/PfA
				oPh93/d937fvO8/zsUsIu67rum79//+f53me5+f4Q+PBeDwej8fj8fDwhYc33PLw//+/8M9HZubz
				+ch7//9/fT7z+czMzMzMcDSbEDMzYUYsF5EREaFU7kkIRTLhDIfD4XBIj8fD4XQ8Hs9h2XVNtu1w
				OBwOh6FzBiFpkmI5kiNnuhnZzGczMzMzw9hImBiNZnOJRqPRaDQaamZmZmZmZmY6MzOjmBAzYSLm
				YULMw4RxGAkzXJhhw3RmOBQOhcO5L5/EfHpf2O/B//8fLiIyMyIiIpowMZeREQtFpGKpiIhY7iAh
				4rFt25ZnEUrFYglfFty2dUVkbauonBIqH4oIJZQkKQaOQTFImcwimYiIiJgPJSkiIpKQxCNoLhQK
				hUKhLEKEkAi5cApDkpQhPTJIACimaZqmbrIPucjsvPf4Pb7H93hkZmZM0zRNM8xcgoiIxWKxWCyW
				j6OQMpDI57Zt27Zt21NFxHv+lIOjXN9gv9LomCxrrmdUDY2GDs0Lh0IzQGlzdPb967p4WZZlWQ6f
				z4xGHo5GnQ1nY9nhYea27cCSbEm2bcuERNezHKZl2XIwFESE3+DpK5260tZlW6tr1AyNKlQXlmMK
				VY4kgzgGxeDGbbLO0zht26RtsgKMJI+3IAQkSZIUkkKhUCgUCn0RCoUorXfZhIQiFCEkQmiCHjRB
				ssSgoCBZDsuy/Ht+ec/zer/zux4eD5/5xMTExMTEhMnNywkOExdpjFgoIhVLKeFwOBwOh8PhcFgc
				wuFwOBxWgD2ttG4fDofD4XDDDJtjMUmGw+FwOCycfTKvm4UXDi5g47QtpoVF7ApfMSMKW2GJqQqF
				QqFGKBQRigjFRDgW4XAwmHA4HA5LRMQALuNKCDuEG2JBPAgqxEJECIUIISLEH0LMf/lcLtL7fB8c
				HBwc9rgePvGHByZ4gid4gsfDqW3bYRwuIxYRBlOo9zEJkQQJuYOM77Ettj26nmmZucFhebKnwW+D
				G9zgrmzoGlWjF4bOOQwWlsEmFcQoBgcGB4MDgz/GLAQHBwcHBwcHB08WHBwcHBwcHBwcHBwcHMHB
				wcELDgq2HcHBwcHBwcERLHUEP0TwTAgOUAQKwSE4BIfgEByCQ3AIlv8z/+UB/Lf///CZkZnxcDSd
				Dcdh/sv///8rb4iIiC+v2Lbv+77v+77v+77v877f+33f99MA0rf9/6tth+d5YTmaZEmO53l+3/nA
				f/Z93/d93/d93/e9+q7rj76v6G37/3/beLxtW4d4PLx/PHzCw8PDw2NBNDygDeG1uY2/fO7Le5/v
				d17fdUl4/BMexiMz8wnOzMzMzMzMzEzMJYxl5CIiIiISoEwDkZGRkfF4JMBBpgSAKAhrIB6Px+Px
				eDwej8fj8Ww6nk6n406n07bstGuUVVeRqgkwM5yZ8jMzMzOzwJkJ8Gaz2WwOgIAJASBAwoIQ4EA2
				m81ms9nIRgAQgLGCsNFoNBqNRqPRaDQaBUAzGtYSYWJiNDGPkZiJiYmJiZHpzMNMIybEw0iYCSMO
				Mw3TMG3DhLmEuYTxRS69z/e8Hr7H9fiMyIyMMJC2bTVhRmbkIiIVS0UCTEREpFKpVCoVSyt0PXMO
				Xw4OWzosXWnrdo2y6qoq+lCeFJIkpRJk4PjA75ONVCqVSmUKISYKWJhUW8hBCFhSSiSVZJKQSBJi
				ACTSEAUJEhISUgmROkRERBRCIkT6ICFBRoI0iIO0DdK2Icgv7+e+ACAgAkb+xK3QiTQIgbuBAvr7
				AY0rXK8FJYQEClAAgxAzlrHHHXPs2jQdlrJRIRmoTg2qyEIXNtwYJkZaTy4VqW2bkslDRCSCbdum
				69l2xa5de+pK21oNHUbP0FNompbnmaZbjkHTNE0z0P08z7PneZ7nebZta2RRosqqZLvyw0GhkcOu
				67qu64bD4ekbHA434jIhHBwcHBxsBjfYC3Zdu27rtm7dtufbtm3b9jOb6VjWtm3btm09lbpSqbQi
				FYuIiIikrtR1Xdd1XTfQtnZw27Zt27bt2rZt27Isq6ory3IMimVXdmXbdV3XdV3XBtpWbds20Efn
				i7Zt27ZtG40OA5yUqHSnDR6cADQUAOMZABBAUUSOkZAiJvUUAANMMlo4EDBGOCwQFINgIFE8FImJ
				YvIYR+JIIwIgAOsBMiNKUanTVxL71hq3xEgligiF8ejiqVJknW/1a17vzXTp0/lHaTGasObf48Gp
				e3BRmKqSKa/kmaXia2D25ovAcQGuousrmTeFrv1TSTNnEMfqpElamSjB+GSTfxNi8RY1wez7lKye
				M0iBbxtTGDuBAyFLUDmDBQ2Af2ZOoBmua6GtKpVcROXULk0J6qdTcQMiKlnQ5U65XZSgPij6B0S8
				qMSMQkvd0icpoYzuCHpvcgdoJjTgIxcAvecr2awNxdm6k6wTEvWL69dHcRJqktUmQRJTvYa0ltyb
				R3h4NRxvFuu3s53uFyfV+0zbJLp7jIAjbQ3oFhhJgoK7o0mcGuZOUIsEql3TmdK4pd8aJ8QOKNhC
				1PBEr4eAWRqhNIGOJkyJ4l1l2820YGI9h8bXWWNASAbVA55E3nqwFsYaR0Aj1phuRFjj27irx5XV
				3K5orMZep8ERM7oBKHZfadbsINE8AzuIoBSCcfKTLroluAhZ8Z0hEul4gKGPP9KwGZzFlMBCRqFT
				GEyuOP4BwoB4IkEWPOtIMJcMZ/w1d9TjWhRZ9GdwY+yML4HLtFuaPjj8XC6M8gR7lLUMoNK580DN
				Bg3UUkMMehcZuaXDxTbD+vHrW/Iu4mrn62hUmuY3JXfqD5pZ1DvfvOsI1o/CHut90Yq6q/ARse3R
				Lqh3OKigxN9m6UyczVrHkEuuaRIbBEKReB+Hv7w0yPuAQLj9co5kuqfzFe/myUNhu5OnhLHKA+uk
				hs1Q4cn/4WHdEV+ySw/4QLWSSSG/g1J96tnmQbAYxmrEsLPZEGFNqnP6Q3V+65w61+kz3htOWisz
				6kuwv7opYaADUQuYzYY1sGw84INe2uViLP5kNMeSRmS3UtkHadiil5ZU5B4NwDG0Y5i1yVrB4RaO
				7WhmqyEJBuMWgk9tlGjbG3JczztAD2PPycUIzoqGTSRxW678EsLIYbalrKPVWOQBI37EFkAAJYRd
				we6FK1iDaU19NL/1XDDJPlVaM3kjWe2mNXWzodXiZeCYFPD4q/+zxE6dGptLTBqY2nUbG6h+3z2F
				ZyjNnoDSuMSFuvMHwQFFhCQ1vSXnp/jL+WIjcBorkET/+H3pPyKdxbSJ+xz7zL3qRHxBtFGn0Z/j
				nw6iR+gt6p3154fp/3nRlRg058wnBTDqkFGjbOfxoVMFTg27osFH9Lle7GgrbaTzeK5L2+IyCh4S
				+OV3UZvOBabr4sDCOHRy9PfNmkF0ET73exaWjmMoAO2xMSrT2xaJ4EoML0xcOibjiFUztq/OzNKg
				T6j18pkRXEecOkLmT0oB1hkDRX3QzsExP2ohAFhPsZesrJzkhl3R7Yd1/hKpvkldrjv+T2XTSYL/
				stqdSJgpjR9jmZExbkds3AfOGM1lTVkpoTSbeuFHX7MlW1bSbdIG6uzYbq5zwwUZbUHxG1eHOoyS
				PijdDyNZyGecsJ/MIJIZ/ZrNLVkxy1W/vqlZ0c1mtsZftgZmBHPzxGeERhqyFhDxBFrrrcd5zYwY
				9FWa8BWlacw8etVGSoCeem7iDVI5JkRUaagG4slQjk/8WKb5CILfEaExH70A1b1fMWtEu8Rl7lfY
				zjEkp/peo7ewkViLg+649f2nOZISNpY4f2jz11ZySwqkpi24cwCmYPGoa279ulsLolB/v4+6xCvm
				z8m5JxznUU+c7tMVRkpjakLfCy+D6OKBOcErVcx9oHjxg4Z6yuPuRv2WoLy0cTNbKJGdKI4ebL2/
				QK70+FqZKBUYdcXh77EmqS86BzVQaBpXy35VlZU65KySYtewk0yJK2wIW9gYbUgym0xpCSJPFECj
				E6nb6dJFfg3KUGXY7FF0IDfOEMZ+6Ptd2lfGcyTeuQH/mTVOk0PczWeu8I8sKDIlRTth7pnHjduw
				PBywc8NAawntUX8qOIj7Pis0uoboBCehINUzAEauNThgo2ZAbecVZk0NvaL+P9GA4JPjnyppmfCM
				VPdvpVAZNRehEi8Tt++e36CBA65B5UsMakc4/R2EIOjuSK6lpXm4F5gQvte3opyBAEM/yv3KLToV
				W4laMa9y1VzOoPnsob7hjerBcQJKIm7v6cFFV34Ghnz0AKTvfKWZBQnE3LybXOwx6kD8uBvBLxCB
				+os7PifDpOuk6FqULFULhrh7NH3WyPJHE1YOIsfQKZM1KgrPcSrl9z2nSkxx7lVg/icT98qmuvgg
				ZHYwaXA+Vs1mGaM7RW0D3HAvsDWPTkvG9V3GX5o2u63vzbgAatZ1Ct6gCks73MGWY85cJ5pcoxmy
				KPaSpyYozU25k3jStL00urjM+q+pOMsmQq3QwYg3ugEou6cwa3bINeHzZUMJt0198p9VgbPEVrH1
				xH9jbIhurJJ5H2e1mR3Iw4T87Jn0DdOMFO4GcVNwyjhlCIhM8UF77fpVDCGKIv13PTddEeenCLQ+
				egA5QQOfliToYwoRzy5o21DJvPW1PvdP7hiffA2ymjNcHm9bvTgYMqMzIL3zFLPmBl1T/n5TsRjC
				wqjx4mT3JKqHRBlOh9E+VisXhrYhcb32w1Uz3pvAnhi8us2czag8pQNqUbpKQxTG0S6QOIaSRDDi
				fNVTNFEYSiDEzTI7diJtGT7TzRIGUjV0a/tJv15ybAhiR3dDTmwXGODigSOdNqNGHgV8UV7Jxz/T
				zS+qf1bUhpzjw85wwaqmRM41123aIxuUuQOeCKECg9zoAqT3vmJnlSDXNyN4+iZ4oj7rb80iY6LX
				x9qldP+1KMdbTyY6+lNtP5RSE9BRmmp0KFVny6TH9kYFJrzShaweV3YemhSoOtkHuCIrzemomSoa
				DQMEXph5kS43imWJDypAKS4XwjXbXSRvAeFOs7T7ig7UKdWcrSk/KqKTdKZlfSBDhIoXkTx09zzI
				YJkjQjDTb21IJURqAlnDTe2gOVbb9mxSh5Ti0LDGwU94kIa9QwCOvjAIjkqTAxkXGRbMZOhr645X
				+uYPzXICrMFIVuiooKEAAKEBbVSNmI8PXZl+8DrMJMaMe4jE0csyEOdq5IYOjEZ3zUQ6FDnjS5LJ
				Uhlyqr0t6NoAdl59+IBAUuf5sT9iyefixzX05AdudWz0r2yG966xWeqm6DNavIy9IL/ncIc+/aYQ
				nSZ8ydHd+nZFRh4+U61jtBjRgiLRtyrJRScjZ0HFgzce1w//1o8WoL1qpRJ7WnQzk+GsSmew/AiK
				4Jz9vFAnO+UInz8N6K6Fp8edwuAxMBCZOOd4iLK0i5i2zWyFPXMd9yXJe6vseWQ3qT1yTBlSDpx/
				9D6vVc6rC1osd4w0SQNHrEkqJgsf2Oys//vklfscIwltnFimWZsqjo5YvmtHUkHtw/IZ2b8UH9mU
				FnntPIjyLaJqOVi+qF5M+AqW19RcUOb8KNWI1IXCRIMs8du4OkDC1FhF6jUwMCbNL0VAIFhg5KxY
				trwOKcRFRRYBKcpZr3XtKIayaWrLow8rUalAjFmIG5kHDjXo/KtH3jTKIt4q9b5ulR2NW+WVQD5Z
				Yg9OfRxJGnLutcrmGu+seS3jzagJ9eBDMkkQW3SmXcFGg1U4L3Qp9Y74Pmh/9xisjjblp4okx5wP
				GikPch4I/GsQOr28EabwjD/i/hybRDrvd9CrsTBlaIboAzyZWtuDdjCt6rQe9DJhehbSg+rkENt9
				HvTuLL6yy4NeVTOp/NJSavVZZJTa3ihw3Z/UJn4I4Qp83JcZ2B/IvpebkHqwotaUHQLiKD78pJB0
				bCedE5VAnWnlqVfiqugFqXrsiAWQmSYwMyzszF6dbM1Ly/mL9eF2H5iBglkEiZqzg5S4n7T7lATm
				YZTHawCweHdFM9YKxH+lKHJdHCATk5XDv0yOO/8R9yt9xo6gP/4nQVNwTVuEZSuhWwoc0gfG/yWB
				LZoY5kujG0iaP9EINtNum+EDpOWyNbUEpcI3dtIN4ZKTiIOPinVxfbTqjyI6UP6Tu8x6fMqeIWut
				t7n8Nyl5l2UX/zcGVGuy5MT5K8qXrdWgpf53v0YL4+JHC9YZEiBblAZY9KfLzB1C+cQRy5J5OBf5
				YbMnAlwY/v9mJ6jBwwwXOeLfBT8OV5/qMJL/JpiJVDvqjJxpsfZY21uDGS/t3zcXsufTZXCq3iP8
				PneMIZjXUH0vmF1zqIEjH/O6HBC+rhnRAOQOaa05m5SFkIB3RFXETfS/lfJ+/mLOhA0VqhhlKcFp
				dGiO+lBKVIdBhP9cJhAdS2WGT77el0qYfydAhXYkXVdGSc0kS7GJb2/w3CNEpTvCnCRHZ2w+Qg0W
				OSZlyHjOY7C0xg8xy+qK3SJkAtpvCXLxNRVGJX7ffyVkNG+CkYz+o6Kkl0hARVG1wRsWm/Fpjp2x
				+bDsAmnG26UMQ6JPXwb8/XMxIehYhTB8+ltfKo/8u0D+yXMR75/9n1JecdBVyOcOImJBWtbDVZpa
				kPwVDP/CdYGBkV6YBaZ2mx7dDsKAuz9o3dGCEMyaPmEC/ho5upJ/ZH4BSBC0xAJyged3oiXCMgXU
				RNS14EiecSoAYJNMvjHoEdaehRklzDpdzQAeORZ2i9INZvo/PdNEjXim59wJ4VPH0UJXCg9e7Qn5
				J3RSk89KQZ8CP1kd4UcZrYj/0ZnmaGPvjzwaAXj/DsBUHOGpmhGi2q11IdN8deKR9BtL3yOW9YPJ
				Q38WkmP8bgZ5iUy6kyT/ozJpFsJJynwEeAmQIwoybUb+Ywwc4L+hTE7lYWlCRb9/dzWTUaQbzfsE
				GMrLfy/uBB1YGPFAZ+xjIMfV9c9SNHjq3MQZBcGuse2Nway+E/8MvVQjd5MYNo0ILoiaVB/Ud7v1
				fZhdxKWOKUr9LecPiUy2K3sD8ME0BWa1f1M8ieTCQ8D7o9iIgF4BgBMySeFYee24zv9oTTOYIvrh
				gkbhDRT1XzQvojZhJl+Crgt2ujvUCnBtClk5fPiBjkk6czSjLubejS2t0oQn2D/kGKnFRS1Smbbs
				0BIQJm7UpmCuDsteEb0LvbEFdjm0JP/+bb62MFvRkNACB9O8Z/pesTRLO0B9Rl0hD4lo59h/D7MM
				GaNwzBDLOlGaMUiJhLfw5B9SxP9rNoHaccP8ATUdbiEzjqmLBd2XjRlLECkFL5V3A85cSrOJb29o
				kDUrzf4He/Fpjs7IfKJrBBkWy9UepGxwazB7wYXxPF0b+b5UA0Y98pvsxXyLAEiXRh0E79PvqDkD
				SBulxfKWAQACmRHcAI2Qs6f65O86H7lfulJWArSozs2nGgWIXhPLdOQl/SPGzBpBCt1NH67EpTSD
				SLOJbHIN3MStvfFfSg5jhTCbZWzLrvZMUoaGAP2kSpZdXgKXjBe83yfklJYJ69oGiP9DQNppWUIT
				5CNIVNWw5sHLzDzAIHpflj0QmlrlF2RcQWJuT6hBZ8rSgSphmP1xJGNmLMel1pEOikCSm6ogy5H0
				Q+wQpbtAUpkQrq8ZSCoHon9IXOI1QaPN7KMudinsAgh0uiNVDeUizFKwwzZ/TguwFCunPyL/1E0x
				eDSeObvCBkXl0RC8LC7jyvtIl7WvlwnUTN080gvMo4iE/zvSm8mSY3RT1KBAtksI6ghVYpd51i2t
				GYGvRMlW41Vk0nQ3/hGGaZrqWU1XPGdjQVKroRf2G0h1bzaeskjdNHGOJbeB1/fRyn8Yff4PqGiH
				q4jgFKPkY98oMizwF/9nUmaYSSh6FNSs7tHazX9XH0Ny09PVUjrJngoaBMPUyxHMCbt9PqXHLH2k
				6ecLl+3f54LLtaTA/bJwFOT8in3w28wuxSy+XKv3IcfoQ3qsL2kF4E+kcQLLrr587IoSCR/fHQAJ
				lWmBpzZayKN6TYjZVaTcN66CKMVv1OXIp9sJRcMaZmz+Oy+WPKNbptDfsTWTLx6tqnff/PjzY6kZ
				A6LJfWMrSgvuEfaP+jDoiQpKrDJvMERLIR7VHIyrenVN7XCyII1a/xWR+v04ctjm62iU/s/YaKfh
				zEygfolclq9NFN6CTUo3KZPQc17XobhkdUNrzPz8G7F8/WkCY9mvSjCgOYEwWJC01oSauUPnp3Sa
				UV39mjPDYDMPNnYPBkKU/I+El60pnsWsINCH8FhR+OCN7L0s9Syy3L4B72d53MxMXWQPAt9DGhez
				a1H7Y2dUcPz0TQ7Ig5mX4PGMwo8JcPBZ7a/LX6fkblFLo8/EpIs6kRn9OEl2RtnM4TdUEf03YqAV
				DVrXVrLJOOp7gzsuwGcxXirNUeiObRAQYRISVF4+oUO6BmFxr9l3tMK7C4wriMsPWPEr8jsFQKLN
				NsumS2ofizwJV9KnKkAShNmHS5g334sYZng4QSYuOwtXwdw80oh+CBtZGqqDAoPAThjAPh3sm6w5
				v74RSkngW/XzG0cYl4WZQYw7Rgu5f03Z1gjhT66W2OWcrkGRLGS2D4goDi/PlteMbJWShA+xRblf
				QuJ/9cpUyWyPQ7l+I7UyiwTqowGetHisVMT2If0aYVyWnESm7dKeffgVKGPqgnIV64lYNpF/mdI+
				k4yh8VM0MgxA+9xMJGAe1Zsk5JvJ/p1UIt7zZsY0zDDQZFmEm1wY/ti/i5VGtKXGh48YnzIa4FPS
				gb+nvD33lLq7RwBLJxafJ1gny/6SRxKqHiv4OCVYxw5ZyZz1bDkeL0idtW/65J9gm52M2Ro4HnF+
				2sKZCOUfizA+f50XS9G6/myl7FV6zkYt1KTDqBkd007PdSEJDkcwNPIb0nHC09J9Ep4cAzWzM2gy
				QRd/U5Q/iFkMU7YLU5UZjlMQIBZNwF4mU3W2Qpt1FaxT7MUwPjXEllfy7tZPBM1YNTn9h9v9s9eT
				y8NtoL8PdZgnoYZzNC8/M47FX4cyIRnD0yiSMzqmPj0ThiQoFMFotDi0sfEsr/TYA/p+I3xQY7Tr
				eqXAhx+DLrmagpUZpiVe3ibsAnt0fe4rR8szJnh8bvCqCY26dCM3EIHy/hPnyRgPDYTRiC3/LHpr
				JZZIBsZh5p+iJNPur4noexPejozp9KcUgpvQCLeWy7fUydaXBlifP8+pY21CU2Xn22bHRDivNbos
				ci7V2VL74N1rk0EVkKG9BGyT38BAUiC/R7fQAiULFqFw+zqNeh+QYBXTaAaTyiRKEkBYyn87wsWZ
				90oYR6uOmASOvfVfYDZKA1W/wxd8fFXyKVjmf2L6w4KBOD3XYpVJudWuMr5o3QgJUZ7cFznv3vgZ
				RyvMz6DFic2VGxONeRoum70ze4xJphmIa3I9EI2cYPi/0YWP2U2SJms6igrWse0Rj4it8OiGCdax
				t2BICDAeP/RMLdQ2wOQfYjQ7VnY96b6Cq+I+XShdbU3D+PDvvFgkWO2YNco+K5/dyNemVYPXxLtZ
				Z+S6CCmGoJAR/U1onJEBsW7JMHAMy5rjNbbShZKU/CrT4vUwjEI6U2KTPdjV7iPoYu0R9lim4s5P
				hb25honwFNl9WlNn3ARraZri+qfrZvGrOghypNs0UZh4xsj9Nt3GoC4FLOMY07ARzO6l+fZTerMw
				H9fwyYcM80Sg4Z62Ykxf4Uko1m02MYExw562cu3F4TRwUIW/dZdRh9Ry4wBG3/Klbj0KQPycLkQw
				wcYvnysyTplXxHh8lQpPMd6V/wjRrF0y556pM1kCPRGBvYGSn/gYXKNZ6S+FUEcZScL6md/Z23Ad
				jVKgycWo6XZCnWHJxcev8Za6DTUnJjNEEX1/gaPF1+6V+Osr/KJk4VU1hGEV4uXFLfZRAOnhSkMJ
				Dywd57t0ibNXbJy5G+FVT6RZ/92zF4toShu+mOGsyp5qRvkF6I9WjAF5h2LUbBkO+3/w78EygAS1
				p243pyWCfx53mP24lDlBLOK8luN63tly/Cg2dLF8MZm1Jg38AHELwH+7L/FBuaWDwG5vztzdPfoc
				OnN/m6NWb6M1j3cfImFXLrs2r/3mfe+4upBnZH7yDwibMa2bBuh0AuZ2Z+I0RqHs9PNRJ9CCZ+ID
				xkg83ljS2OT76TmB7G+rcmkf5OyAKzr12Py3CuHkQVv5Lu7KcL2OkhPDT1fPqOCX5dHKhq8UZQW2
				7suxxWW5oEXVrLkPtw0QxAfW++j2wBapIIelRfCH8dIBNkwFdmf9Q7hm5kR/IdvFPd2s0G9Kf+QY
				TwbnqNywJ9mWe9NyBYkV/lM6iMQcT+CW5UxMyqcTh9GPSzJzlFWcLyaeK9lm2U+IiczBo8kwVKZ/
				hr0/013Y2rM4CvHq/sH/x0FYco6cA635MM6LwUiHy0BGsNq4/OziHBDyxVBNr/sT0Gb8zZ5jyM21
				XDefprPbb3I/joWxrhiCTSCfibxmjnVPPoQ6zXB/9imo8l5+2wKC3cQs1rwbsE7n6qIen2ZmlNU3
				/HDaAZYYO89FUhr+ZP8D5UQSw2KxjzTZHX1FqdQ+vSyEL1usWYrMJcEkrvX1Qh4On9E5yy2T6zH7
				8gP6rQ2E3p2F+WwEQhQHmRYr3/Ef7is4iPJvvjKxbnS9l8RXTpynAGPN8XgMFOmZZf7RfBmYQvSB
				/v3aE05E5YOprYkKSBeq2wUpfU5Ewc3vQ09wYZVqQSuigjVKohxQuLRRn7niSKuUqEK7OAAAWrU4
				jpAkPSUKSdt4A0gUr4D75M6wi5EfTDiXWPTlxrKO4jrWT1EHZWMxM2SS7zN0ueBPHRXMU+8V8fiZ
				qk60pMk2GHWO79hmvmGpFkvasCet1YE20xJPmFVN4Wq4ksaKjo3Gz5aVgmQOT2ODn4lJ/3QChlGH
				S7I2HeDOHrPQ/51ikGFPvZVtwM4FqdprkfQ9uJqLgxsADmkPzZTqDBswDLys84WfyPX5elgSLj5a
				+3lR/K4w2znwKG8ilVXS5lweEslXg5HuRuugRVf5bNIgzyoqJrpcYiJdAWKifke+JwM/8fHq4REg
				YxKXtdZiZbpAwI6phsuKLeJs4vtZYGzu7Fa1EK9tdb3th/tBJ9dbLzOuF6iDbz30a86mh+n5Fmcd
				QhRUdQG1oBGGIENJpiwtHBYCPyUEtvDQiI9egPTOV54l9cK0oDRrWd54vHmpeEHtGP0iDhu7W0p3
				0cQ+tVMDtJhVxMcLzt6aj8fx4GecSW/aqLFExu1lIwv/KsIa8hXIqMOfbjVRPnVCeapUryESDghw
				Neu9OCDDu1py0cY6aCQb+L60uFcXq8Bqx0BaR8ThIlqzti4OChfmztRYJroGAHlloGugejwVPb4K
				5bLTjNe9Oihizu1zOJ4u2iYSoG5M3lIFDMpwOUblIeAljYaHBsQED6JrZN9lHaX29sgBgd5oJnVm
				qvEXTaFKKmm9HpyotzOCbiCT/yky0e7OtB4gqhN8x5QxteN2TMdjs/Uom+oSGtKpS/6w9XDJ/hBM
				WJVZAxVCxzBZnE8yNYCE+vHmnfDCRA7RFh3Yw7JTI53esoOANNHWQ+xj8js4XEc8P/H7qPVYYN6x
				BNZ3YOyjIc5RvXT9fq0+IwpWl2nQYMoOoCuboBICsM0o54HgptyH9T9XYOo8DjfQB8xYHS2KcKQy
				C7xdQjkPwyXuIVGp3dCANtYOedpkNp+OWQjVLPB+UmfNW1RheIAbnuFG3oHFesdQU7XVXTSovSlH
				7K2QigR/VA04hpOiibCx9GOCH/NCh0zg5CHqTvEVGo/PH2G3isJuGod8MaNnRgr24RQs7ciJo3i/
				Gv7l+vpXW+rZZQ3jkWmoPJg86dSlT0ltqgK7Gyh162F7eNq+l261+owLYNy2t1jRHfWQC6WV9d5G
				nnbVg+lEgaVekTcTX099VDFkwnvjedEvpj3zAG39UiNXCvsRSt32Cd4sqk8cMu36ji4cpmoAmKfY
				TDXjpDrOeJULzKBmE8jKshXa2qZyvd/4ef+nHrm0lGI2FZgZNeKSzVyRKTNYP1sxW1RhXdNi29sB
				PugDx+yVN/3qYAoD1Y0XlwyAeaS8rvznZ1tzQ1AalH2gGvow8kmxp3RNL2MAGmlUDwWPfLXHRJlw
				n2ccSitfn0jLyEiOjoh/k2WgSXKeaMC4tLh7BLbM0vOFu6vbFc250IepnVoidqpYST0q5fw2fKx2
				kbig7gPjGCbsI9wpXSAazCwnJU93Lbswhfr7TcFRYrIVyZ4JcrQeRpt5keyNXb9kZdlJWXEk2rCM
				lmQRqB8CpP3mKFCRlBRSiKAjX+hGPk27mlUKHZMM1EWG/F9LW2PZZwKHRAkul7Rzx/LQhJ5DCprj
				7WMgdJvIQXqNlWKqL2I1uFh/oxlC9IBejRjQWgddjHWQ7nt1UEdTddAdinaKi3FNhKltUU30sxiX
				mf3jaNbEYuODCAog3WizW+64AONeqhCCAuw1s9GY9WPIvmYEHnHph8qVS7LGy3Fi9ea7ItgsCPKK
				vsRBemZjdEOkW9lsF2VQGl28Z/dHsKFsheCaDE1ICI+d20zdCgQ1D6FzGEpWH1OQIHlSCrfUyWym
				kYqNPx76aI0oc/ugIbEwtSduBlyDZqqFVA/5RqYUM4MoMjCX84qmhHKzsY1WNkN3X5+/SpZ0D5uY
				HQQtzDw6Cq2vzU+yiVrq7S3rZgbI+DQHZ9z87GYE7BPe/hNEmEo1ZhR5N+tUBt5Fns9pjDcjMuRo
				YfnzZmA15xvfTqUEkBEkNmMxX7oEjo3Vj6M3i/xjbXpqRoMNuxUnUPjwYx4c4xC3nbC+81mZ8c2M
				5g9KB7Xo5E4Ed8hcZTMJmHcqdO81q6KYZX4zda9C+AbxN1sVdEwVSloYwqu3YD4APrI3ZPKAXNoy
				vFPuqziVCtwbAmcTZyaWiQtfTP+CMwIfzWKJte2tkzpE4VJuiB/M/AQ17hbz6oA2TYLUdJfOyING
				GOnv2T4Y1XBGxslbGfWYD2cBlRD/Dd9+ABpJZ/YY/M4lGDkhj0Wa0jw7NGrWtzlRK0/JjaY5oo69
				vspcgt+L6+lDuV/G8hZnRuMH5Q6IRecYwkFHtn/TksAodByODSRznNFPWSpR8Y37hc1mBmUmLHXR
				Q8iIoHXyOHbN5+cYAznrNs074pM4/tushSB4riSsA/ZxZiMj2RuRPLyeNuBeAoGPUqJ+EJMzS2Ww
				bebyyUQpZ0S+E4IvQIn5ShZ2dFI560GGvABBNovlhpW1IY8eh6RQWv4pHEkS3JQcDC4xi5M5OolQ
				xBkAgAhaDe1RhUEaObcnZc7U6OYbR+sGTElEgz+CAOI0n3PojKnpbYmpeiC5hhL8IaEUDRybXcjD
				u+TP2Uopj6luKTwkFJO1TzYJDmS+yQPIaTEk8yKrylX6vZcNnc3dmYgfyukaFYnOaGdGswbapKmG
				dFIwSrxJX8HBzDQgEP2APK5V1TCRhqYonTzIg6HHWOs9U5rOSCfEDHjO73QWdBLiz+GjD1SQSEKd
				saigyyWt5LHcKM2jxkabujOBvH70cF0cyP2SJqi6uJvk6Iibb7c6Izd+UP3hLOibpUPEMTFd+QTG
				Vgj8nJXNsxp3rjPoRmM6mB7soZRSUnHIji3uQR7E71KHJSxhZ3ZGIwS6jJ0dmsUvlCgkrbcg8Oul
				Fnn4G1oSTA0iEMWB/5nOzmyQkf+e7GOjop2RsU6Qw8kQBSpZ2NFp7azHWEYfDmHP2LsSbW0AeYQS
				wgzqwTc1kpAcaema+G8bWkwifeh94c6C/GgToRvZDFxGZsi5gkAE5ApeSHDZcNwmwar3YdnbnSma
				HzhlwobOo9RDl8DkoUH2CGa05DH/z+8MAENjwqWuMESkPNzzx1wEwzPycCTaVU8msMzIlAi6UATP
				gv9M3AKqOy8WC8+0O9oWW3atnU4wRSnPKfmdmdmfQ7ITVtsHSAwQySBr35PHBBh3pUcYUpDxbEZ1
				eRxyFh7PIFZCQiR89gFypJhLr38Nl2LljDwWUUrzzODIUgGcQP7wBlwLA6q3ygkKHKc8xVNrRsQt
				z8itH5R/CAv6VCEg4kxEVx6BYX3pAT4LqfNAYVXJPUnfsB4Hz1A8lZacWhmy0p6JPQ9TihfVayL0
				bPLSGnHQxSjF/n1fJQxvxL0axFOYittJC7569TwGHI8pl0XNGv+l6Rm9ZXSLyg7UtBWQQyVBAAql
				gy7sM+ECuwHHqFQcGX2b6YPUbz2bwXn6h3te17MZQcgG1edvMUlSJL6Y5Brwj7ovxiR+UfzEnjUZ
				TUA7JhwClVZyvf7kchcqXDYUt0mw7j1Y5rZnip7xEoIshhiRPg+yvTRoAld6q0SEr+lV5Lxn0L2R
				/i3ie7bKymMelho8hPjy3K1H3HWOVjOCjcaeJuj2IHxW2Zd5JYgBsdarYHrBKgEDQiE30KAQvUdQ
				yIDx9oFj9OGRlLKujEuxeET0Qz4jUDTTn7URG75Wt9JgSIDF8BSNJ6R+5rMZJNOqg+B8RjWXyz8A
				SRIAHUdYAgvH12rs6hTL2xrBk3VadMcTbK1xo6NWOPVsUgbdjXFr9Z28oN5xYT8zPTJZTX1Gbgeh
				Hv6xPguUvuznXNScgQKaqRmn/b+Sq8WapR8f6dkxFJSWn5p6iOUY1XHCC3CuHveEq9b6rOSteITQ
				9RztxAeFRCtBIaSHMKP6+rYcJZ6MRhJp/MaOgkwHcgJS98QP62QBVqjHzqI5FGJkJiuftY1BejIK
				Xbg0elU+G5NN5pPu+2VGPdzrKPBUI5TAlNCwz735DIJliIyD4ZCJVHMa2hljdeHQHvSNjRJjfc2A
				wEd3iKwekT+sFQ92JAgwHXBlewrN8aNnj/DhuCG4zYT1nc/Kb31m9EF4vu6zV2rmUmCxz6M7imDx
				lYb5LtTD/r8xPbRaMGTjy4+CAsKc5GPVY1toopocsbOILVZN6eh+uN8M/QfBxLl6KMujfbFRD2q2
				kDAfZVQ8EDaZ4cFDdJL1mDCV8AgJh9tDDTEMyVAohkVF7lkrqEfJoxH9gyBpztKgd81BsDxVD0ec
				1gKnd3Rak4FseyiJYfUFRQ6T7COc48lgcxBXMBRCD/LU494OwjINdaEdAQOlDiwAMBKPO9GBlJRC
				GjfAh8EnxB1KAF9dNeTVaOqtHlDLQj2KmYeX3KC1WcRJIolsRA9UZlgJ8OJWhfqqTFNSj+2mCbxH
				dOGiVNQh2kRHqQysy2wuq0hWdsqPwuADKzdfiUEPzjp0NMyQFRzMZRWpxyB/q6bdcJIr6SrHwr/1
				PpBQWgeffWBZeE5REB1GZhUp1uCM3x7K9X2FK45MCAgOaVdzb4MRPeMUIL56xJ+QvLOOnU2Tzoms
				HlQPhhRK5FgZUwWl9BAvj6YnQ+AhPYSM/l2j6VFZG0wl6ECu6dAMEdlstuj0cLlH64CSHtoKI5UU
				lU8WtWkzs8Mwk8dkwkrW66yQOqrQ02N8h7GeGIJNoGrKWwxYSSI8Q/NCzTbGeoxoGKfwp15Sv38D
				hJwNghk6Pbx0rYW4d+rqtvH+gIXFoCiEWwNpgLgGvGRvBHcg9HWcaUt9DKDl0Re0FoU4TwpoAQ3B
				KVYMQQik7YKkm5pVDDVmIcovmun51HyIzjYnjvdYEfJRGla+EBdwtODAkKodxCthpo/BLmozMBlP
				KH4zRMEgLReYhlAVSMJJlDoWt9CQBrjMfAAglv8NWVA0/zR0bxmuV6sSKtUVh1ztMmx8ek8ROtKc
				bNrL/tZd4I5YHtImCHB3RcuHKE9tQDyvW7oNKpVdvEiAootEpRwMoGaXqRV3QThP77g2QtgtJqX/
				xBYUn7KxYDwIXOYqIHIjEhcxXJvOyxicJOTAfc0SEnETfw5DoSVCdWU54U+XOuTX7SBHHYdI0IN6
				VSOVTCQEIq14ToQ6JjmlqPHw1ldRJkyCI5YfFFnw0XwWmLGmpFrzkvTmqPY6Kk0R2ouZ/nmCjbMq
				oizQ3ih+I+1IqFRXK3J1h1GMAKMFv+BkAQMtKVG2wfSAMttDNXnkTpH2PU6dsIzrcvAdN2XdxEUC
				sUzEfc97dz9581AOjPUjuQFmaDmqthkXvmYSQvUxVI+Hm3NYeOXIjJjF8wwFCSiBeMkoOVNR0Oa+
				ID8KAnGVLhDJ3KY90w9wepLaVOS90zlSINphq8ulbTJnwlebPRwkdIU8cXKwmcBwz174y7yPUFEg
				Ou7ahgn0V8ymCAv8Zx8apd01D/N/KTN2XA8xKgR54XMbk2lymZhvC1OAi1KpZtqYWEeytEIPoBbx
				eVgoEH3JZMTnaQY0N15ZaLSpfxPDMHfhn3JezBWO6EAuu0ROpf1alKb8DSRrTiCrcRPo7gxtczGA
				3jhkR3EGGqSsv98f47OeLkNnHCCQSTK0qQppXmTDFo+C+yhzsdYzWyMMgcC0SCbT48n2Y47ya42J
				CCR2Yq29mUAoy0TC21QBdrSkU40doUwayxV6QRD+reRffEMgHYCZQi8jzTDLkYbZxzmgoR0LMNoC
				xSfFPzWW+v0bwF0cTWcRgbjNtrDg2+X96sXWd+JwUGkjVHpngAQ0px6HZPnUEQjpbULMZYNHFauM
				Zrs1QLnabzhNG/QTSGwclas1A8IkghN+dOeirjkEcqUMVAaXCcQFmrXQNwRXr8EsEyQk15fAsXMV
				3tbUwr6/BDIEKVIhUxOJ/yKB7CNqYAVdd7MSSLzVCg9SzLGc6/mFtZjAf2p8ghtXwxjv13xIIIXA
				z4++MWNirS8ZLSXOgZoEEuptL1VHQkG5vvNwzpUYhyFI9mKOCQX7IduALJzsj7/N3UggjSLAVFRe
				mzCjKxURCR9zmsKN6JlIIJ7nrYUeT7ArmMktKKgpLJ4GLyZP8dG+1bgqWB/pJpB1zBopjQjEISBQ
				8JsiAx4Hm9W0wKc7pFosORaunlKNFesPiJnpQGD0AfFo2kO7L1ygnZVRoKrmmTKBgMC2jrJnmbMh
				hozcLg54Z7DcNLcen2Te1Ajk6m9CTLLqRX0sjM50qwEjdqbVEwzGId+7CvJRHGXFk7tPDy0B5xlF
				zY7IFIEkSAoXc1V8w0Ww1o7RNflFGTiWyWQnR5NODcrTdWQlgfh4a6HdTAqgRx00NdoyeKdUg2et
				lN7R4HGiEb2Yr2ksIhDfrYUSpK9gkWECTGljWeqXK3hVNEv4LGxleAJZNW1BWSpGxW77iKZCwPh2
				ggl+bwCBqPENOdH7DL9AEpvganwxrJlmsDPE9Gmuj6lz2wBWrQ/LRyCatgnrhF7Ef6XepsFZ3J3+
				BkkulVDekWZMT2+Wj0DAX2+zmdRgEUVu+kMWE7XIZxLItm7NZ+C+30cOnL+oo5H8PR4MJDMaTLL+
				xV3cd+NVrgOYTIhXQXOSCnotT0FfXNsp0xWi1dc2dSkVTXyuxkuw6TZM1YEGDqKSBdO11MxMCz/d
				W+q3ERoJmUINjgFH+g41rX6dQPakbPN8rsmCzt7N5gAKePUimkvYzQ0DPdD7NgK595uwnni+uDPr
				A/UY1r/zGbhnzWeTODN3QTIql0ueHeCn9QSnmqTmIo87jWzWlfzIfBMIEKxNJEhtdxfDhIqJOtJw
				LFxlHALxWmshYpkdSI86bSrFTCII5FKhxg6hbOZxAiHZ2gkh3THzAr8bu5Kp31EDEfh6GW8dxFpT
				CaSTBYjoD2Ompv0aS2rmOrhJIK5ObY2EY8Em0F7Ydq4DL+k8whHI1d+EGLJeHHIYRgSxa1UkBo7I
				Crle5VvOpjP0EcgyfHTf2b/r8tokO1OTIhprxDmncFO9JxDI5ktr3sMFT9mT3JjiJobf0ohJQhME
				gcSDulcBY21mmrXWRRS4psAibLzP1fwJNN2GqTrQwEFUsmC6lpqZaeGne0vdwOPTCnGZ8iXoEJ+i
				sYhA3GZb2PVNPWHgiFb7H5J/ZqJiXFBPm0MluFzRYgSi6TdB+gfj5c495gXrx8DwQwUoaGv3xWJJ
				Vl8vkfIRyOxPwdkUaqQIEhOzmkCcOo4hSEMcGkipNs3wppBcylLHJcaUyQy4V4PLP2JfAgnQ1zYJ
				kTnWU89E6xjhXBaaXrX1/YJWpEG9d4FXmSIAzoSCvd/8HxVprmWN4AgUCXN/ujIOK+o7gWDaGHB9
				rb6hk6URX54wsgkeSkyS6KRCcAgWKwFRTkvAeveVDfXUgeqpSYSBqIdnijU9+tl9BBIQIgmErBoC
				+pZ2SBwwT5JCDoBLvostK4j2QEREyr2T2XifLgUF9GAOYQR1BLUE44fFweFgl31btxLCGp2q0qk0
				1IyeoTcZWjKMpDhRGDgMCoP+Fjpz5TTZNtNmsrCYQsPDfIuSqomaghXaUWhDQ0ODPKETOqET2gkV
				aTsTOqETOqEVSyRUQmcyEiIRGREJFQkNwnC8YUcXoREaoRNhCREP8YbQEBpCFxoa2tDQ0Aihfx9C
				qP/7/f//9///n//3//9/FPwnbc/3fd/3LYMQPknp+77v+56STh+VhkZHYRAKep7neb4APwaHPM8H
				nt/5nTd37vu+7/u+79t/XdcpSTSNpJHoDDpDJ8ODfA9H09lwNo8555xTzv9hLpfL5XK5DAKFlMvj
				crlc3rCi8cUZn+ISn7jENQjxEAx3+MPDwxseHh4eHj7h5MPD7/Bw3/d937tt+Twuj991uH3btW3b
				rm3bHodfcXA4+BwE22Tb1XVd13WDDBNMUixHchQOHxQGBgs00PM8z3M/CPO22EzzPMs8y7M8m6ps
				0zRN07Q9Ho/H4/F4PB7HeDwWi8VjscVisVgsHgRJ2iZJNhwcIbmRcAhHOISDg4PJ4ODgYFlwcHBw
				cHBwBIdg3v/7vn3f933fz+Nyi8PjD7/ruq7rziXF47A43LZ127Zt27Yt27bttC3btm0bbUuWZVmW
				ZVmWjZojJdd1XddVjFnXdV3XdZWwqqqqqmqn0EhVVVHVqTpVPSU7M51OSZIcCCmVSqVSqVQqlYpU
				Ko1Go9JoNBqNRqMDiZJsS5JsqFBkR/hLaAiN0BAq56mf53nKeZ7neZ5yhtP2TdMUkiRJkhyHxZYG
				hx/8sizLslzJBuk0Ko2SJEuSJEuSJDmSJEmSJEnyo0dq5DiOGzVSRs5IGWWUGUlJEjlRFEVRFMUR
				cTgcDodDGc4mZkbD4XCGQ+FQOBQKR4RCIUmSJEkG8RfBYDAYDAaDweAEg8HAwMBgYGBgYGBg4GBI
				klxgYGDgBH7f933ffBr5fd73fd94nux5njfjeZ7ned54waz7ruum67qu6yY6ShlCow89x3Ecx43j
				SOEwKAxu27ht27pt26Zt2zbbpm3btksjqWnaNGkUjaORM8nI2Ww2m81ms9lsNpvNZiaTyWQy2UxC
				RiSTyWQxWUzG2BaLxcZxHMcxhL+wsLCwsLCwsLCwMIWFhV3XFXZd13Vd1yXy/8Nt+q5tUWSoWFZl
				WZalqlJZVVWlqqqqqqpUhZLmKYqSKIqiKA6DQssCgw8URVEURUmSJCkmSZokSaokSdJIkiRJkiSN
				RqNtNBptNBqNRqOJESekSCQSiUQiikQikUgkkigUCoVCIYkSFQqFJBQKCgWFHBQ0QUFBQQqiKIqi
				qKD55/P58PP5fD6fj3w+H4/H8/HY4/F4PB4PPfSwQ9v2dDqdTqezyZAhvmn0lIZGQ1VaJMuRHIdB
				cShUIOd9nTccDofD4Swmsygs9rBrZmZmMzMzM6FPZ4I887HMDDkzMzMzl5khKZUJJzMyISMZkRkZ
				kZCRUIZDkiQlJj4ckiR9kiQHJANlXdeu67qua9s0PdFCDy100G07z90247RNc2u7tRtmGdS2TLky
				ZRm0Yo1CDfKEPkG/pFbYdjWu67qu67qu67qu67qu25BGEL8Dt22ncNuwHcLBDW5wg+uG67puuG7r
				uq7Xn2/57vO4Lp/L4w+379qu67ruOCx2cPjBe9vVZVu2bdu2baNnGWqeZjmSQpadtm3bdl3btm3b
				tpU3pMarqqqqqmpVVQ1VVdWq0+l0Op12OpuYGU2n006n0ql0amkrlUrbtm3btm00GmU0Go1Go1FG
				o9HQ0NBoaGhoaGho6IBtQ0NDQxl6nud5nv/P8zTP8zxpmjJN0zRnmqZpmibNYNZ9WZYsYFmWZdlp
				VGphaPShLMuyLEsWsCzLsmyQ40iO49hxHEdxHEeWZVmWJUm2oihOFEVRFEXW0W4eDofD4XA4HA6H
				w+FQKBQKhUIWsJOQEaFQKAwKg8K2wWCQZVmWZQcsaBsYGBgYGBgYGBi4wMDA7/sCv+/7vu8bbJtj
				2+d5nud5q9tx+BUHh4Nbq2y7sus0qkqn0q6hpHmuXAvWdV3XdRgUWhYYfOC6ruu6rgXruq7rGpum
				bZqmVdM0baZp2miapmmbzWYxm802m81ms9ls66OVyWQyxyqTyWQymUyCLBaLxWKxFayKdatisVgs
				LBYWW9c1LCxsXdd1XVf9uq7ruq7runRdl2VZl2VZlmVZtWq1qqRgVVVVVXWryh5tiE2jpzQ0Glpa
				JMuRlHEYFIVDIdVAzvvUqQWqqqqqOovJLAqLPUxVVVVV1QJVVVVVDWk0kkajUUej0Ug0Go1UVVVV
				VRK1IpFoIpFIJBKJ9GhDoVAoFAqFQqFQKBQUFBQUFKS2ExQUFKSgoE/QJ6jt//l8ptPpdDodaOzx
				eDwej8fj8Xg8nU7H0+l0Op1OZzBtz2nbdjgcDofDmQZpFxzOhsPhcGaz0TabzWabzWaz2WxmE0ZZ
				12g01Wg0Go1Go5DIMkGhB31mZmZmZmYzM52ZmZmYkZGZkZGRqYyMjEyMjIzMyMjEyMjIyMy0Vkxj
				YmIWExMTExMTM9Mg7YQJEyZMmDBhwoQJE2HChAkzYS6Xy+Vyme7xuS6Xy1wulovlYlpa22KxSKVS
				qVTqt5VKhZVKpVKpVKRSqVAolArFFAqFQqFQ2k8qlUoDPe7rvE7cSYO0m3TSSScikUgSiUQyIpFI
				JBKJRCRBHM9HRkZkZGRkZGRkZmJkLBIm5mFEREREREQmUqlUREREQiQkRCQkJKQhISEhQUJCQiYk
				JEhISEiIFEil0gYJEmRBgjRIgzSISEPaP/roow95PB6Px+Mx8nA4HA6HQ+w5PHY4HOJwNBwNR9u2
				0WhEo9FoNOqTDAaDFIXjUBy6XTQ80F8sFotF20ajUYVCoVAo2vYTogiKUARFx5pObIITExMTExMT
				MxGGYrmEhEQlJCQkJCQ6EiJiiSAhD/KIiIiIiIhFNBqVmIiQiHhEiIaoLESjDdEJEaIhGqIhZhD/
				Q/t/n8d1+VweyobYt8MaNi3XMz1xYlE4DAoDg1+g93VetXHaNsVkM1FsxzRJkiRVcliSJEmSXCCk
				0Wg0Go1Go9FoNBKNRqORaHSRbVskUQIjogOhPmSH3JCp0EITUkhCI1kOoV+2hLYlyBNkCbI8lsfy
				+P3O63P5ro9HPAgFfnj8Drfv2qbrmZ7bsSwev8FhcfhA8Dsej2dmxpUIA47H4/F4PB6Px+PxeCyO
				Q5HDEY7H22w2m264sb3xOPjGIxpyeWusscYaa6yxDGissWZCChMHhkRs2zOdGc94xhNCJGxmRsYz
				twxlKkOZmREZi0zIxMTIxMQkMB57MTGWmBATMSHG4wkTZgojYSaMhIkwtv/yossuuvyXuDhcHHpL
				bdOzXI/qTqsQq0AGFIvFYrE4WMzKK624UlD5tG3bTjvnTDMjByEty1LIckihXJRhMPATNjwT5IAF
				wQIRc2KxTBOZzMS2xJZIJBKJRCIZhRGJbbsjHM0mRiwWAtsWsW1bRCRotG3btm3btn2HkAiJEBHC
				n7/zB0Zo/xCCHcRBzIssFuESi8NisWzk7x/Ww3w8HrLP47p8Lg8PgmPoAzbdiQ63skJkFDrm3UMY
				h8XB4TfYfVuXbRkGwpaZpI0+tEBJjlcoSOQQZLaTNMEHiWjCQ1LeDFVjKqtfmRiQwYgwG0Z8KzJC
				y+SWzU5UDRFiEARlAYIxIIIgCAIFIIEBwaAABkBAAggggAEa4IAFPGBAYCB8CAAAgAA44AADFpCA
				CBzgAAIgEIEFIEABDXBABAYggBCoIJM9RERETRQWT/C/XzIIZWTfc28OM3phRaKhfJBH3HN+0Voh
				t42dqElCn0EQaESbaXXYB7Mmyl9HOCxshSZytWHBB7WKKTzFKDyKUDgUQbQnLBOs0PAjGkKwbdu2
				HSNhCUt4QNu2LWF5kHBERERERETYtm07IiIcwiE8sW3bn/DvRwiF23oGURDCDj+4n++8PqoPDg4O
				Dg7m+Hg03J9Dbbp0cHBwcDDBKAoMEBMoBZGBEITY4fYNdu95vkIc6iVhvKpTchKdXK5u3aXYIPgS
				PG1Zlu15X15+FnSWo0mWHIcUDoPC4NcFep+7YE6mbTNtFrtkYbGwV5aoamJwcHBwcLAaQg/iOMw7
				nhAcHBwcHCzjmIe5SLAES3BwcJDg4ODgCJHgCG4t1kRwsCM4giM4BIfgEByCQ7CBEByCQ/D7Bgfb
				/5z/e78P/v/l//9/GndMA4pSUp5Nv379OtxOu7IdhFb+/0OZKrAjqoivY0ExCAVCmymsa0FRBqQw
				+Pd//1YoFAqHw+FwOBwOh8PhcDgciqIoiqIoiqIoiuI4juM4juM4juM4jiRJkiRJkiRJkiS1MBEr
				TYbgoFiMxKfa5gwuQ3BoMhO6SocQQYKECRMUFhYYGhwcHh5CREhMTCgUCwaj4Xg8ggQJERmRSBsl
				Kq/UIg8hHJQRBU8hiVDSqmoxlyDz5osQGjIkSU+IeFQ2cwWvqmhhIi6jJAsmK4sfEtNX3oYt9uth
				v05Vo0nSy/d93/e19E3H83b+vu/7vjJvw8P47/u+7/v////3fd/3fdm/v0T84SH+Dvi/DQ8Pb9s2
				wsvwyu/6/+/q7v/w+7dt26VdunKweBwW17Vd1wEyMiKi2cxoJBOKzD+XShjLxSKlTERERoRARB4i
				DyJ/yN+QM0QhC5mQT4g8Qh5C4gvh////v/1wnH68j/Pxfa7L53F5ePwOt2+XrmeaFY/l+Pv7F8fD
				0Wg4GvY59kfU+DQujUuD0WAwGAwGg8FgMCYcBoWymRb4+OPxeHzxLW7/9///v+JWvNVESdNIEo1C
				oqBQUMXz6Xgsmg2nsSHj0c/E4/F4PEz8YqF0osQncUlccZF4SDxI/BF3xBtxRvzxeDxCmAiJOBAh
				4pz//88QX4hvsP//////v/P6/vvhj9u3HV6H0+GWXxyuwf7g8DfcDW/D2fA1fG94wxsu0/D/qbZ5
				Q82TJkkyfAwXySDJwC+8C/fCu3BO20yTzWRhVuwKuxVejSZKmhUeHh4eHq4gfyZ0zCm1CZ8J14TP
				hMtMeEx4eBjfrIRPwinhk3AJDw8PDw8PV2iQ8NIR3ghnhG+w8PDwh4eHRzyEH8IdwhvCH/6FcIXw
				CeF/CA/hITyE/77O9zsLfP/8Cv/88scfftf2fd/3fYtv2xvsvu/7vm//ZahP8+ZICnmeH/LmzZvf
				35379v//////Hf//0JFoFAq656F/HnTP3Znh3JtvMNt2jH3L5XKxbVuDTYcO4XY8rnjjjC++weLx
				eDwej4fHw8PDw4XhCl+47icw4XYIv3mH8Hs37/vzzS25CWzbDpcGkwa7aMuBYqlNEHawX3cw27Zt
				27Zt+/Qw3gkhFo/t0rZt2w7a3Gzbs+fR0LYsy7IsW7Js27Zt27btmc7MeDwej2UcY/ti26bYtm3b
				tm1LiO3gNxwuwwovrPCE7YiH8IKD2WAGBwcHBz/4wcEGQrDP/71fvp/r8rk83I7f4bddj2da3uS6
				ruu6DvbX1mxZVbpO1bbSNtqztkmxHEkOHxQGBhtY2zanbbG6Dtv2VauqqE6Vqqqqqk7V6XQ6nU5D
				p9PpNKLTqUwYSYyEsVwsUemklNaSyYhGKlIHqUPqIDWDUpMRERGVaNR2W9ko1BLqCbWEOvTvT7un
				O9h5nud5nud5nuYppmmaNmWatjwOi4NfNxz8rvPPUZZlWZZlWZZlWXZkyZEkS9oia5qmaTICKRxH
				duS4ccZxHMdxFEdRFEVRFEUxiKIojg6EaNM0TdM0h49tROEPNvTQQw899NBCBymVCYXBxohkEtoe
				27bdOMCgF1RwghKM4BcYDAwMDHQnY9u2RGACIXC+7/u+7/tk+TwuF9t3eMTYnud5nudZHBx+3TZ4
				nRcLcl3XdVzXdSNtw2jlOI7jOHLmOI7jOM4L3LZt27Zt27Zt26Zt27ZpmqZtszXP8zzPk3ZgRLM2
				02az2WzmAiOFJUqJ0BmE2Ww2m81ms9lsJpsxJpPJZDLJJtPgeZ7neUEeBy7etjnmFVhlKAPGYrGw
				WFhYWFhYWFjYFRYWZiBsdpht29z1x+Xhtx1XuL0gszB8CFtjBsGm65mW57EsHofFwTfYfc9QtnVl
				r7Isy7JULh9EVAdCEzhLUxRFkZRVQOEBm8eo5Oes23wAAAAABAmDGQAQgFE8jGEc65yk+BQABFQ0
				YjYaKDhAKBARAmDwQDQMCEZDIh1FETnlFAEhwjMmq5wCBZ/4qrpliCwp2DbDfwABOBFvGpZxk1ci
				jEFWoNUFilc5kYA8ksgtC9KTbAuFVxkMJcGAbVpCkllIVlV8GoNCwCeo0KhCbJ/qWbklQyx5AY8P
				MRhPatcHMOYmu+oNMbAR0KrjmWYP1HWm5WlXObtcYgyMVqQ1x6krTqBiSFF/q4JoDMkZFVBFq8TY
				cPLCrMEYxo+ZJquEpS3hLtVCRlU2hRQcH0SMSLtUoS44YDTlmL590im8gF09k4itFlwbC4IfGK/8
				KGyusf8PsCgdXpfAGQ+oKkSbmUd3obH8eAEJrjK87uMidWNfUN6XQ5Y6i2B6URnplAM8FMJ2ET89
				jeIYRqqAvjJuCVaHDdZmrwl41YrfaNxvbCSy/RAf1AoBJ4WZ7O8YnnmapMo1E3+6yiSXytc1gCcq
				qirXPpL/2kYu7wLa3OzefsJfh08yo9wSpNBrSsRBznVvC3ZIOsJ/CQnwKe6DakEeXSH2hb10XD4+
				qLLR1zbfuyOM7yLk0kR/jg1MjHjg7nNkTW2DnWIbECEhJ7QQA1G5g06xChFljevuAtbLx9No2awr
				FHaIUSp1Xk0IMlhVEOSBhYkPOpU9BlaixdDFN+35ISAFa/9oKX6ULb1FhO1cQrczePMB0Uwlc0qc
				7j/aNBrnL0I4lEuPk+1bZBfAALeHDgaqokf70RSIgKmk3AVHOFobYARhW6UjyC1qth9rfA1IHCUT
				auzINXiR3KvM2BS0envmDLfap1WHodcdc8D+z2am5lIKvmLkMF/NRHBKrilei10AM7NYoCLkuo4/
				EC+yfERzkdqNIJ4Ps8MGpkNIPO8SUzDWmOPkCBYu8gWumhyBE1sleHUxcCiJZLiCwfO6GVcw3uNL
				dxt9BHVC2sYAA0DowY8cJqWfQJOIDylQ/afW0uUV7GQn99NdwGsz3Y8GVlNNorFjNwUW9JUsbEEG
				DuvEoyHZWSkDskW8LNRf+55duIxyYmb3Mq8RKx2xq1BDrFqiYXvyxbO51rhx/FANsIagrvCiz7Ha
				0VVSZZbA4HmmAj8y17Ot+WCwJX44v6WN1VVMYHy6aFEjketdgCGv0UXLKzHt/Oe1Mh0BaqDRDbOp
				XJFpc1u3090iqNovlsgSCzRQXa7Wkkoj2T2+vcZZs2zpGvLuS0dz24ghm3RoPGfRy00CVAMhdFQA
				bcaJGErcImS+Wn07mxBU3Eim0ugaR1NptCa95o9oueL3xV3npNGXrS3Ewmp7KSAmjFvVu21HTBiY
				RQBy8gtgWVR8yZnrjzZfV96zyqnj/bNgkC/G8nfuckDJaqBPqGEPgPxVHsQjg01k1I5owfOaEOhl
				3cPBD10UINdE6LkfIPgG2qk0VqwYg8B61zcQdwnj9vu1yTk8lBAjY1W7afQ1065+RXzkrEKHQoax
				6WPmec5lbNf6w9PYshP6CSgAkUpgRLaV3LJSbE2OUjgTvIuFa9bxmbTL8nRGRo5z0AEVsQhpAAM8
				UkNPnoHXMdFQslUda25Y1YQTARJxmlz9j1hL2PuNHzpAEvNFCU2qDIB6H+MD0f4YIdhNY4ywFRFx
				uxywjbU9y0UAN9k8UPa8mqBW+U7XJPPynxqbB3hg1HO5KyF9PDqAigUf099QRhT2LiCDKdtU1WKl
				OahDQqjxnqDLuBSERlqGBZZRCFAwqs2lSnh8Yrbw9HvjCEmM/2vHwChfMS9FYz7Hx8CJqXL6Ieqo
				9wQoMDJ61AouYqnRmmp3/OT6ea/E8B4IkJVgXpeIR1Ei5Er3P5CsWT5EFamnAxRb6DW1sbXnTyqr
				Am0YwXOODDfqqnXCLHmPEBRj+GaJF6s+iObwacDtSQMCZJTwTXRT7PdIR13X76zf+cdWcP2gEFdn
				LRgQoBGarjkFOTB4k2vMH6DElDvXTJ2EVukmvYwVV9L3ZsZE1sLl7MdpYKoCZVaVYhjT3KQ76A+Q
				G0Bj96nHTbbbS1gc9hfbAi9H8wnHdfI1hNZUJ2Mc6aBPulT/Abi7oL9+ik+FS+VCqiVOpCfQ0cGW
				UWKwSvMsu/FtEGgg/x5iED+uY+DSAyf2m15jVbiClW/Ce61venZcwabA/wHkl5A0+P9NAW7WMU4b
				Tcs/AM5pu8P/AJtaD1TVcw4+NStA4yTJql33rTJDfwE6qKnfBQS9udv/ANsbosVOgNo2GzM1/V7L
				Xds+G6W9UeeqqzSAAHaQs7EnAgLYtBItFXRGCBAglXu9ZOlUsf4AECDRa7XLY1Z3siWqyRdLvbfl
				AoWC00lJz1BVvGNuAhBwN76flhJY18Ef5CVsD3G6SGFFvE2Ttl3CCoStedVtV/8tsI5Gq0u/qeP2
				oU5WaDdRULH3qfbOibu+MzD2mAZM5wtEJVYOu9jj7fNknzephHOykOmOZ2ve+9RUovhXcXDGa1CT
				TVSAKRMahbEPeFPCq0HzvVBI+TrS0A6DHIHilRGMH76Youm+Iw3CRVKTKR90ubefNqy1HTl7AE1Q
				eO8lwljLgCZw6SQq+z5+YPKlrJA9Y5qFmaAu4ZixyjLMS+jLYsPMxFwXRwHLGySZLxMMYnsORd4/
				KfzZ/iC6mYKJyGsFG9qeZUwat+wRO7oun1YpeWPYgLzUti4gwJze72b1I848QWs+YYbaKAZbxtmL
				43dZIxH0zO16VhjUcRvod6lhC7rdqKgbRi37MFvv+0Oe+r5y4tcIyTEDx4QLLVtaEnVa9BGbO3EA
				AQl6y3aEQ5AeqeRNTeYPk3LPN5hEKsb+ygsRpk2eYaq6MAMK5HkhspHliJMKIGoauBkIEEwggKE8
				ApAsBNlebHkacX/IbE2ZIdeOjoBOWaCrj3IhLBKACHGyFQ5QwJ/MpLKlskl3MO2eAtcYrngNWQem
				o7WNMB83k6A9M8GJJq68DSPUSEZLMBgPpWC+tiST0bIMwep0TQLUGheP1QhmFdFMQDFYQAB5odwF
				DPAlTTw/qiBSM5R+eGjt7VIogLo4bpspm+RMuaum7awpTnKpuAbB4Oz1b+rQZ1F64YEQo8cDB9o1
				GJcS2U9lkad61YxqM/AcMAwj3L6vaioADben0HD50CmFLoWpApojgGGWh0IBbvtX8+24qyzVUCQi
				JOd5YZQ7AmRTvITdc6dWWIdLsrEsQRZNZMCmQh/+5fe24YbeswQGDHH7wfU79uNLws9h18ByUBrF
				yTaLXFhZP8e+hWNV7lB7aOADipHDAnaN2kYBkmyHK6lyPRciWVmW/dPcOgIKQul5gmJaPh9WAP+s
				nmRFgCd6LxKXbsBy75xh+jZx5n1xTKWmHNP0PZRdQEkdWE8LNPRSRxF6Sa/n8Zp4+MRnF9m2GTcb
				1D36djwv9QCGoP7YsUjUEZtIZW/g3J6mhVM2uXiU+SYWHQEpc828bMRafSCwovf1qlw9hs+eIkrT
				MinhKh0Bm6y8crdSXIZP8qk8cWbCGOiaItRc7aowACZG2q79X4wLncHZeMeC7Tx6u+psezem6ASQ
				HnlYZkzLA9cPfecRRWNXQNgLIyQt4UCT5/hOGl0cy8mDKCgzp7PO5/M11DsOXrz736NLzRr9FLWS
				dEMKmYxevBufUezN9uWOZ9uPyx0hvSYQlb8a6sxsQDEYD6akYGZCeOrQFKQwmSzJoETpCRY9ngyY
				WXsDYJpH6gJsv7/UInDP6DDvuqyXKClNTQiNTAkaNQIIRYz61ZJFXSfc6zXOyMs66W8XashpH+gN
				5nG90dmpwFaeUQ34YsSkx1eMPoDcx4YMS8NEuU0vSoyxByoSIXlYDdSukqlGbzOa3I9Ul5ojIQFu
				vc62jxBu4xwuCAkoF1jRHcSNkNN3zgs8QTuj9RVzUs2YjLUErdoSRxcjSEwrr92HXKMz25c1or2x
				NpY3u5VPmS2un3ULhRXPWjNlNjGjVXXxFDGehg0Z6WvwKJ/aQT24Q+Jk+i4q0JAghVG5K2KjuqUf
				B5Gk5IQ7mA8DK8vIw++ukodC8KJGjETArPataIUcjM5jFJaJOPNxo+ysCKzRpGvyxImeVCiwY+9e
				L9uSa9IVgBSRv5iSSqWDqE9Xl6/k0R3Sz+QyvmG9hqPPRRDBKnrOTGmbE0vJnF80fjRSXa3C6Hwo
				mb6bw6fWvE/AuGEU8Gz4tyZGr86g8SsiyMBXEOeKEdtNvg/YG3ZwI+fBm1RRkMxQlBUEque3RiBA
				e/3FIktTo5DcEQNS2XgaAdhoVGv4TB3quf5cDa4/nSHR1RhnBfKVsDhSjpHGjUDINzqzitJjmtQw
				YG4sgvR2IWNm3VTtI2+5qWN6TFPiY34MIOUjgiEscyqKVVhGLskJUlPvgd1Swau51IRaxizCS7Fo
				fy6VkbGM7ONPvljoNitLRRdgW9zPa0TJE0FAAj4EyVkqUNR1fopLSaw+xF5xPrpsp8YT/T7a75r5
				eTBYzgdbMqA4Z6lCYQGetpKnxLwiD54muK+X4NFhadkkJc6djjjwOWoCKjvXQWnBQbta21Ww9rGV
				CGTI5TqmxwD0YyCi/ttS7ftyogxibjeAUvdKWZUxy4BTdYwdwYJtWnKSo0Z2cWwL+klj1M6diOBo
				DmBSNjWJoLUM4Lr2+vtlOFR4fvKZv1HUTY5pTiqNU1ZGWiZJIfGMgaFELHhG/00SiBzDm8scVmuR
				o74cNXZjS9HcwZXTlrB0KSCsKEPyH1qU6AaEfpmrRyy85cXEuOsiFpRVMDRUKaZR+cXhHfQ+eSfD
				+bNBbpaxlGMGJUtRRobP/TxqaewLiLt6wNInEWMnKqOdcoiOQHgi3tmqJyQiB/WyA7mbmtX8vZVr
				cSQgx3uP/5Mb+deyreDwYZECjzIC/qiPnlKMmSyl0qtXV2XWn4eaATCR65KQv4rc8a8fFNeruz4r
				xh+KChWQ49ylKEjhElmSSJwOFTmw+daF7v3YkYZWvAsFwqZa4+Wl7WXLV7iyivMeiyveJfCoFLTx
				5rdy0yKkmiKc9+vJ9iJ3jALQFJdJFraN2D8H2K9goxtTgv0FLZ96ZjJef77kLQ2ZOl4K14n0dvSU
				YT2R1mBVGj+Q0rrDAQZuXqMr2B3aNl4jDYArxanQBT6QNOMtHzCOGHjWNTpdfOvckq7RxcZk1K7V
				QmoMZvjUALUHRO6fV5gOZtuWVO/P4Smvm8ooamV8SSRZ2BBlWm8RmvN4ODRnAcUqKUzG+6ke5I/q
				1aLSvGH65gUQlfdKhaAs0zoF31sC+1LJnDYyJvJZlpDUNtEpB6W0BF6vFZN2oxPyXlaNoXrFtLXI
				l9e7mCKihFIan32EpfvTRoVseDpHi9O6nY4iOOl6Q9jLpcPUzpiSZekmJkcjoYJoofR9iKTPwfYJ
				Wh/NbIZ5Usplaw2UClRRk+iGpLyCJeHqAdCJ36enP7zbSmxHb6G2LMekiUU1o1M6XnQMe6yyl2z+
				mDRhxgIuekfX+ikcMatMlBk+BYD9oYEh3ahjR/dLnRJDpRpBah+aTWaGErImYzy2tDIFCZZ+TPK2
				HBSIL9vUwgQoAzuxsj56ji+rcGkQ0o4m5gXp6s43FNGxH94JrIJaWUB2jQOIaEcnhMT+2VUewELK
				tiVaWh5AYsuwr4HiZUaqYISalGkZcTLNTzl1zjlJ91mLhzYhokkbLeDzR1YqczH4R7swJy8bOMvI
				TlDB+nnvD9LdkxMQNltUIZKyLjOnh0TKLmXFHqAyQc2HUnY5rjIutcD5fosZ2ymXAXZfv0JTGze6
				TEzTbbih8q2WrmyZ00vQax3MXM74I0L1LbRk6XFJBHl/AoTwlIiqZlFoYLphzZkNC6nsTm3FpJjy
				DmdpRsmEJpZSL2QndWf+CLH8qLlHMRgqfm1TkWHcmb1miNqYYL/Oxx+xP0wtF+7a6FHHmKLbU4V7
				QkGq5afxqV/Bbi3elhVv54edeX87kFhnhmKvV4b5Jz66wxms6POScXNOGM1B4jAAv4ka0/XEQyQp
				EeDx4PZkkivuyxIiCCL1RlD0l9BW/biwm2gmviHRmg0pCUja5mSB/70nTKk8jJbW8LhdE3DRh7T7
				CzmB1EJ81NF0XSvTyE6a66ANIsb50qTIpM7JQzYkOf83FJ/of6ynm9wCcf/ykUm+kYOdRWy6THbO
				ctxJlwmgmgiCDTgGtpg3cIjI3STMqqXiP5Y3BHqAIHQ0BWsvGpY33lWE23PN8yJWLTVRW2AAnngQ
				dlmxybgGl+NLmaCVsQUrc3UQV0Uoy3R1MrZOb1HIUxkM32o2gHdTUlbK7owcvYwAX62mEpW0SDje
				PfS4PAKLvcjy5lsEqNAoHtqTKXWdZEo6nJEpJfQWz+zU8CtPWDS4AwM/It4k9TrLLSAiYtpSYO//
				Y6bUzZcp6bqyTOmMTq4nR5SxridN/MqcPjgOsWUd3sh0oEvPjulEFr6wRd6d38M9E6iEgHUd/iFb
				wn6KM0U1YoscKV+jxcjQRWwRAcBobSMJmXKdHyAb5Zx1ymy9OPQg+9yz9kAFRdZJy6BzRMuNiTLO
				zAq7H1BngbtI3jMl5Y3XXHP7CJuKLeXy7mmRtb5W9yWPJXXVjtGwoW1nqte8IocPwoTMyo9HSWoU
				CdKEwcczsDk1heutPUasp32826hRGMXHY7bnjmj+CnEPv2by5cmA0Df2iTgDzNlNSzkvCAc7Qf8Z
				BG6WNDBYFRLsAXhKCOy8L5KZu8DOok9phlGevN08X5kyoltRV4QcBfexyKKpL5Duq7FIkZzAuugE
				y0zCpGqe0/V9sa0V8xwd8/elJPrnGcCq/gTmj/GcRCjiSx4HGnwy5j0fP4UrowCqHaCkB6jOB8Hh
				SxYhouuKs4aNbYMC17gM97nc9rfMbHq4IAtXb7b7aRErTHlnQ8RmJfVPqlkV8O8kEm1SLaLFZiLP
				9iEK+oVfYQycnW3dEDTgt39zwcGv3l41tP3+18R/G7odE4NQI7SF/1WbooQciedd07/vdZ4iy2xg
				wD8STC1zzX22QKLHJVuvo0FonmpkmU+1cTHaIa3BHXLzVNUaIAAX011BXGMA8BoHiGVsGhvOAWvY
				Asmb243zrSyFCGVjlFb/c6aVB72w3Y5/4cZM8ciiBET4wgqeB8vrnNzJ49WP8r6QIYXx13hwsfFn
				LxqVyvvSMrsIZ90HfbgVPJij038A5Z0n6Zap1lVXup+ww2BXb3dhj2URij9HzQWbjteI+hApG5Or
				eHYkSS/MdNPBEopRoMEElREzws1eFtHpGAz4Xd8mIFggNu23GmGx1QkygT42POkWN/zfyJdMEw9E
				JZIgIbt/SLddm4B14QFjzbL7J1MtAyVUwwYRC1TwwnlxfPVVBf2LvXlKJAk8Gi28JZ/Z1JW5Z6pL
				znCeSNcschSheZ7zxmciYTq/BwDoVRpU7r3HIoxOZngBMaNcB9e9QvY8aCecjM2QNWYCt70lL2Tb
				DZ5kbVAVW8RFUTpRg8wts1Wzif5ura+XAsKxp6nO2pMXrq1hCEAueEd0kCKmZEFNv3CIcjOVpBNT
				31fkG8MMyc0NoREpxq2+VJ7QoG2Vt+GAFJ8P963FvhnzRrWcvopSR6TZKBrsXvR37GwXXCEx0TZY
				HoGEtSZbYplEHZdzkr1qk6e3C+jj7nMul04/fiD5muh/jAlIVx0IQm9dZdmal2Kol/9KsXrreEtl
				TcKUaQs8KDSDaH0aolk1V0HMqCVBfSlm+JF0jASTcYJnV8AMyJ2mEpGeferrMmK1pbPOs7Y/E8Zr
				9q1m4MTQq1OfOHKa9FhZK9IlWCQoQkyzNFHrz/GnolKFqitQdk84ayxXvoasA9PR3TZifeCFC+8k
				sdRpgW4grvgsCDyeFLTV1ho2JVpn5g+a3hQNWQzYEpLfCSgOJDzXKYYdX7hvmI+jxSSxrAWe3moX
				DOgsi0+T3qITDbN803aqgUN54BYrmP30+Daf5/GJcG1QaSIGseq8ppDE00m8Bx0U9+qAU4E1C26b
				vF1yIDL9YmvSIBsdOEaxRlMbUNWT4T5rb8IBQOABKf9vmq7hqpwJAkdPy1yBB9ZneTUO5DEA/VJD
				etVSJ3QuP69fCrpwEHS5PKFcse8xXdon4tSIFySX+qNsI2/mzMxK8sqMeiRTSUg+dibP7q1Ffyl4
				EN+jj6kEOJJ63/5STW+lbnGhH6usNurDIyKpHyxXZH2CH0LX+p18R0gprRgicbCMKe++eWoQjlkZ
				NqyP9YaN5U9PUnetoZNdXKFyFLoUNV6zu0iN0YdLrBHblgUlngKuiuvJzppyEm1QNDSfE2IjO1YP
				LiCWn2AMh8aepnmnSkyvmyaOBEzoRM2NWEGpNMmCimxT1gC4QH1BnWip/ripSd1yzCLsV2/0+MqE
				DrrriIbVJQQnOC51XpYuoMUwLTdOYp16zsPjk/N5OEbVqMo5VtoAPUpYuLTI7xtEz9TpjbBOWciP
				fVmelQMtwb7eiuoNgU8qCnmJDs0zDbEnV7FMAsKedKumXkdulP4Bem0Q4EbRLbyNcrFuo/SXTj0n
				yjaKrljmenKPGH97iKpY+TMEbRTNfVcp3Gg9uRInnVzfQmA80WjMAEScyNFvAWKO6OhuACAG1Og3
				EDIH7HQ3CDEDYo52jj1MRGTU+qinsmek8kaAzp+GTz/ZZtEdV5LUS6NS1uWUEke/N7fyFlc84T7e
				dXIZH7Ju8vvc5Nph8d3sFa7AxbSrqm5ZVSC8dKRBpJxD654klKq7k3ZCh1763hTGz+36vLT1BTd+
				RzrlIm2MHd76DwYx4zJa4rSppGJlDIPl4fn+AGhlFGV/QmTzpgy+CtODgKhugNikqfDsmCngrOcL
				vagwvMTKE4XWJTt+XOo20Mj2O+BoR3pSNtUbFd90APCsjUG0Gzq7gHb+4G4h0HhSesBs4588lgeh
				8o6aqrTIdvsBH2WKqd0RecJxBf5XFoXZqbwuW/jJEC9yb9MNnJXfYOSOJ0Qq8Xcf+BXyNqxSUNh0
				YgfYhCUvhG/oYEdic1bGxX7UpLsjRMsmrAyq8b4qCjxslQMHB4a/YwNGYSqscHKicSVBhagVVkry
				Gh+JRTjkGShTA25RhIs2FilIbPeDscl40LtEfsvF6nIWDYbrejref61o2lMgoJfLszbOZdbcQU4s
				cmqFYm7oqbxJqCJQiBnLaBrEsdV61BzbU231EeXJV1XyjVAYAEk1233qpvdBQz4EfEEIsdRcxQ6d
				Lg6Oznki0zHGJ1ro+zcmPmedGBd+wkSE+tsJD56aCIVa1URcGGIlljOlTItEP3HhdrzBYaGxpTLQ
				07koN3Q1pX9ru3Eo20Vc0DjAUoPPyzY+u44UcH0z3Vob7zRNS+Ujf4yE360Rm/izlG1yd8XqQg0y
				cU1EmCvlpKOMXDSMRVdEaKS72mM4wvQl6n+38gt/rNFdDAhlUSw9PWc9E3dOa9nHpoOzoQlQfncC
				WtiIKkRwfjhoooKXCr6TtZ1Osrna0IwIt6sBmcDTWfZ4Gnu5IwPBSPHsUnwto2uJNNMM6IdPQsHX
				ujnp1XeE+y7hswvduMphofHCELQzFyy8aVPhzEb6FsqUPowe3k33lO/jhkIhT5lcgCNv0Yo/MeNv
				mDyqDk2/QaDNFGpLxOsqWAvHJnb/wvVj5JV1ezVYqv/Cxbwy8SU4mkAGSC95gQ5d9BitqoCgFo+L
				5aiaMygqNn8abBsLd3r1B2D8M25VDs235pSXlrXxXQaJjSKWo5yrcvd+0jFnETPGB7TZVlCRdAIh
				MkOfO28gjylgu3ZOhdEAkMXLqYRoDu3AhhyImIIwcdk5aTYR1/CeUzxa8kIeb7wO3wLzGJgCB41f
				LxRfbDuo1bhloWwyPd1YaxguSqHYShZqFluTy4N6fh0D7GQmBLoXoJBIoMVUwptQfAUFPW7QzhWR
				X6T2iYMv5DKQXPQUmanT0FGArsZaCi6YLKLhfQVJgUvTrGXHit+bWntUqVwBQYIEeJbbcR5fP9HJ
				43wojPrqmDxThSktrqhwrSf1ioMvX/j8WRLW8DnsBOZ+k1mn3auFqFUcioM4qg/xCTXfPCEvS1uU
				GQbqnEYuueekzhzzV4MZF05KHZvCwSNMioQv+I/p1DD4dp0ACx1L2z8BoUZDBCiCuaOJIsrpcDh9
				3/2TPQa5K4O3+LAG7HeK8OjJ56laKUw4DP3OcxVLN3bwwKA+hnGtG5SbLJBxQxNGNEvQL63E1lNH
				cxD4Wu6E178jDu5u0Sr0nDBq3qg7ooXXp+tuEP7Cc5k3wJwA2WzTSspveCJ5UFemyhjKD3OiJmjK
				44ipBB0Bzz2M7QHHN7oBHJSMWAjVgSvBVJ1H2Tlz08RRXD47r7aIg5QIeJODXSMV5MnFnPAY7gI+
				bks2AyiSimAVtOvaOGBrYtzcdj786Ul8ToJARqEXy4KGjfk9UkFLdVp9p+UgT8+TGV8AsZVFlJYO
				IMjoD60++N2H9s4fNRL+ak64C/0PsuCczs043/kauQslqScObIOtsAri53V0jqOTcP7yrl13BRZI
				EqBzqaE5PwafDkFr3SUcZXk63bsUmJO5Mo56icLk2JTNOaxDO9BWhyMzaK96Hvou8SxPCeVZFF4T
				sJqA4zcn6qYbRBMAPiODPLZgYnIFSC4UwWVhwA1BAthK0Hnx1XNgEfiWKRMs+OJTxGXaFsAKPB16
				PS92WObEmIxx7p6k7HkKccHrZtYB79aCJo7inHDBbKkld3v6BlqEirbqjZiT9o6GrdEa4OP1cE4i
				2cQv00I9DtTLqyhvxoKCoakO4C/PlNHjxHV9KEP9HPI44AsionNiWHBMbJhBqI8Tiojhy2aYPXlT
				P7xWcwBtTmxp3YAgLCjSTv/vKcjfOXD61KBa74bKQgPYsOlhXfNLF4x/rYCuJ1g0LHAxiMvzF2jY
				ZltuOoeBHreQhezJYgMotNB+WUflxGYh80SQwOyo7TvOs9s2N+N852vkLpSknjiwDbbCKoifV9oc
				i/MqTx7em2quohUK5NlcaWiOz+CnI2i9u4RDW19Pdh4Cc2LXg4NLwwu8LAQAvYV46IK4eJDhTy4R
				/TK8Ql1lEOzbnGTxujHNxhCtMDcpSMHEDebtJzNlof1sWFDZvAmH79I2AJnv1V/ht3QDWRbCai45
				XyC6DcX440uSMip7r1OlUwZv50Qw9pyYOVUCtdtUQ1Kax0zIEZ4OpcHD8vm0smMhc+ycXGu2DA0X
				TXOsSO9Gb6pDxf9hTogpGjmYsQqJ49KcxHfhJGD2ybvAUDLCwrSzK8IdS+tBUZVPmP2HfPcs/P1H
				jXP6sQSZg9FoFfT3Yk4ggpOnkT4pWUQKXggqT2TFmI/NoPsDj0lskdD4mxOuKmp6aEgtu6cuMGjT
				E1sW5tuGmWuRjo8T57YngRsWIIwa5e2r2h3FO3fSAQEp+qEaHT1JkalJa2AGgqjQQyxknwiPTp2K
				/Ye57MbMzZzv/drchyTJEwe0wdZYD/LyapljEfql08N/U81VtgeBUJkrTZjjGfzuii13h3BI++vD
				zkJgTuwKOCqrFhMHQ5HMSR3aoaiwAVWIkRvvwzK8/eSr1jBBgjcuIMKz83+YV9fmhK/WjYZV4LyD
				NnQvnRfn36lpWSCkDdfHB3NfhIk2KlExZsneSavUdf5rW5dXF3kgZCc6PFpunFjPSTN6dY9uoGBc
				5PQ7Ohr9DuTe9ySPNxl2FvaY4rXMifLZqia2U4sN4DEUAleNmUpJ66HOCVylwaiTCvLBxWGOY1uN
				VTtBdhJKikyYqnh1Q/u1V1K3TnpNIP4UcMPy7GSChmNpfsuyc7wY2GMJxj4nWoGr443uHHJH7RRi
				p/TsqoaXScP1vd58iDsPQ7M6yLP1zYlFoxuw482dqryozBy8RL+TIXpbZaFNGxpDEZYRfzSJ3aEM
				Jsp/MY0dBYI8SIcR55oQw87E36t9/UddV+Nuehx3A3wPVnPixL7h8HJOY5SfilBvAiBH/pg6J6q9
				VRCqzPSKynguV5195frgEeYENG2OT+GzQ2CN+4cjLE+JWyPIl4NDuKUcqn5O7MDaAWnYUMpvFDf7
				sRyKHazftt+pg/CifgR5ut6cNLR14+gbw3LB7Za1dIkDTPvz0JCF899AqMhUPeh2m3eVVTzL3CxE
				KhulLzxIqsk+Lk76aIGD54QDBpxyo7PTOBtuedK76P4/OFGq3sxJI2Pb68aqqOaqZFFVbYvxOTEQ
				jdEOZcRnqAEepLE1LYEP6b5QRRQmia4I+XrFTs8xXjWecY81ZeGOhISem1GZ9eCwhFkSFZkTw8Dh
				VvQ9mYn4X9vdkejgoLfO1anL0USvgYf0M+jxK60nqOR7eqGIeW4NxSXMwNDOGy0LjXbDPn+swg5S
				hUYq6lfCSzGg08hwR5yZvU+2++V6kECHyPx54LFELNVjMTDxOkQUEaUh8tKrMCvAnCRbc0DZoZ5y
				2tPv3TAyMddEUZwTG7zh+am+vkKcjhlbDf/KqZzdz0mTlTmfwS+XyJL3D4e2nj7sXsiuAqfoBSnk
				ujmZAdqRIhphm7gycZMagU2Plxy2FV/ILLxW3LeHKsOKvmjvKJhuO3LXjUbTIISQT+8wbkvUMGGb
				t10W2nDDFq9KXRg+g8aikqtXwEw4Ima1xNahHPMm+EJS3tX2Nj4N8NkiFlTPiRE1MOqRzjc99ZJn
				c/gbX3W2AecEyG10CTXwKfRGV42JSknqoZwTuEKDrbMK4sN1Q5fFbT76Wma0FlRxDpMAV9ATVnNO
				nvUcqdBRJC7nSB2Kjjx8rqk5LpGIfhvWCoFwiIo9HG8O4TPY2kBuDk8xGpxxnaZXDvgspc1PlGHY
				uDRBIDw/St9zSwLaZ/Ttih1PiLI0Z+qujnsGV79kvl12IAYbDpLxNHIFJPPveLV3RRAnK/UkgIcF
				XnZ3eP4rSkZPe/a5VlZ8T+pRB0el31hu3NeitFyFvSlKnx+gGWmUlLytiohzZhwzn+Vil7MXJ/aE
				gadx57v89MR6A4YE/QNauXDdDUKnyirefpZrDC/Ov2JmpuWCcrM5S9eVUNUYw361Y2teku1GVVwk
				vxdz+AimMHqmE8ZyNYZXj/xYvTBgOILgwDWDmBd/jGeSDCyaQIwu4A4IOzYcBooUtclzmMgyEmHv
				OBSi8JiAL4kSd4HBXJnA1HEE5A91wEr0A4B403S0IePjNtbPVugxgsz5Owm8LDpTZfz1xeSPbXiM
				b9KRNDqK4BycYDPXaIdEaJVNAdMS1H46EJtmNWjHhuKifqxLp7Qw22Aa1oYerWU2VTsKlqY1sgYE
				aeTnqWOntxG9IJHifbKJMOQi5yqhfs8WLKVCx5Mp2DsX4czjzP1WxCzwYruNoPP2FgG38gvvbLU9
				5EA8b4Lc+9sJeSwvuTR9DZF0eeGNH0EypnSVaZkqpnscqJRiY21NFovoqL3iKPf5f02DV7LBKJA8
				HAHj5DbQQPExV+s1ibGieuUywBIfcckaG7V/Jj76Xpb9MfzdixP3T0/xx4t4CMGa38eKyymgjy/b
				CognZQIAVuBVQ1mr/wciUevpPNPi3FmvTEgwTgOWwBKphm/8DfIshtZnwDWZcLTKXEBAsFWjT47T
				mzXoyq7SRYZ/Ah2nS02ibsQCF7FeMrXpNsmlQJr7BV/2iNaIpTcR1S3/tW18yLGYJbDjSio6+VE+
				PA030a3aPSUKvzUNeHGUUSH7GFGwmT8A02hJffYSV2hYYGvjGLg45Ts4Zws6lzTcXXIgBRfjZkr9
				1IiVNpWAAZIYT1C3GCiFsydd2F8dZIN7OeCrK2uQBe2MSE82kzi+r1pRP5NxnsFqDO1Eq/plkN02
				k5FPT49sm+8GiAvTeTMB8NrEJm4G4VqQUL+mz8zBtJaAZJpabUoKPoqqUo76b1BGRudR947L6Jnh
				uBoEUJao/bgs5z9qeHEKzlZ4ZtoVpd6FOw0Nbq9vPlPFscO9E9VJwUAu1vqwa4+7Uv5gziY9hBAH
				3hiCXEHc64FPx1cM8m5QYhMSe2+mqJa5C7/yYiP4h5OaNUvAllikRANVNDwUROLIGojaXJUVChcz
				YPHS4XLQ716FuRn8ES/Ax8Pp9FiTXcTOYOCmiCIobV0EFwTFnQBPK6CcnemDQ2abX5I8BZr7qCA2
				d4oxn6+NBU7UNvnh0ClWU0h8XaCIouJiW+hC1dDeGmqHsRyNLZkp571PnHRsBmreOMH1u1dj2UnR
				g5eG9Vkg35Ggihux6OTH+aQq3LRSzT8StRv3vuLgwykdgoE+vKRzQtNT9lFvczog4qCQ3uDOjepY
				oPBOsTol/mXmBMfDSVJ5tON8EgDgLPAQr4UDolH+rPF0i5B0HKUKFliLgMmB7sczbJfU/Sgx8odN
				VSVsOB43E8BSlKVmqOjIEsfIHtSmoQLMvq0RsyqOGm6W5HZaLJZ+4zmBr9TH8EtACVa8WJR+SOj1
				BZWpjQGzIiNqjgCxtQd4o/gJoAO5gNAJ5FXVbSysQ342WhzJy7abhuLJHszYkb8BkCTyMUqWgO4G
				VLAihIlIUDqZi4StsrXRguK6w8B4Vhzo8QiRrEGCCRYfGmMYhnTsTUEuhiHxlon2e7PdMvxrrCTj
				LFFd3MnqAmxSyz1jxaYLTALaLIlMGDxFX7IdkaJd33ib2XIa4CjBv/EiWDBBYUgkGD01ivqQPjZ/
				RDGPr7LEiX7h4MHdgylrCqLVAEiO/IuSJaZpw2E87Xk/6WvbJ32ZNifiVcRaK8rJ33WzDE/Piem0
				S7jpA6KdG3cp879hoMEWmp0lv3JwdCveJGxZoNDWud81R1LETu3Q187t8ddK1j00aEYSCrhCtlZE
				30mrCWOnwdHi8lBQ4uRJPj7PyCLk1EiDy9R1oR0kaxCIHzgobhgFNlTIEu5MYOQ8xFZXNjNN8Mwo
				8Jz5OEpx91ky5GnNd4ZLSq1/yvBSrsHEeJYoSOZw7zsAVHPN4j0KqVY6R7lHszmMiVa9Y69XGdXf
				lMHbzKDHVWSPdD8hjrnMWIC8YTEHQ6v5miXpddNDKmFmaj89mj94Mp0jEvZtFmjfnfRcp8N94RQ9
				ghIimITy0Bjwf0cHBkXIh0sxGYV53jvZNWG2BreQrhvPe+9jdLdxW1ADky7as8qp+K6itUdBbd+p
				7hJ0pzNqF31XLk+/Z5u+EnR5TSA/LoLaTtUTDK/WPWd5ExOuBpAk5I8pV6Katgr+VJb2/THOnLRZ
				VQDW3E7VTTenqcYz7rmmjtuVkOByk6RfybC4kXriu5QpEEsFRBFDE24kxCWJRehJJaLnn+4STnJs
				HHoCAnZ+5Z5HVG/1yWfVj7LFHhC9zoHDX0k6EdLem8YEQmo4D0rU++ut56ovDY1DqSNxcAYoaUUC
				chWaF67tAhuIqCMy/gQGHk6ihrSSJgCMaUj8d66pLoGetYtLqfdLUqMxI5qV6CwyOanSsDxqJQqa
				OZYn5rS1Pp8tArWhyF85iVTixKod3u9dkDWbGkXgsu2nwvCDH2fduBvpahARP1CthOtvIG5/3283
				LkxQ5/i9DLpe3Dq8xstKmstn1EhDyXEt6jDcYAp6JwYmzDeDo58q0GUtQfVDDBMAKnjUZcC4u+1t
				+AkEel0EoZlgEJmrgidqAWInFKcq6eKtZFps8ybZ6blF9TpSyUtHbwpcq+HJuSQqbiWGwYY3Txtf
				vGrdaZK8VYp7a3dyGXXzcujpEuz6Ttxoq7/Sxhaua990ydf4LWIlj3FTLe7thQtu9/kCy04p2vnU
				LWiY8PPiIuyavL29qfZqRl9xFu0oqd6tq/V5ueIZE+3SeL6QLADdVtwGLt5zfAkwmBGJXMXcKkqC
				+PgcHKxOsnrKBF2olLuavsDMoIdTMCGqRBmZTcysEHCQYVhNUgUsKdmW0hNh/baskjld04muWaxk
				D6gkR0YlBYNr71XCuzLXLPQZAmzbtUm1ploHidNql5hRFTH4EQi2YmzJqSV9pCDwMwlDjzwEA8bd
				SFdKRPmTXiVc1w2ocSxxBhcnmkDvOaZzH0RS+rlvc5Ie4q9j4rEmdRy4hHzhPGP2cC05B+bBsn4b
				ooP63R3Kl3BEMr4lpETRHBG76z5ANN4lT7spng9Ix4oUw84EgEjcVTwRSwhClTgL+wfz56BiOyvW
				+WmyDzekTRGoMUo76jZb78SmAhainTNHMPAyznGcKYTDtxsmO1ZCXAuu50YfkdTcpLlUCZi4kbIt
				z0UBO7lLMb/T1ghh2RY1YBa2UFDuKujKtpJCrq+qZIorUSwW19SZhpgMmOec12zsbuYltJ8MCwuT
				kGq2JsO851TJERkxULii40yXadvuXR8oMPjiEF3oKpkGB1O19XvE3Bclog4lqnmO/GwCtLevqDW9
				uh0NvduxtW8CVcKDRZyQykmy7lXCzdkMgU2GEfdr1X4naYUasT697Rzhg5qvhrJVKfSKetd7s4an
				yYk12tXc1BGpzI26lrnfEKjFiM1eJV9xM/weLYs7fycd059Rm/Q8YB12c5iEmneqEl7uGR+kupTA
				qm4p3JW0yjzds3IJcHbGey9fOJ91MlqXeJFcr8z2Kc66hmXkw0jgDFM37pai8rFLaixsSV1qku2d
				dJ/uA2kif9kNA8y4FWkx42vaZcIif0MFvNX0e1cD8hkIVjOwiYHL2SLo/uMkgpsUz64pDBDYDZt8
				NBSaBEwz31bpm2eCHnvBztdLmLcamobLvl5QFjdT/3Sb0AfRhlU49S2dxT34LLGaCVM0L1XZzIxw
				sein7hroiMH2/4bVasioxCtWutqxjmSzBVMUfJ17pd0zRbHNECBzDBqtcy/2oxTv8dBUEkZIq6L8
				q2Yuk6sqy3Lc3+UxjrlzXRbBqMAbD1RnDuCGYFvB4ftZZCXxA/QpCbPuZWHCBR9lKROYSii2wqdE
				awrItDQhTAjf8SlxBHjA0015A6fgrykUFgJaTdY/EpAlKeQPKlvKipS7kWCrZvZ8QNcDGgQBBP8/
				7sw75/z/////z/8/+/9/9Jf+/f////+b/38B//8S/hf/////////////X/7/////////H/n/f3KR
				m5SHLo/L4/F4/H88Ho/H4/F4PB7X43q4ruu6+ILp0v//P/nw8PDw8PA/PDz84f////7lvk3/tv//
				r/3/mv///2D/4///////6f8nW7+a/7/v+77v0HPocuiXPunP933f933f933fv/i+78v3z/4P89X3
				bdsf8Su+7/u+7/u+7/u+7zcmGI1wuK9/3vd9379suZXlCeVPvsif7/u+7/u+7/u+7973JfiVEIL1
				/f6fmZnzs4fPKHzsuceemZkWz+LxzHg8Hn9mZtOZmfH8807ddtpZh511RJ3olD1nOOSYU85wyhHO
				HxxxvsCZTTffeAF0G7f5/5///5///0vm/P//jVlMTCzmP+fWf/7////rHyZMmDBhwoThtP9hwrxh
				3jDv5/L3fff3798/vG3bftzXfdu2bdu2X9uWwVB3ZDYxbduHeeu17fv/f7Tf2fcsy8aw7Mee7Mc+
				VpbRn12nXj/ru35d13Vd13WVrlKp9FLpK2VUKpWJiEge5Jb00veNNtr2eyAQ7sAV/f6AfYZRrm3b
				XuqD+rZt27Zt37J/hCDFZCpJnzz//+d53rZt0zx9KUn+/+/hOTObGZ7neZ7nW3ed8i3P8v//KM+H
				8uTQ5ZDlGCSFIxnk//BAf/T4/z/HbbJf42MUSi28kEKhMESED+Elj4kgjocneAYXDAkuJBRXRAhF
				iIvyVI2okuJ5nucpPYjnzfM8zzNQAslfgQ+Bn/Pu5/y+h8flenz6tm1jug57nifx/v8P3j+bDWf2
				zs7ZZ7PZbDabdbOu6zpZ13Xd931SlYzu//9z53/+P////z4zLHVn8v7/f2z//29Roewi+2QX2SeT
				Ocj+2B17LBaLxWKxWCwWi8WuaZr2a9q1+5qmBf6gvWFhYWFhYWFhYWFhYWFhDgt72D//5e/v/79c
				Y5Heri0fy2u5xWKxWCwWi2XEMjIyYWRmRj4zm0GMCDRvmHnlrnwqX+WVV1555ZVXvqFZDmfeSDYa
				KJRRgiKUy+VyOeX3ZlzlnGwik5DJRGQiIvL/nf+/yCVEIAnieEw0GD8lEosICVEIRSz8/y+Xy+Vy
				kdxyuVySB8kf5JJHkCBBgjyCBAkyS/gV5BHkQf4g/+Pz+OPx2OPyeDzOh+PhcDgcDofD4XA4JhwO
				h2M2wf//eDwejwdnZFzCJybGYeJv3I03Go1Go9FoNBqNRqPxYDAYDAYZ/8n4/z8u/w//YrguzsW3
				+CwWi8VCYiEhISEBZVmWla7ruq7r2lXAVdatsa6rdF3XXSqwVCqVSqXSoCCpVCqVRqXRaDQajarR
				aDRatWo02oiGqKJXR21oRxWUZ9BgATWoQQtyUCV04aCg8H7uX109PH+e53k+Tp2CcPse17Q9rhlE
				i+ewWA4Hy59gz8cTpjPD6cTIbDibgcRwZsNyWJZl2TKoXVnpGpWq0VD1DD1nHJrlkCRJkiSDgoI+
				XsZxHMdxDBqDFhRjGDVeGEYLLxyhhRWOMCYUCoUxEWHoF5QwhCIURBBKGIQkySAGNUhKkIxgCFpU
				8GIIXhRJquJEihRFURRFBTEoKCgoMNALCgqMwKCgP7Dfvvn49eMXv//bq3dvPHvjzZt4QeEFyx/P
				zGdBns1wOrPhyExmOjMLmgW1bVtWqq5RaXQNLc0PHWA4chzHcUFBwgUXxI9uUNC2bZdpCw2bTCaT
				yaKyUJlMFiQPCSIJEhOORSwWYwQFRUyxbds0LWjbtm3btgXLtoXF+h+2sCAJ27YFKSyEnSISFBQU
				JI+HX1bLxRJ2PY/pmpYg8YRBCbKMWEZGRkaCPBIUtI1wREY2EiMyopEYCSMaeSWMvCJTcaWVqZRS
				qZTtGpVKUCAAAEENPc2oBFWCKkEUCslRgiIQAh8IikmCFrSgBYVYREREgmISpEnQRERERERERB5C
				IiESRCQihojWiDCFPCSIKIgIQySkIQthyCQkKEIkMRJLKhlJJRSEJARNEkQSRBIkqEGCBDFIkCAL
				EhQUFCHI+fnv9xF0PiJIHo8gPcJr+w6HI2hMi+uZnlgOOyZYfvAnKCioATizCRMjo4mJIE0ETTQa
				jUZQUFDbtmwbQdFQUz1DX5IsR3IMBgrFoBgY52buhl0IsdBGLmG+G0KQxCQiJIJENCIYColYRARC
				sCKEEKgphCApgoLCIR5iQjQEQzhEiBBBISTEQgRJCIWIECGEQvwhhP+7/ZzvZyZ45/d4LdfveLge
				rttWUD2mS4vlOSxWUFhBQUawrB/PzMzMRkEaTeBhHtO2rYJWBanR0NNUFUQFlUOyHEnhGBSKQXH7
				Ar1z3czrBJxsi2lhspiCFBRmuYxYKiOUyoQiMhFRSCQSiUIhh0KioAfFh0FBCpKIkBSSJEmSghQk
				SiJNQSEFSdKDpKCgoKCgoKCgIAaFEEEK+v15CAp+CDrf77x8j8v1eLgePmPfY9vzoeupZzsEzRwO
				Fsthh6DgDzydGc5GpsNZAKkmJoxGjUrfMO7rcdt1yrZsCJpUEFXPUHNYnmboRlI4boFiUEJfoBf4
				zTgvKGhbTBaIaWEhKEYslZEJkQmlfOdB6oQEcUgeQR4hyDHB6CQWIUIhCACFoCAFGUNQUFBQkBUI
				IaghhAc9SCD/H4JCCPr/////////////+7/v+/WHwv+/+OMfIpAkSVJMJEmSJEmSJEkhksRKkiQh
				EaIgkUgkEoklkkgiEolEIpFIJBKJRCKRSCQSCTBISBKFsCKRhEIh0UMKhUKhUCgUCoVCoVDIvse2
				w1GHwrNtO6TgGLzD2cyEJE4oFBNhQhNvhAk33piGG9NgSJX1KxBCgleuIZCq0apkyZAZGkYZHEmh
				JCkw9JnXzbiOk2lbTBbTIqxikZAwJUkSkYQ4IojkQT6SpEaIEREREYqQJFkhKqSYQqIIxaVQUOgh
				5JEQC8EQIUKECCGFUIj///s9zst3uaRfH+u2ao0nOgCx5JHH0mfkUUczKkeSkRQzkmKkaRj3dSVN
				sFUlZTRUqkZVSaE8yaFZzqigSAk1Shgkt1H6JE+SJEmSJEmSJEmSJEmSFDKFSETpRCRJwSGSSJIk
				MSQaC0pIkiRJkj6SJMnCSoOQ5AdJClKQghSkoCAFKUhBIYgT5P9zvzP25/15ueJ6+C1BWpDrcVAd
				RAeJwwoOiB4gDxBJpIcYQXpQ0CZIJigmSEFBQUFBQUFBQUFBQUFBCgqKBvETfglZUFBQqE8HBjGI
				QSTJbVtQkBoUNO0SC9PCgnQJklAZoZSToJAgkaCQIEmQxiPIETQRJElaBEmK0RVClSRJkhSKgEmS
				JgR1IYghSCFIQpBCULj/+UMI+uf/zl/+/XL9jofr4fddj+maFstzWByWH9zxfMac+f9f5neY/5+y
				7lnpGqKifhjqc3iWwZHC///5zbyt+76LCwqKXfvlYbd85JVfbvnI5XK5XC6Xy+VyeVx+x+PxeJD0
				eJwh8dEiIoSEIuIKcevXT6ua6kFBousN8sPb8IVPOMMbzvCFB4XPrfDfEcJ9//bde/fcvHvz9v1w
				345bd7jDtm3btm3btm3b5ti2x57xeDzoeGOOZRxjjTeWcYw7rsd1Xdd1Xdd1Xbptafp0Q+mgocOY
				pmmapj0Kt9I0Pc8zPQfN8zzP8zzP8zzPs1gsFgeJxeLKYGJhEIvF4bA46OGFw+FwOBwOh8PhcDj4
				CmFdDgpy5ZFHpjyZlGVZlmVZQYObDWbwgj/BwcHBn88+wcFB4j/n/X7+4S6Q8/P5eDyej2eGrmea
				I4fFEwcGTfDMBHs6nxnOyMxmYkYzYUZmYkYz4nQ6nQ6n0+mUnU7nkwYFBZ1TBofD4XA4nCAcDofD
				2XA2m81ms9nIbDabjYyMzGYTgka7jIQFjcyglLmMjIyMTIyMTFBMTExMTExMTExMTExMzMTEaGI0
				muA2RhMUpJGBNIKgcZiZmQlBEzQzMzMzndZt2/HLt3vjfdu27+2xZ7qu67pBEUD+BHs+M57ODKez
				4awxMpqYqPQNozDt22nbtu3agVQQbdvTHAYFsSzLsizLsgx3YIgvhBdixnUbJ9tiMi0WpoUIEWJC
				qYwEKwNOQqghQoQIESJECIVQSIgQIUKECBEiRIgQIUKECBEhQlghrhClQlQhphB2iBAhQoQIhZBC
				DIJChAgRIkSIENEQQkKECBEiRIgQIUJcIa7L1nX1lzs3gx7Esuozvq79kl///fDftz8W0/Z8iS8/
				fPnBPmfm83nn8/l8Pp+Yj2b6hvHd67qu6+slqm11fnjzw3c8eZKB9y7+e+C/dz/37bJrD/vlsWsP
				+0c8cWWEUsr//yFX/I7/clwTDIk3FmcsHhFhKa7rCnFdH91l9UtXhIff4Xf4LXlY3q5lWZYVt6Tf
				4bVt2x7bsmXLYtu2rWDrY4lt27Zt2zHb9sYJ1bZmXStq1lKv1mWktW1LJIm0JGhZsm3bliSWOwYy
				z/M1K8y6WCIWi8VisVgsFosVYon9cBA7/LCDL4fDE9FYMCyhcAgvHGaAhMOWK4+8yiLLshwsCxBZ
				IgleeLVt21qwJFhiezwzMzMzmpmRLk3IGJgZfWZmPB6Px0PbYda2ZzwzM9LMiGJnZmakMDOdtppo
				1aE55UgSRzgMOlB84HzGmZsZbSRJlhmRSshkJDIyItfExMQwFBMTExMTIXxqdFej0Wg0GoVGkvQw
				QT5dSVqYkTBXmBBGkt5+5yXf4/LGw60/3K7GYrpz27YO9nw4M51O1ZEkyVQxnY7DVG/lVm3btm3b
				tm3btm2jLMuyW7AsW44eKRTHoDAocWwl75t51lVbxVVbtUrB6mEiIiKVJKkkdTSkQSpt3FE1qomq
				UTEajSqiUlSqqqqqqqqqqqoNVVVVlUND1VCHTmhoaGhoaOhCFRoaeoae53me53ne/2+H//r932Pa
				Jh0epNoBmQqmPtRwOBwOh8PhcDgcDkfKcspSZVlOBywFa1QakBRKiRQpUqRIkZJA8QsM02bePUoz
				chRFUdSo0MIsn46wQgqDQqFQKBRKCuJoPCY8QZUhWDCCwWBQFINBB44oVhRFnMhJQqJESpIofQID
				A0MCFYEK9L7A7/O+75v+kz7t//9P4Rs/eJ7neZ4nzfM8z/O8mTebzWazbjabzbqum800xYRxNW+Y
				d+5EdF0lnaKTOnUcx3Ecx3Ecx3GcxHEcN22cJEnSZIPYFJJN0zRNmqRpmqZpmqZpmqZpmqZpfMUa
				myQWUyzENWsatU6oaZpEU0xBc9jDJsxhDZswhjWMnyRt4Uui6fdFvWgu6kW8DHaBXI/LdVG46BbZ
				9ZiuZ1o8h8VyWP0Eez4vpzPj6YxIHNnIyMjIyMg4jARVKpVKpaxIlUqlUqlUKBUKhUKZUEYRKRKF
				IkIRJRjoiV/gxAuZh6iUyA53pg1DGMgAJAxGQZJDWVY7+RQAAhlehPCAOEBwVDwoFIRBgVFAHBCN
				CSWyIAq1kFIGOZXlAAslKnHusyaOUhBilahiR60GBVyLUMX0jvOwgQWbGmtcdSxlRrHY1zphBa0K
				JW33ZlHzAuPGAzrOtIHtvDeQZN+D20D94nF4k403GFf5ZLE8UNWuzBT4tRpEC0S8X4GKP3SdQQ+Z
				UBBv6NTtxrSjI2JUon27/2/hJFPjOWHnfywTu6NGXPfB9HqNJ2oNS5p+WJvFitpLgOLlY6MRyN4y
				p298WpvyrpoyhR8G/N1nv+HYiSVIq2GBx0JGiXRhe+/AoTWe8Jrk0IXl31ysD8PLWmUDiJXh+Z1T
				RuXn8j8UWmznRB94OC9kaUTfBIbVzl1wN+QbeL3l2gAm5ygwcBGr5uBzRxv4+nhdBx+vda60ykPm
				xMxdodbQn3wL8hri0sBwjShPeelmOx1atite3V1eTXebxwMci/OiUIY5SwPxpTvsvkNTFSQf+hsm
				NE9VbsgQ6d/vetAT8hERnrPL1EIRtNsCJ1ISnQOcTyd/Aaj/LWWwzY/rAnpeoMVlFKl/AiowNxO6
				+5dlVuyD1zowT6UQOS3Lzjt78fDyY3ND+dH3zZyfOTYd2wrlMTdD1605LFNgf+WhXh08Jjqy3YkF
				Ru8OONCCPsaDt2y/nJzV15RNRVuqxHZwqgbNuxNoYIs+Z7NUnIHLYl4gSzWkNbWS4eOdFi1mJQRY
				mU5Ok/9GGBtoFCYJgmj+CbRAMmAS+HcPeUSGGiYPy4STVUx8i6LVQEnJRhgwtjT6nhWuGh3B7wHb
				h7bk4QGzK7W3+ya/z26tht0RDJgz9OfrnifS84k3vKqVDxf4+qGGYQBX12up8zXOcTLrxtmERlXX
				Y6fqqrFjMScyps5UVz+V6hrPSHWlHIEaOqtkMmt8qWv5lrreVqWueqPUtZM4qevZ5nb5mM+5o8kI
				karK70hdz0mZPi39Aid+bXcxR11jUqOuFINRV6dOWHEvohJCJa0/mBOp8NnabrNV/pGT686bYsk1
				Rw4QrLdsMbQ4Z7l/+28iAHlMy3vazzSxA0Ywx1eOfcPKJhflTJIlPEAmJXld+osIyRdmLbAxsJJk
				jlJukI/1JmzzWg0RRT+Y6NovGOV++R/jwF7s+3HDOKMSckud57hm+JIjIKj+ZTqKWT0nOi30j/uW
				n9OaiaHUl5gJMA0j8VEyO7/tZa2VSGNaSg9cqK0lTHmJxNhpNRC5Xq4zOJsRF2PPzTTk0nBLm8Jx
				/vxcB51z8WDhhL1iNb+70WLsPq8kO6H5F/v7DCe2dmU0CUNwr60GXwV2tl0hEoLAFdp0QX+vIIhi
				jZhSA66AXrLqIZmURZ869NhqgE5fA6qQ3DEelgDXiieuzYHUwjwbj00NBeuJT/BlJDPoTVJxR9cU
				GogsoFdHXq8wys2tuDRE9trhtQmqdU13F5OXhnQP4Fr2uxowOGFI/16ZtUKPkPerWPdCYfZ+Td4V
				ggk6CJq5uTW//dLQf6LbWJniJXUTZeIEEEY5ufV2MsPAnrxRYzB7aXgHxQ86GLiF6VDN1VBWoDfJ
				Yq4GPyk97YAuDVrBDc27bNPR6OeehS2UKZGktsjnh77laiBnwdC5IM1WnwxrLV47cTCLRHYk0pTJ
				BMaBRLYraKnLFvKZFh/qzIF7HdqSh0rRsGtl2/TrrvJF/oNMW6MfkLve33ThPVq8O9EC7A5lILzO
				3kNt8ROm1kO9BzaMoEdnAUg6o2CU8WRIC3/NdHuP/SRgS6mcDGf7ZCfrwCn4TVb5pyPzvSruhT5W
				UUXDOPgyEp32zIfG7SGJ44kgTeFgvgj8rmYVAzJTopRYLxrC58wLQuAYAVligd+ZBS9yXdNbEH5R
				RPvT2tv9tJ7MT6u+7tPaT/q0HsD5tOoc3M0s3z1ZTvMmoD3bV6cG/u1P5mmlFXlavXU8re0eOimQ
				IP2Gvu61ULUZ2qVBdygqPL9kNXtw/m3pFRc7MJ3cP3fzzcYsI8ScBPYE2g/w2IPVrUUrQGJPcs93
				MRcEuMzUl8RoolVt4511UoftZWbatbXqtFy4lM3zggZKU7c5bZuu+e7SYCTlsrUtGzxg7hq1ZGoF
				o+Es0VjrYglXQ7a8lnl1XGwrsaal23TJcQhi/pcGNjuxJV62m/KSVIeRxEai7oxPZmHGqO63hfDK
				GtlHO/hLAy6jlC/yr7pAEE3CeiHLOwKuaJbjaYAWLxJzVDua8vKAV34o6p2QXa6GJJFY9K80fu77
				yGRLr3E0bY5yIfaqmiDRPwPkfiIgF/+NdmC+0U5Xb7SjiG78xv9KCyLw2gGlLgD6jHwrwbImDdpo
				fKqh+xaZMUv/w8Wz0SxVNpqNjo1mBYlwxqvhwL6cnJWVBq4lEpY78e1pf2JqH7wUswudzcWa1N05
				t69MizRZDnbTTjWULSurvUeYdWKXz3/CjeZ9k6sLEDQhcZDA7iTfj3gwSkBYAtn8avHbN37L9a3A
				uGsJIUaYMocR5hBehEFIqeKlgck+xxuoXIGnJt/Xd0nZKP/70+pyLw3jMc0+4O0CUPyh6kw6wEQ1
				Fr5GOs4rxTYWrH31wNH7n6I/GCoqBFeBU3MAcSXHw/wJa6YQlNwM96Zvn6LRtAzh8yAysOhw3DJp
				ij/nL9DibfbB6uebIvUnWoge/dIAlKMlzvrCsbuQqAOX4Y0PRuCmSDkISDEVYjhmBVE9CMk7tLQa
				mE6HloTHEvewnlZW7yViJyN3IlzZJLGl5GktGH+IGFtiHQ6mQRQkvq+/hTiaGp17ty0fiLzW/Iwa
				aJWLXtKCzKiIkfq9l+a3hH+MlaLJh6z4Gq2BHPx5kRU4XoHKB6KQIw4JSrSpUE5hLXsY7F235Jx1
				K+JnEaI+HRFPAyA5uThNirDsjd2gnJmzQWQMq+Nv1jAH8qLTuwScqJUsP0SiIoiaOVNCfOwmUrmz
				QOUR0Hr88GtoXMXi6X3tIHlFyWaOVtQnvLgk/ktRxhe5Ia9YgNj58CE0COKvZO5HOa/c2upEcfRr
				UResHRC+teroUQPhz0VOkXjle++A0XijiiMcgeQX1ZEhRhD05hDjlAyR9gldn6u40HmGbNjcLJce
				njZr0WVGwrYyW3jMaSHK6og70uja1+Z2q8WoARiET7aJPLzsRd1IL5rsq5vJx2Z4FBzu3o9l3kws
				085UHHm8fxctRmFaOrY8gWpfGzglwbw0wC5oHcEXvOWsOgCbRVLQSrERmke1wUft8dr8S2Pn5Fo2
				sALRijpjNYRbCVaE8FjRBJxnW4TrQcWjaBcOj22yXzudXxISq9u5BYHi2vVxLoD2UrdbpBDHkKPP
				PXna+RkUSk/QDnp+iEdt12H2s0nUhQpNSNOE5fLbIN2Q3g4odIUZMdpinqcg0jADKv2AM+hCyLkz
				T+T2dLSOeMG59uEU1HPXU/Fq++w5IXMpfqDbz5hvqJ+qC/1oNTmWwZ4Y559r0VUAemJ8P09MZOo9
				PCZAJ70TIGieiBmF2ntCJQpIugpblF2mpIZBcdNpoy4+kcBOaZj41SVOPBSGC97rh9dyoorTsAxQ
				FJdrr92jD/C/ssJMr0r6h1XffE82hFXMCMnGfIV1x+lZRUoBmzRvd4YeHwiudwQeKJUcdUhW+vH2
				Ewy/tsiOM6aN2a2uZexWywDaTWTNHBXSAo17QW9Ot7AAAGcqhtfynNgCcCSjbEUZMU63pwQaiG5s
				tILHVrrk0WTkVsh7tpI5YGSHCYPaUzAPG6DP6VIX6/xqt2gYfw0XYw3xPcKGq3UQoi5kzsWME6bV
				Mntp9VibN4nMTcuDEclbaTUCzfMWqwxwb7LnAV0vVFuRhUVWslzjSUTdPGnbH/SidLQa9YPZwT4r
				n/MRe2FWt1qWZW6I6mHihk8NycN7uN4d5KCpcsiBJfSnEzojVzf1EUz8dD9JB+PzSZyGRSlNBa/T
				sZoP35xLiA6e2aJyoWPIEazxDkqbGJvwYsM7QDuJyQys4wMTO8KUcX8ZY7ecHue86ZiWn7eTyfAE
				8TF2wMERx0UTOXqnhmdYhtiLWbgm0I0keE25ab/UOxaeVQ0++FxGljFXFNtlcPCYlf8jwW0DQ27W
				R1LQ4ej/Uipy57aJMnGLfxn8GxcAM1edzAzx8osOR1O20LroKHqg87CEg6RW8fQFyuHUMPQP9MiY
				5MbA0fbqpohcAzUfAhh3T8F1CVo4VkueGqQpZawc4fZPgRdaLUeeL1nv+DqqWQ9P5oBDHfYdsyub
				5zssC8X8foHcabwaR8zh8nNgCqbC0LQ6i8BpCB5I63xfEqqFtuCxWlVv1Qfkabl++/fZeScMYIgr
				7SDURMSq6zE8tMrlFekXw2sHyAwjSi96uIL+XwUiBpTurdqtDas2no/7gxwMemwfiw4/h5qWIpkP
				TaNzilfhjskj+M8h3/5ZTMNp6JoHinsYRhs57CRzkobnEhjU3LBna8kWmujSgiMGbT3w9oU8W10y
				vGWM3nTCbnouxkStqrOkpS49F0WyFhiLap7h1VO6BAkbRoDLwR5LpZN5H1n+5iMrglJSpSxNQT+4
				6gmPrHjvlyqFfak6iS/VSO+lSg+aTNa1UeK9KqHdsMf8K9NSTV0+5yddoxTJYqjlIBbJBfIVDARX
				62bMen/NMGyCvaSrRik6dVMlieSzrVGKfW/Z/BjLb5gR08djgxaZGqH2IQji7RDt/26t7zoLjdPZ
				xKuH7qlysl/jLlngNm/Lr/uC0giytv8MeNHXOfLIBFXxhhZxN++EJXn+f3jKo08LrFlc2OXeXuKf
				bvEU14hMKhQz+RkR9iDA6pvboDNqj5m1MshkrElkdpz7P5mMzY2079Y7Av9DO7Xau2UdqoEqrZTa
				W4TNNZWvvh/e0xUVjFLXO9ysINhpLh0EuZsxH5PQ+X65F6hScfPdW1pSpumwjRUw96aKYQBM3p9d
				YlcHzNtI/2XwmViKe+ny5hOZpNa6VjhtIfhxmsUyYMI44yH/UZXbo9WY4qAa4njPBZaRuAyZlnm+
				Cv0tnxdUhok+jUg7oj2GWf5hmGWqF2YDl6CA12cKczDPDFslX4nh7T25gM8QtDOjUp07zToA9dUP
				ZrS3W9c2XjcgIQNpTVol/akz7hxC5MNMzT3MFDIPM0WwGPt02VBhFFatXGhL2hbU9h/5S5bDBWeY
				2UWGmf2JYYYoGEW92lTZn2sbRjAL84ArZflqvaPWA2FgXDXRcnx2qOzFTfc2mDVUg1njlcGsEp8t
				Pda6ntDF7IJvgZky5B0sri24hKYvKZsJ7XABs+POGrT+IZhmnkSMCZ3eihubuMit6z0rMILJTAKj
				NaSjICXmVTKschYSkyMbjT2bddr7WVR7L/lMsgQynTHzi7ww24wYr4tjLNis0JHosRQVQ555OsFw
				9WZexMxaqyGIBXwFNkBgWQ4h10qBZCUs7DG+9pTWXj/idS33RtDP7ZtRU6Og/Fzo6RyHWi8wBsXK
				BxdaVGc9OeGtT8hwCuU16HCBNmk96IP35GvNMVf+2ZZhqZzde4u+8oLY7RncHKkcPOmI80OfTA0c
				bAxTkWKpW/z0d09T1GJ27bVkhp98waEAJFDD7HzJvmUKrIQhnXlUpt46UgwVoU/clo5yzsYmJ33C
				bVKR2t/Bi9dC68921piYcqSTJJ73QTPFm+pe1+XsscWeNSvbLLkSURsejuMsQ+urmaanEKz8WGP2
				tQZb/YKtUQlBaTmxASeFqtW7BfyohSx/JCisnXUotxAbRa5mgGsTGARlLcq7U4fG9Ruk4pQc88Kv
				H6vehLMTTTU9cCB1kZorNvRC3KGEdLPKTn5BJD0spQeu0taQpjwiMVuxYeQyaWwdVlxeSzAhKwQF
				ohLrHCg1Vn3PXtyayrItP8d+9IZmtrZs0gZ26QSGJZI25BwIWCzthzvAbbDw2wbb5bbBKrRtsI0U
				g5wNLapbALNtULirVOVrQPAXoV6B9FOqNnAjtO2NTcnqr58ArOCSskTLseGypGzImQymkH/4hTf3
				LrCXILg/+jCLmLdL6iW+QDeL9XJLao+VJHo7Yv8EHMcFZrbe2dHV5H7hxi4K2kaF1lcLK/pyrQOY
				cpm/zQJC/dgwi1gj60zHsSwEkA3ad0dM1ozjjgIOJeByg44CTgeO2iH3eu14hfzZ36/Qvnox3aSz
				a/k6PqpoRgc2+Ccb/AulJqrypcC61hIQG2IItPKyJhgeD3anL14/ZAPYfYnax4ZseNo7Z0SrYAs4
				U3x73laiwGq5J0hCu/bGgXMXN8CvH0S2TuIn0bme7Fj3coN6UdBSfXBDNvSfYCiQ843BlZILxssC
				Cgw1klIRvG+ZEWxTkcPNBTUiJs5sXGS+OflQ74OueLRdhLSYZTanjVSLc/TprvJEPkFr1+o7WMmv
				Bb/6qIXD9QIsC5PcWTpd1COrpiLqQ/ns/rfqA3PBK725yiTnANNYTVCLOAHd0cJzbjqggVUL/IAa
				GeEplssw2Ez0G0wcgPxkKtvpLHHexQNJs/mBqvmnYCWYkA2EB2rlSoQE+bwjePUEq7jQ7qP0EbHb
				jTMkbyqAetkMxAELFFxmb/2i9RqVF5VWyKBJjPp001yvj0J8dwjExw3TpCS0RuXBUFdybzfNUEiJ
				tL7cKQVy02lOzYrKUCIH2yQFFdnQScdcrRVYTmkVYP0p2g+PmWWHj21cJYDUVPTK1XlmCOcg8BGG
				IuSeKKCLXHJ7YiW3pyDJ7VFHEl80z2p0fhoRXtswm7hl88ftqVGrZmhzKPA0TabxyBU6Y/6ClnB9
				2mNGm7nJsLZp6iAb7gdVYsqV115Hfm0JxC0h8x/tO/xHT5r7R3VE9BIOnQZ0DZTudRntndr2P2NJ
				kA0zVmO7m0NE3njrZpTP4M5L6hbupBEmSL/kkxSyofEJdadIQACttZalOzO2CuI+OweTMIyKSRfV
				HkDOIaQwQInyFRcx1L+CoQAKAWbjblYvp9AvUgi2BchJ2JIxXW+U3H/R4AgdZCShq5k5ii6XgDaH
				9ky1FtKwut4MAhe6ZxHLug3E4+WH+ElpJqyqsESVJm3BmDiNMXA5bNY2g6Kho65orjG9rvrNPpqt
				lfuyytsJnOKFVdbNv6V4CmZWmuw/sBm7OAtkJ0MO4bA14fOVx10VCItwND1bnP2Vn3u+IFpqLRfC
				3yLm91s6kvstCTylADUHEmmYJ5XGZSfpzUI20K1pyVoIBfLK8VoBIsu4spv0LKyIdS1Y++6Bo+1/
				RH8wVVyIvwKnFgHqGnEU2J+4ZkKQnAbhmkH/tpjPZ3rtIUqnRbsYokOr9f535a31Z/4WFPnTxLJk
				+JzgoK2dDdpaxIK2iC3SIxsiBmnhBDTVmPfMaaZexKzucE6ShlSUu/cqIAjRoy+mz2UZXCAbooTL
				/LrWivea6yTjU08WWEhPLBa0VjeSUWHH5nvSvswiqgTaELhjQmQDbcUl1BCukEcwYmiybs+RdD/h
				/m5kg2OrXFZE3XEeFqBgNa71Rpkc4yYBxCn3Evc5OtxIPOjOMy2Zpg3MgT5psyXiHBezLrSkssoh
				iazekcYGHMNgrztA4Ycs5MkjEpVB1AznyQcD9rn7OxhU7uHUuz8uyum+ibrGXBGghIskXWhTgUHU
				474wIQ4X2fUoee7A0eG8/3d+qiE5r0LVMCtNRtjAvSny3ECKDrQqix16kvKIoJNJUz+CCRDRkyIb
				7JEdk4jhIujTZSUYbj39YaSduvQQ730A0n8A9nUIF8jnLtCaZ1YlzvwayEJedb0r0EFXZbBDT1L2
				fWlU96USNrbP7VarVIS1t8q+QHeeTZiWqW1TLLBVihnTS1jcc5l3h90TZPJaEjqy0+Laj7JaqIM6
				SPx3TNZIh6nOLXYKG1+aINs9OxEHkHwXvRC7oJNZdJU40Nt11xpAM96aFOntmIHZn+ak1Bpf5Eq9
				P953/GGRrr4jht4srEWFI76pGES5bhGQiHOnSdvCrzCFsuGzeKlZWGFh1eavE+j22oXNp0p4hVZ2
				1cghYrkUfWRjzrkfM0rSFJ0vLwk6aomeQXGwHRCxIsBCvsQ+7asmqZu4R+1ikDV0eVsDhahm1W4u
				t8/J/bJiux5ywnkZ8RcyoLKVa52nRHxoaYkHKBxIqfjf0Ar/DU3r39AO+Td0KM37Tir5HehiSJme
				uwzLUxD/ItkFQ5YeEq0eDxB29xZ8oBVy5DFB6YebBwB2DEG625ix9/orHsO13DTcjXrO3NLSRov5
				W7mw8G5plxak0KVliQ52hl4IvtgUXWOO0gt9ytVhwSwgVuFzzKiB0lLIOc0nIgJTLE2vyBht4k6k
				KYyl0z1fkIWnKoUxA046e6bATdGWD2NgzczfLcZ/8WfIPlLYBpueJsFxvceaohxrj7exNtRtU2FL
				lS/KWOo9syhT+gTFmvwskyqmQj3aGCWTd0HrACbjGMv1OjQw5q8cCH1glMIZ7IK0OpATjkoOJUci
				O8FDtepUw7djRrBubtN5tJqBDSoaFqrCrViZ5CfaJfgoT0LY9WKvhuvQhOMXBLOjmZY75SDLO0NG
				XvnHhVCLZFbKpZPVc5pOTZxq0+bIuPerUPEx3NgznvUYFmJR6DvOAA9FkUnPIEHL+HqqrwMlZoAj
				HHYZ0+nwESnBDMnbl1Zo56Iemx2xL96Es6JJyEVeDLFZGBi7go+8lWIZ2N69ujyiAlT3nU7MAerd
				lbo1a20m9zTk9kE1CGnUSioRrkzvJTA0jesTKFO321HzEjpu8k/Ekc0DeGDVQjIoQ85eEoTA2uTv
				bslBi/9LJgKhW+afIXICZJVoAAbIITRXy1Vs3sn3HTCAIV6pHRI/gVL9OgPnXrmkMvHK9F4CQtO4
				his9hYrO8j9aWhVEGrlTMDAaG5lUrJyQWlql89I7Vl9lzt1QdsZYJpb4mrfjQdANnznl+58pqCEL
				nPq9bKwL5u1O5f/EZLWWjb4+Lnfsf6FY9d7KBkjYxKzkgJAGL2QQekob85O2tHMQXMFAhiYMaXvO
				o21ggrBj263YW0YbPIsLwqK3C23riDatl0FYKt1IED8ctkNo023Q9oaCtvyNuMoKAsbHxJaFbBIV
				OEUO+GWyRo2WCPqpaIbXFpaSlAhGCtdO8uSuSkDrktrHp9ep/3Tb+NFuGyHUAmFGG3WBMLjAIjTH
				1PcEplgD69AoBw/PSyPubvbGiSE9ekQYOcG2emkP3ZHjJIlRNNsbxj7chQpKwHnelv/0AoUdS1Jl
				4pXpuQXFpnG9A0ZhUpf7H47y7NMfa1YubETcSxW5WnLk9BLeD2smgQxnEzQaiGhBhAWE5XyAsOwE
				EJbl/8HyYHAZhjRuXe592sFXSVInIyjtFlNXbsH+a2Tg/+eY+160WtXzYtrW9D6rATi2cNyZmUSG
				eLuhWpZZ9qIkY43JNuG8m66sRCsFyjw7X7LQt0daGA0esOBJHUsuC/tMQq49TEcVABpxaA9MpqPp
				zJ4Tmzj2+PQgXCljTrgf+nrgNchEgYkLFd+Avsdn1oYOnwA2GANd+eR5z/1XYYRvZ6ZjvA2cTpNq
				mHvVVVOewLFl465uvyyYDhkx2b/PsKCFrlow6KUFgyr/MkFd5sA2edDwhBaV2/0AsNtYPIQFLJj6
				v4IpSq9gKtx7Xkm6/j6WMIw4SsmwQ6LIvsowJwjMzcpOlnLVJ7QyVcHepVcc4uYgASLt8ViHOzaQ
				QYKJ3+f30q59Jst9DNrrigmeYH0B5MYp3buSQEgWtGMhpTsiJlqKcjz+yjY8HFi9UDmcmN+jzyqi
				IIEONwH3oBJ2WcnGJ6ec6zlW+IYe4QY0j8CEciUyLF+q55rezk4UIROWSrCZZoXWAdCdZNp/KnYM
				Fkr74e1r4uDP578Z/sbKuzyfWSXbIgx5sq9jQuFTpVnh2+wIxhewvbSlzR+Q9MYn27THKh8RNHww
				YMEg9DUCY+DOm2WM5rOLH0IyKbugMPkQ6Mufr7VAc3m6wfz5VYgtvE3jkAws7SrkCmGk9X00eza8
				Dm8HUXEBHthrIV2wZ7bNemYbcp7ZRipjrcyeTw4DkWgm4qySYg06ZvFkKwfJL1BqC5sxoi30FC+u
				ip4o7FNMC6Dy+6f3bBmAMJzR96dPSxFGZ41L4YYh0UHWbmug5CE/wMDCN59dtw07FSKwHLCSMH7z
				WE0Kw/n63hLokJoLLaO50BxnLjR52CQVhsHG2NAMbU1xSXXIR+PkuFc4TyFYJShoUYg9kOSogQpr
				Aaufhl0RLNr6bo7IcP08ATIMGlEpW13clPPwIWRw7O/0ss7Di5ALXA+LmYsXm/rUVx7QdU6lqxfw
				NGf7LQi8l8qBG2tFvBOCRWImfATEuknJyYBrxwMkUOQ0isdpUiBO64rIHaiI3RR7UbB6rSrDUe88
				VfB2wfqOhniEhsid6eAy1Q06MXVA84jCfOs3lSQ+qrvH2/SCwL0LvnI2LrbXNO9Nq9zyHOi/c/AW
				Uf2CCp5FQKw6v1DRniyA8rkHMCkwUzLB0RQTa+i53ZXLP33phL6Xh8mKMA8vtA7GUJEu3g4MsnJZ
				eEN7g34ptYV2k0fJbgAUuAsfKENAeGtHRGIIKh+hf9deZaBCNqzkK+SsxkJmI7rpaT9+RQ0BzNrA
				HMsh0d3VBkMffeC8BqoxXg0mCG78DUiQdxk9Ci9nF6ghRyc2APlRFoQrbMAsPgjCdmEM0XoQFASO
				TJq0g8C3W2JPLQ4CctA+gd9310CjUCt/r0M7XNwknlpO1YDQelENJJogCLAqJa+IHHmr+xUfGd8H
				XfhKkZqo4KQQ1fXGUmcsjF/mSabE3SbtUhnbrBeqiweBm11xg/pAuVXxpQIVaFAMIxaGa9de3ls8
				aiC4DudDDfETllq3UO5it5m13uqOlk6pEgjWuB5FkbBwPjB9AEmyYD/bUtN1hIBhUZms/5wDnYrd
				PsveMLIOnfasYhRgRcU4jUB1pFoJR5iN9+JXCBZWBPngOdiNetf0v2Y6nnzH4oht6oyXuvbYW+7n
				C8ttMy7kWdx6y5296H7Wc7v0QVycEdZSMMLa6EVYW7EIa5/acCaaOoTWkmYH6m2lR5ReVqMANr5F
				YfickuLyaGw7T1sXeyTYcmMYELpxAfP0smIUSjpz9CiOO5BQIrmzaYoMcdUPpoGaPWJE27jrTW7f
				swMJuINpOgFu6ksWrveceRaSjW4faz2BVMIopoRJwSSsKwKwQJMdfv/74zHlcratTGEiuac93FZB
				rSDRYwWL4pwB0fAos2FLZ8D8as+rq4C6HGCyigCV9x9bWZWv6bglnM+Jy81WF+BHBQwwP0yPBlVo
				7cQSajCxtKy+PTsfkz8MAM0SGz0A+yEhBJFx9BIuMpR/1WwAJ5/ZwN91L9jDK3IGQ3DcEyFNNtQe
				0oTaW24HtVea+zN4+fzTk42oIYXmmsfZ9WoPCT0Au43TQ5CVaa/oMe2dW5j2dIPAkCWjQSt8uS50
				xAHnwww6SGYwKmFSPjCDXV5s8k7ai3aa9gGExyrmhgtzZTCSWxmkDLEy6CzVbXns87FNZnuZLnEa
				sSoDVzLoWOxSwidalDDqgA8UdEV70UDRHhU/0Z5P+htCYOtefJ7xaE9IO9rrUY72LgMETHbzzmhP
				iBjtdfk6EVUev7/5yuQkaN3KkPbWBNJeMfHR3jXP6RHIwyPIvh8gk1Kd18JjCKOK/vSuqGzoGQHV
				Ny2e4vRguGFUgHD6m1FREUxhs2tMgxE3qVFYsZZgLAvx4uT+V/QFQxVLolQ4ygdEoJ8WsNOZmYNY
				HM2AeeDzGYE8XRWFTmebFK22mt5bW83sAorW2rmWJ4Ls1+d/wFz8A1q3aMTXtSGRj8sb08FhXSit
				AcRCHeXu/qvKDbmjQzNy5WsVKBaZAClUUD1GnwonMr88ZLIoP/3SfKdMHK4e3E+Pm0ImZWU+jEvs
				3fc1QXtFWXY8TxvxDuiSpgCG2B+Ki9CWV1xyvPPEOkA/jIC6epMGs0tIHXitz8biwLr9S+CDVsmQ
				xySlnTceDIjzQIitnIGAHnejg6uYtwf0PLa9xWXf5XxPs2DJ2iZB2w+kGW4CSTgW5YrJO+dtAWSG
				GFFjeIFlylZzPdOvRirl1oUtXN0YFjzzFqsYw7ny7iWGEdEnsvOHl1zAKTEhWOoSgo2yhGAV0EKf
				suf7mhYkzLf44RHZCSNJvZTr+54sVo5MWdFXNBjQtTpjS3IB6GJY57aFiyfGxrFZIfAtTLBDQrN6
				zdz9pc+vIOTLip6HdK63oOFqTWDZ8tYKGt4ouFKspP9tIRyTFY5AsE5ebagu9AJ4deq/pg0dYC6a
				DBQRkOevputp9Hy0V4D1mUyMC6QC/cr03gNzc41oPh0w+drSKM4Xpu75daPNuXRaQ02gSff5eFX8
				+VzLQpNBbrYJiS7/lwsqsrZ616a7rahzdVkW7+eFMF6xrEqiA9T9Kdq46/h3dEgVeJ5e6JELPM8j
				FbTjMTze913qoiog/cjZByZzqS3DVoRb2IQCl7pffWCfAuAiF7fJVO5VgfmoehuRn54KVSyWej4w
				Pa4tndrh3MkWpNo9/LnKLOBxLVvfCu6h4eO8fullw5RIaphC6VbwngS58XhrVe4cCH+1GvrmDB35
				KlsZMgTZAdLe/y4/FT7ZxhwJaS6Aw4x1OMaBO91CuANBQd1b1eEnvXqov8bzxNe4Qy7vcuOJD9KI
				h2e1iWEKof3PZJUO4rW1qgcm8nPxQ8WgRngVE/MixA+FyDuhaMsrJ8JVb0I1gHhEq6S9YIOZKKxK
				qZGhWLZVsR5AnpYZp6rkHtm0nQKpYkQYVd1NA7lN88HRcSpJwdayOqbSoo0D+zFSgx8xaVDdx1/D
				66lyW+GGVwpVydW6ZSyCVZK6VGpcA6oBFatctbtcigctzC1K3dXqlKkrK1RvKbdmJ0ALEghHyaNw
				gtv+l5L7O/ViVnnJwAmh9KfQP5wy2bmlFLJl6IPF+zo2dcPhe52Jj9nTpdJ6LpZ2lb001qXAFmtS
				Zu/oQblx1qVANYuKVBzJd0S3OR3yAAL1WJDsGn5RTP6hAODr6PTOjV8JWZHRbxkEQ0AS1H8dYYWF
				/ZSlZi4MT4ViqAqL78vqXNXJ44sCbgJZllZIueV62wElJuPpTmRyjkcygbIszVX1L2Uc/q3RjfKY
				7A59A6YAgnUMpLltXPRAoCGMac/V8WfEom/YaSnjZuhTl4JwvIAJp0pyq39nd+StrVYZvnkA1Q9L
				ROwe0Dyb1LfF+wk+shXAJXqo3FffgmKkfNQ4kbnHNarMLyZkYFtUVErvb/fKwFLQMp3oe6ZL3BI1
				OziVJ+iEE2SEIHWeQbWDJAAKZk4UQCjaI6QvVDQ8B7vWiD7yFfy7HmDYf+iBVmUzWwHbAmy8KyW6
				F2FWmLkp32eL7EQ4jU7DvXX6L7aNIRC7mDsRpZnHKCmKO6vY5/lPlWZ5kZFZnoXyNvigc3mGqCwv
				GxtLGQXUemfVvBWQlz1uSaH9zgLA7o2yGnEkffMPxzLXA7NjNWIbAGr0rQDQ7LY20eTEc2Wpf+jc
				8ip0d0VlGKE4ibyJEXQEANhwptOa93DQweXHqsFnFcujXba9IJixWkqUtc+VtgvgsSIAK+wCnrEW
				PjEf9QA4NlbNTlSprL6/e3zn6HExJIEgwE5bAZv1CTU7DsGfqKv55GEyHl1xNHeVlrIxeY/5z2mx
				3Ie7YHhRFlygXWPgbVsH2avccsPddlK0Ch/F7TEpfNps5e2kqP9QQ4zXGiXsJ0eoYEH/5Kf9R7eH
				3jaulwz1lFYurFPcCriMxVwEytMJRmMpzA6QRhrrR2xHw3aehhetApSuYld4+3ZIkPYZZ/W6mcAf
				wdjTqMSzDUI9Rc1XzQfwWjmSJ5Z7K2Ahsbm4Vr2NwqR41Ag3r6jsysyiwzVeLnhO0D5csC2cgM1+
				bsciVJbN/YNTlKdyPweuFUSlxiFJixc1anx0RTNt4DXtrusp3eZFRZVSHx619fIula0Av2DvymX1
				WKhMmk8VJzLXgjJQlMoml9gNIQJ47EqOabvjc+dlU5oGa0hlY5rz78cgCixwfWQj3OV/oEKWOci1
				YCfgbDl+Ot56MglsNLJDmIr/q7Fkf36gHgOLHn9xXDHw5wfWceJkIrNZTGAj3jVGAVKL5so09HrH
				qSTX9EZHNwi52YqxTIcEIVkyWKS7RYBd6GYmVSlilpCSykZi9iiUHBc9GGoUfohnPE82MLMozeJM
				PPX8ncys5bU75whLna9LrcmYV6YsCW0jjaVTKiccUyGeoKEQr0cmxLtKv9w1ryFpy/boEMforexS
				uC2d4XYIrW6mN4IoltYv0OCXfhG66qppFoORlzHr4GZVpGtC8CGOhJWJOoKVwZS+gkyucv6xQARU
				Ba389C3DjQ7xil1dVJH4rXD7M8QTEIZ4G3vkCriY8+9uwrOdpJJzYEKCUn0g3tMrYCzpCOH0AwUS
				5MEhGOTPEN0CpphsfPKRH8AdGX0cg7gKYTG7wDuDoZ3eB0oBqpuo5fmAV84IAPwHHdC/uOaEDccl
				H7RQdArIJPEPIL578AFFNz86BagfmrL7SDyJ6IRlcw/aCRFE3wWa6FSRK0oDVUr9V5L29UqXC46f
				olEulf1P+OIJwHISzfWlXf9qcLKiSvfUpgZz2vXfKuMJiOtouZS8xqp/Phaw39c1vEMGzEu2AJiG
				56b6n5XjKSAks5FPkQ1uvGqlIJ4DpzA/+XlgCxL8y4h8POWiXjPxPeTGXtcHvTfev/bUtqLC+qNP
				KnIEdxAbZHzI/aXMFxEiDkdJ5k6JPDC9cFOxQ0RZ8j2BQE7QOY2htjPBzPB8AcgTqHQdJwEuFJUc
				5myy1jXM8j+QUrtxfPHlQcrCyUxd1lxl+STDgqqxt1VseoDnGKeHqABJ/f8CpHt3z2rCRd4unz/8
				223VNua4dljgFzC8xvOm17gxjx5TvwUw4KEnYZ6tWjJ6JMcSNFbwpVgDyIDUqA6XfeuJRrgKthdz
				FSCT3lCVOwkMuIuScwsTObnCxEKAUixhKzjRU/OFvofDjV7I3jqyIuiLRjdPQEhm+2V07CJhU4WH
				J5kl0oMLSRrqLiA9n5+vRSZ+bNBGyd/e6DEMeqSHTK8OHMgqb/UG900ZkMwyWhkYkEMzkufIrGae
				nSLNNm31yBDyyyF5AojLOTrWnlMDp4b4izspCnruY7GylV0833VqpHd5ArZlqT+zvIEB7w0RMHtQ
				F0r+uW4E+KR9CdZGbcMq4wgYQI86F5ZZ8TfvCQhBOvzzCwMGsP3ylbCvJ+D0AXpjZPfO98HK9bJX
				j8tsClVxFJ8v5Gl+TvmbnoBSLmMSlJFu2N5XoFk7jBRW1AuBCCirmDasqBaPkMu734ENOmGglgCO
				ewM7wdK3EBRqZaNAOm84a9UbJiSFXYZKQImpnfEGMrJPJ5UgnYmnfDaxXn1TMAvFHabHSB6pXEuJ
				vgYUTCpAIN858XojjBZR6uZ1kjKOWzo1FrHMFnCf0A3KJy3MLpE4nAU1Icv+l4PfMU/7ZThaYNuz
				SLVbCJGgkDtmComQBQonjqpAaOkCgJA4sVHc0SzSyC79lZnr9WXmQtTUUBYbswoPN46R08yhCHmU
				LRwMuEdmCOhUI82qH+rqfw0YoIkybbHSTkzNoF3mGHAbRMKI/3TLkhZB0yeUSC6ZbCwdF6x+qBjp
				ThdrUmJtU/tdCsj8myUgcZBScoQHjiP0fX47Q7pYrgAGpNKpOwGCHylpicjKyiDHnpdRFuOB/Z23
				EzEwgEYQKF0yK2EqNYWkSw6dMi0wQLs7XK8aCRBNJBMV1Y474qOpeJQYqfG8GTYn86NEgQEAOrZ9
				65GGsJxREaJeO+y2UX8WIEmlICfTU/Tde+UaeKmX9dlZMW0OtZUDrdPM9+ZrNHfCNEg2UUECqNJE
				jHhLKZGstj+zw7RJ9njFiq0Jo9iTjGKMrrluyKbRT7OwoyxTHBkVMknjBJOzgFbuQu8k7gcl5RUL
				M0Sseing2nLTLIm9LmZT9S4jE2EynaYNptZcBYK5tQ7MpKbyYQleCEkz6rOEOUFMJjJBqig9RTO1
				uS5Lmw4gCFCd1KSld+whuHZB4xyFdgseQS46MGCg54FR792v+m/baasGLy0j6wSaCTDg9nhzPC4t
				Fd+aaqf/1TnyPeISJc8WkT+237aq8E+U1Nr+O9gy+oo4xccnIPDGC9cj48uPUNCGMogNfCmANoe4
				74yUw8mfWiI3FN37UsDikUzMGyfHoZC9cIkZimNeCghYBNDlrbhbiVMlWCpYy3cYAx43ajV0RDxV
				hK+WgDrjAAOk+ZRbMsYyWZkhxXlUeVOMFTCwh2YvFFdpKSBA96x1JSUnasP4TdAEilQKndh9cn39
				ivRdCiBLMnGbzWXHnlLqDukJ6r3SiEC3NEqXAkJx21/jZycKN9wZdo1Szpmuz6OIFTM4P93TNW+Y
				V3KlA5oPGXhda0NsiEg82dVZrsCclelUlYs4AfgjBG2VdFJ2fsCdL5AcVgPTAzCAVmR4XVV+G4VJ
				9ah1btKBTmitrBV7iy2CPIhQjJHiZA5MzxC9qp55lHrzyrbxMA5b0iKLuArsXAoa6M2rHKEsnI4V
				KAfR6RhUedqOmNMlgUiLAYp7lx2AAUuz7Yq99NjoTLpHhXGmKOAUJgAPKVTnedwLtrP3Y9VFx4eP
				1Sj3bCPuK7z1tGSABRO6+50KJtt2MWkSBJUBgO9iuQAwoFn6QCjVZlk2bCLA+kUiSU8COLhBMgHS
				o+L+QIa0yOGYzbsRvQcjUOTQoiattr9Y5Q3Zi55uQ1oiSVXTGUvWjebZWTZjaJrbNHv+kwW4y2Sq
				ZfJDvOK8c0kP4tTqg409txV7PDmuDYNVp37EeTc4V/YW8bwOPIYXN4P1yrLy2CNB5NzcW4SAxRGZ
				Dc/r3tbxYHYz0n3soF2ifnfof+nb9lxu3t6DF4J9OG8GLNsy/i1IqN5ExknEMwNLhyDsSNY4SHet
				waqFtY8pXIpffGAO6cIXJFXAQ+QwDOV7WfhsKkuq4MlnJZxgdvxjwkVxnTpkJKZysP3eodj0Xis7
				U307GQbme7H9L+CqoH3K2iGMqJPgikuyT16Nq0B5z4I9gdiKcgYidvy2e1ij3RqjIrzWXOWVh0FH
				vglty7ZwCEGBWo5gSTBd0cUOh7CYd5y+/QVUsFBLQfLkBKexlWbHObpf5RaktaluGSdhbCuF8IdA
				S+Rv8HtYOLOrDBAnhSeRv3Fh1yth7Q1kogRspWi0pmZNrZyMODoVNPel5AAAK6fGYjlfR0oPzIYv
				L8cuRxRtvPC8ic3dUPheM/A8e8JUX4aktVJVVPowNXZK67M6DqEtgBSmehkLaHL8ChJ60VH+OHBK
				oUsAU+y2Ul93F+Lh4S0qnx9JZSxOlV31NQ6D7I44vsr1x5v59WHY5fbJeM50AI8Rlp4bu1jvsKcS
				lBfAw0ItBUvTM1xja+aGE4wKApo6qjwRoCWFHJ8L2G5ZEZEIsM8AEHG5A9AD3QPf933f932fvu/7
				Lgu2tCbiC0H0fd7Xnfv/f2Hf6HoVuq7/qz6d+vRvEv5J+MPDw8PDwxk+TRLCR+bjEc7MZmY0EQsT
				IjESInGJSYQSkpjHJIKEJILEH/HH/Fg85gffi4/tMT3CZRzzkIhHRERELCIiwmHHxLbtmB2z6ZG3
				4JDGPLZouLGt6pyhO8OMhRlklEHGYozAEGPKiPgiYrFYLMbFpMUVo1goRIopppgigNu2KSjGbdu2
				bdu0zY9XNvNxjMe27XXGY9vetm0h3iieJ8+TeJqm/RGbJ933Hb57uhfuhcPhcDgcDofD4TG8sENY
				4bFD2MG2bfHtsFcGNtu27W1ewN221ZvFtm3P9ErPtm3btu119sy5syhWrrY3z5YnT17I0yTLCkxT
				8ORFbGvwFjwGb8GbCZaZ+czMTCfObETCjEwnnYh02xbSaZUKZSSTTlO829733d5t2yY6iXgw2jm6
				RkMsunVj267tzqbleqZnubN0+kpfl422btlulVB1Qj3suq7rarYM7DpxvkCZdf282DqP68pps4Vp
				G3Vdd1mhWm3bShM6LXSh0x2ha+gcuoaOoevaUehC6Ga44XA4HA6Hw+FwOByOKRwKhT+FQuHFMg+Z
				Jk1EyGkeRD7yaZrPUYvQIyIiOE00OQZHbiFs29zN0eRobubkabB0+kqjrxtt3fZk1SHLkgyRYRxJ
				ukHO5EqOHMdxHMdxHMdxHMVxHEdR1DhSrombjKIoiiIXFh2iKAYmTuKCOHIcx3Ecx3Ecx3HsBAZO
				oGdmZAYxHk5Hm8KIjFxEQi6WkIqFUuElkyASfZfPg8z/f5tt27Z9475J27Zt2xQxLxaLxWKx7aMY
				3yHEI94eFtj1TMvBU3n4SqPvybZuuB9p3dZtDRWqw9BxYzjNYEmO5rhpGsdt3LZtm3zbGuNt27Zt
				26ZN9E17TLRdW2jTNE3TNE0L08LCwkZhYWFho9EoLGzTtGmathnxaDTraBxto41EI5FIJBKJRCKR
				SDSRSCQSzbUgss+1bVtcI79p0dEuCdcmNAlN0zRN0zRN0zRNq6ZpmmiatdWaabme6VmTg6eN3o1q
				rtZqrLqGqsNQ4fAUBs+YSpMsO08cOVLTFqiZ9mky7dNinqAKbJqmhWmjSbNEqdIkSpNG0gQFKQJy
				B01TUFBQUFAQAAVNEII2IRP2CYsJ83A6G45mE0YzEkZkRB5ysYTEf3nFElaRoUjmkyASCZuHbdq2
				bePD9jBu27Zt2xy2bdMdIcI4LMLcNh2u7TqMnsPCApTL4LpvW5ZlWZblOGxLlmVZliVHHFeWZclx
				Xdetq7qqq0qSqkpKVduyJSPUoWsoGcqFKpScIPORz8zMkEPOjMzIkCMXi0jIJYQilSAkyQkpIUmS
				/Bknz//n/niclCAtDQaDwWAwSIW4hEmSJMmaFC3PUpJkyZIlS9YlSZJcSZUcSZIkSZIkgyNlviFJ
				0mPHkSQ5kuRFriJJkSRJMjw6kgoMDNQCqUBOZjP7TGYx+8yzmHXGzjibZpuFmWZBJpPNSIjLjTKZ
				zLttrHyM+2UgPo7txwas+6hQN2nbtjFidIzbtm3bto3bxup28BrRKFTbNnrbPHbs+LptW25d6NTx
				cZLjOI7jqAWOWphAGVms++x144Zh40iS1zRaUxU0jZqmUaMoPowSR4aRJMmZkenEiBNHpBhGROQi
				IoZUJhZKhTIRZR5EPpfH+9+Puxf50fdw3eESERMPiUfIoRDFBUiKEr5pB+s5mJZnB2vcV6KiKIqi
				qDVUPYehwpHwFE0xKJpiKYoKjKIoBooTRVEURVEURVEUJVAURYXQcAmJeqiSpUqiJIkKkqQJCppL
				ECOIDyIdxDFCCwrSTNBMIPUJDCw7DwycRmREAkUCLSG0BFYCuUkQyTyIfP7L478f9yX4fucjXN/D
				BRMPCT8CIwIdgYGBgYGBgYGBgYGBgYGBgYGBgdHAQI20PH2DGfhoYERg4MQGroFqIAMDAwMDAwMD
				AwMDAwMDAwMDAxkYGDgbfLHOXKC2wAUqUIG6AkOBVqBETlBgIMVLhMAQ6BBYhsApMDBwG2dkPiMz
				MzMzMzPDCd+2ychFEHIZGRkZGRkZGQnykM9/uUTvxx+fScPPZzabzeYTkohgTMQ4pjFWLEIo5Fs8
				DiEYzxweT4Tr2Z6m9XQ8nU6n04lOp9PpdDqdTqfD6XA2HA6Hs9lsOJzNyjGQFEdxAmcwspHNpt50
				w81ms9FsNBqNRqPRaDTTaDQaTdBI427bw0R0g4YRhJkRmWkiIiIiIiJyEdmITIKIiIjIRSwi2yYJ
				8l/il7j0O6/v4fpEuMTEQ+J2RDQcdnjBKENEFDKWW0KIWMYillsmtdhisWjZLJNllkqlUqlUKpVK
				pVKhuoaq4ikchg5GSJlMoVAoFAqFMopAFMpkMplMpslkMplMJpPJZCKZBJFIJBKJRCyhpBJJkAim
				bdu2NcgYZNu2bds2+bZtwdgk3/d9n+Xevo/kC/LNv33f933f933f933fvu/zd8oXi8XXiMfj8bgf
				j/i+7/u+7/u+7/u+L1ieBr/vpX/fx/+vH6jf933f9+389n3f9wXqqqoTqqoVqhOjNNUyQEe1CxMo
				I9M0TdPUqdM0dVM1NUwj9VJF6qVWltROatu2EtQHtW0ZVM2CKs2ESgzr4Wg6G84mVJrQGBEJDQ0N
				DbWEqjKhzENDgzz0oQ99PLRtWz50D308IiIiIiLM0IiIOIXROiaEBM3FoeHQOzSsBjp0Dp03WKYN
				VVtVbdsqVHyGVgzlyNAxdKELXehCF7rQhdYLnZkqbBY2V7gKrUJDFdqgUPUNXHGLJkBthQuthM7M
				zPAzjBnOzMzMzMzMMGQuY5mQiRGFjZ2ZyszMzMzIJz5Dxv///5AKn8fMRAwbQ8ewMVSMQ4RjPEPx
				hOee8Niug20PPR0PSUqnEx26Ktt2GCCFQ5VDkhQncOPNMDbdeENtuuFoo9mIhqLRzFRjzUgzlGbC
				BM2ECRMmTJgwwxBmYRgmTBgrjMiIfGI2HQ+nHBkRGRkZGZmLVELkYgkRC0VSmVBEIkHi8vlFREQo
				nFAoFAqFmqCoCHEIhSIMIQxZiEJCKBQKhUKhUCgUCoUSCoVCqVAo01eVRtvXjbpqZRVWhOoaqoYO
				5RShnBLDmXqQJMdRSMmEMaGQk5h04sk62YSTTcJEJJqMJExGIhLXElZCiUQikQSRBAkSJAgfJILM
				NIiDMAiDBPGEIJMHmU/wc8acO8/zPM/zPM/zPC8i8lNETlFfgLz8/9ef/LmfO8/zPM/zPM/zPB+P
				x+P0/XiE8EB8wX3f53meJ+nT9/3e7/u+7/u+J9uuLFmGqlM/PN/heZ7ng3c5IEmekl3f933f944l
				Se4jElyvruu6ruu6NEGX8AmfcXiEP1zOUm/4KZ7neT48fOYj408wJugJUmJiYmJCQkJiIsyIyHoR
				EREJiSCSkBAJEpwH5cHH4/F4PB6Px+PxeDgiIiIiHI6IiAhSQVGUIgYhBA6Hg8FgMCjWQYfD4XA0
				HI1Go9FoNNhoNBoNNSiqQZKkMDiREsUIjEExGBiMiIiIiIiIEBGhGEWIIhSKiIigglOQUkiIeUgI
				PgQjBBcMBhlCIRYihFCImRBCZkYk5uOJCblwOu6MyQU05ogZxhwxRTy4mKJprmJSzIkpvsX3fd/3
				fd/3HTuv7wuJiXB9EG7BhClJeBIOh8PhMMOChcMSwhybYtO2bdu2bdu2bds2Xdd1XdeOurXLqq1V
				UyRFkiRpmqU5kiRJkqRMkiI1ah6yZUFlmgpM5kzTNE3TNE3TNE2Tplk65iMzU8kMHjMRZdm25ZQr
				y7Isy7Isy7IsS8kkiORlWZbzkn/f9+3Ld7CXZVmWZUmJcmVZlmVZlmVZliXLUpswUtOyDJd267Zt
				A5UaJtZtXqXaPEYilUqlUmlIKktaSZBIpZKkQRqkQR6kbdsgrdq2bdu28baVmPgtE0Yz/2/+In/l
				k1P+tu38Vfxt9f9/21aiWqt4vHS8jZfxKh6P+3Hf933fb/j2T7/+fPrjfd9ysPThvu37v13o1Tf0
				dUD4qlKl7v///5W936v//////z1/r0ujr3LEf+v//04PuvQJf3hfPcLDw8PDw8PDwyuFNx4R7Sc8
				EROe2IxoZiaMSMjIReQSIWKRUEQkJhGNtu08Hn80vvd+PB5RVZ+I1hFt2y6iihDh3hGlHW3Mdlu3
				UWm0fd2o22h0DVVDhcHhKXwwaopkOZIeA0WUxcd5sc7dFsYtwmSsayRUTZYaDZIQERHREAvBEDMK
				oRCiqvpx5a7jctyNO67ruq7ruq7rum5d13XtcF3XQeT7/Pfl8T/835V2Xt91SfMQXDwaEY4Itxq7
				bti1Hb7d2lXbtsGu6vDrRl3XVV3XdV3XdE3TNE2Xpmm6pemqomf6M1fmfq7ruq7ruq7ruq7rYFmW
				5eDgyrJctqbsTrAE7xEcHBwcHBwcXHWu67Zu27Zt27btZWZGRGZGFOZCSSAScmnbtm1baUUyCSKZ
				B5HPf3n8j+h9vm849J17w9uGt23bttHGRaiqbdu2rcZtXdd1pa7bNkTatm6DpwJp1bZt27ZbqDoM
				DQyewpFQVbOtTFIsWQbKZl/Mk7VqrJ26ruuqquu6Vm1V1QuqqqqqqraqNFRVVQ0NVdVKaGhoaGho
				aGhoaGhoaKhwGDocCofD4bBV27atNqpQKL6wIayFFQqFQqFQeArP8zzPnud5njurdmfbthPsph2q
				DbIsy7LBqizLsizLsizLsmxZlmXFsqz0stH2ZVm2Zcuy/JAVsifLsizLsizLsizLimVZliJ2Xngc
				q3JsGDsSsVVpsRVLsWNZNogSOIEPlMAIfKADI9CBw8AGLpCBAQUKQuDMKjMzM9LhbGY0a5h1ZJXJ
				ZDKZTCaTyWQyWeyTfd/3/Yuv67quX/d1WKlt2zZidaxt27Zt26pt2yo4Bwev67qu7xp113Vd13VV
				1VXruq7ruq7ruq7r2nVd98lmgbOBfH5sXLdy67au67qu67qu67qu6zRq0qaFaa0kYWFhYQ5r2IBh
				XddVVdfOqFJVVVVVVVVVdSONPqIRNYwEGXFiYyISXCwhYlHbthNVEiQu/1VVVVVVXatPhE88HBIR
				j2iEWDAUC1HMHULGqm3XsmmrVq1aXavKbdVVZQOZN6zUiA937QODGHQAEGNJDsRIksXU9aL+WAYF
				79xP8KJ2bBRE0IQTawkFTaSo3KrBTX+og7BGT/TheVyr4B3uVKU/3L9VujBkq6y5meb33brc5ymC
				FD4ChhDS9pwa0//9g76u/nsobfkSNdlVyy1MXKZbHB0B3/b29rgRUmQFE4Ny+mwYBcqVhGxMWxF5
				coV9kteMEpfTYMSlijNJQ/me6Uc4dI5ZDYUDnYzq6id2sQ/uxwg4b/V3WlvIzU9qxfmV8+xh+0iC
				qRCqf9aZbq3a5I/Nl4ja5SKlM2CaVhM7cgknqqPVkHhfSiBMclcBgUS6zjw5CAtrAbM23qMGWhAb
				fgfcfLds9hyYvkQNU7oUnmPI5TrUnENOaCt6SwhNbE43831PCXlZ5l0x6P5ThjuNYQV9CAyFTNPw
				4rLQ+DusUG638VYNOW26knx2otBt406NbNi31frF/viUSqQ0shqWTLJz3kCFH0rJGcjiI2lzVoCc
				NEJ33OwVEOynKLKF1AequKLh8xLaEFtA6D2vJ39yRy0iy4sZRA3rQdrOTJ5lw9M8FO6C1G9oJ4br
				EDDt6LIafCDCk769Mt5ZhaCZYCuhPi6mD0TnZfnhzYIPfaR/5KIGf2CUvcncmJTktMBWb30EPMSv
				zi6oIU2sgteshnrOSqF0d1RD8+/Ypege1XCsoLfI5lENZ1LCbvlkNTCqOoqQ9tGmRhp09uqXTIad
				kzSPivOueLMa1jq1KipHzmo+RUfidcCwrUdnnSnyHse3lRJjy4ZJAXOWPycg8UCI6SS9CKZXts3p
				V3b175FjZRZk9IAG5KD+P/ZPH9jkst8C7Hs1UPuc9PGy+JlcnVaY9BHOHmQ7vGHddnXqlZgVMPUC
				5PQhwc6605i0UT95x8L9ZLgcJn0dPrPaf5UzmdN808a4y8pxlcGNBzFrFog6IjglP9kyvUDkv7UV
				9NeWF0ySuZIJ/Wzvux28ewsSCyzOLPxKZml4S8AtCv3/kE6q8N1rF3ygC5qGjNa4bSr1BTOgoZcF
				fw8FaqXA/BkGLKP1DUQ3ximvaisjOWqILswas8QpekjPFTjdPMFHimS7cg+ugM+FGHYyyWZaDyOh
				o0HrPp58oownE57iyVBxkYCb2dNopra73w5TF58PfTUqcVXbGN3OheDim98r/mQiuy4UPvBM6EYf
				3SROm+YI+DJqWJkStLQtB/PLjcvg3gjykuMs0xCWNNzJwetRw3BQURecT2cwIQdCe1vtkYYXzbYF
				qqOGu3tsclOru6m5rs6O8BnekZ1MredDdHVze9QQTjBlO4E6hHZhzRLoHewT86wIZUJBaMRjkrCc
				dOufeZBnDm3oyIIeHXA1IP4zytHMobKB48BhBOTyhlher+ARYImWfedNDe8/OtmIGnGYyylXV6p4
				aJ0mn5/2zp0RI9FyeIrIsm3A5F+qXg632YKm7VeOKgqrHdFs6Gm7pRWMhHAlOu5XimicsK5q7dt8
				Q7rR8/+BSay2obIhc2Db/NsJ90sDKqQEIprzBCaoeqL9MZuKeAgkT3UcTMP8fj65+7WXBSA48kny
				tRyjErQhojkRC/y08936iG4BGUS0WnyIJv49REtAUXlWg5mYojtEWxi3mmOWaTr8bKZDBOijv1FD
				lCo7sB9CmXRjeOzA2Wyc8qr0SFhG6zbus9secrrf7ZCGwaxaxn00EaQthfO67sP6WWRDwAYUXny2
				edgQxvsPpedyd9xa6OUmpxup8LM3zQo/KnsAn/vcarbPFQG1zz0IgRnnDXEM2eWB9VzHwDTc7y/Q
				Z5vk48AqViogCwXERCCPdqIB8vzx69KsIDhOeexCu7VCaqGAqtbpL2ffhNcNMxnuVLjFTC4Pd9L4
				D1NR94clANSgSzwaGV2cGtgu7y1N+qOmbnx+26TST6cGf1P3DUVoQQZZ0T2/w3p+UZ9RKS6W36lh
				Yzqb8w2icKCrWeKUk2kPG9qtEyO5sln2sLZJ3SLJ++1PckU8xlwHc2L+s97XNkz8po4DeNV2jXfD
				LtZBitd8Mtr6EQX3+Jwa/Au7xliqHoUhbsbdR6cpOF0cHLPt8/K7NABUaLy9KGhA4lLOUFvqvO2e
				8oXinAp6xclvQR2ydmCMwB+3FOr232zo/bhV8EVuUK8YsEM4PuM5as/YWDcBfhHjlZOaQYt2OzW4
				iofE7rkCPsoygx9Doirh1G/kTJkwfLHky4f4PdFJhr5HJbvkfbyLHqOwhn9gs7aqcyNhm7IDnHpp
				yCNxSTPyMA1otPABWICU0Zec9x0o2N6oJpTeqVlIZW+ppqdT+8jKnW28VKJR0iDk91E1NGw566QA
				tlnEqRf1BUc1xSvyTo09c8IdHQ27nhFy6Xh/CuEEj7x2uIvzFxMaeo72Lbrdj6IuUE5leebaMXUL
				6duf1GhrZ0augNpZoUYcYYSjXS5vxdhtTdf+IgV5FPYOGtDmYbpWUEiaMhxvg6VYXuTJ23XIaFRD
				Zxg6tc9z7mjsgrhS4nBikOfgjZvwnqqGSrrAUPcJkSV5XXGAxpyhfoom6bNzrbxQOP/Z9fyExOg9
				pMqKRxzVCKH625yufSpig6RAfKcGZtn+7YOGYTdaVr1PRfxiZizLVJx2XBBvQVNQ4x6n3hndPCAh
				kThFFKyoyjhJq082plV4ggTjOVUxW7qAnZ0f90CvD6zdPwc8KLUsdkxq3XnDCw58VkYdZyxtmNvt
				dajcjMvfgmrN8ha8cF2hsqsM7SPINgF3TgSVyQqAM9zAU8ZODC4c3FFCmDll9V/ts/kUcWMXEtzs
				3dVAuw3rKlXTH+aGBgtSZcQF52mBR+sZpS7GTrE5doeIdGUuduG8r5fyPBR2AFzsOpvLx7046YS8
				0aCbLJs6Kh60qN2A+7eQGORNA+Op6KqN/02pf7oOtOH4pCK7L64cdVnwflYBGcflRauD0RLhOkMo
				knqf0yC0cRJjans0RlET99Llc6CkERxpAnW5S6ewbTFRc/RgqO67d+ra2U7dbr1zLpiL8IT8uuAT
				8x/Wcc3Go0EhOUbzsU7NtNjJhqy2NGNaUpuOxs2NLr39FMBmwgQaiO8ezuEbOLyVTLFETg2J2Hv8
				3inYoS/z2WFyBm2qWxcLyQ+TnR/OxQ6jm3EZ+dg1WZREwipmg3Uhcu2FM7RsgeuMjgmBth3lBtTg
				x3qWDInYcGs21gNPhHEaCrbQ40AwQT4cwwYslmoVZrqgT8nUJ342gWBDzdEax4bQ4e4s5tQgE5Qg
				s7EAOUUogD89MirmGw3H4+U2uRDgg1f0bO1gFHmcNgbh5izx26xPmJeV9ndUTya/8LjGAT8EOjQH
				l9ABBZkK7UX4sYmyNQTDpx1KS4I3noTd3L8c6wOp0dBJ/a8TDOg1O5z1kub7xFEunBp+t2Xgiog7
				5nUFTFajGm5qLlyGlv+jLadIwsK3uLl1XJhTYJC0Lqv0xTp+rmngmTKXPLf1FiynJl7Jw/EiiPx1
				lwPbk4djy9O6JNdEF0XLHLMvQ91jPPFq5rw+o6hYpwYd3fB2Q8ikJh3OOlorRXC7nXMRi7rSLGA7
				t3OxLuu8Gd0p3Nf8KNINqUajfS4q48/8Ajqggi/gOVX3vPgEW6ZpCvjY5sdY0Oy+cp+dlPhtFtpw
				uVPAzNT5/FkRUHkoEemSnqh4P5waRBGiPS4hxRdakUOHl9SHUtRdug3mqW15KAGjt7xYWGJ59N0I
				3OBOe7BOBQtpOEAHAV84uHncdXD0h9GrfdRXArW0HuHUMGqVhSsk71heKzC104hmePXU27WIg2Lq
				mv8/fMoEjApsojvF3pshXgboxGVEdNXTM1oIoCe6KiLcwb70DHez+EAKOkeQ0TgTTYawwmUWsmOV
				pjgVRqx+u4JhOCpePJwaLGEJmzG0/ppRyO3zN0VhxbmVg+zHmnB3A5C6fra6nYu8/5gGMMxsAGGb
				HIjA6v3VhJCpbfoZgz8jt7GeMWRid5Zb/boF0kvaSM3VnLYQlCBNaxtUgXHWRf7RwG4CiNNc8DoN
				buwVJlE/pzUfyzV++/BA+TprIi8DfFRPTkgsw/P3m+sqnm61JYTzC/jO0F7+Mv/1ZBnh0BfMFkFQ
				44DrUKpZJ5oPrMHNLZiCLhRwjsw9vtLFtUdBUdj6yYr/K30pITgVO5f42Z+dsdTEiGQ8Fwo3iIID
				ExE0IQdRgCT81xzIemS/kOBdc+3z3s2z63DP9ip352Niq3zmHwITJ2lFd/b8bsubfzEwD66WjT2m
				1SIin1mqd977mq0NSV2WbK6Kc9jFxakh1f/MtVmH/9WfG+HLkcJo+wIndIlLNeh9QrVtnLh7KymF
				8UoHDrYZ5kPcsxz/001Vg3o6+S0KE68mThQ5rwuhJGmTJfh5AGshOrNtzrnJE3zAjkGYoJCTDpZO
				DfgQMIpazLnR7SGqkqMWdKd2atgDvvzkLvWiW0Lm6InrJ2EkMEWWTuJWdWrwo3rBKMYaOXLmhIu8
				C1AAF051xNGeWEMUDeWb3sxOa2srcDCc/1+UFr233MYsVqkrVbxlqrEsfoagIUrHOxcPGZkZedbz
				pdliAEO/lDy361JsMsyeWVJVgxamMEwibQe0lrQC7b4cVAnDJXksfmCTHOIDOGE7uFP/JFqtmZfm
				N6UZ3gIfe5ObNHYgjyyWpvFkPfcyCPDl098dO7uWaodL2jrA8Tt2P4F8FImtxBia/g07gFnwSRov
				OkSe42CfR2tCaYspAOIzxUlNgJHiXMN/b5XH5MxdxavwWGwVELo1vX9FM0j2iQmYu5U3UFKmVf9p
				JxVjnY5sp3cXut1oQiyM8wFMDcTfRCkQvuQO2+MY2iWSLoHwZRsPfxK1tiqdHBSEruESNUkRvrQG
				ATZ2KqUIuQ5Iege5DtD+LVx/nOTmCDDL0Ery3IC7VkDiciT3bNWOvg0pB6/EOuHM7PlSg2rekYta
				vssT/zQPWNHyXxlm8qhNfyXadQPXsftLAPMlmHZihtdZYwCNjtkflvVJZLcjV1D2I0ofb2rgkwm5
				Fvt5TJArMVPIk5q/K+UoBLk3dLUinsu5H5Ax3xDIzQhYN4eAHgeG9uPSgSJlrIovfVzx8aka0drq
				oQlvgmOUiqt3KzSoLXh1Q/X6ZpTb15OPa1LXNVCBY8Rh8rINEoYYjkvZ29SwKrZxW/Hy+JtANjWw
				GK7J6FXqXq9ZoTk0/ldLkM0KSBaF35kF8dB+0LvINXJTg7FUh6dY+rqG8k8fpg8xmHTDNDxab+0E
				8IeEAPI3cU9vbLzT2i6KEqxey114IPritGdqqK1tuPMIByh3i98xzeFzDYM2EL+40ehmNMYejxxJ
				N5Gk2VVMW7ExNajNezjRpR8Yifzx38PA571IpB40zYZiUkaJe5xshxV9jDO6JQIaRMynCiRe6R1J
				29b6sNJfdfWzLsf6FtTpwXWRo1KrTOU9MIrLiALsPWUA+z/e403xM0R9OK4faWry2KRTtXDaYF9P
				offw+8xtr1Tb/YktoFMtl+Fpm6jZ04vdqZVU/k0qqqDJo35G2dZy+8qkHXtALEWQtbHcRiei4h1L
				xIUXMgH6py5Ep5ga8G5vdwYNCJQLnG4G9hIvNr8lYLcogvpgqPAZXjFLKN55d2S+x3KgSbdo7TUo
				pN41p+1pqxygF6pmMnTVwG55nDbmSKT/2khb5xqAK1lmBDlhr+iZqtvSF/hmMVvdz65C16egz5wQ
				A86haO4CW21V0IDPPgU6tT4FOjfoU6CbhUT2StzTz9FvuUbxFPSiWz9To0/72tCbdboK88X8SuJO
				gW61F4YMeApFbYFlMqxtpqtcQykvSTyYspPaCgQ0Bnf1A0JB13zBTh5YJQ13KQgvpK3i5xTdeKDJ
				Y6u0Ag2Wa3BMABuT2bQb3hrr2gh8h7V11C3qESvMFaYPnhbZilbSXENv9HZWzc8w0pENmhox/dIz
				h8GJ1dcAQnFCweMkYY3JN7TF5AHfzKEdjy1o9gFLZqB/eGu+7Fth6mWDyELleukYk7RzytUiZKz7
				taxIlozJdINJ/nNWiLiKAFH80XTJ6h9SpykXZmSufU3EwVwNPvRlmTxsS8tKhnHaPjW1DxyGkedz
				rud/3cZPfcamSVCsNRKnJ8vEqipjpIxis0tzcPIUdL/TFQUETmftOuSy5Cd4LTOVAwEx7GmV0QJa
				M/mZzdcTw7HVf6HgC0IouHUOCl6xuTjX0Nc0Rz0YrXGLF0DsnWwreipHA/50rgGsYNrwqtm/Bhxo
				qiw+TdKpIR3Nqd76juvtr2ef7t/2tlNliNn8vnGZkwPO3cIAzEeTZqF/D80idvjbs3B58Xy+qmGe
				J7hGUFqL5roECrql0XpW3Cgk2cDj0TbQ5xoo9ks72OQnfynFjQwF0UUgDj4wAlxjItB2FeY8TazV
				N2UoghcrHlDoCGrvZjIkcigAwnGxMaPQMt/6L2Z0qOd9Zb+DZTgGOhz45hpoDe3P5XuFfE1Fk8yH
				3/xkgfPdwgIt/VKZmRq0VB0vd4jyCVXSnEAMyAkKq4AmaYmbqB291kmgxm4N7HYDVN7fH8kgcYp1
				KkAynbvu0vMv8DfU6jrUGFqQox7OARgRhsvEg6nhMoeQEFvZIzCFGrybdMqCw1m+6J1tBOh2sjuo
				XGJQc1QJxWEISrdHfriBCuPRHc70FgUt+dJnCawr2kzQHdhM0DVpzQS90RfXu97iNLp5jOQnB68v
				3H8WpKWbV2LMLQCoghAFUcyWqSHVuhlUAeXGem/BgcnGtQlnX2UyEygZCyKGPfaGFg0mQMQICFG1
				rHLqMsc+bELKSy1HBddukQDIfZm+SCx7IeqiOKdTApgayIJeaPuOYA9FzefHl6jde9bRTb1oQgJd
				OWHsOw6nzoRpZjH+QbAQiPNHJkTYli6xhv/d8wiZwH64yKpMp1DJqs0l6oPz32XEW9hkmLtotDLj
				8MhKg+UAD+G23UVTG0fQlMrf7sK8l5hyphvmAN/uXM+Acy2jd26qaP6kcyJoB3yT/m7DpPeDNCZS
				2zvLiDcLtKBCKLgpenS9Jkg98rljim0BDozxCPhsiBRGQ3/dFNYetALwtwTpPDpYcLPiUwlbGfUd
				fsYhAo6yI0zYmCHuhxUVTILRe5ufc+OykQ+KPXRA3PKAS7SyM53CT/wcargPfVZwq+IxU8MDUdUN
				NAktrM3KfmFqv6zQ3sPMnOXEX6GkXrcSvakSDh8n+Uvl5tvcSszafXXkLnQAdjEP2vpAeaMAZEML
				w88pMTUIBi8Ukt5xBzwo6yxyllDdceMHCh6W9J3YWNqe2+2hedxG4K5p5gwultdjhnl8NlW7WSU2
				AxSpW8uOuoXORt2aVOVxGB7sLF3RuxgNB0pCvvC4cQzJDIh8cyxRGIZx+8X5txnZ/3+5NG+cwR7u
				QKUPqpbRx0xGYWzoA+eG+StrsGHMKEbGPfeSKLGtwhizBF1vmnFGT3mLWHJSuo7UZzdibCb53zZL
				yjM14HR3PnP4v105kLfnbbAzTdP7/4LbxtZbVrugNfj+G4gRxtBtw/3XWpQDsvWbXGsQZCxdV/zw
				qnoVHojvg4Uq1VJdv/7PXZ3dXPp46596THCxRj/hrhV57UWqXby95MHIkFzc6rbuTC2/WJodnLm4
				M4cZ2jbIwDQ+3ep96xSXiGS4P+lOJssDpnbkgINRfIMuOfQyNQgAJcg8TNjNuAU5fMO9EAd5iZzE
				tIxPo7AX4ksfg1OiyxDvXYOQEllezPqyDkG7jjhdn4stHjsOKgenOwFRUyaIl6Op1uD0z/fAS7lc
				ZUzWmRTs/PsJFqD+8cigwy5uNpxAMGaKqSE3jM/1BlD4kPU8d+REnT+VjmrXQ6Zp7BTYbWDDY0e5
				mGTwuMVsqZMCHShcEJSEBWOK6KyJYJjb8RkA5ITi+KEATJ1DkHIN/ed/nTDgpuXwpvefHCwfCYGp
				4b9dBqtEuTHea3BgcuPV//HQFkdISvxPJ1JCaNhZ3Ck5LssAYJBcjPxove2ROqXm/BnGDHUV63GW
				eVDH8NrnLL8ypLx2jWie/yHO22F7Ib9ki6L8HDPv4e4hlvgmc96aSVSAqQE475WPy81V2avkYHwV
				IDS9Jrrh08uBOod2WUXs1kpVb+ej0y2D4D4YQ2ueWSoZfykwoARUSZX1v0ZC/WtE10+1Ztzutzm0
				kQIBCH6NJeibk/jo7Wt0/pUoWBtqaf9WdFpjWaHURXwQR8T2M6VtHsQFbXdsOXGYGkRIIl7uAOUT
				qpbjx0vUhFLU0LoN89RtSygB01teLqgxedlpNKaFVZfCYhN5ayc6eKfXn/uzyl6Ky0Jrdd4ld6YG
				EWSRnldA8YVS57IDJVXC67RzO/EOdHKy/3+Ii2p4odZuxDHoyQskjZeUQauczWQifpgJxdIxytBV
				+hG0IyZqWnLLxPfj05I3f9R0JmGA0m+N4A2HRJWLqUFxz6JcCXHBeVmAqW0UJbfrX2Aaacjfw6u+
				VuzZssym1W02F0DTAT0NLNBNYxXo9F8KdHz5AAvPyzCsYaKf//CHojSf4BnJdvDuwF7wjT45cu34
				41wvuqGIiT7AXh2NHMlmbOLmsUm/gtZAAN9QyXhguVDxXuh0y2yhAiaIEbaNu31PWsOVoRqs105y
				wIeUmnA+NHDnVp8w08hdvjmuNpgapjxKZ0v8DhpyA/0NweO19jUj+kb8cuqSrthZS/B42AGtcOJO
				VO1aH2PAawYAXvZrToEO8Ueiv2vz97UtMevh5F7gzGXubStxJTBBHqqlWYUeYoVI9YYUsfyCnwT7
				XfQHbwy/D1f5I3Wgb78K93Xk+OkxcbIrSj79vt93y82PnLUjTQe640wHuibKdGADlbeRYW0s3GRe
				jMk/y9QXj/zZL5lhF9w/i63voQMakmoYVTmhampKaOVz/bbk/GSu+PqNsiDyfZwhFtUwFMxKGPDS
				SY9tJrwR99zT/7pTzJxqqPyNadKqHQPpxGmX6fGlTZaG6AH16Nnc508bqrN6Yuh8/hOmhroli7bH
				kE6qgJWy3Rzx+AGLt7b1coayPVhtMdHkNRyjqcvU4DsdBqxYaYhp2Ywjwt1AIV0fT7NFTwQ1dF1z
				vu6gOcSbTXi5Kp6Ft311yUzG65utQnBZR2hFhOqLPpcm8xT22PZb3n0UQjtXxQIEnUamwvP4sMIV
				1HQ5piVowDRmL4TNFUU+SLb8B0Ruom/faizR6ervDkyINiQBqHHVsRFef3bFZn2slJ22/R2PiDwD
				yf5KzVDJ2wgmfsNuLsCPkrBMekKmih9wdJhla68AaHyIbFVh/DM2GEcL4A2skeJSW/LSUqaGiE+V
				Csqdu4pPybHgOnh4X5oaH9D369vZKW5vzgNn2DzQjBeydnr3Ykh87DnX3nlqp02krQZsVy+SgFg1
				mSYEl4b1p0dpHf8dICBEGvfnl0EYakX+BxQimRmmBvFIVatIAqtct71z1DRYGsAHTPhyqJZTceAc
				hdZWKDrBFPvu2X7nxr3NgdcKL4MNh/Y7Ve3C6rfWLdXkYQXMxy/otKEcrB39iBXEC8NYm02X8/g+
				fF9YjZXXm4aNo6HeT3C0ahHWok2GBkwNJhqwCo5btxprsO+wEI4rqek7zTkmx+yqiIpMC3ozfMKI
				+JwpNxcVx0+d0CBhwX8DRuvbNLmdzJRak3hLAw24RjwmL2yQMAyJWspapoZVu1DbapfvC9NCTA0+
				C8Jj2l4BSIUG9MlXy749bT4pA11XaD5liCD4LQ3egFET62x4rt4oBKrGOzMtiCFNrIJTUw3hiSvF
				juHMeKSlAXH3pIVCy5fb0hBRV05QhXZSaSiIj60e9RpJgFNKNFlmU0NcSI9Fd/0/NpEvnlcQPL0u
				EiFnRbODzAwoEgm7yDYjNnUmpmBVsnYg4Zi2zL+Yq3l8enfT46qUulB6j4fuIKoAWa8ygB9/70G2
				+GmuHlbv4QF2xWgLBIoHRhJyAUjmo2CufHrPhe3ZtLLbpvADBJ3g9m6GrTlxrzmXCKrKuS+K3bOR
				1WmaTfd6VU3oxPGsKDOGawvBAP6nVtki7FAeExvjHxb4n/GFo8BY6Mb8M7lt3w3bflimFphnM090
				x+glWy7Sh0nit2wHw7Hvw27o3VT80TKajoT2YHvV1B7q2ZxRLw4W2CH5bfqwRa4JRXSsUOUcjOka
				hOhpH/jAP8dOG7pYS8PaVrJgeHAODvSiiB1yO0yBnk3CXcrqVo0QU8SwZOL1MIKRAIEW1cPkTz0M
				UaEeJiFAYiTze8aVHbRXHn5Yxfy2ZY96R/f1zDrjhIVp8tTtw8FbuTAcgye6FXUqJjzaNgG6GcVZ
				TlgaFlOCxLaDcB7kxv+X7FqBd8hpbB4OpzQ1JCkhtNbHPWXSIJAu+wjfltur1V7zWxNASwPtGB1W
				qlwNs1mqs7D5AAedFiN1/wG1unluaehBuAEtiqqg3QnKEpwBdiCCPjvTERKGH2/jEw9+1qGdGinV
				7DmuAMB/Q9ORH5cr3vTKXtIjIqxIqZVoPyYGIf6LM4igIWKoa/O7o3kcp5KtcAispU16xg9HEgEs
				uhcBWHRXAWDRk61w8r4a6u1L6THI0jwynMP2fNq25WCiMIQKx2IntRt6w4JeJ5esQF3gUV80aBIE
				6uKuE3sFDirWiwlnedhlr26yY0MnFViAwAN0rQNg47Av5wXiA4g/W63qhNQ+/C7li7et1urkG0ps
				qoZiaVimnOOeimHcXUzm3IjvfuwmWHF94WstDWDSpp20xpjqHokh0kJ9Gp0+0iVZ+JPcuH6C+8dL
				FEZ0iEb9rtdkApG4CsRSzu9xYqpZwYZnDlOZg84bSo1bmnbnGM3MZ/z26RCdTuD43Endhn4KPCm0
				NEhnFBB0RYJMWIV9OTDHNw/4J1xw5tPSQA1/aRUPmr1TQwF1wxsK1lAcSQQ8artrgIyVBjnWK4hm
				GoKxEG6tEGsooIrNIsSZNuF1XSbDmYrFr9X2YiDlTpTwZvrU/cEJgBqbMxrEaLX3LfiCOQo9k4eM
				BmpTQ73M+mh+BrIyRkwZ0zwj32dcy/fvNLbiLHhTQ+uFK1kBec9438GCyUjvoNxasnRC+0sQQxsK
				Dbuuq0vM23dpBrCxXVwhAQauWwccswVvNC+OaiESNjXMdRrDKhAuvOcSHJnG9QGRKdCOgmPaV03H
				e9h34yIWCk4dtw+pMkicJCvUKBhvA4F8IWOxpXbFPpsWWdT/fhVv+ZtY+WIYb1c8JncOceMh5yQY
				6AqMcJjSNUHcjlG/zsOK5PimhpEiUc43VPGEqmaJk6R6vUy6OnEmk3BMbvL2ITIoScKpRoieuSpX
				XH7GhhXILCU69WCetY64RcICeDPwFzKrl0hxCe7nzSYRybM0oEGEDwg71/dMQl3h1Fmuu9n86n3A
				1G/dvWXfzfI3GObiYQ40pT0rZCqhq1tt1vMczyL52aPM7iNltFljHeAwJ/cFl9ps4XD3Cv4CV+Mx
				8bfK7lDgoCpeWvGlQWK/BwE9t03xioX2/yr+u6sL2kcfzNWj7ZFsTPj8obF/4o4sgRWCDHIUoApB
				OPnPMta+iztulqGQojWnbT9QwWt3z7wxMWGXm3lca3c2K6BHM9A7MtUKfaqV7USbnmnYbZCn/fgR
				8Ki9OHs6mxnaVQhrNEXqy6ZrD976dgyiK8hSVZ3n1XWMSOaBTyn2OeJyx6HqeWy5v7wbprITMh1K
				Ue0zZjH1ww1Czc7/q3w5KS4zmZ8IQ72HWqfbI+laPDW7dm+K2aebP4GHARMkLg2EP9P2SKWRdqOc
				CHVCAV3mwSKGQUmFGiBRNrE6mxPM7m00rhDNHxJrxp9gseonmDv16oLQE4xZVE5YwKXhuSpmSydg
				h+LHHaHXAdF3ngEeqiKPnBJac97yAkKeKVHXM5aGy+16h6UpHsst8mqWg5AGIeu5nOt/i48ZwNng
				C5tYA+haMMrm3lMy6Thu7DYAFc5zXpEHVnmtI8lWKMynRQSI2Gp/zSxsBn1Kk7oY8G5zCmTIlMwu
				NuJtT8+zOxSuAVyM8XNHWvlHzfMYjAh8MGa/AZu3k51/O70oMg2DWmSZAPlvn4wgaQnKdIRMLmbz
				SZcdEmfNBRS8lE1YXRonvMnxseS+f2ga5JlK64g/bkW3wiPx2yBhSjWqf36fbvYJB9+6Zi4v/MVo
				0FNipqI8OGRyLqFl8MwcFdqNGBzwNB53teJxiwDhcR9k4HFPDtZ5mQ47apj9PRkjSd5jwqrRMbty
				dSJ6PDhuPdbNzePOaZUknquRjJsr1DQEda0zYlD6CQaxGfYfrZaRu6kUhWvrctJVqjL4yB1plARg
				KAdeCGvh0JAtBILo8Ck4ITCluuEJTQP42efxDRLrt68GiAp+zsxxi/6GddxyvjB95FJTw3O7DFaJ
				cmO81+DAZONKfaoLNRQq2836/KZHGN8xtSiS7RdqGY3hFIrN9qrNAWWonyF2nnGFpx4CJtSuKy8J
				4diQ/WMUfYBBrZrp/y8r4oIB5syV5ok30ZpdNDVAa9WWKqMuOG8bONqNqrzouXB5W/6PtpToamRa
				dD8dJ9sKGLCFPrYx+JE1zRyRObnA4e7q8QyZTGjtigntrIR/G03t5s4PxpC7/g7Tb95BGzPbntIz
				c70S51gdbmhpCigtM0c7uUVLNjXQwmxxXG6uqn5FB6N7QcLpddAdr16OtXMoJKv4t8TUo8pVRLqB
				cgmgr5x+7op0Ixl2I/BP3i90lpSlKasDV+IV2E1PGM5OyJb7HFfih2/QnjwimLeXPhy70Q2lBTLk
				w4vDxdJnAtlh3KmpoeMTGL9zCvio1XxyzgltKJF+1E08ryz2htKwe0P6f3V+I0yqo0TrdhpiCCJS
				Mty4fuGLJxabWcdz4T5BOOU9+Wlq6NwUcV9A5RdanU+OlFAMr9Pn7YQ7kMnJ/2+/q5ZLYEeaa6zu
				LSXx6WkTBXT1jQh3WQ6imyuNP7jy7qYk7z5uQd4dNY53L96RyTktq8zit6/StC1nktRvrXiGc0Il
				oKlBUceyXAF1x3la4NF6Rqn5e04ZcNnMofl7Edlh6plbGpBYjJisQbmjjWim1qP/GPz7jrKFuCU2
				At1rEBO+DQccp52+OZdKK9kwgQ0wT5zB++WwGlo1BtU/2jRQr946PAxGtBTsFfi24EEBwsLGUUWv
				Qt7Ro3GX+e8+eRm/RNVtvyHhmN/uZWi7+PIlyzi8l3Agq58XWC8FiRBk3rnJAKQfMOzrDr3NOj1v
				A/c9axiWt9EVYIPJ28DqPt2k427hedvSdhsumfhn5EtNwR14c3Gf/uaOYQhKRVFzifYKil1KmE16
				Ejyh87J7OKgnj7vKiCVq9oL3cP7Y+p6Nb/c7ZO0HPTA4V1oUWnrjTYwa1ePzGNZ4wv10eceyCBHv
				YO91TXdhlFSGjU0Nxb0h4O5O2tncfNFa6RUcpUCNHyhD6KlhKHiUABzspNBMO0uuyR1KmA/A8pYK
				2OsPkTBthW4+j021QTPPr5zLm+DfCCnJd2Zrb2rgDDDyCQ/5JZ7Fm0s5NzXIAb7zQVpbW/x3r+UN
				c2n+IL69XFVTQx3hhUPBEeUnfsc95HAXdiCNEnNArmMvq/FqADSWfNaBuah5bRvopkxM78avUjEc
				TSqnCgyNHNev16oeHXJPyOCKtOUD1htuveL23a4ZcY8liH7dr1eyTo80wo9HNFjWmTQbI2B1+NBI
				pI13+sIwPhizfeIKBD5VyYeGybHBQU2ZWMJ/RV8OxRz4SxZDDSm5yu/MARz4xHcZFya85ezLUkQm
				bk0SktOB8aeVxTfsicRlmm9YiIC7qGEYUzpEnizBHvK/7DZ3MRFqfKw4n36+7MaxuaaGCE+VisuV
				uxqfsmPxOnCG9ysO60OfnRlTDPYVh9HNU/ujG1xsk6nnqVxCtIVTVPH3sUUXgRLcUpNpAuAa1r9A
				Kfrq/JuJWYfEzM2PB0HSQs4bzUMyEFzDzhhnUJTbzpp4AR1oSuQa5vMtfGlQ1nWUPIegFI4nR1Gw
				b/fHgDLBcjc1RGexXHheP1YV8MRp/50gS34nINy+EzTfMBwNVI24P9+J47p9xp1sMkGXs25wVa7G
				XeuNy/YtUx/tJA36RFDf1BDaUgOvoN/5HmsGzIovWs6BY9l0MoyvWqrBEz690ij0yHXpqEj76oQ2
				8Cxw9V1aT84ndyQ+19CUa76XSBebyFSWmuzpt6nBn5LJ3mMoV2RYT00NUn/dqoD2CkYqdNFaXy3I
				thb+CZQtBEWzs0LJzk0N1W4csWLZ5xpWPn1oPmRg0gHT8Fi9NRDAvxECyDuRPd2t8Q5rhQQsD6tU
				1qmhNtBuPo2dGh5Uf6wjslNDKfGEYR5dA+mFkO185xBJcKCGz55JpNojCfOIOE+K59SwNutxdNd/
				Y5L44XjHgdPLIhFy1jRbxUARZfk+2ZZfZrIr69vGsktthdZp4O+WrL0yreTcXB/qqshujvKurtC7
				g5Gr0iuF4j0emoP4CpD1nCcw98N7+BW/zqvbEl/Zi7IrRtsgsPZ43pBxI5kn5mAuGWxYGYANN4Zp
				YkYc4atIHqC4GSKGbWXi/nIutaJ4DSeEtsaGIcdiw0RMbBieZeYE4IMPilLSz1GwYVX7p62i3Hah
				bWVfMsKfihuwxHmv/I4F9eETMg9B1wpEFR9ak1xcFn4LnuwIp9sMIzD9It5C2y/StIQwMPr24pCs
				HkaV74H9aBoSWuO2KdQX5UCzellwVIZiORKPc5YoGiIinLjANpRyVdewSGGGwxrkzNnoOXH75HQM
				I7DhQ2lFITdMhsn2hJj/skpgPQDNc6B1bzJ8ZkyGicOSYShfSECS72m9XdtNwjLc6lvfsqOp/7XB
				7ZIm1oEq90IpFs+UfvTZTY61gaZH1zC+SBJHpoztbclBB3In5O72C/a7wOrl11HXQGNVPAfwKaUG
				iYXUI01bUM+uts1hDVd0DWS2YwPe3U3yjHWCVz7GSWswmRsPmlF3wnQNeU7EENq8e2jQuiyjU2JH
				muOz3DYyw0zhZuzpwas7tFIjxZo94QpA/m/opBkD5ZV7OCVe52BBxCbBQrJTlri9dEPa/G9ciHhx
				iKeLCdtSzuzLEtp06Aj7OilB0uq8iZjL1SAVL1efDKexcxWHCal9zTRJNrUB1ajsrtK46nF1Fd/1
				LYOTZmG/to6aIWeUbrNZ6Sqn6m2Xt8JE82BsLOIVkDxdcTCH+SSf/ivuhFr0cuBit8oDYbOdZ5ID
				97BFKJdafxo1ClqKehlIIej+ugba9TmIZqTGLVYAcVjbSNgg3M+md/J0Des1zTzg9QYpn9ClPHmo
				5LosjCYdzS+CtSwoy+sJovb/oq+Z1LTEs8Kn50BqRdibufLK9MlwaPSvTOEQiincumEKB+XcuG9C
				9fYviE1Xn3we+/OtPVjiKk2ps3AN2snNCjsifCBUU5jkaApDjjOFyatx5dRQesphJ4yVv+E+I2AU
				p7HWM4L0RKBUEEwBPsELWEVrEA8M751bTSs+04ygde8GiMzjsOczCoEPKu5rS4XW9TC+6K2bHC55
				PMj7+9Bq2EJv2PE6ACEKKPZ9TaB5NVkmN4USpa5BE2MTFZemkHtTFO981c/PY/g1bGyRkk+WWatB
				U7FZWkm6cj32wMlkrC6opICfBKYTqquwc/rtBn4rKRLr8a7DJPPJV+Rxtlf5DaK8FxM0UkYcRiHZ
				nTxaDYqcluSK1C3vYQUPNjWuOjgPQKZqNVZmLNUG1bLM9SYVZ+QjYcsHcStLjHc5sGe1oDDCZ2MQ
				da8vWCvfIhw5uCHJ50QM143phHhFpyP5+zXU5Zsg+1dUqwFlpUlWgXbFedqg2XhGdQvnNWlxnjEx
				H5YQiYhSBBBYVsfFHTw/zJPnUuWrd0RcGz40EiWT2SJ8W8269rz9y19VHBMLwlL7aDVkXTWVFZD3
				LO81KLHeiC6UXqixUMFuqoaj0/vI6k4vTE3DyRTup0DzHBmMsC00excJx8XS7guud5CX/42RFZku
				44PJKt1/YWG9pZ7COS/knZ8a50dXGjqXGk2x+V001TuKJ1r6dh2OeImeN90wDfjbMQcaoAfAW2+2
				tD2cHfTn+Tm2nvN5pc1/ghgPUKSq7xRb3qTzUqEIq8MR29Wtc7Nzp6AGS5dOg0X/28J5mD5Y8MkH
				0xLVAwR+hlDd0SmGaz6fbW9FJTTpMhWHCKsvFbLYaAf3O20Y8OoanVIzKIhIA+L2+YiVBKEupFNn
				MQNCiomm2NVqYErqLtTh9hMEfHvK7v1q8r4e5trZOuKvyAytdDer4VNVHz7avkHwvApaidvx7tvU
				N+A9F/MatsGH2dhdOwJxWRiuVoOdMwVBaPTOwB+1kiVPSUozbP2BodcOqrONne1z6z6S/sU8hwar
				5gy2LK/HAekfBVW7G0G0oRWcaFDhJhrRbKJBBxGUyRfYGQ7hqRwvBgEdnFFC2b/C1PQpQXZrOXbZ
				wV1er3Zp3wrVojqqac7iBPO+gRQ8SDWTnl+iCmNM75wTzVtZloWxW8yPe8mfRMlnBWN3BXfj/N/Q
				U/UdqXSlYxBO/r+ZUsLXaqh4CrpqCIBTqp+uA3tWiD82buPKLi4LAmhF2v92ZYSp2TVq1qAciA1d
				020NgyYnCbaiV2eItXCXVidvWpCFedKry1k6BW47iZKoU27dX9qf2ILlX0B0tEtImTw/L5xBPmIS
				I5pmZ1M47hxGxi8hw2mhx0G2jmSsYO3ETjxLOYaZ8B7B3T6u+IGt4YjCAqaMuGe9bQDJpsa0jHLT
				Y6nwogiwAaHKsHeX4aTEly8mnqkY1huJU6ZzsffIjrMELd72A02/vlMWapOtYfX1ezQMpqutjJTd
				XoUo/jNG6IM+aPfxwh0B3h/iytiwbF9BWwMIyjIQKn7CJSTu84PeEn+lLf2ptuv7jFBYftB9J/4G
				vYb64LickxN5IZhbu+Ra4th3sMBxAXPzPvE96U+Yl5U2HkWXstmSwUsyd4yH0mjD86sADIIM5D9E
				HXRK2n0SAQPxQxRQ5IRyVl8AoBGH8GJaOev/F8MAPRtHS481ocOV2w2tBp9eINr+EfCjKvPJiSaq
				FUVD93ViUynkUYShFdbJyHIm1Kl8FSN6zjU4XoTsq+Q7kYf7lZTyvzy+G2cecTjL9oZemSs1Mmw7
				MrKg9P5zrsy9RMaskFYD0A+VHJYbXzWXoqPoMnh4Sn1027N/h9Y5GpLV/jwx9aiZGkjnIMfIm3f6
				BhBrE21MJvM9aC2VnY0gt9b/haFu37kylfgbitrQu1NW0ilmZjhVZA4CKkOePRCwpZADuIAjKyLl
				bsIic5hL2wPNA9ADp2iRIkmSJMkgMpCiAgMDGUiSJDWdMih9H8eP+/h93/cxfDP7zDN61tk240xm
				m4k3m03MaM6xXdPfOG8jYxvvQHXqBgIr80AJwpiOC7Jt23iOw3Hbtm3bNm4bJ2HYzjH6JcS2btuC
				R9m0xTbKZDKZTCaTyaiQyXTbYrFYLBajGKMWEYvFQrExxEa7NgxTVUjTNNHGkSSlhXHCKDGsYSTJ
				sBA250n2QpKkLoxf95DkjAiFQqFQqBEKZWY8Ho/wtulxbZcWOiyWw/LrBk/fcYVtdGWlK6Xqoz1l
				xtIkSwrFkRTxgd2E3eNk3cbJhLEJ0x5G3UIZCiUUCoVCoSQUxQmhQygUCoVCocgQCoVCoVAoFAqF
				QqGDQqFQKhSKUKggId0gpFCKAMk/OCFU+Sum//8g9aDoiXookqQmGA53HLSDddDhcDgcDofD0XA0
				Gg02Go0G2WgsuAWDwWAwGAxyGFQwGAwGg8FgMBgMBkNisVgsJCS4WCw4sltICrsEXQkJCQkJCQkJ
				igoGg8FgMBgMBoPBYIwiIiIighERERGDEFdYMQoGg8EgqaCCCiqooIIhqGAIhmAIniEaYiEYolcI
				BnmFoCgGxYvuB7x8j+vh8rgeLms0Go1GM51wkuSICiO4P8uyLMuyLErlcLCsutM3+FORFVuSrHqG
				+hSHoinGRFEUNVEUFaImaubTNE3TNJETJ1HUNImmiReJRCKRSCQSiUQiiaKQKBQKhUIkSZIkJWI8
				E0VRFEVRrERKFEVRFEVRFEVRFBnEIIZ6JIiKVYJIkhTFkgye8ZTYA+WB8cDAwMDAwMDAwMDAwMBA
				BwYGBkZgoCdQtulxbdeB9DwQOzDwExz4Bk4DXbZdWekalarRUDXUG57mcPaRpUsGihxJioEiAwMD
				AwMDAwNFBQYGBgYGBgYGBgYGBgZqQhGZLIJIQiREEkhOBD4cjImGO4xFYCgQEagIDBGowMDAwMDA
				wMDAwMDAwMAvMDAwUIGBgRMCHQIDAwMDAwMlBIoSx23btP7j5XtcrsfD9U/4zGfc8XA6dYzMhnen
				+eaa7/u+b3z7gnqmxPyJv/Cn///////3f/vrT7Pp9/3/x0/f933f933f933fJ9tisn3X/l1+uVwu
				l8snygeT7/u+7/sW5NP3fd/3fd/3fd/36ftCfCFCZoyO5/tGn/VtEz30bUHz7/u+7/u0eXh4eAj/
				fD6fTz/ndfkel088fPThzMzMzMzMzMxMs+uZJzz0iGce8QTPhAfP3plO67bDzjpSNTrBUPWhJ0ly
				xiE5JDkTPy9w9s1m62Iz2zaTzbZtu8xEmYQEEZkCUUY0RDSiEY1oRCMaUUUjqqiiiiqqaBVVNMhC
				SKRQ0Mch6jASIkSEiIhGiCrEP766gNAFhG2uLiB0AaENVUJV9dfVcPWjBlVVVVVVVVVVVVWtqqpq
				9QlBFEEoVVW1UFq1bNuqrLptW61itUqqTlWVp2qqQ9VUS5JCkQwGzsQqZvNkQVXbVlPVi2QmFZci
				IpmEiIRI1LatQ23bLlSJiBi17aWqqqqqqqSqktS2lVo3qGob1EZQ5wr6Q9Dnvpzvd3KPh8v1uB4+
				53im466tQmPCaHw7tK74ctXgtu3KqlUE2p6hw9DQlaFk6BjK0NDQ0NDQ0NDQ0NDQUIWGhoZGVIuF
				TTQJG7mMyCKtJhSRiUgeEkRzCQ2VPTWj4WlERIQ2QlVNrdAqtG3bUGhoCNV4QqhDaKikEKoQWoXQ
				P4TQ//9/8v+DJ32e53me5yl+zvM8z/M8z/M8z7Meu67tk+Tp+77v+1ewTNvSPduTPXWe53me53me
				53me53mePM8LB+IFgd93nud5sjvDvu/7vu/7Lt/l8qhYKJWGQ2TCyUMuL8/zPB+fTyjqPE+SEo+4
				4uF6XNd13ZJKCumCoDc8PDw8PDw8nNQ5PM/z8wkP4YN/+PF5ef95PFz/zHjCh0NRnpmZmRnPzMyM
				xMyoYWzbnnro8Xg8Ho/HEzydTqfT6XQ6nU6nw+l0Oh0Oh8PpkCRJcpyBBCeUs+E3s/Fms9lsNpvN
				ZrPZyGxkKCNDy5Ayk6HICEmSCvIYTAwVSsZ0jFmMxMzMzMzMzEyYGUo0HGpCM9I8jGZmZsKUYRYm
				jMJEQGFCmN/z3uf7nZfvcbkelz/hM587TMczHtvkWMYabxxjGcdY40EYk6ZpmqZpU7Rt27Ztu7br
				uq5ruq7ruq5rqQXRmlJN1zRN057SAtI0TdM0JZr0PM/zPM/zPM+zeJ7nWTxfTNM0TXtijqQokiQ5
				YTpMkiRJkmQwSQa2m1IkRdM0TT94ggUODp4wmAumBDOYplmaZVmWZVmWJcuy/JR1YEmSalm2bTll
				WZZlWZZlWZZlWc60eHbdcMu2bdu6bUupLMuyLKmWoSzLsizLsizLshSyLMtSIkMpZ2hMolSQnNUr
				SZJbKWts2ktJkpWWDBGRhEgajUqjUUejEbFgSCxGQvEIxlVOVVWVajk1VFFDlUoxNNShZUMXytCF
				KrQhlD/9OamTOkmSJEmSww4ZQ96kbYs5M0ySpEzKfNm2Ldm2LSmVJBlKkiOpIU2WI0mSEnIagaSC
				cCRR3cZpEZAUIJIkKeSEFEmSJEnyI8mfrBhURIRYkCTJYQ3vBOQUR1ZHPmwIAcFc+CNjT1yPsxGk
				ISwTZ78QEBiMeP//fxXv///////9/y6EQshG9f+E////v4/w6uH/xx9++uFnn3dmpJnpzGxmFBNm
				NBNmbo/n2j4902nb8FTBc9adTtu20Wnb4bRtyRkpfNvAmc7Gmw63xaax0S6WsJHLWGZkJhSRiYjk
				ERJEEuQxnUXDwSgZMzMzoYeoRrfGokSVRjQzDWqYTqfT6Uyn0+kojD22z/fx3fctedwNd3U3uG43
				9rhjjidGRhMTRnOHGd/22HXdcV2LZTYcPHJft7VrV2y7co2GSlW30akpIUm6rfvZc6Bn/jxzZ89u
				21bmep5nxLVQKhOKyCRERBISRDLxcDQcDnUbXNd1Xdd11RBucF3XdV3XdV3XdX1ZDpaDgx0cHFy1
				bnBr26HgqsF/563f9m1o27Zt27Zt27Ztw8zMaGZmM4ipQHOHadu2bWu3oW3btm3btm1buXSnrWsO
				V7ZspW2lbdu27cOESmrbtu1YYUMCxa+rN6u0bVdZLCqrVCqVSqVShsgkRETiEUQSCtK2mmgsHNGQ
				UESEuEaKtlUVqqqqGqqq6kSt1KqVGhqqhoaGOrShoaGhoaGhoQo9Q8/zPM/zPM/zHJ7necratm3L
				4WDVcDhTVTVN0zRN0zRN0zTNlmVZliw7iWXbtmoItVVDpCXNlSzJjixJkiRJUkhyrIwyMsYwjiTJ
				ylIZUCgQlmWQEFbCBmEDy7Isy7Isy7IsG1iWZamPWHVVQxxIbFmWZVmWVRvYwLKsBCowAkOgAv8Q
				OP9nep/vO3H5zn0C+T99NvtsPBN0JrFZZdaYdebNPM/zPM/zPK/zPM+et+BNt67r2rGr2qpt27bq
				cA1t27Zt26qtrO1brl3XdQ3bZYKRdV3XdV07WcO6ruu6ruu6ruu6dl3XKawbWSfad123ba1Wag3r
				uq7ruq7ruq7ryrCGLYxhYWES1nWdFfaH/VL5MuilUqlUKpU2Lg1SqVQqlUqlUqlUKm1UKpVO/K8W
				MpMVjQh6y1jatqWls4gvEixtW1cqrbRSqUSlQqlQKkOhKSTLkZwxGChs4HzzZDLpthgnk5hUwsPm
				I1KRiViEIhWhiIiItBJpEJm4W4e0IQ1SqVQqlSpuhZhLKqlEIqlE0k5SiSSIRCKpOEjVBimDSJC2
				rYJUQUKQ3m/7/39U8ev+hPCZcaPaRDsz89th5h5HZboOOxwOsaOOOuo32rZtG2WjoW3btm0b0baN
				i8egUAxGRMS/WXQhEdFo21ZaNIxEK0lISFSibduGxBsRrSIa0dIRbQSVQkMbWjdCHQqg0H7+8zxp
				25br8YkJ1x/+GXrooQE4swlj2xrSNm0C1LZd23Q4eCq/wW/Ltiu7RkOlalQN5UlzSpPlGCQZpOh9
				gfPpNm/cSFqLsKncMlKhaXoSIsIQkiQnGg4JBoNBLSzLCloCguiOaIuuaNE0TdM0TdM0TdO0aJrm
				fGaaXGAE9hKowJv6/1m9z5eX63tcHJ/1OcLnvWdmZma2ZpYDD7N5PHu2bc+z512e35ld13Vd13Vd
				13VdZ67jOJtz7Xme53kOzvI8z/M8z/M8z/M82bZtm0w2Mtnm2rdMJpPJZLOEyGKyxzwxO+Ywz/M8
				z/M8z/M8T5qmaZo1TaM2EC3I8zzP8zwPgEzENGee53me53me53meZ/7785kP3/tiW3iRyy4Wi8Xi
				i8M/mOl4OBuZDmcjI5aRkZERy4jtoEryxIKwBEvFUqlUKhWXKytdx1A1KpZN8SkWi8VioXAMCgNB
				sSgOFAeRyWQyEZlMJtzEMfHEoTGZiExEJiIeEYuIiIiIiIiIOEREREJEQkJCQkJCQkJCJCEhISGj
				bdu2XYllSyC3LAcJEiRIkCBBggQJEiRIkCB+BHk8/Hj4Ydu2bXmYY1u2pnQnzAmHw+FwOBwOh8Ph
				cLjhcDjMcDhCHHLYdR3W1B20IWg4HJKGo2E1HA6Hw+FwOBwOh8PhhcPhcITD4fC3sDxO1lmWxcIO
				h30Jj4Qt4RAOh8PhcDgcDofD4XA4HA6Hw+GwLcvhiAhFhCJiRuFQKBQKy6JwGAmFQhFCESJEiBAh
				QoQIEcIKEcKWED4fIoRDIX5ZlmX5ci/btm3bDpc/csfD6Ww4MpsYGU2MeocZ3y9d21NaniU5WP5U
				lmVZlmWxCrIsy7Isy7Isy7IsWZbFoHAUDoKiX1mWZVmWAWRZlmVZlmVZlmVZFQulEiITTmSRSJZl
				WX7IE7Isy7Isy/YUsizLsizLsizL8l9ZtkiWKSJcPLIhSCA9SH6QbdsNMoNsy7IUZNv2PDjYOy/f
				5fonHq6HT/BsOh5OZ2Q0mxiZmHscxrZdB8/BdPAcLLbr+p0Gt8FucBvcYMkhKlaDadsWg8Xg4ODg
				4ODgIMcxeMHbtm3B27YtWAuenGIH27YkWBIseZAJ28HBwcHBwRLBiuBRBIcIvqmprOBgUcGqbTk4
				ODg4OFgTgh2sELwIwSE4BIfgEILbtlX7N7Rt27Zt+bZtNHg8MpuYz///FeHc9meffv3/Yb9q1fe9
				+7ZtFX4jWvW8y5Mf3nz5icDzPM83+MCL/97vs7+7d+7dKd/3bZNpsYddRiwKk8PT3N9wufyv4n+Z
				D6wE6M8vmhcQNABTGGQAEIWiHIeRKApbqB1H47hV99nwZ+xLjNxRxMirDjGycVxsP8Bm/dot0mTa
				xOhOKSoFLsrQlZoMRB+pEyQH+mwSOn6HUnfvE4hqW7BFB2dq3Z2BlHzlFSGIKTOym+PxrLu5O9ZY
				EQ5G7Pv4cD8ySM13c/8yafMSwRuhD9AcTRgHG9nZWNJEP7AIWhw/5mi454Po6eBjTgRELcgDPfAU
				j2NJjXJHMsB/e66dHJEDmEOrZAdB9cKMoKBuwbInSPa62mSaXD1b0iQJEKV+awQMOtlmt4OC/lgP
				WoSy3FmsCb0HCTvghBPCGXIjohZamH910V4jBbFsFW6YjCEkt/qUBDKLyBRqT5EQwWvTcSA9nMC0
				hAbCm2/9CJJAymD94iUc+U0EZhwzw4G0zRNZ2jltxptfoAVEy3LXi2v93CV++U2E8Ygj0Q6PHJh2
				cQc8RM4gfTDJjpnG2luFlMYJivoNVnjdAWzF150UXr2mXpnDf2uyrWHW3s2SpciJnN3CgeAB6pGL
				ZmwIJcclkAXokBAI3XOAEiv9fhbL1ywP0enm2MIlpkEBRQzMSuPgQsTTbVYp3WbWRLf5COSoqQ7/
				XR4ye3PuApnRizFOsjn9w2HTgPDUAXkMtQWIpusEP+iFHHXWZDRGl3VNJw9ylmiL0aXG9guQgxhD
				m+1rv0J02YULYPHDD+qhJ9n67xgdLRJTKE3eI8poEXfOexpaV9xyR3bVgxiw25V/UdoZRVvNL+np
				cjQTNXzLDyZ+SkKnu6AOmUHOUE3UiSorlfMgcToMK44qMOK8dYshe88iy7KeEE6BiQbztgLzNyey
				SO8BFH6BzEkw/zxYKhOr9gmZhSvM1PSENSTTDQtmzc/sMRZh3XQYgL7IDRDsfDErvcGZIo1STIek
				6AU50f2z4OgAO2R3GBDahKt1/fOzjbIRITOG3ceWDrpmk8lhfg1XZVdTrpi+4b3X4NQG42gQx3sU
				BdMBnJMGceQJcP/JB0cORxJTqvOMvqbqe3vJoxuDC/O/nuLQovQ9tQeRAIicB1XmrMv0L+nKTw7y
				PWNSZerC916BklmNq0qOAy4rWe3KBAM0IpVdkDSSmyk5Fn1r1lN6Eya+oTZbMKrRqNVWXWQQDwcY
				bhaqEYM7hRz0uAsvpMm5nbuMgZVnw7IXrmOQ31CGmYXiTw6p1c3QSuQ713sHJisb16WcV1OzrwFy
				xIce4TgSrKaOaNeEsv+uVMptaVws6Piebsr78i+yxR9ireKB379sZCs5SiZ1yzt5m3TYBhIIs8nX
				i0fRTKKAvOQ8W0BomBHdQeRdOvsB4ccQQHf73Loa7b7JWyxUHtig6ArIk8FRsmYLKfaioDivcPEe
				3vpZZbv9Xa66naD+t3ASEYuoILKRojvn3zIG3NpFeQ9OHLz37e961y60XIHyF4vALW4f5Sbbt+WX
				RDAMONQc/DHMgD8u4n8/zs1xNps3KEzV3e1j7ET7tgpbQVPPP1CU9NrOfjtNyi40DiNQJINCLz0K
				VWyWej00dW4v3LF6FgDOJqzoNV1U6filofGZPTWLNKuU4mF6hHkbQJ9d4zCHy3x9f8JgNyVWw/os
				CkqVLlQjPsXq+bVEaAXRz6lbLTmwI5Nwr0BqvrVz8h0q/Drm5TxAAEcCJUCuY5JBbQC4d3S4pPct
				xznkUWUmh+lfYyb53LMaAx4YwG2UeXJPDK9c3QV6fGCYziXoRavl2GFC682NHzAgGvvzwySpZSQB
				pai9jfuIzmYCJQgnCSANl/m1ME4faWry0NTZXN4ZkGjjWn6bG8jCyRLePRMgm0VVWb8kiv+Esd2I
				vXHV4S7xufdpOxP2dniDvbGaYG+QzBrd4GQJppy+Mz13UGiHEfTF1gXibDiCX6oXQ4n9lfherzfi
				k9TaAXyxjkiWYjPpPrhyD6gW51HnTmBfU0krUJmYijuV4iYd6qiAbt2z4ni6ZRfkH0NIp7OUZ2/l
				KMbGpqJ5VnsHIPe3p2pr02Lz7/ENClY6JIruaftvwI9eyFDHpCT66b4ODBPTXUjThXjYSZRBNzne
				hZWj3T/06gBG0M3nLtjpgl1ZVGyqmTdIUDw9M9ZjFJ18xlBcH2flOpvpuVvayXjR0EvKMQwnLnGN
				+EXFtORwc7GQU5JvvKcNKNuMJLyihsJ12jhOuvU5iNCIsN9JitxRGJMupWKgB/JYpd2cRVsYkmUf
				hwsXspCcBS9+fk1RM+OtT0oH6yka5CgxeY/LhqqJTX0/HCh0YSuPr0lgUsN1CMW5g/WWHGaGQ2B3
				zoEvap0j50mtNW29FdS7EMBnbTyTZFXsp7jeBTJ8tSNNgCGVUF2zJ3XHznpzNy4U6GD9XhBAA9BD
				s1WK+jhtwQK1Yvy8Cs8U1J1J/0IqzxLeWcv5vhspVXhOP7CIdynHi0/A0uEbgkGIdhm5Inpnea9A
				ia3G0hfwa+zjdo37BRZn6onM2QfD5h6yqD0SLsgxVxZAqWYdKH+PXCTx5dfW11GWoYJB9IflvWj0
				1BvlNLIiZ36Yvth7L4Qkz0ceVRGh5Z9vezrgU6CaqpKDdj5MYkiajivoRKnliHMkaBNEQzf1IukJ
				5KnFbIJwYfBkL3TLyqaHhO8SYGLUgdynYUM2NJWKWdeot4LrnoSsZUjHRwHpmN366BhqyGzJeYUX
				F2QRv4dTiahF3nphEnRt5BskSYcI1/kiyg69IAqB7bgDHpRihjgtAYUtFR1fx4K89W2wJdsqHiT7
				T4Zb4lEFbdJ0lUiGSfqaRzEQxYIv0nOPAc4gg3hB2ue5Qh67gqQatIBWOOOQ6DGWKCMvOc8dEBtm
				FPX3yo3gceNZ75T+GWhi6jsIdDpyJuIQA/U4XhYW6nXDIN6cxcAFfwy+iDiY0ujO5TuvbIZuPpNj
				PyfjNMOimlfh62QdZ8683cubJAdbSRyS5bLost6IUe0TGeNtsKdJ54Sk3FGycMG5Em83TpxAbzJC
				dW3hxNNmbEehf2HwHcEas49x8hSEfc6/1S/0Uk6iLOKo5ILEaYPbhp+XacXt1MC0ijOIgzDnoicY
				F6p2nHFAXXsq9IqMo47EcUTRMuYdogAAnSznD/QE2n0CWS3jTOMoil8zXfJTmL4xsEuWmHaLzDD9
				Qgi39ekFZEaQjo8ua+g4K6A74vhfUJ5gMzxoAVsmHOSuaf+xfhppEK/6aT7tQTqimEsO7+9Qjz0v
				wPLmwm0GUWZg/l81OqKK3qzwI2f2AQWVhbVWJgvGahzOM9/I+65yl9zAWFu0SjM7YSdnm14ep26v
				djRuVrWMAv0AbtzLVptLv32e3HWveH6jkFM4aVVtQpfkkPUPgmn2MrAAuTFvZRaxOV2owNtZUJlY
				s6CacqoJViN3hHsTXt5nTRU1pMG82vzXADf2Gpoli9v7TN8zfMZA68zqQpCirfxpNLOCZDgk7sAU
				/EL5jA6LQwWOmOHAjPgSSlpHTlivX78JyqnbgmXHjVcq0spwMP7YxsQweJP9+2+Pva1mxUghVJYm
				KBRwJiiekPqvMb2G2rP13sTJgBim5ZT7P8W0y+UwbfrUpCHOUELcvReauPf8ePS8J4RhQAYDAf40
				s5KQ+6zy+pjI9gZCN/COaNClJPuw1q2WUlQlq2t1Ikve6UbQF4oK5DDamMsDo8aQs6Ko4NDCduE6
				ZwJKANrlyFnpIqeVButyy40hrwNntv9TAfKPCZvKfYYFyTcOywBkSd12tNcYMTXEjsW2Mf9Yguy2
				UMl1WhebAMIgy3AgAHxqmst/sEn98bxFAL1pPnXbRm48xJYcW/yPDILusAjFaN9P1hntTpt62wU4
				C+qcAODkTeHUyXAwRJGB4n4nSf0kRf3PwlPyDAsD7DgvMFbLW+Ywjfa0JhqOu4LcnLaIFlk4VIUD
				aB32djIccaKfwBo3blNnv1ws/F6XsXHG4DUGOfKgYDpLtIGJrYn4FT53Z4iJ4XNkpcoqrVXkKwiK
				6T/GZCWa5/t6X3bax8okDccjcS63uYTLcgQ5fJz/hqVWmYxKhkaGNBFu5edI54mHWjtM14AKJ+rO
				mO1GZCqOouFqtQ6sTGa8ut6mi/EHLCpM9A8PeGMFHYfYRyNIS+EUBDeLiweLnz+co9gwJc4vzDgU
				HHLG/EyNDU5hTnQnC43h4pnL+5o/KR/cnghz0UxpWAaHyE50mDIhwXK/OPiTVQLXU35y2udJBt30
				UkgPK7o0Kk55xVvKe11vFh5uFlsTrZk45G+Mu/wGT69MXnJKtAFAiMNkrI0SKA4Hnl8EXCVBm0YY
				Drx65hsispw1EadwyJ0X+5DWab5KDZ5oiiiwwbGSqZKSFOcDxvM09AayvJmNyZm3mkvJ8cguyIR3
				jKTesylgTXvcGAF873JDgYzt/tmQxIUpobcoqW6L0v+7uhlXyOwXiigH5vadfrfmj053h60Al6Qc
				HDgxfzwjfg5Q8/wB2niB7PzB5lTbvD4NKxMLQmglf4CW6XANewKUpUHc+Q2GG2TCxTmHLKgisdfA
				aOz3zNZnGVhB5foY2bBN6xMVBNMhmNDD8KK8gsDlWP5drSAxa/HibhUvXoETLwaBO0ZvCDV/rZ6F
				gqi1QPLNJGB4NdRb8kyiyNu8uFPNi5efhlbEjG5+/m6BXT5tB01hh9aiBxF14TzcpBewzpSYEazQ
				g1wMq4tQCPLPkblJuX0zywiHtdM9CB3snDg+ekWYD/icYA/Y9C5HoWwL0YN4GHqDuYe0T7cM9qNn
				uhwgQImjFnvSmuTGSxIvV6S338xoct9hfy9k4uWa5zF80PDkgy9uMqDG7UNWCIeFNjJRsUoHaZu+
				2hJ3eLQMi8C6TK1AOJS+FUnY/nwOc4YgvrcF7d6UsTzj9VCVHCEc0BcCZ8D6dQE8X4BgOqnb7vEQ
				Bu66H+1/tYVUH4RDqg6E5p2THDRMwixjb85O8OpZRRweYQzIrT7zgMwe0tCRZR0dcG1A/KOq+IxR
				tabwdtbryXYWqUragXAyxgRNEZxH4h+33A6BbAKFoF3g9NDXP/0vree7t5W4iS0acdjG4Xn00jPi
				rkN+5NHXJ+Mw43MdEhTSF+cVFzdIXjLpO6C0fxe1ywUSXDfM4Ivraosb19QYFMotHgMRvK250ez0
				DoU7lwv1JDLD06QHw/8GVpcgcArmABJW7vokjq5xAES+SgDelou+8BOuLwMo9FtQBGxrXmw4gt5w
				T6sWt744zH2UMnBV67gFlEdtKb8ywmGSmq5/1fYewS56LacPLEGhwbUHK3zfG/OYwiwJmqsz08/+
				PbJ52EIZbwUMMtcAqAAA+ggC8wJrHEmnp1zyfmAQBJAA9AamGhiELkShTVn/Ec5/MFS4Ii2kZ9sH
				mteanS/YP3OODBhEB7AIBxFz0kCP0QXpN28rcBhjcYkrmJ4pzL3bnn1AKnxA7y9o94myIoOTF1IU
				cb7hsZsXxGu90G53J6JCzKw3wirzmkwTMShX7q3/NC9BOBSn5edl+rKbvngjcKZVVYrd0KcSpOqN
				QqZvxDhJNYbyhG1gYHEM/f28YuuZLjF2g0Z1E0aReGF4rSDBMEZOZzj5KuZT/Al2bKcPdcpFr+IO
				996sMwZOZiMk1seuJflMEvSS8nGcZdo3O115D6V74rCuw2YX1ARhNyjwWiCU6QvG2w6QjDGmuDgu
				fJvV7jFyOzkaqH6M4LbQNsdpflfjVK9bPGf8x1ZFSYytKbql0nTji8C55K7fXKIrvLkUJ/tikS8x
				+qE726WY9ykK58qvTo7gFcNJk0PUL7JqHRyJ3TCCKML9Alc8IesMOeckzcap3chZ5KLw3QqWEVG8
				CPElWx2qO+cvsfKwl+olH9eC8lkkgkxq0urLLoKOowLDC7vhOzQkbu8O+lHWzc57yBD6FFtbaGXh
				vY5u1cWlE8wTFmOfdDp/Jkyzd7EP8gSBFHfY1IoF7OOa0gGWW0dv+JIvL/nhLwszowspU4oNuWOx
				QT5WNA6jLBE7ErlGRJ0G7qKWQqEXhbzSkwqBy95nwo2bGHZS2LwFiurtYmiodTK9+qYKTlA6JaQt
				gTvB+YZMvW/J4ijdTqPkVMszRPX9ku7zpuSZefX9hFfm7h63hYBgyu7oT7WhUVeCnQqicUCje48g
				PsOa69dtkSHKMpfRRmQXXHfnu3IMnPtVlGtARrfTPXf9u5dtUCQGB0R2PUhRp2z05h+ZDi9SQAUw
				cmv2DHaDOcUDl5O7YqkJ4mqCvV9c4dSDwnTtR/xZtGL6BQVoUuZSv9Bn7DCYTqZsJd9gVT/Y4uyZ
				Ie+gPBNf6WIk8Qvbl95cX710M6ly6or3XoGxZVwfkIzSTiwbU4bwGPbISMwnyG38f2LV7LenwFUA
				0Da/vPbP6UUdmNQarJqlF4KdOebwjilDtzFKSUZq9tPbQ8CMtZdjsRs8BtKxT0Nqfdtqybctw+Lb
				1malz4FxOyJsbZ9iFLegvqGrMHa9CzoFWWRKchhb4LC7x9JwVFYAYCy6Oket/r8xm+WREgQu635g
				E25gnbapZNgNMykXXblxwonArCteCoSYYPIYOeKHz34vtNosgL/lXr/2zYBulM0mOAgwkf4Vn1wV
				/UqPh5dA4Zpp6Mazm6fIztvSQSVfzWr47J/PAuBf+NMuYMp6HttIVHSL0I60gWzjXrOTiLZ42P3d
				Mr3q7HEUeUcyN7Pdm7wVDTefTIbgLQS9/ZDgg9gNfbxAsT1n8IlazKlzQg466VY3zglVk5QjTuRm
				Y7x7ZpiZJZ8ylC/XMJMSpo7CuyjcEivBkrPMuRDw5bErhEQeBiBqaOYO+ZCcGC8QM3exh11bNwQH
				u8LkjzyWnGhg1sUUbysgYQEbobRAHCtTYz40MewGlj62wGxhk9woOM69KY2gRkWBbB8rHudKD4Iq
				G1MvN0zjcS6yuQ+POQEkg6Fx7MmIACnpkEdO0IizMDn6fj8jgnsMYoKtHQZYcgK5f/YBjsYhvHIt
				/+cARp7A2XKv3/t+kC2fBIDd8Nstg1Mi3TlPG1C2G1F0UZPgCqz+F21S4sjJdNHIqRzUaGBAtUyZ
				LJhMRGrXut1QIUHiEsUTko31Kdslj/zDweb1BiHQgNI4gmN8n6bQ7ZriUei9794apzQK3dQooaYH
				7GvYDczU0j/hn6uCW8GhwCpgQrdKZ/V8E0+YE4Gt0iH/ZIUqsAbMe95+dbOXvgDIzfJegUsigK2o
				HOyiaVu8GhT00yIkYT90i2YJx4vVHj537KXEbLXV1oEJOKr78dkQKFklhCTRSFU5/LAbUquboBXI
				V67nDgp2NlasUj6V3pgO8U5hlXLeW4R0J+l3ZxpopWtnQLTBkKXX4tNxb3H9zY6bJSVqemV2X/4U
				89SdHHCO3dD5B6TVOQc+qDqHnllSPb2ipd8N2O3mF6v4v0eU27j/2Oh05HjEIVZLVRxoYqedReo5
				h0A8LGUxCMQLmoNnc+EmjFxeEAFQm5FJumljvU95wUdJF/fUniDsBoU9y1Jl4sL3XoGS2ViSuyRH
				oRJtcPDv09g2G5eW1xGhM2fnvEQspMmOj/TDD1/dUiN/acWTJnf2S0ohx72Ua7e9pg3GSLqVFNEX
				J+3g1XS02XVBRwQOFBfidjRwQB191Poa8cj9cL1i95vrBSEfJYt9DTU8jG5AQFRx4E7C8zXS/PV0
				6a37YeLA8sCtNebDvAiAT6vHQyIQOu+EMifJBv0nmg96iH4EimN1LEkNzOnS9x5j8FtwQecpkRoD
				3V2mUSAJyhgJWz0SmBz20Aw+eySti3dROWxHeJxqvuflS350vvVY+Qq5r4lk++klu6d2psVxoaKH
				6RmhTVqsB7OnkQV5aGb1v+2tEGWz+1njXKBbIUdejNvLdfENZTUTknZg6gDkgF9n1pHhEyS5ZEHm
				1SCro2M3qPUdsf92lpFvKztDCW9prmbUt1FaZmoSi9vSB9eeEfCOfJ54Vp2ghtq21OdmaWd+HMYB
				u2GFY81QwCvIrayvwdnolNQ4AcM76UiHQtsSP3XrafYrTANzl6afcy9CG9zAbkgpYYAdlKSfcCFq
				YGspir28vTrBjVenMnjov11uFslwUw9Y5Sfh1RqPyFQmALmZUxRb8JHUIrKTQKiEG7SKd/REWrl9
				H3xcAKjP4ZNDo5b9sUYHkHbo8+zSFwmPSL/2AKekAircZne0z100dUML1ntqO6ncvA05vxY/c0BI
				CFb52FY0LCWWLQ6hdH/Jc2n9Sw2v7lZFBKLNsG5Kcd3bhOacZkI7CNirBkOdriqS5B0GLWRzYoVg
				CkDeO85YNwzNYjdE+lDpgFw4KzuUj8bWAULV0sZVwJhEDHncwysLmR+jTTxQhJo+VsaT597d6z2Z
				gYcs6/sEMRBtQiEY5nXQ3IDcQJiTfxNx+p8W9OLefYB4bWVZEd0l12LdwMZlogrx3d1Kmi6mhVSa
				UQmReA6iwAVbSbcOhIeX4r8p2QOFr5T4InVcFstfOjdtc8QVO4tGSbd/41Q1a0e/b0X1xDvq4ykS
				q+9zr3zsHYFopN9hb6VvSWjvRyk/g7fhh/v5TAYopbmPYCPFiLqJeUwyxhH5vUIYZnBEkPKmYIzg
				Z3JvWXpjk1gtuwm4mDD6MB7SDrOBcrIIvDatbiHT4rBJvNxQec5JP8oIO0kY7tzwZGe5Yaqnt59C
				GhaM2yCk4tebf9twsx367gmLQD0kwMFoicewWID9fZrFJLzjQ8t+44ZsNQ+m35/O6adN3WR8nmRs
				899FkgifFzJs7NeO35UqMNfljhu+BYVhAQ1sgTvVcUM28W9ce8cNMYvxcniNGwSru2Q0blAKf/yZ
				9pTsexjESqQq+gJc45NNtEQX8RoVL2nDGs+STIm+Yb02gNwSozpG4GprthxjKxkjJs+43McUaWsG
				5pg0p5okfuSIJuGhmlCkP9zVeU9HW4WHVYI5bdYRCXRkikf+jfmjM3V6IX5oVXstf7hNUzy/jNhV
				c5JtXh1YSdAqmixMrKb9vVoL1oaM1MmSLJdhYk/oe85dgqr57MhWP9pg1KdYnOXCHiraZ2gCCCfM
				BIGhWqoaQcvQjhrFE2Qvx8K9yRLIB1hNgK3lG9qG/AlMrR77lvxX4NlmSWKEZvQWDmMR6P4HvKXU
				sH9LeL0IHpbmlNoATPPz0TaZt5T6EWkbMtaLxUX1yfwuobDlfiD6WQIKG9QU46lYxwPv5mCn6m2p
				ZXVygpz0/DKLnJvY9GLZPp4B2OPZOi57TE3kc5jQ8SFoiQdDbJv33pCW7ElOvI2vZFwuHma/pdHE
				ZD/zvdAZl2v2wvCXy9OCCF5Lt89tm5b3wbhhSZXO3rY03GDu93oZFnFumVodNxSqFSl6P0Puoj0Q
				ybm/NlGaSKYgJ1VevhkttHVl86wu4Ufe0bXLfiNCTNxwmGFKvCMq99mmPMI7auu4gc/fVoPSnE6m
				nDIruyOax+4oIhZ2R66FJss0y3U42RgwuSMNGUXhU5Qlig27Wfrsea0tb+jGHekzHkBoDn2Mr+Wl
				mqXPCGJcdeK/YuvgdQQMsD3vxc4i3Qa5yxxbObFK9q+YLgzaYAWA+F3g9KF4AQxw8n+U5Jod0RvN
				jqLVmR351GTGSzEOz/IStgTjtKf3FmHDs3U87+L+xrEjOhPiZoV1LB4P3w+6/K8jHeSvozvJqDt9
				St3wgy8iF7Xe/qLuqGswQ+Jk4KXriF5hhFGIcx25WZGJpBM3gd3s5CxQvK51RFlrHUVoqnXkoC1H
				UtjnyId5w/AMxFS3t9VZRy473Ww5QN3pjxQ/hJemaIJqOWyyjvobWUe6zGMdnYKuMG5AZD+HI2iN
				3Dud2Ur+PWWz3N+dKOWMG5znplsGvG8BpQutznCnhKy6pdq6MCZncp/M9Cd//ySKU02rHMTpIXLy
				ZAF+XSDuQwHzUGvqfCd+8a8RzXJkeiwzPT3ERtvjhh3fyNBYLjyc4pLmF/N0AZqpWnebFUxCyho9
				UiucynScgdj42BSH5ZaR8cyf+BWqoHCnW4R7QDdvhHjjeC9uNcjJBC+KIvy1u3I8TQXCrNURwrmS
				GBmZe2/Mwnyf4F7UbeXK+2DakyaEeQbOk55BxVVmfrhhVz20c2UBv729RrYoUPY3kFOhp2zoya/f
				tpiEIAcoGnbGcJY3h5IFwuOpn7z5ecqGccjBUT/8YIVMpw/sg8V2fXDL1Ckvpw9uuvTBi9EeLn7z
				wXZVDwf4vHYDA3zQuunEFfpgzhI9AQa99PAeRq7Gm43svyHmW8S6w/XJlUl6Lnl20c4mwZ7TAZrI
				UBUOO4vALDmNn7LBp94pYdb7CaZgA+sNjb7hcOu3fdNtEL0n7QfVl4cw2mq0OIId1T7Z5bb0xeeH
				4Yx2EeX/QbCLIKQCX8SG7eIO5hpb5cmu8GIBP4aXV/OUDX8oKRAbQpMtZQPqcrOsMn3De9yBsw2j
				ColzX2QyCJaa/RC5HfqWnIwQGKKII8TgsTpu7mAVYv5zsdQnnWetUAlUdxmal+nuxTuuxZkVDI6y
				4ZuulkyJvmG9NoDcEqN6v+MLNRUu7e3iXHdiX104tclLpZ9lDSIdgVptLIlhCZMPMJVNv3y9Jvw7
				jBdCqMnuU8m1rtjgmYZyqSw/EXHA5h5y/o1zQfxi8iiq9f1udVi7wvVDWfFqm5jCtdtKAdfu3OkA
				05rQq3eqWABFHZ43PgSf+yc/p6otDV6gSoNtMqXBamrSYCMNkXTvuGYIcJKo5ArVgKYZ9B5IIokL
				ertFFTZzkVI25PDBsmuyYq8OrRNZ5RjWjZrSuBakc4eqnhHkcSwmGUDmPVZDAplS38ONCqR+CobZ
				ROcqfTV78LZT/UQ16D0EY4xNBH3BeV6E0u2iPk9HbQfMTErZoDkn4LTeF8FGi+DcUPjlVoXxcOpu
				P9cPbZZLquQ5T9Djg/fJYaBtIKny86eGn7KWeu5a2jmaBueomCq9gx2KH3eAXge4vv8KeIUVOyot
				XaIWVBdsMgFOxRjMWI+fkjT77QJwFbqzzQev/XNaUWcmtUaSZulFAGeuOTZjysBtSJSy3lPBLM1v
				rGgFh3iv/8IcaIVfNVJzBeF8Kk5AhKH1VQyiJtxnWtXFwlWdW3lyF6PoOg1qydHz1htXOQDWljCO
				uZhD4wb18POfWygYSVC3bVRT76kRt8GV7to2XspTBQELK5WyOU+Vyrk8KREIszhOHbBZ/n5WLgaw
				b0zPHQQGZymjT4U0rg25wioclkNuBbfSY6FN8DAlGt1Wr3Ad9hXyNeh3q5fCxtYsjKM9B/v4FQD4
				fd+5pCnO49pAVJybgF1rnH7vxTqP6PUOZsjyYUsGFbsfK4nUMV1Lkk4g2WQ3T51VfDXNVzdyyeZL
				vjYEu9aNsFV9KlPUhHqDXssgTlqKzLQ7nHCtsgwydEc6JQl2CtALIWqcodliVNkdVXO2j+STs3r9
				2sAXKfoo9j9oxtEUl0Kcrq4FGq3IgiTtf8Bw/E1XNqJsCGWrkVDSV7yXDSxbRtQBky/aDCh5KQE3
				EajnzOBjd+Bp+QWmuMYxyHoO340RAKwhnCDbDsHa+dCdlmZ4SQhxswewUfRBDWuwDQPg5uTdxwA8
				p1Dw39UEQdng1yxHKJM3jIcVIBnG1N7pSVjBFv+LlpS4enJeNN8kJ80KDOiKJVuxjk5nNY3al1uq
				0Uvn+HKrEdOd0vEa3eZ1cHlt3QPaqxNHFvnel6pzG0qA3KAqPrL45qU6BwyUmlOmbNjRBWcXhGw1
				yBCWENoJcAnjplpbeuosdI4o68FXm9R4VIA6wS+I+UsMAoE6wft4nFmBOrG6bdE7h2Xa8p8B8mm6
				bvnaocawzG82X6E+zU0CKAHStNZmZgJ+ehxf3wHZuCPK1W7pswG8V9+JsoGjF5jRPQZdaGUWOVpC
				lUpF9+0mll+QVak0Lb2lweeY784vqlU6QmHROkBIBffyiSUFcSBySfzvLMWW17CUxbxaTmNMC/u0
				8558UDbwVwret0DJhV5luLMm6Jd3NLW7eQck9bn/4VLePSGwdOX8pntbqYvq9SCTJZEqf5mc2Ajj
				nEjSE3aUMiLo/KtF3WmWTQ5WF8eK+FIwOS65psX3PrkBH/VC3NN4AigbFPospJWpG+95A0l2Y0pO
				JI2OcExtgX8ZbI8uwExnQr8k+6eq1KAklRrpvsy8EfoXg09P2b6SjUiPOe75gJbfpV9ANf9EGR1J
				0GHSvSeW0OCaEmciVwEcQ4MjDhTsCNsQ+/d4aRlej9ppgczct/alKT8hV5sIanyO717gMHEhrITY
				m/x+LBVzt7dnhkuEdlv4OH2ZMzhr9QWQC0GZYEyJrpWMBMbZV6AHRNsJh5mPxeXUUqSz1e/dRCRM
				oMFQP4a8vpqUt5nauXABw/6xqz4Fvj0XcYZB8U4JBcBPNjwstPn4LfhYaK5SyEwINslM3BNTE1cc
				3512Kun9FBh+jrSos5J72IsjMuPnsYQVXGWy/wlR3hFf2qKKqkfi9WgX1zSf5ZBCO0B8CV4ZN9iY
				hDC6bemxuFFka6EceDIDy9v6Z51/nDQZcZMmpWheilmRNZBzM5Y0vVaDyuQz63038OI5dEsrTIbe
				J0wmCiNMxql+MBlqQbY29vFcTzU2nb6zZDq3WTK6J9KdTJAVyMhEwcmScaHIkqGYx5KJbsqGhAMw
				KrGVjK7XSub6aSXTz7OS0QGWlcwMD8KUDbcJX6imfeh2zXWHyzmH7VEyzucoGerRKJnIR9mQtHHB
				YHAyfkxPL4JpJhSrfV7RBL0VTcXYxH+1Z5bU26YIp8q1S9UdHzGwpIAIU/HW6vFyDuHWcvEILUol
				4GSA8UTbO0nB6XRIQdpqOGXjvUYDGPJHQ/Qzs44+xHuCI1MgUr7kmaJ9t9PF4XJTsU1JqTvciyNO
				+YlFYTtgvIMmxSwj6jz9vCofsRZS4NYfBV5uOAps22N5dGmxKIJV9pXuAHyBkOl0xJHRK8ORuS2E
				I9Ptl5RVdqb3CfA0osBjOhQYiTUUmKcMAYMUE3aGpMAnuoOrx14p44I0blcxyobrkeDvgiBbTRLE
				MkI7AVat6FslWWE8bcY9r/l03SQ+4yXDOzfD5Vr8MVyPBdXTcHS/8rWLTCVuGNTSdemx0OH6THmO
				+XCyOhclmKANl+g0iRqyUFOb4ORx6ezzBp5LJhksm5GJQdLJdENvKCWA1AZ6hPBmbsCmS9F9GUNk
				TrT1UBTDPa6M+CV1XDfbH7UbWPOcFZWXZPipnnxo6TTCuKzYFC6JJSKPDeVgBfN6uYs5Cm/06ORw
				X+8Z/WDACbdooYn6vIZQphoJldeLDDEM3Fo/kU4SD7W2fa6BlSbqlDFbjsr0CEXF9WgdWTm5eHP9
				RxeDDFiUMHd/T+pGy6iPaea1DbgUhOk7VVfEModtWEZ58u3CxLGv4M6xXcOY6tugbMI20rmHroVk
				41FOLqZzNzfjXD50ubw2cGNdA5jw+emx/NtMXw3pJuDTyXnbUBpkNSCCfD3/ZggO+YNjMjDA0i/L
				q3QNZnXLec0X0wZeINcAeuhuunu5BgKLa3iATX9L/SeUBII2fCEFJuUrAbRhPqiZ4PRe2Q+LSBCI
				sZUlhjQnod36uaWvyBpI+jA/LEd+Fb/iA6FdYA3fKQJ6peaEObXwKWIQmQ26LJCMtbwL5DGPXyNy
				Tj+5q4N1juZjGELP65acFAyt4OnjGVzwVIBlrwYrgZc+QBC/W1vHFx2Dji8nqSGn91jAylSnLkvZ
				YEXqP91I+qhxpj1ZjQUrGlGIX5k/MkwOEz4+PruiH5UboWsOtLKgwnwTglIzb+/SQLASwU7ECFfa
				DQTjVzgy4N9Ycpg5SQl5us0v1GEgnlggBGaNL7KW9S12c4vKrA8ktc98KHnrVfNuu/zKXZrOO2Ym
				y6kBJms7Qo+bXv5JRxTVjcLLehiaqmocONw++11tS3BeywQJYXYtV06f5dMjaS+/UM7Lb4lnXMY7
				3Gw9lH1QU5nWSniUITzlkBByFI4AxURfyzWFJDap9dwd982BgmPDaPfu5/wAct/yzuAX+JJ5XhLB
				a8htY9s0F1qZ1AdUIpQrub0tSSCB3I61Ei1y2fK2SmzgtBUp8vpMnRZzINwHvoaeNIXIqEwKFXgz
				wm5dsImv6bQRTeTKsI2pCxBiQ74R4MTteReabOUsl/tiQ6njs/OeHGFm4Sbw9KCpOaQyI2UaOOPa
				wP1HlRISw3IPgoNCyMTtbVhepsYrxmdN+NMbE7J/dLoRdcVH54EjXSD00Bx8ezytS3fRLloTRFjE
				mdqG53npXSz7DEBJA3dpBHGCIVqDldN2UBnkF+nH1QnXlX+xb2VNaWzL4kzlVE/S4E8QrlPPeK3p
				WRNysV2eDJz8NL7NgKVAwIYNrolawEcGP777PmIvtPZ/z9qB7Vnj7nrWKIa+OLFBXPkjcXP876m3
				41KSFBJ1FZPEaLLEBvFedmuA6x2q+EGX+fwwIUNHql0HpWmD3JHVPSn/1tk0bFTNYSNjj2tiItAj
				60Nw0HKskIL73vUKe5rZJKNRPG4RQzlbxEToaxHjILDJI94Kc/NYHpkG5JRuWoSkfz7VHBTu8JVY
				X2OG9VUaRBFz8H1+UGmnJrvnhroqJxaJmGh8SMR440lssD34BUEaXfV4MXV0Fay9zCWIw4qAadm9
				DzDOaxBvHN/drao1mZKhKNJbnD9lTmZkUK7JF6cCa3s0NdJ1kcYye4hMU4s/PHSdP1GLh1L2kpA1
				Tp7VQNgwfZ2MoRmDfvcbSGugZDWwZwnC99lCjlPElFMeZuT5g4v68c23sxoc92XyysQL23MHzUYw
				ToE43mUnmB0hORGII593+z/2N+JwIzGlOs9AMr0ZY1bGcGm7gv3k9JryBj9wEsScwyTVyZfVsMC3
				BFdC37LeWyCz2ajm4DwD8hWLvR5nQENQiUsERrV3invSTC39GjfewLfqUwnkLWL7Fr+uloGoNcq3
				DUX5LnFE+drEUL6KjLcIZxd65eThkEIdQdWtd1JXeV7x8+DVTM2shhRFU6lS4p713oOjcUZUC8d9
				6YznASHiw3lvjAyrKSLaNaHsLSuVcFtiH5Z6eOkW1/OkuJZckQKJCdK6Vvay7aPibNaCyWr4ip+G
				l39fcmeFPkw5BR15RcKyTf46z0ei7zieKkz1/NzlPvnWnfXGhmhbpWUEAaUY4ts/kqi5Z7hNT1wf
				BMRghtHLScRF2HmztVGsBkeOW17g3yK7W1x7JatJe6i46Wp6KeVzVhMvaqV1x6c/eTsXjr1EkF3d
				MgL47Vwfuw/ppCdnejZ/Gryj+KW124q3stH73BtMpPDmwjHexMVeAa/fFC3YWaY5fItzh2C2BQVj
				nHbAJ7mh0UvxXYmhoSLoXNPEZ71xKnBbBO56zDIQh2CAl/p82KhI7ie5hlp5nD+QeQPDuKTAMJRY
				AsNEjQHDOM8GREDhXCJIfdNVaOIj6U8GofuzvkIwldVwee3fdJzXoo0WQxOi9ut9gvcwK84/FH8p
				EJ+08sPc0xw+mGHw5ZmvreTh0O6DU4+edaE7Ca/erI+SGeY0FmJX7mRUPRhB9SyETZglFSGbRbmK
				LHdIVhr2rxmCcoQfaQGyse495mgODeRvPmTOWnZ5ZdLyCOKizVA3mrc6sLO0wpObXezo3MGIcq0I
				NM00AYhdFjbr77Thr0StEoTnuKPA5qQGGATLH6t3B/6o6zw5swRNslDaxrkx/fEB+cqRAsbKz3Uj
				4lhJEB5hz8CYXmCua6Zxt/NfPcMHR6qVc0IDNwk411ypVkqyGnwZId2drIBbFVFnd5IJk7TDnsZd
				IV9WYEPrzwNWI+yxa/2I+72y+cAGAYOzGaPSWzJH26BHm5kDWkbnudXVeX06z6wKiZuDjtq6w+8P
				HhIV0aayl4faJeVKHpgb0yKzasScc7Mjb4s7B9UNMlfPP/ZMTnkKyXDxFc+EHZ7eqPcAeAGJtGKk
				FAuwgaER7/kOKf6Q61w+JWr9ZOsHhg4j264yiMEdj5R02xaD+jwSqiPFWeK5kHDs2NOgz1ntg2Js
				y2Dug2UwXebKYEwEKSarQYmD9UJ0GcxlkDAYLY6W4nFCEyaBCcECdoAOkBkHznPLshoc/oBrO2/A
				i1rIEGdNQIEsBJ2ivQNVcSqNPWph4wE5s3nGYzIp40IyLARMjrh/4VIQQONZYPWyJfoXoRGD9Hbr
				WXICg52sWRSAAOAQUqE2R/o/zwnJGEZxYbHXa1ybIQkmq+HnHwjXdwU8qIoce05Q+njrD8AWCxVL
				STXJYT6WB80tFsJWEc+Uto7hkRqNmnNjw4ZJl+k0KRp0cMsTUg60r5LzthGnIr290Aeay2ZFR5q0
				jyXgalfQ3FIhbD5Enc2sBp1cy5hi+sbyWoMSa4xpEPNCTQJKO7u03kwGMa/EII1CGcRSYPKK4YBx
				xnwvjJaZ+KluG7eHDQNOnWW5TAElyLYNtdugo1M8TbiVbTz28bFTkjFHapESlNXQ0c/pKS7+YhD7
				4HuJA4mXpSjNAezWQWasBEVpDZ3uQJDGiLPATSSlT70uEj8IsMf06exyuL4awHcr5ze856UkclaZ
				GWxZqKedd+Mzq4HDG5jTvYMcdHUWOy1RP7xFD7ibdkcSMP9fPuWxEx/rli7siriStFBpyZfS6/L3
				4Xlkt7LYghZPpD1wQOSWlVyc0yYynWraXO/T3+9RqcM9gScgq0Ghz0JambrxnjeQZFdjNf491zjB
				DO0g/j3I/zBVyo8NAE1GOMTpUxvWePmRRHrMW0a/9fBprjRmisbRWBDeofYx8b3f+vF9pfBybQ2o
				c9nVThGn4OCZHS3ID8lLJrWdGWLvw+kf5X8Nk7ivyuxc4ZK8J45/1JhvivrwBZeeKURojnFFNrCv
				94Q0dxmoBSSvIga7DYUpHIVkW1ATrHlYbnLr5Ht2SATBspwg05BssP9E00GP6E9EcNfGhayFr7o0
				vocxNQ+cOuZXov98jSDvxHfbuP4XsPkFQiqbi/i2UIGxc6F+AGy5YI7ACG1IQ/0vjFE+3kyceNPq
				gziCIL+b8EvuPWvrRX8MnzEuaqx+6jmGeuCRjYxpw8KS7pqstBDd4qlH9ohBNOMyxW0+ZNIaFnJP
				+K4pMazkHNlcOTUcAGhBGicNAE4is4a4flYyPNZclQkCw32lbksTiQpSy26YdmviThv7dNIzDKYY
				n9u+z+HL0FT6D0Dnc5tlNbBbMog5wXVbBVmBzebIiBfwubalEWU42wtURSaTjMMVN1o1Jgzl7WUT
				g1XHW0OSgcLr+MtfHpMK9KyGVM2D1/K+tvcWVDy3cK9XBbLEqFXclYOQ1iAtCY6ddWwNplWO1pV4
				3PJSfwYvCiyKhY9brN0cBwLKNP47FJAlBc0BD3ZeSWRvW7mNdXj38nMCtwPMA60Dc7qmZzm85y0v
				rrazpbbtdGuj0qNt23LEYWCMrXBWsBdrrVqFopoKtal1Xdd1nUilQEUkohIikdG68rA2rAxrWNd1
				Xdd1Xdd1XWNd13VLrOtoZrgwm5gZmY2MxGxbZRVuLW2drWHrbN1CMNZFRETWSidrRbYea6xtW4q1
				i8UCFqvEymVZlmVZlmVZlmXpslSWVhpYqVS6UOlUukplBiGQSqVSqVQqlUqlUmmRZNVFStlKqyoU
				Sxpq6quqGiWdpCWpQCqVSqVSqVQqlUqlEiRIkCANEiRIhYEQJkhYkEqlUmkfKY10pCMd6UhHOtKR
				jnSkIx2pvJjuLbEaV05oEiYtTSqVSqUyqUwqUpFKpW2lEkQaUpGKVKQjlXZt21ZKJDAhpVQqjUaj
				0rJ0Haap8p7DLD2+0TgajUajbLTUaegqjU6jUenBKidZtgKJRRaRjA5JktErKtFoNBqNUkWnpFZR
				UlNUaSKVikjRaDQaDdS2bdu2DFFppUJp27YtgCcajUaj0Wg0Go1Go9FGo9GQ7rZIXLRtW0GprbBS
				VinRkuhYs2g0Go1Go9FoNBqNfjQajQqPRiuViPYX0fb7AF/gOfd8AphzzjnnnHPOyTnnfM45J0mS
				/3/gA8PJOZ918OvWc84555xzzjnnnHM+56QAEU0JNE2HaZqmi1RhCocww+FwODyH53me53nP8zzP
				85tjlnlczEWSJElSdmySJEmS5CVJkiwrJsWcc84XF8uyLMtSWJdlWZZlWZZlWZZlKWVZrmwEywlk
				ywVbtmVZlmXZMAhBWZZlWZZlWZZlWbJaVaxqlaqtsizLMqpTB0plWZZlWVLKsizLsizLsizLIcsy
				hJKBwpBUkNGFm1ABSihJktOa0si0m5IkX1eSVgujhW2xmWyTxSoloUillbIsy7IyKRmNQ3qjJaMU
				rShFQ5QS0c6aT85OzjC5GcudLFmy1GpDqdMwLduSJUmSJA6FgeNwJINVrVkFwCIVq6bIIosrTiUy
				EINBDAwMDAxcBZIkSZIkGWE4nTDD4ZBmyCGHHBmSJEkhRwpIkiRJkhdJbi4JCoOQjJSQJEkRhjBI
				8kmSJElOMIK8glcvkiQ5E5StSLlaF9siW2yFaih1GrpOpWtUOqMzUJEiVcVikcjAkUUGr9aKxZm4
				mTAhWGvFWFVVVVUUClVkHUAaRFGRpiK51VVVVcVRUag40TYIQVVVVVVVVRWrKKGGKKSFVNVTVVVT
				U1NTUzMlU5xaDUmyVrQKVlWACCVESEpKSkpKSkoq/0f8Ecf98pmuP/z/jdtLZe9dqiLT16h0lmQ5
				77333nvvvffOvfcu914VqkQ1JRVqNbUSqaejvlKaSCUV3UCX6AZ66JVyUAghhHAr4U64XTjCEhbe
				77lt25r7PMvM3VyZK/Pee++999577+69dytPXu+3995OJjnII/fee++9995778dxHH/Ecdy2z+le
				Cjf4334rHISgbdu2bdu2bdu2HZYlW5LkALECgeOwbdu2DTYGUq1Wq9VqtVqtVqvVECU1RQUJkUqX
				WqFS27ZtqaO2Umnbti1DK5RCp6GhoaGhoRKI2raVohEIU5pOp9N1nU4boJXNwijM2lXWtm3bStu2
				rUiDdKSThs6oNBqd0Wg02jYaohMoRKPRaDQajWjnnHPOOTvnnHPOcpZlWZZkWZZltW3btiUHWGSl
				bdu2ZLFYLBaLxWKxWCwWWywWi8QiZ0yJbdtWZNqWRq0E8cAGMpAkSZIkyZEkW5INw85wSJJszOtG
				qzA0NoydsWRZlmVZlmVZlmWDZVmWYSKsCEmSLQUHQrBlWXIJNoL9Kq/ruq7ruq7ruq6L1bparVar
				xWqrQq22baVVwbRYLBarVSmLxWKxWKwqVlVVVRVVVVVVVVXVVEnVAtqWqtO2bdt2VC3btm3btlNt
				21bwtqayKQGZarVarVarUq4aA6lWq9VqtVqtVqvVarXVarWmWjKB2pbValVV9ag2qler1Wq1Wq1W
				q9Vqtdqf92lqhdLh/2WKqRUqlUqlUiulUqlUKpVKpVKpVGqFUqlUhg/KQlRlJCG1bduisqhqFapq
				itq2UTSpoYhEVEQ0JBRoNDQiCqrQEChQA5VKpVKpEyQsdBNBwhEeonaohjhUQzTUmaGhkXlcTIVG
				FEadUdu2MepCrVArbdu2QiHUtu1ABG3bUtu2bQ9t29Kh4dA59Ib2tm1DqaENDQ0tlXRGy2BDQ0ND
				Q4VsXVQVKlSoCrWiqqxC27aVlkIFbdu2bduFtp2whUChQgghhFgIIUwIIYRK27ZBJrQioaF7oW3b
				LgYS2oZKqKyysLDQJbQSugQJEiRIaJAwCSNBJFQkhIRphCMwQiPwiRAhgkBFaCVCfyJ0idCG55kp
				PX1LHCCCimAqLRHEls02MzMznU7XKWdmZmZmZmY6M9NaaLwKmZmZ4MxMTWta01CrogpWVdFMQ5rS
				kGYQAk6nRGGIiKYSpqHChAlDYSohzMJMmIVJiFAzMzPTznQqzExnZrqZynAvpm86U45Wo7Bp2zY2
				MpWpTGVaQUhE2nYy06lMYzplTExMTMwxlRDTmFlnpsOvc845VV3zulbXnL51eNNzeJb9tdy4vWVr
				al2tqXWokVFKkmS9sJYflrA2LKsWrP9n1VVVC1VP1VVUVVRUVFRUVFRUVFRUU1FRUT0VTTXhhoqp
				UKEoVKgp1CHUUtd1Xdd1Xdd1XddqampqarWSqamp/1eLqa+ihXC1Wq1WUqvVstR1Xdd1Xdd1XdcV
				oqSkoqSOiopq1EBFxVzXdV3X9RJ1RPXnveZ0Habn8FTesSxd2xvTly5tmqbp0rMOSGe0JIuzJItI
				JBKJ6v9/VglQ0YqKioqKiIqKbqD/p6G7J6JRUINQoBAMFCoMBToEegL9IEaBAg0FGhoaGhr6h4YC
				R0NDQ0NDQ0My9DRNo9FotFyjR6PRaDQajUZCIyEhoSAhISGh//8/aKD//3/QIehwOBwOh8PhcDh8
				OBwOh8MNT9zw/4f4//+f4TIcDofD4XA4HA6Hw2EKh8PhhsNhqnCoUOH/paImKiKFojBROFB4SGgU
				JHQIajgwNFRgqAmBwoQQwtBIWJiFsMj/14QBmvDhcAjYhGXCMWERhMPhcFhqISzQwiyEhS3MwhYi
				xIIsLCEWwuHwywcJEiRIkCBBgoSY1QgzwhXhCBEiRIgQIUKECEf4zs9Sz532Z2aW7/7O8f//P53X
				Wf7//6/5/xm8apaf53kONVMjsJrnGzVPc2me53me53me53me5+d5DvOs5thznmdm5pllnud5nud5
				nud5nl9M92qzefkJm+d5nreRzcs8z/M8v8zzPM/zPM/zfExjFqlgkGwRGkiWZVnM///ufKb//+W4
				l22rbDV0pU5Dp12l5Iz2shhIEos0soQkg9vXWGuNtaqqqqr/X0D7Hw0tiDZt2gwNoRUYKBSFEEII
				O+wwC/NzaGZqwtCE2f//xq1F29tb2F72sclkMpnsZZPsY5PJZLFl64S/mHzE6v68fHl5+Vn+/6/c
				tm3btu2IJScQ0ZSQRaKIiDykiIgs/0+h5BeR5Sj5/ycIlw0MCckHyQe5oQIDhQohUJgQwsIECQs/
				EToPK6+mnKkJM/ICRt4jMhGRaQmggTxNAzkm05NpWZZlEjmIPCKLLMuyLMuyLMuyLMuyLFdknEBF
				imVZQo7lmNO95kX/v0gswgpt/18aR0kGSRZJkrFspJB1sW7FcfxPFYeKp+JVo6SOiicSUamIVETx
				/0Lx/w0xQ6iw8D8hjsMS4gjxE7eGMzSx0MRhNjEzMhuZmE5cV+NqYRttFjbbYhlliXX6v4TCZOQ4
				/v+IK+IBETicWIw4MQ6Hw+FwODWcmpqamqKpqqKhWU1VWEuqRmoiRU2MrSVGGhoaoQmaoRmN0BRN
				mDBhwoQJEyZMmDBhwoQJEyZMmNjMzEx4JiZQE4ZmZiMTZmKxzcQmmNjEJjaxCdoEmW0m2yY2MsvE
				JDaxWLQiIhZGZmITm1gsFjumMYx5MTExMe/xxcTEYrEwjMVisVjEygXqeO+9995yTLaXbctQapVF
				na5dbCqda0cpi2RYLCY1juO4Wq1W461arBaLoFqtVqvVarHVJtZoxWmx0mKkxWg0Go1Go9FoNFoY
				LWwWFhYW1lhsSozFYrFYLBbh2LFYLBaLxWKx2Wy2zbZt27Zt27bYtm0j2bbFYrKLsVgsFovFGIvF
				jsVisVgsFrLYsVgsFovFYrFYLBaLVZbY8l2Wf/n/JRabHJdtESuxqsSoEgtdp9I1Kp3RcpIli1gM
				JFJVjcNAiU0h5cVisVgsxqoSoJoKtZKKmpJYTEpiUaWJVCoiERUFIhoKNEFoFCQkgaHhEDRwQ5AY
				g8SCBAkSJEiQILHoMeEjsY7EOBIbGRkZGRkZGRkZGZmMiMQmk8lkIodJLBY9FrFjsVgsFgsisVgs
				FovFYrFYLBaLHbFYLBaLxRiLRYR7HeZ0TUcsPMs7Xo5YHLEbsbVVlloNpU5D16l0lQ5ntJzEItnY
				fIyB4zAgghFjtapYVFWhqKZCraZWQRGLkpqiiFS6VESiokAjoqFAQxEbRWxZGbFYrELEKEQshIhN
				iNhCxCREbL9t7FQINCXzkBjNzGYmYrFYLBaLidhcw2ocrWgTsYhFLGKCWCwWi8VIErGRiE0qckhZ
				iojFFouI/X+f////7D/1/19f+tFOnGyRRZLkc5IXq75VVVVP9f9/1P9P+qIn+tH//zN8+Ao/MXwI
				T5DwQgQJL8/C//+feZkYGW7Pu9vv9zvs///Y/////z9V/xv/yxriiV/ib8T3+/2+uS/Syv3/117Z
				0rZtVNqjnWVZlr3YwBI77MOObbDCXg320KhWqy1SVZ9VpUrV6lNtq9X2vQAqBRpHi8Go623bdgo9
				hN62bdu27e1hOh4CRZHatm9623Vd17XW5V8E/0sXtv1/UpH+jUajjC4VDVGKhuhEj96jR5+zaD6X
				MJ+X93z+X+X/AsrJy8mS5PAPJA+Sk/OqquJVpJqSCrWaWkmxShOpRCIaKgpEFP5/EfxPgSFE4Pz/
				IYemZmF+RuZNjMw8zjlpJEku4yIVCoVCEQnCRzjnIjyEHzw455xzzhmZN6hUCFEwmUsAkxgAGMBR
				LMmBHEmSWDp8FIABEVaM5LA8KGSEMBqIg2CwOBQOiURkYmGUY3LMOIIYY9YAzEFu4vB1rSfl5ABD
				vqEOiz1BbtZRN//QDEHz/RA+LgugnhxZqgXaOipToygoH62M/+lgJIi4ml0dMlf9o3wWNxnGwNrB
				SJruZnznM33JlLFWWmUFyw0N/vpAZuo4SCwvwCBqCcrvtBy2Q/yimiRwn6a+U7Enp0R3WHDkWX1e
				JUYhIF1s1fzdlGpPnCRqzqgkf0iEtp0t9MEskvWFElPMk8sv7AJODllxQ/6qbQsT9MPwMEA+pSOQ
				QWUeCFZYX4f8wgSiiuRq/SG7MSwyoi5GbevZK7j63RfvU5D00iupnzJ2kyCvKaLY5SPZ+fypSB0y
				0sFOFhLGNoRfyREeAp4zD+mSmIek8stDRlMsD+kKt8wqKAfDxlZbrF62Sj+fGfELK8dbFyqVllMA
				8E0eOXpFooJDLKCt5SBwd92lBL48pNUdGQ6MOg6bnX9bDbVD0n+ASmGMs9nKyRG8BW+00wJMZKza
				MfN7NxK+jDIG+c83lMup2g2hlnm6ADz8GZa5GftFxTTuiQWupqLEHCdf++OhzEelO/KFzbN6dkNI
				IRNaImoqwNeuO1bF+AzOi0ULIgdu5PQWVDp+IviompNDIjcE3+dEYm+zXMDllYBxY+uDjbrDyj8m
				r09gzSixAUypzr2KXaoZwohAWMaQc/XbNKU8mcdUievwNRcKUJz00s2ew10cKiEtHFeAMvzeP2i1
				oo4PgbfZrMcwJzQiq7DFQxanrs63hUF2wcNdbkLF02r7BOeCPCc4dt7M7zOcx1NudqxZuulTKoq5
				zsQxBTS4kwrdPFQ3ISyuYaE/ZxigkPNjndUrtQzG4qc5pslkujs9cSRyjH4unVyrYp7DAblR5xjc
				U3zCbd6f9jxuVUpkyjTOowAUV8hNxU3GZhwQRuypZI/i7n2yE5XZITgYyjfAuFxfj/M5QK8x02xr
				Pi+Pi36D7eQwhx3uB4w+XnYpOavBLr7V0dP50vfOBaP7dec21E7aLLW/YHQHMPrSqoIIbYEx6vkC
				bUeXgqqCHElxImzuVD44PHYtywYrc5wA5BewUxmxsD/JvMd8XQswXpaN9sTtxX2oxiHw5UMdFnuC
				3Kyjbv6hZ3w9arD0nDYPu6ycOgNGxektbdKhXtb7Oc19d3EevUw8jstBm/P89S//0Xyy8k4c8msc
				olLLDyhnCoaegQlMrEiQuPEqOoUBHZZEYmea5NZO47BMfMbFFWZ+VLiOqsHiUazm0eioUjQbcuNP
				1mBsLg+oSXnVZpBqH4sZ93gQRklATPuL0ZaJaIil9hJcba7QNwAAMHfwJHIIqlwEptW+el8kvyAQ
				z+889p0Motvj1iPfyYEVDNLKkd6uwbM4MVE1etKOCbkTGEA6WCri7afRBKS4GX80ALeICqFEVCiu
				DUcvii3GOgVdtnK4wMgBgQLb3rrAFevxQSjbW29NFCekMMwfYuVi7TDLnBz42XxCOunKNwCZ8MQt
				zVqHk66UN1tv8NlbSkZODgHoFXx6VTGdKgxvz2gATXeU41js5KPun1pnYXukCnxj8nVyqUwKVl8X
				0YIjx6+vi9qC5snOUc81l6hM6PTbA98wnwSAN5JggofgrvXqu4MA1Dfc3m6WH4Oe50xxr0tv9npk
				nRwsQz2O9iH8Anr9wGJdOT4E7m9ylTTgYDjTBoDa8C774Z6gsqoRG/Jq3P4k0kkOzBFz4liYGjBN
				pXJ2Qfzmmer1vBycJTPUJ+Y7C9jJoaM+844J9aDZleVGh9x8lHaKMhAK5tYA9jIJrPEHDpITR1FA
				5OIaoJMItQkkhHhd/AqPt0Y+Tqm+o9flzq4BrJeczVVMASOs+pwAgxuwnl9Iy80xnAJUcsw8/FNw
				nBxucWbIXvONAocj5G8kL5BRG1leRsVvjC9wQW08eYE0a9EtL2cfaeG6zQCTZIGfb+Njc4mhAnLP
				0Fk/EM3PcKY5HSmYDQ9Ph1vzKGgowHdiLloOaB8gPuF3cI0PUnWu3QMBIyBTUcBBylOOFvNCwhUG
				Uu5eHzttHHTB55SD8s7bLIPChTc7pBvAkLbhkcuBqlxMZaQUxQOHtZoJGvUKUsQzhkVkf39Sue3t
				oAEdKhKAcfPz4wFUda435/Hwj3z42X/FerKwuJALZWDekNCuv0KxvdsjAIw+/zyqjr+rfveIJDGK
				I2NsljLQ/wok5W0AAJstWxSx2cohb2WLwIiiTIgl2NgwypFCdMscG3+M+C6wWauBu0wXn5ziJaoF
				4YxyJ9c5Dph0fni3O6vkPx/jZufqj4hIulf3y++fVmBhmQSThZTtoOJwsddMiXn2A2+M3Vr8/fNh
				xdsJQZT2xt2f/hiMAuGQC9RfLSsnByl8AxwHJIY7Xjk8ptmV7RXpcGlDa666MbGCe2wiaX3+F1Kn
				sCH4xDstzmd4OTmwWDICo5ZSlwEyjrslnRzKZOjgHMtks8d9/7cYn7gH6CQYsC/uhr0+MOmuRlRF
				J+ih94+TgwGhqZ93NwAbVuxQ+JHndWSf5647zYpWMyoOWLwgfZpNdqG+fX1fY99nGogsbbIVVT3I
				EWRDPTTNT0N2B76O7SvRVIKlJaJUSZQQ7HH+tUr5URnnl3e2T1xbtQQkXVcCMhKAR+NCSErPjHgY
				cmv5Z4Y6XLSSfOVur0YolXK4iACcQKJgnjgcqomTOJ8fHgfqLpvOjdSM9FaGwZxseur1t+l4mOUe
				kOdPJz5FhuJg0arl9iJ8RnQqKl4g2JLstFziaIUu+NteNS33YPMhrnbbfln5XUcG81M2h+USppNz
				TQ652ALisVxPhqeB8rhRnWoy66QTtB/0geLAUfstLSgIIC14exLQNL43fATWHp3bMeIc1rR8OCo8
				IHILQdCfA4+6iyS9qMn9ZVyp+HFqS9WR1RfzcldD5JptdHjVa1qcGizaIR0TpljL4BYkN2yDaZcT
				HC3uv4kUQFYzkkt+B59d2mM4Im7PjPnkfpJnUTVz0n5LUOyfHLT/YMqUuxkD1jWOZA8CZt2rxdZR
				F/yUyl3ECLSYK4MvaqdcxPgwOSbj1WBlGiRrwNAf/T4a3Q2EvQzlRcnDfw4kiY5L6jx5BOmL0jks
				8I6rPrKxoC6iOjPKKtrtboGLG2VxgOtaIzLqHeUAtqvXu0O6zuHfh9hwqcEoW6c98mmbtYP9cMtL
				00hwXlMi+e0cEM+VITRHu1IOw7sDBwt1Owd+i/2iLwEu5WAGrdLjk9k5VFbn8qCNJIRcPnhcfl9M
				XLSUbuA7KYfYHNL2ioqSRoFBEBT+Rnr5iBD7zehf+MibgcQ9fYzstkaRzY6SNWvhU8/6isgsbtnw
				vLZ3Xg09Fv8dkCDZft7bDnWuRuGKvARZYoUlONJfyezQkiDhC+A11s5bgqAY7tefKczJozsZ64WV
				K2hHgjxrdYgtQEI2xBnk2vRvL33QkVPAVjhVRNC923lR4JxicmbojzHmIPFXGzNLeR/9ks7AphCb
				lCADrwO5gFPZ95aexOdcOWXXzo2AyOokjrYjPiETtDA5tKaonAPFL27zxqgKZcwilklLpyep77DB
				xR5+iIj1RDCHfajAG3bsZ6tuntW2LTEL7o5RUmx00TtVzONcc5gwLDl66+iiRH9qe7fjO+dc86Ea
				eUC3QTbObVxyD2+CerwtMmJuLdYXtDG9FNMzV74wMeEgFK1vNw0h0Ywj8t5KpbJon5UofxLNNONm
				KJSDar60QSu1700cg/OlmIviXPMUc7V0vVyeLpN/HznGT7l85oWPnQMHcYFTJ+gUe380SNS63mc/
				wj1hgKFKuSjO2cWRMLEdxPubnGCEXpgNi7Eh4oCcem+bHazsHKb8znSJ1xypERKG2V1Jm4TJbH+d
				N2Pdjzd2Ewn8jOiILuxs3QCvSwKKwhoUFxz1wJJzf0E1ceukt5YJS8CPEyhNXIGOOLg9AJ3EEo+C
				lL/w1Q4P7k42+aEXRar4xIAuCp64kgkSOeEcMBmY3rEeawlbsI9Vv262juKg3cl9eKrQch7mVXfo
				VUX3b8HXNQmUdluLJqL4zttgQVVWDm99/iZg5shKJiAvpdn/7uK1Bzk+mHwVjyHeit9aKSq2xFbM
				S2qBA9NDnIoN6+AS15qA/QEbYj64FodXzEZ2xbxMccXcckrxncMfVZB4oljrgqJBTBXYSjnDkS6V
				u/s7h8Uo7SolTR7zdm2O1RMVT9RBR5JcW3PXTVvp46mvrtkLkNj6FAu8dXv/CXwU9EhtH/bkCMRI
				3VYsEKznzAbO7Jq6yBmNoSdT9oEjXkB7Bprlj9Q+eNxHi0WeO4ddczPcWjEnQ4OnexV1IPWbYnwV
				G1iB0uQPBN5jkGYBdSEwVRK4RINNMvNVkEoc9R26GrygV/HBsR5p3NMnjtkKBRVBKaFVhIiCcK0T
				3tCQLSTFr6M716arTXG+X5bfOSygojqQ3jLJV61YXJ1buz5bjaUlvzVRmNsdizmcNg7043ZflFka
				7GI+UCdOSn2K/k+mNjrxpSbg+NhWnIXWVgy6zDQ8t6krLEsWdAggvKRlYUEqy4m/74In5nBhgyaZ
				u+uMvtDwMBevZTmIKy1xygtOqmjaUsVA2dF2nMtJTLhGmert3IqxDcsI8y7EeQEh6I8vO1LRy47R
				vi47Ou5hgNCwjJnlTs3QN3rxxPGApdtdV36wxH2hy1yIYg4dIVo2V4p0fR4/YDWrepjDvbIgL4Iu
				EQ9MuM7Ygf8SxS1BR9XVUeZaKBafQkKmhHnf7oMz+YnodSOcqzBE9i5no7L7zsHQLlyPI0davtcP
				WZ0VnWh0UD/jpQpMHul0qd++luumwhPHtcYZ4p1B87sNMWSVkS58TAL8mz+huKOgeyE/4dkJ4VRA
				XJWxTd2QavBIHc5sqx8Vd7JbRujOmdvJ9w5HgdtYcQvi68ZxqPdOgbqyGbjVjcdQp9C0XSvGWwZl
				4BRiCp9IWOpScu3mBnUG+pKF7fdpy36vycpfSv/uzmg540V0eWwaOAIgVIB+7oMRn6uwON2+lahK
				nCdcmFxpMrBgmw+fM7/ffJQqQvI7hWLvqIT699boF6nOCxc2kWvZDSuFTHSOqKlAX193zIuxGZoX
				i8IP91nshnQOH+CRjuueTjh9SweR/BcY6MU8Y0WEisLZiuriclVJ2XR1Y6pRZp9IrQjC2+0sEbb8
				/KkuBGj5HERr1++ta0Aj1hGTfPJLxyScA3ImxOSLkY7f44dWK8rxEPAblADZxY4EE+3qTIsEgjLF
				Tdms03kDm+JwBNFsTr46kLtWZfs4V6fzDkcOmk3fDpkSOrilPECPzqHj7H+RRd7KLI807TdJcUrg
				H3rjAAWfXlVMT9HoMDJ+3TFA8dQBsFaEo3Ys0fMpvgSSpHDj5o7tK0sRncPnanqZjWgxJSdXRoJr
				ihOoduJgA85BbWCo65ZTnMtRdqogOYSYh+3eqZrrSB+fgbkLBm5hOD6zwdHvJOAcQlMW8mMaNUuI
				blKFo+wtvR9CDpy3m9Y6Amw3FC0U5cydAQQRlzhYTpwveEzuOWhFHy44ks8JKZg4KxQ8soGXZ2IZ
				xzQzPtxDRo3MmFnh8ElLe/zPHtHidkKsLWGxD24ORyKOXo729xou2xNZET0DdiifszB1JId0fGfM
				HdcMHZjIjBXzEq9i7kHNuWTAqATVw55NxTzVVSWW7B2fc8oicVa8OfzsNUBip++mAVE3VCHNhCrE
				UJvkn85b39/MVUuGK6RbDs7BRAaIFofyYqDeF7Mtg+n29ZEmr5o4HU+4mgWy1v2BEWzLqlzcubwY
				6rJ2x4hxQ0LThboIxSmY7ZWm3JCFNApm8/9rZ00WhLsbE5iFtrDzA2xgXXj+bQhhqYTdoH1fEGAG
				Bc0VL6R8YYpXhp0M4BzmBy6zJzo6k4RuM5b52i7lWacNYCgVMfeSCNjX5C5+YNAATjlS2Xs6eixi
				nWolfW67d+0KdLFK3TpUJOhKHC+2xjl2ZAmkZ1wuhWu+lT0bErQU5ALkOhnz5bpJJ7IsDhWCc5C4
				r65SESE5BAAIWfFPOiWNVFXpADtHHYXW+s95VSrCija+zinQD8iGfcaREwa33miuuZ3Ewv0GDjD1
				mlxYnL7thA45LxK/4K48jAlOorct0NcHUgPcsZY4kdt4PdKYpKGgx2b4hnOwhoNpJbiva/AsrhhF
				uloqfSHcYII7aqslsQeu+rQjj1sVyd3S+J9m4KihGZjyU42qcmZrl+Jgt5bhm5DbyjAz4zg0Bhwq
				35k/nEOtlIPqUN+tZIYeubuPQnxXs+F1XjuqtA+g1ZymDn422XZwaieuNADVHCmwm5JubvIHX8zQ
				6nwCB4/xFdukbsVlc/ojAEPrCuYHJt2dlmQvDx2O1K1yYE7zZ8EKnAMEtZv4SEVFUtHf+nA+YJZD
				cNNkpzgpl4KDpxlgzvECzMVXgBkSwwKmZeqFdFQOdr+uhMXsgeQXGMNAEYLNef2U2c7LqVmPJmQi
				cx59uVW5WtBG6MsGNep+/PPltmGSCwxBcmA12fDKkPDoyYGIVbI5rOsP5CQHRsMxL053nH1ebhF1
				ulobeU5rMt/DKLe57AjVQfI7FObDGpM0Ls6FPbb9JDY9R7AziIwpXxju7rvCAohw7Q3BxFwoa8q/
				vi2KWee+q2MBPzr4NW5A6DRwTX6MIx3k5Vlb85uLH1POvqjrPoFzCHXBGIdfqqpG3/OGWW66G/+Z
				+L34QUCDb2Ak4o9nxOxe/AA05L0r+y72pyLIpX5Zhf9kIoX92WbvCQR3pe1hNZct7M+2Y+Vwj/F7
				58oFJnlhnb/vFTbvo9ZQYx9bbr6iiksaExnKLrV59+1qumRk5ExA26OjON2Zo3R36x+0e8Y0qolJ
				zw5Rbu6wO83mSRy3wjnIuLNY4cuZHRvSMqUGJSvOXrYFmeJmhc9mdx5xXA3OQUYiB7XeS/w38/nh
				NU8v3sCgl1dXVJ5B+Gl6Pumg8iY3zgrMoMLcFk16Jjy7L+WrKK3XAzuk0SmXl6PcUxUE8ftn/PXf
				aHcgBH90OK3AC5HcmcFMlA6lcS7uh7M7lFCy5sPRPSmCIlFz8UC1Gb2Ziso93ysV0XeZTGYdK3hf
				ZQIfCbIwAD7RjhXcElXEQhbphSSQoFyKKdeGEIEEBegZ71Lhhu05KN3A//LN8BXfIKVTT4PMl4JM
				8Cez1yqOsMzELHza1N/Socuu9OV6hNnPoSSnBudgYdkqtyCfMSU1VS8oGHldHizdeXCfDYK5Wal+
				BacJ+6+cxIwpJ0aenjsFWeOsVUgcmXaiJ7+sstJ9l9hgxr6D8oUSrdurgcM202vMGkraLufQe1nS
				MOhrYCmubjkE43CfjI6Czz0qPBWfqdu/XGURpJbEvRtbWHnqWZwXLAorgr6DWEiPLUgwz1BqGYXZ
				Tc2QLc7B4q4cME/cAIwlc9yPZ5r1FHALd1i8Dx+g67KOm9IW+TyjQ6VxkfTBRSUJ0WWoS058R3lA
				LjdRogXLtnUp3rHgn41jgwWh0ElRCWTimTZqDRtmTL9jt7tUiFGDrCj8kY6ECkPWEWaF95ZVhjAO
				CyK9/YzY8Fo8COlgNl+xK9FIh4STOeJWkWOTbUTIEC+rQLfHBQZOB21D05FHZOypcVgw8+XRZ4Gv
				oix88gW7ZijKyblGyG1zfrBJ9BGWz7Ispstf3p7dj2xjjuapEU1tGgd+1qs8F5oahwsTw4lSahzK
				ef9s1FWJ65IZcW2Vu9Pd3xR+MWGSt0IcTqZsDjV4g2bKOrejDuu8AXY5xK81OVZPZMXKR17D3xQz
				eb/xkZq2wZRoJlnm2UdKSsCxdlzek0M6BdcqKfnvseBngkTnZ5iCWCjCnF6CMKhupivB6/YDAZ0k
				SLACeNPa1UgQ+7nYsDFhp0YiY4iNStQWw2U1Qbb3AielbPNW0B8X/zzlIsI6vXMFl+EfaXmYlTPz
				snL5clkZmpzpx43OJEKLHStXewt0Gi3uGt9p983FgRIG7LUQZTgh/97SlfectXmK1Q4UiJBgPeuX
				8jw4wdBg+vECv4gTRmQlCWnuRTEFD0oNl9r98nrerlubKOHYTpYqW2JY2evx25XhWXAyliBPY3Aj
				Nvep7la7Cn68NQ7kfvmQsv2bnqHgvpKEbukGIwpZx5JnRjbLsdJGqFNuNwTEmLmKw/30Sx92Y+Tq
				AsbM4aTJIBAXdAPdHiPlsVvOBL/ROHz8Zc/lVmHh+w1et/VsWZnXpsaBa+ECax9oiH0AGSRxXd8j
				jz5PdVhRfptlahx21J8BUf6a3G5fx4w0CYhOUio7CEAah0ow9f/5a9TUzjNMaPiyrcm0zTgmhBLj
				FJIEsCESd5a4M1HLS3HwwKUcpqlKXklvTMDeMtrwNKlKRHQh7s4SITv4AIK1q8a879fjb3BR7nEm
				LtSiiNROEYhFMhE3s+oj4HYOb3BgFkUgl0jlEVekpQDjRyIH7sbo8ViSR9yEX3IbVmjbFkEjIF/5
				MSc8znE9vaz36PgPKBxsKmbXSFDSapVNDa53f0lmek7x64fcagoHgdnkvU6N6TH97iTFjTEEBN0Z
				5K3bcgakEXDVR4kLFG+rPBttle0yY8/BWyppHDBM0xSkyleDgP0xmj5yMQ5pm6JxEB7TxhBqcGUo
				x//4oIU1tb7SQg+eEH5dY3E++926tHBBGlukIjS7bnefACWEx2h7O76dFaLTtrfcynrEg8lep74I
				VqVjwItmcIQcoP2DZk2jiM8BF00zP2T1qNJ5OHyYxdwPtXFbiVVUpuJvS7O4r9xpBIbrlQIqTSGw
				1QRQigy2Zo1V4JU+Hg7VGnJVOPbKxU20/qg6UJhoHZSwESGi+FfrhBcuZA1J49fSnGrpGkecL5Hl
				mHUA8w9C1C4kd6piZfAPZ/QfhIQyPcflsw4tP20aHhnR+D4/YOXW0iXunHCKgi7moS4xtSzgRD8l
				zrGIKe5g12h25oTLhFO6vSJhxaEWH9++YYfz6zsbwjQEgsoBN5hic8Vo1+/xA1azqpI5/A5HnPwK
				LWGktFSLLueIXDrmZERcI5H19tGUj+W3nV8Y+dfLO1f/4cJ8lYq4uIaRqlgYFZ6DOeC8dXNOCdWd
				/rbxGnAJlitieyxKSeXgUt7osZ4hL/DvBy34SmNz+PaRUMUnJeLdCbcM1wCVEgWLoFuy1RFxjREU
				72EgU5ShnW0LGVSiFH6fLITZb4858Mr0qBy8zxq8rGboB/D8gbVbVSX+cOjXaFGJjz+Vnf22jmsm
				eU3lEFmAXnchGBvUpiOijFVDB4iHST7+/DsZ/4rsnbz3mbXg4ovFQ2EZvuCcJIt4szn76SpRcHPm
				liSPIkdFAlL/0fq70/8CQ3EM6LcG/u4uj55AasXZO2ZCK4Mi8F3hvyWwgXOQOXryNqFK882d5+VM
				V0IWzrbTYokB9lZk2ns3inaBmBlNVQD0ONMm2Xh8MAGRnrlcEVcmIT2XoUXRUMu4Gk9nJZg/t6Rr
				RP2iRLkMrzOHSK5oaknOsRFof8BZaKMemxOECm5eGFJI4FZQ+Cgsr98DvKJJWDmug8aEEhMDrnE7
				TdBTVlYOmojXlHVM8n3oHOeNTAI2jsCdCcs5BRSMRQ0zGe5RubpqeDYzoy+3zBX4mQMsI+n9+k3o
				9GcO6cpHmTuheUxNWzS8y8s5DFnR0JOrwugVWjYuVlELjViCfo+RKHsbXcVfFU7iSMmayflMq8QR
				HaDlpb2gYl1SLB+uPZNz3Sb2mSak4bHJcOoQU4Yd2dSePIIitD3Tcj8giWsCiNCxcD/6Yb2vyA06
				crPPNce0KlXX/8NvQZJjHbsd3LM3JXVrbY71bqCvn+df1IRcVKlIaqvMg8K4Yssibm6kOtxDIHUD
				UYyLdtKO7ssNDZiMbHNJZpxnC21ruQ3rkO03l81eHPmykPUOBM+BNRMrjaPfNIcFC/muBkNRHZ0V
				tS/42dkPZ3HFJeksybTka0dqSE6I8xBB54Wpqp4iG2L+OK9dQoYhDonmzm5A4iFZ9jGwzH/tIadL
				hspoYfjkpz3eNYcp8Rsn+kpR7gOew+0FTpXjPK2W13aIRNL0pByHYk+gnrAXOYA80hR5xM2dL8NB
				jTPykpvG+UpwClcZSeAqz1GbQ0l5IWnjcY2CyHDM1+J7LPaH6xzP4brb9EOpa/gZB/+A6pg7lhQG
				oqFIZMbzlNw9iOLUDSE8h00/GFUGezRNjs0VEasGt7dQgW7Mt9YCY6HZXSaiPGZZigyboS7weHvl
				4cHNlAAm7W+8BJPL/WRY4vupoRag3zqH+L95XC881JBVuwgS0JgnJnLGxeAQBIzQDWSq0vslXQSi
				Dn4yYYxfQnO+/j+wtKbGpV7Gq64wgATFUnG2lY0GvHO5WkSD3tpkmrwxNFSbakL3QmmNVhpQgdD9
				jupzv4uWyP3OOXwQJwqoY159dILnmZczIdgXBZGGLGEGqRC/xkf9dhvVrRxsNzU+v7si6jkEQm6R
				vwjXgJKKkgcPRp7SNXXViwCXXEeVa/15np9KuxXhtHPMsAP/N8vvB+6swOBSWbbwipew3bDGoPYx
				4Pp81DxuceSWwXeJEwC3Bx/u9i5xuPUuoRX8a+vwVYJKgahqSafQJS1N24lh75HrOURQXOSHPGKQ
				FtxllXEVuhTvSri7QYyg0CXHAA4Ca5j9zuwMeAmgRRd+O6Fq3ZV72Z0IXN+Vk5xWy13BFL++lIgp
				xX0ZqJvHFd9zsACDrXK8t9/22S6RxdXs+1tG3iAagxaWAGBXvtUuZHVXN/QXccg0VMklovkZvEpU
				m0BOiK8V1usNJnTAkCIgt8sjE/uPFOEpm8ZbeCoifyUhcXr8yvHxYU/x7zmIVGrBhANQDppdWX7S
				MNdHMv1JTJefe5CJr5ZmwmxAbZSH0HJnQ9qQWOcLQ2KZmp/8zcNwl9nAWdZHMHVHF81SmrAR2Ykl
				5cZoIxO8Ssr1jesmEwYuZsFBeuhopUyARw0Ikgs5Q7nnoJ343PAaY0z6ufBl92W6ucUcYk0ulXkY
				lVzrb6B8g5UA/qS9YDiHTfU1JnkHFv4hZTws5t3TrXD9QTAJ6oKTru5e937Q8IU0k92OMzLC/TnF
				Re1BHF23mJ1T58AZza5Xr0Ox0YSioSgOjZF4rGX1+HYyLzWeDgd2IRMZE7/lZ8wNEhpjfIwIi0uk
				8CsOUeXhWafWEzWm9ZzSTMseqCwY6a6pNpe5sx5JshdqRlajWuBdzCmU9Ww/0uFmwBOAnGzNoyf9
				mJj20NBLqN8ti18HmeiyoLi3yXVRhsavcoTeWTG7l1y3TVAzQQc9MEVKUcQ1Dka8jQ8U+DIQT0d3
				JVOpEuJaWu3uaCjfd0WUlpYQx+F2eCV5RM92bhQqiJtcOgc2pIAzWAsEoduOLNtTmgD+BMTZmfBK
				pkkYvC2ZhnrYizn32krFCPRId71bBwNqU79lt0OMVSzCiU0t/Ux2w7pZz6qANu1Xm4GooZ5vzEWi
				cj8ZPN3xfRqftwNWrKhEnJxRxolokgJDVua0fE6XHLL5E6GZaTZWGUrcQL/n1PcTd3EMtqJ0VB7R
				1EsTZcgkaatQAuVxJggDdwuQfWdi8wy7E/87+bEG7MIRg8C2wcrUCAgUqA7sFSehTajWwZaEh+hO
				jm4r0RuRdHMhDvtossHKv+mpSVbmDC04z3ctp1jMwYKelvuLcYyF1NT8oICkivy6UvgbVhEzlyD6
				kHxjLHVstzoPdpgds17/kzGd3trXEoK7+N+nq3e67yGtJKwdddKBl3wZiuLhTBKldOel4bds/4vO
				V5T6vKwD0N1tHxqv63V4ZRet03UgUYbKvuDdHXfowk6NRJLRI58CzmyjYdiDu4UVmSX60PDeAyUE
				rRZBOBCHQhc8J245gAs4lJdM/B1wZA0g5UVxO+OHP/sVUXehTLQRT5GSvjuw8QEakXCNNV5UXMkP
				g2DVo139uw4YlOZWhAi0MlcPEFK+3qY3VVyYxi6cqenrScrJsvzJFvFlsUN8jXu32bIU40Tl6dZO
				vp1uFlTwLKhN46+ArZ53oNb2CNW5Rp1R27v0DnrQcrMYHHsFI3rP0bIKuX0U+PmqM6GqKOKIzp7e
				gS4z7R00pofaLuAmiicq2CCQH/a3B+WDO9Em3I/K5OIMgD7XrgjkP4fmM2a+QzTSHZJWweRmvemo
				kPY7iPj7JF0Y+8on2+5geMHYTxxJR53xd4e+WJmZgOQZcNnknOk62mdD7XS+xyjZriZTVT+yFA/j
				AQPduHv5ojObNlPngIhsLSOJw8l52ne1jZH4QLkdM2tOhmNKQIY+bs681La61xBm8pWx4FCaexFs
				Q+5tOEaXIzplK0J2qpu1JXj1hiCqVxESqABevnYKIkQu9/4/3xbcY6nUnZWgHEhjiIlKaIshuJoI
				D54oKh1i/HkxzFMQItaNnStYfBfbFkz73zxiHsmXZPRcClXoXX8coty5LDqhSFGb+y6HwFXploEe
				guWyhDyaCx5gsEryhjTJg3CiLT5P34x+iU0II9Q6SebBYRoafU/2Y4O7aTcX7dkptxOEuGGzBvbm
				xjpNJgaRN09RGT8wz/mOzd95gEUMe8Mt4vPNRIlrsKUuzdNyIR9l8WhR9QU6tm26YaggQTKN1sRF
				gADkyAzR0+YDyvlKIPQeyLe4sGQ+NmaUiKX4cofL+StL5m37NXDHBtWeH2MbXvlK9yStG7WQiZqf
				8IoQvyy5o0Cx3zd8zdaz5WNe24wHrukCa8fQMgYdXZDIuuaPOfo/HYP4ZEwUFyHJkfXnDl7EX/v2
				dm9UCL2TWR/5PaBnPDgsukJPXpBEYivj4QHBQzM39JWt7SYs2zwthLHB67ZJToKFQ0So8b//V+EV
				dHmgtqEAQ9jDM7wpGFmdRoYAAsKGr7mHW18vx5MNYE95gr8nr2Gd9pdUuwgSrRcFmSj94Xg2UCLP
				vAM+hXmBKryW1AXzWKnrZj0hDtqZ3QdvJXLJ83lVa70qZ/9bvcdmVVGgB7N9qEdONJOMFI3OJaxw
				WwjcO/Y6KKat+UVOIvcwBG5ubn0SQU3A+IFlcptdlwOJ5EkekWwmjEhuRSVxxgMdO75XQnLVsp51
				gZ5z/NoLFk42G2JqR8B4iAyhrqTayBG+Rsu1PCKRdN2kXQfRpc91+7c92d6wBapmsYj4tW4/vwAF
				I40b9CDG/PuNVGjlAs0tPbGrjfnYi0MfY9e81Xnck3RFjryHNCLj4RMEUewm3j43H/vF6j5aPXLN
				duA1xsOtzXlyDcb+XewyskxqxIWV+TyBh03kV0sbIsuIt6ofdPnZiip2s0c4ynpQTGNaiQvHLnFE
				zXnOmsiMe9pHmaWozCVE6hrJ9fqE29VUfpvuh6KFy3hA4hEa/p5C0hVXzeF8m4DLeHDSFnIsdijT
				umJRGn6sXus/BSKa+SvjG7n7yngIq1JzW03wA+j7QYu/pnLx9dZSkPSQAJ2LjcUIt/r7En1vS8bX
				4c4DtnmHFZDQ4bXhwielJHcsNVNBJfMdQ5XYukhrZX15XQIZD6uyCbv419bjSJG+3/eBC7aisjnd
				En+DAtIeUIZ5pXIVg6OT78v18V+LdPMbvUbvEHALYNtIbKO2XH32bktTEEknVcYNuW3sNF2oVxFI
				Aac6nSVYEESP/CltqW9zMoXX0pfIm4+XNi4nQzkf3ydYy1WNzhkumv7Gl64wiw7aiXPJ7gOzGLcE
				FP9XTambgdH41Fmmm2LvwHDbGKyUoIv/zM1g9otfDtwkPrSDHIwHhIEns1WBjY6SIQHAhRcPvZnZ
				ZSQrT9LTtUgW/iJfsI1+IdXNSuuUnjrTRVFk7eR8yWP2nQL9/q84ziu5F3qljGlnQmp8/fxKboGi
				Ow55eZzz4pap3GlumNEbl58TEl092NJ0wbGBj5huLX+GEi/V7xHSFWnZMZ+tyxnglCAuWu2FMiej
				RCPRpVVoaSqIU5vsnGjjtqkaYcYNVw7Hyd4seJ2pY8DobzVk8KK2Jm2cV5VZbBVD4YHKopZEOjl0
				/IuPuHMtOCUFy2Z2ZWFcKFaFCv9R2RuAS2ztlIVazeap1f09q8RtoPiiz03N4uSW74QASh0qLj7o
				U8OD0M8PTcAPhqCKQ9tw89DkD0eP+ENDOrv1v4A3n80yylSbzA8esmRkphZ8QXKWUYCoADjtFODl
				sxFoW7uKHkBhJycpDP23FVOZhw/aG3ZMH+joKCW4iSrLdV644Tf2AhCpMFTNFdrMRyJW8PLLIE6Z
				cgzO5+wbjhBTWibIlyZcDfYW6EJhcK7tLw6aXAZ7LwuHuGpEPN34NwffBOoBbof+OvIFWwsPiLO/
				VYy0h+kzBSgErkP2ZKMCiegyVSRHZzCE+6PuZgC90BkMpyEMLsa8JSnDNCxH2i/gKyeI0wHUnCdt
				McV83RpPeR3H+czDzfCtw3hU1A1J67g403ZEmDS0rFWdNokzN5WcOSHpkQieBaq4mcdsSzuZ0+/k
				S5DJb4eMQDQtR/gaDb/lE4mm6VIOe9Shv3djDhS34KGc79od/ru2jJCGnhyOH1uSUTpftkrpQ8io
				ubWCzrMxOcJzZTInUpQ53OQTPO8asccfGYCm0KEgV3nyMTMg1vSJ5NlgOK8RNM64hFgy7Y+ogoEE
				etthZc6wKXaLz0i0ID26SnXOZC/TIbxySIUnTCE5Ugbe9Pzk4JnQzhDkMlgp4GxJR8uAgbXu4w9A
				Z9ylu+zZL7Yusx2W9MxBMFicszEZyVOHMjbaL4QsRehB2JDRr0TcyyhrhygHDbxwEZ5LQjJ+zwda
				WCu3h4jzDQmGnXasseAIqgKIEkKCoTpGd0ySMsQASNfgKUEetxx5cGZeALv/o54I27kAI5lAsxoG
				Zhg203XVUydDBUMlYAZNeEsBYFKQm+0ol794nC1j3ftOAu0gm7oJT3ikJCm4hQouRW8ahCkeaQC0
				iqVIDacaB7Sgy9gdDVJXmOv+dpJinWqsPuz9u3AF+lilSJ4pElLtWsFYdK51Eaoq+8o90t6nBR9D
				CG+BnK5xR1n01WXrOpHY6JkdhF2XkA32CFaAh2L/fxI8lqwnFhXsNHpRg+KuAxm7/2qdga0/tQfs
				sMGdyDSfMbQEWU5OuDsEhkjV5s6UbbANpqYaqFvapWdS0GLXJMMEZKTDBQvZkj4rXDnvewjz4bJe
				EhCSM1n1klYdQPLSbQ2cPPlasTwSwvn5PsD6K2h6iTvGKhfoYg5PL30rcLvp2o7eXhDll64Q5h+A
				RfTWQrl2gTyIfETJHkPk7UGktlQGRAgFObQZPBHS9X/8kNVW9O2LXC2vNhZKi2cA0FXqGv9Z/dbN
				GJe7Ja6abegJf+MKoU0sNIxL7//abmzuvjqc1CWmbc4wwXCbMMLaybUaBVzikRxRLjWSdHbx8HCP
				uJBtrZdt5Svs5FZzHVWDwY9NRCfJwsKfuMv/FC9h2X+BB2P+WWS87QBhIUUpdkOmsMvckqymKaTL
				hQDfEHt7qy2w7OE1V9c25iPCzexgZ7iAD7KcCE9ltdS5vDCplirB5bjHnWMDkYeS+J8WkyP+Eqxe
				LFSEy3wx2eRytcMikDr42QYEkAMTAlzgEEdYTVtwhg4k1x+No2m+H+vVYGzoEbg9orGx4JpxW7uO
				kwOp1LNV3S9fsLLIIeAVOVPmQqiLXduq4j8g/59EOLA3UW9DuJSTs4McPcu6rpmvCj+IHPsniZxR
				RzKIkayp0frhMAfTN2aUFWBTDshgsN2A8hYe0z1/lHIX9R/FRRidTbq80Iu5VOAMqaL+zmcY9Bju
				nzuw76XF8IcJ7iQwEpNr/LoQpYFHdi5EZybvHYRqLdQxbcId67TgXq5gFkjDUvdQ9MyIUv0BTl7O
				rDaR9/0HnyBUn3svkyc5W0KbhTmA7m/NZLchVpKvzQZX0jZe7LJEzEqYnY6kK1Icd7iJzijmUZHf
				OJAWSGqayBeG/zH3U9Jt8vB+3E/e4iu2g/Ash49x6v4BQ1dZNbfIYi8Sfge+iCqt1P8d/+kaiRPW
				RQ1LlpAru0CeDWx/E3bJvgnrDL0J0wsKpC6hEfXzJky/uwm7qboJ62FuwvSn4ibshBz4H1/8+o82
				YTQ/m7BoIJswFwERgMC2cHToLeU1Yb3CNWGaj7X0m5ExyoRhzA4gMbxKkmIridj1abIkOCARL6rg
				Q/GRaRKq3v/cw3Bbl/eZLnHeqse8oObvoOj9w1VZKWAfUHXYX66GSqGSZ+VHYwE9ZU9m45EjwHKx
				3HJuXHXV5w341HIAfDJn8UNLig67Xp0O+/2Z6rRiKbWrMZXV/Mo4jR4nW65TAqiBaa+O4C321phv
				w8G4m4NSzGQ19xcI+nkNUuA7gK1S/n/wk/hjucalSS90u0jUdVhJRr4uTVQN0eHF4zSXGqnqAYwd
				tT5plUxM5Yt9GTv0OajC14klaMVpbpjyqRhgPtOS003oZfWca5cbnGhZkJKXUrbrGuhU0h/V4NKs
				szHsnqVCAcL6XYOGnpA1p5yX8rbwfQNrCE62Bst1xZdnBwfrmI0U6TFS1bhMH7iILBG5JBVOfXPL
				7AYpNs/kZlFMFr2ooLvzleKDVk3KjAU3IjVUamB/UEO/QD8m6d0ZvRwzREnmJFwm5TubMX7t4ATo
				8+1xJw7O/FbVwB8Q5g+xSoATQijLLS47KiyiY3y3UDPPEb460B4O8F2fRanWtEMz+RmErXbwE/Et
				HOuaShZGhgX4wABxSZAJV/gmuWS/zR/XBVdv6EXbDmTu7fBjjiT3LW+Hm8MdxFlmbinKojBUpE2M
				O0jEGSdvOpI78HOXWOVt75FFLqXVWRBqpYu0a1WrJp1RSnz24YO5A1ACEuazEyKDA4EiK3ysZBfJ
				IxicoHgvEjlFgnuWGQVuWZEdbalqFoQ3L/TJI7yt89RtDa/XbQLyd2PBDfSRQeeZ77m9niMb8Us+
				hLxyNkcJ6rshdGEshLAggENba1AIAfEN84WcmE8OY8a8MhVBSG2tPoiEgZDnWsbbVQjmiz+Mcu2x
				DoxrfKUmh4ijYOnIIWZqYSvGh6Xr6PKsJ4TcBNwU6T7TvnNVGtCqixRaZWRxTRm5UlFGhrJ4Dcz5
				jxEW0JKR65CMDOMjI/P1eTDmaDh/gYCFX4R/hOEObydeVIw7DAv77gE0BgJqT54+EpClIM0BD0yW
				ld27yRTg6t19ciIE7gOiA+89oZVmsRc77I8tdhyxGIkdey/AqiJ2xKqqqiJiQVUViaqqqqqqokJV
				VVWr1apqUavVarVarVar1Wq1WlNUVFRUNbFQVcVxHMfxqAJBQU3FcRzHcRzH8dTU1NSU1JSUlJSU
				lJRUSUlJSUmoCSU1qQipScVxHMdFEwISKgihYoZaqAhVrEMtVIS6qqqqqqqqVlVV8a6rruo111VV
				VTG/dl1dFU1XMa3iWcVXXHHFFVdcUVGtiidqiopRIUpCVFVEtbqoqkZUVVtSnWq12q4aqqxevdpW
				27Zt27Zt25Yuu96pVBRdA9EOEZV6UalUKpVaUqcGddSadkrToNa0U5pOp9PpdDqdTqfT6YRKpVJp
				Q0MqlXakQSpCmQRp0OjEcRzHcSyhIXSGhUOEhWKEskgsh8Q5UEgGhoPj5Bjfe+9z5Yb75d2NW+t3
				N66s67qu67qu67qua4iua3SdKEUbrWi40QBF44nGjIbo0UUjyujRRUNEW1VUrSkqqalQUqxQrJVW
				V9SqpVJViVpq24YSS5xSqURERFSKOJ5iiimmmGKKKaYgMzQ0NNOZIzaGfTBhSIbC0EMxxKENPbSh
				GBEhERmhILSQCFEoCFFIiKiCUKBADRQoUKBAgUKgwFALhwgLjdBhDSkmSSKROIMdK0hxZ4ppiuM4
				juOJKI7jGYWRjB7Fo3gU36CgIAoKCgoKCgpBQUFBQUEVFFdRSbWmqKYmjuM4juPVVCeKOnEn7kxn
				2LZzJzqlWadoolOlGQppYqEJNDQ0NDQ0FMSJZoZkODNhZMJsnkrMzMgMyYhMZUaGZEZEZiYTy8Qy
				8czMzMzMzEzYzMwMbeQhZ4rY4cScmBNzAidmZuJ54id+4gnPzM9PHMdxHMeUWxJvNpv9Jt4mvjEV
				QzGNmRiKkZiJCTESw5gQwxhZzDERs5goKSmJqU6VxIGXxCWxlFS11VbiSgMDphJLJZZQiaUST8Vy
				EBERkXhIYiGJSSYhyUgmCZKR1EiQdKRGaKQjNMIQZGRGwoiMSKARYlcVYmEKNYiIcERESoREYqQi
				JVISERERCSIiInGYRGQSERGJGSQ+gjAqQquUoQQKUYQyFKEEUiijUCgUUuKLZomXZWQ5HD8ljuM4
				pkkcx2EymXASx3EcxzGJp5A4hMRxHEuIjCHxIfFC4pCqqlZViKdCXVKsUKwrVFWj2mo7DaVKpxLH
				cRzHB4jjOI6HgtCIFGgixXEcxxM6Q0OZOA7zxHA2z8SEEiHpSAghhCBLyIRChZCG2v9LCHEIIYQQ
				QgiBIYQ4xDEDAwMDAwMDAwMDAwMDiwwMB4Yt7HA49DmmZT6H5fD4h4p3LS5aiBfihTj+twgRFiFC
				HMdxiBDkEF6EqghVjFuMWSzGoRizGF8sFstiWZZlWZZliWVZlhhlWQaaWkkkEokBEcoiTUkj0oa0
				JxKJRJomEmk0odM0TdM0hWk/TVNtWkyr0Uaj0Wg0Gi2MHnG00aO9994Te2/ae++9Dwps77333nvv
				mpqampqamk5Np9PpdKbT6XQ6d9j9nW0bzebbDoRmB5qRZtNsNJuZmZmZmRmZmdkyMjEzJUMyMjMz
				s4NQAssEMpsNVZg1zCjMJoQggSGEA8PCIcJCMUJNLIdEugcKRzh7cuYsOBtnwVk9QX7oeQLlWXjG
				Z8/zbJ7NZrPZbDabTcxms9nEbDbbBLHZFBMTExMTIw0xAWNmajGLmFXJqqqqqqqqiqRSlUqlIjIN
				vVI2VOTK3nth27ZtSCYk27Zt27aJbJtsFGF7H1MZKdkjEojIZI8iW2QTGWUymUwmk8lkMplMJpTJ
				ZDJiWYwgUgyUxU0ymYiIjJRNmUwmk8lkMplMJpPJZC98y8tkiWWrzh8mw8lkMplMJnuPMplMJpPJ
				ZDKZTCYTKSuEVIhoLJALEhAzge4HVFVSIYQQwq6wVdS0bUPYNIQGaQgNDSGEtShaFChQoECBglCg
				QEETaTR1VDRBk5kJM8MJYU+ICZsQE0hEREQCJUxCkLAESlhChRD23hTC3nvvHULYDGHPqAitzs+w
				Z5jh/+V9fYjDDj3shR122N47LCwsLCzsirAQYSJQWFjYESJEiBAhQoRFGEWoInEcx3FysboiGTWV
				JMm9N0mSJEmSEkiSFBpGwlBQOSRJbkaGmyQ3t20riYhwLxQKKdx7773XIAXuHRjIZ+A+cAeSgSRJ
				kiRJkhMykJwkOXJyc5IMFr2EOTcnuQXJvUPADLD35gywMJSRJMlNwT3BTZIkyfnvf2sdZJA/1H9U
				u6pG1bRt29nX7+tRKtHQC/SEXqA3ogmioZqZmXnLTJiYZ2bePImZ5C3LG1lEJhRZ3hLSMKkQUg2P
				Ye+FcHiHd3iHF4El3Htv+Oab7zf+vN/f77333n7H+9rx1c1os/fee+8Ae++9R/Hee2HvvffiomqY
				2luKtQp1sWq1qGlb1HbUbdu2bWPXW4quRdH9P7QJkQJNoyDS9vaoU0PTmaGRmQkjwwnDoTdPzIYh
				UEpiVkIyqYwEIREZEVmQbbKQH5IwM4SAf+X25G17bu+99663Z5Kw5e35/njvbdu2bdtWALYDNhLH
				e9tio2lsU2xPbL+9vb3FqiLWqmq1qqplVYlIXRWuqHa1WKlt27axb+y1KFoqIioNEQkNBRIKNBMj
				IqISBU2gQyMzE4bzyMTenNgTm9jEJCYxiUksUIIsFIYQQiZPYi82VaAgoWEChRCTEBgWDhGK5UKI
				FWN9SBQOZ7oHCmMLDLRt26sejOK999479o79Av///0/+///////hcDgcDofDYeGwsLDwwsLPwi8s
				/Fz4/6+p/////xnhIxzmYc4555xzzjnnfJbFFRnFlm3b8iWUf9CLeIkTCQ0FEiIFmkijKWgURNKp
				oelUSmRmaIb///9/TElQGSGhUCgUzp8yWUImFUIaKlBomEBhGIIEhhACIywceGCwwH9OkiRJToWB
				JElO8v8555xzzudhzvnzj/njeEca55xz/hyP//9/Cj7B+f//rap2ikpqanqxQkkgcX/de93bTv3/
				P/TZv/////////////f//fT////P8////////58SZKHI8uSXw+FwOBx+Cf///////P//f+Hkgc/J
				t/+DDAuzaZXgPuiQ/P//8/83rRa3uvfee+/////Y8fHx/4z/exxxn6qSqgrF2qt97dWOattOpZvd
				oZvdbff/TxRoT3vapNE0ETSqoJqZmdmzZ2ZmZvamhCSmUlLZ////U/aykr3sw27YS/g/hL2wsLCP
				sOe+uD/CMHAKfwfS/95775mH4+299957P9r+/5/b////PxT//19VMVXciqkqXqiYFcf/V2NO438a
				KqHx//9/NKYDREITGCgmxVPQqCaoU0PTmaGRmeGEJ+bEB0rM5tnEVEriRySWOBaRyRE/iZeAxjyE
				eEbcOKZiXMbEmHEcx3Ecx3Ecx3Ecx0/HuyZKoGyCJiCO42qPj+M4juO4Gogmm8X/L376//9fIg4R
				/9dTVVQtqpoqqRWrqnpVVdW2VastanV6Q6XVarX23nu3qKr2Fqpt21SjoJm9N03J1EztKZkKU/uZ
				KSkpqaqqILVU1RIyCWmYUIFCA0lYYAghlByqqqrKIpLCYaDsvfdmBVtC7/1/vWm1iruqqqqwesVV
				RT3fe2+KmqgQJVGMOmpRIYpRR0VVo6rVarVarVarVWm1Wq0SDbXVimpvlSptp9TppGxDu8uudy2i
				aKkUYaRARDRE1F3TdaYyczvn6WK6TRfTVTqykY5BFspkCZlUCGmoQKGBQoTuHRoaGrpQNpSKXdkR
				u67ruq7ruq7ruq7rvfeua7h3+l5573rvba1daVrXdVxfZQ0r13Vdo2s0Go1GN1U0Go22KhqNBosG
				qihoUVFRUVFR0RaKxqKioqKiUlGpVCqVShQqZUMDCa2XpX1pE4XRaDQa0RDtN41Ge+89oiCqIaGh
				oaGhoSGZhm3bjikJKhSEhISEhISEhGbIpEJIhAkUGqoURhKItgQKFChQoECBQkHkfE7OOWfgSI7j
				OI7jOI7jOI7jxnEcOY7j5O+fjf8z2DjWNsbGcRzHcRzHcRzHcTw4BoPBYDAYfD7nnHNOOhgUPBgU
				anAalAZDL7ve6FoULRURlWiEhgIJyYwmUiBNFHwUDOrM1NCUOhOkGQwGg09whmAwGAwGg8FgMBgM
				BoPBYHAHgxWCDRNCoMAZQpAmOUmSLIPEIIPBYDAYDAaDwWAwGAwGg8EgyYmcmx5AMtjRggsGMizI
				BcOCC0ZwwQhGMIIRjCAnFTkrgItgzQ9U11VVddV1Xdd1Xdd1Xdd1HSplQ1utW0VRKioqKqLq13Vd
				1/Uf6rqu67qeqTAlU5wKU6H/vycehvBXaqSClEgFKUpdIVVVoW6oCUWhJlSoPzAsHBaKxQrFYhGL
				wxnIYpV1Xdd1sa7Dc12XXHW4vnh97frV6v//f6uq/4r6atT//0/US9RfraoeUO0tlQ3//6892ov6
				EBFViIiI+qPWtL33p9PpdDodTgSaTqcSqCNF0pEgIpPel5CGyTf0////////6P/PZccZJLZt+5du
				2/b7/9/Duq6B1nWV9f//f336j0YlSPQQPRqNRqNF0aKioqKpaIooFEkRi0IRKVBRXbWqKGqpU2nR
				VOpKl1aaiIiIKBAtHD48RdCGiIiIrqE7NBEREREREdEVKiESqpBMZzrXRIyIRoiIiIiIDgkhhECB
				JBADhUAMdCASEX1JQyLSkIQ0J5FIHOmD1KmmTvTzT9PEaZpq+mnU0WicjGYjGv3//2L0FfT/E4I+
				6IM+6Aia6v+vqalQ8zUPq6rVas1VqrSdUkc6vex61yKiaKmo8v//PwP8/z/VTMPM0MjM///PbCpm
				Kv8kIpSRICKUeWnIpEKmwszMjASGECI8A/xfzsThBB44kzOHw3k4z/M8z/M8lefnIyhm5uNuVqN1
				tNlsm3mzebFuV8yNeRqJiYmJiYmJ+Y/5qURKFjkUS17Jl7yS5f///6nMAP///////yP5/58kJCQ0
				HckkJNQguUbuyJRlWZZlWZZlWZaDiIiIiAQJIiIitPgpMkFkkRD5CvIUJIiECbIEOQSZsizLsizL
				sizLslAoFMoUCmUGghLUdJ/lMC0vy8vLy8vLk5cnTw6RyUzCRCb/E07C5H8Sk0lIyCSkIVPI/7Is
				/4csJEIaKlSFb4W/QoWfrv8rvKigekNDQ0NDQ0MDab3RdURUKooGKj4MBQoPBQoUKFCgQIFGNUFU
				E+6EacISJkyYMEHChAkT3gQJE4pBggQJEiRIkCAhSJAgQYKEECT8FUIIIYQQQgghhBBCCCGEEEII
				hxBCYAhh/3+ZAqyEyC14hh/DGGQAh7EoB2IkykqI8AEni0sBdRuRExcdyC6+hSDKZkxVT41Zrnp2
				/dzEIoTablc/C44IKTt2HNrCER1PQjR+/i9Yr6bliPoMF6367BCwDk4LL8U+1UKvnbO1qULdnFdH
				SSfOpp+Xvauer1XlutZ+J6I4EFzyBoLjXg0EM6cMBKPCudOuBRIP4hU3TzgEBEcbCl2NETjFrZxT
				Gfi6l50sO7/RrF+M+HGEsuCWcgIZPvDV2I4DEg2ikiG+bdO1fiIQTzFOUtOVYCHJCSqMk7pGjpMU
				nK93gsEn1zvgoKvvmQvCeX6xnAjJC4xvPGbLIJxfymlpc6l+QqS9xtngxIHckH6oe4LKNvfjPsPi
				UF8gLfKzeK1Rua+DWsijaScO2jifsV4kJ5c6u6ubHR7EaR4cLdUVcuEn9uRrmodLy1yVx1dSHmwG
				0thjVZuPB72mBF+CC9K6sxjyRvhkkA/cRhkRCgf3uGA03urbuAh7ri3n+cjCnJPz/4IvmY7gHhJu
				gik7DrNrbrNHHpmkBFe5zlX3DauACPoXfD0VwuY7ca2A1+tf8K1N3jNGeAgH1YYkdHPahOeufBND
				kRTcCiHcOBUyOuZwEQVGUZBcqsl8wG6ku9nwY11e09h5NbZGuks1eQEBOw6mkBaWS0R3//8HWK60
				7yLidibVe2PmupnaA51QvC6m52zMKfK6G/J8uCzyOnU8oQep4OB99tLe+TEB1/OFwxoeI4xUlNXX
				C2X1ugZltX+DmCxI+2sP+B0UI6hFpij0QJZcV4MdbRo9pmARLKmsfzsOzqOie2VIiG5F2eKq0AaN
				l8fCDyZ0iTLBEjcaE6x6ocud/aOQXIIlfqnuLlmCVQBwxXQkXnB5rx3h6DXB4r6hPiG4TigEBzm5
				u0BCBjrIvVUOwcq1pu4lBWyU15dVwAmGcArfokA7Du69hvjERkbp+C3VN1fdveN44VkaVnUGDQB9
				ZfDykB0B3AyeOFB0qbOVNqHHqyjYRMBCPFAcFw8voeOQNJHvMuneHg/+4SGEM1MOZk6JXYyeFj5E
				CjkpBxZoHsSOw8UeSm5+R90YTjkHOWymtLmZw2Zs4VJYU5IYgvEdI3A+C9Kk7Wew/Q12yLfeg5B9
				egPZp5iPfdZUY3DMEgvm/dAaRkj2zrQXIShVyjjX5Oz15qYa6hIEHBercfBWRxMzxwRePmMCu3Pd
				Kl3S59f2heJwX/KxXTtuYnKwuF5uPjtJ9nZpiCBvCYyCO9YR9jBJAZHyxSz/Knz7WzVQxzF44Dqf
				8mHczru2qQM8/xC05efPeO0hqdz+A6oPqpLcNbrsbbLtg4Q8lAxxy/idBeZLDjfHwv/fq3+0TXeT
				5cBEIoNnmeUzGckQmNjgodTRhKFEKF7Gpj/yWT6+kMCXBhOC290bOYlWwCvxe9kuYgFhPCZC5Uqk
				Cz6//0OJGWjzXlqmwGUhJR1UAy55Yz2Byz7glpbHHWagOfRxuMiGCQT8Y0ROm5GD7QL3oQ8VCgT3
				eunsG5odQWAUW3arApYcoxsoo+g8pQ1VFghcoQoEjskJBOatbVp9f8Dipi1OU+Jdw+IPWBP3Ay5J
				2Q84EuGaW5Wa7UmtPdxnHgR1QjA8og3PBg+4POABx7PfAXPXjoNMlKy/Ajc100AXW3XATVMHjCSN
				OuCim6fZcdhvARewtog3+uzNtFnC44B1uOOAK7FxwBFCOw611Rvwz9LV2Cq750D4egrtZD/VXzsO
				D6zN8b26YSivkoNNipwSZCampAtWVD3xlc+IrHDbY0Mxorq8UUkVI/tAUAWPl6dmNjZTkeBImPpp
				iaQHCFHq4e4GkBx5tWXPIGW0V7AVixxTYahNtcic3R+5idHnc6PiDA8gCFXhfqFub9N4hthdEjA0
				jmZ0R1CEthZONBSoMDkTrSpMceE5uXOp9zakUHc9ffKwIphNx5qKw9J5jHIMrAh0igQseFgafUPk
				iYlTWYmQRQEETa76l1CL3hV5e7rHSTlcGPndvTXBVTAZHFkYnlm4UsO+UDcCq//ElhpSFrApJ7Us
				75TTANmexP/fSxfxp5vgEKU073CHhdkQ2kl2RUns0DesTlqi94gFmgitjrISqT2tUgfjyh8nvTc8
				+UPtgSLB5vAX2i46oIdjMeMonQUhmzRoekfLAv2D0GCdBUnULVYONThDFfGz6euiPMLjiOfLgmYv
				qWYoOHeW+bik2Os4bJ1gqhTi17V9tpqM5OjpBkOp1IuLbLt5DJwokhhE5UG08rYYu7HV9AtyCLoS
				WzzJ9K5ZBZkDNuj0J6hZixXyxByGQ0/Vf0oVk0TcAuM4bKoYd9LBsZI3IoW8L6ujI52AYKKJiVSK
				H8whlbYsH0jhHebgs8NKuNQdSnakd0eVBBOxstm+aPAB1lqxOZQHGWYWGp1gDn3tjUNtvH9jSn3j
				sGcunNaguyr9jUfNxGlXpT+w91dfyi0LMSbLEbvKdLqkc2jJZz66cYCPT9pdYaGkMEChEst/JrVx
				5JDkTdDZzA+hGtc2p7AJhH0zdkEyeZzc8DcdKTddH4z0r2MhQnOGKB8J3Ztxb27TZqSnAxK67hsr
				QTbIA6IeDggmBRDwNc2ctnLCyB4QPBPd6oFipo56isWfXz13I56AlBK/GwCB+br4J8qVw7qRWdZm
				+BWufguGMUNMObUVfG1vBjH+P0jIACdgFGdfXSLhp4LhboDAu80eqdK+N621hW6gxqkbsNdGSLk8
				iEq0ej3Mtd8v1ws+MsBAzbN0RwuQYMvRMri2cZ9PvSe93OJXPYDtHZ/bfC/7EkO9glLyKIYtpL2d
				9oquqTGtu+F/3EvIo2CwaBkQd6Lc89F3fojDnBvvtpO7ph9NGZ1nER+EPvoSou+P5e8+M1HdEuO1
				gyYc66Z9H+zeLr+UADYFJWDVaA4hYoYrKCijvfi74/mGbtHz/pfFo7pkk+K6gz6rDJXbXBN/59Ds
				tW+BZuL1jYNBLTVlOz6uy5XWAv30ovogiUfNzx1O2jDtxO6fKZqeuimuvezpdfaXw/e+6fJnrG1q
				IJ2YiTa0gRGZLTeOrLH2hfh6kLBmEPWnTAEs2+dlre8ZiSRXUwUG+hIinsY1r3QrJ+SCQgx+0zi4
				Nzge2wNpHxLk5DFiZpm/6gYiTogUFBj4XOPy9o7Iy+EQjGE64F5a285Izlh2CO7MjbOh9W1DUkrP
				obDXIdQ7C/Yfg07WBMD6KMU1Q211h2k2p+Cr+ip8kAyCrC4HbqzB94tIDvwegkM2UBLxS6y5zbxx
				OIeNl5bskGXNLSgv/nK4I+yAHF1cyA1tgM6FxCGhDiw9ZnP16MsBfKF2rKZPVHQuje9TBYfuLR0M
				/LuAVGlXqgWWwgBeBE/gXmR2Qi2XhmBiydbA8gC4M8QKMdmzDCoLXUVaHBT6AbTnZQR4XtmqCYv0
				e+ikyEhrOJhOaXxRMor212g2jCL54OFM9K8AS7vQ3HPj0BJrWr0lqyW2QVRiBgGp8MgKFPRRR6DM
				sbkQHxsE2zUhyHCC3exBKmi9HzRXhOq4jgOcJxprpZAezYNWKHYu3FWQ/85XcnLdOEiBuNbXF2gI
				Nyrwo2QH5U45WkkSmpSZqGXeOLy0JgQYf13lmJsp8ChlYQHYAzbFf+OgkVnQAGniruM61bbHxuNK
				MAXDVk2WYQqu2H8TCDi1FUuqyzVLkzdLbLvE6Kwl6KDoO0iTMYUm9eSAW2q1uXFAqLqJH8jolBzf
				pNrmKkvOyzKIwxioufWgSqV7cpPak5OmbS3ePG/DKAoMV0Z+C2/dhYyxDffipt9ejCTt9uIudhjA
				nrMyihMvAP2HcpLiGBuAYFFWNyzHGppqvIO0GFLwxkHEoGA8pBGCZPyKa8alTjnPlSYBfP2TLPEq
				A+EEHo7pJdIxgRGrq4V2cDMs3u5epolHT1smWxP/mqAEehmUCzvGx43DCi7fLqo28s15ZBnvm39V
				g7eQqmZLaJISxXzic0+7/ByWKRD98hnpT1sBkpB4uT5VP1sxHZXiS//e3jP7094sXTsbL2S9DXdr
				PJ8JfXzDFOqP4zs7c9aW17//ZijM5oxgXYxyXNyiJOGWYwRJxogfRa+JZu9qeT41oK1fPm5m0Mi9
				RvvGafG9G12hQA2j+uNxjxHVBIBHNODMnZy/FwRdKlzuG0+nlQgWcoFPO3N3fqj8Cv+uKh6GLDMW
				tyBoSUyXInngiz6JmtQhZRYoaLBwRyd9VZFs16kgvKPjXv+ATS2nMJ1tb5WirZwjgnXBViwqsK71
				i43za42KvgeSIQVN3jhISmfVz0JTlHDlSzJvgekY8w/iwE1f/e9UFzZpJuvagITwa6qzDK+7NkQv
				/otm3q0jkPE3dcUfsccV4/T91lPS5rNRtBd0mZ+I6FQS3qcarr4e7BLBVCBDjMk6WXV2HHHcy4eL
				7kygTuK8+9A+RL402yJfEL7aRXcmK3LQgomnBA0Z8nVcSjmztZ2J3qRVeDj8rArPN62B4/LME/rU
				moPBEyCc3/eF13aN7pjxoekIqe+OGWRag/Eb/QWXcC1/nYSRmmH9juWAHn8FH13ulS84Y8Cn/1RM
				USRn3UOaJo5mmY1riTcOg9iWobBNnBmA+G+PJSBSh4+qECNdriKi/GxRC0S2HyI/y8R/aRI3DmFI
				q+mJis6k4nuqBI7udui22l8BVg2E3Q5R1kGKTcDQxu7qqUUhr6SeL4Es7rlCJPjbd6oSraDGtZ3g
				0cO4PGUtWyZhZtZEN9cptzXFDHZjhnz4rzELSan5VdkQkp8piPdsSM09bz+oJKaVQ2PN5rbOIQ/o
				+8Vra+X5kJlNzgksvD6jcDj+BGCCURPxza1D5owrYISeesygxDcvMwLJ/pf8hNTVjLPeyoHoW4A4
				JJPFNY13trHy1kc3zDB9/lOA4UMFFFO2bKjSlUM/PjTuL/LZU833VW0fHzGqx6dFlcKc4A3+aZv0
				WKjZqtKDOqfINeC3K5pceOfhRkXBDKnbNCvkCkBYJgC7kMNxgaKq0PwoLZMkYERUwm5oS7s68kNf
				kh0E4ODFdDyGlI1/w42DIgdamh4rDOgawKtvehIhUiwdb/+wyu1mdNwku6D7ZlMByPQaofv8LlEx
				J++VaPBmfilOG3gCEeuhjaSnDuel5tuKug80GqfIJHEO3ZlH9HbJpWDLB4Qe3aVsPy5EXGYEvXHd
				o4ssCykUunFI3FejVhFhklHg0EXy063eSFSH4LqUxymSvIRLPr4h3F7s7+5aj9x03aD34Ym2j6MS
				QJcxYqpkLOwmp0dQOgN/8j/qMepMIO/J2lbNb2WdmpZcT46gpcg4Zn5Dan6XpQwtgg0UyECuNw5L
				NIgqhXu2Vt/2CVtMP0ujF4ATJXK5/lmiG+Cqv1twupeTeC3ROBPWXMGmwUJpA8mfs0mRey5FmBiz
				7YZ7CfHVWcyMPV0w+IPmGxW8cahFcBKP2j4hczT8ZT+13As0E17/ylu9bQBOqVS/5GclxeWqXc7o
				dComt4gCkwQYS1VEgrZrYtQgf9JUFUK2opPKZqDq//N7xDfLYBd08vkKkFe4yXeRq11BoK18bhwi
				KS7iE2aRwXAQJ3LxCkrw2E99wlLOLe+QUHlakILyZgWKArjENI8x88uDSWqUzV/z2PeIfhVj9MlT
				MZGqjRB84UXYytxMBwjXpss4gNxVRhH8YrXMWx1z6/BwdkVDyT3mVlA5RPd+PUuOtz9W2FbtXq7u
				Ras8hOyvFfNGyhtX2FNJjt+bDMAZNxkmu/SKMbBrEEsm53sfAT1GBEYuId+xQXLHTabrteTOBnQt
				ikAXKxRq3eIZLL/Fh1qsGOJ2lNpZFmR/wEu+cHiHjf6A6Fjl/1VAfG0OPn/MRRws6ayOQCB8H0Nn
				IGKbZ2K0UIZgVNAoecGl6PPNMOlNV2E+038vLhBwwzYwEsmHZ+icXmxJnrsjXodE04p/CcnyilkA
				MwY/gPdrHfOe5nBv14Y5hKhMoM2z+LDnew+/xwDIoaW5zlLuVcyN9RueknJ3iEYdlZvJmI6Jya3q
				3Pd/9DmXBMzlto2TVWJXYgeiG1kkndsWS7hnttzgOOmlEYfsp2aXpJ3yxiGVOkMLwI8fU4kW4d1P
				UoaMUhvoIm5fpHyYsIzLoRuHl3o5rMU/jYMafhkLjCfTqa9YCYGU7Cod1UQ1+BPEn6Am61YSYcXJ
				kVtjvTvLn2fGtyvgBuvhz96IjoIToNaZwINzqvo2RlK4zv+F3PDY0VwVAXaOmx/PEq1d4eNC0xmg
				yoMkCzgjGLk82xUiMXcVQFWHk8FL4N2K71bwoNtcs262F8DtFRl5uW8RJZxpMymhalx0bsDkwmlb
				j5eg9lUdS3Gng4BBAQpsBubsG6gkDwqJqzcrGS8SKu94UHm4OrHizzbBFnUHq/MN5RiwE9Ai5Xb6
				HbZ1+1b3C/AZVqSi6AEFJkvLMaXxm5qSUa6g89nnKUEnHP/j11E1jJ1eccDuJJ+c/N45+5A9OYAa
				n6Tm9OIPuICdP2qcCxOvlIHESggDDAf691wygQ7iwegnCSqE+1PR4NOyhSgu+w4wx9w47AiW5ASj
				dTvIqLuWwsLhihkWjxJJc9zsphtw3cwqRFOUg2wY0oNJxDwEXGRDXicF1oE8C0KC2YDADkIiaAQ9
				Cy9iuz6W1Gtu3lg4b+VHpEceaU/R9zf8GnnzH5bBWrn/xsH6H6CWYb292bU64hZDd+i9ys0WScnv
				fNnqjiiUmTypSNTTiYL5QIWDa5k2cA2QMDzvey9010x+zlEGFBiJoT6pE2an6TbHkQ8z7zlhm3kW
				duMgDSHuKvHGJkNu8rGU9bLY42EzImn1bL7KRbs3Dmwboq8w+9Mcdf7QL9Y1h1DKw9whtbezA0gC
				OAIhPHsncbO8GXle0LpNpv0fieOAbSRTJwpw1DgOzB8HF49BzYdEcByeOdI6oGaT4RNtrkuOgXq2
				BEeiNojjpmK0VFIchzX+IFsG8zdaXuuIg1jjiO+Im/LOFEcw/jicvdTEbNNImRk2PO3bmkgGAsXA
				ljsWEvSfA9atZebPtyNC+TSeUzhIQSB9QHaATysFEIy1EJMC/83vgGDV4FbrVsyUUa9PoAUXyqsd
				EmFFMv1WqurVY0mKGTusKx73B5VSIs2Qw37uLSEDygn0aJ7trLRkdY/m4yUc3+YGxxd1/h9kIgEv
				E3plQBKwf/vj7JPCoFlTmyEBaBLscAFCs88T6EEU0OavaU+G+yWWkvGrIpE8pfCOmLaQjW6FcrZQ
				kxpcx7PP/+5JQ7fM/S5ji/QlCxJDbwa2uJ3B/LNfnfgA71/03ES+A3l24UCS8yV8fhCWeZrnVp4h
				wBreKuJffXZPIPR0tBR6aCbHssSQOGg/keACl6Ltc1F6qu3ATo1fmj2Jj6F3WVAHFeMrB6zcIBfl
				0sKhV5daI9cHBvt3CxqeWXc094IN8oWUTW62a+jWtmwaon9aOMTSGXwvxsKB8PxNnDpKL5dGVMZe
				kAi+lP21vawxFg4aQNeqPqF33b9Sy7GgEFM8tCCsRBMgjWI90BhbB7AKLxJ+FlFvyhOC6z1ec00g
				WzDA90JDNGpFDSiwnb6l6wS6jJ/3SI6ihw6mUSZkKzh7UwD1HxLmI1Dn8je/9iYizoALCDOYFuPO
				Lkf8xXCARjDf4ElaC2eKbExxJpm0jGsb9e12MtG2dj1B4jn2vfWaQZVo6/9c/k2vEqx/Q6eAtWJZ
				KKjQLBNmearM91Jvh/k8oHx1AdeWqgXJmSsnlJhx1A+iNtdN8BBct0FLSKdCzU09jsNOtb5XLPeX
				L1+kTwTf7wm2o4/xxpceepVqNKN44RBJqCspdmnEu7U9tkskrt9JeR2FKVUX1nv4qBj7QxGFa7Vy
				ttLCdxOB+IGNM/RyjljMYQS0ZJEGvHOot0R6lB/WzZdPpmrK0uvQ6EpItN3gFszqdGEQHMv1Fg4R
				Kyb/2kxZSnrKclKZVAR+BRo6dAi48V1y3lPIWshLpQcNi7ebVBBjF9bomKVtwNAAVCf93goid5hw
				ZDpCA6SIrBRiByF64VeTYjoXctEd/FjQIS9oZlsCIgTlfFH74jjg+w/ybwYkp2Y0eY8p0DepLCnA
				Tj9O+Nw05zWP49ByMFccr31FZtLx91fpg7TT2g5/VSIF9dHGkyOR4p69b17qkppiJuKmWs4cgsRv
				//vBghGUO+Zw8Dturd7RkSariAfveHEclHEUhktA9/7/F1jAiqLk9LmI+S7HhncIUaniai4j3trr
				1MvaIP5umkH5eCzgPhi11ZVvszPEaRiGkZKDUQl13Hw5hlRtpN2D1dnqjVDlFPGUKnQsHGL2A/pR
				368yZ+mSxEEfP2jk1I+Ch5V+FHrGaXdlLuhmRSuxb7PYine7meyJ91mZKbolO1uWQcnOznnv+/ra
				VHBxPMJxWHNqaRwCovH5f9Aa1nSFR5zUw7imRrNPvA7st765XFN4G2I/xy7kFIMWe+oWxi7JVe5f
				360t2M7EaRB7nz+7zHLQv8idj3iz+pQ5ySbxF8pR2p6duHLkJut9yNHa+DwKC/bdSbzQUqzr7s3B
				0d3l4Uml97w9aGZ2LihC/z72kwW63wBUsM/TJlDp9xxPK6dA5bVgITuFt9Ad2XtZ3TuZtQtuZIaI
				8p+CkK7FM6E7PDJoTmfp7qv8tHpXumn6f4YI2jILgwhzRHjtjwfDbMKO2UgAKVrCloiaRibFp1xe
				10jFhjxeK0UxENxMoCY4DrKqU5xrZbCkhOdfWZeA7UGzD8vATb/8C8N9cZXttRlUOwrLK4hzmhL6
				qGGmyAsdYBmkvPqBfsn9F48JxQCeZjglBw1eWo+npwwHJqvV9InmaD0mowcOH/ykRn8Gp62LZieU
				vtyBzzhrqDOI5ziCVunbzWecBnTcOwfrvsuoP5tD7TVdgo5LPN3RvXO4G/usPkzs2Eo7mKWEutOd
				Aw3J6ojYTh9z9F9eOOOMBPncSxLRIsf8rZbP9sVMrDkmDY8unOCu9Zpjye7I9nbMj9L2UY49szM0
				4H8wk2OqUlobHcUur8SB7YH7SjVRSbYc6uYNE9crjl1vWH1IA8gaSKSOc5/WuK2U2bB9iEZuG8Kz
				e1BTM3AcTrussFkEh0EpFYo+LDCpWm7qqQs0f7NDKOugZTW4tZJwVWJR2PtSnZdQo55qR0Hqylzt
				1gTCuAmfO3g/Dg9PHCvz0zaQu9IOldH0UOwkBWzwj94aEm+iw+0nhMTwcGCUWM6WCeYB/n94tev0
				jMVJfwZWFTR9FHWdUXQcN+grMVHy1M1ttnIGJS8C6cRjJqJ/Q3APUXyUgBAsNB4ORD/LDyyn9CeE
				FZdWEZrTgi80F+icvRKViQiIwnHQ3mAUKcS/b/3WQyDSfWZ7pQJmnOctAuWg9l1WQnkoWas2Q7xe
				6I22j6TKm6ok4K39rzH7pFDCLUHaBHnsNipGKPxGQxVgfV8ENWjIJW6kDQt5d+qmQr6vgxr0WjDg
				OHyGx0zt6Md036q1uU095nZ9el7wzNUAEtarqOeOqXHbjzmyl9DgxtAyOVAePQaoFrCgr2Gnxefv
				SjnepxNCUsM8llFpRlKSXKlx6k0V7lAZAiFlQ+deD+lEh0VVRcRxAITc4vZiLqOCVBT8gUFkebnR
				Tw2R4BHqqHKtP7QDSQXzTc5dN6rctAVIWe/6d13ExYx1BH/zrg8iB0gPKuP9lqCV6RxwZ2Irpnm1
				JgN/EoXmXbs3cgHUPNqjpRjkH95bgExMfiibiJpwHHTeQRoJ4t+3fNsjEs3djAqSelQdLekNcIU+
				7RaKRgXUqlWI/7SFzbzInCa/IvV97s2OnOmUl2sUhJdJOA70EwoyddTzfb1pYCCm695Is/CCzp5F
				doABfK4030HIjoabJycOLIAoDKpEgKkIgdWoWxEsxHkCwTPVDvpDX16dni9vycqXN87iy8sHkS6r
				Orvf+F8avoavWPhQHHKyHAdofhwch4gKt+khRw0SsVtaMy4dhl8y9lmvujVbOO1NZiOZm3jEolRQ
				DuV8LBE9m3rQz/OwjFLVFNhTxxGsYJsba+eaIVdghB5dIrWDR+RoJ4Qc9vp4ZJa8GRCHYfjIIfq9
				uBTFmqt0S4uQovohWY10rMctpWTXKMb3cP5Cq3wxpEyR24zBbIZtXImmdwduhkMJAfj9Z4ofCXX7
				Xzc/qOmc/fJehyJOwlexi4CXOdXsTzcF/hn2o0fIZfLAXKLAUpX1NRxiYWDoiYeYRpN3B6FuHnzm
				cqGw+KxedZwOGf0yEeF+D9mDUAZ9PSZmjOvOvU1ImFud/oVlBFQWxoybCnzLbNSzuWyZbp2KbEsF
				NGnrAROC3OPmEfQx07j0HRqqCNz0ChyHxCYfr/Pj4xVtlqKWc/oydW7bdLYSw5mmxlgqZp13ka15
				vFUzjzceXB4vt2JzblKM1d4aIscrXMjx1utxvDHr6VBj2OqEz+6E3W+K68TxOjXjODRjA7LrrD1Q
				FKaNt1S08cYlZ+NlzmbjRYvHcagjA/5z27TwoNk+2iIdb20zvDIlKm8Xj8A+DCUi1rcv67b0kBjV
				Q9c/vPPyNooraEgch+c2/0Lfx2MEg5z8heft1IXMXyf7eq5oXqJQ+SUyKbNXiBTKJNFGaoyyL0E/
				KwTwUIPK/FSH7XWPJM8CUb0n25QgDHplZ7+Dxki1a2lOQkX6cMurIPouZyh1hyMIm4EW0xG2huMz
				qOGmLS9ZILta84XuxWW/cE8EBQWqpl7ZQVkPnkkSODczGgPggCfeft6JFwXxD7VDmhNQtGFFoFYg
				MZKuxLDPAmWsmwCqOOf8uU2FUHmhvlb7hbkaUlJV6oWDkV3uCZUPvCfKJDefZswNUJ8g8PpPdBKC
				v2j3aYgGoKyx6Gnu0jo9TsHlEP/vwZbi/yPzmLV4koQXhKH0tT9F4duTmJkPKq02LH2DS5V7IFYX
				rfByiLKsi3yjRkXs7kFmhrcmg/w8QEemDJeNcdGSDCH5dcqAFsED0nBBjIrf2ozUzvAeKtLNanv4
				YUSSLh5DevRDc4Hcg6jqzs0vi3x6pDjjOGx4QVUZytNoe7YCGcnH0w2CotQVFWlb8w0gUcgek86Q
				oUaMNG3I9CM03FjpfCcm3TXGaOB12A9t1NEB1gFUCDoaX5m0GXJJHIdqe//upBWIIW7RcRw2Bsad
				STb2JdsiGneyraO7uR4eqlCTdjei8YQ4DqUeGdDK8y8bBf3ol+qaayilwuwQtbeTA0iakkDZWs1t
				uuAD2yTdZpRX22YmbVlOJQLSQovj8KAg3uV0xXGQm901exPMoaMCsLWTLfvfcnrJY45wRZeIjPGt
				kmLBccCCwPCz7ILnNm3nnlFx1rpx5NzlTeO+k+7iiMoTMAfCkdSWcUofyGdO7sl9ewDojF1PMvS7
				sVBu+HEL1vz3WuubCwzLUHZAdoCbkSUICnmwDa4HRKEAJrQG3gPyRNjOCTuZUyljzG6tUWe32Fmr
				82sqFny0EZDKl+THxW5C6fJYl5JcOcOvt+AVOG2OmPV0K+R2sUjzAKLmOOCt5/pMwvN0/6FGJyEL
				kYteTMUj0buKTkS0yVrbeJGDs36544OFQEvZOcUCv9DzR9QHK1LYWzGUb5fNErO7fHrS0C3jvsuw
				RX7JAomh5+NF44mSt1PIgk3p6IMa1VodNtvV2WsUPCla5og7EZf5KJsf0nVyU932/+slebYHYIkv
				i5DOaJN5wUEs50OI0Luzbh1KPMOXk0gpgW8hSLBqqDl4jBnur6Ds9GPEF56P/AhBKfINrlH9xaRY
				cJZaKlcBDfHvknWft1FpDmRhDvfCFwSMQGGwcYpdDYZel5m/R+iJlD3hsTXq5AZxamjaOer/tT/7
				pddt1texUttJJ8+sK+SCOdwY6VadJ2cmbKYma7GaCc8flCNWRQgQ5ezcsdmFasf5iATnhahHBTZr
				jn5sWVrhduRlb4HQiOaSJqEF2IR4MIGLs+Hp1sfYmSwgX29x6mhw4N0FcOnpyje28youCF/EuXmO
				8m1DIjdN9XVYiXT/q3r+wd0ubu7uiGUxHDQBph1oXmtVWCeNzc/pDsE4GFrfZsl6iVkLvHDC9dri
				/hloUQb3cNKq5kB5L4eZnqP4a15umpFBpuVyNovpkX6QE0EcDJGbiLtPw/cAhwopeM8eyEpzyNXi
				wxykOUOW3pzIF/TP63JoBPqfyABzMKWihgDUR8WOkDe17PajdKFZNEO9oDbgxbv9h0hLcSI4TFCK
				PhAB7I2NA3p9jlrOYwS0fJEa8OpI6innIPUUHZDeqYBS/X1RTwWJqKfFfKin0aUXbbQrobl+Tf7i
				i027dbum3ZhW065sylId7WonzOF2i4FGWv7iV/KV8x9nrcCbn9ACkjmwnkLKd+rZSAxNo11xndFu
				pZDRbjTPpoIk21gT1FkiwTPU+/OEwq0Uv1jYMKjqFcpES2aUqlmiXXE+5PAmcQ0g4tCQTJMbv96W
				E35hq+LuquxvyCF5mhAnZESezcgoHmukjwQlT4Sd8anBR6O5re2QQ6tvQM/knRa6nMUIM3snfDdm
				Fw168hgUOKzTiWVAc8dQ+YeLiHeCItHGY8A7ccNMaGIkeSMzsWC04lc7Z8sLNBv5XOiiaBVH3K2p
				qg72J9ABx+FcNBZKEhx7XWYvIgw5KPKy3pVQQgQOkC/UHjCOipPDWRCeMmKh8NejrzdE73rACcRE
				ZoPBlgoGcDjxUSOGfps4rZZlbFxOWlzdwWs5OZqqtw4DcMgyzpHLTEAvsnjqmIke5HiYUafBODNY
				eZwl+JDDhQYVn7tqrH7VcnErrneJ2BdI2t8lxnEMkuhU793sti2xYwRaVFdTuBwnFmMDz3Re9kCc
				tm9relTNZUq48FEurYnThxyaQEfhmqNQggwqDYYfxgWpVypqJIJ6iR0AQmgwkYyE4jMN3Yvmgm58
				ZdDcz1Lcr61u6nX49SHLDPF85HWdtQMzZAWqOm9gpLWd7+VFCM8KiPsx4qokbCo9WOrFOBWCtGU5
				JU3dRzsn9TGulMHgE68De7MzFKiLTntwZ5ZOoar22p41O+CAA3aJPs921KVfz3EV6iQpbMHCKnX2
				O31arpPK8C+ZgHF2zqlKFwVInQnKGAAzBC20JnbnQ5xRe+mzrYvTJHFB8c7gDFWXWvVAFZ2bFUOM
				gbrI2bOrIp/vs67bvWM517/mmwMwwhAgQ2zd5oeti3wIW7dttS6RcZojNtPT8EyLtW5PgTGFVm+1
				s0eUCAxF8TVJrEeVvA787saQA7u/Li7wJCkPpzIFJu2Qm+u5F6FjeyTcFgUm0VzO+kO/HPrfoWDM
				s4z0zITZJ5+uGuMykGd5hedP35+MShDDJ98jkPGCHiYw//miPVG38cRERVLxO9Vz1eHArhJBBTJC
				zk+ZlfQXohi315JSTPTU8BwA0dBDvqidr9uubRVO70wSyEG7wM0hq/tQpYQqD6tZ0orNBGeQFRrG
				9Wko9FJb36Nthl+Azwdf+qrumHheOlEXCmd03I7Bu37HUq+D2r9cHo4Nn3IwxNSCWR2teBN3DxOY
				LhlflYW1WQFO5olc4kXOSg3osofUAMz6RJxg9Yv3ss3QB4DlYJWJKa2jn+l+y5ZTC/XY2nX0rlA7
				Ibwd/0eOAyJaVos2hVEtisojfr74kNwDh9qTminMXbbeFqf2ggce4OVZ1QwZNzM2EQG5yuCY4dNV
				PuGzJ1L9nT9eoYO9iun00g05OAawgitVQxTOkB+UHjEU8hSQ0moaeAtCEHJSaoEkuy+WeQYXi/J1
				hrsP53/ICQs/ORFHF8jxF5Ke8dEczAGT7ihqfBdSMmd0wAhd9ZgBtpFcXPWtAFMv7s9yuPkaINmr
				2cR4EIaVWpAZyluKjHNS15r/ZcHcxXKgIN6UB+qOlN009N1fqoU6uvRg6T91H3fILvZUj482UML6
				yjhinyEPehkFJSWWBT8Tt5iAcdxxfVVBaeqUgOEni2pLkbZvHKEpVg48Mwo+c1fz/rrl4TtGDSCR
				FIC5IsIAgFK+MnCSO0IDdpHK6KWURazBvaRnxnwruYIQhpzNRlUavLr5/ThvtqT+0dU4TCcni94B
				vf5Dhbg1ti7r8NGd/RoB5coheNVNfuQjktTwmuuMS4cQL3QEoxAoRNbQ9xDFDat4/zZiSVaCE05l
				Aq+ixAfKPhdj4zA/pr7XhUV1TvaZ/6Xt2UY9EIiJUs3blm4+QOqvkwwpY8EzLCXP8lcOkYPL+IBE
				iJLYNapxqYtj33KVswcC4JapubTRlqEs/VZlqOWQBkE5TqUkEVyQnKvUjDtOn1pQLBC1chjt3U2R
				on2dpm+9QiLVxTouCFYhABTbPSx/tq6Oa7tc/nVqsSiw0cJVB5usE4wBIaQZ7XvS2pJUb1w2K3vs
				a2Fr8/HARJVcyWjeANSuDDn4Q7fKq220PAQQG9reM1nOF5DSAj38C+Jo1k/0bwedzfDr4KR+cGjO
				Vp/2PnAkPS2PfmvTujyMfPe/MCphPDP6IcZIb74EJnvFOvNl+vOkymY9Wrm2muFMekCNN0eQy6z2
				TCLD0r0esm8rh/78ydxGU/T6+wqL5sXTL6L8lDtmEpe5l/ySIGGrDmBAxuTAovEoFthY7mKLHCYf
				orcvX+Rk4pb0TAGkWRySEtzYYpxHYRDBh/LXxl9GEZOKVlr+WQcDaN6It+3+mAg6+OVZ9kRzvf2Y
				u3GRygvKN5hZq1x7qFBi9DUyMAc/jtcYSmprBM434Dk3PIgTo2cilK9EXfL7/x/KJECbdxszBTaG
				9BrICo9cStR7msy9qW1kCRQkQNse5DAaZuGYCUwK3DquuJcQv1NxmG+TixDOGdWa0phUyuR3/DTJ
				MkbZrGi6mCPx84IHf/uE/+yFnOwgGG1IupfCCQSiEsU9Sbw0SX+T1PGPyLTPUQYnXY5DDhjvDN7w
				8WevJlqQ9EGJ+rnLxGVhucnWpm29FWcJQw5MRQ74n5z4R3quc36tUbFE0s1DshmVBxL+mv6TDRi3
				3cNKWSK3zPU/+3ydsubq2q9H+LORZUTlQRk0VSC//vFrzmjFAxMdfxo5GykEGJyJjm6zIZpAqmSl
				12ikRv39taIZ7Z7d6qFW6nrWQILI2c+t8oW9Q+yEm1hOOV8XFXFquGBWyjfrnwvGq6pk5gWGuDoU
				mI9EnMU1T8pAus0CwXsuLKS1ujqZ7MQWyG3o83Uok6Q5UfIWHhOVQ+bfYqpiRl3sbJFpIR7jypTq
				3kgAZNtlofrB9kb5xOdjbE4XuWrV5tlkmFPMFA4nnt6YrDydeMfyjvp2VHvEEGZU++lzSaPUU9zO
				NyiljPM7w0I2hK0kW1CStpAD48ZSYh7QzSkbNAYnxzQk+DLKuizFyTf0HC88HS93TjPQqehGeYqf
				PsdTvEyyqDmeftIW0V7nUt578GoRaKzKh8go4mnQAgiVkqAh6MwTyA9H5/fleMS3xKmA23n200JL
				a3MlEDGdVPpDDgk7RAsAq70SzHYEGanIpGZ/YGryKI7YjnAXUKIcvUhvarpOjN3YzfSjaRgn0nwn
				q92lHg9R3zJqK8kjE+ppndAdMdg8Nj4c9J4Mtp6ehYccZEHEXT1wbOKNqDpty6LZCLcrR3t8Y5bW
				J2AYDkYVDzKP3sqoz5ewQfl8JN1+5EHzZ0IvlwOkVJWYM8QhBw3AtFoZuNjCwYQhEak+6r27TW/2
				nyEHWYK0+NWKfLzjiGqpBR7VJTQyM70iF4YcdkX0t2G2Gno0kJwUoKRHPzMtu0FmkZPnprbZ5iSb
				WOaL2us7i/i4kLI2DEa6iRmyaXSGB+SgHK9SgkmRB+K6PSCEBXDw1vq0kyncR6FOg2fLOTWabCzJ
				rpURLUbl6tkcQQKSvyyMMJde7OBTNkQJ+G8WUPOCp5974OYsjGu6YCXfRZQIcSlhSyumwyyngGEU
				RUjGTLym9ncDqdx9La+bnPlg6Wh79joPhuHHCKfcvhn6hheD03/2yf49TXDbuHcksWl6opkYSuYl
				ZdX3fnXyF7BBKw98iSl/GHkP1cioFhRtAgklxZB8ms8PaLsaaW54KNNaeYog+ahXFbG3QP2CdTvL
				Lu8/cyDLEjlkEWpWQbdB8Gj2GtJbR6XAky+0lXiQAwB9DKOVBvXb8nLL2dwQKuwvDDncJ9U4m6S4
				BUZz38/amd8maA6bLByu4wW5IKAw1zjoVYNB1CXm/xF8mqLRFTm9HB/vgTsCJEw6O0qvU184HA8H
				FPJ/VVADz8NMKBYIa5ZsRZrixrCDmxaKBLRHJLYW+bNfi9fkATmNxqJcLIMBDiwv6wwmxbUN3dap
				v1bmGexIcXBTcDyWAKRlSFAgv9zI3L5qaEUQqtqZM7OCisuNHJG5wyFghCkYvn9tEyP0MV4iZHQr
				zm7Uty2pKZ+HQq9DUO8syj8GKcoAK8M+FC7KpC3PIwQ0GuowX8iUsnvH2Ci3IJm7ckKKGWZ+0Mkw
				HYbAndG9T0OiBvblASSZzKcOzawsSGThcBfbAUCp+RJfuwW+isocKmfoEx8WDuYaNSnVKsG8mgbf
				vsQgRtUF1KXiRE6q6oLdDJ9DdX8vYnBMVactLfyJCOAPfpzQi3NkeY4RoWWLBPDOhVWTX961EJI/
				YWdZrXW0y43GeJDwo/nHzGlqzQecAiuLUe0e2LC1rPjQeNqOBHlYhacsie86WIrDV2CepKGA/BBt
				KQFPIWgpKr97g/VbxSoC7+TwTFTx8TsVH0ragKv0Vn7QzhSOjOIBY0qZeMUjgoqP9gIhQqwqvrFE
				yIU0dCm/EXMB2xOC5aZc2O/kIH0/yKuyIVn2ipmhe4T1gKi+RJgnv1tcrJ0cNG1kCgnO37d9yyMS
				091MBUk9qi8xsJmJ4jB8ppgxu3mWM7H1j8Mixre9kxoOQm1xBwUBNAUCaismOhSAJSloDnMCdyJC
				ZBK5HWSJEZXqHqYDhQOkAysacZPRo4064ugRRxvNj8IoaISCOEGUIE4kEolEIpFIJBKJROKQSCQS
				BQp0IAEDcVwIFKgqUNXUCKRm15A1XA2LpmhoaGhoaGhoaGhmaGhoiIZmAg3N1Mx0aKYzHEmSJMmS
				4ThJkiRJ8iHJyYfkOI7D4XAYOvUIaHk6+/CHPN7huBgmFofEkcPhcCGAHlb5DIczM0PZsBs+HA6H
				w+FwOBwOh8NhYyTmmMbExJRKbiFmipgwYWLCUJhyw+FwOBxyfCgcCoVC4ZS0REouacmU27axGiGI
				bN6RzrYiIRIREWFJOAklSEQCCVcjM0IjMzJCckZGRjYyIjIiMkIiMkKpiIiQCIVCoVC4INR2Kq1U
				uFZYucLKKmSoUCqO4ziO2yIcx7BwReE4juNQKBQuFAqFQmFQtslkMpm8CtkkTGISJhEUR0MYckiE
				cCFcSAghSVImuQUJUo6q1Wq1Wq2rnKrq1FAoKiIqRyWh0VQqlRRUM+JqSpIkx3XKkSRJkiQ5kozr
				qUwoIZQgFFKllmNbliTJtbzk3HsnlyRJXg45lpUKy7KcZVmWZdmVXVfSOmu7yvra9ei6jtsWtnI0
				UTbaaFt2UQZMABvgTpGkorNtvwyhrJr///8//8koBsfwP/T//wx6aGZmZuaZ2/wlc2SSzJG5iFBE
				ZCKVypzaKdt2XnaSZHSGznrSy/OUJ8dxHDc5chxJkpyT5EjjOI6b0s1tju/5XGyGUUhUTFCMxDxm
				HC9mvHhGXOEQVzmO4zge4DiO47gQrtYUSQ3HcRzHrUJFTRHHkdA0VBKaSFIFLRBJkiRJmacTsx3Y
				th0gFyEr5EIKSZIkSZIkSZIkOZIkySFJrqEfPZSu6Zifnc83GSZjMkyWPEKS5AAgSdLQOJJcR47j
				OI4bSY7jOI4jBXmA4ziO4ziO4ziOI8dxHLnAwG5jYGAgKwIZAlk1juM4juM4juM4jkNFNCRERA+V
				aErbGIGIMzOdGWXGzshxHMdxHMdxHMdxMplMRplMRhmEBKFWp9KWOlI6Hhg3rmPHjh07PlKeuywc
				8u8jx8fiOI4jx23cOI4kyY0LLrZx28Zt4+wiSXJcTBC2WiwWi8VisRhHYRzHcRQhWNskjBPGcRzH
				hXGwMEYYhTBWBamCpKioqKigqKio4KpqFYqIiCgoVCJNQUFBQaNgoJiYmJiYmJiYmJiYmJiQmJiY
				mBhHcuQ4juM4LtzGcRzHcRzHRqPRaDQajUajcTQOHsdxHJ0l2xj9MfrRaCNaoSH6rfj3/x9Cv6Sm
				WlJXi3WtWFGrmKJQREU1JaEhov9N//8fdKAFNTMkfZ3vs+HEbMLElIQhqff/HzKhLJTBJGSd///v
				/////////8tzl////////+Lv////3f//////lx34tvGNoZ7atrAr/n+Jb3yE+P///9//v3/+/xeL
				l1SxSMWKulasVVEREdEQnxAnljgxiIaG3nvvvRegAQ7fey/AF2aET/iEj3POOZ9IpcLL27Zt+d2i
				vFefqYH/Od88rjDxvYckSZIkJ3mQ88DWdPQ6PntPwMY3QQYbDAYPPj4+Bmjg/xf4/v//f/9sAhEV
				61pt214V7b3t/f9ot2a/zWazzez/7/xmshGSPbJFdoWyTCghkyAh1SC7Ouo2XTvpettbNtq9FnXv
				vb1t8x1AAb2B3nsDm23bdnAH7m3btm3bqLbtYwv8hsRs29v2GmPs2GIh9mJhYW/bwl7Y809V2FfF
				VPFUVV1VrKiiVaioUCsiokmIiOIDNEVQPAqKA1F1ZmiZZ9PhPJxN/H5vEokn8SSexItQ6r13kFga
				r/Fu2/a2cbSeQ+ma5vjv/Hlc3OE4XIxpCoeltCSDcyTHqEAZrWb03nvvzcVxHPbeB9577zXi/YyI
				RSOiJkQIqhBPiLftwLYthPhAuFNhqXArfDgcDofD4XA4HA6HGw6HwyIzpEekoM4oEE1QTaCaoJkJ
				v47M02cThnNMWMJDMjIiIhJ+Eg7X4fCk4f/ZcHjvvfeuw3T4wHvvvffee++9t/fepXBYCuZIRsAY
				DoYDw4fD4XA4HA6Hw+FwOBwOh8MhwmH+JG8buc177733lhA+HA6Hw+FwOFwMF4uhqqqiquoarEoQ
				VVRVLBaLRQ4VqaioqKioqKioqKimqGSGRmZmhOTpSKc4NSUsFovFqQpFjisWiySXotQlJdWSilFH
				SJIci5xAOI7jOI7jSv6bk8VwvFjkItawiMI55EgGx2IFi4HFWpFRq9VqFbVareaKseKKsYqKWkVF
				RUUdR0VFRUVFRUVFVKioUKFChQoVKlSoUKFCFYUKFSpUUVFRqKpQxHEcx3EtGjyO4ziO4ziOiIiI
				iIiIiIiIiIiIiIhDQ0NDQx2Sd4dIkhw5yW0hN12EWCEuRCIiIiIiIpqI6F5iiVYKpW6bSaZO0yZO
				MYWpSJtiClNxSBQOS+EsyTmSCwoM1gLDKDajk7A20HVd13Vd13Vd17XRaHTFulrXgKvpRKPRaDQa
				pWij0Wg0Go1Go9FoNBqdoZGZmZjoRKMTjUaj0TBREt2i0Wg0Gu3aaDQajUaj0Wg0Oo1Dt223lJgQ
				URtugjU0emi0bTtH5egx/xewrYy2FM5yjoFkcAwGxqKbLRb0tkUXocKoSLZG9IhuIUJ0Xdd1XUO0
				bbtAdBEhKERXoavQqZZUhavFmlVUVaELJSIiIgotkYKmEWkU2nVd13UmdDihm9BN6CZ0SkYklERE
				REKX0EloRRqk1Sl1JiWddQ0NDQ0NDZ3pl+cuPXShi0Pbtl1D17Zt27YNoe1CjCGiXse9bWFUpbfF
				InTbNgqhbduG0HVbVQidqpqqnqpbVVVVVVVVVVVVVXWoKqoaKqISqqGSKSoqKtE0IlUEoprqmpqp
				pzrVp56SkpLi1OrVvfUqUFVVVT2pW1VVVVVVVXXV0ZoaJYuqqquq6rqu6+L1rFlvG+uxOlU1H6xa
				BVataCuuq9Xq1b+wqMZLVF3/jHoRFUJCUagK9d57j6Gq3qui/6WoVVeo914UFVEoWoiKiIieEBGJ
				JtEoEE1QTaCioenIPJ1nE4YTs4kJQ1UZIZGpCBERkUwoZFoNQvXee+9dIrrvhZJcMy1Tj/mbiIiI
				KBySWwPbtgZomqZpejIaTdM0TdM0TdM0TTNN00RVNE0TET1GRC2mqKEDBWqgBYpAd2qoqqqqZta8
				AyrUZjY0/z/N89577x1obuC9995777333u+99zIy4c3zPM9BmSdzyDzP8zzP8zzP8zzP0+l0Os9D
				z9P5n7lzebgfzjPFmTgP5+d5nud5nud5nufZbDabN5tNN+BGsM1m8zzP8xRzY2JiYmJiYmJiYmJi
				YqIkTJgwYd5hwoR5EuYxzO+998KEMIMaUElNtS6WVOtiCUlJSUkJSVFR+P83STCaZIRkZGRkZGRI
				5L333nt7UiIiJSMVkifLhBIwkUPkIPJLpVKpLJVKpVcqFeIqlaWyVBZaXpbZ5Ze5vCwLZaFQKBQK
				hUKhTCgUCuX33u+991789t5777333iEhISEhISEhISEhISEhBwkJEiTItPH/3iT+vTeSTnWp3upt
				27Zt22nbylCnltSgUtu2j2b6JpjeG5y+6TG9995777333ntf7729917t29577812sPZ7n7rTfe7y
				d/6bxzscF8O1IVE4nJGzlLKC2Q+WZVd2ZdcXr+u6rm+ur+saXaPRR9El+kSX6I01oShUqFASqg3F
				UDOHChUqVKhQXQjVjUqlUqnUrkKlUqlUKpVKpVKpVOq2bTRFFTMGkm0jCqK2LQ3NkMzmmWnbMFQj
				tMhIRaRCCVkmlIlQECm1pkTTlpWWja60Q6MVWlNHk0wzydSpnaa7ruu6riTqukqAupG6rusaSK1R
				adR2slciIuqoC6JNUOUGlUE9qAxqULdVoFKgtm0bqAcqA7VFgSpQVVVVTVvTml7TVVRNqA7NTDMz
				nU6n0yCiqenMzMzITDfdZtq27WS6tm3bti2nbTnX3uk0OnfWYWfd1Nr2p7LNI21bjkwHo8BpbUqb
				bjabzWaz2Ww2m81mDWBiKEamJiYmJKLBiOkiQKYTZsIIxcxU2oCSSldpaBWFsCIiIlKWVERERERE
				REREWg1BYlxEAomIyMjIyMjIIzMyMyMiIiLSTUTaiQSREAki01YqbSvdlVVYWSUaKi/LMssyl25Z
				tsTDYphSStt2Stu2gTLpJt2km8jWxdp2E6lQSDchISHHDmlIu5AQEiEyQSpdkEqQBgkSJEiQIEHa
				dV3XtV3XdR2rKwoVVaG6ruu6rkSawqjrgmomENXMtDKbp5y2bVsyQrJsDWzbJm1I2061pbbTtm3b
				tm3btm3btm20bdvWQtu28+HvMI93HGGy7YZE4QjnWJZsx+oEUi2qs21r28baRtt1Xdd1jWgb6Lqu
				67qu67qu69p1XdfW9Xxp7r27Luuubu+999577733DhHRTA3RvZ2mvQ/nzsxQmFtySW7vvffee++9
				99577+29Swd3ARtd7733tr79fr/f7/f7/a4YJhZrgcIh8Q6v8HnXdV3HG4GDalvZ3e947733bhul
				tm3XHgLGEcdxOByOw6Vi13XdXLgrlmVZlsVqsa5VVCgWu65DIpFIrBDZtSOxxIYRoiEiYmvYx7J3
				5XA4HA6FQ6FQKBQKhaVQKBS2a9u2bafSdV3XdV3XdZ1zzjnnnHPOOTsnOWPd2rZt16J2bdeu67rO
				WBnLsizLsizLsizLBpZlWWFZdgsGu67ruq4osFvggeUOLAO7wEZgVQikqpqikppqSV2tacWKWo1I
				RaEi1LoRbetUr+tKgdaalWad6cg8Hc6z4cRswsSEmZKUjJBQl4rIiExQkXXLSiOTdTKZTKhK3bqu
				67p2Xdd1r3vvvff4nf8shZu/vfDi4jDcdbjW7dq2bRtcA9e2bdu2bbu2baeNteu6ruu6xRqxCkKs
				67qu6xqZFaykSJC45AdzGGQAjmJRDsRAEkUpk3oL30b4P3MAtlWSOBCyAMDBgBOnK9pLy+kp8/1C
				PG0TkRcxQguFGZCLbtgue0mg5ahG6Jwx5aETWfgxjYbnR0huQIoF3SjBcohYd5efkYhJInBNasCN
				jsP3UKOyfedVt+A5k/zc0luk1ANFChO6GFHfzucGQGAkVPq1h+Eq9maJL+htfm82ocxzlWua9MvZ
				s5Y6PZ+Ei2s/YM05WiDugLqmosk1eUZCDr+Kj0avAebVCBcBmClN18Iv5EgAIJs6BAEpIp+cPJKs
				fGtDNyVN67NKhumKbkpoB9P+0KcqnxHOhFvO/OWz6INC4jNnMs/LgGsoQHc94app6A5jQPKX2Lrq
				koy41LnpknA8h3a2A3L0VCg758NQ/tHw+F6IXxYUDo56ZXIdi8At9RuSXcSSYnhMCY0LkSb+/n6/
				ol9Q6L20jAHJQsx1St24hJX1YDbbkL1ru639gm4ysBzWHb8DL1ogJzm4NDbr6iGY64FEFlgOOs3S
				sXw3kxnK3UGD8qnOjA1vhsq0kabwJR0X153s2GWxE/kqNeYnuLJ/ybXl/CU79QSVTh20DLu5w+sv
				kC33BfIOgYfloMUnczkiccNjEAXlBCwg2gQshytPwFlrstlvkzn7ol/nTNlD2neCNpnzTA6dZmD4
				ymaaihAj6oFLFRUj09fUdbAcImia5e12I5iMXB8J94ZaLkCm3zMcWK0Z0Zc/QWQH2s40ZUVVeOF3
				xOx9IFIMMdVVPL0Du99VRO8q8LPyZXXEWWLIgo8IYaHmSGWocYOLI47bnN+tGGwtKaAyiPpf8QXg
				mhxWiDU82oUwfIzjZedHcyw8PXzt8r8KjELdL/TeYquUCAgAlhNmxbFQTYTEWfntFHg0/eGtCkZU
				68OtDuPWZkOPu5cZ7aErN7R6gm4eke6bqcHkdftW24tzGJFSq3pjAckUcula4rOeMlju4uhTvuwY
				+Vf5DHMWjmLlzAqSs7y8xpMV/0vKoH7raKu83ERxlPg5OP/ipcK79bGFGDhf37goAd32d+BKbA8V
				lVAj/NXH2SbA5HVgfbxn11V/ebSOc4yADu5D0LgtYfr4wksfz2rpY9QgtpCnopoCBjmcZqVJLAaP
				9PGaieUQM6SPBYMLEzwd4kqLEgI68GFHIZzKImtpIXN5a3aV9FMiXVmc1H+asat200IPxYk2ZDix
				Bz3cRiy1JY/lwAIH0eVwn6bpWx/xiCporBvaMBt/HTwRnrSINh90RKMqcqiQtZhXmJHVbU13AYeA
				05j4pNa7K4IQfbOj9lvPbxfjxnObJk85k6nGcphpscdu1VmiOJjFctAXH1fdwrG3NCIaL1gWulZH
				dawB5e1FHBG1M5ZDgkA4FJTTQId/FgzDxX6jDIxtxPEF200ww6OEX0twDuzcP5A0JjY7sJYDY3zw
				WA5EKIHrrVB7lBgl7EQLqD3KFLR/5FW6MN9/FrR2ObmQA3ndgZra9DFJDeWC1Y/umM8OyyE7svF7
				GQUnBy0mDgERLau4boCgLmz4Jz8iZRAmX5Tz1t0+zygB8wLHzW+nu3O9nlXTT48FcQ4as2A7cW8n
				2jmO28HuKAg2OXigBPX6D0qEpCBMEcCwazRKQTRLSjRyU6GTqpOxr3TN2LPYpqtD/bAv5LG4nuwi
				ux8XwxxFl9+okGrymvl0Dt2MCu1pgQUeT18fMug1MBOqEDUJb99s8tNjnXNtvGW/8mb3jDhkRDG8
				9uYW16x+WZIHQaHZnh5GFn559RBGt0vb7CNHWpr9S5CPNzgaxc+I6IlQbqUlX7BBs3Vz3ygNiflk
				dSmTHoP5yOA7PeUZanf1H1L1gzU7Sm1SSwV+51kuHxVZE419Dn2SGwDmlkHqV0C3mhHHLLh4Mnyi
				wD66PjPLIiam8ghFd93NXjKamR29H7kUXG3weHAhoxm3yRm+Q4NS34+or+4+L0ly7pzH7KjNFaio
				1eXXyOXvs+Tb1CESlQRoZnD+HFaHi2e2grrRmWUQg7pWGjXsPYlooIzGg1/MjjpiadAqldlO/f6v
				9UqP3rwZvoyVpgha0GbdSsfPYeGhu+t4G2rFwcZXpOraRS2hX6TMTGgB0pVVFmodz2XVibLGQOOy
				hd89s4WSxyRkDxCJGkv8maBdKLODn2XLBgw6ggfLT1dmn+Pa9r1V46Con//lOQ4qJg7zDoCCcwnh
				f1M6YNlf3yrRZYfF/9of13GksoOW0ECHWgGz68D32mPn7cf+2duneNz2frmNfGrUYvJ5JVZ6PTf/
				3Sa4ZnVBZBpUjyVYVk7RbjjrnTKB1xRfJ/jOU36QIzO9F1fsj+1nI6dvNEQbO6dFZsO6OdiwHML0
				DjsToFh2M06X/Pw5LEB2rGNxUXfonKHAmrRwMNMwk5xELAfBEI2OQ0Bbn88nWlkncSv9M6ySilT3
				wpt/KUAZZmq2C8ZGqWvSUTDG+wl3xy98/NlWCw1/rbQff7O6w1ZdHH1Ngur1bBN30jS/j6ZD5CAG
				Wdkcc9LAD16J3s/hi745yRY4kEeCXsohiq9zKOBIfOhzqCF7zEPVD9HLWvBU1MaxHHrtls7Cbg1F
				Pwlu4FaQwLmtXqUkgb4KfCj5pVk6jRwshy4U1xqnkFDFoiM5Xm0sh2CH5Bh9dkoBHW9KAZ0vphTQ
				taUU0A1RKQWItEoJyyHBQCCDN7nliz1sqKAqEXNmt7hZuY/lUOFQYHxw0ZFk7JbUzaUXqBDvtBTW
				IQqhF6golgacaALhTkRb8QVwMJBpnvFMRNFphlXkE/Wx35FL4VZECm/c63BeguUQQeMieCCRUVJ4
				lSqES5tyXJbd514+YpLQCUr1fzRHj/2UA79x7QNcb4hU+T+BW2yXsXF3UbhJosAhSYACXXIABbom
				BVCg24fhNnQZJ7AY6CcrpIbdg30JVqm1Jn8pB94J8nMilgPtlEPtqNrp8ouW3PW3vuVoXZpMS79z
				ZomoBYVLeQEXL7F0CNRkXamhCx6yGP4OmH7HPW1ll58SC7aj/j0YpjqVM2/aDcvB4B5vnMvQiyG+
				GMDCdgzlcQbJQ/5le7rl5azyi1ex9Cr1PnWXfb7s+50Y124qw/JBOQ4KoXYyHZHlO1CWeSusDj8h
				di8PQXkWNt3xFVeLiVOrhP8RY89qgAUpeGcegDmACKJr40d5PgR+S/K967jJgKL51W9H17x3oJcK
				UPO9cTzqEaqlA0ykA/cz4f4MVXGXHlfXD6kTKYgs+N2nxAID7pihbevvrmo657pFZ8/TOBwAlk5R
				qyQ2/nlqMCqsusK2Y25+f1VTHdUpkwEoPnDELyLGnFNtTJd4JtDN6RTCv+ME6p98ktq49n8Wnmeo
				uZ+VYtw/R9wIIlf03PGZWs5ct4Nhf7eoir+in2M5zHv6nAIXIWO7C8wlH5gaa9tU3a2NCuBV/9YM
				ab81eSo2ZRMdh56N4eMh27oBOsDPGbPPVNJMXFbNsuRyoz+4DQAtu1aQ8VqaXmctcFKGnH+mIYdS
				z5lpPuzofOun9lzCej6B6H2eH2S1rh0HgrlfCZBlBTivrXKEsT7OfVPqOteDTRxGItoByRf/cz/y
				NShB1nXGLTlo9Y93phDZTDtFUuKdVmdJbXZVNGslj4n71xP5uEPmiH7sqCU/JlFRMnhLK8ip7hi9
				AupuhhC4tXYsbuzt+gUPkRO5wlmQWePpYpjT5Q9O4PFJGeUoa9gKx98jbP6iiuPfyOP8HZZD7Pjr
				ntwqbhEsu8XpfoggaRyXozHXccR/OuhvbdXH7Z/mfURiAlgOYBSr8YGPitKiq1jHleAqHcIql+jb
				TWUdQU8mFAHKoHTuWDEpO+M6Dn39my8MMt1jYo1nTAD7z00sO24HBA9mScyjMjNeG8/M1Ph27cgs
				KqAwjJnQ3ugTPnom2lpFxvl/iPO1nFh2DsxW+0IqKU/P7/OFFrCqZzQH/TVaquHRo1XXGbbvoJkB
				k9MVhnMOEzbnEwHD9KwHrIue4SQb8isNjRk4Q+McKUPjm/1yXKt3DmtIBGTKb7bFa9DY1Rmo2h31
				VoCBVclP0bGNc4/4Vkg80+4cvnGhcXuFzY8Ktqdo8zhxRe20AslHuGnj04PrZ9mUHsYmu4aaL+QT
				jMzDSkiBPcoQheAHFExw9bkup6ogMUrSnAmAAyrhtbSpKiP5wu6XBAHgvD+mcjqfK7oAYDks96HR
				iaOS6xSaDg7i1QAuPdUXZYdP7MeNi85CfN/WFOuoO+n44KBKrkCElZOLY2Nb6rgjMZXzQTQJ7sZR
				Lt1vPoSM0qGHAXJy0jd87nITpXOpU6AQwXJoiPN02PdfusOihcSi0jArqRP1d8acs+HgS+oyVSvn
				JiUpca/s8+ucx9urZPp12cJpZEEi9/jhDiFDl/eLQ5OYeoUMi1YIGWrNiYIBI7GrtzHBV9huC6oG
				JFJLQW3f0vWaFkvoZHx7sgfLIZUXRyHD/G2Da3PEJKZT04r9DJw4kR/V11LeAcep6d+CaNpdISMI
				av3CBSMo6bF0Jd7EAt92V+SxmY05FgZGPt/tdywHnd5gWw716BsOyytacTX4rkaHN4rCIMseAPRK
				f7D92eh06gmX65xQhS7CSXbjCuVNWgaMk7AZ8Af8OHxXmfTT8dPmqAiTPJXhnPFbMHWiJP8zaDh/
				v+QuhFVQiDIsB4gqt8EDE82lY3+Lw7+QVg5B94SlHLchaJIZ3TAPkzmfKmVp/zJYLxShalJGgehT
				5KOTqXJ5mg61bxv3O/z4TixhFJMzWibXluPOc88WIXR4rHZGzrunlF1yskAmOocPnB+VkwPmUiwv
				ixLTNa9Va5HrRWX6QBAh/Iexqf4wnuX9MEZzHn5Bh8xvHUH4EDRwVNSQ61GNF3TSHWOSMG+IEcAe
				kci25Mxu7a7A5YEUlZJ9/dc/UFniUPhFiPlcjwY8OM9AxEUYxgYIhvFEAMMYnTEEAJ1YHridLoyj
				ICcHJg5mfCZG3g2/uiVE9wfI82RCXHAVxsypwjj7TIVx24tb+sRChImuURg7Iwpj+gsnVwAg0MQN
				/sK0o9AGfxbQK7Em////rkJb0ONdyGwExxgiv1oIdKFpIdCN0UKgC9zGvwOkykJAf03lWAtjIdDn
				QUQu7kS4zUVXs3Usfi9rlvPqkEn13TsueNTO/jHhVKbYUtvv4fDTfU9bLhmJnGng/iBRmm7gQFP2
				zc/ivSNaCplJ24vIZPe+i08aLpZDF+eMNhyU8sExaWmkipKPMFFDDtekPTckfMu7p+PUNpZD1EwO
				/dX4r0wzqdoEqXSuY3tNgiJp0qYiIniUP6jEH6D2RHpz82q7+gjyLZ/UZ4YgpgRdLXjZg9kaifQV
				U0AOVYmJ8t0NHj9fICzLGxIasw9uAlilBUXjFBW+BmKV4DLxZHXdSNMmL+P35IVHW6d8jMpLaSWh
				aiSBlTNZ3puuIJDioeoS3oOe1kSbFcnxsNrwv9XX1aALCdZIvh3Qi/2ys/vBah4p5fN83HwSYHK8
				78JUUzzqYycVs6JuYwGzkZrgcStHNUSCNu5hY95m+SBnxdJqazFOI0pK6h5IEKnO/l6Jx+uVI0PS
				xVM992nsIQL3RTAp2j3CZjB2iDoFjjJc6gckyieDrxqvjru52OY2Fw8FNhcjDuY4uI9xOZ8e/qXC
				R3Z8bh8OJTJsHPJhW20FFqr8F+Fim8Vy6LW5PY544/wfEkoFF9uY4OKhiOBixDnRiypf5u2AL2rw
				Lb7Pe4unNFezWiWCtOvWK/YWx2y9xa5rw2fT+YkcGuZLkAlRowUT3jgsjY62dGohZeZowWNJH1OA
				M2fFp8bYNjhzfmyg8VE+E8eE5upv78CXJ4PkuADL4Te+yObI0I7PI/8+44NzugOuYG7ERqiNeXg0
				o1IXMj1DRn0ZacNE04DgcBclPJ4B824fho0DwiczTCFIyTWP8FE6x3lmCDq9TzrYmuchWA5kcHH3
				Emxs5EVEARdliXwY7f9P5qYD5ryap1Ymx/KNw28JfeFAW1E2kbo6yI8gHAnMU2rm5dgR9qedPRM5
				5NsSyYBYZzkMhRVOEHGWw9BC01yHHAdulVmPBd2qRZzPiLpGRO68HpORIh8o3FYqPnuzHL6LHhKZ
				hQBJBAAIYfHjJetHKinejNibHzFmbTjn73hu2xVGmrSvhVjRMJ/ar3tJTAoTIH/cXrfZ6U/Ggof+
				jDm9Db23gdschtIy+xQEPweXl6BW/sEo2SkIQwQwyBrJUxCZYcWd0ZrbpHJk7KModHd9CpKQ1Vsi
				GyFw/t0qCCX8t4utB8UJgXUSdg3SCm3uJSd0p3wr9GcO4rFkV1eQCZbQ0FFIIAmGogzTdOvPtqzd
				1jd3O4wFVlKsUKv1KCAlwYasX8qqqRWaijz23e+X4iVGNMGdq5O9iDNN6M59Cd3zBQnd77PAsJMB
				PyGip6PcSoeeiG2yHYxY6G4TURW4S4XupwYsZZvJILNBGak6oGLwBhK0betmU5o5Dv8c/Ka5OQ4c
				ifl0aSB003ZYezdjS/BV+WLeN41cjNjd5spxhzXPZIHhzJLwS4QQEWoPaGCgxMV9E0oHsY9WCg2g
				WW4/GTLFBOUUZzt+mXT7FTFucRxQvaSd3P5ekn2bHVnQ4Jw5OT1QL6TTsLutCqttS0+m6BVxHH6J
				21mGwXHgeH+yZ4PQO2eTOmZELiBTu22yxCscB2mjNS3j20NqmwRiUmfOJmkqW6vY9mNd4/20iQQ4
				IzKglza2FuYVEnegboSAejTOP/8KjH+YPBJlK9PARM5k2SRObvzAz3aJe/K6RBnYX8yeqAYBH068
				IHgcPKM6y92hQ6oRZlKkuIPJ4yP7qMPPGZsP5fb1OD+0y93Ku1TZ7PVizXrxD//T08jD52LZAcrI
				Emwrj3IDnA2hTBAKCvm0P3BKOsjh4RwTxOiXfhYBNQVDwLlxVHFWg5uJPcshbP/YnCxFiptzKM06
				ZzmkrL3NbZyyLevIS5cij8CAGyQLHAcRIurfj+pB2a/kjDa9+ubRWXq08IXTnS5tm3cbs81xUcbO
				izNdjmg3hBhS2XEayJjuE199DCjZui2C8yZHroiaIVu0J1bXgAfDws1VR1sCFZ0zqEhXByOjkBFt
				6xvVwTXlGf5+lOr0Zg4HWWcOgU1vbmSJm+PwUXhzllp8Wv6Fv2FlfcIonTQZzn14GEgwOgdXyzxc
				b2JHUyE3x3HIdZ45HgnFLbA7WVkrbWN+frB/hiZpFG7fBjXBRwiE/NXy44cLYYpi+SHd5Bngw0Nc
				q+qJsxxSrB9ETLj2PuHwUyC5cp/Wl20m989yOJ12Ig+V3UrW0nI3fCrjKWgtK0X/l9Md4ylc+vtt
				BTvizrOYYr3jiNnOnMDLhLszFe+NK1HZfoeIoIbdJBVZiExLkOUgy32BT5wVTFduWviJ0aScpI2W
				IOXEc2s/Qal+QOPoOfnkAI5a+wnkDRko/+nV4sJYCSKeW31mb/90D5ZvDMNhYWEMDAcrcP5Q4h1Q
				4UUmYxHBIuVnPk95AlQh8U7NcqAhOlGPmj0hc+jQfX7pWs7Vpemw5KGnlfjbMrjUkXCREkuPQE2y
				lRq54A2Kwe+O6X9cc7bC5fm+L+m6+M9gSkkodwZ8vywHuFKH4QmJzlKj21RpDuXhw0ntw3CBkYcP
				5h+gG/MkuY0GTcM/dhleU6bGuH+yV1EYrZS5fSpjbyYI3mZshuCHAuyFKvvMVvfjbKUwkNpiUMmb
				f8JAlSdH3wdWTbb0u4vUfEJxAOYbZl3urmu7W3uRvW3N3jIoHbtERYKY/N+ylebPvSVUqeq5UL+c
				1AdbCGN3ut77R5y5F7R3gW8X9iR08C4N3wzwVB5VFkLUn0rxcOjQJKjQqOST/vQzalELNunPvSI/
				302xVzxE4KQpJDnHuW9/QBZSqHReuMEkOEMLBs5wJrZE3D36UnTaZR2hFSty2PnmkIgHjmIRq5jl
				YNr8xJkl9VG4BTf/TAmY4UbyASJObZV/wRQlhyX6M+A1+lgQ1NY+BWG5quTXz9Pif3q7885jZHNt
				Mo5tBPTYryfUyew4HCBaGi4B6X1+n2BhpVwXArvPSY9lBDyvqjKE/T7OdeOdOle0SxwWAdrhaS/V
				/Z4ajZwUTp2xLvfZ+r4x0ZC+4pj0syldoulceTpXq2ZLeoyBT3tOH6fIHdCNTzXjB4scJEY3odq4
				0hxzJzWdZQAPJzPHAFQ27b1fGlJPEcmx94gRvJ+VC/6RPYmsjbKiq4idW+z3B5niOMR5nAcoWlRc
				uS7jiVTcklt2a7hARAaNqy7QUcR5CfBPCNDW4gs89FglbOQ6kRd0U8hyCEmvZquIEGkcMAjCwoeE
				KhrVVbrD5rObcR0xJ33aoLHm5wbWWCwjN/PzMkJVTwTQgiqmfO2CZe64vZ87+BASj1rLuInAMnOi
				2LUlDqiQhV1U5nj94MmwsEHj8a0rnlgW3lLrfJXlcOuAoUhwf7vhtz0iEVttTrTd5PAgsct1mxO9
				jRyKCysh5gndnHrPK1n6JlPO+/DlCCQvMKzxUFKZctYGCIL8u/3pFT7HeT/IwdHb9APLRPsZMON+
				6jjaRv0FmUT+s8YkNWcLEZt6QhTkYJv4GdcLaHqrsTu1lovbOM2j0dNlUT7sRr6smvOwqNmslQcN
				pNkMmHoGJ7dNOikBids/Zgch7Gww0CWgSaGKqinwj0vuch9qmYuQIo3zKZGUMTm5BwFgGEYVqivJ
				keUwd3YVn7GPggHoCGjimN0GXEGu06otC+wWCwIdMbrBzXKm/z/xANiysAfWUaKB0zb5XawrDNUu
				QUJ/TzmQsooC6dc93E2yh/vsq4c74vzUtUKPucCq1EI7aHVMLqE6H8pf6VBW/njcK6i9puS/0jkA
				2bpIYLivwiEHpNGSiOvYfIHmfb1/aEVWdIjZSX/jBQU2PIR0DDH3sWzKr4V2bDOC5cDuzx/fYzhH
				OI/lsohBpbz9WisCMbQX6UhHUNhNqphQXvSvNTg4QS1XwNur8rNwDCMTEVrOylDTEsds4cpycM1P
				pZWgfl3TzXa5/r5AoHMIyFnGqT/OmsdH6DqIOZS2xNuBg30ukODSj09Y+K52M3ROMkpSpHYPBOGr
				nV4o2pflAAkDnh3fuUCWQ/0BKjs56nh32eZxMK4MX0QB8QCZnoNtB9C4cjPMQvYaDp43cXpTU3tc
				Oq4X7UJMk8qA//qP4pvVSJ2uuyyH5/3fS5pyPgwZ0YkM/JBIw/NhIzcOVYLur2U5RKi75E9UZCYV
				kYscnoWvcglCJmzhuA2BkIyo5nngyPlUrAL3y5w4R7yr1S/9lW+ML052XKOf/DDQwzV9QgMqIgLi
				bXJvsKlNXZw935HjktLFecuXOhNjiIsTPXjLHM0FJeVjX7HkWBpkhhyyYZ+TryHkdwMXGNLDYaau
				7CQZ20LUjfz39wepfYzCnvWIcqQ/aoKRqznCyP/TRW5yfEJgouBra2d+htwyjCI5fzPmmuT475J9
				8bsPuhshp3HL9s1L+Oqs1nXnZ4ayO6bAFKdAdcpeL9PbHRihjnlI9xMSG65C8WH8BMaPFo/Po3ru
				QEKmKCYq4jfQnSdS+vmYMhsXX4AICMDfYxkmusvcUTcKejDrGXK2LPeRTVAbBfUbyElUNsR54KJl
				Ro6imeud7m0djOW7+4FrPgoq8CVR6g6zZ0c6J7x9t6aillyaKeD9QVM67clpNrqlT8w947+8Dj43
				YriNJNL++gzzLIfuJpkuICvJ8AGR6GjEWTEa8S0rGnGOAEtkOWj5gDm97b00eXnZspVGnpyXZ8TL
				piyHCKeM2IQkNGTT/4irnzOoqAWDN6DKcgj64QRbrYSHdviULDIX++mtIF6jL/UO0ci35OkzFRVq
				iN+Xk/sqKaSV19PYXPk316HBIhp7UTlrIrbvLXtDVudF7s7O5asYjIOQ8r1Zi3xvs8QWQicqv2VD
				CgAfZ7I7j644L+oSMkDoKLSe5DvnIgvBdfAhBDEVcQaXivgimPk6G5W5jrBgHFgVqIhFhCiXrQCC
				M4IuqGdYcW9zk8KcD5uvAzLtfOIustJnKXWYgqaK2MhNfRue7yqXQAqCBmEjXWPpFFERpiUkshQg
				iQAAQVj4AMnWyhEBbuLQ+6EeauVoGX3kg0mO3RAswN6Ea21I8VRbpudCMRHTbZpaX9o7aU5DIKKK
				/1vwEvo2bE7gaY8QoSfmTYM92Yjh+pWi1Ft2iDJ2ULHn+ICPD0jrOKTyhqjCfWhceXx0YZvVIRuj
				5nAdETDCAVxl5vCrOJZosKeYKmenKrR4ZaCDNTualzTSMbR4Y90sqADlDOGXH9TqhOWjKUdnfa9G
				e2d9aTJQjtuzHFr+A0oJwt80ONL2eKCHqRtcSmcntgUFyMF4i3IYiEalPDQd5kMprkDdpmLLf02D
				msM2I8V4Jt67EygQ8fWj9maZ7KTMkWfV0BZxzrbdS8/2plkUF+5ZDoPh4ypGOPaKRuTiuWWhabVf
				sNWGKBRxV3dE1Oq2PdTtONBB/Cmn1KOyUb7rcFtuP+YBSTZKQELYzSHT/gMJ1F8zU9IsBzrXuLk1
				cpYDNTLg+gFnOVyLHu5DOMshhuBprkojB3yb9vDtRwed+PtQFanEtn0ck1rWjM24luWgKvq5oJ/f
				aQ4rq+ldJdbS+0GFLOlHkoS3ZUPMmFHMAJ582sNpebrXswf6JWOBnP3Ym4o+cm/j7RwOpWVGoiD4
				Obt5y/iEQv/+AcCRKAieAuj0usBv0E6rdc0qPVBe2htJ6tipLk9EVwzbKKUgT7sax4dlIbto9ocW
				ABfbEMUFEOsU+58uXqLY7L/r0IcinLO/wqhnVXcNm1v9W1tm09sCa2inYUIPFbgl/txueC65oO4d
				oTCZ/6JTvHaggQgN1nN+Ed8HAdC8L6ZRt19eDaN9mInwo6sGR47drbxnOd1mLiaA3ea2spmYZacy
				akOSHb4J37lPCBtY0QcJ1ao6ZOrXNQApdSG11Ol3Hq58lCUHBRy50M24ElxVfmFwVyObEb+JpMwB
				I5tyJtYHXbrdLXNyaK5Cer9lqTz3Bk4zcmiWW3OGzD+o/5eEGI4+XCUTay0k/Ee1D0DFwVkiiVxq
				nH3fJGWOMrNnZhsDHZarF+9iBZWu4Xw5Bp9el1Gc8+iJJDS56B+lOGPIMvjZbkf+SZ+g8hpdfr6C
				XmgAHXiwTemMMCFRw6EQU68ubfKvs+WsyRuDZaC8G0mAEyILfmtnawFeIUEH6qaMZm0FRPIsBZb8
				IybyjIb4m1Vk7v3Ae3K+pGOOyC1/MTKiF6GnNuMCbsdB8guyHIUOKW+YnTjkDnYckGw2eTQG4hqi
				m8c1jxBK36JHMeeF4rxyiXpJKPUf1TmHrgrcjY85HILOMt4qEgaksMmH761HMBSD7JwHx+pu7Pc3
				eIxPgtJmLy3A3WGI/N5SceBKaXNryXJgmbqEwSYi1GZZ1i7Nckg2QZuP1nDTjTPnoUVOujgqWVRz
				85DlgHhSMHhiIrF06JqqOJPclQ7gSyIc6l7l5vPzfkKkDZwpYTpksTRHJxxp6q60LNyzVgMa9lq0
				H33z1R08C/dicL2r6mirOIKg82sUNyEWOZhI05re03XQVerLcqDJb5LPNsKHu9QHRbsEADAuoEAi
				D1UeZVXlaki8lgLs0fayGVcqqhqgA8d5pnGgB8nfk0y2wgXeSSzDTy2F5i0kqbCTTroucjA5RLG4
				1iE0NOSZBfFr6k52zVWLuF8p4mJyMINNSKFPCK8nYKfwdPnQstiZHDQycSwJ3KNtcCy3YKK6cIrV
				H21YTORqdeEUbnHANeIpHEr0XBs1TVCxgQTISMR48EAG+8CdzytaiyBha1MC4eTE5HC5j8ZOjnqu
				q2h3OHGl7jSCkwjKSe6hEjbnIW+e84JywAnJEcMe5Ug+rvHh9ea0+PXPDImXERLpUq0GgWab0bBV
				MhqegzEaRnYYDZdNX0aVlgsljoZtDeLc6tiIPuPEh1OcR7bXvQMoZnIQNSqYD2i0KCG4yDXL1bEc
				9/tueFI9Rrwht0SsE77HuvIGrn1lMVS4ZOp/16ftzHwm+CVZUc8aDFNeypkx7WFygCM3ctrNMA/o
				/wLLWVMw/nDSr/GaCpseQTr74T1HTHTTA+VshshqkGVvX4nsfH70uvh+Fp//KM4f3QsCO8/uzeGI
				3I8zmcQ59KT7rZwa5EKF8HJBEimu+VEMihq7nOq9ria0dwZ4rz4eGQkWrHbmGqcCcHvYw2OS3Art
				JPEsy2afB+5z4f0MIYKXHuu5fJxuC2bv06cyGelemgZHj1sSiLHn9mE4ZYaykwRVBzqNUBN0Om7+
				X925dUEA9FSWTUZUa4rlzUoz8Kg09e/V0Relzss3mOFPaIH3E84E54iLR+qKTru8jvCLza2Y5IkQ
				YgmTT4hMDuAUThygvSkQtETWya/A3oDgB6XEkYj+t4xDG+IaYKafGzvTvomsEYZv9lkinPQ30RRE
				TDi6DmoEkMGffZhqPuCY9hrtLK+M5vw9n2ixoq4Xib9JMCG3F0B2nYNpZX+zw5s3om0T8jWlAI4l
				vOa81rneLweNNoaIjEw4QlPuLiWG7ctwNTG5IAPNE2rF7nHqNCQ6uann0Z7BD8DnB63bCrpjziOn
				I+khoWTtGAC3G3y/pKTeIrpj8d6hwBzAdDN0iCnqdvyjBq3iFpTwOALM5BCPL3V3zopDY8sO0TYw
				7Egx++VMjuhP/3VroQRWOlcXNsFNy1G4STA5hKRXs1RAgCQCAARh4UNCFY0qqh1h89vNuI6Ykw5t
				0EDzkwNjjmXJNW2+pGDdM2FVFnDY6RAK98JZuL3w7bO98ORiHSdwWYjMk0Op0Ew1wEAWU2jMrCOZ
				7EA9GZIQZ2ieS57DFOKrclD2teyhz276W8+YdfQSzAUcBHKfpM6Y466pGGDiH0ZinBvI5qwcMFL2
				1uNBSoZk9OEF/PEcUJ4mIF5ZsPUt1uB/2aGBFhjxOQ/lGO6gFngVjcmB5R6glCA8jbZjcaJi3WNt
				LLqCA0OFXmr5I0QQmksN3deZzVQPqcAh12COyjI5JRGQFJzg/6DSSaipIsDGBHdygRuGUVXAjdgm
				gDBVwvg0u1ZC0gdBIBD0vM+nmRpv+h4Dk4OidwXsilM20HKEkkXRa4XiKEgKMYBow9LSDsca6+GZ
				I7GMBpesyiL1b2axvhOULpJVn3XFchj+sfPtdrh1u9iWOR9e/BCLJ05uRHA+IUnpBPn+uBx5xYZc
				f5fSfRnM9lT2zKSnYHJggvN47ONvituStcS2BlOBCu2eCy5nUrcUam3DLSQVzj+5ft0vyKfJ+euQ
				fM8Im/66baO7h+L0CqHkGgf/YmrEaljZKq/QBYTavJ1etw+eCVidvS19PEcqHaBvSZMb9b2KTJqY
				fyxwbuhqy+QQUecyfCCiQmK4bnJ9eEGn8+r7WAas3seaqgUc54/5DWyJTwVOEuw89LYnYYnEj3UF
				1iW9NmQ0kn+SsUcuunDvV3W+vVc1v9AtZz7ybPWmmRx0XQO2BOrXNjgWX2TFqu9dzQ5vvGhbkpMF
				AgCuZAzHPxuNnA7zvY4dM4X98ASLUqKXARhbPOr5LzjpRSwVIWszlC396gE+iRhn1PUtnYxYPpcY
				ziEhuYvHDxQmiMkBcs3V8ERBxBq+wo4cnIGTMPEXZspSjlsbGJIZ6nwPlDiTQkXp7TATw3rETfGb
				959gEizwSv8eY1iiayI5KA1zfBMzCkbLa4uEDM6Nl9TtoMVrLC0C2ITVgrhDipsG5Ra8WTsHZOyP
				/gZy+/Em0gtLOfkI5TqjW7RNisIRCWRxaLRUR4/1/L4ehDF8AXej/XHJqvEPrGZjIDLskC3EiJAu
				/u9nFF6y6hTA9ePQC7g48AXHmLc4BLZEToO5eLu8DPJxhy+CnuOI5YFu4lTlMch1sP3Zo++W3v2Y
				ci5CRHIDhXNFQpWx34GXZwrTh70Ypp9lcIbTkrt/Bj4gYExPcOD9LF99AlpYEBxsTQQlWJnMMIgx
				uFd3oKGLj8DHSNxVb6OHQykRVO1hDuhWYKHSHVOUx8Y6L6KjF/khvFzCS1OYHBLqVmgb/3wq1IRt
				ibIhj3NFuuc2yfMcazlhTlZOOMtTTvimEtGtf5b3Din6Slq9WZ0PiKH2T7rZcsjT5uWacLGLyWEC
				SRMWyyk5EKtLk9waTwtcaZTIN4btNfezmbTcDPPR5ZlnwKnADpr9USZsMCaHDv4c1LPvj58O5/o8
				ZxUVSZ+GGtL3KDVQ8dO0f67R2E1vG3JT2uxamNa3f876aGFDjnxidj1ntMfj26jcgEfMZyPiCbFr
				kx92PXscdo34Hb2VkPvnGsi3XDe4c+3mng6CaEFqTa/RW5E4cF6fe13nOcpqV0ekShCJDFTQKHl6
				S4TTilzZnQHR+GedSFg8ZhPAfaJxvjMKzucRjrBSNe/qLZFdIKetLatcCkYtvOXFJVkpmyqIosQP
				ccM1SG+mSEY+c0KxKWCbA3iF1NKPmnJahww030O///UFysSEiSwESJAAIQgLHy1ZUDmlpy0cej3m
				M6icLkT8xAIOPEyuP1bsFjn8FI88NVLJbd9Pjwtru/qfmG9JDgQIqvhPgi+h76HmBL72CBl6Yt40
				2LONGK5fR6m3Ow4IuZtNjUsc3COhup+1vAfKSq+LK/K/JZkkqLOJqxasZogeA0sPw+EiqOVEXyLu
				S6AOUZ9FCfcZeA2OQkbn18/8LOTwaqIrOnHewN8HtXRB+SjlyDBcw5G9s76QOCurKbX8C0sOxex3
				6CNtV5BZSitoFOJM5xZQ5Q1svMyGWLM0SnAI0zuTcJjxebuapkUOFZj58YmpdxtjIfLIR223OL+l
				Bo3nNk3QbybTx3EQE70g/nFS6wC9E0pyoNuLu9+CY2NlRDQYLUu8h+WFfMWWSFNExBG1I+id6J3j
				kL+UU+pRtyhfdbgtth/7AUn2R0Cir80hq/ADCcJkdXveOA7ctvXgkkmOg1C6BGIkKSH1Jhbd3BFW
				fakgOcRZpCHTNrSyfXmjw76/HpMRrZ+vixfJATuDCruF+A2oKal5oEGWtH4kedXNEq8BVX5kIOmX
				zmZI2oHJOkAYdDb+5KttaAhAr63I9PuxIOF2xlzaZt3brGoOJpMxKQXBQA4GlaAu/8EGOSgIAwIY
				8JrXuR/zbMEUBEMotwLIxRxHroBuMQdWn3B1EKzfvbf3IPiPi+0sBS4KvjEZypozhwp9MHXyrfzt
				at7y8IiGHYQfopBNS5B1Rt7uQSlkR+RSVJPRCNSDUI1EPtNqGypyR+aXMj+oCLSEzXcX+kWcf0R5
				WpLvHhUj5sw6gA6Bn/PtSSO3zbskw2YPy60kPClMjIBDWtQRPRvswGTnPBQbuvtwHqcbcNX54OE4
				2NLkW0ynOarWeZRuuIOiolpeQXIA07BujXW06HlxM7OjX2JIgKJAxbq5f3Rb0PrMzynu/Vxau823
				8xrqMxdZnwy83qpuCQLuJQN5biCSxw2Ow68vaSO3t5fk30YHHzQRZ37kIzlIcB9+bibk2ikdKRLG
				vP0EEnotwkepTO9gWZPjwJ3uT9sFBKbZMlfLvcoLJwBizJC1gExqpOawrc5xwEYKojngZEMNY4OY
				Wjtni3+aLXcn0zEQr1CHlxkJQA5E6JFVRrjYIIbHXK7nJdNsWCshELi0aLBVrbbbG+eJwC3iVpBF
				/reqeeOItw10M5egcX75o7XwNUiJXAoM1QwWRBx3CKrBKmzogE9humAFrsnVpMGYHzP7fI5rXi/3
				gRfwKSSPl3ys9wTvv9+F1qiWiYOA6rYEx8ovyjpoyVMmIHeKUvIFOYwOcnacY7AY9dvPIqOnaAg4
				Ng4KzmJgM7EhOYTvnpuTpUhhc06lWyckh5Sxr7lpuDy6sed8tM4kiuNRqEFhBnEcbGxRv+7Iw3pH
				khv0xOUjVT/pedEv5ypd3Wiek+yuK4ZZm3WZFRTpmm0U1MJ3St19bVQrzzpK/vSA5jz3tE/+tLpL
				VRdHJZDmXKWXHrfizoDm+ugduQYNUvPfpDDjL1CVdI6DPb05QgvailSwgz6vt5GKauEAjHs7P4Am
				rrEVOFai3NMreTvmrGNv8CHyLomyTbNgmA3XifBagQPApJjhMBwoWhEByrYjIYr4q/EfOhfi6iLA
				j7XlCkk4BHF3R/TvOJhbP8gro+l7u6tNQXIRf2Zfrlm5v+NQ+VRkfCSRk+ToktXNqYCmEC+cFPYh
				DGGApih28ZvQSsRNRHCKwcBBsp15KpeJGZcVbL4mtdbKVYE5YNHzBhjfKpFExml53QXfcVhOR/gc
				AdLw+/zBAqzoSg5X5WVWQ7BEumFaKrVbnVemRlH8HmuGs4URFrtA6uon0Io3BdvspuCh3KZgtDWM
				kHZh3BOOKOD8fI/HqNb16sFyEWu4mkIeK5p6Id1x4ATTwvPICMP3/WLrWdOmnOSgyd9w3ZUpEcFL
				cC/awCAlljsCDbKVKnchHBQbP8M0VOx56GybGVn8Po0S+SEmF/6Bpx2H9fqI8JpUuXORxRsK3gN/
				SEx5IKRA3aZFa7tLlVbFaMgXfqJRUii3XlpZOTPtd0DEUarU3ThM0r4fuZCRxSBozr/KWF9p8/66
				SEcxJJu4UIi9nH9mgQpPMNIoyeixdjj7hZnDHrRSlFMMG5VnVw6Y+HY95Gi/i5yDfXd3s0GKwNpu
				KX77ewsLkXcXkUiAi1v2vJvhlEH16mgvl3kofyuWNz/9ZlClTd+R2stZDOAWiLDT4C7Xsp1/1Ns7
				ferKWS6gm68039IAp7LomgiMfvp6i9Jpsj1yM/CC9cJvuoPqgvzz+K98QSzBHC6/uZKfuKhVhcs5
				ws/trwdAbd+moLmHhBQjYQWHvxdnWv95Kfrtf0OCX3d0xfXo3KJFn4ZmyJ+JHYcEjiZOW/Hlhd7o
				k6RBwNJB3QdF60gt/2rjZoHlwpPwjL55cmOMb0IAll+wr9/sVQjiyPPfFSRQozruh7mAF2JCC2v6
				TvpTvZ8QhltATd/fF1isKN+DxDZz0mNZAc2rqgzhvI5T9/ENUdJgba+RODwHaKdde0mWQOdSfjpc
				dcZ32Ge1Fu9Y4bHJdOqlxMF3BBfxr9WuK7O63UU6W6njYAjtc0YTRG52qvj9StvBdQyaY52UpQti
				qwlfyzGA2k72HgRIJYVLju1LACmCMSfo734qSBu9X/CrI2ns4p38HZ7mRDDrmwjOSzQRfHkbxzUm
				r0rARJVECALaPWY8FnApSUFzRYgPLYFIySUrN2W14KoSsAinA64DzgNTXpb//3/y+///f///////
				/xUHetuOEApUurHtLf7/Ct/wHw6HJ/x/hMOzWhfrmlpRSU1Jregothqq1d4pS720NtqWLhJJJZE0
				JEmO9IJUUyDV9ETvvYCeHJ7e9KYidagTiWgiIiKiRzREMzM0h0bmmaGZoffee+8SolAnoSf0hEaI
				Hn0QejXiqKNtgQvee++9V86naZqmF/Qi6BB0oECBApGeBPr/d9X8////z/9MC6Od1JmZWdqZmXn+
				nzg/zm/zvMD5/+npe57niufwXDRPQ0NDQ0NDQ0NDQ/NogmZqJtB0pma6KZmZGc48M1vAzDPPzJN5
				Mk/mNWTeMi8Cfp4X/ObFPDMzM89m2fzMzMzMzMxM1MzMDLQQDs2cmXkzM69hDsMwFEbCPG9+mKow
				VVLy+FTVrKqqkhdKyrZ3ulKlU+nWRsliWaUsy/9EeSgL5bGBcc3p/nxa/j+W/y/JJJpG/0IiU5E8
				kndnhmZm5JlNGJmYTUyYFlEqC2UZmZCIjIjQe++99++992YiK1l+7733jgmKkHjvBe+99xrkSZDf
				myDLsiyLAEKQVhXVtmDbtmDvvffeu3vvvffee++9Z++9F3tvDjtRGByOwjGCc3u95uW0/M9bOn2M
				ChMREQ0A2s+CRtt7Nduz9957773ZMXvBe++99957773fe+832TaircLethHanm3Z3nvvvffee++9
				sFgsFgsLC7FY7P2KvylsmmFhYWFVYWFviuM4juM4juM4jqWtdtqWHaBOV2kcx3F8aFwky3iMGTNm
				zJgxYwoM1oHhmPc6fh/3OI7j4x1vL47jnxRTTFBQUFBQUBx0/39PIzATnZiYmJCQmJi4Wygky5uI
				jNCIxIfEIXEcx3EX781osi02i99iiuM4jmMK4BERQp2IiIiIiIiIQ8S0TSGOJ9haVawWu5Xb/v+W
				j/bee++9R+FwOBwOh8PhcDgcDh8Oh8PhcDh8uBj38P97+zfafu+9S2FSOBwOh8PhcDgcDofD4YXD
				YYbD4b0J77333mFKKkLyiEh4EiSkFqSrcd3jFg6HZQK2bXvvvTfFRFhAKkS4QvhtraqqqqriVVVT
				VVVVDVXTVjSxRbeIWtRqtVqtVovVYrFYrIvFYpHFKmEFawzswepFI9poREREtIviIiIiIiIiIpoi
				IiKiVWlERUVFRTK1KYGYqrKkqFJEKbqqqqqqqqqKuO6RqCqmqCRiUVFVVdGoUVRUVFRUVFRUVFRU
				VFRUREUFCCIiIkKhUCgUCsmuxnWcTCaTyWSyrWEkKeA4juPIkIWEhESECENIg1SQBmEQkkGCcBzH
				cVxVjeNIwbipkSRXY9QYqkUttpe3bTtubEuWHEuS5EhSWGPgSJLk44/0+CYZFyncopE0Eo3jOFLA
				cRzHcVx10ozjOI4y48LEUErCVKoybty4kZEkyTHISJIkSZJkBUlSXRO2WIw9tm2c2LaNJEkeRpIb
				SZIkyboGplZSEWoVjAqGClbZ9rLUO6VKp6t0DYZGi6EtCmSVJE4CGAwGD+7geHDPsgCSJMlDIxgC
				g8GZgkTBoWAwGAwGg8FgMBgMBoMMBjcTlMChHcrQcDAY3ASDEpSgBCW4BEcJCZHgtm3BcbZYLBaL
				BRfBRSMiIhjBHTERFDERlAhGkBEVIhiCUwguBMcJweDIMYRoXVWsFq/AkeQCKnANXAWugW1ZKUke
				GNrANXAskuQkA4nC4HAUjsFA9pp3Tss/0yMH7objClMRiag0kSahoUCBgRzHcRxHDs2zGY6jTExt
				wsRMSWBHOI4kgYGBgYGBIbUgb1uwbZsFLggMDAwMDAwcIzAwMDAwMDAwMDAwMJB1YGBg4GRj1UOS
				HEMIbFWvKRZVzbGKatuWAGi9l1a0roXW/5N1vffeewvrBe+999577733fu+9v/ar67qu63oP1dd1
				Xdd1Xdd1XdclNTU1NSUlFVNTU+/VlJSUlJRUTVJTSkoqYFKH1EHqBe+999577733Jmq1ilodFRXV
				qIGj4uu6ruu6XkQdFSpUqFChQoUKFSpUqFAVoRYqhIpQUatWVQj1r/q9916V1UBUNVTL3mrLzilV
				Oh0S5/r/P04BIrEsy7KXZS/i/TlJnulp7neHS/GjQCKahKgPdaFOUip1Sp1Op9PpPzSdEk2n0+l0
				Oo3pU6lUKpVKpSSVSqVSqVQqXaXrukbXdV35/v+v6EAZfe+99957LxoaDQ0NDQ0NDQ0NDQ19e++9
				9957I/9FmhqQIr1FsaF4lbecJEmSJDlJ8k2S5OSQJEnyBRnImvPJSXOmzCfNmXK8w3FRuFREKk2k
				Z4hIaGiGJmgkI751+LCGHHbI4UN5cx6w4TE8DBcKhUKhUCgUCoVCoTAoFI7C8XEcy/FnHMdxHMfF
				KBDGx3mDM/jBg8FgMBgMBgODrwJv4O/AqxUYyAlc4Maqf+//l/rV////P//nf2i9//8fLlxg/L33
				3rv+/gvee++999577/3/zxs/6Mf//5//////////vyRMpWRZAsXQYrFYLBaLxWKxisVisdhWVYWq
				tgTYarVarVaLLa7VarFaLBaLxWKxWCy6LBaF1bHCttoqWYgUkbBYAhHY6/v/xcn88R8uKioqKqqp
				iIKEhkZCo0CdoJpAo3lmqFgsFovFhmmJSEkVi8VisVgTqZAKFaS1Wq1Wq9WKFIwVVlxFRUVFRSuK
				pDLoqqpqURIVUYuqqqriasFQXG1CsapVVcVqTe0qu5ZRDVWpxoFChRyQgGuoFrFtacCyLMuyXEuO
				bdm2bblhyWDbti3LPf9/uUsTEREREZGUiKhDNDQ12zadmYkRGalQSpZlWZZl2XIjXaXruq7ruq7r
				unJbZY11Kx0aXaNkRdu28VBJBiCgZdu2vdy2CN1owJIkLxaLxWKRFXKjAUmSJEmSJEmS5JBlsYwi
				iZ2kXEESBsfA57EScQ4T+vMwVPD/ZSYxYqIpHimRJEnhSIgcEdGQhsPhcDgcDoccDofDWRAOh2Qg
				kuM4juM4jhXhwsiEaVWoFsLDiZXiVfV8i+UhXLNCL+LzSKw2uqVEVKE6ZIxEMgjJcbTucdNks20j
				27hFLIIcI8iRC8qwNCJiR1ZFkCQZhIGBgYGBRCE7ObSoggwo4DiO4ziO4ziO41jXdTVU1AQ3zkns
				vJM655xzzjnnnHNOkj+Sc1zgEqx54OT4hzz3jOdzzjnnnHPOOadpmuY8z1QzwFngmaGZc87JzeSc
				c845J1OmTJmbiIRMNlktSMhckLkte++9aQ9N4Lg5J8mKGzMOx3EcxzE5IUlyZVjgsITD4XA4HA4z
				hNlWFavVTlFdnIpYJBVVXRU12ssOqcQpcVKpVCpRlWTIJEmSRiJpIk3TNE1P0zRN0zRN00Q0EQ0R
				ERERlSNJkmQgGiiO4ziO4ziO49DQkNCQkJCQkJCQkJAQx3Ecx3Ecx4UUQxAiSXJkAzmO20YVI4YR
				K4hEREREREREHBERFyIQGYgCBSIiIm4RiBs3HBJreA2phsPhcDgcDofD4XA45HA4HM5wOBwOx23j
				OI7jSM7AHHI4HA6Hw+E4Bvaa9+f0z7Q8C8U7HAeRSkXhgSoNN9KQJCk0ZHBmZmZmOBxnZmZmZmZm
				ZmZmZmRmNjIyMjIyMkMyIjMyCSLCBRmO5EiSJGdD2ZAkSZIkGYYkSZIcksPhcDgUZsIISBiO4ziO
				YwjDKiEFHMdxHMdxHMdxHCkUComTMOGMpFAoIiKsUCgUCoVCoVAoFAqFwsBgHchl6ULhQqFQKJSF
				EwqFQqGQI4VCoVAoFAqFQmEgkXHbxs40C6O62sLGzYiMkCQZRlgiIiMBBzDAAMLBtm3bthtJatuW
				B7Ztu8DAwKoKrPpf6qoK1Vts2bv275133g/EOSRJzvLl6f8u/Ezz/8egNN2gaXJUukJzhtY2UIuG
				U525c++997YlYVqtLMuyLI/cyve2bfub0WRbbCbb7mLHO47jOI7jOI7j7t77vffehbhrV4ZHwg03
				3HFQQdd1Xdd1Xdd1XUdd13UN65aRmV5UJBAVioiIqOuIiIhEKpFIJElOUhisx8Bg9//TcjxveYe4
				wtQutEglUdu2G6KOiKhERENUQ6VSqVQqdVUa6hqGpoQSplIi1K5hhEQkpCZBQkhqNOqoo9Jksdkm
				20hGYURdRdm2bdcGBQUKCmrXtm3btm3bttNVq6p1saikrimqkapZTRdVoTqdTqdDlU7btm3L6Sac
				TjnodDqdTuv+//N0aP7TeIomPKUpGtKUZhrSTDNERFOah2im22g605lySGY6nXY6nU6n03WUmZmZ
				mTB027Zt2zambds2piUxMTExMTExMZ1KTMQsJsRETIUJMQ1TYRimYcowJWHChAlTEiZMmDBlJxDC
				tF1VVVVJp6QllUql0q4LA0qlUqlUKpVKpVKpVFqpVCoxUjpFKpVKpUPhgkJZlmVZlmWpVCqVSqVS
				qVQqlUqllUql0pGQDImQVCqVSmukHGnbtq2MNKA20rZt27Zt27bt2nZSqVQqlYp0DZNKpVKptOto
				QKlUKpVKpVKpVBohUqlUKnRr27ZBQpAqgdbFopqSuqimpEKjVqGi2Ibqa9uubdsuuq7ruq7r+pAo
				HNaBwVEWW9d1Xdd1nbcch4t2HF7ZdaR1ViIhWtu2XXXWruu6rus267qu67qu67qu67qu67qu67qu
				k9Um27Zt49ZHW7eBreu6ruu6BgBowHVd13Vd13Vd17Wi67quYWVYt67rui6sEVZWsVoX1RTrotiA
				0Wg0Go1Go9FoNBplNBqNRqMCi4aWxcsoGZ3REKJwOAqDY2CwDux1p3hOP8kzvfyeposYnWg0Go1G
				o1FplZZRUFBMUExMTExMTExMTCwTMlEaoahrLhpt27Zt27ad28qAbdt2FUZoZYtGo9FoNMIigiIi
				IiKC0WhERERMCAhAywym0YjoFo1GKxqNRqPRaDQajYZGGRoaGhoaGkpVU6GqKpShoS17iyMLDb2t
				tG3o1tAyWgytMpQUEueQOBwDhcExGNj6wPv80LYtLRyTisKtUui6ruu6shUaahuo89RwOnxCGxoa
				KgOGhoaGhla1ldC1DQ0NDZXQtm3btm1D23YCKqxt24ZShIaG0NDQ0NDQ0NDQ0IXQEBpCZaELXShD
				A5l7rNRnkXGJCQSzGAAUwFEkyYEYSKKkhBIfSZdV6+ldPWOv4EFNLQAsnYorfBPG6uKf9Q4i94TM
				29aokqBLmUtDIpwFZGOJc2R0uXAHqTdgDaQAMsmVIksgzwk0gWJCxlTG7XTF6qrEPZuUZSMCLb1S
				BXxANc6FwCYvAwwtyU0mS2aFt/xgasA1sjkXQpm89CwbXIU7aGOMyzarCNzsRNStubPULFKnAAqQ
				Lwj3Mjmny+k4PfKicc2DprhMmoapWcU1uZ3Jo0vSVLVElzcRR0MiRcl43n+rAQADMLq8lJ41Fd/P
				wVQTYlNISYOzUmTT0s9SKOOc63A8X4LuQgj/XeJ0M+upgEecDjOxPzA/sikFjaBPblPet5QW5Ka7
				BwqNZ9mVV9MhMGeprrB5iWiKaNc0F4gUHVGnFF/3yTFLfaDDW+CaEIDgQ9gg5z004hT09UEp6d6C
				UqILCJSSC33BhbWJxY4WvuECQkNScuB7KCV3DpFAG8jO+XBYoAc5vrgr8xRxntQEe5QpLvME0mYr
				PqAGxWqGWqdjyZcdxCjeP2eUI5mZy9xaoU3TwiaYOHs7G4YgYMPtifD5aU+hFEt/I+UQ2qv7ALgJ
				ZuRykcbnxYaWf0bkvbq87LlmE8XpAtsOgFTHxa6WG1rkpj5ScYi1QC9z/ri2WYc3U+Qi8nFMah3e
				9GccuH9eVWYyGFxObkj280V1oso4Yp1ttI+zI/lWuNE+R1CkT2ZTmchuSWtn+X83F5GfaGQoHbzk
				GofmO1VlH4gBHBaIzlQ3C9pPn1dtWTaVIt+UYGgbESigNiLRtqV1Wi96WSF2Y7PHhXQvKNN1NkEN
				aPYBYFl6P4a4pUgBybHZ94UAmB+A0Ebm50YXy8t4B4Aeq4Qs6z2/2A7cCbQ6aQAEBLvase+AXQEJ
				vB+iEelbajjNtpGTLZgUnuxTPMdl3j+uKtiJH8+LeZso/kb/16sptK7kV1JnxPqyXNnsmnxr6blQ
				RsbNGRpHGDBZ92jW8EwCli5+MY8k++ZBXyIA3hsLicWwATrOMwD00GU1kWoAbDC9KkHPh48BaYEd
				nRXqUGjrSInvHTT6A2E1+bd4ifnQUTVobwNNpAFexVyeGT2aLXIY0HvwWt8PDghpa+ME6zlPx8vp
				x2mG9OJxIo1tE1JpPu0PF42rnmEYBysoGHKXjFhEKKsL/MMIhu+RV9LCFKqzTuIhaBTYX8ofe3uu
				Wp1peDNFWWkikYPoYOqZmR+bGRidPRxhPnrCdEV0COkyb1pOJBd6n9MShdCILAP43D5RWSFR0je4
				vG2LMG39Ey/ePI1fW6KtiEJhpvr+nDWjEC0EUi8UFZHBAMGQFL9ZYrFQMKLQLfD91AcsFApsv8H1
				rEAGDxwBXpOgZgzMB1wkNyzt/gSsYjdfjQr8RVA4SOC7Drl92QGlmQnqRdTsHsTREE/JQk09mMth
				MDKyZ/mqKRthZPX5aZ6h3J5LzdPRySZeeNd+xXf1T/Y04+GpmUDessUy7NQ8af01hFt+GiM3l0pM
				+R5za2wj0QGQsJCDqd26OynG0umWHmnUby0skINDFJUSAmfH2rSmpS9r/WfCXiCP43ZJcmCjaGru
				Ux3eOUkOT/oK9EAkVS++2PNNABDpSS/KL3tQXrzL/A3vsgUuA0tHeGreXre2kNW+APO7JqSJ90rw
				KRQUqEn/cEIF+BlEe7bJaaM6bgrn4NK09dL4jiR8l0Pa7inKS4+d6Hd+ulnwP/7Tx6r6RYhRtxKR
				Nm+QVjAe6Zz0NgS2vcVr3LmBKEW7zaaaSsVCskjAkCTlr5RmtAgAb8c4koMzy2QV/RGequiUE0bh
				2E+6H3bcs1KjDZlFEVkHA1XCL7BspzpIuI11Lp6IMm/UPlDAB9JzA2aDeEGAe+PKkg7mkmokD942
				hassrZHY5SE9Ln5H3eG8krH73BBMETEEKbCAC2Y+EKTYlK+2ctSAFZyTHBWz2uoa1CzKUWagPKRZ
				G9L5MN+S5MvBQ8bnc93TvP2TfrXWJinu8or7DOrz9iVYvcGKJOLVNL3WKTaR7mtt32bPWLLbtX2t
				WImR3WgLtCYmJQURzbFq/uciCrk9Jegw4aq88wzoj38IcKJqhmkiWOWzVqDCAg6Nah7dTLLa4f6C
				d+tbtX7n+b2QYEC3G5XcE5y43NNyhDqA7wdY1Uqv5iV/HHCZHgowruZh6zQv8xbgzImdQEXIlVMs
				zLWp4ZMslsuHUb7Gfnqa56ScZE2QyPZLC4EK6Ju6OqyaLis6Tq4xJjmEK8jl2LFOPwvZoBRs24ST
				qnvfd5rcmjEcXnqnyS7LAPapnLUYn3E5VcEDCkBkm7TQ9GBwVD4WqpIWIpA5ueLCQXElncSohXbS
				ZNV50stRCzVM92aS1hEVS1HzBsDZ2WRgAiBXVqDgMV9r+wt+wH/ky667Y4MkUSwW0T2oC3i5f79g
				Bff2DCFShg2uf6DeTXgiUZK0GC+Y3BG+xCFMnkyHim5u7fUw0rnUgQcUJtcxelegOys2sd+fS3iV
				mPr8QabpXVfCWb28RSnEvc3ppYQDyXKpR144jAYzScm3FNu+eDjApTdnjAEEdajYETdLf6BePQo9
				WQ2+9ChsVrnRHofIvLu9k6IRYb93qi3C2vOxmG2V9kYI1+DF4Fhs6ISQmIXMzRKhRg9R3sQuYkxn
				bl5kqlLGVBlcwiJgGnc7oksaqFIsDvnb7mCSzOfm6RhMPQmnESqimqat/aJ7n0JBXUbH6Hypy4Ey
				ohZykIRo6pDEZKOQrbZ4fX4ePnPWvJ4xkGUNV4dTjnbs0odZSk90PGBWxiN3r27CWWWGn3NvMv8B
				Mj9w5Ed7JoBGox2YO+4a5n8lWpnxq8tWUm2RsE+PhhfLEvda47xHwLBtQbWXjDYXC6xwUMpCrQcf
				XaeKjaxyutY/WfxrHleeAQDy0DKv0p+ghitGXf//E66ttXMjcrcpIzNyUf+JR8x/fvyzvXdpCVkH
				MWp5MfMfgAZBVTJwIyZ8BfCkfINLLPIaRuE3GqflfemNbFf8LBj4/+lrC6B6A1FaThJtwaUnTHcj
				P/LIXDJ4iXVOzae/1wEIwP9/sPmp2C7JBdHbFaP//wFqxnMV1tdl4LKVF7icEfwQQmK9+lCs3Psm
				HaUI9X0SVVXgdI/Z65mCZPEu43CFNuoa37cECQ9+2IW3RWGOP0YBnztoL0P6TYtn94QiNfdod5Ds
				gxoUAG2aU7R5b0qfPQsUAC/ZybiHm4HopMpbDj+vejKwJ6i9iyBXr0LkOW8/YXszBQ3INS0ud9Cw
				yVHBdZRth43TNJz9O+Q2BMjnsnrYoYMkWdFRKT6ntfonKOCBzuoy4exxbPK/MSROZBFR23eCN+Wt
				yCl4LuT6thUT+U8LZa3lM91rqQ+U3kF9tO7R8l1P3j9az2fQ5wVOAqGCRm+2toGmFBwwgzWTI8wL
				IrGEhDRsN+vBYqeSfJI7iHSyyRWX52CPOySepERhkQcK3ZG5jNUZwMnHBuclKMSmdgABxg+MPWBT
				cVtuuzGSvM9sR+bKJljUw5hbuO8sg6rI3LLv3uzrwhUYbMwA3L34fxV58jEVFEamsScUACUaO7Zj
				4x5jvg++50UadBkVFFCpQyY8sX5i1X+FpDPjsRRm9eL2CbabmWcIZ+p8MNvJw5mggVXR9pql66aT
				29GkfjVCoYeYkJ2LnNC9QDeatD0hKf3r5tub9YuIkCCc2x0VlPcN4mB4TCSpS4GMK/4uGx7l+EmQ
				xYye5diay3cKCjFBt8YX9CMC0J4UFBY90CrCk+mO0O8YGZV5W2phNBareiJqXm7jauOX3pop8twj
				ZpNExIz+t9PPGdCzRvesniPAWURukBcK/9td1wet4NfYplJMZ1mVN/PFvAjRpF8QHJnlDsdNgADo
				DOdcKo2UvPWV4CMQ4cLfz88rjooY9VAgK/QpUlGEX7LNvVWejHmS1M5EKpRaVINZLKVnhQThrA3h
				/2h7D6fleICckMqNHYzhD7HI5XxjW5pvV+c0WIoL5k5OiHnuvZyIONttFs48u3ldjzMtSXvOfjhQ
				rJJWXEr8ADUqyIctWSz6YiUh06wi5FDA4MjLv5BYpDgiCq87godtkeJAYnLa444gftL9OYlPEqZE
				GQnc7HaXnQ7cgCSF4GSyqZ788khxeuJ958HtIzrDzDTOEe1owHmeX/h1gAI1/h51pHu/2sOPHPTz
				42pQCPNGhxhNJ2JRfsPJMW7elA6y90iFintA6ceL2J7g3VSC4EQc6ntEdtSTd/rQeXmtFSzeLxfb
				eXkndYzzIAAOjIYLaXZd14yUCiyMB6F171vBujvojNlg+xZLF06ZvJ/kQ02mNjBLRMgwQY/szJTH
				6k6SWTTk8qt1/HIiP4o5MG0kRAZdsVrEzAhhssbA850lS7qJFZ/yWfz8Ak6lr43NFSqVp2RMiTfN
				cu1kJjvP8PqEaMJ7hEPCAXv5IJ47IW1WodfDRscVRBKjV/m4L6F3wtuiG/ByXsyHjQxIf/QXJIHT
				r8LNH8K7Vu/zniTMWUTtICcQlne8OD9QAK7O4JgdEBxz3NrinGpPooXmWtXYBibJPbq8yL6/v0JJ
				lsL7PLD3SyoNZsIZ+DziysKV5WO+V0WXtvD594dUfClRy/pfBczl6Fo98ZaYbcDk1MfEYye94sIQ
				+//XqpTM9y6FKSRFYzaWaMwZAhh3R47/Im5jpW2WYZ3VudLMsab3jDmGj12mabyQzAhMBsrJYVgh
				b4Xd7LfXUembkgFh58VM2zOZdSuncDxdqFT7j0g8qT5rVXXqzDdppEOg1kSY1jyANUMyS/rHeHOK
				N38VP2FQM2G3xOnvIA6IyORWUz48nC0l9aOdF9a0aKmXDQd1SwrrufCvlykgh35G150Y9pSkKGaL
				E8W8rulp57/Nh/G84KxWAJktssitYiU3AzDYUMqQSZU3/d/IifXcsCHlx8dskcJLMs3YSOK3R4yI
				M1r/WjjctpMunuBrehd+Jm9pWThp/IeskFm3g+AM1XDjqqmzmR2N0Y+VI9XbbdORB3+GSLO+oTX5
				7eRmR5xz7woJyMCp3w09Ins84YKNZiRsJREQkekBshVTTwnM9eZtaewVvu5xg0P8cgyL/CNI2xy7
				AUVMnB7z+TPNt7CYX9djbMX9R2YfRvBKnSugCBiuV3rxvCeY2mDBEOhIdJjLCB1mo/wc5syVw3At
				yaLtQMz85cK5ON/KFLeQEAhwdlxrlVuq7HK26nNgq2mRxpwGcqREhbE4ObABXZDNVxWVU+Ws3rhQ
				qgg8PxNk+SQk4/v9wLWtVNPO7uL2/eNk5ghFz1ux4kVYo+Frmh22rM0BYOf9PU5miXFRvw4b0aGH
				HpoiBQ2HXWrnJ6XFEaBuXxSB5TJnFhxtUXpYsCs9bmAu4WNPWB8W2XKxPb0V+dnirndspshxOJ82
				Nb6+Dfly6HOVh2+Yowb7VdbCTBUmOiylhdmI4hTPCWEcgiuXnzjDhgmZyzA68tZ1f/kbLEF45UvC
				1JV25nQ0hz1oJLeRIjkWwwQOBU1hFg/zt/9qxFKvFEXIIgBBEBY/Qnr/xzFalUMMVZBUl6XyojBn
				REbZdeHdnDvPEa8RrXJqB9NR3/jsBL26ITuybYRoscaa3m3+o81uzSyr4zaYlTbHoR2jQwftjFGv
				zgd7kOCHz+1nfwY8DLBg7WfnUIR2fIy1FR6xX2KaMFO59aM2M+ugsDNSfIIQzL8BVMXtamow7SLB
				nT5zgRpROJa79YTJSPrGNYewhjh54oGWcMrFikllTIYoP2HVpV+KgvKNcJPu67cR1TPAfyz2qBnn
				WTUlLKKsiVro9NJsF4FJotDzMbWCnY0Pinvnj9NON5YcJvtTgz0sMXmlg1PEQif/YI3FKkoK66wG
				0heuUwmpMYuWMAUKwty7Ay91VYOZCzsYPw2U0TwJfzvrIeXVP1QfekkCWKx8jv9D5dcf4089lfIP
				oYHI+JHL+YQVl3If6Z2VxmYsxo1928MPLr9VatBiDczv5ibATAsIBYaUx70hfqo4s2sj9jTX/FpA
				olOhNn+cIMT1ObxeZHrS5lYhLolFiNZO8rOx+cJybNroyAiBOtRzBIV4koQ8w6S1TzimvrWYhQ3a
				eT1Fud+ZJpaN/GEyB6LPsau1yG/kEASSxxWNl6klQ+DoRy+OjeQ/Y1RNKqD0uoaF/TbQX85qW+Pp
				kwXnoppyf/0gYRZRw0Oc+8THqs9EkdVBZjYfLuKq7eLJXcS9mQWC9UGS7mQmj/PIN0xgsEYWxLJk
				gVvoEfT9rprAoH6zzhExUQ/kYaNyb6sRegAeP7COdd1KBerbpSj1EQZfYt02k30e4R5aBH4i83l9
				20xSHGpb3UYc44vKWYpDSIvKznfwe72jI0mm4hwH8GY5LIojMY4EYfi9/7jO65qUw9N4mlTRjFi1
				TFKqr+xujRKfXJ85u7yokLenhfvTwqjXHYG7OnxXrY01uGsaxpXKwqiqLhtwHqpvGnJng3DHR0rD
				MFguZYwQU+U8eSVwC7McdF2DNnLM07b71luAYrqWMzo08TgJO40SxUMGxywZBq/EfxB6J1tNQaeq
				oLgTbJjuM83ZvmZVJZCRbI4djAwRylWrkynLwXu85GgZDv7QIuq+6nIn7cd9aYQ1oYJF8vBeDF2l
				PofOZf6Qaf2MI0te08fHvj8vLuQJg+a5Q5Wxupnroyi8y0ceQeEF9Zklu++m+KDzHktzaXnvx3Ko
				yMGKu+WCIKheGTnK+ZCYDc7vruN3QorpZb4dX/vd6f4lwLX/G8+159PMogzqFfcgM9rH/61Y/f08
				W0KVNn03q7yctJXOAsHs9Cib88+Iypu9c573nNFTTwFQe/Cyd9BczCm5dEc8+edBuLyrXzTQDuf3
				PES8pKmvOce5a39IFJDodEe62Yy94CUEKXCiJaJePRLdOmJWjJuAHSVC8r7VMhwQhSeyHBwoq7it
				yJcdnCtgXbTzVSElkIqagwiQDGkwMtr1QWG5eco/O6GTsFyKOZ3RZyRm3KXxLLBEvPPrN+EXoDji
				lkwUX8M8JtG1sDl2BW317MCow3VHla16fv/VGuEcCzWrxyDUmrer4jI2dtzF0YWdsb4ozpAArXHt
				JeU2UYloAlsKO7NNYp9tNAmPkUw3T8owWOtcjylXs8w6Gwh+aCuwjmunHdDNAwhk6qhlumLbxE4c
				mmOdNgfHVigfdIMvcpMa4yht7Gf2yf80JxSvSj3hLehoYooT9shx2yjLwVGeqbvPVNxHcL5c0vyH
				9uS26saTcdkus/5swW0VX24XnNzO1ca4R7E7yIYshxbZWOlO/qR4rKxml2rGaD87rz93uf+HSB8+
				u3akIQeSwh3smwoEhviInQsF5XX2vIyw6okD25HG9K+dsvIbR3ZzBx9C4lGrWTEMsMycNXZtKT8V
				Mf/v2jCD9uAJyLHBQ815Stw2iT+lIPBRlsOND0aTIHxNm2//QtFsO1G/owCnbU7AEzksmTNcmCfg
				NrtewHu2bNHMfs7k8+VkUF7gR+Oh1PdzVk9EBPhP/QmVycZBD8ih0Mn0I39E8zMOw4HqKGonv8WB
				EhjYX3za6PWqeko2yAEZ9xlXF3T6quH6xcbHW4zmkdPRvXgWuIJPaCQ5k4fVptRKtRmwLqtlseDG
				w7JSAt/bn9KIKOdeYZ8x8PGhUM8vWQ61Aj6utBA+RAovAqZq3CaFpJG51CIIxGXtY3iHeNrIiCwH
				ucHV8JhFUungNVdxab6pIHyZCQMAVCyh1Eiy0YCjOSzc0OA2NplOL3cB1aBK6KK+RxauWAfD0jjy
				cInxxrWwXcc8l9SsjTKcnKt1vmJBpuWV5B8p+I0D18Z3V7qXNkUL8VkOwBBbbCzgM1RSUPJEA0kz
				c0iftaPBwdQtstbWLEhSor20E9jlz+KUzQzs8rpoJBUGdh9LfYbUIDOubI5D2wb17v2KRQpkhmpC
				RNA/jN2hmAmuG/9aJpkkQd0mSeG0TJhazkImlCDLITWPs5Pj/U2ztzmCE9FbapWuAk482ZMabWlt
				gasy3YLzpgTPMbX0QxidkRMyn9M/T7VHbjyCy0y3joPwXceniPRlZliGoc6Kb1sky4HmDcVOLjWu
				v25YvMUpw9cSQDxQ5uegDQG0pPsCLmS7O9eiTBwo1VSFt5sI+KuQ2KTxhHiVtiZECxLFd6mVdt13
				eXqvFoAy/dD5eGREJzJ8RJKGr9OQ3DiUCLq/luUAUXeVn5CITDLONzl8RchyCP4mbeG41UAmmaAb
				yemecysClyYeg+kRsXTydww2UUG+PNyiChQgFHZe4PZa0hKv5Fku3c6Y884vdXXiDxcndWCicrS9
				RaNuS8TJ5RKwDDmsdb7HQMo31/2Kgb3pTq/QX03ryp0RDdgoTGq3YUiHsmwDDji6DshRy8AXMU/D
				jh5EwKuDObNDaQns9zcrhqTU/HCY+EHK5D3yXSr4tMC5inmi1JXdCN9/+V0xolAs+Z+p/PQSJMsF
				xnjT4pecngrksCxopPttCYwgp0O3o0kcqlBP7ZcOazH08RnyvtRcHBxQmsndxaOc4fxAaE9R3Rge
				s0LiQuwQvP9/rG4TtHk/LUtgsjBdJavFynoGmw3yvbPu7W6CNjKyHNYq/w8wisBHDhN3x1XsoRGS
				Y/1sshwk0W1wEJCY6khl9U6TIbAttkNKGyys1F8Wm7nXJGvAw+eGDUFOe71gn+05y0GLJSOw6PRt
				KSBDHFKW0YuR5aDfAXNw2+h/NWSDc19fa2jORBYcy2ClHYKhnMhp9IcRJugCKiqygYiDQclyACBr
				xrfldsix+oXwzdo5k93cfZaNK6bd6KsHQ1so6ODVNTLi95+A92ku+ytvgMzMrRZgBKGGD5x57i3w
				4sRmz4YTd6HICZut7+IE1nQPzFsNerYZWKfrAOat9iQEA7gJfOnCjOU82Hq42EH5utb9AlvocNNj
				EZRl6ApuaOII54OPFIFpN5/lF2/tQ5UOm5mz2e0Xupe02ZXTd/xA65gtk+UQaSp5IntxUhxAKEnt
				Q1oRWVfgq5GdhOVAEX3qt4sm6Mxowc5NDlOM9ZTs00PF3s4y11KkOPk7xWkPP4f1H14S3L8rL6CR
				czWDi1JnM/4zfM228+cXi1I/shyAi9eVGYf9yClI6wqnBejAPwyN8zLZlRdhlrPcNatbtnrN5JDg
				rzVu9RzKWbSoqrP5MjnLnclyoCmxK8/jGzPcDXmlBRMGOtDgG7irX1GZkm+FtBEeUVkTE9I/UKW4
				/JaPPPefDbVlXpzbsxxYeINscoTXb7vWVwRF0niILm6LwSjshuKBzKAjQ7ZHUKGHTgW112pa13Dg
				Ro0b/0q9C7yurWyxHe6oIwOOIBdmywMrpV45N3xnOQyol5XRazRRHEllOXSzj9uUgmMja0RUYV+W
				yOb1hY/AhJ83RXDN8B/v1SQsP97tqO+VsEH1ZCFtD6QHJ+woQcg0OO8M+w9oSM3mpKRZDmCSf3O4
				6SyHazOBuxDOcrjQUypzemc56Oar5nQEOnyShZrjUs+IMSSubaxjwjDUR/mYh7YZeIjyzQFxZTlk
				4CJUCeLTNPjWL2Zx9SOsCzjHPiE/Up0AKpOAtnjbxGPKaWbtxAWoZnEI1N6/2MTFhfzDWPCkPxoA
				awRJrJ/VmjUFSSWXTS5BOv6DWqUgdYXPAwTwGmvqoyBYvZfzOyMB9aVKAsbQyWDBMUblxaS1AgWR
				+mqC2lEKP69U1gwlwLhYhVEQu8S6ev+z61cSN8/vd+hPvSZfF5C4mficOjbCxM1b+61ldKeRtPbW
				BKvS3RufOP7ULslIyKeSXISv/r1vzSiw+Ljx51l+ECq0uTfYmMkvf5PCqDeJm0nUkYZsL1OQkQ2+
				VvHjh7an45nnUMVEP2xCgbhuWkWQZ7Fryyuj63vpPk2B8Z1T5cHiNW8PgVTet+2oEKL/PAf6ncpw
				83UmA7pUeD93N6c5XRyaH9otuWVKKh7cbrJ0jxkhdXQ8nIrkQTmcrCJUe9FSLhKV5kRK72FcyiSb
				kUR1UGk26nMGvjTobcocNRS+WyYLqBJ62o7aH4CKCrfsudzqWPp9R9YoJPuIZmYny2E84KVsmVTQ
				TQffGaxrXfAmjgSfPfy6SNtR/UGLVtzPdp7aHzPNfEcw4K48ejMM6CAdJ/5//1BJbXsxTI28tGHd
				ni3HdrixzOQehCBh2hENGmv8mdzkRTgLoBbI0Yjkj5lRuGBvMgpoyk7u7N1EtqUDqD03jwb8lah3
				T7P3rk2Wl0TXDsH+uZ/EcUpRF62iQwcMhWm1ccbak4/oxsxnQQE67tzAclvFurTyZ71qg97w+/7d
				mXBN9VxnkoPIoVKzo9lwcZaMMgH2U4jfbdv2P4gPPvD1agyN9bMn0CAeYl42xz6yYt4M7bMcwPXO
				relRLr0Zp2l8shxGxvDmLm7ty7kWda88eznmDeGKXEagw5IAdRwAfbx3JLlFQy+/VehKnX98bKS6
				N0l9avkFrXCeVD/5TUGCP8rCNqhzz80Kx8sxfhSG3Un4NXXH6UBWax3jetE6Rhcw6xg6SFnHuI0s
				B8oVgg49Q5Gy1d9vlFv1Jbzsou38tAaXmosLF/o7jlIdIVgNso7JqbKdR9yCfqBDub/xqmVqNZvq
				yhlvptotmTigXmXZgzFxYSXRqiF60EuFD/UOa0fFOp8TPsRCCly72dRkKTcrwekAY1xhj6BThaKO
				khFFsNnqfNloloMm5j4HgUZCQ1innPxcBPyxBayJC5kCHFkONNiElHqV9NOULRWeTZ9jfK2b4dqz
				HFg4g3ZSlN+2+pZXBFG9SAXa2KUYkzpWvUgF3zvgsq7EZy+HVtwZXJ9omjYefiZ1V4kzVmC4781C
				wKIu2BK80+TEmkKKKJUeJcsBIt1t9iQik5TgNteCW51yXDe2mqimUkWCmlItSoTVNPIpF3f+KDv2
				9Sb8lUfBkczLeGqMKUEA7xBvfxgdOy8jZDhbg6BvtGaM90FjCdbfR25v6aROdX+T4BCzHDgDNHVc
				CWr6/t94DStakQruk0XzKNQS0TEKx8s9/S+x3BJ0aF3BMmeDZfHhTMH0cO3b8WQWYRG9rNQNQZiS
				nUj5huYOWQ4w4qY3a4J+wL4vuMqagvGkm/5szAfno2sNUGPvF9br0Y6G3rjW+f55zJBRMQgiIyuR
				nao0qe3KcXkKexQXO/fyos6zENLZeHFdn56qIxfhL52e25b86L/QEZyaUFFRd/5srzCRTgUyq/TA
				LTMe02OFUsTUAN4g6IFD0B9/qjbBS+HV2WfqTE+ChbPyqW/FRheyH8L8HZAqdE47o8VJgsKDSkVU
				yDotN+Krzu0IQPEyN6MiRlw6cU7NVQS+O4UQ8Dih+mc9F2mr7uSbO4M1X2DJS0SjPEfcraPSrgut
				ixkZnBeJQB1/WQBNshyi2lWcu2y0ooTBJ1znBUa7Xs9GIVRxeGyiu/yWOqmcXu815+C0T5ArQnD4
				NkuErZb+ZlMClJSRD6WDKgFk0lcfNotXnNMeXxuDLyJZv/cLrle04yOxu5YBGYYC54VVXnCAx705
				3bIzvhXFGTSiNZB88S92LeT7MdeyMwtPDtpFLxEZKXSzPqQMGtjVTM6SHDQ31Oq54+ApSHSyRq+X
				PYF+AM83XImVdMeAJ5IIoh4Ob4Pd5ZT74vKUYQqOeeucJK6mbbZcORL1b1FeZ6vQ1GQVJ+DFjer/
				qsmnzZIYWamcS6oGptQHt9IDYItyFhT8M7zo1m84bHOXIzZbrx+/B54FWQ4sMjBWOP9LOK1bzi8r
				sDcryj0fJIffbhOByJ3miOcC2NqSxKK1IMgbVswXU9c9an1FcuR67siE4rjQv1dknjSRCs2UAQzk
				KYfHzGoyCAjgnzmJpYwPcc1zkMY+kAd9V5XfdfQivvUMq0fNS69z/9nT5M/IR26SPTCBYUiKziTM
				5mQdMDDTeiioYSpwDuIxJx8f3A/PAeVuAgL/mQ2bv6AcnRtUEX9pJTBUQ3KLWRC/YpuD34DLrDah
				LIezfqg6Wnc12a0jV1+lE84icCPqmCQoNVR1y8qrR2OqsGNdw73JDeWSVVxSEIL/6zi+u52NCzOB
				Dtx5yiFUFXBHyJqAw1oBp0DuALpW2Nl6ZOerShlXjO9AlgPRZml6StABfAG/850BdMD65AP+Gi5h
				BIbHzRQNunQ2JYPer8EZGybR4PpVGTk4+iDWoA9vTDvvyfaWY6FockHUsnuyXeqenNPpnsx3uHWq
				0GXOk8vqJoW/JzsKzieUuZ+DzlTVTGVYxoyK00vpOuWpeYiyHBhjP437+ZPisWiZbusxs9Gfrgo7
				HJrU/bpWhRq5uy8G/bqSxD5k7LR0mnH8hG+pwGg8Cg0htxqHE2BqhGlYkaTQ0P282Ki9xO4IjAle
				vb0tnbzGkVqDdLVoxxa1yOEHipPl8FIs97IO4Q/w+wNrt6JQ1CrODBxRHyVw2NKyA7dh7gXoRsQL
				GLU4zWqzbEN8Z8PPc9OSGzGQKzyMvwe+udF9z5z5acowYKnxnQtmOdRKO1CPu32RuXX5NX314JvV
				HV7nsqtuuwAgreno+GeB0cHjLqe3QrU4+KfA+g/GCt0xXZBhHr5ri7Svrc2nG20AlBORzuudTJ2w
				oyJ8NHyFX3JDDSnoFk2Wg+U9Cjs7VLjumtvj8GUsloP+y7CUQ08DiWRCNZIThc6tZhUYfsb8+VRE
				HnrL+0iXQma/JP+FMbzhNSjw+hFZcwC+A7vRD5drcwpAUifisjnvlZFcogiDW1aTzq/MiNNNDgQ8
				hZ1DdtlPZu8jciMMK5cErxqlPpjztpC76Ni/HQWlgXK4M/b5lUYIEzwNHMhpcj1p/Ccj9JgidAtC
				jADtEUWWNXf2b3YFDh54VZZXlfkjbcnUV7WJaPfc72lxWKBHv4oLMFIKbpIfg8hYKNaZTFDR9n0M
				miHq6Y96o+wnkURCxQ6SCXXiLNNHIIyzO58p+IsqBUyyXYTC/vDMmtfmhXblnOGTjmHYKo+CMSif
				zDC4MbhnZ2GhSwuAD5O4E7WP3Q3FWdC2WZZDtsUB70WR+TpQuddr7nfwUH1ZPO9bO2pmBzKt7nz6
				C7KAEctL5iVnW2i3Eoei21qQNH8mZnmvyVr3pHOc1TWBOGiTgw6Tnoosh1vSWSoA/f5lVbRY748S
				MhuS1RnHy+0XlwqW3LgdnuWgU5PDau1z/Df3+dprhC6G74FbztpRzXXFf01/UtkPUXhamQ8USaaD
				Ks8YwlNJxRUTVnu8nLLRIpeZ7C7RFUi3Hy7VTMhBp4XfpRUzeR1iJhdxmMk2CTM5k/9xqVI9Reld
				GugqSF8mR7WzARoCfDkW49FlcZmcuonlkK9UcXbO5TyMXUGckEr9Tai0tmH9wPma3Jm1DUftXj84
				3fzDFmVSzoOE9i8FKjzAJPOL2yQllBudLwQonxVEihPH/51Cr4JoTasgZq5iOV7biNDZqPMvb+V0
				bCRopmeIZzlEm0iYyy5IEgcYTlD4k1ZE5RX6MrNDrxwopE/97yIAydCInatcdg76KSGkHsT48q63
				6il0CZ4up6HjkP3/l8zVcd+o2UZJB+fF4bdt/wveP0p9NssBaGhJML0zDq6rDkFqOA6fG8H48v3W
				2fWo4wZ9zede8Ovi9ujI8Oxnab0sJfopGM8BGdJKCybIcRAaR7lca8xp+SpAsOd8deis1MLv9vfL
				5CO+pgIL3o6A9w/9kmVMnAuyHHwCizVcEeL6vvYBNBqcTncwFUvdUFG3JacHaFRNsGhwEXBgxuvG
				1LRLOcC+iouXtd7VlbKWvJ6udhTVfBeSizHnCStytJzj7MGi93l5+/QOLMthGF5cVepwbOZWhwoy
				9nB4RxTRH2H/9w8Pb9+HtP1HOwr6IV+oX86inJ5rh95Ojg88iT+CID4472nuH9Dzh82pMV05vBao
				9cm4SlCckkxffSwHYOxXGTRKSeZWPa8yWRE1PyjHoWQMStflg+clBmhKVFSLrfY4JrQtGR/iJpaD
				2rfngz7+JXkWLabLWqyt/4cGZOJHpHgAc3iBmEKUcN7xuFxfU/TmLn0m5MOxgJaHRg7bYbznzdsc
				2UwS+SnIqIhwPinz5Nf8D1DJRUEeEMAOrrUHCmKuWZtVF6AsRODM7qpTafVvGivLh4qCmJzqZjUj
				3f44rHixJ2+Ah05U7BkKvkI9HHO5mvM8Cn0MQKPrKtjbrKAiyYZ7Dt46/Y252ktgZobpMSlkCXgr
				HxBWk8vKGeXjSjsq8qSsDnX0g41FY6j4epFf1gkjcmOmxH/HBhe53TCipyPcSoKnjn2WyP0Tc2bY
				jiU+MchJKKMkEEsGqfcNebduwVWndT/HYZU4X+fWv6Hsl5pwe7aoR8WvjiaPCGLEb0qp5MLwphyL
				cYRSheqW3SCaE17cw7aUmTcJqsoKotnYPhn4z0FvQDvzoZB0w7kp33AcEG6pZXKryPL5hq1vNpt7
				ZmyT42C1vpAaEbQYobwMPlpdR+bn35OUkkZBOypwu6HF4TkOOcKf7MQxeq10QYwVt5436OUtjkM/
				o5fMCjkSNR8a5mW51GuPGfljMDtUsIEEeIpo4O62tj/kNUVk2Ufyl1ENBj0IsbNx0N/cyhHaxQXN
				YTaOkCQODmUAaekS1Ij0/TKcHZal26NJDo0IYlTdfDfLblxoqEOL86EDxoYplOZx7TlGsMfA5yKu
				cdzxRk7yGnZU50lIACyWoJeE2v/p9hFqRbXSqFSJgQfeBhoqCeKMDovLmyhTbwIl26UiB0kHCWqc
				gx0IbcTvQkisjiE4ZIOVw8fwZjgLy8EUML8q3gHKm1l67MDBcqAqu5ufkN0UfNR04/zgcjC5PvKc
				juOQGUNdSLGTIt6txbEcIhGN7dLBpMvrQV23hz7M+motax6yGSeZgjld2kcBzXi7rLvCWfNnOy20
				JLXTXhimahay6mjU+BGrtd8ijqBp8R5FToiKHDRFs8wXIz9wTXocBzvy5qS2PPjGr1pE8YqY11kZ
				6u5B4iBb5VKAIUrco8YHeoe5o2I5nzM+xKJFwtVsBkEQdrsTm7dyT/58lIHOPlDUHpHioRNCIL9a
				Ola5kBHx4Le2DjiYZ1voDmZkCvwyskd5GXl2lQpYDpe5HyRjmOIk3DoqwLh+a1/8WA4a2ziqBOfp
				tV3rFzWRWqKCN3Yphgkc1CxRgfbvN17hEreB4ykG3sE1O3MNPLv0dwHGHGSHT/A9jyJ5LUQQA35g
				OeTlqTiPgPB8/n9Y5jVFyuE4yJnNhAfzWkKX6tcTUCP0nlzXqDVOgbzxhvLF8e2PWBinTjvryEXQ
				m0cnpAOFTogu+nNCbpZhgIpcGNWENTYgTydEK8TfyWBK8hoJjZLBKuSBuotaLAcXwxKnZQb5gN8v
				XrVVVcvp2TAU/t2k4w5ZJf4Koftkqzl2yhcUx+Bgur32Tudsc0VYCcfWEMAOhpENym1c1ATLoRx1
				nIKILu2XyFzgdJ1JKJKOzvVfnOP+fC9z8vCTRpXF2cGP/+E02w9TtqM9InjjDJj3D86FjHgGQWJk
				tIydCaH4C+C8wDxG8X80e5UAlM+s7/NJXQQVnfcszaWkvRfLoaI3K+aWC5yYen2OomFgGQjgbCvK
				A3enj/NvxeQz3wq/293p5SVgqBh73p7ZyKAIuyvsSwf/3wrE6c/TFlRpc3Pz+XLii7QFYttpQTLC
				hhVUW/bOVbYLIc9QNAFQtaOrgtzwx77gNKZLTdVPQudarX5RqhmcWfwQmQiaWj7n6NFrf14O9Mt/
				Z5qpAuNEZyUiTwaXYnxnV+X0W3cKtWbDn9UKWA4ttLkOcmGE18/yv4TRbsd7f2vie0rASrPJBzh0
				yrP8OzUVWKLi2mFm80YfYjcr8LVDYFlI3dcPwgigmN88ZP4zD9neeIzM2CA85isQwh0PmXaSxzwl
				jUoUxrTJEoQgstkfiJxb2mM6BicHsSUGIiPuApGXocdo0Zqh1IjLDp+fuTWu2gUXQ9vuwloP9gcg
				Mmr/h7wC/kMu351RIXVDp8SRRPHMH3L80IFMmfsh+2s/5AgEaB7RXlBwPpKM78w61rluYZ/JJh6B
				4TFo6OyU0lNJnWVA7urzn1XV5nJS2HFqo+6QS9E/AQKVbvEDiRIkxldeN26lwmAuON39IAZuY/0R
				01QY2OxXYHTqH99sZ1eplqWj+SWmOMTrHKcY5DWZcIB1N5mK+07L7r8Fh1xy/6q7Azhkm//988sp
				OxtH2T+3L75mM2A5nJwQqfldy/SXhoW5uPWzg1QMkAEwJRN8dp5adxIjiYqALOhfu+aclJgqHKfo
				KJ2Ve17MX1WPwEbkB5zzn203cRzBnDt4DIlHJVnBYZlP3UPGgByVWWr0iU16fvYaoeMNYRUy6gIz
				RiFDuqBYQA6NOsvZMsAcgD9/zrDowTstFEhCLpt7JGRrjYQ8TOxgteZEb7dCa54Sv/3+WuKj9AiZ
				pnBldmNHyOEUr885rE475lxeYIbGQ4XX54wN+H/wa/0TKsGNg16QQ6Fj+tHQTB6Xn/HVT6w+y/2R
				+eIIQqYcRQp6WuBz+k4g5FRW4ceisBzovIJbwYyQ4+mVUG/DJoAKH0bI8S9KZ5grod5vDa7UNYuQ
				oyWXzjBZCfXwazhdwihCjqSphHpO2r48LOxgJSRCBpjKt80LoJxSQqdRVsh5NFQK2zbDgx7jzyWI
				WTysmxL4Ci5gdVRS5cS8BABuS3+NUMB1jwvrBUI2Xuxvsswd4CIKLkTs+H1arrOGgqPAcljyQ+CZ
				o4br1dsGH6stDa2FORwwAPqMpd8dSTcaYDSHhSsa3E5Faer1LqEa1AldKndk4Yr1MUxPKDcn/NSp
				oquOefoHSonem5yLS4hMRSsdiii7fGmZX4D0bbXSSbNFIEXEcgCI2KK/EM+AkLKiDw1Klo17etYN
				mHup+4prVfI8L4U8fETADuFYy+E2czOePPB1FRjW/csQuopxOOOgxvx+FZK/DKVJ0A/9vdgdSpng
				3vavNRF4BLVo8WhLucsRWxrRm6aohINyXFgOLkSFTGQvRI4ECE8ufqD00pYEQQEHzPzJUS7pdR4J
				nfpNjpuviEue+MdpOKHOvvjngfDIjSgsevFDw4PvTzUh8vqymAWQe2UzE5aDK9LS8GAiA6ngPtcF
				Vxe+6/zhWUajDjgGpAwCakoSPxSQFaSgOX9MLim0ZIvcjF1598oHBLcDwQMeBMuyLG9FVTVFJTXF
				klqxolZRYaZQpSkmEFFRa4iE9t57j2SEZGSkYmTkvffeNTmPTPy/iPz/////fMBNCUARqbwnIiIi
				IiIiUqKISB1me0FCQkJCQkIihPxBKMiyLMuyLMiHD/J8fGUN356cc8H/T20551zwC21VlQ/UUFVx
				qZ+h+CYS33uPiL/33nvvvffee8H33gvlvDkxmzAxIjK8fJEJhUFekIsVkuT/nAykdeM4Nb733mEK
				aoBzG//3JjgYP0EGJcjgm+D/wBkYGBgYGBgYGBgYGBgY+N57C4RVbW+/9957x4epvdpqqdIpu+jW
				be99bSOsWoUSirooVKcWDREJDZGESDRENJo99HP2/wFLSYVkRKRkvzehhEyChMwg5SyWxT0kCof7
				kZQBubf9e++9J9t727ZtsS22Axp77733fm/vvffee++9937vvWUqDIe9hXX66160PP8Pt/ENz7Zt
				W23jVbqGstE1GlpVVSXyf62iooqmUF22bXEcx3EcqEPz1HRqmZmYON6EqcQsYZb4R0hE5jiO41ji
				Yvz7/8fA4OtqgS+OgM1oshkn27jYFhYLixtHNCRiIiiiKOJdoh7HcRzHh4i5oOI4juM4juM4juP4
				OA7Hdb/X4cPhcDgcDo8haDgcDofD4XA4HA6HKdxwww0fDocPLTUcDofDVBupFasOh8PhoHBR//8J
				hRcOQf///3+OzIazR0rMwsT8/0QiMvJPgoTcIOHLcJHIIYXhbdsCF/6FF34WXPiwhVoi4CZwuCi8
				N/J777333nvvvbv36r1/9Nu2bablWd78/4bp3vXee++996733nvd67qu67r+v0P/YFVR1zRN0zQR
				3bUVGpFGgYJuBfpOaw5AMzMzz+zDyIiIiIiIyMQiInMuctt2xOJQSBLvJvJ2DQwe+O6999LCZn/v
				vTGM16LjdjFD0LZtGS+Ow3E4HA6Hw+FwOBy+4XA4fO8Nk7rb/79dh/t727Zt27ZtW1bbttFHXdd1
				HVW7VatVKrXaqUIqlUqlUqlUKpVKpVI7pbYNMW1rZrZtXbfB0rbSkkrbtg1p27Zt27Zt27Zt27ZC
				bbu2bdejFd3atpUoo2vbtm3btm1DQ9v2r6/ruq4r5Gq1qqpaXauqqqqqqqqqqqpaVVVVXWxVXaur
				qqqqquqkSCYgBCHQqqqqqqqqKpKqKk1V1UBmw4mpTWAbzaxVqqJarVar1WpVR5MgITNIOYslsTgk
				VttW21akYtDVqlutVqvVarWqVqvVarVa7do2gOO4Eo7jOI5jYF+obQwMDAwM3LZtYrGKrcdiFNu2
				LRYYscAQGBYWFhYmYWPYIcLCwsJC2HEcx0HL84H/O9zGN3zbRsvK8C4EtmtoKxpKVRUTgVOskKqq
				qgpFQ0VERSQ0GiIJkUaBgsJD06GRqZmhmZjhlMQsCxMzlSskIiUjJCMRgQcjQkKuCFISZ7EsYgSD
				DAYDAwMDAy+tttEmi8DAwMDAwMA14qgIKkFFBAYGBgYGBkaIECFCBE4NiEJgIDsRGIHxdWkOgSFQ
				3jze4fiG21ttKwSGwKroygppgkJgYLRCYGiL6qpqFZXUFEtqxVqFatShSkQhkEaBSIGBgZ4AnZoZ
				GhnOZiYEBi4UhIEJE7OEqSwlFZKSEZKRkSIyoZDCICGdBgZKCGQInCRJhkCGwMnAwMDAwMDAEBgC
				AwMDAwMDAwMDAwMDAwMZGBgYGIKiJqRCKSQWEwwJRghchMCRgSRJMpBliA8hMITAEEJgQ///////
				//8r/3/43xD1XqXK9P/2/7+qplpUVTRVUq/+/4uGiEZCRKSDfh4d6KADTc+gNTQbmed5OP////L/
				P3LD////y/6fJvzn0ndth+y9/9/rjuM4juM4juM4jqdxHMd/OBzbtu23bdtqtm3btravbdu2rwTV
				tm3btq1M2/a2ofq3bftrG6hD89R0amg67733Xu9777333nvvvff23vtiOYMEuL+2bfsCg7Vh167r
				uq7rKuvTe++9v91777333nvvvb/33nvvvafeewztDI3Qhb7nuq7ruuh6E1BBvffee++99977vfde
				KsRblv//n6q3YlVU/U/1TDQiSVVV1XVVVb3/f2+kpq7rui6pJyUlJSUlJSUlJSXFkmIdxWKxWJ1F
				rCGv67qu643Mr1azoP5/h1VU1H9UvQX1//9//e/ftkHU9B4tz1zePN7h+IYvVbWlVqta1/Slaygb
				XaMkvegHRUVFRUVFRU8ioKioiKiIiIiIiIiIiIhoiIiIiIhi6Bp67733ZOj3//+C4P///ycJkbgw
				kZ6IiJ48CKQAr9bRZrIaTe+NRqPRaDQKGgUFBQUFvf/pBQVxP03TNE3TFCjgvffee++9997P81zv
				///dGbRa6ZRdo1J2npB677333nvvvfd7741oChUVakozzWZm5gnN8/xnZmZmZp4r6P///09GRkZG
				RkZGZjbv/c/zPM/D4jzP8zzP4zzO8zzP8zzP8zzPled5nqUCZZ5NbI4JK8UVrRh6EzPvvfdewxwm
				DEmYF+aFMM9fgv//r1zp/7/JsgRv73jHuxRX/MRxXBLHcRzHEaKHP0zhcDgcDofDIRzh7/1euvfe
				e2/vpVbb9vZW27atrGUbbVuhrVar1SqV1FQFVlWtWqVWqVUioiAqSaalUqfUKXU6nU5ZqXQ6nRlO
				yLRtp2HapSWVSoukUqlUKpVJkJApLMuyLMuyLMvWyr4GBtl1Xdd1XVeu63qFRtd1jfVoWKPRaDRK
				Ep1oGZXoooxGo6HR0GhD27ahEtq2DQx9/kz1cl3XdV3varWoqlqtVqtTatu2C61oXa1qVVVVVVVV
				Sa1YIaqqQhUVFRUVFRHRQxU0UlWgmpqampqaqakpFktqamo4MZuRGqkpSZWUlJSUlJSUlJSUBOkM
				RZJYLBaLxSKralarWvVa0Wq1Wq1Wq1qtplBRUavAoyqqUVFRUVFRsihGVURFRUWFqIaiUIeqUA1V
				oQaqqqqqFirUoQ71x3MZmWgqTaWpLJWIiopKpU7ZkLZtG0p0UVFRUVFRUVFRUa1CRU1FJSIiIiIi
				IiKqIaInUBBNh4aGhoaGRoaGhkYkoaGhibkWRkhISEiIRGiEKCITihBJiCRUYpFhSAqJRCKRSCSN
				WKMZdUSjGtFoREREFBhGQUGBDEREVEETREFBQUFBQbEQFEEUDtGrgQIDAwMDAwMRERGFQJ3+utfL
				8+WxvPnM0+l0Op12Oh0amppOp2z0WVutlmqqZqqqpKampqampkJ1CkVERENDQ0NDQxQoaOapCdR5
				ZmZmZmZmZgJmZmY2HBmZGVlKKiMjIyMjI5OhTMjIyEgFGQ6Hw+EQhUMGkuQ4nA1nw9lmJnDDjcxm
				ttnEbGI2MTExMUuYMDExMcEIiVlMiGFMxCwmYoJkhWkYClNhIkyYMGHChAmzMCFMhPkwd1quZ3p+
				82p8dziOpVKpVCqVSqNSqYyQlFQq0WtCW1RXVatqUiIsqRVrJSUkJSQlJSqiMEQkJCQkJCQkRCMj
				HBmZESrBRkZkZGRkZGRkRERkQhEREZGSERIREREREZFJiHAGKSeFQqFQKBzJECQZuG2TwAUGhklM
				RgmTkJCQkJCQkJCQOYOEhAQj4i4kJEhIkJAGCaQEBjJIkCBBggQJEoL0Q/0055xz/k9bvQtYlmVZ
				lmVZlmVg4FXVqqoqWbEoahUqikUikUgkEpHQEAUSEY1IHBKHxOFwOIzhkEOZIYdD4VA4FJaAQqFw
				JEmhUEYoIUKhUCgUSpA+DAwUkiRJkuQYGHxcx3Ecx3FjYOB4MCw2BhsMBoPBYJDBYPcCg8GIuBqC
				gYGBgYEUGMhABgYGBtYCA1/gCyxdH+aX995771u2U6pK11A2ukbbuiYwsKqmqKqqqhYqiqaiKhEJ
				FQ0RjdCIFIKIKNBms9lsNrPZbNksZpstTIVkKamUkIiMxDiZTCghk8k4GScrx5HDxKGwSJwYMhgM
				Bs5ms9k8iVAv0VyIEE1xNpvNZrMJBreJiYmJiYmJiYmJiYmJCcbExMTIGqYkpmEozMzMTJhgD2GO
				r+dO1wMCi2DgsizLUgmGyaKEULfaUqtTqnTKSld2HQmNXiUlJSVSElVVFSWLkiBFJBgMBoNEIRkS
				EhKS1iWFERKSkZERkqr66QRpZEYocTBGREaCwWAwWCIiIiIiIiIS3HSpJEIRoVAoFAqFQqFQKDSh
				UCiUyWRCoQSfBOhkUJvRRGKTmYyTYDAYDAaDwWAwGAwGg8FgMBgMBoMsgwOyRoISFAaRYDAYDP4C
				mnPOOeecc85ZN9zeYjBanVJZlmVZluQEGgbLRq+qFtWUVBUNCEyJDEtUIyO1YkWtQkVNoUpTUamo
				OEQ0RJJgMBgMBjHoQJ0amodInRoaDoOMWHCplIRZKixhkIwRihT9nERhfigUkkKhbEoqtpX3SmYG
				CgwGg8FgMBikmmkOHRJUMBgMBoPBYDAYDAaDDAaDwQnyBWMMMhgMBoMUDDIYFRgMBoMxEMHAwBBS
				okIwgVWxKgRG4IfA/nWn65meZbi8ObUWi4W3RbjUq62HV4fqIBzhERgMRjAYDHZI8nC6FmSgqpoi
				hp+KTC3YICAQsKhWMUyFq2lxaqRELxIVFGoKnakoVcKCENgMuko2uLlLhUpIwZm2aLaSRqPNaLRx
				84IJyJXFIiKQwILBYDA4EOQMR2YTE4azYFTHYREnhDCVpaRCUjJCIjJCEaEMQyZBQsbJghtwIUTh
				cAsuuAi+wO7VOlptRpPNBIAFF1wFFqSwY4PGgiSKbdvGWIhFrBEAwIILLrjggosIC2Fs/7ofby7P
				dB1EEygY04gbbgRvddpSizqNYDAYDAaDoaGCICBXVYuqaopKaooltWJtAkAEIygQ+lDQqHRRiYiI
				iCIYpHhG7TAwpEI1ghGMYMyGJEwlYilpyQiFRGRKJIISwWAwGAwGgzOCwWAwGAwGGcEIRgSEPgft
				WWs2M+LQQdOJCRGRksHgIsjgYrFYLCaxOBYREY2IiIiIiJCIYIRYREyQnBAhQnyICMGFiAghSl+3
				Xp6jriqXN4/3vZdabZi2JV1D2egaDe0VqqqoQoQIESJEiKoaKqpORCQ0GiIJkShQUHGE8wTqPDUk
				yZkQA+TMVJgKyVJSKSERGZFAEZEQIUKECEEWg0OSZIQhQoyBDR4YgiG4EIxnXIQIESJEiLAQPEJE
				RSmqKCQWEwxZhIgI0YPBYDAYHAYjGCHE9/////+frvv/8UXhti1Jn87+td7rXvdSVVWYqpL6/ypN
				RQ9dmuiiaZqmaZqm6Xnm8jzPUzNDMzMzszDHHA7Tq7Isy7IsMqGEEBEJ8v+c8zcPPvID33vvvSuQ
				vXc4HO89LhaaI6yEp5D0mgQAAADzGEQAhbE4h5Ikp5xyUh6AiynlrWPRgfI92VIzsAZzJnEH6lAu
				BPwy57KL8TL+ZbS0jK9ZOwJQLGQXby+SP7ugUksaZkhAbDUl1vBo4Ukay82UoqIye+Xg59eygxNo
				9/UIbFDIAG6Syqyp8eDSAkt/fVlgkgFAD2BLQgdtu2OKnnyrwgMrZ/aAGlsPPHQ+cOrF510RphZJ
				TzR6lMRvsW5cqNLTXk5idsYokCw9rVJdDV6ANVX6cf2yXEed/abK6XTZdH0HaANJOZAqVgF6DnbQ
				y4JbTjocmMVbD+4FyUbmj5zqxGoMdbTYBhRUD5mfb/4ixjGfyMVmT4MHg44evHmIafuq9brzHmqQ
				jU/dC+6Cu7KI+2F/maBjaJ2ztPXjw04V8vZiIgUZKrE7IeqLzGnea4b3BTwX2S7hvU2bb31RkWqY
				tmWqDzJg5PP5D0Ux21M9V1WtCHJrcKq7FfsDhDr+vSmWAdJO3bfOB/8pLQPMmmXnewhUNAW927kV
				f4FMERZBGBukC3KR40GJqayH23lw+8RhrsU0/18xeVK5sPd1YVcorpg9wwsWeM/uGKHFNS8nl+dm
				7mmeI0y/nJdHeoCz4fnTW8yNsx1bsW6c+nx3WDyjwBbFVHJ1RPkIMLouTqkeDeCxfkW4UpEklQb8
				TwB/BV9t2LrS0G2Yx3UGPfk7MSJN1+VWqWQ3k9j4la1qJjhmrRinh7OfOxOFxHaTVSZogkLS3RCB
				StvycGJhuChmEmtSK8PD8pVC39mnPmi0t+DKiqml2FGkg5O5Ll8NAHo47RPUAz2/cLmu7hfF+eGL
				P5Eb+glx6nVlP5ZVWkbi70bKeF3Pf1yKL92aoKKQLDP1bdqb92Y/8paK43MB8cwiZ+ngGqrc+r7Y
				K6K6Zd1HavwPlvZOp4bTXIYE2gAsDdNehozHlkLdd3Thlng9mciOOLfkkAzdMwJXM67Ro1gConF3
				8Ol1PP5tsgY074+s9le1DPxJ3vwewk4Lvs4ZkKSnvIQ5NHmeFG397x9ctjVtibaT/oxXVVqioeEa
				H9ceQ04B5hPfZQHlkO3lYUcXJUJVPhOcSP4gGY7tPMRqGdw6KJD2sS6MFMo3oeiWFr/Ilyu0qJ8F
				qcyyNX58LSfM/h69fayItBdDsvuIRsPqJhT9KsMIZVPSdpEc6x8YSw7+O/FBi2OUPcDaZdinbzvt
				JxZTPW92n6MF98+f9/cQmZ9wEFLTWM6YILE//Flr3zrENu1N5EHB6nc5cTqmQSdpoQzWIhNd2KCw
				9BXekhpKR47Yy9XnSVh21ibpGLDeDK4fg1+zQFdlKOunLlWb/jbw/r4E/XNTggvbJCIOkf08rZqZ
				FUMeePw6wg0DNWK4TTRDfekyS33brJcCivi/37QBtS86Ib+Xb26LiWemUCW86tJtyXbSsIgwrubh
				GiGAhUy14lRL/sewZIbsRPZGODpZDDdLJ6e1Z/9hlbMbEX+MOoEDFgePdNkfpMkRvrb12p+IiNXj
				tKKVC7MwyYe1x2nXDpra1hqbvUwpHFp9MABRNBxfS0WLLsoGT8oJwmdpIHyvbH7ivpTbZFIkjFAk
				97jQpNNYOl5yGNY8A9KfYQHCjE2GrpFdpaWOXAb9IV9AwjZ0sodAJgehkh1VLAUmspFF0fixnnWg
				RovJGUHilUxDJx77U5/bVPrOx2qFFQxEQ8HML/5wdjcRAaHfQk7oF923QmzTUKZ3ugmNK5msP3nY
				8g2Pjl8DhCwwGQOAi5V2PSQsb+tKKV6dBt+URIrKKPCHDQYVW3kO1lRK1oEYLaAep+yeqjYbXeS8
				pTRZRHI3uPxpM+SJGLaYiCYAW1DkoFs5RXs+CP+8+pTC4nKyUfSStiVyxEH4DYE/egg6UJz7h1tf
				BLKKEW0DbrZlXhn91sPIkmuWG0Id8pNp6on8t1I+F7DtgaTF+LWfM/f77wfC+sRbEzOHCdrApCmG
				TdZy8HV8GKEuQbRFc0kEJ/KpjWj6bZqYWof+nOpML9koQ1oTXbj1yH/1wlq5Opihoyj7a+wYwVUo
				pCXhCxNyV6oNJMLJx1Zcoue0mEPIXByPXVQzd5K9TE79V+ABexjWMw5uMbEP1S/OV+/SYfgU3YDq
				YOQLCMxgOGVGpoqBJLtJC3WzndMNyokgunxSTAURFIkaqzK8iqZGPr5LDi/9GTj1xkLEjAtMSCL9
				eD79p+rnpjXpB9ViiDg2Pz5S8Tzo+1ScFBoIejxjMmw4aFuHDzbl3PtbyzHj64cjrFm5U0CEzwXz
				n7W1IWOxYYy5gR+b7yGJbWf8CUD/AoN5GZcIb4lzc7q6Ofzap2kx1aonZcc8JCGWbnAh/13kkpBi
				OzRy9CpxnKJWhnv2jW/zxWK6s3bLrHpuRnGyH9dvVezQ18TdoSrkNVG6UZRHcX5+FCr2RMILmy61
				Xf5LPwQ17fgYmhIqXNxXggQxbAml3UE6QI7rDiW7tPyGn3qIq5dOsxXh8Quw82KBmDdfflHLwZu9
				nkOBjAoxshK2Jx/OuwlkL9xwI/jkazZQ3Vg2UDroVaNhKDJj2xEcu2OKmN9PfjjxDIS4ngVuhVAU
				+KsX6NYYd6ysW4GrGpaJ48ZEiGxr9XgMyktVZWPrlKHwsM4i214go2UhgNqk5T0z4zkUVlhPC8/y
				EYdamVqBjRusyjgzanHEPUiRWykzSs30V/sB/k5xB6U8grFIq1Z3a3QxXL2LJdBwtjJorhVUkKcS
				asl1Fu+A5uz+IX9OYqR1CbKWcv0mi+D+zJ/8rD6118qUTnwwlgsPXegivSqLq7pY1FyVuCDIXeK/
				8Rpild7w3ORhmUAP6P3By1zXnPlBTO1zGDmboMAKK4nphmdxptcimahZHXJAAr9amruSyj/I2xIp
				eM8ovpRTCb8pRMjEvqU/tdaAqT9lKI4mLYHq4Ps7CxtkMcdXLjGSnYv9R/uDZ3sTI5Ab/d5Uz9iU
				4RCxKvLyE5iBrcAqnPowtu5eOjJqtlVwJUuQBVZRYyJvxaeK6D3VP/GGsm8BL8dXIAw6ho+qKeXZ
				9FdNPSBaIqRM0SV0f2cxE574RtLVoSD2Dla6w+hUJHjkHEGUSgnVuBzH4A0sn3Tl3/QHCUSOJmN9
				KIoQTSp/Ku77a/1+O79mAxihHAcMQQnO5TEFL4QSMAni147Rsc2LTAuI1DGXWISqUk3kHVuIsPFV
				Q7ly+aW7hpwDpoyK/RgCqq/4uo6V7KM85Dl5v2xMLFV1/RAZwkDRJF1QGh6+/xlBeyipzVlr/szc
				BB+cB7aM2eQAdS3EoRmsFkBL95Ru08xqPDKEJFxtEY3DAh45vJaQLsrEWc0Xl67FBwE6kfMTDaDo
				3oA1v4mviwB1gYoA1aMTAUrPoseYitii7rVrjJTcXtgCwDJxsTQ5Ayh6s2NIfErsXnaNmgYDwTBA
				C9HZmTscIQFpzjkiYPzLoVccia/NRH2DJNx/W0gsJAAiSHaFVJYkXZjbmBtEb9E+bU9WHrswhNp7
				ZLVMkBBOdxTpWiX91wNG0Jt2SsIPJrqGV6m3grlxRVrpnAAl6UQonAHNd++lnjeQm4aGCbC2mBj8
				CesaW051YNoCMedxvXxFGM4Wy+zK/ukKdCsemIhR0fnubPz3MuT72TAeJFDRyyDhq4gmEK3Debm8
				SSdPCc7LIlkewdBXsDb29vUdmSFt7ELrs5XOhTKBYsb610e8UBI7POV3Bl4Xwe87zMKleRH9CW5y
				QvC8+xK5WAxcsnPf1biH9DQPo6M1cywCmndSUpQOQZQsLnx0CU4/Vo2F+VYloJ3IgQCP6qOidtlK
				Qrququ8/I4ibWnzEb5+uK6sFUBJ5Rf3UhVBxwZ+o97OE7w4/Ro4lh5fGXHghTjbRBQRUU7aXjuBK
				zc71B3TWnf798peuQscwSb00Tdl/9YgJI7XbYT8ctW1VBkY7bKfL++efH/inE+IoejfZ8yK68Rg3
				2WeYNMzUGpoZRW7lJD/RxWm0KUW8yE3AN5XQtcCksbAaCEeQNi4svNraD6yQAcY6/kWOTLHICNjX
				g2LOoAzS/kfzAn9fSEpKcJC6M9/xs81iybp9XB/PJCtjOlkiqm6stFAx+PMLVLxOtzWhj5UGkZ0v
				+zXS1zlx+Q2tjWsbIcX6pq0/IjpjgMFS/42jgg4t0uWgxtCw7S09SXyAJxriXrgGSd6KM7sbun6k
				IDqjWFPMD/R3NJimoevdR2Ldv7fQ79hOKBOOCqktSRowt72709H4MhG+h4FbrLnHg/Oskfj8/ogq
				rwc9pTOph7Jfqx1h6BfyXGPk2ru1LC4NSJbts1lrRFw+A81/b0XHiHBZDq+t4YCfKesCYWKFDEgX
				5Ngprj6KRSIoe1dTHMpaX1j4ja/vGjw6fm7OMOh1Qdi2WwhAle6TOj/D8baNjsn6fZrGiYDJkDCT
				IS2qeSjggyOvu22X9ZFBBcjOfb/MMUCSYB7ru240rvXYOBbIYbYCZwCfXfxNdqjBhRapTlk/v7dC
				EhXVMCMWmYsmrZT23o2Lj8LRyGrvNUAXtarVkJgXhGSk65TxAu4tXCju/1qX4LtCmJycY8yFOY6P
				YDpMir+3dfrKYoY8DSDIOvnv94+oeP3oKLtJPVa6MO0W2Q//4NqVRd7tLHF5ul4Q1ra2hbEYwGV7
				4yptUE68tTXbEalhLYYPv9S/YUEUzi7yBHqxtwuskunk1OEdW+ULXtL5+q5JYI0MdfVS5dC2LGSO
				iE4dUYUkVICeXyJxH9gwBMNkSIDJnhZtP5b44MTr7tul+shQ0Nv5jd/tSHqtsezfb9u4+kE8gsjK
				2eKt2f5+46NE2XxM2lq6VmhnBXj9xHc//OOFxIWo6/G//6Gee/CS6Mjme8PHnDwd7b22oSTm/qsv
				ZI0lb5a0FFLFJKFhbpN2D6LLXSJmzzHhAMEO8oP8lPiitcbP0ja+E26lBko94voA5pBs9BMeCB0S
				37l4V4/HZcls6ucQDImwnzl5bjBw6ntnUkKeBajaku4+1bIWw6KsnH8nEJl7XMfH4lCghye/SRXd
				t2xQs9DUnG2b7zwtF396Brdza0LhcVxINiXQkLrzw5m2hW7J8j6Uoy6yMMTC3qHlrcszgoAk8xjb
				vz5iQkjZ+SC/hvT6EYu/4WRxPcmKAIxu3yvmWPI3S3WDs9hbW5MuS22sMBtZXt8mEzmwiSvuy+aF
				hIT1J+QncqCkWXtKYydWOQIw+2BknfsJXUB+MgKx16yQ/JOgOebOH2fGFp0ly/dsc4Alb8mQ5mRy
				TBaEjY3Z66oS/K0HXLCbdi7o15Jcx0SpN8AyrthSMiOkRBfboQxQ/r2Lat4ZCN+nfKR8ftmzihFy
				3YurTCCPzHGh+NLe1oKQjyuURQhE/nnqOok4qYXZ88N4GRHtQwgWP9dlyFhr/szW1AgQlY6aOl/a
				ObQtXsm6PueHjHivkm1GSVoYCmgggQcviBR4W2p+1sekR/D7tdv3nwX0iDgpXIdYxXqhb2JKFeEU
				x5+/49042bd3i8l2AbViEVDFzEBD5JmybefSr+Xw3+T/95/KySdeiIlKuMMX++q6l/mkk/x9U9G6
				haLisnKYWFalpiTBGHMbq48IB5ZXiQB7HgvPtOFvQIfPGg7LvHGQfL2hBJfagqO2p/QjZzsj1ess
				K//bAel9Ceu5MJMOjYTkQPmL/zn1SlQfqZi9BWtjFfiwq8CbFhJGv5XXiqTncfbZgkYSexwy1pCJ
				ILQDNsCscGImltR3X9xYGRDoq8jDB1JJpgSRU3cyOyG2QiJZtM9/5XulB2R2L4oQA7Ovv39WOH3Q
				XToTclHUN6akJc6QZD1OrvpbK5GeR7LPCxsRyHAYDshH/f65pwwgaYLw1DybNfVxzLxEV9OnCa3p
				QCXJsOcrtuK9iEDCtAWxGD5p0aIhUODiFlKVg8KHCPpBbTXK8zJLwU7R6o4OOJUKoTBE+gNlUpiH
				HJvHhcrOg4CARsojr0LUJ3F29TZb2env5wfUDG8eHdRynffSRhJNb2mC4JeG7GzPsz2QCP8Kz5Ir
				+ewyJe0vdu94cZcFPEIxQ8PnJN5OvJmtIhqByKpwD94rDZkAeQ/coNnCyUxMae96mTksSCyEKT6G
				tJMUkuAIc2e+438bTCLr7OkdHLGYJ0eGwyw7/f/8gBLaiZ5Sc1SWtT5kkv6g2dyb/8UifTjBwftn
				LDMCSiauHUID5Rv99wqoUIWEPaHbYwH1gNGvfUnEzBpvuTz8Fnj5KNQDOUf4Y8cIlN/EXU+9/uZO
				t1HS6YeF0nMwBUrJFYbJe38Igkx+j4NAHV6bhoVsmafMFhMaAULCum0lPP0lXnCkdHKb1MbQkUdD
				S+cnfO1W6lcs2obzo/WyNUE43WnWxj6ALrnNpErYj3JblAZMiWHMErY41aQWq3coRjWljzB/tMbP
				5lzsQIrSAPHWZKppTuHNxtJ3TXTVskDd9OCXPw/8oKSHlZ3TZdR9XrGN5HS5rBoaMLSXO6JW0Qsy
				q4dq13ZU4Osjpb/TT24H3Frbko52vm1FqC74Ce5qk5YbxCIR1F40l9wSWYMOrnb7k7WHa7fpD4UW
				QoCzmAkoUdJJKCeXRTEKEaGVT9KbK/6RzpheKaieTwH/AZLRQ28/e1eFGfZjuzyNVa4hyddDtad1
				LOKBE6WT26Q2Dh05NeB0LsrXxFIXhc82zC+t+7FxFOihZm3yA+iP23g/x564D8Osurk1m4qNOqch
				SmtY+HMz26VFg5ztG62ejn4myENLr44WsZ+hFnSdIwD29v9IkARWMXc4rE3j3ZLVDOKeQMJ8kxsd
				IgWlT0MyE0L8S0pKp3sc26HsrU1HGPOFvKrxcuFu7dHSoSTZ9IXciv2GKnZDk6u53HzvJuQeNAw0
				fH4zC5TyhM9aTJppKK0o8RHai1YDov7/VO9FgVfDmFDsXv+ncyjp1RFUqgoOfre15yB/sI4cztDj
				wt6ny1aC+k/LrexPebi/5UFkEfWf4KGH3/S6IBJxFEpvepODutGRLYcqOh/hazqpC8JvG2aW1vWx
				OBTpoWZt0gPon9v4bozk3iuzJgZWS6oaw6SGopUYxlmzhQkh50BJu7O+fmlLD6BcPGaDFD9yqLIY
				tPc0TPzD/rGFccircJBY/aPmSTLD3JZcD/U1+3OPyfkmkjzs4TunC0chs4LS6R/H7VB3a9MRNl/4
				WbUri7nbudFydL0grO0vC7Y5yR0fkqSwQ5iYtdUR2beWMUhNzUorPsLJLdyMIhiBUHnHJlvK5TZ/
				qg0knT7CW5XCgz6cC/DRH0ki8b7FxjgVjUDMq8Q+bhSUrWp7Mz3ELhe/Eo8+UXq4SbpldOCp7dHR
				ne++Sky9c/btaqe0zEAUjSRKzQpeB8gx1Aq7DZkDZKO3OFtFX2wxKw1h+VWQNFfvdqjitpHW/Vo5
				F4/J1AcjfNerJPBlmR+QpQfEekW6UAp5ITjZ/qOikuRvMLfl4sHAbAAyyf4pd7hHfdEIKIBsM35l
				yXd/iQ9OJ91dO6YdOQUQOhfna6KqC8KHG+aS1vmzOYvp4bKSGz9yI/0YosevzJp1WGpYhUkhx6vW
				QA8Dk1asl8wVIId8Blkv8ywlVg+XKwtNsmcAJvd9K0Zn4TqCSZ9dhd65P6TUOPoDFKRrfpxvOPtO
				bSY77xxddVaAsN93qzv//f8TJYhXN+lM0KHsrkFH2PKFfKmxcrXd2ouWBmN/f02pWdj7AMxxm6yk
				T/GRnJj13H/gpzPqB3rP9Qs/6WPPo2X/badCh2SJJmvSAoQ2RUSn+m1tWu62OeyIw4gpEvs8eKHs
				kcu5RvoHiJP+OeZkeBIgEpFq792RtOvtACGwemSJt0+JB05u7r5dakcOBWB07srXqqjeRTZusKGV
				BJ/APCodHDO56XYbyYeTu7zUVfVxn5n1RBxmtn4mg8sN9EWPEYq0hPvBi1Qg23RkPkIXArHsePO8
				dDymJA8Ltmm+QuF5mgRMvcMhRbqOh+amfPetrHoRRj9rR0B0enNQ2BJyEYZGMD9/WeGPdJCgrE9q
				yz9st5DN3uw8cB23AALI/tXXdhbmCDm0AjMZvRp0QEg2oPMtvkaSOiuutqEdrRUU+//QSlDrcQDm
				dpv0JjgwyVRWsf/J2568/R03rhZsIddLFe890h4tdiAMOQlA3PJDbV7p9LshaBGvET/bjKYjFQOE
				xxlXGHyoqMksFnI0PZqJFiHDYI5VIX4MDenIHi5cEVn4YWNvWcb8+/sDyod1q2M71nox6DAWfIdX
				dQYuuENbWkow+vcHlEKtq3SloMxbErebP/IanQNMtZBlLZVPr/HXEGyCLC08eNvZQaCGveKE3Jhy
				RqJWb5AkNjiGaxBjpCJejSErD0eorKW5KwxVMOeHYxE+6jbJBCT1eyHukbLk6K7CrV7X5r5XVm6U
				CquJsxDEj/bYUIgWMIl0/+CA95eTIxj7HSu3qLfsa2XBUgPRnz9CDR4bXnEAoge4zZN+p0m/O3Wf
				5ZMyFvMu9M+pK67vWA0agON5pGUCv4wprYObZrKpsWar7JZiLovDLngVxPOH6Lz0Gw7ThrvmpGJj
				lXE8907/2Jk+6nZXl2/r6OnEZeQWmHMF2WAurQXmwrpuneSxDK3JDYapIu7XhyLmHG/nI3XvgChh
				HVCQjEyj5Npo3zErYC1WMb+nTrczKlnCWx85KvXAgmEobrm3KL4NN+sMcQDPL17bipaNTjFIy6aT
				o1DZB4QF60e1uZH0ESh0FngEGqdjQEZaSvuL6M7U8rme/HNrseXdOs4s9qCp5v3Xfw04Jgd3w/5J
				yGGBRw6z+J19u623ajUvCqYIUxDAaNzaPjFlffhxQexb/7HdRbIvKLnggKcYQl0zBwTJAh1omT2o
				iiUO/vtAneYCCR+5xi4bS7p2pwsOHPb8D0HdLGCtm0jW3e4Q5X4tf2djkCHOphkYCXGJgA9aX6Ig
				CQeNv8mprgxZc4KYoDLTWcv06qbFxypqp4umn+CW5JkRRB7GZdsH/j8zUQZfNxplo4EMpHZShL3A
				RcrPskQVnua7DMQE+wBGUxnyvSxvcSYzpIwbe6eFBy6w1sLq6lIQ3c/b7r4sFTzZiT5Q+1LG0rJr
				/qrYO62O0G//g5/NRk4oIZGhIMXU702IKNNHVF4GgHDQmEWToJ9/Kk2W5r0txzvJFPyv5BkwrwEI
				iZCDpwyNGQBDJoSk/yRhso8elY/1I6ffZBhUnKQy5OeYZGNJKgPvIwaxxz7a3dM5+KoojCGAr9df
				TApT0E8s7wURyd0566i/yX7SEisGobNTtmqQ2yXYt2957CcW1X3LhJKNT49fdsDECJWyRUiGQJEZ
				HRSSizI7ALG+hwocJ6r5xLHt45WrQuum5nkxkgSnCvqDxla0pmA72amqNlZH5Xw56SJ585CyHJT5
				5Ghr3vuPdhGTLeF5Ode4AR0uKD+oYHr4/OX1h5QMfq/gTZb3OVulIxvdN9FGHIhXVbIds67Oh/aU
				88eYZy4zK8uhnKszJeCuTMQtdzOeDyiHiQBUGriMEituTw+WpBAKwu1p45wAIArvZYy/SahM7LSd
				rU8vLngBlAcF2Ri25fnL708KfPxI9Fm3zC6rsJa+L3jy/6965Mb3oX6MijSmrWkiDIGIoIO4Ma2Q
				VWVlQJM0hOc9I5ED2l2WCeYmKhNMvyQTjF4dZIK5Avsr+9oXZ4ScY18k+LyGmMHEjy58bnEoqocf
				ERVOEqUWUUelZDCpTDZt8CM0bjBajvo1Td9+RWKqNya6X62M9Y73prpdVGIWY2UZGc1ZMyJImQXg
				xJC1UfksNCAzU+A4x0eYa6kSVNZGZX+KsKab9UP6rlDl84YImQUWEOTPDweZdK2wePaIkJ/Fx24o
				CuE2lFNEflBlZS7nosH4LgNEc7oHc+vjXPCAMGakvhH5zsGTKjeIHonV59zZQYQuGbxLAalwmsqE
				0dGd1SeoLrX+x4Y6Na8hPzUqXbCiJYIj6NMRPz8SLqsW09s65tbTB0+NL0L9LjZnipBg5ELUz+Xy
				E2rFoZkaMt7Sj6pTaFr784ssAN5AMETNoDC0AIrPoZRW3qGrucMO9EyeCke5HE/J3uXSrxqH9CQY
				4UcKYEtfEF0eE6LExVGERSYdSiegGg45acPARJpwJrqSG8QtO0Wr7uQji5qlo3uoM6cW4lBcy2K2
				D+AQLsThYlecXHX/yl5aHla1kpr57dK6WfVL4V74XQVZIUult9ojceWFLFJFijQdNKYlAB83FDOL
				o8f1woO+t9XYqc8cxWeDUrIC6P9DK148a6YDamAdErpP9ga4qV/2Y7W+JMewGGX6Dm/b3fIZ/sYP
				uBPMIod5XatrPYUh0sdi7IK1kUS3clm5gpmp8gN8Y6jqoBDS7i2oyg+lYTK63CKXb83YFqG735iK
				7ex9yyUWLAWCCFHWl0SIwzjCbYrJhkZA7ZndYVOFfBD3QsWKeV4OespZigd3nq+NRowHgNz0ZJkg
				B/D9x+tY13rym8cjQaaHB6Se/GYNrCz7fffcUYqdpoK6JIXc5Lfe5B+i7yZ/hj/XvpXs5gvvxqZZ
				spurQM+SmTqsS6KxaYEzgizAnmSQLBkIYXSlGmdm2rpXbUgvUcukYYrEvAIhjpfCggy5m2z7kOES
				+WyUVcq21g5bkxmD4o0G/6vGHihLtPIrcawYIi4aEVAYpKbNoNB5pfB6TS+UxKFgtppVhWEAVh01
				tg0FfymzJS4kXaYyhTLiSXMXItZSmS1V1Xeg9WjxlZxLYeyLs7Z5PQgtIcBBDo80jWJVV5eU3XSO
				DeAjZsqkHPQi5HLQKTyeiLq+zw9c19qVWlE+kJ8qAra7Pk/PwiEa4JK/lkfwFTNXSVias7GmwuHk
				tg+jdU3POfpW7XT0Mr/wZV/O/1Lvjgs90DTS3APWzS68a4EDcpihSGnGm+xAcgSFiPueV9oS35yT
				j5cVkVk+o8MlCD7r2VluND48o2Jr1qu+KLgnG3zgPhX4/pvmsmiZryuwlmj/tE6jja/zgZGk0u7U
				1P1dIfZ1Puy3d3M4vC/bvwzqBrb7MheysZ6D+5z68De8/Nn/gBH3hIhnCAabS2Vtk2JUEHHUHx8W
				pvFlheMJ0EjP1UPvTnzkolE6cok1jr4vTCWpplMnf9pIkUzini4OgnbrM1OgZ3jy5aSp71/g76PH
				SUv9tOi3ZQvQGZLnQm56kvrAaRBXd/n2GJP/T0lCAKjInvwCqd3yeYsMgrs69K19/hQB8D7VobaT
				5KeevD5aK57FA0KQwQoloDsYU9Hba0ZxaUmi2DoSl9bN6loW7AAHNL5REn4IcMgeK2o2z0ZJzJ41
				Z9Y1yOVwkQ6lb5P1m7yTRqIsCq0zmn/wgf3O4xTphTob9PU33W21nNjWG9YWfMDVrDTuPzZ2SB7S
				fRUMZopJctM5qstNsd8DTlpuqGUaKbtJDP+MzG9siM10lXxWfsBow9074dxYB8NxOavI+juzevvT
				hsXgl2zSdPptLn6qypRismJn0TXqO6ZRJesQj2xUkhivuQZxk1q6eRaY5/86HWerM7MYQvQXoMR5
				UFCbuhS7Kj0JejerShVmVeISjOAt1LnqlNythTvPzyCRbIzcn/kL9+OXaxHBkC1KMj+q/H7ZuhiJ
				0Q7BIYKQBiBmXQg0Ip+CAkWXsbawIB/tEFyxSJQlqJIzUM2WUXqfYTbvSK1kK9GmSclZYovPQ9dG
				YwFtR+K9WdkdP5pegAhnrrv0NTi6IzynifYPDOIvgQddevz1gygSjNe0vLYvymIaI7jSqXwbJPij
				EiO4sgsJZkcpqneFI5oM2ZKBxxPO8gcfK+9YtiIRkBcEg/OSYjPffCDLHsAl9MY1jsL2Zj2QNePh
				L4/IOy0Jhzfkr5PPVmWMSt9spzkRdpgtXreRHOvGK8XESBDA4YmrnyHZ82ybckXula6QOIVDM9/s
				7O1Mf8MOgQDaljLNRRC6fVrDXKUsbg0GUbOGTZNSdljuxRxM1uSC+Zu+H7GiNrFID/NCqgoTXJl5
				3uHNsol0UieBx0c5qHuU/NDT21clqg16f6xs5oV9fkvQYtBvYUZbLeAAC1kzB61LXJqTFmrAJCD9
				spI3yFNwlxEiloCpQKzDaw//QbssKMyL1iNqZgkSlwmppXd7uJSlNtkVoIULBiYN8H/jD8dDroAZ
				/uLF2Fdq2F3QHzODjGkWdH0CdIe4hwzDCI0H+iPh9eBn1pfTdAq3zMjM8HnsbYi1vmOGLwYZdWDI
				LYdrou5ocjQ1xYx2uvYktmp0OTyWRaFJDvCDBKHdqUA17YMWk9ZuDtznEtDubJO4QIhfmnZy1h6B
				2hDjpxlBI+AulWTV3dnqMB82uzvn4Y9nIVO5bE6S8R3y8tZ9eGLTKe5zWcESXaJbzrRB7WWboA7o
				+YXLdfU95Pw2cwPLF+mda2W/pm1w7ijZDdC4VX3kC132KddS/hMmVotCZh6vJNLE9m7zXtY7Xn3n
				OooPPNEIkCmatZvVlt+4wCL9w4YHTaHhZclTukxQtfTPk+xldd6yVQjn2Qg5JOF56CHMZudZggz5
				LyKRJWkgSFTkTdJ0oVy2QiSwgNDktQ8psbdnCf2yH389PYfbM1Dm8x9Ya9TbWp26PfMuU68eGd+v
				vO14lYiTPNrQmg+UhoXsIUUEGlQmyjP+5UU/05nyoENRtrgkJCjcsFt24ZlN2+kxLq5lXT6Uhn4q
				xU5BsUDajDcI/a3b9NooJjSIPuqJ5Xcq1MpEfObsX7ZYqJoL39Dl+QSaUCn0L+eCgOQ6Pwc5K/IJ
				wcme38DG/iV9DJkpjp6Z8yJYppSx+D15jp5NgGEjON7+UOApzQtIUosvmP+cdy1dvjkidvcg5tBL
				IdmRE5Bq/2jWBg4LiDapJf28BrsC6RV+gehUwJpBFSWnScjROWbBYhvmrEVjOiv/f6um3AjvOfy1
				gJ2dX7mQNzRdKvKhKN4IuzhxMgt/kC8ZRKYhxSR5l8FCEac4TBZ/Q9agWiWCHXnCEfU9FpiRztUN
				EXw0C4GJ4sPocEVBjmeK8HmMfwm4IvIeeeevB7f647CYADWYidBX/7/oIv+/3H37/9LxE6tSSGP1
				991r5WE9/V8waji9mkstF/A8xTRWXh8uNAEJpU7I6eFVLxPflmK+fduzH7FobH2Qek4CT7aep/ic
				T0ZhPaw1ljT5sfE8C1Me5XSCk29VqYK4N50VRJX2r76SEekJPt6nKFvjkr38rBiPpdzcfZZIKPVn
				qcaJ+bTDqiyTv5U6bQinvNBoYjhEn1DkoShNHg3PKG8jp0HecC4PXUdYqxbMbLMX6ptzgxHHjI7x
				JoJnzwZsZlkgSO+YhcgHfSb8zL0VpkK3u6+m7pjYISqfCR+Ltn7ffKnJWCoIB2flE8ofme2EVLOq
				HQqUi+NO76qSmzlBrt3QenLOvUMa4Sdn/cXJzvns0qkoxmC9+gtl+lxWrq3+ctuQ61BfOkgWrZq4
				9My/tGg8Q8gk90TIAxfrxQQclpxRDbJWYxFs2hsiWNDMOqRl3vShs0TNTP4HRAG3E16SLlI3ctYY
				vTqkRzxvuaRHLCJKBfegyhzrFvhuGO2GWTFSSMxQNBNIE+eGtoBLFtdiygV0co5xgJhkCRcTOTyg
				RqtHUb2s74r2UsxSmmsB0fRbkrf1CNWwQFeA2cOndi/qJeKL2fYy9d9/gfWkX9fwvz+zphAlH68b
				ys5eVYFIhskD47xKbS22YaavEGfxrEUuF1P66jpPopuHl9G2w8v2isPL5ZM3wbzLlo85GkeaKcT9
				3FxOsjB+yUr4oOwdSIl0BlNA/IFvHLAMGY2GA0rXikHBNtXvez/e1/xZhcdpaWTq+FncVbcORa/J
				CIpTg7aKHYTaTX0NxaGK3crgdO3jYckFyigH+ySCeO/Qz8x5RR1ympXVhIDzFuQgSWJO+whD8xy6
				AaxAyLOjgblKW4TQEdTwwmZIEgwORNrvj7Wv6ljsaJlRp7f/qdpaoVdQcS+8UZnWor012lDKYloa
				HXh3WTfXQre1uPzPEGLt8hmCd1mCyX+YVhfboLdh9Q9LvFX+LN5OTB+SlAIYGbkJhu7yElDDCqeP
				m0qRiKrDxE1bnpgNCBLoh34qK6piK6MbbkNDTucd3ixRteWctQwn8WTi7MuTxw/JLYicAWjuGUyT
				YL6u7bVfcYgqLCN2RC1GCf6uYRn3SocxXYXZ6+lDT6ahgJ9ifOiHDcordAEOTe0jIQRJJdOErOPl
				S8oSCZcuUbLL6890OcT7bqF+4Fwiu+O/P6IuQvUGkPjaRXrRvfLBMBbgfQvQLUdRr0vTkAD/fk45
				jQJC92bS/oXDkc8+2afbxQpfIsdl26sunZzZudnFOQfWXzVjl6atV1dOUyESu8sAplYKJijkrgrb
				hpnSZcqMe3EyfCCAREVAxEeyLPvajiXKSDUpprLsvMvtZJu3zQVCrklGdIqGvnKxd6waPT8CPcV5
				QSMpE2GgZgn9J6fF1hzsFG3HVRMLq2rPR4BFMStESEZuDseN0AWajx8jfhSkSK7kCWuZnFNSwKzn
				IYIl7JL/P/9/VaOiui4fzZcwlWyoNfeYOKcZ7kfX2l9GUrvmiYLOma6LIQePKMuaIdd0msWgoJNX
				uRJoSdmf3PuZChgTTHz1fezIfT/ksF241ggPLEpKRe6hzpyhPucDhOV5G33aRWLuZwAJTxKfIoqz
				6ds79ZvXjBZwREAOarpUnvhT7zs0TwWpFxEE85kIkSOoEkoebAN8AbwfeMnWup0u95sWiQ4aoO10
				taZksV3fndZ9VsLOucrnZ0qJsuSWTgUYvL5GIA6MpPphhJRph/15ZA3+wZoE920bp+WKTUwNz053
				PrGQoCMGWpf7A/oE921uIDqeA4KxKLFwTiia7UJY5pxA49kR5jqD5s+9ZQdSPqfIheBs44joHvmv
				kMEaUSI5Fpe2vpCPTzHxQ6XlPQiWRhZQqMw8QPYOriouwBTI/gNaAiK3df3WUklI54R/kjlZw8EI
				G7mWLi+ImCLV4TDWKod/klxr1pPL+sDejd8I1dXlmq2rFIoL90tPrng8vhUSFa/nUkLF/cdUQdHk
				530iQIrLPghi0cy0kxVYUL/tJH+9aw9+Dcs6oy4slBnELsTxk+dYyyhi2bPoptBBHi2HuBhVRwwr
				5dm0ugD+QsUoYVEPaSG8me2yHlI5DRZBspTHDHldr4O6XIoI5LAgAlzW37f5C2p7YBnApgXuGKJo
				68+BrL2k51U3fgxr1kMX2QX7cDGm6jREKww9CxT3jQNISQ7x3ZTWeQ0abIDCL0lweeGSERFEHGga
				8NuGTqUk0/S/ZR7nQMrJRA2FkN5eitrigIOCTI4616u3LJ7jtB39RoRDCXxMO/qtoOAyT5pkdr8/
				QGv8O1p67+ZvR3+edDgrCqCd4RZjBiIYBx19SszIggXgFMZB3wr/rQMmY1ZgjykCIjChJWM+/Qyw
				/iIZsx/kiWDikS06iIcXAuYMa4AIaUzWNr3Yfs+g8elSIpV0IIpuj9NFyiNCyeyWDAqnw5b6qBgR
				P05J0PM3HBDHbV/LWVq+zl+10YpCV90TQckp64LeUILCoQ63q6y/h4OG5HgZDhYQkBhoPVbkCcHn
				7QvOOi4ymLw27/MESERFpquN6vLlWBVvxdwQ0heyH2AS3I84c/cXzTCQ4fsG3Y9mjxT0FffTFYmK
				E0Y83L4ox7WrfSZQ96aVOmBsAgecqNLLwDcrk6QpTu0sxDAzc3rs40ei06JFfleNtTUO54OEKF3E
				vRrnB0MuN6VvfaQ6eRllE6JqwuLVhnLs7Xyc9O1qwujDkni21wSn2ozx/69IPDRFiPLU/yporan8
				PlHlJlM16Su4gJMg0OatvWvAlFr7aEmFCO3P0KrqvV5ZKT4tIJ0LT1ykXOc7A9/3SqY08qyR/BBA
				sf4dDtJHmBySnBgq4cgatuwQUhwHoUg36OQsVse9Vm5eEzSDci23n4dgbhqGSJ+0ZxWId4PZuceJ
				bpAQG4TYfAnl/P5PvFyr10Pm7hMf8XzRJXkPmqX/YvZNJpob7eY406hIa27Ek5E6dNj0HmKbbtRb
				4XR6oMkKsC/M5GdzTehU3CzgNKKlqvTHAyDJy1vDLzMi6kShNjgNPQ/taV65Bwi7FIjlHhaZHUyQ
				0oBDSfhut4IeyqKF3OuKji43AQvJmM+XXRAGNBkzUT0xz42Y2NDMT5OD/1T156j17t3LSjdnODpO
				96FjJcM8TcO1+2IWXxFVbVV2R4CoOAmp/CkNjJ/gSOhVM0pTfW8Lg/9k8dy145wSDfuyq7ko5sHO
				mE8rhZqZA6lhGMlsqzYqqzHPf2FqJQ0TEy5Jr2x+AXCYzTVqCbioJtwAFmsQrCVi9oq4nUfsvsW+
				pWAfNaMwEkzVkp4VoKb2vngD/zn4QVBPApT/QgvOFRchmClOfyf5rFsk93WIuekHhRo6E/NUNPjp
				BxHaT9RMZW0iNyIZIWBw9Kp1rCQQwSgrtUETE3GN61Zcka0iJ5MrNWM3eeqN9XXvFghQEjk1IzDM
				rJXfWXvPyaN+EDBFn5bx4PNVJnTg+VV+4eSq/ewYE88t636QcpyTGHfeb+9+UJh7JWDzUicz0djH
				Kp0Fq0TZYnFR7VypiXXdOTMHxNyAeTX4BPDzn9VXQc1AZLFie/v98VFMMGmkWA3g+g9UAefOqYvx
				jFYcEvwExAfCY7IWkEUDgiMvPqU3DXo7HOeypyiX2zXebA/9Bnm3TDwUoJ0sLNwzKx2z/w+eGTxq
				+7tnnF8gG6mMVq9jKLrRdxnt5rtsL+W7XHzVNkrshI6BAyS2aeMXUvaMLzYVElNcfSFSKmUpSiqD
				54E2vqkBUzUUJQh52F/mQKnKCxDd21GAzZTM3kI8xlKKyn44gGy7Q+TV9IQ4Y0XYtLlqW27iLcFP
				1PfW8hLNXM0U0eVid9oSl3bx6XLue7qMXvB0+ZPoB39zuaNC8U1DP8Zpw1n65iTyYuu9kXgLKWol
				jnSHgpifWrZXNRs+Y28GtAC9HCbNlkJGX2Z7IGyJu4PKx5WxzCjXIDbFJtK3YahyCjc32Jhnvfuy
				sgYLCgYSO+SFhfDZ5nIy5vPReqDWFo4m2dKMbbcbHtquODdKsgbO86HnDU7vTMABSmI2QRaAFxQU
				NAdzbgA+2d1bpmzTUojmoIMBMwQPBNUDewZjiy3W2GILG/fee++9995773e1ZaVTatFUGsAGGmus
				sRZV1RSV1BRL6mKtrk2oqFKoQEGjohLFUAjFFENBCqEgxaoC1ZRmQiZqgiZmQubhbJ6YTZiYSpiS
				Sgk9QiIyEiMise0XK4kxFsRYLLa9N4MxxhhjjLEuFuOxY8cYi8VisVgsFovFYrFYLBaLxWKxWCz2
				tlgsFovFYjRgLBaLxbrYC0QsxCIWYhVih+chFmIhxlgsFhYLCwsLCwsLC5uwsLAwCgsLCwtthYUJ
				rbAKq7CKmAqLL1b9X2G8aPaeUNgLGlEpjMJmwt57773HCYvZhImphCmpkJSMkIwUKSILpQwSMmn8
				ez/CMIYxjOQ4g2NgsAfWna7psOWZyzKjHYdt27owWtjhHRYW9t57W1gsbGFhYWFhYWFhYWFhYWFh
				YWFhYS8srFQh7FEI4yEshIUw+Wjbatu2bdtW2rZt22q1batVVVVVVVVVMVREm0BEJDREqiEiIuo1
				nU6nMp1Op9PpVKaBptOpVCqdSqUklUqlUqlUKpVKpVLpyrIsey/LsizLdi7LsizLssIOsfeGZffe
				e++99653vffKsazruq7ruq6yrusaja5rHI1Go9FoNBqNRqPRaBwajUYlNDSUJjSODw0NDQ1thYaG
				tlqtVqvVarVarVaLqtWqaiyeqvifVatQRaWiEioqKioqKioqqimqqakpYk1NTU3N1NRUfPxURJVU
				mKqUVFVMKZFailJLxZMKUiEVpMqKw3EsLLJmDUtYZEkcx3Ecx3Ecx3EcH8exLI6P4+rqWq1Wq9Ws
				uJJVHFdcUbFqVFg1Kirqhf9FSRSjjpL////jOI6LP0UIVaUptUSlKlEjdtnGcRzHoVQqqhopmiI5
				vqJWRVQiIqIhEiISTUGjQEGdQDUdmpoZmpkSjszDqYSJ2bwYCkMBFSKhEhISEhKKYxESEhISEhIi
				CZFIJNJEIpFIFBQUBymQagpSp0DqRFMR/idOm2IK09OmmDaNRqPRaDQajUaj0WiBRqPRKGKCiEKC
				JihoQRWzHTQ/USBKDZFUoAnEQBRIAk2gCCHDEUkYKChQIAKFQO2sbdu2bdugatUoVBVVTbGKqqqq
				pqImjommaIhGaKYZGtIIDWkiXlg4juM4jmtmg5mZmZmZmZmZmZmZmZmZ2SMjIyP/H8dxPImIsFA9
				juNYOIOJ44jjwHnW0WphPY/wn2mRJDKU/8SzJzzd1Cae8HQzmImJiYmJiYmJiYmJiYmJJyYmRiJY
				iYkJkJg4juM4YkJMHMdxHMdxHMdxHB/H8VClUtQAU4mQkJCQkJAIlSqJ4ziOp4RSF2t1Ra1CRZVC
				FZVqhoiEhoamhiQ0kUZxHMdxIGlJhF/ikZGIEY4cj8SjEZEREREREREREREREZFYREREJB6FIhKk
				SiwO4ziOQy1ISAa5RBzHSyU1NSUlJSUlJSUlJSUlJSUlJRUXS4rFqrFYrD0kqyZJshasXoF1Xdeu
				67qu69pFuq5rtVpdqxWtVqvVarVarVar1WpVioqKigoVKioqKioqagoVFRUVFRUVERGK1VChQoUK
				FSoUQ4UKVQpVChUq1EKVSiuVSqVSqVQqrVQqlYqKSqWiFRUVFRUVFRUVFRUVFRURERURERERERER
				yRAJEU1EJCIiIiIaIiIi2tDQ0NDQ0NDQ0NDQ0NAQaWhIaEhISEhIaI+QkJCQkJAQzQhxFApCJBKJ
				RCKRSCQSiUQikUikiTRNU9A0TVPQaJqmTUTbNE2j0WgajfaPRqPRo1HQaDQabQYFBQUFBQUFbQoK
				CgoKFBQoUKBAgQIFmgoUKFAgKmmgQIE2BZJAnU6n05my0l52Op11OjWdmk7NqiaQNTU1NTU1NTU1
				q6mpoamhoaGhoaGhoaHh0NDQ0MjMzNDQ0NBMGZqZmZmZmYmYGT6cmZmRmZmZmZmMjIyMjIyMjIzI
				yMgsIyMjw+HIyHA4HA6Hw+FwOBwOh8N5OM/zPM/zbJ7neTbP8zwhT8xT8ohsNpvNZrPZbLb33nvv
				vffee++999577z0RU5qYMDFhYsJMSMNImDBhwoQJEyZMmPfee++99957b++9Q9aqmiqVlJSUlJSU
				lJRISQkJFUkJCUmRkJCQkJCQkKRKQkJCMjJCQjIyMjIyMjIyMjIyMjIyMjKRERERmYgIiUiIiIiI
				iIjIe7/33nvKplAoy7JQlmVZlmVZlmVZlmVZgkwmk0lIyGQy2bKQyWQymUwWEeMkJCS0QkJCQkJC
				QkJCQoKEBAkJCTkkSBAJEiRIkCBBggSRIEGClGWQIOVlWZZlWZZlWZZlWSyWxWKxWCwW5+KwSBZZ
				LBaLRWKxWJzjOI7jOI7jOI7j5rg9juO4Z8gZcihDDrn3wzAUCoVCoVAofO+99957771p3Hvvvffe
				myTJOSc5J8nJfHI+5zjnnOQ8juM4juM4juM4jsExGAwGg8HgNBgMBncwGNwLwe1gYGBgYOAEMlAC
				AwMXGNgDe2BfH/Xee++9997rXtd1Xdd1Xct1XdczTdd1XdNBc03TNE1TxNCbSLTOowMddKBLc808
				zjLv/TzPsyzPs7wsy7Isy7Isy7LMZc4555w/55w/55xv45t3fLb///////////fvvfeO9957u/Xe
				e+/GFO+4i+M4juM4juNwOBwOh8PhcDgcDtcWDofDtXVdF26r01bXdV3XdV3XbfVaq9pGNalNTWq1
				XVWtrTbaiIiIiIiIiEI2o9lssjCbzUhmhlMyMzOz2RWSkpHIJptssi2rD0FCVlyQlSuOKBySwkmO
				MzgGBt/eXhfe3t729vZ2RLxdfe+9t2zc9rYXey+yLMvysiyLLFP+CWVZlmU5YpZ5/v//h6WTyWQy
				mUwmk18mk0lIyGQSIsuyLMszREJCQkKChAQJEiRIkCBByiBBggQpgwQJEqQOUgwiDNKyLMuyLCsN
				gyAoy7Isy7JYFovFIklNsaSEhoiuYhR5FEsMxRIBQKyJLFFIJBKJRCKRSAz//////////////0Kh
				UCgUCoXCCYVCMkoKSbJIkiRJkiS5MCRJknOS5JxzzjnnnHPOOSM4zu/4jyPJOD6O4ziOi/EPBoMM
				BoPBYJAhJhgMBgYGBgMDKTAwMDAwMDAwMDAwMDCQ7r33uu69994bpu6999576BPT6zrcuq7ruq7r
				uqZruq7rUNN0oGmapmmaphAMQGiapueZpufw////////////yzKN/C/LsixzWZbD////////////
				//8/////P/eHkQ+/99577y1777333jvecRx3cRzHXTiOgxH/cRyHw+E4HCYJ/+FwOHw43IXD4XDo
				arqu67qu67q2bbWqqqpmqqpohKpqf1RpKiIioqGRJrRpQess0Dqbffh/byYzzp5NmJhKmJIKSckI
				iciICG2hTJb5H7IPE4Sbm5s7lEyS/88d6nm/w+/f3/d72ybc3t4Oe++9995777333nuHwH4k7LDD
				3h/2EdaGsGpLrVJJp6x0jmj83wqq2f9/xfH/////cfxPPE888cTxy18jscQSSxxLiFRiiRkzGAwG
				g8FgMBgMBoMRi4NxHFuE4zhIPv7/+P8nWbx48eIXSzg+anHEEUd8fHx8fBwRIWIVHx+NJyUaIsQh
				DnGIiKCEq///vzTc8LcabjgaDt8KV01RVbjCVeFwNSocKlwKFw0RCQ2RhCbSaAoaBT2dQDUdjswM
				Tfcz4eeEJzDhCU+4QlIyQiIyQhFZKJNlBwkpg4RYGf5hOBwOhxneGliXpg7P4Z+HDx8+fPjwwocX
				XviFF56F/19r4agIU4TD4WJ4RviIRThEOCIcIhz+hSEcwiEcwiEcwg3htm071LZEUu10l221Wq1W
				p1qtVqtttVpdtUqtUqvUUSsIlUqlUqlUKjWoVOqUOp1Op9PpdDq90+l0ykql0wkz7dipVCqVSiVi
				ZKFIVCplpVKptCzLsizLsmywLDvLsuy9LHvvvffee++99971ruu6rusaXdd1ja7rum6NlWptNBqN
				RqPRaDSi0Wg0Go2GRkNDQ0PbPbQboZ2G0GpFaFshtC1q7Za0Wq1Wq9VqtUKrqqqqqqqqqqqqqqqq
				aqqqqqoqaqWioQ5RUVFRUVFRUe0Fqk1Tq3Wqpmo0JVMzJVO1p6ampiQCCERy5MhxXDlyfBSM4ziO
				4ziO4ziO4xvHcaRw/svGN26BbZxzHmM5HuOcNM455wwb/3m1HWpMo5ddb3QNjbZCq1pVNPwpKVZd
				UaRVqKiqIAWf4CfF9BOEiZngBCc4wXHOOeecc84553POuTAkJCYSUk5hkEEGh8HJ+QIMHmTwYB2c
				/x8c55xzzjnnnHM+55xzzsn/PyImgh+MWARDBCOCIYINQVaICXJCUELwgyEYaGAItoGBnAZKA9nA
				RtfQaCu0qkVVNUU1VcSSulilUFGrV4E/D4EUSEKBFEiBEwQGBgYGBgYGBgYGBgYGHhgYKBMYGBgT
				GBgYGCiBNBJAJDBwsQROAkMCgwQGBgYGBgYGBgYGBgYGMjAwMDAwMKAHPulAfuCBM/A4cKzNOBpl
				gVzggXN2gQuMwOCcc84555xzzjnnHJIQOJzAwMDAwMDACIFXqW3btm3btm2jHVLbttVqta1W4///
				//////v//////z+qUKhOp9PpdDqdTqfSqXQ6nUqlk0qlUqlUKpVOKpVKWVYqZceyLMuyLMuyLMuy
				97L33nvvpTu3dXnvvXe998b//////4f+/8d/ZzUajUaj0S46jYZoaGhoaGhoaKiEhoaGhoaGhoa2
				QlutFlWr1WpRVatsb5S1VqtVVVXVqqqiqqqqqltVVVV1VRVVVVVVVVAxEBUVFRUVFRUVFRERTdHU
				1NTU1NTUsKampqbqqalramJKSkpKSmqkXkpKKqSkWFIsKdasBbFYLBaLxWKxgsViXazruq7rui4K
				Aaif8kddq9VqtVrErB436WoVtVqtVo2KioqKioqKipKoqKijoqKiQoWKigoVKlSoUKFChQoVKlSo
				UKFClUKVSqVSqVQqKpVKpaJSqVSiKRGVQqlFRUVFRUVFRUVRVFRUVFRURFRERERENEJDJCGZGZqJ
				KIiuoSDqUCDq0Ifp////NxRD//////////////+TSKT//xdIQSK6U01Pk0wzyRT+/zui0Wg0Go1G
				o9FoNBpFoKBRUNAChaCgoJqnCWJQUFBQUFBQRNCHoH+SQAeaQAwkgRiIigIFCjRTJwSiTqfT6XQ6
				nU6n0+nM1NTU1NDQ1NTU1BDR1NTU1NTUVETUXA0xQkOap/mamZmZmZmZmZmZmRkZmZmZl5GRkZGR
				kZGRkZGRkZHhcGQ4HA6Hw+FMOBtOGA45HA6H83A4L4MgeJ7neZ7neZ7neZ6Y59k8m81mQ5vZbDab
				zWazzW/CJiYmJiYmJibmY2JiYmJiYmLCxIQJE6YkTJgwYUoqYcIwzEcYNkyYMJVKJUylIqvIZFZe
				JVSiEipfUlJSUlJSUvJXVRUVERERjQgRkSxDRPLTSEZGRkZGZoQjMiLLspH/D+SEZVleZCIiQpFF
				ZFmWZVmW5ZgeqASHiPi8BsMaVABEYRgDclIaxdTdARSAARGAWNSoMCxwUDAsEgPBoGEwGBYIi4TC
				WI7KIWWVYgDeA99JhU9x0BK7JMW6QkRJj2TpzAfiA17MUixw+hyhbMGLgbCU0VBSuUsr9xyFxBzQ
				E6W7p0DyAtbvwsBpurkaAW4x35f2ITEkmiBPrlnc1MLZ3kmu2RsAxP1ENwqtp0hrovEPb5F9LyrZ
				qXC/KSMU4G3JpcsLHyWiooBN+rbpylPjiDm6comZf9BXcM2oDG/L6coFk9PE/IPCqTXDK7x1PoDu
				XTjx8o9OIjVVhjZrwluEbgpXJulz/ARY/hH/v9ZJrfyD6uDenLNGuA/yJf6W8HbhMPgXBL6VEkYL
				OCkU4rMPHr1T3/7WxczXWSraliXVPL2c74JKtaB94N2qaPqXfVVbwGTdFjvUL1NSvPjz+EeJ+ee3
				5Vv4Q3RkSJ/fFa91vYZu/EqpfqDEj9+C74+IPHDNhebeH1dWvc7rVlxZARkH2sPdOX0TSt4n74Gw
				TGmcNBdDxu2FWdlXPzuDt9TvIlVaV3h7S0ut2WEtaVZ6NlLV+ddI1SX1DIiQe1aSkapOvOrd7FHn
				2wZmFrHYVIxaSYeQPKQqsu6QKlpGDqlie+vuj6reArzVVcmaRZLCSv/96oETP6z7/kzC7Ry5+BCL
				oibsCm+ZzcKVoYU7uoEIwml2njMats1+S9jI7DztMNh+F4fGNlYPhIOHfSl+JzMJYyIMO9vljDml
				vzkTnXD6A29X8BWlWKoqshne6Su6vT7wI4wDt3nm2c+o4UXPGb9W4aVNdCltTc/dnaQ7YBd7hLfr
				eYcnPUQ8fxquv6/HcISaJYslp7Kfsq1mC9ouaDUHVuJj8BZTUbCt3R8GgqsCt/qvb+lgp0wXLmYJ
				16p9C8Xff/35C2Srd69Qpd+01OxO8znEgQ6AehWqRE9FxhyrxWoWLwVvH472+g7AlHFrnuFsU88R
				pELTl7kcQjnhs45muxBPM2pXc1Kvb/rML4p4b+Ezxk1OiC3W+zlk7yEK3k4nSZy7NMpVil5kZOJ6
				+7k46zsPZWgGWOS2m+ZuwgZvV3e35dlyPOSVJp7VANDcruDtkuIFRm4hTqhh+y4sN4s77XfIXOTc
				/8Zv4L/brwiDYf6bpadf93s77abSpp8HQ1FE9Rw8tmSZsAyND52RKloY86muyIpoDlo+lcqSjgqT
				ln/wttz00sWthYGZLzm+1Tt4m0BBvis83n2bugG+1L9/o+RClV5YBdO/X15Gh9z+Qi/VmWUD/9dH
				MAy2r4eR0WBokp+biJkeGLc6w9puG7FlJks0NmQubip3SqXSd0mM3IkEou5ZVn3KND4VHZWJTovh
				boUGoT9ET+4kghMzwCeKqniEs/MdaLZVxhGPcB558aKFitU1BlPxCKgdGzsbqvsz21U+zRwxs43w
				hN03HLgrY9j8F7xdphXF+RgRknnEsjl4S/1JA6R7M66O2tkQv/CmSrjNpBnpl15IWRobNtoL9S1t
				JFr3IezH7etuZ2M+lVpYSBjY4tQL7Ef6ajS/2+niDPRXz6Vuk9Tz//5IQpa47UFqtTNlSX0202A/
				vAUWCMyqbgeD0FbIDZ1IaKaXBVX0tRaOEwm1LmUIhP4x8QuJlmuIHKauBnVuMtpHlMPrJkNnnnBO
				ANWOHGpyjaqkD/usbiuupHZAcXUUNjvjeSXPkfKQxIeeweO1z7tySH5Xv8GRkoWdaxCT5UetC2+9
				1el3ire5b6M3/4xp600vynWPu9OyRkn75wqXAYypJpvARW8zUHoJGTllbq/XWqVpd9HLIkHc3dKm
				C0eo9KQPleuJhEm5qsVEn8wASHRbPmDQnh/kXeLlIECSN+NDUoAqJBbTTI11KiijX2LIiPzIesRN
				3VUITgE+R3qZ2zWq8SvSyD9JK3TwJ9kTrSOlY7WrUmk57qZzGwUJqVPDW5WBIqCwtZIP6cFs5q4J
				Ox2lZ+EiDDaElBrciP5NMVVrstkQUjpgTjo8YYQEuUa+Jk2YC7Rhuf6LrJaYmT09G4pkylbs4pR/
				DT2gr76iXdJfeLOU9Gteb6a9Ufr09yAggPJ4A3bwFsLNzjWdcMetPTyQYtrIjYfzJY9xJ3+45PCt
				lfXrNTLvJuDgNDVSHaP9x0Ye98K96OGtETbmF1ELxe1cVufcSq8qCJ5MY1VpU0PwrGojHyQY62Hq
				CEoQRnbRB8sZxIQLAr86Znh+9OHt2mZRcip5sxoh3evVtXM//LgOitx+DzLWcFLRgxbeatC4glJf
				BG4yXydUYhOL7ehy5ftWcWgmy6sKb6+vn0Lq+Dte7BURUD3Qc7HXJYJ81h9iyqDlkcgleOaLVgRj
				k83UDr1dkVeWimPCc7Vz8JZfYIcdgOl/Mjik7O1HBxVdygTCLbSrhLv5xxBzEa4qbzKLQRNBjWWO
				dysX+xGQtvkm3XA+q7CKtMh6x13dKuJ1BkLmX0w6/XWvt7NtaH34eRBQZf0ORy6HSLe/85rGnQU4
				see9Mx51N1MANnO1FpKIr/D2FpMqKGmrTuHFCZPyNYCN63nlMLg2mGwu0uPPQJKEkcbd7Ja31jJ8
				aBaDBaqjutxGuMhGpCxxtVWgsBUEPVUtG+8B75bv649jQEKzJw8GAKuiN7qbp6VNmlToRVGu3Tzh
				jbwasoWjOpUxejfPlrTrIMtunnkE7GXrhBTzfESiEQphNyEcx2AqCFymYU+N30xUuNuMM0HM+ZAh
				5G6dcQ9rp7Ebl0yBkSN9QfCAm8YIw+3lNh+96w1l3q3QFkx0H8Ss1Dp7qYY5V27Wh7tt+gzTLPiF
				hV1mcIUiHWboNDtLioX2K+TfrbDvdVeUNetnDKNyQCe09lmCHASN2GG3dPUAkQ6qsdefI3v/WKgi
				UAhBSnAn0dnxGFh/G9dOKFEUP00KxCD13pqyOeQQNYfJ1kq4tqJ/2GGXMdJyE2+Maw/nIXfbdEfL
				2Bskh7lvaYHMHJvoGX04Bu8b1jIM/LlbgXVYVDFC33gUkhPIZ7RuvgFTWwGDnZQ5w6+L/o3fFZvX
				mr41EeRaGwBwRF799o+FcK7YKV21mCs86IzQB2fQhRJcERZRVJ0BoqjuEx+KyjulA7zN7HU9GaHN
				0lssVJD7QJkBqlst5Qip8CaqSLebqGgsbqK6wOftBJ2qEM9gRnAGAUJvs3t+982WwUAJd/Z2nQ4X
				5JmfEtO7OC6EWzZxalYZiG8zxUtdVnNR+04PdVKCgNbGCFOWBsaciiQA4ItKHHfX4ESee/fBRZ5L
				kdCzTt/uwWxt+MZVNBrPrfQAKGmrTgCOGNw4iCF9vJsYnCdhRjYn82tmZ3Dd7JhpnnbwpLJh4vbG
				hdHYtQuS7Uy3SmC7FlwlXDyuGH1WJy/wDdWPiG19PTgILvWmqJH3ElXQMIzglj8c9PfORL6HN6PH
				YfQO1CFRq1Cq8tkJ7u1ax9Xb+OGC6ZTbkPCP4yxv8RetTvR09utr3IZi+XAFEVmormpkb58Djzhu
				WcO4sD0fDnVYZSOPrS+MsKQDbrlFsg9KoMVlWPBZCw3JbAUD+C22PEHFiij1Fhp9H6tqHOaL/9ld
				TT3WLgv7DP5d9S249O+uhi+HkTkXBOOUfDt/ggNcp44ox/2iYq9X407s8H9KEtM/ckFnrHeHdeat
				zbpaDgWcwv3lSQHiwnc5NKOb07QtWREwQwV731CkRqFMPy8KFHhh6VHYisMVbT6PKcIcdO36Uzwa
				kxVrLWhEnBKEvegx8gWNSGY+JNHzt2lyo6toj2+oSmc6fdkyhJdBiCUpZrzIO53ni/Hbg89OO4xW
				+AelCHWXjfwqeqJMl/Q6nNr9ZRWBIYcCFswBdKARLvwvZB3ispg4zZsmjvp2MWIEVaD6vJcl+gBc
				u2s+yt5vvg0Cluud4NubPAUz2HJ67DrnYsZ9l7XekDwurI/PLzsQ6zMOUBNMJ0p3z4BRW0HDT2oS
				gLDbpal7a0MkPnmyty+WkQGVuLVtnl6hbjQKkhLEB6HUenvrog3SgYFqen1TpfwG5t51YVnNSjMc
				JuP46G3l6AWeDh/GzYaLm+lWaGimCFA1AxtM7whJFk/M4fa/G6A3jsbJDJAjo9BFJpSeCTxs6nYu
				MqFu0esjTdnUqY0xi0w0snBRRdV1MvzeCj9Ft0UmoCQz5ubA9GrgxtmtoIyexfCXkKZlLY6+rSnp
				k7S6DEggzO/oQ9KyUKft4nZ+58a7yMPtaPjYdPa3vmtT11CdodzFrN7GSZ+6dQZIBLiZcTZIO6TU
				rB5lDuLkS+4L+tdxkn2PDKJ5QM6BX6YdW/6BDre0YkJyiX/3rcmOPhWNc5P0ztzwPzs09lLWu2we
				2c8BzVBeV5+uDg77dfVDXaLvCIVsMoASoOJMtj58hikevc1W6gKosCtHQByMllwYEGMK5fTzAZxh
				YAGA9sthkNWQwnP9+PH2aRPYWYDOfFx3Q5ah044aqEOoRn6zWMLtIqvf6NVJ+9GR7b+GHsLEq5yt
				jKXRdxLhRArTAaBXikvSC495spXCIcXFfPFLtAImuvxl5pd8Cx8+m2jZj6VXAcHvj7qTKQ/fZL35
				/jRhkv98eHZne+YZcm3iEJ3CfAIoje3NdsvBemyq8wWTMo3tbeYifnUhxBVG/vVLb2I4DOXCghPJ
				kN/Ayxr2yCV8MsqkY7APJp3lRz6iTb8/HAZbcSvZ5rxEaeAd6mzfuLO5ng5eVO3G3Sp8mbk0WOQH
				XIOZLzTNyzc523sRcRWbJuBz3azLYWYnlsCsGFUa83Cr7vzgsVw6IhVBgibZzHxWhgdFtnmCnS0z
				1jaW/jo8RkMDLLw88Qxd55YX2rt5JRMcHbPaZ1k+gwNz3BkF/V+OPnxwGyYN2y8/weMe2472pJHc
				o1ClSq+y3YmlnMXib/9UBfLATyYmPqKuUm14kxEsqGXG0fBvymOBwsAfmaBZ23l59l7kWFWCVq0+
				8ee3vDHCUe9mf0JhBCh3yNrmlpvsJ9waOv9637dZ06h+/LkMq43B2YM02QgntwF79fzZ3KIZd0Nf
				vi/Cfif99lcP8Ku9Y0Q3zgwqwf4EocfZlnkwM4vme05KMZqiu4jpPs/8hr9cGv4M/IU7AB6avZM9
				iLNdOCg0LyV5Xhk08wAKlp3cyNPWDrgQDpHIhoMh9mVqc5Uo5zNUMhpb3dlq3PdUlSmjtAqcVNmd
				7WXigjn94aUTqJeomI+IjhHelo0G2hb/crYsR4Ourr+LW2sZsFKHS3LXz6nwGOPU4cLayXvKGux0
				u3828WHESzXPmme2IOOou/qXXXVglRa+PCtFierCkOMUgQlAs2lnq/XJ3r1OmWOmnpaJZutsl4bt
				+fNicHkbhgUQNIs0Ots7hPTP+ZZ+KQJHuNQSLAatUCXYLDHqqx3t/xQ/tXzqhV5WeZg8PY57MPLR
				F7u7+EDDegKMr6nyla3oQCa7dfNxBuSkz7lktmOO2bZ/xePdEOq8jLcd2Jr5XbZqq7P9UyswnJHP
				Or3Xsp298a/kEoUhcD9syo2ou9yQ1dV0xcJ7dzBGrtnsNxDpSt3lfHTP2zZc3tRNYBR2YCFRWyea
				LMHZltlgrpxfSIyVRTiZ0HLobOWbjckvpEnQpnL9BusLArTZZnAs0WgX18J6rnTgMO1fPYqzdXBr
				z1zKgZ+JFo4v5lkk1X3dDGeNKapVHGEo0Ts5WxPLyPUVg+gcpAOlfRNgDoIidZhtU/VAOHgkX+IL
				utHjJCPhCyJ5QKqBZzlyoCzrwY4z3jcSU8dk8v3P7IHwznb+vHenvIacHSr3qeQD4Z1WF6hObuYi
				3os9xay7L6GQ+pfOdkHq48ufT334uGi0xfwN296TwWKGg30nc/Y8Z7w1rORsvbpn6cXy6jAAVOWY
				LUyB80OsUPXn22Ldxd6GYzivr+9Sb2uyMeUQIVn+X+xtyDaP+nT18R4C/mZNcEgl9vassu1swMcx
				5D5Kc7kM7mG60tK1Y7vxfpWZIeRsTUJezwB01M3HfqyUDMFIoERsGBrDeM+w5O+Ydz9WAiACytkK
				G9XwrtLgeag/9w4Te4BAeibZ43lyjrxjNTPafgtFTLoLO4+Wv3Xa2tFey65fPEj3JY+gPCgpxZXC
				WsdlZexskYQWNY8PGEdQq7iYJrHUHF7oZW0mpplpvePaGhU3V8A2c7QWEHiNCO/iPmViuvICAMEj
				nuoC2iPHq4CfYnNuznLZrO0BXAv9QOOszhbB2EUNO0Pu/2KQdz91vHC26I+GrX3PFkzjMrJSL0kv
				aXiME30JdnmuttEXPh5kiSa89lpMmlRgKWHe1i/sCsKwfDKv7zpdbsC285RkWJf4GT6hgyJpczUy
				c8lMBpKp5DGazxFxuKs1g0CDuUywaeVr+y1Dy5wzuKsBZfQkTXlh2CXzlzTcOU+iSaZ3l87WQb6n
				+UlwcOStO9uSSYKmKAnONvrtErW1sjQtxxH5zHO2ZSltzaUvyOXc61llSU0PctmWYJQakFEc5PJa
				wNjkB2dbmlQ6Z79DjJFaCOds45kTBNKIkztH01Re7RK/ybPLppjJM9XB2kXjfPNS43dY22a2LAp2
				16M5M+cH/NwPf4Li19ZeouNSp2ULQESn88xClZlL76pk7b7/WzvhlYfp340dOFumPPu5uPPOqmop
				z1QGOm5jfJfcTbYGvGmjPatMjV3Ng3dZVcvumrdzCShRFZmog8cZuAnrgDhNvC0f1K2NpEgSEn6G
				EG8GWUyXqLNZv1Rnuw5ghR77B3WUvhMouRPI6gr1hkVhMgNyQGvjjTBlK/KO72xPrCqve2+5r0jK
				NxKsioVX+jlbDQH/NgDjbg7VSK593z0lihhA+IWtqlA3/8vOo5HZHIQ3fNx7KkPQaKJo+NUCtCqR
				6zAM3Yb62XvcasDmH+PXbII+hoaW/8bzbNY0VTM/HgKkcE/LCnnGdOWuZgM07P+WHuVlHRwo8pka
				lOExroLVPENr6mxvtxQilqTs+MZOPBErOq2zZ+IJulW7PeccgSSuJ6yOE09ca9vgAUoUs0lfEqSF
				YNQpRRNeZWvnIGPjdbDqnGFuyPFwvy8rF6NL+tyQyE6M6pef7+mjb7TFo/d8pS6IlnR3tq6mugZS
				GKG54QztTFfPh82v66ASnfB5wKA5C2Sm+3S28TOyPvppeDC5JmCn3OxGg6lnMtJ2ME4Y3aBOrS6a
				oM2706Notg3cl2XU8o1n9WYOIU1sdnJm22iYCJYBfDq4LFcC9U+TQNTZpgAXXju9XVjd5ld6RxH4
				OU/Vo7UK+xPDPx5JnFMd/cjHgKIo0SJs/tITcvJAcqY1rco+jccl5hTCkzQk9xRUqc+rdOcaWFqK
				TTM1oIG8P6P7pgZgAYkJ79yyTRlAFSxOTZY+foMpHK3P1upAtLQpT0EUBqsEvpTAIAsANmcLOvTT
				DECrm6kgCNZuoioUeg5zTef8sbNBnv9hu9RMEmclkxghEhjxksUM9cCb8YLHYWBxnwY5N2D0rtg0
				QDUQSxufcRWNxjJrPSBK2qtXIEbDSopSmcgCbmbV7fBQughr/HyXfLnbYVX3KdrK+5kqNApvZ+t8
				WTRQ3rUUJkXqF5ioyeyaTZ6RZM6SwJbn8XIJgAhk6hnoQx4VvbgV6HfJr3EvozV+pdqcl5QG3iE7
				W/qXfSS3XrNgsMt8EBGYDqaXDjjxTXSth/Nbg7NVHUHfAHwuK6sl6/Oq8r7jVksYhEP5nb6hOu5Y
				+wosZWvHTZXkbB19HfULz9rmaIp8awfKLUdhIgfkhNK+bnBl6+y6Z2R1BVE+TCCjIvQd+l90cJwh
				nFAx4GjHDM2NvrNdm0jy73NU+guk3+FgPw6w9O0gFjpYne2C9A3T31oeGyHnXoN7yGstPlrqGpsr
				eTAQ2OquaCvnZbqAQX5FdoOQ7hq6VOxYM2d7Ys6RDQCUtrJfDxnqRvsUXcZ0jZZxhTGE5/34D8ek
				UCsMA0UrimqtVvsjW3xanaIaeCWGHLDfnL0BvcRs7jF8cdGty2RT6W/9zspdQzXj50FICuk3GLmP
				g+m0l24qk7FuwdmSTQ9LZ3/vuTZvX0P/UtTD34WDLNrvG2nIWJPzZra+ZG2ec5es1hTI4Pvwiqum
				TymXLN8mL5Ws8kbc2f65AfJOUZjIYT4AdGp8FbcjAs52cR2Nr1Iu1ZUP+M7uPRrB4w/iIm1OKAZt
				UxJwQMkeqWfeCdtk7d6k5gogV5Ux+Wkks5Zqz56QB+5H0SxUCoeig7uz0SF0timQC12d/i6m1jNg
				tU5VPdcAu9F101SDqasQ9Mf4krLoqaoKXUPJZ7iFXwD/uHTMdjEAH/LO5uy6s42ZSJrtJsIxu0ju
				PAZ93vtTHkPOhkD6VPKthYTVCQTLxkAYivPDkGhdma3AfdNyPnz/DLnFP46ectMrRmR5a9VvgXmw
				eGmo+e8932ZdU7Xz52BAG/cedra0vVspHafk9fO1m0EQ5Ql48Ow8DDhnG2r+mQHomDoX0rTRB4Ox
				w0coAgb1+emb2OYgvPlx3QUZgk6LRL98iC8Q3JFfYkmBt94ew6TM3DlmqasFWcr4GFZhdZ5b6QGg
				pF2dQnE0LmSUyEQycHN2nYaF0r7ibDGWgaGnv/d9k7avoW7Wh45g5Qgyb9YHVZeH3jMyddqef93E
				pl1o2jrLc1BzxsMRxjdo+kX4oiNU8kD/H7uwrWgByeSYBi0nf2LZdrhQuyaylUtX/irqgP5yH97Z
				/nnfaHDQel8GdVJhYEQVEZ3sRXBp59Zu2yWQRkzq3HwsnRtEtxE6Bua6p17p3CyaSsAcAxbTwDuG
				NV4YNB/kbG+oiKvduXLvE4B2WRjQumcVPFjX6YQSS3PE9bVt2lgGEIbn9fQF6P23dzc/1mdy7jC9
				azpbZpMx9ROLqCmkB617aoMXfbJ67OC5bJ+wOr1r7mY1cM2ZLC5NwywJD+clj816xxPEByQ8sB3o
				mc/ehbOlDEfyXTnaKX3wR7wGjpHiayKvs6XExMNIZoNl4vBs+ApAny2FAg0fHanXfdOtqN1GI3Vp
				Oilzo30nhjpdoYAWY4RRSyHDHWoWGh2WeBu+A+/ZQmF+nA2jqZYzCx8zeCZxpVzJY2IsnsNJmACk
				zkDxVkyMNoBfeahqO3/9OoezdCUtnKeWj+iaF6owPdACqfB3+hUpkZa0beh4rXh12g5RP2jLt/Pr
				NYFt8EssEfV+3Gt8yFizTgkc14SxyZgatmv6YRDc5U3pJudLvZFDvqndEMRpQdQ1BQOJREuNQWEW
				fTkMBJZyU7SRf5qfraOvdtBG4A2vyqcfXXrqZXpVlmBbAqqJSA8d/utzbZ8N+iJ1Y4LnH3K7WMuv
				bH8DMp9bB5/SGSZSPvg0BIGe03MFkjWRrvHqbwr0u+Xb3A5Tuk8RFw6pGECgOHm2p8mz2Qg+mAhy
				4wbcBDNd6NrLN/1s74WGq7xBE/zhVDELr80geMe+SFe8uz7KteiGY+mWWuAB1i6b0aSITkxktp+2
				bbJtkQ+IHLPXYCKiSvVcm+0NYIRxpeEjogW/ZzvOLJx+yzrp9Fjb7eyNDxK2kDEMu25022ffVD0f
				DnrJl+iCLs87HgzXvaxx1af5uMdstCc7WTAqnaBGQgk+r4Y7McP/kGXnVfsDmqVuUJ08c5GTl/aO
				WWdjAoHjI58tAvU+Zv8k2vvFMHaf12gxNtSU/JOPZBRm4DKHna1oX8tNXcb2Ti8MBlsBd0q2QRes
				07YO+61HB3hgkGD4P9vImefN7RHYg+rEl8SzXbFpeAz5OPbRR5XuryeHU/zL86qfj7xYxoQS1rM9
				NXLSM4D7De7F27Glt449Q7kYTKSC0BCpubElsBNGZrVUCs3RtuFjnHkZeyf03hoxsvnAZEq8YBS9
				Mt3MUZUSl7TNtBmFiZkiS5UtA9RswSSjyqY104Y/PFvE7l4EzJ3wzKuZHiOSylP1bGNFCwMDScaj
				gZnJJmAqdV7R6XXEk4XdAowFBZ4tGz95XelZ122qDvjUjROO+l1lWhS6ceIWlAaNUFiwddf3WbPM
				8tvVqfLrO4AKXH9Lfw3TuJlS1knaJWgjwFyOhQE76Ihl79nGlITYbMmHgeAu4JZeUqOlxKVwniB5
				Uy6p+ReuJNfCGLn+MqF0mruw2u7J37azK5nb+wgNH+Kg64EwGYG5RHaGZIrz6IZrSgXvZkN/KNvO
				fn7FE1uV68EAuJS7Um3Oy/kBsXbueoRbWUSFYuwB6/1/QOrGUY/uNnTK8w15SF03UB6bwXTJwJIv
				eEipiQalZdyE0WxSI7QxMCzIni3ltbMwj8Q96KjpKul2iYP9t6GX7qq6+3meiq662bvYdsKzXAbX
				AgbN55wakbbmGFSWZ5t9tC9JsrMwMWcwwdnxr2xsv3a88NlKF6mguRKHA8BWboo28i/RBR2Fv7M8
				wjofbnnSbRTp9ukN3sQ8uvIHhz7wikyBgafSieKlAj2Vx+4sw3KFWVxbnEedmY9eWiaqSruoZwod
				lDHnl0I62+VBjw/12HpZPrwszCXvTDnrOdtbNRMMnB3T2abNEdOAPmdL7lLUPUdAIkHkRFFAH4dn
				Ww0ufJbkjj2cul0gtCDnpHIDO+pqoVR6FukZy2qS3mHFSXoL9rAnZ+sQsts2GFt50OK1UFMKLYu5
				5JmkPrprNFbjNGPCzCJABM62rFyEuZC/fNRn5+f5Ywwj4ogSIYO0j0/ctOUXeM0TO5gL3TPx6A5G
				28mfOTx6dMF4qL9fgNpBonmZxePvbKk+F6mlypB+IpUbJKDCBcsqYgV1akUy1DXbRgD6kdiBck8R
				IJEhOdCq8UaY2gUZtsnbASwY4AWDWcRrF/MyMqX+K6zHh8CibS7oqR5VfWPXeN3ZIjmZPhN2/hgV
				zxMdeDhbxoOLLF3PikbjMrKa1JJ0EgGpXZXeyhKD3dwI9yGNBC3Ep5a1TNQdqMxtMjmYN9UXk7bg
				OpwGSF4mBKrKVsAJMtnOTaZxBluc6W6N1fGn2y9UetzlDPPWZHkrTaJS1a5Dzcx2Ouxw99XaQfeu
				DImkBbdAOTyw1Pd3B3eXxeGB2f7cRiznnoynOTwQ62DS5iM+sbGukLbj8IDdPw04BANofqKzXVEV
				ttyNoMQo5p1MFDl1tkvWq6MirKuj6H6ujrp8nndM6kToqTdUwOoowsjdKtyWk0eEAkBQJ5twNCbQ
				Yqibt1KDnDtbJi1sK/pluLg9DbH19mMYsM4pD5yn5tVMcdSp7l0OssiXxAXDlAMerLoPsFHkrR73
				vhJXRZfc5PIEvXKrwGOrtMeqqBtze0UjMKjTtDCMFxY+nMgCoNAjw5TNmjWhkuLPemTTDu/1W9zc
				xMMCcK03RZv8l6mCDvooKWS6KPBsfGDQQZYhGVRZDyaMCk/8LQ8O9Px3qKbNwHDNnwPvwtlquc/K
				D9Fvj1qoF7P6t+GShsHA4jo9cjNg5FwSh7O9m8SLsAOs7aRlo4+V7OEznMLSTH5XS/3SOsaNAAgK
				fkn6uzmmXQ4U2m2cVJVfSjxyfJZBZVZMvgq4e29VPv8yN57Pp04WnQYLpqvvJfgPlo5ehHZ2NC0g
				eBUJb5VdnC29t3YCqNjJeO0gLOW/UO6qFE/e831hjN9+WTXN+pcnOH65E8CPbfmEZGDST88AE91c
				QzPTE10uy7dIMlSwwRxRZbnyolxW6CRVJYy8P62bfW2Fjvx4PWX4DLN4Os+t9UJJ+EFetEhju/70
				KqQ016KNTVszozxfY39ynDJQAHlVOvOA9bMD15DYt+GChskW8B2MSr1DcmsF2drCCQkCtIiTMCcC
				wfp1ahfqEfxlThJn4R+OuDTjXNXlWnteIsxUZeUO0rWDUsDfWejWtrmLC13HVY277kXMr6/0zR9a
				5poFdNHJIZd7O0PqniKYkCByELR+vjk7uVc27eW6fL4JveLPWWeNmDee1dc3FXJ0pOfy+mYLFNHm
				tbCPDwJ4oL3AM5uxL1c/kFEkXS2G3NKrd+fj8Pnbkr/Yvvg5UfSWasZR+6SS8m44PnPtKXGbazst
				/swEbxbpp7GJ2/6lcjt10IlqDBcNtLgzly/LfLaNRmLbAQB9gyedSNU2ROU23vb918AVbUT4Y/bY
				nF8I5bpOdiEqK6I8F9XFW0QEtLfcdABkW8rp1pg1ml7DFAlaW5Nj7hvwtvo3pSrJt1+WyZQIEEND
				UY+dpiki6+498fccCyANqGo7f8vogTO6ghbmKTPcCGbkBDbDx+bnXbtAX5YfwyygUwMGlXvQNrv4
				3f4CoyK/CXMswPlDwiNBjy/I/WcrdFy8bTKOyyC3kvpALIEfEeVyRwauETett7+sPMvT4avT28XW
				e26lB0CRdnUKczGCg/ZDnjXELF//6lm01DcHTn4rK51Stj/I+GEq0Vei+fxFNxWRxco/JQZr/Aym
				cHWTrSnqorABE2qdo9+qHZQRQMP9vKmKiupbXVG/DRWMiaAvodBGGefcAh8etj/nIMO7lc7wWYAO
				8qvCzOnPZRYRGNz+eBU6FR7cgPMktpJu358bqncUQYkEkgOtehJg/sJRZwGqi+r4Qv99ExdInhuu
				bqZEcINmjFLXA41gN2vAp+JvWlwQnwrfM1uvH/XzvOC0n30IKucmzHiws1cBrGWE2Q3++jeqAGaE
				edksL94KgkUO/F/tVFUKEXwlqBawFJFyYSoMmB4TGbC0fWAWFaFfWJMjFRwPjgXHIPQcA0cK2A1G
				1YNJF+K1EPeIYLqcYf6fIFVV7jaAsrSuZSvnepmbnWFTVADRL+NWlIeH0dqEXd9z3IPXO/LAP2hO
				y6hHmerB7SArXxJMrTEfIQ+qtwa0S+ytjkuvTdpiIiEpXj+ZoMFrjAOSBO4z5TvkpTYI+Z0nE1NZ
				FV3wM0t8IhlblY82o4ImRhsRrNw55WRbPvcxjKt0eom2CS16HFEBzvT5rvg4l2Op5lfaZO9KcpRc
				/b15AjaCku7R4XeNJpaawLyYugpbBwfI2wRmPf3EXJhpRAOUFaB8P88w7nXwuCqVBLAHRd+C6Rit
				hK0WGInyY2+dvRPbaghN1gpSsI802AZTwukYC9cFN1GaaQkbbGs0bYyVRgXtFjWx77gKCufy0SHJ
				u/DM6YGD2xd+HS7ovx980MUvOHTIECyU1gMqfzQ/exASMmIO9SB6VwvynF8yXiZBmgkKUTnzosyk
				1HtGQWIO2NHRqmMJ3nuOqNO+cHfHEvwJhvCRRnzdaqyJ94Ppy6ke4Y0FHMVYzy2Ra2er7sWt1iYm
				ue821ChtbGkNQubvUcHeQnFjJR4GQEuRu/aWltMXiJku3JDZW1pRrw8nXRn9kDzLuq/w+JEzXqVw
				MJrSkKFJC8yNlUIn8g15mSQCi4E5s+02u6cfp7DH1Nbwm/6jPpw6Be0Ipx0AgiiDUu2jXmfT1I1H
				ICEDdEio9BKpl26QHYGXYDBwYWSs9EndF+KI3x+ad9x8TLsbdsUm1sK5D8GvO9GL1fKiu/4YJ00C
				O4hD/2UYGDLrmjCj67T9r5nMzbrm6hjBt9Pi0xRW9946Rvzv7M6LOz9A9ySKkzmk56O9QlrWYBjR
				GzCoLKTlPbgs52/ObkeQvYJoAt/NMjJAPQPW5bVEEYymyqlSJy0ZBDbnF5w5L0tdR2VETjPOkqdi
				uyiaRrpmPHeRbQzYFpNuFbJs6gf20d3y0Af5/xMc2QGaTjY9E5ClIM0BD3buki2l5G7wS//r4wnE
				A+gD3QM0Go1Go8XQplapVFqpVCqVSqWVAqtUKpFIpBKJtIBGo9FoNBqNRqPRaDQajUaj0Wg0Go1G
				o61oNBqNRqNFxGiPpil8TdM0TdM0TZPQJDRNEychIRISEhISEhISEqKQkJBQUJCQUBAFBQUFBQUF
				BQUFBQUFBQoUFChQoECBAgWiBmqgTqAFChQoUKCaQIECLZjNZrPZbDabzWaz2Ww2m81Cimal2TSl
				GQ1pRjPrZqFms9mMZmamM5zZbDabzWaz2Ww2m81ms9lsNpvNZrPZbDabzWaz2Ww2I85wZvZsnDl7
				770DZ5vNZrPZbDabzWaz2Tyb53me53ka8zzPMzGUeZ4wW8k8MjIyMjKz2Ww2CzWbzWw2m81ms9ls
				NjOJYcxijonZbDabzWaz2Ww2m8262Ww267puNpvNuqhu1nVd10WUda2qWqVWq9VqUalUKpVKpVJJ
				pVJLpVKnUyp1Op1Op9PpdDqdTqfTaTtt27Zt25Zt27Zl27ZtxzbaaFssy7Isy7LsWJZlWZZd2XVd
				17f7LNZt27rty3vvvffee9B1Xdd1Xdd1Xdd1Xdd1Xdd1XUW3dV3XdV13dH9oNDT0YNvG0IWOQkP3
				3ntvjuM4juM4juM4juM4juM4juM4juM4juM4juOCOCQOOY7jOI57KDQcDsuyHJblAcdxHMdxHMdx
				HMdxHMftbSNHjhy5gCOiGsdxHMdxHMc5znEcOefmnHPOOSfnnELhnMIJhUKhUCgUCoVCoVAYDAqD
				wWAwGAzWwVpwFlwwGAwGA4PB4Hvvvffee++993vvvXdrW21710KNRkQbWmm0bdu2bdu2bdu2bdu2
				be22/XubzWZd1826bpN127q7LV3oogsdcRzHcRzHcRzHcdzGbdu2bdtW2bZt27ZNtq3e9t57r2+/
				/d77PdmTPdlkWyaTyWQymUy2TCaLyWKxWCwWi8VidCwWi9VhYbFYLBY2ozoWFhYWFhYW0bCFbYeF
				1WFhYWFV13Vd13VdX9f1dV3XNF3XNE3TNE3TNE3TNE3P9DzP8zzPfZ7nuc/zPFM281meS3rvvffe
				33vvvffee++9997dC84333xP2aba8t577733Dvv////////j//9YluVL3pZlWZZlWZZFluWYFctx
				THEcx3EcS9xAcRzH4XAchyUcDofD4XA4HA6Hw+GgClcJhaqqqSqWlJSUlJRUVFGovYdIRjKSkSwo
				vLdsRgJJjdDIDKez4TwbmSdGJkxMGBm1OqXubausssoaERWiClNEKWWUoZBSCimjbI4yympCk04C
				gYGBgYENyHEcx3Ecx3Ecx3Ecx3Ecx3Ecx3Ecx3Ecx3EcJxr/GW02o9lsNpvNZp3RzGazWdfNZl2D
				cRzHcRzHcRzHcRzHcRzHcRzHcRzHcRzHcRyD44HjfBzHcRzHt9K2be+97b333nvvvffeey9MJpPJ
				YjGZTCaTyUgxmUwmk8lkIZOSxWKhGovFYrFYLBaLhcXCYrFYiIWFTVhYWFhYWFhY2MLCwuo6LKye
				uq7ruq7ruq7ruqbpmqZpmqbpCulObzqmaZqmZ5qmOeecc84555xzzoOznWxfZ1+f86OHzjnnnHPe
				YM4555xzzjnnnHPOOeecc84555xzzjnp55////8v//9X3kLIsizLsizLsizLcizHcRzHcdyK4zjm
				cSwxyTgcDofDDXOywZzCKZzCkigpKSkpKSkpKWkgFAqFQqFQKBQKhUKhUCgUCoVCoVBILhQKhUJh
				RDnPZoJwzjkPI1XhU4WvMhVWWmGF8ysUCoVCoVAo5D8pHIX/////Hw4uHAgT/sJy4cKFDYRCoVAo
				FAqFQqFQKBQKhUKpiLAogKwQYVAYQgiDQqFECEMYQgZCoVAoFAqFQqFQKBQGhUKhMBgMBoXBYDAY
				DAaDwWAweEkFgxUsCqIIDgUpSkGK0URERUEKTpBBMBgMBoPBYDAYDAaDwWAwGAwGg8FgMBgMBoPB
				YDAYjBZDS2IVGQSDwWAwGJzBOScGF1yQAeecc84555xzPueccx4MBoPBYDAiwlRUkpTgJEheESJB
				Bj8IBoPBYDAYDM4555whghWCwWAwGAwGg8FgMBgMBgYGAwMDAwMDA2uBgYGBgYGBgYGBgYGBcwYG
				BgYGBgYGBgYGBgYGBgYGhtQEshMYGBgYOIESE4Za0wY2sIENZBAYGBgYGBgYGBgYGBgYGBgYGBgY
				GBgYGBgYGBgYGBgYGBgYGBg4hwvsAhv4Ask555xhgXXggYE78MADGQQGBgYGBgYGBgYGciQwMDAw
				kBEigZwzCEVgBEZgYGBg4FRgYKAERGAIjMAQGPgOgSEwBDIIDAysBdZqtVqtVqvVarVarVar1Wqr
				1ahqtVqtVqtFlDSNiIpqioqKiqqmpqampqampqampqZqamqq1ZqaarVarVar1Wq1qtVqtVgtFovF
				YrFYKxaLxVqxWCyWsC5WKFatVqvVarVarbj33nvvvffee7/37l5cl9QldUnVSO2SopSUlJSUlJSU
				1IJarVar1Wq1Wq1Wq9VotVqtRqvVahWKQjVU1YQKFSpUqFChQoXapmqjItoUsahFLFpRURRJUSha
				FIWiIiIajUaj0Wg0Go1Go9FoNBqNRqPRaDQajUajBb23bVHbthLSK0ifICKVBukl0CAN0iAN0iA9
				SIM0SCsapBUNrWhFAxoi4noygagVA6xrVVf03nvvvYhGJaLee+8VilL0TlMzQzPDeTobzp6oDIWJ
				qTAUjUaj0ehtpW2joVFitBglRockyckFyWjvvffey0XfFrHoi75oGBWvmfp0bT/6cUjvbdtOiS6y
				VBskenQa0SN6RG8lIiIiGiGoQpQmRNuhtodo2zZ6hU5VVRCitldCRQ0VhSIqotBDHxERDYUeep+Z
				mZmZmZl5M51x3SjtUNvQG/ptL0UrdEhSOQu9BHo/lMH6/r333ntf6EFY6EFgeu+999577723oaGh
				VCEISShFQj+AErqEfujX9ICwBIy3pUZMhJZt23YuXAh9QkNDQ0OLocVisVgsFovFYpFK6iKpCFX8
				/y8VJxWf//9/tvg/NTUxMmGiYtopdVq8WCwWi8VicT7FYrFYLBaLxWKxWCyyWCzWRN6ooSFqUQl7
				sfjTqqtZlauabbHixYtfNCTNdV3XRR4ukiopqUpJSUlJSXGRICETVcUnikdxUTyKfAY4D1Gc8+Gc
				c84big8n56F4ES/inHPOOZ+JVEW8iE9ERDRERJyIiIgC0czQdGY6GxnOs3lkKGZaDUPFUqlUKpUm
				vcU555xzzvmQJMmJiKhoNHtct5GxEYlEIpEYYUTSL+X0tClgT5xIzjnnnHMhISEhISEhISEhoSAh
				mqCgoKAIgYKCSAoKCgoKCiKJ8/UG4sKHw6mqqmpmyJkZTkNDQ0NDEx0REQ0NH85nZmZmZmZm7kyH
				bdshzSYI550Op0MOn8BwOBwOh8PhcDgcDofDOeecc85Zmslwcvjw4RvOOeecc/5v+WM5HJeESUqC
				DOecC+dFUgCRmaqYIFMxpBgCaMxiGMPFSMwxESMxjBiGmApDYSZMyJ2ShGFIYs1Uqaq8LMuyLMur
				LMuyLKucIzBlWZZlWZZlWZZleVmWK8tycs4pL8uyLMsyTCkCE5RlWZZlWZZlWZYly7JsKMuyJMuy
				LMsyTNlgYIDajMZZ2ZVcWZZlWZZlWZZlWZb33nvlXrm8lF6pVCqVSudfAqSMUsooo9Fo2/JoNBqN
				RkOjoaGhoaGhoQwNDQ29QkNDJapCKFVUVVVVZzZ0iyxO8JNkKJIkSZJkiZxzzjnnDKoJRFMzQ9OZ
				4XQ2nM1knhgZzqtkDUvttCW5Sm9JSsuyM1SBXKAVHYhFLIdkR4aSIkQhx3HknCS5ABjHcRznOOec
				c07hnHMK55wzNoOTNksoFAqFQqFQOJxzzjnnnHPOOeecl5MRrGEwMBgYDGRsAhkYGBgYVFNUU1Ot
				qampmWrVpmSqWq1Wq1PVGqBWe9u2bZdWtW3btm17W2pgTW/13ntvvRqQhcVqeu691Wq1Wq1Wq9Vq
				tVqtXq1Wa0KpjMgqATiptW3b29u2bdu2pbattm21NKFChQoVqkeofu+99069Rb29995777333vu9
				05SQEKPae78TERFROw3NPEREREQ9DBWnpVKppVKpVCpVSv2L/0MiqSQKuSCRDCRqjWZEoxl11I1G
				G42m0TSaeu+99943xRSmEpIppjDVCE2oMkIphYSEhISE/v/7/73/V6Deew+0QG1v2badml41vUtN
				DU0NTQ1Np+lENDMzQtODagJ1ZmZmZmZmnpmpmT7TO31mZmZmZmZGnpmZPS/IDvn/fP5N3/RNtmnv
				vbf33nufpwtrDdO2bXt4esn0tm3btm3btqWaxkxEY7FETIhZTPSJmTAz0xtmAUEi4N7ew/QQplda
				s23b9lX71d62bdu2bdu25QxZjDAhr9S29z7DoenM9JmZaW9vb5+Btm3b3rZk2bZtFzI447rS2odb
				u/begd7Deq9nTve5/DburbTSSjuUiki7tNL+S3s0GmX0aKNt27ZtQ7TtoZ3QhoaGhoZKaDtVRUWq
				1mqK1eKkrmJZdnZ2lkhOvQsFoqAKRMO2nLa3bTtt2/a2bftlb1n23nsvkSVZjuQchTMoDAwGSUr0
				3jvde+99EZthnJ2uZ5pnn332RoWFoUYoFAqFQgrbkLY3KFLB3nvvvcEeDAbjYJdgj2Avy7Isy7Is
				y7ILPJAVgRIYAiOwNUVVFdrvFb333nvvvVdRKKKiIaLSEKk0Im2EpiAhmacmUARab81Ks7btrMS/
				9957733ItitLlsO7Ht1c77333o/ee++9l1z///9jov//P8T/f76+10f23nvrWjcqk7Uqk8lkMpms
				svJ1Xdd1pdg0FovFYrFYLBaLhcXC6rCwsDBa13vbtgGK0bZte3/atm3btr1t27Z/23ae//22bfu0
				bdu2bXvbhnbychSSc5xLMHAzKmf37s7dN9mLycJidRhdz/QI75tTKvIvHP32ZfllkrtU7vcey13k
				HnKfe++99957773h3hvxvf177733hjsQDldVSUnvVVVVVVVFUjNEVBqaoakhkXSStm0baKR3qVQq
				lUqld+kTJqYahlqdUtsp25J3ld5ZDI32tm1LSrlUWkHpgdJr0iuVSqVSqVQqlUqlUqlUKpXyPlMU
				DZf23nvvvS99eu+999577733ew+Yn6g0Jww6vAcTGgAUQEEgSIEY55BCVMoDFIABC3hsyKw0MHRs
				MCgUhMGgcTgYGAlKhMIsx/SUksY4Q9oAWTB4NM1XlIk6KOD/GiQlZsbN7GLp5TlwWts3ctkB9Qap
				j2q4x5y0EU37AM+tLQ+c+5zyi0S8oObX0Lw36S8/TPwckiEnkp4YzMGeQzE2bFV5i876f6aA3wns
				yohs3GAJTPp84I7tJc/Fe5jOwyN650Kei1OyRhB4AxfbsM+ddE4P8zQ66ETJTt/pcxrrZFnZulz6
				3VNLoET0UxJNeA3sT82TsH8rhJkmyqT1JbVk2F6nkOGSaABuXSAfzAikZ0xfeh0SEIaDNuFbETJE
				JEISsBAGR8pqcV9ijhV72uzOaqFhb4a6K0KSVQpYaZcpJ3clSSU7fZ2KyYlERvKEqmOldY+FOyJS
				10Tj5IGDNm2oEuWPgAWwQqnhG5Rl68rjPeLjurx+aS1HWIJ2+9ly0xpUEbcodl04Weyb1tXMgXee
				tn5YwbADJaoOq7Mq6Gcqwda838HlXYNKHVjaB4cCcekWHersJaXDIjhoz1iwcycep/mYgwQr/dJt
				dtQoGlrVL93y/rHO3N3ANdJp3G02qmQYImvsfO1EwG/irkJQX1aPB1ECGSGjCW20QzEw3pN6v/7c
				TtHgwZP/+lpT8CejwBA3YigOOMTRVNkpNNz7wk+93x7nWpi+07PMJhcr8IXv17iEiuISDE/Wqan9
				iUHodeXEcmXvvMcNt8fy3JPnRQGwKZH25xkrjAtxDDpPHVq3AJtXgw7J32H+wcsgivUkLbvuyqtC
				/3l1XvhxnX+UL7HO/Oo+Hf+uqcoltTLK37xFjkUOjEwLBKisk7hBeBMYHGoOEX8mKmtpp8MmPV3o
				+KQ9CHQvZ+KSHUUFWn6FiSPnh4r9CkHJHiOfcG3sV+YGw9QHw9qL8tl+9fSXnGyF5Xkz34qVyCY3
				1O+EfAQqZbfBJbhcqGmIMG7Ehe4Bg/4ShVxpym2yriKQDZnKXJJpqiTylHPaehYUMSHXss78r521
				7x4Q82eb4fmqWiNXrHPZGHDQFqy8Y23IO706C+wDOux94KAtwml1FqXqBItCWp1FH0iH6tmi3kAM
				kqu0OltHNrltzjBY1tAn+8YDKVzIHlJnLGOJtpj8IsFSZw7GB44t/vn7mJqwetLW42J4LzvWWbJs
				Mi4AVK4Yntm7Jb+QvHiljgOsTPig2npUZUz27fvTtiILX6VbM5DKPLOEBCyTDatvbnPWwiqrRGea
				E+1As54oh3AcWyZ9npdJ9wFD4ayFsphAQyiBmIoht6BbwLxH4dFozFsWVR71ZzwyuTFUfxFUb+jZ
				Jn6bCSam9J3fwj6NVaT3Ewwbd2ywmMnrVIey5TUbUokuY5Zyw28Ktgn+MGgb1fTgsD3BOrNSLKsX
				NB4JrFFXhPx5GnJgMZkWRUPu6inAbcxQO5Vs5+fXeUGVnw9TdS41BBVsbz+hkhQf1Nl22Cwqc/8i
				BW6DcvDSGvoIcn1QZ+FZsI1PNknRGWDagR7UeAdEKgHHE7lgOzCx8GWvNNCveYrCOYnDL7lwZwY+
				hT6OmxB5X12nqY2cRx+HuYs5Tga6ElHduclPAXF69gF5mJEZBY6l3UVN2BhmjoaFa6ZPnOiL0H4A
				/WE6bhv3jISIvB9csGVLaDyXB5/ooI4sS2iAkXbaAH8/ME0ot8NcmWEpVQtNqjF88b60/7pyvU0H
				DVkfHP+yf39pb20dFTl+4eDORTx2FIW+rdlCyPuFf1IQD7fX3apCc/D4qr5LEsH3KFDQBhXJ2RUK
				2FHI+844/A5w/k+f/OB8b60lk2pUIbg4nTJnJPCfCa1ZRgp5vxA2ZbBiKeT9oq6aM190ivOhJQYc
				OP+QhLxvA4pxbtAhCGh4yM9WDJrSUFxiFbOcbu1ShUI7TtOh6Jrnp32bOQaKpMGVba/ZDeUcHtQz
				S3vlhwEyjWMW470PmCWFtvAk0mn9tRbyks/cVbIFpCGHKkFU5B3trNHnoQxWDmBiAAmL5Iy42dVv
				3MAZ2vLbnC1+QVQTjBc02qGn8KepU+wCRhhTh3XVusNqpccK8027e4O44AdALATBchYM962Jksu5
				QFFliCUCJG8mDKEINZHTCHCulmh6q+hzs6QHdNvdXchtd910o5V5BDTnXJAsPU9E0Ym18M7GD2OR
				cEyAWeru7LmbljsdFcQslGZcXCNu04nQ0lukty+iYeZSJhwW2IwLlTPnZSAlO5qQizZyo5268NPg
				ltFDGr1ID60V/ihUEItGYFEZ0aRMh3GBMwbBPr/PZjzD8o6qKH0MhTaWjuGCTuwWULb51TB5VF7s
				Yn7Lqg6WBya9Sa17tuezi8vZXUQVInk3WrRNN6QlN7u7pja76/1sdqefWAtoZngqERvfauPfE5Dg
				igeBhWdwGmAtOFgl5FxNgCJ3kVzT3SX6sLtuPKe73Q67u+pelSzyT812k90JXd4o7KAg5yV6yjMg
				GxtAQ9uhV/CB3GN1L7RxEiaS4mWcupVh+d5F8wxOJ2+PMSe0N81iyQpblu1e6pa83Gu2m+DMaV7u
				mBhmT/WsUaDdIMXSenCld0iHuWluCTvFNSBersWJ/prCQfoi9uZNC6CJOrhY1h8xr1IT6bgvgGeB
				KWJLq/8g4mwcuNRVhGzPFM+IJY4xBM4FWfccfgR04zwYqOimURCVrzzUpEpHL/P/5chCiJTsZiBp
				mB/d8QyVzwEv2VSfR1fyKZeFr66D++yb52SbeqJgVydMFhBZywyyoTJmsn7FKQeRxcwMfEPRZoSd
				mq+yI9xof4AwmFXj/j8zCNZQaMOto+bTCI6mGXAon0sotPl+wwzYrq/NQwN15kniJmCgTyNrQIBN
				Q9DsMjv9wuqCgg1fMPQzLFWEXyUsDvF54se/daLIJVpZ9a8ORIevq3zzgV0wgDEvhDY3wZll4pYS
				P+/ENMqIqu0GYdQAryJs6M3lZxwNCs1pwNiofRSld9n85YecVIntfRsKbS6Qxe4ul5+ysg5OnpsC
				pbmTrpCzPdAaG4qpMN2JVYPPRFMlKO8ozDsG8dRJ0flLd07rS3dUfNCAvI2jC+VJl+7c2Bi3XHHp
				jno1yPuT+BpeC1Dnvi+s97643m37PLwJWV7cR6LcxvuIvVcgYVj0rZaovH6KepHdQhMyLLQP7FGX
				/Rq9c4AsjDt/EyfrFMqOwgLylKSr6NNer0vkIkxi6W8G08nDl+xIXmkjajDknUnf+NnwMd/M3ziW
				+B8xNHs6dn6RHW5p9VFVh2tC3w7diLNqt14atX202zGT6KV83oD/q/8lHy6alpNvU6AZFEO910Ll
				OOcl8abW1Pl9sv9TPJc4B1tEzfqDptCxYlohMn/DPIoyuqgR9KFRc14oTI8wB7ghZ+tw7u6PxZGf
				VcZLsuxU4ahlQR0w5YyeYwws8MM4704sK9tDya1gmc6/opKmOZIxDxo9dN2K5z5yiIxNQeSYM+gi
				8Fohy6a6JScgphPP1JVz0WJwTttEnntbrpztBNKbxVzIlbNI/FNFVP12h9SrYDZxuXK2RQfkbM8e
				qD2EOYBKkot8QDGHXTmLIoO+zC2iLFIx43VPRXfgj19BZiOusqaTb1BUm4gHAKiu8qHx+rGmVKaq
				VbBv3o5pVImdcivN8gEE0QYSi2x0fQLrMYVRaL6OzdlUgZ5YgwUO265v0eHRutHniR3djPUlbIk1
				lV9WYAMOZi7n3M67o8TUa9vFDn5TeI3Vt/HSr2FJOGd8uBnEi+GsYS0QFto9cn8CxVVGUdoBhMCv
				I6VR/+XmET2eWRsfLN0oQFg9hwbzVqBWTJdI2LoyEk7wcsWf1m7IM/cSkMWONWppQ94TSd2xsC5J
				eEMesFotd94zT4OlU7KaSIVRw3ovKPL6sCGvL9l+Hf3E3w4PlmtU1y/F4MHSz1Iii9bfwboPLPzW
				UzJn+DypcWsFrbgIusXKqhpvNqSTW+EC4EoRbV3kCUD69OGM1jLVGNdbOgvHtd+CqQabKAWENgfK
				WfFuEVMNQCbLWTyZanzC5udiE4wshlah4TOTmLFlOtmkEljl1MwHSacs2R/LwbOLQT6zEyPjgfVh
				48O5bFRP5Z1hZenkHm1lhqnQyrm5tHsAaRmdHjXAfwRL4oB6GSnT7v1oydniXauwQ4kafTT4jv7N
				Av4JnUhYZ2Az1FXKpWFh0snlunsHlR+mJUHsGqG59vnLVawCA+o5jgjAmYKrorQ7qC+7JJ3chCM0
				sIgohidoJTkmcIUCE8/H4KZMWYywih14dMmN6gL08jG4QTLPe8e9iIjjgqPKuURClN0IOdcsz4EJ
				TRDhIj8hNLjzCv0TYEPNCUmewS1nmwjlsPwsh5DaBs2ueQ+8H+6j1hEY4Imxoc39MZv6lGtgG7FS
				faO15ZL+NX0EDCcGgPV/rU8N8B/BkhigsBWEY2CpJY1a15J2M6XVXyp8MmIMYp2luxYsdooyQ5EX
				40HYlLrmCw2KSOvzcZhdv2MPa+Y9VvmCRQ83IO5TFVex/i+suAy2tliTmmsITCIKoQlYCc2hQQCX
				NOClO/9maNSCyHrTdOCTV81SGGRoZyL6dnZDEOFRCX1tAZXUcwBd38Ve5NPsEeFdECmhe6vh/jJQ
				GL/ih3Kegt4qVtsRS8gnG0uJaIF6/z0WqoHtRdWFhR77rm3R4dG60ecJZHvF0sbegLzqa2HaxdrJ
				D6FUFbdnYBVYDVfwLIDf0+xMGEyYl1gRmv80SN6pDQ1sd8IR1Ui5UiKCrEGLHgJ6Itt0NmCvChwC
				eqL/FzUwv5lVfgJ6WCgF/xS2HeRaLMcH9mpgHOAJ6g4wYh+GWg9sSZ7U9JacQBrRxGysryhnm8qQ
				KqNMKfgdN9T8HD1AOSJhyYmXUCs93R7t5yyFATMGL0SY2KOOArHd+Z2/88aj3nFJ30ceOHqgp4Ek
				6vhrmti3TEhAEbI7sviLWcqfW48UQsAeYMh/H5zSzY9Gn1vb3MDr9lH9O6Giq2Wf/QsWV7OLA1Hk
				pOykaJv3jaWtWEm5Igbb6zLt36517nKRf9v3QEqTge08Q/gEm1nOzDrlr4dV0+vmcuSUID+5MG82
				ljbgl9rK/B4vSCGCEmYMBYHJrOWu2gcvykaM/LwvmG6hPVDDpjtvLLHXT+GvwN4MlkdfpP2ORZmK
				zOEDaKwTQRV8TgVjL4j4YcH4BrWDB8459DmRFNLyEJXQ6jWWiKU6D+oVPnTciaFQ9mGRW2ntTCTW
				hPCqPLx4GwMO6TeuHdjbUVP2Fq7l55C/SFLJBnhBQHJEaD8ko5vDyoNnpgVWoGGtBHyzTEgxlLAR
				RqMTz7aPKZP5Q2HCu/KrmRFdq7rgdtGu4HbuLcHtKE6tiTTFtexpgYtkBhLBX5DBJVj0bFapbrvo
				tPgrtzjddrQyEMqdhiVmMLo/SLjPBV4taDNAKDcnlKtfVhvWu5b4z9lPApBrCS/Kosl+X8g78LLn
				pdvy03dYVzMwCiOqbBUyhELbMlsN9lYUBynaDaaXR8W9oz/jFWMllP1YYeaB1SQ4BNHyAOtXgjPD
				tdYt5RZXi4oqOLrXlA0xBovfBmsvUw8tiQRzNmBja9K6PqR5FANMQBZDYa9Q5Ibbw4wNr7/G7Z27
				r6J7yUl0L+FmxE2JwcE3niQluvN0ow2hh8II03ZO9tJ21IdL28XakuV5L9dV/QpR5VhZ4l1MJyuT
				gERhNFE8EwMGgUV9KZgXvqHZysHMrDWV4MDW5/ER1xdhv4N2k4nQ3U6XLsmr/leozRmEtB/SMS3E
				XspygmvwZTe1gKMZZJRlq6jeRZ0hWywntGn+0r8fxMWqUjgjd2tIVqFUGoaaLa1DL3lTCIiXD0rI
				awcxyMSJxg8Hnwp+2ok7gvUFcJmQgHKYWg7qOGMraIN/v12K6ASmuRza0m37+Mav9N/Gry50l7cS
				Gr+iAIokiuyW8WX8KnRi0bKJUfZuQu0B4eqS84AHV/yqbyp+pb9N8auLTaYg+MA9OsGAkq55EY5f
				ae86Mfx541fXdzmp/VHtvOUvngNV+7BgwJZAecgbwS2h+mKb60aQFLGiqNwIOsIxykTzQloCfMdW
				1EKgJYKEY8Q+ZcC8WONSG8LSiSszrPkWxGZoX1SG03ZkspyGAoriCdwg5QVf9cVlPn9pwxURDdXu
				4fpNIofinmdhzEhKhUnonFJ2yCNsL9vkqGORsEMZnSUt0ZzOW/pgGjewu+CbP/DrJJ3OxPnpyhVj
				CufcwUYma/l5SBOdeT3ftcytl/w8fdOaJdNrVCuIF3Yts+VXpJXwrIzXhSsoa/kFBlt/lchrmbCc
				B9vPfJULMwu2zCP1YBv1k1Y+/Z5TLkEq5WbEK8ri3rPQPC/FoQCTXPRouT/k7e54SLhXSlbb/Kkb
				/CYq1pAdWfXR3P0WqSd0Df7KlCtz10IWicVwAm4SV1/s/Gso+k4NzpsxzR+t+UkkS5FmWud4FETR
				sZOBHA6YOeB5y9ziXOUGMyE91wkynGHjHCWGXpsRQusInxcHD1iUP/3Z9BBAnEIVjmej82GNtnbH
				eUebbXjPNaOdb5v5xxKg9NwSuoiNzm+J8UEwU0EVEkQRSUanc1qf8Mi54+5ZRzMgdFEMiWhtBVjN
				wBLVJPkioUOuB6um+JTjZR8PmOvDKT4TYN6ZLHtW4JclGT7mW3HF65PGsrDIfw+cUj2BVcll9jOe
				O2ARHPc0F1xy5Qyqci4s11xsKHBvqGFFtnnVa6ScOWS9rj7KUpr/7FQSGOysSsNWbHkFx7Rb2yAq
				+Js1JUWRnJXhvn2iZKANPVXGXuIh5O9QuG9SCxq01fw0A4fo6U98fUw8Ci7ZrThMPA0FTconAnrf
				7eFyrv31bnHvyFIbFcajuYy5NQp/xX4E2eS7w5FpZPbjJDrYz3fgIgfyosc/xNTGfHlaj02IwrVT
				A2i2zo3uMaXOCby8R3MPBa6W17USPYQwbNkmKrvlEg69XknqJK41EAff2HDY3XJxPikeJfdkuLLw
				xQnpWKttxwYc+IwxlmV4MtyOtclnCN8lvz6Dl3Ay3EWwG4/qynFuu8a8ijx8t6ZRC+8/PiOq5BcD
				/QzB3h1C1Yt86UboAYjfMdWEHvgHuNxd+vgce6krfiVq3a3FpLyN/Ki07AA5u6LnWtQB5cwP0dCr
				NIYtGlqEG64fN0CT4dDLJbhc9RFLzmuuUGO4xdcso519+Ubva1W3hwy9PCahFfmOfeoCtYG5ci5Z
				Qo115TM93Rr2EhImhzlksAe3eghuF/tpZXAtNPIPIkcM7WzXutHr9UOI2ni9PU1szwxzi1L6/07V
				sRKYd73LtzvjCRXSFoLNDpNdDHWXObgJcXVEGj6F6Uq5Lwt5N/TwYBgBKGqYLaIVv225NqZr6t32
				hSeua8AjQDjMZbhGG/rL73lmjMQEqg3W4AuzthCek5zcidEc+gVYKfzQind28ptdYdN1/S/oYXQl
				IKUIHhhfGjgL8Z6xo7ur163BzsFOyjzbNJNJGEsImnIjL26CHg0Gh2drU1FofXCxGbJli76aSwrw
				UKG3IOW1fg8ThmJKn0tOMe1HTyiwKUKulJ3rhBLYCbnqjgFQEsclZagzyhpgp448F8UGNq8IfXS4
				Ae6CAK/CQuDLcaf1N9qVJ1oblQbb3efqcO2DMa96H5hhloA+iFuwXfeoYDt9IpgnyitYIbHoD0vZ
				VnVVyIW/uLy68nc4DWh4iKN+/+6DE4u26kHixlWFBRtBK9kd31o0uz3061ZEe3ubLHBUTX6Gr6zW
				5qIeqwOlSRfonMl5HrV2yW1K69dAydhzQ5tXoPJKArH+mU+UQcSHw2rjXDcwtDzNEaJIMJ7kAGCu
				HPw5y7pTi2hCfxEzZSljB37cZBXX2nO7twLfdsrWsjz/LtqJ4SIqqDumtjwpX5OPgYCp1deFoFkZ
				jJHd7G+ktzMRgTxZ4miIKwU6qQFK2n2xMFntg1dX5rgprQFTQVFlpW2C/ivLgMFBRhFsV21Ko3Yl
				IFI3W8yzE97T+E2ZHOuvYNC/XuYOCZmWkB/Q2x3K5dORmSJHEErnYJCrYD2icEMsWz1H4PMDuosO
				1yxPdZJWjklKh9CVCz0z/zaz++ll+CCm2GL1ugCUov1bkWbI2VvId2iS19WawB75p7FoUgrCiJHa
				awOTiVN4hnZS4z7dNzhoXmrg/5Fd5M+hSIllbOB4p0W7yI+gLAIW/SNkeAo/f/GHsnQ7hWkUcNrl
				dPCW0vljCOIGOUtpeOvR4y8FeisxGHZJCAwbfsNq4qAHH59kU26WtAqWQpUOCJDO9LrDHStWIHtA
				ndCkh3otoLGO6UFBBZUBdUR4lTIVAL31MKCL8SqhBzRWJXyokYc7kcSYUuT4MqUDh2+fPl1d1QoO
				vXpVDcfG1xVUfW+YqhWibhjtcl/RakU/DOu6YewLpgOranWomLF+o9QWovLq8T078u2naGKJJalO
				RrZ68rHr4rU2/lviygP5WbpdkKo1m4Z2X9h58k91K4xUTJovUjJgemOR0l1QDH7OB/ZlgukuCFKL
				aiCxqj5kGN0lOgaUFsz9HZDwmgbNEny24NJtRHqOOt61vXdTHCX6/TqSqmXhrTth11aJ65ZNB6sz
				VI0SpgM090FxUqFRAuwyagWeS+CicjUaJRT/mZ3SfIDLt96+LqFWN68oZDMoRalX5ZxLb5Z50BM8
				4ojuDFwne1kRrHI34IKmWvcZbVcGHeXxl+D3P8du+1P7pigFPPZeX5HHB7TqEtYtIsdRisJgGxit
				lhzgdtAICs93Fdx2jCmA9xDc/bCqGfXcr6cN/FFgktifs1IKYW6f1ztjjYl0sfh6ZxykEPY3ID14
				02E1ayK4vt5ZYWQz89xmICxzFgo76NqiU+YqQEVRrruUmXK5Oi3rflb44tEhHflKRMWVFsQGvhGY
				gR6JfHWp4qU1RWZkMXEOz9BOaq71rPVpEIQQ1o3iqrDurOdAHwEV8AZ2pzNHxn+aowVYq1el2exF
				j2uL1W8M+Vox8rMguYsIkhRy4oWHsnK+MV8/TLCZ+1N94kxcRM7oU83pk98kK9HlzNaJEUqx3Gzn
				xbKCls/3dxncIHYnD2d0KvdhwiATNkayHcWC4po3up7fVb8HUMUG9EwYwzBSYgNlZbo1mHHp1KKM
				CcMFtxXqCaD2Uj4bWtBAUvNhGbX+EK3+C3KBOw3kSNn1bOfto2wBSV9BEtij9WClR1FRydHxo+PE
				xhKPorDgAMpBO99S8TxO2/MoISLp5mxo07C+pcIk1hE+E10BJcp3hYRnkOQM8rxrtNNn0Lwcq0fw
				ll3RH7tWWF3GIdir9yaSHImtLeRLA5aW11yUFWb+FrjmTOgDdUNGy8FI/TXtjZ5OWRrmfip50+sF
				HhQfbbYY4AOuvazxoYZPGJCe7YP8CBCKlXDHT01GZHBRCM3ATnDViU5+BElmlPxU0yt9eoOMawye
				BoFyRnPBW9xNg2sLj82hJbd0deOzP1DoZJnxt4UvsSRQ5UWikyXDDkPckuTEYAzmbxpMxrxjEqRl
				wn2l5wRpgWGXcIeb+mXOtk4c3gruUN2au33J7pF6qJ1Npvr+5UTBxSwNP0x6YIIDWAS9mUOCEuAv
				RLtlHKsmh1DPHj/GObNvdcYjFejtazwZCxdj0uEjtmnYtLiNqmQdBqaMNIbAW/geiq8y1y/bHlaH
				qrdkdO/9TGhYlKfQHyQEUgxpVBUGA5SQXjGUExEwHwqLKvWSNhMw7FAvJ6Ij+QAO5VJhVUVTS4j5
				h9x6mvqTkI1Bis69qjB9wsacvsmk/fI07UexTJtGzMZSXwBK70S5trlrVC/0j6yzU21Sm3YtDIRs
				YGpgY2PYiVEFGNHmGa11uzAxk2ANBcEyO3PGQauM+wA7ZzpvdZabyb6F/mJ3pAfkRS3CLhVRh4Ue
				264t0eHQutHmidUdetNfUqJLCeh1vWp7b2o3U/A23uLvgMCmohB6XsT/RByONKZJFmrKWuM2HdzF
				25foquIGW42Dm10IBrZwxAA3YcjUfz3iKWGsfq2xl3X861slIDHjZSkWF683zuHauUnXY+y7wO1D
				MhDmr02m4W1AB+GW2emWVh9VQ9UtMtrzPiUUJsop6A9yCEu4gMXRj3mcJ/H8FlocHX+HdlIBc/LF
				3udyqxtbK0uaORvzmR8zyW6uXcON4bSmQhQdg2ZGHoOGt8zJk4Qu+6xM0eBRuhZTFw7/WB/Ia2dl
				77BmGxmM9eVylWH7xErNRWD9FER4IwE8021kG9PB2xkSojwb+ioX3gFrZr+e4QPnD56okKwzBS4P
				WI8QUmwmnAdkO2jbTgI0w7Bk0n9mGkTpcDDn9F/JEN5i4CXaxPJaWkN8t6q4DsG11psBd50EqE9o
				oxJjPR0RsJlDch7Zjw5Fbj1cbuZbJ0H0L72Dm8pVYKgjm2ZQhaMyoutsIi95F0jQ1vcivq0xtaz2
				llwh9Dk+mQhntH7R/Tgr5rmeeZLkEJVwHPTWA3bYtOErvDgflrdhZPv2iDI53FSKOSdRYbwAEZEQ
				bsRTL1d8EGwFlgbO1vhCnVhoaPc7pXxjl2fq09yhACh9q14VnMOjEFvFhzXyWgXnNrJ89WRtIN6p
				3EAKDqZcFZzxuGUqcklr8oHl7d8J288cYzzOsHBOeAt1+exENsIZaQi600CAt0M9BF8krl+2PawO
				VWfJqOmTk2Dut13SvPFJJf4P9SjWmMADDDafG4xvN9Qziy2D8VRhZbp2awgmE1q7khJa6z6S0Jp6
				QRB2u/O1zGnsLRcjF9HGSTyhxTZBOeMQ/xiF/ciSWXgruEF0S+50BbtDyqE2Jono9icmCi5mafhg
				kgNTHNBi6M98ipMAfyHaPeOY6nYyQLi92O968GO1id7Yz2svcPrUa30A/m79B6YCwiUom3uvOHij
				8uOZd7cHxCDGeiuqo+hWXHJV8s8kIDOTYJW5OrALwfCWcfos8l+nO5586bhS9Z2r95cThNazNHww
				OUGaA71SPYDeJKonlAehpGDnOy4mBGqpcIj3I/Rg7uEUyzQM4gwDfblJgEwIhg9TPPrpoL/R+/Yk
				EyroCzKJElxigTb447BY6BO8tStR+CJz/KLpYEUPtQoqequ784fGXmUVVOhde7C7EUtlhD5lUEH/
				8tnupnIdgR8ckIQ9lVPKZRvRDprTJqGhONoG1+yqIX9w/JbzKdwjRtzfg9+mohSuL7HBQVzcWOv3
				21jTBbGNtd2kt8BbpQanHqySyHprJsYaZU3drCxwPflbPE0Z6jnCfzDW6Oa83ZqKGyxU8Os2q024
				SVKJaucRs9XAzZoEyDEXukQcl21XdtJmkorYPNorSL5VS85atbJr3ul6flf9Bip9F+X15r1R+9B/
				VvRVl++VbryKmkQ1nXJrH5fTsij69vQFbs4QKGbKExIV4p1VxVoIHn2ahKkM3A8Qnkl+j4AoiU8A
				VQjGnBPEdFXCQEBXqOqfngDJuuFF3yq7McM+XbKBpHDSdDh42GyXb7GYBN6eoiypnPCC+vxjySy8
				FdAhuCVz+oLZI/VQO5tM9f3LiYKLWRo+gAThBAc0CPgzd0aTAH/AtET3jmP6Tu67LveV+DTyZR+M
				7l+7JiBfWse0mYgWHeAtfJUJWM7IG8ckJMTMt4Gtjh+FJkSuXha2DW7U9TN83c5EsW7kPr7SPLyV
				6gGvTX5ew2uYwo1UuuxxmyaL9iWnkE4kxDVnEvk/iHDjDU+GNKBnMtpGQfgtx8ocO3k7+3Ta8GpR
				v9c0BBnTpU5g9WIMf5pZuFnsWsBKCW95yykhO9VmmiwgwGfwBGYS4JBaVdqbrSzVrGvrTrV7gFOO
				M/PhrU0dtBmna/tRsF9vZQY4F1HwtlFowCsb+I1+Ea34JZQZvMXAC5SJ5bW0hvhuVXEdgmutN+Ma
				zSoKOR0QE5KfwU1/yiSym2Z3WFKcBEHlZakLqSAMMjZtk6fPOXMG6za7aoorebmrUD3iaB9iJ4bI
				8qPR+ihtdjWsem7A74lwPPWMlz9wVZ/gWjE9di87JVS7ZC5ftnukHmpnkamefylRkOFraJgEfnj5
				wrj+PjnemJf0AN7Keicleypyy5JuonHlPt1T2WNVXug35D5d6W8vUnejU9Gex316VIhCoKb8h+lg
				DQZ7Q17AvNMkqGXCgBg25Gq14vUuf8anaMjz15d5eCugQXFr5vYlu0fqoXY2mer7l1PRg0kEJm/n
				cSX0vZYBkXZg44AJo3hYjmvBW3KqnGIasWhAAm7bqoKEXx64+d0qAcymw2W/mnvC3Z/e9TtxGySG
				eEPpdD1T5ctMAdoAy54e/05XjrtbH5XutxMOzcg5QqpCvLOqWAvBmtaNcTvQNXVs5BPcpdLAZdms
				l0Rta6E8V5AWBNrcK5Xe0jTzVqfH0D2w96SY29ZUs+IaUqkpkqR3UnOYRXgr89YiNovncAZvEldd
				7OyjkDJO5U6VqnI2Vee1jfZySTQ3x6sNy8bRXvgf6kI5MRSQp+xn7PkeBHberDW5ZG4/G0P20xIh
				AODzHbhgqrdLchLocfIXkQAZa4B8HzkFe2zS+5p+M5HX6v1e645qztDeczAv1gUFD8qPO4M4pT4y
				E/DwNu8KiAwmyqEJ2kmuuvDZNyhZEgwAbubUumE+FomQjGN4JgS+I1NiEiFhPHpXT/7OPk7swk2B
				viX5xMwKvFTlKiJDLImHL/bVNiZZSoZdr0CRRiQmjnx7lmaX8ROkay9fl/mZkrRW/vOyN6RTCrce
				X4n0wCKsau+UmSFuEJbEI6jQAnX8rbYTPCguX6xz5WZRVlhLS88NCSJf+ErVgyxFc77d+cykosOX
				dmX3abvfeHxLDKHun+b59JqnwcC0qprvy/BWor0xS+J2JbMHyoF2pRSz9BVyctH6sdYTOmRhxari
				X9Al45G7XSK8n0Bn4EE+wMzh7WwJpWdkhxIIR/XwVRLDQK2SLo37dPxJbamtKolqtvJZ/H5fbTUD
				m1gqiaRLRuU59XTHSslZso4VfHuKiiL4RSZgskgKZcAicNXBTj4CKONU7lSpKmdTdV7baA2VRGNz
				xA6LwUmj/9jxuL4KMmRsRxUCFO6ZN9JbKh2E9hhWk+M7kPGBaWCxc/iD8PgfAGxY1VkgvxNgbZJY
				THyhLX7CtWJjrOc4+7JhXrRyPtZ1A2i1E+fa7q5TvfDTEGGF2gsaYtyELEbN1o0vrKIOCR2WWRui
				wQ2KwttmBZUUE/05PISgVmh2EG+MBGpF17+N1a1Tl7SJwAP7acUtIiEMLeCH6VyDIWdVxBBraxri
				DXLslixqmTCf7mCvQ7z6bkPJ1w2uu/RGnbwFS5aOj8Nb3uinZV9N7znpp3FF1zu+7n4mAH2SgKjG
				zmYgoWjxDmCuc4hetTCrHijdK8D6IangJ4kKQqH4lfEqa0GFWG/8K27lL2/mydUBu9s6KjF4m5UN
				JogmuNvhxWeW++7Wj4JBXIHtXZwZHq8Uhas+RWPOpOpf4YPullBVlrAUkPrgQRNgixZNX+T0oaAS
				XmHOlbZWEkGg+8bT5mEjmyRYIqG8qGu50eTkg7d2KSwI8b6+Icg9hVXvqLLE/GvhEJqbSeKJC0C6
				6EFKlgPrztKYsQhvy//aiOXiGZbDjczVCz9/gL4kAYLag+1u4cp+KUeWvP0U1lbLxryx4/R0Q3sW
				2+VEanF62q5msCXzOL8fSnihShMAcFsXyqMliSRATqXw0xgB5MkK5qKVbNVugzoYkxWrp+GO6PGA
				INjrDSBfw5D/Mnmpo9wMNiEkhws3fQBZVzEsWgl1OeSz1/qKPI5WOz2b2c7jM/+yGP3OFe4/Lmtt
				D+9iVS2GtyC6AIUc9lxdkcc1WrepaHthrsIpxCpvU6GM4MbahkVUqff941QI1T4QA7IJQ8Yy9SjE
				7q++fd1f+sy6v+6N1f01iI6Qvj2KKWZUBVUdAYj7S1OPjiPPWNQuBLyEt3CwWOnNJLBaRFlvUPfN
				Ovofx7dqLAdjkRDerfyc5m/KJF7rEonKowgilb04LJGoR/VK9eLMqvsffEskmHxL58IlolUMYNkI
				p0Z638kdxhPCwcvwu+AY4vvw1nZ2HA+fEgTvJPIFVtcjIw7IopEvGWHWe3nQkW+96DCV1tnm/Cbv
				Cb5TSlcOT4RvPWg9FlmUIFkmbeVrx1RN1PDWmHhI2LHP1RAbDqXWzSLuCDbWGpgMhQSKvxTP7bHW
				345dxb4OSb9E8ep3E00EEXBDMPnW2+4NxvB2Jr8o19gmzkSDyeuxcIPrwWNBpIIAZzArsny9J4Dd
				wtv8BSFPih174kE+KvQAljSziVUXNWjgsM7KFAwWpQt1GpjNwDN8pQDhgNpflR9i8+AtsWf3d2CC
				nFqdKhG86516xJ2DFfvlYhnLYGFH0IbYT9j7KREmotNeI2vK1lPDydx04gDQ+1GApcjL9ed5adkh
				A5w/mtAUnyl6dAGNpuSaNpqY3UW/gErdRHm9eW/U/iEwfM6FtmIroHuVPO9AObxNfhEwEDBYNIcS
				cBFxoXEDDXlp6w4Lzfxvu9K88ahYbxwXejgv2idD5zwMyGowgMmHhaZ7AoEtA39DgAkpTIwOgzJl
				e+IHqPXHXtANnKslKsg6q461MKzp3XhwwVt95u48QkWImGH2Ue4em+cYxtEDv6weUyVUL0trqfjQ
				78g8OXlpnwBmheuhsInFVxPm+Q5Rk7+EGdyBt3ZPaMRy8QzL4Ubm6q3fQIqFlCnAp7qqJ8S+7j9C
				+KxluXTMJyUY/CJUizcPw1ubDOWNguvUM3vgyOBjd0eEDmSYQg/JYZWMNKF4HsgbGjv8+sVoIZJM
				wls+HVJlF6xMr4NJftgTiiATfGl64fAe/fgvkbm73T8jBGEsaGbO01IV5p1Vx1oYllrtS6k98u/+
				Wd5Lzu7D4HoqmEm2rxj2pEfvTaLeyFkSPulReDWAbdzifEir04AgeJvLFKcN0R6lJyughBqEKFMQ
				rDE4DXFIkUsAUkgmA2+PZhf4kJyE6x1hO881YYCU1vujY0FhZv2gvfRglERldTO33VrPXy3u9DYA
				4POckmSsziwo1NoBGkyqPRRwJUlBc8zjw5WSS1b2pqy8qroBvqMDtgPlA+RH8L/yVdf7+nohf/1P
				qCyqqqmqqqqq+v/Ve++99z6o895777333nvv995779977z3y1dtstdpUVVVdv6qqqiGRmql+7733
				3nvvvUfvvUeq9/U01IeaoT6U4K0h/x8SLFbZt4UpdZ0Kng4tyWho+W+kSQ+Fo6YhERHR04SDtGwH
				0kPTNT1/TQ15x3I4boVZrYt1laiqpqhCRUmtZvMgFKk0FRGRpiKapmmapmmapml6NE3TQzP0tv//
				azSj99579N5777333nvvvb33Rt+goKCgoKCotqOK+RlIUFBQoECBghroGUtboECBAgUKFChQoECB
				AgUKFJ5Op9NOp9V2ptI1GlppFRXFVDS0nLeN5DicmZnnf/M8U4iq1v8/1xiz87z33nuvqARSU1NT
				U1NTU1NTQ1NDMw3N09DIPCQ0NURDRHOf4cx708zMjMw81jzP8zwHCDRMbSZGzzyhBDLP8zzP8zzP
				8zxH9zzP8xwTIzOZZWpkZGJkZGQO8ijmOmZq5nme5xfzfygnsT5MmDA1DU+YhXkL7BDmGaF28+69
				ruu67n0JJBAaLckZWrJGYnFIHIfCMSgMDAbKvD+fwO/9fv+/8B4a/f////7fP6HRaDTahCZoy957
				7733Hgnee++9995777239957j+r/he1tkZVMJpPJZLLJ3pPFZLFYLBaLfcWm2BM7FnuJ/WGx2K/+
				/xcmEnZYJaxSqVQqV97//////0/i+H9QHmuZ9/8vj/7//3//FCpKSt5vWZblInnyNlmWg0REhG9k
				ZGRkZGRkZOSNTEYmk8nkPZkm12SaPJMnk8nkJ6sMKPL/j0TeiLz6/////f+2hJD33ntyUZB7kCBB
				ggRpkCDvVRzHcRzHcRzHcTxsWSJJMv7ae++9995jfHx8fHx8fHx8fHx8XLEcjqOkWK1wK/4xjuM4
				rnhS8XvvvffeK4oJCgoKCnohKgZ1nkCccuKnZsHae++99648rvaWbUarbdu2bSFUbdu2kXgSi8SL
				40lUgEdEDJEiIiIiIiIirtoV4oV4IV4cx3Ecx3EcjsNhhsPhcP3+reFt27Vttffee++9V++99957
				7733Xjgclr0XZtS2bRWeVG3vEml6T0RFQ0SjIaFRkFCgoHA4zG62w+FwOBzeMeF6+/9HC28WXv3/
				/x/h//3v3/9fEa638CLwQoRX4XA4HA6HF8IhvBBmhHAbQji0etmyrbWltm1bqmq1Wq1Wa8UKy7Is
				y7IsAAITJkwY4towYbgNS13XdV03la5s13XTcRzHcRzHcsYFbpxwwXEcx3Ecx3Ecx3GccRxHkj1u
				27ZRbapRUrVrNFqNRqNNo9FoNBqNRhuNRgvajDabzWaz2cxms9lsNpvNZtu2bdvGcRzfhOPGyWQy
				mUwmk8lmHMdxHMdxHMdxHDeO40iSv7CwsLCwsIUwLAzDFhYWFlaphIVVhuM4juM4juM4juPGcVzJ
				bXthUEghx/ciwhcKhUKhUCgc4VAoFAqFQqFQOEKhUCgUCoVCoVAoFAqFQqFQKBQKhUIhBaFQKBQK
				x3EczQhHOMIRjpAoFAqFQqFQKJxQKBQKhUKhUCgUCoNQKMISIYVCoZAiXOhE2BARCSIhEkQawjpI
				kguRELLcZkFYQRiEkyAMwk1QGAwGg+N0nUrXqDQ0WoaWwUkWp3AcEgM5bhuDDJLswePpeqb3LO9Y
				DsfhaWMFx2AwGJwKkiRDBWdAKpqGghSkIHEcx3Ecx3Ecx3HcOI7jOG7ctgWvBRckjlxwsmAsFpSg
				BCVIHAkJCQkJCW4UDAaDwWAwGAwGg8Hgti0wREQI9qoQDMEQ5LghSSRJ3kDhBAZKrIHSwGhgyUkW
				J7E4JI7DkSgoDAxWybsfyC0MP/DAA2mxfNy6wmQFXoGrGqrAqcCVAqfAaYhIKJACKTCoE4jTeTg1
				D03NDM1MTWYTI/O4Lkwn+aMFbttGgYGBgYGBgYGBgYGBgREYGBi4GbcZSJIklXQOx3Ecx3EMEUgK
				DAwMDAwMDAwMDAwMDAzsPbC/9/7ZNqTR7yzLssWyLMuybC977733/v//1atXq9VqoJJarVKtpqSK
				qqiqeifSUFEn6qhBHapQRxVqqdM5fVrTadu2bds2RNs2pG37fqFbu6xhjTWsndYS4qVSqVQqldKX
				HXmvou+99x71NpShh1Lvvffee4/QNoS20ctWr3SdUoumawCkoSz/3yNJkiRJFkmyns/8/3DxjfO9
				96g4RRHUe++99957771JcoiUIL63ecPhcHsK9WqGYTjbqtMwC0OOHTkKarbFOONGGUmSJEmSnECS
				3LYFg8FgMLgFgzRCkgysDT3vvfeeBEagCOq9995777333tt7T97//E+cqd/+A+f3p3/z8rdoJar5
				v0O8ruu6ruv6yf//////////P02sN/Te+3/vvffee+89+b333khY7PqwKcuyLMuyvPdCFvm994Lc
				+L333nvvvffee++9Olzhw++99169elVfV6vVarX63nvvvffee+/33qP3Dl3XdV3XdaGhoax0XWeb
				hcpCt1BZaFjoutFIqIRKqISGhoaGhoaGhoaGhoaGMjQ0NFQitN3KENp1XdfSQui6EBpCQ2iE0LYN
				oW3bCteWnHattGVJkiRJTpEk1Z6Bfffee29Z91651Wq1Wq0KVavVarVarVaF4ziO4ziO4ziOI8dx
				HIXjyIXhlCRJ05kYmQk0Xdfpuq7c67qu67qu69Z1jVUqlUqlUqlUKpVKpVJpVBqNRqPRaDQajUZD
				o9FoNDQ0NBrt0TK0GDqGhoaGhoaGhoZKaGhoGVqWZVlyHEmSQyVJkiRJkp2sSSJJkuScJDk555xz
				zjnnOI7jum0bFYvFYrFYLBalSCQSN5FIJBaRSCQSiUQhDolD4nA4HA6Hw+FwOBwOh8PhcByOHMdx
				JMcxkBtJkiRJCoVCoXAUCoUiFAqFQqFQhFJhMBgMBoPBYDAYDAaDwWAwMBgYGMgDAwMDe++BgYGB
				gVEeGNgDAwMD29m6dO+999456b1zzjvnwjmfc84551z48///f/n///////rruq7ruq7rup6q51qu
				WXVd0zRd0/TmnHPOOeecc84555xzzjk3MzezzJtlDjM3995777335pxzzjnnnHPOzTmfc8rPBTmO
				4ziO4ziO465xHMfjOI7jGOaEN+GFJRxuuG3btu3ctvTIhpLDYrFYLNZQOM5isca6ruu6rl2kXtd1
				Xdd1XVdVVVVVVVVVVVVVVVXVqqqqqmqKioqqioqKauoUFRUVFRUV1RYkRCGmVFNTVFNTU9xTU1NT
				U1NTU1ObmpqKqdXUarVarVZbrVar1Wq1Wm0ltZKSkpKSkpKSkpKSipKSkpKKioqSkgokFSpqihqK
				ioqKioqKiopasVgsFovFYrFYLBaLKxa5UCSRWCyyrVKpVCqVKFBoqahUKpVIpFKJNBKJRCKRSCQS
				iUQikYom0jQVFU3TX0/TNE3TNE3TSG4kq6ioqKioqGgsIioiIiIiIiIax3Ecx3Ecx3EcR47jOG5o
				iIZIJBKJxI5Go9GIoqPRiEaj0Wg0Gm0kJCQkJCQkJCQkJCQkJCQkJBQkFBQU1AkKCgoKFChQUFBQ
				UNCknaCgQEFBQUFrHSgcOiTJSaBAgTqdTqBOZ51OpzqdTqfT6XQ663A6HA6Hw+FwOBwOh8PhcDgP
				53me53me53ke2kPzbJ7ueZ6ampqnpmY4juM4juM4juM4bhzHdTgODQ0NDQ0NzdRo5hmZmZmZmZmZ
				mZmZmZmZmZnZzGw2G44cbrjZuJELGxkZGRkZGRmZkZGRkYllZGRkQiYmRiYmJmYmZhOzGImJCRMT
				JkyYMGHChAkTJkyYYQiCQKC9t9zae++99+5kWX5ZluWSZVmWZVlkUo7lOI7jOG7btm3bVtu23bpw
				JVwNhxsOh3ur1Wq1JrVarVar1QrQqrZYLBaLxWIFVKvVarVarVara7VaLW7buq7rwtW6pkqqqGpV
				U7UqqWpUVbu2qKioqKioqEgoqLqu67qOU5uampqampqamlpNrVar1Wq1Wq1Wq6BV1Kq0IlqtVlJS
				UispqSAlJSUlJSUlJSUlJSUlFSoqKioqVKioqKiuKqyqqmp13UIxVCiqUBRqQi1Uq9VqlVqlUqlU
				KpVaKpVKVKq00VJYIpFIJBKJRaJuVCEFLJA4deIUMJqJpk2daZNMF11UVFRUVFRUVFRUNENFRUVF
				RFQk1FIQEREREREJ0YgmIDA0NDQ0NNTVkFQMDQ0NDQ0NDQ0NjUaj0Wg0Go1GoxGFAKirCJUaJCQk
				JCQkJBSEWBIiIkJBQUJBQUHdQUFBQUFBQUFBCwoKiqBAQYECBQoUKFAIFChQoECBAgUKFAJ1AnU6
				nU6n0+l0Oh1Op9PpcDicTud1Hs4MJ4bD4XA4HA6HIxwO5+E8z/M8z/PUnuW9mqKKn9a0bTttazY1
				NTU1NDQ1NTSh67qu67qu67qua9d1Xdd268zMzMzMzMxMJ8zMxGaz2dRms9lsNpuwkdnIyMjIyMjI
				yMjIyMjIyMjIyMTIxLQxMTExncbExHRdTEyYmJiYNkzbhgkThsKECRMmTJgwXYTpdF2ro47dXXVd
				13Vd13Vd13Vd167r+rq2rXHc4ziOC61/7733XifvvVqt9mq1UKvVqlar1Wq1Wq0WarQajUaj0TpE
				NBoSGgUJBQrqBOrEPJyaR2YzQyPdtsoszNq2G7dHq81o20y2xWRhsXVd1wYp2bZt62Q8xlgsFovF
				YrFYrOu6ruu6ruu6ruvCwsLCKK2Eha2tNIRVKpVKpVKphEiDVCrRCqWUUhokSVK6cv7//0PyL11J
				yUvX1hVVVVVFJS21oUhKUpKSdEUkbZCUpNG2bdu2bUjbVtoK19JkQlBMNtpEukVaMiIV6UQqUpGG
				SOWQhjSkEdJJSEMa0pBKpVKpVCqVSqVSqXRSqVSiUhlE2xvUiEaj0Wh00tBoGUqWkyxOYpEeh8Jx
				z3SQ0SPa44PHR7SlQTR6jx6taESj0Wg0Go1Go9FoNNpoNBolTlREQVEKilJQcKKd6ESfqJnoRCc6
				0ehiXnTRRReLxWKxWCwWi4XEQqISEhISnYSERLeGRCUkIiQkJLoWBYpGo7SIRjSiEV1EdBSiV4iG
				aIhG27Zt27Zr22Bo27Zd27ahoa1ANcOGoQxlKEPH0AbbHdqtnulDD10ODb1CK3StKarVlNQqSipU
				VClUKWgiFU1CoyGioqFS6KVQIoVO6IRK13Vd1wWY26w0Bw1fvA5DGlQABHEYxGEgqJhzEj5ZnhPa
				KO4GiEeVbOH0v+Xi0Z3ZAxku//ydtT0aOZEK2WaRyhpWQiETu7jH9hAaM/lujTR9Fvwcdsb2nPbW
				PXI77wzCkF8fXC2L741NjmuqdY65mnTIiEvGCtVOd65ljukbLitdp8arljlprQXBUnYxfyRsusVG
				HmTpkiNWDnNZiXqIrS0tFfOFGce2dwcNsEpIX91uXLuWuWHY9ludJppmx8LSWE7YNv/jh6dcnJPe
				xpQ7qrJXITZuEknrh9PDf9oXfk2re62vadFonkAJ4Q8kaT0IsM5rcf94jZyaINLCpqVjgk0rmoBN
				67J/TcvtManYZWEWjL2mxT8jPANeTGy+pJgn14OSOX+OltGF/sD2jLNgNL6tSI5OgzJpn8gxCTFq
				OcyIJrYkuRiMyXxUeacw7Tt6v+R48Lvn9zcdmKYdjxelbQORi5PcKH0qezEXMjzk1gjnIwBL0E9z
				rtfOl7Suc0HXajiIDMZ3tTNQVWIvehTkuD4hRembjaEDgOSlhISZbtGxIgTrSlfC6YHL0NgDKZTJ
				UTKVGLMNZjnMlS7M7brcAK1s4kxbzBegmF17HNoQ5cBktnLfkayHMxkvCzE59Lnf/ZpEpKlnNO6e
				06WRQHRpZU/v6F10an5htGZnbOLetU0PxNHJVCroDsb5oeeVLGiljUt6jYVsRx74rLM2RI9ZtCJ0
				StZLP65S1CJCJzmeXzVocsLybBoBQqduZWsDMGVdoA1CMbIQfgsdLkS7Vv1ruQxkngq2TVcRIuB5
				klzgTz9nYc+8I5RjlmPB5JIFjjvXGLC93bf0VgoV6HqCG72xVp3nxP5uTRr6IL3JDW1J/2wl1Lon
				ukLf0+qgK9Eb1m53yBOzIBzyjtXu0MkgQBxV7W612PRIoZPZsaoXUOkGgD8QlWoKJAUFX3s3ICTV
				d4rD6U12GqHVr3UGd51xVsvEe4BxXuDMgFbd6dl2uk3X76Z1cscbusm2BO8TFtyf2WzzWioehyho
				WnilATU8igJw53x1Fx7f9/LmSRtFHpPpOnWB37oaRSybG2vlTOS56d+RA6DEzEwAJ+RtgF8W6avQ
				PUP8xMYqlk2S0nRTD/8wKbjd48xT5FFwOxTZnFlq8tit2N+LrpScvjsCMRE1w+WY1FYy8e//Z0g0
				O4fplslp622KZUdSGmX8eEg+VoFrhippmKyYprBsFjvKKdEZx/+4maxkO57qTBisfXgTorAi2kwE
				4ser+fAAhKWBwLE+Nvmv0C0jvCSuiXqTq/tLAUDqUhp4/I7jIfsxshSy0KGSJARofZE4bmn2QSmG
				K5adenQjzqjFWZtU0iTodCSd2dRQDCUoS1V+53IFMdRO2fFeN3LGrId/FxKGepp3QKpdY4R1uE2F
				PDyILFXmLjdSLFuxF5GQYxmrJTQsolG/suTr3cdXC1r2K0sx/6lP/5c0vBEYrjKpD8zy6V1radE5
				a2ktokgWVRSqAzLs7B93PUIzFUQbD4Rlm/LHqpZaO+0lkUD/4hUVjz/E3wzTlt8mov4wKTBXpQ5i
				4CaWVfaq0upzDOy2wVX8W9gpbGLZIzxSM9K8kNIg6ywqdl9Mu9NSBvBArqwOw4YVhpaOeSKeHoMW
				7UuWz7ySwdJyKoi5JGjgxQC6AxjmRFDbdCMpZHYfGxuDzzrl4NMuvCFZVAOd0XLv1eJlfeNBZe/e
				j7bnjgCxrLVycBvEiHAXITEUZ+W5ryp2uDIElrybkfxEVLYmYHED+FUlr0I3PHHTIa7hzj1VA1ws
				lR+EO5vE0AGOwZ6lG8/20HMPnyfHNgjmEoL1ijosq2Ee46vyBKYVsWLZJmW/HFtUUEw8LGt4Lkwy
				RC2EA3RIVi1TmKybsLDsESt4/KEzxu66mryUrON7w4M+PBxkGPDz87j+yGrcnEAcEssemZt2IYQq
				uwNbi8H/WvK3Su0s+ZIxRasbU2k/JDAShgAVvHLcRJ9J4ZwtGHbOBep3oIcTc/BH0FpQpaR6ypMi
				GzGH2Jbsq8p6wrHKROWVtIRZAy1VExC71h7XxKXVuWVx3co79LB5VFfu2ZIBhTShGeGFOef86U5R
				7cVc2tJgf1ws+o39MOdsa/VeIWepbM0tuuxQDjFP+zCaUuySrT5LZJK+kUwWyz75gyZ7FWJjyJdE
				MehTq0oA2rmVpX2H1xoqg2XhosMrOJbLoWAa4og6uQvO2oPiLENvTj7CJJbNBB5Y0fl4XlHImkfk
				tyXf7yqFWpVXmtBn1zUPzMqGP3IGZfaaMYBNQPj2kJjjViwLx+hGPwUlSQuW5VhJkvcTxjuaNn/g
				2i3Kbya1b9nISvTGa5M3/Wn2ABiSUr0PEU7RoqJKh2gppK6MwicVlUri/l1vXdcfQoX+hx/dC5w9
				cF8TtMZnuyqlpL4pZgF3raJqkPVIiUDv6e8eRCCoShtqPHuksNP08HbKazYlS95BrHd5cp6KW58w
				EWUZllWZfm3DLgBUqqG7hsdKH96u5RJGk8g9x7b3qMzHtMnJnHkow7KCtWKpRmDHjUmQyMPHsWXd
				aTaCBb3gdg1ENiXNODbslo5qBLfzY0Mr2LxlLjHbir0ywItY9nA/gy7Iuj3ZyAa9smumI9Y1s+NU
				10x4CHDHLHaCBEsDmIcILWw6pc4Q2RCOAeY9MZmz2NaO4h5NWS4V0aKYFNFaxKCIlq5esGwD/eGV
				hvdU29FlcJ0KD/bKRTxZEWMIxEAHgBYqpl/oZdrGn8NtNMQglrVZdiU89kAwYXUUcWgCYdlMkplz
				wJ/1Saq/J7nanmplPzfxdTNi2WkfcOzE6zI+Y5DRerpdWc7rnGGV/XBvV+hXEmq6F1dZi8ltV8oK
				IclkVeBhuyjPHBNFDSSSPHNquxHbA3QHMeuI19YCfhhUv+rUrZWK2WSdhwY8y1ytgsExqmqiX6F5
				5AmFwllQWBOENrCmddJPxaRNoSx7PFm0FIwlvsZRxuwO9y4Snj9LzpgiVZiLyepaNTBKxkvJu0lX
				UFpE1jNFSwDpD6G2/3KZIJY98QdV/mp0yxM3DXGdguop777FWvvBFJRJ0FmgGiowKljf+HAhEzId
				Ci7gaG/fYIeEuytdjg9sNN4Qy2Y0LIrTXAKCBUP0gmUnMX1cD2unsIEv7LZ3EI5x44/yVa0y+ZBd
				fbwCp0Q7KxhQMLv/TB5t3oJjohtpVhtu8ZzVYVlo7jv6QeO8YzmpHTMfhDS9efX5v8fto9J6DfUX
				lq15FZDK4gATZMomollb+u4BuoHHfLduqYF43zlvJuh6KqTQ0jea2LNwGtIPEYg+v/M2oLdUgWsN
				vCkAM0F6Rahimw7iicwgYGzVgDqL0DSsRPG0nDbje6rsIR9uX4yW0L0ORE2DuDejM4TuJa9IrWOA
				XtJh2Wzl4vwKKclRe+WZBi2g0wvLwisnGEtLLtoYZdvM5SYMywbQinkZuY0LnpDkjy9+aK+XXH9s
				5jk7XrcYQdzJEP2ioEkvOSBWR2H0+cIX0hkuOXF+ycGjbC4qW/OCBKhB2+AjLFHxbWQUHCEl3qkJ
				dWDtqO11pZhjK5G+qGDZPPFcTiF9Htvp2HsdKPWTJ4kgox+krfl/ViQs2mBZZfSFEW2t4HS2Vahs
				oPDVM/ViSrNzvwRqgdvOwSkse3BIOLAWFw+gDQf8yCsOThZl/O2Vr/hA32BZNVP+OM5FZb0TEyK9
				B01+q3SbJ38irmS14ar2RJRABaNJeCGTuBnhuYomfrFqDCrApV8jCSxrW3Tp69BeOYb/j3nTELHs
				igc5NuJ1mI9pknGtMdjKzkrN8EqLHe7Tqk+drFPuRVQkSynYEvuxIOxk80Ix9z4snmAp1ORWmgdA
				BLncyQYqSzbQRSK4XY+lQKps/3l07ypSaN0Z+vxk6mwRWFbBgfoMmlxC9+WTsUTiM7Es0ReImVks
				Q3OwEoGrUE79ge4bvA1/QzmZyLKk8s+7KzOp+d0EMRyWtSm6mohjNnDlarcJXnSex64P2us352qX
				VjCqRBAbS68lcqvs3qFHZ3vd0qNtevbYaAiFHbffFkOHL+4RZC4i4WW9Y6DK4qJRchNZwJLN1Rrm
				xmHZbGIgjTF4DKG6TrvZc9xRRiOR098hCxylR8xXrwJOW7bTywB1I9u5wRJI4nXitloHhr6AFVf3
				GoWq9AV0+IXvALrQH9kT2jp5VvO/iRZkc+7MWPagsgiNMtbZ6iOxSPx6fxvHNiF88x5UXFxm9jFW
				NafbabYSllWUc6EJVykZZ9jrdC1YWhY/EMvyx1G1iee0pAS5FiyUnCxFzAOcMN0RJidLgSObkuUn
				c24VauRk4SMGnaf7PK4/dm7aXvAgXctnAgqVUEecMO1WSEGI2YBcCZbmVs3wOmg8gSuDs0OK0izA
				qCRnWNoZYdmZSbjuwSOKznF5mdTrGPUzZdQ04M9kkm7vY9fiLt6HICSHRotgCcPhYhQPQvao2sy5
				SqrDvLWoSA1giqodcXfAbXasURrIYtBsFcHGjrMZ00aXswWXWHbq3uag/fB0p27VTneiMTyiDexr
				gzvUHuBbM2LrnqERUMJjJt2pE4v1svyriwH7lIVMV75NF8rBfRdwr/e3SobtKZjy9C0Th2CgB9q1
				S+70BRb1sSyMH17Qvmj9Wf35Vn8WHb/7Bow7gu194wCdxSa/Yl1aWBNe+gS0eoxqrOikBLQWw86n
				9DoCWhG5CGjd4SXGiA8AthR4OfkzUXE9VZT65LJSIMEkc/4g2jTcSMKFssXDPWJNf7IrVLDsG/lV
				pX+F7lnyp2Gc2tJE5dEtLroa0NJH3NviARyhQdOaW/o65UAA9KMI42vOuQF1rpI0wCwALuxn0HF/
				upmSeWCaidH7ql0pJKllPoR53JDNGSv/X1XzgV7pWTC07IcBi/GGQlQzWZ5KioBtVhVRQTilt+Lc
				DnRNjQWS1PbEmj+cnyVokiaW3VG2ShncCBlgstpKbDGNEJZVDQYEClZEoYAX4BqIemw/qGh2J8Hk
				WFox2E4EwaPdfGkCwtJQ4Fofm/RXyJ4RThKviWrL1O2FBKA1KQ08bsfnIfOYWQoRsSxhD8FXGcct
				jR4qB6qbJKTrXgiBrEDnQsKMSKKRoZhO3LCQKk7OVsI2ZY0cZsS2ulQW59DFc+IqbkrBY9yUSQFT
				souRCB0Cy8ysmLhY9sgfNfmtkH2W/AmKTwl0DKk/tOKqvgGBjiawLA9ocrJ0co1IoKNbBj2JTx5Q
				YB0jLjFYsis/2p4Nurap4WLdDkzjxSIlwaseyZqZH4xlm+GakL414/y0bjYey+Khb7HQXDfZAzLw
				UHWbO/putcKWvHP9q6mDlZVN4mfL1j4UIatOGQLbHKIZF2EsbZ3eg6k94Iv4q/SlOHz0HYALyiEW
				bXryrPM/vgJ1sukJLHtkXGwexaf31HBPtUB8rj/Yi3ojP9ZEw7SdYiH1bVO5rbO3Ymmdj2CT9YZC
				VDFYjkhqAd8tKqbDMK2WopwOcExogFGErlaDBnIfy07jkbPc1J93+Aq5ZCqMPCOXJcTHgyMtXjEe
				wrLHyoCSQKTXUJoe2IaGPfUwIX2Ii39A17IVbG0OKOiQkUOQzORgj4nCK4MPmWErtGh6IucXAZI4
				BT9W6LUupQHA4RAgXKUay+Y9ARHDxCk0gyvRuNdpavI+BFqc3mlqiZmEHHDanwoV1tSYTVPj/gyq
				HMU0iqEmZVn2x/PEkgJyfZfAptC1wfu5A6zEV8bMTtCDoGmaNL2Y7bW5AFTfiHlleSuQEsu6ViPk
				OBCE5WqvzoUdKdyd7pRA+RBFIK5FLKuMlCr8uN7okLOlBh2gwDa4y+XHAa9gdi8ieZTyGWzPkHks
				q1LJ4+4FAmX80PsMDTldkGDZw72IC32WXZ+CxxGKwiy6V0kdviomEmbRc+yisy4I3wYZaGgp0+Gq
				KR49jlAYKT8M90wa6OfwrYFXALgyTK9SObD+IAiJjZWjEG0ZvugDF8J7CNMV6iAG7lhW7Wdx5jJs
				sk6NVslbMGTZRxjj+IaSSDdQnkjIgO0tGlVCUKWV5hwNfJhujBNEU6qBxtmtUKiGRDuW7XYtnozP
				1JCMylVUovVfcn1Cwk7VQGVJk6I429BAIv8dcXyey8pLYy3aHxg04eFAi6Anv8+Vj3bjpQkMyoMC
				jSGNSTdc86ZX87msK0DprZDRLe+K2gv/s6As2mQvRa0bOpiEZf/hmGbQPJGUYbYjq3qSZUbB5WzG
				HBj0JEsOYF3U0fc2lclynmQRi0cViDM7iqHvYXk6DDY3aR3MQpcJO+xZZcZ2CZvy+G0mPQiapknT
				i9nGdSxrK6+66HA8Euu10EZidZEEPsNg0l54DpPzjEFi1QDLahpXgUcFK3h7GDSf7vDLG87oLymz
				rj2OWN1Xuo7wXZ9je9cmfRfA1+SRg+ujoqpHI5OiFAyp0myylWZaGiw7jW44F3OpMV2AUTQvkY4a
				Ww2BewQuIT2Gmxz/gHrUsp1VHhrwLHO1BYdB6XpInQEsixJUgUqNaJbnnOT0v1FumzZ9N2v/T29V
				42l1DZY9Bi4amHLqPX3ZY4ykgHvAQFYHwefWTIlls9hwXT/6FFBJ47WMREL+oolm5+YPxL28j0/X
				GuGPxSw2fn5jIaKNLCekaYjt1hqJp2/COjpc2EUA0Ol1zp7+NhmRQsPERYMxHKo4Z/Q3KMT6L0iA
				SlVoQrw4Z2CIc8Rs7UQJUNt2/lH6UUPzZohviD+hB9Vkky6lBA4Y1Nd4kgzYBoNm1ZiSWuPgvaBl
				uBp8Ng4r9NBgESBlLBew7M17hYrvZoYB7IXpTooRY+t1DvVW6cYAdKheS0SXLurkoqJECVVQWjC+
				c8lzYFivM9y7AX0udBVson60IB5pWSuDdhJg2c/o16WvRrcseZMwBg0XUAKfzqVL/cbhAoe+tVEn
				2xvGhvpquHV7gQPlVvEjDSiL1UVeixbKgPcu8PYEwMIlwstRkW+TyJzMlC6WrbiLsNBhjfUj9lhD
				q4+1yq5e57xC+KKPtebozgpgrMxhAXosvhzZd3ceH7tPQcrji+RQde6vAEYl/oSln9ySPVg1xJpg
				2dnYBA7k0DI7bLTO59yTs2WE4EBL3TrzLb0jxCvLVX4URl8jaXRpEdeupUaYZ7MoNphWajH2FFyo
				GDynJDSQ61Yd0UFI0aoTTg8gxz7FkIVvi565lQGauA3bnz7WPoXSYLRbG533Z8Pk/LPRWbn4/tqx
				VQhV4uSwnPY0+W2n8Wpa1x5cWr/oGNmKDWzSwGuGZU8V1SCQEDwISJzZiTaABHCARTjgsOZ6ig2L
				XsNNfXlSuU+h4sytu8yfww3yHzRQidmpcw8ba8fn3h8Ber4uLpxZCDh0F2zF5hlUi/5U1sMfSoDs
				TtmbwbKBmViVIcKEcEkdzjIY4z1wG/F9WyMRQmU9UoG5Qo0ezhHXycpgiaHoePVwIFPGhpyF17Fs
				q4wecsZbIOBOePYiaiyrhMoIl/duYF4hVBCWVb/DnAnTWBYSVOYMFQeSsPLdFKtV8Cuj9OpCy1V2
				H8MgoYjMX8aCi0RoDnYCV4/47EOwIFYhhAagYDfXwNFUM88NPESXELqgwx8zZwgZ9Wf7w8wZw8sZ
				ltVnaREwiA6V1YEJKjtAfzTprdAtT9xUTElUahJth4GFZvqRMxPvYiv39aa4Z1uteicr5DUgFgOy
				wwJB50viNPA5WcHgqCyGoYvH09UblYJHei6rkZAKsEl3ofB9SDoE+oLRnjud+Y/HMumPxLIJNYpZ
				JJdTGr2oxqG2yh+aBjl70LzUW+U/ey1L0tlr0q4LwsX8pA/tLJpczK8sOzZ3mCsx5810fWbt9ZvE
				nMdoFrEsHJ78YrjE7WXM10F1lDMHcwqWzbu6Dk3f52UtGMbbQo1v97Evvuhv12TyCuyscSa+p8nK
				ejMi4ZQZo5cUshlgNv0VMxOKZRuw6NJMk516lxY5y+INEFmgo0zNzGVdY7xxLrZYFuIKiQwijsMZ
				tMiBU2WkxHOZztJjOrg8jXOeSKilha5Os8SrlCnmavqOjVBaDsRzVvE/X2aLtIGILUlaZFrTaLeE
				ZZU/imu3Y4Llh269G44FKhWIr0vtn7D87EO7ByRVOctqzBqZj1a4gkCCh3ocmCUW+E18YJmDYQsQ
				vpyJnF9mTQa2Q4hYhSsjGh+zYWAERwGJoiFRdnmF1QXlUBuDRHb8TRFQ63RCEbyJqO2iY3JJnLkK
				5h4dd2YhIQPesYBNCtv6W9BRny2LggzLHvMo5zBxwArRhiA4C3+aUchCCl6lS6kLV1M4MK9IhVEU
				HHx5vAkxu1ccGN6PxvnaoOvQIWSsRMQzIILhQNuDbsQs5qnhvlQFDM9SLetiFbPhgs/SG4Ya1P/W
				HIhkS/BjDxMmBOmXlVUCsnmrha6sYcOfNvSxkgW3bMciKxtxjg02y8pO9QDHLj2H+RkjeaW972lv
				SOcQBOElQHC+BAX02ijqaudD5feCpWPHxdkzPAHKy00w6tYaE+d2VmrMp3TRsGcZ6ylYLEqSq9I8
				+vigAWtPrE4k0SUxlRCE2+ttwR5livOHa6gsGWAICu6LT73NgetFJ42jKld9920UWV/m74CCl14W
				T0RuOZ+KClHujXG4qchP8qJL9AJClotEeIYsBFdfw9qa6IqJAYf/6e1j+/RcYMRNRWbH39kH+ot+
				jS++KxnYprNmw15JhEU6nnsQZh+740QTidna3wcxbe1xszxOlyb8Bq7WcMOUKaJy3S6EKWEzJ/CS
				vLp8At8zExE8c5wkM7jqevx+pWPD5mizqXcM4il6HPsXGMJJ3g5e3LItHXX7cGYYrGuhjrQobWm6
				dpssXnwI1oJQNPDMGl1dpUXPtruNnIyv2wgfIPm/DOj7T+9LNb3QskM23oeraSj27q8wBKHVEGa9
				vbL1R+5KkQogQnx5NfW+MKf4kxNUEIvBFeb2WCf7ASpbzR4cyt5sRmJzxSKA/OHE32bvbTUj64BS
				6MhwvayXbzfhbMEA6SQqQvH83NG7vjnjwvE9fM3n7Sw/Qq32R2X3/EqA2rYzTYPnt2AyRIuHGCrq
				BC5nJkfk1UvhClg1cANZxwFVY2qRstWF1HlbVcLvbg+8OJUTmNUYiSLMHksZiLKeVjzEoEYAqcHH
				0qe/usihBNYo60eUmqCvmPih8id5/Ex+M/60l26Gmywp2ZPUJXAuW8DXrq4dpQasSHU07FmWroZu
				zKE7rVG1FZBc0OaR7Qz80CT4U7oSMomSEYyrQ8rcf2S2tUbB/ZG4dAshYrKRjXTPrtKEa1Uk/lZh
				+4KNE3RGggVSo9jkEmbasval84F6f2XL/ZhKZoksjErX2yCI5AYOcKBgmjYtJhKGRZbeuxQsdv2u
				eHKmBzykuUiebt+lQCat6vQS9GjYGLIqEGgWN42rZHBRWmCfDQ0xH2RkwtKDIzSimnKekuiQbd1a
				ATYkxsTlljPq1ybzF9zGBfWoDHD8Mn/CFEVvwIGZiTPUJ8Q0+7qLO2ivuCk41hxgtZWD9R78t2Zi
				4fQbAIbH2sotU0OcIprdTOC7NzmCHRs7raEB/Mqe3ezbJIiB8exVYX6IJKETdfOZtWxVRVkSv4zh
				Xm8QY4+b9x+PD3JEIuCPm89W8s0/pnzm30LYG4iU79xGsHWFIZzA48fTvi5pmkWAHu0e0JNGR3Ps
				fI+Fggb9HVjf3DynEthvLjFZOhxf4P1/FNE0MJLPdhlzr99dirDOi1kuWik2zE6p3hDKevj0/jqy
				VHUXptVi1mUexXeIeRs51kjXN3LEJ4/KpUrjSsQsN15jcCHx5VwRVbWcCGgU/gY/NKabKU9I9JBv
				3aovRRTxU3iN2BvDL0VEQRVfxrGTq9uBu0+KyFsfdHhyKl2NHt0AIsJ9+QviICzI1Rr5Dt6/vAG8
				LHZnEPzWxZJTdABNYWQ+ky7IUw6TOQCg1JmQMjVVS16mv6woepTOTXgSGOBjiMObxnQIsvVnFXLG
				hSOMq4lT0zhQi/1c8n7w32rfxaJRrNEE1HtJ6s5GMjVjn5Qpl6E6F2iZsptSqAZvbSIiCsLTGod5
				lIaA21nNguu0iqJryzbR1IOZMYgk2J7E/RtBRYfGRJIdRR4m6Bi31wkq6y7kNa1pRsSbdcZifQGi
				SHQvfpkcTtnsoNIPFSRCW0R1Hhr7qkEitIOW4I9lUkoyBlb9bUhloQK+o1u7/Ze6LB3xlhvfpTez
				gBBz5WLsV2iiNkW+AD+ATPftZixJQtcZyLLMQlazOLAZnY+ELsusJzFyTxqLERqlaRbOSqdQor+m
				YvnBf/ULhEHgpmhAkXsFuYCZlhaDuowlwEnbM0OcXWcmW1HTnMA9PwZbwpmEBjkTndyNC1Xsi5iB
				NC+gUMMhGqyK0FT4SOCzzOoUWwxKV3oyMLORcWITsi2ziFusPwgT7VZAq2SF4u2cm74RFtu/j5Z3
				GoAU6q9NiEbU/8VOdAsjDu6oN5Pgc/Yx0S/2hOnDu0yHCVMWkxuEdKFocjcDdm7i45hfI5LRipYy
				bvohuki1fc5SxtnjsKao/Xi2Pc920NjJOO6DjQ/or2kOb/pvVke7W3TJofj9kH0pmtYGYmzy8K3h
				vuFhd5OwXIhz2yHebrIoW65jKt8hRdPnGPA2cZ+3sMckIf8XFi6WaK1F0iHiMejVKMLfcBbPI0Zm
				KBcWRSOpdL+4dMzaE0Ls4vJCdNpELQIofbon1GqXN6txzOj17dRdQGTFlYpYbRHdaax00z9CLHCE
				Ap+RUYRfbvTO1gU45LD32ooNA1E1WCrujmuHrxC/FCwVdEKpuk1mxBVGPYOloj8z3Zujz8jZRpoQ
				MtLH3+7eKIY8O1iVas2O6NBc5IWMbBr9+wp59CjWwyXH0GW4lz4fvbNkirLVQSUwOAny7m+Z4OSd
				e69Ych2H8mk21D9Oou5pmVJltO9Kp2wpNpPGX/IrSjlaXmMuiRkiiijjOPXH2t95WEJAO1A04Qcg
				GgQKGBdOc5YCHjrZdn2KFoOqYe8YuUrBCKmM40Ydvw9EBUN6gRwa+9AwlHG+a9tkIc8KkOq9vIa4
				42TBiLVGtIROVa4ql++s9I2GaawX9xXbcc5+ec3woX3z+aapYyZxbrxOx35zCPMFLz3fYlNuPeF9
				/Vb3JdNSDhO3xmnRJ/QAgbo0pJ49E3fFPD8EVV1koI4Bz95M8ASct48ckwSgGRYPapRg58ZNIiul
				WhBxPAuOEI3JBFAnpGvQ+1udlr8yiwcJlLN9/tvO/dqT57hVHwSIsQcFXPDgbJK06n8gO9zKIkgw
				GuPC29jO7BcOjkwlcrIoLjRuNBQxGC5UC35W7BxNYv8ItaAKs5AeJcID7Z2UCPEy72oOB00de2Qd
				MKl749bE5YpGD9WBaiwp0blfRAQhGIV2G36AiC8jnsl41KXlq5bjjgj2+tWcfVW1NmkkYcQzo7pm
				hSbmz7ovwInrSk3g56EPKzUAfNpM9qWC39EbMFZB5rFm/pGUIp6fvzzh+nEWwZR/UTTA07kFXlTH
				MB835yNB6Q/BcFhU16BQKUVPN98dbQlxNCnl/7vlQNUHhocakXECFj7fID+nP60HBBgwSKXDwN6b
				8LrGx4iEXWsm47gbqbKgyv5dmYybv7Fyk7TkgopDGzah46beNvt+y09XXMyGvCJGc2KUt4/cEjq5
				d0Q4C7OnaaPvlDf3QEiK67YCtxbV6Qkm6wlwRR3hJecgfetKQcOk3bQG2KRUOmhK2gBUoasr81xs
				k/KUWQc8PGokPlR9oK7/yLW1mwb0TRSohknT1vm99CtAdQ2Af0TkGAlyoGFO5iMWfTlxsZfGGLPm
				CRVGNFgUTUdu2SHUYH/Du9yRdjCCUz6W70LzkcUQKYlrBjaMc0ZQ3wx9QXLyrgN5ZTs5bmytQM82
				JP+W83aILq5WFQnwhZHLlqrnmUlJhLLOktXh7DMam7khCbtFzYXDzseXvJVJL5sILGUzzDD2VPhh
				SQGoIAV3ggNoQOYeCKc4FCtPffj+wCy3SYBh55RQWbGqdUkCQIZaIvSFcSiNzSQu0YmYjlZPJSaD
				lAmZJJJCKbARkaNKPHkuhxEtLyVemgLrAPcpNwne2CTCj/61GPJb4jG0DlePt8U0BUwtt+I7mLX+
				oGLgE74BFcqW9rPREgU4Hq9hIe17gkBy8puEPLN/m0Nl0GyT+W8E9PeKFG8/vj/eIWoT8xOahNdi
				tDIZJ54/SU8yh1r/obkAum/6YfqKrqmCLbXRZstp/TZqTszJLKVyhZ+3Ssve53J3coDVYBwbvW1Y
				oyxpx1aJ4y+tDqoHEmyZelHcqypvtK7ppe+cmvQGWV2B7IerMnnZ9/jwUWNocGAPjktVVZEVJFgf
				G2i/RanOChZpcWTO5d+sjww02TOKehztFFKgErhRFQk8mevVrtYtRxD6rSfdheXyD8k1189q7s4f
				bSH78fSxY07ork+jLYSkiyM4bid0fRYLQ2oRggrCL/GdII+JNwgOqgi/SHCb1ke5feknCBIB+HKJ
				otyqPF+6DzqbUPn5kp5PgsPY3jz7/pMSIqtP/ADd6Sy0cf7X4B9R6wlIufD6OLGGZoT9QToBT55b
				YC+z8IPUAa9A/GfVZwwdLS3mCBBg39u5F5ahutDVGapqWRrl6K2OvKPBYwAoIXgASjyTgSmBEPuO
				P0Pj8cdcg1Mf59mJ52G+5iCulXs9BnyvjSAs7vm+J0cTBMGmgzFTANv92nNNE9SwyPbcFuhE39II
				G5V6/GupmjhTF13hOvpP9nlnbFRrgEfMet2ynGgVLFAdN9uObQCPxt1SvrHJJ/0x8xAQmdYqi19D
				h2C/Bkf01gK/tqLqRrnkyLuEHQFskaKirA/zBbA5VtI69sRAVmd7VD8egKBJLqlX5TplYBF28Ab/
				rkJnCwM8blBpXw6URAyNXtkVq3lcE37TGXWVWbwDp9CMDZSdXSWHr7S6qEYD6jDX2hlI1ovKdnWY
				q9yb7jWFJTc3juMZ5prEsYhlPrBohIinwJ0tMaLuNgJZqcfQhMNdhIOfbb3li+pMTDL9xOk2qmty
				FcZ52VrgQxoPjQ+AbQpfgnQ64s/c6VgRqo5QgmqX1OlYqdMyZm5OA0FV9ULH2yuiWEBtOFPhaZOw
				d91lzUvZCqjtNSP4ZVPFj53Q/Y+lZ/KUy+9mc1Y/wiAaXSRwNgSUHTWnMi6JgVi0+jBnq9Qxs52+
				TC61sIfBRXxBOhkGhphcyEFTRLVgE5lrUU9x8dq+4hJO+HrgttpHdoBmPYZtuUPCwDYKe651wAgo
				LmvoqZLhk5tY8YNtkZXRqUv/cBDv/CwYE/xjXQMpgXTgtjVWaEDbcKn6kVsPcJvzDoQR6hyK8B8y
				rPzBNGBRrsTfxINgZHpYWXgbvcl1jh/S7TW8DQn8ckvDXw43jhIgvuE5BIjsWqsey23gbQ7xN4uj
				XUEjw3gDlnpT9bzTBq+lNJ6AC2sXsiXcckYoXozdev1Y9yMf52IRTAPUpn8bHVua+CHADpuQbfxo
				yLqD26nmUoEfRokH1QzVbAndGShnSSRcnROuzMAPQsUdwk6JOzeivAeI8TGA88dnSfzcdhX6bbWI
				QOQp3YhxRzAgDiC4cqZxcOt+B4mDtsN7SyaUYzEHZjW4F3UXn65lbnXt/EjWzfyDg3aOVJM7R4UB
				KqFofgFm9/b+tXsnC53nR1rE8q8dC6t2avKY29JZm/21Y7rSenU6Bs5bZV6N8iA3RMcXHc1NkIWL
				O0rYw5k6tQTbF7t0wkW+matMpOS/0QTwWj7YKj6+8Hn1ajMcW4zgoL2ju3DQZ831FTVYQFNWXwvF
				5QJh/OkekJqISY/QJi+rj4WrcPjD3yIDo/5Q20k0cP6vtG9KAAi+OSQIL3RQf+GgnbadpVkd93yy
				PxsqS0Kyu4hCsu+fLt0K8/puvkPKvqVxdTrCFIYF5p4CEgbzhHEmimNzCVsOc6RteAIl48jk1XOe
				I8s/d9XbKOs3FuOgBoat8pMo+5tD8+Z30d4i0d303s61T3sfVp6MVQvjuSnNVz2MnosnXtmfuJAy
				DQ8zlbpmGvTbgEWK0AS9yatnntmCwDctok8+kF/kUIAdLbdSb9A1VomHhGKgYRs+BU8K4FF9d0I2
				CHQuBIfHPpHMameCjZt6fnrJWSDtbka/XnK2OMDO7Y9sFB3cz23Y4SrUKFTzkvMkF8HSowcEhMsi
				ZG2MUAQmZwRpxo2Cvq7/K8fpnJF0i0s0Q2nnwfX2S62uyWC3j0QQw/eLss560FtyFVP84X26lQxg
				PfHcTEV8w/gQW01bK5kQlfc50IFoFj6dsS9nGT6UCZldzKRsa8jagyDYCc4L1cTkawd9oSCTREI4
				BSuZM8lbNOCnvuN45elldUhhya1ivGkV5LgDM2fmRXRaPZPznDxn/2u3NH0fRAn7/CxnXjejM0nI
				zmSrbWweF2E5T5DeZ/UGu3N45Nngad6TIyAI0g7kSojlGvaAwpMDHnuvlsCwAa0wkLPrcs9cJXHL
				rBWgGVgrfUsaEskVGMhxdrHbX0X9rTbxGmY0e553Pi8K/HxfRTmrDzd/vjbyzDldV76Us3CVTQtV
				BTKYyWMUwTaAoxElk+o1kgKQD+S41fQiPrvQkW8DWi4uKb/RmVzr7wdjVJPniKQEuCYsayZdfLec
				WgUx69yxrQ7WCX265V+SzQk4WshCJpQ5PAZ3Dl81GpBFu0wkYiMHMLq9egHX/RGAVehks9NQNMsd
				PmEvfFOGJiupmQJiOVvJgNPy5UnpOb6dxnQiB7FuAR8FB20fUZ8z47W5YiFA/nDib5PkLQ33jntd
				kK4DBfKMnQp9V4J0ul2WcRACfIJ0GlnE3vmci6MzO7I6rYr++yhrCdINE63/u72CjxITtKtnH525
				r/fZPek2mwnEcb75ioCDJmO8XolrwTl0YquS9/2TUSV+uwUHbUQvMGS5FA1sesSfnceCYNJuk52c
				g+cqZfNj7dHtLj5IclNHPmiJMcfjKmVhReIBNHxLN3/AsfuK6r6HdHg5QvCVs8D8yk3joOJEIHlg
				CsiSRSlctutIt046hJEm7vehET+1adokmUrGSt8AZP0bHMS5iy/XYEKRqwK02wEKbDZDEqAlhRyf
				Dpfk3hWRCGjyqgLjCjAESgQjBG1bCkJDQ0NDQ0NDQ0NDQ0NDGxoaqtDQ0IZ6DQ1d13Vd167rqq4T
				XNeVq6qqqqqGqiJUVVVVVVVV1dDQ0NDQ0NDQ0NDQ0NBhaGhoqHmeZ6h/khEaGhoaGmev7z9N8zRN
				c0zTNE3TNE2apilzaA6Hw+FwuOFwOBwOh8PhUDgUCoVCoVAoFAqFoUKhUMbBoFCCPAYcDG0wGAwG
				g8FgcMFgsAyWZVmWZVmWZFmWJUmSZRlOU3gOGWQgSZIkOY4kOY7jOI7jOI7jOI5joDiKYmCgKI7E
				iqGiKIqiKIpiEAMDAykGBgYGSmBgYGBgYOACOwZ+gd/3fd/3////3/fFtj2hsVDXs4w9toMbQmNC
				2Cw0Y4SGjkxkIbNsZCITSmVCkUyCSB5BHA9HoMREhMSEhpYRGhoaGhpiL2XKCA0NDQ1lty5UfWio
				uQU2NDQ0NJQcuXGzhW6hW+i2bdu2bdu2bdsEYKELHSWqUQswbaGhoaEPc1hoaGhoaGhoaGhoaGjo
				2P/n/h0a2is0NDQ0dFe4PeDQ0NDQsGrR8hwsf4I9nxmPzIxMRGg7G85mNBOLLiIKFYWKQgWhoaEN
				DQ2ViEJDoaHQUGhohGKh0FBoKDRUhaqqqqqqqqqq6lRVVRUTKaoKpU4NRZKkInShCp1Cp9Ap9AuF
				SlPoFNoqVKEKVahCK1EKK1ShakMXoaGhoaGhERTaoNC2X4SGhoaGhnb+9w+WD6GhofodPg6h4zo8
				h1CHUIdQ+RPs+cx4ZGZiZDoxHZENR7MZh/6hHQh9pUKZhFRCaOgkiOQRxPGYcEhMREhEGY0Fg6Gh
				oaGvK32nbkNodBEaGhoaGhoaGhpCzxBqCodBYRkky5EcFQCE0BB6L4QuhIY2FkJDp4XQLoSGhnYU
				KgqhbVuF0EY9IYSGEBpCaAihIYSGEBpCaAihIYQ+hNB//j/Y/uX9////f9/3fT9ivu+H7/u+7/u/
				P5/P5/P5fK7/////////////////8/9/L5fH5XK5fOLxeHzxeDwej8fj8Xjf9/G+d9/37/u+7/u+
				V8/3PM/zPC+e53me53me53d+3/d93/d93/fgPXy393rfd13Xd/08z/M8z/M8z/M+z/P8+X/z///C
				Q/h5+74vd9y9ed/3fdu3bdu2bdti27Zt8di2PVv+bII9Ho/H4/F4bP/+xhr7YWzxxRaP+GKxWCwW
				i8VicVgcDofD4XA4HA6HS4fD4bBfh+Wzoa7ruq5br2bN8ww1TdM0TZ90+IEmPVo0Pc/zPM/zPJ9x
				nx//L/7/IVe4kCb9Dj4f/AYz+AtW8Cf48/l85ud5nud5nud5nud5nud5nuc5n89nPg8O8JmTj5n5
				fD6fc2ZmZmRmZGRkZGRkZGSCUpkwGhESmcf8/ydmRGKCYxgTI6CYEPNOO51Op9PpdDqdTqfT2XA6
				HM5mw+FwLgEKChoFgvrQoAY1qEENalCtyhM0EyPTieF0NhzNJowmzITlMmJxPIKIjASpEhQUFBQk
				QUGtOAYcEhONoAiKoApUVVVVVVVVVVVVtaqqql3ZtSqDyqCRoAY1qIJWrcQHNahBDaqgUS6oQQ2q
				QFVVVVVVVVXV/qGqqupB/kjbtm37//////EvxP/////////7vu/7vu/7vu/7cd/3ffl8PrdnHtrQ
				0NDQ0JjXIUKzmfBcLp/L5fKRy+VyuVwul1Mul0sel8fj8Xg83ng8Ho/H4/F443287/u+7/u+73u+
				7/ue5/m+D/35mx+e53me53m+PM/v/L7v+77v+67v+743tof++vi6ruu6/tAX1anruh4eruvhDg8P
				Dw8PDw8PDw8PDw+37/D7tu37nl/ej+O+7/u+7/vh9m3Xtthji117dti0a9OebY/t8Xg8Ho9nZmZm
				ZkY84tdisVgcwg6LxSGuTCRELBaLJRwOh8OPhsPhhsPhcDgcbtgSruu6ruu6ruu6ruu6rumapmmZ
				pml6nmeapml6pDJNzzRN0587MguKzvM8z/M8z7Isz7JsWZZFlmVZlmVZrhwsBwcHBwcHNzg4ODg4
				ODg4ODj4E/z5fD6fz+fz+XxGPjOfmM8+n4/H4/l4PAwNDQ0NDQ0NDQ0NDQ0NDQ0NDQ0NDQ0NDe3M
				zMzMzMzMTGUsIyMjIyMjIyNDGRkZGZkYmZiYmJiYmBhOTExMDKcTExOLUKwxnU6n0+l0OtGZmVB2
				1FlHnXOGEzrmnGPOcAKHw+FwOBwOp5wNZ7PZbDabzWaz2TTMZrPZRBhqNJuwCa1Go9FoNNVoNGE0
				sWo0mqAJEyZMmDBh2jBhwoQJEyZMmDBhLpfL5XK5XC6Xy+UicrlcLiMWi+W2RUJDQ0NDQ8PSNuTZ
				YVTLyIhlZGRkZGRkZGRkZGRkRCMiIyIiIiIiIhQREREREREREQkRCQkJCQkJCQkJCQmphISEhFQq
				lZAQRgilEqQylUqlUqlUKhWGhoaGhoaGhoaGhoaGhoaGhoaGhoaGhoZ+MplMJpOJMCb1hJPJZCKR
				TCYSSiQSiUQikUgkEolE8ggiCRLk8QgSJIKENsg8SJAgQYIECRIkCIM8Hg/58Xg85PF4PB6Pxx77
				w/FwOBwOh8O2bdv2eB4zM0EsMzGc2cSExMTExFxCQkLiEhISISEhISEhIUGJECoRERERERERERER
				EREREREREdGIaDQai0aj0WAwGI1Go/FFo8FoNBoNhsqQZjAYDAaDEcpgMBaLBWOx8GKxkMVisVgs
				FosFF4qFQqFQKBRUKBQKhUKhUCgUIRQhQoQIESJEiBAhQoQwQ7ghpCEWIkSI931DvO/e933f933f
				933fd+q6rjuduq4bWtd1Xdd1e7ohOPV0Op1Op9PplNPpdDqVTqVSqVQqlbZSqVTaRqVSmYhkIY1G
				o9FoNBraMhqNRhVt22jbtg62bdu2bQObTlRGbds2yIREhGNCYjQajUaj0Wg0Go1GI41GowneaDSs
				uobeVNmH0LdtCEo7qqqqqrrZqJuN3rabzWaz2fjbZqNKo7GMRpUapUaaaYJGmocJGod5mAnjMBMs
				YRRhHqZhVIVZmFH/ML/AJp3//eUiMZqL5XK5/B7bqqrGYKSWWWiRZVFVVVVV1bMJkJGRkZGRkZGR
				kZERkRERERERERERERERkYZIRWQiMhERkZCQEJGQEBGoqqqqqqqqqqqqqqqq6qmqrVQqlUqlIqGy
				CcUUCoVCoVAoFFIoFAplQplMJpPJZBJkMplMgkgmk4ljMplIJI6JRCKRSCQSSUhEFKJJJBEFiYM8
				iINMEAUJEiRIkCBBggSZIA/y////v/P/MbQfIdfhcDgcjjocjgnHJw6HIzgmJiYmJiZmwpSJiYmJ
				iYmJiYmQkJCQkJCQkJCQkJCQYEhISEg0IiIixBEhoaqqqkZEWwnFIoImEY1GRKPRUKfRaDQajUaj
				wUajoQajwWAwGAxGMBgMBoPBYAhjwVgsFovFYrFYLBaKxWKxUCgUi0XoIoRiqhiFQqFQKBQKxRQK
				RQhFiBAhQoQIESLEQ22oCvHH+77v+zbUH+DDe9cWj8PiOkzXMy3PchC1VztVpcZ0Op1Op9OpVCoN
				S6VSqUilUqlUKp1ULo1Ko9FoNBqNRqPRaDQajUajbbT92rZta7ZtVVXt2rZl27btWZZl2XiwZMWW
				HUt2rMqu67qu67qKqqqqqqqqqqqqKlVVVVVVVbVqT1UNVVVVlciEhoaGhoaGhqoLDQ09zzP0PHme
				cp7neZ7necppnqZpmqZpmqZpmqZpmkNzOBwOh8PhcDgcxjQMDsnhNxwOhULhUCgcoVAoFAqFQqFQ
				KBQKy2AwGHzDBNUGVVVV1QVDUC1dlmVZlmVZsizLsiRLkiRJkiRFkiRJcSRJ8iNJchw/chzHcRzH
				UcZxHBUxjuOoURRHURRFnIQoiqIoiqIoYqAYGBgYGBgYGBgYGFgHBgYGhvkH/vF93/d9/c77+77w
				qVOnTvVE0A0evXnyPJ8Zj8xMjEwnhtPhRDWbMJoYw1hkU1VVVdWQVUYykaqqqjo2MUm0KmOSYup0
				mq7jOnXqpJ6h5jk0hcOgsAyWspEUx5n3BUr9JkubQtq0qdy0aZOqqqqqqqqqqqqqqqqqVlVnFqYw
				hSlMIRBJDYsYUFU9TGG6pKqqqqqqqqqqqkpVVfX22OJ6JkzXkioHS9JIM5KRGiOOOuJoI4lmRBJJ
				JJFIJBKJRCKRSBQShU6FQqGQq1BoUtVYSCMaESHUUNVoK60SK62SFJKkoSSUKFWqVKlSpUoFoFZW
				N0VImjRp0qQQyEgakiipkihpkiTpkoIUJAcpSBEkTqpUKUjzoAc9KIKCgoKCgoKCgoKCgoLkoBBd
				Z13XdV3XdV3XdZWu67rO2q6cruu6riMR7pEOiHRd13Vd10kvHYhALHkEcTwmHBITERKNiIa6YCgW
				K/uG0NqGdV3XdW0/mfEMWEZY23Vd13U9u5rhwRNf13Vd13Vd13Vd167req3rGivXrtsaFtaBq5uo
				W9d1DbVqwLqu67qu67qu67qu6xpc6KaO4ziOo8QH+p3Xw+9dD7/JcRzHcRzHcSDaVuZwaA49Q5Ik
				uc0jjOYSJohkxHILRygiIiLCsK7rSpLrKsE1giuDwWCwHAcUXMPhZVmWZctoua7ruq7ruq6mcBgU
				lkGyHElxFC1+gd53hWkzb5yRH9uOAwpjgGtEiyKGWHFEESd2LgNxHMdxHMdxHMdx/8ZxHBlYsRcY
				QIGz/29d13XyON/vvL6H63e4fdsyE4/D4o2uo55pWWaPxx/Ptq7ruq7ryok91nVd13Vd13Vd17Xr
				ujpcQQJh7XTdJPbYxBwbiUVErOu6rqu7NfBe13VdV3ajOY4bjuM4jlvJcdwCxQduXdd1XWc+g2/t
				Nu6UtoVpYdOmTZtm07Rpa8MkLCwsTGELWwj75w8btoat67qu63dt266Hi+17bI/DtLgO17Q8exMs
				P/gzMzNSTifMzIxGaxhZdJFFIyFSWUUhEoVEIpHcEVY1TdM0LUQBxRvCfaeudBqVttF2Wll1lbV6
				qM9h0BQOJah1o6at67qu60zb2m3bpmkdmQizbdu2bQth2yaBGxuf8bZt27auQWu/riHIl/9zfxbX
				+X7n93Bbv8PrEBbXUc/BtDzLmpkwMyMT1gmbGRmxiIhIWNuwhoWFhTUsLCwsLKwzGUgQJgxqrOu6
				yoo26pknvq7ruq5rxXmEVc81VA0Na2+aZVhY2CUzkCDiJBlWxyAWE+jHzLKZgywsLCwsLGwL6+b6
				FqYwW2FhYWFhobB+67yu67qus6+uDQsLCwsLC2tYWB0DCYSw//////9c//7w67dv27763z///9dV
				VVVVVVVjGhERERERESkvItLo/4gQj8fj8TbijLf1/v+/WlF7htCXr6qqqjpUVVVVVVXALuCbwaiq
				qqqqqqqqqqpWVVX1g6pelUqBR6OWuENERYYhAwlI6U7IxFj88IQgHdl4JaStRwr6OMLDw8PD1Yar
				Cr+Aqv5z3/M4L+/jm10ECo0MZNu21VsN6BQstm3btm3btnkJGntmYmw7QIBjbz6iqqqqqurElomI
				JzCJiAirobAsdZSBHA5VVVV12LbthFYpAZ83BhJYKEuSJEkyRpIy8z5KBPiselbV2rZtW7Vt27Zt
				27JtyQ22VVkkVFVVR0aC1QhWy2DVquXPfELwPwJ1wGg0Go1Go9FoNBqNRtVoNBqNJzweiXpG8nTm
				YHlmZtTwaNOZmRGZMBeKiIiILEyZIawEZ2r5qwVjGlQAhYEcRXIQGmWM4QO9ObN0s4mKZaiL4H3V
				ZsQVgUnFMZRAm8SR6+TMgcdmNyjpCPjCCvvaw05gn6Ckg1Dda8581bXrd+HLekURhX6GfYpcCK1+
				XDc/cb/DwwsgZWTDTFGute0uQ5CXBVRAC7fhZpqngzm1rFreWstQNkni3vMuQOuqIiOxNB/cfHM7
				C5HT+FixmKYLuySuKxodVgaqteRU539kQu0jCd0gi3YLnEPIYoY91o3X3L8WtPv32/amgQs0W6wN
				Rki/+e1rcmvI0jpU53Fdmj6xnpv6VM3NiYF7KlKEtomC90Bw70Z54wBCI0Efu8MBBCU5YxoJ+YGN
				aeM+PYY1zwL7PLd/SqSeOGiGltgCutZUBN1fZivwMuBSUxGE2EhFZ5PVrUc/5++0LD9WUxFhGdsN
				+eulqdHUXxi3Gt+U0K+V1W+vlY321bWyt8q1shTyo41lhgFmFsNrW0vdgIApXfPxwayuaW53RjCY
				MUvEc3KNkVOajg9zE5vswlPSPyxRRpaXEhFmrQWqGGFITr9CMZaoYLY1osNpA4VvJZVuM9WIb1TM
				Wr4wBLHjByX70y0h4eu0uRev3Cu6Bpunpnyk0S7IdHxxxOTCtyfJIC0/RyTNtGsiJTnQoqKIhNms
				Fb7ob6sU0KrUmvNrZ8DGxvNs6KPkNcTGc2aO2xldsfFsIQmVkzubohm6oH3qfAajE21mKu2YtHJU
				XOEJxa5QlCvTzj0zugBWhSBKK0UXF7eu5XavQrhCfROIue+H6ZcxmWx7wJL5gNRKm2YtIpmAQEVI
				ZmLitxHHUPyKdjCCOy2PLlECBh5kf5rsjSoEgj1FnX9AFFIFe1ycg+5UVIWx5pG/ons76yC9yyvC
				OGsNnntd0v/PGMrwK/9mj3zbEL7culCiLhj9mu2sJAMF0vOpQAoOW0MYPqFu10GXvSrZccRJx5R0
				91r3ZxljKWjgOtiPy6b2x6bUDVGFSvfQ4JvmoeO+7tAxfUOHjhds/brtFTTK5bdws0Y4L4cPfCDq
				tD6G9Z5ASnULq24LmpF0VEyzrwzIj77lq59LkuZRTQcK+qy5GoJj0ObacckrxK94twUjc3WfdErl
				n6d0MZBPV2tUBmJ/UbjeaoULK2R8oPu2QiDnRnqS4EExgBTECMOj3kTN9vpb7EzoqfelPkX6K+TO
				ki+NK9Wyb815DXgeQeIkWsgfcp3NJELmuwgVj1MhFFtc5dFWY7buhAS8U2CXiaeHycBgAcJL49I2
				PZGAOmyYrxouUm8awJZgvwK0njgwA4bcAJpil8Y3IjYLvca/Y5fe+C4/Bf3jqczQbweKTMGbE+LE
				6j0u2ooeBSVcoJ/b787njyERN3KzK2rwEDMXjko/B3/kKcVuKx3WlkcTGQgE7Pc8HvT0NGrp0mKG
				haT5soUehd0T1Tdicv9KLdfAuCoJMCwbL0gGvgCAn1eIGyYEPYl9sT1nZiXNi2SGikmg6IWqTpk/
				E/XnDbmgJKnk7AxcwhGh0IbZzz+DUxTlszLQhw1jYlg7eXVHRp136+dCCcZxKN16SAXLJtCUMHFW
				S49yWfxGmiyp5FDBy3/V++deFMY+dkSob9JvNbgeBO3/gesoJYUVzceSi/yAnVQiVsqCfl9hQlNh
				7M7udxBZ6Qj2+GjX4cQ5B/aM6waokj20EG4JmQlxV0/rQi4+OELnQybDN+1Q1jXNVycXe+mkhqmP
				NtQV5cZiUAIPoAnxN2PUIlyfbjGkdbKqGcqupAxlNXdkKBsFjPAECO0K+tgpnMNq/l6I1W+7MP6C
				speaC8q62M0b6aHRpfIxcZ8z6WdAsJobC36YcW9eOSvjfUf89w8QrY4Ks0Mh5my/eL4qy6HofDn0
				jM3yqqQK7IGxSfOGfpGagAdGozjVi0MAljq5dwVonUyICaXVPWiirT8xk3edCmuPSS1CRzQQTksk
				aGTULSPq1VLsAUnwPsMVq602pGfiLq7Uf5creKVFClXQJ7EVe7SS81N6tqAnXbS7JV9sVAmuYsoA
				szmsrFYMZqs6PrBZb+2qeqTLk9QfIPcoSbx20QwoMax4MJwMwokCxJbZV2zleoDWYrTdei5kLFmv
				HoPAA68JGwn1I1v1mfbFrbPDL+wOKAdt37J15OmrlB1BhuKZBJf+uW22VQJ0gk71HeWFxHRwqf2z
				xveaVuxtSlehVJvsPx14q527uATVmNpMXEVEeqpMBy6FqDTc+YG21A+i9RKz0kP3AEzuAj5bu34X
				TKurfLawr528939FourkN3s8DVrGWUH2sCMowwpnAmGoBbWThkDthmgeC2KvonTTaqrjjAVwJ1dH
				lsEwECuw+FTrV1XUJwsLSBnMwWJPEvrMuO8eQ4kaVsauqpbkRXco+TR6PO0eM+E6+DxcF7FayRfd
				affsTKbvJpyrxTF4vcR/p55Fw2G7KGRjSFe7Y7X3HN4OM4TyrbYWrzJUCKxlpXoi15DJAehzg0Rb
				1cdEy+4YRG4SKtYzhgTC3KHwXIWzGuMp2rP1a0WxolqJU5PdxHNFznCFcMgzjO+GustMRII2JvFO
				qIURIuS2Czb9pJyQYURtXrGNJE0wXA5URaB3jalOAOcSouJMRJGhM57gAZP2kI+xLV180xFJZHlJ
				2JSyC1G5VFFwJ/COldQt4e5dP/cypvEGPlszj2DoOtvdb8kiMoNg6IM7/zrGBIudWw0mW3F8jc1i
				nsZhXRw3jueVsTMQkqE80miMAY2zyF7Nm3TBe+bCAMO74Ukwx9DR7NLaUPJ5vpWkbp84KcbrdGJw
				cm575M9dEFIRfbRKmIxA6usWmDOzJtrLTKjr7oP6OF/FWIM3jYP2W0x4/Jhd0RNVypG/xTCdsm7i
				aaSwRemqt+6rlM3qyVgg8y2uC3/Ug/rzjfETepXhfynPyHRBYbWi815ryyrEel24NwMh7aGMCj30
				iFOl+OKTIYsgGhvl3QrsCUioT78iT1Z5vhNooPjwWG24GOHiIxavSjWgm0ZSuV36GI6tasg9XeSK
				/I+3nIbKp84pgWSYmfS7am+B2iuIJ++2XrwFbLxE7J7p0ieU/JPAtG4OXJBGU/t2Bkc3WdbFSHuL
				23uJsLnikTlUF/HM3AsaoXdp6Q9Bt16CX2Zu/2sOSEvThz6RDU4LdnjKBq3bni3sCNdzorOx7xnS
				RqR0lnsPKveMPpDGGUL+MscN/WuOyW8dD90jwANUUdrUDZS5xYKLU3C7vZP2X4K6gHEcIL/+Woos
				Nqg8fFI66oxJ745SbQeqLtEePpnGztpJvoAmkxMqttRVUH58Ad7Q+rNaBVgFMfYFrHM+E3kLTHZo
				Oo/4HOGuPyIwD7c4mlwM+KSoJRMZj7060eaSbVgQBgUtzTX1a/IQACxdhX2FPUFUSyLWfjs7ZLiP
				4DlAfogB6Waf9DN2aj09dSEtzgs1Uy+SCUpMgCLqOqyQRvm6bnxfkavpvhvQyXpXlQXoeGPVzKkp
				3s+zF09MNEKRGTlascf95hokkJhfcl7q9fezSA8TtDf/fp71ScCCOZyXyAT/A1Ij0LuphnAILB83
				fjdGCzXgn+wds0pe81AUJzk/2/yoOPWuCkUhojl6MKilbq+nKn5FkY4KOulS5NtYE2XOtsdI78O9
				pnZdSHnsn2kR3VaCEYGrRd/uux1Afx49MLFmW/Iq1M4QPxmrMgqjW7HQekyPCguFhbITkqxiQdkj
				kqNC14FV2sAHGy1B/6Lhekx/auCefopzml8xd9GH/mQXqbSrWpOIvdOv+xiYXjZgSI/aROnwjre7
				vySurj+tTpJFRX+QuO+9eENiO7uQuyAu6rfLas+YixKwITU0s5mhRW7NPPYrdJ2s1Q+FtfDECUVm
				iZu3UaLiD7/eSlvVTMrP7+SspX/OPpLNFVwMtnh+6gWrtSy1BWy8uhCyU6J+a8yR7Ov+K8t/HGmC
				regq8WOOhJqGTWRlls1A6WVtscewOmzrEVHTp1vQIUWNFjTmgwBcX/NCrzJv7lLhN+FU4RJz2o7V
				6yaSPm8hy7Q/C8fnFxyaxrgzyIYkDEvIkqZLM1EXyIwPgfwcGoTkBZSUgQ/3cXG+fQ+Yijvgf7JH
				mZxBkj2yuR2SL8duaZZFY5AVYizzsbWXHM7rvwI0e6/MRH8kqF2bhGY56Ksa3BmmgmQNls/HuLEf
				sbOsK9waeSY+zDkCBk0FVNqBBRyNkOyQnmYxsPQxwWT2hZ1v5MDJeaVvUxdcOYUA73JH5OUqLulm
				LuWaEyQ1MPc14zfrf80/ayhBT6xnQMbnITty1Kk8Aq9mp6t4FwGa/zWQCatiAy2Afs/lTBDjYFTo
				nW1Juu3Fg+WgEu3aKw5GDDgvV6IjXLJ6uMpXGdpyV9NdXX99sQTRLc4ij/iUMcWVAK2vKftyxXoQ
				ZmfuroFJrMgZAoBBQHLHNJHZqoMKwzZ2dBZ54TOv5MjGcJIyDeXTDoVNuTTS1SwQxT20ANrN+97/
				uE+zUJITLnJaP3W8g3JM9BWxsGnM4rd5ZdIaQ7NRB4mJIMP4Ksmd2oDOh0bdGg68SFVCJ3ZzSfuY
				OBgESqtqHyDkEsbIeczs11oWsjUsZeBuBLGwUhzkV+2tb0I3x/SaNQHH7kasp48hDmkltsgiSGqo
				aSwDvEKOtTyDvxQT5I4AD3CVUtM3YGbTYmcs6c7SQO+lnp2xJHlSvQdYPxT7jGXcZ9B+Vs1YBg5e
				3HLDnlE81v3mUW4ueYb0IEU0Dof22MNYgTghxU3JfxOivmUVPqn6EV2yYh7nJTLB/5tqHT0gEDAQ
				5lcPAsN3vAuVjbI3S1798xKuEqLkQNxFPjzyNPOaLwtd9lwfkccAOqo/Zy2++VDzGTH686G3vA/+
				QaAKU26tJk0lBy05LmROJPpJJN8/ZQ3oBywjKo681V3FvFNA5jQtROhOT73VsLlq4MUPPNXeuqls
				+FSdOtblbIXCG40JTl1M1N0IWuW7tXmrhsPn4eJuKD5dA5UGRMNIAmTTTwb3kDQbTxxXTDUUsoVa
				cegzQy5DqYqlLiSgswqZUYaia9K8J8RoGy6qsiU6FdNSddUSMyEu8xGpIcDnYoZb9SpvO7iwpyG1
				swKdqOKQJm3NKwF/735qWhpwauwiFHJYY32ExjGUnoXN9UEQRxV96SycRhT0aBTA9oyKgg39CrNb
				9M4kWYQw7cMctQ12SF08aVNdx8n3FV7c+Umy6CyuZ7w+rWesl6ZITfzVM6YVSupXipdQiJYcnaZn
				3IUQTKxpS8/YCULD81fT8i0ZWd2+BXeaXRL1eB3YQIi6EWJbKNvMtnuF7HcA5g/qz/2dUb3bSp8s
				2/Ir/viwutPMfZCRpaIR1UOMEjCGcbC28QheAgQ1+GesUuBd7wco0Vms1Ts2VxtkpdU7FZlFmGni
				UbrH786W+S4dJsK+a/gX+Zl6l1SAd749Zm/G9IF7Z0RFl/nNRmwFV+Vg07x8JNNYD56bGwc55hmZ
				Tt1DHERSwawASWksK1OeYKvUTGOKihitc+DFofgAoFpCg4XMaJ4IrVWdufVNrTTtCYkPv7xbJJtv
				tFCpVrJtPl9IRb1BXn3V+gRrQGLBFRHjnL+qlbVdiOWyPXWWwNM0QL4o8TcgeFYxAXL7cDYfHxZk
				o2bAdHz+9vnuSXMLZYfItfAKmIjwfKCHWfr+gebv+Nb5MzHy6q2iKJ4iiG/XXjE4I+4LtrQihHig
				e4D4cDuvNA43HHbYYzVFhkH1pk4Ts3nwxl8WI+9RAx20ZevHuh4/pV3Pyik8OOiwezXEhkWrRZ8m
				xr5Os9vqmuMw9u4q2O91mjlokw5ETY7HJCLPUsfNaddDOLjUCz1cvcJbQrkT6OVQy1tFkpMtxcov
				eu0OGnhsu7oFj6HUSqcT2xq65lcS0O9w353IVU6SUlbPIuW2VYmJOt09slBSimZV+nPscJfhc0YW
				iqTdXSbpxLNTcMnPp5LxNLz+d/e35ACre3YWmzLJ3W9jht5nbMipT9azWKi2/JVzSH6begwcTVNp
				XyyUJdYZvZc4nKYw4I6EsORUp70BdCC4eZ+5OQAu1+1kW5cOu7HF3V5Wz7K+8bmyt8+31XukdadF
				u7J6OZEk/ZsJnF4BjkA3HHRYazUFx6D0pk4Ts1v0wKRn/yT/ZjiFhRrLwBKGpTNlGm0S301VpCS0
				Nrwu6FLWNkN21G1rehpOOBHoqUzB8mv20rNXjNNlnM8IuetyWamXaKuUfE47yn/eangFNjbn5WcN
				zj1d6FpwpQjiWwhbJqdTmh1QD7U3yHT3fmQULEwJ8LXtA9z+vGTclKHIXnPVqvgNw7zodW4t7V5A
				qmdjPUoWTjx8HFOu5uunSTbmtJpvQcEWQ4jhgdZ+Alqrms8ZFR2kFErjmHRiLV2TJ/A9EzcLfsFf
				SmvNk+pZCQn6IiH9/0yjE2q+hZwty+NXq3oh+DQfONYyjQ8XWuFhr93Fg8cyq1uwGFrtxOt71QNG
				Js3n+L155kWS5qPNrCV9slJk7TBCKX003/XUAjo/gzF45R1i1/qUOfi/IrX6+H6qTKuGilrqKr5W
				tyjMMbU2wDkQEKaUcA0Pmil+FBYz0nYdN3pWfNI29Ow4ebDAsc36Cj2GUivO0UeGmx64DlWBozRR
				N21E4UKOQtKhENuPfigXBIcbwEg0f4IFHT1L3f9xNheJziQ9G7eFCN+h+ouS/WE9/eV83KK0K7sH
				KV38ebZksn3LBtK7nD4pGATIlN2aQD07KI+05NXJnSdc0uKULbg5aQUuF9pA2LpgrXHtsQVX+Nu4
				OJpf3z2vkdSKmzGVws84fwbvNls02ZCIIlnPTu4CWUNXRa5jJHaCY37QTUx6Vot5GmHTibC7bicn
				NUfv3JqMVLKLIq+mgnqhutBXHbAfWvKT2ByNR+++NVcEJhFDKAU2gaMPfv6QqImrmQ/n4/bYWiCQ
				qitTmyg1PV3MZDlb+TnMzxjEWvvXy4Jbzy6o6+o770HPI8JxKyIEHTZq2h+DSz7L3eYEaJdtRysb
				tLNlbvUywTkP/q+QeWH9TMMm3sulkrdlEidb2spz9NodNHTYdn0LHkfVTk8ntjdwjb8kIN/xnj+R
				upwkzVSYkOtTeqEMKycFEEiS8w/ZrmGjNeaTyZbma+GmtFnPGgYfJX8VuTPET8YVLSuvIGhNCRQ0
				hcUdyY7nLWcZFUr8cMMMkyAAU76tuVag1bN0cKON74Pw5JPhHkKL7yJC1V6vZ5GRfFqWHtpkT+ke
				X5U846OBmu2B8D9l9TMvwaGg9bhwiGv5OCICn60oKe8kedbcJBqlEFrepJ7Axgu7yC6nsDuoHGiz
				SbR1VHve15kIw3CttRTV2wb+lhmFZeWUX+OsMMj5qvlRWPmuOSLiQmvb8YLOtJ110ExqMJ4a7ktE
				TxA8UBEIYMu5A5K2KyIRjUkNQivyJLMAvncMXL+zvA17aPRfnb9WSLSKeFEGCu2neesps3dMjtw3
				7RWF9lNDXifbNzBeHQi8bLNmZzISuyVwSs9ePplD5GKvaITXXWar5Bx4jmGGj2VVsGjQ5Tc9m74W
				kdBhm9UpLI5WKzUf2NbAN5fQFsTgniHd8xQCDlaZhJz4MdwDoWedptwx/vD+jGef8Lwg6tm37yKB
				w7LVKVgcpVZqPhU701uzDTbnjVZd1dIb92axnKxRAAyMOhjYdQvFwFq4eHxPw2c2Pr6U9hZGWc9O
				99TZ+TYpab5quY4w075IWMoA9Jblp9+VSHc4Vj2QfiOmFtfpWeWLYpbM4cpmj5UcpjTe4rrZ70nl
				ok7jLd5jreq9KpYtlJf6OGzD5DQPwlV6en3sbRb3wdOSjOzhMPbMuAsciNAC1G3Erdo/I+B2IQvl
				Vw4k8bHaDd5kA1luX3d3GtiHoM0lpSx4tNTElsPjXfTKgg1oJNBOPjCTWHgWTKU7zCuxrhQOfQVu
				es8eCG/2A4SxntWXB03+auTGEyeNK62jHGrUTZWmw6NqugrRm8IcdsQ2bxe5AbZfHgoCgjYpb0NJ
				A7duNVYVBVlH9XdU7pdovzd8wK/KFyB8TahQamYw0eHResoXPuTNnvY9exbWw01L1dW3eZZPU5/O
				gv+CwAq4ODv+W6aNiodkRPWMSBMDebUpI6y8s8JwNtfAmszVefl8IQiyx8cY858zoALtlWEWuzpq
				QBrmMkiigdhofqZHRcHREl5ILiOqqQnFLiQp9Tpkw52ZFfkTocRxIXnhD9Tk6d+v8DnO/6oOA1Rh
				eyf3rh2oKmetMn5BfSv0LDKRXUs3wV/7rZ6d3CCyGota5CoRYFbgjmy43qq56j/wwXguQjXeWeFN
				maUKe2cgfL4Ttdm9sVF1VF4sfT+da8czZJTt9ewy8Zh6HIygZ9G1xLHN6oiVZ3QVGQhf/HFPF4oL
				qQ103swrgSwmQUvgLYcrWPtxFttqtp5NXQtY4LDs6hQeQ53YUpqviLxIY0mG013zTO66zyIgAcUJ
				5TwCsBv/7EfN0Sg8bVbEQGxeXhKjW52SyfARcu0nooJFZGfpBqpbU8ct2g5UB7pbZNp3PqdEMicJ
				9mRNL6JFHuPZZ3ldNiQNTHfAjKVXu53lW6JeZsmnVS7BMbaGVKFni6n1wg7OI18ThCk0k/H6Dbka
				VwmN1LPKuwALHJZdX6HHM6obF+J2TnvGK4Qr2biQPpfWvq0KM7L42hFCroEEGZPV3lrgFZ/4pG9O
				FMdFLehZGkbxbtCeg7FPN/mFQb5A+HjIsHX7FDwX53Oe5zFR02Uvz0u97e35Dp1nvlBETWllnrW5
				yZyfo3zv3qxW8d5C+zPbBWIDmcIW3RNLxFGXaZ5Ry5MGaN1ngr3+UXOY1YYZFwgOaxQD6MvE+VVS
				jQVUDCLQZ/qic6iU/aFuowuC73p1MtlrZyShVEPTQNmRPB57IW1DuNYkpAGimhIoJrkNoYw4IqUm
				ePRsJDgjZ7aUmrj12NAqllKfdoQP+VJcwgHG5OTP3kLuUmpiY5gfKkhTakO52E9Z9Ps/trHvyCNY
				ouwm0iTcazgsxrRoYjZXdQFovRcz+nbXgKKe9SmMfzMqQp5tQlw//oTpMUxTeGqod8EU4RRa+4QL
				OrvbJnsgFQjaV8P9Ij6JGqjzbUrLCwYZWE23yO5Tw2uf1S8xpZfKLyNqZLQdAYLH5I+L/uQMbvZf
				QMhwkQhP0E64+kLnHwWFMiptCKwsdFthZQnjGYFbQ+A2AEuXavwnMDAplkM5tIkcPdDza4iedWCw
				hS95eNTaj7BQlHU0hygV29aAtVxV5LRqoRxc/EIfjrbwxlDqZHy5VPp2kcTplrryir12F4cOy65O
				0eIotdPzgemOLpn1rI/wNjnRgyLXXtn6nK99XA0TsdGzayPuw3ZGHQZZmnqWIAgoFGTOesGR2E9Z
				sYB2QSv4lOkj8DON3hHvchFoMwdmWPbphvBU9O+CCFIjPQv3bWWV76eHgtoKqxsKirdHhZDrZURn
				afU3VSfOazIvBcT2MVlNQODZo3Tbj7CkzbMG9exa40j2o//xZZiuN7LGZNEpXM+Mwad28x6MYJi+
				zRROItjgsi1zpZHZvdQLoPQuzKnVTae4gX9IA0eRXqUGLbd8wheYblPP9tNRBY1lSpEAT0K3eUax
				W6gIJ2aU+B2XyUifo621xGPnJO/3qsvq8Nk4pnipA3lRN76zIutyyGfvlRU6BqUXPZnsZvCZP1KI
				Psca99CWVV9jevycdvSsvHNS+VfRO0e8ZEzR6sZU+4cEAMqICiQwByUm6WMw17PU6cq3aEMQONSL
				hE/XB8ax/Eu9gIXL0Zijb5ktBRo9yKYt0uUUdhfUA+1MMt1zN4mh6lko8SHXe0HU+PbWxuRyt5ab
				TlUfklpGzzrVtgOZiXTfMrJo4ktrJluMWVgmg4U5rRrGjWdLASbpNIQqB9OR55WwZyfHlMmSJflc
				JqfztWDz36ZnDaZPyb+K3DPyJWKa3piBVG0qQsVSmsIrR+RvPJ+bJYT6bLjo5t0dgDqAQ8kavlV3
				h7uRwR5bLs+q3vigsLf30+49JrHRs8vZB/XJipHEyhuXJyDE/zKDpVJscGyHudLp/Cz6BmplF+fK
				arYVpZ7tefi31CksK3UOyu4Nw6OQroxUDO+CKsIltPbJLugMYydYeRTj7BWNyL2IraJK4DKzChKd
				D0JlZ8F6nNA/kI7SINSmJb4I5UVAQ5GXn9eVQ/ZDS38kNgflOP1BzYrApOIQmsAlcfRFTz4SBWVq
				5qj0QpvwYNwagYcDUHanup7FvRSounDYBNmySVOHnx80asKAYku5gvEMfYLSPQa7tJZwC2E58xZk
				BvzC3ZZATAV8IW/RQVCizE7YIz9S5bdC9px007gm9Z7V+o+hAHo2RnEENJnETmfn65bZFZMHnPry
				vWnWcpKUWeGKF/2O3YY4A2sCSgLXwwIzi0mFxky+2yNFjsVOa7OePUyLUR0pu6u8hAg+eri23QOF
				tMwkZu+Ohd40AOTIZZ5HCWhG2a1O54YFdDLNnmBBp2epCz+OzUV/DFL79wb0gvnqcuXtGjY+nC+T
				W83HiqVlP6SYh2xQMag6+MAEm7JN64WdPjRKYpT8WCoUiYmU8ifYfjM7zbXb9urZhSXhQcMREWt+
				yrJz+O2R9KzOLOGWdBHsvtvJSM7Rr7XEY+cg7/Ouw6rwLBygOOmLeVE137EmanLIZ+21iR2D1ps+
				Gczm4Bk/Mka+Y4mbaMuqH+M67HyT30HYNXG7stVDZVC9JaV6/0IkhOlZBI15YlEb8zGS8LOo7ea1
				aSEkHPVS5mgJiYRwL1Ol75bJNFkpSx6jZ3VyyLON1RQ6FqUbdZ6Z7uExUz37JTbkWiB4m9bemp5U
				7s4ow2/jg8NRenb9NBeUM2y76bv39r8KkcXpaSB9MbMLqUyP4aKTbpVP4TozzYFZ91bUc6t/GqgE
				l1k9W6vzsNBjmfUWLS7RimnpufeTGqcWUAHT0jbd8Og+GRACPF5MSxuE4LdzxbRUnlGbQ+fzMqLD
				vQOKBhBn2Sa3a/CQN9r4Y8vqWdYZ2dipYq7dNIl69jZkiSMrFAYSTdw/c3NWaAxkNogIXB14YAKN
				bNH0xc8PEiRjQNGzXJr+ZpzCQqsWFHQYaq/b5KiV7K5WIm2htXNxQZfWNkhDReKTAWo4VES/0G9Y
				gsPottdILVg1GdlRkRZR9I+x0/U/N+765Dl8LojuXWktlC99mBd1E39dzybbF7NmDlc2O6jIgWhS
				0jq45QyS3D1JiTqn3bvNS0tJ6XbZoa1sfjysdcdq8e9Tf61BS5jr6pNd1XhfMGC5KIQneCE4+iKn
				jwbCmVSmZzXTZJt+iB+PqU5r4bc0TgZlAA5j5LK0nbkQWt4ev0w2nb/CFjLBHTdFmKf3pXpjx2CJ
				mZ1wFdhH3wr23oX3MD1TJmvtH297BzKGDOlZaySbLL9Bx/YzO+0tUXy5Q311h/xYEN2rRdL2yCjo
				sQsyDImVGcpLiWWH36Jlo44/ZlnmwaDeLRMAYKBnsb6urvDd3CCAjYF1g0VYS11M7SqMmzalOkyv
				1nB0B7y8BLvNxiHGHqpHOaQoCGxPuIVEUZx0w3hVGogcUWq8O3OKap8Njx6Gnxs+wKuOAG2SzHh3
				01LSwO48RSGmzbWpnpYCHxKzp3Jvn/Ur1dJmX9LSJn0zS5vxXOTx7BDO8U2YdVhfyUFN59a8P1sr
				ND+0s59RPxtMDK4OPDBhQ7Zo+qKnh1GqGcB1zK8Zvr5dA01LrszZW4vuerqTdL+CjOdOhnkoss7x
				WqDuainS2lk71wU9Rax+qmdHdYSMhksi+pyWkWjupGBF0NI/c9bOzlYg404OvDDC70wLd7KOChbJ
				iIAW/vjOfi7r+bmSj5XOJsXezko9TXRj6Km/RYIvLevS06udnWXyr8lFIjn+LUlbqbQWWkJfZi+w
				ojBwBz/shJ5lzj5F/mr05skTs/S23lejdE8iDeuRZDXf+T9LopjmTHvyyH1Kzr3sHDvYwbt5soyW
				QWaxLpck/qHQgLYKUP9kaQrKgvtCFzodufT0Tc33nfVAABxTjZyrJDLgWmqpeJfGHxczLk5qmK4b
				0ja8VH1jyLwUcpC0FqhTcAzO8CzBy4dBcO63jKf7Oyvg18sH123gFUrOUEFOz/44uhcJ0H+LadA5
				w3WOyKR7nubYf12ZvrMzGD3Qplkyxy/aPlIGuqUXX2qHoqpmuNtUNA3dTzPcNZXWBHMVMkh8wMGF
				/PaCEOHY65mTc3frlvH/rZORbYdTLJmjX92w8iBE4NavmfvZetxHS3MVXdU0hGvcY9EokOnSHH4M
				z/JFEl1zdrRJe9vB5mzJduVNPD87gE2ia3+/G8T1vkMw4UlJzytTaCbzZwiVDBeFZvwshBMSs1yU
				QjKwk5y+05CSvhvG/dIYTQ+32+Z43igU5zE46EDoAFXZpLwvv+82pqZUQnCNG6H9/A4vqovwcOcq
				I0CXQq8K28OL6uyZhqaICZnXQ2iybJidLX5lx/QqtUq1ggjWzyOuXnh9Ntm4s5Vb7Nyxw0LIQGg5
				YRiYGK4hTR53CzxKWRY6qzKtrtezV7bRzsTz7FLoRRkQgtpjUMb4Zw1IgXnBcAu0n0cY7t53oUI4
				Xaii+iUHzW42cvMIq+g68Oia0Sbrt8gB9AFEqkOOkCTT2xQPuns+4OWFwUx4zI8CobsmCES80NoP
				iQs6q53uzqdmLaoEr9bKnmYtXUMazWBbCY5isNiynhutUChoBzXmlrWuJ6EVg0ypAJspwd/Z//A+
				BqPq0MKmsCGGFdpM0Kxa5nywQBMX2vnLRy04xmBup4r1qozVwshEz+o5WR7lwtc5vfqBZnp8RUt+
				9KsTq0SIH4n/i/VskMqHQ551rqbIsChd6Hm07OCuOe010WRz10W/w2AjfHGx04t3DuDheGTxYy94
				uUrC18P3sDCNIKdam+hZkiEPZ9ChYNri0kYW2qIFZdbZ5Ra2R0oappy8nVQTZF9xgm3YGXayPSx0
				cJD+b61X/yAIoI5Js9ZyENrm3kHZ6EadyQvtzJpfhBxHUlsorWhV9b6Wza06xZlVZ+Tb5ylND9uq
				hJb3sWd34IDHXqsp+LKjj1qE1of1KfFtZx+miTTOZOCZ7CzSQXXWetytwjHtYIK/K2JlSz2Z8hm8
				5B/t2tNYZ/59LaNVH4MgcetbSN5/5U+hmXjSx7ajr8iYqHXmLckRlaNQcmktVeYN19QF8UuT1Ckc
				qQ4M11xbF66pEwvXjLhBOzFTGXqNufjfVlwaN5K5Y3JkGsWWVjHUa+fIY0urKEOmDSdQlGA2V4/2
				Hsj+j3+MQ1DPCmRINa7R6e/fgghRJQMw6IimASoQ5Dfa8kTfA0nBtJrABZLdJFhueVOYwpF2v9bU
				4Rf/8uHs5tVz2wiocm0nWoEOdEMYyjFudxXWMMOTfsAsvE9PF7dVS9LQs6vnyeRc2QppqHTNj4Wx
				dfKj6ll+PKKYKU9LOmR6alVW5FU8MHDAOi7AihwHXceC2OF7b9s8WJHjrH9p5WS15U6OOASofma5
				M0y3TFETmZwIEaD+cXgafmidhGdNEadUAtQ44deWetEl/xFbc/hnyhlWjbb6uWS2hx9k5U9fRJbK
				/C11WYOGLtuuV2RxtN6o6WD0Bo/xywH6HStq3RDTmXaUnnUEOiVnExQA1S+n+7MzALDr5PQlUs0S
				VoezaZp+6JxV50AkdrpWf3uR131VLNiugahPXiFD8bN82yALOJ/YWqzj/Xc226+Xz67bF/kKJe1A
				bzRIynuxJxHProhZjz+ZqMqjd3cDundWSX/0zpZeomd2YMhhr9UWGAatF30amG3RA8M7+yU2ZEYi
				+OpZc8dX9SHFFI8UmoReWnB0VyJG5iMLYon52ShCYuuIOYcPkcU5fncWivvhWVtUMj+nMpU/vANc
				uVtuI9Oe5b9M2R4R+vqfpOghILpoVSyt4BEQmVSUQwnYBI6+1ZMp1tE06OmD4PAfwMUKRlM1C5yf
				uPZ/hgb+mAPFzfvPzQNwuW4n24HG1dJBbrSdeDcITxYPt0LzAjNHm69tbctyE+dT8aPXGTicXTMn
				tb1i4lqM0XWoEK0FFvBfMo3NHxiuODHln+kuvF7Rm5/KmRLaLKFtw2Uxpk0r5vPX0tYpL7zpNtrA
				cFkpGxiKx4tq7BzQOg0M3R/PT+wMDHV4wXnDdHv285hQ3jfB8AJZl2brED/u5DQ4iQ/TMcptKBIB
				N8gdvNQ5hFY4+QWG9bbJ+IsKhO3XcN8ies60F29smwXG4673JJQqx3xGzXvljJpOUDNq3iXJJrRC
				JfOIXXw3VKgl3QzA7dJvCGD8as6nN9MgJbiD305XaAUqrFDLveNdAiq086o8ErKmrQTenO2yknaL
				C0zKdtEXnBTeCjxJ9yC4C8mV2EL7d9VwKl6Gs5Gew/jMJLC1trjCOj54xqv66H6ysGeazicjVXdI
				mU8W1jNFsDIIrQ/WXpTr5yyaQ61IoLiSItHuSC0ZEdqxZhE/SWCW5u6VFAD3YLo3sH9p+VuTO0O4
				5GLqsnVoaTqHKKl1litFEieDtIcbXIPjMZVoLbSyzVdPgIdKd0zrg3bOxC/c3RLIVJgv9Lwr2zXc
				3iIr2ioUkuxO2I1rqeLHAO3HCms/Cnumt48iexXaM8RLxpSudmzdv4gApZtm3SNCPAHcFQK6Nw46
				FoAlBQXNAXMCdyJCZJKyvW3lZGYggwHDA5MDbAPhcDgcGA4MDAwMCwwMDCwDAzkn55xzTpoFTo4k
				SW6B0xZIkiRJkuQkR3KJQJIQInDOOWcERuCDEIEkSQan1NViXStWqFVUqKKomiEioaEZ0lSSUtSe
				pOCcc87lEEwzQSHOOeecQSqQYDAYDAaDwWAwGAw2GAwG2wbhZEhwzjnnlDbIHQwGg8FgcNLBYDAY
				DAaDwWAwGFwwGAwuGAw+wuB8PoO1GS0YDAaD8+DbuLAtFhZ8wRAMBj8EIwQYgi+E4HPOOeeck3PO
				Oed8872Fau+9q3WtilX1/0QVMFRURERUVFR79t5777333nvvvReQogbDgtzeexBiKshUVchUVVWt
				KFW1INWQ6rSlSqfSVtVaFULrOUrXNFfVdfHau+IKV1zF2ixWWXvWWGSNVauqqtqsuvqnTAnCaq8W
				C5tQIUYVAlGoPaEaSkLNDUWh3g4VKjRQoaKioqKifu9FVUTNlGCKpmgXiy6isYqqilZERBMRERER
				EREREe0K1czMzNDeG6IhohgSEhISEhIKIiQkJCQkJCQkRERERERERDSiXdom/FaU6rnT8iydNo1G
				2nvvvWlII9okkkgjEolEWk0t7G3bNu2Otm3btm3b22bczCiogibofwlCB20iiqCZmdkBBMYtNXsY
				MjMzM5utGWloaGhoaGhoaGhoaGho1qGhmaE9MzPTmYeTzkKcCBmqICNtfW2amayUGpIRERGZvTd1
				pEJaLadt2+nsTqfTeZ52dpA59t5777333nvv995yLcIRigrbcITDmVLI4XA4HA4Dg9tsNpvNZrPZ
				w00tNhN0xYbCSJgKM2EozISZmZmZmZmZqRiSmIlhTGMk5pjG1MvMjMweiWCzhS6pqZaUSgKKiIiE
				EhEiEREREZFJAgiAiIhIjczI3nvP0lJGOvLMiMyMjIiIiIhsyjKhTEKoQaohRZUp20pvv2uUDV1D
				o9Vnkmfvvfey4/AU3yScw1LYvfemULZtM5MJn3CyiWAmQSZBggQJEiRIkCBBggQJEmQHWVixDgkS
				ZO99SEhISMiEihGRCgtSXyQRIfs9AEJCQmqKoKJRpiYiVoEYCUhVd4QoXU8IGmGgmakDXbKR1Gia
				Q3UqEddUU8KYRkhtUaFo/4Sm0nDvbeK2bXdzyk33dE+3995777333nt3Xbf3FlLt/hBi77333rds
				995777333nt37733vQfE3X7vvffes/////e//+J2WCu0whoaGho6oRIa0NDBoXvvvfe6S7b33nvv
				vffee++991bX3J71VVVVoaImKnrvvXecc845J03TNJGmaRNJmkgkEmmENJ8kEolzzgMpSLUZTTbr
				ZMSOOHq0EUcbBYVRBYoRBSqaQJRAB+Kcc84ZaBAoiIgoiEdQUFBQUFBQUFAFVdFUVc0QUdWwhqvh
				nHMeNTQDGgpnZoY0vDMzMzMzMyMzMyQxYUKQJEmSpExCggznnFeHOpxzzjnnnHPOh8Ph8Ls88pSk
				3HA4HA6Hw+Hw4XA4HA6Hw+FwOBwOORwOR8g55yOcc8552JDPOeeck5xzzjnnnHPO+ZxzLjBsUspw
				zgczhjPDeigUCoVCkRJhXSvWKoooVFFUEQmHSCUSkjCNgkiBRoGCZGZmRkYe2UhHOPIIRzYjYWSE
				RERERDgRERGKsEaoQuFS9kZfhaHfF9LCWeT9/YXLQlmWZaFQKBQKRYSEwjnnlCDVZhM+E4pQKBQK
				hZuQQqFQhEKhUCgUvmAQiQpBkiSFCLmQkBCGhDCEIQyhUFXVarVarXKyqqqqqIiIiEpEVEqQkhka
				kQKNgmgC1QRVZ0rOSYEE4JxzzjC8IsM551zKSd62LaVlW65t27ZtW1nbllYe3nFcEstiSR22nELO
				kiz/3zpY19mVr+TKcs4555xzzjnnc855CNEIpcBRRouifEaBFIiwRSVnVVXVXKqqiBVq7KqKUURE
				NIcmBTLnnHNO0hxNzjnnnHPOOed8zjmnKEoE8ltWDJXIIiLyMqUiEtKrTyfZb9v5////D6dwzjkn
				5xvwWY3XJk32nnWyPlmBkCQnTDk0hPAVSIT5XwEm5vHxX1UlNdWSarFCXSvWKhSjhIhKSJIkSTLQ
				iIICVVANOTk5KXNDkmFIklQhKyKkTMgQMggZQrZtW7LkbNu2nZ1zzjnnfBVybh4uFwiTRTImSfJ5
				KSTHCpRSlnNvQ7WwjYyRFcgnkEsg52Qg55xzRiCDQekE2SCDwWAwGAzWgrVarVaLWq1Wq3G1Gleh
				qIiIiMapxnEcx3Ecx3EcR9nMzPjMVPfmjM8RGREZR8Y555xz/v///4//9aLrQqP1xnEc55z3/fi4
				997j5sg555xzckCpcRu3bdto45SNj+O4juNz2TaGkcI4YbLDOB/HBRbGQxiPMF6xCrFYLFYhFou1
				1+Zi5IvFKlaxCqypllSoUKFCVSDnnHPOOeecc84555xzzvmcnHPOOWUCn8/anHPOOQMlkHPOOeec
				c845n3PO4Jycc84bGBrIV7vhcDgceGDg4XD/3wCSwUjvvffe+09CglRDqNUpVTptpZ29K8vraOhC
				O4iWbt25/3/v4Pbee+/f3nvvvffee++9995XWV/W/3nbtv9L27Zt27Zu22jbJxf9////////D/VR
				REVDREJDJaGpRJpInUCjoEAzNDVBNU8Kwf89z/nN9/////////////8fhNz79JD///7/////////
				////////L99JqKH9PxgpOcf///+a0bJZJ+u4sLdxW9gxCRTC4fD//zP8RwihIlT8///f+BCTU/EW
				2f8noSESL/GJiIh4IB7EOzM0M3xmZoZvJszIPwn5//9Tggg/hFdZlmVZ3nI+56E1Uar58////xOL
				JUkKycnJSWEkSQryGqfxcRzHcRzHcRzHcQwVGBgYyAMDG+TwBy6QgQsN/GAwyErwgzf4DP7zzaov
				Cr5t20S727Zt27a9bb/JPB3OcHaYvdlhFrMPP7LlyqbsZb/Dlnhvoe7plu7uvffee++99w57771/
				vv//qQLLopKTJEdyX3urtNtGbtuxHbZju///f9jfAP///////////08gizcMUXXiP1Y1FTGqKgpX
				VRVVVajwJCGiaVQiTRyFjxoampmZCe+ZCTPhw4Rjwv8vYQn/f5DqNIRapf+XAP//38P///8fU5XD
				IjI8DAvnWJKT/FqQVqPJ3qyT9cP+cDgcDofD4XA4vEAIRziEIywRJkJYDiGEECIcU1WDVCtmxVfM
				iquKouKimCgWIiIiIiIiovDMTNuY6cg8JP//f0n8//8LiMSVeIZA4tVBkumO/3/5+lh+juUe8/hj
				Hh/H///FmBgzjuM4juM4juM4jmk1iuOYz3/x////////////8/9fAhTxG4n4P/7//4ivqqKqqZKq
				q6qqqoqKiIKIiAKNSDTVgKOAQDVBNDMyNTQzIk+H8ywVkc0UKSU1JUUjUpSilJSUlFRLSkqqnlKl
				05mu2xaJLRaLxWK1okXfZV784he/VtfFulgsFouhyC/OYrFYLBaLxS8Wi8VisfiKxWKxWCwWi8Vi
				sVgsFotFFovF4jNUVVWFqqgAGkgU55xzzhfFOeecc84555yKioqKSFRURMQiIiIiIiKiKYBEgxER
				kTgNDQ0NDQ0NDQ0NDQ0NDU1JSEhIiIeQkBCJ0EIVEREhhpDBgHPOOW/pEueccx5t2/5Pm81os1nv
				zGxd13Vt13Vd13Vd13Vd167runJdu1JXbduyC1jXdV3XtV7vuq7ruq7ruq7runVd163rSinXtm3b
				/r333nvvWxug995777333nus995jYVxYI2xQsa7rvfeutwF677333nvvvbf33tsHrFChQlQgq2go
				qg+FfmhoaGhoaOht77333nvvvff23nsDrTgWVmMYkhATwoRBTJFM5f87CQ0N1RBqlSq901baGxoa
				QhsaGqK0XM/0PA+Hw/8zdDIw/B8YyrDQfWjovfdyoYf23nvvVELoIbQh9BDaBYoQQmiE0InQCI3Q
				RuiHhoaGNrRt2yrWAk8UHSKVgrRt205RzgxnZmZmIMyGJBotkahEJSoUKiLRe++9V9q2bdu20du2
				UvJbMy3/3OX26NHacZjTj3Ay+u0Cf9vQo9G23aKNRqPRaDQajUaj0Wg0Go1GX7SGZPp/GdFoRLSK
				qpaqp2qpuh/0/xWqjqqL6tZ1Xdd1Xdd1XdehdV3XPyNTT3EWAp26RTIiIiIi9ZMqqaclVKWW0lut
				1nVdvf66ruu6ruu6ruu6HrFYLBZNC22IKEKxWEEsFovFYrEYrDcrrlayqqqq34oXQ4UKFSoUG+or
				VKgQIhRFVdQf9VGMClGLiqhDVFQRFdUUqyXXKooVahXq//v/JJqIiK6hh4b+/584M3QYKqEYKhmp
				kIiMSIVoQgkyCVKdhlCrNCXpelv2WZqmaZqumV6eu3SapmmapnDFQgrWkMKQiIgmadIckWo0o45o
				JKMZyWg0GgWO3ugwehQoUKBAgQIFChQoUKBAgZ5AgQIFirBiUND//0H/Px1DUxVB1zTQAHPN1zxD
				RdEUERHN0zwHTaDRHDQ1MzOdoRmZmRmZmXnmzGbCTMzIyMjIyMjIyMjIyMjILCMjI/MdmatzZzqd
				2c53Zuf+//////8/53l+Ps95nqfxx8XhEDkcDofD4XDI+f///78B/v//////////MBNmIA3zPM8R
				pmIWJoSJMCUxMTEx9D8zMzPh/////79kExWqKCoo0IjoEP5JuEBEUyM08jPyMvIdERkZGRkRERkZ
				CTEiJSIiIiIiIiIi8v///yJXKpVKpVKpVCqVSqWyVJYl/pfl/38KRTqUhXIpT6FQKBQKZUKZTCaT
				yU8mk4mEIJz8Jv///xMCJMigQYL8/7/8QUJCQkJCQkJCQkJCQqohIXII+ashP1Wqqqrqz1X5/z9R
				H+r9////////aZn6rMRI0PjEDhqTGGQAjkJJDORAkoQdc/IB15IJDW+puN7PX3zEo9Rs2VN8BD8l
				yhWtg3OGr2KcoX1wztDX2ZkY4ARk/visdPFnG0Xg6tOVyAF+gTd8ekwfBsd72LdpPnIag0IJKoi0
				cd6RZZgdYR6eNfViX3qBrVygMrA5kpQUMC2rROOg+gX7LuQRAQ3SRi3buUl4jbkj3FGTthZOUCYX
				EKQB+JghpoXog24rNPXFCU2tG0No6l49aOpLDsUAQ0lbhvo5n08GDr7cFm3i3N87UeAjB6xcKWay
				oXsuOQJUeiGcdoeHeexjxRI5eBRFuzSPSmiFzX3jt86A7cQUZZUA87J+cTlJPzNufJDeMfiDDfzt
				xj/EGF/yDCZX8BJptFbfbpNsqmWR8pxteJC/Q9m40xj0AankUGeZXXoBSMmDhLgsxpohMBgoRKsX
				ZkUePciU3IbnWoERz5TDpbsNn8WYLaGM5ZSsR61NaLNaQ4TAIfGeyBFeNK8EjrjGDhRgui2sJAYA
				zX43F9+89MLREhW/kjmdMqODKX9QrW3BnU/Om4aPurUtcqtV6ud2cdMh4m2LbP77U/IFh2EpnKIi
				K9sD1uTizijfe99j7701EM5p0i92q4lus7VqWSKSXT0IdNPjoQElRkkv/HedlJJHRdgxJC/9Y9Vt
				cC5lkrdood6B2+A4KiBSOv0iEGJQE4ApUnwGY9AgTNgmse+in6sB/Sh/KWbU52GsRgzvrJTqhEEN
				E4tDWZHBH5fRuPmcfpECHMIRgpA4FlqLYiYs3UHg2WVmY5UidSou9Dbkcdf1pmTyjbVi/cywgWFA
				tO/zTOluFI0ZoeFF1ma0hGUENdxzWrl+5RNq1leuOwidIZknzKLpDgzTYbVHYVSgCCNCKYOThc4Q
				76+8TACkwiXk0Dn3v4Sc11+ACJ1r8RJ722LiXtYQxKKgyyOFUhfnFJ3jSObmiG9YgICXOS97M7mc
				k9kDh95FGJ2tT3pBO43RmWtQndHkiz4lXrOBCSQqXkf7wg/SbMxScVln6x2YMuJwMEp7VYEMgwSd
				r31hxsC8+QrYFpx0fgEX+vzUNiC9MDBBPeNReFQ2iGJPZazPoNAy1in7wl/Oq/6CxC9AKLBJyMCJ
				KHHRqRu2LCSwtWiczNYRXwYssSYAYBk2BXv43Zsc+5R3NMKMYbrAH/KtNm4aYV8wloUhe0vVnmJk
				S3uTYfREG57++xq3F3jVIHsnBBWYWxkVCCmXl32hjELxK63SCj3aPYOUkYBBysunC1IuJeQA+6t7
				/VrbxpH/pSth4sukK9GGgZSLD2NhZdOBcfGGY4cjnjet8Lzp6dLUO8fZcFr+oBe5x8FArB/wI3NU
				1zxKLYvdApLoo7Jt7EkCj61wMDZDwiwt5jEvqKuppudtHfBJxICKFJIjihojj9eYkM+XHkxbcn7r
				yzqX/SK9AKZTb7T2nKlv8wdAkFRe3W37XH55nraVqrVtyPfWXme4rwJPQMBGlj3fyUEgSEkAyEDO
				8fWwIWCsRm5ASj3AoVBZUq4FUMlgfjz0beRDT5rzZgWIKl7AY7i2hcslx0ZZVGKj3KOGjfLtyL7w
				re9DYg9gDYYc5fjstpsWbBtD0220gVzx3UboNaBD9JeD1PM+istllCPWMsqUOJZRduXHuVrvehoQ
				9jdLs2vwupwOTLmFm9wQsSVNe0vnIfHDCgkuQV7Bm2tBvvDv3aQufJNe6J81iFmYeAqXARvyc2tF
				wedx3HywA7eivJPqbphRUlbiBbfDbzJoOkpaMy5mEiD3myxvnipIQl3iMYRgOBSutTD2hXVCcdBw
				uYQjhZjSBZdPnXjbi84to4YdeawJn+IIs1E7n7oVtDkyMFrtC4JPsHZWQNfbNj4EoqazSjLqk16g
				vvIXna1JSntyLam4BqvrwldtC4pkRBJPAKu2nHqtUHqBHxyjM/E5gpQKcQ3rROOiM9b9hulsSHDg
				s2b+W7DfJIz8sS5zJ+Kbp53RdxFY+rfqrCFIBH0gy/zCI0auWfMDwCDnbTY9OkcmE3pfTcd1OvO/
				Si9chTqdP6tV3RTztPaFpbSRHBnIfJdzpZQOnlM/zABZ6ooT7aBvdxzoXpVYc4Lid1T2jDoRoBwD
				QNtqur5n+DERnQQ2wGQjhe0yvyaitrbaI7QQr679ZDHQfnK/YfaTL7iKtXR46QUJmG4hXFfK71E9
				mCD4sGwgXKQX1DkHhYnNEZJEgGlZVAwu1ya6gV8Ivbivgdb2yU5bGXsywlHYX4FMyHgtQZEsl8KA
				lVig+ijqRXpFu717XQUBEFf2JKt5W1QyqItK31fCNVAUpFUBFbsKcPgQCNVePME2uuvgbQHXHme+
				P0r25C95vOod0hx3Fsr4Q0g+JEVg1cQKnxxI4yCU9+SNKMLl5u29SBHyfZRhGABnqEZYP/nbxZLb
				6rU9OVK/+XZ9O7OVxNqIS/akRSHuMYQ+JuhhQ44X9a1tSVfr5iIG+QUVZ3BeiYQWBOg6n0WPFjVV
				tikkxWqRWz9pkfNdHttR+N57YUD091LXrScZIoyDbOnnjHthhjCoPgwC9rDYwbowGedK9lRRtyYs
				Ez16PdsLGZhmP9lAaTQti/AyhKDx3l5wCMhozInU+LiA9/Z4m1g4jyw3b4VAfG/3LWSJ9EJ13jqj
				RTY34vHT/5Du38mGqpsivaBN83XmlwDhS7kGrj6PheP191z0QvR80HEuTjSDqDu6SNKVbZkNTEVZ
				HJGSI6F/ih/VUwRA87yQ0lEpW+eaWcjTqGyhZed/dw/x63nNU92S21LIPZDKuJnDQ7fxkL/TM1dX
				P0CF6RjmWZShDFhJ71cbrzuyAKBVZ7d0aTVEr210i1KirqAQs/CAm0QZdS/ZF1h2MAKtwm36+Ieq
				EaWUtJ7/Cdsy37HOxc9XyFe2vtoCS7RVfb+IzBwGNqhefntgKmqxQxfyD4Vl111ZeSqt5LgLWYar
				eVKFYGDYssRM4JrhISS9YAKvGpi0eBqegnYEDr01Ldyp1wt1xVNtktU+9SWsW6sK7/tcUddsOney
				M4dKlUPYb9R/FbKNXLOtg3eHX/5mnnbBNlVJEFrQjGIHZtPTadZv2jSUKgKYDWz30pAHeWwX5qSr
				Qp4B0zr2tfkhMPgPfj59TnI5xMBHxWe/1emF8Zbf5Et0pxf0IfSAs7AdEoGtAjeA+Uh/hmpSsc9a
				pxeG0iaducYgBY7ra8Sb1uadYMMBofULwPAPcF7vBydMH6Br6of9A2G7IKTfvdSoKhY8xAjZKpU3
				ptWGGHCgBQnwQG44De5IAi7/DCOgk7rbhW9pNDWw+ZOmPpAh4tYuCCRWMrG5f8Wv/Y4tdaGDRSaK
				zfl9UVkb1rILYpaKJNlo01/zbm/R2AEUOaAq8O2z2T4pGaiswF033pvU2dRuwC/B5EGeVBnuKOun
				OR/z1hBJj+KB3I/xvNvEMGAQKNXc9ML/3kkreVSkDYP0pT9Gz5GIrMddAuSMh7Z0xBtWFU+K/eVH
				ARa5ks6KqyG3A1jNeGcrno9NOH4ImOE+jvi14VXIkcApRCNgeIfsQu+Rscx2DxVTUmbO2OkF4HV+
				aIBnWdY2gYshFL05Dq87SZWrKm7x5rg9OmrpC04VfTA1MLP+3rc6+FQrjxQae3kC14ZsbhW1V5Pz
				BiTai6CTZURQMMjAn2cgTkq56oLd2koijyFCC0cI0ZG4IxcaXfMDKQGJLCWZfI8pNl11QryGVUgL
				kcV6FLPz/0lCSU4A3x0/55rOzWxOOdCv6ZxrgDPWNJgxO9fE5Go1KdAdEcgYq4QqTKcG8D8K1wzj
				CnhLAYvUZ3olj0r+tJCmWhO7N4DUZ6RraBLAzc9G8bsCXpp4mHoIXQY0d6QLbc7rdSNU4+YfcXn5
				zXORlRDF4HS1u92lFe3lJb3uGVNFzFZox40w81x7J+Tk8HuAi6GnKsFnCrjAtMZYvOeEZff46V6o
				GLZVB7uysNbxpi//bjxGULNENZAbAJI3EmzwbpRnxtNe+DiYH0MgulW9L+pA5J2aWKnBvcha529P
				nJ7X/FckxpztFFBn29lL/tbpvDSPS9mCSOw+p7RptavAsdlNKxEa6tw6MsjghtJGia8knpmQRNrA
				I+Yhsx8EDDzyvjrDXCa1QfAxHOJNrrIowt9gmC00Ys5YKJcPoAKYU6aaf0Ocpc4OYIAfeRdRC1v7
				oSTABpORf6LOpwHBgnAoFyQmThRQLNOzbRB0p/SVwye9WGu1KjF42cc9LFwYnfTED/GclxuzDmhW
				3QPVE4m2PFtVtHfOdaBqDy53gT/RGDBxsSk0gS0EbrV3Clo8xBXJtBvMbHx8M87Drpo0jyAuZ/7L
				eZZ9gqMu9yFENq2SYOX3FPu1k6/O1RwpdyFfaU1iiiYNCI6czSbyDroLBeNyc0DAL5rB1bD8H5TJ
				0wsCtZId2Mmd8DF1DASlG1W7By5dFx85zDtSdHvgHmDvW3ZCVK7ugXvdAaYhwExniFTT8rOs5cuy
				m1NY/G4EyFJuYUmDYw/cwyX+szdsgR9WvZ3Le4AiRhacerBOhpgxz5p7yYRh1CG6CzZ8eRYgl0Tg
				ZhnWNrHBSXQ9w67RTJQjGEiEG9UZJyfjbM4Q5LbKH8AQhjzumlAWPf521L0eGI1RAE1q0OfnZE0v
				LKvypno4zDJP37ScNMRFZ250vsURR8TbeLj1m/etbHpBwakQ1U/c2CRgkFpM0+XIv7p2coA/rd5y
				BHnrrndtb+4Z3+fN/z1k0F350yxCnTltAhxLkXvRJwOQVoZIFiIOGvLe5AN1b7KekHuTO1Glzqze
				XeBrey22w/CZljdZM4J1tkfSETfRlLCxn8BBuyrlDn034Sxsff/VhekFf7RiXiO3ecslmOjtw9Gi
				5qYgHpGuo7kS2XpytBWKZLO8I7EiIHP4l3GTgfQOox98IFc3/h/GaL4zDh2aikKUul3dZkJGgsB0
				K1ubUsonsRsxtEaX2a3wYzEWtn4XSm8+rW8XfNDFNqwMkYNBqRV1YkgmXbzhOZhG9rDA1jcYp5P1
				bm48270y7gATi7uTF5K0hCGnWLguzariGgvAlTARLwFPcKcXjKnR9NXU6S4aOpDCB1SOS7uVnDcF
				HyvLcdG+pZ2pkUL0uI7P6U/F6dc+bTGKim95uwXscMT6yRWoU7CrmAUlnKarjtQzZ672Vh64gV2L
				utDNMBri8dfe9AJL1SIFuyzn6iHg8Bytsr21i1Kb8aoCEWR7C42u4UjgTT8KMHydJkm9IPwYyFAP
				OdZKJJHjnbxyBuVAJH/YVYr5E0i9VQ6kOtGPARNHyTmRSbazEjGYdzCR8pIUTdjsNUQ4orsLdlnB
				siIC+QXFU6WXmRLJMVDl+pjCBtKACN/D2cIl9ukwetj/mc0AA8s+xALc6qum678PWBkg79mtJbcI
				gvffl8lp8qJNU997Pi0ym5aVls7Pt25yy6Azx0Ofrsu6zfMGxDKa3BlYbFcsyfQkk/uXiybfnH/7
				DhZNLupB2cNQrcKM4owmr3xkNDnBYQSPLmLWC4YzOIh5jzP775jsEWs0OZppNJn2zGiyO0wvMPM7
				GLu6I/YSSGjSfhc6CfaahCazIHXYtCzHqRKwSsnytkXQeDmNPtIPjO8C2oMp1/6XWh8RWU0C6N8F
				dBkhxYwj3tD3a5lZO30vYH8XItgXdm9cYPOejbkbSGi41kNd9cT0fXOLSbVh6tkwIM8I6o80NqUG
				TaZ/2vg+BW/ag3nOfBcE2/Us8K0ioVWvKVLBdT2SeCp20WjRi20SVxmm+lmEHk0mr9hZfhcKk9Cg
				0sBStjstw9xA7ph78VZqa6LF/xNEq9078gjcQa1Bcg+hwf7VGOSO69+UNlE1x0Zhe+dxzVXe93HK
				eFMNq1BC19AL6M2K75lxXuT0YMzRT8mHxaiZ3PltUltr0Bb20ldqGztZ4NEVDt6oiHEZnIKpQVFL
				ldu23YFCeuZfZIU84dLJyHuNhAwrY/nVD8dLduLb/p8U0wsyTGh9MXV0i5YOoBjSjoKRcaptZUGk
				DrgMY+CIon2FUfZcOHRPzYCkghxezYx7ijEu88ZOgMrtPWqh2g4AKRQBTtVFZZ5diqp7gEAZOQYu
				9KQmwiJlo+G88FIO41UeCS08utj3qp0Ho+8CKv37KCXgCcY5uoHWdUzus9Crb8DGYFVm2hZI2dD6
				jM90m/JwD0RMFtwhJnf0DDH5iOAbr+eGBOG2v3HbLCtj59MkF8Sp02v5n42tWPTJ9X1oK74UGRUd
				XCzSa4XKzkROLwyqGbs2InsXDkFkLxf+b9l8gq+I3PSoFizyyYvE7qY5F8eYzTeBHQElbWW8yyTR
				uRwixMNITLSP375AG0eEdzwYduG1uu+CEEX4cmkpNW80hIwYcedWQzkLlkIu8nHPYfCELP6uJX/q
				+rvwCwRTR0nSFux9kAufNtU0KwFxUf0uTOloKNep/Bl66BZGPg5y0YcUXfONcMRrBf1+pDczpxcE
				qXyQAJfFWFkEA4Om6IpgXCqBylfJYBzwfHh+sMDfVGYJCeaz+RwTUJDRIxBYi/VUMRa8tDQxMFdE
				2hmo9Sw1IeX8XZgjuXa2hfxdaNRWaPawTmc2mmvnE3mrF4baRHjhaPYcdrjEW8mXqGSntQrYJHaf
				VjgpbdR/psV0bU5IMcqutVDawJLX6dB2N956czOFaZMQP+B/t752nk4SUVNbFzr0EGWUVZ4NTaXq
				BdDXH3SSsCKXWR4vV/BKCVIVnL9hq3pB7asAWRk4wAxgEFuIRp3s6R4pQBFvcy8ne9Ihb2xZMmIi
				CpO6fYVsWaUTc0W3Av2MbEHPuMA2/CMEh1Z403+N5yB4NVhvUJA7PW87Q6c7yFANM2hCbOp1bl2d
				vUh023mJjTetPjXpREM8jxIn7Lg5d66nJth2EfgkcWoICE4hdLMPOguFy0lJXHYtbsZ33kx37PDo
				dm4OIup3ZdMpsHdFjCf4Frz/KwCuTzjO+yjZumrTsCOwB+05uRHONk3PAB3EDgu/65IUr4KQsLl0
				i+uMPDa8hVEvMoPhu/mgZXSRdcuoaogIjmydCEjzgqg7AFRjcw7m1aU4o54Xpv9eq7ULUn/kfXlZ
				Ro/YmcS6smutC6MXAlhoNSxkzMucu8E4/+NTDFpuk0vN9a210NCLheWFdzUsjbK1lhp6U1Nr3dBU
				LyDM9DKkKys22oP5AFuGp7Xca/aCkS1FWK6Gmao+cgub9gLzjOGOHAn5XLCn5Pyoikl3ypLBqNyZ
				kNwLUdwRh802ZiByE6NOTqFxWHFYPY6SHH7zAZl5WifBLzp7INwnKUSv523dmkF+sAwTrOhBDXGB
				anYO8T7j4s7WWlWOwmBpFrr0P69zhp0CgCZ1RbFk+qEXHM8IEMANiKL10iKt+ATZ98bMFR7K7MGN
				HccJhqaI1wjaz4X3SXxdOW8W9FZRQUQMUdx0YZJQt7gl6A7XS3gaPR1QP3wNFis4xSY+uecj4OHK
				3/h2MfATV15WgChux/kHogO1QkcShxQUcio/YyC/0MZ6qeapEqKeV0j25AejUsGrF+b/NGiL0twA
				xE6Q3qAUaymrKZfF0OuX3YenAkqXxbcXB3mwuIUuRwB5QB7hzJbb9Akc50tovolMYtBCt5ag9X5B
				GK30OXQwaDxOViJ4nkwiiju+kXks+9vEKXWrF/ol28TTFkBbx7n00+ooCoOaVW/fz+afA4OY9+4E
				W1Lzo61eoLf4QLXBKx3DPpC1X8jeQjuLzUM8Dmyl1QtX2XA0vM1lYxhds5ukMbRjYrj5ABKGgotZ
				IKmvUxQbO/MNcxZ4guoFSpiys2xI8MQ9xVTEZWyl1zEo7l05kPXL03oqfVh2TIC29qFUE5QkTe0X
				uOIsBhAQbts89BT48OZwsYm/sBiPeSmyTDQkWEq7Axwup1nTlKz9hbgpHnjaCBowtFgSlgJ3hOTo
				DAm4S0Zy+MPU0+cnnKJnQAhgVdUYLtoh6e3c9JDPQvJVt8q+cCwk096G0f7S/X8Sr4XkawBIJUoT
				h6OeUJih4pJcsEIXTH/hLyMQitnZZgoNmTEWzQVAKzuCjKkz9STW1qAwtMC2sw4iY4iA6Gjg7jGe
				VzQaOcghP/sYfEXCrI+75EptUC49s/AzDEcaD016HItKAyPZgMHp5ha4Kbf0ZxbLC3Jayp8o/Ma+
				8fqbanhUi+PeFPoLx18q07+dGgaxFa4xKcJezWqaA6N00MntiK/oulZ3V9KC//ZSEQdl9fa/uKYq
				ExeZzgFjDYTKL04NwB5EpDHPKuAsYQ41rwkCygmjRuEI81Z38MmJ46/K66FiLE1OXrtKb3dKPvv0
				71CcZZzFeWrAoIqqH8h1EV0b90E2lYCq3g6l5qBavS9McuJN0Gv01802H62cWivmCYfsXPcg90GG
				Nm+WV7HVxbOG03mpeA5+L5hGMditkLybJ+NS5TWPROAFWsGrZjjGRXcQ/grjmudVUVsdQ9ffaQ3B
				E8j+FWXDh+IfEB2sqJqgwRkeZ6Jwt1n524aej3/g3ooBX5C6QaPfuef2FJQ1tkEvXKV3wqJ0oypM
				VpJnnb5jSD4tVg0dMTEHW41MuVdqTvGhTjsgUwZW4iN3kgsU/JmYWJOpa40lFzBbXfGjFbpwn/ae
				WKCW8gCnuCPvmq4xbGKADqPzLanJHaJE+5fTf8peQGeOeKz8YCqiwtaE7FR0CpEAG8lwNDj98MQ8
				jHkYt4sELKqHbbHsTgHr7FyTVDelfaIwAefaSD9Rko151fOe7mDXNpo9YwG+WAljZmJ0saB+d1IW
				MftzUg86KyDSGMDEdF1iZKPLHbs2PynDdPvbqkoz6xcENw0ns05XzIylcnFAely0Toch6Gk8Lq0E
				FFvLMZgCeOzajuvC5zVbJ7afhKSnV0r1L0ZSo/Hkq441R9Av5ADvSdDorHECXVhy5ClQERHJB4Go
				0GMszmWB+VhH/EB+oTQ8oW1CtBcJp7tg9DAVDajTsmzt5HTX+Sc2rnPXjaHN2VfCxRjeaREOrZ2m
				bPAqll06wuRzPLe9B1u6kQ0sF4YJoROPJ6Y98tnXKirr/0JQK2k1PhGmy6aI1h93iJZfmHzTuAYX
				zSVZ3Z4BzlRtIQ25dBFOTSSSUgNU1/lWVDwD1argIiP3KvfqVogNe+KMXDH7kjOgFeZhzvwAt3+C
				7EBIB06o9o9/5in3BAZ1ENjXTPILJnEeew9NSPMbArsaYwE5XsV/ad+R+TX9AOH89V2i/EKY9oW/
				SF2OgqHvRfJeiaJCFXRg5b+IIrwtVwz+mAGqWFlbW43Gk3tj4r4EhzRqqYL1C+BtpPyC/KNJ5/PS
				c+vm5D4GWM/TtTaavuKTMc+Va+gEWYJ3jKhc4hda9N/VR2B3xyGI4OXG16bySgG8oEBrcx9468zY
				Jjelqb6m8O/2UZiISWLUywl/fWPK3WxLjLqT5ynSDyEJOBAjdyveaar/wMNjcsVQuTBN0O8/aFIO
				zDTuC6L1zUXGa1R9PXX0i5YepvAhdQf9tHPypXN9jQmQdp47+oxAPtgSUFjGwXqUnw9w8fo7t9TE
				Dp0yjSfSMY4CAQxsmlOvsR1MqR0wU+fFgzyWYX0TeZhB0RQA3YJy+ArhKKYA0MH/gHbk1fgegr07
				5IuCrXDcYH9HM2OiKPOt1/G1o56SiWoQOE204jtM/AMj627n2SJujqlxFtrMFJZLpHu3Uea+8HsG
				E/LnHJQmkyMkiUCmlRa1bFFHoDr5GOO4AcsWTUzrKzOCOf7RbE7jJyfXS24KmYHYa9GPUQOGgvIb
				LMmeU9B9TJ1zlhbxW0ad9JWbdTKx09e6nx+rn/g3XwKV8rIOEe2tRmpkDEp2gdVDpaSdirl1G/Kw
				tpnTM/l+qEhYxDmc0SLarnlGTMmcY8GHZoT98J7N9AELDXuZErSQZuUcgrNY9ttgCrcH+ppYmNrk
				a4+P9RV+1/X/3QQv8BVOFDORFTimkbs1M2xYSuR+TO6zN6RsStEEqlSjGdsz8hMGFlF8Wc5k9yKG
				becE7g8/fLkQI/59IVS4sfIa6X1/gZQnXY8F/FBASN4XcMTsVg3J0pN11bRcl1MRbJ1STuzHncL+
				RssBOPcFNwlTrvVPmj4ispqU0O8L7jKhxsUjNvZWWtkGd/Re890XeMe8EmUMGQDTJW5aQ5euSImY
				v++doWzGAMB8aB5xlztycj+tGwGvp2B0iWLFfUGY/UsUV3vcpuwpsoUndw3N18TcDqoMlHfihPS1
				4glK7wtiAf2Uj6fNNXMjOiS2Vw59M1CP7kblrQbCyBf45NDOQKDv7xQDBZc1RuZG9J0VtPN1wngG
				kgCdKtxsgJao8iLnt4MhWzicg28eueIWeYv1Qcj0FW1jD60IK8yWnRVO2QgLcAmcghkGRT1V7qgl
				Dklv1Y9diuR9jsNIOsVClrXq/GVMmyCbST6duy/gK72vjMTejUUAydOHt3XdAMgly75tSEeEbyOA
				SVLaT5R9mgNSMR3AeJD/h0F4WJqq4SswpgcYZNW8FDHUoLfjgR893xLrKFRESe8LDVAmHM7nFSrC
				Zt0XhBi+QkWii36aQBSN8Vt4NmaCeF4UzCBC9PCQyuiQYi/i5XirvOinDaIgI/Z079gP16YGkHuZ
				/mJiCE8OR6OSjdy2oJwvgpFQIEpYWTyZ2qxU7gt8ogzfozYxALARoDEowNg6QOIRplJRpODX1Cwe
				YUY1FiGX65M6ylvMRJ1JmmGzTIizI5HRDiN0WuC8+XwnFQo0pfO7L5RvUaBDKWM4GWzLF0eGasB4
				2OdLsTFwBVXv3nqVRd8XsoAsWJLf8TP7ASC9FgMNfzQu3BcEu/wLaZNI63Iio7001CCjFyXtUdW7
				AI4LGKGWm7pG3BfQOHuGEUX02hcPl+Fjygm0pl6/5c42hqFV+3Z6/dbewE+ChzVG7iZ/u71+C9mT
				nxYyIy4jgOFuFdAVKAIsj35oxo0M+eVZARuvbyJFkC4evpMRJz7ewispMWI6J3jkF2yVGM9LlAYW
				BonZLwGnPNKYX5hHD1Lr5DNSR432K6Fqg7Fv29d5Tskwc872bWMa1h28GXTgN7ULMrF266yDoj+b
				/nveIGO2SfgCLls+bNsMM5FY1TNsG/81NYfA8QuWULPirA46meomF86zbNpWDL9QDiptq2p8aKDL
				cq4sAgMzNL0uHHFx5jqnKnrxunD6KMbFICMyBgjUbCwCS1LKPafbQun3kAsQghvDAqU0cmo8guDJ
				vb3h6I7LfSUA/SNK1J2pi6L31XG4TZt+SsBHdlWF+JB+5F68HT8RwNtOXHvRvLDwhRPFVtxkiTdv
				CMWaZ3WFJvD6koyKhejnwtxBJ2DXr+uUcgNw6FwYVF2rPfpCKp4LUlhtkPg+YyrElo5wDTQrLfb1
				5BM9mC8i6vF8cptblNCUp9RGz8iGs6mukF/Z0Ln7PYRgOOrxfGIiACHQreK1uhpk8NmEc3fJoezl
				QZ5nQL4wDfavsDHYUSYWdbter+hWhsYX4IZ1NWKg0KEzHeL+fXNP9sL9od/U6Foe8hm+YPCAUoxI
				lzyaJlrY6WZ5bj8WiNtvlufGFQH2wJSbPc4pPHUq0l7o7L10wr6Yd3oqHv6WWhmXHm5+URbEsXB4
				xc3GlgDeZUF5zl6cvSAGQ3nmsvfYOsfFhdLRpJ31QvnfAYteIa8n0uUBvUpqphXy3IBghWQp5dXI
				lNwCM1fLZEOBJFbIhU29UF4uboSLcqKpBCUtVcixjCpkGh2qkN1GlrmwRlZw9JkvlUN8Pi95onXb
				dgJyj11ZJ2P48DYd8nd25qrZ5YqevxbJoTRQ4f5bhYwqP24rJxwYpuX6/222xePes7g40Aolsr9b
				i5jXShdE4m7hDdgzNkansNjNBpfK4wq3Ql4qRvorVfBNG4RfuIXNzve8LP7awkSJSSRkjPY/mfho
				HV3Mgz6yaLws5MhdRbdUlvU3fnsYeOArNyssiq9ER7+E1qDKDtngY+KkaNNM8vRdyPNBNtPKSIGq
				VqFgckR9FfOj9C7E9xsIqTFHwmPGfpPIfKX2Kq4Q9O01n4Vlr6IhPyhCarZ/VSwDKW/9rMNKErhH
				OKvSFq2cpSutK5CdyFiCbnnM7gIP4MrNi0W6Vs7ybG0RnKYZ7ex7l+ZIBS4461KudDFVd6EoMO/w
				pPrhyv2PfqKOIjCorGk7fjYYHDy7hgDS1Ep3oTwtnXiqTnchXuUdTjgdnmcsuwuTUHRCG9wown66
				C4iSzFwxtu7CPwGcqNpOd2F9ZBc2WPSdW3Q4WUBTZ0Wr9nA+LyERedDhr7ZcApgA/Jw++QpIIUbd
				dU9hd0FY8m/oSqxk7hmOVxZh/gmjDQMthi5NaXEK9nqijGl8gALXVJBqcMKhA3UX5gii/fRLmz7h
				KGh2Tx7uAi8Bsbqf4oRMqwdoyWFbHG67n6rDIOOx7m+7sJjxu/AWXKIa8vxKmgjgnZWK23XN/lsK
				7GC9tf0dh5PgoiCnKpW1g5hyAHrbt9KvVlIxqB8lFqjhtxdHcbbzoNRfgyX1bBirvMtXMPRIZQxp
				99b2gRJfdRHgxwkFmI0iVw7qHFKAiMMdHRqyZJOXl3F5wBXDh0WQj18RZL1t60ZnzVDFJP57P09x
				cQWcAm0M2CaYbOjdZEyynQNhN1+ejX5bbR32rQlE32vUJoYgtsI0JqWYS/+guZK1ph9NHEcthw0f
				XsjvLWs3pVqJf/hqzV5wO6vmud3YSskVSibut3BKfudV0YcFd2ullL8E+YE4sHC6WiB2G0WUreGp
				hQN18kIFvTdKO5AmQCfEBcWqe6lo4W3u21xi2Du6T5KpOVh7p+XCkpV1h+SBso0QX3QcqCNtWkwh
				+xwWjqEa0qBKG0LwoHUBpgqelVlGtD7oGtQFQE5aIJe8vvr5I1bxnadA7BgbHejDKIJkdv4+KygX
				LOXliIkna34UYIa0lC2v/mu2BfNfxulGNEC+xG35yOTlLyr5Fvr0fiNd1NNSHJ50n3dJGujZCglw
				IxzuO3JfYtbzrX9Xdj42bjaoUInT4n9hFqnZo+jPqLjzSTYgC/l+JBJW6oHdvDrG3IBm0S63y+gm
				QefLhNzs89oQcDy02lEmZlbHgWdN5ufS/2qq7hAxP2denm57Fqng+VPNCSCm5udYC7ppJfMJ9TDb
				f06+Y7Tlo690Iq5qu1myQP5zKUQOWJL3qBjJPcqPIpmsIkmQz3quTCKHs6iqhC7tRrOVoyoUQQnd
				m4tuq7bzxSqnPUropFMxKs9912wtGIVMVa7zQ3VMAlNs1VnkacHGfdzSL9uI4RcLWKxKGJuJkUEs
				D1tCgSs5mJD7An8POrXs7kzfjKsXAl26BQ8HypcBZYBWQ8THNkyhUTUguaqECHAaC3ViVH9lvStx
				6SjdpranD41d2ZRVDXHRfISFv6xdtsC0EFLnHFEzvsHtnSXbZYtA2yUQCGqToNlZI+OA9pkpT3oa
				1so83DI4gANsPofHsCYQVEcQbAKr4XPxvHPnl5z9DvKEE9/oPQozw6G2AjqjMsJaoJrQzsrWJdcl
				WKBark7DgMBIw5sbP0Vrdl8xSUDR2ieOJj0lULMgXy7ZQBx5mUJT+JVb3Iwrd4dhdCUnHixE7Ln6
				YsHOHDp9cs0lbh4TFe5etxROWcjDsBuIaZXreQHskgi6WMPaJjK4j65ntDWKiXoGQZlwrjrj5GSc
				fYaNjlMrxv6x8/aJDqulcNSCfNN0NgGF7/HysMDNlo5uNW3/pENup+v8ArMl1TTrWXd6jB4Go9dD
				iWf8rpbxDCyqdmjiJwZt4R9Sozv8mdHKX2AHrVCwi8zFKZi6gGIweQeqSZy1vhz59n+EAtVoiO0f
				BrXzXyWbN7fyXUMTr8h1NL0MzIsf2dtODGq1EqSfASeO0iQnHIoP4vmxT+B+Xu1ZcwQWgNj6mqNd
				1nfljnIIXoPDGR0DjBvDkggRdsuHHpZhbRE7GNTkq1JM1NuDNlcCbD0G8++UTAvtmPdNPFDuJlmZ
				qHkgpcp4g7Jp3I87EPfj+xhGQIxrzCHVtpHScFJuPxbith93H7X9+Go5tU8mUY08iDteIEbIxTK/
				HiCSeOz8ISdO4kzzz2sBan4a/VV/zVfH091cSaWX6Oic14F83hFIf8Oxw+kUytjh7jL9cfRa8JG3
				XAdWhYj/gh0uDrHMpLbfNv9DsGHXAUcB+1LGemGHvC3La+Za0uIdWOhn6zqLjJhf1ZEBNHB5K4KC
				JgdCRzQD1FkkJ6/E6oJqA5Qdph5oDFSdgTtb/+sXdKyCu/7zPwVymwpATklI7wpByGnQ1MoWBRy2
				1g74AGq9nCYUteSTIGoegFy4PkXPaf2DKYm7SEUjBxi2gxC2s6gD3/1jDP/Oct1Fj5vRlnEBUQyg
				6VKDVS00cjS37JjnpdWlHwVCHGoC+NeJMfaSG5Up2yX2dvR7NaAJJ6cy+HDvknQ5h2huEQdRncC9
				O8Azcb6WaXAEfDLHR++AFIwPlsKUexpSv9Eu2HNbKQ8YyOaLh0jKIw1yvMPkJGHF+plhA8OAaN/n
				GS3xPKCo84SRdaCWgxdlT8viOwtgs9ds5dnKs4sXuwDFz1h2VRM4LbKgzcrag0u9V2iLxzMPDsnV
				japU/pVIPhQ/KFlJcY0OaTdytHZmJL/0xPYaqUkN4U9YCl0s8swnRw1utwC1KBD0Gw3zkbFiZ5AM
				EWM25yFt5yvUIcQw+N1HmbBgfrz+h4b/Dg5b96DW+QhBWaX0CncG1dV38DrtXUydpC1v7cIahXPR
				NFCONnV4BSZNn5fGO6843/S8R01ThJMDRQWtU5zCeK1duq7MHbX7FTldpcTW8dq0L8qitbV9b0sF
				vW4EbljNe8bkPO2gjeEvpMMGC8MW2mQvTTrXCODh8gaPfMHeR5fr6qKZTkmeatq/dHHK6xsBcKy7
				XIcS8QInQMtyuW7rSmBnIfc1pX2pa+uwYn3vO3OX/aaYav+oaqh2YV2liV5v6HZllcHSyYl587ri
				FRw4DEVM/wXXB++E1fTDjeRpD+X+Kerty0BuzwJnyuLYIQG7B3uDtKS+ELQdk9tMn/AxBo8rjhe1
				NcZbMfoZ/5EKL/75ge0doXWGRK7qAkVbLZdtwqMkmbSNy0OUsyDUoRUUV78viBFsLOih30ntQZ8L
				Hx5AGNluTZAs1Sb2jT8QyVQ9DNpzRBw2LxgEEDwOHNNalIW8efDmdzzKEjQWebZi1H+Po10yblaU
				ZTfFoaj2YoC8II/GRRVVCKjmoUBXRoCLdDG0LFlz50lA2m+vA5f1DF3INDkag9+ZOW+DbJv7NLJT
				EsZkWvbXxe1YqjAKvC++jOaoLoiAhH6XnFvGdJYQdRJz3L4et/D/obqQn4DFxnTdu7JrVtx++7Gd
				r/Etl1EM5I5vfGwVtYg8R3pFj+P4JuJUauBPzjM4dyAbYvsJqe5ZZsMzzgXw7eoJ43EL8iT9TI4A
				YSmuuna3dQv0eX6gU0u7W4wUM4dhYsdW+DDH+x8Tos7E6Ha7DT+QVXKIcENi874s+Nx9x0z71vWz
				i5rZL2dhPISv8CXSTKmFmmyulev2yWoo2WhIIedm1HTTidP8r9Avu6svuGu2rYk/wRJ299/tI8vS
				6u7YqZRV0gUfHOh2lDUoA1JJy0ffkY0CoNCS3C2NhAJSuLDAgsA7viWJ1Hm4u6oouMhmBvNkemW/
				YkmFaKNa20/YmI2ISOEMtCBxqXs7MoR3dan0CH4yz98W3JzOmJtWND+MJwScjXtJoMgB1UiXABzg
				C3zzi0sPX9QOaI4cDQEHJN2rTCsuEJUrxoeVUyRGrvfmeCtTOEMNULD6tBXVCWWdq5dnqL9W4Q4J
				IAqVt4RgH/fFu4mh/tbRhLHyIXl6TaEkKiEmTIBkNwlgYnwfW5TwEbpeNdUoYnfYPj31W/GOLpLt
				NR9KetrOFYmlTGC+4finXhPxB2b27sWdMDpdTiFKJlj4fWf/z1eGG+kvds9tuxxjfvUWti+dHMkw
				7VfqWnji482n52eZMsPAbct9bc/4EwlVvcK2cWuw9muEBsgaX6UEJFs5JvztSM1KQ5qSbxuxBX0R
				Jgr5qx6K4G88Q2Jou9Czf/3L2MSNNiU5lBQdwjRuqf8tXpSNuAyYjgz/tzBAFjxMtbjHtjk3reus
				HgrnbzQEAPLKlr126TEH4dnAhSmEUsiZm3ruAkC2v6SmuMqtCLHfgM4Wx1OR38NxjykuprvJc2fW
				0waflDqUCw6E/LgSYkdIErrnBbXTevP8bsvuTOQDIWegqE59AjARIQcWxV3vJFKSyALoSfiElrCY
				8iW+ksfSuTDYbUGtEe6KV/PhIAB+I+Ji3gRrMAhIsoA9Ps2OW5+Mnt+++eeoIPI3+rEggd+1hNvC
				C5BI58Io+Gv7bbXvdQCtpUQuUoFDU3tXJkpVLmMVPck0x9jI/R/1cFNib5OQBNktxDvlfyy1nSqA
				DLXl6HcTsp1kEKS1w7iC7WupGKz69JHYCGY6DUrKahVp0lyJgIHt7DWtxnaSOWUFHtnMXWsLLg2f
				a2StGZeOnMry1fnH3FGJ0SCQ4U9xBXsF+sAn/1lZ6hlJk86thCrXlUmOgD+qF+X7rDyYlzJF1L1f
				ku9iFBv7qIqtwPrDYhqn2URdgW1fzwdEzSudid7GThLusZSF6apVbvAgD3FlrsJkUIFobeMx9EwU
				w0zV5bVLXRAeThZxY4+39ydsmDrEHpR8NSy4rg0+RVljDT2Kn4MZa5BwFMQiI2c5llPIx3XzHFBA
				Zr65h/BEq5KqIAOENxDEDkzmsOxKVDDP/xSFLA6i0EC0VSgAVIRJdYwX4iLndPUprnv0BdBQ0ID4
				v8SSD76PQ5/qR3B3hyW4GfPBDeherwpSAw7DBHptiI+X6TFEhLOi9EIOq8b8FHpxRGLTDRflRo6g
				d2qWnHIm199Yps1u3IvEneDjQpSqinD6H5925h0Ix2nug9oUNICFJTxkHhMQ4fAshLmBDRQVNwLE
				3s4StfsBomnf6X4llvj1fMp+ICWPgI/vTb1SadjVFqIDE8wPDC/unzl1lStqeALdWIGLeNqNuU5x
				alr2yd7+dj5f9/zoZ9U3yWzPno3igC9pQuHCCknYmIYuxJvoZaIjs37fOQkC4BzhQR5AqkSKMQMg
				oyFzKWCneiBolvObLZ8wftaQAUoeRpDFdL57RkLpKqam/R3rDctuSzaXa/YYn1m+HJEqlAavvvLj
				63oq4QgbCru/qqu6qdHRUGjTrCc76iOIKz3xTsQyBo529NVsXOVdeuj7arHefU2CITcPe7iuE3yV
				2TTQeB7yuNDnm5zsDgvDiVdoxFBo7nXv6QBeWMZhbJ77erhAKEl8Hp8En8fax/c87nV4BDBBUMAB
				v1qIv/A5AVvgGCvqZ/ThYr9uFpcrgnEaDdNa66SzLSwCQljha8hXOw64DiCURNx+thIHpBeidc/v
				3HnDGKse0UZmkBkUo56vhgsWx7ZO7Deriq0zByDQwy4ex3CI85AlcEGcXeHhMHkNAoGvlMjFcxq1
				ClKtSxf3JTial5OFmTKlHyRy8ZaclkHo3ARb2ArdBeSeY7pr2RfTP/3ZqMhzRyXqSJ3guNUAeHM8
				5UODPDa7aogZDLr+/SPkUAqtMHnUjx6v1gLryQHfmw0E43TTiMKJog5db+2YfJ2HrULaH9gYUi2/
				RRg52T2Jyo+1nvFIhG/VMyEEgRu1RmFmEGwnSG9ShL1fs/Syt1yP4DWxRcsp6GZ1T/6AMLrmPmNL
				tEDkpu+i4Y4IoCA9E7bJXzTVCRKu+Xg9l6Ya67hCEi5p3gQnGvHIA1+k23LmMG+GAb+KCXyC5G66
				t7uLDRQ3uiJkMjEpVAJfCNzqoM4eFCkiXQVXzamBb+M3PvQdPmaURaRB9t2BwC4Yg/nsasXl2Ua6
				LSP+kEPnwe3QPZfC3jg7V9PfflMB3nSpczbVuEx1G6TDhFspdP8BOhCeNhGgpaA5nw5HtpSSm0j+
				/P9CBF0DbQOHAxvVgFQBo6qqqppQLVBtVVVVVVVVxaqqstgw27ZtEwbWgrVte3Nvmz3ZLEwWC6tj
				dbjTvM+/ucP2e++992pqNLUFe++999577723997bew8oJSU1UmStVqvVahVSCxWKa6gx1BZqC/be
				e++999577/feC0GCCE3YiyLswUTtKRaVFImIiPaKSGoqlFSoolIUUREREUloIiIKQ4GqQkGBgtqW
				bVeaUihdktKUpBRKihJZEhERbdIOJCKidbT33hxttGxWtO1tm3Z4ftpM0zQ0DU1ERET00N62xdAW
				7FH23oK9994ShGhEtCkQAx1ogQ40gRaI/p8OWlAICiIiCQqqBlWDigJVVVVV99VVVRUVERERdURE
				rQWJLAUSCmrbdu9t2i1ttKGNFrvuvffem63aYWvbdlv3utu2bdu2Xdtut3IcrqnpOh1N1+mebtOZ
				sD1TCYTpSrqY7jCQSkeWbqQT6e66ruu6ruu6ruuI67quXaMhWtEGYgcoukb3C24XKqJV9ReRVFQo
				WSiqKSIiIo7EjeM4jiNucxzHcRzHcRzHcdw4juMWaosgMxxXJZIkSXLkWCNJcm8Ms4wL4ubm5rY5
				5//bdMghx7333nAYhjEUkhJuJBz33nvySBARkhASpEJYpcAxcA0cA7cJhwjbFljBwFZwJAgGgxMM
				BmvBWpCqasW6VtdvpW3btm3bNgkK1FZH66jruq7rOummmzQaum3ruJHb/7Vt2/bee+9t2/b23nvv
				vcbee+/N3tt7tm2j2WZ7e9s2o4DMFiZmk6hsQbYRee+998K2vffe/xVbLLb33ltsx3YsFovF6lhd
				13Vdr66rXi2hoojetpUe6W3btm3btret7a22fCVJ8m3btvBt27Zt27a37VjRb++9997b8vL//PO8
				jYbee++9kRnsbdv2nrzfe7/3e++99+ZCvPfe+3+vJo7juCaO4yeO43h+cVVcVbOa/d41NTVVsxqa
				GhoaGhoaGhoaGhqaDg0NDU2n06Gh2Vun0+l02FnvdEKn09m2PeJs27Zt27bZtm3b/m3btlhAPXtP
				n23bnv1s27Zt2yazbdvMFmb2/8rJhM1mEyIyCzILmVWYzWaz2Ww2m81ms9lMNpvNJuyYfYSYbdsm
				Zntv27aNJdu2bdu2rbJtAZzPyEmSc07OOUmSJEmSJEmSJDkjSZKG5J4FBnWkRWUectjhgFtmJszk
				wE9CckJZJotIyEgQkSAhDFxoCAwMgZxzzidIIPlREaiIH+QTDAaDEfzWeG3bKDVWKIoai8ZpHZGE
				xmkcohLRGDRWd9m2Hbuu67qu4ziO47hyI0lywpE1bqyN27Zt45xzmdg455xz/kgZkmS8Ds0zm23G
				cRzHkUKYyWYymUzGuUwmk8lkMplMJguThUWFhYWFydQhFnZYmHAYn7AQJmEhLKzG+fx8TlWcc85r
				cv4/iWZp/v//P//F6/RKSZKMXuXk5JxTOIeTdBhsznWTm9t8zjnnnHPOOWeYc06Z8+UDgaByDgPw
				nMmiuczMzDnnnJPMtywjgSCzwgyZFeack2SYnCRJkiTJSZJBhuYNSZIkqVhVLaqyqqpKKopCFSca
				CklEREQTaMigtm3bdijTSok/55yTHM4cDiuQcwZpXK2jlXPOOZcN55xz1sP7/EPOOeccPqwOPRzq
				zJAz3MyEeWRmZMIMLxlOUlIhqUxGKMvkkRGhkCAVMnw4HA6HszAcDofDIeecc94Yzpgh53w4FA6H
				w6kSlrBVJatLKCWcEkoJQwlJkiQSloRERERERFRq3LYsjZwlSZKhwgXzSS4IgVFI4R7ApDAoJIVw
				jW2bUCZ8Kj0+SXLhvDVCGmFHyJGRkZGRkZGRkZERkRERioiIiHCRLRJCERERVhBhiLCCcM4555xz
				zjnnFRKEXyE8JCSkYUL4ISEVEhISwqqqtQJZgavAqqqqoiIioioRUVAgIRqSQAFB1GrLrtSWHadX
				Oh3OMbSBPEokiyWV23wMDAwMCwsMXDhwznk57xYYGBgYGAss6v+WD3wOXA5cwoTDhAkSJkyYUE5g
				IPmECRMmTJgwgRN4YGCQIEGCBAkMDAwMDAwMDAwMDAwMDAwMDByjkyQ5KQLn0wIDQ5gIlAgMERiB
				wWAwGAwGg8FgMBg8GAwGoaI/GAwGgxQcCiDtBlGDByd71+mVTkOl0dBitFYSybKj1Ub+JEkGyWvB
				Sdqcc845X3AWPBgMBoPBYDAYDAaDwWAwGJwPy4drYpqYazobGk45m+APOOecc8YES4JzzjnnnHPO
				IzjnnAs0BGcIPifnnHPOBQeDwWBwzoPBYDAYDFawqoqqqqq2bVvhqZnOxEMzNUMznRnOzMzMTP+P
				mU5lZmY6men03ntFpsuEUC1M7+UL0wnTw3TCVML0MD3CTCum/GNiYmJ621ZWUyVV0qWkoYiKSFqS
				tu2QkFRISEhIesmwjUv+aGhZClEqlUqlUgqTJEfp0rtt27Zt24hsT1qKPPIl3vfMf79l6bK0sbRS
				qVQq3cyMSJdKe++9d6lIu4iISINIQ6QjIiIiIiIi0oqIdET6XQhfSCekh3RCJCSk6qtCqSq0wiqw
				QoXQw6BCQykqtEShFBoaGhoaGhoaGhoaGhp6aGhoaGi7hk6DNEQDN3QaOgQwBTChHcnQ0NDQ0NAQ
				uNDOhdK6zbZtC5WFTuh3Qg899NBDDz300P/vjNAgoqoQH9E7IfTQqxJGgoRJ6P+HUjVICCGEEEII
				cwhtiBAhtKGM0IYIvRKhvffeW9GK/v9UqCKpqFBRRTT9gv//b2/bTqPSttiWSM5yJBeNLlAYDAzS
				uFpH69FZNLosRofVsSLe581//x+Nqdb5o9FodEYmOlHpvffee+8kukTbtg0SDYnetm3btu1tWxSh
				bb9t2yMa0ZaXjeJVUkVVt4rFAPhJmSgqIiKi4qg4SV4tkmSrUWkxtBgtDovFYrFYLBaLxWKxuAoG
				1oIrrmhdAFckSZKyIkmSJElyiiQ5NXUdF6doONWZmpqampqampqaophiSZGkKCUlJSUlJSUlJSUl
				JSUloUKFChUqFEMNFoYXSZJkRRVFRUVFRUUVj2IVVVUNL2JRUVFRUVFRUVFoURRRUTUoUInCEJEk
				+ZBBRM4555xzvhInlUqlEolEKkWLREQikUgkEolE4nPOOeeco9FoNBqNRqPRaDQaDU3TNA0NTdOm
				iXPOOQ9TwCA4NDQ0NDQ0xPkQh4aGhoaEhoSEhISEhIRISEhIaCGQUBAics45DxSIByzQ4ECBJhCJ
				RCLxCBQUFBQUFBQUFBQUFBREDQqqBpWsVku2fiRUV6WWRGWpvCzLsizLsizLsizLsixbtu0tbznn
				nBMbUA7Ics4558MKG1gL0modjes27m0vm4XJZLqOhQXEyuty3ss555zzDm5ZlmWnnAv+//+/LMtW
				eP6/dCABFRpAoW3b8kPZtm3bti22bbSV4SRJkqtLaioEpMhQZBRZVCIilUakaTQ0CQ0J3aBA1SC2
				pRZ1mbLknHPOOaVkKLmAc84555xzzjlJkkb+nPOjQEOT0FAQCqIGqgYV28ba/n+UJPn/8/+zLoiI
				KOigCZPRsaD6/yAetIM+lucPuqYT09RQUFBQUFBQ0ExQEBERBZEETRPSIkQkIUE1IhoiIqIJQRI2
				RETVCIqgCNoHBQVVq0HVKoVWVVVV9apOVauKioiIiIg4IqKi1cqVggJVULVt21an1SudTqAtYrVm
				brasIGd6uKqqqq86q1ZVVVVVVVW1qopS4ZqYZqpty6lNNYQpmQpTbUyRVEnN7b2HkapINUh1eu+9
				99577733e++9txTFQDxtTXWOqjxRq2qrqFQqlUqli1qlUEVRoRZFQ0S99957iYiIiIhKRNRO7733
				3nvvvff23nsb1SMEkVnv/UkkSaKQSo5GREQ06qNOaWbTtGmaTu00zVQqlUqlTqVSqdRyqEOlUu+9
				y9BQTSq9/21Lgfr/AnUJEyoChUCBGhTUtgwKCgqSIAkKQVWtCKKqolZ7raauqbZtW1SaSKURH7Vt
				27ZtqCCWWi313nvv03ZpG1rR0Lbl2LIV9ud/Wjv//9pZO////992nt44XDNz/4bqtHNn2kCYNqZt
				R9pZQ0WkYf6n0M7///z8T9HO/x/t/P////9///7/JHb+////v+2wJUvkP7L//+Q4juM4juM4juO4
				OY7jOFdzQJ39/5f5vfcOh+2wLMuyLCth2MuyLMuyLIUL+7336YH9CGzbNtrvvffeez/Yg7VgMBis
				BYPBkWAwWPIsWFVVtVq7rqvValVrjUaj0Wg0Go1Go9FoHY1Go3Vd11FHXdu23wVMpTO99957773z
				//////////M/fa//8/r//7+s/////88tm67r+h+yVljn/////+O/sVgsFot1Idbv9957772X1FQo
				qahQRVFERSWidkSaRmsgoaGHHggddKCr07d3+qDftr2d////v/fKbdu23QPZAWH/T9/7/////8/v
				uW3btr3//x25/////733EJYQjql4QHH/P+7ce++d3ul0Op1Op51Op9On05GamsrU9N57b1g6nRIR
				TXtH0Hvvvffee++9T6dTKZEmQggkE9PptEJaCzNDCzMzMz1wOq3W0bptxr3tzWQUC6tYqPumeeee
				vjzPc5lcrKQIVPO2D8MYZAAGoSQGciDIUQkddP9utk9C12jkXwaGazSelldSplZWW8DK2buZA2m5
				NK3YozA31R9tl/Yo3pU4Ean43G/Vet4MsScqorLbGpMQOQRJ55q4xJ6NKpEUaIjzphgtWSQSn6yO
				9eZMJkY32fOH0TPO5zXtIjV7c95CL1wp2pshIPW746RfSPJyYQgGqoV9wb+o5I+MbAVnXRpZuuXo
				QOeFkiWbxMOW0+LqhNkXYD1MvhB9xQQh8n4FrdsXWv/C2A2PEEICsGU1oeW9uWpfaDrnRf7xvDA0
				a8YbwwZbuRS+T9+iOPVoAADx3DwvuZ+6/JS3N58Z2lYGiFjnM25XwL7wj01LRXk8LmnxKbISfnco
				Zig55bhk+ZrgRkSVUdEempJRVrUWjT0msC9YQ0iv/wrXdA9QAWr7tf+0fXnr0/YXhxwORG9vXQrY
				RIQDfxnASCqIIlhB3mODj+a3vWWxQJYx3Q+7P9Bv9Wszfh97KU+gek7Snvs6uAmTjuRk+dhQfzDI
				BU51XDbAoEbGHvW4BuCrusmVzeeMZGxit1FD7rSQ88jMq7YCNUrwvmH0xsWkxCCnvnfzB2koqSwg
				AhcIu8tI8dVGlpnikBUipexR6IUZXONW1KYHQdthjUkZc2vrJI/hbSuVIkVrAcuyh7psK+bMJZIK
				eBVBrmAjSJjPjiNULczQCyEVNbWt3nFENRkQYGuSQSrcaz0jmbf5iFp1zpKpetpc7elc7IhqLvaF
				m7nYC272BcF193U1y9rig+i253cZbUaCDzdvMkKU5cMhp5GHNM24AqeyD5rMLPZ7MItd739Z7L16
				KMi+9TQGHv1saKIjTjcwcdJt3Ix/nzuXtSbngWRQilsRKwqoE98uNegFT7RROwqTw5D9sN6s2Fhr
				UbCWOM4i5wy8RUn1X1sRcc0Q9dGK3LhfeRSmmxUjk4cPH3chWkNSw6Hy9pTyngVYG7F3pH1B2BW+
				1m/K6O2jmzEvLuRqcGlkoSBMJGbkjOFmyyEXIPYFey2CZVHENaAkjphYSZsuaV/AFpRypxWj0AsO
				CjwtWrv5Cz4TcGliMCa6iYUHpmhKMeIY/0/xEbMuN0IvcIRUjrlCU5oZl+UeAKubWKweLohzGAIo
				bmKxquC258H5Tv3CGTbQTSyQwGMroc+PwE0wDWojgW2Fqx0QQBHUuvQzTytpR6ZpDdvhtooUAXbt
				GeVGLGiw3UIbOC84LWGJPR6OTMY6Guzqi0I2O2xKwtD6wlRsBPzjX2CrMdt9GY0flrq5JsOsY3iq
				cwSyOaRl3DWx1qtkLZf4ecblnnXIYp8E84HpQYLNar8wiYxAnqsFNW1UnOHPC6UxKUrp2ie/6gxg
				UnJY2RC8nhfUZC61CZcrSZFBVgtWCj1DNLrGYYrlUAB6hlCw9g1mf0BgbrX20oxd9Q3qudpp5Y5+
				ablgqR2nOS3KQrRXFPvZzRAqjRLa8sBq3jY8YyYbq+1uVFJT15h3hIilpYssrDo6u21r+Ox1t4eI
				ELb1wpuDrok/clkQnfhm2ENfMN7pD2k1OtvFVMQfsVGErK30g7zj+n1N1+bcPsn1K+z7eDyjCPl6
				FGkaWLy4LuToVIAVJnoyL5bw2bGWzJal2ugS2WA9O05PPNqYiMc4hLorQnVQEfaYP6K93tcqtkaU
				TLSIXHwtiLBF59jkN7g8LwwUVCtm/Fk3AaZe30gb2F4QEOqGgX9No2IWU8g9jD8pmfwEGIXQh4yx
				F5qJ+P8eMHcnSGJMxTP3QvHMF23imfWGobZZI9RJuuBooCMbApqEmXzuhiEsezQQ9jlnVg+jg6gQ
				4uHcsTku2hw8L8Q3JYU4Fp4scT83e4s6irC5AWz4DnqBvyasSkQ5mV7iIAOHJGwAO0ybha+x9Jr3
				2XlBlMfowpoB6wnmbDZCPmV3Xc4cxQ4DcVsANy9cNWbsW2k4U4VCFsq8SVHzr8RDFPLI4+Hj0N43
				cv+glYwHXrY+9bSBKg35+9DZYtTPdYdMKT4qOkS0XTFGk+TWoJkAoKGzG+cOd7IwLdAu+lcF7/6v
				hw4xQwj7+x7ZHTiVrVGAoMwXc3/oJWwZu3Mud9YhFkqh6rqU+PzX0Wt8dW4xX/ukLAte1VdCtfqb
				NIKIQcv1yqrJXnbc3EKXowcyhv8S+pzk5nV0Qc8LNpmmeEKZU5qbR2EUKYjnhXxApqLFeVM/80dB
				OI1V99XN0IG2s+hY49bLJVi6T1Edxc69QyxBGbfcxTFalQYezIV9TuNcMNLVKOrMHoc6c2wE6sxq
				av2SZDwvLGnwzbyfP3aaq/KyaZYSP5UWfQ4dEzBb+PEKS1fOXCr280JS+zhz4RokrYWzbuJ3AAx+
				I7uWnl/ehhhQwditW0W5x3xeWAUA6OFL8vMCOrI0c8nirtNFqudndPu8EE8ZpeUysAsTCb1APwnH
				cR/QJJwkG7UavOaaQoeUUdwAmNvAmb3bFCBxs91l/9ALyYmELvvxT/NVkJtbiFOH8hF4m9xsN6AX
				ZGCOygKjOrn53uasgl5A+vDhzs94edwckWmljq9Ky/0u9MJwDWZdBBv3PGHy94OvtY/xUGchyrDf
				Ykpyg1KI3NyV+RPLoOZ6shGznkzbGZPIzRcZ9A0qQS/gB2A8sjQv/TNxBICnK9c1HdDApZCbZ9z6
				iMbfqksCFHEDBGzmA37jl3vpo1rDEMNaB187KY24GXEWxf0t4kOev1FA2KquywNQZS/zCrCXuTS+
				XuarWy+zTo4xoUcgLIQiReFpr8bN3F7QC0A9B13qqaJteZKbFlM0E2dDg/qe0xwltqlOFbVdan4o
				f6/wbk6rlWPWir1IQJeBZ3Or3EO1ysiToisaDjNubpE7RsjeZZRyWeq42VoFbe5sMkCNb1DrASX8
				e0rCjVVybV2bXLheTN5jpYFi07MTvmVY/bqhoznhbuT/zx2ShsrNquVOyf5lpaXOzdDyN6NrJvNA
				usH57SgTBDJOACZUyeQfnE0B2Krk7VlV8KhMXdN84iAF3a9EL2/POp7WEpMLIHZiZFWNo+WzOTtX
				SJCcE2+XBT9a2pk2JymbmUpG3azUybL8jy74eIGV7dQla7r57M4P/nbGK4B5CuA685lqtngxMwKM
				OihByPktCTX4BaWBCXxG9R4XEhUqBrm9M41+Jvo1cjmNnnndc7tBz3q1I9l2o/xZ3Duyx9n0GEeE
				NeX/ve1LQI2jB+8LLLNcDCpuJhC9RBidjqzrcWFpC8WNbtIW94qbz8SjaVUZGMTNwKMxLNCJojgh
				6jAw6dlHsho3cvnjAjEdWsiX+pk6AgZTqvDeoW1WogOkVb9COaC83mPqZu5QLtJPdR7Bquo4JMbU
				zSscsgTohSUpdTNv35vr0qVubrXlOGPltKzGS0vdXBmzab+4yCJYyTxMAfQCBW7AfWR2bhxyTECP
				F04bQhdTAA9KF8BAi951oZt5+7XmCSp0s4Ir8qw3hCQ3jci9kHMlbIRVC91spNoF/gprUhMwNSBv
				5CamIp94F4vmpS3XreB6QJXp5oWR6ZZKHXqhZ9y4HfXsMMBmsDYtwFyaTa5juC43t/Lctwm1F9h3
				6Qh0ubkBPiNt53mXm7lI69evOD1iaIWFDDdCb4NG82Bgtezmhn/YgGFBkRNG//O3qAp3tkZ25ma6
				ZQXMatdHc08DYyq2lu3CnAnnzZyfIvlVEVt84ksFMT0D0lO0LISuVZ1ZjjOUjax0PKOw7in/mIac
				7HzXhH97fDyUgn4BUBbUeDI7FU/miDs8meHHIwx6QUHFd9XDYZL58dPqq/aUGpn7YrckcC/50VEv
				JkHggF4gKJfcHQUHrKDecEOztdYeqW4W92rHPTkyoT/SM20tI6VvTqqbLXATxBVmryOkiFyaqX2f
				IueFcONRfR0xiNsF4b+02PlUdfaTtiYBVX9JYN6uhW1TbvoKsqEIc1C7DvRCEbIy7ZfJ4ZB9sM5U
				iLH1VZ5jmHE35zW4yyi0wLX703LczU38O+EnlDUrVYH0qqGfR/9Vt28N48i/81QNQn0lau6qbjMh
				I4GkdBObK+kKONQHMF7XezdDes9v4R+8DL0ANvBeG5ntJUuQ9OHC7fbVdzO/1HAWeDXpulSWiZ+b
				5chEyjHG9QXQDLElHGPlMutdpLmD6uEclTfF+8GeuxhSi1vzTxDY58hes28+tcS72XyB36EXQLR8
				0BAv+15dRRxuo6sb19opOU4FAUu4cSHj+DjDuSBuXODDzU/pDC2itCB2WlAd2Y0NRTkuYdjL7/QZ
				mt4oUftpAqT/kbmCLHaxLwD6pUqaO6d1WavXKVyGCuUd9II/Oq8U5mEd1k2xhwfo2tkn2UDKnKcm
				yqICgGKsASZ4uMevD5nF2YZghxc2w4QD4VnTn6sBZV7gi3UWILoRhPFZ/YMovjrFdXTPgyC5gVPe
				+ca2nj9XIamrK6oqRfbk0adXFdiFiZumRekKksFCxWi1o3iqmDJPOvkBXpkew5AgZEZ07pgdrmkz
				jGNxVMIMRrXCkuY02VNw01t5MuhnJEzLerOqVhG4Nynl18DP7eEMtUIoL9j2BRPFZyEeWnVlmi0m
				QT8sM0ldMnDjIR7LG4IYpZQPVfS3+wrivIo3a6M7QLdwQB4DMel1NtUWgTIcPgzDuwt2a1mQZpqO
				mj3b+kkbMxZ13a/tm90FPiBwYIsCUpfSS6c6WOmklKzV5t6qAMnMLn1QY3YXOBRMZFYSMUWgU7+i
				sm0TnthdsFpfqAkyflYw7rUnJTLfZ4HboKGsZmi5K2bvLoj/efkuGMYIofjQBZnFpQWZuwAWZL6b
				Fp7W3fBJge/Ttxwi8mGwMgHt0/RBZroBYiFCkJDZndgUyZ0rDNdKK6h6w20VdhcmePjN+4q4ZLGm
				VEqtC8fw9NPXYTZlVDEi7iRG4jdzU0DoLowZOmEKoh5n77RgcUOAsO713b7rSM++60vW6jGmXggf
				17DZYX5+FpBt4+Xnu758FgvqVZQxLOAM+R7s7vq6nj4Jm/dWN620XB68+IkdmFz27zDL6v3Oe0Tf
				+mPui/6Y7/38MeuYc/er10sDZNsM/+9prdByWwSUZAGnM6pByGcVLsiM/Vvu+h4jhWcrXdAKhtxK
				z5p+IknEb7NCL2RMB0Jry5/6zR4HYCmr+xp+jmB12lbEVxgix1QPSA0o3jDLzm9XWIIqoMaQU+/j
				hO2gr7aHwPUHWByUl3g/5ACB1PzhUK6eAW4SP29pnJwGB/TC3pUYJIDp1VollTvB5rMPreWw3ryv
				7knYZxG/jgKRere8GZLBKj7aMITQVkwVzOXcK5yOh9ssbp7hY0LC126/gj5TYEjx4ULmdtYAhVNr
				ibBzzqmd3EhcYkNFwahEpJqyZFXohf4QnjHx217YBEgeLtxr33yCD9c4kafVYPNJCq67PXsJCaAm
				5gZTiCoFlBqdrDOc3o2ZMgnXghUdl2x9hzgvScC/bWU4I6Fd8nQ0dedadwH+EC44KyXyX6aWQjCn
				shrzGfEYtVpMeqnFJa/ZXSj5BINHBICekWlk/eHJqusq0mXenoDEGrNzdRcmUEIlAT7H4LEFArid
				tN+XYch0TxFYJ0Uututo3OZ989Z6zFJVwmrdhRm/bdFAInnvi5er6WOWCXklfYowXO2doaqb5HiK
				kI6AK3Pzl6nSzRlSXkUY7MjfGbCM4QMB/MlTAZr7NvDHmOUVctVaOPuEAcTsqggbG358CHpBGpPe
				rGLA7gIkhLxZWQu7C1ApUMy4kJ0YJbWh7sIczzDDd8qzN/5c9gxm8n6UrBw7LHFamFZFyzN4pkXz
				VtvMANdPc0QtnRHa/qkNb5axTPGpjAz0BqrXuhdZokHBQxgapzU1tUHphY2Ipp5MIbokK+hu52hq
				6P1JVTZHtR7//8Gtec/GZNM5k15QqzuXXxR3kTuEgO3dKcPI53akgPZidwvbOr4jGnxD4ElJ1kn4
				KK0YvzhIsmZi60Ia60MgGD42J6D15sqhN5Ua3QrAD8sWHIkLY6OAqavHXDUz1kl5PZiat1/6OKlp
				akpoGurcCsF+j5Y+ZsG4LUE8NBCcAnsnvc7gJD6KyENKshKWaFSimfrMHcNCSak1auREcnThBbr5
				AGRlaGgCJ8SnB+cJj0Wfk9uIhD5xkr7O1+9A6v6CV3xlT/VMcYP6T5tXIiazb7M3NIg2m02eoWEx
				7LfX+oItCYp4ohkKysupCOqc7vav1x2A0XLrS2K59eLDyq1fTSQo12dFFQXG519BWmG6bFs04K18
				uefjyK3fKFTzdhly6+chL3CcpRpQ8rwHuAJ/45YXGn01YkIXdNrgfXysjV/MrARcIaAWCs0LwRy4
				LnQwDMvYO4I575auu8aY0ZLdLVNErhtQS3gUC/cxMf2dBSigll1yE0rNJwTSCzmThwqNn3pQu0kW
				uVfap1VCqV4QoI0lsJfeY03oJfgxye1jzGm7EDLCeFqu2PXCbPJcR3zJqREyrWyXtVzUQFK4PHnM
				QrEX0IYjCiefpkDhzpgDsauf/x3lw4cdSmcTi+Y9hZ8XRb1U84KQcdC5k/kTc5hFohlYpX83eIdS
				WUAX/4cn5Y15xPDypiHo3FXmKgdQp6KEGefQD1DUo2LKywt0Q61on08muIvdnbEJD15BxtyZ52yh
				dCRF1HIbJ4CmhkDMctmV99qlc7XwdcDE4ubPfCX0lr9/oVFUoLXvchS0KCkd6YpidbFdZ0JowXY4
				3hfKSlk/tIFQ7GpyiYUNltIsvWBHEFgbme0lS5D04cLt9l0uIQ9snKejmroulwBzfcg91aakKLti
				hK7w3RIJiIRCuzYbmhnGOUsliR5cB/EMSWscbbZ4m+j/8wsluJTEgUFTIXaYLY7wngL+2I1aOD3M
				pisuOVIrp6bjis+V/oofJzFKhAGpTYEQ1QPTKLWLfiEra/viupVwLestPXxMRS88BAIrrUblSKrO
				gHPjoqIX5CFOmF2mTi8sgrcK2CaEqOduQMlDMbcTphB4gJfdvVMttn5T1o+QfSZ3vUhgemEzMmKO
				H04HCWYwFUwNxek1bTExqMRHzPHAlB3i//zmyfWPYPkG0i9kVID/j6LFJRAFZYl99asqrZcA+wVY
				+SyR9e0MybSO5X7XAnO8GQAONIXFOL0QqAvBXErd/bK9B6n2QBt45140XPYUzCDWVI3nQAXHhYNl
				WaVPbYLA3Yf0lnp9tBZm/7FE/T0xuFybhKcXzCX7XlCaDIfYhGqGYsy0dKSXOKSGiZQs4SHHdQj4
				/cDRBc8fCbE0rro1K1VfkTaTZOKf8zP0DBpviFtwdnuaCpElMKRh6Y/wZ4k8qxD5+/+5AFgNBdER
				EAdvemHspoGt7bjILGyRtWn0pTYZyfTEh5xIFT8SVnmyqVb0N/GhbGeD3pW8HN5eYWWxXl3CFMOV
				ZQaJzOXPElWbyIgzwhKVBavjEu343I+E6OE6MUL8ZurAtq4mHw7UEAD0htqLbdmjEHNv1UQ3TX0R
				lLsQAE+AkjTSsPL4Zw9wJucgsyapOPdnNCr3pgVyF4+u33SQjQ1AVYVHaRdNF0AeOQt7IyuBFS/L
				gBW/XWqtMfk2ZCcVXVQ4ikKbsx9J0Sa+eHvTBUjuWNT2NLVeOPhpmStjRiMy3ZcioqcShGADSWuF
				hMgjlk0rp2Pqej/PAKwt6ABDQksc32XkcD58cNH7qcr4oPn9gUk9ryOiFqPnIxqat6LHlBTsEFIR
				7mVkl1UocvvO5QLXfrvazTFvopf76ugth3glxRS1vufXG0eOHYBfACrHx0A1tMQke6aO5CKpjsd6
				bfOaYwkT8YQAtRYMdIojR6S4Rv/OfD+kPGGjTuU5fx0IrB9U9z+2C4Iu/ymwTszGRafQNGghba4K
				2L0vD4Je66VBAdPVqaM43pOA6dZdJqluSsNnIkw4l0K7OoDnp8pn4d4b6qbaXtrPWJiBWOmV+MhW
				QCYS8fN7Uvl3/HMSms7yTGlVFOvP2AW8z4zvY1UlKr/Q7LutgFmgwzzW63oWeDioiqwpVvTRQscV
				QQ+4MSzYamdDjqvb5jVlSCUuNAZN1JaEpGav5GGeoHQnbWLAMZh73RjMF50xmPWmsfYT+QV4+J7U
				NBlOoGDkOJPIYZQXxXOgj4RD9clqsxOX355f1GpkSlWtO8PTC0F0fuiAk32t3iIGFk0v9LnJmGxu
				2EIN7Y+ghncnc+Og4HidhQusl4GM32ftxy/rWcXi1x3hQCfW81m7Tlqadq5uGEwVSCfyLGBQ7F4l
				nUpviK6Y7wWgEh0sQOEXbAGwHuBuqVCH9bxaxR4eoPWMeZVmRJwBQGE8dWJIdwZo24/5bwBRM16W
				ANSDOoITIfkfH9GeU95qQ3lLWBaUn0wvsCJyyns4jDQ//lr5tVFVCpUS3pEJF/2ANcT4p7TphbzB
				z1jc9i8MwsnvH8/a9lm1+r0bzAMve13kkQ8EiTrNFnRSPagfq5aLvLPZlBmzI+SYXLrHfTpR7iFE
				3AMngnPz4RfYSwTA5095ZFuEiLy/hkxg82W8rNxEdgDz0CL56YWzN8OjtXMlX6aOANF0pV43GuiF
				T43NxfhWnqVvgU3CvFiFfSgZJ7ItCJtpJzn4k9c07lZiYow+eU5YI6sXo71d3E0kpKl+GAceVwZD
				7kHqriwg2gKf+kEp8L+rfQH2UyLBdYcPOVjs1SPsY9DVljofGYMuaXxOyUZ5WMA2bGPlyXp3Gg3Q
				+cFx44z3O8n2YAxAGxh4AzfFlcaAy2anF4BQ8NEBF7uxfgl8zELRvOJqA8rhqaKRyxF2J0tVAy+H
				/3XPCBbcaquBCytts8RVA6frEM4qIqxaJf+qk4KQjiYQFBhhvyyk495/Yl4VEQsPUELTcZo6/XTN
				bYxhMgAcJGCmc1KcXujib/uBQkG96YX8n4JofcOFTABWuU2v16k9EfS8AOjNYwAn/mW2YxbLb3WM
				5YQdbBEAOs5dubYj+rsa8GRutaGVPaXHVG5IVFFUJ18AYuIc+yoy2HBgbCp0Dk5ygXKBm55K0A7l
				vowWcl9e7+O+XDDECWHII7soBqRSGEzF/+6UPOmETY+R/OioWNtxQjukQ3QGcIahyWp7GEEPCMNm
				rsHSu8H4X/XhU3bQc9NYed6BM13F3CC478sOiUQonE3494OziFWvUJTe2c4fRGN/X+6h35evUX5f
				1jXG8n6wkQpIRRHnXFaNwM9zZobxlpK5J5phsoasp6DESXZ+TkkBlVb45asJv6yjIfzyneRRG93N
				jOrGby5iTHYe7M6JW5eHmOTZFyZ0svDMrN8p+ov9dbUt/cj+sIqDCmhfaFwNf9l+yLqUunTagbGn
				QMmSzbUVruAzfXyeJ/aFDBVmQ6S7NMGJfF+Slu0LtpNQc4RH+NYGUdlF2Pbe7NkXGsd5A8w8VABN
				lPhrDx17AiXEvr5Wxo0yAwDEo3leSz+F9Ckvbb5GsNuIL2i1bdxuhH3h+yer4PLwuKTVU8Sov1vu
				7wPwVGSvfbpjVSXunT5IXNwQ1PQC0FdY7/xOYhM4fS/HkINq3ZtAEH+HkBE8iQILBVda2FQyfVMb
				iArc+n+jDZ8xBrWY+d1bD/fonBJldte4GYObnghRL6L/wBiFAOV5BLrRpifW7D6Zpqi2Ef7e31ph
				ZvaIqE4KTvcIBuHfOkyQmS1wufOdM1LAR1ulf4bcZDs45Kw+X44bphfkDRC69dTpKFm6sGpAdTUM
				OdTb5lsi9fzdQ58djbxZ2XBxjNajAtj2Qj43hThXf55bgJzcditWI0HgggdYZJ/ykz0jQhm94xuK
				0XMuXka7z9mHeS1CKQB+PWQzAl1+qODLYif4cn+D4MuHD/sCDvrgi4fc+e+fIGdszXS7v+IXraJq
				jyw7Y2m60Qn/IafRIQVn5M8PrXqfaxofCj+gp4Cm5PwXQuvBNB9+Lm/ZO9sVrhZ1dqkAHCe30Yml
				rAIbVi6mbC1N1PTCwBqsSuQ2rzwhJK8P57W3ouDrOE5yQB/ripJifm1FX6tDfQMj9+xkHYVZzErN
				ZK1Zw1yIdkCy0oZWV1i0aW5mz9kXGnvC/7opncvLF/XizqGGclOXhF+TrzlHfPxJyaNedoFxcnqB
				zCYK1kQF6GsKygftvFSoBFuth7OK0ws3VX408mZnGW4BdcTSOPJ4VARWS5EXu3WstHV/ruVKHzi9
				0C8eRzfy+ZR0HeQ2lsrEEGyMcbVwVAQGCLzNnN9M3b+50ENWhGGZ/KWDyBjqCGCsWwX6f0XwPg8q
				ak54ckGy8W8UARbN89hHnLknG4dlDFqSyIOVTi90NUMnfLbxtG7Kg0n8QlZsJHcGMh/Nu5JP//n9
				wiyylmt4Wqd+pEUOYGKNxgTbXDOvgetNgKWUps6C8dqCbQ5IbQ28bwlY1wjqhCNSYZutqom6K3au
				czVkoYrKZrNQ3BdK1QUHcIRJI6DOjG/QCreNrzBZWGHZHNymF9SDHifx2l1ZBJDefhxrW8Zt4zwU
				relIs9aM28y49w3WGWG14slLY4kqLWhWknEcgX4juSBUXEBpPNWqrXkgn7DKNgNeFryZiYCssu0R
				1BXx/e6obAPQL7bOLKNPQcs9RG4lNrzwc72ZkVyCqEFDwjr6AvFOj5DG3NllsRZ84ZROlVkFaHgA
				Um0WCr6LQuGsDD8kfSqdqOhHSa+B8aQqZC8M8LyGjclKTxIiKJ+nFtFs06sNUIHsxqBdx8R5cwiN
				yKcY7pTkcd8FjnrvDIbfvRX1KQw1txpbRkRcQcq5eU4vrNOjnHHldiO0aXaQARBdYRIZfIFHkRwG
				4eJhZ3aJp6EfVJI9wJ27NYfc+L2gPQ7jcOE0RtPuIgReI8xhW8xJcvjnsnJN43M2NSA6CtSUQaXS
				FcHS4mR6gd56PrWuf4UtCI37jS0rOi6a5aw8rRdgJ9tTO3ryM4lB+vuJ00Pqhem6rhE1opSjK8Rc
				2ci8LmMctwbN6ssCV3ohbZPT7J0YdiFPb5Jtzz2NGUeQQyxvyudhSakeG5Dv/pWJh3SCufpDxJXP
				FlP9XFuse+F7KkrY3lAOB+ZrC/Py/2dci+sanhHYx1NaxPz+t3MD+IMqv1E5eTwvRvRtIYpkhxEh
				uxMQtGADOv4BXWUSabGz/+xda7bwge8fQdcqeQZn2k4JwNXIMIhVgSWxvv6RHfFQDr9aLrSilnDo
				olnoZqq4n3p7QBglLepjX++CXY6WEpk3o1DoXCJi7l6CTS/kmQ5D1pCf+psfBwNpq/YFoawZpl4o
				g5+vgzyEd7CM94TyW8JURuaMUtlLBeEnwLoqrolds60BRf1neoHYo1zW+FFl9Tgwm85KLfcSfeTX
				Yc9atA2YjYZu0QvjTMnlGxtgWvO79FNpRAAGNSB3LufkdwPDxdN0+fz3xxF3gZunF3pIgpytx8ld
				4Kf1Wh8Ld2FtrvazrocSWOHa6YV15c01bjxexRliqOBbAj6WDB2GkOIN8NQn4BOsK2GWOHXXKgSm
				F2KjLs5KfH3LRQRCIhGPJye0YIhZnoAW2ugAP6zT+Aoi8XOlYbMppUScXojgujjz2tF38243W3xI
				0TDOnN0uCAC2cK9IfBeenO7Yr7jXgLiwCbTcUmppF7I6PBqDow17IXH1y/YOpjIDqALT5prtm45J
				FRS466TYXLqbmk1hJFgsTlRlYOk4TuQA9omAkfwoRKh/SSfrHhMPQTiYqcn0wu+ugyL91tH2fPJO
				sRi9/yeq+MQJUFQJ42wSguC2z13ho1eAzjGgJjRPDrZM39tymX0YKiB8SvHlRbM454fxzZBFMwwc
				iScHsclUST5FkThgRZQMfV1x4faTMHONWwky0RMwBW964fizMu3r5DCIfbBuLsBY2mq6x6kb6IR2
				31t6LldqZdXg5Xv2Ui7Oxp7bHAyadoLQRwDyDNtQKV0bddqwqo0r5Ac8s4RuCLmmF3qiyopxbqIT
				4rdY5UGtTIXLPLNgYoJbSMJJjZOZ4h1n0IaPqcn9wWZCCDibKrqdOMZ+x1E8+XIzdUq214ya0opL
				NPBQ6RHEM9HyFHEEnuKSjEQfgVDlKWroZS3HlfLIhtPmOfMxxK7zCcNefqA9TZLy2ph4tySVLo8P
				NwEv5Gjrdc80wm23uNiyGYmiQOP21L0Lxjn43CigjKGfH9n6jv8yzpbv6TICpDloVMgxw+8RXggB
				fsmmxkPcTBZMJZYJ4GQ7p2uPf1CMih7bUu0DkNT7a5DPoqJ5XXLcoNdg7YiLbmg7GOed5OE0PcwZ
				aVWhG7HvbBZMCRtDN3ScRcNKNA2ieHJfl7KTueaUtbR6L/kyT6d+ixROOmWtugtUAj6etCHVxPyV
				jLJpJVP/2Txv0qZ1SKS6OcDNW+uXhB9FvVj3BIObsE45mnyr3BQTHpz80J6YusvGNtPT5Dljqboe
				UGqxTuoTXcsYBgW6xTqmOAuLqUVMXqJ+JFZ6bbJWf89sxu0ql2JUB62vrUisxWGdqe1s/xy/mK+0
				KtXwsoKDWKg+lPROCNgEq6tkrStZZh3orKILcEJ6wdS2VW7NicIiis7BdboLVpJigMSbdiHv+Mus
				PqR8Q5pJ21ENoox6ZZx+1Jk0xwJr2SusdVdGLWtDCGFmr9Kkp7y2gtkJ2tDVJqHuAk+01V6zRzkg
				pQGAjpvSlBO0u2hq+N9cZuAv54ZW37YyeXphEIUfJuhnjauGgIVF1x19blomnDvrPx13BxsPN3pC
				4e5vhb4uSExkgrX1Uz0s+4Y6wdQklxOP1RK8DKzEKeORpqTO2N84B6v9fwibXrDxITxoiMGJy+Fz
				wbwrEYuT5hQhC+NaGueU8itRTV9DuwUUomxx05uOmbjuM9ACfsqvCZLVWiL+4+p5zdC2swmSpMev
				8lIHD/OcDnJN/X7u1qYXdP2PM1acVWmG/jiTjMx3pFYYrEhhe2BwGEeKWGcsy9VKfaWS6QXFjhJ0
				bcCBTBcw/cpT7ThKA2j0mjlix36E3I7PXvrX0aHjkDjySU8Q3/PLjjCtyI2U7Z9a0dWW0d5GdkRK
				eReUFhGL57EQx7Patuwx/dVdrn9z7Vm5NFvzDWZ6gddlryVq06GQ/aDGrIytXY9a8QlUtblP3Nb5
				jMC35uosBGEY9CWg+2AtLQERSyMV6QeuEOtWfsMYe3gutEWqr0a9HdZNJDBR/TLeHVcMluRGpfOR
				cCsbVIJ/r9H0IpYZeEHsMAh/KIHXd3zABGwWzfTqwJ15D003BD4HzXrrHtiG+Vhhst6Np8BCsuVM
				jrdGXaXElgzSr1JpJ/lIbOflT+fQfKPo6YURJRp+Iel2Cu0uoNzDmvJn6Cy5LxScVlL+DL1nt/pC
				sJg/T+/AT8GpV3/y8RT1nWWzJ7BXQwXEXAen6R5x6+rhSYYOiFD+ebDgbmo8sAgeNzW98EPlgwc4
				2cfKLWSwG13n3sJXNdO4FMUkzL1lTp9bu3GZ9nfNGQy/d+NivBsk38hUJf1NDfhuBG1DpBxmgXGP
				J5DwluuqK3UCuEByXZ46W3vO3OM9kzjvHHELIxcusBSJo/VzQwbtsmbglfKwisV3quexLTViRvKt
				W2kajkjtS4eIDDKrUthmnhZ5KkbY39u3mRiw1DAnE4S2rq9sQ54N+NexO88eyGrCs8LXpT2QB1cE
				4AvvPsFMwTPkQ7EuWbdjFn1HZ4appQTtPA9hwYYsT6QUuGCk5+PCqPua4dENmi1cwMUixjzOQ71H
				RNHOEJMwpxcWStiy0B2gftnWHPUqnsfZL3hhksXUJdPSHadKcJSUjCwTCWyxAFXtG7INYDG9kBla
				b96NYhuZXrhyWqvlYQ9eEJ0mgpPzcYSZRXBBWaLFlk3T9sALJXte6C6Ek0MTGP4aQ+ZuHgdlv68/
				7IUWqv9kVfKIlv8ug1OsjH32pwEY+HWHG92p1ZflbeRpemGZiqYc2rIRlwxeE9GIVxVg7BFJOUQG
				phcQANY8ybZqOVT1dMMJsfbWNbXt2jqHiMDVXR55EQSgGTc87Tizf4KVsRCPqsz/gPNzewxgRbbA
				vdcJTcFrPnHI86XAWcPtA9MSVS8WzoNxwoN5EDpKTd2ixFirbKxm+SbHNBDe5pa9hHaSVzg7hi4g
				BnsbQdldFRpijAu5O9VlhOxtEEqmWsh5gfCc2UvgTy/MmQyH1JYr+TY9BkTSKvcVIK8Y23aeFClu
				y4hpPk7LtjoHrBAy4PFYiIC+hNIXjhG5gEl7kAtNL+hhRdS+jaUJeME1ZxCW3ujWvu0hfSeuFXOt
				uXnzZ+bnMl/MWpHOdVPmTnr7CwMvCKvY18mLtWUPovuAfhehwnJabYQKcla2KUL4Qv6RFK1dZRF1
				9oQaPiTMof1WbDyK5SJOjz8bSz65H3+peBGfnDRHfseYE6mMiqy29NHphb4QHnFx2t/4BAieDt5r
				2X2CL9g46ZhuLPskRWN30wqIs3T56iWEgSLZMvFk0oh7vR0iNyRDdIoLlQWUMCWwwzAfp9oyLPb0
				gpPSarmThmshKEcFfmy74gycqLHlDGlRArwwuwSz7sKLtvk+eGVPjQprZZFy5vXpBT0ZiOWLTpcM
				hIAbB1fFDH3luyImPZV17ADxwSP2cibUiNML/IBxWgOXI0iWAHZjrXYkwmdM5wWkIphYcCjlYbU1
				Sc4ZK7UigEzXHKnYuHkJlB2gGgEJ4ECKQz/0tJNmZKo1SgHD4N+0BBXn071bS+3RC4zQJ2du5dEL
				Sa33yn3NbJqMkmA2emGpTKTPDmfvwg4nDHFysKFk0f58byEEViLilZ2EeOWI4+GVKbad/Q6iTLuH
				nle+wlktxa5AF/rNoHJKNpU1QDwge+16BibqLbYuQbCt2Yf1jV5YCWr9cx0DYbEeLTmqPCULHpPN
				wS96Qc2jLK6+8SEzgEncMDoVLzmuCrwhr2ZcxEtKqPAN0ItAUH5CbLRpPSz61PHdaCsy/TlbUCEU
				XOK/A+IaKCLEGtUBlhy84zR3Ta3T727TbebWqHakOKSlz+zetMC4bQ/37HWeA2FL2H85VzFTE5Sc
				ovDz+CMHf5JZ0W0bQbROyJ6V584s80bk2J3WXxOdKPhOqnUZLPJBx2kdDoVqQWH8BYk+i6cEjuvR
				JRgSE5EsKdlLavrKocC52SbiGeAT+2WyIjKVxD0WREm6OTQSHZ6I+cqCXr5yx2H5yoen8pU17CX0
				65SvXNBBGlS/GHb7VA1xocKzSiRkfOXilRdEQn6vrhd4rX2BeDYFqQfmUMiYFwYLldW6gCBPiERL
				7Qf7W0hsnCg2lrT5vCBCzZa9jZynV7MAz9UyzSJBY8uqSj6IGd+RYQBng4Ou/MLitcpn791LS7AS
				dKIXNDvZs5NijaI2GC1A5Um2JS/XC7A0nRTUs/cY7QEu5BrpuV47Mb3ZirAXvkjdgO/OXH5Fz0Xa
				sICxlVBiIY4ajq1UeMk8sJgIXTlutL0AvChTYXLWbGWGu8VWDzy5Q/ggvlNNx6aoiVnCty5l9Vhm
				OrIEvutzZYHwuXInZs+Vr+pD8j4yhC6PM7ka2m3TFQMbUmU8mfwfpGgUL5Bre1rZEAEzlQDcO8m0
				4gLVmpIhdYjrDlrKLpibb14JKBOyYexOvvD5CjVoTP2AC9g+JsdkgiwJMswi9OL0Pf+0RF/gjekM
				LDyGMIZODJ9n25fjK9Gi/BN3rEMhwdXKIshxqKLCXKIwSLezEWm9b49zjhdPwi/MynJ3U5WPA1I+
				e55QgCfLrZHoBRty6a7s8qb/05oOC+voDqqiPKPMC232KfZR4LmPxUI03rYc17VaPswL+CBMprtB
				CeiTNpsaTfC/9QsTkMrtftB5XZphNkTN+HwxNwOeTA+z0UqNXqCKqQFcA7O18Jel+g6EwXfk1nLn
				l98QQ+Li+YXc/Tj2eVSyMLojt1Br9RJYHEvSC4nUP+wLvEQfOwLqFzKR2M7f+iCq5TArJJCPTflP
				8kFHay4yAeqBetXQBua8Ib3njSuBi1s79Qt88MNKGpwieuq1ybR4Lt6NzJgYF2go/4a+lB35HTHn
				0s0bkH8m9AvZUMDKhcT2CggcxnlHq9b9QitFca3zzp4hP2TAqDtcJnq/aGVWemGwHgRnnXT4BYZO
				PnkKo1UbGBzdbCL2buBrSfT5+phx8qlaufcKnmGBWaXHc/MhCFhB/Ta+mwApfeV/UfoIHaLg6p/0
				AsEh85GlXKmfiYMgkh5UNn4EH32sPDis/WX8iBSlu9z3mn+RgCt+EAPwvGIPh9LrOJPpk8/58Ztv
				ix3/vJ+h16Lx2FV8WJZ9lwoRk8DQz9KfT70qZ1mTtKVh70e8hd2qbI7Pr9ILAM0S25FggQpUm1do
				1rZv/ojnvs1ZdNByi/wRLEWqUCMjKq+baq2fEB8qO7u+K6WCf9ftdbi4ib16SzLeamRnoTjIbNTE
				AZdURZS4mn46lzOXkuCgUnUWp/vVezj6jQRvJgXYVqvLDycHeKRtstXFFqdHIUkAibTzckMI4K+l
				NMi4mdqnTKezUrbSWh2fOPusZvuFbwSA20Avid4GtUprLXCCoKpKfe98DoJSVaNEroRnWfYRxUei
				QI0Se3FmrcjY/pOscOM8Z7i5zyC7A4FItjmfbGVzcUkX7yu7n5cksV2O3c05p9LyBCdhO2QWKd1F
				mtZaHUnUCB2em2ueSy9EcKX5JU+HvePLp4xitVUsJxJmSzcxGLm8ZODlxo1RsNdnG/X56EjuVtwl
				R5kodU3fy1M6s9E7r3u+N+gZuXYk+27UP4tzS3o4Gj/TQLZSzrfHeA20efaw8QusM6l8RuJTa0ti
				8rVMnSpIiop3gmpn3vilR46C5wRqySZuC6c4j7Jo3KYnwHwKE4Ghy+OSe3N7EDRAhZYg3PKfT/S2
				RTE5HLIP1pkKG2OjuUl9ebie7nHKJYoX8UVzS6RKKpe33pznH9pazsa5PF2d20570Xd/tiaaG5vx
				jHlPsVJNzIrvYiG68CY9kr0S4fLMzYTRWcFNrVantA++ckslSjgjLL3Ax4O5jmTjhiOY9PrxtaV9
				i4J5UU33zo3Bwyh/deeiKi7QYcZ3e8R3bs8mIVI+e6X9JzcxnI2tJbCNte+VX4DR35OmJ8AJFPAd
				fx05HPIC3gfMrdsilqBMuVN4ud36RayffBi/UI7PE5mPreRRT+755C8Vq6nVNsuqNffvoObP55E3
				t3gfMIjlifiJxrM22jUE9ZyZ8zx94qwYFYsqFEAiTudBCs1nLGZ18cGlF+5sXOfaTBK06fAjUtHN
				uQuzz77zWQF+BOvEjJk9OaWkF2CaJbYjwQIVqDav0Kz2tO+nIG9E06uPAMSCIfQEAmovyjoQsKWQ
				A7iAkyQr5V7JLDAsRLoDpwOXA+G19bq+a9d1CCpuPXHt4L6V67aVsmzbtm3btm3b1rXthrnGZG2H
				bbtuv67ruq6rt9r2wnqp1ktHKiJS6aSu67quHSSNRqPRaNTzRB2NRqPRaDQaDY2GhobeoaGhoeEj
				NVTCQoS2bQNVdVW3UIP6q+vdj+d5nvfxx4uPgz0zM+N6PB7HzMzMzMzMjGdm7M6sUWloIHT8Gavj
				0zPjLbZtMwOOxxuOyfE4DoHneZ7neZ7neZ7njcfj8LyFzQPqBC5jeUjGDjOWICESJEIixmuMt4mx
				I0ZGifEixhETJkxMmDCewzDMtoWxQ7Bt27Zt87aFEJWRHM+n9/8n/bjI/3CSJE3ath2WxcFhkWm3
				7bRtSy/a0I4/tNDkZmgOhzJ0jDXBZ0maw3JIkmSQtG3bozeL2RbStG1r9IUWCoUUT0IkIkFCgkh8
				NhwTjQnath3BEA0PCj/QNE3TNE3TNE0rUBRFURRHnEiRpmmS43h//vzPtu3wWZ9t2/Z4Ftu2bdu2
				Z5tT2vOMbdue2fZsz7OYaQISZrYkkyRJzoGzOHfbdLPNzZtsDptjc9gsgnme53muzCNzCDzP8zzP
				8zzP8zxvnud53rZt27aH2WGWbdu2bds1TdO20Syc5m2adu3axf6/7eL/v2/btl3bfuVgh4Mc8Lbu
				lF2lnbIjlUqlIts0MjIyMjLDjVA8z/M8z/M8l+J5nud5nud53jbP8zzPE2/e5nme53me5xARERGR
				EBERkRDEnueJWEREQkREREQc4s7zPM/zvJCQkJCQICFBggQJEiRIEEmQIEGC0PMWQbwQRCIJIrGk
				Ad5IJJJASBwklsSPx+PxeDwej8fj8Xj48XA8gsNRh7dwOBwOOxwOCI6BHO4bjUaj4YbnRqPRaDQa
				jcZEY2KCMTExMWF7YmbCMuFtm+9yOFJiDAvDEg6Hw+FwOBwOh8PhcDgcDkc4HLaEJSQkJCQok/As
				IexwOMKS8CPsCDfC4XA4HA6Hw+FwiAiHw2GHw+GwRfa8EI4QVgiHEFYIKzxQcKMwFZ7CCoVCobji
				/38H/789/oNt27a7TZ7neZ7neZ6Dg4ODg4ODg4ODg4ODGRwcHDzjeczzvNm2bW+e53me5zJ4GEwK
				x6AwMCgGfqL3edqs42Yx2cYtWGIRPM/zPM9z8CwCz/M8z/M8z/M8z57nefY8z9vmcTzP8zzvIXh9
				g4NDCCGEEILnheAQHBwcHBwcHBwcHBwcHNzgEDwFK4QQQhhm5JcC7+pgWQ63LMuyLM8iy35cD9ft
				8V3bDSNCCoVCCSFJ8g8+SJJf8EEJKiL4ELyCb/DChDJwC8G2i6IoiqKIv/99//b/3/7/+x////G8
				09sn+x6WHXx5X4ytfOuiky66jzozm3X2fd/33UFm37ZNs597CLZt27Zt+7aNMZGwTbnZFuNkm4zb
				t7BpIfi+7/vOf9/3fd/3fd/38G3bdsX+bdu2bdu+bY9V+6d923b59vnyfi7f5bz8I+Hy7f9/Wx5y
				uVwul8vlcrlcLp9cLpdT3nYSqj4glUfl9+URd+Wz4YxcLpfL5aKR/yNlyiFlJEnKd8r3fd/3Tf4Q
				fN/3fd/3fd/3fd++7/tnY4z80Pi+X0TiIJfIHfKQkJCFXC6XyyVksiBBggQJEuS7KIRwhUsul8vl
				cjklnyRy+UPykMfl///44+fD5Xtct8Nv/bbFosPxff++7/seHJd79vu+N+L/L41H46FTz8zEOxyZ
				mQ1n14Q5NWdJmsNyHg/G4wv8OtH7ung8Ho/H4/F4PB6PV7yRCmWCREREyPd9X0REYyK+iDPii7hE
				/P9/RfwhHv//////77//7/9sU3z//vvhEgg+YiQ8XF67YdsOn8PtwPfx+x6C7/u+72v4t21Twz/h
				MWHChAkTJkyYMGHChAkThuHUmCeHpcthACnctgeGi97XebOOm22cbJMFCQsLCwufBAkSdrF82yRI
				kCBBggQJDxIiSIgQIUKEvxEeIUKECBEiRIgQIUKEECKEEEIIIYQQQgiBYRLCt+/7vu/7V4VP4QoX
				Jzz8vyjw0xtY13Vd13V911v7ru33+wKt///38Hnf933f930fXdf10O+7X45n9P+/Prr3fd/3fd+/
				7/u+7/u+7/u+7/u+7/u+7/v27/u+77sm9Hbv+77v+z7RRfQQfN/3fd/3fd/3fZ+u67Lt+77v+x50
				f9v0fd93Bf3SRfB93/d93/d93/d98z5P4b+3+f//jvB7q+d5nud5Ht/0HQLP8zzP8zzP8zzPm+d5
				nufNfT+f93N3HjAzuO/7vu/bIdi2bdu2bds6197tcbfs3m7ZHftg//97rtzx/////w////CH/7Zt
				2/a8etu2bfL/////v/9/m23btm3btu7b9rimxzMtnsPi4HCw9JXdl522bm1v8zzP8zzPqh3btm3b
				ttm2va3etm1z0PW2bfNCsG3btm1b1Nu2LSi6ChOxDTgJEiKxbdu27YbtBUPCC4kQDxGKEIrg4IUJ
				wcEh2LbtEGzLcmWPPJnyZMuX/7ZtPa/jreMNYhnkTBgiQ4wQA7tP9L1tW4hciIstLLaFOMvIpWLp
				iFCCiCwkwhJihNgIURQpimIQRVEUxYcIsRAhGCJEiBAhQoQQQ0hkaIGjmKIKKkZBRYgREVIEMYhB
				dJj//x9EMR7E+7Zt27ZJ2w6lObP6st+WdaftsA2iKIa+o/pTBmUmiqIoimYQxRRJkqQwiMEgBpIk
				SZIkKYqiBC0sQLNcKiRJUoIYSEogGUiSDBT5iaIiIoghgqgIYhCIoiiKoiiKoiiKliiKoigqKFRB
				DEgiQCqItBhuEMPr9xIlSpSHf6zbv87bUtu2Jc4SLVF+3WBLFINAFEVRFEVRFEVRFCeKov4qKEJQ
				MypnJpwzMzMSw3DIUqJEiUKJYuDke7Ov8zqZbdwk22IyURRFUWGRiogoiiFRJEhEokgUiQNOkCRJ
				MsQVE0iSJLkgkSRJUqIoiuJIIiUxRJGiKEoS/fnf+/3le1we1+3wW7/9n/7/////Xz7betrv+77v
				2z/b/3OLmbmG//ny5ssP////hX/wj///////9z+ExP+H/P9HLv+//f8Xl/xf/H9YiODwCX94wx3e
				8AkP/xbC43/8/6vr//9f9If+8P//////fd+/dd+27V/ssWnPFtu2bbu267qu67rjtvXXNlSPP+OZ
				mZnxeDwe0+NP49M0TdM0TdM0TdP0Zpqe6dnzoDN/vu/7vu9/msNisVgsFv+2bQeJv/Dn+/6+7/vC
				Ev62bdsc3MX/B08iOCD4///P8lf5e2VZll9ZluXv2/b//9/3+9/X/XvXdV3XdV3XdV3Xnbpu64Z/
				+/9P2u+b8Pu+7/u+Tmfa7/u+7/u+7/u+ryzLsv2+7fu+715A18Gsa9/3fb9vla5SqVQqlUqlUmlU
				KpVK/0ul/x+NRqPR6M9JlO/7WtE/9NH3fd/3fd/3fd/3877v+18d9fv/v1K/bz6fz+fzfZ/L5/P5
				fD6fz+fz+Xw+33w+n38+n8+3bf++7/s+nXcGna/Tmel0vs/MzMzMzMzMzMzMzMzMfPP5PHz///8/
				ZxA4AeJMZ/vMzMzMzMzEzMzIzMz+///fmP/7vu/7vu/x/////5//V5jv1pjf933f932+x/d93/d9
				3/d93/ft+z49fN8e/H/j+UCYD+Zlnp/Lr+U35cfyW/lJ+UX58TzPgHwhhdCQkxNwZ8OROc/zPE+N
				z9IclsMxSApHYZAM7D7RD95s67gZvzCO4zRaOMILK7SwwrZt27ZtD22bNj2O2tLQqNqxao8/9lgs
				441lHManY6xxGGscj0BRFEcLHTTp0ULTND3T8zzP8zzPM4PneV6Im2i2uGKKJxbxBSDQFu3RKB6H
				JEiIw+FwOBwOhx8s4RAOYYTDIQqLJEkGiiLJYFEMoiiKoiiKoiiKokhRFCcoRmRcuvL+laMjiq//
				/+8ev1/5r7dt644rSsWthHZtW9627bRlK5Ik1RnPzFQM4qYyjSmnm05FURRF0RyOJTnkWJGi2Lat
				2FWcjQuTdWusssaqdRVFUbzUUqlUOpGKdFKRII8QSRDJG95EgzHBkAixiJCICNHWoa0Y2raV0Lbt
				VVVVVVWlKjZUUWc6Fvl/5COSJPURbdv2iOMR6RFt23bdtrW0LdlpdESRI4qiKIpB7M+IM9OZEUVR
				DKIoiqIoijNiIANHlBFZIUdyRHHEbzab2MxmGzGIoiiSJLURZURRFEVRHBmRMmIQRVEURVEURVEU
				RYqiKEZMTIgL/2I0MWFiSjaMGCZMmDBhwoQJEyZMGE2YV2PNaKoJjWimoeafSI0ojebX/KfY//9/
				inKK/33btm23tu2+soM5kF932rKrdEpRlHJYlmU5HMpwWIrs8DPSTGYwD1EURVEURVGcjaRw3LhZ
				UEhRFEmOIzl67HCLyQIximEUNYpBoVAoDAqFQk5IETKEwqAwKAyKQV0URVEUg2IEg8HAYGBgYGBg
				YGBgoBgYGBg4UYEMFEVRrDhiACdEURRFURTFf2IQiKIoiqIoiqIoiqL3eV49bzyJ4zlMi2cvOEDe
				4F3ddV3XiaK4ruu6rpt1s9lsNhNFURSHKzebmczCLGY4nImiy4liiKIoiqIoBicGTuREURRFURRF
				URRFURRFURRFUYyFTCYyURRFUUQWEDJRFEVRFEWRQSCKoiiKoiiKoiiKFEVRoihKiGQII0lStDbQ
				JtTEaaJooqZp1/7//y3/b6F/EXmLKIqiKNoymCVALCIiIqIouiIiIiIiIkIRRWSkIx6hdEZEzogo
				iqIoiqQoiqIoiqSIQWFgUAz8RO/rvO7CzTYuLCabTMIGmuVSGaGQIkVkEiISJEQS5CFxPBwTZKLB
				mJBgyGAhIsWNKIqiKDqISFEMEiRIEFGUIGIQiKIoiqIoiqIoiiJFUdSlECKomRBFcRAkeR9z/bx8
				vvN7yCPiYUf4rd81bY/rocOzHHY4HILfVnZfs+3aSkPjE9FQIzTU6jPhiRnOzMxMiIERERGZS7wU
				KJKyhx8HgxeoTQ4H9sP0BmWYrS8Um7Y1jFKLAuvGUEhZnYKU2jwrepOBBDEWIlqVpJ6tvK8MKCco
				w4jYUZw6s/mFmSQif99lkDSEccFag+tGLkFAlFNVYsv/QGWx46QoD4aoxlFLyWD09q7mF2zi/GgM
				zZ5LUCaCAqQE4qQEphC7m4w08Tu0fOyj+YU2BoLc8EjOvfx8mP2mSbpSTu3MxsfWRNw0OGc2v5xq
				c67IuzJxoqm8RJI2bjWBEi1X9Sfo/wzeoRscr+O6MfbGCBI1b0+u8QwpWnKH5bNoUS/0gXjxiQr5
				BbshRXJptZvCzhW/YNU2gnsCMF9kHcl7njl9YVbSly3Jtkvb/oRBZAmvsxby86yVYI8939sS0SRo
				BjAfXLD5dvVIZC3s3wnC3Vd4nnnTC1FmdXL0yXlKMfqCo5l28vYfJusRls1VML1g+1LFqgc/MgEY
				xIZp9U8pxJuY59ijwZc/pSjQi/taaG1vMGDH0Njpa9LjhU5DhNFv5YK2O84opQVj1Ei4Rbq9ahPH
				YKzikmV1We1govpJXXe7dwffdf7+LQmyy20OH7XOPUe3nh9eC3R9XoYhCV2yoUTWeGFD6K69s1oz
				+m7fkyI7ZvrRK5AC06PUzU3Jg/NnSoqQ/keRtQzezgttzMjtewbfE95k1UfMJs4U5qyNaJPVH+Hl
				KibIazpEQ+QlLM7ZyQcD4aqLz1ZhUzBnMKMf+eXmqbRfMuKwphfiv42QAEn5tAwp5lsflwhfCJgr
				h8EXjU5zh81UkAkuwMpSPmR+L9x7OJ2qagCjsZAnYa8BNsgvTuPjLhHwaZiD2mG5so4pn2Z8zsy7
				aZNAFMlBARyjAOJyLrenF5ZR6c6vK0JUkPtZP0Rlib1eKFFW4JogPnmhBm49zKiKaQOznCX1guDg
				6LJP3NUCcy6P8ClDA7P9ECDw9MJlZMmHCaahULhLpgDuBRHLr0meVC/0awC5T1gZD3O4EDIfOvd1
				5qrqF8CfTxWxCE5Zuf/bqxsqAQdUGNFx+f+DqcUV0p8pQPF5UCTRBr1yN4DvnZWChzqDXa0oE9wk
				u2Nn2RpHyD+Nt0QCg3et1gg7Tzz00gLjSUmGlGLwBzA0coKvt/T+ReYz68Ri/vvLGLtKls0qV6Ch
				ceqHY2oYPtRXHgZT1F+G7n5VodMVjm44b605rk/BuBQTUIgunKq66dA9Pb0w/ZSpaGHutI/pQxCe
				rnIdGMQVY9bL5fAj3qMQXBZEL2LfK3RLpMh9cgETBWHVKlHOd3PNJmUwyPiKcRey8cqT4IAybgav
				BKqfMPy3p2bIAmbTTDu9QMmXwM2jY4b17/KJEgMYAguFB9fphV6NfTLhctsFcXvR2m3Y707aLkCP
				n03ajpZOL6xQ6535Kpte0GfCQZ6H4gEvI4m4RQvhVD7N+/wdOv6fEROAyg/ow+idmz6c14WLmNou
				FKQ/hKtibfa2edQSQAvTSyZYRUX57vGR6rDPy1rX7xj6Oe/0Qm/gsuzVGH3Ze7lqht/irHYhF/Yv
				dBEwtiv7WRxRtpLR4RM3vRCoH6gl/zqxZRJOcsd12YhA0Fjz0oUyxmUjNvE2vsLBhEow7YorJrBU
				+eRipJr7cWiPQjN3TUzWHJNaUjWHA5GYXph+GW47yfNsvI2JCNZVNhhO2qeZhXoKI+jxGia0hRHq
				Wbp69uUXMiPi3UYPIqqdccBuBGZ824dphLu3aqO4vyN+THE1n8qQdQpUU8CNbAt9KqKRLlD2grQf
				m2P4pxeswfTdUZgaBrEd6MzLMJeyn+hh1w66t73vFV0369XKCvNmLzJw2fm5xdWmmd6glUKf9O3I
				HyMka/by3YYpZQvi2dwgPXGEDLlw3eu/Y56P5OdnPXVCOdSsnphisCMmAYeHVh/gX7H6AP9oqz7A
				3+/9r0gycs5OvdMG4MmaJYf+qvnkEoF2PzHDyggparjKc7INVTVOEfJwiqIXybjPm0aAg2yeZx6e
				7c9snkLsDlii7Z1YQczWlDrXxIvL8NIlyXfZe8H4ir1uSzJum4iryKnT90vRa+LQx4pMpxe0Chhx
				5wrmKwhKyjLVbPFj9ggw6qBkIcd8fo9sYPBU8ZSbveepxC7krFRr4PdYQOCjoibe73/CVy30D2tp
				PxsXN+gqYe1I8+uGC2WtEzev2PRhlaHqrOR0f3n3dcdx6vQwqyHgD64r4wP8PFDw70KOb55OpSJF
				P4JBPgvflzYLCm4XmhYn34e4IOK4qPF2h9sJj//85xEhqV6v2Cx/NOZ/jgNz2QWPi+lnziS70qKB
				WgfjKl9v020RgI0qMaEp0tABYLQ5NyU/9wBfg8iHZJWLTHMijsicXJgfc4dso/kv5uFalWrMrAwg
				FkTvSNqOxnlO6pdZHmFZJXr/FaFLG1UXe72oBVJQyl0Q6QupF3CDh322a80UWjxDiRLXljo/LctJ
				QqonjLXzYPE7DHFFCR+u2Ng5hKTkq8RhRVj1e+zE4edqGYK7IH5ok0ijy8yIA1IztLKXc7yLpuvo
				yveyoSQE48W6ZT/UXbDHStLZFMlrL3nfza8xIq1q93k2bpA0Zw6aM5+VBWKNqOX1lz0vw+KNG+Ej
				xfNPDGZC8ujHVedgxhY58QvRNaAo9/eezbfdSj5ji5ZfcQYrb2o+8cxzmF5Q5yngawsOZAoactOi
				q2T59SjU89DbBO6S5ROYgk55pKgOFwgkyyftf8t4SirlGhEn+zGI1s2t3tlSr5FZ7nI2QSp7XGfi
				PRQJcSjxPLEsBeK8ugsz2k7Xgvx68MkyP6ZaaTIpkGycWc9OKxUi0RrR0W56AUHgpjUwu3qZHgGh
				qSrXvikIX0zb9f8RPypUanPbUY8Moj6tzUbZrOk528iNd2w/br/K+cFnjB2RLk68a6FaPF8r3CSx
				7S+i1F++xjEcsmtXbtUMMAuaySYL7+pdaFogRL7E3ZFgAauUTa+hjDbd11DI/CVn2lyTsVWd6ARu
				GZD859h1tqNa9gEBSCMz+k2Psf2Rw3hxwvMEjeiUqguIdfsQGTlE063Ze49NdgmVTdN5SKyD5c8+
				aJmvQAD16QW6T90IiKgMNL9KFUFMy6JjVRhiKbpe+bn2Gu6Bii2hjZWeWe9Ka+NdzL4FKCfeedB4
				ESueMGfLCVBJQEPlsjP6Sb3ZgbmAuKBCHtu9MkUdHlrvZ9ok6+JA7vlfPKAvCuChgHQw1n4qjpd4
				jlWpgSqKCm/wKE8wjV0E5XcQp6m7uorWhJIcZ5/CBjK4c3KS8xfCFlZjesEuZGebqbRl9lxV9wLo
				oH2iWr2dTUGI64P2SbUBocee2X/VnNjwe2UuprtBeBaZ2tM/1IAhCByEKY7kbgLs1mfYZ0uE1OnC
				1mbi0uKMDIbn8AhInIMeOyP7GMIG0GBC/A5ol1qvFGCd76c8xCye+n+nDybfCZXTYxIKXAYicufP
				VrEZN1ZNtNE6oDlsBgwshcxiTtY2+pVniDMH3DgUX7WHY02mqRMvtIeruAJvI4GFqoQVwCZqMy8r
				A1NM1AXpzBhmaRD7K7jO1hC3IUUdoF6Jxu7JCErAo1szY4LphCRijOg83J2KW5cpxCT/uzBxvYVn
				4nQJ+Uv7eDSLXS9DA/sY9GGnCkKVZV0xU8dMy/i6VSLFiWNbKXnxAL8LEAEmW4B+wwRV5P0LtNJ3
				4WDS6nEfRb9SxlzOupfjvwvQPm8xz5lusEQze7Jhn4euCivp1Jd1hd+asIyN4+WRPK+hn0LilJc1
				X9PBKW10KDYj176moP3wf9ipOi8A7f5NedX6R/VD9Bj3NsLcOtH6XDxVbN7p/OXr+yRRk6YXAF9i
				ndjMtE8SIdvt0TGZiqjwRVYjsSB4ZJMKWvW5e4gJdKOqj+EACW1O9/AhMaiNSQV/5bMB8Hk6Em3L
				8K1tNiJZpl4Uog7wwxF51gomw9iT2qWNEtNXFm769pxbKc/vFcr9jJ0Qpy4HMcnrBDma+t7C5ihV
				bgzhCPu3EoOGkfemARhfVwoZdL8Ptjuze3pBtRvgEpGtK4sAwueF27oOCPQ6s9q2QZG6PVwMUjtZ
				ttK74BgeBdQk5OLuS9gKmmp7BFxfAYtDLx9K/fywJ6Aepp7hH70Auuve2HYS0wuNKJae3T7ZM/jP
				nQvSw07Y3qfbzqJVzos13QiizkC/iB2b+Hdx3KEQpflwyGlUSE2n0e2ea1BfG1mWTy/qfmU1MRU6
				YC9v1tMKGz4BljJNXYNLXQ02jeVrGdmtOmHTCwJrMa8R2LlyCCJ+PLigbS9YJqf/noc8TL561rbB
				XxcxdSB6wktAw1iIovMmqcxdcCLaBkkdKUc4msV9YBkfq3I/vdAkFpfUf3Df2WwVwX99ZYLd6QVJ
				lH81YBs7X7mq3wWzUILrlYnduyDEx+xE+By1jRb69Mq1wD+uiMIQeraUlkLIF4zQuKFYXOH63EaS
				XuAHx9UmJLeQJENWb5FW9INNMbcOo50tRYHPSvO3qQrnxwfa2YowBH6EOmskqQiUav2pkeKf+sTW
				Tz/wtJF+ZKI1IsDbrlxWZnXZHHGBESkwK5/U8y409Qu60+d4FxqDDUzMbojAKIZ0Ti+gs4mMfDB7
				+nAxcdBG3s+U7NrPClqrAInQZO6J6Z9QtEiCM43O2uz4/f7C3pw86Jfpawi4j9zXdBtvoqDgObaN
				qbW1fCbfBbhce/OSCoMZAbdhQMjFhKnHIpEp+RMm20rE9ML6UwKrW3ihKWwWGkCrf0hUTjugY88W
				X/+QmGGooN/bEAibZIgtalr/vK1FRUd6jW6zop+yBe1wnJSptrOpfWEzwN8DNgN8jssM7hp5wa+N
				m/qZtiCYBB28i9DiokXbuMpuH1vEL3n9yDKac1sh9VE7PqG83C7dmvgLoDt9IK0C2RF2Cd6F6AjH
				DikWiCnpEB5qYaK0LU4kH7oxdlZwSXDvg5Yn6ETBm6TAW+0RTmBtS6N7I0aHVi2b41zE7u9+qmXM
				IG5BIzzwpEO4k800/k5K5pb4KDRoXui12yTshQbKVoQ7paYXat4uHX8pZRUFsmxk1Mif4eMGlB52
				4jcRpAsEdexk1K4EbJmL2Pxq/XhCC2E/L1SwiVJdLQgntPT+RW3jgyCeFI7yG5OOpUzvKZr62YQW
				jHjH9e3CBACF1n1LsW56IcpHhBaFsltEaK1Pc+dsoS2jPU6oriNCS3tdL/zuQWiVmnrv9c0X43Vf
				NPXLDqcN5oHtaw2mFzAEO3rzoHateSmtVDbzN0MponjcQzd6kzzYXlDObWpwsjGTgU42MZVa4EH/
				webDQk8JHYndFk4UvnHKCdBSVBdwEIGUslU3P+C4M6ghFtgrI/8HrxnFI+Xa6t3C02KaE4A7nEzj
				jTVvb865PjX0zxRhVTZt+8zsWrMVNBdb77KG1hq2551DsoRR9v7DznnOfGr3YQ0tNwShV1M5tM4R
				+Q/2K51RwuN+YigoPbRoGgVY7irLON783pdmDRmEgStbWWgo5HvuRoF6D9WQC9vwIEJ1Co8RfqEA
				yaIaTgBRvzwuUYe1KwqmF/LMh0LXyp/6mD0MwtJ2xSaXkKcTzNNBXV0klwCx8cTxtN9iLYmRe4vn
				lmBEJNT3y4DeB4FE3SshbFSbTQ0e/B/9wkygct8waMg4zIas5J1zm5k/4bP9qYU0h9l0JU4vaOXU
				dFzzudK/YsNJjDJhQIqpi0GG4N2GECvr3H7BnnrYVLpgatASkft5wVQMWMm8bEnYM78YXGTH8axw
				eiEqSoCW0+UcCeGNlWucuvT241g5ZNAh1UhuABL24L3YYaJwkcBxSsHEeEa7XyjZP2SXKb5Ur2bE
				mQetNRnWYKk9Rcu7Cv9ZQkmqxwu77BBD2hochKP0E2rTC7urO9aFvWvpJ/7EnPyFSTI94KdvZc+x
				gowjOrrTVinF6QVuGcyLCG2vGYIIHm5c1lpnI/b5zSbmZY97AwOEUANV3aSq3VxWwdHhYMO0SjU4
				+hW/lsy3CdIQUk7Sq+Ubkw2GXkCHPPf6C5ZIRgRc5eEOy10dRBaO0NQ23PBVnQEGAjoDh3H+NBgt
				CVjogzWO53eUlnkQLctdWfn9irgkUhz/aNDQw9N4foIlgLA4UyFiAkPvLf1RPoRWbTMA0izMH1ax
				qubwiQgyvXDwpYhWBk5kArDFLZ2+vCFFd198hRspdHYCqphwqhV9E5+Y6TLQXZmDgriXWju7Jutt
				UIru/I1j+hwtoy/i5gUZYU5lJWQTCioV7iK6u5yHi3ch+DaSgm0kuT8czXSuzV75qeIXG9WjMAXf
				qk7G8kPwGVdFAJaUkiznZkruU75rc1bue6HOf0GNXoTQgg+4PGvKLeXu3A4yripCVXKhcVlh/IKy
				boc0Ek7oghOWZ4khcHVhZUfTNiE7+WDCckClCmdiFtqcWl5F8i5euZSjl4eVm7BcyKAQwW7i3G85
				VQyFc/cC3nX3mJhK8CtbCOlt3ZA6ZRRGbfWVLJuLcVoTtnUtX8ewmrXjCcq9TljNZ0XVeAqcyRlN
				fOIJpDg4LB+/V4srep5twN4gcwXu52/BcZ4XCL836FO4dmStbtQvw7knvZzGxziQVpX/9NjvhfGL
				elpTwB7BJejwBwOgS7mv0izj+cTkE02dykBSOMGnmisesBL4ENSG6qwHzaQM1GJCkX9RelBbrC1i
				GcMG94SpOGBAXovBlKsu6hdh5XsSk541u/BWeYejbHuw2g4rc8pzj3n4oOFq3QmYB6Sda9UTFnHK
				oRtQzTTLz/Kpr+RDcs5Fol8dAeanZjEf936nKWhx9k//4DNoTMETK2Gs7Bu9WFHQnbRlj/wcpquz
				AlmrfY2Z01Z3AReGNeVckRVDJ+r6Bb5AS4TNxXK4DLIQcym7KRg/Qd0fV/e+Jx+dOVttiA8dV4OX
				zv1TFfMjdiIhD7WvlObjnn9enizWsWYl9AtfcfkkJmVGgY6hm9hHPlFeLIxLw3Xz3RKo+E1xytUd
				mvKB2D/T8vb66QV+2JjeQOQpqRrGdywqSg+GQrG5i6L224uCyiQjl0A3PuZuauHiAZ2AzS5aPgXq
				EUxbLD7uCLvBqpURI05G8qgj/gUZpoKOTrxxx9cKCiJ5PIFTH+Bo+fWDVCo/z9ylDIcUmATH8gsl
				PKwHC3LFwlwWa32JfNyioWNuuLe9nEstrHLMncfWuEUyDEPH3PMrzXNvmqMV5wH2TPwkzdG6UubI
				Q9U7As/hhEL58YD1q+RYsIkrzAwpnF6YtdH1PezGad6KsaUmZCZfe/tHmNHPnacmNDdML8w1ofHV
				3MkrtjtcZQeh/Mf2JZo/0ZlfLY+IXpDq5RqBSS4yHk2ofTpB2G4aOyLpyR1zuf8t5rsYaDyrsSMk
				Ob8w8N2kfT61nW2grUkc218ZfLLc6uEKvKw1EogpUPPyJ225Yvwm1OJPL8z0JOeNBgO8pG5+D2Rr
				1X1TEO+Y62+uQbeqXPoKdrKZ19AJpX6ubbkqmogQOij89QFb7jY7YgStPE9FvIRQcS283O17B091
				fRQGUpqyGyWPBLx/GqIjlLc1Ty8cHqpSfDM1DLcL1B2VsHfr5uQg1wmMlD+7eo5zI1AphwnXh43G
				yNYS1/K4swzdMvH06Z9LzjmeH++XneyK0fAOCFp1UD5rbwCIBqpfcS2dXjg6KWC1BR83Q01RC2h1
				BuXKmYA56G3j6wzKM0SrKM3PAcjA56q2/yA8xOX67dm2Ea46v4gRRdELxEjuEDpiK5NRgP+OjAL8
				345RgI9xR6iFTxPQgLmMTxDd+s45MwOAOnNyy5rmFd2mjDo8/2EC0wt0zkHl7YiuyPKsDQiFp1nX
				MZ0NRRcr4R3v6qWW3LA76cQcxa7rrYH2onNevQBwOgEhcenPgRAlmwDYJUUnNIItxoRjE9gu+pnV
				AJ+gZBgDYI3EbwEoUQzRC0wFupeoE0uAM3GefRoZbHQgBpVzsI0UmR2kLXuMQ8PMtDCC7tAuazcU
				iVhkrebhTs+XObnvX0ks9CkY1BAdl3DmuM1wKKzeZN5GI8wyRVhu/PbSrZxDNNMIJnP7N786Z5hP
				+I2mBob2ntke7kkrtrajxA3AUTgLPdGqI9PsMYn+0ZlJypIBGw/RWGoIYmiUj1D0s/svjDqGWRvd
				lRsLHtvpiGGJc2J2Tm9YTsQ8776QoYGFaqJ+1yh+4S5dYRLMwnM4PSwvDOi+MFEy61Jq6RQHynZF
				M2UlFb6KQvfRmkvwviAaHGbPRG7L+ugA5M+aF+FnzQVXnzXHO6T3smZRwfTCjT97uXrnHOvOkzV3
				Z7vOs2bADajKZFymlP1FSdZMt+4LWTSvut7bnwbGEk/S2dCbua3E70iGWXPfN7eIeJpbE6qYm6eG
				92v6n1LDTdGJBMRZqYyZjRtd3Re4PL+aF3GPq1A+BUO/TtlfseEJzV4HKcNJFW7kO9Xf5yeJjW16
				gQomoF9YgT9J1H3kcBLYvfdFDm9Q4GE0N8TldTMlrQ//BwvUlerHZ3HH5BVQKvarztNzeiFiZXVW
				7uHkGkt6NxdaLmRe/OqBud4RAty3kd2sztP8dBve1UCqHyxnGsTeph5+5rlC224DEJIUnO4RDUKf
				dViImSZwufcdxUjp1U4vamX3ywu44uWo6QUVRbd1BDauWASJDyeuVrWHOiY7pKc1C8w4JqFnaEL1
				2NsbxB5m2e3FEZBEBrwI5JT5QGpl9Wp+AHRgA+zKcqRFMBMyIKDWoEGA6Q13mVD1XQFXM61OLxwH
				hylxtWcN1zR0X+BNH7K69xn4/GWtAzPdesT8/nzgyMA/ezLDMnUKCVAsBFY+Bhn8RLd6Cv1p12fg
				J9/5Ka/h8vB9KBCcnPCmYsYGnFyDk2bjCKFY2S1NJnluXLaKbnqBT7ThGyqzgSB7odqhFGCvRZGa
				47hN3sc4i1KL1V2vQYkeodYPIwcHJ4+CNbOvGyahRJvEvpfjwA6qEJuAhDGhTWKBVlm86BEw20PC
				BQFzbfS+wMGy2GmBTgZVHwDm8BZXc7ew4QSR8F7o/D6diP5yS3bW94UsUDDOLGDkUxQ+jt5z6Azj
				4yh2oszTC7FhfpGFlj8Xm8C00k9Uc4VW9aSNBxNuGt8PFuMvdbbFO73gh4/RG8h8larDuK6l9piD
				D1jPDD5FkADBZ+35zdQdnAt6uIowLNhKSkWjzxI0HFylN/V0hnEB2ZjB/9jmlVyvabQvKsCnr46w
				X8V76JpeoG2RObcBvy+IXHpBjw3oPPV5X5gcbMTF1MJ2U4xBxC/Ag43IwAfzjcOFtqA37zXM4tRJ
				MbdlySEtT/aJtfhAFHOLyHJiWR6auwRo83cw73nKsuGnbyTwd6jDxtnIE0UVr4FtRK/N6r86dfJ9
				QYRguqZP684SACqTQgkJEyTllW3lNL2w7iiAVCZ80AQ1BQ2g0WBSqBOfWUNeg7sEk8JC2jdG8wFh
				k4bRxAUALkLPGN1CkvFyAL8KueBRXECgBBOPVDctxF+kULwjOpc/kE1gVn7iX1lN1aghR12x7xd5
				S2uXUUSBHNBie4fP9kvuIWeWP0QLLwe49mhHKqF4NNEPA1ESLzCH7vN2ls5UZ7tFiuyp6cfTQAqM
				UB5Vb7Lhn7fLONbOcv1eIrHRj/I+DdjS2FrgRzGRgEyYzXnDYk9QaHttgR+keRksIGe2GWsDILKP
				GZyQyfVeawj514dTqIQtTF5+4K22itL4zx3DXt5jlc02wc91MS9hl5XH1lIzPb2wOYbENP6Aex/l
				TZozoOALIYFJfhwGpL5mTlLHJabJxLiSPVVgUyvLZzQe3/cC62bD2k4sMxqgSRhmrOP9c5kRgGkQ
				Ge8v9taCq8YUC+hBNUOdK4C57BkpmFVILNMLt6rUiq/WQxLhHk7NBZtY/TJ+vcAXAd8kR4jv9c2H
				3k01Tj24CDFtFs1mtnqhVBxd4XNlS4boYFrZ2jvlFwQzwQQM6QXXkCUXPuiGQvuubD3C56wk4KZV
				OeNtW8mbLkYcD5Oi+yYh91iV9TCHCCDToXN35ioDdG6Pb5u/FU61i1yy1+j+B4bKRSOSdk4mbygS
				v/MZtrtK1EXARMIaOioqepBTVc3AY35saMnuiWSHB+QMGb6jd+LndrohNkihQkA2Dev7tyeIde4+
				X9eQVUIHNRWrxkCFV2jIPhiKWszQhXzogqq4mzJ7+BYCKHKFm70LNnpaCHQ7WQ5q5RKLHSylmemF
				v8bk/NFgghfqze+A7N3a5RLyaqt5dliry+USYMYPfSIWgl7KpxY6RhVy2C0xKJpn/gCPNZsV7YcQ
				itAbC0y61iSl2b9IaY77QEqzunh3WdJ8OuUu8KCtJA6Vktel+WVDpJ3ogz934w5O/WXTlfV5IVFc
				lX82WFpP+PQTakQABjWgds7n5HcDAyL4vnz6KL3QV+nnDDDVVg92MC84KOPCIEsv3PN9aPXMSi9o
				gtecpzVKL0RV3tC+ta3TmHmRt13tzJiJAvDa7oQpdQxFWpzoxtdA3C7k3Jse3V9Fx7emaB7vh55/
				PpSIufh2rzjTQPIjQ3vUb6EVyJResBNMU2RvEdFKrW01ll6g2JZpPdY2UtmqH15ekJletRSlF3jM
				/pbEV6fs+OSTBLGqwGQpS+ugBzNX1iuKHq6zWapyBM7jAD4Pby2RCCIXF/YXsHk5pFYyp31U5exC
				R4mPRfbVUzscyU1YbNQIVO3GsOoE+DsyhTpTGAABOmRA22eenIcJVrGJGcc1sJ/8jM9Vp4ghWkXW
				DMn/iO/HOL2KUZ8CgQ64QQQX+j8pm7nuYb/iXCg/uVcJJr1w9FLBaicuNAVYojaNXteTIbb/PdF1
				1H87IVVMwdSqvnxPzHYZUCsrg5c3s5fKOVsrz20AqphWJtmhldmaGOeKyid1VY4RJrxCK9YrU0on
				rJBmEzLgw3ZW3rMLdzU3593C6M4annYR0TKw5pSS80MUKDadO+E72KzupWSInryBHubiEeAvE48A
				f5+HR4Bf7P33M0kaaKA7msiRypoHvZz5CTgz3yMr8+wIh9vRNAO1UL6ZocqITh4L9eaB4GmJ9mvO
				x18BMggvRv7LJU8e8c+08E1oQuw0Wj8F7TOfbSs2lRCRM/GkvINT0qWnWOQSY1worWNZli0ikQHT
				VZ0Nn0GYtqUXYnPOPoRAUZnWFjm6a7SbM4/EAu/+zserBPF/vzNcF2v2pKelKsiic8u/B5lqTgBy
				YZ8RzaUSh53v2/YprP1ae4z0iVFR8do73Vrx70HYlYYK+K9/BlBFYeVd7XSoWwDbbCs9q4QNS/yJ
				MUWpbLCV5kZpAcaV4JBKaubz85znbi/JG09HQouUpBJRzm0nYVwJ6KlNS6ath52SoPnY9KilbyP9
				VLLtpEPIVcxJXt4NyFHsI11KMX8w/4Kpb6vEX1P3PNKb9FgdYn9TgUC1XNNrqCTJpJwR1chDFDSt
				1BFCMgAbj9zrAt2l5cDsM0cvlSvQqM6XnMlOwtbOEPuV+Rc72LAq1azRT/VGIjFgnTvP5w40u6cp
				09ymXVr3KfNJvSbSvhhTNZ1rg7DvqRpu8CG9oGQvgAa4LHd1FFn4RtMv9sNCdlq5KsEQv9jfo/4v
				2McRYKlGJtbFd5Y4m3mKfs4zHD/ihCFEPq9SKa34Z/ZtJ64yV8tk7oIIQJtEml1mOA5Ip6FdjkEV
				d4EvZuYD6f1UV55YDd6yaumFPtgYjZnnaWkqhGmfVRO6wqONL5uwnxRI6MrETkPrEQKIUU8f0BU7
				pSTd3Lwwh6Oa9k3MWnhZ9kyGxY+N0KKJlGe2pZYgRUOFgak65USeBQOK2etOffMN82bPY9CAMzW3
				lUau9z1n0gsqQc/5OGzcWISTH0681bodMdc7ZebZAc3YO2LewxRkuV8zbvIg3BHzAUXZ7uYMrSbK
				UK2ukVmKd0SIswnl7vFbK8WZkQPKA7BBMi+2GemF/228rgdvTObTwgNaAUPGlEF3/WnFEXFB6Epd
				OD/SC4RRSWyOAgNQoNh8gWe0q32hIB5Ua5YjNmDdVVkqCjebOhyZuiaItFBzHSF55NKd7YOgucGJ
				fR511xGDxIk7xiRAKcLwdF0T1mXdXB2VEVPFC8p5ZFR7peWwkl4oSCUxbwQc4Cpl8yuSqU33lYI8
				o1xncw20VUmmQkoQVUd7paWpse1Nw1daq8rf6LzUPvqZqoR1K+UwxjA87wSXq9HEvyrWTZAzspeb
				btCuawr6TbfOt27HEeIOf3aIwuz/LnBfCHe+LZKBg21dGcKOgdIb2tycbLph83MwrTC7mG3YhpUn
				rHeHUu7QxxjKi63x6sTnDEn2diY/6DGHg13y4f1MWEeWXgANvKmPxO6dIZD85cFvy86VFnq4wCzi
				sfmljcvh/wDrifTVcW2M2iutm+LDuYHF58yxoDrpFdLRCEHxOXzOQbUabhELH3PVgr6v+5XTpF8s
				qVZRn03ZBgND5rPYQpDF9DKayyzpBRxhD3kctq4YBJIPN66WdSH7XReWETLvCI44X4vHj3LGfm6w
				A6S8H/JqQUgHcI6Va9Ol/6EGJAxKSqh3BKsOlrA9jRkvPuo0Y3VMHNCCjQzGHLlHxxy0JEXmDdK2
				4v7pDUsrjKAM0C5fULxSakHFKO1AnnU6M71u8lOhAnBxL2eIhejQOCNooY+HhFHrpNlsBjBY+ugY
				r+KUlyR4HTltUf+9xHYWK5PbB59HfjgUvKdWE2uHd0/NWHl7fGlecVU0QMxo96mAkODlAqUPrSyZ
				OPzq3L07pvwT7jPDzEvJ3rNOYHJDVgVQIshOsEf8wqjqmtHRDZ5XwRjREDFmch6k9sSKk5x0/Rsf
				Wux3QcxlC9XE+l2jv3C/rlD3DnuRSouyRIMtQUT8S+mFWOWW+URTtzqSl07JbOcKkMm5Ob/tOCm9
				oO0Bhk76xi023Kep4+/96n88cKejxHeBjyREFuOoDr5NUpbk6s3ZquyR+x5ivgszfV5LL/K1meaF
				s7BhTf6C3WDLl8oHeV3SfxVaYmFZ+xfKq3HKu5tvwU9YmHpycg03h/BdsJtsuF83JO553pRGAgJ0
				scnrk3eMqsTZnQKfJ1AS20t6wZHrhqZZnEBJVPzccLxn71ntUhvJqO1GWq7uRjkJhU9MpYtLZXXG
				/gMO1NmuX40z59svbfjAysL1XwFfcYkum0UkS7DhlvEikhPMi+g7MG/mY0nDo5g9H5odetCtLmLS
				+GKhYnoU3mZTGl5kBQXuVIawDJyLCQZVVLlTONbs3+oaaDEyrHlxvJCEDIli6LPxOVJ6wRRcMbIY
				8SwsC1ZkTnVpmlmutW07Rer+kUAXexca8A3KVpj7WyAZUAnkMCTfw5OA+5A78OihggPdEWAjw+Vl
				3VDJnbqHP9FLopKZVb20hubolV5wnLuJ3YIRTa0uKoyG5nOhoVnLeIbmvld9F4S160vwMewj6Net
				N9AznJ21lRBh4OCQzdg+hB/rUCxg4BVrrp44N4YEqJf9E2NgGDSh5ydylffk+GdLBfv05FB8kO6H
				PEglcqSxi1aVXuiD8hATl909lwDp88MHbbtPzNEaJzvUjeU+wTHsThj+cBzefLUIaaCk1ky8TBri
				L2+FyAvJGAHy0ZRM6Om1694FJ/TpvguWQ1Ted0otHAuq1YjzBDWUMTUI34jnY/Avz3eyYnrSnHkV
				0guwRqUywoiBmbNaEJTAnGHpu2ALBEgS/OEDDVmUoNyB+WJGSplOEYZgikgZRm7jryl2xNflRukF
				fvhYzUDlSxIyyHSBVVvcJ1Gzm02w7xR0ipAAwZWN+d3ULeeFoC3u77nkrxT+xtCUANoNquAT8Abe
				PPpRT4t0I9NaoxIw/G4Py5zUubzi/OJ8XgDV0DhD8XwXsCOFx+lzClQbMHY7NUZJ5wq9sBQm0mMH
				s3chh09MWg6KSjYtVseWWH+yioS0XD9hpt0UXMxndMyi3VQmtFnQkt+8Ftlv0/drAavQkFb5Ihfo
				hYGfLMixlrdmNVQln8HvQjadK88BkOcYq2w/LR9Q5lozJc5IJVu0C3ohK6ZRC8rJATCb4dq8DHuZ
				povjKsf5+DSZcUnvDTPB1YIggDjTvupO6tPJbcVOAfoxbMHNcJwkhB0Ih5AVBeM9PCEHMm8ArKDe
				h2zCBFROp27maMtrjc3cuqK9f4G0rrZo274dV8G/PQEiL+EZCZtPnwvF1Jsw8lR5SLzs6MJG0F0H
				ZFflvNvKZkT2TfFjQhMFeiSvA/wpnDZ7N2iIv9THiQUQifoRlGQVsEKYIsQAraKagaQh1WAfoees
				5jbbtDwDdGL7NUiUKYnzLggRl0MxHM/I4x6kHfUiqgSzr3NBS/953w7dnkO5zXyayMYXKga9QP5c
				Ov5MdPctNJZbZXZSs7K4es68wNfI6QJyCSG6hYmRRfTHi1Wh8CkT1F4Du7znBfZix+YEjbnMvFuC
				OC5JV+RMh4FaHrWapFskZSLYz+AMbDrwmw3pxTk+vdi/+yf+s1Z5qEAv3KwoztV569wfb+2qd6t2
				koW6f3aF9YKgUVQq2nhUfDZTBnwU4LRFaEIj7IXp57nOuZdsBPC1sr3W6qhXtNJ6C78HRfhOuy+b
				2gu0ENNWqUxwoANJrHQXoVCCpmodvFZ1sFH47okSs/2Tgw+N2kbNhxR9StaZ5ufep4zC2DEkQ2MU
				LMC1OY3c8CAzkwDc7SyiRsKNoecHyfgPoAxKFCWemWz39JM5ucUe+sbUx3Z/9EPxXxKmzsEHEqcR
				wB0IQvVqmjvS6W9NQOnoPXjsN8VUJ7u8knsh348dw1BQcNWLAHIaqqgglyjs0e1si9ju28Uk4rsn
				wC98PNmd6j4ukSXvsc2iNYkMxsfQCyE9OmFqykv/mhwFRumgapNLgEMXsuYHurFMLjHi46nhbfBq
				IZkxH4rnlgA0Tml9/szofxCwsLsSssau2VYfoS+AWTGyfkEYqPIkLWgBhQGzUTyHacG/e3oKLYDZ
				tJfoFwQRNOPcDsBszX+KJwwWgWIn/JwIboBBjJiZzxZBL7Dnspu5/nUbmRxIDxWAuUMDuIaRthA8
				P1uVzwvxfmpItTX9Ajy9JY5b5mTWFfxn5DMr4ckcPOhQK04iAFlTyzQGZ40qHIybflMufESyfqHk
				+yFGV9deC8pcb6aypsD2BURLOOEJUHiVHXD1Ulfw/f0Rvtp19QtF4QyBEBB+xCT0CDyI5ni2EfRC
				xHAws7qDFm1/BO2XbrJXnUDoBUF6vizgYp9WptDgArQCtE/WlM/KVwirCNB+nTDjtjXu1gIPov1j
				CSzYItWUuWqNs+7s02hFdXeZ5aXp4h1fjk+jNZp+yAmBXihDr0j/ZX44bDNcMysvtpKOFuU6nT+d
				gMuyNdEtuNSuD6qsoyX+74LnlXNR70BRywTw/orKZC5zlGAuM9VtZT4z0DB8aDy/pTLVQXqlomAU
				WIGALP2HU7T8eZm8vll515O2bpvbgVQc9IKh9+r1V3PDATbC2lk5xlJW05340kMHsCc+se9yvSur
				Bi8fuJdycza23iZgqGmTxT4WCFxlWKLSCW38GjoVEjrrP5wLCiOPh4VdQ01LkARshp7qbbbPFhu1
				RmFiPlcxQyZMh4txMp2Y9pTMxtmy7tPwsXdZZpqZoImz4knbs8tCeN11unMEnnvzP1RlR85/FCwo
				t9TMDUE8vZr9AXLk5vaKm94iu8r5yM0K2j/b6qlQhbYT2sXDTBfnLhIql3jeY262z3qd22yWgyDm
				5MlhFZV9FWrDoReoxH9DhRzBg4J0zgd1bQGsjn9MaxM563T7engLERH3j1ZpqFpTgjPJFE38KtbT
				hkuCjz/rcEX/bO8sDhJGHg3Q2ytNsrib+fStXVuzW+XL8tySno/hbUhIq9r/PY03APhVya8R3APR
				2d4rjWg2rQNClckw19nUHXmSK8jIea8Vv642UWoOoNZbHQ+g4iBdGz6ZTkMzrvUEvaV7Aot9cIut
				+V7hbForqDg2JLjyN8FWBNhUJIfKIAvhcaoCdo9Mq9jDvDQkYLoydYnldQuYbr3LMpM3Z2XjtHrK
				uUjs6vQM2DAHw2iSEnPVNrIHjfkNYqVaJSvVi0Xp+JJGEck/J93WWd4yWqVq/aXTpU2sdja9QqzS
				Ncwv9KdaMRYjloQm0E7AofZNgXiE1uO4ou978jHM1WqTejwuYMfHyeMJ0syPCIGEMJjzlVKKc6H5
				6HFavd5YE6T5BXFFPomhN6JAauRsNrJAHBEJGgOSzOED8OgROzkm+wk375jdtMrbQy/wh8apBixH
				kJYhbmOhIsogFGqau1SgJraFLsCu73aae77jWX5DQzOp3Gli0KwVMJQ9yGLxT0dIh1ImYVmeLYF5
				Q7XA1OqgEy92yWilp9gERLJ+u2Tu0q0b0gXwpTbHmRA6KH7BzhnSv+BuWajHfq/NFYK5rffn9poY
				lGcoNLJr+Lk/rYlN+y9gbgGlcVv0OXZg7unVbBJURE7wxxx5pEDKfBPmyCNeJamLwonz8seHJOXW
				E5wycwQUnHLumkEvtJEi4vewV9N8hNTENknBe+NRJ4zclT5SCrzdptALLPSCJORgX1I1vIGsrWtd
				prFZS8Hgv8sHSfzVt9xtYwZR6QSRCrXYEZJOLh3lvkY6Pyixj1GNHTHIobhjp4QucC/82zpOq7wF
				NbNKfnek1U7SmfecWcD9/bYWeuH8uMStMm5nYe1jquHc3akWcZarN9fs3arAKXBz1XGIlse+77i2
				rKCT6JZ8u83wneYoOYewUD2Y7P6dQLN9u+WERnbMkbCU4QIdMw5qaNECoX+ftN77EvtCpn9WZVtG
				NSE5pYQMsDoLFdUCkEDRJQrPKeeAgqpsww2s9MJ6VzhadStJcFyO9+t3dhlp+EYYre7zxBUVAK6h
				sUJhi9ALRhcomsXs6hRMPVBhQ7qe5259cp4Uu9XW8yS9uRvFcth8nnu48lYnuO3c3LyoA1sUBRV3
				HZjsNM7nGe4Ip8n5j//RLQBGLcAg5+QkfhqH4Xy0LxRubHTSWHY2dzTi3FjsKwMqBUCv83BnWiEF
				AIU+BtGBmLu1lYZRh9PkIang5MJ3N8rvCGw3/UQNaDB3kDCvAqKp4v3NJQpenR6bkcf1Oo6b8x4N
				n7n6RWZTENtEQiIQr8yR1i3y+cG6UnC74aGu0npmrpQ0UnGxcRMhHpYu430k9w8rmUE8g4V6RMc9
				8+iQIhwRAhpCWjsVgCUpaA5zrmhf2pSIlJpArdBkKH0ClQPQA7YD/3v/Q0/oBZqmaZqmaXqm53mm
				eJ7n+ZnOm8MUCTjvzZsTpFdsSDJ5V0JEll+WZdl7xy//7cf/wi8I7L333vFeENh777333nvvvd97
				R4++kpigEIQNTRhi6+trDUOp+PDN4FLOy//ne+8ue6nEtu5thwqjItkW4V3bQrhqpKLiiqhQrG5V
				NBSKqIgmFAuKUpBigWKjWKBYzdDELBP7P3YsjMjIi4RQlkpIJRarg9A1Lcfzy8fRa/Nji8VisVgs
				FosFIyIaEY2IBjWkEVcavREREWto7CGDIZyxg7HL2Hvv/02Lvb333nvvvffe+733EO39ptr/M8Te
				3XvvjoLYe9dmXZIh1v+XOhJR7b299/bee6/Tde/9l3RSqVQqlUqlUqlUKpX23nuvfNt7773Re/cT
				2Hvvvffee+/NRqNtdLdtSxJ3pN17t23bdqFl2f1vYTfLsizLsiy7suu6hnVd13WNleu+u9O9JbQY
				GhoaWixKMXSwQyhD6Diu40aKK65YLBaLxOJ+NUNEQkO09/9/oKKZR6bDPdzDPZzDoXAoghLubVkY
				IhQKhUKhcJzw3nvvPfdzzjnnnDM4g8FgGQwGg7P3W4N7772Dq1IIe++99957T+D//3+SJMm+///F
				ONBxA47b+3/vCfz/////tartr+3/rbZ/myq89/6ftt9777333nvvvd97P5xytp/JZDLZiCyDEEol
				yEbZJluQrZ5peX55+/XF4+vj68Lbq1h4IqjYXiq8Y3vH9v+M7R3+u733////////3nvvvdpMtm3b
				tm3b3Ta3vW3btm3btm3btm1v27awbbsqbNu2bWuFvffee2+iMJqEgqZSEKk0IgUaBeLQ1MzQxDwy
				IzMxg86GE/bee++RiIwsIiFLJYRSmVAmYddB6DrI9Pxh8mH3He/tsMOPRNh7L+ywww477LCrYcQK
				/4yK1SQyQQ1zFEQZulZJ/YVhf1jYyEDaWAushW3WyWJvYf8fFvYv8Q1hDCupiqqpukqqriqrKlSt
				iqiowuFweKiE6lJQIFKValSkGlUFKpqqKZqS4cQ81amYmpqSmpqamqqqqlqqwuFwmFJV4TkcDi8c
				DofDh2vXFUURNVFHSdRRMX9NQ1C1wlfKtlpttVitVqu0YrFYLBaLxQqXxWKxWCzWirVarVYrotVq
				taJV1YRacd1WVVV1qFCVVjgcDocXKoQKk9T8XxR0V8RRmIiIKCxE4YnCEwhUVBNRhX4SOeecc87A
				Oeecc84555zPOeeBZjWGjWE156RQRERICUL+k/9Phv7/EmRgYCxIkiTJOa2UPUoGXiUvSZJIDssp
				DJKB5UiSB1K9GUfOSc455+xIhpEbyTnDgTwCeSAPZGAgAxlYgayauqikpuSqYrVWrFXRUCiiIhrH
				oHE8jOM4jjVDMTIzjzzj45sKI0JBaoQ2sm0LGSfLanqUx3mUx/9/HGfgnHPOOeecc87nnI9dF1RT
				qjQ6vRJDEgL5ZFiwEMc/PGGK4Bjju6vAcc4553zj3TjJeWycM3DOOaeEMYxzzjknw7gwhjCqqikq
				qalLKupqRbVoxQq1IqKiUEU0RERERIEHAc4555xzzjnnfGaGZibwuYhIoIiIiARWJpTAmgQGCawD
				wwceeOCB88APvFERpqiIOCQmaCLw/RH4nHPOOecsTqnS6ZBYvNLAGRgYGBgYGFoMZODmnHPOOScZ
				eOBYCwzjaDWTiMDAwMBY4LG3wM0555xzTj7nIVCwEAKriqqqqqqq9ntXUVFVFVFRUVFRUVFRUVFR
				UVFRTVFNTYU9VTJVVVVTnBrYhOnsvffee++QkpKSkpKSuqSu67quuq7rkoi6rv3/PzEgUYOjoiIq
				KioqalE7qtVqtVqtVqvVarVYrVarNRZZZbFaVaxhEYvFYrFYi5I1WK2mVqPVZrVQq9VqtVqtVqvV
				arUarVarFe2vvffeqyoaoBrQWnRRFLWIFWpVFIqoaIhIaGgSekpBpFKnJtBoz/4Zmn9oYWgwRHvv
				vfcCERERERERBRERTZuI9tPee+89DcI0UEFERESToB20EREREREREYmIqERE+23btvd7771Je9t7
				77333nvvTXvvPYEoUAUKq0DSQKsEkkCBAgUKFCjQZqCFQDWBampqampqampqampWU1NTQ1NTMwg1
				NDRDE/bee++g2c9ms9lsNjvsvffee++9997vvUXAkoUKE5aOZUaGZAYjMvMzIz8zM7NrppDnl7/v
				mHe+JyxBEROziaMhEXFENBYMYkMsKkR1pnOHOtKZjnRuJzqdTtcJHeIUhzicmZlZOePs/QfOarMw
				b2a/WWxm3WybcbNttqnDTBgKsyfMwoQJEyZMmDAzIxuZLEp2ibRWJSvZoWRFREQkJQkSmUwWSEZG
				SEZGRvYx05mZGdkkJYuIiIiIiIiIiNAoIrL/R8v+//9/lIgIaZARh0T8/3ZNqe1tpdEri4gs9P9X
				le69RUREVpPRZEFERERERERki4hsdRCRHUF2g8gaZAsyBtmCLATZ++29AKmSqqqq1qsXIfSNNygN
				IpXzqqqqqmJRVYuqqKqqimoqtkhVgTbl/zXFwGeGc845DyPLiBRHSqSkpDjnvFJ8UkFkmvP5uxx/
				/H+oqio5IiLEh2pxzjm1ptVqtdFiqy02lLgWQ6uqpjA4g/WBVW9GoVgsFosM2yZUhQqjInmGG4rq
				AxHRHFVFLApFRLSiIgpFRURERJZIiCYKIiIiGpqZmZnpzMyLzBDJEJKktAIWCCCA8MmGKSEKBSES
				CHGZEEUIQhLzSaCJTxAnSuEwfYbhnHPOZUsQn/Mp5wycc86rRJxzzjm/xKPEOeecc84555yTc845
				u5ECaTRCI86IMmIQ4JxzzjnnnHNegQIFCsQDBQoUsrQMxK8JVFVVNaxi1LA1ZA2LioiIiIiIZIiI
				ZmhqKNAMaobTDB8Oh3POeWc488zMyMyM82dmZkoZypDD4XDOOedHj3lvRBz74eyJiYmJmZiREUPO
				Oeecc845nU6nw+l0OtHOkB2uw+F0OBwOh88555xzjrPhbDabzWaz2Ww2mzCbzWYTJkyYzWHChAkT
				RsIchnM+55xzzqmEnHPOOeecc875nHM+55z/JCQkJCREQoEGgssIOeecjzBGGDjnnHPOOeec8znn
				c6FIEJm8vJAjL0GhUMJcuIVhYRAKhUKhUCgUCoVCoVBCQiohlUqFKqxwzjknK/yFQqFQKJxCIYVC
				oVAoFAqFQqFQGIRCEcqE/JjwP0w455yTgjDIIIhwzjlngExCkApSVVVVVUVXVVFQqFXRoeacc85J
				D0oPkP5/Tpr5//////JPkiRJsp4/55xzznj2zcO7IkxRMUEhMSGNOBoRDZyM2R9wzjnnnDNwzjnn
				nHPOOSfnnJNzvjC/wjnnnLP5nO+9Nyc3w5xzzjnnnHPOOeeTYVKoMJtRxrXQgsE55wNVERFFDAaD
				wWAwWBFFoYiKiISChiahg4KCYkRBQQtEI1MzQzMxM52Z4ZxzzkkkRkIkJCgRJCoxCUpMQiIiIihH
				/MGDH/xYhSU+CPz/f6PRaDQawWAwGAzGGkGSXBi8DJxzzmnBWfcmi8VisVgs+ELKEP4fIbgQESIa
				VeXltKuqqqq8vIiIiIiIiCgmIqo8L52hmqGRiZl5ZH6m5JxhSKRGSJaQZSIl55xzXhZf2bYtd9m2
				bdu2LduWZNtWQwxUp1Qp55xzRsu2nDy05BBLYTksWZIbsCzLGsvAslbSuq7ruq7ruq7ruo4YuoaG
				hoby0FAJDUHgboDADWNlKC/ZhJJIpqSqqoqcRdZUNAENRSRUNEQ0vffeOwUjaY00kLRGKpVKpdIf
				aYxwZMKM9JE+UiIiIiLSpTIJoVQokwpC1zM9f5fjjy6cwrvCUSGVSqVSqVQqlUqlC+n/t0v0trFW
				RERCF1IoMyglpaWUlI7Stm1p0pm0bdu2bdu2MkRtO9W27asFaUjvtw3s6qKXVuJO8xAR0SVdqrk0
				89BM9N7ee+/l3N57770kd+QGANB777333nvvvb333v/4/n+49g3fihvHcRzHcRzHcRzHvMe9995n
				U7n3/z/04lyGC58HcM4553zzvffeFd5779094O7b/d577733w7333nvvvfej0Wi05BpU9HvvvfcK
				itIIDU0yMzRBU/SPRqPRQFH8e++99957D4kJCYlDQkJiRCKWkJCQkJCQkOj33nvvvXEcx3EcR8QR
				EREREdGIiIiIkN4vI9q2DepUo9FoNBqN3jUaGgwGg8FgMBgMBoPB6AwGg8HFgtF7e++99z7AxWCL
				HtFoNBq9N0SIECFChAgRIkSIENUQ1Gq1Wm2rVb3aalRVVbUNCFVEQ5NEqZ3aA9q2bdu2bdu2bdu2
				bdu2MRtuRFqpVCqViiwhg0rbtvfeG6StW1qeX46/x7xvvlaEKSqqh8QEjUQ02vbee+8h2t57723v
				qBEg9N5777333nvvvffee++9t21bmqwDr23blmu3tm3btm3b3rYsW/b2qbZty1oVhSIaEioiGmLA
				////////Me3PUu8dWURClkoIpTJh7+zsz3LMn/NnmP1g5QlWgj3Y3nvvvffee+/93nsvI9ClhQV7
				74NyFUplWZZlOUmSJUeSHGuzQFqNxn7HcWPvvff+EhgYeGAEloFtYBnYBfarpqqq6qj1tYdai1Yi
				Wu+9V2id1iCVitbR+v/M+mw6MTPrhCHZlISpdV3XdV0bRNZlvVd+vbf33nvfC0vFBPXee2/E2ljb
				EJ3Guq7rOtLoXdeVgvX1dRpxHMdxHNcbXDmO47iN27Zt27ZtaNu2rSgUlYRtGxc2YWGjsAqjw/q9
				lwFC7733hrCqqQr9kiv0//ueQv+fQieGhoaGhoaGhoaGhoaGhjY0NHRehlNOmE3J/yOhIqFXKrVe
				CY1AwSS0Dg0SOnVoCOHQUMahPZSHBgDQe++99957772HhoayN1oNnRDQNLRkOUCoqaIAoTNDDIcm
				tGpchbJIkgx9ht458jF0tkYLlYXOQmWh7ONCF9rqSEnooYceeug9hEYIbQil0L6ZoaxUKLCYxAfD
				GAAYgFEoiHEcSIIUIgn3DgZ24aIezpO5zKQf7IiPosa2pf9Db7ySQPLQfa4y6CDKJGnu4fPonAtP
				LssJoeT3DnzThrFqQ0zVASjpq8htOFkSDCgCRXo49DEFNJwaNQqf8BHExEypCDHbO2GK7tptJadN
				h2llvk+lUe7pwYuVecuGgR7B9Co1CwQikIgt1C3EAj6IaKrWwb+fISbhp6NgTPYMHOoGHdcpc6wB
				vLXY1g3uD8FePygvN8odMKMqgLueuSDtySG9yd5mFwAlulGyIGGogOtTml2cXMG4UCYLrQqhAFyL
				tkmaOJ7TI1jOl6uuF2SMJ66OfBut36LxMXhADc/6xCitXpo5LqbmGdmY3Jd8/9xBq8DaxdT8uz1N
				LSPuwg26F+rDF9KO8injON4jCMJQSskORKfMKFN4agJi7i6DbWPI97KnBcXJAQCbgZphgYWxqSaG
				DtX5NS6JVVNNgAKCEOX6RxwxYozWYZkmAMgo6mZGDIRdeC/svhTCRo9tsabma+EjN3VjiCn5MmmV
				9Iq084cfCF4bDenV3OIFN+XaBiIcE7y2i6UIA2Jr4wY8LImxz+8EznVfLf3rbHAJs2wcKLUDeXHt
				n7HVMsgEkfPCtS56LdkAkbev4xiicUzyOuF5zb7gNJ83aBismXlkMIi4KbwyOiGjgcNgXALGL2Sb
				N3nlPhzW0ZXrYRDZfkHoIkBocOecgDIIMVjvX0Aok1QaD6vjHo1DQZ932WyYHsDf1MkBwQSB8meQ
				pPE+Dn85CI3jaPiMVImhtCyj5Deav5FU5kkMhK94lxKuVOmC3Phs2Ug5eH2GqjBPRt2PfMRjGFje
				1VAWzu7HhNVi5THQGi2ChsgFmF2IH6Gq4bA0M6bHsPYQN9d1cBTFyOSoUhXONdZSMY+QcWjbGctJ
				QcwjNsA9mrkpWuNhP4U3bdevPERujjAJQOl7G3HVrz1z/5TVizHBLTBpUDGU0XjhQMxmmTQ0wuys
				1bsFKnSg7onzRlew2KFfLCBmubOCxTJYj32+mdee3pZM1AhbJDVOLNuHXJrb0xAys+6Ghz7Hkw9y
				aQaWKqOAsC7kYCbEdHxt/yZHJ6WjP9ELeGVBx4vYuYVDdJ8LD8GbSb6boVJUo/C2QnjIZ1lWBqHh
				ofS6MlF3hrDHwUMhsUOs0vVejbcJ7C1Fl6smS8rwbvA1GretbnfOS3InQbyQZ8cypSCq5tiOTmLF
				VHa9PWIKQEYkGlpuWTaYjMx2+2x6yUIcOauez2TkEItsG08xNgzlviQU6aU5CEZPk2lk7Av2qOYX
				GdFEZn8mEuRI11iAQsYJdVQ9cFp3YS6cDGAMvdXiFlYmqkNHlKgOmlCbWcFsk/jabiQQojqUsHfy
				tuDaMx2KOQXKm3YaXkdlRh/NQnbzrCyfUvNRBGbZCz3uEFiybBc208aDAQ7tw3YcP/9RgGQcUvgW
				HmOEoMRdlmjlzO/2wN8HWbXemkFShD2kJ3PI4Jmw43LnrKhO6SMz5mVwnJSBSAR7Vf7so4hTJh7C
				/Y4Rbl5impHIUSQ1iO1ZVZQehKtLEbAyrlM6j3zhWX/SAndmyDSxZrN2JnwT1alGo2tidnzqPtdt
				Ts3dI5lhS5pwW5jFkVGXyRn9np5NBrvCM8TVf10yGyySwKiQarPgWx6sLMm+5GJS0/SMtdCuBxS1
				sKsrp+2eIKuFxcIAb80V08nQwoB9N3V05n8w0Y3hfDZ/uTxVO+S71cpzLY7wtHrzf2oIayxUoCUM
				iJJmzrrGF8f/J8H2uSR1+3tEHelCIlnVo3U9GD/GOlPgwg/EqVDMR4QuqiQG/qwxziKiYlgCLkgc
				Ct0oiEfqerwwRjTb2my/8nLoAI9QJvk2pL5a6ZDrNfqNsZRVR659MhIDxBox5P8PTpoOS0DNp8sA
				yOjfDEmW7yCxaI9yuesep36TNUv2ulPiIaRohOEHSxhgdBNzc59d5q2SOwbpSMeUUt3itvLuzi3X
				uP86N+C+0gQsOVj3FlUZwJ/mwWJVxm5QsBA4R7gYX2WuDNvlNWdg1hdZHSdq4sjz+5NixNU0gs3W
				3U8uK+AV5UL7aIcAhUFMDNEzc6LLzyptxxJfKovRMiwaisrhVFUr7HGXMbcypFeGFbywIfk7dC/+
				C50s0pogMx//3q9KDgZn19zm46OZ2yoMguh0N3J4zurhbMU8Cco9ChN6Ud7mDaDrdkXahJC6eeJ4
				XM2I52pJMcR0LTqiBuAUXS/OcmNRbvsVaZZigisSAJNc7dp+MYdlwcc+WeWKBCBzYh2bE0s1PeB6
				PjWcbfiuSZzX39l3I7EQFDK3AKAgOyaGD5kJZseGr1CaHgzaDtYaFTdmK3OTRrhkc2gXYGUuU/5q
				+TV0CkYTQ3kNKRRIuWNbpkZiNG+wWRnGn36fVkhQG0ZuzOtbhq29WW/R1D/koWMaA12K+/oSQlbo
				4JMFmAKp7TCg4NQO1JGYu9pIdm84hJC8PjzWtrMkv6tAAMlR3dWYxXazYbMkJ1D+M9v4tJaLkfzf
				uCSzJDNNuRqWmyWZri1drjWtCnzUiFW5prn1XU4gPotsufV5qA1GJr1gFpnDUzBRnwEFvEzQqEBu
				/ajX49aPTb8s3pIe0OVwbCcl4dYX3fjp9vN1wekyxZMCi0S8HzlvonHnJyAivKip1qDINk1HJ2ia
				js6HTNPR61McEbxsl5zS9tCK8yV5S7IpEOQ8/vRwwbLUFFAICDYrDFwyhU6E9JdV7q3IWw7hJnpc
				x5/CJY5vx9JCr/H4U2SCnW5zJe3XH7NUNYuRxO443H2LhQXKbXM4qyL5EmXYRqZ0guGO6XKdzN68
				p+iIfDRd2woL19rxj0mow7EGu3zgPIqhp63tO94tPWzkN+LW9nRhmkxJqRULo7jj1DGr+op+kcP9
				lUKEek4bpCV0BpcpYFjY/ZhIuiG5MoglA8ZDW7+ItL+w+zExULm1O9EYJgmjjU4ySFsEcAzIunyJ
				ZO56enKW+7i5xLUuIYfN+0wdyAApTrBHYUYQgkSo0e6Ultuhj+Ax6lFiOrqdxHR0wpjBehKrt+Nx
				kiUgZaPJIkhVHf3aNOQnxRx/DQAnZ5vXnPhhsMbMxs0XT0wGfo3kNG/jw5AleQU2kgd/F1suy6Xu
				8G182lBBeBSCGARY2Z1TIRwKSfxkZ08mAObGs/ayIQbo65ISJ9scEqK/BwFYJO9F1aqIwZbgSIuQ
				nOD+SPi5lR8DPhe5CyEjBj6urh5P7ZxY1mQgKTysNC6WLuCNxoQ0vQAKu6xgj6C3BO2wKW9phAnG
				yYibT8AksABpUSvlm3anHaQGaKNqCq6+vltVOm63jf1WUnMPrmrPdqiph9c1LZH5PAn5cGLITFB9
				ikjanBsmehKSRuRRak2LJ/jAFmN2NOGrenS1ZKUY/BzTx6HwI9E2FDbkl87fhIUX+OB2FHZJXZp5
				AlnGxLvxKzGDLHmKZX6DydBhkdpVVFkAEXh/z1kvwszNZKIwD/aE1plgjDzg56Yl++i5GwEhlED7
				ZxVXgqApkfEu1gX7rHGTCN4Qe6XexbDcujABj9VYv0Ieg65WwvQTQmY3gEmdOBwGQWPyGn6cDT4v
				gHxNHD4XVrMDpHIl/JOObm+k0A7h57KBcAlP0QzZLN1sHysQiGvkUO5dXKflOW/YJMAYHru3GgID
				nTecZibGkMWw9/Kxq5krwlzgnjNo++aSVLSt7o8zkTLoy+z4jH2SOssVX1BROvjjdB9ldLG5Oksc
				YXYE45d0UNljywrs1Vki8fysCVVcChjwvvtEM0eAN4tUwGrDO9WjZttpzwEAtg625FMlbFjySYe4
				IhSGGJMrrWs8RigGEWURXNTUfExMhZt9bDEFVUJsN7b5iNnJp9Akw/nRWXAdc1tjKHn5S8sOBGgr
				PTkPDQRhAv/IqbKqI/c56wXBSRvDhM0P1samTFDNachdlis9s9KIG0N2g64L+V6a6PncR3qz27Q5
				o0RO0lpliMYmfATzKEXm24URfHWgNb9JNmo4hjJOY1Dzep48xGWd64PIxDtKP5DVtoOU8ZRCoBQf
				YYwHrgyOD1NtzwUtfCCrdaN/0Jx8JBIVQM2aChrybgDrJZ9wxgQDiLogdly278/ANtgNGNw+VTyO
				n6D/wozA12oqhkOWbgu+WcW3OwZhTOE1m5LMS17VuzZDqJ7H8E2oEk463Q8VUiFm6FW9C2ZIVrVs
				6in1s5sXkKljgCHu/s+M1OtCt+Bpdfy+hCzndv3sfuCUlVSRA9kb0vQIZ2Vob6jN9vJLOKpMCSgo
				Qy8/lva5JNSYD6W+IuP+q4WQSELRzOJriu6hYEml2Q4rfQy/ZwqfYtFr89k4/yqiV1w/tVx0NOzf
				zgjJ4qKmjWw/Bo6wPdBEjxSD5JKj94KXi94hFLSn40zzn2mwguAp+4c7FLb9XqXwomP1brzqkonp
				7/gQyv5hl80W2qS8p3+2umEIas9PLmst8xW1Pfa5LYN8a5blzeQoyGQtr8laeYjS3c1KXBM1WFJv
				ScO5I7d24En9G1vX1Dt3uBaLwvNk+7W1ZezjO7vVfJgnZU/V25ZJ+qw7EVnCXOwLf5u9PxE7SEsF
				F05/3NCIx2efeg1S3Vgm75zemR1dhU4jSnApSSiC+h1JokPjebJ90NqsdmBCx7BUyzZLCyG8bcqa
				ATSYrAKJL1lSQj6rkGVObi0Nq/nPEOmKeuq5uGebHy1q2bwUEVGyjTsRxGSAYvZUrw28Hm44YDkV
				0uI3pSLoZIC9IdtM8lNC3Q+6Sl7TMbJBwNqbkA8DxCiFMjSIjYeWJzbCxq4AN9ICkmY7KZYb/GV1
				N2t5eheczQw3M2DCaYBbEQDxl11fnhFO+xgcCqkt1hoj8rGbsy1Aj+vFzcqh8WPoUwihYskNVQ23
				90W2wULb0pYhc8T68P4yB55kH6joC07CpJKmkCdOXnlxEP0kA+rB9FUqE9znQIL1CcXqAviIcUDK
				jggHQlXvMvL2HSZOqNL+NR0Ah9afQ79Vfw5aEPXn6Lt8pFiDWBdBidUvMwyq+MI3pPxV/xyHfUCK
				D65/DiZcDRkyQzHAukfMVQ6gIF0rS1Y/yGxo4kUOBlMyQOnpP0fnnP8cnUz5z9FtsGNDT3BmIQbh
				N2u5x25mABkepM97O/Le3AyFK/xmRSkWQT/4oc2ydlLQPkDPrdpZHxilGXEWR5Q037EPk/h4f/6O
				PXxTrsSWray4Tzsa4xMt2bn3jfVqZvsyMLgn02gt8P32m4s2PzXm6741pDADzEWA1RHZvmYJJn66
				cLfuA0JZMayQoRyJuPsqBJMLZazuTsUTJhI3UU9vg/XCCCDsvhTCRsC2mPPZzMpxcHfCeQeBMmb4
				P7D2k+QyQF4YZ617Gs15mkbF6gVsbsHaVXL/lrEfe7O2G2oJMyAujsG56k30DALY/KU440BB6YXL
				OvkxQYwmgI1i86qh8+QychmkTlYIcctQGm8MNAN6k04l6lrYGS5HMcvAihnvMJ9VjcExmTFQiL4K
				o81bTGkm51UPfXER9vArC0cOJkShb659QGhvWq8bwhCV4Qs3V3dPs6Ysd6UkzHZ62X8uANMHADmf
				bkgG31hCdNkZmwXbpQlC+5GDSgwFn8iXYy2n/WjO2qQy2HasighpSGjxgiqPIDPJ+qSJLJBTncIi
				8aHZqeRViKyNeGgasIhNp1GkI+qF1TZ6MOCGdAQOMYPkjvEeLwx1RFgcOJqo1e4ohlS/negOUgWX
				r5WzLjHxG0SDlZopMfyv8WQDF/tYMUQtHlC1gUFXKk+xxkoQUR5sar4AEgl+y8C9XPpgWAPtHbNi
				vnzxmH4ZBY1BHmGW8QmtHZLElCcxJF4i21gqxFoCW6ISQ2T5ZmsXtnLAnxjWdyufKq8ik1+UGAI2
				StweCQu4RKnRNZzZuk8M0jJ7nkXEqMIPxTgLwFrmeSjJX+d0sxJXDawkg+0KD30E1ir+KKEClXKO
				yDpwG1vKitp5Lawdxwe3g/Bsr5BzQzuWLVsdFSPXC5ttWb4wtYy10iJzcyHAbfIAKFFKScXlCmJU
				avc5i02NZ3tEasdH1M+WRFf2m7RQVQ7EXfk0yrbasOhWUaa+XFsBqtkJ6g9qu5k9JJiJm8vMwbjz
				O4N5E6yD0jwpxo7MS0/YSSX+2yY7sSvh54cZv2pcSQwOgsR/zRriv3x0a52zORFexhUoQ5hAbV1n
				CQn5p8sAp5xhng/SdUezhpB2ZgxQivLlk9ySWj7yQSQXScyutI2BanWWLVb8YWQy5ield3vsgrpl
				oNjlzM0vWl1MMaB6k4zsdE4eHV1gAJSDeUjONLuMazJRXhe8KoWdpdwpgyswvbMob6boWhILiF9u
				Zm3TmzhV5vtD+z3dcWVCIBk0yMBpsoUkTIQOs04/l3+Qtx22TLocRbsHlWygq7I9fQ4re9KyWlmV
				rep3xZm24QdXZVt2PI1p5pZlPpstu/xwVgQNywqjrtYFMG0vcPyYsrcspXJWPFtWOoonvSEZFpuw
				VqYZybdzhsOxClk9wcXHPzV4GCo9V/01cXRKjD6shGHtqmfrMEr20DKg2lVP21PGX45Tv4o/tq56
				Qg7IJj8Q1cWQsaEuSSter7UvPEG169qQDxn4q6NKDGWggoKx40wih7FhFKdBG/L+fRQQ6GLEU47W
				/sKp3cbmYeALjVSYKa+QIAL8xtZa7R6rBOEVfUfX4Bs+IO9zlzXuwgBLkCY52w8u6xGh5ZhUgmfC
				ZydcOFDJo4//CxaG7WmgeN+K88ptB+X0NATgTMiYxFovaDc8oVgC9gohIUOeNXKjJBDcN/H5MHmN
				gbySrAvaQyfM7jljAB0BGTKZtgWhqpQEFNkMmg5LMRPyogNa3x7ZbQtwJqRCkbeRjmRo/dJQ7Bwm
				73znQxt69K15LNgfDwNIz50WiFAR9C7ShFJfcGHad/ZAp/aVsl7RPcik0Uc3v+PLSY2uYmIA0CZA
				c1CAsZCeGoBRWo3/XyxI3Fdle08boOMAUeDJpZ7I/5WhmScYu5cgMVw1Bs3FAub08sTBeNtif8D9
				taTn7TgrfukaKJIeYvg38oXh9PVgeO05Ex4mDwLAFBXLXHR2QC/WVldGtzYn7Xc+Edz77sdDV8zP
				8lPMR5TTCv8PXAHnW/kRY2wEWpgCQWUhytw432YCQGMtL8fqcppCkglZJpDt1PojT75SIXoZZgy5
				5J6Pbnc46GFb1rbAYQJ0pUvWhLmoE4d0N/BzDnZTq22GHWB/tA4r67kxYJNxhiRvVK63fB+eX1yI
				Ucw0TnbAY8nZ8laB6nsxbII43sIXhoM/BVJdcZBp0JabjE45xymfzpzIsx03znEqUKS3teIc6zh1
				aKXgDNEiYhtJrhDfOg7bRFGZt7DnFDZ8ptKm4qrJPdU4TeDMYHQ9kEl1ACIPBgBzKpK47TOGHPXC
				UJD6sMqeOmnDI99piE3nAFb6Tr967+cALvcYSp2aDS4gRnwb84Sp5yawf+QbqmFhmRIKaOe1C6A4
				XycAaAjLcpvgO7LMB1xiffXMHHiau91X2dyFlcq1HJC3oOZsJA5Nfolno1LBexUvewrwsF4zkWfy
				87CSGegTOKhFdFz/jHOp0nYb0XRn22Z6giWCpJqzmzW1Mpw6ezAMl3Jr9hCpaTV1XAvsgSoqMgeu
				hQqnWRziyq0bxUBlfdR5YRxDwzyWHtl0wE/2hohNSVkBjAYwmO5imdIeRxsWiHDHNUhDyIw95ze2
				OKjHEWQeZsaQt94CM0N2D8kv+aur08cLNkyC+iX0bjux/km7lL50qgMXz08pv30RwoUI5YUhC1ra
				ulqBltZ892XkzppXMWcMxv/V9pl3BIPtsvDC7nLNmpd/xgCd804wY/hAm7Tx1BwabfIpEL58yTGM
				6HsA/NM9o60/QniVmjRIA3tsBA94tVe69egZg/VjYs25nghQmF2lzuTfQDdDTjY7l+S8JtiIqKq4
				dlpqyaKFUAXWHLrqhaGnukZ5O+iZBDNpHk5r3VsU6tanITOdIqym8FBVDtZqjhtetzCClCJeC9Sc
				QLABU0cWXfVG4So1h26Y3dBsyn3C6CLaB3VDRnGwdjnqFpIAOGysGV5z8gvDb/TiIiUauEKhJ1zc
				ZFJlgpyeauqOdehmisYFrldYh0tw3xlZTRQeEe1gkGeR992PaWHJe9MLw1zDgZAacyY8TB4EgCkq
				1oFBXDAG2y2mUreGxSlvTpENu3EEQ80TwP7HA5F9cqNT1EIWGNs1jObQwmFXVAPFVrDzjc+Gr8sj
				DuF54fmt4YWhY1Nlta2SnlwHO5KjbzsF++8bjqsD9dWoPWQepFRiROOwHOIyPTdQr0IKn+DHsXbF
				8x/tHmBPQ4qqkBDgLNskzwE3z1YitN2CbuK5MmfLMofH7CpYaIeTddZcmCulg2HoHWX8HsXEQICN
				AM1hIWCsTZG6E7lblgswm8LKEXg/xYujXQSZVHrOzLpBx+yOrUFCv1Q1edYCX9ta2zZMYyj5dEx7
				oQC0CZycJyAEagljAd3j8GN7CkDBTcv5BL0rNAZkIwyWXW4NjOxHMMlgJOXtzkMY3NUhbCdMbBsD
				YrAfTZqN/HLjUHpqJFznzlhXdhtMdGo9jtlDjtUkH9kYytgR+6PUZy3/VMkmT/CSsZqWMA9m6ioa
				CuKwLOiK6021Nx+XdhWT18SP0Hogt4MBdOqrQL9AEmB55OPQq+NGJnMra+YWC0mC97bn//WQgW+/
				gEYLBhdcE8QqZQy6I2TcHEzN4o+uKlROb2OwvxoDGtkIFKwxH624Dw9K5rcQZlzzb9H6CFBZJ8b5
				7AtiLbIMW13YIVafPWu40jZ98cDPSw02DyNNFKNavE41hCITsxydEGY5Oh/ALEdXEQkInUBjEEEf
				M6R/67DBADn3PGGbIj8z39loriQY1gIHihHL1SVimOmAReXuqSK36GyEdXRI7p4E6MBhKuYjM3VN
				DsaWaUY35URlvBIiH8hlgQ45sPdV09aM+xx5iHu2ynS2ooX7Skh61lSMGibqiut+Vze1YGxP4W1U
				dvN60kcFS3uuh7FLIryW6frQO7Lwc9wQwY+mrMd7A3U5WFXZo17vTRrGJRj0U1XkrX8aC50ayFm8
				qpFZnGmNxE55CpYZsFkZhhaE3JfhbSTIWStB5hIMPXnHWY7/JrWhpzaoRTIMIix+MhdI3zi0DI0i
				ExBAQrQrxi6aTj+e4Z2t9OuGorfx/HKTvy++5Iic3S8cEgzXzyhyoJcabCfwodpa1TU8EHYCDUAM
				pTntxNP1kAae8HAJfd255lNDVpnCO61EbHUmN2Ix0DsPU3iH4Vhllqm2UUbYcDjIJC17GRNaSPLx
				rkKPsPwqkT2bSMXrweOxHn2+9iCskvhCgkHvKPuqoyPjxmWjMLfpG1Ed+lUPOhMrwUBTkCJXdDDU
				A/Yq3F6NuLebik0hFRwtXqedKoHJrhaQC2b1tszCLDKhwhRvLcUpmFDBxICiYwn2J51daNOV3VRZ
				6ItziF/vEDzqndwlhdwDVdbDHC6ADIfOvZmrHotcn/w7qzDWKHqrBq//CkBiIZwqMo5nzsBtZwVw
				XTgbePeuo4U8tleEB16Ji0gf7ciABiEy19geqagflZiPYl82x3D1ubIApkNpmKIJMD9zSPKp+yQP
				LedxP1k0J4scwd4Dl9zr+n5MOw0fGliMBT8VX8GOfofGrJrcqfBD4tVoN0t82jDkeCGZyCKm1Fh/
				oVOQcBFdVWknSTD4NBx62VNH7XPCn1ri1cHEoH+3WXGlDkMHEyBRIdQ/nU6eYewhWn1tACQjE1UT
				RE4Pgdf5imZDDiGABEN9ens1Z4MzDLxhBAPFqaUcN1hDW7E/m06ZO4vLKUBIh7asjdj5sy2eVRjl
				YUcOfj3K0WMAENdCDvlEOmrOoH7SUwe0/N/BGzgtT/4MeV9Siehl48KF3wspve+FNO89SOyFzc4w
				CFsJhjiMNzk69xmmNma+F547hLMi8adHgtKHsX8rC8M3PTA40EYO1cmrgbDF4zz9zSs1O71zB5Ln
				BgPIJchAE/1wsYWsbTVELLTCKgxQyMY0+tr+RAKEVyWE0IiX6pgg7+Q3Kw2OQkt/JQP2+XzpZxvq
				F1bWQgq7uZl+mGZSoF+A87CSw9s8UuJAnCOENz8rZeQXcsVVX0bbF1Q98AAzoBVaAU17OgW8zYWD
				YGZvZFa0xzO6som4LA8EvI3t7aksb8dN8aNE5Nfwz8EcOS4c9QuFlC9N4qmnNzbxSUBMWTh4Edoh
				72RHx1aAHLTk405OCgM7npYAl4ZV3hZoAHLFvRHWX3wJAg0y5KSoOPhC4/ibphuS6oyXZExQXKyA
				U4ibArYJcKV3OhnrHmpvTCNf96x4DKpBSc2vX7iBWpHDeFSXbXvrqGk+RP46t27n9xACqHB1k0mn
				f0DeCG7O70Grsc8BVAkHqjccjrOMqpUjDiAqqt2A/J/ef2+3fhjyJ8PukGDOMmkFIObhKCUqUA3x
				nLKxtjMKZsRZ+YLeTPOC6tjcuxMypFxFc0ILWRtqPABiQBKLOk6tf3oY52XlOXI2gNXr2clkA/4g
				8mXMMFVJKnaaTTfbtwd5q0JjE3z0dgxnS6e0YYryjpnRiJ0B8PcsARfz6NOSNs8w5Uk78QjxioCA
				9XSeIAt12Atkwy1Duw+PzAgp2IyuKdXqF+61SAUoNzrOhoLZIqd19nuWDLmbrQ4cJ9LQkhuBJ74n
				Zks5zkewrB3HKORSxvUzlAngqloBuNnooxPlDZ/Pfrbeo0jOhkUlcQeO0tc0cj95IL9nXu7MDXre
				7ySz60bpZDw3kudh8BsCGazpfUU3Is9szrYG9yKOau32AHQu8QddNSSAZbSYIMnVEdCP66ZnP36N
				F7q+hnZKCk2rDLkxztk7NfrlTkD0T38O0ZUoo8+8l0mKrLrK9xwUSbVibEIkhU2glbQcCmD01jwI
				vJq3gQAGKNdMcTiPAxgw72rdsmqQtzaTz45Kl0+kOgaQGuQh9/XYNEI+za5i9Q8jfWNHkFXJYGTI
				CGTBVFvSdjzFc16/0GqIZvV3UkuDriDh28lBY6yP4pm/wB9ojRlEfApJgVuCU6+LhvLQu2ZsVvIB
				jLiomK/lnN2UQ0hN+iz1b2XuD7STZTZZ+w1/AU6uUZpqgDzQzrvsycjGDzEkEtJ9iGRnRI9KgJn2
				FEAubAIJtyYau36hDxujmJDcWiIGOY1VR6twmKmSbqQ7DV2NlKKjdRfGBDaLf2JfUEAr0BN0nqm/
				nBXAGsmjKEo8z7KQzUZYYen2hNxWIxnoV/8oDJN6yQmpcUaU2FSdkkX+NEtct9GdR90KOFW/nIqL
				GE+U/gLiY1YK01V3kXX9MqsDqG9Iz5j7dIMory2Oa4iqM8RCxtmsSThi3URG6GzTJpGrZHRk1u2Q
				TzTqHo9RqVavZQqY9m8curO/cdAy+RvHXbM/9QuE/Ty+H0KIzLtUE014R+bYYo7sQNpLcMbVL/ih
				AWMZgY0LBoGEhxNHi9o3BfPCtG498kELL8lWU7tplI1HoKLt/IvOW1N9A5Hr4hn/FAloyqoViHrE
				gPQXlBQKjullqINz2rL+ofqrtaD/58y7dGm/fgNW/UK+173tqE8OANgM1AwLMJTRo7cYtKhbXSnb
				2iias3BOhHtfHx9DC/CecVDMH55/C3b4azOe3g2Vw0hXgI4M7R6exs3wejfrEda/cBHDCWSP6azt
				uxlx454/OM+0ucm0QET7W78A1DspJf862WZJTjJGO82cKFuUPb7zB6eegxV7GqM3Rrahgn1OWS/y
				epbkyHwylC4mxCfMYW0qNKjyxzjCXyZ4/YKRJyRmISJBeALsJMuRPqHkdsoJvdl0PaEe+R9VQLX0
				u0IJiuBPuTa9e7eXooDCfNqmz34jRNgx+5y0mNPUiUB4FnaekV9zWCE/JpvshmIOwjjuDPUL+Ykb
				zcDkq1IdyDXAqjx1s6JaNp+wnxHgqZsCPQSWIPk+ECJ6EwAnqeiHhrghTHxtMtVFPrMa1rwoGU0Z
				LOy43p6UigvqBHw4DpKJc2GbAyDsq3m+eieIkH2YqTAVPeBsH/QL7040RI9ekDwT7K2XlPxgVZbD
				NCSEjIjOXZzVLtG3p5HzPs9tphtY9p5LhJ+vJiu3tNcSdrIVDpwigy0rbF3O62dSu/RUedHEROag
				OmNud2jMsJTIfmyCyRqyHo+iF+ygZ3sTJZjwgdS9w+9IetOSAGREyLzHWS72iKnaEWQE91/gt8DC
				MzW8TqLx5+RtWMLG6bP+V7n/ftYvXPbKZ+Wr7ublO5ZTsjnuADkwsnNHHey/IOoBsxvxuCL2o5y8
				TAmLtPH/BQOVVM91dJTvm8sSSGRn6YbWf6F0zCuDzFABM33itR+mNqzb/8zqC0bJa5IAgANqFi6M
				N/nyCVapu0F8Ok1r16ECRbX2NQ3tN8fsFDxE7iZdlXL+u/B6ePoX2mgazK0cVUaEd+JnwGdZglv9
				FzIrNGAhkVqfd0KVyeEQe4us3QRenzkoX7toDRKKx4VQrR2Gjv+HwZ2FcnH7e58uFgGkpl1YEjR0
				aGcFHfoWkiyOW2jJPXoRkYOqwQKFZIaKokdpLcvGPXBQclRHmXHspGFDVrDgRkVEysFZmIDmnIjM
				315alfxwAmREtxMIufyMIsdSkreohbqoet5Zv2AGx/AatbkBAJsBjWEBxlK2K9wJmLZboUqtHK1u
				BdryXinb6g5ARbgAw4S8tMRbeJrhTiS54luWwkGuX0AgNB+gtqMTAKU6BWk+Uh9GQzeq955526gZ
				H+SQcSjkDBsRW4sxO7EZfI4zTHKFc9bWK4xuouEFuJ5YePhhUxOjG7LkhGtIBUzIX9uNeQ1vN67Z
				YZsFpECaEoRYAgt+y4hF8JMXPAVdxD9nVgZYTrZb/abcg1ZoS36Zz9z6hYE1YV5HtHXNIojo+cYN
				re9Gkad0XARtDdiNwrLTuw/CEnxpqyUjBRPYeJ4PySTTaNdvyHElRD3ODAk+wIQPNCmi7LcD5LTV
				tN7NTvxfyIJMmWiJtv8T8NGxEUqcrY9+Doi4EsGXA/8LufKbAjJMuz0HxsW+IYEOGdJNA3v4gn3r
				fvUOaqdLQYXbrVn05fE574AkJ3us75z2zM5QyNtZkWY6mVLVXugbfFSST5Xc8IQnFadpGnNhpmrE
				WsFwiGN8NLX1rEDLmXZuAct/P9c/EsQCOJBUQU8Cc4DvctEvPnLkyK2ugX0o7fGIJScECzuNKHsh
				/k1HliV9vJAT7IUjTZgJthUvQH54Yf0+zCz+OWMUmaTVC4tkIiG2M3uXcC4tEXJwVTKnyzoJJj9N
				0s+5ja0IGuRbRFQ7ROyYzRD1KxwUP7St5lbeDN80spMQAfSQVF/zMPJEI2VP4WuU1tb1AqsXNEZ7
				C33DXs+qDseUcKUmm4NV9ULdqQBb2bjBPGySmk2vP61aDjPZEnuw4/rTqg7Ob1OPq625PDIXR6eT
				3YruHhSW2GIl7RoZWXmXF7w2sXIXPMGwlMyaye+SmloAmx4st65p7xreeWa+NXkJi2HengbxK0/f
				D7OFoudaWOqDvaN+opnZkARd+wR13iBbAg+nMdyMiMKn+Jd3VvaL6EcZkWPpca8jEgKCgrECZmfu
				6Azxd7Nj2tCeSekBXY7Sgy6qKD242zyqXtCXx5EXmA9nm4ZnAEqM8hASa1XsC+r/7/gChWP1lqQH
				HRlJDzqckPSgw3ukBx2OqOK/6FtW35HlBmZLcs+3VcvmGSPSg6tHNh6pIT3Q2/MCOsZfqrygia9i
				bRb0Uq91RmejxkVv2cNOg6eCLthICmNkQSzZ9VUxuS9Ty8TpkZCLUXqBHs7kvBZXuwwMC15KjWeh
				l8zmy0gCAmBnqY4HJ11Eig2wT2NEyKP5N7O6UO0fIm3RhPpKJchNvNSgUL3QWck43yptkpK24Zuu
				oY/szEsQeXsh6Bt1fyu0e71U8JHx/9wLzCNavv2uHM9FrJFsyh/dyjxN/UTJrR0/4pElpvfCq92Q
				zmBMH8i7EgtxYSn9KxEfOHEE66xtMsVT+H4ppU+RE1ymQeTuylbR/AKUaTyHDOvJiupuHnQvGAUm
				7dqIY5HbZtoUAINVqilWXRvyEBwEKDGjiRoHR8KdEeW4i2Ay2vhkzt1iUwCxG8JEljx372JjauTQ
				+h6aBckBEKpX1lxZg+JiBZQO3cLjdSEWRWbNnh05EnRfvq/sUFZgt6/gL1hnKJ72HK2BRoqamClw
				eO5KrTAjPPRJVS/cBMJnBRIVc4lSPN8eHJ8VaQbHBQ7OV/WCY8dpI/+VxB5HuBMmTp1LAMJh5cWF
				Sg+cS4BkfZTpWkDlBTGpBTHGGvMtAUSTknMKKDThwenjZotr2IhB4weftcYU5b/VCzdR7FmZkEHr
				d4Q5YXEKr2SEU47rtxN+RsVsd6BVL/TH1ESGgdqa3yWfVkdBGNRMeup6ln82eCNq64kx4zz/oORz
				EVq9oFXDnYWr5fNo8pV/q16Ian6Z1cZSvj+afO7CVS/oQ8Ph5W2mn6SXF7jJRTm6VJV6OgDPjuzu
				zQgKrrNdF7+/kKm/fkyRM1ETWcXTzdcaYsBH8VggwHXKzzao2TERqP7GAEOVfmqyeqHhJQuKVXnp
				B1jmuP0LYsnavYvb5DjiBCCMk/uRhbRfyzZ3ZPzxX0AtAfQ9TpCAyUSTsAy2EzjqxoYUgf0Gdj6C
				vKvGxqqGtKCCrZmMq/Q+3AR6EMBPwOTAAQSE1CL/hp9ZR2eV2dUL86lfSvatILZ84k9ZjMbyM1G/
				ZV8NAi6tDSe8FCuYgAh94DDzfMC2kXk5WcFQsHhgHfcMadQIA8KP/CCioWrW+OwLdSRSwcGhPwSa
				p/OH0AkIrEyDLz2mPspfTO0e5B4ks8iw38H8B3KrF7YUEY2J5JUSMshrrHW877XFXuJDOFKcHJlU
				OQtVW3qV+BDPWeauHAP4d9S9Ap7jr2xvz1RccsigPiAjoH8RDsSG7k8L17Ss/EXcipIR46zE5bN+
				UClH0GZrWzfrL+zD6ZJrLjyWHz/dNArxkOmqCIl56PM9NjD8vkio9F4dvJufpqbYsx9gnHMKDGng
				uSvIAYePvtGxN6zKjT2qeqn0COQTqLcNFB528guLzyXQM/DDLBNyx77D7awMcpMUZDcUOlIz6jEk
				/XB7gRbHM2BlenXxsgxQLz13N2EXErQNdqc87ka0cXm4ncoi8ZWIsoRfZnubO4K9BBbWVlHO1oR3
				CYkWj1MDCVRIao2rYlUPffLHinJNxixo0HpgcVa4f7r9EvBxyYauyGQFeq86KGk0yAGE+wky3kBn
				qmunx67bIuB9K55Pk8cYkiva+bwY1wfwq9KuHdiD3vHhz0NHgVYcffiDsYoJwp46UreS6zbgbe9k
				qC0ym/YuXahlWHFeYMUdcTcJGm8InCe+ueeHZOjEbONcaKnB/OWaD4fUmDPhYfIgAExhFduN5/OS
				+x5ir/b9IQGrtGsHsoLe3914tlqJO7hAbjw3JBq0yrNz+e5PJB6ReV++705oxerTP5hUGtvYxUoj
				O/vGxlhQRTDpi3f4OQ/g+fQs0xh+EqMyJq14blcoxJXHG7ImyqsXBtZIfWWXJ/Vj5ggomhaq1hzP
				7Zq15smRjluZ49lK4ZNBlZcd0PTQHdxseVzXbnyKzCDPVrkDLZeQkPRHYGnTB14wPoSDlqtB1oaE
				v8BfAf0kZSkim2T28TwrwpUFKGnoDx4u/LjCPciVqhkypJHM/BO00NCrXggZnZSyt5rssoQj3TE6
				Fz4js615adX4YC58TEGNXkzdDV21T8xzN3UhXGAwhMibCVvy/hTxPEuMpa2OQOsbX63uxZZgVAPL
				gZFCOlHzR357UKbx6jRAxSsKr25YLCgvMZ82BWv/+4UPR0MAIJd0wHcWn9F2Ve2opecsZAcEpBsU
				cHsmh92roIzf1OItLAJSICuWyl/bd05fnE8BzpEHAlXyxscJX9mPM7gwr+9tbclwY6WqXliZ5pJZ
				wxsChYW55B2leTdfExWluNJ3R55jteRtOv04nSYrKkH1Amh6wBcR2lwyCCB4OHFYy9KXXI8AlMOD
				GosRqF7pKhBchL7kSkSA/KgPfcmPbXIjje4/MiT/BDa3tiOACyjWjZRYe+jB+fOp4WyzLTGy+Cz3
				98f2GGKGXO7cKnoUrV6o7ti115zTKzK6sRIGpjlXNq49f9B5UMu5THurdde5lFyn1s1rZtp+U9nt
				n9DJPlOCNAKIvyxo0t3mSIwgfJ4Nr7NbVwLZlu4GE6yl6nceBiLjZ7du2WWYGVf+hJwxaJW+XPML
				sK/q2/apcYYSi2Ey6CZx6Atx9iaKbgh8zrLzVzBiS/AxhGW9GJjbJd1I8dEn3tFpvGhEAp9gYMMH
				tnmrZKvKJ5j4np+3e7AjpxftQu7wC6YOorzBUgdmd63nj/z5qh3IFy+EN3IVWLPw/1TJSsMFIBYQ
				UuemqNYpTBhr5ngnrS0ydLNyVuZdfdPU73GhKWwGLTEYmxyW0gOIyK+VsUaYwDTn9MV34rNWpLeE
				XPXCWTvH+IrERXQACrCnIQzDnumxAtKr3SzFhgwAzc3gjSDOeEVU6bEwUgJ+mldgQWsRi7MCLrxw
				eops7SkyaSQqNytJvlfDWmsFqonSWAvQG0HEt/D1/0+6pKROgnjAxOgxQTKj5S5DiPA83a+5tGaN
				BCCk2N3QqbC7QeMCuxsd7utudO9r7iJ9R6g8E8ytu3HmnGfv0/stRWbKdVo5PqPwMDMg2nfMHlZ2
				NiMXI2G44dY6zEZvZAG7xOhjQy4bnxlBy61R/4E+6Gwwbhmn+8fJCVx0N+hTkwx2dAp/nMxK7MHv
				X1ksnYLrPADjde6GXubcDToqzt24T15RNAmTOYiDp1C0AQ3TzHOWZLKnVJa7Ucn8G8I3pKxg3omb
				/MJ+v0vWxZ0i6BgP9bguepeYZDpXY/O5RsnWVk5S8wsi2TtxvH7VYW3+RVqLP6JFqETufOYXBBlq
				HTYs++lUxKE0pTN3qmo/ll/IdIjZU/G4xfqByDRPo3r6kfwCN6xNHGqQR6ZJAq6Vac9JAOQXPvy8
				QyTlakFdE8fhwwKMzfFglu+Kl8UjGQCITefBGPx9Oqiktym/bMhC489Zc9wI08gv8KofV5mBSmrr
				uOhwqVk1a8DjBpPXR+xArHrZWTW3whBK4jFWL9R6JQkLM0JJbNPJwbd66wo5Ppltl5VXX71mEcr0
				ExRNeSU5H+MFivP6/s8ZbH6qat+smBcM+Dcxha0xkb+eZ7jRn4zT8UgesBcX5OAd3yJICEumIXme
				h02Qy1TRx2fkmr5luGHgErxZodUbJIgkAWd5mEHJtRIeXkaS3L3qnpGyYCFDd+XTUqxNhxln74JT
				fsEMrxuYmGgSloUbIVdddE0uV223bhIha+ACC3gw3Vl2azqyh9wBxkFe731X/Gf7j3KhHhB9B7g0
				Abv8Vi9IB1WJNWgoR3pVK/ytyloCey/G/IJwhQHA0ux5g4MkkNx1+QWUWdS3Dpm1Gw+RPr/fHzIF
				p55aFsRNRDEmHtIOEipUmpDLzKdGz5AuUagh9/QY3Q/DN7GDDVgIEHjONJhOTtF8sXCuwGRF58TU
				y5da9YKP2yYBdAkC2iNiNhGQJWkOD0zWki2TyN7Q3N0sB4MDeQMkA4FGnZnN0+HMGR8PQ/WU821b
				O4b+6Hn8sY8/kiQ5wyNJkiRJkiRZEUJIMoz/Fzdu/P8aGbjFFWWsyVhkxAtCFRLE/6fEGOScnHPO
				eRjHOeecM8IYwsg555xzzjnnnJxzzkloqEQkJOFIKCQMkhGSkZGRkZGRkZGRkanMzAivVGZofoW8
				bdsKWaksy1Ihj5dlWZZlWZZlWZZFKBQKhUIphUtnTwrn/3OaiEwmk8kIhb9QKBQKhSXCSYS/iIiI
				CBeKMIJUBKGokBAhfJYkQyh8c84555zzCs4555xzXlVVNVVVVRWs4HNOQUFRFKSgoKCgoKCgoKCg
				oKCgaExMTExUOZ8kOcGYMNVVo9FoNBq9wfn//38cx3F8HPz/ZxkwpfYxBuec8+B8sVgsFovFYrFY
				LBYRi4XEgpSQ4JyPBP/nJPie14LB4JxzTgQbwWAwGAwGg8FgMBgMBg/BEAwNBoMzBOfUhsBTTQWt
				wECpQFbgKlAqMDAwMDAwMDAwMDAwMHACAwMDAw8MDAz8f84555ycwM0EBgYGBgZOamBNb8velZWu
				UWloNHRI1zNNLIY7nyRJxgcUiYGBgYGBgYEzcAYGBgYGBgYGBgYGBgYGHhgYGBgYGLjEAkmSJMkl
				8P//wPn//////z+0P+Ccc855hEC+995777333tt7711UVdt7771HNRqtVgtUNUVTe++999577733
				e+8FoigECrGM87iDTukardVqtVrRVfWdP5fDO5bjizWHLFaUpHCO5LhDBVLRqiuuZvWqq1fcaqvV
				amFFUpUqqZEiqZEaStUmJVKTCqm9966oXXM0JBh11KIYJVEhKqJCVIUqYqiGmlCHaqhQoUKFChUq
				VFEREU0RbRuLqIpCEREVERERERGJiIgC0d57791Qs83MlGYmTHVKZUulvffeO0o1hdJWE00z/f//
				nEGIJEkmMZJzJIWBY1AYnFTvPQBh7733Nhlt2rX33luItmNEWwVR0AQNERERERER0YiIFuhAexJI
				AoVAESgEqpq5pjWsmdRsNZOaacRms6EpzTT///8/m81+RmbCTJWmbcyEGaFWp9SwWQ0NS5SulU7o
				0BOdeqb7/GxPHz4/fOTZM++99569996bs/////8fKQfqzNS9d+jeMjIyMjIyFRmZjIyIzMzMxFDM
				bI6ZsJn/31CYMGH+fzbVDmFW1f1/dS/YO2rv/x9+IhqamZmZmW5mhjL+v/5/w/8rK11gAuHDIVH6
				p0RO0g78////nxYO////c+EtHP////////+EMqn4/79H+I9wiHCEIxzhCIdwhEM4hKcQrhAO4RCO
				QAi/EF4ihOdVvIqqWjVVraqqqqoqHoqIiIiIiIgeIqLODM1Qi/yZ4v+/TBWLxWKxQrH4VVVVEi1+
				sVgsFovF4qS8Y1k4kmEWZywWi8Uqa44MDBKLr/iKr6RWq9VKarVaTVb8sJKSkpKSknrOOedcilJR
				UVFRUVFRUVFRUVFRoaKioqKEVyiSDPXfUEWhqoiKpqhFRUVFRUVFRUVFRURFREREREREM0T0RCKR
				SCSimgAaCmZoOsQ555z40NBQaahUKpVKpVJpKpVKJc5SiaJUU+j/xD5xTiKRKiaGiUViEIlEIpFI
				JBKJRCKRSCQSicQwGs2II84554wRyYlEIpFIJB5EIpFIJBKJRCKRgiaIDmoQgw7iXFAgQfwKFERy
				AjFQECgQEVEgzuCcc84555zTcM4555xzkiRJEwhNQNDMzMzwmZmZmZmZmZlnZjozw0mSJOnh/P/f
				8///////P/1zzjnnfENuGJxzzjnnnHPOyTnn5JyLzHAp55xzPo3hw+FwOBwOZ8QwhsPhcDgcDofD
				4XA4nEcYTqDQoGxB0qXQqYYwQdFcZXHOOedRLVHRENHQNCqRJlJJiAIFVaComXloOjPdzMjMTEw7
				bfm0bduubdsytJzbtvxy3rj88ss554z/x1LY4KwWWF4r13Vd17Usy7IsyyhJcqSslNFJKSLlnME5
				57w8Gl00QiUaohEN0SKRtyzLsqyEMkKnQmvOOScFq6qKakbNUJOIiIiIiIhoEw39nZWZoc7Ms+lw
				Hs48Zh5mxpxzzt61RznnnHPWdPD/ZzzD8/////k/mTZ7b26Tm9vkvESCl0zqyFxmZS5z6QKZcwoy
				KybFjDnn8WLGEi+OWOIQRzznfM7DH16gSAGIY0qYIYSkuVokSZIkSeSXhh6iTURERAqR5DQznZoh
				GeTk5OTkZBhWOTk5yc2sFiGCxUBvXMmyt2Xn/0mSnDFpJJI0TpJkILu92JMkaeRCknPOOSc555zz
				CgaDnPODDFKCXJASZAQrkJwCGUgukAfyQAYGMjCwaqRqsaau1qyqTSpUVCiiUtEQ0ZQ2BY1IQiMK
				BaKgCv9/CP3/QfT/////f4f+W4EC1QQK1BCoAOL/a66RmlAB1swqqamoqakvgDgmNdH/DxDPx///
				/x8z8////3RuZ/n///////+f53muGR55nofCc3EmzhwOh8PhcDgcDofD4chsNpvNbzabzXfzc7LZ
				NvP/MiQjIyMjIyMj88vIyMjIxMjExMTExMTEUJiYmJiYECMxy4eYn+d5nuf5MAxTDRMmTJjN84dq
				29asoPq99957L3VmKpGezsyIegjq/9P4//////+/bdu2MzDtf/Da9rZt297///+/7957L3tZlmVZ
				ll1ZlmX/n11XdqV11v9a1zUg67Ee1qVSqVQqlUqlUqlUKl0qjUojGo3+////C+OAiAYhGjqFPqE3
				9NDQ0NDQ0NDQ0Dq0rum6ruu/rmct9aqoqv4i+t///+iFPv7///9///3/+P///+unf/7Of3N5x3I4
				Ds+IxSGRRs5yyv+F////gV/7/f/vvfeWtyzLsizHsizL//9/HOz/////EP///z/x+f///0fx//+/
				xOP//////3/74P/////4/////////////+f///8X+c+ST07y+P//////////P8hHUSv5DyTCauT/
				/59C8kUYhCEMQtGomKAY/sFgRPD/+gMDA/8PvGpV/6/2//+/34KE6P/v7P+fdd2s66Ztpf///+77
				3//x//+Hx81x5Tjh/v//bdvee+/N/79MJovJYrFYLBaLxWKlWCwWo////z/+r8CaJf9/qKgQLyIi
				MkkeySIiIiIiIiKLSJeYahgqVW7lqdzKceVYKkclVKblWqblCcGyHFuW5f///////39Zlkv+jSYN
				BC7QydInR7A6ymFUQvJXSJCQg0jIKCbkQ27Ih/z//4d8yMvLy8vLCyJBSP4Q5EMIx1hGMdSpCpbU
				tWKt4qKiof9/ircgohHN0Mxm4gNn5v+lWirbNr6N4zii8Y0bz/93Lv/m+/+pw3jGZTzjOI7jOBjH
				6+IXHy8WC9kWy+JYyUgYSQnFcRzHcfz/xGhMHOVxHMfxXxOC5hCHOMQhnrAQf3yFEIfD4XB/VRVR
				ocJE4aIwUXgoHOH+/yHcKlb+///v/8QpTUQxYoXYIJY4HA6Hw+FwOBwOh42RCRPTTqnVMNVa2d62
				bdkoZzk1S7MzO+ecc8455yQnGSRJkiQZvfWP7Pfee++lcUbhOI5jWfb/aSQQdpZlWZZlKQzsvfcK
				c7DBNti27RGiAvu99957770WGBgYOL33WvRab61t22u99957p5VGo9FoNBqNRqPNaJvNZrOu62ac
				9XLWtp2FqVIXXdd1Xdf1rqt0Xfe69957773X33uP3Auv3zCxLPbOAHLBuD7heu+9643ee++99957
				7/3ee++9995bmUwmk8laGdG3R++9997bWI9Veu+999577733e++thbU9rKQkrISmpLcjrVQqlUql
				N0oqlUqlUqlUKpVKpdKRSqVSaaVSqfQr9L/33ntvR9p77723UqlUKpVKpVKpLBXKsiwL9bZt24Yp
				7aH33nvvvaM0pFKpVCqVSqVSqVQqXSqVilQqtViYtJ1QbduWIv3ee++998b//////9/rIEHvvffe
				u/Tee++99957b++9t/feRiehtgtFZ6HR6MxM9M5EJRqNRqPRaDQajUaj0aPRaHSO0ISgrEej0eg9
				hP6H8rr33nvv/DffcVEOx+EvX9q2LS0Wi3nRRRedsMVkJBIWq7CSaDQajUYrUYlGu0g0JBoRJCai
				R/SIlnFERHQR7f8VotFYiDZEe4iGCNEQDdEQ0dDQ0NDQUGlo294oKiIKbaVt21FoKIWG1tCEdkJn
				QjuhT+hkJgzFVJiidrrelp0NDQ0NDQ2lCP3/0NtD///nJEMnyRASxpEUjqH33nuvEHvvttAX+npf
				QiW09957D61W49ApRehEaCM0NDQ0NDQ0NDQ0NDQ0NDQ0NDT0qlCG0IZQORBCD6EXVbVqqq7AqqtY
				V9VHQHXNUj3VpFr+////////uq7/Zy7qNBCmrtYTqqotoUZxUWlb19W6rl+u8f21/P//L///P2sW
				a8VarVar1equfvVq9W/1Y9Q3eCApKSkpKSmppURKSkIqSE1RV9QU9a6KioqKioqFqK9Qof7//3+q
				KtRX0TRN//9LUahDUdHQRFQa6iT6/////6Gh/zBUJWp7W2LpEisNXaPSKBERERH9/zIRFYlomqZp
				moiIKJBGo9FoNOKINpqmiYjq5Zm/vBRJMfnbB4G6dDoRooLkJ3Q6/UTWSMYKMh8Yr9CTg10Vwc4l
				mzD5+4WrtfuaXZMc0Y11PWS5aCDLxG6l8WGHgDe2t1AeYjeHdQBoMNxmtSdRUY4EC5alpgOJwHGz
				eIV2ARvDVKEtZ9Z1cQMgDQ2vPjWBPehAY1g1sdgxXt1sOacDkEPZuw2RfR70Ko0DIoaN/Xh3pEK/
				t3d5vJUrY5IYUXBV+4XkmieffRfsfQsx1vcq7ytL5ZOf4hWCVXikIY/1WrGELRZNrzWLdnYIexw6
				FNIdYpWuT2l8m2JvKZdb3JzzFNOaWKZAYMi1gdMbueRBRS1kwFv+QCVahzgjrIxO+qeIf1QA/0YA
				dEdIJ3uVR0JQDkbZ+pGHXNGTtfUZwvTW1BGSriGGkIdc4XQYJBcj9wIBpKTqcl2YUh17sbjCmbr8
				Qw14BGZlXKPD1RvjyvvDubU4SznoXQ4u9IPcOEU76rxyraLHfHfaxJbbptbtRftCw+zszNDO1QFz
				VQoWrXmN7hbQ2RLC79ZT1VcGuuOHshC67g9tQFSVaxeTRs1dzcogynH3kAqbJUFJIIgptTTg7qi7
				8NRwuB02MqCHJ6ndmrKrI+d3YxmaqbRPGzOzQED05qiuXxQ+TWxtl5knbCjRSzerISZB8mjCBVb0
				E6Sdgc4uYKcccauE/rBK30pqgyX96VhltIeWsy8yEgnL1O0VeeLgTyHLB/OT2N+d2wZ366jzV3g+
				z6/FStg72WuWYcN5wX4bjWfGw2aC/EUbOriAxa8oYwtVjLBDMx64AZE8R5WBztPSRADTPWvVvm7E
				3bqaAERnmn3FakElYpK0Lz1vXeaosgzbQXzwCG5thhAFRGHl85E7zvwP5Awdn/ojE89hrRpPYnCz
				D3ddoWoo0hM+ypLzssshkwUyVSmjyiPqj2KGxoPQrxCI01FAvMKDcARlynMpiTrItsxKSfpz4gqS
				z7GdIVBRlqkk/cn4s7M/ocY6IrAFUpmfSX+VffK3vMlKcdP+Wa0ANVsiNUDh8lCnzYlSVI4MTm/R
				tB817DOLQ39gIBba//h4hb7RiLqR5FdSVDDbBCsN5k+Li0Y2YV5AOJg/FhcNIK4RMrVJE74J5ClN
				rJSdzXkshsWHZtuHkQd56cpzLCttFwTWnDhaW/d8JRjFwHJfpPDQEvVAW9FZ7aTAXWSb/ZpeaRuz
				PbFF0a+ibXqtUP6C2qCkqTZy+UpSDfBa6+wxULqrFl0o2wK8uE1Tb92Rsp1bypOnMJCaJryW5RNA
				hvwg17Jss2bKcpCTON6JI7B0S5K1IqpZtY6iHVwZvD1uMf02hyrwqJXQ3uADwD2QTzqJ8XiF9mEW
				xnSnI+buZb8AVkZPz8A+gc6/gDoiTnwhHw2CyknnGT744RISLEWAubdazPxEYt7LsUayqqUIQHLD
				OlYklhJ6wAfyqR/RZfOfjX6XjTuJABS2GyG0ZrPiFQgdK1EWJ5KFJ6CdYLnTgWuuT5IHXs24D9yE
				Zp3VyFSKGUFYdpku7cnfZUUIFL0x0afEk/X604apA7N9s3C6NuTts6bNtUbRhwkiD4Ik4CgcoQVk
				vALARgkbo8IB1ig1uKDZrGU5R64XUcjpQb3lGNtyDb+gemM3yCNqFOfIw8Ev7dLJsaiGqKprExuJ
				QrRQpTvtoWcdr3CkhsZapl1+mdEBVG9YJURLWiLOK8VuVQnR2i61rToqXEO0JsNQa1NVaL6gstCt
				IzpnYYufrkR4yVMaDYqZ1Y904qof6Xyq+pFePXEt76/bJad5X0T3/IV+ANBWNKFoiDqpI5qJV/Cn
				g+KXMjdP0e7Aih1Wd/6waSqQj3R21Nr5T53P9HH1E33rMOF5L8DyFd1ItkDfdwYPA8KDRf4vwwLS
				Qz7HdP3sSkVNR6P9WcBRLgWXzi3VoZjzwMDISVbFHoALSaXcUSHMBs6QWrzEoP4RbS1sSSqRLJMz
				rMUTv2WERC0s3qlCB7XYiLCHHz2lUS1JrZBG6AzLnBRk5Oq1wfjDUoegRRNVh+5XqiyrUJK28PCV
				ZVwjYtHwaSsyqGb4N0hlfUAzMjsCbROeLTJAl4PoWOpQcvcZ1bEeUvQ2X886LhCkiFUmYQFebpC9
				CQXmmrhLHjuohgyTBDIIt1B8aRLEZ8WFa7r8diLKX+SG2Yi3PYx+5EFRjfwaZtsK8yNVMKBXd61B
				LgrOqsXPC1/YMVMs9N3UifWbziWQ0jmnTnCUpJy057P99xt4sAenG6/gTFM+PtLSXrSgoJHtUmu5
				rVD2X41E1+miXeeuTYjDyrtt5sdjT5MXmY9b3FYouq66cx2RJonZru+7rm8zCg+WXuh3HfCmunFh
				/37SGBkFWlCRfb1MFEk0hY75J5j64EgE2gihrcA3082y3Qf/UzWJIlffnRDvJ9rExao92lFNPe7Z
				NBauppGQHvEKj6/KkyLzgRqJWrAMob+W18+/diJtP4m2vCfhLyAn/XHJcz69298GH+0E37c1Q5q6
				bfgTGni5wva8PupEMRMt01z2leO8Krk2FdHcoFbO5bqSEK+nFKNNrpbZIgiJXox74ZWT9zzgGw2r
				pGn0/aTnamiQNVTdejd0iWS1C+4oc2zjFvFusmosm7ZC0vDHJA5bFwxCSQ8/rtXSng2vVy1PLWvA
				erZlb1OMqb9ci9AZFbX+uiWcB08WAOZqFR/TD8RWpuXkTxvGK+ixTMszMUhnVR5DnWQwkg2lxtuf
				GkYrf5rRVpjb7c11JH1KtRz4NGMd11ERq05l1btPKBjap07LzdrWph9wLc8WlaV0VhvGUKTisqhC
				Cyifn/DyWNu6m5wm6F+s2YIw0fhbyI1Dv0VLQvlCoKwri+dZ1MwBMWCPmmc7SuI8xZXsBOBSYJGW
				a9Oq4hU4MorVrKPR5sdSv1igQhOj54QzZSBfQROsaLATR/tbWFY8cPfHGTaRlLKSA8lpQ0ri6p4g
				iHhmvkYSO4fHtMC8nql7Up2YV7TnZLA6Va59l/snOQDnITpuDKM7kp+7kyrC3qp92gqw+yuvBiDS
				hYfeagi8Hh0DeD069P+uRydOWZ12x60gpPBXMb3WOTZcj2ebtaAHQ77rfCCAzyY46Rc44GsFtfkn
				nKnyCoM0XkiYx3avTkEHByjaLzfLSrz2wEa6WcAHAgi+G8Ie309dZh4EW4pEm5v8xfmpSJgFoJ1P
				AXMdLs8+g0eV7lM44ReSmrpg5Q8/Q42lIJzegn8gr7AOTrmHxK0gcPEK8SmGDnCdvo5f8MkxndQb
				dCsglTrz4ajyaNTlCFXEb8nFxtKqAyufRsjn3Albz+OP0gU03sEJiapHLylTFl/Ga3IIGC+jeKJV
				Er59BvLa1WAIeYVKB3BSqEJgP3pyr/IKsVKmeoSKBiS2Cn/EWTkk3xjjmrbPW0EwTX9cziMyEhEp
				TH7wl95jV089ALPeKEfhb5gb40tvO9WVeeaFfIFvzrUvD7Z53nKnkPwEztbvg8zMUccRgTkoSJkF
				VRRx+H2ebq+Pz+6plZSBa5cYomhfGYVIrTRST0pSZ1F0fYCviWJ7VXM6rO00vjz7TrmLB7zU895a
				jvTxO1jhU7GjTxOzkn1rHz89tPt6FUoKTHE1FFtEcVvGCvEu4El6svLMjoWwvKv1I63HIzKF+GSb
				mBRBouNYhF3KIDGfqtwBNJPktfTJawb3uZYvw3AmmCzI7eCWymMEST5GsfnQ5jVHoglSJOHOJxGr
				Bl+SWIBrvGJem8AaIL+d1hAyS+tdeGz3gX3uh+hcaY5zUx67AiwTT9bC5IK2kbd3YWddW57A8XDc
				i02kYMzjaMELXaxpoN3cFbTDaZ7QYrTE5MGAkUP84xke12AmZwUgY0wKTzJu2slDx0DmFC798Q0f
				nHQ+h1HWmkuTIcoSoZdXmMIDylPuFuzpKLdYPENZrnJ+F5iZQlnFpBw9U2PeTWZCgAUGbRFRaL6v
				MAe/FeaNDDSTLZPtWgOfHJ2uojy6fgV0F6cpqVxwHw8Fs3EKPVV6BGtAetofNpByYRc1Wy5RHGIB
				sS3aQP19RP0ltnjU9wb4eAtSC3lli7/q9exyoO7a8i8vV6pIwNUfYp/AkgQ1Qb4nFUaG/YdNMdnF
				rOkmS70xZHa5joT7H/eTTSqJ9NNetEbmm8ZYR/L+/AF7ho9AsbXr+oQYfJ4cULWzPjBKTaYsjuC5
				FY9ISeLj/XntoEnA7toLkinLVUp8ASIoRnWzguSUdQeXYcIL8ipRWd/s4O5zeTBKDPQV5wdNOIE5
				FF4AYwnwErH9Cw6hhO8bh9XajRLjrhbz4JAmWzdKgLhx6nhaybqWrIhDiiyUAITp0wf1Qq9ZaGsg
				PD1RzdmWl+ppa0p9bp6xgKyQyhKzvMOXTdBdu2e3taFl21NJHt21VYmMhakgGuArgFXzMbBfwdKo
				rgWVjbCFGHRXJM/IwWTQMsZo4p0q8U+RkfWxNRkLtkqNZVDOq5HS32IhJxJanqridKWM23SElETX
				A62VioPEV19/kO3XTfT7sugn99mbrKIe5xw6Ya8QmXyTtQhsfCXY1hEk8x0p/UK7FIqCV3yTVUJY
				OYTybbJAVvTnhyVWvCBiIi6KVSfoBxh0nIwFQaBGgU+GI6ULjjdCCPOjUuZCLAyq8EtDHvu1Zgl7
				TEDXUyPqnr+WUxEB8X/jhGC6VY4300b/HrCOfmsUNzo7TNS5ndwjvqhlGUduSy+UmLKvX4gF8IuC
				VNBnX1YWgY8xdC0NG8rcuEz0T3R8a7bYfdP69ylBP+S3q0nihr9KhoDxRKyJGr8nQisk8f9deS00
				Si1k4vVHBVnq/M0HTWGeLnMYZIYZy2/JjnAThQBiAZzKCw1yWa71UeRg0fXaebTLhLaHkKI4oRGP
				yrFj2tD/t4fQnMUwKgfbA7VTptFDPyaPbP13geRMefBg7Fa2EP3qkCLCCFABlEp/QbIX3MC5QNzx
				sXNfTLIQVCpWtvJ1Ildjbm3RGGESgVSPPeyref/BBlzdF+8kPaaDQ2ganRqWfSzr1GkfDl30P5Oe
				jgKXcVwrmqTuBhrmRXe1E9OEg+tzGzQa3nWzzkYwQ5vLmUPJOndL9N28c7AtnFtd7wE8ad5BdsRn
				4VqGYjVmRVK4lk1tJ8tdKCEXg6XMEFsTb3i0dM7nke2eUBfKbFotFXIjy7usREXrrICd7J4dtemp
				gX8kAdAZHCFsWaJ6TENEmZkFGaL7MA0NSsOO/O6hiWSd8YTwXEe2fJgt2s+DFw2iEpV9iQS3eCq3
				yU4n5q+Vdg3Uyl44o4LNvXr5XyMeOxIA/JmqS8OZ0dEpsbZAt5uMGuTI1oRsca+r1ROWk+KsN6Va
				hPSJiS3KTFtW8hM2k0cTDpii6FcMgLd+DfSWqNJnyqeI62fOD3ZfhIX9LMbaKbJYho7il37ZcJev
				EEttxi+9Tf1FJiDDr2s28TfzsiDySZy8RUhBZ+8xn1vSm+THy4jmn508xPxvP8lYmCFLxCN6oQvS
				n02McqrjYu1tqr7fcm9m97jOBgZU0QPMvUJKvlSxIKQ4ppH+K/KGR3qSccroKCoTRlq95SobT3Z4
				UDwtSYnrrWiCCsjhrmRyIFjJk1h+uUiNS5wUTD4NeikWcjQ3kpfuJljmj4dBrVwOT1zc/7ItjhvQ
				fBef/5YhqwbNsnqIBZdsrMrI7O9ZQonfPtzdurpbJlfuyLMjzVh1t9yGo8lbt2PfpYINlJK1trnu
				lqcYoc3AsQe7Vo75IHgmzP8C14cNyUPtwtCjF4FYiKde6NHho2zM2F3ooUdOK0NhBcnl1oSZLUhH
				q2oQ7QcnFnJmYnmvRqZ5S6vNzMt+B1LKjiBf7VzTLWUZuZt9plKGHaPimWOpLYvjASJv/9vIMPjB
				lNjbKV5p6zYkbNdXs5Y1OQtElwInSoe1kV/z+P1ILSIx2yDZzCIHxEKYVREu7GSt65aQwUUpW6U4
				kTcK6r9AHn29g+wxaoFYtJljm3DLASj8Z8R4+9b5nZ9DjaJaj7La/4wYycSCY7dMjrwkOLiKLfkH
				e6MCIDl2ANDElR/nQg4OYmGmaXh0rVzpP1OHQPF0hV53Gu4BTZ3BTYDWOZ3oJu1CIy4rg5yEP6vE
				ZaGT8UMSVNt4qewjU6XaVkZXjCg2d4DUKiKIn9Vq2yQjJ6clrQvEH3rz7FnnZoFk9jXJkBjEyCEW
				jLxU1H81GQCyGdCZFiz2JpCctLEhH2S9+BIZ7YM/KgfM2jdDXwLJO8hm/PFHjInFLzTBSq8lDhQa
				wSewDrEQjMIHC3fZ94pJZOAPXcHZSayEPo9stHME4OxsABQ3nvE6dHY2M5jM5eKvKu5f4bI4jKWO
				+ZloNOePR8rzz2BMg85O5XreLtG7gF9HoyD5kZI6D/3OCyA7nlLcelrC8mP1t0QIYmHBpyy22nAh
				E5gtbQKdKsuwHV/OPPKw3E1Zhhb25cyuMe3TmpEN5cnv5UtE6WchDTntJAAqoJCXAfX0Q8q7IkwZ
				Fb81OZgMGysYTVagbuFL5/jIwyRUlpz2UHK68hPMOaNNgEZ7nkpmHCQITZYtjJuDoCSFe2QWK0i6
				dZpNfUUryPB9p2RKDa710hEiA7Le6pC9HORxZBmTVdbCq9eckoi/hOcfE8aVu+REnwv7arxPjwzi
				QgbIsttDiWZUjhiVJYU3j9v7arMKSwRO6B1TBxpI6dHIPB7cbyaaeU0FPBEMdEIkREXzQn8XMVuA
				hUzKk6rfqBSTQgEp3smFCEFd3mhv0Xz/aJQc10aeHjRbzK4r6kO6Gs15A7FQsq3LUKtJjxA3mh3V
				YQHZmXAgAahihG5YypjgjhD9kzTNJkINv+FoztiFWOip22h2NEfe3nvsyHEtzH2IBSaCeXtjiWO8
				3WmBZjTn6mEB6agbRfUqNQhO4NgrYRf9PJ9mzpugnfQGkUGjmW+MUoiQzmhedDiKPzSDLCGdvgys
				yja9OiyId7Jo5q8LQLsPYqEyKNH4bg9DtXfvmFNvJzZ1Qq4oCSkVYiExMk0TrNUoiUrrzT0u5Ml7
				GREiirjFgB0kwjch/EmEspR4YPanW+GHoyaxRsobjpebeVz8NvO40Gszj/gHRGMP2EZhY+VpGERL
				iKiZ7fMZkjwwKi6PwTdKc5lKP5lacHn5oiJGM9/IWgJPQixEeS+aF7t0breTIkZhYQX6KZiE7eOU
				fNFMBmuulq3nwGUOidJndmwWHJEOyI4zmnnzsIAYONUNWD4tIYKZhlXFvG/2dZ9t4R1RMmMNSwh+
				cAmD76ckgBTPTI2oshClbyej2SWAWNAkMpq5Fivm0c2qmEeX7s+Na24oD++HhL44+HILgVgA9CQW
				KxaF4stnV4cFa+2NrWg0C91Src9jKCrdWwDWQkYVb21ahkJL9+MceBr0ZHd99s+1ZjRHpM1UsdL2
				bCvIgiwSrNDBFYcQDM4SSFecADGwv5xPp0CGND9vZRALvTKwryPauDMIIng8cUJr3Ym8iOKmAxqw
				cCdMTK7tt1/wOk2oI27Q1/bkdWeCIcnp2V+9h5A5YozbWxpHQKmpIh27v7APi2ElQCxQXNWXWyND
				WaWn4Lxh0YA1fuOhsFuPBOJlufhzPCwgnAMGGQIAfA3k8yF4COdTE+1hQexff0FazuPLdwvXXDIq
				5oEggvk40flvgRu+KpDPR7GxTOVxi2tloZdoCbE4sTE8BS9kwNVbvKlrD+Uxb3u8FUQAIbx7uGVq
				nfmRkXYkmrvmD8xqRSIYgPhZKtAPjAEsj3yweXf8yAS2qvmFXYZe5BnOJfjueW1KanNYyJiWhTjq
				eFmhTA9HTgtQXHsV0bAwGYQiDSUlNWBgFvp7EaGI8+tFqyNrPVNOQyNzQqfMRvgDjpEXeVz8LvK4
				0NdFHpd8InKdVxqwLEYe/Xf214waRh7dAmzXaPs1oEWmNUssqSR9rPiu9yBrDuUiFONZvE+1Hr6E
				CXoOsWaYBYpFf2aBT1/Lim2QUMhDCaosw6ZnglmI65YYXJG7yA5AIfY0hGHWcz0qoLzczVJsiPxj
				nVAb8KpY6qi52FUPoYrIv7Sn11RRZ/Mxzuc0/0ENzrQNWic/opBTjYbokC/NllVgx2HNRX2vOVrZ
				QxRPI95D6WbGXaxs83eiaThyKwb7febOWn9V7gAa07luPMw+dn1r4TxXwVI7Qb8JajxFXfEyNMRa
				ZEUkTH9lAnO8bF+Uv8iRgyzz8hx6yhOGO170LufxBMsC7OjtQTsz+vIdg4sJfwrvqW2uvIaankHH
				xEgC0rIlQR6QY6HPjCl5D2wjDpYlikE/wn4yg+m7maCkvjm+ZXw3RGi7NV4josqRMx9FDMsfsDED
				M92pMqO2Nkg2Owm30KWCQgEVhphHBQgQQqC+3MVkbIIt9/rZ6FfA28nY08llLwP0grdXeDwMczqz
				LMH4ACDZMpE7v55ZFshpixJkDYNmI0PX9iKTEZLPnOesh7NsCTALcTvyGntZTlsj9sY/cNAcjwYz
				irzChEhwPS74ryd5TUky3o5fIxe+U5RpTSVgeHZi/IpVK4MaXIwiCP2tnM9IUdS7kEDDgDc+N3eF
				3qY8ejlndqBNjZ2C8K65SnWAW3g6+5WBKUmlo2f+MRCJLp9StY2qfhS9sg4mDG+EeH0iUUgG7NAQ
				NqTEzjq8Tf9qyEAaCf9zK7tlPfFmm+nKcmsn3oh5WWTKJzKIfMmKxWHIxJPi3TkYaY0MQBOJy3FM
				UGSdTWLOmMaqJiWTpMADzESgTcJ0c54FRa8ClspBBjNA7x/1M8sIIywLZk40w5t7MffMYFvY3NxI
				qGObeSr/6A48fAdbKSw6n7iIM9QGuRjV2B2IAzKZU6/C9Gcr8GWzP0QTtcioxUuA5b4+DUUqr1Od
				rBXUdwPUEdu94hFI+L5xtawLg7hkzHMVGfV4sO3fj2wt9vUP6hKgYcurYOhLvAZKrPSByd3HLLa1
				VlRHIrrx8r+sXLUCJNYKmWYkT270MOlSQmxrPo/JZFprExmbNrBalFm43XjxoLzxk7L9OFoIvYBW
				EDNhxFauuipkgHBayNVe60hQLf4jyGQ0CBZyaI+0nUZirSDG+uzPjKztZKZjFqgpO/G4JGrbCVhs
				BRQ2P/m5207DMLMQnaiVtViOinSSNAt0om0ApHFNYtqLNJPy0s/18tVcV/wvWFEfPArvP+xza+og
				TuobRHUPCdXQvawKGC3DcnTkG1Qgw3nqXRhbGhm6l9tGlGPK2Z2ZZHKpfipptSMRBJsJQbRe9aPd
				6gZOCxTbauhu2F7Z1+uIUkzmOhPptDCozgcHuyyW9VF0MYauFEeEa2LEA/9I8TythGvz3IQxKZ4K
				bxgwHEdIyYWmF7fZy5AlE26L6oUMqlLQnLP/hgd9gUGWB0WJG985Z6S35LxRVPnudBP1eZNhYYvB
				prlK9G9XAX2cfLAYSFSy+UKDrKfYIqbMi4h6LUPUemhH7MPrzre/b00TbtmO0P4wie/J769+g0Hj
				QxiG2krzVlYGBE48uIrjkN7tzFGjK8RopkLfwXdSJVF8002joRFsJXlJqGBYEDMv1pyXTVxhzKK+
				T8zxdgUlyLAApDbMawRblwxCSB5/3JZ9YhDWmXNuAkYVeyjemRJsHDlPxIV9WRE0PdceEBfJWe2O
				nLQ5zG9nzi0wGnFKWNVJfe1QNBu0RMTaPZGgOU2h6cCHVCLCrRLLYqOxyMGyX+uNIRwrmyqtZe1c
				CYYb198nEClJdRnMDFPcYSzWbTwzyjSoDly1HnyCsmF5jw5KzPBxsrGonoEG+NEe50sJQZ1bQghY
				162djSD4bI7MbF2dZjn0mrMeKNmJYmbgd/ETzq8M+I6/Fs6tZOoWSK7NM28rnzWCIZiBS9Bu8xWD
				sFME5w5jhbFGnVr5zAohj7oskyrO+BwJD5o1Eh69gUwTY8yw7AOiczCFC4WhjuU2SiQuceQ3dxbc
				Uha9MWPLfT9P7TOIZrj29RW3R2MWp+mioWeMlf4OqOquIEvvpb269u3gPOuJqvx5xv5eOT1Nuk4J
				mu8ciX1RY4J88KB1g0rPB2s2XRV2R1bNeoT0My+1uO+Uk35moZJyVs5Pshn+mXCAFI1fMQC8dWtg
				b5F4s5khWJ9xY8fDeRDZLjmYtHR5blhV1wNU+7o6k4M5BK2bal96mVoVTQDbVyfiZlTjmFlFL8tn
				p3DLZ5+jPKFzZy48p6TRIe1lQocpOPGklMkKgF114wBIkyhKyZEjDiuAxFTfPniQ9/anMGW/0sG/
				fQX0iQXB8pEm/9coezZ5pmKVoaWpHFio0y2gzCvml4PN1JIm0i03GWod6dqHBfJUNKnhk5fSuLkJ
				x+zToCexkFk2kTwwNzEg+/Gw+JVHYvqZuaRFX34jmpF7hir3B3kHKO4X5VUUm9x8uMA38yulvgpq
				nxPcpJgi1DdZ1AjcZf/yTX9aPk/AR1PxzneZeSxMXAOJzKT94lgfmJVzWBBgh7eaww2vSR6mlr9o
				XxhJaYlXs2ljYtxGAYBtuo3Vz8wzOMgA5uAO7k+qBfCguTtcWBXUJAMX67RmobjCLVyQ2ysMLFNq
				crrRfAGyTAI/rIEK7NBD5PF6GYpS9qWWwWKHJ/u3LyfyJiRIBtTPncTeOvGoj2p13TYBn3s9hl7w
				egw6yq7HuKPs93AB3ILTOIfA0Hj3oglSgwrafbhJ2iIfGfWhg4X2zOocLuQ7wAMYv54cnQrphmJU
				G8KgG7otlNfug29lG3t90xqebtMF5QE9fQTIe6sRmr8DVK+MIyarpI8AZMUCgHoyQR5LcDyDbcue
				GF/9pfp30l7Nt0lLOgrORHixMGFAJGtRkfr15BDIbrB+WICtjJ7e4lCiRnClyKztoEW5BRHI7OJd
				Um/TEc3O2dI29p0bMd+GpBVpwJp3gVQr4sSyKt9myU+x6UomB9ITdvV0FrwFJBn/NblfPO9lLCAH
				KIQxPFVSfp0cALEToD8WGGb9SH46E5FtMr24JTn1Z/n9SE5EbWt5ck75doYfyelJq2NR9CM5uE40
				XJMy0oHmLqzentpEq+I9F0bVKPil1N2X2l1AsYdUX2+kI+O808xW1deb7YTd6kOFBPZmAegnBUBW
				hcuH946uAVrH3G/5CaTca8J0jigSxCwhRVOx3y51pYueMeXBA+dZNf0v69YfZ6RAAc+FvKQWFuSw
				natb0OEAusr9z3ZB/Sjzhwef3Ae0YjZaUQ23doddD2YhJr5GMkUhf6MMayST7FIKC3K8FATYAJVY
				jiYfDNzCuOzdYbDhwJjk5aDykzH+Um35ZQ4fMlM2JOAdji0SZh4oNdvCaO0IOtibzpU43OOUCdBU
				qEEgQgci2emKPkYZ/3oeNEXEtivEQVKYbDHpkOF02ZMhuOIrqEPUS1k16rpSBwoVhQGEJiwO20Ng
				a00IQQvoSMdi1lLSHwQZCScZt9EmGAsHBHnZROABL60P8mXVzOw1V13AczRG7i+MxPz+RoXzlPGX
				5zAWMjSpwMYi8HeBc4HDqm9xraEQdgPc6fHtlPpX5+Q0mrEEhgC42UkOpNs/DYvENOK5cEsieQcz
				ICQRcIyQjLcqR8aCXREc8WQE0St1yMekB5rm38l1xgJcqvtchXAzbQq/U0No6uXqMtCOV5QY+Mnz
				D8Z9K8QC++zlFUV5vxH/CoFRsbtfIeK28B6ICPBcIAID95C3gan6OHfM1Nslm3ohU5uElOK5kBib
				ZknWbptE1S0NIeTxnn4fjy0w8yPvXKjdtOYJ5eCPnZ1wle2OwXxii8D3s2ZY+Pew+CTq3vGvvx8K
				a4UJJRqwYEK1fdKbkodFxcXV4IHROqCWMgucoFp7WcMvCSPZ6ydehJWwbrMFlwaFlt8iICSZNUuF
				z8qEkJn/6VUqLtgOV0ihTyStWXRFmKMbj6ofYZqxkHrGWNBC3vTH7FEALHXVvjiUBcOeDYMdAevY
				NKX21Nd56wJi+AKwr+KByj6/0eloIf+LrWpfGIaQy9e4AcTA+bu649PhK894bzuReXEr23NhJUtJ
				BjMJ3rYhnBaqLfxOo8G9uie4GuNejnYUlHt8a9liKNvDHzf1INCyfDL4dkPbzbnNHzpWPt8ItYYg
				LvIrty1jJZMZyspJMVgeh65laxYveZwP0kqUuNKjKE4mPF96nQu98jAvI+zcMwghefxxQ3ujiTyj
				44ZDOrCIJkzEtf5TF7ZPk+fG/TVfNnkLmVBPEuq+NuhRe6gkI89xxrVABGY+cte9Bxu0OZ5tPGMh
				j4GqwpajTgAxTOCIg76W5Dj7nkmCaX63hGN/p8EBTGFLHlng8zXgnc1grsHKvxMoIH10Ngsp2Hf7
				15kwashDbITxbCJVwogl3ECgDPS6YjotQFAEmHCrXJCNYOrNbd9RDhAfsWTnXmznizjp8C+zeDKJ
				Osp2PgzUZCMM/W7lOr6bOpp5IOPqRgC9Iz8hWNEfetrxLgDL8ymIIUACWA753IybF/hrcqMIz2aj
				8caQQHLots3ad+hasSPDul3oY06JdKMWpNSIGUg0chccdneButWRACl3qZE9QqmrkbWADjsbgeDK
				o3lX6lc7ftMu9jjhozzBbIrVAu6CrRnqHv305GzGfFp2lYXGMZtQhOVlml+KSR+7b3p9VsMh+4Ra
				y53LE1Rq9//8rQV44iJ8510CRkCQ/g75OHDt4CQUEjTDmE3nCHhhvUJxXx9SwG5ACUdrPMOapHus
				gPtq96XY3vrHOn1twFup1FAnYVcdVPVmO3/rH4tcwgF6UiE8Ibhp+1A/rImLwhGJ+hHkv8yyyd1C
				VXSx3QLvjfDe2g8NXPCGQ1AySc7+SOk0EkhK8M6ivj44clp8As9P76ftLE3Pfn2qXuG8t1ZD+swd
				ofDBiZbFoVrwrfV+uroyNsfveLB93hBVB/4loVA3KBNJEzC1wyVLHLKzfDICwfMGbuZEEinFB9qK
				8H+CvRhX/fVihLmmZVUZg2GYZXrHad6ebJNoGGDBWLn0YiQc/hwjxeg+K5HoxejBqybkg16Mjv28
				GB26nhejI6DzYnQ+Q8UP9Fa6Zw303tpnN+aIcw0fsyIUDYbKeTEk7Q/AhKGf4tSXMVZ9NdKdWB8O
				20DzGgzXXtzbnJnAztWuPyvkK6G2AIPp5UHuyUzO2oo2tDRia4NmOPAR4geuwI3aP8/kc1sZPxu8
				Qr6SXLMB5VzmELs/oubttETpSZaFJvDCTYlMT4B6kidS2a6IjZ+d8SblHbQqigwhp4w7GIzZglno
				SerqDS3tzSNES/KO9KUyjYooa3Un7HeNazL1M6lsXU+RXh659UTpCSfO5PTGW9DBJcvM1k308Rlg
				D1cw8i/FzRULLP44/Cl0/OS9n8kp8OO1Lv0fMnSxhTV+B8jjynG+XO07BJ2RyaBXSLH0LXbz7r3H
				rggCV5AZ1MR1jFs0ogFVseDuMS+ygz8kIR3CghU5D/IjPyPdm+qh51vEjTKDNQfG0K4maFCkGtTX
				IBA7YNfOVjAquscsJrIqtUTT3h+1AwzfQVYqi7oUD5CONp+xTJNsKtaw6L5SkAQbQMIwFqLMIqc2
				AAPWBc7E0B2CLY7nQSRhwPOqpwXV3ACInQD9scTG7pyJQfPPwiTfqXFzJszCQG1s0mhTG0b+48eY
				idFwQwXFPua9sCWStNU6wIXno1lmlUIjWbtGEOEPC80tSS5MY0zuKPrhUZKSZNaSDIQLDbcsAXFF
				klnOC5MLk/gaAEUQtxZyyafOUesF9ZNM3cvy/wVvSKw8eT7kfUltIIBXvh5y8p3kAhRoALysq3UH
				rcvkQlYLiHxyOUdyclb8WQnPLpMLkxivokKb9hAyz1cWK77Od1DUBC4Gk8epi1RdYCXwwYbMUBWw
				x2hycgEVLVeaiswMl4NeEsYqKmM3dS8OIznJm0XeBaYigvrtJrRUkwtIej1Q3OcDuJ/NYINBnZom
				2uSZcT/Yu/0pF8pHrdHr/0xCNO0REz+fizPLBV6BcX7tt6DeG8LnbvyYcrKvqdoR1cdpiyo04FI7
				Ap96oTmzTzWcBA/4OstnyubjMlgZgDeb28nTsxeV/MWCWrotf/I7EiwXeBRE4HKGDEpMCpcCCylw
				a2lwRLyvNVP94/nD5qXKFYzWv0KfIxDE4vvGlqyQw2NUePvmXG+emY8Y7YGQ96gX+jTCe+/M0y9S
				ICm4zf7ChDOsJTYQOUStvL2Rlh9K6i4xrj1Q27j2r60THqs3s3myVA9lehYdy+vaZu/tIaAoToxM
				qJytqq29YnuI6ywLjcrR45cbNF9lIGNb4jKT/Bxns12zjqExu1qTGaqNd8SYYEoFTx6gXPuLKH33
				B84B8o6PnXsxqkZQGXFZTjVtRn50RshIVFW2SFRmmzDd//tMTdJPxB2c7iIgZ6HCjDJb2Y1qOSyU
				KS4OJkJEsk4TcXfAFEiHt3GMIZKmeml6QUCFDret0DM+hEbesxlxvbygF01lXlZ6nIzXnDJZhwdE
				axbyEEpnONTaKAa3At4GeFiK42Dbch1nNRNG6w7NSHaWST/UoUeAcsuUsJk2eShW+N3tGGlgegry
				RgKCEqWl9KLlYJ0SXJmNv1rjTZedi+M4mr0dl7mZL+WIizaEkk9cRTt+UoEoHpFk8DTlTJD5k0Q0
				et0FzoEGLifhfmfPjSL9pZX9KsgdQ3qS4opY3/HV1bqXP+VPIR7wMML+FAgvwczKpJhAWqRrQhnF
				MEkws4KmugTRSNuc3cUeE8JZMgu3uyqc6VUZPdIEfpkhneTq61c8AogbXnKLUEMqb8SIJD8zFLYo
				T9pvcggQSLEVu2VmdSUe4CcfVED4RQxoR64KgiCElcvclpmh5iWW7SBxhSDoYAO0b0fqKZzMOP02
				K+Lo/8FeTrG90U8aq9lXT7AohSHd8JYAcYtvx7U3kaxSDVUjjIxJsYakcYC/G+p9T65L9V/oEKgd
				k5WWmL2u/QVAGV16APNQgFwBRgNae2OPvcWDoQZA6a3WLPE7kNrvmVIpufDz989sFq8f1gSZA0O8
				sriSmpHRDjFM2ayovmZ5BPrd4ouL/yU2au52ktzAM+0UIn2bzSSA4QNr4gReUjPjeVWyDuDabblu
				umdUj+Sha8Bxa2u3OduYVAePLdz/Pag/2HTHV4+TRfpzy0zYPwPNTSfbcbrFvSEcAAun2iJJXAZq
				O+jg03Z0jXnajl6klet7kQguUfeOfPGeFOPbTQNoXrrLQ26LW/MuczQhFZ/+AAwTLjZRYXINLMxj
				OVenoMNAyb0exUQ8PCRKdwZm0NxzLWegdHPvGOUnn2tmqx/alsvmmpmowiJvmZ5k8wlrFvobE6or
				xd+kpQVjmd41m+1WARgyRHS3dnhIFA/niePpriHGqEQEVJdw/AiymkuFjPMmgGHj1K+TPCqUPUs6
				U7GKqN7l9e0R0gbeh/QwlEKMJ62Z5ytMZmXpW0pbPw0NsvoyKnvnRWIkyGH3JMkNoYRz5sWxYnsu
				LKH75DtVymtBgY2LiW3hn8BRRzn6y4NCYN3AzopkoWmwJxkXanLr/VzyoIdNL5ObgL57KIxUpx4W
				bxAvgxv38wU6myG5KRqtx98NkApvc3JFgERnL1UPhMhnVi+8QfJPkvpRp6Fm/Ua0pJJTNpMcKhwr
				6aEobzg+J2GI/JZib5sPjmrJkfwzdxwIpYTqLpOMzzmRp4f0FiI2q1UIoNB1meQtQZlH+d2ZVRdY
				0HAtk4xJokWzjyZ0wIA/HqEkup3ZrMinwoCkGFATsjjMdNo6cy+V6wZSjUcQ/SlnGoQ3VeMRVh0/
				oK+pOz8cGo9Yl+6TAlJVuNu8bUIRdsbTRB09f1rf87UVPB+mwo33baWse7uEKPoJ07UBrIYmjkdS
				vsUTd/NLTxlmXGEo4r9bTVyLpEE+y167hCymo6n2Tbp96WY8iojL2jcZzU5cFF3kAxvEYRwAf0wR
				xl9p05ny9ciUjXzvMizkUILRs91UeluDAPAmj+KMpmg5beGWGetjXu5IfLrkwMVRxr7TM7vLIUkr
				0L9G7qAsXRqYIymGbmEU7Th02gz69RjuX4rwUeYLICOhc6csxFuLCURE4hfM9DH3VfngDCic3JiG
				nFsu607quUFYx2atiFEI/5Jn68E5JCuWEvfVE9/czyWYHw6tgNiwWvr/LzEjkSRTbxGwMUlA0INM
				lrWsphuAVNwMvhvjpDUO49ofxkzMid6Z89LkgT5wmhduFYYZbiqYcUl4XZxysXHyK1AEzSr9FYYc
				BI12vEKkDhvKTjhjeHyV1A7OV+2PKgyZ7mUPraKZePFu8Zw/hT0M4GWmM1NhGHDB26WPVPhwA7AY
				q0w+QV9h+EbqXiYcVgZNWzjuhEk2xXbCJG+hhbF3eQIQvvLguex3BU9JfVOAPLlnAkvuHNuNhIcK
				A08mc1Vgp6SwwcPjTu4r8m1CquowiiNoaudTv+ietsIgfKDEwu9t97EJ1UeHQ87yFim5tZi3AoBY
				jDShdKwOjwgUWgDK9hMfPHw9T9g9Mea8gQi6wdfZKG9sg3UIN+uqXGyo+HmD2ubNnDyB6jRnEawS
				YREEfy8WX6guQk1FwYqtIAEpWbMw+cxDGTDcfBmJUuh96SURG2bG5zCGhPBNkHdW3ccqDOF6dMLV
				5kv6mDoGDlNV7VuYU2RWzp7CJaGnYoT6Z8Jr+2tFu9QalAAsr3iCjno8a0a0QPximQkjfSz8nZfk
				Tg8soAPS8Ein8CQFTzNdYeBs1STOG34KnqSjOcmYyWmPXvI0T+3R2y3tYFQr3I4bbJhSnuajauVs
				/x8hDqggqoOA61y7JxQzpvBX+6HnpT/7QZ5nodCPqcimEIxh2VZ20B/MCmNB5vwRpVWMCZpD0KFx
				MJujPN9kj3jCKAyCtdId7OZN+Jk+CoKprHodSj3x5AZHerB0KCYS8Ihm1+RODR+XK06VRRlFsi9h
				ZFr7ohJb+OS0GuAcJzSCm6Y8CgVu6WkXN4Es6ZkeNV8JCoOgJkxlUAhVZskd2iAwL3AQkC8zTjWd
				AH2udokDheHX8dZC1L3/PmdA7AuOyj8AghPnrnmSiwYJw3zjfhFJmyHfNM8EChm0RNsECeYZik92
				7ln6E3aDo1XU8L7VJQxipC9jBaew15HYuuMRTHz58bZlD9MMT5GUBTzt5KYgwYT7turGL1MznHOU
				e5jmBr7ripmjkZgRQEmbCugmUAP8L4v8XI44ryvj5TL2mOF900hJaA8JA6zUv46+xRJDZE8YqtxR
				YoWlMEzXSZFSH98CXzMnnhWm5AwwRQT1lL5etDqr8ARyesHIpAgzAvnMZCnJIof+Vpp8lOriDwRh
				G8QZFi1FxvcDf+0I2oEsDB8e8HXIUN95+yb+nBDPLAwfuJuq3KOPTwNZW21LjRK+manN5dTC8BGJ
				j0gQBrqIaHfJIYjs4cZlbRugWe7G51ge1IJFgGZFY504BhscAree4eSz8QJPlAFlhvitwODTNTW/
				NoQc+KaVskeGB6s9JW5NcU3DkVsxsd8SB6tVEfUM2I4L06lPyFZeV7Mq81wlTU2okUehvF9lsEE8
				ObrtGURD0yxI8YQcfARGQtX5jsRF+7CTRJsPPTyoKmBEVXFKYiuoe+Jh2NnbZjQffFCaUa9WDFSx
				jebQZn5tpe4ZMYlBxZe+bCVBTKAMCzwEAXGgo3niJX9ICPfQTFWkeQ54y6ymVxtGu27Zm80bK5eJ
				C/jRvLT9QxgKC/HDclwjNV94na6Ak2ZX+KveiQ3ebAMVLYbMFOLypL4pa8XMl9fLJJDE0TUDNAkC
				ihnCNhGgpaA5nw6uFLm5tNunrKpRBG4DXwNXA++9994NEiRIkDZIkCASZDEIQfa3bdsYtW3Zxh5J
				kiRJkrQgx2ddX4v9e++9t/fee++9994fi8VisViEEvz/HxuK5XCQ0FCJYpti20axa1/vvffee2+J
				iYmJCYmJiQmJif0qISEhISEhMYn9tm0S27Zt27aFbUcstm177733ZiDDMKoQgm3D3ntvDauGyd57
				77333nvvvffee++9w9577725wVYL+4W9995hL9YKY7VWrKrVVUV10VJTUVKy97Z72P/7sN9jhYWF
				vfdeKWw0FRFNQ0RCQ0FCgYICTTidDYdSeWpWE/bbtoWpCMLCwsLCwsLee++99957773fe2/v/bX3
				/oUwQQgLCwtrWAh7bdu2bdu1LStsW1dVVRUrCHYQ2LZt66q12rZt27a3battVVVVVdVu/f/PLbkl
				////////gXWg+lbruq6rdUld13Vd13Vd13VddV3Xdd1W1HVd19GjFbZqtRqQaEW0QrSk1Wq1Wq1W
				q9VqtVqtW61DaFVYOEZkAtGusiy5ot5pXdd1XYeSI1kci0ThHBKHwa0LZIOr0bZXW7aKbavruq7r
				quLFqvq/syZJljwzTJkxwyyxWERiFbGEiEIcohCJgWo4HRaHw+FwOBySJMmSIquqSljXIlVVVUEK
				HpwIRLIYGMEGhmADWVTF0BCoWCwWi8UIbENgtV1Xq9VqtVp00lVFF7pyJEmSJEnK4zb6p2Krvdqq
				3majbbatDltVayWvdq1qU0nVQqio67qu63ohRL1tW4VXpdW2bdu2bbVtIts8NTQrmsmsZiazmK0m
				K8pql6xIVsuKZFVX1fUaK8ZqsZK6ruu6ruu6ruu6vq5r1nVNYVK2JkAqQCpAhI2qot5S27ZVh5Il
				x9pFDrHquq7rulir1Wq12qpqtVqtVqvValW1qmpVsaqqqqqqqq7dQwhRLO256qqr/uo8XVVVdYXb
				OUw7Uw1VURHVVERV9f/X/19VVZOqpaTquq7ruqqu67ru//8fUSX/Faqu/6orQjUU2/Za77RKvTRt
				P1qGluMki2PNiYHCYVBIwW6B7N6ryWhvRtd1Xdd1V6Sq1VVx/S8VdX31f9cXff1FX/NV/fpruq6q
				qqqqqqq6qqIR5rlm81SK5nqu53quua66qnZdNYHJJZcIhZqOERERF8U1cUVcgYa4/v9fjUYXjUaj
				0YgKQnQ3dHdd13VdR6ETWoaGhoaWoXuSJGcLSrIkSZLcZI04h8R3kCQ5juTIcfbj9t577733ZhaL
				xeIsFotTkVMsFmdxFufbts3JnJM4iUQikUgkEolDIpFIpO299967hvvd9957770rpFAoFAqFQqFQ
				KBQKhQwKg8EQDFaQq+D+3zwIQUEDRwbuvfc+MDAwMDAwMLAL7Lqu47qu67Z13TZpWXbjinvbthhu
				wi24zbZt27Zt27Zt27Zt27Zt21pbbds2qm3eb9u2bdvb22zbtm3btm3btm2zbdu2bdu27d/vvffe
				mwlme6N5NpptZptt27Zt27Zt27Yttm3bRtu2bdu2mIBig4lt27YQW8Mm27Zt2zZWrVpVFfa2bVto
				7f//WSMKh0FhYLAL5LqN21qvRnsx2Yxmtfe1YtVWtara1Gq1Wq1Wq9VqtVqttlqtVr+qBbZdpNq1
				WlFRUVHtDdVm77333nvvvff23nsvMHiFlS2IMB1L9t5779qHVKOCVBWjYlHvo6IionYINuwpVKhQ
				e++9d9vZ2/v/kz7+v/GxOHx8XAKD2697+/+9xWTb23Vd1/V77733WO+3ee+9t822baVpounpvffe
				O66wBapA8zzP80zznj/Me++9tyzLsizvPTmW4ziO4ziO4ziecRzHI+OG4MZwhReuw3sSXgiPpbU0
				jqY0Go1Go9I2bURERBvSiIiIiIiIiEZEP1VhsUEYq7Va0S5aFe2ibXtRtFDUaZvGaZs2m0YLy7SY
				FqbN3nvvvffee+9No9H2ZjZ0IIwEFrSFqYjQOspEaEIT2t6bQdIgFDSLChoF7aBR0IL23nvvoG32
				3nvvvffee+/33luDzFA4hKFKtteZRqnSqTTKkoFIkiRnE2e/2c22GTfbZluYbZOtVpsJq1ZTV1XN
				ns0mVM1qtknX+//fe/8QCXECxTObZzazmdHMzGZmYSgllQllJbPZyBYJwghpBOlitisoJorZbDab
				zULM7IVhhdlsNpvNZrOflq1sEZFXmbSVUJKk7FH2e++9997btm3btm1byLw9qW3b5P9lFQgla4DI
				Jg2QVoQQkwwREclGshHJRoZEtr1t20Ym27ZtRiYjm23btm3bRERERCSILOLaISEhISEhISFb9t57
				7wUVOOecc8455+ShQvVQvffO+W3b9s5JkuTknHPOOeeb773rvfceSXLOOeetB6zVTF3XdV3X1Jz1
				1///////z///h/7/pwX+f9AMNDuTM+d5nud5nud5nueJZVmWScr/z5A550M+VcxjUsyJOeecc845
				55yTOOd8CfPDpVKptP4TiXPOGSWGEodIJBKJRCKRSCQSiUUkEolEEolE4vzfPxKMOJFIJBKpiBOJ
				RCKRSCQSiUQikTiRSKQRiSRJkkSCEQ2KiIiIiENEISIREREREREJERGRRFIhkiRJjhD//yeDOP//
				/////xNO/5xzzkmcwznnnHPOOeecnHNOzjl/OOeccz4Ph8UNt2FtOMPhcDgcDofD4XA4HHI4HA7n
				LCrEyHxI1VAND8JnZo7hnHPO65mZaXmWw6S4FC4NjYYmGpqgIUkyEPtsZmaGc845l5mJmdAw7P/L
				cP5/YhrDOeccPpxzzjkjhv8zDP9/OOec87Ys9a9wkmQoOVJIDkmSQuELyeGcc85pwmMLjegqjC2u
				riqpkpIpoVAoFAoZ/f+FtfCF/z9NREQMISIShuiQ0FCQUCBOUCdQH5kN55z/RXgI9/8cooiICCuE
				h1BERERERESEi4iQJROEDEGCsMEGYw2S2kZDptJgaDAaDA2uCwZnBonBYZCBwS6Q6zauNs6DweCc
				q4pVHVjAULDmCkqoqEP9H7w+SMYhs/wTDs4555zBOeecU5AUfIITnOAEJzjBCU5wggyA4MGDROFQ
				FTalYxqGFQlKSEhISJAkuARJSEhwzjnnnPODEhEiImIaggwyRIhgMBgMBnmVbRt4YNE0sIENlAY+
				LzknWSSOszjnnHPOQHaBWyAXuAXW9mK0wGeBywIXuECSvBU4K/CvwH8qqkuFigoVGFjvrz+QJBk3
				XETqiDSahoqIJpogIQYKaqDOBE7gBC48MzRBJjAwAgMDAwMDAwMDAwMDA59zzhkksBFIkuQVgR+B
				kyRJkiQ5SdJFcvKS49i23dvbupKdVjqh7LoiA5F77733RrD33nvv2fa2bWFdt23b1c22bdu2bffe
				7yWSO73Uu1JH6kYdlUqlUqlUKpVKnVKn0ul0Ot10On26aSamMtP/pZNKpVKpVCrdk0qlUWk0Go1G
				oxHSMDFhwkho2/bee+8SpgulVan0r5QqlUqlUqlQKhQKhULpFAqFUptQKJ3SKb333nu7QHbBk9Ik
				ZlKZNCadlJSUlJSUlJSUlJSULCUlJSVtl5K2/H9paZb2UKlUeu+9JOlISlKpVCqVSqVSqVQqlUql
				UqlIpdK2I23bNoyUbiuV3nsviXRESr333nvvvffee++9N/Tee9u27UEapIIgEqQNEqS3bdu2bdvo
				0Wh0ofe2bSsMPRqNRqPR+6ITjUaj0Wg0Go1Go9Ho0Wj0aDRKt+2wbdvy/79xNEwqjUhFo6mIaBoi
				GnqChAIFbTidQJ3oxI8KTXQmKhOlaDQajUaj0Wg0Go1GG41Go41Go4yFanspokej0UZEQ0QbohSN
				RqPRaDQajUaj0ShDo6Gh81CBQiSmQ3WRoaGhq6dU6b333luGhhbHWZzDIFE4FAYbWOO6MbY3q9Ee
				xVYhbLVWhVZohS5cVVVVUV8fykMPDe106By6HNpDDz2URaOhqfp/UGgg9tlwaGSeGZqZ0NDQUEro
				fyk0NDQ0tKW2bY/QQ2hoRP/u9UNDQ0NDQ0MIZdvbVktpb6eldlppQxstGdqyZEmSJEmSjLetMy0V
				tlc0klZZZ5W1yq5Yc5VX+VRUtT0U55xzXkZ527YslaSybdu2bVu2LdkammeGzzSmMo0ppdIW/VIK
				pNEVo1yUFSVxzjnnnHPOOedzzslJTmggEMqVIgHEsgwy+JTaadmWvBxJEq8nSRLnnHPOkXOSJDmS
				xDnnnHPOOeeczznnbxjtQnCkekZe/HqSzxn0M0mSk5MTiyZyIvIhcoYGYjnnnHOamakMeQw5yZWQ
				QnKSICKLkAuDQWEwuGAwgpxPUIIMQUaQIUhaIEmSPJCBgRHIQAYGtmvbsUqV3il1upWhZEkWieMs
				vuBG4ziO47ht2ziO4ziOv4tzvm1R81/9//g8TpLkpXHSOEmSJEmSJDnOnhoaymzGZ3zGZxz/SXaU
				wLABMyPJWlBERIwTI0OMHUnG+P+EcSRJsi2yRSJJkiRJkkWSRVZNIhkQFoPFwOJqtVqtVqvVarVa
				rQ6Ltaqqqqq4qzhVxf8PVdeKF3exLl7XdV3XdV1UFxUVVaCioqKioiIqwQgFdf43VVNSU1NTU1NT
				fCmpKSmupChFKSkpKakoKSneKP7PKWooRLFYLBYjApmCvOSoUrOmDxeiMb5DYd0DCcDuYiy/KQyP
				4Amw7ZOACfWkhW2fNDuUQF3nWvai/IynWm5wmBDtp7Wka1YyS/aWWYAdzM6nGapMCGu6iV9xAh6w
				iLVNCZ7NWlhQBmeIaI3vGUBkHM1Zphy+UtOFFXaIal+0u8CkiTzdeZ59uWdNIP7DEfvSmv5K7ZpX
				zu62Dvc5Jo1txeVaPh+0Wk35qbnhsFAVT8IwzASzUMTYH4+817k0T7CIkpPGkMdY+lPl2LgYoTWC
				pQWDeMi6LzlXECwfKJJ/BbXJEn9CrDI0mpIHC326BSisIbs8QJiWpETp1hwdzfy8O1AENhdIrZFJ
				4fXu7QvkJmtTTvtJcwVIcRGpAXUZZ/VDZnElD7lNW3xv8bPEVtvbbpobMBabQq3fZmW+XiFYD4m7
				SDrdor0HKA91Y5MhWRfahm7RdHck/DfXqg1t86GStQ5pNMNxRENGCi28ZuxZyMpZBYHVhDuU5OJe
				eRyvgVC9gp4fDjPHxLqLi2g8NtlDkWdC4/EQMuJsy2/FsiY2kZ4ivr/qFdZeCpG1hReYA6zihlbf
				mLN/owuxSQATEBjqmnmfI1uIzVZZl8yixo7BPO180EBjxwaX/vj5MXY8UCUR+8kkvD9xXAyS98P2
				PUaz1jpIvUK+cNHCHJSxxl+RJgKkAsIUrwbJn4umPpRHEZ6Zab3COQeGIhbmJ9/mDgCgtFfZnT+/
				5Fkl5M3qS1dkwnW0ibW2j2xo5MVm404p61fE10OAZ2/1hfklVMgqa1HZbj0ESHDDelUklhN6nD0+
				JTo7wdZLYggbiZkvZZFl6Uxkx3qbHrqgQzGCkeoVFpouRMjDeq5vYYcBKCrAfUu4yHgU4iwCXDky
				awusE1NYn0Ri19ARUBpJR8riIZLNE/lry2nTBwCRP/2pOluyuxawNr82lETT5LUpefpxwNTwKZth
				goecFkIPsiYC2hUQsYya4HVDhl7WY90WdkwUtVBMxsfODRuYs7JJExStJRxD6I7yYsLQfLn+H4w2
				r+gWidM75IUw47Vuz6oK7lNaFXYfnN8FQesVjh8hIjZKNA/l4Q0JuPVm616OOJFnY9w3WxrO2LbW
				OHuzpX3CRFue0rGpVEXMRbj80/WbvMNPF1f2uxNpaOFvn4b+bp+m26/t03SVYEvq/bd2yV2Xa6aP
				JznoL2IPwlzcAZaEjlgSP4OqV8Al1OIBHptpdYts3KLozx9eOu7jqYtVzM8/D6N62wlImp7XDmNI
				jExhk/8sw6ZXSTpo7eC6pi3MRLV/jjnzRdNSe2PhNGvIMGk6GGVQygfGJybCRpSxk3lYoJs2jmh3
				UmuZp9E/kZqFC3kE6aytMsRj+H5SipdCPnwZhMi9ZKuQ+C3674NGRlQNlQ1W/HucGkbIWbqs0qlc
				DrXq4BQtFRG6K3UIzyixYA9kO68CKMnK6IycwBuS7L6xWGvpzQLhLONgL8nMFhc6ZgsI2mBSBKmt
				bHQbYl98pBbXRqLyO0ZnfpEms+HedkbHx6NYhhzpuLIrTPSpYEZg3HXxclHWcHxMTw2Etqlc9i1O
				LDDwX0rF4xwelD1zwEpKrpCUYZloKCSSjh/Uy/UK10wJN5Mu5e0JGAzZvlor2xUO+8/Rdx5aYezB
				AmMMod0YP/SmXQER1HVV2TMw2JlMMYSc0mx9EhK8CjUg/oFb+JCV9+7ix/WcHUGn/8CwN0NVAKU9
				JP8oE7FdQdQnSHm2uvuRab1CfYg69th9ykg7/usUoTPi2VSvQAwdkX5wXzojdlEz+H5Geeut0Dy6
				Zvd7uCX5U5kgCsSWsoH49e7+Zn40BXwPTyq3FhpgAhk/dMdj/KBlOsaPvvm07Fzb+h6hJEDLqi6C
				ZIezlYrMMaPGqJQtaWA230mR4jPHjB/M8CHLLArCaOt1/BdbguP0o5D/ffEBFqDm8pJ+NKFsg6TM
				lzN4Sf3Xl4lYMmM4hwGk+20CvWntfdyuEKqnE6JmvtTDxBFQTFW9DwDaerJmzyxH+jJclKRwwuu2
				d0AKYQDMPhW8sulsqT5wMAJLGyVQlfT/PyK7gqBeFQDQti61nyTfj84j//CgdGh4j9FugzEVW7mO
				pE3ZlsZ7GrWGOeeyn1Pj7p5yia3PVm8hig04M4Ysf7XQmnF7zA9A51mAU8nU0GlrAWfx4yA/CLzE
				fSu6cb1x2oj0JxByTZx4+pnFf5o4KA60+RnvRoFwbW7G6uwV+uVjKxHaveEIJn/8eNa6zqQegHCD
				Ax1YORMTLeygHf3WxP3eCIFbk/o7Q24jEdC/uDdsZkTmsxsRarcx5xBAJOpHUvI/s3HXroCY/SeJ
				EhX7keMA12xlWHNNYlAQYFtoiUhWkvEU94i9AhX9asWITEdezzFSiB9XkBA/rsYI8ePWpf+c2m1X
				mHhknqSr1e2p2Gu2lSJHGC23YuK4eECvnrLBIb3z4VyiMe8V+oMxNDMqV5foYU4H1oo/tSvmZPIJ
				8zHCxkcQdLeyaHw+Nc+cCNH4iAZpzodtW/2wBPLr4C4A5+NT4I43Avh3dJ1mwiVTA5rzwgik6N0e
				q9t4IeHhlIuoklcwDzFAYE/4iPB17wT1RGLQrsBJ0KKd6ypPB1z2BKp4j1ysalv0sP3C+Qr9j2t/
				fCYxKtp+rQqwL0VypZedC6IqCXE+hlyE1WCFvULfrsmcwcJOJY5zpr1CrOO0msQ14gjF3LJS8Bdi
				UEhQrtyahpO9wrpXEVw54yCmcCtusHQNxgj0XtFYyMvKrmCMcGFFpuU2bg6UWaIJi0aXTsIjugnI
				x5tlZ6vC8R1i6wVGN8KJaj8UuOAJR0BJXLX22++NQCMxTdVJQ9ZZsddv2EkWhS1AXZza5pidR0E7
				TFjBo62/irfwkG4w22mrjccs387tz/jDdsUQ+fTD3YUc3N+e9j5dPBx6dFRBRbWTJZqiGQ/hehFb
				OidYSsDOSxfOpXn33V2IjPFuD+eCD5Q+1nBcOL/B+OGfaOsazAyjA7C90H4AS+6fz/U0bX/K2M0r
				lCXolJ3Yi5WesDWhrjVyMyvhPQ6F8EMO5rgQ7zsL7xvx2c2bK0myGlFkmzkutiCnZ0AMbMMeHRem
				SiJlBS0NC3z+5wNj+aSTVYdyMISqcKSOC+zvbQhO5sxHD3RzADNVAu7CbZZedDyJO7F90UkALjhx
				ddyHG3LmJL3ToToEAvElXgFFFG8H2QnbK9xa30a86cmMpB6itd7ErsK770Ief7JyelxgKhC2Jg9o
				kLc9mUhj1Y7j0kuoKP4MOW3XIFxYGATVmZzTyPfUu6Z9ZbJhsVd4LdDAhBZW60MGsJksCMb9BxYH
				9OxocfaixsXg7XUTqJE9g4Pan+My5tiM8eNSKYS1nlEUCfpS176Tf8BO+h+8Q1OE5pNNkNj6z75P
				mNmsD0I5SPwr8L+FmKCA50FC+2pM4AMPPrSFkxgbPzQwksETDCWjUvcfdpzdZI4As/qD1ngv/HWH
				tNYACCItzudQXDuGgMWmb/ygm2NhXpMiiZO8J/TIMxSfq9YHFU8otrnbfE55FbWNxmjYJ2l0yIX2
				Dhs/fgZo4wF5/SMgQatXXyNyAcxSgJvItpc8wghPJy7Tuv8jQAdRxfhYt139jxhBn9p0H9e+C2r/
				4FqMrLOFTEf2Pc4W2C/Jahp7QUff88V9nE+JCZ3aP5WFCSTEP+IGNg3XD4eyHOJIWcWH/I86s8GN
				5AW6tkKhH6Q+nsaNzWfKPyaOMWIU1QKajtdMyoZe4daGWR+HndordAbUxw/O2itQhHrpcNbgZIGr
				CSYL9Wl7BaqaEzNfZKrCIX3SXmFVS0mHyxU3U5kwjWiz1j3l7YeTURLwB23bqXAMF12ravgl7mF1
				fEH3Cs6eJh3EPzFniRjx8r6lj4xenEr8+XKP2CEtsp8vV/Vy8EM16SBOLR77JKUPKOH5V7vGoVfN
				jVml2vH63qerVUEBMWXJWtcK9GEhg1tD92qgClfdJULxZypKpVVX6BPhcTre3iWHANLzjR9aG0dE
				PWTXBsrrf4E90feVKFOkyDSqXQ9YNgMfSo/r5psSYAXVbaTJ1BaFxo7+/ZuS/fnVjyZhdQXzHJhz
				T3g5GV9TStp1LQ2Gg/aZTYJJRGuEx19Lm+Z0SjRK/7iwNFWCW+F42Gianv/scbp4BV8TMerNi/pC
				lBLsJPGc+jvBENDovCl+7sOqDpLlyLNePhuf8hPIvnDuSInKA6ALwm2GugJQDZ8s1LFd6yaBj6Gr
				9aeiThhubwGK+mqHUKVrYRprU9tbii5XHpX04a+7mrjL0mPr6dZMK4Xe9CZ+ZxS8Um4LRIVgx74N
				oMQrULJV2Q/cddZyN5N0YqPwHQN3c39kN+8K8m6yrMXNCJ9sqLYrT31oLvrkwYni1DWpjJJYGcfz
				fKZtY6qspKfMEPbTR4RDUpxOWFgPXgwlUSbVI1U1DN/HjLJaPEUx59N2tOksVE8hUVMUczFkvqxo
				mBzSnIdlHdsVwnDeh/1NjJJaAHjMpvQ7shLC/ggwSEdW3srJtkB1dVYiualppinZhoXMGSgd/g4e
				ved5WXroaoWyGBFmvptPLs7gyn88zspUzIIkTENDmZn5QuQ0RV7fSIwduRcyEwmjCfhrwOXTtoxt
				9D71W+Fmw0Sva/Fzq0R92eV+dWLHJFypGE2udtk66N3LA8XILc+vYr/wwy7K9TDhhR8mYkqm/udC
				mIwCvH9FrpCZJO8HtpQ4izWZA+6Y0owEWBMYceCE+S30y61CiMeoEt5L6ya/WQfyvJG9nMbPMJHs
				KhW/uisLE493+6ohfl3qmimWp4NfgM15/Am0mB38cw973a1TBB1jCFrMbqtir+93IFmu5lk/bEKI
				HXj9JIMhGXK3UNlCOyTXN3tkue9xlIuVPbL4y/nYhkPVZUiuKf6pXhrfgk1wsrOFhX6B0m2i08mz
				26q+O4D2FqClpiCkKeutSEEqsrOBzbREFPQWnSzQ5O5UzHFPWgReDqRKiUM7wamYqW7w0vMJKbJ4
				RU8TJIUFcYVGI3lr4l8wgImsqDYzeTa8uLj/praIYUKWOClwE3qMN049xBkQuEBhIkbCQgmKJjR6
				tRHJIUiJIaO1VDFFMJSaZJtXjiYWC2VjJU1IJhAMn2Kl7GyukkWbbxRUPhMNRIwxrfh1EFg2MWXO
				bYVlTGEw8F8qHUTlaXvFrmVJcB806RY/uvHAfdzyHo3tml1sj3c47PnFJ0pd4e4lMMhiYkO4BLom
				OPO6SQN5yNlPbE++fzY7J6j2xPace0yuXD+PwT3rWrlZ4j6opQOy7FJB1nJ4ikiFKEHuUzwqUi1d
				rwm4y+E+dHTDfdDENNxHVzvDffQZ6gpzE7HT0OG0xDKCpmlwmgZN2m9ZBIqyT+cqwH1Q++oKLakC
				edBhua1MQh8L1OhapCxKx4yvLlZpLZIHHm3LO9KH1KtrLDKhoz0Y+4Y8hLn7Ngo3/1vkuRxpbK7J
				QwBiFRC4m+ZDvibdVC/bGvJMvgJHdcln4r3V/eA2O9UVznEN21GfDoHYDtWGZVjK6OgpHiFqgSsu
				jwgaIIEEyO4LwIQc34jQlX2fpWjkYF850JttM7giwFuzbnhRDUGMVZttkPyem34p6fbR/kFZSSWm
				DImcFCT9EPQ8OasrHL5Wpn8/HQKxHaoNywxrg0QOevrHZxk+vFJK8eKLkuGze9GzHyRydUjLrGLZ
				ySKhgkS+7K3scSv5DyKWKf9PgQ1KKJbqCsFq+LKBj3VZNYQ9LqAp8x+4dYnjVIiwwPwHYgzaFkmF
				pv6DDD3z5msZXhU0roDMuexmzsgm6mzyJ6Tc68JDhuERzfztNYi6S27KQuaV2BJnQugTav4iRtO/
				hCOukinALbDbhLqC/x20Zjlx+wqWDq7igc78yw3y/e8Uu+vP/H/PsDfoTeijknmOWcDGV9TxZuG/
				G4wbloRnS/4qw04EhxSizHbAWFtxtWgKWXSPnM2lO8fE1JBlcXQ2CW22esGSd4oAyohGej9Xxqkj
				FM13LayRBShPt7AYpy4drRwt8h5+Hor2qeYJIROhc4fscEUfo4r/exM9jP7kY7qhsvY28XNg3Bpv
				9h4PmJZ+vMNW91CCMd675KOk+mZSB3pSwul4ms3ZZAzth1AsKDZiPWqZ62Z9TOUm2QoSYRDGNon2
				Hpkr6lXxI5YcstYlzGDiBntvDzfErEmWQtcXyczD1BUiSCWZ15vE3bn2uWjoFXaFAzu8YKFDZtNY
				/XYzgc6ScOFfoYokb8GwnM4jmlSwML7Dy5M12ubfpoccD2HuChbGDxgbmcbMju196MWeZHYV1RXk
				IiwUXo6Zoo1MtGFQjYVD9ychTB5eYxsz5LgqSuYcPGKhYfSXIkYpZbS4kfk3bGOHz7b+goXZrCKZ
				3SbMH/a6KMnoc9h9xb9NCFcdflNtSt4TmwTJZeeI6qWu8HBROJP4BKs8R2zyT16n0B2rWHJD3uxP
				u+sahVBuZkEAzaaE2IoNxkvZXvomRqHsO/Dy25YuxoHz0Nfr0kB5oeVWKGEaB69UIrIpcoUG6S5N
				VE7udXqbalV1BIfQc/JFFnE6UxRmvJMU6FJqFqb0U9VkzuDXzrhWF4FO5Joys+KsMI0jd7MhVrCA
				9xkMX1tu6mf6KABIX7Vv0GcoU5HZIEgPMF7ljOhqEzvFa6g4NNoRAHI+cYKMejpDjGiH/nOx9C1C
				UZA3r/ZOLLkmDyXhlXZaXqOFnERdQSfYRI6t7NcsYCqZ466ChbjroD0KoUlm3vPTortV0lsQn0kF
				50OWAhfqgBQOlveY7wH9tF0Yd/amkswOZyZwBdJkQrIZkic2cyuZ0axcvWPhSmaOdIjCTIk4W7Yp
				NGSXnKIx+WREpq0rBOqlO7LLm/6aPwTB0nbl207SSahlIc+Fs9oJE9/6t2UjdIbMLSOqelLzMoSN
				kTb6PWKXbXA8CMmGMzaCdf4e8dACrLNm6HDfc0ymglY5yR2/gewWhD8MhuAOswzoWjDuGoYMyWwy
				XnHHfQm22C9YGABAEH/0rPvNWhinXcGucBNbH6HM5leSGU1qHQFKse34YJycyJU+Mg6vE1Tmv26m
				CAswyF+x0FxCN3J5kpR4gTpw3JuKFtRiikT36jBF6sitySVI/oBwfAAC8Iawx/dT98wTwSYg0cYk
				fzl/FQmTAWjDVIAJB/vofQLsJvpgdvjlo0ZO2PrDzwxhNyHT7Px0vz6mYZbVKr6Pm7krDJDz9dHN
				ISzAaxaIXpdTHRShW4MF/tjCClonMPZo7sr9+svvH8ngxOXKRlen3I2BHNa+NN2Y1FZ+l146rYuu
				ybNrfomMa5ZZSJ30RXztdwFrDYYNhEb6j/cTY8vhnpNsV9A7KoW0tXDPLKaOOPGj5KsTXNM5aVdY
				7xd/r8Fr30iQ7Sr0xm67BWJWreZvg1LsbQjNykikHx+7yjYD5C+h5V5jwIyIBgAg5q+4pYySjjYa
				SgXLw9YsPf2mfP/WnTo1AUEgyUO86tDZl3eREeWPNZr6sFsXtfc9VPRStZBnAIzjwk6jJwSd5XU9
				/SWEOFcRpSYEI8OEwmjmig2I0tG1DE9Q3wWWaUIr0zlSX4QpRB1k3Y6Vi1gODA1izU12Zh+drJl9
				dHokeum5gMUgs5m52Ignn4ho2oLwM53fDhTS8C+wg/Texjhc+wY0dCCLH+PYuIycpAwGLWjiMa/n
				cb4FXOtiqsnH09hT1MhHI9zzssqtIluzm/NbWJuAVA/5m38QIy5c6H2gCytwsoBQXPiafanQoG85
				9cb9UcEhDcLVjhXzXeQZa2L9kR59J34bzf16GJJyt5+mGTU8iJL77J4DlpqFv+2r1M/Jn7lG0KFe
				kjFl6WPnOxtgIqyUdgXClLffVU1stG02bwWSmggchikcJQJra3opKgzFyTMdIt4wlREY2cB2zTDr
				FXApoq6PgZUb6fjHGDHylee3KRVW0F0ZWFl5JWjayT4gtbjaQH5wTOEUnrBfeXzgDCNTp/i1EwPC
				dwqUTGbjGgiywQa2xke0TrbKgzK8etoa3yE5QKmPI/Xshk0K8hnK3OsIAV8WM8YaMqGjOK7jhiMh
				QSJ26fUuuzHETxbB2O1p16CKujbPYaB+POz/hyaLj8kvcz/1nmN3R2Kf7CqxZIkKGNBtlG4IYMDg
				nEOw/JgbeH3ohU3Ns9kKpVlhnMoWJgsnXHeyHyFKO70EByTq/C6996jMDIHsB/TmogVz70cMbbll
				2XK8AXs/AlTBqQG9Cf8ac5GNnDgfAVoLZA5KFHXNB+fggEBh56UQNkJdW8NK+w9ZQUgi8lABGzYv
				NnJtHZt16M7Ngju0JNduFdyuMNRC43zhI+VfExsxYpSwAk+fg/4CVhrhLpUVslHSntCXEWVt3RVo
				+OaY1aOC3a6F83zii0lJshsMVLorUGK2AUrG673IoQssvpiVjYCs4ugcj81fE63mgRupfVCQtlqN
				gZjJ03m9K1CIvRNohQT2BAdHbCC4IYxj9Ao1loJR3AdvuERd9lCacQrZx332vNr6uwLdVwO0Kj0j
				5mBXxChyRIL1sRjKH3xX4A/lIRnH1gWLYOLpx7Nty1JEurBrot7sv/OvgwgyUDXMKs1tpQTsOifn
				dTm556HaZEdRORGsXUuMDt5gpWbvCm1DLEeTRlPNGMv9EgA1NCg7gvzV2Z+4BwxUwBEm8/7Wx0Df
				KIwnyd3viAAwWbnbxOSiBvj+ZKjwoGXvBEBtzILOy+Fr4ny8k/0qWSQnTym5CGSCWd+3SDyNb0P2
				rhBM4YWEOazH9S50MIB+xZ54iRORrxA3GXt/PBRXRpxU/kppYW+NPWRx9mmnPHPow13V9K9wrZo0
				RYaXmw4uIHgSIg4/FcIEfx100p9F/iIV/1snRojbal3E1tuE/81VT8lKJEHIMpGsXWwIq5umJu6T
				fH/79WrjH8iKZNwCFI5zr+uxsqe18mkJmc2G4RMzu3rExYoAULjIGyespKhHOj0B+wXCbQNqh5ns
				wtpzCNT4m6cUrrFBAwTpzOZcHUb59dSnHpjYDaXOht8xcUHXEc9MXFmGArXg82uyk0TQM9caD4oF
				NSuWd4WVqOAaPAZ3CCKJcEaZWvmZCSGPuyyHijMf44F1H7XUejSDlP16gN9MQwPPqONy6yQq/zhk
				NlkI3E42mkEieIXhZ+t0Bm5DvH5PATdin0r6q5A2OdlNiSla7Zaprra9/jhM3fP4D8ORn3RpujIU
				OvKDZXwSFOwcOX1Rr6RWGyafzUL401qoNSuZAnzL/NUyMooBM0GWidwYXYZ69AMzyL7LeHgCIrtl
				BxOVRs5aC8X1ANS+roYbmAXBVLGvq9z8ejcSiMFh2hdQxXGEaDu55z0JeFvEFQhRza7we/vtHjOv
				OdzPnuNdIeKwx7zavMUUdQNF9EN/pH+bWsmpTgBkYRtPFYDEH8gNP82BweYdX9FoBQ4h1W3S0Gpz
				5qJcA6ilp2dgj0CmWwDAOjLTWwDTLoWcbm3RUO/nWVJG4GaB1FaZFOaqLn50brK22rSfRCvAQ49I
				B0ayfvZPl4EK2bO3KHOLft7mA0cwYjnljHtf4SL6BHe/K/QPfjS5V5W+8clPKl5T603Oqptt1BQN
				/UYyf3Ol2s02P7v8j4Up6UAKKWg/P9abycopBYHixDWU4OJggRzfgeC7gp5KPBaHc82QLuKAbFJn
				6kJJ8WOWM6p3lTKW7Unqy9lVXsHeFb5TtjiLhNNd2HuB0nDujlRLOMeVZDvbOdEGy7AakGzn76zJ
				dxhznz7I2mMWGSzIIZDy4wHr9ynd1CR888RVcGI7ibWWplk10bS1kO8KYC041cwhsCczmtWNCIyB
				9x0wUkryD3hmdQl5V1DUdaTCDuuxZoh5LEqyq9PciGOGpSIT6KggkrXAkQxVpUiZo/bwF2LnIcCz
				t9pjfs46VLVV1Gx/HgIk0goO+sn5eCzZ8Ty2bXtifPUXK59Ze9nb+tafgvWuwCUcWxmB3VtOMPnD
				h9+q/UZBPBGkCbgYNKvCoOuZ8D52WW/gGdDGKBadKmc/hhH62sC7tc2qFcFOzZCk3xAEXAx3a4Pe
				rNL0O1+AsaZKrz5y3k3zhywb5/NaIStvHwVqMM6+8HIyvM2EvK58n0ebL3M3CHOwbZF3cm04wT4d
				pbwIXk5BjLU3GE9MHRbJZlfkmsi2a93cKhUeU2CV0BINgUUw3xWOLkECNiI+h+XwDQk4dGbr3oY4
				kXc7rjNbGo6f0z9lLwwB/QiE3sYef1wfD1QV7hPVNrGeOeMxUWfzU9fL1Gse0XAeSX7KVY78lCtK
				5KfcPQpsNL/8dune2ORMCzi58xfyAAAbTUj6/h8ZFUe9KxBEfOoSXw1py5Pu1MboiwmhpCb+5aXa
				Bi8mtHShhLhKnk87RiFMeYt7U4a7E2ODK4YbILfRcJY+KHwZEJc55DfWwGSquukhWlxCvPyiaS5r
				WzjIRQ3zjg5EJEQOXD4Za0XAtuL+2S1LTzwCZudaEJPyTgDl/UYha6GMIqdbgphaZ3nSXUSerkdj
				rwIoifpUuyUzIyEUssui8yNySEvl4Cg/Ij+bVJbtXrO2EFHLrTN8DHhX+jUTQ2AR+YmfkiQMNZfo
				2ZEyUi4nstUgP9u//0OWgBvYDMYSGsL7YapDGFJiCodnq5cdgO7HrgSoVGP329IOMfuYtybJcXcG
				0VkCUjbTZBekUoWo72VHOYKKax9hfkV+0i8yZzZu49Q5yvNL9dcKCFpXSEZZ3GkxlzazCsiHka/w
				PWi88N7mhMki56pVDkR3COlX0jxt27P+qwQeLbNZXStMkDOAiFGCicUJJnJ8i3B3rZDHnQGEL7mI
				jkSm31igXufuDFkrIDF1OzZt7wyy6RtLCQ/r1rXJinmjSOGb+n7PBEbBydR61vYiisSa0mAHBiXk
				07+EI240Y+7D6M3pqbr9wcZ3hV+mO6tvwqmKIf4twbb9CBbiXYEyBxJKwskw9yOStyfvVVEhcmiL
				DEeSC6Xj4yPJSJbiDsx8ukWDf5wmia1PBwtxMsz1TkaRo7dZ0qfVdGa2rHYH2TSo+GnaoNhcLFJZ
				lVUiMILg7cV2vfChtjbPv7RCQeTSkd6Xt4H4cZkvWRtLj681holSBoyWRCo+Y8IW2ritzJhPN+Gf
				cP7WCo1sE03mqSL2OcKdilF0qeITwmc3NEeFdBS2hj+294MkchL+Ol9dswV5ABhI8dwxpO29DNyH
				qda2/ssN3paiEe9v0Z99BbWcZaRN9ecR4C+mBXdADt77iLvMjp7gLp+8tYL9PzMDtCtBx0YSWhil
				pOiqa60ArT2KPzMDnR1Pi2sLdWTrRVq1OQAb2tK8C9GQt4/ABN1DJjNAz5b81wqypfXBEn5IQYD7
				PDPQLc6LN+dGy/OcvA5JnsRloSIKE03ixLmER8ycNkp0xTohe6Fla2HvCh0Z2LWIbN2zBIhfLxxo
				WWfyjj248YE+LZwJjrt1scftDJxw9SPZCCcROWxqIzJxstUzAyy0TupIWC13+VqC7lpBAI2ZgUH+
				JvrDMBQuLB/yTXTq7KocKIrxuWcY++PMVii5+styAuDSGqjnQSChz0MmCrxCFP2+Zb+lxsZMXGYu
				ys+WROdgIh+AiCaUdLJgCI/cXsMh4caFV+jDRlFMSH4tKYZ5DVipW0uuSMrJB8x3DEY+AAF2Q9jx
				/9RdZkXyNEi0hcnfnR+KhFUA2ran4FOgCGA58rnNm2Mj89eq3hd2maMhT3DSVhkYBzrfFcC6KXpy
				toIt7V1hjEDKzPfOVpAKX1x4lTlZOpGxG6+wyDpIPNSV1yGXx1ZJ/F5cLNKcxuyYArxKqF4TKeRz
				CIItRRFAVnUnqII2XDMswbJ8hvEaLEaPl63kiVLZfK6Lz5cMzPnDau3JQWgFs3IbaX98AAW2+dm2
				WyFjt6EZKOcsztkK8Iiz/pB847Y1ba94hewtCNde+rgZv8ZIZGtNmffsHWwcW9VTZ8q8F4d8DTNL
				zUESomljqF9/oqTjPkOYk19tlvV1vwGYbR2vyVr5TZSn+e5RPErio7XP5eUIpLfSVJI01M6KoH73
				RbISNOccHrbXXK620/dVovXWEkgfseO3lkdkZ/22bT4wpYniwgrquPsHh69Fvst0MsdDbkTjq7Ym
				TrWTOQOajgjYNqkfAW4GsCQJOoAkIpm6Y3gRDMQ5x1YJU3EZAXIs9ufanBgGkAeD+oQLMcIr96ko
				nRHBhzOk1Bx9JKQow+DeTfekg8yrFnkF+hEgHDtbZFzHI1bjZ5qDwcXnUwYZnGsGSZ4T6ysVG5il
				LTL0fqYP2o2Gl3NxUsBYpvANKy9cpo/rVVtknQknM7SweVmBDFmG7l9nj3WBvVTJMlFpXXmulCyr
				OQUA6pNy2gu5lk/kcScJmVPS6W6LOTuBp8VNpg+6kkwfXZTI9HH33FwufdzQxyusFNLRV8+l0+mB
				XZXCi6+syZU+biW6RVbbALLcKU3MAxrebUcnUtqzU7Lkx6eK1q7ntDn8ls+oyDXC5L70AQXz8pBI
				ngydydmWSe4TsKNuCg3XV4heDpSNM8Pu42kBzC0JM6gp3ZR+xWHpTVE48qPRTaEAF8hyGaKb0lne
				J54gij5cDjL9OfdiD0gIbWpsI52CLA5u1pSLwhBEGuVPmF913uCZrP5zR2K3nrAdAURZtjDlx35X
				74iWBtV7kya9HXo6G+ZCfUgaB4mUJKMsK6CJmzBUSRgl7T/uOLt5GRxyHpbD+TEb7WfH6ofWIBPy
				m+0zObFsN31hjt5trRs1LyRZo/dhA3EYEACsVBadJx6pHG19jlmV9Yh2adwPMTwuUl7AIeuZGHYE
				JDf3XHLCSuQizXNnOG6ZK/lncgAYTQ0qm0ECdIiqmB5otksGiRExTkx/QywLiYs5UtEEEoMIQpbn
				lxv9BgaM+S7i1VjsGtWOYgEhHV2HrAgo8AqUdYcsh0g4LLJSd8hyc8D1c+GWFRzX75C1vBFewSGG
				JqAMXNX8DvkUOkqvoGbSqVNZ/q3AUD7vLBa4lAXkJnvUu6NvVkqXLwSI4RUo1/V8nCxtscDfrle2
				sbZY4I/X+jib1SgENpIqbJQ3OMLqxSHnq88f5HFKHt0FLgMftl1bEhyv0Pfd8i7azyAnYsQ4Bbps
				p+SiPXUs9OjwT8CZgdpmG4ASyHHwU+vTRXbV8zxD2IgIP6sfhmQsTKA19F4mvcDUDUYs0EynU7rx
				Cv2jP2Lx2r5hCCR/fVzWssNFhFt3beDBBNf/UoCAA1TRaqa5pHzAnctNgyRKo+gsz2Pz608fLC1m
				vCj7W9SXMoac6UYyixnxCvk9RTDVEQebwCxC89Er5Ak9IITlFgRKyXT9K/PB0nnINwEdkJwH2dlV
				uRPVdnGtBSLSfPQs7OMNZoW++N/RBUakgvRJCq4afyH5hPkEhJEsUpiCl59o63W4bVm8wpEi/ZAa
				cqW+TQdBgRSVfS5ySrHV7SERRXFnBKuMupkvIlyCnjGzBWLDxyoyPCFbwqiM/OQ9yVxsnxD3ha55
				utXvQgB4M93kXkCJ7I3WX1jVRNJJc4vxUXy2WebJkpZGGXLNGKH8D9V+stXCyY259m/ukPRqDlag
				aTlhso/pjiw3V5aaINLSvBL06I4sTodjPvoG/6GtDpLqmWgYH9HBToBj7K3HbdD7iK6eeTaaGbSt
				TB6SrHut0ff6vnvNwetW0RPglclnRx+GwaZjpKXlaG3J4omdDLS03lwECD9pUE0WWqzoC8LZa7Aw
				7DsAS8os9WrhTQwRrMhx6XNx6afMfFw8mfm49pjGZ2U2Bo4h+oMhTNAatKN4Z5yJqgIGDlA0VW18
				KAjmZ3eBBq7IXr9dcUPbySxqUZ6U3+wQIJZWpfByCFzej342chxyffFxr5Etd6h5to/y0c9Tqu3B
				9I9+Qq1TgviAjmgyKgNrWua1ZZ0sf1oIOCulzu4ncGqSs6HXMkVwz3Va1sXY+fOssGQg9vudCaDy
				K3YUQNRHPGgCsgTNtGQPlBos6gek6oslRSYD2gCWrCy9a9s/D/Ohv3hrdwadF1mph5G55oAUM2OT
				xe0bYn5zP8moZ0iNXtEKi3TDHb3ZoZxEUwgZQyuq+neZolQ5ycwvfvftrZwTIoqFXLf9C/dCKNRh
				t1aNoocFaIqJtUpxEbcWYGJBdEftoIesFnqxeT+RC8+fcCBLVjY6kDoRPGmqSXv7giaTxXf5NJGg
				WBAUejaST+9TDaeOyYoySSmPFVVbjHER/SPay9tiAxvIrZzkVSYsS3PJil4nFo4hVjCBg2VaG4QN
				B6V3tKkhu7foAeYm4KeDl2RRKRjA4bDyoQNg5YM+rJXGDgJaOrSqsot+ERlsV/0ofUmYXILxHBHH
				ObF6vanfwZWPvcfJMGPnQtme0pKU2eUSr6AOyjjvJK+b+TfIBLtSsXJCF3KZ4yq77xQr57xikiyz
				5io2TUaxcsJq5GQcESofNL8TTb7NQjYRSMhPZBbySEYliwOlhC+lODUYcDf1E8ocqHx060/56N74
				lI+O3yzn9IpXaN8Rikw6NAyOj6RWqBn5cznmILXILzD7UFVZBGf18QpzDIZhas2dfE0cAAHSK5Xd
				KIgngjRwEQHi0cLU5ZS0GdEiUN9449SyVhBhsr6Nm86HpnCAS3yaqwoiADmxANQ5EyOPkRyvwLa6
				fZCv4NF65WjR9W3q6OkwqoWceAVzGINbFCYGQDaDWmMRttq61Iqlda3gMvEF7T+olCA3Cp/dBNjf
				moGpUVrWdAiAcWVf+/DUtly5ohuwOTLUK5SIe+Gpbch7WZw2FzNB01Do6G+ePVJGplGNEvjjFQ4/
				qtd+mRmE2QjTHIsBY09GrtpnkGdZF36ZrP7yT/ERqLWM/AQO42lRo0UiPRl5Ej08bN0Qp6Wa22bV
				MP/MEMwzeovjFY6v0bHlpMtXtHa4ig00y22n8cR5p/CpkuW22cev+yKS7vGBYW47CJjSQs+FkMe+
				Ktx6a5uz3zlFIcRPVetTyWOB+kccg3Vj7/B2ybGP76N5/jlE0+Kmgq+IKn2izBSC/cQrFD7WRBiU
				aB6WgjcC4EJ1/vmyAmdR9lbnP+0EKwf0+kKtk24Bz0ANo4UR4QkhH1OGXUxJQ1jvJHY107+mlF7L
				EMjzHNNEU6AMaOGc/Ogw73AgDFVy0PbJOKsrtvwxhg6YGfIR8K6PLVIzDJSaYWG07gg6mJ3uShzu
				sZQB0SuoQAChA0Hm3laRa1REGugpHLVlElVPZYMV/x6nhhFyli6rdCqXQ606OLF0OHz8QnWsCgpJ
				ay8/g189C3+s2wUVfOxeLf0priDzcJJc7xEjOltAyuZk9WywLOZ2/mY/mslSO5s1xV33sl/D3/oX
				uTMbtD1wjnL9pfrxCn3FCMu2Scl9UZzLLFmFbt2xqCi63Xnl02HBkjXoqknlIM/azLdxp2Q9fwAQ
				tXhIXmXEK0S5wJmXmdHmoMKHnMcBrKTZzA4Lko0UHpvqjvXGzFYgsu438GEh46prziZI7V2bwCUk
				LAG0XcD6866f1gRy5h82k1EooKlSWK81BWRaTTre4RT/bFSox2GBP9uRD82IV+jnIpvlkZx3Zn63
				e1JN5FgST70um4q0TLQSMtzIB8WOV6jQABVIGU4yJCqOaQjeUt7z2SavUAPvmk/Fguo5EX+FjaMA
				iWHlfxT8oWIbFhIFIrEHmOVnS5eyMZSO8hPZ6GU2m+gn8hCpuAjG4B2lrrCrLWRttuYGwQR6sbkv
				JMmjaRAKFt54FkghaxZv6Cd71oXDVyOnrXEjSqWpk+Jdnt1RBVuRt/lMb9mCJocFtkSB6ojtX/AI
				Ez9/nJZ1giBXjH12i3bUrWFjkDQnvobNAUDOByD/UhzgBY6fntt2aUp6R24jOCwIxssD/ihL1/gH
				g/ann6lsEKXFS3sEtzCdEa9wk1IjB4iarLwCbbuELIyC6B0WYEn3qEp2rXZ7F0ICfwjTxn7G0GZx
				f5yPQGNq3syAQIbr7SYsbPplWpFhzYTjhmalq0FgKV0Mcyx7xIn//rL45xEH4gO7H+PnFMjWxmes
				KF6hXy5mFaHdCwZB4seNy1rbTupxCTc7pIFlOzFyXGkTvbBxmvw33E/z1pO3mAkVkgpjd7Edwn7E
				oJkjwVR2cuxAPCyMy5+JhwXB83uhSpI6wAeSCwWniDPmOTIilGgLAsbc90dwxKvJw4Jd/gsWEkN2
				Hnos+mpReGauHha4VJ4UqFDHMithZ1t/rqMP4uguLGyBE8xcrx3hXlV8xaDEjfIKfYGxagPLL6SI
				cG4LFuq9whbVPNnEfIFQPiQswrtNND6ZGjMnhMqHRIN49mGFT/Fxtamzg5sBKMVSwS0BGcDyyKdm
				TCERD+v/IwhNuCMDI3LP9VmW4R4+LEzqrvCwkNV0We5bZq2M0tf62SYUuVrlFdZRRCLt6/Wu2YFY
				5MjBzsh+XOG0xXWnxBqFHCBcafJBTfmIPyXcmpfIxCaVX7/TubA2Ws1dQp0gxW9jOrJfESF5hXKO
				IOWuXXB7AwlQstg1XKP2kFfI8sBcdqTX0/Qv88heNelkw3F5oeQx3YBUbtURsrd5PtkYmDfgIXV5
				pj3T+mhIRApvVtQnIZ/BlnWpCo3+hEMLEm7E4NR+8dylJgiakjTP2pdVOgIl3zQVqAGRXJpbILJ3
				N0+WzeAR47YrL0TS2dKFSHoQ6RHLy1IW28/NidTEHhktqNUwFkZX+UBawcWCfGCv904NOVjAp148
				VDdOHmsZWskUfHQtH8szk32E1O7JS1KB/NY+osGQYSIbsxGEUSimat8kRU3Ajmsz9AyAirFmY0Zc
				aB3IQevFvoW3pVluuGgfzN+n5FnazjMXvO2SR9/LbZZhSCqdqGXp4EY/E8KMPs5Tf8ZQ9bUqnfiL
				NBVk1/BKKFCaZDGe+IxMRFwNkFdwIExLew7m2zDiEYr5ZUB58KZVaNnCWgFueYWWieaT/Q4s2beR
				VAhyhZbbxsycwNqvPNrikNAyPKpwS17h+vBZPmXg+7UDfJbbZmlN79osbncusgA+y61CXmHSoTCq
				YK+a+BYUDG59gfe5zBF5eIVm0lo8xq/swUXCvGQjeDQr8zh1RmmuHT+szFjuCm4NG3kOY9tAxEWx
				vLo9voBhE1/xVVIdEoz7Dgn3SQpRanNaIX3QGYYyh4F9I9y7jXC+366ryA6c2JDEGnGFoGwoXFCF
				SgUxzhAeSFmXV5f2M8a87eOh8zpMsQHeEIJwYQrmqC8nY5B8J8ONx2O4GLf6RnMoBo8hidg6bqtI
				4qzkE3tkGgpqq+4B0ye0wNz9QH2jVvg67SC/UG7mPQWwFUSZ2ckTzSIBcp/WTnDqkXjyPbYSiqDp
				xH/f1xKV6XDAfqBmVNgxl4wE0GgJ6yTbS3BkJMxiPd8NndKTD8tRAlpF5jIkSVwPbDpInhEeXZua
				/O6cJWk6pX/TCjDYJc+gzGH7mi7XVukRdq7aZJUjerl2N0xNF0JavEIPE00MYJuUf0B2cQQotYLa
				hKYMyjK9gu38AoxXWHU/kFnAxito4tzhIV2gYuMVVgC8pnpDK0x1vmGhhpaMV6A+aGQ52RmvoA/a
				xkUazwjRe8lDfgiIfyeSGuf/ASVfOOwYHxC9zeA15u0a1UBaYazwtWfUW4sYPvCW+/jT4SsXTbhv
				mi3M6FcqzuBdNvQu87i0yFpbczqVidmdl+/vFVlr7UJNEwwGAjoyvjoSkBUkzQEPTC4hm0t2I1Ht
				3X1yzgNzA6cDxTs0u6ZTsz2PzExMGI5MzDansimpkJQsJCOLyIhIkBBKkBAREhP+//+E3NlufYVt
				Ctvb29vb29sEYHu7uu33Hm7vvffeHAO67aC2vb333ntve9vbbrfdtm3bttW2bdu2bduWrWpVS0+V
				2rZdhWpZ7aqVtm3btm3btm3btlMq9VLvvXV727YNt9O2bWdmaNqnlbZt27Zt27Zt27adtm3btm3b
				ztRO27ataKNBtNNGmBBt27Zt25ZtW1bYtm3btmwQbEBg21rbtm3btm1VtapCaNu2bTszMzPVqczM
				zMzMzMzMzMzMzAR1pDPVoatfnatSrVar1Wq1Wq1Wq9Vqq9VqDbWqnU6n0+mQFElJRRCphlSDVKXT
				6XQ6nU6n0+l0Op3pdDqdNmSoqJ1OpxMsWtOETqfT6XRCqKpyoYpVVhVxWHOEVR0Wi2S1banTTqfT
				6XSqJSq1UiIiorLUIiKiSk0VtahFLWJXUxGViIiKiIg6kRANkRAFUaAakagjmqZpmiYiIiLiREMd
				aoVKpVKprbRtS0goRoIICYmIUAhRKAhRaBKhDQoKCgoKiaBSEFGpVCqVWpxAgQIFChQoUKkTiEQi
				kUgkEolEIpFIUiQSiXRRTWM0YpVGREREM+qUo1Lv9E4IjXY6nU6nI6Ht/zfUZd3////vLxO+jwI6
				Xf/3+/34tnP3Lc2duTOX7czMzGyuzMzMzMzMzNx7J+JYAgsciXsnlMhkTeHee++d2yEeqlO8M51O
				p9PpnU6n0+nsVjqdTqfT6XQ6nU6n05lOp9PWQgiRGbu0007bdrpOq+qamZmpCTUdqRARUQxNG4iI
				ptPpdDr0H5b/6Uyn06fPTM10pp1OpzOdTqfTTXWk0+ksI9OQqcg0ZCoUisl0GtOJaUxITGMaEzFt
				zHQW0wYKEyocKDydTggRhmFCGIaSuFAsa2ZmZqbT6XTamU6ns+l0Op1Op93m1lpqkSoiItJK2aq0
				pDMzM5d02ul0Op1Op23btm3bth3DtFPetu0sXToz01ZKIxOoCi0dqVQCSIXdiIiISBfpiDREGjqd
				SqUSQNq2PaTStm1DSBlSadu2bdt22rZTSofSoFAkhlKhNCilUCgTymQymUwmk8mkk8lkUu1kEnDS
				NjrTtm2j0+l0Op1Op1VVVVVVVVVBQUUUHZporZoZik40Go1Go9FR9Jg4juOoaHQmGo1Go9HdCSY6
				0Wg0Go1GY6IhNpzKZkIJUjIzEo1Go1GRoBpKtG3btpUQEREREQ2BENF2Om2IVogQIUKECBGi07Zt
				iBaj0Wg0Go1Go9FoNNofEhCEAgoFTSgoKCho0w4KCgoKCgoKCgoKChREChQoUCAiFamkQIFoAkUg
				CbT/3wudvffee28h7SDt2Xvvvffee+/dR6PRqI9GbN+9997v9ABpEH3vvffee8/ee++999779957
				771lf9D0/n/Twf////v///+ff57nWZ7neZZJnuc9b8577723HCwHjPz/O8ib8pb////D/xR+CvL7
				vffeO4T3/3/xTXzL////v/eOLXv2s4NsCrLD3nvvvfeuzp5Op9PpdDqdTqfT6XSmpqampqguqZmq
				2XvvvVezQ/bee++999Ds+f//p5H9T5JAqxKqzBhCyOy9gwhPTMxMmJiZmZmZmTAxnDCcCsmmpFLB
				3iJ773nvTZlQjMQxMTF77703G2YxYcJMmAhzGAkzYSRMYJiZmU2cejibs2fvvffe8/+02W9mNtzE
				ZrPZ7M2mm252tdTo3lLZa2VXNlVdVSV7qqqqpEj23nv23nvvoCAjmlTYe++9gyyyiIiIiOy99957
				75mZkRERERGiiIhIKQtSQQ6hBJlQGhSTikZNyJ6Qvfee/49FZIK89947SGjDji0iIrKHsoWyRURE
				RERERLaIyKaKiUx2O9mN3dh7R6n23qGtVmO3Yq8qqKioIBU7Knao2FNBUUFBQUFBQUFBQUFBIRIU
				FBQ0PCiI7kGBjQSmYzP2nmfHZvd0ZmYm9kzEREmEiU1wwnBkoiIiIrGX2HvvvbfE3vP////vvSMo
				h9AQhipVCHGEOISEmBCyw///jL0cjAVjwYhavIjYLBaL//////+G/f9TTUVdUlPy////FPb///8f
				9mH//+Fdwzu7NWHCzDwyMzJhNjGcMJxN6AhJLSSLSJCREJGQMKFQNCbV////QwiB/v//n4FhhGEz
				bIa9995777333nvvvTeFTO29t3Tvvfeucpf733tzByow1+VScV+sHVVhioqqRUQaGWoA2Xs3gOy9
				996dm3vvvfeeuWXumIc37+yaDk3NQ/NUZGYoM5wwEYZ7PxTSJdwk3Au37L333nvvvfcODAaDwQWD
				QYlwcO+5/wP3e++9996BZCBJkiRJkiRJko8kSbIjObLS33vvvXeMtb33Hvf+qdPolU4boUHXqhbV
				NVVFdW0PRUmFigoSGmKFWrE2VTSViIpo++Hbd++999571zw9/8sjMQ/vnFcQzp9HkCA8gvAQhI9Q
				KBQKhUKhUCgUCicUCoXCKRQKhf//5P+fBBOpNng1eDAYDAaDwWAwGAwGKRgMBkvBYAWlgnPOOWdF
				UAGBc84555wLBY+IiIiIiIjgEXFEBJdJkiTJ/39O8E3wCknJQjKyiIyEiAQJCSIxoTQmB0VFK+QI
				JiIkGBEMEWQEFxUaKFQ4UJhwkDAhgoQggODBo6KMYPAO55xzHs8555xzXgs+nHPOOeecc875nHMu
				mwUZFhUyM1UIDx4JjbJzzjmvCmHqkpqSCrWKYoVirQKFISIKFDgJBRoKEgoa0Z3+nyYf4vDvEEII
				gTSBE8KHCRtOqAl8CZxzzjn5/5PApyQOihB4BEZgkAgRESIwMDAwMDDw/xB4GQLnfDjnnFMYGBgY
				GBj4/P8L5GGhwf8ttNSqtJ2Sk5MX2WpVFVlFUpFVVVVVVUVFGyIihonhnYSGgoQCjYJIgUhDnZL/
				GTX9/0N+kiRJkuQl5CTkJEmSJEmSJEmSJDlJkmRw4okIiRAhyAXJIBck5yGKH8gnUAJ5BPIQyBdI
				/hDJJ/lDTk5OTk5OTj7nvDgfxzBytkUBBpjHh0WjhEb7/1UXVU2VzEhVRaiiohovjY8PCQVNNM45
				55xzch45hVZIJso5456ZmfGZkZmZkZEZKyPnsgghFJEgIUGC0kmsSlEUExEHHyMiRIUF+Xg9YTyM
				YeQRyhB4ceTI8eecIUCOj+Pd+LxxnG98Nj4+joGNb3xs20vttLfTKCsNjYa2VS2qKqqpqEtqSqLa
				rtq2bUtt21Lvpd57993ftnvPTGPKqUzDNKZhuvfee0u7995777333nvv995Tce83hb333kLFaHQ3
				tHvvPd2NUIYutOyESqhMqLRP7UkjSXbLdnWz9569995hne699967Wptae1qtVqvVarVarVZVqypU
				VRVVlVRVUYiJFVVVVVSsWlWpRkVFRUVFRUVFRUVFRUVTF13Xvq6LDvIcl3z9/FenaKqmnpopmaKp
				p2ZqU1NTU1NTU1JTUlJSUlKNkpKSktqUClJSIRUEqU2p/d577733RIWKioqKChVqQkVFFKMaqqqq
				6gm1f++9996s1d5706pWrGAtAmvvvTerJaX9e++99967qLQqlYpKpRJdklKJpG3b0u+9995FVVRU
				VFRUVERUREREREQ0EREREU3TRBSIiGjvvfeuKYD+MNM0TdN0mPamoaGhoaGhoaGhoaGhIRoaGhoK
				QkJDRLuE9h8MMzAwMDAwkCEcDofD4XAIAhkCSAYGUsdQY6AxDAMDAwMDAwMDAwPDAsPCCwsLnU4V
				hxAOIYQQQhXV1CUVFWpKauFQK1ZpVVQiKpqIhqYhOkgoUFAfkQIpzP//eUFe+P////Af/vJZ+Fk4
				HA6Hw+GFhYWFhYWFA2XhhYWFhYWFhYWFhYWFhQjlwsLCwhQNmaBuYWFh4f+FhYViLRwOh8PhwNCF
				WWOJReLC/wwssiNpC1vYQjgcwuFwCHMe5pza2zbati3XkqptyznnnIcqq6sOEbWoU4naoQZVqEEN
				VBLdR63be++99/7/nHPO+ZTzMFPOOeecc5KOdKlIRSoNkWiQTkrppCWfNCQajUajERFiwaAQDeWc
				c85DaISSIZShC2VZlmVZlmVZlmXZKJZd2bm6Ur22bTvr2kvOi2woS1Z1wotVVVVkFVfFqqqqqqqq
				Kk5VVUzVT8//x8X/+v//g6mp2VSlSqqkpKSkpKSkpKSkpKSkxoqKigrOiImKwLgISBQjikW+ALNo
				wiFUqFChQoUKLF6cRTXEYsWwWCwWi8X5nHPOV5xzzjnnnHPOOedzzu+0wBCh0qqevBRttaVSVdUU
				ERFREQMqIloRERERnyQi4pxzzv+ZxxQmzjnnHeI84FyG8xhOJcyGs+FCMrIQ8f8gxMlRQQ2ioAqi
				CQrinHMJ4hQUFNSwIDYQKxwkUJhwGCKiEGiBGGihOEtikSYREYmIExER1SMaxWhGo5GMRqPRaDSq
				Tp1z/h9l51p1FdWcmtecmlUVCDVZczWJiIiIiIiIIoimyjjh6fo3zfPnz5/Pf875nJ8lUDOnz+w0
				ZgYJFbKpisw555wT/P/zPzHnnHPOyZiLOeecc84555xzzjnnnBfxDucRhDM4Ayf55nvvvffee+/u
				vTe13cG2tDp3qDOdtm07DG1rHbaGVcOqqqqqqqqqQENERMMhmoa/0PA555xz3qeemed5HhoOD4/c
				4XA4HA5bE8zwh8PhcDicmRkyKpuSSmNCIamfc85luikM55xzzjnnDBMTExMTJkyYmEXDDCsMKUyY
				MGHChAnDMHzOOeecw4nD4XA4HA6Hw+FwOJzKZrPZlPPJOeecM2Cb9kqlUqlUOhXOSqVSqZRUSkpK
				SkpKSnhJSUnJEEnJzznnnFPAkARCQkESCCQkCUfCZVmWZVmWZVmWRWRZRhaOhJGRGamRR2hmZkbI
				CJxNSekSIYlwEY6EiAQJoQSZUBqTikaFg2LiOFCIkBgJIUM45wGZkLxkqBFyih/Iisw3JeTS/weQ
				WZEP6YgwsYXgaErUqAiuZCJQyzwEWdXre+sULn+FqVqIbSvdP8QYwBXAgXK2sePHUJflZct/TcfX
				A6x5m7x5IHK8LhvxOphNlVLhV8gv1csDDsu1sglNLKCq/lYuECHzKsVY9LfGyKwQQJu5GW4cCIsL
				E1+JQIYyd2vFdNf246SPoHZtNp8B8gm3YqxNc8llVfiz/6zt2iZ5zDQpMVq8YsBDkn3c8JhNtcSg
				E6GvcgWBbmw0mwt0M5EjSKghq7VSMSUcyurcTZk5eBbqrbI2bGBfl/KiVG7fGKgJCRfGu1QAiyTY
				APKDrZkuuKJKshYYyvl+8ysEb5K0OQoWeEGh0TWc0bb3KOJGB/R0hSVZJd5sa7fcxpoYmy33MEw6
				YJIlnCRezjUT1VXkJy22krShdt7J+PAuOd91L692RcYcROKGv7GA9C84E/Ogrt8Uv8KfDgq3mDv9
				AqsHqQ4ka009qBmqY/QXPT3ePnTynZQxxJMZQ5z+kAbHhz/SZR/VULDgMibmXkjw34hJ9wLvmuD2
				w0+3ldVK93EylT8QKqD7WBb0ZUsTU6H3oryT9idVj3oKX3tFRijXVovkQLkrOnmzFEqSiQZ0yg0n
				hAw4Hz8ufAQ8TqCswm4Q+XHyfAyFhkiwgzC9S4lqeKUjTAxKj8OIxoBNDzC4BS6NsyTT+9KP0yVo
				g/F7x6YGR/Ohl+jVvzsL+YGDFBbgbk5oX5qL/Njx/xQmdhteaaD/7RiJJRm/MScaCwYEedBE4AIV
				rA/sZdXMzDCuuoDlaEa6L4zE/P5GleOUty/P51dYFzWUOeTwqLl41U4j7j6b7VoEJleYFXpzYpU3
				SbmnO9kr6SxPUPPFVa6ApByKDT2do3u2h2SDYbXUXmbkCgJwsHt50aqADAxjRYargHIFHqeuaZoT
				2pimfNdQYT2c5dhkOW8Qzn0t4psftKIehXzx4lCEg1jp4uvpR5WeDRzu72d+rAoY+RWWVOxusU1Q
				bg+eaj92oFPvbTZdAnZuEdKIX+Hh1svPGGxuEbUXMwRmlJcoUWTG04DwmkI0oxWX0tohzOe2hE+s
				mn7iSROhykLYplnfjSgJB/tyWatpS83Gj/Q8HscUl5cZMJiFCwqoqsoFREA8vVV8sVgJXxUFGLYC
				glNGTcHkM4fu4LA5M8K6OHpPlJWUXzYPemmhFmQ6vs0nvWY1mskVrIQiZMjJutankMFE69WY7jAh
				syGCIwJAdoSu+We1tp+9hmhntOtsAFlO3IjWDSZBH3k4X2qGpPeL9elLTw8gLqTt53bGP8Nn4JVe
				rUXIlo8T3TlMuQKPsE3wEdBqZLLlMDPRnUtYojuXT0p052qTK3BIL7bazSOH9mk9SoWigt4CNj44
				/P9YWYEVAgF6j3OAgoZHOKQFSsfq4UJ3OrqF7nS4WehOx94SHmqDACX389CW9Rdogwp95aYDNJcJ
				G4pD8UHaP+RnFMjRZm5bGb9CXw5mRQR290wC5K8Xrta+vG+MMh0zqcFsxSTqwvZp8gJxf81DTd5i
				JtRGKsztxW4IByM2UMewpImLd37E7zI3/AoeSNih+T0/brC+8VF2rywD8vD5odswfYWJ3TeXYHBR
				zw94+B2p+zIP8ytEQMEvLzxYbsNszrZvfIOh3U1LTCMTHDwiZLmkDnXmKATFqpjlChlIBpDmS8Wa
				L3TUrLkutwClAxDon5FzKMF1t/nx39Q9ZoGk8Ea0fcvfnd+JhJ0AtKmn4JNgCGC55IPL23EaKV2r
				k74qm4Ugh90DtdOconcvvwJV31/CceXYILXDGhEQsdbKPDF0k64AD85ihj2V5w4OnBWROChdrHiC
				R/mCadJ8zp2wdUJh/adnYRDNwJ1IEDdfo2nDeDmLp98l4VufIQ+uZqGcEBqqH9534tQm+wIkswS/
				Qt+SpB/YxptNBsxjRAs+JFw+uOaEiF+h7lWAr+y4wBRqiZpNpxX9JpcL4xEPa1wq+t2g0TY1P23b
				WEzuQq19IkA5wRGvBMjHmWXnrMLhjmKQBYY3wptqPzRwwQOOoSR+tvZ7G41AQzBN1UlD0lmx1O8r
				urwJ5c0I0rbtcp4rsFev5Iy3UCW95ZFGKAVRUYoHa4Fvrf/T1UC7KX7Hh+27hai67S+5gLqBJjJt
				E1/qH30uH13IScqJySFIrPiWU0NQXwFRTxK0452skgCgyFmSUVXVvHzX5sQwgAQTUtcwEkbK5lOf
				gzjqqgVQcLLsRU7ZRr346Ik1k7TW4G1JnfYy6rc1SIjUvQK8uqe3TgFJU5245rvDOAlQk4T18hUE
				Xww2k5RAkY6A4kTpUfVYwMIl3eTENY7RVwglGXiYzDSJmXcCB8FL/aDXdS3jZD+F4xsA8U+yUINh
				sWiMmjnVetwRs6gw6nAN9nK8SXKTX8EZgTsiOq6qMoZNbKpZQ1GRtmCBU4E7AnXH9UZtG29ypcAT
				DLYhSw0WhJwqjugoMLjUBTGKMTm/Ee+nQCqBhvlu4VwQFjqj6Z/QlnV99jAsAAnNb/+xu4b242td
				OPLE4er+Ae/jTgbBdrYFpf+cDIq5R/ZJQeQfpH2L5dWa+IN4V9CHyP9gP2xCAfxwNWWPGvqHLSTG
				62JdwKGHgAEQBICV/9Jrog3zsw2W5jF7NnwdyXLo4SObfxLpz72oR5Q3q5rKNPjnpWzyoK3NWosH
				ZJ7dr3No1Y77h8UgOXrkXMI2SRzgPQFG0lA4r6o9vHhCjuZu7NMx08qsIRpwzJ/+6k/+xwJq+95s
				UX22g3U//whLjnIkMwBZCEkhKTsKfPCaauM7lLFtnzjUmmG8C2Xk4/2ichsJsK/1744IepxYYA4C
				vbMQo+O75hUMk4RPTu3/kYUJ5sg9Ols4bdNChjODXY7kBGXpcadievt1bU0UiJvAM1LN0H8DXnX/
				LpcWLIx67SibHwsN5+axX6HLBTtumpXq7VKykMnvFcM3FMXvV6BhW15WZ8pgdiVZsElyvAGzHcNF
				WBrlzyLn1J0T/wNJXo4yAcqi2ujzMNkxUdrC3K/wWFOdKEGX/fBBoUsVyuIhzhzUsQiroSxXmX4F
				Pb7vC9fACTsZSEsamCraXWCqOlkEpuquli3JwgTRaym6q2jGoLM5hJNNMyWttF+BPzRON1F5krQI
				sbu1UKghUgy8RhuAfQ01xFbU5mV+TdNAKD3gbmt8KI+Rm4wqAcI1sREt6leccbupeMnufcUfhGCy
				UCIlApEzZnAiQUgWrojApaXBhUBarjhYohik/iHnbBqDvMqYkInJbFZydGLrn4N/9EniMfu7jF/q
				VVFJLCm4Kn8h+fnyaahiyi8tlrVKZd8+2n8SwfoVjhbpj6+VL/VjcgAUTanapzHn6K5vjxNZUejq
				poE2idPb+52zVTsqhz75Xug7HGQPlEpjG/RLkL84hk8BM3tekygbF6KMMBRAyUZ72u8ABo4CjB3A
				nfiK+YSgQ8yxleut7TwHhDDCLACDbOOdw93/rJKUyLqcO1Nm504WrzdQ/3/JIw8HGBRiCWGdXBzH
				qSJF6mGmIXykzzlCRBDcDqSDGxAd/dAJn5BPvGgqT9alhOnoxwL6T2B7fM1J3SqeAni0svOOYn2K
				HVwFpB/UaCenqidcInoHhEWeuY37FSKeo7J6u/SspjlDQuBqQWMYERTu8jYXZ9Ljwb191UxDXJmZ
				0RUi+9BUq0ggduQQB5lIarvfwYv2g40BXs2nhosGQKp8PW4u3HIQ/HXC5SysbqQ0VE2blO4s3730
				aypI5ePhZQNBH9w3lR90jpF+dH1UIpI/53EZpZuh+TM41w/Rz2EqzhrNZUEGnNjbM/qfJvD9rpfA
				ZehXzGeIW143eyIUzA/eWiiFOWzXqik2uAClil9xXXhJenZg2I5ftDsSi+2Zwi+g4BS+f+1lZ2PU
				w1h363RBx6C/9jKdQTt3mIPZc73MPoxxEDtY+0kGI0OG5RVENSFt4QmU87oqVkM0Vb9IrkutabqF
				QtuOz/n8piJkgSulsM1bOml2X9oLgDI69ATyC6S3AAyLmLBROIKR3ordvUnDgKQDSd06KRSjvBjB
				4KRs/2kwEbKQKTAjSdcg8afhXfaAbH0ljqByExJ79GCLWY/EVRNC9Z+lzD8WglYamhHJJ6RqENtb
				ltoEjFOaa9MVi2lawSbg2kGZkkX9g9EQI0ILp7FHTisn/CAAHl81jxv2eTzM0sq1L/Ii5xI1GrBm
				RPKVxSdGlcWJLI8NmvX4yVqKVaw33TB1XYzrQktXMUq/wp0jQMRAROZQHlwQOHPfoSC8NO/J2c48
				C21eHhU9ZzvDIUneK39lcfI/OPPJX1l81+jxtr12DLnfRImdl+K9j9si3/6zBn9llUm/wsRU7IYO
				p53jaagh+je7LU//nYhrQ0K40xrHvTpcd3n2Kzw6TirJr0rfeOKXFK+bhCqsKz6yi2QCHoVK7JEX
				aVoVtwj3Ofmo8SSGvqWpm19aSamnG3aKQMTIPRbA3YUy5Lmsx9bOAsCNZKznP0nRkKrWTvxn336F
				WN9wiBrypb7NjwGRVFDVCtx3YoYs5G2VWQJXZmltFw2aOqGR3RdQ482ITJaFct9ftqnaxu/WPqtO
				qm2ldMWYt+YvEdd1pNFZrbZNcnHTVPbqnUe5+3O785jIEuRdOLq+a79CxAZUe024PQVLH1aGdG+Q
				I7s7N/QzZw2bMYCsJTIwBEh5kZvRpKRnJMtE2sfcsvhFTATNs2ol1SkNFYYfjb8Iwvn1cTbcTRo6
				ebYti9sCKAO5hmZrQ9Ix1lg3T9mWU41fxBYkDTnE51LZ1k3TOKlIqwJEqWs9t9ScZsHMT+d6rcOx
				trJGnFoQ1rDNLoGfBjBznj6t+sywfAqYTK6E1yWr7O5XONOBPe+i98H0ModkWFO2gHNdOAQSV+jL
				YQu4/MXyNhtf1MpnEPOejsDuyZ9l2BXGkLIkZ7zA3hihHwm4ncREkxEyWFgMSjSM8XcZuWb5TeOT
				EROJyEIW7XEOGACNUDTdtbAjD1CebmExnXp1+Hl05DX8PCjio8wTQgahc59kpQvbW4oIFT0jH9OH
				KzUhoU5v10TIcLps0OBd9rbVIa4l3e64FqsDVaI4dw6zpLTCx+6bU2RYV8D7YdnSxaiyZckI8jEy
				STK3USkcCwYEec1E5AIvW5/vZQXM7C+uIsh+T3uzX+rOjKP94QKRdQQz3xsLohorMLCde5rmkmes
				2n29YIXLc4DAOTCXSdumjTJAJ6eriWWZTVIkn//ZZCOU0RoLsC39Kskd+yg3xgOyykRCu1/BpQxA
				xi1mtMhLX2NMMoAlJRCtsQBjqps3wJvi7ctVPWk0WU4Ki3AhzJuZ8kqtfbA//22OOyF/b/wqup+W
				BqbZ7u3Z3rTI9tdY4FuJYEbTDX5exkVhG3Iniw6672/ihgBXqr3eEU09mNmUBBrbIuSrX+E7xUPD
				WN62iGqWGsKdK6+fkG1sYI1/8zMVCAJy/IlgK2Q9Hf9jIlJw3BlOxXsOTz4cwkUmOEb04JC/3v1C
				ka2yUoeuoousrpkNrkk9JiJfmdFFRnZZ0TlgXFQK5siH5LSjFyDwnZ4jX/z5m8lAYZ49Tlxnp2bZ
				sJ/1TmU+wg3e1jPusuBdq7/QJZLXKDtizDGNR63vYbKxkD5hLm5Z3uTf/CAIlLZ6XxTSkmHMhmGO
				gG1sHjJ70uu8c4E1JAEYl/jzM4YMtDFauPziTvqiZlH4ykumTk8vgANygPdagT+FrJneVHrTWEAw
				tj3oqPSaWyAT9KbSv+dNRe/rvKl6TbVymtB7lLV1U3USQi2SW6iz1YsIcR0RZTV/utCScfaYHwDF
				VXZTUZYqo8TcmlMwR0TTBKq8EWHuEj1gfApmviNDi7JUZi3+1i+LMScOUqlv5wI3BcnGRMuXTr9C
				p0DlNnW00ty2bO8AmK4TSWeIP04ByNLrpCoNO6Rk5PkMkKSf38S/jcyX2Scb6bUUhdiw5Y1IoK22
				erUAyyCO04VHSh7O0OzHjYVs5OSr9D14nx3d4Dy8DIgWVO6C8/A+09QgDBM9xfoVegH9stoA3LBe
				Pbv2mF6J21Ya+71f4TaxPlpiNgAnrPQyp6e7ZKRBUP24RqcoHR48sgsLXnZEq4gJg+hlltO0fgUB
				aefwFcmL6DAUcF9DGIY865EC8ovdLm12rEN0+F/BZuuDQSqUvLCix5DNEY3Ge7Yc/02tMyvKZ3NE
				qwjw8a2j4mYxAA1oqUCAgIQS6M/88AuPHrlg6x8/M3wMvFzncm7MCkVhzirX5BUHaZ6tmMqYU8Mm
				F1/EwEqUN9wWC/nILmTu6/Wu2YHZ5CoHgZHJ2aPVlDB6CGbxra3HO6FKkxiilr/iAZfJrzWvSIlF
				Kr9/h3NhbbzGItRZ726twKy2Q+HxvgK9W1PkhWGWm3Vddj4srwg9UDKhhE8y15wE7ytQaXQruXRf
				RW4B75adW8g9riJzy85lf2c/rutt2blsDbNcArVl55I+ftl9ZsvOvYKY5eLHlp2rdWHLzhvoLgaw
				HoK3tezQfIgSh9Wyo0MJNkbKUvOTKGio6is3xcUFTzLbQU/SyP9sWdD9jXlKv+Mwk/kmETXkifiM
				uYvNGEh5vbVWFjs1YoV4WpDQ9OjcutneVXi32ZvXJLhxlb2oR/kpzx1ZRn/uLKX2eseB8B8FQ+yx
				zI6u2oCUkyV3r0Eg7N7b8uqhHv2Zq9AaaykTo82PlW9aqpuYQ4LJk+K04E19mLHmEc5gbEujWxP/
				By0ZaQ4+MVWpd631TAuit1J6OvEgbMciOxjdaPUILgyVTfviJShk16lNb59Q4K4QvV8Hoxk//bYJ
				H1l533hfRaks62Wm8ky6mg752yT8QucKAsElV+nO8UxQ6NtqsWcL7GaIyCNX0cx9hT4kLdEJmN+h
				iSjjfuBmwc1jggbv2g2zgB/S9ss5yjHyiWr58ibb59kPqSxTNRs3dD2Fm7WdvhixPYcF6qie3Rj7
				CtqhwizyyDgySUK81vRXm1U2UWp3AoBh0qPwUr9NcdnDmrVdoLej7ImtHwYwzDM71sbfplTAmhVa
				QVwKEEkjL2hWWsnaG8UvtRX70d0roIjTgtPm6oH8oDGVS8Cu/QrnA/dGep1bUUOwhW8dyia1kFuX
				ZhAZQNnC576DXYGDIS+a55/4K+zaT8csC6kIfbz8fWWJ9S4IagInhqIFQbd89E+8lGv9Wx8KseYe
				o+4S7KumzlX6SYLxihMjP8QsLIf3Ey6qNDJ5L6j7Es5VhhECIsM5OhEHbyCIuao4D9yVcEzSImJ3
				Kf+MHWn4UGrFS3hz8KlUQiWEpZ0Hipxc7kUNsigHuAKf3+cB0BTblfyfIAGkF7ddGTexds367Y+a
				Jx/wsvbVTWBiHZpSkADb82flKEWJTEHCnOmz//Oa8BReBA8sAYkhFmQWrggzrAyc3aAx9woDr5kj
				UJZeuBU+s0n6COMMIgyldtPk36ku2GjK0aWu3US6r/AQ5TdAZfC+IIYs2MuOKmFhCo0EIDOUlQNX
				twJXT3ITbtbVvXKrCMdHzmdW6FbIauDAvudWEJRyDndms9gXYWVtJkC6fRGn8Bzyz7D5a9XUF4LU
				1RFNTINrNYBSOdmtIFjceMDpSbymE7aJMEHlfX5f0LysjIl4TW/WgSER4jV9J+QQehw1HqCA5MMe
				sK9gpLmVYRbQyKe53GK7FXLJahDaFnrXLjkE7BTLTfqofYX+sYa7qaBV5qZlewO0PkEAwr/0nwgH
				M2UMpukDAdOGrpw+On/laLjFvqaiihD2k6+2m/cd9Ohsn7YC2yErY77TUDPnWt8MUENDnSEU9sTY
				H49NaGYsjZX98fJg1bz4RmfbchMzIamJfq8p/t4zTeHZ1jucBsnzlfuKgqv2C8nATD4Z28aC1jDY
				pHH2gGgrgFV44WEu2109xQwuSq+QjriZQLCHMBKaBHsfAyjs/YWzkjrlH6eh7eqm7LW16kIOsikf
				GhCF62AacpWxEKbx0irRW6OTYHH0PYwl4lZ4/Ddgx0sFmnSGUDbM1I/oXsyb9wZX+TfeRnqpDoIZ
				ME0nGPu0yr7skijUAHXDRSXADAcvWaG9MSa/P+xZi1ZKkOmkRRdOdO50VztcxlERdQInXk1xttNt
				1+jXs7BPyNnVJRa4zTubXtMMWzkJ+N03dsErPSrdjFNfFk9c7zzhwKNd/8gAO4OmvPUfSDo/emtW
				ZEWhNG67F09qsUzvEKyZ4/1UXKHqpLOIIYzZmO8PlQYkmQ+2UkeRvCQqIQJkZlr97dL6XURAgHA+
				O3AGTvI3m8G5UUR9WnJPLbXFkk9iXBEqm3zVv0EAYHt1aNwc9aSgJYjC6dx5vii3QqnDypw5m35O
				C65ZLZ6N364pyUgAmcDIgydOb4VfbvUhHkPiXy7NNO6RCiIUyOtW+j7Mn3Emg5XaF/UaDlDVbcd8
				+wKya1SsD9u+gLeK+OxBG9Fe6nnStqWSSIjyxt9y9Znzl0X9tE8guGFbYDxpZGXfWLqCqgakbXiu
				5LzOwmqITvW3QsvBuCJ5hr4V2DrCXHzDFfgkSob5SiPnrKVyC1SmS02gH3Sowl7NVqlblAXU/n0s
				jQuktkZMCueqFj/a0C/znThNrOAKQnAQCaib008zdBkzZCkf8S3IDmrQIAPqmkqpZbbqTOi+woAq
				Dxzosliru2BiDFVjTeWOPjsyGx9gA+AenbjbmI5FPclN3DPpcyQc8b+xQlxBSILYtI08+8rLxsAm
				LzJhLfEESd+E7we4KS42ULaoIsNlevAW9hXuLttlKMxkRNLwuSjvSMUiQm+KkkPoSozMdijvlcf0
				4HiiI6f9Vo48UAcZ9ZGnqu+xnIl17IsfLom9wRNXqXyf3cfzl1dN5IAFYV+hVKnslsPu1fgo1Eqk
				/i059bhX/j919bk4ztePPtlXmJj+oOTvGmnPJO9UjDL0NJUFCX3+RTHRJY8axN4s0AWgA/EDNcht
				31vHc/n7/ulp71kN7kOMhRIARMncjseSHM9j27JHx1d7ufKbai/ztrY7d6p1X2EG9qY2Epu3LOHk
				lwt/q/abAnjGkdbfYjCrkmUUOCwOdhNlJfPpwqz8gc5Wq+RU+shE12bhD21HWzEapvkho/In4LPV
				tU3XTWZauqT3R41GW/HJtgchZJro3KuW9hVGnhVpv5kcCtoP64zKG3MNQmYaV4/NcBgoYPrgCnOw
				eitR7X5ybaiIfQmUFy2CsQq13bbPLHo/w9Vnh8I28+xBlOWAHdI5d7avYEwXFVWf+IAZyBK2jE6h
				z3DKYbFHKy7oM+Dxc/qnrIWB7aZPar7i9n60t4l2ev6wPPZrm3kxN6IdqH+du9a3S4ijD2kbdlkP
				P37AVVzs3Fcwg0QLtDMCPJAyddMtlK0Voauo7ECr12vCHOXlvNESMKY59Vsw5m4x/ykR2C35U4Yd
				swwpOom17tLjTPFrPSgXQjR1d26CZ2G82OZA/B4mJ+C8LviFff2JVJta4dxZvVqMzPSTUbPwD3Yc
				Ok0O/XoM9w9F+1RzwpCZ0Lknq+S6m+pE+2xBJBseTG8jzIipLU94sB+gXky43I61+kLIEJJsyODn
				MqY6UIpRZUnMGRmWUUeRRlnNQRx11QKs5+dA/8+RisXcbiIK7JgEJ1VmoyUgZQEpzE9WsqGV7H0+
				eQsaYAHmB2FUO2I5Oi/dFykzm7dR6RrlsC/VnSsg6YxWQhEpc68wl3ztAF8xZYXaqG9csZtYzzu9
				uGR4c47UDX+DA0kqZGOY9EY0o+8raFMus8w5jyg3ugqyWkVCmivAS0Fq6UWoIRQcGh4rDGg6udsG
				c4XYNk2gsGREXVgl705HJkEJJHTzZxgbi7ws3TSGwMZrRLOLTdpW3yk7FEnSyfcAPfiU/d4LltY9
				BWUXu2m7fPzsfg2F6sKtmmvToqgm0sg71bum/cumgmWuACmQNW25xqLZ9Pcyw0nklYMtHIxNnLkH
				csp5mk4jr1BuR8axsWbTjakuWUhBJIO4lVQMJI2pAlLW6w/lWTCwiugcx6aSw0wRWWtQB3NmNSLi
				HqfLcl3DSCqil2IUV1OEEhRQjrpL+vK8Pw69OwzFcPyXGh91rKgXUTkijJVY1+nIO4eAfadKjM0V
				iuAYtkOZGASyFaA7FmG2gj1B3sTNnjUc6ZaDIONgbAKV161y6HQiAEyWeDqP8Txn7Gib9lsxoa/w
				OVKInxC2nw6nwkEY3lPdM/6R0HruK7hfS8iu9NLyjcpzP+6ePObUrPacycf9uAh+2kKp0NXoXXLV
				jC/jNZvHCtWz/HqctIDyn5mXy9rx0WY1uEQYPo/ru59XtFy4ow3qYmHZCkvPZRqA4vB0mRWFxWYU
				SJiNrm0V+wp9WVh1kdi58wkQvj+4oP1lJu+KhAtCrRIzZoJDxM7ebfG9TjShJtI8K7pGBnk+8fKg
				Jtx91je0zBGzYpBwaYQNeRJUOYDvORO7qRpB3jiQtkacxxB+Uq1u4HqkFgYTxwp/zgBXgi3glxKu
				stgoDQD3A3PvvsI9+nyEymwdOhugR4Px8HGXWLdM4FO3kOEDwLXK14Mza19hgOWbIvNUkjueeCVi
				NJ1jLsxUdFgr1A1xjw8xVAnRIZ5qWqIkTvQrgSlPTzXdAREYd8kHlhfHjkyuVem7LAn/cYrLQHaH
				QM0VLABO0Y2YK6iiK0CtYd0z+hXizIsIjucV05PKleYK6PQs5Mer8rrJhQSKxW+Li2VN2psVEE65
				Jfk4rB0+0024z389++rt28sW9hQnISjf6b1YLYJjCHUWd65PIFO7+2/Yr+BccrRGtX2mmQGhGtEC
				CAmXC9eckPQr1AQ/RuOwe80QTP5wcPbWpcAf96zKOOxp4fsnVQRM2tYNo8n8nCLUS8rVX8C0KZ3P
				rTUocLMg9/wGzyT03nG0rxNfuGD98NvNEnCR2NXvcNLw66wo1G8DDvyhO/cYnxZfXubbyNdE5K6F
				l+DD6Me+3rYO6eOlzQpfQZqVWuC/XAT+6F4/OXXw7mHUhcMAf8DvScCZE/RJwB+6527C8EvAHz2J
				viwu7Z41PTQnGEnApKFMSAU/ESRFE565DJK8PE1eGgyEnzCiYUSRYA7dk8HIl3xMOGZkkk9zTQj8
				cedzSjjMI1YKDRt4re1cFfGdwB8dq1ZGEw+eZG/UOrsusXs9gj+o1krxJumzLZjXfM+ceHXrcuBv
				HR4wM0nvWgZ/6JB8BUom5FSpu0BiAAqwzomH8zOTrtc1DKkP/rhbQTl9lAcMu/22CX/EyWRu9Csw
				kSqLPVmOrUMu+V844Y8eqqE5zcR1knVTrbdokW4QCn+gaIq5JIhoTjYelASomZ7ORveXUvijhzhY
				8B0oaou3Oehz1gQmXabE/ygO3B5BOC2XTOLFez+TQ+LBtV36HzIosYU3JB1jzw+5KKg+Jl8zQW/x
				MAc/Z42YkxyKXuncsm1BxmsycOSqqqLPO1z8cRNikNOA9+1jZb03ZpLnhTH+6MwL1OHYMCvZeTU0
				jXsOKO2sPww9Lp5LYt8SkNcHZHj8oTda4NKKlOgYQVxWyx9/3ORYgBJq66hQfbNuN5VHolY4nIsm
				UXNqi7LYzBp6ebYvmwsE0AUSZkWp4q6YbdUFEmOfT99e9+Y1uUhD4v0RgPl8eipRA9UGBnZ4IAcD
				yGvNB9H+BVkQgCR5hmAMs8WyZGImkj86jT+hurxRMbIdu7YSYb+CPnEaN9aWKdvP0QK97NOCqJlG
				HuXKWDiJ+qDHWW8WIQBLCFUXFAyd0fvReW+/QrxGl3VsPfzhF8iCoFbO4Tj8ZXIxYiYfyct0FyOU
				hA4yD/r8KQ8NDCtcIKXgY7CpU0z2AyELcOSj9BWXGTZ/mjxSftflAoTLLEO+8EM8vcY/0qmtWXac
				z2MYZOFCuVZCRBicjylTFYcs2Lit4SaGLdCg6xCkTNmdNY0s2LpARxFTO/aSd/oKdjcqD1XDmqQ8
				D3mC7KIp82PiJbp9uXnVhtJTP0Mtii4bD4mt/pi4+deiChZfKmfdStS41gfptNtf4UwH9ryL3gfT
				yxySYU2f1p3zeDXWjf6hUCdYs6pZ9/uHGgPXDeQDQeHTKp5kgs8Db8cv1DvzFUOMlrTjTVGFPufv
				ZJtEo+Oq8Hk7DB4zMPydkHj5Tfd4fNpzEtDMstx7DaOQ/gpa9C+t7Fslt3zSkY7RNOM5KKNuD2k7
				lXc73qaZ+Ajs9r6Ys6mjcjTeH3/uCnwYuxr0WAZvIftU2ifPCzAkoVzIK0SJYVBBSal8ENQM9Gl0
				NMkixIwq2rVtx0TwZpK5IQVZjnVlf1wdI5SsoJoOUSbCmYyZN687byMp2bos2Uy9zpbFpMAGAopc
				DrrJ2ZZhAynU4ELmIZUcoekZuFLXlQMcbroPfpgT2vmfs5R16BG2YecyCbuBkmYH8JjGDFnug3EZ
				jxLMAreTnUDUwUOAkmEMoylvFHnd6JTUDPxriAgWknPE49pwxReK0LYeIihzl3suzpDnQAfzXZGL
				2IzITYiQYjFbW8x9KvvCsysmkg4JEUZCocWTJomKMCfFn9/0Xtf8wG0Fcu5LD7fhMUekXVUacveh
				d2pka0z4gomG9uNcQAQcuyx3+LmzKKNgD3gvkcZd7bHLyrPHWfUQzhsC7uh10814InGXVcCPkTfB
				NBkwBcJIAwHjXR8XXqlFHT4yej/mLZDR4yHwIjKgfBe8VUQPIID7dsI09FwHlJBeGrewmSM9pMEc
				glIkDYoCTfr2bcdhhtQ4IYI0eGYH3CGJ33lZI5CqSgRpnA+XPLeH/Sgkup502C1yn0PUfdT5LzCS
				Wm5Wv89uD8Q8Uz/JeDKEHK+UcjYmkUIRBkc5b+L2vEsT3DjSANy8ou0+tbRxX+VYCGst8a74YpEN
				gsBNbEta4hIbLFQ11xQjcmlheisCeUNmb9s17YioessOjRn8JJuPiNQ4ENPMScAslcWLDk7W1k/7
				KccCPESM1GDM4M8+dBkDyD6Mi6W5tPJtvjwCHV9NecQhvHvh/ESj+yv0Jj+axFdNb3jSlwIxatpO
				1+5MVXNMatDahBUfLjfNyQIPGGD2CG02jD07WjnCQfA55L2OuI3KPB5VXL8gvDBp4BIvDGnohRXk
				8fj9U252kMeONzu0DVO/g5w0mCNGEzXK/BXidpC4tcTVL9ndQA0G0852bnzD7JXGTdXZLvcVtNUu
				2kA6219CKzmHCLIpLyw7HmLZx5ts2bHRGoh4Miih0FM8wGpE2NnbLTTjySbgr3DWRYd8Ds0pPkZW
				gxIBwPDYUNZ2JPh0Vs2C2Qlwhf4K802Gx9bKS3+YOAYKp1frddNQD9jU0UUm8KhIVdsFupAtkoG8
				PVh9s/gQQ/etS2r+D0HnItzoqhofYhAaC8C9Mgnykuzg2myp3z/5isFxvU2NHtwc6duWb6QnEOMB
				sjRDBr6u7YftvxH+CqdxDdpRnB0E2Q3WTosMYwFu1bGUWDHJUQW4SYzWeaNF3CQQu3UeQ1g9HrRv
				1eFCeaV9OcCtts3himBazQ7HvStBI6xWbYMENp1mx0/AD533U7XhQoFbyFtPeNAmKtdQ6Oz9FQ68
				VKb5fnYQbBOgMSs+jGULmekoPrZkHThlEto3f3qPV6aW6G5wgRjVeD5Y3ARbyBfZudi6u1UM3EzF
				VHbqe34vCOyvcPSEiBiY6BySQzcS4GjX1j0/cULeZly7tjQaP6d8yl4YAvIjGHqUPf5UOh5YVbjf
				XNvEieaM30SdOX8+8zx/GuA7jmjbbPtzXX+7BI4RiRbKxL6ACON/jxZcS80DWoHFTfkr/Gl4ECGH
				/VyZwgYP0IpbTbUEXzMOlUBL3GqS4UZvs8Xou4/RIdc5w8iHb9IrLI2vvr/jkIkBFFgZ0NE0pBHt
				aNTfsdwqrKqJKf9omuaPhZfzBcO8lBOTUC4HaE/GU6GvrbB/fsNS1o2A2ZW1sEzWn9SKhVHYceiY
				cUVFuHRSGnMIf/KoYLUny/yHJnTiUObeMAaCoybPsi4xr5VrzclEmFXQ/ZhIqNwITiRipt2GTHnH
				4C5kWENWm6nR9idtyxKsYTXDuoQH7IyVbVmCtbchqKythoamoLWAm0KFgd30AyESlCVjGm8p6Qd4
				jASTjNloE4+FAoK8bSJzgcvWp/ayKmYWGFcVZL/nvckvdWXG8f7AA5bjF+zxV4iVhGJejTHuDjUX
				q7Nq+VNZgYSzUKKLwAecaoX8nBjlTXCnO5QhCUaeoCpGFwucTlxGOKStL4kPE2P1Y+FZqy0W4Pgg
				zSwjgAKdTh6r+IXHKPv7xQKCp+4azYnaUDPAcbiwBGi7hdjLuzi5eOSdv9+/HYNlf/lblHc3YqmV
				rRDKp+W/C+W0furzqMBpqyv62UZ/hd/NO1su4qnHLv+3bp9eRAjtr1CZAySIbBzpRTA81HC8vbyH
				igGRw1tkNFLeziXPJL7DvD5rHv75a4aDj8aNgCrkBXf9TVAYrk3OC56VGWY2Ps3o8ahNcWEZPC/F
				HpSDSnYuYFVZ9BB4pud2e7Gx67SlVgsThZfS8JrApNDHARYDjRH1nmyDSelaMv61RG6EJTtoX2Ml
				/rX1Q71uWRyzWGDOzexSTx25Z8hXKlbRh8rzCs22II5c8XgcBdbgdf53pTzgAmAj8Vbo19CUxn3F
				HRxtSKC/uOToi5JY3uPq4vmpUvwB5fh3+B7e8/nGfhwFg3Mp5S4Wvj8T46AKCbo9YlodEARhvezZ
				aXFOZ5JeFKVaVr4Q1HrcCkUcegt7LdR7hMwQs9BmcXqcj0FnepijzlRkabPAgtbpQn+mQeK+ErSc
				0UoblJiTCtyJm6pJFIDfiWPxWzc+F9cUHZPJzpeav0KvDPZtBHu3LMJIrzd+aN10Ii8o3HRIC5bp
				hIm09dt1txae3JuRbQUZzg2b2ohMOG31tAALWad1JF7R0LRIEpykFd9iHYCMvjQ/Icrg9qQMK0a+
				KCg2YJA+o+anj6B43cUCz/fLciMsX9OevneTKtlI2s7JOZ1o/BWoMvULh002HOMjYscAggvUeSHP
				nmVB8jaaj/lYliuuvwKPPOx9JLbuOAJJTy++bVsbyxKneMljb5a+bD4AIXZDtPHPqTpmAcHbWJa7
				hO/VuJ14tgIzLqXq1YEwMO6STy3vjh2ZcK1MP1ssEAbey87vBryDP6pgD8BC34hVYv3cw9Fa6hVA
				RqmygsywJaHkJSjVKwwAPPrRMayxIBTsAscFXu/iHRklQXLQGxlyGSnNtufkFBaQXSxBqe3H/v5c
				am4MX8nzfa/t+jKsmS0zMpIQ6T5kkH5sITERAyzcYAX7ISO9k81NNYhTPDAWvlc6qgOoYw86yLoR
				TSJKOLPJNWcugAU8PR825Gbdq6vAwDaaju112b8Z51CIh6jEb+5Yfw0QMOcgBmvaHa3vn1woJFZR
				P5R8jC1rK/4G86PBjgNpVq38EyWcjfccmDJEOlPxJjztWJr6kVt3sPdTUpaVKXplb8a1uKjHQyDy
				1hW3ztG5yiw1oUZCCSVOTjdsKrOjq7ZA+h969RZFv7d/Djn1xKfkHaqP6+QpdTdshqphLkBnxubZ
				VMR7AApjUfBAs+vC7kqr9GFf33C4mPS+CL1Vw7Jrv+UZdIuRWl9/oSSiBoqqDid/JNv5lkxH7nU5
				Zah407dyQUuPd7jlqwp+b8jHfn0WCrkxCLwPQJehTnaqeMZg/WQXTrxFyhWEayrsN7gHCUlOMLMN
				MZpnFpM1CRYFTWQjss9yljlOphhkG/BuNQI6mI891hH8+JSjkWNVZmkeIIw23jvdUzWnB9TBL+bv
				hHySJFLjZ678AcDCujOAce62deyKtjbLbhHRrgQEw+hHwd1nmZalKiYPOEBvO9dI0s4dDFMgeimK
				YzhtKMTlMY3ksoxmk3fwpcDpRtxvlEwymi2onpTVGymmr0CPAlql+goM5KFjxhL2bb/S8YFTRlCd
				L1RLsQQlfF+UlKrHty/tIDJAtnxjJ6skCY4hkbGTrZgyVwQ7DdFFvWtjJ9tQ/gjSzt1Oxmk9uEwz
				qP7wjsxbj8obg7lqmHMsJMdjDdmcil7ckxQ8ZBoePOPYHuxO4QQtpIgocoZBNn1kzYgKksaToQaQ
				uv6vWH0eHVrB4/6xaLS39gZFuCShdPnbmFMYhJhWH1bg099y7n4J6IYLIRvO7GGOlzJd/Sxw0B7m
				E4p3QCKrNN3PtODiQ4msn4UApYSdkWDBK6oNbqBspLUIJMxHpIrxoXa7QCAxos6J72/FeiFxMU8q
				wh8xqLbK8vywo2dggBHPRXw1srtWIwn9L1zBBpSkH70yzJa5J5MJhbE4AZ2YurBRsmQa6dpauesV
				gOI02pcAVG3rn3yBLHApekFUTvItwCimtMeyHbjC9ztc2cW3g9eRfYF6XWdQYX7CNQEW6Akc0tgR
				ahM48YQ5j9GbDNNhRpxphKaEzrrzHm7/nWDwLbLRsojax7q1N4PhbUm+FX4mffNR3mEijAIqA29G
				+oWPCxmVIotSihyf6KMG2sqCXwiHzhFXKBvhVcUgsSp9VmIYer2CLlaDjPIIBPcqgQiamB+UMrFe
				YXBt2LcRbV0ZhBA93vihtb5D1KPlycNRLVj4DoEnyiC1Y+xen2PjIdLdDISyEdik7TY4S6CtKHTG
				OddNjUqqGzqOXxCuVzgzIFxbwvtp+o0DGaw0NPScWN35J1Fi//bHIW42+8V75jjdAwPJ400iICTp
				m6YXctXOj3vId1xNT2FY1zutbpUKuCBOFEXVfiFJkw+EoseldsUfG9ZUVx2KjqV6heC1sWuR2rxj
				EEr8vrha1xXceYrVxF4RE0rzJShGPvY4YPeXXRr8PIteeLIIHuy3tjG8IZOdqGHHLJAJQUm6CmHW
				XgOd9EmQ/wiJ/q1gyY6wTvoqqoSgXByy9W8CcsUoa+szhOmjqSUbtU3UcnrMfx8k0nMOCoLpPFku
				9jV6UWdvlLhBwUzkJQrc9ca14ijqPkLTeVC9KisDOOMmPqldmN1Vb35cItCT25ozz3RXx/7UuRYm
				YpfmobwW8DuzLEFHf/F6MrJY0EJgv8mk2lThjXEc2ea2pJng1Ss4CdWtRQeYZ4ih1CJA9JHbu6QS
				t/AJKf5TDKHGN6ITssMzynJVd6OYfbEsrQhjNiL/D/FNCy5jzdVRvKtJVId0kBnvAjjO6KdYcaDI
				YZ/dyRm46nj9dhG4YaGY1czJKbUdXDFkasc3dIYCCpR+SyjwrqicAwKEouIvEBGFtOv6VuMXgKHn
				l+Pdm5uIvCCd4cSjwDOQczgPOAQvBMcE93MeZG5CzPWux+PxeDze6/V6vV6v1+P1eDw5Ho/HO5LH
				u+GRVx7Js5IrObly5Fg5Uo4fj8fj8Xg8Ho/H4/HO4uLi4s7O4iKOPDs7Ozs7o5uzh94EntFoNBqN
				RmMZ2TZGVhuj1cRoYWJhtdVVlZU9RXXVZROojM8yzjnnjDLexo2cc845p5mZmZmZmY2ZmY09ZkYy
				BhnnnHM+NoHGHmbMzMyMjDGamZmZmZmZmJkZaWacJEmS//8lxsX4////zzmfMJowhk2QsDvOOWdx
				XiwWi8VisVgsFovF4sVischisciqqjjnnPPpLBbnKlIVp4oXi8VisVgsFovFYrF4sYpzsaHs7wkR
				kqouXr0mUC4SVZUQFeeccz5UVaqbIgUJBdk8NzU29dTQyHTmOef8Wmq1Wpxzznm0iizWrKqqYlkM
				VlUVTYpL8X+keIVUFEOKF8X/jyJF1URFFKMaxRnFqPuOuu8555zz3t/N7zcjsznZHDMzs23+1PVV
				NdWtp27Noouy5896/uz/L8/nc5MiIiKieWkS0dDMzMzMLM/MbNSJkbkY671WrUV9knzyyDkNJzkn
				5//PkVmZ////z/9tiTntjvgRPzoi8ow8olwc0Yx4RjQjVhmRE4yMTGpEGlGMGEZFRUVFRUVFRUVF
				RUVFHSoqKqojzrfphpg2zEniLfG2xNiOjP4h4n9DQUIUNLUhzjnnnMQ555wPkRMnTpw4ceIlLg+I
				Eyc25hFjRcoukkgkEolETjqh+f9JiE8iRDT/b0GcFBMUFEQcEonE785u7rshvyHd3NzIDb+5iZsj
				K7NtjEZWG6txzjnn9lMNp6p1Uoyaf/gP6ef/UD4qio2ObDgcIioNlYZzzjlt5qmheTgcDodDuZhr
				var9fzvSYWekF5XjzMxMHA4fcjhCGQaHJsOTocmwZDjnnHPOK8M555xzzjnnnPM55+wY59/7/3+S
				lw3VIFd+21lZPjQrmf/nVOV0ajjnnHPOaZflnHPOOZe9nHPOOeecc845/58qQWWn06mmfEqacs45
				55xzzjnnbNu2LW/btm3nWc7L/1nOOeecc7JSqVQqlUqlUqlUKqWoVCqVRuUm2PJzzjnnnFGJGo/R
				45HHI58kSfIoN+HISZIkSXIj5xStJkZjtabCxIo0ksVisVi8WMJ/zjnnnHM+iXPOSdIwk5Pzn0Qi
				kUgk8jnnnHMiJw6Hw+FwOBwOh8PhsBwOh0NyzkkrSZJ8/p3MOeecc84555xzzjnnnHOhUCg0zn+E
				P+WCDyfPpxTkBNkgg8HgSfDk5OTk5OTkxOTk5OSEPLk74XHPl/9EKBSemDBMeCVcKBQKhUKhUCgU
				CoVCoVAoFKFQeC18Ieecc8rxhCOhkEhYJJyERMIhUkmIFCR0E2RzU2NTpXlmaKgynM50OMLJOeec
				VeGtsCKtkBVKhQuFQqFQKBQKhUJhVFRUVEUTVf977713qv699+r9qlar1erSe7/33nvvbPX/v9/b
				tm2D1e+9996lWiMlJSUlJSUVJRUVFRUVdUdFRUXd2ysq6o66o/oPd/rcvOWOuzdvueO2bdu2bdu2
				bdu22rZtu7eu7V71/7ceWE+Q+v//e///////n/6ZpmmaJpro0kN/0Nnc77333jtzO/fee++99957
				7/3ee3nvcpxzzjmfxPv93nvvvfdW77333nvvvfd+7/2O4uOKreb0yf/vEU+4o7s7Oir1ubu7O6Mz
				MjIyKjIyMrJfjP6/aEJd03vvvfdeKWqUfdf21/TPdJ9LMo/l6r39e++9w957773XhlpDvffee++9
				9957S6VS2yl1mtKEdqhU6zVSi0qlUqlUKpVKpVKp1FKpVKLShIWEhCo0CRERUUPogoKCgoKCgoKC
				OiFUUIMaVGqnT6c3Nzc3lWCEmBSpQzrkbm7Km57NjdnY2NjY2Nj8GK0mRhO7qgqzujKZXqypmhpp
				Sd2sKKmo+v/p/6fL0yEqmrZth6ZF004PmtY2zXSmM7333ntjrtPq1DqtTqdUaTud3k4bOuW0U5vF
				svfhkDOdTqfGbTpXYrP0Pp1Op9OpyLR9plYxbdteijYmaOy+uzq7OgjV3h0b2tvbzczMzNrHWjMz
				K6uqqqqaqqreBBl9lRQrqvdW7+2deyeE+v8joomm91bvvfeS2hOazn7vvffep+0zbUeGEyNzjbFe
				q9ZbvSSdUttp297avKJRaGqyZDvbyfb/isy2bdu2bXtJO9W2bdu2bdu2bdu2t21bY9u2vWOf6tiP
				opurWuiqnsrxTs7szNjL2J/WoZoZu1iVVbF3QqinWiyqYnvvvffee++9937vvVRiUichpKdBvphI
				REQsS0REMzTDYQ37fTgcDofTGLZRZVle9v/7/z+LJEmSvSoI/N577+3ZEKT33vv//2/B/v8Hy37B
				HhSA3R3d3UnneHE9OZ7c/////P9SqVQqlUqlUqk0Srp06dKXvojIPRHJEBERCUmHUG3bXiP9kd62
				bdu2bdvKUpRKO2VnKz2yUSmiMdCwyFXuzyLxSYjSYMN1xr4umQuy6FVZsC7GRHqHRFgiIiIiDZFK
				9d77B+Hee+8yIr333nsFUBedgQcBoeh6c7yeHC9O7izO7MxMbCvbrDZGU6OZVZVFt4pWUV1TVK0p
				VkuKFSUVVWTftd1n+uuj/0d/mqbovffeez8ajUaj0Wg0Go1Go9YZms7MNUaGU45M9Jjo0Wg0Go1G
				S40O2VbKstHofywSjbMmDSeQDP5fiZZE/4N+6USj0ehF1CJ6jyjvvffee++1u7u7u7O7u7v7eO/s
				7u7s+Jxzzrkd7ezs7Ozq7Orq6urq6uq+urq6OuJ1xznnnNfH+SzOOeecc05HR0dHR0dHR0dHR0dH
				d3R0c3QyNn9NDShYoDDBQUKGChceuPBwAYMEddDAgQMPB3B4sHDhgQcoVJBAggjzPM/zPCVwwECA
				DBIoVLgwQQYJFS5MoGAhQgRPJ7n6xupRKqGiFeeLSuFQeHLDamxQTUEk15xVpkRCamxqEmEXybjF
				xFh9dTfl3VFJPR8VOTFh9hG3jjDuOVfXmqmqJDZFMxZXd0gj643cGO0uoamZiqkqErtJUtQvapI4
				eyiOJTNNNBpxLhdERERE9MyJiIiqpKQhBYmIiBZFZGPEKJvKsTis8opIWjF035iVqDRUmiHHrlMt
				WYk0EKlGRLQMzVPUQGRxY2bG+SoaoSF5DSSNmhaPkRDRXJ+SormZIVv+m5MimrmbuxmTubm5ubGZ
				GanizExt6s4J6aRMzGpmisc0o+kMSc2ctGyMaBJWVSPGrwvVNlXUMA+N1dAVEQ3REM3MTM2wZuSm
				goaGaFJOsI7TmZmZqRsjmplacCy+DCOHw5mpKh2J0Um2YmdHEynIZoY6MnEztM7wiqgsXszETMzM
				jAnvqCbm2uv12l6/9qbatpwGx66BdDcXVbNai1jHrdaWRrObRu7KzKrVavWr1epcxdVSeCwiq1Dq
				WlGN532n9vlLqdl8o9SG3VKpvErVkHSMZrY3nY7dmE0bNT/z8DuqmpkpsS2n7dQ6HelFajtTJeHH
				mmuPpVmQnZjV1Yqqu3xxUjUkM0bTKytsW7u5kJOra2QdSYkoVKlUOlepNHond0ce6+zrWjZTLwVP
				JKQ2VEZalZHZjJGskUajWW/qiFZF1kWSyops4NwUMhp50MwVO6kalI8VZCyiHdFouTqyI0nSaBqS
				U0Ru1zurK3lVYbUiJ+95UjLSEI2SJEnSQ5IMkiTJjVuFZJHXGhLW0dWMqELSGZtTsjjDCF6kIKWI
				Kie9e64nciImcWGymNVVJlUr5eomWpEvLCzsSsTqK+gSMdpmGNGLVFIiNydyVx1Llo8muq51Qzym
				VhERadxmm9WMRITIZkZakxhLKEhEbkSKyqRqdElojspIZtiRiYZNbIVxQqKwsj5TvPdSqURpeSIi
				d8WtIyfCotQTkeLaKSVKo20owqCciYhIBBVJREQoItat233IVBHF2GzraiFnLCLrNGD3NdDQQMN9
				LbMGGmggswYaGmi4mq8ntzXQIMMKFRwKMEEGCQ4TXKgQExMTExMTExMTExMTEzMxMTGMiYmhkRiJ
				iYmJiYmJGQZiYmJiYmJiYmJiYmJiYtr2enc3ZemOGv7v7u7u+m3btm3ba9ubcF+v996/3nvvvffe
				e++9X++9UyfdXalXo+s2rSHh9drr9Xq9Xq/XDUJdr9fr9Xq9Xq/X61UuetI7XvSseMYz3rxr/D95
				Qbr+UHK9997rleu9995777333nvvvfc7s7szM7M+Z3R2vbszuzPrZlsZ2TZGVhuj1cRoYvJVmNXV
				XVX1U1W/ddvsbdu2rb7XarUeGQMPeu+999577713bGxszGpjYyT1/2Njbdt2s1rVrlqtVquVUkar
				0Wg0Gq3WS6PRaDQajUaj0cRoYhUTExPriImRWH+omIj9h/UICwsLCwsLCwsLCwsLC7MLu7O4u7rq
				1f//adu2vf7//6+qklZNqGp/6L333nsn6jPvpSEi+epR9Ss3nJHO3EwRZ5bk1pPrEzflmFkd2ZU1
				LuS2K9uMzGykZrVahY0YzeqqYrUpW0u1rFbvRlSrNamlmSIqb01ZcaxjTRlVwyEeS67EbIRIaihS
				OUIqhK5oLToUPYr2lnzKTnbkHefH+0gkumJYFQ1JQ9IRPdGQNEQhmbGZoJIZzk0jZoYsmpI6y5KG
				0wrrkEwprZQQkRgGg+1ZxHWMrEajWkc4JStetSFVUux2b+kdtU7zjSzc4urqW3NuiBSlYQRVUNmS
				bWMqZIPCkyGtWmHT1TZEvFIrK27kpBYXcvRH5ZiImVjx7r7rKpqZElE61pExuYj51nFurGy0ZUP0
				UEoRrOBctZKO+EAuGBdWdrJtD+yWMisjs4moimopJpUjIpscxru7EhpaL4LqvqYhkXCMUzcxbYXx
				ZpJoNaqiIz0zKzm5v+86mrzjzRMncj3MyozLZpu8Va9iXncdVdlICavirvtrIzIjk4240R3ZsdFF
				ViMjC7qYZa41K2lYcna3wuhmmhpHGmYNkwkLi6ld3N3R/Vlvrqp12RzZVNMWazXZ0o9W0AhdXBvn
				pkyG+N0xNJRORCvaq0bSkRipwQmK8MLKbOolHZESSkmfmhu63vGqyfGGiJRJXdmc2VNVL+Lvi2hI
				IyRj6yaIrTC5mSJKZO9qPa7fL7wkyfIcTUyKe3ZHEfPCruzkpusXV72ZO+N2m5nVaKzM7Liqo69W
				zdQU1Yickygx0nQ0FRnZ8KZmHqmwVE/NzVQiS5FaoypkRK4WZ0dfVM4iQSZBVDY3PaoLb4w3TzxU
				cl2V1eLqdjYhIs1J0FDRGjEVw6smpKMgI/UsrKymPnulCoOcOKmTXmyQuRuSHVnDxMpKtVdU3ZkS
				Kur99ZRm0u2sm1haYdGb6YisSZAFFXk0/SnZ4fGOJSkUo8iUWHDqx16tocR6NLeMnPBIbN5aVuHY
				jVHEKEKGRFVd0FikFoNcJpuIaOLq2gkikRWJWjSCtLOr4AitFldHP5VDUzbXHsXrI3F1NxE8M4ta
				1arsoyfKJzMncR+YiMhVCyMdnZFqEyMyFVb21Im9jkVJ2rOPUiISdSEhZjzqlZjZPYquzwStaKUh
				UVhGqZuomG6e5uwUcpERkRHRNEQlDpVmSHapKtQGXVCRsdf67KMHE1fXb5FzIyZHjJmTuIuqsqdU
				xekTJmJUNn1+S05m9KrGrGpxHz1ROdOyOQrlLihyJ3J2NTSZDbU4VTM6RlVJiGxHRGQkqxCiw8po
				6sNeazEkwzE5oVkRYkcaFa2mu6spxSUhSS53ctzxSe1Bfd+9HsnZzbaV9kBsmsJ4P6say64uKiqp
				kXmpaBQyEvYaZXHGmZLvi6Qd2lmHRE6JSWxEGSCwQEECBQwZMDgY4MIA4ooRODxQyCDBoQICHqYi
				ommIqDREKgmRASNj4EGUBA4YCNAgAhUsoIEDKOAADCxQgQMcNDi4gAINqKACGS5gQQUSoIAFFlSQ
				4QILHlBBBhPAIAEOGGh4cIKBggkiOEQwgLCH5oGCBAcEPFigEOEBg8MDFijIUCECAS5UgICBBg/q
				gCHDAxQwPDhEcMEBAgcGENXA4WGCLUSgICECBggNAHCoAIGFCBkcGEDQOGB4cIgAQgMEChUqUIgA
				AoUJGjwIgASHCCJYaPDAgQcKFijIUIAHCCw4VHBgADENTvBgwcHCBQkO4JChQgQLFyhMYMEhgpMg
				QgEmaHAtAAQUXCAAhAYGYgwUXJggQwQYLkyw3gYOGhwgAMMFCBweImSQ4PAQoYIDhnKgwUGDgwwk
				EAEIBqAMPwACGGSAwQMwUMAFCWiQgQQqiAA1oAILMHhABQyw4AIHOGgI9uEBCiRckAYHD1gABhO4
				IAEZLqgABhlAwAEQyIACFThocBCe2LikyU9XbQQAQAIgoAAUgAEl0gShaCwOjkkCoYgYCojCgHAw
				OJTGMI4Ia1IiI60ASEiephi4o2igQHzOR16BI0XphZHhs0oolr8yu3xyt/cnfmcNZpKrMxthAioK
				n8t1Ccu4FpX8f23q10XA/q8LAcl6MyaPD5idHY+d4f+B0gWNAPyK33VH8SQLEvKD7AaeYpHFyHke
				6rOvloQyT2I4YCazcUSbyo9P23Ka1NaEYu0THv0kPRn8F8MIeZHr4Q+71GbK0mbZf0ftsuHAt8jH
				nFE0wYYe+WF5Ad2cZ7Na4MiswKk0T1bTRNa9h5zncTfMZJ/kIe+ZMancWGppghCHs3bZpbgUH5tn
				y0x1JI7qABlBC0ts7i9ZQd/rHasVL7YMp8LY06lOWYeAkBp+ui+oV6cIO+AasrX2GeM4MJ29z3NY
				EZOTDhPJMcLtRaznZSUrIAgXFNxBtKnc6GkLqlvMk/LKFL6ApiH1RkQzVvSBsJndl5oEVK5Lobit
				w2zI5LVV9GjJZFrUCqXcDdN/pK8NqmCsegEZAQ3fsjEHGfFsklL1RwCGEamxdGLsVI5hub3+zcMR
				hDAUGRTZXV88oaQCwtyALRaH6gCeq1qfc79WMhKR9dEoEbWy2s3YOrw6X38HhmOzzkhQEMmLAbgK
				JMDW1/hdbxVBW/fHKIBAQDss4GMMIUDsQNmiKIympFZjEEDon/L0TFZ1jEGxEBoWbtAN7XDt00zY
				yPlgBHmNzg+AFubVzxAEoz8HXLdRJyt8fYTy8OMPCN6/aaW6QOVNOtFmgjFYXi7LqVsL7OdXCdWF
				ROkU2QSX0oLT00KmJOshfwBywrGekQrsD0iRQVVsR7Jd0+wZxaM6UXsRdgUeKUocuHeDHFd9xKEs
				W0C6uFsVqoxk+6ggPnWTI7YZYQ6gE69KYwnXRNXZ+wzy4hKI/CdVhne9Q9XGGxPgg1rh67Jamd1w
				WqfG5CguFOeer3IPKKEtn55in5Umph4hMECzxXcbEiBXFpUxrsKtfRqyhemUxoNqYnh9hPLY8bEU
				4tXjB1yUnDliFJeUMD92uAr0YYyjk7UhLkJL1fLGTZFt1bu2WEWbeVR/jVmdLkcZtva1Ji+Iv/VC
				sRTuGdlzy8GUwFnnM84oHimss4GICxCCx4u4GxokrZFURQFzWop8aGYAA9jOjmV2wrVc2v7Ho0PP
				wcgfaCe/3mU8xwAhtSBYKJVoQvtFPqe2hmuQJIrwn2uTcwcFhP8qTM9kFYcABsM/ZQFCSWLo4V1q
				z+qE0OzQkMwBgbAwwMkwK/x4MuvC3y9vhit8WaOpPqk8nkrncBV7jR5FH/P4cTiVAkL+KIy6p0UC
				XW8zfpCEjRVPTycEwe6PQdUq4ysgv3RUDhpqruRhbjofHAlTz9vPAUmIoJu7CISPJxGVzcsFxrQB
				3+FZtcv07JmHBOA4xmgc/N/Euyqq1uJc0wtydUEW4MK2dtNNTKS8OF67e1FkbGcjQmEKvqOZ/Rpp
				jpF1BzW8KM5pQj5m8BYogqBcracVj5Lu6t/KZMI3XnSq5mHIIWeYXyJUEIQArmzVvf3OhZaX+8/S
				DZu2cYkoXI+Nqr/asoIYhDYS3AW4WUXvb/whfRSl9UY/z44OKI4Ut1dfkzSj6ghaGvGNTq6D3vn4
				e5UfTodlaoViWtjZNW0JjsY9qkcGHgiFEAmC+V1E1BA6Yg8FLmYuz75DJfoJP3YDjxWrD0eJYFfg
				vrZCATiuDiJaMJzXd0+dydPMrw5b9wPuKk8MVWIGpe6EQxnuSWgqrTavug7CZwknxZ3Db0Z4HSEn
				RQjxTBO7NPcLY5s0JEoUWADvkHFUvHEErOq3JRm4ttDN8ekEmzKP2AUBJUSkl2+l2SvKZUD0XyqY
				PEdWdTNRJ1R8znXlHl6hrgoGuC8T9QYEsy6AoQEVPpncUePnoCaIAK8+GqyMgAwgR4UhiSog1LZb
				KyBG9UY1rx8nMQovrTR69//s5Ka6/wHZQOrZtzXVJhpQHiIEslzgD0jDeE5IBKES1xHGmYZROZk8
				IEywQr6DEp8Z/9PtgIJVyol2xSfELyQjo2GUDggPIHwyIV8k4xxI3g84Ash/kqhK15sr6WTdzUxl
				gSAopxbXijSyvWpWJgFkPyGKYxNUAuiriesIIGf8UBAgiuuK6+iW7fSASBpvFxAhREAkrQ1y6hk8
				dpaagLmkA/W+JnTvQSMRYyXBIFRPlPahHTeRyFGQsvJxk2jk7n+vNgBCNQlV2bnXvlBx5gzr/6Yt
				IGD+QIaByQkCXqCAhoejsomEk7KI5O4QvFyFlhcTpykDglkXiCJLaegZPQ1qNZ9E7sjmJ6emTfbu
				iqIsvAjgwygEZfpWJ2Ut7B4Bk2tkp12Iac9eEJEtPgQoYGjgSHtH+hhn/3T9eJF0nfQCAlwAEntM
				ss8/vV4fXyCU/Oit8k3uElR+3ZEtCmmBsEVAogJdzbNLpsHZGKUJm9X32RjDvTAZ5zk2fOrss0e5
				hH3gnfEyVNKXsSrEr+Ai824j38OWjraGytnZe2De1TcJMPqpKOvUXX4uTb6gnbfyy48NbSfAT/N9
				kagA4mtrlhIz9o7k81LSW4PJADcMCfln/pSXp9cjGtnmnC2Fjj7kLnr0NrNJnC8ImSHhAmjHXH9h
				B+H8tyln2Z4iC2tGL+dVfO0oyTesHLksOH/n/etgYWBh7FfN78nghkB61n9jiLq1H3GoHtzJrbuh
				bcyzaejkC781kT5bsKbeoMqYx++IUTs5vY3SqxUHxDyZ0xi08hzPQ1mQsppaBZfZ6Wyqtt1wSpRv
				Et8IWDTdLAAPT6n819xMxMU3yJJm9ZFRHEOzL6jTktDI7oCQeZKYN8UKB6eIE4+pTFrEWAboRGil
				Ey9s7D7LqyU/N0nsx9v/FiTNRF6H04GxCiX1Df4dm9A0F8QXWvbJgywAXwn/EGoWY4VlVFRJisVf
				osLsJOQVlSECEydCvyICzgkKV/9lHRsfnlYSURRXdc78Kcp8DQ01+yZZvZz11eRPSw6ft0LJg1eO
				Lw6NWRX1JJ2LEdylzhhlGvLNWOJfS/AxYPy4wzjRmWcNW5KP9N8d/LAxNfwEAH9nBw8f8w4RcPE8
				ZSI+Z35+UB8nNZ84iVpbUlx/cTIbEo7phA/yMXy26JDojqqYL3kEJP0zmw4UY09u23YCDXmUQyY0
				QFRgx2S9UkUbCWm2CcvpY1ZnhFCvRVa21dmvJ5DKGgjMfpPPeIMUMhp4g2uyomYRZCzyENknYwQ7
				e1vBqoqZjwfHlHhth2AEhtaul1clmxlAH0exf6Mi2/QLuAMSpMLghNFTwykHQ9zJAG0lFqxXftuY
				UuaegFwOljFUotSgCgNpk+cFCEejMbwoyGO9d4w5f0zZvmAKw1AA7Mqf1NQQEGZitj64ac1ZwN9F
				G44Zz4zYiO0CEJBvFDiTcZw7Ti7BgfClgrv8yn+F0vic07VGMJkEwgL6p0bYqF1BaKrXYSyQs4LH
				3jDVtGLmVuRrquGRya5ZKqtBbJpOJRauP0w19OjGMNUoUzVW87SfyATKWYAAFmtKEgu9w5YXJt+C
				tO9jihctzkmoMAgwcwt069dYfo9oRk+u9zrtsbky2uTMiVeHbIJiZGfiY+uX8aDksQuUZ82CgVON
				j4pkJqMy+do6pqVC3ouNJDG2qita5eWzYzPcqBnvB9Z0eyKkGooT8D1CfpfEzuj4gjiPacgYGiJv
				lYEcWYBWrGSLY5v5z4K2aMoakcnYM0vFldUWD97KmHbmTLk1gdn1HAIclrn4/HxzZF/Csa8RQ0Wz
				/jF36bF3u0KfXv4emz0GJ4cdSF1ubDdPnR/CZap7iE0aTn7qzl7c0I+bg3ZIHoyEx5CMxs/lSByL
				1rWiFV4eHJvnVunGhoSvQeCnsi4eE/PI4hopAa9id8GFQaPzF8AWsInMAxW8+XKrUNza0KFbQ06q
				HP1ZDItuaGNDjKgtkhMQWO7r/xE5JmdmjA5L/mZEPyKPPyAr1TvurB+eJgYLBqLXSY/NsQxyPxF1
				wi9Kethm6uEljd+ezPudEfqhFS45WnE0tT7SS1ezzkfS2Z+QrzPyf2IxADZC9Lw5Zj+oS5mNTA4L
				SH38ECHi9FNj4d4sIPPX2jQ7QnPzcMonpR2tpAo2ULfQshCk0PXpqSH1g2q0oG1kNacEIRKxx+Rr
				4LGwC0qLttImtUQdJ76fNzkRsU5qNSNIeQYMQu+wYU2lG4028uo1sHUqdQqlDFEQ5QEDPaZw5rum
				eKMmiqSG4rcMoLGL+LSiDNYk3zpwiq2SVBqSCDdGDU0sR5irNuIafBXD4rM/Q/7IEmNjRUFCFt/v
				GvXxpsVPnsDi0J0k8+WUciym1Qr02GONeVLE8vCifYcjlcf+8nra1Yaz14+mxquDVD0PChG8NRzF
				crXEZOqRr6QGye5YCjsdcqgwlQrF5aBAZJq67JZzg+Y5OYLa5fprDXb94NkSzi3Ui/iVQYd5hyxs
				fGNBvfzpNZMEw9ei3RF6M5dBGVy+4Oiy0NQM+2vyHZWMWadMkbzQfx2wvIZ2DoXSrLZgEHZZ2Fdv
				hV8YsuXtsloBXQAD3SAKxP9A1Ssd3DEJzFn5ZWE3SmdkNU9Hrv3xTtfdxeFHdKrMccoEsfCV0Me9
				v92lLzf5Cviz0su/hqHg2uDBuQabko6QLPMsohcRHmJoRpHeiDmtSED3lZhcuuyrYr7fjaOt5AuI
				wF1xeLIGzP6T/JYalTb7PHBsjW7SbHwTX8zFL0AP1ESny3IqCk4njDLKAWnCHI0IEQnOebBjNA/U
				diBFJBShisOuP00Zh0uVS4akTRVCDxnhIchvjLBazB9gLt5gZSXEWK0vB0AfRzgls8WCGGMP+Q4y
				YQmgK1j8J9n2u3KkpVUIUCoXDGUpGjtelRCInS5A+fmRnCgyBhc6jMkx5mnx9MI2XAF+Fx2N5any
				gC90bIQhIB4xC+TsH9POSqtSoy127KMyW+HBIF1e4zNpbLyQDrYB6tD42lRUq2ItLazQpGn/gXF1
				nP25EOOWhpxUf1Qc3vqzcsTfGgIeY1vNlHshbhL/vFhoN5oKJAHkcAZlq2FG8mZwMv0Lnx/umW3O
				SyAkCsE4ARaOz9xk0amfrBrJFcFg+OM96Jvcegah/Lfb0cGgsDCK7N01QzR8YxDGk1KzQkuciGt0
				WSUYrs6fUhNlu4KwwB5I8kmX9S1JnQJC1ncF3r+Wef/fVmxL09zjkXf7IwBVIbr5c4/zp4rC30Dh
				KhHwag2IgdaeKQUuaJYAmhjwNXmL2dpubQOXVr9piPcnQuvBij5XgbjTVizFs08dILCpfahc9Wh6
				FPj3p7GZly+ILTaSBszwCBlzLjAo8bMhypksjbt098mAMmcPsWwsp80HsEDJ59YIFxiBYQTTKIRo
				uf4ZBvmoZXmF8fkpS4iJ5b96CymnI4aPSAqy6xP/s31JFZkROT6H4kjAdj9GzJ1biIoQxgGNnjR/
				CPZ3141mCk5lNC1Dq0C+jr0MNOxrKAabWq3q9R9kzbZ/KKvfwQW1OHNHjcDUjDaUiVTT2uTo5Oeu
				pPNDgphjEfIWXH6g9e8PlHdzHr1542cCxg9//xuFHYRLIH2skSqdgn0jWVU7jTbC1Op0ceCVGLRj
				kAAQk2j797XFV3i8e7oJUt46QZsoP+GGwHiNC2CNl8z+aR+voqSCFvCqIC29xdMErCaYCqf3Co9c
				G2nJQbYhBX87wTuSv0vCASYuKJGcsesCcjW1aOErytVV8V1rssM4ujU3q0VUT/drEy49Wmt5NeMw
				/Rt4rQeD9CxTRmPhJeMLfHg2JvjdX0cxe0UEb1TAHeX5EhHvFB0FQeE3rMNnfg2+9stTqAo9/AhI
				cq4d6e+U1HaGqQO0HjcTgE9bc1O5JWzgAX92+WyhlId9Xr4cIC6nVYgHiayLOAxGNh9IJNZlivLi
				EjUbj5Jgx6nuhCkDb0alVzu4wT6Fe82CpWlnSXvBkF4iqWl8Yrb6M/WpzHdNbr3kItBhCe523I7w
				47P0V6gpRyM8A69kILmsXOvm7VAlIFvyDqdm+kOQO7+WEa9fUC06+p3odwunwaqeol54Qx0BbIzx
				61FS0BhNuhv+shDWF2BCmI1zqCvineQr3ny/wiqKbFO5rylDTdYyilSGFHzW5EgM3X+stVbKbAmJ
				o/VVnR7mI09c83OXNQ2mXWVBaj5VeiS4FtUaEeZuzUL0l8tQ/LAORIs+U5JWl5CcVh/mvghgrQuY
				glAyrFC9kDmDFMffPb5PbbZ1y+5kYnLGD5cHxUVdQzQ/XcCOuQuXuiqtILzi294nGKdKPvnDHqJe
				E+q4lgQiyFjDS21zpeNJx0Fi5tbo/jAI+GMcLk+E3p7M5/S11P08p3FXt/kPlzItzY4+PtrPODcX
				zwqiixkZ/09PlAuxdn9hpRRCtKbbhOlXn/kpkXcR011f+uUIthF0PRE4O1Ova3oLaAxhuLcfV7BX
				Pl7L22XxpTVxAsJqxagvvgsdNo7hczGXGH4AC3GOQ7QbET/lmckn0zGiXXTT3qVG9nsbCxn51Ozi
				DzLTafzbyCQdbt1ZTRXtOi6g7pOiEKF11lEsLgjbcDaEoD/PksCE+piYFhkh1JDhSGSYkuJKeJ2P
				rda18PYQJANRQXJDO4OcEtGNiGQ2S5vtMqySxm1dScsKn5Q8JmBOlN3CZqVwWFnwHiMDeVgCiTyn
				sd8zRdkhVBWNRO1Z0Am2ZwMzt6yJUvbPTWXP0AvsPnPLitailEkdKv/CptdNPmTqDPvcbgPh6Ig5
				12kBRv+UGyKi8lTbUILjZP3S2E/FzZxZdV13q0Wh0FdWBsGVTdR3RLAoa1bgNoXm71Moz3yTm3e0
				ca2Qp+nGFQ2B/BKeWlMXXWoyon4zW47GFnVKpgU4eCJXY0dkF2qLOgJHKmSRqlRR8K7jjWiA2hYQ
				yFLRnNCAbjoDRLn8+7cuZ40tktmvjxhrDq2oV9wJCouzS2A/Qi8Hl+vlpluKPbUM8F2xjyYE9yZh
				vWZ18OvyQDgVz0lh0I/W4GiPNBypxePavmhqrT7PbQVVuqTyVXcWFCR5g0E7UMXRvvzbuKJJWWXi
				l1mmAOpLhLdLo0OTTwXuGHWBfBIeU7OWtqo9wt1f/RVBjGi7aBYJBZSqQSJEt48cYRdyLlRGGs5v
				KlOodT2XkRT4cQl2UoGI9C30DUgL6OvuG+zYdmqsaAyQyAi6qOpiWps3KLB1f2WRhl79dR11rl2c
				1J4xr6NGIEvQf3IgP3eaGLHjNTXtqDjlX2MsKsZP1519ihVbrV73voW9sSQRzVBoXnIGJRp6R2sH
				huoUNauXbbpuFPhZZTOki7eX0SEjb6spOFqBfBhe3SpcnF4ffLvCDt7stwmvqUcv+Oekxe9khGAn
				c6GEkHHi3GLYEz27gv2FxQjowm0TICfvIM3PTqaXpkkgRQzXiDjrDrZvhJgCE8wrfsPwjNcb3nml
				dY8Ehc817CBmTTHYfPyeQVi7DupGzWDlRjx/0sXzP5Alp4Ac15dV0Hm4whJ0+PqiMiNojvvyUOhR
				OkbYe6KlHdaO/HivdoxrPvnnuPNRE8hn+Ld+O1xK/ggViLlEya2zvr8govrPtR2ao0FhibYwxyfa
				q32wJvc9gBcAl9rYu7pr2AwCLmEJFmzvQDm152+R6Ep+cnr1nQnqSxm42nFHD/sBHZJgPB2WYYeM
				W9a3Rs0gVxOXHVTvEHQyWlPQea8q6KKNJaaq3yvoIrBmUIAIYoCsX0AgHclJ/mEsBMRMk5R/rgCI
				9Y3TbU4uL+R66TT27OQ/TTFBOxVqpwgvfH/LUgXxkaXHjCchFszjnDRzOMDtVtOOLEDX00Dhxpuu
				wbtIkYbodjZxnuAM1LDI02kZgzQMgtBQP6MwyKk137D99g/GklvBsuuQ1dJzASO/Piy7qdY1JDqf
				kxUvjOgSvu6MIVB04Lph3xjO0/6W0zqTdDZnzOGqm2PWHShXHFZ4zNGax7wFQ4nxdjM6IPJNemKh
				d5+cJwl/v6PlMqhqJMZSjMv1Wsg8fMXBQcmbyvsko0sZuMQpK2KAE8/EzLS+Ewu3qwDHwavj4iqL
				esqYyw7So26hFzNmeY/XN+z4Qq9DSxueoekQtpHeazGQymDk96qPy3WdHzcZ2KfDYyvXR+aPQ3Yd
				/TCkTICjgCb1qVeSUUQnQa4I1VxgMPm5RkQKkss7KJ7dJdieoXq3C1Y9O6e8eXAKed4UI/VhPcHy
				byde8ek9LHu53uWKVE3nRH+wj9qECUxtZwDQeGZNqrnJLkoXvmUClcEVXsfAHY42YiSApcoVj6Bv
				3euhETxIbnR8GEFtsgynBwt9vsxL2t08w2TdHiAVY3q3ZMZoDCq+hQC5L7UyMl2Y9IKRJfy5XIr8
				XjZdXItYhEz1UuEEH8v4mKsLG0snP2Xt5Y4hw6zOUcAQylAIz0K+4QNk9Jr/UuggazpVKtR3tmUc
				EoBA/W2JIn+CGTP6lv5hcHy3SGnseUrwNSD5IagOg6+YsR4z66k6brl6g62y9cdt00UXdGbbcQLt
				e+ENM+yh5YxgfkD4XuTdZGA+msLScbQe7tK5byIdsHqp+T9AHf6DVPN9pjqcI1bzR946PPmv5ptd
				Hd3Cox3kTFtzcYw7VHBdk8Nol0M8JFGN6M8714DBO1ccpjwXR5bVDo4H74xS9f8z6yYgdXPwuz5A
				IO0mvm/KLvMZcV3b9Ll2TQs6EojTgAleYorjnUSkkuyHCqwAcp6fTNnYl4ieqgFRNb/NRUfuAV0T
				H0KvEt2YnbUvdgTkbwLWE8AaG0ot/nEFNcr1L3+TuaCBhcfRGjykzyROR4nzwREyjx8xlxkxVBTS
				pW4QoswQ++ss9zo/oR4uScEDD6LldK8q2jGw000euYkYF+9DQGiUEH3KzN6yWvPLJ9I2TCJiOmuj
				m8rkNwGS3cyqSVK/x9abM/GbJjEictJTziR7nZUk8n/GGmXj64esSeeJAkL7HOCZjWP/LFdIPZ18
				S2rcx+cjD31hUljM5Z4BwJuWyDCksTC7qU1+kSBZxKTb6bvrcfyzq4BTxIjTjFdkZqvnsHxMToOO
				jeKKojSbLN1d5bkCJ4Fu0eOZvYOXA0ArUDKuZ+j0gUnQ6qogQasrdQStLhYjaHUdaMVPW8o2+JPV
				zfq8nTXs6Dbebmgt8ownHMmsIDzXW1UbOY8XrVxpAq69Mu7kC742fml5iRYuvjZJ4C2BWdqi0qrc
				8ciZwTRYbYCXTZoINbozOsRJ8Y50+fOyy2anY/fKK81ughCBU5FUIe20faC+DUlGEtS3DTHNwuC2
				MuWbhOUzqe1uSQozQ3pzI2KLUA5ljtTPqzJmRLBuOf0QKStlwTcWxV/gXUsvMzQ51PIsXQtjW+WP
				mPDlTsXPPxItxvDiQUVmL7nfLnAZ57pFeufxXreRry9yLVJZ9+eCQsPWfeFy3SRVfgxKrRwShqW5
				Fzmzxmu3ER6py/jolUq8iYaE6ZG7vTpntZ1PjGJnhrlpX/PGK2vnUU1MGiIicTRruLcyAJBieq3x
				M4du7+M2GIiYVbuy/K8xDQE2fWacKcXyLsh9x5uNVlq8k4aSRO959U2iNUSRtf0lJgtquFXnQeSn
				AuggPnjIQvL8vRGruZi4qyf8yWA55rozhE7WbrhVZ1Maf3ZANL/Gy60CsVjplExV8JWsl3mMl3Gw
				+nljUm4tvM7jIQJ+gfsk1EmUe/nRNMDjWBvBAwwT2KKm9dsW5KwkJgJEQxtKvGF2m1kJOkPko766
				sPriRzohgMwYekjng+i8tjzWN8sJ43oY3HFtteHa/1vwciLZgMJvVnQZzdM95wOYrsGEsvmDH8UY
				6Q6kTcAIfDg6883q8so3q2sX36yuiZx96yEeiHdvVqxp/quGriFyn+oCQXwRTQ+eteO40f0Iw+H5
				zWn53h8lejF/Ys9BeLO6FvajdHe1N6sKGtdt8KcGBOX6KD+ixLgoXO+ZvFz1nj1fVoYf48NdTD4K
				f+qARA63PhNOyDZ7TDM22B5gI9w4QBKTjhltuK7/s9nsrWX4NO730rhqzXQ9l7KAacxWRhlkAZpW
				YUE45dhGmxR9Uc2WhHYTrZgUAiR63BdRx6etr764UkuCPSkaKYPDwS5KFhWynkSz0jdqf8x9ugcT
				uOllBCefm2BIrvGwMzXoARmIj/RROLkC9Xj8h6VjsY1SKmMjITaB+kue6e3OEUEa2HwgnitN8Jia
				v9EdI8KPD0ST8/fOTdLATwEUwEDOcTRj/Q8OTshQ5VOILKTiHnfHzUOUZvOPB0ZYHKRRCPOsof44
				TsabshXHWxzcUqe+yLC8ZdLQsCuKm4ygtkOcfbQ/DpUhzeweql5nshFmQrj3l4tDNKgCS/spciYb
				GM56p9+MGjMp+0gUU4D3c2SNU2sjrlD8WGNMFIpGc6Mlst9HQ3NCCLAxxayoUpIo/M1re+54F98/
				UnE4qaWQxjpsXE/12hOPB5iKvR85lJLXGvGODmd5EAA94Gt8J1intatvRqi6As6M3Kxxgo++Q6e4
				TxMAneRi6UARMGliXiMSyu6IwavlfZhm96ZDQsz5C+UoHUzaYYqlsMTwKVIl5rggvqKHjLJZUS6a
				LS/TdNPFocprWeeSgU8gxljXotLep3pVqprkOGa858SFlgmwdWi9bWjnFGftPTIytmh9g/7HzezY
				IViPqSYVtDyguM4oEL6s4I3WKESPXrT4wOmZAxm8Uip3ncK00NqI+vG626U0gatTOo3AdRJmgZM0
				EL7sIfZuQpKQpTdqbHClh6Uk2lOntj9W8eGo80+pSht1BNcft2tdbaDm+uMzMKErC+r648PnWvIY
				Yhg0wy2W0DAogFBIFQs8hhgCJ/VCL5Thuzi8YiHv3BxbfxLOIBpj8AETQm6EVxmrk3va9A8Jmses
				OqLwqe1q3deIb+p5xDM+bT0Ujh9isHBaMzs0iFIY3AFzFPlorjZwEXBfkZucvjr9rBpKiIBsqup+
				c32I35iPcnCATGJzGkOGinvapgFhNNjfnhkhgk6SH8aTPnDnlW0ISFMAo3VFJ0Yn/m4Aprfhwg8t
				k2vs/kgSwNwk+sdKH5uGkKYVLB9HOmxf2b8qPJVmWJEhM/qtnRd5nlEaS7OvHFApqgNpjPW8nIfd
				97yticjQUAtZQwJdFxNkxc8SNeD9O0mwOtfXXBnc0qe+iKAMJoV6qM5n0F7EFeWzKGvBMUwKFA1o
				a8QVs/YeHwIMKkhCRkaHdhPEO5DRdGcrK9qLray6zbWy6qy1suonJwnC458iT6sEnkbXZcUCsq9X
				fHbw4yGSYdv7EHcyoS9jeqUk8A9ORVHAxWuuR26VyX8iWLaZ6OgQrLOHy5uZmb+PDoHFAbcGE3iv
				G4h3SLSogd1UTms9cqxH65NzH4Kgpt5ick5pGQUZTO2lvgBkAlNIip5vQR0bt1/ClREKCz23JBst
				+m92IBKFJSQq4YJR8isOjloHeVLqoQZFf+NxbYRk7D3UQE805rFevQE1szJ/Y47GF7yd8WOLNXBc
				0UFDgL7mRDXtmhgX2lmLcobDBo63daUG/BT1w6cvpA95cLHQACH5iFqpQVGUJGE5C/z/M/Rz6fp9
				n/a9CycG1gKbEN9hlZ0lqpQUKyvbT1dfhvk6f07QEfI7SE/tQlOAH1tXhopbPBpnU3lw7C2wT3m8
				YzFRoawC8OMDtk7/mMi3z5kWWK+H3VSyPVXZyHtvewW8ul6ut6QkMehAAc5FwmopXHYkTn7HyVJ0
				oV2aAtHqUGJaUtuBsC2zkqWPRPud6VTXN2tRfzio+xjOMAPFuxlb92ncMhJjOCyUblSjKCuCwzLG
				czVuGTzRDLOIB/xY/hvbchCLuVsJSI7Rroj00m1D+N875eu+qGso/Fgjpb2M3FQmfMihWWCmGf/r
				OjdtKnPGeGmcXULmZh9MnfJawiUsUcl3km7itTZDTs8BpEBXLS+onM+grFJKMdJV+UCBtijTnEE0
				qqHwy8OQjLUvaS6R8BJmrzEF5wOeHdvIHQ+QpcD5gJmbUoMjy92ODHQ+xo5iUh+rqb5nxH3Spk1X
				WpKW7Ey2bKRb0HSJm3ZDso39Q5b4LbBA08eFAsctQtHBgyE/U50gI8B6jfC4cnnDMginQv3yNqki
				hGXcSDQrVe3mqbiRaBCHrDoX4kbq7tLDjdQv8t8/fhAnuL3C3HlfsCccuTqGIBeZSuRvGTYvzdvT
				AFnSmsdwA2i6ZhMKmiK2gyKxsF4SRCJ30OLYukdFPuA9KPvaTbDIbXPIBqMJY/s9VrrYvnEdO62w
				aKeujk55Cwh9+JEpJyMP3AKyEjrkEL+kH2mf9oePKFnUy3UMoK2cx83gAw3TQ84nZP0d3bXQZDp4
				W7qMj3sA07FuS1H4SWNkNtWjPHz4hkMkk1Ud02MWm6OAFcb38VGcZGbDxB/dAgTdHk1KH2kMy2xj
				++Zo8W/Lv2Hl9+gZsmlSKylIzGyzeRTh9sDVHUcFwlVD4YpVg3y2pb+zxcilGTvwwxFbyDZwXriY
				qDBahLKRFKt63SwnCYlHf/nDMyWdkZBVcNkfjGePpDkTw9/KP8Sy9MxI+CHwPjIhQEAAEISxFMV1
				zLBkNiMBHkk3VyXbep5JpbIKoe3dehWShC5ysgAPvivL3k3oOjQ72GgVTRrPj+jIM2RWI2yvjQIR
				0yLlrf73NKHw4Q49Yf7HQXLPYvMAM8RwAPfQb1W2djlFg/nfiM7EsQBF7QOdt7bFoBT29Y90jZC8
				6EBI0TudbDRchsWO2LDpTmXddWdKm7WWefZz1j7uIuHXnbRDcj2TbQFihUKY/LmLocjsNq2XqPns
				FPdrglJxQc8Gn+WvlbFx4xG47Bj/OGV4+GObkvQAHwbl7xx3cPUyV0/50VyZhubQoM6NvxdbCWOg
				9UNZvfMgAmjVG7/cODee67KG+UwjgRrZ/LNe6trOeLDc5kAWaF1MZNaz8uyG10/nZzMzjZCvCyad
				rzoFqr07Qbwkb+Glp7DX4qiQTi9YWTxBnitj+MVYp0sjquNS/1ojVNhqDLN4RJPVJkB8TJDnMUf5
				Y3ps2+vO/6fzFQ8IH1nQOoAWp+VFi3joiyXQKle4NEhZWsQ/4zgtAnpOv3Jky3QUOKghvUTuVOCy
				blbklo7bMcT+4gA6wahp5U7CrdDzu4gTTiPBSvRzBh55oPFZfqJbHle31s/Unm1NaflaOXQ3Vxwe
				cZnIpp+s9CVnEXFi5YYpZMcg+Cb8VjQhgqgkjKdBYEAbP7CxHfqYqewi81CfO02CxOi7v3zh1gF1
				gRPQ5oivTrHHP0JDDFAg2XQFOqYqY296tqMUj3l3CkwCiCBIv2OWfUmYYFGSdY/rHVdyP3Bqjb3j
				GlBuzKW4+5jDwBKJ97vNhxFxyLCFeOOT+NcGFQrFTsPDwvFkB1xZZQ9jUteJZGtPItdHSv9+IvHa
				lS4MU1MphSpOJEGms8CRd04ke6+SqBKaSbX8bGe3Uh2pyupRMc8cVW5un3hIUvGs+krPlIDOBPSL
				4XA0eYmiAXUIQlk4EWpgmj9vTBdMkYMLhru0x7g9sR/9zU44yNymvKvnQLnQiINeLXbk4z3YYXJK
				M5rjoIvQntE0XVtzOadY+Cq39RqbpHYZAkDqkBDXr/smnWpQHwzPWxpSdCKf7JioZbvYaNFT1jq3
				NhvEKiwAMQX/NG+2IqCy49cJEl7rrTmye0fcThpHwrakQi4WR37HwSo3MCBVNe6tdAQXF6Onxlbj
				3kS7vYbpzFe9P/+OrU+YkZTTR7ziyJdZ1sd+Q3wxUiucIyLh/jjis43vqgZnz8E1iCn9mCb1mGfd
				u96rwmRJCO6kDE9bO97l8ZTd0B+a1Nbz1dt2IX1uRwg/4FNvgvCf9Nus9+lgmtUmMXzcNhD73gV6
				0lhtgmNsOqY/GW7SNnwi2EWbpClBNVMUbiT5RAyF57M22yAJfbaOB7Rp2DXkOQwqDJhVfPoLIyiG
				Fz8+gHCIXe+PHx3sGXcu4EyBvJxR+RGUtWJlxZcRgPygvYHArIT6iSXa2pB9JkKKg4c4HT6o1bJi
				83Iju4Tr/FZQJ9YiIINaef6vF+aMQyKYJeujrmLxKEpRp34TexHmPjD5Twb1PGcSFEif2m+iKIto
				PMTMsoBDRof8oKK2Hyt7UpChFFs10uUkbvvHa2hbh/zonQZQb4HZa9gXU0N+eOua9FivQFjCnWHs
				I9haQsgLsH/8oLfiDGolspTLItUJ5Q2PP8NY18JgI/w08iXcHakk2/TE5t7GG8jtZN86kYz8OIAS
				k7MbOU8bXOntmGy98RVORDUCgxMj6uMfYRlZjkEcfMYReQlmbCQ/bpcE1FnTgr+anVLJj85EPwKK
				s1Z+kjFIK8iCHlzKm/y4twp73AYT5cdUcBpEA57Wf4KlEzuaLEIQ9Mn/X6z/FpOJVmf0Z4cB0LVp
				6zwTWQ8W5/LTREArP3oeS/TkTkJstHN0pPVmpLqglR8XwwpqdPv5CbAqi7JIZ/AxG0lONLsbHZhz
				gSyWI8r5mGRMksQA/IM77vApZqViSbzEuylH2aB13TVh4MMow/9h2k2a/MS6yw/EG79hZZpEkDDl
				N3syuw3qOHmYt4H6EibB+bT/4BKL8k6QGLScKkgyF+ujCRKm2zyfpJnaGQQrSL6swuJy0qzwUO8k
				RJ6DVj5tA5xw3uYY1R7Lt0HKqTEeyu6CmRCPbUpWsiHMaK6KiMS4XefaAJz86FyFwjvDdC2O7j9W
				vir+FfhB2sfKjG3i/wuY0Iyk6ZJLG9+uRKh0j1Iz22gjEgJo1YhOntxG7grKqUydXdk04FOgVU/D
				Q7TWG6/H9xcyUbxqEPnC4iAfsVCI6C9goY8GD5WnGLaajNTyPCp8me9cAc1f4mW6mehsGxh8NYgR
				/MbY9kap6JqcJLG06a2F0jI7sdmLtKS+VvKLWYC+RVetKtczxPmfPvi3n8/wwEJPHI4RDpQolYmU
				Sc/a5bHIaF0+hlkQoQ0y8LqAzjWcDIrcgII4KjrKn9CvWkU013RUhlrO/O7Dl1gYRDQEVHETkEXL
				ZSn/hO9GHV0qOLJkc1XYm0Vb3wUc0bG3B2hYEPsWq+eYuKcaLwUCK606Q9iOYpnL9/6EJ8+y9LCe
				4dIl9U4+3gIqYdBkegQL7OgmK9Mp0RpmPvHdbKk6RMXnW9WzIENvdQCDlTjEPF8UhZW4j0PJsiJx
				0gdXnqoBI631mw3nSR4lMqqYMnv3gUR/oZJEGdQdR2YCsJnsFidM/zKO/Bf1VShApvSC5rJQX4WB
				G8SSvziyah2oNK3fQzzAaRI5K0SEtQw6lzzkD9tMSMK6uXEoCUNoYEChZr3NL9pYiqywmf53WSZn
				s6MdkUI08Ncewrw3qN94JOPoYe/yGsH5VhH+qrrU9XW/qu87wMKvT0MSW1eitWzaI0+YMT27frGd
				MKjC3R7rrsFPOpuNyjF5f3WOd7WAiyHbQ1z5uBNtNrzlFlOIPmYuxLcT1nRQcq60c2B4YTIzWay1
				cgciMkUhVnpdrOMlrey4WkYo71DdkPqWgTMLzLwxqXCSxKI6DgVNgwOV9b2NDUTH0Vk4S3trBq9Y
				YmLYTJn0OK6DBCCpu5gdWBFmxkEgQ/F3MT5qx2+PmzlpJD1TJTwIZFIsVSy+EjcSkWRP02bJurGg
				wq+CbrrGF6XEntxCMQ4+AV4SKZ+aiI+wpSZpFk4VTz724BCDt9yCxmZmNR0tFDd+yTVSlacBxqut
				Nr3VKpJhIuSALgtxcXgIhjya+F4g24im8UeZjaYYIsQb6GRsjR3FU6UzUaF8+wZ5IqKKwlZuPnsL
				DZwWff0OxQ1R9JkxBjWs/yE6VZoeq/v9xLhakHux05h6Hn+uFvqcJnXyvwVPJZ8L6IhSRrUV9Z4P
				NHJ/yk87nRdnJbEWbyaKwaZparyCmsXQBPvW5pJwdXkt1gp2gnNhr33V+cf8iEhUwkWjJEdcDJUG
				+qQVv64u5kAdldy1Nn7pY+oRdWDjYzGljBvGykOTesIYb22JQzRSuv62QxttPNBX0TWAvqpL/fmq
				zgDts1sMMf9MP8koZUgRvVJVD6QB1kA5D6PFalSk6qBX60n8oybmXdElkAKKC9mUBWsTfXjroZt+
				yocElmeirJcqPg303ltORPw2BlzTIoqgt+JHVNvmvOI7EPkJTwoIThZDOdKsxnIpqCPEpaAOD5eC
				+jhQEz3KgjgHG4mIFpc/jZTLOCF7Rly0aLcdBw5bD77EdRwHQdhV6f8SPQZYuGISRmaMIj3gxCn3
				oZCiqO06S9h3MGUFaJgd6hXvYpdhkiwMiIwGFSu0GTr2cNbK0QdBrSCvgXMLYRktBiP/UgnnEuKd
				nZPJGM6mlyaXowSxRtvC2iAFddyaLAgoOkeM3RjQqEG9D8KT1vpI3WznDCu4Owfcy8gnsy+7DMEu
				Stq/YYqOtxW6Y9H6u5TY7VOcF9zVjGEUe5l5roQHjOg2qCAdIhxSh4S6ysyAEcALCbCg+h+vDahf
				YZSdQ/cLWKZUVp+W/iLPI73IdGB1A62yfNufXAT1jBipITRqfUtjnd+WqHt9arFbBiKGfrJAcyso
				Iy9nHFzKVvtXyVdBzQ4zxlnfGgowCoJYLwOwEKeo7bKjO3n9kIzNoxSlocydfqzBiqaCu5LAg4bm
				iPHsviImIN7OUSgfxWU8MH/7SoAx2zZfVwQm2IxxJCYSrsqgbBsUDmQnKOIUccqh50rokq2YMk5M
				H1fU3OS/HmDhZ1ab80f7eP+Qi8VLL4a0VunjeshzfMcF46SMPsnMHLSFJ7WOhb5fBHatf4iVEsq7
				NQ+Wo8PTBAJEabdAV4v33kfQCXvaROobLLOfP+xLcsqKaoAFnw8DE5ZewmVJykudMmOr2ta69Hjs
				iQNwCbUtOsfbFl5VVdt6ad2TilVVgMO81ksQV9KaaHzJHxrMDpfOKCQZAX3H8UMzd0kTIXfZX/PT
				arL0zwE0neWPpNJd2Bx6vfEGsAAq6NYBGh3c+SQ6Udv8OE36l4fyez2In/QvwbxowtjU1KIo5PNs
				EAEcACaOqBgvb5IZbyBTN/mpDCtRSSGnvBHWE4LjsKibcVE0dVg3BbUwSTiVcgQvF7nu50ABF9qG
				SI7TwgibkGOLFA0UoeZDloIwv850tPxFP9wLyk2QArWAbITOYChzxY8RCECbmOiFBVaCRD8EVlo/
				1RYpcPKybIww7KIPj0FOyJCQ7F7lPX6NSNsnUgdCYlR+yac5Fv9WR4lN2QsmpvqjFz8ZPyd5Qcd0
				LEKEbS2aPUGUDDIPnSTn3qjScAJSYqjJ0kUCO7Dky2ulXYxLU+TnzmjVv6Q8c6XNZ0oi1l868rpQ
				4cs+wQTJTNdCxzohVnOONQsxqAALuuzmWLyFayOSWAhIGnIRgOkar3QwE1koecaXP7Ib8sMBfGzs
				aGOPLJQsgnHljN4f5uC3r8ek9hJyVPVcIwuIgrrTrmwkCvkJHDsJPy2FUT3b5x37H6/x6O9jumOC
				6q+yG+W1Rlh1VSh0Mlyh0ILTiqFsvrJNe8ne+laNIh6ELTmzTWhUHf5UNiWbNptQCcuxMo+AGlmY
				CCgrLrPxTzYtEqtBUSqe62aWbOoD2mMmudjiYkht8UGujfkx5/BIsY+jBn+DanrCxwCx3DdiaRD7
				HqEk7KlnF6vm9Ab5wREV/2NQlSgXSzNCta7q1keqI5d4AvwDbukAFh6PcNx2mKZBIbkeLD3BpFv4
				ce6pgZ1rIMdKpDN29FrWbCSRo7v8VmtdtfGEsuvlh5WfyILCs7wzUV/CJDmT+g9YRGHppglbZ4qz
				G2JHfb7WSgktOd+iJ9L6dV66K6MwFYDNFT/Yig+1uh0t6PrFmvsi9P1dK24T1Fn258IaHwrhVbCx
				TVBfyeCE7dYmqPcKsBCFgx/LZkbIatW2OQ9d+6XDTZsgmt3WfvU9FFkQ0V6nsmOyoq1Qi5Zf2528
				vWiN2Jgu3PDrofKDhmi4nORH5S4N0vxwuBdIxwp7aoI6v6kJ6rZSE9SNZBNeZ2qC4+8xk7mbo27Z
				s7UAt4cJ1xMndL/AzK2eONnTSR6yS05xxGusm4l9/wpXZ8NqoN20wBfJ2BxqgaW97aQerHBPPmBB
				QzsxdlyJZCz80xT9cJ++ricvPBNsD0loZGNEMZdwXinSoV0eYTBaW/d8ALyF0UW5Dsc1FKePKdtU
				6fC7uBPJtTQEmxUPTsXPmHvEWMIlXo171pwNV+G4/rFQQv1l0wNwzVr25CFPgX+A57vfnpOPhdIe
				0NboXjKyXOgp1g4nwIQFFp5c8+jEFmHsOBb4+7Oi0EubtLskjqVzT9rUGH1T9jBkrIRo/OBNYTg1
				ZmZ0btmINs3lr83higRnAD5nqQDcYAxgGfKEZuHEiIStwS+3PMrjJFgyzVNGsQw7VvFvoFgeJOhZ
				xe48gqN+eYFflRc0YTFRnhbHWMju7cLqIq93YTkdqdTJQUwji6jTmJ0KaKT8uoom7+uqDquvq/qI
				sON9l7XSXFH6aelED3ZVp8x0mSN7TWrgX7P5kFGWBMpPQWJg7YJu2wndcq3BVOyPJTinvViYpLNM
				J5XzOdpECiMU9ihBq801jVv9CtELxXSN1tB3CzpmN5oRFL6eFPjt+1xK01n5scqqYyUh4qXbe2jp
				JJCCDnbs3n45Kz/pabfvYGyIky+05qK2omFqN8FGtwoUFFuQ279x2aB9B2ofQnxgHK86dHaRu4p4
				6I9lTb3n1m2w9/yBoGAmlJRLMS78Sz2BmXcEE7k9fhrh3Fmb2i93sNX/uW/r+QocFJJhha7SN1Ip
				e/IxdJUkzjX8VdUcK5gW38gqS8STjsUblb0KzYcv6ZBgDChYKGC5RWmCgImGyCrgLgeT4mhZZYlw
				cJe1s4h1bZKeAdAppibAZUvC6UDL03as8A7IbI6/rUvR5y1pvg+VHffFrKCs3aTu1jzcEI6x1gBF
				mxQWhGh+xxcLjohWgRYzaFA7PmMt5l3LNlm4VlfgqyVclAc67vXZJVZJhXdW4t3MVdcbLAAgOpbH
				2r1dpukQxL2EUBuLtOTf2P0l5GpE7GquX9AxvyQ5BT5K4S5XdV67XNVt6nJVU6pMH/0Kupzs3q1F
				kUETNm05lKmBggdMrqK9+RXypBSMoPberxH/0RtZaORaviOmTfg7cvXXZS5h2aYdF3H5SEsWEoPU
				yhmNpKJuf/STrGw38BVy114M2DJjCeSHY5ZCocr2K5oPXB6RdV7zfhOx8P0XKRvFyRhEFWEDnO0j
				SpAtHsh5rILuA/1i+yfHx9DTUMBMmvNA+bnP2rId9R/dk90Ft/xgEsgcVB8ysSmubynkM9FXzSby
				dllkpkMEChzsLhJ7VYvQMj93oFrM5ChZgR+C6s2k9wukRxKyL29IB5jhmS6L0QJjuQtcB0WBTq8h
				YzZYX0EuirYE8C/bJ0Tr3F1AXUattSua2fB6zHAadVxhcCjbBHFD0Ds2SACpMRoeJCWH8FUWNC9d
				M0sn+bIk401PGGPKQQLc1Ub+xQnUaQ4SZv45BZbU6tpY5IiGgQSw1v84l5lQPwd2bnX/WtcpniET
				1lsBwwj0BkMm7tKvEMsHQ1atUYWT+MGQIeXCyxG6lk7ps4via5Kqa2tPmwcJnE+j/8tdSvU4jtHg
				KgsQdQtDOXEtANMLaOxXuCi9HA8ju0ibizjSFeyAX5/KWasPWURuwSH/7X6F5Urpcvm5FQRV/1G5
				v+dhsb8gT/Ic0V7ihP/MibLGG/YGDDIkg3tfmppfoXfNBZmQwS44Ul7KOz8ugJfVwbIkMqSf0Asb
				KG2X2CSACQz5VLrnV/ipXAhplsIgHz94js6vEDtXY/31jil0dw4h95aeqqAH+RVW4J+Z49DDm4/i
				E6W5H6vUEOyuDbKbTwzXuAxku9p6LIdlaTQbEzAsthuUyshZiDcAoH092SlqrXEcj+tYAumw61rT
				mvErhOqiN2n1JF6WpTzVeTCu9pziOp0zWvXuD0HzZrL7gOv+/nTgcnbxITmGNdXhGFf5AJ/ZQKM3
				j3cZYoDkG2/SFPqqeic5qhnhMaLhr7bFMYPe7+xh8rvPkuN5rM/owJubhE6Joo5f4auWJH5hdF+b
				/CWDMpl0v38kEJPGHpoPxcnIp/LHSqu+EXuESdsp5ezgte3agQp7WNwcV5nzx26qmXjsXJM/aoFX
				C8HFrzh0Eh3mm6o7/0ZbDRJkjqi2SprYzrbBf3PwJGOlBcdjmWZZu9UQVtBM3dVxPL6+/Yl6QX89
				bLkjuESqRB0XANPyCClWxlKfrohSVNkxt04ISiyuaesTiNDV0UT1PukD7QWmK0wQIbdjs2s+26Zo
				QDvOJOmu7uQUPp52D8QtUFgAfneFAeto6S2w0ScOkNtlJK26jGc3hx4REEnarllnN7My8TodTbeY
				PcACb2pt+a9Jd4lEEDlaDv5UlaDGh/YRskDj5ccRfOUFuUlbapKa4aD9Iija6Y0iXN51RAlL4iHY
				9zipXX7/4MQlwl3bZD5h8RnomqPXKS1uDwlVy4ZRsidcfPUGLaX0VGHv4Ey1lwh6x+HRE4LP57Hg
				u1JQ+HwKNCjhOZ1TtX+3qjjrTX3w1xyZSlql69es+jhLq6idKm+53q9dVrCGQ/l3ZsLLHZlY/dqN
				FztveArT9SS3x02ImB9Un968nSfZuJTyVKbWuMbbXt0HXWI5Z17RwL5au3dM1V63eNubAH28ILeU
				CK26eNsKKQgRvnK94BQ2VBc7WtWd6mhVN6ajVd3a2Gef7ob5W+JJRpEhB6UrV8kjLWLwl9RdpkGG
				wbIZw+VTRSnAU3mH06g/4UfxKSrfCusTffiLoZtq8pcElGeuvY9q/g1e5ZFAEBHTQDPpVrS11/h/
				E9HI+rBVC0SOiUkBu8liU52hyE9oVUcyoVUdvoRW9TGcJrrwN5FTDGyXlxqcX9AAg1Zp/xSRT1Gd
				Noq8BW5a3Onb5d9xUeULIR6E/q3QT8P0nl/hSiocRihG+orLVnbgpLXOFv5m4KhtpC4a+o3wf2er
				IahtTHfwWDCyvRIb10HL6xxLrLFCbgUhgqhXA5OXQh4Dc+tH8C9pVEswkSPS+SaM/n9Nxc8abfOk
				3FatyS4fiJdd3USHK8yrGC7MUuQ2Hgnz8tmrngHGaRnwhrogX8DrAN0SKgOyyApXxmRe8BAj+zEl
				77hOKrZB9EgE6uyS8CUnjg+bVY1ZhJuZ/K7lcAUbGLo+OiSXLQeyReOjaaU9KQIQkr+YuuCS+ozt
				Ezl2HX6F0AC3TFCooe0H4bnQAo89ZMinHcUhATrNlTIbIFNRmgOANl07SrwvI/VNpEyhbQZykEAw
				dIUmGAMhAz8D0919KYxUMRz0DFe2WVVJFFi2s/G1WzujGWmYVEYtdRpGLXVKnXZCQznUHiGUQuha
				VJwhZUiKU4whkjjVkoRYkjW+hCu8oVBDYcdkFBWBZRDOrCSmYohGYVRIYcJOSCSbIIjDCJoh2KGa
				K7CIghZqy5i+stkEKkmQGJxZCBRUn/vf/+7dvbt357nz3HnuPFeWK8uV5cpy47hx3DhuONxwuOFw
				a+HWaq3VWquVRiuNVhqtXdeua9e168px5bhyXN/re32v73XbulndbSY062bdrGEWZt1M1pF1s27W
				zbqhSarklN2sRbXValJSKwo1UmmGRlMNNC117h2pdIjFmXOGwwkMTqdlv4RjodWE42Q2k5ow4XBk
				s5EYGSGZkujMDEVFypoglFYP6xYN0zBxmMOEhJkwURXKaoVKTYWGigolIgqdptAgoVAqNZRlQ6dr
				aGi0SmINx5KhVNWB5UrmPKFaEqVGt0MdE1mNoujJpcxQwlSYQ9sFQ5SRIKLoY6AlZGoVIeiF5cxY
				KqqurkZFtaiopFIZwxjOSkuucynSkpIkYxiEFZIxZAyfL3HF02jPLGwzJuYZE7MZEzMzZpYIWS08
				ImGqisaYmI4xJE0dbAwTZmRTq5hEVVRYoJLVqFjCaethjegaGVaRwRphsaSmgYj2pTB01a4WVlE4
				lCqGCR6kJKRYEUWJiqIQRQpVoVjFkl2h2UUSJKIiIglVIBEFUmAb2BJLJZZKnCAFIZGEIpBC4Atr
				EkMNImIfnwlbhWHMbGISQhoSpKlQQUFEMZ0KIRDXCqrnhIY6dLveXik7xF7pw469wt57713XdbpK
				Z1ujDQ3VqiiVaPNTEREW4JBjnWGoPDlCSAKnMBBDEG9JZSksjylpytAoySmHkR15g5yQmxReXzdW
				ScvUbCEhMqFaEo0tSwOrgS/wwGVhi+rnTdUzFWpGLUNP0fO/kE/7/5dph9ovv739skhsps0hM5kg
				UxLCVFFYocly43+58RTHHwvj+CeqXbWq3aBNaE92V3dPWKGMPoxx4RBscMIvYeHFI0zzO4Rjeds2
				3bod4UCl4kMKKiqmoJgoJorj+OP4J+N/5JhhsWtyMdrExMdL/B/XFaKYbmXDCREirpIWWI5ESQU7
				FGQ7TKVSZkiBBw/C4ZDD4cPhw+HDVWHUlpsZHA5ThI9whA+HD4erVnSFOk0MIrqPmwmbCmVUgms1
				sla1aw3ettpVuyYhIRFYBpLVKrhWu1a7VptGe6uivb29PRpJm0Z7I9q0vQgY0yqKisq1szArhPIl
				QRalTreF5IkwVXVHdVHd3d7e2KGZU4K3t7e3t7dDFtzJS4xImCqpKEIjtEEiZ+GjpFbjs8hIUJab
				q5JySm2DuWvIcRQvzyQcOXJz3FypyIiRWKpqwRw3KxFUi6reKvxI1eVNNEhHyiplH6G+6Efh9/79
				U8RMMY8eGsqhspAs7/d+/yY53HCYgUrXFFcLChphUbY4pNLQcK+3t2eYO48/QkUyfFvMRBbeFt5Y
				uoSz8KJmUhOehYtsPZlCiKTthNe50+l0wrOhen7C8cgTnm3mmZIwQ5WZZMLbJjybzYRnM5nwbGJm
				woRnSsYw0TAkC7MwlQgzo4RlsyUsk8kkJBkRCctkXWWCQRhhWeyPZZkjLIuwTLYIT4RlMomwLMJ0
				QjDMxFRAISzrLMwIiZCraiFcFcIxCWGioVEIT1AQqqKyWl13i6ETLbKscZZwWHVgcV7yXOGYaDTa
				HlWM1Oma3CObCRNiJAiqWCxQxSpUi4K2YiS67kIcohFCQpSKqqurUlMMFYqkEodGrAZiS+VlKZ2y
				WOQkORwPBu/0+w/H02pz3bPtWohhaHiLK8hUhoiu9pHBq7BdoZmFJaaBwnawOkR1CGGtqqqaFRVV
				1VTVVJgaW9FWSYW1uhZJVdsRad4VpOySwKmamArhIGtQhTtRbFlLK9L+RU3NNJDIalGjqKioCowq
				o6qmGqpIz2u4HaFEQs1QKJHrmKggIRTN0IiIhsR7jW+pzEyFUBEWYyRMqAVGsAIiGiIaUqdrco9s
				hqpDNEMhQ0RDQlNIaCMUdAVRMYgNIhqaTgQFCZIKBSoKFF0goiEaYrVaVeqhSlTqlIY6bQNb6pQ6
				1KFOqVNqk8VisVgsFovFYmFhYWFhYWFhYWFVVVVVVTQ0NDQ0NDQ0NDSdTqfT6XQ6nQ6Hw+FwOBwO
				h/M8z/M8z/M8m81ms9lsNpvNzMzMzMzMzMzMjIyMjIyMjIyMjExMTExMTMzMzIy0REREhEhERERK
				REREQkVERCQoIiIisoiIiMxERERkIyIiIouIiIgwRERERMaiarGu1ZRUVKgiKpGm0ZBQUKCituxd
				p9JoaBFLco5DYTCw6M5/z3IcLlrHvW0mi4UVTYfzbGZkYsIUSYWyTEZEQoIURYMRUb6REEXVYl2r
				KamoUEVBgdapNMoHONBABCCQAQY84IAKNIABFkjABBpAQKgwqmII6xUiHx4MJ1BJajwoljCSDytU
				RHoePBzSlAiLQfPCVEwp1iZMpT4yBsNNLKa0kiIbC3OYIFeoYpqCElZJB0RCoQQLQ2wWSdJqY6aZ
				YbF3cJzZxMSIrBbBKoJUaEvcXJEoIdUhXoP2wpEJUhNEoqIiSg1VgOAgtQ0h4QSG4EFwJikJWgSa
				WJBV0bCGpI3RGBxcKeZJcETo1KqILgptO5rIDi3XI3kmODDIOWRgIAUHcu9twYESJCReGO5sFSFB
				s3ApvI5S1+0ZqTBSxVBxhcKCmgKy/q/XjkiJLCxiEVSRpiiQqq/rqqijov6vK0ipiqNgmtP1Itai
				1BmntKOYA0MEEwURNdhoWqjWlLOOBCL0GlQzERYUAkWg8iFp3lFS2+IJQhWJakPR+q1JY0pt2SEG
				900c5AkksXugUo2EoeDvpdWCe783GlVUFbrWLEyTmEYoCkVq+XxKrpS9I1QrUFqt7RF1asA5XzDn
				QuE8HEVVxLhBO7CBgbxCbypWCxQ0fZQaLqIiDRtnCYVU///M////v+f+D7OYkKkgktUaQSgIS09i
				FhDV3kF0BRmjFdYRg0aoUlUk3rd4i8xIaIUKUcRoISrMuIi7o82mUVScBnqy3//vHYsdFnZY2GFh
				/zw/z5tmovl/DhUYLHpSWNdYJjcvspINrTNBM0LhmT4TNBNopqgTBc88QiQW2iw8QYlkWZ5kkq9c
				WW4Ri1N6jLYGJzMVAqXIxpMDKTM14RAT0bTGYHmLxUhVyRoUBzlIAAiAARp4wAFW4AEHGnjAAQk4
				0EAGLgdQgFAxAAI4sIAHHJjABCywgAVEIAMYeIACIODABRx4AAFhAAggAIAAahJwQAMo8EAEHEAA
				BITJNLSIwzmnwAMJmEAFMtCAAxBwoAIOmHPOOWcBeoD/////////////////j4iI+P///1f///T/
				s/9/+f/T/3/9/2H/f8z/L/L/T/z////X/0/6/9v/n/j/1/8f/v9j/7/M/z/y/y/+/8P8/6z/v/T/
				U///+v8D///4/5f9/zP//+T/P/7////W/0/0/9f/H/r/B/9/+f+f/f+b/3/5/xn///9fVC3WtZqS
				igpVRCXSNBoSCgpU1Ja961QaDS1iSc5xKAwGFt3571mOw0XruLfNZLGwoulwns2MTEyYIqlQlsmI
				SEiQomjwjUQIvgnhqqqqqioqKioqKioqKiqqVqvVarVarVaLxWKxWCwWi8W6ruu6ruu6rtVqtVqt
				VqvVampqampqampqakpKSkpKSkpKSkoqKioqKioqKioqKlSoUKFChQoVKlSoqqqqqioiIiIiIiIi
				IiKiUqlUKpVKpVKJRCKRSCQSiUSapmmapmmaptFoNBqNRqPRaGhoaGhoaGhoaEhISEhISEhISEgo
				KCgoKCgoKCgoKFCgQIECBQoUKFCgqqqqqioqlUqlUqlUKrVt27Zt27ZtWZZlWZZlWfbee++99951
				Xdd1Xdd1nU6n0+l0Op1OpVKpVCqVSqXSaDQajUaj0Wg0NDQ0NDQ0NDQ0tKqqqqqKSCQSiUQikUgs
				y7Isy7IsS5IkSZIkSZKcc84555xzHMdxHMdxHIfD4XA4HA6HQ6FQKBQKhUKhMBgMBoPBYDAYDAwM
				DAwMDAwMDKyqqqqqommapmmapunee++9994555xzzjn//////99777333nue53me53meZVmWZVmW
				ZTmO4ziO4ziOw+FwOBwOh8PhqqqqqioajUaj0Wg0Gq3ruq7ruq7rOI7jOI7jOO699957771t27Zt
				27Ztm81ms9lsNpvNZDKZTCaTySSTR6jkRFU12wAIkgJTHAIAIGMMIg45zbANFAACFNjEfQwMA8AA
				UUjUeA5AAAAEAAAABAAEs7kDCAAAKjpvvw7FeYclQbxtS3WVfGuK7osBN/M4MBUSisFW3+KaTMes
				GwpbAWnMcsKjY/pZSbnz31w1Z0aF+Ma+fvTB1S9Tbp2NsjTrc/s8QEawd0IVgSqQbRsYCgVx73ec
				hHlaUFq0nU3w+Z/zyRrIoLRojYWfhTDxPkvlsWewVRSlRbz/nG++CH0SlBV011muxUcT/FLWCxUE
				P4tviHbgz6K/Qizws1jD7IHHMKifaRjwGYzIZ3lM4PSiKEoL+8XJiwHTp/M8GU8Bn7she8IAYPfW
				h705pElRiuRex8RtI3PMi5fyLXkImlcZSZH3ey42x1OJcTmtcg++QEnGsJREDfiiUQxCBpw+AkVp
				0b0gCWsPrAEb16KFANZHi/3kSKMFPO1nnz8fE88PcYYF9gsOU63ufv8rrX3d/C/wuUB2/H4KPjhH
				G29BB+sDzVMl2YfMn/IxM8WMkr9uuizJgw7TZD/erFrtw4A6YuEXFRC0KVPS4AKnLZ+V/HP6kQxO
				+4QR6q7HvBCCNLK8J7EJ+oW1iFuyp6FD3bw2wGnYSgEkSWB5dI/BNUxq7pf9OLTVCA+d9Ij0r1NQ
				wq+GSxkJuOh4V/YLk6fykgA5x16MoLFko+qvJsvWDso0mRI+SfyOjFTTnAwPfXRFGiVIwm9Ggiw0
				7wnCA4Y6esC5ACQ9Nvow/0UBki2PVIEzK4L0J23HeotUCWe1X1hG3SlOsFE6qiImEWZxthiBHdtn
				yf98/iQWWhLjB8sQ2kv2keWPEAh+3CyJ1gWu8JhgoGASrM3cXTDJeOSdRcvmf5AnmqW88jiJCSqm
				sknH8+oIEMqDJNvCJU9Ynyn9hqmRPpjTzD8Lk0pM2XfGnUeQ8EEh4yD7MAimIzncFbXu8eBCM2dy
				1c2Xd55Ko8kNjl5x00y/JWD7I89R/TnN4av4MbdBj5rNfWkyItY6qV+WbuWRRnpfTEnEgieDQv/4
				HiP+pbwehIqPMdO65QOt965EqTrdsOPgErjDc9F1tprGcJN9ZVUODDrhLvzMvIkbp01Ds0CuT7sw
				18R03EC+VI2BiV1ky7f+VdLikxpLboYZ3pWesLl3BQb3qtY8JrXBjf5umrpz2k62W0oXG28dUrIq
				ngPR4TPBnO645WH7C1PtN+14e3VowHrIGWgefhneKt7FceJ9NsS0ligWfqs1NEUsC49JDwUP30Xn
				wvOFmtsym3l68pCC1fAUwA7fKeZa5Q2P+uyRZaV5GCjMV17anMgSFg8PQHN2x+im8UsHt2+m+m7s
				8cVroUHkTPpoeLxqGhedL5UHrfwmWRWhFeQu2zBMTGobUh03DV8b14zjw7GzYJ72sPZglJHxaEmK
				nzsKd8ldOdhcJtFp7vujkFd1HToMTRI8WUajZ47TnGjXD+7bpPMb3JPPlLJg65BzsQm6bsM/qk0A
				ckqomT6c78o1V+bWpA4hNu6ocGzmm5ShZ9JAYhVhNJfoolGaJDhEvlXEbhCc+sug/6p7MgMwTyIK
				Uv4uqH/uHFVQGpBExt1/GeyftgxTwOYkUEPUn0KhzD82mcIJcDl5SZS47Bi5NJedatHMqjGHin4I
				nPlc+87Q2T0VmhDKRHcwCd4LaXxD2oMdmTNH8JwsGH7xA8vm/pTIVaUr2NB6czRvGjC481I877OY
				xWFUsokFZuMcu5XEEmx65ktnLT6MO7MCZZ/JaibSgzD8PeZfyM4Yzw9IQnJwW6CgDCyFA7FchiOR
				v9nTuzdGIrAPoUkapzAotDGdE4AOvZowb51wCijMtttu1O5p5DYujsJSHKFxSZsZHMR9a6JFegwO
				R2IZl78tVXZi8d59SVn7FORBdHYqVk5IkOZO0omYOS7Lhr3J1+NmwXWXgDmqGilg/wicKyLrdFi5
				V52ZK92wN+8mhdeh4rWcXkIw+qFckdLrpTfsyDFho5jG9O180DeC6tJLprtBSvUEZtRMuMXGUYKL
				DTtlns9v2TJNKwAL61m3ZKKM93gEbFR9t6L4eYbLDTvBSbelBkECinvlBsEbXeXG1UbokEIWF287
				Nuy6MGsmUFBEkKPGtonGpz9cNuzEEN6zRNYXVFwpAaotiElxlXlKb9T3tBGdCdIqYOba1oogRHLc
				b9iNPLC8lQ5wIejoIYS0dIKtfPoLKmSsVIL3F5HGlaVMct6wZ3NwAVjiXZkboSnaFwVp/v9MFNyv
				yvWG3TSFamWhv3s6QZpz7kyEj/0j83ukfxqgIjy5JmEYYcUWyxsOAYJuCsEoKWZFCS4w1w07Gege
				LVIrFzY5K5BMQl94zXcqKwKmTnNv2AlDbqow46a2Lu6QjAbYNC1xJTajxgcSvFF4Y1yR5j3XDTsz
				DCMqE88jD5y3iYLE3rWf0xv2bqKa6QlHEqR5MzERzihAlA27KSKFkpCKCr6RFABK85cCZp5iWBF4
				Q8G9YWfDKq6yCGPzVOsdTVWSKY03jwgYUnjnzbzXCFJAVOielFMLmKNNA4I0K+olCsdBIrthT8XQ
				vKJETKjl0HhxeRAnQ4t5ECCJDTtrvO+i4Yadw56kELj+iXfHwToEI7wptFxFkZON3xt2ISBWK/6t
				VwgIWCoKV9Hvs+P/hl0RpGeB4NI8NuxMcHGbqb+J9OeSyY9XVNVJ6N0yOeDeWgzbkP4nrQ07uCzo
				cF0WhIQjGlg0gSK89QGt4rmokssNOw8GAgU0K5IziSMPmzXIqbq6AjOKDGtB+9uKc8PeVtI/k7SJ
				z8TYERbe1N+rogzU64w8WN5WNuzGQqqZFvol5xkSbiFI2WpVNDDPrpgHBiS5YTfiULuHbKoXrgzL
				Giq6/Yk63HUBqwtKVXwOjUgsXtKzLOZTf867GExYFZ9aXvPsRYQCk+pqauF8DYy/YY8F1kQR3ctP
				7QOit2cUgmWURacNOwt8s4IuvOtM/j4BSwkaVdQgLP1s2EVBMY/rb9gnb7BaKSVEWStgeN1QRYEA
				p58NuwjwMgvcsG9dL/PrMhaUQfEm3lS4FiG2a/2EWlsDNVkkgx5I6oY9m/JpdbjKsvAUzyqjW1Vl
				AZ2ogKVANRXlObt/zKlOzbxhd3inTv1ghiBTrTKJbGC+8TbssUB0Gi/uLm+bG/agAJppYFVkcD2m
				iihoC2oFxFD7g/NxwnvXspo8BCFlQ2jU1MDzaZabzaVvw64il0bwizIp7Nlu2OVQjw+I27BrOHMa
				lYCMEHqrbkX+og37047Ajf1OGRk5wOlbzfn2TEM0kp6HwOxUGS3Y2/YHbpajUNcNu0dZtbrMBn/R
				4pST2QlIXZN6zvhDaHxTljj6WsYBypLwNK+tMTsdITiu33eXDXvOrFbazDvaejfsCwc0ELMb9q7E
				2y+3pyfdO/Uk3eHVlEvGIOs83oVWD6C3og+AHmls2PcuSvYYY82FMIXuY+BBG3Z+DiYC/g27lEwH
				cCS42CF5wrdN0sAwqRsB21nBp+Di64ELMyox2pxC4telLBuol4/JQ94DyAdeCG89mKf4fzbkxIbd
				gpoLQXZTTOIG4oe1NyUCo+B1ZwG1d9IZwh0LKCn2jaDIw7QzDgQ37M2Eq9VkzVW0jPUxX06TQS21
				/pE4TPPLl1AFTgVa26lCjU8Eh6tmtbm3Yc8QdtqxwlM8u2ZljPRXUxhVvSG8bIM2RcOUn1C89qTX
				ZCJDetq76FziM9URvHKvk2Zayx1dnRqrd4xSLnjD7twntAEb9qTenTjYAu8t8KANO3NOwOE+YfYl
				zrRjwd2XSPMsSF5wbkyLpFpZKe6GvZTT31Fqw14hNjH4bIApIwddXovOtduaQngfPzHFij5vFP6m
				LlVVHcIbeOLqdsPuAnUVIQBz6vi87FblCEEN8aV4VKLr5A27C7daddCG7f/JNuzlkvuCvmGPBaGy
				pTbsF67vw3wd61/RT/O+msr7UaFmk23hWg2KXd6wV/DRmpiRQXAYjQ29Nit2fsOuqKnv0Bv2V/wG
				ftz758hGG3ZEYL8RiRHX2TTcuniCyj1+3ZzAvCqrLJKM4Yg27DN93y82M115H6FeNJPehr3mkQNx
				w2CCTMFNESmqzNHZsI+axA16jDL7gMds2MOJeuFlG3ZDZlYC2IPJjZSg/Fio6wJQuF/i+k437DaY
				qEOwYbc8IBfBG/ZaE3JJfcPOp9aZGRt2Yrbzwim7A7mUc8PeOrptnLBhT9XeNobcsIvobxvhbdiF
				omkFApku1HtvCTcdGZvQlyRg4Ekbdj52YEzbsEOmCjt0405yZGfDrnSFhtV7MKfVhn3xf30UwyaC
				rO0hEZ3xbBTisBCxdYJIb6e6JjvOef+gziHXIAgKQRVGpDhAjJ69I0nAcqVYOl9eQYEy61H83IZ9
				SWmXY8D4R8OGPcb2WQFvwy4V/lmRdakFQ1wnMDu3QBaQoU+aFfaFumdFwBN2hs6zAt4Iuyjls6L+
				wa6E4VlB3WAX+/asmFywN2p+VoSZYLd1kQtwFwtYClKPogdo9G6BPcIAcsfJ4QRYLZKBm5haXCIE
				6ciOom28RLuDvm1CA5jWv/5IB7dvIWClcBQt2cFe0F7vsEN60no98Rr4Aw5nLEcf5E3ii1C/Xmxw
				6w5mj4/XU/iOXCyc6CnyfoIbkNyuVWAGXnCJzK43NQJDlF3X6TFypER1XY2+By2n62BI/z4ScJ8i
				A8J9dbIQ1M0wiqdOgU8k1y1ULjzouI5vLkzoe5Yg5QRfiHg4wjQN18897y+QJtSvqQuuSuLisUh6
				xZRQg488ntJr9H8+847CIAcAksPpqPekCnR2cUL9AmcFN/6O5ojsjCJiwxNjh71NGHZqPUKoIwuf
				1q1pdaTcVVBkEhwnngBrAntGGf141TrrdDBqDXazriBgZabNMuvGtBmNo8/VsqGSsIurgFflkYfZ
				kNHi0E+QSBXXohcLzK4iYpHsxmsdDnF1g2ltBHndVreLYq2kJ2n1sTKTn7BMPgjww1JTxrvzAhcS
				ISCDx1V1/6ZCgANTkMoAK9Im3FYAJOMn0vAtpJZPBJ/LBDukXppycSBIFt4NwlTubfjE9jHXR7lQ
				9dkP+k/U4LwtfNNb55CvA1wXsKodQ9Gktqhc7grwloaZLSAkgkWQ/Ilk4hopJe6RMGRuF4i4o632
				iciIWE3/roC6vf9wYCVYeWapjxtPM2aYzZ0OPYxZyLghwLhDmvirImAWEa+pSYtkVyKwjOMZGbJL
				7Xo3c16qEMKixJmBDRXFXlrmxdoHlId5TWLCh4A7tT+WZwoYvZAs+NP8YPN0mPrzpBcLvYZh4wHs
				FTDsgs9553R4gF6H1aysvBSkRuKu0EsseKyBBFyzDxSCspHgF2KFVFC50OdT2MWe27w3mfP0ioKO
				m8wYyebvaWFQXk0KXp2wLcXVveIAoPccQgo6xeGp0L45qnDjef5iFQL6ZHmOhCPqyUoIgeG79bck
				clVc3UQuP5CI5O/TWmwWDD/hd7b7UISiFob5nFl2VFn2C4vzJOHr3/ShfzeapNTjWfARrop/Bt6/
				du07Ad25jNwMLUJNi9TQHOD/ONFgvyG2iCYayjQPHKIvq8n61jGo1FdnukL8pg/Nv+BZ/u0VHy4h
				QW4Is41MtcRkOT8LyIzYc4bhiBFmgK9UMd/81ZOmldqehx0h8BF13PA4Fp/Mz/3mE0uD8SJCvxYQ
				Z6PnfAEjK+Iq9Ilk8KADd9BzP3EPcVrVpp2JDu/lhF6p9WQO3YoEF6LJeMhDLajgEwh55WuZtWs/
				MRJpaDZ/sX4DvAdeSsPb2i1NK/wzCw6tthhciXgieKX5rlDnkBbR6Qchqn5v3PFcDd0+kaDoI5J+
				4Cf6gP59Iqib+QWr3s4PzFDxdcXZrvPopfcF9k+Rdgs0tuLmE5HeXGBpcIHs5CYCx/7EaEh5aTRH
				ZWQDu31MJmSV/htKBOICyjVW5+AZzhisu///XZ/ImznoCa0lhRTQ8iehsu5LWxxcgYJhnyVUSfSJ
				BwMoM+Q6X69T635i+4iFXKUd1daaIkf1jcdFSAdE9BFJx/ATfUAODIECH8UX3v6SHOy+agzzue6f
				KHpSpxUJf6IxdBt538smAPqW9M4aXJ4JhvQEy/lzfWL9CKkb/BMNUp+VSPwTI7P8L0G/585z5Se+
				3yH22nyi8xN7LZC2kNjnE5eZjSYwC1HS8IlJKlUmpE8UTTBSk38iHnZCZxOS/5yS/xOR9lWKf4aH
				GdLc0N5USuXb166EuoNj2IKswA0vA0mLEUR1MotB0LBuZg69vJ+ohqnMYT53f+jrPpEE3POU/Ymh
				XM+zqTAHl/Vzmi/3n2wXT6Vp/FtcJtp6OF+mtx9VjHKj8xPJZCvzyjET3k+611lzWxl2ymc1UIal
				tdjIsmOo3u0dQp9sWSBbwN19tzmOLectqdR3fIp0DT8x/i70gFpW8GJxbQUnWTSYEUJlWdVabOA8
				BTqyrXOYH+ve6EQTcO46llpcJc3St4BYXUGevdh5MRDeYnSHsFLPAD0K+Cd+zaX9o8KJbmWnXPKh
				auw34PKz19+D0I9LzNZwIehUSQfNCP7PEYX2GzILdLChmnrdnj2m2Hxh4okedFBDt/8/RxXaK0A8
				8ccOykjbT+znGvSa1GzHlSo1nzvHEp8ovtsPNPpEJRlWgA7hX/eJ2gzsPHTSucdd5BMjn2lOmWkI
				f6LDZZqeZBrFfuIzcaFv9onD7LSCXrrwjRtJ8C+dmBVnU5N+Yjk5Mh0OLK9aZQk9DLlzdMghjzj3
				fj+r4I4gd46GGeWV58+NJxnNMaYO8SCnvOrc+MHXN0/w9n3QQDH5X2j7v32xXQw6JmBKccWctuXE
				hTH8LDYBrlWrmWLNgX/wa297f2v/dW91933nZT99t2V/ZfW4T7g8w5KCIH9AbR1/8/yz3I7zfx6U
				qDvTQUOlqSElKFcW2KuBX6uPoh4n5mTGjXJzwTxlpX6wDd59gaV7gSGmXov3OMZMRvlen1C8WzX5
				zZPLGX7eME+1NxrcGWtG4ar97Zz5C9/mqT2YXD4w+Oh5dAn8rznyCO9YK4HqNR/VtdavyLXk8bRD
				uWJ3+l5j80IvEcwAvHKGgO5txSGKQqOD5aWtzW49RmXhPf+Soe5awhkq4cCiVOS4nWvswqaKIPhX
				U1slKtUkp8/kfm8JQW4hFhwbLtxPU1J5eGTEpLhGS9H4g/CVSQ3+8LuZT1TBfR+k5pbiWn0mjvx8
				hHAiElhygtbyHvbOBcVi8hMUiyrRfiIObn0o9RaZMpcRAqMsw3mPjUQfkapW/n2myKECn+hc4clH
				ZCd/9BNXk8CNv/5zrRb87oGxCgdYYUtq9R0+JR1afhkgnqdhaqfJdqLeT3TcuGEI3ZKKIv07+08h
				vEUkxm55Ji3wyE8kph8w5gecVI8jU3cZSzW6U9VX8oAcGewaYKUz/8RsXrhZQoGdOULnpdABLRgJ
				fi/JquhNmtjCitoI2PzBsWonzsbBQtUr4GBelSusRaNBv5XzPii4USQwTpR8qxeRA8yLAmViwHhj
				xlJKQeZPtB8wk6N0Xcu25PvEYoaZsPqHj39i1LtPc+2jOh4VzbbtGpnhyxdlrrBi+vhu/VEsE8B6
				0rfCc2gBtqj2EoVQ8ZqXLDjEXtqRRAC5kiQqvCyvBMEeNwy3IvTTkcctyLiTNJe1OKiHT3Ta8znM
				+bySYvnAm54CUiB8lvKUD+tcTNbf/EPk5FzPxk+kTIUm9+zeu9j66xxr/csyTiJRHILu2tp0AaH6
				3z6TcpSsDuiBAlM8ai/Gv7hypcbKRU0w6fDr9odPjJ0UrnmYcAd+osMt4Q4ywl2FA/lfTctyWA+s
				iNKl63WJ3w5pk+csz78oikJ/otPd3iGe/p3ij0gKSJg0QVf0ic8AM0HWffVRIrRPJCYwEwX8xLlP
				jP/habrh+XdM1qvIFVcmHD8fBKOe3cI/8jRLsl7eT1QTVWgpgJcANZofHm4xlscoNuM7KCubKvBR
				voCu7ROHEWZiWcfVB0RIn3gYiZn4o7lmKn222Ow56wqxhusgx3nNFr00SWuIv2eZUOvZ/Yk07c/E
				tEHW2ELDIO0B|
			)
			(checksum "C678D9AE6E12E69EE7249BFD4709EB7E")
		)
	)
)