casename = "wflow_meuse"
calendar = "proleptic_gregorian"
starttime = "2009-12-31T00:00:00"
endtime = "2010-07-01T00:00:00"
time_units = "days since 1900-01-01 00:00:00"
timestepsecs = 86400
dir_input = "data/input"
dir_output = "data/output"
loglevel = "info"

[state]
path_input = "instates.nc"
path_output = "outstates-meuse.nc"

[input]
path_forcing = "forcing_meuse.nc"
path_static = "staticmaps_flex_meuse.nc"
gauges = "wflow_gauges"
ldd = "wflow_ldd"
river_location = "wflow_river"
subcatchment = "wflow_subcatch"
forcing = [ "vertical.precipitation", "vertical.temperature", "vertical.potential_evaporation",]
#cyclic = [ "vertical.leaf_area_index",]
gauges_grdc = "wflow_gauges_grdc"
gauges_S01 = "wflow_gauges_S01"
gauges_S02 = "wflow_gauges_S02"
gauges_S03 = "wflow_gauges_S03"
gauges_S04 = "wflow_gauges_S04"
gauges_S05 = "wflow_gauges_S05"
gauges_S06 = "wflow_gauges_S06"
gauges_Sall = "wflow_gauges_Sall"

sub_S01 = "wflow_subcatch_S01"
sub_S02 = "wflow_subcatch_S02"
sub_S03 = "wflow_subcatch_S03"
sub_S04 = "wflow_subcatch_S04"
sub_S05 = "wflow_subcatch_S05"
sub_S06 = "wflow_subcatch_S06"
sub_Sall = "wflow_subcatch_Sall"

[model]
type = "flextopo"
masswasting = true
snow = true
reinit = true
reservoirs = false
lakes = false
glacier = false
kin_wave_iteration = true
kw_river_tstep = 900
kw_land_tstep = 3600
classes = ["h", "p", "w"]


select_snow = ["common_snow_hbv"]
select_interception = ["interception_overflow", "interception_overflow", "interception_overflow"]
select_hortonponding = ["hortonponding_no_storage", "hortonponding_no_storage", "hortonponding_no_storage"]
select_hortonrunoff = ["hortonrunoff_no_storage", "hortonrunoff_no_storage", "hortonrunoff_no_storage"]
select_rootzone = ["rootzone_storage", "rootzone_storage", "rootzone_storage"]
select_fast = ["fast_storage", "fast_storage", "fast_storage"]
select_slow = ["common_slow_storage"]

[input.vertical]
altitude = "wflow_dem"
potential_evaporation = "PET"
precipitation = "P"
temperature = "TEMP"
tt = "tth"
ttm = "tmh"
cfmax = "fmh"
whc = "WHC"
#alfa = "alfa"
beta = "beta"
cap = "cap"
#ds = "d"
fdec = "decf"
fmax = "fmax"
imax = "imax"
#kf = "kf"
#ks = "ksh"
#lp = "lp"
perc = "perc"
srmax = "sumax"
hrufrac = "hrufrac_lu"

[input.vertical.lp]
netcdf.variable.name = "lp"
scale = [0.4, 0.4, 0.4]
offset = [0.0, 0.0, 0.0]
class = ["h", "p", "w"]

[input.vertical.ds]
netcdf.variable.name = "d"
scale = [1.2, 1.2, 1.0]
offset = [0.0, 0.0, 0.0]
class = ["h", "p", "w"]

[input.vertical.kf]
netcdf.variable.name = "kf"
scale = [1.0, 3.0, 3.0]
offset = [0.0, 0.0, 0.0]
class = ["h", "p", "w"]

[input.vertical.alfa]
netcdf.variable.name = "alfa"
scale = 1.3
offset = 0
class = "p"

[input.vertical.ks]
netcdf.variable.name = "ksh"
scale = 0.5
offset = 0.0


[input.lateral.river]
length = "wflow_riverlength"
#n = "N_River"
n = "n_river_uniform"
slope = "RiverSlope"
width = "wflow_riverwidth"
bankfull_depth = "RiverDepth"

[input.lateral.land]
#n = "N"
n = "n_uniform"
slope = "Slope"

[input.lateral.river.reservoir]
area = "ResSimpleArea"
areas = "wflow_reservoirareas"
demand = "ResDemand"
locs = "wflow_reservoirlocs"
maxrelease = "ResMaxRelease"
maxvolume = "ResMaxVolume"
targetfullfrac = "ResTargetFullFrac"
targetminfrac = "ResTargetMinFrac"

[state.lateral.river.reservoir]
#volume = "volume_reservoir"

[state.vertical]
snow = "snow"
snowwater = "snowwater"
interceptionstorage = "interceptionstorage"
hortonpondingstorage = "hortonpondingstorage"
hortonrunoffstorage = "hortonrunoffstorage"
rootzonestorage = "rootzonestorage"
faststorage = "faststorage"
slowstorage = "slowstorage"


[state.lateral.river]
q = "q_river"
h = "h_river"
h_av = "h_av_river"


[state.lateral.land]
q = "q_land"
h = "h_land"
h_av = "h_av_land"


[output]
path = "output-flex-meuse.nc"

[output.vertical]
#precipitation = "prec"
#temperature = "temp"
#potential_evaporation = "pet"
faststorage = "faststorage"


[output.lateral.river]
q_av = "q_river"
#h = "h_river"


[output.lateral.land]
#q = "q_land"
#h = "h_land"


[csv]
path = "output-flex-meuse.csv"

[[csv.column]]
header = "Q"
map = "gauges"
parameter = "lateral.river.q_av"

[[csv.column]]
header = "Q"
map = "gauges_grdc"
parameter = "lateral.river.q_av"


[[csv.column]]
header = "Q"
map = "gauges_Sall"
parameter = "lateral.river.q_av"

[[csv.column]]
header = "H"
map = "gauges_Sall"
parameter = "lateral.river.h_av"

[[csv.column]]
header = "P"
map = "sub_S06"
parameter = "vertical.precipitation"
reducer = "mean"

[[csv.column]]
header = "Ep"
map = "sub_S06"
parameter = "vertical.potential_evaporation"
reducer = "mean"

[[csv.column]]
header = "T"
map = "sub_S06"
parameter = "vertical.temperature"
reducer = "mean"

[[csv.column]]
header = "Ea"
map = "sub_S06"
parameter = "vertical.actevap_m"
reducer = "mean"

[[csv.column]]
header = "Ei"
map = "sub_S06"
parameter = "vertical.intevap_m"
reducer = "mean"

[[csv.column]]
header = "Er"
map = "sub_S06"
parameter = "vertical.rootevap_m"
reducer = "mean"

[[csv.column]]
header = "Eh"
map = "sub_S06"
parameter = "vertical.hortonevap_m"
reducer = "mean"

[[csv.column]]
header = "Sw"
map = "sub_S06"
parameter = "vertical.snow"
reducer = "mean"

[[csv.column]]
header = "Sww"
map = "sub_S06"
parameter = "vertical.snowwater"
reducer = "mean"

[[csv.column]]
header = "Si"
map = "sub_S06"
parameter = "vertical.interceptionstorage_m"
reducer = "mean"

[[csv.column]]
header = "Sr"
map = "sub_S06"
parameter = "vertical.srootzone_m"
reducer = "mean"

[[csv.column]]
header = "Sh"
map = "sub_S06"
parameter = "vertical.hortonpondingstorage_m"
reducer = "mean"

[[csv.column]]
header = "Shf"
map = "sub_S06"
parameter = "vertical.hortonrunoffstorage_m"
reducer = "mean"

[[csv.column]]
header = "Sf"
map = "sub_S06"
parameter = "vertical.faststorage_m"
reducer = "mean"

[[csv.column]]
header = "Ss"
map = "sub_S06"
parameter = "vertical.slowstorage"
reducer = "mean"

[[csv.column]]
header = "Sr_over_srmax_p"
map = "sub_S06"
parameter = "vertical.srootzone_over_srmax"
reducer = "mean"
class = "p"

[[csv.column]]
header = "Sr_over_srmax_m"
map = "sub_S06"
parameter = "vertical.srootzone_over_srmax_m"
reducer = "mean"




[[csv.column]]
header = "Qftotal"
map = "sub_S06"
parameter = "vertical.qfast_tot"
reducer = "mean"

[[csv.column]]
header = "Qh"
map = "sub_S06"
parameter = "vertical.qhortonpond"
reducer = "mean"
class = "p"

[[csv.column]]
header = "Qhf"
map = "sub_S06"
parameter = "vertical.qhortonrun"
reducer = "mean"
class = "p"

[[csv.column]]
header = "Qs"
map = "sub_S01"
parameter = "vertical.qslow"
reducer = "mean"

[[csv.column]]
header = "Qs"
map = "sub_S06"
parameter = "vertical.qslow"
reducer = "mean"

[[csv.column]]
header = "Qcap"
map = "sub_S06"
parameter = "vertical.qcapillary_m"
reducer = "mean"

[[csv.column]]
header = "QfP"
map = "sub_S06"
parameter = "vertical.qfast"
reducer = "mean"
class = "p"

[[csv.column]]
header = "QfW"
map = "sub_S06"
parameter = "vertical.qfast"
reducer = "mean"
class = "w"

[[csv.column]]
header = "QfH"
map = "sub_S06"
parameter = "vertical.qfast"
reducer = "mean"
class = "h"


[[csv.column]]
header = "percentageP"
map = "sub_S01"
parameter = "vertical.hrufrac"
reducer = "mean"
class = "p"

[[csv.column]]
header = "percentageW"
map = "sub_S01"
parameter = "vertical.hrufrac"
reducer = "mean"
class = "w"

[[csv.column]]
header = "percentageH"
map = "sub_S01"
parameter = "vertical.hrufrac"
reducer = "mean"
class = "h"

[[csv.column]]
header = "percentageP"
map = "sub_S06"
parameter = "vertical.hrufrac"
reducer = "mean"
class = "p"

[[csv.column]]
header = "percentageW"
map = "sub_S06"
parameter = "vertical.hrufrac"
reducer = "mean"
class = "w"

[[csv.column]]
header = "percentageH"
map = "sub_S06"
parameter = "vertical.hrufrac"
reducer = "mean"
class = "h"




[[csv.column]]
header = "QfP"
map = "sub_S01"
parameter = "vertical.qfast"
reducer = "mean"
class = "p"

[[csv.column]]
header = "QfW"
map = "sub_S01"
parameter = "vertical.qfast"
reducer = "mean"
class = "w"

[[csv.column]]
header = "QfH"
map = "sub_S01"
parameter = "vertical.qfast"
reducer = "mean"
class = "h"


[[csv.column]]
header = "kfP"
map = "sub_Sall"
parameter = "vertical.kf"
reducer = "mean"
class = "p"

[[csv.column]]
header = "kfW"
map = "sub_Sall"
parameter = "vertical.kf"
reducer = "mean"
class = "w"

[[csv.column]]
header = "kfH"
map = "sub_Sall"
parameter = "vertical.kf"
reducer = "mean"
class = "h"



[[csv.column]]
header = "wbtot"
map = "sub_S06"
parameter = "vertical.wb_tot"
reducer = "mean"

[[csv.column]]
header = "wbSi_p"
map = "sub_S06"
parameter = "vertical.wb_interception"
reducer = "mean"
class = "p"

[[csv.column]]
header = "wbShf_p"
map = "sub_S06"
parameter = "vertical.wb_hortonrunoff"
reducer = "mean"
class = "p"

[[csv.column]]
header = "wbSh_p"
map = "sub_S06"
parameter = "vertical.wb_hortonponding"
reducer = "mean"
class = "p"

[[csv.column]]
header = "wbSr_p"
map = "sub_S06"
parameter = "vertical.wb_rootzone"
reducer = "mean"
class = "p"

[[csv.column]]
header = "wbSf_p"
map = "sub_S06"
parameter = "vertical.wb_fast"
reducer = "mean"
class = "p"

[[csv.column]]
header = "wbSs"
map = "sub_S06"
parameter = "vertical.wb_slow"
reducer = "mean"

[[csv.column]]
header = "to_river_land"
map = "gauges_S06"
parameter = "lateral.land.to_river"

[[csv.column]]
header = "land_inwater"
map = "sub_S06"
parameter = "lateral.land.inwater"
reducer = "mean"