#### ALL FULL DEFINITIONS PARAMETERS #### #### ALL GENERATED DEFINITIONS PARAMETERS #### Active AFM Change per tuning cyle Active AFM Closed loop Active AFM Delay after engine start Active AFM Delay after injector re-start Active AFM Delay in lambda reading Active AFM Fuel Smoothing Active AFM fuel tuning enabled Active AFM Lambda target (closed loop) Active AFM Lambda target (open loop) Active AFM Maximum change Active AFM Maximum ECT Active AFM Maximum gear Active AFM Maximum IAT Active AFM Maximum lambda Active AFM Maximum load Active AFM Maximum rpm Active AFM Maximum TPS Active AFM Maximum VTC Active AFM Minimum ECT Active AFM Minimum gear Active AFM Minimum IAT Active AFM Minimum lambda Active AFM Minimum load Active AFM Minimum rpm Active AFM Minimum TPS Active AFM Minimum VTC Active AFM Open loop Active AFM Update frequency Active AFM Use corrected wideband Active AFM Use fuel trims Active AFN Use fuel trims Active fuel tuning enabled Active fuel tuning high #1 Active fuel tuning high #2 Active fuel tuning high #3 Active fuel tuning high #4 Active fuel tuning high #5 Active fuel tuning low #1 Active fuel tuning low #2 Active fuel tuning low #3 Active fuel tuning low #4 Active fuel tuning low #5 Active knock retard enabled Active knock retard high Active knock retard low Active knock retard max retard Active knock retard method Active knock retard min Active knock retard step AFM enabled AFM flow AFM fuel AFM maximum voltage error enabled(Off=2047,On=1002) AFM maximum voltage AFM minimum voltage AFM PLS throttle Air temperature fuel compensation cranking Air temperature fuel compensation high flow Air temperature fuel compensation low flow Air temperature fuel compensation medium flow Air temperature ignition compensation high (MAP>40 kPa) Air temperature ignition compensation low (MAP<40 kPa) Boost control activation pressure Boost control air temperature compensation Boost control duty lookup Boost control duty to pressure Boost control enabled Boost control fixed duty Boost control frequency S2000 Boost control frequency Boost control max duty Boost control quick spool Boost control solenoid is normally open Boost control type Boost cut enabled Boost cut pressure Calibration ID Cam angle high Cam angle low Change per tuning cyle Closed loop target lambda #1 Closed loop target lambda high load Closed loop target lambda limit Closed loop target lambda low load Closed loop target lambda Coil test enabled (P351 P352 P353 P354) Cold start idle air control system (P050A, P050B) Coolant thermostat temperature check enabled(P0128) Cranking (seq mode) fuel direct ratio Cranking fuel trim Cruise control enabled(Off= 255, On= 16) Cruise control enabled(Off=255,On=1) Default PA value Delay after engine start Delay after injector re-start Driving recorder enabled(Off=9,On=35073) EGR enabled EGR flow malfunction (P0400) ELD enabled EPS enabled Ethanol ECT cranking compensation Ethanol fuel compensation Ethanol ignition compensation Ethanol ignition multiplier Ethanol input enabled(Off=0,On=15) Ethanol input enabled(Off=0,On=60) Ethanol percentage EVAP FTP enabled(P0451 P0452 P0453 P1454) (RSSWGO91) EVAP leak detection enabled(P0455 P0456 P0457) EVAP VSV error check enabled (P0498 P0499) EVAP VSV error check enabled(P0498 P0499) FCAN malfunction (U0073 U0155) enabled(Off=32767,On=4000) Flash check engine for knock enabled Forced induction enabled Fuel high #1 Fuel high #2 Fuel high #3 Fuel high #4 Fuel high #5 Fuel low #1 Fuel low #2 Fuel low #3 Fuel low #4 Fuel low #5 Fuel Pressure Gear ignition compensation High speed throttle reduction Idle fuel table rpm high Idle fuel table rpm low Ignition dwell angle voltage compensation Ignition dwell angle Ignition high #1 Ignition high #2 Ignition high #3 Ignition high #4 Ignition high #5 Ignition low #1 Ignition low #2 Ignition low #3 Ignition low #4 Ignition low #5 Ignition retard gear compensation Ignition retard rpm compensation Ignition retard throttle compensation Immobilizer enabled(Off=0) Immobilizer enabled(Off=0,On=4) Individual cylinder fuel trim Individual cylinder ignition trim Injector flow for fuel economy calc index Injector flow for fuel economy calc Injector opening time Injector phase (after start) Injector phase (cruise) Injector phase (high load) Injector phase (idle) Injector phase (warm up) Injector phase (WOT) Injector size Intake runner high Intake runner low Knock gate end high Knock gate end low Knock gate start high Knock gate start low Knock ignition limit high #1 Knock ignition limit high #2 Knock ignition limit high #3 Knock ignition limit high #4 Knock ignition limit high #5 Knock ignition limit low #1 Knock ignition limit low #2 Knock ignition limit low #3 Knock ignition limit low #4 Knock ignition limit low #5 Knock retard high Knock retard low Knock sensitivity high #1 Knock sensitivity high #2 Knock sensitivity high cylinder 1-2 Knock sensitivity high cylinder 3-4 Knock sensitivity high Knock sensitivity low #1 Knock sensitivity low #2 Knock sensitivity low cylinder 1-2 Knock sensitivity low cylinder 3-4 Knock sensitivity low Knock sensor enabled LAF voltage to lambda Launch min rpm for ign retard and fuel enrichment Launch recover rpm #2 Launch rpm #2 Launch rpm (adjustable) Launch rpm additional fuel Launch rpm ign retard MAP offset MAP scalar MAP too low / too high enabled(P1127 P1128) MAP WOT determination pressure Mass or volume circuit range performance problem enabled(P0101) Maximum cam angle delta Maximum change Maximum ECT Maximum gear Maximum IAT Maximum lambda Maximum load delta Maximum load Maximum MAP voltage Maximum plate deviation (P2101) Maximum rpm delta Maximum rpm Maximum TPS Maximum VTC Minimum ECT for alternator control Minimum gear Minimum IAT Minimum lambda Minimum load Minimum MAP voltage Minimum pressure for speed/density Minimum rpm Minimum TPS Minimum VTC Misfire detection OBD MODE $01 PID $1C value | RSOBDREQ OBD region (0) | RSSWOBDCH enabled OBDII mode 6 support(Off=0,On=255) OBDII mode 9 support(Off=0,On=255) Open loop Overall fuel trim Overrev rpm Overrun cutoff MAP high cam hys high Overrun cutoff MAP high cam hys low Overrun cutoff MAP low cam hys high Overrun cutoff MAP low cam hys low Overrun fuel cut delay Overrun throttle opening (rev hang) enabled(Off=32767,On=3) P2263 boost problem enabled #1 P2263 boost problem enabled #2 P2263 boost problem enabled #3 P2263 boost problem enabled #4 P2263 boost problem enabled #5 PA sensor enabled PA vs MAP error enabled(P2227) Pit lane speed limit enabled Pit lane speed limit speed Primary oxygen sensor enabled Purge fuel Purge/EVAP enabled Radiator fan off #1 Radiator fan off Radiator fan on #2 Readiness codes enabled Rev limiter #3 Rev limiter #4 Rev limiter recover #4 RSFIECUID5 RSSWENGOILLIFE RSSWGO00AB RSSWGO13C RSSWGO14B RSSWGO45 RSSWGO48S RSSWGO61AC RSSWGO61E RSSWGO63BL RSSWGO63BR RSSWGO63D RSSWGO67 RSSWGOF121 Fuel level sensor error Second ECT sensor enabled Secondary intake runner enabled(Off=0,On=16) Secondary intake runner low rpm error enabled (P1077) Secondary oxygen sensor enabled Short term fuel trim maximum Short term fuel trim minimum Speed adjustment (dash) Speed adjustment (ECU) Speed limiter rpm Speed limiter speed Speed sensor adjustment Start emissions reduction enabled System control register 1 Target lambda high Target lambda low Target throttle plate Throttle flow vs opening Tip in fuel ECT compensation Tip in fuel throttle compensation TPS WOT determination high Traction Control ignition retard value Traction control input(Off=0,On=4) Traction control input(Off=0,On=52) Traction control input(Off=0,On=6) Traction control minimum rpm Traction control voltage offset Tuning method Unknown DTC sensor #100 enabled Unknown DTC sensor #101 enabled Unknown DTC sensor #102 enabled Unknown DTC sensor #103 enabled Unknown DTC sensor #104 enabled Unknown DTC sensor #105 enabled Unknown DTC sensor #106 enabled Unknown DTC sensor #107 enabled Unknown DTC sensor #108 enabled Unknown DTC sensor #109 enabled Unknown DTC sensor #110 enabled Unknown DTC sensor #111 enabled Unknown DTC sensor #112 enabled Unknown DTC sensor #113 enabled Unknown DTC sensor #114 enabled Unknown DTC sensor #115 enabled Unknown DTC sensor #116 enabled Unknown DTC sensor #117 enabled Unknown DTC sensor #16 enabled Unknown DTC sensor #17 enabled Unknown DTC sensor #19 enabled Unknown DTC sensor #20 enabled Unknown DTC sensor #23 enabled Unknown DTC sensor #25 enabled Unknown DTC sensor #26 enabled Unknown DTC sensor #27 enabled Unknown DTC sensor #28 enabled Unknown DTC sensor #29 enabled Unknown DTC sensor #3 enabled Unknown DTC sensor #30 enabled Unknown DTC sensor #37 enabled Unknown DTC sensor #38 enabled Unknown DTC sensor #39 enabled Unknown DTC sensor #42 enabled Unknown DTC sensor #43 enabled Unknown DTC sensor #44 enabled Unknown DTC sensor #47 enabled Unknown DTC sensor #48 enabled Unknown DTC sensor #49 enabled Unknown DTC sensor #50 enabled Unknown DTC sensor #51 enabled Unknown DTC sensor #52 enabled Unknown DTC sensor #53 enabled Unknown DTC sensor #54 enabled Unknown DTC sensor #55 enabled Unknown DTC sensor #56 enabled Unknown DTC sensor #57 enabled Unknown DTC sensor #58 enabled Unknown DTC sensor #59 enabled Unknown DTC sensor #60 enabled Unknown DTC sensor #62 enabled Unknown DTC sensor #64 enabled Unknown DTC sensor #66 enabled Unknown DTC sensor #67 enabled Unknown DTC sensor #69 enabled Unknown DTC sensor #73 enabled Unknown DTC sensor #77 enabled Unknown DTC sensor #79 enabled Unknown DTC sensor #81 enabled Unknown DTC sensor #82 enabled Unknown DTC sensor #87 enabled Unknown DTC sensor #89 enabled Unknown DTC sensor #90 enabled Unknown DTC sensor #91 enabled Unknown DTC sensor #92 enabled Unknown DTC sensor #94 enabled Unknown DTC sensor #96 enabled Unknown DTC sensor #97 enabled Unknown DTC sensor #98 enabled Update frequency Use corrected wideband Use fuel trims Use MAP fuel tables Use MAP to determine WOT(Off=1,On=0) VSA enabled VTC base duty cycle VTC enabled VTEC oil pressure switch enabled VTEC rpm window Water temperature fuel compensation cranking Water temperature fuel compensation high Water temperature fuel compensation low Water temperature ignition compensation cold high Water temperature ignition compensation cold low Water temperature ignition compensation hot high Water temperature ignition compensation hot low Water temperature ignition retard Wideband input(Off=0,On=12) Wideband input(Off=0,On=14) Wideband input(Off=0,On=4) Wideband input(Off=0,On=52) Wideband lambda Wideband voltage offset WOT lambda adjustment high #1 WOT lambda adjustment high #2 WOT lambda adjustment high #3 WOT lambda adjustment low #1 WOT lambda adjustment low #2 WOT lambda adjustment low #3 Write security word #1 Write security word #2 Write security word #3