#### ALL FULL DEFINITIONS PARAMETERS #### ABS enabled Advanced ethanol enabled AF learned value maximum AF learned value minimum AFM enabled Air temperature fuel compensation cranking Air temperature ignition compensation (MAP high) Air temperature ignition compensation (MAP low) Anti lag enabled Anti lag ignition floor Anti lag RPM enable threshold Anti lag target load Boost by ethanol limit Boost by gear limit #1 Boost by gear limit #2 Boost by gear limit #3 Boost by gear limit #4 Boost by gear limit #5 Boost by gear limit CAEX angle map CAIN angle map Cam angle exhaust limit #1 Cam angle exhaust limit #2 Cam angle exhaust limit #3 Cam angle exhaust limit #4 Cam angle exhaust limit #5 Cam angle exhaust limit Cam angle exhaust limit1 Cam angle exhaust limit2 Cam angle exhaust limit3 Cam angle exhaust limit4 Cam angle exhaust WOT Cam angle intake WOT Closed loop target lambda high load Closed loop target lambda limit Closed loop target lambda low load Closed loop target lambda Cold start idle air control system (P050A, P050B) Coolant thermostat temperature check enabled (P0128) Cranking fuel pressure Digital AFM flow Direct injector Flow #1 Direct injector Flow #2 Direct injector Flow #3 Direct injector Flow #4 Direct injector Flow #5 Direct injector Flow (Large) #1 Direct injector Flow (Large) #2 Direct injector Flow (Large) #3 Direct injector Flow (Large) #4 Direct injector Flow (Large) #5 Direct injector Flow (Large) Direct injector Flow (Large)1 Direct injector Flow (Large)2 Direct injector Flow (Large)3 Direct injector Flow (Large)4 Direct injector Flow Direct injector Flow1 Direct injector Flow2 Direct injector Flow3 Direct injector Flow4 Driving force MT EGR enabled EGR Ignition ELD enabled Enable lambda tach display Enable scramble via sport button Enable Sport mode on start up EPS enabled Ethanol advanced boost limit Ethanol advanced fuel multiplier Ethanol ECT cranking compensation Ethanol fuel compensation Ethanol fuel multiplier Ethanol ignition compensation Ethanol ignition multiplier Ethanol input enabled Ethanol percentage Ethanol WOT fuel compensation EVAP FTP enabled (P0451 P0452 P0453 P1454) EVAP leak detection enabled (P0455 P0456 P0457) EVAP VSV error check enabled (P0498 P0499) EWG low voltage error threshold hiss high EWG low voltage error threshold hiss lo EWG lower limit voltage EWG out of range upper limit voltage EWG upper limit voltage FCAN malfunction (U0073 U0155) enabled(Off=32767,On=4000) Forced induction enabled Fuel pressure abnormality detection time Fuel pressure abnormality determination lower threshold Fuel pump drive angle #1 Fuel pump drive angle #2 Fuel pump drive angle #3 Fuel pump drive angle #4 Fuel pump drive angle #5 Full throttle shift enabled Full throttle shift minimum throttle Full throttle shift rpm limit High speed throttle reduction speed Idle speed (after start) Idle speed (normal) Immobilizer enabled(Off=0,On=6) Individual cylinder fuel trim Individual cylinder ignition trim Initial knock control multiplier Injector phase (WOT) Injector size Intake air system leak (P2279) Knock air limit #1 Knock air limit #2 Knock air limit Knock ignition limit #1 Knock ignition limit #2 Knock ignition limit Knock sensitivity cylinder 1-4 Knock sensitivity cylinder 2-3 Knock sensor enabled Launch recover rpm #1 Launch recover rpm #2 Launch recover rpm Launch rpm #1 Launch rpm #2 Launch rpm (adjustable) Launch rpm disengage speed Launch rpm Lean best torque Long term fuel trim maximum Long term fuel trim minimum MAP too low / too high enabled (P1127 P1128) Mass or volume circuit range performance problem enabled (P0101) Max discharge rate Maximum MAP voltage Maximum TC sensor voltage Minimum MAP voltage Minimum TC sensor voltage Misfire detection Overall fuel trim(Off=0,On=3362) Overrun cutoff MAP (cut) Overrun cutoff MAP (recover) Overrun cutoff MAP high cam (cut) Overrun cutoff MAP high cam (recover) Overrun fuel cut delay Overrun injector restart rpm (cut) Overrun injector restart rpm (recover) Overrun throttle opening (rev hang) enabled P1658 starter enable lrelay control circuit enabled(Off=32767,On=200) PA sensor enabled PA vs MAP error enabled (P2227) Primary oxygen sensor enabled Purge/EVAP enabled Radiator fan speed 1 off threshold Radiator fan speed 1 on threshold Radiator fan speed 2 off threshold Radiator fan speed 2 on threshold Radiator fan speed 3 off threshold Radiator fan speed 3 on threshold Rev limiter #1 Rev limiter #2 Rev limiter #3 Rev limiter recover #1 Rev limiter recover #2 Rev limiter recover #3 Rev limiter recover Rev limiter Scramble (max boost) enabled Second ECT sensor enabled Secondary oxygen sensor enabled Short term fuel trim maximum Short term fuel trim minimum Soot generation limit CAEX angle table Soot generation limit CAIN angle table Speed limiter rpm Speed limiter speed Sport button boost (Hondata mode) enabled Sport Torque limit Target fuel pressure map (high water temp) Target fuel pressure map (low water temp) Target fuel pressure map 4 Target fuel pressure map 5 Target RPM (no load) for throttle TC boost command TC max boost (EGT) #1 TC max boost (EGT) #2 TC max boost (EGT) #3 TC max boost (EGT) #4 TC max boost (EGT) #5 TC max boost (EGT) TC max boost (EGT)1 TC max boost (EGT)2 TC max boost (EGT)3 TC max boost (EGT)4 TC max boost(IAT) #1 TC max boost(IAT) #2 TC max boost(IAT) TC max boost(PA) TC maximum pressure ratio #1 TC maximum pressure ratio #2 TC maximum pressure ratio Throttle flow vs opening Torque limit Traction Control change rate (decreasing) Traction Control change rate (increasing) Traction Control cornering comp value Traction Control D gain Traction Control D smoothing Traction Control enabled Traction Control I gain Traction Control ignition retard value Traction Control launch slip value (by tune) Traction Control launch slip value Traction Control minimum speed Traction Control P gain Traction Control target slip (by tune) Traction Control target slip Traction Control use cornering correction Traction Control use PID Under boost error (P0299) Use Hondata 4 bar MAP sensors Use MAP to determine WOT(Off=1,On=0) VSA enabled VTC enabled(Off=0,On=2) VTEC oil pressure switch enabled Water temperature ignition compensation cold high Water temperature ignition compensation cold low Water temperature ignition compensation hot high Water temperature ignition compensation hot low WOT determination (mg/cyl) WOT lambda adjustment #1 WOT lambda adjustment #2 WOT lambda adjustment #3 WOT lambda adjustment Write security word #1 Write security word #2 Write security word #3 #### ALL GENERATED DEFINITIONS PARAMETERS #### AFM minimum voltage Air temperature ignition compensation high (MAP>40 kPa) Air temperature ignition compensation low (MAP<40 kPa) Anti-lag target load Boost pressure reverse lookup Calibration ID Default PA value Driving force 10 Driving force 2 Driving force 3 Driving force 4 Driving force 5 Driving force 6 Driving force 7 Driving force 8 Driving force 9 Econ Torque limit Economy Torque limit EGT prediction MAP by air intake ETACVTCH1 #1 ETACVTCH1 #2 ETACVTCH1 #3 ETACVTCH1 #4 F / S detection already during KIGKNA assignment value Ignition (split) Ignition dwell angle voltage compensation IGRLMTETACH Initial knock control value KIGKNA lower limit value of the learning value KIGKNA upper limit value of the learning value Knock ignition limit high #1 Knock ignition limit high #2 Knock retard high Knock retard Retard coefficient equivalent value of ADV limit from RON100 Rolling anti lag enabled Rolling anti-lag enabled Start of injection table 1 Start of injection table 2 Target boost pressure Target discharge amount I Target discharge amount P Target fuel pressure map (low water temp) #1 Target fuel pressure map (low water temp) #2 Target fuel pressure map 3 #1 Target fuel pressure map 3 #2 Target fuel pressure map 3 TC max boost (IAT) #1 TC max boost (IAT) #2 TC max boost (PA) TC max boost(EGT) #1 TC max boost(IAT2) #1 TC max boost(IAT2) #2 TC max boost(IAT2) #3 TC max boost(IAT2) #4 TC max boost(IAT2) #5 Torque Limit Warning Turbo WOT judgment GAIRCYL table Use 4 bar MAP sensors Use AFM to determine WOT(Off=1,On=0) WOT lambda adjustment high #1 WOT lambda adjustment low #1 WOT lambda adjustment low #2 WOT lambda adjustment low #3