;**************************************************** ; msns-extra.h - code mods based on megasquirtnspark JSM ; Lots of stuff used from Dual table ; ; MegaSquirt.h Include File - V1.9999 ; ; (C) Bruce A. Bowling / Al C. Grippo ; ; This header must appear on all derivatives ; of this file. ;**************************************************** ; V2.0 Include File For megasquirt.asm ;**************************************************** ;* ;* MegaSquirt Hardware Wiring ;* ; ;Port A ; PTA0 - FP ; PTA1 - FIDLE ; PTA2 - Output 2 (X5) ; PTA3 - Output 1 (X4) ; PTA4 X3 ; PTA5 X2 ; PTA6 - Flyback ; PTA7 - Flyback ;Port B (ADC inputs) ; PTB0/AD0 - MAP ; PTB1/AD1 - MAT ; PTB2/AD2 - CLT ; PTB3/AD3 - TPS ; PTB4/AD4 - BAT ; PTB5/AD5 - EGO ; PTB6/AD6 - "X7" spare, EGO2, fuel pressure or 2nd MAP ; PTB7/AD7 - "X6" spare, EGT ;Port C ; PTC0 - Squirt LED or coil a ; PTC1 - Accel LED or coil b or HEI7 bypass ; PTC2 - Warmup LED or coil c or output 4 ; PTC3 } multiplexed shift { or coil e ; PTC4 } light outputs { or 2nd trig input ;Port D ; PTD0/~SS - unused or coil d ; PTD1/MISO - nitrous in / table switch ; PTD2/MOSI - knock in / coil f ; PTD3/SPSCK - launch in ; PTD4/T1CH0 - Inj1 ; PTD5/T1CH1 - Inj2 ;portd NosIn: equ 1 KnockIn: equ 2 launch: equ 3 inject1: equ 4 inject2: equ 5 ;porta fuelp: equ 0 iasc: equ 1 output2: equ 2 output1: equ 3 water2: equ 4 water: equ 5 ; or used for X2 Electric fan output boostP equ 3 Output3: equ 0 ;portc sled: equ 0 ; LED17 aled: equ 1 ; LED19 wled: equ 2 ; also IRQ LED18 only used in "fuel only" code coila equ 0 ; LED17 coilb equ 1 ; LED19 pin10 equ 3 ; ptc3 - 2nd trigger for wheel decoder or shiftlight pin11 equ 4 ; ptc4 c13_of equ %00000001 ; defined but rarely used in code c13_o2 equ %00000010 c13_cs equ %00000100 c13_bc equ %00001000 WHEELINIT equ %11000011 ; 029g holdoff 3 (011), was 5 (101) recently ;oddfire offset setting equates outoff_22b equ $01 outoff_45b equ $02 outoff_90b equ $04 ; this is the size of the data page, used by the P and C commands PAGESIZE equ 189T KPASCALE300 equ $42 ; 1+ 0.258*256 = 66 hardcoded scaling factor for kpa KPASCALE400 equ $a7 ; 1+ 0.652*256 = 167 ;**************************************************** ;* ;* MegaSquirt RAM Variables ;* ;* We wish we had plenty of RAM to burn ;**************************************************** ms_ram_start: ; RAM Variables - Ordered List for RS232 realtime download - delivered in one pack secl: ds 1 ; low seconds - from 0 to 255, then rollover squirt: ds 1 ; Event variable bit field for Injector Firing ; Squirt Event Scheduling Variables - bit fields for "squirt" variable inj1: equ 0 ; 0 = no squirt 1 = squirt inj2: equ 1 ; 0 = no squirt 1 = squirt sched1: equ 2 ; 0 = nothing scheduled 1 = scheduled to squirt firing1:equ 3 ; 0 = not squirting 1 = squirting sched2: equ 4 firing2:equ 5 bcTableUse: equ 6 ; boost control engine: ds 1 ; Variable bit-field to hold engine current status ; Engine Operating/Status variables - bit fields for "engine" variable running:equ 0 ; 0 = engine not running 1 = running crank: equ 1 ; 0 = engine not cranking 1 = engine cranking startw: equ 2 ; 0 = not in startup warmup 1 = in warmup enrichment warmup: equ 3 ; 0 = not in warmup 1 = in warmup tpsaen: equ 4 ; 0 = not in TPS acceleration mode 1 = TPS acceleration mode tpsden: equ 5 ; 0 = not in deacceleration mode 1 = in deacceleration mode mapaen: equ 6 ; 0 = not in MAP acceleration mode 1 = MAP deaceeleration mode idleOn: equ 7 ; baro: ds 1 ; Barometer ADC Raw Reading - KPa (0 - 255) map: ds 1 ; Manifold Absolute Pressure ADC Raw Reading - KPa (0 - 255) mat: ds 1 ; Manifold Air Temp ADC Raw Reading - counts (0 - 255) clt: ds 1 ; Coolant Temperature ADC Raw Reading - counts (0 - 255) tps: ds 1 ; Throttle Position Sensor ADC Raw Reading - counts, represents 0 - 5 volts batt: ds 1 ; Battery Voltage ADC Raw Reading - counts ego: ds 1 ; Exhaust Gas Oxygen ADC Raw Reading - counts egocorr: ds 1 ; Oxygen Sensor Correction aircor: ds 1 ; Air Density Correction lookup - percent warmcor: ds 1 ; Total Warmup Correction - percent rpm: ds 1 ; Computed engine RPM - rpm/100 ;sph added for HR pwcalch: ds 1 ; high order of calculated pulsewith (16 bits) pwcalcl: ds 1 ; low order of pulsewidth (16 bits) tpsaccel: ds 1 ; Acceleration enrichment - percent barocor: ds 1 ; Barometer Lookup Correction - percent gammae: ds 1 ; Total Gamma Enrichments - percent vecurr: ds 1 ; Current VE value from lookup table - percent pwcalc2h: ds 1 ; high res PW 2 pwcalc2l: ds 1 vecurr2: ds 1 idleDC: ds 1 ctimeCommH: ds 1 ; Cycle time H for communication ctimeCommL: ds 1 ; Cycle time L for communication SparkAngle: ds 1 ; Spark angle (256 = 90 deg) afrTarget: ds 1 ; AFR Target temp variable o2_fpadc: ds 1 ; Second O2 sensor or Fuel Pressure egtadc: ds 1 ; EGT Temperature CltIatAngle: ds 1 ; Coolant Iat Angle KnockAngle: ds 1 ; Knock Angle egoCorr2: ds 1 ; Second O2 sensor Ego Correction ;------------------------- SparkBits: ds 1 ; Spark timing bits SparkTrigg equ 0 ; SparkBits(0) IRQ has triggered, but no spark yet SparkHSpeed equ 1 ; SparkBits(1) High speed spark (using highres timer) SparkLSpeed equ 2 ; SparkBits(2) Low speed spark (using low speed timer or trigger going low) dwellcd equ 3 ; used for rotary to tell calcdwellspk not to dwell trailing rise equ 4 ;} found a rising IRQ edge / 2nd multispark / coilcbit lc_fs equ 5 ; doing flat shift vs. launch trigret equ 6 ; falling edge at end of short pulses - sets crank timing Knocked equ 7 ; Knock system working ;Rev limiter variables RevLimBits ds 1 ; Rev limiter status bits RevLimSoft equ 0 ; RevLimBits(0) Soft rev limiter in action RevLimHSoft equ 1 ; RevLimBits(1) Soft rev limiter hard mode RevLimHard equ 2 ; RevLimBits(2) Hard rev limiter in action sparkon equ 3 ; ran out of space in sparkbits coilerr equ 4 ; out of sequence coil detection sparkCut equ 5 ; Spark Cut in action LaunchOn equ 6 ; Soft Launch On Advancing equ 7 ; Advancing Knock system personality ds 1 ; code works from ram. loaded from flash at boot MSNS equ 0 ; Megasquirtnspark MSNEON equ 1 ; MS neon decoder WHEEL equ 2 ; generalised decoder 36-1, 60-2 etc WHEEL2 equ 3 ; 0 = -1 1 = -2 EDIS equ 4 ; edis DUALEDIS equ 5 ; two edis modules (for edis4 on V8, edis6 on V12) TFI equ 6 ; Ford TFI system HEI7 equ 7 ; GM 7 pin HEI ** output bits ** spark output defaults to FIDLE (original MSnS) ** Neon code always put coils on D19 and D17 outputpins ds 1 ; 0 (B&G) | 1 (non B&G) REUSE_FIDLE equ 0 ; FIDLE for iasc | spark output REUSE_LED17 equ 1 ; LED17 for sled | coila output REUSE_LED18 equ 2 ; mismatch between .ini and .asm REUSE_LED18_2 equ 3 ; ; LED18_2 LED18 function ; 0 0 wled ; 0 1 irq ; 1 0 output4 ; 1 1 spark c REUSE_LED19 equ 4 ; LED19 for aled | coilb output X2_FAN equ 5 ; X2 water/n2o | fan control LED18_FAN equ 6 ; LED18 output4 | fan control TOY_DLI equ 7 ; toyota DLI ignition multiplex feature1 ds 1 ; some features taken from Dual Table wd_2trig equ 0 ; wheel decoder 2nd trigger i/p - new in 023c9 whlsim equ 2 ; enable wheel simulator for use on the stim ONLY taeIgnCount equ 3 rotaryFDign equ 4 ; enable rotary FD ignition outputs hybridAlphaN equ 5 CrankingPW2 equ 6 Nitrous equ 7 wd_2trigb equ 1 ; for use by BIT feature2 ds 1 ; more BoostControl equ 0 ShiftLight equ 1 LaunchControl equ 2 primebit equ 3 ;spare equ 3 out3sparkd equ 4 ; 1= use output for spark D min_dwell equ 5 dwellduty50 equ 6 config_error equ 7 ; set if non-sense combination of options - don't run. feature7 ds 1 ; Enhanced stuff TractionNos equ 0 ; Turn Nos off in Traction Loss? dwellcont equ 1 ; Real (crude) dwell control TCcycleSec equ 2 ; Hold traction settings for cycles or till rpm stable for 0.1S WheelSensor equ 3 ; TC wheel sensors fitted AlphaTarAFR equ 4 ; Alpha n or speed density for target afr TPSTargetAFR equ 5 ; TPS setpoint for target AFR's StagedMAP2nd equ 6 ; Do we want to use a 2nd param for staged (MAP only for now) StagedAnd equ 7 ; and/or operation for Staged second param ;bit definitions of "missing" flash feature vars in .asm EnhancedBits: ds 1 ; Enhanced Stuff NosDcOk: equ 0 ; Nos System not causing Duty Cycle of >90% NosSysOn: equ 1 ; Nos System Running OverRun: equ 2 ; Over Run Fuel Cut REStaging: equ 3 ; Roger Enns Staging On NosAntiLag: equ 4 ; Nos Antilag running NosSysReady: equ 5 ; NOS Ready to go UseVE3: equ 6 ; Use VE table 3 Primed: equ 7 ; Fuel System Primed EnhancedBits2: ds 1 ; A few more enhanced bits Traction: equ 0 ; Traction control running Output1On: equ 1 ; Bit for the output 1 on Output2On: equ 2 ; Bit for the output 2 on cant_crank equ 3 ; Flag that we can't enter crank mode cant_delay equ 4 ; delay bit for cant crank mode over_Run_Set: equ 5 ; Set over run active for timer mv_mode: equ 6 ; we are in Megaview mode, disable enhanced comms OneShotBArro: equ 7 ; One check for baro correction coilsel: ds 1 ; which coil are we working on coilabit equ 0 ; now a bit each to make life easier coilbbit equ 1 coilcbit equ 2 coildbit equ 3 coilebit equ 4 coilfbit equ 5 ;don't expect any more! EnhancedBits4: ds 1 roll1 equ 0 ; bits to see if we missed a T2 overflow roll2 equ 1 page2: equ 2 ; this was a whole byte wspk equ 3 ; set if we are running wasted spark type multiple outputs indwell equ 4 ; hi-res dwell is in process - may drop nextcyl equ 5 ; quick calc for next cyl mode invspk equ 6 ; quick calc for inverted / non-inverted spark FxdASEDone equ 7 ; Fixed ASE done now use normal ASE EnhancedBits5: ds 1 rotary2 equ 0 ; gets copied from flash var on boot and Burn ; enable twin rotor leading/trailing split stuff checkbit equ 1 ; For testing the code. toothlog equ 2 ; log teeth in wheel decoder triglog equ 3 ; log ignition triggers (all ignition codes) rsh_s equ 4 ; rotary split hysteresis on split rsh_r equ 5 ; rotary split hysteresis on rpm cto equ 6 ; tach output armed ctodiv equ 7 ; tach output divider bit for half speed ctodivb equ $80 ; ctodiv for bit/eor ops EnhancedBits6: ds 1 hrdwon equ 0 ; hi-res dwell hysteresis bit wsync equ 1 ; wheel is synced whold equ 2 ; wheel not in holdoff trigger2 equ 3 ; used in conjunction with "rise" bit for 2nd trigger input IdleAdvTimeOK equ 4 StgTransDone equ 5 idashbit equ 6 ; kg PWM idle istartbit equ 7 ; kg PWM idle added for startup ; Engine RPM -> RPM = 12000/(ncyl * (rpmph - rpmpl)) rpmph: ds 1 ; High part of RPM Period rpmpl: ds 1 ; Low part of RPM Period rpmch: ds 1 ; Counter for high part of RPM rpmcl: ds 1 ; Counter for low part of RPM idleph ds 1T idlepl ds 1T flocker: ds 1 ; Flash locker semaphore ; Previous ADC values for computing derivatives lmap: ds 1 ; Manifold Absolute Pressure ADC last Reading lmat: ds 1 ; Manifold Air Temp ADC last Reading lclt: ds 1 ; Coolant Temperature ADC last Reading ltps: ds 1 ; Throttle Position Sensor ADC last Reading lbatt: ds 1 ; Battery Voltage ADC last Reading lego: ds 1 ; Last EGO ADC reading ;Global Time Clock mms: ds 1 ; 0.0001 second update variable ms: ds 1 ; 0.001 second increment tenth: ds 1 ; 1/10th second sech: ds 1 ; high seconds - rollover at 65536 secs (1110.933 minutes, 18.51 hours) tpsaclk:ds 1 ; TPS enrichment timer clock in 0.1 second resolution egocount:ds 1 ; Counter value for EGO step - incremented every ignition pulse asecount:ds 1 ; Counter value for after-start enrichment counter - every ignition pulse igncount1:ds 1 ; Ignition pulse counter igncount2:ds 1 ; Ignition pulse counter altcount1:ds 1 ; Alternate count selector altcount2:ds 1 ; Alternate count selector Decay_Accel:ds 1 ; Storage for Accel Value to decay from tpsfuelcut: ds 1 ; TPS Fuel Cut (percent) ;SCI parameters/variables txcnt ds 1 ; SCI transmitter count (incremented) txgoal ds 1 ; SCI number of bytes to transmit txmode ds 1 ; Transmit mode flag rxoffset ds 1 ; offset placeholder when receiving VE/constants vis. SCI adsel: ds 1 ; ADC Selector Variable ;Timer Equates for real-time clock function T1Timerstop equ %00110010 ;TSC T1Timergo equ %01010010 ;TSC ;T2SC0_No_PWM equ %00010000 ;TSC0 ; These control Injector PWM mode for T1SC0 and T1SC1 Timergo_NO_INT equ %00000010 ;TSC without interrupts ;T1SCX_PWM equ %00011010 ; Unbuffered PWM enabled T1SCX_PWM equ %00011110 ; Unbuffered PWM enabled - set high on compare, toggle on overflow T1SCX_NO_PWM equ %00010000 ; No PWM burnSrc ds 2T burnDst ds 2T burnCount ds 1T ; Temporary variables tmp1 ds 1 tmp2 ds 1 tmp3 ds 1 tmp4 ds 1 tmp5 ds 1 tmp6 ds 1 tmp7 ds 1 tmp8 ds 1 tmp9 ds 1 tmp10 ds 1 tmp11 ds 1 tmp12 ds 1 tmp13 ds 1 tmp14 ds 1 tmp15 ds 1 tmp16 ds 1 tmp17 ds 1 tmp18 ds 1 tmp19 ds 1 tmp20 ds 1 tmp21 ds 1 tmp22 ds 1 T2CNTX ds 1 ; software 3rd byte of T2 ;variables here don't need to be zero page ; Spark timing variables T2LastX: ds 1 ; T2 xhigh last T2LastH: ds 1 ; Timer 2 high last ; T2 at last decoded pulse. All spark codes. T2LastL: ds 1 ; Timer 2 low last itimeX: ds 1 ; Time between decoded triggers in us. X - calc in DOSQUIRT itimeH: ds 1 ; mid byte itimeL: ds 1 ; low byte SparkDelayH: ds 1 ; Spark delay high SparkDelayL: ds 1 ; Spark delay low SparkOnLeftah: ds 1 ; Time left for spark to be on (0.1ms) coil a high SparkOnLeftal: ds 1 ; Time left for spark to be on (0.1ms) coil a low SparkOnLeftbh: ds 1 ; Time left for spark to be on (0.1ms) coil b high SparkOnLeftbl: ds 1 ; Time left for spark to be on (0.1ms) coil b low SparkOnLeftch: ds 1 ; Time left for spark to be on (0.1ms) coil c high SparkOnLeftcl: ds 1 ; Time left for spark to be on (0.1ms) coil c low SparkOnLeftdh: ds 1 ; Time left for spark to be on (0.1ms) coil d high SparkOnLeftdl: ds 1 ; Time left for spark to be on (0.1ms) coil d low SparkOnLefteh: ds 1 ; Time left for spark to be on (0.1ms) coil e high SparkOnLeftel: ds 1 ; Time left for spark to be on (0.1ms) coil e low SparkOnLeftfh: ds 1 ; Time left for spark to be on (0.1ms) coil f high SparkOnLeftfl: ds 1 ; Time left for spark to be on (0.1ms) coil f low cTimeH: ds 1 ; Cycle time for spark delay calculation cTimeL: ds 1 ; Cycle time for spark delay calculation SparkTempH: ds 1 ; Temporary storage for spark delay calculation SparkTempL: ds 1 ; Temporary storage for spark delay calculation SparkCarry: ds 1 ; Temporary storage for spark delay calculation SRevLimTimeLeft ds 1 ; Soft rev limiter time left to hard mode T2PrevX: ds 1 ; top byte - only used for v.low rpm T2PrevH: ds 1 ; T2 at last IRQ/tooth - wheel decoder T2PrevL: ds 1 ; low byte acch: ds 1 ; engine accel/devel accl: ds 1 ; " Pambient ds 1T kpa ds 1T coolant ds 1T idleLastDC ds 1T idleTarget ds 1T bcDC ds 1T KPAlast ds 1T TPSlast ds 1T idleCtlClock ds 1T idleActClock ds 1T bcActClock ds 1T bcCtlClock ds 1T ;DT TPSfuelCorr ds 1T ; Enhanced stuff added OverRunTime: ds 1 ; Timer for over run to cut in SparkCutCnt: ds 1 KnockTimLft: ds 1 KnockAdv: ds 1 kpa_n: ds 1 ; Kpa or TPs value for spark table lookup. tmp31: ds 1 ; Tmp storage for anything thats only used in a jsr tmp32: ds 1 ; Tmp Storage for anything thats only used in a jsr ST2Timer: ds 1 ; Spark Table 2 delay timer VE3Timer: ds 1 ; VE Table 3 delay timer TCAccel: ds 1 ; Traction Control Enrichment TCAngle: ds 1 ; Traction Control Spark Retard TCSparkCut: ds 1 ; Traction Control Spark Cut number and prime pulse cnt mmsDiv: ds 1 ; 0.1mS counter for Boost Control TCCycles: ds 1 ; Engine hold cycles Out3Timer: ds 1 ; Output3 timer ;yet more ram variables for EDIS /wheel stuff wheelcount ds 1 ; wheel counter for decoder _and_ HoldSpark/toothsync/ignore_small ;note on wheelcount: ;In Neon mode this is used as a holdoff for syncing counting up to zero ; bit7 = !sync ; bit6 = holdspark ; Once synced it is used to count the teeth ; In non-Neon mode it is used as HoldSpark counting down to zero ;these two used by tooth decoders or EDIS dwelldelay1 ds 1 ; 2 bytes of dwell delay in 0.1ms ds 1 dwelldelay2 ds 1 ; same for period +1 ds 1 dwelldelay3 ds 1 ; same for period +2 ds 1 dwelldelay4 ds 1 ; same for period +3 ds 1 dwelldelay5 ds 1 ; same for period +4 ds 1 dwelldelay6 ds 1 ; same for period +5 ds 1 sawh: ; EDIS SAW width stHp: avgtoothh: ds 1 ; OR.. gap between teeth previous in decoders sawl: stLp: avgtoothl: ds 1 ; low byte lowresH ds 1 ; low res counter. Added for Neon code. lowresL ds 1 ; dwelldms ds 1 ; target dwell in 0.1ms units dwellush ds 1 ; target dwell in us units dwellusl ds 1 ; low byte sparktargeth ds 1 ; H target t2 value for spark (used in hi-res dwell) sparktargetl ds 1 ; L iTimepX ds 1 iTimepH ds 1 ; previous hi-res cycle time (for accel/decel) iTimepL ds 1 ; splitdelH: ds 1 ; trailing split delay for rotary splitdelL: ds 1 KnockBoost ds 1 ; Boost to remove from controller if Knock detected KnockAngleRet: ds 1 ; Knock Angle storage rpmlast: ds 1 ; RPM accel dot last value VlaunchLimit: ds 1 ; Variable Launch RPM value page ds 1 DelayAngle: ds 1 ; Angle to delay spark (TriggAngle - SparkAngle) airTemp: ds 1 NitrousAngle: ds 1 ; Nitrous Angle of Retard NosPW: ds 1 ; PW to add for NOS System pw_stagedh: ds 1 pw_stagedl: ds 1 n2olaunchdel: ds 1 ; launch to nitrous delay timer n2ohold: ds 1 ; nitrous fuel and retard hold-on timer ; not yet used pw_staged2h: ds 1 ; secondary pulsewidth for staging. pw_staged2l: ds 1 stgTransitionCnt: ds 1 ; transition count for staging. idlAdvHld: ds 1 ; Idle Advance Hold off after conditions are met. ; rename and use these place holders as needed idleRPM ds 1T ; PWM idle kg idleDelayClock ds 1T ; PWM Idle kg ;ramslot8: ds 1 ; commented one more for safety zone ramslot2: ds 1 ramslot1: ds 1 ; oh shit, only 1 left! ;no more or ram copy of data will overrun stack ms_ram_end: ;************************************************** ; Flash Configuration Variables here - variables can be downloaded via serial link ; VETABLE and Constants ; "VE" is entry point, everything is offset from this point ; All of these variables point to RAM locations. Renamed to _r ; ms_rf_start: VE_r rmb $90 ; 64 bytes for VE Table - Now 144 for 12x12 ;CWU_r rmb 1 ; Crank Enrichment at -40 F ;CWH_r rmb 1 ; Crank Enrichment at 170 F ;AWEV_r rmb 1 ; After-start Warmup Percent enrichment add-on value ;AWC_r rmb 1 ; After-start number of cycles ;WWU_r rmb $0A ; Warmup bins(fn temp) ;TPSAQ_r rmb $04 ; TPS acceleration amount (fn TPSDOT) in 0.1 ms units ;tpsacold_r rmb 1 ; Cold acceleration amount (at -40 degrees) in 0.1 ms units ;tpsthresh_r rmb 1 ; Accel TPS DOT threshold ;TPSASYNC_r rmb 1 ; ***** TPS Acceleration clock value ;TPSDQ_r rmb 1 ; Deacceleration fuel cut egotemp_r rmb 1 ; Coolant Temperature where EGO is active egocountcmp_r rmb 1 ; Counter value where EGO step is to occur egodelta_r rmb 1 ; EGO Percent step size for rich/lean egolimit_r rmb 1 ; Upper/Lower EGO rail limit (egocorr is inside 100 +/- Limit) REQ_FUEL_r rmb 1 ; Fuel Constant DIVIDER_r rmb 1 ; IRQ divide factor for pulse Alternate_r rmb 1 ; Alternate injector drivers InjOpen_r rmb 1 ; Injector Open Time InjOCFuel_r rmb 1 ; PW-correlated amount of fuel injected during injector open INJPWM_r rmb 1 ; Injector PWM duty cycle at current limit INJPWMT_r rmb 1 ; Injector PWM mmillisec time at which to activate. BATTFAC_r rmb 1 ; Battery Gamma Factor rpmk_r rmb 2 ; Constant for RPM = 12,000/ncyl - downloaded constant RPMRANGEVE_r rmb 12 ; VE table RPM Bins for 2-D interpolation KPARANGEVE_r rmb 12 ; VE Table MAP Pressure Bins for 2_D interp. CONFIG11_r rmb 1 ; Configuration for PC Configurator ; Bit 0-1 = MAP Type ; 00 = MPX4115AP ; 01 = MPX4250AP ; 10 = MPXH6300A ; 11 = MPXH6400A ; Bit 2 = Engine Stroke ; 0 = Four Stroke ; 1 = Two Stroke ; Bit 3 = Injection Type - NOT USED! ; 0 = Port Injection ; 1 = Throttle Body ; Bit 4-7 = Number of Cylinders ; 0000 = 1 cylinder ; 0001 = 2 cylinders ; 0010 = 3 cylinders ; 0011 = 4 cylinders ; 0100 = 5 cylinder ; 0101 = 6 cylinders ; 0110 = 7 cylinders ; 0111 = 8 cylinders ; 1000 = 9 cylinders ; 1001 = 10 cylinders ; 1010 = 11 cylinders ; 1011 = 12 cylinders M_TwoStroke: equ 4 CONFIG12_r rmb 1 ; Configuration for PC Configurator ; Bit 0-1 = COOL Sensor Type ; 00 = GM ; 01 = User-defined ; 10 = User-defined ; 11 = User-Defined ; Bit 2-3 = MAT Sensor Type ; 00 = GM ; 01 = Undefined ; 10 = Undefined ; 11 = Undefined ; Bit 4-7 = Number of Injectors ; 0000 = 1 Injector ; 0001 = 2 Injectors ; 0010 = 3 Injectors ; 0011 = 4 Injectors ; 0100 = 5 Injectors ; 0101 = 6 Injectors ; 0110 = 7 Injectors ; 0111 = 8 Injectors ; 1000 = 9 Injectors ; 1001 = 10 Injectors ; 1010 = 11 Injectors ; 1011 = 12 Injectors CONFIG13_r rmb 1 ; Configuration for PC Configurator ; Bit 0 = Odd-fire averaging ; 0 = Normal ; 1 = Odd-Fire ; Bit 1 = O2 Sensor Type ; 0 = Narrow-band (single wire 14.7 stoch) ; 1 = DIY-WB (Stoch = 2.5V, reverse slope) ; Bit 2 = Control Stategy ; 0 = Speed-Density ; 1 = Alpha-N ; Bit 3 = Barometer Correction ; 0 = Enrichment Off (set to 100%) ; 1 = Enrichment On ;PRIMEP_r rmb 1 ; Priming pulses (0.1 millisec units) RPMOXLIMIT_r rmb 1 ; Minimum RPM where O2 Closed Loop is Active FASTIDLE_r rmb 1 ; Fast idle if enabled VOLTOXTARGET_r rmb 1 ; O2 sensor flip target value ;ACMULT_r rmb 1 ; Acceleration cold multiplication factor (percent/100) ;BLANK rmb 4 ; Extra Slots to make up 64 bytes total ;Page 0 variables ;These are flash ONLY so no need to read them from RAM ;Page 3 spark variables that get used from RAM ST_r equ ms_rf_start ; spark timing table RPMRANGEST_r equ {ms_rf_start + $90} ; Spark timing RPM bins for 2-D interpolation KPARANGEST_r equ {ms_rf_start + $9c} ; Spark timing MAP pressure bins for 2-D interpolation TriggAngle_r equ {ms_rf_start + $a8} ; Trigger angle BTDC FixedAngle_r equ {ms_rf_start + $a9} ; Fixed angle, 0 = not in used TrimAngle_r equ {ms_rf_start + $aa} ; Trim angle, positive and negative CrankAngle_r equ {ms_rf_start + $ab} ; Cranking angle ; Increased to 200 as according to the 'List' file thats the size of ms_fr since 12x12 ? org {ms_rf_start + 200T} ; reserve 200 bytes for paging use in RAM ms_rf_end: ;------------------------------------------------------------------------------- ms_ram_size equ {ms_ram_end-ms_ram_start} ms_rf_size equ {ms_rf_end-ms_rf_start} ms_total_ram_size equ {ms_rf_end-ms_ram_start} ;------------------------------------------------------------------------------- ;new equates so burner ram_exec area can be used as temp storage WITHIN int handlers int_ram equ $01ED ; same as ram_exec, space used by burner itmp00 equ {int_ram + $00 } itmp01 equ {int_ram + $01 } itmp02 equ {int_ram + $02 } itmp03 equ {int_ram + $03 } itmp04 equ {int_ram + $04 } itmp05 equ {int_ram + $05 } itmp06 equ {int_ram + $06 } itmp07 equ {int_ram + $07 } itmp08 equ {int_ram + $08 } itmp09 equ {int_ram + $09 } itmp0a equ {int_ram + $0a } itmp0b equ {int_ram + $0b } itmp0c equ {int_ram + $0c } itmp0d equ {int_ram + $0d } itmp0e equ {int_ram + $0e } itmp0f equ {int_ram + $0f } itmp10 equ {int_ram + $10 } itmp11 equ {int_ram + $11 } itmp12 equ {int_ram + $12 } itmp13 equ {int_ram + $13 } itmp14 equ {int_ram + $14 } itmp15 equ {int_ram + $15 } itmp16 equ {int_ram + $16 } itmp17 equ {int_ram + $17 } itmp18 equ {int_ram + $18 } itmp19 equ {int_ram + $19 } itmp1a equ {int_ram + $1a } itmp1b equ {int_ram + $1b } itmp1c equ {int_ram + $1c } itmp1d equ {int_ram + $1d } itmp1e equ {int_ram + $1e } itmp1f equ {int_ram + $1f } itmpcomm equ {int_ram + $20 } ; $32 (50) bytes for SCI comm data packet