I just checked VTC definitions by chance and seems you reverse 2 fields (min_temp and speed) since the beginning:
File: Z32_VG30_256_E.adr
Code: Select all
#VTC
VTC_RPM_RECOVER,&H79F5,2,1,1,50,VTC Solenoid ON > min RPM
VTC_RPM_CUT,&H79F6,2,1,1,50,VTC Solenoid OFF > max RPM
[b]VTC_SPEED_CUT,&H79F2,1,1,1,1,VTC Solenoid ON > speed
VTC_TEMP_MIN_CUT,&H79F3,1,1,1,1,VTC Solenoid ON > min temp[/b]
VTC_TEMP_MAX_CUT,&H79F4,1,1,1,2,VTC Solenoid OFF > max temp
VTC_TP_CUT,&H79F7,1,1,1,1,VTC Solenoid ON > min TP&H79F3 is compared against speed (default value = 0)
Others fields are corrects.
Code: Select all
CODE:D155 compute_vtc: ; ...
CODE:D155 tim #%10000000, act_mask2 ; Bit 0: Power balance
CODE:D155 ; Bit 1: Fuel pump relay
CODE:D155 ; Bit 2: PREG solenoid
CODE:D155 ; Bit 3: Self learn control
CODE:D155 ; Bit 4: AAC control
CODE:D155 ; Bit 5: EGR control
CODE:D155 ; Bit 6: AIV control
CODE:D155 ; Bit 7: VTC control
CODE:D158 beq cv_1
CODE:D158
CODE:D15A tst act_vtc_solenoid ; Activation code 8F: VTC solenoid
CODE:D15D beq cv_10
CODE:D15D
CODE:D15F bra cv_9
CODE:D15F
CODE:D161
CODE:D161 cv_1: ; ...
CODE:D161 tim #%1000, flags3 ; Bit 0: PORT5 bit 4 inverted, if 0 then injection cut
CODE:D161 ; Bit 2: Activated once every 2 IRQ2
CODE:D161 ; Bit 3: Compute main maps
CODE:D161 ; Bit 6: Activated once every 10 IRQ2
CODE:D161 ; Bit 7: IRQ2 interrupt active
CODE:D164 beq cv_10
CODE:D164
CODE:D166 tim #%101, flags6 ; Bit 0: throttle switch (1=idle)
CODE:D166 ; Bit 1: high octane
CODE:D166 ; Bit 2: neutral switch(1=neutral)
CODE:D166 ; Bit 3: power steering switch (1=on)
CODE:D166 ; Bit 4: A/C switch (1=on)
CODE:D166 ; Bit 7: gear engaged and high gear
CODE:D169 bne cv_10
CODE:D169
CODE:D16B ldaa engine_temp ; Engine temp+50 (°C)
CODE:D16E tim #%100000, actuators_copy ; Actuators copy in RAM
CODE:D16E ; Bit 2: Coolant fan low
CODE:D16E ; Bit 3: Coolant fan high
CODE:D16E ; Bit 4: PRVR solenoid
CODE:D16E ; Bit 5: VTC solenoid
CODE:D16E ; Bit 6: AIV solenoid
CODE:D171 beq cv_2
CODE:D171
CODE:D173 adda #4
CODE:D175
CODE:D175 cv_2: ; ...
CODE:D175 cmpa vtc_const1
CODE:D178 bcs cv_10
CODE:D178
CODE:D17A ldaa engine_temp ; Engine temp+50 (°C)
CODE:D17D tim #%100000, actuators_copy ; Actuators copy in RAM
CODE:D17D ; Bit 2: Coolant fan low
CODE:D17D ; Bit 3: Coolant fan high
CODE:D17D ; Bit 4: PRVR solenoid
CODE:D17D ; Bit 5: VTC solenoid
CODE:D17D ; Bit 6: AIV solenoid
CODE:D180 beq cv_3
CODE:D180
CODE:D182 suba #5
CODE:D184 bcc cv_3
CODE:D184
CODE:D186 clra
CODE:D187
CODE:D187 cv_3: ; ...
CODE:D187 cmpa vtc_const2
CODE:D18A bcc cv_10
CODE:D18A
CODE:D18C ldaa speed
CODE:D18F tim #%100000, actuators_copy ; Actuators copy in RAM
CODE:D18F ; Bit 2: Coolant fan low
CODE:D18F ; Bit 3: Coolant fan high
CODE:D18F ; Bit 4: PRVR solenoid
CODE:D18F ; Bit 5: VTC solenoid
CODE:D18F ; Bit 6: AIV solenoid
CODE:D192 beq cv_4
CODE:D192
CODE:D194 adda #2
CODE:D196
CODE:D196 cv_4: ; ...
CODE:D196 cmpa vtc_const3
CODE:D199 bcs cv_10
CODE:D199
CODE:D19B ldaa rpm_d4_lo ; rpm_div_4_lo=lo(Engine speed/50)
CODE:D19E ldx tp
CODE:D1A1 tab
CODE:D1A2 tim #%100000, actuators_copy ; Actuators copy in RAM
CODE:D1A2 ; Bit 2: Coolant fan low
CODE:D1A2 ; Bit 3: Coolant fan high
CODE:D1A2 ; Bit 4: PRVR solenoid
CODE:D1A2 ; Bit 5: VTC solenoid
CODE:D1A2 ; Bit 6: AIV solenoid
CODE:D1A5 beq cv_6
CODE:D1A5
CODE:D1A7 adda #4
CODE:D1A9 bcc cv_5
CODE:D1A9
CODE:D1AB ldaa #255
CODE:D1AD
CODE:D1AD cv_5: ; ...
CODE:D1AD subb #4
CODE:D1AF bcc cv_6
CODE:D1AF
CODE:D1B1 clrb
CODE:D1B2
CODE:D1B2 cv_6: ; ...
CODE:D1B2 cmpb vtc_release ; 98*50=4900 rpm
CODE:D1B5 bcc cv_10
CODE:D1B5
CODE:D1B7 cmpa vtc_const4
CODE:D1BA bcs cv_7
CODE:D1BA
CODE:D1BC bra cv_9
CODE:D1BC
CODE:D1BE
CODE:D1BE cv_7: ; ...
CODE:D1BE xgdx
CODE:D1BF tim #%100000, actuators_copy ; Actuators copy in RAM
CODE:D1BF ; Bit 2: Coolant fan low
CODE:D1BF ; Bit 3: Coolant fan high
CODE:D1BF ; Bit 4: PRVR solenoid
CODE:D1BF ; Bit 5: VTC solenoid
CODE:D1BF ; Bit 6: AIV solenoid
CODE:D1C2 beq cv_8
CODE:D1C2
CODE:D1C4 adda #16
CODE:D1C6
CODE:D1C6 cv_8: ; ...
CODE:D1C6 cmpa vtc_const5
CODE:D1C9 bcs cv_10
CODE:D1C9
CODE:D1CB
CODE:D1CB cv_9: ; ...
CODE:D1CB oim #%100000, actuators_copy ; Actuators copy in RAM
CODE:D1CB ; Bit 2: Coolant fan low
CODE:D1CB ; Bit 3: Coolant fan high
CODE:D1CB ; Bit 4: PRVR solenoid
CODE:D1CB ; Bit 5: VTC solenoid
CODE:D1CB ; Bit 6: AIV solenoid
CODE:D1CE bra cv_11
CODE:D1CE
CODE:D1D0
CODE:D1D0 cv_10: ; ...
CODE:D1D0 aim #%11011111, actuators_copy ; Actuators copy in RAM
CODE:D1D0 ; Bit 2: Coolant fan low
CODE:D1D0 ; Bit 3: Coolant fan high
CODE:D1D0 ; Bit 4: PRVR solenoid
CODE:D1D0 ; Bit 5: VTC solenoid
CODE:D1D0 ; Bit 6: AIV solenoid
CODE:D1D3
CODE:D1D3 cv_11: ; ...
CODE:D1D3 sei
CODE:D1D4 ldaa actuators_copy ; Actuators copy in RAM
CODE:D1D4 ; Bit 2: Coolant fan low
CODE:D1D4 ; Bit 3: Coolant fan high
CODE:D1D4 ; Bit 4: PRVR solenoid
CODE:D1D4 ; Bit 5: VTC solenoid
CODE:D1D4 ; Bit 6: AIV solenoid
CODE:D1D6 staa ACTUATORS ; Write:
CODE:D1D6 ; Bit 2: Coolant fan low
CODE:D1D6 ; Bit 3: Coolant fan high
CODE:D1D6 ; Bit 4: PRVR solenoid
CODE:D1D6 ; Bit 5: VTC solenoid
CODE:D1D6 ; Bit 6: AIV solenoid
CODE:D1D6 ; Read:
CODE:D1D6 ; Bit 2: Speed sensor
CODE:D1D6 ; Bit 3: Power steering switch
CODE:D1D6 ; Bit 4: Air conditioning switch
CODE:D1D9 cli
CODE:D1DA rts
CODE:D1DA
CODE:D1DA ; End of function compute_vtc
Code: Select all
DATA:F9F2 vtc_const1: fcb 5 ; ...
DATA:F9F3 vtc_const3: fcb 0 ; ...
DATA:F9F4 vtc_const2: fcb 160 ; ...
DATA:F9F5 vtc_const4: fcb 122 ; ...
DATA:F9F6 vtc_release: fcb 98 ; ...
DATA:F9F6 ; 98*50=4900 rpm
DATA:F9F7 vtc_const5: fcb 24 ; ...
