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OP2 logging discussion

Hi everyone,

The EcuFlash thread is getting pretty cluttered, I'd like to fork off the OP2 standalone logging discussion before it becomes impossible to find the information I (and hopefully others) need.

I'll do my best to update the main post with useful information as we go along.

Here is my work-in-progress logcfg.txt file.

Here is a B01c logcfg.txt provided by Steve99. Use this if you're running an OFT 2.xx map.

TD-D's initial list of addresses:

Code:

E_AF_Correction_1_2byteExtExt_E82                      FFF89B48 

E_AF_Correction_1_4byteExt_E81                         FFF8A5D8 

E_AF_Learning_1_2byteExtExt_E83                        FFF89B4C 

E_AF_Learning_1_4byteExt_E48                           FFF8A760 

E_AF_Sensor_1_2byteExtExt_E92                          FFF89B38 

E_AF_Sensor_1_4byteExt_E91                             FFF8932C 

E_Closed_Loop_Fueling_Target_2byteExt_E122             FFF89B4A 

E_Closed_Loop_Fueling_Target_4byteExt_E121             FFF8A6BC 

E_Engine_Load_1byteExtExt_E86                          FFF89B5D 

E_Engine_Load_4ByteExt_E32                             FFF89148 

E_Engine_Speed_Delta_E157                              FFF893FC 

E_Feedback_Knock_Correction_1byteExtExt_E94            FFF89B65 

E_Feedback_Knock_Correction_4byteExt_E39               FFF8B0B0 

E_Final_Fueling_Base_2byteExt_E124                     FFF89B44 

E_Final_Fueling_Base_4byteExt_E123                     FFF8A008 

E_Fine_Learning_Knock_Correction_1byteExtExt_E95       FFF89B68 

E_Fine_Learning_Knock_Correction_4byteExt_E41          FFF8B14C 

E_Fine_Learning_Table_OffsetExt_E58                    FFF8B16B 

E_Fuel_Injector_1_Latency_4byteExt_E50                 FFF8A048 

E_Fuel_Injector_1_Pulse_Width_2byteExtExt_E99          FFF89B40 

E_Fuel_Injector_1_Pulse_Width_4byteExt_E60             FFF887C8 

E_Gear_CalculatedExt_E59                               FFF895DA 

E_IAM_1byteExtExt_E96                                  FFF89B67 

E_IAM_4byteExt_E31                                     FFF816F4 

E_Idle_Speed_Map_SelectionExt_E49                      FFF8B734 

E_Ignition_Base_TimingExt_E53                          FFF8AE74 

E_Knock_Correction_Advance_4byteExt_E43                FFF8B0AC 

E_Knock_Correction_Advance_IAM_onlyExt_E40             FFF8B120 

E_Knock_Correction_Advance_Max_PrimaryExt_E118         FFF8B118 

E_Manifold_Relative_Pressure_4byteExt_E113             FFF88F78 

E_Manifold_Relative_Sea_Level_Pressure_2byteExtExt_E89 FFF89B30 

E_Manifold_Relative_Sea_Level_Pressure_4byteExt_E52    FFF88F74 

E_Primary_Open_Loop_Map_Enrichment_2byteExtExt_E85     FFF89B52 

E_Primary_Open_Loop_Map_Enrichment_4byteExt_E84        FFF8A974 

E_Requested_TorqueExt_E56                              FFF8B490 

E_Target_Throttle_Plate_PositionExt_E57                FFF8B578 

E_Throttle_Plate_Opening_Angle_2byteExtExt_E93         FFF89B32 

E_Throttle_Plate_Opening_Angle_4byteExt_E38            FFF89030 

E_Tipin_ThrottleExt_E54                                FFF89038 



Ram_AFR_Sensor_Heater_Protection_Result                                     FFF88480 

Ram_AFR_Sensor_Heating_Limit_Result                                         FFF88478 

Ram_AF_Correction_3_32bit_ECU                                               FFF8A8EC 

Ram_AF_Learning_3                                                           FFF81644 

Ram_AF_Sensor_1_Current                                                     FFF89328 

Ram_AF_Sensor_1_Resistance                                                  FFF89340 

Ram_AF_Sensor_1_Resistance_0                                                FFF8A624 

Ram_Accelerator_Pedal_Angle                                                 FFF8922C 

Ram_Alternator_Duty                                                         FFF884A4 

Ram_Atmospheric_Pressure_1                                                  FFF89B88 

Ram_Base_Pulse_Width                                                        FFF89738 

Ram_Base_Pulse_Width_times_100_0.84                                         FFF89CB4 

Ram_Battery_Voltage                                                         FFF87C6C 

Ram_CFP_Delta                                                               FFF89048 

Ram_CPC_Valve_Duty_Ratio                                                    FFF89CC4 

Ram_CPC_Valve_Duty_Ratio_0                                                  FFF8BD14 

Ram_Calculated_Base_Pulse_Width_                                            FFF8A044 

Ram_CoolantTemperature                                                      FFF890A4 

Ram_Coolant_Temperature???                                                  FFF87C74 

Ram_ECT???                                                                  FFF89FC6 

Ram_Engine_Speed                                                            FFF89564 

Ram_Fuel_Injector_1_Pulse_Width                                             FFF887D8 

Ram_Fuel_Injector_1_Pulse_Width_4byteExt_E60???                             FFF887F0 

Ram_Fuel_Injector_2_Pulse_Width                                             FFF887DC 

Ram_Fuel_Injector_Pulse_Width?                                              FFF88810 

Ram_Fuel_Injector_Pulse_Width???                                            FFF887C4 

Ram_Fuel_Pressure_MPa                                                       FFF8936C 

Ram_Fuel_Pump_Duty                                                          FFF8B1A0 

Ram_Fuel_Pump_Duty_0                                                        FFF8BD24 

Ram_Gear                                                                    FFF895D9 

Ram_High_Low_Load_0_L_1_H                                                   FFF8A0E4 

Ram_Idle_Switch                                                             FFF8B5B2 

Ram_Idling                                                                  FFF89FBE 

Ram_Ignition_Total_Timing                                                   FFF8ADF8 

Ram_Injector_Pulse_Width???                                                 FFF8884C 

Ram_Intake_Air_Temperature                                                  FFF87C64 

Ram_Intake_OCV_Current_Left                                                 FFF891B4 

Ram_Intake_OCV_Current_Right                                                FFF891A8 

Ram_Intake_OCV_Duty_Left                                                    FFF8C1F8 

Ram_Intake_Temp                                                             FFF890B4 

Ram_Map_Delta?                                                              FFF8A220 

Ram_Mass_Airflow                                                            FFF89114 

Ram_Minimum_CFP_Delta_for_Transient_Retard                                  FFF8B004 

Ram_Port_Temp                                                               FFF8A0F4 

Ram_Roughness_Monitor_Cylinder_1                                            FFF8CEC5 

Ram_Roughness_Monitor_Cylinder_2                                            FFF8CEC6 

Ram_Roughness_Monitor_Cylinder_3                                            FFF8CEC7 

Ram_Roughness_Monitor_Cylinder_4                                            FFF8CEC8 

Ram_SI_Drive_Mode_I3_S1_SSharp2_                                            FFF88999 

Ram_TEST_byte_FFF8B064                                                      FFF8B064 

Ram_Transient_Threshold_Testunk_FFF8923C                                    FFF8923C 

Ram_Vehicle_Speed_0                                                         FFF893C4

All the addresses I verify will be based on ZA1JA01C, though I welcome contributions for other CAL IDs.

Reserved for additional info.

I have been trying to find the correct MAF reading in CFM, so far I've tried two and while the outputs correlate with eachother, they are not identical. They follow the trend I expect but they seem like they are reading low, I would expect more airflow given the condition.

Here's my log, more or less flat-foot in 5th gear on the highway:
http://datazap.me/u/adriang/ots-stag...7&zoom=239-430

"maf default" is the default address from the sample logcfg.txt:

Code:

paramname = MAF_default                

paramid = 0xFFF8DB90                                

isfloat = 1

and "maf tdd" is from the output in the top post provided by Td-d:

Code:

paramname = MAF_Tdd

paramid = 0xFFF89114

isfloat = 1

With @Td-d's help I see now that the AFR as listed above is the LAMBDA value, and we can get the ratio by multiplying the provided value by 14.7. This math can be applied on the OP2 directly, as such:

Code:

paramname = AFR

paramid = 0xFFF8932C

isfloat = 1

scalingrpn = x,14.7,*

I've confirmed now with the correct data type that gear and gear_calculated work. Thanks Td-d for clarifying that they are 8 bit values.

Funny enough, one reads neutral as 6, the other reads neutral as 0...

It is my understanding that reading the RAM parameters is much faster and more efficient, using gear at 0xFFF895D9 is my preference.

Code:



paramname = gear

paramid = 0xFFF895D9

databits = 8



paramname = gear_calculated

paramid = 0xFFF895DA

databits = 8

Gear parameter is not float - it's 8 bit.

I.e.
databits = 8

There's a great utility called logcfg.exe that will autogenerate a logcfg.txt file for you from the Romraider definitions.

https://dl.dropboxusercontent.com/u/3099895/logcfg.exe

Quote:

Originally Posted by Td-d (Post 1473663)

Awesome, thanks. I'll have to play with that.

Quote:

Originally Posted by vgi (Post 1475152)

I would be interested to know what these OFT params are mapping to the ones provided by Td-d or what the addresses are:
VVT Intake:
VVT Exhaust:
KC Learned Value
KC
VVT Intake Angle
VVT Exhaust Angle

and also what's the addr for Ram_Intake_OCV_Duty_Right

From my testing this correlates with OFT's "KC Learned":

Code:

E_Knock_Correction_Advance_4byteExt_E43 FFF8B0AC

That's all I've got for now. I think we're all waiting patiently for Td-d to discover the "VVT" addresses :)

hello fellas.

I used the logcfg file in the first post and it logs and works great. However, I notice that I am missing MAF Voltage. Any idea why? I've tried a few different log cfg files that work but none log MAF Voltage. Any help is appreciated, thanks.

Quote:

Originally Posted by Chicken Patty (Post 1785764)

Mate is in there its just commented out

;paramname = MAF_Voltage
;paramid = 0xFFF842AC
;databits = 16
;scalingrpn = x,0.000076293945,*

remove the ; and it should work fine its same address as G rom and wrks fine for me

paramname = MAF_Voltage
paramid = 0xFFF842AC
databits = 16
scalingrpn = x,0.000076293945,*

Quote:

Originally Posted by steve99 (Post 1785792)

Then that has to be it. I'll go try it now. Thanks again bud, you've been of great help.

I'm using the a01c version of the oft 1.59 tune. The Commanded AFR address appears to be incorrect for this particular combination. Any idea what it is?

Quote:

Originally Posted by d1ck (Post 1837716)

I'm using the a01c version of the oft 1.59 tune. The Commanded AFR address appears to be incorrect for this particular combination. Any idea what it is?

have you tried

paramname = AFR_Commanded
paramid = 0xFFF8A974
isfloat = 1
scalingrpn = x,14.7,*

else you will have to ask Td-d

If your doing MAF scaling use the VGI utlilty as it imports your OL fuel table from Romraider so you don't need to log Commanded AFR just measured AFR
and the utility does the rest

see here

http://www.ft86club.com/forums/showthread.php?t=64790

Quote:

Originally Posted by steve99 (Post 1837737)

This is what's in my logcfg:

Quote:

paramname = AFR_Commanded
paramid = 0xFFF8A974
isfloat = 1

So it doesn't appear that the scaling is set on mine, however it doesn't seem like the formula in the one you posted is correct either. Based on my logs the formula should be:
Commanded AFR = 14.7 - (14.7 * x)

in RPN I think that would be this:

Commanded AFR = 14.7,14.7,x,*,-

I'm not sure if this is the correct notation for this formula or not.

Also, I came up with this for throttle plate percentage. I think it's correct.

Quote:

paramname = Throttle_Plate_Percent
paramid = 0xFFF89030
isfloat = 1
scalingrpn = x,1.11111111,*

Quote:

Originally Posted by d1ck (Post 1837775)

This is what's in my logcfg:

So it doesn't appear that the scaling is set on mine, however it doesn't seem like the formula in the one you posted is correct either. Based on my logs the formula should be:
Commanded AFR = 14.7 - (14.7 * x)

in RPN I think that would be this:

Commanded AFR = 14.7,14.7,x,*,-

I'm not sure if this is the correct notation for this formula or not.

Also, I came up with this for throttle plate percentage. I think it's correct.

The throttle position never goes to 100 % its always something like 90% at WOT, its been the subject of much discussion Ecutek logs it at less than 100% as well (80%) from memory. Open flash tablet loggs wot at 90%

That scaling for AFR works for me on G rom, usually just the address changes and scaling are same.

Try this:

FFF8DBD0 Ram_Fuel_Air_Commanded