Tactrix data logging

[Kx1984]

having a problem logging with the evoscan it randomly
disconnects and is really starting to piss me off lol

has anyone put together a proper LOGCFG File for the tactric cable so we can log with that?
i have one loaded in the cable but some thing just done look right :/

is this correct and is there anything else i should have

Code:

; sample logging configuration file for openport 2.0
; must be named logcfg.txt and be placed in the root directory of the
; microSD card inserted in the openport in order to work

; this sample logs using the MUT-II protocol over the K-line, which works
; for many mitsubishis, including the EVO 8 and 9

;----------------mut2----------------

type=mut2

; you can also set an OBD pin to a voltage, ground, or a high impedance state
; the first number is the OBD pin number, the second number is the pin voltage with the following values:
;
; 8000-18000 : voltage in millivolts for OP2 Rev C and earlier
; 5000-25000 : voltage in millivolts for OP2 Rev D and later
; -1 : set pin to high impedance (default state)
; -2 : pull pin to ground
;
; keep in mind that if you are applying a non-zero voltage to more than one pin, all of those voltages
; must be the same

; the following setpinvoltage sets OBD pin 1 to ground, which is needed to enable logging on older Mitsubishis
; it is commented out as it is not needed for newer models (e.g. EVO 8/9)
;

setpinvoltage=1,-2

paramname=TPS
paramid=0x17
scalingrpn=x,0.39215686,*

paramname=RPM
paramid=0x21
scalingrpn=x,31.25,*

conditionrpn = TPS,10,>
action = start
;
conditionrpn = RPM,7000,>
action = stop

paramname=KnockSum
paramid=0x26

paramname=TimingAdv
paramid=0x06
scalingrpn=x,20,-

paramname=InjPulseWidth
paramid=0x29
scalingrpn=x,0.256,*

paramname=AEMUEGO
paramid=0x39
scalingrpn=0.03913,x,*,10,+

paramname=2ByteLoadRAW02
paramid=0x02

paramname=2ByteLoadRAW03
paramid=0x03

paramname=FFUELTRIMLOW
paramid=0x0C
scalingrpn=0.1961,x,*,-25,+

paramname=FFUELTRIMMID
paramid=0x0D
scalingrpn=0.1961,x,*,-25,+

paramname=FFUELTRIMHIGH
paramid=0x0E
scalingrpn=0.1961,x,*,-25,+

paramname=FSTFT
paramid=0x0F
scalingrpn=0.1961,x,*,-25,+

paramname=RFUELTRIMLOW
paramid=0x4C
scalingrpn=0.1961,x,*,-25,+

paramname=RFUELTRIMMID
paramid=0x4D
scalingrpn=0.1961,x,*,-25,+

paramname=RFUELTRIMHIGH
paramid=0x4E
scalingrpn=0.1961,x,*,-25,+

paramname=PrimaryO2Front
paramid=0x13
scalingrpn=0.01952,x,*

paramname=PrimaryO2Rear
paramid=0x3E
scalingrpn=0.01952,x,*


Thanks
Kx

[striker2]

Just for reference here is mine. im not logging 2byte load right now since I know Im not going over 160 load just yet. I need to get the coolant temp working properly though, right now its showing low 80s at full operating temp.



; sample logging configuration file for openport 2.0
; must be named logcfg.txt and be placed in the root directory of the
; microSD card inserted in the openport in order to work

; this sample logs using the MUT-II protocol over the K-line, which works
; for many mitsubishis, including the EVO 8 and 9

;----------------mut2----------------
type=mut2

; you can also set an OBD pin to a voltage, ground, or a high impedance state
; the first number is the OBD pin number, the second number is the pin voltage with the following values:
;
; 8000-18000 : voltage in millivolts for OP2 Rev C and earlier
; 5000-25000 : voltage in millivolts for OP2 Rev D and later
; -1 : set pin to high impedance (default state)
; -2 : pull pin to ground
;
; keep in mind that if you are applying a non-zero voltage to more than one pin, all of those voltages
; must be the same

; the following setpinvoltage sets OBD pin 1 to ground, which is needed to enable logging on older Mitsubishis
; it is commented out as it is not needed for newer models (e.g. EVO 8/9)
;
setpinvoltage=1,-2

paramname=TimingAdv
paramid=0x06
scalingrpn=x,20,-

paramname=RPM
paramid=0x21
scalingrpn=x,31.25,*

paramname=TPS
paramid=0x17
scalingrpn=x,0.39215686,*

paramname=Airflow
paramid=0x1A
scalingrpn=x,6.25,*

paramname=2ByteECULoad
paramid=0x1C
scalingrpn=x,0.625,*

paramname=KnockSum
paramid=0x26
priority=2

paramname=InjPulseWidthRear
paramid=0x29
scalingrpn=x,0.256,*

paramname=InjPulseWidthFront
paramid=0x2B
scalingrpn=x,0.256,*

paramname=Speed
paramid=0x2F
scalingrpn=x,1.242742384,*

paramname=RearFuelTrim_Low
paramid=0x0C
scalingrpn=x,0.19607843,*,25,-
priority=2

paramname=RearFuelTrim_Middle
paramid=0x0D
scalingrpn=x,0.19607843,*,25,-
priority=2

paramname=RearFuelTrim_High
paramid=0x0E
scalingrpn=x,0.19607843,*,25,-
priority=2

paramname=RearO2FeedbackTrim
paramid=0x0F
scalingrpn=x,0.19607843,*,25,-
priority=2

paramname=RearO2Sensor
paramid=0x13
scalingrpn=x,0.0195,*

paramname=FrontFuelTrim_Low
paramid=0x4C
scalingrpn=x,0.19607843,*,25,-
priority=2

paramname=FrontFuelTrim_Middle
paramid=0x4D
scalingrpn=x,0.19607843,*,25,-
priority=2

paramname=FrontFuelTrim_High
paramid=0x4E
scalingrpn=x,0.19607843,*,25,-
priority=2

paramname=FrontO2FeedbackTrim
paramid=0x4F
scalingrpn=x,0.19607843,*,25,-
priority=2

paramname=FrontO2Sensor
paramid=0x3E
scalingrpn=x,0.0195,*

paramname=Battery
paramid=0x14
scalingrpn=x,0.0733,*
priority=2

paramname=ISCSteps
paramid=0x16

paramname=AFRMAP
scalingrpn=0.11484375,x,/
paramid=0x32

paramname=CoolantTemp
paramid=0x07
scalingrpn=x,1.593,*,38,+
priority=2

paramname=AirTemp
paramid=0x3A
scalingrpn=x,1.8,*,38+
priority=2

paramname=KnockBase
paramid=0x6B
priority=2

paramname=OCTNumber
paramid=0x27
scalingrpn=x,0.39215686,*
priority=2

paramname=WGDC
paramid=0x86
scalingrpn=x,0.39215686,*



conditionrpn=RPM,100,>
action=start

conditionrpn=RPM,0,==
action=stop

[Greg E]

I'm getting rid of the 2 byte stuff in the next version of chrome. Should make logging simpler for you guys!

[striker2]

it will be awesome to be able to plug the tactrix in and log whenever you want to and see the higher load and airflow values.


also for anybody with a first gen that is looking for ideas on where to mount the OBD2 port for convenient access, this is what I did. It allows me to easily plug in the tactrix while stopped and keep it and any wires out of the way towards the passenger side when using the laptop (to flash or with evoscan). of course this only works if you have the single DIN pocket.

http://i84.photobucket.com/albums/k17/Dslax/3000GT%20VR4/CAM00031_zpsc649a0b7.jpg

http://i84.photobucket.com/albums/k17/Dslax/3000GT%20VR4/CAM00032_zpsd0349d04.jpg

[Greg E]

Looks great! Most creative install I've seen!

[striker2]

I made a few changes to my logcfg file. got 2byte load and airflow working so what shows up in the csv file is just the full 2byte stuff. also added a tps condition so i can switch between logging any time the car is running or just when the throttle goes over 75% just by uncommenting one set and commenting the other. I still havent been able to get the coolant and air temps to read properly. the equations work fine in evoscan but its coming up with something different on the tactrix, so for now I just left them with no scaling.



; sample logging configuration file for openport 2.0
; must be named logcfg.txt and be placed in the root directory of the
; microSD card inserted in the openport in order to work

; this sample logs using the MUT-II protocol over the K-line, which works
; for many mitsubishis, including the EVO 8 and 9

;----------------mut2----------------
type=mut2

; you can also set an OBD pin to a voltage, ground, or a high impedance state
; the first number is the OBD pin number, the second number is the pin voltage with the following values:
;
; 8000-18000 : voltage in millivolts for OP2 Rev C and earlier
; 5000-25000 : voltage in millivolts for OP2 Rev D and later
; -1 : set pin to high impedance (default state)
; -2 : pull pin to ground
;
; keep in mind that if you are applying a non-zero voltage to more than one pin, all of those voltages
; must be the same

; the following setpinvoltage sets OBD pin 1 to ground, which is needed to enable logging on older Mitsubishis
; it is commented out as it is not needed for newer models (e.g. EVO 8/9)
;
setpinvoltage=1,-2

paramname=TimingAdv
paramid=0x06
scalingrpn=x,20,-

paramname=RPM
paramid=0x21
scalingrpn=x,31.25,*

paramname=TPS
paramid=0x17
scalingrpn=x,0.39215686,*

paramname=Air1
paramid=0x00
scalingrpn=x
isvisible=0

paramname=Air2
paramid=0x01
scalingrpn=x
isvisible=0

paramname=2ByteAirFlow
scalingrpn=Air1,256,*,Air2,+,0.09828125,*

paramname=Load1
paramid=0x02
scalingrpn=x
isvisible=0

paramname=Load2
paramid=0x03
scalingrpn=x
isvisible=0

paramname=2ByteLoad
scalingrpn=Load1,256,*,Load2,+,0.3125,*

paramname=KnockSum
paramid=0x26
priority=2

paramname=InjPulseWidthRear
paramid=0x29
scalingrpn=x,0.256,*

paramname=InjPulseWidthFront
paramid=0x2B
scalingrpn=x,0.256,*

paramname=Speed
paramid=0x2F
scalingrpn=x,1.242742384,*

paramname=RearFuelTrim_Low
paramid=0x0C
scalingrpn=x,0.19607843,*,25,-
priority=2

paramname=RearFuelTrim_Middle
paramid=0x0D
scalingrpn=x,0.19607843,*,25,-
priority=2

paramname=RearFuelTrim_High
paramid=0x0E
scalingrpn=x,0.19607843,*,25,-
priority=2

paramname=RearO2Sensor
paramid=0x13
scalingrpn=x,0.0195,*

paramname=FrontFuelTrim_Low
paramid=0x4C
scalingrpn=x,0.19607843,*,25,-
priority=2

paramname=FrontFuelTrim_Middle
paramid=0x4D
scalingrpn=x,0.19607843,*,25,-
priority=2

paramname=FrontFuelTrim_High
paramid=0x4E
scalingrpn=x,0.19607843,*,25,-
priority=2


paramname=FrontO2Sensor
paramid=0x3E
scalingrpn=x,0.0195,*

paramname=Battery
paramid=0x14
scalingrpn=x,0.0733,*
priority=2

paramname=ISCSteps
paramid=0x16

paramname=AFRMAP
scalingrpn=1881.6,x,/
paramid=0x32

paramname=CoolantTemp
paramid=0x07
scalingrpn=x

paramname=AirTemp
paramid=0x3A
scalingrpn=x

paramname=KnockBase
paramid=0x6B
priority=2

paramname=OCTNumber
paramid=0x27
scalingrpn=x,0.39215686,*
priority=2

paramname=WGDC
paramid=0x86
scalingrpn=x,0.39215686,*

;conditionrpn=RPM,100,>
;action=start

;conditionrpn=RPM,0,==
;action=stop

conditionrpn=TPS,75,>
action=start

conditionrpn=TPS,75,<
action=stop