; uncomment the line below to minimize the information written to logcfg.out
; this will greatly decrease the startup time to begin logging if you already
; have a working logcfg.txt without any problems
;
; debug=noout

; 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 KWP2000 ReadMemoryAddress command over the ISO15765, which works
; for CAN based mitsubishis that have had their ROMs modified to allow the use of this command.
; this command is also known as "mode23" on some forums. since this command reads directly from 
; ECU memory, the paramid addresses used are different for different ROM versions. The following 
; example is for the USDM 2011 Ralliart.

;----------------mrmacan evox----------------
; log channel settings
type=mrmacan

;-------------parameters-------------

paramname=RPM		
paramid=0x808780
databits=16
scalingrpn=x,3.90625,*

paramname=Load		
paramid=0x8087A8
databits=16
scalingrpn=x,.3125,*

paramname=TimingAdv		
paramid=0x808A43
scalingrpn=x,20,-

paramname=PSIG				
paramid=0x808752
databits=16				
scalingrpn=x,0.0483675,*,14.5,-

paramname=KnockSum			
paramid=0x808A87

;paramname=IPW		
;paramid=0x80AB1C
;databits=16
;scalingrpn=x,0.001,*

paramname=TPS				
paramid=0x808731
scalingrpn=x,32,-,0.505882,*
sampgroup=3

;paramname=MAF_Airflow_gs	
;paramid=0x808FA4
;databits=16
;scalingrpn=x,0.02,*
;sampgroup=2

paramname=Speed	
paramid=0x808823
scalingrpn=x,1.26,*
sampgroup=5


;paramname=InVVTtarget				
;paramid=0x809546
;scalingrpn=x,4096,-,-0.01953125,*

;paramname=ExVVTtarget				
;paramid=0x809552
;scalingrpn=x,4096,-,-0.01953125,*

;paramname=InVVTactual				
;paramid=0x80957E
;scalingrpn=x,4096,-,-0.01953125,*

;paramname=ExVVTactual				
;paramid=0x80958A
;scalingrpn=x,4096,-,-0.01953125,*

paramname=ActiveWGDC				
paramid=0x808B91
scalingrpn=x,2,/

;paramname=MAT				
;paramid=0x808695
;scalingrpn=x,1.8,*,40,-

paramname=ECT
paramid=0x808673
scalingrpn=1.8,x,*,50,-
sampgroup=2

;paramname=LTFT_Idle		
;paramid=0x804573
;scalingrpn=x,0.1953125,*,25,-
;sampgroup=50

;paramname=LTFT_Cruise			
;paramid=0x804575
;scalingrpn=x,0.1953125,*,25,-
;sampgroup=50



;----------------aem----------------
; the "ascii" channel type can listen on any protocol for incoming numeric text
; the default protocolid is 9, which corresponds to the 3/32" jack receive-only serial port
; the default baud rate and setting are 9600,N,8,1. all of these can be changed for other scenarios

; the ascii channel considers anything other than the characters {'0'-'9','+','-','.','E','e'} to be a 
; delimiter between different numbers. furthermore, the carriage return and line feed characters are 
; considered to mark the beginning of a new row of data. you can sample data from a particular column of
; numbers by choosing a paramid starting at 1 which indicates the column number

; in the case of the AEM UEGO, there is simply one column of data, and it is already scaled appropriately

;type=ascii
;paramname = AFR
;paramid = 1




;----------------inno----------------
;type=inno
; log from an innovate bus via the 3/32" jack
; currently the LC-1 is the only supported device
; in the "inno" case the parameters are already pre-defined, you just
; need to reference them by name so that they are included in the log
; output. note that these parameters won't become valid until the LC-1
; has been calibrated and the sensor is warmed up.

;paramname = inno.afr
;paramname = inno.lambda




;-------------triggers---------------
;
; note that parameters must be previously defined
; before defining triggers using them
;
; triggers allow you to control when logging starts and stops
; this example sets up triggers such that logging only occurs
; when the engine is running (RPM > 0)
;
; triggers consist of some evaluation of the form [trigparam] [condition] [value]
; and a resulting action which is done if the evaluation is true

;paramname=CruiseLight
;paramid= 0x8045C5
;databits=1
;offsetbits=5
;isvisible=0
;sampgroup=3

;conditionrpn = CruiseLight,1,==,2ByteRPM,1500,>,&&
;action = start

;conditionrpn = CruiseLight,0,==,2ByteRPM,1500,<,||
;action = stop

; only log when the engine is running
;conditionrpn = 2ByteRPM,0,>	
;action = start
;
;conditionrpn = 2ByteRPM,0,==
;action = stop

; start logging to a new file when the throttle goes from previously below 80 to above 80
; #throttle refers to the previous throttle sample
;conditionrpn = TPS,80,>,#TPS,80,<=,&&
;action = newfile