MPS_UTEClogger 2.3
Let me know if all of you are having the same logging problems or if anyone has had success yet.
I'm baffled why the Evo logging won't work when it is almost identical to the STi parsing. The only difference between the 2 log types is that the STi uses MAF volts while the Evo uses MAF Hertz. The colums are the same though.
Also, if there IS a problem, I need to see some recorded logs of what it is doing, that may help me pinpoint where the problem is... I havn't received any problem logs to examine yet.
-jason
I'm baffled why the Evo logging won't work when it is almost identical to the STi parsing. The only difference between the 2 log types is that the STi uses MAF volts while the Evo uses MAF Hertz. The colums are the same though.
Also, if there IS a problem, I need to see some recorded logs of what it is doing, that may help me pinpoint where the problem is... I havn't received any problem logs to examine yet.
-jason
My logs look fine, the only thing I had a problem with is the "dashboard". Also, is there any way to use the mapper with old logs? I know it says "current" or "real-time" but this would be an awsome tool to have also. I'm not sure if you have ever looked at the UCC but it kinda does what I'm asking but in a very detuned sort of way. I know that your logmapper is just an average but if i can implement that some way to create a timing map better than the one I have now i will fly to CA and give you a huge hug. Sounds like a pretty good deal hey?
My logs look fine, the only thing I had a problem with is the "dashboard".
Also, is there any way to use the mapper with old logs? I know it says "current" or "real-time" but this would be an awsome tool to have also.
http://www.logmapper.com/
If you save out a log using MPS_UTECLogger, make sure you use "Make compliant Log" option for recording the log. You can use MPS_UTECLogger to see the 'realtime' Logmap. Once you loose the logmap in MPS_UTECLogger (by shutting down or clearing), you can try running the saved Log file through the stand-alone LogMapper 2.0 program. The stand-alone LogMapper 2.0 program will read logs off the hard-drive and plot them. I though that the LogMapper2.0 creator was trying to add evo compatibility too, but it may work anyway.
-jason
Originally Posted by jmussetter
Unfortunately no. However there IS an application out that does this. Check out the LogMapper at this link:
http://www.logmapper.com/
http://www.logmapper.com/
Or simply use a screen capture program for it
1) Size window to display all information needed...
2) Press <Alt>+<printscreen>
3) Open Photoshop/Word/Excel/WordPad
4) Pres <Ctrl>+V to paste screencapture into document
5) Save
However the stand-alone LogMapper2.0 by Jason Gambler is a very nice program, and has some extra features to it that make it more helpful than just a screen capture graphic.
-jason
Originally Posted by jmussetter
Unfortunately no. However there IS an application out that does this. Check out the LogMapper at this link:
http://www.logmapper.com/
http://www.logmapper.com/
I am trying to run this with an evo log, but I am unable to map the log. I would be curious to see what an sti/wrx log looks like in relation to an evo log. Thanks.
I am trying to run this with an evo log, but I am unable to map the log. I would be curious to see what an sti/wrx log looks like in relation to an evo log. Thanks.
To answer the second part of your question:
The Evo logs are IDENTICAL to the STi logs with the exception that the MAF column on the Sti reads volts (ie: 1.0-5.0v) while the Evo reads Hertz. The column format is the same though.
The WRX logs on the other hand are different in there is an extra column between the "Knock" column and the "Ign #1" column that reads the stock O2 sensor AFR (12.0-21.0). For some reason, TurboXS removed this column when they made the STi and Evo UTEC's. This inconsistency with column format on TXS part has been a headache for us programmers trying to get software to work with all types of log files.
Work Around:
The MPS_UTECLogger program has an option that is ON by default, called "Make compliant UTEC Log". If this option is selected, then no matter what type of UTEC you are using (WRX, Sti, or Evo), the log format is "forced" to be compliant with a plain jane original WRX log. (ie: adds the AFR column that the WRX has instead of adding the AFR data to the end like the Tuner does). This might seem weird for anyone without a WRX UTEC, however, because this was the ORIGINAL UTEC format, there are more 3rd party programs out there that support this format. That option is on there for this specific purpose, so that the resulting logs are compatible with as many other 3rd party programs as possible.
So, if you record a log in MPS_UTECLogger with the "compliant UTEC log" option ON, you will end up with a log that is IDENTICAL to a WRX log. You then should be able to run it through Jason Gambler's LogMapper2.0 program and it *should* recognize it.
-jason
Here is a sample of a "compliant UTEC log" output from using MPS_UTECLogger...
Notice the EXTRA AFR column between "Knock" and "Ign#1"... On a WRX log, this read the stock O2 sensor. When MPS_UTECLogger logs to a compliant log, this column no longer shows the stock O2 sensor reading, but instead the wideband O2 readings (so they are accurate). The output will look like this reguardless of what type of UTEC is being used if the log is being forced to be "compliant".
Hope that this explains a lot...
-jason
Notice the EXTRA AFR column between "Knock" and "Ign#1"... On a WRX log, this read the stock O2 sensor. When MPS_UTECLogger logs to a compliant log, this column no longer shows the stock O2 sensor reading, but instead the wideband O2 readings (so they are accurate). The output will look like this reguardless of what type of UTEC is being used if the log is being forced to be "compliant".
Code:
2839, -7.3,2.2, 9, 00, 00, 14.6,+37.6, 7.6,ECU. , -1.6,ECU. ,2.0 2834, -7.5,2.2, 9, 00, 00, 14.4,+36.5, 8.1,ECU. , -1.6,ECU. ,2.0 2841, -7.9,2.2, 9, 00, 00, 14.3,+37.0, 7.2,ECU. , -1.6,ECU. ,2.0 2836, -8.1,2.2, 9, 00, 00, 14.4,+36.9, 7.3,ECU. , -1.6,ECU. ,2.0 2812, -8.1,2.2, 10, 00, 00, 14.6,+37.7, 7.4,ECU. , -1.6,ECU. ,2.0 2822, -8.1,2.2, 10, 00, 00, 14.6,+38.4, 9.2,ECU. , -1.6,ECU. ,2.0 2803, -7.7,2.2, 10, 00, 00, 14.4,+38.0, 7.1,ECU. , -1.6,ECU. ,2.0 2812, -7.5,2.2, 10, 00, 00, 14.6,+38.0, 7.5,ECU. , -1.6,ECU. ,2.0 2836, -7.5,2.3, 11, 00, 00, 14.8,+39.8, 8.9,ECU. , -1.6,ECU. ,2.1 2803, -7.3,2.3, 12, 00, 00, 14.4,+40.5, 8.4,ECU. , -1.6,ECU. ,2.2 2832, -6.9,2.4, 13, 00, 00, 15.0,+39.5, 9.9,ECU. , -1.6,ECU. ,2.2 2832, -6.5,2.5, 14, 00, 00, 14.4,+38.4, 9.6,ECU. , -1.6,ECU. ,2.2 2810, -5.7,2.5, 15, 00, 00, 14.4,+35.5, 10.8,ECU. , -1.6,ECU. ,2.3 2827, -5.1,2.6, 17, 00, 00, 14.5,+34.7, 11.0,ECU. , -1.6,ECU. ,2.3 2839, -4.3,2.6, 20, 10, 00, 14.4,+33.7, 12.1,+36.4, -4.3,ECU. ,2.3 2846, -3.4,2.7, 20, 10, 00, 14.6,+34.2, 12.7,+36.3, -4.4,ECU. ,2.3 2861, -2.8,2.7, 20, 10, 00, 14.6,+34.1, 12.5,+36.3, -4.3,ECU. ,2.4 2853, -2.2,2.7, 20, 10, 00, 14.6,+34.1, 12.7,+36.4, -4.4,ECU. ,2.4 2886, -1.6,2.7, 20, 10, 00, 15.0,+33.4, 13.5,+36.5, -4.4,ECU. ,2.4 2873, -1.6,2.7, 19, 00, 00, 13.8,+33.2, 13.2,ECU. , -1.6,ECU. ,2.4 2906, -1.6,2.7, 18, 00, 00, 13.7,+33.2, 14.2,ECU. , -1.6,ECU. ,2.5 2868, -1.4,2.7, 19, 00, 00, 13.9,+33.4, 12.2,ECU. , -1.6,ECU. ,2.4 2888, -1.6,2.7, 19, 00, 00, 14.5,+33.1, 12.1,ECU. , -1.6,ECU. ,2.5 2916, -1.6,2.7, 19, 00, 00, 14.5,+33.3, 12.2,ECU. , -1.6,ECU. ,2.4 2918, -1.6,2.7, 18, 00, 00, 14.6,+33.1, 14.1,ECU. , -1.6,ECU. ,2.0 3214, -3.4,1.3, 0, 00, 00, 13.1,+31.5, 23.3,ECU. , -1.6,ECU. ,2.2 3623, -4.0,2.1, 4, 00, 00, 12.0, +4.6, 4.2,ECU. , -1.5,ECU. ,1.5 3508, -6.1,2.2, 9, 00, 00, 13.9,+18.1, 7.2,ECU. , -1.5,ECU. ,2.0 3809, -7.7,2.6, 14, 00, 00, 16.5,+34.5, 11.8,ECU. , -1.5,ECU. ,2.4 3800, -7.1,2.8, 20, 10, 00, 14.8,+36.7, 17.3,+34.6, -4.9,ECU. ,2.6 3853, -6.3,3.1, 33, 10, 00, 14.7,+30.7, 21.2,+34.5, -5.0,ECU. ,2.8 3875, -3.4,3.3, 44, 10, 00, 14.1,+26.2, 26.4,+34.4, -5.3,ECU. ,3.0 3916, -0.4,3.5, 61, 20, 00, 13.7,+23.8, 30.7,+32.0, -6.4,ECU. ,3.1 3916, +3.3,3.7, 65, 40, 00, 13.5,+21.4, 42.6,+21.0, -2.7,ECU. ,3.3 4055, +7.0,3.9, 83, 60, 00, 11.5,+10.5, 58.4,+19.0, -1.0,ECU. ,3.6 4070,+10.6,4.0,102, 80, 00, 10.5, +8.8, 60.3,+18.0, -2.1,ECU. ,3.6 4208,+14.1,4.0,102, 90, 00, 10.9,+10.9, 56.6,+18.0, -3.1,ECU. ,3.6 4187,+16.6,4.1,102,100, 00, 10.8,+11.0, 60.3,+17.0, -2.3,ECU. ,3.6 4192,+17.6,4.0,102,100, 00, 10.9, +9.7, 58.9,+17.0, -2.6,ECU. ,3.6 4257,+18.0,4.1,102,100, 00, 11.0, +9.7, 62.4,+17.0, -3.0,ECU. ,3.6 4363,+17.6,4.1,102, 90, 00, 11.0,+10.8, 63.2,+18.5, -4.0,ECU. ,3.6 4340,+17.2,4.1,102, 90, 00, 10.9,+10.6, 63.0,+18.6, -4.2,ECU. ,3.7 4450,+16.8,4.1, 99, 90, 00, 10.9,+11.0, 62.1,+18.8, -4.3,ECU. ,3.6 4522,+16.1,4.1,102, 90, 00, 11.2,+11.7, 62.2,+19.2, -4.5,ECU. ,3.6 4655,+16.1,4.1,102, 80, 00, 11.1,+11.7, 64.1,+20.1, -4.9,ECU. ,3.6 4681,+16.6,4.2,102, 90, 00, 11.1,+11.2, 66.3,+19.6, -4.6,ECU. ,3.6 4688,+16.8,4.2,102,100, 00, 11.0,+11.2, 66.5,+19.0, -4.8,ECU. ,3.7 4701,+17.0,4.2,102, 90, 00, 11.0,+11.2, 67.2,+20.0, -5.1,ECU. ,3.7 4837,+17.6,4.2,102, 90, 00, 11.1,+11.9, 65.9,+20.3, -4.8,ECU. ,3.7 4901,+16.8,4.2,102, 90, 00, 11.0,+12.7, 68.6,+20.5, -4.9,ECU. ,3.7 4859,+16.6,4.2,101, 90, 00, 11.0,+13.1, 69.1,+20.9, -4.9,ECU. ,3.7 4909,+16.8,4.2,102, 90, 00, 10.9,+13.6, 68.5,+20.7, -5.2,ECU. ,3.8
-jason
It could be how your breaking up the columns.. the column widths are different slightly, there are elso embedded nulls in some of the columns at times... Are you parsing the data for the comma delimiter? or the specific spacing column number? I had to parse it to the delimiter and strip the spaces/nulls.. also I noticed the extra column in the middle for the OE O2 sensor reading...
It could be how your breaking up the columns.. the column widths are different slightly
Are you parsing the data for the comma delimiter? or the specific spacing column number? I had to parse it to the delimiter and strip the spaces/nulls..
How LogMapper2.0 interprets the columns is beyond me.
-jason
Originally Posted by jmussetter
So the timing was being shown as negative in the "dashboard" screen? But was correct on the LogMap screen? I'll see if I can hunt this down.
Unfortunately no. However there IS an application out that does this. Check out the LogMapper at this link:
http://www.logmapper.com/
If you save out a log using MPS_UTECLogger, make sure you use "Make compliant Log" option for recording the log. You can use MPS_UTECLogger to see the 'realtime' Logmap. Once you loose the logmap in MPS_UTECLogger (by shutting down or clearing), you can try running the saved Log file through the stand-alone LogMapper 2.0 program. The stand-alone LogMapper 2.0 program will read logs off the hard-drive and plot them. I though that the LogMapper2.0 creator was trying to add evo compatibility too, but it may work anyway.
-jason
Unfortunately no. However there IS an application out that does this. Check out the LogMapper at this link:
http://www.logmapper.com/
If you save out a log using MPS_UTECLogger, make sure you use "Make compliant Log" option for recording the log. You can use MPS_UTECLogger to see the 'realtime' Logmap. Once you loose the logmap in MPS_UTECLogger (by shutting down or clearing), you can try running the saved Log file through the stand-alone LogMapper 2.0 program. The stand-alone LogMapper 2.0 program will read logs off the hard-drive and plot them. I though that the LogMapper2.0 creator was trying to add evo compatibility too, but it may work anyway.
-jason
I just picked up the Innovate LC-1, on Jason's website it says his program accepts this WB. I can't wait for it to get here, I can finally get my tuning done with the WR and then head back to the dyno.
I've sent logs and screen shot to Jason for troubleshooting. He thinks he found the problem... the log mapper is looking at the ECU timing instead of the UTEC timing. He will fix this bug in his next release.
Once again, thanks to Jason for his hard work for the EVO community!!
Once again, thanks to Jason for his hard work for the EVO community!!






