I could really use some help here.
Now the lambda is back in control and pretty much right where it should be.
Around 12 AFR for the maximum torque and 11 AFR for the maximum rpm to keep the EGTs reasonable.
I adjusted both LAMFA and KFLBTS, right or wrong it works anyway.
Now there is another issue.
Since I want the peak boost to be around 1.3 bar I had to increase the load requested by the KFMIRL.
The axises were not rescaled, only the values.
The changes to KFMIRL were properly reflected in KFMIOP also, it is mathematically correct.
After changing the KFMIRL and KFMIOP the car pulls very smoothly and steadily, much better than before.
The issue which appeared after these changes is that the WGDC is now all over the place.
After the initial boost spike the WGDC does no longer follow KFLDIMX or KFLDRL.
Changing the values in either table in either way does not make any major difference.
The WGDC drops down to 44% at higher RPM and the requested boost cannot therefore be met.
In this specific RPM / boost area the requested WGDC (KFLDIMX) is 50-80% (I've tried them all).
So what kind of a mess have I made?
Even the smallest crumbs of information are highly appreciated
Attached a log from one of the pulls and the new KFMIRL / KFMIOP maps.
I have smoothed the LDRXN afterwards to get rid of the boost spike at that region.
Currently it results around 0.1bar overboost at 2560rpm, yet it made absolutely no difference in the final result.
Just double checking, eventhou the software has KFMIRLS and KFMIOPS maps there is no need to change them in cars with a manual gearbox (DSG only)?