This is my attempt to turbocharge NA car (and not to grenade it)

022906032DR (c167) file equipped with DQ250 F-series
Pulsar G30-900

- mono lambda patch
- load limit not presented in this file (thanks bosch for tons of random changes in similar files)
- n75 connected to pin #116 (pw3, pp3 = 12499)
- implemented prj`s boostcontrol
- IAT sensor relocated to manifold


- all ram variables of boostcontrol redefined to 387* instead of 384* this eliminate misfires, even if IDA shows empty space here, probably some ram-mirroring was there, ive faced this before so just swap it with 387xxx*

- RLVMXN/RLVSMXN maxed out to eliminate IOP limit and gives adequate misol_w, now its misol > miist, no torque intervention and car runs smoothly, ps_w, msdk_w, pvdks_w finally sorted out

- changed turbo routine instead of feeding pwm it manages new ldtvm_w to be able to log wgdc and move pwm operations to its raster
- somehow i got inverse pwm so a bit of calculation was added:



- DPUPVDK map calculates pvdkds_w based on ml_w in stock its subtracted map values from pu_w and i replaced it with addition due to map is not signed, this gives positive pvdkds_w and msdk_w now looking nice but i still thinking to replace it with native map sensor

- map sensor fitted pre-tb, pin #85 (brake boost pressure sensor in stock), DSBGRAD/DSBOFS as the sensor settings but i change routine to 1.8t because it didnt handle overflow, call from DPUPVDK result with rets so its basically replaces DPUPVDK calculation, i have not implemented sensor failure path due to time management
 car runs smoother after that

- patch for b_mdee (enable redsol) when shifting, so it gets selective fuel cut at shifts but unfortunately without noticeable sound 



so far so good, DSG works completely fine, input torque, clutch pressures looks adecuate

Now questions:

- probably i want to emulate KFVPDKDS / KFPLGU stuff but im not sure how to make it simple way
- going speed-density?
- intake/exhaust cam settings? i have no idea how to do it, probably ive got a dyno but some hints would be nice to hear

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You mean basically pssol/pu or i should define plsol? (pssol/vpsspls + dpdk)
At the second option vpsspls comes from KFVPDKSD/E which uses vpssplg which comes from pssol/plgrus (plgrus = pu)

Well i didnt get this part unfortunately, hate this uberweg stuff 


As for the turbo conversion:

- ldrlts path with KFLDHBN map to limit rl with pressure ratio
- vpssspls_w with the KFVPDKSE/D maps and plsol_w finally here, also i want to use this as an input to uberweg operations but im stuck a bit with these
- replaced pssol/ps with plsol/pvdkdks at the turbo routine
- going speed-density, ive made two routines - one at the syncro-raster and the second at 10ms or something like that, basically adapt these from 06A906032QD file as it using MAF and MAP for some reason (psfglm -> psfgds, rlfglm -> rlfgds, dpsfglm -> dpsfgds, pslm -> psdss from sensor), its my first conversion im so excited about result, hope this not going to be nightmare with VE model etc, I see *lm - *ds values pretty close to each other, so far so good

Questions:
- 5120 patch, any advice here? What is the best option for manifold sensor?
- im still have no idea about NWS setting
- b_mdee patch unfortunately fuel cut any count of cylinders give no DSG-fart sounds (but redsol works at it should), any reasons?

that was the question I was asking myself when dealing with an inline 6 engine, yours is also practically an inline 6. As prj said in one of your threads, cylinder cutoff pattern makes all the difference, and I will also say that the number of disabled cylinders as well, 1 cylinder won't make any noticeable sound, 2 or better yet, 3 is what you need. I tried ABMM6 pattern, and that resulted in no sound whatsoever. You need to make sure that the cylinders you disable are close or follow each other in firing order, i.e., disable 2 consecutive cylinders or 1 then let the next one fire and then disable the next one.
Here's what I got now:
https://youtu.be/n-utFWDtUlM?si=hXXegf-cNknl6jXB
P.S. this is stock twin-scroll exhaust manifold, if yours is log style then you'll either need to find another pattern or it might never give you the sound you want

am also seeking for advice about best option for the map sensor in manifold