Everything above is covered in the tuning wiki and the community tune thread(s)

Not sure what you mean when you say you "work in 8bit ff".

That isn't going to work for just about every single interesting map in ME7.

Thanks, I try with 225 ols, because I dont have OLS for AUM or similar. I started to read S4wiki, prorably my qestion is noobly but what all thys acronims means or can I have some information about it, because I cant find any for example:
rlsol to plsol calculation
Converting from load to pressure is primarily a function of fupsrl (100% load is 1 bar at standard temp and humidity, assuming a VE of 1) and tans (mass density is dependent on temperature).

Roughly, this corresponds to:

plsol = (rlsol + rfagr) / fupsrl / fpbrkds / vpsspls

Where

rfagr is the amount of airmass displaced by the residual pressure leftover from the last cycle
fupsrl is the 100% load -> 1 bar conversion (dependent on tans)
fpbrkds is the pumping correction based on VE
vpsspls is the pressure drop across the throttle plate
The actual calculation is pretty complex; there many other correction factors involved..

According to the FR, assuming SY_BDE is false, and SY_AGR is true:

rfagr
rfagr is the air mass displaced by the pressure of the gases in the combustion leftover from the (presumably partially incomplete) exhaust stroke

pirg = fho * KFPRG
   fho = pu/1013
   KFPRG = ~70
fpbrkds corrects for VE (dependent on RPM and cam timing). It is used here to calculate rfagr and later as a correction to pssol

fpbrkds = ~1.016 (from KFPBRK/KFPBRKNW)
pbr = ps * fpbrkds
psagr = 250 (?)
rfagr = MAX(pbr-pirg,0)*fupsrl * psagr/ps
fupsrl
fupsrl is where most of the magic happens: it is the most basic conversion between load and pressure. Note that it is approximately 0.10, where 100 load => 1000mbar.

fupsrl = KFURL * ftbr
   KFURL = ~0.1037
ftbr
ftbr corrects the pressure based on temperature (i.e. for a given specified load, you need more pressure for an equivalent airmass at an increased temp). It is based on evtmod and fwft

evtmod is the modeled combustion chamber temperature, based on tans (intake air temp) and tmot (coolant temp). The idea is the the combustion chamber temp is basically the intake air temp heated by the engine block. In most cases, evtmod will be very very close to tans.

evtmod = tans + (tmot - tans) * KFFWTBR
   KFFWTBR = ~0.02
fwft is a correction factor that can be applied to ftbr according to FWFTBRTA

fwft = FWFTBRTA(tans)
   FWTFTBRTA(tans) = (tans+673.425)/731.334 (linear fit to stock FWFTBRTA)
ftbr's relationship to evtmod (from tans) and fwft is fixed and cannot be altered other than in the code itself:

ftbr = 273/(evtmod+273) * fwft
In theory, one could construct FWFTBRTA such that ftbr is flat with respect to tans (after being corrected by fwft), if you want to use a flat LDIATA and KFTARX with no side effects.

pssol
Moving on, now we can calculate desired manifold pressure pssol:

pssol = (MAX(rlsol-rlr,0) + rfagr + rlr)/fupsrl/fpbrkds
Note that rlr cancels itself out, aside from the initial MAX(rlsol-rlr,0) contribution, so its calculation is omitted here for brevity (assuming we only care about regions where rlsol>=rlr), yielding:

pssol = (rlsol + rfagr)/fupsrl/fpbrkds


I ask about what "pssol" "rlsol" means? Thanks a lot!

Lambda is never percent. Lambda is always relative to 1.

Sorry for noob question, what AUM mean?

thanks