In an effort to make tuning considerably more precise and direct, is their a command sequence deployable that can go down the list of say a Tunerpro datalog in spread sheet form and selectively pull out and place in order parameters for a specific RPM only?
For example, I datalog over various throttle applications in the 3000 rpm range instead of looking at say 30 minutes of data, I have the spread sheet systematically find all of the 3000 rpm points, then place them in order according to Kpa value and then all the TPS positions at 3k rpm and X Kpa value and then the O2 reading at that point to help direct to the exact area of the fuel table that needs to be changedl
Illustration could appear like this:
3000 rpm____Kpa______TPS___WBO2 (or AFR etc.)
____________30_______.20___rich
_____________________.35____rich
_____________________.40____rich/lean
_________etc.
____________40_______.20____lean
_____________________.35____lean
and so on.
With a data log organized this way you can immediately go to the rpm, Kpa and TPS position on the VE table of choice and make a near pinpoint adjustment to the problem area and although not in the example you will also have multiple readings at the same Kpa and TPS position to check for bias where if 10 points at the same address show 7 out of 10 readings lean then at that location it is most likely lean despite three rich readings. Am I to ambitious with my idea?
For example, I datalog over various throttle applications in the 3000 rpm range instead of looking at say 30 minutes of data, I have the spread sheet systematically find all of the 3000 rpm points, then place them in order according to Kpa value and then all the TPS positions at 3k rpm and X Kpa value and then the O2 reading at that point to help direct to the exact area of the fuel table that needs to be changedl
Illustration could appear like this:
3000 rpm____Kpa______TPS___WBO2 (or AFR etc.)
____________30_______.20___rich
_____________________.35____rich
_____________________.40____rich/lean
_________etc.
____________40_______.20____lean
_____________________.35____lean
and so on.
With a data log organized this way you can immediately go to the rpm, Kpa and TPS position on the VE table of choice and make a near pinpoint adjustment to the problem area and although not in the example you will also have multiple readings at the same Kpa and TPS position to check for bias where if 10 points at the same address show 7 out of 10 readings lean then at that location it is most likely lean despite three rich readings. Am I to ambitious with my idea?
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