Hmm must not be the base I found for the info I got.
Code: Select all
288_FrTrq,Front Trq,220288,(A*256+B-10000)/10,-200,200,Nm,
288_FrRPM,Front RPM,220288,C*256+D-20000,-10000,10000,RPM,
288_FrPwr,Front Power,220288,VAL{288_FrTrq}*VAL{288_FrRPM}/9548.8,-70,70,kW,
288_FrForce,Front Force,220288,VAL{288_FrTrq}*20.05,-5000,5000,N,
288_E,288_E,220288,E,0,255,?,
288_F,288_F,220288,F,0,255,?,
288_G,288_G,220288,G,0,255,?,
288_H,288_H,220288,H,0,255,?,
289_RrTrq,Rear Trq,220289,(A*256+B-10000)/10,-200,200,Nm,
289_RrRPM,Rear RPM,220289,C*256+D-20000,-10000,10000,RPM,
289_RrPwr,Rear Power,220289,VAL{289_RrTrq}*VAL{289_RrRPM}/9548.8,-70,70,kW,
289_RrForce,Rear Force,220289,VAL{289_RrTrq}*27.42,-5000,5000,N,
28B_GenTrq,Gen Trq,22028B,(A*256+B-10000)/10,-200,200,Nm,
28B_GenRPM,Gen RPM,22028B,C*256+D-20000,-10000,10000,RPM,
28B_GenPwr,Gen Power,22028B,VAL{28B_GenTrq}*VAL{28B_GenRPM}/9548.8,-70,70,kW,
28B_E,28B_E,22028B,E,0,255,?,
28B_F,28B_F,22028B,F,0,255,?,
28B_G,28B_G,22028B,G,0,255,?,
28B_H,28B_H,22028B,H,0,255,?,
732_RrCurr1,Rear Curr 1,220732,A*256+B-1000,0,255,A,
732_RrCurr2,Rear Curr 2,220732,C*256+D-1000,0,255,A,
732_RrDiff1,Rear Diff 1,220732,E,0,255,%,
732_RrDiff2,Rear Diff 2,220732,F,0,255,%,
732_G,732_G,220732,G,0,255,Cnt,
732_H,732_H,220732,H,0,255,Cnt,
734_GenCurr1,Generator Curr 1,220734,A*256+B-1000,0,255,A,
734_GenCurr2,Generator Curr 2,220734,C*256+D-1000,0,255,A,
734_GenDiff1,Generator Diff 1,220734,E,0,255,%,
734_GenDiff2,Generator Diff 2,220734,F,0,255,%,
734_G,734_G,220734,G,0,255,Cnt,
734_H,734_H,220734,H,0,255,Cnt,
75A_FrCurr1,Front Curr 1,22075A,A*256+B-1000,0,255,Cnt,
75A_FrCurr2,Front Curr 2,22075A,C*256+D-1000,0,255,Cnt,
75A_FrDiff1,Front Diff 1,22075A,E,0,255,%,
75A_FrDiff2,Front Diff 2,22075A,F,0,255,%,
75A_G,75A_G,22075A,G,0,255,Cnt,
75A_H,75A_H,22075A,H,0,255,Cnt,
However on the outlander forum I believe there are links to can logs for further analysis.