// C1MA
double voltESS     =               pabRecord[cbRecordHeader +  4];
double ampESS      = *(int16_t *) &pabRecord[cbRecordHeader +  6]; // Scott451
double ampLine     = *(uint16_t *)&pabRecord[cbRecordHeader +  8];
double voltLine    = *(uint16_t *)&pabRecord[cbRecordHeader + 10];
double tempCoolant =               pabRecord[cbRecordHeader + 15]; // Scott451
double tempESSMin  = *(uint16_t *)&pabRecord[cbRecordHeader + 28]; // Scott451
double tempESSMax  = *(uint16_t *)&pabRecord[cbRecordHeader + 30]; // Scott451


// C1MB
Assert(s_rver == rver20);
uint16_t ampLine    = *(uint16_t *)&pabRecord[cbRecordHeader +  4];
uint16_t voltLine   = *(uint16_t *)&pabRecord[cbRecordHeader +  6];
double tempCoolant  =               pabRecord[cbRecordHeader + 11]; // Scott451
double tempESSMin   = *(uint16_t *)&pabRecord[cbRecordHeader + 24]; // Scott451
double tempESSMax   = *(uint16_t *)&pabRecord[cbRecordHeader + 26]; // Scott451

// DR1M
double tempPEM     =                                  pabRecord[cbRecordHeader +  7] * 0.5;        // Steve Casner
double tempMotor   = s_rver == rver15 ? *(int16_t  *)&pabRecord[cbRecordHeader +  8] / 256.0       // Steve Casner
									  :               pabRecord[cbRecordHeader +  8];              // my guess
double tempCoolant =                                  pabRecord[cbRecordHeader + 10] * 0.5 - 30.0; // Steve Casner
double tempESSMin  =                    *(int16_t  *)&pabRecord[cbRecordHeader + 16] / 256.0;      // Steve Casner
double tempESSMax  =                    *(int16_t  *)&pabRecord[cbRecordHeader + 18] / 256.0;      // Steve Casner
double tempMotor2  = s_rver == rver15 ? 0 :           pabRecord[cbRecordHeader + 24];              // v2 cars have 2 motor temp sensors