/*format =2*/



/* General */

{

/*ecuId                     =GM_C3_ECM,

/*fileSize                  =1000,

/*checkSumAddr              =0,

/*checkSumSize              =2,

/*checkSumStartAddr         =4,

/*checkSumEndAddr           =FFF,

/*Items                     =109,,

};



/* Item 1: Checksum */

{

/*startAddr                 =0,

/*columns                   =2,

/*rows                      =1,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0,

/*mulOrDivOrBit             =0,

/*factor                    =1,

/*map_name                  =Checksum,

/*ylabel                    =,

/*yaxis                     =,

/*xlabel                    =,

/*xaxis                     =,,

};



/* Item 2: PROM ID */

{

/*startAddr                 =2,

/*columns                   =2,

/*rows                      =1,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0,

/*mulOrDivOrBit             =0,

/*factor                    =1,

/*map_name                  =PROM ID,

/*ylabel                    =,

/*yaxis                     =,

/*xlabel                    =,

/*xaxis                     =,,

};



/* Item 3: Checksum Enable and Flags */

{

/*startAddr                 =4,

/*columns                   =1,

/*rows                      =8,

/*elementSize               =1,

/*bitMask                   =80,

/*offset                    =0,

/*mulOrDivOrBit             =2,

/*factor                    =1,

/*map_name                  =Checksum Enable and Flags,

/*ylabel                    =---,

/*yaxis                     =,

/*xlabel                    =Enable/Disable,

/*xaxis                     =Bit,,

};



/* Item 4: Options @ 0x0006 */

{

/*startAddr                 =6,

/*columns                   =1,

/*rows                      =8,

/*elementSize               =1,

/*bitMask                   =80,

/*offset                    =0,

/*mulOrDivOrBit             =2,

/*factor                    =1,

/*map_name                  =Options @ 0x0006,

/*ylabel                    =---,

/*yaxis                     =   -    -    -    -    -    -    - BstNk,

/*xlabel                    =Enable/Disable,

/*xaxis                     =Bit,,

};



/* Item 5: Spark Advance-Initial */

{

/*startAddr                 =9,

/*columns                   =1,

/*rows                      =1,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0,

/*mulOrDivOrBit             =0,

/*factor                    =0.35156,

/*map_name                  =Spark Advance-Initial,

/*ylabel                    =,

/*yaxis                     =,

/*xlabel                    =Deg,

/*xaxis                     =,,

};



/* Item 6: Max RPM for Spark Slope(strts 3600) */

{

/*startAddr                 =C,

/*columns                   =1,

/*rows                      =1,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0,

/*mulOrDivOrBit             =0,

/*factor                    =25,

/*map_name                  =Max RPM for Spark Slope(strts 3600),

/*ylabel                    =,

/*yaxis                     =,

/*xlabel                    =RPM,

/*xaxis                     =,,

};



/* Item 7: Spark Slope-Deg/1K Rpm */

{

/*startAddr                 =D,

/*columns                   =1,

/*rows                      =1,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0,

/*mulOrDivOrBit             =0,

/*factor                    =0.10986,

/*map_name                  =Spark Slope-Deg/1K Rpm,

/*ylabel                    =,

/*yaxis                     =,

/*xlabel                    =Deg,

/*xaxis                     =,,

};



/* Item 8: Spark Bias - Warm */

{

/*startAddr                 =14,

/*columns                   =1,

/*rows                      =1,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0,

/*mulOrDivOrBit             =0,

/*factor                    =0.35156,

/*map_name                  =Spark Bias - Warm,

/*ylabel                    =,

/*yaxis                     =,

/*xlabel                    =Deg,

/*xaxis                     =,,

};



/* Item 9: Spark Bias - Cold */

{

/*startAddr                 =15,

/*columns                   =1,

/*rows                      =1,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0,

/*mulOrDivOrBit             =0,

/*factor                    =0.35156,

/*map_name                  =Spark Bias - Cold,

/*ylabel                    =,

/*yaxis                     =,

/*xlabel                    =Deg,

/*xaxis                     =,,

};



/* Item 10: Cylinder Select */

{

/*startAddr                 =16,

/*columns                   =1,

/*rows                      =1,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0,

/*mulOrDivOrBit             =0,

/*factor                    =1,

/*map_name                  =Cylinder Select,

/*ylabel                    =,

/*yaxis                     =,

/*xlabel                    =,

/*xaxis                     =,,

};



/* Item 11: Maximum Spark Allowed */

{

/*startAddr                 =1A,

/*columns                   =1,

/*rows                      =1,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0,

/*mulOrDivOrBit             =0,

/*factor                    =0.35156,

/*map_name                  =Maximum Spark Allowed,

/*ylabel                    =,

/*yaxis                     =,

/*xlabel                    =Deg,

/*xaxis                     =,,

};



/* Item 12: Maximum Retard Allowed */

{

/*startAddr                 =1C,

/*columns                   =1,

/*rows                      =1,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =-89.5,

/*mulOrDivOrBit             =0,

/*factor                    =0.35156,

/*map_name                  =Maximum Retard Allowed,

/*ylabel                    =,

/*yaxis                     =,

/*xlabel                    =Deg,

/*xaxis                     =,,

};



/* Item 13: ALDL/Closed Loop Spark */

{

/*startAddr                 =23,

/*columns                   =1,

/*rows                      =1,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0,

/*mulOrDivOrBit             =0,

/*factor                    =0.35156,

/*map_name                  =ALDL/Closed Loop Spark,

/*ylabel                    =,

/*yaxis                     =,

/*xlabel                    =Deg,

/*xaxis                     =,,

};



/* Item 14: HiWay SA MPH Thres */

{

/*startAddr                 =24,

/*columns                   =1,

/*rows                      =1,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0,

/*mulOrDivOrBit             =0,

/*factor                    =0.3125,

/*map_name                  =HiWay SA MPH Thres,

/*ylabel                    =,

/*yaxis                     =,

/*xlabel                    =>MPH,

/*xaxis                     =,,

};



/* Item 15: HiWay SA Min Time Thres */

{

/*startAddr                 =25,

/*columns                   =1,

/*rows                      =1,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0,

/*mulOrDivOrBit             =0,

/*factor                    =1,

/*map_name                  =HiWay SA Min Time Thres,

/*ylabel                    =,

/*yaxis                     =,

/*xlabel                    =>Sec,

/*xaxis                     =,,

};



/* Item 16: PE/Strtup Spark ReCalc Interval */

{

/*startAddr                 =26,

/*columns                   =1,

/*rows                      =1,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0.2,

/*mulOrDivOrBit             =0,

/*factor                    =0.2,

/*map_name                  =PE/Strtup Spark ReCalc Interval,

/*ylabel                    =,

/*yaxis                     =,

/*xlabel                    =Sec,

/*xaxis                     =,,

};



/* Item 17: PE Spark Time Out */

{

/*startAddr                 =27,

/*columns                   =1,

/*rows                      =1,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0,

/*mulOrDivOrBit             =0,

/*factor                    =1,

/*map_name                  =PE Spark Time Out,

/*ylabel                    =,

/*yaxis                     =,

/*xlabel                    =Sec,

/*xaxis                     =,,

};



/* Item 18: PE Min RPM for Decay */

{

/*startAddr                 =28,

/*columns                   =1,

/*rows                      =1,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0,

/*mulOrDivOrBit             =0,

/*factor                    =25,

/*map_name                  =PE Min RPM for Decay,

/*ylabel                    =,

/*yaxis                     =,

/*xlabel                    =RPM,

/*xaxis                     =,,

};



/* Item 19: PE Spark Decay Coolant Thres */

{

/*startAddr                 =29,

/*columns                   =1,

/*rows                      =1,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0,

/*mulOrDivOrBit             =0,

/*factor                    =1,

/*map_name                  =PE Spark Decay Coolant Thres,

/*ylabel                    =,

/*yaxis                     =,

/*xlabel                    =Temp,

/*xaxis                     =,,

};



/* Item 20: PE Spark Advance Amount */

{

/*startAddr                 =2A,

/*columns                   =1,

/*rows                      =1,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0,

/*mulOrDivOrBit             =0,

/*factor                    =0.703125,

/*map_name                  =PE Spark Advance Amount,

/*ylabel                    =,

/*yaxis                     =,

/*xlabel                    =Deg,

/*xaxis                     =,,

};



/* Item 21: Knock Retard MPH Cutoff Thres */

{

/*startAddr                 =2B,

/*columns                   =1,

/*rows                      =1,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0,

/*mulOrDivOrBit             =0,

/*factor                    =1,

/*map_name                  =Knock Retard MPH Cutoff Thres,

/*ylabel                    =,

/*yaxis                     =,

/*xlabel                    =<MPH,

/*xaxis                     =,,

};



/* Item 22: Knock Retard RPM Cutoff Thres */

{

/*startAddr                 =2C,

/*columns                   =1,

/*rows                      =1,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0,

/*mulOrDivOrBit             =0,

/*factor                    =12.5,

/*map_name                  =Knock Retard RPM Cutoff Thres,

/*ylabel                    =,

/*yaxis                     =,

/*xlabel                    =<RPM,

/*xaxis                     =,,

};



/* Item 23: Knock Retard Temp Cutoff Thres */

{

/*startAddr                 =2D,

/*columns                   =1,

/*rows                      =1,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0,

/*mulOrDivOrBit             =0,

/*factor                    =1,

/*map_name                  =Knock Retard Temp Cutoff Thres,

/*ylabel                    =,

/*yaxis                     =,

/*xlabel                    =<Temp,

/*xaxis                     =,,

};



/* Item 24: Brst Knock Det Rate-MAP Thres */

{

/*startAddr                 =2E,

/*columns                   =1,

/*rows                      =1,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0,

/*mulOrDivOrBit             =0,

/*factor                    =0.625,

/*map_name                  =Brst Knock Det Rate-MAP Thres,

/*ylabel                    =,

/*yaxis                     =,

/*xlabel                    =Kpa,

/*xaxis                     =,,

};



/* Item 25: Brst Knock Det Rate-TPS Thres */

{

/*startAddr                 =2F,

/*columns                   =1,

/*rows                      =1,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0,

/*mulOrDivOrBit             =0,

/*factor                    =0.3906,

/*map_name                  =Brst Knock Det Rate-TPS Thres,

/*ylabel                    =,

/*yaxis                     =,

/*xlabel                    =%,

/*xaxis                     =,,

};



/* Item 26: Brst Knock Det Rate-TPS Delta */

{

/*startAddr                 =30,

/*columns                   =1,

/*rows                      =1,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0,

/*mulOrDivOrBit             =0,

/*factor                    =0.3906,

/*map_name                  =Brst Knock Det Rate-TPS Delta,

/*ylabel                    =,

/*yaxis                     =,

/*xlabel                    =%,

/*xaxis                     =,,

};



/* Item 27: Brst Knock Duration */

{

/*startAddr                 =31,

/*columns                   =1,

/*rows                      =1,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0,

/*mulOrDivOrBit             =0,

/*factor                    =0.0125,

/*map_name                  =Brst Knock Duration,

/*ylabel                    =,

/*yaxis                     =,

/*xlabel                    =Sec's,

/*xaxis                     =,,

};



/* Item 28: Spark Advance (sub warm bias) */

{

/*startAddr                 =35,

/*columns                   =15,

/*rows                      =14,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0,

/*mulOrDivOrBit             =0,

/*factor                    =0.35156,

/*map_name                  =Spark Advance (sub warm bias),

/*ylabel                    =RPM,

/*yaxis                     =  400  600  800 1000 1200 1400 1600 1800 2000 2200 2400 2800 3200 3600,

/*xlabel                    =Load kPa,

/*xaxis                     =30 35 40 45 50 55 60 65 70 75 80 85 90 95 100,,

};



/* Item 29: Coolant Comp Spk Adv(sub cold bias) */

{

/*startAddr                 =10A,

/*columns                   =5,

/*rows                      =12,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0,

/*mulOrDivOrBit             =0,

/*factor                    =0.35156,

/*map_name                  =Coolant Comp Spk Adv(sub cold bias),

/*ylabel                    =C,

/*yaxis                     =    5   15   25   35   45   55   65   75   85   95  105  115,

/*xlabel                    =VAC kPa,

/*xaxis                     =40 30 20 10  0,,

};



/* Item 30: HiWay Spk Added */

{

/*startAddr                 =157,

/*columns                   =1,

/*rows                      =6,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0,

/*mulOrDivOrBit             =0,

/*factor                    =0.35156,

/*map_name                  =HiWay Spk Added,

/*ylabel                    =KpaVac,

/*yaxis                     =   50   40   30   20   10    0,

/*xlabel                    = Deg,

/*xaxis                     =,,

};



/* Item 31: PE Spark in Degrees */

{

/*startAddr                 =15E,

/*columns                   =1,

/*rows                      =8,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0,

/*mulOrDivOrBit             =0,

/*factor                    =0.35156,

/*map_name                  =PE Spark in Degrees,

/*ylabel                    =RPM,

/*yaxis                     =  800 1200 1600 2000 2400 2800 3200 3600,

/*xlabel                    =Deg,

/*xaxis                     =,,

};



/* Item 32: Burst Knock Retard */

{

/*startAddr                 =167,

/*columns                   =1,

/*rows                      =6,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0,

/*mulOrDivOrBit             =0,

/*factor                    =0.35156,

/*map_name                  =Burst Knock Retard,

/*ylabel                    =C,

/*yaxis                     =   75   85   95  100  105  110,

/*xlabel                    =Deg,

/*xaxis                     =,,

};



/* Item 33: Startup Spk Added */

{

/*startAddr                 =16E,

/*columns                   =1,

/*rows                      =5,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0,

/*mulOrDivOrBit             =0,

/*factor                    =0.35156,

/*map_name                  =Startup Spk Added,

/*ylabel                    =C,

/*yaxis                     = Cold   24   50   81  Hot,

/*xlabel                    =Deg,

/*xaxis                     =,,

};



/* Item 34: Startup Spk Decay */

{

/*startAddr                 =174,

/*columns                   =1,

/*rows                      =5,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0,

/*mulOrDivOrBit             =0,

/*factor                    =1,

/*map_name                  =Startup Spk Decay,

/*ylabel                    =C,

/*yaxis                     = Cold   24   50   81  Hot,

/*xlabel                    =Sec's,

/*xaxis                     =,,

};



/* Item 35: Startup Spk Decay Mult */

{

/*startAddr                 =17A,

/*columns                   =1,

/*rows                      =5,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0,

/*mulOrDivOrBit             =0,

/*factor                    =0.390625,

/*map_name                  =Startup Spk Decay Mult,

/*ylabel                    =C,

/*yaxis                     = Cold   24   50   81  Hot,

/*xlabel                    =%,

/*xaxis                     =,,

};



/* Item 36: PE Knock Retard in Degrees */

{

/*startAddr                 =17F,

/*columns                   =1,

/*rows                      =9,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0,

/*mulOrDivOrBit             =0,

/*factor                    =0.176,

/*map_name                  =PE Knock Retard in Degrees,

/*ylabel                    =RPM,

/*yaxis                     =  400  600  800 1200 1600 2000 2400 3200 4000,

/*xlabel                    =Deg,

/*xaxis                     =,,

};



/* Item 37: Knock Retard in Degrees */

{

/*startAddr                 =188,

/*columns                   =1,

/*rows                      =5,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0,

/*mulOrDivOrBit             =0,

/*factor                    =0.176,

/*map_name                  =Knock Retard in Degrees,

/*ylabel                    =KpaVac,

/*yaxis                     =   40   30   20   10    0,

/*xlabel                    = Deg,

/*xaxis                     =,,

};



/* Item 38: Knock Retard Attack Rate */

{

/*startAddr                 =18D,

/*columns                   =1,

/*rows                      =9,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0,

/*mulOrDivOrBit             =0,

/*factor                    =25.5,

/*map_name                  =Knock Retard Attack Rate,

/*ylabel                    =RPM,

/*yaxis                     =  400  600  800 1200 1600 2000 2400 3200 4000,

/*xlabel                    = Deg/Sec,

/*xaxis                     =,,

};



/* Item 39: Knock Retard Recovery Rate */

{

/*startAddr                 =196,

/*columns                   =1,

/*rows                      =9,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0,

/*mulOrDivOrBit             =0,

/*factor                    =1.95312,

/*map_name                  =Knock Retard Recovery Rate,

/*ylabel                    =RPM,

/*yaxis                     =  400  600  800 1200 1600 2000 2400 3200 4000,

/*xlabel                    =%/mSec,

/*xaxis                     =,,

};



/* Item 40: Spark Latency Correction */

{

/*startAddr                 =1A0,

/*columns                   =1,

/*rows                      =13,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0,

/*mulOrDivOrBit             =0,

/*factor                    =15.26,

/*map_name                  =Spark Latency Correction,

/*ylabel                    =RPM,

/*yaxis                     =    0  400  800 1200 1600 2000 2400 2800 3200 3600 4000 4400 4800,

/*xlabel                    = uSec,

/*xaxis                     =,,

};



/* Item 41: EGR Temp On */

{

/*startAddr                 =1B3,

/*columns                   =1,

/*rows                      =1,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0,

/*mulOrDivOrBit             =0,

/*factor                    =1,

/*map_name                  =EGR Temp On,

/*ylabel                    =,

/*yaxis                     =,

/*xlabel                    =,

/*xaxis                     =,,

};



/* Item 42: EGR on - Low VSS */

{

/*startAddr                 =1B4,

/*columns                   =1,

/*rows                      =1,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0,

/*mulOrDivOrBit             =0,

/*factor                    =1,

/*map_name                  =EGR on - Low VSS,

/*ylabel                    =,

/*yaxis                     =,

/*xlabel                    =,

/*xaxis                     =,,

};



/* Item 43: EGR on - Hi VSS */

{

/*startAddr                 =1B5,

/*columns                   =1,

/*rows                      =1,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0,

/*mulOrDivOrBit             =0,

/*factor                    =1,

/*map_name                  =EGR on - Hi VSS,

/*ylabel                    =,

/*yaxis                     =,

/*xlabel                    =,

/*xaxis                     =,,

};



/* Item 44: EGR on - Low TPS% */

{

/*startAddr                 =1B6,

/*columns                   =1,

/*rows                      =1,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0,

/*mulOrDivOrBit             =0,

/*factor                    =0.3906,

/*map_name                  =EGR on - Low TPS%,

/*ylabel                    =,

/*yaxis                     =,

/*xlabel                    =,

/*xaxis                     =,,

};



/* Item 45: EGR on - Hi TPS% */

{

/*startAddr                 =1B7,

/*columns                   =1,

/*rows                      =1,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0,

/*mulOrDivOrBit             =0,

/*factor                    =0.3906,

/*map_name                  =EGR on - Hi TPS%,

/*ylabel                    =,

/*yaxis                     =,

/*xlabel                    =,

/*xaxis                     =,,

};



/* Item 46: EGR on - *Low VAC Kpa* */

{

/*startAddr                 =1B8,

/*columns                   =1,

/*rows                      =1,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0,

/*mulOrDivOrBit             =0,

/*factor                    =0.6786,

/*map_name                  =EGR on - *Low VAC Kpa*,

/*ylabel                    =,

/*yaxis                     =,

/*xlabel                    =(set to 0xFD),

/*xaxis                     =,,

};



/* Item 47: EGR on - *Hi VAC Kpa* */

{

/*startAddr                 =1B9,

/*columns                   =1,

/*rows                      =1,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0,

/*mulOrDivOrBit             =0,

/*factor                    =0.6786,

/*map_name                  =EGR on - *Hi VAC Kpa*,

/*ylabel                    =,

/*yaxis                     =,

/*xlabel                    =(set to 0xFF),

/*xaxis                     =,,

};



/* Item 48: EGR off - *TPS% Thres* */

{

/*startAddr                 =1BF,

/*columns                   =1,

/*rows                      =1,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0,

/*mulOrDivOrBit             =0,

/*factor                    =0.3906,

/*map_name                  =EGR off - *TPS% Thres*,

/*ylabel                    =,

/*yaxis                     =,

/*xlabel                    =(set to 0x00),

/*xaxis                     =,,

};



/* Item 49: Clsd Loop Timer Warm Thres */

{

/*startAddr                 =296,

/*columns                   =1,

/*rows                      =1,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0,

/*mulOrDivOrBit             =0,

/*factor                    =1,

/*map_name                  =Clsd Loop Timer Warm Thres,

/*ylabel                    =,

/*yaxis                     =,

/*xlabel                    =,

/*xaxis                     =,,

};



/* Item 50: Clsd Loop Timer Warm Sec's */

{

/*startAddr                 =297,

/*columns                   =1,

/*rows                      =1,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0,

/*mulOrDivOrBit             =0,

/*factor                    =0.5,

/*map_name                  =Clsd Loop Timer Warm Sec's,

/*ylabel                    =,

/*yaxis                     =,

/*xlabel                    =,

/*xaxis                     =,,

};



/* Item 51: Clsd Loop Timer Cold Sec's */

{

/*startAddr                 =298,

/*columns                   =1,

/*rows                      =1,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0,

/*mulOrDivOrBit             =0,

/*factor                    =0.5,

/*map_name                  =Clsd Loop Timer Cold Sec's,

/*ylabel                    =,

/*yaxis                     =,

/*xlabel                    =,

/*xaxis                     =,,

};



/* Item 52: Open Loop Idle Thres MPH */

{

/*startAddr                 =29E,

/*columns                   =1,

/*rows                      =1,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0,

/*mulOrDivOrBit             =0,

/*factor                    =1,

/*map_name                  =Open Loop Idle Thres MPH,

/*ylabel                    =0-255,

/*yaxis                     =MPH,

/*xlabel                    =at,

/*xaxis                     =,,

};



/* Item 53: Open Loop Idle Thres TPS% */

{

/*startAddr                 =29F,

/*columns                   =1,

/*rows                      =1,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0,

/*mulOrDivOrBit             =0,

/*factor                    =0.3906,

/*map_name                  =Open Loop Idle Thres TPS%,

/*ylabel                    =,

/*yaxis                     =%,

/*xlabel                    =TPS,

/*xaxis                     =at,,

};



/* Item 54: Open Loop Idle Off--RPM */

{

/*startAddr                 =2A0,

/*columns                   =1,

/*rows                      =1,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0,

/*mulOrDivOrBit             =0,

/*factor                    =25,

/*map_name                  =Open Loop Idle Off--RPM,

/*ylabel                    =,

/*yaxis                     =,

/*xlabel                    =,

/*xaxis                     =,,

};



/* Item 55: Max OpnLp AFR at Idle */

{

/*startAddr                 =2A4,

/*columns                   =1,

/*rows                      =1,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0,

/*mulOrDivOrBit             =0,

/*factor                    =0.1,

/*map_name                  =Max OpnLp AFR at Idle,

/*ylabel                    =,

/*yaxis                     =,

/*xlabel                    =,

/*xaxis                     =,,

};



/* Item 56: Open Loop Max AFR */

{

/*startAddr                 =2A8,

/*columns                   =1,

/*rows                      =1,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0,

/*mulOrDivOrBit             =0,

/*factor                    =0.1,

/*map_name                  =Open Loop Max AFR,

/*ylabel                    =,

/*yaxis                     =,

/*xlabel                    =,

/*xaxis                     =,,

};



/* Item 57: Min OpnLp AFR at Idle */

{

/*startAddr                 =2A9,

/*columns                   =1,

/*rows                      =1,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0,

/*mulOrDivOrBit             =0,

/*factor                    =0.1,

/*map_name                  =Min OpnLp AFR at Idle,

/*ylabel                    =,

/*yaxis                     =,

/*xlabel                    =,

/*xaxis                     =,,

};



/* Item 58: Stoich AFR */

{

/*startAddr                 =2AA,

/*columns                   =1,

/*rows                      =1,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0,

/*mulOrDivOrBit             =0,

/*factor                    =0.1,

/*map_name                  =Stoich AFR,

/*ylabel                    =,

/*yaxis                     =,

/*xlabel                    =,

/*xaxis                     =,,

};



/* Item 59: BPW Const for EGR off */

{

/*startAddr                 =2B4,

/*columns                   =1,

/*rows                      =1,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0,

/*mulOrDivOrBit             =0,

/*factor                    =1,

/*map_name                  =BPW Const for EGR off,

/*ylabel                    =,

/*yaxis                     =,

/*xlabel                    =,

/*xaxis                     =,,

};



/* Item 60: Max BLM */

{

/*startAddr                 =2B9,

/*columns                   =1,

/*rows                      =1,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0,

/*mulOrDivOrBit             =0,

/*factor                    =1,

/*map_name                  =Max BLM,

/*ylabel                    =,

/*yaxis                     =,

/*xlabel                    =,

/*xaxis                     =,,

};



/* Item 61: Min BLM */

{

/*startAddr                 =2BA,

/*columns                   =1,

/*rows                      =1,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0,

/*mulOrDivOrBit             =0,

/*factor                    =1,

/*map_name                  =Min BLM,

/*ylabel                    =,

/*yaxis                     =,

/*xlabel                    =,

/*xaxis                     =,,

};



/* Item 62: Max BLM Val @ Init */

{

/*startAddr                 =2BB,

/*columns                   =1,

/*rows                      =1,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0,

/*mulOrDivOrBit             =0,

/*factor                    =1,

/*map_name                  =Max BLM Val @ Init,

/*ylabel                    =,

/*yaxis                     =,

/*xlabel                    =,

/*xaxis                     =,,

};



/* Item 63: Min BLM Val @ Init */

{

/*startAddr                 =2BC,

/*columns                   =1,

/*rows                      =1,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0,

/*mulOrDivOrBit             =0,

/*factor                    =1,

/*map_name                  =Min BLM Val @ Init,

/*ylabel                    =,

/*yaxis                     =,

/*xlabel                    =,

/*xaxis                     =,,

};



/* Item 64: O2 Stay in ClsdLp-Upper */

{

/*startAddr                 =2BD,

/*columns                   =1,

/*rows                      =1,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0,

/*mulOrDivOrBit             =0,

/*factor                    =4.34028,

/*map_name                  =O2 Stay in ClsdLp-Upper,

/*ylabel                    =,

/*yaxis                     =,

/*xlabel                    =mvdc,

/*xaxis                     =,,

};



/* Item 65: O2 Stay in ClsdLp-Lower */

{

/*startAddr                 =2BE,

/*columns                   =1,

/*rows                      =1,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0,

/*mulOrDivOrBit             =0,

/*factor                    =4.34028,

/*map_name                  =O2 Stay in ClsdLp-Lower,

/*ylabel                    =,

/*yaxis                     =,

/*xlabel                    =mvdc,

/*xaxis                     =,,

};



/* Item 66: O2 Go into ClsdLp-Upper */

{

/*startAddr                 =2BF,

/*columns                   =1,

/*rows                      =1,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0,

/*mulOrDivOrBit             =0,

/*factor                    =4.34028,

/*map_name                  =O2 Go into ClsdLp-Upper,

/*ylabel                    =,

/*yaxis                     =,

/*xlabel                    =mvdc,

/*xaxis                     =,,

};



/* Item 67: O2 Go into ClsdLp-Lower */

{

/*startAddr                 =2C0,

/*columns                   =1,

/*rows                      =1,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0,

/*mulOrDivOrBit             =0,

/*factor                    =4.34028,

/*map_name                  =O2 Go into ClsdLp-Lower,

/*ylabel                    =,

/*yaxis                     =,

/*xlabel                    =mvdc,

/*xaxis                     =,,

};



/* Item 68: Min Integrator */

{

/*startAddr                 =2C3,

/*columns                   =1,

/*rows                      =1,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0,

/*mulOrDivOrBit             =0,

/*factor                    =1,

/*map_name                  =Min Integrator,

/*ylabel                    =,

/*yaxis                     =,

/*xlabel                    =,

/*xaxis                     =,,

};



/* Item 69: Max Integrator */

{

/*startAddr                 =2C4,

/*columns                   =1,

/*rows                      =1,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0,

/*mulOrDivOrBit             =0,

/*factor                    =1,

/*map_name                  =Max Integrator,

/*ylabel                    =,

/*yaxis                     =,

/*xlabel                    =,

/*xaxis                     =,,

};



/* Item 70: Max AFR (ClsdLp?) */

{

/*startAddr                 =2C5,

/*columns                   =1,

/*rows                      =1,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0,

/*mulOrDivOrBit             =0,

/*factor                    =0.1,

/*map_name                  =Max AFR (ClsdLp?),

/*ylabel                    =,

/*yaxis                     =,

/*xlabel                    =,

/*xaxis                     =,,

};



/* Item 71: Lwr Cool Thres PE Timer Bypass */

{

/*startAddr                 =2C9,

/*columns                   =1,

/*rows                      =1,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0,

/*mulOrDivOrBit             =0,

/*factor                    =1,

/*map_name                  =Lwr Cool Thres PE Timer Bypass,

/*ylabel                    =,

/*yaxis                     =,

/*xlabel                    =,

/*xaxis                     =,,

};



/* Item 72: Upr Cool Thres PE Timer Bypass */

{

/*startAddr                 =2CA,

/*columns                   =1,

/*rows                      =1,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0,

/*mulOrDivOrBit             =0,

/*factor                    =1,

/*map_name                  =Upr Cool Thres PE Timer Bypass,

/*ylabel                    =,

/*yaxis                     =,

/*xlabel                    =,

/*xaxis                     =,,

};



/* Item 73: PE TPS Hyst */

{

/*startAddr                 =2CB,

/*columns                   =1,

/*rows                      =1,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0,

/*mulOrDivOrBit             =0,

/*factor                    =0.3906,

/*map_name                  =PE TPS Hyst,

/*ylabel                    =,

/*yaxis                     =,

/*xlabel                    =,

/*xaxis                     =,,

};



/* Item 74: Delay PE Below RPM */

{

/*startAddr                 =2CC,

/*columns                   =1,

/*rows                      =1,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0,

/*mulOrDivOrBit             =0,

/*factor                    =25,

/*map_name                  =Delay PE Below RPM,

/*ylabel                    =,

/*yaxis                     =,

/*xlabel                    =,

/*xaxis                     =,,

};



/* Item 75: PE not Delayed is TPS% GT */

{

/*startAddr                 =2CD,

/*columns                   =1,

/*rows                      =1,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0,

/*mulOrDivOrBit             =0,

/*factor                    =0.3906,

/*map_name                  =PE not Delayed is TPS% GT,

/*ylabel                    =,

/*yaxis                     =,

/*xlabel                    =,

/*xaxis                     =,,

};



/* Item 76: Sec's Timer Delay for PE */

{

/*startAddr                 =2CE,

/*columns                   =1,

/*rows                      =1,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0,

/*mulOrDivOrBit             =0,

/*factor                    =0.05,

/*map_name                  =Sec's Timer Delay for PE,

/*ylabel                    =,

/*yaxis                     =,

/*xlabel                    =,

/*xaxis                     =,,

};



/* Item 77: Cool Temp Thres for PE */

{

/*startAddr                 =2CF,

/*columns                   =1,

/*rows                      =1,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0,

/*mulOrDivOrBit             =0,

/*factor                    =1,

/*map_name                  =Cool Temp Thres for PE,

/*ylabel                    =,

/*yaxis                     =,

/*xlabel                    =,

/*xaxis                     =,,

};



/* Item 78: RPM Thres for PE */

{

/*startAddr                 =2D0,

/*columns                   =1,

/*rows                      =1,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0,

/*mulOrDivOrBit             =0,

/*factor                    =25,

/*map_name                  =RPM Thres for PE,

/*ylabel                    =,

/*yaxis                     =,

/*xlabel                    =,

/*xaxis                     =,,

};



/* Item 79: PE AFR for Cold */

{

/*startAddr                 =2D1,

/*columns                   =1,

/*rows                      =1,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0,

/*mulOrDivOrBit             =0,

/*factor                    =0.1,

/*map_name                  =PE AFR for Cold,

/*ylabel                    =,

/*yaxis                     =,

/*xlabel                    =AFR,

/*xaxis                     =,,

};



/* Item 80: Choke AFR Timeout */

{

/*startAddr                 =2D2,

/*columns                   =1,

/*rows                      =1,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0.2,

/*mulOrDivOrBit             =0,

/*factor                    =0.2,

/*map_name                  =Choke AFR Timeout,

/*ylabel                    =,

/*yaxis                     =,

/*xlabel                    =Sec,

/*xaxis                     =,,

};



/* Item 81: Choke Hot Timeout */

{

/*startAddr                 =2D3,

/*columns                   =1,

/*rows                      =1,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0,

/*mulOrDivOrBit             =0,

/*factor                    =0.2,

/*map_name                  =Choke Hot Timeout,

/*ylabel                    =,

/*yaxis                     =,

/*xlabel                    =Sec,

/*xaxis                     =,,

};



/* Item 82: Choke Cold Timeout */

{

/*startAddr                 =2D4,

/*columns                   =1,

/*rows                      =1,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0,

/*mulOrDivOrBit             =0,

/*factor                    =0.2,

/*map_name                  =Choke Cold Timeout,

/*ylabel                    =,

/*yaxis                     =,

/*xlabel                    =Sec,

/*xaxis                     =,,

};



/* Item 83: Choke Coolant Hot/Cold Thres */

{

/*startAddr                 =2D5,

/*columns                   =1,

/*rows                      =1,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0,

/*mulOrDivOrBit             =0,

/*factor                    =1,

/*map_name                  =Choke Coolant Hot/Cold Thres,

/*ylabel                    =,

/*yaxis                     =,

/*xlabel                    =tbl3,

/*xaxis                     =,,

};



/* Item 84: Delta Map AcelPmp uSec */

{

/*startAddr                 =30E,

/*columns                   =1,

/*rows                      =5,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0,

/*mulOrDivOrBit             =0,

/*factor                    =61,

/*map_name                  =Delta Map AcelPmp uSec,

/*ylabel                    =MAP%,

/*yaxis                     =   0   20   40   60   80,

/*xlabel                    =uSec,

/*xaxis                     =,,

};



/* Item 85: Delta TPS AcelPmp uSec */

{

/*startAddr                 =314,

/*columns                   =1,

/*rows                      =9,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0,

/*mulOrDivOrBit             =0,

/*factor                    =61,

/*map_name                  =Delta TPS AcelPmp uSec,

/*ylabel                    =TPS%,

/*yaxis                     = 0.0  3.1  6.3  9.4 12.5 15.6 18.8 21.9 25.0,

/*xlabel                    =uSec,

/*xaxis                     =,,

};



/* Item 86: TPS vs Cool Coef AcelPmp */

{

/*startAddr                 =31E,

/*columns                   =1,

/*rows                      =6,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0,

/*mulOrDivOrBit             =0,

/*factor                    =3.9,

/*map_name                  =TPS vs Cool Coef AcelPmp,

/*ylabel                    =TempC,

/*yaxis                     =   -5   15   35   55   75   95,

/*xlabel                    =Coef,

/*xaxis                     =,,

};



/* Item 87: VE as % (FL1) */

{

/*startAddr                 =37F,

/*columns                   =8,

/*rows                      =9,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0,

/*mulOrDivOrBit             =0,

/*factor                    =0.390625,

/*map_name                  =VE as % (FL1),

/*ylabel                    =kPa,

/*yaxis                     =   20   30   40   50   60   70   80   90  100,,

/*xlabel                    =RPM,

/*xaxis                     =4008001201602002402803200,

};



/* Item 88: VE as % (FL2) */

{

/*startAddr                 =3C7,

/*columns                   =1,

/*rows                      =17,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0,

/*mulOrDivOrBit             =0,

/*factor                    =0.390625,

/*map_name                  =VE as % (FL2),

/*ylabel                    =RPM,

/*yaxis                     =    0  400  800 1200 1600 2000 2400 2800 3200 3600 4000 4400 4800 5200 5600 6000 6400,

/*xlabel                    =%,

/*xaxis                     =,,

};



/* Item 89: A/F during Cranking */

{

/*startAddr                 =449,

/*columns                   =1,

/*rows                      =17,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0,

/*mulOrDivOrBit             =0,

/*factor                    =0.1,

/*map_name                  =A/F during Cranking,

/*ylabel                    =TempC,

/*yaxis                     = Cold   -7  6.5   16   24   31   37   44   50   57   64   72   81   92  109  139  Hot,

/*xlabel                    =AFR,

/*xaxis                     =,,

};



/* Item 90: OpLp A/F vs Temp */

{

/*startAddr                 =45A,

/*columns                   =1,

/*rows                      =17,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0,

/*mulOrDivOrBit             =0,

/*factor                    =0.1,

/*map_name                  =OpLp A/F vs Temp,

/*ylabel                    =TempC,

/*yaxis                     = Cold   -7  6.5   16   24   31   37   44   50   57   64   72   81   92  109  139  Hot,

/*xlabel                    =AFR,

/*xaxis                     =,,

};



/* Item 91: WOT Starts at VDC of TPS */

{

/*startAddr                 =47D,

/*columns                   =1,

/*rows                      =9,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0,

/*mulOrDivOrBit             =0,

/*factor                    =2,

/*map_name                  =WOT Starts at VDC of TPS,

/*ylabel                    =RPM,

/*yaxis                     =    0  400  800 1200 1600 2000 2400 2800 3200,

/*xlabel                    = Volts,

/*xaxis                     =,,

};



/* Item 92: WOT AFR */

{

/*startAddr                 =486,

/*columns                   =1,

/*rows                      =9,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0,

/*mulOrDivOrBit             =0,

/*factor                    =0.1,

/*map_name                  =WOT AFR,

/*ylabel                    =RPM,

/*yaxis                     =    0  400  800 1200 1600 2000 2400 2800 3200,

/*xlabel                    =AFR,

/*xaxis                     =,,

};



/* Item 93: ALDL IAC Position */

{

/*startAddr                 =4EB,

/*columns                   =2,

/*rows                      =1,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0,

/*mulOrDivOrBit             =0,

/*factor                    =1,

/*map_name                  =ALDL IAC Position,

/*ylabel                    =,

/*yaxis                     =,

/*xlabel                    =,

/*xaxis                     =,,

};



/* Item 94: ALDL INTegrator */

{

/*startAddr                 =4F7,

/*columns                   =2,

/*rows                      =1,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0,

/*mulOrDivOrBit             =0,

/*factor                    =1,

/*map_name                  =ALDL INTegrator,

/*ylabel                    =,

/*yaxis                     =,

/*xlabel                    =,

/*xaxis                     =,,

};



/* Item 95: ALDL BLM */

{

/*startAddr                 =509,

/*columns                   =2,

/*rows                      =1,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0,

/*mulOrDivOrBit             =0,

/*factor                    =1,

/*map_name                  =ALDL BLM,

/*ylabel                    =,

/*yaxis                     =,

/*xlabel                    =,

/*xaxis                     =,,

};



/* Item 96: ALDL O2 Cross Cnts */

{

/*startAddr                 =50B,

/*columns                   =2,

/*rows                      =1,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0,

/*mulOrDivOrBit             =0,

/*factor                    =1,

/*map_name                  =ALDL O2 Cross Cnts,

/*ylabel                    =,

/*yaxis                     =,

/*xlabel                    =,

/*xaxis                     =,,

};



/* Item 97: Malf Flags - 12 thru 24 */

{

/*startAddr                 =50D,

/*columns                   =1,

/*rows                      =8,

/*elementSize               =1,

/*bitMask                   =80,

/*offset                    =0,

/*mulOrDivOrBit             =2,

/*factor                    =1,

/*map_name                  =Malf Flags - 12 thru 24,

/*ylabel                    =Code,

/*yaxis                     =DRP12O2 13CTS14CTS15TPS21TPS22MAT23VSS24,

/*xlabel                    =Enable/Disable,

/*xaxis                     =Bit,,

};



/* Item 98: Malf Flags - 25 thru 42 */

{

/*startAddr                 =50E,

/*columns                   =1,

/*rows                      =8,

/*elementSize               =1,

/*bitMask                   =80,

/*offset                    =0,

/*mulOrDivOrBit             =2,

/*factor                    =1,

/*map_name                  =Malf Flags - 25 thru 42,

/*ylabel                    =Code,

/*yaxis                     =MAT25MAP31EGR32MAP33MAP34IAC35DRP41EST42,

/*xlabel                    =Enable/Disable,

/*xaxis                     =Bit,,

};



/* Item 99: Malf Flags - 43 thru 55 */

{

/*startAddr                 =50F,

/*columns                   =1,

/*rows                      =8,

/*elementSize               =1,

/*bitMask                   =80,

/*offset                    =0,

/*mulOrDivOrBit             =2,

/*factor                    =1,

/*map_name                  =Malf Flags - 43 thru 55,

/*ylabel                    =Code,

/*yaxis                     =ESC43O2 44O2 45PRM51CAL52VAT53FPR54ADU55,

/*xlabel                    =Enable/Disable,

/*xaxis                     =Bit,,

};



/* Item 100: Startups Required to Erase Err Codes */

{

/*startAddr                 =510,

/*columns                   =1,

/*rows                      =1,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0,

/*mulOrDivOrBit             =0,

/*factor                    =1,

/*map_name                  =Startups Required to Erase Err Codes,

/*ylabel                    =,

/*yaxis                     =,

/*xlabel                    =,

/*xaxis                     =,,

};



/* Item 101: Init for A/C on Steps */

{

/*startAddr                 =5C1,

/*columns                   =1,

/*rows                      =1,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0,

/*mulOrDivOrBit             =0,

/*factor                    =1,

/*map_name                  =Init for A/C on Steps,

/*ylabel                    =,

/*yaxis                     =,

/*xlabel                    =,

/*xaxis                     =,,

};



/* Item 102: IAC Park Position */

{

/*startAddr                 =5C2,

/*columns                   =1,

/*rows                      =1,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0,

/*mulOrDivOrBit             =0,

/*factor                    =1,

/*map_name                  =IAC Park Position,

/*ylabel                    =,

/*yaxis                     =,

/*xlabel                    =,

/*xaxis                     =,,

};



/* Item 103: IAC Pk to Run Delay Sec's */

{

/*startAddr                 =5C3,

/*columns                   =1,

/*rows                      =1,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0,

/*mulOrDivOrBit             =0,

/*factor                    =1,

/*map_name                  =IAC Pk to Run Delay Sec's,

/*ylabel                    =,

/*yaxis                     =,

/*xlabel                    =,

/*xaxis                     =,,

};



/* Item 104: Pwr Steer Stall RPM */

{

/*startAddr                 =5C4,

/*columns                   =1,

/*rows                      =1,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0,

/*mulOrDivOrBit             =0,

/*factor                    =12.5,

/*map_name                  =Pwr Steer Stall RPM,

/*ylabel                    =,

/*yaxis                     =,

/*xlabel                    =,

/*xaxis                     =,,

};



/* Item 105: Exit Pwr Steer Stall RPM */

{

/*startAddr                 =5C5,

/*columns                   =1,

/*rows                      =1,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0,

/*mulOrDivOrBit             =0,

/*factor                    =12.5,

/*map_name                  =Exit Pwr Steer Stall RPM,

/*ylabel                    =,

/*yaxis                     =,

/*xlabel                    =,

/*xaxis                     =,,

};



/* Item 106: %TPS for Closed Throttle */

{

/*startAddr                 =5C6,

/*columns                   =1,

/*rows                      =1,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0,

/*mulOrDivOrBit             =0,

/*factor                    =0.3906,

/*map_name                  =%TPS for Closed Throttle,

/*ylabel                    =,

/*yaxis                     =,

/*xlabel                    =,

/*xaxis                     =,,

};



/* Item 107: Max IAC Limit */

{

/*startAddr                 =5DE,

/*columns                   =1,

/*rows                      =1,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0,

/*mulOrDivOrBit             =0,

/*factor                    =1,

/*map_name                  =Max IAC Limit,

/*ylabel                    =,

/*yaxis                     =,

/*xlabel                    =,

/*xaxis                     =,,

};



/* Item 108: IAC Position vs Temp */

{

/*startAddr                 =5F5,

/*columns                   =1,

/*rows                      =17,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0,

/*mulOrDivOrBit             =0,

/*factor                    =1,

/*map_name                  =IAC Position vs Temp,

/*ylabel                    =TempC,

/*yaxis                     =  Hot  136  107   91   80   71   63   56   49   43   37   31   24   16    6   -9 Cold},

/*xlabel                    = ,

/*xaxis                     = ,,

};



/* Item 109: Desired ClsdLp Idle Speed */

{

/*startAddr                 =60E,

/*columns                   =1,

/*rows                      =9,

/*elementSize               =1,

/*bitMask                   =0,

/*offset                    =0,

/*mulOrDivOrBit             =0,

/*factor                    =12.5,

/*map_name                  =Desired ClsdLp Idle Speed,

/*ylabel                    =TempC,

/*yaxis                     =   55   65   75   85   95  100  105  110  115,

/*xlabel                    =RPM,

/*xaxis                     =,,

};