diff --git a/20200416_MQ4 PHEV_2020_FD-P_v20.03.03W.dbc b/20200416_MQ4 PHEV_2020_FD-P_v20.03.03W.dbc
new file mode 100644
index 0000000..decc447
--- /dev/null
+++ b/20200416_MQ4 PHEV_2020_FD-P_v20.03.03W.dbc	
@@ -0,0 +1,24083 @@
+VERSION ""
+
+
+NS_ :
+	NS_DESC_
+	CM_
+	BA_DEF_
+	BA_
+	VAL_
+	CAT_DEF_
+	CAT_
+	FILTER
+	BA_DEF_DEF_
+	EV_DATA_
+	ENVVAR_DATA_
+	SGTYPE_
+	SGTYPE_VAL_
+	BA_DEF_SGTYPE_
+	BA_SGTYPE_
+	SIG_TYPE_REF_
+	VAL_TABLE_
+	SIG_GROUP_
+	SIG_VALTYPE_
+	SIGTYPE_VALTYPE_
+	BO_TX_BU_
+	BA_DEF_REL_
+	BA_REL_
+	BA_DEF_DEF_REL_
+	BU_SG_REL_
+	BU_EV_REL_
+	BU_BO_REL_
+	SG_MUL_VAL_
+
+BS_:
+
+BU_: AWD SBW_SHFTR_FF TCU EMS SCU_FF OPU IBU CGW FD_P
+
+
+BO_ 1642 LSD_CCP_transmit: 8 FD_P
+ SG_ LSD_CCP_transmit_Byte0 : 0|8@1+ (1,0) [0|0] ""  CGW
+ SG_ LSD_CCP_transmit_Byte2 : 16|8@1+ (1,0) [0|0] ""  CGW
+ SG_ LSD_CCP_transmit_Byte3 : 24|8@1+ (1,0) [0|0] ""  CGW
+ SG_ LSD_CCP_transmit_Byte4 : 32|8@1+ (1,0) [0|0] ""  CGW
+ SG_ LSD_CCP_transmit_Byte5 : 40|8@1+ (1,0) [0|0] ""  CGW
+ SG_ LSD_CCP_transmit_Byte6 : 48|8@1+ (1,0) [0|0] ""  CGW
+ SG_ LSD_CCP_transmit_Byte7 : 56|8@1+ (1,0) [0|0] ""  CGW
+ SG_ LSD_CCP_transmit_Byte1 : 8|8@1+ (1,0) [0|0] ""  CGW
+
+BO_ 1643 LSD_CCP_receive: 8 CGW
+ SG_ LSD_CCP_receive_Byte0 : 0|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ LSD_CCP_receive_Byte2 : 16|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ LSD_CCP_receive_Byte3 : 24|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ LSD_CCP_receive_Byte4 : 32|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ LSD_CCP_receive_Byte5 : 40|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ LSD_CCP_receive_Byte6 : 48|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ LSD_CCP_receive_Byte7 : 56|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ LSD_CCP_receive_Byte1 : 8|8@1+ (1,0) [0|0] ""  FD_P
+
+BO_ 1640 SCU_FF_CCP_DAQ2: 8 FD_P
+ SG_ SCU_FF_CCP_DAQ2_Byte0 : 0|8@1+ (1,0) [0|0] ""  CGW
+ SG_ SCU_FF_CCP_DAQ2_Byte2 : 16|8@1+ (1,0) [0|0] ""  CGW
+ SG_ SCU_FF_CCP_DAQ2_Byte3 : 24|8@1+ (1,0) [0|0] ""  CGW
+ SG_ SCU_FF_CCP_DAQ2_Byte4 : 32|8@1+ (1,0) [0|0] ""  CGW
+ SG_ SCU_FF_CCP_DAQ2_Byte5 : 40|8@1+ (1,0) [0|0] ""  CGW
+ SG_ SCU_FF_CCP_DAQ2_Byte6 : 48|8@1+ (1,0) [0|0] ""  CGW
+ SG_ SCU_FF_CCP_DAQ2_Byte7 : 56|8@1+ (1,0) [0|0] ""  CGW
+ SG_ SCU_FF_CCP_DAQ2_Byte1 : 8|8@1+ (1,0) [0|0] ""  CGW
+
+BO_ 549 CLU_02_100ms: 16 CGW
+ SG_ CLU_Crc2Val : 0|16@1+ (1,0) [0|0] ""  AWD,IBU
+ SG_ CLU_RefuelWrnSta : 100|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ CLU_IceWrnIndSta : 102|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ CLU_DrvngModSwSta : 104|4@1+ (1,0) [0|0] ""  AWD,EMS,TCU
+ SG_ CLU_FuelLvlSta : 108|7@1+ (1,0) [0|0] "%"  Vector__XXX
+ SG_ CLU_OutTempFSta : 115|8@1+ (1,-40) [0|0] ""  Vector__XXX
+ SG_ CLU_TerrainModSwSta : 123|3@1+ (1,0) [0|0] ""  AWD,TCU
+ SG_ CLU_AlvCnt2Val : 16|8@1+ (1,0) [0|0] ""  AWD,IBU
+ SG_ CLU_OutTempCSta : 24|8@1+ (1,-40) [0|0] ""  Vector__XXX
+ SG_ CLU_DTEVal : 32|12@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ CLU_TripUnitSta : 44|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ CLU_AvgFuelCnsmptnVal : 46|10@1+ (0.1,0) [0|0] ""  Vector__XXX
+ SG_ CLU_AvgFuelCnsmptnUnitSta : 56|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ CLU_LoFuelWrngSta : 58|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ CLU_RefuelDetSta : 60|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ CLU_TerrainMainSwSta : 62|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ CLU_LngSta : 64|5@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ CLU_SRSWrngLmpSta : 69|3@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ CLU_OdoVal : 72|24@1+ (0.1,0) [0|0] "km"  AWD,EMS,TCU,OPU,IBU,SCU_FF
+ SG_ CLU_DawLastBrkTimeVal : 96|4@1+ (1,0) [0|0] ""  Vector__XXX
+
+BO_ 1646 FPCM_CCP_REQ: 8 CGW
+ SG_ FPCM_CCP_REQ_Byte0 : 0|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ FPCM_CCP_REQ_Byte2 : 16|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ FPCM_CCP_REQ_Byte3 : 24|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ FPCM_CCP_REQ_Byte4 : 32|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ FPCM_CCP_REQ_Byte5 : 40|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ FPCM_CCP_REQ_Byte6 : 48|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ FPCM_CCP_REQ_Byte7 : 56|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ FPCM_CCP_REQ_Byte1 : 8|8@1+ (1,0) [0|0] ""  FD_P
+
+BO_ 1097 BCM_13_200ms: 8 CGW
+ SG_ BCM_Crc13Val : 0|8@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ BCM_AlvCnt13Val : 12|4@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ Lamp_InlTailLmpSta_BCM : 16|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ Lamp_ExtrnlTailLmpSta_BCM : 18|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ Lamp_HzrdSwSta_BCM : 20|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ Lamp_TrnSigLmpLftOnReq_BCM : 22|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ Lamp_TrnSigLmpRtOnReq_BCM : 24|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ Lamp_RoomLmpOnReq_BCM : 26|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ PHEV_FuelDrCtrlFlag : 40|2@1+ (1,0) [0|0] ""  EMS
+ SG_ HeatedSteerWheel_AutoOffSta_BCM : 48|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HeatedSteerWheel_StrWhlHtrSwSta_BCM : 50|2@1+ (1,0) [0|0] ""  Vector__XXX
+
+BO_ 1647 EMS_FPCM_CCP_RESP: 8 FD_P
+ SG_ EMS_FPCM_CCP_RESP_Byte0 : 0|8@1+ (1,0) [0|0] ""  CGW
+ SG_ EMS_FPCM_CCP_RESP_Byte2 : 16|8@1+ (1,0) [0|0] ""  CGW
+ SG_ EMS_FPCM_CCP_RESP_Byte3 : 24|8@1+ (1,0) [0|0] ""  CGW
+ SG_ EMS_FPCM_CCP_RESP_Byte4 : 32|8@1+ (1,0) [0|0] ""  CGW
+ SG_ EMS_FPCM_CCP_RESP_Byte5 : 40|8@1+ (1,0) [0|0] ""  CGW
+ SG_ EMS_FPCM_CCP_RESP_Byte6 : 48|8@1+ (1,0) [0|0] ""  CGW
+ SG_ EMS_FPCM_CCP_RESP_Byte7 : 56|8@1+ (1,0) [0|0] ""  CGW
+ SG_ EMS_FPCM_CCP_RESP_Byte1 : 8|8@1+ (1,0) [0|0] ""  CGW
+
+BO_ 1644 LSD_CCP_DAQ0: 8 FD_P
+ SG_ LSD_CCP_DAQ0_Byte0 : 0|8@1+ (1,0) [0|0] ""  CGW
+ SG_ LSD_CCP_DAQ0_Byte2 : 16|8@1+ (1,0) [0|0] ""  CGW
+ SG_ LSD_CCP_DAQ0_Byte3 : 24|8@1+ (1,0) [0|0] ""  CGW
+ SG_ LSD_CCP_DAQ0_Byte4 : 32|8@1+ (1,0) [0|0] ""  CGW
+ SG_ LSD_CCP_DAQ0_Byte5 : 40|8@1+ (1,0) [0|0] ""  CGW
+ SG_ LSD_CCP_DAQ0_Byte6 : 48|8@1+ (1,0) [0|0] ""  CGW
+ SG_ LSD_CCP_DAQ0_Byte7 : 56|8@1+ (1,0) [0|0] ""  CGW
+ SG_ LSD_CCP_DAQ0_Byte1 : 8|8@1+ (1,0) [0|0] ""  CGW
+
+BO_ 1645 LSD_CCP_DAQ1: 8 FD_P
+ SG_ LSD_CCP_DAQ1_Byte0 : 0|8@1+ (1,0) [0|0] ""  CGW
+ SG_ LSD_CCP_DAQ1_Byte2 : 16|8@1+ (1,0) [0|0] ""  CGW
+ SG_ LSD_CCP_DAQ1_Byte3 : 24|8@1+ (1,0) [0|0] ""  CGW
+ SG_ LSD_CCP_DAQ1_Byte4 : 32|8@1+ (1,0) [0|0] ""  CGW
+ SG_ LSD_CCP_DAQ1_Byte5 : 40|8@1+ (1,0) [0|0] ""  CGW
+ SG_ LSD_CCP_DAQ1_Byte6 : 48|8@1+ (1,0) [0|0] ""  CGW
+ SG_ LSD_CCP_DAQ1_Byte7 : 56|8@1+ (1,0) [0|0] ""  CGW
+ SG_ LSD_CCP_DAQ1_Byte1 : 8|8@1+ (1,0) [0|0] ""  CGW
+
+BO_ 1634 AWD_CCP_DAQ0: 8 AWD
+ SG_ AWD_CCP_DAQ0_Byte0 : 0|8@1+ (1,0) [0|0] ""  CGW
+ SG_ AWD_CCP_DAQ0_Byte2 : 16|8@1+ (1,0) [0|0] ""  CGW
+ SG_ AWD_CCP_DAQ0_Byte3 : 24|8@1+ (1,0) [0|0] ""  CGW
+ SG_ AWD_CCP_DAQ0_Byte4 : 32|8@1+ (1,0) [0|0] ""  CGW
+ SG_ AWD_CCP_DAQ0_Byte5 : 40|8@1+ (1,0) [0|0] ""  CGW
+ SG_ AWD_CCP_DAQ0_Byte6 : 48|8@1+ (1,0) [0|0] ""  CGW
+ SG_ AWD_CCP_DAQ0_Byte7 : 56|8@1+ (1,0) [0|0] ""  CGW
+ SG_ AWD_CCP_DAQ0_Byte1 : 8|8@1+ (1,0) [0|0] ""  CGW
+
+BO_ 1635 AWD_CCP_DAQ1: 8 AWD
+ SG_ AWD_CCP_DAQ1_Byte0 : 0|8@1+ (1,0) [0|0] ""  CGW
+ SG_ AWD_CCP_DAQ1_Byte2 : 16|8@1+ (1,0) [0|0] ""  CGW
+ SG_ AWD_CCP_DAQ1_Byte3 : 24|8@1+ (1,0) [0|0] ""  CGW
+ SG_ AWD_CCP_DAQ1_Byte4 : 32|8@1+ (1,0) [0|0] ""  CGW
+ SG_ AWD_CCP_DAQ1_Byte5 : 40|8@1+ (1,0) [0|0] ""  CGW
+ SG_ AWD_CCP_DAQ1_Byte6 : 48|8@1+ (1,0) [0|0] ""  CGW
+ SG_ AWD_CCP_DAQ1_Byte7 : 56|8@1+ (1,0) [0|0] ""  CGW
+ SG_ AWD_CCP_DAQ1_Byte1 : 8|8@1+ (1,0) [0|0] ""  CGW
+
+BO_ 1632 AWD_CCP_transmit: 8 AWD
+ SG_ AWD_CCP_transmit_Byte0 : 0|8@1+ (1,0) [0|0] ""  CGW
+ SG_ AWD_CCP_transmit_Byte2 : 16|8@1+ (1,0) [0|0] ""  CGW
+ SG_ AWD_CCP_transmit_Byte3 : 24|8@1+ (1,0) [0|0] ""  CGW
+ SG_ AWD_CCP_transmit_Byte4 : 32|8@1+ (1,0) [0|0] ""  CGW
+ SG_ AWD_CCP_transmit_Byte5 : 40|8@1+ (1,0) [0|0] ""  CGW
+ SG_ AWD_CCP_transmit_Byte6 : 48|8@1+ (1,0) [0|0] ""  CGW
+ SG_ AWD_CCP_transmit_Byte7 : 56|8@1+ (1,0) [0|0] ""  CGW
+ SG_ AWD_CCP_transmit_Byte1 : 8|8@1+ (1,0) [0|0] ""  CGW
+
+BO_ 1633 AWD_CCP_receive: 8 CGW
+ SG_ AWD_CCP_receive_Byte0 : 0|8@1+ (1,0) [0|0] ""  AWD,FD_P
+ SG_ AWD_CCP_receive_Byte2 : 16|8@1+ (1,0) [0|0] ""  AWD,FD_P
+ SG_ AWD_CCP_receive_Byte3 : 24|8@1+ (1,0) [0|0] ""  AWD,FD_P
+ SG_ AWD_CCP_receive_Byte4 : 32|8@1+ (1,0) [0|0] ""  AWD,FD_P
+ SG_ AWD_CCP_receive_Byte5 : 40|8@1+ (1,0) [0|0] ""  AWD,FD_P
+ SG_ AWD_CCP_receive_Byte6 : 48|8@1+ (1,0) [0|0] ""  AWD,FD_P
+ SG_ AWD_CCP_receive_Byte7 : 56|8@1+ (1,0) [0|0] ""  AWD,FD_P
+ SG_ AWD_CCP_receive_Byte1 : 8|8@1+ (1,0) [0|0] ""  AWD,FD_P
+
+BO_ 1638 SCU_FF_CCP_DAQ0: 8 FD_P
+ SG_ SCU_FF_CCP_DAQ0_Byte0 : 0|8@1+ (1,0) [0|0] ""  CGW
+ SG_ SCU_FF_CCP_DAQ0_Byte2 : 16|8@1+ (1,0) [0|0] ""  CGW
+ SG_ SCU_FF_CCP_DAQ0_Byte3 : 24|8@1+ (1,0) [0|0] ""  CGW
+ SG_ SCU_FF_CCP_DAQ0_Byte4 : 32|8@1+ (1,0) [0|0] ""  CGW
+ SG_ SCU_FF_CCP_DAQ0_Byte5 : 40|8@1+ (1,0) [0|0] ""  CGW
+ SG_ SCU_FF_CCP_DAQ0_Byte6 : 48|8@1+ (1,0) [0|0] ""  CGW
+ SG_ SCU_FF_CCP_DAQ0_Byte7 : 56|8@1+ (1,0) [0|0] ""  CGW
+ SG_ SCU_FF_CCP_DAQ0_Byte1 : 8|8@1+ (1,0) [0|0] ""  CGW
+
+BO_ 554 HCU_04_100ms: 32 CGW
+ SG_ HCU_Crc4Val : 0|16@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_HiFuelEfncyVal : 100|7@1+ (1,0) [0|0] "%"  Vector__XXX
+ SG_ HCU_IG3RlyModSta : 107|4@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_IG3RlyOnlySta : 111|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_IG3RlyOnReq : 113|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_LoFuelEfncyVal : 115|7@1+ (1,0) [0|0] "%"  Vector__XXX
+ SG_ HCU_MainRlyOnReq : 122|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_ChgCycSta : 124|2@1+ (1,0) [0|3] ""  Vector__XXX
+ SG_ HCU_MtrDisChrgMaxTqPcVal : 128|9@1+ (0.1953125,0) [0|0] ""  TCU
+ SG_ HCU_MtrGenPwrVal : 137|6@1+ (1,0) [0|0] "kW"  Vector__XXX
+ SG_ HCU_MtrMaxTqPcVal : 143|9@1+ (0.1953125,0) [0|0] ""  TCU
+ SG_ HCU_NrmlFuelEfncyVal : 152|7@1+ (1,0) [0|0] "%"  Vector__XXX
+ SG_ HCU_PhevDrvModIndSta : 159|5@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_AlvCnt4Val : 16|8@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_PhevDrvModSta : 164|4@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_PrdtvCoastIndSta : 168|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_PrdtvCoastWrngSta : 170|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_PrgrmChrgDataSta : 172|6@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_PrgrmChrgOptSta : 178|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_PrgrmChrgSet1FriSta : 180|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_PrgrmChrgSet1ModSta : 182|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_PrgrmChrgSet1MonSta : 184|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_PrgrmChrgSet1SatSta : 186|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_PrgrmChrgSet1Sta : 188|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_PrgrmChrgSet1StpDataVal : 192|6@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_PrgrmChrgSet1StpHrVal : 198|5@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_PrgrmChrgSet1StpMinVal : 203|3@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_PrgrmChrgSet1StpOptSta : 206|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_PrgrmChrgSet1StrtHrVal : 208|5@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_PrgrmChrgSet1StrtMinVal : 213|3@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_PrgrmChrgSet1SunSta : 216|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_PrgrmChrgSet1ThuSta : 218|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_PrgrmChrgSet1TueSta : 220|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_PrgrmChrgSet1WedSta : 222|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_PrgrmChrgSet4MonSta : 224|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_PrgrmChrgSet4Sta : 226|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_PrgrmChrgSetSta : 228|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_PrgrmChrgStpReq : 230|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_PrgrmChrgWaitModChrgIndSta : 232|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_SysShtOffWrngSta : 234|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_TowLvlSta : 236|2@1+ (1,0) [0|0] ""  TCU
+ SG_ HCU_AuxBatChrgUsmSta : 24|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_AvnWkUpReq : 26|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_ChrgCnclReq : 28|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_ChrgCtrlModSta : 30|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_ChrgDpltModSta : 32|2@1+ (1,0) [0|0] ""  EMS,TCU
+ SG_ HCU_ChrgFlCnfmSta : 34|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_ChrgInhbtReq : 36|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_ClmtOpPrmssnSta : 38|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_CoasingEvtDis : 40|4@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_CoastIndLmpCtrlModSta : 44|3@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_CoastIndLmpDis : 47|3@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_DteCalSta : 50|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_DteOffDis : 52|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_EcoDasFuelSvDis : 54|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ Hcu_BabyModAct : 56|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_EcoDasFuelSvVal : 64|10@1+ (0.01,0) [0|0] ""  Vector__XXX
+ SG_ HCU_EVModDTEKmVal : 74|9@1+ (1,0) [0|0] "km"  Vector__XXX
+ SG_ HCU_EVModDTEMileVal : 83|9@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_FuelEfncySta : 92|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_FuelEfncyValdtSta : 94|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_GearBxPosNWrngSta : 96|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_HevChgModSta : 98|2@1+ (1,0) [0|0] ""  Vector__XXX
+
+BO_ 1639 SCU_FF_CCP_DAQ1: 8 FD_P
+ SG_ SCU_FF_CCP_DAQ1_Byte0 : 0|8@1+ (1,0) [0|0] ""  CGW
+ SG_ SCU_FF_CCP_DAQ1_Byte2 : 16|8@1+ (1,0) [0|0] ""  CGW
+ SG_ SCU_FF_CCP_DAQ1_Byte3 : 24|8@1+ (1,0) [0|0] ""  CGW
+ SG_ SCU_FF_CCP_DAQ1_Byte4 : 32|8@1+ (1,0) [0|0] ""  CGW
+ SG_ SCU_FF_CCP_DAQ1_Byte5 : 40|8@1+ (1,0) [0|0] ""  CGW
+ SG_ SCU_FF_CCP_DAQ1_Byte6 : 48|8@1+ (1,0) [0|0] ""  CGW
+ SG_ SCU_FF_CCP_DAQ1_Byte7 : 56|8@1+ (1,0) [0|0] ""  CGW
+ SG_ SCU_FF_CCP_DAQ1_Byte1 : 8|8@1+ (1,0) [0|0] ""  CGW
+
+BO_ 1636 SCU_FF_CCP_Transmit: 8 FD_P
+ SG_ SCU_FF_CCP_Transmit_Byte0 : 0|8@1+ (1,0) [0|0] ""  CGW
+ SG_ SCU_FF_CCP_Transmit_Byte2 : 16|8@1+ (1,0) [0|0] ""  CGW
+ SG_ SCU_FF_CCP_Transmit_Byte3 : 24|8@1+ (1,0) [0|0] ""  CGW
+ SG_ SCU_FF_CCP_Transmit_Byte4 : 32|8@1+ (1,0) [0|0] ""  CGW
+ SG_ SCU_FF_CCP_Transmit_Byte5 : 40|8@1+ (1,0) [0|0] ""  CGW
+ SG_ SCU_FF_CCP_Transmit_Byte6 : 48|8@1+ (1,0) [0|0] ""  CGW
+ SG_ SCU_FF_CCP_Transmit_Byte7 : 56|8@1+ (1,0) [0|0] ""  CGW
+ SG_ SCU_FF_CCP_Transmit_Byte1 : 8|8@1+ (1,0) [0|0] ""  CGW
+
+BO_ 1090 BCM_12_200ms: 8 CGW
+ SG_ BCM_Crc12Val : 0|8@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ BCM_AlvCnt12Val : 12|4@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ BCM_CntryConfgTyp : 16|4@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ BCM_BodyOptTyp : 20|3@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ BCM_SmkOptTyp : 24|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ PHEV_FuelDrOpnSta : 26|2@1+ (1,0) [0|0] ""  EMS
+ SG_ BCM_SunRoofOptTyp : 28|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ BCM_SafetyWdwOptTyp : 30|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ Window_DrvrSdWdwSta_BCM : 32|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ Window_AsstSdWdwSta_BCM : 34|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ Window_RrLftWdwSta_BCM : 36|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ Window_RrRtWdwSta_BCM : 38|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ Window_TunlModAutoIndSta : 40|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ SunRoof_GlassPosSta : 44|4@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ SunRoof_BlindPosSta : 52|4@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ SunRoof_GlassErrSta : 58|3@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ SunRoof_BlindErrSta : 61|3@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ PHEV_FuelDrDis2 : 8|3@1+ (1,0) [0|0] ""  Vector__XXX
+
+BO_ 1637 SCU_CCP_Receive: 8 CGW
+ SG_ SCU_CCP_Receive_Byte0 : 0|8@1+ (1,0) [0|0] ""  SCU_FF,FD_P
+ SG_ SCU_CCP_Receive_Byte2 : 16|8@1+ (1,0) [0|0] ""  SCU_FF,FD_P
+ SG_ SCU_CCP_Receive_Byte3 : 24|8@1+ (1,0) [0|0] ""  SCU_FF,FD_P
+ SG_ SCU_CCP_Receive_Byte4 : 32|8@1+ (1,0) [0|0] ""  SCU_FF,FD_P
+ SG_ SCU_CCP_Receive_Byte5 : 40|8@1+ (1,0) [0|0] ""  SCU_FF,FD_P
+ SG_ SCU_CCP_Receive_Byte6 : 48|8@1+ (1,0) [0|0] ""  SCU_FF,FD_P
+ SG_ SCU_CCP_Receive_Byte7 : 56|8@1+ (1,0) [0|0] ""  SCU_FF,FD_P
+ SG_ SCU_CCP_Receive_Byte1 : 8|8@1+ (1,0) [0|0] ""  SCU_FF,FD_P
+
+BO_ 16 ACU_02_00ms: 8 CGW
+ SG_ ACU_Crc2Val : 0|16@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ ACU_AlvCnt2Val : 16|8@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ ACU_CrshActvSta : 24|2@1+ (1,0) [0|0] ""  OPU
+ SG_ ACU_CrshInfo : 26|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ ACU_CrshTyp : 32|16@1+ (1,0) [0|0] ""  Vector__XXX
+
+BO_ 565 BMS_01_100ms: 32 CGW
+ SG_ BMS_Crc1Val : 0|16@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ xEV_BattPckVoltVal : 104|16@1+ (0.1,0) [0|0] "V"  TCU,OPU
+ SG_ xEV_BattRmndEnrgVal : 144|8@1+ (0.1,0) [0|0] "Kwh"  Vector__XXX
+ SG_ xEV_MtrPwmOnReq : 154|2@1+ (1,0) [0|0] "flag"  Vector__XXX
+ SG_ xEV_HsgPwmOnReq : 156|2@1+ (1,0) [0|0] "flag"  Vector__XXX
+ SG_ xEV_OpuPwmOnReq : 158|2@1+ (1,0) [0|0] ""  OPU
+ SG_ BMS_AlvCnt1Val : 16|8@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ xEV_IsolDetOpSta : 160|2@1+ (1,0) [0|0] ""  OPU
+ SG_ xEV_BattResistDiffVal : 168|8@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ xEV_CrshActvRcvSta : 184|2@1+ (1,0) [0|0] ""  OPU
+ SG_ xEV_BmsHvIntlockReq : 186|2@1+ (1,0) [0|0] ""  OPU
+ SG_ xEV_RlyWeldingSta : 188|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ xEV_OverChrgWrnSta : 24|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ xEV_RlyOffRcvSta : 26|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ xEV_PreChrgSta : 28|2@1+ (1,0) [0|0] ""  OPU
+ SG_ xEV_MILReq : 30|2@1+ (1,0) [0|0] ""  EMS
+ SG_ xEV_BattChrgLimVal : 32|16@1+ (10,0) [0|0] "W"  EMS,TCU
+ SG_ xEV_BattDischrgLimVal : 48|16@1+ (10,0) [0|0] "W"  EMS,TCU
+ SG_ xEV_BatCoolPwrPerm : 64|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ xEV_MRlyOperTmpForEngCrk : 66|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ xEV_ACModSwReq : 68|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ xEV_SysWrnSta : 70|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ xEV_SysCtrlablSta : 72|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ xEV_SysRdySta : 74|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ xEV_SocDecVal : 76|3@1+ (1,0) [0|0] "%"  Vector__XXX
+ SG_ xEV_SocVal : 80|8@1+ (0.5,0) [0|0] "%"  EMS,TCU,OPU
+ SG_ xEV_BatEvtAlarm : 91|3@1+ (1,0) [0|0] ""  Vector__XXX
+
+BO_ 261 EMS_07_10ms: 32 EMS
+ SG_ EMS_Crc7Val : 0|16@1+ (1,0) [0|0] ""  AWD,SCU_FF,TCU,CGW
+ SG_ HEV_AccelPdlVal : 103|10@1+ (0.09784,0) [0|0] "%"  AWD,IBU,SCU_FF,TCU,CGW
+ SG_ HEV_IndTqTar : 113|8@1+ (0.3906,0) [0|0] "%"  AWD,TCU,CGW
+ SG_ EMS_AlvCnt7Val : 16|8@1+ (1,0) [0|0] ""  AWD,SCU_FF,TCU,CGW
+ SG_ HEV_IndTqVal : 24|12@1+ (0.1,0) [0|0] "Nm"  AWD,TCU,CGW
+ SG_ HEV_DrvTqVal : 36|12@1+ (0.390625,0) [0|0] "%"  TCU,CGW
+ SG_ HEV_TqStndVal : 48|6@1+ (10,0) [0|0] "Nm"  AWD,TCU,CGW
+ SG_ HEV_FrctTqVal : 64|12@1+ (0.1,0) [0|0] "Nm"  AWD,TCU,CGW
+ SG_ HEV_EngSpdVal : 76|16@1+ (0.25,0) [0|0] "rpm"  AWD,OPU,SCU_FF,TCU,CGW
+ SG_ HEV_EngOpSta : 92|3@1+ (1,0) [0|0] ""  AWD,SCU_FF,TCU,CGW
+ SG_ HEV_IntakeAirTempVal : 95|8@1+ (0.75,-48) [0|0] "℃"  AWD,TCU,CGW
+
+BO_ 560 HCU_05_100ms: 32 CGW
+ SG_ HCU_Crc5Val : 0|16@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_DptMinSet1Val : 100|3@1+ (10,0) [0|0] "Min"  Vector__XXX
+ SG_ HCU_DptMinSet2Val : 103|3@1+ (10,0) [0|0] "Min"  Vector__XXX
+ SG_ HCU_DrvModSta : 106|2@1+ (1,0) [0|0] ""  EMS,TCU
+ SG_ HCU_EcoChrgEndHrVal : 108|5@1+ (1,0) [0|0] "Hour"  Vector__XXX
+ SG_ HCU_EcoChrgEndHrWeekendVal : 113|5@1+ (1,0) [0|0] "Hour"  Vector__XXX
+ SG_ HCU_EcoChrgEndMinVal : 118|3@1+ (10,0) [0|0] "Min"  Vector__XXX
+ SG_ HCU_EcoChrgEndMinWeekendVal : 121|3@1+ (10,0) [0|0] "Min"  Vector__XXX
+ SG_ HCU_EcoChrgStrtHrVal : 128|5@1+ (1,0) [0|0] "Hour"  Vector__XXX
+ SG_ HCU_EcoChrgStrtHrWeekendVal : 133|5@1+ (1,0) [0|0] "Hour"  Vector__XXX
+ SG_ HCU_EcoChrgStrtMinVal : 138|3@1+ (10,0) [0|0] "Min"  Vector__XXX
+ SG_ HCU_EcoChrgStrtMinWeekendVal : 141|3@1+ (10,0) [0|0] "Min"  Vector__XXX
+ SG_ HCU_EcoLvlVal : 144|8@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_EcoScoVal : 152|4@1+ (1,0) [0|0] "W"  Vector__XXX
+ SG_ HCU_EmissionTestModSta : 156|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_AlvCnt5Val : 16|8@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_EnhancedEVModEnblSta : 160|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_FuelEcoVal : 162|8@1+ (0.2352941176,0) [0|0] "MPG"  Vector__XXX
+ SG_ HCU_HevSysModSta : 170|4@1+ (1,0) [0|0] ""  TCU,SCU_FF
+ SG_ HCU_LdcCtrlModSta : 174|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_LdcInhbtReq : 176|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_LdcUnderVoltCtrlSta : 178|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_NccAlrmInfoSta : 182|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_PaddleCoastCtrlSta : 184|2@1+ (1,0) [0|0] ""  TCU
+ SG_ HCU_PaddleStepCtrlSta : 186|3@1+ (1,0) [0|0] ""  TCU
+ SG_ HCU_PhevDrvModClusterSta : 189|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_PIFailFreezeReq : 192|2@1+ (1,0) [0|0] ""  EMS
+ SG_ HCU_PreFATCHysTempVal : 194|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_PreFATCOffstTempVal : 196|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_SchedChgEndDayVal : 198|3@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_SchedChgEndHrVal : 201|5@1+ (1,0) [0|0] "Hour"  Vector__XXX
+ SG_ HCU_SchedChgEndMinVal : 206|6@1+ (1,0) [0|0] "Min"  Vector__XXX
+ SG_ HCU_SchedChgStrtDayVal : 212|3@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_SchedChgStrtHrVal : 215|5@1+ (1,0) [0|0] "Hour"  Vector__XXX
+ SG_ HCU_SchedChgStrtMinVal : 220|6@1+ (1,0) [0|0] "Min"  Vector__XXX
+ SG_ HCU_SrvLmpDis : 226|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_SrvLmpTmpryOnSta : 228|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_AcnCompPrmsnPwrVal : 230|10@1+ (20,0) [0|0] "W"  Vector__XXX
+ SG_ HCU_AafCtrlReq : 24|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_AcnOpPrmssnSta : 34|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_AcPwrIncSta : 36|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_BlueDrvModSta : 40|2@1+ (1,0) [0|0] ""  EMS,TCU
+ SG_ HCU_BlwOffReq : 42|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_BrkLmpOnReq : 44|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_CcCameraOperSta : 46|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_CcCameraSta : 48|3@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_ChrgIncModSta : 51|2@1+ (1,0) [0|0] ""  EMS
+ SG_ HCU_CrsCtrlOnLmpDis : 53|2@1+ (1,0) [0|0] ""  TCU
+ SG_ HCU_CrsCtrlSetLmpDis : 55|2@1+ (1,0) [0|0] ""  TCU
+ SG_ HCU_DptEnaSet1FriSta : 57|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_DptEnaSet1MonSta : 59|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_DptEnaSet1SatSta : 61|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_DptEnaSet1Sta : 64|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_DptEnaSet1SunSta : 66|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_DptEnaSet1ThuSta : 68|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_DptEnaSet1TueSta : 70|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_DptEnaSet1WedSta : 72|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_DptEnaSet2FriSta : 74|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_DptEnaSet2MonSta : 76|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_DptEnaSet2SatSta : 78|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_DptEnaSet2Sta : 80|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_DptEnaSet2SunSta : 82|2@1+ (62,0) [0|0] ""  Vector__XXX
+ SG_ HCU_DptEnaSet2ThuSta : 84|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_DptEnaSet2TueSta : 86|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_DptEnaSet2WedSta : 88|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_DptHrSet1Val : 90|5@1+ (1,0) [0|0] "Hour"  Vector__XXX
+ SG_ HCU_DptHrSet2Val : 95|5@1+ (1,0) [0|0] "Hour"  Vector__XXX
+
+BO_ 266 MCU_01_10ms: 32 CGW
+ SG_ MCU_Crc1Val : 0|16@1+ (1,0) [0|0] ""  TCU
+ SG_ MCU_Mg1TempVal : 104|8@1+ (1,-40) [0|0] "℃"  TCU,OPU
+ SG_ MCU_Mg1IgbtJnctnTempVal : 112|8@1+ (1,-40) [0|0] "℃"  Vector__XXX
+ SG_ MCU_Mg1HtsnkTempVal : 120|8@1+ (1,-40) [0|0] "℃"  Vector__XXX
+ SG_ MCU_Mg1InvtInVoltVal : 128|16@1+ (1,0) [0|0] "V"  Vector__XXX
+ SG_ MCU_Mg1EstTqBfrAjPcVal : 144|10@1- (0.1953125,0) [0|0] "%"  TCU
+ SG_ MCU_AlvCnt1Val : 16|8@1+ (1,0) [0|0] ""  TCU
+ SG_ MCU_Mg1MainRlyCutOffReq : 160|2@1+ (1,0) [0|0] "flag"  Vector__XXX
+ SG_ MCU_Mg1MainRlyCutOffDelayReq : 162|2@1+ (1,0) [0|0] "flag"  Vector__XXX
+ SG_ MCU_Mg1PwmOnSta : 164|2@1+ (1,0) [0|0] "flag"  Vector__XXX
+ SG_ MCU_Mg1HiVoltIntlkReq : 166|2@1+ (1,0) [0|0] "flag"  OPU
+ SG_ MCU_Mg1MilOnReq : 168|2@1+ (1,0) [0|0] "flag"  Vector__XXX
+ SG_ MCU_Mg1SrvLmpOnReq : 170|2@1+ (1,0) [0|0] "flag"  Vector__XXX
+ SG_ MCU_Mg1SpdLimSta : 172|2@1+ (1,0) [0|0] "flag"  TCU
+ SG_ MCU_Mg1EngSpdLimReq : 174|2@1+ (1,0) [0|0] "flag"  Vector__XXX
+ SG_ MCU_Mg1AnkJrkActvSta : 176|2@1+ (1,0) [0|0] "flag"  TCU
+ SG_ MCU_Mg1ActnTestModSta : 178|2@1+ (1,0) [0|0] "flag"  Vector__XXX
+ SG_ MCU_Mg1PwmRetryStatus : 180|2@1+ (1,0) [0|0] "flag"  Vector__XXX
+ SG_ MCU_Mg1TrqCmdStat : 182|2@1+ (1,0) [0|0] "flag"  Vector__XXX
+ SG_ MCU_Mg1RsvrCalibReq : 184|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ MCU_Mg1RsvrCalibProcSta : 186|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ MCU_Mg1RsvrCalibSta : 188|3@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ MCU_Mg1EstTqVal : 192|14@1- (0.125,0) [0|0] "Nm"  Vector__XXX
+ SG_ MCU_Mg1RadPwmDtyReq : 208|8@1+ (1,0) [0|0] "%"  Vector__XXX
+ SG_ MCU_Mg1ActlRadFanRotatSpdRpmVal : 216|8@1+ (20,0) [0|0] "rpm"  Vector__XXX
+ SG_ MCU_Mg1EstTqBfrAjVal : 224|14@1- (0.125,0) [0|0] "Nm"  Vector__XXX
+ SG_ MCU_Mg1TqUppLimMtrngVal : 238|9@1+ (2,0) [0|0] "Nm"  Vector__XXX
+ SG_ MCU_Mg1ActlRotatSpdRpmVal : 24|16@1- (1,0) [0|0] "rpm"  AWD,TCU,OPU
+ SG_ MCU_Mg1TqUppLimGenVal : 247|9@1+ (2,0) [0|0] "Nm"  Vector__XXX
+ SG_ MCU_Mg1EstTqPcVal : 40|10@1- (0.1953125,0) [0|0] "%"  AWD,TCU,OPU
+ SG_ MCU_Mg1InvtCtrlRdySta : 56|2@1+ (1,0) [0|0] "flag"  Vector__XXX
+ SG_ MCU_Mg1CtrlablSta : 58|2@1+ (1,0) [0|0] "flag"  Vector__XXX
+ SG_ MCU_Mg1WrngSta : 60|2@1+ (1,0) [0|0] "flag"  Vector__XXX
+ SG_ MCU_Mg1FltSta : 62|2@1+ (1,0) [0|0] "flag"  AWD
+ SG_ MCU_Mg1DeratingFctrPcVal : 64|9@1+ (0.1953125,0) [0|0] "%"  Vector__XXX
+ SG_ MCU_Mg1TqUppLimMtrngPcVal : 74|9@1+ (0.1953125,0) [0|0] "%"  Vector__XXX
+ SG_ MCU_Mg1TqUppLimGenPcVal : 84|9@1+ (0.1953125,0) [0|0] "%"  Vector__XXX
+ SG_ MCU_Mg1InvtTempVal : 96|8@1+ (1,-40) [0|0] "℃"  OPU
+
+BO_ 304 SBW_SHFTR_FF_01_10ms: 16 SBW_SHFTR_FF
+ SG_ SBW_SHFTR_FF_Crc1Val : 0|16@1+ (1,0) [0|0] ""  SCU_FF,TCU,CGW
+ SG_ SBW_SHFTR_FF_AlvCnt1Val : 16|8@1+ (1,0) [0|0] ""  SCU_FF,TCU,CGW
+ SG_ SBW_SHFTR_FF_LvrTyp : 24|2@1+ (1,0) [0|0] ""  IBU,SCU_FF,TCU,CGW
+ SG_ SBW_SHFTR_FF_P_Sta : 32|2@1+ (1,0) [0|0] ""  SCU_FF,TCU,CGW
+ SG_ SBW_SHFTR_FF_LvrPosInfo : 40|4@1+ (1,0) [0|0] ""  SCU_FF,TCU,CGW
+ SG_ SBW_SHFTR_FF_LvrWrngMsg : 56|5@1+ (1,0) [0|0] ""  SCU_FF,TCU,CGW
+ SG_ SBW_SHFTR_FF_LvrUnitSta : 61|3@1+ (1,0) [0|0] ""  SCU_FF
+ SG_ SBW_SHFTR_FF_LvrIndicatorSta : 64|8@1+ (1,0) [0|0] ""  SCU_FF,TCU
+
+BO_ 1880 EMS_FPCM_GST: 8 FD_P
+ SG_ EMS_FPCM_GST_Byte0 : 0|8@1+ (1,0) [0|0] ""  CGW
+ SG_ EMS_FPCM_GST_Byte2 : 16|8@1+ (1,0) [0|0] ""  CGW
+ SG_ EMS_FPCM_GST_Byte3 : 24|8@1+ (1,0) [0|0] ""  CGW
+ SG_ EMS_FPCM_GST_Byte4 : 32|8@1+ (1,0) [0|0] ""  CGW
+ SG_ EMS_FPCM_GST_Byte5 : 40|8@1+ (1,0) [0|0] ""  CGW
+ SG_ EMS_FPCM_GST_Byte6 : 48|8@1+ (1,0) [0|0] ""  CGW
+ SG_ EMS_FPCM_GST_Byte7 : 56|8@1+ (1,0) [0|0] ""  CGW
+ SG_ EMS_FPCM_GST_Byte1 : 8|8@1+ (1,0) [0|0] ""  CGW
+
+BO_ 1872 GST_FPCM: 8 CGW
+ SG_ GST_FPCM_Byte0 : 0|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ GST_FPCM_Byte2 : 16|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ GST_FPCM_Byte3 : 24|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ GST_FPCM_Byte4 : 32|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ GST_FPCM_Byte5 : 40|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ GST_FPCM_Byte6 : 48|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ GST_FPCM_Byte7 : 56|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ GST_FPCM_Byte1 : 8|8@1+ (1,0) [0|0] ""  FD_P
+
+BO_ 522 ACU_01_100ms: 16 CGW
+ SG_ ACU_Crc1Val : 0|16@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ ACU_AlvCnt1Val : 16|8@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ ACU_SysWrngLmpDis : 24|3@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ ACU_TlltlLmpDis : 27|3@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ ACU_OdsIDReq : 30|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ SeatBelt_PassBcklFltSta : 32|2@1+ (1,0) [0|0] ""  SCU_FF
+ SG_ SeatBelt_DrvrBcklFltSta : 34|2@1+ (1,0) [0|0] ""  IBU,SCU_FF
+ SG_ SeatBelt_PassBcklSta : 36|2@1+ (1,0) [0|0] ""  SCU_FF
+ SG_ SeatBelt_DrvrBcklSta : 38|2@1+ (1,0) [0|0] ""  SCU_FF
+ SG_ ACU_DiagTrblCodVal : 40|16@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ ACU_FltNumVal : 56|8@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ ACU_ActvFltSta : 64|3@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ ACU_SdArbgExtTyp : 67|3@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ ACU_EmerModSta : 70|1@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ ACU_EvtTrigSta : 71|1@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ ACU_NumOfEmerModVal : 72|8@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ ACU_NumOfEvtTrigVal : 80|16@1+ (1,0) [0|0] ""  Vector__XXX
+
+BO_ 288 MCU_02_10ms: 32 CGW
+ SG_ GCU_Crc2Val : 0|16@1+ (1,0) [0|0] ""  TCU
+ SG_ MCU_Mg2TempVal : 104|8@1+ (1,-40) [0|0] "℃"  Vector__XXX
+ SG_ MCU_Mg2IgbtJnctnTempVal : 112|8@1+ (1,-40) [0|0] "℃"  Vector__XXX
+ SG_ MCU_Mg2HtsnkTempVal : 120|8@1+ (1,-40) [0|0] "℃"  Vector__XXX
+ SG_ MCU_Mg2InvtInVoltVal : 128|16@1+ (1,0) [0|0] "V"  Vector__XXX
+ SG_ MCU_Mg2EstTqBfrAjPcVal : 144|10@1- (0.1953125,0) [0|0] "%"  TCU
+ SG_ GCU_AlvCnt2Val : 16|8@1+ (1,0) [0|0] ""  TCU
+ SG_ MCU_Mg2MainRlyCutOffReq : 160|2@1+ (1,0) [0|0] "flag"  Vector__XXX
+ SG_ MCU_Mg2MainRlyCutOffDelayReq : 162|2@1+ (1,0) [0|0] "flag"  Vector__XXX
+ SG_ MCU_Mg2PwmOnSta : 164|2@1+ (1,0) [0|0] "flag"  Vector__XXX
+ SG_ MCU_Mg2HiVoltIntlkReq : 166|2@1+ (1,0) [0|0] "flag"  OPU
+ SG_ MCU_Mg2MilOnReq : 168|2@1+ (1,0) [0|0] "flag"  Vector__XXX
+ SG_ MCU_Mg2SrvLmpOnReq : 170|2@1+ (1,0) [0|0] "flag"  Vector__XXX
+ SG_ MCU_Mg2SpdLimSta : 172|2@1+ (1,0) [0|0] "flag"  TCU
+ SG_ MCU_Mg2EngSpdLim : 174|2@1+ (1,0) [0|0] "flag"  Vector__XXX
+ SG_ MCU_Mg2AnkJrkActvSta : 176|2@1+ (1,0) [0|0] "flag"  TCU
+ SG_ MCU_Mg2ActnTestModSta : 178|2@1+ (1,0) [0|0] "flag"  Vector__XXX
+ SG_ MCU_Mg2PwmRetryStatus : 180|2@1+ (1,0) [0|0] "flag"  Vector__XXX
+ SG_ MCU_Mg2TrqCmdStat : 182|2@1+ (1,0) [0|0] "flag"  Vector__XXX
+ SG_ MCU_Mg2RsvrCalibReq : 184|2@1+ (1,0) [0|0] "flag"  Vector__XXX
+ SG_ MCU_Mg2RsvrCalibProcSta : 186|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ MCU_Mg2RsvrCalibSta : 188|3@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ MCU_Mg2EstTqVal : 192|14@1- (0.125,0) [0|0] "Nm"  Vector__XXX
+ SG_ MCU_Mg2EngOnReq : 206|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ MCU_Mg2RadPwmDtyReq : 208|8@1+ (20,0) [0|0] ""  Vector__XXX
+ SG_ MCU_Mg2ActlRadFanRotatSpdRpmVal : 216|8@1+ (20,0) [0|0] "rpm"  Vector__XXX
+ SG_ MCU_Mg2EstBfrAjVal : 224|14@1- (0.125,0) [0|0] "Nm"  Vector__XXX
+ SG_ MCU_Mg2TqUppLimMtrngVal : 238|9@1+ (2,0) [0|0] "Nm"  Vector__XXX
+ SG_ MCU_Mg2ActlRotatSpdRpmVal : 24|16@1- (1,0) [0|0] "rpm"  TCU
+ SG_ MCU_Mg2TqUppLimGenVal : 247|9@1+ (2,0) [0|0] "Nm"  Vector__XXX
+ SG_ MCU_Mg2EstTqPcVal : 40|10@1- (0.1953125,0) [0|0] "%"  AWD,TCU
+ SG_ MCU_Mg2InvtRdySta : 56|2@1+ (1,0) [0|0] "flag"  Vector__XXX
+ SG_ MCU_Mg2CtrlablSta : 58|2@1+ (1,0) [0|0] "flag"  Vector__XXX
+ SG_ MCU_Mg2WrngSta : 60|2@1+ (1,0) [0|0] "flag"  Vector__XXX
+ SG_ MCU_Mg2FltSta : 62|2@1+ (1,0) [0|0] "flag"  Vector__XXX
+ SG_ MCU_Mg2DeratingFctrPcVal : 64|9@1+ (0.1953125,0) [0|0] "%"  Vector__XXX
+ SG_ MCU_Mg2TqUpLimMPcVal : 74|9@1+ (0.1953125,0) [0|0] "%"  Vector__XXX
+ SG_ MCU_Mg2TqUpLimGPcVal : 84|9@1+ (0.1953125,0) [0|0] "%"  Vector__XXX
+ SG_ MCU_Mg2InvtTempVal : 96|8@1+ (1,-40) [0|0] "℃"  Vector__XXX
+
+BO_ 1864 AWD_GST: 8 AWD
+ SG_ AWD_GST_Byte0 : 0|8@1+ (1,0) [0|0] ""  CGW
+ SG_ AWD_GST_Byte2 : 16|8@1+ (1,0) [0|0] ""  CGW
+ SG_ AWD_GST_Byte3 : 24|8@1+ (1,0) [0|0] ""  CGW
+ SG_ AWD_GST_Byte4 : 32|8@1+ (1,0) [0|0] ""  CGW
+ SG_ AWD_GST_Byte5 : 40|8@1+ (1,0) [0|0] ""  CGW
+ SG_ AWD_GST_Byte6 : 48|8@1+ (1,0) [0|0] ""  CGW
+ SG_ AWD_GST_Byte7 : 56|8@1+ (1,0) [0|0] ""  CGW
+ SG_ AWD_GST_Byte1 : 8|8@1+ (1,0) [0|0] ""  CGW
+
+BO_ 293 SAS_01_10ms: 16 CGW
+ SG_ SAS_Crc1Val : 0|16@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ SAS_AlvCnt1Val : 16|8@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ SAS_AnglVal : 24|16@1- (0.1,0) [0|0] "Deg"  AWD,TCU
+ SG_ SAS_SpdVal : 40|8@1+ (4,0) [0|0] "Deg/s"  AWD,TCU
+ SG_ SAS_IntSta : 48|8@1+ (1,0) [0|0] ""  AWD,TCU
+
+BO_ 768 EMS_15_00ms: 32 EMS
+ SG_ EMS_Crc15Val : 0|16@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ EMS_AlvCnt15Val : 16|8@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ ERN0_HEV : 24|8@1+ (1,0) [0|0] ""  CGW
+ SG_ ERN1_HEV : 32|8@1+ (1,0) [0|0] ""  CGW
+ SG_ ERN2_HEV : 40|8@1+ (1,0) [0|0] ""  CGW
+ SG_ ERN3_HEV : 48|8@1+ (1,0) [0|0] ""  CGW
+ SG_ ERN4_HEV : 56|8@1+ (1,0) [0|0] ""  CGW
+ SG_ ERN5_HEV : 64|8@1+ (1,0) [0|0] ""  CGW
+ SG_ ImmoConf_HEV : 72|2@1+ (1,0) [0|0] ""  CGW
+ SG_ EngLock_HEV : 74|2@1+ (1,0) [0|0] ""  CGW
+ SG_ AuthCount_HEV : 76|4@1+ (1,0) [0|0] ""  CGW
+
+BO_ 1144 CLU_11_00ms: 8 CGW
+ SG_ CLU_Crc11Val : 0|16@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ CLU_AlvCnt11Val : 16|8@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ CLU_ICUDlvrModOffSetReq : 24|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ CLU_DrvngLampChgnSta : 28|4@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ CLU_TerrainModChgn : 32|3@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ CLU_ADASSetShortcut_Req : 35|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ CLU_AdasVolAutoOnSetReq : 37|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ CLU_SbwNModReq : 39|1@1+ (1,0) [0|0] ""  SCU_FF
+ SG_ CLU_RrStRemindOffSetReq : 40|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ CLU_RrStRemindFdbckSetReq : 42|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ CLU_PwrAutoOffResetReq : 44|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ CLU_WelcomeStartReq : 48|2@1+ (1,0) [0|0] ""  Vector__XXX
+
+BO_ 1617 XCP_7DCT_GA_TX: 8 FD_P
+ SG_ XCP_7DCT_GA_TX_Byte0 : 0|8@1+ (1,0) [0|0] ""  CGW
+ SG_ XCP_7DCT_GA_TX_Byte2 : 16|8@1+ (1,0) [0|0] ""  CGW
+ SG_ XCP_7DCT_GA_TX_Byte3 : 24|8@1+ (1,0) [0|0] ""  CGW
+ SG_ XCP_7DCT_GA_TX_Byte4 : 32|8@1+ (1,0) [0|0] ""  CGW
+ SG_ XCP_7DCT_GA_TX_Byte5 : 40|8@1+ (1,0) [0|0] ""  CGW
+ SG_ XCP_7DCT_GA_TX_Byte6 : 48|8@1+ (1,0) [0|0] ""  CGW
+ SG_ XCP_7DCT_GA_TX_Byte7 : 56|8@1+ (1,0) [0|0] ""  CGW
+ SG_ XCP_7DCT_GA_TX_Byte1 : 8|8@1+ (1,0) [0|0] ""  CGW
+
+BO_ 1616 XCP_7DCT_GA_RX: 8 CGW
+ SG_ XCP_7DCT_GA_RX_Byte0 : 0|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ XCP_7DCT_GA_RX_Byte2 : 16|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ XCP_7DCT_GA_RX_Byte3 : 24|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ XCP_7DCT_GA_RX_Byte4 : 32|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ XCP_7DCT_GA_RX_Byte5 : 40|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ XCP_7DCT_GA_RX_Byte6 : 48|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ XCP_7DCT_GA_RX_Byte7 : 56|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ XCP_7DCT_GA_RX_Byte1 : 8|8@1+ (1,0) [0|0] ""  FD_P
+
+BO_ 1619 _7DCT_GA_DAQ1: 8 FD_P
+ SG_ _7DCT_GA_DAQ1_Byte0 : 0|8@1+ (1,0) [0|0] ""  CGW
+ SG_ _7DCT_GA_DAQ1_Byte2 : 16|8@1+ (1,0) [0|0] ""  CGW
+ SG_ _7DCT_GA_DAQ1_Byte3 : 24|8@1+ (1,0) [0|0] ""  CGW
+ SG_ _7DCT_GA_DAQ1_Byte4 : 32|8@1+ (1,0) [0|0] ""  CGW
+ SG_ _7DCT_GA_DAQ1_Byte5 : 40|8@1+ (1,0) [0|0] ""  CGW
+ SG_ _7DCT_GA_DAQ1_Byte6 : 48|8@1+ (1,0) [0|0] ""  CGW
+ SG_ _7DCT_GA_DAQ1_Byte7 : 56|8@1+ (1,0) [0|0] ""  CGW
+ SG_ _7DCT_GA_DAQ1_Byte1 : 8|8@1+ (1,0) [0|0] ""  CGW
+
+BO_ 1856 GST_AWD: 8 CGW
+ SG_ GST_AWD_Byte0 : 0|8@1+ (1,0) [0|0] ""  AWD,FD_P
+ SG_ GST_AWD_Byte2 : 16|8@1+ (1,0) [0|0] ""  AWD,FD_P
+ SG_ GST_AWD_Byte3 : 24|8@1+ (1,0) [0|0] ""  AWD,FD_P
+ SG_ GST_AWD_Byte4 : 32|8@1+ (1,0) [0|0] ""  AWD,FD_P
+ SG_ GST_AWD_Byte5 : 40|8@1+ (1,0) [0|0] ""  AWD,FD_P
+ SG_ GST_AWD_Byte6 : 48|8@1+ (1,0) [0|0] ""  AWD,FD_P
+ SG_ GST_AWD_Byte7 : 56|8@1+ (1,0) [0|0] ""  AWD,FD_P
+ SG_ GST_AWD_Byte1 : 8|8@1+ (1,0) [0|0] ""  AWD,FD_P
+
+BO_ 1618 _7DCT_GA_DAQ0: 8 FD_P
+ SG_ _7DCT_GA_DAQ0_Byte0 : 0|8@1+ (1,0) [0|0] ""  CGW
+ SG_ _7DCT_GA_DAQ0_Byte2 : 16|8@1+ (1,0) [0|0] ""  CGW
+ SG_ _7DCT_GA_DAQ0_Byte3 : 24|8@1+ (1,0) [0|0] ""  CGW
+ SG_ _7DCT_GA_DAQ0_Byte4 : 32|8@1+ (1,0) [0|0] ""  CGW
+ SG_ _7DCT_GA_DAQ0_Byte5 : 40|8@1+ (1,0) [0|0] ""  CGW
+ SG_ _7DCT_GA_DAQ0_Byte6 : 48|8@1+ (1,0) [0|0] ""  CGW
+ SG_ _7DCT_GA_DAQ0_Byte7 : 56|8@1+ (1,0) [0|0] ""  CGW
+ SG_ _7DCT_GA_DAQ0_Byte1 : 8|8@1+ (1,0) [0|0] ""  CGW
+
+BO_ 1621 _7DCT_GA_DAQ3: 8 FD_P
+ SG_ _7DCT_GA_DAQ3_Byte0 : 0|8@1+ (1,0) [0|0] ""  CGW
+ SG_ _7DCT_GA_DAQ3_Byte2 : 16|8@1+ (1,0) [0|0] ""  CGW
+ SG_ _7DCT_GA_DAQ3_Byte3 : 24|8@1+ (1,0) [0|0] ""  CGW
+ SG_ _7DCT_GA_DAQ3_Byte4 : 32|8@1+ (1,0) [0|0] ""  CGW
+ SG_ _7DCT_GA_DAQ3_Byte5 : 40|8@1+ (1,0) [0|0] ""  CGW
+ SG_ _7DCT_GA_DAQ3_Byte6 : 48|8@1+ (1,0) [0|0] ""  CGW
+ SG_ _7DCT_GA_DAQ3_Byte7 : 56|8@1+ (1,0) [0|0] ""  CGW
+ SG_ _7DCT_GA_DAQ3_Byte1 : 8|8@1+ (1,0) [0|0] ""  CGW
+
+BO_ 1620 _7DCT_GA_DAQ2: 8 FD_P
+ SG_ _7DCT_GA_DAQ2_Byte0 : 0|8@1+ (1,0) [0|0] ""  CGW
+ SG_ _7DCT_GA_DAQ2_Byte2 : 16|8@1+ (1,0) [0|0] ""  CGW
+ SG_ _7DCT_GA_DAQ2_Byte3 : 24|8@1+ (1,0) [0|0] ""  CGW
+ SG_ _7DCT_GA_DAQ2_Byte4 : 32|8@1+ (1,0) [0|0] ""  CGW
+ SG_ _7DCT_GA_DAQ2_Byte5 : 40|8@1+ (1,0) [0|0] ""  CGW
+ SG_ _7DCT_GA_DAQ2_Byte6 : 48|8@1+ (1,0) [0|0] ""  CGW
+ SG_ _7DCT_GA_DAQ2_Byte7 : 56|8@1+ (1,0) [0|0] ""  CGW
+ SG_ _7DCT_GA_DAQ2_Byte1 : 8|8@1+ (1,0) [0|0] ""  CGW
+
+BO_ 69 HTCU_04_10ms: 24 TCU
+ SG_ HTCU_Crc4Val : 0|16@1+ (1,0) [0|0] ""  AWD,IBU,SCU_FF,CGW
+ SG_ HTCU_PrgrmSta : 104|6@1+ (1,0) [0|0] ""  CGW
+ SG_ HTCU_FsCltchLmphmActvSta : 110|2@1+ (1,0) [0|0] ""  EMS,CGW
+ SG_ HTCU_FsIdleTrgtRpmVal : 112|8@1+ (10,0) [0|0] "rpm"  EMS,CGW
+ SG_ HTCU_FsAddtnlTqLssPcVal : 120|8@1+ (0.390625,0) [0|0] "%"  EMS,CGW
+ SG_ HTCU_FsEngTqRdctnPcVal : 128|8@1+ (0.390625,0) [0|0] "%"  EMS,CGW
+ SG_ HTCU_LnPrsBarVal : 136|8@1+ (0.1,0) [0|0] "Bar"  OPU,CGW
+ SG_ HTCU_RapidKDReq : 144|2@1+ (1,0) [0|0] ""  CGW
+ SG_ HTCU_CurrGearSta : 146|4@1+ (1,0) [0|0] ""  AWD,SCU_FF,CGW
+ SG_ HTCU_GearShftUpDisGSI : 150|2@1+ (1,0) [0|0] ""  CGW
+ SG_ HTCU_GearShftDnDisGSI : 152|2@1+ (1,0) [0|0] ""  CGW
+ SG_ HTCU_TrgtGearStaGSI : 154|4@1+ (1,0) [0|0] ""  CGW
+ SG_ HTCU_SolBSta : 158|2@1+ (1,0) [0|0] ""  CGW
+ SG_ HTCU_AlvCnt4Val : 16|8@1+ (1,0) [0|0] ""  AWD,IBU,SCU_FF,CGW
+ SG_ HTCU_TrgtGearSta : 24|4@1+ (1,0) [0|0] ""  AWD,EMS,OPU,SCU_FF,CGW
+ SG_ HTCU_RdySta : 28|2@1+ (1,0) [0|0] ""  CGW
+ SG_ HTCU_GearChgSta : 30|2@1+ (1,0) [0|0] ""  AWD,EMS,OPU,CGW
+ SG_ HTCU_TqRdctnPcVal : 32|9@1+ (0.390625,0) [0|0] "%"  EMS,CGW
+ SG_ HTCU_FltSta : 41|3@1+ (1,0) [0|0] ""  EMS,OPU,SCU_FF,CGW
+ SG_ HTCU_GearSlctrDis : 44|4@1+ (1,0) [0|0] ""  AWD,EMS,IBU,OPU,SCU_FF,CGW
+ SG_ HTCU_SlwTqRdctnPcVal : 48|9@1+ (0.390625,0) [0|0] "%"  EMS,CGW
+ SG_ HTCU_VehSpdKphVal : 64|8@1+ (1,0) [0|0] "kph"  EMS,IBU,OPU,SCU_FF,CGW
+ SG_ HTCU_VehSpdDcmlKphVal : 72|8@1+ (0.0078125,0) [0|0] "kph"  EMS,SCU_FF,CGW
+ SG_ HTCU_HvOpuSpdCmdRpmVal : 80|8@1+ (20,0) [0|0] "rpm"  OPU,CGW
+ SG_ HTCU_TrgtShftClsCCanSta : 96|5@1+ (1,0) [0|0] ""  CGW
+
+BO_ 1580 SBW_CCP_REQ: 8 CGW
+ SG_ SBW_CCP_REQ_Byte0 : 0|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ SBW_CCP_REQ_Byte2 : 16|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ SBW_CCP_REQ_Byte3 : 24|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ SBW_CCP_REQ_Byte4 : 32|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ SBW_CCP_REQ_Byte5 : 40|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ SBW_CCP_REQ_Byte6 : 48|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ SBW_CCP_REQ_Byte7 : 56|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ SBW_CCP_REQ_Byte1 : 8|8@1+ (1,0) [0|0] ""  FD_P
+
+BO_ 1581 SBW_CCP_RESP: 8 FD_P
+ SG_ SBW_CCP_RESP_Byte0 : 0|8@1+ (1,0) [0|0] ""  CGW
+ SG_ SBW_CCP_RESP_Byte2 : 16|8@1+ (1,0) [0|0] ""  CGW
+ SG_ SBW_CCP_RESP_Byte3 : 24|8@1+ (1,0) [0|0] ""  CGW
+ SG_ SBW_CCP_RESP_Byte4 : 32|8@1+ (1,0) [0|0] ""  CGW
+ SG_ SBW_CCP_RESP_Byte5 : 40|8@1+ (1,0) [0|0] ""  CGW
+ SG_ SBW_CCP_RESP_Byte6 : 48|8@1+ (1,0) [0|0] ""  CGW
+ SG_ SBW_CCP_RESP_Byte7 : 56|8@1+ (1,0) [0|0] ""  CGW
+ SG_ SBW_CCP_RESP_Byte1 : 8|8@1+ (1,0) [0|0] ""  CGW
+
+BO_ 1576 TCU_CST_TS: 8 FD_P
+ SG_ TCU_CST_TS_Byte0 : 0|8@1+ (1,0) [0|0] ""  CGW
+ SG_ TCU_CST_TS_Byte2 : 16|8@1+ (1,0) [0|0] ""  CGW
+ SG_ TCU_CST_TS_Byte3 : 24|8@1+ (1,0) [0|0] ""  CGW
+ SG_ TCU_CST_TS_Byte4 : 32|8@1+ (1,0) [0|0] ""  CGW
+ SG_ TCU_CST_TS_Byte5 : 40|8@1+ (1,0) [0|0] ""  CGW
+ SG_ TCU_CST_TS_Byte6 : 48|8@1+ (1,0) [0|0] ""  CGW
+ SG_ TCU_CST_TS_Byte7 : 56|8@1+ (1,0) [0|0] ""  CGW
+ SG_ TCU_CST_TS_Byte1 : 8|8@1+ (1,0) [0|0] ""  CGW
+
+BO_ 613 EMS_08_100ms: 32 EMS
+ SG_ EMS_Crc8Val : 0|16@1+ (1,0) [0|0] ""  AWD,CGW
+ SG_ HEV_EstClntTempVal : 128|8@1+ (0.75,-48) [0|0] "℃"  SCU_FF,TCU,CGW
+ SG_ HEV_AptVal : 136|8@1+ (2,0) [0|0] "PSI"  CGW
+ SG_ HEV_EstAmbtAirTempVal : 144|8@1+ (0.75,-48) [0|0] "℃"  TCU,CGW
+ SG_ HEV_RbmSta : 152|7@1+ (1,0) [0|0] ""  TCU,CGW
+ SG_ HEV_WarmUpReq_For_DATC : 159|1@1+ (1,0) [0|0] ""  CGW
+ SG_ EMS_AlvCnt8Val : 16|8@1+ (1,0) [0|0] ""  AWD,CGW
+ SG_ HEV_RbmInhbtSta : 160|2@1+ (1,0) [0|0] ""  TCU,CGW
+ SG_ HEV_EhrsTempSta : 162|2@1+ (1,0) [0|0] ""  CGW
+ SG_ HEV_Aaf_WrnLamp : 164|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HEV_OPSFail : 166|2@1+ (1,0) [0|0] ""  CGW
+ SG_ HEV_EngDsplceTyp : 168|8@1+ (0.1,0) [0|0] "liter"  CGW
+ SG_ HEV_EngTyp2 : 176|4@1+ (1,0) [0|0] ""  CGW
+ SG_ HEV_EngTyp1 : 180|4@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HEV_S_F : 184|2@1+ (1,0) [0|0] ""  CGW
+ SG_ HEV_S_F_GEN : 186|3@1+ (1,0) [0|0] ""  CGW
+ SG_ HEV_RbmSta_2nd : 192|7@1+ (1,0) [0|0] ""  CGW
+ SG_ HEV_EngClntTempVal : 24|8@1+ (0.75,-48) [0|0] "℃"  AWD,SCU_FF,TCU,CGW
+ SG_ HEV_EngOilTempVal : 32|8@1+ (1,-40) [0|0] "℃"  CGW
+ SG_ HEV_VbOffActSta : 40|2@1+ (1,0) [0|0] ""  TCU,CGW
+ SG_ HEV_AirCompOffReq : 42|2@1+ (1,0) [0|0] ""  TCU,CGW
+ SG_ HEV_MilConfgVal : 44|3@1+ (1,0) [0|0] ""  TCU,CGW
+ SG_ HEV_CF_EMS_LOCKUP : 47|1@1+ (1,0) [0|0] ""  CGW
+ SG_ HEV_ImmoLmpReq : 50|2@1+ (1,0) [0|0] ""  CGW
+ SG_ HEV_MilReq : 52|2@1+ (1,0) [0|0] ""  CGW
+ SG_ HEV_WiperSwSta : 54|2@1+ (1,0) [0|0] ""  CGW
+ SG_ HEV_FanOpSta : 56|2@1+ (1,0) [0|0] ""  CGW
+ SG_ HEV_FanSta : 58|2@1+ (1,0) [0|0] ""  TCU,CGW
+ SG_ HEV_BrkLtSwSta : 62|2@1+ (1,0) [0|0] ""  AWD,IBU,OPU,SCU_FF,TCU,CGW
+ SG_ HEV_IgnCycCntVal : 64|16@1+ (1,0) [0|0] ""  TCU,CGW
+ SG_ HEV_SoakTimeVal : 80|8@1+ (1,0) [0|0] "Min"  AWD,SCU_FF,TCU,CGW
+ SG_ HEV_SoakTimeErrSta : 88|2@1+ (1,0) [0|0] ""  AWD,SCU_FF,TCU,CGW
+ SG_ HEV_SoakTimeOvrSta : 90|2@1+ (1,0) [0|0] ""  OPU,SCU_FF,CGW
+ SG_ HEV_FuelRunOutSta : 92|2@1+ (1,0) [0|0] ""  CGW
+ SG_ HEV_FuelRunOutDetSta : 94|2@1+ (1,0) [0|0] ""  CGW
+ SG_ HEV_FuelCnsmptSumVal : 96|32@1+ (1.280018E-4,0) [0|0] "ml"  CGW
+
+BO_ 1574 EMS_CST_TX: 8 FD_P
+ SG_ EMS_CST_TX_Byte0 : 0|8@1+ (1,0) [0|0] ""  CGW
+ SG_ EMS_CST_TX_Byte2 : 16|8@1+ (1,0) [0|0] ""  CGW
+ SG_ EMS_CST_TX_Byte3 : 24|8@1+ (1,0) [0|0] ""  CGW
+ SG_ EMS_CST_TX_Byte4 : 32|8@1+ (1,0) [0|0] ""  CGW
+ SG_ EMS_CST_TX_Byte5 : 40|8@1+ (1,0) [0|0] ""  CGW
+ SG_ EMS_CST_TX_Byte6 : 48|8@1+ (1,0) [0|0] ""  CGW
+ SG_ EMS_CST_TX_Byte7 : 56|8@1+ (1,0) [0|0] ""  CGW
+ SG_ EMS_CST_TX_Byte1 : 8|8@1+ (1,0) [0|0] ""  CGW
+
+BO_ 1575 TCU_CST_RX: 8 CGW
+ SG_ TCU_CST_RX_Byte0 : 0|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ TCU_CST_RX_Byte2 : 16|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ TCU_CST_RX_Byte3 : 24|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ TCU_CST_RX_Byte4 : 32|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ TCU_CST_RX_Byte5 : 40|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ TCU_CST_RX_Byte6 : 48|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ TCU_CST_RX_Byte7 : 56|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ TCU_CST_RX_Byte1 : 8|8@1+ (1,0) [0|0] ""  FD_P
+
+BO_ 346 SCU_FF_01_10ms: 8 SCU_FF
+ SG_ SCU_FF_Crc1Val : 0|16@1+ (1,0) [0|0] ""  SBW_SHFTR_FF,TCU
+ SG_ SCU_FF_AlvCnt1Val : 16|8@1+ (1,0) [0|0] ""  SBW_SHFTR_FF,TCU
+ SG_ SCU_FF_PosActSta : 24|4@1+ (1,0) [0|0] ""  SBW_SHFTR_FF,TCU,CGW
+ SG_ SCU_FF_ErrSta : 28|4@1+ (1,0) [0|0] ""  EMS,TCU
+ SG_ SCU_FF_EpbReq : 32|2@1+ (1,0) [0|0] ""  TCU,CGW
+ SG_ SCU_FF_PosTarSta : 39|4@1+ (1,0) [0|0] ""  TCU
+ SG_ SCU_FF_NConReq : 45|2@1+ (1,0) [0|0] ""  TCU
+ SG_ SCU_FF_IG3WakeUp_Sta : 57|2@1+ (1,0) [0|0] ""  CGW
+
+BO_ 1029 ICU_12_200ms: 8 CGW
+ SG_ ICU_Crc12Val : 0|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ Warn_ChaDrSwRrSta : 10|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ ICU_AlvCnt12Val : 12|4@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ ICU_IGN3On_RequestState : 16|4@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ ICU_IGN3On_ReqState_New : 40|8@1+ (1,0) [0|0] ""  Vector__XXX
+
+BO_ 74 YRS_01_10ms: 32 CGW
+ SG_ YRS_Crc1Val : 0|16@1+ (1,0) [0|0] ""  AWD
+ SG_ YRS_SnsrTempVal : 112|8@1+ (1,-68) [0|0] "℃"  Vector__XXX
+ SG_ YRS_ImuSeralNumVal : 128|48@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ YRS_AlvCnt1Val : 16|8@1+ (1,0) [0|0] ""  AWD
+ SG_ YRS_YawSigSta : 24|4@1+ (1,0) [0|0] ""  AWD,TCU,SCU_FF
+ SG_ YRS_LatAccelSigSta : 28|4@1+ (1,0) [0|0] ""  AWD,TCU,SCU_FF
+ SG_ YRS_LongAccelSigSta : 32|4@1+ (1,0) [0|0] ""  AWD,TCU,SCU_FF
+ SG_ YRS_McuVoltSta : 40|4@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ YRS_AcuRstSta : 44|4@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ YRS_SnsrTyp : 48|4@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ YRS_YawRtVal : 64|16@1+ (0.005,-163.84) [0|0] "˚/s"  AWD,TCU,SCU_FF
+ SG_ YRS_LatAccelVal : 80|16@1+ (1.27465E-4,-4.17677312) [0|0] "g"  AWD,TCU,SCU_FF
+ SG_ YRS_LongAccelVal : 96|16@1+ (1.27465E-4,-4.17677312) [0|0] "g"  AWD,TCU,SCU_FF
+
+BO_ 1568 DCT_CCP_Transmit: 8 FD_P
+ SG_ DCT_CCP_Transmit_Byte0 : 0|8@1+ (1,0) [0|0] ""  CGW
+ SG_ DCT_CCP_Transmit_Byte2 : 16|8@1+ (1,0) [0|0] ""  CGW
+ SG_ DCT_CCP_Transmit_Byte3 : 24|8@1+ (1,0) [0|0] ""  CGW
+ SG_ DCT_CCP_Transmit_Byte4 : 32|8@1+ (1,0) [0|0] ""  CGW
+ SG_ DCT_CCP_Transmit_Byte5 : 40|8@1+ (1,0) [0|0] ""  CGW
+ SG_ DCT_CCP_Transmit_Byte6 : 48|8@1+ (1,0) [0|0] ""  CGW
+ SG_ DCT_CCP_Transmit_Byte7 : 56|8@1+ (1,0) [0|0] ""  CGW
+ SG_ DCT_CCP_Transmit_Byte1 : 8|8@1+ (1,0) [0|0] ""  CGW
+
+BO_ 895 GATEWAY_STS_100ms: 8 CGW
+ SG_ GATEWAY_CrcVal : 0|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ GATEWAY_AlvCntVal : 12|4@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ GATEWAY_HS_B_STS : 19|3@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ GATEWAY_HS_D_STS : 22|3@1+ (1,0) [0|0] ""  FD_P
+ SG_ GATEWAY_FD_P_STS : 28|3@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ GATEWAY_FD_C_STS : 31|3@1+ (1,0) [0|0] ""  Vector__XXX
+
+BO_ 1569 DCT_CCP_Receive: 8 CGW
+ SG_ DCT_CCP_Receive_Byte0 : 0|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ DCT_CCP_Receive_Byte2 : 16|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ DCT_CCP_Receive_Byte3 : 24|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ DCT_CCP_Receive_Byte4 : 32|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ DCT_CCP_Receive_Byte5 : 40|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ DCT_CCP_Receive_Byte6 : 48|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ DCT_CCP_Receive_Byte7 : 56|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ DCT_CCP_Receive_Byte1 : 8|8@1+ (1,0) [0|0] ""  FD_P
+
+BO_ 1049 ICU_09_200ms: 8 CGW
+ SG_ ICU_Crc9Val : 0|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ ICU_AlvCnt9Val : 12|4@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ ICU_BS1IBAT_Conversion : 16|18@1+ (10,-120000) [0|0] "mA"  Vector__XXX
+ SG_ ICU_BS1BatVol : 34|14@1+ (0.001,6) [0|0] ""  Vector__XXX
+ SG_ ICU_BS1BatTemp : 48|9@1+ (0.5,-40) [0|0] ""  Vector__XXX
+ SG_ ICU_BS1ValFlagSta : 57|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ ICU_BS1ErrRes : 59|2@1+ (1,0) [0|0] ""  Vector__XXX
+
+BO_ 864 BMS_03_100ms: 32 CGW
+ SG_ BMS_Crc3Val : 0|16@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ xEV_CoolantLeakage_Val2 : 104|6@1+ (0.1,0) [0|0] "V"  Vector__XXX
+ SG_ xEV_BTMSdiag_flag : 120|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ xEV_BTMS_SubCode1 : 122|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ xEV_BTMS_SubCode2 : 124|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ xEV_BTMS_SubCode3 : 129|5@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ xEV_EwpClntDetCluDisp : 134|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ xEV_RadFanOpReq_duty : 136|8@1+ (1,0) [0|0] ""  EMS
+ SG_ xEV_ChllrOpReq : 152|8@1+ (20,0) [0|0] "rpm"  Vector__XXX
+ SG_ BMS_AlvCnt3Val : 16|8@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ xEV_EwpClntDiagReq : 198|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ xEV_EwpDiagModReq : 200|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ xEV_BTMSModSta : 204|4@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ xEV_RadFanOpForMcuReq : 208|8@1+ (20,0) [0|0] "rpm"  Vector__XXX
+ SG_ xEV_BatEwpOpReq : 216|8@1+ (20,0) [0|0] "rpm"  Vector__XXX
+ SG_ xEV_WcsInTempVal : 232|8@1- (1,0) [0|0] "℃"  Vector__XXX
+ SG_ xEV_CoolantLeakage_Val : 96|6@1+ (0.1,0) [0|0] "V"  Vector__XXX
+
+BO_ 1048 ICU_08_200ms: 8 CGW
+ SG_ ICU_Crc8Val : 0|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ HeatedSteerWheel_StrWhlHtrSwSta : 10|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ ICU_AlvCnt8Val : 12|4@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ DriveTypeOption : 16|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ Warn_RrLftSBRMATSwSta : 18|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ Warn_RrRhtSBRMATSwSta : 20|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ StrWheelHeatIndSta : 24|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ Warn_LftSEA : 26|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ Warn_RhtSEA : 28|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ Lamp_FootLampOnReq : 30|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ Lamp_MoodLampOnReq : 32|3@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ ICU_PowerAutoCutModSta : 35|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ ICU_SoCBattStaMsgReq : 37|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ C_ICUPowerAutoCutType : 42|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ DrvDrLockIND : 44|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ Brake_SwSta_ICU : 46|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ C_3rdRRSBRMatSw : 52|1@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ C_3rdRLSBRMatSw : 53|1@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ C_3rdRRSeatBeltSW : 54|1@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ C_3rdRLSeatBeltSW : 55|1@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HSWS_SysWrngSta_ICU : 8|2@1+ (1,0) [0|0] ""  Vector__XXX
+
+BO_ 325 DATC_01_20ms: 32 CGW
+ SG_ DATC_Crc1Val : 0|16@1+ (1,0) [0|0] ""  EMS
+ SG_ DATC_MixDfgSelSta : 100|2@1+ (1,0) [0|0] "flag"  Vector__XXX
+ SG_ DATC_BattChlrVlvSta : 102|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ DATC_AcnECompSpdVal : 104|16@1+ (1,0) [0|0] "rpm"  Vector__XXX
+ SG_ DATC_AcnCompSlpModCodVal : 120|8@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ DATC_AcnCompWaitCodVal : 128|8@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ DATC_AcnCompSta : 136|8@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ DATC_AEwpSpdRpmReq : 152|8@1+ (20,0) [0|0] "rpm"  Vector__XXX
+ SG_ DATC_AlvCnt1Val : 16|8@1+ (1,0) [0|0] ""  EMS
+ SG_ DATC_RadFanReq_Duty : 160|8@1+ (1,0) [0|0] "%"  EMS
+ SG_ DATC_OutTempSnsrVal : 168|8@1+ (0.5,-40) [0|0] "℃"  AWD,EMS
+ SG_ DATC_AUTOActv : 178|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ DATC_DfgSw : 180|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ DATC_BattChlrVlv_FltCode : 182|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ DATC_BattEvapVlvSta : 184|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ DATC_BattEvapVlv_FltCode : 186|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ DATC_MildCooldown : 214|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ DATC_BlwrLvl : 218|4@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ DATC_PtcRlySta : 24|3@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ DATC_ManufacturerTyp : 27|3@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ DATC_Cooldown : 38|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ DATC_AcnReq : 40|2@1+ (1,0) [0|0] ""  EMS
+ SG_ DATC_BlwSta : 42|2@1+ (1,0) [0|0] ""  EMS
+ SG_ DATC_BlwMaxSta : 44|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ DATC_EngStrtReq : 46|2@1+ (1,0) [0|0] ""  EMS
+ SG_ DATC_AcnCompOnReq : 50|2@1+ (1,0) [0|0] "flag"  Vector__XXX
+ SG_ DATC_SrvLmpReq : 52|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ DATC_AcnECompOpSta : 64|2@1+ (1,0) [0|0] "flag"  Vector__XXX
+ SG_ DATC_AcnCompFltSta : 66|2@1+ (1,0) [0|0] "flag"  Vector__XXX
+ SG_ DATC_WaterPmpOnReq : 68|2@1+ (1,0) [0|0] "flag"  EMS
+ SG_ DATC_RrDfgOpSta : 70|2@1+ (1,0) [0|0] "flag"  Vector__XXX
+ SG_ DATC_AcnECompCANFltSta : 72|2@1+ (1,0) [0|0] "flag"  Vector__XXX
+ SG_ DATC_HVCompIntlkSta : 74|2@1+ (1,0) [0|0] "flag"  Vector__XXX
+ SG_ DATC_HVIntDischrgLkReq : 76|2@1+ (1,0) [0|0] "flag"  OPU
+ SG_ DATC_AcnECompMaxReqPwrVal : 78|10@1+ (20,0) [0|0] "W"  Vector__XXX
+ SG_ DATC_AcnECompCnsmptPwrVal : 88|10@1+ (20,0) [0|0] "W"  Vector__XXX
+ SG_ DATC_MainRlyOffReq : 98|2@1+ (1,0) [0|0] "flag"  Vector__XXX
+
+BO_ 320 FR_RDR_01_10ms: 8 CGW
+ SG_ FR_RDR_Crc1Val : 0|16@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ FR_RDR_AlvCnt1Val : 16|8@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ FR_RDR_FCAEquipSta : 24|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ FR_RDR_FCA_Plus_Sta : 27|3@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ FR_RDR_SCCEquipSta : 30|2@1+ (1,0) [0|0] ""  TCU
+ SG_ FR_RDR_FailInfoSta : 32|3@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ FR_RDR_CodingSta : 35|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ FR_RDR_ACANMonSta : 37|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ FR_RDR_HDAEquipSta : 39|2@1+ (1,0) [0|0] ""  Vector__XXX
+
+BO_ 1041 ICU_02_200ms: 8 CGW
+ SG_ ICU_Crc2Val : 0|8@1+ (1,0) [0|0] ""  SCU_FF,FD_P
+ SG_ ICU_MtGearPosRSta : 10|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ ICU_AlvCnt2Val : 12|4@1+ (1,0) [0|0] ""  SCU_FF
+ SG_ Autocut_DlvryModSta : 20|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ DoorLock_AsstDrUnLkSta : 22|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ Warn_DrvDrSwSta : 24|2@1+ (1,0) [0|0] ""  SBW_SHFTR_FF,SCU_FF
+ SG_ DoorLock_DrvKeyUnLkSwSta : 26|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ DoorLock_RrLftDrUnLkSta : 28|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ DoorLock_RrRtDrUnLkSta : 30|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ ICU_GearPosRConfirmSta : 32|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ Warn_AsstDrSwSta : 34|2@1+ (1,0) [0|0] ""  SCU_FF
+ SG_ Warn_AsstStBltSwSta : 36|2@1+ (1,0) [0|0] ""  SCU_FF
+ SG_ Warn_BrkFldSwSta : 38|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ DoorLock_DrvKeyLkSwSta : 40|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ Warn_DrvStBltSwSta : 42|2@1+ (1,0) [0|0] ""  SCU_FF
+ SG_ Warn_HoodSwSta : 44|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ Warn_PassStOccSta : 46|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ Warn_RrCtrStBltSwSta : 50|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ Warn_RrLftDrSwSta : 52|2@1+ (1,0) [0|0] ""  SCU_FF
+ SG_ Warn_RrLftStBltSwSta : 54|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ Warn_RrRtDrSwSta : 56|2@1+ (1,0) [0|0] ""  SCU_FF
+ SG_ Warn_RrRtStBltSwSta : 58|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ Warn_HoodSwMemorySta : 60|2@1+ (1,0) [0|0] ""  EMS
+ SG_ Warn_WshrFldSwSta : 62|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ ICU_Haptic_OPT : 8|2@1+ (1,0) [0|0] ""  Vector__XXX
+
+BO_ 1040 ICU_10_200ms: 8 CGW
+ SG_ ICU_Crc10Val : 0|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ ICU_AlvCnt10Val : 12|4@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ ICU_BS2SoC : 16|8@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ ICU_BS2NCap : 24|8@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ ICU_BS2OpnCirVol : 32|12@1+ (0.001,10) [0|0] ""  Vector__XXX
+ SG_ ICU_BS2_FSOC : 44|1@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ ICU_BS2_FSOH : 45|1@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ ICU_BS2_FSOF : 46|1@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ ICU_BS2_FQSTAT : 47|1@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ ICU_BS2SoH : 48|8@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ ICU_BS2SoF : 56|8@1+ (0.05,0) [0|0] ""  Vector__XXX
+
+BO_ 1043 ICU_04_200ms: 8 CGW
+ SG_ ICU_Crc4Val : 0|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ ICU_AlvCnt4Val : 12|4@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ ExtLamp_DedicatedDrlBlbSta : 16|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ ExtLamp_FrFgLmpSta : 18|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ ExtLamp_TrnSigLmpLftBlnkngSta : 20|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ ExtLamp_TrnSigLmpRtBlnkngSta : 22|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ ExtLamp_ExtrnlTailLmpSta : 24|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ ExtLamp_HzrdSwSta : 26|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ ExtLamp_RrFgLmpSta : 28|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ IntLamp_InlTailLmpSta : 30|2@1+ (1,0) [0|0] ""  SBW_SHFTR_FF
+ SG_ Lamp_LedHdLmpSta : 54|2@1+ (1,0) [0|0] ""  Vector__XXX
+
+BO_ 1042 ICU_03_200ms: 8 CGW
+ SG_ ICU_Crc3Val : 0|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ ICU_AlvCnt3Val : 12|4@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ ExtLamp_BckUpLmpSta : 48|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ ExtLamp_StpLmpSta : 50|2@1+ (1,0) [0|0] ""  Vector__XXX
+
+BO_ 330 OPU_01_20ms: 24 OPU
+ SG_ OPU_Crc1Val : 0|16@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ OPU_IgVoltVal : 104|8@1+ (0.1,0) [0|0] "A"  TCU,CGW
+ SG_ OPU_InPwrVal : 112|8@1+ (12,0) [0|0] "W"  TCU,CGW
+ SG_ OPU_PwrModTempVal : 120|8@1+ (1,-40) [0|0] "℃"  CGW
+ SG_ OPU_TqLimPcReq : 128|4@1+ (10,0) [0|0] "%"  CGW
+ SG_ OPU_EwpRpmReq : 136|8@1+ (20,0) [0|0] "rpm"  CGW
+ SG_ OPU_NVM_FrzFrmSta : 144|2@1+ (1,0) [0|0] ""  TCU
+ SG_ OPU_NVM_FltSta : 146|5@1+ (1,0) [0|0] ""  TCU
+ SG_ OPU_NVM_HealingSta : 151|2@1+ (1,0) [0|0] ""  TCU
+ SG_ OPU_NVM_FltCntSta : 153|2@1+ (1,0) [0|0] ""  TCU
+ SG_ OPU_NVM_CtrlablOffFrzFrmSta : 155|2@1+ (1,0) [0|0] ""  TCU
+ SG_ OPU_NVM_CtrlablOffSta : 157|4@1+ (1,0) [0|0] ""  TCU
+ SG_ OPU_AlvCnt1Val : 16|8@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ OPU_NVM_CtrlablOffHealingSta : 161|2@1+ (1,0) [0|0] ""  TCU
+ SG_ OPU_NVM_CtrlablOffCntSta : 163|2@1+ (1,0) [0|0] ""  TCU
+ SG_ OPU_SpdRpmVal : 24|8@1+ (20,0) [0|0] "rpm"  TCU,CGW
+ SG_ OPU_CtrlablSta : 32|2@1+ (1,0) [0|0] ""  TCU,CGW
+ SG_ OPU_SysRdySta : 34|2@1+ (1,0) [0|0] ""  TCU,CGW
+ SG_ OPU_EopTestSta : 36|2@1+ (1,0) [0|0] ""  TCU,CGW
+ SG_ OPU_PwmCtrlSta : 38|2@1+ (1,0) [0|0] ""  CGW
+ SG_ OPU_HallCtrlSta : 40|2@1+ (1,0) [0|0] ""  CGW
+ SG_ OPU_RdySta : 42|2@1+ (1,0) [0|0] ""  TCU,CGW
+ SG_ OPU_FltCntReactReq : 44|2@1+ (1,0) [0|0] ""  CGW
+ SG_ OPU_EopRunSta : 46|2@1+ (1,0) [0|0] ""  TCU,CGW
+ SG_ OPU_BmsMainRlyOffReq : 48|2@1+ (1,0) [0|0] ""  TCU,CGW
+ SG_ OPU_HiVoltIntlkReq : 50|2@1+ (1,0) [0|0] ""  CGW
+ SG_ OPU_MaxPhaseCurrLimSta : 52|2@1+ (1,0) [0|0] ""  CGW
+ SG_ OPU_CrshReactSta : 54|2@1+ (1,0) [0|0] ""  CGW
+ SG_ OPU_DtyPcVal : 56|8@1+ (0.390625,0) [0|0] "%"  TCU,CGW
+ SG_ OPU_FltSta : 64|5@1+ (1,0) [0|0] ""  TCU,CGW
+ SG_ OPU_PwrDeratingSta : 69|2@1+ (1,0) [0|0] ""  TCU,CGW
+ SG_ OPU_MaxDtySta : 72|2@1+ (1,0) [0|0] ""  TCU,CGW
+ SG_ OPU_InHiVoltVal : 80|8@1+ (2,0) [0|0] "V"  TCU,CGW
+ SG_ OPU_InCurrVal : 88|8@1+ (0.05,0) [0|0] "A"  TCU,CGW
+ SG_ OPU_RomVerVal : 96|8@1+ (1,0) [0|0] ""  TCU,CGW
+
+BO_ 1044 ICU_05_200ms: 8 CGW
+ SG_ ICU_Crc5Val : 0|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ ICU_AlvCnt5Val : 12|4@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ Trunk_TrnkTlgtOutReleaseSwSta : 18|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ Trunk_TrnkTlgtSwSta : 20|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ Trunk_TlgtFullOpnSwSta : 24|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ Trunk_TrnkTlgtReleaseRlySta : 30|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ Trunk_OpnDiagSetSta : 32|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ USM_OneTouchTrnSigFuncSta : 34|3@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ DoorLock_DrvDrUnLkSta : 37|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ DoorLock_LkOutSta : 40|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ DoorLock_MKeyAllDrUnLkReq : 42|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ DoorLock_MKeyDrvDrUnLkReq : 44|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ Trunk_TrnkTlgtOpenOutput : 52|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ TwoTrnUnLkOptTyp : 54|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ Defog_DfgrRlySta : 56|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ C_CrashUnlockState : 58|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ CF_Gway_ADrLOptInfo : 60|3@1+ (1,0) [0|0] ""  Vector__XXX
+
+BO_ 1047 ICU_07_200ms: 8 CGW
+ SG_ ICU_Crc7Val : 0|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ ICU_ADASHapticAutoOnSetReq : 10|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ ICU_AlvCnt7Val : 12|4@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ SEA_ActvSta : 16|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ ChildLock_ActnFlSta : 18|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ USM_AutoDrLkReq : 27|3@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ USM_AutoDrUnLkReq : 30|3@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ USM_HapticCurrentSta : 34|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ USM_TwoTrnUnLkCurrentSta : 36|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ Lamp_HdLmpHiSta : 38|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ Lamp_HdLmpLoSta : 40|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ ExtLamp_TrnSigLmpLftSwSta : 42|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ ExtLamp_TrnSigLmpRtSwSta : 44|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ Lamp_LaneChgTrnSigLftSwSta_ICU : 56|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ Lamp_LaneChgTrnSigRtSwSta_ICU : 58|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HeatedSteerWheel_AutoOffSta : 8|2@1+ (1,0) [0|0] ""  Vector__XXX
+
+BO_ 879 ICU_15_100ms: 8 CGW
+ SG_ ICU_Crc15Val : 0|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ ICU_AlvCnt15Val : 12|4@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ OBCWakeupDrUnlock : 16|2@1+ (1,0) [0|0] "%"  Vector__XXX
+ SG_ OBCWakeupDrLock : 8|2@1+ (1,0) [0|0] ""  Vector__XXX
+
+BO_ 1046 ICU_06_200ms: 8 CGW
+ SG_ ICU_Crc6Val : 0|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ ICU_AlvCnt6Val : 12|4@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ Lamp_StpLmpLftOpnSta : 16|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ Lamp_StpLmpRtOpnSta : 18|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ Lamp_RrTrnSigLmpLftOpnSta : 50|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ Lamp_RrTrnSigLmpRtOpnSta : 52|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ Lamp_FrTrnSigLmpLftOpnSta : 54|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ Lamp_FrTrnSigLmpRtOpnSta : 56|2@1+ (1,0) [0|0] ""  Vector__XXX
+
+BO_ 1823 LSD_GST: 8 FD_P
+ SG_ LSD_GST_Byte0 : 0|8@1+ (1,0) [0|0] ""  CGW
+ SG_ LSD_GST_Byte2 : 16|8@1+ (1,0) [0|0] ""  CGW
+ SG_ LSD_GST_Byte3 : 24|8@1+ (1,0) [0|0] ""  CGW
+ SG_ LSD_GST_Byte4 : 32|8@1+ (1,0) [0|0] ""  CGW
+ SG_ LSD_GST_Byte5 : 40|8@1+ (1,0) [0|0] ""  CGW
+ SG_ LSD_GST_Byte6 : 48|8@1+ (1,0) [0|0] ""  CGW
+ SG_ LSD_GST_Byte7 : 56|8@1+ (1,0) [0|0] ""  CGW
+ SG_ LSD_GST_Byte1 : 8|8@1+ (1,0) [0|0] ""  CGW
+
+BO_ 373 ESC_03_20ms: 24 CGW
+ SG_ ESC_Crc3Val : 0|16@1+ (1,0) [0|0] ""  AWD
+ SG_ ESC_RccaSta : 128|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ ESC_PcaSta : 130|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ ESC_DiffBrkFuncSta : 132|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ ESC_BcaRPlusSta : 134|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ ESC_RspaSta : 136|4@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ ESC_RspaCanFlFlag : 140|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ ESC_RspaDclActv : 144|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ ESC_RspaStandStill : 146|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ ESC_AlvCnt3Val : 16|8@1+ (1,0) [0|0] ""  AWD
+ SG_ MCB_ReqBrkAck : 160|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ MCB_CtlSta : 162|1@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ MCB_DefSta : 163|1@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ SCC_TqIntrvntnVal : 24|8@1+ (0.390625,0) [0|0] "%"  Vector__XXX
+ SG_ ESC_VehAccelVal : 32|11@1+ (0.01,-10.23) [0|0] "m/s^2"  Vector__XXX
+ SG_ ESC_AccelBasisVal : 48|11@1+ (0.01,-10.23) [0|0] "m/s^2"  Vector__XXX
+ SG_ SCC_OptTyp : 64|2@1+ (1,0) [0|0] ""  TCU
+ SG_ SCC_EnblReq : 66|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ SCC_TqReq : 68|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ SCC_ReqLimSta : 70|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ ESC_StdStillVal : 72|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ ESC_DclEnblReq : 76|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ ESC_DrvOvrdSta : 80|2@1+ (1,0) [0|0] ""  TCU
+ SG_ ESC_PrkBrkActvSta : 86|2@1+ (1,0) [0|0] ""  AWD
+ SG_ FCA_EquipSta : 96|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ FCA_AvlblSta : 98|2@1+ (1,0) [0|0] ""  Vector__XXX
+
+BO_ 101 IEB_01_10ms: 32 CGW
+ SG_ IEB_Crc1Val : 0|16@1+ (1,0) [0|0] ""  EMS,TCU
+ SG_ IEB_StrkDpthPcVal : 104|8@1+ (0.39215,0) [0|0] "%"  TCU
+ SG_ IEB_EstDpthPcVal : 112|8@1+ (0.390625,0) [0|0] "%"  TCU
+ SG_ IEB_AbsNGearReq : 120|2@1+ (1,0) [0|0] ""  TCU
+ SG_ IEB_EstBrkPdlValVldSta : 122|2@1+ (1,0) [0|0] ""  TCU
+ SG_ IEB_AlvCnt1Val : 16|8@1+ (1,0) [0|0] ""  EMS,TCU
+ SG_ IEB_SrvLmpDis : 24|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ IEB_DfctvSta : 26|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ IEB_ActvSta : 28|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ IEB_DiagSta : 30|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ IEB_WrngLmpDis : 32|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ IEB_MILReq : 34|2@1+ (1,0) [0|0] ""  EMS
+ SG_ IEB_StrkDpthmmVal : 40|16@1- (0.1,0) [0|0] "mm"  Vector__XXX
+ SG_ IEB_PdlTrvlSnsrFailSta : 58|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ IEB_PdlCalibSta : 60|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ IEB_BzrSta : 62|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ IEB_Sta : 64|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ IEB_SnsrFailSta : 66|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ IEB_RbsWrngLmpSta : 68|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ IEB_VacSysDfctvSta : 70|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ IEB_RegenTqLimitNmVal_Frnt : 72|16@1+ (1,0) [0|0] "Nm"  TCU
+ SG_ IEB_EstTtlBrkFrcNmVal : 88|16@1+ (1,0) [0|0] "Nm"  TCU
+
+BO_ 96 ESC_01_10ms: 32 CGW
+ SG_ ESC_Crc1Val : 0|16@1+ (1,0) [0|0] ""  AWD,EMS,TCU,SCU_FF
+ SG_ TCS_GearShftCharacteristicVal : 100|2@1+ (1,0) [0|0] ""  TCU
+ SG_ TCS_ManufacturerVal : 102|2@1+ (1,0) [0|0] ""  TCU
+ SG_ TCS_TqIntrvntnVal : 104|8@1+ (0.390625,0) [0|0] "%"  EMS,TCU
+ SG_ MSR_TqIntrvntnVal : 112|8@1+ (0.390625,0) [0|0] "%"  EMS,TCU
+ SG_ TCS_SlwTqIntrvntnVal : 120|8@1+ (0.390625,0) [0|0] "%"  EMS,TCU
+ SG_ ESC_CylPrsrVal : 128|12@1+ (0.1,0) [0|0] "Bar"  AWD,TCU,SCU_FF
+ SG_ ESC_CylPrsrSta : 144|2@1+ (1,0) [0|0] ""  AWD,TCU,IBU,SCU_FF
+ SG_ ESC_CylPrsrDiagSta : 146|2@1+ (1,0) [0|0] ""  TCU,SCU_FF
+ SG_ ESC_CylPrsrFlagSta : 148|2@1+ (1,0) [0|0] ""  TCU,IBU,SCU_FF
+ SG_ ESC_VsmActvSta : 152|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ ESC_VsmDfctvSta : 154|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ ESC_VsmCtrlModSta : 156|3@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ ESC_AlvCnt1Val : 16|8@1+ (1,0) [0|0] ""  AWD,EMS,TCU,SCU_FF
+ SG_ ESC_StrTqReq : 160|12@1+ (0.01,-20.48) [0|0] "Nm"  Vector__XXX
+ SG_ ESC_LongAccelOffstCalibPrmtr : 176|9@1+ (0.001,-0.255) [0|0] "g"  TCU,SCU_FF
+ SG_ ESC_IMURstStaAck : 191|1@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ AVH_Sta : 192|2@1+ (1,0) [0|0] ""  AWD,TCU,SCU_FF
+ SG_ LDM_Sta : 194|2@1+ (1,0) [0|0] ""  TCU
+ SG_ EPB_ActvReq : 196|2@1+ (1,0) [0|0] ""  TCU
+ SG_ EPB_StaReq : 198|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ ECD_ActvSta : 200|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ AVH_CluDis : 208|8@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ AVH_AlrmReq : 216|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ AVH_ActvStaLmpDis : 218|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ AVH_LmpDis : 220|3@1+ (1,0) [0|0] ""  TCU
+ SG_ AWD_CrdnShftTqLimVal : 224|16@1+ (1,0) [0|0] "Nm"  AWD
+ SG_ AWD_CltchDtyLimVal : 240|8@1+ (0.390625,0) [0|0] "%"  Vector__XXX
+ SG_ AWD_TransmsnTqLimModSta : 248|2@1+ (1,0) [0|0] ""  AWD
+ SG_ AWD_RrWhlDtyLimReq : 250|2@1+ (1,0) [0|0] ""  AWD
+ SG_ AWD_FastOpnCrdnShftCltchReq : 252|2@1+ (1,0) [0|0] ""  AWD
+ SG_ TCS_LmpSta : 40|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ TCS_OffLmpSta : 42|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ ESC_OffTempSta : 44|2@1+ (1,0) [0|0] ""  AWD
+ SG_ DBC_WrngLmpSta : 48|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ DBC_FuncLmpSta : 50|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ DBC_ClusterDis : 52|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ ESC_BrkCtrlSta : 56|2@1+ (1,0) [0|0] ""  AWD,EMS,TCU,SCU_FF
+ SG_ TCS_Sta : 64|4@1+ (1,0) [0|0] ""  AWD,EMS,TCU
+ SG_ ESC_Sta : 72|4@1+ (1,0) [0|0] ""  AWD,EMS,TCU
+ SG_ TCS_PreActvSta : 78|2@1+ (1,0) [0|0] ""  TCU
+ SG_ DBC_Sta : 80|4@1+ (1,0) [0|0] ""  AWD
+ SG_ TCS_TqFlag : 86|1@1+ (1,0) [0|0] ""  TCU
+ SG_ MSR_TqFlag : 87|1@1+ (1,0) [0|0] ""  TCU
+ SG_ HAC_Sta : 88|4@1+ (1,0) [0|0] ""  AWD,TCU
+ SG_ TCS_SlwTqFlag : 95|1@1+ (1,0) [0|0] ""  TCU
+ SG_ TCS_Req : 96|2@1+ (1,0) [0|0] ""  EMS,TCU
+ SG_ MSR_FuncReq : 98|2@1+ (1,0) [0|0] ""  EMS,TCU
+
+BO_ 1058 BCM_10_200ms: 8 CGW
+ SG_ BCM_Crc10Val : 0|8@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ BCM_AlvCnt10Val : 12|4@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ Wiper_PrkngPosSta : 16|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ Wiper_RainSnsrOptionTyp : 20|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ Wiper_RainSnsrSta : 22|4@1+ (1,0) [0|0] ""  AWD
+ SG_ BCM_RVMSw : 48|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ BCM_GearPosPSta : 50|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ BCM_SunRoofOpnSta : 52|2@1+ (1,0) [0|0] ""  Vector__XXX
+
+BO_ 1815 GST_LSD: 8 CGW
+ SG_ GST_LSD_Byte0 : 0|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ GST_LSD_Byte2 : 16|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ GST_LSD_Byte3 : 24|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ GST_LSD_Byte4 : 32|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ GST_LSD_Byte5 : 40|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ GST_LSD_Byte6 : 48|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ GST_LSD_Byte7 : 56|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ GST_LSD_Byte1 : 8|8@1+ (1,0) [0|0] ""  FD_P
+
+BO_ 111 ABS_ESC_01_10ms: 8 CGW
+ SG_ ABS_ESC_Crc1Val : 0|16@1+ (1,0) [0|0] ""  TCU
+ SG_ ABS_ESC_AlvCnt1Val : 16|8@1+ (1,0) [0|0] ""  TCU
+ SG_ ABS_WrngLmpSta : 24|2@1+ (1,0) [0|0] ""  TCU
+ SG_ ABS_DfctvSta : 26|2@1+ (1,0) [0|0] ""  AWD,TCU
+ SG_ ABS_ActvSta : 28|2@1+ (1,0) [0|0] ""  AWD,TCU
+ SG_ ABS_DiagSta : 30|2@1+ (1,0) [0|0] ""  TCU
+ SG_ EBD_WrngLmpSta : 32|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ EBD_DfctvSta : 34|2@1+ (1,0) [0|0] ""  TCU
+ SG_ ESC_BrkLtActSta : 36|2@1+ (1,0) [0|0] ""  TCU
+ SG_ ESS_Sta : 38|2@1+ (1,0) [0|0] ""  Vector__XXX
+
+BO_ 592 MCU_03_100ms: 24 CGW
+ SG_ MCU_Crc3Val : 0|16@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ MCU_Mg1EwpClntDiagEnblStatus : 136|2@1+ (1,0) [0|0] "flag"  Vector__XXX
+ SG_ MCU_Mg1EwpClntSuffDisp : 138|2@1+ (1,0) [0|0] "flag"  Vector__XXX
+ SG_ MCU_Mg1Ewp1MalFuncStatus : 140|2@1+ (1,0) [0|0] "flag"  Vector__XXX
+ SG_ MCU_Mg1Ewp1ForcedOpStatus : 142|2@1+ (1,0) [0|0] "flag"  Vector__XXX
+ SG_ MCU_Mg1Ewp1ProtectModeLIN : 144|2@1+ (1,0) [0|0] "flag"  OPU
+ SG_ MCU_Mg1Ewp1FltStatusLIN : 146|2@1+ (1,0) [0|0] "flag"  OPU
+ SG_ MCU_Mg1Ewp1SpdRpmReqLIN : 152|8@1+ (20,0) [0|0] "rpm"  Vector__XXX
+ SG_ MCU_AlvCnt3Val : 16|8@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ MCU_Mg1Ewp1ActSpdRpmLIN : 160|8@1+ (20,0) [0|0] "rpm"  OPU
+ SG_ MCU_Mg1Grp1FltCodVal : 24|8@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ MCU_Mg1Grp2FltCodVal : 32|8@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ MCU_Mg1Grp3FltCodVal : 40|8@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ MCU_Mg1Grp4FltCodVal : 48|8@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ MCU_Mg1Grp5FltCodVal : 56|8@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ MCU_Mg1Grp6FltCodVal : 64|8@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ MCU_Mg1GrpUFltCodVal : 72|8@1+ (1,0) [0|0] ""  Vector__XXX
+
+BO_ 1804 _7DCT_GA_FDC1_GST: 8 FD_P
+ SG_ _7DCT_GA_FDC1_GST_Byte0 : 0|8@1+ (1,0) [0|0] ""  CGW
+ SG_ _7DCT_GA_FDC1_GST_Byte2 : 16|8@1+ (1,0) [0|0] ""  CGW
+ SG_ _7DCT_GA_FDC1_GST_Byte3 : 24|8@1+ (1,0) [0|0] ""  CGW
+ SG_ _7DCT_GA_FDC1_GST_Byte4 : 32|8@1+ (1,0) [0|0] ""  CGW
+ SG_ _7DCT_GA_FDC1_GST_Byte5 : 40|8@1+ (1,0) [0|0] ""  CGW
+ SG_ _7DCT_GA_FDC1_GST_Byte6 : 48|8@1+ (1,0) [0|0] ""  CGW
+ SG_ _7DCT_GA_FDC1_GST_Byte7 : 56|8@1+ (1,0) [0|0] ""  CGW
+ SG_ _7DCT_GA_FDC1_GST_Byte1 : 8|8@1+ (1,0) [0|0] ""  CGW
+
+BO_ 832 EMS_13_100ms: 32 EMS
+ SG_ EMS_Crc13Val : 0|16@1+ (1,0) [0|0] ""  CGW
+ SG_ HEV_OBD_ShrtFuelTrmBnk2Val : 104|8@1+ (0.78125,-100) [0|0] "%"  TCU,CGW
+ SG_ HEV_OBD_LongFuelTrmBnk2Val : 112|8@1+ (0.78125,-100) [0|0] "%"  TCU,CGW
+ SG_ HEV_OBD_ManAbsPrsrVal : 120|8@1+ (1,0) [0|0] "kPa"  TCU,CGW
+ SG_ HEV_OBD_FuelRailPrsrVal : 128|16@1+ (10,0) [0|0] "kPa"  TCU,CGW
+ SG_ EMS_AlvCnt13Val : 16|8@1+ (1,0) [0|0] ""  CGW
+ SG_ HEV_OBD_CalcLoadVal : 24|8@1+ (0.3921568627,0) [0|0] "%"  TCU,CGW
+ SG_ HEV_OBD_EngClntTempVal : 32|8@1+ (1,-40) [0|0] "℃"  TCU,CGW
+ SG_ HEV_OBD_EngRpmVal : 40|16@1+ (0.25,0) [0|0] "rpm"  TCU,CGW
+ SG_ HEV_OBD_VehSpdSnsrVal : 56|8@1+ (1,0) [0|0] "km/h"  TCU,CGW
+ SG_ HEV_OBD_AbsThrPosVal : 64|8@1+ (0.3921568627,0) [0|0] "%"  TCU,CGW
+ SG_ HEV_OBD_FuelCtrlSta : 72|16@1+ (1,0) [0|0] ""  TCU,CGW
+ SG_ HEV_OBD_ShrtFuelTrmBnk1Val : 88|8@1+ (0.78125,-100) [0|0] "%"  TCU,CGW
+ SG_ HEV_OBD_LongFuelTrmBnk1Val : 96|8@1+ (0.78125,-100) [0|0] "%"  TCU,CGW
+
+BO_ 597 LDC_01_100ms: 32 CGW
+ SG_ LDC_Crc1Val : 0|16@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ LDC_SysMainSta : 104|8@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ LDC_SysSubSta : 112|8@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ LDC_LSCmdVoltVal : 120|8@1+ (0.1,0) [0|0] "V"  Vector__XXX
+ SG_ LDC_HSActVoltVal : 136|16@1+ (0.1,0) [0|0] "V"  Vector__XXX
+ SG_ LDC_SdcChrgCtrlSta : 152|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ LDC_TempLimSta : 154|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ LDC_CurrLimSta : 156|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ LDC_BmsMsgLstSta : 158|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ LDC_AlvCnt1Val : 16|8@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ LDC_McuMsgLstSta : 160|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ LDC_VcuMsgLstSta : 162|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ LDC_SysAreaVal : 164|4@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ LDC_DevStepSta : 168|4@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ LDC_RelVerVal : 172|8@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ LDC_RomSta : 180|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ LDC_TestVerVal : 182|4@1+ (1,0) [0|0] "V"  Vector__XXX
+ SG_ LDC_VrvMode : 186|6@1+ (1,0) [0|0] ""  OPU
+ SG_ LDC_CtSnsrVoltVal : 192|16@1+ (0.001,0) [0|0] "V"  Vector__XXX
+ SG_ LDC_EAOutVoltVal : 208|8@1+ (0.01,0) [0|0] "V"  Vector__XXX
+ SG_ LDC_SSFMVal : 216|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ LDC_CtSnsrFltCntVal : 218|4@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ LDC_OCHSCntVal : 222|4@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ LDC_VBVoltVal : 226|8@1+ (0.1,0) [0|0] "V"  Vector__XXX
+ SG_ LDC_AAFOpReq : 234|3@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ LDC_CpuRdySta : 24|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ LDC_SysCtrlablSta : 26|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ LDC_SysOpSta : 28|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ LDC_PwrDeratingSta : 30|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ LDC_AuxBattWrnLmpReq : 32|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ LDC_AuxBattWrnAlrmReq : 34|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ LDC_AuxBattChrgReq : 36|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ LDC_AuxBattChrgRstReq : 38|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ LDC_SrvLmpReq : 40|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ LDC_SysFltSta : 42|2@1+ (1,0) [0|0] ""  EMS
+ SG_ LDC_RadFanOnReq : 44|2@1+ (1,0) [0|0] ""  EMS
+ SG_ LDC_AuxBattChrgSta : 48|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ LDC_AuxBattDisChrgSta : 50|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ LDC_LSActCurrVal : 52|8@1+ (1,0) [0|0] "A"  Vector__XXX
+ SG_ LDC_RadFanRpmDutyVal : 64|8@1+ (1,0) [0|0] "%"  Vector__XXX
+ SG_ LDC_LSActVoltVal : 72|8@1+ (0.1,0) [0|0] "V"  Vector__XXX
+ SG_ LDC_EwpRpmCtrlVal : 80|8@1+ (20,0) [0|0] "rpm"  Vector__XXX
+ SG_ LDC_PwrMonVal : 88|8@1+ (10,0) [0|0] "W"  Vector__XXX
+ SG_ LDC_SysTempVal : 96|8@1+ (1,-100) [0|0] "℃"  Vector__XXX
+
+BO_ 1801 SDC_GST: 8 FD_P
+ SG_ SDC_GST_Byte0 : 0|8@1+ (1,0) [0|0] ""  CGW
+ SG_ SDC_GST_Byte2 : 16|8@1+ (1,0) [0|0] ""  CGW
+ SG_ SDC_GST_Byte3 : 24|8@1+ (1,0) [0|0] ""  CGW
+ SG_ SDC_GST_Byte4 : 32|8@1+ (1,0) [0|0] ""  CGW
+ SG_ SDC_GST_Byte5 : 40|8@1+ (1,0) [0|0] ""  CGW
+ SG_ SDC_GST_Byte6 : 48|8@1+ (1,0) [0|0] ""  CGW
+ SG_ SDC_GST_Byte7 : 56|8@1+ (1,0) [0|0] ""  CGW
+ SG_ SDC_GST_Byte1 : 8|8@1+ (1,0) [0|0] ""  CGW
+
+BO_ 1796 GST_7DCT_GA_FDC1: 8 CGW
+ SG_ GST_7DCT_GA_FDC1_Byte0 : 0|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ GST_7DCT_GA_FDC1_Byte2 : 16|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ GST_7DCT_GA_FDC1_Byte3 : 24|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ GST_7DCT_GA_FDC1_Byte4 : 32|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ GST_7DCT_GA_FDC1_Byte5 : 40|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ GST_7DCT_GA_FDC1_Byte6 : 48|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ GST_7DCT_GA_FDC1_Byte7 : 56|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ GST_7DCT_GA_FDC1_Byte1 : 8|8@1+ (1,0) [0|0] ""  FD_P
+
+BO_ 362 ADAS_PRK_21_20ms: 32 CGW
+ SG_ ADAS_PRK_Crc3Val : 0|16@1+ (1,0) [0|0] ""  SCU_FF
+ SG_ RSPA_LftTrgtPosY : 104|8@1+ (5,-640) [0|0] ""  Vector__XXX
+ SG_ RSPA_Sta : 120|4@1+ (1,0) [0|0] ""  SCU_FF
+ SG_ RSPA_Actv : 124|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ RSPA_TrgtGearSta : 128|3@1+ (1,0) [0|0] ""  SCU_FF
+ SG_ RSPA_EpbReq : 131|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ RSPA_ExtLampReq : 133|3@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ RSPA_CrankingReq : 136|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ RSPA_IdOutWarnReq : 138|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ RSPA_IndBlnkReq : 140|3@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ RSPA_SysOff : 143|1@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ RSPA_DccCmd : 144|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ RSPA_StopReq : 146|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ RSPA_SelDevInfo : 148|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ RSPA_SelFuncInfo : 150|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ RSPA_TrgtVehSpdVal : 152|10@1+ (0.01,0) [0|0] "km/h"  Vector__XXX
+ SG_ ADAS_PRK_AlvCnt3Val : 16|8@1+ (1,0) [0|0] ""  SCU_FF
+ SG_ RSPA_AddtnlAccelActv : 162|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ RSPA_Opt : 164|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ RSPA_TrgtTqVal : 168|12@1- (1,0) [0|0] "Nm"  Vector__XXX
+ SG_ RSPA_DCTTrgtTqVal : 192|12@1- (1,0) [0|0] "Nm"  Vector__XXX
+ SG_ RSPA_RtTrgtDir : 208|16@1- (1,0) [0|0] "Deg"  Vector__XXX
+ SG_ RSPA_LftTrgtDir : 224|16@1- (1,0) [0|0] "Deg"  Vector__XXX
+ SG_ RSPA_AvnDis : 24|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ RSPA_AvnModDis : 26|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ RSPA_AvnModNumDis : 28|3@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ RSPA_AvnSubViewDis : 32|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ RSPA_AvnModADLDis : 34|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ RSPA_AvnModPDFLDis : 36|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ RSPA_AvnModPLDis : 38|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ RSPA_AvnModPDRLDis : 40|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ RSPA_AvnModPDRRDis : 42|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ RSPA_AvnModPRDis : 44|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ RSPA_AvnModPDFRDis : 46|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ RSPA_AvnModADRDis : 48|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ RSPA_CamDis : 50|3@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ RSPA_CnclTyp : 53|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ RSPA_AvnHmiDis : 56|8@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ RSPA_BxHght : 64|8@1+ (10,3500) [0|0] ""  Vector__XXX
+ SG_ RSPA_BxWidth : 72|8@1+ (5,1000) [0|0] ""  Vector__XXX
+ SG_ RSPA_RtTrgtPosX : 80|8@1+ (5,-640) [0|0] ""  Vector__XXX
+ SG_ RSPA_RtTrgtPosY : 88|8@1+ (5,-640) [0|0] ""  Vector__XXX
+ SG_ RSPA_LftTrgtPosX : 96|8@1+ (5,-640) [0|0] ""  Vector__XXX
+
+BO_ 1793 GST_SDC: 8 CGW
+ SG_ GST_SDC_Byte0 : 0|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ GST_SDC_Byte2 : 16|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ GST_SDC_Byte3 : 24|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ GST_SDC_Byte4 : 32|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ GST_SDC_Byte5 : 40|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ GST_SDC_Byte6 : 48|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ GST_SDC_Byte7 : 56|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ GST_SDC_Byte1 : 8|8@1+ (1,0) [0|0] ""  FD_P
+
+BO_ 1236 CLU_08_00ms: 8 CGW
+ SG_ CLU_Crc8Val : 0|16@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ CLU_AlvCnt8Val : 16|8@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ USM_TwoTrnUnlckSetReq : 24|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ USM_ECoastSetReq : 26|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ USM_ECoastingWrngSndSetReq : 32|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ USM_MdLmpBrgtnsSetReq : 34|3@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ USM_TirePrsrUnitSetReq : 37|3@1+ (1,0) [0|0] ""  IBU
+ SG_ USM_FuelGdRstReq : 40|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ USM_SmrtRegenSetReq : 56|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ USM_GreenZoneDrvSetReq : 58|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ USM_VESSVolLevelSetReq : 60|3@1+ (1,0) [0|0] ""  Vector__XXX
+
+BO_ 2017 GST_TCU: 8 CGW
+ SG_ GST_TCU_Byte0 : 0|8@1+ (1,0) [0|0] ""  TCU,FD_P
+ SG_ GST_TCU_Byte2 : 16|8@1+ (1,0) [0|0] ""  TCU,FD_P
+ SG_ GST_TCU_Byte3 : 24|8@1+ (1,0) [0|0] ""  TCU,FD_P
+ SG_ GST_TCU_Byte4 : 32|8@1+ (1,0) [0|0] ""  TCU,FD_P
+ SG_ GST_TCU_Byte5 : 40|8@1+ (1,0) [0|0] ""  TCU,FD_P
+ SG_ GST_TCU_Byte6 : 48|8@1+ (1,0) [0|0] ""  TCU,FD_P
+ SG_ GST_TCU_Byte7 : 56|8@1+ (1,0) [0|0] ""  TCU,FD_P
+ SG_ GST_TCU_Byte1 : 8|8@1+ (1,0) [0|0] ""  TCU,FD_P
+
+BO_ 2016 GST_EMS: 8 CGW
+ SG_ GST_EMS_Byte0 : 0|8@1+ (1,0) [0|0] ""  EMS,FD_P
+ SG_ GST_EMS_Byte2 : 16|8@1+ (1,0) [0|0] ""  EMS,FD_P
+ SG_ GST_EMS_Byte3 : 24|8@1+ (1,0) [0|0] ""  EMS,FD_P
+ SG_ GST_EMS_Byte4 : 32|8@1+ (1,0) [0|0] ""  EMS,FD_P
+ SG_ GST_EMS_Byte5 : 40|8@1+ (1,0) [0|0] ""  EMS,FD_P
+ SG_ GST_EMS_Byte6 : 48|8@1+ (1,0) [0|0] ""  EMS,FD_P
+ SG_ GST_EMS_Byte7 : 56|8@1+ (1,0) [0|0] ""  EMS,FD_P
+ SG_ GST_EMS_Byte1 : 8|8@1+ (1,0) [0|0] ""  EMS,FD_P
+
+BO_ 1233 CLU_05_00ms: 8 CGW
+ SG_ CLU_Crc5Val : 0|16@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ CLU_AlvCnt5Val : 16|8@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ USM_InletAutoLockSetReq : 26|3@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ USM_StaRst1Req : 34|2@1+ (1,0) [0|0] ""  IBU
+ SG_ USM_NccCamSetReq : 43|3@1+ (1,0) [0|0] ""  Vector__XXX
+
+BO_ 2022 GST_SCU: 8 CGW
+ SG_ GST_SCU_Byte0 : 0|8@1+ (1,0) [0|0] ""  SCU_FF,FD_P
+ SG_ GST_SCU_Byte2 : 16|8@1+ (1,0) [0|0] ""  SCU_FF,FD_P
+ SG_ GST_SCU_Byte3 : 24|8@1+ (1,0) [0|0] ""  SCU_FF,FD_P
+ SG_ GST_SCU_Byte4 : 32|8@1+ (1,0) [0|0] ""  SCU_FF,FD_P
+ SG_ GST_SCU_Byte5 : 40|8@1+ (1,0) [0|0] ""  SCU_FF,FD_P
+ SG_ GST_SCU_Byte6 : 48|8@1+ (1,0) [0|0] ""  SCU_FF,FD_P
+ SG_ GST_SCU_Byte7 : 56|8@1+ (1,0) [0|0] ""  SCU_FF,FD_P
+ SG_ GST_SCU_Byte1 : 8|8@1+ (1,0) [0|0] ""  SCU_FF,FD_P
+
+BO_ 2025 TCU_GST: 8 TCU
+ SG_ TCU_GST_Byte0 : 0|8@1+ (1,0) [0|0] ""  CGW
+ SG_ TCU_GST_Byte2 : 16|8@1+ (1,0) [0|0] ""  CGW
+ SG_ TCU_GST_Byte3 : 24|8@1+ (1,0) [0|0] ""  CGW
+ SG_ TCU_GST_Byte4 : 32|8@1+ (1,0) [0|0] ""  CGW
+ SG_ TCU_GST_Byte5 : 40|8@1+ (1,0) [0|0] ""  CGW
+ SG_ TCU_GST_Byte6 : 48|8@1+ (1,0) [0|0] ""  CGW
+ SG_ TCU_GST_Byte7 : 56|8@1+ (1,0) [0|0] ""  CGW
+ SG_ TCU_GST_Byte1 : 8|8@1+ (1,0) [0|0] ""  CGW
+
+BO_ 933 SCU_FF_02_100ms: 8 SCU_FF
+ SG_ SCU_FF_Crc2Val : 0|16@1+ (1,0) [0|0] ""  CGW
+ SG_ SCU_FF_AlvCnt2Val : 16|8@1+ (1,0) [0|0] ""  CGW
+ SG_ SCU_FF_WrnMsgClu : 24|5@1+ (1,0) [0|0] ""  CGW
+ SG_ SCU_FF_RspaCanFlFlag : 29|2@1+ (1,0) [0|0] ""  CGW
+ SG_ SCU_FF_RspaSta : 31|4@1+ (1,0) [0|0] ""  CGW
+ SG_ SCU_FF_NPosWshModSta : 43|2@1+ (1,-40) [0|0] "℃"  CGW
+
+BO_ 2024 EMS_GST: 8 EMS
+ SG_ EMS_GST_Byte0 : 0|8@1+ (1,0) [0|0] ""  CGW
+ SG_ EMS_GST_Byte2 : 16|8@1+ (1,0) [0|0] ""  CGW
+ SG_ EMS_GST_Byte3 : 24|8@1+ (1,0) [0|0] ""  CGW
+ SG_ EMS_GST_Byte4 : 32|8@1+ (1,0) [0|0] ""  CGW
+ SG_ EMS_GST_Byte5 : 40|8@1+ (1,0) [0|0] ""  CGW
+ SG_ EMS_GST_Byte6 : 48|8@1+ (1,0) [0|0] ""  CGW
+ SG_ EMS_GST_Byte7 : 56|8@1+ (1,0) [0|0] ""  CGW
+ SG_ EMS_GST_Byte1 : 8|8@1+ (1,0) [0|0] ""  CGW
+
+BO_ 384 CLU_17_20ms: 8 CGW
+ SG_ CLU_Crc17Val : 0|16@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ CLU_AlvCnt17Val : 16|8@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ CLU_PddlUpSwSta : 54|1@1+ (1,0) [0|0] ""  TCU
+ SG_ CLU_PddlDnSwSta : 55|1@1+ (1,0) [0|0] ""  TCU
+
+BO_ 928 TPMS_01_200ms: 16 IBU
+ SG_ TPMS_Crc1Val : 0|16@1+ (1,0) [0|0] ""  CGW
+ SG_ TPMS_AlvCnt1Val : 16|8@1+ (1,0) [0|0] ""  CGW
+ SG_ TPMS_FLPosWrngLmpSta : 24|2@1+ (1,0) [0|0] ""  CGW
+ SG_ TPMS_FRPosWrngLmpSta : 26|2@1+ (1,0) [0|0] ""  CGW
+ SG_ TPMS_RLPosWrngLmpSta : 28|2@1+ (1,0) [0|0] ""  CGW
+ SG_ TPMS_RRPosWrngLmpSta : 30|2@1+ (1,0) [0|0] ""  CGW
+ SG_ TPMS_FLTirePrsrVal : 32|8@1+ (1,0) [0|0] "PSI"  CGW
+ SG_ TPMS_FRTirePrsrVal : 40|8@1+ (1,0) [0|0] "PSI"  CGW
+ SG_ TPMS_RLTirePrsrVal : 48|8@1+ (1,0) [0|0] "PSI"  CGW
+ SG_ TPMS_RRTirePrsrVal : 56|8@1+ (1,0) [0|0] "PSI"  CGW
+ SG_ TPMS_SnsrSta : 64|3@1+ (1,0) [0|0] ""  CGW
+ SG_ TPMS_WrngLmpSta : 67|2@1+ (1,0) [0|0] ""  CGW
+ SG_ TPMS_TreadWrngLmpSta : 69|2@1+ (1,0) [0|0] ""  CGW
+ SG_ TPMS_PrsrUnitSta : 72|2@1+ (1,0) [0|0] ""  CGW
+ SG_ TPMS_FLMuteTimer : 80|4@1+ (1,0) [0|0] ""  CGW
+ SG_ TPMS_FRMuteTimer : 84|4@1+ (1,0) [0|0] ""  CGW
+ SG_ TPMS_RLMuteTimer : 88|4@1+ (1,0) [0|0] ""  CGW
+ SG_ TPMS_RRMuteTimer : 92|4@1+ (1,0) [0|0] ""  CGW
+
+BO_ 2030 SCU_FF_GST: 8 FD_P
+ SG_ SCU_FF_GST_Byte0 : 0|8@1+ (1,0) [0|0] ""  CGW
+ SG_ SCU_FF_GST_Byte2 : 16|8@1+ (1,0) [0|0] ""  CGW
+ SG_ SCU_FF_GST_Byte3 : 24|8@1+ (1,0) [0|0] ""  CGW
+ SG_ SCU_FF_GST_Byte4 : 32|8@1+ (1,0) [0|0] ""  CGW
+ SG_ SCU_FF_GST_Byte5 : 40|8@1+ (1,0) [0|0] ""  CGW
+ SG_ SCU_FF_GST_Byte6 : 48|8@1+ (1,0) [0|0] ""  CGW
+ SG_ SCU_FF_GST_Byte7 : 56|8@1+ (1,0) [0|0] ""  CGW
+ SG_ SCU_FF_GST_Byte1 : 8|8@1+ (1,0) [0|0] ""  CGW
+
+BO_ 1253 SMK_01_00ms: 8 CGW
+ SG_ SMK_Crc1Val : 0|8@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ SMK_AlvCnt1Val : 12|4@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ DoorLock_PsvDrLkReq : 16|3@1+ (1,0) [0|0] ""  SBW_SHFTR_FF
+ SG_ DoorLock_PsvDrUnLkReq : 19|3@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ DoorLock_DrvDrPsvAcsReq : 22|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ DoorLock_AsstDrPsvAcsReq : 24|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ DoorLock_TrnkTlgtPsvAcsReq : 26|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ Auth_Req : 35|3@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ RSPA_DigitalKeyAuth : 38|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ PHEV_PwrAutoOffReq : 40|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ Auth_Method : 42|4@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ Auth_ISKLearnFdbck : 50|4@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ Mirror_SmrtWlcmMirrReq : 56|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ SecureCom_Req : 58|3@1+ (1,0) [0|0] ""  Vector__XXX
+
+BO_ 1252 RKE_01_00ms: 8 CGW
+ SG_ RKE_Crc1Val : 0|8@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ RKE_AlvCnt1Val : 12|4@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ RKE_BtnReq : 16|4@1+ (1,0) [0|0] ""  SBW_SHFTR_FF
+ SG_ RKE_WdwUpDnReq : 32|3@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ RKE_ID : 40|3@1+ (1,0) [0|0] ""  Vector__XXX
+
+BO_ 2001 GST_ESC: 8 CGW
+ SG_ GST_ESC_Byte0 : 0|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ GST_ESC_Byte2 : 16|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ GST_ESC_Byte3 : 24|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ GST_ESC_Byte4 : 32|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ GST_ESC_Byte5 : 40|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ GST_ESC_Byte6 : 48|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ GST_ESC_Byte7 : 56|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ GST_ESC_Byte1 : 8|8@1+ (1,0) [0|0] ""  FD_P
+
+BO_ 2006 GST_TPMS: 8 CGW
+ SG_ GST_TPMS_Byte0 : 0|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ GST_TPMS_Byte2 : 16|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ GST_TPMS_Byte3 : 24|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ GST_TPMS_Byte4 : 32|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ GST_TPMS_Byte5 : 40|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ GST_TPMS_Byte6 : 48|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ GST_TPMS_Byte7 : 56|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ GST_TPMS_Byte1 : 8|8@1+ (1,0) [0|0] ""  FD_P
+
+BO_ 923 TMU_01_200ms: 8 CGW
+ SG_ VS_VehSlwDnReq : 0|2@1+ (1,0) [0|0] ""  EMS
+ SG_ VI_VehImmoReq : 2|2@1+ (1,0) [0|0] ""  EMS
+ SG_ RAC_DfrstCtrlReq : 24|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ VSVI_AlvCntVal : 26|4@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ RCC_ChrgCtrlReq : 30|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ RCC_ChrgModTyp : 32|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ RCC_ChrgDataVal : 34|6@1+ (1,40) [0|0] "%"  Vector__XXX
+ SG_ RAC_AcnCtrlReq : 4|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ ECO_Ig3RlyModSta : 40|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ ECO_SysRdySta : 42|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ RCC_ChrgCtrlCanclReq : 46|2@1+ (1,0) [0|0] "flag"  Vector__XXX
+ SG_ RCC_FlCnfmSta : 48|2@1+ (1,0) [0|0] "flag"  Vector__XXX
+ SG_ ECO_Ig3RlyDrvSta : 52|1@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ RAC_TempModTyp : 6|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ RAC_TempSetVal : 8|16@1+ (1,0) [0|0] ""  Vector__XXX
+
+BO_ 160 WHL_01_10ms: 24 CGW
+ SG_ WHL_Crc1Val : 0|16@1+ (1,0) [0|0] ""  TCU,IBU,SCU_FF
+ SG_ WHL_SpdRRVal : 112|14@1+ (0.03125,0) [0|0] "km^h"  AWD,EMS,TCU,OPU,IBU,SCU_FF
+ SG_ WHL_AlvCnt1Val : 16|8@1+ (1,0) [0|0] ""  TCU,IBU,SCU_FF
+ SG_ WHL_PlsFLVal : 24|8@1+ (0.5,0) [0|0] "pulse count"  IBU
+ SG_ WHL_PlsFRVal : 32|8@1+ (0.5,0) [0|0] "pulse count"  IBU
+ SG_ WHL_PlsRLVal : 40|8@1+ (0.5,0) [0|0] "pulse count"  IBU
+ SG_ WHL_PlsRRVal : 48|8@1+ (0.5,0) [0|0] "pulse count"  IBU
+ SG_ WHL_DirFLVal : 56|2@1+ (1,0) [0|0] ""  TCU,IBU,SCU_FF
+ SG_ WHL_DirFRVal : 58|2@1+ (1,0) [0|0] ""  TCU,IBU,SCU_FF
+ SG_ WHL_DirRLVal : 60|2@1+ (1,0) [0|0] ""  TCU,IBU,SCU_FF
+ SG_ WHL_DirRRVal : 62|2@1+ (1,0) [0|0] ""  TCU,IBU,SCU_FF
+ SG_ WHL_SpdFLVal : 64|14@1+ (0.03125,0) [0|0] "km^h"  AWD,EMS,TCU,OPU,IBU,SCU_FF
+ SG_ WHL_SpdFRVal : 80|14@1+ (0.03125,0) [0|0] "km^h"  AWD,EMS,TCU,OPU,IBU,SCU_FF
+ SG_ WHL_SpdRLVal : 96|14@1+ (0.03125,0) [0|0] "km^h"  AWD,EMS,TCU,OPU,IBU,SCU_FF
+
+BO_ 1738 ESC_CRO: 8 CGW
+ SG_ ESC_CRO_Byte0 : 0|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ ESC_CRO_Byte2 : 16|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ ESC_CRO_Byte3 : 24|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ ESC_CRO_Byte4 : 32|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ ESC_CRO_Byte5 : 40|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ ESC_CRO_Byte6 : 48|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ ESC_CRO_Byte7 : 56|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ ESC_CRO_Byte1 : 8|8@1+ (1,0) [0|0] ""  FD_P
+
+BO_ 2014 TPMS_GST: 8 FD_P
+ SG_ TPMS_GST_Byte0 : 0|8@1+ (1,0) [0|0] ""  CGW
+ SG_ TPMS_GST_Byte2 : 16|8@1+ (1,0) [0|0] ""  CGW
+ SG_ TPMS_GST_Byte3 : 24|8@1+ (1,0) [0|0] ""  CGW
+ SG_ TPMS_GST_Byte4 : 32|8@1+ (1,0) [0|0] ""  CGW
+ SG_ TPMS_GST_Byte5 : 40|8@1+ (1,0) [0|0] ""  CGW
+ SG_ TPMS_GST_Byte6 : 48|8@1+ (1,0) [0|0] ""  CGW
+ SG_ TPMS_GST_Byte7 : 56|8@1+ (1,0) [0|0] ""  CGW
+ SG_ TPMS_GST_Byte1 : 8|8@1+ (1,0) [0|0] ""  CGW
+
+BO_ 2015 GST_ALL: 8 CGW
+ SG_ GST_ALL_Byte0 : 0|8@1+ (1,0) [0|0] ""  AWD,EMS,TCU,OPU,SBW_SHFTR_FF,SCU_FF,FD_P
+ SG_ GST_ALL_Byte2 : 16|8@1+ (1,0) [0|0] ""  AWD,EMS,TCU,OPU,SBW_SHFTR_FF,SCU_FF,FD_P
+ SG_ GST_ALL_Byte3 : 24|8@1+ (1,0) [0|0] ""  AWD,EMS,TCU,OPU,SBW_SHFTR_FF,SCU_FF,FD_P
+ SG_ GST_ALL_Byte4 : 32|8@1+ (1,0) [0|0] ""  AWD,EMS,TCU,OPU,SBW_SHFTR_FF,SCU_FF,FD_P
+ SG_ GST_ALL_Byte5 : 40|8@1+ (1,0) [0|0] ""  AWD,EMS,TCU,OPU,SBW_SHFTR_FF,SCU_FF,FD_P
+ SG_ GST_ALL_Byte6 : 48|8@1+ (1,0) [0|0] ""  AWD,EMS,TCU,OPU,SBW_SHFTR_FF,SCU_FF,FD_P
+ SG_ GST_ALL_Byte7 : 56|8@1+ (1,0) [0|0] ""  AWD,EMS,TCU,OPU,SBW_SHFTR_FF,SCU_FF,FD_P
+ SG_ GST_ALL_Byte1 : 8|8@1+ (1,0) [0|0] ""  AWD,EMS,TCU,OPU,SBW_SHFTR_FF,SCU_FF,FD_P
+
+BO_ 186 HCU_01_10ms: 32 CGW
+ SG_ HCU_Crc1Val : 0|16@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_TqIncSta : 100|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_TqIntrvntnModSta : 102|2@1+ (1,0) [0|0] ""  EMS
+ SG_ HCU_TqIntrvntnSta : 104|2@1+ (1,0) [0|0] ""  EMS
+ SG_ HCU_TqRdctnSta : 106|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_TrgtGearGsiSta : 108|4@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_WrmUpAccptSta : 112|2@1+ (1,0) [0|0] ""  EMS
+ SG_ HCU_AlvCnt1Val : 16|8@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_AccDnShftReq : 24|3@1+ (1,0) [0|0] ""  TCU
+ SG_ HCU_AntJrkInhbtSta : 27|2@1+ (1,0) [0|0] ""  EMS
+ SG_ HCU_BfrIntrvntnEngTqVal : 29|8@1+ (0.390625,0) [0|0] "%"  EMS,TCU
+ SG_ HCU_EcoIgnInhbtSta : 37|2@1+ (1,0) [0|0] "flag"  EMS
+ SG_ HCU_EngCltchClsSta : 39|3@1+ (1,0) [0|0] ""  EMS,TCU
+ SG_ HCU_EngCltchCtrlSta : 42|3@1+ (1,0) [0|0] ""  EMS,TCU
+ SG_ HCU_EngCltchSta : 45|3@1+ (1,0) [0|0] ""  AWD,EMS,TCU
+ SG_ HCU_EngTrnsntCtrlSta : 48|2@1+ (1,0) [0|0] ""  AWD,EMS
+ SG_ HCU_EwpDiagModReq : 50|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_FuelInjctnEnblSta : 52|2@1+ (1,0) [0|0] ""  EMS
+ SG_ HCU_GearNReq : 54|2@1+ (1,0) [0|0] ""  TCU
+ SG_ HCU_GearShftDnDis : 56|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_GearShftUpDis : 58|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_IdleTrgtRpmVal : 64|8@1+ (20,0) [0|0] "rpm"  EMS
+ SG_ HCU_Ign1Sta : 72|2@1+ (1,0) [0|0] ""  EMS,TCU,SCU_FF
+ SG_ HCU_IndEngTqVal : 74|8@1+ (0.390625,0) [0|0] "%"  EMS,TCU
+ SG_ HCU_OpuOpInhbtReq : 82|2@1+ (1,0) [0|0] ""  TCU,OPU
+ SG_ HCU_PTOpModSta : 84|3@1+ (1,0) [0|0] ""  EMS,TCU,SCU_FF
+ SG_ HCU_TmTqBfrIntrvntnPcVal : 87|11@1- (0.1953125,0) [0|0] "%"  TCU
+ SG_ HCU_TqGenDcsnSta : 98|2@1+ (1,0) [0|0] ""  EMS
+
+BO_ 426 CLU_01_20ms: 16 CGW
+ SG_ CLU_Crc1Val : 0|16@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ CLU_AlvCnt1Val : 16|8@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ CLU_PrtyBitSta : 24|2@1+ (1,0) [0|0] "pulse count"  Vector__XXX
+ SG_ CLU_PdwDisTyp : 26|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ CLU_DtntOutSta : 28|2@1+ (1,0) [0|0] ""  SBW_SHFTR_FF
+ SG_ CLU_SpdUnitTyp : 30|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ CLU_DisSpdDcmlVal : 32|2@1+ (0.125,0) [0|0] ""  Vector__XXX
+ SG_ CLU_SWRCCrsMainSwSta : 34|2@1+ (1,0) [0|0] ""  TCU
+ SG_ CLU_SWRCCrsSwSta : 36|3@1+ (1,0) [0|0] ""  TCU
+ SG_ CLU_SWRCLFASwSta : 39|2@1+ (1,0) [0|0] ""  TCU
+ SG_ CLU_SWRCSldMainSwSta : 41|2@1+ (1,0) [0|0] ""  TCU
+ SG_ CLU_RhstaLvlSta : 43|5@1+ (1,0) [0|0] ""  SBW_SHFTR_FF
+ SG_ CLU_DisSpdVal : 48|10@1+ (0.5,0) [0|0] "km/h or MPH"  Vector__XXX
+ SG_ CLU_DisTyp : 58|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ CLU_OKSwSta : 62|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ CLU_DisSpdVal_KPH : 64|9@1+ (1,0) [0|0] "km/h"  Vector__XXX
+
+BO_ 416 ADAS_CMD_20_20ms: 32 CGW
+ SG_ ADAS_CMD_Crc20Val : 0|16@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ SCC_NSCCOpSta : 104|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ SCC_NSCCOnOffSta : 106|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ SCC_ObjSta : 108|3@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ SCC_SnstvtyModRetVal : 112|3@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ SCC_NSCCAutoSetSpdUpdtSta : 115|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ SCC_NSCCInfoPUDis : 117|3@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ SCC_AccelReqVal : 128|11@1+ (0.01,-10.23) [0|0] "m/s^2"  Vector__XXX
+ SG_ SCC_AccelReqRawVal : 140|11@1+ (0.01,-10.23) [0|0] "m/s^2"  Vector__XXX
+ SG_ SCC_JrkUppLimVal : 152|7@1+ (0.1,0) [0|0] "m/s^3"  Vector__XXX
+ SG_ ADAS_CMD_AlvCnt20Val : 16|8@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ SCC_JrkLwrLimVal : 160|7@1+ (0.1,0) [0|0] "m/s^3"  Vector__XXX
+ SG_ SCC_AccelLimBandUppVal : 168|6@1+ (0.02,0) [0|0] "m/s^2"  Vector__XXX
+ SG_ SCC_AccelLimBandLwrVal : 176|6@1+ (0.02,0) [0|0] "m/s^2"  Vector__XXX
+ SG_ SCC_VehStpReq : 184|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ SCC_TrgtDstVal : 192|11@1+ (0.1,0) [0|0] "m"  Vector__XXX
+ SG_ SCC_ObjDstVal : 24|11@1+ (0.1,0) [0|0] "m"  Vector__XXX
+ SG_ SCC_ObjRelSpdVal : 35|12@1+ (0.1,-170) [0|0] "m/s"  Vector__XXX
+ SG_ SCC_ObjLatPosVal : 47|9@1+ (0.1,-20) [0|0] "m"  Vector__XXX
+ SG_ SCC_SysFlrSta : 64|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ SCC_MainOnOffSta : 66|2@1+ (1,0) [0|0] ""  TCU
+ SG_ SCC_OpSta : 68|3@1+ (1,0) [0|0] ""  TCU
+ SG_ SCC_TakeoverReq : 72|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ SCC_InfoDis : 74|3@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ SCC_DrvAlrtDis : 77|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ SCC_ObjDstLvlVal : 80|8@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ SCC_HeadwayDstSetVal : 88|4@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ SCC_NSCCAutoSetSpdSta : 94|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ SCC_TrgtSpdSetVal : 96|8@1+ (1,0) [0|0] "km/h or MPH"  Vector__XXX
+
+BO_ 901 ICSC_03_100ms: 8 CGW
+ SG_ ICSC_Crc3Val : 0|16@1+ (1,0) [0|0] ""  TCU
+ SG_ ICSC_AlvCnt3Val : 16|8@1+ (1,0) [0|0] ""  TCU
+ SG_ DMIC_OffRdMod : 24|3@1+ (1,0) [0|0] ""  TCU
+ SG_ DMIC_OffRdModActvSta : 27|2@1+ (1,0) [0|0] ""  TCU
+ SG_ DMIC_OffRdModSta : 29|2@1+ (1,0) [0|0] ""  TCU
+
+BO_ 421 AWD_01_20ms: 32 AWD
+ SG_ AWD_Crc1Val : 0|16@1+ (1,0) [0|0] ""  CGW
+ SG_ AWD_FRWhlSpdSnsrVal : 112|8@1+ (1,0) [0|0] "km/h"  CGW
+ SG_ AWD_FLWhlSpdSnsrVal : 120|8@1+ (1,0) [0|0] "km/h"  CGW
+ SG_ AWD_RRWhlSpdSnsrVal : 128|8@1+ (1,0) [0|0] "km/h"  CGW
+ SG_ AWD_RLWhlSpdSnsrVal : 136|8@1+ (1,0) [0|0] "km/h"  CGW
+ SG_ AWD_CltchPrsrVal : 144|16@1+ (0.0625,-50) [0|0] "Bar"  CGW
+ SG_ AWD_AlvCnt1Val : 16|8@1+ (1,0) [0|0] ""  CGW
+ SG_ AWD_SysOpSta : 196|8@1+ (1,0) [0|0] ""  CGW
+ SG_ AWD_FrTqDistRto : 224|8@1+ (1,0) [0|0] "%"  CGW
+ SG_ AWD_RrTqDistRto : 232|8@1+ (1,0) [0|0] "%"  CGW
+ SG_ AWD_Typ : 24|2@1+ (1,0) [0|0] ""  CGW
+ SG_ AWD_SigSpprtSta : 26|2@1+ (1,0) [0|0] ""  CGW
+ SG_ AWD_IcscErrSta : 28|2@1+ (1,0) [0|0] ""  CGW
+ SG_ AWD_ErrCodeVal : 32|8@1+ (1,0) [0|0] ""  CGW
+ SG_ AWD_CltchDtVal : 40|8@1+ (1,0) [0|0] "%"  CGW
+ SG_ AWD_TireRdsVal : 48|8@1+ (1,200) [0|0] "mm"  CGW
+ SG_ AWD_SwVerVal : 56|8@1+ (1,0) [0|0] ""  CGW
+ SG_ AWD_OpMod2HSta : 64|2@1+ (1,0) [0|0] ""  CGW
+ SG_ AWD_OpMod4HSta : 66|2@1+ (1,0) [0|0] ""  CGW
+ SG_ AWD_OpModLowSta : 68|2@1+ (1,0) [0|0] ""  CGW
+ SG_ AWD_OpModAutoSta : 70|2@1+ (1,0) [0|0] ""  CGW
+ SG_ AWD_OpModLkSta : 72|2@1+ (1,0) [0|0] ""  CGW
+ SG_ AWD_TireSizeWrng : 74|3@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ AWD_ShaftTqVal : 80|16@1+ (1,0) [0|0] "Nm"  CGW
+ SG_ AWD_StrWhlPosVal : 96|16@1+ (1,-600) [0|0] "Deg"  CGW
+
+BO_ 1702 TCM_CANID_TRANSMIT: 8 FD_P
+ SG_ TCM_CANID_TRANSMIT_Byte0 : 0|8@1+ (1,0) [0|0] ""  CGW
+ SG_ TCM_CANID_TRANSMIT_Byte2 : 16|8@1+ (1,0) [0|0] ""  CGW
+ SG_ TCM_CANID_TRANSMIT_Byte3 : 24|8@1+ (1,0) [0|0] ""  CGW
+ SG_ TCM_CANID_TRANSMIT_Byte4 : 32|8@1+ (1,0) [0|0] ""  CGW
+ SG_ TCM_CANID_TRANSMIT_Byte5 : 40|8@1+ (1,0) [0|0] ""  CGW
+ SG_ TCM_CANID_TRANSMIT_Byte6 : 48|8@1+ (1,0) [0|0] ""  CGW
+ SG_ TCM_CANID_TRANSMIT_Byte7 : 56|8@1+ (1,0) [0|0] ""  CGW
+ SG_ TCM_CANID_TRANSMIT_Byte1 : 8|8@1+ (1,0) [0|0] ""  CGW
+
+BO_ 1701 CCP_CANID_DAQ3: 8 FD_P
+ SG_ CCP_CANID_DAQ3_Byte0 : 0|8@1+ (1,0) [0|0] ""  CGW
+ SG_ CCP_CANID_DAQ3_Byte2 : 16|8@1+ (1,0) [0|0] ""  CGW
+ SG_ CCP_CANID_DAQ3_Byte3 : 24|8@1+ (1,0) [0|0] ""  CGW
+ SG_ CCP_CANID_DAQ3_Byte4 : 32|8@1+ (1,0) [0|0] ""  CGW
+ SG_ CCP_CANID_DAQ3_Byte5 : 40|8@1+ (1,0) [0|0] ""  CGW
+ SG_ CCP_CANID_DAQ3_Byte6 : 48|8@1+ (1,0) [0|0] ""  CGW
+ SG_ CCP_CANID_DAQ3_Byte7 : 56|8@1+ (1,0) [0|0] ""  CGW
+ SG_ CCP_CANID_DAQ3_Byte1 : 8|8@1+ (1,0) [0|0] ""  CGW
+
+BO_ 1974 GST_SBW: 8 CGW
+ SG_ GST_SBW_Byte0 : 0|8@1+ (1,0) [0|0] ""  SBW_SHFTR_FF,FD_P
+ SG_ GST_SBW_Byte2 : 16|8@1+ (1,0) [0|0] ""  SBW_SHFTR_FF,FD_P
+ SG_ GST_SBW_Byte3 : 24|8@1+ (1,0) [0|0] ""  SBW_SHFTR_FF,FD_P
+ SG_ GST_SBW_Byte4 : 32|8@1+ (1,0) [0|0] ""  SBW_SHFTR_FF,FD_P
+ SG_ GST_SBW_Byte5 : 40|8@1+ (1,0) [0|0] ""  SBW_SHFTR_FF,FD_P
+ SG_ GST_SBW_Byte6 : 48|8@1+ (1,0) [0|0] ""  SBW_SHFTR_FF,FD_P
+ SG_ GST_SBW_Byte7 : 56|8@1+ (1,0) [0|0] ""  SBW_SHFTR_FF,FD_P
+ SG_ GST_SBW_Byte1 : 8|8@1+ (1,0) [0|0] ""  SBW_SHFTR_FF,FD_P
+
+BO_ 1018 HTCU_07_100ms: 16 TCU
+ SG_ HTCU_Crc7Val : 0|16@1+ (1,0) [0|0] ""  CGW
+ SG_ HTCU_AlvCnt7Val : 16|8@1+ (1,0) [0|0] ""  CGW
+ SG_ HTCU_Typ : 24|2@1+ (1,0) [0|0] ""  AWD,EMS,CGW
+ SG_ HTCU_OpupwrSvModReq : 26|2@1+ (1,0) [0|0] ""  OPU,CGW
+ SG_ HTCU_GearStepNumTyp : 28|4@1+ (1,0) [0|0] ""  AWD,CGW
+ SG_ HTCU_SrvLmpReq : 32|2@1+ (1,0) [0|0] ""  CGW
+ SG_ HTCU_MilOnReq : 34|2@1+ (1,0) [0|0] ""  CGW
+ SG_ HTCU_AtTempCVal : 36|8@1+ (1,-40) [0|0] "℃"  AWD,OPU,CGW
+ SG_ HTCU_EopCtrlTestSta : 44|2@1+ (1,0) [0|0] ""  OPU,CGW
+ SG_ HTCU_FldTempBkupSta : 46|2@1+ (1,0) [0|0] ""  EMS,OPU,CGW
+ SG_ HTCU_TMOutSpdRpmVal : 48|16@1+ (1,0) [0|0] "rpm"  CGW
+ SG_ HTCU_TransmsnInfoCodVal : 64|8@1+ (1,0) [0|0] ""  CGW
+ SG_ HTCU_EpbReq : 72|2@1+ (1,0) [0|0] ""  CGW
+ SG_ HTCU_GearSlctrDisBlinkReq : 74|2@1+ (1,0) [0|0] ""  CGW
+ SG_ HTCU_DrivingModeReq : 76|3@1+ (1,0) [0|0] ""  AWD,CGW
+ SG_ HTCU_DrivingModeDis : 79|3@1+ (1,0) [0|0] ""  CGW
+ SG_ HTCU_SmartShiftInf : 82|2@1+ (1,0) [0|0] ""  CGW
+ SG_ HTCU_SiCluster : 84|5@1+ (1,0) [0|0] ""  CGW
+ SG_ HTCU_WarnMsgSta : 89|8@1+ (1,0) [0|0] ""  CGW
+ SG_ HTCU_WarnSndSta : 97|4@1+ (1,0) [0|0] ""  CGW
+
+BO_ 1700 CCP_CANID_DAQ2: 8 EMS
+ SG_ CCP_CANID_DAQ2_Byte0 : 0|8@1+ (1,0) [0|0] ""  CGW
+ SG_ CCP_CANID_DAQ2_Byte2 : 16|8@1+ (1,0) [0|0] ""  CGW
+ SG_ CCP_CANID_DAQ2_Byte3 : 24|8@1+ (1,0) [0|0] ""  CGW
+ SG_ CCP_CANID_DAQ2_Byte4 : 32|8@1+ (1,0) [0|0] ""  CGW
+ SG_ CCP_CANID_DAQ2_Byte5 : 40|8@1+ (1,0) [0|0] ""  CGW
+ SG_ CCP_CANID_DAQ2_Byte6 : 48|8@1+ (1,0) [0|0] ""  CGW
+ SG_ CCP_CANID_DAQ2_Byte7 : 56|8@1+ (1,0) [0|0] ""  CGW
+ SG_ CCP_CANID_DAQ2_Byte1 : 8|8@1+ (1,0) [0|0] ""  CGW
+
+BO_ 1699 CCP_CANID_DAQ1: 8 EMS
+ SG_ CCP_CANID_DAQ1_Byte0 : 0|8@1+ (1,0) [0|0] ""  CGW
+ SG_ CCP_CANID_DAQ1_Byte2 : 16|8@1+ (1,0) [0|0] ""  CGW
+ SG_ CCP_CANID_DAQ1_Byte3 : 24|8@1+ (1,0) [0|0] ""  CGW
+ SG_ CCP_CANID_DAQ1_Byte4 : 32|8@1+ (1,0) [0|0] ""  CGW
+ SG_ CCP_CANID_DAQ1_Byte5 : 40|8@1+ (1,0) [0|0] ""  CGW
+ SG_ CCP_CANID_DAQ1_Byte6 : 48|8@1+ (1,0) [0|0] ""  CGW
+ SG_ CCP_CANID_DAQ1_Byte7 : 56|8@1+ (1,0) [0|0] ""  CGW
+ SG_ CCP_CANID_DAQ1_Byte1 : 8|8@1+ (1,0) [0|0] ""  CGW
+
+BO_ 1968 GST_OPI_OPU: 8 CGW
+ SG_ GST_OPI_OPU_Byte0 : 0|8@1+ (1,0) [0|0] ""  OPU,FD_P
+ SG_ GST_OPI_OPU_Byte2 : 16|8@1+ (1,0) [0|0] ""  OPU,FD_P
+ SG_ GST_OPI_OPU_Byte3 : 24|8@1+ (1,0) [0|0] ""  OPU,FD_P
+ SG_ GST_OPI_OPU_Byte4 : 32|8@1+ (1,0) [0|0] ""  OPU,FD_P
+ SG_ GST_OPI_OPU_Byte5 : 40|8@1+ (1,0) [0|0] ""  OPU,FD_P
+ SG_ GST_OPI_OPU_Byte6 : 48|8@1+ (1,0) [0|0] ""  OPU,FD_P
+ SG_ GST_OPI_OPU_Byte7 : 56|8@1+ (1,0) [0|0] ""  OPU,FD_P
+ SG_ GST_OPI_OPU_Byte1 : 8|8@1+ (1,0) [0|0] ""  OPU,FD_P
+
+BO_ 1698 CCP_CANID_DAQ0: 8 EMS
+ SG_ CCP_CANID_DAQ0_Byte0 : 0|8@1+ (1,0) [0|0] ""  CGW
+ SG_ CCP_CANID_DAQ0_Byte2 : 16|8@1+ (1,0) [0|0] ""  CGW
+ SG_ CCP_CANID_DAQ0_Byte3 : 24|8@1+ (1,0) [0|0] ""  CGW
+ SG_ CCP_CANID_DAQ0_Byte4 : 32|8@1+ (1,0) [0|0] ""  CGW
+ SG_ CCP_CANID_DAQ0_Byte5 : 40|8@1+ (1,0) [0|0] ""  CGW
+ SG_ CCP_CANID_DAQ0_Byte6 : 48|8@1+ (1,0) [0|0] ""  CGW
+ SG_ CCP_CANID_DAQ0_Byte7 : 56|8@1+ (1,0) [0|0] ""  CGW
+ SG_ CCP_CANID_DAQ0_Byte1 : 8|8@1+ (1,0) [0|0] ""  CGW
+
+BO_ 1697 CCP_CANID_DTO: 8 EMS
+ SG_ CCP_CANID_DTO_Byte0 : 0|8@1+ (1,0) [0|0] ""  CGW
+ SG_ CCP_CANID_DTO_Byte2 : 16|8@1+ (1,0) [0|0] ""  CGW
+ SG_ CCP_CANID_DTO_Byte3 : 24|8@1+ (1,0) [0|0] ""  CGW
+ SG_ CCP_CANID_DTO_Byte4 : 32|8@1+ (1,0) [0|0] ""  CGW
+ SG_ CCP_CANID_DTO_Byte5 : 40|8@1+ (1,0) [0|0] ""  CGW
+ SG_ CCP_CANID_DTO_Byte6 : 48|8@1+ (1,0) [0|0] ""  CGW
+ SG_ CCP_CANID_DTO_Byte7 : 56|8@1+ (1,0) [0|0] ""  CGW
+ SG_ CCP_CANID_DTO_Byte1 : 8|8@1+ (1,0) [0|0] ""  CGW
+
+BO_ 1023 WAKEUP_01_00ms: 8 CGW
+ SG_ WAKEUP_Crc1Val : 0|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ WakeUp_DoorLock_DrvDrUnLkSta : 10|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ WAKEUP_AlvCnt1Val : 12|4@1+ (1,0) [0|0] ""  FD_P
+ SG_ WakeUp_BCM_Ign1InSta : 16|2@1+ (1,0) [0|0] ""  SBW_SHFTR_FF
+ SG_ WakeUp_RKE_BtnReq : 18|4@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ WakeUp_Lamp_SmrtWlcmLtOnReq : 22|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ WakeUp_DoorLock_AsstDrUnLkSta : 24|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ WakeUp_DoorLock_RrLftDrUnLkSta : 26|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ WakeUp_DoorLock_RrRtDrUnLkSta : 28|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ WakeUp_Warn_AsstDrSwSta : 30|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ WakeUp_Warn_RrLftDrSwSta : 32|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ WakeUp_Warn_RrRtDrSwSta : 34|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ WakeUp_Trunk_TrnkTlgtSwSta : 36|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ WakeUp_Warn_DrvDrSwSta : 8|2@1+ (1,0) [0|0] ""  TCU,SBW_SHFTR_FF
+
+BO_ 1696 CCP_CANID_CRO: 8 CGW
+ SG_ CCP_CANID_CRO_Byte0 : 0|8@1+ (1,0) [0|0] ""  EMS,FD_P
+ SG_ CCP_CANID_CRO_Byte2 : 16|8@1+ (1,0) [0|0] ""  EMS,FD_P
+ SG_ CCP_CANID_CRO_Byte3 : 24|8@1+ (1,0) [0|0] ""  EMS,FD_P
+ SG_ CCP_CANID_CRO_Byte4 : 32|8@1+ (1,0) [0|0] ""  EMS,FD_P
+ SG_ CCP_CANID_CRO_Byte5 : 40|8@1+ (1,0) [0|0] ""  EMS,FD_P
+ SG_ CCP_CANID_CRO_Byte6 : 48|8@1+ (1,0) [0|0] ""  EMS,FD_P
+ SG_ CCP_CANID_CRO_Byte7 : 56|8@1+ (1,0) [0|0] ""  EMS,FD_P
+ SG_ CCP_CANID_CRO_Byte1 : 8|8@1+ (1,0) [0|0] ""  EMS,FD_P
+
+BO_ 1982 SBW_GST: 8 FD_P
+ SG_ SBW_GST_Byte0 : 0|8@1+ (1,0) [0|0] ""  CGW
+ SG_ SBW_GST_Byte2 : 16|8@1+ (1,0) [0|0] ""  CGW
+ SG_ SBW_GST_Byte3 : 24|8@1+ (1,0) [0|0] ""  CGW
+ SG_ SBW_GST_Byte4 : 32|8@1+ (1,0) [0|0] ""  CGW
+ SG_ SBW_GST_Byte5 : 40|8@1+ (1,0) [0|0] ""  CGW
+ SG_ SBW_GST_Byte6 : 48|8@1+ (1,0) [0|0] ""  CGW
+ SG_ SBW_GST_Byte7 : 56|8@1+ (1,0) [0|0] ""  CGW
+ SG_ SBW_GST_Byte1 : 8|8@1+ (1,0) [0|0] ""  CGW
+
+BO_ 469 EMSV_HEV_1_200ms: 32 EMS
+ SG_ CF_EMS_MafIntCFM : 24|1@1+ (1,0) [0|0] "flag"  CGW
+ SG_ CF_EMS_EndDiagTH : 25|1@1+ (1,0) [0|0] "flag"  CGW
+ SG_ CR_EMS_AmbPrs : 26|12@1+ (1.3269841,0) [0|0] "hPa"  CGW
+ SG_ CR_EMS_Maf_Kgh : 38|12@1+ (0.5,0) [0|0] "kg/h"  CGW
+ SG_ CF_EMS_Aaf1Stat : 50|2@1+ (1,0) [0|0] ""  CGW
+ SG_ CF_EMS_Aaf2Stat : 52|2@1+ (1,0) [0|0] ""  CGW
+ SG_ CF_EMS_Aaf3Stat : 54|2@1+ (1,0) [0|0] ""  CGW
+
+BO_ 1976 OPU_OPI_GST: 8 FD_P
+ SG_ OPU_OPI_GST_Byte0 : 0|8@1+ (1,0) [0|0] ""  CGW
+ SG_ OPU_OPI_GST_Byte2 : 16|8@1+ (1,0) [0|0] ""  CGW
+ SG_ OPU_OPI_GST_Byte3 : 24|8@1+ (1,0) [0|0] ""  CGW
+ SG_ OPU_OPI_GST_Byte4 : 32|8@1+ (1,0) [0|0] ""  CGW
+ SG_ OPU_OPI_GST_Byte5 : 40|8@1+ (1,0) [0|0] ""  CGW
+ SG_ OPU_OPI_GST_Byte6 : 48|8@1+ (1,0) [0|0] ""  CGW
+ SG_ OPU_OPI_GST_Byte7 : 56|8@1+ (1,0) [0|0] ""  CGW
+ SG_ OPU_OPI_GST_Byte1 : 8|8@1+ (1,0) [0|0] ""  CGW
+
+BO_ 1707 OPU_CCP_transmit: 8 FD_P
+ SG_ OPU_CCP_Transmit_Byte0 : 0|8@1+ (1,0) [0|0] ""  CGW
+ SG_ OPU_CCP_Transmit_Byte2 : 16|8@1+ (1,0) [0|0] ""  CGW
+ SG_ OPU_CCP_Transmit_Byte3 : 24|8@1+ (1,0) [0|0] ""  CGW
+ SG_ OPU_CCP_Transmit_Byte4 : 32|8@1+ (1,0) [0|0] ""  CGW
+ SG_ OPU_CCP_Transmit_Byte5 : 40|8@1+ (1,0) [0|0] ""  CGW
+ SG_ OPU_CCP_Transmit_Byte6 : 48|8@1+ (1,0) [0|0] ""  CGW
+ SG_ OPU_CCP_Transmit_Byte7 : 56|8@1+ (1,0) [0|0] ""  CGW
+ SG_ OPU_CCP_Transmit_Byte1 : 8|8@1+ (1,0) [0|0] ""  CGW
+
+BO_ 1706 OPU_CCP_receive: 8 CGW
+ SG_ OPU_CCP_Receive_Byte0 : 0|8@1+ (1,0) [0|0] ""  OPU,FD_P
+ SG_ OPU_CCP_Receive_Byte2 : 16|8@1+ (1,0) [0|0] ""  OPU,FD_P
+ SG_ OPU_CCP_Receive_Byte3 : 24|8@1+ (1,0) [0|0] ""  OPU,FD_P
+ SG_ OPU_CCP_Receive_Byte4 : 32|8@1+ (1,0) [0|0] ""  OPU,FD_P
+ SG_ OPU_CCP_Receive_Byte5 : 40|8@1+ (1,0) [0|0] ""  OPU,FD_P
+ SG_ OPU_CCP_Receive_Byte6 : 48|8@1+ (1,0) [0|0] ""  OPU,FD_P
+ SG_ OPU_CCP_Receive_Byte7 : 56|8@1+ (1,0) [0|0] ""  OPU,FD_P
+ SG_ OPU_CCP_Receive_Byte1 : 8|8@1+ (1,0) [0|0] ""  OPU,FD_P
+
+BO_ 741 OBC_01_100ms: 32 CGW
+ SG_ OBC_Crc1Val : 0|16@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ OBC_AcConnSta : 128|2@1+ (1,0) [0|0] ""  SCU_FF
+ SG_ OBC_PdSta : 130|3@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ OBC_EvseRdySta : 133|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ OBC_DcChrgSta : 136|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ OBC_AcChrgSta : 138|2@1+ (1,0) [0|1] ""  Vector__XXX
+ SG_ OBC_Ig3OnSta : 140|2@1+ (1,0) [0|0] ""  SCU_FF
+ SG_ OBC_S2SwSta : 142|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ OBC_CpVoltVal : 144|8@1+ (0.1,0) [0|25] "V"  Vector__XXX
+ SG_ OBC_CpDtyFloatVal : 152|10@1+ (0.1,0) [0|100] "%"  Vector__XXX
+ SG_ OBC_AlvCnt1Val : 16|8@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ OBC_MainRlyOnReq : 162|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ OBC_ObcRlyOnReq : 164|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ OBC_EstDcOutPwrValForBms : 168|8@1+ (0.1,0) [0|25] "kW"  Vector__XXX
+ SG_ OBC_InletAutoLkModSta : 176|3@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ OBC_InletLkSta : 179|3@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ OBC_InletFailSta : 182|2@1+ (1,0) [0|1] ""  Vector__XXX
+ SG_ OBC_ChrgInletTyp : 184|8@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ OBC_ChaInCurrModSta : 194|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ OBC_ChrgLmpOffForBmsReq : 198|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ OBC_ChrgStopAlrmDis : 200|3@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ OBC_DcEstMaxPwrVal : 208|8@1+ (0.1,0) [0|25] "kW"  Vector__XXX
+ SG_ OBC_SysRdySta : 24|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ OBC_ContrabSta : 28|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ OBC_SysFltSta : 32|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ OBC_ChrgFnshSta : 34|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ OBC_AcDetSta : 36|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ OBC_HvIntlkReq : 38|2@1+ (1,0) [0|0] ""  OPU
+ SG_ OBC_VcrmReq : 40|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ OBC_SvrLmpReq : 42|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ OBC_MilReq : 44|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ OBC_DcMaxCurrVal : 56|8@1+ (1,0) [0|100] "A"  Vector__XXX
+ SG_ OBC_SeqSta : 64|8@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ OBC_PwrLmtSta : 72|4@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ OBC_InfoCodVal : 76|10@1+ (1,0) [0|0] ""  Vector__XXX
+
+BO_ 1705 KW2K_CANID_RECEIVE: 8 CGW
+ SG_ KW2K_CANID_RECEIVE_Byte0 : 0|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ KW2K_CANID_RECEIVE_Byte2 : 16|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ KW2K_CANID_RECEIVE_Byte3 : 24|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ KW2K_CANID_RECEIVE_Byte4 : 32|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ KW2K_CANID_RECEIVE_Byte5 : 40|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ KW2K_CANID_RECEIVE_Byte6 : 48|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ KW2K_CANID_RECEIVE_Byte7 : 56|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ KW2K_CANID_RECEIVE_Byte1 : 8|8@1+ (1,0) [0|0] ""  FD_P
+
+BO_ 1167 ICU_11_1000ms: 8 CGW
+ SG_ ICU_Crc11Val : 0|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ Bat_dischrg : 10|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ ICU_AlvCnt11Val : 12|4@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ Batt_SoCWarningValue : 16|8@1+ (1,0) [0|0] "%"  Vector__XXX
+ SG_ C_StrgWhlHeatingOpt : 32|2@1+ (1,0) [0|0] ""  Vector__XXX
+
+BO_ 1704 KW2K_CANID_TRANSMIT: 8 FD_P
+ SG_ KW2K_CANID_TRANSMIT_Byte0 : 0|8@1+ (1,0) [0|0] ""  CGW
+ SG_ KW2K_CANID_TRANSMIT_Byte2 : 16|8@1+ (1,0) [0|0] ""  CGW
+ SG_ KW2K_CANID_TRANSMIT_Byte3 : 24|8@1+ (1,0) [0|0] ""  CGW
+ SG_ KW2K_CANID_TRANSMIT_Byte4 : 32|8@1+ (1,0) [0|0] ""  CGW
+ SG_ KW2K_CANID_TRANSMIT_Byte5 : 40|8@1+ (1,0) [0|0] ""  CGW
+ SG_ KW2K_CANID_TRANSMIT_Byte6 : 48|8@1+ (1,0) [0|0] ""  CGW
+ SG_ KW2K_CANID_TRANSMIT_Byte7 : 56|8@1+ (1,0) [0|0] ""  CGW
+ SG_ KW2K_CANID_TRANSMIT_Byte1 : 8|8@1+ (1,0) [0|0] ""  CGW
+
+BO_ 1718 DAQ4: 8 TCU
+ SG_ DAQ4_Byte0 : 0|8@1+ (1,0) [0|0] ""  CGW
+ SG_ DAQ4_Byte2 : 16|8@1+ (1,0) [0|0] ""  CGW
+ SG_ DAQ4_Byte3 : 24|8@1+ (1,0) [0|0] ""  CGW
+ SG_ DAQ4_Byte4 : 32|8@1+ (1,0) [0|0] ""  CGW
+ SG_ DAQ4_Byte5 : 40|8@1+ (1,0) [0|0] ""  CGW
+ SG_ DAQ4_Byte6 : 48|8@1+ (1,0) [0|0] ""  CGW
+ SG_ DAQ4_Byte7 : 56|8@1+ (1,0) [0|0] ""  CGW
+ SG_ DAQ4_Byte1 : 8|8@1+ (1,0) [0|0] ""  CGW
+
+BO_ 762 BMS_02_100ms: 32 CGW
+ SG_ BMS_Crc2Val : 0|16@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ xEV_DiagGrpVal : 104|8@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ xEV_DiagMonVal : 112|8@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ xEV_SocDis : 120|8@1+ (0.5,0) [0|0] "%"  Vector__XXX
+ SG_ xEV_MainRlyOnRetrySta : 156|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ BMS_AlvCnt2Val : 16|8@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ xEV_PRATempSnsVal_ : 176|8@1- (2,0) [0|0] "℃"  Vector__XXX
+ SG_ xEV_PRATempSns2Val_ : 184|8@1- (2,0) [0|0] "℃"  Vector__XXX
+ SG_ xEV_BattRCHTimeEst : 192|16@1+ (1,0) [0|0] "Min"  Vector__XXX
+ SG_ xEV_SrvLmpReq : 24|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ xEV_MainRlyOnSta : 26|2@1+ (1,0) [0|0] ""  EMS,TCU,OPU
+ SG_ xEV_SysFltSta : 28|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ xEV_BattRmnEnrgVal : 32|8@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ xEV_MinBattCelVoltVal : 48|8@1+ (0.02,0) [0|0] "V"  Vector__XXX
+ SG_ xEV_MaxBattCelVoltVal : 56|8@1+ (0.02,0) [0|0] "V"  Vector__XXX
+ SG_ xEV_BattCurrVal : 64|16@1- (0.1,0) [0|0] "A"  Vector__XXX
+ SG_ xEV_MinBattTempVal : 80|8@1- (1,0) [0|0] "℃"  Vector__XXX
+ SG_ xEV_MaxBattTempVal : 88|8@1- (1,0) [0|0] "℃"  Vector__XXX
+
+BO_ 1719 DAQ5: 8 TCU
+ SG_ DAQ5_Byte0 : 0|8@1+ (1,0) [0|0] ""  CGW
+ SG_ DAQ5_Byte2 : 16|8@1+ (1,0) [0|0] ""  CGW
+ SG_ DAQ5_Byte3 : 24|8@1+ (1,0) [0|0] ""  CGW
+ SG_ DAQ5_Byte4 : 32|8@1+ (1,0) [0|0] ""  CGW
+ SG_ DAQ5_Byte5 : 40|8@1+ (1,0) [0|0] ""  CGW
+ SG_ DAQ5_Byte6 : 48|8@1+ (1,0) [0|0] ""  CGW
+ SG_ DAQ5_Byte7 : 56|8@1+ (1,0) [0|0] ""  CGW
+ SG_ DAQ5_Byte1 : 8|8@1+ (1,0) [0|0] ""  CGW
+
+BO_ 1716 DAQ2: 8 TCU
+ SG_ DAQ2_Byte0 : 0|8@1+ (1,0) [0|0] ""  CGW
+ SG_ DAQ2_Byte2 : 16|8@1+ (1,0) [0|0] ""  CGW
+ SG_ DAQ2_Byte3 : 24|8@1+ (1,0) [0|0] ""  CGW
+ SG_ DAQ2_Byte4 : 32|8@1+ (1,0) [0|0] ""  CGW
+ SG_ DAQ2_Byte5 : 40|8@1+ (1,0) [0|0] ""  CGW
+ SG_ DAQ2_Byte6 : 48|8@1+ (1,0) [0|0] ""  CGW
+ SG_ DAQ2_Byte7 : 56|8@1+ (1,0) [0|0] ""  CGW
+ SG_ DAQ2_Byte1 : 8|8@1+ (1,0) [0|0] ""  CGW
+
+BO_ 1717 DAQ3: 8 TCU
+ SG_ DAQ3_Byte0 : 0|8@1+ (1,0) [0|0] ""  CGW
+ SG_ DAQ3_Byte2 : 16|8@1+ (1,0) [0|0] ""  CGW
+ SG_ DAQ3_Byte3 : 24|8@1+ (1,0) [0|0] ""  CGW
+ SG_ DAQ3_Byte4 : 32|8@1+ (1,0) [0|0] ""  CGW
+ SG_ DAQ3_Byte5 : 40|8@1+ (1,0) [0|0] ""  CGW
+ SG_ DAQ3_Byte6 : 48|8@1+ (1,0) [0|0] ""  CGW
+ SG_ DAQ3_Byte7 : 56|8@1+ (1,0) [0|0] ""  CGW
+ SG_ DAQ3_Byte1 : 8|8@1+ (1,0) [0|0] ""  CGW
+
+BO_ 1714 DAQ0: 8 TCU
+ SG_ DAQ0_Byte0 : 0|8@1+ (1,0) [0|0] ""  CGW
+ SG_ DAQ0_Byte2 : 16|8@1+ (1,0) [0|0] ""  CGW
+ SG_ DAQ0_Byte3 : 24|8@1+ (1,0) [0|0] ""  CGW
+ SG_ DAQ0_Byte4 : 32|8@1+ (1,0) [0|0] ""  CGW
+ SG_ DAQ0_Byte5 : 40|8@1+ (1,0) [0|0] ""  CGW
+ SG_ DAQ0_Byte6 : 48|8@1+ (1,0) [0|0] ""  CGW
+ SG_ DAQ0_Byte7 : 56|8@1+ (1,0) [0|0] ""  CGW
+ SG_ DAQ0_Byte1 : 8|8@1+ (1,0) [0|0] ""  CGW
+
+BO_ 1004 RCS_01_200ms: 8 CGW
+ SG_ CF_RCS_SwTyp : 0|1@1+ (1,0) [0|0] "Watt"  Vector__XXX
+ SG_ CF_RCS_OffRoad : 12|3@1+ (1,0) [0|0] "Watt"  Vector__XXX
+ SG_ CF_RCS_BtnSta : 20|1@1+ (1,0) [0|0] "Watt"  Vector__XXX
+ SG_ CF_RCS_RotateEnd : 24|1@1+ (1,0) [0|0] "Watt"  Vector__XXX
+ SG_ CF_RCS_4wdLocking : 28|1@1+ (1,0) [0|0] "Watt"  AWD
+ SG_ CF_RCS_DrvMod : 4|3@1+ (1,0) [0|0] "Watt"  Vector__XXX
+
+BO_ 1715 DAQ1: 8 TCU
+ SG_ DAQ1_Byte0 : 0|8@1+ (1,0) [0|0] ""  CGW
+ SG_ DAQ1_Byte2 : 16|8@1+ (1,0) [0|0] ""  CGW
+ SG_ DAQ1_Byte3 : 24|8@1+ (1,0) [0|0] ""  CGW
+ SG_ DAQ1_Byte4 : 32|8@1+ (1,0) [0|0] ""  CGW
+ SG_ DAQ1_Byte5 : 40|8@1+ (1,0) [0|0] ""  CGW
+ SG_ DAQ1_Byte6 : 48|8@1+ (1,0) [0|0] ""  CGW
+ SG_ DAQ1_Byte7 : 56|8@1+ (1,0) [0|0] ""  CGW
+ SG_ DAQ1_Byte1 : 8|8@1+ (1,0) [0|0] ""  CGW
+
+BO_ 1712 CCP_transmit: 8 TCU
+ SG_ CCP_transmit_Byte0 : 0|8@1+ (1,0) [0|0] ""  CGW
+ SG_ CCP_transmit_Byte2 : 16|8@1+ (1,0) [0|0] ""  CGW
+ SG_ CCP_transmit_Byte3 : 24|8@1+ (1,0) [0|0] ""  CGW
+ SG_ CCP_transmit_Byte4 : 32|8@1+ (1,0) [0|0] ""  CGW
+ SG_ CCP_transmit_Byte5 : 40|8@1+ (1,0) [0|0] ""  CGW
+ SG_ CCP_transmit_Byte6 : 48|8@1+ (1,0) [0|0] ""  CGW
+ SG_ CCP_transmit_Byte7 : 56|8@1+ (1,0) [0|0] ""  CGW
+ SG_ CCP_transmit_Byte1 : 8|8@1+ (1,0) [0|0] ""  CGW
+
+BO_ 1713 CCP_receive: 8 CGW
+ SG_ CCP_receive_Byte0 : 0|8@1+ (1,0) [0|0] ""  TCU,FD_P
+ SG_ CCP_receive_Byte2 : 16|8@1+ (1,0) [0|0] ""  TCU,FD_P
+ SG_ CCP_receive_Byte3 : 24|8@1+ (1,0) [0|0] ""  TCU,FD_P
+ SG_ CCP_receive_Byte4 : 32|8@1+ (1,0) [0|0] ""  TCU,FD_P
+ SG_ CCP_receive_Byte5 : 40|8@1+ (1,0) [0|0] ""  TCU,FD_P
+ SG_ CCP_receive_Byte6 : 48|8@1+ (1,0) [0|0] ""  TCU,FD_P
+ SG_ CCP_receive_Byte7 : 56|8@1+ (1,0) [0|0] ""  TCU,FD_P
+ SG_ CCP_receive_Byte1 : 8|8@1+ (1,0) [0|0] ""  TCU,FD_P
+
+BO_ 992 BCM_02_200ms: 8 CGW
+ SG_ BCM_Crc2Val : 0|8@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ BCM_AlvCnt2Val : 12|4@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ BAlarm_BglrAlrmCurrentSta : 16|4@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ BAlarm_BglrAlrmSta : 20|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ BAlarm_PncAlrmSta : 22|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ BAlarm_BrglrHrnRlySta : 26|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ BCM_KeyInSta : 32|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ BCM_AccInSta : 34|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ BCM_Ign1InSta : 36|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ BCM_Ign2InSta : 38|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ BCM_IgnSwSta : 40|3@1+ (1,0) [0|0] ""  SBW_SHFTR_FF
+
+BO_ 453 EMS_11_10ms: 32 EMS
+ SG_ EMS_Crc11Val : 0|16@1+ (1,0) [0|0] ""  AWD,CGW
+ SG_ HEV_FuelTnkPrsrVal : 102|12@1+ (0.17094,-200) [0|0] "hPa"  CGW
+ SG_ HEV_FuelCutOffSta : 114|2@1+ (1,0) [0|0] ""  TCU,CGW
+ SG_ HEV_FuelCutOffInhbtSta : 116|2@1+ (1,0) [0|0] ""  TCU,CGW
+ SG_ HEV_RdyStat_FS_P : 118|1@1+ (1,0) [0|0] ""  CGW
+ SG_ HEV_O2SensHtrAct : 119|1@1+ (1,0) [0|0] ""  CGW
+ SG_ HEV_FueledEngRdy : 120|1@1+ (1,0) [0|0] ""  CGW
+ SG_ HEV_IdlTgtEngSpd : 128|8@1+ (10,0) [0|0] "rpm"  TCU,CGW
+ SG_ HEV_EngTq_Bas : 136|8@1+ (0.3906,0) [0|0] "%"  CGW
+ SG_ HEV_GPF_WrnLamp : 144|2@1+ (1,0) [0|0] ""  CGW
+ SG_ EMS_AlvCnt11Val : 16|8@1+ (1,0) [0|0] ""  AWD,CGW
+ SG_ HEV_EngSpdErrSta : 24|2@1+ (1,0) [0|0] ""  AWD,SCU_FF,TCU,CGW
+ SG_ HEV_EngTqVal : 26|12@1+ (0.1,0) [0|0] "Nm"  CGW
+ SG_ HEV_VehSpdVal : 38|8@1+ (1,0) [0|0] "km/h"  IBU,SCU_FF,TCU,CGW
+ SG_ HEV_EtcAppSta : 46|4@1+ (1,0) [0|0] ""  AWD,CGW
+ SG_ HEV_FuelTnkPrsrErrSta : 50|2@1+ (1,0) [0|0] ""  CGW
+ SG_ HEV_FirstFiringSta : 52|2@1+ (1,0) [0|0] ""  TCU,CGW
+ SG_ HEV_EngFulLoadSta : 54|2@1+ (1,0) [0|0] ""  CGW
+ SG_ HEV_DrvCycActSta : 56|2@1+ (1,0) [0|0] ""  OPU,SCU_FF,TCU,CGW
+ SG_ HEV_WarmupCycSta : 58|2@1+ (1,0) [0|0] ""  OPU,SCU_FF,TCU,CGW
+ SG_ HEV_RbmDrvCycSta : 60|2@1+ (1,0) [0|0] ""  OPU,SCU_FF,TCU,CGW
+ SG_ HEV_O2SnsrPreHeatSta : 62|2@1+ (1,0) [0|0] ""  CGW
+ SG_ HEV_ObdFrzFrmSta : 64|6@1+ (1,0) [0|0] ""  TCU,CGW
+ SG_ HEV_ThrPosSta : 70|8@1+ (0.4694835681,-15.0234741784) [0|0] "%"  TCU,CGW
+ SG_ HEV_FuelPmpTrgtPrsrVal : 78|8@1+ (3.137254902,0) [0|0] "kPa"  CGW
+ SG_ HEV_FuelCnsmptVal : 86|16@1+ (0.128,0) [0|0] "ul"  CGW
+
+BO_ 1720 DAQ6: 8 TCU
+ SG_ DAQ6_Byte0 : 0|8@1+ (1,0) [0|0] ""  CGW
+ SG_ DAQ6_Byte2 : 16|8@1+ (1,0) [0|0] ""  CGW
+ SG_ DAQ6_Byte3 : 24|8@1+ (1,0) [0|0] ""  CGW
+ SG_ DAQ6_Byte4 : 32|8@1+ (1,0) [0|0] ""  CGW
+ SG_ DAQ6_Byte5 : 40|8@1+ (1,0) [0|0] ""  CGW
+ SG_ DAQ6_Byte6 : 48|8@1+ (1,0) [0|0] ""  CGW
+ SG_ DAQ6_Byte7 : 56|8@1+ (1,0) [0|0] ""  CGW
+ SG_ DAQ6_Byte1 : 8|8@1+ (1,0) [0|0] ""  CGW
+
+BO_ 1721 DAQ7: 8 TCU
+ SG_ DAQ7_Byte0 : 0|8@1+ (1,0) [0|0] ""  CGW
+ SG_ DAQ7_Byte2 : 16|8@1+ (1,0) [0|0] ""  CGW
+ SG_ DAQ7_Byte3 : 24|8@1+ (1,0) [0|0] ""  CGW
+ SG_ DAQ7_Byte4 : 32|8@1+ (1,0) [0|0] ""  CGW
+ SG_ DAQ7_Byte5 : 40|8@1+ (1,0) [0|0] ""  CGW
+ SG_ DAQ7_Byte6 : 48|8@1+ (1,0) [0|0] ""  CGW
+ SG_ DAQ7_Byte7 : 56|8@1+ (1,0) [0|0] ""  CGW
+ SG_ DAQ7_Byte1 : 8|8@1+ (1,0) [0|0] ""  CGW
+
+BO_ 1195 HU_USM_E_04: 8 CGW
+ SG_ CF_AVN_UnitReset : 56|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ CF_AVN_CluServiceReminderReset : 60|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ CF_AVN_CluUSMReset : 62|2@1+ (1,0) [0|0] ""  IBU
+
+BO_ 976 HCU_11_00ms: 16 CGW
+ SG_ HCU_Crc11Val : 0|16@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_ImmoLkSta : 112|2@1+ (1,0) [0|0] ""  EMS
+ SG_ HCU_keyStrtSta : 114|2@1+ (1,0) [0|0] ""  EMS
+ SG_ HCU_AuthCntVal : 116|4@1+ (1,0) [0|0] ""  EMS
+ SG_ HCU_AlvCnt11Val : 16|8@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_RandomNumVal : 64|48@1+ (1,0) [0|0] ""  EMS
+
+BO_ 1192 HU_USM_E_01: 8 CGW
+ SG_ CF_AVN_FCANValueSet : 0|3@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ CF_AVN_DAWModeNValueSet : 11|3@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ CF_AVN_HDANValueSet : 14|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ CF_AVN_BCWNValueSet : 16|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ CF_AVN_SEANValueSet : 18|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ CF_AVN_NSCCCamNValueSet : 20|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ CF_AVN_BCANValueSet : 24|3@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ CF_AVN_ISLWNValueSet : 27|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ CF_AVN_WarningTimingNValueSet : 29|3@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ CF_AVN_LFANValueSet : 3|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ CF_AVN_NCC_USM_set : 32|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ CF_AVN_TirePressUnitNValueSet : 34|3@1+ (1,0) [0|0] ""  IBU
+ SG_ CF_AVN_PCANValueSet : 37|3@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ CF_AVN_TunnelClimateNvalueSet : 40|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ CF_AVN_NSCCCrvNValueSet : 42|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ CF_AVN_BCWSndWanNValueSet : 44|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ CF_AVN_RCCWNValueSet : 46|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ CF_AVN_LkaModeNValueSet : 49|3@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ CF_AVN_PasSpkrLvNValueSet : 5|3@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ CF_AVN_PDWAutoOnNValueSet : 52|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ CF_AVN_SCCDrvModeNValueSet : 8|3@1+ (1,0) [0|0] ""  Vector__XXX
+
+BO_ 496 EPB_01_50ms: 16 CGW
+ SG_ EPB_Crc1Val : 0|16@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ EPB_AlvCnt1Val : 16|8@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ EPB_LmpStaDis : 24|4@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ EPB_FlrLmpStaDis : 28|4@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ EPB_OutDataDis : 32|8@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ EPB_AlrmReq : 40|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ EPB_SwPosSta : 42|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ EPB_RrBrkLtActvReq : 44|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ EPB_FrcErrSta : 46|2@1+ (1,0) [0|0] ""  TCU,SCU_FF
+ SG_ EPB_DynmBrkFrcReqSigSta : 48|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ EPB_FrcSta : 50|3@1+ (1,0) [0|0] ""  TCU,SCU_FF
+ SG_ EPB_FlSta : 53|3@1+ (1,0) [0|0] ""  TCU,SCU_FF
+ SG_ EPB_EscReqAckSta : 56|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ EPB_DynmBrkFrcReq : 58|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ EPB_ActlFrcVal : 64|12@1+ (1,-1000) [0|0] ""  Vector__XXX
+ SG_ EPB_DynmBrkFrcDclReq : 80|8@1+ (0.01,0) [0|0] "g"  Vector__XXX
+
+BO_ 224 HCU_02_10ms: 32 CGW
+ SG_ HCU_Crc2Val : 0|16@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_RegenEnblSta : 100|2@1+ (1,0) [0|0] ""  EMS
+ SG_ HCU_MCULimActSta : 102|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_RegenBrkTqNmVal_Rear : 104|16@1+ (1,0) [0|0] "Nm"  Vector__XXX
+ SG_ HCU_AlvCnt2Val : 16|8@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_ChrgReq : 29|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_GenSysCtrlSta : 31|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_HsgPwmOffInhbtSta : 33|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_IsgCtrlModReq : 35|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_McuAntJrkInhbtReq : 37|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_MtrCtrlModReq : 39|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_MtrPwmOffInhbtSta : 41|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_MtrPwrEnaSta : 43|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_MtrSpdCmdVal : 45|14@1+ (1,0) [0|0] "rpm"  Vector__XXX
+ SG_ HCU_MtrTqCmdBfrIntrvntnPcReq : 64|10@1- (0.1953125,0) [0|0] "%"  TCU
+ SG_ HCU_MtrTqPcReq : 74|10@1- (0.1953125,0) [0|0] "%"  EMS,TCU
+ SG_ HCU_RegenBrkTqNmVal : 84|16@1+ (1,0) [0|0] "Nm"  Vector__XXX
+
+BO_ 1684 DCU_Inca_Rx: 8 FD_P
+ SG_ DCU_Inca_Rx_Byte0 : 0|8@1+ (1,0) [0|0] ""  CGW
+ SG_ DCU_Inca_Rx_Byte2 : 16|8@1+ (1,0) [0|0] ""  CGW
+ SG_ DCU_Inca_Rx_Byte3 : 24|8@1+ (1,0) [0|0] ""  CGW
+ SG_ DCU_Inca_Rx_Byte4 : 32|8@1+ (1,0) [0|0] ""  CGW
+ SG_ DCU_Inca_Rx_Byte5 : 40|8@1+ (1,0) [0|0] ""  CGW
+ SG_ DCU_Inca_Rx_Byte6 : 48|8@1+ (1,0) [0|0] ""  CGW
+ SG_ DCU_Inca_Rx_Byte7 : 56|8@1+ (1,0) [0|0] ""  CGW
+ SG_ DCU_Inca_Rx_Byte1 : 8|8@1+ (1,0) [0|0] ""  CGW
+
+BO_ 1685 DCU_Inca_Rx_10ms: 8 FD_P
+ SG_ DCU_Inca_Rx_10ms_Byte0 : 0|8@1+ (1,0) [0|0] ""  CGW
+ SG_ DCU_Inca_Rx_10ms_Byte2 : 16|8@1+ (1,0) [0|0] ""  CGW
+ SG_ DCU_Inca_Rx_10ms_Byte3 : 24|8@1+ (1,0) [0|0] ""  CGW
+ SG_ DCU_Inca_Rx_10ms_Byte4 : 32|8@1+ (1,0) [0|0] ""  CGW
+ SG_ DCU_Inca_Rx_10ms_Byte5 : 40|8@1+ (1,0) [0|0] ""  CGW
+ SG_ DCU_Inca_Rx_10ms_Byte6 : 48|8@1+ (1,0) [0|0] ""  CGW
+ SG_ DCU_Inca_Rx_10ms_Byte7 : 56|8@1+ (1,0) [0|0] ""  CGW
+ SG_ DCU_Inca_Rx_10ms_Byte1 : 8|8@1+ (1,0) [0|0] ""  CGW
+
+BO_ 1686 DCU_Inca_Rx_100ms: 8 FD_P
+ SG_ DCU_Inca_Rx_100ms_Byte0 : 0|8@1+ (1,0) [0|0] ""  CGW
+ SG_ DCU_Inca_Rx_100ms_Byte2 : 16|8@1+ (1,0) [0|0] ""  CGW
+ SG_ DCU_Inca_Rx_100ms_Byte3 : 24|8@1+ (1,0) [0|0] ""  CGW
+ SG_ DCU_Inca_Rx_100ms_Byte4 : 32|8@1+ (1,0) [0|0] ""  CGW
+ SG_ DCU_Inca_Rx_100ms_Byte5 : 40|8@1+ (1,0) [0|0] ""  CGW
+ SG_ DCU_Inca_Rx_100ms_Byte6 : 48|8@1+ (1,0) [0|0] ""  CGW
+ SG_ DCU_Inca_Rx_100ms_Byte7 : 56|8@1+ (1,0) [0|0] ""  CGW
+ SG_ DCU_Inca_Rx_100ms_Byte1 : 8|8@1+ (1,0) [0|0] ""  CGW
+
+BO_ 1201 ICU_01_00ms: 8 CGW
+ SG_ ICU_Crc1Val : 0|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ ICU_AlvCnt1Val : 12|4@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ DoorLock_DrvrDrUnLkPsvAcsReq : 19|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ DoorLock_RmtKeyDrvrDrUnLkReq : 21|2@1+ (1,0) [0|0] ""  Vector__XXX
+
+BO_ 250 HCU_03_10ms: 32 CGW
+ SG_ HCU_Crc3Val : 0|16@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_SpdLimDeviceActSta : 100|2@1+ (1,0) [0|0] ""  TCU
+ SG_ HCU_SpdLimDeviceOperSta : 102|2@1+ (1,0) [0|0] ""  TCU
+ SG_ HCU_SpdLimDeviceVehSpdVal : 104|8@1+ (1,0) [0|0] "km/h"  Vector__XXX
+ SG_ HCU_SrvModSta : 112|2@1+ (1,0) [0|0] ""  TCU
+ SG_ HCU_StrtInhbt2Sta : 114|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_StrtInhbtSta : 116|2@1+ (1,0) [0|0] ""  EMS,TCU
+ SG_ HCU_SysShtOffReq : 118|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_VehStrtEnblSta : 120|2@1+ (1,0) [0|0] ""  EMS,TCU,OPU
+ SG_ HCU_BrkLmpOnReq : 122|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_CcDrvAlrtDis : 124|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_SldDrvAlrtDis : 126|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_WhlCrpCrpTqNmVal : 128|16@1- (1,0) [0|0] "Nm"  TCU
+ SG_ LHCU_EngCltchTrnsfrTqPcVal_Copy_1 : 144|10@1- (0.1953125,0) [0|0] "%"  AWD
+ SG_ HCU_RspaAlvCntVal : 154|2@1+ (1,0) [0|0] "Step"  Vector__XXX
+ SG_ HCU_RspaSta : 156|4@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_AlvCnt3Val : 16|8@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_RspaCanFailSta : 160|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_DrvWhlDmndTqNmVal : 24|16@1- (1,0) [0|0] "Nm"  TCU
+ SG_ HCU_DucUsrSetCluSta : 40|3@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_DucVal : 43|8@1+ (1,0) [0|0] "km"  Vector__XXX
+ SG_ HCU_EstAccelPdlPcVal : 51|8@1+ (0.390625,0) [0|0] "%"  EMS,TCU
+ SG_ HCU_EstApsSelSta : 59|2@1+ (1,0) [0|0] ""  TCU
+ SG_ HCU_GreenZoneDrvModSta : 61|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_GreenZoneLmpDis : 64|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_HcuRdySta : 66|2@1+ (1,0) [0|0] ""  EMS,TCU,SCU_FF
+ SG_ HCU_HEVRdyDis : 68|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_HevRdySta : 70|2@1+ (1,0) [0|0] ""  AWD,EMS,TCU,OPU,IBU,SBW_SHFTR_FF,SCU_FF
+ SG_ HCU_LimpOffSta : 72|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_MILOnReq : 74|2@1+ (1,0) [0|0] ""  EMS
+ SG_ HCU_PhevAutoModOnSta : 76|2@1+ (1,0) [0|0] "flag"  Vector__XXX
+ SG_ HCU_SccDrvOvrdReq : 78|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_SccEnblSta : 80|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_SlwDnSta : 82|2@1+ (1,0) [0|0] ""  EMS,TCU
+ SG_ HCU_SmrtEcoGdDis : 84|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_SmrtEcoLvlDis : 86|7@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ HCU_SmrtEcoRngDis : 93|7@1+ (1,0) [0|0] ""  Vector__XXX
+
+BO_ 1682 CCP_OPI_RECEIVE: 8 CGW
+ SG_ CCP_OPI_RECEIVE_Byte0 : 0|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ CCP_OPI_RECEIVE_Byte2 : 16|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ CCP_OPI_RECEIVE_Byte3 : 24|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ CCP_OPI_RECEIVE_Byte4 : 32|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ CCP_OPI_RECEIVE_Byte5 : 40|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ CCP_OPI_RECEIVE_Byte6 : 48|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ CCP_OPI_RECEIVE_Byte7 : 56|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ CCP_OPI_RECEIVE_Byte1 : 8|8@1+ (1,0) [0|0] ""  FD_P
+
+BO_ 962 MFSW_02_200ms: 8 CGW
+ SG_ MFSW_Crc2Val : 0|8@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ MFSW_AlvCnt2Val : 12|4@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ Wiper_FrWiperSwSta : 16|3@1+ (1,0) [0|0] ""  AWD
+ SG_ Wiper_IntStepSta : 19|3@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ Wiper_MstSwSta : 22|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ Wiper_RrWiperSwSta : 24|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ Wiper_FrWiperWshSwSta : 26|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ Wiper_RrWiperWshSwSta : 28|2@1+ (1,0) [0|0] ""  Vector__XXX
+ SG_ MFSW_Info : 30|2@1+ (1,0) [0|0] ""  Vector__XXX
+
+BO_ 1693 DCU_Inca_Tx: 8 CGW
+ SG_ DCU_Inca_Tx_Byte0 : 0|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ DCU_Inca_Tx_Byte2 : 16|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ DCU_Inca_Tx_Byte3 : 24|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ DCU_Inca_Tx_Byte4 : 32|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ DCU_Inca_Tx_Byte5 : 40|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ DCU_Inca_Tx_Byte6 : 48|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ DCU_Inca_Tx_Byte7 : 56|8@1+ (1,0) [0|0] ""  FD_P
+ SG_ DCU_Inca_Tx_Byte1 : 8|8@1+ (1,0) [0|0] ""  FD_P
+
+
+
+BO_TX_BU_ 1640 : FD_P,SCU_FF;
+BO_TX_BU_ 1700 : EMS,FD_P;
+BO_TX_BU_ 1699 : EMS,FD_P;
+BO_TX_BU_ 1698 : EMS,FD_P;
+BO_TX_BU_ 1697 : EMS,FD_P;
+BO_TX_BU_ 1634 : AWD,FD_P;
+BO_TX_BU_ 1635 : AWD,FD_P;
+BO_TX_BU_ 1632 : AWD,FD_P;
+BO_TX_BU_ 1982 : FD_P,SBW_SHFTR_FF;
+BO_TX_BU_ 1707 : FD_P,OPU;
+BO_TX_BU_ 1976 : FD_P,OPU;
+BO_TX_BU_ 1638 : FD_P,SCU_FF;
+BO_TX_BU_ 1639 : FD_P,SCU_FF;
+BO_TX_BU_ 1636 : FD_P,SCU_FF;
+BO_TX_BU_ 1718 : TCU,FD_P;
+BO_TX_BU_ 1719 : TCU,FD_P;
+BO_TX_BU_ 1716 : TCU,FD_P;
+BO_TX_BU_ 1717 : TCU,FD_P;
+BO_TX_BU_ 1714 : TCU,FD_P;
+BO_TX_BU_ 1715 : TCU,FD_P;
+BO_TX_BU_ 1712 : TCU,FD_P;
+BO_TX_BU_ 2025 : TCU,FD_P;
+BO_TX_BU_ 2024 : EMS,FD_P;
+BO_TX_BU_ 1720 : TCU,FD_P;
+BO_TX_BU_ 2030 : FD_P,SCU_FF;
+BO_TX_BU_ 1721 : TCU,FD_P;
+BO_TX_BU_ 1864 : AWD,FD_P;
+CM_ BO_ 111 "[P] Periodic";
+CM_ SG_ 111 ABS_ESC_Crc1Val "ABS_ESC_CyclicRedundancyCheck1Value";
+CM_ SG_ 111 ABS_ESC_AlvCnt1Val "ABS_ESC_AliveCounter1Value";
+CM_ SG_ 111 ABS_WrngLmpSta "ABS_WarningLampStatus ##2G##ESC - TCS15 - ABS_W_LAMP";
+CM_ SG_ 111 ABS_DfctvSta "ABS_DefectiveStatus ##2G##ESC - TCS11 - ABS_DEF";
+CM_ SG_ 111 ABS_ActvSta "ABS_ActiveStatus ##2G##ESC - TCS11 - ABS_ACT";
+CM_ SG_ 111 ABS_DiagSta "ABS_DiagnosticStatus ##2G##ESC - TCS11 - ABS_DIAG";
+CM_ SG_ 111 EBD_WrngLmpSta "EBD_WarningLampStatus ##2G##ESC - TCS15 - EBD_W_LAMP";
+CM_ SG_ 111 EBD_DfctvSta "EBD_DefectiveStatus ##2G##ESC - TCS11 - EBD_DEF";
+CM_ SG_ 111 ESC_BrkLtActSta "ESC_BrakeLightActiveStatus ##2G##ESC - TCS11 - BLA_CTL";
+CM_ SG_ 111 ESS_Sta "ESS_Status ##2G##ESC - TCS11 - ESS_STAT";
+CM_ BO_ 522 "[P] Periodic";
+CM_ SG_ 522 ACU_Crc1Val "ACU_CyclicRedundancyCheck1Value";
+CM_ SG_ 522 ACU_AlvCnt1Val "ACU_AliveCounter1Value";
+CM_ SG_ 522 ACU_SysWrngLmpDis "ACU_SystemWarningLampDisplay ##2G##ACU - ACU14 - CF_SWL_Ind";
+CM_ SG_ 522 ACU_TlltlLmpDis "ACU_TelltaleLampDisplay ##2G##ACU - ACU14 - CF_TTL_Ind";
+CM_ SG_ 522 ACU_OdsIDReq "ACU_OdsIDRequest ##2G##ACU - ACU11 - CF_Ods_IDRcv";
+CM_ SG_ 522 SeatBelt_PassBcklFltSta "SeatBelt_PassengerBuckleFaultStatus ##2G##ACU - ACU11 - CF_PasBkl_FltStat";
+CM_ SG_ 522 SeatBelt_DrvrBcklFltSta "SeatBelt_DriverBuckleFaultStatus ##2G##ACU - ACU11 - CF_DriBkl_FltStat";
+CM_ SG_ 522 SeatBelt_PassBcklSta "SeatBelt_PassengerBuckleStatus ##2G##ACU - ACU11 - CF_PasBkl_Stat";
+CM_ SG_ 522 SeatBelt_DrvrBcklSta "SeatBelt_DriverBuckleStatus ##2G##ACU - ACU11 - CF_DriBkl_Stat";
+CM_ SG_ 522 ACU_DiagTrblCodVal "ACU_DiagnosticTroubleCodeValue ##2G##ACU - ACU11 - CF_Acu_Dtc";
+CM_ SG_ 522 ACU_FltNumVal "ACU_FaultNumberValue ##2G##ACU - ACU11 - CF_Acu_NumOfFlt";
+CM_ SG_ 522 ACU_ActvFltSta "ACU_ActiveFaultStatus ##2G##ACU - ACU11 - CF_Acu_FltStat";
+CM_ SG_ 522 ACU_SdArbgExtTyp "ACU_SideAirbagExistanceType ##2G##ACU - ACU11 - CF_Acu_ExtOfSab";
+CM_ SG_ 522 ACU_EvtTrigSta "EDR triggered information bit";
+CM_ SG_ 522 ACU_NumOfEmerModVal "Emergency mode counter";
+CM_ SG_ 522 ACU_NumOfEvtTrigVal "EDR trigger counter";
+CM_ BO_ 16 "[EW] On Event and On Write";
+CM_ SG_ 16 ACU_Crc2Val "ACU_CyclicRedundancyCheck2Value";
+CM_ SG_ 16 ACU_AlvCnt2Val "ACU_AliveCounter2Value";
+CM_ SG_ 16 ACU_CrshActvSta "ACU_CrashActiveStatus ##2G##ACU - ACU13 - CF_Acu_CshAct";
+CM_ SG_ 16 ACU_CrshInfo "ACU Crash Event information";
+CM_ SG_ 16 ACU_CrshTyp "Indication of crash type";
+CM_ BO_ 416 "[P] Periodic";
+CM_ SG_ 416 ADAS_CMD_Crc20Val "ADAS_CMD_CyclicRedundancyCheck20Value ##2G##SCC - SCC12 - CR_VSM_ChkSum";
+CM_ SG_ 416 SCC_NSCCOpSta "SCC_NSCCOperatingStatus ##2G##SCC - SCC11 - NSCC_Camera_Act";
+CM_ SG_ 416 SCC_NSCCOnOffSta "SCC_NSCCOnOffStatus ##2G##SCC - SCC13 - NSCC_Zone_USM";
+CM_ SG_ 416 SCC_ObjSta "SCC_ObjectState";
+CM_ SG_ 416 SCC_SnstvtyModRetVal "SCC_SensitivityModeReturnValue ##2G##SCC - SCC13 - SCCDrvModeRValue";
+CM_ SG_ 416 SCC_NSCCAutoSetSpdUpdtSta "SCC_NSCCAutoSetSpeedUpdateStatus ##2G##LDW_LKA - HDA11 - CF_HDA_AutoSetSpdUpdate";
+CM_ SG_ 416 SCC_NSCCInfoPUDis "SCC_NSCCInformationPopUpDisplay";
+CM_ SG_ 416 SCC_AccelReqVal "SCC_AccelerationRequestValue ##2G##SCC - SCC12 - aReqValue";
+CM_ SG_ 416 SCC_AccelReqRawVal "SCC_AccelerationRequestRawValue ##2G##SCC - SCC12 - aReqRaw";
+CM_ SG_ 416 SCC_JrkUppLimVal "SCC_JerkUpperLimitValue ##2G##SCC - SCC14 - JerkUpperLimit";
+CM_ SG_ 416 ADAS_CMD_AlvCnt20Val "ADAS_CMD_AliveCounter20Value ##2G##SCC - SCC12 - CR_VSM_Alive";
+CM_ SG_ 416 SCC_JrkLwrLimVal "SCC_JerkLowerLimitValue ##2G##SCC - SCC14 - JerkLowerLimit";
+CM_ SG_ 416 SCC_AccelLimBandUppVal "SCC_AccelerationLimitBandUpperValue ##2G##SCC - SCC14 - ComfortBandUpper";
+CM_ SG_ 416 SCC_AccelLimBandLwrVal "SCC_AccelerationLimitBandLowerValue ##2G##SCC - SCC14 - ComfortBandLower";
+CM_ SG_ 416 SCC_VehStpReq "SCC_VehicleStopRequest ##2G##SCC - SCC12 - StopReq";
+CM_ SG_ 416 SCC_TrgtDstVal "SCC_TargetDistanceValue";
+CM_ SG_ 416 SCC_ObjDstVal "SCC_ObjectDistanceValue ##2G##SCC - SCC11 - SCC_ObjDist";
+CM_ SG_ 416 SCC_ObjRelSpdVal "SCC_ObjectRelativeSpeedValue ##2G##SCC - SCC11 - SCC_ObjRelSpd";
+CM_ SG_ 416 SCC_ObjLatPosVal "SCC_ObjectLateralPositionValue ##2G##SCC - SCC11 - SCC_ObjLatPos";
+CM_ SG_ 416 SCC_SysFlrSta "SCC_SystemFailureStatus ##2G##SCC - SCC12 - SCCFailInfo";
+CM_ SG_ 416 SCC_MainOnOffSta "SCC_MainOnOffStatus ##2G##SCC - SCC11 - MainMode_SCC";
+CM_ SG_ 416 SCC_OpSta "SCC_OperatingStatus ##2G##SCC - SCC14 - SCCMode2";
+CM_ SG_ 416 SCC_TakeoverReq "SCC_TakeoverRequest ##2G##SCC - SCC12 - TakeOverReq";
+CM_ SG_ 416 SCC_InfoDis "SCC_InformationDisplay ##2G##SCC - SCC11 - SCCInfoDisplay";
+CM_ SG_ 416 SCC_DrvAlrtDis "SCC_DriverAlertDisplay ##2G##SCC - SCC11 - DriverAlertDisplay";
+CM_ SG_ 416 SCC_ObjDstLvlVal "SCC_ObjectDistanceLevelValue ##2G##SCC - SCC14 - ObjGap";
+CM_ SG_ 416 SCC_HeadwayDstSetVal "SCC_HeadwayDistanceSettingValue ##2G##SCC - SCC11 - TauGapSet";
+CM_ SG_ 416 SCC_NSCCAutoSetSpdSta "SCC_NSCCAutoSetSpeedStatus ##2G##LDW_LKA - HDA11 - CF_HDA_AutoSetSpdEnable";
+CM_ SG_ 416 SCC_TrgtSpdSetVal "SCC_TargetSpeedSettingValue ##2G##SCC - SCC11 - VSetDis";
+CM_ BO_ 362 "[P] Periodic";
+CM_ SG_ 362 ADAS_PRK_Crc3Val "ADAS_PRK_CyclicRedundancyCheck3Value";
+CM_ SG_ 362 RSPA_LftTrgtPosY "RSPA_LeftTargetPosY";
+CM_ SG_ 362 RSPA_Sta "RSPA_Status";
+CM_ SG_ 362 RSPA_Actv "RSPA_Actvation";
+CM_ SG_ 362 RSPA_TrgtGearSta "RSPA_TargetGearStatus";
+CM_ SG_ 362 RSPA_EpbReq "RSPA_EPBRequest";
+CM_ SG_ 362 RSPA_ExtLampReq "RSPA_ExternalLampRequest";
+CM_ SG_ 362 RSPA_CrankingReq "RSPA_CrankingRequest";
+CM_ SG_ 362 RSPA_IdOutWarnReq "RSPA_IdOutWarningRequest";
+CM_ SG_ 362 RSPA_IndBlnkReq "RSPA_IndicatorBlinkingRequest";
+CM_ SG_ 362 RSPA_SysOff "RSPA System status flag";
+CM_ SG_ 362 RSPA_DccCmd "RSPA_DccelerationCommand";
+CM_ SG_ 362 RSPA_StopReq "RSPA_StopRequest";
+CM_ SG_ 362 RSPA_SelDevInfo "Selected Remote Device Information";
+CM_ SG_ 362 RSPA_SelFuncInfo "Selected RSPA Function Information";
+CM_ SG_ 362 RSPA_TrgtVehSpdVal "RSPA_TargetVehicleSpeedValue";
+CM_ SG_ 362 ADAS_PRK_AlvCnt3Val "ADAS_PRK_AliveCounter3Value";
+CM_ SG_ 362 RSPA_AddtnlAccelActv "RSPA_AdditionalAccelarationActivation";
+CM_ SG_ 362 RSPA_Opt "RSPA_Option";
+CM_ SG_ 362 RSPA_TrgtTqVal "RSPA_TargetTorqueValue";
+CM_ SG_ 362 RSPA_DCTTrgtTqVal "RSPA_DCTTargetTorqueValue";
+CM_ SG_ 362 RSPA_RtTrgtDir "RSPA_RightTargetDirection";
+CM_ SG_ 362 RSPA_LftTrgtDir "RSPA_LeftTargetDirection";
+CM_ SG_ 362 RSPA_AvnDis "RSPA_AvnDisplay";
+CM_ SG_ 362 RSPA_AvnModDis "RSPA_AvnModeDisplay";
+CM_ SG_ 362 RSPA_AvnModNumDis "RSPA_AvnModeNumberDisplay";
+CM_ SG_ 362 RSPA_AvnSubViewDis "RSPA_AvnSubViewDisplay";
+CM_ SG_ 362 RSPA_AvnModADLDis "RSPA_AvnModeAngleDLeftDisplay";
+CM_ SG_ 362 RSPA_AvnModPDFLDis "RSPA_AvnModePerpenDicularFowardLeftDisplay";
+CM_ SG_ 362 RSPA_AvnModPLDis "RSPA_AvnModeParallelLeftDisplay";
+CM_ SG_ 362 RSPA_AvnModPDRLDis "RSPA_AvnModPerpenDicularRearLeftDisplay";
+CM_ SG_ 362 RSPA_AvnModPDRRDis "RSPA_AvnModePerpenDicularRearRightDisplay";
+CM_ SG_ 362 RSPA_AvnModPRDis "RSPA_AvnModeParallelRightDisplay";
+CM_ SG_ 362 RSPA_AvnModPDFRDis "RSPA_AvnModePerpenDicularForwardRightDisplay";
+CM_ SG_ 362 RSPA_AvnModADRDis "RSPA_AvnModeAngleDRightDisplay";
+CM_ SG_ 362 RSPA_CamDis "RSPA_CameraDisplay";
+CM_ SG_ 362 RSPA_CnclTyp "RSPA_CancelType";
+CM_ SG_ 362 RSPA_AvnHmiDis "RSPA_AvnHmiDisplay";
+CM_ SG_ 362 RSPA_BxHght "RSPA_BoxHeight";
+CM_ SG_ 362 RSPA_BxWidth "RSPA_BoxWidth";
+CM_ SG_ 362 RSPA_RtTrgtPosX "RSPA_RightTargetPosX";
+CM_ SG_ 362 RSPA_RtTrgtPosY "RSPA_RightTargetPosY";
+CM_ SG_ 362 RSPA_LftTrgtPosX "RSPA_LeftTargetPosX";
+CM_ BO_ 421 "[P] Periodic";
+CM_ SG_ 421 AWD_Crc1Val "AWD_CyclicRedundancyCheck1Value";
+CM_ SG_ 421 AWD_FRWhlSpdSnsrVal "AWD_FrontRightWheelSpeedSensorValue";
+CM_ SG_ 421 AWD_FLWhlSpdSnsrVal "AWD_FrontLeftWheelSpeedSensorValue";
+CM_ SG_ 421 AWD_RRWhlSpdSnsrVal "AWD_RearRightWheelSpeedSensorValue";
+CM_ SG_ 421 AWD_RLWhlSpdSnsrVal "AWD_RearLeftWheelSpeedSensorValue";
+CM_ SG_ 421 AWD_CltchPrsrVal "AWD_ClutchPressureValue";
+CM_ SG_ 421 AWD_AlvCnt1Val "AWD_AliveCounter1Value";
+CM_ SG_ 421 AWD_SysOpSta "AWD_SystemOperationStatus";
+CM_ SG_ 421 AWD_FrTqDistRto "Torque Distribution ratio to Front Wheel";
+CM_ SG_ 421 AWD_RrTqDistRto "Torque Distribution ratio to Rear Wheel";
+CM_ SG_ 421 AWD_Typ "AWD_Type";
+CM_ SG_ 421 AWD_SigSpprtSta "AWD_SignalSupportingStatus";
+CM_ SG_ 421 AWD_IcscErrSta "Information indicating ICSC Signal";
+CM_ SG_ 421 AWD_ErrCodeVal "AWD_ErrorCodeValue";
+CM_ SG_ 421 AWD_CltchDtVal "AWD_ClutchDutyValue";
+CM_ SG_ 421 AWD_TireRdsVal "AWD_TireRadiusValue";
+CM_ SG_ 421 AWD_SwVerVal "AWD_SoftwareVersionValue";
+CM_ SG_ 421 AWD_OpMod2HSta "AWD_OperationMode2HStatus";
+CM_ SG_ 421 AWD_OpMod4HSta "AWD_OperationMode4HStatus";
+CM_ SG_ 421 AWD_OpModLowSta "AWD_OperationModeLowStatus";
+CM_ SG_ 421 AWD_OpModAutoSta "AWD_OperationModeAutoStatus";
+CM_ SG_ 421 AWD_OpModLkSta "AWD_OperationModeLockStatus";
+CM_ SG_ 421 AWD_TireSizeWrng "Waring information the difference of front and rear wheel's dynamic radius";
+CM_ SG_ 421 AWD_ShaftTqVal "AWD_ShaftTorqueValue";
+CM_ SG_ 421 AWD_StrWhlPosVal "AWD_SteeringWheelPositionValue";
+CM_ BO_ 1634 "[EW] On Event and On Write";
+CM_ BO_ 1635 "[EW] On Event and On Write";
+CM_ BO_ 1633 "[EW] On Event and On Write";
+CM_ BO_ 1632 "[EW] On Event and On Write";
+CM_ BO_ 1864 "[EW] On Event and On Write";
+CM_ BO_ 992 "[PE] Periodic and On Event";
+CM_ SG_ 992 BCM_Crc2Val "BCM_CyclicRedundancyCheck2Value";
+CM_ SG_ 992 BCM_AlvCnt2Val "BCM_AliveCounter2Value";
+CM_ SG_ 992 BAlarm_BglrAlrmCurrentSta "BAlarm_BuglarAlarmCurrentStatus ##2G##BCM - BCMmsg17 - C_BAlarmState";
+CM_ SG_ 992 BAlarm_BglrAlrmSta "BAlarm_BuglarAlarmStatus ##2G##BCM - BCMmsg17 - C_BAState";
+CM_ SG_ 992 BAlarm_PncAlrmSta "BAlarm_PanicAlarmStatus ##2G##BCM - BCMmsg17 - C_PanicState";
+CM_ SG_ 992 BAlarm_BrglrHrnRlySta "BAlarm_BurglarHornRelayStatus ##2G##BCM - BCMmsg19 - C_BurglarHornRly";
+CM_ SG_ 992 BCM_KeyInSta "BCM_KeyInStatus ##2G##BCM - BCMmsg17 - C_KeyInSW";
+CM_ SG_ 992 BCM_AccInSta "BCM_AccInputStatus ##2G##BCM - BCMmsg17 - C_Acc";
+CM_ SG_ 992 BCM_Ign1InSta "BCM_Ignition1InputStatus ##2G##BCM - BCMmsg17 - C_Ign1";
+CM_ SG_ 992 BCM_Ign2InSta "BCM_Ignition1InputStatus ##2G##BCM - BCMmsg17 - C_Ign2";
+CM_ SG_ 992 BCM_IgnSwSta "BCM_IgnitionSwitchStatus ##2G##BCM - BCMmsg17 - C_IGNSw";
+CM_ BO_ 1058 "[PE] Periodic and On Event";
+CM_ SG_ 1058 BCM_Crc10Val "BCM_CyclicRedundancyCheck10Value";
+CM_ SG_ 1058 BCM_AlvCnt10Val "BCM_AliveCounter10Value";
+CM_ SG_ 1058 Wiper_PrkngPosSta "Wiper_ParkingPositionStatus ##2G##BCM - BCMmsg22 - C_WiperParkPosition";
+CM_ SG_ 1058 Wiper_RainSnsrOptionTyp "Wiper_RainSensorOptionType ##2G##BCM - BCMmsg24 - C_RainSnsOption";
+CM_ SG_ 1058 Wiper_RainSnsrSta "Wiper_RainSensorStatus ##2G##BCM - BCMmsg24 - C_RainSnsState";
+CM_ SG_ 1058 BCM_RVMSw "BCM_RearVeiwMonitorSwitch ##2G##BCM - BCMmsg18 - C_RVMSw";
+CM_ SG_ 1058 BCM_GearPosPSta "BCM_GearPositionPStatus ##2G##BCM - BCMmsg17 - C_PpositiOn";
+CM_ SG_ 1058 BCM_SunRoofOpnSta "BCM_SunRoofOpenStatus ##2G##BCM - BCMmsg20 - C_SunRoofOpenState";
+CM_ BO_ 1090 "[PE] Periodic and On Event";
+CM_ SG_ 1090 BCM_Crc12Val "BCM_CyclicRedundancyCheck12Value";
+CM_ SG_ 1090 BCM_AlvCnt12Val "BCM_AliveCounter12Value";
+CM_ SG_ 1090 BCM_CntryConfgTyp "BCM_CountryConfigurationType ##2G##BCM - BCMmsg17 - C_CountryCfg";
+CM_ SG_ 1090 BCM_BodyOptTyp "BCM_BodyOptionType ##2G##BCM - BCMmsg17 - C_BodyTypeOption";
+CM_ SG_ 1090 BCM_SmkOptTyp "BCM_SmkOptionType ##2G##BCM - BCMmsg17 - C_SMKOption";
+CM_ SG_ 1090 PHEV_FuelDrOpnSta "PHEV_FuelDoorOpenStatus ##2G##BCM - BCMmsg20 - C_FuelDrSw";
+CM_ SG_ 1090 BCM_SunRoofOptTyp "BCM_SunRoofOptionType";
+CM_ SG_ 1090 BCM_SafetyWdwOptTyp "BCM_SafetyWindowOptionType";
+CM_ SG_ 1090 Window_DrvrSdWdwSta_BCM "Window_DriverSideWindowStatus ##2G##BCM - BCMmsg22 - C_DrvWindowOpenState";
+CM_ SG_ 1090 Window_AsstSdWdwSta_BCM "Window_AssistantSideWindowStatus ##2G##BCM - BCMmsg22 - C_AstWindowOpenState";
+CM_ SG_ 1090 Window_RrLftWdwSta_BCM "Window_RearLeftWindowStatus ##2G##BCM - BCMmsg22 - C_RLWindowOpenState";
+CM_ SG_ 1090 Window_RrRtWdwSta_BCM "Window_RearRightPowerWindowStatus ##2G##BCM - BCMmsg22 - C_RRWindowOpenState";
+CM_ SG_ 1090 Window_TunlModAutoIndSta "Window_TunnelModeAutoIndicatorStatus ##2G##BCM - BCMmsg25 - C_TunnelIND";
+CM_ SG_ 1090 SunRoof_GlassPosSta "SunRoof_GlassPositionStatus";
+CM_ SG_ 1090 SunRoof_BlindPosSta "SunRoof_BlindPositionStatus";
+CM_ SG_ 1090 SunRoof_GlassErrSta "SunRoof_GlassErrorStatus";
+CM_ SG_ 1090 SunRoof_BlindErrSta "SunRoof_BlindErrorStatus";
+CM_ SG_ 1090 PHEV_FuelDrDis2 "PHEV_FuelDoorDisplay ##2G##BCM - BCMmsg19 - C_PHEVFuelDrDisp";
+CM_ BO_ 1097 "[PE] Periodic and On Event";
+CM_ SG_ 1097 BCM_Crc13Val "BCM_CyclicRedundancyCheck13Value";
+CM_ SG_ 1097 BCM_AlvCnt13Val "BCM_AliveCounter13Value";
+CM_ SG_ 1097 Lamp_InlTailLmpSta_BCM "Lamp_InternalTailLampStatus ##2G##BCM - BCMmsg20 - C_IntTailAct";
+CM_ SG_ 1097 Lamp_ExtrnlTailLmpSta_BCM "Lamp_ExternalTailLampStatus ##2G##BCM - BCMmsg20 - C_ExtTailAct";
+CM_ SG_ 1097 Lamp_HzrdSwSta_BCM "Lamp_HazardSwitchStatus ##2G##BCM - BCMmsg20 - C_HazardSw";
+CM_ SG_ 1097 Lamp_TrnSigLmpLftOnReq_BCM "Lamp_TurnSignalLampLeftOnRequest ##2G##BCM - BCMmsg19 - C_TSigLHOn";
+CM_ SG_ 1097 Lamp_TrnSigLmpRtOnReq_BCM "Lamp_TurnSignalLampRightOnRequest ##2G##BCM - BCMmsg19 - C_TSigRHOn";
+CM_ SG_ 1097 Lamp_RoomLmpOnReq_BCM "Lamp_RoomLampOnRequest ##2G##BCM - BCMmsg19 - C_RoomLpOn";
+CM_ SG_ 1097 PHEV_FuelDrCtrlFlag "PHEV_FuelDoorOpenStatus ##2G##BCM - BCMmsg20 - C_FuelDrSw";
+CM_ SG_ 1097 HeatedSteerWheel_AutoOffSta_BCM "HeatedSteerWheel_AutoOffStatus ##2G##BCM - BCMmsg24 - C_StrgWhlAutoOffState";
+CM_ SG_ 1097 HeatedSteerWheel_StrWhlHtrSwSta_BCM "HeatedSteerWheel_SwitchStatus ##2G##BCM - BCMmsg24 - C_StrgWhlHeatedState";
+CM_ BO_ 565 "[P] Periodic";
+CM_ SG_ 565 BMS_Crc1Val "BMS_CyclicRedundancyCheck1Value";
+CM_ SG_ 565 xEV_BattPckVoltVal "xEV_BatteryPackVoltageValue";
+CM_ SG_ 565 xEV_BattRmndEnrgVal "xEV_BatteryRemainedEnergyValue";
+CM_ SG_ 565 xEV_MtrPwmOnReq "xEV_MotorPwmOnRequest";
+CM_ SG_ 565 xEV_HsgPwmOnReq "xEV_HsgPwmOnRequest";
+CM_ SG_ 565 xEV_OpuPwmOnReq "xEV_OpuPwmOnRequest";
+CM_ SG_ 565 BMS_AlvCnt1Val "BMS_AliveCounter1Value";
+CM_ SG_ 565 xEV_IsolDetOpSta "xEV_IsolationDetectOperationStatus";
+CM_ SG_ 565 xEV_BattResistDiffVal "xEV_BatteryResistanceDifferenceValue";
+CM_ SG_ 565 xEV_CrshActvRcvSta "xEV_CrashActiveReceivedStatus";
+CM_ SG_ 565 xEV_BmsHvIntlockReq "xEV_HighVoltageInterlockRequest (CF_Bms_HvIntlockReq)";
+CM_ SG_ 565 xEV_RlyWeldingSta "xEV_RelayWeldingStatus";
+CM_ SG_ 565 xEV_OverChrgWrnSta "xEV_OverChargeWarningStatus";
+CM_ SG_ 565 xEV_RlyOffRcvSta "xEV_RelayOffReceivedStatus";
+CM_ SG_ 565 xEV_PreChrgSta "xEV_PrechargingStatus";
+CM_ SG_ 565 xEV_MILReq "xEV_MalfunctionIndicationLampRequest";
+CM_ SG_ 565 xEV_BattChrgLimVal "xEV_BatteryChargeLimitValue";
+CM_ SG_ 565 xEV_BattDischrgLimVal "xEV_BatteryDischargeLimitValue";
+CM_ SG_ 565 xEV_BatCoolPwrPerm "xEV_PowerPermissionRequest";
+CM_ SG_ 565 xEV_MRlyOperTmpForEngCrk "xEV_RelayOnRequest";
+CM_ SG_ 565 xEV_ACModSwReq "xEV_ACModeConversionRequest";
+CM_ SG_ 565 xEV_SysWrnSta "xEV_SystemWarningStatus";
+CM_ SG_ 565 xEV_SysCtrlablSta "xEV_SystemControllableStatus";
+CM_ SG_ 565 xEV_SysRdySta "xEV_SystemReadyStatus";
+CM_ SG_ 565 xEV_SocDecVal "xEV_StateOfChargeDecimalValue";
+CM_ SG_ 565 xEV_SocVal "xEV_StateOfChargeValue";
+CM_ BO_ 762 "[P] Periodic";
+CM_ SG_ 762 BMS_Crc2Val "BMS_CyclicRedundancyCheck2Value";
+CM_ SG_ 762 xEV_DiagGrpVal "xEV_DiagnosticGroupValue";
+CM_ SG_ 762 xEV_DiagMonVal "xEV_DiagnosticMonitorValue";
+CM_ SG_ 762 xEV_SocDis "xEV_StateOfChargeDisplay";
+CM_ SG_ 762 xEV_MainRlyOnRetrySta "xEV_MainRelayONRetryStatus";
+CM_ SG_ 762 BMS_AlvCnt2Val "BMS_AliveCounter2Value";
+CM_ SG_ 762 xEV_PRATempSnsVal_ "PRA Temperature #1 (Relay Busbar Temperature #1)";
+CM_ SG_ 762 xEV_PRATempSns2Val_ "PRA Temperature #2 (Relay Busbar Temperature #2)";
+CM_ SG_ 762 xEV_BattRCHTimeEst "calculated charging power by estimated output OBC power";
+CM_ SG_ 762 xEV_SrvLmpReq "xEV_ServiceLampRequest";
+CM_ SG_ 762 xEV_MainRlyOnSta "xEV_MainRelayOnStatus";
+CM_ SG_ 762 xEV_SysFltSta "xEV_SystemFaultStatus";
+CM_ SG_ 762 xEV_BattRmnEnrgVal "xEV_BatteryRemainEnergyValue";
+CM_ SG_ 762 xEV_MinBattCelVoltVal "xEV_MinimumBatteryCellVoltageValue";
+CM_ SG_ 762 xEV_MaxBattCelVoltVal "xEV_MaximumBatteryCellVoltageValue";
+CM_ SG_ 762 xEV_BattCurrVal "xEV_BatteryCurrentValue";
+CM_ SG_ 762 xEV_MinBattTempVal "xEV_MinimumBatteryTemperatureValue";
+CM_ SG_ 762 xEV_MaxBattTempVal "xEV_MaximumBatteryTemperatureValue";
+CM_ BO_ 864 "[P] Periodic";
+CM_ SG_ 864 BMS_Crc3Val "BMS_CyclicRedundancyCheck3Value";
+CM_ SG_ 864 xEV_CoolantLeakage_Val2 "The input voltage of coolant leakage sensor2";
+CM_ SG_ 864 xEV_BTMSdiag_flag "Battery Thermal Management System(BTMS) Components Failure Diagnosis State";
+CM_ SG_ 864 xEV_BTMS_SubCode1 "Battery Thermal Management System(BTMS) Sub code1";
+CM_ SG_ 864 xEV_BTMS_SubCode2 "Battery Thermal Management System(BTMS) Sub code2";
+CM_ SG_ 864 xEV_BTMS_SubCode3 "Battery Thermal Management System(BTMS) Sub code3";
+CM_ SG_ 864 xEV_EwpClntDetCluDisp "xEV_EwpCoolantDiagnosisRequest";
+CM_ SG_ 864 xEV_RadFanOpReq_duty "xEV_RadiatorFanOperationRequest";
+CM_ SG_ 864 xEV_ChllrOpReq "xEV_ChillerOperationRequest";
+CM_ SG_ 864 BMS_AlvCnt3Val "BMS_AliveCounter3Value";
+CM_ SG_ 864 xEV_EwpClntDiagReq "xEV_EwpCoolantDiagnosisRequest";
+CM_ SG_ 864 xEV_EwpDiagModReq "xEV_EwpDiagnosisModeRequest";
+CM_ SG_ 864 xEV_BTMSModSta "xEV_BatteryThermalManagementSystemModeStatus";
+CM_ SG_ 864 xEV_RadFanOpForMcuReq "xEV_RadiatorFanOperationForMcuRequest";
+CM_ SG_ 864 xEV_BatEwpOpReq "xEV_BatEwpOperationRequest";
+CM_ SG_ 864 xEV_WcsInTempVal "xEV_WaterCoolingInletTemperatureValue";
+CM_ SG_ 864 xEV_CoolantLeakage_Val "The input voltage of coolant leakage sensor1";
+CM_ BO_ 1696 "[EW] On Event and On Write";
+CM_ BO_ 1698 "[EW] On Event and On Write";
+CM_ BO_ 1699 "[EW] On Event and On Write";
+CM_ BO_ 1700 "[EW] On Event and On Write";
+CM_ BO_ 1701 "[EW] On Event and On Write";
+CM_ BO_ 1697 "[EW] On Event and On Write";
+CM_ BO_ 1682 "[EW] On Event and On Write";
+CM_ BO_ 1713 "[EW] On Event and On Write";
+CM_ BO_ 1712 "[EW] On Event and On Write";
+CM_ BO_ 426 "[P] Periodic";
+CM_ SG_ 426 CLU_Crc1Val "CLU_CyclicRedundancyCheck1Value";
+CM_ SG_ 426 CLU_AlvCnt1Val "CLU_AliveCounter1Value";
+CM_ SG_ 426 CLU_PrtyBitSta "CLU_ParityBitValue(2nd general: CLU11/CF_Clu_ParityBit1)";
+CM_ SG_ 426 CLU_PdwDisTyp "CLU_PdwDisplayType";
+CM_ SG_ 426 CLU_DtntOutSta "CLU_DetentOutStatus";
+CM_ SG_ 426 CLU_SpdUnitTyp "CLU_SpeedUnitType";
+CM_ SG_ 426 CLU_DisSpdDcmlVal "CLU_DisplaySpeedDecimalValue";
+CM_ SG_ 426 CLU_SWRCCrsMainSwSta "CLU_SWRCCrsMainSwSta";
+CM_ SG_ 426 CLU_SWRCCrsSwSta "CLU_SWRCCrsSwSta";
+CM_ SG_ 426 CLU_SWRCLFASwSta "SWRC_LFASwitchStatus";
+CM_ SG_ 426 CLU_SWRCSldMainSwSta "SWRC_SpeedLimiterMainSwitchStatus";
+CM_ SG_ 426 CLU_RhstaLvlSta "CLU_RheostatLevelStatus";
+CM_ SG_ 426 CLU_DisSpdVal "CLU_DisplaySpeedValue";
+CM_ SG_ 426 CLU_DisTyp "CLU LCD DisplayType";
+CM_ SG_ 426 CLU_OKSwSta "OK Switch On/Off State";
+CM_ SG_ 426 CLU_DisSpdVal_KPH "CLU_DisplaySpeedValue_KPH";
+CM_ BO_ 549 "[P] Periodic";
+CM_ SG_ 549 CLU_Crc2Val "CLU_CyclicRedundancyCheck2Value";
+CM_ SG_ 549 CLU_RefuelWrnSta "CLU_RefuelWarningStatus";
+CM_ SG_ 549 CLU_IceWrnIndSta "CLU_IceWarnIndicatorStatus";
+CM_ SG_ 549 CLU_DrvngModSwSta "CLU_DrivingModeSwitchStatus";
+CM_ SG_ 549 CLU_FuelLvlSta "CLU_FuelLevelStatus";
+CM_ SG_ 549 CLU_OutTempFSta "CLU_DisplayOutsideTemperatureFStatus";
+CM_ SG_ 549 CLU_TerrainModSwSta "CLU_TerrainModeSwitchStatus";
+CM_ SG_ 549 CLU_AlvCnt2Val "CLU_AliveCounter2Value";
+CM_ SG_ 549 CLU_OutTempCSta "CLU_DisplayOutsideTemperatureCStatus";
+CM_ SG_ 549 CLU_DTEVal "CLU_DTEValue";
+CM_ SG_ 549 CLU_TripUnitSta "CLU_TripUnitStatus";
+CM_ SG_ 549 CLU_AvgFuelCnsmptnVal "CLU_AverageFuelConsumptionValue";
+CM_ SG_ 549 CLU_AvgFuelCnsmptnUnitSta "CLU_AverageFuelConsumptionUnitStatus";
+CM_ SG_ 549 CLU_LoFuelWrngSta "CLU_LowFuelWarningStatus";
+CM_ SG_ 549 CLU_RefuelDetSta "CLU_RefuelDetectedStatus";
+CM_ SG_ 549 CLU_TerrainMainSwSta "CLU_TerrainMainSwitchStatus";
+CM_ SG_ 549 CLU_LngSta "CLU_LanguageStatus";
+CM_ SG_ 549 CLU_SRSWrngLmpSta "CLU_SRSWarningLampStatus";
+CM_ SG_ 549 CLU_OdoVal "CLU_OdometerValue";
+CM_ SG_ 549 CLU_DawLastBrkTimeVal "CLU_DawLastBreakTimeValue";
+CM_ BO_ 1233 "[EC] On Event and On Change";
+CM_ SG_ 1233 CLU_Crc5Val "CLU_CyclicRedundancyCheck5Value";
+CM_ SG_ 1233 CLU_AlvCnt5Val "CLU_AliveCounter5Value";
+CM_ SG_ 1233 USM_InletAutoLockSetReq "2nd General Signal: CLU22/CF_Clu_InletAutoLockNValueSet";
+CM_ SG_ 1233 USM_StaRst1Req "USM_StatusReset1Request";
+CM_ SG_ 1233 USM_NccCamSetReq "USM_NccCameraSetRequest";
+CM_ BO_ 1236 "[EC] On Event and On Change";
+CM_ SG_ 1236 CLU_Crc8Val "CLU_CyclicRedundancyCheck8Value";
+CM_ SG_ 1236 CLU_AlvCnt8Val "CLU_AliveCounter8Value";
+CM_ SG_ 1236 USM_TwoTrnUnlckSetReq "USM_TwoTurnUnlockSetRequest";
+CM_ SG_ 1236 USM_ECoastSetReq "USM_ECoastingSetRequset";
+CM_ SG_ 1236 USM_ECoastingWrngSndSetReq "USM_ECoastingWarningSoundSetRequset";
+CM_ SG_ 1236 USM_MdLmpBrgtnsSetReq "USM_MoodLampBrightnessSetRequest";
+CM_ SG_ 1236 USM_TirePrsrUnitSetReq "USM_TirePressureUnitSetRequest";
+CM_ SG_ 1236 USM_FuelGdRstReq "USM_FuelGuideResetRequest";
+CM_ SG_ 1236 USM_SmrtRegenSetReq "USM_SmartRegeneraionSetRequest (2nd general : CLU20/CF_Clu_SmartRegen_NValueSet)";
+CM_ SG_ 1236 USM_GreenZoneDrvSetReq "USM_GreenZoneDriveSetRequest(2nd general : CLU22/CF_Clu_GreenZoneDrv_NvalueSet)";
+CM_ SG_ 1236 USM_VESSVolLevelSetReq "USM_VESSVolumeLevelSetRequesr (2nd general  : CLU22/CF_Clu_VESS_VolLevelNvalueSet)";
+CM_ BO_ 1144 "[EC] On Event and On Change";
+CM_ SG_ 1144 CLU_Crc11Val "CLU_CyclicRedundancyCheck11Value";
+CM_ SG_ 1144 CLU_AlvCnt11Val "CLU_AliveCounter11Value";
+CM_ SG_ 1144 CLU_ICUDlvrModOffSetReq "CLU_ICUDeliveryModeOffSetRequest";
+CM_ SG_ 1144 CLU_DrvngLampChgnSta "CLU_DrivingModeLampChangingStatus";
+CM_ SG_ 1144 CLU_TerrainModChgn "2nd generation signal : CF_Clu_TerrainModeChange";
+CM_ SG_ 1144 CLU_ADASSetShortcut_Req "Shortcut signal for ADAS menu quick launch";
+CM_ SG_ 1144 CLU_AdasVolAutoOnSetReq "CLU_AdasVolAutoOnSetReq";
+CM_ SG_ 1144 CLU_SbwNModReq "CLU_SbwNModeRequest(2nd general: CLU22/CF_Clu_SbwNModeReq)";
+CM_ SG_ 1144 CLU_RrStRemindOffSetReq "CLU_RrseatReminderOffSetRequest(2nd general:CLU20/CF_Clu_RrSeatRemindOff)";
+CM_ SG_ 1144 CLU_RrStRemindFdbckSetReq "CLU_RrseatReminderFeedbackRequest (2nd general : CLU20/CF_Clu_RrSeatRemindFeedback)";
+CM_ SG_ 1144 CLU_PwrAutoOffResetReq "reset power auto off time";
+CM_ SG_ 1144 CLU_WelcomeStartReq "Cluster welcome start signal";
+CM_ BO_ 384 "[P] Periodic";
+CM_ SG_ 384 CLU_Crc17Val "CLU_CyclicRedundancyCheck17Value";
+CM_ SG_ 384 CLU_AlvCnt17Val "CLU_AliveCounter17Value";
+CM_ SG_ 384 CLU_PddlUpSwSta "CLU_PaddUpSwState(2nd Generation Signal : CF_Clu_PaddUpSwState)";
+CM_ SG_ 384 CLU_PddlDnSwSta "CLU_PaddleDonwSwState(2nd Generation Signal : CF_Clu_PaddDownSwState)";
+CM_ BO_ 1714 "[EW] On Event and On Write";
+CM_ BO_ 1715 "[EW] On Event and On Write";
+CM_ BO_ 1716 "[EW] On Event and On Write";
+CM_ BO_ 1717 "[EW] On Event and On Write";
+CM_ BO_ 1718 "[EW] On Event and On Write";
+CM_ BO_ 1719 "[EW] On Event and On Write";
+CM_ BO_ 1720 "[EW] On Event and On Write";
+CM_ BO_ 1721 "[EW] On Event and On Write";
+CM_ BO_ 325 "[P] Periodic";
+CM_ SG_ 325 DATC_Crc1Val "DATC_CyclicRedundancyCheck1Value";
+CM_ SG_ 325 DATC_MixDfgSelSta "DATC_MixDefogSelectStatus";
+CM_ SG_ 325 DATC_BattChlrVlvSta "Battery chiller valve status";
+CM_ SG_ 325 DATC_AcnECompSpdVal "DATC_AirconElectricalCompressorSpeedValue";
+CM_ SG_ 325 DATC_AcnCompSlpModCodVal "DATC_AirconCompressorSleepModeCodeValue";
+CM_ SG_ 325 DATC_AcnCompWaitCodVal "DATC_AirconCompressorWaitCode";
+CM_ SG_ 325 DATC_AcnCompSta "DATC_AirconCompressorStatus";
+CM_ SG_ 325 DATC_AEwpSpdRpmReq "DATC_AsistenceEwpSpeedRpmRequest";
+CM_ SG_ 325 DATC_AlvCnt1Val "DATC_AliveCounter1Value";
+CM_ SG_ 325 DATC_RadFanReq_Duty "This signal indicates Request cooling fan speed to cool HVAC System (Duty)";
+CM_ SG_ 325 DATC_OutTempSnsrVal "DATC_OutsideTemperatureSensorValue";
+CM_ SG_ 325 DATC_AUTOActv "DATCAutoActivation";
+CM_ SG_ 325 DATC_DfgSw "DATC_DefogSwitch";
+CM_ SG_ 325 DATC_BattChlrVlv_FltCode "Battery Chiller Filt Code";
+CM_ SG_ 325 DATC_BattEvapVlvSta "BATTERY COOL V/V (EVAP) STATUS";
+CM_ SG_ 325 DATC_BattEvapVlv_FltCode "BATTERY COOL V/V (EVAP) FltCode";
+CM_ SG_ 325 DATC_PtcRlySta "DATC_PtcRelayStatus";
+CM_ SG_ 325 DATC_ManufacturerTyp "DATC_ManufacturerType";
+CM_ SG_ 325 DATC_Cooldown "Complete of cooldown";
+CM_ SG_ 325 DATC_AcnReq "DATC_AirconRequest";
+CM_ SG_ 325 DATC_BlwSta "DATC_BlowerStatus";
+CM_ SG_ 325 DATC_BlwMaxSta "DATC_BlowerMaxStatus";
+CM_ SG_ 325 DATC_EngStrtReq "DATC_EngineStartRequest";
+CM_ SG_ 325 DATC_AcnCompOnReq "DATC_AirconCompressorOnRequest";
+CM_ SG_ 325 DATC_SrvLmpReq "DATC_ServiceLampRequest";
+CM_ SG_ 325 DATC_AcnECompOpSta "DATC_AirconElectricCompressorOperationStatus";
+CM_ SG_ 325 DATC_AcnCompFltSta "DATC_AirconElectricCompressorFaultStatus";
+CM_ SG_ 325 DATC_WaterPmpOnReq "DATC_WaterPumpOnRequest";
+CM_ SG_ 325 DATC_RrDfgOpSta "DATC_RearDefogOperatingState";
+CM_ SG_ 325 DATC_AcnECompCANFltSta "DATC_AirconElectricalCompressorCANFaultStatus";
+CM_ SG_ 325 DATC_HVCompIntlkSta "DATC_HighVoltageCompressorInterlockStatus";
+CM_ SG_ 325 DATC_HVIntDischrgLkReq "DATC_HighVoltageInterlockDischargeRequest";
+CM_ SG_ 325 DATC_AcnECompMaxReqPwrVal "DATC_AirconElectricalCompressorMaximumRequestPowerValue";
+CM_ SG_ 325 DATC_AcnECompCnsmptPwrVal "DATC_AirconElectricalCompressorConsumptionPowerValue";
+CM_ SG_ 325 DATC_MainRlyOffReq "DATC_MainRelayoffRequest";
+CM_ BO_ 1569 "[EW] On Event and On Write";
+CM_ BO_ 1568 "[EW] On Event and On Write";
+CM_ BO_ 1684 "[EW] On Event and On Write";
+CM_ BO_ 1686 "[EW] On Event and On Write";
+CM_ BO_ 1685 "[EW] On Event and On Write";
+CM_ BO_ 1693 "[EW] On Event and On Write";
+CM_ BO_ 469 "[P] Periodic";
+CM_ SG_ 469 CF_EMS_MafIntCFM "TH DIAG Condition Reached by MAF_INT";
+CM_ SG_ 469 CF_EMS_EndDiagTH "TH Diag end bit";
+CM_ SG_ 469 CR_EMS_AmbPrs "Ambient Pressure";
+CM_ SG_ 469 CR_EMS_Maf_Kgh "Mass Air Flow(kg/h)";
+CM_ SG_ 469 CF_EMS_Aaf1Stat "AAF1 motor open/close status";
+CM_ SG_ 469 CF_EMS_Aaf2Stat "AAF2 motor open/close status";
+CM_ SG_ 469 CF_EMS_Aaf3Stat "AAF3 motor open/close status";
+CM_ BO_ 261 "[P] Periodic";
+CM_ SG_ 261 EMS_Crc7Val "EMS_CyclicRedundancyCheck7Value";
+CM_ SG_ 261 HEV_AccelPdlVal "HEV_AcceleratorPedalValue";
+CM_ SG_ 261 HEV_IndTqTar "HEV_IndicatedTorqueTarget";
+CM_ SG_ 261 EMS_AlvCnt7Val "EMS_AliveCounter7Value";
+CM_ SG_ 261 HEV_IndTqVal "HEV_IndicatedTorqueValue";
+CM_ SG_ 261 HEV_DrvTqVal "HEV_DriverTorqueValue";
+CM_ SG_ 261 HEV_TqStndVal "HEV_TorqueStandardValue";
+CM_ SG_ 261 HEV_FrctTqVal "HEV_FrictionTorqueValue";
+CM_ SG_ 261 HEV_EngSpdVal "HEV_EngineSpeedValue";
+CM_ SG_ 261 HEV_EngOpSta "HEV_EngineOperatingStatus";
+CM_ SG_ 261 HEV_IntakeAirTempVal "HEV_IntakeAirTemperatureValue";
+CM_ BO_ 613 "[P] Periodic";
+CM_ SG_ 613 EMS_Crc8Val "EMS_CyclicRedundancyCheck8Value";
+CM_ SG_ 613 HEV_EstClntTempVal "HEV_EstimatedCoolantTemperatureValue";
+CM_ SG_ 613 HEV_AptVal "HEV_AptValue";
+CM_ SG_ 613 HEV_EstAmbtAirTempVal "HEV_EstimatedAmbientAirTemperatureValue";
+CM_ SG_ 613 HEV_RbmSta "HEV_RateBasedMonitoringStatus";
+CM_ SG_ 613 HEV_WarmUpReq_For_DATC "HEV_WarmUpRequest";
+CM_ SG_ 613 EMS_AlvCnt8Val "EMS_AliveCounter8Value";
+CM_ SG_ 613 HEV_RbmInhbtSta "HEV_RbmInhibitionStatus";
+CM_ SG_ 613 HEV_EhrsTempSta "HEV_EhrsTemperatureStatus";
+CM_ SG_ 613 HEV_Aaf_WrnLamp "Air Flap Warning Lamp/Message Request Signal indicates whether Warning Lamp/Message should be displayed in the display screen in order to warn AAF System failure to customer.";
+CM_ SG_ 613 HEV_OPSFail "Oil Pressure Warning Lamp Status";
+CM_ SG_ 613 HEV_EngDsplceTyp "HEV_EngineDisplacementType ##2G##EMS - EMS12 - ENG_VOL";
+CM_ SG_ 613 HEV_EngTyp2 "HEV_EngineType2 ##2G##EMS - EMS23 - ENG_TYPE";
+CM_ SG_ 613 HEV_EngTyp1 "HEV_EngineType1 ##2G##EMS - EMS12 - ENG_CHR";
+CM_ SG_ 613 HEV_S_F "AMS/ISG system type indicator";
+CM_ SG_ 613 HEV_S_F_GEN "system generation type indicator";
+CM_ SG_ 613 HEV_RbmSta_2nd "HEV_RateBasedMonitoringStatus";
+CM_ SG_ 613 HEV_EngClntTempVal "HEV_EngineCoolantTemperatureValue";
+CM_ SG_ 613 HEV_EngOilTempVal "HEV_EngineOilTemperatureValue";
+CM_ SG_ 613 HEV_VbOffActSta "HEV_VbOffActStatus";
+CM_ SG_ 613 HEV_AirCompOffReq "HEV_AirCompressorOffRequest";
+CM_ SG_ 613 HEV_MilConfgVal "HEV_MilConfigurationValue";
+CM_ SG_ 613 HEV_CF_EMS_LOCKUP "Engine lock up mainentance request state";
+CM_ SG_ 613 HEV_ImmoLmpReq "HEV_ImmobilizerLampRequest";
+CM_ SG_ 613 HEV_MilReq "HEV_MalfunctionIndicationLampRequest";
+CM_ SG_ 613 HEV_WiperSwSta "HEV_WiperSwitchStatus";
+CM_ SG_ 613 HEV_FanOpSta "HEV_CoolingFanOperatingStatus";
+CM_ SG_ 613 HEV_FanSta "HEV_CoolingFanStatus";
+CM_ SG_ 613 HEV_BrkLtSwSta "HEV_BrakeLightSwitchStatus";
+CM_ SG_ 613 HEV_IgnCycCntVal "HEV_IgnitionCycleCounterValue";
+CM_ SG_ 613 HEV_SoakTimeVal "HEV_SoakTimeValue";
+CM_ SG_ 613 HEV_SoakTimeErrSta "HEV_SoakTimeErrorStatus";
+CM_ SG_ 613 HEV_SoakTimeOvrSta "HEV_SoakTimeOverStatus";
+CM_ SG_ 613 HEV_FuelRunOutSta "HEV_FuelRunOutStatus";
+CM_ SG_ 613 HEV_FuelRunOutDetSta "HEV_FuelRunOutDetectStatus";
+CM_ SG_ 613 HEV_FuelCnsmptSumVal "HEV_FuelConsumptionSumValue";
+CM_ BO_ 453 "[P] Periodic";
+CM_ SG_ 453 EMS_Crc11Val "EMS_CyclicRedundancyCheck11Value";
+CM_ SG_ 453 HEV_FuelTnkPrsrVal "HEV_FuelTankPressureValue";
+CM_ SG_ 453 HEV_FuelCutOffSta "HEV_FuelCutOffStatus";
+CM_ SG_ 453 HEV_FuelCutOffInhbtSta "HEV_FuelCutOffInhibitStatus";
+CM_ SG_ 453 HEV_RdyStat_FS_P "HEV_ReadyStatus(Fail Safety)";
+CM_ SG_ 453 HEV_O2SensHtrAct "HEV_O2SensorHeaterAct";
+CM_ SG_ 453 HEV_FueledEngRdy "HEV_FueledEngineReady";
+CM_ SG_ 453 HEV_IdlTgtEngSpd "HEV_IdleTargetEngineSpeed";
+CM_ SG_ 453 HEV_EngTq_Bas "engine torque(BAS)";
+CM_ SG_ 453 HEV_GPF_WrnLamp "GPF Warning State";
+CM_ SG_ 453 EMS_AlvCnt11Val "EMS_AliveCounter11Value";
+CM_ SG_ 453 HEV_EngSpdErrSta "HEV_EngineSpeedErrorStatus";
+CM_ SG_ 453 HEV_EngTqVal "HEV_EngineTorqueValue";
+CM_ SG_ 453 HEV_VehSpdVal "HEV_VehicleSpeedValue";
+CM_ SG_ 453 HEV_EtcAppSta "HEV_EtcAppliedStatus";
+CM_ SG_ 453 HEV_FuelTnkPrsrErrSta "HEV_FuelTankPressureErrorStatus";
+CM_ SG_ 453 HEV_FirstFiringSta "HEV_FirstFiringStatus";
+CM_ SG_ 453 HEV_EngFulLoadSta "HEV_EngineFullLoadStatus";
+CM_ SG_ 453 HEV_DrvCycActSta "HEV_DrivingCycleActiveStatus";
+CM_ SG_ 453 HEV_WarmupCycSta "HEV_WarmupCycleStatus";
+CM_ SG_ 453 HEV_RbmDrvCycSta "HEV_RateBasedMonitoringDrivingCycleStatus";
+CM_ SG_ 453 HEV_O2SnsrPreHeatSta "HEV_O2SensorPreHeatStatus";
+CM_ SG_ 453 HEV_ObdFrzFrmSta "HEV_ObdFreezeFrameStatus";
+CM_ SG_ 453 HEV_ThrPosSta "HEV_ThrottlePositionStatus";
+CM_ SG_ 453 HEV_FuelPmpTrgtPrsrVal "HEV_FuelPumpTargetPressureValue";
+CM_ SG_ 453 HEV_FuelCnsmptVal "HEV_FuelConsumptionValue";
+CM_ BO_ 832 "[P] Periodic";
+CM_ SG_ 832 EMS_Crc13Val "EMS_CyclicRedundancyCheck13Value";
+CM_ SG_ 832 HEV_OBD_ShrtFuelTrmBnk2Val "OBD_ShortFuelTrimBank2Value ##2G##EMS - EngFrzFrm12 - PID_08h";
+CM_ SG_ 832 HEV_OBD_LongFuelTrmBnk2Val "OBD_LongFuelTrimBank2Value ##2G##EMS - EngFrzFrm12 - PID_09h";
+CM_ SG_ 832 HEV_OBD_ManAbsPrsrVal "OBD_ManifoldAbsolutePressureValue ##2G##EMS - EngFrzFrm12 - PID_0Bh";
+CM_ SG_ 832 HEV_OBD_FuelRailPrsrVal "OBD_FuelRailPressureValue ##2G##EMS - EngFrzFrm12 - PID_23h";
+CM_ SG_ 832 EMS_AlvCnt13Val "EMS_AliveCounter13Value";
+CM_ SG_ 832 HEV_OBD_CalcLoadVal "OBD_CalculatedLoadValue ##2G##EMS - EngFrzFrm11 - PID_04h";
+CM_ SG_ 832 HEV_OBD_EngClntTempVal "OBD_EngineCoolantTemperatureValue ##2G##EMS - EngFrzFrm11 - PID_05h";
+CM_ SG_ 832 HEV_OBD_EngRpmVal "OBD_EngineRpmValue ##2G##EMS - EngFrzFrm11 - PID_0Ch";
+CM_ SG_ 832 HEV_OBD_VehSpdSnsrVal "OBD_VehicleSpeedSensorValue ##2G##EMS - EngFrzFrm11 - PID_0Dh";
+CM_ SG_ 832 HEV_OBD_AbsThrPosVal "OBD_AbsoluteThrottlePositionValue ##2G##EMS - EngFrzFrm11 - PID_11h";
+CM_ SG_ 832 HEV_OBD_FuelCtrlSta "OBD_FuelControlStatus ##2G##EMS - EngFrzFrm11 - PID_03h";
+CM_ SG_ 832 HEV_OBD_ShrtFuelTrmBnk1Val "OBD_ShortFuelTrimBank1Value ##2G##EMS - EngFrzFrm12 - PID_06h";
+CM_ SG_ 832 HEV_OBD_LongFuelTrmBnk1Val "OBD_LongFuelTrimBank1Value ##2G##EMS - EngFrzFrm12 - PID_07h";
+CM_ BO_ 768 "[EW] On Event and On Write";
+CM_ SG_ 768 EMS_Crc15Val "EMS_CyclicRedundancyCheck15Value";
+CM_ SG_ 768 EMS_AlvCnt15Val "EMS_AliveCounter15Value";
+CM_ SG_ 768 ERN0_HEV "HEV_EncryptedRandomNumber0";
+CM_ SG_ 768 ERN1_HEV "HEV_EncryptedRandomNumber1";
+CM_ SG_ 768 ERN2_HEV "HEV_EncryptedRandomNumber2";
+CM_ SG_ 768 ERN3_HEV "HEV_EncryptedRandomNumber3";
+CM_ SG_ 768 ERN4_HEV "HEV_EncryptedRandomNumber4";
+CM_ SG_ 768 ERN5_HEV "HEV_EncryptedRandomNumber5";
+CM_ SG_ 768 ImmoConf_HEV "HEV_ImmobilizerConfiguration";
+CM_ SG_ 768 EngLock_HEV "HEV_EngineLock";
+CM_ SG_ 768 AuthCount_HEV "HEV_AuthenticationCount";
+CM_ BO_ 1574 "[EW] On Event and On Write";
+CM_ SG_ 1574 EMS_CST_TX_Byte0 "EOL Message for EMS";
+CM_ SG_ 1574 EMS_CST_TX_Byte2 "EOL Message for EMS";
+CM_ SG_ 1574 EMS_CST_TX_Byte3 "EOL Message for EMS";
+CM_ SG_ 1574 EMS_CST_TX_Byte4 "EOL Message for EMS";
+CM_ SG_ 1574 EMS_CST_TX_Byte5 "EOL Message for EMS";
+CM_ SG_ 1574 EMS_CST_TX_Byte6 "EOL Message for EMS";
+CM_ SG_ 1574 EMS_CST_TX_Byte7 "EOL Message for EMS";
+CM_ SG_ 1574 EMS_CST_TX_Byte1 "EOL Message for EMS";
+CM_ BO_ 1647 "[EW] On Event and On Write";
+CM_ BO_ 1880 "[EW] On Event and On Write";
+CM_ BO_ 2024 "[EW] On Event and On Write";
+CM_ BO_ 496 "[P] Periodic";
+CM_ SG_ 496 EPB_Crc1Val "EPB_CyclicRedundancyCheck1Value";
+CM_ SG_ 496 EPB_AlvCnt1Val "EPB_AliveCounter1Value";
+CM_ SG_ 496 EPB_LmpStaDis "EPB_LampStateDisplay ##2G##EPB - EPB11 - EPB_I_LAMP";
+CM_ SG_ 496 EPB_FlrLmpStaDis "EPB_FailureLampStateDisplay ##2G##EPB - EPB11 - EPB_F_LAMP";
+CM_ SG_ 496 EPB_OutDataDis "EPB_OutputDataDisplay ##2G##EPB - EPB11 - EPB_CLU";
+CM_ SG_ 496 EPB_AlrmReq "EPB_AlarmRequest ##2G##EPB - EPB11 - EPB_ALARM";
+CM_ SG_ 496 EPB_SwPosSta "EPB_SwitchPositionStatus ##2G##EPB - EPB11 - EPB_SWITCH";
+CM_ SG_ 496 EPB_RrBrkLtActvReq "EPB_RearBrakeLightActivationRequest ##2G##EPB - EPB11 - EPB_RBL";
+CM_ SG_ 496 EPB_FrcErrSta "EPB_ForceErrorStatus ##2G##EPB - EPB11 - EPB_FRC_ERR";
+CM_ SG_ 496 EPB_DynmBrkFrcReqSigSta "EPB_DynamicBrakingForceRequestSignalStatus ##2G##EPB - EPB11 - EPB_DBF_STAT";
+CM_ SG_ 496 EPB_FrcSta "EPB_ForceStatus ##2G##EPB - EPB11 - EPB_STATUS";
+CM_ SG_ 496 EPB_FlSta "EPB_FailStatus ##2G##EPB - EPB11 - EPB_FAIL";
+CM_ SG_ 496 EPB_EscReqAckSta "EPB_EscRequestAcknowledgeStatus ##2G##EPB - EPB11 - ESP_ACK";
+CM_ SG_ 496 EPB_DynmBrkFrcReq "EPB_DynamicBrakingForceRequest ##2G##EPB - EPB11 - EPB_DBF_REQ";
+CM_ SG_ 496 EPB_ActlFrcVal "EPB_ActualForceValue ##2G##EPB - EPB11 - EPB_FORCE";
+CM_ SG_ 496 EPB_DynmBrkFrcDclReq "EPB_DynamicBrakingForceDecelerationRequest ##2G##EPB - EPB11 - EPB_DBF_DECEL";
+CM_ BO_ 96 "[P] Periodic";
+CM_ SG_ 96 ESC_Crc1Val "ESC_CyclicRedundancyCheck1Value";
+CM_ SG_ 96 TCS_GearShftCharacteristicVal "TCS_GearShiftCharacteristicValue ##2G##ESC - TCS11 - TCS_GSC";
+CM_ SG_ 96 TCS_ManufacturerVal "TCS_ManufacturerInformationValue ##2G##ESC - TCS11 - TCS_MFRN";
+CM_ SG_ 96 TCS_TqIntrvntnVal "TCS_TorqueInterventionValue ##2G##ESC - TCS11 - TQI_TCS";
+CM_ SG_ 96 MSR_TqIntrvntnVal "MSR_TorqueInterventionValue ##2G##ESC - TCS11 - TQI_MSR";
+CM_ SG_ 96 TCS_SlwTqIntrvntnVal "TCS_SlowTorqueInterventionValue ##2G##ESC - TCS11 - TQI_SLW_TCS";
+CM_ SG_ 96 ESC_CylPrsrVal "ESC_CylinderPressureValue ##2G##ESC - ESP12 - CYL_PRES";
+CM_ SG_ 96 ESC_CylPrsrSta "ESC_CylinderPressureStatus ##2G##ESC - ESP12 - CYL_PRES_STAT";
+CM_ SG_ 96 ESC_CylPrsrDiagSta "ESC_CylinderPressureDiagnosisStatus ##2G##ESC - ESP12 - CYL_PRESS_DIAG";
+CM_ SG_ 96 ESC_CylPrsrFlagSta "ESC_CylinderPressureFlagStatus ##2G##ESC - ESP12 - CYL_PRES_FLAG";
+CM_ SG_ 96 ESC_VsmActvSta "ESC_VsmActiveStatus ##2G##ESC - VSM11 - CF_Esc_Act";
+CM_ SG_ 96 ESC_VsmDfctvSta "ESC_VsmDefectiveStatus ##2G##ESC - VSM11 - CF_Esc_Def";
+CM_ SG_ 96 ESC_VsmCtrlModSta "ESC_VsmControlModeStatus ##2G##ESC - VSM11 - CF_Esc_CtrMode";
+CM_ SG_ 96 ESC_AlvCnt1Val "ESC_AliveCounter1Value";
+CM_ SG_ 96 ESC_StrTqReq "ESC_SteeringTorqueReqeust ##2G##ESC - VSM11 - CR_Esc_StrTqReq";
+CM_ SG_ 96 ESC_LongAccelOffstCalibPrmtr "Longitudinal Acceleration Offset Calibration Parameter";
+CM_ SG_ 96 ESC_IMURstStaAck "IMU Reset Status Acknowledge";
+CM_ SG_ 96 AVH_Sta "AVH_Status ##2G##ESC - ESP11 - AVH_STAT";
+CM_ SG_ 96 LDM_Sta "LDM_Status ##2G##ESC - ESP11 - LDM_STAT";
+CM_ SG_ 96 EPB_ActvReq "EPB_ActiveRequest ##2G##ESC - ESP11 - REQ_EPB_ACT";
+CM_ SG_ 96 EPB_StaReq "EPB_StatusRequest ##2G##ESC - ESP11 - REQ_EPB_STAT";
+CM_ SG_ 96 ECD_ActvSta "ECD_ActiveStatus ##2G##ESC - ESP11 - ECD_ACT";
+CM_ SG_ 96 AVH_CluDis "AVH_ClusterDisplay ##2G##ESC - TCS15 - AVH_CLU";
+CM_ SG_ 96 AVH_AlrmReq "AVH_AlarmRequest ##2G##ESC - TCS15 - AVH_ALARM";
+CM_ SG_ 96 AVH_ActvStaLmpDis "AVH_ActiveStatusLampDisplay ##2G##ESC - TCS15 - AVH_I_LAMP";
+CM_ SG_ 96 AVH_LmpDis "AVH_LampDisplay ##2G##ESC - TCS15 - AVH_LAMP";
+CM_ SG_ 96 AWD_CrdnShftTqLimVal "AWD_CardanShaftTorqueLimitValue ##2G##ESC - ESP11 - 4WD_TQC_LIM";
+CM_ SG_ 96 AWD_CltchDtyLimVal "AWD_ClutchDutyLimitValue ##2G##ESC - ESP11 - 4WD_CLU_LIM";
+CM_ SG_ 96 AWD_TransmsnTqLimModSta "AWD_TransmissionTorqueLimitModeStatus ##2G##ESC - ESP11 - 4WD_LIM_MODE";
+CM_ SG_ 96 AWD_RrWhlDtyLimReq "AWD_RearWheelDutyLimitRequest ##2G##ESC - ESP11 - 4WD_LIM_REQ";
+CM_ SG_ 96 AWD_FastOpnCrdnShftCltchReq "AWD_FastOpenCardanShaftClutchRequest ##2G##ESC - ESP11 - 4WD_OPEN";
+CM_ SG_ 96 TCS_LmpSta "TCS_LampStatus ##2G##ESC - TCS15 - TCS_LAMP";
+CM_ SG_ 96 TCS_OffLmpSta "TCS_OffLampStatus ##2G##ESC - TCS15 - TCS_OFF_LAMP";
+CM_ SG_ 96 ESC_OffTempSta "ESC_OffStepStatus ##2G##ESC - TCS15 - ESC_Off_Step";
+CM_ SG_ 96 DBC_WrngLmpSta "DBC_WarningLampStatus ##2G##ESC - TCS15 - DBC_W_LAMP";
+CM_ SG_ 96 DBC_FuncLmpSta "DBC_FuncitonLampStatus ##2G##ESC - TCS15 - DBC_F_LAMP";
+CM_ SG_ 96 DBC_ClusterDis "DBC Pop-up Signal for Deactivation";
+CM_ SG_ 96 ESC_BrkCtrlSta "ESC_BrakeControlStatus ##2G##ESC - TCS11 - CF_Esc_BrkCtl";
+CM_ SG_ 96 TCS_Sta "Status of TCS Function";
+CM_ SG_ 96 ESC_Sta "Status of ESC Function";
+CM_ SG_ 96 TCS_PreActvSta "TCS_PreActiveStatus ##2G##ESC - TCS13 - Pre_TCS_CTL";
+CM_ SG_ 96 DBC_Sta "Status of DBC Function";
+CM_ SG_ 96 TCS_TqFlag "Flag indicating positive or negative TCS Intervention";
+CM_ SG_ 96 MSR_TqFlag "Flag indicating positive or negative MSR Intervention";
+CM_ SG_ 96 HAC_Sta "Status of HAC Function";
+CM_ SG_ 96 TCS_SlwTqFlag "Flag indicating positive or negative SLOW TCS Intervention";
+CM_ SG_ 96 TCS_Req "TCS_Request ##2G##ESC - TCS11 - TCS_REQ";
+CM_ SG_ 96 MSR_FuncReq "MSR_FunctionRequest ##2G##ESC - TCS11 - MSR_C_REQ";
+CM_ BO_ 373 "[P] Periodic";
+CM_ SG_ 373 ESC_Crc3Val "ESC_CyclicRedundancyCheck3Value";
+CM_ SG_ 373 ESC_RccaSta "ESC_RccaStatus ##2G##ESC - ESP11 - ESP_RCCA_STAT";
+CM_ SG_ 373 ESC_PcaSta "ESC_PcaStatus";
+CM_ SG_ 373 ESC_DiffBrkFuncSta "ESC_DifferentialBrakeFunctionStatus ##2G##ESC - TCS13 - DF_BF_STAT";
+CM_ SG_ 373 ESC_BcaRPlusSta "ESC_BcaRPlusStatus";
+CM_ SG_ 373 ESC_RspaSta "ESC_RspaStatus ##2G##ESC - ESP11 - ESP_RSPA_STAT";
+CM_ SG_ 373 ESC_RspaCanFlFlag "##2G##ESC - ESP11 - ESC_RspaCanfailflag";
+CM_ SG_ 373 ESC_RspaDclActv "##2G##ESC - ESP11 - ESC_RSPA_DEC_ACT";
+CM_ SG_ 373 ESC_RspaStandStill "##2G##ESC - ESP11 - ESC_RSPA_STANDSTILL";
+CM_ SG_ 373 ESC_AlvCnt3Val "ESC_AliveCounter3Value";
+CM_ SG_ 373 MCB_ReqBrkAck "Acknowledge Status for MCB Brake Request";
+CM_ SG_ 373 MCB_CtlSta "Status for MCB Activation";
+CM_ SG_ 373 MCB_DefSta "Status for MCB defect";
+CM_ SG_ 373 SCC_TqIntrvntnVal "SCC_TorqueInterventionValue ##2G##ESC - TCS13 - TQI_ACC";
+CM_ SG_ 373 ESC_VehAccelVal "ESC_VehicleAccelerationValue ##2G##ESC - TCS13 - ACCEL_REF_ACC";
+CM_ SG_ 373 ESC_AccelBasisVal "ESC_AccelerationBasisValue ##2G##ESC - TCS13 - aBasis";
+CM_ SG_ 373 SCC_OptTyp "SCC_OptionType ##2G##ESC - TCS13 - ACC_EQUIP";
+CM_ SG_ 373 SCC_EnblReq "SCC_EnableRequest ##2G##ESC - TCS13 - ACCEnable";
+CM_ SG_ 373 SCC_TqReq "SCC_TorqueRequest ##2G##ESC - TCS13 - ACC_REQ";
+CM_ SG_ 373 SCC_ReqLimSta "SCC_RequestLimitedStatus ##2G##ESC - TCS13 - ACCReqLim";
+CM_ SG_ 373 ESC_StdStillVal "ESC_StandStillValue ##2G##ESC - TCS13 - StandStill";
+CM_ SG_ 373 ESC_DclEnblReq "ESC_DecelerationEnableRequest ##2G##ESC - TCS13 - DCEnable";
+CM_ SG_ 373 ESC_DrvOvrdSta "ESC_OverrideRequest ##2G##ESC - TCS13 - DriverOverride";
+CM_ SG_ 373 ESC_PrkBrkActvSta "ESC_ParkingBrakeActiveStatus ##2G##ESC - TCS13 - PBRAKE_ACT";
+CM_ SG_ 373 FCA_EquipSta "FCA_EquipmentStatus ##2G##ESC - TCS13 - FCA_EQUIP";
+CM_ SG_ 373 FCA_AvlblSta "VSM_AvailableStatus ##2G##ESC - TCS13 - CF_VSM_Avail";
+CM_ BO_ 1738 "[EW] On Event and On Write";
+CM_ BO_ 1646 "[EW] On Event and On Write";
+CM_ BO_ 320 "[P] Periodic";
+CM_ SG_ 320 FR_RDR_Crc1Val "FR_RDR_CyclicRedundancyCheck1Value";
+CM_ SG_ 320 FR_RDR_AlvCnt1Val "FR_RDR_AliveCounter1Value";
+CM_ SG_ 320 FR_RDR_FCAEquipSta "FR_RDR_FCA_Equipment ##2G##FCA - FRT_RADAR11 - CF_FCA_Equip_Front_Radar";
+CM_ SG_ 320 FR_RDR_FCA_Plus_Sta "전방 카메라 및 전방 레이더 퓨전 트랙을 이용하여 FCA-Car 타겟의 존재 유무 판단 및 FCA-Car/Ped/Cyc+시스템에 대응하는 FCA-Car 타겟 좌측/우측 영역 회피 불가능 여부 판단";
+CM_ SG_ 320 FR_RDR_SCCEquipSta "SCC_EquipmentStatus ##2G##SCC -SCC13 - SCC_Equip";
+CM_ SG_ 320 FR_RDR_FailInfoSta "Failure state of FR_RDR Sensor/ECU";
+CM_ SG_ 320 FR_RDR_CodingSta "Coding state of FR_RDR";
+CM_ SG_ 320 FR_RDR_ACANMonSta "A-CANFD network monitoring result";
+CM_ SG_ 320 FR_RDR_HDAEquipSta "FR_RDR_HDA_Equipment ##2G##FCA - FRT_RADAR11 - CF_HDA_Equip_Front_Radar";
+CM_ BO_ 895 "[P] Periodic";
+CM_ SG_ 895 GATEWAY_CrcVal "GATEWAY_CyclicRedundancyCheckValue";
+CM_ SG_ 895 GATEWAY_AlvCntVal "GATEWAY_AliveCounterValue";
+CM_ BO_ 1796 "[EW] On Event and On Write";
+CM_ SG_ 1796 GST_7DCT_GA_FDC1_Byte0 "Diag Request for 7DCT_GA_FDC1";
+CM_ SG_ 1796 GST_7DCT_GA_FDC1_Byte2 "Diag Request for 7DCT_GA_FDC1";
+CM_ SG_ 1796 GST_7DCT_GA_FDC1_Byte3 "Diag Request for 7DCT_GA_FDC1";
+CM_ SG_ 1796 GST_7DCT_GA_FDC1_Byte4 "Diag Request for 7DCT_GA_FDC1";
+CM_ SG_ 1796 GST_7DCT_GA_FDC1_Byte5 "Diag Request for 7DCT_GA_FDC1";
+CM_ SG_ 1796 GST_7DCT_GA_FDC1_Byte6 "Diag Request for 7DCT_GA_FDC1";
+CM_ SG_ 1796 GST_7DCT_GA_FDC1_Byte7 "Diag Request for 7DCT_GA_FDC1";
+CM_ SG_ 1796 GST_7DCT_GA_FDC1_Byte1 "Diag Request for 7DCT_GA_FDC1";
+CM_ BO_ 2015 "[EW] On Event and On Write";
+CM_ BO_ 1856 "[EW] On Event and On Write";
+CM_ BO_ 2016 "[EW] On Event and On Write";
+CM_ BO_ 2001 "[EW] On Event and On Write";
+CM_ BO_ 1872 "[EW] On Event and On Write";
+CM_ BO_ 1815 "[EW] On Event and On Write";
+CM_ BO_ 1968 "[EW] On Event and On Write";
+CM_ BO_ 1974 "[EW] On Event and On Write";
+CM_ BO_ 2022 "[EW] On Event and On Write";
+CM_ BO_ 1793 "[EW] On Event and On Write";
+CM_ SG_ 1793 GST_SDC_Byte0 "Diag Request for SDC";
+CM_ SG_ 1793 GST_SDC_Byte2 "Diag Request for SDC";
+CM_ SG_ 1793 GST_SDC_Byte3 "Diag Request for SDC";
+CM_ SG_ 1793 GST_SDC_Byte4 "Diag Request for SDC";
+CM_ SG_ 1793 GST_SDC_Byte5 "Diag Request for SDC";
+CM_ SG_ 1793 GST_SDC_Byte6 "Diag Request for SDC";
+CM_ SG_ 1793 GST_SDC_Byte7 "Diag Request for SDC";
+CM_ SG_ 1793 GST_SDC_Byte1 "Diag Request for SDC";
+CM_ BO_ 2017 "[EW] On Event and On Write";
+CM_ BO_ 2006 "[EW] On Event and On Write";
+CM_ BO_ 186 "[P] Periodic";
+CM_ SG_ 186 HCU_Crc1Val "HCU_CyclicRedundancyCheck1Value";
+CM_ SG_ 186 HCU_TqIncSta "HCU_TorqueIncreaseStatus ##2G##HCU - HCU2 - CF_Hcu_TqIncStat";
+CM_ SG_ 186 HCU_TqIntrvntnModSta "HCU_TorqueInterventionModeStatus ##2G##HCU - HCU1 - CF_Hcu_TqIntMod";
+CM_ SG_ 186 HCU_TqIntrvntnSta "HCU_TorqueInterventionStatus ##2G##HCU - HCU1 - CF_Hcu_TqIntStat";
+CM_ SG_ 186 HCU_TqRdctnSta "HCU_TorqueReductionStatus ##2G##HCU - HCU2 - CF_Hcu_TqRedStat";
+CM_ SG_ 186 HCU_TrgtGearGsiSta "HCU_TargetGearGsiStatus ##2G##HCU - HCU4 - CF_Hcu_TgtGear4GSI";
+CM_ SG_ 186 HCU_WrmUpAccptSta "HCU_WarmUpAcceptanceStatus ##2G##HCU - HCU1 - CF_Hcu_EcuWarmUpCtrReq";
+CM_ SG_ 186 HCU_AlvCnt1Val "HCU_AliveCounter1Value";
+CM_ SG_ 186 HCU_AccDnShftReq "HCU_AccDownShiftRequest ##2G##HCU - HCU4 - CF_Hcu_DnSftReq";
+CM_ SG_ 186 HCU_AntJrkInhbtSta "HCU_AntiJerkInhibitionStatus ##2G##HCU - HCU1 - CF_Hcu_ECUAntiJerkInh";
+CM_ SG_ 186 HCU_BfrIntrvntnEngTqVal "HCU_BeforeInterventionEngineTorqueValue ##2G##HCU - HCU1 - CR_Hcu_EngTqCmdBInv_Pc";
+CM_ SG_ 186 HCU_EcoIgnInhbtSta "HCU_EcoIgnitionInhibitStatus ##2G##HCU - HCU4 - CF_HCU_EngEcoInh";
+CM_ SG_ 186 HCU_EngCltchClsSta "HCU_EngineClutchClassStatus ##2G##HCU - HCU1 - CF_Hcu_EngCltClass";
+CM_ SG_ 186 HCU_EngCltchCtrlSta "HCU_EngineClutchControlStatus ##2G##HCU - HCU1 - CF_Hcu_CltCtrPhase";
+CM_ SG_ 186 HCU_EngCltchSta "HCU_EngineClutchStatus ##2G##HCU - HCU1 - CF_Hcu_EngCltStat";
+CM_ SG_ 186 HCU_EngTrnsntCtrlSta "HCU_EngineTransientControlStatus ##2G##HCU - HCU1 - CF_Hcu_EngTransCtlStat";
+CM_ SG_ 186 HCU_EwpDiagModReq "HCU_EwpDiagnosticModeRequest ##2G##HCU - HCU3 - CF_Hcu_EwpDiagEna";
+CM_ SG_ 186 HCU_FuelInjctnEnblSta "HCU_FuelInjectionEnableStatus  ##2G##HCU - HCU1 - CF_Hcu_InjEnb";
+CM_ SG_ 186 HCU_GearNReq "HCU_GearNRequest ##2G##HCU - HCU4 - CF_Hcu_GearNReq_FS";
+CM_ SG_ 186 HCU_GearShftDnDis "HCU_GearShiftDownDisplay ##2G##HCU - HCU4 - CF_Hcu_DownTarGear";
+CM_ SG_ 186 HCU_GearShftUpDis "HCU_GearShiftUpDisplay ##2G##HCU - HCU4 - CF_Hcu_UpTarGear";
+CM_ SG_ 186 HCU_IdleTrgtRpmVal "HCU_IdleTargetRpmValue ##2G##HCU - HCU1 - CR_Hcu_ReqSpdUp_rpm";
+CM_ SG_ 186 HCU_Ign1Sta "HCU_Ign1Status ##2G##HCU - HCU4 - CF_Hcu_Ign1Status";
+CM_ SG_ 186 HCU_IndEngTqVal "HCU_IndicatedEngineTorqueValue ##2G##HCU - HCU1 - CR_Hcu_EngTqCmd_Pc";
+CM_ SG_ 186 HCU_OpuOpInhbtReq "HCU_OpuOperatingInhibitionRequest ##2G##HCU - HCU1 - CF_Hcu_OpuInh";
+CM_ SG_ 186 HCU_PTOpModSta "HCU_PowerTrainOperationModeStatus ##2G##HCU - HCU1 - CF_Hcu_PTOperModforECU";
+CM_ SG_ 186 HCU_TmTqBfrIntrvntnPcVal "HCU_TransmissionTorqueBeforeInterventionPcValue ##2G##HCU - HCU3 - CR_Hcu_TMInTqCmdBInv_Pc";
+CM_ SG_ 186 HCU_TqGenDcsnSta "HCU_TorqueGenerationDecisionStatus ##2G##HCU - HCU1 - CF_Hcu_EngTqGenDcs";
+CM_ BO_ 224 "[P] Periodic";
+CM_ SG_ 224 HCU_Crc2Val "HCU_CyclicRedundancyCheck2Value";
+CM_ SG_ 224 HCU_RegenEnblSta "HCU_RegenerativeEnableStatus ##2G##HCU - HCU2 - CF_Hcu_RegenEna";
+CM_ SG_ 224 HCU_RegenBrkTqNmVal_Rear "HCU_RegenerativeBrakeToqueNmValue ##2G##HCU - HCU2 - CR_Hcu_RegenBrkTq_Nm";
+CM_ SG_ 224 HCU_AlvCnt2Val "HCU_AliveCounter2Value";
+CM_ SG_ 224 HCU_ChrgReq "HCU_ChargeRequest ##2G##HCU - HCU3 - CF_Hcu_ChgReq";
+CM_ SG_ 224 HCU_GenSysCtrlSta "HCU_GeneratorSystemControlStatus ##2G##HCU - HCU3 - CF_Hcu_GenPwrEna";
+CM_ SG_ 224 HCU_HsgPwmOffInhbtSta "CF_Hcu_HsgPwmOffInh indicates precise HSG torque control is necessary.
+MCU should generate HSG torque accordance with HSG torque command. ##2G##HCU - HCU4 - CF_Hcu_HsgPwmOffInh";
+CM_ SG_ 224 HCU_IsgCtrlModReq "HCU_IsgControlModeRequest ##2G##HCU - HCU3 - CF_Hcu_IsgCtlMod";
+CM_ SG_ 224 HCU_McuAntJrkInhbtReq "HCU_McuAntiJerkInhibitionRequest ##2G##HCU - HCU3 - CF_Hcu_MCUAntiJerkInh";
+CM_ SG_ 224 HCU_MtrCtrlModReq "HCU_MotorControlModeRequest ##2G##HCU - HCU3 - CF_Hcu_MotCtlMod";
+CM_ SG_ 224 HCU_MtrPwmOffInhbtSta "CF_Hcu_MotPwmOffInh indicates precise motor torque control is necessary.
+If this signal is on, MCU should generate torque accordance with HCU torque command. ##2G##HCU - HCU4 - CF_Hcu_MotPwmOffInh";
+CM_ SG_ 224 HCU_MtrPwrEnaSta "HCU_MotorPowerEnableStatus ##2G##HCU - HCU3 - CF_Hcu_MotPwrEna";
+CM_ SG_ 224 HCU_MtrSpdCmdVal "HCU_MotorSpeedCommandValue ##2G##HCU - HCU3 - CR_Hcu_MotSpdCmd_rpm";
+CM_ SG_ 224 HCU_MtrTqCmdBfrIntrvntnPcReq "HCU_MotorTorqueCommandBeforeInterventionPcRequest ##2G##HCU - HCU3 - CR_Hcu_MotTqCmdBInv_Pc";
+CM_ SG_ 224 HCU_MtrTqPcReq "HCU_MotorTorquePcRequest ##2G##HCU - HCU3 - CR_Hcu_MotTqCmd_Pc";
+CM_ SG_ 224 HCU_RegenBrkTqNmVal "HCU_RegenerativeBrakeToqueNmValue ##2G##HCU - HCU2 - CR_Hcu_RegenBrkTq_Nm";
+CM_ BO_ 250 "[P] Periodic";
+CM_ SG_ 250 HCU_Crc3Val "HCU_CyclicRedundancyCheck3Value";
+CM_ SG_ 250 HCU_SpdLimDeviceActSta "HCU_SpeedLimiterDeviceActivationStatus ##2G##HCU - HCU4 - CF_Vcu_SldAct";
+CM_ SG_ 250 HCU_SpdLimDeviceOperSta "HCU_SpeedLimiterDeviceOperationStatus ##2G##HCU - HCU4 - CF_Hcu_SldOpr";
+CM_ SG_ 250 HCU_SpdLimDeviceVehSpdVal "HCU_SpeedLimiterDeviceVehicleSpeedValue ##2G##HCU - HCU4 - CR_Vcu_SldVs";
+CM_ SG_ 250 HCU_SrvModSta "HCU_ServiceModeStatus ##2G##HCU - HCU2 - CF_Hcu_ServiceMod";
+CM_ SG_ 250 HCU_StrtInhbt2Sta "HCU_StartInhibit2Status ##2G##HCU - HCU3 - CF_Hcu_StartInh";
+CM_ SG_ 250 HCU_StrtInhbtSta "HCU_StartInhibitStatus ##2G##HCU - HCU1 - CF_Hcu_StInhStat";
+CM_ SG_ 250 HCU_SysShtOffReq "HCU_SystemShutOffRequest ##2G##HCU - HCU1 - CF_Hcu_SysShutOffReq";
+CM_ SG_ 250 HCU_VehStrtEnblSta "HCU_VehicleStartEnableStatus ##2G##HCU - HCU1 - CF_Hcu_Veh_ST";
+CM_ SG_ 250 HCU_BrkLmpOnReq "HCU_BrakeLampOnRequest###2G####HCU - HCU5 - CF_Hcu_BrkLpReq";
+CM_ SG_ 250 HCU_CcDrvAlrtDis "Driver display information of CC can not be engaged";
+CM_ SG_ 250 HCU_SldDrvAlrtDis "SLD must be disengaged by system or cannot be engaged";
+CM_ SG_ 250 HCU_WhlCrpCrpTqNmVal "HCU_WheelCreepTorqueNmValue ##2G##HCU - HCU2 - CR_Hcu_CrpTq_Nm";
+CM_ SG_ 250 LHCU_EngCltchTrnsfrTqPcVal_Copy_1 "##2G##HCU - HCU7 - CR_Hcu_EngCltTrnfTq_Pc";
+CM_ SG_ 250 HCU_RspaAlvCntVal "RSPA HCU Alive Counter ##2G##HCU - HCU4 - CF_Hcu_RspaAliveCnt";
+CM_ SG_ 250 HCU_RspaSta "HCU RSPA Cooperative control staus ##2G##HCU - HCU4 - CF_Hcu_RspaStat";
+CM_ SG_ 250 HCU_AlvCnt3Val "HCU_AliveCounter3Value";
+CM_ SG_ 250 HCU_RspaCanFailSta "HCU RSPA CAN Fail Status ##2G##HCU - HCU4 - CR_Hcu_RspaCanFailFlag";
+CM_ SG_ 250 HCU_DrvWhlDmndTqNmVal "HCU_DriverWheelDemandTorqueNmValue ##2G##HCU - HCU2 - CR_Hcu_WhlDemTq_Nm";
+CM_ SG_ 250 HCU_DucUsrSetCluSta "HCU_DucUserSettingClusterStatus ##2G##HCU - HCU4 - CF_Hcu_DUCPopUp";
+CM_ SG_ 250 HCU_DucVal "HCU_DucValue ##2G##HCU - HCU4 - CR_Hcu_DUC";
+CM_ SG_ 250 HCU_EstAccelPdlPcVal "HCU_EstimatedAcceleratorPedalPcValue ##2G##HCU - HCU4 - CR_Hcu_EstAccPed_PC";
+CM_ SG_ 250 HCU_EstApsSelSta "HCU_EstimatedApsSelectStatus ##2G##HCU - HCU4 - CF_HCU_EstApsSel";
+CM_ SG_ 250 HCU_GreenZoneDrvModSta "0x0:Default (USM 미 표출 (메뉴삭제))
+0x1:Off (USM 표출 Off 상태 표시) ##2G##HCU - HCU4 - CF_Hcu_GreenZoneDrv_Status";
+CM_ SG_ 250 HCU_GreenZoneLmpDis "Indicate Green Zone Area ##2G##HCU - HCU4 - CF_Hcu_GreenZoneLamp";
+CM_ SG_ 250 HCU_HcuRdySta "HCU_HybridControlUnitReadyStatus ##2G##HCU - HCU1 - CF_Hcu_Rdy";
+CM_ SG_ 250 HCU_HEVRdyDis "HCU_HybridVehicleReadyDisplay ##2G##HCU - HCU1 - CF_Hcu_HevRdyClu";
+CM_ SG_ 250 HCU_HevRdySta "HCU_HybridVehicleReadyStatus ##2G##HCU - HCU1 - CF_Hcu_HevRdy";
+CM_ SG_ 250 HCU_LimpOffSta "HCU_LimpOffStatus ##2G##HCU - HCU22 - CF_Hcu_LimpOff";
+CM_ SG_ 250 HCU_MILOnReq "HCU_MalfunctionIndicatorLampOnRequest ##2G##HCU - HCU1 - CF_Hcu_MILReq";
+CM_ SG_ 250 HCU_PhevAutoModOnSta "HCU_PhevAutoModeOnStatus ##2G##HCU - HCU4 - CF_Hcu_AutoCdCs";
+CM_ SG_ 250 HCU_SccDrvOvrdReq "HCU_SccDriverOverrideRequest ##2G##HCU - HCU2 - CF_Hcu_Ovrride";
+CM_ SG_ 250 HCU_SccEnblSta "HCU_SmartCruiseControlEnableStatus ##2G##HCU - HCU2 - CF_Hcu_SccEna";
+CM_ SG_ 250 HCU_SlwDnSta "HCU_SlowDownStatus ##2G##HCU - HCU1 - CF_Hcu_SlwDwnStat";
+CM_ SG_ 250 HCU_SmrtEcoGdDis "HCU_SmartEcoGuideDisplay ##2G##HCU - HCU4 - CF_Hcu_SmartEcoDisp";
+CM_ SG_ 250 HCU_SmrtEcoLvlDis "HCU_SmartEcoLevelDisplay ##2G##HCU - HCU4 - CR_Hcu_SmartEcoLvl";
+CM_ SG_ 250 HCU_SmrtEcoRngDis "HCU_SmartEcoRangeDisplay ##2G##HCU - HCU4 - CR_Hcu_SmartEcoRng";
+CM_ BO_ 554 "[P] Periodic";
+CM_ SG_ 554 HCU_Crc4Val "HCU_CyclicRedundancyCheck4Value";
+CM_ SG_ 554 HCU_HiFuelEfncyVal "HCU_HighFuelEfficiencyValue ##2G##HCU - HCU10 - CR_Hcu_HigFueEff_Pc";
+CM_ SG_ 554 HCU_IG3RlyModSta "HCU_IG3RelayModeStatus ##2G##HCU - HCU13 - CF_Hcu_IG3RlyMd";
+CM_ SG_ 554 HCU_IG3RlyOnlySta "HCU_IG3RelayOnlyStatus ##2G##HCU - HCU13 - CF_HCU_IG3Only";
+CM_ SG_ 554 HCU_IG3RlyOnReq "HCU_IG3RelayOnRequest ##2G##HCU - HCU13 - CF_Hcu_IG3DrvStat";
+CM_ SG_ 554 HCU_LoFuelEfncyVal "HCU_LowFuelEfficiencyValue ##2G##HCU - HCU10 - CR_Hcu_LowFueEff_Pc";
+CM_ SG_ 554 HCU_MainRlyOnReq "HCU_MainRelayOnRequest ##2G##HCU - HCU13 - CF_HCU_MainRelayOnReq";
+CM_ SG_ 554 HCU_ChgCycSta "HCU_ChargeCycleStatus";
+CM_ SG_ 554 HCU_MtrDisChrgMaxTqPcVal "HCU_MotorDischargeMaximumTorquePcValue ##2G##HCU - HCU12 - CR_Hcu_MotDchTqLmt_Pc";
+CM_ SG_ 554 HCU_MtrGenPwrVal "HCU_MotorGeneratingPowerValue ##2G##HCU - HCU10 - CR_Hcu_MotGenPwr";
+CM_ SG_ 554 HCU_MtrMaxTqPcVal "HCU_MotorMaximumTorquePcValue ##2G##HCU - HCU12 - CR_Hcu_MotChgTqLmt_Pc";
+CM_ SG_ 554 HCU_NrmlFuelEfncyVal "HCU_NormalFuelEfficiencyValue ##2G##HCU - HCU10 - CR_Hcu_NorFueEff_Pc";
+CM_ SG_ 554 HCU_PhevDrvModIndSta "HCU_PhevDriveModeIndicationStatus ##2G##HCU - HCU13 - CF_Hcu_PHEVMdAlrm";
+CM_ SG_ 554 HCU_AlvCnt4Val "HCU_AliveCounter4Value";
+CM_ SG_ 554 HCU_PhevDrvModSta "HCU_PhevDriveModeStatus ##2G##HCU - HCU10 - CF_Hcu_PHEVDrvAlrm";
+CM_ SG_ 554 HCU_PrdtvCoastIndSta "HCU_PreditiveCoastingIndicationStatus ##2G##HCU - HCU10 - CF_Hcu_CIL_Off";
+CM_ SG_ 554 HCU_PrdtvCoastWrngSta "HCU_PreditiveCoastingWarningStatus ##2G##HCU - HCU10 - CF_Hcu_CIL_Warn";
+CM_ SG_ 554 HCU_PrgrmChrgDataSta "HCU_ProgrammableChargingDataStatus ##2G##HCU - HCU13 - CF_Hcu_CharStopData";
+CM_ SG_ 554 HCU_PrgrmChrgOptSta "HCU_ProgrammableChargingOptionStatus ##2G##HCU - HCU13 - CF_Hcu_CharStopOpt";
+CM_ SG_ 554 HCU_PrgrmChrgSet1FriSta "HCU_ProgrammableChargingSet1FridayStatus ##2G##HCU - HCU12 - CF_Hcu_ProgCharSet1_Fri";
+CM_ SG_ 554 HCU_PrgrmChrgSet1ModSta "HCU_ProgrammableChargingSet1ModeStatus ##2G##HCU - HCU12 - CF_Hcu_ProgCharSet1_Mode";
+CM_ SG_ 554 HCU_PrgrmChrgSet1MonSta "HCU_ProgrammableChargingSet1MondayStatus ##2G##HCU - HCU12 - CF_Hcu_ProgCharSet1_Mon";
+CM_ SG_ 554 HCU_PrgrmChrgSet1SatSta "HCU_ProgrammableChargingSet1SaturdayStatus ##2G##HCU - HCU12 - CF_Hcu_ProgCharSet1_Sat";
+CM_ SG_ 554 HCU_PrgrmChrgSet1Sta "HCU_ProgrammableChargingSet1Status ##2G##HCU - HCU12 - CF_Hcu_ProgCharSet1";
+CM_ SG_ 554 HCU_PrgrmChrgSet1StpDataVal "HCU_ProgrammableChargingSet1StopDataValue ##2G##HCU - HCU12 - CR_Hcu_ProgCharSet1_StopData";
+CM_ SG_ 554 HCU_PrgrmChrgSet1StpHrVal "HCU_ProgrammableChargingSet1StopHourValue ##2G##HCU - HCU12 - CR_Hcu_ProgCharSet1_StopHour";
+CM_ SG_ 554 HCU_PrgrmChrgSet1StpMinVal "HCU_ProgrammableChargingSet1StopMinuteValue ##2G##HCU - HCU12 - CR_Hcu_ProgCharSet1_StopMin";
+CM_ SG_ 554 HCU_PrgrmChrgSet1StpOptSta "HCU_ProgrammableChargingSet1StopOptionStatus ##2G##HCU - HCU12 - CF_Hcu_ProgCharSet1_StopOpt";
+CM_ SG_ 554 HCU_PrgrmChrgSet1StrtHrVal "HCU_ProgrammableChargingSet1StartHourValue ##2G##HCU - HCU12 - CR_Hcu_ProgCharSet1_StartHour";
+CM_ SG_ 554 HCU_PrgrmChrgSet1StrtMinVal "HCU_ProgrammableChargingSet1StartMinuteValue ##2G##HCU - HCU12 - CR_Hcu_ProgCharSet1_StartMin";
+CM_ SG_ 554 HCU_PrgrmChrgSet1SunSta "HCU_ProgrammableChargingSet1SundayStatus ##2G##HCU - HCU12 - CF_Hcu_ProgCharSet1_Sun";
+CM_ SG_ 554 HCU_PrgrmChrgSet1ThuSta "HCU_ProgrammableChargingSet1ThursdayStatus ##2G##HCU - HCU12 - CF_Hcu_ProgCharSet1_Thu";
+CM_ SG_ 554 HCU_PrgrmChrgSet1TueSta "HCU_ProgrammableChargingSet1TuesdayStatus ##2G##HCU - HCU12 - CF_Hcu_ProgCharSet1_Tue";
+CM_ SG_ 554 HCU_PrgrmChrgSet1WedSta "HCU_ProgrammableChargingSet1WednesdayStatus ##2G##HCU - HCU12 - CF_Hcu_ProgCharSet1_Wed";
+CM_ SG_ 554 HCU_PrgrmChrgSet4MonSta "HCU_ProgrammableChargingSet4MondayStatus ##2G##HCU - HCU12 - CF_Hcu_ProgChar_Set4_Mon";
+CM_ SG_ 554 HCU_PrgrmChrgSet4Sta "HCU_ProgrammableChargingSet4Status ##2G##HCU - HCU12 - CF_Hcu_ProgChar_Set4";
+CM_ SG_ 554 HCU_PrgrmChrgSetSta "HCU_ProgrammableChargeSettingStatus ##2G##HCU - HCU13 - CF_Hcu_ProgCharInfo";
+CM_ SG_ 554 HCU_PrgrmChrgStpReq "HCU_ProgrammableChargingStopRequest ##2G##HCU - HCU13 - CF_HCU_ProgCharStop";
+CM_ SG_ 554 HCU_PrgrmChrgWaitModChrgIndSta "HCU_ProgrammableChargeWaitingModeforChargeIndicatorStatus ##2G##HCU - HCU13 - CF_Hcu_ProgCharWaitForCharInd";
+CM_ SG_ 554 HCU_SysShtOffWrngSta "HCU_SystemShutOffWarningStatus ##2G##HCU - HCU10 - CF_Hcu_SysShutOffWarn";
+CM_ SG_ 554 HCU_TowLvlSta "HCU_TowLevelStatus ##2G##HCU - HCU12 - CF_HCU_TowStep";
+CM_ SG_ 554 HCU_AuxBatChrgUsmSta "HCU_AuxBatteryChargeUsmStatus ##2G##HCU - HCU13 - CF_HCU_AuxBattChgUsmCfg";
+CM_ SG_ 554 HCU_AvnWkUpReq "HCU_AvnWakeUpRequest ##2G##HCU - HCU13 - CF_Hcu_AVN_WakeUp";
+CM_ SG_ 554 HCU_ChrgCnclReq "HCU_ChargingCancelRequest ##2G##HCU - HCU13 - CF_Hcu_CharCancel";
+CM_ SG_ 554 HCU_ChrgCtrlModSta "HCU_ChargeControlModeStatus ##2G##HCU - HCU13 - CR_HCU_ChgCtrMode";
+CM_ SG_ 554 HCU_ChrgDpltModSta "HCU_ChargeDepletingModeStatus ##2G##HCU - HCU10 - CF_CDMode";
+CM_ SG_ 554 HCU_ChrgFlCnfmSta "HCU_ChargeFailConfirmedStatus ##2G##HCU - HCU13 - CF_Hcu_FailConfirmed";
+CM_ SG_ 554 HCU_ChrgInhbtReq "HCU_ChargeInhibitRequest ##2G##HCU - HCU13 - CF_Hcu_CharInh";
+CM_ SG_ 554 HCU_ClmtOpPrmssnSta "HCU_ClimateOperatingPermissionStatus  ##2G##HCU - HCU13 - CF_Hcu_ClimateOperPerm";
+CM_ SG_ 554 HCU_CoasingEvtDis "HCU_CoasingEventDisplay ##2G##HCU - HCU10 - CF_Hcu_CIL_Event";
+CM_ SG_ 554 HCU_CoastIndLmpCtrlModSta "HCU_CoastingIndicationLampControlModeStatus ##2G##HCU - HCU10 - CF_Hcu_CIL_Crtl";
+CM_ SG_ 554 HCU_CoastIndLmpDis "HCU_CoastingIndicationLampDisplay ##2G##HCU - HCU10 - CF_Hcu_CIL_Status";
+CM_ SG_ 554 HCU_DteCalSta "HCU_DteCalculationStatus ##2G##HCU - HCU13 - CF_Hcu_AvnDteCalc";
+CM_ SG_ 554 HCU_DteOffDis "HCU_DistanceToEmptyOffDisplay ##2G##HCU - HCU10 - CF_Hcu_EVDTEOff";
+CM_ SG_ 554 HCU_EcoDasFuelSvDis "HCU_EcoDasFuelSaveDisplay ##2G##HCU - HCU13 - CF_HCU_EDAS_FueSavSet";
+CM_ SG_ 554 Hcu_BabyModAct "This Signal is used to check Baby mode application";
+CM_ SG_ 554 HCU_EcoDasFuelSvVal "HCU_EcoDasFuelSaveValue ##2G##HCU - HCU13 - CR_HCU_EDAS_FueSav";
+CM_ SG_ 554 HCU_EVModDTEKmVal "HCU_EVModeDistanceToEmptyKmValue ##2G##HCU - HCU10 - CR_Hcu_EVDTE_km";
+CM_ SG_ 554 HCU_EVModDTEMileVal "HCU_EVModeDistanceToEmptyMileValue ##2G##HCU - HCU13 - CR_Hcu_EVDTE_Mile";
+CM_ SG_ 554 HCU_FuelEfncySta "HCU_FuelEfficiencyStatus ##2G##HCU - HCU10 - CF_Hcu_FueEffStatBox";
+CM_ SG_ 554 HCU_FuelEfncyValdtSta "HCU_FuelEfficiencyValidityStatus ##2G##HCU - HCU10 - CF_Hcu_FueEffStat";
+CM_ SG_ 554 HCU_GearBxPosNWrngSta "HCU_GearboxPositionNWarningStatus ##2G##HCU - HCU10 - CF_Hcu_ShftPstNWarn";
+CM_ SG_ 554 HCU_HevChgModSta "HCU_HevChargeModeStatus ##2G##HCU - HCU10 - CF_Hcu_HEVChgDrv";
+CM_ BO_ 560 "[P] Periodic";
+CM_ SG_ 560 HCU_Crc5Val "HCU_CyclicRedundancyCheck5Value";
+CM_ SG_ 560 HCU_DptMinSet1Val "HCU_DepartureMinuteSet1Value ##2G##HCU - HCU14 - CR_HCU_DepartSet1_Min";
+CM_ SG_ 560 HCU_DptMinSet2Val "HCU_DepartureMinuteSet2Value ##2G##HCU - HCU14 - CR_HCU_DepartSet2_Min";
+CM_ SG_ 560 HCU_DrvModSta "HCU_DriveModeStatus ##2G##HCU - HCU5 - CF_Hcu_DriveMode";
+CM_ SG_ 560 HCU_EcoChrgEndHrVal "HCU_EconomicChargeEndHourValue ##2G##HCU - HCU14 - CR_HCU_EconEndHr_WeekDay";
+CM_ SG_ 560 HCU_EcoChrgEndHrWeekendVal "HCU_EconomicChargeEndHourWeekendValue ##2G##HCU - HCU14 - CR_HCU_EconEndHr_WeekEnd";
+CM_ SG_ 560 HCU_EcoChrgEndMinVal "HCU_EconomicChargeEndMinuteValue ##2G##HCU - HCU14 - CR_HCU_EconEndMin_WeekDay";
+CM_ SG_ 560 HCU_EcoChrgEndMinWeekendVal "HCU_EconomicChargeEndMinuteWeekendValue ##2G##HCU - HCU14 - CR_HCU_EconEndMin_WeekEnd";
+CM_ SG_ 560 HCU_EcoChrgStrtHrVal "HCU_EconomicChargeStartHourValue ##2G##HCU - HCU14 - CR_HCU_EconStHr_WeekDay";
+CM_ SG_ 560 HCU_EcoChrgStrtHrWeekendVal "HCU_EconomicChargeStartHourWeekendValue ##2G##HCU - HCU14 - CR_HCU_EconStHr_WeekEnd";
+CM_ SG_ 560 HCU_EcoChrgStrtMinVal "HCU_EconomicChargeStartMinuteValue ##2G##HCU - HCU14 - CR_HCU_EconStMin_WeedDay";
+CM_ SG_ 560 HCU_EcoChrgStrtMinWeekendVal "HCU_EconomicChargeStartMinuteWeekendValue ##2G##HCU - HCU14 - CR_HCU_EconStMin_WeekEnd";
+CM_ SG_ 560 HCU_EcoLvlVal "HCU_EconomyLevelValue ##2G##HCU - HCU5 - CR_Hcu_EcoLvl";
+CM_ SG_ 560 HCU_EcoScoVal "HCU_EcoScoreValue ##2G##HCU - HCU5 - CR_Hcu_EcoSco";
+CM_ SG_ 560 HCU_EmissionTestModSta "HCU_EmissionTestModeStatus ##2G##HCU - HCU5 - CF_Hcu_EmissionTest";
+CM_ SG_ 560 HCU_AlvCnt5Val "HCU_AliveCounter5Value";
+CM_ SG_ 560 HCU_EnhancedEVModEnblSta "Enhanced EV Mode Enable ##2G##HCU - HCU12 - CF_Hcu_EnhancedEV";
+CM_ SG_ 560 HCU_FuelEcoVal "HCU_FuelEconomyValue ##2G##HCU - HCU5 - CR_Hcu_FuelEco_MPG";
+CM_ SG_ 560 HCU_HevSysModSta "HCU_HevSystemModeStatus ##2G##HCU - HCU5 - CR_Hcu_HevMod";
+CM_ SG_ 560 HCU_LdcCtrlModSta "HCU_LdcControlModeStatus ##2G##HCU - HCU5 - CF_Hcu_LdcMod";
+CM_ SG_ 560 HCU_LdcInhbtReq "HCU_LdcInhibitRequest ##2G##HCU - HCU5 - CF_Hcu_LdcInh";
+CM_ SG_ 560 HCU_LdcUnderVoltCtrlSta "HCU_LdcUnderVoltageControlStatus ##2G##HCU - HCU5 - CF_Hcu_LdcUvc";
+CM_ SG_ 560 HCU_NccAlrmInfoSta "HCU_NCCAlarmInformationStatus ##2G##HCU - HCU5 - CF_Hcu_NCC_Alarm";
+CM_ SG_ 560 HCU_PaddleCoastCtrlSta "Status Paddle Coasting tq Control  ##2G##HCU - HCU13 - CF_Hcu_PaddleStat";
+CM_ SG_ 560 HCU_PaddleStepCtrlSta "Control Step for Variable Coasting tq Control Using Paddle Shift  ##2G##HCU - HCU13 - CF_Hcu_PaddleStep";
+CM_ SG_ 560 HCU_PhevDrvModClusterSta "PHEV drive mode status For Cluster (CD/CS mode) ##2G##HCU - HCU13 - CF_HCU_CDMode4Clu";
+CM_ SG_ 560 HCU_PIFailFreezeReq "vehicle tracking data freeze request ##2G##HCU - HCU12 - CF_Hcu_PIFailFreezeReq";
+CM_ SG_ 560 HCU_PreFATCHysTempVal "##2G##HCU - HCU5 - CR_HCU_PreFATCHysTemp";
+CM_ SG_ 560 HCU_PreFATCOffstTempVal "##2G##HCU - HCU5 - CR_HCU_PreFATCOffSetTemp";
+CM_ SG_ 560 HCU_SchedChgEndDayVal "End Day of Scheduled time (0~6) ##2G##HCU - HCU18 - CR_Hcu_SchedChgEnd_Day";
+CM_ SG_ 560 HCU_SchedChgEndHrVal "End Hour of Scheduled time (0~23) ##2G##HCU - HCU18 - CR_Hcu_SchedChgEnd_Hr";
+CM_ SG_ 560 HCU_SchedChgEndMinVal "End Min of Scheduled time (0~59) ##2G##HCU - HCU18 - CR_Hcu_SchedChgEnd_Min";
+CM_ SG_ 560 HCU_SchedChgStrtDayVal "Start Day of Scheduled time (0~6) ##2G##HCU - HCU18 - CR_Hcu_SchedChgSt_Day";
+CM_ SG_ 560 HCU_SchedChgStrtHrVal "Start Hour of Scheduled time (0~23) ##2G##HCU - HCU18 - CR_Hcu_SchedChgSt_Hr";
+CM_ SG_ 560 HCU_SchedChgStrtMinVal "Start Min of Scheduled time (0~59) ##2G##HCU - HCU18 - CR_Hcu_SchedChgSt_Min";
+CM_ SG_ 560 HCU_SrvLmpDis "HCU_ServiceLampDisplay ##2G##HCU - HCU5 - CF_Hcu_SerLamp";
+CM_ SG_ 560 HCU_SrvLmpTmpryOnSta "HCU_ServiceLampTemporaryOnStatus ##2G##HCU - HCU5 - CF_Hcu_SerLampTemp";
+CM_ SG_ 560 HCU_AcnCompPrmsnPwrVal "HCU_AirConditionerCompressorPermmissionPowerValue ##2G##HCU - HCU5 - CR_Hcu_ComPerm_W";
+CM_ SG_ 560 HCU_AafCtrlReq "HCU_ActiveAirFlapControlRequest ##2G##HCU - HCU5 - CF_Hcu_AAFReq";
+CM_ SG_ 560 HCU_AcnOpPrmssnSta "HCU_AirConditionerOperatingPermissionStatus ##2G##HCU - HCU5 - CF_Hcu_AcnOperPerm";
+CM_ SG_ 560 HCU_AcPwrIncSta "HCU_AcPowerIncreasingStatus ##2G##HCU - HCU5 - CF_Hcu_ACPwrEn";
+CM_ SG_ 560 HCU_BlueDrvModSta "HCU_BlueDriveModeStatus ##2G##HCU - HCU5 - CF_Hcu_BlueMode";
+CM_ SG_ 560 HCU_BlwOffReq "HCU_BlowerOffRequest ##2G##HCU - HCU5 - CF_Hcu_BlrOffRq";
+CM_ SG_ 560 HCU_BrkLmpOnReq "HCU_BrakeLampOnRequest ##2G##HCU - HCU5 - CF_Hcu_BrkLpReq";
+CM_ SG_ 560 HCU_CcCameraOperSta "HCU_CCCameraOperationalStatus ##2G##HCU - HCU5 - CF_Hcu_NCC_Camera_Act";
+CM_ SG_ 560 HCU_CcCameraSta "HCU_CCCameraStatus ##2G##HCU - HCU5 - CF_Hcu_NCC_Camera_Status";
+CM_ SG_ 560 HCU_ChrgIncModSta "Charge Increasing operation ##2G##HCU - HCU12 - CF_Hcu_ChgIncMd4Trk";
+CM_ SG_ 560 HCU_CrsCtrlOnLmpDis "HCU_CruiseControlOnLampDisplay ##2G##HCU - HCU5 - CF_Hcu_CruOnLamp";
+CM_ SG_ 560 HCU_CrsCtrlSetLmpDis "HCU_CruiseControlSetLampDisplay ##2G##HCU - HCU5 - CF_Hcu_CruSetLamp";
+CM_ SG_ 560 HCU_DptEnaSet1FriSta "HCU_DepartureEnableSet1FridayStatus ##2G##HCU - HCU14 - CF_HCU_DepartSet1_Fri";
+CM_ SG_ 560 HCU_DptEnaSet1MonSta "HCU_DepartureEnableSet1MondayStatus ##2G##HCU - HCU14 - CF_HCU_DepartSet1_Mon";
+CM_ SG_ 560 HCU_DptEnaSet1SatSta "HCU_DepartureEnableSet1SaturdayStatus ##2G##HCU - HCU14 - CF_HCU_DepartSet1_Sat";
+CM_ SG_ 560 HCU_DptEnaSet1Sta "HCU_DepartureEnableSet1Status ##2G##HCU - HCU14 - CF_HCU_DepartSet1_Enable";
+CM_ SG_ 560 HCU_DptEnaSet1SunSta "HCU_DepartureEnableSet1SundayStatus ##2G##HCU - HCU14 - CF_HCU_DepartSet1_Sun";
+CM_ SG_ 560 HCU_DptEnaSet1ThuSta "HCU_DepartureEnableSet1ThursdayStatus ##2G##HCU - HCU14 - CF_HCU_DepartSet1_Thu";
+CM_ SG_ 560 HCU_DptEnaSet1TueSta "HCU_DepartureEnableSet1TuesdayStatus ##2G##HCU - HCU14 - CF_HCU_DepartSet1_Tue";
+CM_ SG_ 560 HCU_DptEnaSet1WedSta "HCU_DepartureEnableSet1WednesdayStatus ##2G##HCU - HCU14 - CF_HCU_DepartSet1_Wed";
+CM_ SG_ 560 HCU_DptEnaSet2FriSta "HCU_DepartureEnableSet2FridayStatus ##2G##HCU - HCU14 - CF_HCU_DepartSet2_Fri";
+CM_ SG_ 560 HCU_DptEnaSet2MonSta "HCU_DepartureEnableSet2MondayStatus ##2G##HCU - HCU14 - CF_HCU_DepartSet2_Mon";
+CM_ SG_ 560 HCU_DptEnaSet2SatSta "HCU_DepartureEnableSet2SaturdayStatus ##2G##HCU - HCU14 - CF_HCU_DepartSet2_Sat";
+CM_ SG_ 560 HCU_DptEnaSet2Sta "HCU_DepartureEnableSet2Status ##2G##HCU - HCU14 - CF_HCU_DepartSet2_Enable";
+CM_ SG_ 560 HCU_DptEnaSet2SunSta "HCU_DepartureEnableSet2SundayStatus ##2G##HCU - HCU14 - CF_HCU_DepartSet2_Sun";
+CM_ SG_ 560 HCU_DptEnaSet2ThuSta "HCU_DepartureEnableSet2ThursdayStatus ##2G##HCU - HCU14 - CF_HCU_DepartSet2_Thu";
+CM_ SG_ 560 HCU_DptEnaSet2TueSta "HCU_DepartureEnableSet2TuesdayStatus ##2G##HCU - HCU14 - CF_HCU_DepartSet2_Tue";
+CM_ SG_ 560 HCU_DptEnaSet2WedSta "HCU_DepartureEnableSet2WednesdayStatus ##2G##HCU - HCU14 - CF_HCU_DepartSet2_Wed";
+CM_ SG_ 560 HCU_DptHrSet1Val "HCU_DepartureHourSet1Value ##2G##HCU - HCU14 - CR_HCU_DepartSet1_Hour";
+CM_ SG_ 560 HCU_DptHrSet2Val "HCU_DepartureHourSet2Value ##2G##HCU - HCU14 - CR_HCU_DepartSet2_Hour";
+CM_ BO_ 976 "[EW] On Event and On Write";
+CM_ SG_ 976 HCU_Crc11Val "HCU_CyclicRedundancyCheck11Value";
+CM_ SG_ 976 HCU_ImmoLkSta "##2G##HCU - HCU8 - CF_Hcu_HcuLock";
+CM_ SG_ 976 HCU_keyStrtSta "##2G##HCU - HCU8 - CF_Hcu_Key_St";
+CM_ SG_ 976 HCU_AuthCntVal "##2G##HCU - HCU8 - CF_Hcu_AuthCount";
+CM_ SG_ 976 HCU_AlvCnt11Val "HCU_AliveCounter11Value";
+CM_ SG_ 976 HCU_RandomNumVal "##2G##HCU - HCU8 - CF_Hcu_RN";
+CM_ BO_ 69 "[P] Periodic";
+CM_ SG_ 69 HTCU_Crc4Val "HTCU_CyclicRedundancyCheck4Value";
+CM_ SG_ 69 HTCU_PrgrmSta "HTCU_ProgramStatus";
+CM_ SG_ 69 HTCU_FsCltchLmphmActvSta "HTCU_FsClutchLimphomeActivationStatus";
+CM_ SG_ 69 HTCU_FsIdleTrgtRpmVal "HTCU_FsIdleTargetRpmValue";
+CM_ SG_ 69 HTCU_FsAddtnlTqLssPcVal "HTCU_FsAdditionalTorqueLossPcValue";
+CM_ SG_ 69 HTCU_FsEngTqRdctnPcVal "HTCU_FsEngineTorqueReductionPcValue";
+CM_ SG_ 69 HTCU_LnPrsBarVal "HTCU_LinePressureBarValue";
+CM_ SG_ 69 HTCU_RapidKDReq "HTCU_RapidKDRequest";
+CM_ SG_ 69 HTCU_CurrGearSta "HTCU_CurrentGearStatus";
+CM_ SG_ 69 HTCU_GearShftUpDisGSI "HTCU_GearShiftUpDisplayGSI";
+CM_ SG_ 69 HTCU_GearShftDnDisGSI "HTCU_GearShiftDownDisplayGSI";
+CM_ SG_ 69 HTCU_TrgtGearStaGSI "HTCU_TargetGearStatusGSI";
+CM_ SG_ 69 HTCU_SolBSta "HTCU_SolenoidBStatus";
+CM_ SG_ 69 HTCU_AlvCnt4Val "HTCU_AliveCounter4Value";
+CM_ SG_ 69 HTCU_TrgtGearSta "HTCU_TargetGearStatus";
+CM_ SG_ 69 HTCU_RdySta "HTCU_ReadyStatus";
+CM_ SG_ 69 HTCU_GearChgSta "HTCU_GearChangeStatus";
+CM_ SG_ 69 HTCU_TqRdctnPcVal "HTCU_TorqueReductionPcValue";
+CM_ SG_ 69 HTCU_FltSta "HTCU_FaultStatus";
+CM_ SG_ 69 HTCU_GearSlctrDis "HTCU_GearSelectDisplay";
+CM_ SG_ 69 HTCU_SlwTqRdctnPcVal "HTCU_SlowTorqueReductionPcValue";
+CM_ SG_ 69 HTCU_VehSpdKphVal "HTCU_VehicleSpeedKphValue";
+CM_ SG_ 69 HTCU_VehSpdDcmlKphVal "HTCU_VehicleSpeedDecimalKphValue";
+CM_ SG_ 69 HTCU_HvOpuSpdCmdRpmVal "HTCU_HvOpuSpeedCommandRpmValue";
+CM_ SG_ 69 HTCU_TrgtShftClsCCanSta "HTCU_TargetShiftClassCCanStatus";
+CM_ BO_ 1018 "[P] Periodic";
+CM_ SG_ 1018 HTCU_Crc7Val "HTCU_CyclicRedundancyCheck7Value";
+CM_ SG_ 1018 HTCU_AlvCnt7Val "HTCU_AliveCounter7Value";
+CM_ SG_ 1018 HTCU_Typ "HTCU_Type";
+CM_ SG_ 1018 HTCU_OpupwrSvModReq "HTCU_OpuPowerSaveModeRequest";
+CM_ SG_ 1018 HTCU_GearStepNumTyp "HTCU_GearStepType";
+CM_ SG_ 1018 HTCU_SrvLmpReq "HTCU_ServiceLampRequest";
+CM_ SG_ 1018 HTCU_MilOnReq "HTCU_MilOnRequest";
+CM_ SG_ 1018 HTCU_AtTempCVal "HTCU_AtTemperatureCValue";
+CM_ SG_ 1018 HTCU_EopCtrlTestSta "HTCU_ElectricOilPumpControlTestStatus";
+CM_ SG_ 1018 HTCU_FldTempBkupSta "HTCU_FluidTemperatureBackupStatus";
+CM_ SG_ 1018 HTCU_TMOutSpdRpmVal "HTCU_TransmissionOutputSpeedRpmValue";
+CM_ SG_ 1018 HTCU_TransmsnInfoCodVal "HTCU_TransmissionInformationCodeValue";
+CM_ SG_ 1018 HTCU_EpbReq "HTCU_EpbRequest";
+CM_ SG_ 1018 HTCU_GearSlctrDisBlinkReq "HTCU_GearSlctrDisBlinkingRequest";
+CM_ SG_ 1018 HTCU_DrivingModeReq "HTCU_DrivingModeRequest";
+CM_ SG_ 1018 HTCU_DrivingModeDis "HTCU_DrivingModeDisplay";
+CM_ SG_ 1018 HTCU_SmartShiftInf "HTCU_SmartShiftInformation";
+CM_ SG_ 1018 HTCU_SiCluster "HTCU_SprrtyIndexCluster";
+CM_ SG_ 1018 HTCU_WarnMsgSta "A/T Terrain Mode Warning Message";
+CM_ SG_ 1018 HTCU_WarnSndSta "A/T Terrain Mode Warning Sound";
+CM_ BO_ 1192 "[EC] On Event and On Change";
+CM_ SG_ 1192 CF_AVN_FCANValueSet "This signal is used for a request to set the value of USM Menus. This signal requests to change status of AEB.";
+CM_ SG_ 1192 CF_AVN_DAWModeNValueSet "This signal is used for a request to set the value of USM Menus.
+
+If USM setting is changed, the message is sent 3 times.";
+CM_ SG_ 1192 CF_AVN_HDANValueSet "USM request for HDA On/Off";
+CM_ SG_ 1192 CF_AVN_BCWNValueSet "Reqeust to set BCW system state";
+CM_ SG_ 1192 CF_AVN_SEANValueSet "Request to set Safe Exit Assist";
+CM_ SG_ 1192 CF_AVN_NSCCCamNValueSet "This signal is used for a request to set the value of USM Menus. This signal requests to change status of SCC interlocked with Navi Camera function.
+
+When this signal change, the message is sent 3 times.";
+CM_ SG_ 1192 CF_AVN_BCANValueSet "Reqeust to set BCA system state";
+CM_ SG_ 1192 CF_AVN_ISLWNValueSet "This signal is used for a request to set the value of USM Menus. This signal requests to set ISLW status.
+When this signal change, the message is sent 3 times.";
+CM_ SG_ 1192 CF_AVN_WarningTimingNValueSet "Reqeust to set Warning Timing state";
+CM_ SG_ 1192 CF_AVN_LFANValueSet "USM request for LFA On/Off";
+CM_ SG_ 1192 CF_AVN_NCC_USM_set "Reqeust to set NCC system state";
+CM_ SG_ 1192 CF_AVN_TirePressUnitNValueSet "Request to set Unit of Tire Air Pressure";
+CM_ SG_ 1192 CF_AVN_PCANValueSet "USM Request for Parking Safety";
+CM_ SG_ 1192 CF_AVN_TunnelClimateNvalueSet "USM for climate auto control when entering a tunnel";
+CM_ SG_ 1192 CF_AVN_NSCCCrvNValueSet "This signal is used for a request to set the value of USM Menus. This signal requests to change status of SCC interlocked with Navi Curve function. When this signal change, the message is sent 3 times.";
+CM_ SG_ 1192 CF_AVN_BCWSndWanNValueSet "Request to set BCW Sound Warning System state";
+CM_ SG_ 1192 CF_AVN_RCCWNValueSet "Reqeust to set RCCW system state";
+CM_ SG_ 1192 CF_AVN_LkaModeNValueSet "This signal is used for a request to set the value of USM Menus. This signal requests to set LKA control mode.
+When this signal change, the message is sent 3 times.";
+CM_ SG_ 1192 CF_AVN_PasSpkrLvNValueSet "Request to set Two PAS Speaker Volume Level";
+CM_ SG_ 1192 CF_AVN_PDWAutoOnNValueSet "USM Request for PDW Auto On";
+CM_ SG_ 1192 CF_AVN_SCCDrvModeNValueSet "This signal is used for a request to set the value of USM Menus. This signal requests to change SCC driving mode.
+When this signal change, the message is sent 3 times.";
+CM_ BO_ 1195 "[EC] On Event and On Change";
+CM_ SG_ 1195 CF_AVN_UnitReset "Request to reset Unit setting";
+CM_ SG_ 1195 CF_AVN_CluServiceReminderReset "Request to reset CLU service reminder";
+CM_ SG_ 1195 CF_AVN_CluUSMReset "Request to reset all USM service";
+CM_ BO_ 901 "[P] Periodic";
+CM_ SG_ 901 ICSC_Crc3Val "ICSC_CyclicRedundancyCheck3Value";
+CM_ SG_ 901 ICSC_AlvCnt3Val "ICSC_AliveCounter3Value";
+CM_ SG_ 901 DMIC_OffRdMod "DMIC_OffRoadMode";
+CM_ SG_ 901 DMIC_OffRdModActvSta "DMIC_OffRoadModeActivationStatus";
+CM_ SG_ 901 DMIC_OffRdModSta "DMIC_OffRoadModeStatus";
+CM_ BO_ 1201 "[EC] On Event and On Change";
+CM_ SG_ 1201 ICU_Crc1Val "ICU_CyclicRedundancyCheck1Value";
+CM_ SG_ 1201 ICU_AlvCnt1Val "ICU_AliveCounter1Value";
+CM_ SG_ 1201 DoorLock_DrvrDrUnLkPsvAcsReq "DoorLock_DriverDoorUnLockPassiveAccessRequest ##2G## -  - C_PassiveDRVUnlockCmd";
+CM_ SG_ 1201 DoorLock_RmtKeyDrvrDrUnLkReq "DoorLock_RkeDriverDoorUnLockRequest ##2G## -  - C_RKEDRVUnlockCmd";
+CM_ BO_ 1041 "[PE] Periodic and On Event";
+CM_ SG_ 1041 ICU_Crc2Val "ICU_CyclicRedundancyCheck2Value";
+CM_ SG_ 1041 ICU_MtGearPosRSta "##2G## -  - C_InhibitRMT,CF_Gway_InhibitRMT";
+CM_ SG_ 1041 ICU_AlvCnt2Val "ICU_AliveCounter2Value";
+CM_ SG_ 1041 Autocut_DlvryModSta "Autocut_DeliveryModeStatus ##2G## -  - C_SJBDeliveryMode,CF_Gway_SJBDeliveryMode";
+CM_ SG_ 1041 DoorLock_AsstDrUnLkSta "DoorLock_AssistDoorUnLockStatus ##2G## -  - C_AstUnlockState,DoorLock_AsstDrUnLkSta";
+CM_ SG_ 1041 Warn_DrvDrSwSta "DoorLock_DriverDoorSwitchStatus ##2G## -  - C_DrvDrSw,CF_Gway_DrvDrSw,Warn_DrvDrSwSta";
+CM_ SG_ 1041 DoorLock_DrvKeyUnLkSwSta "DoorLock_DriverKeyUnLockSwitchStatus ##2G## -  - C_DrvKeyUnlockSw";
+CM_ SG_ 1041 DoorLock_RrLftDrUnLkSta "DoorLock_RearLeftDoorUnLockStatus ##2G## -  - C_RLUnlockState,DoorLock_RrLftDrUnLkSta";
+CM_ SG_ 1041 DoorLock_RrRtDrUnLkSta "DoorLock_RearRightDoorUnLockStatus ##2G## -  - C_RRUnlockState,DoorLock_RrRtDrUnLkSta";
+CM_ SG_ 1041 ICU_GearPosRConfirmSta "Output_b_GearBoxRPosition_500msConfirmed";
+CM_ SG_ 1041 Warn_AsstDrSwSta "Warn_AssistDoorSwitchStatus ##2G## -  - C_AstDrSw,CF_Gway_AstDrSw,Warn_AsstDrSwSta";
+CM_ SG_ 1041 Warn_AsstStBltSwSta "Warn_AssistSeatBeltSwitchStatus ##2G## -  - C_AstSeatBeltSw,CF_Gway_AstSeatBeltSw";
+CM_ SG_ 1041 Warn_BrkFldSwSta "Warn_BrakeFluidSwitchStatus ##2G## -  - C_BrakeFluidSw,CF_Gway_BrakeFluidSw";
+CM_ SG_ 1041 DoorLock_DrvKeyLkSwSta "DoorLock_DriverKeyLockSwitchStatus ##2G## -  - C_DrvKeyLockSw";
+CM_ SG_ 1041 Warn_DrvStBltSwSta "Warn_DriverSeatbeltSwitchStatus ##2G## -  - C_DrvSeatBeltSw,CF_Gway_DrvSeatBeltSw";
+CM_ SG_ 1041 Warn_HoodSwSta "Warn_HoodSwitchStatus ##2G## -  - C_HoodSw,CF_Gway_HoodSw";
+CM_ SG_ 1041 Warn_PassStOccSta "Warn_PassengerSeatOccupyStatus ##2G## -  - C_SBRMatSw";
+CM_ SG_ 1041 Warn_RrCtrStBltSwSta "Warn_RearCenterSeatBeltSwitchStatus ##2G## -  - C_RCSeatBeltSw";
+CM_ SG_ 1041 Warn_RrLftDrSwSta "Warn_RearLeftDoorSwitchStatus ##2G## -  - C_RLDrSw,CF_Gway_RLDrSw,Warn_RrLftDrSwSta";
+CM_ SG_ 1041 Warn_RrLftStBltSwSta "Warn_RearLeftSeatBeltSwitchStatus ##2G## -  - C_RLSeatBeltSw";
+CM_ SG_ 1041 Warn_RrRtDrSwSta "Warn_RearRightDoorSwitchStatus ##2G## -  - C_RRDrSw,CF_Gway_RRDrSw,Warn_RrRtDrSwSta";
+CM_ SG_ 1041 Warn_RrRtStBltSwSta "Warn_RearRightSeatBeltSwitchStatus ##2G## -  - C_RRSeatBeltSw";
+CM_ SG_ 1041 Warn_HoodSwMemorySta "Warn_HoodSwitchMemoryStatus ##2G## -  - CF_Hoodsw_memory,C_HoodSwMemory";
+CM_ SG_ 1041 Warn_WshrFldSwSta "Washer Fluid Switch Signal ##2G## -  - CF_Gway_WasherFluidSw";
+CM_ SG_ 1041 ICU_Haptic_OPT "Steering Wheel Haptic Warning Option Infomation ##2G## -  - C_ICU_Haptic_OPT";
+CM_ BO_ 1042 "[PE] Periodic and On Event";
+CM_ SG_ 1042 ICU_Crc3Val "ICU_CyclicRedundancyCheck3Value";
+CM_ SG_ 1042 ICU_AlvCnt3Val "ICU_AliveCounter3Value";
+CM_ SG_ 1042 ExtLamp_BckUpLmpSta "This signal is used for control the Back-up Lamp function.";
+CM_ BO_ 1043 "[PE] Periodic and On Event";
+CM_ SG_ 1043 ICU_Crc4Val "ICU_CyclicRedundancyCheck4Value";
+CM_ SG_ 1043 ICU_AlvCnt4Val "ICU_AliveCounter4Value";
+CM_ SG_ 1043 ExtLamp_DedicatedDrlBlbSta "ExtLamp_DedicatedDrlBulbStatus ##2G## -  - C_DedicatedDRLAct";
+CM_ SG_ 1043 ExtLamp_FrFgLmpSta "ExtLamp_FrontFogLampStatus ##2G## -  - C_FrtFogAct";
+CM_ SG_ 1043 ExtLamp_TrnSigLmpLftBlnkngSta "ExtLamp_TurnSignalLampLeftBlinkingStatus ##2G## -  - CF_Gway_TurnSigLh,C_TSigLhAct";
+CM_ SG_ 1043 ExtLamp_TrnSigLmpRtBlnkngSta "ExtLamp_TurnSignalLampRightBlinkingStatus ##2G## -  - CF_Gway_TurnSigRh,C_TSigRhAct";
+CM_ SG_ 1043 ExtLamp_ExtrnlTailLmpSta "ExtLamp_ExternalTailLampStatus ##2G## -  - C_ExtTailAct,CF_Gway_ExtTailAct";
+CM_ SG_ 1043 ExtLamp_HzrdSwSta "ExtLamp_HazardSwitchStatus ##2G## -  - C_HazardSw,CF_Gway_HazardSw";
+CM_ SG_ 1043 ExtLamp_RrFgLmpSta "ExtLamp_RearFogLampStatus ##2G## -  - C_RearFogAct,CF_Gway_RearFogAct";
+CM_ SG_ 1043 IntLamp_InlTailLmpSta "IntLamp_InternalTailLampStatus ##2G## -  - C_IntTailAct,CF_Gway_IntTailAct";
+CM_ SG_ 1043 Lamp_LedHdLmpSta "Lamp_LedHeadLampStatus ##2G## -  - CF_Afs_LedHLStat";
+CM_ BO_ 1044 "[PE] Periodic and On Event";
+CM_ SG_ 1044 ICU_Crc5Val "ICU_CyclicRedundancyCheck5Value";
+CM_ SG_ 1044 ICU_AlvCnt5Val "ICU_AliveCounter5Value";
+CM_ SG_ 1044 Trunk_TrnkTlgtOutReleaseSwSta "Trunk_TrunkTailgateOutReleaseSwitchStatus ##2G## -  - C_TrunkTgOtrReleaseSW";
+CM_ SG_ 1044 Trunk_TrnkTlgtSwSta "Trunk_TrunkTailgateSwitchStatus ##2G## -  - C_TrunkTgSw,CF_Gway_TrunkTgSw,Trunk_TrnkTlgtSwSta";
+CM_ SG_ 1044 Trunk_TlgtFullOpnSwSta "Trunk_TailGateFullOpenSwitchStatus ##2G## -  - C_TgFullOpenSW";
+CM_ SG_ 1044 Trunk_TrnkTlgtReleaseRlySta "Trunk_TrunkTailgateReleaseRelayStatus ##2G## -  - C_TrunkTgReleaseRlyAct";
+CM_ SG_ 1044 Trunk_OpnDiagSetSta "Trunk_OpenDiagnosticSettingStatus ##2G## -  - C_TrunkOpenDiagSet";
+CM_ SG_ 1044 USM_OneTouchTrnSigFuncSta "USM_OneTouchTurnSignalFunctionStatus ##2G## -  - CF_Gway_OTTurnRValue,C_OTTurnRValue";
+CM_ SG_ 1044 DoorLock_DrvDrUnLkSta "DoorLock_DriverDoorUnLockStatus ##2G## -  - C_DrvUnlockState,CF_Gway_DrvUnlockState";
+CM_ SG_ 1044 DoorLock_LkOutSta "DoorLock_LockOutputStatus ##2G## -  - C_LockUnlockOutState";
+CM_ SG_ 1044 DoorLock_MKeyAllDrUnLkReq "DoorLock_MechanicalKeyAllDoorUnLockRequest ##2G## -  - C_MKeyAllUnlockCmd";
+CM_ SG_ 1044 DoorLock_MKeyDrvDrUnLkReq "DoorLock_MechanicalKeyDriveDoorUnLockRequest ##2G## -  - C_MKeyDRVUnlockCmd";
+CM_ SG_ 1044 Trunk_TrnkTlgtOpenOutput "Trunk_TrunkTailgateOpenOutput";
+CM_ SG_ 1044 TwoTrnUnLkOptTyp "USM_TwoTurnUnlockOptionType ##2G## -  - C_TTUnlockOption";
+CM_ SG_ 1044 Defog_DfgrRlySta "Defog_DefoggerRelayStatus ##2G## -  - C_DefoggerRly,CF_Gway_DefoggerRly";
+CM_ SG_ 1044 C_CrashUnlockState "Crash Unlock Active State";
+CM_ SG_ 1044 CF_Gway_ADrLOptInfo "vehicle option information for auto door lock/unlock USM";
+CM_ BO_ 1046 "[PE] Periodic and On Event";
+CM_ SG_ 1046 ICU_Crc6Val "ICU_CyclicRedundancyCheck6Value";
+CM_ SG_ 1046 ICU_AlvCnt6Val "ICU_AliveCounter6Value";
+CM_ SG_ 1046 Lamp_StpLmpLftOpnSta "Lamp_StopLampLeftOpenStatus ##2G## -  - C_StopLampLhOpenSts";
+CM_ SG_ 1046 Lamp_StpLmpRtOpnSta "Lamp_StopLampRightOpenStatus ##2G## -  - C_StopLampRhOpenSts";
+CM_ SG_ 1046 Lamp_RrTrnSigLmpLftOpnSta "Lamp_RearTurnSignalLampLeftOpenStatus ##2G## -  - C_RearTSIGLhOpenSts";
+CM_ SG_ 1046 Lamp_RrTrnSigLmpRtOpnSta "Lamp_RearTurnSignalLampRightOpenStatus ##2G## -  - C_RearTSIGRhOpenSts";
+CM_ SG_ 1046 Lamp_FrTrnSigLmpLftOpnSta "Lamp_FrontTurnSignalLampLeftOpenStatus ##2G## -  - C_FrontTSIGLhOpenSts";
+CM_ SG_ 1046 Lamp_FrTrnSigLmpRtOpnSta "Lamp_FrontTurnSignalLampRightOpenStatus ##2G## -  - C_FrontTSIGRhOpenSts";
+CM_ BO_ 1047 "[PE] Periodic and On Event";
+CM_ SG_ 1047 ICU_Crc7Val "ICU_CyclicRedundancyCheck7Value";
+CM_ SG_ 1047 ICU_ADASHapticAutoOnSetReq "Haptic warning activation state for warning of the driver assist system";
+CM_ SG_ 1047 ICU_AlvCnt7Val "ICU_AliveCounter7Value";
+CM_ SG_ 1047 SEA_ActvSta "SEA_ActivationStatus ##2G## -  - C_SEAActivated";
+CM_ SG_ 1047 ChildLock_ActnFlSta "ChildLock_ActuationFailedStatus ##2G## -  - C_ChildLockFail";
+CM_ SG_ 1047 USM_AutoDrLkReq "USM_AutoDoorLockRequest ##2G## -  - CF_Gway_ADrLRValue";
+CM_ SG_ 1047 USM_AutoDrUnLkReq "USM_AutoDoorUnLockRequest ##2G## -  - CF_Gway_ADrURValue";
+CM_ SG_ 1047 USM_HapticCurrentSta "Haptic USM R-Value";
+CM_ SG_ 1047 USM_TwoTrnUnLkCurrentSta "USM_TwoTurnUnlockCurrentStatus ##2G## -  - CF_Gway_TTUnlockRValue";
+CM_ SG_ 1047 Lamp_HdLmpHiSta "Lamp_HeadLampHighStatus ##2G##BCM - BCMmsg20 - C_HLpHighAct";
+CM_ SG_ 1047 Lamp_HdLmpLoSta "Lamp_HeadLampLowStatus ##2G##BCM - BCMmsg20 - C_HLpLowAct";
+CM_ SG_ 1047 ExtLamp_TrnSigLmpLftSwSta "ExtLamp_TurnSignalLampLeftSwitchStatus ##2G## -  - C_TsigLhSw";
+CM_ SG_ 1047 ExtLamp_TrnSigLmpRtSwSta "ExtLamp_TurnSignalLampRightSwitchStatus ##2G## -  - C_TsigRhSw";
+CM_ SG_ 1047 Lamp_LaneChgTrnSigLftSwSta_ICU "Lamp_LaneChangeTurnSignalLeftSwitchStatus##2G##CGW -CGW8 - 
+CF_Gway_HDAIILaneChangeLh";
+CM_ SG_ 1047 Lamp_LaneChgTrnSigRtSwSta_ICU "Lamp_LaneChangeTurnSignalRightSwitchStatus##2G##CGW -CGW8 - 
+CF_Gway_HDAIILaneChangeRh";
+CM_ SG_ 1047 HeatedSteerWheel_AutoOffSta "HeatedSteerWheel_AutoOffStatus ##2G##BCM - BCMmsg24 - C_StrgWhlAutoOffState";
+CM_ BO_ 1048 "[PE] Periodic and On Event";
+CM_ SG_ 1048 ICU_Crc8Val "ICU_CyclicRedundancyCheck8Value";
+CM_ SG_ 1048 HeatedSteerWheel_StrWhlHtrSwSta "Use for Telematics Remote Heating Control ##2G## -  - C_StrgWhlHeatedState";
+CM_ SG_ 1048 ICU_AlvCnt8Val "ICU_AliveCounter8Value";
+CM_ SG_ 1048 DriveTypeOption "##2G## -  - C_DriveTypeOption,CF_Gway_DriveTypeOption";
+CM_ SG_ 1048 Warn_RrLftSBRMATSwSta "##2G## -  - C_RLSBRMatSw";
+CM_ SG_ 1048 Warn_RrRhtSBRMATSwSta "##2G## -  - C_RRSBRMatSw";
+CM_ SG_ 1048 StrWheelHeatIndSta "##2G## -  - C_StrgWhlHeatedInd";
+CM_ SG_ 1048 Warn_LftSEA "##2G## -  - CF_ICU_SeaWarn_Lh";
+CM_ SG_ 1048 Warn_RhtSEA "##2G## -  - CF_ICU_SeaWarn_Rh";
+CM_ SG_ 1048 Lamp_FootLampOnReq "##2G## -  - C_FootLpOn";
+CM_ SG_ 1048 Lamp_MoodLampOnReq "##2G## -  - C_MoodLpOn";
+CM_ SG_ 1048 ICU_PowerAutoCutModSta "##2G## -  - CF_Gway_ICUPowerAutoCutMode";
+CM_ SG_ 1048 ICU_SoCBattStaMsgReq "##2G## -  - Batt_SoCWarningAlertMsgReq";
+CM_ SG_ 1048 DrvDrLockIND "Driver door lock indicator on/off signal";
+CM_ SG_ 1048 Brake_SwSta_ICU "Brake Switch Status ##2G## -  - C_BrakeSw";
+CM_ SG_ 1048 C_3rdRRSeatBeltSW "3rd Rear Right Seat Belt Switch Status";
+CM_ SG_ 1048 C_3rdRLSeatBeltSW "3rd Rear Left Seat Belt Switch Status";
+CM_ SG_ 1048 HSWS_SysWrngSta_ICU "HSWS Status ##2G## -  - C_HSWSSysStat";
+CM_ BO_ 1049 "[PE] Periodic and On Event";
+CM_ SG_ 1049 ICU_Crc9Val "ICU_CyclicRedundancyCheck9Value";
+CM_ SG_ 1049 ICU_AlvCnt9Val "ICU_AliveCounter9Value";
+CM_ SG_ 1049 ICU_BS1IBAT_Conversion "Actual battery current (resolution: 10mA)";
+CM_ SG_ 1049 ICU_BS1BatVol "This is the actual battery voltage as measured on the battery pole by battery sensor. ##2G## -  - BS1_VBAT";
+CM_ SG_ 1049 ICU_BS1BatTemp "This is actual battery electrolyte temperature value by battery sensor. ##2G## -  - BS1_TBAT";
+CM_ SG_ 1049 ICU_BS1ValFlagSta "setting condition is depending on battery sensor self diagnosis information ##2G## -  - BS1_BSInvalidFlag";
+CM_ SG_ 1049 ICU_BS1ErrRes "Response_Error shall be set whenever a frame received by the node or a frame transmitted by the node contains an error in the response field. ##2G## -  - BS1_ErrorResp";
+CM_ BO_ 1040 "[PE] Periodic and On Event";
+CM_ SG_ 1040 ICU_Crc10Val "ICU_CyclicRedundancyCheck10Value";
+CM_ SG_ 1040 ICU_AlvCnt10Val "ICU_AliveCounter10Value";
+CM_ SG_ 1040 ICU_BS2SoC "This signal is battery State of Charge as calculated by battery sensor. ##2G## -  - BS2_SOC,Batt_SoC";
+CM_ SG_ 1040 ICU_BS2NCap "Nominal capacity ##2G## -  - BS2_CNOM";
+CM_ SG_ 1040 ICU_BS2OpnCirVol "Last open circuit voltage ##2G## -  - BS2_OCV";
+CM_ SG_ 1040 ICU_BS2_FSOC "Fault State of SOC";
+CM_ SG_ 1040 ICU_BS2_FSOH "Fault State of SOH";
+CM_ SG_ 1040 ICU_BS2_FSOF "Fault State of SOF";
+CM_ SG_ 1040 ICU_BS2_FQSTAT "State of quiescent current";
+CM_ SG_ 1040 ICU_BS2SoH "This signal is battery State of Health(SOH) as calculated by battery sensor. ##2G## -  - BAT_SOH";
+CM_ SG_ 1040 ICU_BS2SoF "This signal is battery State of Function(SOF) as calculated by battery sensor. ##2G## -  - BAT_SOF";
+CM_ BO_ 1167 "[PE] Periodic and On Event";
+CM_ SG_ 1167 ICU_Crc11Val "ICU_CyclicRedundancyCheck11Value";
+CM_ SG_ 1167 Bat_dischrg "Battery discharge notification flag #2G# Bat_dischrg";
+CM_ SG_ 1167 ICU_AlvCnt11Val "ICU_AliveCounter11Value";
+CM_ SG_ 1167 Batt_SoCWarningValue "Value of SoC warning level. ##2G## -  - Batt_SoCWarningValue";
+CM_ BO_ 1029 "[PE] Periodic and On Event";
+CM_ SG_ 1029 ICU_Crc12Val "ICU_CyclicRedundancyCheck12Value";
+CM_ SG_ 1029 Warn_ChaDrSwRrSta "##2G## -  - CF_Gway_ChaDrSwRr";
+CM_ SG_ 1029 ICU_AlvCnt12Val "ICU_AliveCounter12Value";
+CM_ SG_ 1029 ICU_IGN3On_RequestState "EV IGN3 Relay Request unit State";
+CM_ SG_ 1029 ICU_IGN3On_ReqState_New "EV IGN3 Relay Request unit State";
+CM_ BO_ 879 "[P] Periodic";
+CM_ SG_ 879 ICU_Crc15Val "ICU_CyclicRedundancyCheck15Value";
+CM_ SG_ 879 ICU_AlvCnt15Val "ICU_AliveCounter15Value";
+CM_ SG_ 879 OBCWakeupDrUnlock "This signal is for OBC wake-up";
+CM_ SG_ 879 OBCWakeupDrLock "This signal is for OBC wake-up";
+CM_ BO_ 101 "[P] Periodic";
+CM_ SG_ 101 IEB_Crc1Val "IEB_CyclicRedundancyCheck1Value";
+CM_ SG_ 101 IEB_StrkDpthPcVal "IEB_StrokeDepthPcValue ##2G##ESC - EBS2 - CR_Brk_StkDep_Pc";
+CM_ SG_ 101 IEB_EstDpthPcVal "IEB_EstimatedPedalDepthValue ##2G##ESC - EBS2 - CR_Brk_Est_StkDep_Pc";
+CM_ SG_ 101 IEB_AbsNGearReq "IEB_AbsNGearRequest ##2G##ESC - TCS11 - CF_Brk_AbsNReq";
+CM_ SG_ 101 IEB_EstBrkPdlValVldSta "IEB_EstimatedBrakePedalValueValidityStatus ##2G##ESC - EBS2 - CF_Brk_Est_StkValid";
+CM_ SG_ 101 IEB_AlvCnt1Val "IEB_AliveCounter1Value";
+CM_ SG_ 101 IEB_SrvLmpDis "IEB_ServiceLampDisplay ##2G##ESC - AHB1 - CF_Ahb_SLmp";
+CM_ SG_ 101 IEB_DfctvSta "IEB_DefectiveStatus ##2G##ESC - AHB1 - CF_Ahb_Def";
+CM_ SG_ 101 IEB_ActvSta "IEB_ActiveStatus ##2G##ESC - AHB1 - CF_Ahb_Act";
+CM_ SG_ 101 IEB_DiagSta "IEB_DiagnosticStatus ##2G##ESC - AHB1 - CF_Ahb_Diag";
+CM_ SG_ 101 IEB_WrngLmpDis "IEB_WarningLampDisplay ##2G##ESC - AHB1 - CF_Ahb_WLmp";
+CM_ SG_ 101 IEB_MILReq "MIL Requeset";
+CM_ SG_ 101 IEB_StrkDpthmmVal "IEB_StrokeDepthmmValue ##2G##ESC - AHB1 - CR_Ahb_StDep_mm";
+CM_ SG_ 101 IEB_PdlTrvlSnsrFailSta "IEB_PedalTravelSensorFailStatus ##2G##ESC - AHB1 - CF_Ahb_SnsFail";
+CM_ SG_ 101 IEB_PdlCalibSta "IEB_PedalCalibrationStatus ##2G##ESC - AHB1 - CF_Ahb_PedalCalStat";
+CM_ SG_ 101 IEB_BzrSta "IEB_BuzzerStatus ##2G##ESC - AHB1 - CF_Ahb_Bzzr";
+CM_ SG_ 101 IEB_Sta "IEB_Status ##2G##ESC - EBS1 - CF_Brk_EBSStat";
+CM_ SG_ 101 IEB_SnsrFailSta "IEB_SensorFailStatus ##2G##ESC - EBS1 - CF_Brk_SnsFail";
+CM_ SG_ 101 IEB_RbsWrngLmpSta "IEB_RbsWarningLamp ##2G##ESC - EBS1 - CF_Brk_RBSWLamp";
+CM_ SG_ 101 IEB_VacSysDfctvSta "IEB_VacuumSystemDefectiveStatus ##2G##ESC - EBS1 - CF_Brk_VacuumSysDef";
+CM_ SG_ 101 IEB_RegenTqLimitNmVal_Frnt "IEB_RegenTorqueLimitValue ##2G##ESC - EBS1 - CR_Brk_RegenTqLimit_Nm";
+CM_ SG_ 101 IEB_EstTtlBrkFrcNmVal "IEB_EstimatedTotalBrakeForceValue ##2G##ESC - EBS1 - CR_Brk_EstTot_Nm";
+CM_ BO_ 1705 "[EW] On Event and On Write";
+CM_ BO_ 1704 "[EW] On Event and On Write";
+CM_ BO_ 597 "[P] Periodic";
+CM_ SG_ 597 LDC_Crc1Val "LDC_CyclicRedundancyCheck1Value";
+CM_ SG_ 597 LDC_SysMainSta "LDC_SystemMainState";
+CM_ SG_ 597 LDC_SysSubSta "LDC_SystemSubState";
+CM_ SG_ 597 LDC_LSCmdVoltVal "LDC_LowSideCommandVoltageValue";
+CM_ SG_ 597 LDC_HSActVoltVal "LDC_HighSideActualVoltageValue";
+CM_ SG_ 597 LDC_SdcChrgCtrlSta "LDC_SdcChargeControlStatus";
+CM_ SG_ 597 LDC_TempLimSta "LDC_TemperatureLimitStatus";
+CM_ SG_ 597 LDC_CurrLimSta "LDC_CurrentLimitStatus";
+CM_ SG_ 597 LDC_BmsMsgLstSta "LDC_BmsMessageLostStatus";
+CM_ SG_ 597 LDC_AlvCnt1Val "LDC_AliveCounter1Value";
+CM_ SG_ 597 LDC_McuMsgLstSta "LDC_McuMessageLostStatus";
+CM_ SG_ 597 LDC_VcuMsgLstSta "LDC_VcuMessageLostStatus";
+CM_ SG_ 597 LDC_SysAreaVal "LDC_SystemAreaValue";
+CM_ SG_ 597 LDC_DevStepSta "LDC_DevelopmentStepStatus";
+CM_ SG_ 597 LDC_RelVerVal "LDC_ReleaseVersionValue";
+CM_ SG_ 597 LDC_RomSta "LDC_RomStaus";
+CM_ SG_ 597 LDC_TestVerVal "LDC_TestVersionValue";
+CM_ SG_ 597 LDC_VrvMode "LDC Variable Voltage Control Mode";
+CM_ SG_ 597 LDC_CtSnsrVoltVal "LDC_CTSensorVoltageValue";
+CM_ SG_ 597 LDC_EAOutVoltVal "LDC_EAOutVoltageValue";
+CM_ SG_ 597 LDC_SSFMVal "LDC_SSFMValue";
+CM_ SG_ 597 LDC_CtSnsrFltCntVal "LDC_CTSensorFaultCountValue";
+CM_ SG_ 597 LDC_OCHSCntVal "LDC_OverCurrentHighSideCountValue";
+CM_ SG_ 597 LDC_VBVoltVal "LDC_VBVoltageValue";
+CM_ SG_ 597 LDC_AAFOpReq "LDC AAF Open Request";
+CM_ SG_ 597 LDC_CpuRdySta "LDC_CpuReadyStatus";
+CM_ SG_ 597 LDC_SysCtrlablSta "LDC_SystemControllableStatus";
+CM_ SG_ 597 LDC_SysOpSta "LDC_SystemOperatingStatus";
+CM_ SG_ 597 LDC_PwrDeratingSta "LDC_PowerDeratingStatus";
+CM_ SG_ 597 LDC_AuxBattWrnLmpReq "LDC_AuxBatteryWarningLampRequest";
+CM_ SG_ 597 LDC_AuxBattWrnAlrmReq "LDC_AuxBatteryWarningAlarmRequest";
+CM_ SG_ 597 LDC_AuxBattChrgReq "LDC_AuxBatteryChargeRequest";
+CM_ SG_ 597 LDC_AuxBattChrgRstReq "LDC_AuxBatteryChargeResetRequest";
+CM_ SG_ 597 LDC_SrvLmpReq "LDC_ServiceLampRequest";
+CM_ SG_ 597 LDC_SysFltSta "LDC_SystemFaultStatus";
+CM_ SG_ 597 LDC_RadFanOnReq "LDC_RadiatorFanOnRequest";
+CM_ SG_ 597 LDC_AuxBattChrgSta "LDC_AuxBatteryChargeStatus";
+CM_ SG_ 597 LDC_AuxBattDisChrgSta "LDC_AuxBatteryDisChargeStatus";
+CM_ SG_ 597 LDC_LSActCurrVal "LDC_LowSideActualCurrentValue";
+CM_ SG_ 597 LDC_RadFanRpmDutyVal "LDC_RadiatorFanRpmDutyValue";
+CM_ SG_ 597 LDC_LSActVoltVal "LDC_LowSideActualVoltageValue";
+CM_ SG_ 597 LDC_EwpRpmCtrlVal "LDC_EwpRpmControlValue";
+CM_ SG_ 597 LDC_PwrMonVal "LDC_PowerMonitoringValue";
+CM_ SG_ 597 LDC_SysTempVal "LDC_SystemTemperatureValue";
+CM_ BO_ 1644 "[EW] On Event and On Write";
+CM_ BO_ 1645 "[EW] On Event and On Write";
+CM_ BO_ 1643 "[EW] On Event and On Write";
+CM_ BO_ 1642 "[EW] On Event and On Write";
+CM_ BO_ 1823 "[EW] On Event and On Write";
+CM_ BO_ 266 "[P] Periodic";
+CM_ SG_ 266 MCU_Crc1Val "MCU_CyclicRedundancyCheck1Value";
+CM_ SG_ 266 MCU_Mg1TempVal "MCU_Mg1TemperatureValue";
+CM_ SG_ 266 MCU_Mg1IgbtJnctnTempVal "MCU_Mg1IgbtJunctionTemperatureValue";
+CM_ SG_ 266 MCU_Mg1HtsnkTempVal "MCU_Mg1HeatsinkTemperatureValue";
+CM_ SG_ 266 MCU_Mg1InvtInVoltVal "MCU_Mg1InverterInputVoltageValue";
+CM_ SG_ 266 MCU_Mg1EstTqBfrAjPcVal "MCU_MG1EstimatedTorqueBeforeAjPcValue";
+CM_ SG_ 266 MCU_AlvCnt1Val "MCU_AliveCounter1Value";
+CM_ SG_ 266 MCU_Mg1MainRlyCutOffReq "MCU_Mg1MainRelayCutOffRequest";
+CM_ SG_ 266 MCU_Mg1MainRlyCutOffDelayReq "MCU_MainRelayCutOffDelayedRequestByMg1";
+CM_ SG_ 266 MCU_Mg1PwmOnSta "MCU_Mg1PwmOnStatus";
+CM_ SG_ 266 MCU_Mg1HiVoltIntlkReq "MCU_HighVoltageInterlockRequestByMg1";
+CM_ SG_ 266 MCU_Mg1MilOnReq "MCU_MilOnRequestByMg1";
+CM_ SG_ 266 MCU_Mg1SrvLmpOnReq "MCU_ServiceLampOnRequestByMg1";
+CM_ SG_ 266 MCU_Mg1SpdLimSta "MCU_Mg1SpeedLimitStatus";
+CM_ SG_ 266 MCU_Mg1EngSpdLimReq "MCU_EngineSpeedLimitRequestByMg1";
+CM_ SG_ 266 MCU_Mg1AnkJrkActvSta "MCU_Mg1AntiJerkActivationStatus";
+CM_ SG_ 266 MCU_Mg1ActnTestModSta "MCU_Mg1ActuationTestModeStatus";
+CM_ SG_ 266 MCU_Mg1PwmRetryStatus "MCU_Mg1PwmRetryStatus";
+CM_ SG_ 266 MCU_Mg1TrqCmdStat "MCU_Mg1TorqueqCommandStat";
+CM_ SG_ 266 MCU_Mg1RsvrCalibReq "MCU_ResolverCalibrationRequestByMg1";
+CM_ SG_ 266 MCU_Mg1RsvrCalibProcSta "MCU_MG1ResolverCalibrationProcessStatus";
+CM_ SG_ 266 MCU_Mg1RsvrCalibSta "MCU_MG1ResolverCalibrationStatus";
+CM_ SG_ 266 MCU_Mg1EstTqVal "MCU_Mg1EstimatedTorqueValue";
+CM_ SG_ 266 MCU_Mg1RadPwmDtyReq "MCU_RadiatorPwmDutyRequestByMg1";
+CM_ SG_ 266 MCU_Mg1ActlRadFanRotatSpdRpmVal "MCU_ActualRadiatorFanRotationSpeedRpmValueByMg1";
+CM_ SG_ 266 MCU_Mg1EstTqBfrAjVal "MCU_EstimatedMg1TorqueBeforeAjValue";
+CM_ SG_ 266 MCU_Mg1TqUppLimMtrngVal "MCU_Mg1TorqueUpperLimitMotoringValue";
+CM_ SG_ 266 MCU_Mg1ActlRotatSpdRpmVal "MCU_Mg1ActualRotationSpeedRpmValue";
+CM_ SG_ 266 MCU_Mg1TqUppLimGenVal "MCU_Mg1TorqueUpperLimitGeneratingValue";
+CM_ SG_ 266 MCU_Mg1EstTqPcVal "MCU_MotorEstimatedTorquePcValue";
+CM_ SG_ 266 MCU_Mg1InvtCtrlRdySta "MCU_Mg1InverterControllerReadyStatus";
+CM_ SG_ 266 MCU_Mg1CtrlablSta "MCU_Mg1ControllableStatus";
+CM_ SG_ 266 MCU_Mg1WrngSta "MCU_Mg1WarningStatus";
+CM_ SG_ 266 MCU_Mg1FltSta "MCU_Mg1FaultStatus";
+CM_ SG_ 266 MCU_Mg1DeratingFctrPcVal "MCU_Mg1DeratingFactorPcValue";
+CM_ SG_ 266 MCU_Mg1TqUppLimMtrngPcVal "MCU_MG1TorqueUpperLimitMotoringPcValue";
+CM_ SG_ 266 MCU_Mg1TqUppLimGenPcVal "MCU_MG1TorqueUpperLimitGeneratingPcValue";
+CM_ SG_ 266 MCU_Mg1InvtTempVal "MCU_Mg1InverterTemperatureValue";
+CM_ BO_ 288 "[P] Periodic";
+CM_ SG_ 288 GCU_Crc2Val "GCU_CyclicRedundancyCheck2Value";
+CM_ SG_ 288 MCU_Mg2TempVal "MCU_Mg2TemperatureValue";
+CM_ SG_ 288 MCU_Mg2IgbtJnctnTempVal "MCU_Mg2IgbtJunctionTemperatureValue";
+CM_ SG_ 288 MCU_Mg2HtsnkTempVal "MCU_Mg2HeatsinkTemperatureValue";
+CM_ SG_ 288 MCU_Mg2InvtInVoltVal "MCU_Mg2InverterInputVoltageValue";
+CM_ SG_ 288 MCU_Mg2EstTqBfrAjPcVal "MCU_EstimatedMg2TorqueBeforeAjPcValue";
+CM_ SG_ 288 GCU_AlvCnt2Val "GCU_AliveCounter2Value";
+CM_ SG_ 288 MCU_Mg2MainRlyCutOffReq "MCU_MainRelayCutOffRequestByMg2";
+CM_ SG_ 288 MCU_Mg2MainRlyCutOffDelayReq "MCU_MainRelayCutOffDelayedRequestByMg2";
+CM_ SG_ 288 MCU_Mg2PwmOnSta "MCU_Mg2PwmOnStatus";
+CM_ SG_ 288 MCU_Mg2HiVoltIntlkReq "MCU_HighVoltageInterlockRequestByMg1";
+CM_ SG_ 288 MCU_Mg2MilOnReq "MCU_MilOnRequestByMg2";
+CM_ SG_ 288 MCU_Mg2SrvLmpOnReq "MCU_ServiceLampOnRequestByMg2";
+CM_ SG_ 288 MCU_Mg2SpdLimSta "MCU_Mg2SpeedLimitStatus";
+CM_ SG_ 288 MCU_Mg2EngSpdLim "MCU_EngineSpeedLimitRequestByMg2";
+CM_ SG_ 288 MCU_Mg2AnkJrkActvSta "MCU_Mg2AntiJerkActivationStatus";
+CM_ SG_ 288 MCU_Mg2ActnTestModSta "MCU_Mg2ActuationTestModeStatus";
+CM_ SG_ 288 MCU_Mg2PwmRetryStatus "MCU_Mg2PwmRetryStatus";
+CM_ SG_ 288 MCU_Mg2TrqCmdStat "MCU_Mg2TorqueCommandStat";
+CM_ SG_ 288 MCU_Mg2RsvrCalibReq "MCU_ResolverCalibrationRequestByMg2";
+CM_ SG_ 288 MCU_Mg2RsvrCalibProcSta "MCU_Mg2ResolverCalibrationProcessStatus";
+CM_ SG_ 288 MCU_Mg2RsvrCalibSta "GCU_ResolverCalibrationStatus";
+CM_ SG_ 288 MCU_Mg2EstTqVal "MCU_EstimatedMg2TorqueValue";
+CM_ SG_ 288 MCU_Mg2EngOnReq "MCU_Mg2EngineOnRequestforHCU";
+CM_ SG_ 288 MCU_Mg2RadPwmDtyReq "MCU_RadiatorPwmDutyRequestByMg2";
+CM_ SG_ 288 MCU_Mg2ActlRadFanRotatSpdRpmVal "MCU_ActualRadiatorFanRotationSpeedRpmValueByMg2";
+CM_ SG_ 288 MCU_Mg2EstBfrAjVal "MCU_EstimatedMg2TorqueBeforeAjValue";
+CM_ SG_ 288 MCU_Mg2TqUppLimMtrngVal "MCU_Mg2TorqueUpperLimitMotoringValue";
+CM_ SG_ 288 MCU_Mg2ActlRotatSpdRpmVal "MCU_ActualMg2RotationSpeedRpmValue";
+CM_ SG_ 288 MCU_Mg2TqUppLimGenVal "MCU_Mg2TorqueUpperLimitGeneratingValue";
+CM_ SG_ 288 MCU_Mg2EstTqPcVal "MCU_EstimatedMg2TorquePcValue";
+CM_ SG_ 288 MCU_Mg2InvtRdySta "MCU_Mg2InverterControllerReadyStatus";
+CM_ SG_ 288 MCU_Mg2CtrlablSta "GCU_HsgControllableStatus";
+CM_ SG_ 288 MCU_Mg2WrngSta "MCU_Mg2WarningStatus";
+CM_ SG_ 288 MCU_Mg2FltSta "MCU_Mg2FaultStatus";
+CM_ SG_ 288 MCU_Mg2DeratingFctrPcVal "MCU_Mg2DeratingFactorPcValue";
+CM_ SG_ 288 MCU_Mg2TqUpLimMPcVal "MCU_Mg2TorqueUpLimitMotoringPcValue";
+CM_ SG_ 288 MCU_Mg2TqUpLimGPcVal "MCU_Mg2TorqueUpLimitGeneratingPcValue";
+CM_ SG_ 288 MCU_Mg2InvtTempVal "MCU_Mg2InverterTemperatureValue";
+CM_ BO_ 592 "[P] Periodic";
+CM_ SG_ 592 MCU_Crc3Val "MCU_CyclicRedundancyCheck3Value";
+CM_ SG_ 592 MCU_Mg1EwpClntDiagEnblStatus "MCU_Mg1EwpCoolantDiagnosisEnableStatus";
+CM_ SG_ 592 MCU_Mg1EwpClntSuffDisp "MCU_Mg1EwpCoolantSufficientDisplay";
+CM_ SG_ 592 MCU_Mg1Ewp1MalFuncStatus "MCU_Mg1Ewp1MalFunctionStatus";
+CM_ SG_ 592 MCU_Mg1Ewp1ForcedOpStatus "MCU_Mg1Ewp1ForcedOperatingStatus";
+CM_ SG_ 592 MCU_Mg1Ewp1ProtectModeLIN "MCU_Mg1Ewp1ProtectMode";
+CM_ SG_ 592 MCU_Mg1Ewp1FltStatusLIN "MCU_Mg1Ewp1FaultStatus";
+CM_ SG_ 592 MCU_Mg1Ewp1SpdRpmReqLIN "MCU_Mg1Ewp1SpeedRpmRequest";
+CM_ SG_ 592 MCU_AlvCnt3Val "MCU_AliveCounter3Value";
+CM_ SG_ 592 MCU_Mg1Ewp1ActSpdRpmLIN "MCU_Mg1Ewp1ActualSpeeddRpmLIN";
+CM_ SG_ 592 MCU_Mg1Grp1FltCodVal "MCU_Mg1Group1FaultCodeValue";
+CM_ SG_ 592 MCU_Mg1Grp2FltCodVal "MCU_Mg1Group2FaultCodeValue";
+CM_ SG_ 592 MCU_Mg1Grp3FltCodVal "MCU_Mg1Group3FaultCodeValue";
+CM_ SG_ 592 MCU_Mg1Grp4FltCodVal "MCU_Mg1Group4FaultCodeValue";
+CM_ SG_ 592 MCU_Mg1Grp5FltCodVal "MCU_Mg1Group5FaultCodeValue";
+CM_ SG_ 592 MCU_Mg1Grp6FltCodVal "MCU_Mg1Group6FaultCodeValue";
+CM_ SG_ 592 MCU_Mg1GrpUFltCodVal "MCU_GroupUFaultCodeValue";
+CM_ BO_ 962 "[PE] Periodic and On Event";
+CM_ SG_ 962 MFSW_Crc2Val "MFSW_CyclicRedundancyCheck2Value";
+CM_ SG_ 962 MFSW_AlvCnt2Val "MFSW_AliveCounter2Value";
+CM_ SG_ 962 Wiper_FrWiperSwSta "Wiper_FrontWiperSwitchStatus";
+CM_ SG_ 962 Wiper_IntStepSta "Wiper_IntermittentStepStatus";
+CM_ SG_ 962 Wiper_MstSwSta "Wiper_MistSwitchStatus";
+CM_ SG_ 962 Wiper_RrWiperSwSta "Wiper_RearWiperSwitchStatus";
+CM_ SG_ 962 Wiper_FrWiperWshSwSta "Wiper_FrontWiperWasherSwitchStatus";
+CM_ SG_ 962 Wiper_RrWiperWshSwSta "Wiper_RearWiperWasherSwitchStatus";
+CM_ SG_ 962 MFSW_Info "MFSW_Information_Type";
+CM_ BO_ 741 "[P] Periodic";
+CM_ SG_ 741 OBC_Crc1Val "OBC_CyclicRedundancyCheck1Value";
+CM_ SG_ 741 OBC_AcConnSta "OBC_AcConnectorStatus (If there is no CMS) ##2G##OBC - OBC11 - CF_OBC_AC_CONNECT";
+CM_ SG_ 741 OBC_PdSta "OBC_PdStatus (If there is no CMS) ##2G##OBC - OBC11 - CF_OBC_PD_Stat";
+CM_ SG_ 741 OBC_EvseRdySta "OBC_EvseReadyStatus (If there is no CMS) ##2G##OBC - OBC4 - CF_OBC_EVSE_RDY_STATE";
+CM_ SG_ 741 OBC_DcChrgSta "OBC_DcChargingStatus (If there is no CMS) ##2G##OBC - OBC11 - CF_OBC_DCChargingStat";
+CM_ SG_ 741 OBC_AcChrgSta "OBC_ACChargingStatus (If there is no CMS) ##2G##OBC - OBC11 - CF_OBC_ACChargingStat";
+CM_ SG_ 741 OBC_Ig3OnSta "OBC_Ig3OnStatus (If there is no CMS) ##2G##OBC - OBC11 - CF_OBC_IG3_DRV_STATE";
+CM_ SG_ 741 OBC_S2SwSta "OBC_S2SwitchStatus (If there is no CMS) ##2G##OBC - OBC11 - CF_OBC_S2_SW_ON_FLAG";
+CM_ SG_ 741 OBC_CpVoltVal "OBC_CpVoltageValue (If there is no CMS) ##2G##OBC - OBC11 - CR_OBC_CP_Volt";
+CM_ SG_ 741 OBC_CpDtyFloatVal "OBC_CpDutyFloatValue (If there is no CMS) ##2G##OBC - OBC13 - CR_OBC_CP_DutyFloat";
+CM_ SG_ 741 OBC_AlvCnt1Val "OBC_AliveCounter1Value";
+CM_ SG_ 741 OBC_MainRlyOnReq "OBC_MainRelayOnRequest (If there is no CMS) ##2G##OBC - OBC11 - CF_OBC_MainRlyOn_Req";
+CM_ SG_ 741 OBC_ObcRlyOnReq "OBC_ObcRelayOnRequest (If there is no CMS) ##2G##OBC - OBC11 - CF_OBC_OBCRlyOn_Req";
+CM_ SG_ 741 OBC_EstDcOutPwrValForBms "OBC_EstimatedDcOutputPowerValueForBms (If there is no CMS) ##2G##OBC - OBC13 - CR_OBC_PwrEst";
+CM_ SG_ 741 OBC_InletAutoLkModSta "OBC_InletAutoLockModeStatus (If there is no CMS) ##2G##OBC - OBC5 - CF_OBC_InletAutoLockMode";
+CM_ SG_ 741 OBC_InletLkSta "OBC_InletLockStatus (If there is no CMS) ##2G##OBC - OBC5 - CF_OBC_InletLockStatus";
+CM_ SG_ 741 OBC_InletFailSta "OBC_InletFailStatus (If there is no CMS) ##2G##OBC - OBC5 - CF_OBC_InletFailStatus";
+CM_ SG_ 741 OBC_ChrgInletTyp "OBC_ChargeInletType (If there is no CMS) ##2G##OBC - OBC4 - CF_OBC_ChargeInlet_Type
+Inform the Charging Connector Type
+Bit 0 : Type 1
+Bit 1 : Type 2
+Bit 2 : Combo
+Bit 3 : Chademo
+Bit 4 : China GB
+[1 : Equipped with ]
+[2 : Not equipped with]";
+CM_ SG_ 741 OBC_ChaInCurrModSta "OBC_InputCurrentModeStatus (If there is no VCMS) ##2G##OBC - OBC13 - CF_OBC_ChgInCurrModSta";
+CM_ SG_ 741 OBC_ChrgLmpOffForBmsReq "OBC_ChargeLampOffForBmsRequest (If there is no CMS) ##2G##OBC - OBC13 - CF_OBC_ChgLampOffReqForBMS";
+CM_ SG_ 741 OBC_ChrgStopAlrmDis "OBC_ChargeStopAlarmDisplay (If there is no CMS) ##2G##OBC - OBC5 - CF_OBC_ChgStop_Alram";
+CM_ SG_ 741 OBC_DcEstMaxPwrVal "OBC DC Estimated Maximum Power (If there is no CMS) ##2G##OBC - OBC5 - CR_OBC_DCEstMaxPwr";
+CM_ SG_ 741 OBC_SysRdySta "OBC_SystemReadyStatus ##2G##OBC - OBC11 - CF_OBC_RDY";
+CM_ SG_ 741 OBC_ContrabSta "OBC_ControllableStatus ##2G##OBC - OBC11 - CF_OBC_CONTRAB";
+CM_ SG_ 741 OBC_SysFltSta "OBC_SystemFaultStatus ##2G##OBC - OBC11 - CF_OBC_FLT";
+CM_ SG_ 741 OBC_ChrgFnshSta "OBC_ChargeFinishStatus ##2G##OBC - OBC11 - CF_OBC_Finished";
+CM_ SG_ 741 OBC_AcDetSta "OBC_AcDetectStatus ##2G##OBC - OBC11 - CF_OBC_AC_DETECT_FLAG";
+CM_ SG_ 741 OBC_HvIntlkReq "OBC_HvInterlockRequest ##2G##OBC - OBC11 - CF_OBC_HvIntlockReq";
+CM_ SG_ 741 OBC_VcrmReq "OBC_VcrmRequest ##2G##OBC - OBC11 -  CF_OBC_VCRM_Req";
+CM_ SG_ 741 OBC_SvrLmpReq "OBC_ServiceLampRequest ##2G##OBC - OBC11 - CF_OBC_SERVICE_LAMP_Req";
+CM_ SG_ 741 OBC_MilReq "OBC_MalfunctionIndicationLampRequest ##2G##OBC - OBC11 - CF_OBC_MILReq";
+CM_ SG_ 741 OBC_DcMaxCurrVal "OBC DC Maximum Current ##2G##OBC - OBC5 - CR_OBC_DcMaxCurr";
+CM_ SG_ 741 OBC_SeqSta "OBC_SequenceStatus ##2G##OBC - OBC13 - CF_OBC_SeqState";
+CM_ SG_ 741 OBC_PwrLmtSta "OBC_PowerLimitStatus ##2G##OBC - OBC5 - CF_OBC_PwrLmtStatus";
+CM_ SG_ 741 OBC_InfoCodVal "OBC_InfoCodeValue ##2G##OBC - OBC13 - CF_OBC_InfoCode";
+CM_ BO_ 330 "[P] Periodic";
+CM_ SG_ 330 OPU_Crc1Val "OPU_CyclicRedundancyCheck1Value";
+CM_ SG_ 330 OPU_IgVoltVal "OPU_IgVoltageValue";
+CM_ SG_ 330 OPU_InPwrVal "OPU_InputPowerValue";
+CM_ SG_ 330 OPU_PwrModTempVal "OPU_PowerModuleTemperatureValue";
+CM_ SG_ 330 OPU_TqLimPcReq "OPU_TorqueLimitPcRequest";
+CM_ SG_ 330 OPU_EwpRpmReq "OPU_EwpRpmRequest";
+CM_ SG_ 330 OPU_NVM_FrzFrmSta "OPU_NonVolatileMemory_FreezeFrameStatus";
+CM_ SG_ 330 OPU_NVM_FltSta "OPU_NonVolatileMemory_FaultStatus";
+CM_ SG_ 330 OPU_NVM_HealingSta "OPU_NonVolatileMemory_HealingStatus";
+CM_ SG_ 330 OPU_NVM_FltCntSta "OPU_NonVolatileMemory_FaultCountStatus";
+CM_ SG_ 330 OPU_NVM_CtrlablOffFrzFrmSta "OPU_NonVolatileMemory_ControllableOffFreezeFrameStatus";
+CM_ SG_ 330 OPU_NVM_CtrlablOffSta "OPU_NonVolatileMemory_ControllableOffStatus";
+CM_ SG_ 330 OPU_AlvCnt1Val "OPU_AliveCounter1Value";
+CM_ SG_ 330 OPU_NVM_CtrlablOffHealingSta "OPU_NonVolatileMemory_ControllableOffHealingStatus";
+CM_ SG_ 330 OPU_NVM_CtrlablOffCntSta "OPU_NonVolatileMemory_ControllableOffCountStatus";
+CM_ SG_ 330 OPU_SpdRpmVal "OPU_SpeedRpmValue";
+CM_ SG_ 330 OPU_CtrlablSta "OPU_ControllableStatus";
+CM_ SG_ 330 OPU_SysRdySta "OPU_SystemReadinessStatus";
+CM_ SG_ 330 OPU_EopTestSta "OPU_EopTestStatus";
+CM_ SG_ 330 OPU_PwmCtrlSta "OPU_PwmControlStatus";
+CM_ SG_ 330 OPU_HallCtrlSta "OPU_HallControlStatus";
+CM_ SG_ 330 OPU_RdySta "OPU_ReadyStatus";
+CM_ SG_ 330 OPU_FltCntReactReq "OPU_FaultCountingReactionRequest";
+CM_ SG_ 330 OPU_EopRunSta "OPU_EopRunStatus";
+CM_ SG_ 330 OPU_BmsMainRlyOffReq "OPU_BmsMainRlyOffRequest";
+CM_ SG_ 330 OPU_HiVoltIntlkReq "OPU_HighVoltageInterlockRequest";
+CM_ SG_ 330 OPU_MaxPhaseCurrLimSta "OPU_MaxPhaseCurrentLimitStatus";
+CM_ SG_ 330 OPU_CrshReactSta "OPU_CrashReactionStatus";
+CM_ SG_ 330 OPU_DtyPcVal "OPU_DutyPercenValue";
+CM_ SG_ 330 OPU_FltSta "OPU_FaultStatus";
+CM_ SG_ 330 OPU_PwrDeratingSta "OPU_PowerDeratingStatus";
+CM_ SG_ 330 OPU_MaxDtySta "OPU_MaxDutyStatus";
+CM_ SG_ 330 OPU_InHiVoltVal "OPU_InputHighvoltageValue";
+CM_ SG_ 330 OPU_InCurrVal "OPU_ConsumedInputCurrentValue";
+CM_ SG_ 330 OPU_RomVerVal "OPU_RomversionValue";
+CM_ BO_ 1706 "[EW] On Event and On Write";
+CM_ BO_ 1707 "[EW] On Event and On Write";
+CM_ BO_ 1976 "[EW] On Event and On Write";
+CM_ BO_ 1004 "[PE] Periodic and On Event";
+CM_ SG_ 1004 CF_RCS_SwTyp "RCS type";
+CM_ SG_ 1004 CF_RCS_OffRoad "OffRoad mode";
+CM_ SG_ 1004 CF_RCS_BtnSta "RCS Button Status";
+CM_ SG_ 1004 CF_RCS_RotateEnd "signal to inform end of rotate";
+CM_ SG_ 1004 CF_RCS_4wdLocking "4wd locking on/off signal";
+CM_ SG_ 1004 CF_RCS_DrvMod "Drive mode select";
+CM_ BO_ 1252 "[EC] On Event and On Change";
+CM_ SG_ 1252 RKE_Crc1Val "RKE_CyclicRedundancyCheck1Value";
+CM_ SG_ 1252 RKE_AlvCnt1Val "RKE_AliveCounter1Value";
+CM_ SG_ 1252 RKE_BtnReq "RemoteKey_ButtonRequest ##2G##BCM - BCMmsg01 - C_RKECmd";
+CM_ SG_ 1252 RKE_WdwUpDnReq "RemoteKey_WindowUpDownRequest ##2G##BCM - BCMmsg01 - C_WdwComfortCMDBCM";
+CM_ SG_ 1252 RKE_ID "RemoteKey_ID ##2G##BCM - BCMmsg01 - C_BCMRKEID";
+CM_ BO_ 293 "[P] Periodic";
+CM_ SG_ 293 SAS_Crc1Val "SAS_CyclicRedundancyCheck1Value";
+CM_ SG_ 293 SAS_AlvCnt1Val "SAS_AliveCounter1Value";
+CM_ SG_ 293 SAS_AnglVal "SAS_AngleValue";
+CM_ SG_ 293 SAS_SpdVal "SAS_SpeedValue";
+CM_ SG_ 293 SAS_IntSta "SAS_InternalStatus";
+CM_ BO_ 1580 "[EW] On Event and On Write";
+CM_ BO_ 1581 "[EW] On Event and On Write";
+CM_ BO_ 1982 "[EW] On Event and On Write";
+CM_ BO_ 304 "[P] Periodic";
+CM_ SG_ 304 SBW_SHFTR_FF_Crc1Val "SBW_SHFTR_FF_CyclicRedundancyCheck1Value";
+CM_ SG_ 304 SBW_SHFTR_FF_AlvCnt1Val "SBW_SHFTR_FF_AliveCounter1Value";
+CM_ SG_ 304 SBW_SHFTR_FF_LvrTyp "SBW_SHFTR_FF_LeverType
+ ##2G##LVR_FF - LVR12 - CF_Lvr_LeverType";
+CM_ SG_ 304 SBW_SHFTR_FF_P_Sta "SBW_SHFTR_FF_Park status
+ ##2G##LVR_FF - LVR12 - CF_Lvr_P_Status";
+CM_ SG_ 304 SBW_SHFTR_FF_LvrPosInfo "SBW_SHFTR_FF_Lever Position Information
+ ##2G##LVR_FF - LVR12 - CF_Lvr_PosInf";
+CM_ SG_ 304 SBW_SHFTR_FF_LvrWrngMsg "SBW_SHFTR_FF_Warning Message
+ ##2G##LVR_FF - LVR12 - CF_Lvr_Wrn";
+CM_ SG_ 304 SBW_SHFTR_FF_LvrUnitSta "SBW_SHFTR_FF_fault indicator ##2G##LVR_FF - LVR12 - CF_Lvr_UnitStatus";
+CM_ SG_ 304 SBW_SHFTR_FF_LvrIndicatorSta "SBW_SHFTR_FF_status indicator
+ ##2G##LVR_FF - LVR12 - CF_Lvr_IndicatorStatus";
+CM_ BO_ 1637 "[EW] On Event and On Write";
+CM_ BO_ 346 "[P] Periodic";
+CM_ SG_ 346 SCU_FF_Crc1Val "SCU_FF_CyclicRedundancyCheck1Value";
+CM_ SG_ 346 SCU_FF_AlvCnt1Val "SCU_FF_AliveCounter1Value";
+CM_ SG_ 346 SCU_FF_PosActSta "SCU_FF_PositionActualState";
+CM_ SG_ 346 SCU_FF_ErrSta "SCU_FF_ErrorState";
+CM_ SG_ 346 SCU_FF_EpbReq "SCU_FF_EpbApplyRequest";
+CM_ SG_ 346 SCU_FF_PosTarSta "SCU_FF_PostionTargetState";
+CM_ SG_ 346 SCU_FF_NConReq "SCU_FF_NPositionControlRequest";
+CM_ SG_ 346 SCU_FF_IG3WakeUp_Sta "This signal indicates Wake-up Status at IG.3";
+CM_ BO_ 933 "[P] Periodic";
+CM_ SG_ 933 SCU_FF_Crc2Val "SCU_FF_CyclicRedundancyCheck2Value";
+CM_ SG_ 933 SCU_FF_AlvCnt2Val "SCU_FF_AliveCounter2Value";
+CM_ SG_ 933 SCU_FF_WrnMsgClu "SCU_FF_WarningMessageCluster";
+CM_ SG_ 933 SCU_FF_NPosWshModSta "SCU_FF_NPositionWashModeState";
+CM_ BO_ 1638 "[EW] On Event and On Write";
+CM_ BO_ 1639 "[EW] On Event and On Write";
+CM_ BO_ 1640 "[EW] On Event and On Write";
+CM_ BO_ 1636 "[EW] On Event and On Write";
+CM_ BO_ 2030 "[EW] On Event and On Write";
+CM_ BO_ 1801 "[EW] On Event and On Write";
+CM_ SG_ 1801 SDC_GST_Byte0 "Diag Response from SDC";
+CM_ SG_ 1801 SDC_GST_Byte2 "Diag Response from SDC";
+CM_ SG_ 1801 SDC_GST_Byte3 "Diag Response from SDC";
+CM_ SG_ 1801 SDC_GST_Byte4 "Diag Response from SDC";
+CM_ SG_ 1801 SDC_GST_Byte5 "Diag Response from SDC";
+CM_ SG_ 1801 SDC_GST_Byte6 "Diag Response from SDC";
+CM_ SG_ 1801 SDC_GST_Byte7 "Diag Response from SDC";
+CM_ SG_ 1801 SDC_GST_Byte1 "Diag Response from SDC";
+CM_ BO_ 1253 "[EC] On Event and On Change";
+CM_ SG_ 1253 SMK_Crc1Val "SMK_CyclicRedundancyCheck1Value";
+CM_ SG_ 1253 SMK_AlvCnt1Val "SMK_AliveCounter1Value";
+CM_ SG_ 1253 DoorLock_PsvDrLkReq "DoorLock_PassiveDoorLockRequest ##2G##SMK - SMKmsg01 - C_PassiveAccessLock";
+CM_ SG_ 1253 DoorLock_PsvDrUnLkReq "DoorLock_PassiveDoorUnLockRequest ##2G##SMK - SMKmsg01 - C_PassiveAccessUnlock";
+CM_ SG_ 1253 DoorLock_DrvDrPsvAcsReq "DoorLock_DriverDoorPassiveAccessRequest ##2G##SMK - SMKmsg01 - C_PassiveFrtDrv";
+CM_ SG_ 1253 DoorLock_AsstDrPsvAcsReq "DoorLock_AssistDoorPassiveAccessRequest ##2G##SMK - SMKmsg01 - C_PassiveFrtAst";
+CM_ SG_ 1253 DoorLock_TrnkTlgtPsvAcsReq "DoorLock_TrunkTailgatePassiveAccessRequest ##2G##SMK - SMKmsg01 - C_PassiveTrunkTg";
+CM_ SG_ 1253 Auth_Req "Authentication_Request ##2G##SMK - SMKmsg03 - C_SMK_AuthReq";
+CM_ SG_ 1253 RSPA_DigitalKeyAuth "2G##SMK - SMKmsg01 - C_RSPADigitalKeyAuth";
+CM_ SG_ 1253 PHEV_PwrAutoOffReq "PHEV_PowerAutoOffRequest ##2G##SMK - SMKmsg01 - C_PowerAutoOff";
+CM_ SG_ 1253 Auth_Method "Authentication_Request ##2G##SMK - SMKmsg01 -C_SMK_AuthMethod";
+CM_ SG_ 1253 Auth_ISKLearnFdbck "Authentication_Request ##2G##SMK - SMKmsg01 - C_IBUISKLearnFB";
+CM_ SG_ 1253 Mirror_SmrtWlcmMirrReq "Mirror_SmartWelcomeMirrorRequest ##2G##SMK - SMKmsg01 - C_OSMirrCmdSMK";
+CM_ BO_ 1702 "[EW] On Event and On Write";
+CM_ BO_ 1575 "[EW] On Event and On Write";
+CM_ SG_ 1575 TCU_CST_RX_Byte0 "EOL Message for TCU";
+CM_ SG_ 1575 TCU_CST_RX_Byte2 "EOL Message for TCU";
+CM_ SG_ 1575 TCU_CST_RX_Byte3 "EOL Message for TCU";
+CM_ SG_ 1575 TCU_CST_RX_Byte4 "EOL Message for TCU";
+CM_ SG_ 1575 TCU_CST_RX_Byte5 "EOL Message for TCU";
+CM_ SG_ 1575 TCU_CST_RX_Byte6 "EOL Message for TCU";
+CM_ SG_ 1575 TCU_CST_RX_Byte7 "EOL Message for TCU";
+CM_ SG_ 1575 TCU_CST_RX_Byte1 "EOL Message for TCU";
+CM_ BO_ 1576 "[EW] On Event and On Write";
+CM_ SG_ 1576 TCU_CST_TS_Byte0 "EOL Message for TCU";
+CM_ SG_ 1576 TCU_CST_TS_Byte2 "EOL Message for TCU";
+CM_ SG_ 1576 TCU_CST_TS_Byte3 "EOL Message for TCU";
+CM_ SG_ 1576 TCU_CST_TS_Byte4 "EOL Message for TCU";
+CM_ SG_ 1576 TCU_CST_TS_Byte5 "EOL Message for TCU";
+CM_ SG_ 1576 TCU_CST_TS_Byte6 "EOL Message for TCU";
+CM_ SG_ 1576 TCU_CST_TS_Byte7 "EOL Message for TCU";
+CM_ SG_ 1576 TCU_CST_TS_Byte1 "EOL Message for TCU";
+CM_ BO_ 2025 "[EW] On Event and On Write";
+CM_ BO_ 923 "[P] Periodic";
+CM_ SG_ 923 VS_VehSlwDnReq "VS_SlowDownRequest";
+CM_ SG_ 923 VI_VehImmoReq "VI_ImmobilizeRequest";
+CM_ SG_ 923 RAC_DfrstCtrlReq "RAC_DefrostControlRequest";
+CM_ SG_ 923 VSVI_AlvCntVal "VSVI_AliveCounterValue";
+CM_ SG_ 923 RCC_ChrgCtrlReq "RCC_ChargeControlRequest";
+CM_ SG_ 923 RCC_ChrgModTyp "RCC_ChargeModeRequest";
+CM_ SG_ 923 RCC_ChrgDataVal "RCC_ChargeDataRequest";
+CM_ SG_ 923 RAC_AcnCtrlReq "RAC_AirconditionerControlRequest";
+CM_ SG_ 923 ECO_Ig3RlyModSta "ECO_Ig3RelayModeStatus";
+CM_ SG_ 923 ECO_SysRdySta "ECO_SystemReadyStatus";
+CM_ SG_ 923 RCC_ChrgCtrlCanclReq "RCC_ChargeControlCancelRequest";
+CM_ SG_ 923 RCC_FlCnfmSta "RCC_FailConfirmedStatus";
+CM_ SG_ 923 RAC_TempModTyp "RAC_TemperatureModeRequest";
+CM_ SG_ 923 RAC_TempSetVal "RAC_TemperatureSetRequest";
+CM_ BO_ 928 "[P] Periodic";
+CM_ SG_ 928 TPMS_Crc1Val "TPMS_CyclicRedundancyCheck1Value";
+CM_ SG_ 928 TPMS_AlvCnt1Val "TPMS_AliveCounter1Value";
+CM_ SG_ 928 TPMS_FLPosWrngLmpSta "TPMS_FrontLeftPositionWarningLampStatus ##2G##IBU - TPMS11 - POS_FL_W_LAMP";
+CM_ SG_ 928 TPMS_FRPosWrngLmpSta "TPMS_FrontRightPositionWarningLampStatus ##2G##IBU - TPMS11 - POS_FR_W_LAMP";
+CM_ SG_ 928 TPMS_RLPosWrngLmpSta "TPMS_RearLeftPositionWarningLampStatus ##2G##IBU - TPMS11 - POS_RL_W_LAMP";
+CM_ SG_ 928 TPMS_RRPosWrngLmpSta "TPMS_RearRightPositionWarningLampStatus ##2G##IBU - TPMS11 - POS_RR_W_LAMP";
+CM_ SG_ 928 TPMS_FLTirePrsrVal "TPMS_FrontLeftTirePressureValue ##2G##IBU - TPMS11 - PRESSURE_FL";
+CM_ SG_ 928 TPMS_FRTirePrsrVal "TPMS_FrontRightTirePressureValue ##2G##IBU - TPMS11 - PRESSURE_FR";
+CM_ SG_ 928 TPMS_RLTirePrsrVal "TPMS_RearLeftTirePressureValue ##2G##IBU - TPMS11 - PRESSURE_RL";
+CM_ SG_ 928 TPMS_RRTirePrsrVal "TPMS_RearRightTirePressureValue ##2G##IBU - TPMS11 - PRESSURE_RR";
+CM_ SG_ 928 TPMS_SnsrSta "TPMS_SensorStatus ##2G##IBU - TPMS11 - STATUS_TPMS";
+CM_ SG_ 928 TPMS_WrngLmpSta "TPMS_WarninglampStatus ##2G##IBU - TPMS11 - TPMS_W_LAMP";
+CM_ SG_ 928 TPMS_TreadWrngLmpSta "TPMS_TreadWarningLampStatus ##2G##IBU - TPMS11 - TREAD_W_LAMP";
+CM_ SG_ 928 TPMS_PrsrUnitSta "TPMS_PressureUnit ##2G##IBU - TPMS11 - UNIT";
+CM_ SG_ 928 TPMS_FLMuteTimer "TPMS_FrontLeftMuteTimer ##2G##IBU - TPMS12 - MUTETIMER_FL";
+CM_ SG_ 928 TPMS_FRMuteTimer "TPMS_FrontRightMuteTimer ##2G##IBU - TPMS12 - MUTETIMER_FR";
+CM_ SG_ 928 TPMS_RLMuteTimer "TPMS_RearLeftMuteTimer ##2G##IBU - TPMS12 - MUTETIMER_RL";
+CM_ SG_ 928 TPMS_RRMuteTimer "TPMS_RearRightMuteTimer ##2G##IBU - TPMS12 - MUTETIMER_RR";
+CM_ BO_ 2014 "[EW] On Event and On Write";
+CM_ BO_ 1023 "[EC] On Event and On Change";
+CM_ SG_ 1023 WAKEUP_Crc1Val "WAKEUP_CyclicRedundancyCheck1Value";
+CM_ SG_ 1023 WakeUp_DoorLock_DrvDrUnLkSta "For Wakeup : DoorLock_DriverDoorUnLockStatus ##2G## -  - C_DrvUnlockState,CF_Gway_DrvUnlockState";
+CM_ SG_ 1023 WAKEUP_AlvCnt1Val "WAKEUP_AliveCounter1Value";
+CM_ SG_ 1023 WakeUp_BCM_Ign1InSta "For Wakeup : BCM_Ignition1InputStatus ##2G##BCM - BCMmsg17 - C_Ign1";
+CM_ SG_ 1023 WakeUp_RKE_BtnReq "For Wakeup : RemoteKey_ButtonRequest ##2G##BCM - BCMmsg01 - C_RKECmd";
+CM_ SG_ 1023 WakeUp_Lamp_SmrtWlcmLtOnReq "For Wakeup : Lamp_SmartWelcomeLightOnRequest ##2G##SMK - SMKmsg17 - C_WlightOn";
+CM_ SG_ 1023 WakeUp_DoorLock_AsstDrUnLkSta "For Wakeup : DoorLock_AssistDoorUnLockStatus ##2G## -  - C_AstUnlockState,DoorLock_AsstDrUnLkSta";
+CM_ SG_ 1023 WakeUp_DoorLock_RrLftDrUnLkSta "For Wakeup : DoorLock_RearLeftDoorUnLockStatus ##2G## -  - C_RLUnlockState,DoorLock_RrLftDrUnLkSta";
+CM_ SG_ 1023 WakeUp_DoorLock_RrRtDrUnLkSta "For Wakeup : DoorLock_RearRightDoorUnLockStatus ##2G## -  - C_RRUnlockState,DoorLock_RrRtDrUnLkSta";
+CM_ SG_ 1023 WakeUp_Warn_AsstDrSwSta "For Wakeup : Warn_AssistDoorSwitchStatus ##2G## -  - C_AstDrSw,CF_Gway_AstDrSw,Warn_AsstDrSwSta";
+CM_ SG_ 1023 WakeUp_Warn_RrLftDrSwSta "For Wakeup : Warn_RearLeftDoorSwitchStatus ##2G## -  - C_RLDrSw,CF_Gway_RLDrSw,Warn_RrLftDrSwSta";
+CM_ SG_ 1023 WakeUp_Warn_RrRtDrSwSta "For Wakeup : Warn_RearRightDoorSwitchStatus ##2G## -  - C_RRDrSw,CF_Gway_RRDrSw,Warn_RrRtDrSwSta";
+CM_ SG_ 1023 WakeUp_Trunk_TrnkTlgtSwSta "For Wakeup : Trunk_TrunkTailgateSwitchStatus ##2G## -  - C_TrunkTgSw,CF_Gway_TrunkTgSw,Trunk_TrnkTlgtSwSta";
+CM_ SG_ 1023 WakeUp_Warn_DrvDrSwSta "For Wakeup : DoorLock_DriverDoorSwitchStatus ##2G## -  - C_DrvDrSw,CF_Gway_DrvDrSw,Warn_DrvDrSwSta";
+CM_ BO_ 160 "[P] Periodic";
+CM_ SG_ 160 WHL_Crc1Val "WHL_CyclicRedundancyCheck1Value";
+CM_ SG_ 160 WHL_SpdRRVal "WHL_SpeedRearRightValue ##2G##ESC - WHL_SPD11 - WHL_SPD_RR";
+CM_ SG_ 160 WHL_AlvCnt1Val "WHL_AliveCounter1Value";
+CM_ SG_ 160 WHL_PlsFLVal "WHL_PulseFrontLeftValue ##2G##ESC - WHL_PUL11 - WHL_PUL_FL";
+CM_ SG_ 160 WHL_PlsFRVal "WHL_PulseFrontRightValue ##2G##ESC - WHL_PUL11 - WHL_PUL_FR";
+CM_ SG_ 160 WHL_PlsRLVal "WHL_PulseRearLeftValue ##2G##ESC - WHL_PUL11 - WHL_PUL_RL";
+CM_ SG_ 160 WHL_PlsRRVal "WHL_PulseRearRightValue ##2G##ESC - WHL_PUL11 - WHL_PUL_RR";
+CM_ SG_ 160 WHL_DirFLVal "WHL_DirectionFrontLeftValue ##2G##ESC - WHL_PUL11 - WHL_DIR_FL";
+CM_ SG_ 160 WHL_DirFRVal "WHL_DirectionFrontRightValue ##2G##ESC - WHL_PUL11 - WHL_DIR_FR";
+CM_ SG_ 160 WHL_DirRLVal "WHL_DirectionRearLeftValue ##2G##ESC - WHL_PUL11 - WHL_DIR_RL";
+CM_ SG_ 160 WHL_DirRRVal "WHL_DirectionRearRightValue ##2G##ESC - WHL_PUL11 - WHL_DIR_RR";
+CM_ SG_ 160 WHL_SpdFLVal "WHL_SpeedFrontLeftValue ##2G##ESC - WHL_SPD11 - WHL_SPD_FL";
+CM_ SG_ 160 WHL_SpdFRVal "WHL_SpeedFrontRightValue ##2G##ESC - WHL_SPD11 - WHL_SPD_FR";
+CM_ SG_ 160 WHL_SpdRLVal "WHL_SpeedRearLeftValue ##2G##ESC - WHL_SPD11 - WHL_SPD_RL";
+CM_ BO_ 1616 "[EW] On Event and On Write";
+CM_ SG_ 1616 XCP_7DCT_GA_RX_Byte0 "EOL Message for 7DCT_GA";
+CM_ SG_ 1616 XCP_7DCT_GA_RX_Byte2 "EOL Message for 7DCT_GA";
+CM_ SG_ 1616 XCP_7DCT_GA_RX_Byte3 "EOL Message for 7DCT_GA";
+CM_ SG_ 1616 XCP_7DCT_GA_RX_Byte4 "EOL Message for 7DCT_GA";
+CM_ SG_ 1616 XCP_7DCT_GA_RX_Byte5 "EOL Message for 7DCT_GA";
+CM_ SG_ 1616 XCP_7DCT_GA_RX_Byte6 "EOL Message for 7DCT_GA";
+CM_ SG_ 1616 XCP_7DCT_GA_RX_Byte7 "EOL Message for 7DCT_GA";
+CM_ SG_ 1616 XCP_7DCT_GA_RX_Byte1 "EOL Message for 7DCT_GA";
+CM_ BO_ 1617 "[EW] On Event and On Write";
+CM_ SG_ 1617 XCP_7DCT_GA_TX_Byte0 "EOL Message for 7DCT_GA";
+CM_ SG_ 1617 XCP_7DCT_GA_TX_Byte2 "EOL Message for 7DCT_GA";
+CM_ SG_ 1617 XCP_7DCT_GA_TX_Byte3 "EOL Message for 7DCT_GA";
+CM_ SG_ 1617 XCP_7DCT_GA_TX_Byte4 "EOL Message for 7DCT_GA";
+CM_ SG_ 1617 XCP_7DCT_GA_TX_Byte5 "EOL Message for 7DCT_GA";
+CM_ SG_ 1617 XCP_7DCT_GA_TX_Byte6 "EOL Message for 7DCT_GA";
+CM_ SG_ 1617 XCP_7DCT_GA_TX_Byte7 "EOL Message for 7DCT_GA";
+CM_ SG_ 1617 XCP_7DCT_GA_TX_Byte1 "EOL Message for 7DCT_GA";
+CM_ BO_ 74 "[P] Periodic";
+CM_ SG_ 74 YRS_Crc1Val "YRS_CyclicRedundancyCheck1Value";
+CM_ SG_ 74 YRS_SnsrTempVal "YRS_SensorTemperatureValue ##2G##YRS - YRS12 - YRS_Temp";
+CM_ SG_ 74 YRS_ImuSeralNumVal "YRS_ImuSerialNumberValue ##2G##YRS - YRS13 - YRS_SeralNo";
+CM_ SG_ 74 YRS_AlvCnt1Val "YRS_AliveCounter1Value";
+CM_ SG_ 74 YRS_YawSigSta "YRS_YawSignalStatus ##2G##YRS - YRS11 - CF_Yrs_YrStat";
+CM_ SG_ 74 YRS_LatAccelSigSta "YRS_LateralAccelerationSignalStatus ##2G##YRS - YRS11 - CF_Yrs_LatAcStat";
+CM_ SG_ 74 YRS_LongAccelSigSta "YRS_LongitudinalAccelerationSignalStatus ##2G##YRS - YRS12 - CF_Yrs_LongAcStat";
+CM_ SG_ 74 YRS_McuVoltSta "YRS_McuVoltageStatus ##2G##YRS - YRS11 - CF_Yrs_MCUStat";
+CM_ SG_ 74 YRS_AcuRstSta "YRS_AcuResetStatus ##2G##YRS - YRS12 - CF_IMU_ResetStat";
+CM_ SG_ 74 YRS_SnsrTyp "YRS_SensorType ##2G##YRS - YRS12 - CF_Yrs_Type";
+CM_ SG_ 74 YRS_YawRtVal "YRS_YawRateValue ##2G##YRS - YRS11 - CR_Yrs_Yr";
+CM_ SG_ 74 YRS_LatAccelVal "YRS_LateralAccelerationValue ##2G##YRS - YRS11 - CR_Yrs_LatAc";
+CM_ SG_ 74 YRS_LongAccelVal "YRS_LongitudinalAccelerationValue ##2G##YRS - YRS12 - CR_Yrs_LongAc";
+CM_ BO_ 1618 "[EW] On Event and On Write";
+CM_ SG_ 1618 _7DCT_GA_DAQ0_Byte0 "EOL Message for 7DCT_GA";
+CM_ SG_ 1618 _7DCT_GA_DAQ0_Byte2 "EOL Message for 7DCT_GA";
+CM_ SG_ 1618 _7DCT_GA_DAQ0_Byte3 "EOL Message for 7DCT_GA";
+CM_ SG_ 1618 _7DCT_GA_DAQ0_Byte4 "EOL Message for 7DCT_GA";
+CM_ SG_ 1618 _7DCT_GA_DAQ0_Byte5 "EOL Message for 7DCT_GA";
+CM_ SG_ 1618 _7DCT_GA_DAQ0_Byte6 "EOL Message for 7DCT_GA";
+CM_ SG_ 1618 _7DCT_GA_DAQ0_Byte7 "EOL Message for 7DCT_GA";
+CM_ SG_ 1618 _7DCT_GA_DAQ0_Byte1 "EOL Message for 7DCT_GA";
+CM_ BO_ 1619 "[EW] On Event and On Write";
+CM_ SG_ 1619 _7DCT_GA_DAQ1_Byte0 "EOL Message for 7DCT_GA";
+CM_ SG_ 1619 _7DCT_GA_DAQ1_Byte2 "EOL Message for 7DCT_GA";
+CM_ SG_ 1619 _7DCT_GA_DAQ1_Byte3 "EOL Message for 7DCT_GA";
+CM_ SG_ 1619 _7DCT_GA_DAQ1_Byte4 "EOL Message for 7DCT_GA";
+CM_ SG_ 1619 _7DCT_GA_DAQ1_Byte5 "EOL Message for 7DCT_GA";
+CM_ SG_ 1619 _7DCT_GA_DAQ1_Byte6 "EOL Message for 7DCT_GA";
+CM_ SG_ 1619 _7DCT_GA_DAQ1_Byte7 "EOL Message for 7DCT_GA";
+CM_ SG_ 1619 _7DCT_GA_DAQ1_Byte1 "EOL Message for 7DCT_GA";
+CM_ BO_ 1620 "[EW] On Event and On Write";
+CM_ SG_ 1620 _7DCT_GA_DAQ2_Byte0 "EOL Message for 7DCT_GA";
+CM_ SG_ 1620 _7DCT_GA_DAQ2_Byte2 "EOL Message for 7DCT_GA";
+CM_ SG_ 1620 _7DCT_GA_DAQ2_Byte3 "EOL Message for 7DCT_GA";
+CM_ SG_ 1620 _7DCT_GA_DAQ2_Byte4 "EOL Message for 7DCT_GA";
+CM_ SG_ 1620 _7DCT_GA_DAQ2_Byte5 "EOL Message for 7DCT_GA";
+CM_ SG_ 1620 _7DCT_GA_DAQ2_Byte6 "EOL Message for 7DCT_GA";
+CM_ SG_ 1620 _7DCT_GA_DAQ2_Byte7 "EOL Message for 7DCT_GA";
+CM_ SG_ 1620 _7DCT_GA_DAQ2_Byte1 "EOL Message for 7DCT_GA";
+CM_ BO_ 1621 "[EW] On Event and On Write";
+CM_ SG_ 1621 _7DCT_GA_DAQ3_Byte0 "EOL Message for 7DCT_GA";
+CM_ SG_ 1621 _7DCT_GA_DAQ3_Byte2 "EOL Message for 7DCT_GA";
+CM_ SG_ 1621 _7DCT_GA_DAQ3_Byte3 "EOL Message for 7DCT_GA";
+CM_ SG_ 1621 _7DCT_GA_DAQ3_Byte4 "EOL Message for 7DCT_GA";
+CM_ SG_ 1621 _7DCT_GA_DAQ3_Byte5 "EOL Message for 7DCT_GA";
+CM_ SG_ 1621 _7DCT_GA_DAQ3_Byte6 "EOL Message for 7DCT_GA";
+CM_ SG_ 1621 _7DCT_GA_DAQ3_Byte7 "EOL Message for 7DCT_GA";
+CM_ SG_ 1621 _7DCT_GA_DAQ3_Byte1 "EOL Message for 7DCT_GA";
+CM_ BO_ 1804 "[EW] On Event and On Write";
+CM_ SG_ 1804 _7DCT_GA_FDC1_GST_Byte0 "Diag Response from 7DCT_GA_FDC1";
+CM_ SG_ 1804 _7DCT_GA_FDC1_GST_Byte2 "Diag Response from 7DCT_GA_FDC1";
+CM_ SG_ 1804 _7DCT_GA_FDC1_GST_Byte3 "Diag Response from 7DCT_GA_FDC1";
+CM_ SG_ 1804 _7DCT_GA_FDC1_GST_Byte4 "Diag Response from 7DCT_GA_FDC1";
+CM_ SG_ 1804 _7DCT_GA_FDC1_GST_Byte5 "Diag Response from 7DCT_GA_FDC1";
+CM_ SG_ 1804 _7DCT_GA_FDC1_GST_Byte6 "Diag Response from 7DCT_GA_FDC1";
+CM_ SG_ 1804 _7DCT_GA_FDC1_GST_Byte7 "Diag Response from 7DCT_GA_FDC1";
+CM_ SG_ 1804 _7DCT_GA_FDC1_GST_Byte1 "Diag Response from 7DCT_GA_FDC1";
+BA_DEF_ BO_ "GenMsgEVName" STRING ;
+BA_DEF_ BU_ "NmAsrNodeIdentifier" HEX 0 255 ;
+BA_DEF_ BU_ "NmAsrCanMsgReducedTime" INT 0 1000 ;
+BA_DEF_ BU_ "NmAsrCanMsgCycleOffset" INT 0 0 ;
+BA_DEF_ "NmAsrWaitBusSleepTime" INT 0 100000 ;
+BA_DEF_ "NmAsrTimeoutTime" INT 0 100000 ;
+BA_DEF_ "NmAsrRepeatMessageTime" INT 0 100000 ;
+BA_DEF_ "NmAsrMessageCount" INT 1 128 ;
+BA_DEF_ "NmAsrCanMsgCycleTime" INT 0 100 ;
+BA_DEF_ "NmAsrBaseAddress" HEX 0 536870911 ;
+BA_DEF_ BO_ "NmAsrMessage" ENUM "No","Yes" ;
+BA_DEF_ BO_ "DiagState" ENUM "No","Yes" ;
+BA_DEF_ BO_ "DiagResponse" ENUM "No","Yes" ;
+BA_DEF_ BO_ "DiagRequest" ENUM "No","Yes" ;
+BA_DEF_ BO_ "TpMessage" ENUM "No","Yes" ;
+BA_DEF_ SG_ "UsrSigIDS" ENUM "Yes","No" ;
+BA_DEF_ BO_ "UsrMsgIDSforwardDeviation" INT 0 100 ;
+BA_DEF_ BO_ "UsrMsgIDSbackwardDeviation" INT 50 1000 ;
+BA_DEF_ BO_ "UsrMsgIDS" ENUM "Yes","No" ;
+BA_DEF_ "BusType" STRING ;
+BA_DEF_ "DBName" STRING ;
+BA_DEF_ "Baudrate" INT 50000 1000000 ;
+BA_DEF_ "BRS" INT 0 1 ;
+BA_DEF_ "GenEnvVarEndingDsp" STRING ;
+BA_DEF_ "GenEnvVarEndingSnd" STRING ;
+BA_DEF_ "GenEnvVarPrefix" STRING ;
+BA_DEF_ "GenNWMApBusSleep" STRING ;
+BA_DEF_ "GenNWMApCanNormal" STRING ;
+BA_DEF_ "GenNWMApCanOff" STRING ;
+BA_DEF_ "GenNWMApCanOn" STRING ;
+BA_DEF_ "GenNWMApCanSleep" STRING ;
+BA_DEF_ "GenNWMApCanWakeUp" STRING ;
+BA_DEF_ "GenNWMGotoMode_Awake" STRING ;
+BA_DEF_ "GenNWMGotoMode_BusSleep" STRING ;
+BA_DEF_ "GenNWMSleepTime" INT 1375 1650 ;
+BA_DEF_ "GenNWMTalkNM" STRING ;
+BA_DEF_ "Manufacturer" STRING ;
+BA_DEF_ "NmBaseAddress" HEX 0 2047 ;
+BA_DEF_ "NmMessageCount" INT 0 128 ;
+BA_DEF_ "NmType" STRING ;
+BA_DEF_ "SamplePointMax" INT 50 85 ;
+BA_DEF_ "SamplePointMin" INT 55 85 ;
+BA_DEF_ "SyncJumpWidthMax" INT 1 8 ;
+BA_DEF_ "SyncJumpWidthMin" INT 1 4 ;
+BA_DEF_ "VersionDay" INT 1 31 ;
+BA_DEF_ "VersionMonth" INT 1 12 ;
+BA_DEF_ "VersionNumber" INT 0 9999 ;
+BA_DEF_ "VersionNumberInternal" INT 0 9999 ;
+BA_DEF_ "VersionWeek" INT 1 53 ;
+BA_DEF_ "VersionYear" INT 0 9999 ;
+BA_DEF_ BU_ "NmStationAddress" HEX 0 127 ;
+BA_DEF_ BU_ "NmNode" ENUM "No","Yes" ;
+BA_DEF_ BU_ "CANoeDrift" INT 0 0 ;
+BA_DEF_ BU_ "CANoeJitterMax" INT 0 0 ;
+BA_DEF_ BU_ "CANoeJitterMin" INT 0 0 ;
+BA_DEF_ BU_ "CANoeStartDelay" INT 0 0 ;
+BA_DEF_ BU_ "GenNodSleepTime" INT 1375 1650 ;
+BA_DEF_ BU_ "ILUsed" ENUM "No","Yes" ;
+BA_DEF_ BU_ "NmCAN" INT 1 2 ;
+BA_DEF_ BU_ "NodeLayerModules" STRING ;
+BA_DEF_ BU_ "NWM_Knoten" ENUM "No","Yes" ;
+BA_DEF_ BU_ "TpRxIdentifier" HEX 0 0 ;
+BA_DEF_ BU_ "TpTxIdentifier" HEX 0 0 ;
+BA_DEF_ BO_ "GenMsgCycleTime" INT 0 2000 ;
+BA_DEF_ BO_ "GenMsgStartDelayTime" INT 0 2000 ;
+BA_DEF_ BO_ "GenMsgSendType" ENUM "Cyclic","NoMsgSendType" ;
+BA_DEF_ BO_ "GenMsgCycleTimeFast" INT 0 500 ;
+BA_DEF_ BO_ "GenMsgDelayTime" INT 0 20 ;
+BA_DEF_ BO_ "GenMsgFastOnStart" INT 0 0 ;
+BA_DEF_ BO_ "GenMsgILSupport" ENUM "No","Yes" ;
+BA_DEF_ BO_ "GenMsgMinAcceptLength" INT 0 0 ;
+BA_DEF_ BO_ "GenMsgNrOfRepetition" INT 0 3 ;
+BA_DEF_ BO_ "NmMessage" ENUM "No","Yes" ;
+BA_DEF_ BO_ "NWM-Botschaft" ENUM "No","Yes" ;
+BA_DEF_ BO_ "TpTxIndex" INT 0 255 ;
+BA_DEF_ BO_ "VFrameFormat" ENUM "StandardCAN","ExtendedCAN","reserved","reserved","reserved","reserved","reserved","reserved","reserved","reserved","reserved","reserved","reserved","reserved","StandardCAN_FD","ExtendedCAN_FD" ;
+BA_DEF_ SG_ "SignalLongName" STRING ;
+BA_DEF_ SG_ "UserSigValidity" ENUM "B+","ACC","IG","IG1","IG2","IG3","IG1 or IG2","IG1 or IG3","Undef" ;
+BA_DEF_ SG_ "TimeoutValue" STRING ;
+BA_DEF_ SG_ "UsrSigPurpose" ENUM "Undef","FN","DIAG","DIAG(Req)","DIAG(Res)","DIAG(Phy)","DEV","CCP(Req)","CCP(Res)","NM","TP" ;
+BA_DEF_ SG_ "GenSigStartValue" INT 0 1215752192 ;
+BA_DEF_ SG_ "NetworkRequest" ENUM "Yes","No" ;
+BA_DEF_ SG_ "NetworkRequestHoldingTime" INT 0 65535 ;
+BA_DEF_ SG_ "Description" STRING ;
+BA_DEF_ SG_ "Version" STRING ;
+BA_DEF_ SG_ "GenSigEnvVarType" ENUM "Int","Float","Undef" ;
+BA_DEF_ SG_ "GenSigEVName" STRING ;
+BA_DEF_ SG_ "GenSigInactiveValue" INT 0 65536 ;
+BA_DEF_ SG_ "GenSigSendType" ENUM "Cyclic","OnWrite","OnWriteWithRepetition","OnChange","OnChangeWithRepetition","IfActive","IfActiveWithRepetition","NoSigSendType","OnChangeAndIfActive","OnChangeAndIfActiveWithRepetition" ;
+BA_DEF_ SG_ "GenSigTimeoutMsg" HEX 0 2047 ;
+BA_DEF_ SG_ "GwSigLatencyTime" INT 0 65536 ;
+BA_DEF_ SG_ "GwSigMissingSourceType" ENUM "Undef","OldValue","DefaultValue","InitialValue" ;
+BA_DEF_ SG_ "NWM-WakeupAllowed" ENUM "<n.a.>" ;
+BA_DEF_ SG_ "UndefinedValueRangeBegin" INT 0 0 ;
+BA_DEF_ SG_ "RoutingFactor" INT 1 1215752192 ;
+BA_DEF_ "Datarate" INT 2000000 8000000 ;
+BA_DEF_REL_ BU_SG_REL_ "GenSigTimeoutTime" INT 0 7000 ;
+BA_DEF_DEF_ "GenMsgEVName" "@Signame" ;
+BA_DEF_DEF_ "NmAsrNodeIdentifier" 0 ;
+BA_DEF_DEF_ "NmAsrCanMsgReducedTime" 1000 ;
+BA_DEF_DEF_ "NmAsrCanMsgCycleOffset" 0 ;
+BA_DEF_DEF_ "NmAsrWaitBusSleepTime" 1500 ;
+BA_DEF_DEF_ "NmAsrTimeoutTime" 1000 ;
+BA_DEF_DEF_ "NmAsrRepeatMessageTime" 1200 ;
+BA_DEF_DEF_ "NmAsrMessageCount" 128 ;
+BA_DEF_DEF_ "NmAsrCanMsgCycleTime" 100 ;
+BA_DEF_DEF_ "NmAsrBaseAddress" 1280 ;
+BA_DEF_DEF_ "NmAsrMessage" "No" ;
+BA_DEF_DEF_ "DiagState" "No" ;
+BA_DEF_DEF_ "DiagResponse" "No" ;
+BA_DEF_DEF_ "DiagRequest" "No" ;
+BA_DEF_DEF_ "TpMessage" "No" ;
+BA_DEF_DEF_ "UsrSigIDS" "No" ;
+BA_DEF_DEF_ "UsrMsgIDSforwardDeviation" 10 ;
+BA_DEF_DEF_ "UsrMsgIDSbackwardDeviation" 100 ;
+BA_DEF_DEF_ "UsrMsgIDS" "No" ;
+BA_DEF_DEF_ "BusType" "CAN FD" ;
+BA_DEF_DEF_ "DBName" "" ;
+BA_DEF_DEF_ "Baudrate" 500000 ;
+BA_DEF_DEF_ "BRS" 1 ;
+BA_DEF_DEF_ "GenEnvVarEndingDsp" "Dsp_" ;
+BA_DEF_DEF_ "GenEnvVarEndingSnd" "_" ;
+BA_DEF_DEF_ "GenEnvVarPrefix" "Env" ;
+BA_DEF_DEF_ "GenNWMApBusSleep" "AppNmCanBusSleep()" ;
+BA_DEF_DEF_ "GenNWMApCanNormal" "AppNmCanNormal()" ;
+BA_DEF_DEF_ "GenNWMApCanOff" "ApplCanOffline()" ;
+BA_DEF_DEF_ "GenNWMApCanOn" "ApplCanOnline()" ;
+BA_DEF_DEF_ "GenNWMApCanSleep" "ApplNmCanSleep()" ;
+BA_DEF_DEF_ "GenNWMApCanWakeUp" "ApplCanWakeUp()" ;
+BA_DEF_DEF_ "GenNWMGotoMode_Awake" "GotoMode_Awake()" ;
+BA_DEF_DEF_ "GenNWMGotoMode_BusSleep" "GotoMode_BusSleep()" ;
+BA_DEF_DEF_ "GenNWMSleepTime" 1500 ;
+BA_DEF_DEF_ "GenNWMTalkNM" "TalkNM()" ;
+BA_DEF_DEF_ "Manufacturer" "HMC" ;
+BA_DEF_DEF_ "NmBaseAddress" 1280 ;
+BA_DEF_DEF_ "NmMessageCount" 128 ;
+BA_DEF_DEF_ "NmType" "AsrNm" ;
+BA_DEF_DEF_ "SamplePointMax" 80 ;
+BA_DEF_DEF_ "SamplePointMin" 80 ;
+BA_DEF_DEF_ "SyncJumpWidthMax" 3 ;
+BA_DEF_DEF_ "SyncJumpWidthMin" 2 ;
+BA_DEF_DEF_ "VersionDay" 1 ;
+BA_DEF_DEF_ "VersionMonth" 1 ;
+BA_DEF_DEF_ "VersionNumber" 0 ;
+BA_DEF_DEF_ "VersionNumberInternal" 0 ;
+BA_DEF_DEF_ "VersionWeek" 1 ;
+BA_DEF_DEF_ "VersionYear" 0 ;
+BA_DEF_DEF_ "NmStationAddress" 0 ;
+BA_DEF_DEF_ "NmNode" "No" ;
+BA_DEF_DEF_ "CANoeDrift" 0 ;
+BA_DEF_DEF_ "CANoeJitterMax" 0 ;
+BA_DEF_DEF_ "CANoeJitterMin" 0 ;
+BA_DEF_DEF_ "CANoeStartDelay" 0 ;
+BA_DEF_DEF_ "GenNodSleepTime" 1500 ;
+BA_DEF_DEF_ "ILUsed" "Yes" ;
+BA_DEF_DEF_ "NmCAN" 1 ;
+BA_DEF_DEF_ "NodeLayerModules" "AsrNM33.DLL,CANoeILNLVector.DLL" ;
+BA_DEF_DEF_ "NWM_Knoten" "Yes" ;
+BA_DEF_DEF_ "TpRxIdentifier" 0 ;
+BA_DEF_DEF_ "TpTxIdentifier" 0 ;
+BA_DEF_DEF_ "GenMsgCycleTime" 200 ;
+BA_DEF_DEF_ "GenMsgStartDelayTime" 0 ;
+BA_DEF_DEF_ "GenMsgSendType" "NoMsgSendType" ;
+BA_DEF_DEF_ "GenMsgCycleTimeFast" 40 ;
+BA_DEF_DEF_ "GenMsgDelayTime" 20 ;
+BA_DEF_DEF_ "GenMsgFastOnStart" 0 ;
+BA_DEF_DEF_ "GenMsgILSupport" "Yes" ;
+BA_DEF_DEF_ "GenMsgMinAcceptLength" 0 ;
+BA_DEF_DEF_ "GenMsgNrOfRepetition" 3 ;
+BA_DEF_DEF_ "NmMessage" "No" ;
+BA_DEF_DEF_ "NWM-Botschaft" "No" ;
+BA_DEF_DEF_ "TpTxIndex" 0 ;
+BA_DEF_DEF_ "VFrameFormat" "StandardCAN" ;
+BA_DEF_DEF_ "SignalLongName" "" ;
+BA_DEF_DEF_ "UserSigValidity" "IG" ;
+BA_DEF_DEF_ "TimeoutValue" "" ;
+BA_DEF_DEF_ "UsrSigPurpose" "FN" ;
+BA_DEF_DEF_ "GenSigStartValue" 0 ;
+BA_DEF_DEF_ "NetworkRequest" "No" ;
+BA_DEF_DEF_ "NetworkRequestHoldingTime" 0 ;
+BA_DEF_DEF_ "Description" "" ;
+BA_DEF_DEF_ "Version" "" ;
+BA_DEF_DEF_ "GenSigEnvVarType" "Undef" ;
+BA_DEF_DEF_ "GenSigEVName" "" ;
+BA_DEF_DEF_ "GenSigInactiveValue" 0 ;
+BA_DEF_DEF_ "GenSigSendType" "NoSigSendType" ;
+BA_DEF_DEF_ "GenSigTimeoutMsg" 0 ;
+BA_DEF_DEF_ "GwSigLatencyTime" 40 ;
+BA_DEF_DEF_ "GwSigMissingSourceType" "Undef" ;
+BA_DEF_DEF_ "NWM-WakeupAllowed" "<n.a.>" ;
+BA_DEF_DEF_ "UndefinedValueRangeBegin" 0 ;
+BA_DEF_DEF_ "RoutingFactor" 1 ;
+BA_DEF_DEF_ "Datarate" 2000000 ;
+BA_DEF_DEF_REL_ "GenSigTimeoutTime" 500 ;
+BA_ "DBName" "CANFD";
+BA_ "VersionDay" 16;
+BA_ "VersionMonth" 4;
+BA_ "VersionYear" 2020;
+BA_ "VersionWeek" 16;
+BA_ "NmStationAddress" BU_ CGW 22;
+BA_ "NmNode" BU_ CGW 1;
+BA_ "GenMsgSendType" BO_ 111 0;
+BA_ "GenMsgCycleTime" BO_ 111 10;
+BA_ "GenMsgCycleTimeFast" BO_ 111 0;
+BA_ "GenMsgNrOfRepetition" BO_ 111 0;
+BA_ "GenMsgDelayTime" BO_ 111 0;
+BA_ "GenMsgStartDelayTime" BO_ 111 0;
+BA_ "VFrameFormat" BO_ 111 14;
+BA_ "NmStationAddress" BU_ TCU 115;
+BA_ "NmNode" BU_ TCU 1;
+BA_ "Description" SG_ 111 ABS_ESC_Crc1Val "The data area for CRC calculation is based on the data length (DLC) of the message DB.
+
+The CRC shall be calculated over the entire data block (excluding the CRC bytes) including the user data, alive counter and Data ID
+
+ 
+
+- CRC Polynomial (0x1021) , Initial Value : 0xFFFF, XOR value : 0x0000, Data ID : Message ID + 0xF800 
+
+- The initial value is for CRC calculation and the message should be sent with the calculated result value. 
+
+- The mathematical expression to 16 bit CRC polynomial is given here. G(x) = x16 + x12 + x5 + 1";
+BA_ "GenSigStartValue" SG_ 111 ABS_ESC_Crc1Val 65535;
+BA_ "UserSigValidity" SG_ 111 ABS_ESC_Crc1Val 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 111 ABS_ESC_Crc1Val 500;
+BA_ "NetworkRequestHoldingTime" SG_ 111 ABS_ESC_Crc1Val 0;
+BA_ "RoutingFactor" SG_ 111 ABS_ESC_Crc1Val 5;
+BA_ "Version" SG_ 111 ABS_ESC_Crc1Val "18.12.05";
+BA_ "Description" SG_ 111 ABS_ESC_AlvCnt1Val "For the first transmission request for a data element the counter shall be initialized with 0 and shall be incremented by 1 for every subsequent send request. 
+
+When the counter reaches the maximum value(0xFF), then it shall restart with 0 for the next send request";
+BA_ "GenSigStartValue" SG_ 111 ABS_ESC_AlvCnt1Val 0;
+BA_ "UserSigValidity" SG_ 111 ABS_ESC_AlvCnt1Val 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 111 ABS_ESC_AlvCnt1Val 500;
+BA_ "NetworkRequestHoldingTime" SG_ 111 ABS_ESC_AlvCnt1Val 0;
+BA_ "RoutingFactor" SG_ 111 ABS_ESC_AlvCnt1Val 5;
+BA_ "Version" SG_ 111 ABS_ESC_AlvCnt1Val "18.12.05";
+BA_ "Description" SG_ 111 ABS_WrngLmpSta "The signal indicates the status of the “ABS Warning lamp”";
+BA_ "GenSigStartValue" SG_ 111 ABS_WrngLmpSta 0;
+BA_ "UserSigValidity" SG_ 111 ABS_WrngLmpSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 111 ABS_WrngLmpSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 111 ABS_WrngLmpSta 0;
+BA_ "RoutingFactor" SG_ 111 ABS_WrngLmpSta 5;
+BA_ "Version" SG_ 111 ABS_WrngLmpSta "19.07.02";
+BA_ "NmStationAddress" BU_ AWD 125;
+BA_ "NmNode" BU_ AWD 1;
+BA_ "Description" SG_ 111 ABS_DfctvSta "Information regarding the ABS 'defective' indication.";
+BA_ "GenSigStartValue" SG_ 111 ABS_DfctvSta 0;
+BA_ "UserSigValidity" SG_ 111 ABS_DfctvSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 111 ABS_DfctvSta 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 111 ABS_DfctvSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 111 ABS_DfctvSta 0;
+BA_ "RoutingFactor" SG_ 111 ABS_DfctvSta 5;
+BA_ "Version" SG_ 111 ABS_DfctvSta "19.07.02";
+BA_ "Description" SG_ 111 ABS_ActvSta "ABS controller provides an information on ABS Active signal.
+
+
+
+ABS_ACT signal is 1 during the ABS control and if it is not ABS control phase this value is 0.";
+BA_ "GenSigStartValue" SG_ 111 ABS_ActvSta 0;
+BA_ "UserSigValidity" SG_ 111 ABS_ActvSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 111 ABS_ActvSta 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 111 ABS_ActvSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 111 ABS_ActvSta 0;
+BA_ "RoutingFactor" SG_ 111 ABS_ActvSta 5;
+BA_ "Version" SG_ 111 ABS_ActvSta "19.07.02";
+BA_ "Description" SG_ 111 ABS_DiagSta "Information regarding the ABS/TCS/ESC “diagnostic mode” indication.";
+BA_ "GenSigStartValue" SG_ 111 ABS_DiagSta 0;
+BA_ "UserSigValidity" SG_ 111 ABS_DiagSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 111 ABS_DiagSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 111 ABS_DiagSta 0;
+BA_ "RoutingFactor" SG_ 111 ABS_DiagSta 5;
+BA_ "Version" SG_ 111 ABS_DiagSta "19.07.02";
+BA_ "Description" SG_ 111 EBD_WrngLmpSta "The signal indicates the status of the “EBD Warning lamp”";
+BA_ "GenSigStartValue" SG_ 111 EBD_WrngLmpSta 0;
+BA_ "UserSigValidity" SG_ 111 EBD_WrngLmpSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 111 EBD_WrngLmpSta 0;
+BA_ "RoutingFactor" SG_ 111 EBD_WrngLmpSta 5;
+BA_ "Version" SG_ 111 EBD_WrngLmpSta "19.07.02";
+BA_ "Description" SG_ 111 EBD_DfctvSta "Information regarding the EBD  'defective' indication.";
+BA_ "GenSigStartValue" SG_ 111 EBD_DfctvSta 0;
+BA_ "UserSigValidity" SG_ 111 EBD_DfctvSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 111 EBD_DfctvSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 111 EBD_DfctvSta 0;
+BA_ "RoutingFactor" SG_ 111 EBD_DfctvSta 5;
+BA_ "Version" SG_ 111 EBD_DfctvSta "19.07.02";
+BA_ "Description" SG_ 111 ESC_BrkLtActSta "Flag from TCS which activates the illumination of the brake lights during automatic braking";
+BA_ "GenSigStartValue" SG_ 111 ESC_BrkLtActSta 0;
+BA_ "UserSigValidity" SG_ 111 ESC_BrkLtActSta 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 111 ESC_BrkLtActSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 111 ESC_BrkLtActSta 0;
+BA_ "RoutingFactor" SG_ 111 ESC_BrkLtActSta 5;
+BA_ "Version" SG_ 111 ESC_BrkLtActSta "19.07.02";
+BA_ "Description" SG_ 111 ESS_Sta "Information on ESS system active/inactive/fail from ABS/ESC.";
+BA_ "GenSigStartValue" SG_ 111 ESS_Sta 0;
+BA_ "UserSigValidity" SG_ 111 ESS_Sta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 111 ESS_Sta 0;
+BA_ "RoutingFactor" SG_ 111 ESS_Sta 5;
+BA_ "Version" SG_ 111 ESS_Sta "19.07.02";
+BA_ "GenMsgSendType" BO_ 522 0;
+BA_ "GenMsgCycleTime" BO_ 522 100;
+BA_ "GenMsgCycleTimeFast" BO_ 522 0;
+BA_ "GenMsgNrOfRepetition" BO_ 522 0;
+BA_ "GenMsgStartDelayTime" BO_ 522 0;
+BA_ "VFrameFormat" BO_ 522 14;
+BA_ "Description" SG_ 522 ACU_Crc1Val "The data area for CRC calculation is based on the data length (DLC) of the message DB.
+
+The CRC shall be calculated over the entire data block (excluding the CRC bytes) including the user data, alive counter and Data ID
+
+ 
+
+- CRC Polynomial (0x1021) , Initial Value : 0xFFFF, XOR value : 0x0000, Data ID : Message ID + 0xF800 
+
+- The initial value is for CRC calculation and the message should be sent with the calculated result value. 
+
+- The mathematical expression to 16 bit CRC polynomial is given here. G(x) = x16 + x12 + x5 + 1";
+BA_ "GenSigStartValue" SG_ 522 ACU_Crc1Val 65535;
+BA_ "UserSigValidity" SG_ 522 ACU_Crc1Val 3;
+BA_ "NetworkRequestHoldingTime" SG_ 522 ACU_Crc1Val 0;
+BA_ "RoutingFactor" SG_ 522 ACU_Crc1Val 1;
+BA_ "Version" SG_ 522 ACU_Crc1Val "18.11.08";
+BA_ "Description" SG_ 522 ACU_AlvCnt1Val "For the first transmission request for a data element the counter shall be initialized with 0 and shall be incremented by 1 for every subsequent send request. 
+
+When the counter reaches the maximum value(0xFF), then it shall restart with 0 for the next send request";
+BA_ "GenSigStartValue" SG_ 522 ACU_AlvCnt1Val 0;
+BA_ "UserSigValidity" SG_ 522 ACU_AlvCnt1Val 3;
+BA_ "NetworkRequestHoldingTime" SG_ 522 ACU_AlvCnt1Val 0;
+BA_ "RoutingFactor" SG_ 522 ACU_AlvCnt1Val 1;
+BA_ "Version" SG_ 522 ACU_AlvCnt1Val "18.11.08";
+BA_ "Description" SG_ 522 ACU_SysWrngLmpDis "This signal means information regarding ACU diagnostic information result & discrimination.
+
+
+
+1) Default value : 0x1
+
+2) Default value Transmit condition
+
+    - When the input condition is not determined.
+
+    - When the input condition is not supported.";
+BA_ "GenSigStartValue" SG_ 522 ACU_SysWrngLmpDis 1;
+BA_ "UserSigValidity" SG_ 522 ACU_SysWrngLmpDis 3;
+BA_ "NetworkRequestHoldingTime" SG_ 522 ACU_SysWrngLmpDis 0;
+BA_ "RoutingFactor" SG_ 522 ACU_SysWrngLmpDis 1;
+BA_ "Version" SG_ 522 ACU_SysWrngLmpDis "18.11.05";
+BA_ "Description" SG_ 522 ACU_TlltlLmpDis "This signal means information regarding Occupant status.
+
+
+
+1) Default value : 0x0
+
+2) Default value Transmit condition
+
+    - When the input condition is not determined.
+
+    - When the input condition is not supported.";
+BA_ "GenSigStartValue" SG_ 522 ACU_TlltlLmpDis 0;
+BA_ "UserSigValidity" SG_ 522 ACU_TlltlLmpDis 3;
+BA_ "NetworkRequestHoldingTime" SG_ 522 ACU_TlltlLmpDis 0;
+BA_ "RoutingFactor" SG_ 522 ACU_TlltlLmpDis 1;
+BA_ "Version" SG_ 522 ACU_TlltlLmpDis "17.12.00";
+BA_ "Description" SG_ 522 ACU_OdsIDReq "It s a Request to send ODS Identifier. If the Bit is equal to `0` the ODS-B module will transmit the ODS identifier message. ACU sets “ODS ID Received” to ‘1’ after getting the valid ODS ID two times.
+
+
+
+1) Default value : 0x0
+
+2) Default value Transmit condition
+
+    - When the input condition is not determined.
+
+    - When the input condition is not supported.";
+BA_ "GenSigStartValue" SG_ 522 ACU_OdsIDReq 0;
+BA_ "UserSigValidity" SG_ 522 ACU_OdsIDReq 3;
+BA_ "NetworkRequestHoldingTime" SG_ 522 ACU_OdsIDReq 0;
+BA_ "RoutingFactor" SG_ 522 ACU_OdsIDReq 1;
+BA_ "Version" SG_ 522 ACU_OdsIDReq "17.12.00";
+BA_ "NmStationAddress" BU_ SCU_FF 0;
+BA_ "NmNode" BU_ SCU_FF 0;
+BA_ "Description" SG_ 522 SeatBelt_PassBcklFltSta "Information of Passenger Seat Belt Buckle switch Fault condition.
+
+
+
+1) Default value : 0x0
+
+2) Default value Transmit condition
+
+    - When the input condition is not supported.
+
+※This signal is valid (updated) only that buckle is connected to ACU directly, 
+
+otherwise transmitted as default value.";
+BA_ "GenSigStartValue" SG_ 522 SeatBelt_PassBcklFltSta 0;
+BA_ "UserSigValidity" SG_ 522 SeatBelt_PassBcklFltSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 522 SeatBelt_PassBcklFltSta 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 522 SeatBelt_PassBcklFltSta 0;
+BA_ "RoutingFactor" SG_ 522 SeatBelt_PassBcklFltSta 1;
+BA_ "Version" SG_ 522 SeatBelt_PassBcklFltSta "19.01.08";
+BA_ "NmStationAddress" BU_ IBU 0;
+BA_ "NmNode" BU_ IBU 0;
+BA_ "Description" SG_ 522 SeatBelt_DrvrBcklFltSta "Information of Driver Seat Belt Buckle switch Fault condition.
+
+
+
+1) Default value : 0x0
+
+2) Default value Transmit condition
+
+    - When the input condition is not supported.
+
+※This signal is valid (updated) only that buckle is connected to ACU directly, 
+
+otherwise transmitted as default value.";
+BA_ "GenSigStartValue" SG_ 522 SeatBelt_DrvrBcklFltSta 0;
+BA_ "UserSigValidity" SG_ 522 SeatBelt_DrvrBcklFltSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ IBU SG_ 522 SeatBelt_DrvrBcklFltSta 1500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 522 SeatBelt_DrvrBcklFltSta 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 522 SeatBelt_DrvrBcklFltSta 0;
+BA_ "RoutingFactor" SG_ 522 SeatBelt_DrvrBcklFltSta 1;
+BA_ "Version" SG_ 522 SeatBelt_DrvrBcklFltSta "19.01.08";
+BA_ "Description" SG_ 522 SeatBelt_PassBcklSta "Information of Passenger Seat Belt Buckle switch Status, whether its Latched or Not .
+
+
+
+1) Default value : 0x1
+
+2) Default value Transmit condition
+
+    - When the input condition is not determined.
+
+    - When the input condition is not supported.
+
+※This signal is valid (updated) only that buckle is connected to ACU directly, 
+
+otherwise transmitted as default value.";
+BA_ "GenSigStartValue" SG_ 522 SeatBelt_PassBcklSta 1;
+BA_ "UserSigValidity" SG_ 522 SeatBelt_PassBcklSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 522 SeatBelt_PassBcklSta 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 522 SeatBelt_PassBcklSta 0;
+BA_ "RoutingFactor" SG_ 522 SeatBelt_PassBcklSta 1;
+BA_ "Version" SG_ 522 SeatBelt_PassBcklSta "19.01.08";
+BA_ "Description" SG_ 522 SeatBelt_DrvrBcklSta "Information of Driver Seat Belt Buckle switch Status, whether its Latched or Not.
+
+
+
+1) Default value : 0x1
+
+2) Default value Transmit condition
+
+    - When the input condition is not determined.
+
+    - When the input condition is not supported.
+
+※This signal is valid (updated) only that buckle is connected to ACU directly, 
+
+otherwise transmitted as default value.";
+BA_ "GenSigStartValue" SG_ 522 SeatBelt_DrvrBcklSta 1;
+BA_ "UserSigValidity" SG_ 522 SeatBelt_DrvrBcklSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 522 SeatBelt_DrvrBcklSta 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 522 SeatBelt_DrvrBcklSta 0;
+BA_ "RoutingFactor" SG_ 522 SeatBelt_DrvrBcklSta 1;
+BA_ "Version" SG_ 522 SeatBelt_DrvrBcklSta "19.01.08";
+BA_ "Description" SG_ 522 ACU_DiagTrblCodVal "This signal means information regarding a diagnostic trouble code number.
+
+
+
+1) Default value : 0x0
+
+2) Default value Transmit condition
+
+    - When Fault does not exist.";
+BA_ "GenSigStartValue" SG_ 522 ACU_DiagTrblCodVal 0;
+BA_ "UserSigValidity" SG_ 522 ACU_DiagTrblCodVal 3;
+BA_ "NetworkRequestHoldingTime" SG_ 522 ACU_DiagTrblCodVal 0;
+BA_ "RoutingFactor" SG_ 522 ACU_DiagTrblCodVal 1;
+BA_ "Version" SG_ 522 ACU_DiagTrblCodVal "17.12.00";
+BA_ "Description" SG_ 522 ACU_FltNumVal "This signal means information regarding number of fault in ACU memory, including active and historic faults.
+
+
+
+1) Default value : 0x0
+
+2) Default value Transmit condition
+
+    - When Fault does not exist.";
+BA_ "GenSigStartValue" SG_ 522 ACU_FltNumVal 0;
+BA_ "UserSigValidity" SG_ 522 ACU_FltNumVal 3;
+BA_ "NetworkRequestHoldingTime" SG_ 522 ACU_FltNumVal 0;
+BA_ "RoutingFactor" SG_ 522 ACU_FltNumVal 1;
+BA_ "Version" SG_ 522 ACU_FltNumVal "17.12.00";
+BA_ "Description" SG_ 522 ACU_ActvFltSta "This signal means information regarding fault status, whether it is an active fault or not.
+
+
+
+1) Default value : 0x2
+
+2) Default value Transmit condition
+
+    - When the input condition is not supported.";
+BA_ "GenSigStartValue" SG_ 522 ACU_ActvFltSta 2;
+BA_ "UserSigValidity" SG_ 522 ACU_ActvFltSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 522 ACU_ActvFltSta 0;
+BA_ "RoutingFactor" SG_ 522 ACU_ActvFltSta 1;
+BA_ "Version" SG_ 522 ACU_ActvFltSta "17.12.00";
+BA_ "Description" SG_ 522 ACU_SdArbgExtTyp "This signal does not specify the types or variations of the side restraints such as the front side airbag only or both the front and the rear side airbag. If any side restraint is equipped, the signal responds as 'exists'.";
+BA_ "GenSigStartValue" SG_ 522 ACU_SdArbgExtTyp 0;
+BA_ "UserSigValidity" SG_ 522 ACU_SdArbgExtTyp 3;
+BA_ "NetworkRequestHoldingTime" SG_ 522 ACU_SdArbgExtTyp 0;
+BA_ "RoutingFactor" SG_ 522 ACU_SdArbgExtTyp 1;
+BA_ "Version" SG_ 522 ACU_SdArbgExtTyp "17.12.00";
+BA_ "Description" SG_ 522 ACU_EmerModSta "This signal is set when  ACU detect Emergency mode status 
+
+ (e.g : During driving, IGN1+ is disconnected)  
+
+1)Value in EOL :  always 0x0 
+
+2)Emergency mode details in ES95910-02";
+BA_ "GenSigStartValue" SG_ 522 ACU_EmerModSta 0;
+BA_ "UserSigValidity" SG_ 522 ACU_EmerModSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 522 ACU_EmerModSta 0;
+BA_ "RoutingFactor" SG_ 522 ACU_EmerModSta 1;
+BA_ "Version" SG_ 522 ACU_EmerModSta "18.04.00";
+BA_ "Description" SG_ 522 ACU_EvtTrigSta "This signal is set when  ACU meet EDR trigger condition.
+
+Event trigger condition is same as EDR Regulation definition(49 CFR PART 563)
+
+This signal is set to '1'  then kept for the current IGN cycle as '1'
+
+
+
+1)Value in EOL :  always 0x0";
+BA_ "GenSigStartValue" SG_ 522 ACU_EvtTrigSta 0;
+BA_ "UserSigValidity" SG_ 522 ACU_EvtTrigSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 522 ACU_EvtTrigSta 0;
+BA_ "RoutingFactor" SG_ 522 ACU_EvtTrigSta 1;
+BA_ "Version" SG_ 522 ACU_EvtTrigSta "18.04.00";
+BA_ "Description" SG_ 522 ACU_NumOfEmerModVal "This signal is incremented by one each time when ACU enters into emergency mode.
+
+The last value is kept in the next cycle.
+
+
+
+1) Value in EOL : always 0x0
+
+2)Emergency mode details in ES95910-02";
+BA_ "GenSigStartValue" SG_ 522 ACU_NumOfEmerModVal 0;
+BA_ "UserSigValidity" SG_ 522 ACU_NumOfEmerModVal 3;
+BA_ "NetworkRequestHoldingTime" SG_ 522 ACU_NumOfEmerModVal 0;
+BA_ "RoutingFactor" SG_ 522 ACU_NumOfEmerModVal 1;
+BA_ "Version" SG_ 522 ACU_NumOfEmerModVal "18.04.00";
+BA_ "Description" SG_ 522 ACU_NumOfEvtTrigVal "This signal is incremented by one each time when ACU meet EDR trigger condition
+
+The last value is kept in the next cycle.
+
+
+
+1) Value in EOL : always 0x0";
+BA_ "GenSigStartValue" SG_ 522 ACU_NumOfEvtTrigVal 0;
+BA_ "UserSigValidity" SG_ 522 ACU_NumOfEvtTrigVal 3;
+BA_ "NetworkRequestHoldingTime" SG_ 522 ACU_NumOfEvtTrigVal 0;
+BA_ "RoutingFactor" SG_ 522 ACU_NumOfEvtTrigVal 1;
+BA_ "Version" SG_ 522 ACU_NumOfEvtTrigVal "18.04.00";
+BA_ "GenMsgCycleTime" BO_ 16 0;
+BA_ "GenMsgNrOfRepetition" BO_ 16 0;
+BA_ "GenMsgDelayTime" BO_ 16 0;
+BA_ "GenMsgStartDelayTime" BO_ 16 0;
+BA_ "VFrameFormat" BO_ 16 14;
+BA_ "Description" SG_ 16 ACU_Crc2Val "The data area for CRC calculation is based on the data length (DLC) of the message DB.
+
+The CRC shall be calculated over the entire data block (excluding the CRC bytes) including the user data, alive counter and Data ID
+
+ 
+
+- CRC Polynomial (0x1021) , Initial Value : 0xFFFF, XOR value : 0x0000, Data ID : Message ID + 0xF800 
+
+- The initial value is for CRC calculation and the message should be sent with the calculated result value. 
+
+- The mathematical expression to 16 bit CRC polynomial is given here. G(x) = x16 + x12 + x5 + 1";
+BA_ "GenSigSendType" SG_ 16 ACU_Crc2Val 2;
+BA_ "GenSigStartValue" SG_ 16 ACU_Crc2Val 65535;
+BA_ "UserSigValidity" SG_ 16 ACU_Crc2Val 3;
+BA_ "NetworkRequestHoldingTime" SG_ 16 ACU_Crc2Val 0;
+BA_ "RoutingFactor" SG_ 16 ACU_Crc2Val 1;
+BA_ "Version" SG_ 16 ACU_Crc2Val "18.11.08";
+BA_ "Description" SG_ 16 ACU_AlvCnt2Val "For the first transmission request for a data element the counter shall be initialized with 0 and shall be incremented by 1 for every subsequent send request. 
+
+When the counter reaches the maximum value(0xFF), then it shall restart with 0 for the next send request";
+BA_ "GenSigSendType" SG_ 16 ACU_AlvCnt2Val 2;
+BA_ "GenSigStartValue" SG_ 16 ACU_AlvCnt2Val 0;
+BA_ "UserSigValidity" SG_ 16 ACU_AlvCnt2Val 3;
+BA_ "NetworkRequestHoldingTime" SG_ 16 ACU_AlvCnt2Val 0;
+BA_ "RoutingFactor" SG_ 16 ACU_AlvCnt2Val 1;
+BA_ "Version" SG_ 16 ACU_AlvCnt2Val "18.11.08";
+BA_ "NmStationAddress" BU_ OPU 0;
+BA_ "NmNode" BU_ OPU 0;
+BA_ "Description" SG_ 16 ACU_CrshActvSta "Information regarding the crash. It indicates crash is active or inactive.";
+BA_ "GenSigSendType" SG_ 16 ACU_CrshActvSta 2;
+BA_ "GenSigStartValue" SG_ 16 ACU_CrshActvSta 0;
+BA_ "UserSigValidity" SG_ 16 ACU_CrshActvSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ OPU SG_ 16 ACU_CrshActvSta 0;
+BA_ "NetworkRequestHoldingTime" SG_ 16 ACU_CrshActvSta 0;
+BA_ "RoutingFactor" SG_ 16 ACU_CrshActvSta 1;
+BA_ "Version" SG_ 16 ACU_CrshActvSta "17.12.00";
+BA_ "Description" SG_ 16 ACU_CrshInfo "1)When crash output is issued, this signal is transmitted as 0x2. 
+
+2)When crash output is not issued and ACU meets MCB requirement of ESC.  this signal is transmitted as 0x1.
+
+
+
+Just then If ACU receives feedback signal from ESC this signal is transmitted as 0x0.
+
+If ACU do NOT receive feedback signal from ESC previous signal value is maintaned.
+
+
+
+※This signal is transmmited until power-off";
+BA_ "GenSigSendType" SG_ 16 ACU_CrshInfo 2;
+BA_ "GenSigStartValue" SG_ 16 ACU_CrshInfo 0;
+BA_ "UserSigValidity" SG_ 16 ACU_CrshInfo 3;
+BA_ "NetworkRequestHoldingTime" SG_ 16 ACU_CrshInfo 0;
+BA_ "RoutingFactor" SG_ 16 ACU_CrshInfo 1;
+BA_ "Version" SG_ 16 ACU_CrshInfo "19.02.06";
+BA_ "Description" SG_ 16 ACU_CrshTyp "This signal indicates types of  crash. 
+
+If a collision occurs continuously at same IGN cycle each crash type bit set to 1 according to the type of collision.
+
+
+
+1)First byte Information 
+
+xxxx xxxxB : No deployment Crash (Crash output signal not issued)
+
+xxxx xxx1B : Front Crash (First stage only)
+
+xxxx xx1xB : Front Crash (Full stage)
+
+xxxx x1xxB : Side Crash (Driver side) 
+
+xxxx 1xxxB : Side Crash (Passenger side)
+
+xxx1 xxxxB : Rollover Crash (Restraints activation)
+
+xx1x xxxxB : Rollover event information transmission (Restraints non-activation)
+
+x1xx xxxxB : Side Crash Detection For Door Unlock (NON-SAB vehicle)
+
+1xxx xxxxB : Rear Crash 
+
+2)Second byte information 
+
+xxxx xxx1B : Pre Crash (Pretentioner or Pretentioner + KAB)
+
+other bits : RESERVED
+
+※x means that Not set as 1
+
+※For example, If Driver side crash occurs and then Front crash-full stage occurs  continuously, Type of crash bit set to 0000 0000 0000 0110B";
+BA_ "GenSigSendType" SG_ 16 ACU_CrshTyp 2;
+BA_ "GenSigStartValue" SG_ 16 ACU_CrshTyp 0;
+BA_ "UserSigValidity" SG_ 16 ACU_CrshTyp 3;
+BA_ "NetworkRequestHoldingTime" SG_ 16 ACU_CrshTyp 0;
+BA_ "RoutingFactor" SG_ 16 ACU_CrshTyp 1;
+BA_ "Version" SG_ 16 ACU_CrshTyp "19.02.06";
+BA_ "GenMsgSendType" BO_ 416 0;
+BA_ "GenMsgCycleTime" BO_ 416 20;
+BA_ "GenMsgCycleTimeFast" BO_ 416 0;
+BA_ "GenMsgNrOfRepetition" BO_ 416 0;
+BA_ "GenMsgDelayTime" BO_ 416 0;
+BA_ "GenMsgStartDelayTime" BO_ 416 0;
+BA_ "VFrameFormat" BO_ 416 14;
+BA_ "Description" SG_ 416 ADAS_CMD_Crc20Val "The data area for CRC calculation is based on the data length (DLC) of the message DB.
+
+The CRC shall be calculated over the entire data block (excluding the CRC bytes) including the user data, alive counter and Data ID
+
+ 
+
+- CRC Polynomial (0x1021) , Initial Value : 0xFFFF, XOR value : 0x0000, Data ID : Message ID + 0xF800 
+
+- The initial value is for CRC calculation and the message should be sent with the calculated result value. 
+
+- The mathematical expression to 16 bit CRC polynomial is given here. G(x) = x16 + x12 + x5 + 1";
+BA_ "GenSigStartValue" SG_ 416 ADAS_CMD_Crc20Val 65535;
+BA_ "UserSigValidity" SG_ 416 ADAS_CMD_Crc20Val 3;
+BA_ "NetworkRequestHoldingTime" SG_ 416 ADAS_CMD_Crc20Val 0;
+BA_ "RoutingFactor" SG_ 416 ADAS_CMD_Crc20Val 5;
+BA_ "Version" SG_ 416 ADAS_CMD_Crc20Val "18.11.08";
+BA_ "Description" SG_ 416 SCC_NSCCOpSta "This signal describes the operational status of NSCC-Z/C/R function. 
+
+
+
+NSCC-Z/C/R  작동 상태 정보(off/ready/active)";
+BA_ "GenSigStartValue" SG_ 416 SCC_NSCCOpSta 0;
+BA_ "UserSigValidity" SG_ 416 SCC_NSCCOpSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 416 SCC_NSCCOpSta 0;
+BA_ "RoutingFactor" SG_ 416 SCC_NSCCOpSta 5;
+BA_ "Version" SG_ 416 SCC_NSCCOpSta "17.12.00";
+BA_ "Description" SG_ 416 SCC_NSCCOnOffSta "This signal describes the on/off status of NSCC-Z/C/R and HDA Auto-set function. 
+
+
+
+NSCC-Z/C/R  and HDA auto-set on/off 상태 정보";
+BA_ "GenSigStartValue" SG_ 416 SCC_NSCCOnOffSta 0;
+BA_ "UserSigValidity" SG_ 416 SCC_NSCCOnOffSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 416 SCC_NSCCOnOffSta 0;
+BA_ "RoutingFactor" SG_ 416 SCC_NSCCOnOffSta 5;
+BA_ "Version" SG_ 416 SCC_NSCCOnOffSta "17.12.00";
+BA_ "Description" SG_ 416 SCC_ObjSta "This signal represents the state of in-path object and information of controllable state.
+
+- 자차선상의 전방 차량 인식 여부 및 제어 가능 상태 정보";
+BA_ "GenSigStartValue" SG_ 416 SCC_ObjSta 0;
+BA_ "UserSigValidity" SG_ 416 SCC_ObjSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 416 SCC_ObjSta 0;
+BA_ "RoutingFactor" SG_ 416 SCC_ObjSta 5;
+BA_ "Version" SG_ 416 SCC_ObjSta "18.10.09";
+BA_ "Description" SG_ 416 SCC_SnstvtyModRetVal "This signal is SCC sensitive set mode switch info return value to cluster
+
+- SCC 민감도 설정 관련 USM 설정 스위치 정보의 리턴 값";
+BA_ "GenSigStartValue" SG_ 416 SCC_SnstvtyModRetVal 2;
+BA_ "UserSigValidity" SG_ 416 SCC_SnstvtyModRetVal 3;
+BA_ "NetworkRequestHoldingTime" SG_ 416 SCC_SnstvtyModRetVal 0;
+BA_ "RoutingFactor" SG_ 416 SCC_SnstvtyModRetVal 5;
+BA_ "Version" SG_ 416 SCC_SnstvtyModRetVal "17.12.00";
+BA_ "Description" SG_ 416 SCC_NSCCAutoSetSpdUpdtSta "This is information if Auto Set Speed Control is updated or not.";
+BA_ "GenSigStartValue" SG_ 416 SCC_NSCCAutoSetSpdUpdtSta 0;
+BA_ "UserSigValidity" SG_ 416 SCC_NSCCAutoSetSpdUpdtSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 416 SCC_NSCCAutoSetSpdUpdtSta 0;
+BA_ "RoutingFactor" SG_ 416 SCC_NSCCAutoSetSpdUpdtSta 5;
+BA_ "Version" SG_ 416 SCC_NSCCAutoSetSpdUpdtSta "18.10.02";
+BA_ "Description" SG_ 416 SCC_NSCCInfoPUDis "This signal shows the cluster pop-up for NSCC Information.";
+BA_ "GenSigStartValue" SG_ 416 SCC_NSCCInfoPUDis 0;
+BA_ "UserSigValidity" SG_ 416 SCC_NSCCInfoPUDis 3;
+BA_ "NetworkRequestHoldingTime" SG_ 416 SCC_NSCCInfoPUDis 0;
+BA_ "RoutingFactor" SG_ 416 SCC_NSCCInfoPUDis 5;
+BA_ "Version" SG_ 416 SCC_NSCCInfoPUDis "18.10.02";
+BA_ "Description" SG_ 416 SCC_AccelReqVal "This signal represents the SCC acceleration request after jerk limit.
+
+- Jerk limit를 거친 SCC 의 요구 가속도/감속도 값";
+BA_ "GenSigStartValue" SG_ 416 SCC_AccelReqVal 0;
+BA_ "UserSigValidity" SG_ 416 SCC_AccelReqVal 3;
+BA_ "NetworkRequestHoldingTime" SG_ 416 SCC_AccelReqVal 0;
+BA_ "RoutingFactor" SG_ 416 SCC_AccelReqVal 5;
+BA_ "Version" SG_ 416 SCC_AccelReqVal "17.12.00";
+BA_ "Description" SG_ 416 SCC_AccelReqRawVal "This signal represents the SCC acceleration request before jerk limit. 
+
+- Jerk limit를 거치지 않은 SCC 의 요구 가속도/감속도 값";
+BA_ "GenSigStartValue" SG_ 416 SCC_AccelReqRawVal 0;
+BA_ "UserSigValidity" SG_ 416 SCC_AccelReqRawVal 3;
+BA_ "NetworkRequestHoldingTime" SG_ 416 SCC_AccelReqRawVal 0;
+BA_ "RoutingFactor" SG_ 416 SCC_AccelReqRawVal 5;
+BA_ "Version" SG_ 416 SCC_AccelReqRawVal "17.12.00";
+BA_ "Description" SG_ 416 SCC_JrkUppLimVal "This signal is the value of positive jerk limit request. 
+
+- SCC 의 요구 가속도 상승변화율 제한 값";
+BA_ "GenSigStartValue" SG_ 416 SCC_JrkUppLimVal 0;
+BA_ "UserSigValidity" SG_ 416 SCC_JrkUppLimVal 3;
+BA_ "NetworkRequestHoldingTime" SG_ 416 SCC_JrkUppLimVal 0;
+BA_ "RoutingFactor" SG_ 416 SCC_JrkUppLimVal 5;
+BA_ "Version" SG_ 416 SCC_JrkUppLimVal "17.12.00";
+BA_ "Description" SG_ 416 ADAS_CMD_AlvCnt20Val "For the first transmission request for a data element the counter shall be initialized with 0 and shall be incremented by 1 for every subsequent send request. 
+
+When the counter reaches the maximum value(0xFF), then it shall restart with 0 for the next send request";
+BA_ "GenSigStartValue" SG_ 416 ADAS_CMD_AlvCnt20Val 0;
+BA_ "UserSigValidity" SG_ 416 ADAS_CMD_AlvCnt20Val 3;
+BA_ "NetworkRequestHoldingTime" SG_ 416 ADAS_CMD_AlvCnt20Val 0;
+BA_ "RoutingFactor" SG_ 416 ADAS_CMD_AlvCnt20Val 5;
+BA_ "Version" SG_ 416 ADAS_CMD_AlvCnt20Val "18.11.08";
+BA_ "Description" SG_ 416 SCC_JrkLwrLimVal "This signal is the value of negative jerk limit request. 
+
+- SCC 의 요구 가속도 하강변화율 제한 값";
+BA_ "GenSigStartValue" SG_ 416 SCC_JrkLwrLimVal 0;
+BA_ "UserSigValidity" SG_ 416 SCC_JrkLwrLimVal 3;
+BA_ "NetworkRequestHoldingTime" SG_ 416 SCC_JrkLwrLimVal 0;
+BA_ "RoutingFactor" SG_ 416 SCC_JrkLwrLimVal 5;
+BA_ "Version" SG_ 416 SCC_JrkLwrLimVal "17.12.00";
+BA_ "Description" SG_ 416 SCC_AccelLimBandUppVal "This signal is the upper value of acceleration limit band.
+
+- SCC 의 가속도 제어 허용 범위 상한 참고값";
+BA_ "GenSigStartValue" SG_ 416 SCC_AccelLimBandUppVal 0;
+BA_ "UserSigValidity" SG_ 416 SCC_AccelLimBandUppVal 3;
+BA_ "NetworkRequestHoldingTime" SG_ 416 SCC_AccelLimBandUppVal 0;
+BA_ "RoutingFactor" SG_ 416 SCC_AccelLimBandUppVal 5;
+BA_ "Version" SG_ 416 SCC_AccelLimBandUppVal "17.12.03";
+BA_ "Description" SG_ 416 SCC_AccelLimBandLwrVal "This signal is the lower value of acceleration limit band.
+
+- SCC 의 가속도 제어 허용 범위 하한 참고값";
+BA_ "GenSigStartValue" SG_ 416 SCC_AccelLimBandLwrVal 0;
+BA_ "UserSigValidity" SG_ 416 SCC_AccelLimBandLwrVal 3;
+BA_ "NetworkRequestHoldingTime" SG_ 416 SCC_AccelLimBandLwrVal 0;
+BA_ "RoutingFactor" SG_ 416 SCC_AccelLimBandLwrVal 5;
+BA_ "Version" SG_ 416 SCC_AccelLimBandLwrVal "17.12.03";
+BA_ "Description" SG_ 416 SCC_VehStpReq "A control request flag for vehicle stop. SCC expects vehicle to be controlled to a complete stop and hold its state.
+
+- SCC 해제 상황 발생시 차량 정차 유지를 위한 제동 요청 신호";
+BA_ "GenSigStartValue" SG_ 416 SCC_VehStpReq 0;
+BA_ "UserSigValidity" SG_ 416 SCC_VehStpReq 3;
+BA_ "NetworkRequestHoldingTime" SG_ 416 SCC_VehStpReq 0;
+BA_ "RoutingFactor" SG_ 416 SCC_VehStpReq 5;
+BA_ "Version" SG_ 416 SCC_VehStpReq "17.12.00";
+BA_ "Description" SG_ 416 SCC_TrgtDstVal "This signal provides the target distance for SCC fallowing control.
+
+- SCC 거리 제어를 위한 목표 차간 거리 정보";
+BA_ "GenSigStartValue" SG_ 416 SCC_TrgtDstVal 2046;
+BA_ "UserSigValidity" SG_ 416 SCC_TrgtDstVal 3;
+BA_ "NetworkRequestHoldingTime" SG_ 416 SCC_TrgtDstVal 0;
+BA_ "RoutingFactor" SG_ 416 SCC_TrgtDstVal 5;
+BA_ "Version" SG_ 416 SCC_TrgtDstVal "18.10.09";
+BA_ "Description" SG_ 416 SCC_ObjDstVal "This signal provides the distance to the in lane detected SCC object regarding to the own vehicle.
+
+- 자차선상의 전방 인식된 물체와의 거리";
+BA_ "GenSigStartValue" SG_ 416 SCC_ObjDstVal 2046;
+BA_ "UserSigValidity" SG_ 416 SCC_ObjDstVal 3;
+BA_ "NetworkRequestHoldingTime" SG_ 416 SCC_ObjDstVal 0;
+BA_ "RoutingFactor" SG_ 416 SCC_ObjDstVal 5;
+BA_ "Version" SG_ 416 SCC_ObjDstVal "18.10.09";
+BA_ "Description" SG_ 416 SCC_ObjRelSpdVal "This signal provides the relative speed to the in lane detected SCC object regarding to the own vehicle.
+
+- 자차선상의 전방 인식된 물체와 자차간 상대 속도";
+BA_ "GenSigStartValue" SG_ 416 SCC_ObjRelSpdVal 4094;
+BA_ "UserSigValidity" SG_ 416 SCC_ObjRelSpdVal 3;
+BA_ "NetworkRequestHoldingTime" SG_ 416 SCC_ObjRelSpdVal 0;
+BA_ "RoutingFactor" SG_ 416 SCC_ObjRelSpdVal 5;
+BA_ "Version" SG_ 416 SCC_ObjRelSpdVal "18.10.09";
+BA_ "Description" SG_ 416 SCC_ObjLatPosVal "This signal provides the lateral position of the detected SCC object regarding to the own vehicle. 
+
+The position of the SCC object on the left side in driving direction of the vehicle longitudinal axis correlates with a negative signal value. 
+
+Thus an SCC object on the right side in driving direction of the vehicle longitudinal axis correlates with a positive signal value.
+
+- 자차선상의 전방 인식된 ?레의 횡방향 위치 값
+
+- 자차기준 왼편 물체는 '-' 값, 오른편 물체는 '+' 값";
+BA_ "GenSigStartValue" SG_ 416 SCC_ObjLatPosVal 510;
+BA_ "UserSigValidity" SG_ 416 SCC_ObjLatPosVal 3;
+BA_ "NetworkRequestHoldingTime" SG_ 416 SCC_ObjLatPosVal 0;
+BA_ "RoutingFactor" SG_ 416 SCC_ObjLatPosVal 5;
+BA_ "Version" SG_ 416 SCC_ObjLatPosVal "18.10.09";
+BA_ "Description" SG_ 416 SCC_SysFlrSta "This signal is evaluated by the driver information device to release the failure information to the driver.
+
+If this signal is set to anything other than 0, the TCS/ESC shall ignore any requests from SCC
+
+- 시스템 고장 발생 정보용
+
+- 해당 값이 0 이외의 모든 값 송출시 TCS/ESC 는 SCC 신호를 무시 할것.";
+BA_ "GenSigStartValue" SG_ 416 SCC_SysFlrSta 0;
+BA_ "UserSigValidity" SG_ 416 SCC_SysFlrSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 416 SCC_SysFlrSta 0;
+BA_ "RoutingFactor" SG_ 416 SCC_SysFlrSta 5;
+BA_ "Version" SG_ 416 SCC_SysFlrSta "17.12.00";
+BA_ "Description" SG_ 416 SCC_MainOnOffSta "This signal specifies the status of a Main switch of SCC system
+
+- Main swith 에 의한 SCC ON/OFF 상태 정보";
+BA_ "GenSigStartValue" SG_ 416 SCC_MainOnOffSta 0;
+BA_ "UserSigValidity" SG_ 416 SCC_MainOnOffSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 416 SCC_MainOnOffSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 416 SCC_MainOnOffSta 0;
+BA_ "RoutingFactor" SG_ 416 SCC_MainOnOffSta 5;
+BA_ "Version" SG_ 416 SCC_MainOnOffSta "17.12.00";
+BA_ "Description" SG_ 416 SCC_OpSta "The signal ACCmode specifies the operational mode of SCC
+
+- ACC 작동 상태 정보(off&ready / active / override / shut off)";
+BA_ "GenSigStartValue" SG_ 416 SCC_OpSta 3;
+BA_ "UserSigValidity" SG_ 416 SCC_OpSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 416 SCC_OpSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 416 SCC_OpSta 0;
+BA_ "RoutingFactor" SG_ 416 SCC_OpSta 5;
+BA_ "Version" SG_ 416 SCC_OpSta "19.04.02";
+BA_ "Description" SG_ 416 SCC_TakeoverReq "The Take-over Request supports the driver to identify the limits of the SCC control. Reasons for such a request may be:
+
+- Deceleration capability insufficient for the current situation.
+
+Clutch actuation by the driver is necessary to avoid stopping of the engine. This signal shall activate an audible and visual alert
+
+- 감속상황에서 SCC 시스템만으로 감속이 어려운 한계상황 발생시 운전자에게 개입(제동)을 요청하는 경고 신호
+
+- 청각 / 시각적으로 경고 필요";
+BA_ "GenSigStartValue" SG_ 416 SCC_TakeoverReq 0;
+BA_ "UserSigValidity" SG_ 416 SCC_TakeoverReq 3;
+BA_ "NetworkRequestHoldingTime" SG_ 416 SCC_TakeoverReq 0;
+BA_ "RoutingFactor" SG_ 416 SCC_TakeoverReq 5;
+BA_ "Version" SG_ 416 SCC_TakeoverReq "17.12.00";
+BA_ "Description" SG_ 416 SCC_InfoDis "This signal carries information that indicates below 4 signals.
+
+(1) SCC Mode display
+
+(2) CC Mode display
+
+(3) Object disapearing display
+
+(4) Go notifying display
+
+- SCC 제어 상세 상태를 보여주는 정보 신호
+
+(SCC 모드 / CC 모드 / 전방차량 주의 / 정차 출발 주의)";
+BA_ "GenSigStartValue" SG_ 416 SCC_InfoDis 0;
+BA_ "UserSigValidity" SG_ 416 SCC_InfoDis 3;
+BA_ "NetworkRequestHoldingTime" SG_ 416 SCC_InfoDis 0;
+BA_ "RoutingFactor" SG_ 416 SCC_InfoDis 5;
+BA_ "Version" SG_ 416 SCC_InfoDis "18.10.09";
+BA_ "Description" SG_ 416 SCC_DrvAlrtDis "This signal carries the information which message shall be displayed to the driver 
+
+when the SCC must be disengaged by the system or cann’t be engaged.
+
+A signal value unequal 00H is repeated for 5 messages cycles in order to ensure it appears for at least 100ms on the bus 
+
+(Output period of SCC1 is 20ms).
+
+- SCC 제어 진입이 어려운 상황 또는 차량 정차 상태등 운전자 경보 필요시 송출 하는 신호";
+BA_ "GenSigStartValue" SG_ 416 SCC_DrvAlrtDis 0;
+BA_ "UserSigValidity" SG_ 416 SCC_DrvAlrtDis 3;
+BA_ "NetworkRequestHoldingTime" SG_ 416 SCC_DrvAlrtDis 0;
+BA_ "RoutingFactor" SG_ 416 SCC_DrvAlrtDis 5;
+BA_ "Version" SG_ 416 SCC_DrvAlrtDis "17.12.00";
+BA_ "Description" SG_ 416 SCC_ObjDstLvlVal "If a in-path object is recognized by SCC, the driver should be informed.
+
+- 자차선상의 전방 물체 인식 여부 정보";
+BA_ "GenSigStartValue" SG_ 416 SCC_ObjDstLvlVal 0;
+BA_ "UserSigValidity" SG_ 416 SCC_ObjDstLvlVal 3;
+BA_ "NetworkRequestHoldingTime" SG_ 416 SCC_ObjDstLvlVal 0;
+BA_ "RoutingFactor" SG_ 416 SCC_ObjDstLvlVal 5;
+BA_ "Version" SG_ 416 SCC_ObjDstLvlVal "18.11.02";
+BA_ "Description" SG_ 416 SCC_HeadwayDstSetVal "The desired time gap from which a following distance is extracted has to be presented to the driver at least if the value changes. 
+
+The representation of the information depends on the display concept.
+
+- 전방 차량과의 거리 setting 정보
+
+※ SCC-ML: SCC Machine Learning";
+BA_ "GenSigStartValue" SG_ 416 SCC_HeadwayDstSetVal 0;
+BA_ "UserSigValidity" SG_ 416 SCC_HeadwayDstSetVal 3;
+BA_ "NetworkRequestHoldingTime" SG_ 416 SCC_HeadwayDstSetVal 0;
+BA_ "RoutingFactor" SG_ 416 SCC_HeadwayDstSetVal 5;
+BA_ "Version" SG_ 416 SCC_HeadwayDstSetVal "17.12.00";
+BA_ "Description" SG_ 416 SCC_NSCCAutoSetSpdSta "This is information if Auto Set Speed Control is enabled or not.";
+BA_ "GenSigStartValue" SG_ 416 SCC_NSCCAutoSetSpdSta 0;
+BA_ "UserSigValidity" SG_ 416 SCC_NSCCAutoSetSpdSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 416 SCC_NSCCAutoSetSpdSta 0;
+BA_ "RoutingFactor" SG_ 416 SCC_NSCCAutoSetSpdSta 5;
+BA_ "Version" SG_ 416 SCC_NSCCAutoSetSpdSta "18.10.02";
+BA_ "Description" SG_ 416 SCC_TrgtSpdSetVal "The desired vehicle speed for free cruising has to be displayed all the time SCC is under active control.
+
+※This signal can be sent in km/h or MPH according to the “SPEED_UNIT” signal (See CLU1 message).
+
+SPEED_UNIT = 0 : [km/h], SPEED_UNIT = 1 : [MPH]
+
+- 운전자가 설정한 차속 정보";
+BA_ "GenSigStartValue" SG_ 416 SCC_TrgtSpdSetVal 0;
+BA_ "UserSigValidity" SG_ 416 SCC_TrgtSpdSetVal 3;
+BA_ "NetworkRequestHoldingTime" SG_ 416 SCC_TrgtSpdSetVal 0;
+BA_ "RoutingFactor" SG_ 416 SCC_TrgtSpdSetVal 5;
+BA_ "Version" SG_ 416 SCC_TrgtSpdSetVal "17.12.00";
+BA_ "GenMsgSendType" BO_ 362 0;
+BA_ "GenMsgCycleTime" BO_ 362 20;
+BA_ "GenMsgCycleTimeFast" BO_ 362 0;
+BA_ "GenMsgNrOfRepetition" BO_ 362 0;
+BA_ "GenMsgDelayTime" BO_ 362 0;
+BA_ "GenMsgStartDelayTime" BO_ 362 0;
+BA_ "VFrameFormat" BO_ 362 14;
+BA_ "Description" SG_ 362 ADAS_PRK_Crc3Val "The data area for CRC calculation is based on the data length (DLC) of the message DB.
+
+The CRC shall be calculated over the entire data block (excluding the CRC bytes) including the user data, alive counter and Data ID
+
+ 
+
+- CRC Polynomial (0x1021) , Initial Value : 0xFFFF, XOR value : 0x0000, Data ID : Message ID + 0xF800 
+
+- The initial value is for CRC calculation and the message should be sent with the calculated result value. 
+
+- The mathematical expression to 16 bit CRC polynomial is given here. G(x) = x16 + x12 + x5 + 1";
+BA_ "GenSigStartValue" SG_ 362 ADAS_PRK_Crc3Val 65535;
+BA_ "UserSigValidity" SG_ 362 ADAS_PRK_Crc3Val 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 362 ADAS_PRK_Crc3Val 500;
+BA_ "NetworkRequestHoldingTime" SG_ 362 ADAS_PRK_Crc3Val 0;
+BA_ "RoutingFactor" SG_ 362 ADAS_PRK_Crc3Val 5;
+BA_ "Version" SG_ 362 ADAS_PRK_Crc3Val "18.11.08";
+BA_ "Description" SG_ 362 RSPA_LftTrgtPosY "AVM 표시 왼쪽 주차공간 위치 Y 좌표";
+BA_ "GenSigStartValue" SG_ 362 RSPA_LftTrgtPosY 0;
+BA_ "UserSigValidity" SG_ 362 RSPA_LftTrgtPosY 3;
+BA_ "NetworkRequestHoldingTime" SG_ 362 RSPA_LftTrgtPosY 0;
+BA_ "RoutingFactor" SG_ 362 RSPA_LftTrgtPosY 5;
+BA_ "Version" SG_ 362 RSPA_LftTrgtPosY "18.12.07";
+BA_ "Description" SG_ 362 RSPA_Sta "현재 RSPA의 상태";
+BA_ "GenSigStartValue" SG_ 362 RSPA_Sta 1;
+BA_ "UserSigValidity" SG_ 362 RSPA_Sta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 362 RSPA_Sta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 362 RSPA_Sta 0;
+BA_ "RoutingFactor" SG_ 362 RSPA_Sta 5;
+BA_ "Version" SG_ 362 RSPA_Sta "17.11.00";
+BA_ "Description" SG_ 362 RSPA_Actv "RSPA's activation information";
+BA_ "GenSigStartValue" SG_ 362 RSPA_Actv 0;
+BA_ "UserSigValidity" SG_ 362 RSPA_Actv 3;
+BA_ "NetworkRequestHoldingTime" SG_ 362 RSPA_Actv 0;
+BA_ "RoutingFactor" SG_ 362 RSPA_Actv 5;
+BA_ "Version" SG_ 362 RSPA_Actv "17.11.00";
+BA_ "Description" SG_ 362 RSPA_TrgtGearSta "목표 변속단 
+
+(목표 변속단 100ms 유지후 Idle 값 송출, 목표값 rising 이후 500ms 대기)";
+BA_ "GenSigStartValue" SG_ 362 RSPA_TrgtGearSta 0;
+BA_ "UserSigValidity" SG_ 362 RSPA_TrgtGearSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 362 RSPA_TrgtGearSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 362 RSPA_TrgtGearSta 0;
+BA_ "RoutingFactor" SG_ 362 RSPA_TrgtGearSta 5;
+BA_ "Version" SG_ 362 RSPA_TrgtGearSta "17.11.00";
+BA_ "Description" SG_ 362 RSPA_EpbReq "EPB 체결/해제 요청 (AHB 우회)";
+BA_ "GenSigStartValue" SG_ 362 RSPA_EpbReq 0;
+BA_ "UserSigValidity" SG_ 362 RSPA_EpbReq 3;
+BA_ "NetworkRequestHoldingTime" SG_ 362 RSPA_EpbReq 0;
+BA_ "RoutingFactor" SG_ 362 RSPA_EpbReq 5;
+BA_ "Version" SG_ 362 RSPA_EpbReq "17.11.00";
+BA_ "Description" SG_ 362 RSPA_ExtLampReq "전조등, 방향지시등 동작 요청 (RSPA 용)
+
+Type1:비상등 1회 Normal Blinking
+
+Type2:비상등 2회 Normal Blinking
+
+Type3:비상등 3회 Normal Blinking
+
+Type4:비상등 지속적으로 Normal Blinking";
+BA_ "GenSigStartValue" SG_ 362 RSPA_ExtLampReq 0;
+BA_ "UserSigValidity" SG_ 362 RSPA_ExtLampReq 3;
+BA_ "NetworkRequestHoldingTime" SG_ 362 RSPA_ExtLampReq 0;
+BA_ "RoutingFactor" SG_ 362 RSPA_ExtLampReq 5;
+BA_ "Version" SG_ 362 RSPA_ExtLampReq "17.11.00";
+BA_ "Description" SG_ 362 RSPA_CrankingReq "시동모드 천이 요청 (RSPA 용)";
+BA_ "GenSigStartValue" SG_ 362 RSPA_CrankingReq 0;
+BA_ "UserSigValidity" SG_ 362 RSPA_CrankingReq 3;
+BA_ "NetworkRequestHoldingTime" SG_ 362 RSPA_CrankingReq 0;
+BA_ "RoutingFactor" SG_ 362 RSPA_CrankingReq 5;
+BA_ "Version" SG_ 362 RSPA_CrankingReq "17.11.00";
+BA_ "Description" SG_ 362 RSPA_IdOutWarnReq "ID out 패턴 변경 요청 (RSPA 용)";
+BA_ "GenSigStartValue" SG_ 362 RSPA_IdOutWarnReq 0;
+BA_ "UserSigValidity" SG_ 362 RSPA_IdOutWarnReq 3;
+BA_ "NetworkRequestHoldingTime" SG_ 362 RSPA_IdOutWarnReq 0;
+BA_ "RoutingFactor" SG_ 362 RSPA_IdOutWarnReq 5;
+BA_ "Version" SG_ 362 RSPA_IdOutWarnReq "17.11.00";
+BA_ "Description" SG_ 362 RSPA_IndBlnkReq "FOB blinking request during RSPA mode";
+BA_ "GenSigStartValue" SG_ 362 RSPA_IndBlnkReq 0;
+BA_ "UserSigValidity" SG_ 362 RSPA_IndBlnkReq 3;
+BA_ "NetworkRequestHoldingTime" SG_ 362 RSPA_IndBlnkReq 0;
+BA_ "RoutingFactor" SG_ 362 RSPA_IndBlnkReq 5;
+BA_ "Version" SG_ 362 RSPA_IndBlnkReq "17.11.00";
+BA_ "Description" SG_ 362 RSPA_SysOff "System off status for Smartphone display before RSPA control";
+BA_ "GenSigStartValue" SG_ 362 RSPA_SysOff 0;
+BA_ "UserSigValidity" SG_ 362 RSPA_SysOff 3;
+BA_ "NetworkRequestHoldingTime" SG_ 362 RSPA_SysOff 0;
+BA_ "RoutingFactor" SG_ 362 RSPA_SysOff 5;
+BA_ "Version" SG_ 362 RSPA_SysOff "18.12.07";
+BA_ "Description" SG_ 362 RSPA_DccCmd "목표 감속도, 차량 정차 시에만(when RSPA_VS=0) 감속도 제어목적";
+BA_ "GenSigStartValue" SG_ 362 RSPA_DccCmd 0;
+BA_ "UserSigValidity" SG_ 362 RSPA_DccCmd 3;
+BA_ "NetworkRequestHoldingTime" SG_ 362 RSPA_DccCmd 0;
+BA_ "RoutingFactor" SG_ 362 RSPA_DccCmd 5;
+BA_ "Version" SG_ 362 RSPA_DccCmd "17.11.00";
+BA_ "Description" SG_ 362 RSPA_StopReq "A control request flag for vehicle stop. RSPA expects vehicle to be controlled to a complete stop and hold its state.";
+BA_ "GenSigStartValue" SG_ 362 RSPA_StopReq 0;
+BA_ "UserSigValidity" SG_ 362 RSPA_StopReq 3;
+BA_ "NetworkRequestHoldingTime" SG_ 362 RSPA_StopReq 0;
+BA_ "RoutingFactor" SG_ 362 RSPA_StopReq 5;
+BA_ "Version" SG_ 362 RSPA_StopReq "17.11.00";
+BA_ "Description" SG_ 362 RSPA_SelDevInfo "Device information for Remote Control in operation of RSPA";
+BA_ "GenSigStartValue" SG_ 362 RSPA_SelDevInfo 0;
+BA_ "UserSigValidity" SG_ 362 RSPA_SelDevInfo 3;
+BA_ "NetworkRequestHoldingTime" SG_ 362 RSPA_SelDevInfo 0;
+BA_ "RoutingFactor" SG_ 362 RSPA_SelDevInfo 5;
+BA_ "Version" SG_ 362 RSPA_SelDevInfo "18.12.07";
+BA_ "Description" SG_ 362 RSPA_SelFuncInfo "Function information in operation of RSPA for SmartPhone control";
+BA_ "GenSigStartValue" SG_ 362 RSPA_SelFuncInfo 0;
+BA_ "UserSigValidity" SG_ 362 RSPA_SelFuncInfo 3;
+BA_ "NetworkRequestHoldingTime" SG_ 362 RSPA_SelFuncInfo 0;
+BA_ "RoutingFactor" SG_ 362 RSPA_SelFuncInfo 5;
+BA_ "Version" SG_ 362 RSPA_SelFuncInfo "18.12.07";
+BA_ "Description" SG_ 362 RSPA_TrgtVehSpdVal "차속 요청값, 차속 프로파일 전송 (0 … 10.23)";
+BA_ "GenSigStartValue" SG_ 362 RSPA_TrgtVehSpdVal 0;
+BA_ "UserSigValidity" SG_ 362 RSPA_TrgtVehSpdVal 3;
+BA_ "NetworkRequestHoldingTime" SG_ 362 RSPA_TrgtVehSpdVal 0;
+BA_ "RoutingFactor" SG_ 362 RSPA_TrgtVehSpdVal 5;
+BA_ "Version" SG_ 362 RSPA_TrgtVehSpdVal "18.07.01";
+BA_ "Description" SG_ 362 ADAS_PRK_AlvCnt3Val "For the first transmission request for a data element the counter shall be initialized with 0 and shall be incremented by 1 for every subsequent send request. 
+
+When the counter reaches the maximum value(0xFF), then it shall restart with 0 for the next send request";
+BA_ "GenSigStartValue" SG_ 362 ADAS_PRK_AlvCnt3Val 0;
+BA_ "UserSigValidity" SG_ 362 ADAS_PRK_AlvCnt3Val 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 362 ADAS_PRK_AlvCnt3Val 500;
+BA_ "NetworkRequestHoldingTime" SG_ 362 ADAS_PRK_AlvCnt3Val 0;
+BA_ "RoutingFactor" SG_ 362 ADAS_PRK_AlvCnt3Val 5;
+BA_ "Version" SG_ 362 ADAS_PRK_AlvCnt3Val "18.11.08";
+BA_ "Description" SG_ 362 RSPA_AddtnlAccelActv "RSPA additional acceleration control ON";
+BA_ "GenSigStartValue" SG_ 362 RSPA_AddtnlAccelActv 0;
+BA_ "UserSigValidity" SG_ 362 RSPA_AddtnlAccelActv 3;
+BA_ "NetworkRequestHoldingTime" SG_ 362 RSPA_AddtnlAccelActv 0;
+BA_ "RoutingFactor" SG_ 362 RSPA_AddtnlAccelActv 5;
+BA_ "Version" SG_ 362 RSPA_AddtnlAccelActv "17.11.00";
+BA_ "Description" SG_ 362 RSPA_Opt "RSPA Option applied information";
+BA_ "GenSigStartValue" SG_ 362 RSPA_Opt 0;
+BA_ "UserSigValidity" SG_ 362 RSPA_Opt 3;
+BA_ "NetworkRequestHoldingTime" SG_ 362 RSPA_Opt 0;
+BA_ "RoutingFactor" SG_ 362 RSPA_Opt 5;
+BA_ "Version" SG_ 362 RSPA_Opt "17.12.03";
+BA_ "Description" SG_ 362 RSPA_TrgtTqVal "RSAP request torque value (Nm)
+
+Init value : 00h
+
+If MSB is 1, this signal is - value.
+
+else, this signal is +value.
+
+0~10bit is used for absolute value.";
+BA_ "GenSigStartValue" SG_ 362 RSPA_TrgtTqVal 0;
+BA_ "UserSigValidity" SG_ 362 RSPA_TrgtTqVal 3;
+BA_ "NetworkRequestHoldingTime" SG_ 362 RSPA_TrgtTqVal 0;
+BA_ "RoutingFactor" SG_ 362 RSPA_TrgtTqVal 5;
+BA_ "Version" SG_ 362 RSPA_TrgtTqVal "18.01.03";
+BA_ "Description" SG_ 362 RSPA_DCTTrgtTqVal "RSPA request DCT torque value (Nm)
+
+Init value : 00h
+
+If MSB is 1, this signal is - value.
+
+else, this signal is +value.
+
+0~10bit is used for absolute value.";
+BA_ "GenSigStartValue" SG_ 362 RSPA_DCTTrgtTqVal 0;
+BA_ "UserSigValidity" SG_ 362 RSPA_DCTTrgtTqVal 3;
+BA_ "NetworkRequestHoldingTime" SG_ 362 RSPA_DCTTrgtTqVal 0;
+BA_ "RoutingFactor" SG_ 362 RSPA_DCTTrgtTqVal 5;
+BA_ "Version" SG_ 362 RSPA_DCTTrgtTqVal "19.06.00";
+BA_ "Description" SG_ 362 RSPA_RtTrgtDir "SVM 표시 오른쪽 주차 공간 방향";
+BA_ "GenSigStartValue" SG_ 362 RSPA_RtTrgtDir 0;
+BA_ "UserSigValidity" SG_ 362 RSPA_RtTrgtDir 3;
+BA_ "NetworkRequestHoldingTime" SG_ 362 RSPA_RtTrgtDir 0;
+BA_ "RoutingFactor" SG_ 362 RSPA_RtTrgtDir 5;
+BA_ "Version" SG_ 362 RSPA_RtTrgtDir "18.07.01";
+BA_ "Description" SG_ 362 RSPA_LftTrgtDir "SVM 표시 왼쪽 주차 공간 방향";
+BA_ "GenSigStartValue" SG_ 362 RSPA_LftTrgtDir 0;
+BA_ "UserSigValidity" SG_ 362 RSPA_LftTrgtDir 3;
+BA_ "NetworkRequestHoldingTime" SG_ 362 RSPA_LftTrgtDir 0;
+BA_ "RoutingFactor" SG_ 362 RSPA_LftTrgtDir 5;
+BA_ "Version" SG_ 362 RSPA_LftTrgtDir "18.07.01";
+BA_ "Description" SG_ 362 RSPA_AvnDis "AVN 화면 출력 요청 (RSPA 용)
+
+'-CGW routing 필요 (CCAN to MMCAN)";
+BA_ "GenSigStartValue" SG_ 362 RSPA_AvnDis 0;
+BA_ "UserSigValidity" SG_ 362 RSPA_AvnDis 3;
+BA_ "NetworkRequestHoldingTime" SG_ 362 RSPA_AvnDis 0;
+BA_ "RoutingFactor" SG_ 362 RSPA_AvnDis 5;
+BA_ "Version" SG_ 362 RSPA_AvnDis "17.11.00";
+BA_ "Description" SG_ 362 RSPA_AvnModDis "AVN상의 모드선택 메뉴 표출을 위한 주차/출차 구분 정보
+
+'-CGW routing 필요 (CCAN to MMCAN)";
+BA_ "GenSigStartValue" SG_ 362 RSPA_AvnModDis 0;
+BA_ "UserSigValidity" SG_ 362 RSPA_AvnModDis 3;
+BA_ "NetworkRequestHoldingTime" SG_ 362 RSPA_AvnModDis 0;
+BA_ "RoutingFactor" SG_ 362 RSPA_AvnModDis 5;
+BA_ "Version" SG_ 362 RSPA_AvnModDis "17.11.00";
+BA_ "Description" SG_ 362 RSPA_AvnModNumDis "AVN에서 표출해야할 모드 선택 메뉴의 개수 설정 정보
+
+'-CGW routing 필요 (CCAN to MMCAN)";
+BA_ "GenSigStartValue" SG_ 362 RSPA_AvnModNumDis 0;
+BA_ "UserSigValidity" SG_ 362 RSPA_AvnModNumDis 3;
+BA_ "NetworkRequestHoldingTime" SG_ 362 RSPA_AvnModNumDis 0;
+BA_ "RoutingFactor" SG_ 362 RSPA_AvnModNumDis 5;
+BA_ "Version" SG_ 362 RSPA_AvnModNumDis "17.11.00";
+BA_ "Description" SG_ 362 RSPA_AvnSubViewDis "AVN에서 표출해야할 Topview영역 대체이미지 출력요청
+
+'-CGW routing 필요 (CCAN to MMCAN)";
+BA_ "GenSigStartValue" SG_ 362 RSPA_AvnSubViewDis 0;
+BA_ "UserSigValidity" SG_ 362 RSPA_AvnSubViewDis 3;
+BA_ "NetworkRequestHoldingTime" SG_ 362 RSPA_AvnSubViewDis 0;
+BA_ "RoutingFactor" SG_ 362 RSPA_AvnSubViewDis 5;
+BA_ "Version" SG_ 362 RSPA_AvnSubViewDis "17.11.00";
+BA_ "Description" SG_ 362 RSPA_AvnModADLDis "AVN에서 표출하는 사선후방좌측 (주차/출차) 모드선택 메뉴의 제어가능여부 표시 정보
+
+'-CGW routing 필요 (CCAN to MMCAN)";
+BA_ "GenSigStartValue" SG_ 362 RSPA_AvnModADLDis 0;
+BA_ "UserSigValidity" SG_ 362 RSPA_AvnModADLDis 3;
+BA_ "NetworkRequestHoldingTime" SG_ 362 RSPA_AvnModADLDis 0;
+BA_ "RoutingFactor" SG_ 362 RSPA_AvnModADLDis 5;
+BA_ "Version" SG_ 362 RSPA_AvnModADLDis "17.11.00";
+BA_ "Description" SG_ 362 RSPA_AvnModPDFLDis "AVN에서 표출하는 직각전진좌측 (주차/출차) 모드선택 메뉴의 제어가능여부 표시 정보
+
+'-CGW routing 필요 (CCAN to MMCAN)";
+BA_ "GenSigStartValue" SG_ 362 RSPA_AvnModPDFLDis 0;
+BA_ "UserSigValidity" SG_ 362 RSPA_AvnModPDFLDis 3;
+BA_ "NetworkRequestHoldingTime" SG_ 362 RSPA_AvnModPDFLDis 0;
+BA_ "RoutingFactor" SG_ 362 RSPA_AvnModPDFLDis 5;
+BA_ "Version" SG_ 362 RSPA_AvnModPDFLDis "17.11.00";
+BA_ "Description" SG_ 362 RSPA_AvnModPLDis "AVN에서 표출하는 평행후방좌측 (주차/출차) 모드선택 메뉴의 제어가능여부 표시 정보
+
+'-CGW routing 필요 (CCAN to MMCAN)";
+BA_ "GenSigStartValue" SG_ 362 RSPA_AvnModPLDis 0;
+BA_ "UserSigValidity" SG_ 362 RSPA_AvnModPLDis 3;
+BA_ "NetworkRequestHoldingTime" SG_ 362 RSPA_AvnModPLDis 0;
+BA_ "RoutingFactor" SG_ 362 RSPA_AvnModPLDis 5;
+BA_ "Version" SG_ 362 RSPA_AvnModPLDis "17.11.00";
+BA_ "Description" SG_ 362 RSPA_AvnModPDRLDis "AVN에서 표출하는 직각후방좌측 (주차/출차) 모드선택 메뉴의 제어가능여부 표시 정보
+
+'-CGW routing 필요 (CCAN to MMCAN)";
+BA_ "GenSigStartValue" SG_ 362 RSPA_AvnModPDRLDis 0;
+BA_ "UserSigValidity" SG_ 362 RSPA_AvnModPDRLDis 3;
+BA_ "NetworkRequestHoldingTime" SG_ 362 RSPA_AvnModPDRLDis 0;
+BA_ "RoutingFactor" SG_ 362 RSPA_AvnModPDRLDis 5;
+BA_ "Version" SG_ 362 RSPA_AvnModPDRLDis "17.11.00";
+BA_ "Description" SG_ 362 RSPA_AvnModPDRRDis "AVN에서 표출하는 직각후방우측 (주차/출차) 모드선택 메뉴의 제어가능여부 표시 정보
+
+'-CGW routing 필요 (CCAN to MMCAN)";
+BA_ "GenSigStartValue" SG_ 362 RSPA_AvnModPDRRDis 0;
+BA_ "UserSigValidity" SG_ 362 RSPA_AvnModPDRRDis 3;
+BA_ "NetworkRequestHoldingTime" SG_ 362 RSPA_AvnModPDRRDis 0;
+BA_ "RoutingFactor" SG_ 362 RSPA_AvnModPDRRDis 5;
+BA_ "Version" SG_ 362 RSPA_AvnModPDRRDis "17.11.00";
+BA_ "Description" SG_ 362 RSPA_AvnModPRDis "AVN에서 표출하는 평행후방우측 (주차/출차) 모드선택 메뉴의 제어가능여부 표시 정보
+
+'-CGW routing 필요 (CCAN to MMCAN)";
+BA_ "GenSigStartValue" SG_ 362 RSPA_AvnModPRDis 0;
+BA_ "UserSigValidity" SG_ 362 RSPA_AvnModPRDis 3;
+BA_ "NetworkRequestHoldingTime" SG_ 362 RSPA_AvnModPRDis 0;
+BA_ "RoutingFactor" SG_ 362 RSPA_AvnModPRDis 5;
+BA_ "Version" SG_ 362 RSPA_AvnModPRDis "17.11.00";
+BA_ "Description" SG_ 362 RSPA_AvnModPDFRDis "AVN에서 표출하는 직각전방우측 (주차/출차) 모드선택 메뉴의 제어가능여부 표시 정보
+
+'-CGW routing 필요 (CCAN to MMCAN)";
+BA_ "GenSigStartValue" SG_ 362 RSPA_AvnModPDFRDis 0;
+BA_ "UserSigValidity" SG_ 362 RSPA_AvnModPDFRDis 3;
+BA_ "NetworkRequestHoldingTime" SG_ 362 RSPA_AvnModPDFRDis 0;
+BA_ "RoutingFactor" SG_ 362 RSPA_AvnModPDFRDis 5;
+BA_ "Version" SG_ 362 RSPA_AvnModPDFRDis "17.11.00";
+BA_ "Description" SG_ 362 RSPA_AvnModADRDis "AVN에서 표출하는 사선후방우측 (주차/출차) 모드선택 메뉴의 제어가능여부 표시 정보
+
+'-CGW routing 필요 (CCAN to MMCAN)";
+BA_ "GenSigStartValue" SG_ 362 RSPA_AvnModADRDis 0;
+BA_ "UserSigValidity" SG_ 362 RSPA_AvnModADRDis 3;
+BA_ "NetworkRequestHoldingTime" SG_ 362 RSPA_AvnModADRDis 0;
+BA_ "RoutingFactor" SG_ 362 RSPA_AvnModADRDis 5;
+BA_ "Version" SG_ 362 RSPA_AvnModADRDis "17.11.00";
+BA_ "Description" SG_ 362 RSPA_CamDis "RSPA 작동 시 AVM/RVM에 AVN에 출력할 영상 뷰 모드 요청";
+BA_ "GenSigStartValue" SG_ 362 RSPA_CamDis 0;
+BA_ "UserSigValidity" SG_ 362 RSPA_CamDis 3;
+BA_ "NetworkRequestHoldingTime" SG_ 362 RSPA_CamDis 0;
+BA_ "RoutingFactor" SG_ 362 RSPA_CamDis 5;
+BA_ "Version" SG_ 362 RSPA_CamDis "17.11.00";
+BA_ "Description" SG_ 362 RSPA_CnclTyp "RSPA Cancel Type
+
+RSPA에 의한 화면 점유 해제 요청 신호와 동일한 타이밍에 출력";
+BA_ "GenSigStartValue" SG_ 362 RSPA_CnclTyp 0;
+BA_ "UserSigValidity" SG_ 362 RSPA_CnclTyp 3;
+BA_ "NetworkRequestHoldingTime" SG_ 362 RSPA_CnclTyp 0;
+BA_ "RoutingFactor" SG_ 362 RSPA_CnclTyp 5;
+BA_ "Version" SG_ 362 RSPA_CnclTyp "18.07.01";
+BA_ "Description" SG_ 362 RSPA_AvnHmiDis "AVN에서 표출하는 RSPA HMI 표시 정보
+
+'-CGW routing 필요 (CCAN to MMCAN)";
+BA_ "GenSigStartValue" SG_ 362 RSPA_AvnHmiDis 0;
+BA_ "UserSigValidity" SG_ 362 RSPA_AvnHmiDis 3;
+BA_ "NetworkRequestHoldingTime" SG_ 362 RSPA_AvnHmiDis 0;
+BA_ "RoutingFactor" SG_ 362 RSPA_AvnHmiDis 5;
+BA_ "Version" SG_ 362 RSPA_AvnHmiDis "19.05.02";
+BA_ "Description" SG_ 362 RSPA_BxHght "AVM 표시 목표주차공간 높이";
+BA_ "GenSigStartValue" SG_ 362 RSPA_BxHght 0;
+BA_ "UserSigValidity" SG_ 362 RSPA_BxHght 3;
+BA_ "NetworkRequestHoldingTime" SG_ 362 RSPA_BxHght 0;
+BA_ "RoutingFactor" SG_ 362 RSPA_BxHght 5;
+BA_ "Version" SG_ 362 RSPA_BxHght "17.11.00";
+BA_ "Description" SG_ 362 RSPA_BxWidth "AVM 표시 목표주차공간 너비";
+BA_ "GenSigStartValue" SG_ 362 RSPA_BxWidth 0;
+BA_ "UserSigValidity" SG_ 362 RSPA_BxWidth 3;
+BA_ "NetworkRequestHoldingTime" SG_ 362 RSPA_BxWidth 0;
+BA_ "RoutingFactor" SG_ 362 RSPA_BxWidth 5;
+BA_ "Version" SG_ 362 RSPA_BxWidth "17.11.00";
+BA_ "Description" SG_ 362 RSPA_RtTrgtPosX "AVM 표시 오른쪽 주차공간 위치 X 좌표";
+BA_ "GenSigStartValue" SG_ 362 RSPA_RtTrgtPosX 0;
+BA_ "UserSigValidity" SG_ 362 RSPA_RtTrgtPosX 3;
+BA_ "NetworkRequestHoldingTime" SG_ 362 RSPA_RtTrgtPosX 0;
+BA_ "RoutingFactor" SG_ 362 RSPA_RtTrgtPosX 5;
+BA_ "Version" SG_ 362 RSPA_RtTrgtPosX "18.12.07";
+BA_ "Description" SG_ 362 RSPA_RtTrgtPosY "AVM 표시 오른쪽 주차공간 위치 Y 좌표";
+BA_ "GenSigStartValue" SG_ 362 RSPA_RtTrgtPosY 0;
+BA_ "UserSigValidity" SG_ 362 RSPA_RtTrgtPosY 3;
+BA_ "NetworkRequestHoldingTime" SG_ 362 RSPA_RtTrgtPosY 0;
+BA_ "RoutingFactor" SG_ 362 RSPA_RtTrgtPosY 5;
+BA_ "Version" SG_ 362 RSPA_RtTrgtPosY "18.12.07";
+BA_ "Description" SG_ 362 RSPA_LftTrgtPosX "AVM 표시 왼쪽 주차공간 위치 X 좌표";
+BA_ "GenSigStartValue" SG_ 362 RSPA_LftTrgtPosX 0;
+BA_ "UserSigValidity" SG_ 362 RSPA_LftTrgtPosX 3;
+BA_ "NetworkRequestHoldingTime" SG_ 362 RSPA_LftTrgtPosX 0;
+BA_ "RoutingFactor" SG_ 362 RSPA_LftTrgtPosX 5;
+BA_ "Version" SG_ 362 RSPA_LftTrgtPosX "18.12.07";
+BA_ "GenMsgSendType" BO_ 421 0;
+BA_ "GenMsgCycleTime" BO_ 421 20;
+BA_ "GenMsgCycleTimeFast" BO_ 421 0;
+BA_ "GenMsgNrOfRepetition" BO_ 421 0;
+BA_ "GenMsgDelayTime" BO_ 421 0;
+BA_ "GenMsgStartDelayTime" BO_ 421 0;
+BA_ "VFrameFormat" BO_ 421 14;
+BA_ "Description" SG_ 421 AWD_Crc1Val "The CRC checking process calculates the CRC over the entire data block, including the CRC result.
+
+- CRC Polynomial (0x1021) , Initial Value : 0xFFFF, XOR value : 0x0000
+
+- The mathematical expression to 16 bit CRC polynomial is given here. G(x) = x16 + x12 + x5 + 1";
+BA_ "GenSigStartValue" SG_ 421 AWD_Crc1Val 65535;
+BA_ "UserSigValidity" SG_ 421 AWD_Crc1Val 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 421 AWD_Crc1Val 500;
+BA_ "NetworkRequestHoldingTime" SG_ 421 AWD_Crc1Val 0;
+BA_ "RoutingFactor" SG_ 421 AWD_Crc1Val 5;
+BA_ "Version" SG_ 421 AWD_Crc1Val "17.11.00";
+BA_ "Description" SG_ 421 AWD_FRWhlSpdSnsrVal "This signal is not available in a part time AWD system and AWD system which use propeller shaft speed.";
+BA_ "GenSigStartValue" SG_ 421 AWD_FRWhlSpdSnsrVal 0;
+BA_ "UserSigValidity" SG_ 421 AWD_FRWhlSpdSnsrVal 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 421 AWD_FRWhlSpdSnsrVal 500;
+BA_ "NetworkRequestHoldingTime" SG_ 421 AWD_FRWhlSpdSnsrVal 0;
+BA_ "RoutingFactor" SG_ 421 AWD_FRWhlSpdSnsrVal 5;
+BA_ "Version" SG_ 421 AWD_FRWhlSpdSnsrVal "17.11.00";
+BA_ "Description" SG_ 421 AWD_FLWhlSpdSnsrVal "This signal is not available in a part time AWD system and AWD system which use propeller shaft speed.";
+BA_ "GenSigStartValue" SG_ 421 AWD_FLWhlSpdSnsrVal 0;
+BA_ "UserSigValidity" SG_ 421 AWD_FLWhlSpdSnsrVal 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 421 AWD_FLWhlSpdSnsrVal 500;
+BA_ "NetworkRequestHoldingTime" SG_ 421 AWD_FLWhlSpdSnsrVal 0;
+BA_ "RoutingFactor" SG_ 421 AWD_FLWhlSpdSnsrVal 5;
+BA_ "Version" SG_ 421 AWD_FLWhlSpdSnsrVal "17.11.00";
+BA_ "Description" SG_ 421 AWD_RRWhlSpdSnsrVal "This signal is not available in a part time AWD system and AWD system which use propeller shaft speed.";
+BA_ "GenSigStartValue" SG_ 421 AWD_RRWhlSpdSnsrVal 0;
+BA_ "UserSigValidity" SG_ 421 AWD_RRWhlSpdSnsrVal 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 421 AWD_RRWhlSpdSnsrVal 500;
+BA_ "NetworkRequestHoldingTime" SG_ 421 AWD_RRWhlSpdSnsrVal 0;
+BA_ "RoutingFactor" SG_ 421 AWD_RRWhlSpdSnsrVal 5;
+BA_ "Version" SG_ 421 AWD_RRWhlSpdSnsrVal "17.11.00";
+BA_ "Description" SG_ 421 AWD_RLWhlSpdSnsrVal "This signal is not available in a part time AWD system and AWD system which use propeller shaft speed.";
+BA_ "GenSigStartValue" SG_ 421 AWD_RLWhlSpdSnsrVal 0;
+BA_ "UserSigValidity" SG_ 421 AWD_RLWhlSpdSnsrVal 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 421 AWD_RLWhlSpdSnsrVal 500;
+BA_ "NetworkRequestHoldingTime" SG_ 421 AWD_RLWhlSpdSnsrVal 0;
+BA_ "RoutingFactor" SG_ 421 AWD_RLWhlSpdSnsrVal 5;
+BA_ "Version" SG_ 421 AWD_RLWhlSpdSnsrVal "17.11.00";
+BA_ "GenSigStartValue" SG_ 421 AWD_CltchPrsrVal 800;
+BA_ "UserSigValidity" SG_ 421 AWD_CltchPrsrVal 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 421 AWD_CltchPrsrVal 500;
+BA_ "NetworkRequestHoldingTime" SG_ 421 AWD_CltchPrsrVal 0;
+BA_ "RoutingFactor" SG_ 421 AWD_CltchPrsrVal 5;
+BA_ "Version" SG_ 421 AWD_CltchPrsrVal "17.11.00";
+BA_ "Description" SG_ 421 AWD_AlvCnt1Val "For the first transmission request for a data element the counter shall be initialized with 0 and shall be incremented by 1
+
+for every subsequent send request. When the counter reaches the maximum value(0xFF), then it shall restart with ? for the next send request";
+BA_ "GenSigStartValue" SG_ 421 AWD_AlvCnt1Val 0;
+BA_ "UserSigValidity" SG_ 421 AWD_AlvCnt1Val 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 421 AWD_AlvCnt1Val 500;
+BA_ "NetworkRequestHoldingTime" SG_ 421 AWD_AlvCnt1Val 0;
+BA_ "RoutingFactor" SG_ 421 AWD_AlvCnt1Val 5;
+BA_ "Version" SG_ 421 AWD_AlvCnt1Val "17.11.00";
+BA_ "GenSigStartValue" SG_ 421 AWD_SysOpSta 0;
+BA_ "UserSigValidity" SG_ 421 AWD_SysOpSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 421 AWD_SysOpSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 421 AWD_SysOpSta 0;
+BA_ "RoutingFactor" SG_ 421 AWD_SysOpSta 5;
+BA_ "Version" SG_ 421 AWD_SysOpSta "17.11.00";
+BA_ "Description" SG_ 421 AWD_FrTqDistRto "Signal for display on cluster.(Torque Distribution ratio to Front Wheel)";
+BA_ "GenSigStartValue" SG_ 421 AWD_FrTqDistRto 0;
+BA_ "UserSigValidity" SG_ 421 AWD_FrTqDistRto 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 421 AWD_FrTqDistRto 500;
+BA_ "NetworkRequestHoldingTime" SG_ 421 AWD_FrTqDistRto 0;
+BA_ "RoutingFactor" SG_ 421 AWD_FrTqDistRto 5;
+BA_ "Version" SG_ 421 AWD_FrTqDistRto "18.08.02";
+BA_ "Description" SG_ 421 AWD_RrTqDistRto "Signal for display on cluster (Torque Distribution ratio to Rear Wheel)";
+BA_ "GenSigStartValue" SG_ 421 AWD_RrTqDistRto 0;
+BA_ "UserSigValidity" SG_ 421 AWD_RrTqDistRto 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 421 AWD_RrTqDistRto 500;
+BA_ "NetworkRequestHoldingTime" SG_ 421 AWD_RrTqDistRto 0;
+BA_ "RoutingFactor" SG_ 421 AWD_RrTqDistRto 5;
+BA_ "Version" SG_ 421 AWD_RrTqDistRto "18.08.02";
+BA_ "Description" SG_ 421 AWD_Typ "* FF = Front engine and Front wheel driving
+
+* FR = Front engine and Rear wheel driving";
+BA_ "GenSigStartValue" SG_ 421 AWD_Typ 0;
+BA_ "UserSigValidity" SG_ 421 AWD_Typ 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 421 AWD_Typ 500;
+BA_ "NetworkRequestHoldingTime" SG_ 421 AWD_Typ 0;
+BA_ "RoutingFactor" SG_ 421 AWD_Typ 5;
+BA_ "Version" SG_ 421 AWD_Typ "17.11.00";
+BA_ "GenSigStartValue" SG_ 421 AWD_SigSpprtSta 0;
+BA_ "UserSigValidity" SG_ 421 AWD_SigSpprtSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 421 AWD_SigSpprtSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 421 AWD_SigSpprtSta 0;
+BA_ "RoutingFactor" SG_ 421 AWD_SigSpprtSta 5;
+BA_ "Version" SG_ 421 AWD_SigSpprtSta "17.11.00";
+BA_ "Description" SG_ 421 AWD_IcscErrSta "Information indicating ICSC Signal";
+BA_ "GenSigStartValue" SG_ 421 AWD_IcscErrSta 0;
+BA_ "UserSigValidity" SG_ 421 AWD_IcscErrSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 421 AWD_IcscErrSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 421 AWD_IcscErrSta 0;
+BA_ "RoutingFactor" SG_ 421 AWD_IcscErrSta 5;
+BA_ "Version" SG_ 421 AWD_IcscErrSta "17.11.00";
+BA_ "Description" SG_ 421 AWD_ErrCodeVal "This is for the “AWD ECU, MAGNA & WIA JV社” system applied vehicles only.";
+BA_ "GenSigStartValue" SG_ 421 AWD_ErrCodeVal 0;
+BA_ "UserSigValidity" SG_ 421 AWD_ErrCodeVal 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 421 AWD_ErrCodeVal 500;
+BA_ "NetworkRequestHoldingTime" SG_ 421 AWD_ErrCodeVal 0;
+BA_ "RoutingFactor" SG_ 421 AWD_ErrCodeVal 5;
+BA_ "Version" SG_ 421 AWD_ErrCodeVal "17.11.00";
+BA_ "Description" SG_ 421 AWD_CltchDtVal "Part time AWD system does not support this information via CAN";
+BA_ "GenSigStartValue" SG_ 421 AWD_CltchDtVal 0;
+BA_ "UserSigValidity" SG_ 421 AWD_CltchDtVal 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 421 AWD_CltchDtVal 500;
+BA_ "NetworkRequestHoldingTime" SG_ 421 AWD_CltchDtVal 0;
+BA_ "RoutingFactor" SG_ 421 AWD_CltchDtVal 5;
+BA_ "Version" SG_ 421 AWD_CltchDtVal "17.11.00";
+BA_ "GenSigStartValue" SG_ 421 AWD_TireRdsVal 0;
+BA_ "UserSigValidity" SG_ 421 AWD_TireRdsVal 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 421 AWD_TireRdsVal 500;
+BA_ "NetworkRequestHoldingTime" SG_ 421 AWD_TireRdsVal 0;
+BA_ "RoutingFactor" SG_ 421 AWD_TireRdsVal 5;
+BA_ "Version" SG_ 421 AWD_TireRdsVal "17.11.00";
+BA_ "GenSigStartValue" SG_ 421 AWD_SwVerVal 0;
+BA_ "UserSigValidity" SG_ 421 AWD_SwVerVal 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 421 AWD_SwVerVal 500;
+BA_ "NetworkRequestHoldingTime" SG_ 421 AWD_SwVerVal 0;
+BA_ "RoutingFactor" SG_ 421 AWD_SwVerVal 5;
+BA_ "Version" SG_ 421 AWD_SwVerVal "17.11.00";
+BA_ "GenSigStartValue" SG_ 421 AWD_OpMod2HSta 0;
+BA_ "UserSigValidity" SG_ 421 AWD_OpMod2HSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 421 AWD_OpMod2HSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 421 AWD_OpMod2HSta 0;
+BA_ "RoutingFactor" SG_ 421 AWD_OpMod2HSta 5;
+BA_ "Version" SG_ 421 AWD_OpMod2HSta "17.11.00";
+BA_ "GenSigStartValue" SG_ 421 AWD_OpMod4HSta 0;
+BA_ "UserSigValidity" SG_ 421 AWD_OpMod4HSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 421 AWD_OpMod4HSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 421 AWD_OpMod4HSta 0;
+BA_ "RoutingFactor" SG_ 421 AWD_OpMod4HSta 5;
+BA_ "Version" SG_ 421 AWD_OpMod4HSta "17.11.00";
+BA_ "GenSigStartValue" SG_ 421 AWD_OpModLowSta 0;
+BA_ "UserSigValidity" SG_ 421 AWD_OpModLowSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 421 AWD_OpModLowSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 421 AWD_OpModLowSta 0;
+BA_ "RoutingFactor" SG_ 421 AWD_OpModLowSta 5;
+BA_ "Version" SG_ 421 AWD_OpModLowSta "17.11.00";
+BA_ "GenSigStartValue" SG_ 421 AWD_OpModAutoSta 0;
+BA_ "UserSigValidity" SG_ 421 AWD_OpModAutoSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 421 AWD_OpModAutoSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 421 AWD_OpModAutoSta 0;
+BA_ "RoutingFactor" SG_ 421 AWD_OpModAutoSta 5;
+BA_ "Version" SG_ 421 AWD_OpModAutoSta "17.11.00";
+BA_ "GenSigStartValue" SG_ 421 AWD_OpModLkSta 0;
+BA_ "UserSigValidity" SG_ 421 AWD_OpModLkSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 421 AWD_OpModLkSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 421 AWD_OpModLkSta 0;
+BA_ "RoutingFactor" SG_ 421 AWD_OpModLkSta 5;
+BA_ "Version" SG_ 421 AWD_OpModLkSta "17.11.00";
+BA_ "Description" SG_ 421 AWD_TireSizeWrng "The signal AWD_TireSizeWrng is used to inform the difference of front and rear wheel's dynamic radius. 4WD ECU calculate front and rear tire's dynamic radius difference.
+
+When front and rear tire diameter difference 3 level detected, 4WD ECU control open state to protect. If tire difference is under 2 level , 4WD resume normal operating.";
+BA_ "GenSigStartValue" SG_ 421 AWD_TireSizeWrng 0;
+BA_ "UserSigValidity" SG_ 421 AWD_TireSizeWrng 3;
+BA_ "NetworkRequestHoldingTime" SG_ 421 AWD_TireSizeWrng 0;
+BA_ "RoutingFactor" SG_ 421 AWD_TireSizeWrng 5;
+BA_ "Version" SG_ 421 AWD_TireSizeWrng "18.08.01";
+BA_ "GenSigStartValue" SG_ 421 AWD_ShaftTqVal 0;
+BA_ "UserSigValidity" SG_ 421 AWD_ShaftTqVal 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 421 AWD_ShaftTqVal 500;
+BA_ "NetworkRequestHoldingTime" SG_ 421 AWD_ShaftTqVal 0;
+BA_ "RoutingFactor" SG_ 421 AWD_ShaftTqVal 5;
+BA_ "Version" SG_ 421 AWD_ShaftTqVal "17.11.00";
+BA_ "GenSigStartValue" SG_ 421 AWD_StrWhlPosVal 600;
+BA_ "UserSigValidity" SG_ 421 AWD_StrWhlPosVal 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 421 AWD_StrWhlPosVal 500;
+BA_ "NetworkRequestHoldingTime" SG_ 421 AWD_StrWhlPosVal 0;
+BA_ "RoutingFactor" SG_ 421 AWD_StrWhlPosVal 5;
+BA_ "Version" SG_ 421 AWD_StrWhlPosVal "17.11.00";
+BA_ "GenMsgCycleTime" BO_ 1634 0;
+BA_ "GenMsgILSupport" BO_ 1634 0;
+BA_ "TpMessage" BO_ 1634 1;
+BA_ "GenMsgDelayTime" BO_ 1634 0;
+BA_ "GenMsgStartDelayTime" BO_ 1634 0;
+BA_ "VFrameFormat" BO_ 1634 14;
+BA_ "UsrSigPurpose" SG_ 1634 AWD_CCP_DAQ0_Byte0 6;
+BA_ "GenSigSendType" SG_ 1634 AWD_CCP_DAQ0_Byte0 2;
+BA_ "GenSigStartValue" SG_ 1634 AWD_CCP_DAQ0_Byte0 0;
+BA_ "UserSigValidity" SG_ 1634 AWD_CCP_DAQ0_Byte0 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1634 AWD_CCP_DAQ0_Byte0 0;
+BA_ "NetworkRequest" SG_ 1634 AWD_CCP_DAQ0_Byte0 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1634 AWD_CCP_DAQ0_Byte0 5000;
+BA_ "RoutingFactor" SG_ 1634 AWD_CCP_DAQ0_Byte0 1;
+BA_ "Version" SG_ 1634 AWD_CCP_DAQ0_Byte0 "18.07.03";
+BA_ "NmStationAddress" BU_ FD_P 0;
+BA_ "NmNode" BU_ FD_P 0;
+BA_ "UsrSigPurpose" SG_ 1634 AWD_CCP_DAQ0_Byte2 6;
+BA_ "GenSigSendType" SG_ 1634 AWD_CCP_DAQ0_Byte2 2;
+BA_ "GenSigStartValue" SG_ 1634 AWD_CCP_DAQ0_Byte2 0;
+BA_ "UserSigValidity" SG_ 1634 AWD_CCP_DAQ0_Byte2 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1634 AWD_CCP_DAQ0_Byte2 0;
+BA_ "NetworkRequest" SG_ 1634 AWD_CCP_DAQ0_Byte2 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1634 AWD_CCP_DAQ0_Byte2 5000;
+BA_ "RoutingFactor" SG_ 1634 AWD_CCP_DAQ0_Byte2 1;
+BA_ "Version" SG_ 1634 AWD_CCP_DAQ0_Byte2 "18.07.03";
+BA_ "UsrSigPurpose" SG_ 1634 AWD_CCP_DAQ0_Byte3 6;
+BA_ "GenSigSendType" SG_ 1634 AWD_CCP_DAQ0_Byte3 2;
+BA_ "GenSigStartValue" SG_ 1634 AWD_CCP_DAQ0_Byte3 0;
+BA_ "UserSigValidity" SG_ 1634 AWD_CCP_DAQ0_Byte3 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1634 AWD_CCP_DAQ0_Byte3 0;
+BA_ "NetworkRequest" SG_ 1634 AWD_CCP_DAQ0_Byte3 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1634 AWD_CCP_DAQ0_Byte3 5000;
+BA_ "RoutingFactor" SG_ 1634 AWD_CCP_DAQ0_Byte3 1;
+BA_ "Version" SG_ 1634 AWD_CCP_DAQ0_Byte3 "18.07.03";
+BA_ "UsrSigPurpose" SG_ 1634 AWD_CCP_DAQ0_Byte4 6;
+BA_ "GenSigSendType" SG_ 1634 AWD_CCP_DAQ0_Byte4 2;
+BA_ "GenSigStartValue" SG_ 1634 AWD_CCP_DAQ0_Byte4 0;
+BA_ "UserSigValidity" SG_ 1634 AWD_CCP_DAQ0_Byte4 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1634 AWD_CCP_DAQ0_Byte4 0;
+BA_ "NetworkRequest" SG_ 1634 AWD_CCP_DAQ0_Byte4 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1634 AWD_CCP_DAQ0_Byte4 5000;
+BA_ "RoutingFactor" SG_ 1634 AWD_CCP_DAQ0_Byte4 1;
+BA_ "Version" SG_ 1634 AWD_CCP_DAQ0_Byte4 "18.07.03";
+BA_ "UsrSigPurpose" SG_ 1634 AWD_CCP_DAQ0_Byte5 6;
+BA_ "GenSigSendType" SG_ 1634 AWD_CCP_DAQ0_Byte5 2;
+BA_ "GenSigStartValue" SG_ 1634 AWD_CCP_DAQ0_Byte5 0;
+BA_ "UserSigValidity" SG_ 1634 AWD_CCP_DAQ0_Byte5 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1634 AWD_CCP_DAQ0_Byte5 0;
+BA_ "NetworkRequest" SG_ 1634 AWD_CCP_DAQ0_Byte5 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1634 AWD_CCP_DAQ0_Byte5 5000;
+BA_ "RoutingFactor" SG_ 1634 AWD_CCP_DAQ0_Byte5 1;
+BA_ "Version" SG_ 1634 AWD_CCP_DAQ0_Byte5 "18.07.03";
+BA_ "UsrSigPurpose" SG_ 1634 AWD_CCP_DAQ0_Byte6 6;
+BA_ "GenSigSendType" SG_ 1634 AWD_CCP_DAQ0_Byte6 2;
+BA_ "GenSigStartValue" SG_ 1634 AWD_CCP_DAQ0_Byte6 0;
+BA_ "UserSigValidity" SG_ 1634 AWD_CCP_DAQ0_Byte6 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1634 AWD_CCP_DAQ0_Byte6 0;
+BA_ "NetworkRequest" SG_ 1634 AWD_CCP_DAQ0_Byte6 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1634 AWD_CCP_DAQ0_Byte6 5000;
+BA_ "RoutingFactor" SG_ 1634 AWD_CCP_DAQ0_Byte6 1;
+BA_ "Version" SG_ 1634 AWD_CCP_DAQ0_Byte6 "18.07.03";
+BA_ "UsrSigPurpose" SG_ 1634 AWD_CCP_DAQ0_Byte7 6;
+BA_ "GenSigSendType" SG_ 1634 AWD_CCP_DAQ0_Byte7 2;
+BA_ "GenSigStartValue" SG_ 1634 AWD_CCP_DAQ0_Byte7 0;
+BA_ "UserSigValidity" SG_ 1634 AWD_CCP_DAQ0_Byte7 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1634 AWD_CCP_DAQ0_Byte7 0;
+BA_ "NetworkRequest" SG_ 1634 AWD_CCP_DAQ0_Byte7 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1634 AWD_CCP_DAQ0_Byte7 5000;
+BA_ "RoutingFactor" SG_ 1634 AWD_CCP_DAQ0_Byte7 1;
+BA_ "Version" SG_ 1634 AWD_CCP_DAQ0_Byte7 "18.07.03";
+BA_ "UsrSigPurpose" SG_ 1634 AWD_CCP_DAQ0_Byte1 6;
+BA_ "GenSigSendType" SG_ 1634 AWD_CCP_DAQ0_Byte1 2;
+BA_ "GenSigStartValue" SG_ 1634 AWD_CCP_DAQ0_Byte1 0;
+BA_ "UserSigValidity" SG_ 1634 AWD_CCP_DAQ0_Byte1 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1634 AWD_CCP_DAQ0_Byte1 0;
+BA_ "NetworkRequest" SG_ 1634 AWD_CCP_DAQ0_Byte1 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1634 AWD_CCP_DAQ0_Byte1 5000;
+BA_ "RoutingFactor" SG_ 1634 AWD_CCP_DAQ0_Byte1 1;
+BA_ "Version" SG_ 1634 AWD_CCP_DAQ0_Byte1 "18.07.03";
+BA_ "GenMsgCycleTime" BO_ 1635 0;
+BA_ "GenMsgILSupport" BO_ 1635 0;
+BA_ "TpMessage" BO_ 1635 1;
+BA_ "GenMsgDelayTime" BO_ 1635 0;
+BA_ "GenMsgStartDelayTime" BO_ 1635 0;
+BA_ "VFrameFormat" BO_ 1635 14;
+BA_ "UsrSigPurpose" SG_ 1635 AWD_CCP_DAQ1_Byte0 6;
+BA_ "GenSigSendType" SG_ 1635 AWD_CCP_DAQ1_Byte0 2;
+BA_ "GenSigStartValue" SG_ 1635 AWD_CCP_DAQ1_Byte0 0;
+BA_ "UserSigValidity" SG_ 1635 AWD_CCP_DAQ1_Byte0 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1635 AWD_CCP_DAQ1_Byte0 0;
+BA_ "NetworkRequest" SG_ 1635 AWD_CCP_DAQ1_Byte0 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1635 AWD_CCP_DAQ1_Byte0 5000;
+BA_ "RoutingFactor" SG_ 1635 AWD_CCP_DAQ1_Byte0 1;
+BA_ "Version" SG_ 1635 AWD_CCP_DAQ1_Byte0 "18.07.03";
+BA_ "UsrSigPurpose" SG_ 1635 AWD_CCP_DAQ1_Byte2 6;
+BA_ "GenSigSendType" SG_ 1635 AWD_CCP_DAQ1_Byte2 2;
+BA_ "GenSigStartValue" SG_ 1635 AWD_CCP_DAQ1_Byte2 0;
+BA_ "UserSigValidity" SG_ 1635 AWD_CCP_DAQ1_Byte2 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1635 AWD_CCP_DAQ1_Byte2 0;
+BA_ "NetworkRequest" SG_ 1635 AWD_CCP_DAQ1_Byte2 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1635 AWD_CCP_DAQ1_Byte2 5000;
+BA_ "RoutingFactor" SG_ 1635 AWD_CCP_DAQ1_Byte2 1;
+BA_ "Version" SG_ 1635 AWD_CCP_DAQ1_Byte2 "18.07.03";
+BA_ "UsrSigPurpose" SG_ 1635 AWD_CCP_DAQ1_Byte3 6;
+BA_ "GenSigSendType" SG_ 1635 AWD_CCP_DAQ1_Byte3 2;
+BA_ "GenSigStartValue" SG_ 1635 AWD_CCP_DAQ1_Byte3 0;
+BA_ "UserSigValidity" SG_ 1635 AWD_CCP_DAQ1_Byte3 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1635 AWD_CCP_DAQ1_Byte3 0;
+BA_ "NetworkRequest" SG_ 1635 AWD_CCP_DAQ1_Byte3 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1635 AWD_CCP_DAQ1_Byte3 5000;
+BA_ "RoutingFactor" SG_ 1635 AWD_CCP_DAQ1_Byte3 1;
+BA_ "Version" SG_ 1635 AWD_CCP_DAQ1_Byte3 "18.07.03";
+BA_ "UsrSigPurpose" SG_ 1635 AWD_CCP_DAQ1_Byte4 6;
+BA_ "GenSigSendType" SG_ 1635 AWD_CCP_DAQ1_Byte4 2;
+BA_ "GenSigStartValue" SG_ 1635 AWD_CCP_DAQ1_Byte4 0;
+BA_ "UserSigValidity" SG_ 1635 AWD_CCP_DAQ1_Byte4 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1635 AWD_CCP_DAQ1_Byte4 0;
+BA_ "NetworkRequest" SG_ 1635 AWD_CCP_DAQ1_Byte4 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1635 AWD_CCP_DAQ1_Byte4 5000;
+BA_ "RoutingFactor" SG_ 1635 AWD_CCP_DAQ1_Byte4 1;
+BA_ "Version" SG_ 1635 AWD_CCP_DAQ1_Byte4 "18.07.03";
+BA_ "UsrSigPurpose" SG_ 1635 AWD_CCP_DAQ1_Byte5 6;
+BA_ "GenSigSendType" SG_ 1635 AWD_CCP_DAQ1_Byte5 2;
+BA_ "GenSigStartValue" SG_ 1635 AWD_CCP_DAQ1_Byte5 0;
+BA_ "UserSigValidity" SG_ 1635 AWD_CCP_DAQ1_Byte5 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1635 AWD_CCP_DAQ1_Byte5 0;
+BA_ "NetworkRequest" SG_ 1635 AWD_CCP_DAQ1_Byte5 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1635 AWD_CCP_DAQ1_Byte5 5000;
+BA_ "RoutingFactor" SG_ 1635 AWD_CCP_DAQ1_Byte5 1;
+BA_ "Version" SG_ 1635 AWD_CCP_DAQ1_Byte5 "18.07.03";
+BA_ "UsrSigPurpose" SG_ 1635 AWD_CCP_DAQ1_Byte6 6;
+BA_ "GenSigSendType" SG_ 1635 AWD_CCP_DAQ1_Byte6 2;
+BA_ "GenSigStartValue" SG_ 1635 AWD_CCP_DAQ1_Byte6 0;
+BA_ "UserSigValidity" SG_ 1635 AWD_CCP_DAQ1_Byte6 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1635 AWD_CCP_DAQ1_Byte6 0;
+BA_ "NetworkRequest" SG_ 1635 AWD_CCP_DAQ1_Byte6 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1635 AWD_CCP_DAQ1_Byte6 5000;
+BA_ "RoutingFactor" SG_ 1635 AWD_CCP_DAQ1_Byte6 1;
+BA_ "Version" SG_ 1635 AWD_CCP_DAQ1_Byte6 "18.07.03";
+BA_ "UsrSigPurpose" SG_ 1635 AWD_CCP_DAQ1_Byte7 6;
+BA_ "GenSigSendType" SG_ 1635 AWD_CCP_DAQ1_Byte7 2;
+BA_ "GenSigStartValue" SG_ 1635 AWD_CCP_DAQ1_Byte7 0;
+BA_ "UserSigValidity" SG_ 1635 AWD_CCP_DAQ1_Byte7 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1635 AWD_CCP_DAQ1_Byte7 0;
+BA_ "NetworkRequest" SG_ 1635 AWD_CCP_DAQ1_Byte7 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1635 AWD_CCP_DAQ1_Byte7 5000;
+BA_ "RoutingFactor" SG_ 1635 AWD_CCP_DAQ1_Byte7 1;
+BA_ "Version" SG_ 1635 AWD_CCP_DAQ1_Byte7 "18.07.03";
+BA_ "UsrSigPurpose" SG_ 1635 AWD_CCP_DAQ1_Byte1 6;
+BA_ "GenSigSendType" SG_ 1635 AWD_CCP_DAQ1_Byte1 2;
+BA_ "GenSigStartValue" SG_ 1635 AWD_CCP_DAQ1_Byte1 0;
+BA_ "UserSigValidity" SG_ 1635 AWD_CCP_DAQ1_Byte1 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1635 AWD_CCP_DAQ1_Byte1 0;
+BA_ "NetworkRequest" SG_ 1635 AWD_CCP_DAQ1_Byte1 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1635 AWD_CCP_DAQ1_Byte1 5000;
+BA_ "RoutingFactor" SG_ 1635 AWD_CCP_DAQ1_Byte1 1;
+BA_ "Version" SG_ 1635 AWD_CCP_DAQ1_Byte1 "18.07.03";
+BA_ "GenMsgCycleTime" BO_ 1633 0;
+BA_ "GenMsgILSupport" BO_ 1633 0;
+BA_ "TpMessage" BO_ 1633 1;
+BA_ "GenMsgDelayTime" BO_ 1633 0;
+BA_ "GenMsgStartDelayTime" BO_ 1633 0;
+BA_ "VFrameFormat" BO_ 1633 14;
+BA_ "UsrSigPurpose" SG_ 1633 AWD_CCP_receive_Byte0 6;
+BA_ "GenSigSendType" SG_ 1633 AWD_CCP_receive_Byte0 2;
+BA_ "GenSigStartValue" SG_ 1633 AWD_CCP_receive_Byte0 0;
+BA_ "UserSigValidity" SG_ 1633 AWD_CCP_receive_Byte0 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 1633 AWD_CCP_receive_Byte0 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1633 AWD_CCP_receive_Byte0 0;
+BA_ "NetworkRequest" SG_ 1633 AWD_CCP_receive_Byte0 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1633 AWD_CCP_receive_Byte0 5000;
+BA_ "RoutingFactor" SG_ 1633 AWD_CCP_receive_Byte0 1;
+BA_ "Version" SG_ 1633 AWD_CCP_receive_Byte0 "18.07.03";
+BA_ "UsrSigPurpose" SG_ 1633 AWD_CCP_receive_Byte2 6;
+BA_ "GenSigSendType" SG_ 1633 AWD_CCP_receive_Byte2 2;
+BA_ "GenSigStartValue" SG_ 1633 AWD_CCP_receive_Byte2 0;
+BA_ "UserSigValidity" SG_ 1633 AWD_CCP_receive_Byte2 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 1633 AWD_CCP_receive_Byte2 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1633 AWD_CCP_receive_Byte2 0;
+BA_ "NetworkRequest" SG_ 1633 AWD_CCP_receive_Byte2 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1633 AWD_CCP_receive_Byte2 5000;
+BA_ "RoutingFactor" SG_ 1633 AWD_CCP_receive_Byte2 1;
+BA_ "Version" SG_ 1633 AWD_CCP_receive_Byte2 "18.07.03";
+BA_ "UsrSigPurpose" SG_ 1633 AWD_CCP_receive_Byte3 6;
+BA_ "GenSigSendType" SG_ 1633 AWD_CCP_receive_Byte3 2;
+BA_ "GenSigStartValue" SG_ 1633 AWD_CCP_receive_Byte3 0;
+BA_ "UserSigValidity" SG_ 1633 AWD_CCP_receive_Byte3 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 1633 AWD_CCP_receive_Byte3 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1633 AWD_CCP_receive_Byte3 0;
+BA_ "NetworkRequest" SG_ 1633 AWD_CCP_receive_Byte3 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1633 AWD_CCP_receive_Byte3 5000;
+BA_ "RoutingFactor" SG_ 1633 AWD_CCP_receive_Byte3 1;
+BA_ "Version" SG_ 1633 AWD_CCP_receive_Byte3 "18.07.03";
+BA_ "UsrSigPurpose" SG_ 1633 AWD_CCP_receive_Byte4 6;
+BA_ "GenSigSendType" SG_ 1633 AWD_CCP_receive_Byte4 2;
+BA_ "GenSigStartValue" SG_ 1633 AWD_CCP_receive_Byte4 0;
+BA_ "UserSigValidity" SG_ 1633 AWD_CCP_receive_Byte4 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 1633 AWD_CCP_receive_Byte4 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1633 AWD_CCP_receive_Byte4 0;
+BA_ "NetworkRequest" SG_ 1633 AWD_CCP_receive_Byte4 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1633 AWD_CCP_receive_Byte4 5000;
+BA_ "RoutingFactor" SG_ 1633 AWD_CCP_receive_Byte4 1;
+BA_ "Version" SG_ 1633 AWD_CCP_receive_Byte4 "18.07.03";
+BA_ "UsrSigPurpose" SG_ 1633 AWD_CCP_receive_Byte5 6;
+BA_ "GenSigSendType" SG_ 1633 AWD_CCP_receive_Byte5 2;
+BA_ "GenSigStartValue" SG_ 1633 AWD_CCP_receive_Byte5 0;
+BA_ "UserSigValidity" SG_ 1633 AWD_CCP_receive_Byte5 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 1633 AWD_CCP_receive_Byte5 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1633 AWD_CCP_receive_Byte5 0;
+BA_ "NetworkRequest" SG_ 1633 AWD_CCP_receive_Byte5 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1633 AWD_CCP_receive_Byte5 5000;
+BA_ "RoutingFactor" SG_ 1633 AWD_CCP_receive_Byte5 1;
+BA_ "Version" SG_ 1633 AWD_CCP_receive_Byte5 "18.07.03";
+BA_ "UsrSigPurpose" SG_ 1633 AWD_CCP_receive_Byte6 6;
+BA_ "GenSigSendType" SG_ 1633 AWD_CCP_receive_Byte6 2;
+BA_ "GenSigStartValue" SG_ 1633 AWD_CCP_receive_Byte6 0;
+BA_ "UserSigValidity" SG_ 1633 AWD_CCP_receive_Byte6 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 1633 AWD_CCP_receive_Byte6 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1633 AWD_CCP_receive_Byte6 0;
+BA_ "NetworkRequest" SG_ 1633 AWD_CCP_receive_Byte6 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1633 AWD_CCP_receive_Byte6 5000;
+BA_ "RoutingFactor" SG_ 1633 AWD_CCP_receive_Byte6 1;
+BA_ "Version" SG_ 1633 AWD_CCP_receive_Byte6 "18.07.03";
+BA_ "UsrSigPurpose" SG_ 1633 AWD_CCP_receive_Byte7 6;
+BA_ "GenSigSendType" SG_ 1633 AWD_CCP_receive_Byte7 2;
+BA_ "GenSigStartValue" SG_ 1633 AWD_CCP_receive_Byte7 0;
+BA_ "UserSigValidity" SG_ 1633 AWD_CCP_receive_Byte7 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 1633 AWD_CCP_receive_Byte7 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1633 AWD_CCP_receive_Byte7 0;
+BA_ "NetworkRequest" SG_ 1633 AWD_CCP_receive_Byte7 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1633 AWD_CCP_receive_Byte7 5000;
+BA_ "RoutingFactor" SG_ 1633 AWD_CCP_receive_Byte7 1;
+BA_ "Version" SG_ 1633 AWD_CCP_receive_Byte7 "18.07.03";
+BA_ "UsrSigPurpose" SG_ 1633 AWD_CCP_receive_Byte1 6;
+BA_ "GenSigSendType" SG_ 1633 AWD_CCP_receive_Byte1 2;
+BA_ "GenSigStartValue" SG_ 1633 AWD_CCP_receive_Byte1 0;
+BA_ "UserSigValidity" SG_ 1633 AWD_CCP_receive_Byte1 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 1633 AWD_CCP_receive_Byte1 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1633 AWD_CCP_receive_Byte1 0;
+BA_ "NetworkRequest" SG_ 1633 AWD_CCP_receive_Byte1 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1633 AWD_CCP_receive_Byte1 5000;
+BA_ "RoutingFactor" SG_ 1633 AWD_CCP_receive_Byte1 1;
+BA_ "Version" SG_ 1633 AWD_CCP_receive_Byte1 "18.07.03";
+BA_ "GenMsgCycleTime" BO_ 1632 0;
+BA_ "GenMsgILSupport" BO_ 1632 0;
+BA_ "TpMessage" BO_ 1632 1;
+BA_ "GenMsgDelayTime" BO_ 1632 0;
+BA_ "GenMsgStartDelayTime" BO_ 1632 0;
+BA_ "VFrameFormat" BO_ 1632 14;
+BA_ "UsrSigPurpose" SG_ 1632 AWD_CCP_transmit_Byte0 6;
+BA_ "GenSigSendType" SG_ 1632 AWD_CCP_transmit_Byte0 2;
+BA_ "GenSigStartValue" SG_ 1632 AWD_CCP_transmit_Byte0 0;
+BA_ "UserSigValidity" SG_ 1632 AWD_CCP_transmit_Byte0 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1632 AWD_CCP_transmit_Byte0 0;
+BA_ "NetworkRequest" SG_ 1632 AWD_CCP_transmit_Byte0 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1632 AWD_CCP_transmit_Byte0 5000;
+BA_ "RoutingFactor" SG_ 1632 AWD_CCP_transmit_Byte0 1;
+BA_ "Version" SG_ 1632 AWD_CCP_transmit_Byte0 "18.07.03";
+BA_ "UsrSigPurpose" SG_ 1632 AWD_CCP_transmit_Byte2 6;
+BA_ "GenSigSendType" SG_ 1632 AWD_CCP_transmit_Byte2 2;
+BA_ "GenSigStartValue" SG_ 1632 AWD_CCP_transmit_Byte2 0;
+BA_ "UserSigValidity" SG_ 1632 AWD_CCP_transmit_Byte2 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1632 AWD_CCP_transmit_Byte2 0;
+BA_ "NetworkRequest" SG_ 1632 AWD_CCP_transmit_Byte2 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1632 AWD_CCP_transmit_Byte2 5000;
+BA_ "RoutingFactor" SG_ 1632 AWD_CCP_transmit_Byte2 1;
+BA_ "Version" SG_ 1632 AWD_CCP_transmit_Byte2 "18.07.03";
+BA_ "UsrSigPurpose" SG_ 1632 AWD_CCP_transmit_Byte3 6;
+BA_ "GenSigSendType" SG_ 1632 AWD_CCP_transmit_Byte3 2;
+BA_ "GenSigStartValue" SG_ 1632 AWD_CCP_transmit_Byte3 0;
+BA_ "UserSigValidity" SG_ 1632 AWD_CCP_transmit_Byte3 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1632 AWD_CCP_transmit_Byte3 0;
+BA_ "NetworkRequest" SG_ 1632 AWD_CCP_transmit_Byte3 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1632 AWD_CCP_transmit_Byte3 5000;
+BA_ "RoutingFactor" SG_ 1632 AWD_CCP_transmit_Byte3 1;
+BA_ "Version" SG_ 1632 AWD_CCP_transmit_Byte3 "18.07.03";
+BA_ "UsrSigPurpose" SG_ 1632 AWD_CCP_transmit_Byte4 6;
+BA_ "GenSigSendType" SG_ 1632 AWD_CCP_transmit_Byte4 2;
+BA_ "GenSigStartValue" SG_ 1632 AWD_CCP_transmit_Byte4 0;
+BA_ "UserSigValidity" SG_ 1632 AWD_CCP_transmit_Byte4 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1632 AWD_CCP_transmit_Byte4 0;
+BA_ "NetworkRequest" SG_ 1632 AWD_CCP_transmit_Byte4 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1632 AWD_CCP_transmit_Byte4 5000;
+BA_ "RoutingFactor" SG_ 1632 AWD_CCP_transmit_Byte4 1;
+BA_ "Version" SG_ 1632 AWD_CCP_transmit_Byte4 "18.07.03";
+BA_ "UsrSigPurpose" SG_ 1632 AWD_CCP_transmit_Byte5 6;
+BA_ "GenSigSendType" SG_ 1632 AWD_CCP_transmit_Byte5 2;
+BA_ "GenSigStartValue" SG_ 1632 AWD_CCP_transmit_Byte5 0;
+BA_ "UserSigValidity" SG_ 1632 AWD_CCP_transmit_Byte5 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1632 AWD_CCP_transmit_Byte5 0;
+BA_ "NetworkRequest" SG_ 1632 AWD_CCP_transmit_Byte5 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1632 AWD_CCP_transmit_Byte5 5000;
+BA_ "RoutingFactor" SG_ 1632 AWD_CCP_transmit_Byte5 1;
+BA_ "Version" SG_ 1632 AWD_CCP_transmit_Byte5 "18.07.03";
+BA_ "UsrSigPurpose" SG_ 1632 AWD_CCP_transmit_Byte6 6;
+BA_ "GenSigSendType" SG_ 1632 AWD_CCP_transmit_Byte6 2;
+BA_ "GenSigStartValue" SG_ 1632 AWD_CCP_transmit_Byte6 0;
+BA_ "UserSigValidity" SG_ 1632 AWD_CCP_transmit_Byte6 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1632 AWD_CCP_transmit_Byte6 0;
+BA_ "NetworkRequest" SG_ 1632 AWD_CCP_transmit_Byte6 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1632 AWD_CCP_transmit_Byte6 5000;
+BA_ "RoutingFactor" SG_ 1632 AWD_CCP_transmit_Byte6 1;
+BA_ "Version" SG_ 1632 AWD_CCP_transmit_Byte6 "18.07.03";
+BA_ "UsrSigPurpose" SG_ 1632 AWD_CCP_transmit_Byte7 6;
+BA_ "GenSigSendType" SG_ 1632 AWD_CCP_transmit_Byte7 2;
+BA_ "GenSigStartValue" SG_ 1632 AWD_CCP_transmit_Byte7 0;
+BA_ "UserSigValidity" SG_ 1632 AWD_CCP_transmit_Byte7 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1632 AWD_CCP_transmit_Byte7 0;
+BA_ "NetworkRequest" SG_ 1632 AWD_CCP_transmit_Byte7 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1632 AWD_CCP_transmit_Byte7 5000;
+BA_ "RoutingFactor" SG_ 1632 AWD_CCP_transmit_Byte7 1;
+BA_ "Version" SG_ 1632 AWD_CCP_transmit_Byte7 "18.07.03";
+BA_ "UsrSigPurpose" SG_ 1632 AWD_CCP_transmit_Byte1 6;
+BA_ "GenSigSendType" SG_ 1632 AWD_CCP_transmit_Byte1 2;
+BA_ "GenSigStartValue" SG_ 1632 AWD_CCP_transmit_Byte1 0;
+BA_ "UserSigValidity" SG_ 1632 AWD_CCP_transmit_Byte1 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1632 AWD_CCP_transmit_Byte1 0;
+BA_ "NetworkRequest" SG_ 1632 AWD_CCP_transmit_Byte1 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1632 AWD_CCP_transmit_Byte1 5000;
+BA_ "RoutingFactor" SG_ 1632 AWD_CCP_transmit_Byte1 1;
+BA_ "Version" SG_ 1632 AWD_CCP_transmit_Byte1 "18.07.03";
+BA_ "GenMsgCycleTime" BO_ 1864 0;
+BA_ "GenMsgILSupport" BO_ 1864 0;
+BA_ "TpMessage" BO_ 1864 1;
+BA_ "GenMsgDelayTime" BO_ 1864 0;
+BA_ "GenMsgStartDelayTime" BO_ 1864 0;
+BA_ "VFrameFormat" BO_ 1864 14;
+BA_ "UsrSigPurpose" SG_ 1864 AWD_GST_Byte0 2;
+BA_ "GenSigSendType" SG_ 1864 AWD_GST_Byte0 2;
+BA_ "GenSigStartValue" SG_ 1864 AWD_GST_Byte0 0;
+BA_ "UserSigValidity" SG_ 1864 AWD_GST_Byte0 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1864 AWD_GST_Byte0 0;
+BA_ "NetworkRequest" SG_ 1864 AWD_GST_Byte0 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1864 AWD_GST_Byte0 5000;
+BA_ "RoutingFactor" SG_ 1864 AWD_GST_Byte0 1;
+BA_ "Version" SG_ 1864 AWD_GST_Byte0 "18.01.08";
+BA_ "UsrSigPurpose" SG_ 1864 AWD_GST_Byte2 2;
+BA_ "GenSigSendType" SG_ 1864 AWD_GST_Byte2 2;
+BA_ "GenSigStartValue" SG_ 1864 AWD_GST_Byte2 0;
+BA_ "UserSigValidity" SG_ 1864 AWD_GST_Byte2 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1864 AWD_GST_Byte2 0;
+BA_ "NetworkRequest" SG_ 1864 AWD_GST_Byte2 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1864 AWD_GST_Byte2 5000;
+BA_ "RoutingFactor" SG_ 1864 AWD_GST_Byte2 1;
+BA_ "Version" SG_ 1864 AWD_GST_Byte2 "18.01.08";
+BA_ "UsrSigPurpose" SG_ 1864 AWD_GST_Byte3 2;
+BA_ "GenSigSendType" SG_ 1864 AWD_GST_Byte3 2;
+BA_ "GenSigStartValue" SG_ 1864 AWD_GST_Byte3 0;
+BA_ "UserSigValidity" SG_ 1864 AWD_GST_Byte3 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1864 AWD_GST_Byte3 0;
+BA_ "NetworkRequest" SG_ 1864 AWD_GST_Byte3 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1864 AWD_GST_Byte3 5000;
+BA_ "RoutingFactor" SG_ 1864 AWD_GST_Byte3 1;
+BA_ "Version" SG_ 1864 AWD_GST_Byte3 "18.01.08";
+BA_ "UsrSigPurpose" SG_ 1864 AWD_GST_Byte4 2;
+BA_ "GenSigSendType" SG_ 1864 AWD_GST_Byte4 2;
+BA_ "GenSigStartValue" SG_ 1864 AWD_GST_Byte4 0;
+BA_ "UserSigValidity" SG_ 1864 AWD_GST_Byte4 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1864 AWD_GST_Byte4 0;
+BA_ "NetworkRequest" SG_ 1864 AWD_GST_Byte4 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1864 AWD_GST_Byte4 5000;
+BA_ "RoutingFactor" SG_ 1864 AWD_GST_Byte4 1;
+BA_ "Version" SG_ 1864 AWD_GST_Byte4 "18.01.08";
+BA_ "UsrSigPurpose" SG_ 1864 AWD_GST_Byte5 2;
+BA_ "GenSigSendType" SG_ 1864 AWD_GST_Byte5 2;
+BA_ "GenSigStartValue" SG_ 1864 AWD_GST_Byte5 0;
+BA_ "UserSigValidity" SG_ 1864 AWD_GST_Byte5 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1864 AWD_GST_Byte5 0;
+BA_ "NetworkRequest" SG_ 1864 AWD_GST_Byte5 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1864 AWD_GST_Byte5 5000;
+BA_ "RoutingFactor" SG_ 1864 AWD_GST_Byte5 1;
+BA_ "Version" SG_ 1864 AWD_GST_Byte5 "18.01.08";
+BA_ "UsrSigPurpose" SG_ 1864 AWD_GST_Byte6 2;
+BA_ "GenSigSendType" SG_ 1864 AWD_GST_Byte6 2;
+BA_ "GenSigStartValue" SG_ 1864 AWD_GST_Byte6 0;
+BA_ "UserSigValidity" SG_ 1864 AWD_GST_Byte6 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1864 AWD_GST_Byte6 0;
+BA_ "NetworkRequest" SG_ 1864 AWD_GST_Byte6 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1864 AWD_GST_Byte6 5000;
+BA_ "RoutingFactor" SG_ 1864 AWD_GST_Byte6 1;
+BA_ "Version" SG_ 1864 AWD_GST_Byte6 "18.01.08";
+BA_ "UsrSigPurpose" SG_ 1864 AWD_GST_Byte7 2;
+BA_ "GenSigSendType" SG_ 1864 AWD_GST_Byte7 2;
+BA_ "GenSigStartValue" SG_ 1864 AWD_GST_Byte7 0;
+BA_ "UserSigValidity" SG_ 1864 AWD_GST_Byte7 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1864 AWD_GST_Byte7 0;
+BA_ "NetworkRequest" SG_ 1864 AWD_GST_Byte7 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1864 AWD_GST_Byte7 5000;
+BA_ "RoutingFactor" SG_ 1864 AWD_GST_Byte7 1;
+BA_ "Version" SG_ 1864 AWD_GST_Byte7 "18.01.08";
+BA_ "UsrSigPurpose" SG_ 1864 AWD_GST_Byte1 2;
+BA_ "GenSigSendType" SG_ 1864 AWD_GST_Byte1 2;
+BA_ "GenSigStartValue" SG_ 1864 AWD_GST_Byte1 0;
+BA_ "UserSigValidity" SG_ 1864 AWD_GST_Byte1 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1864 AWD_GST_Byte1 0;
+BA_ "NetworkRequest" SG_ 1864 AWD_GST_Byte1 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1864 AWD_GST_Byte1 5000;
+BA_ "RoutingFactor" SG_ 1864 AWD_GST_Byte1 1;
+BA_ "Version" SG_ 1864 AWD_GST_Byte1 "18.01.08";
+BA_ "GenMsgSendType" BO_ 992 0;
+BA_ "GenMsgCycleTime" BO_ 992 200;
+BA_ "GenMsgStartDelayTime" BO_ 992 0;
+BA_ "VFrameFormat" BO_ 992 14;
+BA_ "Description" SG_ 992 BCM_Crc2Val "The CRC checking process calculates the CRC over the entire data block, including the CRC result CRC Polynomial (0x1D) ,
+
+Initial Value : 0x00, XOR value : 0x00
+
+The mathematical expression to 8 bit CRC polynomial is given here. G(x) = x8 + x4 + x3 + x2 + 1";
+BA_ "GenSigSendType" SG_ 992 BCM_Crc2Val 4;
+BA_ "GenSigStartValue" SG_ 992 BCM_Crc2Val 255;
+BA_ "UserSigValidity" SG_ 992 BCM_Crc2Val 0;
+BA_ "NetworkRequestHoldingTime" SG_ 992 BCM_Crc2Val 0;
+BA_ "RoutingFactor" SG_ 992 BCM_Crc2Val 1;
+BA_ "Version" SG_ 992 BCM_Crc2Val "17.11.00";
+BA_ "Description" SG_ 992 BCM_AlvCnt2Val "For the first transmission request for a data element the counter shall be initialized with 0 and shall be incremented by 1
+
+for every subsequent send request. When the counter reaches the maximum value(0xE), then it shall restart with 0 for the next send request";
+BA_ "GenSigSendType" SG_ 992 BCM_AlvCnt2Val 4;
+BA_ "GenSigStartValue" SG_ 992 BCM_AlvCnt2Val 0;
+BA_ "UserSigValidity" SG_ 992 BCM_AlvCnt2Val 0;
+BA_ "NetworkRequestHoldingTime" SG_ 992 BCM_AlvCnt2Val 0;
+BA_ "RoutingFactor" SG_ 992 BCM_AlvCnt2Val 1;
+BA_ "Version" SG_ 992 BCM_AlvCnt2Val "18.11.08";
+BA_ "GenSigSendType" SG_ 992 BAlarm_BglrAlrmCurrentSta 4;
+BA_ "GenSigStartValue" SG_ 992 BAlarm_BglrAlrmCurrentSta 0;
+BA_ "UserSigValidity" SG_ 992 BAlarm_BglrAlrmCurrentSta 0;
+BA_ "NetworkRequest" SG_ 992 BAlarm_BglrAlrmCurrentSta 0;
+BA_ "NetworkRequestHoldingTime" SG_ 992 BAlarm_BglrAlrmCurrentSta 5000;
+BA_ "RoutingFactor" SG_ 992 BAlarm_BglrAlrmCurrentSta 1;
+BA_ "Version" SG_ 992 BAlarm_BglrAlrmCurrentSta "17.12.00";
+BA_ "GenSigSendType" SG_ 992 BAlarm_BglrAlrmSta 4;
+BA_ "GenSigStartValue" SG_ 992 BAlarm_BglrAlrmSta 0;
+BA_ "UserSigValidity" SG_ 992 BAlarm_BglrAlrmSta 0;
+BA_ "NetworkRequest" SG_ 992 BAlarm_BglrAlrmSta 0;
+BA_ "NetworkRequestHoldingTime" SG_ 992 BAlarm_BglrAlrmSta 5000;
+BA_ "RoutingFactor" SG_ 992 BAlarm_BglrAlrmSta 1;
+BA_ "Version" SG_ 992 BAlarm_BglrAlrmSta "17.12.00";
+BA_ "Description" SG_ 992 BAlarm_PncAlrmSta "-For TeleCranking Panic Function
+
+-This signal send to IBOX";
+BA_ "GenSigSendType" SG_ 992 BAlarm_PncAlrmSta 4;
+BA_ "GenSigStartValue" SG_ 992 BAlarm_PncAlrmSta 0;
+BA_ "UserSigValidity" SG_ 992 BAlarm_PncAlrmSta 0;
+BA_ "NetworkRequest" SG_ 992 BAlarm_PncAlrmSta 0;
+BA_ "NetworkRequestHoldingTime" SG_ 992 BAlarm_PncAlrmSta 5000;
+BA_ "RoutingFactor" SG_ 992 BAlarm_PncAlrmSta 1;
+BA_ "Version" SG_ 992 BAlarm_PncAlrmSta "17.12.00";
+BA_ "GenSigSendType" SG_ 992 BAlarm_BrglrHrnRlySta 4;
+BA_ "GenSigStartValue" SG_ 992 BAlarm_BrglrHrnRlySta 0;
+BA_ "UserSigValidity" SG_ 992 BAlarm_BrglrHrnRlySta 0;
+BA_ "NetworkRequest" SG_ 992 BAlarm_BrglrHrnRlySta 0;
+BA_ "NetworkRequestHoldingTime" SG_ 992 BAlarm_BrglrHrnRlySta 5000;
+BA_ "RoutingFactor" SG_ 992 BAlarm_BrglrHrnRlySta 1;
+BA_ "Version" SG_ 992 BAlarm_BrglrHrnRlySta "17.12.00";
+BA_ "Description" SG_ 992 BCM_KeyInSta "Mechanical Key In SW State (If SMK option is On, C_KeyInSw always have  Off
+
+ value)";
+BA_ "GenSigSendType" SG_ 992 BCM_KeyInSta 4;
+BA_ "GenSigStartValue" SG_ 992 BCM_KeyInSta 0;
+BA_ "UserSigValidity" SG_ 992 BCM_KeyInSta 0;
+BA_ "NetworkRequest" SG_ 992 BCM_KeyInSta 0;
+BA_ "NetworkRequestHoldingTime" SG_ 992 BCM_KeyInSta 5000;
+BA_ "RoutingFactor" SG_ 992 BCM_KeyInSta 1;
+BA_ "Version" SG_ 992 BCM_KeyInSta "17.12.00";
+BA_ "GenSigSendType" SG_ 992 BCM_AccInSta 4;
+BA_ "GenSigStartValue" SG_ 992 BCM_AccInSta 0;
+BA_ "UserSigValidity" SG_ 992 BCM_AccInSta 0;
+BA_ "NetworkRequest" SG_ 992 BCM_AccInSta 0;
+BA_ "NetworkRequestHoldingTime" SG_ 992 BCM_AccInSta 5000;
+BA_ "RoutingFactor" SG_ 992 BCM_AccInSta 1;
+BA_ "Version" SG_ 992 BCM_AccInSta "17.12.00";
+BA_ "GenSigSendType" SG_ 992 BCM_Ign1InSta 4;
+BA_ "GenSigStartValue" SG_ 992 BCM_Ign1InSta 0;
+BA_ "UserSigValidity" SG_ 992 BCM_Ign1InSta 0;
+BA_ "NetworkRequest" SG_ 992 BCM_Ign1InSta 0;
+BA_ "NetworkRequestHoldingTime" SG_ 992 BCM_Ign1InSta 5000;
+BA_ "RoutingFactor" SG_ 992 BCM_Ign1InSta 1;
+BA_ "Version" SG_ 992 BCM_Ign1InSta "17.12.00";
+BA_ "GenSigSendType" SG_ 992 BCM_Ign2InSta 4;
+BA_ "GenSigStartValue" SG_ 992 BCM_Ign2InSta 0;
+BA_ "UserSigValidity" SG_ 992 BCM_Ign2InSta 0;
+BA_ "NetworkRequest" SG_ 992 BCM_Ign2InSta 0;
+BA_ "NetworkRequestHoldingTime" SG_ 992 BCM_Ign2InSta 5000;
+BA_ "RoutingFactor" SG_ 992 BCM_Ign2InSta 1;
+BA_ "Version" SG_ 992 BCM_Ign2InSta "17.12.00";
+BA_ "NmStationAddress" BU_ SBW_SHFTR_FF 0;
+BA_ "NmNode" BU_ SBW_SHFTR_FF 0;
+BA_ "GenSigSendType" SG_ 992 BCM_IgnSwSta 4;
+BA_ "GenSigStartValue" SG_ 992 BCM_IgnSwSta 0;
+BA_ "UserSigValidity" SG_ 992 BCM_IgnSwSta 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SBW_SHFTR_FF SG_ 992 BCM_IgnSwSta 1500;
+BA_ "NetworkRequest" SG_ 992 BCM_IgnSwSta 0;
+BA_ "NetworkRequestHoldingTime" SG_ 992 BCM_IgnSwSta 5000;
+BA_ "RoutingFactor" SG_ 992 BCM_IgnSwSta 1;
+BA_ "Version" SG_ 992 BCM_IgnSwSta "17.12.00";
+BA_ "GenMsgSendType" BO_ 1058 0;
+BA_ "GenMsgCycleTime" BO_ 1058 200;
+BA_ "GenMsgStartDelayTime" BO_ 1058 0;
+BA_ "VFrameFormat" BO_ 1058 14;
+BA_ "Description" SG_ 1058 BCM_Crc10Val "The CRC checking process calculates the CRC over the entire data block, including the CRC result CRC Polynomial (0x1D) ,
+
+Initial Value : 0x00, XOR value : 0x00
+
+The mathematical expression to 8 bit CRC polynomial is given here. G(x) = x8 + x4 + x3 + x2 + 1";
+BA_ "GenSigSendType" SG_ 1058 BCM_Crc10Val 4;
+BA_ "GenSigStartValue" SG_ 1058 BCM_Crc10Val 255;
+BA_ "UserSigValidity" SG_ 1058 BCM_Crc10Val 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1058 BCM_Crc10Val 0;
+BA_ "RoutingFactor" SG_ 1058 BCM_Crc10Val 1;
+BA_ "Version" SG_ 1058 BCM_Crc10Val "17.11.00";
+BA_ "Description" SG_ 1058 BCM_AlvCnt10Val "For the first transmission request for a data element the counter shall be initialized with 0 and shall be incremented by 1
+
+for every subsequent send request. When the counter reaches the maximum value(0xE), then it shall restart with 0 for the next send request";
+BA_ "GenSigSendType" SG_ 1058 BCM_AlvCnt10Val 4;
+BA_ "GenSigStartValue" SG_ 1058 BCM_AlvCnt10Val 0;
+BA_ "UserSigValidity" SG_ 1058 BCM_AlvCnt10Val 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1058 BCM_AlvCnt10Val 0;
+BA_ "RoutingFactor" SG_ 1058 BCM_AlvCnt10Val 1;
+BA_ "Version" SG_ 1058 BCM_AlvCnt10Val "18.11.08";
+BA_ "GenSigSendType" SG_ 1058 Wiper_PrkngPosSta 4;
+BA_ "GenSigStartValue" SG_ 1058 Wiper_PrkngPosSta 0;
+BA_ "UserSigValidity" SG_ 1058 Wiper_PrkngPosSta 0;
+BA_ "NetworkRequest" SG_ 1058 Wiper_PrkngPosSta 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1058 Wiper_PrkngPosSta 5000;
+BA_ "RoutingFactor" SG_ 1058 Wiper_PrkngPosSta 1;
+BA_ "Version" SG_ 1058 Wiper_PrkngPosSta "17.12.00";
+BA_ "Description" SG_ 1058 Wiper_RainSnsrOptionTyp "Rain Sensor Option Information";
+BA_ "GenSigSendType" SG_ 1058 Wiper_RainSnsrOptionTyp 4;
+BA_ "GenSigStartValue" SG_ 1058 Wiper_RainSnsrOptionTyp 0;
+BA_ "UserSigValidity" SG_ 1058 Wiper_RainSnsrOptionTyp 0;
+BA_ "NetworkRequest" SG_ 1058 Wiper_RainSnsrOptionTyp 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1058 Wiper_RainSnsrOptionTyp 5000;
+BA_ "RoutingFactor" SG_ 1058 Wiper_RainSnsrOptionTyp 1;
+BA_ "Version" SG_ 1058 Wiper_RainSnsrOptionTyp "17.12.00";
+BA_ "Description" SG_ 1058 Wiper_RainSnsrSta "This signal represents the status of Rain Sensor signal state.";
+BA_ "GenSigSendType" SG_ 1058 Wiper_RainSnsrSta 4;
+BA_ "GenSigStartValue" SG_ 1058 Wiper_RainSnsrSta 0;
+BA_ "UserSigValidity" SG_ 1058 Wiper_RainSnsrSta 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 1058 Wiper_RainSnsrSta 1500;
+BA_ "NetworkRequest" SG_ 1058 Wiper_RainSnsrSta 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1058 Wiper_RainSnsrSta 5000;
+BA_ "RoutingFactor" SG_ 1058 Wiper_RainSnsrSta 1;
+BA_ "Version" SG_ 1058 Wiper_RainSnsrSta "17.12.00";
+BA_ "Description" SG_ 1058 BCM_RVMSw "This Signal is represent for the state of RVM(Rear View Monitor) Switch. 
+
+
+
+1) RVM Switch is pushed : On 
+
+1) RVM Switch is non pushed : Off
+
+
+
+This signal is gateway signal.
+
+C-CAN (gateway for RVM Unit), CF_Gway_RVMSwR";
+BA_ "GenSigSendType" SG_ 1058 BCM_RVMSw 4;
+BA_ "GenSigStartValue" SG_ 1058 BCM_RVMSw 0;
+BA_ "UserSigValidity" SG_ 1058 BCM_RVMSw 0;
+BA_ "NetworkRequest" SG_ 1058 BCM_RVMSw 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1058 BCM_RVMSw 5000;
+BA_ "RoutingFactor" SG_ 1058 BCM_RVMSw 1;
+BA_ "Version" SG_ 1058 BCM_RVMSw "17.12.00";
+BA_ "GenSigSendType" SG_ 1058 BCM_GearPosPSta 4;
+BA_ "GenSigStartValue" SG_ 1058 BCM_GearPosPSta 0;
+BA_ "UserSigValidity" SG_ 1058 BCM_GearPosPSta 0;
+BA_ "NetworkRequest" SG_ 1058 BCM_GearPosPSta 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1058 BCM_GearPosPSta 5000;
+BA_ "RoutingFactor" SG_ 1058 BCM_GearPosPSta 1;
+BA_ "Version" SG_ 1058 BCM_GearPosPSta "17.12.00";
+BA_ "Description" SG_ 1058 BCM_SunRoofOpnSta "-Sunroof open/close state";
+BA_ "GenSigSendType" SG_ 1058 BCM_SunRoofOpnSta 4;
+BA_ "GenSigStartValue" SG_ 1058 BCM_SunRoofOpnSta 0;
+BA_ "UserSigValidity" SG_ 1058 BCM_SunRoofOpnSta 0;
+BA_ "NetworkRequest" SG_ 1058 BCM_SunRoofOpnSta 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1058 BCM_SunRoofOpnSta 5000;
+BA_ "RoutingFactor" SG_ 1058 BCM_SunRoofOpnSta 1;
+BA_ "Version" SG_ 1058 BCM_SunRoofOpnSta "17.12.00";
+BA_ "GenMsgSendType" BO_ 1090 0;
+BA_ "GenMsgCycleTime" BO_ 1090 200;
+BA_ "GenMsgStartDelayTime" BO_ 1090 0;
+BA_ "VFrameFormat" BO_ 1090 14;
+BA_ "Description" SG_ 1090 BCM_Crc12Val "The CRC checking process calculates the CRC over the entire data block, including the CRC result CRC Polynomial (0x1D) ,
+
+Initial Value : 0x00, XOR value : 0x00
+
+The mathematical expression to 8 bit CRC polynomial is given here. G(x) = x8 + x4 + x3 + x2 + 1";
+BA_ "GenSigSendType" SG_ 1090 BCM_Crc12Val 4;
+BA_ "GenSigStartValue" SG_ 1090 BCM_Crc12Val 255;
+BA_ "UserSigValidity" SG_ 1090 BCM_Crc12Val 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1090 BCM_Crc12Val 0;
+BA_ "RoutingFactor" SG_ 1090 BCM_Crc12Val 1;
+BA_ "Version" SG_ 1090 BCM_Crc12Val "17.11.00";
+BA_ "Description" SG_ 1090 BCM_AlvCnt12Val "For the first transmission request for a data element the counter shall be initialized with 0 and shall be incremented by 1
+
+for every subsequent send request. When the counter reaches the maximum value(0xE), then it shall restart with 0 for the next send request";
+BA_ "GenSigSendType" SG_ 1090 BCM_AlvCnt12Val 4;
+BA_ "GenSigStartValue" SG_ 1090 BCM_AlvCnt12Val 0;
+BA_ "UserSigValidity" SG_ 1090 BCM_AlvCnt12Val 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1090 BCM_AlvCnt12Val 0;
+BA_ "RoutingFactor" SG_ 1090 BCM_AlvCnt12Val 1;
+BA_ "Version" SG_ 1090 BCM_AlvCnt12Val "18.11.08";
+BA_ "GenSigSendType" SG_ 1090 BCM_CntryConfgTyp 4;
+BA_ "GenSigStartValue" SG_ 1090 BCM_CntryConfgTyp 0;
+BA_ "UserSigValidity" SG_ 1090 BCM_CntryConfgTyp 0;
+BA_ "NetworkRequest" SG_ 1090 BCM_CntryConfgTyp 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1090 BCM_CntryConfgTyp 5000;
+BA_ "RoutingFactor" SG_ 1090 BCM_CntryConfgTyp 1;
+BA_ "Version" SG_ 1090 BCM_CntryConfgTyp "17.12.00";
+BA_ "GenSigSendType" SG_ 1090 BCM_BodyOptTyp 4;
+BA_ "GenSigStartValue" SG_ 1090 BCM_BodyOptTyp 0;
+BA_ "UserSigValidity" SG_ 1090 BCM_BodyOptTyp 0;
+BA_ "NetworkRequest" SG_ 1090 BCM_BodyOptTyp 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1090 BCM_BodyOptTyp 5000;
+BA_ "RoutingFactor" SG_ 1090 BCM_BodyOptTyp 1;
+BA_ "Version" SG_ 1090 BCM_BodyOptTyp "17.12.00";
+BA_ "Description" SG_ 1090 BCM_SmkOptTyp "-(Old)C_PICOption";
+BA_ "GenSigSendType" SG_ 1090 BCM_SmkOptTyp 4;
+BA_ "GenSigStartValue" SG_ 1090 BCM_SmkOptTyp 0;
+BA_ "UserSigValidity" SG_ 1090 BCM_SmkOptTyp 0;
+BA_ "NetworkRequest" SG_ 1090 BCM_SmkOptTyp 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1090 BCM_SmkOptTyp 5000;
+BA_ "RoutingFactor" SG_ 1090 BCM_SmkOptTyp 1;
+BA_ "Version" SG_ 1090 BCM_SmkOptTyp "17.12.00";
+BA_ "NmStationAddress" BU_ EMS 114;
+BA_ "NmNode" BU_ EMS 1;
+BA_ "Description" SG_ 1090 PHEV_FuelDrOpnSta "This signal means state of fuel door switch (Open/Close)
+
+
+
+Fuel door switch located in fuel door, thus switch states means physical status of fuel door(Open/Close)
+
+
+
+
+
+
+
+* Applied LF PHEV Fuel Door Control Workshop Result
+
+
+
+Timeout Value
+
+
+
+P-CAN(EMS) : 0x1, 
+
+
+
+C-CAN(CLU) : 0x0";
+BA_ "GenSigSendType" SG_ 1090 PHEV_FuelDrOpnSta 4;
+BA_ "GenSigStartValue" SG_ 1090 PHEV_FuelDrOpnSta 0;
+BA_ "UserSigValidity" SG_ 1090 PHEV_FuelDrOpnSta 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 1090 PHEV_FuelDrOpnSta 1500;
+BA_ "NetworkRequest" SG_ 1090 PHEV_FuelDrOpnSta 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1090 PHEV_FuelDrOpnSta 5000;
+BA_ "RoutingFactor" SG_ 1090 PHEV_FuelDrOpnSta 1;
+BA_ "Version" SG_ 1090 PHEV_FuelDrOpnSta "18.03.04";
+BA_ "Description" SG_ 1090 BCM_SunRoofOptTyp "Option Signal for Sunroof system
+
+(C_SunroofOpt)";
+BA_ "GenSigSendType" SG_ 1090 BCM_SunRoofOptTyp 4;
+BA_ "GenSigStartValue" SG_ 1090 BCM_SunRoofOptTyp 0;
+BA_ "UserSigValidity" SG_ 1090 BCM_SunRoofOptTyp 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1090 BCM_SunRoofOptTyp 0;
+BA_ "RoutingFactor" SG_ 1090 BCM_SunRoofOptTyp 1;
+BA_ "Version" SG_ 1090 BCM_SunRoofOptTyp "18.09.00";
+BA_ "Description" SG_ 1090 BCM_SafetyWdwOptTyp "Option Signal for Safety Window system
+
+(C_SafetyWDWOpt)";
+BA_ "GenSigSendType" SG_ 1090 BCM_SafetyWdwOptTyp 4;
+BA_ "GenSigStartValue" SG_ 1090 BCM_SafetyWdwOptTyp 0;
+BA_ "UserSigValidity" SG_ 1090 BCM_SafetyWdwOptTyp 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1090 BCM_SafetyWdwOptTyp 0;
+BA_ "RoutingFactor" SG_ 1090 BCM_SafetyWdwOptTyp 1;
+BA_ "Version" SG_ 1090 BCM_SafetyWdwOptTyp "18.09.00";
+BA_ "GenSigSendType" SG_ 1090 Window_DrvrSdWdwSta_BCM 4;
+BA_ "GenSigStartValue" SG_ 1090 Window_DrvrSdWdwSta_BCM 0;
+BA_ "UserSigValidity" SG_ 1090 Window_DrvrSdWdwSta_BCM 0;
+BA_ "NetworkRequest" SG_ 1090 Window_DrvrSdWdwSta_BCM 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1090 Window_DrvrSdWdwSta_BCM 5000;
+BA_ "RoutingFactor" SG_ 1090 Window_DrvrSdWdwSta_BCM 1;
+BA_ "Version" SG_ 1090 Window_DrvrSdWdwSta_BCM "17.12.00";
+BA_ "Description" SG_ 1090 Window_AsstSdWdwSta_BCM "-(Old)C_AstWdwStat";
+BA_ "GenSigSendType" SG_ 1090 Window_AsstSdWdwSta_BCM 4;
+BA_ "GenSigStartValue" SG_ 1090 Window_AsstSdWdwSta_BCM 0;
+BA_ "UserSigValidity" SG_ 1090 Window_AsstSdWdwSta_BCM 0;
+BA_ "NetworkRequest" SG_ 1090 Window_AsstSdWdwSta_BCM 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1090 Window_AsstSdWdwSta_BCM 5000;
+BA_ "RoutingFactor" SG_ 1090 Window_AsstSdWdwSta_BCM 1;
+BA_ "Version" SG_ 1090 Window_AsstSdWdwSta_BCM "17.12.00";
+BA_ "Description" SG_ 1090 Window_RrLftWdwSta_BCM "-(Old)C_RLWdwSta";
+BA_ "GenSigSendType" SG_ 1090 Window_RrLftWdwSta_BCM 4;
+BA_ "GenSigStartValue" SG_ 1090 Window_RrLftWdwSta_BCM 0;
+BA_ "UserSigValidity" SG_ 1090 Window_RrLftWdwSta_BCM 0;
+BA_ "NetworkRequest" SG_ 1090 Window_RrLftWdwSta_BCM 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1090 Window_RrLftWdwSta_BCM 5000;
+BA_ "RoutingFactor" SG_ 1090 Window_RrLftWdwSta_BCM 1;
+BA_ "Version" SG_ 1090 Window_RrLftWdwSta_BCM "17.12.00";
+BA_ "Description" SG_ 1090 Window_RrRtWdwSta_BCM "-(Old)C_RRWdwStat";
+BA_ "GenSigSendType" SG_ 1090 Window_RrRtWdwSta_BCM 4;
+BA_ "GenSigStartValue" SG_ 1090 Window_RrRtWdwSta_BCM 0;
+BA_ "UserSigValidity" SG_ 1090 Window_RrRtWdwSta_BCM 0;
+BA_ "NetworkRequest" SG_ 1090 Window_RrRtWdwSta_BCM 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1090 Window_RrRtWdwSta_BCM 5000;
+BA_ "RoutingFactor" SG_ 1090 Window_RrRtWdwSta_BCM 1;
+BA_ "Version" SG_ 1090 Window_RrRtWdwSta_BCM "17.12.00";
+BA_ "Description" SG_ 1090 Window_TunlModAutoIndSta "To indicate the tunnel mode comfort function control";
+BA_ "GenSigSendType" SG_ 1090 Window_TunlModAutoIndSta 4;
+BA_ "GenSigStartValue" SG_ 1090 Window_TunlModAutoIndSta 0;
+BA_ "UserSigValidity" SG_ 1090 Window_TunlModAutoIndSta 0;
+BA_ "NetworkRequest" SG_ 1090 Window_TunlModAutoIndSta 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1090 Window_TunlModAutoIndSta 5000;
+BA_ "RoutingFactor" SG_ 1090 Window_TunlModAutoIndSta 1;
+BA_ "Version" SG_ 1090 Window_TunlModAutoIndSta "17.12.00";
+BA_ "Description" SG_ 1090 SunRoof_GlassPosSta "This signal indicates Sunroof Glass Open/Close Status
+
+(C_GlassPositionState)";
+BA_ "GenSigSendType" SG_ 1090 SunRoof_GlassPosSta 4;
+BA_ "GenSigStartValue" SG_ 1090 SunRoof_GlassPosSta 15;
+BA_ "UserSigValidity" SG_ 1090 SunRoof_GlassPosSta 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1090 SunRoof_GlassPosSta 0;
+BA_ "RoutingFactor" SG_ 1090 SunRoof_GlassPosSta 1;
+BA_ "Version" SG_ 1090 SunRoof_GlassPosSta "18.09.00";
+BA_ "Description" SG_ 1090 SunRoof_BlindPosSta "This signal indicates Sunroof Blind Open/Close Status
+
+(C_BlindPositionState)";
+BA_ "GenSigSendType" SG_ 1090 SunRoof_BlindPosSta 4;
+BA_ "GenSigStartValue" SG_ 1090 SunRoof_BlindPosSta 15;
+BA_ "UserSigValidity" SG_ 1090 SunRoof_BlindPosSta 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1090 SunRoof_BlindPosSta 0;
+BA_ "RoutingFactor" SG_ 1090 SunRoof_BlindPosSta 1;
+BA_ "Version" SG_ 1090 SunRoof_BlindPosSta "18.09.00";
+BA_ "Description" SG_ 1090 SunRoof_GlassErrSta "This signal indicates Sunroof Glass error Status
+
+(C_GlassErrorState)";
+BA_ "GenSigSendType" SG_ 1090 SunRoof_GlassErrSta 4;
+BA_ "GenSigStartValue" SG_ 1090 SunRoof_GlassErrSta 0;
+BA_ "UserSigValidity" SG_ 1090 SunRoof_GlassErrSta 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1090 SunRoof_GlassErrSta 0;
+BA_ "RoutingFactor" SG_ 1090 SunRoof_GlassErrSta 1;
+BA_ "Version" SG_ 1090 SunRoof_GlassErrSta "18.09.00";
+BA_ "Description" SG_ 1090 SunRoof_BlindErrSta "This signal indicates Sunroof Blind error Status
+
+(C_BlindErrorState)";
+BA_ "GenSigSendType" SG_ 1090 SunRoof_BlindErrSta 4;
+BA_ "GenSigStartValue" SG_ 1090 SunRoof_BlindErrSta 0;
+BA_ "UserSigValidity" SG_ 1090 SunRoof_BlindErrSta 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1090 SunRoof_BlindErrSta 0;
+BA_ "RoutingFactor" SG_ 1090 SunRoof_BlindErrSta 1;
+BA_ "Version" SG_ 1090 SunRoof_BlindErrSta "18.09.00";
+BA_ "Description" SG_ 1090 PHEV_FuelDrDis2 "Push open type PHEV Fuel Door Control CLU Display Message from BCM
+
+(TM/MQ4 PHEV)";
+BA_ "GenSigSendType" SG_ 1090 PHEV_FuelDrDis2 4;
+BA_ "GenSigStartValue" SG_ 1090 PHEV_FuelDrDis2 0;
+BA_ "UserSigValidity" SG_ 1090 PHEV_FuelDrDis2 0;
+BA_ "NetworkRequest" SG_ 1090 PHEV_FuelDrDis2 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1090 PHEV_FuelDrDis2 5000;
+BA_ "RoutingFactor" SG_ 1090 PHEV_FuelDrDis2 1;
+BA_ "Version" SG_ 1090 PHEV_FuelDrDis2 "20.02.04";
+BA_ "GenMsgSendType" BO_ 1097 0;
+BA_ "GenMsgCycleTime" BO_ 1097 200;
+BA_ "GenMsgStartDelayTime" BO_ 1097 0;
+BA_ "VFrameFormat" BO_ 1097 14;
+BA_ "Description" SG_ 1097 BCM_Crc13Val "The data area for CRC calculation is based on the data length (DLC) of the message DB.
+
+The CRC shall be calculated over the entire data block (excluding the CRC bytes) including the user data, alive counter and Data ID 
+
+ 
+
+- CRC Polynomial (0x1D) , Initial Value : 0x00, XOR value : 0xFF, Data ID Mode : Both, Data ID : Message ID + 0xF800 
+
+- The initial value is for CRC calculation and the message should be sent with the calculated result value. 
+
+The mathematical expression to 8 bit CRC polynomial is given here. G(x) = x8 + x4 + x3 + x2 + 1";
+BA_ "GenSigSendType" SG_ 1097 BCM_Crc13Val 4;
+BA_ "GenSigStartValue" SG_ 1097 BCM_Crc13Val 255;
+BA_ "UserSigValidity" SG_ 1097 BCM_Crc13Val 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1097 BCM_Crc13Val 0;
+BA_ "RoutingFactor" SG_ 1097 BCM_Crc13Val 1;
+BA_ "Version" SG_ 1097 BCM_Crc13Val "18.11.08";
+BA_ "Description" SG_ 1097 BCM_AlvCnt13Val "For the first transmission request for a data element the counter shall be initialized with 0 and shall be incremented by 1
+
+for every subsequent send request. When the counter reaches the maximum value(0xE), then it shall restart with 0 for the next send request";
+BA_ "GenSigSendType" SG_ 1097 BCM_AlvCnt13Val 4;
+BA_ "GenSigStartValue" SG_ 1097 BCM_AlvCnt13Val 0;
+BA_ "UserSigValidity" SG_ 1097 BCM_AlvCnt13Val 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1097 BCM_AlvCnt13Val 0;
+BA_ "RoutingFactor" SG_ 1097 BCM_AlvCnt13Val 1;
+BA_ "Version" SG_ 1097 BCM_AlvCnt13Val "18.11.08";
+BA_ "Description" SG_ 1097 Lamp_InlTailLmpSta_BCM "-(Old)C_INTTail_Act";
+BA_ "GenSigSendType" SG_ 1097 Lamp_InlTailLmpSta_BCM 4;
+BA_ "GenSigStartValue" SG_ 1097 Lamp_InlTailLmpSta_BCM 0;
+BA_ "UserSigValidity" SG_ 1097 Lamp_InlTailLmpSta_BCM 0;
+BA_ "NetworkRequest" SG_ 1097 Lamp_InlTailLmpSta_BCM 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1097 Lamp_InlTailLmpSta_BCM 5000;
+BA_ "RoutingFactor" SG_ 1097 Lamp_InlTailLmpSta_BCM 1;
+BA_ "Version" SG_ 1097 Lamp_InlTailLmpSta_BCM "17.12.00";
+BA_ "Description" SG_ 1097 Lamp_ExtrnlTailLmpSta_BCM "-(Old)C_EXTTail_Act";
+BA_ "GenSigSendType" SG_ 1097 Lamp_ExtrnlTailLmpSta_BCM 4;
+BA_ "GenSigStartValue" SG_ 1097 Lamp_ExtrnlTailLmpSta_BCM 0;
+BA_ "UserSigValidity" SG_ 1097 Lamp_ExtrnlTailLmpSta_BCM 0;
+BA_ "NetworkRequest" SG_ 1097 Lamp_ExtrnlTailLmpSta_BCM 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1097 Lamp_ExtrnlTailLmpSta_BCM 5000;
+BA_ "RoutingFactor" SG_ 1097 Lamp_ExtrnlTailLmpSta_BCM 1;
+BA_ "Version" SG_ 1097 Lamp_ExtrnlTailLmpSta_BCM "17.12.00";
+BA_ "GenSigSendType" SG_ 1097 Lamp_HzrdSwSta_BCM 4;
+BA_ "GenSigStartValue" SG_ 1097 Lamp_HzrdSwSta_BCM 0;
+BA_ "UserSigValidity" SG_ 1097 Lamp_HzrdSwSta_BCM 0;
+BA_ "NetworkRequest" SG_ 1097 Lamp_HzrdSwSta_BCM 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1097 Lamp_HzrdSwSta_BCM 5000;
+BA_ "RoutingFactor" SG_ 1097 Lamp_HzrdSwSta_BCM 1;
+BA_ "Version" SG_ 1097 Lamp_HzrdSwSta_BCM "17.12.00";
+BA_ "Description" SG_ 1097 Lamp_TrnSigLmpLftOnReq_BCM "-(Old)C_TSigLHOut";
+BA_ "GenSigSendType" SG_ 1097 Lamp_TrnSigLmpLftOnReq_BCM 4;
+BA_ "GenSigStartValue" SG_ 1097 Lamp_TrnSigLmpLftOnReq_BCM 0;
+BA_ "UserSigValidity" SG_ 1097 Lamp_TrnSigLmpLftOnReq_BCM 0;
+BA_ "NetworkRequest" SG_ 1097 Lamp_TrnSigLmpLftOnReq_BCM 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1097 Lamp_TrnSigLmpLftOnReq_BCM 5000;
+BA_ "RoutingFactor" SG_ 1097 Lamp_TrnSigLmpLftOnReq_BCM 1;
+BA_ "Version" SG_ 1097 Lamp_TrnSigLmpLftOnReq_BCM "17.12.00";
+BA_ "Description" SG_ 1097 Lamp_TrnSigLmpRtOnReq_BCM "-(Old)C_TSigRHOut";
+BA_ "GenSigSendType" SG_ 1097 Lamp_TrnSigLmpRtOnReq_BCM 4;
+BA_ "GenSigStartValue" SG_ 1097 Lamp_TrnSigLmpRtOnReq_BCM 0;
+BA_ "UserSigValidity" SG_ 1097 Lamp_TrnSigLmpRtOnReq_BCM 0;
+BA_ "NetworkRequest" SG_ 1097 Lamp_TrnSigLmpRtOnReq_BCM 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1097 Lamp_TrnSigLmpRtOnReq_BCM 5000;
+BA_ "RoutingFactor" SG_ 1097 Lamp_TrnSigLmpRtOnReq_BCM 1;
+BA_ "Version" SG_ 1097 Lamp_TrnSigLmpRtOnReq_BCM "17.12.00";
+BA_ "GenSigSendType" SG_ 1097 Lamp_RoomLmpOnReq_BCM 4;
+BA_ "GenSigStartValue" SG_ 1097 Lamp_RoomLmpOnReq_BCM 0;
+BA_ "UserSigValidity" SG_ 1097 Lamp_RoomLmpOnReq_BCM 0;
+BA_ "NetworkRequest" SG_ 1097 Lamp_RoomLmpOnReq_BCM 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1097 Lamp_RoomLmpOnReq_BCM 5000;
+BA_ "RoutingFactor" SG_ 1097 Lamp_RoomLmpOnReq_BCM 1;
+BA_ "Version" SG_ 1097 Lamp_RoomLmpOnReq_BCM "17.12.00";
+BA_ "Description" SG_ 1097 PHEV_FuelDrCtrlFlag "This signal means that fuel door control logic is running or not.
+
+(0x0 : Fuel Door Control Logic Not Running, 0x1 : Fuel Door Control Logic Running)
+
+
+
+Fuel Door Control Logic determines whether fuel door opens or not
+
+EMS refer to this signal to open FTIV.
+
+
+
+* Applied LF PHEF Fuel Door Control WorkShop Result (141205)
+
+Timeout Value
+
+P-CAN(EMS) : 0x1
+
+C-CAN(CLU) : 0x0
+
+
+
+
+
+* Applied LF PHEV Fuel Door Control Workshop Result
+
+
+
+Timeout Value
+
+
+
+P-CAN(EMS) : 0x1, 
+
+
+
+C-CAN(CLU) : 0x0";
+BA_ "GenSigSendType" SG_ 1097 PHEV_FuelDrCtrlFlag 4;
+BA_ "GenSigStartValue" SG_ 1097 PHEV_FuelDrCtrlFlag 0;
+BA_ "UserSigValidity" SG_ 1097 PHEV_FuelDrCtrlFlag 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 1097 PHEV_FuelDrCtrlFlag 1500;
+BA_ "NetworkRequest" SG_ 1097 PHEV_FuelDrCtrlFlag 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1097 PHEV_FuelDrCtrlFlag 5000;
+BA_ "RoutingFactor" SG_ 1097 PHEV_FuelDrCtrlFlag 1;
+BA_ "Version" SG_ 1097 PHEV_FuelDrCtrlFlag "18.12.03";
+BA_ "Description" SG_ 1097 HeatedSteerWheel_AutoOffSta_BCM "This signal is used to sent information of 'Auto Off' state of Steering Wheel Heater
+
+
+
+
+
+
+
+Auto Off : BCM cuts off Steering Wheel Heater Automatically after 30 mins On
+
+
+
+
+
+
+
+0x0 : Manual Off or Fail Off or On of Default Value
+
+
+
+0x1 : Automatically Off by Timer";
+BA_ "GenSigSendType" SG_ 1097 HeatedSteerWheel_AutoOffSta_BCM 4;
+BA_ "GenSigStartValue" SG_ 1097 HeatedSteerWheel_AutoOffSta_BCM 0;
+BA_ "UserSigValidity" SG_ 1097 HeatedSteerWheel_AutoOffSta_BCM 0;
+BA_ "NetworkRequest" SG_ 1097 HeatedSteerWheel_AutoOffSta_BCM 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1097 HeatedSteerWheel_AutoOffSta_BCM 5000;
+BA_ "RoutingFactor" SG_ 1097 HeatedSteerWheel_AutoOffSta_BCM 1;
+BA_ "Version" SG_ 1097 HeatedSteerWheel_AutoOffSta_BCM "17.12.00";
+BA_ "Description" SG_ 1097 HeatedSteerWheel_StrWhlHtrSwSta_BCM "This signal is used to sent information of current state of Steering Wheel Heated SW.";
+BA_ "GenSigSendType" SG_ 1097 HeatedSteerWheel_StrWhlHtrSwSta_BCM 4;
+BA_ "GenSigStartValue" SG_ 1097 HeatedSteerWheel_StrWhlHtrSwSta_BCM 0;
+BA_ "UserSigValidity" SG_ 1097 HeatedSteerWheel_StrWhlHtrSwSta_BCM 0;
+BA_ "NetworkRequest" SG_ 1097 HeatedSteerWheel_StrWhlHtrSwSta_BCM 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1097 HeatedSteerWheel_StrWhlHtrSwSta_BCM 5000;
+BA_ "RoutingFactor" SG_ 1097 HeatedSteerWheel_StrWhlHtrSwSta_BCM 1;
+BA_ "Version" SG_ 1097 HeatedSteerWheel_StrWhlHtrSwSta_BCM "17.12.00";
+BA_ "GenMsgSendType" BO_ 565 0;
+BA_ "GenMsgCycleTime" BO_ 565 100;
+BA_ "GenMsgCycleTimeFast" BO_ 565 0;
+BA_ "GenMsgNrOfRepetition" BO_ 565 0;
+BA_ "GenMsgStartDelayTime" BO_ 565 0;
+BA_ "VFrameFormat" BO_ 565 14;
+BA_ "Description" SG_ 565 BMS_Crc1Val "The data area for CRC calculation is based on the data length (DLC) of the message DB.
+
+The CRC shall be calculated over the entire data block (excluding the CRC bytes) including the user data, alive counter and Data ID
+
+ 
+
+- CRC Polynomial (0x1021) , Initial Value : 0xFFFF, XOR value : 0x0000, Data ID : Message ID + 0xF800 
+
+- The initial value is for CRC calculation and the message should be sent with the calculated result value. 
+
+- The mathematical expression to 16 bit CRC polynomial is given here. G(x) = x16 + x12 + x5 + 1";
+BA_ "GenSigStartValue" SG_ 565 BMS_Crc1Val 65535;
+BA_ "UserSigValidity" SG_ 565 BMS_Crc1Val 3;
+BA_ "NetworkRequestHoldingTime" SG_ 565 BMS_Crc1Val 0;
+BA_ "RoutingFactor" SG_ 565 BMS_Crc1Val 2;
+BA_ "Version" SG_ 565 BMS_Crc1Val "18.11.08";
+BA_ "Description" SG_ 565 xEV_BattPckVoltVal "Battery Pack Voltage";
+BA_ "GenSigStartValue" SG_ 565 xEV_BattPckVoltVal 0;
+BA_ "UserSigValidity" SG_ 565 xEV_BattPckVoltVal 7;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 565 xEV_BattPckVoltVal 1500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ OPU SG_ 565 xEV_BattPckVoltVal 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 565 xEV_BattPckVoltVal 0;
+BA_ "RoutingFactor" SG_ 565 xEV_BattPckVoltVal 2;
+BA_ "Version" SG_ 565 xEV_BattPckVoltVal "18.08.08";
+BA_ "Description" SG_ 565 xEV_BattRmndEnrgVal "Battery Remain Energy";
+BA_ "GenSigStartValue" SG_ 565 xEV_BattRmndEnrgVal 0;
+BA_ "UserSigValidity" SG_ 565 xEV_BattRmndEnrgVal 7;
+BA_ "NetworkRequestHoldingTime" SG_ 565 xEV_BattRmndEnrgVal 0;
+BA_ "RoutingFactor" SG_ 565 xEV_BattRmndEnrgVal 2;
+BA_ "Version" SG_ 565 xEV_BattRmndEnrgVal "17.11.00";
+BA_ "Description" SG_ 565 xEV_MtrPwmOnReq "Motor PWM On/Off Request from BMS
+
+(when IsolDetOpSta=1, Motor operates PWM on/off control according to this request)";
+BA_ "GenSigStartValue" SG_ 565 xEV_MtrPwmOnReq 0;
+BA_ "UserSigValidity" SG_ 565 xEV_MtrPwmOnReq 7;
+BA_ "NetworkRequestHoldingTime" SG_ 565 xEV_MtrPwmOnReq 0;
+BA_ "RoutingFactor" SG_ 565 xEV_MtrPwmOnReq 2;
+BA_ "Version" SG_ 565 xEV_MtrPwmOnReq "17.11.00";
+BA_ "Description" SG_ 565 xEV_HsgPwmOnReq "HSG PWM On/Off Request from BMS
+
+(when IsolDetOpSta=1, HSG operates PWM on/off control according to this request)";
+BA_ "GenSigStartValue" SG_ 565 xEV_HsgPwmOnReq 0;
+BA_ "UserSigValidity" SG_ 565 xEV_HsgPwmOnReq 7;
+BA_ "NetworkRequestHoldingTime" SG_ 565 xEV_HsgPwmOnReq 0;
+BA_ "RoutingFactor" SG_ 565 xEV_HsgPwmOnReq 2;
+BA_ "Version" SG_ 565 xEV_HsgPwmOnReq "17.11.00";
+BA_ "Description" SG_ 565 xEV_OpuPwmOnReq "OPU PWM On/Off Request from BMS
+
+(when IsolDetOpSta=1, OPU operates PWM on/off control according to this request)";
+BA_ "GenSigStartValue" SG_ 565 xEV_OpuPwmOnReq 0;
+BA_ "UserSigValidity" SG_ 565 xEV_OpuPwmOnReq 7;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ OPU SG_ 565 xEV_OpuPwmOnReq 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 565 xEV_OpuPwmOnReq 0;
+BA_ "RoutingFactor" SG_ 565 xEV_OpuPwmOnReq 2;
+BA_ "Version" SG_ 565 xEV_OpuPwmOnReq "17.11.00";
+BA_ "Description" SG_ 565 BMS_AlvCnt1Val "For the first transmission request for a data element the counter shall be initialized with 0 and shall be incremented by 1 for every subsequent send request. 
+
+When the counter reaches the maximum value(0xFF), then it shall restart with 0 for the next send request";
+BA_ "GenSigStartValue" SG_ 565 BMS_AlvCnt1Val 0;
+BA_ "UserSigValidity" SG_ 565 BMS_AlvCnt1Val 3;
+BA_ "NetworkRequestHoldingTime" SG_ 565 BMS_AlvCnt1Val 0;
+BA_ "RoutingFactor" SG_ 565 BMS_AlvCnt1Val 2;
+BA_ "Version" SG_ 565 BMS_AlvCnt1Val "18.11.08";
+BA_ "Description" SG_ 565 xEV_IsolDetOpSta "Operating Status of Isolation Fault Section Detection Control";
+BA_ "GenSigStartValue" SG_ 565 xEV_IsolDetOpSta 0;
+BA_ "UserSigValidity" SG_ 565 xEV_IsolDetOpSta 7;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ OPU SG_ 565 xEV_IsolDetOpSta 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 565 xEV_IsolDetOpSta 0;
+BA_ "RoutingFactor" SG_ 565 xEV_IsolDetOpSta 2;
+BA_ "Version" SG_ 565 xEV_IsolDetOpSta "17.11.00";
+BA_ "Description" SG_ 565 xEV_BattResistDiffVal "Difference of increased or decreased battery resistance";
+BA_ "GenSigStartValue" SG_ 565 xEV_BattResistDiffVal 0;
+BA_ "UserSigValidity" SG_ 565 xEV_BattResistDiffVal 7;
+BA_ "NetworkRequestHoldingTime" SG_ 565 xEV_BattResistDiffVal 0;
+BA_ "RoutingFactor" SG_ 565 xEV_BattResistDiffVal 2;
+BA_ "Version" SG_ 565 xEV_BattResistDiffVal "17.11.00";
+BA_ "Description" SG_ 565 xEV_CrshActvRcvSta "BMS set this Flag when BMS receive the [crash active] H/wire signal from ACU.";
+BA_ "GenSigStartValue" SG_ 565 xEV_CrshActvRcvSta 0;
+BA_ "UserSigValidity" SG_ 565 xEV_CrshActvRcvSta 7;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ OPU SG_ 565 xEV_CrshActvRcvSta 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 565 xEV_CrshActvRcvSta 0;
+BA_ "RoutingFactor" SG_ 565 xEV_CrshActvRcvSta 2;
+BA_ "Version" SG_ 565 xEV_CrshActvRcvSta "17.11.00";
+BA_ "Description" SG_ 565 xEV_BmsHvIntlockReq "xEV_HighVoltageInterlockRequest (CF_Bms_HvIntlockReq)";
+BA_ "GenSigStartValue" SG_ 565 xEV_BmsHvIntlockReq 0;
+BA_ "UserSigValidity" SG_ 565 xEV_BmsHvIntlockReq 7;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ OPU SG_ 565 xEV_BmsHvIntlockReq 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 565 xEV_BmsHvIntlockReq 0;
+BA_ "RoutingFactor" SG_ 565 xEV_BmsHvIntlockReq 2;
+BA_ "Version" SG_ 565 xEV_BmsHvIntlockReq "18.08.08";
+BA_ "Description" SG_ 565 xEV_RlyWeldingSta "BMS sets this Flag when Relay is welded.";
+BA_ "GenSigStartValue" SG_ 565 xEV_RlyWeldingSta 0;
+BA_ "UserSigValidity" SG_ 565 xEV_RlyWeldingSta 7;
+BA_ "NetworkRequestHoldingTime" SG_ 565 xEV_RlyWeldingSta 0;
+BA_ "RoutingFactor" SG_ 565 xEV_RlyWeldingSta 2;
+BA_ "Version" SG_ 565 xEV_RlyWeldingSta "17.11.00";
+BA_ "Description" SG_ 565 xEV_OverChrgWrnSta "Over Charge Protection Flag (CF_Bms_OverChaLmt)";
+BA_ "GenSigStartValue" SG_ 565 xEV_OverChrgWrnSta 0;
+BA_ "UserSigValidity" SG_ 565 xEV_OverChrgWrnSta 7;
+BA_ "NetworkRequestHoldingTime" SG_ 565 xEV_OverChrgWrnSta 0;
+BA_ "RoutingFactor" SG_ 565 xEV_OverChrgWrnSta 2;
+BA_ "Version" SG_ 565 xEV_OverChrgWrnSta "18.08.08";
+BA_ "Description" SG_ 565 xEV_RlyOffRcvSta "Relay off because of Relay_Off_Req of other ECU (CF_Bms_RlyOff_ByReq)";
+BA_ "GenSigStartValue" SG_ 565 xEV_RlyOffRcvSta 0;
+BA_ "UserSigValidity" SG_ 565 xEV_RlyOffRcvSta 7;
+BA_ "NetworkRequestHoldingTime" SG_ 565 xEV_RlyOffRcvSta 0;
+BA_ "RoutingFactor" SG_ 565 xEV_RlyOffRcvSta 2;
+BA_ "Version" SG_ 565 xEV_RlyOffRcvSta "18.08.08";
+BA_ "Description" SG_ 565 xEV_PreChrgSta "Precharging operating status";
+BA_ "GenSigStartValue" SG_ 565 xEV_PreChrgSta 0;
+BA_ "UserSigValidity" SG_ 565 xEV_PreChrgSta 7;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ OPU SG_ 565 xEV_PreChrgSta 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 565 xEV_PreChrgSta 0;
+BA_ "RoutingFactor" SG_ 565 xEV_PreChrgSta 2;
+BA_ "Version" SG_ 565 xEV_PreChrgSta "17.11.00";
+BA_ "Description" SG_ 565 xEV_MILReq "MIL Request (CF_Bms_MILReq)";
+BA_ "GenSigStartValue" SG_ 565 xEV_MILReq 0;
+BA_ "UserSigValidity" SG_ 565 xEV_MILReq 7;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 565 xEV_MILReq 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 565 xEV_MILReq 0;
+BA_ "RoutingFactor" SG_ 565 xEV_MILReq 2;
+BA_ "Version" SG_ 565 xEV_MILReq "18.08.08";
+BA_ "Description" SG_ 565 xEV_BattChrgLimVal "Power Limit of Charging Battery";
+BA_ "GenSigStartValue" SG_ 565 xEV_BattChrgLimVal 0;
+BA_ "UserSigValidity" SG_ 565 xEV_BattChrgLimVal 7;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 565 xEV_BattChrgLimVal 1500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 565 xEV_BattChrgLimVal 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 565 xEV_BattChrgLimVal 0;
+BA_ "RoutingFactor" SG_ 565 xEV_BattChrgLimVal 2;
+BA_ "Version" SG_ 565 xEV_BattChrgLimVal "17.11.00";
+BA_ "Description" SG_ 565 xEV_BattDischrgLimVal "Power Limit of Discharging Battery";
+BA_ "GenSigStartValue" SG_ 565 xEV_BattDischrgLimVal 0;
+BA_ "UserSigValidity" SG_ 565 xEV_BattDischrgLimVal 7;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 565 xEV_BattDischrgLimVal 1500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 565 xEV_BattDischrgLimVal 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 565 xEV_BattDischrgLimVal 0;
+BA_ "RoutingFactor" SG_ 565 xEV_BattDischrgLimVal 2;
+BA_ "Version" SG_ 565 xEV_BattDischrgLimVal "17.11.00";
+BA_ "Description" SG_ 565 xEV_BatCoolPwrPerm "BMS sets this Flag when BMS needs to permit temporary power for battery cooling. (CF_Bms_BatCoolPwrPerm)";
+BA_ "GenSigStartValue" SG_ 565 xEV_BatCoolPwrPerm 0;
+BA_ "UserSigValidity" SG_ 565 xEV_BatCoolPwrPerm 7;
+BA_ "NetworkRequestHoldingTime" SG_ 565 xEV_BatCoolPwrPerm 0;
+BA_ "RoutingFactor" SG_ 565 xEV_BatCoolPwrPerm 2;
+BA_ "Version" SG_ 565 xEV_BatCoolPwrPerm "18.08.08";
+BA_ "Description" SG_ 565 xEV_MRlyOperTmpForEngCrk "BMS sets this Flag during BMS keeps Relays temporarily ON for engine cranking. (CF_BmsMainRlyOperTmp)";
+BA_ "GenSigStartValue" SG_ 565 xEV_MRlyOperTmpForEngCrk 0;
+BA_ "UserSigValidity" SG_ 565 xEV_MRlyOperTmpForEngCrk 7;
+BA_ "NetworkRequestHoldingTime" SG_ 565 xEV_MRlyOperTmpForEngCrk 0;
+BA_ "RoutingFactor" SG_ 565 xEV_MRlyOperTmpForEngCrk 2;
+BA_ "Version" SG_ 565 xEV_MRlyOperTmpForEngCrk "18.08.08";
+BA_ "Description" SG_ 565 xEV_ACModSwReq "BMS set this Flag for battery cooling when battery temperature is too high.";
+BA_ "GenSigStartValue" SG_ 565 xEV_ACModSwReq 0;
+BA_ "UserSigValidity" SG_ 565 xEV_ACModSwReq 7;
+BA_ "NetworkRequestHoldingTime" SG_ 565 xEV_ACModSwReq 0;
+BA_ "RoutingFactor" SG_ 565 xEV_ACModSwReq 2;
+BA_ "Version" SG_ 565 xEV_ACModSwReq "18.08.08";
+BA_ "Description" SG_ 565 xEV_SysWrnSta "BMS Warning (CF_Bms_Wrn)";
+BA_ "GenSigStartValue" SG_ 565 xEV_SysWrnSta 0;
+BA_ "UserSigValidity" SG_ 565 xEV_SysWrnSta 7;
+BA_ "NetworkRequestHoldingTime" SG_ 565 xEV_SysWrnSta 0;
+BA_ "RoutingFactor" SG_ 565 xEV_SysWrnSta 2;
+BA_ "Version" SG_ 565 xEV_SysWrnSta "18.08.08";
+BA_ "Description" SG_ 565 xEV_SysCtrlablSta "Battery System controllable (CF_Bms_Ctrb)";
+BA_ "GenSigStartValue" SG_ 565 xEV_SysCtrlablSta 0;
+BA_ "UserSigValidity" SG_ 565 xEV_SysCtrlablSta 7;
+BA_ "NetworkRequestHoldingTime" SG_ 565 xEV_SysCtrlablSta 0;
+BA_ "RoutingFactor" SG_ 565 xEV_SysCtrlablSta 2;
+BA_ "Version" SG_ 565 xEV_SysCtrlablSta "18.08.08";
+BA_ "Description" SG_ 565 xEV_SysRdySta "BMS Ready (CF_Bms_Rdy)";
+BA_ "GenSigStartValue" SG_ 565 xEV_SysRdySta 0;
+BA_ "UserSigValidity" SG_ 565 xEV_SysRdySta 7;
+BA_ "NetworkRequestHoldingTime" SG_ 565 xEV_SysRdySta 0;
+BA_ "RoutingFactor" SG_ 565 xEV_SysRdySta 2;
+BA_ "Version" SG_ 565 xEV_SysRdySta "18.08.08";
+BA_ "Description" SG_ 565 xEV_SocDecVal "State Of Charge(소수점이하표시)
+
+ex) CR_Bms_Soc_Pc=60.5%, CR_Bms_SocDec_Pc=4 --> SOC=60.5%+0.4%=60.9%";
+BA_ "GenSigStartValue" SG_ 565 xEV_SocDecVal 0;
+BA_ "UserSigValidity" SG_ 565 xEV_SocDecVal 7;
+BA_ "NetworkRequestHoldingTime" SG_ 565 xEV_SocDecVal 0;
+BA_ "RoutingFactor" SG_ 565 xEV_SocDecVal 2;
+BA_ "Version" SG_ 565 xEV_SocDecVal "17.11.00";
+BA_ "Description" SG_ 565 xEV_SocVal "State Of Charge";
+BA_ "GenSigStartValue" SG_ 565 xEV_SocVal 0;
+BA_ "UserSigValidity" SG_ 565 xEV_SocVal 7;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 565 xEV_SocVal 1500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 565 xEV_SocVal 1500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ OPU SG_ 565 xEV_SocVal 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 565 xEV_SocVal 0;
+BA_ "RoutingFactor" SG_ 565 xEV_SocVal 2;
+BA_ "Version" SG_ 565 xEV_SocVal "17.11.00";
+BA_ "Description" SG_ 565 xEV_BatEvtAlarm "Battery Emergency Event Alarm Flag";
+BA_ "GenSigStartValue" SG_ 565 xEV_BatEvtAlarm 0;
+BA_ "UserSigValidity" SG_ 565 xEV_BatEvtAlarm 7;
+BA_ "NetworkRequestHoldingTime" SG_ 565 xEV_BatEvtAlarm 0;
+BA_ "RoutingFactor" SG_ 565 xEV_BatEvtAlarm 2;
+BA_ "Version" SG_ 565 xEV_BatEvtAlarm "19.10.06";
+BA_ "GenMsgSendType" BO_ 762 0;
+BA_ "GenMsgCycleTime" BO_ 762 100;
+BA_ "GenMsgCycleTimeFast" BO_ 762 0;
+BA_ "GenMsgNrOfRepetition" BO_ 762 0;
+BA_ "GenMsgStartDelayTime" BO_ 762 0;
+BA_ "VFrameFormat" BO_ 762 14;
+BA_ "Description" SG_ 762 BMS_Crc2Val "The data area for CRC calculation is based on the data length (DLC) of the message DB.
+
+The CRC shall be calculated over the entire data block (excluding the CRC bytes) including the user data, alive counter and Data ID
+
+ 
+
+- CRC Polynomial (0x1021) , Initial Value : 0xFFFF, XOR value : 0x0000, Data ID : Message ID + 0xF800 
+
+- The initial value is for CRC calculation and the message should be sent with the calculated result value. 
+
+- The mathematical expression to 16 bit CRC polynomial is given here. G(x) = x16 + x12 + x5 + 1";
+BA_ "GenSigStartValue" SG_ 762 BMS_Crc2Val 65535;
+BA_ "UserSigValidity" SG_ 762 BMS_Crc2Val 3;
+BA_ "NetworkRequestHoldingTime" SG_ 762 BMS_Crc2Val 0;
+BA_ "RoutingFactor" SG_ 762 BMS_Crc2Val 2;
+BA_ "Version" SG_ 762 BMS_Crc2Val "18.11.08";
+BA_ "Description" SG_ 762 xEV_DiagGrpVal "Diagnosis code";
+BA_ "GenSigStartValue" SG_ 762 xEV_DiagGrpVal 0;
+BA_ "UserSigValidity" SG_ 762 xEV_DiagGrpVal 7;
+BA_ "NetworkRequestHoldingTime" SG_ 762 xEV_DiagGrpVal 0;
+BA_ "RoutingFactor" SG_ 762 xEV_DiagGrpVal 2;
+BA_ "Version" SG_ 762 xEV_DiagGrpVal "18.11.01";
+BA_ "Description" SG_ 762 xEV_DiagMonVal "Diagnosis data";
+BA_ "GenSigStartValue" SG_ 762 xEV_DiagMonVal 0;
+BA_ "UserSigValidity" SG_ 762 xEV_DiagMonVal 7;
+BA_ "NetworkRequestHoldingTime" SG_ 762 xEV_DiagMonVal 0;
+BA_ "RoutingFactor" SG_ 762 xEV_DiagMonVal 2;
+BA_ "Version" SG_ 762 xEV_DiagMonVal "18.11.01";
+BA_ "Description" SG_ 762 xEV_SocDis "Cluster, AVN Display SOC";
+BA_ "GenSigStartValue" SG_ 762 xEV_SocDis 0;
+BA_ "UserSigValidity" SG_ 762 xEV_SocDis 7;
+BA_ "NetworkRequestHoldingTime" SG_ 762 xEV_SocDis 0;
+BA_ "RoutingFactor" SG_ 762 xEV_SocDis 2;
+BA_ "Version" SG_ 762 xEV_SocDis "18.11.01";
+BA_ "Description" SG_ 762 xEV_MainRlyOnRetrySta "BMS sets this Flag until BMS completes Relay ON Sequence for Relay recontact";
+BA_ "GenSigStartValue" SG_ 762 xEV_MainRlyOnRetrySta 0;
+BA_ "UserSigValidity" SG_ 762 xEV_MainRlyOnRetrySta 7;
+BA_ "NetworkRequestHoldingTime" SG_ 762 xEV_MainRlyOnRetrySta 0;
+BA_ "RoutingFactor" SG_ 762 xEV_MainRlyOnRetrySta 2;
+BA_ "Version" SG_ 762 xEV_MainRlyOnRetrySta "18.11.01";
+BA_ "Description" SG_ 762 BMS_AlvCnt2Val "For the first transmission request for a data element the counter shall be initialized with 0 and shall be incremented by 1 for every subsequent send request. 
+
+When the counter reaches the maximum value(0xFF), then it shall restart with 0 for the next send request";
+BA_ "GenSigStartValue" SG_ 762 BMS_AlvCnt2Val 0;
+BA_ "UserSigValidity" SG_ 762 BMS_AlvCnt2Val 3;
+BA_ "NetworkRequestHoldingTime" SG_ 762 BMS_AlvCnt2Val 0;
+BA_ "RoutingFactor" SG_ 762 BMS_AlvCnt2Val 2;
+BA_ "Version" SG_ 762 BMS_AlvCnt2Val "18.11.08";
+BA_ "Description" SG_ 762 xEV_PRATempSnsVal_ "xEV_PRATemperatureSensorValue";
+BA_ "GenSigStartValue" SG_ 762 xEV_PRATempSnsVal_ 0;
+BA_ "UserSigValidity" SG_ 762 xEV_PRATempSnsVal_ 7;
+BA_ "NetworkRequestHoldingTime" SG_ 762 xEV_PRATempSnsVal_ 0;
+BA_ "RoutingFactor" SG_ 762 xEV_PRATempSnsVal_ 2;
+BA_ "Version" SG_ 762 xEV_PRATempSnsVal_ "19.01.00";
+BA_ "Description" SG_ 762 xEV_PRATempSns2Val_ "xEV_PRATemperatureSensor2Value";
+BA_ "GenSigStartValue" SG_ 762 xEV_PRATempSns2Val_ 0;
+BA_ "UserSigValidity" SG_ 762 xEV_PRATempSns2Val_ 7;
+BA_ "NetworkRequestHoldingTime" SG_ 762 xEV_PRATempSns2Val_ 0;
+BA_ "RoutingFactor" SG_ 762 xEV_PRATempSns2Val_ 2;
+BA_ "Version" SG_ 762 xEV_PRATempSns2Val_ "19.01.00";
+BA_ "Description" SG_ 762 xEV_BattRCHTimeEst "calculated charging time by esrimated OBC output power
+
+***HS CAN : BMS7(0x598), CR_Bms_RCHTimeEst***";
+BA_ "GenSigStartValue" SG_ 762 xEV_BattRCHTimeEst 0;
+BA_ "UserSigValidity" SG_ 762 xEV_BattRCHTimeEst 7;
+BA_ "NetworkRequestHoldingTime" SG_ 762 xEV_BattRCHTimeEst 0;
+BA_ "RoutingFactor" SG_ 762 xEV_BattRCHTimeEst 2;
+BA_ "Version" SG_ 762 xEV_BattRCHTimeEst "19.04.06";
+BA_ "Description" SG_ 762 xEV_SrvLmpReq "Service Lamp request";
+BA_ "GenSigStartValue" SG_ 762 xEV_SrvLmpReq 0;
+BA_ "UserSigValidity" SG_ 762 xEV_SrvLmpReq 7;
+BA_ "NetworkRequestHoldingTime" SG_ 762 xEV_SrvLmpReq 0;
+BA_ "RoutingFactor" SG_ 762 xEV_SrvLmpReq 2;
+BA_ "Version" SG_ 762 xEV_SrvLmpReq "18.11.01";
+BA_ "Description" SG_ 762 xEV_MainRlyOnSta "Main Relay On Status";
+BA_ "GenSigStartValue" SG_ 762 xEV_MainRlyOnSta 0;
+BA_ "UserSigValidity" SG_ 762 xEV_MainRlyOnSta 7;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 762 xEV_MainRlyOnSta 1500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 762 xEV_MainRlyOnSta 1500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ OPU SG_ 762 xEV_MainRlyOnSta 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 762 xEV_MainRlyOnSta 0;
+BA_ "RoutingFactor" SG_ 762 xEV_MainRlyOnSta 2;
+BA_ "Version" SG_ 762 xEV_MainRlyOnSta "18.11.01";
+BA_ "Description" SG_ 762 xEV_SysFltSta "BMS Fault";
+BA_ "GenSigStartValue" SG_ 762 xEV_SysFltSta 0;
+BA_ "UserSigValidity" SG_ 762 xEV_SysFltSta 7;
+BA_ "NetworkRequestHoldingTime" SG_ 762 xEV_SysFltSta 0;
+BA_ "RoutingFactor" SG_ 762 xEV_SysFltSta 2;
+BA_ "Version" SG_ 762 xEV_SysFltSta "18.11.01";
+BA_ "Description" SG_ 762 xEV_BattRmnEnrgVal "Difference of increased or decreased battery resistance";
+BA_ "GenSigStartValue" SG_ 762 xEV_BattRmnEnrgVal 0;
+BA_ "UserSigValidity" SG_ 762 xEV_BattRmnEnrgVal 7;
+BA_ "NetworkRequestHoldingTime" SG_ 762 xEV_BattRmnEnrgVal 0;
+BA_ "RoutingFactor" SG_ 762 xEV_BattRmnEnrgVal 2;
+BA_ "Version" SG_ 762 xEV_BattRmnEnrgVal "18.11.01";
+BA_ "Description" SG_ 762 xEV_MinBattCelVoltVal "Minimum Battery Cell Voltage";
+BA_ "GenSigStartValue" SG_ 762 xEV_MinBattCelVoltVal 3;
+BA_ "UserSigValidity" SG_ 762 xEV_MinBattCelVoltVal 7;
+BA_ "NetworkRequestHoldingTime" SG_ 762 xEV_MinBattCelVoltVal 0;
+BA_ "RoutingFactor" SG_ 762 xEV_MinBattCelVoltVal 2;
+BA_ "Version" SG_ 762 xEV_MinBattCelVoltVal "18.11.01";
+BA_ "Description" SG_ 762 xEV_MaxBattCelVoltVal "Maximum Battery Cell Voltage";
+BA_ "GenSigStartValue" SG_ 762 xEV_MaxBattCelVoltVal 3;
+BA_ "UserSigValidity" SG_ 762 xEV_MaxBattCelVoltVal 7;
+BA_ "NetworkRequestHoldingTime" SG_ 762 xEV_MaxBattCelVoltVal 0;
+BA_ "RoutingFactor" SG_ 762 xEV_MaxBattCelVoltVal 2;
+BA_ "Version" SG_ 762 xEV_MaxBattCelVoltVal "18.11.01";
+BA_ "Description" SG_ 762 xEV_BattCurrVal "xEV_Battery Current Value (CR_Bms_BatI_A)";
+BA_ "GenSigStartValue" SG_ 762 xEV_BattCurrVal 0;
+BA_ "UserSigValidity" SG_ 762 xEV_BattCurrVal 7;
+BA_ "NetworkRequestHoldingTime" SG_ 762 xEV_BattCurrVal 0;
+BA_ "RoutingFactor" SG_ 762 xEV_BattCurrVal 2;
+BA_ "Version" SG_ 762 xEV_BattCurrVal "18.11.01";
+BA_ "Description" SG_ 762 xEV_MinBattTempVal "Minimum Battery Temperature";
+BA_ "GenSigStartValue" SG_ 762 xEV_MinBattTempVal 0;
+BA_ "UserSigValidity" SG_ 762 xEV_MinBattTempVal 7;
+BA_ "NetworkRequestHoldingTime" SG_ 762 xEV_MinBattTempVal 0;
+BA_ "RoutingFactor" SG_ 762 xEV_MinBattTempVal 2;
+BA_ "Version" SG_ 762 xEV_MinBattTempVal "18.11.01";
+BA_ "Description" SG_ 762 xEV_MaxBattTempVal "Maximum Battery Temperature";
+BA_ "GenSigStartValue" SG_ 762 xEV_MaxBattTempVal 0;
+BA_ "UserSigValidity" SG_ 762 xEV_MaxBattTempVal 7;
+BA_ "NetworkRequestHoldingTime" SG_ 762 xEV_MaxBattTempVal 0;
+BA_ "RoutingFactor" SG_ 762 xEV_MaxBattTempVal 2;
+BA_ "Version" SG_ 762 xEV_MaxBattTempVal "18.11.01";
+BA_ "GenMsgSendType" BO_ 864 0;
+BA_ "GenMsgCycleTime" BO_ 864 100;
+BA_ "GenMsgCycleTimeFast" BO_ 864 0;
+BA_ "GenMsgNrOfRepetition" BO_ 864 0;
+BA_ "GenMsgStartDelayTime" BO_ 864 0;
+BA_ "VFrameFormat" BO_ 864 14;
+BA_ "Description" SG_ 864 BMS_Crc3Val "The data area for CRC calculation is based on the data length (DLC) of the message DB.
+
+The CRC shall be calculated over the entire data block (excluding the CRC bytes) including the user data, alive counter and Data ID
+
+ 
+
+- CRC Polynomial (0x1021) , Initial Value : 0xFFFF, XOR value : 0x0000, Data ID : Message ID + 0xF800 
+
+- The initial value is for CRC calculation and the message should be sent with the calculated result value. 
+
+- The mathematical expression to 16 bit CRC polynomial is given here. G(x) = x16 + x12 + x5 + 1";
+BA_ "GenSigStartValue" SG_ 864 BMS_Crc3Val 65535;
+BA_ "UserSigValidity" SG_ 864 BMS_Crc3Val 5;
+BA_ "NetworkRequestHoldingTime" SG_ 864 BMS_Crc3Val 0;
+BA_ "RoutingFactor" SG_ 864 BMS_Crc3Val 2;
+BA_ "Version" SG_ 864 BMS_Crc3Val "18.11.08";
+BA_ "Description" SG_ 864 xEV_CoolantLeakage_Val2 "The input voltage of coolant leakage sensor2";
+BA_ "GenSigStartValue" SG_ 864 xEV_CoolantLeakage_Val2 0;
+BA_ "UserSigValidity" SG_ 864 xEV_CoolantLeakage_Val2 7;
+BA_ "NetworkRequestHoldingTime" SG_ 864 xEV_CoolantLeakage_Val2 0;
+BA_ "RoutingFactor" SG_ 864 xEV_CoolantLeakage_Val2 2;
+BA_ "Version" SG_ 864 xEV_CoolantLeakage_Val2 "19.05.02";
+BA_ "Description" SG_ 864 xEV_BTMSdiag_flag "Battery Thermal Management System(BTMS) Components Failure Diagnosis State (CF_Bms_BTMSdiag_flag)";
+BA_ "GenSigStartValue" SG_ 864 xEV_BTMSdiag_flag 0;
+BA_ "UserSigValidity" SG_ 864 xEV_BTMSdiag_flag 7;
+BA_ "NetworkRequestHoldingTime" SG_ 864 xEV_BTMSdiag_flag 0;
+BA_ "RoutingFactor" SG_ 864 xEV_BTMSdiag_flag 2;
+BA_ "Version" SG_ 864 xEV_BTMSdiag_flag "18.11.01";
+BA_ "Description" SG_ 864 xEV_BTMS_SubCode1 "Battery Thermal Management System(BTMS) Sub code1 (CR_Bms_BTMS_SubCode1)";
+BA_ "GenSigStartValue" SG_ 864 xEV_BTMS_SubCode1 0;
+BA_ "UserSigValidity" SG_ 864 xEV_BTMS_SubCode1 7;
+BA_ "NetworkRequestHoldingTime" SG_ 864 xEV_BTMS_SubCode1 0;
+BA_ "RoutingFactor" SG_ 864 xEV_BTMS_SubCode1 2;
+BA_ "Version" SG_ 864 xEV_BTMS_SubCode1 "18.11.01";
+BA_ "Description" SG_ 864 xEV_BTMS_SubCode2 "Battery Thermal Management System(BTMS) Sub code2 (CR_Bms_BTMS_SubCode2)";
+BA_ "GenSigStartValue" SG_ 864 xEV_BTMS_SubCode2 0;
+BA_ "UserSigValidity" SG_ 864 xEV_BTMS_SubCode2 7;
+BA_ "NetworkRequestHoldingTime" SG_ 864 xEV_BTMS_SubCode2 0;
+BA_ "RoutingFactor" SG_ 864 xEV_BTMS_SubCode2 2;
+BA_ "Version" SG_ 864 xEV_BTMS_SubCode2 "18.11.01";
+BA_ "Description" SG_ 864 xEV_BTMS_SubCode3 "Battery Thermal Management System(BTMS) Sub code3 (CR_Bms_BTMS_SubCode3)";
+BA_ "GenSigStartValue" SG_ 864 xEV_BTMS_SubCode3 0;
+BA_ "UserSigValidity" SG_ 864 xEV_BTMS_SubCode3 7;
+BA_ "NetworkRequestHoldingTime" SG_ 864 xEV_BTMS_SubCode3 0;
+BA_ "RoutingFactor" SG_ 864 xEV_BTMS_SubCode3 2;
+BA_ "Version" SG_ 864 xEV_BTMS_SubCode3 "18.11.01";
+BA_ "Description" SG_ 864 xEV_EwpClntDetCluDisp "Insufficient EWP Coolant Detect Signal for Cluster(-Battery EWP)";
+BA_ "GenSigStartValue" SG_ 864 xEV_EwpClntDetCluDisp 0;
+BA_ "UserSigValidity" SG_ 864 xEV_EwpClntDetCluDisp 7;
+BA_ "NetworkRequestHoldingTime" SG_ 864 xEV_EwpClntDetCluDisp 0;
+BA_ "RoutingFactor" SG_ 864 xEV_EwpClntDetCluDisp 2;
+BA_ "Version" SG_ 864 xEV_EwpClntDetCluDisp "19.05.02";
+BA_ "Description" SG_ 864 xEV_RadFanOpReq_duty "Radiator Fan Operation Request (duty) for water-cooling system";
+BA_ "GenSigStartValue" SG_ 864 xEV_RadFanOpReq_duty 0;
+BA_ "UserSigValidity" SG_ 864 xEV_RadFanOpReq_duty 7;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 864 xEV_RadFanOpReq_duty 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 864 xEV_RadFanOpReq_duty 0;
+BA_ "RoutingFactor" SG_ 864 xEV_RadFanOpReq_duty 2;
+BA_ "Version" SG_ 864 xEV_RadFanOpReq_duty "17.11.00";
+BA_ "Description" SG_ 864 xEV_ChllrOpReq "Chiller Operation Request (RPM)";
+BA_ "GenSigStartValue" SG_ 864 xEV_ChllrOpReq 0;
+BA_ "UserSigValidity" SG_ 864 xEV_ChllrOpReq 7;
+BA_ "NetworkRequestHoldingTime" SG_ 864 xEV_ChllrOpReq 0;
+BA_ "RoutingFactor" SG_ 864 xEV_ChllrOpReq 2;
+BA_ "Version" SG_ 864 xEV_ChllrOpReq "17.11.00";
+BA_ "Description" SG_ 864 BMS_AlvCnt3Val "For the first transmission request for a data element the counter shall be initialized with 0 and shall be incremented by 1 for every subsequent send request. 
+
+When the counter reaches the maximum value(0xFF), then it shall restart with 0 for the next send request";
+BA_ "GenSigStartValue" SG_ 864 BMS_AlvCnt3Val 0;
+BA_ "UserSigValidity" SG_ 864 BMS_AlvCnt3Val 5;
+BA_ "NetworkRequestHoldingTime" SG_ 864 BMS_AlvCnt3Val 0;
+BA_ "RoutingFactor" SG_ 864 BMS_AlvCnt3Val 2;
+BA_ "Version" SG_ 864 BMS_AlvCnt3Val "18.11.08";
+BA_ "Description" SG_ 864 xEV_EwpClntDiagReq "Request EWP Coolant Diagnosis Enable";
+BA_ "GenSigStartValue" SG_ 864 xEV_EwpClntDiagReq 0;
+BA_ "UserSigValidity" SG_ 864 xEV_EwpClntDiagReq 7;
+BA_ "NetworkRequestHoldingTime" SG_ 864 xEV_EwpClntDiagReq 0;
+BA_ "RoutingFactor" SG_ 864 xEV_EwpClntDiagReq 2;
+BA_ "Version" SG_ 864 xEV_EwpClntDiagReq "17.11.00";
+BA_ "Description" SG_ 864 xEV_EwpDiagModReq "The Signal Requests EWP to Enter the Diagnostic Mode";
+BA_ "GenSigStartValue" SG_ 864 xEV_EwpDiagModReq 0;
+BA_ "UserSigValidity" SG_ 864 xEV_EwpDiagModReq 7;
+BA_ "NetworkRequestHoldingTime" SG_ 864 xEV_EwpDiagModReq 0;
+BA_ "RoutingFactor" SG_ 864 xEV_EwpDiagModReq 2;
+BA_ "Version" SG_ 864 xEV_EwpDiagModReq "17.11.00";
+BA_ "Description" SG_ 864 xEV_BTMSModSta "Battery Thermal Management System Control Mode";
+BA_ "GenSigStartValue" SG_ 864 xEV_BTMSModSta 0;
+BA_ "UserSigValidity" SG_ 864 xEV_BTMSModSta 7;
+BA_ "NetworkRequestHoldingTime" SG_ 864 xEV_BTMSModSta 0;
+BA_ "RoutingFactor" SG_ 864 xEV_BTMSModSta 2;
+BA_ "Version" SG_ 864 xEV_BTMSModSta "17.11.00";
+BA_ "Description" SG_ 864 xEV_RadFanOpForMcuReq "Radiator Fan Operation Request(RPM) for MCU";
+BA_ "GenSigStartValue" SG_ 864 xEV_RadFanOpForMcuReq 0;
+BA_ "UserSigValidity" SG_ 864 xEV_RadFanOpForMcuReq 7;
+BA_ "NetworkRequestHoldingTime" SG_ 864 xEV_RadFanOpForMcuReq 0;
+BA_ "RoutingFactor" SG_ 864 xEV_RadFanOpForMcuReq 2;
+BA_ "Version" SG_ 864 xEV_RadFanOpForMcuReq "17.11.00";
+BA_ "Description" SG_ 864 xEV_BatEwpOpReq "Battery EWP Operation Request (RPM)";
+BA_ "GenSigStartValue" SG_ 864 xEV_BatEwpOpReq 0;
+BA_ "UserSigValidity" SG_ 864 xEV_BatEwpOpReq 7;
+BA_ "NetworkRequestHoldingTime" SG_ 864 xEV_BatEwpOpReq 0;
+BA_ "RoutingFactor" SG_ 864 xEV_BatEwpOpReq 2;
+BA_ "Version" SG_ 864 xEV_BatEwpOpReq "18.08.08";
+BA_ "Description" SG_ 864 xEV_WcsInTempVal "Inlet Temperature(for water-cooling heating system)";
+BA_ "GenSigStartValue" SG_ 864 xEV_WcsInTempVal 0;
+BA_ "UserSigValidity" SG_ 864 xEV_WcsInTempVal 7;
+BA_ "NetworkRequestHoldingTime" SG_ 864 xEV_WcsInTempVal 0;
+BA_ "RoutingFactor" SG_ 864 xEV_WcsInTempVal 2;
+BA_ "Version" SG_ 864 xEV_WcsInTempVal "17.11.00";
+BA_ "Description" SG_ 864 xEV_CoolantLeakage_Val "The input voltage of coolant leakage sensor1";
+BA_ "GenSigStartValue" SG_ 864 xEV_CoolantLeakage_Val 0;
+BA_ "UserSigValidity" SG_ 864 xEV_CoolantLeakage_Val 7;
+BA_ "NetworkRequestHoldingTime" SG_ 864 xEV_CoolantLeakage_Val 0;
+BA_ "RoutingFactor" SG_ 864 xEV_CoolantLeakage_Val 2;
+BA_ "Version" SG_ 864 xEV_CoolantLeakage_Val "19.05.02";
+BA_ "GenMsgCycleTime" BO_ 1696 0;
+BA_ "GenMsgILSupport" BO_ 1696 0;
+BA_ "TpMessage" BO_ 1696 1;
+BA_ "GenMsgDelayTime" BO_ 1696 0;
+BA_ "GenMsgStartDelayTime" BO_ 1696 0;
+BA_ "VFrameFormat" BO_ 1696 14;
+BA_ "UsrSigPurpose" SG_ 1696 CCP_CANID_CRO_Byte0 6;
+BA_ "GenSigSendType" SG_ 1696 CCP_CANID_CRO_Byte0 2;
+BA_ "GenSigStartValue" SG_ 1696 CCP_CANID_CRO_Byte0 0;
+BA_ "UserSigValidity" SG_ 1696 CCP_CANID_CRO_Byte0 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 1696 CCP_CANID_CRO_Byte0 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1696 CCP_CANID_CRO_Byte0 0;
+BA_ "NetworkRequest" SG_ 1696 CCP_CANID_CRO_Byte0 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1696 CCP_CANID_CRO_Byte0 5000;
+BA_ "RoutingFactor" SG_ 1696 CCP_CANID_CRO_Byte0 1;
+BA_ "Version" SG_ 1696 CCP_CANID_CRO_Byte0 "18.08.02";
+BA_ "UsrSigPurpose" SG_ 1696 CCP_CANID_CRO_Byte2 6;
+BA_ "GenSigSendType" SG_ 1696 CCP_CANID_CRO_Byte2 2;
+BA_ "GenSigStartValue" SG_ 1696 CCP_CANID_CRO_Byte2 0;
+BA_ "UserSigValidity" SG_ 1696 CCP_CANID_CRO_Byte2 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 1696 CCP_CANID_CRO_Byte2 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1696 CCP_CANID_CRO_Byte2 0;
+BA_ "NetworkRequest" SG_ 1696 CCP_CANID_CRO_Byte2 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1696 CCP_CANID_CRO_Byte2 5000;
+BA_ "RoutingFactor" SG_ 1696 CCP_CANID_CRO_Byte2 1;
+BA_ "Version" SG_ 1696 CCP_CANID_CRO_Byte2 "18.08.02";
+BA_ "UsrSigPurpose" SG_ 1696 CCP_CANID_CRO_Byte3 6;
+BA_ "GenSigSendType" SG_ 1696 CCP_CANID_CRO_Byte3 2;
+BA_ "GenSigStartValue" SG_ 1696 CCP_CANID_CRO_Byte3 0;
+BA_ "UserSigValidity" SG_ 1696 CCP_CANID_CRO_Byte3 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 1696 CCP_CANID_CRO_Byte3 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1696 CCP_CANID_CRO_Byte3 0;
+BA_ "NetworkRequest" SG_ 1696 CCP_CANID_CRO_Byte3 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1696 CCP_CANID_CRO_Byte3 5000;
+BA_ "RoutingFactor" SG_ 1696 CCP_CANID_CRO_Byte3 1;
+BA_ "Version" SG_ 1696 CCP_CANID_CRO_Byte3 "18.08.02";
+BA_ "UsrSigPurpose" SG_ 1696 CCP_CANID_CRO_Byte4 6;
+BA_ "GenSigSendType" SG_ 1696 CCP_CANID_CRO_Byte4 2;
+BA_ "GenSigStartValue" SG_ 1696 CCP_CANID_CRO_Byte4 0;
+BA_ "UserSigValidity" SG_ 1696 CCP_CANID_CRO_Byte4 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 1696 CCP_CANID_CRO_Byte4 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1696 CCP_CANID_CRO_Byte4 0;
+BA_ "NetworkRequest" SG_ 1696 CCP_CANID_CRO_Byte4 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1696 CCP_CANID_CRO_Byte4 5000;
+BA_ "RoutingFactor" SG_ 1696 CCP_CANID_CRO_Byte4 1;
+BA_ "Version" SG_ 1696 CCP_CANID_CRO_Byte4 "18.08.02";
+BA_ "UsrSigPurpose" SG_ 1696 CCP_CANID_CRO_Byte5 6;
+BA_ "GenSigSendType" SG_ 1696 CCP_CANID_CRO_Byte5 2;
+BA_ "GenSigStartValue" SG_ 1696 CCP_CANID_CRO_Byte5 0;
+BA_ "UserSigValidity" SG_ 1696 CCP_CANID_CRO_Byte5 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 1696 CCP_CANID_CRO_Byte5 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1696 CCP_CANID_CRO_Byte5 0;
+BA_ "NetworkRequest" SG_ 1696 CCP_CANID_CRO_Byte5 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1696 CCP_CANID_CRO_Byte5 5000;
+BA_ "RoutingFactor" SG_ 1696 CCP_CANID_CRO_Byte5 1;
+BA_ "Version" SG_ 1696 CCP_CANID_CRO_Byte5 "18.08.02";
+BA_ "UsrSigPurpose" SG_ 1696 CCP_CANID_CRO_Byte6 6;
+BA_ "GenSigSendType" SG_ 1696 CCP_CANID_CRO_Byte6 2;
+BA_ "GenSigStartValue" SG_ 1696 CCP_CANID_CRO_Byte6 0;
+BA_ "UserSigValidity" SG_ 1696 CCP_CANID_CRO_Byte6 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 1696 CCP_CANID_CRO_Byte6 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1696 CCP_CANID_CRO_Byte6 0;
+BA_ "NetworkRequest" SG_ 1696 CCP_CANID_CRO_Byte6 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1696 CCP_CANID_CRO_Byte6 5000;
+BA_ "RoutingFactor" SG_ 1696 CCP_CANID_CRO_Byte6 1;
+BA_ "Version" SG_ 1696 CCP_CANID_CRO_Byte6 "18.08.02";
+BA_ "UsrSigPurpose" SG_ 1696 CCP_CANID_CRO_Byte7 6;
+BA_ "GenSigSendType" SG_ 1696 CCP_CANID_CRO_Byte7 2;
+BA_ "GenSigStartValue" SG_ 1696 CCP_CANID_CRO_Byte7 0;
+BA_ "UserSigValidity" SG_ 1696 CCP_CANID_CRO_Byte7 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 1696 CCP_CANID_CRO_Byte7 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1696 CCP_CANID_CRO_Byte7 0;
+BA_ "NetworkRequest" SG_ 1696 CCP_CANID_CRO_Byte7 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1696 CCP_CANID_CRO_Byte7 5000;
+BA_ "RoutingFactor" SG_ 1696 CCP_CANID_CRO_Byte7 1;
+BA_ "Version" SG_ 1696 CCP_CANID_CRO_Byte7 "18.08.02";
+BA_ "UsrSigPurpose" SG_ 1696 CCP_CANID_CRO_Byte1 6;
+BA_ "GenSigSendType" SG_ 1696 CCP_CANID_CRO_Byte1 2;
+BA_ "GenSigStartValue" SG_ 1696 CCP_CANID_CRO_Byte1 0;
+BA_ "UserSigValidity" SG_ 1696 CCP_CANID_CRO_Byte1 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 1696 CCP_CANID_CRO_Byte1 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1696 CCP_CANID_CRO_Byte1 0;
+BA_ "NetworkRequest" SG_ 1696 CCP_CANID_CRO_Byte1 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1696 CCP_CANID_CRO_Byte1 5000;
+BA_ "RoutingFactor" SG_ 1696 CCP_CANID_CRO_Byte1 1;
+BA_ "Version" SG_ 1696 CCP_CANID_CRO_Byte1 "18.08.02";
+BA_ "GenMsgCycleTime" BO_ 1698 0;
+BA_ "GenMsgILSupport" BO_ 1698 0;
+BA_ "TpMessage" BO_ 1698 1;
+BA_ "GenMsgDelayTime" BO_ 1698 0;
+BA_ "GenMsgStartDelayTime" BO_ 1698 0;
+BA_ "VFrameFormat" BO_ 1698 14;
+BA_ "UsrSigPurpose" SG_ 1698 CCP_CANID_DAQ0_Byte0 6;
+BA_ "GenSigSendType" SG_ 1698 CCP_CANID_DAQ0_Byte0 2;
+BA_ "GenSigStartValue" SG_ 1698 CCP_CANID_DAQ0_Byte0 0;
+BA_ "UserSigValidity" SG_ 1698 CCP_CANID_DAQ0_Byte0 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1698 CCP_CANID_DAQ0_Byte0 0;
+BA_ "NetworkRequest" SG_ 1698 CCP_CANID_DAQ0_Byte0 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1698 CCP_CANID_DAQ0_Byte0 5000;
+BA_ "RoutingFactor" SG_ 1698 CCP_CANID_DAQ0_Byte0 1;
+BA_ "Version" SG_ 1698 CCP_CANID_DAQ0_Byte0 "18.08.02";
+BA_ "UsrSigPurpose" SG_ 1698 CCP_CANID_DAQ0_Byte2 6;
+BA_ "GenSigSendType" SG_ 1698 CCP_CANID_DAQ0_Byte2 2;
+BA_ "GenSigStartValue" SG_ 1698 CCP_CANID_DAQ0_Byte2 0;
+BA_ "UserSigValidity" SG_ 1698 CCP_CANID_DAQ0_Byte2 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1698 CCP_CANID_DAQ0_Byte2 0;
+BA_ "NetworkRequest" SG_ 1698 CCP_CANID_DAQ0_Byte2 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1698 CCP_CANID_DAQ0_Byte2 5000;
+BA_ "RoutingFactor" SG_ 1698 CCP_CANID_DAQ0_Byte2 1;
+BA_ "Version" SG_ 1698 CCP_CANID_DAQ0_Byte2 "18.08.02";
+BA_ "UsrSigPurpose" SG_ 1698 CCP_CANID_DAQ0_Byte3 6;
+BA_ "GenSigSendType" SG_ 1698 CCP_CANID_DAQ0_Byte3 2;
+BA_ "GenSigStartValue" SG_ 1698 CCP_CANID_DAQ0_Byte3 0;
+BA_ "UserSigValidity" SG_ 1698 CCP_CANID_DAQ0_Byte3 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1698 CCP_CANID_DAQ0_Byte3 0;
+BA_ "NetworkRequest" SG_ 1698 CCP_CANID_DAQ0_Byte3 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1698 CCP_CANID_DAQ0_Byte3 5000;
+BA_ "RoutingFactor" SG_ 1698 CCP_CANID_DAQ0_Byte3 1;
+BA_ "Version" SG_ 1698 CCP_CANID_DAQ0_Byte3 "18.08.02";
+BA_ "UsrSigPurpose" SG_ 1698 CCP_CANID_DAQ0_Byte4 6;
+BA_ "GenSigSendType" SG_ 1698 CCP_CANID_DAQ0_Byte4 2;
+BA_ "GenSigStartValue" SG_ 1698 CCP_CANID_DAQ0_Byte4 0;
+BA_ "UserSigValidity" SG_ 1698 CCP_CANID_DAQ0_Byte4 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1698 CCP_CANID_DAQ0_Byte4 0;
+BA_ "NetworkRequest" SG_ 1698 CCP_CANID_DAQ0_Byte4 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1698 CCP_CANID_DAQ0_Byte4 5000;
+BA_ "RoutingFactor" SG_ 1698 CCP_CANID_DAQ0_Byte4 1;
+BA_ "Version" SG_ 1698 CCP_CANID_DAQ0_Byte4 "18.08.02";
+BA_ "UsrSigPurpose" SG_ 1698 CCP_CANID_DAQ0_Byte5 6;
+BA_ "GenSigSendType" SG_ 1698 CCP_CANID_DAQ0_Byte5 2;
+BA_ "GenSigStartValue" SG_ 1698 CCP_CANID_DAQ0_Byte5 0;
+BA_ "UserSigValidity" SG_ 1698 CCP_CANID_DAQ0_Byte5 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1698 CCP_CANID_DAQ0_Byte5 0;
+BA_ "NetworkRequest" SG_ 1698 CCP_CANID_DAQ0_Byte5 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1698 CCP_CANID_DAQ0_Byte5 5000;
+BA_ "RoutingFactor" SG_ 1698 CCP_CANID_DAQ0_Byte5 1;
+BA_ "Version" SG_ 1698 CCP_CANID_DAQ0_Byte5 "18.08.02";
+BA_ "UsrSigPurpose" SG_ 1698 CCP_CANID_DAQ0_Byte6 6;
+BA_ "GenSigSendType" SG_ 1698 CCP_CANID_DAQ0_Byte6 2;
+BA_ "GenSigStartValue" SG_ 1698 CCP_CANID_DAQ0_Byte6 0;
+BA_ "UserSigValidity" SG_ 1698 CCP_CANID_DAQ0_Byte6 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1698 CCP_CANID_DAQ0_Byte6 0;
+BA_ "NetworkRequest" SG_ 1698 CCP_CANID_DAQ0_Byte6 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1698 CCP_CANID_DAQ0_Byte6 5000;
+BA_ "RoutingFactor" SG_ 1698 CCP_CANID_DAQ0_Byte6 1;
+BA_ "Version" SG_ 1698 CCP_CANID_DAQ0_Byte6 "18.08.02";
+BA_ "UsrSigPurpose" SG_ 1698 CCP_CANID_DAQ0_Byte7 6;
+BA_ "GenSigSendType" SG_ 1698 CCP_CANID_DAQ0_Byte7 2;
+BA_ "GenSigStartValue" SG_ 1698 CCP_CANID_DAQ0_Byte7 0;
+BA_ "UserSigValidity" SG_ 1698 CCP_CANID_DAQ0_Byte7 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1698 CCP_CANID_DAQ0_Byte7 0;
+BA_ "NetworkRequest" SG_ 1698 CCP_CANID_DAQ0_Byte7 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1698 CCP_CANID_DAQ0_Byte7 5000;
+BA_ "RoutingFactor" SG_ 1698 CCP_CANID_DAQ0_Byte7 1;
+BA_ "Version" SG_ 1698 CCP_CANID_DAQ0_Byte7 "18.08.02";
+BA_ "UsrSigPurpose" SG_ 1698 CCP_CANID_DAQ0_Byte1 6;
+BA_ "GenSigSendType" SG_ 1698 CCP_CANID_DAQ0_Byte1 2;
+BA_ "GenSigStartValue" SG_ 1698 CCP_CANID_DAQ0_Byte1 0;
+BA_ "UserSigValidity" SG_ 1698 CCP_CANID_DAQ0_Byte1 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1698 CCP_CANID_DAQ0_Byte1 0;
+BA_ "NetworkRequest" SG_ 1698 CCP_CANID_DAQ0_Byte1 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1698 CCP_CANID_DAQ0_Byte1 5000;
+BA_ "RoutingFactor" SG_ 1698 CCP_CANID_DAQ0_Byte1 1;
+BA_ "Version" SG_ 1698 CCP_CANID_DAQ0_Byte1 "18.08.02";
+BA_ "GenMsgCycleTime" BO_ 1699 0;
+BA_ "GenMsgILSupport" BO_ 1699 0;
+BA_ "TpMessage" BO_ 1699 1;
+BA_ "GenMsgDelayTime" BO_ 1699 0;
+BA_ "GenMsgStartDelayTime" BO_ 1699 0;
+BA_ "VFrameFormat" BO_ 1699 14;
+BA_ "UsrSigPurpose" SG_ 1699 CCP_CANID_DAQ1_Byte0 6;
+BA_ "GenSigSendType" SG_ 1699 CCP_CANID_DAQ1_Byte0 2;
+BA_ "GenSigStartValue" SG_ 1699 CCP_CANID_DAQ1_Byte0 0;
+BA_ "UserSigValidity" SG_ 1699 CCP_CANID_DAQ1_Byte0 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1699 CCP_CANID_DAQ1_Byte0 0;
+BA_ "NetworkRequest" SG_ 1699 CCP_CANID_DAQ1_Byte0 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1699 CCP_CANID_DAQ1_Byte0 5000;
+BA_ "RoutingFactor" SG_ 1699 CCP_CANID_DAQ1_Byte0 1;
+BA_ "Version" SG_ 1699 CCP_CANID_DAQ1_Byte0 "18.08.02";
+BA_ "UsrSigPurpose" SG_ 1699 CCP_CANID_DAQ1_Byte2 6;
+BA_ "GenSigSendType" SG_ 1699 CCP_CANID_DAQ1_Byte2 2;
+BA_ "GenSigStartValue" SG_ 1699 CCP_CANID_DAQ1_Byte2 0;
+BA_ "UserSigValidity" SG_ 1699 CCP_CANID_DAQ1_Byte2 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1699 CCP_CANID_DAQ1_Byte2 0;
+BA_ "NetworkRequest" SG_ 1699 CCP_CANID_DAQ1_Byte2 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1699 CCP_CANID_DAQ1_Byte2 5000;
+BA_ "RoutingFactor" SG_ 1699 CCP_CANID_DAQ1_Byte2 1;
+BA_ "Version" SG_ 1699 CCP_CANID_DAQ1_Byte2 "18.08.02";
+BA_ "UsrSigPurpose" SG_ 1699 CCP_CANID_DAQ1_Byte3 6;
+BA_ "GenSigSendType" SG_ 1699 CCP_CANID_DAQ1_Byte3 2;
+BA_ "GenSigStartValue" SG_ 1699 CCP_CANID_DAQ1_Byte3 0;
+BA_ "UserSigValidity" SG_ 1699 CCP_CANID_DAQ1_Byte3 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1699 CCP_CANID_DAQ1_Byte3 0;
+BA_ "NetworkRequest" SG_ 1699 CCP_CANID_DAQ1_Byte3 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1699 CCP_CANID_DAQ1_Byte3 5000;
+BA_ "RoutingFactor" SG_ 1699 CCP_CANID_DAQ1_Byte3 1;
+BA_ "Version" SG_ 1699 CCP_CANID_DAQ1_Byte3 "18.08.02";
+BA_ "UsrSigPurpose" SG_ 1699 CCP_CANID_DAQ1_Byte4 6;
+BA_ "GenSigSendType" SG_ 1699 CCP_CANID_DAQ1_Byte4 2;
+BA_ "GenSigStartValue" SG_ 1699 CCP_CANID_DAQ1_Byte4 0;
+BA_ "UserSigValidity" SG_ 1699 CCP_CANID_DAQ1_Byte4 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1699 CCP_CANID_DAQ1_Byte4 0;
+BA_ "NetworkRequest" SG_ 1699 CCP_CANID_DAQ1_Byte4 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1699 CCP_CANID_DAQ1_Byte4 5000;
+BA_ "RoutingFactor" SG_ 1699 CCP_CANID_DAQ1_Byte4 1;
+BA_ "Version" SG_ 1699 CCP_CANID_DAQ1_Byte4 "18.08.02";
+BA_ "UsrSigPurpose" SG_ 1699 CCP_CANID_DAQ1_Byte5 6;
+BA_ "GenSigSendType" SG_ 1699 CCP_CANID_DAQ1_Byte5 2;
+BA_ "GenSigStartValue" SG_ 1699 CCP_CANID_DAQ1_Byte5 0;
+BA_ "UserSigValidity" SG_ 1699 CCP_CANID_DAQ1_Byte5 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1699 CCP_CANID_DAQ1_Byte5 0;
+BA_ "NetworkRequest" SG_ 1699 CCP_CANID_DAQ1_Byte5 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1699 CCP_CANID_DAQ1_Byte5 5000;
+BA_ "RoutingFactor" SG_ 1699 CCP_CANID_DAQ1_Byte5 1;
+BA_ "Version" SG_ 1699 CCP_CANID_DAQ1_Byte5 "18.08.02";
+BA_ "UsrSigPurpose" SG_ 1699 CCP_CANID_DAQ1_Byte6 6;
+BA_ "GenSigSendType" SG_ 1699 CCP_CANID_DAQ1_Byte6 2;
+BA_ "GenSigStartValue" SG_ 1699 CCP_CANID_DAQ1_Byte6 0;
+BA_ "UserSigValidity" SG_ 1699 CCP_CANID_DAQ1_Byte6 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1699 CCP_CANID_DAQ1_Byte6 0;
+BA_ "NetworkRequest" SG_ 1699 CCP_CANID_DAQ1_Byte6 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1699 CCP_CANID_DAQ1_Byte6 5000;
+BA_ "RoutingFactor" SG_ 1699 CCP_CANID_DAQ1_Byte6 1;
+BA_ "Version" SG_ 1699 CCP_CANID_DAQ1_Byte6 "18.08.02";
+BA_ "UsrSigPurpose" SG_ 1699 CCP_CANID_DAQ1_Byte7 6;
+BA_ "GenSigSendType" SG_ 1699 CCP_CANID_DAQ1_Byte7 2;
+BA_ "GenSigStartValue" SG_ 1699 CCP_CANID_DAQ1_Byte7 0;
+BA_ "UserSigValidity" SG_ 1699 CCP_CANID_DAQ1_Byte7 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1699 CCP_CANID_DAQ1_Byte7 0;
+BA_ "NetworkRequest" SG_ 1699 CCP_CANID_DAQ1_Byte7 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1699 CCP_CANID_DAQ1_Byte7 5000;
+BA_ "RoutingFactor" SG_ 1699 CCP_CANID_DAQ1_Byte7 1;
+BA_ "Version" SG_ 1699 CCP_CANID_DAQ1_Byte7 "18.08.02";
+BA_ "UsrSigPurpose" SG_ 1699 CCP_CANID_DAQ1_Byte1 6;
+BA_ "GenSigSendType" SG_ 1699 CCP_CANID_DAQ1_Byte1 2;
+BA_ "GenSigStartValue" SG_ 1699 CCP_CANID_DAQ1_Byte1 0;
+BA_ "UserSigValidity" SG_ 1699 CCP_CANID_DAQ1_Byte1 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1699 CCP_CANID_DAQ1_Byte1 0;
+BA_ "NetworkRequest" SG_ 1699 CCP_CANID_DAQ1_Byte1 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1699 CCP_CANID_DAQ1_Byte1 5000;
+BA_ "RoutingFactor" SG_ 1699 CCP_CANID_DAQ1_Byte1 1;
+BA_ "Version" SG_ 1699 CCP_CANID_DAQ1_Byte1 "18.08.02";
+BA_ "GenMsgCycleTime" BO_ 1700 0;
+BA_ "GenMsgILSupport" BO_ 1700 0;
+BA_ "TpMessage" BO_ 1700 1;
+BA_ "GenMsgDelayTime" BO_ 1700 0;
+BA_ "GenMsgStartDelayTime" BO_ 1700 0;
+BA_ "VFrameFormat" BO_ 1700 14;
+BA_ "UsrSigPurpose" SG_ 1700 CCP_CANID_DAQ2_Byte0 6;
+BA_ "GenSigSendType" SG_ 1700 CCP_CANID_DAQ2_Byte0 2;
+BA_ "GenSigStartValue" SG_ 1700 CCP_CANID_DAQ2_Byte0 0;
+BA_ "UserSigValidity" SG_ 1700 CCP_CANID_DAQ2_Byte0 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1700 CCP_CANID_DAQ2_Byte0 0;
+BA_ "NetworkRequest" SG_ 1700 CCP_CANID_DAQ2_Byte0 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1700 CCP_CANID_DAQ2_Byte0 5000;
+BA_ "RoutingFactor" SG_ 1700 CCP_CANID_DAQ2_Byte0 1;
+BA_ "Version" SG_ 1700 CCP_CANID_DAQ2_Byte0 "18.08.02";
+BA_ "UsrSigPurpose" SG_ 1700 CCP_CANID_DAQ2_Byte2 6;
+BA_ "GenSigSendType" SG_ 1700 CCP_CANID_DAQ2_Byte2 2;
+BA_ "GenSigStartValue" SG_ 1700 CCP_CANID_DAQ2_Byte2 0;
+BA_ "UserSigValidity" SG_ 1700 CCP_CANID_DAQ2_Byte2 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1700 CCP_CANID_DAQ2_Byte2 0;
+BA_ "NetworkRequest" SG_ 1700 CCP_CANID_DAQ2_Byte2 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1700 CCP_CANID_DAQ2_Byte2 5000;
+BA_ "RoutingFactor" SG_ 1700 CCP_CANID_DAQ2_Byte2 1;
+BA_ "Version" SG_ 1700 CCP_CANID_DAQ2_Byte2 "18.08.02";
+BA_ "UsrSigPurpose" SG_ 1700 CCP_CANID_DAQ2_Byte3 6;
+BA_ "GenSigSendType" SG_ 1700 CCP_CANID_DAQ2_Byte3 2;
+BA_ "GenSigStartValue" SG_ 1700 CCP_CANID_DAQ2_Byte3 0;
+BA_ "UserSigValidity" SG_ 1700 CCP_CANID_DAQ2_Byte3 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1700 CCP_CANID_DAQ2_Byte3 0;
+BA_ "NetworkRequest" SG_ 1700 CCP_CANID_DAQ2_Byte3 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1700 CCP_CANID_DAQ2_Byte3 5000;
+BA_ "RoutingFactor" SG_ 1700 CCP_CANID_DAQ2_Byte3 1;
+BA_ "Version" SG_ 1700 CCP_CANID_DAQ2_Byte3 "18.08.02";
+BA_ "UsrSigPurpose" SG_ 1700 CCP_CANID_DAQ2_Byte4 6;
+BA_ "GenSigSendType" SG_ 1700 CCP_CANID_DAQ2_Byte4 2;
+BA_ "GenSigStartValue" SG_ 1700 CCP_CANID_DAQ2_Byte4 0;
+BA_ "UserSigValidity" SG_ 1700 CCP_CANID_DAQ2_Byte4 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1700 CCP_CANID_DAQ2_Byte4 0;
+BA_ "NetworkRequest" SG_ 1700 CCP_CANID_DAQ2_Byte4 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1700 CCP_CANID_DAQ2_Byte4 5000;
+BA_ "RoutingFactor" SG_ 1700 CCP_CANID_DAQ2_Byte4 1;
+BA_ "Version" SG_ 1700 CCP_CANID_DAQ2_Byte4 "18.08.02";
+BA_ "UsrSigPurpose" SG_ 1700 CCP_CANID_DAQ2_Byte5 6;
+BA_ "GenSigSendType" SG_ 1700 CCP_CANID_DAQ2_Byte5 2;
+BA_ "GenSigStartValue" SG_ 1700 CCP_CANID_DAQ2_Byte5 0;
+BA_ "UserSigValidity" SG_ 1700 CCP_CANID_DAQ2_Byte5 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1700 CCP_CANID_DAQ2_Byte5 0;
+BA_ "NetworkRequest" SG_ 1700 CCP_CANID_DAQ2_Byte5 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1700 CCP_CANID_DAQ2_Byte5 5000;
+BA_ "RoutingFactor" SG_ 1700 CCP_CANID_DAQ2_Byte5 1;
+BA_ "Version" SG_ 1700 CCP_CANID_DAQ2_Byte5 "18.08.02";
+BA_ "UsrSigPurpose" SG_ 1700 CCP_CANID_DAQ2_Byte6 6;
+BA_ "GenSigSendType" SG_ 1700 CCP_CANID_DAQ2_Byte6 2;
+BA_ "GenSigStartValue" SG_ 1700 CCP_CANID_DAQ2_Byte6 0;
+BA_ "UserSigValidity" SG_ 1700 CCP_CANID_DAQ2_Byte6 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1700 CCP_CANID_DAQ2_Byte6 0;
+BA_ "NetworkRequest" SG_ 1700 CCP_CANID_DAQ2_Byte6 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1700 CCP_CANID_DAQ2_Byte6 5000;
+BA_ "RoutingFactor" SG_ 1700 CCP_CANID_DAQ2_Byte6 1;
+BA_ "Version" SG_ 1700 CCP_CANID_DAQ2_Byte6 "18.08.02";
+BA_ "UsrSigPurpose" SG_ 1700 CCP_CANID_DAQ2_Byte7 6;
+BA_ "GenSigSendType" SG_ 1700 CCP_CANID_DAQ2_Byte7 2;
+BA_ "GenSigStartValue" SG_ 1700 CCP_CANID_DAQ2_Byte7 0;
+BA_ "UserSigValidity" SG_ 1700 CCP_CANID_DAQ2_Byte7 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1700 CCP_CANID_DAQ2_Byte7 0;
+BA_ "NetworkRequest" SG_ 1700 CCP_CANID_DAQ2_Byte7 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1700 CCP_CANID_DAQ2_Byte7 5000;
+BA_ "RoutingFactor" SG_ 1700 CCP_CANID_DAQ2_Byte7 1;
+BA_ "Version" SG_ 1700 CCP_CANID_DAQ2_Byte7 "18.08.02";
+BA_ "UsrSigPurpose" SG_ 1700 CCP_CANID_DAQ2_Byte1 6;
+BA_ "GenSigSendType" SG_ 1700 CCP_CANID_DAQ2_Byte1 2;
+BA_ "GenSigStartValue" SG_ 1700 CCP_CANID_DAQ2_Byte1 0;
+BA_ "UserSigValidity" SG_ 1700 CCP_CANID_DAQ2_Byte1 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1700 CCP_CANID_DAQ2_Byte1 0;
+BA_ "NetworkRequest" SG_ 1700 CCP_CANID_DAQ2_Byte1 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1700 CCP_CANID_DAQ2_Byte1 5000;
+BA_ "RoutingFactor" SG_ 1700 CCP_CANID_DAQ2_Byte1 1;
+BA_ "Version" SG_ 1700 CCP_CANID_DAQ2_Byte1 "18.08.02";
+BA_ "GenMsgCycleTime" BO_ 1701 0;
+BA_ "GenMsgILSupport" BO_ 1701 0;
+BA_ "TpMessage" BO_ 1701 1;
+BA_ "GenMsgDelayTime" BO_ 1701 0;
+BA_ "GenMsgStartDelayTime" BO_ 1701 0;
+BA_ "VFrameFormat" BO_ 1701 14;
+BA_ "UsrSigPurpose" SG_ 1701 CCP_CANID_DAQ3_Byte0 6;
+BA_ "GenSigSendType" SG_ 1701 CCP_CANID_DAQ3_Byte0 2;
+BA_ "GenSigStartValue" SG_ 1701 CCP_CANID_DAQ3_Byte0 0;
+BA_ "UserSigValidity" SG_ 1701 CCP_CANID_DAQ3_Byte0 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1701 CCP_CANID_DAQ3_Byte0 0;
+BA_ "NetworkRequest" SG_ 1701 CCP_CANID_DAQ3_Byte0 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1701 CCP_CANID_DAQ3_Byte0 5000;
+BA_ "RoutingFactor" SG_ 1701 CCP_CANID_DAQ3_Byte0 1;
+BA_ "Version" SG_ 1701 CCP_CANID_DAQ3_Byte0 "18.08.02";
+BA_ "UsrSigPurpose" SG_ 1701 CCP_CANID_DAQ3_Byte2 6;
+BA_ "GenSigSendType" SG_ 1701 CCP_CANID_DAQ3_Byte2 2;
+BA_ "GenSigStartValue" SG_ 1701 CCP_CANID_DAQ3_Byte2 0;
+BA_ "UserSigValidity" SG_ 1701 CCP_CANID_DAQ3_Byte2 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1701 CCP_CANID_DAQ3_Byte2 0;
+BA_ "NetworkRequest" SG_ 1701 CCP_CANID_DAQ3_Byte2 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1701 CCP_CANID_DAQ3_Byte2 5000;
+BA_ "RoutingFactor" SG_ 1701 CCP_CANID_DAQ3_Byte2 1;
+BA_ "Version" SG_ 1701 CCP_CANID_DAQ3_Byte2 "18.08.02";
+BA_ "UsrSigPurpose" SG_ 1701 CCP_CANID_DAQ3_Byte3 6;
+BA_ "GenSigSendType" SG_ 1701 CCP_CANID_DAQ3_Byte3 2;
+BA_ "GenSigStartValue" SG_ 1701 CCP_CANID_DAQ3_Byte3 0;
+BA_ "UserSigValidity" SG_ 1701 CCP_CANID_DAQ3_Byte3 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1701 CCP_CANID_DAQ3_Byte3 0;
+BA_ "NetworkRequest" SG_ 1701 CCP_CANID_DAQ3_Byte3 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1701 CCP_CANID_DAQ3_Byte3 5000;
+BA_ "RoutingFactor" SG_ 1701 CCP_CANID_DAQ3_Byte3 1;
+BA_ "Version" SG_ 1701 CCP_CANID_DAQ3_Byte3 "18.08.02";
+BA_ "UsrSigPurpose" SG_ 1701 CCP_CANID_DAQ3_Byte4 6;
+BA_ "GenSigSendType" SG_ 1701 CCP_CANID_DAQ3_Byte4 2;
+BA_ "GenSigStartValue" SG_ 1701 CCP_CANID_DAQ3_Byte4 0;
+BA_ "UserSigValidity" SG_ 1701 CCP_CANID_DAQ3_Byte4 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1701 CCP_CANID_DAQ3_Byte4 0;
+BA_ "NetworkRequest" SG_ 1701 CCP_CANID_DAQ3_Byte4 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1701 CCP_CANID_DAQ3_Byte4 5000;
+BA_ "RoutingFactor" SG_ 1701 CCP_CANID_DAQ3_Byte4 1;
+BA_ "Version" SG_ 1701 CCP_CANID_DAQ3_Byte4 "18.08.02";
+BA_ "UsrSigPurpose" SG_ 1701 CCP_CANID_DAQ3_Byte5 6;
+BA_ "GenSigSendType" SG_ 1701 CCP_CANID_DAQ3_Byte5 2;
+BA_ "GenSigStartValue" SG_ 1701 CCP_CANID_DAQ3_Byte5 0;
+BA_ "UserSigValidity" SG_ 1701 CCP_CANID_DAQ3_Byte5 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1701 CCP_CANID_DAQ3_Byte5 0;
+BA_ "NetworkRequest" SG_ 1701 CCP_CANID_DAQ3_Byte5 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1701 CCP_CANID_DAQ3_Byte5 5000;
+BA_ "RoutingFactor" SG_ 1701 CCP_CANID_DAQ3_Byte5 1;
+BA_ "Version" SG_ 1701 CCP_CANID_DAQ3_Byte5 "18.08.02";
+BA_ "UsrSigPurpose" SG_ 1701 CCP_CANID_DAQ3_Byte6 6;
+BA_ "GenSigSendType" SG_ 1701 CCP_CANID_DAQ3_Byte6 2;
+BA_ "GenSigStartValue" SG_ 1701 CCP_CANID_DAQ3_Byte6 0;
+BA_ "UserSigValidity" SG_ 1701 CCP_CANID_DAQ3_Byte6 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1701 CCP_CANID_DAQ3_Byte6 0;
+BA_ "NetworkRequest" SG_ 1701 CCP_CANID_DAQ3_Byte6 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1701 CCP_CANID_DAQ3_Byte6 5000;
+BA_ "RoutingFactor" SG_ 1701 CCP_CANID_DAQ3_Byte6 1;
+BA_ "Version" SG_ 1701 CCP_CANID_DAQ3_Byte6 "18.08.02";
+BA_ "UsrSigPurpose" SG_ 1701 CCP_CANID_DAQ3_Byte7 6;
+BA_ "GenSigSendType" SG_ 1701 CCP_CANID_DAQ3_Byte7 2;
+BA_ "GenSigStartValue" SG_ 1701 CCP_CANID_DAQ3_Byte7 0;
+BA_ "UserSigValidity" SG_ 1701 CCP_CANID_DAQ3_Byte7 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1701 CCP_CANID_DAQ3_Byte7 0;
+BA_ "NetworkRequest" SG_ 1701 CCP_CANID_DAQ3_Byte7 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1701 CCP_CANID_DAQ3_Byte7 5000;
+BA_ "RoutingFactor" SG_ 1701 CCP_CANID_DAQ3_Byte7 1;
+BA_ "Version" SG_ 1701 CCP_CANID_DAQ3_Byte7 "18.08.02";
+BA_ "UsrSigPurpose" SG_ 1701 CCP_CANID_DAQ3_Byte1 6;
+BA_ "GenSigSendType" SG_ 1701 CCP_CANID_DAQ3_Byte1 2;
+BA_ "GenSigStartValue" SG_ 1701 CCP_CANID_DAQ3_Byte1 0;
+BA_ "UserSigValidity" SG_ 1701 CCP_CANID_DAQ3_Byte1 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1701 CCP_CANID_DAQ3_Byte1 0;
+BA_ "NetworkRequest" SG_ 1701 CCP_CANID_DAQ3_Byte1 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1701 CCP_CANID_DAQ3_Byte1 5000;
+BA_ "RoutingFactor" SG_ 1701 CCP_CANID_DAQ3_Byte1 1;
+BA_ "Version" SG_ 1701 CCP_CANID_DAQ3_Byte1 "18.08.02";
+BA_ "GenMsgCycleTime" BO_ 1697 0;
+BA_ "GenMsgILSupport" BO_ 1697 0;
+BA_ "TpMessage" BO_ 1697 1;
+BA_ "GenMsgDelayTime" BO_ 1697 0;
+BA_ "GenMsgStartDelayTime" BO_ 1697 0;
+BA_ "VFrameFormat" BO_ 1697 14;
+BA_ "UsrSigPurpose" SG_ 1697 CCP_CANID_DTO_Byte0 6;
+BA_ "GenSigSendType" SG_ 1697 CCP_CANID_DTO_Byte0 2;
+BA_ "GenSigStartValue" SG_ 1697 CCP_CANID_DTO_Byte0 0;
+BA_ "UserSigValidity" SG_ 1697 CCP_CANID_DTO_Byte0 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1697 CCP_CANID_DTO_Byte0 0;
+BA_ "NetworkRequest" SG_ 1697 CCP_CANID_DTO_Byte0 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1697 CCP_CANID_DTO_Byte0 5000;
+BA_ "RoutingFactor" SG_ 1697 CCP_CANID_DTO_Byte0 1;
+BA_ "Version" SG_ 1697 CCP_CANID_DTO_Byte0 "18.08.02";
+BA_ "UsrSigPurpose" SG_ 1697 CCP_CANID_DTO_Byte2 6;
+BA_ "GenSigSendType" SG_ 1697 CCP_CANID_DTO_Byte2 2;
+BA_ "GenSigStartValue" SG_ 1697 CCP_CANID_DTO_Byte2 0;
+BA_ "UserSigValidity" SG_ 1697 CCP_CANID_DTO_Byte2 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1697 CCP_CANID_DTO_Byte2 0;
+BA_ "NetworkRequest" SG_ 1697 CCP_CANID_DTO_Byte2 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1697 CCP_CANID_DTO_Byte2 5000;
+BA_ "RoutingFactor" SG_ 1697 CCP_CANID_DTO_Byte2 1;
+BA_ "Version" SG_ 1697 CCP_CANID_DTO_Byte2 "18.08.02";
+BA_ "UsrSigPurpose" SG_ 1697 CCP_CANID_DTO_Byte3 6;
+BA_ "GenSigSendType" SG_ 1697 CCP_CANID_DTO_Byte3 2;
+BA_ "GenSigStartValue" SG_ 1697 CCP_CANID_DTO_Byte3 0;
+BA_ "UserSigValidity" SG_ 1697 CCP_CANID_DTO_Byte3 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1697 CCP_CANID_DTO_Byte3 0;
+BA_ "NetworkRequest" SG_ 1697 CCP_CANID_DTO_Byte3 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1697 CCP_CANID_DTO_Byte3 5000;
+BA_ "RoutingFactor" SG_ 1697 CCP_CANID_DTO_Byte3 1;
+BA_ "Version" SG_ 1697 CCP_CANID_DTO_Byte3 "18.08.02";
+BA_ "UsrSigPurpose" SG_ 1697 CCP_CANID_DTO_Byte4 6;
+BA_ "GenSigSendType" SG_ 1697 CCP_CANID_DTO_Byte4 2;
+BA_ "GenSigStartValue" SG_ 1697 CCP_CANID_DTO_Byte4 0;
+BA_ "UserSigValidity" SG_ 1697 CCP_CANID_DTO_Byte4 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1697 CCP_CANID_DTO_Byte4 0;
+BA_ "NetworkRequest" SG_ 1697 CCP_CANID_DTO_Byte4 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1697 CCP_CANID_DTO_Byte4 5000;
+BA_ "RoutingFactor" SG_ 1697 CCP_CANID_DTO_Byte4 1;
+BA_ "Version" SG_ 1697 CCP_CANID_DTO_Byte4 "18.08.02";
+BA_ "UsrSigPurpose" SG_ 1697 CCP_CANID_DTO_Byte5 6;
+BA_ "GenSigSendType" SG_ 1697 CCP_CANID_DTO_Byte5 2;
+BA_ "GenSigStartValue" SG_ 1697 CCP_CANID_DTO_Byte5 0;
+BA_ "UserSigValidity" SG_ 1697 CCP_CANID_DTO_Byte5 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1697 CCP_CANID_DTO_Byte5 0;
+BA_ "NetworkRequest" SG_ 1697 CCP_CANID_DTO_Byte5 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1697 CCP_CANID_DTO_Byte5 5000;
+BA_ "RoutingFactor" SG_ 1697 CCP_CANID_DTO_Byte5 1;
+BA_ "Version" SG_ 1697 CCP_CANID_DTO_Byte5 "18.08.02";
+BA_ "UsrSigPurpose" SG_ 1697 CCP_CANID_DTO_Byte6 6;
+BA_ "GenSigSendType" SG_ 1697 CCP_CANID_DTO_Byte6 2;
+BA_ "GenSigStartValue" SG_ 1697 CCP_CANID_DTO_Byte6 0;
+BA_ "UserSigValidity" SG_ 1697 CCP_CANID_DTO_Byte6 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1697 CCP_CANID_DTO_Byte6 0;
+BA_ "NetworkRequest" SG_ 1697 CCP_CANID_DTO_Byte6 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1697 CCP_CANID_DTO_Byte6 5000;
+BA_ "RoutingFactor" SG_ 1697 CCP_CANID_DTO_Byte6 1;
+BA_ "Version" SG_ 1697 CCP_CANID_DTO_Byte6 "18.08.02";
+BA_ "UsrSigPurpose" SG_ 1697 CCP_CANID_DTO_Byte7 6;
+BA_ "GenSigSendType" SG_ 1697 CCP_CANID_DTO_Byte7 2;
+BA_ "GenSigStartValue" SG_ 1697 CCP_CANID_DTO_Byte7 0;
+BA_ "UserSigValidity" SG_ 1697 CCP_CANID_DTO_Byte7 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1697 CCP_CANID_DTO_Byte7 0;
+BA_ "NetworkRequest" SG_ 1697 CCP_CANID_DTO_Byte7 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1697 CCP_CANID_DTO_Byte7 5000;
+BA_ "RoutingFactor" SG_ 1697 CCP_CANID_DTO_Byte7 1;
+BA_ "Version" SG_ 1697 CCP_CANID_DTO_Byte7 "18.08.02";
+BA_ "UsrSigPurpose" SG_ 1697 CCP_CANID_DTO_Byte1 6;
+BA_ "GenSigSendType" SG_ 1697 CCP_CANID_DTO_Byte1 2;
+BA_ "GenSigStartValue" SG_ 1697 CCP_CANID_DTO_Byte1 0;
+BA_ "UserSigValidity" SG_ 1697 CCP_CANID_DTO_Byte1 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1697 CCP_CANID_DTO_Byte1 0;
+BA_ "NetworkRequest" SG_ 1697 CCP_CANID_DTO_Byte1 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1697 CCP_CANID_DTO_Byte1 5000;
+BA_ "RoutingFactor" SG_ 1697 CCP_CANID_DTO_Byte1 1;
+BA_ "Version" SG_ 1697 CCP_CANID_DTO_Byte1 "18.08.02";
+BA_ "GenMsgCycleTime" BO_ 1682 0;
+BA_ "GenMsgILSupport" BO_ 1682 0;
+BA_ "TpMessage" BO_ 1682 1;
+BA_ "GenMsgDelayTime" BO_ 1682 0;
+BA_ "GenMsgStartDelayTime" BO_ 1682 0;
+BA_ "VFrameFormat" BO_ 1682 14;
+BA_ "UsrSigPurpose" SG_ 1682 CCP_OPI_RECEIVE_Byte0 6;
+BA_ "GenSigSendType" SG_ 1682 CCP_OPI_RECEIVE_Byte0 2;
+BA_ "GenSigStartValue" SG_ 1682 CCP_OPI_RECEIVE_Byte0 0;
+BA_ "UserSigValidity" SG_ 1682 CCP_OPI_RECEIVE_Byte0 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1682 CCP_OPI_RECEIVE_Byte0 0;
+BA_ "NetworkRequest" SG_ 1682 CCP_OPI_RECEIVE_Byte0 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1682 CCP_OPI_RECEIVE_Byte0 5000;
+BA_ "RoutingFactor" SG_ 1682 CCP_OPI_RECEIVE_Byte0 1;
+BA_ "Version" SG_ 1682 CCP_OPI_RECEIVE_Byte0 "18.08.02";
+BA_ "UsrSigPurpose" SG_ 1682 CCP_OPI_RECEIVE_Byte2 6;
+BA_ "GenSigSendType" SG_ 1682 CCP_OPI_RECEIVE_Byte2 2;
+BA_ "GenSigStartValue" SG_ 1682 CCP_OPI_RECEIVE_Byte2 0;
+BA_ "UserSigValidity" SG_ 1682 CCP_OPI_RECEIVE_Byte2 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1682 CCP_OPI_RECEIVE_Byte2 0;
+BA_ "NetworkRequest" SG_ 1682 CCP_OPI_RECEIVE_Byte2 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1682 CCP_OPI_RECEIVE_Byte2 5000;
+BA_ "RoutingFactor" SG_ 1682 CCP_OPI_RECEIVE_Byte2 1;
+BA_ "Version" SG_ 1682 CCP_OPI_RECEIVE_Byte2 "18.08.02";
+BA_ "UsrSigPurpose" SG_ 1682 CCP_OPI_RECEIVE_Byte3 6;
+BA_ "GenSigSendType" SG_ 1682 CCP_OPI_RECEIVE_Byte3 2;
+BA_ "GenSigStartValue" SG_ 1682 CCP_OPI_RECEIVE_Byte3 0;
+BA_ "UserSigValidity" SG_ 1682 CCP_OPI_RECEIVE_Byte3 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1682 CCP_OPI_RECEIVE_Byte3 0;
+BA_ "NetworkRequest" SG_ 1682 CCP_OPI_RECEIVE_Byte3 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1682 CCP_OPI_RECEIVE_Byte3 5000;
+BA_ "RoutingFactor" SG_ 1682 CCP_OPI_RECEIVE_Byte3 1;
+BA_ "Version" SG_ 1682 CCP_OPI_RECEIVE_Byte3 "18.08.02";
+BA_ "UsrSigPurpose" SG_ 1682 CCP_OPI_RECEIVE_Byte4 6;
+BA_ "GenSigSendType" SG_ 1682 CCP_OPI_RECEIVE_Byte4 2;
+BA_ "GenSigStartValue" SG_ 1682 CCP_OPI_RECEIVE_Byte4 0;
+BA_ "UserSigValidity" SG_ 1682 CCP_OPI_RECEIVE_Byte4 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1682 CCP_OPI_RECEIVE_Byte4 0;
+BA_ "NetworkRequest" SG_ 1682 CCP_OPI_RECEIVE_Byte4 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1682 CCP_OPI_RECEIVE_Byte4 5000;
+BA_ "RoutingFactor" SG_ 1682 CCP_OPI_RECEIVE_Byte4 1;
+BA_ "Version" SG_ 1682 CCP_OPI_RECEIVE_Byte4 "18.08.02";
+BA_ "UsrSigPurpose" SG_ 1682 CCP_OPI_RECEIVE_Byte5 6;
+BA_ "GenSigSendType" SG_ 1682 CCP_OPI_RECEIVE_Byte5 2;
+BA_ "GenSigStartValue" SG_ 1682 CCP_OPI_RECEIVE_Byte5 0;
+BA_ "UserSigValidity" SG_ 1682 CCP_OPI_RECEIVE_Byte5 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1682 CCP_OPI_RECEIVE_Byte5 0;
+BA_ "NetworkRequest" SG_ 1682 CCP_OPI_RECEIVE_Byte5 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1682 CCP_OPI_RECEIVE_Byte5 5000;
+BA_ "RoutingFactor" SG_ 1682 CCP_OPI_RECEIVE_Byte5 1;
+BA_ "Version" SG_ 1682 CCP_OPI_RECEIVE_Byte5 "18.08.02";
+BA_ "UsrSigPurpose" SG_ 1682 CCP_OPI_RECEIVE_Byte6 6;
+BA_ "GenSigSendType" SG_ 1682 CCP_OPI_RECEIVE_Byte6 2;
+BA_ "GenSigStartValue" SG_ 1682 CCP_OPI_RECEIVE_Byte6 0;
+BA_ "UserSigValidity" SG_ 1682 CCP_OPI_RECEIVE_Byte6 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1682 CCP_OPI_RECEIVE_Byte6 0;
+BA_ "NetworkRequest" SG_ 1682 CCP_OPI_RECEIVE_Byte6 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1682 CCP_OPI_RECEIVE_Byte6 5000;
+BA_ "RoutingFactor" SG_ 1682 CCP_OPI_RECEIVE_Byte6 1;
+BA_ "Version" SG_ 1682 CCP_OPI_RECEIVE_Byte6 "18.08.02";
+BA_ "UsrSigPurpose" SG_ 1682 CCP_OPI_RECEIVE_Byte7 6;
+BA_ "GenSigSendType" SG_ 1682 CCP_OPI_RECEIVE_Byte7 2;
+BA_ "GenSigStartValue" SG_ 1682 CCP_OPI_RECEIVE_Byte7 0;
+BA_ "UserSigValidity" SG_ 1682 CCP_OPI_RECEIVE_Byte7 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1682 CCP_OPI_RECEIVE_Byte7 0;
+BA_ "NetworkRequest" SG_ 1682 CCP_OPI_RECEIVE_Byte7 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1682 CCP_OPI_RECEIVE_Byte7 5000;
+BA_ "RoutingFactor" SG_ 1682 CCP_OPI_RECEIVE_Byte7 1;
+BA_ "Version" SG_ 1682 CCP_OPI_RECEIVE_Byte7 "18.08.02";
+BA_ "UsrSigPurpose" SG_ 1682 CCP_OPI_RECEIVE_Byte1 6;
+BA_ "GenSigSendType" SG_ 1682 CCP_OPI_RECEIVE_Byte1 2;
+BA_ "GenSigStartValue" SG_ 1682 CCP_OPI_RECEIVE_Byte1 0;
+BA_ "UserSigValidity" SG_ 1682 CCP_OPI_RECEIVE_Byte1 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1682 CCP_OPI_RECEIVE_Byte1 0;
+BA_ "NetworkRequest" SG_ 1682 CCP_OPI_RECEIVE_Byte1 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1682 CCP_OPI_RECEIVE_Byte1 5000;
+BA_ "RoutingFactor" SG_ 1682 CCP_OPI_RECEIVE_Byte1 1;
+BA_ "Version" SG_ 1682 CCP_OPI_RECEIVE_Byte1 "18.08.02";
+BA_ "GenMsgCycleTime" BO_ 1713 0;
+BA_ "GenMsgILSupport" BO_ 1713 0;
+BA_ "TpMessage" BO_ 1713 1;
+BA_ "GenMsgDelayTime" BO_ 1713 0;
+BA_ "GenMsgStartDelayTime" BO_ 1713 0;
+BA_ "VFrameFormat" BO_ 1713 14;
+BA_ "UsrSigPurpose" SG_ 1713 CCP_receive_Byte0 6;
+BA_ "GenSigSendType" SG_ 1713 CCP_receive_Byte0 2;
+BA_ "GenSigStartValue" SG_ 1713 CCP_receive_Byte0 0;
+BA_ "UserSigValidity" SG_ 1713 CCP_receive_Byte0 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 1713 CCP_receive_Byte0 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1713 CCP_receive_Byte0 0;
+BA_ "NetworkRequest" SG_ 1713 CCP_receive_Byte0 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1713 CCP_receive_Byte0 5000;
+BA_ "RoutingFactor" SG_ 1713 CCP_receive_Byte0 1;
+BA_ "Version" SG_ 1713 CCP_receive_Byte0 "18.08.01";
+BA_ "UsrSigPurpose" SG_ 1713 CCP_receive_Byte2 6;
+BA_ "GenSigSendType" SG_ 1713 CCP_receive_Byte2 2;
+BA_ "GenSigStartValue" SG_ 1713 CCP_receive_Byte2 0;
+BA_ "UserSigValidity" SG_ 1713 CCP_receive_Byte2 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 1713 CCP_receive_Byte2 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1713 CCP_receive_Byte2 0;
+BA_ "NetworkRequest" SG_ 1713 CCP_receive_Byte2 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1713 CCP_receive_Byte2 5000;
+BA_ "RoutingFactor" SG_ 1713 CCP_receive_Byte2 1;
+BA_ "Version" SG_ 1713 CCP_receive_Byte2 "18.08.01";
+BA_ "UsrSigPurpose" SG_ 1713 CCP_receive_Byte3 6;
+BA_ "GenSigSendType" SG_ 1713 CCP_receive_Byte3 2;
+BA_ "GenSigStartValue" SG_ 1713 CCP_receive_Byte3 0;
+BA_ "UserSigValidity" SG_ 1713 CCP_receive_Byte3 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 1713 CCP_receive_Byte3 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1713 CCP_receive_Byte3 0;
+BA_ "NetworkRequest" SG_ 1713 CCP_receive_Byte3 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1713 CCP_receive_Byte3 5000;
+BA_ "RoutingFactor" SG_ 1713 CCP_receive_Byte3 1;
+BA_ "Version" SG_ 1713 CCP_receive_Byte3 "18.08.01";
+BA_ "UsrSigPurpose" SG_ 1713 CCP_receive_Byte4 6;
+BA_ "GenSigSendType" SG_ 1713 CCP_receive_Byte4 2;
+BA_ "GenSigStartValue" SG_ 1713 CCP_receive_Byte4 0;
+BA_ "UserSigValidity" SG_ 1713 CCP_receive_Byte4 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 1713 CCP_receive_Byte4 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1713 CCP_receive_Byte4 0;
+BA_ "NetworkRequest" SG_ 1713 CCP_receive_Byte4 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1713 CCP_receive_Byte4 5000;
+BA_ "RoutingFactor" SG_ 1713 CCP_receive_Byte4 1;
+BA_ "Version" SG_ 1713 CCP_receive_Byte4 "18.08.01";
+BA_ "UsrSigPurpose" SG_ 1713 CCP_receive_Byte5 6;
+BA_ "GenSigSendType" SG_ 1713 CCP_receive_Byte5 2;
+BA_ "GenSigStartValue" SG_ 1713 CCP_receive_Byte5 0;
+BA_ "UserSigValidity" SG_ 1713 CCP_receive_Byte5 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 1713 CCP_receive_Byte5 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1713 CCP_receive_Byte5 0;
+BA_ "NetworkRequest" SG_ 1713 CCP_receive_Byte5 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1713 CCP_receive_Byte5 5000;
+BA_ "RoutingFactor" SG_ 1713 CCP_receive_Byte5 1;
+BA_ "Version" SG_ 1713 CCP_receive_Byte5 "18.08.01";
+BA_ "UsrSigPurpose" SG_ 1713 CCP_receive_Byte6 6;
+BA_ "GenSigSendType" SG_ 1713 CCP_receive_Byte6 2;
+BA_ "GenSigStartValue" SG_ 1713 CCP_receive_Byte6 0;
+BA_ "UserSigValidity" SG_ 1713 CCP_receive_Byte6 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 1713 CCP_receive_Byte6 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1713 CCP_receive_Byte6 0;
+BA_ "NetworkRequest" SG_ 1713 CCP_receive_Byte6 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1713 CCP_receive_Byte6 5000;
+BA_ "RoutingFactor" SG_ 1713 CCP_receive_Byte6 1;
+BA_ "Version" SG_ 1713 CCP_receive_Byte6 "18.08.01";
+BA_ "UsrSigPurpose" SG_ 1713 CCP_receive_Byte7 6;
+BA_ "GenSigSendType" SG_ 1713 CCP_receive_Byte7 2;
+BA_ "GenSigStartValue" SG_ 1713 CCP_receive_Byte7 0;
+BA_ "UserSigValidity" SG_ 1713 CCP_receive_Byte7 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 1713 CCP_receive_Byte7 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1713 CCP_receive_Byte7 0;
+BA_ "NetworkRequest" SG_ 1713 CCP_receive_Byte7 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1713 CCP_receive_Byte7 5000;
+BA_ "RoutingFactor" SG_ 1713 CCP_receive_Byte7 1;
+BA_ "Version" SG_ 1713 CCP_receive_Byte7 "18.08.01";
+BA_ "UsrSigPurpose" SG_ 1713 CCP_receive_Byte1 6;
+BA_ "GenSigSendType" SG_ 1713 CCP_receive_Byte1 2;
+BA_ "GenSigStartValue" SG_ 1713 CCP_receive_Byte1 0;
+BA_ "UserSigValidity" SG_ 1713 CCP_receive_Byte1 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 1713 CCP_receive_Byte1 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1713 CCP_receive_Byte1 0;
+BA_ "NetworkRequest" SG_ 1713 CCP_receive_Byte1 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1713 CCP_receive_Byte1 5000;
+BA_ "RoutingFactor" SG_ 1713 CCP_receive_Byte1 1;
+BA_ "Version" SG_ 1713 CCP_receive_Byte1 "18.08.01";
+BA_ "GenMsgCycleTime" BO_ 1712 0;
+BA_ "GenMsgILSupport" BO_ 1712 0;
+BA_ "TpMessage" BO_ 1712 1;
+BA_ "GenMsgDelayTime" BO_ 1712 0;
+BA_ "GenMsgStartDelayTime" BO_ 1712 0;
+BA_ "VFrameFormat" BO_ 1712 14;
+BA_ "UsrSigPurpose" SG_ 1712 CCP_transmit_Byte0 6;
+BA_ "GenSigSendType" SG_ 1712 CCP_transmit_Byte0 2;
+BA_ "GenSigStartValue" SG_ 1712 CCP_transmit_Byte0 0;
+BA_ "UserSigValidity" SG_ 1712 CCP_transmit_Byte0 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1712 CCP_transmit_Byte0 0;
+BA_ "NetworkRequest" SG_ 1712 CCP_transmit_Byte0 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1712 CCP_transmit_Byte0 5000;
+BA_ "RoutingFactor" SG_ 1712 CCP_transmit_Byte0 1;
+BA_ "Version" SG_ 1712 CCP_transmit_Byte0 "18.08.01";
+BA_ "UsrSigPurpose" SG_ 1712 CCP_transmit_Byte2 6;
+BA_ "GenSigSendType" SG_ 1712 CCP_transmit_Byte2 2;
+BA_ "GenSigStartValue" SG_ 1712 CCP_transmit_Byte2 0;
+BA_ "UserSigValidity" SG_ 1712 CCP_transmit_Byte2 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1712 CCP_transmit_Byte2 0;
+BA_ "NetworkRequest" SG_ 1712 CCP_transmit_Byte2 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1712 CCP_transmit_Byte2 5000;
+BA_ "RoutingFactor" SG_ 1712 CCP_transmit_Byte2 1;
+BA_ "Version" SG_ 1712 CCP_transmit_Byte2 "18.08.01";
+BA_ "UsrSigPurpose" SG_ 1712 CCP_transmit_Byte3 6;
+BA_ "GenSigSendType" SG_ 1712 CCP_transmit_Byte3 2;
+BA_ "GenSigStartValue" SG_ 1712 CCP_transmit_Byte3 0;
+BA_ "UserSigValidity" SG_ 1712 CCP_transmit_Byte3 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1712 CCP_transmit_Byte3 0;
+BA_ "NetworkRequest" SG_ 1712 CCP_transmit_Byte3 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1712 CCP_transmit_Byte3 5000;
+BA_ "RoutingFactor" SG_ 1712 CCP_transmit_Byte3 1;
+BA_ "Version" SG_ 1712 CCP_transmit_Byte3 "18.08.01";
+BA_ "UsrSigPurpose" SG_ 1712 CCP_transmit_Byte4 6;
+BA_ "GenSigSendType" SG_ 1712 CCP_transmit_Byte4 2;
+BA_ "GenSigStartValue" SG_ 1712 CCP_transmit_Byte4 0;
+BA_ "UserSigValidity" SG_ 1712 CCP_transmit_Byte4 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1712 CCP_transmit_Byte4 0;
+BA_ "NetworkRequest" SG_ 1712 CCP_transmit_Byte4 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1712 CCP_transmit_Byte4 5000;
+BA_ "RoutingFactor" SG_ 1712 CCP_transmit_Byte4 1;
+BA_ "Version" SG_ 1712 CCP_transmit_Byte4 "18.08.01";
+BA_ "UsrSigPurpose" SG_ 1712 CCP_transmit_Byte5 6;
+BA_ "GenSigSendType" SG_ 1712 CCP_transmit_Byte5 2;
+BA_ "GenSigStartValue" SG_ 1712 CCP_transmit_Byte5 0;
+BA_ "UserSigValidity" SG_ 1712 CCP_transmit_Byte5 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1712 CCP_transmit_Byte5 0;
+BA_ "NetworkRequest" SG_ 1712 CCP_transmit_Byte5 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1712 CCP_transmit_Byte5 5000;
+BA_ "RoutingFactor" SG_ 1712 CCP_transmit_Byte5 1;
+BA_ "Version" SG_ 1712 CCP_transmit_Byte5 "18.08.01";
+BA_ "UsrSigPurpose" SG_ 1712 CCP_transmit_Byte6 6;
+BA_ "GenSigSendType" SG_ 1712 CCP_transmit_Byte6 2;
+BA_ "GenSigStartValue" SG_ 1712 CCP_transmit_Byte6 0;
+BA_ "UserSigValidity" SG_ 1712 CCP_transmit_Byte6 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1712 CCP_transmit_Byte6 0;
+BA_ "NetworkRequest" SG_ 1712 CCP_transmit_Byte6 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1712 CCP_transmit_Byte6 5000;
+BA_ "RoutingFactor" SG_ 1712 CCP_transmit_Byte6 1;
+BA_ "Version" SG_ 1712 CCP_transmit_Byte6 "18.08.01";
+BA_ "UsrSigPurpose" SG_ 1712 CCP_transmit_Byte7 6;
+BA_ "GenSigSendType" SG_ 1712 CCP_transmit_Byte7 2;
+BA_ "GenSigStartValue" SG_ 1712 CCP_transmit_Byte7 0;
+BA_ "UserSigValidity" SG_ 1712 CCP_transmit_Byte7 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1712 CCP_transmit_Byte7 0;
+BA_ "NetworkRequest" SG_ 1712 CCP_transmit_Byte7 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1712 CCP_transmit_Byte7 5000;
+BA_ "RoutingFactor" SG_ 1712 CCP_transmit_Byte7 1;
+BA_ "Version" SG_ 1712 CCP_transmit_Byte7 "18.08.01";
+BA_ "UsrSigPurpose" SG_ 1712 CCP_transmit_Byte1 6;
+BA_ "GenSigSendType" SG_ 1712 CCP_transmit_Byte1 2;
+BA_ "GenSigStartValue" SG_ 1712 CCP_transmit_Byte1 0;
+BA_ "UserSigValidity" SG_ 1712 CCP_transmit_Byte1 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1712 CCP_transmit_Byte1 0;
+BA_ "NetworkRequest" SG_ 1712 CCP_transmit_Byte1 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1712 CCP_transmit_Byte1 5000;
+BA_ "RoutingFactor" SG_ 1712 CCP_transmit_Byte1 1;
+BA_ "Version" SG_ 1712 CCP_transmit_Byte1 "18.08.01";
+BA_ "GenMsgSendType" BO_ 426 0;
+BA_ "GenMsgCycleTime" BO_ 426 20;
+BA_ "GenMsgCycleTimeFast" BO_ 426 0;
+BA_ "GenMsgNrOfRepetition" BO_ 426 0;
+BA_ "GenMsgDelayTime" BO_ 426 0;
+BA_ "GenMsgStartDelayTime" BO_ 426 0;
+BA_ "VFrameFormat" BO_ 426 14;
+BA_ "Description" SG_ 426 CLU_Crc1Val "The data area for CRC calculation is based on the data length (DLC) of the message DB.
+
+The CRC shall be calculated over the entire data block (excluding the CRC bytes) including the user data, alive counter and Data ID
+
+ 
+
+- CRC Polynomial (0x1021) , Initial Value : 0xFFFF, XOR value : 0x0000, Data ID : Message ID + 0xF800 
+
+- The initial value is for CRC calculation and the message should be sent with the calculated result value. 
+
+- The mathematical expression to 16 bit CRC polynomial is given here. G(x) = x16 + x12 + x5 + 1";
+BA_ "GenSigStartValue" SG_ 426 CLU_Crc1Val 65535;
+BA_ "UserSigValidity" SG_ 426 CLU_Crc1Val 3;
+BA_ "NetworkRequestHoldingTime" SG_ 426 CLU_Crc1Val 0;
+BA_ "RoutingFactor" SG_ 426 CLU_Crc1Val 5;
+BA_ "Version" SG_ 426 CLU_Crc1Val "18.11.08";
+BA_ "Description" SG_ 426 CLU_AlvCnt1Val "For the first transmission request for a data element the counter shall be initialized with 0 and shall be incremented by 1 for every subsequent send request. 
+
+When the counter reaches the maximum value(0xFF), then it shall restart with 0 for the next send request";
+BA_ "GenSigStartValue" SG_ 426 CLU_AlvCnt1Val 0;
+BA_ "UserSigValidity" SG_ 426 CLU_AlvCnt1Val 3;
+BA_ "NetworkRequestHoldingTime" SG_ 426 CLU_AlvCnt1Val 0;
+BA_ "RoutingFactor" SG_ 426 CLU_AlvCnt1Val 5;
+BA_ "Version" SG_ 426 CLU_AlvCnt1Val "18.11.08";
+BA_ "Description" SG_ 426 CLU_PrtyBitSta "Conversion: 
+
+(PH) = 1 if (BIT16 + BIT17 + BIT18 + BIT19 + BIT20 + BIT21 + BIT22 + BIT23 + BIT34 + BIT35 + BIT36 + BIT37 + BIT38 + BIT41 + BIT42) is odd (least significant bit is set)
+
+(PH) = 0 if (BIT16 + BIT17 + BIT18 + BIT19 + BIT20 + BIT21 + BIT22 + BIT23 + BIT34 + BIT35 + BIT36 + BIT37 + BIT38 + BIT41 + BIT42) is even (least significant bit is not set)";
+BA_ "GenSigStartValue" SG_ 426 CLU_PrtyBitSta 0;
+BA_ "UserSigValidity" SG_ 426 CLU_PrtyBitSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 426 CLU_PrtyBitSta 0;
+BA_ "RoutingFactor" SG_ 426 CLU_PrtyBitSta 5;
+BA_ "Version" SG_ 426 CLU_PrtyBitSta "18.08.11";
+BA_ "Description" SG_ 426 CLU_PdwDisTyp "Cluster Display information";
+BA_ "GenSigStartValue" SG_ 426 CLU_PdwDisTyp 0;
+BA_ "UserSigValidity" SG_ 426 CLU_PdwDisTyp 3;
+BA_ "NetworkRequestHoldingTime" SG_ 426 CLU_PdwDisTyp 0;
+BA_ "RoutingFactor" SG_ 426 CLU_PdwDisTyp 5;
+BA_ "Version" SG_ 426 CLU_PdwDisTyp "17.11.00";
+BA_ "Description" SG_ 426 CLU_DtntOutSta "This signal indicates the status of detent illumination. Cluster sends the detent information for a Unified Illumination system.";
+BA_ "GenSigStartValue" SG_ 426 CLU_DtntOutSta 0;
+BA_ "UserSigValidity" SG_ 426 CLU_DtntOutSta 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SBW_SHFTR_FF SG_ 426 CLU_DtntOutSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 426 CLU_DtntOutSta 0;
+BA_ "RoutingFactor" SG_ 426 CLU_DtntOutSta 5;
+BA_ "Version" SG_ 426 CLU_DtntOutSta "17.11.00";
+BA_ "Description" SG_ 426 CLU_SpdUnitTyp "This signal indicates the unit of the speed displayed in the speedometer.";
+BA_ "GenSigStartValue" SG_ 426 CLU_SpdUnitTyp 0;
+BA_ "UserSigValidity" SG_ 426 CLU_SpdUnitTyp 3;
+BA_ "NetworkRequestHoldingTime" SG_ 426 CLU_SpdUnitTyp 0;
+BA_ "RoutingFactor" SG_ 426 CLU_SpdUnitTyp 5;
+BA_ "Version" SG_ 426 CLU_SpdUnitTyp "17.11.00";
+BA_ "Description" SG_ 426 CLU_DisSpdDcmlVal "The signal 'CF_Clu_VanzDecimal' means the extra value of the signal 'CF_Clu_Vanz' (vehicle speed which is indicated in the speedometer)
+
+Also, This signal should be sent in km/h or MPH according to the 'CF_Clu_SPEED_UNIT' signal.
+
+CF_Clu_SPEED_UNIT = 0 : [km/h]
+
+CF_Clu_SPEED_UNIT = 1 : [MPH]
+
+
+
+Example)   CF_Clu_Vanz = 13,  CF_Clu_VanzDecimal  = 3
+
+Displayed vehicle speed  = (CF_Clu_Vanz / 2) + (CF_Clu_VanzDecimal / 8)
+
+= ( 13 / 2 ) + ( 3 / 8 ) = 6.875 [Km/h or MPH]";
+BA_ "GenSigStartValue" SG_ 426 CLU_DisSpdDcmlVal 0;
+BA_ "UserSigValidity" SG_ 426 CLU_DisSpdDcmlVal 3;
+BA_ "NetworkRequestHoldingTime" SG_ 426 CLU_DisSpdDcmlVal 0;
+BA_ "RoutingFactor" SG_ 426 CLU_DisSpdDcmlVal 5;
+BA_ "Version" SG_ 426 CLU_DisSpdDcmlVal "17.11.00";
+BA_ "Description" SG_ 426 CLU_SWRCCrsMainSwSta "Cruise on/off switch";
+BA_ "GenSigStartValue" SG_ 426 CLU_SWRCCrsMainSwSta 0;
+BA_ "UserSigValidity" SG_ 426 CLU_SWRCCrsMainSwSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 426 CLU_SWRCCrsMainSwSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 426 CLU_SWRCCrsMainSwSta 0;
+BA_ "RoutingFactor" SG_ 426 CLU_SWRCCrsMainSwSta 5;
+BA_ "Version" SG_ 426 CLU_SWRCCrsMainSwSta "18.04.00";
+BA_ "Description" SG_ 426 CLU_SWRCCrsSwSta "Depending on whether One-touch logic is applied, the meaning of each signal value is divided into two cases as shown below
+
+
+
+Case1) Not applied
+
+0x0:Idle Position
+
+0x1:Resume/Plus
+
+0x2:Set/Minus
+
+0x3:Time gap (Distance, SCC only)
+
+0x4:ACC/SCC cancel
+
+
+
+Case2) Applied
+
+0x0: Idle Position
+
+0x1: Plus/Set
+
+0x2: Minus/Set
+
+0x3: Time gap (Distance, SCC only)
+
+0x4: Pause/Resume";
+BA_ "GenSigStartValue" SG_ 426 CLU_SWRCCrsSwSta 0;
+BA_ "UserSigValidity" SG_ 426 CLU_SWRCCrsSwSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 426 CLU_SWRCCrsSwSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 426 CLU_SWRCCrsSwSta 0;
+BA_ "RoutingFactor" SG_ 426 CLU_SWRCCrsSwSta 5;
+BA_ "Version" SG_ 426 CLU_SWRCCrsSwSta "18.07.01";
+BA_ "Description" SG_ 426 CLU_SWRCLFASwSta "LFA/HDA on/off switch";
+BA_ "GenSigStartValue" SG_ 426 CLU_SWRCLFASwSta 0;
+BA_ "UserSigValidity" SG_ 426 CLU_SWRCLFASwSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 426 CLU_SWRCLFASwSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 426 CLU_SWRCLFASwSta 0;
+BA_ "RoutingFactor" SG_ 426 CLU_SWRCLFASwSta 5;
+BA_ "Version" SG_ 426 CLU_SWRCLFASwSta "18.04.00";
+BA_ "Description" SG_ 426 CLU_SWRCSldMainSwSta "Speedlimiter on/off switch";
+BA_ "GenSigStartValue" SG_ 426 CLU_SWRCSldMainSwSta 0;
+BA_ "UserSigValidity" SG_ 426 CLU_SWRCSldMainSwSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 426 CLU_SWRCSldMainSwSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 426 CLU_SWRCSldMainSwSta 0;
+BA_ "RoutingFactor" SG_ 426 CLU_SWRCSldMainSwSta 5;
+BA_ "Version" SG_ 426 CLU_SWRCSldMainSwSta "18.04.00";
+BA_ "Description" SG_ 426 CLU_RhstaLvlSta "This signal is used for a rheostat level of CLUSTER from 1 to 21 level (21 level : Detent) for a Unified Illumination system.
+
+
+
+※ Start Value : Current value";
+BA_ "GenSigStartValue" SG_ 426 CLU_RhstaLvlSta 0;
+BA_ "UserSigValidity" SG_ 426 CLU_RhstaLvlSta 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SBW_SHFTR_FF SG_ 426 CLU_RhstaLvlSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 426 CLU_RhstaLvlSta 0;
+BA_ "RoutingFactor" SG_ 426 CLU_RhstaLvlSta 5;
+BA_ "Version" SG_ 426 CLU_RhstaLvlSta "17.11.00";
+BA_ "Description" SG_ 426 CLU_DisSpdVal "The vehicle speed which is indicated in the speedmeter has to be sent to SCC. This value is used for evalution of SCC command values instead of the vehicle velocity in order to avoid significant difference between the speedmeter indicator and the set speed indicator(especially in the case of free cruising with the set speed). In terms of debouning and presnce on CAN, the same time scales have to be used and described for time gap setting.
+
+This signal should be sent in km/h or MPH according to the “SPEED_UNIT” signal.
+
+SPEED_UNIT = 0 : [km/h]
+
+SPEED_UNIT = 1 : [MPH]";
+BA_ "GenSigStartValue" SG_ 426 CLU_DisSpdVal 0;
+BA_ "UserSigValidity" SG_ 426 CLU_DisSpdVal 3;
+BA_ "NetworkRequestHoldingTime" SG_ 426 CLU_DisSpdVal 0;
+BA_ "RoutingFactor" SG_ 426 CLU_DisSpdVal 5;
+BA_ "Version" SG_ 426 CLU_DisSpdVal "17.12.03";
+BA_ "Description" SG_ 426 CLU_DisTyp "Cluster Display Type Information for BVM display
+
+
+
+<RG3>
+
+Type1 : 8inch LCD
+
+Type2 : 12.3inch LCD";
+BA_ "GenSigStartValue" SG_ 426 CLU_DisTyp 0;
+BA_ "UserSigValidity" SG_ 426 CLU_DisTyp 3;
+BA_ "NetworkRequestHoldingTime" SG_ 426 CLU_DisTyp 0;
+BA_ "RoutingFactor" SG_ 426 CLU_DisTyp 5;
+BA_ "Version" SG_ 426 CLU_DisTyp "18.08.05";
+BA_ "Description" SG_ 426 CLU_OKSwSta "This signal represents operating status of Ok Switch in Steering Wheel. Default value of this signal is 0 and the value is set to 1 only while a driver is pressing the OK Switch.";
+BA_ "GenSigStartValue" SG_ 426 CLU_OKSwSta 0;
+BA_ "UserSigValidity" SG_ 426 CLU_OKSwSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 426 CLU_OKSwSta 0;
+BA_ "RoutingFactor" SG_ 426 CLU_OKSwSta 5;
+BA_ "Version" SG_ 426 CLU_OKSwSta "19.03.06";
+BA_ "Description" SG_ 426 CLU_DisSpdVal_KPH "The vehicle speed which is indicated in the speedmeter.
+
+This signal should be sent in km/h only.";
+BA_ "GenSigStartValue" SG_ 426 CLU_DisSpdVal_KPH 0;
+BA_ "UserSigValidity" SG_ 426 CLU_DisSpdVal_KPH 3;
+BA_ "NetworkRequestHoldingTime" SG_ 426 CLU_DisSpdVal_KPH 0;
+BA_ "RoutingFactor" SG_ 426 CLU_DisSpdVal_KPH 5;
+BA_ "Version" SG_ 426 CLU_DisSpdVal_KPH "17.12.09";
+BA_ "GenMsgSendType" BO_ 549 0;
+BA_ "GenMsgCycleTime" BO_ 549 100;
+BA_ "GenMsgCycleTimeFast" BO_ 549 0;
+BA_ "GenMsgNrOfRepetition" BO_ 549 0;
+BA_ "GenMsgStartDelayTime" BO_ 549 0;
+BA_ "VFrameFormat" BO_ 549 14;
+BA_ "Description" SG_ 549 CLU_Crc2Val "The data area for CRC calculation is based on the data length (DLC) of the message DB.
+
+The CRC shall be calculated over the entire data block (excluding the CRC bytes) including the user data, alive counter and Data ID
+
+ 
+
+- CRC Polynomial (0x1021) , Initial Value : 0xFFFF, XOR value : 0x0000, Data ID : Message ID + 0xF800 
+
+- The initial value is for CRC calculation and the message should be sent with the calculated result value. 
+
+- The mathematical expression to 16 bit CRC polynomial is given here. G(x) = x16 + x12 + x5 + 1";
+BA_ "GenSigStartValue" SG_ 549 CLU_Crc2Val 65535;
+BA_ "UserSigValidity" SG_ 549 CLU_Crc2Val 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 549 CLU_Crc2Val 1500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ IBU SG_ 549 CLU_Crc2Val 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 549 CLU_Crc2Val 0;
+BA_ "RoutingFactor" SG_ 549 CLU_Crc2Val 2;
+BA_ "Version" SG_ 549 CLU_Crc2Val "18.11.08";
+BA_ "Description" SG_ 549 CLU_RefuelWrnSta "This signal indicates that the Refuel popup is the cluster is On or Off.
+
+When Refuel popup is on, its value is 0x1 otherwise its value is 0x0.";
+BA_ "GenSigStartValue" SG_ 549 CLU_RefuelWrnSta 0;
+BA_ "UserSigValidity" SG_ 549 CLU_RefuelWrnSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 549 CLU_RefuelWrnSta 0;
+BA_ "RoutingFactor" SG_ 549 CLU_RefuelWrnSta 2;
+BA_ "Version" SG_ 549 CLU_RefuelWrnSta "17.11.00";
+BA_ "Description" SG_ 549 CLU_IceWrnIndSta "This signal indicates that the Ice warning indicator in the cluster is on or off.
+
+When Ice warning indicator is on, its value is 0x1 otherwise its value is 0x0.";
+BA_ "GenSigStartValue" SG_ 549 CLU_IceWrnIndSta 0;
+BA_ "UserSigValidity" SG_ 549 CLU_IceWrnIndSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 549 CLU_IceWrnIndSta 0;
+BA_ "RoutingFactor" SG_ 549 CLU_IceWrnIndSta 2;
+BA_ "Version" SG_ 549 CLU_IceWrnIndSta "17.11.00";
+BA_ "Description" SG_ 549 CLU_DrvngModSwSta "This signal occurs when drive mode switch is selected either 'Normal' or 'Eco' or 'Sport' or 'Sport+' or 'Smart' or 'Custom' or 'N-mode'.";
+BA_ "GenSigStartValue" SG_ 549 CLU_DrvngModSwSta 0;
+BA_ "UserSigValidity" SG_ 549 CLU_DrvngModSwSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 549 CLU_DrvngModSwSta 1500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 549 CLU_DrvngModSwSta 1500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 549 CLU_DrvngModSwSta 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 549 CLU_DrvngModSwSta 0;
+BA_ "RoutingFactor" SG_ 549 CLU_DrvngModSwSta 2;
+BA_ "Version" SG_ 549 CLU_DrvngModSwSta "18.02.03";
+BA_ "Description" SG_ 549 CLU_FuelLvlSta "The signal is fuel level of the cluster that fuel gauge indicate (Unit: %)";
+BA_ "GenSigStartValue" SG_ 549 CLU_FuelLvlSta 0;
+BA_ "UserSigValidity" SG_ 549 CLU_FuelLvlSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 549 CLU_FuelLvlSta 0;
+BA_ "RoutingFactor" SG_ 549 CLU_FuelLvlSta 2;
+BA_ "Version" SG_ 549 CLU_FuelLvlSta "17.12.03";
+BA_ "Description" SG_ 549 CLU_OutTempFSta "The signal is outside temerature of the cluster (Unit: ℉)";
+BA_ "GenSigStartValue" SG_ 549 CLU_OutTempFSta 0;
+BA_ "UserSigValidity" SG_ 549 CLU_OutTempFSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 549 CLU_OutTempFSta 0;
+BA_ "RoutingFactor" SG_ 549 CLU_OutTempFSta 2;
+BA_ "Version" SG_ 549 CLU_OutTempFSta "17.12.03";
+BA_ "Description" SG_ 549 CLU_TerrainModSwSta "This signal occurs when terrain mode switch is selected either 'Snow' or 'Sand' or 'Mud'.";
+BA_ "GenSigStartValue" SG_ 549 CLU_TerrainModSwSta 0;
+BA_ "UserSigValidity" SG_ 549 CLU_TerrainModSwSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 549 CLU_TerrainModSwSta 1500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 549 CLU_TerrainModSwSta 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 549 CLU_TerrainModSwSta 0;
+BA_ "RoutingFactor" SG_ 549 CLU_TerrainModSwSta 2;
+BA_ "Version" SG_ 549 CLU_TerrainModSwSta "18.02.03";
+BA_ "Description" SG_ 549 CLU_AlvCnt2Val "For the first transmission request for a data element the counter shall be initialized with 0 and shall be incremented by 1 for every subsequent send request. 
+
+When the counter reaches the maximum value(0xFF), then it shall restart with 0 for the next send request";
+BA_ "GenSigStartValue" SG_ 549 CLU_AlvCnt2Val 0;
+BA_ "UserSigValidity" SG_ 549 CLU_AlvCnt2Val 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 549 CLU_AlvCnt2Val 1500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ IBU SG_ 549 CLU_AlvCnt2Val 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 549 CLU_AlvCnt2Val 0;
+BA_ "RoutingFactor" SG_ 549 CLU_AlvCnt2Val 2;
+BA_ "Version" SG_ 549 CLU_AlvCnt2Val "18.11.08";
+BA_ "Description" SG_ 549 CLU_OutTempCSta "The signal is outside temerature of the cluster (Unit: ℃)";
+BA_ "GenSigStartValue" SG_ 549 CLU_OutTempCSta 0;
+BA_ "UserSigValidity" SG_ 549 CLU_OutTempCSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 549 CLU_OutTempCSta 0;
+BA_ "RoutingFactor" SG_ 549 CLU_OutTempCSta 2;
+BA_ "Version" SG_ 549 CLU_OutTempCSta "17.12.03";
+BA_ "Description" SG_ 549 CLU_DTEVal "This signal indicates DTE.
+
+0x0: Valid DTE 0 (Display '---')
+
+0x1~0xFFE: Valid DTE (1 ~ 4094 km)
+
+(DTE >4094 km : 0xFFE)
+
+0xFFF : Invalid(Display '---' Blink)";
+BA_ "GenSigStartValue" SG_ 549 CLU_DTEVal 0;
+BA_ "UserSigValidity" SG_ 549 CLU_DTEVal 3;
+BA_ "NetworkRequestHoldingTime" SG_ 549 CLU_DTEVal 0;
+BA_ "RoutingFactor" SG_ 549 CLU_DTEVal 2;
+BA_ "Version" SG_ 549 CLU_DTEVal "19.02.07";
+BA_ "Description" SG_ 549 CLU_TripUnitSta "This signal indicates Distance to Empty UNIT";
+BA_ "GenSigStartValue" SG_ 549 CLU_TripUnitSta 0;
+BA_ "UserSigValidity" SG_ 549 CLU_TripUnitSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 549 CLU_TripUnitSta 0;
+BA_ "RoutingFactor" SG_ 549 CLU_TripUnitSta 2;
+BA_ "Version" SG_ 549 CLU_TripUnitSta "17.11.00";
+BA_ "Description" SG_ 549 CLU_AvgFuelCnsmptnVal "This average fuel consumption which is displayed in the trip-computer has to be sent to Tele-matics control unit. 
+
+This signal is applied to the case cluster displays in the trip-computer.";
+BA_ "GenSigStartValue" SG_ 549 CLU_AvgFuelCnsmptnVal 0;
+BA_ "UserSigValidity" SG_ 549 CLU_AvgFuelCnsmptnVal 3;
+BA_ "NetworkRequestHoldingTime" SG_ 549 CLU_AvgFuelCnsmptnVal 0;
+BA_ "RoutingFactor" SG_ 549 CLU_AvgFuelCnsmptnVal 2;
+BA_ "Version" SG_ 549 CLU_AvgFuelCnsmptnVal "17.11.00";
+BA_ "Description" SG_ 549 CLU_AvgFuelCnsmptnUnitSta "This signal indicates the unit of average fuel consumption displayed in the trip computer.
+
+This signal is applied to the case cluster displays in the trip-computer.";
+BA_ "GenSigStartValue" SG_ 549 CLU_AvgFuelCnsmptnUnitSta 0;
+BA_ "UserSigValidity" SG_ 549 CLU_AvgFuelCnsmptnUnitSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 549 CLU_AvgFuelCnsmptnUnitSta 0;
+BA_ "RoutingFactor" SG_ 549 CLU_AvgFuelCnsmptnUnitSta 2;
+BA_ "Version" SG_ 549 CLU_AvgFuelCnsmptnUnitSta "17.11.00";
+BA_ "Description" SG_ 549 CLU_LoFuelWrngSta "This signal indicates that the Low fuel warning in the cluster is On or Off. When Low Fuel Warning is On, its value is 01H otherwise its value is 00H.";
+BA_ "GenSigStartValue" SG_ 549 CLU_LoFuelWrngSta 0;
+BA_ "UserSigValidity" SG_ 549 CLU_LoFuelWrngSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 549 CLU_LoFuelWrngSta 0;
+BA_ "RoutingFactor" SG_ 549 CLU_LoFuelWrngSta 2;
+BA_ "Version" SG_ 549 CLU_LoFuelWrngSta "17.11.00";
+BA_ "Description" SG_ 549 CLU_RefuelDetSta "This signal sends the refuel detected status to the tele-matics control unit. 
+
+It transfers 3 times during refuel detected event why if valid one is missing, valid signals are used for extra signal.";
+BA_ "GenSigStartValue" SG_ 549 CLU_RefuelDetSta 0;
+BA_ "UserSigValidity" SG_ 549 CLU_RefuelDetSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 549 CLU_RefuelDetSta 0;
+BA_ "RoutingFactor" SG_ 549 CLU_RefuelDetSta 2;
+BA_ "Version" SG_ 549 CLU_RefuelDetSta "17.11.00";
+BA_ "Description" SG_ 549 CLU_TerrainMainSwSta "This signal represents the terrain mode main switch's state.
+
+0x1:On-Road /0x2:Off-Road";
+BA_ "GenSigStartValue" SG_ 549 CLU_TerrainMainSwSta 0;
+BA_ "UserSigValidity" SG_ 549 CLU_TerrainMainSwSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 549 CLU_TerrainMainSwSta 0;
+BA_ "RoutingFactor" SG_ 549 CLU_TerrainMainSwSta 2;
+BA_ "Version" SG_ 549 CLU_TerrainMainSwSta "18.04.00";
+BA_ "Description" SG_ 549 CLU_LngSta "Language Info. for Display Font";
+BA_ "GenSigStartValue" SG_ 549 CLU_LngSta 0;
+BA_ "UserSigValidity" SG_ 549 CLU_LngSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 549 CLU_LngSta 0;
+BA_ "RoutingFactor" SG_ 549 CLU_LngSta 2;
+BA_ "Version" SG_ 549 CLU_LngSta "17.11.00";
+BA_ "Description" SG_ 549 CLU_SRSWrngLmpSta "This signal is generated by one of the following 5 self-diagnostic result of micro-controller of Cluster.
+
+1) “Lamp ON” status as a self-status diagnostic result of cluster
+
+2) “Lamp OFF” status as a self-status diagnostic result of cluster
+
+3) “Lamp flashing with 1hz frequency / 50% duty ratio” as a self-status result diagnostic result of cluster
+
+4) “Lamp Circuit Failure” as a self-diagnostic result of cluster circuit 
+
+5) “No Valid ACU message” as ACU4 message check result by cluster
+
+
+
+Note to be taken that CLU2 message does not include judgment on “SRS W/Lamp failure in terms of airbag system”. CLU2 message only contains “status and diagnostic result of Cluster itself”.";
+BA_ "GenSigStartValue" SG_ 549 CLU_SRSWrngLmpSta 0;
+BA_ "UserSigValidity" SG_ 549 CLU_SRSWrngLmpSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 549 CLU_SRSWrngLmpSta 0;
+BA_ "RoutingFactor" SG_ 549 CLU_SRSWrngLmpSta 2;
+BA_ "Version" SG_ 549 CLU_SRSWrngLmpSta "17.12.03";
+BA_ "Description" SG_ 549 CLU_OdoVal "This signal indicates mileage counter of a vehicle. Cluster calculates total mileage and sends it to SCC and CUBIS. This value shall be the same with the mileage that is displayed to a driver.";
+BA_ "GenSigStartValue" SG_ 549 CLU_OdoVal 0;
+BA_ "UserSigValidity" SG_ 549 CLU_OdoVal 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 549 CLU_OdoVal 1500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 549 CLU_OdoVal 1500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 549 CLU_OdoVal 1500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ OPU SG_ 549 CLU_OdoVal 1500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ IBU SG_ 549 CLU_OdoVal 1500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 549 CLU_OdoVal 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 549 CLU_OdoVal 0;
+BA_ "RoutingFactor" SG_ 549 CLU_OdoVal 2;
+BA_ "Version" SG_ 549 CLU_OdoVal "17.11.00";
+BA_ "Description" SG_ 549 CLU_DawLastBrkTimeVal "This signal indicates that the elapsed time count after last driver's break. The elapsed time count increase 1 at an interval of 30 minutes.";
+BA_ "GenSigStartValue" SG_ 549 CLU_DawLastBrkTimeVal 0;
+BA_ "UserSigValidity" SG_ 549 CLU_DawLastBrkTimeVal 3;
+BA_ "NetworkRequestHoldingTime" SG_ 549 CLU_DawLastBrkTimeVal 0;
+BA_ "RoutingFactor" SG_ 549 CLU_DawLastBrkTimeVal 2;
+BA_ "Version" SG_ 549 CLU_DawLastBrkTimeVal "17.11.00";
+BA_ "GenMsgCycleTime" BO_ 1233 0;
+BA_ "GenMsgDelayTime" BO_ 1233 20;
+BA_ "GenMsgDelayTime" BO_ 1233 0;
+BA_ "GenMsgStartDelayTime" BO_ 1233 0;
+BA_ "VFrameFormat" BO_ 1233 14;
+BA_ "Description" SG_ 1233 CLU_Crc5Val "The data area for CRC calculation is based on the data length (DLC) of the message DB.
+
+The CRC shall be calculated over the entire data block (excluding the CRC bytes) including the user data, alive counter and Data ID
+
+ 
+
+- CRC Polynomial (0x1021) , Initial Value : 0xFFFF, XOR value : 0x0000, Data ID : Message ID + 0xF800 
+
+- The initial value is for CRC calculation and the message should be sent with the calculated result value. 
+
+- The mathematical expression to 16 bit CRC polynomial is given here. G(x) = x16 + x12 + x5 + 1";
+BA_ "GenSigSendType" SG_ 1233 CLU_Crc5Val 4;
+BA_ "GenSigStartValue" SG_ 1233 CLU_Crc5Val 65535;
+BA_ "UserSigValidity" SG_ 1233 CLU_Crc5Val 3;
+BA_ "NetworkRequestHoldingTime" SG_ 1233 CLU_Crc5Val 0;
+BA_ "RoutingFactor" SG_ 1233 CLU_Crc5Val 1;
+BA_ "Version" SG_ 1233 CLU_Crc5Val "18.11.08";
+BA_ "Description" SG_ 1233 CLU_AlvCnt5Val "For the first transmission request for a data element the counter shall be initialized with 0 and shall be incremented by 1 for every subsequent send request. 
+
+When the counter reaches the maximum value(0xFF), then it shall restart with 0 for the next send request";
+BA_ "GenSigSendType" SG_ 1233 CLU_AlvCnt5Val 4;
+BA_ "GenSigStartValue" SG_ 1233 CLU_AlvCnt5Val 0;
+BA_ "UserSigValidity" SG_ 1233 CLU_AlvCnt5Val 3;
+BA_ "NetworkRequestHoldingTime" SG_ 1233 CLU_AlvCnt5Val 0;
+BA_ "RoutingFactor" SG_ 1233 CLU_AlvCnt5Val 1;
+BA_ "Version" SG_ 1233 CLU_AlvCnt5Val "18.11.08";
+BA_ "Description" SG_ 1233 USM_InletAutoLockSetReq "This signal is used for a request to set the value of USM Menus. This signal requests to change status of Charging Connector Locking Mode.";
+BA_ "GenSigSendType" SG_ 1233 USM_InletAutoLockSetReq 4;
+BA_ "GenSigStartValue" SG_ 1233 USM_InletAutoLockSetReq 0;
+BA_ "UserSigValidity" SG_ 1233 USM_InletAutoLockSetReq 3;
+BA_ "NetworkRequestHoldingTime" SG_ 1233 USM_InletAutoLockSetReq 0;
+BA_ "RoutingFactor" SG_ 1233 USM_InletAutoLockSetReq 1;
+BA_ "Version" SG_ 1233 USM_InletAutoLockSetReq "19.01.10";
+BA_ "Description" SG_ 1233 USM_StaRst1Req "This signal is used for a request to reset the value of USM menus.
+
+When this signal change, the message (CLU16) is sent 3 times.";
+BA_ "GenSigSendType" SG_ 1233 USM_StaRst1Req 4;
+BA_ "GenSigStartValue" SG_ 1233 USM_StaRst1Req 0;
+BA_ "UserSigValidity" SG_ 1233 USM_StaRst1Req 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ IBU SG_ 1233 USM_StaRst1Req 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1233 USM_StaRst1Req 0;
+BA_ "RoutingFactor" SG_ 1233 USM_StaRst1Req 1;
+BA_ "Version" SG_ 1233 USM_StaRst1Req "17.11.00";
+BA_ "Description" SG_ 1233 USM_NccCamSetReq "This signal describes the status of CC with Navigation function.(speed camera control) - User Setting Menu for the cluster";
+BA_ "GenSigSendType" SG_ 1233 USM_NccCamSetReq 4;
+BA_ "GenSigStartValue" SG_ 1233 USM_NccCamSetReq 0;
+BA_ "UserSigValidity" SG_ 1233 USM_NccCamSetReq 3;
+BA_ "NetworkRequestHoldingTime" SG_ 1233 USM_NccCamSetReq 0;
+BA_ "RoutingFactor" SG_ 1233 USM_NccCamSetReq 1;
+BA_ "Version" SG_ 1233 USM_NccCamSetReq "17.11.00";
+BA_ "GenMsgCycleTime" BO_ 1236 0;
+BA_ "GenMsgDelayTime" BO_ 1236 20;
+BA_ "GenMsgDelayTime" BO_ 1236 0;
+BA_ "GenMsgStartDelayTime" BO_ 1236 0;
+BA_ "VFrameFormat" BO_ 1236 14;
+BA_ "Description" SG_ 1236 CLU_Crc8Val "The data area for CRC calculation is based on the data length (DLC) of the message DB.
+
+The CRC shall be calculated over the entire data block (excluding the CRC bytes) including the user data, alive counter and Data ID
+
+ 
+
+- CRC Polynomial (0x1021) , Initial Value : 0xFFFF, XOR value : 0x0000, Data ID : Message ID + 0xF800 
+
+- The initial value is for CRC calculation and the message should be sent with the calculated result value. 
+
+- The mathematical expression to 16 bit CRC polynomial is given here. G(x) = x16 + x12 + x5 + 1";
+BA_ "GenSigSendType" SG_ 1236 CLU_Crc8Val 4;
+BA_ "GenSigStartValue" SG_ 1236 CLU_Crc8Val 65535;
+BA_ "UserSigValidity" SG_ 1236 CLU_Crc8Val 3;
+BA_ "NetworkRequestHoldingTime" SG_ 1236 CLU_Crc8Val 0;
+BA_ "RoutingFactor" SG_ 1236 CLU_Crc8Val 1;
+BA_ "Version" SG_ 1236 CLU_Crc8Val "18.11.08";
+BA_ "Description" SG_ 1236 CLU_AlvCnt8Val "For the first transmission request for a data element the counter shall be initialized with 0 and shall be incremented by 1 for every subsequent send request. 
+
+When the counter reaches the maximum value(0xFF), then it shall restart with 0 for the next send request";
+BA_ "GenSigSendType" SG_ 1236 CLU_AlvCnt8Val 4;
+BA_ "GenSigStartValue" SG_ 1236 CLU_AlvCnt8Val 0;
+BA_ "UserSigValidity" SG_ 1236 CLU_AlvCnt8Val 3;
+BA_ "NetworkRequestHoldingTime" SG_ 1236 CLU_AlvCnt8Val 0;
+BA_ "RoutingFactor" SG_ 1236 CLU_AlvCnt8Val 1;
+BA_ "Version" SG_ 1236 CLU_AlvCnt8Val "18.11.08";
+BA_ "Description" SG_ 1236 USM_TwoTrnUnlckSetReq "Request to set Two Turn Unlock Mode";
+BA_ "GenSigSendType" SG_ 1236 USM_TwoTrnUnlckSetReq 4;
+BA_ "GenSigStartValue" SG_ 1236 USM_TwoTrnUnlckSetReq 0;
+BA_ "UserSigValidity" SG_ 1236 USM_TwoTrnUnlckSetReq 3;
+BA_ "NetworkRequestHoldingTime" SG_ 1236 USM_TwoTrnUnlckSetReq 0;
+BA_ "RoutingFactor" SG_ 1236 USM_TwoTrnUnlckSetReq 1;
+BA_ "Version" SG_ 1236 USM_TwoTrnUnlckSetReq "17.11.00";
+BA_ "Description" SG_ 1236 USM_ECoastSetReq "This signal is used for a request to set the value of USM Menus. This signal requests to set E-Coasting system state.
+
+
+
+When this signal change, the message (CLU16) is sent 3 times.";
+BA_ "GenSigSendType" SG_ 1236 USM_ECoastSetReq 4;
+BA_ "GenSigStartValue" SG_ 1236 USM_ECoastSetReq 0;
+BA_ "UserSigValidity" SG_ 1236 USM_ECoastSetReq 3;
+BA_ "NetworkRequestHoldingTime" SG_ 1236 USM_ECoastSetReq 0;
+BA_ "RoutingFactor" SG_ 1236 USM_ECoastSetReq 1;
+BA_ "Version" SG_ 1236 USM_ECoastSetReq "17.11.00";
+BA_ "Description" SG_ 1236 USM_ECoastingWrngSndSetReq "This signal is used for a request to set the value of USM Menus. This signal requests to set warning sound state for e-Coasting system.
+
+When this signal change, the message (CLU16) is sent 3 times.";
+BA_ "GenSigSendType" SG_ 1236 USM_ECoastingWrngSndSetReq 4;
+BA_ "GenSigStartValue" SG_ 1236 USM_ECoastingWrngSndSetReq 0;
+BA_ "UserSigValidity" SG_ 1236 USM_ECoastingWrngSndSetReq 3;
+BA_ "NetworkRequestHoldingTime" SG_ 1236 USM_ECoastingWrngSndSetReq 0;
+BA_ "RoutingFactor" SG_ 1236 USM_ECoastingWrngSndSetReq 1;
+BA_ "Version" SG_ 1236 USM_ECoastingWrngSndSetReq "17.11.00";
+BA_ "Description" SG_ 1236 USM_MdLmpBrgtnsSetReq "Request set the Mood Lamp Brightness";
+BA_ "GenSigSendType" SG_ 1236 USM_MdLmpBrgtnsSetReq 4;
+BA_ "GenSigStartValue" SG_ 1236 USM_MdLmpBrgtnsSetReq 0;
+BA_ "UserSigValidity" SG_ 1236 USM_MdLmpBrgtnsSetReq 3;
+BA_ "NetworkRequestHoldingTime" SG_ 1236 USM_MdLmpBrgtnsSetReq 0;
+BA_ "RoutingFactor" SG_ 1236 USM_MdLmpBrgtnsSetReq 1;
+BA_ "Version" SG_ 1236 USM_MdLmpBrgtnsSetReq "17.11.00";
+BA_ "Description" SG_ 1236 USM_TirePrsrUnitSetReq "This signal is used for a request to set the value of USM Menus. This signal requests to set Tire Pressure Unit.
+
+
+
+When this signal change, the message (CLU16) is sent 3 times.";
+BA_ "GenSigSendType" SG_ 1236 USM_TirePrsrUnitSetReq 4;
+BA_ "GenSigStartValue" SG_ 1236 USM_TirePrsrUnitSetReq 0;
+BA_ "UserSigValidity" SG_ 1236 USM_TirePrsrUnitSetReq 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ IBU SG_ 1236 USM_TirePrsrUnitSetReq 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1236 USM_TirePrsrUnitSetReq 0;
+BA_ "RoutingFactor" SG_ 1236 USM_TirePrsrUnitSetReq 1;
+BA_ "Version" SG_ 1236 USM_TirePrsrUnitSetReq "17.11.00";
+BA_ "Description" SG_ 1236 USM_FuelGdRstReq "This signal is used for a request to reset the Fuel efficiency percent.
+
+When this signal change, the message (CLU16) is sent 3 times.";
+BA_ "GenSigSendType" SG_ 1236 USM_FuelGdRstReq 4;
+BA_ "GenSigStartValue" SG_ 1236 USM_FuelGdRstReq 0;
+BA_ "UserSigValidity" SG_ 1236 USM_FuelGdRstReq 3;
+BA_ "NetworkRequestHoldingTime" SG_ 1236 USM_FuelGdRstReq 0;
+BA_ "RoutingFactor" SG_ 1236 USM_FuelGdRstReq 1;
+BA_ "Version" SG_ 1236 USM_FuelGdRstReq "17.11.00";
+BA_ "Description" SG_ 1236 USM_SmrtRegenSetReq "Request to set Smart Regeneration MODE";
+BA_ "GenSigSendType" SG_ 1236 USM_SmrtRegenSetReq 4;
+BA_ "GenSigStartValue" SG_ 1236 USM_SmrtRegenSetReq 0;
+BA_ "UserSigValidity" SG_ 1236 USM_SmrtRegenSetReq 3;
+BA_ "NetworkRequestHoldingTime" SG_ 1236 USM_SmrtRegenSetReq 0;
+BA_ "RoutingFactor" SG_ 1236 USM_SmrtRegenSetReq 1;
+BA_ "Version" SG_ 1236 USM_SmrtRegenSetReq "18.07.03";
+BA_ "Description" SG_ 1236 USM_GreenZoneDrvSetReq "This signal is used for a request to set the value of USM Menus.
+
+This signal requests to set GreenZone Drive Mode system state.
+
+When this signal changes, the message (CLU_08_00ms)is sent 3 times.";
+BA_ "GenSigSendType" SG_ 1236 USM_GreenZoneDrvSetReq 4;
+BA_ "GenSigStartValue" SG_ 1236 USM_GreenZoneDrvSetReq 0;
+BA_ "UserSigValidity" SG_ 1236 USM_GreenZoneDrvSetReq 3;
+BA_ "NetworkRequestHoldingTime" SG_ 1236 USM_GreenZoneDrvSetReq 0;
+BA_ "RoutingFactor" SG_ 1236 USM_GreenZoneDrvSetReq 1;
+BA_ "Version" SG_ 1236 USM_GreenZoneDrvSetReq "18.07.03";
+BA_ "Description" SG_ 1236 USM_VESSVolLevelSetReq "This signal is used for a request to set the value of USM Menus.
+
+This signal requests to change VESS volume level state.
+
+When this signal changes, the message (CLU_08_00ms) is sent 3 times.";
+BA_ "GenSigSendType" SG_ 1236 USM_VESSVolLevelSetReq 4;
+BA_ "GenSigStartValue" SG_ 1236 USM_VESSVolLevelSetReq 0;
+BA_ "UserSigValidity" SG_ 1236 USM_VESSVolLevelSetReq 3;
+BA_ "NetworkRequestHoldingTime" SG_ 1236 USM_VESSVolLevelSetReq 0;
+BA_ "RoutingFactor" SG_ 1236 USM_VESSVolLevelSetReq 1;
+BA_ "Version" SG_ 1236 USM_VESSVolLevelSetReq "18.07.03";
+BA_ "GenMsgCycleTime" BO_ 1144 0;
+BA_ "GenMsgDelayTime" BO_ 1144 20;
+BA_ "GenMsgDelayTime" BO_ 1144 0;
+BA_ "GenMsgStartDelayTime" BO_ 1144 0;
+BA_ "VFrameFormat" BO_ 1144 14;
+BA_ "Description" SG_ 1144 CLU_Crc11Val "The CRC checking process calculates the CRC over the entire data block, including the CRC result.
+
+- CRC Polynomial (0x1021) , Initial Value : 0xFFFF, XOR value : 0x0000
+
+- The mathematical expression to 16 bit CRC polynomial is given here. G(x) = x16 + x12 + x5 + 1";
+BA_ "GenSigSendType" SG_ 1144 CLU_Crc11Val 4;
+BA_ "GenSigStartValue" SG_ 1144 CLU_Crc11Val 65535;
+BA_ "UserSigValidity" SG_ 1144 CLU_Crc11Val 3;
+BA_ "NetworkRequestHoldingTime" SG_ 1144 CLU_Crc11Val 0;
+BA_ "RoutingFactor" SG_ 1144 CLU_Crc11Val 1;
+BA_ "Version" SG_ 1144 CLU_Crc11Val "17.12.03";
+BA_ "Description" SG_ 1144 CLU_AlvCnt11Val "For the first transmission request for a data element the counter shall be initialized with 0 and shall be incremented by 1
+
+for every subsequent send request. When the counter reaches the maximum value(0xFF), then it shall restart with ? for the next send request";
+BA_ "GenSigSendType" SG_ 1144 CLU_AlvCnt11Val 4;
+BA_ "GenSigStartValue" SG_ 1144 CLU_AlvCnt11Val 0;
+BA_ "UserSigValidity" SG_ 1144 CLU_AlvCnt11Val 3;
+BA_ "NetworkRequestHoldingTime" SG_ 1144 CLU_AlvCnt11Val 0;
+BA_ "RoutingFactor" SG_ 1144 CLU_AlvCnt11Val 1;
+BA_ "Version" SG_ 1144 CLU_AlvCnt11Val "17.12.03";
+BA_ "Description" SG_ 1144 CLU_ICUDlvrModOffSetReq "This signal is used for a request to set off the delivery mode for ICU";
+BA_ "GenSigSendType" SG_ 1144 CLU_ICUDlvrModOffSetReq 4;
+BA_ "GenSigStartValue" SG_ 1144 CLU_ICUDlvrModOffSetReq 0;
+BA_ "UserSigValidity" SG_ 1144 CLU_ICUDlvrModOffSetReq 3;
+BA_ "NetworkRequestHoldingTime" SG_ 1144 CLU_ICUDlvrModOffSetReq 0;
+BA_ "RoutingFactor" SG_ 1144 CLU_ICUDlvrModOffSetReq 1;
+BA_ "Version" SG_ 1144 CLU_ICUDlvrModOffSetReq "17.12.03";
+BA_ "Description" SG_ 1144 CLU_DrvngLampChgnSta "This signal sends driving mode lamp status when driving mode changes.";
+BA_ "GenSigSendType" SG_ 1144 CLU_DrvngLampChgnSta 4;
+BA_ "GenSigStartValue" SG_ 1144 CLU_DrvngLampChgnSta 0;
+BA_ "UserSigValidity" SG_ 1144 CLU_DrvngLampChgnSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 1144 CLU_DrvngLampChgnSta 0;
+BA_ "RoutingFactor" SG_ 1144 CLU_DrvngLampChgnSta 1;
+BA_ "Version" SG_ 1144 CLU_DrvngLampChgnSta "17.12.03";
+BA_ "Description" SG_ 1144 CLU_TerrainModChgn "This signal indicates Terrain(OffRoad) mode status when terrain mode changes in cluster.
+
+(Snow, Sand, Mud, Ready)";
+BA_ "GenSigSendType" SG_ 1144 CLU_TerrainModChgn 4;
+BA_ "GenSigStartValue" SG_ 1144 CLU_TerrainModChgn 0;
+BA_ "UserSigValidity" SG_ 1144 CLU_TerrainModChgn 3;
+BA_ "NetworkRequestHoldingTime" SG_ 1144 CLU_TerrainModChgn 0;
+BA_ "RoutingFactor" SG_ 1144 CLU_TerrainModChgn 1;
+BA_ "Version" SG_ 1144 CLU_TerrainModChgn "18.08.01";
+BA_ "Description" SG_ 1144 CLU_ADASSetShortcut_Req "Shortcut signal for ADAS menu quick launch (CLU -> AVN)";
+BA_ "GenSigSendType" SG_ 1144 CLU_ADASSetShortcut_Req 4;
+BA_ "GenSigStartValue" SG_ 1144 CLU_ADASSetShortcut_Req 0;
+BA_ "UserSigValidity" SG_ 1144 CLU_ADASSetShortcut_Req 3;
+BA_ "NetworkRequestHoldingTime" SG_ 1144 CLU_ADASSetShortcut_Req 0;
+BA_ "RoutingFactor" SG_ 1144 CLU_ADASSetShortcut_Req 1;
+BA_ "Version" SG_ 1144 CLU_ADASSetShortcut_Req "18.08.10";
+BA_ "Description" SG_ 1144 CLU_AdasVolAutoOnSetReq "This signal is used for a request to display Adas volume auto on.";
+BA_ "GenSigSendType" SG_ 1144 CLU_AdasVolAutoOnSetReq 4;
+BA_ "GenSigStartValue" SG_ 1144 CLU_AdasVolAutoOnSetReq 0;
+BA_ "UserSigValidity" SG_ 1144 CLU_AdasVolAutoOnSetReq 3;
+BA_ "NetworkRequestHoldingTime" SG_ 1144 CLU_AdasVolAutoOnSetReq 0;
+BA_ "RoutingFactor" SG_ 1144 CLU_AdasVolAutoOnSetReq 1;
+BA_ "Version" SG_ 1144 CLU_AdasVolAutoOnSetReq "18.12.02";
+BA_ "Description" SG_ 1144 CLU_SbwNModReq "This signal is for N Mode request in SBW variant";
+BA_ "GenSigSendType" SG_ 1144 CLU_SbwNModReq 4;
+BA_ "GenSigStartValue" SG_ 1144 CLU_SbwNModReq 0;
+BA_ "UserSigValidity" SG_ 1144 CLU_SbwNModReq 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 1144 CLU_SbwNModReq 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1144 CLU_SbwNModReq 0;
+BA_ "RoutingFactor" SG_ 1144 CLU_SbwNModReq 1;
+BA_ "Version" SG_ 1144 CLU_SbwNModReq "18.08.10";
+BA_ "Description" SG_ 1144 CLU_RrStRemindOffSetReq "Request to set off the Rear Seat Remind 2nd Alarm";
+BA_ "GenSigSendType" SG_ 1144 CLU_RrStRemindOffSetReq 4;
+BA_ "GenSigStartValue" SG_ 1144 CLU_RrStRemindOffSetReq 0;
+BA_ "UserSigValidity" SG_ 1144 CLU_RrStRemindOffSetReq 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1144 CLU_RrStRemindOffSetReq 0;
+BA_ "RoutingFactor" SG_ 1144 CLU_RrStRemindOffSetReq 1;
+BA_ "Version" SG_ 1144 CLU_RrStRemindOffSetReq "18.09.00";
+BA_ "Description" SG_ 1144 CLU_RrStRemindFdbckSetReq "Signal is if or not 1st ROA alert message in cluster";
+BA_ "GenSigSendType" SG_ 1144 CLU_RrStRemindFdbckSetReq 4;
+BA_ "GenSigStartValue" SG_ 1144 CLU_RrStRemindFdbckSetReq 0;
+BA_ "UserSigValidity" SG_ 1144 CLU_RrStRemindFdbckSetReq 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1144 CLU_RrStRemindFdbckSetReq 0;
+BA_ "RoutingFactor" SG_ 1144 CLU_RrStRemindFdbckSetReq 1;
+BA_ "Version" SG_ 1144 CLU_RrStRemindFdbckSetReq "18.09.00";
+BA_ "Description" SG_ 1144 CLU_PwrAutoOffResetReq "This signal is used for a request to reset power auto off time";
+BA_ "GenSigSendType" SG_ 1144 CLU_PwrAutoOffResetReq 4;
+BA_ "GenSigStartValue" SG_ 1144 CLU_PwrAutoOffResetReq 0;
+BA_ "UserSigValidity" SG_ 1144 CLU_PwrAutoOffResetReq 3;
+BA_ "NetworkRequestHoldingTime" SG_ 1144 CLU_PwrAutoOffResetReq 0;
+BA_ "RoutingFactor" SG_ 1144 CLU_PwrAutoOffResetReq 1;
+BA_ "Version" SG_ 1144 CLU_PwrAutoOffResetReq "18.12.02";
+BA_ "Description" SG_ 1144 CLU_WelcomeStartReq "Cluster welcome start signal (CLU -> AVN)";
+BA_ "GenSigSendType" SG_ 1144 CLU_WelcomeStartReq 4;
+BA_ "GenSigStartValue" SG_ 1144 CLU_WelcomeStartReq 0;
+BA_ "UserSigValidity" SG_ 1144 CLU_WelcomeStartReq 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1144 CLU_WelcomeStartReq 0;
+BA_ "RoutingFactor" SG_ 1144 CLU_WelcomeStartReq 1;
+BA_ "Version" SG_ 1144 CLU_WelcomeStartReq "19.08.05";
+BA_ "GenMsgSendType" BO_ 384 0;
+BA_ "GenMsgCycleTime" BO_ 384 20;
+BA_ "GenMsgCycleTimeFast" BO_ 384 0;
+BA_ "GenMsgNrOfRepetition" BO_ 384 0;
+BA_ "GenMsgDelayTime" BO_ 384 0;
+BA_ "GenMsgStartDelayTime" BO_ 384 0;
+BA_ "VFrameFormat" BO_ 384 14;
+BA_ "Description" SG_ 384 CLU_Crc17Val "The data area for CRC calculation is based on the data length (DLC) of the message DB.
+
+The CRC shall be calculated over the entire data block (excluding the CRC bytes) including the user data, alive counter and Data ID
+
+ 
+
+- CRC Polynomial (0x1021) , Initial Value : 0xFFFF, XOR value : 0x0000, Data ID : Message ID + 0xF800 
+
+- The initial value is for CRC calculation and the message should be sent with the calculated result value. 
+
+- The mathematical expression to 16 bit CRC polynomial is given here. G(x) = x16 + x12 + x5 + 1";
+BA_ "GenSigStartValue" SG_ 384 CLU_Crc17Val 65535;
+BA_ "UserSigValidity" SG_ 384 CLU_Crc17Val 3;
+BA_ "NetworkRequestHoldingTime" SG_ 384 CLU_Crc17Val 0;
+BA_ "RoutingFactor" SG_ 384 CLU_Crc17Val 5;
+BA_ "Version" SG_ 384 CLU_Crc17Val "18.11.08";
+BA_ "Description" SG_ 384 CLU_AlvCnt17Val "For the first transmission request for a data element the counter shall be initialized with 0 and shall be incremented by 1 for every subsequent send request. 
+
+When the counter reaches the maximum value(0xFF), then it shall restart with 0 for the next send request";
+BA_ "GenSigStartValue" SG_ 384 CLU_AlvCnt17Val 0;
+BA_ "UserSigValidity" SG_ 384 CLU_AlvCnt17Val 3;
+BA_ "NetworkRequestHoldingTime" SG_ 384 CLU_AlvCnt17Val 0;
+BA_ "RoutingFactor" SG_ 384 CLU_AlvCnt17Val 5;
+BA_ "Version" SG_ 384 CLU_AlvCnt17Val "18.11.08";
+BA_ "Description" SG_ 384 CLU_PddlUpSwSta "This signal represents operating status of Paddle Shifter(Up) Switch.";
+BA_ "GenSigStartValue" SG_ 384 CLU_PddlUpSwSta 0;
+BA_ "UserSigValidity" SG_ 384 CLU_PddlUpSwSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 384 CLU_PddlUpSwSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 384 CLU_PddlUpSwSta 0;
+BA_ "RoutingFactor" SG_ 384 CLU_PddlUpSwSta 5;
+BA_ "Version" SG_ 384 CLU_PddlUpSwSta "18.08.05";
+BA_ "Description" SG_ 384 CLU_PddlDnSwSta "This signal represents operating status of Paddle Shifter(Down) Switch. 
+
+Paddle Shifter(Down) Switch On/Off Information";
+BA_ "GenSigStartValue" SG_ 384 CLU_PddlDnSwSta 0;
+BA_ "UserSigValidity" SG_ 384 CLU_PddlDnSwSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 384 CLU_PddlDnSwSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 384 CLU_PddlDnSwSta 0;
+BA_ "RoutingFactor" SG_ 384 CLU_PddlDnSwSta 5;
+BA_ "Version" SG_ 384 CLU_PddlDnSwSta "18.08.05";
+BA_ "GenMsgCycleTime" BO_ 1714 0;
+BA_ "GenMsgILSupport" BO_ 1714 0;
+BA_ "TpMessage" BO_ 1714 1;
+BA_ "GenMsgDelayTime" BO_ 1714 0;
+BA_ "GenMsgStartDelayTime" BO_ 1714 0;
+BA_ "VFrameFormat" BO_ 1714 14;
+BA_ "UsrSigPurpose" SG_ 1714 DAQ0_Byte0 6;
+BA_ "GenSigSendType" SG_ 1714 DAQ0_Byte0 2;
+BA_ "GenSigStartValue" SG_ 1714 DAQ0_Byte0 0;
+BA_ "UserSigValidity" SG_ 1714 DAQ0_Byte0 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1714 DAQ0_Byte0 0;
+BA_ "NetworkRequest" SG_ 1714 DAQ0_Byte0 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1714 DAQ0_Byte0 5000;
+BA_ "RoutingFactor" SG_ 1714 DAQ0_Byte0 1;
+BA_ "Version" SG_ 1714 DAQ0_Byte0 "18.08.01";
+BA_ "UsrSigPurpose" SG_ 1714 DAQ0_Byte2 6;
+BA_ "GenSigSendType" SG_ 1714 DAQ0_Byte2 2;
+BA_ "GenSigStartValue" SG_ 1714 DAQ0_Byte2 0;
+BA_ "UserSigValidity" SG_ 1714 DAQ0_Byte2 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1714 DAQ0_Byte2 0;
+BA_ "NetworkRequest" SG_ 1714 DAQ0_Byte2 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1714 DAQ0_Byte2 5000;
+BA_ "RoutingFactor" SG_ 1714 DAQ0_Byte2 1;
+BA_ "Version" SG_ 1714 DAQ0_Byte2 "18.08.01";
+BA_ "UsrSigPurpose" SG_ 1714 DAQ0_Byte3 6;
+BA_ "GenSigSendType" SG_ 1714 DAQ0_Byte3 2;
+BA_ "GenSigStartValue" SG_ 1714 DAQ0_Byte3 0;
+BA_ "UserSigValidity" SG_ 1714 DAQ0_Byte3 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1714 DAQ0_Byte3 0;
+BA_ "NetworkRequest" SG_ 1714 DAQ0_Byte3 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1714 DAQ0_Byte3 5000;
+BA_ "RoutingFactor" SG_ 1714 DAQ0_Byte3 1;
+BA_ "Version" SG_ 1714 DAQ0_Byte3 "18.08.01";
+BA_ "UsrSigPurpose" SG_ 1714 DAQ0_Byte4 6;
+BA_ "GenSigSendType" SG_ 1714 DAQ0_Byte4 2;
+BA_ "GenSigStartValue" SG_ 1714 DAQ0_Byte4 0;
+BA_ "UserSigValidity" SG_ 1714 DAQ0_Byte4 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1714 DAQ0_Byte4 0;
+BA_ "NetworkRequest" SG_ 1714 DAQ0_Byte4 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1714 DAQ0_Byte4 5000;
+BA_ "RoutingFactor" SG_ 1714 DAQ0_Byte4 1;
+BA_ "Version" SG_ 1714 DAQ0_Byte4 "18.08.01";
+BA_ "UsrSigPurpose" SG_ 1714 DAQ0_Byte5 6;
+BA_ "GenSigSendType" SG_ 1714 DAQ0_Byte5 2;
+BA_ "GenSigStartValue" SG_ 1714 DAQ0_Byte5 0;
+BA_ "UserSigValidity" SG_ 1714 DAQ0_Byte5 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1714 DAQ0_Byte5 0;
+BA_ "NetworkRequest" SG_ 1714 DAQ0_Byte5 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1714 DAQ0_Byte5 5000;
+BA_ "RoutingFactor" SG_ 1714 DAQ0_Byte5 1;
+BA_ "Version" SG_ 1714 DAQ0_Byte5 "18.08.01";
+BA_ "UsrSigPurpose" SG_ 1714 DAQ0_Byte6 6;
+BA_ "GenSigSendType" SG_ 1714 DAQ0_Byte6 2;
+BA_ "GenSigStartValue" SG_ 1714 DAQ0_Byte6 0;
+BA_ "UserSigValidity" SG_ 1714 DAQ0_Byte6 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1714 DAQ0_Byte6 0;
+BA_ "NetworkRequest" SG_ 1714 DAQ0_Byte6 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1714 DAQ0_Byte6 5000;
+BA_ "RoutingFactor" SG_ 1714 DAQ0_Byte6 1;
+BA_ "Version" SG_ 1714 DAQ0_Byte6 "18.08.01";
+BA_ "UsrSigPurpose" SG_ 1714 DAQ0_Byte7 6;
+BA_ "GenSigSendType" SG_ 1714 DAQ0_Byte7 2;
+BA_ "GenSigStartValue" SG_ 1714 DAQ0_Byte7 0;
+BA_ "UserSigValidity" SG_ 1714 DAQ0_Byte7 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1714 DAQ0_Byte7 0;
+BA_ "NetworkRequest" SG_ 1714 DAQ0_Byte7 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1714 DAQ0_Byte7 5000;
+BA_ "RoutingFactor" SG_ 1714 DAQ0_Byte7 1;
+BA_ "Version" SG_ 1714 DAQ0_Byte7 "18.08.01";
+BA_ "UsrSigPurpose" SG_ 1714 DAQ0_Byte1 6;
+BA_ "GenSigSendType" SG_ 1714 DAQ0_Byte1 2;
+BA_ "GenSigStartValue" SG_ 1714 DAQ0_Byte1 0;
+BA_ "UserSigValidity" SG_ 1714 DAQ0_Byte1 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1714 DAQ0_Byte1 0;
+BA_ "NetworkRequest" SG_ 1714 DAQ0_Byte1 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1714 DAQ0_Byte1 5000;
+BA_ "RoutingFactor" SG_ 1714 DAQ0_Byte1 1;
+BA_ "Version" SG_ 1714 DAQ0_Byte1 "18.08.01";
+BA_ "GenMsgCycleTime" BO_ 1715 0;
+BA_ "GenMsgILSupport" BO_ 1715 0;
+BA_ "TpMessage" BO_ 1715 1;
+BA_ "GenMsgDelayTime" BO_ 1715 0;
+BA_ "GenMsgStartDelayTime" BO_ 1715 0;
+BA_ "VFrameFormat" BO_ 1715 14;
+BA_ "UsrSigPurpose" SG_ 1715 DAQ1_Byte0 6;
+BA_ "GenSigSendType" SG_ 1715 DAQ1_Byte0 2;
+BA_ "GenSigStartValue" SG_ 1715 DAQ1_Byte0 0;
+BA_ "UserSigValidity" SG_ 1715 DAQ1_Byte0 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1715 DAQ1_Byte0 0;
+BA_ "NetworkRequest" SG_ 1715 DAQ1_Byte0 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1715 DAQ1_Byte0 5000;
+BA_ "RoutingFactor" SG_ 1715 DAQ1_Byte0 1;
+BA_ "Version" SG_ 1715 DAQ1_Byte0 "18.08.01";
+BA_ "UsrSigPurpose" SG_ 1715 DAQ1_Byte2 6;
+BA_ "GenSigSendType" SG_ 1715 DAQ1_Byte2 2;
+BA_ "GenSigStartValue" SG_ 1715 DAQ1_Byte2 0;
+BA_ "UserSigValidity" SG_ 1715 DAQ1_Byte2 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1715 DAQ1_Byte2 0;
+BA_ "NetworkRequest" SG_ 1715 DAQ1_Byte2 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1715 DAQ1_Byte2 5000;
+BA_ "RoutingFactor" SG_ 1715 DAQ1_Byte2 1;
+BA_ "Version" SG_ 1715 DAQ1_Byte2 "18.08.01";
+BA_ "UsrSigPurpose" SG_ 1715 DAQ1_Byte3 6;
+BA_ "GenSigSendType" SG_ 1715 DAQ1_Byte3 2;
+BA_ "GenSigStartValue" SG_ 1715 DAQ1_Byte3 0;
+BA_ "UserSigValidity" SG_ 1715 DAQ1_Byte3 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1715 DAQ1_Byte3 0;
+BA_ "NetworkRequest" SG_ 1715 DAQ1_Byte3 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1715 DAQ1_Byte3 5000;
+BA_ "RoutingFactor" SG_ 1715 DAQ1_Byte3 1;
+BA_ "Version" SG_ 1715 DAQ1_Byte3 "18.08.01";
+BA_ "UsrSigPurpose" SG_ 1715 DAQ1_Byte4 6;
+BA_ "GenSigSendType" SG_ 1715 DAQ1_Byte4 2;
+BA_ "GenSigStartValue" SG_ 1715 DAQ1_Byte4 0;
+BA_ "UserSigValidity" SG_ 1715 DAQ1_Byte4 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1715 DAQ1_Byte4 0;
+BA_ "NetworkRequest" SG_ 1715 DAQ1_Byte4 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1715 DAQ1_Byte4 5000;
+BA_ "RoutingFactor" SG_ 1715 DAQ1_Byte4 1;
+BA_ "Version" SG_ 1715 DAQ1_Byte4 "18.08.01";
+BA_ "UsrSigPurpose" SG_ 1715 DAQ1_Byte5 6;
+BA_ "GenSigSendType" SG_ 1715 DAQ1_Byte5 2;
+BA_ "GenSigStartValue" SG_ 1715 DAQ1_Byte5 0;
+BA_ "UserSigValidity" SG_ 1715 DAQ1_Byte5 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1715 DAQ1_Byte5 0;
+BA_ "NetworkRequest" SG_ 1715 DAQ1_Byte5 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1715 DAQ1_Byte5 5000;
+BA_ "RoutingFactor" SG_ 1715 DAQ1_Byte5 1;
+BA_ "Version" SG_ 1715 DAQ1_Byte5 "18.08.01";
+BA_ "UsrSigPurpose" SG_ 1715 DAQ1_Byte6 6;
+BA_ "GenSigSendType" SG_ 1715 DAQ1_Byte6 2;
+BA_ "GenSigStartValue" SG_ 1715 DAQ1_Byte6 0;
+BA_ "UserSigValidity" SG_ 1715 DAQ1_Byte6 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1715 DAQ1_Byte6 0;
+BA_ "NetworkRequest" SG_ 1715 DAQ1_Byte6 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1715 DAQ1_Byte6 5000;
+BA_ "RoutingFactor" SG_ 1715 DAQ1_Byte6 1;
+BA_ "Version" SG_ 1715 DAQ1_Byte6 "18.08.01";
+BA_ "UsrSigPurpose" SG_ 1715 DAQ1_Byte7 6;
+BA_ "GenSigSendType" SG_ 1715 DAQ1_Byte7 2;
+BA_ "GenSigStartValue" SG_ 1715 DAQ1_Byte7 0;
+BA_ "UserSigValidity" SG_ 1715 DAQ1_Byte7 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1715 DAQ1_Byte7 0;
+BA_ "NetworkRequest" SG_ 1715 DAQ1_Byte7 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1715 DAQ1_Byte7 5000;
+BA_ "RoutingFactor" SG_ 1715 DAQ1_Byte7 1;
+BA_ "Version" SG_ 1715 DAQ1_Byte7 "18.08.01";
+BA_ "UsrSigPurpose" SG_ 1715 DAQ1_Byte1 6;
+BA_ "GenSigSendType" SG_ 1715 DAQ1_Byte1 2;
+BA_ "GenSigStartValue" SG_ 1715 DAQ1_Byte1 0;
+BA_ "UserSigValidity" SG_ 1715 DAQ1_Byte1 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1715 DAQ1_Byte1 0;
+BA_ "NetworkRequest" SG_ 1715 DAQ1_Byte1 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1715 DAQ1_Byte1 5000;
+BA_ "RoutingFactor" SG_ 1715 DAQ1_Byte1 1;
+BA_ "Version" SG_ 1715 DAQ1_Byte1 "18.08.01";
+BA_ "GenMsgCycleTime" BO_ 1716 0;
+BA_ "GenMsgILSupport" BO_ 1716 0;
+BA_ "TpMessage" BO_ 1716 1;
+BA_ "GenMsgDelayTime" BO_ 1716 0;
+BA_ "GenMsgStartDelayTime" BO_ 1716 0;
+BA_ "VFrameFormat" BO_ 1716 14;
+BA_ "UsrSigPurpose" SG_ 1716 DAQ2_Byte0 6;
+BA_ "GenSigSendType" SG_ 1716 DAQ2_Byte0 2;
+BA_ "GenSigStartValue" SG_ 1716 DAQ2_Byte0 0;
+BA_ "UserSigValidity" SG_ 1716 DAQ2_Byte0 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1716 DAQ2_Byte0 0;
+BA_ "NetworkRequest" SG_ 1716 DAQ2_Byte0 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1716 DAQ2_Byte0 5000;
+BA_ "RoutingFactor" SG_ 1716 DAQ2_Byte0 1;
+BA_ "Version" SG_ 1716 DAQ2_Byte0 "18.08.01";
+BA_ "UsrSigPurpose" SG_ 1716 DAQ2_Byte2 6;
+BA_ "GenSigSendType" SG_ 1716 DAQ2_Byte2 2;
+BA_ "GenSigStartValue" SG_ 1716 DAQ2_Byte2 0;
+BA_ "UserSigValidity" SG_ 1716 DAQ2_Byte2 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1716 DAQ2_Byte2 0;
+BA_ "NetworkRequest" SG_ 1716 DAQ2_Byte2 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1716 DAQ2_Byte2 5000;
+BA_ "RoutingFactor" SG_ 1716 DAQ2_Byte2 1;
+BA_ "Version" SG_ 1716 DAQ2_Byte2 "18.08.01";
+BA_ "UsrSigPurpose" SG_ 1716 DAQ2_Byte3 6;
+BA_ "GenSigSendType" SG_ 1716 DAQ2_Byte3 2;
+BA_ "GenSigStartValue" SG_ 1716 DAQ2_Byte3 0;
+BA_ "UserSigValidity" SG_ 1716 DAQ2_Byte3 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1716 DAQ2_Byte3 0;
+BA_ "NetworkRequest" SG_ 1716 DAQ2_Byte3 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1716 DAQ2_Byte3 5000;
+BA_ "RoutingFactor" SG_ 1716 DAQ2_Byte3 1;
+BA_ "Version" SG_ 1716 DAQ2_Byte3 "18.08.01";
+BA_ "UsrSigPurpose" SG_ 1716 DAQ2_Byte4 6;
+BA_ "GenSigSendType" SG_ 1716 DAQ2_Byte4 2;
+BA_ "GenSigStartValue" SG_ 1716 DAQ2_Byte4 0;
+BA_ "UserSigValidity" SG_ 1716 DAQ2_Byte4 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1716 DAQ2_Byte4 0;
+BA_ "NetworkRequest" SG_ 1716 DAQ2_Byte4 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1716 DAQ2_Byte4 5000;
+BA_ "RoutingFactor" SG_ 1716 DAQ2_Byte4 1;
+BA_ "Version" SG_ 1716 DAQ2_Byte4 "18.08.01";
+BA_ "UsrSigPurpose" SG_ 1716 DAQ2_Byte5 6;
+BA_ "GenSigSendType" SG_ 1716 DAQ2_Byte5 2;
+BA_ "GenSigStartValue" SG_ 1716 DAQ2_Byte5 0;
+BA_ "UserSigValidity" SG_ 1716 DAQ2_Byte5 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1716 DAQ2_Byte5 0;
+BA_ "NetworkRequest" SG_ 1716 DAQ2_Byte5 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1716 DAQ2_Byte5 5000;
+BA_ "RoutingFactor" SG_ 1716 DAQ2_Byte5 1;
+BA_ "Version" SG_ 1716 DAQ2_Byte5 "18.08.01";
+BA_ "UsrSigPurpose" SG_ 1716 DAQ2_Byte6 6;
+BA_ "GenSigSendType" SG_ 1716 DAQ2_Byte6 2;
+BA_ "GenSigStartValue" SG_ 1716 DAQ2_Byte6 0;
+BA_ "UserSigValidity" SG_ 1716 DAQ2_Byte6 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1716 DAQ2_Byte6 0;
+BA_ "NetworkRequest" SG_ 1716 DAQ2_Byte6 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1716 DAQ2_Byte6 5000;
+BA_ "RoutingFactor" SG_ 1716 DAQ2_Byte6 1;
+BA_ "Version" SG_ 1716 DAQ2_Byte6 "18.08.01";
+BA_ "UsrSigPurpose" SG_ 1716 DAQ2_Byte7 6;
+BA_ "GenSigSendType" SG_ 1716 DAQ2_Byte7 2;
+BA_ "GenSigStartValue" SG_ 1716 DAQ2_Byte7 0;
+BA_ "UserSigValidity" SG_ 1716 DAQ2_Byte7 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1716 DAQ2_Byte7 0;
+BA_ "NetworkRequest" SG_ 1716 DAQ2_Byte7 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1716 DAQ2_Byte7 5000;
+BA_ "RoutingFactor" SG_ 1716 DAQ2_Byte7 1;
+BA_ "Version" SG_ 1716 DAQ2_Byte7 "18.08.01";
+BA_ "UsrSigPurpose" SG_ 1716 DAQ2_Byte1 6;
+BA_ "GenSigSendType" SG_ 1716 DAQ2_Byte1 2;
+BA_ "GenSigStartValue" SG_ 1716 DAQ2_Byte1 0;
+BA_ "UserSigValidity" SG_ 1716 DAQ2_Byte1 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1716 DAQ2_Byte1 0;
+BA_ "NetworkRequest" SG_ 1716 DAQ2_Byte1 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1716 DAQ2_Byte1 5000;
+BA_ "RoutingFactor" SG_ 1716 DAQ2_Byte1 1;
+BA_ "Version" SG_ 1716 DAQ2_Byte1 "18.08.01";
+BA_ "GenMsgCycleTime" BO_ 1717 0;
+BA_ "GenMsgILSupport" BO_ 1717 0;
+BA_ "TpMessage" BO_ 1717 1;
+BA_ "GenMsgDelayTime" BO_ 1717 0;
+BA_ "GenMsgStartDelayTime" BO_ 1717 0;
+BA_ "VFrameFormat" BO_ 1717 14;
+BA_ "UsrSigPurpose" SG_ 1717 DAQ3_Byte0 6;
+BA_ "GenSigSendType" SG_ 1717 DAQ3_Byte0 2;
+BA_ "GenSigStartValue" SG_ 1717 DAQ3_Byte0 0;
+BA_ "UserSigValidity" SG_ 1717 DAQ3_Byte0 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1717 DAQ3_Byte0 0;
+BA_ "NetworkRequest" SG_ 1717 DAQ3_Byte0 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1717 DAQ3_Byte0 5000;
+BA_ "RoutingFactor" SG_ 1717 DAQ3_Byte0 1;
+BA_ "Version" SG_ 1717 DAQ3_Byte0 "18.08.01";
+BA_ "UsrSigPurpose" SG_ 1717 DAQ3_Byte2 6;
+BA_ "GenSigSendType" SG_ 1717 DAQ3_Byte2 2;
+BA_ "GenSigStartValue" SG_ 1717 DAQ3_Byte2 0;
+BA_ "UserSigValidity" SG_ 1717 DAQ3_Byte2 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1717 DAQ3_Byte2 0;
+BA_ "NetworkRequest" SG_ 1717 DAQ3_Byte2 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1717 DAQ3_Byte2 5000;
+BA_ "RoutingFactor" SG_ 1717 DAQ3_Byte2 1;
+BA_ "Version" SG_ 1717 DAQ3_Byte2 "18.08.01";
+BA_ "UsrSigPurpose" SG_ 1717 DAQ3_Byte3 6;
+BA_ "GenSigSendType" SG_ 1717 DAQ3_Byte3 2;
+BA_ "GenSigStartValue" SG_ 1717 DAQ3_Byte3 0;
+BA_ "UserSigValidity" SG_ 1717 DAQ3_Byte3 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1717 DAQ3_Byte3 0;
+BA_ "NetworkRequest" SG_ 1717 DAQ3_Byte3 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1717 DAQ3_Byte3 5000;
+BA_ "RoutingFactor" SG_ 1717 DAQ3_Byte3 1;
+BA_ "Version" SG_ 1717 DAQ3_Byte3 "18.08.01";
+BA_ "UsrSigPurpose" SG_ 1717 DAQ3_Byte4 6;
+BA_ "GenSigSendType" SG_ 1717 DAQ3_Byte4 2;
+BA_ "GenSigStartValue" SG_ 1717 DAQ3_Byte4 0;
+BA_ "UserSigValidity" SG_ 1717 DAQ3_Byte4 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1717 DAQ3_Byte4 0;
+BA_ "NetworkRequest" SG_ 1717 DAQ3_Byte4 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1717 DAQ3_Byte4 5000;
+BA_ "RoutingFactor" SG_ 1717 DAQ3_Byte4 1;
+BA_ "Version" SG_ 1717 DAQ3_Byte4 "18.08.01";
+BA_ "UsrSigPurpose" SG_ 1717 DAQ3_Byte5 6;
+BA_ "GenSigSendType" SG_ 1717 DAQ3_Byte5 2;
+BA_ "GenSigStartValue" SG_ 1717 DAQ3_Byte5 0;
+BA_ "UserSigValidity" SG_ 1717 DAQ3_Byte5 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1717 DAQ3_Byte5 0;
+BA_ "NetworkRequest" SG_ 1717 DAQ3_Byte5 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1717 DAQ3_Byte5 5000;
+BA_ "RoutingFactor" SG_ 1717 DAQ3_Byte5 1;
+BA_ "Version" SG_ 1717 DAQ3_Byte5 "18.08.01";
+BA_ "UsrSigPurpose" SG_ 1717 DAQ3_Byte6 6;
+BA_ "GenSigSendType" SG_ 1717 DAQ3_Byte6 2;
+BA_ "GenSigStartValue" SG_ 1717 DAQ3_Byte6 0;
+BA_ "UserSigValidity" SG_ 1717 DAQ3_Byte6 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1717 DAQ3_Byte6 0;
+BA_ "NetworkRequest" SG_ 1717 DAQ3_Byte6 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1717 DAQ3_Byte6 5000;
+BA_ "RoutingFactor" SG_ 1717 DAQ3_Byte6 1;
+BA_ "Version" SG_ 1717 DAQ3_Byte6 "18.08.01";
+BA_ "UsrSigPurpose" SG_ 1717 DAQ3_Byte7 6;
+BA_ "GenSigSendType" SG_ 1717 DAQ3_Byte7 2;
+BA_ "GenSigStartValue" SG_ 1717 DAQ3_Byte7 0;
+BA_ "UserSigValidity" SG_ 1717 DAQ3_Byte7 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1717 DAQ3_Byte7 0;
+BA_ "NetworkRequest" SG_ 1717 DAQ3_Byte7 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1717 DAQ3_Byte7 5000;
+BA_ "RoutingFactor" SG_ 1717 DAQ3_Byte7 1;
+BA_ "Version" SG_ 1717 DAQ3_Byte7 "18.08.01";
+BA_ "UsrSigPurpose" SG_ 1717 DAQ3_Byte1 6;
+BA_ "GenSigSendType" SG_ 1717 DAQ3_Byte1 2;
+BA_ "GenSigStartValue" SG_ 1717 DAQ3_Byte1 0;
+BA_ "UserSigValidity" SG_ 1717 DAQ3_Byte1 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1717 DAQ3_Byte1 0;
+BA_ "NetworkRequest" SG_ 1717 DAQ3_Byte1 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1717 DAQ3_Byte1 5000;
+BA_ "RoutingFactor" SG_ 1717 DAQ3_Byte1 1;
+BA_ "Version" SG_ 1717 DAQ3_Byte1 "18.08.01";
+BA_ "GenMsgCycleTime" BO_ 1718 0;
+BA_ "GenMsgILSupport" BO_ 1718 0;
+BA_ "TpMessage" BO_ 1718 1;
+BA_ "GenMsgDelayTime" BO_ 1718 0;
+BA_ "GenMsgStartDelayTime" BO_ 1718 0;
+BA_ "VFrameFormat" BO_ 1718 14;
+BA_ "UsrSigPurpose" SG_ 1718 DAQ4_Byte0 6;
+BA_ "GenSigSendType" SG_ 1718 DAQ4_Byte0 2;
+BA_ "GenSigStartValue" SG_ 1718 DAQ4_Byte0 0;
+BA_ "UserSigValidity" SG_ 1718 DAQ4_Byte0 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1718 DAQ4_Byte0 0;
+BA_ "NetworkRequest" SG_ 1718 DAQ4_Byte0 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1718 DAQ4_Byte0 5000;
+BA_ "RoutingFactor" SG_ 1718 DAQ4_Byte0 1;
+BA_ "Version" SG_ 1718 DAQ4_Byte0 "18.08.01";
+BA_ "UsrSigPurpose" SG_ 1718 DAQ4_Byte2 6;
+BA_ "GenSigSendType" SG_ 1718 DAQ4_Byte2 2;
+BA_ "GenSigStartValue" SG_ 1718 DAQ4_Byte2 0;
+BA_ "UserSigValidity" SG_ 1718 DAQ4_Byte2 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1718 DAQ4_Byte2 0;
+BA_ "NetworkRequest" SG_ 1718 DAQ4_Byte2 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1718 DAQ4_Byte2 5000;
+BA_ "RoutingFactor" SG_ 1718 DAQ4_Byte2 1;
+BA_ "Version" SG_ 1718 DAQ4_Byte2 "18.08.01";
+BA_ "UsrSigPurpose" SG_ 1718 DAQ4_Byte3 6;
+BA_ "GenSigSendType" SG_ 1718 DAQ4_Byte3 2;
+BA_ "GenSigStartValue" SG_ 1718 DAQ4_Byte3 0;
+BA_ "UserSigValidity" SG_ 1718 DAQ4_Byte3 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1718 DAQ4_Byte3 0;
+BA_ "NetworkRequest" SG_ 1718 DAQ4_Byte3 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1718 DAQ4_Byte3 5000;
+BA_ "RoutingFactor" SG_ 1718 DAQ4_Byte3 1;
+BA_ "Version" SG_ 1718 DAQ4_Byte3 "18.08.01";
+BA_ "UsrSigPurpose" SG_ 1718 DAQ4_Byte4 6;
+BA_ "GenSigSendType" SG_ 1718 DAQ4_Byte4 2;
+BA_ "GenSigStartValue" SG_ 1718 DAQ4_Byte4 0;
+BA_ "UserSigValidity" SG_ 1718 DAQ4_Byte4 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1718 DAQ4_Byte4 0;
+BA_ "NetworkRequest" SG_ 1718 DAQ4_Byte4 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1718 DAQ4_Byte4 5000;
+BA_ "RoutingFactor" SG_ 1718 DAQ4_Byte4 1;
+BA_ "Version" SG_ 1718 DAQ4_Byte4 "18.08.01";
+BA_ "UsrSigPurpose" SG_ 1718 DAQ4_Byte5 6;
+BA_ "GenSigSendType" SG_ 1718 DAQ4_Byte5 2;
+BA_ "GenSigStartValue" SG_ 1718 DAQ4_Byte5 0;
+BA_ "UserSigValidity" SG_ 1718 DAQ4_Byte5 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1718 DAQ4_Byte5 0;
+BA_ "NetworkRequest" SG_ 1718 DAQ4_Byte5 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1718 DAQ4_Byte5 5000;
+BA_ "RoutingFactor" SG_ 1718 DAQ4_Byte5 1;
+BA_ "Version" SG_ 1718 DAQ4_Byte5 "18.08.01";
+BA_ "UsrSigPurpose" SG_ 1718 DAQ4_Byte6 6;
+BA_ "GenSigSendType" SG_ 1718 DAQ4_Byte6 2;
+BA_ "GenSigStartValue" SG_ 1718 DAQ4_Byte6 0;
+BA_ "UserSigValidity" SG_ 1718 DAQ4_Byte6 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1718 DAQ4_Byte6 0;
+BA_ "NetworkRequest" SG_ 1718 DAQ4_Byte6 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1718 DAQ4_Byte6 5000;
+BA_ "RoutingFactor" SG_ 1718 DAQ4_Byte6 1;
+BA_ "Version" SG_ 1718 DAQ4_Byte6 "18.08.01";
+BA_ "UsrSigPurpose" SG_ 1718 DAQ4_Byte7 6;
+BA_ "GenSigSendType" SG_ 1718 DAQ4_Byte7 2;
+BA_ "GenSigStartValue" SG_ 1718 DAQ4_Byte7 0;
+BA_ "UserSigValidity" SG_ 1718 DAQ4_Byte7 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1718 DAQ4_Byte7 0;
+BA_ "NetworkRequest" SG_ 1718 DAQ4_Byte7 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1718 DAQ4_Byte7 5000;
+BA_ "RoutingFactor" SG_ 1718 DAQ4_Byte7 1;
+BA_ "Version" SG_ 1718 DAQ4_Byte7 "18.08.01";
+BA_ "UsrSigPurpose" SG_ 1718 DAQ4_Byte1 6;
+BA_ "GenSigSendType" SG_ 1718 DAQ4_Byte1 2;
+BA_ "GenSigStartValue" SG_ 1718 DAQ4_Byte1 0;
+BA_ "UserSigValidity" SG_ 1718 DAQ4_Byte1 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1718 DAQ4_Byte1 0;
+BA_ "NetworkRequest" SG_ 1718 DAQ4_Byte1 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1718 DAQ4_Byte1 5000;
+BA_ "RoutingFactor" SG_ 1718 DAQ4_Byte1 1;
+BA_ "Version" SG_ 1718 DAQ4_Byte1 "18.08.01";
+BA_ "GenMsgCycleTime" BO_ 1719 0;
+BA_ "GenMsgILSupport" BO_ 1719 0;
+BA_ "TpMessage" BO_ 1719 1;
+BA_ "GenMsgDelayTime" BO_ 1719 0;
+BA_ "GenMsgStartDelayTime" BO_ 1719 0;
+BA_ "VFrameFormat" BO_ 1719 14;
+BA_ "UsrSigPurpose" SG_ 1719 DAQ5_Byte0 6;
+BA_ "GenSigSendType" SG_ 1719 DAQ5_Byte0 2;
+BA_ "GenSigStartValue" SG_ 1719 DAQ5_Byte0 0;
+BA_ "UserSigValidity" SG_ 1719 DAQ5_Byte0 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1719 DAQ5_Byte0 0;
+BA_ "NetworkRequest" SG_ 1719 DAQ5_Byte0 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1719 DAQ5_Byte0 5000;
+BA_ "RoutingFactor" SG_ 1719 DAQ5_Byte0 1;
+BA_ "Version" SG_ 1719 DAQ5_Byte0 "18.08.01";
+BA_ "UsrSigPurpose" SG_ 1719 DAQ5_Byte2 6;
+BA_ "GenSigSendType" SG_ 1719 DAQ5_Byte2 2;
+BA_ "GenSigStartValue" SG_ 1719 DAQ5_Byte2 0;
+BA_ "UserSigValidity" SG_ 1719 DAQ5_Byte2 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1719 DAQ5_Byte2 0;
+BA_ "NetworkRequest" SG_ 1719 DAQ5_Byte2 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1719 DAQ5_Byte2 5000;
+BA_ "RoutingFactor" SG_ 1719 DAQ5_Byte2 1;
+BA_ "Version" SG_ 1719 DAQ5_Byte2 "18.08.01";
+BA_ "UsrSigPurpose" SG_ 1719 DAQ5_Byte3 6;
+BA_ "GenSigSendType" SG_ 1719 DAQ5_Byte3 2;
+BA_ "GenSigStartValue" SG_ 1719 DAQ5_Byte3 0;
+BA_ "UserSigValidity" SG_ 1719 DAQ5_Byte3 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1719 DAQ5_Byte3 0;
+BA_ "NetworkRequest" SG_ 1719 DAQ5_Byte3 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1719 DAQ5_Byte3 5000;
+BA_ "RoutingFactor" SG_ 1719 DAQ5_Byte3 1;
+BA_ "Version" SG_ 1719 DAQ5_Byte3 "18.08.01";
+BA_ "UsrSigPurpose" SG_ 1719 DAQ5_Byte4 6;
+BA_ "GenSigSendType" SG_ 1719 DAQ5_Byte4 2;
+BA_ "GenSigStartValue" SG_ 1719 DAQ5_Byte4 0;
+BA_ "UserSigValidity" SG_ 1719 DAQ5_Byte4 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1719 DAQ5_Byte4 0;
+BA_ "NetworkRequest" SG_ 1719 DAQ5_Byte4 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1719 DAQ5_Byte4 5000;
+BA_ "RoutingFactor" SG_ 1719 DAQ5_Byte4 1;
+BA_ "Version" SG_ 1719 DAQ5_Byte4 "18.08.01";
+BA_ "UsrSigPurpose" SG_ 1719 DAQ5_Byte5 6;
+BA_ "GenSigSendType" SG_ 1719 DAQ5_Byte5 2;
+BA_ "GenSigStartValue" SG_ 1719 DAQ5_Byte5 0;
+BA_ "UserSigValidity" SG_ 1719 DAQ5_Byte5 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1719 DAQ5_Byte5 0;
+BA_ "NetworkRequest" SG_ 1719 DAQ5_Byte5 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1719 DAQ5_Byte5 5000;
+BA_ "RoutingFactor" SG_ 1719 DAQ5_Byte5 1;
+BA_ "Version" SG_ 1719 DAQ5_Byte5 "18.08.01";
+BA_ "UsrSigPurpose" SG_ 1719 DAQ5_Byte6 6;
+BA_ "GenSigSendType" SG_ 1719 DAQ5_Byte6 2;
+BA_ "GenSigStartValue" SG_ 1719 DAQ5_Byte6 0;
+BA_ "UserSigValidity" SG_ 1719 DAQ5_Byte6 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1719 DAQ5_Byte6 0;
+BA_ "NetworkRequest" SG_ 1719 DAQ5_Byte6 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1719 DAQ5_Byte6 5000;
+BA_ "RoutingFactor" SG_ 1719 DAQ5_Byte6 1;
+BA_ "Version" SG_ 1719 DAQ5_Byte6 "18.08.01";
+BA_ "UsrSigPurpose" SG_ 1719 DAQ5_Byte7 6;
+BA_ "GenSigSendType" SG_ 1719 DAQ5_Byte7 2;
+BA_ "GenSigStartValue" SG_ 1719 DAQ5_Byte7 0;
+BA_ "UserSigValidity" SG_ 1719 DAQ5_Byte7 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1719 DAQ5_Byte7 0;
+BA_ "NetworkRequest" SG_ 1719 DAQ5_Byte7 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1719 DAQ5_Byte7 5000;
+BA_ "RoutingFactor" SG_ 1719 DAQ5_Byte7 1;
+BA_ "Version" SG_ 1719 DAQ5_Byte7 "18.08.01";
+BA_ "UsrSigPurpose" SG_ 1719 DAQ5_Byte1 6;
+BA_ "GenSigSendType" SG_ 1719 DAQ5_Byte1 2;
+BA_ "GenSigStartValue" SG_ 1719 DAQ5_Byte1 0;
+BA_ "UserSigValidity" SG_ 1719 DAQ5_Byte1 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1719 DAQ5_Byte1 0;
+BA_ "NetworkRequest" SG_ 1719 DAQ5_Byte1 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1719 DAQ5_Byte1 5000;
+BA_ "RoutingFactor" SG_ 1719 DAQ5_Byte1 1;
+BA_ "Version" SG_ 1719 DAQ5_Byte1 "18.08.01";
+BA_ "GenMsgCycleTime" BO_ 1720 0;
+BA_ "GenMsgILSupport" BO_ 1720 0;
+BA_ "TpMessage" BO_ 1720 1;
+BA_ "GenMsgDelayTime" BO_ 1720 0;
+BA_ "GenMsgStartDelayTime" BO_ 1720 0;
+BA_ "VFrameFormat" BO_ 1720 14;
+BA_ "UsrSigPurpose" SG_ 1720 DAQ6_Byte0 6;
+BA_ "GenSigSendType" SG_ 1720 DAQ6_Byte0 2;
+BA_ "GenSigStartValue" SG_ 1720 DAQ6_Byte0 0;
+BA_ "UserSigValidity" SG_ 1720 DAQ6_Byte0 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1720 DAQ6_Byte0 0;
+BA_ "NetworkRequest" SG_ 1720 DAQ6_Byte0 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1720 DAQ6_Byte0 5000;
+BA_ "RoutingFactor" SG_ 1720 DAQ6_Byte0 1;
+BA_ "Version" SG_ 1720 DAQ6_Byte0 "18.08.01";
+BA_ "UsrSigPurpose" SG_ 1720 DAQ6_Byte2 6;
+BA_ "GenSigSendType" SG_ 1720 DAQ6_Byte2 2;
+BA_ "GenSigStartValue" SG_ 1720 DAQ6_Byte2 0;
+BA_ "UserSigValidity" SG_ 1720 DAQ6_Byte2 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1720 DAQ6_Byte2 0;
+BA_ "NetworkRequest" SG_ 1720 DAQ6_Byte2 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1720 DAQ6_Byte2 5000;
+BA_ "RoutingFactor" SG_ 1720 DAQ6_Byte2 1;
+BA_ "Version" SG_ 1720 DAQ6_Byte2 "18.08.01";
+BA_ "UsrSigPurpose" SG_ 1720 DAQ6_Byte3 6;
+BA_ "GenSigSendType" SG_ 1720 DAQ6_Byte3 2;
+BA_ "GenSigStartValue" SG_ 1720 DAQ6_Byte3 0;
+BA_ "UserSigValidity" SG_ 1720 DAQ6_Byte3 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1720 DAQ6_Byte3 0;
+BA_ "NetworkRequest" SG_ 1720 DAQ6_Byte3 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1720 DAQ6_Byte3 5000;
+BA_ "RoutingFactor" SG_ 1720 DAQ6_Byte3 1;
+BA_ "Version" SG_ 1720 DAQ6_Byte3 "18.08.01";
+BA_ "UsrSigPurpose" SG_ 1720 DAQ6_Byte4 6;
+BA_ "GenSigSendType" SG_ 1720 DAQ6_Byte4 2;
+BA_ "GenSigStartValue" SG_ 1720 DAQ6_Byte4 0;
+BA_ "UserSigValidity" SG_ 1720 DAQ6_Byte4 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1720 DAQ6_Byte4 0;
+BA_ "NetworkRequest" SG_ 1720 DAQ6_Byte4 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1720 DAQ6_Byte4 5000;
+BA_ "RoutingFactor" SG_ 1720 DAQ6_Byte4 1;
+BA_ "Version" SG_ 1720 DAQ6_Byte4 "18.08.01";
+BA_ "UsrSigPurpose" SG_ 1720 DAQ6_Byte5 6;
+BA_ "GenSigSendType" SG_ 1720 DAQ6_Byte5 2;
+BA_ "GenSigStartValue" SG_ 1720 DAQ6_Byte5 0;
+BA_ "UserSigValidity" SG_ 1720 DAQ6_Byte5 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1720 DAQ6_Byte5 0;
+BA_ "NetworkRequest" SG_ 1720 DAQ6_Byte5 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1720 DAQ6_Byte5 5000;
+BA_ "RoutingFactor" SG_ 1720 DAQ6_Byte5 1;
+BA_ "Version" SG_ 1720 DAQ6_Byte5 "18.08.01";
+BA_ "UsrSigPurpose" SG_ 1720 DAQ6_Byte6 6;
+BA_ "GenSigSendType" SG_ 1720 DAQ6_Byte6 2;
+BA_ "GenSigStartValue" SG_ 1720 DAQ6_Byte6 0;
+BA_ "UserSigValidity" SG_ 1720 DAQ6_Byte6 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1720 DAQ6_Byte6 0;
+BA_ "NetworkRequest" SG_ 1720 DAQ6_Byte6 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1720 DAQ6_Byte6 5000;
+BA_ "RoutingFactor" SG_ 1720 DAQ6_Byte6 1;
+BA_ "Version" SG_ 1720 DAQ6_Byte6 "18.08.01";
+BA_ "UsrSigPurpose" SG_ 1720 DAQ6_Byte7 6;
+BA_ "GenSigSendType" SG_ 1720 DAQ6_Byte7 2;
+BA_ "GenSigStartValue" SG_ 1720 DAQ6_Byte7 0;
+BA_ "UserSigValidity" SG_ 1720 DAQ6_Byte7 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1720 DAQ6_Byte7 0;
+BA_ "NetworkRequest" SG_ 1720 DAQ6_Byte7 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1720 DAQ6_Byte7 5000;
+BA_ "RoutingFactor" SG_ 1720 DAQ6_Byte7 1;
+BA_ "Version" SG_ 1720 DAQ6_Byte7 "18.08.01";
+BA_ "UsrSigPurpose" SG_ 1720 DAQ6_Byte1 6;
+BA_ "GenSigSendType" SG_ 1720 DAQ6_Byte1 2;
+BA_ "GenSigStartValue" SG_ 1720 DAQ6_Byte1 0;
+BA_ "UserSigValidity" SG_ 1720 DAQ6_Byte1 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1720 DAQ6_Byte1 0;
+BA_ "NetworkRequest" SG_ 1720 DAQ6_Byte1 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1720 DAQ6_Byte1 5000;
+BA_ "RoutingFactor" SG_ 1720 DAQ6_Byte1 1;
+BA_ "Version" SG_ 1720 DAQ6_Byte1 "18.08.01";
+BA_ "GenMsgCycleTime" BO_ 1721 0;
+BA_ "GenMsgILSupport" BO_ 1721 0;
+BA_ "TpMessage" BO_ 1721 1;
+BA_ "GenMsgDelayTime" BO_ 1721 0;
+BA_ "GenMsgStartDelayTime" BO_ 1721 0;
+BA_ "VFrameFormat" BO_ 1721 14;
+BA_ "UsrSigPurpose" SG_ 1721 DAQ7_Byte0 6;
+BA_ "GenSigSendType" SG_ 1721 DAQ7_Byte0 2;
+BA_ "GenSigStartValue" SG_ 1721 DAQ7_Byte0 0;
+BA_ "UserSigValidity" SG_ 1721 DAQ7_Byte0 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1721 DAQ7_Byte0 0;
+BA_ "NetworkRequest" SG_ 1721 DAQ7_Byte0 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1721 DAQ7_Byte0 5000;
+BA_ "RoutingFactor" SG_ 1721 DAQ7_Byte0 1;
+BA_ "Version" SG_ 1721 DAQ7_Byte0 "18.08.01";
+BA_ "UsrSigPurpose" SG_ 1721 DAQ7_Byte2 6;
+BA_ "GenSigSendType" SG_ 1721 DAQ7_Byte2 2;
+BA_ "GenSigStartValue" SG_ 1721 DAQ7_Byte2 0;
+BA_ "UserSigValidity" SG_ 1721 DAQ7_Byte2 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1721 DAQ7_Byte2 0;
+BA_ "NetworkRequest" SG_ 1721 DAQ7_Byte2 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1721 DAQ7_Byte2 5000;
+BA_ "RoutingFactor" SG_ 1721 DAQ7_Byte2 1;
+BA_ "Version" SG_ 1721 DAQ7_Byte2 "18.08.01";
+BA_ "UsrSigPurpose" SG_ 1721 DAQ7_Byte3 6;
+BA_ "GenSigSendType" SG_ 1721 DAQ7_Byte3 2;
+BA_ "GenSigStartValue" SG_ 1721 DAQ7_Byte3 0;
+BA_ "UserSigValidity" SG_ 1721 DAQ7_Byte3 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1721 DAQ7_Byte3 0;
+BA_ "NetworkRequest" SG_ 1721 DAQ7_Byte3 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1721 DAQ7_Byte3 5000;
+BA_ "RoutingFactor" SG_ 1721 DAQ7_Byte3 1;
+BA_ "Version" SG_ 1721 DAQ7_Byte3 "18.08.01";
+BA_ "UsrSigPurpose" SG_ 1721 DAQ7_Byte4 6;
+BA_ "GenSigSendType" SG_ 1721 DAQ7_Byte4 2;
+BA_ "GenSigStartValue" SG_ 1721 DAQ7_Byte4 0;
+BA_ "UserSigValidity" SG_ 1721 DAQ7_Byte4 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1721 DAQ7_Byte4 0;
+BA_ "NetworkRequest" SG_ 1721 DAQ7_Byte4 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1721 DAQ7_Byte4 5000;
+BA_ "RoutingFactor" SG_ 1721 DAQ7_Byte4 1;
+BA_ "Version" SG_ 1721 DAQ7_Byte4 "18.08.01";
+BA_ "UsrSigPurpose" SG_ 1721 DAQ7_Byte5 6;
+BA_ "GenSigSendType" SG_ 1721 DAQ7_Byte5 2;
+BA_ "GenSigStartValue" SG_ 1721 DAQ7_Byte5 0;
+BA_ "UserSigValidity" SG_ 1721 DAQ7_Byte5 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1721 DAQ7_Byte5 0;
+BA_ "NetworkRequest" SG_ 1721 DAQ7_Byte5 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1721 DAQ7_Byte5 5000;
+BA_ "RoutingFactor" SG_ 1721 DAQ7_Byte5 1;
+BA_ "Version" SG_ 1721 DAQ7_Byte5 "18.08.01";
+BA_ "UsrSigPurpose" SG_ 1721 DAQ7_Byte6 6;
+BA_ "GenSigSendType" SG_ 1721 DAQ7_Byte6 2;
+BA_ "GenSigStartValue" SG_ 1721 DAQ7_Byte6 0;
+BA_ "UserSigValidity" SG_ 1721 DAQ7_Byte6 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1721 DAQ7_Byte6 0;
+BA_ "NetworkRequest" SG_ 1721 DAQ7_Byte6 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1721 DAQ7_Byte6 5000;
+BA_ "RoutingFactor" SG_ 1721 DAQ7_Byte6 1;
+BA_ "Version" SG_ 1721 DAQ7_Byte6 "18.08.01";
+BA_ "UsrSigPurpose" SG_ 1721 DAQ7_Byte7 6;
+BA_ "GenSigSendType" SG_ 1721 DAQ7_Byte7 2;
+BA_ "GenSigStartValue" SG_ 1721 DAQ7_Byte7 0;
+BA_ "UserSigValidity" SG_ 1721 DAQ7_Byte7 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1721 DAQ7_Byte7 0;
+BA_ "NetworkRequest" SG_ 1721 DAQ7_Byte7 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1721 DAQ7_Byte7 5000;
+BA_ "RoutingFactor" SG_ 1721 DAQ7_Byte7 1;
+BA_ "Version" SG_ 1721 DAQ7_Byte7 "18.08.01";
+BA_ "UsrSigPurpose" SG_ 1721 DAQ7_Byte1 6;
+BA_ "GenSigSendType" SG_ 1721 DAQ7_Byte1 2;
+BA_ "GenSigStartValue" SG_ 1721 DAQ7_Byte1 0;
+BA_ "UserSigValidity" SG_ 1721 DAQ7_Byte1 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1721 DAQ7_Byte1 0;
+BA_ "NetworkRequest" SG_ 1721 DAQ7_Byte1 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1721 DAQ7_Byte1 5000;
+BA_ "RoutingFactor" SG_ 1721 DAQ7_Byte1 1;
+BA_ "Version" SG_ 1721 DAQ7_Byte1 "18.08.01";
+BA_ "GenMsgSendType" BO_ 325 0;
+BA_ "GenMsgCycleTime" BO_ 325 20;
+BA_ "GenMsgCycleTimeFast" BO_ 325 0;
+BA_ "GenMsgNrOfRepetition" BO_ 325 0;
+BA_ "GenMsgDelayTime" BO_ 325 0;
+BA_ "GenMsgStartDelayTime" BO_ 325 0;
+BA_ "VFrameFormat" BO_ 325 14;
+BA_ "Description" SG_ 325 DATC_Crc1Val "The data area for CRC calculation is based on the data length (DLC) of the message DB.
+
+The CRC shall be calculated over the entire data block (excluding the CRC bytes) including the user data, alive counter and Data ID
+
+ 
+
+- CRC Polynomial (0x1021) , Initial Value : 0xFFFF, XOR value : 0x0000, Data ID : Message ID + 0xF800 
+
+- The initial value is for CRC calculation and the message should be sent with the calculated result value. 
+
+- The mathematical expression to 16 bit CRC polynomial is given here. G(x) = x16 + x12 + x5 + 1";
+BA_ "GenSigStartValue" SG_ 325 DATC_Crc1Val 65535;
+BA_ "UserSigValidity" SG_ 325 DATC_Crc1Val 7;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 325 DATC_Crc1Val 500;
+BA_ "NetworkRequestHoldingTime" SG_ 325 DATC_Crc1Val 0;
+BA_ "RoutingFactor" SG_ 325 DATC_Crc1Val 5;
+BA_ "Version" SG_ 325 DATC_Crc1Val "18.11.08";
+BA_ "Description" SG_ 325 DATC_MixDfgSelSta "DATC will send this request signal to BMS when controlled in Mix/Def mode.";
+BA_ "GenSigStartValue" SG_ 325 DATC_MixDfgSelSta 0;
+BA_ "UserSigValidity" SG_ 325 DATC_MixDfgSelSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 325 DATC_MixDfgSelSta 0;
+BA_ "RoutingFactor" SG_ 325 DATC_MixDfgSelSta 5;
+BA_ "Version" SG_ 325 DATC_MixDfgSelSta "17.11.00";
+BA_ "Description" SG_ 325 DATC_BattChlrVlvSta "Battery chiller valve status";
+BA_ "GenSigStartValue" SG_ 325 DATC_BattChlrVlvSta 0;
+BA_ "UserSigValidity" SG_ 325 DATC_BattChlrVlvSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 325 DATC_BattChlrVlvSta 0;
+BA_ "RoutingFactor" SG_ 325 DATC_BattChlrVlvSta 5;
+BA_ "Version" SG_ 325 DATC_BattChlrVlvSta "18.09.00";
+BA_ "Description" SG_ 325 DATC_AcnECompSpdVal "0 …65534 [rpm] = 0000H … FFFEH, (PH) = 1*(HEX) [rpm]";
+BA_ "GenSigStartValue" SG_ 325 DATC_AcnECompSpdVal 0;
+BA_ "UserSigValidity" SG_ 325 DATC_AcnECompSpdVal 7;
+BA_ "NetworkRequestHoldingTime" SG_ 325 DATC_AcnECompSpdVal 0;
+BA_ "RoutingFactor" SG_ 325 DATC_AcnECompSpdVal 5;
+BA_ "Version" SG_ 325 DATC_AcnECompSpdVal "17.11.00";
+BA_ "Description" SG_ 325 DATC_AcnCompSlpModCodVal "(PH) = 1 * (HEX) [-]";
+BA_ "GenSigStartValue" SG_ 325 DATC_AcnCompSlpModCodVal 0;
+BA_ "UserSigValidity" SG_ 325 DATC_AcnCompSlpModCodVal 7;
+BA_ "NetworkRequestHoldingTime" SG_ 325 DATC_AcnCompSlpModCodVal 0;
+BA_ "RoutingFactor" SG_ 325 DATC_AcnCompSlpModCodVal 5;
+BA_ "Version" SG_ 325 DATC_AcnCompSlpModCodVal "17.11.00";
+BA_ "Description" SG_ 325 DATC_AcnCompWaitCodVal "(PH) = 1 * (HEX) [-]";
+BA_ "GenSigStartValue" SG_ 325 DATC_AcnCompWaitCodVal 0;
+BA_ "UserSigValidity" SG_ 325 DATC_AcnCompWaitCodVal 7;
+BA_ "NetworkRequestHoldingTime" SG_ 325 DATC_AcnCompWaitCodVal 0;
+BA_ "RoutingFactor" SG_ 325 DATC_AcnCompWaitCodVal 5;
+BA_ "Version" SG_ 325 DATC_AcnCompWaitCodVal "17.11.00";
+BA_ "Description" SG_ 325 DATC_AcnCompSta "1 : Initialize Mode, 2: Standby Mode, 4 : Wait Mode, 8 : Sleep Mode, 10H: Operating Mode";
+BA_ "GenSigStartValue" SG_ 325 DATC_AcnCompSta 0;
+BA_ "UserSigValidity" SG_ 325 DATC_AcnCompSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 325 DATC_AcnCompSta 0;
+BA_ "RoutingFactor" SG_ 325 DATC_AcnCompSta 5;
+BA_ "Version" SG_ 325 DATC_AcnCompSta "17.11.00";
+BA_ "Description" SG_ 325 DATC_AEwpSpdRpmReq "This signal indicates Request EWP speed to recover heat in HVAC System.(ENG COOLING 용 회로 / 히터코어 연관)";
+BA_ "GenSigStartValue" SG_ 325 DATC_AEwpSpdRpmReq 0;
+BA_ "UserSigValidity" SG_ 325 DATC_AEwpSpdRpmReq 7;
+BA_ "NetworkRequestHoldingTime" SG_ 325 DATC_AEwpSpdRpmReq 0;
+BA_ "RoutingFactor" SG_ 325 DATC_AEwpSpdRpmReq 5;
+BA_ "Version" SG_ 325 DATC_AEwpSpdRpmReq "17.11.00";
+BA_ "Description" SG_ 325 DATC_AlvCnt1Val "For the first transmission request for a data element the counter shall be initialized with 0 and shall be incremented by 1 for every subsequent send request. 
+
+When the counter reaches the maximum value(0xFF), then it shall restart with 0 for the next send request";
+BA_ "GenSigStartValue" SG_ 325 DATC_AlvCnt1Val 0;
+BA_ "UserSigValidity" SG_ 325 DATC_AlvCnt1Val 7;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 325 DATC_AlvCnt1Val 500;
+BA_ "NetworkRequestHoldingTime" SG_ 325 DATC_AlvCnt1Val 0;
+BA_ "RoutingFactor" SG_ 325 DATC_AlvCnt1Val 5;
+BA_ "Version" SG_ 325 DATC_AlvCnt1Val "18.11.08";
+BA_ "Description" SG_ 325 DATC_RadFanReq_Duty "This signal indicates Request cooling fan speed to cool HVAC System (Duty)";
+BA_ "GenSigStartValue" SG_ 325 DATC_RadFanReq_Duty 0;
+BA_ "UserSigValidity" SG_ 325 DATC_RadFanReq_Duty 5;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 325 DATC_RadFanReq_Duty 500;
+BA_ "NetworkRequestHoldingTime" SG_ 325 DATC_RadFanReq_Duty 0;
+BA_ "RoutingFactor" SG_ 325 DATC_RadFanReq_Duty 5;
+BA_ "Version" SG_ 325 DATC_RadFanReq_Duty "18.09.01";
+BA_ "Description" SG_ 325 DATC_OutTempSnsrVal "Actual temperature of Ambient Sensor via an A/D converter; converted into degrees
+
+centigrade (℃).
+
+This is raw data of ambient sensor; just transferred from Ambient Sensor Voltage.";
+BA_ "GenSigStartValue" SG_ 325 DATC_OutTempSnsrVal 0;
+BA_ "UserSigValidity" SG_ 325 DATC_OutTempSnsrVal 7;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 325 DATC_OutTempSnsrVal 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 325 DATC_OutTempSnsrVal 500;
+BA_ "NetworkRequestHoldingTime" SG_ 325 DATC_OutTempSnsrVal 0;
+BA_ "RoutingFactor" SG_ 325 DATC_OutTempSnsrVal 5;
+BA_ "Version" SG_ 325 DATC_OutTempSnsrVal "17.11.00";
+BA_ "Description" SG_ 325 DATC_AUTOActv "As soon as FATC receive activation message from TMU, 
+
+For 5 Seconds, FATC Send The massage “ Automatic control is Active(01H) “ and 
+
+control 23℃ Auto.
+
+After 5 seconds FATC send the initial value(00H) massage";
+BA_ "GenSigStartValue" SG_ 325 DATC_AUTOActv 0;
+BA_ "UserSigValidity" SG_ 325 DATC_AUTOActv 7;
+BA_ "NetworkRequestHoldingTime" SG_ 325 DATC_AUTOActv 0;
+BA_ "RoutingFactor" SG_ 325 DATC_AUTOActv 5;
+BA_ "Version" SG_ 325 DATC_AUTOActv "17.11.00";
+BA_ "Description" SG_ 325 DATC_DfgSw "This signal indicates whether FRONT DEF switch is selected or not.";
+BA_ "GenSigStartValue" SG_ 325 DATC_DfgSw 0;
+BA_ "UserSigValidity" SG_ 325 DATC_DfgSw 7;
+BA_ "NetworkRequestHoldingTime" SG_ 325 DATC_DfgSw 0;
+BA_ "RoutingFactor" SG_ 325 DATC_DfgSw 5;
+BA_ "Version" SG_ 325 DATC_DfgSw "17.11.00";
+BA_ "Description" SG_ 325 DATC_BattChlrVlv_FltCode "Battery Chiller Filt Code";
+BA_ "GenSigStartValue" SG_ 325 DATC_BattChlrVlv_FltCode 0;
+BA_ "UserSigValidity" SG_ 325 DATC_BattChlrVlv_FltCode 3;
+BA_ "NetworkRequestHoldingTime" SG_ 325 DATC_BattChlrVlv_FltCode 0;
+BA_ "RoutingFactor" SG_ 325 DATC_BattChlrVlv_FltCode 5;
+BA_ "Version" SG_ 325 DATC_BattChlrVlv_FltCode "18.09.00";
+BA_ "Description" SG_ 325 DATC_BattEvapVlvSta "BATTERY COOL V/V (EVAP) STATUS";
+BA_ "GenSigStartValue" SG_ 325 DATC_BattEvapVlvSta 0;
+BA_ "UserSigValidity" SG_ 325 DATC_BattEvapVlvSta 5;
+BA_ "NetworkRequestHoldingTime" SG_ 325 DATC_BattEvapVlvSta 0;
+BA_ "RoutingFactor" SG_ 325 DATC_BattEvapVlvSta 5;
+BA_ "Version" SG_ 325 DATC_BattEvapVlvSta "18.09.00";
+BA_ "Description" SG_ 325 DATC_BattEvapVlv_FltCode "BATTERY COOL V/V (EVAP) FltCode";
+BA_ "GenSigStartValue" SG_ 325 DATC_BattEvapVlv_FltCode 0;
+BA_ "UserSigValidity" SG_ 325 DATC_BattEvapVlv_FltCode 5;
+BA_ "NetworkRequestHoldingTime" SG_ 325 DATC_BattEvapVlv_FltCode 0;
+BA_ "RoutingFactor" SG_ 325 DATC_BattEvapVlv_FltCode 5;
+BA_ "Version" SG_ 325 DATC_BattEvapVlv_FltCode "18.09.00";
+BA_ "Description" SG_ 325 DATC_MildCooldown "Mild Cooldown State";
+BA_ "GenSigStartValue" SG_ 325 DATC_MildCooldown 0;
+BA_ "UserSigValidity" SG_ 325 DATC_MildCooldown 7;
+BA_ "NetworkRequestHoldingTime" SG_ 325 DATC_MildCooldown 0;
+BA_ "RoutingFactor" SG_ 325 DATC_MildCooldown 5;
+BA_ "Version" SG_ 325 DATC_MildCooldown "18.10.06";
+BA_ "Description" SG_ 325 DATC_BlwrLvl "This signal indicates step of Front blower operation .";
+BA_ "GenSigStartValue" SG_ 325 DATC_BlwrLvl 0;
+BA_ "UserSigValidity" SG_ 325 DATC_BlwrLvl 7;
+BA_ "NetworkRequestHoldingTime" SG_ 325 DATC_BlwrLvl 0;
+BA_ "RoutingFactor" SG_ 325 DATC_BlwrLvl 5;
+BA_ "Version" SG_ 325 DATC_BlwrLvl "18.10.06";
+BA_ "Description" SG_ 325 DATC_PtcRlySta "This signal indicates PTC relay operation condition of gasoline engine. This signal is used for EMS to decide engine RPM up.";
+BA_ "GenSigStartValue" SG_ 325 DATC_PtcRlySta 0;
+BA_ "UserSigValidity" SG_ 325 DATC_PtcRlySta 7;
+BA_ "NetworkRequestHoldingTime" SG_ 325 DATC_PtcRlySta 0;
+BA_ "RoutingFactor" SG_ 325 DATC_PtcRlySta 5;
+BA_ "Version" SG_ 325 DATC_PtcRlySta "17.11.00";
+BA_ "Description" SG_ 325 DATC_ManufacturerTyp "This signal FATC_ID identifies FATC Maker.";
+BA_ "GenSigStartValue" SG_ 325 DATC_ManufacturerTyp 0;
+BA_ "UserSigValidity" SG_ 325 DATC_ManufacturerTyp 3;
+BA_ "NetworkRequestHoldingTime" SG_ 325 DATC_ManufacturerTyp 0;
+BA_ "RoutingFactor" SG_ 325 DATC_ManufacturerTyp 5;
+BA_ "Version" SG_ 325 DATC_ManufacturerTyp "17.11.00";
+BA_ "Description" SG_ 325 DATC_Cooldown "This signal indicates complete of cooldown.";
+BA_ "GenSigStartValue" SG_ 325 DATC_Cooldown 0;
+BA_ "UserSigValidity" SG_ 325 DATC_Cooldown 3;
+BA_ "NetworkRequestHoldingTime" SG_ 325 DATC_Cooldown 0;
+BA_ "RoutingFactor" SG_ 325 DATC_Cooldown 5;
+BA_ "Version" SG_ 325 DATC_Cooldown "18.09.00";
+BA_ "Description" SG_ 325 DATC_AcnReq "This signal indicates A/C request switch by FATC
+
+This signal occurs when A/C switch(button) is selected either manually or automatically.
+
+EMS decides the torque compensation value to avoid torque shortage while A/C on";
+BA_ "GenSigStartValue" SG_ 325 DATC_AcnReq 0;
+BA_ "UserSigValidity" SG_ 325 DATC_AcnReq 7;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 325 DATC_AcnReq 500;
+BA_ "NetworkRequestHoldingTime" SG_ 325 DATC_AcnReq 0;
+BA_ "RoutingFactor" SG_ 325 DATC_AcnReq 5;
+BA_ "Version" SG_ 325 DATC_AcnReq "17.11.00";
+BA_ "Description" SG_ 325 DATC_BlwSta "This signal indicates HVAC blower motor operation condition.
+
+The signal is used for EMS to decide PTC on or manage battery level.";
+BA_ "GenSigStartValue" SG_ 325 DATC_BlwSta 0;
+BA_ "UserSigValidity" SG_ 325 DATC_BlwSta 7;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 325 DATC_BlwSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 325 DATC_BlwSta 0;
+BA_ "RoutingFactor" SG_ 325 DATC_BlwSta 5;
+BA_ "Version" SG_ 325 DATC_BlwSta "17.11.00";
+BA_ "Description" SG_ 325 DATC_BlwMaxSta "This signal indicates that FATC operates HVAC blower by maximum speed.";
+BA_ "GenSigStartValue" SG_ 325 DATC_BlwMaxSta 0;
+BA_ "UserSigValidity" SG_ 325 DATC_BlwMaxSta 7;
+BA_ "NetworkRequestHoldingTime" SG_ 325 DATC_BlwMaxSta 0;
+BA_ "RoutingFactor" SG_ 325 DATC_BlwMaxSta 5;
+BA_ "Version" SG_ 325 DATC_BlwMaxSta "17.11.00";
+BA_ "Description" SG_ 325 DATC_EngStrtReq "FATC requests Engine Auto Start to EMS by this signal during idle stop.";
+BA_ "GenSigStartValue" SG_ 325 DATC_EngStrtReq 0;
+BA_ "UserSigValidity" SG_ 325 DATC_EngStrtReq 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 325 DATC_EngStrtReq 500;
+BA_ "NetworkRequestHoldingTime" SG_ 325 DATC_EngStrtReq 0;
+BA_ "RoutingFactor" SG_ 325 DATC_EngStrtReq 5;
+BA_ "Version" SG_ 325 DATC_EngStrtReq "17.11.00";
+BA_ "Description" SG_ 325 DATC_AcnCompOnReq "FATC requests A/C compressor clutch on or off to EMS by this signal
+
+This signal is off to maintain a/c refrigerant flow and air flow smoothly and avoid abnormal a/c compressor torque rising even though A/C request switch on, if the surface temperature of evaporator is below the certain icing temperature.";
+BA_ "GenSigStartValue" SG_ 325 DATC_AcnCompOnReq 0;
+BA_ "UserSigValidity" SG_ 325 DATC_AcnCompOnReq 3;
+BA_ "NetworkRequestHoldingTime" SG_ 325 DATC_AcnCompOnReq 0;
+BA_ "RoutingFactor" SG_ 325 DATC_AcnCompOnReq 5;
+BA_ "Version" SG_ 325 DATC_AcnCompOnReq "17.11.00";
+BA_ "Description" SG_ 325 DATC_SrvLmpReq "This signal indicates request of service Lamp";
+BA_ "GenSigStartValue" SG_ 325 DATC_SrvLmpReq 0;
+BA_ "UserSigValidity" SG_ 325 DATC_SrvLmpReq 7;
+BA_ "NetworkRequestHoldingTime" SG_ 325 DATC_SrvLmpReq 0;
+BA_ "RoutingFactor" SG_ 325 DATC_SrvLmpReq 5;
+BA_ "Version" SG_ 325 DATC_SrvLmpReq "19.08.04";
+BA_ "GenSigStartValue" SG_ 325 DATC_AcnECompOpSta 0;
+BA_ "UserSigValidity" SG_ 325 DATC_AcnECompOpSta 7;
+BA_ "NetworkRequestHoldingTime" SG_ 325 DATC_AcnECompOpSta 0;
+BA_ "RoutingFactor" SG_ 325 DATC_AcnECompOpSta 5;
+BA_ "Version" SG_ 325 DATC_AcnECompOpSta "17.11.00";
+BA_ "GenSigStartValue" SG_ 325 DATC_AcnCompFltSta 0;
+BA_ "UserSigValidity" SG_ 325 DATC_AcnCompFltSta 7;
+BA_ "NetworkRequestHoldingTime" SG_ 325 DATC_AcnCompFltSta 0;
+BA_ "RoutingFactor" SG_ 325 DATC_AcnCompFltSta 5;
+BA_ "Version" SG_ 325 DATC_AcnCompFltSta "17.11.00";
+BA_ "GenSigStartValue" SG_ 325 DATC_WaterPmpOnReq 0;
+BA_ "UserSigValidity" SG_ 325 DATC_WaterPmpOnReq 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 325 DATC_WaterPmpOnReq 500;
+BA_ "NetworkRequestHoldingTime" SG_ 325 DATC_WaterPmpOnReq 0;
+BA_ "RoutingFactor" SG_ 325 DATC_WaterPmpOnReq 5;
+BA_ "Version" SG_ 325 DATC_WaterPmpOnReq "17.11.00";
+BA_ "GenSigStartValue" SG_ 325 DATC_RrDfgOpSta 0;
+BA_ "UserSigValidity" SG_ 325 DATC_RrDfgOpSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 325 DATC_RrDfgOpSta 0;
+BA_ "RoutingFactor" SG_ 325 DATC_RrDfgOpSta 5;
+BA_ "Version" SG_ 325 DATC_RrDfgOpSta "17.11.00";
+BA_ "GenSigStartValue" SG_ 325 DATC_AcnECompCANFltSta 0;
+BA_ "UserSigValidity" SG_ 325 DATC_AcnECompCANFltSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 325 DATC_AcnECompCANFltSta 0;
+BA_ "RoutingFactor" SG_ 325 DATC_AcnECompCANFltSta 5;
+BA_ "Version" SG_ 325 DATC_AcnECompCANFltSta "17.11.00";
+BA_ "GenSigStartValue" SG_ 325 DATC_HVCompIntlkSta 0;
+BA_ "UserSigValidity" SG_ 325 DATC_HVCompIntlkSta 7;
+BA_ "NetworkRequestHoldingTime" SG_ 325 DATC_HVCompIntlkSta 0;
+BA_ "RoutingFactor" SG_ 325 DATC_HVCompIntlkSta 5;
+BA_ "Version" SG_ 325 DATC_HVCompIntlkSta "17.11.00";
+BA_ "Description" SG_ 325 DATC_HVIntDischrgLkReq "This signal indicates forced discharge request when HV PTC Interlock or E-Compressor Interlock is open.";
+BA_ "GenSigStartValue" SG_ 325 DATC_HVIntDischrgLkReq 0;
+BA_ "UserSigValidity" SG_ 325 DATC_HVIntDischrgLkReq 7;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ OPU SG_ 325 DATC_HVIntDischrgLkReq 500;
+BA_ "NetworkRequestHoldingTime" SG_ 325 DATC_HVIntDischrgLkReq 0;
+BA_ "RoutingFactor" SG_ 325 DATC_HVIntDischrgLkReq 5;
+BA_ "Version" SG_ 325 DATC_HVIntDischrgLkReq "17.11.00";
+BA_ "Description" SG_ 325 DATC_AcnECompMaxReqPwrVal "0....20440[W] = 00H...3FEH (PH)= 20 * (HEX)[W]";
+BA_ "GenSigStartValue" SG_ 325 DATC_AcnECompMaxReqPwrVal 0;
+BA_ "UserSigValidity" SG_ 325 DATC_AcnECompMaxReqPwrVal 7;
+BA_ "NetworkRequestHoldingTime" SG_ 325 DATC_AcnECompMaxReqPwrVal 0;
+BA_ "RoutingFactor" SG_ 325 DATC_AcnECompMaxReqPwrVal 5;
+BA_ "Version" SG_ 325 DATC_AcnECompMaxReqPwrVal "19.08.04";
+BA_ "Description" SG_ 325 DATC_AcnECompCnsmptPwrVal "0…20440[W] = 00H...3FEH (PH)= 20 * (HEX)[W]";
+BA_ "GenSigStartValue" SG_ 325 DATC_AcnECompCnsmptPwrVal 0;
+BA_ "UserSigValidity" SG_ 325 DATC_AcnECompCnsmptPwrVal 7;
+BA_ "NetworkRequestHoldingTime" SG_ 325 DATC_AcnECompCnsmptPwrVal 0;
+BA_ "RoutingFactor" SG_ 325 DATC_AcnECompCnsmptPwrVal 5;
+BA_ "Version" SG_ 325 DATC_AcnECompCnsmptPwrVal "19.08.04";
+BA_ "GenSigStartValue" SG_ 325 DATC_MainRlyOffReq 0;
+BA_ "UserSigValidity" SG_ 325 DATC_MainRlyOffReq 3;
+BA_ "NetworkRequestHoldingTime" SG_ 325 DATC_MainRlyOffReq 0;
+BA_ "RoutingFactor" SG_ 325 DATC_MainRlyOffReq 5;
+BA_ "Version" SG_ 325 DATC_MainRlyOffReq "17.11.00";
+BA_ "GenMsgCycleTime" BO_ 1569 0;
+BA_ "GenMsgILSupport" BO_ 1569 0;
+BA_ "TpMessage" BO_ 1569 1;
+BA_ "GenMsgDelayTime" BO_ 1569 0;
+BA_ "GenMsgStartDelayTime" BO_ 1569 0;
+BA_ "VFrameFormat" BO_ 1569 14;
+BA_ "UsrSigPurpose" SG_ 1569 DCT_CCP_Receive_Byte0 6;
+BA_ "GenSigSendType" SG_ 1569 DCT_CCP_Receive_Byte0 2;
+BA_ "GenSigStartValue" SG_ 1569 DCT_CCP_Receive_Byte0 0;
+BA_ "UserSigValidity" SG_ 1569 DCT_CCP_Receive_Byte0 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1569 DCT_CCP_Receive_Byte0 0;
+BA_ "NetworkRequest" SG_ 1569 DCT_CCP_Receive_Byte0 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1569 DCT_CCP_Receive_Byte0 5000;
+BA_ "RoutingFactor" SG_ 1569 DCT_CCP_Receive_Byte0 1;
+BA_ "Version" SG_ 1569 DCT_CCP_Receive_Byte0 "18.08.01";
+BA_ "UsrSigPurpose" SG_ 1569 DCT_CCP_Receive_Byte2 6;
+BA_ "GenSigSendType" SG_ 1569 DCT_CCP_Receive_Byte2 2;
+BA_ "GenSigStartValue" SG_ 1569 DCT_CCP_Receive_Byte2 0;
+BA_ "UserSigValidity" SG_ 1569 DCT_CCP_Receive_Byte2 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1569 DCT_CCP_Receive_Byte2 0;
+BA_ "NetworkRequest" SG_ 1569 DCT_CCP_Receive_Byte2 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1569 DCT_CCP_Receive_Byte2 5000;
+BA_ "RoutingFactor" SG_ 1569 DCT_CCP_Receive_Byte2 1;
+BA_ "Version" SG_ 1569 DCT_CCP_Receive_Byte2 "18.08.01";
+BA_ "UsrSigPurpose" SG_ 1569 DCT_CCP_Receive_Byte3 6;
+BA_ "GenSigSendType" SG_ 1569 DCT_CCP_Receive_Byte3 2;
+BA_ "GenSigStartValue" SG_ 1569 DCT_CCP_Receive_Byte3 0;
+BA_ "UserSigValidity" SG_ 1569 DCT_CCP_Receive_Byte3 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1569 DCT_CCP_Receive_Byte3 0;
+BA_ "NetworkRequest" SG_ 1569 DCT_CCP_Receive_Byte3 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1569 DCT_CCP_Receive_Byte3 5000;
+BA_ "RoutingFactor" SG_ 1569 DCT_CCP_Receive_Byte3 1;
+BA_ "Version" SG_ 1569 DCT_CCP_Receive_Byte3 "18.08.01";
+BA_ "UsrSigPurpose" SG_ 1569 DCT_CCP_Receive_Byte4 6;
+BA_ "GenSigSendType" SG_ 1569 DCT_CCP_Receive_Byte4 2;
+BA_ "GenSigStartValue" SG_ 1569 DCT_CCP_Receive_Byte4 0;
+BA_ "UserSigValidity" SG_ 1569 DCT_CCP_Receive_Byte4 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1569 DCT_CCP_Receive_Byte4 0;
+BA_ "NetworkRequest" SG_ 1569 DCT_CCP_Receive_Byte4 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1569 DCT_CCP_Receive_Byte4 5000;
+BA_ "RoutingFactor" SG_ 1569 DCT_CCP_Receive_Byte4 1;
+BA_ "Version" SG_ 1569 DCT_CCP_Receive_Byte4 "18.08.01";
+BA_ "UsrSigPurpose" SG_ 1569 DCT_CCP_Receive_Byte5 6;
+BA_ "GenSigSendType" SG_ 1569 DCT_CCP_Receive_Byte5 2;
+BA_ "GenSigStartValue" SG_ 1569 DCT_CCP_Receive_Byte5 0;
+BA_ "UserSigValidity" SG_ 1569 DCT_CCP_Receive_Byte5 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1569 DCT_CCP_Receive_Byte5 0;
+BA_ "NetworkRequest" SG_ 1569 DCT_CCP_Receive_Byte5 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1569 DCT_CCP_Receive_Byte5 5000;
+BA_ "RoutingFactor" SG_ 1569 DCT_CCP_Receive_Byte5 1;
+BA_ "Version" SG_ 1569 DCT_CCP_Receive_Byte5 "18.08.01";
+BA_ "UsrSigPurpose" SG_ 1569 DCT_CCP_Receive_Byte6 6;
+BA_ "GenSigSendType" SG_ 1569 DCT_CCP_Receive_Byte6 2;
+BA_ "GenSigStartValue" SG_ 1569 DCT_CCP_Receive_Byte6 0;
+BA_ "UserSigValidity" SG_ 1569 DCT_CCP_Receive_Byte6 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1569 DCT_CCP_Receive_Byte6 0;
+BA_ "NetworkRequest" SG_ 1569 DCT_CCP_Receive_Byte6 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1569 DCT_CCP_Receive_Byte6 5000;
+BA_ "RoutingFactor" SG_ 1569 DCT_CCP_Receive_Byte6 1;
+BA_ "Version" SG_ 1569 DCT_CCP_Receive_Byte6 "18.08.01";
+BA_ "UsrSigPurpose" SG_ 1569 DCT_CCP_Receive_Byte7 6;
+BA_ "GenSigSendType" SG_ 1569 DCT_CCP_Receive_Byte7 2;
+BA_ "GenSigStartValue" SG_ 1569 DCT_CCP_Receive_Byte7 0;
+BA_ "UserSigValidity" SG_ 1569 DCT_CCP_Receive_Byte7 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1569 DCT_CCP_Receive_Byte7 0;
+BA_ "NetworkRequest" SG_ 1569 DCT_CCP_Receive_Byte7 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1569 DCT_CCP_Receive_Byte7 5000;
+BA_ "RoutingFactor" SG_ 1569 DCT_CCP_Receive_Byte7 1;
+BA_ "Version" SG_ 1569 DCT_CCP_Receive_Byte7 "18.08.01";
+BA_ "UsrSigPurpose" SG_ 1569 DCT_CCP_Receive_Byte1 6;
+BA_ "GenSigSendType" SG_ 1569 DCT_CCP_Receive_Byte1 2;
+BA_ "GenSigStartValue" SG_ 1569 DCT_CCP_Receive_Byte1 0;
+BA_ "UserSigValidity" SG_ 1569 DCT_CCP_Receive_Byte1 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1569 DCT_CCP_Receive_Byte1 0;
+BA_ "NetworkRequest" SG_ 1569 DCT_CCP_Receive_Byte1 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1569 DCT_CCP_Receive_Byte1 5000;
+BA_ "RoutingFactor" SG_ 1569 DCT_CCP_Receive_Byte1 1;
+BA_ "Version" SG_ 1569 DCT_CCP_Receive_Byte1 "18.08.01";
+BA_ "GenMsgCycleTime" BO_ 1568 0;
+BA_ "GenMsgILSupport" BO_ 1568 0;
+BA_ "TpMessage" BO_ 1568 1;
+BA_ "GenMsgDelayTime" BO_ 1568 0;
+BA_ "GenMsgStartDelayTime" BO_ 1568 0;
+BA_ "VFrameFormat" BO_ 1568 14;
+BA_ "UsrSigPurpose" SG_ 1568 DCT_CCP_Transmit_Byte0 6;
+BA_ "GenSigSendType" SG_ 1568 DCT_CCP_Transmit_Byte0 2;
+BA_ "GenSigStartValue" SG_ 1568 DCT_CCP_Transmit_Byte0 0;
+BA_ "UserSigValidity" SG_ 1568 DCT_CCP_Transmit_Byte0 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1568 DCT_CCP_Transmit_Byte0 0;
+BA_ "NetworkRequest" SG_ 1568 DCT_CCP_Transmit_Byte0 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1568 DCT_CCP_Transmit_Byte0 5000;
+BA_ "RoutingFactor" SG_ 1568 DCT_CCP_Transmit_Byte0 1;
+BA_ "Version" SG_ 1568 DCT_CCP_Transmit_Byte0 "18.08.01";
+BA_ "UsrSigPurpose" SG_ 1568 DCT_CCP_Transmit_Byte2 6;
+BA_ "GenSigSendType" SG_ 1568 DCT_CCP_Transmit_Byte2 2;
+BA_ "GenSigStartValue" SG_ 1568 DCT_CCP_Transmit_Byte2 0;
+BA_ "UserSigValidity" SG_ 1568 DCT_CCP_Transmit_Byte2 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1568 DCT_CCP_Transmit_Byte2 0;
+BA_ "NetworkRequest" SG_ 1568 DCT_CCP_Transmit_Byte2 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1568 DCT_CCP_Transmit_Byte2 5000;
+BA_ "RoutingFactor" SG_ 1568 DCT_CCP_Transmit_Byte2 1;
+BA_ "Version" SG_ 1568 DCT_CCP_Transmit_Byte2 "18.08.01";
+BA_ "UsrSigPurpose" SG_ 1568 DCT_CCP_Transmit_Byte3 6;
+BA_ "GenSigSendType" SG_ 1568 DCT_CCP_Transmit_Byte3 2;
+BA_ "GenSigStartValue" SG_ 1568 DCT_CCP_Transmit_Byte3 0;
+BA_ "UserSigValidity" SG_ 1568 DCT_CCP_Transmit_Byte3 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1568 DCT_CCP_Transmit_Byte3 0;
+BA_ "NetworkRequest" SG_ 1568 DCT_CCP_Transmit_Byte3 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1568 DCT_CCP_Transmit_Byte3 5000;
+BA_ "RoutingFactor" SG_ 1568 DCT_CCP_Transmit_Byte3 1;
+BA_ "Version" SG_ 1568 DCT_CCP_Transmit_Byte3 "18.08.01";
+BA_ "UsrSigPurpose" SG_ 1568 DCT_CCP_Transmit_Byte4 6;
+BA_ "GenSigSendType" SG_ 1568 DCT_CCP_Transmit_Byte4 2;
+BA_ "GenSigStartValue" SG_ 1568 DCT_CCP_Transmit_Byte4 0;
+BA_ "UserSigValidity" SG_ 1568 DCT_CCP_Transmit_Byte4 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1568 DCT_CCP_Transmit_Byte4 0;
+BA_ "NetworkRequest" SG_ 1568 DCT_CCP_Transmit_Byte4 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1568 DCT_CCP_Transmit_Byte4 5000;
+BA_ "RoutingFactor" SG_ 1568 DCT_CCP_Transmit_Byte4 1;
+BA_ "Version" SG_ 1568 DCT_CCP_Transmit_Byte4 "18.08.01";
+BA_ "UsrSigPurpose" SG_ 1568 DCT_CCP_Transmit_Byte5 6;
+BA_ "GenSigSendType" SG_ 1568 DCT_CCP_Transmit_Byte5 2;
+BA_ "GenSigStartValue" SG_ 1568 DCT_CCP_Transmit_Byte5 0;
+BA_ "UserSigValidity" SG_ 1568 DCT_CCP_Transmit_Byte5 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1568 DCT_CCP_Transmit_Byte5 0;
+BA_ "NetworkRequest" SG_ 1568 DCT_CCP_Transmit_Byte5 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1568 DCT_CCP_Transmit_Byte5 5000;
+BA_ "RoutingFactor" SG_ 1568 DCT_CCP_Transmit_Byte5 1;
+BA_ "Version" SG_ 1568 DCT_CCP_Transmit_Byte5 "18.08.01";
+BA_ "UsrSigPurpose" SG_ 1568 DCT_CCP_Transmit_Byte6 6;
+BA_ "GenSigSendType" SG_ 1568 DCT_CCP_Transmit_Byte6 2;
+BA_ "GenSigStartValue" SG_ 1568 DCT_CCP_Transmit_Byte6 0;
+BA_ "UserSigValidity" SG_ 1568 DCT_CCP_Transmit_Byte6 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1568 DCT_CCP_Transmit_Byte6 0;
+BA_ "NetworkRequest" SG_ 1568 DCT_CCP_Transmit_Byte6 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1568 DCT_CCP_Transmit_Byte6 5000;
+BA_ "RoutingFactor" SG_ 1568 DCT_CCP_Transmit_Byte6 1;
+BA_ "Version" SG_ 1568 DCT_CCP_Transmit_Byte6 "18.08.01";
+BA_ "UsrSigPurpose" SG_ 1568 DCT_CCP_Transmit_Byte7 6;
+BA_ "GenSigSendType" SG_ 1568 DCT_CCP_Transmit_Byte7 2;
+BA_ "GenSigStartValue" SG_ 1568 DCT_CCP_Transmit_Byte7 0;
+BA_ "UserSigValidity" SG_ 1568 DCT_CCP_Transmit_Byte7 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1568 DCT_CCP_Transmit_Byte7 0;
+BA_ "NetworkRequest" SG_ 1568 DCT_CCP_Transmit_Byte7 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1568 DCT_CCP_Transmit_Byte7 5000;
+BA_ "RoutingFactor" SG_ 1568 DCT_CCP_Transmit_Byte7 1;
+BA_ "Version" SG_ 1568 DCT_CCP_Transmit_Byte7 "18.08.01";
+BA_ "UsrSigPurpose" SG_ 1568 DCT_CCP_Transmit_Byte1 6;
+BA_ "GenSigSendType" SG_ 1568 DCT_CCP_Transmit_Byte1 2;
+BA_ "GenSigStartValue" SG_ 1568 DCT_CCP_Transmit_Byte1 0;
+BA_ "UserSigValidity" SG_ 1568 DCT_CCP_Transmit_Byte1 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1568 DCT_CCP_Transmit_Byte1 0;
+BA_ "NetworkRequest" SG_ 1568 DCT_CCP_Transmit_Byte1 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1568 DCT_CCP_Transmit_Byte1 5000;
+BA_ "RoutingFactor" SG_ 1568 DCT_CCP_Transmit_Byte1 1;
+BA_ "Version" SG_ 1568 DCT_CCP_Transmit_Byte1 "18.08.01";
+BA_ "GenMsgCycleTime" BO_ 1684 0;
+BA_ "GenMsgILSupport" BO_ 1684 0;
+BA_ "TpMessage" BO_ 1684 1;
+BA_ "GenMsgDelayTime" BO_ 1684 0;
+BA_ "GenMsgStartDelayTime" BO_ 1684 0;
+BA_ "VFrameFormat" BO_ 1684 14;
+BA_ "UsrSigPurpose" SG_ 1684 DCU_Inca_Rx_Byte0 6;
+BA_ "GenSigSendType" SG_ 1684 DCU_Inca_Rx_Byte0 2;
+BA_ "GenSigStartValue" SG_ 1684 DCU_Inca_Rx_Byte0 0;
+BA_ "UserSigValidity" SG_ 1684 DCU_Inca_Rx_Byte0 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1684 DCU_Inca_Rx_Byte0 0;
+BA_ "NetworkRequest" SG_ 1684 DCU_Inca_Rx_Byte0 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1684 DCU_Inca_Rx_Byte0 5000;
+BA_ "RoutingFactor" SG_ 1684 DCU_Inca_Rx_Byte0 1;
+BA_ "Version" SG_ 1684 DCU_Inca_Rx_Byte0 "19.03.03";
+BA_ "UsrSigPurpose" SG_ 1684 DCU_Inca_Rx_Byte2 6;
+BA_ "GenSigSendType" SG_ 1684 DCU_Inca_Rx_Byte2 2;
+BA_ "GenSigStartValue" SG_ 1684 DCU_Inca_Rx_Byte2 0;
+BA_ "UserSigValidity" SG_ 1684 DCU_Inca_Rx_Byte2 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1684 DCU_Inca_Rx_Byte2 0;
+BA_ "NetworkRequest" SG_ 1684 DCU_Inca_Rx_Byte2 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1684 DCU_Inca_Rx_Byte2 5000;
+BA_ "RoutingFactor" SG_ 1684 DCU_Inca_Rx_Byte2 1;
+BA_ "Version" SG_ 1684 DCU_Inca_Rx_Byte2 "19.03.03";
+BA_ "UsrSigPurpose" SG_ 1684 DCU_Inca_Rx_Byte3 6;
+BA_ "GenSigSendType" SG_ 1684 DCU_Inca_Rx_Byte3 2;
+BA_ "GenSigStartValue" SG_ 1684 DCU_Inca_Rx_Byte3 0;
+BA_ "UserSigValidity" SG_ 1684 DCU_Inca_Rx_Byte3 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1684 DCU_Inca_Rx_Byte3 0;
+BA_ "NetworkRequest" SG_ 1684 DCU_Inca_Rx_Byte3 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1684 DCU_Inca_Rx_Byte3 5000;
+BA_ "RoutingFactor" SG_ 1684 DCU_Inca_Rx_Byte3 1;
+BA_ "Version" SG_ 1684 DCU_Inca_Rx_Byte3 "19.03.03";
+BA_ "UsrSigPurpose" SG_ 1684 DCU_Inca_Rx_Byte4 6;
+BA_ "GenSigSendType" SG_ 1684 DCU_Inca_Rx_Byte4 2;
+BA_ "GenSigStartValue" SG_ 1684 DCU_Inca_Rx_Byte4 0;
+BA_ "UserSigValidity" SG_ 1684 DCU_Inca_Rx_Byte4 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1684 DCU_Inca_Rx_Byte4 0;
+BA_ "NetworkRequest" SG_ 1684 DCU_Inca_Rx_Byte4 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1684 DCU_Inca_Rx_Byte4 5000;
+BA_ "RoutingFactor" SG_ 1684 DCU_Inca_Rx_Byte4 1;
+BA_ "Version" SG_ 1684 DCU_Inca_Rx_Byte4 "19.03.03";
+BA_ "UsrSigPurpose" SG_ 1684 DCU_Inca_Rx_Byte5 6;
+BA_ "GenSigSendType" SG_ 1684 DCU_Inca_Rx_Byte5 2;
+BA_ "GenSigStartValue" SG_ 1684 DCU_Inca_Rx_Byte5 0;
+BA_ "UserSigValidity" SG_ 1684 DCU_Inca_Rx_Byte5 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1684 DCU_Inca_Rx_Byte5 0;
+BA_ "NetworkRequest" SG_ 1684 DCU_Inca_Rx_Byte5 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1684 DCU_Inca_Rx_Byte5 5000;
+BA_ "RoutingFactor" SG_ 1684 DCU_Inca_Rx_Byte5 1;
+BA_ "Version" SG_ 1684 DCU_Inca_Rx_Byte5 "19.03.03";
+BA_ "UsrSigPurpose" SG_ 1684 DCU_Inca_Rx_Byte6 6;
+BA_ "GenSigSendType" SG_ 1684 DCU_Inca_Rx_Byte6 2;
+BA_ "GenSigStartValue" SG_ 1684 DCU_Inca_Rx_Byte6 0;
+BA_ "UserSigValidity" SG_ 1684 DCU_Inca_Rx_Byte6 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1684 DCU_Inca_Rx_Byte6 0;
+BA_ "NetworkRequest" SG_ 1684 DCU_Inca_Rx_Byte6 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1684 DCU_Inca_Rx_Byte6 5000;
+BA_ "RoutingFactor" SG_ 1684 DCU_Inca_Rx_Byte6 1;
+BA_ "Version" SG_ 1684 DCU_Inca_Rx_Byte6 "19.03.03";
+BA_ "UsrSigPurpose" SG_ 1684 DCU_Inca_Rx_Byte7 6;
+BA_ "GenSigSendType" SG_ 1684 DCU_Inca_Rx_Byte7 2;
+BA_ "GenSigStartValue" SG_ 1684 DCU_Inca_Rx_Byte7 0;
+BA_ "UserSigValidity" SG_ 1684 DCU_Inca_Rx_Byte7 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1684 DCU_Inca_Rx_Byte7 0;
+BA_ "NetworkRequest" SG_ 1684 DCU_Inca_Rx_Byte7 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1684 DCU_Inca_Rx_Byte7 5000;
+BA_ "RoutingFactor" SG_ 1684 DCU_Inca_Rx_Byte7 1;
+BA_ "Version" SG_ 1684 DCU_Inca_Rx_Byte7 "19.03.03";
+BA_ "UsrSigPurpose" SG_ 1684 DCU_Inca_Rx_Byte1 6;
+BA_ "GenSigSendType" SG_ 1684 DCU_Inca_Rx_Byte1 2;
+BA_ "GenSigStartValue" SG_ 1684 DCU_Inca_Rx_Byte1 0;
+BA_ "UserSigValidity" SG_ 1684 DCU_Inca_Rx_Byte1 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1684 DCU_Inca_Rx_Byte1 0;
+BA_ "NetworkRequest" SG_ 1684 DCU_Inca_Rx_Byte1 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1684 DCU_Inca_Rx_Byte1 5000;
+BA_ "RoutingFactor" SG_ 1684 DCU_Inca_Rx_Byte1 1;
+BA_ "Version" SG_ 1684 DCU_Inca_Rx_Byte1 "19.03.03";
+BA_ "GenMsgCycleTime" BO_ 1686 0;
+BA_ "GenMsgILSupport" BO_ 1686 0;
+BA_ "TpMessage" BO_ 1686 1;
+BA_ "GenMsgDelayTime" BO_ 1686 0;
+BA_ "GenMsgStartDelayTime" BO_ 1686 0;
+BA_ "VFrameFormat" BO_ 1686 14;
+BA_ "UsrSigPurpose" SG_ 1686 DCU_Inca_Rx_100ms_Byte0 6;
+BA_ "GenSigSendType" SG_ 1686 DCU_Inca_Rx_100ms_Byte0 2;
+BA_ "GenSigStartValue" SG_ 1686 DCU_Inca_Rx_100ms_Byte0 0;
+BA_ "UserSigValidity" SG_ 1686 DCU_Inca_Rx_100ms_Byte0 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1686 DCU_Inca_Rx_100ms_Byte0 0;
+BA_ "NetworkRequest" SG_ 1686 DCU_Inca_Rx_100ms_Byte0 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1686 DCU_Inca_Rx_100ms_Byte0 5000;
+BA_ "RoutingFactor" SG_ 1686 DCU_Inca_Rx_100ms_Byte0 1;
+BA_ "Version" SG_ 1686 DCU_Inca_Rx_100ms_Byte0 "19.03.03";
+BA_ "UsrSigPurpose" SG_ 1686 DCU_Inca_Rx_100ms_Byte2 6;
+BA_ "GenSigSendType" SG_ 1686 DCU_Inca_Rx_100ms_Byte2 2;
+BA_ "GenSigStartValue" SG_ 1686 DCU_Inca_Rx_100ms_Byte2 0;
+BA_ "UserSigValidity" SG_ 1686 DCU_Inca_Rx_100ms_Byte2 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1686 DCU_Inca_Rx_100ms_Byte2 0;
+BA_ "NetworkRequest" SG_ 1686 DCU_Inca_Rx_100ms_Byte2 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1686 DCU_Inca_Rx_100ms_Byte2 5000;
+BA_ "RoutingFactor" SG_ 1686 DCU_Inca_Rx_100ms_Byte2 1;
+BA_ "Version" SG_ 1686 DCU_Inca_Rx_100ms_Byte2 "19.03.03";
+BA_ "UsrSigPurpose" SG_ 1686 DCU_Inca_Rx_100ms_Byte3 6;
+BA_ "GenSigSendType" SG_ 1686 DCU_Inca_Rx_100ms_Byte3 2;
+BA_ "GenSigStartValue" SG_ 1686 DCU_Inca_Rx_100ms_Byte3 0;
+BA_ "UserSigValidity" SG_ 1686 DCU_Inca_Rx_100ms_Byte3 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1686 DCU_Inca_Rx_100ms_Byte3 0;
+BA_ "NetworkRequest" SG_ 1686 DCU_Inca_Rx_100ms_Byte3 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1686 DCU_Inca_Rx_100ms_Byte3 5000;
+BA_ "RoutingFactor" SG_ 1686 DCU_Inca_Rx_100ms_Byte3 1;
+BA_ "Version" SG_ 1686 DCU_Inca_Rx_100ms_Byte3 "19.03.03";
+BA_ "UsrSigPurpose" SG_ 1686 DCU_Inca_Rx_100ms_Byte4 6;
+BA_ "GenSigSendType" SG_ 1686 DCU_Inca_Rx_100ms_Byte4 2;
+BA_ "GenSigStartValue" SG_ 1686 DCU_Inca_Rx_100ms_Byte4 0;
+BA_ "UserSigValidity" SG_ 1686 DCU_Inca_Rx_100ms_Byte4 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1686 DCU_Inca_Rx_100ms_Byte4 0;
+BA_ "NetworkRequest" SG_ 1686 DCU_Inca_Rx_100ms_Byte4 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1686 DCU_Inca_Rx_100ms_Byte4 5000;
+BA_ "RoutingFactor" SG_ 1686 DCU_Inca_Rx_100ms_Byte4 1;
+BA_ "Version" SG_ 1686 DCU_Inca_Rx_100ms_Byte4 "19.03.03";
+BA_ "UsrSigPurpose" SG_ 1686 DCU_Inca_Rx_100ms_Byte5 6;
+BA_ "GenSigSendType" SG_ 1686 DCU_Inca_Rx_100ms_Byte5 2;
+BA_ "GenSigStartValue" SG_ 1686 DCU_Inca_Rx_100ms_Byte5 0;
+BA_ "UserSigValidity" SG_ 1686 DCU_Inca_Rx_100ms_Byte5 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1686 DCU_Inca_Rx_100ms_Byte5 0;
+BA_ "NetworkRequest" SG_ 1686 DCU_Inca_Rx_100ms_Byte5 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1686 DCU_Inca_Rx_100ms_Byte5 5000;
+BA_ "RoutingFactor" SG_ 1686 DCU_Inca_Rx_100ms_Byte5 1;
+BA_ "Version" SG_ 1686 DCU_Inca_Rx_100ms_Byte5 "19.03.03";
+BA_ "UsrSigPurpose" SG_ 1686 DCU_Inca_Rx_100ms_Byte6 6;
+BA_ "GenSigSendType" SG_ 1686 DCU_Inca_Rx_100ms_Byte6 2;
+BA_ "GenSigStartValue" SG_ 1686 DCU_Inca_Rx_100ms_Byte6 0;
+BA_ "UserSigValidity" SG_ 1686 DCU_Inca_Rx_100ms_Byte6 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1686 DCU_Inca_Rx_100ms_Byte6 0;
+BA_ "NetworkRequest" SG_ 1686 DCU_Inca_Rx_100ms_Byte6 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1686 DCU_Inca_Rx_100ms_Byte6 5000;
+BA_ "RoutingFactor" SG_ 1686 DCU_Inca_Rx_100ms_Byte6 1;
+BA_ "Version" SG_ 1686 DCU_Inca_Rx_100ms_Byte6 "19.03.03";
+BA_ "UsrSigPurpose" SG_ 1686 DCU_Inca_Rx_100ms_Byte7 6;
+BA_ "GenSigSendType" SG_ 1686 DCU_Inca_Rx_100ms_Byte7 2;
+BA_ "GenSigStartValue" SG_ 1686 DCU_Inca_Rx_100ms_Byte7 0;
+BA_ "UserSigValidity" SG_ 1686 DCU_Inca_Rx_100ms_Byte7 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1686 DCU_Inca_Rx_100ms_Byte7 0;
+BA_ "NetworkRequest" SG_ 1686 DCU_Inca_Rx_100ms_Byte7 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1686 DCU_Inca_Rx_100ms_Byte7 5000;
+BA_ "RoutingFactor" SG_ 1686 DCU_Inca_Rx_100ms_Byte7 1;
+BA_ "Version" SG_ 1686 DCU_Inca_Rx_100ms_Byte7 "19.03.03";
+BA_ "UsrSigPurpose" SG_ 1686 DCU_Inca_Rx_100ms_Byte1 6;
+BA_ "GenSigSendType" SG_ 1686 DCU_Inca_Rx_100ms_Byte1 2;
+BA_ "GenSigStartValue" SG_ 1686 DCU_Inca_Rx_100ms_Byte1 0;
+BA_ "UserSigValidity" SG_ 1686 DCU_Inca_Rx_100ms_Byte1 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1686 DCU_Inca_Rx_100ms_Byte1 0;
+BA_ "NetworkRequest" SG_ 1686 DCU_Inca_Rx_100ms_Byte1 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1686 DCU_Inca_Rx_100ms_Byte1 5000;
+BA_ "RoutingFactor" SG_ 1686 DCU_Inca_Rx_100ms_Byte1 1;
+BA_ "Version" SG_ 1686 DCU_Inca_Rx_100ms_Byte1 "19.03.03";
+BA_ "GenMsgCycleTime" BO_ 1685 0;
+BA_ "GenMsgILSupport" BO_ 1685 0;
+BA_ "TpMessage" BO_ 1685 1;
+BA_ "GenMsgDelayTime" BO_ 1685 0;
+BA_ "GenMsgStartDelayTime" BO_ 1685 0;
+BA_ "VFrameFormat" BO_ 1685 14;
+BA_ "UsrSigPurpose" SG_ 1685 DCU_Inca_Rx_10ms_Byte0 6;
+BA_ "GenSigSendType" SG_ 1685 DCU_Inca_Rx_10ms_Byte0 2;
+BA_ "GenSigStartValue" SG_ 1685 DCU_Inca_Rx_10ms_Byte0 0;
+BA_ "UserSigValidity" SG_ 1685 DCU_Inca_Rx_10ms_Byte0 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1685 DCU_Inca_Rx_10ms_Byte0 0;
+BA_ "NetworkRequest" SG_ 1685 DCU_Inca_Rx_10ms_Byte0 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1685 DCU_Inca_Rx_10ms_Byte0 5000;
+BA_ "RoutingFactor" SG_ 1685 DCU_Inca_Rx_10ms_Byte0 1;
+BA_ "Version" SG_ 1685 DCU_Inca_Rx_10ms_Byte0 "19.03.03";
+BA_ "UsrSigPurpose" SG_ 1685 DCU_Inca_Rx_10ms_Byte2 6;
+BA_ "GenSigSendType" SG_ 1685 DCU_Inca_Rx_10ms_Byte2 2;
+BA_ "GenSigStartValue" SG_ 1685 DCU_Inca_Rx_10ms_Byte2 0;
+BA_ "UserSigValidity" SG_ 1685 DCU_Inca_Rx_10ms_Byte2 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1685 DCU_Inca_Rx_10ms_Byte2 0;
+BA_ "NetworkRequest" SG_ 1685 DCU_Inca_Rx_10ms_Byte2 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1685 DCU_Inca_Rx_10ms_Byte2 5000;
+BA_ "RoutingFactor" SG_ 1685 DCU_Inca_Rx_10ms_Byte2 1;
+BA_ "Version" SG_ 1685 DCU_Inca_Rx_10ms_Byte2 "19.03.03";
+BA_ "UsrSigPurpose" SG_ 1685 DCU_Inca_Rx_10ms_Byte3 6;
+BA_ "GenSigSendType" SG_ 1685 DCU_Inca_Rx_10ms_Byte3 2;
+BA_ "GenSigStartValue" SG_ 1685 DCU_Inca_Rx_10ms_Byte3 0;
+BA_ "UserSigValidity" SG_ 1685 DCU_Inca_Rx_10ms_Byte3 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1685 DCU_Inca_Rx_10ms_Byte3 0;
+BA_ "NetworkRequest" SG_ 1685 DCU_Inca_Rx_10ms_Byte3 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1685 DCU_Inca_Rx_10ms_Byte3 5000;
+BA_ "RoutingFactor" SG_ 1685 DCU_Inca_Rx_10ms_Byte3 1;
+BA_ "Version" SG_ 1685 DCU_Inca_Rx_10ms_Byte3 "19.03.03";
+BA_ "UsrSigPurpose" SG_ 1685 DCU_Inca_Rx_10ms_Byte4 6;
+BA_ "GenSigSendType" SG_ 1685 DCU_Inca_Rx_10ms_Byte4 2;
+BA_ "GenSigStartValue" SG_ 1685 DCU_Inca_Rx_10ms_Byte4 0;
+BA_ "UserSigValidity" SG_ 1685 DCU_Inca_Rx_10ms_Byte4 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1685 DCU_Inca_Rx_10ms_Byte4 0;
+BA_ "NetworkRequest" SG_ 1685 DCU_Inca_Rx_10ms_Byte4 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1685 DCU_Inca_Rx_10ms_Byte4 5000;
+BA_ "RoutingFactor" SG_ 1685 DCU_Inca_Rx_10ms_Byte4 1;
+BA_ "Version" SG_ 1685 DCU_Inca_Rx_10ms_Byte4 "19.03.03";
+BA_ "UsrSigPurpose" SG_ 1685 DCU_Inca_Rx_10ms_Byte5 6;
+BA_ "GenSigSendType" SG_ 1685 DCU_Inca_Rx_10ms_Byte5 2;
+BA_ "GenSigStartValue" SG_ 1685 DCU_Inca_Rx_10ms_Byte5 0;
+BA_ "UserSigValidity" SG_ 1685 DCU_Inca_Rx_10ms_Byte5 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1685 DCU_Inca_Rx_10ms_Byte5 0;
+BA_ "NetworkRequest" SG_ 1685 DCU_Inca_Rx_10ms_Byte5 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1685 DCU_Inca_Rx_10ms_Byte5 5000;
+BA_ "RoutingFactor" SG_ 1685 DCU_Inca_Rx_10ms_Byte5 1;
+BA_ "Version" SG_ 1685 DCU_Inca_Rx_10ms_Byte5 "19.03.03";
+BA_ "UsrSigPurpose" SG_ 1685 DCU_Inca_Rx_10ms_Byte6 6;
+BA_ "GenSigSendType" SG_ 1685 DCU_Inca_Rx_10ms_Byte6 2;
+BA_ "GenSigStartValue" SG_ 1685 DCU_Inca_Rx_10ms_Byte6 0;
+BA_ "UserSigValidity" SG_ 1685 DCU_Inca_Rx_10ms_Byte6 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1685 DCU_Inca_Rx_10ms_Byte6 0;
+BA_ "NetworkRequest" SG_ 1685 DCU_Inca_Rx_10ms_Byte6 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1685 DCU_Inca_Rx_10ms_Byte6 5000;
+BA_ "RoutingFactor" SG_ 1685 DCU_Inca_Rx_10ms_Byte6 1;
+BA_ "Version" SG_ 1685 DCU_Inca_Rx_10ms_Byte6 "19.03.03";
+BA_ "UsrSigPurpose" SG_ 1685 DCU_Inca_Rx_10ms_Byte7 6;
+BA_ "GenSigSendType" SG_ 1685 DCU_Inca_Rx_10ms_Byte7 2;
+BA_ "GenSigStartValue" SG_ 1685 DCU_Inca_Rx_10ms_Byte7 0;
+BA_ "UserSigValidity" SG_ 1685 DCU_Inca_Rx_10ms_Byte7 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1685 DCU_Inca_Rx_10ms_Byte7 0;
+BA_ "NetworkRequest" SG_ 1685 DCU_Inca_Rx_10ms_Byte7 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1685 DCU_Inca_Rx_10ms_Byte7 5000;
+BA_ "RoutingFactor" SG_ 1685 DCU_Inca_Rx_10ms_Byte7 1;
+BA_ "Version" SG_ 1685 DCU_Inca_Rx_10ms_Byte7 "19.03.03";
+BA_ "UsrSigPurpose" SG_ 1685 DCU_Inca_Rx_10ms_Byte1 6;
+BA_ "GenSigSendType" SG_ 1685 DCU_Inca_Rx_10ms_Byte1 2;
+BA_ "GenSigStartValue" SG_ 1685 DCU_Inca_Rx_10ms_Byte1 0;
+BA_ "UserSigValidity" SG_ 1685 DCU_Inca_Rx_10ms_Byte1 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1685 DCU_Inca_Rx_10ms_Byte1 0;
+BA_ "NetworkRequest" SG_ 1685 DCU_Inca_Rx_10ms_Byte1 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1685 DCU_Inca_Rx_10ms_Byte1 5000;
+BA_ "RoutingFactor" SG_ 1685 DCU_Inca_Rx_10ms_Byte1 1;
+BA_ "Version" SG_ 1685 DCU_Inca_Rx_10ms_Byte1 "19.03.03";
+BA_ "GenMsgCycleTime" BO_ 1693 0;
+BA_ "GenMsgILSupport" BO_ 1693 0;
+BA_ "TpMessage" BO_ 1693 1;
+BA_ "GenMsgDelayTime" BO_ 1693 0;
+BA_ "GenMsgStartDelayTime" BO_ 1693 0;
+BA_ "VFrameFormat" BO_ 1693 14;
+BA_ "UsrSigPurpose" SG_ 1693 DCU_Inca_Tx_Byte0 6;
+BA_ "GenSigSendType" SG_ 1693 DCU_Inca_Tx_Byte0 2;
+BA_ "GenSigStartValue" SG_ 1693 DCU_Inca_Tx_Byte0 0;
+BA_ "UserSigValidity" SG_ 1693 DCU_Inca_Tx_Byte0 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1693 DCU_Inca_Tx_Byte0 0;
+BA_ "NetworkRequest" SG_ 1693 DCU_Inca_Tx_Byte0 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1693 DCU_Inca_Tx_Byte0 5000;
+BA_ "RoutingFactor" SG_ 1693 DCU_Inca_Tx_Byte0 1;
+BA_ "Version" SG_ 1693 DCU_Inca_Tx_Byte0 "19.03.03";
+BA_ "UsrSigPurpose" SG_ 1693 DCU_Inca_Tx_Byte2 6;
+BA_ "GenSigSendType" SG_ 1693 DCU_Inca_Tx_Byte2 2;
+BA_ "GenSigStartValue" SG_ 1693 DCU_Inca_Tx_Byte2 0;
+BA_ "UserSigValidity" SG_ 1693 DCU_Inca_Tx_Byte2 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1693 DCU_Inca_Tx_Byte2 0;
+BA_ "NetworkRequest" SG_ 1693 DCU_Inca_Tx_Byte2 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1693 DCU_Inca_Tx_Byte2 5000;
+BA_ "RoutingFactor" SG_ 1693 DCU_Inca_Tx_Byte2 1;
+BA_ "Version" SG_ 1693 DCU_Inca_Tx_Byte2 "19.03.03";
+BA_ "UsrSigPurpose" SG_ 1693 DCU_Inca_Tx_Byte3 6;
+BA_ "GenSigSendType" SG_ 1693 DCU_Inca_Tx_Byte3 2;
+BA_ "GenSigStartValue" SG_ 1693 DCU_Inca_Tx_Byte3 0;
+BA_ "UserSigValidity" SG_ 1693 DCU_Inca_Tx_Byte3 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1693 DCU_Inca_Tx_Byte3 0;
+BA_ "NetworkRequest" SG_ 1693 DCU_Inca_Tx_Byte3 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1693 DCU_Inca_Tx_Byte3 5000;
+BA_ "RoutingFactor" SG_ 1693 DCU_Inca_Tx_Byte3 1;
+BA_ "Version" SG_ 1693 DCU_Inca_Tx_Byte3 "19.03.03";
+BA_ "UsrSigPurpose" SG_ 1693 DCU_Inca_Tx_Byte4 6;
+BA_ "GenSigSendType" SG_ 1693 DCU_Inca_Tx_Byte4 2;
+BA_ "GenSigStartValue" SG_ 1693 DCU_Inca_Tx_Byte4 0;
+BA_ "UserSigValidity" SG_ 1693 DCU_Inca_Tx_Byte4 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1693 DCU_Inca_Tx_Byte4 0;
+BA_ "NetworkRequest" SG_ 1693 DCU_Inca_Tx_Byte4 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1693 DCU_Inca_Tx_Byte4 5000;
+BA_ "RoutingFactor" SG_ 1693 DCU_Inca_Tx_Byte4 1;
+BA_ "Version" SG_ 1693 DCU_Inca_Tx_Byte4 "19.03.03";
+BA_ "UsrSigPurpose" SG_ 1693 DCU_Inca_Tx_Byte5 6;
+BA_ "GenSigSendType" SG_ 1693 DCU_Inca_Tx_Byte5 2;
+BA_ "GenSigStartValue" SG_ 1693 DCU_Inca_Tx_Byte5 0;
+BA_ "UserSigValidity" SG_ 1693 DCU_Inca_Tx_Byte5 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1693 DCU_Inca_Tx_Byte5 0;
+BA_ "NetworkRequest" SG_ 1693 DCU_Inca_Tx_Byte5 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1693 DCU_Inca_Tx_Byte5 5000;
+BA_ "RoutingFactor" SG_ 1693 DCU_Inca_Tx_Byte5 1;
+BA_ "Version" SG_ 1693 DCU_Inca_Tx_Byte5 "19.03.03";
+BA_ "UsrSigPurpose" SG_ 1693 DCU_Inca_Tx_Byte6 6;
+BA_ "GenSigSendType" SG_ 1693 DCU_Inca_Tx_Byte6 2;
+BA_ "GenSigStartValue" SG_ 1693 DCU_Inca_Tx_Byte6 0;
+BA_ "UserSigValidity" SG_ 1693 DCU_Inca_Tx_Byte6 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1693 DCU_Inca_Tx_Byte6 0;
+BA_ "NetworkRequest" SG_ 1693 DCU_Inca_Tx_Byte6 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1693 DCU_Inca_Tx_Byte6 5000;
+BA_ "RoutingFactor" SG_ 1693 DCU_Inca_Tx_Byte6 1;
+BA_ "Version" SG_ 1693 DCU_Inca_Tx_Byte6 "19.03.03";
+BA_ "UsrSigPurpose" SG_ 1693 DCU_Inca_Tx_Byte7 6;
+BA_ "GenSigSendType" SG_ 1693 DCU_Inca_Tx_Byte7 2;
+BA_ "GenSigStartValue" SG_ 1693 DCU_Inca_Tx_Byte7 0;
+BA_ "UserSigValidity" SG_ 1693 DCU_Inca_Tx_Byte7 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1693 DCU_Inca_Tx_Byte7 0;
+BA_ "NetworkRequest" SG_ 1693 DCU_Inca_Tx_Byte7 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1693 DCU_Inca_Tx_Byte7 5000;
+BA_ "RoutingFactor" SG_ 1693 DCU_Inca_Tx_Byte7 1;
+BA_ "Version" SG_ 1693 DCU_Inca_Tx_Byte7 "19.03.03";
+BA_ "UsrSigPurpose" SG_ 1693 DCU_Inca_Tx_Byte1 6;
+BA_ "GenSigSendType" SG_ 1693 DCU_Inca_Tx_Byte1 2;
+BA_ "GenSigStartValue" SG_ 1693 DCU_Inca_Tx_Byte1 0;
+BA_ "UserSigValidity" SG_ 1693 DCU_Inca_Tx_Byte1 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1693 DCU_Inca_Tx_Byte1 0;
+BA_ "NetworkRequest" SG_ 1693 DCU_Inca_Tx_Byte1 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1693 DCU_Inca_Tx_Byte1 5000;
+BA_ "RoutingFactor" SG_ 1693 DCU_Inca_Tx_Byte1 1;
+BA_ "Version" SG_ 1693 DCU_Inca_Tx_Byte1 "19.03.03";
+BA_ "GenMsgSendType" BO_ 469 0;
+BA_ "GenMsgCycleTime" BO_ 469 200;
+BA_ "GenMsgCycleTimeFast" BO_ 469 0;
+BA_ "GenMsgNrOfRepetition" BO_ 469 0;
+BA_ "GenMsgStartDelayTime" BO_ 469 0;
+BA_ "VFrameFormat" BO_ 469 14;
+BA_ "Description" SG_ 469 CF_EMS_MafIntCFM "TH DIAG Condition Reached by MAF_INT";
+BA_ "GenSigStartValue" SG_ 469 CF_EMS_MafIntCFM 0;
+BA_ "UserSigValidity" SG_ 469 CF_EMS_MafIntCFM 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 469 CF_EMS_MafIntCFM 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 469 CF_EMS_MafIntCFM 0;
+BA_ "RoutingFactor" SG_ 469 CF_EMS_MafIntCFM 1;
+BA_ "Version" SG_ 469 CF_EMS_MafIntCFM "20.03.02";
+BA_ "Description" SG_ 469 CF_EMS_EndDiagTH "TH Diag end bit";
+BA_ "GenSigStartValue" SG_ 469 CF_EMS_EndDiagTH 0;
+BA_ "UserSigValidity" SG_ 469 CF_EMS_EndDiagTH 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 469 CF_EMS_EndDiagTH 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 469 CF_EMS_EndDiagTH 0;
+BA_ "RoutingFactor" SG_ 469 CF_EMS_EndDiagTH 1;
+BA_ "Version" SG_ 469 CF_EMS_EndDiagTH "20.03.02";
+BA_ "Description" SG_ 469 CR_EMS_AmbPrs "Ambient Pressure
+
+min(phy):0
+
+max(phy):5434";
+BA_ "GenSigStartValue" SG_ 469 CR_EMS_AmbPrs 0;
+BA_ "UserSigValidity" SG_ 469 CR_EMS_AmbPrs 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 469 CR_EMS_AmbPrs 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 469 CR_EMS_AmbPrs 0;
+BA_ "RoutingFactor" SG_ 469 CR_EMS_AmbPrs 1;
+BA_ "Version" SG_ 469 CR_EMS_AmbPrs "20.03.03";
+BA_ "Description" SG_ 469 CR_EMS_Maf_Kgh "Mass Air Flow(kg/h)
+
+Min(phy):0
+
+Max(phy):2047";
+BA_ "GenSigStartValue" SG_ 469 CR_EMS_Maf_Kgh 0;
+BA_ "UserSigValidity" SG_ 469 CR_EMS_Maf_Kgh 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 469 CR_EMS_Maf_Kgh 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 469 CR_EMS_Maf_Kgh 0;
+BA_ "RoutingFactor" SG_ 469 CR_EMS_Maf_Kgh 1;
+BA_ "Version" SG_ 469 CR_EMS_Maf_Kgh "20.03.03";
+BA_ "Description" SG_ 469 CF_EMS_Aaf1Stat "AAF1 motor open/close status";
+BA_ "GenSigStartValue" SG_ 469 CF_EMS_Aaf1Stat 0;
+BA_ "UserSigValidity" SG_ 469 CF_EMS_Aaf1Stat 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 469 CF_EMS_Aaf1Stat 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 469 CF_EMS_Aaf1Stat 0;
+BA_ "RoutingFactor" SG_ 469 CF_EMS_Aaf1Stat 1;
+BA_ "Version" SG_ 469 CF_EMS_Aaf1Stat "20.03.03";
+BA_ "Description" SG_ 469 CF_EMS_Aaf2Stat "AAF2 motor open/close status";
+BA_ "GenSigStartValue" SG_ 469 CF_EMS_Aaf2Stat 0;
+BA_ "UserSigValidity" SG_ 469 CF_EMS_Aaf2Stat 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 469 CF_EMS_Aaf2Stat 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 469 CF_EMS_Aaf2Stat 0;
+BA_ "RoutingFactor" SG_ 469 CF_EMS_Aaf2Stat 1;
+BA_ "Version" SG_ 469 CF_EMS_Aaf2Stat "20.03.03";
+BA_ "Description" SG_ 469 CF_EMS_Aaf3Stat "AAF3 motor open/close status";
+BA_ "GenSigStartValue" SG_ 469 CF_EMS_Aaf3Stat 0;
+BA_ "UserSigValidity" SG_ 469 CF_EMS_Aaf3Stat 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 469 CF_EMS_Aaf3Stat 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 469 CF_EMS_Aaf3Stat 0;
+BA_ "RoutingFactor" SG_ 469 CF_EMS_Aaf3Stat 1;
+BA_ "Version" SG_ 469 CF_EMS_Aaf3Stat "20.03.03";
+BA_ "GenMsgSendType" BO_ 261 0;
+BA_ "GenMsgCycleTime" BO_ 261 10;
+BA_ "GenMsgCycleTimeFast" BO_ 261 0;
+BA_ "GenMsgNrOfRepetition" BO_ 261 0;
+BA_ "GenMsgDelayTime" BO_ 261 0;
+BA_ "GenMsgStartDelayTime" BO_ 261 0;
+BA_ "VFrameFormat" BO_ 261 14;
+BA_ "Description" SG_ 261 EMS_Crc7Val "The data area for CRC calculation is based on the data length (DLC) of the message DB.
+
+The CRC shall be calculated over the entire data block (excluding the CRC bytes) including the user data, alive counter and Data ID
+
+ 
+
+- CRC Polynomial (0x1021) , Initial Value : 0xFFFF, XOR value : 0x0000, Data ID : Message ID + 0xF800 
+
+- The initial value is for CRC calculation and the message should be sent with the calculated result value. 
+
+- The mathematical expression to 16 bit CRC polynomial is given here. G(x) = x16 + x12 + x5 + 1";
+BA_ "GenSigStartValue" SG_ 261 EMS_Crc7Val 65535;
+BA_ "UserSigValidity" SG_ 261 EMS_Crc7Val 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 261 EMS_Crc7Val 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 261 EMS_Crc7Val 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 261 EMS_Crc7Val 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 261 EMS_Crc7Val 500;
+BA_ "NetworkRequestHoldingTime" SG_ 261 EMS_Crc7Val 0;
+BA_ "RoutingFactor" SG_ 261 EMS_Crc7Val 5;
+BA_ "Version" SG_ 261 EMS_Crc7Val "18.11.08";
+BA_ "Description" SG_ 261 HEV_AccelPdlVal "The signal is a measure of the Accelerator Pedal value.
+
+The accelerator pedal value is determined via 2 pedal sensors, which are connected mechanically to the accelerator pedal. If the EMS-ECU recognizes that the accelerator pedal is not activated, then the value 00 H is carried over on the CAN. If the EMS-ECU detects that the accelerator pedal is fully activated, then 3FE H is carried over on the CAN bus.
+
+If an error is detected on both pedal sensor channels, this is identified by the value 3FFH";
+BA_ "GenSigStartValue" SG_ 261 HEV_AccelPdlVal 0;
+BA_ "UserSigValidity" SG_ 261 HEV_AccelPdlVal 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 261 HEV_AccelPdlVal 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ IBU SG_ 261 HEV_AccelPdlVal 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 261 HEV_AccelPdlVal 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 261 HEV_AccelPdlVal 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 261 HEV_AccelPdlVal 500;
+BA_ "NetworkRequestHoldingTime" SG_ 261 HEV_AccelPdlVal 0;
+BA_ "RoutingFactor" SG_ 261 HEV_AccelPdlVal 5;
+BA_ "Version" SG_ 261 HEV_AccelPdlVal "19.11.11";
+BA_ "Description" SG_ 261 HEV_IndTqTar "Indicated Engine (Desired) Torque";
+BA_ "GenSigStartValue" SG_ 261 HEV_IndTqTar 0;
+BA_ "UserSigValidity" SG_ 261 HEV_IndTqTar 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 261 HEV_IndTqTar 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 261 HEV_IndTqTar 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 261 HEV_IndTqTar 500;
+BA_ "NetworkRequestHoldingTime" SG_ 261 HEV_IndTqTar 0;
+BA_ "RoutingFactor" SG_ 261 HEV_IndTqTar 5;
+BA_ "Version" SG_ 261 HEV_IndTqTar "18.05.04";
+BA_ "Description" SG_ 261 EMS_AlvCnt7Val "For the first transmission request for a data element the counter shall be initialized with 0 and shall be incremented by 1 for every subsequent send request. 
+
+When the counter reaches the maximum value(0xFF), then it shall restart with 0 for the next send request";
+BA_ "GenSigStartValue" SG_ 261 EMS_AlvCnt7Val 0;
+BA_ "UserSigValidity" SG_ 261 EMS_AlvCnt7Val 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 261 EMS_AlvCnt7Val 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 261 EMS_AlvCnt7Val 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 261 EMS_AlvCnt7Val 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 261 EMS_AlvCnt7Val 500;
+BA_ "NetworkRequestHoldingTime" SG_ 261 EMS_AlvCnt7Val 0;
+BA_ "RoutingFactor" SG_ 261 EMS_AlvCnt7Val 5;
+BA_ "Version" SG_ 261 EMS_AlvCnt7Val "18.11.08";
+BA_ "Description" SG_ 261 HEV_IndTqVal "Indicated engine torque after torque coordination(intervention)";
+BA_ "GenSigStartValue" SG_ 261 HEV_IndTqVal 0;
+BA_ "UserSigValidity" SG_ 261 HEV_IndTqVal 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 261 HEV_IndTqVal 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 261 HEV_IndTqVal 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 261 HEV_IndTqVal 500;
+BA_ "NetworkRequestHoldingTime" SG_ 261 HEV_IndTqVal 0;
+BA_ "RoutingFactor" SG_ 261 HEV_IndTqVal 5;
+BA_ "Version" SG_ 261 HEV_IndTqVal "18.10.07";
+BA_ "Description" SG_ 261 HEV_DrvTqVal "Driver's demand torque";
+BA_ "GenSigStartValue" SG_ 261 HEV_DrvTqVal 0;
+BA_ "UserSigValidity" SG_ 261 HEV_DrvTqVal 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 261 HEV_DrvTqVal 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 261 HEV_DrvTqVal 500;
+BA_ "NetworkRequestHoldingTime" SG_ 261 HEV_DrvTqVal 0;
+BA_ "RoutingFactor" SG_ 261 HEV_DrvTqVal 5;
+BA_ "Version" SG_ 261 HEV_DrvTqVal "18.05.04";
+BA_ "Description" SG_ 261 HEV_TqStndVal "Standard value for torque scaling in torque interface";
+BA_ "GenSigStartValue" SG_ 261 HEV_TqStndVal 0;
+BA_ "UserSigValidity" SG_ 261 HEV_TqStndVal 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 261 HEV_TqStndVal 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 261 HEV_TqStndVal 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 261 HEV_TqStndVal 500;
+BA_ "NetworkRequestHoldingTime" SG_ 261 HEV_TqStndVal 0;
+BA_ "RoutingFactor" SG_ 261 HEV_TqStndVal 5;
+BA_ "Version" SG_ 261 HEV_TqStndVal "18.05.04";
+BA_ "Description" SG_ 261 HEV_FrctTqVal "Friction Loss Torque";
+BA_ "GenSigStartValue" SG_ 261 HEV_FrctTqVal 0;
+BA_ "UserSigValidity" SG_ 261 HEV_FrctTqVal 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 261 HEV_FrctTqVal 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 261 HEV_FrctTqVal 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 261 HEV_FrctTqVal 500;
+BA_ "NetworkRequestHoldingTime" SG_ 261 HEV_FrctTqVal 0;
+BA_ "RoutingFactor" SG_ 261 HEV_FrctTqVal 5;
+BA_ "Version" SG_ 261 HEV_FrctTqVal "18.10.07";
+BA_ "Description" SG_ 261 HEV_EngSpdVal "Engine Speed";
+BA_ "GenSigStartValue" SG_ 261 HEV_EngSpdVal 0;
+BA_ "UserSigValidity" SG_ 261 HEV_EngSpdVal 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 261 HEV_EngSpdVal 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ OPU SG_ 261 HEV_EngSpdVal 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 261 HEV_EngSpdVal 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 261 HEV_EngSpdVal 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 261 HEV_EngSpdVal 500;
+BA_ "NetworkRequestHoldingTime" SG_ 261 HEV_EngSpdVal 0;
+BA_ "RoutingFactor" SG_ 261 HEV_EngSpdVal 5;
+BA_ "Version" SG_ 261 HEV_EngSpdVal "18.05.04";
+BA_ "Description" SG_ 261 HEV_EngOpSta "Engine Operating State";
+BA_ "GenSigStartValue" SG_ 261 HEV_EngOpSta 0;
+BA_ "UserSigValidity" SG_ 261 HEV_EngOpSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 261 HEV_EngOpSta 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 261 HEV_EngOpSta 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 261 HEV_EngOpSta 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 261 HEV_EngOpSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 261 HEV_EngOpSta 0;
+BA_ "RoutingFactor" SG_ 261 HEV_EngOpSta 5;
+BA_ "Version" SG_ 261 HEV_EngOpSta "18.05.04";
+BA_ "Description" SG_ 261 HEV_IntakeAirTempVal "Intake air temperature";
+BA_ "GenSigStartValue" SG_ 261 HEV_IntakeAirTempVal 0;
+BA_ "UserSigValidity" SG_ 261 HEV_IntakeAirTempVal 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 261 HEV_IntakeAirTempVal 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 261 HEV_IntakeAirTempVal 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 261 HEV_IntakeAirTempVal 500;
+BA_ "NetworkRequestHoldingTime" SG_ 261 HEV_IntakeAirTempVal 0;
+BA_ "RoutingFactor" SG_ 261 HEV_IntakeAirTempVal 5;
+BA_ "Version" SG_ 261 HEV_IntakeAirTempVal "18.05.04";
+BA_ "GenMsgSendType" BO_ 613 0;
+BA_ "GenMsgCycleTime" BO_ 613 100;
+BA_ "GenMsgCycleTimeFast" BO_ 613 0;
+BA_ "GenMsgNrOfRepetition" BO_ 613 0;
+BA_ "GenMsgStartDelayTime" BO_ 613 0;
+BA_ "VFrameFormat" BO_ 613 14;
+BA_ "Description" SG_ 613 EMS_Crc8Val "The data area for CRC calculation is based on the data length (DLC) of the message DB.
+
+The CRC shall be calculated over the entire data block (excluding the CRC bytes) including the user data, alive counter and Data ID
+
+ 
+
+- CRC Polynomial (0x1021) , Initial Value : 0xFFFF, XOR value : 0x0000, Data ID : Message ID + 0xF800 
+
+- The initial value is for CRC calculation and the message should be sent with the calculated result value. 
+
+- The mathematical expression to 16 bit CRC polynomial is given here. G(x) = x16 + x12 + x5 + 1";
+BA_ "GenSigStartValue" SG_ 613 EMS_Crc8Val 65535;
+BA_ "UserSigValidity" SG_ 613 EMS_Crc8Val 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 613 EMS_Crc8Val 1500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 613 EMS_Crc8Val 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 613 EMS_Crc8Val 0;
+BA_ "RoutingFactor" SG_ 613 EMS_Crc8Val 2;
+BA_ "Version" SG_ 613 EMS_Crc8Val "18.11.08";
+BA_ "Description" SG_ 613 HEV_EstClntTempVal "Estimated Engine Coolant Temperature";
+BA_ "GenSigStartValue" SG_ 613 HEV_EstClntTempVal 0;
+BA_ "UserSigValidity" SG_ 613 HEV_EstClntTempVal 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 613 HEV_EstClntTempVal 1500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 613 HEV_EstClntTempVal 1500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 613 HEV_EstClntTempVal 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 613 HEV_EstClntTempVal 0;
+BA_ "RoutingFactor" SG_ 613 HEV_EstClntTempVal 2;
+BA_ "Version" SG_ 613 HEV_EstClntTempVal "17.11.00";
+BA_ "Description" SG_ 613 HEV_AptVal "APT Value";
+BA_ "GenSigStartValue" SG_ 613 HEV_AptVal 0;
+BA_ "UserSigValidity" SG_ 613 HEV_AptVal 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 613 HEV_AptVal 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 613 HEV_AptVal 0;
+BA_ "RoutingFactor" SG_ 613 HEV_AptVal 2;
+BA_ "Version" SG_ 613 HEV_AptVal "17.11.00";
+BA_ "Description" SG_ 613 HEV_EstAmbtAirTempVal "Estimated Ambient air temperature";
+BA_ "GenSigStartValue" SG_ 613 HEV_EstAmbtAirTempVal 91;
+BA_ "UserSigValidity" SG_ 613 HEV_EstAmbtAirTempVal 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 613 HEV_EstAmbtAirTempVal 1500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 613 HEV_EstAmbtAirTempVal 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 613 HEV_EstAmbtAirTempVal 0;
+BA_ "RoutingFactor" SG_ 613 HEV_EstAmbtAirTempVal 2;
+BA_ "Version" SG_ 613 HEV_EstAmbtAirTempVal "17.11.00";
+BA_ "Description" SG_ 613 HEV_RbmSta "Status of rate-based monitoring
+
+
+
+Value Description
+
+
+
+Bit0 : minimum trip length condition / Bit1 : vehicle speed condition / Bit2 : continuous idle condition / Bit3 : ambient temperature condition / Bit4 : maximum altitude condition / Bit5 : fuel engine operation";
+BA_ "GenSigStartValue" SG_ 613 HEV_RbmSta 0;
+BA_ "UserSigValidity" SG_ 613 HEV_RbmSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 613 HEV_RbmSta 1500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 613 HEV_RbmSta 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 613 HEV_RbmSta 0;
+BA_ "RoutingFactor" SG_ 613 HEV_RbmSta 2;
+BA_ "Version" SG_ 613 HEV_RbmSta "17.11.00";
+BA_ "Description" SG_ 613 HEV_WarmUpReq_For_DATC "Flag indicating an EMS request not to stop the engine.
+
+ * This signal is for reference on the DATC.
+
+ * This signal is same as HEV_WarmUpReq (@EMS_09_10ms).";
+BA_ "GenSigStartValue" SG_ 613 HEV_WarmUpReq_For_DATC 0;
+BA_ "UserSigValidity" SG_ 613 HEV_WarmUpReq_For_DATC 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 613 HEV_WarmUpReq_For_DATC 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 613 HEV_WarmUpReq_For_DATC 0;
+BA_ "RoutingFactor" SG_ 613 HEV_WarmUpReq_For_DATC 2;
+BA_ "Version" SG_ 613 HEV_WarmUpReq_For_DATC "19.09.04";
+BA_ "Description" SG_ 613 EMS_AlvCnt8Val "For the first transmission request for a data element the counter shall be initialized with 0 and shall be incremented by 1 for every subsequent send request. 
+
+When the counter reaches the maximum value(0xFF), then it shall restart with 0 for the next send request";
+BA_ "GenSigStartValue" SG_ 613 EMS_AlvCnt8Val 0;
+BA_ "UserSigValidity" SG_ 613 EMS_AlvCnt8Val 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 613 EMS_AlvCnt8Val 1500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 613 EMS_AlvCnt8Val 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 613 EMS_AlvCnt8Val 0;
+BA_ "RoutingFactor" SG_ 613 EMS_AlvCnt8Val 2;
+BA_ "Version" SG_ 613 EMS_AlvCnt8Val "18.11.08";
+BA_ "Description" SG_ 613 HEV_RbmInhbtSta "Inhibition of rate based monitoring";
+BA_ "GenSigStartValue" SG_ 613 HEV_RbmInhbtSta 0;
+BA_ "UserSigValidity" SG_ 613 HEV_RbmInhbtSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 613 HEV_RbmInhbtSta 1500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 613 HEV_RbmInhbtSta 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 613 HEV_RbmInhbtSta 0;
+BA_ "RoutingFactor" SG_ 613 HEV_RbmInhbtSta 2;
+BA_ "Version" SG_ 613 HEV_RbmInhbtSta "17.11.00";
+BA_ "Description" SG_ 613 HEV_EhrsTempSta "The  signal is condition about EHRS' temperature";
+BA_ "GenSigStartValue" SG_ 613 HEV_EhrsTempSta 0;
+BA_ "UserSigValidity" SG_ 613 HEV_EhrsTempSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 613 HEV_EhrsTempSta 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 613 HEV_EhrsTempSta 0;
+BA_ "RoutingFactor" SG_ 613 HEV_EhrsTempSta 2;
+BA_ "Version" SG_ 613 HEV_EhrsTempSta "17.11.00";
+BA_ "Description" SG_ 613 HEV_Aaf_WrnLamp "Air Flap Warning Lamp/Message Request Signal indicates whether Warning Lamp/Message should be displayed in the display screen in order to warn AAF System failure to customer.";
+BA_ "GenSigStartValue" SG_ 613 HEV_Aaf_WrnLamp 0;
+BA_ "UserSigValidity" SG_ 613 HEV_Aaf_WrnLamp 3;
+BA_ "NetworkRequestHoldingTime" SG_ 613 HEV_Aaf_WrnLamp 0;
+BA_ "RoutingFactor" SG_ 613 HEV_Aaf_WrnLamp 2;
+BA_ "Version" SG_ 613 HEV_Aaf_WrnLamp "18.05.04";
+BA_ "Description" SG_ 613 HEV_OPSFail "The signal indicates the status of the 'Oil Pressure Warning Lamp'";
+BA_ "GenSigStartValue" SG_ 613 HEV_OPSFail 0;
+BA_ "UserSigValidity" SG_ 613 HEV_OPSFail 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 613 HEV_OPSFail 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 613 HEV_OPSFail 0;
+BA_ "RoutingFactor" SG_ 613 HEV_OPSFail 2;
+BA_ "Version" SG_ 613 HEV_OPSFail "18.05.04";
+BA_ "Description" SG_ 613 HEV_EngDsplceTyp "This signal indicates the engine displacement (volume).";
+BA_ "GenSigStartValue" SG_ 613 HEV_EngDsplceTyp 0;
+BA_ "UserSigValidity" SG_ 613 HEV_EngDsplceTyp 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 613 HEV_EngDsplceTyp 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 613 HEV_EngDsplceTyp 0;
+BA_ "RoutingFactor" SG_ 613 HEV_EngDsplceTyp 2;
+BA_ "Version" SG_ 613 HEV_EngDsplceTyp "19.07.01";
+BA_ "GenSigStartValue" SG_ 613 HEV_EngTyp2 0;
+BA_ "UserSigValidity" SG_ 613 HEV_EngTyp2 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 613 HEV_EngTyp2 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 613 HEV_EngTyp2 0;
+BA_ "RoutingFactor" SG_ 613 HEV_EngTyp2 2;
+BA_ "Version" SG_ 613 HEV_EngTyp2 "19.07.01";
+BA_ "GenSigStartValue" SG_ 613 HEV_EngTyp1 0;
+BA_ "UserSigValidity" SG_ 613 HEV_EngTyp1 3;
+BA_ "NetworkRequestHoldingTime" SG_ 613 HEV_EngTyp1 0;
+BA_ "RoutingFactor" SG_ 613 HEV_EngTyp1 2;
+BA_ "Version" SG_ 613 HEV_EngTyp1 "19.07.01";
+BA_ "Description" SG_ 613 HEV_S_F "AMS/ISG system type indicator";
+BA_ "GenSigStartValue" SG_ 613 HEV_S_F 0;
+BA_ "UserSigValidity" SG_ 613 HEV_S_F 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 613 HEV_S_F 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 613 HEV_S_F 0;
+BA_ "RoutingFactor" SG_ 613 HEV_S_F 2;
+BA_ "Version" SG_ 613 HEV_S_F "19.07.01";
+BA_ "Description" SG_ 613 HEV_S_F_GEN "system generation type indicator";
+BA_ "GenSigStartValue" SG_ 613 HEV_S_F_GEN 0;
+BA_ "UserSigValidity" SG_ 613 HEV_S_F_GEN 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 613 HEV_S_F_GEN 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 613 HEV_S_F_GEN 0;
+BA_ "RoutingFactor" SG_ 613 HEV_S_F_GEN 2;
+BA_ "Version" SG_ 613 HEV_S_F_GEN "19.07.01";
+BA_ "Description" SG_ 613 HEV_RbmSta_2nd "Status of rate-based monitoring
+
+
+
+Value Description
+
+Bit0 : cold start condition for PHEV
+
+Bit1 : cold start inhibition condition for HEV/PHEV
+
+Bit2 : reserved
+
+Bit3 : reserved
+
+Bit4 : reserved
+
+Bit5 : reserved
+
+Bit6 : reserved";
+BA_ "GenSigStartValue" SG_ 613 HEV_RbmSta_2nd 0;
+BA_ "UserSigValidity" SG_ 613 HEV_RbmSta_2nd 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 613 HEV_RbmSta_2nd 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 613 HEV_RbmSta_2nd 0;
+BA_ "RoutingFactor" SG_ 613 HEV_RbmSta_2nd 2;
+BA_ "Version" SG_ 613 HEV_RbmSta_2nd "19.10.00";
+BA_ "Description" SG_ 613 HEV_EngClntTempVal "Engine coolant temperature";
+BA_ "GenSigStartValue" SG_ 613 HEV_EngClntTempVal 0;
+BA_ "UserSigValidity" SG_ 613 HEV_EngClntTempVal 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 613 HEV_EngClntTempVal 1500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 613 HEV_EngClntTempVal 1500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 613 HEV_EngClntTempVal 1500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 613 HEV_EngClntTempVal 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 613 HEV_EngClntTempVal 0;
+BA_ "RoutingFactor" SG_ 613 HEV_EngClntTempVal 2;
+BA_ "Version" SG_ 613 HEV_EngClntTempVal "17.11.00";
+BA_ "Description" SG_ 613 HEV_EngOilTempVal "Engine Oil Temperature";
+BA_ "GenSigStartValue" SG_ 613 HEV_EngOilTempVal 0;
+BA_ "UserSigValidity" SG_ 613 HEV_EngOilTempVal 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 613 HEV_EngOilTempVal 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 613 HEV_EngOilTempVal 0;
+BA_ "RoutingFactor" SG_ 613 HEV_EngOilTempVal 2;
+BA_ "Version" SG_ 613 HEV_EngOilTempVal "17.11.00";
+BA_ "Description" SG_ 613 HEV_VbOffActSta "ECU adaptive values and failure memory erase after battery disconnection";
+BA_ "GenSigStartValue" SG_ 613 HEV_VbOffActSta 0;
+BA_ "UserSigValidity" SG_ 613 HEV_VbOffActSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 613 HEV_VbOffActSta 1500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 613 HEV_VbOffActSta 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 613 HEV_VbOffActSta 0;
+BA_ "RoutingFactor" SG_ 613 HEV_VbOffActSta 2;
+BA_ "Version" SG_ 613 HEV_VbOffActSta "17.11.00";
+BA_ "Description" SG_ 613 HEV_AirCompOffReq "air conditioner compressor off request";
+BA_ "GenSigStartValue" SG_ 613 HEV_AirCompOffReq 0;
+BA_ "UserSigValidity" SG_ 613 HEV_AirCompOffReq 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 613 HEV_AirCompOffReq 1500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 613 HEV_AirCompOffReq 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 613 HEV_AirCompOffReq 0;
+BA_ "RoutingFactor" SG_ 613 HEV_AirCompOffReq 2;
+BA_ "Version" SG_ 613 HEV_AirCompOffReq "17.11.00";
+BA_ "Description" SG_ 613 HEV_MilConfgVal "Configuration of MIL handing and failure memory management";
+BA_ "GenSigStartValue" SG_ 613 HEV_MilConfgVal 0;
+BA_ "UserSigValidity" SG_ 613 HEV_MilConfgVal 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 613 HEV_MilConfgVal 1500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 613 HEV_MilConfgVal 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 613 HEV_MilConfgVal 0;
+BA_ "RoutingFactor" SG_ 613 HEV_MilConfgVal 2;
+BA_ "Version" SG_ 613 HEV_MilConfgVal "17.11.00";
+BA_ "Description" SG_ 613 HEV_CF_EMS_LOCKUP "Engine lock up maintenance request state
+
+0x0 : Engine doesn't require lock up maintenance
+
+0x1 : Engine require lock up mainentance";
+BA_ "GenSigStartValue" SG_ 613 HEV_CF_EMS_LOCKUP 0;
+BA_ "UserSigValidity" SG_ 613 HEV_CF_EMS_LOCKUP 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 613 HEV_CF_EMS_LOCKUP 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 613 HEV_CF_EMS_LOCKUP 0;
+BA_ "RoutingFactor" SG_ 613 HEV_CF_EMS_LOCKUP 2;
+BA_ "Version" SG_ 613 HEV_CF_EMS_LOCKUP "18.10.12";
+BA_ "Description" SG_ 613 HEV_ImmoLmpReq "Immobilizer Lamp";
+BA_ "GenSigStartValue" SG_ 613 HEV_ImmoLmpReq 0;
+BA_ "UserSigValidity" SG_ 613 HEV_ImmoLmpReq 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 613 HEV_ImmoLmpReq 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 613 HEV_ImmoLmpReq 0;
+BA_ "RoutingFactor" SG_ 613 HEV_ImmoLmpReq 2;
+BA_ "Version" SG_ 613 HEV_ImmoLmpReq "17.11.00";
+BA_ "Description" SG_ 613 HEV_MilReq "This signal indicates the status of MIL physical output.";
+BA_ "GenSigStartValue" SG_ 613 HEV_MilReq 0;
+BA_ "UserSigValidity" SG_ 613 HEV_MilReq 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 613 HEV_MilReq 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 613 HEV_MilReq 0;
+BA_ "RoutingFactor" SG_ 613 HEV_MilReq 2;
+BA_ "Version" SG_ 613 HEV_MilReq "17.11.00";
+BA_ "Description" SG_ 613 HEV_WiperSwSta "This signal indicates the status of a wiper switch.";
+BA_ "GenSigStartValue" SG_ 613 HEV_WiperSwSta 0;
+BA_ "UserSigValidity" SG_ 613 HEV_WiperSwSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 613 HEV_WiperSwSta 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 613 HEV_WiperSwSta 0;
+BA_ "RoutingFactor" SG_ 613 HEV_WiperSwSta 2;
+BA_ "Version" SG_ 613 HEV_WiperSwSta "17.11.00";
+BA_ "Description" SG_ 613 HEV_FanOpSta "This signal indicates whether the cooling/condenser fan is operating or not.";
+BA_ "GenSigStartValue" SG_ 613 HEV_FanOpSta 0;
+BA_ "UserSigValidity" SG_ 613 HEV_FanOpSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 613 HEV_FanOpSta 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 613 HEV_FanOpSta 0;
+BA_ "RoutingFactor" SG_ 613 HEV_FanOpSta 2;
+BA_ "Version" SG_ 613 HEV_FanOpSta "17.11.00";
+BA_ "Description" SG_ 613 HEV_FanSta "This signal indicates the operating state of the cooling/condenser fan.";
+BA_ "GenSigStartValue" SG_ 613 HEV_FanSta 0;
+BA_ "UserSigValidity" SG_ 613 HEV_FanSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 613 HEV_FanSta 1500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 613 HEV_FanSta 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 613 HEV_FanSta 0;
+BA_ "RoutingFactor" SG_ 613 HEV_FanSta 2;
+BA_ "Version" SG_ 613 HEV_FanSta "17.11.00";
+BA_ "Description" SG_ 613 HEV_BrkLtSwSta "Brake light Switch";
+BA_ "GenSigStartValue" SG_ 613 HEV_BrkLtSwSta 0;
+BA_ "UserSigValidity" SG_ 613 HEV_BrkLtSwSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 613 HEV_BrkLtSwSta 1500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ IBU SG_ 613 HEV_BrkLtSwSta 1500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ OPU SG_ 613 HEV_BrkLtSwSta 1500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 613 HEV_BrkLtSwSta 1500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 613 HEV_BrkLtSwSta 1500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 613 HEV_BrkLtSwSta 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 613 HEV_BrkLtSwSta 0;
+BA_ "RoutingFactor" SG_ 613 HEV_BrkLtSwSta 2;
+BA_ "Version" SG_ 613 HEV_BrkLtSwSta "17.11.00";
+BA_ "Description" SG_ 613 HEV_IgnCycCntVal "Number of driving cycle since first ECU power-up. The counter increases each time a driving cycle with engine running for a specified time duration is detected. This value is only initialized with 0 on saved RAM lost (or reprogramming).";
+BA_ "GenSigStartValue" SG_ 613 HEV_IgnCycCntVal 0;
+BA_ "UserSigValidity" SG_ 613 HEV_IgnCycCntVal 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 613 HEV_IgnCycCntVal 1500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 613 HEV_IgnCycCntVal 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 613 HEV_IgnCycCntVal 0;
+BA_ "RoutingFactor" SG_ 613 HEV_IgnCycCntVal 2;
+BA_ "Version" SG_ 613 HEV_IgnCycCntVal "17.11.00";
+BA_ "Description" SG_ 613 HEV_SoakTimeVal "Engine soaking time";
+BA_ "GenSigStartValue" SG_ 613 HEV_SoakTimeVal 0;
+BA_ "UserSigValidity" SG_ 613 HEV_SoakTimeVal 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 613 HEV_SoakTimeVal 1500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 613 HEV_SoakTimeVal 1500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 613 HEV_SoakTimeVal 1500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 613 HEV_SoakTimeVal 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 613 HEV_SoakTimeVal 0;
+BA_ "RoutingFactor" SG_ 613 HEV_SoakTimeVal 2;
+BA_ "Version" SG_ 613 HEV_SoakTimeVal "17.11.00";
+BA_ "Description" SG_ 613 HEV_SoakTimeErrSta "If the CF_Ems_SoakTErr = 1 then the engine is in fuel cut off state, i.e. e. no injection is applied.";
+BA_ "GenSigStartValue" SG_ 613 HEV_SoakTimeErrSta 0;
+BA_ "UserSigValidity" SG_ 613 HEV_SoakTimeErrSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 613 HEV_SoakTimeErrSta 1500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 613 HEV_SoakTimeErrSta 1500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 613 HEV_SoakTimeErrSta 1500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 613 HEV_SoakTimeErrSta 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 613 HEV_SoakTimeErrSta 0;
+BA_ "RoutingFactor" SG_ 613 HEV_SoakTimeErrSta 2;
+BA_ "Version" SG_ 613 HEV_SoakTimeErrSta "17.11.00";
+BA_ "GenSigStartValue" SG_ 613 HEV_SoakTimeOvrSta 0;
+BA_ "UserSigValidity" SG_ 613 HEV_SoakTimeOvrSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ OPU SG_ 613 HEV_SoakTimeOvrSta 1500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 613 HEV_SoakTimeOvrSta 1500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 613 HEV_SoakTimeOvrSta 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 613 HEV_SoakTimeOvrSta 0;
+BA_ "RoutingFactor" SG_ 613 HEV_SoakTimeOvrSta 2;
+BA_ "Version" SG_ 613 HEV_SoakTimeOvrSta "18.12.01";
+BA_ "GenSigStartValue" SG_ 613 HEV_FuelRunOutSta 0;
+BA_ "UserSigValidity" SG_ 613 HEV_FuelRunOutSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 613 HEV_FuelRunOutSta 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 613 HEV_FuelRunOutSta 0;
+BA_ "RoutingFactor" SG_ 613 HEV_FuelRunOutSta 2;
+BA_ "Version" SG_ 613 HEV_FuelRunOutSta "17.11.00";
+BA_ "GenSigStartValue" SG_ 613 HEV_FuelRunOutDetSta 0;
+BA_ "UserSigValidity" SG_ 613 HEV_FuelRunOutDetSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 613 HEV_FuelRunOutDetSta 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 613 HEV_FuelRunOutDetSta 0;
+BA_ "RoutingFactor" SG_ 613 HEV_FuelRunOutDetSta 2;
+BA_ "Version" SG_ 613 HEV_FuelRunOutDetSta "17.11.00";
+BA_ "Description" SG_ 613 HEV_FuelCnsmptSumVal "Fuel Comsumption summed";
+BA_ "GenSigStartValue" SG_ 613 HEV_FuelCnsmptSumVal 0;
+BA_ "UserSigValidity" SG_ 613 HEV_FuelCnsmptSumVal 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 613 HEV_FuelCnsmptSumVal 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 613 HEV_FuelCnsmptSumVal 0;
+BA_ "RoutingFactor" SG_ 613 HEV_FuelCnsmptSumVal 2;
+BA_ "Version" SG_ 613 HEV_FuelCnsmptSumVal "17.11.00";
+BA_ "GenMsgSendType" BO_ 453 0;
+BA_ "GenMsgCycleTime" BO_ 453 10;
+BA_ "GenMsgCycleTimeFast" BO_ 453 0;
+BA_ "GenMsgNrOfRepetition" BO_ 453 0;
+BA_ "GenMsgDelayTime" BO_ 453 0;
+BA_ "GenMsgStartDelayTime" BO_ 453 0;
+BA_ "VFrameFormat" BO_ 453 14;
+BA_ "Description" SG_ 453 EMS_Crc11Val "The data area for CRC calculation is based on the data length (DLC) of the message DB.
+
+The CRC shall be calculated over the entire data block (excluding the CRC bytes) including the user data, alive counter and Data ID
+
+ 
+
+- CRC Polynomial (0x1021) , Initial Value : 0xFFFF, XOR value : 0x0000, Data ID : Message ID + 0xF800 
+
+- The initial value is for CRC calculation and the message should be sent with the calculated result value. 
+
+- The mathematical expression to 16 bit CRC polynomial is given here. G(x) = x16 + x12 + x5 + 1";
+BA_ "GenSigStartValue" SG_ 453 EMS_Crc11Val 65535;
+BA_ "UserSigValidity" SG_ 453 EMS_Crc11Val 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 453 EMS_Crc11Val 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 453 EMS_Crc11Val 500;
+BA_ "NetworkRequestHoldingTime" SG_ 453 EMS_Crc11Val 0;
+BA_ "RoutingFactor" SG_ 453 EMS_Crc11Val 5;
+BA_ "Version" SG_ 453 EMS_Crc11Val "18.11.08";
+BA_ "Description" SG_ 453 HEV_FuelTnkPrsrVal "This signal is pressure of the fuel tank pressure sensor";
+BA_ "GenSigStartValue" SG_ 453 HEV_FuelTnkPrsrVal 0;
+BA_ "UserSigValidity" SG_ 453 HEV_FuelTnkPrsrVal 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 453 HEV_FuelTnkPrsrVal 500;
+BA_ "NetworkRequestHoldingTime" SG_ 453 HEV_FuelTnkPrsrVal 0;
+BA_ "RoutingFactor" SG_ 453 HEV_FuelTnkPrsrVal 5;
+BA_ "Version" SG_ 453 HEV_FuelTnkPrsrVal "18.05.04";
+BA_ "Description" SG_ 453 HEV_FuelCutOffSta "If the CF_Ems_FueCut = 1 then the engine is in fuel cut off state, i.e. no injection is applied.";
+BA_ "GenSigStartValue" SG_ 453 HEV_FuelCutOffSta 0;
+BA_ "UserSigValidity" SG_ 453 HEV_FuelCutOffSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 453 HEV_FuelCutOffSta 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 453 HEV_FuelCutOffSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 453 HEV_FuelCutOffSta 0;
+BA_ "RoutingFactor" SG_ 453 HEV_FuelCutOffSta 5;
+BA_ "Version" SG_ 453 HEV_FuelCutOffSta "18.05.04";
+BA_ "Description" SG_ 453 HEV_FuelCutOffInhbtSta "Engine Fuel cut-off inhibit flag";
+BA_ "GenSigStartValue" SG_ 453 HEV_FuelCutOffInhbtSta 0;
+BA_ "UserSigValidity" SG_ 453 HEV_FuelCutOffInhbtSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 453 HEV_FuelCutOffInhbtSta 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 453 HEV_FuelCutOffInhbtSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 453 HEV_FuelCutOffInhbtSta 0;
+BA_ "RoutingFactor" SG_ 453 HEV_FuelCutOffInhbtSta 5;
+BA_ "Version" SG_ 453 HEV_FuelCutOffInhbtSta "18.05.04";
+BA_ "Description" SG_ 453 HEV_RdyStat_FS_P "Flag signalling to the HCU that the EMS is ready";
+BA_ "GenSigStartValue" SG_ 453 HEV_RdyStat_FS_P 0;
+BA_ "UserSigValidity" SG_ 453 HEV_RdyStat_FS_P 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 453 HEV_RdyStat_FS_P 500;
+BA_ "NetworkRequestHoldingTime" SG_ 453 HEV_RdyStat_FS_P 0;
+BA_ "RoutingFactor" SG_ 453 HEV_RdyStat_FS_P 5;
+BA_ "Version" SG_ 453 HEV_RdyStat_FS_P "18.05.04";
+BA_ "Description" SG_ 453 HEV_O2SensHtrAct "This signal indicates O2 heater preheating status.";
+BA_ "GenSigStartValue" SG_ 453 HEV_O2SensHtrAct 0;
+BA_ "UserSigValidity" SG_ 453 HEV_O2SensHtrAct 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 453 HEV_O2SensHtrAct 500;
+BA_ "NetworkRequestHoldingTime" SG_ 453 HEV_O2SensHtrAct 0;
+BA_ "RoutingFactor" SG_ 453 HEV_O2SensHtrAct 5;
+BA_ "Version" SG_ 453 HEV_O2SensHtrAct "18.05.04";
+BA_ "Description" SG_ 453 HEV_FueledEngRdy "Fueled Engine Operation Ready";
+BA_ "GenSigStartValue" SG_ 453 HEV_FueledEngRdy 0;
+BA_ "UserSigValidity" SG_ 453 HEV_FueledEngRdy 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 453 HEV_FueledEngRdy 500;
+BA_ "NetworkRequestHoldingTime" SG_ 453 HEV_FueledEngRdy 0;
+BA_ "RoutingFactor" SG_ 453 HEV_FueledEngRdy 5;
+BA_ "Version" SG_ 453 HEV_FueledEngRdy "18.05.04";
+BA_ "Description" SG_ 453 HEV_IdlTgtEngSpd "Engine Idle Target Speed";
+BA_ "GenSigStartValue" SG_ 453 HEV_IdlTgtEngSpd 0;
+BA_ "UserSigValidity" SG_ 453 HEV_IdlTgtEngSpd 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 453 HEV_IdlTgtEngSpd 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 453 HEV_IdlTgtEngSpd 500;
+BA_ "NetworkRequestHoldingTime" SG_ 453 HEV_IdlTgtEngSpd 0;
+BA_ "RoutingFactor" SG_ 453 HEV_IdlTgtEngSpd 5;
+BA_ "Version" SG_ 453 HEV_IdlTgtEngSpd "18.05.04";
+BA_ "GenSigStartValue" SG_ 453 HEV_EngTq_Bas 0;
+BA_ "UserSigValidity" SG_ 453 HEV_EngTq_Bas 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 453 HEV_EngTq_Bas 500;
+BA_ "NetworkRequestHoldingTime" SG_ 453 HEV_EngTq_Bas 0;
+BA_ "RoutingFactor" SG_ 453 HEV_EngTq_Bas 5;
+BA_ "Version" SG_ 453 HEV_EngTq_Bas "18.05.04";
+BA_ "Description" SG_ 453 HEV_GPF_WrnLamp "GPF Warning State";
+BA_ "GenSigStartValue" SG_ 453 HEV_GPF_WrnLamp 0;
+BA_ "UserSigValidity" SG_ 453 HEV_GPF_WrnLamp 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 453 HEV_GPF_WrnLamp 500;
+BA_ "NetworkRequestHoldingTime" SG_ 453 HEV_GPF_WrnLamp 0;
+BA_ "RoutingFactor" SG_ 453 HEV_GPF_WrnLamp 5;
+BA_ "Version" SG_ 453 HEV_GPF_WrnLamp "18.08.02";
+BA_ "Description" SG_ 453 EMS_AlvCnt11Val "For the first transmission request for a data element the counter shall be initialized with 0 and shall be incremented by 1 for every subsequent send request. 
+
+When the counter reaches the maximum value(0xFF), then it shall restart with 0 for the next send request";
+BA_ "GenSigStartValue" SG_ 453 EMS_AlvCnt11Val 0;
+BA_ "UserSigValidity" SG_ 453 EMS_AlvCnt11Val 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 453 EMS_AlvCnt11Val 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 453 EMS_AlvCnt11Val 500;
+BA_ "NetworkRequestHoldingTime" SG_ 453 EMS_AlvCnt11Val 0;
+BA_ "RoutingFactor" SG_ 453 EMS_AlvCnt11Val 5;
+BA_ "Version" SG_ 453 EMS_AlvCnt11Val "18.11.08";
+BA_ "Description" SG_ 453 HEV_EngSpdErrSta "Engine speed error";
+BA_ "GenSigStartValue" SG_ 453 HEV_EngSpdErrSta 0;
+BA_ "UserSigValidity" SG_ 453 HEV_EngSpdErrSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 453 HEV_EngSpdErrSta 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 453 HEV_EngSpdErrSta 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 453 HEV_EngSpdErrSta 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 453 HEV_EngSpdErrSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 453 HEV_EngSpdErrSta 0;
+BA_ "RoutingFactor" SG_ 453 HEV_EngSpdErrSta 5;
+BA_ "Version" SG_ 453 HEV_EngSpdErrSta "18.05.04";
+BA_ "Description" SG_ 453 HEV_EngTqVal "engine torque(BAS)";
+BA_ "GenSigStartValue" SG_ 453 HEV_EngTqVal 0;
+BA_ "UserSigValidity" SG_ 453 HEV_EngTqVal 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 453 HEV_EngTqVal 500;
+BA_ "NetworkRequestHoldingTime" SG_ 453 HEV_EngTqVal 0;
+BA_ "RoutingFactor" SG_ 453 HEV_EngTqVal 5;
+BA_ "Version" SG_ 453 HEV_EngTqVal "18.10.07";
+BA_ "Description" SG_ 453 HEV_VehSpdVal "vehicle speed";
+BA_ "GenSigStartValue" SG_ 453 HEV_VehSpdVal 0;
+BA_ "UserSigValidity" SG_ 453 HEV_VehSpdVal 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ IBU SG_ 453 HEV_VehSpdVal 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 453 HEV_VehSpdVal 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 453 HEV_VehSpdVal 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 453 HEV_VehSpdVal 500;
+BA_ "NetworkRequestHoldingTime" SG_ 453 HEV_VehSpdVal 0;
+BA_ "RoutingFactor" SG_ 453 HEV_VehSpdVal 5;
+BA_ "Version" SG_ 453 HEV_VehSpdVal "18.05.04";
+BA_ "Description" SG_ 453 HEV_EtcAppSta "This signal indicates the characteristic of an engine system - which kind of fuel is used, whether the ETC (Electronic Throttle Contro) is applied or not.
+
+
+
+When a normal engine system (gasoline fuel and no ETC) is used this value is 00H.
+
+
+
+※ Start Value : Appropriate value";
+BA_ "GenSigStartValue" SG_ 453 HEV_EtcAppSta 0;
+BA_ "UserSigValidity" SG_ 453 HEV_EtcAppSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 453 HEV_EtcAppSta 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 453 HEV_EtcAppSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 453 HEV_EtcAppSta 0;
+BA_ "RoutingFactor" SG_ 453 HEV_EtcAppSta 5;
+BA_ "Version" SG_ 453 HEV_EtcAppSta "18.05.04";
+BA_ "Description" SG_ 453 HEV_FuelTnkPrsrErrSta "This signal is Circuit Error of the fuel tank pressure sensor(DTP)";
+BA_ "GenSigStartValue" SG_ 453 HEV_FuelTnkPrsrErrSta 0;
+BA_ "UserSigValidity" SG_ 453 HEV_FuelTnkPrsrErrSta 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 453 HEV_FuelTnkPrsrErrSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 453 HEV_FuelTnkPrsrErrSta 0;
+BA_ "RoutingFactor" SG_ 453 HEV_FuelTnkPrsrErrSta 5;
+BA_ "Version" SG_ 453 HEV_FuelTnkPrsrErrSta "18.05.04";
+BA_ "Description" SG_ 453 HEV_FirstFiringSta "Flag signalling the TDC at the start of the first combustion stroke";
+BA_ "GenSigStartValue" SG_ 453 HEV_FirstFiringSta 0;
+BA_ "UserSigValidity" SG_ 453 HEV_FirstFiringSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 453 HEV_FirstFiringSta 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 453 HEV_FirstFiringSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 453 HEV_FirstFiringSta 0;
+BA_ "RoutingFactor" SG_ 453 HEV_FirstFiringSta 5;
+BA_ "Version" SG_ 453 HEV_FirstFiringSta "18.05.04";
+BA_ "Description" SG_ 453 HEV_EngFulLoadSta "Engine Full Load Status Flag for Monitoring";
+BA_ "GenSigStartValue" SG_ 453 HEV_EngFulLoadSta 0;
+BA_ "UserSigValidity" SG_ 453 HEV_EngFulLoadSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 453 HEV_EngFulLoadSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 453 HEV_EngFulLoadSta 0;
+BA_ "RoutingFactor" SG_ 453 HEV_EngFulLoadSta 5;
+BA_ "Version" SG_ 453 HEV_EngFulLoadSta "18.05.04";
+BA_ "Description" SG_ 453 HEV_DrvCycActSta "driving cycle status flag for FRF output to other ECU's";
+BA_ "GenSigStartValue" SG_ 453 HEV_DrvCycActSta 0;
+BA_ "UserSigValidity" SG_ 453 HEV_DrvCycActSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ OPU SG_ 453 HEV_DrvCycActSta 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 453 HEV_DrvCycActSta 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 453 HEV_DrvCycActSta 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 453 HEV_DrvCycActSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 453 HEV_DrvCycActSta 0;
+BA_ "RoutingFactor" SG_ 453 HEV_DrvCycActSta 5;
+BA_ "Version" SG_ 453 HEV_DrvCycActSta "18.05.04";
+BA_ "Description" SG_ 453 HEV_WarmupCycSta "Warm-up cycle status flag for FRF output to other ECU's";
+BA_ "GenSigStartValue" SG_ 453 HEV_WarmupCycSta 0;
+BA_ "UserSigValidity" SG_ 453 HEV_WarmupCycSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ OPU SG_ 453 HEV_WarmupCycSta 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 453 HEV_WarmupCycSta 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 453 HEV_WarmupCycSta 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 453 HEV_WarmupCycSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 453 HEV_WarmupCycSta 0;
+BA_ "RoutingFactor" SG_ 453 HEV_WarmupCycSta 5;
+BA_ "Version" SG_ 453 HEV_WarmupCycSta "18.05.04";
+BA_ "Description" SG_ 453 HEV_RbmDrvCycSta "DC including standardized vehicle operations for Rate-Based Monitoring for FRF output to other ECU's";
+BA_ "GenSigStartValue" SG_ 453 HEV_RbmDrvCycSta 0;
+BA_ "UserSigValidity" SG_ 453 HEV_RbmDrvCycSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ OPU SG_ 453 HEV_RbmDrvCycSta 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 453 HEV_RbmDrvCycSta 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 453 HEV_RbmDrvCycSta 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 453 HEV_RbmDrvCycSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 453 HEV_RbmDrvCycSta 0;
+BA_ "RoutingFactor" SG_ 453 HEV_RbmDrvCycSta 5;
+BA_ "Version" SG_ 453 HEV_RbmDrvCycSta "18.05.04";
+BA_ "Description" SG_ 453 HEV_O2SnsrPreHeatSta "Flag signalling that O2 sensor pre-heating state";
+BA_ "GenSigStartValue" SG_ 453 HEV_O2SnsrPreHeatSta 0;
+BA_ "UserSigValidity" SG_ 453 HEV_O2SnsrPreHeatSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 453 HEV_O2SnsrPreHeatSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 453 HEV_O2SnsrPreHeatSta 0;
+BA_ "RoutingFactor" SG_ 453 HEV_O2SnsrPreHeatSta 5;
+BA_ "Version" SG_ 453 HEV_O2SnsrPreHeatSta "18.05.04";
+BA_ "Description" SG_ 453 HEV_ObdFrzFrmSta "OBD freeze frame acknowledgement
+
+Value Description
+
+Bit 0:Warm up cycle finished(1) / Bit 1:Trip finished(1) / Bit 2:driving cycle started(1) / Bit 3-5:(0)no FRF stored(1)FRF requested by EMS(2)FRF requested by TCU(3)FRF requested by ESC";
+BA_ "GenSigStartValue" SG_ 453 HEV_ObdFrzFrmSta 0;
+BA_ "UserSigValidity" SG_ 453 HEV_ObdFrzFrmSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 453 HEV_ObdFrzFrmSta 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 453 HEV_ObdFrzFrmSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 453 HEV_ObdFrzFrmSta 0;
+BA_ "RoutingFactor" SG_ 453 HEV_ObdFrzFrmSta 5;
+BA_ "Version" SG_ 453 HEV_ObdFrzFrmSta "18.05.04";
+BA_ "Description" SG_ 453 HEV_ThrPosSta "Throttle Position Signal";
+BA_ "GenSigStartValue" SG_ 453 HEV_ThrPosSta 32;
+BA_ "UserSigValidity" SG_ 453 HEV_ThrPosSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 453 HEV_ThrPosSta 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 453 HEV_ThrPosSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 453 HEV_ThrPosSta 0;
+BA_ "RoutingFactor" SG_ 453 HEV_ThrPosSta 5;
+BA_ "Version" SG_ 453 HEV_ThrPosSta "18.05.04";
+BA_ "Description" SG_ 453 HEV_FuelPmpTrgtPrsrVal "Target Pressure (Relative pressure) of Fuel Pump";
+BA_ "GenSigStartValue" SG_ 453 HEV_FuelPmpTrgtPrsrVal 0;
+BA_ "UserSigValidity" SG_ 453 HEV_FuelPmpTrgtPrsrVal 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 453 HEV_FuelPmpTrgtPrsrVal 500;
+BA_ "NetworkRequestHoldingTime" SG_ 453 HEV_FuelPmpTrgtPrsrVal 0;
+BA_ "RoutingFactor" SG_ 453 HEV_FuelPmpTrgtPrsrVal 5;
+BA_ "Version" SG_ 453 HEV_FuelPmpTrgtPrsrVal "18.05.04";
+BA_ "Description" SG_ 453 HEV_FuelCnsmptVal "Fuel Comsumption";
+BA_ "GenSigStartValue" SG_ 453 HEV_FuelCnsmptVal 0;
+BA_ "UserSigValidity" SG_ 453 HEV_FuelCnsmptVal 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 453 HEV_FuelCnsmptVal 500;
+BA_ "NetworkRequestHoldingTime" SG_ 453 HEV_FuelCnsmptVal 0;
+BA_ "RoutingFactor" SG_ 453 HEV_FuelCnsmptVal 5;
+BA_ "Version" SG_ 453 HEV_FuelCnsmptVal "18.05.04";
+BA_ "GenMsgSendType" BO_ 832 0;
+BA_ "GenMsgCycleTime" BO_ 832 100;
+BA_ "GenMsgCycleTimeFast" BO_ 832 0;
+BA_ "GenMsgNrOfRepetition" BO_ 832 0;
+BA_ "GenMsgStartDelayTime" BO_ 832 0;
+BA_ "VFrameFormat" BO_ 832 14;
+BA_ "Description" SG_ 832 EMS_Crc13Val "The data area for CRC calculation is based on the data length (DLC) of the message DB.
+
+The CRC shall be calculated over the entire data block (excluding the CRC bytes) including the user data, alive counter and Data ID
+
+ 
+
+- CRC Polynomial (0x1021) , Initial Value : 0xFFFF, XOR value : 0x0000, Data ID : Message ID + 0xF800 
+
+- The initial value is for CRC calculation and the message should be sent with the calculated result value. 
+
+- The mathematical expression to 16 bit CRC polynomial is given here. G(x) = x16 + x12 + x5 + 1";
+BA_ "GenSigStartValue" SG_ 832 EMS_Crc13Val 65535;
+BA_ "UserSigValidity" SG_ 832 EMS_Crc13Val 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 832 EMS_Crc13Val 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 832 EMS_Crc13Val 0;
+BA_ "RoutingFactor" SG_ 832 EMS_Crc13Val 2;
+BA_ "Version" SG_ 832 EMS_Crc13Val "18.11.08";
+BA_ "Description" SG_ 832 HEV_OBD_ShrtFuelTrmBnk2Val "PID_08H_A : Parameter ID for Domestic KOBD regulation - SAE J1979 Service Mode 02.
+
+
+
+PID_08H_A (Short Term Fuel Trim - Bank 2) shall indicate the correction being utilized by the closed loop fuel algorithm. If the fuel system is in open loop, PID_08H_A shall report 0% correction.";
+BA_ "GenSigStartValue" SG_ 832 HEV_OBD_ShrtFuelTrmBnk2Val 128;
+BA_ "UserSigValidity" SG_ 832 HEV_OBD_ShrtFuelTrmBnk2Val 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 832 HEV_OBD_ShrtFuelTrmBnk2Val 1500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 832 HEV_OBD_ShrtFuelTrmBnk2Val 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 832 HEV_OBD_ShrtFuelTrmBnk2Val 0;
+BA_ "RoutingFactor" SG_ 832 HEV_OBD_ShrtFuelTrmBnk2Val 2;
+BA_ "Version" SG_ 832 HEV_OBD_ShrtFuelTrmBnk2Val "18.05.04";
+BA_ "Description" SG_ 832 HEV_OBD_LongFuelTrmBnk2Val "PID_09H_A : Parameter ID for Domestic KOBD regulation - SAE J1979 Service Mode 02.
+
+
+
+PID_09H_A (Long Term Fuel Trim - Bank 2) stored in Non-volatile RAM or Keep-alive RAM. PID_09H_A shall indicate the correction being utilized by the fuel control algorithm at the time the data is requested, in both open loop and closed loop fuel control. If no correction is utilized in open loop fuel, PID_09H_A shall report 0% correction. If long-term fuel trim is not utilized at all by the fuel control algorithm, the PID shall not be supported.";
+BA_ "GenSigStartValue" SG_ 832 HEV_OBD_LongFuelTrmBnk2Val 128;
+BA_ "UserSigValidity" SG_ 832 HEV_OBD_LongFuelTrmBnk2Val 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 832 HEV_OBD_LongFuelTrmBnk2Val 1500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 832 HEV_OBD_LongFuelTrmBnk2Val 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 832 HEV_OBD_LongFuelTrmBnk2Val 0;
+BA_ "RoutingFactor" SG_ 832 HEV_OBD_LongFuelTrmBnk2Val 2;
+BA_ "Version" SG_ 832 HEV_OBD_LongFuelTrmBnk2Val "18.05.04";
+BA_ "Description" SG_ 832 HEV_OBD_ManAbsPrsrVal "PID_0BH : Parameter ID for Domestic KOBD regulation - SAE J1979 Service Mode 02.
+
+
+
+PID_0BH (Intake Manifold Absolute Pressure) shall display manifold pressure derived form
+
+a Manifold Absolute Pressure sensor, if a sensor is utilized.";
+BA_ "GenSigStartValue" SG_ 832 HEV_OBD_ManAbsPrsrVal 0;
+BA_ "UserSigValidity" SG_ 832 HEV_OBD_ManAbsPrsrVal 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 832 HEV_OBD_ManAbsPrsrVal 1500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 832 HEV_OBD_ManAbsPrsrVal 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 832 HEV_OBD_ManAbsPrsrVal 0;
+BA_ "RoutingFactor" SG_ 832 HEV_OBD_ManAbsPrsrVal 2;
+BA_ "Version" SG_ 832 HEV_OBD_ManAbsPrsrVal "18.05.04";
+BA_ "Description" SG_ 832 HEV_OBD_FuelRailPrsrVal "PID_23H : Parameter ID for Domestic KOBD regulation - SAE J1979 Service Mode 02.
+
+
+
+PID_23H (Fuel Rail Pressure) shall display fuel rail pressure at the engine when the reading is referenced to atmosphere(gage pressure). 
+
+This is for only diesel fuel pressure and gasoline direct injection system.";
+BA_ "GenSigStartValue" SG_ 832 HEV_OBD_FuelRailPrsrVal 0;
+BA_ "UserSigValidity" SG_ 832 HEV_OBD_FuelRailPrsrVal 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 832 HEV_OBD_FuelRailPrsrVal 1500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 832 HEV_OBD_FuelRailPrsrVal 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 832 HEV_OBD_FuelRailPrsrVal 0;
+BA_ "RoutingFactor" SG_ 832 HEV_OBD_FuelRailPrsrVal 2;
+BA_ "Version" SG_ 832 HEV_OBD_FuelRailPrsrVal "18.05.04";
+BA_ "Description" SG_ 832 EMS_AlvCnt13Val "For the first transmission request for a data element the counter shall be initialized with 0 and shall be incremented by 1 for every subsequent send request. 
+
+When the counter reaches the maximum value(0xFF), then it shall restart with 0 for the next send request";
+BA_ "GenSigStartValue" SG_ 832 EMS_AlvCnt13Val 0;
+BA_ "UserSigValidity" SG_ 832 EMS_AlvCnt13Val 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 832 EMS_AlvCnt13Val 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 832 EMS_AlvCnt13Val 0;
+BA_ "RoutingFactor" SG_ 832 EMS_AlvCnt13Val 2;
+BA_ "Version" SG_ 832 EMS_AlvCnt13Val "18.11.08";
+BA_ "Description" SG_ 832 HEV_OBD_CalcLoadVal "PID_04H : Parameter ID for CARB OBD regulation - SAE J1979 Service Mode 02 
+
+The following definition, although a little more restrictive, will standardise and improve the accuracy the calculation.
+
+
+
+Calculated LOAD value = [current airflow] / [(peak airflow at WOT@STP as a function of rpm) * (BARO/29.92) * SQRT(298/(AAT+273))]
+
+ Where : WOT = Wide Open Throttle, STP = Standard Temperature and Pressure ; 25 °C, 29.92 Hg BARO, SQRT = Square Root, AAT = Ambient Air Temperature (°C)
+
+
+
+Characteristics of Calculated LOAD value are:
+
+- Reaches 1.0 at WOT at any altitude, temperature or rpm for both naturally aspirated and boosted engines.
+
+- Indicates percent of peak available torque.
+
+- Linearly correlated with engine vacuum
+
+- Often used to schedule power enrichment.
+
+
+
+Diesel system shall support this PID using fuel flow in place of airflow for the above calculations.
+
+See PID 43h of SAE J1979 for an additional definition of engine load";
+BA_ "GenSigStartValue" SG_ 832 HEV_OBD_CalcLoadVal 0;
+BA_ "UserSigValidity" SG_ 832 HEV_OBD_CalcLoadVal 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 832 HEV_OBD_CalcLoadVal 1500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 832 HEV_OBD_CalcLoadVal 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 832 HEV_OBD_CalcLoadVal 0;
+BA_ "RoutingFactor" SG_ 832 HEV_OBD_CalcLoadVal 2;
+BA_ "Version" SG_ 832 HEV_OBD_CalcLoadVal "18.05.04";
+BA_ "Description" SG_ 832 HEV_OBD_EngClntTempVal "PID_05H : Parameter ID for CARB OBD regulation - SAE J1979 Service Mode 02 
+
+
+
+PID_05H (Engine Coolant Temperature) shall display engine coolant temperature derived from an engine coolant temperature sensor or a cylinder head temperature sensor.";
+BA_ "GenSigStartValue" SG_ 832 HEV_OBD_EngClntTempVal 40;
+BA_ "UserSigValidity" SG_ 832 HEV_OBD_EngClntTempVal 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 832 HEV_OBD_EngClntTempVal 1500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 832 HEV_OBD_EngClntTempVal 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 832 HEV_OBD_EngClntTempVal 0;
+BA_ "RoutingFactor" SG_ 832 HEV_OBD_EngClntTempVal 2;
+BA_ "Version" SG_ 832 HEV_OBD_EngClntTempVal "18.05.04";
+BA_ "Description" SG_ 832 HEV_OBD_EngRpmVal "PID_0CH : Parameter ID for CARB OBD regulation - SAE J1979 Service Mode 02
+
+This signal indicates engine speed (RPM-Revolution per Min.) and compatible with signal “N” in EMS1 message.";
+BA_ "GenSigStartValue" SG_ 832 HEV_OBD_EngRpmVal 0;
+BA_ "UserSigValidity" SG_ 832 HEV_OBD_EngRpmVal 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 832 HEV_OBD_EngRpmVal 1500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 832 HEV_OBD_EngRpmVal 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 832 HEV_OBD_EngRpmVal 0;
+BA_ "RoutingFactor" SG_ 832 HEV_OBD_EngRpmVal 2;
+BA_ "Version" SG_ 832 HEV_OBD_EngRpmVal "18.05.04";
+BA_ "Description" SG_ 832 HEV_OBD_VehSpdSnsrVal "PID_0DH : Parameter ID for CARB OBD regulation - SAE J1979 Service Mode 02
+
+
+
+PID_0DH (Vehicle Speed Sensor) shall display vehicle road speed, if utilised by the control module strategy. Vehicle speed may be derived from a vehicle speed sensor, calculated by the EMS using other speed sensors, or obtained from the vehicle serial data communication bus.(e.g. ABS/TCS/ESC)";
+BA_ "GenSigStartValue" SG_ 832 HEV_OBD_VehSpdSnsrVal 0;
+BA_ "UserSigValidity" SG_ 832 HEV_OBD_VehSpdSnsrVal 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 832 HEV_OBD_VehSpdSnsrVal 1500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 832 HEV_OBD_VehSpdSnsrVal 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 832 HEV_OBD_VehSpdSnsrVal 0;
+BA_ "RoutingFactor" SG_ 832 HEV_OBD_VehSpdSnsrVal 2;
+BA_ "Version" SG_ 832 HEV_OBD_VehSpdSnsrVal "18.05.04";
+BA_ "Description" SG_ 832 HEV_OBD_AbsThrPosVal "PID_11H : Parameter ID for CARB OBD regulation - SAE J1979 Service Mode 02
+
+
+
+Absolute throttle position (not “relative” or “learned” throttle position) shall be displayed as a normalised value, scaled from 0 to 100%.
+
+
+
+For example, if a 0 to 5.0 volt sensor is used (uses a 5.0 volt reference voltage), and the closed throttle position is a 1.0 volts, it shall display (1.0 / 5.0) = 20% at closed throttle and 50% at 2.5 volts. Throttle position at idle will usually indicate greater than 0%, and throttle position at wide open throttle will usually indicate less than 100%.
+
+
+
+For systems where the output is proportional to the input voltage, this value is the percent of maximum input reference voltage. For systems where the output is inversely proportional to the input voltage, this value is 100% minus the percent of maximum input reference voltage.
+
+
+
+See PID 45h of SAE J1979 for a definition of Relative Throttle Position";
+BA_ "GenSigStartValue" SG_ 832 HEV_OBD_AbsThrPosVal 0;
+BA_ "UserSigValidity" SG_ 832 HEV_OBD_AbsThrPosVal 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 832 HEV_OBD_AbsThrPosVal 1500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 832 HEV_OBD_AbsThrPosVal 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 832 HEV_OBD_AbsThrPosVal 0;
+BA_ "RoutingFactor" SG_ 832 HEV_OBD_AbsThrPosVal 2;
+BA_ "Version" SG_ 832 HEV_OBD_AbsThrPosVal "18.05.04";
+BA_ "Description" SG_ 832 HEV_OBD_FuelCtrlSta "PID_03H : Parameter ID for Domestic KOBD regulation - SAE J1979 Service Mode 02.
+
+PID_03H (Fuel system status) shows the fuel control status. 
+
+
+
+1. Fuel system1 status
+
+1.1 Data byte : A
+
+Bit0 : 1 = Open loop - has not yet satisfied conditions to go closed loop
+
+Bit1 : 1 = Closed loop - using oxygen sensor(s) as feedback for fuel control
+
+Bit2 : 1 = Open loop due to driving conditions (e.g., power 
+
+enrichment, deceleration enleanment)
+
+Bit3 : 1 = Open loop - due to detected system fault
+
+Bit4 : 1 = Closed loop, but fault with at least one oxygen sensor may be using single oxygen sensor for fuel control
+
+Bit5~7 : reserved (bits shall be reported as ‘0’)
+
+2. Fuel system2 status
+
+2.1 Data byte : B
+
+Bit0 : 1 = Open loop - has not yet satisfied conditions to go closed loop
+
+Bit1 : 1 = Closed loop - using oxygen sensor(s) as feedback for fuel control
+
+Bit2 : 1 = Open loop due to driving conditions (e.g., power 
+
+enrichment, deceleration enleanment)
+
+Bit3 : 1 = Open loop - due to detected system fault
+
+Bit4 : 1 = Closed loop, but fault with at least one oxygen sensor may be using single oxygen sensor for fuel control
+
+Bit5~7 : reserved (bits shall be reported as ‘0’)
+
+
+
+Fuel systems do not normally refer to injector banks. Fuel systems are intended to represent completely different fuel systems that can independently enter and exit closed loop fuel. Banks of injectors on a V-engine are generally not independent and share";
+BA_ "GenSigStartValue" SG_ 832 HEV_OBD_FuelCtrlSta 0;
+BA_ "UserSigValidity" SG_ 832 HEV_OBD_FuelCtrlSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 832 HEV_OBD_FuelCtrlSta 1500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 832 HEV_OBD_FuelCtrlSta 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 832 HEV_OBD_FuelCtrlSta 0;
+BA_ "RoutingFactor" SG_ 832 HEV_OBD_FuelCtrlSta 2;
+BA_ "Version" SG_ 832 HEV_OBD_FuelCtrlSta "18.05.04";
+BA_ "Description" SG_ 832 HEV_OBD_ShrtFuelTrmBnk1Val "PID_06H_A : Parameter ID for Domestic KOBD regulation - SAE J1979 Service Mode 02.
+
+
+
+PID_06H_A (Short Term Fuel Trim - Bank 1) shall indicate the correction being utilized by the closed loop fuel algorithm. If the fuel system is in open loop, PID_06H_A shall report 0% correction.";
+BA_ "GenSigStartValue" SG_ 832 HEV_OBD_ShrtFuelTrmBnk1Val 128;
+BA_ "UserSigValidity" SG_ 832 HEV_OBD_ShrtFuelTrmBnk1Val 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 832 HEV_OBD_ShrtFuelTrmBnk1Val 1500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 832 HEV_OBD_ShrtFuelTrmBnk1Val 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 832 HEV_OBD_ShrtFuelTrmBnk1Val 0;
+BA_ "RoutingFactor" SG_ 832 HEV_OBD_ShrtFuelTrmBnk1Val 2;
+BA_ "Version" SG_ 832 HEV_OBD_ShrtFuelTrmBnk1Val "18.05.04";
+BA_ "Description" SG_ 832 HEV_OBD_LongFuelTrmBnk1Val "PID_07H_A : Parameter ID for Domestic KOBD regulation - SAE J1979 Service Mode 02.
+
+
+
+PID_07H_A (Long Term Fuel Trim - Bank 1) stored in Non-volatile RAM or Keep-alive RAM. PID_07H_A shall indicate the correction being utilized by the fuel control algorithm at the time the data is requested, in both open loop and closed loop fuel control. If no correction is utilized in open loop fuel, PID_07H_A shall report 0% correction. If long-term fuel trim is not utilized at all by the fuel control algorithm, the PID shall not be supported.";
+BA_ "GenSigStartValue" SG_ 832 HEV_OBD_LongFuelTrmBnk1Val 128;
+BA_ "UserSigValidity" SG_ 832 HEV_OBD_LongFuelTrmBnk1Val 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 832 HEV_OBD_LongFuelTrmBnk1Val 1500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 832 HEV_OBD_LongFuelTrmBnk1Val 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 832 HEV_OBD_LongFuelTrmBnk1Val 0;
+BA_ "RoutingFactor" SG_ 832 HEV_OBD_LongFuelTrmBnk1Val 2;
+BA_ "Version" SG_ 832 HEV_OBD_LongFuelTrmBnk1Val "18.05.04";
+BA_ "GenMsgCycleTime" BO_ 768 0;
+BA_ "GenMsgNrOfRepetition" BO_ 768 0;
+BA_ "GenMsgDelayTime" BO_ 768 0;
+BA_ "GenMsgStartDelayTime" BO_ 768 0;
+BA_ "VFrameFormat" BO_ 768 14;
+BA_ "Description" SG_ 768 EMS_Crc15Val "The data area for CRC calculation is based on the data length (DLC) of the message DB.
+
+The CRC shall be calculated over the entire data block (excluding the CRC bytes) including the user data, alive counter and Data ID
+
+ 
+
+- CRC Polynomial (0x1021) , Initial Value : 0xFFFF, XOR value : 0x0000, Data ID : Message ID + 0xF800 
+
+- The initial value is for CRC calculation and the message should be sent with the calculated result value. 
+
+- The mathematical expression to 16 bit CRC polynomial is given here. G(x) = x16 + x12 + x5 + 1";
+BA_ "GenSigSendType" SG_ 768 EMS_Crc15Val 2;
+BA_ "GenSigStartValue" SG_ 768 EMS_Crc15Val 65535;
+BA_ "UserSigValidity" SG_ 768 EMS_Crc15Val 3;
+BA_ "NetworkRequestHoldingTime" SG_ 768 EMS_Crc15Val 0;
+BA_ "RoutingFactor" SG_ 768 EMS_Crc15Val 1;
+BA_ "Version" SG_ 768 EMS_Crc15Val "19.05.05";
+BA_ "Description" SG_ 768 EMS_AlvCnt15Val "For the first transmission request for a data element the counter shall be initialized with 0 and shall be incremented by 1 for every subsequent send request. 
+
+When the counter reaches the maximum value(0xFF), then it shall restart with 0 for the next send request";
+BA_ "GenSigSendType" SG_ 768 EMS_AlvCnt15Val 2;
+BA_ "GenSigStartValue" SG_ 768 EMS_AlvCnt15Val 0;
+BA_ "UserSigValidity" SG_ 768 EMS_AlvCnt15Val 3;
+BA_ "NetworkRequestHoldingTime" SG_ 768 EMS_AlvCnt15Val 0;
+BA_ "RoutingFactor" SG_ 768 EMS_AlvCnt15Val 1;
+BA_ "Version" SG_ 768 EMS_AlvCnt15Val "19.05.05";
+BA_ "Description" SG_ 768 ERN0_HEV "Encrypt Random Number";
+BA_ "GenSigSendType" SG_ 768 ERN0_HEV 2;
+BA_ "GenSigStartValue" SG_ 768 ERN0_HEV 0;
+BA_ "UserSigValidity" SG_ 768 ERN0_HEV 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 768 ERN0_HEV 0;
+BA_ "NetworkRequestHoldingTime" SG_ 768 ERN0_HEV 0;
+BA_ "RoutingFactor" SG_ 768 ERN0_HEV 1;
+BA_ "Version" SG_ 768 ERN0_HEV "19.05.05";
+BA_ "Description" SG_ 768 ERN1_HEV "Encrypt Random Number";
+BA_ "GenSigSendType" SG_ 768 ERN1_HEV 2;
+BA_ "GenSigStartValue" SG_ 768 ERN1_HEV 0;
+BA_ "UserSigValidity" SG_ 768 ERN1_HEV 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 768 ERN1_HEV 0;
+BA_ "NetworkRequestHoldingTime" SG_ 768 ERN1_HEV 0;
+BA_ "RoutingFactor" SG_ 768 ERN1_HEV 1;
+BA_ "Version" SG_ 768 ERN1_HEV "19.05.05";
+BA_ "Description" SG_ 768 ERN2_HEV "Encrypt Random Number";
+BA_ "GenSigSendType" SG_ 768 ERN2_HEV 2;
+BA_ "GenSigStartValue" SG_ 768 ERN2_HEV 0;
+BA_ "UserSigValidity" SG_ 768 ERN2_HEV 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 768 ERN2_HEV 0;
+BA_ "NetworkRequestHoldingTime" SG_ 768 ERN2_HEV 0;
+BA_ "RoutingFactor" SG_ 768 ERN2_HEV 1;
+BA_ "Version" SG_ 768 ERN2_HEV "19.05.05";
+BA_ "Description" SG_ 768 ERN3_HEV "Encrypt Random Number";
+BA_ "GenSigSendType" SG_ 768 ERN3_HEV 2;
+BA_ "GenSigStartValue" SG_ 768 ERN3_HEV 0;
+BA_ "UserSigValidity" SG_ 768 ERN3_HEV 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 768 ERN3_HEV 0;
+BA_ "NetworkRequestHoldingTime" SG_ 768 ERN3_HEV 0;
+BA_ "RoutingFactor" SG_ 768 ERN3_HEV 1;
+BA_ "Version" SG_ 768 ERN3_HEV "19.05.05";
+BA_ "Description" SG_ 768 ERN4_HEV "Encrypt Random Number";
+BA_ "GenSigSendType" SG_ 768 ERN4_HEV 2;
+BA_ "GenSigStartValue" SG_ 768 ERN4_HEV 0;
+BA_ "UserSigValidity" SG_ 768 ERN4_HEV 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 768 ERN4_HEV 0;
+BA_ "NetworkRequestHoldingTime" SG_ 768 ERN4_HEV 0;
+BA_ "RoutingFactor" SG_ 768 ERN4_HEV 1;
+BA_ "Version" SG_ 768 ERN4_HEV "19.05.05";
+BA_ "Description" SG_ 768 ERN5_HEV "Encrypt Random Number";
+BA_ "GenSigSendType" SG_ 768 ERN5_HEV 2;
+BA_ "GenSigStartValue" SG_ 768 ERN5_HEV 0;
+BA_ "UserSigValidity" SG_ 768 ERN5_HEV 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 768 ERN5_HEV 0;
+BA_ "NetworkRequestHoldingTime" SG_ 768 ERN5_HEV 0;
+BA_ "RoutingFactor" SG_ 768 ERN5_HEV 1;
+BA_ "Version" SG_ 768 ERN5_HEV "19.05.05";
+BA_ "Description" SG_ 768 ImmoConf_HEV "Immobilizer Configuration";
+BA_ "GenSigSendType" SG_ 768 ImmoConf_HEV 2;
+BA_ "GenSigStartValue" SG_ 768 ImmoConf_HEV 0;
+BA_ "UserSigValidity" SG_ 768 ImmoConf_HEV 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 768 ImmoConf_HEV 0;
+BA_ "NetworkRequestHoldingTime" SG_ 768 ImmoConf_HEV 0;
+BA_ "RoutingFactor" SG_ 768 ImmoConf_HEV 1;
+BA_ "Version" SG_ 768 ImmoConf_HEV "19.05.05";
+BA_ "Description" SG_ 768 EngLock_HEV "Engine Lock Information";
+BA_ "GenSigSendType" SG_ 768 EngLock_HEV 2;
+BA_ "GenSigStartValue" SG_ 768 EngLock_HEV 0;
+BA_ "UserSigValidity" SG_ 768 EngLock_HEV 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 768 EngLock_HEV 0;
+BA_ "NetworkRequestHoldingTime" SG_ 768 EngLock_HEV 0;
+BA_ "RoutingFactor" SG_ 768 EngLock_HEV 1;
+BA_ "Version" SG_ 768 EngLock_HEV "19.05.05";
+BA_ "Description" SG_ 768 AuthCount_HEV "Authentication Count";
+BA_ "GenSigSendType" SG_ 768 AuthCount_HEV 2;
+BA_ "GenSigStartValue" SG_ 768 AuthCount_HEV 0;
+BA_ "UserSigValidity" SG_ 768 AuthCount_HEV 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 768 AuthCount_HEV 0;
+BA_ "NetworkRequestHoldingTime" SG_ 768 AuthCount_HEV 0;
+BA_ "RoutingFactor" SG_ 768 AuthCount_HEV 1;
+BA_ "Version" SG_ 768 AuthCount_HEV "19.05.05";
+BA_ "GenMsgCycleTime" BO_ 1574 0;
+BA_ "GenMsgILSupport" BO_ 1574 0;
+BA_ "TpMessage" BO_ 1574 1;
+BA_ "GenMsgDelayTime" BO_ 1574 0;
+BA_ "GenMsgStartDelayTime" BO_ 1574 0;
+BA_ "VFrameFormat" BO_ 1574 14;
+BA_ "UsrSigPurpose" SG_ 1574 EMS_CST_TX_Byte0 6;
+BA_ "GenSigSendType" SG_ 1574 EMS_CST_TX_Byte0 2;
+BA_ "GenSigStartValue" SG_ 1574 EMS_CST_TX_Byte0 0;
+BA_ "UserSigValidity" SG_ 1574 EMS_CST_TX_Byte0 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1574 EMS_CST_TX_Byte0 0;
+BA_ "NetworkRequest" SG_ 1574 EMS_CST_TX_Byte0 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1574 EMS_CST_TX_Byte0 5000;
+BA_ "RoutingFactor" SG_ 1574 EMS_CST_TX_Byte0 1;
+BA_ "Version" SG_ 1574 EMS_CST_TX_Byte0 "20.01.01";
+BA_ "UsrSigPurpose" SG_ 1574 EMS_CST_TX_Byte2 6;
+BA_ "GenSigSendType" SG_ 1574 EMS_CST_TX_Byte2 2;
+BA_ "GenSigStartValue" SG_ 1574 EMS_CST_TX_Byte2 0;
+BA_ "UserSigValidity" SG_ 1574 EMS_CST_TX_Byte2 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1574 EMS_CST_TX_Byte2 0;
+BA_ "NetworkRequest" SG_ 1574 EMS_CST_TX_Byte2 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1574 EMS_CST_TX_Byte2 5000;
+BA_ "RoutingFactor" SG_ 1574 EMS_CST_TX_Byte2 1;
+BA_ "Version" SG_ 1574 EMS_CST_TX_Byte2 "20.01.01";
+BA_ "UsrSigPurpose" SG_ 1574 EMS_CST_TX_Byte3 6;
+BA_ "GenSigSendType" SG_ 1574 EMS_CST_TX_Byte3 2;
+BA_ "GenSigStartValue" SG_ 1574 EMS_CST_TX_Byte3 0;
+BA_ "UserSigValidity" SG_ 1574 EMS_CST_TX_Byte3 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1574 EMS_CST_TX_Byte3 0;
+BA_ "NetworkRequest" SG_ 1574 EMS_CST_TX_Byte3 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1574 EMS_CST_TX_Byte3 5000;
+BA_ "RoutingFactor" SG_ 1574 EMS_CST_TX_Byte3 1;
+BA_ "Version" SG_ 1574 EMS_CST_TX_Byte3 "20.01.01";
+BA_ "UsrSigPurpose" SG_ 1574 EMS_CST_TX_Byte4 6;
+BA_ "GenSigSendType" SG_ 1574 EMS_CST_TX_Byte4 2;
+BA_ "GenSigStartValue" SG_ 1574 EMS_CST_TX_Byte4 0;
+BA_ "UserSigValidity" SG_ 1574 EMS_CST_TX_Byte4 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1574 EMS_CST_TX_Byte4 0;
+BA_ "NetworkRequest" SG_ 1574 EMS_CST_TX_Byte4 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1574 EMS_CST_TX_Byte4 5000;
+BA_ "RoutingFactor" SG_ 1574 EMS_CST_TX_Byte4 1;
+BA_ "Version" SG_ 1574 EMS_CST_TX_Byte4 "20.01.01";
+BA_ "UsrSigPurpose" SG_ 1574 EMS_CST_TX_Byte5 6;
+BA_ "GenSigSendType" SG_ 1574 EMS_CST_TX_Byte5 2;
+BA_ "GenSigStartValue" SG_ 1574 EMS_CST_TX_Byte5 0;
+BA_ "UserSigValidity" SG_ 1574 EMS_CST_TX_Byte5 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1574 EMS_CST_TX_Byte5 0;
+BA_ "NetworkRequest" SG_ 1574 EMS_CST_TX_Byte5 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1574 EMS_CST_TX_Byte5 5000;
+BA_ "RoutingFactor" SG_ 1574 EMS_CST_TX_Byte5 1;
+BA_ "Version" SG_ 1574 EMS_CST_TX_Byte5 "20.01.01";
+BA_ "UsrSigPurpose" SG_ 1574 EMS_CST_TX_Byte6 6;
+BA_ "GenSigSendType" SG_ 1574 EMS_CST_TX_Byte6 2;
+BA_ "GenSigStartValue" SG_ 1574 EMS_CST_TX_Byte6 0;
+BA_ "UserSigValidity" SG_ 1574 EMS_CST_TX_Byte6 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1574 EMS_CST_TX_Byte6 0;
+BA_ "NetworkRequest" SG_ 1574 EMS_CST_TX_Byte6 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1574 EMS_CST_TX_Byte6 5000;
+BA_ "RoutingFactor" SG_ 1574 EMS_CST_TX_Byte6 1;
+BA_ "Version" SG_ 1574 EMS_CST_TX_Byte6 "20.01.01";
+BA_ "UsrSigPurpose" SG_ 1574 EMS_CST_TX_Byte7 6;
+BA_ "GenSigSendType" SG_ 1574 EMS_CST_TX_Byte7 2;
+BA_ "GenSigStartValue" SG_ 1574 EMS_CST_TX_Byte7 0;
+BA_ "UserSigValidity" SG_ 1574 EMS_CST_TX_Byte7 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1574 EMS_CST_TX_Byte7 0;
+BA_ "NetworkRequest" SG_ 1574 EMS_CST_TX_Byte7 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1574 EMS_CST_TX_Byte7 5000;
+BA_ "RoutingFactor" SG_ 1574 EMS_CST_TX_Byte7 1;
+BA_ "Version" SG_ 1574 EMS_CST_TX_Byte7 "20.01.01";
+BA_ "UsrSigPurpose" SG_ 1574 EMS_CST_TX_Byte1 6;
+BA_ "GenSigSendType" SG_ 1574 EMS_CST_TX_Byte1 2;
+BA_ "GenSigStartValue" SG_ 1574 EMS_CST_TX_Byte1 0;
+BA_ "UserSigValidity" SG_ 1574 EMS_CST_TX_Byte1 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1574 EMS_CST_TX_Byte1 0;
+BA_ "NetworkRequest" SG_ 1574 EMS_CST_TX_Byte1 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1574 EMS_CST_TX_Byte1 5000;
+BA_ "RoutingFactor" SG_ 1574 EMS_CST_TX_Byte1 1;
+BA_ "Version" SG_ 1574 EMS_CST_TX_Byte1 "20.01.01";
+BA_ "GenMsgCycleTime" BO_ 1647 0;
+BA_ "GenMsgILSupport" BO_ 1647 0;
+BA_ "TpMessage" BO_ 1647 1;
+BA_ "GenMsgDelayTime" BO_ 1647 0;
+BA_ "GenMsgStartDelayTime" BO_ 1647 0;
+BA_ "VFrameFormat" BO_ 1647 14;
+BA_ "UsrSigPurpose" SG_ 1647 EMS_FPCM_CCP_RESP_Byte0 6;
+BA_ "GenSigSendType" SG_ 1647 EMS_FPCM_CCP_RESP_Byte0 2;
+BA_ "GenSigStartValue" SG_ 1647 EMS_FPCM_CCP_RESP_Byte0 0;
+BA_ "UserSigValidity" SG_ 1647 EMS_FPCM_CCP_RESP_Byte0 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1647 EMS_FPCM_CCP_RESP_Byte0 0;
+BA_ "NetworkRequest" SG_ 1647 EMS_FPCM_CCP_RESP_Byte0 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1647 EMS_FPCM_CCP_RESP_Byte0 5000;
+BA_ "RoutingFactor" SG_ 1647 EMS_FPCM_CCP_RESP_Byte0 1;
+BA_ "Version" SG_ 1647 EMS_FPCM_CCP_RESP_Byte0 "19.04.07";
+BA_ "UsrSigPurpose" SG_ 1647 EMS_FPCM_CCP_RESP_Byte2 6;
+BA_ "GenSigSendType" SG_ 1647 EMS_FPCM_CCP_RESP_Byte2 2;
+BA_ "GenSigStartValue" SG_ 1647 EMS_FPCM_CCP_RESP_Byte2 0;
+BA_ "UserSigValidity" SG_ 1647 EMS_FPCM_CCP_RESP_Byte2 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1647 EMS_FPCM_CCP_RESP_Byte2 0;
+BA_ "NetworkRequest" SG_ 1647 EMS_FPCM_CCP_RESP_Byte2 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1647 EMS_FPCM_CCP_RESP_Byte2 5000;
+BA_ "RoutingFactor" SG_ 1647 EMS_FPCM_CCP_RESP_Byte2 1;
+BA_ "Version" SG_ 1647 EMS_FPCM_CCP_RESP_Byte2 "19.04.07";
+BA_ "UsrSigPurpose" SG_ 1647 EMS_FPCM_CCP_RESP_Byte3 6;
+BA_ "GenSigSendType" SG_ 1647 EMS_FPCM_CCP_RESP_Byte3 2;
+BA_ "GenSigStartValue" SG_ 1647 EMS_FPCM_CCP_RESP_Byte3 0;
+BA_ "UserSigValidity" SG_ 1647 EMS_FPCM_CCP_RESP_Byte3 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1647 EMS_FPCM_CCP_RESP_Byte3 0;
+BA_ "NetworkRequest" SG_ 1647 EMS_FPCM_CCP_RESP_Byte3 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1647 EMS_FPCM_CCP_RESP_Byte3 5000;
+BA_ "RoutingFactor" SG_ 1647 EMS_FPCM_CCP_RESP_Byte3 1;
+BA_ "Version" SG_ 1647 EMS_FPCM_CCP_RESP_Byte3 "19.04.07";
+BA_ "UsrSigPurpose" SG_ 1647 EMS_FPCM_CCP_RESP_Byte4 6;
+BA_ "GenSigSendType" SG_ 1647 EMS_FPCM_CCP_RESP_Byte4 2;
+BA_ "GenSigStartValue" SG_ 1647 EMS_FPCM_CCP_RESP_Byte4 0;
+BA_ "UserSigValidity" SG_ 1647 EMS_FPCM_CCP_RESP_Byte4 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1647 EMS_FPCM_CCP_RESP_Byte4 0;
+BA_ "NetworkRequest" SG_ 1647 EMS_FPCM_CCP_RESP_Byte4 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1647 EMS_FPCM_CCP_RESP_Byte4 5000;
+BA_ "RoutingFactor" SG_ 1647 EMS_FPCM_CCP_RESP_Byte4 1;
+BA_ "Version" SG_ 1647 EMS_FPCM_CCP_RESP_Byte4 "19.04.07";
+BA_ "UsrSigPurpose" SG_ 1647 EMS_FPCM_CCP_RESP_Byte5 6;
+BA_ "GenSigSendType" SG_ 1647 EMS_FPCM_CCP_RESP_Byte5 2;
+BA_ "GenSigStartValue" SG_ 1647 EMS_FPCM_CCP_RESP_Byte5 0;
+BA_ "UserSigValidity" SG_ 1647 EMS_FPCM_CCP_RESP_Byte5 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1647 EMS_FPCM_CCP_RESP_Byte5 0;
+BA_ "NetworkRequest" SG_ 1647 EMS_FPCM_CCP_RESP_Byte5 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1647 EMS_FPCM_CCP_RESP_Byte5 5000;
+BA_ "RoutingFactor" SG_ 1647 EMS_FPCM_CCP_RESP_Byte5 1;
+BA_ "Version" SG_ 1647 EMS_FPCM_CCP_RESP_Byte5 "19.04.07";
+BA_ "UsrSigPurpose" SG_ 1647 EMS_FPCM_CCP_RESP_Byte6 6;
+BA_ "GenSigSendType" SG_ 1647 EMS_FPCM_CCP_RESP_Byte6 2;
+BA_ "GenSigStartValue" SG_ 1647 EMS_FPCM_CCP_RESP_Byte6 0;
+BA_ "UserSigValidity" SG_ 1647 EMS_FPCM_CCP_RESP_Byte6 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1647 EMS_FPCM_CCP_RESP_Byte6 0;
+BA_ "NetworkRequest" SG_ 1647 EMS_FPCM_CCP_RESP_Byte6 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1647 EMS_FPCM_CCP_RESP_Byte6 5000;
+BA_ "RoutingFactor" SG_ 1647 EMS_FPCM_CCP_RESP_Byte6 1;
+BA_ "Version" SG_ 1647 EMS_FPCM_CCP_RESP_Byte6 "19.04.07";
+BA_ "UsrSigPurpose" SG_ 1647 EMS_FPCM_CCP_RESP_Byte7 6;
+BA_ "GenSigSendType" SG_ 1647 EMS_FPCM_CCP_RESP_Byte7 2;
+BA_ "GenSigStartValue" SG_ 1647 EMS_FPCM_CCP_RESP_Byte7 0;
+BA_ "UserSigValidity" SG_ 1647 EMS_FPCM_CCP_RESP_Byte7 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1647 EMS_FPCM_CCP_RESP_Byte7 0;
+BA_ "NetworkRequest" SG_ 1647 EMS_FPCM_CCP_RESP_Byte7 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1647 EMS_FPCM_CCP_RESP_Byte7 5000;
+BA_ "RoutingFactor" SG_ 1647 EMS_FPCM_CCP_RESP_Byte7 1;
+BA_ "Version" SG_ 1647 EMS_FPCM_CCP_RESP_Byte7 "19.04.07";
+BA_ "UsrSigPurpose" SG_ 1647 EMS_FPCM_CCP_RESP_Byte1 6;
+BA_ "GenSigSendType" SG_ 1647 EMS_FPCM_CCP_RESP_Byte1 2;
+BA_ "GenSigStartValue" SG_ 1647 EMS_FPCM_CCP_RESP_Byte1 0;
+BA_ "UserSigValidity" SG_ 1647 EMS_FPCM_CCP_RESP_Byte1 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1647 EMS_FPCM_CCP_RESP_Byte1 0;
+BA_ "NetworkRequest" SG_ 1647 EMS_FPCM_CCP_RESP_Byte1 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1647 EMS_FPCM_CCP_RESP_Byte1 5000;
+BA_ "RoutingFactor" SG_ 1647 EMS_FPCM_CCP_RESP_Byte1 1;
+BA_ "Version" SG_ 1647 EMS_FPCM_CCP_RESP_Byte1 "19.04.07";
+BA_ "GenMsgCycleTime" BO_ 1880 0;
+BA_ "GenMsgILSupport" BO_ 1880 0;
+BA_ "TpMessage" BO_ 1880 1;
+BA_ "GenMsgDelayTime" BO_ 1880 0;
+BA_ "GenMsgStartDelayTime" BO_ 1880 0;
+BA_ "VFrameFormat" BO_ 1880 14;
+BA_ "Description" SG_ 1880 EMS_FPCM_GST_Byte0 "TP Index : 125";
+BA_ "UsrSigPurpose" SG_ 1880 EMS_FPCM_GST_Byte0 2;
+BA_ "GenSigSendType" SG_ 1880 EMS_FPCM_GST_Byte0 2;
+BA_ "GenSigStartValue" SG_ 1880 EMS_FPCM_GST_Byte0 0;
+BA_ "UserSigValidity" SG_ 1880 EMS_FPCM_GST_Byte0 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1880 EMS_FPCM_GST_Byte0 0;
+BA_ "NetworkRequest" SG_ 1880 EMS_FPCM_GST_Byte0 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1880 EMS_FPCM_GST_Byte0 5000;
+BA_ "RoutingFactor" SG_ 1880 EMS_FPCM_GST_Byte0 1;
+BA_ "Version" SG_ 1880 EMS_FPCM_GST_Byte0 "19.04.07";
+BA_ "Description" SG_ 1880 EMS_FPCM_GST_Byte2 "TP Index : 125";
+BA_ "UsrSigPurpose" SG_ 1880 EMS_FPCM_GST_Byte2 2;
+BA_ "GenSigSendType" SG_ 1880 EMS_FPCM_GST_Byte2 2;
+BA_ "GenSigStartValue" SG_ 1880 EMS_FPCM_GST_Byte2 0;
+BA_ "UserSigValidity" SG_ 1880 EMS_FPCM_GST_Byte2 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1880 EMS_FPCM_GST_Byte2 0;
+BA_ "NetworkRequest" SG_ 1880 EMS_FPCM_GST_Byte2 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1880 EMS_FPCM_GST_Byte2 5000;
+BA_ "RoutingFactor" SG_ 1880 EMS_FPCM_GST_Byte2 1;
+BA_ "Version" SG_ 1880 EMS_FPCM_GST_Byte2 "19.04.07";
+BA_ "Description" SG_ 1880 EMS_FPCM_GST_Byte3 "TP Index : 125";
+BA_ "UsrSigPurpose" SG_ 1880 EMS_FPCM_GST_Byte3 2;
+BA_ "GenSigSendType" SG_ 1880 EMS_FPCM_GST_Byte3 2;
+BA_ "GenSigStartValue" SG_ 1880 EMS_FPCM_GST_Byte3 0;
+BA_ "UserSigValidity" SG_ 1880 EMS_FPCM_GST_Byte3 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1880 EMS_FPCM_GST_Byte3 0;
+BA_ "NetworkRequest" SG_ 1880 EMS_FPCM_GST_Byte3 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1880 EMS_FPCM_GST_Byte3 5000;
+BA_ "RoutingFactor" SG_ 1880 EMS_FPCM_GST_Byte3 1;
+BA_ "Version" SG_ 1880 EMS_FPCM_GST_Byte3 "19.04.07";
+BA_ "Description" SG_ 1880 EMS_FPCM_GST_Byte4 "TP Index : 125";
+BA_ "UsrSigPurpose" SG_ 1880 EMS_FPCM_GST_Byte4 2;
+BA_ "GenSigSendType" SG_ 1880 EMS_FPCM_GST_Byte4 2;
+BA_ "GenSigStartValue" SG_ 1880 EMS_FPCM_GST_Byte4 0;
+BA_ "UserSigValidity" SG_ 1880 EMS_FPCM_GST_Byte4 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1880 EMS_FPCM_GST_Byte4 0;
+BA_ "NetworkRequest" SG_ 1880 EMS_FPCM_GST_Byte4 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1880 EMS_FPCM_GST_Byte4 5000;
+BA_ "RoutingFactor" SG_ 1880 EMS_FPCM_GST_Byte4 1;
+BA_ "Version" SG_ 1880 EMS_FPCM_GST_Byte4 "19.04.07";
+BA_ "Description" SG_ 1880 EMS_FPCM_GST_Byte5 "TP Index : 125";
+BA_ "UsrSigPurpose" SG_ 1880 EMS_FPCM_GST_Byte5 2;
+BA_ "GenSigSendType" SG_ 1880 EMS_FPCM_GST_Byte5 2;
+BA_ "GenSigStartValue" SG_ 1880 EMS_FPCM_GST_Byte5 0;
+BA_ "UserSigValidity" SG_ 1880 EMS_FPCM_GST_Byte5 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1880 EMS_FPCM_GST_Byte5 0;
+BA_ "NetworkRequest" SG_ 1880 EMS_FPCM_GST_Byte5 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1880 EMS_FPCM_GST_Byte5 5000;
+BA_ "RoutingFactor" SG_ 1880 EMS_FPCM_GST_Byte5 1;
+BA_ "Version" SG_ 1880 EMS_FPCM_GST_Byte5 "19.04.07";
+BA_ "Description" SG_ 1880 EMS_FPCM_GST_Byte6 "TP Index : 125";
+BA_ "UsrSigPurpose" SG_ 1880 EMS_FPCM_GST_Byte6 2;
+BA_ "GenSigSendType" SG_ 1880 EMS_FPCM_GST_Byte6 2;
+BA_ "GenSigStartValue" SG_ 1880 EMS_FPCM_GST_Byte6 0;
+BA_ "UserSigValidity" SG_ 1880 EMS_FPCM_GST_Byte6 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1880 EMS_FPCM_GST_Byte6 0;
+BA_ "NetworkRequest" SG_ 1880 EMS_FPCM_GST_Byte6 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1880 EMS_FPCM_GST_Byte6 5000;
+BA_ "RoutingFactor" SG_ 1880 EMS_FPCM_GST_Byte6 1;
+BA_ "Version" SG_ 1880 EMS_FPCM_GST_Byte6 "19.04.07";
+BA_ "Description" SG_ 1880 EMS_FPCM_GST_Byte7 "TP Index : 125";
+BA_ "UsrSigPurpose" SG_ 1880 EMS_FPCM_GST_Byte7 2;
+BA_ "GenSigSendType" SG_ 1880 EMS_FPCM_GST_Byte7 2;
+BA_ "GenSigStartValue" SG_ 1880 EMS_FPCM_GST_Byte7 0;
+BA_ "UserSigValidity" SG_ 1880 EMS_FPCM_GST_Byte7 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1880 EMS_FPCM_GST_Byte7 0;
+BA_ "NetworkRequest" SG_ 1880 EMS_FPCM_GST_Byte7 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1880 EMS_FPCM_GST_Byte7 5000;
+BA_ "RoutingFactor" SG_ 1880 EMS_FPCM_GST_Byte7 1;
+BA_ "Version" SG_ 1880 EMS_FPCM_GST_Byte7 "19.04.07";
+BA_ "Description" SG_ 1880 EMS_FPCM_GST_Byte1 "TP Index : 125";
+BA_ "UsrSigPurpose" SG_ 1880 EMS_FPCM_GST_Byte1 2;
+BA_ "GenSigSendType" SG_ 1880 EMS_FPCM_GST_Byte1 2;
+BA_ "GenSigStartValue" SG_ 1880 EMS_FPCM_GST_Byte1 0;
+BA_ "UserSigValidity" SG_ 1880 EMS_FPCM_GST_Byte1 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1880 EMS_FPCM_GST_Byte1 0;
+BA_ "NetworkRequest" SG_ 1880 EMS_FPCM_GST_Byte1 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1880 EMS_FPCM_GST_Byte1 5000;
+BA_ "RoutingFactor" SG_ 1880 EMS_FPCM_GST_Byte1 1;
+BA_ "Version" SG_ 1880 EMS_FPCM_GST_Byte1 "19.04.07";
+BA_ "GenMsgCycleTime" BO_ 2024 0;
+BA_ "GenMsgILSupport" BO_ 2024 0;
+BA_ "TpMessage" BO_ 2024 1;
+BA_ "GenMsgDelayTime" BO_ 2024 0;
+BA_ "GenMsgStartDelayTime" BO_ 2024 0;
+BA_ "VFrameFormat" BO_ 2024 14;
+BA_ "UsrSigPurpose" SG_ 2024 EMS_GST_Byte0 2;
+BA_ "GenSigSendType" SG_ 2024 EMS_GST_Byte0 2;
+BA_ "GenSigStartValue" SG_ 2024 EMS_GST_Byte0 0;
+BA_ "UserSigValidity" SG_ 2024 EMS_GST_Byte0 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 2024 EMS_GST_Byte0 0;
+BA_ "NetworkRequest" SG_ 2024 EMS_GST_Byte0 0;
+BA_ "NetworkRequestHoldingTime" SG_ 2024 EMS_GST_Byte0 5000;
+BA_ "RoutingFactor" SG_ 2024 EMS_GST_Byte0 1;
+BA_ "Version" SG_ 2024 EMS_GST_Byte0 "18.01.08";
+BA_ "UsrSigPurpose" SG_ 2024 EMS_GST_Byte2 2;
+BA_ "GenSigSendType" SG_ 2024 EMS_GST_Byte2 2;
+BA_ "GenSigStartValue" SG_ 2024 EMS_GST_Byte2 0;
+BA_ "UserSigValidity" SG_ 2024 EMS_GST_Byte2 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 2024 EMS_GST_Byte2 0;
+BA_ "NetworkRequest" SG_ 2024 EMS_GST_Byte2 0;
+BA_ "NetworkRequestHoldingTime" SG_ 2024 EMS_GST_Byte2 5000;
+BA_ "RoutingFactor" SG_ 2024 EMS_GST_Byte2 1;
+BA_ "Version" SG_ 2024 EMS_GST_Byte2 "18.01.08";
+BA_ "UsrSigPurpose" SG_ 2024 EMS_GST_Byte3 2;
+BA_ "GenSigSendType" SG_ 2024 EMS_GST_Byte3 2;
+BA_ "GenSigStartValue" SG_ 2024 EMS_GST_Byte3 0;
+BA_ "UserSigValidity" SG_ 2024 EMS_GST_Byte3 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 2024 EMS_GST_Byte3 0;
+BA_ "NetworkRequest" SG_ 2024 EMS_GST_Byte3 0;
+BA_ "NetworkRequestHoldingTime" SG_ 2024 EMS_GST_Byte3 5000;
+BA_ "RoutingFactor" SG_ 2024 EMS_GST_Byte3 1;
+BA_ "Version" SG_ 2024 EMS_GST_Byte3 "18.01.08";
+BA_ "UsrSigPurpose" SG_ 2024 EMS_GST_Byte4 2;
+BA_ "GenSigSendType" SG_ 2024 EMS_GST_Byte4 2;
+BA_ "GenSigStartValue" SG_ 2024 EMS_GST_Byte4 0;
+BA_ "UserSigValidity" SG_ 2024 EMS_GST_Byte4 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 2024 EMS_GST_Byte4 0;
+BA_ "NetworkRequest" SG_ 2024 EMS_GST_Byte4 0;
+BA_ "NetworkRequestHoldingTime" SG_ 2024 EMS_GST_Byte4 5000;
+BA_ "RoutingFactor" SG_ 2024 EMS_GST_Byte4 1;
+BA_ "Version" SG_ 2024 EMS_GST_Byte4 "18.01.08";
+BA_ "UsrSigPurpose" SG_ 2024 EMS_GST_Byte5 2;
+BA_ "GenSigSendType" SG_ 2024 EMS_GST_Byte5 2;
+BA_ "GenSigStartValue" SG_ 2024 EMS_GST_Byte5 0;
+BA_ "UserSigValidity" SG_ 2024 EMS_GST_Byte5 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 2024 EMS_GST_Byte5 0;
+BA_ "NetworkRequest" SG_ 2024 EMS_GST_Byte5 0;
+BA_ "NetworkRequestHoldingTime" SG_ 2024 EMS_GST_Byte5 5000;
+BA_ "RoutingFactor" SG_ 2024 EMS_GST_Byte5 1;
+BA_ "Version" SG_ 2024 EMS_GST_Byte5 "18.01.08";
+BA_ "UsrSigPurpose" SG_ 2024 EMS_GST_Byte6 2;
+BA_ "GenSigSendType" SG_ 2024 EMS_GST_Byte6 2;
+BA_ "GenSigStartValue" SG_ 2024 EMS_GST_Byte6 0;
+BA_ "UserSigValidity" SG_ 2024 EMS_GST_Byte6 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 2024 EMS_GST_Byte6 0;
+BA_ "NetworkRequest" SG_ 2024 EMS_GST_Byte6 0;
+BA_ "NetworkRequestHoldingTime" SG_ 2024 EMS_GST_Byte6 5000;
+BA_ "RoutingFactor" SG_ 2024 EMS_GST_Byte6 1;
+BA_ "Version" SG_ 2024 EMS_GST_Byte6 "18.01.08";
+BA_ "UsrSigPurpose" SG_ 2024 EMS_GST_Byte7 2;
+BA_ "GenSigSendType" SG_ 2024 EMS_GST_Byte7 2;
+BA_ "GenSigStartValue" SG_ 2024 EMS_GST_Byte7 0;
+BA_ "UserSigValidity" SG_ 2024 EMS_GST_Byte7 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 2024 EMS_GST_Byte7 0;
+BA_ "NetworkRequest" SG_ 2024 EMS_GST_Byte7 0;
+BA_ "NetworkRequestHoldingTime" SG_ 2024 EMS_GST_Byte7 5000;
+BA_ "RoutingFactor" SG_ 2024 EMS_GST_Byte7 1;
+BA_ "Version" SG_ 2024 EMS_GST_Byte7 "18.01.08";
+BA_ "UsrSigPurpose" SG_ 2024 EMS_GST_Byte1 2;
+BA_ "GenSigSendType" SG_ 2024 EMS_GST_Byte1 2;
+BA_ "GenSigStartValue" SG_ 2024 EMS_GST_Byte1 0;
+BA_ "UserSigValidity" SG_ 2024 EMS_GST_Byte1 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 2024 EMS_GST_Byte1 0;
+BA_ "NetworkRequest" SG_ 2024 EMS_GST_Byte1 0;
+BA_ "NetworkRequestHoldingTime" SG_ 2024 EMS_GST_Byte1 5000;
+BA_ "RoutingFactor" SG_ 2024 EMS_GST_Byte1 1;
+BA_ "Version" SG_ 2024 EMS_GST_Byte1 "18.01.08";
+BA_ "GenMsgSendType" BO_ 496 0;
+BA_ "GenMsgCycleTime" BO_ 496 50;
+BA_ "GenMsgCycleTimeFast" BO_ 496 0;
+BA_ "GenMsgNrOfRepetition" BO_ 496 0;
+BA_ "GenMsgStartDelayTime" BO_ 496 0;
+BA_ "VFrameFormat" BO_ 496 14;
+BA_ "Description" SG_ 496 EPB_Crc1Val "The data area for CRC calculation is based on the data length (DLC) of the message DB.
+
+The CRC shall be calculated over the entire data block (excluding the CRC bytes) including the user data, alive counter and Data ID
+
+ 
+
+- CRC Polynomial (0x1021) , Initial Value : 0xFFFF, XOR value : 0x0000, Data ID : Message ID + 0xF800 
+
+- The initial value is for CRC calculation and the message should be sent with the calculated result value. 
+
+- The mathematical expression to 16 bit CRC polynomial is given here. G(x) = x16 + x12 + x5 + 1";
+BA_ "GenSigStartValue" SG_ 496 EPB_Crc1Val 65535;
+BA_ "UserSigValidity" SG_ 496 EPB_Crc1Val 3;
+BA_ "NetworkRequestHoldingTime" SG_ 496 EPB_Crc1Val 0;
+BA_ "RoutingFactor" SG_ 496 EPB_Crc1Val 3;
+BA_ "Version" SG_ 496 EPB_Crc1Val "18.11.08";
+BA_ "Description" SG_ 496 EPB_AlvCnt1Val "For the first transmission request for a data element the counter shall be initialized with 0 and shall be incremented by 1 for every subsequent send request. 
+
+When the counter reaches the maximum value(0xFF), then it shall restart with 0 for the next send request";
+BA_ "GenSigStartValue" SG_ 496 EPB_AlvCnt1Val 0;
+BA_ "UserSigValidity" SG_ 496 EPB_AlvCnt1Val 3;
+BA_ "NetworkRequestHoldingTime" SG_ 496 EPB_AlvCnt1Val 0;
+BA_ "RoutingFactor" SG_ 496 EPB_AlvCnt1Val 3;
+BA_ "Version" SG_ 496 EPB_AlvCnt1Val "18.11.08";
+BA_ "Description" SG_ 496 EPB_LmpStaDis "This signal indicates status lamp request from EPB to lamp control unit.
+
+- The lamp shall be turned on during initialization. The initialization lasts for 3 seconds after IG-key on.
+
+- If a lamp control unit can not get this signal via CAN due to any errors, the last lamp state before the error should be maintained.
+
+- When EPB apply switch is pressed in the IG-key off sate, the parking brake lamp should be on for 15 seconds and off. In this case, the cluster shall have CAN wake-up capability.
+
+
+
+EPB_LmpStaDis(0H) - Parking brake lamp status (Off)
+
+EPB_LmpStaDis(1H) - Parking brake lamp status (On)
+
+EPB_LmpStaDis(2H) - Parking brake lamp status (Blinking at 1Hz)";
+BA_ "GenSigStartValue" SG_ 496 EPB_LmpStaDis 0;
+BA_ "UserSigValidity" SG_ 496 EPB_LmpStaDis 3;
+BA_ "NetworkRequestHoldingTime" SG_ 496 EPB_LmpStaDis 0;
+BA_ "RoutingFactor" SG_ 496 EPB_LmpStaDis 3;
+BA_ "Version" SG_ 496 EPB_LmpStaDis "17.12.00";
+BA_ "Description" SG_ 496 EPB_FlrLmpStaDis "Information about the failure lamp request from EPB to lamp control unit.
+
+
+
+EPB_F_LAMP(0H) - Yellow failure lamp status(Off)
+
+EPB_F_LAMP(1H) - Yellow failure lamp status(On)
+
+EPB_F_LAMP(2H) - Yellow failure lamp status(Blinking at 1 Hz)";
+BA_ "GenSigStartValue" SG_ 496 EPB_FlrLmpStaDis 0;
+BA_ "UserSigValidity" SG_ 496 EPB_FlrLmpStaDis 3;
+BA_ "NetworkRequestHoldingTime" SG_ 496 EPB_FlrLmpStaDis 0;
+BA_ "RoutingFactor" SG_ 496 EPB_FlrLmpStaDis 3;
+BA_ "Version" SG_ 496 EPB_FlrLmpStaDis "17.12.00";
+BA_ "Description" SG_ 496 EPB_OutDataDis "An EPB can show its information message to driver on a cluster or a display module with this signal. ※ 0x4 is for China";
+BA_ "GenSigStartValue" SG_ 496 EPB_OutDataDis 0;
+BA_ "UserSigValidity" SG_ 496 EPB_OutDataDis 3;
+BA_ "NetworkRequestHoldingTime" SG_ 496 EPB_OutDataDis 0;
+BA_ "RoutingFactor" SG_ 496 EPB_OutDataDis 3;
+BA_ "Version" SG_ 496 EPB_OutDataDis "17.12.00";
+BA_ "Description" SG_ 496 EPB_AlrmReq "This signal indicates that an EPB requests cluster or tone controller to ring the alarm according to the status of an EPB.
+
+
+
+Conversion [Condition]
+
+0H : Normal operation
+
+1H : EPB_CLU = 2 or 3
+
+(send signals three time in a row & 1st signal should be sent at the same time as corresponding EPB_CLU 1st Signal)
+
+2H : Dynamic braking[ECD, RWU] (send signal continuously)
+
+3H : Reserved";
+BA_ "GenSigStartValue" SG_ 496 EPB_AlrmReq 0;
+BA_ "UserSigValidity" SG_ 496 EPB_AlrmReq 3;
+BA_ "NetworkRequestHoldingTime" SG_ 496 EPB_AlrmReq 0;
+BA_ "RoutingFactor" SG_ 496 EPB_AlrmReq 3;
+BA_ "Version" SG_ 496 EPB_AlrmReq "17.12.00";
+BA_ "Description" SG_ 496 EPB_SwPosSta "Information about the EPB control switch state";
+BA_ "GenSigStartValue" SG_ 496 EPB_SwPosSta 0;
+BA_ "UserSigValidity" SG_ 496 EPB_SwPosSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 496 EPB_SwPosSta 0;
+BA_ "RoutingFactor" SG_ 496 EPB_SwPosSta 3;
+BA_ "Version" SG_ 496 EPB_SwPosSta "17.12.00";
+BA_ "Description" SG_ 496 EPB_RrBrkLtActvReq "If an EPB acts braking and the vehicle speed is higher than pre-defined condition then rear brake lamp shall be turned on. This signal requests ESC or brake lamp controller to turn on rear brake lamp.";
+BA_ "GenSigStartValue" SG_ 496 EPB_RrBrkLtActvReq 0;
+BA_ "UserSigValidity" SG_ 496 EPB_RrBrkLtActvReq 3;
+BA_ "NetworkRequestHoldingTime" SG_ 496 EPB_RrBrkLtActvReq 0;
+BA_ "RoutingFactor" SG_ 496 EPB_RrBrkLtActvReq 3;
+BA_ "Version" SG_ 496 EPB_RrBrkLtActvReq "17.12.00";
+BA_ "Description" SG_ 496 EPB_FrcErrSta "Detail descriptions of error status of EPB force if EPB_FrcErrSta = 00H";
+BA_ "GenSigStartValue" SG_ 496 EPB_FrcErrSta 0;
+BA_ "UserSigValidity" SG_ 496 EPB_FrcErrSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 496 EPB_FrcErrSta 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 496 EPB_FrcErrSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 496 EPB_FrcErrSta 0;
+BA_ "RoutingFactor" SG_ 496 EPB_FrcErrSta 3;
+BA_ "Version" SG_ 496 EPB_FrcErrSta "17.12.00";
+BA_ "Description" SG_ 496 EPB_DynmBrkFrcReqSigSta "This signal indicates the validity of EPB_DynmBrkFrcReqSigSta (EPB request for ESP to activate Dynamic Brake Function) signal.";
+BA_ "GenSigStartValue" SG_ 496 EPB_DynmBrkFrcReqSigSta 1;
+BA_ "UserSigValidity" SG_ 496 EPB_DynmBrkFrcReqSigSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 496 EPB_DynmBrkFrcReqSigSta 0;
+BA_ "RoutingFactor" SG_ 496 EPB_DynmBrkFrcReqSigSta 3;
+BA_ "Version" SG_ 496 EPB_DynmBrkFrcReqSigSta "17.12.00";
+BA_ "Description" SG_ 496 EPB_FrcSta "Information about the force status of the EPB";
+BA_ "GenSigStartValue" SG_ 496 EPB_FrcSta 0;
+BA_ "UserSigValidity" SG_ 496 EPB_FrcSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 496 EPB_FrcSta 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 496 EPB_FrcSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 496 EPB_FrcSta 0;
+BA_ "RoutingFactor" SG_ 496 EPB_FrcSta 3;
+BA_ "Version" SG_ 496 EPB_FrcSta "17.12.00";
+BA_ "Description" SG_ 496 EPB_FlSta "Information about availability of EPB. If this bit is set (EPB is not available), EPB motor control is not possible, e.g. by external AVH request.";
+BA_ "GenSigStartValue" SG_ 496 EPB_FlSta 2;
+BA_ "UserSigValidity" SG_ 496 EPB_FlSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 496 EPB_FlSta 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 496 EPB_FlSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 496 EPB_FlSta 0;
+BA_ "RoutingFactor" SG_ 496 EPB_FlSta 3;
+BA_ "Version" SG_ 496 EPB_FlSta "17.12.00";
+BA_ "Description" SG_ 496 EPB_EscReqAckSta "Acknowledge signal for ESC request (e.g. AVH).
+
+
+
+ESC sends request to release (1) or clamping (2) via signal REQ_EPB_ACT. The EPB acknowledges this request with EPB_EscReqAckSta = 1 within the time tESP_REQ_OK (value tbd) and performs according to the requested action. If signal EPB_EscReqAckSta remains = 0 for longer than tESP_REQ_OK, the requested action will be discarded.";
+BA_ "GenSigStartValue" SG_ 496 EPB_EscReqAckSta 0;
+BA_ "UserSigValidity" SG_ 496 EPB_EscReqAckSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 496 EPB_EscReqAckSta 0;
+BA_ "RoutingFactor" SG_ 496 EPB_EscReqAckSta 3;
+BA_ "Version" SG_ 496 EPB_EscReqAckSta "17.12.00";
+BA_ "Description" SG_ 496 EPB_DynmBrkFrcReq "EPB dynamic Braking Request";
+BA_ "GenSigStartValue" SG_ 496 EPB_DynmBrkFrcReq 0;
+BA_ "UserSigValidity" SG_ 496 EPB_DynmBrkFrcReq 3;
+BA_ "NetworkRequestHoldingTime" SG_ 496 EPB_DynmBrkFrcReq 0;
+BA_ "RoutingFactor" SG_ 496 EPB_DynmBrkFrcReq 3;
+BA_ "Version" SG_ 496 EPB_DynmBrkFrcReq "17.12.00";
+BA_ "Description" SG_ 496 EPB_ActlFrcVal "Actual braking force measured by EPB force sensor.";
+BA_ "GenSigStartValue" SG_ 496 EPB_ActlFrcVal 1000;
+BA_ "UserSigValidity" SG_ 496 EPB_ActlFrcVal 3;
+BA_ "NetworkRequestHoldingTime" SG_ 496 EPB_ActlFrcVal 0;
+BA_ "RoutingFactor" SG_ 496 EPB_ActlFrcVal 3;
+BA_ "Version" SG_ 496 EPB_ActlFrcVal "17.12.00";
+BA_ "Description" SG_ 496 EPB_DynmBrkFrcDclReq "Requested deceleration for DBF. The ESC must consider this value if EPB_DynmBrkFrcReq is equal to 1.";
+BA_ "GenSigStartValue" SG_ 496 EPB_DynmBrkFrcDclReq 0;
+BA_ "UserSigValidity" SG_ 496 EPB_DynmBrkFrcDclReq 3;
+BA_ "NetworkRequestHoldingTime" SG_ 496 EPB_DynmBrkFrcDclReq 0;
+BA_ "RoutingFactor" SG_ 496 EPB_DynmBrkFrcDclReq 3;
+BA_ "Version" SG_ 496 EPB_DynmBrkFrcDclReq "17.12.00";
+BA_ "GenMsgSendType" BO_ 96 0;
+BA_ "GenMsgCycleTime" BO_ 96 10;
+BA_ "GenMsgCycleTimeFast" BO_ 96 0;
+BA_ "GenMsgNrOfRepetition" BO_ 96 0;
+BA_ "GenMsgDelayTime" BO_ 96 0;
+BA_ "GenMsgStartDelayTime" BO_ 96 0;
+BA_ "VFrameFormat" BO_ 96 14;
+BA_ "Description" SG_ 96 ESC_Crc1Val "The data area for CRC calculation is based on the data length (DLC) of the message DB.
+
+The CRC shall be calculated over the entire data block (excluding the CRC bytes) including the user data, alive counter and Data ID
+
+ 
+
+- CRC Polynomial (0x1021) , Initial Value : 0xFFFF, XOR value : 0x0000, Data ID : Message ID + 0xF800 
+
+- The initial value is for CRC calculation and the message should be sent with the calculated result value. 
+
+- The mathematical expression to 16 bit CRC polynomial is given here. G(x) = x16 + x12 + x5 + 1";
+BA_ "GenSigStartValue" SG_ 96 ESC_Crc1Val 65535;
+BA_ "UserSigValidity" SG_ 96 ESC_Crc1Val 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 96 ESC_Crc1Val 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 96 ESC_Crc1Val 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 96 ESC_Crc1Val 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 96 ESC_Crc1Val 500;
+BA_ "NetworkRequestHoldingTime" SG_ 96 ESC_Crc1Val 0;
+BA_ "RoutingFactor" SG_ 96 ESC_Crc1Val 5;
+BA_ "Version" SG_ 96 ESC_Crc1Val "18.11.08";
+BA_ "Description" SG_ 96 TCS_GearShftCharacteristicVal "Interface signal between TCS/ESC and TCU influencing the TCU switching characteristics in the case of an TCS control system.";
+BA_ "GenSigStartValue" SG_ 96 TCS_GearShftCharacteristicVal 0;
+BA_ "UserSigValidity" SG_ 96 TCS_GearShftCharacteristicVal 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 96 TCS_GearShftCharacteristicVal 500;
+BA_ "NetworkRequestHoldingTime" SG_ 96 TCS_GearShftCharacteristicVal 0;
+BA_ "RoutingFactor" SG_ 96 TCS_GearShftCharacteristicVal 5;
+BA_ "Version" SG_ 96 TCS_GearShftCharacteristicVal "17.12.00";
+BA_ "Description" SG_ 96 TCS_ManufacturerVal "TCS manufacturer information to distinguish between a system which requires only TQI_TCS function and a system which requires both TQI_TCS and TQI_SLW_TCS functions. This signal indicates that TCS requests torque reduction using only TQI_TCS or using both TQI_TCS and TQI_SLW_TCS.
+
+
+
+If this signal is set to '1', this means that torque reduction method (Throttle Control or Injection Control) is determined by the value of TQI_TCS only. (TQI_SLW_TCS is not used and should be set to FFH)";
+BA_ "GenSigStartValue" SG_ 96 TCS_ManufacturerVal 0;
+BA_ "UserSigValidity" SG_ 96 TCS_ManufacturerVal 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 96 TCS_ManufacturerVal 500;
+BA_ "NetworkRequestHoldingTime" SG_ 96 TCS_ManufacturerVal 0;
+BA_ "RoutingFactor" SG_ 96 TCS_ManufacturerVal 5;
+BA_ "Version" SG_ 96 TCS_ManufacturerVal "17.12.00";
+BA_ "Description" SG_ 96 TCS_TqIntrvntnVal "Request for an indicated desired engine torque, the combination of signals calls, on the one hand, for a desire for charge reduction (TCS or ESC function), and, on the other hand, for a desire for charge increase (MSR function).
+
+
+
+TQI_TCS : Torque reduction according to TQI_TCS is accomplished in the EMS by different methodes depending on the type of engine (Diesel, Gasoline, with or without ETC). Possible methodes are the reduction of airflow into the engine cylinders, the ignition angle adjustment and/or shutdown of cylinders and the reduction of injection etc. Torque reduction down to the engine drag torque range has to be possible
+
+
+
+TCS function:
+
+In the case of a torque reduction, following conditions must be fulfilled. : 
+
+TCS_REQ=1, MSR_C_REQ=0, TQI_TCS < 0FFH and TQI_MSR = 00H
+
+
+
+MSR function :
+
+ In the case of a torque increase, following conditions must be fulfilled. : 
+
+ MSR_C_REQ = 1, TCS_REQ = 0, TQI_MSR > 00H and TQI_TCS = 1’s complement of TQI_MSR 
+
+
+
+The specified torque TQI_x is referred to a maximum torque TQ_STND. From this conversion into a physical quantity results a range of 0..99.6094% for TQ_STND.";
+BA_ "GenSigStartValue" SG_ 96 TCS_TqIntrvntnVal 255;
+BA_ "UserSigValidity" SG_ 96 TCS_TqIntrvntnVal 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 96 TCS_TqIntrvntnVal 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 96 TCS_TqIntrvntnVal 500;
+BA_ "NetworkRequestHoldingTime" SG_ 96 TCS_TqIntrvntnVal 0;
+BA_ "RoutingFactor" SG_ 96 TCS_TqIntrvntnVal 5;
+BA_ "Version" SG_ 96 TCS_TqIntrvntnVal "17.12.00";
+BA_ "Description" SG_ 96 MSR_TqIntrvntnVal "Request for an indicated desired engine torque, the combination of signals calls, on the one hand, for a desire for charge reduction (TCS or ESC function), and, on the other hand, for a desire for charge increase (MSR function).
+
+
+
+TQI_MSR : The torque increase according to TQI_MSR is accomplished in the EMS via the idle-charge actuator (limited by the maximum air flow of the idle-charge actuator) or electrical throttle controller (DIESEL : increase of fuel injection) up to the driving torque range.
+
+
+
+TCS function:
+
+In the case of a torque reduction, following conditions must be fulfilled. : 
+
+TCS_REQ=1, MSR_C_REQ=0, TQI_TCS < 0FFH and TQI_MSR = 00H
+
+
+
+MSR function :
+
+ In the case of a torque increase, following conditions must be fulfilled. : 
+
+ MSR_C_REQ = 1, TCS_REQ = 0, TQI_MSR > 00H and TQI_TCS = 1’s complement of TQI_MSR 
+
+
+
+The specified torque TQI_x is referred to a maximum torque TQ_STND. From this conversion into a physical quantity results a range of 0..99.6094% for TQ_STND.";
+BA_ "GenSigStartValue" SG_ 96 MSR_TqIntrvntnVal 0;
+BA_ "UserSigValidity" SG_ 96 MSR_TqIntrvntnVal 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 96 MSR_TqIntrvntnVal 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 96 MSR_TqIntrvntnVal 500;
+BA_ "NetworkRequestHoldingTime" SG_ 96 MSR_TqIntrvntnVal 0;
+BA_ "RoutingFactor" SG_ 96 MSR_TqIntrvntnVal 5;
+BA_ "Version" SG_ 96 MSR_TqIntrvntnVal "17.12.00";
+BA_ "Description" SG_ 96 TCS_SlwTqIntrvntnVal "Request for an indicated desired engine torque, the combination of signals calls, on the one hand, for a desire for charge reduction (TCS or ESC function), and, on the other hand, for a desire for charge increase (MSR function).
+
+
+
+TQI_SLW_TCS : The driving torque reduction according to TQI_SLW_TCS is accomplished in the EMS by reduction of airflow into engine cylinders (electrical throttle control) down to the engine drag torque range.
+
+
+
+The specified torque TQI_x is referred to a maximum torque TQ_STND. From this conversion into a physical quantity results a range of 0..99.6094% for TQ_STND.";
+BA_ "GenSigStartValue" SG_ 96 TCS_SlwTqIntrvntnVal 255;
+BA_ "UserSigValidity" SG_ 96 TCS_SlwTqIntrvntnVal 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 96 TCS_SlwTqIntrvntnVal 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 96 TCS_SlwTqIntrvntnVal 500;
+BA_ "NetworkRequestHoldingTime" SG_ 96 TCS_SlwTqIntrvntnVal 0;
+BA_ "RoutingFactor" SG_ 96 TCS_SlwTqIntrvntnVal 5;
+BA_ "Version" SG_ 96 TCS_SlwTqIntrvntnVal "17.12.00";
+BA_ "Description" SG_ 96 ESC_CylPrsrVal "This signal indicates pressure of brake master cylinder and provides information how deeply  a driver is pressing brake pedal.";
+BA_ "GenSigStartValue" SG_ 96 ESC_CylPrsrVal 0;
+BA_ "UserSigValidity" SG_ 96 ESC_CylPrsrVal 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 96 ESC_CylPrsrVal 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 96 ESC_CylPrsrVal 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 96 ESC_CylPrsrVal 500;
+BA_ "NetworkRequestHoldingTime" SG_ 96 ESC_CylPrsrVal 0;
+BA_ "RoutingFactor" SG_ 96 ESC_CylPrsrVal 5;
+BA_ "Version" SG_ 96 ESC_CylPrsrVal "17.12.00";
+BA_ "Description" SG_ 96 ESC_CylPrsrSta "This signal indicates validity of CYL_PRES signal.";
+BA_ "GenSigStartValue" SG_ 96 ESC_CylPrsrSta 1;
+BA_ "UserSigValidity" SG_ 96 ESC_CylPrsrSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 96 ESC_CylPrsrSta 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 96 ESC_CylPrsrSta 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ IBU SG_ 96 ESC_CylPrsrSta 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 96 ESC_CylPrsrSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 96 ESC_CylPrsrSta 0;
+BA_ "RoutingFactor" SG_ 96 ESC_CylPrsrSta 5;
+BA_ "Version" SG_ 96 ESC_CylPrsrSta "18.02.00";
+BA_ "Description" SG_ 96 ESC_CylPrsrDiagSta "This signal indicates self-diagnosis mode of master cylinder pressure signal. During system check, master cylinder pressure information cannot be sent(not available) and this bit should be set to 1.";
+BA_ "GenSigStartValue" SG_ 96 ESC_CylPrsrDiagSta 1;
+BA_ "UserSigValidity" SG_ 96 ESC_CylPrsrDiagSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 96 ESC_CylPrsrDiagSta 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 96 ESC_CylPrsrDiagSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 96 ESC_CylPrsrDiagSta 0;
+BA_ "RoutingFactor" SG_ 96 ESC_CylPrsrDiagSta 5;
+BA_ "Version" SG_ 96 ESC_CylPrsrDiagSta "17.12.00";
+BA_ "Description" SG_ 96 ESC_CylPrsrFlagSta "This signal means that the pressure of master cylinder is 15 bar or over.
+
+(0x0 : under 15 bar, 0x1 : 15 bar or over)
+
+
+
+This signal may be difference with actual BLS(Brake Lamp Switch) state.
+
+So the ESC does not guarantee using this signal as substituting the BLS.
+
+(If any problem is happened in other ECU, ESC does not cope with it)
+
+
+
+And the other ECUs receiving this signal have to check the value of CYL_PRES_STAT.
+
+If the CYL_PRES_STAT signal's value is invalid, other ECUs do not use this signal to control parameter.(This signal is invalid, too)";
+BA_ "GenSigStartValue" SG_ 96 ESC_CylPrsrFlagSta 0;
+BA_ "UserSigValidity" SG_ 96 ESC_CylPrsrFlagSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 96 ESC_CylPrsrFlagSta 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ IBU SG_ 96 ESC_CylPrsrFlagSta 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 96 ESC_CylPrsrFlagSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 96 ESC_CylPrsrFlagSta 0;
+BA_ "RoutingFactor" SG_ 96 ESC_CylPrsrFlagSta 5;
+BA_ "Version" SG_ 96 ESC_CylPrsrFlagSta "17.12.00";
+BA_ "Description" SG_ 96 ESC_VsmActvSta "ESC controller provides an information on VSM (ESC+MDPS) Active signal. It indicates VSM control is
+
+active or inactive.";
+BA_ "GenSigStartValue" SG_ 96 ESC_VsmActvSta 0;
+BA_ "UserSigValidity" SG_ 96 ESC_VsmActvSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 96 ESC_VsmActvSta 0;
+BA_ "RoutingFactor" SG_ 96 ESC_VsmActvSta 5;
+BA_ "Version" SG_ 96 ESC_VsmActvSta "17.12.00";
+BA_ "Description" SG_ 96 ESC_VsmDfctvSta "Information regarding the VSM “defective” Indication";
+BA_ "GenSigStartValue" SG_ 96 ESC_VsmDfctvSta 0;
+BA_ "UserSigValidity" SG_ 96 ESC_VsmDfctvSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 96 ESC_VsmDfctvSta 0;
+BA_ "RoutingFactor" SG_ 96 ESC_VsmDfctvSta 5;
+BA_ "Version" SG_ 96 ESC_VsmDfctvSta "17.12.00";
+BA_ "Description" SG_ 96 ESC_VsmCtrlModSta "Classify mode1 , mode2 and mode3 of torque overlay. 
+
+- Mode1 is sensor value overlay mode.
+
+- Mode2 is output torque overlay mode. 
+
+- Mode3 is for an alternative mode for Mobis VSM system";
+BA_ "GenSigStartValue" SG_ 96 ESC_VsmCtrlModSta 0;
+BA_ "UserSigValidity" SG_ 96 ESC_VsmCtrlModSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 96 ESC_VsmCtrlModSta 0;
+BA_ "RoutingFactor" SG_ 96 ESC_VsmCtrlModSta 5;
+BA_ "Version" SG_ 96 ESC_VsmCtrlModSta "17.12.00";
+BA_ "Description" SG_ 96 ESC_AlvCnt1Val "For the first transmission request for a data element the counter shall be initialized with 0 and shall be incremented by 1 for every subsequent send request. 
+
+When the counter reaches the maximum value(0xFF), then it shall restart with 0 for the next send request";
+BA_ "GenSigStartValue" SG_ 96 ESC_AlvCnt1Val 0;
+BA_ "UserSigValidity" SG_ 96 ESC_AlvCnt1Val 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 96 ESC_AlvCnt1Val 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 96 ESC_AlvCnt1Val 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 96 ESC_AlvCnt1Val 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 96 ESC_AlvCnt1Val 500;
+BA_ "NetworkRequestHoldingTime" SG_ 96 ESC_AlvCnt1Val 0;
+BA_ "RoutingFactor" SG_ 96 ESC_AlvCnt1Val 5;
+BA_ "Version" SG_ 96 ESC_AlvCnt1Val "18.11.08";
+BA_ "Description" SG_ 96 ESC_StrTqReq "Requested additional Assist torque of MDPS gets from ESC to make vehicle more stable.
+
+
+
+Relationship between signals:
+
+ESC_StrTrqReq = 0 Nm  ( DST inactive )
+
+-> ESC_DstAct = 0, ESC_DstCtrMode = 0
+
+ESC_StrTrqReq < 0 Nm  or  ESC_StrTrqReq > 0 Nm  (active DST intervention)
+
+-> ESC_DstAct = 1, ESC_DstCtrMode = 1";
+BA_ "GenSigStartValue" SG_ 96 ESC_StrTqReq 2048;
+BA_ "UserSigValidity" SG_ 96 ESC_StrTqReq 3;
+BA_ "NetworkRequestHoldingTime" SG_ 96 ESC_StrTqReq 0;
+BA_ "RoutingFactor" SG_ 96 ESC_StrTqReq 5;
+BA_ "Version" SG_ 96 ESC_StrTqReq "17.12.00";
+BA_ "Description" SG_ 96 ESC_LongAccelOffstCalibPrmtr "This signal indicates information regarding the calibration parameter for longitudinal acceleration value.
+
+This signal doesn't guarantee the actual offset value.
+
+But this signal is the result of the offset measuring process.
+
+The allowed use of this signal is for harmonizing with ESC and the other ECU.
+
+So the other ECU must not diagnosis about this signal.
+
+
+
+physical range : -0.255g..0.255g = 000H..1FEh
+
+
+
+Conversion : (PH) = ((HEX)-0x0FFH)*0.001[g/digit]
+
+                              = (HEX)*0.001[g/digit] - 0.255[g]
+
+                     1FFh = Offset Calibration has not completed yet.";
+BA_ "GenSigStartValue" SG_ 96 ESC_LongAccelOffstCalibPrmtr 255;
+BA_ "UserSigValidity" SG_ 96 ESC_LongAccelOffstCalibPrmtr 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 96 ESC_LongAccelOffstCalibPrmtr 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 96 ESC_LongAccelOffstCalibPrmtr 500;
+BA_ "NetworkRequestHoldingTime" SG_ 96 ESC_LongAccelOffstCalibPrmtr 0;
+BA_ "RoutingFactor" SG_ 96 ESC_LongAccelOffstCalibPrmtr 5;
+BA_ "Version" SG_ 96 ESC_LongAccelOffstCalibPrmtr "18.02.00";
+BA_ "Description" SG_ 96 ESC_IMURstStaAck "This signal is used to response for IMU sensor's reset status.
+
+When the IMU sensor is about to reset, it will transmit the reset flag.
+
+(After then the ACU will wait for acknowledge signal from ESC.)
+
+If the ESC receive the reset flag from ACU, ESC will transmit this signal in order to let the ACU knows.";
+BA_ "GenSigStartValue" SG_ 96 ESC_IMURstStaAck 0;
+BA_ "UserSigValidity" SG_ 96 ESC_IMURstStaAck 3;
+BA_ "NetworkRequestHoldingTime" SG_ 96 ESC_IMURstStaAck 0;
+BA_ "RoutingFactor" SG_ 96 ESC_IMURstStaAck 5;
+BA_ "Version" SG_ 96 ESC_IMURstStaAck "18.03.06";
+BA_ "Description" SG_ 96 AVH_Sta "This signal indicates whether the vehicle is held with hydraulic brake (service brake).";
+BA_ "GenSigStartValue" SG_ 96 AVH_Sta 0;
+BA_ "UserSigValidity" SG_ 96 AVH_Sta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 96 AVH_Sta 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 96 AVH_Sta 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 96 AVH_Sta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 96 AVH_Sta 0;
+BA_ "RoutingFactor" SG_ 96 AVH_Sta 5;
+BA_ "Version" SG_ 96 AVH_Sta "17.12.00";
+BA_ "Description" SG_ 96 LDM_Sta "Information about ESC-Readiness to perform Dynamic Braking Function (DBF) or Automatic Vehicle Hold (AVH) which is requested by AVH switch.
+
+
+
+LDM_STAT (0H)
+
+ - EPB function : EPB is slave
+
+LDM_STAT (1H)
+
+ - EPB function : EPB stand alone";
+BA_ "GenSigStartValue" SG_ 96 LDM_Sta 0;
+BA_ "UserSigValidity" SG_ 96 LDM_Sta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 96 LDM_Sta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 96 LDM_Sta 0;
+BA_ "RoutingFactor" SG_ 96 LDM_Sta 5;
+BA_ "Version" SG_ 96 LDM_Sta "17.12.00";
+BA_ "Description" SG_ 96 EPB_ActvReq "This signal indicates that an ESC requests EPB to activate braking. 
+
+
+
+REQ_EPB_ACT (0H)
+
+ - AVH status : Don’t care
+
+REQ_EPB_ACT (1H)
+
+ - AVH status : Active
+
+REQ_EPB_ACT (2H)
+
+ - AVH status : Active
+
+REQ_EPB_ACT (3H)
+
+ - AVH status : Disabled
+
+(EPB Stand alone)";
+BA_ "GenSigStartValue" SG_ 96 EPB_ActvReq 0;
+BA_ "UserSigValidity" SG_ 96 EPB_ActvReq 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 96 EPB_ActvReq 500;
+BA_ "NetworkRequestHoldingTime" SG_ 96 EPB_ActvReq 0;
+BA_ "RoutingFactor" SG_ 96 EPB_ActvReq 5;
+BA_ "Version" SG_ 96 EPB_ActvReq "17.12.00";
+BA_ "Description" SG_ 96 EPB_StaReq "This signal indicates the validity of REQ_EPB_ACT (ESC request for EPB to activate braking) signal.";
+BA_ "GenSigStartValue" SG_ 96 EPB_StaReq 1;
+BA_ "UserSigValidity" SG_ 96 EPB_StaReq 3;
+BA_ "NetworkRequestHoldingTime" SG_ 96 EPB_StaReq 0;
+BA_ "RoutingFactor" SG_ 96 EPB_StaReq 5;
+BA_ "Version" SG_ 96 EPB_StaReq "17.12.00";
+BA_ "Description" SG_ 96 ECD_ActvSta "ECD Active signal indicates whether ECD function is active (operating) or not.";
+BA_ "GenSigStartValue" SG_ 96 ECD_ActvSta 0;
+BA_ "UserSigValidity" SG_ 96 ECD_ActvSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 96 ECD_ActvSta 0;
+BA_ "RoutingFactor" SG_ 96 ECD_ActvSta 5;
+BA_ "Version" SG_ 96 ECD_ActvSta "17.12.00";
+BA_ "Description" SG_ 96 AVH_CluDis "An ESC can show its information message to driver on a cluster or a display module with this signal.";
+BA_ "GenSigStartValue" SG_ 96 AVH_CluDis 0;
+BA_ "UserSigValidity" SG_ 96 AVH_CluDis 3;
+BA_ "NetworkRequestHoldingTime" SG_ 96 AVH_CluDis 0;
+BA_ "RoutingFactor" SG_ 96 AVH_CluDis 5;
+BA_ "Version" SG_ 96 AVH_CluDis "17.12.00";
+BA_ "Description" SG_ 96 AVH_AlrmReq "This signal indicates that an ESC requests cluster or tone controller to ring the alarm according to the status of an ESC";
+BA_ "GenSigStartValue" SG_ 96 AVH_AlrmReq 0;
+BA_ "UserSigValidity" SG_ 96 AVH_AlrmReq 3;
+BA_ "NetworkRequestHoldingTime" SG_ 96 AVH_AlrmReq 0;
+BA_ "RoutingFactor" SG_ 96 AVH_AlrmReq 5;
+BA_ "Version" SG_ 96 AVH_AlrmReq "17.12.00";
+BA_ "Description" SG_ 96 AVH_ActvStaLmpDis "This signal indicates AVH active status lamp request from ESC to cluster.";
+BA_ "GenSigStartValue" SG_ 96 AVH_ActvStaLmpDis 0;
+BA_ "UserSigValidity" SG_ 96 AVH_ActvStaLmpDis 3;
+BA_ "NetworkRequestHoldingTime" SG_ 96 AVH_ActvStaLmpDis 0;
+BA_ "RoutingFactor" SG_ 96 AVH_ActvStaLmpDis 5;
+BA_ "Version" SG_ 96 AVH_ActvStaLmpDis "17.12.00";
+BA_ "Description" SG_ 96 AVH_LmpDis "Information about the status lamp request from ESC (AVH) to cluster.";
+BA_ "GenSigStartValue" SG_ 96 AVH_LmpDis 0;
+BA_ "UserSigValidity" SG_ 96 AVH_LmpDis 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 96 AVH_LmpDis 500;
+BA_ "NetworkRequestHoldingTime" SG_ 96 AVH_LmpDis 0;
+BA_ "RoutingFactor" SG_ 96 AVH_LmpDis 5;
+BA_ "Version" SG_ 96 AVH_LmpDis "17.12.00";
+BA_ "Description" SG_ 96 AWD_CrdnShftTqLimVal "Interface signal between ABS/TCS/ESC and 4WD, demands 4WD cardan shaft torque limit.";
+BA_ "GenSigStartValue" SG_ 96 AWD_CrdnShftTqLimVal 64255;
+BA_ "UserSigValidity" SG_ 96 AWD_CrdnShftTqLimVal 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 96 AWD_CrdnShftTqLimVal 500;
+BA_ "NetworkRequestHoldingTime" SG_ 96 AWD_CrdnShftTqLimVal 0;
+BA_ "RoutingFactor" SG_ 96 AWD_CrdnShftTqLimVal 5;
+BA_ "Version" SG_ 96 AWD_CrdnShftTqLimVal "17.12.00";
+BA_ "Description" SG_ 96 AWD_CltchDtyLimVal "Interface signal between ABS/TCS/ESC and 4WD and demands 4WD clutch duty limit.";
+BA_ "GenSigStartValue" SG_ 96 AWD_CltchDtyLimVal 0;
+BA_ "UserSigValidity" SG_ 96 AWD_CltchDtyLimVal 3;
+BA_ "NetworkRequestHoldingTime" SG_ 96 AWD_CltchDtyLimVal 0;
+BA_ "RoutingFactor" SG_ 96 AWD_CltchDtyLimVal 5;
+BA_ "Version" SG_ 96 AWD_CltchDtyLimVal "17.12.00";
+BA_ "Description" SG_ 96 AWD_TransmsnTqLimModSta "This signal indicates that Interface signal between ESC and 4WD, selecting cardan shaft torque limitation mode of 4WD.";
+BA_ "GenSigStartValue" SG_ 96 AWD_TransmsnTqLimModSta 0;
+BA_ "UserSigValidity" SG_ 96 AWD_TransmsnTqLimModSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 96 AWD_TransmsnTqLimModSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 96 AWD_TransmsnTqLimModSta 0;
+BA_ "RoutingFactor" SG_ 96 AWD_TransmsnTqLimModSta 5;
+BA_ "Version" SG_ 96 AWD_TransmsnTqLimModSta "17.12.00";
+BA_ "Description" SG_ 96 AWD_RrWhlDtyLimReq "This signal indicates that ESC request 4WD ECU to limit control duty of rear wheels for improvement of stability of a vehicle during ESC control.";
+BA_ "GenSigStartValue" SG_ 96 AWD_RrWhlDtyLimReq 0;
+BA_ "UserSigValidity" SG_ 96 AWD_RrWhlDtyLimReq 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 96 AWD_RrWhlDtyLimReq 500;
+BA_ "NetworkRequestHoldingTime" SG_ 96 AWD_RrWhlDtyLimReq 0;
+BA_ "RoutingFactor" SG_ 96 AWD_RrWhlDtyLimReq 5;
+BA_ "Version" SG_ 96 AWD_RrWhlDtyLimReq "17.12.00";
+BA_ "Description" SG_ 96 AWD_FastOpnCrdnShftCltchReq "Interface signal between ESC and 4WD, demands fast opening or torque limit of the 4WD cardan shaft clutch.";
+BA_ "GenSigStartValue" SG_ 96 AWD_FastOpnCrdnShftCltchReq 0;
+BA_ "UserSigValidity" SG_ 96 AWD_FastOpnCrdnShftCltchReq 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 96 AWD_FastOpnCrdnShftCltchReq 500;
+BA_ "NetworkRequestHoldingTime" SG_ 96 AWD_FastOpnCrdnShftCltchReq 0;
+BA_ "RoutingFactor" SG_ 96 AWD_FastOpnCrdnShftCltchReq 5;
+BA_ "Version" SG_ 96 AWD_FastOpnCrdnShftCltchReq "17.12.00";
+BA_ "Description" SG_ 96 TCS_LmpSta "The signal indicates the status of the “TCS/ESC Function/Warning Lamp”";
+BA_ "GenSigStartValue" SG_ 96 TCS_LmpSta 0;
+BA_ "UserSigValidity" SG_ 96 TCS_LmpSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 96 TCS_LmpSta 0;
+BA_ "RoutingFactor" SG_ 96 TCS_LmpSta 5;
+BA_ "Version" SG_ 96 TCS_LmpSta "17.12.00";
+BA_ "Description" SG_ 96 TCS_OffLmpSta "The signal indicates the status of the “TCS/ESC OFF SW Lamp”";
+BA_ "GenSigStartValue" SG_ 96 TCS_OffLmpSta 0;
+BA_ "UserSigValidity" SG_ 96 TCS_OffLmpSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 96 TCS_OffLmpSta 0;
+BA_ "RoutingFactor" SG_ 96 TCS_OffLmpSta 5;
+BA_ "Version" SG_ 96 TCS_OffLmpSta "17.12.00";
+BA_ "Description" SG_ 96 ESC_OffTempSta "Information regarding the ESC OFF step by switch input of driver.";
+BA_ "GenSigStartValue" SG_ 96 ESC_OffTempSta 0;
+BA_ "UserSigValidity" SG_ 96 ESC_OffTempSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 96 ESC_OffTempSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 96 ESC_OffTempSta 0;
+BA_ "RoutingFactor" SG_ 96 ESC_OffTempSta 5;
+BA_ "Version" SG_ 96 ESC_OffTempSta "17.12.00";
+BA_ "Description" SG_ 96 DBC_WrngLmpSta "The signal indicates the status of the “DBC Warning lamp”";
+BA_ "GenSigStartValue" SG_ 96 DBC_WrngLmpSta 0;
+BA_ "UserSigValidity" SG_ 96 DBC_WrngLmpSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 96 DBC_WrngLmpSta 0;
+BA_ "RoutingFactor" SG_ 96 DBC_WrngLmpSta 5;
+BA_ "Version" SG_ 96 DBC_WrngLmpSta "17.12.00";
+BA_ "Description" SG_ 96 DBC_FuncLmpSta "The signal indicates the status of the “DBC Function lamp”";
+BA_ "GenSigStartValue" SG_ 96 DBC_FuncLmpSta 0;
+BA_ "UserSigValidity" SG_ 96 DBC_FuncLmpSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 96 DBC_FuncLmpSta 0;
+BA_ "RoutingFactor" SG_ 96 DBC_FuncLmpSta 5;
+BA_ "Version" SG_ 96 DBC_FuncLmpSta "17.12.00";
+BA_ "Description" SG_ 96 DBC_ClusterDis "DBC Pop-up Signal for Deactivation";
+BA_ "GenSigStartValue" SG_ 96 DBC_ClusterDis 0;
+BA_ "UserSigValidity" SG_ 96 DBC_ClusterDis 3;
+BA_ "NetworkRequestHoldingTime" SG_ 96 DBC_ClusterDis 0;
+BA_ "RoutingFactor" SG_ 96 DBC_ClusterDis 5;
+BA_ "Version" SG_ 96 DBC_ClusterDis "18.07.03";
+BA_ "Description" SG_ 96 ESC_BrkCtrlSta "This signal indicates that if brake control from the ECU request is in activation or not  during cruise control or speed limiter.";
+BA_ "GenSigStartValue" SG_ 96 ESC_BrkCtrlSta 0;
+BA_ "UserSigValidity" SG_ 96 ESC_BrkCtrlSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 96 ESC_BrkCtrlSta 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 96 ESC_BrkCtrlSta 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 96 ESC_BrkCtrlSta 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 96 ESC_BrkCtrlSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 96 ESC_BrkCtrlSta 0;
+BA_ "RoutingFactor" SG_ 96 ESC_BrkCtrlSta 5;
+BA_ "Version" SG_ 96 ESC_BrkCtrlSta "17.12.00";
+BA_ "Description" SG_ 96 TCS_Sta "Information regarding the status of TCS function.
+
+
+
+If the function has not been coded(fixed) yet, this signal will be transmitted as 0xE.
+
+
+
+If the vehicle has been applied only ABS(without ESC), this signal will be fixed as 0x0.";
+BA_ "GenSigStartValue" SG_ 96 TCS_Sta 0;
+BA_ "UserSigValidity" SG_ 96 TCS_Sta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 96 TCS_Sta 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 96 TCS_Sta 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 96 TCS_Sta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 96 TCS_Sta 0;
+BA_ "RoutingFactor" SG_ 96 TCS_Sta 5;
+BA_ "Version" SG_ 96 TCS_Sta "18.12.01";
+BA_ "Description" SG_ 96 ESC_Sta "Information regarding the status of ESC function.
+
+
+
+If the function has not been coded(fixed) yet, this signal will be transmitted as 0xE.
+
+
+
+If the vehicle has been applied only ABS(without ESC), this signal will be fixed as 0x0.";
+BA_ "GenSigStartValue" SG_ 96 ESC_Sta 0;
+BA_ "UserSigValidity" SG_ 96 ESC_Sta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 96 ESC_Sta 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 96 ESC_Sta 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 96 ESC_Sta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 96 ESC_Sta 0;
+BA_ "RoutingFactor" SG_ 96 ESC_Sta 5;
+BA_ "Version" SG_ 96 ESC_Sta "18.12.01";
+BA_ "Description" SG_ 96 TCS_PreActvSta "Pre TCS Control Signal";
+BA_ "GenSigStartValue" SG_ 96 TCS_PreActvSta 0;
+BA_ "UserSigValidity" SG_ 96 TCS_PreActvSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 96 TCS_PreActvSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 96 TCS_PreActvSta 0;
+BA_ "RoutingFactor" SG_ 96 TCS_PreActvSta 5;
+BA_ "Version" SG_ 96 TCS_PreActvSta "17.12.00";
+BA_ "Description" SG_ 96 DBC_Sta "Information regarding the status of DBC function.
+
+
+
+If the function has not been coded(fixed) yet, this signal will be transmitted as 0xE.";
+BA_ "GenSigStartValue" SG_ 96 DBC_Sta 0;
+BA_ "UserSigValidity" SG_ 96 DBC_Sta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 96 DBC_Sta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 96 DBC_Sta 0;
+BA_ "RoutingFactor" SG_ 96 DBC_Sta 5;
+BA_ "Version" SG_ 96 DBC_Sta "18.12.01";
+BA_ "Description" SG_ 96 TCS_TqFlag "Flag indicating positive or negative TCS Intervention";
+BA_ "GenSigStartValue" SG_ 96 TCS_TqFlag 0;
+BA_ "UserSigValidity" SG_ 96 TCS_TqFlag 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 96 TCS_TqFlag 500;
+BA_ "NetworkRequestHoldingTime" SG_ 96 TCS_TqFlag 0;
+BA_ "RoutingFactor" SG_ 96 TCS_TqFlag 5;
+BA_ "Version" SG_ 96 TCS_TqFlag "18.07.01";
+BA_ "Description" SG_ 96 MSR_TqFlag "Flag indicating positive or negative MSR Intervention";
+BA_ "GenSigStartValue" SG_ 96 MSR_TqFlag 0;
+BA_ "UserSigValidity" SG_ 96 MSR_TqFlag 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 96 MSR_TqFlag 500;
+BA_ "NetworkRequestHoldingTime" SG_ 96 MSR_TqFlag 0;
+BA_ "RoutingFactor" SG_ 96 MSR_TqFlag 5;
+BA_ "Version" SG_ 96 MSR_TqFlag "18.07.01";
+BA_ "Description" SG_ 96 HAC_Sta "Information regarding the status of HAC function.
+
+
+
+If the function has not been coded(fixed) yet, this signal wilil be transmitted as 0xE.";
+BA_ "GenSigStartValue" SG_ 96 HAC_Sta 0;
+BA_ "UserSigValidity" SG_ 96 HAC_Sta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 96 HAC_Sta 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 96 HAC_Sta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 96 HAC_Sta 0;
+BA_ "RoutingFactor" SG_ 96 HAC_Sta 5;
+BA_ "Version" SG_ 96 HAC_Sta "18.12.01";
+BA_ "Description" SG_ 96 TCS_SlwTqFlag "Flag indicating positive or negative SLOW TCS Intervention";
+BA_ "GenSigStartValue" SG_ 96 TCS_SlwTqFlag 0;
+BA_ "UserSigValidity" SG_ 96 TCS_SlwTqFlag 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 96 TCS_SlwTqFlag 500;
+BA_ "NetworkRequestHoldingTime" SG_ 96 TCS_SlwTqFlag 0;
+BA_ "RoutingFactor" SG_ 96 TCS_SlwTqFlag 5;
+BA_ "Version" SG_ 96 TCS_SlwTqFlag "18.07.01";
+BA_ "Description" SG_ 96 TCS_Req "Request for an indicated desired engine torque, the combination of signals calls, on the one hand, for a desire for charge reduction (TCS or ESC function), and, on the other hand, for a desire for charge increase (MSR function).
+
+
+
+TCS_REQ : Identifies a TCS control or ESC control intervention. This bit is to prevent the triggering of unintended TCS/ESC interventions.
+
+
+
+TCS function:
+
+In the case of a torque reduction, following conditions must be fulfilled. : 
+
+TCS_REQ=1, MSR_C_REQ=0, TQI_TCS < 0FFH and TQI_MSR = 00H
+
+
+
+MSR function :
+
+ In the case of a torque increase, following conditions must be fulfilled. : 
+
+ MSR_C_REQ = 1, TCS_REQ = 0, TQI_MSR > 00H and TQI_TCS = 1’s complement of TQI_MSR";
+BA_ "GenSigStartValue" SG_ 96 TCS_Req 0;
+BA_ "UserSigValidity" SG_ 96 TCS_Req 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 96 TCS_Req 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 96 TCS_Req 500;
+BA_ "NetworkRequestHoldingTime" SG_ 96 TCS_Req 0;
+BA_ "RoutingFactor" SG_ 96 TCS_Req 5;
+BA_ "Version" SG_ 96 TCS_Req "17.12.00";
+BA_ "Description" SG_ 96 MSR_FuncReq "Request for an indicated desired engine torque, the combination of signals calls, on the one hand, for a desire for charge reduction (TCS or ESC function), and, on the other hand, for a desire for charge increase (MSR function).
+
+
+
+MSR_C_REQ : Identifies an engine drag torque control for which fuel cut off prohibition is specified.
+
+
+
+TCS function:
+
+In the case of a torque reduction, following conditions must be fulfilled. : 
+
+TCS_REQ=1, MSR_C_REQ=0, TQI_TCS < 0FFH and TQI_MSR = 00H
+
+
+
+MSR function :
+
+ In the case of a torque increase, following conditions must be fulfilled. : 
+
+ MSR_C_REQ = 1, TCS_REQ = 0, TQI_MSR > 00H and TQI_TCS = 1’s complement of TQI_MSR";
+BA_ "GenSigStartValue" SG_ 96 MSR_FuncReq 0;
+BA_ "UserSigValidity" SG_ 96 MSR_FuncReq 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 96 MSR_FuncReq 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 96 MSR_FuncReq 500;
+BA_ "NetworkRequestHoldingTime" SG_ 96 MSR_FuncReq 0;
+BA_ "RoutingFactor" SG_ 96 MSR_FuncReq 5;
+BA_ "Version" SG_ 96 MSR_FuncReq "17.12.00";
+BA_ "GenMsgSendType" BO_ 373 0;
+BA_ "GenMsgCycleTime" BO_ 373 20;
+BA_ "GenMsgCycleTimeFast" BO_ 373 0;
+BA_ "GenMsgNrOfRepetition" BO_ 373 0;
+BA_ "GenMsgDelayTime" BO_ 373 0;
+BA_ "GenMsgStartDelayTime" BO_ 373 0;
+BA_ "VFrameFormat" BO_ 373 14;
+BA_ "Description" SG_ 373 ESC_Crc3Val "The data area for CRC calculation is based on the data length (DLC) of the message DB.
+
+The CRC shall be calculated over the entire data block (excluding the CRC bytes) including the user data, alive counter and Data ID
+
+ 
+
+- CRC Polynomial (0x1021) , Initial Value : 0xFFFF, XOR value : 0x0000, Data ID : Message ID + 0xF800 
+
+- The initial value is for CRC calculation and the message should be sent with the calculated result value. 
+
+- The mathematical expression to 16 bit CRC polynomial is given here. G(x) = x16 + x12 + x5 + 1";
+BA_ "GenSigStartValue" SG_ 373 ESC_Crc3Val 65535;
+BA_ "UserSigValidity" SG_ 373 ESC_Crc3Val 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 373 ESC_Crc3Val 500;
+BA_ "NetworkRequestHoldingTime" SG_ 373 ESC_Crc3Val 0;
+BA_ "RoutingFactor" SG_ 373 ESC_Crc3Val 5;
+BA_ "Version" SG_ 373 ESC_Crc3Val "18.11.08";
+BA_ "Description" SG_ 373 ESC_RccaSta "RCCA Brake Function Status";
+BA_ "GenSigStartValue" SG_ 373 ESC_RccaSta 0;
+BA_ "UserSigValidity" SG_ 373 ESC_RccaSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 373 ESC_RccaSta 0;
+BA_ "RoutingFactor" SG_ 373 ESC_RccaSta 5;
+BA_ "Version" SG_ 373 ESC_RccaSta "17.12.00";
+BA_ "Description" SG_ 373 ESC_PcaSta "PCA-R Brake Status";
+BA_ "GenSigStartValue" SG_ 373 ESC_PcaSta 0;
+BA_ "UserSigValidity" SG_ 373 ESC_PcaSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 373 ESC_PcaSta 0;
+BA_ "RoutingFactor" SG_ 373 ESC_PcaSta 5;
+BA_ "Version" SG_ 373 ESC_PcaSta "17.12.06";
+BA_ "Description" SG_ 373 ESC_DiffBrkFuncSta "This is ESC status for Differential brake function.";
+BA_ "GenSigStartValue" SG_ 373 ESC_DiffBrkFuncSta 0;
+BA_ "UserSigValidity" SG_ 373 ESC_DiffBrkFuncSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 373 ESC_DiffBrkFuncSta 0;
+BA_ "RoutingFactor" SG_ 373 ESC_DiffBrkFuncSta 5;
+BA_ "Version" SG_ 373 ESC_DiffBrkFuncSta "17.12.00";
+BA_ "Description" SG_ 373 ESC_BcaRPlusSta "BCA-R+ Brake Function Status";
+BA_ "GenSigStartValue" SG_ 373 ESC_BcaRPlusSta 0;
+BA_ "UserSigValidity" SG_ 373 ESC_BcaRPlusSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 373 ESC_BcaRPlusSta 0;
+BA_ "RoutingFactor" SG_ 373 ESC_BcaRPlusSta 5;
+BA_ "Version" SG_ 373 ESC_BcaRPlusSta "17.12.07";
+BA_ "Description" SG_ 373 ESC_RspaSta "This signal indicates RSPA assistant control mode of ESC";
+BA_ "GenSigStartValue" SG_ 373 ESC_RspaSta 1;
+BA_ "UserSigValidity" SG_ 373 ESC_RspaSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 373 ESC_RspaSta 0;
+BA_ "RoutingFactor" SG_ 373 ESC_RspaSta 5;
+BA_ "Version" SG_ 373 ESC_RspaSta "17.12.00";
+BA_ "Description" SG_ 373 ESC_RspaCanFlFlag "This signal indicates RSPA CAN failure value.
+
+E.g. Timeout, CRC error, Alive counter error, out of range signal value…";
+BA_ "GenSigStartValue" SG_ 373 ESC_RspaCanFlFlag 0;
+BA_ "UserSigValidity" SG_ 373 ESC_RspaCanFlFlag 3;
+BA_ "NetworkRequestHoldingTime" SG_ 373 ESC_RspaCanFlFlag 0;
+BA_ "RoutingFactor" SG_ 373 ESC_RspaCanFlFlag 5;
+BA_ "Version" SG_ 373 ESC_RspaCanFlFlag "17.12.00";
+BA_ "Description" SG_ 373 ESC_RspaDclActv "This signal indicates the additional braking control is activated for RSPA.
+
+ESC activate additional deceleration to minimize vehicle speed overshoot.";
+BA_ "GenSigStartValue" SG_ 373 ESC_RspaDclActv 0;
+BA_ "UserSigValidity" SG_ 373 ESC_RspaDclActv 3;
+BA_ "NetworkRequestHoldingTime" SG_ 373 ESC_RspaDclActv 0;
+BA_ "RoutingFactor" SG_ 373 ESC_RspaDclActv 5;
+BA_ "Version" SG_ 373 ESC_RspaDclActv "17.12.00";
+BA_ "Description" SG_ 373 ESC_RspaStandStill "This signal indicates confirmation for standstill of the vehicle.";
+BA_ "GenSigStartValue" SG_ 373 ESC_RspaStandStill 0;
+BA_ "UserSigValidity" SG_ 373 ESC_RspaStandStill 3;
+BA_ "NetworkRequestHoldingTime" SG_ 373 ESC_RspaStandStill 0;
+BA_ "RoutingFactor" SG_ 373 ESC_RspaStandStill 5;
+BA_ "Version" SG_ 373 ESC_RspaStandStill "17.12.00";
+BA_ "Description" SG_ 373 ESC_AlvCnt3Val "For the first transmission request for a data element the counter shall be initialized with 0 and shall be incremented by 1 for every subsequent send request. 
+
+When the counter reaches the maximum value(0xFF), then it shall restart with 0 for the next send request";
+BA_ "GenSigStartValue" SG_ 373 ESC_AlvCnt3Val 0;
+BA_ "UserSigValidity" SG_ 373 ESC_AlvCnt3Val 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 373 ESC_AlvCnt3Val 500;
+BA_ "NetworkRequestHoldingTime" SG_ 373 ESC_AlvCnt3Val 0;
+BA_ "RoutingFactor" SG_ 373 ESC_AlvCnt3Val 5;
+BA_ "Version" SG_ 373 ESC_AlvCnt3Val "18.11.08";
+BA_ "Description" SG_ 373 MCB_ReqBrkAck "This signal is about communication with ACU. It is changed with ACU_ReqBrk_By_PCB signal value.
+
+If ESC receive 0x1 or 0x2 value of ACU_ReqBrk_By_PCB, signal value of MCB_ReqBrkAck change to 0x1.
+
+If ESC receive 0x0 value of ACU_ReqBrk_By_PCB, signal value of MCB_ReqBrkAck change to 0x0.";
+BA_ "GenSigStartValue" SG_ 373 MCB_ReqBrkAck 0;
+BA_ "UserSigValidity" SG_ 373 MCB_ReqBrkAck 3;
+BA_ "NetworkRequestHoldingTime" SG_ 373 MCB_ReqBrkAck 0;
+BA_ "RoutingFactor" SG_ 373 MCB_ReqBrkAck 5;
+BA_ "Version" SG_ 373 MCB_ReqBrkAck "18.12.05";
+BA_ "Description" SG_ 373 MCB_CtlSta "This signal indicate MCB activation status.";
+BA_ "GenSigStartValue" SG_ 373 MCB_CtlSta 0;
+BA_ "UserSigValidity" SG_ 373 MCB_CtlSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 373 MCB_CtlSta 0;
+BA_ "RoutingFactor" SG_ 373 MCB_CtlSta 5;
+BA_ "Version" SG_ 373 MCB_CtlSta "19.05.02";
+BA_ "Description" SG_ 373 MCB_DefSta "This signal indicate MCB defective status.";
+BA_ "GenSigStartValue" SG_ 373 MCB_DefSta 0;
+BA_ "UserSigValidity" SG_ 373 MCB_DefSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 373 MCB_DefSta 0;
+BA_ "RoutingFactor" SG_ 373 MCB_DefSta 5;
+BA_ "Version" SG_ 373 MCB_DefSta "19.05.02";
+BA_ "Description" SG_ 373 SCC_TqIntrvntnVal "The indicated torque command TQI_ACC is the basic control path to the engine power control. This command has the same priority in the torque-structure than the driver’s demand torque. The maximum value of either TQI_ACC or the driver torque is selected fo";
+BA_ "GenSigStartValue" SG_ 373 SCC_TqIntrvntnVal 0;
+BA_ "UserSigValidity" SG_ 373 SCC_TqIntrvntnVal 3;
+BA_ "NetworkRequestHoldingTime" SG_ 373 SCC_TqIntrvntnVal 0;
+BA_ "RoutingFactor" SG_ 373 SCC_TqIntrvntnVal 5;
+BA_ "Version" SG_ 373 SCC_TqIntrvntnVal "17.12.00";
+BA_ "Description" SG_ 373 ESC_VehAccelVal "The vehicle acceleration ACCEL_REF_ACC displays the feedback signal for the inner acceleration control loop since it is the SCC-internal acceleration command value. In addition this signal is used to calculate the target object acceleration. If the requirements demanded from this signal can’t be guaranteed then SCC must be informed and SCC has to be switched off.
+
+Alternatively SCC may calculate the vehicle acceleration itself. Then the wheel speed vxvTyrexx (or the wheel speed row signals vxvTyreRawxx and the wheel tolerances radTolxx of below diagram) should be
+
+transmitted by TCS or ESC.";
+BA_ "GenSigStartValue" SG_ 373 ESC_VehAccelVal 0;
+BA_ "UserSigValidity" SG_ 373 ESC_VehAccelVal 3;
+BA_ "NetworkRequestHoldingTime" SG_ 373 ESC_VehAccelVal 0;
+BA_ "RoutingFactor" SG_ 373 ESC_VehAccelVal 5;
+BA_ "Version" SG_ 373 ESC_VehAccelVal "17.12.00";
+BA_ "Description" SG_ 373 ESC_AccelBasisVal "This value is used to initialize the acceleration control when SCC is engaged or after driver override.";
+BA_ "GenSigStartValue" SG_ 373 ESC_AccelBasisVal 0;
+BA_ "UserSigValidity" SG_ 373 ESC_AccelBasisVal 3;
+BA_ "NetworkRequestHoldingTime" SG_ 373 ESC_AccelBasisVal 0;
+BA_ "RoutingFactor" SG_ 373 ESC_AccelBasisVal 5;
+BA_ "Version" SG_ 373 ESC_AccelBasisVal "17.12.00";
+BA_ "Description" SG_ 373 SCC_OptTyp "This value is used for SCC is equipped or not.
+
+Do not recognize 0x3(Not Coded) as failure.";
+BA_ "GenSigStartValue" SG_ 373 SCC_OptTyp 0;
+BA_ "UserSigValidity" SG_ 373 SCC_OptTyp 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 373 SCC_OptTyp 500;
+BA_ "NetworkRequestHoldingTime" SG_ 373 SCC_OptTyp 0;
+BA_ "RoutingFactor" SG_ 373 SCC_OptTyp 5;
+BA_ "Version" SG_ 373 SCC_OptTyp "18.12.04";
+BA_ "Description" SG_ 373 SCC_EnblReq "This signal is set by the safety logic in the TCS/ESC. The safety logic shall monitor the following:
+
+1. A temporary failure in the vehicle does not allow SCC (Brakes are overheated, etc…). 
+
+SCC is disabled reversible.
+
+2. SCC communication failure (timeout";
+BA_ "GenSigStartValue" SG_ 373 SCC_EnblReq 0;
+BA_ "UserSigValidity" SG_ 373 SCC_EnblReq 3;
+BA_ "NetworkRequestHoldingTime" SG_ 373 SCC_EnblReq 0;
+BA_ "RoutingFactor" SG_ 373 SCC_EnblReq 5;
+BA_ "Version" SG_ 373 SCC_EnblReq "17.12.00";
+BA_ "Description" SG_ 373 SCC_TqReq "When it is set, the signal indicates that ESC requests engine torque control for SCC. When the signal is set, EMS should not conduct fuel-cut off control unless it is required to prevent the damage of the engine and the related components.";
+BA_ "GenSigStartValue" SG_ 373 SCC_TqReq 0;
+BA_ "UserSigValidity" SG_ 373 SCC_TqReq 3;
+BA_ "NetworkRequestHoldingTime" SG_ 373 SCC_TqReq 0;
+BA_ "RoutingFactor" SG_ 373 SCC_TqReq 5;
+BA_ "Version" SG_ 373 SCC_TqReq "17.12.00";
+BA_ "Description" SG_ 373 SCC_ReqLimSta "Due to limitaion of the actuators the acceleration or deceleration request from SCC can not be processed or only partly. 
+
+
+
+Examples:
+
+1. SCC is requesting more acceleration than the engine can deliver.
+
+2. SCC is requesting deceleration on a low μ surface.";
+BA_ "GenSigStartValue" SG_ 373 SCC_ReqLimSta 0;
+BA_ "UserSigValidity" SG_ 373 SCC_ReqLimSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 373 SCC_ReqLimSta 0;
+BA_ "RoutingFactor" SG_ 373 SCC_ReqLimSta 5;
+BA_ "Version" SG_ 373 SCC_ReqLimSta "17.12.00";
+BA_ "Description" SG_ 373 ESC_StdStillVal "If an ESC uses active wheel speed sensors, wheel speeds down to 0 Km/h can be measured. And at 0 Km/h a StandStill flag is set in the ESC. This signal is used in the offset determination of the yaw rate and shall indicate that the vehicle has come to a complete stop.";
+BA_ "GenSigStartValue" SG_ 373 ESC_StdStillVal 0;
+BA_ "UserSigValidity" SG_ 373 ESC_StdStillVal 3;
+BA_ "NetworkRequestHoldingTime" SG_ 373 ESC_StdStillVal 0;
+BA_ "RoutingFactor" SG_ 373 ESC_StdStillVal 5;
+BA_ "Version" SG_ 373 ESC_StdStillVal "17.12.00";
+BA_ "Description" SG_ 373 ESC_DclEnblReq "This signal enables the deceleration control to accept command values axvCv from SCC. This flag is complementary to the ACC_REQ flag if SCC is in active mode.";
+BA_ "GenSigStartValue" SG_ 373 ESC_DclEnblReq 0;
+BA_ "UserSigValidity" SG_ 373 ESC_DclEnblReq 3;
+BA_ "NetworkRequestHoldingTime" SG_ 373 ESC_DclEnblReq 0;
+BA_ "RoutingFactor" SG_ 373 ESC_DclEnblReq 5;
+BA_ "Version" SG_ 373 ESC_DclEnblReq "17.12.00";
+BA_ "Description" SG_ 373 ESC_DrvOvrdSta "This signal indicates that acceleration or deceleration value of driver’s requirement is greater than SCC setting value.";
+BA_ "GenSigStartValue" SG_ 373 ESC_DrvOvrdSta 0;
+BA_ "UserSigValidity" SG_ 373 ESC_DrvOvrdSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 373 ESC_DrvOvrdSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 373 ESC_DrvOvrdSta 0;
+BA_ "RoutingFactor" SG_ 373 ESC_DrvOvrdSta 5;
+BA_ "Version" SG_ 373 ESC_DrvOvrdSta "17.12.00";
+BA_ "Description" SG_ 373 ESC_PrkBrkActvSta "This signal indicates whether the parking brake is activated or not.";
+BA_ "GenSigStartValue" SG_ 373 ESC_PrkBrkActvSta 0;
+BA_ "UserSigValidity" SG_ 373 ESC_PrkBrkActvSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 373 ESC_PrkBrkActvSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 373 ESC_PrkBrkActvSta 0;
+BA_ "RoutingFactor" SG_ 373 ESC_PrkBrkActvSta 5;
+BA_ "Version" SG_ 373 ESC_PrkBrkActvSta "17.12.00";
+BA_ "Description" SG_ 373 FCA_EquipSta "FCA Equipment Status
+
+Do not recognize 0x3(Not Coded) as failure.";
+BA_ "GenSigStartValue" SG_ 373 FCA_EquipSta 0;
+BA_ "UserSigValidity" SG_ 373 FCA_EquipSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 373 FCA_EquipSta 0;
+BA_ "RoutingFactor" SG_ 373 FCA_EquipSta 5;
+BA_ "Version" SG_ 373 FCA_EquipSta "18.12.04";
+BA_ "Description" SG_ 373 FCA_AvlblSta "This signal indicates state signal from ESC to FCA which tells if ESC is 'Available', 'Temporarily not available', 'Permanently not available' or 'FCA Communication Error'.";
+BA_ "GenSigStartValue" SG_ 373 FCA_AvlblSta 0;
+BA_ "UserSigValidity" SG_ 373 FCA_AvlblSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 373 FCA_AvlblSta 0;
+BA_ "RoutingFactor" SG_ 373 FCA_AvlblSta 5;
+BA_ "Version" SG_ 373 FCA_AvlblSta "18.02.00";
+BA_ "GenMsgCycleTime" BO_ 1738 0;
+BA_ "GenMsgILSupport" BO_ 1738 0;
+BA_ "TpMessage" BO_ 1738 1;
+BA_ "GenMsgDelayTime" BO_ 1738 0;
+BA_ "GenMsgStartDelayTime" BO_ 1738 0;
+BA_ "VFrameFormat" BO_ 1738 14;
+BA_ "UsrSigPurpose" SG_ 1738 ESC_CRO_Byte0 6;
+BA_ "GenSigSendType" SG_ 1738 ESC_CRO_Byte0 2;
+BA_ "GenSigStartValue" SG_ 1738 ESC_CRO_Byte0 0;
+BA_ "UserSigValidity" SG_ 1738 ESC_CRO_Byte0 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1738 ESC_CRO_Byte0 0;
+BA_ "NetworkRequest" SG_ 1738 ESC_CRO_Byte0 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1738 ESC_CRO_Byte0 5000;
+BA_ "RoutingFactor" SG_ 1738 ESC_CRO_Byte0 1;
+BA_ "Version" SG_ 1738 ESC_CRO_Byte0 "18.08.02";
+BA_ "UsrSigPurpose" SG_ 1738 ESC_CRO_Byte2 6;
+BA_ "GenSigSendType" SG_ 1738 ESC_CRO_Byte2 2;
+BA_ "GenSigStartValue" SG_ 1738 ESC_CRO_Byte2 0;
+BA_ "UserSigValidity" SG_ 1738 ESC_CRO_Byte2 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1738 ESC_CRO_Byte2 0;
+BA_ "NetworkRequest" SG_ 1738 ESC_CRO_Byte2 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1738 ESC_CRO_Byte2 5000;
+BA_ "RoutingFactor" SG_ 1738 ESC_CRO_Byte2 1;
+BA_ "Version" SG_ 1738 ESC_CRO_Byte2 "18.08.02";
+BA_ "UsrSigPurpose" SG_ 1738 ESC_CRO_Byte3 6;
+BA_ "GenSigSendType" SG_ 1738 ESC_CRO_Byte3 2;
+BA_ "GenSigStartValue" SG_ 1738 ESC_CRO_Byte3 0;
+BA_ "UserSigValidity" SG_ 1738 ESC_CRO_Byte3 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1738 ESC_CRO_Byte3 0;
+BA_ "NetworkRequest" SG_ 1738 ESC_CRO_Byte3 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1738 ESC_CRO_Byte3 5000;
+BA_ "RoutingFactor" SG_ 1738 ESC_CRO_Byte3 1;
+BA_ "Version" SG_ 1738 ESC_CRO_Byte3 "18.08.02";
+BA_ "UsrSigPurpose" SG_ 1738 ESC_CRO_Byte4 6;
+BA_ "GenSigSendType" SG_ 1738 ESC_CRO_Byte4 2;
+BA_ "GenSigStartValue" SG_ 1738 ESC_CRO_Byte4 0;
+BA_ "UserSigValidity" SG_ 1738 ESC_CRO_Byte4 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1738 ESC_CRO_Byte4 0;
+BA_ "NetworkRequest" SG_ 1738 ESC_CRO_Byte4 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1738 ESC_CRO_Byte4 5000;
+BA_ "RoutingFactor" SG_ 1738 ESC_CRO_Byte4 1;
+BA_ "Version" SG_ 1738 ESC_CRO_Byte4 "18.08.02";
+BA_ "UsrSigPurpose" SG_ 1738 ESC_CRO_Byte5 6;
+BA_ "GenSigSendType" SG_ 1738 ESC_CRO_Byte5 2;
+BA_ "GenSigStartValue" SG_ 1738 ESC_CRO_Byte5 0;
+BA_ "UserSigValidity" SG_ 1738 ESC_CRO_Byte5 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1738 ESC_CRO_Byte5 0;
+BA_ "NetworkRequest" SG_ 1738 ESC_CRO_Byte5 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1738 ESC_CRO_Byte5 5000;
+BA_ "RoutingFactor" SG_ 1738 ESC_CRO_Byte5 1;
+BA_ "Version" SG_ 1738 ESC_CRO_Byte5 "18.08.02";
+BA_ "UsrSigPurpose" SG_ 1738 ESC_CRO_Byte6 6;
+BA_ "GenSigSendType" SG_ 1738 ESC_CRO_Byte6 2;
+BA_ "GenSigStartValue" SG_ 1738 ESC_CRO_Byte6 0;
+BA_ "UserSigValidity" SG_ 1738 ESC_CRO_Byte6 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1738 ESC_CRO_Byte6 0;
+BA_ "NetworkRequest" SG_ 1738 ESC_CRO_Byte6 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1738 ESC_CRO_Byte6 5000;
+BA_ "RoutingFactor" SG_ 1738 ESC_CRO_Byte6 1;
+BA_ "Version" SG_ 1738 ESC_CRO_Byte6 "18.08.02";
+BA_ "UsrSigPurpose" SG_ 1738 ESC_CRO_Byte7 6;
+BA_ "GenSigSendType" SG_ 1738 ESC_CRO_Byte7 2;
+BA_ "GenSigStartValue" SG_ 1738 ESC_CRO_Byte7 0;
+BA_ "UserSigValidity" SG_ 1738 ESC_CRO_Byte7 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1738 ESC_CRO_Byte7 0;
+BA_ "NetworkRequest" SG_ 1738 ESC_CRO_Byte7 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1738 ESC_CRO_Byte7 5000;
+BA_ "RoutingFactor" SG_ 1738 ESC_CRO_Byte7 1;
+BA_ "Version" SG_ 1738 ESC_CRO_Byte7 "18.08.02";
+BA_ "UsrSigPurpose" SG_ 1738 ESC_CRO_Byte1 6;
+BA_ "GenSigSendType" SG_ 1738 ESC_CRO_Byte1 2;
+BA_ "GenSigStartValue" SG_ 1738 ESC_CRO_Byte1 0;
+BA_ "UserSigValidity" SG_ 1738 ESC_CRO_Byte1 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1738 ESC_CRO_Byte1 0;
+BA_ "NetworkRequest" SG_ 1738 ESC_CRO_Byte1 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1738 ESC_CRO_Byte1 5000;
+BA_ "RoutingFactor" SG_ 1738 ESC_CRO_Byte1 1;
+BA_ "Version" SG_ 1738 ESC_CRO_Byte1 "18.08.02";
+BA_ "GenMsgCycleTime" BO_ 1646 0;
+BA_ "GenMsgILSupport" BO_ 1646 0;
+BA_ "TpMessage" BO_ 1646 1;
+BA_ "GenMsgDelayTime" BO_ 1646 0;
+BA_ "GenMsgStartDelayTime" BO_ 1646 0;
+BA_ "VFrameFormat" BO_ 1646 14;
+BA_ "UsrSigPurpose" SG_ 1646 FPCM_CCP_REQ_Byte0 6;
+BA_ "GenSigSendType" SG_ 1646 FPCM_CCP_REQ_Byte0 2;
+BA_ "GenSigStartValue" SG_ 1646 FPCM_CCP_REQ_Byte0 0;
+BA_ "UserSigValidity" SG_ 1646 FPCM_CCP_REQ_Byte0 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1646 FPCM_CCP_REQ_Byte0 0;
+BA_ "NetworkRequest" SG_ 1646 FPCM_CCP_REQ_Byte0 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1646 FPCM_CCP_REQ_Byte0 5000;
+BA_ "RoutingFactor" SG_ 1646 FPCM_CCP_REQ_Byte0 1;
+BA_ "Version" SG_ 1646 FPCM_CCP_REQ_Byte0 "19.04.07";
+BA_ "UsrSigPurpose" SG_ 1646 FPCM_CCP_REQ_Byte2 6;
+BA_ "GenSigSendType" SG_ 1646 FPCM_CCP_REQ_Byte2 2;
+BA_ "GenSigStartValue" SG_ 1646 FPCM_CCP_REQ_Byte2 0;
+BA_ "UserSigValidity" SG_ 1646 FPCM_CCP_REQ_Byte2 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1646 FPCM_CCP_REQ_Byte2 0;
+BA_ "NetworkRequest" SG_ 1646 FPCM_CCP_REQ_Byte2 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1646 FPCM_CCP_REQ_Byte2 5000;
+BA_ "RoutingFactor" SG_ 1646 FPCM_CCP_REQ_Byte2 1;
+BA_ "Version" SG_ 1646 FPCM_CCP_REQ_Byte2 "19.04.07";
+BA_ "UsrSigPurpose" SG_ 1646 FPCM_CCP_REQ_Byte3 6;
+BA_ "GenSigSendType" SG_ 1646 FPCM_CCP_REQ_Byte3 2;
+BA_ "GenSigStartValue" SG_ 1646 FPCM_CCP_REQ_Byte3 0;
+BA_ "UserSigValidity" SG_ 1646 FPCM_CCP_REQ_Byte3 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1646 FPCM_CCP_REQ_Byte3 0;
+BA_ "NetworkRequest" SG_ 1646 FPCM_CCP_REQ_Byte3 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1646 FPCM_CCP_REQ_Byte3 5000;
+BA_ "RoutingFactor" SG_ 1646 FPCM_CCP_REQ_Byte3 1;
+BA_ "Version" SG_ 1646 FPCM_CCP_REQ_Byte3 "19.04.07";
+BA_ "UsrSigPurpose" SG_ 1646 FPCM_CCP_REQ_Byte4 6;
+BA_ "GenSigSendType" SG_ 1646 FPCM_CCP_REQ_Byte4 2;
+BA_ "GenSigStartValue" SG_ 1646 FPCM_CCP_REQ_Byte4 0;
+BA_ "UserSigValidity" SG_ 1646 FPCM_CCP_REQ_Byte4 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1646 FPCM_CCP_REQ_Byte4 0;
+BA_ "NetworkRequest" SG_ 1646 FPCM_CCP_REQ_Byte4 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1646 FPCM_CCP_REQ_Byte4 5000;
+BA_ "RoutingFactor" SG_ 1646 FPCM_CCP_REQ_Byte4 1;
+BA_ "Version" SG_ 1646 FPCM_CCP_REQ_Byte4 "19.04.07";
+BA_ "UsrSigPurpose" SG_ 1646 FPCM_CCP_REQ_Byte5 6;
+BA_ "GenSigSendType" SG_ 1646 FPCM_CCP_REQ_Byte5 2;
+BA_ "GenSigStartValue" SG_ 1646 FPCM_CCP_REQ_Byte5 0;
+BA_ "UserSigValidity" SG_ 1646 FPCM_CCP_REQ_Byte5 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1646 FPCM_CCP_REQ_Byte5 0;
+BA_ "NetworkRequest" SG_ 1646 FPCM_CCP_REQ_Byte5 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1646 FPCM_CCP_REQ_Byte5 5000;
+BA_ "RoutingFactor" SG_ 1646 FPCM_CCP_REQ_Byte5 1;
+BA_ "Version" SG_ 1646 FPCM_CCP_REQ_Byte5 "19.04.07";
+BA_ "UsrSigPurpose" SG_ 1646 FPCM_CCP_REQ_Byte6 6;
+BA_ "GenSigSendType" SG_ 1646 FPCM_CCP_REQ_Byte6 2;
+BA_ "GenSigStartValue" SG_ 1646 FPCM_CCP_REQ_Byte6 0;
+BA_ "UserSigValidity" SG_ 1646 FPCM_CCP_REQ_Byte6 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1646 FPCM_CCP_REQ_Byte6 0;
+BA_ "NetworkRequest" SG_ 1646 FPCM_CCP_REQ_Byte6 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1646 FPCM_CCP_REQ_Byte6 5000;
+BA_ "RoutingFactor" SG_ 1646 FPCM_CCP_REQ_Byte6 1;
+BA_ "Version" SG_ 1646 FPCM_CCP_REQ_Byte6 "19.04.07";
+BA_ "UsrSigPurpose" SG_ 1646 FPCM_CCP_REQ_Byte7 6;
+BA_ "GenSigSendType" SG_ 1646 FPCM_CCP_REQ_Byte7 2;
+BA_ "GenSigStartValue" SG_ 1646 FPCM_CCP_REQ_Byte7 0;
+BA_ "UserSigValidity" SG_ 1646 FPCM_CCP_REQ_Byte7 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1646 FPCM_CCP_REQ_Byte7 0;
+BA_ "NetworkRequest" SG_ 1646 FPCM_CCP_REQ_Byte7 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1646 FPCM_CCP_REQ_Byte7 5000;
+BA_ "RoutingFactor" SG_ 1646 FPCM_CCP_REQ_Byte7 1;
+BA_ "Version" SG_ 1646 FPCM_CCP_REQ_Byte7 "19.04.07";
+BA_ "UsrSigPurpose" SG_ 1646 FPCM_CCP_REQ_Byte1 6;
+BA_ "GenSigSendType" SG_ 1646 FPCM_CCP_REQ_Byte1 2;
+BA_ "GenSigStartValue" SG_ 1646 FPCM_CCP_REQ_Byte1 0;
+BA_ "UserSigValidity" SG_ 1646 FPCM_CCP_REQ_Byte1 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1646 FPCM_CCP_REQ_Byte1 0;
+BA_ "NetworkRequest" SG_ 1646 FPCM_CCP_REQ_Byte1 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1646 FPCM_CCP_REQ_Byte1 5000;
+BA_ "RoutingFactor" SG_ 1646 FPCM_CCP_REQ_Byte1 1;
+BA_ "Version" SG_ 1646 FPCM_CCP_REQ_Byte1 "19.04.07";
+BA_ "GenMsgSendType" BO_ 320 0;
+BA_ "GenMsgCycleTime" BO_ 320 10;
+BA_ "GenMsgCycleTimeFast" BO_ 320 0;
+BA_ "GenMsgNrOfRepetition" BO_ 320 0;
+BA_ "GenMsgDelayTime" BO_ 320 0;
+BA_ "GenMsgStartDelayTime" BO_ 320 0;
+BA_ "VFrameFormat" BO_ 320 14;
+BA_ "Description" SG_ 320 FR_RDR_Crc1Val "The data area for CRC calculation is based on the data length (DLC) of the message DB.
+
+The CRC shall be calculated over the entire data block (excluding the CRC bytes) including the user data, alive counter and Data ID
+
+ 
+
+- CRC Polynomial (0x1021) , Initial Value : 0xFFFF, XOR value : 0x0000, Data ID : Message ID + 0xF800 
+
+- The initial value is for CRC calculation and the message should be sent with the calculated result value. 
+
+- The mathematical expression to 16 bit CRC polynomial is given here. G(x) = x16 + x12 + x5 + 1";
+BA_ "GenSigStartValue" SG_ 320 FR_RDR_Crc1Val 65535;
+BA_ "UserSigValidity" SG_ 320 FR_RDR_Crc1Val 3;
+BA_ "NetworkRequestHoldingTime" SG_ 320 FR_RDR_Crc1Val 0;
+BA_ "RoutingFactor" SG_ 320 FR_RDR_Crc1Val 5;
+BA_ "Version" SG_ 320 FR_RDR_Crc1Val "18.11.08";
+BA_ "Description" SG_ 320 FR_RDR_AlvCnt1Val "For the first transmission request for a data element the counter shall be initialized with 0 and shall be incremented by 1 for every subsequent send request. 
+
+When the counter reaches the maximum value(0xFF), then it shall restart with 0 for the next send request";
+BA_ "GenSigStartValue" SG_ 320 FR_RDR_AlvCnt1Val 0;
+BA_ "UserSigValidity" SG_ 320 FR_RDR_AlvCnt1Val 3;
+BA_ "NetworkRequestHoldingTime" SG_ 320 FR_RDR_AlvCnt1Val 0;
+BA_ "RoutingFactor" SG_ 320 FR_RDR_AlvCnt1Val 5;
+BA_ "Version" SG_ 320 FR_RDR_AlvCnt1Val "18.11.08";
+BA_ "Description" SG_ 320 FR_RDR_FCAEquipSta "FCA Sensor Type and Coding Information";
+BA_ "GenSigStartValue" SG_ 320 FR_RDR_FCAEquipSta 0;
+BA_ "UserSigValidity" SG_ 320 FR_RDR_FCAEquipSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 320 FR_RDR_FCAEquipSta 0;
+BA_ "RoutingFactor" SG_ 320 FR_RDR_FCAEquipSta 5;
+BA_ "Version" SG_ 320 FR_RDR_FCAEquipSta "18.11.06";
+BA_ "Description" SG_ 320 FR_RDR_FCA_Plus_Sta "전방카메라 및 전방레이더 퓨전 트랙을 이용하여 FCA-Car 타겟의 존재유무를 판단하고 FCA-Car/Ped/Cyc+ 시스템에 대응하는 FCA-Car 타겟 좌측/우측 영역 회피 불가능 여부를 판단함";
+BA_ "GenSigStartValue" SG_ 320 FR_RDR_FCA_Plus_Sta 0;
+BA_ "UserSigValidity" SG_ 320 FR_RDR_FCA_Plus_Sta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 320 FR_RDR_FCA_Plus_Sta 0;
+BA_ "RoutingFactor" SG_ 320 FR_RDR_FCA_Plus_Sta 5;
+BA_ "Version" SG_ 320 FR_RDR_FCA_Plus_Sta "18.08.06";
+BA_ "Description" SG_ 320 FR_RDR_SCCEquipSta "This signal indicates equipment for SCC";
+BA_ "GenSigStartValue" SG_ 320 FR_RDR_SCCEquipSta 0;
+BA_ "UserSigValidity" SG_ 320 FR_RDR_SCCEquipSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 320 FR_RDR_SCCEquipSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 320 FR_RDR_SCCEquipSta 0;
+BA_ "RoutingFactor" SG_ 320 FR_RDR_SCCEquipSta 5;
+BA_ "Version" SG_ 320 FR_RDR_SCCEquipSta "18.11.06";
+BA_ "Description" SG_ 320 FR_RDR_FailInfoSta "This signal indicates abnormal state of the front radar. The abnormal state does not include ADAS function failure like SCC failure and FCA failure";
+BA_ "GenSigStartValue" SG_ 320 FR_RDR_FailInfoSta 0;
+BA_ "UserSigValidity" SG_ 320 FR_RDR_FailInfoSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 320 FR_RDR_FailInfoSta 0;
+BA_ "RoutingFactor" SG_ 320 FR_RDR_FailInfoSta 5;
+BA_ "Version" SG_ 320 FR_RDR_FailInfoSta "18.11.06";
+BA_ "Description" SG_ 320 FR_RDR_CodingSta "This signal indicates coding state of the front radar.";
+BA_ "GenSigStartValue" SG_ 320 FR_RDR_CodingSta 0;
+BA_ "UserSigValidity" SG_ 320 FR_RDR_CodingSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 320 FR_RDR_CodingSta 0;
+BA_ "RoutingFactor" SG_ 320 FR_RDR_CodingSta 5;
+BA_ "Version" SG_ 320 FR_RDR_CodingSta "18.11.06";
+BA_ "Description" SG_ 320 FR_RDR_ACANMonSta "This signal indicates result of A-CANFD network monitoring in the front radar.";
+BA_ "GenSigStartValue" SG_ 320 FR_RDR_ACANMonSta 0;
+BA_ "UserSigValidity" SG_ 320 FR_RDR_ACANMonSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 320 FR_RDR_ACANMonSta 0;
+BA_ "RoutingFactor" SG_ 320 FR_RDR_ACANMonSta 5;
+BA_ "Version" SG_ 320 FR_RDR_ACANMonSta "18.11.06";
+BA_ "Description" SG_ 320 FR_RDR_HDAEquipSta "HDA Coding Information";
+BA_ "GenSigStartValue" SG_ 320 FR_RDR_HDAEquipSta 0;
+BA_ "UserSigValidity" SG_ 320 FR_RDR_HDAEquipSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 320 FR_RDR_HDAEquipSta 0;
+BA_ "RoutingFactor" SG_ 320 FR_RDR_HDAEquipSta 5;
+BA_ "Version" SG_ 320 FR_RDR_HDAEquipSta "19.03.11";
+BA_ "GenMsgSendType" BO_ 895 0;
+BA_ "GenMsgCycleTime" BO_ 895 100;
+BA_ "GenMsgCycleTimeFast" BO_ 895 0;
+BA_ "GenMsgNrOfRepetition" BO_ 895 0;
+BA_ "GenMsgStartDelayTime" BO_ 895 0;
+BA_ "VFrameFormat" BO_ 895 14;
+BA_ "Description" SG_ 895 GATEWAY_CrcVal "The data area for CRC calculation is based on the data length (DLC) of the message DB.
+
+The CRC shall be calculated over the entire data block (excluding the CRC bytes) including the user data, alive counter and Data ID 
+
+ 
+
+- CRC Polynomial (0x1D) , Initial Value : 0x00, XOR value : 0xFF, Data ID Mode : Both, Data ID : Message ID + 0xF800 
+
+- The initial value is for CRC calculation and the message should be sent with the calculated result value. 
+
+The mathematical expression to 8 bit CRC polynomial is given here. G(x) = x8 + x4 + x3 + x2 + 1";
+BA_ "GenSigStartValue" SG_ 895 GATEWAY_CrcVal 255;
+BA_ "UserSigValidity" SG_ 895 GATEWAY_CrcVal 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 895 GATEWAY_CrcVal 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 895 GATEWAY_CrcVal 0;
+BA_ "RoutingFactor" SG_ 895 GATEWAY_CrcVal 1;
+BA_ "Version" SG_ 895 GATEWAY_CrcVal "18.11.08";
+BA_ "Description" SG_ 895 GATEWAY_AlvCntVal "For the first transmission request for a data element the counter shall be initialized with 0 and shall be incremented by 1
+
+for every subsequent send request. When the counter reaches the maximum value(0xE), then it shall restart with 0 for the next send request";
+BA_ "GenSigStartValue" SG_ 895 GATEWAY_AlvCntVal 0;
+BA_ "UserSigValidity" SG_ 895 GATEWAY_AlvCntVal 0;
+BA_ "NetworkRequestHoldingTime" SG_ 895 GATEWAY_AlvCntVal 0;
+BA_ "RoutingFactor" SG_ 895 GATEWAY_AlvCntVal 1;
+BA_ "Version" SG_ 895 GATEWAY_AlvCntVal "18.11.08";
+BA_ "GenSigStartValue" SG_ 895 GATEWAY_HS_B_STS 0;
+BA_ "UserSigValidity" SG_ 895 GATEWAY_HS_B_STS 0;
+BA_ "NetworkRequestHoldingTime" SG_ 895 GATEWAY_HS_B_STS 0;
+BA_ "RoutingFactor" SG_ 895 GATEWAY_HS_B_STS 1;
+BA_ "Version" SG_ 895 GATEWAY_HS_B_STS "17.11.00";
+BA_ "GenSigStartValue" SG_ 895 GATEWAY_HS_D_STS 0;
+BA_ "UserSigValidity" SG_ 895 GATEWAY_HS_D_STS 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 895 GATEWAY_HS_D_STS 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 895 GATEWAY_HS_D_STS 0;
+BA_ "RoutingFactor" SG_ 895 GATEWAY_HS_D_STS 1;
+BA_ "Version" SG_ 895 GATEWAY_HS_D_STS "19.01.12";
+BA_ "GenSigStartValue" SG_ 895 GATEWAY_FD_P_STS 0;
+BA_ "UserSigValidity" SG_ 895 GATEWAY_FD_P_STS 0;
+BA_ "NetworkRequestHoldingTime" SG_ 895 GATEWAY_FD_P_STS 0;
+BA_ "RoutingFactor" SG_ 895 GATEWAY_FD_P_STS 1;
+BA_ "Version" SG_ 895 GATEWAY_FD_P_STS "17.11.00";
+BA_ "GenSigStartValue" SG_ 895 GATEWAY_FD_C_STS 0;
+BA_ "UserSigValidity" SG_ 895 GATEWAY_FD_C_STS 0;
+BA_ "NetworkRequestHoldingTime" SG_ 895 GATEWAY_FD_C_STS 0;
+BA_ "RoutingFactor" SG_ 895 GATEWAY_FD_C_STS 1;
+BA_ "Version" SG_ 895 GATEWAY_FD_C_STS "17.11.00";
+BA_ "GenMsgCycleTime" BO_ 1796 0;
+BA_ "GenMsgILSupport" BO_ 1796 0;
+BA_ "TpMessage" BO_ 1796 1;
+BA_ "GenMsgDelayTime" BO_ 1796 0;
+BA_ "GenMsgStartDelayTime" BO_ 1796 0;
+BA_ "VFrameFormat" BO_ 1796 14;
+BA_ "Description" SG_ 1796 GST_7DCT_GA_FDC1_Byte0 "TP Index : 225";
+BA_ "UsrSigPurpose" SG_ 1796 GST_7DCT_GA_FDC1_Byte0 2;
+BA_ "GenSigSendType" SG_ 1796 GST_7DCT_GA_FDC1_Byte0 2;
+BA_ "GenSigStartValue" SG_ 1796 GST_7DCT_GA_FDC1_Byte0 0;
+BA_ "UserSigValidity" SG_ 1796 GST_7DCT_GA_FDC1_Byte0 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1796 GST_7DCT_GA_FDC1_Byte0 0;
+BA_ "NetworkRequest" SG_ 1796 GST_7DCT_GA_FDC1_Byte0 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1796 GST_7DCT_GA_FDC1_Byte0 5000;
+BA_ "RoutingFactor" SG_ 1796 GST_7DCT_GA_FDC1_Byte0 1;
+BA_ "Version" SG_ 1796 GST_7DCT_GA_FDC1_Byte0 "20.01.01";
+BA_ "Description" SG_ 1796 GST_7DCT_GA_FDC1_Byte2 "TP Index : 225";
+BA_ "UsrSigPurpose" SG_ 1796 GST_7DCT_GA_FDC1_Byte2 2;
+BA_ "GenSigSendType" SG_ 1796 GST_7DCT_GA_FDC1_Byte2 2;
+BA_ "GenSigStartValue" SG_ 1796 GST_7DCT_GA_FDC1_Byte2 0;
+BA_ "UserSigValidity" SG_ 1796 GST_7DCT_GA_FDC1_Byte2 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1796 GST_7DCT_GA_FDC1_Byte2 0;
+BA_ "NetworkRequest" SG_ 1796 GST_7DCT_GA_FDC1_Byte2 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1796 GST_7DCT_GA_FDC1_Byte2 5000;
+BA_ "RoutingFactor" SG_ 1796 GST_7DCT_GA_FDC1_Byte2 1;
+BA_ "Version" SG_ 1796 GST_7DCT_GA_FDC1_Byte2 "20.01.01";
+BA_ "Description" SG_ 1796 GST_7DCT_GA_FDC1_Byte3 "TP Index : 225";
+BA_ "UsrSigPurpose" SG_ 1796 GST_7DCT_GA_FDC1_Byte3 2;
+BA_ "GenSigSendType" SG_ 1796 GST_7DCT_GA_FDC1_Byte3 2;
+BA_ "GenSigStartValue" SG_ 1796 GST_7DCT_GA_FDC1_Byte3 0;
+BA_ "UserSigValidity" SG_ 1796 GST_7DCT_GA_FDC1_Byte3 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1796 GST_7DCT_GA_FDC1_Byte3 0;
+BA_ "NetworkRequest" SG_ 1796 GST_7DCT_GA_FDC1_Byte3 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1796 GST_7DCT_GA_FDC1_Byte3 5000;
+BA_ "RoutingFactor" SG_ 1796 GST_7DCT_GA_FDC1_Byte3 1;
+BA_ "Version" SG_ 1796 GST_7DCT_GA_FDC1_Byte3 "20.01.01";
+BA_ "Description" SG_ 1796 GST_7DCT_GA_FDC1_Byte4 "TP Index : 225";
+BA_ "UsrSigPurpose" SG_ 1796 GST_7DCT_GA_FDC1_Byte4 2;
+BA_ "GenSigSendType" SG_ 1796 GST_7DCT_GA_FDC1_Byte4 2;
+BA_ "GenSigStartValue" SG_ 1796 GST_7DCT_GA_FDC1_Byte4 0;
+BA_ "UserSigValidity" SG_ 1796 GST_7DCT_GA_FDC1_Byte4 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1796 GST_7DCT_GA_FDC1_Byte4 0;
+BA_ "NetworkRequest" SG_ 1796 GST_7DCT_GA_FDC1_Byte4 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1796 GST_7DCT_GA_FDC1_Byte4 5000;
+BA_ "RoutingFactor" SG_ 1796 GST_7DCT_GA_FDC1_Byte4 1;
+BA_ "Version" SG_ 1796 GST_7DCT_GA_FDC1_Byte4 "20.01.01";
+BA_ "Description" SG_ 1796 GST_7DCT_GA_FDC1_Byte5 "TP Index : 225";
+BA_ "UsrSigPurpose" SG_ 1796 GST_7DCT_GA_FDC1_Byte5 2;
+BA_ "GenSigSendType" SG_ 1796 GST_7DCT_GA_FDC1_Byte5 2;
+BA_ "GenSigStartValue" SG_ 1796 GST_7DCT_GA_FDC1_Byte5 0;
+BA_ "UserSigValidity" SG_ 1796 GST_7DCT_GA_FDC1_Byte5 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1796 GST_7DCT_GA_FDC1_Byte5 0;
+BA_ "NetworkRequest" SG_ 1796 GST_7DCT_GA_FDC1_Byte5 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1796 GST_7DCT_GA_FDC1_Byte5 5000;
+BA_ "RoutingFactor" SG_ 1796 GST_7DCT_GA_FDC1_Byte5 1;
+BA_ "Version" SG_ 1796 GST_7DCT_GA_FDC1_Byte5 "20.01.01";
+BA_ "Description" SG_ 1796 GST_7DCT_GA_FDC1_Byte6 "TP Index : 225";
+BA_ "UsrSigPurpose" SG_ 1796 GST_7DCT_GA_FDC1_Byte6 2;
+BA_ "GenSigSendType" SG_ 1796 GST_7DCT_GA_FDC1_Byte6 2;
+BA_ "GenSigStartValue" SG_ 1796 GST_7DCT_GA_FDC1_Byte6 0;
+BA_ "UserSigValidity" SG_ 1796 GST_7DCT_GA_FDC1_Byte6 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1796 GST_7DCT_GA_FDC1_Byte6 0;
+BA_ "NetworkRequest" SG_ 1796 GST_7DCT_GA_FDC1_Byte6 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1796 GST_7DCT_GA_FDC1_Byte6 5000;
+BA_ "RoutingFactor" SG_ 1796 GST_7DCT_GA_FDC1_Byte6 1;
+BA_ "Version" SG_ 1796 GST_7DCT_GA_FDC1_Byte6 "20.01.01";
+BA_ "Description" SG_ 1796 GST_7DCT_GA_FDC1_Byte7 "TP Index : 225";
+BA_ "UsrSigPurpose" SG_ 1796 GST_7DCT_GA_FDC1_Byte7 2;
+BA_ "GenSigSendType" SG_ 1796 GST_7DCT_GA_FDC1_Byte7 2;
+BA_ "GenSigStartValue" SG_ 1796 GST_7DCT_GA_FDC1_Byte7 0;
+BA_ "UserSigValidity" SG_ 1796 GST_7DCT_GA_FDC1_Byte7 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1796 GST_7DCT_GA_FDC1_Byte7 0;
+BA_ "NetworkRequest" SG_ 1796 GST_7DCT_GA_FDC1_Byte7 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1796 GST_7DCT_GA_FDC1_Byte7 5000;
+BA_ "RoutingFactor" SG_ 1796 GST_7DCT_GA_FDC1_Byte7 1;
+BA_ "Version" SG_ 1796 GST_7DCT_GA_FDC1_Byte7 "20.01.01";
+BA_ "Description" SG_ 1796 GST_7DCT_GA_FDC1_Byte1 "TP Index : 225";
+BA_ "UsrSigPurpose" SG_ 1796 GST_7DCT_GA_FDC1_Byte1 2;
+BA_ "GenSigSendType" SG_ 1796 GST_7DCT_GA_FDC1_Byte1 2;
+BA_ "GenSigStartValue" SG_ 1796 GST_7DCT_GA_FDC1_Byte1 0;
+BA_ "UserSigValidity" SG_ 1796 GST_7DCT_GA_FDC1_Byte1 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1796 GST_7DCT_GA_FDC1_Byte1 0;
+BA_ "NetworkRequest" SG_ 1796 GST_7DCT_GA_FDC1_Byte1 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1796 GST_7DCT_GA_FDC1_Byte1 5000;
+BA_ "RoutingFactor" SG_ 1796 GST_7DCT_GA_FDC1_Byte1 1;
+BA_ "Version" SG_ 1796 GST_7DCT_GA_FDC1_Byte1 "20.01.01";
+BA_ "GenMsgCycleTime" BO_ 2015 0;
+BA_ "GenMsgILSupport" BO_ 2015 0;
+BA_ "TpMessage" BO_ 2015 1;
+BA_ "GenMsgDelayTime" BO_ 2015 0;
+BA_ "GenMsgStartDelayTime" BO_ 2015 0;
+BA_ "VFrameFormat" BO_ 2015 14;
+BA_ "Description" SG_ 2015 GST_ALL_Byte0 "TP Index : 0";
+BA_ "UsrSigPurpose" SG_ 2015 GST_ALL_Byte0 2;
+BA_ "GenSigSendType" SG_ 2015 GST_ALL_Byte0 2;
+BA_ "GenSigStartValue" SG_ 2015 GST_ALL_Byte0 0;
+BA_ "UserSigValidity" SG_ 2015 GST_ALL_Byte0 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 2015 GST_ALL_Byte0 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 2015 GST_ALL_Byte0 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 2015 GST_ALL_Byte0 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ OPU SG_ 2015 GST_ALL_Byte0 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SBW_SHFTR_FF SG_ 2015 GST_ALL_Byte0 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 2015 GST_ALL_Byte0 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 2015 GST_ALL_Byte0 0;
+BA_ "NetworkRequest" SG_ 2015 GST_ALL_Byte0 0;
+BA_ "NetworkRequestHoldingTime" SG_ 2015 GST_ALL_Byte0 5000;
+BA_ "RoutingFactor" SG_ 2015 GST_ALL_Byte0 1;
+BA_ "Version" SG_ 2015 GST_ALL_Byte0 "19.02.08";
+BA_ "Description" SG_ 2015 GST_ALL_Byte2 "TP Index : 0";
+BA_ "UsrSigPurpose" SG_ 2015 GST_ALL_Byte2 2;
+BA_ "GenSigSendType" SG_ 2015 GST_ALL_Byte2 2;
+BA_ "GenSigStartValue" SG_ 2015 GST_ALL_Byte2 0;
+BA_ "UserSigValidity" SG_ 2015 GST_ALL_Byte2 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 2015 GST_ALL_Byte2 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 2015 GST_ALL_Byte2 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 2015 GST_ALL_Byte2 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ OPU SG_ 2015 GST_ALL_Byte2 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SBW_SHFTR_FF SG_ 2015 GST_ALL_Byte2 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 2015 GST_ALL_Byte2 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 2015 GST_ALL_Byte2 0;
+BA_ "NetworkRequest" SG_ 2015 GST_ALL_Byte2 0;
+BA_ "NetworkRequestHoldingTime" SG_ 2015 GST_ALL_Byte2 5000;
+BA_ "RoutingFactor" SG_ 2015 GST_ALL_Byte2 1;
+BA_ "Version" SG_ 2015 GST_ALL_Byte2 "19.02.08";
+BA_ "Description" SG_ 2015 GST_ALL_Byte3 "TP Index : 0";
+BA_ "UsrSigPurpose" SG_ 2015 GST_ALL_Byte3 2;
+BA_ "GenSigSendType" SG_ 2015 GST_ALL_Byte3 2;
+BA_ "GenSigStartValue" SG_ 2015 GST_ALL_Byte3 0;
+BA_ "UserSigValidity" SG_ 2015 GST_ALL_Byte3 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 2015 GST_ALL_Byte3 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 2015 GST_ALL_Byte3 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 2015 GST_ALL_Byte3 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ OPU SG_ 2015 GST_ALL_Byte3 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SBW_SHFTR_FF SG_ 2015 GST_ALL_Byte3 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 2015 GST_ALL_Byte3 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 2015 GST_ALL_Byte3 0;
+BA_ "NetworkRequest" SG_ 2015 GST_ALL_Byte3 0;
+BA_ "NetworkRequestHoldingTime" SG_ 2015 GST_ALL_Byte3 5000;
+BA_ "RoutingFactor" SG_ 2015 GST_ALL_Byte3 1;
+BA_ "Version" SG_ 2015 GST_ALL_Byte3 "19.02.08";
+BA_ "Description" SG_ 2015 GST_ALL_Byte4 "TP Index : 0";
+BA_ "UsrSigPurpose" SG_ 2015 GST_ALL_Byte4 2;
+BA_ "GenSigSendType" SG_ 2015 GST_ALL_Byte4 2;
+BA_ "GenSigStartValue" SG_ 2015 GST_ALL_Byte4 0;
+BA_ "UserSigValidity" SG_ 2015 GST_ALL_Byte4 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 2015 GST_ALL_Byte4 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 2015 GST_ALL_Byte4 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 2015 GST_ALL_Byte4 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ OPU SG_ 2015 GST_ALL_Byte4 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SBW_SHFTR_FF SG_ 2015 GST_ALL_Byte4 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 2015 GST_ALL_Byte4 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 2015 GST_ALL_Byte4 0;
+BA_ "NetworkRequest" SG_ 2015 GST_ALL_Byte4 0;
+BA_ "NetworkRequestHoldingTime" SG_ 2015 GST_ALL_Byte4 5000;
+BA_ "RoutingFactor" SG_ 2015 GST_ALL_Byte4 1;
+BA_ "Version" SG_ 2015 GST_ALL_Byte4 "19.02.08";
+BA_ "Description" SG_ 2015 GST_ALL_Byte5 "TP Index : 0";
+BA_ "UsrSigPurpose" SG_ 2015 GST_ALL_Byte5 2;
+BA_ "GenSigSendType" SG_ 2015 GST_ALL_Byte5 2;
+BA_ "GenSigStartValue" SG_ 2015 GST_ALL_Byte5 0;
+BA_ "UserSigValidity" SG_ 2015 GST_ALL_Byte5 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 2015 GST_ALL_Byte5 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 2015 GST_ALL_Byte5 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 2015 GST_ALL_Byte5 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ OPU SG_ 2015 GST_ALL_Byte5 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SBW_SHFTR_FF SG_ 2015 GST_ALL_Byte5 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 2015 GST_ALL_Byte5 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 2015 GST_ALL_Byte5 0;
+BA_ "NetworkRequest" SG_ 2015 GST_ALL_Byte5 0;
+BA_ "NetworkRequestHoldingTime" SG_ 2015 GST_ALL_Byte5 5000;
+BA_ "RoutingFactor" SG_ 2015 GST_ALL_Byte5 1;
+BA_ "Version" SG_ 2015 GST_ALL_Byte5 "19.02.08";
+BA_ "Description" SG_ 2015 GST_ALL_Byte6 "TP Index : 0";
+BA_ "UsrSigPurpose" SG_ 2015 GST_ALL_Byte6 2;
+BA_ "GenSigSendType" SG_ 2015 GST_ALL_Byte6 2;
+BA_ "GenSigStartValue" SG_ 2015 GST_ALL_Byte6 0;
+BA_ "UserSigValidity" SG_ 2015 GST_ALL_Byte6 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 2015 GST_ALL_Byte6 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 2015 GST_ALL_Byte6 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 2015 GST_ALL_Byte6 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ OPU SG_ 2015 GST_ALL_Byte6 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SBW_SHFTR_FF SG_ 2015 GST_ALL_Byte6 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 2015 GST_ALL_Byte6 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 2015 GST_ALL_Byte6 0;
+BA_ "NetworkRequest" SG_ 2015 GST_ALL_Byte6 0;
+BA_ "NetworkRequestHoldingTime" SG_ 2015 GST_ALL_Byte6 5000;
+BA_ "RoutingFactor" SG_ 2015 GST_ALL_Byte6 1;
+BA_ "Version" SG_ 2015 GST_ALL_Byte6 "19.02.08";
+BA_ "Description" SG_ 2015 GST_ALL_Byte7 "TP Index : 0";
+BA_ "UsrSigPurpose" SG_ 2015 GST_ALL_Byte7 2;
+BA_ "GenSigSendType" SG_ 2015 GST_ALL_Byte7 2;
+BA_ "GenSigStartValue" SG_ 2015 GST_ALL_Byte7 0;
+BA_ "UserSigValidity" SG_ 2015 GST_ALL_Byte7 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 2015 GST_ALL_Byte7 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 2015 GST_ALL_Byte7 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 2015 GST_ALL_Byte7 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ OPU SG_ 2015 GST_ALL_Byte7 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SBW_SHFTR_FF SG_ 2015 GST_ALL_Byte7 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 2015 GST_ALL_Byte7 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 2015 GST_ALL_Byte7 0;
+BA_ "NetworkRequest" SG_ 2015 GST_ALL_Byte7 0;
+BA_ "NetworkRequestHoldingTime" SG_ 2015 GST_ALL_Byte7 5000;
+BA_ "RoutingFactor" SG_ 2015 GST_ALL_Byte7 1;
+BA_ "Version" SG_ 2015 GST_ALL_Byte7 "19.02.08";
+BA_ "Description" SG_ 2015 GST_ALL_Byte1 "TP Index : 0";
+BA_ "UsrSigPurpose" SG_ 2015 GST_ALL_Byte1 2;
+BA_ "GenSigSendType" SG_ 2015 GST_ALL_Byte1 2;
+BA_ "GenSigStartValue" SG_ 2015 GST_ALL_Byte1 0;
+BA_ "UserSigValidity" SG_ 2015 GST_ALL_Byte1 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 2015 GST_ALL_Byte1 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 2015 GST_ALL_Byte1 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 2015 GST_ALL_Byte1 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ OPU SG_ 2015 GST_ALL_Byte1 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SBW_SHFTR_FF SG_ 2015 GST_ALL_Byte1 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 2015 GST_ALL_Byte1 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 2015 GST_ALL_Byte1 0;
+BA_ "NetworkRequest" SG_ 2015 GST_ALL_Byte1 0;
+BA_ "NetworkRequestHoldingTime" SG_ 2015 GST_ALL_Byte1 5000;
+BA_ "RoutingFactor" SG_ 2015 GST_ALL_Byte1 1;
+BA_ "Version" SG_ 2015 GST_ALL_Byte1 "19.02.08";
+BA_ "GenMsgCycleTime" BO_ 1856 0;
+BA_ "GenMsgILSupport" BO_ 1856 0;
+BA_ "TpMessage" BO_ 1856 1;
+BA_ "GenMsgDelayTime" BO_ 1856 0;
+BA_ "GenMsgStartDelayTime" BO_ 1856 0;
+BA_ "VFrameFormat" BO_ 1856 14;
+BA_ "Description" SG_ 1856 GST_AWD_Byte0 "TP Index : 110";
+BA_ "UsrSigPurpose" SG_ 1856 GST_AWD_Byte0 2;
+BA_ "GenSigSendType" SG_ 1856 GST_AWD_Byte0 2;
+BA_ "GenSigStartValue" SG_ 1856 GST_AWD_Byte0 0;
+BA_ "UserSigValidity" SG_ 1856 GST_AWD_Byte0 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 1856 GST_AWD_Byte0 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1856 GST_AWD_Byte0 0;
+BA_ "NetworkRequest" SG_ 1856 GST_AWD_Byte0 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1856 GST_AWD_Byte0 5000;
+BA_ "RoutingFactor" SG_ 1856 GST_AWD_Byte0 1;
+BA_ "Version" SG_ 1856 GST_AWD_Byte0 "18.01.08";
+BA_ "Description" SG_ 1856 GST_AWD_Byte2 "TP Index : 110";
+BA_ "UsrSigPurpose" SG_ 1856 GST_AWD_Byte2 2;
+BA_ "GenSigSendType" SG_ 1856 GST_AWD_Byte2 2;
+BA_ "GenSigStartValue" SG_ 1856 GST_AWD_Byte2 0;
+BA_ "UserSigValidity" SG_ 1856 GST_AWD_Byte2 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 1856 GST_AWD_Byte2 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1856 GST_AWD_Byte2 0;
+BA_ "NetworkRequest" SG_ 1856 GST_AWD_Byte2 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1856 GST_AWD_Byte2 5000;
+BA_ "RoutingFactor" SG_ 1856 GST_AWD_Byte2 1;
+BA_ "Version" SG_ 1856 GST_AWD_Byte2 "18.01.08";
+BA_ "Description" SG_ 1856 GST_AWD_Byte3 "TP Index : 110";
+BA_ "UsrSigPurpose" SG_ 1856 GST_AWD_Byte3 2;
+BA_ "GenSigSendType" SG_ 1856 GST_AWD_Byte3 2;
+BA_ "GenSigStartValue" SG_ 1856 GST_AWD_Byte3 0;
+BA_ "UserSigValidity" SG_ 1856 GST_AWD_Byte3 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 1856 GST_AWD_Byte3 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1856 GST_AWD_Byte3 0;
+BA_ "NetworkRequest" SG_ 1856 GST_AWD_Byte3 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1856 GST_AWD_Byte3 5000;
+BA_ "RoutingFactor" SG_ 1856 GST_AWD_Byte3 1;
+BA_ "Version" SG_ 1856 GST_AWD_Byte3 "18.01.08";
+BA_ "Description" SG_ 1856 GST_AWD_Byte4 "TP Index : 110";
+BA_ "UsrSigPurpose" SG_ 1856 GST_AWD_Byte4 2;
+BA_ "GenSigSendType" SG_ 1856 GST_AWD_Byte4 2;
+BA_ "GenSigStartValue" SG_ 1856 GST_AWD_Byte4 0;
+BA_ "UserSigValidity" SG_ 1856 GST_AWD_Byte4 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 1856 GST_AWD_Byte4 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1856 GST_AWD_Byte4 0;
+BA_ "NetworkRequest" SG_ 1856 GST_AWD_Byte4 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1856 GST_AWD_Byte4 5000;
+BA_ "RoutingFactor" SG_ 1856 GST_AWD_Byte4 1;
+BA_ "Version" SG_ 1856 GST_AWD_Byte4 "18.01.08";
+BA_ "Description" SG_ 1856 GST_AWD_Byte5 "TP Index : 110";
+BA_ "UsrSigPurpose" SG_ 1856 GST_AWD_Byte5 2;
+BA_ "GenSigSendType" SG_ 1856 GST_AWD_Byte5 2;
+BA_ "GenSigStartValue" SG_ 1856 GST_AWD_Byte5 0;
+BA_ "UserSigValidity" SG_ 1856 GST_AWD_Byte5 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 1856 GST_AWD_Byte5 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1856 GST_AWD_Byte5 0;
+BA_ "NetworkRequest" SG_ 1856 GST_AWD_Byte5 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1856 GST_AWD_Byte5 5000;
+BA_ "RoutingFactor" SG_ 1856 GST_AWD_Byte5 1;
+BA_ "Version" SG_ 1856 GST_AWD_Byte5 "18.01.08";
+BA_ "Description" SG_ 1856 GST_AWD_Byte6 "TP Index : 110";
+BA_ "UsrSigPurpose" SG_ 1856 GST_AWD_Byte6 2;
+BA_ "GenSigSendType" SG_ 1856 GST_AWD_Byte6 2;
+BA_ "GenSigStartValue" SG_ 1856 GST_AWD_Byte6 0;
+BA_ "UserSigValidity" SG_ 1856 GST_AWD_Byte6 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 1856 GST_AWD_Byte6 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1856 GST_AWD_Byte6 0;
+BA_ "NetworkRequest" SG_ 1856 GST_AWD_Byte6 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1856 GST_AWD_Byte6 5000;
+BA_ "RoutingFactor" SG_ 1856 GST_AWD_Byte6 1;
+BA_ "Version" SG_ 1856 GST_AWD_Byte6 "18.01.08";
+BA_ "Description" SG_ 1856 GST_AWD_Byte7 "TP Index : 110";
+BA_ "UsrSigPurpose" SG_ 1856 GST_AWD_Byte7 2;
+BA_ "GenSigSendType" SG_ 1856 GST_AWD_Byte7 2;
+BA_ "GenSigStartValue" SG_ 1856 GST_AWD_Byte7 0;
+BA_ "UserSigValidity" SG_ 1856 GST_AWD_Byte7 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 1856 GST_AWD_Byte7 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1856 GST_AWD_Byte7 0;
+BA_ "NetworkRequest" SG_ 1856 GST_AWD_Byte7 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1856 GST_AWD_Byte7 5000;
+BA_ "RoutingFactor" SG_ 1856 GST_AWD_Byte7 1;
+BA_ "Version" SG_ 1856 GST_AWD_Byte7 "18.01.08";
+BA_ "Description" SG_ 1856 GST_AWD_Byte1 "TP Index : 110";
+BA_ "UsrSigPurpose" SG_ 1856 GST_AWD_Byte1 2;
+BA_ "GenSigSendType" SG_ 1856 GST_AWD_Byte1 2;
+BA_ "GenSigStartValue" SG_ 1856 GST_AWD_Byte1 0;
+BA_ "UserSigValidity" SG_ 1856 GST_AWD_Byte1 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 1856 GST_AWD_Byte1 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1856 GST_AWD_Byte1 0;
+BA_ "NetworkRequest" SG_ 1856 GST_AWD_Byte1 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1856 GST_AWD_Byte1 5000;
+BA_ "RoutingFactor" SG_ 1856 GST_AWD_Byte1 1;
+BA_ "Version" SG_ 1856 GST_AWD_Byte1 "18.01.08";
+BA_ "GenMsgCycleTime" BO_ 2016 0;
+BA_ "GenMsgILSupport" BO_ 2016 0;
+BA_ "TpMessage" BO_ 2016 1;
+BA_ "GenMsgDelayTime" BO_ 2016 0;
+BA_ "GenMsgStartDelayTime" BO_ 2016 0;
+BA_ "VFrameFormat" BO_ 2016 14;
+BA_ "UsrSigPurpose" SG_ 2016 GST_EMS_Byte0 2;
+BA_ "GenSigSendType" SG_ 2016 GST_EMS_Byte0 2;
+BA_ "GenSigStartValue" SG_ 2016 GST_EMS_Byte0 0;
+BA_ "UserSigValidity" SG_ 2016 GST_EMS_Byte0 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 2016 GST_EMS_Byte0 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 2016 GST_EMS_Byte0 0;
+BA_ "NetworkRequest" SG_ 2016 GST_EMS_Byte0 0;
+BA_ "NetworkRequestHoldingTime" SG_ 2016 GST_EMS_Byte0 5000;
+BA_ "RoutingFactor" SG_ 2016 GST_EMS_Byte0 1;
+BA_ "Version" SG_ 2016 GST_EMS_Byte0 "18.01.08";
+BA_ "UsrSigPurpose" SG_ 2016 GST_EMS_Byte2 2;
+BA_ "GenSigSendType" SG_ 2016 GST_EMS_Byte2 2;
+BA_ "GenSigStartValue" SG_ 2016 GST_EMS_Byte2 0;
+BA_ "UserSigValidity" SG_ 2016 GST_EMS_Byte2 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 2016 GST_EMS_Byte2 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 2016 GST_EMS_Byte2 0;
+BA_ "NetworkRequest" SG_ 2016 GST_EMS_Byte2 0;
+BA_ "NetworkRequestHoldingTime" SG_ 2016 GST_EMS_Byte2 5000;
+BA_ "RoutingFactor" SG_ 2016 GST_EMS_Byte2 1;
+BA_ "Version" SG_ 2016 GST_EMS_Byte2 "18.01.08";
+BA_ "UsrSigPurpose" SG_ 2016 GST_EMS_Byte3 2;
+BA_ "GenSigSendType" SG_ 2016 GST_EMS_Byte3 2;
+BA_ "GenSigStartValue" SG_ 2016 GST_EMS_Byte3 0;
+BA_ "UserSigValidity" SG_ 2016 GST_EMS_Byte3 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 2016 GST_EMS_Byte3 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 2016 GST_EMS_Byte3 0;
+BA_ "NetworkRequest" SG_ 2016 GST_EMS_Byte3 0;
+BA_ "NetworkRequestHoldingTime" SG_ 2016 GST_EMS_Byte3 5000;
+BA_ "RoutingFactor" SG_ 2016 GST_EMS_Byte3 1;
+BA_ "Version" SG_ 2016 GST_EMS_Byte3 "18.01.08";
+BA_ "UsrSigPurpose" SG_ 2016 GST_EMS_Byte4 2;
+BA_ "GenSigSendType" SG_ 2016 GST_EMS_Byte4 2;
+BA_ "GenSigStartValue" SG_ 2016 GST_EMS_Byte4 0;
+BA_ "UserSigValidity" SG_ 2016 GST_EMS_Byte4 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 2016 GST_EMS_Byte4 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 2016 GST_EMS_Byte4 0;
+BA_ "NetworkRequest" SG_ 2016 GST_EMS_Byte4 0;
+BA_ "NetworkRequestHoldingTime" SG_ 2016 GST_EMS_Byte4 5000;
+BA_ "RoutingFactor" SG_ 2016 GST_EMS_Byte4 1;
+BA_ "Version" SG_ 2016 GST_EMS_Byte4 "18.01.08";
+BA_ "UsrSigPurpose" SG_ 2016 GST_EMS_Byte5 2;
+BA_ "GenSigSendType" SG_ 2016 GST_EMS_Byte5 2;
+BA_ "GenSigStartValue" SG_ 2016 GST_EMS_Byte5 0;
+BA_ "UserSigValidity" SG_ 2016 GST_EMS_Byte5 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 2016 GST_EMS_Byte5 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 2016 GST_EMS_Byte5 0;
+BA_ "NetworkRequest" SG_ 2016 GST_EMS_Byte5 0;
+BA_ "NetworkRequestHoldingTime" SG_ 2016 GST_EMS_Byte5 5000;
+BA_ "RoutingFactor" SG_ 2016 GST_EMS_Byte5 1;
+BA_ "Version" SG_ 2016 GST_EMS_Byte5 "18.01.08";
+BA_ "UsrSigPurpose" SG_ 2016 GST_EMS_Byte6 2;
+BA_ "GenSigSendType" SG_ 2016 GST_EMS_Byte6 2;
+BA_ "GenSigStartValue" SG_ 2016 GST_EMS_Byte6 0;
+BA_ "UserSigValidity" SG_ 2016 GST_EMS_Byte6 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 2016 GST_EMS_Byte6 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 2016 GST_EMS_Byte6 0;
+BA_ "NetworkRequest" SG_ 2016 GST_EMS_Byte6 0;
+BA_ "NetworkRequestHoldingTime" SG_ 2016 GST_EMS_Byte6 5000;
+BA_ "RoutingFactor" SG_ 2016 GST_EMS_Byte6 1;
+BA_ "Version" SG_ 2016 GST_EMS_Byte6 "18.01.08";
+BA_ "UsrSigPurpose" SG_ 2016 GST_EMS_Byte7 2;
+BA_ "GenSigSendType" SG_ 2016 GST_EMS_Byte7 2;
+BA_ "GenSigStartValue" SG_ 2016 GST_EMS_Byte7 0;
+BA_ "UserSigValidity" SG_ 2016 GST_EMS_Byte7 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 2016 GST_EMS_Byte7 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 2016 GST_EMS_Byte7 0;
+BA_ "NetworkRequest" SG_ 2016 GST_EMS_Byte7 0;
+BA_ "NetworkRequestHoldingTime" SG_ 2016 GST_EMS_Byte7 5000;
+BA_ "RoutingFactor" SG_ 2016 GST_EMS_Byte7 1;
+BA_ "Version" SG_ 2016 GST_EMS_Byte7 "18.01.08";
+BA_ "UsrSigPurpose" SG_ 2016 GST_EMS_Byte1 2;
+BA_ "GenSigSendType" SG_ 2016 GST_EMS_Byte1 2;
+BA_ "GenSigStartValue" SG_ 2016 GST_EMS_Byte1 0;
+BA_ "UserSigValidity" SG_ 2016 GST_EMS_Byte1 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 2016 GST_EMS_Byte1 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 2016 GST_EMS_Byte1 0;
+BA_ "NetworkRequest" SG_ 2016 GST_EMS_Byte1 0;
+BA_ "NetworkRequestHoldingTime" SG_ 2016 GST_EMS_Byte1 5000;
+BA_ "RoutingFactor" SG_ 2016 GST_EMS_Byte1 1;
+BA_ "Version" SG_ 2016 GST_EMS_Byte1 "18.01.08";
+BA_ "GenMsgCycleTime" BO_ 2001 0;
+BA_ "GenMsgILSupport" BO_ 2001 0;
+BA_ "TpMessage" BO_ 2001 1;
+BA_ "GenMsgDelayTime" BO_ 2001 0;
+BA_ "GenMsgStartDelayTime" BO_ 2001 0;
+BA_ "VFrameFormat" BO_ 2001 14;
+BA_ "Description" SG_ 2001 GST_ESC_Byte0 "TP Index : 127";
+BA_ "UsrSigPurpose" SG_ 2001 GST_ESC_Byte0 2;
+BA_ "GenSigSendType" SG_ 2001 GST_ESC_Byte0 2;
+BA_ "GenSigStartValue" SG_ 2001 GST_ESC_Byte0 0;
+BA_ "UserSigValidity" SG_ 2001 GST_ESC_Byte0 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 2001 GST_ESC_Byte0 0;
+BA_ "NetworkRequest" SG_ 2001 GST_ESC_Byte0 0;
+BA_ "NetworkRequestHoldingTime" SG_ 2001 GST_ESC_Byte0 5000;
+BA_ "RoutingFactor" SG_ 2001 GST_ESC_Byte0 1;
+BA_ "Version" SG_ 2001 GST_ESC_Byte0 "18.01.08";
+BA_ "Description" SG_ 2001 GST_ESC_Byte2 "TP Index : 127";
+BA_ "UsrSigPurpose" SG_ 2001 GST_ESC_Byte2 2;
+BA_ "GenSigSendType" SG_ 2001 GST_ESC_Byte2 2;
+BA_ "GenSigStartValue" SG_ 2001 GST_ESC_Byte2 0;
+BA_ "UserSigValidity" SG_ 2001 GST_ESC_Byte2 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 2001 GST_ESC_Byte2 0;
+BA_ "NetworkRequest" SG_ 2001 GST_ESC_Byte2 0;
+BA_ "NetworkRequestHoldingTime" SG_ 2001 GST_ESC_Byte2 5000;
+BA_ "RoutingFactor" SG_ 2001 GST_ESC_Byte2 1;
+BA_ "Version" SG_ 2001 GST_ESC_Byte2 "18.01.08";
+BA_ "Description" SG_ 2001 GST_ESC_Byte3 "TP Index : 127";
+BA_ "UsrSigPurpose" SG_ 2001 GST_ESC_Byte3 2;
+BA_ "GenSigSendType" SG_ 2001 GST_ESC_Byte3 2;
+BA_ "GenSigStartValue" SG_ 2001 GST_ESC_Byte3 0;
+BA_ "UserSigValidity" SG_ 2001 GST_ESC_Byte3 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 2001 GST_ESC_Byte3 0;
+BA_ "NetworkRequest" SG_ 2001 GST_ESC_Byte3 0;
+BA_ "NetworkRequestHoldingTime" SG_ 2001 GST_ESC_Byte3 5000;
+BA_ "RoutingFactor" SG_ 2001 GST_ESC_Byte3 1;
+BA_ "Version" SG_ 2001 GST_ESC_Byte3 "18.01.08";
+BA_ "Description" SG_ 2001 GST_ESC_Byte4 "TP Index : 127";
+BA_ "UsrSigPurpose" SG_ 2001 GST_ESC_Byte4 2;
+BA_ "GenSigSendType" SG_ 2001 GST_ESC_Byte4 2;
+BA_ "GenSigStartValue" SG_ 2001 GST_ESC_Byte4 0;
+BA_ "UserSigValidity" SG_ 2001 GST_ESC_Byte4 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 2001 GST_ESC_Byte4 0;
+BA_ "NetworkRequest" SG_ 2001 GST_ESC_Byte4 0;
+BA_ "NetworkRequestHoldingTime" SG_ 2001 GST_ESC_Byte4 5000;
+BA_ "RoutingFactor" SG_ 2001 GST_ESC_Byte4 1;
+BA_ "Version" SG_ 2001 GST_ESC_Byte4 "18.01.08";
+BA_ "Description" SG_ 2001 GST_ESC_Byte5 "TP Index : 127";
+BA_ "UsrSigPurpose" SG_ 2001 GST_ESC_Byte5 2;
+BA_ "GenSigSendType" SG_ 2001 GST_ESC_Byte5 2;
+BA_ "GenSigStartValue" SG_ 2001 GST_ESC_Byte5 0;
+BA_ "UserSigValidity" SG_ 2001 GST_ESC_Byte5 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 2001 GST_ESC_Byte5 0;
+BA_ "NetworkRequest" SG_ 2001 GST_ESC_Byte5 0;
+BA_ "NetworkRequestHoldingTime" SG_ 2001 GST_ESC_Byte5 5000;
+BA_ "RoutingFactor" SG_ 2001 GST_ESC_Byte5 1;
+BA_ "Version" SG_ 2001 GST_ESC_Byte5 "18.01.08";
+BA_ "Description" SG_ 2001 GST_ESC_Byte6 "TP Index : 127";
+BA_ "UsrSigPurpose" SG_ 2001 GST_ESC_Byte6 2;
+BA_ "GenSigSendType" SG_ 2001 GST_ESC_Byte6 2;
+BA_ "GenSigStartValue" SG_ 2001 GST_ESC_Byte6 0;
+BA_ "UserSigValidity" SG_ 2001 GST_ESC_Byte6 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 2001 GST_ESC_Byte6 0;
+BA_ "NetworkRequest" SG_ 2001 GST_ESC_Byte6 0;
+BA_ "NetworkRequestHoldingTime" SG_ 2001 GST_ESC_Byte6 5000;
+BA_ "RoutingFactor" SG_ 2001 GST_ESC_Byte6 1;
+BA_ "Version" SG_ 2001 GST_ESC_Byte6 "18.01.08";
+BA_ "Description" SG_ 2001 GST_ESC_Byte7 "TP Index : 127";
+BA_ "UsrSigPurpose" SG_ 2001 GST_ESC_Byte7 2;
+BA_ "GenSigSendType" SG_ 2001 GST_ESC_Byte7 2;
+BA_ "GenSigStartValue" SG_ 2001 GST_ESC_Byte7 0;
+BA_ "UserSigValidity" SG_ 2001 GST_ESC_Byte7 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 2001 GST_ESC_Byte7 0;
+BA_ "NetworkRequest" SG_ 2001 GST_ESC_Byte7 0;
+BA_ "NetworkRequestHoldingTime" SG_ 2001 GST_ESC_Byte7 5000;
+BA_ "RoutingFactor" SG_ 2001 GST_ESC_Byte7 1;
+BA_ "Version" SG_ 2001 GST_ESC_Byte7 "18.01.08";
+BA_ "Description" SG_ 2001 GST_ESC_Byte1 "TP Index : 127";
+BA_ "UsrSigPurpose" SG_ 2001 GST_ESC_Byte1 2;
+BA_ "GenSigSendType" SG_ 2001 GST_ESC_Byte1 2;
+BA_ "GenSigStartValue" SG_ 2001 GST_ESC_Byte1 0;
+BA_ "UserSigValidity" SG_ 2001 GST_ESC_Byte1 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 2001 GST_ESC_Byte1 0;
+BA_ "NetworkRequest" SG_ 2001 GST_ESC_Byte1 0;
+BA_ "NetworkRequestHoldingTime" SG_ 2001 GST_ESC_Byte1 5000;
+BA_ "RoutingFactor" SG_ 2001 GST_ESC_Byte1 1;
+BA_ "Version" SG_ 2001 GST_ESC_Byte1 "18.01.08";
+BA_ "GenMsgCycleTime" BO_ 1872 0;
+BA_ "GenMsgILSupport" BO_ 1872 0;
+BA_ "TpMessage" BO_ 1872 1;
+BA_ "GenMsgDelayTime" BO_ 1872 0;
+BA_ "GenMsgStartDelayTime" BO_ 1872 0;
+BA_ "VFrameFormat" BO_ 1872 14;
+BA_ "Description" SG_ 1872 GST_FPCM_Byte0 "TP Index : 132";
+BA_ "UsrSigPurpose" SG_ 1872 GST_FPCM_Byte0 2;
+BA_ "GenSigSendType" SG_ 1872 GST_FPCM_Byte0 2;
+BA_ "GenSigStartValue" SG_ 1872 GST_FPCM_Byte0 0;
+BA_ "UserSigValidity" SG_ 1872 GST_FPCM_Byte0 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1872 GST_FPCM_Byte0 0;
+BA_ "NetworkRequest" SG_ 1872 GST_FPCM_Byte0 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1872 GST_FPCM_Byte0 5000;
+BA_ "RoutingFactor" SG_ 1872 GST_FPCM_Byte0 1;
+BA_ "Version" SG_ 1872 GST_FPCM_Byte0 "18.01.09";
+BA_ "Description" SG_ 1872 GST_FPCM_Byte2 "TP Index : 132";
+BA_ "UsrSigPurpose" SG_ 1872 GST_FPCM_Byte2 2;
+BA_ "GenSigSendType" SG_ 1872 GST_FPCM_Byte2 2;
+BA_ "GenSigStartValue" SG_ 1872 GST_FPCM_Byte2 0;
+BA_ "UserSigValidity" SG_ 1872 GST_FPCM_Byte2 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1872 GST_FPCM_Byte2 0;
+BA_ "NetworkRequest" SG_ 1872 GST_FPCM_Byte2 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1872 GST_FPCM_Byte2 5000;
+BA_ "RoutingFactor" SG_ 1872 GST_FPCM_Byte2 1;
+BA_ "Version" SG_ 1872 GST_FPCM_Byte2 "18.01.09";
+BA_ "Description" SG_ 1872 GST_FPCM_Byte3 "TP Index : 132";
+BA_ "UsrSigPurpose" SG_ 1872 GST_FPCM_Byte3 2;
+BA_ "GenSigSendType" SG_ 1872 GST_FPCM_Byte3 2;
+BA_ "GenSigStartValue" SG_ 1872 GST_FPCM_Byte3 0;
+BA_ "UserSigValidity" SG_ 1872 GST_FPCM_Byte3 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1872 GST_FPCM_Byte3 0;
+BA_ "NetworkRequest" SG_ 1872 GST_FPCM_Byte3 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1872 GST_FPCM_Byte3 5000;
+BA_ "RoutingFactor" SG_ 1872 GST_FPCM_Byte3 1;
+BA_ "Version" SG_ 1872 GST_FPCM_Byte3 "18.01.09";
+BA_ "Description" SG_ 1872 GST_FPCM_Byte4 "TP Index : 132";
+BA_ "UsrSigPurpose" SG_ 1872 GST_FPCM_Byte4 2;
+BA_ "GenSigSendType" SG_ 1872 GST_FPCM_Byte4 2;
+BA_ "GenSigStartValue" SG_ 1872 GST_FPCM_Byte4 0;
+BA_ "UserSigValidity" SG_ 1872 GST_FPCM_Byte4 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1872 GST_FPCM_Byte4 0;
+BA_ "NetworkRequest" SG_ 1872 GST_FPCM_Byte4 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1872 GST_FPCM_Byte4 5000;
+BA_ "RoutingFactor" SG_ 1872 GST_FPCM_Byte4 1;
+BA_ "Version" SG_ 1872 GST_FPCM_Byte4 "18.01.09";
+BA_ "Description" SG_ 1872 GST_FPCM_Byte5 "TP Index : 132";
+BA_ "UsrSigPurpose" SG_ 1872 GST_FPCM_Byte5 2;
+BA_ "GenSigSendType" SG_ 1872 GST_FPCM_Byte5 2;
+BA_ "GenSigStartValue" SG_ 1872 GST_FPCM_Byte5 0;
+BA_ "UserSigValidity" SG_ 1872 GST_FPCM_Byte5 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1872 GST_FPCM_Byte5 0;
+BA_ "NetworkRequest" SG_ 1872 GST_FPCM_Byte5 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1872 GST_FPCM_Byte5 5000;
+BA_ "RoutingFactor" SG_ 1872 GST_FPCM_Byte5 1;
+BA_ "Version" SG_ 1872 GST_FPCM_Byte5 "18.01.09";
+BA_ "Description" SG_ 1872 GST_FPCM_Byte6 "TP Index : 132";
+BA_ "UsrSigPurpose" SG_ 1872 GST_FPCM_Byte6 2;
+BA_ "GenSigSendType" SG_ 1872 GST_FPCM_Byte6 2;
+BA_ "GenSigStartValue" SG_ 1872 GST_FPCM_Byte6 0;
+BA_ "UserSigValidity" SG_ 1872 GST_FPCM_Byte6 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1872 GST_FPCM_Byte6 0;
+BA_ "NetworkRequest" SG_ 1872 GST_FPCM_Byte6 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1872 GST_FPCM_Byte6 5000;
+BA_ "RoutingFactor" SG_ 1872 GST_FPCM_Byte6 1;
+BA_ "Version" SG_ 1872 GST_FPCM_Byte6 "18.01.09";
+BA_ "Description" SG_ 1872 GST_FPCM_Byte7 "TP Index : 132";
+BA_ "UsrSigPurpose" SG_ 1872 GST_FPCM_Byte7 2;
+BA_ "GenSigSendType" SG_ 1872 GST_FPCM_Byte7 2;
+BA_ "GenSigStartValue" SG_ 1872 GST_FPCM_Byte7 0;
+BA_ "UserSigValidity" SG_ 1872 GST_FPCM_Byte7 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1872 GST_FPCM_Byte7 0;
+BA_ "NetworkRequest" SG_ 1872 GST_FPCM_Byte7 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1872 GST_FPCM_Byte7 5000;
+BA_ "RoutingFactor" SG_ 1872 GST_FPCM_Byte7 1;
+BA_ "Version" SG_ 1872 GST_FPCM_Byte7 "18.01.09";
+BA_ "Description" SG_ 1872 GST_FPCM_Byte1 "TP Index : 132";
+BA_ "UsrSigPurpose" SG_ 1872 GST_FPCM_Byte1 2;
+BA_ "GenSigSendType" SG_ 1872 GST_FPCM_Byte1 2;
+BA_ "GenSigStartValue" SG_ 1872 GST_FPCM_Byte1 0;
+BA_ "UserSigValidity" SG_ 1872 GST_FPCM_Byte1 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1872 GST_FPCM_Byte1 0;
+BA_ "NetworkRequest" SG_ 1872 GST_FPCM_Byte1 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1872 GST_FPCM_Byte1 5000;
+BA_ "RoutingFactor" SG_ 1872 GST_FPCM_Byte1 1;
+BA_ "Version" SG_ 1872 GST_FPCM_Byte1 "18.01.09";
+BA_ "GenMsgCycleTime" BO_ 1815 0;
+BA_ "GenMsgILSupport" BO_ 1815 0;
+BA_ "TpMessage" BO_ 1815 1;
+BA_ "GenMsgDelayTime" BO_ 1815 0;
+BA_ "GenMsgStartDelayTime" BO_ 1815 0;
+BA_ "VFrameFormat" BO_ 1815 14;
+BA_ "Description" SG_ 1815 GST_LSD_Byte0 "TP Index : 145";
+BA_ "UsrSigPurpose" SG_ 1815 GST_LSD_Byte0 2;
+BA_ "GenSigSendType" SG_ 1815 GST_LSD_Byte0 2;
+BA_ "GenSigStartValue" SG_ 1815 GST_LSD_Byte0 0;
+BA_ "UserSigValidity" SG_ 1815 GST_LSD_Byte0 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1815 GST_LSD_Byte0 0;
+BA_ "NetworkRequest" SG_ 1815 GST_LSD_Byte0 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1815 GST_LSD_Byte0 5000;
+BA_ "RoutingFactor" SG_ 1815 GST_LSD_Byte0 1;
+BA_ "Version" SG_ 1815 GST_LSD_Byte0 "18.07.03";
+BA_ "Description" SG_ 1815 GST_LSD_Byte2 "TP Index : 145";
+BA_ "UsrSigPurpose" SG_ 1815 GST_LSD_Byte2 2;
+BA_ "GenSigSendType" SG_ 1815 GST_LSD_Byte2 2;
+BA_ "GenSigStartValue" SG_ 1815 GST_LSD_Byte2 0;
+BA_ "UserSigValidity" SG_ 1815 GST_LSD_Byte2 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1815 GST_LSD_Byte2 0;
+BA_ "NetworkRequest" SG_ 1815 GST_LSD_Byte2 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1815 GST_LSD_Byte2 5000;
+BA_ "RoutingFactor" SG_ 1815 GST_LSD_Byte2 1;
+BA_ "Version" SG_ 1815 GST_LSD_Byte2 "18.07.03";
+BA_ "Description" SG_ 1815 GST_LSD_Byte3 "TP Index : 145";
+BA_ "UsrSigPurpose" SG_ 1815 GST_LSD_Byte3 2;
+BA_ "GenSigSendType" SG_ 1815 GST_LSD_Byte3 2;
+BA_ "GenSigStartValue" SG_ 1815 GST_LSD_Byte3 0;
+BA_ "UserSigValidity" SG_ 1815 GST_LSD_Byte3 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1815 GST_LSD_Byte3 0;
+BA_ "NetworkRequest" SG_ 1815 GST_LSD_Byte3 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1815 GST_LSD_Byte3 5000;
+BA_ "RoutingFactor" SG_ 1815 GST_LSD_Byte3 1;
+BA_ "Version" SG_ 1815 GST_LSD_Byte3 "18.07.03";
+BA_ "Description" SG_ 1815 GST_LSD_Byte4 "TP Index : 145";
+BA_ "UsrSigPurpose" SG_ 1815 GST_LSD_Byte4 2;
+BA_ "GenSigSendType" SG_ 1815 GST_LSD_Byte4 2;
+BA_ "GenSigStartValue" SG_ 1815 GST_LSD_Byte4 0;
+BA_ "UserSigValidity" SG_ 1815 GST_LSD_Byte4 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1815 GST_LSD_Byte4 0;
+BA_ "NetworkRequest" SG_ 1815 GST_LSD_Byte4 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1815 GST_LSD_Byte4 5000;
+BA_ "RoutingFactor" SG_ 1815 GST_LSD_Byte4 1;
+BA_ "Version" SG_ 1815 GST_LSD_Byte4 "18.07.03";
+BA_ "Description" SG_ 1815 GST_LSD_Byte5 "TP Index : 145";
+BA_ "UsrSigPurpose" SG_ 1815 GST_LSD_Byte5 2;
+BA_ "GenSigSendType" SG_ 1815 GST_LSD_Byte5 2;
+BA_ "GenSigStartValue" SG_ 1815 GST_LSD_Byte5 0;
+BA_ "UserSigValidity" SG_ 1815 GST_LSD_Byte5 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1815 GST_LSD_Byte5 0;
+BA_ "NetworkRequest" SG_ 1815 GST_LSD_Byte5 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1815 GST_LSD_Byte5 5000;
+BA_ "RoutingFactor" SG_ 1815 GST_LSD_Byte5 1;
+BA_ "Version" SG_ 1815 GST_LSD_Byte5 "18.07.03";
+BA_ "Description" SG_ 1815 GST_LSD_Byte6 "TP Index : 145";
+BA_ "UsrSigPurpose" SG_ 1815 GST_LSD_Byte6 2;
+BA_ "GenSigSendType" SG_ 1815 GST_LSD_Byte6 2;
+BA_ "GenSigStartValue" SG_ 1815 GST_LSD_Byte6 0;
+BA_ "UserSigValidity" SG_ 1815 GST_LSD_Byte6 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1815 GST_LSD_Byte6 0;
+BA_ "NetworkRequest" SG_ 1815 GST_LSD_Byte6 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1815 GST_LSD_Byte6 5000;
+BA_ "RoutingFactor" SG_ 1815 GST_LSD_Byte6 1;
+BA_ "Version" SG_ 1815 GST_LSD_Byte6 "18.07.03";
+BA_ "Description" SG_ 1815 GST_LSD_Byte7 "TP Index : 145";
+BA_ "UsrSigPurpose" SG_ 1815 GST_LSD_Byte7 2;
+BA_ "GenSigSendType" SG_ 1815 GST_LSD_Byte7 2;
+BA_ "GenSigStartValue" SG_ 1815 GST_LSD_Byte7 0;
+BA_ "UserSigValidity" SG_ 1815 GST_LSD_Byte7 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1815 GST_LSD_Byte7 0;
+BA_ "NetworkRequest" SG_ 1815 GST_LSD_Byte7 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1815 GST_LSD_Byte7 5000;
+BA_ "RoutingFactor" SG_ 1815 GST_LSD_Byte7 1;
+BA_ "Version" SG_ 1815 GST_LSD_Byte7 "18.07.03";
+BA_ "Description" SG_ 1815 GST_LSD_Byte1 "TP Index : 145";
+BA_ "UsrSigPurpose" SG_ 1815 GST_LSD_Byte1 2;
+BA_ "GenSigSendType" SG_ 1815 GST_LSD_Byte1 2;
+BA_ "GenSigStartValue" SG_ 1815 GST_LSD_Byte1 0;
+BA_ "UserSigValidity" SG_ 1815 GST_LSD_Byte1 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1815 GST_LSD_Byte1 0;
+BA_ "NetworkRequest" SG_ 1815 GST_LSD_Byte1 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1815 GST_LSD_Byte1 5000;
+BA_ "RoutingFactor" SG_ 1815 GST_LSD_Byte1 1;
+BA_ "Version" SG_ 1815 GST_LSD_Byte1 "18.07.03";
+BA_ "GenMsgCycleTime" BO_ 1968 0;
+BA_ "GenMsgILSupport" BO_ 1968 0;
+BA_ "TpMessage" BO_ 1968 1;
+BA_ "GenMsgDelayTime" BO_ 1968 0;
+BA_ "GenMsgStartDelayTime" BO_ 1968 0;
+BA_ "VFrameFormat" BO_ 1968 14;
+BA_ "Description" SG_ 1968 GST_OPI_OPU_Byte0 "TP Index : 152";
+BA_ "UsrSigPurpose" SG_ 1968 GST_OPI_OPU_Byte0 2;
+BA_ "GenSigSendType" SG_ 1968 GST_OPI_OPU_Byte0 2;
+BA_ "GenSigStartValue" SG_ 1968 GST_OPI_OPU_Byte0 0;
+BA_ "UserSigValidity" SG_ 1968 GST_OPI_OPU_Byte0 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ OPU SG_ 1968 GST_OPI_OPU_Byte0 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1968 GST_OPI_OPU_Byte0 0;
+BA_ "NetworkRequest" SG_ 1968 GST_OPI_OPU_Byte0 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1968 GST_OPI_OPU_Byte0 5000;
+BA_ "RoutingFactor" SG_ 1968 GST_OPI_OPU_Byte0 1;
+BA_ "Version" SG_ 1968 GST_OPI_OPU_Byte0 "18.02.01";
+BA_ "Description" SG_ 1968 GST_OPI_OPU_Byte2 "TP Index : 152";
+BA_ "UsrSigPurpose" SG_ 1968 GST_OPI_OPU_Byte2 2;
+BA_ "GenSigSendType" SG_ 1968 GST_OPI_OPU_Byte2 2;
+BA_ "GenSigStartValue" SG_ 1968 GST_OPI_OPU_Byte2 0;
+BA_ "UserSigValidity" SG_ 1968 GST_OPI_OPU_Byte2 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ OPU SG_ 1968 GST_OPI_OPU_Byte2 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1968 GST_OPI_OPU_Byte2 0;
+BA_ "NetworkRequest" SG_ 1968 GST_OPI_OPU_Byte2 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1968 GST_OPI_OPU_Byte2 5000;
+BA_ "RoutingFactor" SG_ 1968 GST_OPI_OPU_Byte2 1;
+BA_ "Version" SG_ 1968 GST_OPI_OPU_Byte2 "18.02.01";
+BA_ "Description" SG_ 1968 GST_OPI_OPU_Byte3 "TP Index : 152";
+BA_ "UsrSigPurpose" SG_ 1968 GST_OPI_OPU_Byte3 2;
+BA_ "GenSigSendType" SG_ 1968 GST_OPI_OPU_Byte3 2;
+BA_ "GenSigStartValue" SG_ 1968 GST_OPI_OPU_Byte3 0;
+BA_ "UserSigValidity" SG_ 1968 GST_OPI_OPU_Byte3 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ OPU SG_ 1968 GST_OPI_OPU_Byte3 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1968 GST_OPI_OPU_Byte3 0;
+BA_ "NetworkRequest" SG_ 1968 GST_OPI_OPU_Byte3 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1968 GST_OPI_OPU_Byte3 5000;
+BA_ "RoutingFactor" SG_ 1968 GST_OPI_OPU_Byte3 1;
+BA_ "Version" SG_ 1968 GST_OPI_OPU_Byte3 "18.02.01";
+BA_ "Description" SG_ 1968 GST_OPI_OPU_Byte4 "TP Index : 152";
+BA_ "UsrSigPurpose" SG_ 1968 GST_OPI_OPU_Byte4 2;
+BA_ "GenSigSendType" SG_ 1968 GST_OPI_OPU_Byte4 2;
+BA_ "GenSigStartValue" SG_ 1968 GST_OPI_OPU_Byte4 0;
+BA_ "UserSigValidity" SG_ 1968 GST_OPI_OPU_Byte4 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ OPU SG_ 1968 GST_OPI_OPU_Byte4 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1968 GST_OPI_OPU_Byte4 0;
+BA_ "NetworkRequest" SG_ 1968 GST_OPI_OPU_Byte4 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1968 GST_OPI_OPU_Byte4 5000;
+BA_ "RoutingFactor" SG_ 1968 GST_OPI_OPU_Byte4 1;
+BA_ "Version" SG_ 1968 GST_OPI_OPU_Byte4 "18.02.01";
+BA_ "Description" SG_ 1968 GST_OPI_OPU_Byte5 "TP Index : 152";
+BA_ "UsrSigPurpose" SG_ 1968 GST_OPI_OPU_Byte5 2;
+BA_ "GenSigSendType" SG_ 1968 GST_OPI_OPU_Byte5 2;
+BA_ "GenSigStartValue" SG_ 1968 GST_OPI_OPU_Byte5 0;
+BA_ "UserSigValidity" SG_ 1968 GST_OPI_OPU_Byte5 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ OPU SG_ 1968 GST_OPI_OPU_Byte5 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1968 GST_OPI_OPU_Byte5 0;
+BA_ "NetworkRequest" SG_ 1968 GST_OPI_OPU_Byte5 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1968 GST_OPI_OPU_Byte5 5000;
+BA_ "RoutingFactor" SG_ 1968 GST_OPI_OPU_Byte5 1;
+BA_ "Version" SG_ 1968 GST_OPI_OPU_Byte5 "18.02.01";
+BA_ "Description" SG_ 1968 GST_OPI_OPU_Byte6 "TP Index : 152";
+BA_ "UsrSigPurpose" SG_ 1968 GST_OPI_OPU_Byte6 2;
+BA_ "GenSigSendType" SG_ 1968 GST_OPI_OPU_Byte6 2;
+BA_ "GenSigStartValue" SG_ 1968 GST_OPI_OPU_Byte6 0;
+BA_ "UserSigValidity" SG_ 1968 GST_OPI_OPU_Byte6 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ OPU SG_ 1968 GST_OPI_OPU_Byte6 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1968 GST_OPI_OPU_Byte6 0;
+BA_ "NetworkRequest" SG_ 1968 GST_OPI_OPU_Byte6 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1968 GST_OPI_OPU_Byte6 5000;
+BA_ "RoutingFactor" SG_ 1968 GST_OPI_OPU_Byte6 1;
+BA_ "Version" SG_ 1968 GST_OPI_OPU_Byte6 "18.02.01";
+BA_ "Description" SG_ 1968 GST_OPI_OPU_Byte7 "TP Index : 152";
+BA_ "UsrSigPurpose" SG_ 1968 GST_OPI_OPU_Byte7 2;
+BA_ "GenSigSendType" SG_ 1968 GST_OPI_OPU_Byte7 2;
+BA_ "GenSigStartValue" SG_ 1968 GST_OPI_OPU_Byte7 0;
+BA_ "UserSigValidity" SG_ 1968 GST_OPI_OPU_Byte7 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ OPU SG_ 1968 GST_OPI_OPU_Byte7 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1968 GST_OPI_OPU_Byte7 0;
+BA_ "NetworkRequest" SG_ 1968 GST_OPI_OPU_Byte7 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1968 GST_OPI_OPU_Byte7 5000;
+BA_ "RoutingFactor" SG_ 1968 GST_OPI_OPU_Byte7 1;
+BA_ "Version" SG_ 1968 GST_OPI_OPU_Byte7 "18.02.01";
+BA_ "Description" SG_ 1968 GST_OPI_OPU_Byte1 "TP Index : 152";
+BA_ "UsrSigPurpose" SG_ 1968 GST_OPI_OPU_Byte1 2;
+BA_ "GenSigSendType" SG_ 1968 GST_OPI_OPU_Byte1 2;
+BA_ "GenSigStartValue" SG_ 1968 GST_OPI_OPU_Byte1 0;
+BA_ "UserSigValidity" SG_ 1968 GST_OPI_OPU_Byte1 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ OPU SG_ 1968 GST_OPI_OPU_Byte1 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1968 GST_OPI_OPU_Byte1 0;
+BA_ "NetworkRequest" SG_ 1968 GST_OPI_OPU_Byte1 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1968 GST_OPI_OPU_Byte1 5000;
+BA_ "RoutingFactor" SG_ 1968 GST_OPI_OPU_Byte1 1;
+BA_ "Version" SG_ 1968 GST_OPI_OPU_Byte1 "18.02.01";
+BA_ "GenMsgCycleTime" BO_ 1974 0;
+BA_ "GenMsgILSupport" BO_ 1974 0;
+BA_ "TpMessage" BO_ 1974 1;
+BA_ "GenMsgDelayTime" BO_ 1974 0;
+BA_ "GenMsgStartDelayTime" BO_ 1974 0;
+BA_ "VFrameFormat" BO_ 1974 14;
+BA_ "Description" SG_ 1974 GST_SBW_Byte0 "TP Index : 171";
+BA_ "UsrSigPurpose" SG_ 1974 GST_SBW_Byte0 2;
+BA_ "GenSigSendType" SG_ 1974 GST_SBW_Byte0 2;
+BA_ "GenSigStartValue" SG_ 1974 GST_SBW_Byte0 0;
+BA_ "UserSigValidity" SG_ 1974 GST_SBW_Byte0 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SBW_SHFTR_FF SG_ 1974 GST_SBW_Byte0 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1974 GST_SBW_Byte0 0;
+BA_ "NetworkRequest" SG_ 1974 GST_SBW_Byte0 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1974 GST_SBW_Byte0 5000;
+BA_ "RoutingFactor" SG_ 1974 GST_SBW_Byte0 1;
+BA_ "Version" SG_ 1974 GST_SBW_Byte0 "18.01.08";
+BA_ "Description" SG_ 1974 GST_SBW_Byte2 "TP Index : 171";
+BA_ "UsrSigPurpose" SG_ 1974 GST_SBW_Byte2 2;
+BA_ "GenSigSendType" SG_ 1974 GST_SBW_Byte2 2;
+BA_ "GenSigStartValue" SG_ 1974 GST_SBW_Byte2 0;
+BA_ "UserSigValidity" SG_ 1974 GST_SBW_Byte2 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SBW_SHFTR_FF SG_ 1974 GST_SBW_Byte2 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1974 GST_SBW_Byte2 0;
+BA_ "NetworkRequest" SG_ 1974 GST_SBW_Byte2 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1974 GST_SBW_Byte2 5000;
+BA_ "RoutingFactor" SG_ 1974 GST_SBW_Byte2 1;
+BA_ "Version" SG_ 1974 GST_SBW_Byte2 "18.01.08";
+BA_ "Description" SG_ 1974 GST_SBW_Byte3 "TP Index : 171";
+BA_ "UsrSigPurpose" SG_ 1974 GST_SBW_Byte3 2;
+BA_ "GenSigSendType" SG_ 1974 GST_SBW_Byte3 2;
+BA_ "GenSigStartValue" SG_ 1974 GST_SBW_Byte3 0;
+BA_ "UserSigValidity" SG_ 1974 GST_SBW_Byte3 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SBW_SHFTR_FF SG_ 1974 GST_SBW_Byte3 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1974 GST_SBW_Byte3 0;
+BA_ "NetworkRequest" SG_ 1974 GST_SBW_Byte3 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1974 GST_SBW_Byte3 5000;
+BA_ "RoutingFactor" SG_ 1974 GST_SBW_Byte3 1;
+BA_ "Version" SG_ 1974 GST_SBW_Byte3 "18.01.08";
+BA_ "Description" SG_ 1974 GST_SBW_Byte4 "TP Index : 171";
+BA_ "UsrSigPurpose" SG_ 1974 GST_SBW_Byte4 2;
+BA_ "GenSigSendType" SG_ 1974 GST_SBW_Byte4 2;
+BA_ "GenSigStartValue" SG_ 1974 GST_SBW_Byte4 0;
+BA_ "UserSigValidity" SG_ 1974 GST_SBW_Byte4 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SBW_SHFTR_FF SG_ 1974 GST_SBW_Byte4 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1974 GST_SBW_Byte4 0;
+BA_ "NetworkRequest" SG_ 1974 GST_SBW_Byte4 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1974 GST_SBW_Byte4 5000;
+BA_ "RoutingFactor" SG_ 1974 GST_SBW_Byte4 1;
+BA_ "Version" SG_ 1974 GST_SBW_Byte4 "18.01.08";
+BA_ "Description" SG_ 1974 GST_SBW_Byte5 "TP Index : 171";
+BA_ "UsrSigPurpose" SG_ 1974 GST_SBW_Byte5 2;
+BA_ "GenSigSendType" SG_ 1974 GST_SBW_Byte5 2;
+BA_ "GenSigStartValue" SG_ 1974 GST_SBW_Byte5 0;
+BA_ "UserSigValidity" SG_ 1974 GST_SBW_Byte5 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SBW_SHFTR_FF SG_ 1974 GST_SBW_Byte5 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1974 GST_SBW_Byte5 0;
+BA_ "NetworkRequest" SG_ 1974 GST_SBW_Byte5 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1974 GST_SBW_Byte5 5000;
+BA_ "RoutingFactor" SG_ 1974 GST_SBW_Byte5 1;
+BA_ "Version" SG_ 1974 GST_SBW_Byte5 "18.01.08";
+BA_ "Description" SG_ 1974 GST_SBW_Byte6 "TP Index : 171";
+BA_ "UsrSigPurpose" SG_ 1974 GST_SBW_Byte6 2;
+BA_ "GenSigSendType" SG_ 1974 GST_SBW_Byte6 2;
+BA_ "GenSigStartValue" SG_ 1974 GST_SBW_Byte6 0;
+BA_ "UserSigValidity" SG_ 1974 GST_SBW_Byte6 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SBW_SHFTR_FF SG_ 1974 GST_SBW_Byte6 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1974 GST_SBW_Byte6 0;
+BA_ "NetworkRequest" SG_ 1974 GST_SBW_Byte6 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1974 GST_SBW_Byte6 5000;
+BA_ "RoutingFactor" SG_ 1974 GST_SBW_Byte6 1;
+BA_ "Version" SG_ 1974 GST_SBW_Byte6 "18.01.08";
+BA_ "Description" SG_ 1974 GST_SBW_Byte7 "TP Index : 171";
+BA_ "UsrSigPurpose" SG_ 1974 GST_SBW_Byte7 2;
+BA_ "GenSigSendType" SG_ 1974 GST_SBW_Byte7 2;
+BA_ "GenSigStartValue" SG_ 1974 GST_SBW_Byte7 0;
+BA_ "UserSigValidity" SG_ 1974 GST_SBW_Byte7 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SBW_SHFTR_FF SG_ 1974 GST_SBW_Byte7 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1974 GST_SBW_Byte7 0;
+BA_ "NetworkRequest" SG_ 1974 GST_SBW_Byte7 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1974 GST_SBW_Byte7 5000;
+BA_ "RoutingFactor" SG_ 1974 GST_SBW_Byte7 1;
+BA_ "Version" SG_ 1974 GST_SBW_Byte7 "18.01.08";
+BA_ "Description" SG_ 1974 GST_SBW_Byte1 "TP Index : 171";
+BA_ "UsrSigPurpose" SG_ 1974 GST_SBW_Byte1 2;
+BA_ "GenSigSendType" SG_ 1974 GST_SBW_Byte1 2;
+BA_ "GenSigStartValue" SG_ 1974 GST_SBW_Byte1 0;
+BA_ "UserSigValidity" SG_ 1974 GST_SBW_Byte1 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SBW_SHFTR_FF SG_ 1974 GST_SBW_Byte1 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1974 GST_SBW_Byte1 0;
+BA_ "NetworkRequest" SG_ 1974 GST_SBW_Byte1 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1974 GST_SBW_Byte1 5000;
+BA_ "RoutingFactor" SG_ 1974 GST_SBW_Byte1 1;
+BA_ "Version" SG_ 1974 GST_SBW_Byte1 "18.01.08";
+BA_ "GenMsgCycleTime" BO_ 2022 0;
+BA_ "GenMsgILSupport" BO_ 2022 0;
+BA_ "TpMessage" BO_ 2022 1;
+BA_ "GenMsgDelayTime" BO_ 2022 0;
+BA_ "GenMsgStartDelayTime" BO_ 2022 0;
+BA_ "VFrameFormat" BO_ 2022 14;
+BA_ "Description" SG_ 2022 GST_SCU_Byte0 "TP Index : 173";
+BA_ "UsrSigPurpose" SG_ 2022 GST_SCU_Byte0 2;
+BA_ "GenSigSendType" SG_ 2022 GST_SCU_Byte0 2;
+BA_ "GenSigStartValue" SG_ 2022 GST_SCU_Byte0 0;
+BA_ "UserSigValidity" SG_ 2022 GST_SCU_Byte0 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 2022 GST_SCU_Byte0 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 2022 GST_SCU_Byte0 0;
+BA_ "NetworkRequest" SG_ 2022 GST_SCU_Byte0 0;
+BA_ "NetworkRequestHoldingTime" SG_ 2022 GST_SCU_Byte0 5000;
+BA_ "RoutingFactor" SG_ 2022 GST_SCU_Byte0 1;
+BA_ "Version" SG_ 2022 GST_SCU_Byte0 "18.01.09";
+BA_ "Description" SG_ 2022 GST_SCU_Byte2 "TP Index : 173";
+BA_ "UsrSigPurpose" SG_ 2022 GST_SCU_Byte2 2;
+BA_ "GenSigSendType" SG_ 2022 GST_SCU_Byte2 2;
+BA_ "GenSigStartValue" SG_ 2022 GST_SCU_Byte2 0;
+BA_ "UserSigValidity" SG_ 2022 GST_SCU_Byte2 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 2022 GST_SCU_Byte2 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 2022 GST_SCU_Byte2 0;
+BA_ "NetworkRequest" SG_ 2022 GST_SCU_Byte2 0;
+BA_ "NetworkRequestHoldingTime" SG_ 2022 GST_SCU_Byte2 5000;
+BA_ "RoutingFactor" SG_ 2022 GST_SCU_Byte2 1;
+BA_ "Version" SG_ 2022 GST_SCU_Byte2 "18.01.09";
+BA_ "Description" SG_ 2022 GST_SCU_Byte3 "TP Index : 173";
+BA_ "UsrSigPurpose" SG_ 2022 GST_SCU_Byte3 2;
+BA_ "GenSigSendType" SG_ 2022 GST_SCU_Byte3 2;
+BA_ "GenSigStartValue" SG_ 2022 GST_SCU_Byte3 0;
+BA_ "UserSigValidity" SG_ 2022 GST_SCU_Byte3 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 2022 GST_SCU_Byte3 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 2022 GST_SCU_Byte3 0;
+BA_ "NetworkRequest" SG_ 2022 GST_SCU_Byte3 0;
+BA_ "NetworkRequestHoldingTime" SG_ 2022 GST_SCU_Byte3 5000;
+BA_ "RoutingFactor" SG_ 2022 GST_SCU_Byte3 1;
+BA_ "Version" SG_ 2022 GST_SCU_Byte3 "18.01.09";
+BA_ "Description" SG_ 2022 GST_SCU_Byte4 "TP Index : 173";
+BA_ "UsrSigPurpose" SG_ 2022 GST_SCU_Byte4 2;
+BA_ "GenSigSendType" SG_ 2022 GST_SCU_Byte4 2;
+BA_ "GenSigStartValue" SG_ 2022 GST_SCU_Byte4 0;
+BA_ "UserSigValidity" SG_ 2022 GST_SCU_Byte4 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 2022 GST_SCU_Byte4 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 2022 GST_SCU_Byte4 0;
+BA_ "NetworkRequest" SG_ 2022 GST_SCU_Byte4 0;
+BA_ "NetworkRequestHoldingTime" SG_ 2022 GST_SCU_Byte4 5000;
+BA_ "RoutingFactor" SG_ 2022 GST_SCU_Byte4 1;
+BA_ "Version" SG_ 2022 GST_SCU_Byte4 "18.01.09";
+BA_ "Description" SG_ 2022 GST_SCU_Byte5 "TP Index : 173";
+BA_ "UsrSigPurpose" SG_ 2022 GST_SCU_Byte5 2;
+BA_ "GenSigSendType" SG_ 2022 GST_SCU_Byte5 2;
+BA_ "GenSigStartValue" SG_ 2022 GST_SCU_Byte5 0;
+BA_ "UserSigValidity" SG_ 2022 GST_SCU_Byte5 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 2022 GST_SCU_Byte5 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 2022 GST_SCU_Byte5 0;
+BA_ "NetworkRequest" SG_ 2022 GST_SCU_Byte5 0;
+BA_ "NetworkRequestHoldingTime" SG_ 2022 GST_SCU_Byte5 5000;
+BA_ "RoutingFactor" SG_ 2022 GST_SCU_Byte5 1;
+BA_ "Version" SG_ 2022 GST_SCU_Byte5 "18.01.09";
+BA_ "Description" SG_ 2022 GST_SCU_Byte6 "TP Index : 173";
+BA_ "UsrSigPurpose" SG_ 2022 GST_SCU_Byte6 2;
+BA_ "GenSigSendType" SG_ 2022 GST_SCU_Byte6 2;
+BA_ "GenSigStartValue" SG_ 2022 GST_SCU_Byte6 0;
+BA_ "UserSigValidity" SG_ 2022 GST_SCU_Byte6 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 2022 GST_SCU_Byte6 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 2022 GST_SCU_Byte6 0;
+BA_ "NetworkRequest" SG_ 2022 GST_SCU_Byte6 0;
+BA_ "NetworkRequestHoldingTime" SG_ 2022 GST_SCU_Byte6 5000;
+BA_ "RoutingFactor" SG_ 2022 GST_SCU_Byte6 1;
+BA_ "Version" SG_ 2022 GST_SCU_Byte6 "18.01.09";
+BA_ "Description" SG_ 2022 GST_SCU_Byte7 "TP Index : 173";
+BA_ "UsrSigPurpose" SG_ 2022 GST_SCU_Byte7 2;
+BA_ "GenSigSendType" SG_ 2022 GST_SCU_Byte7 2;
+BA_ "GenSigStartValue" SG_ 2022 GST_SCU_Byte7 0;
+BA_ "UserSigValidity" SG_ 2022 GST_SCU_Byte7 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 2022 GST_SCU_Byte7 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 2022 GST_SCU_Byte7 0;
+BA_ "NetworkRequest" SG_ 2022 GST_SCU_Byte7 0;
+BA_ "NetworkRequestHoldingTime" SG_ 2022 GST_SCU_Byte7 5000;
+BA_ "RoutingFactor" SG_ 2022 GST_SCU_Byte7 1;
+BA_ "Version" SG_ 2022 GST_SCU_Byte7 "18.01.09";
+BA_ "Description" SG_ 2022 GST_SCU_Byte1 "TP Index : 173";
+BA_ "UsrSigPurpose" SG_ 2022 GST_SCU_Byte1 2;
+BA_ "GenSigSendType" SG_ 2022 GST_SCU_Byte1 2;
+BA_ "GenSigStartValue" SG_ 2022 GST_SCU_Byte1 0;
+BA_ "UserSigValidity" SG_ 2022 GST_SCU_Byte1 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 2022 GST_SCU_Byte1 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 2022 GST_SCU_Byte1 0;
+BA_ "NetworkRequest" SG_ 2022 GST_SCU_Byte1 0;
+BA_ "NetworkRequestHoldingTime" SG_ 2022 GST_SCU_Byte1 5000;
+BA_ "RoutingFactor" SG_ 2022 GST_SCU_Byte1 1;
+BA_ "Version" SG_ 2022 GST_SCU_Byte1 "18.01.09";
+BA_ "GenMsgCycleTime" BO_ 1793 0;
+BA_ "GenMsgILSupport" BO_ 1793 0;
+BA_ "TpMessage" BO_ 1793 1;
+BA_ "GenMsgDelayTime" BO_ 1793 0;
+BA_ "GenMsgStartDelayTime" BO_ 1793 0;
+BA_ "VFrameFormat" BO_ 1793 14;
+BA_ "Description" SG_ 1793 GST_SDC_Byte0 "TP Index : 223";
+BA_ "UsrSigPurpose" SG_ 1793 GST_SDC_Byte0 2;
+BA_ "GenSigSendType" SG_ 1793 GST_SDC_Byte0 2;
+BA_ "GenSigStartValue" SG_ 1793 GST_SDC_Byte0 0;
+BA_ "UserSigValidity" SG_ 1793 GST_SDC_Byte0 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1793 GST_SDC_Byte0 0;
+BA_ "NetworkRequest" SG_ 1793 GST_SDC_Byte0 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1793 GST_SDC_Byte0 5000;
+BA_ "RoutingFactor" SG_ 1793 GST_SDC_Byte0 1;
+BA_ "Version" SG_ 1793 GST_SDC_Byte0 "20.01.01";
+BA_ "Description" SG_ 1793 GST_SDC_Byte2 "TP Index : 223";
+BA_ "UsrSigPurpose" SG_ 1793 GST_SDC_Byte2 2;
+BA_ "GenSigSendType" SG_ 1793 GST_SDC_Byte2 2;
+BA_ "GenSigStartValue" SG_ 1793 GST_SDC_Byte2 0;
+BA_ "UserSigValidity" SG_ 1793 GST_SDC_Byte2 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1793 GST_SDC_Byte2 0;
+BA_ "NetworkRequest" SG_ 1793 GST_SDC_Byte2 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1793 GST_SDC_Byte2 5000;
+BA_ "RoutingFactor" SG_ 1793 GST_SDC_Byte2 1;
+BA_ "Version" SG_ 1793 GST_SDC_Byte2 "20.01.01";
+BA_ "Description" SG_ 1793 GST_SDC_Byte3 "TP Index : 223";
+BA_ "UsrSigPurpose" SG_ 1793 GST_SDC_Byte3 2;
+BA_ "GenSigSendType" SG_ 1793 GST_SDC_Byte3 2;
+BA_ "GenSigStartValue" SG_ 1793 GST_SDC_Byte3 0;
+BA_ "UserSigValidity" SG_ 1793 GST_SDC_Byte3 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1793 GST_SDC_Byte3 0;
+BA_ "NetworkRequest" SG_ 1793 GST_SDC_Byte3 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1793 GST_SDC_Byte3 5000;
+BA_ "RoutingFactor" SG_ 1793 GST_SDC_Byte3 1;
+BA_ "Version" SG_ 1793 GST_SDC_Byte3 "20.01.01";
+BA_ "Description" SG_ 1793 GST_SDC_Byte4 "TP Index : 223";
+BA_ "UsrSigPurpose" SG_ 1793 GST_SDC_Byte4 2;
+BA_ "GenSigSendType" SG_ 1793 GST_SDC_Byte4 2;
+BA_ "GenSigStartValue" SG_ 1793 GST_SDC_Byte4 0;
+BA_ "UserSigValidity" SG_ 1793 GST_SDC_Byte4 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1793 GST_SDC_Byte4 0;
+BA_ "NetworkRequest" SG_ 1793 GST_SDC_Byte4 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1793 GST_SDC_Byte4 5000;
+BA_ "RoutingFactor" SG_ 1793 GST_SDC_Byte4 1;
+BA_ "Version" SG_ 1793 GST_SDC_Byte4 "20.01.01";
+BA_ "Description" SG_ 1793 GST_SDC_Byte5 "TP Index : 223";
+BA_ "UsrSigPurpose" SG_ 1793 GST_SDC_Byte5 2;
+BA_ "GenSigSendType" SG_ 1793 GST_SDC_Byte5 2;
+BA_ "GenSigStartValue" SG_ 1793 GST_SDC_Byte5 0;
+BA_ "UserSigValidity" SG_ 1793 GST_SDC_Byte5 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1793 GST_SDC_Byte5 0;
+BA_ "NetworkRequest" SG_ 1793 GST_SDC_Byte5 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1793 GST_SDC_Byte5 5000;
+BA_ "RoutingFactor" SG_ 1793 GST_SDC_Byte5 1;
+BA_ "Version" SG_ 1793 GST_SDC_Byte5 "20.01.01";
+BA_ "Description" SG_ 1793 GST_SDC_Byte6 "TP Index : 223";
+BA_ "UsrSigPurpose" SG_ 1793 GST_SDC_Byte6 2;
+BA_ "GenSigSendType" SG_ 1793 GST_SDC_Byte6 2;
+BA_ "GenSigStartValue" SG_ 1793 GST_SDC_Byte6 0;
+BA_ "UserSigValidity" SG_ 1793 GST_SDC_Byte6 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1793 GST_SDC_Byte6 0;
+BA_ "NetworkRequest" SG_ 1793 GST_SDC_Byte6 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1793 GST_SDC_Byte6 5000;
+BA_ "RoutingFactor" SG_ 1793 GST_SDC_Byte6 1;
+BA_ "Version" SG_ 1793 GST_SDC_Byte6 "20.01.01";
+BA_ "Description" SG_ 1793 GST_SDC_Byte7 "TP Index : 223";
+BA_ "UsrSigPurpose" SG_ 1793 GST_SDC_Byte7 2;
+BA_ "GenSigSendType" SG_ 1793 GST_SDC_Byte7 2;
+BA_ "GenSigStartValue" SG_ 1793 GST_SDC_Byte7 0;
+BA_ "UserSigValidity" SG_ 1793 GST_SDC_Byte7 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1793 GST_SDC_Byte7 0;
+BA_ "NetworkRequest" SG_ 1793 GST_SDC_Byte7 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1793 GST_SDC_Byte7 5000;
+BA_ "RoutingFactor" SG_ 1793 GST_SDC_Byte7 1;
+BA_ "Version" SG_ 1793 GST_SDC_Byte7 "20.01.01";
+BA_ "Description" SG_ 1793 GST_SDC_Byte1 "TP Index : 223";
+BA_ "UsrSigPurpose" SG_ 1793 GST_SDC_Byte1 2;
+BA_ "GenSigSendType" SG_ 1793 GST_SDC_Byte1 2;
+BA_ "GenSigStartValue" SG_ 1793 GST_SDC_Byte1 0;
+BA_ "UserSigValidity" SG_ 1793 GST_SDC_Byte1 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1793 GST_SDC_Byte1 0;
+BA_ "NetworkRequest" SG_ 1793 GST_SDC_Byte1 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1793 GST_SDC_Byte1 5000;
+BA_ "RoutingFactor" SG_ 1793 GST_SDC_Byte1 1;
+BA_ "Version" SG_ 1793 GST_SDC_Byte1 "20.01.01";
+BA_ "GenMsgCycleTime" BO_ 2017 0;
+BA_ "GenMsgILSupport" BO_ 2017 0;
+BA_ "TpMessage" BO_ 2017 1;
+BA_ "GenMsgDelayTime" BO_ 2017 0;
+BA_ "GenMsgStartDelayTime" BO_ 2017 0;
+BA_ "VFrameFormat" BO_ 2017 14;
+BA_ "UsrSigPurpose" SG_ 2017 GST_TCU_Byte0 2;
+BA_ "GenSigSendType" SG_ 2017 GST_TCU_Byte0 2;
+BA_ "GenSigStartValue" SG_ 2017 GST_TCU_Byte0 0;
+BA_ "UserSigValidity" SG_ 2017 GST_TCU_Byte0 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 2017 GST_TCU_Byte0 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 2017 GST_TCU_Byte0 0;
+BA_ "NetworkRequest" SG_ 2017 GST_TCU_Byte0 0;
+BA_ "NetworkRequestHoldingTime" SG_ 2017 GST_TCU_Byte0 5000;
+BA_ "RoutingFactor" SG_ 2017 GST_TCU_Byte0 1;
+BA_ "Version" SG_ 2017 GST_TCU_Byte0 "18.01.08";
+BA_ "UsrSigPurpose" SG_ 2017 GST_TCU_Byte2 2;
+BA_ "GenSigSendType" SG_ 2017 GST_TCU_Byte2 2;
+BA_ "GenSigStartValue" SG_ 2017 GST_TCU_Byte2 0;
+BA_ "UserSigValidity" SG_ 2017 GST_TCU_Byte2 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 2017 GST_TCU_Byte2 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 2017 GST_TCU_Byte2 0;
+BA_ "NetworkRequest" SG_ 2017 GST_TCU_Byte2 0;
+BA_ "NetworkRequestHoldingTime" SG_ 2017 GST_TCU_Byte2 5000;
+BA_ "RoutingFactor" SG_ 2017 GST_TCU_Byte2 1;
+BA_ "Version" SG_ 2017 GST_TCU_Byte2 "18.01.08";
+BA_ "UsrSigPurpose" SG_ 2017 GST_TCU_Byte3 2;
+BA_ "GenSigSendType" SG_ 2017 GST_TCU_Byte3 2;
+BA_ "GenSigStartValue" SG_ 2017 GST_TCU_Byte3 0;
+BA_ "UserSigValidity" SG_ 2017 GST_TCU_Byte3 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 2017 GST_TCU_Byte3 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 2017 GST_TCU_Byte3 0;
+BA_ "NetworkRequest" SG_ 2017 GST_TCU_Byte3 0;
+BA_ "NetworkRequestHoldingTime" SG_ 2017 GST_TCU_Byte3 5000;
+BA_ "RoutingFactor" SG_ 2017 GST_TCU_Byte3 1;
+BA_ "Version" SG_ 2017 GST_TCU_Byte3 "18.01.08";
+BA_ "UsrSigPurpose" SG_ 2017 GST_TCU_Byte4 2;
+BA_ "GenSigSendType" SG_ 2017 GST_TCU_Byte4 2;
+BA_ "GenSigStartValue" SG_ 2017 GST_TCU_Byte4 0;
+BA_ "UserSigValidity" SG_ 2017 GST_TCU_Byte4 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 2017 GST_TCU_Byte4 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 2017 GST_TCU_Byte4 0;
+BA_ "NetworkRequest" SG_ 2017 GST_TCU_Byte4 0;
+BA_ "NetworkRequestHoldingTime" SG_ 2017 GST_TCU_Byte4 5000;
+BA_ "RoutingFactor" SG_ 2017 GST_TCU_Byte4 1;
+BA_ "Version" SG_ 2017 GST_TCU_Byte4 "18.01.08";
+BA_ "UsrSigPurpose" SG_ 2017 GST_TCU_Byte5 2;
+BA_ "GenSigSendType" SG_ 2017 GST_TCU_Byte5 2;
+BA_ "GenSigStartValue" SG_ 2017 GST_TCU_Byte5 0;
+BA_ "UserSigValidity" SG_ 2017 GST_TCU_Byte5 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 2017 GST_TCU_Byte5 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 2017 GST_TCU_Byte5 0;
+BA_ "NetworkRequest" SG_ 2017 GST_TCU_Byte5 0;
+BA_ "NetworkRequestHoldingTime" SG_ 2017 GST_TCU_Byte5 5000;
+BA_ "RoutingFactor" SG_ 2017 GST_TCU_Byte5 1;
+BA_ "Version" SG_ 2017 GST_TCU_Byte5 "18.01.08";
+BA_ "UsrSigPurpose" SG_ 2017 GST_TCU_Byte6 2;
+BA_ "GenSigSendType" SG_ 2017 GST_TCU_Byte6 2;
+BA_ "GenSigStartValue" SG_ 2017 GST_TCU_Byte6 0;
+BA_ "UserSigValidity" SG_ 2017 GST_TCU_Byte6 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 2017 GST_TCU_Byte6 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 2017 GST_TCU_Byte6 0;
+BA_ "NetworkRequest" SG_ 2017 GST_TCU_Byte6 0;
+BA_ "NetworkRequestHoldingTime" SG_ 2017 GST_TCU_Byte6 5000;
+BA_ "RoutingFactor" SG_ 2017 GST_TCU_Byte6 1;
+BA_ "Version" SG_ 2017 GST_TCU_Byte6 "18.01.08";
+BA_ "UsrSigPurpose" SG_ 2017 GST_TCU_Byte7 2;
+BA_ "GenSigSendType" SG_ 2017 GST_TCU_Byte7 2;
+BA_ "GenSigStartValue" SG_ 2017 GST_TCU_Byte7 0;
+BA_ "UserSigValidity" SG_ 2017 GST_TCU_Byte7 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 2017 GST_TCU_Byte7 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 2017 GST_TCU_Byte7 0;
+BA_ "NetworkRequest" SG_ 2017 GST_TCU_Byte7 0;
+BA_ "NetworkRequestHoldingTime" SG_ 2017 GST_TCU_Byte7 5000;
+BA_ "RoutingFactor" SG_ 2017 GST_TCU_Byte7 1;
+BA_ "Version" SG_ 2017 GST_TCU_Byte7 "18.01.08";
+BA_ "UsrSigPurpose" SG_ 2017 GST_TCU_Byte1 2;
+BA_ "GenSigSendType" SG_ 2017 GST_TCU_Byte1 2;
+BA_ "GenSigStartValue" SG_ 2017 GST_TCU_Byte1 0;
+BA_ "UserSigValidity" SG_ 2017 GST_TCU_Byte1 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 2017 GST_TCU_Byte1 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 2017 GST_TCU_Byte1 0;
+BA_ "NetworkRequest" SG_ 2017 GST_TCU_Byte1 0;
+BA_ "NetworkRequestHoldingTime" SG_ 2017 GST_TCU_Byte1 5000;
+BA_ "RoutingFactor" SG_ 2017 GST_TCU_Byte1 1;
+BA_ "Version" SG_ 2017 GST_TCU_Byte1 "18.01.08";
+BA_ "GenMsgCycleTime" BO_ 2006 0;
+BA_ "GenMsgILSupport" BO_ 2006 0;
+BA_ "TpMessage" BO_ 2006 1;
+BA_ "GenMsgDelayTime" BO_ 2006 0;
+BA_ "GenMsgStartDelayTime" BO_ 2006 0;
+BA_ "VFrameFormat" BO_ 2006 14;
+BA_ "Description" SG_ 2006 GST_TPMS_Byte0 "TP Index : 177";
+BA_ "UsrSigPurpose" SG_ 2006 GST_TPMS_Byte0 2;
+BA_ "GenSigSendType" SG_ 2006 GST_TPMS_Byte0 2;
+BA_ "GenSigStartValue" SG_ 2006 GST_TPMS_Byte0 0;
+BA_ "UserSigValidity" SG_ 2006 GST_TPMS_Byte0 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 2006 GST_TPMS_Byte0 0;
+BA_ "NetworkRequest" SG_ 2006 GST_TPMS_Byte0 0;
+BA_ "NetworkRequestHoldingTime" SG_ 2006 GST_TPMS_Byte0 5000;
+BA_ "RoutingFactor" SG_ 2006 GST_TPMS_Byte0 1;
+BA_ "Version" SG_ 2006 GST_TPMS_Byte0 "18.01.08";
+BA_ "Description" SG_ 2006 GST_TPMS_Byte2 "TP Index : 177";
+BA_ "UsrSigPurpose" SG_ 2006 GST_TPMS_Byte2 2;
+BA_ "GenSigSendType" SG_ 2006 GST_TPMS_Byte2 2;
+BA_ "GenSigStartValue" SG_ 2006 GST_TPMS_Byte2 0;
+BA_ "UserSigValidity" SG_ 2006 GST_TPMS_Byte2 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 2006 GST_TPMS_Byte2 0;
+BA_ "NetworkRequest" SG_ 2006 GST_TPMS_Byte2 0;
+BA_ "NetworkRequestHoldingTime" SG_ 2006 GST_TPMS_Byte2 5000;
+BA_ "RoutingFactor" SG_ 2006 GST_TPMS_Byte2 1;
+BA_ "Version" SG_ 2006 GST_TPMS_Byte2 "18.01.08";
+BA_ "Description" SG_ 2006 GST_TPMS_Byte3 "TP Index : 177";
+BA_ "UsrSigPurpose" SG_ 2006 GST_TPMS_Byte3 2;
+BA_ "GenSigSendType" SG_ 2006 GST_TPMS_Byte3 2;
+BA_ "GenSigStartValue" SG_ 2006 GST_TPMS_Byte3 0;
+BA_ "UserSigValidity" SG_ 2006 GST_TPMS_Byte3 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 2006 GST_TPMS_Byte3 0;
+BA_ "NetworkRequest" SG_ 2006 GST_TPMS_Byte3 0;
+BA_ "NetworkRequestHoldingTime" SG_ 2006 GST_TPMS_Byte3 5000;
+BA_ "RoutingFactor" SG_ 2006 GST_TPMS_Byte3 1;
+BA_ "Version" SG_ 2006 GST_TPMS_Byte3 "18.01.08";
+BA_ "Description" SG_ 2006 GST_TPMS_Byte4 "TP Index : 177";
+BA_ "UsrSigPurpose" SG_ 2006 GST_TPMS_Byte4 2;
+BA_ "GenSigSendType" SG_ 2006 GST_TPMS_Byte4 2;
+BA_ "GenSigStartValue" SG_ 2006 GST_TPMS_Byte4 0;
+BA_ "UserSigValidity" SG_ 2006 GST_TPMS_Byte4 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 2006 GST_TPMS_Byte4 0;
+BA_ "NetworkRequest" SG_ 2006 GST_TPMS_Byte4 0;
+BA_ "NetworkRequestHoldingTime" SG_ 2006 GST_TPMS_Byte4 5000;
+BA_ "RoutingFactor" SG_ 2006 GST_TPMS_Byte4 1;
+BA_ "Version" SG_ 2006 GST_TPMS_Byte4 "18.01.08";
+BA_ "Description" SG_ 2006 GST_TPMS_Byte5 "TP Index : 177";
+BA_ "UsrSigPurpose" SG_ 2006 GST_TPMS_Byte5 2;
+BA_ "GenSigSendType" SG_ 2006 GST_TPMS_Byte5 2;
+BA_ "GenSigStartValue" SG_ 2006 GST_TPMS_Byte5 0;
+BA_ "UserSigValidity" SG_ 2006 GST_TPMS_Byte5 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 2006 GST_TPMS_Byte5 0;
+BA_ "NetworkRequest" SG_ 2006 GST_TPMS_Byte5 0;
+BA_ "NetworkRequestHoldingTime" SG_ 2006 GST_TPMS_Byte5 5000;
+BA_ "RoutingFactor" SG_ 2006 GST_TPMS_Byte5 1;
+BA_ "Version" SG_ 2006 GST_TPMS_Byte5 "18.01.08";
+BA_ "Description" SG_ 2006 GST_TPMS_Byte6 "TP Index : 177";
+BA_ "UsrSigPurpose" SG_ 2006 GST_TPMS_Byte6 2;
+BA_ "GenSigSendType" SG_ 2006 GST_TPMS_Byte6 2;
+BA_ "GenSigStartValue" SG_ 2006 GST_TPMS_Byte6 0;
+BA_ "UserSigValidity" SG_ 2006 GST_TPMS_Byte6 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 2006 GST_TPMS_Byte6 0;
+BA_ "NetworkRequest" SG_ 2006 GST_TPMS_Byte6 0;
+BA_ "NetworkRequestHoldingTime" SG_ 2006 GST_TPMS_Byte6 5000;
+BA_ "RoutingFactor" SG_ 2006 GST_TPMS_Byte6 1;
+BA_ "Version" SG_ 2006 GST_TPMS_Byte6 "18.01.08";
+BA_ "Description" SG_ 2006 GST_TPMS_Byte7 "TP Index : 177";
+BA_ "UsrSigPurpose" SG_ 2006 GST_TPMS_Byte7 2;
+BA_ "GenSigSendType" SG_ 2006 GST_TPMS_Byte7 2;
+BA_ "GenSigStartValue" SG_ 2006 GST_TPMS_Byte7 0;
+BA_ "UserSigValidity" SG_ 2006 GST_TPMS_Byte7 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 2006 GST_TPMS_Byte7 0;
+BA_ "NetworkRequest" SG_ 2006 GST_TPMS_Byte7 0;
+BA_ "NetworkRequestHoldingTime" SG_ 2006 GST_TPMS_Byte7 5000;
+BA_ "RoutingFactor" SG_ 2006 GST_TPMS_Byte7 1;
+BA_ "Version" SG_ 2006 GST_TPMS_Byte7 "18.01.08";
+BA_ "Description" SG_ 2006 GST_TPMS_Byte1 "TP Index : 177";
+BA_ "UsrSigPurpose" SG_ 2006 GST_TPMS_Byte1 2;
+BA_ "GenSigSendType" SG_ 2006 GST_TPMS_Byte1 2;
+BA_ "GenSigStartValue" SG_ 2006 GST_TPMS_Byte1 0;
+BA_ "UserSigValidity" SG_ 2006 GST_TPMS_Byte1 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 2006 GST_TPMS_Byte1 0;
+BA_ "NetworkRequest" SG_ 2006 GST_TPMS_Byte1 0;
+BA_ "NetworkRequestHoldingTime" SG_ 2006 GST_TPMS_Byte1 5000;
+BA_ "RoutingFactor" SG_ 2006 GST_TPMS_Byte1 1;
+BA_ "Version" SG_ 2006 GST_TPMS_Byte1 "18.01.08";
+BA_ "GenMsgSendType" BO_ 186 0;
+BA_ "GenMsgCycleTime" BO_ 186 10;
+BA_ "GenMsgCycleTimeFast" BO_ 186 0;
+BA_ "GenMsgNrOfRepetition" BO_ 186 0;
+BA_ "GenMsgDelayTime" BO_ 186 0;
+BA_ "GenMsgStartDelayTime" BO_ 186 0;
+BA_ "VFrameFormat" BO_ 186 14;
+BA_ "Description" SG_ 186 HCU_Crc1Val "The data area for CRC calculation is based on the data length (DLC) of the message DB.
+
+The CRC shall be calculated over the entire data block (excluding the CRC bytes) including the user data, alive counter and Data ID
+
+ 
+
+- CRC Polynomial (0x1021) , Initial Value : 0xFFFF, XOR value : 0x0000, Data ID : Message ID + 0xF800 
+
+- The initial value is for CRC calculation and the message should be sent with the calculated result value. 
+
+- The mathematical expression to 16 bit CRC polynomial is given here. G(x) = x16 + x12 + x5 + 1";
+BA_ "GenSigStartValue" SG_ 186 HCU_Crc1Val 65535;
+BA_ "UserSigValidity" SG_ 186 HCU_Crc1Val 3;
+BA_ "NetworkRequestHoldingTime" SG_ 186 HCU_Crc1Val 0;
+BA_ "RoutingFactor" SG_ 186 HCU_Crc1Val 5;
+BA_ "Version" SG_ 186 HCU_Crc1Val "18.11.08";
+BA_ "Description" SG_ 186 HCU_TqIncSta "CF_Hcu_TqIncStat indicates HCU Torque Increase State";
+BA_ "GenSigStartValue" SG_ 186 HCU_TqIncSta 0;
+BA_ "UserSigValidity" SG_ 186 HCU_TqIncSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 186 HCU_TqIncSta 0;
+BA_ "RoutingFactor" SG_ 186 HCU_TqIncSta 5;
+BA_ "Version" SG_ 186 HCU_TqIncSta "18.08.02";
+BA_ "Description" SG_ 186 HCU_TqIntrvntnModSta "CF_Hcu_TqIntMod indicates Torque Intervention Mode";
+BA_ "GenSigStartValue" SG_ 186 HCU_TqIntrvntnModSta 0;
+BA_ "UserSigValidity" SG_ 186 HCU_TqIntrvntnModSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 186 HCU_TqIntrvntnModSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 186 HCU_TqIntrvntnModSta 0;
+BA_ "RoutingFactor" SG_ 186 HCU_TqIntrvntnModSta 5;
+BA_ "Version" SG_ 186 HCU_TqIntrvntnModSta "18.08.02";
+BA_ "Description" SG_ 186 HCU_TqIntrvntnSta "CF_Hcu_TqIntStat indicates Torque Intervention Status";
+BA_ "GenSigStartValue" SG_ 186 HCU_TqIntrvntnSta 0;
+BA_ "UserSigValidity" SG_ 186 HCU_TqIntrvntnSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 186 HCU_TqIntrvntnSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 186 HCU_TqIntrvntnSta 0;
+BA_ "RoutingFactor" SG_ 186 HCU_TqIntrvntnSta 5;
+BA_ "Version" SG_ 186 HCU_TqIntrvntnSta "18.08.02";
+BA_ "Description" SG_ 186 HCU_TqRdctnSta "CF_Hcu_TqRedStat indicates Torque Reduction State";
+BA_ "GenSigStartValue" SG_ 186 HCU_TqRdctnSta 0;
+BA_ "UserSigValidity" SG_ 186 HCU_TqRdctnSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 186 HCU_TqRdctnSta 0;
+BA_ "RoutingFactor" SG_ 186 HCU_TqRdctnSta 5;
+BA_ "Version" SG_ 186 HCU_TqRdctnSta "18.08.02";
+BA_ "Description" SG_ 186 HCU_TrgtGearGsiSta "Tartget Gear for GSI";
+BA_ "GenSigStartValue" SG_ 186 HCU_TrgtGearGsiSta 0;
+BA_ "UserSigValidity" SG_ 186 HCU_TrgtGearGsiSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 186 HCU_TrgtGearGsiSta 0;
+BA_ "RoutingFactor" SG_ 186 HCU_TrgtGearGsiSta 5;
+BA_ "Version" SG_ 186 HCU_TrgtGearGsiSta "18.08.02";
+BA_ "Description" SG_ 186 HCU_WrmUpAccptSta "CF_Hcu_EcuWarmUpCtrReq indicates answer to ECU’s warm-up control request(CF_Eng_WarmUpReq).";
+BA_ "GenSigStartValue" SG_ 186 HCU_WrmUpAccptSta 0;
+BA_ "UserSigValidity" SG_ 186 HCU_WrmUpAccptSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 186 HCU_WrmUpAccptSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 186 HCU_WrmUpAccptSta 0;
+BA_ "RoutingFactor" SG_ 186 HCU_WrmUpAccptSta 5;
+BA_ "Version" SG_ 186 HCU_WrmUpAccptSta "18.08.02";
+BA_ "Description" SG_ 186 HCU_AlvCnt1Val "For the first transmission request for a data element the counter shall be initialized with 0 and shall be incremented by 1 for every subsequent send request. 
+
+When the counter reaches the maximum value(0xFF), then it shall restart with 0 for the next send request";
+BA_ "GenSigStartValue" SG_ 186 HCU_AlvCnt1Val 0;
+BA_ "UserSigValidity" SG_ 186 HCU_AlvCnt1Val 3;
+BA_ "NetworkRequestHoldingTime" SG_ 186 HCU_AlvCnt1Val 0;
+BA_ "RoutingFactor" SG_ 186 HCU_AlvCnt1Val 5;
+BA_ "Version" SG_ 186 HCU_AlvCnt1Val "18.11.08";
+BA_ "Description" SG_ 186 HCU_AccDnShftReq "Down Shift Request in Auto Cruise Control";
+BA_ "GenSigStartValue" SG_ 186 HCU_AccDnShftReq 0;
+BA_ "UserSigValidity" SG_ 186 HCU_AccDnShftReq 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 186 HCU_AccDnShftReq 500;
+BA_ "NetworkRequestHoldingTime" SG_ 186 HCU_AccDnShftReq 0;
+BA_ "RoutingFactor" SG_ 186 HCU_AccDnShftReq 5;
+BA_ "Version" SG_ 186 HCU_AccDnShftReq "18.08.02";
+BA_ "Description" SG_ 186 HCU_AntJrkInhbtSta "CF_Hcu_ECUAntiJerkInh indicates Engine Anti-jerk inhibition";
+BA_ "GenSigStartValue" SG_ 186 HCU_AntJrkInhbtSta 0;
+BA_ "UserSigValidity" SG_ 186 HCU_AntJrkInhbtSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 186 HCU_AntJrkInhbtSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 186 HCU_AntJrkInhbtSta 0;
+BA_ "RoutingFactor" SG_ 186 HCU_AntJrkInhbtSta 5;
+BA_ "Version" SG_ 186 HCU_AntJrkInhbtSta "18.08.02";
+BA_ "Description" SG_ 186 HCU_BfrIntrvntnEngTqVal "Indicated engine torque command before intervention";
+BA_ "GenSigStartValue" SG_ 186 HCU_BfrIntrvntnEngTqVal 0;
+BA_ "UserSigValidity" SG_ 186 HCU_BfrIntrvntnEngTqVal 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 186 HCU_BfrIntrvntnEngTqVal 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 186 HCU_BfrIntrvntnEngTqVal 500;
+BA_ "NetworkRequestHoldingTime" SG_ 186 HCU_BfrIntrvntnEngTqVal 0;
+BA_ "RoutingFactor" SG_ 186 HCU_BfrIntrvntnEngTqVal 5;
+BA_ "Version" SG_ 186 HCU_BfrIntrvntnEngTqVal "18.08.02";
+BA_ "Description" SG_ 186 HCU_EcoIgnInhbtSta "CF_Hcu_EngEcoInh indicates ECO Ignition Angle Control inhibit";
+BA_ "GenSigStartValue" SG_ 186 HCU_EcoIgnInhbtSta 0;
+BA_ "UserSigValidity" SG_ 186 HCU_EcoIgnInhbtSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 186 HCU_EcoIgnInhbtSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 186 HCU_EcoIgnInhbtSta 0;
+BA_ "RoutingFactor" SG_ 186 HCU_EcoIgnInhbtSta 5;
+BA_ "Version" SG_ 186 HCU_EcoIgnInhbtSta "18.08.02";
+BA_ "Description" SG_ 186 HCU_EngCltchClsSta "CF_Hcu_EngCltClass indicates Engine Clutch Class";
+BA_ "GenSigStartValue" SG_ 186 HCU_EngCltchClsSta 0;
+BA_ "UserSigValidity" SG_ 186 HCU_EngCltchClsSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 186 HCU_EngCltchClsSta 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 186 HCU_EngCltchClsSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 186 HCU_EngCltchClsSta 0;
+BA_ "RoutingFactor" SG_ 186 HCU_EngCltchClsSta 5;
+BA_ "Version" SG_ 186 HCU_EngCltchClsSta "18.08.02";
+BA_ "Description" SG_ 186 HCU_EngCltchCtrlSta "CF_Hcu_CltCtrPhase indicates Engine clutch control phase";
+BA_ "GenSigStartValue" SG_ 186 HCU_EngCltchCtrlSta 0;
+BA_ "UserSigValidity" SG_ 186 HCU_EngCltchCtrlSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 186 HCU_EngCltchCtrlSta 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 186 HCU_EngCltchCtrlSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 186 HCU_EngCltchCtrlSta 0;
+BA_ "RoutingFactor" SG_ 186 HCU_EngCltchCtrlSta 5;
+BA_ "Version" SG_ 186 HCU_EngCltchCtrlSta "18.08.02";
+BA_ "Description" SG_ 186 HCU_EngCltchSta "CF_Hcu_EngCltStat indicates Engine Clutch State";
+BA_ "GenSigStartValue" SG_ 186 HCU_EngCltchSta 0;
+BA_ "UserSigValidity" SG_ 186 HCU_EngCltchSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 186 HCU_EngCltchSta 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 186 HCU_EngCltchSta 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 186 HCU_EngCltchSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 186 HCU_EngCltchSta 0;
+BA_ "RoutingFactor" SG_ 186 HCU_EngCltchSta 5;
+BA_ "Version" SG_ 186 HCU_EngCltchSta "18.08.02";
+BA_ "Description" SG_ 186 HCU_EngTrnsntCtrlSta "Engine Transient Control Status";
+BA_ "GenSigStartValue" SG_ 186 HCU_EngTrnsntCtrlSta 0;
+BA_ "UserSigValidity" SG_ 186 HCU_EngTrnsntCtrlSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 186 HCU_EngTrnsntCtrlSta 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 186 HCU_EngTrnsntCtrlSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 186 HCU_EngTrnsntCtrlSta 0;
+BA_ "RoutingFactor" SG_ 186 HCU_EngTrnsntCtrlSta 5;
+BA_ "Version" SG_ 186 HCU_EngTrnsntCtrlSta "18.08.02";
+BA_ "Description" SG_ 186 HCU_EwpDiagModReq "This signal requests EWP to enter the diagnostic mode.";
+BA_ "GenSigStartValue" SG_ 186 HCU_EwpDiagModReq 0;
+BA_ "UserSigValidity" SG_ 186 HCU_EwpDiagModReq 3;
+BA_ "NetworkRequestHoldingTime" SG_ 186 HCU_EwpDiagModReq 0;
+BA_ "RoutingFactor" SG_ 186 HCU_EwpDiagModReq 5;
+BA_ "Version" SG_ 186 HCU_EwpDiagModReq "18.08.02";
+BA_ "Description" SG_ 186 HCU_FuelInjctnEnblSta "CF_Hcu_InjEnb indicates fuel injection enable or disable.";
+BA_ "GenSigStartValue" SG_ 186 HCU_FuelInjctnEnblSta 0;
+BA_ "UserSigValidity" SG_ 186 HCU_FuelInjctnEnblSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 186 HCU_FuelInjctnEnblSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 186 HCU_FuelInjctnEnblSta 0;
+BA_ "RoutingFactor" SG_ 186 HCU_FuelInjctnEnblSta 5;
+BA_ "Version" SG_ 186 HCU_FuelInjctnEnblSta "18.08.02";
+BA_ "Description" SG_ 186 HCU_GearNReq "Gear Neutralization Requst";
+BA_ "GenSigStartValue" SG_ 186 HCU_GearNReq 0;
+BA_ "UserSigValidity" SG_ 186 HCU_GearNReq 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 186 HCU_GearNReq 500;
+BA_ "NetworkRequestHoldingTime" SG_ 186 HCU_GearNReq 0;
+BA_ "RoutingFactor" SG_ 186 HCU_GearNReq 5;
+BA_ "Version" SG_ 186 HCU_GearNReq "18.08.02";
+BA_ "Description" SG_ 186 HCU_GearShftDnDis "Gear Shift-down display status";
+BA_ "GenSigStartValue" SG_ 186 HCU_GearShftDnDis 0;
+BA_ "UserSigValidity" SG_ 186 HCU_GearShftDnDis 3;
+BA_ "NetworkRequestHoldingTime" SG_ 186 HCU_GearShftDnDis 0;
+BA_ "RoutingFactor" SG_ 186 HCU_GearShftDnDis 5;
+BA_ "Version" SG_ 186 HCU_GearShftDnDis "18.08.02";
+BA_ "Description" SG_ 186 HCU_GearShftUpDis "Gear Shift-up display status";
+BA_ "GenSigStartValue" SG_ 186 HCU_GearShftUpDis 0;
+BA_ "UserSigValidity" SG_ 186 HCU_GearShftUpDis 3;
+BA_ "NetworkRequestHoldingTime" SG_ 186 HCU_GearShftUpDis 0;
+BA_ "RoutingFactor" SG_ 186 HCU_GearShftUpDis 5;
+BA_ "Version" SG_ 186 HCU_GearShftUpDis "18.08.02";
+BA_ "Description" SG_ 186 HCU_IdleTrgtRpmVal "Idle Target RPM Command";
+BA_ "GenSigStartValue" SG_ 186 HCU_IdleTrgtRpmVal 0;
+BA_ "UserSigValidity" SG_ 186 HCU_IdleTrgtRpmVal 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 186 HCU_IdleTrgtRpmVal 500;
+BA_ "NetworkRequestHoldingTime" SG_ 186 HCU_IdleTrgtRpmVal 0;
+BA_ "RoutingFactor" SG_ 186 HCU_IdleTrgtRpmVal 5;
+BA_ "Version" SG_ 186 HCU_IdleTrgtRpmVal "18.08.02";
+BA_ "Description" SG_ 186 HCU_Ign1Sta "Status of Ignition 1";
+BA_ "GenSigStartValue" SG_ 186 HCU_Ign1Sta 0;
+BA_ "UserSigValidity" SG_ 186 HCU_Ign1Sta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 186 HCU_Ign1Sta 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 186 HCU_Ign1Sta 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 186 HCU_Ign1Sta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 186 HCU_Ign1Sta 0;
+BA_ "RoutingFactor" SG_ 186 HCU_Ign1Sta 5;
+BA_ "Version" SG_ 186 HCU_Ign1Sta "18.08.02";
+BA_ "Description" SG_ 186 HCU_IndEngTqVal "Indicated engine torque command";
+BA_ "GenSigStartValue" SG_ 186 HCU_IndEngTqVal 0;
+BA_ "UserSigValidity" SG_ 186 HCU_IndEngTqVal 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 186 HCU_IndEngTqVal 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 186 HCU_IndEngTqVal 500;
+BA_ "NetworkRequestHoldingTime" SG_ 186 HCU_IndEngTqVal 0;
+BA_ "RoutingFactor" SG_ 186 HCU_IndEngTqVal 5;
+BA_ "Version" SG_ 186 HCU_IndEngTqVal "18.08.02";
+BA_ "Description" SG_ 186 HCU_OpuOpInhbtReq "OPU Operating Inhibit Command";
+BA_ "GenSigStartValue" SG_ 186 HCU_OpuOpInhbtReq 0;
+BA_ "UserSigValidity" SG_ 186 HCU_OpuOpInhbtReq 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 186 HCU_OpuOpInhbtReq 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ OPU SG_ 186 HCU_OpuOpInhbtReq 500;
+BA_ "NetworkRequestHoldingTime" SG_ 186 HCU_OpuOpInhbtReq 0;
+BA_ "RoutingFactor" SG_ 186 HCU_OpuOpInhbtReq 5;
+BA_ "Version" SG_ 186 HCU_OpuOpInhbtReq "18.08.02";
+BA_ "Description" SG_ 186 HCU_PTOpModSta "CF_Hcu_PTOperModforECU indicates Power Train operation statuts for ECU";
+BA_ "GenSigStartValue" SG_ 186 HCU_PTOpModSta 0;
+BA_ "UserSigValidity" SG_ 186 HCU_PTOpModSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 186 HCU_PTOpModSta 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 186 HCU_PTOpModSta 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 186 HCU_PTOpModSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 186 HCU_PTOpModSta 0;
+BA_ "RoutingFactor" SG_ 186 HCU_PTOpModSta 5;
+BA_ "Version" SG_ 186 HCU_PTOpModSta "18.08.02";
+BA_ "Description" SG_ 186 HCU_TmTqBfrIntrvntnPcVal "TM input torque command before intervention (If MSB of high byte is 1, (PH) = 0.1953125 * (HEX) -200 [%]
+
+Else (PH) = 0.1953125 * (HEX) [%])";
+BA_ "GenSigStartValue" SG_ 186 HCU_TmTqBfrIntrvntnPcVal 0;
+BA_ "UserSigValidity" SG_ 186 HCU_TmTqBfrIntrvntnPcVal 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 186 HCU_TmTqBfrIntrvntnPcVal 500;
+BA_ "NetworkRequestHoldingTime" SG_ 186 HCU_TmTqBfrIntrvntnPcVal 0;
+BA_ "RoutingFactor" SG_ 186 HCU_TmTqBfrIntrvntnPcVal 5;
+BA_ "Version" SG_ 186 HCU_TmTqBfrIntrvntnPcVal "18.08.02";
+BA_ "Description" SG_ 186 HCU_TqGenDcsnSta "CF_Hcu_EngTqGenDcs indicates Eng. End of engine start decision for Torque generating to the ECU";
+BA_ "GenSigStartValue" SG_ 186 HCU_TqGenDcsnSta 0;
+BA_ "UserSigValidity" SG_ 186 HCU_TqGenDcsnSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 186 HCU_TqGenDcsnSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 186 HCU_TqGenDcsnSta 0;
+BA_ "RoutingFactor" SG_ 186 HCU_TqGenDcsnSta 5;
+BA_ "Version" SG_ 186 HCU_TqGenDcsnSta "18.08.02";
+BA_ "GenMsgSendType" BO_ 224 0;
+BA_ "GenMsgCycleTime" BO_ 224 10;
+BA_ "GenMsgCycleTimeFast" BO_ 224 0;
+BA_ "GenMsgNrOfRepetition" BO_ 224 0;
+BA_ "GenMsgDelayTime" BO_ 224 0;
+BA_ "GenMsgStartDelayTime" BO_ 224 0;
+BA_ "VFrameFormat" BO_ 224 14;
+BA_ "Description" SG_ 224 HCU_Crc2Val "The data area for CRC calculation is based on the data length (DLC) of the message DB.
+
+The CRC shall be calculated over the entire data block (excluding the CRC bytes) including the user data, alive counter and Data ID
+
+ 
+
+- CRC Polynomial (0x1021) , Initial Value : 0xFFFF, XOR value : 0x0000, Data ID : Message ID + 0xF800 
+
+- The initial value is for CRC calculation and the message should be sent with the calculated result value. 
+
+- The mathematical expression to 16 bit CRC polynomial is given here. G(x) = x16 + x12 + x5 + 1";
+BA_ "GenSigStartValue" SG_ 224 HCU_Crc2Val 65535;
+BA_ "UserSigValidity" SG_ 224 HCU_Crc2Val 3;
+BA_ "NetworkRequestHoldingTime" SG_ 224 HCU_Crc2Val 0;
+BA_ "RoutingFactor" SG_ 224 HCU_Crc2Val 5;
+BA_ "Version" SG_ 224 HCU_Crc2Val "18.11.08";
+BA_ "Description" SG_ 224 HCU_RegenEnblSta "CF_Hcu_RegenEna indicates regeneration mode";
+BA_ "GenSigStartValue" SG_ 224 HCU_RegenEnblSta 0;
+BA_ "UserSigValidity" SG_ 224 HCU_RegenEnblSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 224 HCU_RegenEnblSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 224 HCU_RegenEnblSta 0;
+BA_ "RoutingFactor" SG_ 224 HCU_RegenEnblSta 5;
+BA_ "Version" SG_ 224 HCU_RegenEnblSta "18.08.02";
+BA_ "Description" SG_ 224 HCU_MCULimActSta "Detected MCU/GCU CAN TimeOut by HCU";
+BA_ "GenSigStartValue" SG_ 224 HCU_MCULimActSta 0;
+BA_ "UserSigValidity" SG_ 224 HCU_MCULimActSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 224 HCU_MCULimActSta 0;
+BA_ "RoutingFactor" SG_ 224 HCU_MCULimActSta 5;
+BA_ "Version" SG_ 224 HCU_MCULimActSta "19.02.07";
+BA_ "Description" SG_ 224 HCU_RegenBrkTqNmVal_Rear "Regen Brake Torque at Rear wheel";
+BA_ "GenSigStartValue" SG_ 224 HCU_RegenBrkTqNmVal_Rear 0;
+BA_ "UserSigValidity" SG_ 224 HCU_RegenBrkTqNmVal_Rear 3;
+BA_ "NetworkRequestHoldingTime" SG_ 224 HCU_RegenBrkTqNmVal_Rear 0;
+BA_ "RoutingFactor" SG_ 224 HCU_RegenBrkTqNmVal_Rear 5;
+BA_ "Version" SG_ 224 HCU_RegenBrkTqNmVal_Rear "19.06.02";
+BA_ "Description" SG_ 224 HCU_AlvCnt2Val "For the first transmission request for a data element the counter shall be initialized with 0 and shall be incremented by 1 for every subsequent send request. 
+
+When the counter reaches the maximum value(0xFF), then it shall restart with 0 for the next send request";
+BA_ "GenSigStartValue" SG_ 224 HCU_AlvCnt2Val 0;
+BA_ "UserSigValidity" SG_ 224 HCU_AlvCnt2Val 3;
+BA_ "NetworkRequestHoldingTime" SG_ 224 HCU_AlvCnt2Val 0;
+BA_ "RoutingFactor" SG_ 224 HCU_AlvCnt2Val 5;
+BA_ "Version" SG_ 224 HCU_AlvCnt2Val "18.11.08";
+BA_ "Description" SG_ 224 HCU_ChrgReq "Charge Request";
+BA_ "GenSigStartValue" SG_ 224 HCU_ChrgReq 0;
+BA_ "UserSigValidity" SG_ 224 HCU_ChrgReq 3;
+BA_ "NetworkRequestHoldingTime" SG_ 224 HCU_ChrgReq 0;
+BA_ "RoutingFactor" SG_ 224 HCU_ChrgReq 5;
+BA_ "Version" SG_ 224 HCU_ChrgReq "18.08.02";
+BA_ "Description" SG_ 224 HCU_GenSysCtrlSta "Generator Power Enable";
+BA_ "GenSigStartValue" SG_ 224 HCU_GenSysCtrlSta 0;
+BA_ "UserSigValidity" SG_ 224 HCU_GenSysCtrlSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 224 HCU_GenSysCtrlSta 0;
+BA_ "RoutingFactor" SG_ 224 HCU_GenSysCtrlSta 5;
+BA_ "Version" SG_ 224 HCU_GenSysCtrlSta "18.08.02";
+BA_ "Description" SG_ 224 HCU_HsgPwmOffInhbtSta "HCU_HsgPwmOffInhbtSta indicates precise HSG torque control is necessary.
+
+MCU should generate HSG torque accordance with HSG torque command.";
+BA_ "GenSigStartValue" SG_ 224 HCU_HsgPwmOffInhbtSta 0;
+BA_ "UserSigValidity" SG_ 224 HCU_HsgPwmOffInhbtSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 224 HCU_HsgPwmOffInhbtSta 0;
+BA_ "RoutingFactor" SG_ 224 HCU_HsgPwmOffInhbtSta 5;
+BA_ "Version" SG_ 224 HCU_HsgPwmOffInhbtSta "18.08.02";
+BA_ "Description" SG_ 224 HCU_IsgCtrlModReq "Isg Control Mode Command";
+BA_ "GenSigStartValue" SG_ 224 HCU_IsgCtrlModReq 1;
+BA_ "UserSigValidity" SG_ 224 HCU_IsgCtrlModReq 3;
+BA_ "NetworkRequestHoldingTime" SG_ 224 HCU_IsgCtrlModReq 0;
+BA_ "RoutingFactor" SG_ 224 HCU_IsgCtrlModReq 5;
+BA_ "Version" SG_ 224 HCU_IsgCtrlModReq "18.08.02";
+BA_ "Description" SG_ 224 HCU_McuAntJrkInhbtReq "Motor Anti-jerk Inhibition";
+BA_ "GenSigStartValue" SG_ 224 HCU_McuAntJrkInhbtReq 1;
+BA_ "UserSigValidity" SG_ 224 HCU_McuAntJrkInhbtReq 3;
+BA_ "NetworkRequestHoldingTime" SG_ 224 HCU_McuAntJrkInhbtReq 0;
+BA_ "RoutingFactor" SG_ 224 HCU_McuAntJrkInhbtReq 5;
+BA_ "Version" SG_ 224 HCU_McuAntJrkInhbtReq "18.08.02";
+BA_ "Description" SG_ 224 HCU_MtrCtrlModReq "Motor Control Mode Command";
+BA_ "GenSigStartValue" SG_ 224 HCU_MtrCtrlModReq 1;
+BA_ "UserSigValidity" SG_ 224 HCU_MtrCtrlModReq 3;
+BA_ "NetworkRequestHoldingTime" SG_ 224 HCU_MtrCtrlModReq 0;
+BA_ "RoutingFactor" SG_ 224 HCU_MtrCtrlModReq 5;
+BA_ "Version" SG_ 224 HCU_MtrCtrlModReq "18.08.02";
+BA_ "Description" SG_ 224 HCU_MtrPwmOffInhbtSta "HCU_MtrPwmOffInhbtSta indicates precise motor torque control is necessary.
+
+If this signal is on, MCU should generate torque accordance with HCU torque command.";
+BA_ "GenSigStartValue" SG_ 224 HCU_MtrPwmOffInhbtSta 0;
+BA_ "UserSigValidity" SG_ 224 HCU_MtrPwmOffInhbtSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 224 HCU_MtrPwmOffInhbtSta 0;
+BA_ "RoutingFactor" SG_ 224 HCU_MtrPwmOffInhbtSta 5;
+BA_ "Version" SG_ 224 HCU_MtrPwmOffInhbtSta "18.08.02";
+BA_ "Description" SG_ 224 HCU_MtrPwrEnaSta "Motor Power Enable";
+BA_ "GenSigStartValue" SG_ 224 HCU_MtrPwrEnaSta 0;
+BA_ "UserSigValidity" SG_ 224 HCU_MtrPwrEnaSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 224 HCU_MtrPwrEnaSta 0;
+BA_ "RoutingFactor" SG_ 224 HCU_MtrPwrEnaSta 5;
+BA_ "Version" SG_ 224 HCU_MtrPwrEnaSta "18.08.02";
+BA_ "Description" SG_ 224 HCU_MtrSpdCmdVal "Motor Speed Control";
+BA_ "GenSigStartValue" SG_ 224 HCU_MtrSpdCmdVal 0;
+BA_ "UserSigValidity" SG_ 224 HCU_MtrSpdCmdVal 3;
+BA_ "NetworkRequestHoldingTime" SG_ 224 HCU_MtrSpdCmdVal 0;
+BA_ "RoutingFactor" SG_ 224 HCU_MtrSpdCmdVal 5;
+BA_ "Version" SG_ 224 HCU_MtrSpdCmdVal "18.08.02";
+BA_ "Description" SG_ 224 HCU_MtrTqCmdBfrIntrvntnPcReq "Indicated motor torque command before intervention (If MSB of high byte is 1, (PH) = 0.1953125 * (HEX) -200 [%]
+
+Else (PH) = 0.1953125 * (HEX) [%])";
+BA_ "GenSigStartValue" SG_ 224 HCU_MtrTqCmdBfrIntrvntnPcReq 0;
+BA_ "UserSigValidity" SG_ 224 HCU_MtrTqCmdBfrIntrvntnPcReq 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 224 HCU_MtrTqCmdBfrIntrvntnPcReq 500;
+BA_ "NetworkRequestHoldingTime" SG_ 224 HCU_MtrTqCmdBfrIntrvntnPcReq 0;
+BA_ "RoutingFactor" SG_ 224 HCU_MtrTqCmdBfrIntrvntnPcReq 5;
+BA_ "Version" SG_ 224 HCU_MtrTqCmdBfrIntrvntnPcReq "18.08.02";
+BA_ "Description" SG_ 224 HCU_MtrTqPcReq "Motor Torque Control command (If MSB of high byte is 1, (PH) = 0.1953125 * (HEX) -200 [%]
+
+Else (PH) = 0.1953125 * (HEX) [%])";
+BA_ "GenSigStartValue" SG_ 224 HCU_MtrTqPcReq 0;
+BA_ "UserSigValidity" SG_ 224 HCU_MtrTqPcReq 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 224 HCU_MtrTqPcReq 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 224 HCU_MtrTqPcReq 500;
+BA_ "NetworkRequestHoldingTime" SG_ 224 HCU_MtrTqPcReq 0;
+BA_ "RoutingFactor" SG_ 224 HCU_MtrTqPcReq 5;
+BA_ "Version" SG_ 224 HCU_MtrTqPcReq "18.08.02";
+BA_ "Description" SG_ 224 HCU_RegenBrkTqNmVal "Regen Brake Torque at wheel";
+BA_ "GenSigStartValue" SG_ 224 HCU_RegenBrkTqNmVal 0;
+BA_ "UserSigValidity" SG_ 224 HCU_RegenBrkTqNmVal 3;
+BA_ "NetworkRequestHoldingTime" SG_ 224 HCU_RegenBrkTqNmVal 0;
+BA_ "RoutingFactor" SG_ 224 HCU_RegenBrkTqNmVal 5;
+BA_ "Version" SG_ 224 HCU_RegenBrkTqNmVal "18.08.02";
+BA_ "GenMsgSendType" BO_ 250 0;
+BA_ "GenMsgCycleTime" BO_ 250 10;
+BA_ "GenMsgCycleTimeFast" BO_ 250 0;
+BA_ "GenMsgNrOfRepetition" BO_ 250 0;
+BA_ "GenMsgDelayTime" BO_ 250 0;
+BA_ "GenMsgStartDelayTime" BO_ 250 0;
+BA_ "VFrameFormat" BO_ 250 14;
+BA_ "Description" SG_ 250 HCU_Crc3Val "The data area for CRC calculation is based on the data length (DLC) of the message DB.
+
+The CRC shall be calculated over the entire data block (excluding the CRC bytes) including the user data, alive counter and Data ID
+
+ 
+
+- CRC Polynomial (0x1021) , Initial Value : 0xFFFF, XOR value : 0x0000, Data ID : Message ID + 0xF800 
+
+- The initial value is for CRC calculation and the message should be sent with the calculated result value. 
+
+- The mathematical expression to 16 bit CRC polynomial is given here. G(x) = x16 + x12 + x5 + 1";
+BA_ "GenSigStartValue" SG_ 250 HCU_Crc3Val 65535;
+BA_ "UserSigValidity" SG_ 250 HCU_Crc3Val 3;
+BA_ "NetworkRequestHoldingTime" SG_ 250 HCU_Crc3Val 0;
+BA_ "RoutingFactor" SG_ 250 HCU_Crc3Val 5;
+BA_ "Version" SG_ 250 HCU_Crc3Val "18.11.08";
+BA_ "Description" SG_ 250 HCU_SpdLimDeviceActSta "Speed Limiter Device in Activation";
+BA_ "GenSigStartValue" SG_ 250 HCU_SpdLimDeviceActSta 0;
+BA_ "UserSigValidity" SG_ 250 HCU_SpdLimDeviceActSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 250 HCU_SpdLimDeviceActSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 250 HCU_SpdLimDeviceActSta 0;
+BA_ "RoutingFactor" SG_ 250 HCU_SpdLimDeviceActSta 5;
+BA_ "Version" SG_ 250 HCU_SpdLimDeviceActSta "18.08.02";
+BA_ "Description" SG_ 250 HCU_SpdLimDeviceOperSta "Speed Limiter Device in Operation";
+BA_ "GenSigStartValue" SG_ 250 HCU_SpdLimDeviceOperSta 0;
+BA_ "UserSigValidity" SG_ 250 HCU_SpdLimDeviceOperSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 250 HCU_SpdLimDeviceOperSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 250 HCU_SpdLimDeviceOperSta 0;
+BA_ "RoutingFactor" SG_ 250 HCU_SpdLimDeviceOperSta 5;
+BA_ "Version" SG_ 250 HCU_SpdLimDeviceOperSta "18.08.02";
+BA_ "Description" SG_ 250 HCU_SpdLimDeviceVehSpdVal "Speed Limiter Vehicle Speed";
+BA_ "GenSigStartValue" SG_ 250 HCU_SpdLimDeviceVehSpdVal 0;
+BA_ "UserSigValidity" SG_ 250 HCU_SpdLimDeviceVehSpdVal 3;
+BA_ "NetworkRequestHoldingTime" SG_ 250 HCU_SpdLimDeviceVehSpdVal 0;
+BA_ "RoutingFactor" SG_ 250 HCU_SpdLimDeviceVehSpdVal 5;
+BA_ "Version" SG_ 250 HCU_SpdLimDeviceVehSpdVal "18.08.02";
+BA_ "Description" SG_ 250 HCU_SrvModSta "Service Test Mode";
+BA_ "GenSigStartValue" SG_ 250 HCU_SrvModSta 0;
+BA_ "UserSigValidity" SG_ 250 HCU_SrvModSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 250 HCU_SrvModSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 250 HCU_SrvModSta 0;
+BA_ "RoutingFactor" SG_ 250 HCU_SrvModSta 5;
+BA_ "Version" SG_ 250 HCU_SrvModSta "18.08.02";
+BA_ "Description" SG_ 250 HCU_StrtInhbt2Sta "Start Inhibit";
+BA_ "GenSigStartValue" SG_ 250 HCU_StrtInhbt2Sta 0;
+BA_ "UserSigValidity" SG_ 250 HCU_StrtInhbt2Sta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 250 HCU_StrtInhbt2Sta 0;
+BA_ "RoutingFactor" SG_ 250 HCU_StrtInhbt2Sta 5;
+BA_ "Version" SG_ 250 HCU_StrtInhbt2Sta "18.08.02";
+BA_ "Description" SG_ 250 HCU_StrtInhbtSta "HCU determine Start Inhibit state when HCU received Start Inhibit command from TMU";
+BA_ "GenSigStartValue" SG_ 250 HCU_StrtInhbtSta 0;
+BA_ "UserSigValidity" SG_ 250 HCU_StrtInhbtSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 250 HCU_StrtInhbtSta 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 250 HCU_StrtInhbtSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 250 HCU_StrtInhbtSta 0;
+BA_ "RoutingFactor" SG_ 250 HCU_StrtInhbtSta 5;
+BA_ "Version" SG_ 250 HCU_StrtInhbtSta "18.08.02";
+BA_ "Description" SG_ 250 HCU_SysShtOffReq "CF_Hcu_SysShutOffReq indicates System Shut Off Request or not.";
+BA_ "GenSigStartValue" SG_ 250 HCU_SysShtOffReq 0;
+BA_ "UserSigValidity" SG_ 250 HCU_SysShtOffReq 3;
+BA_ "NetworkRequestHoldingTime" SG_ 250 HCU_SysShtOffReq 0;
+BA_ "RoutingFactor" SG_ 250 HCU_SysShtOffReq 5;
+BA_ "Version" SG_ 250 HCU_SysShtOffReq "18.08.02";
+BA_ "Description" SG_ 250 HCU_VehStrtEnblSta "Start";
+BA_ "GenSigStartValue" SG_ 250 HCU_VehStrtEnblSta 0;
+BA_ "UserSigValidity" SG_ 250 HCU_VehStrtEnblSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 250 HCU_VehStrtEnblSta 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 250 HCU_VehStrtEnblSta 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ OPU SG_ 250 HCU_VehStrtEnblSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 250 HCU_VehStrtEnblSta 0;
+BA_ "RoutingFactor" SG_ 250 HCU_VehStrtEnblSta 5;
+BA_ "Version" SG_ 250 HCU_VehStrtEnblSta "18.08.02";
+BA_ "Description" SG_ 250 HCU_BrkLmpOnReq "Brake Lamp On Request";
+BA_ "GenSigStartValue" SG_ 250 HCU_BrkLmpOnReq 0;
+BA_ "UserSigValidity" SG_ 250 HCU_BrkLmpOnReq 3;
+BA_ "NetworkRequestHoldingTime" SG_ 250 HCU_BrkLmpOnReq 0;
+BA_ "RoutingFactor" SG_ 250 HCU_BrkLmpOnReq 5;
+BA_ "Version" SG_ 250 HCU_BrkLmpOnReq "19.06.02";
+BA_ "Description" SG_ 250 HCU_CcDrvAlrtDis "CC must be disengaged by system or can not be engaged";
+BA_ "GenSigStartValue" SG_ 250 HCU_CcDrvAlrtDis 0;
+BA_ "UserSigValidity" SG_ 250 HCU_CcDrvAlrtDis 3;
+BA_ "NetworkRequestHoldingTime" SG_ 250 HCU_CcDrvAlrtDis 0;
+BA_ "RoutingFactor" SG_ 250 HCU_CcDrvAlrtDis 5;
+BA_ "Version" SG_ 250 HCU_CcDrvAlrtDis "19.12.07";
+BA_ "Description" SG_ 250 HCU_SldDrvAlrtDis "SLD must be disengaged by system or cannot be engaged";
+BA_ "GenSigStartValue" SG_ 250 HCU_SldDrvAlrtDis 0;
+BA_ "UserSigValidity" SG_ 250 HCU_SldDrvAlrtDis 3;
+BA_ "NetworkRequestHoldingTime" SG_ 250 HCU_SldDrvAlrtDis 0;
+BA_ "RoutingFactor" SG_ 250 HCU_SldDrvAlrtDis 5;
+BA_ "Version" SG_ 250 HCU_SldDrvAlrtDis "20.01.01";
+BA_ "Description" SG_ 250 HCU_WhlCrpCrpTqNmVal "Creep Torque at wheel (If MSB of high byte is 1, (PH) = 1 * (HEX) ? 65536 [Nm]
+
+else (PH) = 1 * (HEX) [Nm])";
+BA_ "GenSigStartValue" SG_ 250 HCU_WhlCrpCrpTqNmVal 0;
+BA_ "UserSigValidity" SG_ 250 HCU_WhlCrpCrpTqNmVal 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 250 HCU_WhlCrpCrpTqNmVal 500;
+BA_ "NetworkRequestHoldingTime" SG_ 250 HCU_WhlCrpCrpTqNmVal 0;
+BA_ "RoutingFactor" SG_ 250 HCU_WhlCrpCrpTqNmVal 5;
+BA_ "Version" SG_ 250 HCU_WhlCrpCrpTqNmVal "18.08.02";
+BA_ "Description" SG_ 250 LHCU_EngCltchTrnsfrTqPcVal_Copy_1 "This signal indicates Engine Clutch Transfer Torque (If MSB of high byte is 1, (PH) = 0.1953125 * (HEX) -200 [%] Else (PH) = 0.1953125 * HEX) [%])";
+BA_ "GenSigStartValue" SG_ 250 LHCU_EngCltchTrnsfrTqPcVal_Copy_1 0;
+BA_ "UserSigValidity" SG_ 250 LHCU_EngCltchTrnsfrTqPcVal_Copy_1 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 250 LHCU_EngCltchTrnsfrTqPcVal_Copy_1 500;
+BA_ "NetworkRequestHoldingTime" SG_ 250 LHCU_EngCltchTrnsfrTqPcVal_Copy_1 0;
+BA_ "RoutingFactor" SG_ 250 LHCU_EngCltchTrnsfrTqPcVal_Copy_1 5;
+BA_ "Version" SG_ 250 LHCU_EngCltchTrnsfrTqPcVal_Copy_1 "18.08.12";
+BA_ "Description" SG_ 250 HCU_RspaAlvCntVal "RSPA HCU Alive Counter";
+BA_ "GenSigStartValue" SG_ 250 HCU_RspaAlvCntVal 0;
+BA_ "UserSigValidity" SG_ 250 HCU_RspaAlvCntVal 3;
+BA_ "NetworkRequestHoldingTime" SG_ 250 HCU_RspaAlvCntVal 0;
+BA_ "RoutingFactor" SG_ 250 HCU_RspaAlvCntVal 5;
+BA_ "Version" SG_ 250 HCU_RspaAlvCntVal "19.01.12";
+BA_ "Description" SG_ 250 HCU_RspaSta "HCU RSPA Cooperative control state";
+BA_ "GenSigStartValue" SG_ 250 HCU_RspaSta 0;
+BA_ "UserSigValidity" SG_ 250 HCU_RspaSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 250 HCU_RspaSta 0;
+BA_ "RoutingFactor" SG_ 250 HCU_RspaSta 5;
+BA_ "Version" SG_ 250 HCU_RspaSta "19.01.12";
+BA_ "Description" SG_ 250 HCU_AlvCnt3Val "For the first transmission request for a data element the counter shall be initialized with 0 and shall be incremented by 1 for every subsequent send request. 
+
+When the counter reaches the maximum value(0xFF), then it shall restart with 0 for the next send request";
+BA_ "GenSigStartValue" SG_ 250 HCU_AlvCnt3Val 0;
+BA_ "UserSigValidity" SG_ 250 HCU_AlvCnt3Val 3;
+BA_ "NetworkRequestHoldingTime" SG_ 250 HCU_AlvCnt3Val 0;
+BA_ "RoutingFactor" SG_ 250 HCU_AlvCnt3Val 5;
+BA_ "Version" SG_ 250 HCU_AlvCnt3Val "18.11.08";
+BA_ "Description" SG_ 250 HCU_RspaCanFailSta "HCU RSPA CAN Fail Status";
+BA_ "GenSigStartValue" SG_ 250 HCU_RspaCanFailSta 0;
+BA_ "UserSigValidity" SG_ 250 HCU_RspaCanFailSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 250 HCU_RspaCanFailSta 0;
+BA_ "RoutingFactor" SG_ 250 HCU_RspaCanFailSta 5;
+BA_ "Version" SG_ 250 HCU_RspaCanFailSta "19.01.12";
+BA_ "Description" SG_ 250 HCU_DrvWhlDmndTqNmVal "Driver's Demand Torque Restricted by Battery Limit and HHT Temperature (If MSB of high byte is 1, (PH) = 1 * (HEX) ? 65536 [Nm]
+
+else (PH) = 1 * (HEX) [Nm])";
+BA_ "GenSigStartValue" SG_ 250 HCU_DrvWhlDmndTqNmVal 0;
+BA_ "UserSigValidity" SG_ 250 HCU_DrvWhlDmndTqNmVal 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 250 HCU_DrvWhlDmndTqNmVal 500;
+BA_ "NetworkRequestHoldingTime" SG_ 250 HCU_DrvWhlDmndTqNmVal 0;
+BA_ "RoutingFactor" SG_ 250 HCU_DrvWhlDmndTqNmVal 5;
+BA_ "Version" SG_ 250 HCU_DrvWhlDmndTqNmVal "18.08.02";
+BA_ "Description" SG_ 250 HCU_DucUsrSetCluSta "DUC User Setting Pop Up for Cluster";
+BA_ "GenSigStartValue" SG_ 250 HCU_DucUsrSetCluSta 0;
+BA_ "UserSigValidity" SG_ 250 HCU_DucUsrSetCluSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 250 HCU_DucUsrSetCluSta 0;
+BA_ "RoutingFactor" SG_ 250 HCU_DucUsrSetCluSta 5;
+BA_ "Version" SG_ 250 HCU_DucUsrSetCluSta "18.08.02";
+BA_ "Description" SG_ 250 HCU_DucVal "Drive Until Charge for AUTO CdCs";
+BA_ "GenSigStartValue" SG_ 250 HCU_DucVal 0;
+BA_ "UserSigValidity" SG_ 250 HCU_DucVal 3;
+BA_ "NetworkRequestHoldingTime" SG_ 250 HCU_DucVal 0;
+BA_ "RoutingFactor" SG_ 250 HCU_DucVal 5;
+BA_ "Version" SG_ 250 HCU_DucVal "18.08.02";
+BA_ "Description" SG_ 250 HCU_EstAccelPdlPcVal "Speed Control Status";
+BA_ "GenSigStartValue" SG_ 250 HCU_EstAccelPdlPcVal 0;
+BA_ "UserSigValidity" SG_ 250 HCU_EstAccelPdlPcVal 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 250 HCU_EstAccelPdlPcVal 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 250 HCU_EstAccelPdlPcVal 500;
+BA_ "NetworkRequestHoldingTime" SG_ 250 HCU_EstAccelPdlPcVal 0;
+BA_ "RoutingFactor" SG_ 250 HCU_EstAccelPdlPcVal 5;
+BA_ "Version" SG_ 250 HCU_EstAccelPdlPcVal "18.08.02";
+BA_ "Description" SG_ 250 HCU_EstApsSelSta "HCU Estimated APS Select when Cruise Mode";
+BA_ "GenSigStartValue" SG_ 250 HCU_EstApsSelSta 0;
+BA_ "UserSigValidity" SG_ 250 HCU_EstApsSelSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 250 HCU_EstApsSelSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 250 HCU_EstApsSelSta 0;
+BA_ "RoutingFactor" SG_ 250 HCU_EstApsSelSta 5;
+BA_ "Version" SG_ 250 HCU_EstApsSelSta "18.08.02";
+BA_ "Description" SG_ 250 HCU_GreenZoneDrvModSta "0x0:Default (USM 미 표출 (메뉴삭제))
+
+0x1:Off (USM 표출 Off 상태 표시)
+
+0x2:On (USM 표출 On 상태 표시
+
+0x3:reserved";
+BA_ "GenSigStartValue" SG_ 250 HCU_GreenZoneDrvModSta 0;
+BA_ "UserSigValidity" SG_ 250 HCU_GreenZoneDrvModSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 250 HCU_GreenZoneDrvModSta 0;
+BA_ "RoutingFactor" SG_ 250 HCU_GreenZoneDrvModSta 5;
+BA_ "Version" SG_ 250 HCU_GreenZoneDrvModSta "18.08.02";
+BA_ "Description" SG_ 250 HCU_GreenZoneLmpDis "Indicate Green Zone Area";
+BA_ "GenSigStartValue" SG_ 250 HCU_GreenZoneLmpDis 0;
+BA_ "UserSigValidity" SG_ 250 HCU_GreenZoneLmpDis 3;
+BA_ "NetworkRequestHoldingTime" SG_ 250 HCU_GreenZoneLmpDis 0;
+BA_ "RoutingFactor" SG_ 250 HCU_GreenZoneLmpDis 5;
+BA_ "Version" SG_ 250 HCU_GreenZoneLmpDis "18.08.02";
+BA_ "Description" SG_ 250 HCU_HcuRdySta "Hybrid Control Unit ready";
+BA_ "GenSigStartValue" SG_ 250 HCU_HcuRdySta 0;
+BA_ "UserSigValidity" SG_ 250 HCU_HcuRdySta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 250 HCU_HcuRdySta 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 250 HCU_HcuRdySta 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 250 HCU_HcuRdySta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 250 HCU_HcuRdySta 0;
+BA_ "RoutingFactor" SG_ 250 HCU_HcuRdySta 5;
+BA_ "Version" SG_ 250 HCU_HcuRdySta "18.08.02";
+BA_ "Description" SG_ 250 HCU_HEVRdyDis "This signal indicates whether “READY” lamp on cluster turns on or off.";
+BA_ "GenSigStartValue" SG_ 250 HCU_HEVRdyDis 0;
+BA_ "UserSigValidity" SG_ 250 HCU_HEVRdyDis 3;
+BA_ "NetworkRequestHoldingTime" SG_ 250 HCU_HEVRdyDis 0;
+BA_ "RoutingFactor" SG_ 250 HCU_HEVRdyDis 5;
+BA_ "Version" SG_ 250 HCU_HEVRdyDis "18.08.02";
+BA_ "Description" SG_ 250 HCU_HevRdySta "Hybrid Vehicle Drivable ready";
+BA_ "GenSigStartValue" SG_ 250 HCU_HevRdySta 0;
+BA_ "UserSigValidity" SG_ 250 HCU_HevRdySta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 250 HCU_HevRdySta 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 250 HCU_HevRdySta 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 250 HCU_HevRdySta 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ OPU SG_ 250 HCU_HevRdySta 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ IBU SG_ 250 HCU_HevRdySta 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SBW_SHFTR_FF SG_ 250 HCU_HevRdySta 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 250 HCU_HevRdySta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 250 HCU_HevRdySta 0;
+BA_ "RoutingFactor" SG_ 250 HCU_HevRdySta 5;
+BA_ "Version" SG_ 250 HCU_HevRdySta "18.08.02";
+BA_ "Description" SG_ 250 HCU_LimpOffSta "Limp off the road";
+BA_ "GenSigStartValue" SG_ 250 HCU_LimpOffSta 0;
+BA_ "UserSigValidity" SG_ 250 HCU_LimpOffSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 250 HCU_LimpOffSta 0;
+BA_ "RoutingFactor" SG_ 250 HCU_LimpOffSta 5;
+BA_ "Version" SG_ 250 HCU_LimpOffSta "18.08.02";
+BA_ "Description" SG_ 250 HCU_MILOnReq "HCU sends this signal to turn on the Malfunction Indicator Lamp (MIL).";
+BA_ "GenSigStartValue" SG_ 250 HCU_MILOnReq 0;
+BA_ "UserSigValidity" SG_ 250 HCU_MILOnReq 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 250 HCU_MILOnReq 500;
+BA_ "NetworkRequestHoldingTime" SG_ 250 HCU_MILOnReq 0;
+BA_ "RoutingFactor" SG_ 250 HCU_MILOnReq 5;
+BA_ "Version" SG_ 250 HCU_MILOnReq "18.08.02";
+BA_ "Description" SG_ 250 HCU_PhevAutoModOnSta "PHEV Auto CD CS Mode";
+BA_ "GenSigStartValue" SG_ 250 HCU_PhevAutoModOnSta 0;
+BA_ "UserSigValidity" SG_ 250 HCU_PhevAutoModOnSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 250 HCU_PhevAutoModOnSta 0;
+BA_ "RoutingFactor" SG_ 250 HCU_PhevAutoModOnSta 5;
+BA_ "Version" SG_ 250 HCU_PhevAutoModOnSta "18.08.02";
+BA_ "Description" SG_ 250 HCU_SccDrvOvrdReq "CF_Hcu_Ovrride ※ Start Value : set bit 
+
+Override Drive by driver request during SCC";
+BA_ "GenSigStartValue" SG_ 250 HCU_SccDrvOvrdReq 0;
+BA_ "UserSigValidity" SG_ 250 HCU_SccDrvOvrdReq 3;
+BA_ "NetworkRequestHoldingTime" SG_ 250 HCU_SccDrvOvrdReq 0;
+BA_ "RoutingFactor" SG_ 250 HCU_SccDrvOvrdReq 5;
+BA_ "Version" SG_ 250 HCU_SccDrvOvrdReq "18.08.02";
+BA_ "Description" SG_ 250 HCU_SccEnblSta "Smart Cruise Control Enable";
+BA_ "GenSigStartValue" SG_ 250 HCU_SccEnblSta 0;
+BA_ "UserSigValidity" SG_ 250 HCU_SccEnblSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 250 HCU_SccEnblSta 0;
+BA_ "RoutingFactor" SG_ 250 HCU_SccEnblSta 5;
+BA_ "Version" SG_ 250 HCU_SccEnblSta "18.08.02";
+BA_ "Description" SG_ 250 HCU_SlwDnSta "HCU determine slowdown state when HCU received slowdown command from TMU";
+BA_ "GenSigStartValue" SG_ 250 HCU_SlwDnSta 0;
+BA_ "UserSigValidity" SG_ 250 HCU_SlwDnSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 250 HCU_SlwDnSta 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 250 HCU_SlwDnSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 250 HCU_SlwDnSta 0;
+BA_ "RoutingFactor" SG_ 250 HCU_SlwDnSta 5;
+BA_ "Version" SG_ 250 HCU_SlwDnSta "18.08.02";
+BA_ "Description" SG_ 250 HCU_SmrtEcoGdDis "This signal indicates whether Smart eco guide displays or not. Display equipment(clutster) follows the direction of the value of this signal.";
+BA_ "GenSigStartValue" SG_ 250 HCU_SmrtEcoGdDis 0;
+BA_ "UserSigValidity" SG_ 250 HCU_SmrtEcoGdDis 3;
+BA_ "NetworkRequestHoldingTime" SG_ 250 HCU_SmrtEcoGdDis 0;
+BA_ "RoutingFactor" SG_ 250 HCU_SmrtEcoGdDis 5;
+BA_ "Version" SG_ 250 HCU_SmrtEcoGdDis "18.08.02";
+BA_ "Description" SG_ 250 HCU_SmrtEcoLvlDis "This signal is used on the cluster which displays the current driver's demand for Smart eco guide.";
+BA_ "GenSigStartValue" SG_ 250 HCU_SmrtEcoLvlDis 0;
+BA_ "UserSigValidity" SG_ 250 HCU_SmrtEcoLvlDis 3;
+BA_ "NetworkRequestHoldingTime" SG_ 250 HCU_SmrtEcoLvlDis 0;
+BA_ "RoutingFactor" SG_ 250 HCU_SmrtEcoLvlDis 5;
+BA_ "Version" SG_ 250 HCU_SmrtEcoLvlDis "18.08.02";
+BA_ "Description" SG_ 250 HCU_SmrtEcoRngDis "This signal is used on the cluster which guides a driver to drive the car economically.It is variable regarding driving condition such as the road, traffic and so on.";
+BA_ "GenSigStartValue" SG_ 250 HCU_SmrtEcoRngDis 0;
+BA_ "UserSigValidity" SG_ 250 HCU_SmrtEcoRngDis 3;
+BA_ "NetworkRequestHoldingTime" SG_ 250 HCU_SmrtEcoRngDis 0;
+BA_ "RoutingFactor" SG_ 250 HCU_SmrtEcoRngDis 5;
+BA_ "Version" SG_ 250 HCU_SmrtEcoRngDis "18.08.02";
+BA_ "GenMsgSendType" BO_ 554 0;
+BA_ "GenMsgCycleTime" BO_ 554 100;
+BA_ "GenMsgCycleTimeFast" BO_ 554 0;
+BA_ "GenMsgNrOfRepetition" BO_ 554 0;
+BA_ "GenMsgStartDelayTime" BO_ 554 0;
+BA_ "VFrameFormat" BO_ 554 14;
+BA_ "Description" SG_ 554 HCU_Crc4Val "The data area for CRC calculation is based on the data length (DLC) of the message DB.
+
+The CRC shall be calculated over the entire data block (excluding the CRC bytes) including the user data, alive counter and Data ID
+
+ 
+
+- CRC Polynomial (0x1021) , Initial Value : 0xFFFF, XOR value : 0x0000, Data ID : Message ID + 0xF800 
+
+- The initial value is for CRC calculation and the message should be sent with the calculated result value. 
+
+- The mathematical expression to 16 bit CRC polynomial is given here. G(x) = x16 + x12 + x5 + 1";
+BA_ "GenSigStartValue" SG_ 554 HCU_Crc4Val 65535;
+BA_ "UserSigValidity" SG_ 554 HCU_Crc4Val 5;
+BA_ "NetworkRequestHoldingTime" SG_ 554 HCU_Crc4Val 0;
+BA_ "RoutingFactor" SG_ 554 HCU_Crc4Val 2;
+BA_ "Version" SG_ 554 HCU_Crc4Val "18.11.08";
+BA_ "Description" SG_ 554 HCU_HiFuelEfncyVal "The signal indicates high fuel efficieny percent";
+BA_ "GenSigStartValue" SG_ 554 HCU_HiFuelEfncyVal 0;
+BA_ "UserSigValidity" SG_ 554 HCU_HiFuelEfncyVal 3;
+BA_ "NetworkRequestHoldingTime" SG_ 554 HCU_HiFuelEfncyVal 0;
+BA_ "RoutingFactor" SG_ 554 HCU_HiFuelEfncyVal 2;
+BA_ "Version" SG_ 554 HCU_HiFuelEfncyVal "18.08.02";
+BA_ "Description" SG_ 554 HCU_IG3RlyModSta "IG3 Relay Mode";
+BA_ "GenSigStartValue" SG_ 554 HCU_IG3RlyModSta 0;
+BA_ "UserSigValidity" SG_ 554 HCU_IG3RlyModSta 5;
+BA_ "NetworkRequestHoldingTime" SG_ 554 HCU_IG3RlyModSta 0;
+BA_ "RoutingFactor" SG_ 554 HCU_IG3RlyModSta 2;
+BA_ "Version" SG_ 554 HCU_IG3RlyModSta "18.08.02";
+BA_ "Description" SG_ 554 HCU_IG3RlyOnlySta "Status of IG3 Relay Only";
+BA_ "GenSigStartValue" SG_ 554 HCU_IG3RlyOnlySta 0;
+BA_ "UserSigValidity" SG_ 554 HCU_IG3RlyOnlySta 5;
+BA_ "NetworkRequestHoldingTime" SG_ 554 HCU_IG3RlyOnlySta 0;
+BA_ "RoutingFactor" SG_ 554 HCU_IG3RlyOnlySta 2;
+BA_ "Version" SG_ 554 HCU_IG3RlyOnlySta "18.08.02";
+BA_ "Description" SG_ 554 HCU_IG3RlyOnReq "IG3 Relay on/off Request by HCU";
+BA_ "GenSigStartValue" SG_ 554 HCU_IG3RlyOnReq 0;
+BA_ "UserSigValidity" SG_ 554 HCU_IG3RlyOnReq 7;
+BA_ "NetworkRequestHoldingTime" SG_ 554 HCU_IG3RlyOnReq 0;
+BA_ "RoutingFactor" SG_ 554 HCU_IG3RlyOnReq 2;
+BA_ "Version" SG_ 554 HCU_IG3RlyOnReq "18.08.02";
+BA_ "Description" SG_ 554 HCU_LoFuelEfncyVal "The signal indicates low fuel efficieny percent";
+BA_ "GenSigStartValue" SG_ 554 HCU_LoFuelEfncyVal 0;
+BA_ "UserSigValidity" SG_ 554 HCU_LoFuelEfncyVal 3;
+BA_ "NetworkRequestHoldingTime" SG_ 554 HCU_LoFuelEfncyVal 0;
+BA_ "RoutingFactor" SG_ 554 HCU_LoFuelEfncyVal 2;
+BA_ "Version" SG_ 554 HCU_LoFuelEfncyVal "18.08.02";
+BA_ "Description" SG_ 554 HCU_MainRlyOnReq "Main Relay-On Request on IG-On";
+BA_ "GenSigStartValue" SG_ 554 HCU_MainRlyOnReq 0;
+BA_ "UserSigValidity" SG_ 554 HCU_MainRlyOnReq 5;
+BA_ "NetworkRequestHoldingTime" SG_ 554 HCU_MainRlyOnReq 0;
+BA_ "RoutingFactor" SG_ 554 HCU_MainRlyOnReq 2;
+BA_ "Version" SG_ 554 HCU_MainRlyOnReq "18.08.02";
+BA_ "Description" SG_ 554 HCU_ChgCycSta "Charge Cycle";
+BA_ "GenSigStartValue" SG_ 554 HCU_ChgCycSta 0;
+BA_ "UserSigValidity" SG_ 554 HCU_ChgCycSta 7;
+BA_ "NetworkRequestHoldingTime" SG_ 554 HCU_ChgCycSta 0;
+BA_ "RoutingFactor" SG_ 554 HCU_ChgCycSta 2;
+BA_ "Version" SG_ 554 HCU_ChgCycSta "19.04.06";
+BA_ "Description" SG_ 554 HCU_MtrDisChrgMaxTqPcVal "Motor Maximum Torque Limit On Motoring (PH) [Nm] = 0.1953125 * (HEX) [%]";
+BA_ "GenSigStartValue" SG_ 554 HCU_MtrDisChrgMaxTqPcVal 0;
+BA_ "UserSigValidity" SG_ 554 HCU_MtrDisChrgMaxTqPcVal 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 554 HCU_MtrDisChrgMaxTqPcVal 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 554 HCU_MtrDisChrgMaxTqPcVal 0;
+BA_ "RoutingFactor" SG_ 554 HCU_MtrDisChrgMaxTqPcVal 2;
+BA_ "Version" SG_ 554 HCU_MtrDisChrgMaxTqPcVal "18.08.02";
+BA_ "Description" SG_ 554 HCU_MtrGenPwrVal "This signal is present and the motor is used to indicate the amount of power. It represents only the amount to be used for driving and regenerative braking are excluded. This is for the information displayed in the AVN. The values ??displayed in the actual charge of the operation in the AVN.";
+BA_ "GenSigStartValue" SG_ 554 HCU_MtrGenPwrVal 0;
+BA_ "UserSigValidity" SG_ 554 HCU_MtrGenPwrVal 3;
+BA_ "NetworkRequestHoldingTime" SG_ 554 HCU_MtrGenPwrVal 0;
+BA_ "RoutingFactor" SG_ 554 HCU_MtrGenPwrVal 2;
+BA_ "Version" SG_ 554 HCU_MtrGenPwrVal "18.08.02";
+BA_ "Description" SG_ 554 HCU_MtrMaxTqPcVal "Motor Maximum Torque Limit On Generating (PH) [Nm] = 0.1953125 * (HEV) [%]";
+BA_ "GenSigStartValue" SG_ 554 HCU_MtrMaxTqPcVal 0;
+BA_ "UserSigValidity" SG_ 554 HCU_MtrMaxTqPcVal 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 554 HCU_MtrMaxTqPcVal 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 554 HCU_MtrMaxTqPcVal 0;
+BA_ "RoutingFactor" SG_ 554 HCU_MtrMaxTqPcVal 2;
+BA_ "Version" SG_ 554 HCU_MtrMaxTqPcVal "18.08.02";
+BA_ "Description" SG_ 554 HCU_NrmlFuelEfncyVal "The signal indicates normal fuel efficieny percent";
+BA_ "GenSigStartValue" SG_ 554 HCU_NrmlFuelEfncyVal 0;
+BA_ "UserSigValidity" SG_ 554 HCU_NrmlFuelEfncyVal 3;
+BA_ "NetworkRequestHoldingTime" SG_ 554 HCU_NrmlFuelEfncyVal 0;
+BA_ "RoutingFactor" SG_ 554 HCU_NrmlFuelEfncyVal 2;
+BA_ "Version" SG_ 554 HCU_NrmlFuelEfncyVal "18.08.02";
+BA_ "Description" SG_ 554 HCU_PhevDrvModIndSta "PHEV Dirve mode indication (mode trans./fail status for cluster)";
+BA_ "GenSigStartValue" SG_ 554 HCU_PhevDrvModIndSta 0;
+BA_ "UserSigValidity" SG_ 554 HCU_PhevDrvModIndSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 554 HCU_PhevDrvModIndSta 0;
+BA_ "RoutingFactor" SG_ 554 HCU_PhevDrvModIndSta 2;
+BA_ "Version" SG_ 554 HCU_PhevDrvModIndSta "18.08.02";
+BA_ "Description" SG_ 554 HCU_AlvCnt4Val "For the first transmission request for a data element the counter shall be initialized with 0 and shall be incremented by 1 for every subsequent send request. 
+
+When the counter reaches the maximum value(0xFF), then it shall restart with 0 for the next send request";
+BA_ "GenSigStartValue" SG_ 554 HCU_AlvCnt4Val 0;
+BA_ "UserSigValidity" SG_ 554 HCU_AlvCnt4Val 5;
+BA_ "NetworkRequestHoldingTime" SG_ 554 HCU_AlvCnt4Val 0;
+BA_ "RoutingFactor" SG_ 554 HCU_AlvCnt4Val 2;
+BA_ "Version" SG_ 554 HCU_AlvCnt4Val "18.11.08";
+BA_ "Description" SG_ 554 HCU_PhevDrvModSta "PHEV Dirve mode indication (mode trans./fail status for cluster)";
+BA_ "GenSigStartValue" SG_ 554 HCU_PhevDrvModSta 0;
+BA_ "UserSigValidity" SG_ 554 HCU_PhevDrvModSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 554 HCU_PhevDrvModSta 0;
+BA_ "RoutingFactor" SG_ 554 HCU_PhevDrvModSta 2;
+BA_ "Version" SG_ 554 HCU_PhevDrvModSta "18.08.02";
+BA_ "Description" SG_ 554 HCU_PrdtvCoastIndSta "Predictive coasting indication set status (on/off)";
+BA_ "GenSigStartValue" SG_ 554 HCU_PrdtvCoastIndSta 0;
+BA_ "UserSigValidity" SG_ 554 HCU_PrdtvCoastIndSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 554 HCU_PrdtvCoastIndSta 0;
+BA_ "RoutingFactor" SG_ 554 HCU_PrdtvCoastIndSta 2;
+BA_ "Version" SG_ 554 HCU_PrdtvCoastIndSta "19.09.01";
+BA_ "Description" SG_ 554 HCU_PrdtvCoastWrngSta "Preditive coasting warning function status (on/off)";
+BA_ "GenSigStartValue" SG_ 554 HCU_PrdtvCoastWrngSta 0;
+BA_ "UserSigValidity" SG_ 554 HCU_PrdtvCoastWrngSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 554 HCU_PrdtvCoastWrngSta 0;
+BA_ "RoutingFactor" SG_ 554 HCU_PrdtvCoastWrngSta 2;
+BA_ "Version" SG_ 554 HCU_PrdtvCoastWrngSta "19.09.01";
+BA_ "Description" SG_ 554 HCU_PrgrmChrgDataSta "Programmable charging data";
+BA_ "GenSigStartValue" SG_ 554 HCU_PrgrmChrgDataSta 0;
+BA_ "UserSigValidity" SG_ 554 HCU_PrgrmChrgDataSta 5;
+BA_ "NetworkRequestHoldingTime" SG_ 554 HCU_PrgrmChrgDataSta 0;
+BA_ "RoutingFactor" SG_ 554 HCU_PrgrmChrgDataSta 2;
+BA_ "Version" SG_ 554 HCU_PrgrmChrgDataSta "18.08.02";
+BA_ "Description" SG_ 554 HCU_PrgrmChrgOptSta "Programmable charging option";
+BA_ "GenSigStartValue" SG_ 554 HCU_PrgrmChrgOptSta 0;
+BA_ "UserSigValidity" SG_ 554 HCU_PrgrmChrgOptSta 5;
+BA_ "NetworkRequestHoldingTime" SG_ 554 HCU_PrgrmChrgOptSta 0;
+BA_ "RoutingFactor" SG_ 554 HCU_PrgrmChrgOptSta 2;
+BA_ "Version" SG_ 554 HCU_PrgrmChrgOptSta "18.08.02";
+BA_ "Description" SG_ 554 HCU_PrgrmChrgSet1FriSta "Friday set for programmable charging set1";
+BA_ "GenSigStartValue" SG_ 554 HCU_PrgrmChrgSet1FriSta 0;
+BA_ "UserSigValidity" SG_ 554 HCU_PrgrmChrgSet1FriSta 5;
+BA_ "NetworkRequestHoldingTime" SG_ 554 HCU_PrgrmChrgSet1FriSta 0;
+BA_ "RoutingFactor" SG_ 554 HCU_PrgrmChrgSet1FriSta 2;
+BA_ "Version" SG_ 554 HCU_PrgrmChrgSet1FriSta "18.08.02";
+BA_ "Description" SG_ 554 HCU_PrgrmChrgSet1ModSta "Charging mode for programmable charging set1";
+BA_ "GenSigStartValue" SG_ 554 HCU_PrgrmChrgSet1ModSta 0;
+BA_ "UserSigValidity" SG_ 554 HCU_PrgrmChrgSet1ModSta 5;
+BA_ "NetworkRequestHoldingTime" SG_ 554 HCU_PrgrmChrgSet1ModSta 0;
+BA_ "RoutingFactor" SG_ 554 HCU_PrgrmChrgSet1ModSta 2;
+BA_ "Version" SG_ 554 HCU_PrgrmChrgSet1ModSta "18.08.02";
+BA_ "Description" SG_ 554 HCU_PrgrmChrgSet1MonSta "Monday set for programmable charging set1";
+BA_ "GenSigStartValue" SG_ 554 HCU_PrgrmChrgSet1MonSta 0;
+BA_ "UserSigValidity" SG_ 554 HCU_PrgrmChrgSet1MonSta 5;
+BA_ "NetworkRequestHoldingTime" SG_ 554 HCU_PrgrmChrgSet1MonSta 0;
+BA_ "RoutingFactor" SG_ 554 HCU_PrgrmChrgSet1MonSta 2;
+BA_ "Version" SG_ 554 HCU_PrgrmChrgSet1MonSta "18.08.02";
+BA_ "Description" SG_ 554 HCU_PrgrmChrgSet1SatSta "Saturday set for programmable charging set1";
+BA_ "GenSigStartValue" SG_ 554 HCU_PrgrmChrgSet1SatSta 0;
+BA_ "UserSigValidity" SG_ 554 HCU_PrgrmChrgSet1SatSta 5;
+BA_ "NetworkRequestHoldingTime" SG_ 554 HCU_PrgrmChrgSet1SatSta 0;
+BA_ "RoutingFactor" SG_ 554 HCU_PrgrmChrgSet1SatSta 2;
+BA_ "Version" SG_ 554 HCU_PrgrmChrgSet1SatSta "18.08.02";
+BA_ "Description" SG_ 554 HCU_PrgrmChrgSet1Sta "Set for programmable charging set1";
+BA_ "GenSigStartValue" SG_ 554 HCU_PrgrmChrgSet1Sta 0;
+BA_ "UserSigValidity" SG_ 554 HCU_PrgrmChrgSet1Sta 5;
+BA_ "NetworkRequestHoldingTime" SG_ 554 HCU_PrgrmChrgSet1Sta 0;
+BA_ "RoutingFactor" SG_ 554 HCU_PrgrmChrgSet1Sta 2;
+BA_ "Version" SG_ 554 HCU_PrgrmChrgSet1Sta "18.08.02";
+BA_ "Description" SG_ 554 HCU_PrgrmChrgSet1StpDataVal "Stop data for programmable charging set1";
+BA_ "GenSigStartValue" SG_ 554 HCU_PrgrmChrgSet1StpDataVal 0;
+BA_ "UserSigValidity" SG_ 554 HCU_PrgrmChrgSet1StpDataVal 5;
+BA_ "NetworkRequestHoldingTime" SG_ 554 HCU_PrgrmChrgSet1StpDataVal 0;
+BA_ "RoutingFactor" SG_ 554 HCU_PrgrmChrgSet1StpDataVal 2;
+BA_ "Version" SG_ 554 HCU_PrgrmChrgSet1StpDataVal "18.08.02";
+BA_ "Description" SG_ 554 HCU_PrgrmChrgSet1StpHrVal "Stop hour for programmable charging set1";
+BA_ "GenSigStartValue" SG_ 554 HCU_PrgrmChrgSet1StpHrVal 0;
+BA_ "UserSigValidity" SG_ 554 HCU_PrgrmChrgSet1StpHrVal 5;
+BA_ "NetworkRequestHoldingTime" SG_ 554 HCU_PrgrmChrgSet1StpHrVal 0;
+BA_ "RoutingFactor" SG_ 554 HCU_PrgrmChrgSet1StpHrVal 2;
+BA_ "Version" SG_ 554 HCU_PrgrmChrgSet1StpHrVal "18.08.02";
+BA_ "Description" SG_ 554 HCU_PrgrmChrgSet1StpMinVal "Stop minute for programmable charging set1";
+BA_ "GenSigStartValue" SG_ 554 HCU_PrgrmChrgSet1StpMinVal 0;
+BA_ "UserSigValidity" SG_ 554 HCU_PrgrmChrgSet1StpMinVal 5;
+BA_ "NetworkRequestHoldingTime" SG_ 554 HCU_PrgrmChrgSet1StpMinVal 0;
+BA_ "RoutingFactor" SG_ 554 HCU_PrgrmChrgSet1StpMinVal 2;
+BA_ "Version" SG_ 554 HCU_PrgrmChrgSet1StpMinVal "18.08.02";
+BA_ "Description" SG_ 554 HCU_PrgrmChrgSet1StpOptSta "Stop option for programmable charging set1";
+BA_ "GenSigStartValue" SG_ 554 HCU_PrgrmChrgSet1StpOptSta 0;
+BA_ "UserSigValidity" SG_ 554 HCU_PrgrmChrgSet1StpOptSta 5;
+BA_ "NetworkRequestHoldingTime" SG_ 554 HCU_PrgrmChrgSet1StpOptSta 0;
+BA_ "RoutingFactor" SG_ 554 HCU_PrgrmChrgSet1StpOptSta 2;
+BA_ "Version" SG_ 554 HCU_PrgrmChrgSet1StpOptSta "18.08.02";
+BA_ "Description" SG_ 554 HCU_PrgrmChrgSet1StrtHrVal "Start hour for programmable charging set1";
+BA_ "GenSigStartValue" SG_ 554 HCU_PrgrmChrgSet1StrtHrVal 0;
+BA_ "UserSigValidity" SG_ 554 HCU_PrgrmChrgSet1StrtHrVal 5;
+BA_ "NetworkRequestHoldingTime" SG_ 554 HCU_PrgrmChrgSet1StrtHrVal 0;
+BA_ "RoutingFactor" SG_ 554 HCU_PrgrmChrgSet1StrtHrVal 2;
+BA_ "Version" SG_ 554 HCU_PrgrmChrgSet1StrtHrVal "18.08.02";
+BA_ "Description" SG_ 554 HCU_PrgrmChrgSet1StrtMinVal "Start minute for programmable charging set1";
+BA_ "GenSigStartValue" SG_ 554 HCU_PrgrmChrgSet1StrtMinVal 0;
+BA_ "UserSigValidity" SG_ 554 HCU_PrgrmChrgSet1StrtMinVal 5;
+BA_ "NetworkRequestHoldingTime" SG_ 554 HCU_PrgrmChrgSet1StrtMinVal 0;
+BA_ "RoutingFactor" SG_ 554 HCU_PrgrmChrgSet1StrtMinVal 2;
+BA_ "Version" SG_ 554 HCU_PrgrmChrgSet1StrtMinVal "18.08.02";
+BA_ "Description" SG_ 554 HCU_PrgrmChrgSet1SunSta "Sunday set for programmable charging set1";
+BA_ "GenSigStartValue" SG_ 554 HCU_PrgrmChrgSet1SunSta 0;
+BA_ "UserSigValidity" SG_ 554 HCU_PrgrmChrgSet1SunSta 5;
+BA_ "NetworkRequestHoldingTime" SG_ 554 HCU_PrgrmChrgSet1SunSta 0;
+BA_ "RoutingFactor" SG_ 554 HCU_PrgrmChrgSet1SunSta 2;
+BA_ "Version" SG_ 554 HCU_PrgrmChrgSet1SunSta "18.08.02";
+BA_ "Description" SG_ 554 HCU_PrgrmChrgSet1ThuSta "Thursday set for programmable charging set1";
+BA_ "GenSigStartValue" SG_ 554 HCU_PrgrmChrgSet1ThuSta 0;
+BA_ "UserSigValidity" SG_ 554 HCU_PrgrmChrgSet1ThuSta 5;
+BA_ "NetworkRequestHoldingTime" SG_ 554 HCU_PrgrmChrgSet1ThuSta 0;
+BA_ "RoutingFactor" SG_ 554 HCU_PrgrmChrgSet1ThuSta 2;
+BA_ "Version" SG_ 554 HCU_PrgrmChrgSet1ThuSta "18.08.02";
+BA_ "Description" SG_ 554 HCU_PrgrmChrgSet1TueSta "Tuesday set for programmable charging set1";
+BA_ "GenSigStartValue" SG_ 554 HCU_PrgrmChrgSet1TueSta 0;
+BA_ "UserSigValidity" SG_ 554 HCU_PrgrmChrgSet1TueSta 5;
+BA_ "NetworkRequestHoldingTime" SG_ 554 HCU_PrgrmChrgSet1TueSta 0;
+BA_ "RoutingFactor" SG_ 554 HCU_PrgrmChrgSet1TueSta 2;
+BA_ "Version" SG_ 554 HCU_PrgrmChrgSet1TueSta "18.08.02";
+BA_ "Description" SG_ 554 HCU_PrgrmChrgSet1WedSta "Wednesday set for programmable charging set1";
+BA_ "GenSigStartValue" SG_ 554 HCU_PrgrmChrgSet1WedSta 0;
+BA_ "UserSigValidity" SG_ 554 HCU_PrgrmChrgSet1WedSta 5;
+BA_ "NetworkRequestHoldingTime" SG_ 554 HCU_PrgrmChrgSet1WedSta 0;
+BA_ "RoutingFactor" SG_ 554 HCU_PrgrmChrgSet1WedSta 2;
+BA_ "Version" SG_ 554 HCU_PrgrmChrgSet1WedSta "18.08.02";
+BA_ "Description" SG_ 554 HCU_PrgrmChrgSet4MonSta "Programmable Charging Day Set4";
+BA_ "GenSigStartValue" SG_ 554 HCU_PrgrmChrgSet4MonSta 0;
+BA_ "UserSigValidity" SG_ 554 HCU_PrgrmChrgSet4MonSta 5;
+BA_ "NetworkRequestHoldingTime" SG_ 554 HCU_PrgrmChrgSet4MonSta 0;
+BA_ "RoutingFactor" SG_ 554 HCU_PrgrmChrgSet4MonSta 2;
+BA_ "Version" SG_ 554 HCU_PrgrmChrgSet4MonSta "18.08.02";
+BA_ "Description" SG_ 554 HCU_PrgrmChrgSet4Sta "Programmable Charging Set4";
+BA_ "GenSigStartValue" SG_ 554 HCU_PrgrmChrgSet4Sta 0;
+BA_ "UserSigValidity" SG_ 554 HCU_PrgrmChrgSet4Sta 5;
+BA_ "NetworkRequestHoldingTime" SG_ 554 HCU_PrgrmChrgSet4Sta 0;
+BA_ "RoutingFactor" SG_ 554 HCU_PrgrmChrgSet4Sta 2;
+BA_ "Version" SG_ 554 HCU_PrgrmChrgSet4Sta "18.08.02";
+BA_ "Description" SG_ 554 HCU_PrgrmChrgSetSta "Activation of programmable charging set";
+BA_ "GenSigStartValue" SG_ 554 HCU_PrgrmChrgSetSta 0;
+BA_ "UserSigValidity" SG_ 554 HCU_PrgrmChrgSetSta 5;
+BA_ "NetworkRequestHoldingTime" SG_ 554 HCU_PrgrmChrgSetSta 0;
+BA_ "RoutingFactor" SG_ 554 HCU_PrgrmChrgSetSta 2;
+BA_ "Version" SG_ 554 HCU_PrgrmChrgSetSta "18.08.02";
+BA_ "Description" SG_ 554 HCU_PrgrmChrgStpReq "Programmable Charging Stop Request";
+BA_ "GenSigStartValue" SG_ 554 HCU_PrgrmChrgStpReq 0;
+BA_ "UserSigValidity" SG_ 554 HCU_PrgrmChrgStpReq 5;
+BA_ "NetworkRequestHoldingTime" SG_ 554 HCU_PrgrmChrgStpReq 0;
+BA_ "RoutingFactor" SG_ 554 HCU_PrgrmChrgStpReq 2;
+BA_ "Version" SG_ 554 HCU_PrgrmChrgStpReq "18.08.02";
+BA_ "Description" SG_ 554 HCU_PrgrmChrgWaitModChrgIndSta "Status of programmable charging stanby";
+BA_ "GenSigStartValue" SG_ 554 HCU_PrgrmChrgWaitModChrgIndSta 0;
+BA_ "UserSigValidity" SG_ 554 HCU_PrgrmChrgWaitModChrgIndSta 5;
+BA_ "NetworkRequestHoldingTime" SG_ 554 HCU_PrgrmChrgWaitModChrgIndSta 0;
+BA_ "RoutingFactor" SG_ 554 HCU_PrgrmChrgWaitModChrgIndSta 2;
+BA_ "Version" SG_ 554 HCU_PrgrmChrgWaitModChrgIndSta "18.08.02";
+BA_ "GenSigStartValue" SG_ 554 HCU_SysShtOffWrngSta 0;
+BA_ "UserSigValidity" SG_ 554 HCU_SysShtOffWrngSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 554 HCU_SysShtOffWrngSta 0;
+BA_ "RoutingFactor" SG_ 554 HCU_SysShtOffWrngSta 2;
+BA_ "Version" SG_ 554 HCU_SysShtOffWrngSta "18.08.02";
+BA_ "Description" SG_ 554 HCU_TowLvlSta "Calculated Towing Level";
+BA_ "GenSigStartValue" SG_ 554 HCU_TowLvlSta 0;
+BA_ "UserSigValidity" SG_ 554 HCU_TowLvlSta 5;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 554 HCU_TowLvlSta 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 554 HCU_TowLvlSta 0;
+BA_ "RoutingFactor" SG_ 554 HCU_TowLvlSta 2;
+BA_ "Version" SG_ 554 HCU_TowLvlSta "18.08.02";
+BA_ "Description" SG_ 554 HCU_AuxBatChrgUsmSta "Aux. Battery Charge User Set Manul Selection Signal";
+BA_ "GenSigStartValue" SG_ 554 HCU_AuxBatChrgUsmSta 0;
+BA_ "UserSigValidity" SG_ 554 HCU_AuxBatChrgUsmSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 554 HCU_AuxBatChrgUsmSta 0;
+BA_ "RoutingFactor" SG_ 554 HCU_AuxBatChrgUsmSta 2;
+BA_ "Version" SG_ 554 HCU_AuxBatChrgUsmSta "18.08.02";
+BA_ "Description" SG_ 554 HCU_AvnWkUpReq "Wake-up signal for AVN by FATC";
+BA_ "GenSigStartValue" SG_ 554 HCU_AvnWkUpReq 0;
+BA_ "UserSigValidity" SG_ 554 HCU_AvnWkUpReq 5;
+BA_ "NetworkRequestHoldingTime" SG_ 554 HCU_AvnWkUpReq 0;
+BA_ "RoutingFactor" SG_ 554 HCU_AvnWkUpReq 2;
+BA_ "Version" SG_ 554 HCU_AvnWkUpReq "18.08.02";
+BA_ "Description" SG_ 554 HCU_ChrgCnclReq "Prog/imme charging cancel";
+BA_ "GenSigStartValue" SG_ 554 HCU_ChrgCnclReq 0;
+BA_ "UserSigValidity" SG_ 554 HCU_ChrgCnclReq 5;
+BA_ "NetworkRequestHoldingTime" SG_ 554 HCU_ChrgCnclReq 0;
+BA_ "RoutingFactor" SG_ 554 HCU_ChrgCnclReq 2;
+BA_ "Version" SG_ 554 HCU_ChrgCnclReq "18.08.02";
+BA_ "Description" SG_ 554 HCU_ChrgCtrlModSta "Charge control mode";
+BA_ "GenSigStartValue" SG_ 554 HCU_ChrgCtrlModSta 0;
+BA_ "UserSigValidity" SG_ 554 HCU_ChrgCtrlModSta 5;
+BA_ "NetworkRequestHoldingTime" SG_ 554 HCU_ChrgCtrlModSta 0;
+BA_ "RoutingFactor" SG_ 554 HCU_ChrgCtrlModSta 2;
+BA_ "Version" SG_ 554 HCU_ChrgCtrlModSta "18.08.02";
+BA_ "Description" SG_ 554 HCU_ChrgDpltModSta "This signal indicates current state of PHEV drive mode (CS/CD mode).";
+BA_ "GenSigStartValue" SG_ 554 HCU_ChrgDpltModSta 0;
+BA_ "UserSigValidity" SG_ 554 HCU_ChrgDpltModSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 554 HCU_ChrgDpltModSta 1500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 554 HCU_ChrgDpltModSta 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 554 HCU_ChrgDpltModSta 0;
+BA_ "RoutingFactor" SG_ 554 HCU_ChrgDpltModSta 2;
+BA_ "Version" SG_ 554 HCU_ChrgDpltModSta "18.08.02";
+BA_ "Description" SG_ 554 HCU_ChrgFlCnfmSta "Confirmed Resv/Imme Charge/FATC failure report";
+BA_ "GenSigStartValue" SG_ 554 HCU_ChrgFlCnfmSta 0;
+BA_ "UserSigValidity" SG_ 554 HCU_ChrgFlCnfmSta 5;
+BA_ "NetworkRequestHoldingTime" SG_ 554 HCU_ChrgFlCnfmSta 0;
+BA_ "RoutingFactor" SG_ 554 HCU_ChrgFlCnfmSta 2;
+BA_ "Version" SG_ 554 HCU_ChrgFlCnfmSta "18.08.02";
+BA_ "Description" SG_ 554 HCU_ChrgInhbtReq "Charge Inhibit";
+BA_ "GenSigStartValue" SG_ 554 HCU_ChrgInhbtReq 0;
+BA_ "UserSigValidity" SG_ 554 HCU_ChrgInhbtReq 5;
+BA_ "NetworkRequestHoldingTime" SG_ 554 HCU_ChrgInhbtReq 0;
+BA_ "RoutingFactor" SG_ 554 HCU_ChrgInhbtReq 2;
+BA_ "Version" SG_ 554 HCU_ChrgInhbtReq "18.08.02";
+BA_ "Description" SG_ 554 HCU_ClmtOpPrmssnSta "Climate Operating permission";
+BA_ "GenSigStartValue" SG_ 554 HCU_ClmtOpPrmssnSta 0;
+BA_ "UserSigValidity" SG_ 554 HCU_ClmtOpPrmssnSta 5;
+BA_ "NetworkRequestHoldingTime" SG_ 554 HCU_ClmtOpPrmssnSta 0;
+BA_ "RoutingFactor" SG_ 554 HCU_ClmtOpPrmssnSta 2;
+BA_ "Version" SG_ 554 HCU_ClmtOpPrmssnSta "18.08.02";
+BA_ "Description" SG_ 554 HCU_CoasingEvtDis "eCoasing event display";
+BA_ "GenSigStartValue" SG_ 554 HCU_CoasingEvtDis 0;
+BA_ "UserSigValidity" SG_ 554 HCU_CoasingEvtDis 3;
+BA_ "NetworkRequestHoldingTime" SG_ 554 HCU_CoasingEvtDis 0;
+BA_ "RoutingFactor" SG_ 554 HCU_CoasingEvtDis 2;
+BA_ "Version" SG_ 554 HCU_CoasingEvtDis "18.08.02";
+BA_ "Description" SG_ 554 HCU_CoastIndLmpCtrlModSta "Coasting Indication Lamp Control Mode";
+BA_ "GenSigStartValue" SG_ 554 HCU_CoastIndLmpCtrlModSta 0;
+BA_ "UserSigValidity" SG_ 554 HCU_CoastIndLmpCtrlModSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 554 HCU_CoastIndLmpCtrlModSta 0;
+BA_ "RoutingFactor" SG_ 554 HCU_CoastIndLmpCtrlModSta 2;
+BA_ "Version" SG_ 554 HCU_CoastIndLmpCtrlModSta "18.08.02";
+BA_ "Description" SG_ 554 HCU_CoastIndLmpDis "Coasting Indication Lamp Status";
+BA_ "GenSigStartValue" SG_ 554 HCU_CoastIndLmpDis 0;
+BA_ "UserSigValidity" SG_ 554 HCU_CoastIndLmpDis 3;
+BA_ "NetworkRequestHoldingTime" SG_ 554 HCU_CoastIndLmpDis 0;
+BA_ "RoutingFactor" SG_ 554 HCU_CoastIndLmpDis 2;
+BA_ "Version" SG_ 554 HCU_CoastIndLmpDis "18.08.02";
+BA_ "Description" SG_ 554 HCU_DteCalSta "DTE calculation status";
+BA_ "GenSigStartValue" SG_ 554 HCU_DteCalSta 0;
+BA_ "UserSigValidity" SG_ 554 HCU_DteCalSta 7;
+BA_ "NetworkRequestHoldingTime" SG_ 554 HCU_DteCalSta 0;
+BA_ "RoutingFactor" SG_ 554 HCU_DteCalSta 2;
+BA_ "Version" SG_ 554 HCU_DteCalSta "18.08.02";
+BA_ "Description" SG_ 554 HCU_DteOffDis "EV mode distance to empty '---' display signal";
+BA_ "GenSigStartValue" SG_ 554 HCU_DteOffDis 0;
+BA_ "UserSigValidity" SG_ 554 HCU_DteOffDis 3;
+BA_ "NetworkRequestHoldingTime" SG_ 554 HCU_DteOffDis 0;
+BA_ "RoutingFactor" SG_ 554 HCU_DteOffDis 2;
+BA_ "Version" SG_ 554 HCU_DteOffDis "18.08.02";
+BA_ "Description" SG_ 554 HCU_EcoDasFuelSvDis "Eco-DAS Fuel Saving Display Status";
+BA_ "GenSigStartValue" SG_ 554 HCU_EcoDasFuelSvDis 0;
+BA_ "UserSigValidity" SG_ 554 HCU_EcoDasFuelSvDis 3;
+BA_ "NetworkRequestHoldingTime" SG_ 554 HCU_EcoDasFuelSvDis 0;
+BA_ "RoutingFactor" SG_ 554 HCU_EcoDasFuelSvDis 2;
+BA_ "Version" SG_ 554 HCU_EcoDasFuelSvDis "18.08.02";
+BA_ "Description" SG_ 554 Hcu_BabyModAct "This Signal is used to check Baby mode application";
+BA_ "GenSigStartValue" SG_ 554 Hcu_BabyModAct 0;
+BA_ "UserSigValidity" SG_ 554 Hcu_BabyModAct 0;
+BA_ "NetworkRequestHoldingTime" SG_ 554 Hcu_BabyModAct 0;
+BA_ "RoutingFactor" SG_ 554 Hcu_BabyModAct 2;
+BA_ "Version" SG_ 554 Hcu_BabyModAct "20.02.04";
+BA_ "Description" SG_ 554 HCU_EcoDasFuelSvVal "Eco-DAS Fuel Saving Value
+
+0x0~0x3E8 : 00.00~10.00/0x3E9~0x3FE : reserved/0x3FF : Invalid";
+BA_ "GenSigStartValue" SG_ 554 HCU_EcoDasFuelSvVal 0;
+BA_ "UserSigValidity" SG_ 554 HCU_EcoDasFuelSvVal 3;
+BA_ "NetworkRequestHoldingTime" SG_ 554 HCU_EcoDasFuelSvVal 0;
+BA_ "RoutingFactor" SG_ 554 HCU_EcoDasFuelSvVal 2;
+BA_ "Version" SG_ 554 HCU_EcoDasFuelSvVal "18.08.02";
+BA_ "Description" SG_ 554 HCU_EVModDTEKmVal "EV mode Distance to Empty (km)";
+BA_ "GenSigStartValue" SG_ 554 HCU_EVModDTEKmVal 0;
+BA_ "UserSigValidity" SG_ 554 HCU_EVModDTEKmVal 3;
+BA_ "NetworkRequestHoldingTime" SG_ 554 HCU_EVModDTEKmVal 0;
+BA_ "RoutingFactor" SG_ 554 HCU_EVModDTEKmVal 2;
+BA_ "Version" SG_ 554 HCU_EVModDTEKmVal "18.08.02";
+BA_ "Description" SG_ 554 HCU_EVModDTEMileVal "Distance to empty for EV Mode (Mile)";
+BA_ "GenSigStartValue" SG_ 554 HCU_EVModDTEMileVal 0;
+BA_ "UserSigValidity" SG_ 554 HCU_EVModDTEMileVal 7;
+BA_ "NetworkRequestHoldingTime" SG_ 554 HCU_EVModDTEMileVal 0;
+BA_ "RoutingFactor" SG_ 554 HCU_EVModDTEMileVal 2;
+BA_ "Version" SG_ 554 HCU_EVModDTEMileVal "18.08.02";
+BA_ "Description" SG_ 554 HCU_FuelEfncySta "This signal indicates the current status of the Fuel Efficiency Percent.
+
+It is one of the three fuel efficiency percent, the current driver, which means that maintaining";
+BA_ "GenSigStartValue" SG_ 554 HCU_FuelEfncySta 0;
+BA_ "UserSigValidity" SG_ 554 HCU_FuelEfncySta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 554 HCU_FuelEfncySta 0;
+BA_ "RoutingFactor" SG_ 554 HCU_FuelEfncySta 2;
+BA_ "Version" SG_ 554 HCU_FuelEfncySta "18.08.02";
+BA_ "Description" SG_ 554 HCU_FuelEfncyValdtSta "This signal is the current Fuel Efficiency Percent means showing up correctly";
+BA_ "GenSigStartValue" SG_ 554 HCU_FuelEfncyValdtSta 0;
+BA_ "UserSigValidity" SG_ 554 HCU_FuelEfncyValdtSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 554 HCU_FuelEfncyValdtSta 0;
+BA_ "RoutingFactor" SG_ 554 HCU_FuelEfncyValdtSta 2;
+BA_ "Version" SG_ 554 HCU_FuelEfncyValdtSta "18.08.02";
+BA_ "Description" SG_ 554 HCU_GearBxPosNWrngSta "Gearbox shift postion N warning while driving";
+BA_ "GenSigStartValue" SG_ 554 HCU_GearBxPosNWrngSta 0;
+BA_ "UserSigValidity" SG_ 554 HCU_GearBxPosNWrngSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 554 HCU_GearBxPosNWrngSta 0;
+BA_ "RoutingFactor" SG_ 554 HCU_GearBxPosNWrngSta 2;
+BA_ "Version" SG_ 554 HCU_GearBxPosNWrngSta "18.08.02";
+BA_ "Description" SG_ 554 HCU_HevChgModSta "HEV Charge drive mode";
+BA_ "GenSigStartValue" SG_ 554 HCU_HevChgModSta 0;
+BA_ "UserSigValidity" SG_ 554 HCU_HevChgModSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 554 HCU_HevChgModSta 0;
+BA_ "RoutingFactor" SG_ 554 HCU_HevChgModSta 2;
+BA_ "Version" SG_ 554 HCU_HevChgModSta "18.08.02";
+BA_ "GenMsgSendType" BO_ 560 0;
+BA_ "GenMsgCycleTime" BO_ 560 100;
+BA_ "GenMsgCycleTimeFast" BO_ 560 0;
+BA_ "GenMsgNrOfRepetition" BO_ 560 0;
+BA_ "GenMsgStartDelayTime" BO_ 560 0;
+BA_ "VFrameFormat" BO_ 560 14;
+BA_ "Description" SG_ 560 HCU_Crc5Val "The data area for CRC calculation is based on the data length (DLC) of the message DB.
+
+The CRC shall be calculated over the entire data block (excluding the CRC bytes) including the user data, alive counter and Data ID
+
+ 
+
+- CRC Polynomial (0x1021) , Initial Value : 0xFFFF, XOR value : 0x0000, Data ID : Message ID + 0xF800 
+
+- The initial value is for CRC calculation and the message should be sent with the calculated result value. 
+
+- The mathematical expression to 16 bit CRC polynomial is given here. G(x) = x16 + x12 + x5 + 1";
+BA_ "GenSigStartValue" SG_ 560 HCU_Crc5Val 65535;
+BA_ "UserSigValidity" SG_ 560 HCU_Crc5Val 3;
+BA_ "NetworkRequestHoldingTime" SG_ 560 HCU_Crc5Val 0;
+BA_ "RoutingFactor" SG_ 560 HCU_Crc5Val 2;
+BA_ "Version" SG_ 560 HCU_Crc5Val "18.11.08";
+BA_ "Description" SG_ 560 HCU_DptMinSet1Val "Min of Departure set1";
+BA_ "GenSigStartValue" SG_ 560 HCU_DptMinSet1Val 0;
+BA_ "UserSigValidity" SG_ 560 HCU_DptMinSet1Val 5;
+BA_ "NetworkRequestHoldingTime" SG_ 560 HCU_DptMinSet1Val 0;
+BA_ "RoutingFactor" SG_ 560 HCU_DptMinSet1Val 2;
+BA_ "Version" SG_ 560 HCU_DptMinSet1Val "18.08.02";
+BA_ "Description" SG_ 560 HCU_DptMinSet2Val "Min of Departure set2";
+BA_ "GenSigStartValue" SG_ 560 HCU_DptMinSet2Val 0;
+BA_ "UserSigValidity" SG_ 560 HCU_DptMinSet2Val 5;
+BA_ "NetworkRequestHoldingTime" SG_ 560 HCU_DptMinSet2Val 0;
+BA_ "RoutingFactor" SG_ 560 HCU_DptMinSet2Val 2;
+BA_ "Version" SG_ 560 HCU_DptMinSet2Val "18.08.02";
+BA_ "Description" SG_ 560 HCU_DrvModSta "This signal indicates status of ‘Drive Mode’ for displaying in cluster panel.
+
+
+
+Cluster can display ‘Drive Mode’ information after receiving this signal.";
+BA_ "GenSigStartValue" SG_ 560 HCU_DrvModSta 0;
+BA_ "UserSigValidity" SG_ 560 HCU_DrvModSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 560 HCU_DrvModSta 1500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 560 HCU_DrvModSta 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 560 HCU_DrvModSta 0;
+BA_ "RoutingFactor" SG_ 560 HCU_DrvModSta 2;
+BA_ "Version" SG_ 560 HCU_DrvModSta "18.08.02";
+BA_ "Description" SG_ 560 HCU_EcoChrgEndHrVal "End hour of economic charge time during weekday";
+BA_ "GenSigStartValue" SG_ 560 HCU_EcoChrgEndHrVal 0;
+BA_ "UserSigValidity" SG_ 560 HCU_EcoChrgEndHrVal 5;
+BA_ "NetworkRequestHoldingTime" SG_ 560 HCU_EcoChrgEndHrVal 0;
+BA_ "RoutingFactor" SG_ 560 HCU_EcoChrgEndHrVal 2;
+BA_ "Version" SG_ 560 HCU_EcoChrgEndHrVal "18.08.02";
+BA_ "Description" SG_ 560 HCU_EcoChrgEndHrWeekendVal "End hour of economic charge time during weekend";
+BA_ "GenSigStartValue" SG_ 560 HCU_EcoChrgEndHrWeekendVal 0;
+BA_ "UserSigValidity" SG_ 560 HCU_EcoChrgEndHrWeekendVal 5;
+BA_ "NetworkRequestHoldingTime" SG_ 560 HCU_EcoChrgEndHrWeekendVal 0;
+BA_ "RoutingFactor" SG_ 560 HCU_EcoChrgEndHrWeekendVal 2;
+BA_ "Version" SG_ 560 HCU_EcoChrgEndHrWeekendVal "18.08.02";
+BA_ "Description" SG_ 560 HCU_EcoChrgEndMinVal "End hour of economic charge time during weekday";
+BA_ "GenSigStartValue" SG_ 560 HCU_EcoChrgEndMinVal 0;
+BA_ "UserSigValidity" SG_ 560 HCU_EcoChrgEndMinVal 5;
+BA_ "NetworkRequestHoldingTime" SG_ 560 HCU_EcoChrgEndMinVal 0;
+BA_ "RoutingFactor" SG_ 560 HCU_EcoChrgEndMinVal 2;
+BA_ "Version" SG_ 560 HCU_EcoChrgEndMinVal "18.08.02";
+BA_ "Description" SG_ 560 HCU_EcoChrgEndMinWeekendVal "End hour of economic charge time during weekend";
+BA_ "GenSigStartValue" SG_ 560 HCU_EcoChrgEndMinWeekendVal 0;
+BA_ "UserSigValidity" SG_ 560 HCU_EcoChrgEndMinWeekendVal 5;
+BA_ "NetworkRequestHoldingTime" SG_ 560 HCU_EcoChrgEndMinWeekendVal 0;
+BA_ "RoutingFactor" SG_ 560 HCU_EcoChrgEndMinWeekendVal 2;
+BA_ "Version" SG_ 560 HCU_EcoChrgEndMinWeekendVal "18.08.02";
+BA_ "Description" SG_ 560 HCU_EcoChrgStrtHrVal "Start hour of economic charge time during weekday";
+BA_ "GenSigStartValue" SG_ 560 HCU_EcoChrgStrtHrVal 0;
+BA_ "UserSigValidity" SG_ 560 HCU_EcoChrgStrtHrVal 5;
+BA_ "NetworkRequestHoldingTime" SG_ 560 HCU_EcoChrgStrtHrVal 0;
+BA_ "RoutingFactor" SG_ 560 HCU_EcoChrgStrtHrVal 2;
+BA_ "Version" SG_ 560 HCU_EcoChrgStrtHrVal "18.08.02";
+BA_ "Description" SG_ 560 HCU_EcoChrgStrtHrWeekendVal "Start hour of economic charge time during weekend";
+BA_ "GenSigStartValue" SG_ 560 HCU_EcoChrgStrtHrWeekendVal 0;
+BA_ "UserSigValidity" SG_ 560 HCU_EcoChrgStrtHrWeekendVal 5;
+BA_ "NetworkRequestHoldingTime" SG_ 560 HCU_EcoChrgStrtHrWeekendVal 0;
+BA_ "RoutingFactor" SG_ 560 HCU_EcoChrgStrtHrWeekendVal 2;
+BA_ "Version" SG_ 560 HCU_EcoChrgStrtHrWeekendVal "18.08.02";
+BA_ "Description" SG_ 560 HCU_EcoChrgStrtMinVal "Start min of economic charge time during weekday";
+BA_ "GenSigStartValue" SG_ 560 HCU_EcoChrgStrtMinVal 0;
+BA_ "UserSigValidity" SG_ 560 HCU_EcoChrgStrtMinVal 5;
+BA_ "NetworkRequestHoldingTime" SG_ 560 HCU_EcoChrgStrtMinVal 0;
+BA_ "RoutingFactor" SG_ 560 HCU_EcoChrgStrtMinVal 2;
+BA_ "Version" SG_ 560 HCU_EcoChrgStrtMinVal "18.08.02";
+BA_ "Description" SG_ 560 HCU_EcoChrgStrtMinWeekendVal "Start min of economic charge time during weekend";
+BA_ "GenSigStartValue" SG_ 560 HCU_EcoChrgStrtMinWeekendVal 0;
+BA_ "UserSigValidity" SG_ 560 HCU_EcoChrgStrtMinWeekendVal 5;
+BA_ "NetworkRequestHoldingTime" SG_ 560 HCU_EcoChrgStrtMinWeekendVal 0;
+BA_ "RoutingFactor" SG_ 560 HCU_EcoChrgStrtMinWeekendVal 2;
+BA_ "Version" SG_ 560 HCU_EcoChrgStrtMinWeekendVal "18.08.02";
+BA_ "Description" SG_ 560 HCU_EcoLvlVal "This message is used on the cluster which guides a driver to drive the car economically.
+
+Physical Value is linearly displayed as the number of segments in Cluster.";
+BA_ "GenSigStartValue" SG_ 560 HCU_EcoLvlVal 0;
+BA_ "UserSigValidity" SG_ 560 HCU_EcoLvlVal 3;
+BA_ "NetworkRequestHoldingTime" SG_ 560 HCU_EcoLvlVal 0;
+BA_ "RoutingFactor" SG_ 560 HCU_EcoLvlVal 2;
+BA_ "Version" SG_ 560 HCU_EcoLvlVal "18.08.02";
+BA_ "Description" SG_ 560 HCU_EcoScoVal "This message shows Eco Level which accumulates the EG(Economic Guide) score at every driving cycle.";
+BA_ "GenSigStartValue" SG_ 560 HCU_EcoScoVal 3;
+BA_ "UserSigValidity" SG_ 560 HCU_EcoScoVal 3;
+BA_ "NetworkRequestHoldingTime" SG_ 560 HCU_EcoScoVal 0;
+BA_ "RoutingFactor" SG_ 560 HCU_EcoScoVal 2;
+BA_ "Version" SG_ 560 HCU_EcoScoVal "18.08.02";
+BA_ "Description" SG_ 560 HCU_EmissionTestModSta "Emission Test Mode";
+BA_ "GenSigStartValue" SG_ 560 HCU_EmissionTestModSta 0;
+BA_ "UserSigValidity" SG_ 560 HCU_EmissionTestModSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 560 HCU_EmissionTestModSta 0;
+BA_ "RoutingFactor" SG_ 560 HCU_EmissionTestModSta 2;
+BA_ "Version" SG_ 560 HCU_EmissionTestModSta "18.08.02";
+BA_ "Description" SG_ 560 HCU_AlvCnt5Val "For the first transmission request for a data element the counter shall be initialized with 0 and shall be incremented by 1 for every subsequent send request. 
+
+When the counter reaches the maximum value(0xFF), then it shall restart with 0 for the next send request";
+BA_ "GenSigStartValue" SG_ 560 HCU_AlvCnt5Val 0;
+BA_ "UserSigValidity" SG_ 560 HCU_AlvCnt5Val 3;
+BA_ "NetworkRequestHoldingTime" SG_ 560 HCU_AlvCnt5Val 0;
+BA_ "RoutingFactor" SG_ 560 HCU_AlvCnt5Val 2;
+BA_ "Version" SG_ 560 HCU_AlvCnt5Val "18.11.08";
+BA_ "Description" SG_ 560 HCU_EnhancedEVModEnblSta "Enhanced EV Mode Enable";
+BA_ "GenSigStartValue" SG_ 560 HCU_EnhancedEVModEnblSta 0;
+BA_ "UserSigValidity" SG_ 560 HCU_EnhancedEVModEnblSta 5;
+BA_ "NetworkRequestHoldingTime" SG_ 560 HCU_EnhancedEVModEnblSta 0;
+BA_ "RoutingFactor" SG_ 560 HCU_EnhancedEVModEnblSta 2;
+BA_ "Version" SG_ 560 HCU_EnhancedEVModEnblSta "18.08.02";
+BA_ "Description" SG_ 560 HCU_FuelEcoVal "Fuel economy in hybrid automobiles
+
+
+
+(PH)=(HEX)*60/255 (km/l)";
+BA_ "GenSigStartValue" SG_ 560 HCU_FuelEcoVal 0;
+BA_ "UserSigValidity" SG_ 560 HCU_FuelEcoVal 3;
+BA_ "NetworkRequestHoldingTime" SG_ 560 HCU_FuelEcoVal 0;
+BA_ "RoutingFactor" SG_ 560 HCU_FuelEcoVal 2;
+BA_ "Version" SG_ 560 HCU_FuelEcoVal "18.08.02";
+BA_ "Description" SG_ 560 HCU_HevSysModSta "Hybrid Vehicle operation mode";
+BA_ "GenSigStartValue" SG_ 560 HCU_HevSysModSta 0;
+BA_ "UserSigValidity" SG_ 560 HCU_HevSysModSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 560 HCU_HevSysModSta 1500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 560 HCU_HevSysModSta 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 560 HCU_HevSysModSta 0;
+BA_ "RoutingFactor" SG_ 560 HCU_HevSysModSta 2;
+BA_ "Version" SG_ 560 HCU_HevSysModSta "18.08.02";
+BA_ "Description" SG_ 560 HCU_LdcCtrlModSta "LDC Control Mode";
+BA_ "GenSigStartValue" SG_ 560 HCU_LdcCtrlModSta 0;
+BA_ "UserSigValidity" SG_ 560 HCU_LdcCtrlModSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 560 HCU_LdcCtrlModSta 0;
+BA_ "RoutingFactor" SG_ 560 HCU_LdcCtrlModSta 2;
+BA_ "Version" SG_ 560 HCU_LdcCtrlModSta "18.08.02";
+BA_ "Description" SG_ 560 HCU_LdcInhbtReq "LDC Output Inhibit request";
+BA_ "GenSigStartValue" SG_ 560 HCU_LdcInhbtReq 1;
+BA_ "UserSigValidity" SG_ 560 HCU_LdcInhbtReq 3;
+BA_ "NetworkRequestHoldingTime" SG_ 560 HCU_LdcInhbtReq 0;
+BA_ "RoutingFactor" SG_ 560 HCU_LdcInhbtReq 2;
+BA_ "Version" SG_ 560 HCU_LdcInhbtReq "18.08.02";
+BA_ "Description" SG_ 560 HCU_LdcUnderVoltCtrlSta "LDC Under Voltage control command";
+BA_ "GenSigStartValue" SG_ 560 HCU_LdcUnderVoltCtrlSta 0;
+BA_ "UserSigValidity" SG_ 560 HCU_LdcUnderVoltCtrlSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 560 HCU_LdcUnderVoltCtrlSta 0;
+BA_ "RoutingFactor" SG_ 560 HCU_LdcUnderVoltCtrlSta 2;
+BA_ "Version" SG_ 560 HCU_LdcUnderVoltCtrlSta "18.08.02";
+BA_ "Description" SG_ 560 HCU_NccAlrmInfoSta "NCC Alarm for driver's Information";
+BA_ "GenSigStartValue" SG_ 560 HCU_NccAlrmInfoSta 0;
+BA_ "UserSigValidity" SG_ 560 HCU_NccAlrmInfoSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 560 HCU_NccAlrmInfoSta 0;
+BA_ "RoutingFactor" SG_ 560 HCU_NccAlrmInfoSta 2;
+BA_ "Version" SG_ 560 HCU_NccAlrmInfoSta "18.08.02";
+BA_ "Description" SG_ 560 HCU_PaddleCoastCtrlSta "Status Paddle Coasting tq Control";
+BA_ "GenSigStartValue" SG_ 560 HCU_PaddleCoastCtrlSta 0;
+BA_ "UserSigValidity" SG_ 560 HCU_PaddleCoastCtrlSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 560 HCU_PaddleCoastCtrlSta 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 560 HCU_PaddleCoastCtrlSta 0;
+BA_ "RoutingFactor" SG_ 560 HCU_PaddleCoastCtrlSta 2;
+BA_ "Version" SG_ 560 HCU_PaddleCoastCtrlSta "18.08.02";
+BA_ "Description" SG_ 560 HCU_PaddleStepCtrlSta "Control Step for Variable Coasting tq Control Using Paddle Shift";
+BA_ "GenSigStartValue" SG_ 560 HCU_PaddleStepCtrlSta 0;
+BA_ "UserSigValidity" SG_ 560 HCU_PaddleStepCtrlSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 560 HCU_PaddleStepCtrlSta 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 560 HCU_PaddleStepCtrlSta 0;
+BA_ "RoutingFactor" SG_ 560 HCU_PaddleStepCtrlSta 2;
+BA_ "Version" SG_ 560 HCU_PaddleStepCtrlSta "18.08.02";
+BA_ "Description" SG_ 560 HCU_PhevDrvModClusterSta "PHEV drive mode status For Cluster (CD/CS mode)";
+BA_ "GenSigStartValue" SG_ 560 HCU_PhevDrvModClusterSta 1;
+BA_ "UserSigValidity" SG_ 560 HCU_PhevDrvModClusterSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 560 HCU_PhevDrvModClusterSta 0;
+BA_ "RoutingFactor" SG_ 560 HCU_PhevDrvModClusterSta 2;
+BA_ "Version" SG_ 560 HCU_PhevDrvModClusterSta "18.08.02";
+BA_ "Description" SG_ 560 HCU_PIFailFreezeReq "This signal indicates the vehicle tracking data freeze condition.";
+BA_ "GenSigStartValue" SG_ 560 HCU_PIFailFreezeReq 0;
+BA_ "UserSigValidity" SG_ 560 HCU_PIFailFreezeReq 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 560 HCU_PIFailFreezeReq 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 560 HCU_PIFailFreezeReq 0;
+BA_ "RoutingFactor" SG_ 560 HCU_PIFailFreezeReq 2;
+BA_ "Version" SG_ 560 HCU_PIFailFreezeReq "18.08.02";
+BA_ "Description" SG_ 560 HCU_PreFATCHysTempVal "PreFATC Hysterisis Temprature";
+BA_ "GenSigStartValue" SG_ 560 HCU_PreFATCHysTempVal 0;
+BA_ "UserSigValidity" SG_ 560 HCU_PreFATCHysTempVal 3;
+BA_ "NetworkRequestHoldingTime" SG_ 560 HCU_PreFATCHysTempVal 0;
+BA_ "RoutingFactor" SG_ 560 HCU_PreFATCHysTempVal 2;
+BA_ "Version" SG_ 560 HCU_PreFATCHysTempVal "18.08.02";
+BA_ "Description" SG_ 560 HCU_PreFATCOffstTempVal "PreFATC Off Set Temprature";
+BA_ "GenSigStartValue" SG_ 560 HCU_PreFATCOffstTempVal 0;
+BA_ "UserSigValidity" SG_ 560 HCU_PreFATCOffstTempVal 3;
+BA_ "NetworkRequestHoldingTime" SG_ 560 HCU_PreFATCOffstTempVal 0;
+BA_ "RoutingFactor" SG_ 560 HCU_PreFATCOffstTempVal 2;
+BA_ "Version" SG_ 560 HCU_PreFATCOffstTempVal "18.08.02";
+BA_ "Description" SG_ 560 HCU_SchedChgEndDayVal "End Day of Scheduled time (0~6)";
+BA_ "GenSigStartValue" SG_ 560 HCU_SchedChgEndDayVal 7;
+BA_ "UserSigValidity" SG_ 560 HCU_SchedChgEndDayVal 7;
+BA_ "NetworkRequestHoldingTime" SG_ 560 HCU_SchedChgEndDayVal 0;
+BA_ "RoutingFactor" SG_ 560 HCU_SchedChgEndDayVal 2;
+BA_ "Version" SG_ 560 HCU_SchedChgEndDayVal "20.02.01";
+BA_ "Description" SG_ 560 HCU_SchedChgEndHrVal "End Hour of Scheduled time (0~23)";
+BA_ "GenSigStartValue" SG_ 560 HCU_SchedChgEndHrVal 31;
+BA_ "UserSigValidity" SG_ 560 HCU_SchedChgEndHrVal 7;
+BA_ "NetworkRequestHoldingTime" SG_ 560 HCU_SchedChgEndHrVal 0;
+BA_ "RoutingFactor" SG_ 560 HCU_SchedChgEndHrVal 2;
+BA_ "Version" SG_ 560 HCU_SchedChgEndHrVal "20.02.01";
+BA_ "Description" SG_ 560 HCU_SchedChgEndMinVal "End Min of Scheduled time (0~59)";
+BA_ "GenSigStartValue" SG_ 560 HCU_SchedChgEndMinVal 63;
+BA_ "UserSigValidity" SG_ 560 HCU_SchedChgEndMinVal 7;
+BA_ "NetworkRequestHoldingTime" SG_ 560 HCU_SchedChgEndMinVal 0;
+BA_ "RoutingFactor" SG_ 560 HCU_SchedChgEndMinVal 2;
+BA_ "Version" SG_ 560 HCU_SchedChgEndMinVal "20.02.01";
+BA_ "Description" SG_ 560 HCU_SchedChgStrtDayVal "Start Day of Scheduled time (0~6)";
+BA_ "GenSigStartValue" SG_ 560 HCU_SchedChgStrtDayVal 7;
+BA_ "UserSigValidity" SG_ 560 HCU_SchedChgStrtDayVal 7;
+BA_ "NetworkRequestHoldingTime" SG_ 560 HCU_SchedChgStrtDayVal 0;
+BA_ "RoutingFactor" SG_ 560 HCU_SchedChgStrtDayVal 2;
+BA_ "Version" SG_ 560 HCU_SchedChgStrtDayVal "20.02.01";
+BA_ "Description" SG_ 560 HCU_SchedChgStrtHrVal "Start Hour of Scheduled time (0~23)";
+BA_ "GenSigStartValue" SG_ 560 HCU_SchedChgStrtHrVal 31;
+BA_ "UserSigValidity" SG_ 560 HCU_SchedChgStrtHrVal 7;
+BA_ "NetworkRequestHoldingTime" SG_ 560 HCU_SchedChgStrtHrVal 0;
+BA_ "RoutingFactor" SG_ 560 HCU_SchedChgStrtHrVal 2;
+BA_ "Version" SG_ 560 HCU_SchedChgStrtHrVal "20.02.01";
+BA_ "Description" SG_ 560 HCU_SchedChgStrtMinVal "Start Min of Scheduled time (0~59)";
+BA_ "GenSigStartValue" SG_ 560 HCU_SchedChgStrtMinVal 63;
+BA_ "UserSigValidity" SG_ 560 HCU_SchedChgStrtMinVal 7;
+BA_ "NetworkRequestHoldingTime" SG_ 560 HCU_SchedChgStrtMinVal 0;
+BA_ "RoutingFactor" SG_ 560 HCU_SchedChgStrtMinVal 2;
+BA_ "Version" SG_ 560 HCU_SchedChgStrtMinVal "20.02.01";
+BA_ "Description" SG_ 560 HCU_SrvLmpDis "Sevice Lamp On Request";
+BA_ "GenSigStartValue" SG_ 560 HCU_SrvLmpDis 0;
+BA_ "UserSigValidity" SG_ 560 HCU_SrvLmpDis 3;
+BA_ "NetworkRequestHoldingTime" SG_ 560 HCU_SrvLmpDis 0;
+BA_ "RoutingFactor" SG_ 560 HCU_SrvLmpDis 2;
+BA_ "Version" SG_ 560 HCU_SrvLmpDis "18.08.02";
+BA_ "Description" SG_ 560 HCU_SrvLmpTmpryOnSta "Sevice Lamp On Status for temporary controllers (HCU for china)";
+BA_ "GenSigStartValue" SG_ 560 HCU_SrvLmpTmpryOnSta 0;
+BA_ "UserSigValidity" SG_ 560 HCU_SrvLmpTmpryOnSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 560 HCU_SrvLmpTmpryOnSta 0;
+BA_ "RoutingFactor" SG_ 560 HCU_SrvLmpTmpryOnSta 2;
+BA_ "Version" SG_ 560 HCU_SrvLmpTmpryOnSta "18.08.02";
+BA_ "Description" SG_ 560 HCU_AcnCompPrmsnPwrVal "A/C Compressor Permission Power";
+BA_ "GenSigStartValue" SG_ 560 HCU_AcnCompPrmsnPwrVal 0;
+BA_ "UserSigValidity" SG_ 560 HCU_AcnCompPrmsnPwrVal 3;
+BA_ "NetworkRequestHoldingTime" SG_ 560 HCU_AcnCompPrmsnPwrVal 0;
+BA_ "RoutingFactor" SG_ 560 HCU_AcnCompPrmsnPwrVal 2;
+BA_ "Version" SG_ 560 HCU_AcnCompPrmsnPwrVal "19.09.01";
+BA_ "Description" SG_ 560 HCU_AafCtrlReq "Active Air Flap Control Request";
+BA_ "GenSigStartValue" SG_ 560 HCU_AafCtrlReq 0;
+BA_ "UserSigValidity" SG_ 560 HCU_AafCtrlReq 3;
+BA_ "NetworkRequestHoldingTime" SG_ 560 HCU_AafCtrlReq 0;
+BA_ "RoutingFactor" SG_ 560 HCU_AafCtrlReq 2;
+BA_ "Version" SG_ 560 HCU_AafCtrlReq "18.08.02";
+BA_ "Description" SG_ 560 HCU_AcnOpPrmssnSta "A/Con Operating permission";
+BA_ "GenSigStartValue" SG_ 560 HCU_AcnOpPrmssnSta 0;
+BA_ "UserSigValidity" SG_ 560 HCU_AcnOpPrmssnSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 560 HCU_AcnOpPrmssnSta 0;
+BA_ "RoutingFactor" SG_ 560 HCU_AcnOpPrmssnSta 2;
+BA_ "Version" SG_ 560 HCU_AcnOpPrmssnSta "18.08.02";
+BA_ "Description" SG_ 560 HCU_AcPwrIncSta "Possiblity of using increased A/C power
+
+
+
+(Timeout value : 0x0)";
+BA_ "GenSigStartValue" SG_ 560 HCU_AcPwrIncSta 0;
+BA_ "UserSigValidity" SG_ 560 HCU_AcPwrIncSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 560 HCU_AcPwrIncSta 0;
+BA_ "RoutingFactor" SG_ 560 HCU_AcPwrIncSta 2;
+BA_ "Version" SG_ 560 HCU_AcPwrIncSta "18.08.02";
+BA_ "Description" SG_ 560 HCU_BlueDrvModSta "Blue Drive Mode";
+BA_ "GenSigStartValue" SG_ 560 HCU_BlueDrvModSta 0;
+BA_ "UserSigValidity" SG_ 560 HCU_BlueDrvModSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 560 HCU_BlueDrvModSta 1500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 560 HCU_BlueDrvModSta 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 560 HCU_BlueDrvModSta 0;
+BA_ "RoutingFactor" SG_ 560 HCU_BlueDrvModSta 2;
+BA_ "Version" SG_ 560 HCU_BlueDrvModSta "18.08.02";
+BA_ "Description" SG_ 560 HCU_BlwOffReq "Blower off request";
+BA_ "GenSigStartValue" SG_ 560 HCU_BlwOffReq 0;
+BA_ "UserSigValidity" SG_ 560 HCU_BlwOffReq 3;
+BA_ "NetworkRequestHoldingTime" SG_ 560 HCU_BlwOffReq 0;
+BA_ "RoutingFactor" SG_ 560 HCU_BlwOffReq 2;
+BA_ "Version" SG_ 560 HCU_BlwOffReq "18.08.02";
+BA_ "Description" SG_ 560 HCU_BrkLmpOnReq "Brake Lamp On Request";
+BA_ "GenSigStartValue" SG_ 560 HCU_BrkLmpOnReq 0;
+BA_ "UserSigValidity" SG_ 560 HCU_BrkLmpOnReq 3;
+BA_ "NetworkRequestHoldingTime" SG_ 560 HCU_BrkLmpOnReq 0;
+BA_ "RoutingFactor" SG_ 560 HCU_BrkLmpOnReq 2;
+BA_ "Version" SG_ 560 HCU_BrkLmpOnReq "18.08.02";
+BA_ "Description" SG_ 560 HCU_CcCameraOperSta "This signal describes the operational status of CC with Navigation function.(speed camera control)";
+BA_ "GenSigStartValue" SG_ 560 HCU_CcCameraOperSta 0;
+BA_ "UserSigValidity" SG_ 560 HCU_CcCameraOperSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 560 HCU_CcCameraOperSta 0;
+BA_ "RoutingFactor" SG_ 560 HCU_CcCameraOperSta 2;
+BA_ "Version" SG_ 560 HCU_CcCameraOperSta "18.08.02";
+BA_ "Description" SG_ 560 HCU_CcCameraSta "This signal describes thes of CC with Navigation function.(speed camera control) - User Setting Manu for the cluster";
+BA_ "GenSigStartValue" SG_ 560 HCU_CcCameraSta 0;
+BA_ "UserSigValidity" SG_ 560 HCU_CcCameraSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 560 HCU_CcCameraSta 0;
+BA_ "RoutingFactor" SG_ 560 HCU_CcCameraSta 2;
+BA_ "Version" SG_ 560 HCU_CcCameraSta "18.08.02";
+BA_ "Description" SG_ 560 HCU_ChrgIncModSta "Charge Increasing operation";
+BA_ "GenSigStartValue" SG_ 560 HCU_ChrgIncModSta 0;
+BA_ "UserSigValidity" SG_ 560 HCU_ChrgIncModSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 560 HCU_ChrgIncModSta 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 560 HCU_ChrgIncModSta 0;
+BA_ "RoutingFactor" SG_ 560 HCU_ChrgIncModSta 2;
+BA_ "Version" SG_ 560 HCU_ChrgIncModSta "18.08.02";
+BA_ "Description" SG_ 560 HCU_CrsCtrlOnLmpDis "Cruise Control On";
+BA_ "GenSigStartValue" SG_ 560 HCU_CrsCtrlOnLmpDis 0;
+BA_ "UserSigValidity" SG_ 560 HCU_CrsCtrlOnLmpDis 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 560 HCU_CrsCtrlOnLmpDis 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 560 HCU_CrsCtrlOnLmpDis 0;
+BA_ "RoutingFactor" SG_ 560 HCU_CrsCtrlOnLmpDis 2;
+BA_ "Version" SG_ 560 HCU_CrsCtrlOnLmpDis "18.08.02";
+BA_ "Description" SG_ 560 HCU_CrsCtrlSetLmpDis "Cruise Control Set";
+BA_ "GenSigStartValue" SG_ 560 HCU_CrsCtrlSetLmpDis 0;
+BA_ "UserSigValidity" SG_ 560 HCU_CrsCtrlSetLmpDis 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 560 HCU_CrsCtrlSetLmpDis 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 560 HCU_CrsCtrlSetLmpDis 0;
+BA_ "RoutingFactor" SG_ 560 HCU_CrsCtrlSetLmpDis 2;
+BA_ "Version" SG_ 560 HCU_CrsCtrlSetLmpDis "18.08.02";
+BA_ "Description" SG_ 560 HCU_DptEnaSet1FriSta "Friday enable of Depature set1";
+BA_ "GenSigStartValue" SG_ 560 HCU_DptEnaSet1FriSta 0;
+BA_ "UserSigValidity" SG_ 560 HCU_DptEnaSet1FriSta 5;
+BA_ "NetworkRequestHoldingTime" SG_ 560 HCU_DptEnaSet1FriSta 0;
+BA_ "RoutingFactor" SG_ 560 HCU_DptEnaSet1FriSta 2;
+BA_ "Version" SG_ 560 HCU_DptEnaSet1FriSta "18.08.02";
+BA_ "Description" SG_ 560 HCU_DptEnaSet1MonSta "Monday enable of Depature set1";
+BA_ "GenSigStartValue" SG_ 560 HCU_DptEnaSet1MonSta 0;
+BA_ "UserSigValidity" SG_ 560 HCU_DptEnaSet1MonSta 5;
+BA_ "NetworkRequestHoldingTime" SG_ 560 HCU_DptEnaSet1MonSta 0;
+BA_ "RoutingFactor" SG_ 560 HCU_DptEnaSet1MonSta 2;
+BA_ "Version" SG_ 560 HCU_DptEnaSet1MonSta "18.08.02";
+BA_ "Description" SG_ 560 HCU_DptEnaSet1SatSta "Saturday enable of Depature set1";
+BA_ "GenSigStartValue" SG_ 560 HCU_DptEnaSet1SatSta 0;
+BA_ "UserSigValidity" SG_ 560 HCU_DptEnaSet1SatSta 5;
+BA_ "NetworkRequestHoldingTime" SG_ 560 HCU_DptEnaSet1SatSta 0;
+BA_ "RoutingFactor" SG_ 560 HCU_DptEnaSet1SatSta 2;
+BA_ "Version" SG_ 560 HCU_DptEnaSet1SatSta "18.08.02";
+BA_ "Description" SG_ 560 HCU_DptEnaSet1Sta "Enable of Departure set1";
+BA_ "GenSigStartValue" SG_ 560 HCU_DptEnaSet1Sta 0;
+BA_ "UserSigValidity" SG_ 560 HCU_DptEnaSet1Sta 5;
+BA_ "NetworkRequestHoldingTime" SG_ 560 HCU_DptEnaSet1Sta 0;
+BA_ "RoutingFactor" SG_ 560 HCU_DptEnaSet1Sta 2;
+BA_ "Version" SG_ 560 HCU_DptEnaSet1Sta "18.08.02";
+BA_ "Description" SG_ 560 HCU_DptEnaSet1SunSta "Sunday enable of Depature set1";
+BA_ "GenSigStartValue" SG_ 560 HCU_DptEnaSet1SunSta 0;
+BA_ "UserSigValidity" SG_ 560 HCU_DptEnaSet1SunSta 5;
+BA_ "NetworkRequestHoldingTime" SG_ 560 HCU_DptEnaSet1SunSta 0;
+BA_ "RoutingFactor" SG_ 560 HCU_DptEnaSet1SunSta 2;
+BA_ "Version" SG_ 560 HCU_DptEnaSet1SunSta "18.08.02";
+BA_ "Description" SG_ 560 HCU_DptEnaSet1ThuSta "Thursday enable of Depature set1";
+BA_ "GenSigStartValue" SG_ 560 HCU_DptEnaSet1ThuSta 0;
+BA_ "UserSigValidity" SG_ 560 HCU_DptEnaSet1ThuSta 5;
+BA_ "NetworkRequestHoldingTime" SG_ 560 HCU_DptEnaSet1ThuSta 0;
+BA_ "RoutingFactor" SG_ 560 HCU_DptEnaSet1ThuSta 2;
+BA_ "Version" SG_ 560 HCU_DptEnaSet1ThuSta "18.08.02";
+BA_ "Description" SG_ 560 HCU_DptEnaSet1TueSta "Tueday enable of Depature set1";
+BA_ "GenSigStartValue" SG_ 560 HCU_DptEnaSet1TueSta 0;
+BA_ "UserSigValidity" SG_ 560 HCU_DptEnaSet1TueSta 5;
+BA_ "NetworkRequestHoldingTime" SG_ 560 HCU_DptEnaSet1TueSta 0;
+BA_ "RoutingFactor" SG_ 560 HCU_DptEnaSet1TueSta 2;
+BA_ "Version" SG_ 560 HCU_DptEnaSet1TueSta "18.08.02";
+BA_ "Description" SG_ 560 HCU_DptEnaSet1WedSta "Wednesday enable of Depature set1";
+BA_ "GenSigStartValue" SG_ 560 HCU_DptEnaSet1WedSta 0;
+BA_ "UserSigValidity" SG_ 560 HCU_DptEnaSet1WedSta 5;
+BA_ "NetworkRequestHoldingTime" SG_ 560 HCU_DptEnaSet1WedSta 0;
+BA_ "RoutingFactor" SG_ 560 HCU_DptEnaSet1WedSta 2;
+BA_ "Version" SG_ 560 HCU_DptEnaSet1WedSta "18.08.02";
+BA_ "Description" SG_ 560 HCU_DptEnaSet2FriSta "Friday enable of Depature set2";
+BA_ "GenSigStartValue" SG_ 560 HCU_DptEnaSet2FriSta 0;
+BA_ "UserSigValidity" SG_ 560 HCU_DptEnaSet2FriSta 5;
+BA_ "NetworkRequestHoldingTime" SG_ 560 HCU_DptEnaSet2FriSta 0;
+BA_ "RoutingFactor" SG_ 560 HCU_DptEnaSet2FriSta 2;
+BA_ "Version" SG_ 560 HCU_DptEnaSet2FriSta "18.08.02";
+BA_ "Description" SG_ 560 HCU_DptEnaSet2MonSta "Monday enable of Depature set2";
+BA_ "GenSigStartValue" SG_ 560 HCU_DptEnaSet2MonSta 0;
+BA_ "UserSigValidity" SG_ 560 HCU_DptEnaSet2MonSta 5;
+BA_ "NetworkRequestHoldingTime" SG_ 560 HCU_DptEnaSet2MonSta 0;
+BA_ "RoutingFactor" SG_ 560 HCU_DptEnaSet2MonSta 2;
+BA_ "Version" SG_ 560 HCU_DptEnaSet2MonSta "18.08.02";
+BA_ "Description" SG_ 560 HCU_DptEnaSet2SatSta "Saturday enable of Depature set2";
+BA_ "GenSigStartValue" SG_ 560 HCU_DptEnaSet2SatSta 0;
+BA_ "UserSigValidity" SG_ 560 HCU_DptEnaSet2SatSta 5;
+BA_ "NetworkRequestHoldingTime" SG_ 560 HCU_DptEnaSet2SatSta 0;
+BA_ "RoutingFactor" SG_ 560 HCU_DptEnaSet2SatSta 2;
+BA_ "Version" SG_ 560 HCU_DptEnaSet2SatSta "18.08.02";
+BA_ "Description" SG_ 560 HCU_DptEnaSet2Sta "Enable of Departure set2";
+BA_ "GenSigStartValue" SG_ 560 HCU_DptEnaSet2Sta 0;
+BA_ "UserSigValidity" SG_ 560 HCU_DptEnaSet2Sta 5;
+BA_ "NetworkRequestHoldingTime" SG_ 560 HCU_DptEnaSet2Sta 0;
+BA_ "RoutingFactor" SG_ 560 HCU_DptEnaSet2Sta 2;
+BA_ "Version" SG_ 560 HCU_DptEnaSet2Sta "18.08.02";
+BA_ "Description" SG_ 560 HCU_DptEnaSet2SunSta "Sunday enable of Depature set2";
+BA_ "GenSigStartValue" SG_ 560 HCU_DptEnaSet2SunSta 0;
+BA_ "UserSigValidity" SG_ 560 HCU_DptEnaSet2SunSta 5;
+BA_ "NetworkRequestHoldingTime" SG_ 560 HCU_DptEnaSet2SunSta 0;
+BA_ "RoutingFactor" SG_ 560 HCU_DptEnaSet2SunSta 2;
+BA_ "Version" SG_ 560 HCU_DptEnaSet2SunSta "18.08.02";
+BA_ "Description" SG_ 560 HCU_DptEnaSet2ThuSta "Thursday enable of Depature set2";
+BA_ "GenSigStartValue" SG_ 560 HCU_DptEnaSet2ThuSta 0;
+BA_ "UserSigValidity" SG_ 560 HCU_DptEnaSet2ThuSta 5;
+BA_ "NetworkRequestHoldingTime" SG_ 560 HCU_DptEnaSet2ThuSta 0;
+BA_ "RoutingFactor" SG_ 560 HCU_DptEnaSet2ThuSta 2;
+BA_ "Version" SG_ 560 HCU_DptEnaSet2ThuSta "18.08.02";
+BA_ "Description" SG_ 560 HCU_DptEnaSet2TueSta "Tueday enable of Depature set2";
+BA_ "GenSigStartValue" SG_ 560 HCU_DptEnaSet2TueSta 0;
+BA_ "UserSigValidity" SG_ 560 HCU_DptEnaSet2TueSta 5;
+BA_ "NetworkRequestHoldingTime" SG_ 560 HCU_DptEnaSet2TueSta 0;
+BA_ "RoutingFactor" SG_ 560 HCU_DptEnaSet2TueSta 2;
+BA_ "Version" SG_ 560 HCU_DptEnaSet2TueSta "18.08.02";
+BA_ "Description" SG_ 560 HCU_DptEnaSet2WedSta "Wednesday enable of Depature set2";
+BA_ "GenSigStartValue" SG_ 560 HCU_DptEnaSet2WedSta 0;
+BA_ "UserSigValidity" SG_ 560 HCU_DptEnaSet2WedSta 5;
+BA_ "NetworkRequestHoldingTime" SG_ 560 HCU_DptEnaSet2WedSta 0;
+BA_ "RoutingFactor" SG_ 560 HCU_DptEnaSet2WedSta 2;
+BA_ "Version" SG_ 560 HCU_DptEnaSet2WedSta "18.08.02";
+BA_ "Description" SG_ 560 HCU_DptHrSet1Val "Hour of Departure set1";
+BA_ "GenSigStartValue" SG_ 560 HCU_DptHrSet1Val 0;
+BA_ "UserSigValidity" SG_ 560 HCU_DptHrSet1Val 5;
+BA_ "NetworkRequestHoldingTime" SG_ 560 HCU_DptHrSet1Val 0;
+BA_ "RoutingFactor" SG_ 560 HCU_DptHrSet1Val 2;
+BA_ "Version" SG_ 560 HCU_DptHrSet1Val "18.08.02";
+BA_ "Description" SG_ 560 HCU_DptHrSet2Val "Hour of Departure set2";
+BA_ "GenSigStartValue" SG_ 560 HCU_DptHrSet2Val 0;
+BA_ "UserSigValidity" SG_ 560 HCU_DptHrSet2Val 5;
+BA_ "NetworkRequestHoldingTime" SG_ 560 HCU_DptHrSet2Val 0;
+BA_ "RoutingFactor" SG_ 560 HCU_DptHrSet2Val 2;
+BA_ "Version" SG_ 560 HCU_DptHrSet2Val "18.08.02";
+BA_ "GenMsgCycleTime" BO_ 976 0;
+BA_ "GenMsgNrOfRepetition" BO_ 976 0;
+BA_ "GenMsgDelayTime" BO_ 976 0;
+BA_ "GenMsgStartDelayTime" BO_ 976 0;
+BA_ "VFrameFormat" BO_ 976 14;
+BA_ "Description" SG_ 976 HCU_Crc11Val "The data area for CRC calculation is based on the data length (DLC) of the message DB.
+
+The CRC shall be calculated over the entire data block (excluding the CRC bytes) including the user data, alive counter and Data ID
+
+ 
+
+- CRC Polynomial (0x1021) , Initial Value : 0xFFFF, XOR value : 0x0000, Data ID : Message ID + 0xF800 
+
+- The initial value is for CRC calculation and the message should be sent with the calculated result value. 
+
+- The mathematical expression to 16 bit CRC polynomial is given here. G(x) = x16 + x12 + x5 + 1";
+BA_ "GenSigSendType" SG_ 976 HCU_Crc11Val 2;
+BA_ "GenSigStartValue" SG_ 976 HCU_Crc11Val 65535;
+BA_ "UserSigValidity" SG_ 976 HCU_Crc11Val 3;
+BA_ "NetworkRequestHoldingTime" SG_ 976 HCU_Crc11Val 0;
+BA_ "RoutingFactor" SG_ 976 HCU_Crc11Val 1;
+BA_ "Version" SG_ 976 HCU_Crc11Val "18.11.08";
+BA_ "Description" SG_ 976 HCU_ImmoLkSta "HCU Immobilizer Lock Information";
+BA_ "GenSigSendType" SG_ 976 HCU_ImmoLkSta 2;
+BA_ "GenSigStartValue" SG_ 976 HCU_ImmoLkSta 0;
+BA_ "UserSigValidity" SG_ 976 HCU_ImmoLkSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 976 HCU_ImmoLkSta 0;
+BA_ "NetworkRequestHoldingTime" SG_ 976 HCU_ImmoLkSta 0;
+BA_ "RoutingFactor" SG_ 976 HCU_ImmoLkSta 1;
+BA_ "Version" SG_ 976 HCU_ImmoLkSta "19.05.02";
+BA_ "Description" SG_ 976 HCU_keyStrtSta "KEY Start signal for Immobilizer function";
+BA_ "GenSigSendType" SG_ 976 HCU_keyStrtSta 2;
+BA_ "GenSigStartValue" SG_ 976 HCU_keyStrtSta 0;
+BA_ "UserSigValidity" SG_ 976 HCU_keyStrtSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 976 HCU_keyStrtSta 0;
+BA_ "NetworkRequestHoldingTime" SG_ 976 HCU_keyStrtSta 0;
+BA_ "RoutingFactor" SG_ 976 HCU_keyStrtSta 1;
+BA_ "Version" SG_ 976 HCU_keyStrtSta "19.05.02";
+BA_ "Description" SG_ 976 HCU_AuthCntVal "This signal indicates 4 bit message counter, incremented each Random Number.";
+BA_ "GenSigSendType" SG_ 976 HCU_AuthCntVal 2;
+BA_ "GenSigStartValue" SG_ 976 HCU_AuthCntVal 0;
+BA_ "UserSigValidity" SG_ 976 HCU_AuthCntVal 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 976 HCU_AuthCntVal 0;
+BA_ "NetworkRequestHoldingTime" SG_ 976 HCU_AuthCntVal 0;
+BA_ "RoutingFactor" SG_ 976 HCU_AuthCntVal 1;
+BA_ "Version" SG_ 976 HCU_AuthCntVal "18.10.02";
+BA_ "Description" SG_ 976 HCU_AlvCnt11Val "For the first transmission request for a data element the counter shall be initialized with 0 and shall be incremented by 1 for every subsequent send request. 
+
+When the counter reaches the maximum value(0xFF), then it shall restart with 0 for the next send request";
+BA_ "GenSigSendType" SG_ 976 HCU_AlvCnt11Val 2;
+BA_ "GenSigStartValue" SG_ 976 HCU_AlvCnt11Val 0;
+BA_ "UserSigValidity" SG_ 976 HCU_AlvCnt11Val 3;
+BA_ "NetworkRequestHoldingTime" SG_ 976 HCU_AlvCnt11Val 0;
+BA_ "RoutingFactor" SG_ 976 HCU_AlvCnt11Val 1;
+BA_ "Version" SG_ 976 HCU_AlvCnt11Val "18.11.08";
+BA_ "Description" SG_ 976 HCU_RandomNumVal "This signal is for Immobilizer Authentication.";
+BA_ "GenSigSendType" SG_ 976 HCU_RandomNumVal 2;
+BA_ "GenSigStartValue" SG_ 976 HCU_RandomNumVal 0;
+BA_ "UserSigValidity" SG_ 976 HCU_RandomNumVal 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 976 HCU_RandomNumVal 0;
+BA_ "NetworkRequestHoldingTime" SG_ 976 HCU_RandomNumVal 0;
+BA_ "RoutingFactor" SG_ 976 HCU_RandomNumVal 1;
+BA_ "Version" SG_ 976 HCU_RandomNumVal "18.10.00";
+BA_ "GenMsgSendType" BO_ 69 0;
+BA_ "GenMsgCycleTime" BO_ 69 10;
+BA_ "GenMsgCycleTimeFast" BO_ 69 0;
+BA_ "GenMsgNrOfRepetition" BO_ 69 0;
+BA_ "GenMsgDelayTime" BO_ 69 0;
+BA_ "GenMsgStartDelayTime" BO_ 69 0;
+BA_ "VFrameFormat" BO_ 69 14;
+BA_ "Description" SG_ 69 HTCU_Crc4Val "The data area for CRC calculation is based on the data length (DLC) of the message DB.
+
+The CRC shall be calculated over the entire data block (excluding the CRC bytes) including the user data, alive counter and Data ID
+
+ 
+
+- CRC Polynomial (0x1021) , Initial Value : 0xFFFF, XOR value : 0x0000, Data ID : Message ID + 0xF800 
+
+- The initial value is for CRC calculation and the message should be sent with the calculated result value. 
+
+- The mathematical expression to 16 bit CRC polynomial is given here. G(x) = x16 + x12 + x5 + 1";
+BA_ "GenSigStartValue" SG_ 69 HTCU_Crc4Val 65535;
+BA_ "UserSigValidity" SG_ 69 HTCU_Crc4Val 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 69 HTCU_Crc4Val 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ IBU SG_ 69 HTCU_Crc4Val 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 69 HTCU_Crc4Val 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 69 HTCU_Crc4Val 500;
+BA_ "NetworkRequestHoldingTime" SG_ 69 HTCU_Crc4Val 0;
+BA_ "RoutingFactor" SG_ 69 HTCU_Crc4Val 5;
+BA_ "Version" SG_ 69 HTCU_Crc4Val "18.11.08";
+BA_ "Description" SG_ 69 HTCU_PrgrmSta "This signal informs about current program status in HTCU";
+BA_ "GenSigStartValue" SG_ 69 HTCU_PrgrmSta 0;
+BA_ "UserSigValidity" SG_ 69 HTCU_PrgrmSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 69 HTCU_PrgrmSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 69 HTCU_PrgrmSta 0;
+BA_ "RoutingFactor" SG_ 69 HTCU_PrgrmSta 5;
+BA_ "Version" SG_ 69 HTCU_PrgrmSta "17.11.00";
+BA_ "Description" SG_ 69 HTCU_FsCltchLmphmActvSta "This signal informs about engine clutch limp-home control activation";
+BA_ "GenSigStartValue" SG_ 69 HTCU_FsCltchLmphmActvSta 0;
+BA_ "UserSigValidity" SG_ 69 HTCU_FsCltchLmphmActvSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 69 HTCU_FsCltchLmphmActvSta 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 69 HTCU_FsCltchLmphmActvSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 69 HTCU_FsCltchLmphmActvSta 0;
+BA_ "RoutingFactor" SG_ 69 HTCU_FsCltchLmphmActvSta 5;
+BA_ "Version" SG_ 69 HTCU_FsCltchLmphmActvSta "17.11.00";
+BA_ "Description" SG_ 69 HTCU_FsIdleTrgtRpmVal "Request idle target rpm for engine clutch limp-home control";
+BA_ "GenSigStartValue" SG_ 69 HTCU_FsIdleTrgtRpmVal 0;
+BA_ "UserSigValidity" SG_ 69 HTCU_FsIdleTrgtRpmVal 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 69 HTCU_FsIdleTrgtRpmVal 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 69 HTCU_FsIdleTrgtRpmVal 500;
+BA_ "NetworkRequestHoldingTime" SG_ 69 HTCU_FsIdleTrgtRpmVal 0;
+BA_ "RoutingFactor" SG_ 69 HTCU_FsIdleTrgtRpmVal 5;
+BA_ "Version" SG_ 69 HTCU_FsIdleTrgtRpmVal "17.11.00";
+BA_ "Description" SG_ 69 HTCU_FsAddtnlTqLssPcVal "Additional torque loss for engine clutch limp-home control";
+BA_ "GenSigStartValue" SG_ 69 HTCU_FsAddtnlTqLssPcVal 0;
+BA_ "UserSigValidity" SG_ 69 HTCU_FsAddtnlTqLssPcVal 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 69 HTCU_FsAddtnlTqLssPcVal 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 69 HTCU_FsAddtnlTqLssPcVal 500;
+BA_ "NetworkRequestHoldingTime" SG_ 69 HTCU_FsAddtnlTqLssPcVal 0;
+BA_ "RoutingFactor" SG_ 69 HTCU_FsAddtnlTqLssPcVal 5;
+BA_ "Version" SG_ 69 HTCU_FsAddtnlTqLssPcVal "17.11.00";
+BA_ "Description" SG_ 69 HTCU_FsEngTqRdctnPcVal "This signal informs about engine torque reduction request for engine clutch limp-home control";
+BA_ "GenSigStartValue" SG_ 69 HTCU_FsEngTqRdctnPcVal 255;
+BA_ "UserSigValidity" SG_ 69 HTCU_FsEngTqRdctnPcVal 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 69 HTCU_FsEngTqRdctnPcVal 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 69 HTCU_FsEngTqRdctnPcVal 500;
+BA_ "NetworkRequestHoldingTime" SG_ 69 HTCU_FsEngTqRdctnPcVal 0;
+BA_ "RoutingFactor" SG_ 69 HTCU_FsEngTqRdctnPcVal 5;
+BA_ "Version" SG_ 69 HTCU_FsEngTqRdctnPcVal "19.02.06";
+BA_ "Description" SG_ 69 HTCU_LnPrsBarVal "This signal informs about the Transmission valve body line pressure command from HTCU";
+BA_ "GenSigStartValue" SG_ 69 HTCU_LnPrsBarVal 0;
+BA_ "UserSigValidity" SG_ 69 HTCU_LnPrsBarVal 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ OPU SG_ 69 HTCU_LnPrsBarVal 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 69 HTCU_LnPrsBarVal 500;
+BA_ "NetworkRequestHoldingTime" SG_ 69 HTCU_LnPrsBarVal 0;
+BA_ "RoutingFactor" SG_ 69 HTCU_LnPrsBarVal 5;
+BA_ "Version" SG_ 69 HTCU_LnPrsBarVal "17.11.00";
+BA_ "Description" SG_ 69 HTCU_RapidKDReq "Rapid K/D Shift Request";
+BA_ "GenSigStartValue" SG_ 69 HTCU_RapidKDReq 0;
+BA_ "UserSigValidity" SG_ 69 HTCU_RapidKDReq 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 69 HTCU_RapidKDReq 500;
+BA_ "NetworkRequestHoldingTime" SG_ 69 HTCU_RapidKDReq 0;
+BA_ "RoutingFactor" SG_ 69 HTCU_RapidKDReq 5;
+BA_ "Version" SG_ 69 HTCU_RapidKDReq "17.11.00";
+BA_ "GenSigStartValue" SG_ 69 HTCU_CurrGearSta 0;
+BA_ "UserSigValidity" SG_ 69 HTCU_CurrGearSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 69 HTCU_CurrGearSta 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 69 HTCU_CurrGearSta 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 69 HTCU_CurrGearSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 69 HTCU_CurrGearSta 0;
+BA_ "RoutingFactor" SG_ 69 HTCU_CurrGearSta 5;
+BA_ "Version" SG_ 69 HTCU_CurrGearSta "18.12.07";
+BA_ "Description" SG_ 69 HTCU_GearShftUpDisGSI "Gear Shift-up display status for Gear shift indicator (EU Regulations)";
+BA_ "GenSigStartValue" SG_ 69 HTCU_GearShftUpDisGSI 0;
+BA_ "UserSigValidity" SG_ 69 HTCU_GearShftUpDisGSI 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 69 HTCU_GearShftUpDisGSI 500;
+BA_ "NetworkRequestHoldingTime" SG_ 69 HTCU_GearShftUpDisGSI 0;
+BA_ "RoutingFactor" SG_ 69 HTCU_GearShftUpDisGSI 5;
+BA_ "Version" SG_ 69 HTCU_GearShftUpDisGSI "18.08.01";
+BA_ "Description" SG_ 69 HTCU_GearShftDnDisGSI "Gear Shift-down display status for Gear shift indicator (EU Regulations)";
+BA_ "GenSigStartValue" SG_ 69 HTCU_GearShftDnDisGSI 0;
+BA_ "UserSigValidity" SG_ 69 HTCU_GearShftDnDisGSI 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 69 HTCU_GearShftDnDisGSI 500;
+BA_ "NetworkRequestHoldingTime" SG_ 69 HTCU_GearShftDnDisGSI 0;
+BA_ "RoutingFactor" SG_ 69 HTCU_GearShftDnDisGSI 5;
+BA_ "Version" SG_ 69 HTCU_GearShftDnDisGSI "18.08.01";
+BA_ "Description" SG_ 69 HTCU_TrgtGearStaGSI "Target Gear for Gear shift indicator (EU Regulations)";
+BA_ "GenSigStartValue" SG_ 69 HTCU_TrgtGearStaGSI 0;
+BA_ "UserSigValidity" SG_ 69 HTCU_TrgtGearStaGSI 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 69 HTCU_TrgtGearStaGSI 500;
+BA_ "NetworkRequestHoldingTime" SG_ 69 HTCU_TrgtGearStaGSI 0;
+BA_ "RoutingFactor" SG_ 69 HTCU_TrgtGearStaGSI 5;
+BA_ "Version" SG_ 69 HTCU_TrgtGearStaGSI "19.02.06";
+BA_ "Description" SG_ 69 HTCU_SolBSta "Status of On/Off Solenoid B";
+BA_ "GenSigStartValue" SG_ 69 HTCU_SolBSta 0;
+BA_ "UserSigValidity" SG_ 69 HTCU_SolBSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 69 HTCU_SolBSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 69 HTCU_SolBSta 0;
+BA_ "RoutingFactor" SG_ 69 HTCU_SolBSta 5;
+BA_ "Version" SG_ 69 HTCU_SolBSta "18.08.01";
+BA_ "Description" SG_ 69 HTCU_AlvCnt4Val "For the first transmission request for a data element the counter shall be initialized with 0 and shall be incremented by 1 for every subsequent send request. 
+
+When the counter reaches the maximum value(0xFF), then it shall restart with 0 for the next send request";
+BA_ "GenSigStartValue" SG_ 69 HTCU_AlvCnt4Val 0;
+BA_ "UserSigValidity" SG_ 69 HTCU_AlvCnt4Val 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 69 HTCU_AlvCnt4Val 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ IBU SG_ 69 HTCU_AlvCnt4Val 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 69 HTCU_AlvCnt4Val 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 69 HTCU_AlvCnt4Val 500;
+BA_ "NetworkRequestHoldingTime" SG_ 69 HTCU_AlvCnt4Val 0;
+BA_ "RoutingFactor" SG_ 69 HTCU_AlvCnt4Val 5;
+BA_ "Version" SG_ 69 HTCU_AlvCnt4Val "18.11.08";
+BA_ "Description" SG_ 69 HTCU_TrgtGearSta "HTCU_TrgtGearSta informs about the speed, which is currently engaged in the gearbox, or, in case of a gear change (HTCU_GearChgSta), which speed is reached.
+
+Note: Gear changes covering more than one speed are also possible.
+
+In the P and N positions, the frictional connection is interrupted hydraulically.
+
+Depending on the type of error, the 3rd or 4th (forward) speed, and the R (reverse) speed are engaged in the limp home program.";
+BA_ "GenSigStartValue" SG_ 69 HTCU_TrgtGearSta 0;
+BA_ "UserSigValidity" SG_ 69 HTCU_TrgtGearSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 69 HTCU_TrgtGearSta 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 69 HTCU_TrgtGearSta 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ OPU SG_ 69 HTCU_TrgtGearSta 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 69 HTCU_TrgtGearSta 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 69 HTCU_TrgtGearSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 69 HTCU_TrgtGearSta 0;
+BA_ "RoutingFactor" SG_ 69 HTCU_TrgtGearSta 5;
+BA_ "Version" SG_ 69 HTCU_TrgtGearSta "18.12.07";
+BA_ "Description" SG_ 69 HTCU_RdySta "Flag that the HTCU is ready to work. (In fact, this flag is true from the moment that CAN is working. So, normally no “false” will be sent on CAN.) This flag does not show that everything is alright in the HTCU. This information is given in the warning and fault flags.";
+BA_ "GenSigStartValue" SG_ 69 HTCU_RdySta 0;
+BA_ "UserSigValidity" SG_ 69 HTCU_RdySta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 69 HTCU_RdySta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 69 HTCU_RdySta 0;
+BA_ "RoutingFactor" SG_ 69 HTCU_RdySta 5;
+BA_ "Version" SG_ 69 HTCU_RdySta "18.08.02";
+BA_ "Description" SG_ 69 HTCU_GearChgSta "HTCU_GearChgSta indicates whether a gear change is being executed in the gearbox.
+
+Note : Gear change means a gear shift at D-range and Garage shift(PRND).";
+BA_ "GenSigStartValue" SG_ 69 HTCU_GearChgSta 0;
+BA_ "UserSigValidity" SG_ 69 HTCU_GearChgSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 69 HTCU_GearChgSta 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 69 HTCU_GearChgSta 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ OPU SG_ 69 HTCU_GearChgSta 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 69 HTCU_GearChgSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 69 HTCU_GearChgSta 0;
+BA_ "RoutingFactor" SG_ 69 HTCU_GearChgSta 5;
+BA_ "Version" SG_ 69 HTCU_GearChgSta "18.08.02";
+BA_ "Description" SG_ 69 HTCU_TqRdctnPcVal "The HTCU requests a torque reduction via the signal CR_Tcu_TqInt_Pc to the ECU and MCU.
+
+The requested torque HTCU_TqRdctnPcVal refers to a maximum torque CR_Ems_TqStd_Nm. This conversion into a physical quantity provides a range of CR_Ems_TqStd_Nm of 0 ..199.61%.
+
+There is no specific phase relationship between the output and any other signal.
+
+Conversion : (PH) = 0.390625 * (HEX) [%]";
+BA_ "GenSigStartValue" SG_ 69 HTCU_TqRdctnPcVal 511;
+BA_ "UserSigValidity" SG_ 69 HTCU_TqRdctnPcVal 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 69 HTCU_TqRdctnPcVal 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 69 HTCU_TqRdctnPcVal 500;
+BA_ "NetworkRequestHoldingTime" SG_ 69 HTCU_TqRdctnPcVal 0;
+BA_ "RoutingFactor" SG_ 69 HTCU_TqRdctnPcVal 5;
+BA_ "Version" SG_ 69 HTCU_TqRdctnPcVal "18.08.02";
+BA_ "Description" SG_ 69 HTCU_FltSta "HTCU_FltSta informs about status of transmission control.
+
+
+
+<Value Description>
+
+Bit 0: HTCU Diagnostic failure
+
+Bit 1: HTCU Diagnostic failure ? Limphome activated
+
+Bit 2: OPU/EOP Diagnostic failure";
+BA_ "GenSigStartValue" SG_ 69 HTCU_FltSta 0;
+BA_ "UserSigValidity" SG_ 69 HTCU_FltSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 69 HTCU_FltSta 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ OPU SG_ 69 HTCU_FltSta 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 69 HTCU_FltSta 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 69 HTCU_FltSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 69 HTCU_FltSta 0;
+BA_ "RoutingFactor" SG_ 69 HTCU_FltSta 5;
+BA_ "Version" SG_ 69 HTCU_FltSta "18.08.02";
+BA_ "Description" SG_ 69 HTCU_GearSlctrDis "Position (P, R, N..), which was identified by the gear selector.
+
+In case the gear selector is in a intermediate position, the last clear recognized position is used.
+
+There is no specific phase relationship between the output and any other signal.";
+BA_ "GenSigStartValue" SG_ 69 HTCU_GearSlctrDis 9;
+BA_ "UserSigValidity" SG_ 69 HTCU_GearSlctrDis 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 69 HTCU_GearSlctrDis 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 69 HTCU_GearSlctrDis 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ IBU SG_ 69 HTCU_GearSlctrDis 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ OPU SG_ 69 HTCU_GearSlctrDis 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 69 HTCU_GearSlctrDis 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 69 HTCU_GearSlctrDis 500;
+BA_ "NetworkRequestHoldingTime" SG_ 69 HTCU_GearSlctrDis 0;
+BA_ "RoutingFactor" SG_ 69 HTCU_GearSlctrDis 5;
+BA_ "Version" SG_ 69 HTCU_GearSlctrDis "18.08.02";
+BA_ "Description" SG_ 69 HTCU_SlwTqRdctnPcVal "The HTCU requests a slow torque reduction via the signal HTCU_TqRdctnPcVal to the ECU and MCU.";
+BA_ "GenSigStartValue" SG_ 69 HTCU_SlwTqRdctnPcVal 511;
+BA_ "UserSigValidity" SG_ 69 HTCU_SlwTqRdctnPcVal 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 69 HTCU_SlwTqRdctnPcVal 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 69 HTCU_SlwTqRdctnPcVal 500;
+BA_ "NetworkRequestHoldingTime" SG_ 69 HTCU_SlwTqRdctnPcVal 0;
+BA_ "RoutingFactor" SG_ 69 HTCU_SlwTqRdctnPcVal 5;
+BA_ "Version" SG_ 69 HTCU_SlwTqRdctnPcVal "18.08.02";
+BA_ "Description" SG_ 69 HTCU_VehSpdKphVal "The vehicle speed calculated by HTCU is transferred.
+
+If a vehicle has no vehicle speed sensor, no wheel speed sensor and no ABS(ESC) then it is impossible for an EMS to calculate veficle speed. In this case a HTCU should calculate vehicle speed and send to other ECUs.
+
+The calculation can be done with output speed of gearbox, final gear ratio and fixed actual radius of a tire.";
+BA_ "GenSigStartValue" SG_ 69 HTCU_VehSpdKphVal 0;
+BA_ "UserSigValidity" SG_ 69 HTCU_VehSpdKphVal 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 69 HTCU_VehSpdKphVal 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ IBU SG_ 69 HTCU_VehSpdKphVal 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ OPU SG_ 69 HTCU_VehSpdKphVal 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 69 HTCU_VehSpdKphVal 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 69 HTCU_VehSpdKphVal 500;
+BA_ "NetworkRequestHoldingTime" SG_ 69 HTCU_VehSpdKphVal 0;
+BA_ "RoutingFactor" SG_ 69 HTCU_VehSpdKphVal 5;
+BA_ "Version" SG_ 69 HTCU_VehSpdKphVal "18.08.02";
+BA_ "Description" SG_ 69 HTCU_VehSpdDcmlKphVal "The signal HTCU_VehSpdDcmlKphVal means the value which is below decimal point of the vehicle speed.
+
+For instance, if a vehicle speed is 13.75Km/h, HTCU_VehSpdKphVal means 13Km/h and HTCU_VehSpdDcmlKphVal means 0.75Km/h.
+
+(Min ~ Max: 0.00 ~ 0.99)";
+BA_ "GenSigStartValue" SG_ 69 HTCU_VehSpdDcmlKphVal 0;
+BA_ "UserSigValidity" SG_ 69 HTCU_VehSpdDcmlKphVal 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 69 HTCU_VehSpdDcmlKphVal 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 69 HTCU_VehSpdDcmlKphVal 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 69 HTCU_VehSpdDcmlKphVal 500;
+BA_ "NetworkRequestHoldingTime" SG_ 69 HTCU_VehSpdDcmlKphVal 0;
+BA_ "RoutingFactor" SG_ 69 HTCU_VehSpdDcmlKphVal 5;
+BA_ "Version" SG_ 69 HTCU_VehSpdDcmlKphVal "18.12.07";
+BA_ "Description" SG_ 69 HTCU_HvOpuSpdCmdRpmVal "CR_Tcu_OpuSpdCmd_Rpm informs about the external oil pump speed.";
+BA_ "GenSigStartValue" SG_ 69 HTCU_HvOpuSpdCmdRpmVal 0;
+BA_ "UserSigValidity" SG_ 69 HTCU_HvOpuSpdCmdRpmVal 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ OPU SG_ 69 HTCU_HvOpuSpdCmdRpmVal 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 69 HTCU_HvOpuSpdCmdRpmVal 500;
+BA_ "NetworkRequestHoldingTime" SG_ 69 HTCU_HvOpuSpdCmdRpmVal 0;
+BA_ "RoutingFactor" SG_ 69 HTCU_HvOpuSpdCmdRpmVal 5;
+BA_ "Version" SG_ 69 HTCU_HvOpuSpdCmdRpmVal "17.11.00";
+BA_ "GenSigStartValue" SG_ 69 HTCU_TrgtShftClsCCanSta 0;
+BA_ "UserSigValidity" SG_ 69 HTCU_TrgtShftClsCCanSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 69 HTCU_TrgtShftClsCCanSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 69 HTCU_TrgtShftClsCCanSta 0;
+BA_ "RoutingFactor" SG_ 69 HTCU_TrgtShftClsCCanSta 5;
+BA_ "Version" SG_ 69 HTCU_TrgtShftClsCCanSta "17.11.00";
+BA_ "GenMsgSendType" BO_ 1018 0;
+BA_ "GenMsgCycleTime" BO_ 1018 100;
+BA_ "GenMsgCycleTimeFast" BO_ 1018 0;
+BA_ "GenMsgNrOfRepetition" BO_ 1018 0;
+BA_ "GenMsgStartDelayTime" BO_ 1018 0;
+BA_ "VFrameFormat" BO_ 1018 14;
+BA_ "Description" SG_ 1018 HTCU_Crc7Val "The data area for CRC calculation is based on the data length (DLC) of the message DB.
+
+The CRC shall be calculated over the entire data block (excluding the CRC bytes) including the user data, alive counter and Data ID
+
+ 
+
+- CRC Polynomial (0x1021) , Initial Value : 0xFFFF, XOR value : 0x0000, Data ID : Message ID + 0xF800 
+
+- The initial value is for CRC calculation and the message should be sent with the calculated result value. 
+
+- The mathematical expression to 16 bit CRC polynomial is given here. G(x) = x16 + x12 + x5 + 1";
+BA_ "GenSigStartValue" SG_ 1018 HTCU_Crc7Val 65535;
+BA_ "UserSigValidity" SG_ 1018 HTCU_Crc7Val 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1018 HTCU_Crc7Val 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 1018 HTCU_Crc7Val 0;
+BA_ "RoutingFactor" SG_ 1018 HTCU_Crc7Val 2;
+BA_ "Version" SG_ 1018 HTCU_Crc7Val "18.11.08";
+BA_ "Description" SG_ 1018 HTCU_AlvCnt7Val "For the first transmission request for a data element the counter shall be initialized with 0 and shall be incremented by 1 for every subsequent send request. 
+
+When the counter reaches the maximum value(0xFF), then it shall restart with 0 for the next send request";
+BA_ "GenSigStartValue" SG_ 1018 HTCU_AlvCnt7Val 0;
+BA_ "UserSigValidity" SG_ 1018 HTCU_AlvCnt7Val 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1018 HTCU_AlvCnt7Val 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 1018 HTCU_AlvCnt7Val 0;
+BA_ "RoutingFactor" SG_ 1018 HTCU_AlvCnt7Val 2;
+BA_ "Version" SG_ 1018 HTCU_AlvCnt7Val "18.11.08";
+BA_ "Description" SG_ 1018 HTCU_Typ "Information regarding the type of transmission ? Step A/T ,CVT, HEV AT";
+BA_ "GenSigStartValue" SG_ 1018 HTCU_Typ 3;
+BA_ "UserSigValidity" SG_ 1018 HTCU_Typ 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 1018 HTCU_Typ 1500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 1018 HTCU_Typ 1500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1018 HTCU_Typ 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 1018 HTCU_Typ 0;
+BA_ "RoutingFactor" SG_ 1018 HTCU_Typ 2;
+BA_ "Version" SG_ 1018 HTCU_Typ "18.12.07";
+BA_ "Description" SG_ 1018 HTCU_OpupwrSvModReq "OPU power save mode active (@No line pressure control)";
+BA_ "GenSigStartValue" SG_ 1018 HTCU_OpupwrSvModReq 0;
+BA_ "UserSigValidity" SG_ 1018 HTCU_OpupwrSvModReq 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ OPU SG_ 1018 HTCU_OpupwrSvModReq 1500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1018 HTCU_OpupwrSvModReq 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 1018 HTCU_OpupwrSvModReq 0;
+BA_ "RoutingFactor" SG_ 1018 HTCU_OpupwrSvModReq 2;
+BA_ "Version" SG_ 1018 HTCU_OpupwrSvModReq "18.12.07";
+BA_ "Description" SG_ 1018 HTCU_GearStepNumTyp "This signal indicates number of gear steps of step type automatic transmission(A/T). A vehicle can have A/T variant according to its option, for example 5-speed A/T or 6-speed A/T can be equipped in the same kind of vehicles and other control systems (e.g. ESC, TCS, …) can need this information to apply appropriate control logic.";
+BA_ "GenSigStartValue" SG_ 1018 HTCU_GearStepNumTyp 6;
+BA_ "UserSigValidity" SG_ 1018 HTCU_GearStepNumTyp 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 1018 HTCU_GearStepNumTyp 1500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1018 HTCU_GearStepNumTyp 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 1018 HTCU_GearStepNumTyp 0;
+BA_ "RoutingFactor" SG_ 1018 HTCU_GearStepNumTyp 2;
+BA_ "Version" SG_ 1018 HTCU_GearStepNumTyp "18.12.07";
+BA_ "Description" SG_ 1018 HTCU_SrvLmpReq "Service lamp request";
+BA_ "GenSigStartValue" SG_ 1018 HTCU_SrvLmpReq 0;
+BA_ "UserSigValidity" SG_ 1018 HTCU_SrvLmpReq 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1018 HTCU_SrvLmpReq 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 1018 HTCU_SrvLmpReq 0;
+BA_ "RoutingFactor" SG_ 1018 HTCU_SrvLmpReq 2;
+BA_ "Version" SG_ 1018 HTCU_SrvLmpReq "18.12.07";
+BA_ "Description" SG_ 1018 HTCU_MilOnReq "MIL On Request of TCU";
+BA_ "GenSigStartValue" SG_ 1018 HTCU_MilOnReq 0;
+BA_ "UserSigValidity" SG_ 1018 HTCU_MilOnReq 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1018 HTCU_MilOnReq 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 1018 HTCU_MilOnReq 0;
+BA_ "RoutingFactor" SG_ 1018 HTCU_MilOnReq 2;
+BA_ "Version" SG_ 1018 HTCU_MilOnReq "18.12.07";
+BA_ "Description" SG_ 1018 HTCU_AtTempCVal "Temperature of A/T fluid";
+BA_ "GenSigStartValue" SG_ 1018 HTCU_AtTempCVal 255;
+BA_ "UserSigValidity" SG_ 1018 HTCU_AtTempCVal 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 1018 HTCU_AtTempCVal 1500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ OPU SG_ 1018 HTCU_AtTempCVal 1500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1018 HTCU_AtTempCVal 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 1018 HTCU_AtTempCVal 0;
+BA_ "RoutingFactor" SG_ 1018 HTCU_AtTempCVal 2;
+BA_ "Version" SG_ 1018 HTCU_AtTempCVal "18.12.07";
+BA_ "Description" SG_ 1018 HTCU_EopCtrlTestSta "This label is a logical value, whereas “1“represents actuator test. During electric oil pump test is checked by the diagnostic tester. EMS & HCU should be stopped and ignition key “ on“ during the test.";
+BA_ "GenSigStartValue" SG_ 1018 HTCU_EopCtrlTestSta 0;
+BA_ "UserSigValidity" SG_ 1018 HTCU_EopCtrlTestSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ OPU SG_ 1018 HTCU_EopCtrlTestSta 1500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1018 HTCU_EopCtrlTestSta 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 1018 HTCU_EopCtrlTestSta 0;
+BA_ "RoutingFactor" SG_ 1018 HTCU_EopCtrlTestSta 2;
+BA_ "Version" SG_ 1018 HTCU_EopCtrlTestSta "18.12.07";
+BA_ "GenSigStartValue" SG_ 1018 HTCU_FldTempBkupSta 0;
+BA_ "UserSigValidity" SG_ 1018 HTCU_FldTempBkupSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 1018 HTCU_FldTempBkupSta 1500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ OPU SG_ 1018 HTCU_FldTempBkupSta 1500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1018 HTCU_FldTempBkupSta 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 1018 HTCU_FldTempBkupSta 0;
+BA_ "RoutingFactor" SG_ 1018 HTCU_FldTempBkupSta 2;
+BA_ "Version" SG_ 1018 HTCU_FldTempBkupSta "18.12.07";
+BA_ "Description" SG_ 1018 HTCU_TMOutSpdRpmVal "The signal informs about actual T/M output speed.
+
+(Error ID: 0xFFFF)";
+BA_ "GenSigStartValue" SG_ 1018 HTCU_TMOutSpdRpmVal 0;
+BA_ "UserSigValidity" SG_ 1018 HTCU_TMOutSpdRpmVal 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1018 HTCU_TMOutSpdRpmVal 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 1018 HTCU_TMOutSpdRpmVal 0;
+BA_ "RoutingFactor" SG_ 1018 HTCU_TMOutSpdRpmVal 2;
+BA_ "Version" SG_ 1018 HTCU_TMOutSpdRpmVal "18.12.07";
+BA_ "Description" SG_ 1018 HTCU_TransmsnInfoCodVal "Transmission Information Code";
+BA_ "GenSigStartValue" SG_ 1018 HTCU_TransmsnInfoCodVal 0;
+BA_ "UserSigValidity" SG_ 1018 HTCU_TransmsnInfoCodVal 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1018 HTCU_TransmsnInfoCodVal 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 1018 HTCU_TransmsnInfoCodVal 0;
+BA_ "RoutingFactor" SG_ 1018 HTCU_TransmsnInfoCodVal 2;
+BA_ "Version" SG_ 1018 HTCU_TransmsnInfoCodVal "18.08.07";
+BA_ "Description" SG_ 1018 HTCU_EpbReq "This signal informs about EPB Apply request during SBW system failure.";
+BA_ "GenSigStartValue" SG_ 1018 HTCU_EpbReq 0;
+BA_ "UserSigValidity" SG_ 1018 HTCU_EpbReq 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1018 HTCU_EpbReq 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 1018 HTCU_EpbReq 0;
+BA_ "RoutingFactor" SG_ 1018 HTCU_EpbReq 2;
+BA_ "Version" SG_ 1018 HTCU_EpbReq "18.08.07";
+BA_ "Description" SG_ 1018 HTCU_GearSlctrDisBlinkReq "Cluster controls blinking of gear lamp during the request signal from TCU.";
+BA_ "GenSigStartValue" SG_ 1018 HTCU_GearSlctrDisBlinkReq 0;
+BA_ "UserSigValidity" SG_ 1018 HTCU_GearSlctrDisBlinkReq 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1018 HTCU_GearSlctrDisBlinkReq 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 1018 HTCU_GearSlctrDisBlinkReq 0;
+BA_ "RoutingFactor" SG_ 1018 HTCU_GearSlctrDisBlinkReq 2;
+BA_ "Version" SG_ 1018 HTCU_GearSlctrDisBlinkReq "18.08.07";
+BA_ "Description" SG_ 1018 HTCU_DrivingModeReq "Driving mode request with Normal, Eco, Eco+, Sport, Sport+
+
+and Snow only TCU automode is on, otherwise, inactive.";
+BA_ "GenSigStartValue" SG_ 1018 HTCU_DrivingModeReq 0;
+BA_ "UserSigValidity" SG_ 1018 HTCU_DrivingModeReq 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 1018 HTCU_DrivingModeReq 1500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1018 HTCU_DrivingModeReq 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 1018 HTCU_DrivingModeReq 0;
+BA_ "RoutingFactor" SG_ 1018 HTCU_DrivingModeReq 2;
+BA_ "Version" SG_ 1018 HTCU_DrivingModeReq "18.08.07";
+BA_ "Description" SG_ 1018 HTCU_DrivingModeDis "Driving mode display by TCU";
+BA_ "GenSigStartValue" SG_ 1018 HTCU_DrivingModeDis 0;
+BA_ "UserSigValidity" SG_ 1018 HTCU_DrivingModeDis 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1018 HTCU_DrivingModeDis 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 1018 HTCU_DrivingModeDis 0;
+BA_ "RoutingFactor" SG_ 1018 HTCU_DrivingModeDis 2;
+BA_ "Version" SG_ 1018 HTCU_DrivingModeDis "18.08.07";
+BA_ "Description" SG_ 1018 HTCU_SmartShiftInf "Information of SmartShift";
+BA_ "GenSigStartValue" SG_ 1018 HTCU_SmartShiftInf 0;
+BA_ "UserSigValidity" SG_ 1018 HTCU_SmartShiftInf 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1018 HTCU_SmartShiftInf 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 1018 HTCU_SmartShiftInf 0;
+BA_ "RoutingFactor" SG_ 1018 HTCU_SmartShiftInf 2;
+BA_ "Version" SG_ 1018 HTCU_SmartShiftInf "18.08.07";
+BA_ "Description" SG_ 1018 HTCU_SiCluster "Sporty index based on the driver's driving behaviour";
+BA_ "GenSigStartValue" SG_ 1018 HTCU_SiCluster 0;
+BA_ "UserSigValidity" SG_ 1018 HTCU_SiCluster 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1018 HTCU_SiCluster 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 1018 HTCU_SiCluster 0;
+BA_ "RoutingFactor" SG_ 1018 HTCU_SiCluster 2;
+BA_ "Version" SG_ 1018 HTCU_SiCluster "18.08.07";
+BA_ "Description" SG_ 1018 HTCU_WarnMsgSta "This signal label informs about A/T Terrain Mode Warning message.";
+BA_ "GenSigStartValue" SG_ 1018 HTCU_WarnMsgSta 0;
+BA_ "UserSigValidity" SG_ 1018 HTCU_WarnMsgSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1018 HTCU_WarnMsgSta 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 1018 HTCU_WarnMsgSta 0;
+BA_ "RoutingFactor" SG_ 1018 HTCU_WarnMsgSta 2;
+BA_ "Version" SG_ 1018 HTCU_WarnMsgSta "19.03.09";
+BA_ "Description" SG_ 1018 HTCU_WarnSndSta "This signal label informs about A/T Terrain Mode Warning Sound";
+BA_ "GenSigStartValue" SG_ 1018 HTCU_WarnSndSta 0;
+BA_ "UserSigValidity" SG_ 1018 HTCU_WarnSndSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1018 HTCU_WarnSndSta 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 1018 HTCU_WarnSndSta 0;
+BA_ "RoutingFactor" SG_ 1018 HTCU_WarnSndSta 2;
+BA_ "Version" SG_ 1018 HTCU_WarnSndSta "19.03.09";
+BA_ "GenMsgCycleTime" BO_ 1192 0;
+BA_ "GenMsgDelayTime" BO_ 1192 20;
+BA_ "GenMsgDelayTime" BO_ 1192 0;
+BA_ "GenMsgStartDelayTime" BO_ 1192 0;
+BA_ "VFrameFormat" BO_ 1192 14;
+BA_ "GenSigSendType" SG_ 1192 CF_AVN_FCANValueSet 4;
+BA_ "GenSigStartValue" SG_ 1192 CF_AVN_FCANValueSet 0;
+BA_ "UserSigValidity" SG_ 1192 CF_AVN_FCANValueSet 3;
+BA_ "NetworkRequestHoldingTime" SG_ 1192 CF_AVN_FCANValueSet 0;
+BA_ "RoutingFactor" SG_ 1192 CF_AVN_FCANValueSet 1;
+BA_ "Version" SG_ 1192 CF_AVN_FCANValueSet "18.09.04";
+BA_ "GenSigSendType" SG_ 1192 CF_AVN_DAWModeNValueSet 4;
+BA_ "GenSigStartValue" SG_ 1192 CF_AVN_DAWModeNValueSet 0;
+BA_ "UserSigValidity" SG_ 1192 CF_AVN_DAWModeNValueSet 3;
+BA_ "NetworkRequestHoldingTime" SG_ 1192 CF_AVN_DAWModeNValueSet 0;
+BA_ "RoutingFactor" SG_ 1192 CF_AVN_DAWModeNValueSet 1;
+BA_ "Version" SG_ 1192 CF_AVN_DAWModeNValueSet "18.09.04";
+BA_ "GenSigSendType" SG_ 1192 CF_AVN_HDANValueSet 4;
+BA_ "GenSigStartValue" SG_ 1192 CF_AVN_HDANValueSet 0;
+BA_ "UserSigValidity" SG_ 1192 CF_AVN_HDANValueSet 3;
+BA_ "NetworkRequestHoldingTime" SG_ 1192 CF_AVN_HDANValueSet 0;
+BA_ "RoutingFactor" SG_ 1192 CF_AVN_HDANValueSet 1;
+BA_ "Version" SG_ 1192 CF_AVN_HDANValueSet "18.09.04";
+BA_ "GenSigSendType" SG_ 1192 CF_AVN_BCWNValueSet 4;
+BA_ "GenSigStartValue" SG_ 1192 CF_AVN_BCWNValueSet 0;
+BA_ "UserSigValidity" SG_ 1192 CF_AVN_BCWNValueSet 3;
+BA_ "NetworkRequestHoldingTime" SG_ 1192 CF_AVN_BCWNValueSet 0;
+BA_ "RoutingFactor" SG_ 1192 CF_AVN_BCWNValueSet 1;
+BA_ "Version" SG_ 1192 CF_AVN_BCWNValueSet "18.09.04";
+BA_ "GenSigSendType" SG_ 1192 CF_AVN_SEANValueSet 4;
+BA_ "GenSigStartValue" SG_ 1192 CF_AVN_SEANValueSet 0;
+BA_ "UserSigValidity" SG_ 1192 CF_AVN_SEANValueSet 3;
+BA_ "NetworkRequestHoldingTime" SG_ 1192 CF_AVN_SEANValueSet 0;
+BA_ "RoutingFactor" SG_ 1192 CF_AVN_SEANValueSet 1;
+BA_ "Version" SG_ 1192 CF_AVN_SEANValueSet "18.09.04";
+BA_ "GenSigSendType" SG_ 1192 CF_AVN_NSCCCamNValueSet 4;
+BA_ "GenSigStartValue" SG_ 1192 CF_AVN_NSCCCamNValueSet 0;
+BA_ "UserSigValidity" SG_ 1192 CF_AVN_NSCCCamNValueSet 3;
+BA_ "NetworkRequestHoldingTime" SG_ 1192 CF_AVN_NSCCCamNValueSet 0;
+BA_ "RoutingFactor" SG_ 1192 CF_AVN_NSCCCamNValueSet 1;
+BA_ "Version" SG_ 1192 CF_AVN_NSCCCamNValueSet "18.09.04";
+BA_ "GenSigSendType" SG_ 1192 CF_AVN_BCANValueSet 4;
+BA_ "GenSigStartValue" SG_ 1192 CF_AVN_BCANValueSet 0;
+BA_ "UserSigValidity" SG_ 1192 CF_AVN_BCANValueSet 3;
+BA_ "NetworkRequestHoldingTime" SG_ 1192 CF_AVN_BCANValueSet 0;
+BA_ "RoutingFactor" SG_ 1192 CF_AVN_BCANValueSet 1;
+BA_ "Version" SG_ 1192 CF_AVN_BCANValueSet "18.09.04";
+BA_ "GenSigSendType" SG_ 1192 CF_AVN_ISLWNValueSet 4;
+BA_ "GenSigStartValue" SG_ 1192 CF_AVN_ISLWNValueSet 0;
+BA_ "UserSigValidity" SG_ 1192 CF_AVN_ISLWNValueSet 3;
+BA_ "NetworkRequestHoldingTime" SG_ 1192 CF_AVN_ISLWNValueSet 0;
+BA_ "RoutingFactor" SG_ 1192 CF_AVN_ISLWNValueSet 1;
+BA_ "Version" SG_ 1192 CF_AVN_ISLWNValueSet "18.09.04";
+BA_ "Description" SG_ 1192 CF_AVN_WarningTimingNValueSet "16.11.11_";
+BA_ "GenSigSendType" SG_ 1192 CF_AVN_WarningTimingNValueSet 4;
+BA_ "GenSigStartValue" SG_ 1192 CF_AVN_WarningTimingNValueSet 0;
+BA_ "UserSigValidity" SG_ 1192 CF_AVN_WarningTimingNValueSet 3;
+BA_ "NetworkRequestHoldingTime" SG_ 1192 CF_AVN_WarningTimingNValueSet 0;
+BA_ "RoutingFactor" SG_ 1192 CF_AVN_WarningTimingNValueSet 1;
+BA_ "Version" SG_ 1192 CF_AVN_WarningTimingNValueSet "18.04.02";
+BA_ "GenSigSendType" SG_ 1192 CF_AVN_LFANValueSet 4;
+BA_ "GenSigStartValue" SG_ 1192 CF_AVN_LFANValueSet 0;
+BA_ "UserSigValidity" SG_ 1192 CF_AVN_LFANValueSet 3;
+BA_ "NetworkRequestHoldingTime" SG_ 1192 CF_AVN_LFANValueSet 0;
+BA_ "RoutingFactor" SG_ 1192 CF_AVN_LFANValueSet 1;
+BA_ "Version" SG_ 1192 CF_AVN_LFANValueSet "18.09.04";
+BA_ "GenSigSendType" SG_ 1192 CF_AVN_NCC_USM_set 4;
+BA_ "GenSigStartValue" SG_ 1192 CF_AVN_NCC_USM_set 0;
+BA_ "UserSigValidity" SG_ 1192 CF_AVN_NCC_USM_set 3;
+BA_ "NetworkRequestHoldingTime" SG_ 1192 CF_AVN_NCC_USM_set 0;
+BA_ "RoutingFactor" SG_ 1192 CF_AVN_NCC_USM_set 1;
+BA_ "Version" SG_ 1192 CF_AVN_NCC_USM_set "18.09.04";
+BA_ "Description" SG_ 1192 CF_AVN_TirePressUnitNValueSet "16.11.11_";
+BA_ "GenSigSendType" SG_ 1192 CF_AVN_TirePressUnitNValueSet 4;
+BA_ "GenSigStartValue" SG_ 1192 CF_AVN_TirePressUnitNValueSet 0;
+BA_ "UserSigValidity" SG_ 1192 CF_AVN_TirePressUnitNValueSet 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ IBU SG_ 1192 CF_AVN_TirePressUnitNValueSet 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1192 CF_AVN_TirePressUnitNValueSet 0;
+BA_ "RoutingFactor" SG_ 1192 CF_AVN_TirePressUnitNValueSet 1;
+BA_ "Version" SG_ 1192 CF_AVN_TirePressUnitNValueSet "18.06.03";
+BA_ "Description" SG_ 1192 CF_AVN_PCANValueSet "18.01.07_";
+BA_ "GenSigSendType" SG_ 1192 CF_AVN_PCANValueSet 4;
+BA_ "GenSigStartValue" SG_ 1192 CF_AVN_PCANValueSet 0;
+BA_ "UserSigValidity" SG_ 1192 CF_AVN_PCANValueSet 3;
+BA_ "NetworkRequestHoldingTime" SG_ 1192 CF_AVN_PCANValueSet 0;
+BA_ "RoutingFactor" SG_ 1192 CF_AVN_PCANValueSet 1;
+BA_ "Version" SG_ 1192 CF_AVN_PCANValueSet "18.04.02";
+BA_ "GenSigSendType" SG_ 1192 CF_AVN_TunnelClimateNvalueSet 4;
+BA_ "GenSigStartValue" SG_ 1192 CF_AVN_TunnelClimateNvalueSet 0;
+BA_ "UserSigValidity" SG_ 1192 CF_AVN_TunnelClimateNvalueSet 3;
+BA_ "NetworkRequestHoldingTime" SG_ 1192 CF_AVN_TunnelClimateNvalueSet 0;
+BA_ "RoutingFactor" SG_ 1192 CF_AVN_TunnelClimateNvalueSet 1;
+BA_ "Version" SG_ 1192 CF_AVN_TunnelClimateNvalueSet "18.09.04";
+BA_ "GenSigSendType" SG_ 1192 CF_AVN_NSCCCrvNValueSet 4;
+BA_ "GenSigStartValue" SG_ 1192 CF_AVN_NSCCCrvNValueSet 0;
+BA_ "UserSigValidity" SG_ 1192 CF_AVN_NSCCCrvNValueSet 3;
+BA_ "NetworkRequestHoldingTime" SG_ 1192 CF_AVN_NSCCCrvNValueSet 0;
+BA_ "RoutingFactor" SG_ 1192 CF_AVN_NSCCCrvNValueSet 1;
+BA_ "Version" SG_ 1192 CF_AVN_NSCCCrvNValueSet "18.09.04";
+BA_ "GenSigSendType" SG_ 1192 CF_AVN_BCWSndWanNValueSet 4;
+BA_ "GenSigStartValue" SG_ 1192 CF_AVN_BCWSndWanNValueSet 0;
+BA_ "UserSigValidity" SG_ 1192 CF_AVN_BCWSndWanNValueSet 3;
+BA_ "NetworkRequestHoldingTime" SG_ 1192 CF_AVN_BCWSndWanNValueSet 0;
+BA_ "RoutingFactor" SG_ 1192 CF_AVN_BCWSndWanNValueSet 1;
+BA_ "Version" SG_ 1192 CF_AVN_BCWSndWanNValueSet "18.09.04";
+BA_ "GenSigSendType" SG_ 1192 CF_AVN_RCCWNValueSet 4;
+BA_ "GenSigStartValue" SG_ 1192 CF_AVN_RCCWNValueSet 0;
+BA_ "UserSigValidity" SG_ 1192 CF_AVN_RCCWNValueSet 3;
+BA_ "NetworkRequestHoldingTime" SG_ 1192 CF_AVN_RCCWNValueSet 0;
+BA_ "RoutingFactor" SG_ 1192 CF_AVN_RCCWNValueSet 1;
+BA_ "Version" SG_ 1192 CF_AVN_RCCWNValueSet "18.09.04";
+BA_ "GenSigSendType" SG_ 1192 CF_AVN_LkaModeNValueSet 4;
+BA_ "GenSigStartValue" SG_ 1192 CF_AVN_LkaModeNValueSet 0;
+BA_ "UserSigValidity" SG_ 1192 CF_AVN_LkaModeNValueSet 3;
+BA_ "NetworkRequestHoldingTime" SG_ 1192 CF_AVN_LkaModeNValueSet 0;
+BA_ "RoutingFactor" SG_ 1192 CF_AVN_LkaModeNValueSet 1;
+BA_ "Version" SG_ 1192 CF_AVN_LkaModeNValueSet "18.09.04";
+BA_ "GenSigSendType" SG_ 1192 CF_AVN_PasSpkrLvNValueSet 4;
+BA_ "GenSigStartValue" SG_ 1192 CF_AVN_PasSpkrLvNValueSet 0;
+BA_ "UserSigValidity" SG_ 1192 CF_AVN_PasSpkrLvNValueSet 3;
+BA_ "NetworkRequestHoldingTime" SG_ 1192 CF_AVN_PasSpkrLvNValueSet 0;
+BA_ "RoutingFactor" SG_ 1192 CF_AVN_PasSpkrLvNValueSet 1;
+BA_ "Version" SG_ 1192 CF_AVN_PasSpkrLvNValueSet "18.09.04";
+BA_ "Description" SG_ 1192 CF_AVN_PDWAutoOnNValueSet "18.01.07_";
+BA_ "GenSigSendType" SG_ 1192 CF_AVN_PDWAutoOnNValueSet 4;
+BA_ "GenSigStartValue" SG_ 1192 CF_AVN_PDWAutoOnNValueSet 0;
+BA_ "UserSigValidity" SG_ 1192 CF_AVN_PDWAutoOnNValueSet 3;
+BA_ "NetworkRequestHoldingTime" SG_ 1192 CF_AVN_PDWAutoOnNValueSet 0;
+BA_ "RoutingFactor" SG_ 1192 CF_AVN_PDWAutoOnNValueSet 1;
+BA_ "Version" SG_ 1192 CF_AVN_PDWAutoOnNValueSet "18.04.02";
+BA_ "GenSigSendType" SG_ 1192 CF_AVN_SCCDrvModeNValueSet 4;
+BA_ "GenSigStartValue" SG_ 1192 CF_AVN_SCCDrvModeNValueSet 0;
+BA_ "UserSigValidity" SG_ 1192 CF_AVN_SCCDrvModeNValueSet 3;
+BA_ "NetworkRequestHoldingTime" SG_ 1192 CF_AVN_SCCDrvModeNValueSet 0;
+BA_ "RoutingFactor" SG_ 1192 CF_AVN_SCCDrvModeNValueSet 1;
+BA_ "Version" SG_ 1192 CF_AVN_SCCDrvModeNValueSet "18.09.04";
+BA_ "GenMsgCycleTime" BO_ 1195 0;
+BA_ "GenMsgDelayTime" BO_ 1195 20;
+BA_ "GenMsgDelayTime" BO_ 1195 0;
+BA_ "GenMsgStartDelayTime" BO_ 1195 0;
+BA_ "VFrameFormat" BO_ 1195 14;
+BA_ "Description" SG_ 1195 CF_AVN_UnitReset "17.06.00_";
+BA_ "GenSigSendType" SG_ 1195 CF_AVN_UnitReset 4;
+BA_ "GenSigStartValue" SG_ 1195 CF_AVN_UnitReset 0;
+BA_ "UserSigValidity" SG_ 1195 CF_AVN_UnitReset 3;
+BA_ "NetworkRequestHoldingTime" SG_ 1195 CF_AVN_UnitReset 0;
+BA_ "RoutingFactor" SG_ 1195 CF_AVN_UnitReset 1;
+BA_ "Version" SG_ 1195 CF_AVN_UnitReset "18.04.02";
+BA_ "GenSigSendType" SG_ 1195 CF_AVN_CluServiceReminderReset 4;
+BA_ "GenSigStartValue" SG_ 1195 CF_AVN_CluServiceReminderReset 0;
+BA_ "UserSigValidity" SG_ 1195 CF_AVN_CluServiceReminderReset 3;
+BA_ "NetworkRequestHoldingTime" SG_ 1195 CF_AVN_CluServiceReminderReset 0;
+BA_ "RoutingFactor" SG_ 1195 CF_AVN_CluServiceReminderReset 1;
+BA_ "Version" SG_ 1195 CF_AVN_CluServiceReminderReset "18.04.02";
+BA_ "Description" SG_ 1195 CF_AVN_CluUSMReset "18.03.01_";
+BA_ "GenSigSendType" SG_ 1195 CF_AVN_CluUSMReset 4;
+BA_ "GenSigStartValue" SG_ 1195 CF_AVN_CluUSMReset 0;
+BA_ "UserSigValidity" SG_ 1195 CF_AVN_CluUSMReset 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ IBU SG_ 1195 CF_AVN_CluUSMReset 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1195 CF_AVN_CluUSMReset 0;
+BA_ "RoutingFactor" SG_ 1195 CF_AVN_CluUSMReset 1;
+BA_ "Version" SG_ 1195 CF_AVN_CluUSMReset "18.04.02";
+BA_ "GenMsgSendType" BO_ 901 0;
+BA_ "GenMsgCycleTime" BO_ 901 100;
+BA_ "GenMsgCycleTimeFast" BO_ 901 0;
+BA_ "GenMsgNrOfRepetition" BO_ 901 0;
+BA_ "GenMsgStartDelayTime" BO_ 901 0;
+BA_ "VFrameFormat" BO_ 901 14;
+BA_ "Description" SG_ 901 ICSC_Crc3Val "The data area for CRC calculation is based on the data length (DLC) of the message DB.
+
+The CRC shall be calculated over the entire data block (excluding the CRC bytes) including the user data, alive counter and Data ID
+
+ 
+
+- CRC Polynomial (0x1021) , Initial Value : 0xFFFF, XOR value : 0x0000, Data ID : Message ID + 0xF800 
+
+- The initial value is for CRC calculation and the message should be sent with the calculated result value. 
+
+- The mathematical expression to 16 bit CRC polynomial is given here. G(x) = x16 + x12 + x5 + 1";
+BA_ "GenSigStartValue" SG_ 901 ICSC_Crc3Val 65535;
+BA_ "UserSigValidity" SG_ 901 ICSC_Crc3Val 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 901 ICSC_Crc3Val 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 901 ICSC_Crc3Val 0;
+BA_ "RoutingFactor" SG_ 901 ICSC_Crc3Val 2;
+BA_ "Version" SG_ 901 ICSC_Crc3Val "18.11.08";
+BA_ "Description" SG_ 901 ICSC_AlvCnt3Val "For the first transmission request for a data element the counter shall be initialized with 0 and shall be incremented by 1 for every subsequent send request. 
+
+When the counter reaches the maximum value(0xFF), then it shall restart with 0 for the next send request";
+BA_ "GenSigStartValue" SG_ 901 ICSC_AlvCnt3Val 0;
+BA_ "UserSigValidity" SG_ 901 ICSC_AlvCnt3Val 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 901 ICSC_AlvCnt3Val 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 901 ICSC_AlvCnt3Val 0;
+BA_ "RoutingFactor" SG_ 901 ICSC_AlvCnt3Val 2;
+BA_ "Version" SG_ 901 ICSC_AlvCnt3Val "18.11.08";
+BA_ "Description" SG_ 901 DMIC_OffRdMod "This signal indicates that which offroad mode vehicle drives.";
+BA_ "GenSigStartValue" SG_ 901 DMIC_OffRdMod 0;
+BA_ "UserSigValidity" SG_ 901 DMIC_OffRdMod 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 901 DMIC_OffRdMod 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 901 DMIC_OffRdMod 0;
+BA_ "RoutingFactor" SG_ 901 DMIC_OffRdMod 2;
+BA_ "Version" SG_ 901 DMIC_OffRdMod "18.03.04";
+BA_ "Description" SG_ 901 DMIC_OffRdModActvSta "Information about offroad";
+BA_ "GenSigStartValue" SG_ 901 DMIC_OffRdModActvSta 0;
+BA_ "UserSigValidity" SG_ 901 DMIC_OffRdModActvSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 901 DMIC_OffRdModActvSta 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 901 DMIC_OffRdModActvSta 0;
+BA_ "RoutingFactor" SG_ 901 DMIC_OffRdModActvSta 2;
+BA_ "Version" SG_ 901 DMIC_OffRdModActvSta "18.03.04";
+BA_ "Description" SG_ 901 DMIC_OffRdModSta "Information about offroad mode change";
+BA_ "GenSigStartValue" SG_ 901 DMIC_OffRdModSta 0;
+BA_ "UserSigValidity" SG_ 901 DMIC_OffRdModSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 901 DMIC_OffRdModSta 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 901 DMIC_OffRdModSta 0;
+BA_ "RoutingFactor" SG_ 901 DMIC_OffRdModSta 2;
+BA_ "Version" SG_ 901 DMIC_OffRdModSta "18.03.04";
+BA_ "GenMsgCycleTime" BO_ 1201 0;
+BA_ "GenMsgDelayTime" BO_ 1201 20;
+BA_ "GenMsgDelayTime" BO_ 1201 0;
+BA_ "GenMsgStartDelayTime" BO_ 1201 0;
+BA_ "VFrameFormat" BO_ 1201 14;
+BA_ "Description" SG_ 1201 ICU_Crc1Val "The data area for CRC calculation is based on the data length (DLC) of the message DB.
+
+The CRC shall be calculated over the entire data block (excluding the CRC bytes) including the user data, alive counter and Data ID 
+
+ 
+
+- CRC Polynomial (0x1D) , Initial Value : 0x00, XOR value : 0xFF, Data ID Mode : Both, Data ID : Message ID + 0xF800 
+
+- The initial value is for CRC calculation and the message should be sent with the calculated result value. 
+
+The mathematical expression to 8 bit CRC polynomial is given here. G(x) = x8 + x4 + x3 + x2 + 1";
+BA_ "GenSigSendType" SG_ 1201 ICU_Crc1Val 4;
+BA_ "GenSigStartValue" SG_ 1201 ICU_Crc1Val 255;
+BA_ "UserSigValidity" SG_ 1201 ICU_Crc1Val 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1201 ICU_Crc1Val 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1201 ICU_Crc1Val 0;
+BA_ "RoutingFactor" SG_ 1201 ICU_Crc1Val 1;
+BA_ "Version" SG_ 1201 ICU_Crc1Val "18.11.08";
+BA_ "Description" SG_ 1201 ICU_AlvCnt1Val "For the first transmission request for a data element the counter shall be initialized with 0 and shall be incremented by 1
+
+for every subsequent send request. When the counter reaches the maximum value(0xE), then it shall restart with 0 for the next send request";
+BA_ "GenSigSendType" SG_ 1201 ICU_AlvCnt1Val 4;
+BA_ "GenSigStartValue" SG_ 1201 ICU_AlvCnt1Val 0;
+BA_ "UserSigValidity" SG_ 1201 ICU_AlvCnt1Val 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1201 ICU_AlvCnt1Val 0;
+BA_ "RoutingFactor" SG_ 1201 ICU_AlvCnt1Val 1;
+BA_ "Version" SG_ 1201 ICU_AlvCnt1Val "18.11.08";
+BA_ "Description" SG_ 1201 DoorLock_DrvrDrUnLkPsvAcsReq "Unlock only driver door by passive access (two turn unlock option)";
+BA_ "GenSigSendType" SG_ 1201 DoorLock_DrvrDrUnLkPsvAcsReq 4;
+BA_ "GenSigStartValue" SG_ 1201 DoorLock_DrvrDrUnLkPsvAcsReq 0;
+BA_ "UserSigValidity" SG_ 1201 DoorLock_DrvrDrUnLkPsvAcsReq 0;
+BA_ "NetworkRequest" SG_ 1201 DoorLock_DrvrDrUnLkPsvAcsReq 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1201 DoorLock_DrvrDrUnLkPsvAcsReq 5000;
+BA_ "RoutingFactor" SG_ 1201 DoorLock_DrvrDrUnLkPsvAcsReq 1;
+BA_ "Version" SG_ 1201 DoorLock_DrvrDrUnLkPsvAcsReq "17.12.00";
+BA_ "Description" SG_ 1201 DoorLock_RmtKeyDrvrDrUnLkReq "Unlock only driver door by RKE (two turn unlock option)";
+BA_ "GenSigSendType" SG_ 1201 DoorLock_RmtKeyDrvrDrUnLkReq 4;
+BA_ "GenSigStartValue" SG_ 1201 DoorLock_RmtKeyDrvrDrUnLkReq 0;
+BA_ "UserSigValidity" SG_ 1201 DoorLock_RmtKeyDrvrDrUnLkReq 0;
+BA_ "NetworkRequest" SG_ 1201 DoorLock_RmtKeyDrvrDrUnLkReq 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1201 DoorLock_RmtKeyDrvrDrUnLkReq 5000;
+BA_ "RoutingFactor" SG_ 1201 DoorLock_RmtKeyDrvrDrUnLkReq 1;
+BA_ "Version" SG_ 1201 DoorLock_RmtKeyDrvrDrUnLkReq "17.12.00";
+BA_ "GenMsgSendType" BO_ 1041 0;
+BA_ "GenMsgCycleTime" BO_ 1041 200;
+BA_ "GenMsgStartDelayTime" BO_ 1041 0;
+BA_ "VFrameFormat" BO_ 1041 14;
+BA_ "Description" SG_ 1041 ICU_Crc2Val "The data area for CRC calculation is based on the data length (DLC) of the message DB.
+
+The CRC shall be calculated over the entire data block (excluding the CRC bytes) including the user data, alive counter and Data ID 
+
+ 
+
+- CRC Polynomial (0x1D) , Initial Value : 0x00, XOR value : 0xFF, Data ID Mode : Both, Data ID : Message ID + 0xF800 
+
+- The initial value is for CRC calculation and the message should be sent with the calculated result value. 
+
+The mathematical expression to 8 bit CRC polynomial is given here. G(x) = x8 + x4 + x3 + x2 + 1";
+BA_ "GenSigSendType" SG_ 1041 ICU_Crc2Val 4;
+BA_ "GenSigStartValue" SG_ 1041 ICU_Crc2Val 255;
+BA_ "UserSigValidity" SG_ 1041 ICU_Crc2Val 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 1041 ICU_Crc2Val 1500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1041 ICU_Crc2Val 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 1041 ICU_Crc2Val 0;
+BA_ "RoutingFactor" SG_ 1041 ICU_Crc2Val 1;
+BA_ "Version" SG_ 1041 ICU_Crc2Val "18.11.08";
+BA_ "Description" SG_ 1041 ICU_MtGearPosRSta "Manual Shift Lever R Switch Status 0x0:Off/0x1:On";
+BA_ "GenSigSendType" SG_ 1041 ICU_MtGearPosRSta 4;
+BA_ "GenSigStartValue" SG_ 1041 ICU_MtGearPosRSta 0;
+BA_ "UserSigValidity" SG_ 1041 ICU_MtGearPosRSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 1041 ICU_MtGearPosRSta 0;
+BA_ "RoutingFactor" SG_ 1041 ICU_MtGearPosRSta 1;
+BA_ "Version" SG_ 1041 ICU_MtGearPosRSta "17.12.03";
+BA_ "Description" SG_ 1041 ICU_AlvCnt2Val "For the first transmission request for a data element the counter shall be initialized with 0 and shall be incremented by 1
+
+for every subsequent send request. When the counter reaches the maximum value(0xE), then it shall restart with 0 for the next send request";
+BA_ "GenSigSendType" SG_ 1041 ICU_AlvCnt2Val 4;
+BA_ "GenSigStartValue" SG_ 1041 ICU_AlvCnt2Val 0;
+BA_ "UserSigValidity" SG_ 1041 ICU_AlvCnt2Val 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 1041 ICU_AlvCnt2Val 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 1041 ICU_AlvCnt2Val 0;
+BA_ "RoutingFactor" SG_ 1041 ICU_AlvCnt2Val 1;
+BA_ "Version" SG_ 1041 ICU_AlvCnt2Val "18.11.08";
+BA_ "Description" SG_ 1041 Autocut_DlvryModSta "-(Old)C_SJB_DeliveryMode
+
+-Initial value: 1";
+BA_ "GenSigSendType" SG_ 1041 Autocut_DlvryModSta 4;
+BA_ "GenSigStartValue" SG_ 1041 Autocut_DlvryModSta 1;
+BA_ "UserSigValidity" SG_ 1041 Autocut_DlvryModSta 0;
+BA_ "NetworkRequest" SG_ 1041 Autocut_DlvryModSta 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1041 Autocut_DlvryModSta 5000;
+BA_ "RoutingFactor" SG_ 1041 Autocut_DlvryModSta 1;
+BA_ "Version" SG_ 1041 Autocut_DlvryModSta "17.12.00";
+BA_ "GenSigSendType" SG_ 1041 DoorLock_AsstDrUnLkSta 4;
+BA_ "GenSigStartValue" SG_ 1041 DoorLock_AsstDrUnLkSta 0;
+BA_ "UserSigValidity" SG_ 1041 DoorLock_AsstDrUnLkSta 0;
+BA_ "NetworkRequest" SG_ 1041 DoorLock_AsstDrUnLkSta 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1041 DoorLock_AsstDrUnLkSta 5000;
+BA_ "RoutingFactor" SG_ 1041 DoorLock_AsstDrUnLkSta 1;
+BA_ "Version" SG_ 1041 DoorLock_AsstDrUnLkSta "17.12.00";
+BA_ "GenSigSendType" SG_ 1041 Warn_DrvDrSwSta 4;
+BA_ "GenSigStartValue" SG_ 1041 Warn_DrvDrSwSta 0;
+BA_ "UserSigValidity" SG_ 1041 Warn_DrvDrSwSta 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SBW_SHFTR_FF SG_ 1041 Warn_DrvDrSwSta 1500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 1041 Warn_DrvDrSwSta 1500;
+BA_ "NetworkRequest" SG_ 1041 Warn_DrvDrSwSta 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1041 Warn_DrvDrSwSta 5000;
+BA_ "RoutingFactor" SG_ 1041 Warn_DrvDrSwSta 1;
+BA_ "Version" SG_ 1041 Warn_DrvDrSwSta "17.12.00";
+BA_ "GenSigSendType" SG_ 1041 DoorLock_DrvKeyUnLkSwSta 4;
+BA_ "GenSigStartValue" SG_ 1041 DoorLock_DrvKeyUnLkSwSta 0;
+BA_ "UserSigValidity" SG_ 1041 DoorLock_DrvKeyUnLkSwSta 0;
+BA_ "NetworkRequest" SG_ 1041 DoorLock_DrvKeyUnLkSwSta 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1041 DoorLock_DrvKeyUnLkSwSta 5000;
+BA_ "RoutingFactor" SG_ 1041 DoorLock_DrvKeyUnLkSwSta 1;
+BA_ "Version" SG_ 1041 DoorLock_DrvKeyUnLkSwSta "17.12.00";
+BA_ "GenSigSendType" SG_ 1041 DoorLock_RrLftDrUnLkSta 4;
+BA_ "GenSigStartValue" SG_ 1041 DoorLock_RrLftDrUnLkSta 0;
+BA_ "UserSigValidity" SG_ 1041 DoorLock_RrLftDrUnLkSta 0;
+BA_ "NetworkRequest" SG_ 1041 DoorLock_RrLftDrUnLkSta 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1041 DoorLock_RrLftDrUnLkSta 5000;
+BA_ "RoutingFactor" SG_ 1041 DoorLock_RrLftDrUnLkSta 1;
+BA_ "Version" SG_ 1041 DoorLock_RrLftDrUnLkSta "17.12.00";
+BA_ "GenSigSendType" SG_ 1041 DoorLock_RrRtDrUnLkSta 4;
+BA_ "GenSigStartValue" SG_ 1041 DoorLock_RrRtDrUnLkSta 0;
+BA_ "UserSigValidity" SG_ 1041 DoorLock_RrRtDrUnLkSta 0;
+BA_ "NetworkRequest" SG_ 1041 DoorLock_RrRtDrUnLkSta 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1041 DoorLock_RrRtDrUnLkSta 5000;
+BA_ "RoutingFactor" SG_ 1041 DoorLock_RrRtDrUnLkSta 1;
+BA_ "Version" SG_ 1041 DoorLock_RrRtDrUnLkSta "17.12.00";
+BA_ "Description" SG_ 1041 ICU_GearPosRConfirmSta "Output_b_GearBoxRPosition_500msConfirmed";
+BA_ "GenSigSendType" SG_ 1041 ICU_GearPosRConfirmSta 4;
+BA_ "GenSigStartValue" SG_ 1041 ICU_GearPosRConfirmSta 0;
+BA_ "UserSigValidity" SG_ 1041 ICU_GearPosRConfirmSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 1041 ICU_GearPosRConfirmSta 0;
+BA_ "RoutingFactor" SG_ 1041 ICU_GearPosRConfirmSta 1;
+BA_ "Version" SG_ 1041 ICU_GearPosRConfirmSta "19.03.02";
+BA_ "GenSigSendType" SG_ 1041 Warn_AsstDrSwSta 4;
+BA_ "GenSigStartValue" SG_ 1041 Warn_AsstDrSwSta 0;
+BA_ "UserSigValidity" SG_ 1041 Warn_AsstDrSwSta 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 1041 Warn_AsstDrSwSta 1500;
+BA_ "NetworkRequest" SG_ 1041 Warn_AsstDrSwSta 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1041 Warn_AsstDrSwSta 5000;
+BA_ "RoutingFactor" SG_ 1041 Warn_AsstDrSwSta 1;
+BA_ "Version" SG_ 1041 Warn_AsstDrSwSta "17.12.00";
+BA_ "Description" SG_ 1041 Warn_AsstStBltSwSta "-Default value: 0x1 (Belt)
+
+
+
+-Initial value: 0x1 (Belt)
+
+
+
+-Timeout value: 0x1 (Belt)";
+BA_ "GenSigSendType" SG_ 1041 Warn_AsstStBltSwSta 4;
+BA_ "GenSigStartValue" SG_ 1041 Warn_AsstStBltSwSta 1;
+BA_ "UserSigValidity" SG_ 1041 Warn_AsstStBltSwSta 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 1041 Warn_AsstStBltSwSta 1500;
+BA_ "NetworkRequest" SG_ 1041 Warn_AsstStBltSwSta 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1041 Warn_AsstStBltSwSta 5000;
+BA_ "RoutingFactor" SG_ 1041 Warn_AsstStBltSwSta 1;
+BA_ "Version" SG_ 1041 Warn_AsstStBltSwSta "17.12.00";
+BA_ "GenSigSendType" SG_ 1041 Warn_BrkFldSwSta 4;
+BA_ "GenSigStartValue" SG_ 1041 Warn_BrkFldSwSta 0;
+BA_ "UserSigValidity" SG_ 1041 Warn_BrkFldSwSta 0;
+BA_ "NetworkRequest" SG_ 1041 Warn_BrkFldSwSta 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1041 Warn_BrkFldSwSta 5000;
+BA_ "RoutingFactor" SG_ 1041 Warn_BrkFldSwSta 1;
+BA_ "Version" SG_ 1041 Warn_BrkFldSwSta "17.12.00";
+BA_ "GenSigSendType" SG_ 1041 DoorLock_DrvKeyLkSwSta 4;
+BA_ "GenSigStartValue" SG_ 1041 DoorLock_DrvKeyLkSwSta 0;
+BA_ "UserSigValidity" SG_ 1041 DoorLock_DrvKeyLkSwSta 0;
+BA_ "NetworkRequest" SG_ 1041 DoorLock_DrvKeyLkSwSta 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1041 DoorLock_DrvKeyLkSwSta 5000;
+BA_ "RoutingFactor" SG_ 1041 DoorLock_DrvKeyLkSwSta 1;
+BA_ "Version" SG_ 1041 DoorLock_DrvKeyLkSwSta "17.12.00";
+BA_ "GenSigSendType" SG_ 1041 Warn_DrvStBltSwSta 4;
+BA_ "GenSigStartValue" SG_ 1041 Warn_DrvStBltSwSta 0;
+BA_ "UserSigValidity" SG_ 1041 Warn_DrvStBltSwSta 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 1041 Warn_DrvStBltSwSta 1500;
+BA_ "NetworkRequest" SG_ 1041 Warn_DrvStBltSwSta 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1041 Warn_DrvStBltSwSta 5000;
+BA_ "RoutingFactor" SG_ 1041 Warn_DrvStBltSwSta 1;
+BA_ "Version" SG_ 1041 Warn_DrvStBltSwSta "17.12.00";
+BA_ "GenSigSendType" SG_ 1041 Warn_HoodSwSta 4;
+BA_ "GenSigStartValue" SG_ 1041 Warn_HoodSwSta 0;
+BA_ "UserSigValidity" SG_ 1041 Warn_HoodSwSta 0;
+BA_ "NetworkRequest" SG_ 1041 Warn_HoodSwSta 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1041 Warn_HoodSwSta 5000;
+BA_ "RoutingFactor" SG_ 1041 Warn_HoodSwSta 1;
+BA_ "Version" SG_ 1041 Warn_HoodSwSta "17.12.00";
+BA_ "Description" SG_ 1041 Warn_PassStOccSta "Passenger Seated State
+
+
+
+
+
+
+
+-Default value: 0x0 (미탑승)
+
+
+
+-Initial value: 0x0 (미탑승)
+
+
+
+-Timeout value: 0x0 (미탑승)";
+BA_ "GenSigSendType" SG_ 1041 Warn_PassStOccSta 4;
+BA_ "GenSigStartValue" SG_ 1041 Warn_PassStOccSta 0;
+BA_ "UserSigValidity" SG_ 1041 Warn_PassStOccSta 0;
+BA_ "NetworkRequest" SG_ 1041 Warn_PassStOccSta 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1041 Warn_PassStOccSta 5000;
+BA_ "RoutingFactor" SG_ 1041 Warn_PassStOccSta 1;
+BA_ "Version" SG_ 1041 Warn_PassStOccSta "17.12.00";
+BA_ "GenSigSendType" SG_ 1041 Warn_RrCtrStBltSwSta 4;
+BA_ "GenSigStartValue" SG_ 1041 Warn_RrCtrStBltSwSta 0;
+BA_ "UserSigValidity" SG_ 1041 Warn_RrCtrStBltSwSta 0;
+BA_ "NetworkRequest" SG_ 1041 Warn_RrCtrStBltSwSta 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1041 Warn_RrCtrStBltSwSta 5000;
+BA_ "RoutingFactor" SG_ 1041 Warn_RrCtrStBltSwSta 1;
+BA_ "Version" SG_ 1041 Warn_RrCtrStBltSwSta "17.12.00";
+BA_ "GenSigSendType" SG_ 1041 Warn_RrLftDrSwSta 4;
+BA_ "GenSigStartValue" SG_ 1041 Warn_RrLftDrSwSta 0;
+BA_ "UserSigValidity" SG_ 1041 Warn_RrLftDrSwSta 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 1041 Warn_RrLftDrSwSta 1500;
+BA_ "NetworkRequest" SG_ 1041 Warn_RrLftDrSwSta 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1041 Warn_RrLftDrSwSta 5000;
+BA_ "RoutingFactor" SG_ 1041 Warn_RrLftDrSwSta 1;
+BA_ "Version" SG_ 1041 Warn_RrLftDrSwSta "17.12.00";
+BA_ "GenSigSendType" SG_ 1041 Warn_RrLftStBltSwSta 4;
+BA_ "GenSigStartValue" SG_ 1041 Warn_RrLftStBltSwSta 0;
+BA_ "UserSigValidity" SG_ 1041 Warn_RrLftStBltSwSta 0;
+BA_ "NetworkRequest" SG_ 1041 Warn_RrLftStBltSwSta 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1041 Warn_RrLftStBltSwSta 5000;
+BA_ "RoutingFactor" SG_ 1041 Warn_RrLftStBltSwSta 1;
+BA_ "Version" SG_ 1041 Warn_RrLftStBltSwSta "17.12.00";
+BA_ "GenSigSendType" SG_ 1041 Warn_RrRtDrSwSta 4;
+BA_ "GenSigStartValue" SG_ 1041 Warn_RrRtDrSwSta 0;
+BA_ "UserSigValidity" SG_ 1041 Warn_RrRtDrSwSta 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 1041 Warn_RrRtDrSwSta 1500;
+BA_ "NetworkRequest" SG_ 1041 Warn_RrRtDrSwSta 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1041 Warn_RrRtDrSwSta 5000;
+BA_ "RoutingFactor" SG_ 1041 Warn_RrRtDrSwSta 1;
+BA_ "Version" SG_ 1041 Warn_RrRtDrSwSta "17.12.00";
+BA_ "GenSigSendType" SG_ 1041 Warn_RrRtStBltSwSta 4;
+BA_ "GenSigStartValue" SG_ 1041 Warn_RrRtStBltSwSta 0;
+BA_ "UserSigValidity" SG_ 1041 Warn_RrRtStBltSwSta 0;
+BA_ "NetworkRequest" SG_ 1041 Warn_RrRtStBltSwSta 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1041 Warn_RrRtStBltSwSta 5000;
+BA_ "RoutingFactor" SG_ 1041 Warn_RrRtStBltSwSta 1;
+BA_ "Version" SG_ 1041 Warn_RrRtStBltSwSta "17.12.00";
+BA_ "Description" SG_ 1041 Warn_HoodSwMemorySta "Hood swtich open->close information(memory)
+
+
+
+This signal is for oil level warning lamp reset In case hood open->close when IG-OFF, 0x01 sent for 5 sec at next IG-ON";
+BA_ "GenSigSendType" SG_ 1041 Warn_HoodSwMemorySta 4;
+BA_ "GenSigStartValue" SG_ 1041 Warn_HoodSwMemorySta 0;
+BA_ "UserSigValidity" SG_ 1041 Warn_HoodSwMemorySta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 1041 Warn_HoodSwMemorySta 1500;
+BA_ "NetworkRequest" SG_ 1041 Warn_HoodSwMemorySta 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1041 Warn_HoodSwMemorySta 5000;
+BA_ "RoutingFactor" SG_ 1041 Warn_HoodSwMemorySta 1;
+BA_ "Version" SG_ 1041 Warn_HoodSwMemorySta "17.12.00";
+BA_ "Description" SG_ 1041 Warn_WshrFldSwSta "Washer Fluid Switch Signal
+
+This signal indicates Washer Fluid Switch Signal
+
+0x0:Off/0x1:On";
+BA_ "GenSigSendType" SG_ 1041 Warn_WshrFldSwSta 4;
+BA_ "GenSigStartValue" SG_ 1041 Warn_WshrFldSwSta 0;
+BA_ "UserSigValidity" SG_ 1041 Warn_WshrFldSwSta 3;
+BA_ "NetworkRequest" SG_ 1041 Warn_WshrFldSwSta 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1041 Warn_WshrFldSwSta 5000;
+BA_ "RoutingFactor" SG_ 1041 Warn_WshrFldSwSta 1;
+BA_ "Version" SG_ 1041 Warn_WshrFldSwSta "17.12.00";
+BA_ "Description" SG_ 1041 ICU_Haptic_OPT "Steering Wheel Haptic Warning Option Infomation (From ICU)";
+BA_ "GenSigSendType" SG_ 1041 ICU_Haptic_OPT 4;
+BA_ "GenSigStartValue" SG_ 1041 ICU_Haptic_OPT 0;
+BA_ "UserSigValidity" SG_ 1041 ICU_Haptic_OPT 0;
+BA_ "NetworkRequest" SG_ 1041 ICU_Haptic_OPT 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1041 ICU_Haptic_OPT 5000;
+BA_ "RoutingFactor" SG_ 1041 ICU_Haptic_OPT 1;
+BA_ "Version" SG_ 1041 ICU_Haptic_OPT "18.07.07";
+BA_ "GenMsgSendType" BO_ 1042 0;
+BA_ "GenMsgCycleTime" BO_ 1042 200;
+BA_ "GenMsgStartDelayTime" BO_ 1042 0;
+BA_ "VFrameFormat" BO_ 1042 14;
+BA_ "Description" SG_ 1042 ICU_Crc3Val "The data area for CRC calculation is based on the data length (DLC) of the message DB.
+
+The CRC shall be calculated over the entire data block (excluding the CRC bytes) including the user data, alive counter and Data ID 
+
+ 
+
+- CRC Polynomial (0x1D) , Initial Value : 0x00, XOR value : 0xFF, Data ID Mode : Both, Data ID : Message ID + 0xF800 
+
+- The initial value is for CRC calculation and the message should be sent with the calculated result value. 
+
+The mathematical expression to 8 bit CRC polynomial is given here. G(x) = x8 + x4 + x3 + x2 + 1";
+BA_ "GenSigSendType" SG_ 1042 ICU_Crc3Val 4;
+BA_ "GenSigStartValue" SG_ 1042 ICU_Crc3Val 255;
+BA_ "UserSigValidity" SG_ 1042 ICU_Crc3Val 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1042 ICU_Crc3Val 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 1042 ICU_Crc3Val 0;
+BA_ "RoutingFactor" SG_ 1042 ICU_Crc3Val 1;
+BA_ "Version" SG_ 1042 ICU_Crc3Val "18.11.08";
+BA_ "Description" SG_ 1042 ICU_AlvCnt3Val "For the first transmission request for a data element the counter shall be initialized with 0 and shall be incremented by 1
+
+for every subsequent send request. When the counter reaches the maximum value(0xE), then it shall restart with 0 for the next send request";
+BA_ "GenSigSendType" SG_ 1042 ICU_AlvCnt3Val 4;
+BA_ "GenSigStartValue" SG_ 1042 ICU_AlvCnt3Val 0;
+BA_ "UserSigValidity" SG_ 1042 ICU_AlvCnt3Val 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1042 ICU_AlvCnt3Val 0;
+BA_ "RoutingFactor" SG_ 1042 ICU_AlvCnt3Val 1;
+BA_ "Version" SG_ 1042 ICU_AlvCnt3Val "18.11.08";
+BA_ "Description" SG_ 1042 ExtLamp_BckUpLmpSta "This signal is used for control the Back-up Lamp function.";
+BA_ "GenSigSendType" SG_ 1042 ExtLamp_BckUpLmpSta 4;
+BA_ "GenSigStartValue" SG_ 1042 ExtLamp_BckUpLmpSta 0;
+BA_ "UserSigValidity" SG_ 1042 ExtLamp_BckUpLmpSta 0;
+BA_ "NetworkRequest" SG_ 1042 ExtLamp_BckUpLmpSta 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1042 ExtLamp_BckUpLmpSta 5000;
+BA_ "RoutingFactor" SG_ 1042 ExtLamp_BckUpLmpSta 1;
+BA_ "Version" SG_ 1042 ExtLamp_BckUpLmpSta "18.10.06";
+BA_ "Description" SG_ 1042 ExtLamp_StpLmpSta "This signal is used for control the Stop lamp function.";
+BA_ "GenSigSendType" SG_ 1042 ExtLamp_StpLmpSta 4;
+BA_ "GenSigStartValue" SG_ 1042 ExtLamp_StpLmpSta 0;
+BA_ "UserSigValidity" SG_ 1042 ExtLamp_StpLmpSta 0;
+BA_ "NetworkRequest" SG_ 1042 ExtLamp_StpLmpSta 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1042 ExtLamp_StpLmpSta 5000;
+BA_ "RoutingFactor" SG_ 1042 ExtLamp_StpLmpSta 1;
+BA_ "Version" SG_ 1042 ExtLamp_StpLmpSta "18.10.06";
+BA_ "GenMsgSendType" BO_ 1043 0;
+BA_ "GenMsgCycleTime" BO_ 1043 200;
+BA_ "GenMsgStartDelayTime" BO_ 1043 0;
+BA_ "VFrameFormat" BO_ 1043 14;
+BA_ "Description" SG_ 1043 ICU_Crc4Val "The data area for CRC calculation is based on the data length (DLC) of the message DB.
+
+The CRC shall be calculated over the entire data block (excluding the CRC bytes) including the user data, alive counter and Data ID 
+
+ 
+
+- CRC Polynomial (0x1D) , Initial Value : 0x00, XOR value : 0xFF, Data ID Mode : Both, Data ID : Message ID + 0xF800 
+
+- The initial value is for CRC calculation and the message should be sent with the calculated result value. 
+
+The mathematical expression to 8 bit CRC polynomial is given here. G(x) = x8 + x4 + x3 + x2 + 1";
+BA_ "GenSigSendType" SG_ 1043 ICU_Crc4Val 4;
+BA_ "GenSigStartValue" SG_ 1043 ICU_Crc4Val 255;
+BA_ "UserSigValidity" SG_ 1043 ICU_Crc4Val 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1043 ICU_Crc4Val 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 1043 ICU_Crc4Val 0;
+BA_ "RoutingFactor" SG_ 1043 ICU_Crc4Val 1;
+BA_ "Version" SG_ 1043 ICU_Crc4Val "18.11.08";
+BA_ "Description" SG_ 1043 ICU_AlvCnt4Val "For the first transmission request for a data element the counter shall be initialized with 0 and shall be incremented by 1
+
+for every subsequent send request. When the counter reaches the maximum value(0xE), then it shall restart with 0 for the next send request";
+BA_ "GenSigSendType" SG_ 1043 ICU_AlvCnt4Val 4;
+BA_ "GenSigStartValue" SG_ 1043 ICU_AlvCnt4Val 0;
+BA_ "UserSigValidity" SG_ 1043 ICU_AlvCnt4Val 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1043 ICU_AlvCnt4Val 0;
+BA_ "RoutingFactor" SG_ 1043 ICU_AlvCnt4Val 1;
+BA_ "Version" SG_ 1043 ICU_AlvCnt4Val "18.11.08";
+BA_ "Description" SG_ 1043 ExtLamp_DedicatedDrlBlbSta "Dedicated DRL  Bulb On/Off status from SJB";
+BA_ "GenSigSendType" SG_ 1043 ExtLamp_DedicatedDrlBlbSta 4;
+BA_ "GenSigStartValue" SG_ 1043 ExtLamp_DedicatedDrlBlbSta 0;
+BA_ "UserSigValidity" SG_ 1043 ExtLamp_DedicatedDrlBlbSta 0;
+BA_ "NetworkRequest" SG_ 1043 ExtLamp_DedicatedDrlBlbSta 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1043 ExtLamp_DedicatedDrlBlbSta 5000;
+BA_ "RoutingFactor" SG_ 1043 ExtLamp_DedicatedDrlBlbSta 1;
+BA_ "Version" SG_ 1043 ExtLamp_DedicatedDrlBlbSta "17.12.00";
+BA_ "GenSigSendType" SG_ 1043 ExtLamp_FrFgLmpSta 4;
+BA_ "GenSigStartValue" SG_ 1043 ExtLamp_FrFgLmpSta 0;
+BA_ "UserSigValidity" SG_ 1043 ExtLamp_FrFgLmpSta 0;
+BA_ "NetworkRequest" SG_ 1043 ExtLamp_FrFgLmpSta 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1043 ExtLamp_FrFgLmpSta 5000;
+BA_ "RoutingFactor" SG_ 1043 ExtLamp_FrFgLmpSta 1;
+BA_ "Version" SG_ 1043 ExtLamp_FrFgLmpSta "17.12.00";
+BA_ "GenSigSendType" SG_ 1043 ExtLamp_TrnSigLmpLftBlnkngSta 4;
+BA_ "GenSigStartValue" SG_ 1043 ExtLamp_TrnSigLmpLftBlnkngSta 0;
+BA_ "UserSigValidity" SG_ 1043 ExtLamp_TrnSigLmpLftBlnkngSta 0;
+BA_ "NetworkRequest" SG_ 1043 ExtLamp_TrnSigLmpLftBlnkngSta 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1043 ExtLamp_TrnSigLmpLftBlnkngSta 5000;
+BA_ "RoutingFactor" SG_ 1043 ExtLamp_TrnSigLmpLftBlnkngSta 1;
+BA_ "Version" SG_ 1043 ExtLamp_TrnSigLmpLftBlnkngSta "17.12.00";
+BA_ "GenSigSendType" SG_ 1043 ExtLamp_TrnSigLmpRtBlnkngSta 4;
+BA_ "GenSigStartValue" SG_ 1043 ExtLamp_TrnSigLmpRtBlnkngSta 0;
+BA_ "UserSigValidity" SG_ 1043 ExtLamp_TrnSigLmpRtBlnkngSta 0;
+BA_ "NetworkRequest" SG_ 1043 ExtLamp_TrnSigLmpRtBlnkngSta 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1043 ExtLamp_TrnSigLmpRtBlnkngSta 5000;
+BA_ "RoutingFactor" SG_ 1043 ExtLamp_TrnSigLmpRtBlnkngSta 1;
+BA_ "Version" SG_ 1043 ExtLamp_TrnSigLmpRtBlnkngSta "17.12.00";
+BA_ "Description" SG_ 1043 ExtLamp_ExtrnlTailLmpSta "-(Old)C_EXTTail_Act";
+BA_ "GenSigSendType" SG_ 1043 ExtLamp_ExtrnlTailLmpSta 4;
+BA_ "GenSigStartValue" SG_ 1043 ExtLamp_ExtrnlTailLmpSta 0;
+BA_ "UserSigValidity" SG_ 1043 ExtLamp_ExtrnlTailLmpSta 0;
+BA_ "NetworkRequest" SG_ 1043 ExtLamp_ExtrnlTailLmpSta 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1043 ExtLamp_ExtrnlTailLmpSta 5000;
+BA_ "RoutingFactor" SG_ 1043 ExtLamp_ExtrnlTailLmpSta 1;
+BA_ "Version" SG_ 1043 ExtLamp_ExtrnlTailLmpSta "17.12.00";
+BA_ "GenSigSendType" SG_ 1043 ExtLamp_HzrdSwSta 4;
+BA_ "GenSigStartValue" SG_ 1043 ExtLamp_HzrdSwSta 0;
+BA_ "UserSigValidity" SG_ 1043 ExtLamp_HzrdSwSta 0;
+BA_ "NetworkRequest" SG_ 1043 ExtLamp_HzrdSwSta 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1043 ExtLamp_HzrdSwSta 5000;
+BA_ "RoutingFactor" SG_ 1043 ExtLamp_HzrdSwSta 1;
+BA_ "Version" SG_ 1043 ExtLamp_HzrdSwSta "17.12.00";
+BA_ "Description" SG_ 1043 ExtLamp_RrFgLmpSta "-(Old)C_RearFog_Act";
+BA_ "GenSigSendType" SG_ 1043 ExtLamp_RrFgLmpSta 4;
+BA_ "GenSigStartValue" SG_ 1043 ExtLamp_RrFgLmpSta 0;
+BA_ "UserSigValidity" SG_ 1043 ExtLamp_RrFgLmpSta 0;
+BA_ "NetworkRequest" SG_ 1043 ExtLamp_RrFgLmpSta 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1043 ExtLamp_RrFgLmpSta 5000;
+BA_ "RoutingFactor" SG_ 1043 ExtLamp_RrFgLmpSta 1;
+BA_ "Version" SG_ 1043 ExtLamp_RrFgLmpSta "17.12.00";
+BA_ "Description" SG_ 1043 IntLamp_InlTailLmpSta "-(Old)C_INTTail_Act";
+BA_ "GenSigSendType" SG_ 1043 IntLamp_InlTailLmpSta 4;
+BA_ "GenSigStartValue" SG_ 1043 IntLamp_InlTailLmpSta 0;
+BA_ "UserSigValidity" SG_ 1043 IntLamp_InlTailLmpSta 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SBW_SHFTR_FF SG_ 1043 IntLamp_InlTailLmpSta 1500;
+BA_ "NetworkRequest" SG_ 1043 IntLamp_InlTailLmpSta 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1043 IntLamp_InlTailLmpSta 5000;
+BA_ "RoutingFactor" SG_ 1043 IntLamp_InlTailLmpSta 1;
+BA_ "Version" SG_ 1043 IntLamp_InlTailLmpSta "17.12.00";
+BA_ "Description" SG_ 1043 Lamp_LedHdLmpSta "This signal is LED headlamp status inform whether LED fail or not which is regulation of ECE, Domestic.
+
+
+
+If LED H/Lamp detects LED failure then a cluster shall be turn on to 'LED' indicator in the display panel and It should be to display the words 'Check LED Head Lamp!' on the LCD panel in the cluster module.
+
+ 
+
+If LED H/Lamp detects FAN failure then a cluster shall be turn on 'LED' indicator in the display panel and It should be to display the words 'Check LED Head Lamp’s FAN!' on the LCD panel in the cluster module.('LED' Indicator not blink)
+
+
+
+1) Priority is higher LED failure than FAN failure.
+
+2) 'LED' indicator off when Normal Conditions.";
+BA_ "GenSigSendType" SG_ 1043 Lamp_LedHdLmpSta 4;
+BA_ "GenSigStartValue" SG_ 1043 Lamp_LedHdLmpSta 0;
+BA_ "UserSigValidity" SG_ 1043 Lamp_LedHdLmpSta 3;
+BA_ "NetworkRequest" SG_ 1043 Lamp_LedHdLmpSta 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1043 Lamp_LedHdLmpSta 5000;
+BA_ "RoutingFactor" SG_ 1043 Lamp_LedHdLmpSta 1;
+BA_ "Version" SG_ 1043 Lamp_LedHdLmpSta "17.12.00";
+BA_ "GenMsgSendType" BO_ 1044 0;
+BA_ "GenMsgCycleTime" BO_ 1044 200;
+BA_ "GenMsgStartDelayTime" BO_ 1044 0;
+BA_ "VFrameFormat" BO_ 1044 14;
+BA_ "Description" SG_ 1044 ICU_Crc5Val "The data area for CRC calculation is based on the data length (DLC) of the message DB.
+
+The CRC shall be calculated over the entire data block (excluding the CRC bytes) including the user data, alive counter and Data ID 
+
+ 
+
+- CRC Polynomial (0x1D) , Initial Value : 0x00, XOR value : 0xFF, Data ID Mode : Both, Data ID : Message ID + 0xF800 
+
+- The initial value is for CRC calculation and the message should be sent with the calculated result value. 
+
+The mathematical expression to 8 bit CRC polynomial is given here. G(x) = x8 + x4 + x3 + x2 + 1";
+BA_ "GenSigSendType" SG_ 1044 ICU_Crc5Val 4;
+BA_ "GenSigStartValue" SG_ 1044 ICU_Crc5Val 255;
+BA_ "UserSigValidity" SG_ 1044 ICU_Crc5Val 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1044 ICU_Crc5Val 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 1044 ICU_Crc5Val 0;
+BA_ "RoutingFactor" SG_ 1044 ICU_Crc5Val 1;
+BA_ "Version" SG_ 1044 ICU_Crc5Val "18.11.08";
+BA_ "Description" SG_ 1044 ICU_AlvCnt5Val "For the first transmission request for a data element the counter shall be initialized with 0 and shall be incremented by 1
+
+for every subsequent send request. When the counter reaches the maximum value(0xE), then it shall restart with 0 for the next send request";
+BA_ "GenSigSendType" SG_ 1044 ICU_AlvCnt5Val 4;
+BA_ "GenSigStartValue" SG_ 1044 ICU_AlvCnt5Val 0;
+BA_ "UserSigValidity" SG_ 1044 ICU_AlvCnt5Val 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1044 ICU_AlvCnt5Val 0;
+BA_ "RoutingFactor" SG_ 1044 ICU_AlvCnt5Val 1;
+BA_ "Version" SG_ 1044 ICU_AlvCnt5Val "18.11.08";
+BA_ "Description" SG_ 1044 Trunk_TrnkTlgtOutReleaseSwSta "-(Old)C_TRUNK_LID
+
+-Trunk/Tailgate Outter Release SW";
+BA_ "GenSigSendType" SG_ 1044 Trunk_TrnkTlgtOutReleaseSwSta 4;
+BA_ "GenSigStartValue" SG_ 1044 Trunk_TrnkTlgtOutReleaseSwSta 0;
+BA_ "UserSigValidity" SG_ 1044 Trunk_TrnkTlgtOutReleaseSwSta 0;
+BA_ "NetworkRequest" SG_ 1044 Trunk_TrnkTlgtOutReleaseSwSta 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1044 Trunk_TrnkTlgtOutReleaseSwSta 5000;
+BA_ "RoutingFactor" SG_ 1044 Trunk_TrnkTlgtOutReleaseSwSta 1;
+BA_ "Version" SG_ 1044 Trunk_TrnkTlgtOutReleaseSwSta "17.12.00";
+BA_ "Description" SG_ 1044 Trunk_TrnkTlgtSwSta "Full Lock SW Status Signal
+
+
+
+(TailGate/TrunkLid Tpye all)
+
+
+
+1. Luggage or Trunkroom Lamp On/Off
+
+
+
+2. TailGate/TrunkLid Open Ind in cluster
+
+
+
+3. Normal Open SW
+
+
+
+  - SW Off: Full Lock(Full Close state)
+
+
+
+  - SW On: ^Full Lock";
+BA_ "GenSigSendType" SG_ 1044 Trunk_TrnkTlgtSwSta 4;
+BA_ "GenSigStartValue" SG_ 1044 Trunk_TrnkTlgtSwSta 0;
+BA_ "UserSigValidity" SG_ 1044 Trunk_TrnkTlgtSwSta 0;
+BA_ "NetworkRequest" SG_ 1044 Trunk_TrnkTlgtSwSta 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1044 Trunk_TrnkTlgtSwSta 5000;
+BA_ "RoutingFactor" SG_ 1044 Trunk_TrnkTlgtSwSta 1;
+BA_ "Version" SG_ 1044 Trunk_TrnkTlgtSwSta "17.12.00";
+BA_ "Description" SG_ 1044 Trunk_TlgtFullOpnSwSta "Full Open SW Status Signal
+
+
+
+(Power TailGate/TrunkLid Tpye or tailgate latch 2sw type)
+
+
+
+* Normal Open SW
+
+
+
+  - SW Off: ^Full Open
+
+
+
+  - SW On: Full Open(Full Open state)";
+BA_ "GenSigSendType" SG_ 1044 Trunk_TlgtFullOpnSwSta 4;
+BA_ "GenSigStartValue" SG_ 1044 Trunk_TlgtFullOpnSwSta 0;
+BA_ "UserSigValidity" SG_ 1044 Trunk_TlgtFullOpnSwSta 0;
+BA_ "NetworkRequest" SG_ 1044 Trunk_TlgtFullOpnSwSta 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1044 Trunk_TlgtFullOpnSwSta 5000;
+BA_ "RoutingFactor" SG_ 1044 Trunk_TlgtFullOpnSwSta 1;
+BA_ "Version" SG_ 1044 Trunk_TlgtFullOpnSwSta "17.12.00";
+BA_ "GenSigSendType" SG_ 1044 Trunk_TrnkTlgtReleaseRlySta 4;
+BA_ "GenSigStartValue" SG_ 1044 Trunk_TrnkTlgtReleaseRlySta 0;
+BA_ "UserSigValidity" SG_ 1044 Trunk_TrnkTlgtReleaseRlySta 0;
+BA_ "NetworkRequest" SG_ 1044 Trunk_TrnkTlgtReleaseRlySta 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1044 Trunk_TrnkTlgtReleaseRlySta 5000;
+BA_ "RoutingFactor" SG_ 1044 Trunk_TrnkTlgtReleaseRlySta 1;
+BA_ "Version" SG_ 1044 Trunk_TrnkTlgtReleaseRlySta "17.12.00";
+BA_ "Description" SG_ 1044 Trunk_OpnDiagSetSta "Trunk/TailGate open function diagnostic setting
+
+
+
+ - Off : Normal mode
+
+
+
+ - On : Restrict mode";
+BA_ "GenSigSendType" SG_ 1044 Trunk_OpnDiagSetSta 4;
+BA_ "GenSigStartValue" SG_ 1044 Trunk_OpnDiagSetSta 0;
+BA_ "UserSigValidity" SG_ 1044 Trunk_OpnDiagSetSta 0;
+BA_ "NetworkRequest" SG_ 1044 Trunk_OpnDiagSetSta 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1044 Trunk_OpnDiagSetSta 5000;
+BA_ "RoutingFactor" SG_ 1044 Trunk_OpnDiagSetSta 1;
+BA_ "Version" SG_ 1044 Trunk_OpnDiagSetSta "17.12.00";
+BA_ "Description" SG_ 1044 USM_OneTouchTrnSigFuncSta "This signal is 
+
+
+
+- For One Touch Turn Signal Function,
+
+
+
+ the advanced version of One Touch triple turn signal
+
+
+
+- Communicated with Cluster for setting USM
+
+
+
+- Periodic Event Signal to notice current staus to USM of Cluster";
+BA_ "GenSigSendType" SG_ 1044 USM_OneTouchTrnSigFuncSta 4;
+BA_ "GenSigStartValue" SG_ 1044 USM_OneTouchTrnSigFuncSta 0;
+BA_ "UserSigValidity" SG_ 1044 USM_OneTouchTrnSigFuncSta 0;
+BA_ "NetworkRequest" SG_ 1044 USM_OneTouchTrnSigFuncSta 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1044 USM_OneTouchTrnSigFuncSta 5000;
+BA_ "RoutingFactor" SG_ 1044 USM_OneTouchTrnSigFuncSta 1;
+BA_ "Version" SG_ 1044 USM_OneTouchTrnSigFuncSta "17.12.00";
+BA_ "GenSigSendType" SG_ 1044 DoorLock_DrvDrUnLkSta 4;
+BA_ "GenSigStartValue" SG_ 1044 DoorLock_DrvDrUnLkSta 0;
+BA_ "UserSigValidity" SG_ 1044 DoorLock_DrvDrUnLkSta 0;
+BA_ "NetworkRequest" SG_ 1044 DoorLock_DrvDrUnLkSta 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1044 DoorLock_DrvDrUnLkSta 5000;
+BA_ "RoutingFactor" SG_ 1044 DoorLock_DrvDrUnLkSta 1;
+BA_ "Version" SG_ 1044 DoorLock_DrvDrUnLkSta "17.12.00";
+BA_ "Description" SG_ 1044 DoorLock_LkOutSta "- Door Lock or Unlock Output State 
+
+
+
+0x0 : Off (Door lock/unlock output Off state)
+
+
+
+0x1 : On (Door lock/unlock output On state)";
+BA_ "GenSigSendType" SG_ 1044 DoorLock_LkOutSta 4;
+BA_ "GenSigStartValue" SG_ 1044 DoorLock_LkOutSta 0;
+BA_ "UserSigValidity" SG_ 1044 DoorLock_LkOutSta 0;
+BA_ "NetworkRequest" SG_ 1044 DoorLock_LkOutSta 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1044 DoorLock_LkOutSta 5000;
+BA_ "RoutingFactor" SG_ 1044 DoorLock_LkOutSta 1;
+BA_ "Version" SG_ 1044 DoorLock_LkOutSta "17.12.00";
+BA_ "Description" SG_ 1044 DoorLock_MKeyAllDrUnLkReq "Central unlock command by Door Mechanical key";
+BA_ "GenSigSendType" SG_ 1044 DoorLock_MKeyAllDrUnLkReq 4;
+BA_ "GenSigStartValue" SG_ 1044 DoorLock_MKeyAllDrUnLkReq 0;
+BA_ "UserSigValidity" SG_ 1044 DoorLock_MKeyAllDrUnLkReq 0;
+BA_ "NetworkRequest" SG_ 1044 DoorLock_MKeyAllDrUnLkReq 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1044 DoorLock_MKeyAllDrUnLkReq 5000;
+BA_ "RoutingFactor" SG_ 1044 DoorLock_MKeyAllDrUnLkReq 1;
+BA_ "Version" SG_ 1044 DoorLock_MKeyAllDrUnLkReq "17.12.00";
+BA_ "Description" SG_ 1044 DoorLock_MKeyDrvDrUnLkReq "Drive door unlock command by Drive Door Mechanical key
+
+
+
+(Two turn unlock)";
+BA_ "GenSigSendType" SG_ 1044 DoorLock_MKeyDrvDrUnLkReq 4;
+BA_ "GenSigStartValue" SG_ 1044 DoorLock_MKeyDrvDrUnLkReq 0;
+BA_ "UserSigValidity" SG_ 1044 DoorLock_MKeyDrvDrUnLkReq 0;
+BA_ "NetworkRequest" SG_ 1044 DoorLock_MKeyDrvDrUnLkReq 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1044 DoorLock_MKeyDrvDrUnLkReq 5000;
+BA_ "RoutingFactor" SG_ 1044 DoorLock_MKeyDrvDrUnLkReq 1;
+BA_ "Version" SG_ 1044 DoorLock_MKeyDrvDrUnLkReq "17.12.00";
+BA_ "Description" SG_ 1044 Trunk_TrnkTlgtOpenOutput "Trunk/Tailgate Open Command
+
+0x0:Off
+
+0x1:On";
+BA_ "GenSigSendType" SG_ 1044 Trunk_TrnkTlgtOpenOutput 4;
+BA_ "GenSigStartValue" SG_ 1044 Trunk_TrnkTlgtOpenOutput 0;
+BA_ "UserSigValidity" SG_ 1044 Trunk_TrnkTlgtOpenOutput 0;
+BA_ "NetworkRequest" SG_ 1044 Trunk_TrnkTlgtOpenOutput 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1044 Trunk_TrnkTlgtOpenOutput 5000;
+BA_ "RoutingFactor" SG_ 1044 Trunk_TrnkTlgtOpenOutput 1;
+BA_ "Version" SG_ 1044 Trunk_TrnkTlgtOpenOutput "18.01.06";
+BA_ "Description" SG_ 1044 TwoTrnUnLkOptTyp "-(Old)C_TTUnlockOpt";
+BA_ "GenSigSendType" SG_ 1044 TwoTrnUnLkOptTyp 4;
+BA_ "GenSigStartValue" SG_ 1044 TwoTrnUnLkOptTyp 0;
+BA_ "UserSigValidity" SG_ 1044 TwoTrnUnLkOptTyp 0;
+BA_ "NetworkRequest" SG_ 1044 TwoTrnUnLkOptTyp 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1044 TwoTrnUnLkOptTyp 5000;
+BA_ "RoutingFactor" SG_ 1044 TwoTrnUnLkOptTyp 1;
+BA_ "Version" SG_ 1044 TwoTrnUnLkOptTyp "17.12.03";
+BA_ "GenSigSendType" SG_ 1044 Defog_DfgrRlySta 4;
+BA_ "GenSigStartValue" SG_ 1044 Defog_DfgrRlySta 0;
+BA_ "UserSigValidity" SG_ 1044 Defog_DfgrRlySta 0;
+BA_ "NetworkRequest" SG_ 1044 Defog_DfgrRlySta 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1044 Defog_DfgrRlySta 5000;
+BA_ "RoutingFactor" SG_ 1044 Defog_DfgrRlySta 1;
+BA_ "Version" SG_ 1044 Defog_DfgrRlySta "17.12.00";
+BA_ "Description" SG_ 1044 C_CrashUnlockState "Crash Unlock Active State
+
+-0x0:Off
+
+-0x1:Unlock(crash)";
+BA_ "GenSigSendType" SG_ 1044 C_CrashUnlockState 4;
+BA_ "GenSigStartValue" SG_ 1044 C_CrashUnlockState 0;
+BA_ "UserSigValidity" SG_ 1044 C_CrashUnlockState 0;
+BA_ "NetworkRequest" SG_ 1044 C_CrashUnlockState 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1044 C_CrashUnlockState 0;
+BA_ "RoutingFactor" SG_ 1044 C_CrashUnlockState 1;
+BA_ "Version" SG_ 1044 C_CrashUnlockState "18.05.02";
+BA_ "Description" SG_ 1044 CF_Gway_ADrLOptInfo "Smart key and transmission option information for auto door lock/unlock USM";
+BA_ "GenSigSendType" SG_ 1044 CF_Gway_ADrLOptInfo 4;
+BA_ "GenSigStartValue" SG_ 1044 CF_Gway_ADrLOptInfo 0;
+BA_ "UserSigValidity" SG_ 1044 CF_Gway_ADrLOptInfo 1;
+BA_ "NetworkRequestHoldingTime" SG_ 1044 CF_Gway_ADrLOptInfo 0;
+BA_ "RoutingFactor" SG_ 1044 CF_Gway_ADrLOptInfo 1;
+BA_ "Version" SG_ 1044 CF_Gway_ADrLOptInfo "18.11.01";
+BA_ "GenMsgSendType" BO_ 1046 0;
+BA_ "GenMsgCycleTime" BO_ 1046 200;
+BA_ "GenMsgStartDelayTime" BO_ 1046 0;
+BA_ "VFrameFormat" BO_ 1046 14;
+BA_ "Description" SG_ 1046 ICU_Crc6Val "The data area for CRC calculation is based on the data length (DLC) of the message DB.
+
+The CRC shall be calculated over the entire data block (excluding the CRC bytes) including the user data, alive counter and Data ID 
+
+ 
+
+- CRC Polynomial (0x1D) , Initial Value : 0x00, XOR value : 0xFF, Data ID Mode : Both, Data ID : Message ID + 0xF800 
+
+- The initial value is for CRC calculation and the message should be sent with the calculated result value. 
+
+The mathematical expression to 8 bit CRC polynomial is given here. G(x) = x8 + x4 + x3 + x2 + 1";
+BA_ "GenSigSendType" SG_ 1046 ICU_Crc6Val 4;
+BA_ "GenSigStartValue" SG_ 1046 ICU_Crc6Val 255;
+BA_ "UserSigValidity" SG_ 1046 ICU_Crc6Val 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1046 ICU_Crc6Val 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 1046 ICU_Crc6Val 0;
+BA_ "RoutingFactor" SG_ 1046 ICU_Crc6Val 1;
+BA_ "Version" SG_ 1046 ICU_Crc6Val "18.11.08";
+BA_ "Description" SG_ 1046 ICU_AlvCnt6Val "For the first transmission request for a data element the counter shall be initialized with 0 and shall be incremented by 1
+
+for every subsequent send request. When the counter reaches the maximum value(0xE), then it shall restart with 0 for the next send request";
+BA_ "GenSigSendType" SG_ 1046 ICU_AlvCnt6Val 4;
+BA_ "GenSigStartValue" SG_ 1046 ICU_AlvCnt6Val 0;
+BA_ "UserSigValidity" SG_ 1046 ICU_AlvCnt6Val 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1046 ICU_AlvCnt6Val 0;
+BA_ "RoutingFactor" SG_ 1046 ICU_AlvCnt6Val 1;
+BA_ "Version" SG_ 1046 ICU_AlvCnt6Val "18.11.08";
+BA_ "Description" SG_ 1046 Lamp_StpLmpLftOpnSta "Stop Lamp
+
+
+
+Left Open Status";
+BA_ "GenSigSendType" SG_ 1046 Lamp_StpLmpLftOpnSta 4;
+BA_ "GenSigStartValue" SG_ 1046 Lamp_StpLmpLftOpnSta 0;
+BA_ "UserSigValidity" SG_ 1046 Lamp_StpLmpLftOpnSta 0;
+BA_ "NetworkRequest" SG_ 1046 Lamp_StpLmpLftOpnSta 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1046 Lamp_StpLmpLftOpnSta 5000;
+BA_ "RoutingFactor" SG_ 1046 Lamp_StpLmpLftOpnSta 1;
+BA_ "Version" SG_ 1046 Lamp_StpLmpLftOpnSta "17.12.00";
+BA_ "Description" SG_ 1046 Lamp_StpLmpRtOpnSta "Stop Lamp
+
+
+
+Right Open Status";
+BA_ "GenSigSendType" SG_ 1046 Lamp_StpLmpRtOpnSta 4;
+BA_ "GenSigStartValue" SG_ 1046 Lamp_StpLmpRtOpnSta 0;
+BA_ "UserSigValidity" SG_ 1046 Lamp_StpLmpRtOpnSta 0;
+BA_ "NetworkRequest" SG_ 1046 Lamp_StpLmpRtOpnSta 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1046 Lamp_StpLmpRtOpnSta 5000;
+BA_ "RoutingFactor" SG_ 1046 Lamp_StpLmpRtOpnSta 1;
+BA_ "Version" SG_ 1046 Lamp_StpLmpRtOpnSta "17.12.00";
+BA_ "Description" SG_ 1046 Lamp_RrTrnSigLmpLftOpnSta "Rear T/SIG Lamp
+
+
+
+Left OpenStatus";
+BA_ "GenSigSendType" SG_ 1046 Lamp_RrTrnSigLmpLftOpnSta 4;
+BA_ "GenSigStartValue" SG_ 1046 Lamp_RrTrnSigLmpLftOpnSta 0;
+BA_ "UserSigValidity" SG_ 1046 Lamp_RrTrnSigLmpLftOpnSta 0;
+BA_ "NetworkRequest" SG_ 1046 Lamp_RrTrnSigLmpLftOpnSta 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1046 Lamp_RrTrnSigLmpLftOpnSta 5000;
+BA_ "RoutingFactor" SG_ 1046 Lamp_RrTrnSigLmpLftOpnSta 1;
+BA_ "Version" SG_ 1046 Lamp_RrTrnSigLmpLftOpnSta "17.12.00";
+BA_ "Description" SG_ 1046 Lamp_RrTrnSigLmpRtOpnSta "Rear T/SIG Lamp
+
+
+
+Right OpenStatus";
+BA_ "GenSigSendType" SG_ 1046 Lamp_RrTrnSigLmpRtOpnSta 4;
+BA_ "GenSigStartValue" SG_ 1046 Lamp_RrTrnSigLmpRtOpnSta 0;
+BA_ "UserSigValidity" SG_ 1046 Lamp_RrTrnSigLmpRtOpnSta 0;
+BA_ "NetworkRequest" SG_ 1046 Lamp_RrTrnSigLmpRtOpnSta 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1046 Lamp_RrTrnSigLmpRtOpnSta 5000;
+BA_ "RoutingFactor" SG_ 1046 Lamp_RrTrnSigLmpRtOpnSta 1;
+BA_ "Version" SG_ 1046 Lamp_RrTrnSigLmpRtOpnSta "17.12.00";
+BA_ "Description" SG_ 1046 Lamp_FrTrnSigLmpLftOpnSta "Front T/SIG Lamp
+
+
+
+Left OpenStatus";
+BA_ "GenSigSendType" SG_ 1046 Lamp_FrTrnSigLmpLftOpnSta 4;
+BA_ "GenSigStartValue" SG_ 1046 Lamp_FrTrnSigLmpLftOpnSta 0;
+BA_ "UserSigValidity" SG_ 1046 Lamp_FrTrnSigLmpLftOpnSta 0;
+BA_ "NetworkRequest" SG_ 1046 Lamp_FrTrnSigLmpLftOpnSta 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1046 Lamp_FrTrnSigLmpLftOpnSta 5000;
+BA_ "RoutingFactor" SG_ 1046 Lamp_FrTrnSigLmpLftOpnSta 1;
+BA_ "Version" SG_ 1046 Lamp_FrTrnSigLmpLftOpnSta "17.12.00";
+BA_ "Description" SG_ 1046 Lamp_FrTrnSigLmpRtOpnSta "Front T/SIG Lamp
+
+
+
+Right OpenStatus";
+BA_ "GenSigSendType" SG_ 1046 Lamp_FrTrnSigLmpRtOpnSta 4;
+BA_ "GenSigStartValue" SG_ 1046 Lamp_FrTrnSigLmpRtOpnSta 0;
+BA_ "UserSigValidity" SG_ 1046 Lamp_FrTrnSigLmpRtOpnSta 0;
+BA_ "NetworkRequest" SG_ 1046 Lamp_FrTrnSigLmpRtOpnSta 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1046 Lamp_FrTrnSigLmpRtOpnSta 5000;
+BA_ "RoutingFactor" SG_ 1046 Lamp_FrTrnSigLmpRtOpnSta 1;
+BA_ "Version" SG_ 1046 Lamp_FrTrnSigLmpRtOpnSta "17.12.00";
+BA_ "GenMsgSendType" BO_ 1047 0;
+BA_ "GenMsgCycleTime" BO_ 1047 200;
+BA_ "GenMsgStartDelayTime" BO_ 1047 0;
+BA_ "VFrameFormat" BO_ 1047 14;
+BA_ "Description" SG_ 1047 ICU_Crc7Val "The data area for CRC calculation is based on the data length (DLC) of the message DB.
+
+The CRC shall be calculated over the entire data block (excluding the CRC bytes) including the user data, alive counter and Data ID 
+
+ 
+
+- CRC Polynomial (0x1D) , Initial Value : 0x00, XOR value : 0xFF, Data ID Mode : Both, Data ID : Message ID + 0xF800 
+
+- The initial value is for CRC calculation and the message should be sent with the calculated result value. 
+
+The mathematical expression to 8 bit CRC polynomial is given here. G(x) = x8 + x4 + x3 + x2 + 1";
+BA_ "GenSigSendType" SG_ 1047 ICU_Crc7Val 4;
+BA_ "GenSigStartValue" SG_ 1047 ICU_Crc7Val 255;
+BA_ "UserSigValidity" SG_ 1047 ICU_Crc7Val 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1047 ICU_Crc7Val 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 1047 ICU_Crc7Val 0;
+BA_ "RoutingFactor" SG_ 1047 ICU_Crc7Val 1;
+BA_ "Version" SG_ 1047 ICU_Crc7Val "18.11.08";
+BA_ "Description" SG_ 1047 ICU_ADASHapticAutoOnSetReq "This signal describes that Haptic Warning function is automatically avtivated for warning of DRV assist system. When Haptic USM function is off and ADAS warning USM R-value is on, if ADAS warning USM R-value is changed from on to off, its state is chagned as Active.";
+BA_ "GenSigSendType" SG_ 1047 ICU_ADASHapticAutoOnSetReq 4;
+BA_ "GenSigStartValue" SG_ 1047 ICU_ADASHapticAutoOnSetReq 0;
+BA_ "UserSigValidity" SG_ 1047 ICU_ADASHapticAutoOnSetReq 3;
+BA_ "NetworkRequest" SG_ 1047 ICU_ADASHapticAutoOnSetReq 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1047 ICU_ADASHapticAutoOnSetReq 5000;
+BA_ "RoutingFactor" SG_ 1047 ICU_ADASHapticAutoOnSetReq 1;
+BA_ "Version" SG_ 1047 ICU_ADASHapticAutoOnSetReq "18.11.02";
+BA_ "Description" SG_ 1047 ICU_AlvCnt7Val "For the first transmission request for a data element the counter shall be initialized with 0 and shall be incremented by 1
+
+for every subsequent send request. When the counter reaches the maximum value(0xE), then it shall restart with 0 for the next send request";
+BA_ "GenSigSendType" SG_ 1047 ICU_AlvCnt7Val 4;
+BA_ "GenSigStartValue" SG_ 1047 ICU_AlvCnt7Val 0;
+BA_ "UserSigValidity" SG_ 1047 ICU_AlvCnt7Val 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1047 ICU_AlvCnt7Val 0;
+BA_ "RoutingFactor" SG_ 1047 ICU_AlvCnt7Val 1;
+BA_ "Version" SG_ 1047 ICU_AlvCnt7Val "18.11.08";
+BA_ "Description" SG_ 1047 SEA_ActvSta "Cluster pop-up when SEA function is activated";
+BA_ "GenSigSendType" SG_ 1047 SEA_ActvSta 4;
+BA_ "GenSigStartValue" SG_ 1047 SEA_ActvSta 0;
+BA_ "UserSigValidity" SG_ 1047 SEA_ActvSta 0;
+BA_ "NetworkRequest" SG_ 1047 SEA_ActvSta 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1047 SEA_ActvSta 5000;
+BA_ "RoutingFactor" SG_ 1047 SEA_ActvSta 1;
+BA_ "Version" SG_ 1047 SEA_ActvSta "17.12.00";
+BA_ "Description" SG_ 1047 ChildLock_ActnFlSta "Child Lock actuation failed";
+BA_ "GenSigSendType" SG_ 1047 ChildLock_ActnFlSta 4;
+BA_ "GenSigStartValue" SG_ 1047 ChildLock_ActnFlSta 0;
+BA_ "UserSigValidity" SG_ 1047 ChildLock_ActnFlSta 0;
+BA_ "NetworkRequest" SG_ 1047 ChildLock_ActnFlSta 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1047 ChildLock_ActnFlSta 5000;
+BA_ "RoutingFactor" SG_ 1047 ChildLock_ActnFlSta 1;
+BA_ "Version" SG_ 1047 ChildLock_ActnFlSta "17.12.00";
+BA_ "GenSigSendType" SG_ 1047 USM_AutoDrLkReq 4;
+BA_ "GenSigStartValue" SG_ 1047 USM_AutoDrLkReq 0;
+BA_ "UserSigValidity" SG_ 1047 USM_AutoDrLkReq 0;
+BA_ "NetworkRequest" SG_ 1047 USM_AutoDrLkReq 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1047 USM_AutoDrLkReq 5000;
+BA_ "RoutingFactor" SG_ 1047 USM_AutoDrLkReq 1;
+BA_ "Version" SG_ 1047 USM_AutoDrLkReq "17.12.00";
+BA_ "GenSigSendType" SG_ 1047 USM_AutoDrUnLkReq 4;
+BA_ "GenSigStartValue" SG_ 1047 USM_AutoDrUnLkReq 0;
+BA_ "UserSigValidity" SG_ 1047 USM_AutoDrUnLkReq 0;
+BA_ "NetworkRequest" SG_ 1047 USM_AutoDrUnLkReq 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1047 USM_AutoDrUnLkReq 5000;
+BA_ "RoutingFactor" SG_ 1047 USM_AutoDrUnLkReq 1;
+BA_ "Version" SG_ 1047 USM_AutoDrUnLkReq "17.12.00";
+BA_ "Description" SG_ 1047 USM_HapticCurrentSta "This signal describes whether haptic function is activated or not";
+BA_ "GenSigSendType" SG_ 1047 USM_HapticCurrentSta 4;
+BA_ "GenSigStartValue" SG_ 1047 USM_HapticCurrentSta 0;
+BA_ "UserSigValidity" SG_ 1047 USM_HapticCurrentSta 3;
+BA_ "NetworkRequest" SG_ 1047 USM_HapticCurrentSta 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1047 USM_HapticCurrentSta 5000;
+BA_ "RoutingFactor" SG_ 1047 USM_HapticCurrentSta 1;
+BA_ "Version" SG_ 1047 USM_HapticCurrentSta "18.11.02";
+BA_ "GenSigSendType" SG_ 1047 USM_TwoTrnUnLkCurrentSta 4;
+BA_ "GenSigStartValue" SG_ 1047 USM_TwoTrnUnLkCurrentSta 0;
+BA_ "UserSigValidity" SG_ 1047 USM_TwoTrnUnLkCurrentSta 0;
+BA_ "NetworkRequest" SG_ 1047 USM_TwoTrnUnLkCurrentSta 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1047 USM_TwoTrnUnLkCurrentSta 5000;
+BA_ "RoutingFactor" SG_ 1047 USM_TwoTrnUnLkCurrentSta 1;
+BA_ "Version" SG_ 1047 USM_TwoTrnUnLkCurrentSta "17.12.00";
+BA_ "Description" SG_ 1047 Lamp_HdLmpHiSta "-(Old)C_HLampHIGH_Act";
+BA_ "GenSigSendType" SG_ 1047 Lamp_HdLmpHiSta 4;
+BA_ "GenSigStartValue" SG_ 1047 Lamp_HdLmpHiSta 0;
+BA_ "UserSigValidity" SG_ 1047 Lamp_HdLmpHiSta 0;
+BA_ "NetworkRequest" SG_ 1047 Lamp_HdLmpHiSta 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1047 Lamp_HdLmpHiSta 5000;
+BA_ "RoutingFactor" SG_ 1047 Lamp_HdLmpHiSta 1;
+BA_ "Version" SG_ 1047 Lamp_HdLmpHiSta "18.08.06";
+BA_ "Description" SG_ 1047 Lamp_HdLmpLoSta "-(Old)C_HLampLOW_Act";
+BA_ "GenSigSendType" SG_ 1047 Lamp_HdLmpLoSta 4;
+BA_ "GenSigStartValue" SG_ 1047 Lamp_HdLmpLoSta 0;
+BA_ "UserSigValidity" SG_ 1047 Lamp_HdLmpLoSta 0;
+BA_ "NetworkRequest" SG_ 1047 Lamp_HdLmpLoSta 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1047 Lamp_HdLmpLoSta 5000;
+BA_ "RoutingFactor" SG_ 1047 Lamp_HdLmpLoSta 1;
+BA_ "Version" SG_ 1047 Lamp_HdLmpLoSta "18.08.06";
+BA_ "GenSigSendType" SG_ 1047 ExtLamp_TrnSigLmpLftSwSta 4;
+BA_ "GenSigStartValue" SG_ 1047 ExtLamp_TrnSigLmpLftSwSta 0;
+BA_ "UserSigValidity" SG_ 1047 ExtLamp_TrnSigLmpLftSwSta 0;
+BA_ "NetworkRequest" SG_ 1047 ExtLamp_TrnSigLmpLftSwSta 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1047 ExtLamp_TrnSigLmpLftSwSta 5000;
+BA_ "RoutingFactor" SG_ 1047 ExtLamp_TrnSigLmpLftSwSta 1;
+BA_ "Version" SG_ 1047 ExtLamp_TrnSigLmpLftSwSta "18.08.07";
+BA_ "GenSigSendType" SG_ 1047 ExtLamp_TrnSigLmpRtSwSta 4;
+BA_ "GenSigStartValue" SG_ 1047 ExtLamp_TrnSigLmpRtSwSta 0;
+BA_ "UserSigValidity" SG_ 1047 ExtLamp_TrnSigLmpRtSwSta 0;
+BA_ "NetworkRequest" SG_ 1047 ExtLamp_TrnSigLmpRtSwSta 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1047 ExtLamp_TrnSigLmpRtSwSta 5000;
+BA_ "RoutingFactor" SG_ 1047 ExtLamp_TrnSigLmpRtSwSta 1;
+BA_ "Version" SG_ 1047 ExtLamp_TrnSigLmpRtSwSta "18.08.07";
+BA_ "Description" SG_ 1047 Lamp_LaneChgTrnSigLftSwSta_ICU "LANE CHANGE TURN SIGNAL FOR LH";
+BA_ "GenSigSendType" SG_ 1047 Lamp_LaneChgTrnSigLftSwSta_ICU 4;
+BA_ "GenSigStartValue" SG_ 1047 Lamp_LaneChgTrnSigLftSwSta_ICU 0;
+BA_ "UserSigValidity" SG_ 1047 Lamp_LaneChgTrnSigLftSwSta_ICU 0;
+BA_ "NetworkRequest" SG_ 1047 Lamp_LaneChgTrnSigLftSwSta_ICU 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1047 Lamp_LaneChgTrnSigLftSwSta_ICU 5000;
+BA_ "RoutingFactor" SG_ 1047 Lamp_LaneChgTrnSigLftSwSta_ICU 1;
+BA_ "Version" SG_ 1047 Lamp_LaneChgTrnSigLftSwSta_ICU "18.09.05";
+BA_ "Description" SG_ 1047 Lamp_LaneChgTrnSigRtSwSta_ICU "LANE CHANGE TURN SIGNAL FOR RH";
+BA_ "GenSigSendType" SG_ 1047 Lamp_LaneChgTrnSigRtSwSta_ICU 4;
+BA_ "GenSigStartValue" SG_ 1047 Lamp_LaneChgTrnSigRtSwSta_ICU 0;
+BA_ "UserSigValidity" SG_ 1047 Lamp_LaneChgTrnSigRtSwSta_ICU 0;
+BA_ "NetworkRequest" SG_ 1047 Lamp_LaneChgTrnSigRtSwSta_ICU 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1047 Lamp_LaneChgTrnSigRtSwSta_ICU 5000;
+BA_ "RoutingFactor" SG_ 1047 Lamp_LaneChgTrnSigRtSwSta_ICU 1;
+BA_ "Version" SG_ 1047 Lamp_LaneChgTrnSigRtSwSta_ICU "18.09.05";
+BA_ "Description" SG_ 1047 HeatedSteerWheel_AutoOffSta "This signal is used to sent information of 'Auto Off' state of Steering Wheel Heater
+
+
+
+
+
+
+
+Auto Off : BCM cuts off Steering Wheel Heater Automatically after 30 mins On
+
+
+
+
+
+
+
+0x0 : Manual Off or Fail Off or On of Default Value
+
+
+
+0x1 : Automatically Off by Timer";
+BA_ "GenSigSendType" SG_ 1047 HeatedSteerWheel_AutoOffSta 4;
+BA_ "GenSigStartValue" SG_ 1047 HeatedSteerWheel_AutoOffSta 0;
+BA_ "UserSigValidity" SG_ 1047 HeatedSteerWheel_AutoOffSta 0;
+BA_ "NetworkRequest" SG_ 1047 HeatedSteerWheel_AutoOffSta 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1047 HeatedSteerWheel_AutoOffSta 5000;
+BA_ "RoutingFactor" SG_ 1047 HeatedSteerWheel_AutoOffSta 1;
+BA_ "Version" SG_ 1047 HeatedSteerWheel_AutoOffSta "18.08.06";
+BA_ "GenMsgSendType" BO_ 1048 0;
+BA_ "GenMsgCycleTime" BO_ 1048 200;
+BA_ "GenMsgStartDelayTime" BO_ 1048 0;
+BA_ "VFrameFormat" BO_ 1048 14;
+BA_ "Description" SG_ 1048 ICU_Crc8Val "The data area for CRC calculation is based on the data length (DLC) of the message DB.
+
+The CRC shall be calculated over the entire data block (excluding the CRC bytes) including the user data, alive counter and Data ID 
+
+ 
+
+- CRC Polynomial (0x1D) , Initial Value : 0x00, XOR value : 0xFF, Data ID Mode : Both, Data ID : Message ID + 0xF800 
+
+- The initial value is for CRC calculation and the message should be sent with the calculated result value. 
+
+The mathematical expression to 8 bit CRC polynomial is given here. G(x) = x8 + x4 + x3 + x2 + 1";
+BA_ "GenSigSendType" SG_ 1048 ICU_Crc8Val 4;
+BA_ "GenSigStartValue" SG_ 1048 ICU_Crc8Val 255;
+BA_ "UserSigValidity" SG_ 1048 ICU_Crc8Val 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1048 ICU_Crc8Val 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 1048 ICU_Crc8Val 0;
+BA_ "RoutingFactor" SG_ 1048 ICU_Crc8Val 1;
+BA_ "Version" SG_ 1048 ICU_Crc8Val "18.11.08";
+BA_ "Description" SG_ 1048 HeatedSteerWheel_StrWhlHtrSwSta "This signal is used to sent information of current state of 
+
+Steering Wheel Heated SW.
+
+0x0:Off/0x1:On/0x2:Reserved/0x3:Invalid";
+BA_ "GenSigSendType" SG_ 1048 HeatedSteerWheel_StrWhlHtrSwSta 4;
+BA_ "GenSigStartValue" SG_ 1048 HeatedSteerWheel_StrWhlHtrSwSta 3;
+BA_ "UserSigValidity" SG_ 1048 HeatedSteerWheel_StrWhlHtrSwSta 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1048 HeatedSteerWheel_StrWhlHtrSwSta 0;
+BA_ "RoutingFactor" SG_ 1048 HeatedSteerWheel_StrWhlHtrSwSta 1;
+BA_ "Version" SG_ 1048 HeatedSteerWheel_StrWhlHtrSwSta "17.12.00";
+BA_ "Description" SG_ 1048 ICU_AlvCnt8Val "For the first transmission request for a data element the counter shall be initialized with 0 and shall be incremented by 1
+
+for every subsequent send request. When the counter reaches the maximum value(0xE), then it shall restart with 0 for the next send request";
+BA_ "GenSigSendType" SG_ 1048 ICU_AlvCnt8Val 4;
+BA_ "GenSigStartValue" SG_ 1048 ICU_AlvCnt8Val 0;
+BA_ "UserSigValidity" SG_ 1048 ICU_AlvCnt8Val 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1048 ICU_AlvCnt8Val 0;
+BA_ "RoutingFactor" SG_ 1048 ICU_AlvCnt8Val 1;
+BA_ "Version" SG_ 1048 ICU_AlvCnt8Val "18.11.08";
+BA_ "Description" SG_ 1048 DriveTypeOption "Drive Type Option
+
+This signal is used to determine driver's seat position('Drive Type') about this vehicle.";
+BA_ "GenSigSendType" SG_ 1048 DriveTypeOption 4;
+BA_ "GenSigStartValue" SG_ 1048 DriveTypeOption 0;
+BA_ "UserSigValidity" SG_ 1048 DriveTypeOption 0;
+BA_ "NetworkRequest" SG_ 1048 DriveTypeOption 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1048 DriveTypeOption 5000;
+BA_ "RoutingFactor" SG_ 1048 DriveTypeOption 1;
+BA_ "Version" SG_ 1048 DriveTypeOption "17.12.00";
+BA_ "Description" SG_ 1048 Warn_RrLftSBRMATSwSta "Rear Left Seated State";
+BA_ "GenSigSendType" SG_ 1048 Warn_RrLftSBRMATSwSta 4;
+BA_ "GenSigStartValue" SG_ 1048 Warn_RrLftSBRMATSwSta 0;
+BA_ "UserSigValidity" SG_ 1048 Warn_RrLftSBRMATSwSta 0;
+BA_ "NetworkRequest" SG_ 1048 Warn_RrLftSBRMATSwSta 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1048 Warn_RrLftSBRMATSwSta 5000;
+BA_ "RoutingFactor" SG_ 1048 Warn_RrLftSBRMATSwSta 1;
+BA_ "Version" SG_ 1048 Warn_RrLftSBRMATSwSta "17.12.00";
+BA_ "Description" SG_ 1048 Warn_RrRhtSBRMATSwSta "Rear Right Seated State";
+BA_ "GenSigSendType" SG_ 1048 Warn_RrRhtSBRMATSwSta 4;
+BA_ "GenSigStartValue" SG_ 1048 Warn_RrRhtSBRMATSwSta 0;
+BA_ "UserSigValidity" SG_ 1048 Warn_RrRhtSBRMATSwSta 0;
+BA_ "NetworkRequest" SG_ 1048 Warn_RrRhtSBRMATSwSta 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1048 Warn_RrRhtSBRMATSwSta 5000;
+BA_ "RoutingFactor" SG_ 1048 Warn_RrRhtSBRMATSwSta 1;
+BA_ "Version" SG_ 1048 Warn_RrRhtSBRMATSwSta "17.12.00";
+BA_ "Description" SG_ 1048 StrWheelHeatIndSta "Indicator of StrgWheel heater";
+BA_ "GenSigSendType" SG_ 1048 StrWheelHeatIndSta 4;
+BA_ "GenSigStartValue" SG_ 1048 StrWheelHeatIndSta 0;
+BA_ "UserSigValidity" SG_ 1048 StrWheelHeatIndSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 1048 StrWheelHeatIndSta 0;
+BA_ "RoutingFactor" SG_ 1048 StrWheelHeatIndSta 1;
+BA_ "Version" SG_ 1048 StrWheelHeatIndSta "17.12.00";
+BA_ "Description" SG_ 1048 Warn_LftSEA "Command for SEA LH Warning Text on cluster";
+BA_ "GenSigSendType" SG_ 1048 Warn_LftSEA 4;
+BA_ "GenSigStartValue" SG_ 1048 Warn_LftSEA 0;
+BA_ "UserSigValidity" SG_ 1048 Warn_LftSEA 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1048 Warn_LftSEA 0;
+BA_ "RoutingFactor" SG_ 1048 Warn_LftSEA 1;
+BA_ "Version" SG_ 1048 Warn_LftSEA "17.12.00";
+BA_ "Description" SG_ 1048 Warn_RhtSEA "Command for SEA RH Warning Text on cluster";
+BA_ "GenSigSendType" SG_ 1048 Warn_RhtSEA 4;
+BA_ "GenSigStartValue" SG_ 1048 Warn_RhtSEA 0;
+BA_ "UserSigValidity" SG_ 1048 Warn_RhtSEA 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1048 Warn_RhtSEA 0;
+BA_ "RoutingFactor" SG_ 1048 Warn_RhtSEA 1;
+BA_ "Version" SG_ 1048 Warn_RhtSEA "17.12.00";
+BA_ "Description" SG_ 1048 Lamp_FootLampOnReq "Foot Lamp Command";
+BA_ "GenSigSendType" SG_ 1048 Lamp_FootLampOnReq 4;
+BA_ "GenSigStartValue" SG_ 1048 Lamp_FootLampOnReq 0;
+BA_ "UserSigValidity" SG_ 1048 Lamp_FootLampOnReq 0;
+BA_ "NetworkRequest" SG_ 1048 Lamp_FootLampOnReq 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1048 Lamp_FootLampOnReq 5000;
+BA_ "RoutingFactor" SG_ 1048 Lamp_FootLampOnReq 1;
+BA_ "Version" SG_ 1048 Lamp_FootLampOnReq "17.12.00";
+BA_ "Description" SG_ 1048 Lamp_MoodLampOnReq "Mood lamp command";
+BA_ "GenSigSendType" SG_ 1048 Lamp_MoodLampOnReq 4;
+BA_ "GenSigStartValue" SG_ 1048 Lamp_MoodLampOnReq 0;
+BA_ "UserSigValidity" SG_ 1048 Lamp_MoodLampOnReq 0;
+BA_ "NetworkRequest" SG_ 1048 Lamp_MoodLampOnReq 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1048 Lamp_MoodLampOnReq 5000;
+BA_ "RoutingFactor" SG_ 1048 Lamp_MoodLampOnReq 1;
+BA_ "Version" SG_ 1048 Lamp_MoodLampOnReq "17.12.00";
+BA_ "Description" SG_ 1048 ICU_PowerAutoCutModSta "ICU Delivery Mode State";
+BA_ "GenSigSendType" SG_ 1048 ICU_PowerAutoCutModSta 4;
+BA_ "GenSigStartValue" SG_ 1048 ICU_PowerAutoCutModSta 0;
+BA_ "UserSigValidity" SG_ 1048 ICU_PowerAutoCutModSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 1048 ICU_PowerAutoCutModSta 0;
+BA_ "RoutingFactor" SG_ 1048 ICU_PowerAutoCutModSta 1;
+BA_ "Version" SG_ 1048 ICU_PowerAutoCutModSta "17.12.00";
+BA_ "Description" SG_ 1048 ICU_SoCBattStaMsgReq "Determine if soc level is warning or alert.";
+BA_ "GenSigSendType" SG_ 1048 ICU_SoCBattStaMsgReq 4;
+BA_ "GenSigStartValue" SG_ 1048 ICU_SoCBattStaMsgReq 3;
+BA_ "UserSigValidity" SG_ 1048 ICU_SoCBattStaMsgReq 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1048 ICU_SoCBattStaMsgReq 0;
+BA_ "RoutingFactor" SG_ 1048 ICU_SoCBattStaMsgReq 1;
+BA_ "Version" SG_ 1048 ICU_SoCBattStaMsgReq "17.12.00";
+BA_ "Description" SG_ 1048 C_ICUPowerAutoCutType "ICU Power Management Autocut Spec Information";
+BA_ "GenSigSendType" SG_ 1048 C_ICUPowerAutoCutType 4;
+BA_ "GenSigStartValue" SG_ 1048 C_ICUPowerAutoCutType 0;
+BA_ "UserSigValidity" SG_ 1048 C_ICUPowerAutoCutType 0;
+BA_ "NetworkRequest" SG_ 1048 C_ICUPowerAutoCutType 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1048 C_ICUPowerAutoCutType 0;
+BA_ "RoutingFactor" SG_ 1048 C_ICUPowerAutoCutType 1;
+BA_ "Version" SG_ 1048 C_ICUPowerAutoCutType "18.08.00";
+BA_ "Description" SG_ 1048 DrvDrLockIND "Driver door lock indicator on/off signal";
+BA_ "GenSigSendType" SG_ 1048 DrvDrLockIND 4;
+BA_ "GenSigStartValue" SG_ 1048 DrvDrLockIND 0;
+BA_ "UserSigValidity" SG_ 1048 DrvDrLockIND 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1048 DrvDrLockIND 0;
+BA_ "RoutingFactor" SG_ 1048 DrvDrLockIND 1;
+BA_ "Version" SG_ 1048 DrvDrLockIND "17.11.00";
+BA_ "Description" SG_ 1048 Brake_SwSta_ICU "Brake Switch Status";
+BA_ "GenSigSendType" SG_ 1048 Brake_SwSta_ICU 4;
+BA_ "GenSigStartValue" SG_ 1048 Brake_SwSta_ICU 0;
+BA_ "UserSigValidity" SG_ 1048 Brake_SwSta_ICU 0;
+BA_ "NetworkRequest" SG_ 1048 Brake_SwSta_ICU 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1048 Brake_SwSta_ICU 5000;
+BA_ "RoutingFactor" SG_ 1048 Brake_SwSta_ICU 1;
+BA_ "Version" SG_ 1048 Brake_SwSta_ICU "17.12.00";
+BA_ "Description" SG_ 1048 C_3rdRRSBRMatSw "3rd Rear Right Seated State
+
+
+
+-Default value: 0x0 (미탑승)
+
+-Initial value: 0x0 (미탑승)
+
+-Timeout value: 0x0 (미탑승)";
+BA_ "GenSigSendType" SG_ 1048 C_3rdRRSBRMatSw 4;
+BA_ "GenSigStartValue" SG_ 1048 C_3rdRRSBRMatSw 0;
+BA_ "UserSigValidity" SG_ 1048 C_3rdRRSBRMatSw 0;
+BA_ "NetworkRequest" SG_ 1048 C_3rdRRSBRMatSw 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1048 C_3rdRRSBRMatSw 5000;
+BA_ "RoutingFactor" SG_ 1048 C_3rdRRSBRMatSw 1;
+BA_ "Version" SG_ 1048 C_3rdRRSBRMatSw "18.03.04";
+BA_ "Description" SG_ 1048 C_3rdRLSBRMatSw "3rd Rear Left Seated State
+
+
+
+-Default value: 0x0 (미탑승)
+
+-Initial value: 0x0 (미탑승)
+
+-Timeout value: 0x0 (미탑승)";
+BA_ "GenSigSendType" SG_ 1048 C_3rdRLSBRMatSw 4;
+BA_ "GenSigStartValue" SG_ 1048 C_3rdRLSBRMatSw 0;
+BA_ "UserSigValidity" SG_ 1048 C_3rdRLSBRMatSw 0;
+BA_ "NetworkRequest" SG_ 1048 C_3rdRLSBRMatSw 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1048 C_3rdRLSBRMatSw 5000;
+BA_ "RoutingFactor" SG_ 1048 C_3rdRLSBRMatSw 1;
+BA_ "Version" SG_ 1048 C_3rdRLSBRMatSw "18.03.04";
+BA_ "Description" SG_ 1048 C_3rdRRSeatBeltSW "3rd Rear Right Seat Belt Switch Status";
+BA_ "GenSigSendType" SG_ 1048 C_3rdRRSeatBeltSW 4;
+BA_ "GenSigStartValue" SG_ 1048 C_3rdRRSeatBeltSW 0;
+BA_ "UserSigValidity" SG_ 1048 C_3rdRRSeatBeltSW 0;
+BA_ "NetworkRequest" SG_ 1048 C_3rdRRSeatBeltSW 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1048 C_3rdRRSeatBeltSW 5000;
+BA_ "RoutingFactor" SG_ 1048 C_3rdRRSeatBeltSW 1;
+BA_ "Version" SG_ 1048 C_3rdRRSeatBeltSW "18.03.04";
+BA_ "Description" SG_ 1048 C_3rdRLSeatBeltSW "3rd Rear Left Seat Belt Switch Status";
+BA_ "GenSigSendType" SG_ 1048 C_3rdRLSeatBeltSW 4;
+BA_ "GenSigStartValue" SG_ 1048 C_3rdRLSeatBeltSW 0;
+BA_ "UserSigValidity" SG_ 1048 C_3rdRLSeatBeltSW 0;
+BA_ "NetworkRequest" SG_ 1048 C_3rdRLSeatBeltSW 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1048 C_3rdRLSeatBeltSW 5000;
+BA_ "RoutingFactor" SG_ 1048 C_3rdRLSeatBeltSW 1;
+BA_ "Version" SG_ 1048 C_3rdRLSeatBeltSW "18.03.04";
+BA_ "Description" SG_ 1048 HSWS_SysWrngSta_ICU "0x0 : Normal
+
+0x1 : System Fail
+
+0x2 : Reserved
+
+0x3 : Invalid";
+BA_ "GenSigSendType" SG_ 1048 HSWS_SysWrngSta_ICU 4;
+BA_ "GenSigStartValue" SG_ 1048 HSWS_SysWrngSta_ICU 0;
+BA_ "UserSigValidity" SG_ 1048 HSWS_SysWrngSta_ICU 4;
+BA_ "NetworkRequestHoldingTime" SG_ 1048 HSWS_SysWrngSta_ICU 0;
+BA_ "RoutingFactor" SG_ 1048 HSWS_SysWrngSta_ICU 1;
+BA_ "Version" SG_ 1048 HSWS_SysWrngSta_ICU "17.12.00";
+BA_ "GenMsgSendType" BO_ 1049 0;
+BA_ "GenMsgCycleTime" BO_ 1049 200;
+BA_ "GenMsgStartDelayTime" BO_ 1049 0;
+BA_ "VFrameFormat" BO_ 1049 14;
+BA_ "Description" SG_ 1049 ICU_Crc9Val "The data area for CRC calculation is based on the data length (DLC) of the message DB.
+
+The CRC shall be calculated over the entire data block (excluding the CRC bytes) including the user data, alive counter and Data ID 
+
+ 
+
+- CRC Polynomial (0x1D) , Initial Value : 0x00, XOR value : 0xFF, Data ID Mode : Both, Data ID : Message ID + 0xF800 
+
+- The initial value is for CRC calculation and the message should be sent with the calculated result value. 
+
+The mathematical expression to 8 bit CRC polynomial is given here. G(x) = x8 + x4 + x3 + x2 + 1";
+BA_ "GenSigSendType" SG_ 1049 ICU_Crc9Val 4;
+BA_ "GenSigStartValue" SG_ 1049 ICU_Crc9Val 255;
+BA_ "UserSigValidity" SG_ 1049 ICU_Crc9Val 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1049 ICU_Crc9Val 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 1049 ICU_Crc9Val 0;
+BA_ "RoutingFactor" SG_ 1049 ICU_Crc9Val 1;
+BA_ "Version" SG_ 1049 ICU_Crc9Val "18.11.08";
+BA_ "Description" SG_ 1049 ICU_AlvCnt9Val "For the first transmission request for a data element the counter shall be initialized with 0 and shall be incremented by 1
+
+for every subsequent send request. When the counter reaches the maximum value(0xE), then it shall restart with 0 for the next send request";
+BA_ "GenSigSendType" SG_ 1049 ICU_AlvCnt9Val 4;
+BA_ "GenSigStartValue" SG_ 1049 ICU_AlvCnt9Val 0;
+BA_ "UserSigValidity" SG_ 1049 ICU_AlvCnt9Val 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1049 ICU_AlvCnt9Val 0;
+BA_ "RoutingFactor" SG_ 1049 ICU_AlvCnt9Val 1;
+BA_ "Version" SG_ 1049 ICU_AlvCnt9Val "18.11.08";
+BA_ "Description" SG_ 1049 ICU_BS1IBAT_Conversion "This is Battery current as measured by battery sensor.
+
+The resolution is 10mA
+
+
+
+- 0x3FFFF : 262,143 (Error) , 0x00000 ~ 0x3A980 : 0 ~ 240,000
+
+- Physical value min. : (0 * 10mA) + (-1,200,000) = -1,200 A
+
+- Physical value max. : (240,000 * 10mA) + (-1,200,000) = 1,200 A";
+BA_ "GenSigSendType" SG_ 1049 ICU_BS1IBAT_Conversion 4;
+BA_ "GenSigStartValue" SG_ 1049 ICU_BS1IBAT_Conversion 0;
+BA_ "UserSigValidity" SG_ 1049 ICU_BS1IBAT_Conversion 3;
+BA_ "NetworkRequestHoldingTime" SG_ 1049 ICU_BS1IBAT_Conversion 0;
+BA_ "RoutingFactor" SG_ 1049 ICU_BS1IBAT_Conversion 1;
+BA_ "Version" SG_ 1049 ICU_BS1IBAT_Conversion "18.08.03";
+BA_ "Description" SG_ 1049 ICU_BS1BatVol "This is the actual battery voltage as measured on the battery pole by battery sensor.
+
+
+
+The resolution is 1mV.";
+BA_ "GenSigSendType" SG_ 1049 ICU_BS1BatVol 4;
+BA_ "GenSigStartValue" SG_ 1049 ICU_BS1BatVol 16383;
+BA_ "UserSigValidity" SG_ 1049 ICU_BS1BatVol 3;
+BA_ "NetworkRequestHoldingTime" SG_ 1049 ICU_BS1BatVol 0;
+BA_ "RoutingFactor" SG_ 1049 ICU_BS1BatVol 1;
+BA_ "Version" SG_ 1049 ICU_BS1BatVol "18.08.03";
+BA_ "Description" SG_ 1049 ICU_BS1BatTemp "This is actual battery electrolyte temperature value by battery sensor.
+
+
+
+The value is calculated by a Battery Temperature Model, depending on measured temperature of the battery pole.
+
+
+
+
+
+The resolution is 0.5℃.";
+BA_ "GenSigSendType" SG_ 1049 ICU_BS1BatTemp 4;
+BA_ "GenSigStartValue" SG_ 1049 ICU_BS1BatTemp 511;
+BA_ "UserSigValidity" SG_ 1049 ICU_BS1BatTemp 3;
+BA_ "NetworkRequestHoldingTime" SG_ 1049 ICU_BS1BatTemp 0;
+BA_ "RoutingFactor" SG_ 1049 ICU_BS1BatTemp 1;
+BA_ "Version" SG_ 1049 ICU_BS1BatTemp "18.08.03";
+BA_ "Description" SG_ 1049 ICU_BS1ValFlagSta "setting condition is depending on battery sensor self diagnosis information";
+BA_ "GenSigSendType" SG_ 1049 ICU_BS1ValFlagSta 4;
+BA_ "GenSigStartValue" SG_ 1049 ICU_BS1ValFlagSta 1;
+BA_ "UserSigValidity" SG_ 1049 ICU_BS1ValFlagSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 1049 ICU_BS1ValFlagSta 0;
+BA_ "RoutingFactor" SG_ 1049 ICU_BS1ValFlagSta 1;
+BA_ "Version" SG_ 1049 ICU_BS1ValFlagSta "17.12.00";
+BA_ "Description" SG_ 1049 ICU_BS1ErrRes "Response_Error shall be set whenever a frame received by the node or a frame transmitted by the node contains an error in the response field.
+
+
+
+Response_Error shall be cleared after transmission.
+
+
+
+Based on this single bit the master node can conclude the following:
+
+
+
+ -Response_Error = 0 : the node is operating correctly
+
+
+
+ -Response_Error = 1 : the node has intermittent problems
+
+
+
+ -The node did not answer : the node (or bus or master) has serious problems.";
+BA_ "GenSigSendType" SG_ 1049 ICU_BS1ErrRes 4;
+BA_ "GenSigStartValue" SG_ 1049 ICU_BS1ErrRes 1;
+BA_ "UserSigValidity" SG_ 1049 ICU_BS1ErrRes 3;
+BA_ "NetworkRequestHoldingTime" SG_ 1049 ICU_BS1ErrRes 0;
+BA_ "RoutingFactor" SG_ 1049 ICU_BS1ErrRes 1;
+BA_ "Version" SG_ 1049 ICU_BS1ErrRes "17.12.00";
+BA_ "GenMsgSendType" BO_ 1040 0;
+BA_ "GenMsgCycleTime" BO_ 1040 200;
+BA_ "GenMsgStartDelayTime" BO_ 1040 0;
+BA_ "VFrameFormat" BO_ 1040 14;
+BA_ "Description" SG_ 1040 ICU_Crc10Val "The data area for CRC calculation is based on the data length (DLC) of the message DB.
+
+The CRC shall be calculated over the entire data block (excluding the CRC bytes) including the user data, alive counter and Data ID 
+
+ 
+
+- CRC Polynomial (0x1D) , Initial Value : 0x00, XOR value : 0xFF, Data ID Mode : Both, Data ID : Message ID + 0xF800 
+
+- The initial value is for CRC calculation and the message should be sent with the calculated result value. 
+
+The mathematical expression to 8 bit CRC polynomial is given here. G(x) = x8 + x4 + x3 + x2 + 1";
+BA_ "GenSigSendType" SG_ 1040 ICU_Crc10Val 4;
+BA_ "GenSigStartValue" SG_ 1040 ICU_Crc10Val 255;
+BA_ "UserSigValidity" SG_ 1040 ICU_Crc10Val 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1040 ICU_Crc10Val 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 1040 ICU_Crc10Val 0;
+BA_ "RoutingFactor" SG_ 1040 ICU_Crc10Val 1;
+BA_ "Version" SG_ 1040 ICU_Crc10Val "18.11.08";
+BA_ "Description" SG_ 1040 ICU_AlvCnt10Val "For the first transmission request for a data element the counter shall be initialized with 0 and shall be incremented by 1
+
+for every subsequent send request. When the counter reaches the maximum value(0xE), then it shall restart with 0 for the next send request";
+BA_ "GenSigSendType" SG_ 1040 ICU_AlvCnt10Val 4;
+BA_ "GenSigStartValue" SG_ 1040 ICU_AlvCnt10Val 0;
+BA_ "UserSigValidity" SG_ 1040 ICU_AlvCnt10Val 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1040 ICU_AlvCnt10Val 0;
+BA_ "RoutingFactor" SG_ 1040 ICU_AlvCnt10Val 1;
+BA_ "Version" SG_ 1040 ICU_AlvCnt10Val "18.11.08";
+BA_ "Description" SG_ 1040 ICU_BS2SoC "This signal is battery State of Charge as calculated by battery sensor.";
+BA_ "GenSigSendType" SG_ 1040 ICU_BS2SoC 4;
+BA_ "GenSigStartValue" SG_ 1040 ICU_BS2SoC 0;
+BA_ "UserSigValidity" SG_ 1040 ICU_BS2SoC 3;
+BA_ "NetworkRequestHoldingTime" SG_ 1040 ICU_BS2SoC 0;
+BA_ "RoutingFactor" SG_ 1040 ICU_BS2SoC 1;
+BA_ "Version" SG_ 1040 ICU_BS2SoC "17.12.00";
+BA_ "Description" SG_ 1040 ICU_BS2NCap "Nominal capacity";
+BA_ "GenSigSendType" SG_ 1040 ICU_BS2NCap 4;
+BA_ "GenSigStartValue" SG_ 1040 ICU_BS2NCap 255;
+BA_ "UserSigValidity" SG_ 1040 ICU_BS2NCap 3;
+BA_ "NetworkRequestHoldingTime" SG_ 1040 ICU_BS2NCap 0;
+BA_ "RoutingFactor" SG_ 1040 ICU_BS2NCap 1;
+BA_ "Version" SG_ 1040 ICU_BS2NCap "17.12.00";
+BA_ "Description" SG_ 1040 ICU_BS2OpnCirVol "Last open circuit voltage";
+BA_ "GenSigSendType" SG_ 1040 ICU_BS2OpnCirVol 4;
+BA_ "GenSigStartValue" SG_ 1040 ICU_BS2OpnCirVol 4095;
+BA_ "UserSigValidity" SG_ 1040 ICU_BS2OpnCirVol 3;
+BA_ "NetworkRequestHoldingTime" SG_ 1040 ICU_BS2OpnCirVol 0;
+BA_ "RoutingFactor" SG_ 1040 ICU_BS2OpnCirVol 1;
+BA_ "Version" SG_ 1040 ICU_BS2OpnCirVol "17.12.00";
+BA_ "Description" SG_ 1040 ICU_BS2_FSOC "This signal indicates whether the state of SOC signal is fault or not";
+BA_ "GenSigSendType" SG_ 1040 ICU_BS2_FSOC 4;
+BA_ "GenSigStartValue" SG_ 1040 ICU_BS2_FSOC 1;
+BA_ "UserSigValidity" SG_ 1040 ICU_BS2_FSOC 3;
+BA_ "NetworkRequestHoldingTime" SG_ 1040 ICU_BS2_FSOC 0;
+BA_ "RoutingFactor" SG_ 1040 ICU_BS2_FSOC 1;
+BA_ "Version" SG_ 1040 ICU_BS2_FSOC "18.08.03";
+BA_ "Description" SG_ 1040 ICU_BS2_FSOH "This signal indicates whether the state of SOH signal is fault or not";
+BA_ "GenSigSendType" SG_ 1040 ICU_BS2_FSOH 4;
+BA_ "GenSigStartValue" SG_ 1040 ICU_BS2_FSOH 1;
+BA_ "UserSigValidity" SG_ 1040 ICU_BS2_FSOH 3;
+BA_ "NetworkRequestHoldingTime" SG_ 1040 ICU_BS2_FSOH 0;
+BA_ "RoutingFactor" SG_ 1040 ICU_BS2_FSOH 1;
+BA_ "Version" SG_ 1040 ICU_BS2_FSOH "18.08.03";
+BA_ "Description" SG_ 1040 ICU_BS2_FSOF "This signal indicates whether the state of SOF signal is fault or not";
+BA_ "GenSigSendType" SG_ 1040 ICU_BS2_FSOF 4;
+BA_ "GenSigStartValue" SG_ 1040 ICU_BS2_FSOF 1;
+BA_ "UserSigValidity" SG_ 1040 ICU_BS2_FSOF 3;
+BA_ "NetworkRequestHoldingTime" SG_ 1040 ICU_BS2_FSOF 0;
+BA_ "RoutingFactor" SG_ 1040 ICU_BS2_FSOF 1;
+BA_ "Version" SG_ 1040 ICU_BS2_FSOF "18.08.03";
+BA_ "Description" SG_ 1040 ICU_BS2_FQSTAT "This signal indicates whether quiescent current is high or not compared to pre-defined value";
+BA_ "GenSigSendType" SG_ 1040 ICU_BS2_FQSTAT 4;
+BA_ "GenSigStartValue" SG_ 1040 ICU_BS2_FQSTAT 1;
+BA_ "UserSigValidity" SG_ 1040 ICU_BS2_FQSTAT 3;
+BA_ "NetworkRequestHoldingTime" SG_ 1040 ICU_BS2_FQSTAT 0;
+BA_ "RoutingFactor" SG_ 1040 ICU_BS2_FQSTAT 1;
+BA_ "Version" SG_ 1040 ICU_BS2_FQSTAT "18.08.03";
+BA_ "Description" SG_ 1040 ICU_BS2SoH "This signal is battery State of Health(SOH) as calculated by battery sensor.
+
+
+
+This value shows reduction rate of nominal capacity.
+
+
+
+This value can be used for diagnosis information of application system.";
+BA_ "GenSigSendType" SG_ 1040 ICU_BS2SoH 4;
+BA_ "GenSigStartValue" SG_ 1040 ICU_BS2SoH 255;
+BA_ "UserSigValidity" SG_ 1040 ICU_BS2SoH 3;
+BA_ "NetworkRequestHoldingTime" SG_ 1040 ICU_BS2SoH 0;
+BA_ "RoutingFactor" SG_ 1040 ICU_BS2SoH 1;
+BA_ "Version" SG_ 1040 ICU_BS2SoH "17.12.00";
+BA_ "Description" SG_ 1040 ICU_BS2SoF "This signal is battery State of Function(SOF) as calculated by battery sensor.
+
+
+
+This value shows information about the battery ability to crank the engine (both of warm & cold cranking).
+
+
+
+This value is prediction value of the minimum voltage for the next cranking.";
+BA_ "GenSigSendType" SG_ 1040 ICU_BS2SoF 4;
+BA_ "GenSigStartValue" SG_ 1040 ICU_BS2SoF 255;
+BA_ "UserSigValidity" SG_ 1040 ICU_BS2SoF 3;
+BA_ "NetworkRequestHoldingTime" SG_ 1040 ICU_BS2SoF 0;
+BA_ "RoutingFactor" SG_ 1040 ICU_BS2SoF 1;
+BA_ "Version" SG_ 1040 ICU_BS2SoF "17.12.00";
+BA_ "GenMsgSendType" BO_ 1167 0;
+BA_ "GenMsgCycleTime" BO_ 1167 1000;
+BA_ "GenMsgStartDelayTime" BO_ 1167 0;
+BA_ "VFrameFormat" BO_ 1167 14;
+BA_ "Description" SG_ 1167 ICU_Crc11Val "The data area for CRC calculation is based on the data length (DLC) of the message DB.
+
+The CRC shall be calculated over the entire data block (excluding the CRC bytes) including the user data, alive counter and Data ID 
+
+ 
+
+- CRC Polynomial (0x1D) , Initial Value : 0x00, XOR value : 0xFF, Data ID Mode : Both, Data ID : Message ID + 0xF800 
+
+- The initial value is for CRC calculation and the message should be sent with the calculated result value. 
+
+The mathematical expression to 8 bit CRC polynomial is given here. G(x) = x8 + x4 + x3 + x2 + 1";
+BA_ "GenSigSendType" SG_ 1167 ICU_Crc11Val 4;
+BA_ "GenSigStartValue" SG_ 1167 ICU_Crc11Val 255;
+BA_ "UserSigValidity" SG_ 1167 ICU_Crc11Val 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1167 ICU_Crc11Val 5000;
+BA_ "NetworkRequestHoldingTime" SG_ 1167 ICU_Crc11Val 0;
+BA_ "RoutingFactor" SG_ 1167 ICU_Crc11Val 1;
+BA_ "Version" SG_ 1167 ICU_Crc11Val "18.11.08";
+BA_ "Description" SG_ 1167 Bat_dischrg "Battery discharge notification flag";
+BA_ "GenSigSendType" SG_ 1167 Bat_dischrg 4;
+BA_ "GenSigStartValue" SG_ 1167 Bat_dischrg 0;
+BA_ "UserSigValidity" SG_ 1167 Bat_dischrg 3;
+BA_ "NetworkRequestHoldingTime" SG_ 1167 Bat_dischrg 0;
+BA_ "RoutingFactor" SG_ 1167 Bat_dischrg 1;
+BA_ "Version" SG_ 1167 Bat_dischrg "18.03.05";
+BA_ "Description" SG_ 1167 ICU_AlvCnt11Val "For the first transmission request for a data element the counter shall be initialized with 0 and shall be incremented by 1
+
+for every subsequent send request. When the counter reaches the maximum value(0xE), then it shall restart with 0 for the next send request";
+BA_ "GenSigSendType" SG_ 1167 ICU_AlvCnt11Val 4;
+BA_ "GenSigStartValue" SG_ 1167 ICU_AlvCnt11Val 0;
+BA_ "UserSigValidity" SG_ 1167 ICU_AlvCnt11Val 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1167 ICU_AlvCnt11Val 0;
+BA_ "RoutingFactor" SG_ 1167 ICU_AlvCnt11Val 1;
+BA_ "Version" SG_ 1167 ICU_AlvCnt11Val "18.11.08";
+BA_ "Description" SG_ 1167 Batt_SoCWarningValue "This signal is Battery SOC from battery sensor.";
+BA_ "GenSigSendType" SG_ 1167 Batt_SoCWarningValue 4;
+BA_ "GenSigStartValue" SG_ 1167 Batt_SoCWarningValue 255;
+BA_ "UserSigValidity" SG_ 1167 Batt_SoCWarningValue 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1167 Batt_SoCWarningValue 0;
+BA_ "RoutingFactor" SG_ 1167 Batt_SoCWarningValue 1;
+BA_ "Version" SG_ 1167 Batt_SoCWarningValue "17.12.00";
+BA_ "Description" SG_ 1167 C_StrgWhlHeatingOpt "Steering wheel heating option signal";
+BA_ "GenSigSendType" SG_ 1167 C_StrgWhlHeatingOpt 4;
+BA_ "GenSigStartValue" SG_ 1167 C_StrgWhlHeatingOpt 0;
+BA_ "UserSigValidity" SG_ 1167 C_StrgWhlHeatingOpt 3;
+BA_ "NetworkRequestHoldingTime" SG_ 1167 C_StrgWhlHeatingOpt 0;
+BA_ "RoutingFactor" SG_ 1167 C_StrgWhlHeatingOpt 1;
+BA_ "Version" SG_ 1167 C_StrgWhlHeatingOpt "18.12.02";
+BA_ "GenMsgSendType" BO_ 1029 0;
+BA_ "GenMsgCycleTime" BO_ 1029 200;
+BA_ "GenMsgStartDelayTime" BO_ 1029 0;
+BA_ "VFrameFormat" BO_ 1029 14;
+BA_ "Description" SG_ 1029 ICU_Crc12Val "The data area for CRC calculation is based on the data length (DLC) of the message DB.
+
+The CRC shall be calculated over the entire data block (excluding the CRC bytes) including the user data, alive counter and Data ID 
+
+ 
+
+- CRC Polynomial (0x1D) , Initial Value : 0x00, XOR value : 0xFF, Data ID Mode : Both, Data ID : Message ID + 0xF800 
+
+- The initial value is for CRC calculation and the message should be sent with the calculated result value. 
+
+The mathematical expression to 8 bit CRC polynomial is given here. G(x) = x8 + x4 + x3 + x2 + 1";
+BA_ "GenSigSendType" SG_ 1029 ICU_Crc12Val 4;
+BA_ "GenSigStartValue" SG_ 1029 ICU_Crc12Val 255;
+BA_ "UserSigValidity" SG_ 1029 ICU_Crc12Val 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1029 ICU_Crc12Val 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 1029 ICU_Crc12Val 0;
+BA_ "RoutingFactor" SG_ 1029 ICU_Crc12Val 1;
+BA_ "Version" SG_ 1029 ICU_Crc12Val "18.11.08";
+BA_ "Description" SG_ 1029 Warn_ChaDrSwRrSta "Rear Charging Door Open Switch";
+BA_ "GenSigSendType" SG_ 1029 Warn_ChaDrSwRrSta 4;
+BA_ "GenSigStartValue" SG_ 1029 Warn_ChaDrSwRrSta 0;
+BA_ "UserSigValidity" SG_ 1029 Warn_ChaDrSwRrSta 7;
+BA_ "NetworkRequestHoldingTime" SG_ 1029 Warn_ChaDrSwRrSta 0;
+BA_ "RoutingFactor" SG_ 1029 Warn_ChaDrSwRrSta 1;
+BA_ "Version" SG_ 1029 Warn_ChaDrSwRrSta "18.08.12";
+BA_ "Description" SG_ 1029 ICU_AlvCnt12Val "For the first transmission request for a data element the counter shall be initialized with 0 and shall be incremented by 1
+
+for every subsequent send request. When the counter reaches the maximum value(0xE), then it shall restart with 0 for the next send request";
+BA_ "GenSigSendType" SG_ 1029 ICU_AlvCnt12Val 4;
+BA_ "GenSigStartValue" SG_ 1029 ICU_AlvCnt12Val 0;
+BA_ "UserSigValidity" SG_ 1029 ICU_AlvCnt12Val 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1029 ICU_AlvCnt12Val 0;
+BA_ "RoutingFactor" SG_ 1029 ICU_AlvCnt12Val 1;
+BA_ "Version" SG_ 1029 ICU_AlvCnt12Val "18.11.08";
+BA_ "Description" SG_ 1029 ICU_IGN3On_RequestState "IGN3 Relay Control Request Unit State For EV/ PHEV Vehicle";
+BA_ "GenSigSendType" SG_ 1029 ICU_IGN3On_RequestState 4;
+BA_ "GenSigStartValue" SG_ 1029 ICU_IGN3On_RequestState 0;
+BA_ "UserSigValidity" SG_ 1029 ICU_IGN3On_RequestState 7;
+BA_ "NetworkRequestHoldingTime" SG_ 1029 ICU_IGN3On_RequestState 0;
+BA_ "RoutingFactor" SG_ 1029 ICU_IGN3On_RequestState 1;
+BA_ "Version" SG_ 1029 ICU_IGN3On_RequestState "18.11.06";
+BA_ "Description" SG_ 1029 ICU_IGN3On_ReqState_New "IGN3 Relay Control Request Unit State For EV/ PHEV Vehicle";
+BA_ "GenSigSendType" SG_ 1029 ICU_IGN3On_ReqState_New 4;
+BA_ "GenSigStartValue" SG_ 1029 ICU_IGN3On_ReqState_New 0;
+BA_ "UserSigValidity" SG_ 1029 ICU_IGN3On_ReqState_New 7;
+BA_ "NetworkRequestHoldingTime" SG_ 1029 ICU_IGN3On_ReqState_New 0;
+BA_ "RoutingFactor" SG_ 1029 ICU_IGN3On_ReqState_New 1;
+BA_ "Version" SG_ 1029 ICU_IGN3On_ReqState_New "20.03.02";
+BA_ "GenMsgSendType" BO_ 879 0;
+BA_ "GenMsgCycleTime" BO_ 879 100;
+BA_ "GenMsgCycleTimeFast" BO_ 879 0;
+BA_ "GenMsgNrOfRepetition" BO_ 879 0;
+BA_ "GenMsgStartDelayTime" BO_ 879 0;
+BA_ "VFrameFormat" BO_ 879 14;
+BA_ "Description" SG_ 879 ICU_Crc15Val "The data area for CRC calculation is based on the data length (DLC) of the message DB.
+
+The CRC shall be calculated over the entire data block (excluding the CRC bytes) including the user data, alive counter and Data ID 
+
+ 
+
+- CRC Polynomial (0x1D) , Initial Value : 0x00, XOR value : 0xFF, Data ID Mode : Both, Data ID : Message ID + 0xF800 
+
+- The initial value is for CRC calculation and the message should be sent with the calculated result value. 
+
+The mathematical expression to 8 bit CRC polynomial is given here. G(x) = x8 + x4 + x3 + x2 + 1";
+BA_ "GenSigStartValue" SG_ 879 ICU_Crc15Val 255;
+BA_ "UserSigValidity" SG_ 879 ICU_Crc15Val 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 879 ICU_Crc15Val 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 879 ICU_Crc15Val 0;
+BA_ "RoutingFactor" SG_ 879 ICU_Crc15Val 1;
+BA_ "Version" SG_ 879 ICU_Crc15Val "19.02.09";
+BA_ "Description" SG_ 879 ICU_AlvCnt15Val "For the first transmission request for a data element the counter shall be initialized with 0 and shall be incremented by 1
+
+for every subsequent send request. When the counter reaches the maximum value(0xE), then it shall restart with 0 for the next send request";
+BA_ "GenSigStartValue" SG_ 879 ICU_AlvCnt15Val 0;
+BA_ "UserSigValidity" SG_ 879 ICU_AlvCnt15Val 0;
+BA_ "NetworkRequestHoldingTime" SG_ 879 ICU_AlvCnt15Val 0;
+BA_ "RoutingFactor" SG_ 879 ICU_AlvCnt15Val 1;
+BA_ "Version" SG_ 879 ICU_AlvCnt15Val "19.02.09";
+BA_ "Description" SG_ 879 OBCWakeupDrUnlock "This signal is for OBC wake-up, When ICU Unlock event";
+BA_ "GenSigStartValue" SG_ 879 OBCWakeupDrUnlock 0;
+BA_ "UserSigValidity" SG_ 879 OBCWakeupDrUnlock 0;
+BA_ "NetworkRequestHoldingTime" SG_ 879 OBCWakeupDrUnlock 0;
+BA_ "RoutingFactor" SG_ 879 OBCWakeupDrUnlock 1;
+BA_ "Version" SG_ 879 OBCWakeupDrUnlock "19.04.06";
+BA_ "Description" SG_ 879 OBCWakeupDrLock "This signal is for OBC wake-up, When ICU Lock event";
+BA_ "GenSigStartValue" SG_ 879 OBCWakeupDrLock 0;
+BA_ "UserSigValidity" SG_ 879 OBCWakeupDrLock 0;
+BA_ "NetworkRequestHoldingTime" SG_ 879 OBCWakeupDrLock 0;
+BA_ "RoutingFactor" SG_ 879 OBCWakeupDrLock 1;
+BA_ "Version" SG_ 879 OBCWakeupDrLock "19.04.06";
+BA_ "GenMsgSendType" BO_ 101 0;
+BA_ "GenMsgCycleTime" BO_ 101 10;
+BA_ "GenMsgCycleTimeFast" BO_ 101 0;
+BA_ "GenMsgNrOfRepetition" BO_ 101 0;
+BA_ "GenMsgDelayTime" BO_ 101 0;
+BA_ "GenMsgStartDelayTime" BO_ 101 0;
+BA_ "VFrameFormat" BO_ 101 14;
+BA_ "Description" SG_ 101 IEB_Crc1Val "The data area for CRC calculation is based on the data length (DLC) of the message DB.
+
+The CRC shall be calculated over the entire data block (excluding the CRC bytes) including the user data, alive counter and Data ID
+
+ 
+
+- CRC Polynomial (0x1021) , Initial Value : 0xFFFF, XOR value : 0x0000, Data ID : Message ID + 0xF800 
+
+- The initial value is for CRC calculation and the message should be sent with the calculated result value. 
+
+- The mathematical expression to 16 bit CRC polynomial is given here. G(x) = x16 + x12 + x5 + 1";
+BA_ "GenSigStartValue" SG_ 101 IEB_Crc1Val 65535;
+BA_ "UserSigValidity" SG_ 101 IEB_Crc1Val 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 101 IEB_Crc1Val 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 101 IEB_Crc1Val 500;
+BA_ "NetworkRequestHoldingTime" SG_ 101 IEB_Crc1Val 0;
+BA_ "RoutingFactor" SG_ 101 IEB_Crc1Val 5;
+BA_ "Version" SG_ 101 IEB_Crc1Val "19.05.02";
+BA_ "Description" SG_ 101 IEB_StrkDpthPcVal "Brake Pedal Stroke Depth";
+BA_ "GenSigStartValue" SG_ 101 IEB_StrkDpthPcVal 0;
+BA_ "UserSigValidity" SG_ 101 IEB_StrkDpthPcVal 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 101 IEB_StrkDpthPcVal 500;
+BA_ "NetworkRequestHoldingTime" SG_ 101 IEB_StrkDpthPcVal 0;
+BA_ "RoutingFactor" SG_ 101 IEB_StrkDpthPcVal 5;
+BA_ "Version" SG_ 101 IEB_StrkDpthPcVal "19.05.02";
+BA_ "Description" SG_ 101 IEB_EstDpthPcVal "Estimated Brake Pedal Depth for SCC";
+BA_ "GenSigStartValue" SG_ 101 IEB_EstDpthPcVal 0;
+BA_ "UserSigValidity" SG_ 101 IEB_EstDpthPcVal 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 101 IEB_EstDpthPcVal 500;
+BA_ "NetworkRequestHoldingTime" SG_ 101 IEB_EstDpthPcVal 0;
+BA_ "RoutingFactor" SG_ 101 IEB_EstDpthPcVal 5;
+BA_ "Version" SG_ 101 IEB_EstDpthPcVal "19.05.02";
+BA_ "Description" SG_ 101 IEB_AbsNGearReq "indigates N gear position request while ABS activation";
+BA_ "GenSigStartValue" SG_ 101 IEB_AbsNGearReq 0;
+BA_ "UserSigValidity" SG_ 101 IEB_AbsNGearReq 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 101 IEB_AbsNGearReq 500;
+BA_ "NetworkRequestHoldingTime" SG_ 101 IEB_AbsNGearReq 0;
+BA_ "RoutingFactor" SG_ 101 IEB_AbsNGearReq 5;
+BA_ "Version" SG_ 101 IEB_AbsNGearReq "19.05.02";
+BA_ "Description" SG_ 101 IEB_EstBrkPdlValVldSta "Estimated Brake pedal value Validity";
+BA_ "GenSigStartValue" SG_ 101 IEB_EstBrkPdlValVldSta 1;
+BA_ "UserSigValidity" SG_ 101 IEB_EstBrkPdlValVldSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 101 IEB_EstBrkPdlValVldSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 101 IEB_EstBrkPdlValVldSta 0;
+BA_ "RoutingFactor" SG_ 101 IEB_EstBrkPdlValVldSta 5;
+BA_ "Version" SG_ 101 IEB_EstBrkPdlValVldSta "19.05.02";
+BA_ "Description" SG_ 101 IEB_AlvCnt1Val "For the first transmission request for a data element the counter shall be initialized with 0 and shall be incremented by 1 for every subsequent send request. 
+
+When the counter reaches the maximum value(0xFF), then it shall restart with 0 for the next send request";
+BA_ "GenSigStartValue" SG_ 101 IEB_AlvCnt1Val 0;
+BA_ "UserSigValidity" SG_ 101 IEB_AlvCnt1Val 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 101 IEB_AlvCnt1Val 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 101 IEB_AlvCnt1Val 500;
+BA_ "NetworkRequestHoldingTime" SG_ 101 IEB_AlvCnt1Val 0;
+BA_ "RoutingFactor" SG_ 101 IEB_AlvCnt1Val 5;
+BA_ "Version" SG_ 101 IEB_AlvCnt1Val "19.05.02";
+BA_ "Description" SG_ 101 IEB_SrvLmpDis "The signal indicates the status of the “AHB Service lamp”";
+BA_ "GenSigStartValue" SG_ 101 IEB_SrvLmpDis 0;
+BA_ "UserSigValidity" SG_ 101 IEB_SrvLmpDis 3;
+BA_ "NetworkRequestHoldingTime" SG_ 101 IEB_SrvLmpDis 0;
+BA_ "RoutingFactor" SG_ 101 IEB_SrvLmpDis 5;
+BA_ "Version" SG_ 101 IEB_SrvLmpDis "19.05.02";
+BA_ "Description" SG_ 101 IEB_DfctvSta "Information regarding the AHB 'defective' indication.";
+BA_ "GenSigStartValue" SG_ 101 IEB_DfctvSta 0;
+BA_ "UserSigValidity" SG_ 101 IEB_DfctvSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 101 IEB_DfctvSta 0;
+BA_ "RoutingFactor" SG_ 101 IEB_DfctvSta 5;
+BA_ "Version" SG_ 101 IEB_DfctvSta "19.05.02";
+BA_ "Description" SG_ 101 IEB_ActvSta "Information regarding AHB “Control Active” signal";
+BA_ "GenSigStartValue" SG_ 101 IEB_ActvSta 0;
+BA_ "UserSigValidity" SG_ 101 IEB_ActvSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 101 IEB_ActvSta 0;
+BA_ "RoutingFactor" SG_ 101 IEB_ActvSta 5;
+BA_ "Version" SG_ 101 IEB_ActvSta "19.05.02";
+BA_ "Description" SG_ 101 IEB_DiagSta "Information regarding the AHB “diagnostic mode” indication.";
+BA_ "GenSigStartValue" SG_ 101 IEB_DiagSta 0;
+BA_ "UserSigValidity" SG_ 101 IEB_DiagSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 101 IEB_DiagSta 0;
+BA_ "RoutingFactor" SG_ 101 IEB_DiagSta 5;
+BA_ "Version" SG_ 101 IEB_DiagSta "19.05.02";
+BA_ "Description" SG_ 101 IEB_WrngLmpDis "The signal indicates the status of the “AHB Warning lamp”";
+BA_ "GenSigStartValue" SG_ 101 IEB_WrngLmpDis 0;
+BA_ "UserSigValidity" SG_ 101 IEB_WrngLmpDis 3;
+BA_ "NetworkRequestHoldingTime" SG_ 101 IEB_WrngLmpDis 0;
+BA_ "RoutingFactor" SG_ 101 IEB_WrngLmpDis 5;
+BA_ "Version" SG_ 101 IEB_WrngLmpDis "19.05.02";
+BA_ "Description" SG_ 101 IEB_MILReq "IEB sends this signal to turn on the Malfunction Indicator Lamp (MIL).";
+BA_ "GenSigStartValue" SG_ 101 IEB_MILReq 0;
+BA_ "UserSigValidity" SG_ 101 IEB_MILReq 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 101 IEB_MILReq 500;
+BA_ "NetworkRequestHoldingTime" SG_ 101 IEB_MILReq 0;
+BA_ "RoutingFactor" SG_ 101 IEB_MILReq 5;
+BA_ "Version" SG_ 101 IEB_MILReq "19.05.02";
+BA_ "Description" SG_ 101 IEB_StrkDpthmmVal "The signal indicates the depth of brake pedal";
+BA_ "GenSigStartValue" SG_ 101 IEB_StrkDpthmmVal 0;
+BA_ "UserSigValidity" SG_ 101 IEB_StrkDpthmmVal 3;
+BA_ "NetworkRequestHoldingTime" SG_ 101 IEB_StrkDpthmmVal 0;
+BA_ "RoutingFactor" SG_ 101 IEB_StrkDpthmmVal 5;
+BA_ "Version" SG_ 101 IEB_StrkDpthmmVal "19.05.02";
+BA_ "Description" SG_ 101 IEB_PdlTrvlSnsrFailSta "Information regarding the pedal travel sensor fail status";
+BA_ "GenSigStartValue" SG_ 101 IEB_PdlTrvlSnsrFailSta 0;
+BA_ "UserSigValidity" SG_ 101 IEB_PdlTrvlSnsrFailSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 101 IEB_PdlTrvlSnsrFailSta 0;
+BA_ "RoutingFactor" SG_ 101 IEB_PdlTrvlSnsrFailSta 5;
+BA_ "Version" SG_ 101 IEB_PdlTrvlSnsrFailSta "19.05.02";
+BA_ "Description" SG_ 101 IEB_PdlCalibSta "Information regarding the pedal travel sensor’s calibration status";
+BA_ "GenSigStartValue" SG_ 101 IEB_PdlCalibSta 0;
+BA_ "UserSigValidity" SG_ 101 IEB_PdlCalibSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 101 IEB_PdlCalibSta 0;
+BA_ "RoutingFactor" SG_ 101 IEB_PdlCalibSta 5;
+BA_ "Version" SG_ 101 IEB_PdlCalibSta "19.05.02";
+BA_ "Description" SG_ 101 IEB_BzrSta "The signal indicates the status of the “Buzzer”";
+BA_ "GenSigStartValue" SG_ 101 IEB_BzrSta 0;
+BA_ "UserSigValidity" SG_ 101 IEB_BzrSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 101 IEB_BzrSta 0;
+BA_ "RoutingFactor" SG_ 101 IEB_BzrSta 5;
+BA_ "Version" SG_ 101 IEB_BzrSta "19.05.02";
+BA_ "Description" SG_ 101 IEB_Sta "EBS Ready Status
+
+※ 전/후륜에 대한 구분이 없는 경우에는 0x0 (Not Ready) / 0x1(Ready) 만 사용한다.
+
+     : 전륜 구동 회생제동 차량의 경우, 0x0 는 Front not Ready / 0x1은 Front only Ready를 의미함.";
+BA_ "GenSigStartValue" SG_ 101 IEB_Sta 0;
+BA_ "UserSigValidity" SG_ 101 IEB_Sta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 101 IEB_Sta 0;
+BA_ "RoutingFactor" SG_ 101 IEB_Sta 5;
+BA_ "Version" SG_ 101 IEB_Sta "19.06.01";
+BA_ "GenSigStartValue" SG_ 101 IEB_SnsrFailSta 0;
+BA_ "UserSigValidity" SG_ 101 IEB_SnsrFailSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 101 IEB_SnsrFailSta 0;
+BA_ "RoutingFactor" SG_ 101 IEB_SnsrFailSta 5;
+BA_ "Version" SG_ 101 IEB_SnsrFailSta "19.05.02";
+BA_ "Description" SG_ 101 IEB_RbsWrngLmpSta "This signal indicates RBS warning lamp status.";
+BA_ "GenSigStartValue" SG_ 101 IEB_RbsWrngLmpSta 0;
+BA_ "UserSigValidity" SG_ 101 IEB_RbsWrngLmpSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 101 IEB_RbsWrngLmpSta 0;
+BA_ "RoutingFactor" SG_ 101 IEB_RbsWrngLmpSta 5;
+BA_ "Version" SG_ 101 IEB_RbsWrngLmpSta "19.05.02";
+BA_ "Description" SG_ 101 IEB_VacSysDfctvSta "This signal indicates Vacuum pump “defective”.";
+BA_ "GenSigStartValue" SG_ 101 IEB_VacSysDfctvSta 0;
+BA_ "UserSigValidity" SG_ 101 IEB_VacSysDfctvSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 101 IEB_VacSysDfctvSta 0;
+BA_ "RoutingFactor" SG_ 101 IEB_VacSysDfctvSta 5;
+BA_ "Version" SG_ 101 IEB_VacSysDfctvSta "19.05.02";
+BA_ "Description" SG_ 101 IEB_RegenTqLimitNmVal_Frnt "Regen Brake Torque limit at front wheel";
+BA_ "GenSigStartValue" SG_ 101 IEB_RegenTqLimitNmVal_Frnt 0;
+BA_ "UserSigValidity" SG_ 101 IEB_RegenTqLimitNmVal_Frnt 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 101 IEB_RegenTqLimitNmVal_Frnt 500;
+BA_ "NetworkRequestHoldingTime" SG_ 101 IEB_RegenTqLimitNmVal_Frnt 0;
+BA_ "RoutingFactor" SG_ 101 IEB_RegenTqLimitNmVal_Frnt 5;
+BA_ "Version" SG_ 101 IEB_RegenTqLimitNmVal_Frnt "19.05.03";
+BA_ "Description" SG_ 101 IEB_EstTtlBrkFrcNmVal "Estimated Total Brake Force";
+BA_ "GenSigStartValue" SG_ 101 IEB_EstTtlBrkFrcNmVal 0;
+BA_ "UserSigValidity" SG_ 101 IEB_EstTtlBrkFrcNmVal 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 101 IEB_EstTtlBrkFrcNmVal 500;
+BA_ "NetworkRequestHoldingTime" SG_ 101 IEB_EstTtlBrkFrcNmVal 0;
+BA_ "RoutingFactor" SG_ 101 IEB_EstTtlBrkFrcNmVal 5;
+BA_ "Version" SG_ 101 IEB_EstTtlBrkFrcNmVal "19.05.02";
+BA_ "GenMsgCycleTime" BO_ 1705 0;
+BA_ "GenMsgILSupport" BO_ 1705 0;
+BA_ "TpMessage" BO_ 1705 1;
+BA_ "GenMsgDelayTime" BO_ 1705 0;
+BA_ "GenMsgStartDelayTime" BO_ 1705 0;
+BA_ "VFrameFormat" BO_ 1705 14;
+BA_ "UsrSigPurpose" SG_ 1705 KW2K_CANID_RECEIVE_Byte0 6;
+BA_ "GenSigSendType" SG_ 1705 KW2K_CANID_RECEIVE_Byte0 2;
+BA_ "GenSigStartValue" SG_ 1705 KW2K_CANID_RECEIVE_Byte0 0;
+BA_ "UserSigValidity" SG_ 1705 KW2K_CANID_RECEIVE_Byte0 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1705 KW2K_CANID_RECEIVE_Byte0 0;
+BA_ "NetworkRequest" SG_ 1705 KW2K_CANID_RECEIVE_Byte0 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1705 KW2K_CANID_RECEIVE_Byte0 5000;
+BA_ "RoutingFactor" SG_ 1705 KW2K_CANID_RECEIVE_Byte0 1;
+BA_ "Version" SG_ 1705 KW2K_CANID_RECEIVE_Byte0 "18.08.02";
+BA_ "UsrSigPurpose" SG_ 1705 KW2K_CANID_RECEIVE_Byte2 6;
+BA_ "GenSigSendType" SG_ 1705 KW2K_CANID_RECEIVE_Byte2 2;
+BA_ "GenSigStartValue" SG_ 1705 KW2K_CANID_RECEIVE_Byte2 0;
+BA_ "UserSigValidity" SG_ 1705 KW2K_CANID_RECEIVE_Byte2 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1705 KW2K_CANID_RECEIVE_Byte2 0;
+BA_ "NetworkRequest" SG_ 1705 KW2K_CANID_RECEIVE_Byte2 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1705 KW2K_CANID_RECEIVE_Byte2 5000;
+BA_ "RoutingFactor" SG_ 1705 KW2K_CANID_RECEIVE_Byte2 1;
+BA_ "Version" SG_ 1705 KW2K_CANID_RECEIVE_Byte2 "18.08.02";
+BA_ "UsrSigPurpose" SG_ 1705 KW2K_CANID_RECEIVE_Byte3 6;
+BA_ "GenSigSendType" SG_ 1705 KW2K_CANID_RECEIVE_Byte3 2;
+BA_ "GenSigStartValue" SG_ 1705 KW2K_CANID_RECEIVE_Byte3 0;
+BA_ "UserSigValidity" SG_ 1705 KW2K_CANID_RECEIVE_Byte3 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1705 KW2K_CANID_RECEIVE_Byte3 0;
+BA_ "NetworkRequest" SG_ 1705 KW2K_CANID_RECEIVE_Byte3 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1705 KW2K_CANID_RECEIVE_Byte3 5000;
+BA_ "RoutingFactor" SG_ 1705 KW2K_CANID_RECEIVE_Byte3 1;
+BA_ "Version" SG_ 1705 KW2K_CANID_RECEIVE_Byte3 "18.08.02";
+BA_ "UsrSigPurpose" SG_ 1705 KW2K_CANID_RECEIVE_Byte4 6;
+BA_ "GenSigSendType" SG_ 1705 KW2K_CANID_RECEIVE_Byte4 2;
+BA_ "GenSigStartValue" SG_ 1705 KW2K_CANID_RECEIVE_Byte4 0;
+BA_ "UserSigValidity" SG_ 1705 KW2K_CANID_RECEIVE_Byte4 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1705 KW2K_CANID_RECEIVE_Byte4 0;
+BA_ "NetworkRequest" SG_ 1705 KW2K_CANID_RECEIVE_Byte4 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1705 KW2K_CANID_RECEIVE_Byte4 5000;
+BA_ "RoutingFactor" SG_ 1705 KW2K_CANID_RECEIVE_Byte4 1;
+BA_ "Version" SG_ 1705 KW2K_CANID_RECEIVE_Byte4 "18.08.02";
+BA_ "UsrSigPurpose" SG_ 1705 KW2K_CANID_RECEIVE_Byte5 6;
+BA_ "GenSigSendType" SG_ 1705 KW2K_CANID_RECEIVE_Byte5 2;
+BA_ "GenSigStartValue" SG_ 1705 KW2K_CANID_RECEIVE_Byte5 0;
+BA_ "UserSigValidity" SG_ 1705 KW2K_CANID_RECEIVE_Byte5 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1705 KW2K_CANID_RECEIVE_Byte5 0;
+BA_ "NetworkRequest" SG_ 1705 KW2K_CANID_RECEIVE_Byte5 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1705 KW2K_CANID_RECEIVE_Byte5 5000;
+BA_ "RoutingFactor" SG_ 1705 KW2K_CANID_RECEIVE_Byte5 1;
+BA_ "Version" SG_ 1705 KW2K_CANID_RECEIVE_Byte5 "18.08.02";
+BA_ "UsrSigPurpose" SG_ 1705 KW2K_CANID_RECEIVE_Byte6 6;
+BA_ "GenSigSendType" SG_ 1705 KW2K_CANID_RECEIVE_Byte6 2;
+BA_ "GenSigStartValue" SG_ 1705 KW2K_CANID_RECEIVE_Byte6 0;
+BA_ "UserSigValidity" SG_ 1705 KW2K_CANID_RECEIVE_Byte6 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1705 KW2K_CANID_RECEIVE_Byte6 0;
+BA_ "NetworkRequest" SG_ 1705 KW2K_CANID_RECEIVE_Byte6 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1705 KW2K_CANID_RECEIVE_Byte6 5000;
+BA_ "RoutingFactor" SG_ 1705 KW2K_CANID_RECEIVE_Byte6 1;
+BA_ "Version" SG_ 1705 KW2K_CANID_RECEIVE_Byte6 "18.08.02";
+BA_ "UsrSigPurpose" SG_ 1705 KW2K_CANID_RECEIVE_Byte7 6;
+BA_ "GenSigSendType" SG_ 1705 KW2K_CANID_RECEIVE_Byte7 2;
+BA_ "GenSigStartValue" SG_ 1705 KW2K_CANID_RECEIVE_Byte7 0;
+BA_ "UserSigValidity" SG_ 1705 KW2K_CANID_RECEIVE_Byte7 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1705 KW2K_CANID_RECEIVE_Byte7 0;
+BA_ "NetworkRequest" SG_ 1705 KW2K_CANID_RECEIVE_Byte7 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1705 KW2K_CANID_RECEIVE_Byte7 5000;
+BA_ "RoutingFactor" SG_ 1705 KW2K_CANID_RECEIVE_Byte7 1;
+BA_ "Version" SG_ 1705 KW2K_CANID_RECEIVE_Byte7 "18.08.02";
+BA_ "UsrSigPurpose" SG_ 1705 KW2K_CANID_RECEIVE_Byte1 6;
+BA_ "GenSigSendType" SG_ 1705 KW2K_CANID_RECEIVE_Byte1 2;
+BA_ "GenSigStartValue" SG_ 1705 KW2K_CANID_RECEIVE_Byte1 0;
+BA_ "UserSigValidity" SG_ 1705 KW2K_CANID_RECEIVE_Byte1 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1705 KW2K_CANID_RECEIVE_Byte1 0;
+BA_ "NetworkRequest" SG_ 1705 KW2K_CANID_RECEIVE_Byte1 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1705 KW2K_CANID_RECEIVE_Byte1 5000;
+BA_ "RoutingFactor" SG_ 1705 KW2K_CANID_RECEIVE_Byte1 1;
+BA_ "Version" SG_ 1705 KW2K_CANID_RECEIVE_Byte1 "18.08.02";
+BA_ "GenMsgCycleTime" BO_ 1704 0;
+BA_ "GenMsgILSupport" BO_ 1704 0;
+BA_ "TpMessage" BO_ 1704 1;
+BA_ "GenMsgDelayTime" BO_ 1704 0;
+BA_ "GenMsgStartDelayTime" BO_ 1704 0;
+BA_ "VFrameFormat" BO_ 1704 14;
+BA_ "UsrSigPurpose" SG_ 1704 KW2K_CANID_TRANSMIT_Byte0 6;
+BA_ "GenSigSendType" SG_ 1704 KW2K_CANID_TRANSMIT_Byte0 2;
+BA_ "GenSigStartValue" SG_ 1704 KW2K_CANID_TRANSMIT_Byte0 0;
+BA_ "UserSigValidity" SG_ 1704 KW2K_CANID_TRANSMIT_Byte0 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1704 KW2K_CANID_TRANSMIT_Byte0 0;
+BA_ "NetworkRequest" SG_ 1704 KW2K_CANID_TRANSMIT_Byte0 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1704 KW2K_CANID_TRANSMIT_Byte0 5000;
+BA_ "RoutingFactor" SG_ 1704 KW2K_CANID_TRANSMIT_Byte0 1;
+BA_ "Version" SG_ 1704 KW2K_CANID_TRANSMIT_Byte0 "18.08.02";
+BA_ "UsrSigPurpose" SG_ 1704 KW2K_CANID_TRANSMIT_Byte2 6;
+BA_ "GenSigSendType" SG_ 1704 KW2K_CANID_TRANSMIT_Byte2 2;
+BA_ "GenSigStartValue" SG_ 1704 KW2K_CANID_TRANSMIT_Byte2 0;
+BA_ "UserSigValidity" SG_ 1704 KW2K_CANID_TRANSMIT_Byte2 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1704 KW2K_CANID_TRANSMIT_Byte2 0;
+BA_ "NetworkRequest" SG_ 1704 KW2K_CANID_TRANSMIT_Byte2 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1704 KW2K_CANID_TRANSMIT_Byte2 5000;
+BA_ "RoutingFactor" SG_ 1704 KW2K_CANID_TRANSMIT_Byte2 1;
+BA_ "Version" SG_ 1704 KW2K_CANID_TRANSMIT_Byte2 "18.08.02";
+BA_ "UsrSigPurpose" SG_ 1704 KW2K_CANID_TRANSMIT_Byte3 6;
+BA_ "GenSigSendType" SG_ 1704 KW2K_CANID_TRANSMIT_Byte3 2;
+BA_ "GenSigStartValue" SG_ 1704 KW2K_CANID_TRANSMIT_Byte3 0;
+BA_ "UserSigValidity" SG_ 1704 KW2K_CANID_TRANSMIT_Byte3 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1704 KW2K_CANID_TRANSMIT_Byte3 0;
+BA_ "NetworkRequest" SG_ 1704 KW2K_CANID_TRANSMIT_Byte3 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1704 KW2K_CANID_TRANSMIT_Byte3 5000;
+BA_ "RoutingFactor" SG_ 1704 KW2K_CANID_TRANSMIT_Byte3 1;
+BA_ "Version" SG_ 1704 KW2K_CANID_TRANSMIT_Byte3 "18.08.02";
+BA_ "UsrSigPurpose" SG_ 1704 KW2K_CANID_TRANSMIT_Byte4 6;
+BA_ "GenSigSendType" SG_ 1704 KW2K_CANID_TRANSMIT_Byte4 2;
+BA_ "GenSigStartValue" SG_ 1704 KW2K_CANID_TRANSMIT_Byte4 0;
+BA_ "UserSigValidity" SG_ 1704 KW2K_CANID_TRANSMIT_Byte4 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1704 KW2K_CANID_TRANSMIT_Byte4 0;
+BA_ "NetworkRequest" SG_ 1704 KW2K_CANID_TRANSMIT_Byte4 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1704 KW2K_CANID_TRANSMIT_Byte4 5000;
+BA_ "RoutingFactor" SG_ 1704 KW2K_CANID_TRANSMIT_Byte4 1;
+BA_ "Version" SG_ 1704 KW2K_CANID_TRANSMIT_Byte4 "18.08.02";
+BA_ "UsrSigPurpose" SG_ 1704 KW2K_CANID_TRANSMIT_Byte5 6;
+BA_ "GenSigSendType" SG_ 1704 KW2K_CANID_TRANSMIT_Byte5 2;
+BA_ "GenSigStartValue" SG_ 1704 KW2K_CANID_TRANSMIT_Byte5 0;
+BA_ "UserSigValidity" SG_ 1704 KW2K_CANID_TRANSMIT_Byte5 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1704 KW2K_CANID_TRANSMIT_Byte5 0;
+BA_ "NetworkRequest" SG_ 1704 KW2K_CANID_TRANSMIT_Byte5 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1704 KW2K_CANID_TRANSMIT_Byte5 5000;
+BA_ "RoutingFactor" SG_ 1704 KW2K_CANID_TRANSMIT_Byte5 1;
+BA_ "Version" SG_ 1704 KW2K_CANID_TRANSMIT_Byte5 "18.08.02";
+BA_ "UsrSigPurpose" SG_ 1704 KW2K_CANID_TRANSMIT_Byte6 6;
+BA_ "GenSigSendType" SG_ 1704 KW2K_CANID_TRANSMIT_Byte6 2;
+BA_ "GenSigStartValue" SG_ 1704 KW2K_CANID_TRANSMIT_Byte6 0;
+BA_ "UserSigValidity" SG_ 1704 KW2K_CANID_TRANSMIT_Byte6 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1704 KW2K_CANID_TRANSMIT_Byte6 0;
+BA_ "NetworkRequest" SG_ 1704 KW2K_CANID_TRANSMIT_Byte6 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1704 KW2K_CANID_TRANSMIT_Byte6 5000;
+BA_ "RoutingFactor" SG_ 1704 KW2K_CANID_TRANSMIT_Byte6 1;
+BA_ "Version" SG_ 1704 KW2K_CANID_TRANSMIT_Byte6 "18.08.02";
+BA_ "UsrSigPurpose" SG_ 1704 KW2K_CANID_TRANSMIT_Byte7 6;
+BA_ "GenSigSendType" SG_ 1704 KW2K_CANID_TRANSMIT_Byte7 2;
+BA_ "GenSigStartValue" SG_ 1704 KW2K_CANID_TRANSMIT_Byte7 0;
+BA_ "UserSigValidity" SG_ 1704 KW2K_CANID_TRANSMIT_Byte7 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1704 KW2K_CANID_TRANSMIT_Byte7 0;
+BA_ "NetworkRequest" SG_ 1704 KW2K_CANID_TRANSMIT_Byte7 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1704 KW2K_CANID_TRANSMIT_Byte7 5000;
+BA_ "RoutingFactor" SG_ 1704 KW2K_CANID_TRANSMIT_Byte7 1;
+BA_ "Version" SG_ 1704 KW2K_CANID_TRANSMIT_Byte7 "18.08.02";
+BA_ "UsrSigPurpose" SG_ 1704 KW2K_CANID_TRANSMIT_Byte1 6;
+BA_ "GenSigSendType" SG_ 1704 KW2K_CANID_TRANSMIT_Byte1 2;
+BA_ "GenSigStartValue" SG_ 1704 KW2K_CANID_TRANSMIT_Byte1 0;
+BA_ "UserSigValidity" SG_ 1704 KW2K_CANID_TRANSMIT_Byte1 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1704 KW2K_CANID_TRANSMIT_Byte1 0;
+BA_ "NetworkRequest" SG_ 1704 KW2K_CANID_TRANSMIT_Byte1 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1704 KW2K_CANID_TRANSMIT_Byte1 5000;
+BA_ "RoutingFactor" SG_ 1704 KW2K_CANID_TRANSMIT_Byte1 1;
+BA_ "Version" SG_ 1704 KW2K_CANID_TRANSMIT_Byte1 "18.08.02";
+BA_ "GenMsgSendType" BO_ 597 0;
+BA_ "GenMsgCycleTime" BO_ 597 100;
+BA_ "GenMsgCycleTimeFast" BO_ 597 0;
+BA_ "GenMsgNrOfRepetition" BO_ 597 0;
+BA_ "GenMsgStartDelayTime" BO_ 597 0;
+BA_ "VFrameFormat" BO_ 597 14;
+BA_ "Description" SG_ 597 LDC_Crc1Val "The data area for CRC calculation is based on the data length (DLC) of the message DB.
+
+The CRC shall be calculated over the entire data block (excluding the CRC bytes) including the user data, alive counter and Data ID
+
+ 
+
+- CRC Polynomial (0x1021) , Initial Value : 0xFFFF, XOR value : 0x0000, Data ID : Message ID + 0xF800 
+
+- The initial value is for CRC calculation and the message should be sent with the calculated result value. 
+
+- The mathematical expression to 16 bit CRC polynomial is given here. G(x) = x16 + x12 + x5 + 1";
+BA_ "GenSigStartValue" SG_ 597 LDC_Crc1Val 65535;
+BA_ "UserSigValidity" SG_ 597 LDC_Crc1Val 7;
+BA_ "NetworkRequestHoldingTime" SG_ 597 LDC_Crc1Val 0;
+BA_ "RoutingFactor" SG_ 597 LDC_Crc1Val 2;
+BA_ "Version" SG_ 597 LDC_Crc1Val "18.11.08";
+BA_ "Description" SG_ 597 LDC_SysMainSta "LDC Main State Information";
+BA_ "GenSigStartValue" SG_ 597 LDC_SysMainSta 0;
+BA_ "UserSigValidity" SG_ 597 LDC_SysMainSta 7;
+BA_ "NetworkRequestHoldingTime" SG_ 597 LDC_SysMainSta 0;
+BA_ "RoutingFactor" SG_ 597 LDC_SysMainSta 2;
+BA_ "Version" SG_ 597 LDC_SysMainSta "18.08.05";
+BA_ "Description" SG_ 597 LDC_SysSubSta "LDC Sub State Information";
+BA_ "GenSigStartValue" SG_ 597 LDC_SysSubSta 0;
+BA_ "UserSigValidity" SG_ 597 LDC_SysSubSta 7;
+BA_ "NetworkRequestHoldingTime" SG_ 597 LDC_SysSubSta 0;
+BA_ "RoutingFactor" SG_ 597 LDC_SysSubSta 2;
+BA_ "Version" SG_ 597 LDC_SysSubSta "18.08.05";
+BA_ "Description" SG_ 597 LDC_LSCmdVoltVal "LDC Low side voltage command";
+BA_ "GenSigStartValue" SG_ 597 LDC_LSCmdVoltVal 0;
+BA_ "UserSigValidity" SG_ 597 LDC_LSCmdVoltVal 7;
+BA_ "NetworkRequestHoldingTime" SG_ 597 LDC_LSCmdVoltVal 0;
+BA_ "RoutingFactor" SG_ 597 LDC_LSCmdVoltVal 2;
+BA_ "Version" SG_ 597 LDC_LSCmdVoltVal "18.08.05";
+BA_ "Description" SG_ 597 LDC_HSActVoltVal "LDC High side actual voltage.";
+BA_ "GenSigStartValue" SG_ 597 LDC_HSActVoltVal 0;
+BA_ "UserSigValidity" SG_ 597 LDC_HSActVoltVal 7;
+BA_ "NetworkRequestHoldingTime" SG_ 597 LDC_HSActVoltVal 0;
+BA_ "RoutingFactor" SG_ 597 LDC_HSActVoltVal 2;
+BA_ "Version" SG_ 597 LDC_HSActVoltVal "18.08.05";
+BA_ "Description" SG_ 597 LDC_SdcChrgCtrlSta "LDC Solar Charing Request Flag";
+BA_ "GenSigStartValue" SG_ 597 LDC_SdcChrgCtrlSta 0;
+BA_ "UserSigValidity" SG_ 597 LDC_SdcChrgCtrlSta 7;
+BA_ "NetworkRequestHoldingTime" SG_ 597 LDC_SdcChrgCtrlSta 0;
+BA_ "RoutingFactor" SG_ 597 LDC_SdcChrgCtrlSta 2;
+BA_ "Version" SG_ 597 LDC_SdcChrgCtrlSta "18.08.05";
+BA_ "Description" SG_ 597 LDC_TempLimSta "LDC temperature Limit";
+BA_ "GenSigStartValue" SG_ 597 LDC_TempLimSta 0;
+BA_ "UserSigValidity" SG_ 597 LDC_TempLimSta 7;
+BA_ "NetworkRequestHoldingTime" SG_ 597 LDC_TempLimSta 0;
+BA_ "RoutingFactor" SG_ 597 LDC_TempLimSta 2;
+BA_ "Version" SG_ 597 LDC_TempLimSta "18.08.05";
+BA_ "Description" SG_ 597 LDC_CurrLimSta "LDC Current Limit";
+BA_ "GenSigStartValue" SG_ 597 LDC_CurrLimSta 0;
+BA_ "UserSigValidity" SG_ 597 LDC_CurrLimSta 7;
+BA_ "NetworkRequestHoldingTime" SG_ 597 LDC_CurrLimSta 0;
+BA_ "RoutingFactor" SG_ 597 LDC_CurrLimSta 2;
+BA_ "Version" SG_ 597 LDC_CurrLimSta "18.08.05";
+BA_ "Description" SG_ 597 LDC_BmsMsgLstSta "BMS Message lost";
+BA_ "GenSigStartValue" SG_ 597 LDC_BmsMsgLstSta 0;
+BA_ "UserSigValidity" SG_ 597 LDC_BmsMsgLstSta 7;
+BA_ "NetworkRequestHoldingTime" SG_ 597 LDC_BmsMsgLstSta 0;
+BA_ "RoutingFactor" SG_ 597 LDC_BmsMsgLstSta 2;
+BA_ "Version" SG_ 597 LDC_BmsMsgLstSta "18.08.05";
+BA_ "Description" SG_ 597 LDC_AlvCnt1Val "For the first transmission request for a data element the counter shall be initialized with 0 and shall be incremented by 1 for every subsequent send request. 
+
+When the counter reaches the maximum value(0xFF), then it shall restart with 0 for the next send request";
+BA_ "GenSigStartValue" SG_ 597 LDC_AlvCnt1Val 0;
+BA_ "UserSigValidity" SG_ 597 LDC_AlvCnt1Val 7;
+BA_ "NetworkRequestHoldingTime" SG_ 597 LDC_AlvCnt1Val 0;
+BA_ "RoutingFactor" SG_ 597 LDC_AlvCnt1Val 2;
+BA_ "Version" SG_ 597 LDC_AlvCnt1Val "18.11.08";
+BA_ "Description" SG_ 597 LDC_McuMsgLstSta "MCU Message lost";
+BA_ "GenSigStartValue" SG_ 597 LDC_McuMsgLstSta 0;
+BA_ "UserSigValidity" SG_ 597 LDC_McuMsgLstSta 7;
+BA_ "NetworkRequestHoldingTime" SG_ 597 LDC_McuMsgLstSta 0;
+BA_ "RoutingFactor" SG_ 597 LDC_McuMsgLstSta 2;
+BA_ "Version" SG_ 597 LDC_McuMsgLstSta "18.08.05";
+BA_ "Description" SG_ 597 LDC_VcuMsgLstSta "VCU Message lost";
+BA_ "GenSigStartValue" SG_ 597 LDC_VcuMsgLstSta 0;
+BA_ "UserSigValidity" SG_ 597 LDC_VcuMsgLstSta 7;
+BA_ "NetworkRequestHoldingTime" SG_ 597 LDC_VcuMsgLstSta 0;
+BA_ "RoutingFactor" SG_ 597 LDC_VcuMsgLstSta 2;
+BA_ "Version" SG_ 597 LDC_VcuMsgLstSta "18.08.05";
+BA_ "Description" SG_ 597 LDC_SysAreaVal "LDC Target Region Information";
+BA_ "GenSigStartValue" SG_ 597 LDC_SysAreaVal 0;
+BA_ "UserSigValidity" SG_ 597 LDC_SysAreaVal 7;
+BA_ "NetworkRequestHoldingTime" SG_ 597 LDC_SysAreaVal 0;
+BA_ "RoutingFactor" SG_ 597 LDC_SysAreaVal 2;
+BA_ "Version" SG_ 597 LDC_SysAreaVal "18.08.05";
+BA_ "Description" SG_ 597 LDC_DevStepSta "LDC Development procedure";
+BA_ "GenSigStartValue" SG_ 597 LDC_DevStepSta 0;
+BA_ "UserSigValidity" SG_ 597 LDC_DevStepSta 7;
+BA_ "NetworkRequestHoldingTime" SG_ 597 LDC_DevStepSta 0;
+BA_ "RoutingFactor" SG_ 597 LDC_DevStepSta 2;
+BA_ "Version" SG_ 597 LDC_DevStepSta "18.08.05";
+BA_ "Description" SG_ 597 LDC_RelVerVal "Rom Release Version";
+BA_ "GenSigStartValue" SG_ 597 LDC_RelVerVal 0;
+BA_ "UserSigValidity" SG_ 597 LDC_RelVerVal 7;
+BA_ "NetworkRequestHoldingTime" SG_ 597 LDC_RelVerVal 0;
+BA_ "RoutingFactor" SG_ 597 LDC_RelVerVal 2;
+BA_ "Version" SG_ 597 LDC_RelVerVal "18.08.05";
+BA_ "Description" SG_ 597 LDC_RomSta "Rom Release Formality";
+BA_ "GenSigStartValue" SG_ 597 LDC_RomSta 0;
+BA_ "UserSigValidity" SG_ 597 LDC_RomSta 7;
+BA_ "NetworkRequestHoldingTime" SG_ 597 LDC_RomSta 0;
+BA_ "RoutingFactor" SG_ 597 LDC_RomSta 2;
+BA_ "Version" SG_ 597 LDC_RomSta "18.08.05";
+BA_ "Description" SG_ 597 LDC_TestVerVal "LDC Test Version Number";
+BA_ "GenSigStartValue" SG_ 597 LDC_TestVerVal 0;
+BA_ "UserSigValidity" SG_ 597 LDC_TestVerVal 7;
+BA_ "NetworkRequestHoldingTime" SG_ 597 LDC_TestVerVal 0;
+BA_ "RoutingFactor" SG_ 597 LDC_TestVerVal 2;
+BA_ "Version" SG_ 597 LDC_TestVerVal "18.08.05";
+BA_ "Description" SG_ 597 LDC_VrvMode "This signal indicates the current operating mode of LDC.
+
+LDC determines reference voltage by this signal.";
+BA_ "GenSigStartValue" SG_ 597 LDC_VrvMode 0;
+BA_ "UserSigValidity" SG_ 597 LDC_VrvMode 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ OPU SG_ 597 LDC_VrvMode 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 597 LDC_VrvMode 0;
+BA_ "RoutingFactor" SG_ 597 LDC_VrvMode 2;
+BA_ "Version" SG_ 597 LDC_VrvMode "19.08.03";
+BA_ "Description" SG_ 597 LDC_CtSnsrVoltVal "LDC CT Sensor Voltage";
+BA_ "GenSigStartValue" SG_ 597 LDC_CtSnsrVoltVal 0;
+BA_ "UserSigValidity" SG_ 597 LDC_CtSnsrVoltVal 7;
+BA_ "NetworkRequestHoldingTime" SG_ 597 LDC_CtSnsrVoltVal 0;
+BA_ "RoutingFactor" SG_ 597 LDC_CtSnsrVoltVal 2;
+BA_ "Version" SG_ 597 LDC_CtSnsrVoltVal "18.08.05";
+BA_ "Description" SG_ 597 LDC_EAOutVoltVal "LDC Eaout Voltage";
+BA_ "GenSigStartValue" SG_ 597 LDC_EAOutVoltVal 0;
+BA_ "UserSigValidity" SG_ 597 LDC_EAOutVoltVal 7;
+BA_ "NetworkRequestHoldingTime" SG_ 597 LDC_EAOutVoltVal 0;
+BA_ "RoutingFactor" SG_ 597 LDC_EAOutVoltVal 2;
+BA_ "Version" SG_ 597 LDC_EAOutVoltVal "18.08.05";
+BA_ "Description" SG_ 597 LDC_SSFMVal "LDC SSFM";
+BA_ "GenSigStartValue" SG_ 597 LDC_SSFMVal 0;
+BA_ "UserSigValidity" SG_ 597 LDC_SSFMVal 7;
+BA_ "NetworkRequestHoldingTime" SG_ 597 LDC_SSFMVal 0;
+BA_ "RoutingFactor" SG_ 597 LDC_SSFMVal 2;
+BA_ "Version" SG_ 597 LDC_SSFMVal "18.08.05";
+BA_ "Description" SG_ 597 LDC_CtSnsrFltCntVal "LDC CTSensor Fault Counter";
+BA_ "GenSigStartValue" SG_ 597 LDC_CtSnsrFltCntVal 0;
+BA_ "UserSigValidity" SG_ 597 LDC_CtSnsrFltCntVal 7;
+BA_ "NetworkRequestHoldingTime" SG_ 597 LDC_CtSnsrFltCntVal 0;
+BA_ "RoutingFactor" SG_ 597 LDC_CtSnsrFltCntVal 2;
+BA_ "Version" SG_ 597 LDC_CtSnsrFltCntVal "18.08.05";
+BA_ "Description" SG_ 597 LDC_OCHSCntVal "LDC OverCurrent Fault Counter";
+BA_ "GenSigStartValue" SG_ 597 LDC_OCHSCntVal 0;
+BA_ "UserSigValidity" SG_ 597 LDC_OCHSCntVal 7;
+BA_ "NetworkRequestHoldingTime" SG_ 597 LDC_OCHSCntVal 0;
+BA_ "RoutingFactor" SG_ 597 LDC_OCHSCntVal 2;
+BA_ "Version" SG_ 597 LDC_OCHSCntVal "18.08.05";
+BA_ "Description" SG_ 597 LDC_VBVoltVal "LDC VB actual voltage.";
+BA_ "GenSigStartValue" SG_ 597 LDC_VBVoltVal 0;
+BA_ "UserSigValidity" SG_ 597 LDC_VBVoltVal 7;
+BA_ "NetworkRequestHoldingTime" SG_ 597 LDC_VBVoltVal 0;
+BA_ "RoutingFactor" SG_ 597 LDC_VBVoltVal 2;
+BA_ "Version" SG_ 597 LDC_VBVoltVal "18.08.05";
+BA_ "Description" SG_ 597 LDC_AAFOpReq "LDC AAF Open Request
+
+****new signal for NE EV*****";
+BA_ "GenSigStartValue" SG_ 597 LDC_AAFOpReq 0;
+BA_ "UserSigValidity" SG_ 597 LDC_AAFOpReq 7;
+BA_ "NetworkRequestHoldingTime" SG_ 597 LDC_AAFOpReq 0;
+BA_ "RoutingFactor" SG_ 597 LDC_AAFOpReq 2;
+BA_ "Version" SG_ 597 LDC_AAFOpReq "19.06.02";
+BA_ "Description" SG_ 597 LDC_CpuRdySta "LDC CPU ready status";
+BA_ "GenSigStartValue" SG_ 597 LDC_CpuRdySta 0;
+BA_ "UserSigValidity" SG_ 597 LDC_CpuRdySta 7;
+BA_ "NetworkRequestHoldingTime" SG_ 597 LDC_CpuRdySta 0;
+BA_ "RoutingFactor" SG_ 597 LDC_CpuRdySta 2;
+BA_ "Version" SG_ 597 LDC_CpuRdySta "18.08.05";
+BA_ "Description" SG_ 597 LDC_SysCtrlablSta "LDC ready status";
+BA_ "GenSigStartValue" SG_ 597 LDC_SysCtrlablSta 0;
+BA_ "UserSigValidity" SG_ 597 LDC_SysCtrlablSta 7;
+BA_ "NetworkRequestHoldingTime" SG_ 597 LDC_SysCtrlablSta 0;
+BA_ "RoutingFactor" SG_ 597 LDC_SysCtrlablSta 2;
+BA_ "Version" SG_ 597 LDC_SysCtrlablSta "18.08.05";
+BA_ "Description" SG_ 597 LDC_SysOpSta "LDC operating status";
+BA_ "GenSigStartValue" SG_ 597 LDC_SysOpSta 0;
+BA_ "UserSigValidity" SG_ 597 LDC_SysOpSta 7;
+BA_ "NetworkRequestHoldingTime" SG_ 597 LDC_SysOpSta 0;
+BA_ "RoutingFactor" SG_ 597 LDC_SysOpSta 2;
+BA_ "Version" SG_ 597 LDC_SysOpSta "18.08.05";
+BA_ "Description" SG_ 597 LDC_PwrDeratingSta "LDC Power Derating Status";
+BA_ "GenSigStartValue" SG_ 597 LDC_PwrDeratingSta 0;
+BA_ "UserSigValidity" SG_ 597 LDC_PwrDeratingSta 7;
+BA_ "NetworkRequestHoldingTime" SG_ 597 LDC_PwrDeratingSta 0;
+BA_ "RoutingFactor" SG_ 597 LDC_PwrDeratingSta 2;
+BA_ "Version" SG_ 597 LDC_PwrDeratingSta "18.08.05";
+BA_ "Description" SG_ 597 LDC_AuxBattWrnLmpReq "Aux Battery warning lamp request flag";
+BA_ "GenSigStartValue" SG_ 597 LDC_AuxBattWrnLmpReq 0;
+BA_ "UserSigValidity" SG_ 597 LDC_AuxBattWrnLmpReq 7;
+BA_ "NetworkRequestHoldingTime" SG_ 597 LDC_AuxBattWrnLmpReq 0;
+BA_ "RoutingFactor" SG_ 597 LDC_AuxBattWrnLmpReq 2;
+BA_ "Version" SG_ 597 LDC_AuxBattWrnLmpReq "18.08.05";
+BA_ "Description" SG_ 597 LDC_AuxBattWrnAlrmReq "Aux Battery warning alarm request flag";
+BA_ "GenSigStartValue" SG_ 597 LDC_AuxBattWrnAlrmReq 0;
+BA_ "UserSigValidity" SG_ 597 LDC_AuxBattWrnAlrmReq 7;
+BA_ "NetworkRequestHoldingTime" SG_ 597 LDC_AuxBattWrnAlrmReq 0;
+BA_ "RoutingFactor" SG_ 597 LDC_AuxBattWrnAlrmReq 2;
+BA_ "Version" SG_ 597 LDC_AuxBattWrnAlrmReq "18.08.05";
+BA_ "Description" SG_ 597 LDC_AuxBattChrgReq "Aux Battery Charge request flag";
+BA_ "GenSigStartValue" SG_ 597 LDC_AuxBattChrgReq 0;
+BA_ "UserSigValidity" SG_ 597 LDC_AuxBattChrgReq 7;
+BA_ "NetworkRequestHoldingTime" SG_ 597 LDC_AuxBattChrgReq 0;
+BA_ "RoutingFactor" SG_ 597 LDC_AuxBattChrgReq 2;
+BA_ "Version" SG_ 597 LDC_AuxBattChrgReq "18.08.05";
+BA_ "Description" SG_ 597 LDC_AuxBattChrgRstReq "Aux Bat Charge Wake-up Time Reset";
+BA_ "GenSigStartValue" SG_ 597 LDC_AuxBattChrgRstReq 0;
+BA_ "UserSigValidity" SG_ 597 LDC_AuxBattChrgRstReq 7;
+BA_ "NetworkRequestHoldingTime" SG_ 597 LDC_AuxBattChrgRstReq 0;
+BA_ "RoutingFactor" SG_ 597 LDC_AuxBattChrgRstReq 2;
+BA_ "Version" SG_ 597 LDC_AuxBattChrgRstReq "18.08.05";
+BA_ "Description" SG_ 597 LDC_SrvLmpReq "Service lamp request";
+BA_ "GenSigStartValue" SG_ 597 LDC_SrvLmpReq 0;
+BA_ "UserSigValidity" SG_ 597 LDC_SrvLmpReq 7;
+BA_ "NetworkRequestHoldingTime" SG_ 597 LDC_SrvLmpReq 0;
+BA_ "RoutingFactor" SG_ 597 LDC_SrvLmpReq 2;
+BA_ "Version" SG_ 597 LDC_SrvLmpReq "18.08.05";
+BA_ "Description" SG_ 597 LDC_SysFltSta "LDC Fault status";
+BA_ "GenSigStartValue" SG_ 597 LDC_SysFltSta 0;
+BA_ "UserSigValidity" SG_ 597 LDC_SysFltSta 7;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 597 LDC_SysFltSta 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 597 LDC_SysFltSta 0;
+BA_ "RoutingFactor" SG_ 597 LDC_SysFltSta 2;
+BA_ "Version" SG_ 597 LDC_SysFltSta "18.08.05";
+BA_ "Description" SG_ 597 LDC_RadFanOnReq "Request for Radiator FAN Speed control";
+BA_ "GenSigStartValue" SG_ 597 LDC_RadFanOnReq 0;
+BA_ "UserSigValidity" SG_ 597 LDC_RadFanOnReq 7;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 597 LDC_RadFanOnReq 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 597 LDC_RadFanOnReq 0;
+BA_ "RoutingFactor" SG_ 597 LDC_RadFanOnReq 2;
+BA_ "Version" SG_ 597 LDC_RadFanOnReq "18.08.05";
+BA_ "Description" SG_ 597 LDC_AuxBattChrgSta "Aux Battery Charge State";
+BA_ "GenSigStartValue" SG_ 597 LDC_AuxBattChrgSta 0;
+BA_ "UserSigValidity" SG_ 597 LDC_AuxBattChrgSta 7;
+BA_ "NetworkRequestHoldingTime" SG_ 597 LDC_AuxBattChrgSta 0;
+BA_ "RoutingFactor" SG_ 597 LDC_AuxBattChrgSta 2;
+BA_ "Version" SG_ 597 LDC_AuxBattChrgSta "18.08.05";
+BA_ "Description" SG_ 597 LDC_AuxBattDisChrgSta "Aux Battery Discharged Status Flag";
+BA_ "GenSigStartValue" SG_ 597 LDC_AuxBattDisChrgSta 0;
+BA_ "UserSigValidity" SG_ 597 LDC_AuxBattDisChrgSta 7;
+BA_ "NetworkRequestHoldingTime" SG_ 597 LDC_AuxBattDisChrgSta 0;
+BA_ "RoutingFactor" SG_ 597 LDC_AuxBattDisChrgSta 2;
+BA_ "Version" SG_ 597 LDC_AuxBattDisChrgSta "18.08.05";
+BA_ "Description" SG_ 597 LDC_LSActCurrVal "LDC Low side actual Current.";
+BA_ "GenSigStartValue" SG_ 597 LDC_LSActCurrVal 0;
+BA_ "UserSigValidity" SG_ 597 LDC_LSActCurrVal 7;
+BA_ "NetworkRequestHoldingTime" SG_ 597 LDC_LSActCurrVal 0;
+BA_ "RoutingFactor" SG_ 597 LDC_LSActCurrVal 2;
+BA_ "Version" SG_ 597 LDC_LSActCurrVal "18.08.05";
+BA_ "Description" SG_ 597 LDC_RadFanRpmDutyVal "EWP Speed Control";
+BA_ "GenSigStartValue" SG_ 597 LDC_RadFanRpmDutyVal 0;
+BA_ "UserSigValidity" SG_ 597 LDC_RadFanRpmDutyVal 7;
+BA_ "NetworkRequestHoldingTime" SG_ 597 LDC_RadFanRpmDutyVal 0;
+BA_ "RoutingFactor" SG_ 597 LDC_RadFanRpmDutyVal 2;
+BA_ "Version" SG_ 597 LDC_RadFanRpmDutyVal "18.08.11";
+BA_ "Description" SG_ 597 LDC_LSActVoltVal "LDC Low side actual voltage.";
+BA_ "GenSigStartValue" SG_ 597 LDC_LSActVoltVal 0;
+BA_ "UserSigValidity" SG_ 597 LDC_LSActVoltVal 7;
+BA_ "NetworkRequestHoldingTime" SG_ 597 LDC_LSActVoltVal 0;
+BA_ "RoutingFactor" SG_ 597 LDC_LSActVoltVal 2;
+BA_ "Version" SG_ 597 LDC_LSActVoltVal "18.08.05";
+BA_ "Description" SG_ 597 LDC_EwpRpmCtrlVal "EWP Speed Control";
+BA_ "GenSigStartValue" SG_ 597 LDC_EwpRpmCtrlVal 0;
+BA_ "UserSigValidity" SG_ 597 LDC_EwpRpmCtrlVal 7;
+BA_ "NetworkRequestHoldingTime" SG_ 597 LDC_EwpRpmCtrlVal 0;
+BA_ "RoutingFactor" SG_ 597 LDC_EwpRpmCtrlVal 2;
+BA_ "Version" SG_ 597 LDC_EwpRpmCtrlVal "18.08.05";
+BA_ "Description" SG_ 597 LDC_PwrMonVal "LDC input power monitoring";
+BA_ "GenSigStartValue" SG_ 597 LDC_PwrMonVal 0;
+BA_ "UserSigValidity" SG_ 597 LDC_PwrMonVal 7;
+BA_ "NetworkRequestHoldingTime" SG_ 597 LDC_PwrMonVal 0;
+BA_ "RoutingFactor" SG_ 597 LDC_PwrMonVal 2;
+BA_ "Version" SG_ 597 LDC_PwrMonVal "18.08.05";
+BA_ "Description" SG_ 597 LDC_SysTempVal "LDC temperature";
+BA_ "GenSigStartValue" SG_ 597 LDC_SysTempVal 0;
+BA_ "UserSigValidity" SG_ 597 LDC_SysTempVal 7;
+BA_ "NetworkRequestHoldingTime" SG_ 597 LDC_SysTempVal 0;
+BA_ "RoutingFactor" SG_ 597 LDC_SysTempVal 2;
+BA_ "Version" SG_ 597 LDC_SysTempVal "18.08.05";
+BA_ "GenMsgCycleTime" BO_ 1644 0;
+BA_ "GenMsgILSupport" BO_ 1644 0;
+BA_ "TpMessage" BO_ 1644 1;
+BA_ "GenMsgDelayTime" BO_ 1644 0;
+BA_ "GenMsgStartDelayTime" BO_ 1644 0;
+BA_ "VFrameFormat" BO_ 1644 14;
+BA_ "UsrSigPurpose" SG_ 1644 LSD_CCP_DAQ0_Byte0 6;
+BA_ "GenSigSendType" SG_ 1644 LSD_CCP_DAQ0_Byte0 2;
+BA_ "GenSigStartValue" SG_ 1644 LSD_CCP_DAQ0_Byte0 0;
+BA_ "UserSigValidity" SG_ 1644 LSD_CCP_DAQ0_Byte0 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1644 LSD_CCP_DAQ0_Byte0 0;
+BA_ "NetworkRequest" SG_ 1644 LSD_CCP_DAQ0_Byte0 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1644 LSD_CCP_DAQ0_Byte0 5000;
+BA_ "RoutingFactor" SG_ 1644 LSD_CCP_DAQ0_Byte0 1;
+BA_ "Version" SG_ 1644 LSD_CCP_DAQ0_Byte0 "18.07.03";
+BA_ "UsrSigPurpose" SG_ 1644 LSD_CCP_DAQ0_Byte2 6;
+BA_ "GenSigSendType" SG_ 1644 LSD_CCP_DAQ0_Byte2 2;
+BA_ "GenSigStartValue" SG_ 1644 LSD_CCP_DAQ0_Byte2 0;
+BA_ "UserSigValidity" SG_ 1644 LSD_CCP_DAQ0_Byte2 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1644 LSD_CCP_DAQ0_Byte2 0;
+BA_ "NetworkRequest" SG_ 1644 LSD_CCP_DAQ0_Byte2 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1644 LSD_CCP_DAQ0_Byte2 5000;
+BA_ "RoutingFactor" SG_ 1644 LSD_CCP_DAQ0_Byte2 1;
+BA_ "Version" SG_ 1644 LSD_CCP_DAQ0_Byte2 "18.07.03";
+BA_ "UsrSigPurpose" SG_ 1644 LSD_CCP_DAQ0_Byte3 6;
+BA_ "GenSigSendType" SG_ 1644 LSD_CCP_DAQ0_Byte3 2;
+BA_ "GenSigStartValue" SG_ 1644 LSD_CCP_DAQ0_Byte3 0;
+BA_ "UserSigValidity" SG_ 1644 LSD_CCP_DAQ0_Byte3 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1644 LSD_CCP_DAQ0_Byte3 0;
+BA_ "NetworkRequest" SG_ 1644 LSD_CCP_DAQ0_Byte3 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1644 LSD_CCP_DAQ0_Byte3 5000;
+BA_ "RoutingFactor" SG_ 1644 LSD_CCP_DAQ0_Byte3 1;
+BA_ "Version" SG_ 1644 LSD_CCP_DAQ0_Byte3 "18.07.03";
+BA_ "UsrSigPurpose" SG_ 1644 LSD_CCP_DAQ0_Byte4 6;
+BA_ "GenSigSendType" SG_ 1644 LSD_CCP_DAQ0_Byte4 2;
+BA_ "GenSigStartValue" SG_ 1644 LSD_CCP_DAQ0_Byte4 0;
+BA_ "UserSigValidity" SG_ 1644 LSD_CCP_DAQ0_Byte4 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1644 LSD_CCP_DAQ0_Byte4 0;
+BA_ "NetworkRequest" SG_ 1644 LSD_CCP_DAQ0_Byte4 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1644 LSD_CCP_DAQ0_Byte4 5000;
+BA_ "RoutingFactor" SG_ 1644 LSD_CCP_DAQ0_Byte4 1;
+BA_ "Version" SG_ 1644 LSD_CCP_DAQ0_Byte4 "18.07.03";
+BA_ "UsrSigPurpose" SG_ 1644 LSD_CCP_DAQ0_Byte5 6;
+BA_ "GenSigSendType" SG_ 1644 LSD_CCP_DAQ0_Byte5 2;
+BA_ "GenSigStartValue" SG_ 1644 LSD_CCP_DAQ0_Byte5 0;
+BA_ "UserSigValidity" SG_ 1644 LSD_CCP_DAQ0_Byte5 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1644 LSD_CCP_DAQ0_Byte5 0;
+BA_ "NetworkRequest" SG_ 1644 LSD_CCP_DAQ0_Byte5 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1644 LSD_CCP_DAQ0_Byte5 5000;
+BA_ "RoutingFactor" SG_ 1644 LSD_CCP_DAQ0_Byte5 1;
+BA_ "Version" SG_ 1644 LSD_CCP_DAQ0_Byte5 "18.07.03";
+BA_ "UsrSigPurpose" SG_ 1644 LSD_CCP_DAQ0_Byte6 6;
+BA_ "GenSigSendType" SG_ 1644 LSD_CCP_DAQ0_Byte6 2;
+BA_ "GenSigStartValue" SG_ 1644 LSD_CCP_DAQ0_Byte6 0;
+BA_ "UserSigValidity" SG_ 1644 LSD_CCP_DAQ0_Byte6 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1644 LSD_CCP_DAQ0_Byte6 0;
+BA_ "NetworkRequest" SG_ 1644 LSD_CCP_DAQ0_Byte6 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1644 LSD_CCP_DAQ0_Byte6 5000;
+BA_ "RoutingFactor" SG_ 1644 LSD_CCP_DAQ0_Byte6 1;
+BA_ "Version" SG_ 1644 LSD_CCP_DAQ0_Byte6 "18.07.03";
+BA_ "UsrSigPurpose" SG_ 1644 LSD_CCP_DAQ0_Byte7 6;
+BA_ "GenSigSendType" SG_ 1644 LSD_CCP_DAQ0_Byte7 2;
+BA_ "GenSigStartValue" SG_ 1644 LSD_CCP_DAQ0_Byte7 0;
+BA_ "UserSigValidity" SG_ 1644 LSD_CCP_DAQ0_Byte7 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1644 LSD_CCP_DAQ0_Byte7 0;
+BA_ "NetworkRequest" SG_ 1644 LSD_CCP_DAQ0_Byte7 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1644 LSD_CCP_DAQ0_Byte7 5000;
+BA_ "RoutingFactor" SG_ 1644 LSD_CCP_DAQ0_Byte7 1;
+BA_ "Version" SG_ 1644 LSD_CCP_DAQ0_Byte7 "18.07.03";
+BA_ "UsrSigPurpose" SG_ 1644 LSD_CCP_DAQ0_Byte1 6;
+BA_ "GenSigSendType" SG_ 1644 LSD_CCP_DAQ0_Byte1 2;
+BA_ "GenSigStartValue" SG_ 1644 LSD_CCP_DAQ0_Byte1 0;
+BA_ "UserSigValidity" SG_ 1644 LSD_CCP_DAQ0_Byte1 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1644 LSD_CCP_DAQ0_Byte1 0;
+BA_ "NetworkRequest" SG_ 1644 LSD_CCP_DAQ0_Byte1 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1644 LSD_CCP_DAQ0_Byte1 5000;
+BA_ "RoutingFactor" SG_ 1644 LSD_CCP_DAQ0_Byte1 1;
+BA_ "Version" SG_ 1644 LSD_CCP_DAQ0_Byte1 "18.07.03";
+BA_ "GenMsgCycleTime" BO_ 1645 0;
+BA_ "GenMsgILSupport" BO_ 1645 0;
+BA_ "TpMessage" BO_ 1645 1;
+BA_ "GenMsgDelayTime" BO_ 1645 0;
+BA_ "GenMsgStartDelayTime" BO_ 1645 0;
+BA_ "VFrameFormat" BO_ 1645 14;
+BA_ "UsrSigPurpose" SG_ 1645 LSD_CCP_DAQ1_Byte0 6;
+BA_ "GenSigSendType" SG_ 1645 LSD_CCP_DAQ1_Byte0 2;
+BA_ "GenSigStartValue" SG_ 1645 LSD_CCP_DAQ1_Byte0 0;
+BA_ "UserSigValidity" SG_ 1645 LSD_CCP_DAQ1_Byte0 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1645 LSD_CCP_DAQ1_Byte0 0;
+BA_ "NetworkRequest" SG_ 1645 LSD_CCP_DAQ1_Byte0 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1645 LSD_CCP_DAQ1_Byte0 5000;
+BA_ "RoutingFactor" SG_ 1645 LSD_CCP_DAQ1_Byte0 1;
+BA_ "Version" SG_ 1645 LSD_CCP_DAQ1_Byte0 "18.07.03";
+BA_ "UsrSigPurpose" SG_ 1645 LSD_CCP_DAQ1_Byte2 6;
+BA_ "GenSigSendType" SG_ 1645 LSD_CCP_DAQ1_Byte2 2;
+BA_ "GenSigStartValue" SG_ 1645 LSD_CCP_DAQ1_Byte2 0;
+BA_ "UserSigValidity" SG_ 1645 LSD_CCP_DAQ1_Byte2 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1645 LSD_CCP_DAQ1_Byte2 0;
+BA_ "NetworkRequest" SG_ 1645 LSD_CCP_DAQ1_Byte2 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1645 LSD_CCP_DAQ1_Byte2 5000;
+BA_ "RoutingFactor" SG_ 1645 LSD_CCP_DAQ1_Byte2 1;
+BA_ "Version" SG_ 1645 LSD_CCP_DAQ1_Byte2 "18.07.03";
+BA_ "UsrSigPurpose" SG_ 1645 LSD_CCP_DAQ1_Byte3 6;
+BA_ "GenSigSendType" SG_ 1645 LSD_CCP_DAQ1_Byte3 2;
+BA_ "GenSigStartValue" SG_ 1645 LSD_CCP_DAQ1_Byte3 0;
+BA_ "UserSigValidity" SG_ 1645 LSD_CCP_DAQ1_Byte3 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1645 LSD_CCP_DAQ1_Byte3 0;
+BA_ "NetworkRequest" SG_ 1645 LSD_CCP_DAQ1_Byte3 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1645 LSD_CCP_DAQ1_Byte3 5000;
+BA_ "RoutingFactor" SG_ 1645 LSD_CCP_DAQ1_Byte3 1;
+BA_ "Version" SG_ 1645 LSD_CCP_DAQ1_Byte3 "18.07.03";
+BA_ "UsrSigPurpose" SG_ 1645 LSD_CCP_DAQ1_Byte4 6;
+BA_ "GenSigSendType" SG_ 1645 LSD_CCP_DAQ1_Byte4 2;
+BA_ "GenSigStartValue" SG_ 1645 LSD_CCP_DAQ1_Byte4 0;
+BA_ "UserSigValidity" SG_ 1645 LSD_CCP_DAQ1_Byte4 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1645 LSD_CCP_DAQ1_Byte4 0;
+BA_ "NetworkRequest" SG_ 1645 LSD_CCP_DAQ1_Byte4 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1645 LSD_CCP_DAQ1_Byte4 5000;
+BA_ "RoutingFactor" SG_ 1645 LSD_CCP_DAQ1_Byte4 1;
+BA_ "Version" SG_ 1645 LSD_CCP_DAQ1_Byte4 "18.07.03";
+BA_ "UsrSigPurpose" SG_ 1645 LSD_CCP_DAQ1_Byte5 6;
+BA_ "GenSigSendType" SG_ 1645 LSD_CCP_DAQ1_Byte5 2;
+BA_ "GenSigStartValue" SG_ 1645 LSD_CCP_DAQ1_Byte5 0;
+BA_ "UserSigValidity" SG_ 1645 LSD_CCP_DAQ1_Byte5 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1645 LSD_CCP_DAQ1_Byte5 0;
+BA_ "NetworkRequest" SG_ 1645 LSD_CCP_DAQ1_Byte5 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1645 LSD_CCP_DAQ1_Byte5 5000;
+BA_ "RoutingFactor" SG_ 1645 LSD_CCP_DAQ1_Byte5 1;
+BA_ "Version" SG_ 1645 LSD_CCP_DAQ1_Byte5 "18.07.03";
+BA_ "UsrSigPurpose" SG_ 1645 LSD_CCP_DAQ1_Byte6 6;
+BA_ "GenSigSendType" SG_ 1645 LSD_CCP_DAQ1_Byte6 2;
+BA_ "GenSigStartValue" SG_ 1645 LSD_CCP_DAQ1_Byte6 0;
+BA_ "UserSigValidity" SG_ 1645 LSD_CCP_DAQ1_Byte6 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1645 LSD_CCP_DAQ1_Byte6 0;
+BA_ "NetworkRequest" SG_ 1645 LSD_CCP_DAQ1_Byte6 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1645 LSD_CCP_DAQ1_Byte6 5000;
+BA_ "RoutingFactor" SG_ 1645 LSD_CCP_DAQ1_Byte6 1;
+BA_ "Version" SG_ 1645 LSD_CCP_DAQ1_Byte6 "18.07.03";
+BA_ "UsrSigPurpose" SG_ 1645 LSD_CCP_DAQ1_Byte7 6;
+BA_ "GenSigSendType" SG_ 1645 LSD_CCP_DAQ1_Byte7 2;
+BA_ "GenSigStartValue" SG_ 1645 LSD_CCP_DAQ1_Byte7 0;
+BA_ "UserSigValidity" SG_ 1645 LSD_CCP_DAQ1_Byte7 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1645 LSD_CCP_DAQ1_Byte7 0;
+BA_ "NetworkRequest" SG_ 1645 LSD_CCP_DAQ1_Byte7 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1645 LSD_CCP_DAQ1_Byte7 5000;
+BA_ "RoutingFactor" SG_ 1645 LSD_CCP_DAQ1_Byte7 1;
+BA_ "Version" SG_ 1645 LSD_CCP_DAQ1_Byte7 "18.07.03";
+BA_ "UsrSigPurpose" SG_ 1645 LSD_CCP_DAQ1_Byte1 6;
+BA_ "GenSigSendType" SG_ 1645 LSD_CCP_DAQ1_Byte1 2;
+BA_ "GenSigStartValue" SG_ 1645 LSD_CCP_DAQ1_Byte1 0;
+BA_ "UserSigValidity" SG_ 1645 LSD_CCP_DAQ1_Byte1 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1645 LSD_CCP_DAQ1_Byte1 0;
+BA_ "NetworkRequest" SG_ 1645 LSD_CCP_DAQ1_Byte1 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1645 LSD_CCP_DAQ1_Byte1 5000;
+BA_ "RoutingFactor" SG_ 1645 LSD_CCP_DAQ1_Byte1 1;
+BA_ "Version" SG_ 1645 LSD_CCP_DAQ1_Byte1 "18.07.03";
+BA_ "GenMsgCycleTime" BO_ 1643 0;
+BA_ "GenMsgILSupport" BO_ 1643 0;
+BA_ "TpMessage" BO_ 1643 1;
+BA_ "GenMsgDelayTime" BO_ 1643 0;
+BA_ "GenMsgStartDelayTime" BO_ 1643 0;
+BA_ "VFrameFormat" BO_ 1643 14;
+BA_ "UsrSigPurpose" SG_ 1643 LSD_CCP_receive_Byte0 6;
+BA_ "GenSigSendType" SG_ 1643 LSD_CCP_receive_Byte0 2;
+BA_ "GenSigStartValue" SG_ 1643 LSD_CCP_receive_Byte0 0;
+BA_ "UserSigValidity" SG_ 1643 LSD_CCP_receive_Byte0 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1643 LSD_CCP_receive_Byte0 0;
+BA_ "NetworkRequest" SG_ 1643 LSD_CCP_receive_Byte0 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1643 LSD_CCP_receive_Byte0 5000;
+BA_ "RoutingFactor" SG_ 1643 LSD_CCP_receive_Byte0 1;
+BA_ "Version" SG_ 1643 LSD_CCP_receive_Byte0 "18.07.03";
+BA_ "UsrSigPurpose" SG_ 1643 LSD_CCP_receive_Byte2 6;
+BA_ "GenSigSendType" SG_ 1643 LSD_CCP_receive_Byte2 2;
+BA_ "GenSigStartValue" SG_ 1643 LSD_CCP_receive_Byte2 0;
+BA_ "UserSigValidity" SG_ 1643 LSD_CCP_receive_Byte2 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1643 LSD_CCP_receive_Byte2 0;
+BA_ "NetworkRequest" SG_ 1643 LSD_CCP_receive_Byte2 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1643 LSD_CCP_receive_Byte2 5000;
+BA_ "RoutingFactor" SG_ 1643 LSD_CCP_receive_Byte2 1;
+BA_ "Version" SG_ 1643 LSD_CCP_receive_Byte2 "18.07.03";
+BA_ "UsrSigPurpose" SG_ 1643 LSD_CCP_receive_Byte3 6;
+BA_ "GenSigSendType" SG_ 1643 LSD_CCP_receive_Byte3 2;
+BA_ "GenSigStartValue" SG_ 1643 LSD_CCP_receive_Byte3 0;
+BA_ "UserSigValidity" SG_ 1643 LSD_CCP_receive_Byte3 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1643 LSD_CCP_receive_Byte3 0;
+BA_ "NetworkRequest" SG_ 1643 LSD_CCP_receive_Byte3 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1643 LSD_CCP_receive_Byte3 5000;
+BA_ "RoutingFactor" SG_ 1643 LSD_CCP_receive_Byte3 1;
+BA_ "Version" SG_ 1643 LSD_CCP_receive_Byte3 "18.07.03";
+BA_ "UsrSigPurpose" SG_ 1643 LSD_CCP_receive_Byte4 6;
+BA_ "GenSigSendType" SG_ 1643 LSD_CCP_receive_Byte4 2;
+BA_ "GenSigStartValue" SG_ 1643 LSD_CCP_receive_Byte4 0;
+BA_ "UserSigValidity" SG_ 1643 LSD_CCP_receive_Byte4 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1643 LSD_CCP_receive_Byte4 0;
+BA_ "NetworkRequest" SG_ 1643 LSD_CCP_receive_Byte4 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1643 LSD_CCP_receive_Byte4 5000;
+BA_ "RoutingFactor" SG_ 1643 LSD_CCP_receive_Byte4 1;
+BA_ "Version" SG_ 1643 LSD_CCP_receive_Byte4 "18.07.03";
+BA_ "UsrSigPurpose" SG_ 1643 LSD_CCP_receive_Byte5 6;
+BA_ "GenSigSendType" SG_ 1643 LSD_CCP_receive_Byte5 2;
+BA_ "GenSigStartValue" SG_ 1643 LSD_CCP_receive_Byte5 0;
+BA_ "UserSigValidity" SG_ 1643 LSD_CCP_receive_Byte5 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1643 LSD_CCP_receive_Byte5 0;
+BA_ "NetworkRequest" SG_ 1643 LSD_CCP_receive_Byte5 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1643 LSD_CCP_receive_Byte5 5000;
+BA_ "RoutingFactor" SG_ 1643 LSD_CCP_receive_Byte5 1;
+BA_ "Version" SG_ 1643 LSD_CCP_receive_Byte5 "18.07.03";
+BA_ "UsrSigPurpose" SG_ 1643 LSD_CCP_receive_Byte6 6;
+BA_ "GenSigSendType" SG_ 1643 LSD_CCP_receive_Byte6 2;
+BA_ "GenSigStartValue" SG_ 1643 LSD_CCP_receive_Byte6 0;
+BA_ "UserSigValidity" SG_ 1643 LSD_CCP_receive_Byte6 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1643 LSD_CCP_receive_Byte6 0;
+BA_ "NetworkRequest" SG_ 1643 LSD_CCP_receive_Byte6 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1643 LSD_CCP_receive_Byte6 5000;
+BA_ "RoutingFactor" SG_ 1643 LSD_CCP_receive_Byte6 1;
+BA_ "Version" SG_ 1643 LSD_CCP_receive_Byte6 "18.07.03";
+BA_ "UsrSigPurpose" SG_ 1643 LSD_CCP_receive_Byte7 6;
+BA_ "GenSigSendType" SG_ 1643 LSD_CCP_receive_Byte7 2;
+BA_ "GenSigStartValue" SG_ 1643 LSD_CCP_receive_Byte7 0;
+BA_ "UserSigValidity" SG_ 1643 LSD_CCP_receive_Byte7 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1643 LSD_CCP_receive_Byte7 0;
+BA_ "NetworkRequest" SG_ 1643 LSD_CCP_receive_Byte7 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1643 LSD_CCP_receive_Byte7 5000;
+BA_ "RoutingFactor" SG_ 1643 LSD_CCP_receive_Byte7 1;
+BA_ "Version" SG_ 1643 LSD_CCP_receive_Byte7 "18.07.03";
+BA_ "UsrSigPurpose" SG_ 1643 LSD_CCP_receive_Byte1 6;
+BA_ "GenSigSendType" SG_ 1643 LSD_CCP_receive_Byte1 2;
+BA_ "GenSigStartValue" SG_ 1643 LSD_CCP_receive_Byte1 0;
+BA_ "UserSigValidity" SG_ 1643 LSD_CCP_receive_Byte1 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1643 LSD_CCP_receive_Byte1 0;
+BA_ "NetworkRequest" SG_ 1643 LSD_CCP_receive_Byte1 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1643 LSD_CCP_receive_Byte1 5000;
+BA_ "RoutingFactor" SG_ 1643 LSD_CCP_receive_Byte1 1;
+BA_ "Version" SG_ 1643 LSD_CCP_receive_Byte1 "18.07.03";
+BA_ "GenMsgCycleTime" BO_ 1642 0;
+BA_ "GenMsgILSupport" BO_ 1642 0;
+BA_ "TpMessage" BO_ 1642 1;
+BA_ "GenMsgDelayTime" BO_ 1642 0;
+BA_ "GenMsgStartDelayTime" BO_ 1642 0;
+BA_ "VFrameFormat" BO_ 1642 14;
+BA_ "UsrSigPurpose" SG_ 1642 LSD_CCP_transmit_Byte0 6;
+BA_ "GenSigSendType" SG_ 1642 LSD_CCP_transmit_Byte0 2;
+BA_ "GenSigStartValue" SG_ 1642 LSD_CCP_transmit_Byte0 0;
+BA_ "UserSigValidity" SG_ 1642 LSD_CCP_transmit_Byte0 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1642 LSD_CCP_transmit_Byte0 0;
+BA_ "NetworkRequest" SG_ 1642 LSD_CCP_transmit_Byte0 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1642 LSD_CCP_transmit_Byte0 5000;
+BA_ "RoutingFactor" SG_ 1642 LSD_CCP_transmit_Byte0 1;
+BA_ "Version" SG_ 1642 LSD_CCP_transmit_Byte0 "18.07.03";
+BA_ "UsrSigPurpose" SG_ 1642 LSD_CCP_transmit_Byte2 6;
+BA_ "GenSigSendType" SG_ 1642 LSD_CCP_transmit_Byte2 2;
+BA_ "GenSigStartValue" SG_ 1642 LSD_CCP_transmit_Byte2 0;
+BA_ "UserSigValidity" SG_ 1642 LSD_CCP_transmit_Byte2 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1642 LSD_CCP_transmit_Byte2 0;
+BA_ "NetworkRequest" SG_ 1642 LSD_CCP_transmit_Byte2 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1642 LSD_CCP_transmit_Byte2 5000;
+BA_ "RoutingFactor" SG_ 1642 LSD_CCP_transmit_Byte2 1;
+BA_ "Version" SG_ 1642 LSD_CCP_transmit_Byte2 "18.07.03";
+BA_ "UsrSigPurpose" SG_ 1642 LSD_CCP_transmit_Byte3 6;
+BA_ "GenSigSendType" SG_ 1642 LSD_CCP_transmit_Byte3 2;
+BA_ "GenSigStartValue" SG_ 1642 LSD_CCP_transmit_Byte3 0;
+BA_ "UserSigValidity" SG_ 1642 LSD_CCP_transmit_Byte3 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1642 LSD_CCP_transmit_Byte3 0;
+BA_ "NetworkRequest" SG_ 1642 LSD_CCP_transmit_Byte3 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1642 LSD_CCP_transmit_Byte3 5000;
+BA_ "RoutingFactor" SG_ 1642 LSD_CCP_transmit_Byte3 1;
+BA_ "Version" SG_ 1642 LSD_CCP_transmit_Byte3 "18.07.03";
+BA_ "UsrSigPurpose" SG_ 1642 LSD_CCP_transmit_Byte4 6;
+BA_ "GenSigSendType" SG_ 1642 LSD_CCP_transmit_Byte4 2;
+BA_ "GenSigStartValue" SG_ 1642 LSD_CCP_transmit_Byte4 0;
+BA_ "UserSigValidity" SG_ 1642 LSD_CCP_transmit_Byte4 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1642 LSD_CCP_transmit_Byte4 0;
+BA_ "NetworkRequest" SG_ 1642 LSD_CCP_transmit_Byte4 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1642 LSD_CCP_transmit_Byte4 5000;
+BA_ "RoutingFactor" SG_ 1642 LSD_CCP_transmit_Byte4 1;
+BA_ "Version" SG_ 1642 LSD_CCP_transmit_Byte4 "18.07.03";
+BA_ "UsrSigPurpose" SG_ 1642 LSD_CCP_transmit_Byte5 6;
+BA_ "GenSigSendType" SG_ 1642 LSD_CCP_transmit_Byte5 2;
+BA_ "GenSigStartValue" SG_ 1642 LSD_CCP_transmit_Byte5 0;
+BA_ "UserSigValidity" SG_ 1642 LSD_CCP_transmit_Byte5 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1642 LSD_CCP_transmit_Byte5 0;
+BA_ "NetworkRequest" SG_ 1642 LSD_CCP_transmit_Byte5 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1642 LSD_CCP_transmit_Byte5 5000;
+BA_ "RoutingFactor" SG_ 1642 LSD_CCP_transmit_Byte5 1;
+BA_ "Version" SG_ 1642 LSD_CCP_transmit_Byte5 "18.07.03";
+BA_ "UsrSigPurpose" SG_ 1642 LSD_CCP_transmit_Byte6 6;
+BA_ "GenSigSendType" SG_ 1642 LSD_CCP_transmit_Byte6 2;
+BA_ "GenSigStartValue" SG_ 1642 LSD_CCP_transmit_Byte6 0;
+BA_ "UserSigValidity" SG_ 1642 LSD_CCP_transmit_Byte6 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1642 LSD_CCP_transmit_Byte6 0;
+BA_ "NetworkRequest" SG_ 1642 LSD_CCP_transmit_Byte6 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1642 LSD_CCP_transmit_Byte6 5000;
+BA_ "RoutingFactor" SG_ 1642 LSD_CCP_transmit_Byte6 1;
+BA_ "Version" SG_ 1642 LSD_CCP_transmit_Byte6 "18.07.03";
+BA_ "UsrSigPurpose" SG_ 1642 LSD_CCP_transmit_Byte7 6;
+BA_ "GenSigSendType" SG_ 1642 LSD_CCP_transmit_Byte7 2;
+BA_ "GenSigStartValue" SG_ 1642 LSD_CCP_transmit_Byte7 0;
+BA_ "UserSigValidity" SG_ 1642 LSD_CCP_transmit_Byte7 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1642 LSD_CCP_transmit_Byte7 0;
+BA_ "NetworkRequest" SG_ 1642 LSD_CCP_transmit_Byte7 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1642 LSD_CCP_transmit_Byte7 5000;
+BA_ "RoutingFactor" SG_ 1642 LSD_CCP_transmit_Byte7 1;
+BA_ "Version" SG_ 1642 LSD_CCP_transmit_Byte7 "18.07.03";
+BA_ "UsrSigPurpose" SG_ 1642 LSD_CCP_transmit_Byte1 6;
+BA_ "GenSigSendType" SG_ 1642 LSD_CCP_transmit_Byte1 2;
+BA_ "GenSigStartValue" SG_ 1642 LSD_CCP_transmit_Byte1 0;
+BA_ "UserSigValidity" SG_ 1642 LSD_CCP_transmit_Byte1 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1642 LSD_CCP_transmit_Byte1 0;
+BA_ "NetworkRequest" SG_ 1642 LSD_CCP_transmit_Byte1 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1642 LSD_CCP_transmit_Byte1 5000;
+BA_ "RoutingFactor" SG_ 1642 LSD_CCP_transmit_Byte1 1;
+BA_ "Version" SG_ 1642 LSD_CCP_transmit_Byte1 "18.07.03";
+BA_ "GenMsgCycleTime" BO_ 1823 0;
+BA_ "GenMsgILSupport" BO_ 1823 0;
+BA_ "TpMessage" BO_ 1823 1;
+BA_ "GenMsgDelayTime" BO_ 1823 0;
+BA_ "GenMsgStartDelayTime" BO_ 1823 0;
+BA_ "VFrameFormat" BO_ 1823 14;
+BA_ "Description" SG_ 1823 LSD_GST_Byte0 "TP Index : 145";
+BA_ "UsrSigPurpose" SG_ 1823 LSD_GST_Byte0 2;
+BA_ "GenSigSendType" SG_ 1823 LSD_GST_Byte0 2;
+BA_ "GenSigStartValue" SG_ 1823 LSD_GST_Byte0 0;
+BA_ "UserSigValidity" SG_ 1823 LSD_GST_Byte0 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1823 LSD_GST_Byte0 0;
+BA_ "NetworkRequest" SG_ 1823 LSD_GST_Byte0 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1823 LSD_GST_Byte0 5000;
+BA_ "RoutingFactor" SG_ 1823 LSD_GST_Byte0 1;
+BA_ "Version" SG_ 1823 LSD_GST_Byte0 "18.07.03";
+BA_ "Description" SG_ 1823 LSD_GST_Byte2 "TP Index : 145";
+BA_ "UsrSigPurpose" SG_ 1823 LSD_GST_Byte2 2;
+BA_ "GenSigSendType" SG_ 1823 LSD_GST_Byte2 2;
+BA_ "GenSigStartValue" SG_ 1823 LSD_GST_Byte2 0;
+BA_ "UserSigValidity" SG_ 1823 LSD_GST_Byte2 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1823 LSD_GST_Byte2 0;
+BA_ "NetworkRequest" SG_ 1823 LSD_GST_Byte2 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1823 LSD_GST_Byte2 5000;
+BA_ "RoutingFactor" SG_ 1823 LSD_GST_Byte2 1;
+BA_ "Version" SG_ 1823 LSD_GST_Byte2 "18.07.03";
+BA_ "Description" SG_ 1823 LSD_GST_Byte3 "TP Index : 145";
+BA_ "UsrSigPurpose" SG_ 1823 LSD_GST_Byte3 2;
+BA_ "GenSigSendType" SG_ 1823 LSD_GST_Byte3 2;
+BA_ "GenSigStartValue" SG_ 1823 LSD_GST_Byte3 0;
+BA_ "UserSigValidity" SG_ 1823 LSD_GST_Byte3 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1823 LSD_GST_Byte3 0;
+BA_ "NetworkRequest" SG_ 1823 LSD_GST_Byte3 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1823 LSD_GST_Byte3 5000;
+BA_ "RoutingFactor" SG_ 1823 LSD_GST_Byte3 1;
+BA_ "Version" SG_ 1823 LSD_GST_Byte3 "18.07.03";
+BA_ "Description" SG_ 1823 LSD_GST_Byte4 "TP Index : 145";
+BA_ "UsrSigPurpose" SG_ 1823 LSD_GST_Byte4 2;
+BA_ "GenSigSendType" SG_ 1823 LSD_GST_Byte4 2;
+BA_ "GenSigStartValue" SG_ 1823 LSD_GST_Byte4 0;
+BA_ "UserSigValidity" SG_ 1823 LSD_GST_Byte4 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1823 LSD_GST_Byte4 0;
+BA_ "NetworkRequest" SG_ 1823 LSD_GST_Byte4 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1823 LSD_GST_Byte4 5000;
+BA_ "RoutingFactor" SG_ 1823 LSD_GST_Byte4 1;
+BA_ "Version" SG_ 1823 LSD_GST_Byte4 "18.07.03";
+BA_ "Description" SG_ 1823 LSD_GST_Byte5 "TP Index : 145";
+BA_ "UsrSigPurpose" SG_ 1823 LSD_GST_Byte5 2;
+BA_ "GenSigSendType" SG_ 1823 LSD_GST_Byte5 2;
+BA_ "GenSigStartValue" SG_ 1823 LSD_GST_Byte5 0;
+BA_ "UserSigValidity" SG_ 1823 LSD_GST_Byte5 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1823 LSD_GST_Byte5 0;
+BA_ "NetworkRequest" SG_ 1823 LSD_GST_Byte5 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1823 LSD_GST_Byte5 5000;
+BA_ "RoutingFactor" SG_ 1823 LSD_GST_Byte5 1;
+BA_ "Version" SG_ 1823 LSD_GST_Byte5 "18.07.03";
+BA_ "Description" SG_ 1823 LSD_GST_Byte6 "TP Index : 145";
+BA_ "UsrSigPurpose" SG_ 1823 LSD_GST_Byte6 2;
+BA_ "GenSigSendType" SG_ 1823 LSD_GST_Byte6 2;
+BA_ "GenSigStartValue" SG_ 1823 LSD_GST_Byte6 0;
+BA_ "UserSigValidity" SG_ 1823 LSD_GST_Byte6 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1823 LSD_GST_Byte6 0;
+BA_ "NetworkRequest" SG_ 1823 LSD_GST_Byte6 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1823 LSD_GST_Byte6 5000;
+BA_ "RoutingFactor" SG_ 1823 LSD_GST_Byte6 1;
+BA_ "Version" SG_ 1823 LSD_GST_Byte6 "18.07.03";
+BA_ "Description" SG_ 1823 LSD_GST_Byte7 "TP Index : 145";
+BA_ "UsrSigPurpose" SG_ 1823 LSD_GST_Byte7 2;
+BA_ "GenSigSendType" SG_ 1823 LSD_GST_Byte7 2;
+BA_ "GenSigStartValue" SG_ 1823 LSD_GST_Byte7 0;
+BA_ "UserSigValidity" SG_ 1823 LSD_GST_Byte7 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1823 LSD_GST_Byte7 0;
+BA_ "NetworkRequest" SG_ 1823 LSD_GST_Byte7 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1823 LSD_GST_Byte7 5000;
+BA_ "RoutingFactor" SG_ 1823 LSD_GST_Byte7 1;
+BA_ "Version" SG_ 1823 LSD_GST_Byte7 "18.07.03";
+BA_ "Description" SG_ 1823 LSD_GST_Byte1 "TP Index : 145";
+BA_ "UsrSigPurpose" SG_ 1823 LSD_GST_Byte1 2;
+BA_ "GenSigSendType" SG_ 1823 LSD_GST_Byte1 2;
+BA_ "GenSigStartValue" SG_ 1823 LSD_GST_Byte1 0;
+BA_ "UserSigValidity" SG_ 1823 LSD_GST_Byte1 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1823 LSD_GST_Byte1 0;
+BA_ "NetworkRequest" SG_ 1823 LSD_GST_Byte1 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1823 LSD_GST_Byte1 5000;
+BA_ "RoutingFactor" SG_ 1823 LSD_GST_Byte1 1;
+BA_ "Version" SG_ 1823 LSD_GST_Byte1 "18.07.03";
+BA_ "GenMsgSendType" BO_ 266 0;
+BA_ "GenMsgCycleTime" BO_ 266 10;
+BA_ "GenMsgCycleTimeFast" BO_ 266 0;
+BA_ "GenMsgNrOfRepetition" BO_ 266 0;
+BA_ "GenMsgDelayTime" BO_ 266 0;
+BA_ "GenMsgStartDelayTime" BO_ 266 0;
+BA_ "VFrameFormat" BO_ 266 14;
+BA_ "Description" SG_ 266 MCU_Crc1Val "The data area for CRC calculation is based on the data length (DLC) of the message DB.
+
+The CRC shall be calculated over the entire data block (excluding the CRC bytes) including the user data, alive counter and Data ID
+
+ 
+
+- CRC Polynomial (0x1021) , Initial Value : 0xFFFF, XOR value : 0x0000, Data ID : Message ID + 0xF800 
+
+- The initial value is for CRC calculation and the message should be sent with the calculated result value. 
+
+- The mathematical expression to 16 bit CRC polynomial is given here. G(x) = x16 + x12 + x5 + 1";
+BA_ "GenSigStartValue" SG_ 266 MCU_Crc1Val 65535;
+BA_ "UserSigValidity" SG_ 266 MCU_Crc1Val 7;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 266 MCU_Crc1Val 500;
+BA_ "NetworkRequestHoldingTime" SG_ 266 MCU_Crc1Val 0;
+BA_ "RoutingFactor" SG_ 266 MCU_Crc1Val 5;
+BA_ "Version" SG_ 266 MCU_Crc1Val "18.11.08";
+BA_ "Description" SG_ 266 MCU_Mg1TempVal "HEV : MG1 - Motor, HSCAN -  CR_Mcu_MotTemp_C
+
+EV : MG1 - Main Axle, HSCAN - CR_Mcu_Mg1Temp_C";
+BA_ "GenSigStartValue" SG_ 266 MCU_Mg1TempVal 0;
+BA_ "UserSigValidity" SG_ 266 MCU_Mg1TempVal 7;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 266 MCU_Mg1TempVal 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ OPU SG_ 266 MCU_Mg1TempVal 500;
+BA_ "NetworkRequestHoldingTime" SG_ 266 MCU_Mg1TempVal 0;
+BA_ "RoutingFactor" SG_ 266 MCU_Mg1TempVal 5;
+BA_ "Version" SG_ 266 MCU_Mg1TempVal "19.04.04";
+BA_ "Description" SG_ 266 MCU_Mg1IgbtJnctnTempVal "HEV : MG1 - Motor, HSCAN -  CR_Mcu_IgbtTemp_C
+
+EV : MG1 - Main Axle, HSCAN - CR_Mcu_Mg1IgbtTemp_C";
+BA_ "GenSigStartValue" SG_ 266 MCU_Mg1IgbtJnctnTempVal 0;
+BA_ "UserSigValidity" SG_ 266 MCU_Mg1IgbtJnctnTempVal 7;
+BA_ "NetworkRequestHoldingTime" SG_ 266 MCU_Mg1IgbtJnctnTempVal 0;
+BA_ "RoutingFactor" SG_ 266 MCU_Mg1IgbtJnctnTempVal 5;
+BA_ "Version" SG_ 266 MCU_Mg1IgbtJnctnTempVal "19.04.04";
+BA_ "Description" SG_ 266 MCU_Mg1HtsnkTempVal "HEV : MG1 - Motor, HSCAN -  CR_Mcu_HeatsinkTemp_C
+
+EV : MG1 - Main Axle, HSCAN - CR_Mcu_HeatSinkTemp_C";
+BA_ "GenSigStartValue" SG_ 266 MCU_Mg1HtsnkTempVal 0;
+BA_ "UserSigValidity" SG_ 266 MCU_Mg1HtsnkTempVal 7;
+BA_ "NetworkRequestHoldingTime" SG_ 266 MCU_Mg1HtsnkTempVal 0;
+BA_ "RoutingFactor" SG_ 266 MCU_Mg1HtsnkTempVal 5;
+BA_ "Version" SG_ 266 MCU_Mg1HtsnkTempVal "19.04.04";
+BA_ "Description" SG_ 266 MCU_Mg1InvtInVoltVal "HEV : MG1 - Motor, HSCAN -  CR_Mcu_InvIptVol_V
+
+EV : MG1 - Main Axle, HSCAN - CR_Mcu_IptVol_V";
+BA_ "GenSigStartValue" SG_ 266 MCU_Mg1InvtInVoltVal 0;
+BA_ "UserSigValidity" SG_ 266 MCU_Mg1InvtInVoltVal 7;
+BA_ "NetworkRequestHoldingTime" SG_ 266 MCU_Mg1InvtInVoltVal 0;
+BA_ "RoutingFactor" SG_ 266 MCU_Mg1InvtInVoltVal 5;
+BA_ "Version" SG_ 266 MCU_Mg1InvtInVoltVal "19.04.04";
+BA_ "Description" SG_ 266 MCU_Mg1EstTqBfrAjPcVal "HEV : MG1 - Motor, HSCAN -  CR_Mcu_MotEstTqBefAj_Pc
+
+EV : MG1 - Main Axle, HSCAN - CR_Mcu_Mg1EstTqBefAJ_Pc";
+BA_ "GenSigStartValue" SG_ 266 MCU_Mg1EstTqBfrAjPcVal 0;
+BA_ "UserSigValidity" SG_ 266 MCU_Mg1EstTqBfrAjPcVal 7;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 266 MCU_Mg1EstTqBfrAjPcVal 500;
+BA_ "NetworkRequestHoldingTime" SG_ 266 MCU_Mg1EstTqBfrAjPcVal 0;
+BA_ "RoutingFactor" SG_ 266 MCU_Mg1EstTqBfrAjPcVal 5;
+BA_ "Version" SG_ 266 MCU_Mg1EstTqBfrAjPcVal "19.04.04";
+BA_ "Description" SG_ 266 MCU_AlvCnt1Val "For the first transmission request for a data element the counter shall be initialized with 0 and shall be incremented by 1 for every subsequent send request. 
+
+When the counter reaches the maximum value(0xFF), then it shall restart with 0 for the next send request";
+BA_ "GenSigStartValue" SG_ 266 MCU_AlvCnt1Val 0;
+BA_ "UserSigValidity" SG_ 266 MCU_AlvCnt1Val 7;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 266 MCU_AlvCnt1Val 500;
+BA_ "NetworkRequestHoldingTime" SG_ 266 MCU_AlvCnt1Val 0;
+BA_ "RoutingFactor" SG_ 266 MCU_AlvCnt1Val 5;
+BA_ "Version" SG_ 266 MCU_AlvCnt1Val "18.11.08";
+BA_ "Description" SG_ 266 MCU_Mg1MainRlyCutOffReq "HEV : MG1 - Motor, HSCAN -  CF_Mcu_RelayOffReq
+
+EV : MG1 - Main Axle, HSCAN - CF_Mcu_Mg1RlyOffReq";
+BA_ "GenSigStartValue" SG_ 266 MCU_Mg1MainRlyCutOffReq 0;
+BA_ "UserSigValidity" SG_ 266 MCU_Mg1MainRlyCutOffReq 7;
+BA_ "NetworkRequestHoldingTime" SG_ 266 MCU_Mg1MainRlyCutOffReq 0;
+BA_ "RoutingFactor" SG_ 266 MCU_Mg1MainRlyCutOffReq 5;
+BA_ "Version" SG_ 266 MCU_Mg1MainRlyCutOffReq "19.04.04";
+BA_ "Description" SG_ 266 MCU_Mg1MainRlyCutOffDelayReq "HEV : MG1 - Motor, HSCAN -  CF_Mcu_RlyOffReqDelayed
+
+EV : X";
+BA_ "GenSigStartValue" SG_ 266 MCU_Mg1MainRlyCutOffDelayReq 0;
+BA_ "UserSigValidity" SG_ 266 MCU_Mg1MainRlyCutOffDelayReq 7;
+BA_ "NetworkRequestHoldingTime" SG_ 266 MCU_Mg1MainRlyCutOffDelayReq 0;
+BA_ "RoutingFactor" SG_ 266 MCU_Mg1MainRlyCutOffDelayReq 5;
+BA_ "Version" SG_ 266 MCU_Mg1MainRlyCutOffDelayReq "19.04.04";
+BA_ "Description" SG_ 266 MCU_Mg1PwmOnSta "HEV : MG1 - Motor, HSCAN -  CF_Mcu_MotPwmOn
+
+EV : MG1 - Main Axle, HSCAN - CF_Mcu_MotPwmOn";
+BA_ "GenSigStartValue" SG_ 266 MCU_Mg1PwmOnSta 0;
+BA_ "UserSigValidity" SG_ 266 MCU_Mg1PwmOnSta 7;
+BA_ "NetworkRequestHoldingTime" SG_ 266 MCU_Mg1PwmOnSta 0;
+BA_ "RoutingFactor" SG_ 266 MCU_Mg1PwmOnSta 5;
+BA_ "Version" SG_ 266 MCU_Mg1PwmOnSta "19.04.04";
+BA_ "Description" SG_ 266 MCU_Mg1HiVoltIntlkReq "HEV : MG1 - Motor, HSCAN -  CF_Mcu_HvIntlockReq
+
+EV : MG1 - Main Axle, HSCAN - CF_Mcu_HvIntlockReq";
+BA_ "GenSigStartValue" SG_ 266 MCU_Mg1HiVoltIntlkReq 0;
+BA_ "UserSigValidity" SG_ 266 MCU_Mg1HiVoltIntlkReq 7;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ OPU SG_ 266 MCU_Mg1HiVoltIntlkReq 500;
+BA_ "NetworkRequestHoldingTime" SG_ 266 MCU_Mg1HiVoltIntlkReq 0;
+BA_ "RoutingFactor" SG_ 266 MCU_Mg1HiVoltIntlkReq 5;
+BA_ "Version" SG_ 266 MCU_Mg1HiVoltIntlkReq "19.04.04";
+BA_ "Description" SG_ 266 MCU_Mg1MilOnReq "HEV : MG1 - Motor, HSCAN -  CF_Mcu_MILReq
+
+EV : X";
+BA_ "GenSigStartValue" SG_ 266 MCU_Mg1MilOnReq 0;
+BA_ "UserSigValidity" SG_ 266 MCU_Mg1MilOnReq 7;
+BA_ "NetworkRequestHoldingTime" SG_ 266 MCU_Mg1MilOnReq 0;
+BA_ "RoutingFactor" SG_ 266 MCU_Mg1MilOnReq 5;
+BA_ "Version" SG_ 266 MCU_Mg1MilOnReq "19.04.04";
+BA_ "Description" SG_ 266 MCU_Mg1SrvLmpOnReq "HEV : MG1 - Motor, HSCAN -  CF_Mcu_ServiceLamp
+
+EV : MG1 - Main Axle, HSCAN - CF_Mcu_Mg1SvcLmp";
+BA_ "GenSigStartValue" SG_ 266 MCU_Mg1SrvLmpOnReq 0;
+BA_ "UserSigValidity" SG_ 266 MCU_Mg1SrvLmpOnReq 7;
+BA_ "NetworkRequestHoldingTime" SG_ 266 MCU_Mg1SrvLmpOnReq 0;
+BA_ "RoutingFactor" SG_ 266 MCU_Mg1SrvLmpOnReq 5;
+BA_ "Version" SG_ 266 MCU_Mg1SrvLmpOnReq "19.04.04";
+BA_ "Description" SG_ 266 MCU_Mg1SpdLimSta "HEV : MG1 - Motor, HSCAN -  CF_Mcu_MotOvSpdLmtFlag
+
+EV : MG1 - Main Axle, HSCAN - X";
+BA_ "GenSigStartValue" SG_ 266 MCU_Mg1SpdLimSta 0;
+BA_ "UserSigValidity" SG_ 266 MCU_Mg1SpdLimSta 7;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 266 MCU_Mg1SpdLimSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 266 MCU_Mg1SpdLimSta 0;
+BA_ "RoutingFactor" SG_ 266 MCU_Mg1SpdLimSta 5;
+BA_ "Version" SG_ 266 MCU_Mg1SpdLimSta "19.04.04";
+BA_ "Description" SG_ 266 MCU_Mg1EngSpdLimReq "HEV : MG1 - Motor, HSCAN -  CF_Mcu_EngRpmLmt
+
+EV : X";
+BA_ "GenSigStartValue" SG_ 266 MCU_Mg1EngSpdLimReq 0;
+BA_ "UserSigValidity" SG_ 266 MCU_Mg1EngSpdLimReq 7;
+BA_ "NetworkRequestHoldingTime" SG_ 266 MCU_Mg1EngSpdLimReq 0;
+BA_ "RoutingFactor" SG_ 266 MCU_Mg1EngSpdLimReq 5;
+BA_ "Version" SG_ 266 MCU_Mg1EngSpdLimReq "19.04.04";
+BA_ "Description" SG_ 266 MCU_Mg1AnkJrkActvSta "HEV : MG1 - Motor, HSCAN - CF_Mcu_AjActivate
+
+EV : MG1 - Main Axle, HSCAN - CF_Mcu_Mg1AjActivate";
+BA_ "GenSigStartValue" SG_ 266 MCU_Mg1AnkJrkActvSta 0;
+BA_ "UserSigValidity" SG_ 266 MCU_Mg1AnkJrkActvSta 7;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 266 MCU_Mg1AnkJrkActvSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 266 MCU_Mg1AnkJrkActvSta 0;
+BA_ "RoutingFactor" SG_ 266 MCU_Mg1AnkJrkActvSta 5;
+BA_ "Version" SG_ 266 MCU_Mg1AnkJrkActvSta "19.04.04";
+BA_ "Description" SG_ 266 MCU_Mg1ActnTestModSta "HEV : MG1 - Motor, HSCAN -  CF_Mcu_ActTest
+
+EV : MG1 - Main Axle, HSCAN - CF_Mcu_Mg1ActTest";
+BA_ "GenSigStartValue" SG_ 266 MCU_Mg1ActnTestModSta 0;
+BA_ "UserSigValidity" SG_ 266 MCU_Mg1ActnTestModSta 7;
+BA_ "NetworkRequestHoldingTime" SG_ 266 MCU_Mg1ActnTestModSta 0;
+BA_ "RoutingFactor" SG_ 266 MCU_Mg1ActnTestModSta 5;
+BA_ "Version" SG_ 266 MCU_Mg1ActnTestModSta "19.04.04";
+BA_ "Description" SG_ 266 MCU_Mg1PwmRetryStatus "Inverter PWM Retry Status Before Fault Confrimed
+
+HEV : MG1 - Motor, HSCAN -  CF_Mcu_MotPwmRetryOn
+
+EV : MG1 - Main Axle, HSCAN - X";
+BA_ "GenSigStartValue" SG_ 266 MCU_Mg1PwmRetryStatus 0;
+BA_ "UserSigValidity" SG_ 266 MCU_Mg1PwmRetryStatus 7;
+BA_ "NetworkRequestHoldingTime" SG_ 266 MCU_Mg1PwmRetryStatus 0;
+BA_ "RoutingFactor" SG_ 266 MCU_Mg1PwmRetryStatus 5;
+BA_ "Version" SG_ 266 MCU_Mg1PwmRetryStatus "19.04.04";
+BA_ "Description" SG_ 266 MCU_Mg1TrqCmdStat "Motor torque command status that indicates which torque command is currently used.
+
+HEV : MG1 - Motor, HSCAN - CF_Mcu_MotTqCmdStat
+
+EV : MG1 - Main Axle, HSCAN - X";
+BA_ "GenSigStartValue" SG_ 266 MCU_Mg1TrqCmdStat 0;
+BA_ "UserSigValidity" SG_ 266 MCU_Mg1TrqCmdStat 7;
+BA_ "NetworkRequestHoldingTime" SG_ 266 MCU_Mg1TrqCmdStat 0;
+BA_ "RoutingFactor" SG_ 266 MCU_Mg1TrqCmdStat 5;
+BA_ "Version" SG_ 266 MCU_Mg1TrqCmdStat "19.04.04";
+BA_ "Description" SG_ 266 MCU_Mg1RsvrCalibReq "HEV : MG1 - Motor, HSCAN -  CF_Mcu_RsvCalReq
+
+EV : MG1 - Main Axle, HSCAN - CF_Mcu_Mg1RsvCalReq";
+BA_ "GenSigStartValue" SG_ 266 MCU_Mg1RsvrCalibReq 0;
+BA_ "UserSigValidity" SG_ 266 MCU_Mg1RsvrCalibReq 7;
+BA_ "NetworkRequestHoldingTime" SG_ 266 MCU_Mg1RsvrCalibReq 0;
+BA_ "RoutingFactor" SG_ 266 MCU_Mg1RsvrCalibReq 5;
+BA_ "Version" SG_ 266 MCU_Mg1RsvrCalibReq "19.04.04";
+BA_ "Description" SG_ 266 MCU_Mg1RsvrCalibProcSta "HEV : MG1 - Motor, HSCAN -  CF_Mcu_RsvCalNeeded
+
+EV : MG1 - Main Axle, HSCAN - CF_Mcu_Mg1RsvCalNeeded";
+BA_ "GenSigStartValue" SG_ 266 MCU_Mg1RsvrCalibProcSta 0;
+BA_ "UserSigValidity" SG_ 266 MCU_Mg1RsvrCalibProcSta 7;
+BA_ "NetworkRequestHoldingTime" SG_ 266 MCU_Mg1RsvrCalibProcSta 0;
+BA_ "RoutingFactor" SG_ 266 MCU_Mg1RsvrCalibProcSta 5;
+BA_ "Version" SG_ 266 MCU_Mg1RsvrCalibProcSta "19.04.04";
+BA_ "Description" SG_ 266 MCU_Mg1RsvrCalibSta "HEV : MG1 - Motor, HSCAN -  CF_Mcu_RsvCalStatus
+
+EV : MG1 - Main Axle, HSCAN - CF_Mcu_Mg1RsvCalStat";
+BA_ "GenSigStartValue" SG_ 266 MCU_Mg1RsvrCalibSta 0;
+BA_ "UserSigValidity" SG_ 266 MCU_Mg1RsvrCalibSta 7;
+BA_ "NetworkRequestHoldingTime" SG_ 266 MCU_Mg1RsvrCalibSta 0;
+BA_ "RoutingFactor" SG_ 266 MCU_Mg1RsvrCalibSta 5;
+BA_ "Version" SG_ 266 MCU_Mg1RsvrCalibSta "19.04.04";
+BA_ "Description" SG_ 266 MCU_Mg1EstTqVal "HEV : MG1 - Motor, HSCAN -  X
+
+EV : MG1 - Main Axle, HSCAN - X";
+BA_ "GenSigStartValue" SG_ 266 MCU_Mg1EstTqVal 0;
+BA_ "UserSigValidity" SG_ 266 MCU_Mg1EstTqVal 7;
+BA_ "NetworkRequestHoldingTime" SG_ 266 MCU_Mg1EstTqVal 0;
+BA_ "RoutingFactor" SG_ 266 MCU_Mg1EstTqVal 5;
+BA_ "Version" SG_ 266 MCU_Mg1EstTqVal "19.04.04";
+BA_ "Description" SG_ 266 MCU_Mg1RadPwmDtyReq "HEV : MG1 - Motor, HSCAN -  CR_Mcu_RadPwm
+
+EV : MG1 - Main Axle, HSCAN - CR_Mcu_RadFanPwm_Duty";
+BA_ "GenSigStartValue" SG_ 266 MCU_Mg1RadPwmDtyReq 0;
+BA_ "UserSigValidity" SG_ 266 MCU_Mg1RadPwmDtyReq 7;
+BA_ "NetworkRequestHoldingTime" SG_ 266 MCU_Mg1RadPwmDtyReq 0;
+BA_ "RoutingFactor" SG_ 266 MCU_Mg1RadPwmDtyReq 5;
+BA_ "Version" SG_ 266 MCU_Mg1RadPwmDtyReq "19.04.04";
+BA_ "Description" SG_ 266 MCU_Mg1ActlRadFanRotatSpdRpmVal "HEV : MG1 - Motor, HSCAN -  X
+
+EV : MG1 - Main Axle, HSCAN - X";
+BA_ "GenSigStartValue" SG_ 266 MCU_Mg1ActlRadFanRotatSpdRpmVal 0;
+BA_ "UserSigValidity" SG_ 266 MCU_Mg1ActlRadFanRotatSpdRpmVal 7;
+BA_ "NetworkRequestHoldingTime" SG_ 266 MCU_Mg1ActlRadFanRotatSpdRpmVal 0;
+BA_ "RoutingFactor" SG_ 266 MCU_Mg1ActlRadFanRotatSpdRpmVal 5;
+BA_ "Version" SG_ 266 MCU_Mg1ActlRadFanRotatSpdRpmVal "19.04.04";
+BA_ "Description" SG_ 266 MCU_Mg1EstTqBfrAjVal "HEV : MG1 - Motor, HSCAN - X
+
+EV : MG1 - Main Axle, HSCAN - X";
+BA_ "GenSigStartValue" SG_ 266 MCU_Mg1EstTqBfrAjVal 0;
+BA_ "UserSigValidity" SG_ 266 MCU_Mg1EstTqBfrAjVal 7;
+BA_ "NetworkRequestHoldingTime" SG_ 266 MCU_Mg1EstTqBfrAjVal 0;
+BA_ "RoutingFactor" SG_ 266 MCU_Mg1EstTqBfrAjVal 5;
+BA_ "Version" SG_ 266 MCU_Mg1EstTqBfrAjVal "19.04.04";
+BA_ "Description" SG_ 266 MCU_Mg1TqUppLimMtrngVal "HEV : MG1 - Motor, HSCAN -  X
+
+EV : MG1 - Main Axle, HSCAN - X";
+BA_ "GenSigStartValue" SG_ 266 MCU_Mg1TqUppLimMtrngVal 0;
+BA_ "UserSigValidity" SG_ 266 MCU_Mg1TqUppLimMtrngVal 7;
+BA_ "NetworkRequestHoldingTime" SG_ 266 MCU_Mg1TqUppLimMtrngVal 0;
+BA_ "RoutingFactor" SG_ 266 MCU_Mg1TqUppLimMtrngVal 5;
+BA_ "Version" SG_ 266 MCU_Mg1TqUppLimMtrngVal "19.04.04";
+BA_ "Description" SG_ 266 MCU_Mg1ActlRotatSpdRpmVal "HEV : MG1 - Motor, HSCAN - CR_Mcu_MotActRotSpd_rpm
+
+EV : MG1 - Main Axle, HSCAN- CR_Mcu_MotActRotSpd_rpm";
+BA_ "GenSigStartValue" SG_ 266 MCU_Mg1ActlRotatSpdRpmVal 0;
+BA_ "UserSigValidity" SG_ 266 MCU_Mg1ActlRotatSpdRpmVal 7;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 266 MCU_Mg1ActlRotatSpdRpmVal 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 266 MCU_Mg1ActlRotatSpdRpmVal 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ OPU SG_ 266 MCU_Mg1ActlRotatSpdRpmVal 500;
+BA_ "NetworkRequestHoldingTime" SG_ 266 MCU_Mg1ActlRotatSpdRpmVal 0;
+BA_ "RoutingFactor" SG_ 266 MCU_Mg1ActlRotatSpdRpmVal 5;
+BA_ "Version" SG_ 266 MCU_Mg1ActlRotatSpdRpmVal "19.04.04";
+BA_ "Description" SG_ 266 MCU_Mg1TqUppLimGenVal "HEV : MG1 - Motor, HSCAN -  X
+
+EV : MG1 - Main Axle, HSCAN - X";
+BA_ "GenSigStartValue" SG_ 266 MCU_Mg1TqUppLimGenVal 0;
+BA_ "UserSigValidity" SG_ 266 MCU_Mg1TqUppLimGenVal 7;
+BA_ "NetworkRequestHoldingTime" SG_ 266 MCU_Mg1TqUppLimGenVal 0;
+BA_ "RoutingFactor" SG_ 266 MCU_Mg1TqUppLimGenVal 5;
+BA_ "Version" SG_ 266 MCU_Mg1TqUppLimGenVal "19.04.04";
+BA_ "Description" SG_ 266 MCU_Mg1EstTqPcVal "HEV : MG1 - Motor, HSCAN -  CR_Mcu_MotEstTq_Pc
+
+EV : MG1 - Main Axle, HSCAN - CR_Mcu_MotEstTq_Pc";
+BA_ "GenSigStartValue" SG_ 266 MCU_Mg1EstTqPcVal 0;
+BA_ "UserSigValidity" SG_ 266 MCU_Mg1EstTqPcVal 7;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 266 MCU_Mg1EstTqPcVal 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 266 MCU_Mg1EstTqPcVal 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ OPU SG_ 266 MCU_Mg1EstTqPcVal 500;
+BA_ "NetworkRequestHoldingTime" SG_ 266 MCU_Mg1EstTqPcVal 0;
+BA_ "RoutingFactor" SG_ 266 MCU_Mg1EstTqPcVal 5;
+BA_ "Version" SG_ 266 MCU_Mg1EstTqPcVal "19.04.04";
+BA_ "Description" SG_ 266 MCU_Mg1InvtCtrlRdySta "HEV : MG1 - Motor, HSCAN -  CF_Mcu_InvRdy
+
+EV : MG1 - Main Axle, HSCAN - CF_Mcu_Mg1Rdy";
+BA_ "GenSigStartValue" SG_ 266 MCU_Mg1InvtCtrlRdySta 0;
+BA_ "UserSigValidity" SG_ 266 MCU_Mg1InvtCtrlRdySta 7;
+BA_ "NetworkRequestHoldingTime" SG_ 266 MCU_Mg1InvtCtrlRdySta 0;
+BA_ "RoutingFactor" SG_ 266 MCU_Mg1InvtCtrlRdySta 5;
+BA_ "Version" SG_ 266 MCU_Mg1InvtCtrlRdySta "19.04.04";
+BA_ "Description" SG_ 266 MCU_Mg1CtrlablSta "HEV : MG1 - Motor, HSCAN -  CF_Mcu_InvCtrable
+
+EV : MG1 - Main Axle, HSCAN - CF_Mcu_Mg1Ctrl";
+BA_ "GenSigStartValue" SG_ 266 MCU_Mg1CtrlablSta 0;
+BA_ "UserSigValidity" SG_ 266 MCU_Mg1CtrlablSta 7;
+BA_ "NetworkRequestHoldingTime" SG_ 266 MCU_Mg1CtrlablSta 0;
+BA_ "RoutingFactor" SG_ 266 MCU_Mg1CtrlablSta 5;
+BA_ "Version" SG_ 266 MCU_Mg1CtrlablSta "19.04.04";
+BA_ "Description" SG_ 266 MCU_Mg1WrngSta "HEV : MG1 - Motor, HSCAN -  CF_Mcu_Wrn
+
+EV : MG1 - Main Axle, HSCAN - CF_Mcu_Mg1Wrm";
+BA_ "GenSigStartValue" SG_ 266 MCU_Mg1WrngSta 0;
+BA_ "UserSigValidity" SG_ 266 MCU_Mg1WrngSta 7;
+BA_ "NetworkRequestHoldingTime" SG_ 266 MCU_Mg1WrngSta 0;
+BA_ "RoutingFactor" SG_ 266 MCU_Mg1WrngSta 5;
+BA_ "Version" SG_ 266 MCU_Mg1WrngSta "19.04.04";
+BA_ "Description" SG_ 266 MCU_Mg1FltSta "HEV : MG1 - Motor, HSCAN -  CF_Mcu_Flt
+
+EV : MG1 - Main Axle, HSCAN - CF_Mcu_Mg1Flt";
+BA_ "GenSigStartValue" SG_ 266 MCU_Mg1FltSta 0;
+BA_ "UserSigValidity" SG_ 266 MCU_Mg1FltSta 7;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 266 MCU_Mg1FltSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 266 MCU_Mg1FltSta 0;
+BA_ "RoutingFactor" SG_ 266 MCU_Mg1FltSta 5;
+BA_ "Version" SG_ 266 MCU_Mg1FltSta "19.04.04";
+BA_ "Description" SG_ 266 MCU_Mg1DeratingFctrPcVal "HEV : MG1 - Motor, HSCAN -  CR_Mcu_MotDeFact_Pc
+
+EV : MG1 - Main Axle, HSCAN - CR_Mcu_MotDeFact_Pc";
+BA_ "GenSigStartValue" SG_ 266 MCU_Mg1DeratingFctrPcVal 0;
+BA_ "UserSigValidity" SG_ 266 MCU_Mg1DeratingFctrPcVal 7;
+BA_ "NetworkRequestHoldingTime" SG_ 266 MCU_Mg1DeratingFctrPcVal 0;
+BA_ "RoutingFactor" SG_ 266 MCU_Mg1DeratingFctrPcVal 5;
+BA_ "Version" SG_ 266 MCU_Mg1DeratingFctrPcVal "19.04.04";
+BA_ "Description" SG_ 266 MCU_Mg1TqUppLimMtrngPcVal "HEV : MG1 - Motor, HSCAN -  CR_Mcu_MotTqUpLmtM_Pc
+
+EV : MG1 - Main Axle, HSCAN - CR_Mcu_MotTqUpLmtM_Pc";
+BA_ "GenSigStartValue" SG_ 266 MCU_Mg1TqUppLimMtrngPcVal 0;
+BA_ "UserSigValidity" SG_ 266 MCU_Mg1TqUppLimMtrngPcVal 7;
+BA_ "NetworkRequestHoldingTime" SG_ 266 MCU_Mg1TqUppLimMtrngPcVal 0;
+BA_ "RoutingFactor" SG_ 266 MCU_Mg1TqUppLimMtrngPcVal 5;
+BA_ "Version" SG_ 266 MCU_Mg1TqUppLimMtrngPcVal "19.04.04";
+BA_ "Description" SG_ 266 MCU_Mg1TqUppLimGenPcVal "HEV : MG1 - Motor, HSCAN -  CR_Mcu_MotTqUpLmtG_Pc
+
+EV : MG1 - Main Axle, HSCAN - CR_Mcu_MotTqUpLmtG_Pc";
+BA_ "GenSigStartValue" SG_ 266 MCU_Mg1TqUppLimGenPcVal 0;
+BA_ "UserSigValidity" SG_ 266 MCU_Mg1TqUppLimGenPcVal 7;
+BA_ "NetworkRequestHoldingTime" SG_ 266 MCU_Mg1TqUppLimGenPcVal 0;
+BA_ "RoutingFactor" SG_ 266 MCU_Mg1TqUppLimGenPcVal 5;
+BA_ "Version" SG_ 266 MCU_Mg1TqUppLimGenPcVal "19.04.04";
+BA_ "Description" SG_ 266 MCU_Mg1InvtTempVal "HEV : MG1 - Motor, HSCAN -  CR_Mcu_InvTemp_C
+
+EV : MG1 - Main Axle, HSCAN - CR_Mcu_Mg1InvTemp_C";
+BA_ "GenSigStartValue" SG_ 266 MCU_Mg1InvtTempVal 0;
+BA_ "UserSigValidity" SG_ 266 MCU_Mg1InvtTempVal 7;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ OPU SG_ 266 MCU_Mg1InvtTempVal 500;
+BA_ "NetworkRequestHoldingTime" SG_ 266 MCU_Mg1InvtTempVal 0;
+BA_ "RoutingFactor" SG_ 266 MCU_Mg1InvtTempVal 5;
+BA_ "Version" SG_ 266 MCU_Mg1InvtTempVal "19.04.04";
+BA_ "GenMsgSendType" BO_ 288 0;
+BA_ "GenMsgCycleTime" BO_ 288 10;
+BA_ "GenMsgCycleTimeFast" BO_ 288 0;
+BA_ "GenMsgNrOfRepetition" BO_ 288 0;
+BA_ "GenMsgDelayTime" BO_ 288 0;
+BA_ "GenMsgStartDelayTime" BO_ 288 0;
+BA_ "VFrameFormat" BO_ 288 14;
+BA_ "Description" SG_ 288 GCU_Crc2Val "The data area for CRC calculation is based on the data length (DLC) of the message DB.
+
+The CRC shall be calculated over the entire data block (excluding the CRC bytes) including the user data, alive counter and Data ID
+
+ 
+
+- CRC Polynomial (0x1021) , Initial Value : 0xFFFF, XOR value : 0x0000, Data ID : Message ID + 0xF800 
+
+- The initial value is for CRC calculation and the message should be sent with the calculated result value. 
+
+- The mathematical expression to 16 bit CRC polynomial is given here. G(x) = x16 + x12 + x5 + 1";
+BA_ "GenSigStartValue" SG_ 288 GCU_Crc2Val 65535;
+BA_ "UserSigValidity" SG_ 288 GCU_Crc2Val 7;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 288 GCU_Crc2Val 500;
+BA_ "NetworkRequestHoldingTime" SG_ 288 GCU_Crc2Val 0;
+BA_ "RoutingFactor" SG_ 288 GCU_Crc2Val 5;
+BA_ "Version" SG_ 288 GCU_Crc2Val "18.11.08";
+BA_ "Description" SG_ 288 MCU_Mg2TempVal "HEV : MG2 - HSG, HSCAN -  CR_Gcu_HsgTemp_C
+
+EV : MG2 - Sub Axle, HSCAN - X";
+BA_ "GenSigStartValue" SG_ 288 MCU_Mg2TempVal 0;
+BA_ "UserSigValidity" SG_ 288 MCU_Mg2TempVal 7;
+BA_ "NetworkRequestHoldingTime" SG_ 288 MCU_Mg2TempVal 0;
+BA_ "RoutingFactor" SG_ 288 MCU_Mg2TempVal 5;
+BA_ "Version" SG_ 288 MCU_Mg2TempVal "19.04.04";
+BA_ "Description" SG_ 288 MCU_Mg2IgbtJnctnTempVal "HEV : MG2 - HSG, HSCAN - CR_Gcu_IgbtTemp_C
+
+EV : MG2 - Sub Axle, HSCAN - X";
+BA_ "GenSigStartValue" SG_ 288 MCU_Mg2IgbtJnctnTempVal 0;
+BA_ "UserSigValidity" SG_ 288 MCU_Mg2IgbtJnctnTempVal 7;
+BA_ "NetworkRequestHoldingTime" SG_ 288 MCU_Mg2IgbtJnctnTempVal 0;
+BA_ "RoutingFactor" SG_ 288 MCU_Mg2IgbtJnctnTempVal 5;
+BA_ "Version" SG_ 288 MCU_Mg2IgbtJnctnTempVal "19.04.04";
+BA_ "Description" SG_ 288 MCU_Mg2HtsnkTempVal "HEV : MG2 - HSG, HSCAN -  X
+
+EV : MG2 - Sub Axle, HSCAN - X";
+BA_ "GenSigStartValue" SG_ 288 MCU_Mg2HtsnkTempVal 0;
+BA_ "UserSigValidity" SG_ 288 MCU_Mg2HtsnkTempVal 7;
+BA_ "NetworkRequestHoldingTime" SG_ 288 MCU_Mg2HtsnkTempVal 0;
+BA_ "RoutingFactor" SG_ 288 MCU_Mg2HtsnkTempVal 5;
+BA_ "Version" SG_ 288 MCU_Mg2HtsnkTempVal "19.04.04";
+BA_ "Description" SG_ 288 MCU_Mg2InvtInVoltVal "HEV : MG2 - HSG, HSCAN -  X
+
+EV : MG2 - Sub Axle, HSCAN - X";
+BA_ "GenSigStartValue" SG_ 288 MCU_Mg2InvtInVoltVal 0;
+BA_ "UserSigValidity" SG_ 288 MCU_Mg2InvtInVoltVal 7;
+BA_ "NetworkRequestHoldingTime" SG_ 288 MCU_Mg2InvtInVoltVal 0;
+BA_ "RoutingFactor" SG_ 288 MCU_Mg2InvtInVoltVal 5;
+BA_ "Version" SG_ 288 MCU_Mg2InvtInVoltVal "19.04.04";
+BA_ "Description" SG_ 288 MCU_Mg2EstTqBfrAjPcVal "HEV : MG2 - HSG, HSCAN -  X
+
+EV : MG2 - Sub Axle, HSCAN - X";
+BA_ "GenSigStartValue" SG_ 288 MCU_Mg2EstTqBfrAjPcVal 0;
+BA_ "UserSigValidity" SG_ 288 MCU_Mg2EstTqBfrAjPcVal 7;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 288 MCU_Mg2EstTqBfrAjPcVal 500;
+BA_ "NetworkRequestHoldingTime" SG_ 288 MCU_Mg2EstTqBfrAjPcVal 0;
+BA_ "RoutingFactor" SG_ 288 MCU_Mg2EstTqBfrAjPcVal 5;
+BA_ "Version" SG_ 288 MCU_Mg2EstTqBfrAjPcVal "19.04.04";
+BA_ "Description" SG_ 288 GCU_AlvCnt2Val "For the first transmission request for a data element the counter shall be initialized with 0 and shall be incremented by 1 for every subsequent send request. 
+
+When the counter reaches the maximum value(0xFF), then it shall restart with 0 for the next send request";
+BA_ "GenSigStartValue" SG_ 288 GCU_AlvCnt2Val 0;
+BA_ "UserSigValidity" SG_ 288 GCU_AlvCnt2Val 7;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 288 GCU_AlvCnt2Val 500;
+BA_ "NetworkRequestHoldingTime" SG_ 288 GCU_AlvCnt2Val 0;
+BA_ "RoutingFactor" SG_ 288 GCU_AlvCnt2Val 5;
+BA_ "Version" SG_ 288 GCU_AlvCnt2Val "18.11.08";
+BA_ "Description" SG_ 288 MCU_Mg2MainRlyCutOffReq "HEV : MG2 - HSG, HSCAN -  CF_Gcu_RelayOffReq
+
+EV : MG2 - Sub Axle, HSCAN - X";
+BA_ "GenSigStartValue" SG_ 288 MCU_Mg2MainRlyCutOffReq 0;
+BA_ "UserSigValidity" SG_ 288 MCU_Mg2MainRlyCutOffReq 7;
+BA_ "NetworkRequestHoldingTime" SG_ 288 MCU_Mg2MainRlyCutOffReq 0;
+BA_ "RoutingFactor" SG_ 288 MCU_Mg2MainRlyCutOffReq 5;
+BA_ "Version" SG_ 288 MCU_Mg2MainRlyCutOffReq "19.04.04";
+BA_ "Description" SG_ 288 MCU_Mg2MainRlyCutOffDelayReq "HEV : MG2 - HSG, HSCAN -  CF_Gcu_RlyOffReqDelayed
+
+EV : MG2 - Sub Axle, HSCAN - X";
+BA_ "GenSigStartValue" SG_ 288 MCU_Mg2MainRlyCutOffDelayReq 0;
+BA_ "UserSigValidity" SG_ 288 MCU_Mg2MainRlyCutOffDelayReq 7;
+BA_ "NetworkRequestHoldingTime" SG_ 288 MCU_Mg2MainRlyCutOffDelayReq 0;
+BA_ "RoutingFactor" SG_ 288 MCU_Mg2MainRlyCutOffDelayReq 5;
+BA_ "Version" SG_ 288 MCU_Mg2MainRlyCutOffDelayReq "19.04.04";
+BA_ "Description" SG_ 288 MCU_Mg2PwmOnSta "HEV : MG2 - HSG, HSCAN -  CF_Gcu_HsgPwmOn
+
+EV : MG2 - Sub Axle, HSCAN - X";
+BA_ "GenSigStartValue" SG_ 288 MCU_Mg2PwmOnSta 0;
+BA_ "UserSigValidity" SG_ 288 MCU_Mg2PwmOnSta 7;
+BA_ "NetworkRequestHoldingTime" SG_ 288 MCU_Mg2PwmOnSta 0;
+BA_ "RoutingFactor" SG_ 288 MCU_Mg2PwmOnSta 5;
+BA_ "Version" SG_ 288 MCU_Mg2PwmOnSta "19.04.04";
+BA_ "Description" SG_ 288 MCU_Mg2HiVoltIntlkReq "HEV : MG2 - HSG, HSCAN -  X
+
+EV : MG2 - Sub Axle, HSCAN - X";
+BA_ "GenSigStartValue" SG_ 288 MCU_Mg2HiVoltIntlkReq 0;
+BA_ "UserSigValidity" SG_ 288 MCU_Mg2HiVoltIntlkReq 7;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ OPU SG_ 288 MCU_Mg2HiVoltIntlkReq 500;
+BA_ "NetworkRequestHoldingTime" SG_ 288 MCU_Mg2HiVoltIntlkReq 0;
+BA_ "RoutingFactor" SG_ 288 MCU_Mg2HiVoltIntlkReq 5;
+BA_ "Version" SG_ 288 MCU_Mg2HiVoltIntlkReq "19.04.06";
+BA_ "Description" SG_ 288 MCU_Mg2MilOnReq "HEV : MG2 - HSG, HSCAN -  CF_Gcu_MILReq
+
+EV : MG2 - Sub Axle, HSCAN - X";
+BA_ "GenSigStartValue" SG_ 288 MCU_Mg2MilOnReq 0;
+BA_ "UserSigValidity" SG_ 288 MCU_Mg2MilOnReq 7;
+BA_ "NetworkRequestHoldingTime" SG_ 288 MCU_Mg2MilOnReq 0;
+BA_ "RoutingFactor" SG_ 288 MCU_Mg2MilOnReq 5;
+BA_ "Version" SG_ 288 MCU_Mg2MilOnReq "19.04.04";
+BA_ "Description" SG_ 288 MCU_Mg2SrvLmpOnReq "HEV : MG2 - HSG, HSCAN -  CF_Gcu_ServiceLamp
+
+EV : MG2 - Sub Axle, HSCAN - X";
+BA_ "GenSigStartValue" SG_ 288 MCU_Mg2SrvLmpOnReq 0;
+BA_ "UserSigValidity" SG_ 288 MCU_Mg2SrvLmpOnReq 7;
+BA_ "NetworkRequestHoldingTime" SG_ 288 MCU_Mg2SrvLmpOnReq 0;
+BA_ "RoutingFactor" SG_ 288 MCU_Mg2SrvLmpOnReq 5;
+BA_ "Version" SG_ 288 MCU_Mg2SrvLmpOnReq "19.04.04";
+BA_ "Description" SG_ 288 MCU_Mg2SpdLimSta "HEV : MG2 - HSG, HSCAN -  CF_Gcu_HsgOvSpdLmtFlag
+
+EV : MG2 - Sub Axle, HSCAN - X";
+BA_ "GenSigStartValue" SG_ 288 MCU_Mg2SpdLimSta 0;
+BA_ "UserSigValidity" SG_ 288 MCU_Mg2SpdLimSta 7;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 288 MCU_Mg2SpdLimSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 288 MCU_Mg2SpdLimSta 0;
+BA_ "RoutingFactor" SG_ 288 MCU_Mg2SpdLimSta 5;
+BA_ "Version" SG_ 288 MCU_Mg2SpdLimSta "19.04.04";
+BA_ "Description" SG_ 288 MCU_Mg2EngSpdLim "HEV : MG2 - HSG, HSCAN -  CF_Gcu_EngRpmLmt
+
+EV : MG2 - Sub Axle, HSCAN - X";
+BA_ "GenSigStartValue" SG_ 288 MCU_Mg2EngSpdLim 0;
+BA_ "UserSigValidity" SG_ 288 MCU_Mg2EngSpdLim 7;
+BA_ "NetworkRequestHoldingTime" SG_ 288 MCU_Mg2EngSpdLim 0;
+BA_ "RoutingFactor" SG_ 288 MCU_Mg2EngSpdLim 5;
+BA_ "Version" SG_ 288 MCU_Mg2EngSpdLim "19.04.04";
+BA_ "Description" SG_ 288 MCU_Mg2AnkJrkActvSta "HEV : MG2 - HSG, HSCAN -  X
+
+EV : MG2 - Sub Axle, HSCAN - X";
+BA_ "GenSigStartValue" SG_ 288 MCU_Mg2AnkJrkActvSta 0;
+BA_ "UserSigValidity" SG_ 288 MCU_Mg2AnkJrkActvSta 7;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 288 MCU_Mg2AnkJrkActvSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 288 MCU_Mg2AnkJrkActvSta 0;
+BA_ "RoutingFactor" SG_ 288 MCU_Mg2AnkJrkActvSta 5;
+BA_ "Version" SG_ 288 MCU_Mg2AnkJrkActvSta "19.04.04";
+BA_ "Description" SG_ 288 MCU_Mg2ActnTestModSta "HEV : MG2 - HSG, HSCAN -  CF_Gcu_ActTest
+
+EV : MG2 - Sub Axle, HSCAN - X";
+BA_ "GenSigStartValue" SG_ 288 MCU_Mg2ActnTestModSta 0;
+BA_ "UserSigValidity" SG_ 288 MCU_Mg2ActnTestModSta 7;
+BA_ "NetworkRequestHoldingTime" SG_ 288 MCU_Mg2ActnTestModSta 0;
+BA_ "RoutingFactor" SG_ 288 MCU_Mg2ActnTestModSta 5;
+BA_ "Version" SG_ 288 MCU_Mg2ActnTestModSta "19.04.04";
+BA_ "Description" SG_ 288 MCU_Mg2PwmRetryStatus "Inverter PWM Retry Status Before Fault Confrimed
+
+HEV : MG2 - HSG, HSCAN -  CF_Gcu_HsgPwmRetryOn
+
+EV : MG2 - Sub Axle, HSCAN - X";
+BA_ "GenSigStartValue" SG_ 288 MCU_Mg2PwmRetryStatus 0;
+BA_ "UserSigValidity" SG_ 288 MCU_Mg2PwmRetryStatus 7;
+BA_ "NetworkRequestHoldingTime" SG_ 288 MCU_Mg2PwmRetryStatus 0;
+BA_ "RoutingFactor" SG_ 288 MCU_Mg2PwmRetryStatus 5;
+BA_ "Version" SG_ 288 MCU_Mg2PwmRetryStatus "19.04.04";
+BA_ "Description" SG_ 288 MCU_Mg2TrqCmdStat "Hsg torque command status that indicates which torque commad is currently used.
+
+HEV : MG2 - HSG, HSCAN -  X
+
+EV : MG2 - Sub Axle, HSCAN - X";
+BA_ "GenSigStartValue" SG_ 288 MCU_Mg2TrqCmdStat 0;
+BA_ "UserSigValidity" SG_ 288 MCU_Mg2TrqCmdStat 7;
+BA_ "NetworkRequestHoldingTime" SG_ 288 MCU_Mg2TrqCmdStat 0;
+BA_ "RoutingFactor" SG_ 288 MCU_Mg2TrqCmdStat 5;
+BA_ "Version" SG_ 288 MCU_Mg2TrqCmdStat "19.04.04";
+BA_ "Description" SG_ 288 MCU_Mg2RsvrCalibReq "HEV : MG2 - HSG, HSCAN -  CF_Gcu_RsvCalReq
+
+EV : MG2 - Sub Axle, HSCAN - X";
+BA_ "GenSigStartValue" SG_ 288 MCU_Mg2RsvrCalibReq 0;
+BA_ "UserSigValidity" SG_ 288 MCU_Mg2RsvrCalibReq 7;
+BA_ "NetworkRequestHoldingTime" SG_ 288 MCU_Mg2RsvrCalibReq 0;
+BA_ "RoutingFactor" SG_ 288 MCU_Mg2RsvrCalibReq 5;
+BA_ "Version" SG_ 288 MCU_Mg2RsvrCalibReq "19.04.04";
+BA_ "Description" SG_ 288 MCU_Mg2RsvrCalibProcSta "HEV : MG2 - HSG, HSCAN -  CF_Gcu_RsvCalNeeded
+
+EV : MG2 - Sub Axle, HSCAN - X";
+BA_ "GenSigStartValue" SG_ 288 MCU_Mg2RsvrCalibProcSta 0;
+BA_ "UserSigValidity" SG_ 288 MCU_Mg2RsvrCalibProcSta 7;
+BA_ "NetworkRequestHoldingTime" SG_ 288 MCU_Mg2RsvrCalibProcSta 0;
+BA_ "RoutingFactor" SG_ 288 MCU_Mg2RsvrCalibProcSta 5;
+BA_ "Version" SG_ 288 MCU_Mg2RsvrCalibProcSta "19.04.04";
+BA_ "Description" SG_ 288 MCU_Mg2RsvrCalibSta "HEV : MG2 - HSG, HSCAN -  CF_Gcu_RsvCalStatus
+
+EV : MG2 - Sub Axle, HSCAN - X";
+BA_ "GenSigStartValue" SG_ 288 MCU_Mg2RsvrCalibSta 0;
+BA_ "UserSigValidity" SG_ 288 MCU_Mg2RsvrCalibSta 7;
+BA_ "NetworkRequestHoldingTime" SG_ 288 MCU_Mg2RsvrCalibSta 0;
+BA_ "RoutingFactor" SG_ 288 MCU_Mg2RsvrCalibSta 5;
+BA_ "Version" SG_ 288 MCU_Mg2RsvrCalibSta "19.04.04";
+BA_ "Description" SG_ 288 MCU_Mg2EstTqVal "HEV : MG2 - HSG, HSCAN -  X
+
+EV : MG2 - Sub Axle, HSCAN - X";
+BA_ "GenSigStartValue" SG_ 288 MCU_Mg2EstTqVal 0;
+BA_ "UserSigValidity" SG_ 288 MCU_Mg2EstTqVal 7;
+BA_ "NetworkRequestHoldingTime" SG_ 288 MCU_Mg2EstTqVal 0;
+BA_ "RoutingFactor" SG_ 288 MCU_Mg2EstTqVal 5;
+BA_ "Version" SG_ 288 MCU_Mg2EstTqVal "19.04.04";
+BA_ "Description" SG_ 288 MCU_Mg2EngOnReq "HEV: MG2 - HSG, HSCAN - CF_Gcu_EngOnReq
+
+EV: MG2 - Sub Axle, HSCAN - X";
+BA_ "GenSigStartValue" SG_ 288 MCU_Mg2EngOnReq 0;
+BA_ "UserSigValidity" SG_ 288 MCU_Mg2EngOnReq 7;
+BA_ "NetworkRequestHoldingTime" SG_ 288 MCU_Mg2EngOnReq 0;
+BA_ "RoutingFactor" SG_ 288 MCU_Mg2EngOnReq 5;
+BA_ "Version" SG_ 288 MCU_Mg2EngOnReq "19.05.02";
+BA_ "Description" SG_ 288 MCU_Mg2RadPwmDtyReq "HEV : MG2 - HSG, HSCAN -  X
+
+EV : MG2 - Sub Axle, HSCAN - X";
+BA_ "GenSigStartValue" SG_ 288 MCU_Mg2RadPwmDtyReq 0;
+BA_ "UserSigValidity" SG_ 288 MCU_Mg2RadPwmDtyReq 7;
+BA_ "NetworkRequestHoldingTime" SG_ 288 MCU_Mg2RadPwmDtyReq 0;
+BA_ "RoutingFactor" SG_ 288 MCU_Mg2RadPwmDtyReq 5;
+BA_ "Version" SG_ 288 MCU_Mg2RadPwmDtyReq "19.04.04";
+BA_ "Description" SG_ 288 MCU_Mg2ActlRadFanRotatSpdRpmVal "HEV : MG2 - HSG, HSCAN -  X
+
+EV : MG2 - Sub Axle, HSCAN - X";
+BA_ "GenSigStartValue" SG_ 288 MCU_Mg2ActlRadFanRotatSpdRpmVal 0;
+BA_ "UserSigValidity" SG_ 288 MCU_Mg2ActlRadFanRotatSpdRpmVal 7;
+BA_ "NetworkRequestHoldingTime" SG_ 288 MCU_Mg2ActlRadFanRotatSpdRpmVal 0;
+BA_ "RoutingFactor" SG_ 288 MCU_Mg2ActlRadFanRotatSpdRpmVal 5;
+BA_ "Version" SG_ 288 MCU_Mg2ActlRadFanRotatSpdRpmVal "19.04.04";
+BA_ "Description" SG_ 288 MCU_Mg2EstBfrAjVal "HEV : MG2 - HSG, HSCAN -  X
+
+EV : MG2 - Sub Axle, HSCAN - X";
+BA_ "GenSigStartValue" SG_ 288 MCU_Mg2EstBfrAjVal 0;
+BA_ "UserSigValidity" SG_ 288 MCU_Mg2EstBfrAjVal 7;
+BA_ "NetworkRequestHoldingTime" SG_ 288 MCU_Mg2EstBfrAjVal 0;
+BA_ "RoutingFactor" SG_ 288 MCU_Mg2EstBfrAjVal 5;
+BA_ "Version" SG_ 288 MCU_Mg2EstBfrAjVal "19.04.04";
+BA_ "Description" SG_ 288 MCU_Mg2TqUppLimMtrngVal "HEV : MG2 - HSG, HSCAN -  X
+
+EV : MG2 - Sub Axle, HSCAN - X";
+BA_ "GenSigStartValue" SG_ 288 MCU_Mg2TqUppLimMtrngVal 0;
+BA_ "UserSigValidity" SG_ 288 MCU_Mg2TqUppLimMtrngVal 7;
+BA_ "NetworkRequestHoldingTime" SG_ 288 MCU_Mg2TqUppLimMtrngVal 0;
+BA_ "RoutingFactor" SG_ 288 MCU_Mg2TqUppLimMtrngVal 5;
+BA_ "Version" SG_ 288 MCU_Mg2TqUppLimMtrngVal "19.04.04";
+BA_ "Description" SG_ 288 MCU_Mg2ActlRotatSpdRpmVal "HEV : MG2 - HSG, HSCAN -  CR_Gcu_HsgActRotSpd_rpm
+
+EV : MG2 - Sub Axle, HSCAN - X";
+BA_ "GenSigStartValue" SG_ 288 MCU_Mg2ActlRotatSpdRpmVal 0;
+BA_ "UserSigValidity" SG_ 288 MCU_Mg2ActlRotatSpdRpmVal 7;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 288 MCU_Mg2ActlRotatSpdRpmVal 500;
+BA_ "NetworkRequestHoldingTime" SG_ 288 MCU_Mg2ActlRotatSpdRpmVal 0;
+BA_ "RoutingFactor" SG_ 288 MCU_Mg2ActlRotatSpdRpmVal 5;
+BA_ "Version" SG_ 288 MCU_Mg2ActlRotatSpdRpmVal "19.04.04";
+BA_ "Description" SG_ 288 MCU_Mg2TqUppLimGenVal "HEV : MG2 - HSG, HSCAN -  X
+
+EV : MG2 - Sub Axle, HSCAN - X";
+BA_ "GenSigStartValue" SG_ 288 MCU_Mg2TqUppLimGenVal 0;
+BA_ "UserSigValidity" SG_ 288 MCU_Mg2TqUppLimGenVal 7;
+BA_ "NetworkRequestHoldingTime" SG_ 288 MCU_Mg2TqUppLimGenVal 0;
+BA_ "RoutingFactor" SG_ 288 MCU_Mg2TqUppLimGenVal 5;
+BA_ "Version" SG_ 288 MCU_Mg2TqUppLimGenVal "19.04.04";
+BA_ "Description" SG_ 288 MCU_Mg2EstTqPcVal "HEV : MG2 - HSG, HSCAN -  CR_Gcu_HsgEstTq_Pc
+
+EV : MG2 - Sub Axle, HSCAN - X";
+BA_ "GenSigStartValue" SG_ 288 MCU_Mg2EstTqPcVal 0;
+BA_ "UserSigValidity" SG_ 288 MCU_Mg2EstTqPcVal 7;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 288 MCU_Mg2EstTqPcVal 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 288 MCU_Mg2EstTqPcVal 500;
+BA_ "NetworkRequestHoldingTime" SG_ 288 MCU_Mg2EstTqPcVal 0;
+BA_ "RoutingFactor" SG_ 288 MCU_Mg2EstTqPcVal 5;
+BA_ "Version" SG_ 288 MCU_Mg2EstTqPcVal "19.04.04";
+BA_ "Description" SG_ 288 MCU_Mg2InvtRdySta "HEV : MG2 - HSG, HSCAN -  CF_Gcu_InvRdy
+
+EV : MG2 - Sub Axle, HSCAN - X";
+BA_ "GenSigStartValue" SG_ 288 MCU_Mg2InvtRdySta 0;
+BA_ "UserSigValidity" SG_ 288 MCU_Mg2InvtRdySta 7;
+BA_ "NetworkRequestHoldingTime" SG_ 288 MCU_Mg2InvtRdySta 0;
+BA_ "RoutingFactor" SG_ 288 MCU_Mg2InvtRdySta 5;
+BA_ "Version" SG_ 288 MCU_Mg2InvtRdySta "19.04.04";
+BA_ "Description" SG_ 288 MCU_Mg2CtrlablSta "HEV : MG2 - HSG, HSCAN -  CF_Gcu_InvCtrable
+
+EV : MG2 - Sub Axle, HSCAN - X";
+BA_ "GenSigStartValue" SG_ 288 MCU_Mg2CtrlablSta 0;
+BA_ "UserSigValidity" SG_ 288 MCU_Mg2CtrlablSta 7;
+BA_ "NetworkRequestHoldingTime" SG_ 288 MCU_Mg2CtrlablSta 0;
+BA_ "RoutingFactor" SG_ 288 MCU_Mg2CtrlablSta 5;
+BA_ "Version" SG_ 288 MCU_Mg2CtrlablSta "19.04.04";
+BA_ "Description" SG_ 288 MCU_Mg2WrngSta "HEV : MG2 - HSG, HSCAN -  CF_Gcu_Wrn
+
+EV : MG2 - Sub Axle, HSCAN - X";
+BA_ "GenSigStartValue" SG_ 288 MCU_Mg2WrngSta 0;
+BA_ "UserSigValidity" SG_ 288 MCU_Mg2WrngSta 7;
+BA_ "NetworkRequestHoldingTime" SG_ 288 MCU_Mg2WrngSta 0;
+BA_ "RoutingFactor" SG_ 288 MCU_Mg2WrngSta 5;
+BA_ "Version" SG_ 288 MCU_Mg2WrngSta "19.04.04";
+BA_ "Description" SG_ 288 MCU_Mg2FltSta "HEV : MG2 - HSG, HSCAN -  CF_Gcu_Flt
+
+EV : MG2 - Sub Axle, HSCAN - X";
+BA_ "GenSigStartValue" SG_ 288 MCU_Mg2FltSta 0;
+BA_ "UserSigValidity" SG_ 288 MCU_Mg2FltSta 7;
+BA_ "NetworkRequestHoldingTime" SG_ 288 MCU_Mg2FltSta 0;
+BA_ "RoutingFactor" SG_ 288 MCU_Mg2FltSta 5;
+BA_ "Version" SG_ 288 MCU_Mg2FltSta "19.04.04";
+BA_ "Description" SG_ 288 MCU_Mg2DeratingFctrPcVal "HEV : MG2 - HSG, HSCAN -  CR_Gcu_HsgDeFact_Pc
+
+EV : MG2 - Sub Axle, HSCAN - X";
+BA_ "GenSigStartValue" SG_ 288 MCU_Mg2DeratingFctrPcVal 0;
+BA_ "UserSigValidity" SG_ 288 MCU_Mg2DeratingFctrPcVal 7;
+BA_ "NetworkRequestHoldingTime" SG_ 288 MCU_Mg2DeratingFctrPcVal 0;
+BA_ "RoutingFactor" SG_ 288 MCU_Mg2DeratingFctrPcVal 5;
+BA_ "Version" SG_ 288 MCU_Mg2DeratingFctrPcVal "19.04.04";
+BA_ "Description" SG_ 288 MCU_Mg2TqUpLimMPcVal "HEV : MG2 - HSG, HSCAN -  CR_Gcu_HsgTqUpLmtM_Pc
+
+EV : MG2 - Sub Axle, HSCAN - X";
+BA_ "GenSigStartValue" SG_ 288 MCU_Mg2TqUpLimMPcVal 0;
+BA_ "UserSigValidity" SG_ 288 MCU_Mg2TqUpLimMPcVal 7;
+BA_ "NetworkRequestHoldingTime" SG_ 288 MCU_Mg2TqUpLimMPcVal 0;
+BA_ "RoutingFactor" SG_ 288 MCU_Mg2TqUpLimMPcVal 5;
+BA_ "Version" SG_ 288 MCU_Mg2TqUpLimMPcVal "19.04.04";
+BA_ "Description" SG_ 288 MCU_Mg2TqUpLimGPcVal "HEV : MG2 - HSG, HSCAN -  CR_Gcu_HsgTqUpLmtG_Pc
+
+EV : MG2 - Sub Axle, HSCAN - X";
+BA_ "GenSigStartValue" SG_ 288 MCU_Mg2TqUpLimGPcVal 0;
+BA_ "UserSigValidity" SG_ 288 MCU_Mg2TqUpLimGPcVal 7;
+BA_ "NetworkRequestHoldingTime" SG_ 288 MCU_Mg2TqUpLimGPcVal 0;
+BA_ "RoutingFactor" SG_ 288 MCU_Mg2TqUpLimGPcVal 5;
+BA_ "Version" SG_ 288 MCU_Mg2TqUpLimGPcVal "19.04.04";
+BA_ "Description" SG_ 288 MCU_Mg2InvtTempVal "HEV : MG2 - HSG, HSCAN -  CR_Gcu_InvTemp_C
+
+EV : MG2 - Sub Axle, HSCAN - X";
+BA_ "GenSigStartValue" SG_ 288 MCU_Mg2InvtTempVal 0;
+BA_ "UserSigValidity" SG_ 288 MCU_Mg2InvtTempVal 7;
+BA_ "NetworkRequestHoldingTime" SG_ 288 MCU_Mg2InvtTempVal 0;
+BA_ "RoutingFactor" SG_ 288 MCU_Mg2InvtTempVal 5;
+BA_ "Version" SG_ 288 MCU_Mg2InvtTempVal "19.04.04";
+BA_ "GenMsgSendType" BO_ 592 0;
+BA_ "GenMsgCycleTime" BO_ 592 100;
+BA_ "GenMsgCycleTimeFast" BO_ 592 0;
+BA_ "GenMsgNrOfRepetition" BO_ 592 0;
+BA_ "GenMsgStartDelayTime" BO_ 592 0;
+BA_ "VFrameFormat" BO_ 592 14;
+BA_ "Description" SG_ 592 MCU_Crc3Val "The data area for CRC calculation is based on the data length (DLC) of the message DB.
+
+The CRC shall be calculated over the entire data block (excluding the CRC bytes) including the user data, alive counter and Data ID
+
+ 
+
+- CRC Polynomial (0x1021) , Initial Value : 0xFFFF, XOR value : 0x0000, Data ID : Message ID + 0xF800 
+
+- The initial value is for CRC calculation and the message should be sent with the calculated result value. 
+
+- The mathematical expression to 16 bit CRC polynomial is given here. G(x) = x16 + x12 + x5 + 1";
+BA_ "GenSigStartValue" SG_ 592 MCU_Crc3Val 65535;
+BA_ "UserSigValidity" SG_ 592 MCU_Crc3Val 7;
+BA_ "NetworkRequestHoldingTime" SG_ 592 MCU_Crc3Val 0;
+BA_ "RoutingFactor" SG_ 592 MCU_Crc3Val 2;
+BA_ "Version" SG_ 592 MCU_Crc3Val "18.11.08";
+BA_ "Description" SG_ 592 MCU_Mg1EwpClntDiagEnblStatus "HSCAN : CF_Mcu_EwpCoolantDiagEnb";
+BA_ "GenSigStartValue" SG_ 592 MCU_Mg1EwpClntDiagEnblStatus 0;
+BA_ "UserSigValidity" SG_ 592 MCU_Mg1EwpClntDiagEnblStatus 7;
+BA_ "NetworkRequestHoldingTime" SG_ 592 MCU_Mg1EwpClntDiagEnblStatus 0;
+BA_ "RoutingFactor" SG_ 592 MCU_Mg1EwpClntDiagEnblStatus 2;
+BA_ "Version" SG_ 592 MCU_Mg1EwpClntDiagEnblStatus "19.04.04";
+BA_ "Description" SG_ 592 MCU_Mg1EwpClntSuffDisp "HSCAN : CF_Mcu_EwpCoolantCluDisp";
+BA_ "GenSigStartValue" SG_ 592 MCU_Mg1EwpClntSuffDisp 0;
+BA_ "UserSigValidity" SG_ 592 MCU_Mg1EwpClntSuffDisp 7;
+BA_ "NetworkRequestHoldingTime" SG_ 592 MCU_Mg1EwpClntSuffDisp 0;
+BA_ "RoutingFactor" SG_ 592 MCU_Mg1EwpClntSuffDisp 2;
+BA_ "Version" SG_ 592 MCU_Mg1EwpClntSuffDisp "19.04.04";
+BA_ "Description" SG_ 592 MCU_Mg1Ewp1MalFuncStatus "HSCAN : CF_Mcu_EwpMalFlag";
+BA_ "GenSigStartValue" SG_ 592 MCU_Mg1Ewp1MalFuncStatus 0;
+BA_ "UserSigValidity" SG_ 592 MCU_Mg1Ewp1MalFuncStatus 7;
+BA_ "NetworkRequestHoldingTime" SG_ 592 MCU_Mg1Ewp1MalFuncStatus 0;
+BA_ "RoutingFactor" SG_ 592 MCU_Mg1Ewp1MalFuncStatus 2;
+BA_ "Version" SG_ 592 MCU_Mg1Ewp1MalFuncStatus "19.04.04";
+BA_ "Description" SG_ 592 MCU_Mg1Ewp1ForcedOpStatus "HSCAN : CF_Mcu_Ewp1ForcedOpSts";
+BA_ "GenSigStartValue" SG_ 592 MCU_Mg1Ewp1ForcedOpStatus 0;
+BA_ "UserSigValidity" SG_ 592 MCU_Mg1Ewp1ForcedOpStatus 7;
+BA_ "NetworkRequestHoldingTime" SG_ 592 MCU_Mg1Ewp1ForcedOpStatus 0;
+BA_ "RoutingFactor" SG_ 592 MCU_Mg1Ewp1ForcedOpStatus 2;
+BA_ "Version" SG_ 592 MCU_Mg1Ewp1ForcedOpStatus "19.04.04";
+BA_ "Description" SG_ 592 MCU_Mg1Ewp1ProtectModeLIN "EWP Protect Mode from EWP controller via LIN
+
+HSCAN : CF_Ewp_ProtectMode";
+BA_ "GenSigStartValue" SG_ 592 MCU_Mg1Ewp1ProtectModeLIN 0;
+BA_ "UserSigValidity" SG_ 592 MCU_Mg1Ewp1ProtectModeLIN 7;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ OPU SG_ 592 MCU_Mg1Ewp1ProtectModeLIN 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 592 MCU_Mg1Ewp1ProtectModeLIN 0;
+BA_ "RoutingFactor" SG_ 592 MCU_Mg1Ewp1ProtectModeLIN 2;
+BA_ "Version" SG_ 592 MCU_Mg1Ewp1ProtectModeLIN "19.04.04";
+BA_ "Description" SG_ 592 MCU_Mg1Ewp1FltStatusLIN "EWP Fault Status from EWP1 controller via LIN
+
+HSCAN : CF_Ewp_FltStatus";
+BA_ "GenSigStartValue" SG_ 592 MCU_Mg1Ewp1FltStatusLIN 0;
+BA_ "UserSigValidity" SG_ 592 MCU_Mg1Ewp1FltStatusLIN 7;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ OPU SG_ 592 MCU_Mg1Ewp1FltStatusLIN 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 592 MCU_Mg1Ewp1FltStatusLIN 0;
+BA_ "RoutingFactor" SG_ 592 MCU_Mg1Ewp1FltStatusLIN 2;
+BA_ "Version" SG_ 592 MCU_Mg1Ewp1FltStatusLIN "19.04.04";
+BA_ "Description" SG_ 592 MCU_Mg1Ewp1SpdRpmReqLIN "HSCAN : CR_Mcu_EwpSpdReq_Rpm";
+BA_ "GenSigStartValue" SG_ 592 MCU_Mg1Ewp1SpdRpmReqLIN 0;
+BA_ "UserSigValidity" SG_ 592 MCU_Mg1Ewp1SpdRpmReqLIN 7;
+BA_ "NetworkRequestHoldingTime" SG_ 592 MCU_Mg1Ewp1SpdRpmReqLIN 0;
+BA_ "RoutingFactor" SG_ 592 MCU_Mg1Ewp1SpdRpmReqLIN 2;
+BA_ "Version" SG_ 592 MCU_Mg1Ewp1SpdRpmReqLIN "19.04.04";
+BA_ "Description" SG_ 592 MCU_AlvCnt3Val "For the first transmission request for a data element the counter shall be initialized with 0 and shall be incremented by 1 for every subsequent send request. 
+
+When the counter reaches the maximum value(0xFF), then it shall restart with 0 for the next send request";
+BA_ "GenSigStartValue" SG_ 592 MCU_AlvCnt3Val 0;
+BA_ "UserSigValidity" SG_ 592 MCU_AlvCnt3Val 7;
+BA_ "NetworkRequestHoldingTime" SG_ 592 MCU_AlvCnt3Val 0;
+BA_ "RoutingFactor" SG_ 592 MCU_AlvCnt3Val 2;
+BA_ "Version" SG_ 592 MCU_AlvCnt3Val "18.11.08";
+BA_ "Description" SG_ 592 MCU_Mg1Ewp1ActSpdRpmLIN "EWP Actual Speed Rpm from EWP controller via LIN
+
+HSCAN : CR_Ewp_ActRotSpd_Rpm";
+BA_ "GenSigStartValue" SG_ 592 MCU_Mg1Ewp1ActSpdRpmLIN 0;
+BA_ "UserSigValidity" SG_ 592 MCU_Mg1Ewp1ActSpdRpmLIN 7;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ OPU SG_ 592 MCU_Mg1Ewp1ActSpdRpmLIN 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 592 MCU_Mg1Ewp1ActSpdRpmLIN 0;
+BA_ "RoutingFactor" SG_ 592 MCU_Mg1Ewp1ActSpdRpmLIN 2;
+BA_ "Version" SG_ 592 MCU_Mg1Ewp1ActSpdRpmLIN "19.04.04";
+BA_ "Description" SG_ 592 MCU_Mg1Grp1FltCodVal "HSCAN : CR_Mcu_InfoCodeL1";
+BA_ "GenSigStartValue" SG_ 592 MCU_Mg1Grp1FltCodVal 0;
+BA_ "UserSigValidity" SG_ 592 MCU_Mg1Grp1FltCodVal 7;
+BA_ "NetworkRequestHoldingTime" SG_ 592 MCU_Mg1Grp1FltCodVal 0;
+BA_ "RoutingFactor" SG_ 592 MCU_Mg1Grp1FltCodVal 2;
+BA_ "Version" SG_ 592 MCU_Mg1Grp1FltCodVal "19.04.04";
+BA_ "Description" SG_ 592 MCU_Mg1Grp2FltCodVal "HSCAN : CR_Mcu_InfoCodeL2";
+BA_ "GenSigStartValue" SG_ 592 MCU_Mg1Grp2FltCodVal 0;
+BA_ "UserSigValidity" SG_ 592 MCU_Mg1Grp2FltCodVal 7;
+BA_ "NetworkRequestHoldingTime" SG_ 592 MCU_Mg1Grp2FltCodVal 0;
+BA_ "RoutingFactor" SG_ 592 MCU_Mg1Grp2FltCodVal 2;
+BA_ "Version" SG_ 592 MCU_Mg1Grp2FltCodVal "19.04.04";
+BA_ "Description" SG_ 592 MCU_Mg1Grp3FltCodVal "HSCAN : CR_Mcu_InfoCodeL3";
+BA_ "GenSigStartValue" SG_ 592 MCU_Mg1Grp3FltCodVal 0;
+BA_ "UserSigValidity" SG_ 592 MCU_Mg1Grp3FltCodVal 7;
+BA_ "NetworkRequestHoldingTime" SG_ 592 MCU_Mg1Grp3FltCodVal 0;
+BA_ "RoutingFactor" SG_ 592 MCU_Mg1Grp3FltCodVal 2;
+BA_ "Version" SG_ 592 MCU_Mg1Grp3FltCodVal "19.04.04";
+BA_ "Description" SG_ 592 MCU_Mg1Grp4FltCodVal "HSCAN : CR_Mcu_InfoCodeL4";
+BA_ "GenSigStartValue" SG_ 592 MCU_Mg1Grp4FltCodVal 0;
+BA_ "UserSigValidity" SG_ 592 MCU_Mg1Grp4FltCodVal 7;
+BA_ "NetworkRequestHoldingTime" SG_ 592 MCU_Mg1Grp4FltCodVal 0;
+BA_ "RoutingFactor" SG_ 592 MCU_Mg1Grp4FltCodVal 2;
+BA_ "Version" SG_ 592 MCU_Mg1Grp4FltCodVal "19.04.04";
+BA_ "Description" SG_ 592 MCU_Mg1Grp5FltCodVal "HSCAN : CR_Mcu_InfoCodeL5";
+BA_ "GenSigStartValue" SG_ 592 MCU_Mg1Grp5FltCodVal 0;
+BA_ "UserSigValidity" SG_ 592 MCU_Mg1Grp5FltCodVal 7;
+BA_ "NetworkRequestHoldingTime" SG_ 592 MCU_Mg1Grp5FltCodVal 0;
+BA_ "RoutingFactor" SG_ 592 MCU_Mg1Grp5FltCodVal 2;
+BA_ "Version" SG_ 592 MCU_Mg1Grp5FltCodVal "19.04.04";
+BA_ "Description" SG_ 592 MCU_Mg1Grp6FltCodVal "HSCAN : CR_Mcu_InfoCodeL6";
+BA_ "GenSigStartValue" SG_ 592 MCU_Mg1Grp6FltCodVal 0;
+BA_ "UserSigValidity" SG_ 592 MCU_Mg1Grp6FltCodVal 7;
+BA_ "NetworkRequestHoldingTime" SG_ 592 MCU_Mg1Grp6FltCodVal 0;
+BA_ "RoutingFactor" SG_ 592 MCU_Mg1Grp6FltCodVal 2;
+BA_ "Version" SG_ 592 MCU_Mg1Grp6FltCodVal "19.04.04";
+BA_ "Description" SG_ 592 MCU_Mg1GrpUFltCodVal "HSCAN : CR_Mcu_InfoCodeLU";
+BA_ "GenSigStartValue" SG_ 592 MCU_Mg1GrpUFltCodVal 0;
+BA_ "UserSigValidity" SG_ 592 MCU_Mg1GrpUFltCodVal 7;
+BA_ "NetworkRequestHoldingTime" SG_ 592 MCU_Mg1GrpUFltCodVal 0;
+BA_ "RoutingFactor" SG_ 592 MCU_Mg1GrpUFltCodVal 2;
+BA_ "Version" SG_ 592 MCU_Mg1GrpUFltCodVal "19.04.04";
+BA_ "GenMsgSendType" BO_ 962 0;
+BA_ "GenMsgCycleTime" BO_ 962 200;
+BA_ "GenMsgStartDelayTime" BO_ 962 0;
+BA_ "VFrameFormat" BO_ 962 14;
+BA_ "Description" SG_ 962 MFSW_Crc2Val "The data area for CRC calculation is based on the data length (DLC) of the message DB.
+
+The CRC shall be calculated over the entire data block (excluding the CRC bytes) including the user data, alive counter and Data ID 
+
+ 
+
+- CRC Polynomial (0x1D) , Initial Value : 0x00, XOR value : 0xFF, Data ID Mode : Both, Data ID : Message ID + 0xF800 
+
+- The initial value is for CRC calculation and the message should be sent with the calculated result value. 
+
+The mathematical expression to 8 bit CRC polynomial is given here. G(x) = x8 + x4 + x3 + x2 + 1";
+BA_ "GenSigSendType" SG_ 962 MFSW_Crc2Val 4;
+BA_ "GenSigStartValue" SG_ 962 MFSW_Crc2Val 255;
+BA_ "UserSigValidity" SG_ 962 MFSW_Crc2Val 0;
+BA_ "NetworkRequestHoldingTime" SG_ 962 MFSW_Crc2Val 0;
+BA_ "RoutingFactor" SG_ 962 MFSW_Crc2Val 1;
+BA_ "Version" SG_ 962 MFSW_Crc2Val "18.11.08";
+BA_ "Description" SG_ 962 MFSW_AlvCnt2Val "For the first transmission request for a data element the counter shall be initialized with 0 and shall be incremented by 1
+
+for every subsequent send request. When the counter reaches the maximum value(0xE), then it shall restart with 0 for the next send request";
+BA_ "GenSigSendType" SG_ 962 MFSW_AlvCnt2Val 4;
+BA_ "GenSigStartValue" SG_ 962 MFSW_AlvCnt2Val 0;
+BA_ "UserSigValidity" SG_ 962 MFSW_AlvCnt2Val 0;
+BA_ "NetworkRequestHoldingTime" SG_ 962 MFSW_AlvCnt2Val 0;
+BA_ "RoutingFactor" SG_ 962 MFSW_AlvCnt2Val 1;
+BA_ "Version" SG_ 962 MFSW_AlvCnt2Val "18.11.08";
+BA_ "Description" SG_ 962 Wiper_FrWiperSwSta "Multifuction Front Wiper Switch Status
+
+
+
+The value '0x1' means 'Int Sw On' or 'Auto Sw on' and its status determined by 'C_RainSnsOption' signal
+
+
+
+0x1 : Wiper Int Sw on (C_RainSnsOption = 0x0)
+
+
+
+0x1 : Wiper Auto Sw on (C_RainSnsOption = 0x1)";
+BA_ "GenSigSendType" SG_ 962 Wiper_FrWiperSwSta 4;
+BA_ "GenSigStartValue" SG_ 962 Wiper_FrWiperSwSta 0;
+BA_ "UserSigValidity" SG_ 962 Wiper_FrWiperSwSta 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 962 Wiper_FrWiperSwSta 1500;
+BA_ "NetworkRequest" SG_ 962 Wiper_FrWiperSwSta 0;
+BA_ "NetworkRequestHoldingTime" SG_ 962 Wiper_FrWiperSwSta 5000;
+BA_ "RoutingFactor" SG_ 962 Wiper_FrWiperSwSta 1;
+BA_ "Version" SG_ 962 Wiper_FrWiperSwSta "17.12.08";
+BA_ "GenSigSendType" SG_ 962 Wiper_IntStepSta 4;
+BA_ "GenSigStartValue" SG_ 962 Wiper_IntStepSta 0;
+BA_ "UserSigValidity" SG_ 962 Wiper_IntStepSta 0;
+BA_ "NetworkRequest" SG_ 962 Wiper_IntStepSta 0;
+BA_ "NetworkRequestHoldingTime" SG_ 962 Wiper_IntStepSta 5000;
+BA_ "RoutingFactor" SG_ 962 Wiper_IntStepSta 1;
+BA_ "Version" SG_ 962 Wiper_IntStepSta "17.12.08";
+BA_ "GenSigSendType" SG_ 962 Wiper_MstSwSta 4;
+BA_ "GenSigStartValue" SG_ 962 Wiper_MstSwSta 0;
+BA_ "UserSigValidity" SG_ 962 Wiper_MstSwSta 0;
+BA_ "NetworkRequest" SG_ 962 Wiper_MstSwSta 0;
+BA_ "NetworkRequestHoldingTime" SG_ 962 Wiper_MstSwSta 5000;
+BA_ "RoutingFactor" SG_ 962 Wiper_MstSwSta 1;
+BA_ "Version" SG_ 962 Wiper_MstSwSta "17.12.08";
+BA_ "Description" SG_ 962 Wiper_RrWiperSwSta "Multifunction Rear Wiper Switch Status";
+BA_ "GenSigSendType" SG_ 962 Wiper_RrWiperSwSta 4;
+BA_ "GenSigStartValue" SG_ 962 Wiper_RrWiperSwSta 0;
+BA_ "UserSigValidity" SG_ 962 Wiper_RrWiperSwSta 0;
+BA_ "NetworkRequest" SG_ 962 Wiper_RrWiperSwSta 0;
+BA_ "NetworkRequestHoldingTime" SG_ 962 Wiper_RrWiperSwSta 5000;
+BA_ "RoutingFactor" SG_ 962 Wiper_RrWiperSwSta 1;
+BA_ "Version" SG_ 962 Wiper_RrWiperSwSta "17.12.08";
+BA_ "Description" SG_ 962 Wiper_FrWiperWshSwSta "Multifunction Front Wiper Washer Switch Status";
+BA_ "GenSigSendType" SG_ 962 Wiper_FrWiperWshSwSta 4;
+BA_ "GenSigStartValue" SG_ 962 Wiper_FrWiperWshSwSta 0;
+BA_ "UserSigValidity" SG_ 962 Wiper_FrWiperWshSwSta 0;
+BA_ "NetworkRequest" SG_ 962 Wiper_FrWiperWshSwSta 0;
+BA_ "NetworkRequestHoldingTime" SG_ 962 Wiper_FrWiperWshSwSta 5000;
+BA_ "RoutingFactor" SG_ 962 Wiper_FrWiperWshSwSta 1;
+BA_ "Version" SG_ 962 Wiper_FrWiperWshSwSta "17.12.08";
+BA_ "GenSigSendType" SG_ 962 Wiper_RrWiperWshSwSta 4;
+BA_ "GenSigStartValue" SG_ 962 Wiper_RrWiperWshSwSta 0;
+BA_ "UserSigValidity" SG_ 962 Wiper_RrWiperWshSwSta 0;
+BA_ "NetworkRequest" SG_ 962 Wiper_RrWiperWshSwSta 0;
+BA_ "NetworkRequestHoldingTime" SG_ 962 Wiper_RrWiperWshSwSta 5000;
+BA_ "RoutingFactor" SG_ 962 Wiper_RrWiperWshSwSta 1;
+BA_ "Version" SG_ 962 Wiper_RrWiperWshSwSta "17.12.08";
+BA_ "Description" SG_ 962 MFSW_Info "Mulitfunction switch information 
+
+This signal is used to determine 'CAN type Multifunction switch' is applied or not in this vehicle.
+
+
+
+0x0 : CAN type MFSW is Not Applied
+
+0x1 : CAN type MFSW Applied
+
+
+
+G/WAY Signal from MFSW (C_MFSW_Info)
+
+- Follow to source signal discription for specific information";
+BA_ "GenSigSendType" SG_ 962 MFSW_Info 4;
+BA_ "GenSigStartValue" SG_ 962 MFSW_Info 0;
+BA_ "UserSigValidity" SG_ 962 MFSW_Info 0;
+BA_ "NetworkRequest" SG_ 962 MFSW_Info 0;
+BA_ "NetworkRequestHoldingTime" SG_ 962 MFSW_Info 5000;
+BA_ "RoutingFactor" SG_ 962 MFSW_Info 1;
+BA_ "Version" SG_ 962 MFSW_Info "17.12.08";
+BA_ "GenMsgSendType" BO_ 741 0;
+BA_ "GenMsgCycleTime" BO_ 741 100;
+BA_ "GenMsgCycleTimeFast" BO_ 741 0;
+BA_ "GenMsgNrOfRepetition" BO_ 741 0;
+BA_ "GenMsgStartDelayTime" BO_ 741 0;
+BA_ "VFrameFormat" BO_ 741 14;
+BA_ "Description" SG_ 741 OBC_Crc1Val "The data area for CRC calculation is based on the data length (DLC) of the message DB.
+
+The CRC shall be calculated over the entire data block (excluding the CRC bytes) including the user data, alive counter and Data ID
+
+ 
+
+- CRC Polynomial (0x1021) , Initial Value : 0xFFFF, XOR value : 0x0000, Data ID : Message ID + 0xF800 
+
+- The initial value is for CRC calculation and the message should be sent with the calculated result value. 
+
+- The mathematical expression to 16 bit CRC polynomial is given here. G(x) = x16 + x12 + x5 + 1";
+BA_ "GenSigStartValue" SG_ 741 OBC_Crc1Val 65535;
+BA_ "UserSigValidity" SG_ 741 OBC_Crc1Val 7;
+BA_ "NetworkRequestHoldingTime" SG_ 741 OBC_Crc1Val 0;
+BA_ "RoutingFactor" SG_ 741 OBC_Crc1Val 2;
+BA_ "Version" SG_ 741 OBC_Crc1Val "18.11.08";
+BA_ "Description" SG_ 741 OBC_AcConnSta "(If there is no CMS) OBC AC Connector State";
+BA_ "GenSigStartValue" SG_ 741 OBC_AcConnSta 0;
+BA_ "UserSigValidity" SG_ 741 OBC_AcConnSta 7;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 741 OBC_AcConnSta 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 741 OBC_AcConnSta 0;
+BA_ "RoutingFactor" SG_ 741 OBC_AcConnSta 2;
+BA_ "Version" SG_ 741 OBC_AcConnSta "18.10.07";
+BA_ "Description" SG_ 741 OBC_PdSta "(If there is no CMS) PD Status";
+BA_ "GenSigStartValue" SG_ 741 OBC_PdSta 0;
+BA_ "UserSigValidity" SG_ 741 OBC_PdSta 7;
+BA_ "NetworkRequestHoldingTime" SG_ 741 OBC_PdSta 0;
+BA_ "RoutingFactor" SG_ 741 OBC_PdSta 2;
+BA_ "Version" SG_ 741 OBC_PdSta "18.10.07";
+BA_ "Description" SG_ 741 OBC_EvseRdySta "(If there is no CMS) EVSE READY(9V PWM / 6V PWM State) STATE";
+BA_ "GenSigStartValue" SG_ 741 OBC_EvseRdySta 0;
+BA_ "UserSigValidity" SG_ 741 OBC_EvseRdySta 7;
+BA_ "NetworkRequestHoldingTime" SG_ 741 OBC_EvseRdySta 0;
+BA_ "RoutingFactor" SG_ 741 OBC_EvseRdySta 2;
+BA_ "Version" SG_ 741 OBC_EvseRdySta "18.10.07";
+BA_ "Description" SG_ 741 OBC_DcChrgSta "(If there is no CMS) DC Charging Status";
+BA_ "GenSigStartValue" SG_ 741 OBC_DcChrgSta 0;
+BA_ "UserSigValidity" SG_ 741 OBC_DcChrgSta 7;
+BA_ "NetworkRequestHoldingTime" SG_ 741 OBC_DcChrgSta 0;
+BA_ "RoutingFactor" SG_ 741 OBC_DcChrgSta 2;
+BA_ "Version" SG_ 741 OBC_DcChrgSta "18.10.07";
+BA_ "Description" SG_ 741 OBC_AcChrgSta "(If there is no CMS) AC Charging Status";
+BA_ "GenSigStartValue" SG_ 741 OBC_AcChrgSta 0;
+BA_ "UserSigValidity" SG_ 741 OBC_AcChrgSta 7;
+BA_ "NetworkRequestHoldingTime" SG_ 741 OBC_AcChrgSta 0;
+BA_ "RoutingFactor" SG_ 741 OBC_AcChrgSta 2;
+BA_ "Version" SG_ 741 OBC_AcChrgSta "18.10.07";
+BA_ "Description" SG_ 741 OBC_Ig3OnSta "(If there is no CMS) Charging/IG3 ON/OFF Control States";
+BA_ "GenSigStartValue" SG_ 741 OBC_Ig3OnSta 0;
+BA_ "UserSigValidity" SG_ 741 OBC_Ig3OnSta 7;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 741 OBC_Ig3OnSta 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 741 OBC_Ig3OnSta 0;
+BA_ "RoutingFactor" SG_ 741 OBC_Ig3OnSta 2;
+BA_ "Version" SG_ 741 OBC_Ig3OnSta "18.10.07";
+BA_ "Description" SG_ 741 OBC_S2SwSta "(If there is no CMS) OBC S2 Switch On Status";
+BA_ "GenSigStartValue" SG_ 741 OBC_S2SwSta 0;
+BA_ "UserSigValidity" SG_ 741 OBC_S2SwSta 7;
+BA_ "NetworkRequestHoldingTime" SG_ 741 OBC_S2SwSta 0;
+BA_ "RoutingFactor" SG_ 741 OBC_S2SwSta 2;
+BA_ "Version" SG_ 741 OBC_S2SwSta "18.10.07";
+BA_ "Description" SG_ 741 OBC_CpVoltVal "(If there is no CMS) EVSE CP Voltage";
+BA_ "GenSigStartValue" SG_ 741 OBC_CpVoltVal 0;
+BA_ "UserSigValidity" SG_ 741 OBC_CpVoltVal 7;
+BA_ "NetworkRequestHoldingTime" SG_ 741 OBC_CpVoltVal 0;
+BA_ "RoutingFactor" SG_ 741 OBC_CpVoltVal 2;
+BA_ "Version" SG_ 741 OBC_CpVoltVal "18.10.07";
+BA_ "Description" SG_ 741 OBC_CpDtyFloatVal "(If there is no CMS) EVSE CP duty (Float)";
+BA_ "GenSigStartValue" SG_ 741 OBC_CpDtyFloatVal 0;
+BA_ "UserSigValidity" SG_ 741 OBC_CpDtyFloatVal 7;
+BA_ "NetworkRequestHoldingTime" SG_ 741 OBC_CpDtyFloatVal 0;
+BA_ "RoutingFactor" SG_ 741 OBC_CpDtyFloatVal 2;
+BA_ "Version" SG_ 741 OBC_CpDtyFloatVal "18.10.07";
+BA_ "Description" SG_ 741 OBC_AlvCnt1Val "For the first transmission request for a data element the counter shall be initialized with 0 and shall be incremented by 1 for every subsequent send request. 
+
+When the counter reaches the maximum value(0xFF), then it shall restart with 0 for the next send request";
+BA_ "GenSigStartValue" SG_ 741 OBC_AlvCnt1Val 0;
+BA_ "UserSigValidity" SG_ 741 OBC_AlvCnt1Val 7;
+BA_ "NetworkRequestHoldingTime" SG_ 741 OBC_AlvCnt1Val 0;
+BA_ "RoutingFactor" SG_ 741 OBC_AlvCnt1Val 2;
+BA_ "Version" SG_ 741 OBC_AlvCnt1Val "18.11.08";
+BA_ "Description" SG_ 741 OBC_MainRlyOnReq "(If there is no CMS) Main relay on reqeust (t/BMS)";
+BA_ "GenSigStartValue" SG_ 741 OBC_MainRlyOnReq 0;
+BA_ "UserSigValidity" SG_ 741 OBC_MainRlyOnReq 7;
+BA_ "NetworkRequestHoldingTime" SG_ 741 OBC_MainRlyOnReq 0;
+BA_ "RoutingFactor" SG_ 741 OBC_MainRlyOnReq 2;
+BA_ "Version" SG_ 741 OBC_MainRlyOnReq "18.10.07";
+BA_ "Description" SG_ 741 OBC_ObcRlyOnReq "(If there is no CMS) OBC relay on request (t/BMS)";
+BA_ "GenSigStartValue" SG_ 741 OBC_ObcRlyOnReq 0;
+BA_ "UserSigValidity" SG_ 741 OBC_ObcRlyOnReq 7;
+BA_ "NetworkRequestHoldingTime" SG_ 741 OBC_ObcRlyOnReq 0;
+BA_ "RoutingFactor" SG_ 741 OBC_ObcRlyOnReq 2;
+BA_ "Version" SG_ 741 OBC_ObcRlyOnReq "18.10.07";
+BA_ "Description" SG_ 741 OBC_EstDcOutPwrValForBms "(If there is no CMS) Estimated OBC Output Power for BMS";
+BA_ "GenSigStartValue" SG_ 741 OBC_EstDcOutPwrValForBms 0;
+BA_ "UserSigValidity" SG_ 741 OBC_EstDcOutPwrValForBms 7;
+BA_ "NetworkRequestHoldingTime" SG_ 741 OBC_EstDcOutPwrValForBms 0;
+BA_ "RoutingFactor" SG_ 741 OBC_EstDcOutPwrValForBms 2;
+BA_ "Version" SG_ 741 OBC_EstDcOutPwrValForBms "18.10.07";
+BA_ "Description" SG_ 741 OBC_InletAutoLkModSta "(If there is no CMS) Charging Connector Locking Mode (Auto/Lock/Unlock Mode for USM - AVN/CLU)";
+BA_ "GenSigStartValue" SG_ 741 OBC_InletAutoLkModSta 0;
+BA_ "UserSigValidity" SG_ 741 OBC_InletAutoLkModSta 7;
+BA_ "NetworkRequestHoldingTime" SG_ 741 OBC_InletAutoLkModSta 0;
+BA_ "RoutingFactor" SG_ 741 OBC_InletAutoLkModSta 2;
+BA_ "Version" SG_ 741 OBC_InletAutoLkModSta "18.10.07";
+BA_ "Description" SG_ 741 OBC_InletLkSta "(If there is no CMS) Inlet Lock Device Lock/Unlock Status";
+BA_ "GenSigStartValue" SG_ 741 OBC_InletLkSta 0;
+BA_ "UserSigValidity" SG_ 741 OBC_InletLkSta 7;
+BA_ "NetworkRequestHoldingTime" SG_ 741 OBC_InletLkSta 0;
+BA_ "RoutingFactor" SG_ 741 OBC_InletLkSta 2;
+BA_ "Version" SG_ 741 OBC_InletLkSta "18.10.07";
+BA_ "Description" SG_ 741 OBC_InletFailSta "(If there is no CMS) Inlet Lock Fail/Normal Status";
+BA_ "GenSigStartValue" SG_ 741 OBC_InletFailSta 0;
+BA_ "UserSigValidity" SG_ 741 OBC_InletFailSta 7;
+BA_ "NetworkRequestHoldingTime" SG_ 741 OBC_InletFailSta 0;
+BA_ "RoutingFactor" SG_ 741 OBC_InletFailSta 2;
+BA_ "Version" SG_ 741 OBC_InletFailSta "18.10.07";
+BA_ "Description" SG_ 741 OBC_ChrgInletTyp "(If there is no CMS) Inform the Charging Connector Type";
+BA_ "GenSigStartValue" SG_ 741 OBC_ChrgInletTyp 0;
+BA_ "UserSigValidity" SG_ 741 OBC_ChrgInletTyp 7;
+BA_ "NetworkRequestHoldingTime" SG_ 741 OBC_ChrgInletTyp 0;
+BA_ "RoutingFactor" SG_ 741 OBC_ChrgInletTyp 2;
+BA_ "Version" SG_ 741 OBC_ChrgInletTyp "18.10.07";
+BA_ "Description" SG_ 741 OBC_ChaInCurrModSta "(If there is no VCMS) Charge Current Mode (Max, Decreasing, Min)";
+BA_ "GenSigStartValue" SG_ 741 OBC_ChaInCurrModSta 0;
+BA_ "UserSigValidity" SG_ 741 OBC_ChaInCurrModSta 7;
+BA_ "NetworkRequestHoldingTime" SG_ 741 OBC_ChaInCurrModSta 0;
+BA_ "RoutingFactor" SG_ 741 OBC_ChaInCurrModSta 2;
+BA_ "Version" SG_ 741 OBC_ChaInCurrModSta "20.01.02";
+BA_ "Description" SG_ 741 OBC_ChrgLmpOffForBmsReq "(If there is no CMS) If the Inlet device for a connector of a charger unlocks itself while vehicle charges a battery, the OBC sends this signall to BMS. When this signal set high, BMS allows the drivers to know Inlet unlock state by setting the ChgLamp to be off";
+BA_ "GenSigStartValue" SG_ 741 OBC_ChrgLmpOffForBmsReq 0;
+BA_ "UserSigValidity" SG_ 741 OBC_ChrgLmpOffForBmsReq 7;
+BA_ "NetworkRequestHoldingTime" SG_ 741 OBC_ChrgLmpOffForBmsReq 0;
+BA_ "RoutingFactor" SG_ 741 OBC_ChrgLmpOffForBmsReq 2;
+BA_ "Version" SG_ 741 OBC_ChrgLmpOffForBmsReq "18.10.07";
+BA_ "Description" SG_ 741 OBC_ChrgStopAlrmDis "(If there is no CMS) Charge Stop Alram";
+BA_ "GenSigStartValue" SG_ 741 OBC_ChrgStopAlrmDis 0;
+BA_ "UserSigValidity" SG_ 741 OBC_ChrgStopAlrmDis 7;
+BA_ "NetworkRequestHoldingTime" SG_ 741 OBC_ChrgStopAlrmDis 0;
+BA_ "RoutingFactor" SG_ 741 OBC_ChrgStopAlrmDis 2;
+BA_ "Version" SG_ 741 OBC_ChrgStopAlrmDis "18.10.09";
+BA_ "Description" SG_ 741 OBC_DcEstMaxPwrVal "(If there is no CMS) OBC DC Estimated Maximum Power";
+BA_ "GenSigStartValue" SG_ 741 OBC_DcEstMaxPwrVal 0;
+BA_ "UserSigValidity" SG_ 741 OBC_DcEstMaxPwrVal 7;
+BA_ "NetworkRequestHoldingTime" SG_ 741 OBC_DcEstMaxPwrVal 0;
+BA_ "RoutingFactor" SG_ 741 OBC_DcEstMaxPwrVal 2;
+BA_ "Version" SG_ 741 OBC_DcEstMaxPwrVal "19.04.02";
+BA_ "Description" SG_ 741 OBC_SysRdySta "OBC Controller Wake-up";
+BA_ "GenSigStartValue" SG_ 741 OBC_SysRdySta 0;
+BA_ "UserSigValidity" SG_ 741 OBC_SysRdySta 7;
+BA_ "NetworkRequestHoldingTime" SG_ 741 OBC_SysRdySta 0;
+BA_ "RoutingFactor" SG_ 741 OBC_SysRdySta 2;
+BA_ "Version" SG_ 741 OBC_SysRdySta "18.10.07";
+BA_ "Description" SG_ 741 OBC_ContrabSta "OBC Charge Possible Stats";
+BA_ "GenSigStartValue" SG_ 741 OBC_ContrabSta 0;
+BA_ "UserSigValidity" SG_ 741 OBC_ContrabSta 7;
+BA_ "NetworkRequestHoldingTime" SG_ 741 OBC_ContrabSta 0;
+BA_ "RoutingFactor" SG_ 741 OBC_ContrabSta 2;
+BA_ "Version" SG_ 741 OBC_ContrabSta "18.10.07";
+BA_ "Description" SG_ 741 OBC_SysFltSta "OBC Fault";
+BA_ "GenSigStartValue" SG_ 741 OBC_SysFltSta 0;
+BA_ "UserSigValidity" SG_ 741 OBC_SysFltSta 7;
+BA_ "NetworkRequestHoldingTime" SG_ 741 OBC_SysFltSta 0;
+BA_ "RoutingFactor" SG_ 741 OBC_SysFltSta 2;
+BA_ "Version" SG_ 741 OBC_SysFltSta "18.10.07";
+BA_ "Description" SG_ 741 OBC_ChrgFnshSta "OBC Charge Finished";
+BA_ "GenSigStartValue" SG_ 741 OBC_ChrgFnshSta 0;
+BA_ "UserSigValidity" SG_ 741 OBC_ChrgFnshSta 7;
+BA_ "NetworkRequestHoldingTime" SG_ 741 OBC_ChrgFnshSta 0;
+BA_ "RoutingFactor" SG_ 741 OBC_ChrgFnshSta 2;
+BA_ "Version" SG_ 741 OBC_ChrgFnshSta "18.10.07";
+BA_ "Description" SG_ 741 OBC_AcDetSta "OBC AC Detect Status";
+BA_ "GenSigStartValue" SG_ 741 OBC_AcDetSta 0;
+BA_ "UserSigValidity" SG_ 741 OBC_AcDetSta 7;
+BA_ "NetworkRequestHoldingTime" SG_ 741 OBC_AcDetSta 0;
+BA_ "RoutingFactor" SG_ 741 OBC_AcDetSta 2;
+BA_ "Version" SG_ 741 OBC_AcDetSta "18.10.07";
+BA_ "Description" SG_ 741 OBC_HvIntlkReq "OBC HV Interlock reaction request";
+BA_ "GenSigStartValue" SG_ 741 OBC_HvIntlkReq 0;
+BA_ "UserSigValidity" SG_ 741 OBC_HvIntlkReq 7;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ OPU SG_ 741 OBC_HvIntlkReq 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 741 OBC_HvIntlkReq 0;
+BA_ "RoutingFactor" SG_ 741 OBC_HvIntlkReq 2;
+BA_ "Version" SG_ 741 OBC_HvIntlkReq "18.10.07";
+BA_ "Description" SG_ 741 OBC_VcrmReq "OBC Trigger for VCRM request";
+BA_ "GenSigStartValue" SG_ 741 OBC_VcrmReq 0;
+BA_ "UserSigValidity" SG_ 741 OBC_VcrmReq 7;
+BA_ "NetworkRequestHoldingTime" SG_ 741 OBC_VcrmReq 0;
+BA_ "RoutingFactor" SG_ 741 OBC_VcrmReq 2;
+BA_ "Version" SG_ 741 OBC_VcrmReq "18.10.07";
+BA_ "Description" SG_ 741 OBC_SvrLmpReq "OBC Service lamp request (t/CLU)";
+BA_ "GenSigStartValue" SG_ 741 OBC_SvrLmpReq 0;
+BA_ "UserSigValidity" SG_ 741 OBC_SvrLmpReq 7;
+BA_ "NetworkRequestHoldingTime" SG_ 741 OBC_SvrLmpReq 0;
+BA_ "RoutingFactor" SG_ 741 OBC_SvrLmpReq 2;
+BA_ "Version" SG_ 741 OBC_SvrLmpReq "18.10.07";
+BA_ "Description" SG_ 741 OBC_MilReq "OBC MIL On request (t/CLU)";
+BA_ "GenSigStartValue" SG_ 741 OBC_MilReq 0;
+BA_ "UserSigValidity" SG_ 741 OBC_MilReq 7;
+BA_ "NetworkRequestHoldingTime" SG_ 741 OBC_MilReq 0;
+BA_ "RoutingFactor" SG_ 741 OBC_MilReq 2;
+BA_ "Version" SG_ 741 OBC_MilReq "18.10.07";
+BA_ "Description" SG_ 741 OBC_DcMaxCurrVal "OBC_DcMaxCurrVal";
+BA_ "GenSigStartValue" SG_ 741 OBC_DcMaxCurrVal 0;
+BA_ "UserSigValidity" SG_ 741 OBC_DcMaxCurrVal 7;
+BA_ "NetworkRequestHoldingTime" SG_ 741 OBC_DcMaxCurrVal 0;
+BA_ "RoutingFactor" SG_ 741 OBC_DcMaxCurrVal 2;
+BA_ "Version" SG_ 741 OBC_DcMaxCurrVal "19.04.02";
+BA_ "Description" SG_ 741 OBC_SeqSta "OBC Sequence State";
+BA_ "GenSigStartValue" SG_ 741 OBC_SeqSta 0;
+BA_ "UserSigValidity" SG_ 741 OBC_SeqSta 7;
+BA_ "NetworkRequestHoldingTime" SG_ 741 OBC_SeqSta 0;
+BA_ "RoutingFactor" SG_ 741 OBC_SeqSta 2;
+BA_ "Version" SG_ 741 OBC_SeqSta "18.10.07";
+BA_ "Description" SG_ 741 OBC_PwrLmtSta "OBC Power Limit Status Check";
+BA_ "GenSigStartValue" SG_ 741 OBC_PwrLmtSta 0;
+BA_ "UserSigValidity" SG_ 741 OBC_PwrLmtSta 7;
+BA_ "NetworkRequestHoldingTime" SG_ 741 OBC_PwrLmtSta 0;
+BA_ "RoutingFactor" SG_ 741 OBC_PwrLmtSta 2;
+BA_ "Version" SG_ 741 OBC_PwrLmtSta "18.10.07";
+BA_ "Description" SG_ 741 OBC_InfoCodVal "OBC Fault Code";
+BA_ "GenSigStartValue" SG_ 741 OBC_InfoCodVal 0;
+BA_ "UserSigValidity" SG_ 741 OBC_InfoCodVal 7;
+BA_ "NetworkRequestHoldingTime" SG_ 741 OBC_InfoCodVal 0;
+BA_ "RoutingFactor" SG_ 741 OBC_InfoCodVal 2;
+BA_ "Version" SG_ 741 OBC_InfoCodVal "18.10.07";
+BA_ "GenMsgSendType" BO_ 330 0;
+BA_ "GenMsgCycleTime" BO_ 330 20;
+BA_ "GenMsgCycleTimeFast" BO_ 330 0;
+BA_ "GenMsgNrOfRepetition" BO_ 330 0;
+BA_ "GenMsgDelayTime" BO_ 330 0;
+BA_ "GenMsgStartDelayTime" BO_ 330 0;
+BA_ "VFrameFormat" BO_ 330 14;
+BA_ "Description" SG_ 330 OPU_Crc1Val "The CRC checking process calculates the CRC over the entire data block, including the CRC result.
+
+- CRC Polynomial (0x1021) , Initial Value : 0xFFFF, XOR value : 0x0000
+
+- The mathematical expression to 16 bit CRC polynomial is given here. G(x) = x16 + x12 + x5 + 1";
+BA_ "GenSigStartValue" SG_ 330 OPU_Crc1Val 65535;
+BA_ "UserSigValidity" SG_ 330 OPU_Crc1Val 3;
+BA_ "NetworkRequestHoldingTime" SG_ 330 OPU_Crc1Val 0;
+BA_ "RoutingFactor" SG_ 330 OPU_Crc1Val 5;
+BA_ "Version" SG_ 330 OPU_Crc1Val "17.11.00";
+BA_ "Description" SG_ 330 OPU_IgVoltVal "OPU Input Voltage (IG Voltage)";
+BA_ "GenSigStartValue" SG_ 330 OPU_IgVoltVal 0;
+BA_ "UserSigValidity" SG_ 330 OPU_IgVoltVal 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 330 OPU_IgVoltVal 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 330 OPU_IgVoltVal 500;
+BA_ "NetworkRequestHoldingTime" SG_ 330 OPU_IgVoltVal 0;
+BA_ "RoutingFactor" SG_ 330 OPU_IgVoltVal 5;
+BA_ "Version" SG_ 330 OPU_IgVoltVal "17.11.00";
+BA_ "Description" SG_ 330 OPU_InPwrVal "OPU Input Power";
+BA_ "GenSigStartValue" SG_ 330 OPU_InPwrVal 0;
+BA_ "UserSigValidity" SG_ 330 OPU_InPwrVal 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 330 OPU_InPwrVal 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 330 OPU_InPwrVal 500;
+BA_ "NetworkRequestHoldingTime" SG_ 330 OPU_InPwrVal 0;
+BA_ "RoutingFactor" SG_ 330 OPU_InPwrVal 5;
+BA_ "Version" SG_ 330 OPU_InPwrVal "17.11.00";
+BA_ "Description" SG_ 330 OPU_PwrModTempVal "Internal Temperature of Power Module of OPU";
+BA_ "GenSigStartValue" SG_ 330 OPU_PwrModTempVal 0;
+BA_ "UserSigValidity" SG_ 330 OPU_PwrModTempVal 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 330 OPU_PwrModTempVal 500;
+BA_ "NetworkRequestHoldingTime" SG_ 330 OPU_PwrModTempVal 0;
+BA_ "RoutingFactor" SG_ 330 OPU_PwrModTempVal 5;
+BA_ "Version" SG_ 330 OPU_PwrModTempVal "17.11.00";
+BA_ "Description" SG_ 330 OPU_TqLimPcReq "Torque Limit Request";
+BA_ "GenSigStartValue" SG_ 330 OPU_TqLimPcReq 0;
+BA_ "UserSigValidity" SG_ 330 OPU_TqLimPcReq 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 330 OPU_TqLimPcReq 500;
+BA_ "NetworkRequestHoldingTime" SG_ 330 OPU_TqLimPcReq 0;
+BA_ "RoutingFactor" SG_ 330 OPU_TqLimPcReq 5;
+BA_ "Version" SG_ 330 OPU_TqLimPcReq "17.11.00";
+BA_ "Description" SG_ 330 OPU_EwpRpmReq "EWP rpm control request";
+BA_ "GenSigStartValue" SG_ 330 OPU_EwpRpmReq 0;
+BA_ "UserSigValidity" SG_ 330 OPU_EwpRpmReq 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 330 OPU_EwpRpmReq 500;
+BA_ "NetworkRequestHoldingTime" SG_ 330 OPU_EwpRpmReq 0;
+BA_ "RoutingFactor" SG_ 330 OPU_EwpRpmReq 5;
+BA_ "Version" SG_ 330 OPU_EwpRpmReq "17.11.00";
+BA_ "Description" SG_ 330 OPU_NVM_FrzFrmSta "OPU Freeze Frame status with DTC";
+BA_ "GenSigStartValue" SG_ 330 OPU_NVM_FrzFrmSta 0;
+BA_ "UserSigValidity" SG_ 330 OPU_NVM_FrzFrmSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 330 OPU_NVM_FrzFrmSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 330 OPU_NVM_FrzFrmSta 0;
+BA_ "RoutingFactor" SG_ 330 OPU_NVM_FrzFrmSta 5;
+BA_ "Version" SG_ 330 OPU_NVM_FrzFrmSta "18.09.00";
+BA_ "Description" SG_ 330 OPU_NVM_FltSta "EOP-OPU DTC fault status
+
+(After OPU-EOP Fault is confimed, the status is recorded.)";
+BA_ "GenSigStartValue" SG_ 330 OPU_NVM_FltSta 0;
+BA_ "UserSigValidity" SG_ 330 OPU_NVM_FltSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 330 OPU_NVM_FltSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 330 OPU_NVM_FltSta 0;
+BA_ "RoutingFactor" SG_ 330 OPU_NVM_FltSta 5;
+BA_ "Version" SG_ 330 OPU_NVM_FltSta "18.09.00";
+BA_ "Description" SG_ 330 OPU_NVM_HealingSta "OPU Healing status after DTC";
+BA_ "GenSigStartValue" SG_ 330 OPU_NVM_HealingSta 0;
+BA_ "UserSigValidity" SG_ 330 OPU_NVM_HealingSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 330 OPU_NVM_HealingSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 330 OPU_NVM_HealingSta 0;
+BA_ "RoutingFactor" SG_ 330 OPU_NVM_HealingSta 5;
+BA_ "Version" SG_ 330 OPU_NVM_HealingSta "18.09.00";
+BA_ "Description" SG_ 330 OPU_NVM_FltCntSta "OPU DTC fault count status";
+BA_ "GenSigStartValue" SG_ 330 OPU_NVM_FltCntSta 0;
+BA_ "UserSigValidity" SG_ 330 OPU_NVM_FltCntSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 330 OPU_NVM_FltCntSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 330 OPU_NVM_FltCntSta 0;
+BA_ "RoutingFactor" SG_ 330 OPU_NVM_FltCntSta 5;
+BA_ "Version" SG_ 330 OPU_NVM_FltCntSta "18.09.00";
+BA_ "Description" SG_ 330 OPU_NVM_CtrlablOffFrzFrmSta "OPU Freeze Frame status with 'Controllable Off'";
+BA_ "GenSigStartValue" SG_ 330 OPU_NVM_CtrlablOffFrzFrmSta 0;
+BA_ "UserSigValidity" SG_ 330 OPU_NVM_CtrlablOffFrzFrmSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 330 OPU_NVM_CtrlablOffFrzFrmSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 330 OPU_NVM_CtrlablOffFrzFrmSta 0;
+BA_ "RoutingFactor" SG_ 330 OPU_NVM_CtrlablOffFrzFrmSta 5;
+BA_ "Version" SG_ 330 OPU_NVM_CtrlablOffFrzFrmSta "18.09.00";
+BA_ "Description" SG_ 330 OPU_NVM_CtrlablOffSta "While driving, when OPU Controllable On -> Off, It indicates the cause.";
+BA_ "GenSigStartValue" SG_ 330 OPU_NVM_CtrlablOffSta 0;
+BA_ "UserSigValidity" SG_ 330 OPU_NVM_CtrlablOffSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 330 OPU_NVM_CtrlablOffSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 330 OPU_NVM_CtrlablOffSta 0;
+BA_ "RoutingFactor" SG_ 330 OPU_NVM_CtrlablOffSta 5;
+BA_ "Version" SG_ 330 OPU_NVM_CtrlablOffSta "18.09.00";
+BA_ "Description" SG_ 330 OPU_AlvCnt1Val "For the first transmission request for a data element the counter shall be initialized with 0 and shall be incremented by 1
+
+for every subsequent send request. When the counter reaches the maximum value(0xFF), then it shall restart with ? for the next send request";
+BA_ "GenSigStartValue" SG_ 330 OPU_AlvCnt1Val 0;
+BA_ "UserSigValidity" SG_ 330 OPU_AlvCnt1Val 3;
+BA_ "NetworkRequestHoldingTime" SG_ 330 OPU_AlvCnt1Val 0;
+BA_ "RoutingFactor" SG_ 330 OPU_AlvCnt1Val 5;
+BA_ "Version" SG_ 330 OPU_AlvCnt1Val "17.11.00";
+BA_ "Description" SG_ 330 OPU_NVM_CtrlablOffHealingSta "OPU Healing status after 'Controllable Off'";
+BA_ "GenSigStartValue" SG_ 330 OPU_NVM_CtrlablOffHealingSta 0;
+BA_ "UserSigValidity" SG_ 330 OPU_NVM_CtrlablOffHealingSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 330 OPU_NVM_CtrlablOffHealingSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 330 OPU_NVM_CtrlablOffHealingSta 0;
+BA_ "RoutingFactor" SG_ 330 OPU_NVM_CtrlablOffHealingSta 5;
+BA_ "Version" SG_ 330 OPU_NVM_CtrlablOffHealingSta "18.09.00";
+BA_ "Description" SG_ 330 OPU_NVM_CtrlablOffCntSta "OPU Controllable Off count status";
+BA_ "GenSigStartValue" SG_ 330 OPU_NVM_CtrlablOffCntSta 0;
+BA_ "UserSigValidity" SG_ 330 OPU_NVM_CtrlablOffCntSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 330 OPU_NVM_CtrlablOffCntSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 330 OPU_NVM_CtrlablOffCntSta 0;
+BA_ "RoutingFactor" SG_ 330 OPU_NVM_CtrlablOffCntSta 5;
+BA_ "Version" SG_ 330 OPU_NVM_CtrlablOffCntSta "18.09.00";
+BA_ "Description" SG_ 330 OPU_SpdRpmVal "Ext. Oil Pump Controller Speed (FB)";
+BA_ "GenSigStartValue" SG_ 330 OPU_SpdRpmVal 0;
+BA_ "UserSigValidity" SG_ 330 OPU_SpdRpmVal 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 330 OPU_SpdRpmVal 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 330 OPU_SpdRpmVal 500;
+BA_ "NetworkRequestHoldingTime" SG_ 330 OPU_SpdRpmVal 0;
+BA_ "RoutingFactor" SG_ 330 OPU_SpdRpmVal 5;
+BA_ "Version" SG_ 330 OPU_SpdRpmVal "17.11.00";
+BA_ "Description" SG_ 330 OPU_CtrlablSta "The flag that indicates OPU is ready to control the EOP.";
+BA_ "GenSigStartValue" SG_ 330 OPU_CtrlablSta 0;
+BA_ "UserSigValidity" SG_ 330 OPU_CtrlablSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 330 OPU_CtrlablSta 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 330 OPU_CtrlablSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 330 OPU_CtrlablSta 0;
+BA_ "RoutingFactor" SG_ 330 OPU_CtrlablSta 5;
+BA_ "Version" SG_ 330 OPU_CtrlablSta "17.11.00";
+BA_ "Description" SG_ 330 OPU_SysRdySta "OBD II status of Ext. Oil pump control";
+BA_ "GenSigStartValue" SG_ 330 OPU_SysRdySta 0;
+BA_ "UserSigValidity" SG_ 330 OPU_SysRdySta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 330 OPU_SysRdySta 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 330 OPU_SysRdySta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 330 OPU_SysRdySta 0;
+BA_ "RoutingFactor" SG_ 330 OPU_SysRdySta 5;
+BA_ "Version" SG_ 330 OPU_SysRdySta "17.11.00";
+BA_ "Description" SG_ 330 OPU_EopTestSta "EOP control test by diagnostic tester";
+BA_ "GenSigStartValue" SG_ 330 OPU_EopTestSta 0;
+BA_ "UserSigValidity" SG_ 330 OPU_EopTestSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 330 OPU_EopTestSta 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 330 OPU_EopTestSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 330 OPU_EopTestSta 0;
+BA_ "RoutingFactor" SG_ 330 OPU_EopTestSta 5;
+BA_ "Version" SG_ 330 OPU_EopTestSta "17.11.00";
+BA_ "Description" SG_ 330 OPU_PwmCtrlSta "OPU PWM Control Status";
+BA_ "GenSigStartValue" SG_ 330 OPU_PwmCtrlSta 0;
+BA_ "UserSigValidity" SG_ 330 OPU_PwmCtrlSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 330 OPU_PwmCtrlSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 330 OPU_PwmCtrlSta 0;
+BA_ "RoutingFactor" SG_ 330 OPU_PwmCtrlSta 5;
+BA_ "Version" SG_ 330 OPU_PwmCtrlSta "17.11.00";
+BA_ "Description" SG_ 330 OPU_HallCtrlSta "Hall Signal Control Status";
+BA_ "GenSigStartValue" SG_ 330 OPU_HallCtrlSta 0;
+BA_ "UserSigValidity" SG_ 330 OPU_HallCtrlSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 330 OPU_HallCtrlSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 330 OPU_HallCtrlSta 0;
+BA_ "RoutingFactor" SG_ 330 OPU_HallCtrlSta 5;
+BA_ "Version" SG_ 330 OPU_HallCtrlSta "17.11.00";
+BA_ "Description" SG_ 330 OPU_RdySta "Ext. Oil Pump Controller Ready";
+BA_ "GenSigStartValue" SG_ 330 OPU_RdySta 0;
+BA_ "UserSigValidity" SG_ 330 OPU_RdySta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 330 OPU_RdySta 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 330 OPU_RdySta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 330 OPU_RdySta 0;
+BA_ "RoutingFactor" SG_ 330 OPU_RdySta 5;
+BA_ "Version" SG_ 330 OPU_RdySta "17.11.00";
+BA_ "Description" SG_ 330 OPU_FltCntReactReq "OPU FLT Counting Reaction Request";
+BA_ "GenSigStartValue" SG_ 330 OPU_FltCntReactReq 0;
+BA_ "UserSigValidity" SG_ 330 OPU_FltCntReactReq 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 330 OPU_FltCntReactReq 500;
+BA_ "NetworkRequestHoldingTime" SG_ 330 OPU_FltCntReactReq 0;
+BA_ "RoutingFactor" SG_ 330 OPU_FltCntReactReq 5;
+BA_ "Version" SG_ 330 OPU_FltCntReactReq "17.11.00";
+BA_ "Description" SG_ 330 OPU_EopRunSta "EOP RUN";
+BA_ "GenSigStartValue" SG_ 330 OPU_EopRunSta 0;
+BA_ "UserSigValidity" SG_ 330 OPU_EopRunSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 330 OPU_EopRunSta 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 330 OPU_EopRunSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 330 OPU_EopRunSta 0;
+BA_ "RoutingFactor" SG_ 330 OPU_EopRunSta 5;
+BA_ "Version" SG_ 330 OPU_EopRunSta "17.11.00";
+BA_ "Description" SG_ 330 OPU_BmsMainRlyOffReq "The flag that indicates OPU request (BMS) Main Relay Off";
+BA_ "GenSigStartValue" SG_ 330 OPU_BmsMainRlyOffReq 0;
+BA_ "UserSigValidity" SG_ 330 OPU_BmsMainRlyOffReq 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 330 OPU_BmsMainRlyOffReq 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 330 OPU_BmsMainRlyOffReq 500;
+BA_ "NetworkRequestHoldingTime" SG_ 330 OPU_BmsMainRlyOffReq 0;
+BA_ "RoutingFactor" SG_ 330 OPU_BmsMainRlyOffReq 5;
+BA_ "Version" SG_ 330 OPU_BmsMainRlyOffReq "17.11.00";
+BA_ "GenSigStartValue" SG_ 330 OPU_HiVoltIntlkReq 0;
+BA_ "UserSigValidity" SG_ 330 OPU_HiVoltIntlkReq 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 330 OPU_HiVoltIntlkReq 500;
+BA_ "NetworkRequestHoldingTime" SG_ 330 OPU_HiVoltIntlkReq 0;
+BA_ "RoutingFactor" SG_ 330 OPU_HiVoltIntlkReq 5;
+BA_ "Version" SG_ 330 OPU_HiVoltIntlkReq "17.11.00";
+BA_ "Description" SG_ 330 OPU_MaxPhaseCurrLimSta "Monitoring";
+BA_ "GenSigStartValue" SG_ 330 OPU_MaxPhaseCurrLimSta 0;
+BA_ "UserSigValidity" SG_ 330 OPU_MaxPhaseCurrLimSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 330 OPU_MaxPhaseCurrLimSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 330 OPU_MaxPhaseCurrLimSta 0;
+BA_ "RoutingFactor" SG_ 330 OPU_MaxPhaseCurrLimSta 5;
+BA_ "Version" SG_ 330 OPU_MaxPhaseCurrLimSta "17.11.00";
+BA_ "GenSigStartValue" SG_ 330 OPU_CrshReactSta 0;
+BA_ "UserSigValidity" SG_ 330 OPU_CrshReactSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 330 OPU_CrshReactSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 330 OPU_CrshReactSta 0;
+BA_ "RoutingFactor" SG_ 330 OPU_CrshReactSta 5;
+BA_ "Version" SG_ 330 OPU_CrshReactSta "17.11.00";
+BA_ "Description" SG_ 330 OPU_DtyPcVal "OPU Duty Percent";
+BA_ "GenSigStartValue" SG_ 330 OPU_DtyPcVal 0;
+BA_ "UserSigValidity" SG_ 330 OPU_DtyPcVal 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 330 OPU_DtyPcVal 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 330 OPU_DtyPcVal 500;
+BA_ "NetworkRequestHoldingTime" SG_ 330 OPU_DtyPcVal 0;
+BA_ "RoutingFactor" SG_ 330 OPU_DtyPcVal 5;
+BA_ "Version" SG_ 330 OPU_DtyPcVal "17.11.00";
+BA_ "GenSigStartValue" SG_ 330 OPU_FltSta 0;
+BA_ "UserSigValidity" SG_ 330 OPU_FltSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 330 OPU_FltSta 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 330 OPU_FltSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 330 OPU_FltSta 0;
+BA_ "RoutingFactor" SG_ 330 OPU_FltSta 5;
+BA_ "Version" SG_ 330 OPU_FltSta "17.11.00";
+BA_ "Description" SG_ 330 OPU_PwrDeratingSta "OPU Power Derating Status";
+BA_ "GenSigStartValue" SG_ 330 OPU_PwrDeratingSta 0;
+BA_ "UserSigValidity" SG_ 330 OPU_PwrDeratingSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 330 OPU_PwrDeratingSta 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 330 OPU_PwrDeratingSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 330 OPU_PwrDeratingSta 0;
+BA_ "RoutingFactor" SG_ 330 OPU_PwrDeratingSta 5;
+BA_ "Version" SG_ 330 OPU_PwrDeratingSta "17.11.00";
+BA_ "Description" SG_ 330 OPU_MaxDtySta "OPU Max Duty Status";
+BA_ "GenSigStartValue" SG_ 330 OPU_MaxDtySta 0;
+BA_ "UserSigValidity" SG_ 330 OPU_MaxDtySta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 330 OPU_MaxDtySta 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 330 OPU_MaxDtySta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 330 OPU_MaxDtySta 0;
+BA_ "RoutingFactor" SG_ 330 OPU_MaxDtySta 5;
+BA_ "Version" SG_ 330 OPU_MaxDtySta "17.11.00";
+BA_ "Description" SG_ 330 OPU_InHiVoltVal "OPU Input High voltage";
+BA_ "GenSigStartValue" SG_ 330 OPU_InHiVoltVal 0;
+BA_ "UserSigValidity" SG_ 330 OPU_InHiVoltVal 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 330 OPU_InHiVoltVal 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 330 OPU_InHiVoltVal 500;
+BA_ "NetworkRequestHoldingTime" SG_ 330 OPU_InHiVoltVal 0;
+BA_ "RoutingFactor" SG_ 330 OPU_InHiVoltVal 5;
+BA_ "Version" SG_ 330 OPU_InHiVoltVal "17.11.00";
+BA_ "Description" SG_ 330 OPU_InCurrVal "OPU Consumed Input Current";
+BA_ "GenSigStartValue" SG_ 330 OPU_InCurrVal 0;
+BA_ "UserSigValidity" SG_ 330 OPU_InCurrVal 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 330 OPU_InCurrVal 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 330 OPU_InCurrVal 500;
+BA_ "NetworkRequestHoldingTime" SG_ 330 OPU_InCurrVal 0;
+BA_ "RoutingFactor" SG_ 330 OPU_InCurrVal 5;
+BA_ "Version" SG_ 330 OPU_InCurrVal "17.11.00";
+BA_ "Description" SG_ 330 OPU_RomVerVal "OPU S/W version";
+BA_ "GenSigStartValue" SG_ 330 OPU_RomVerVal 0;
+BA_ "UserSigValidity" SG_ 330 OPU_RomVerVal 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 330 OPU_RomVerVal 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 330 OPU_RomVerVal 500;
+BA_ "NetworkRequestHoldingTime" SG_ 330 OPU_RomVerVal 0;
+BA_ "RoutingFactor" SG_ 330 OPU_RomVerVal 5;
+BA_ "Version" SG_ 330 OPU_RomVerVal "17.11.00";
+BA_ "GenMsgCycleTime" BO_ 1706 0;
+BA_ "GenMsgILSupport" BO_ 1706 0;
+BA_ "TpMessage" BO_ 1706 1;
+BA_ "GenMsgDelayTime" BO_ 1706 0;
+BA_ "GenMsgStartDelayTime" BO_ 1706 0;
+BA_ "VFrameFormat" BO_ 1706 14;
+BA_ "UsrSigPurpose" SG_ 1706 OPU_CCP_Receive_Byte0 6;
+BA_ "GenSigSendType" SG_ 1706 OPU_CCP_Receive_Byte0 2;
+BA_ "GenSigStartValue" SG_ 1706 OPU_CCP_Receive_Byte0 0;
+BA_ "UserSigValidity" SG_ 1706 OPU_CCP_Receive_Byte0 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ OPU SG_ 1706 OPU_CCP_Receive_Byte0 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1706 OPU_CCP_Receive_Byte0 0;
+BA_ "NetworkRequest" SG_ 1706 OPU_CCP_Receive_Byte0 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1706 OPU_CCP_Receive_Byte0 5000;
+BA_ "RoutingFactor" SG_ 1706 OPU_CCP_Receive_Byte0 1;
+BA_ "Version" SG_ 1706 OPU_CCP_Receive_Byte0 "18.09.05";
+BA_ "UsrSigPurpose" SG_ 1706 OPU_CCP_Receive_Byte2 6;
+BA_ "GenSigSendType" SG_ 1706 OPU_CCP_Receive_Byte2 2;
+BA_ "GenSigStartValue" SG_ 1706 OPU_CCP_Receive_Byte2 0;
+BA_ "UserSigValidity" SG_ 1706 OPU_CCP_Receive_Byte2 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ OPU SG_ 1706 OPU_CCP_Receive_Byte2 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1706 OPU_CCP_Receive_Byte2 0;
+BA_ "NetworkRequest" SG_ 1706 OPU_CCP_Receive_Byte2 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1706 OPU_CCP_Receive_Byte2 5000;
+BA_ "RoutingFactor" SG_ 1706 OPU_CCP_Receive_Byte2 1;
+BA_ "Version" SG_ 1706 OPU_CCP_Receive_Byte2 "18.09.05";
+BA_ "UsrSigPurpose" SG_ 1706 OPU_CCP_Receive_Byte3 6;
+BA_ "GenSigSendType" SG_ 1706 OPU_CCP_Receive_Byte3 2;
+BA_ "GenSigStartValue" SG_ 1706 OPU_CCP_Receive_Byte3 0;
+BA_ "UserSigValidity" SG_ 1706 OPU_CCP_Receive_Byte3 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ OPU SG_ 1706 OPU_CCP_Receive_Byte3 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1706 OPU_CCP_Receive_Byte3 0;
+BA_ "NetworkRequest" SG_ 1706 OPU_CCP_Receive_Byte3 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1706 OPU_CCP_Receive_Byte3 5000;
+BA_ "RoutingFactor" SG_ 1706 OPU_CCP_Receive_Byte3 1;
+BA_ "Version" SG_ 1706 OPU_CCP_Receive_Byte3 "18.09.05";
+BA_ "UsrSigPurpose" SG_ 1706 OPU_CCP_Receive_Byte4 6;
+BA_ "GenSigSendType" SG_ 1706 OPU_CCP_Receive_Byte4 2;
+BA_ "GenSigStartValue" SG_ 1706 OPU_CCP_Receive_Byte4 0;
+BA_ "UserSigValidity" SG_ 1706 OPU_CCP_Receive_Byte4 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ OPU SG_ 1706 OPU_CCP_Receive_Byte4 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1706 OPU_CCP_Receive_Byte4 0;
+BA_ "NetworkRequest" SG_ 1706 OPU_CCP_Receive_Byte4 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1706 OPU_CCP_Receive_Byte4 5000;
+BA_ "RoutingFactor" SG_ 1706 OPU_CCP_Receive_Byte4 1;
+BA_ "Version" SG_ 1706 OPU_CCP_Receive_Byte4 "18.09.05";
+BA_ "UsrSigPurpose" SG_ 1706 OPU_CCP_Receive_Byte5 6;
+BA_ "GenSigSendType" SG_ 1706 OPU_CCP_Receive_Byte5 2;
+BA_ "GenSigStartValue" SG_ 1706 OPU_CCP_Receive_Byte5 0;
+BA_ "UserSigValidity" SG_ 1706 OPU_CCP_Receive_Byte5 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ OPU SG_ 1706 OPU_CCP_Receive_Byte5 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1706 OPU_CCP_Receive_Byte5 0;
+BA_ "NetworkRequest" SG_ 1706 OPU_CCP_Receive_Byte5 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1706 OPU_CCP_Receive_Byte5 5000;
+BA_ "RoutingFactor" SG_ 1706 OPU_CCP_Receive_Byte5 1;
+BA_ "Version" SG_ 1706 OPU_CCP_Receive_Byte5 "18.09.05";
+BA_ "UsrSigPurpose" SG_ 1706 OPU_CCP_Receive_Byte6 6;
+BA_ "GenSigSendType" SG_ 1706 OPU_CCP_Receive_Byte6 2;
+BA_ "GenSigStartValue" SG_ 1706 OPU_CCP_Receive_Byte6 0;
+BA_ "UserSigValidity" SG_ 1706 OPU_CCP_Receive_Byte6 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ OPU SG_ 1706 OPU_CCP_Receive_Byte6 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1706 OPU_CCP_Receive_Byte6 0;
+BA_ "NetworkRequest" SG_ 1706 OPU_CCP_Receive_Byte6 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1706 OPU_CCP_Receive_Byte6 5000;
+BA_ "RoutingFactor" SG_ 1706 OPU_CCP_Receive_Byte6 1;
+BA_ "Version" SG_ 1706 OPU_CCP_Receive_Byte6 "18.09.05";
+BA_ "UsrSigPurpose" SG_ 1706 OPU_CCP_Receive_Byte7 6;
+BA_ "GenSigSendType" SG_ 1706 OPU_CCP_Receive_Byte7 2;
+BA_ "GenSigStartValue" SG_ 1706 OPU_CCP_Receive_Byte7 0;
+BA_ "UserSigValidity" SG_ 1706 OPU_CCP_Receive_Byte7 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ OPU SG_ 1706 OPU_CCP_Receive_Byte7 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1706 OPU_CCP_Receive_Byte7 0;
+BA_ "NetworkRequest" SG_ 1706 OPU_CCP_Receive_Byte7 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1706 OPU_CCP_Receive_Byte7 5000;
+BA_ "RoutingFactor" SG_ 1706 OPU_CCP_Receive_Byte7 1;
+BA_ "Version" SG_ 1706 OPU_CCP_Receive_Byte7 "18.09.05";
+BA_ "UsrSigPurpose" SG_ 1706 OPU_CCP_Receive_Byte1 6;
+BA_ "GenSigSendType" SG_ 1706 OPU_CCP_Receive_Byte1 2;
+BA_ "GenSigStartValue" SG_ 1706 OPU_CCP_Receive_Byte1 0;
+BA_ "UserSigValidity" SG_ 1706 OPU_CCP_Receive_Byte1 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ OPU SG_ 1706 OPU_CCP_Receive_Byte1 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1706 OPU_CCP_Receive_Byte1 0;
+BA_ "NetworkRequest" SG_ 1706 OPU_CCP_Receive_Byte1 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1706 OPU_CCP_Receive_Byte1 5000;
+BA_ "RoutingFactor" SG_ 1706 OPU_CCP_Receive_Byte1 1;
+BA_ "Version" SG_ 1706 OPU_CCP_Receive_Byte1 "18.09.05";
+BA_ "GenMsgCycleTime" BO_ 1707 0;
+BA_ "GenMsgILSupport" BO_ 1707 0;
+BA_ "TpMessage" BO_ 1707 1;
+BA_ "GenMsgDelayTime" BO_ 1707 0;
+BA_ "GenMsgStartDelayTime" BO_ 1707 0;
+BA_ "VFrameFormat" BO_ 1707 14;
+BA_ "UsrSigPurpose" SG_ 1707 OPU_CCP_Transmit_Byte0 6;
+BA_ "GenSigSendType" SG_ 1707 OPU_CCP_Transmit_Byte0 2;
+BA_ "GenSigStartValue" SG_ 1707 OPU_CCP_Transmit_Byte0 0;
+BA_ "UserSigValidity" SG_ 1707 OPU_CCP_Transmit_Byte0 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1707 OPU_CCP_Transmit_Byte0 0;
+BA_ "NetworkRequest" SG_ 1707 OPU_CCP_Transmit_Byte0 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1707 OPU_CCP_Transmit_Byte0 5000;
+BA_ "RoutingFactor" SG_ 1707 OPU_CCP_Transmit_Byte0 1;
+BA_ "Version" SG_ 1707 OPU_CCP_Transmit_Byte0 "18.09.05";
+BA_ "UsrSigPurpose" SG_ 1707 OPU_CCP_Transmit_Byte2 6;
+BA_ "GenSigSendType" SG_ 1707 OPU_CCP_Transmit_Byte2 2;
+BA_ "GenSigStartValue" SG_ 1707 OPU_CCP_Transmit_Byte2 0;
+BA_ "UserSigValidity" SG_ 1707 OPU_CCP_Transmit_Byte2 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1707 OPU_CCP_Transmit_Byte2 0;
+BA_ "NetworkRequest" SG_ 1707 OPU_CCP_Transmit_Byte2 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1707 OPU_CCP_Transmit_Byte2 5000;
+BA_ "RoutingFactor" SG_ 1707 OPU_CCP_Transmit_Byte2 1;
+BA_ "Version" SG_ 1707 OPU_CCP_Transmit_Byte2 "18.09.05";
+BA_ "UsrSigPurpose" SG_ 1707 OPU_CCP_Transmit_Byte3 6;
+BA_ "GenSigSendType" SG_ 1707 OPU_CCP_Transmit_Byte3 2;
+BA_ "GenSigStartValue" SG_ 1707 OPU_CCP_Transmit_Byte3 0;
+BA_ "UserSigValidity" SG_ 1707 OPU_CCP_Transmit_Byte3 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1707 OPU_CCP_Transmit_Byte3 0;
+BA_ "NetworkRequest" SG_ 1707 OPU_CCP_Transmit_Byte3 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1707 OPU_CCP_Transmit_Byte3 5000;
+BA_ "RoutingFactor" SG_ 1707 OPU_CCP_Transmit_Byte3 1;
+BA_ "Version" SG_ 1707 OPU_CCP_Transmit_Byte3 "18.09.05";
+BA_ "UsrSigPurpose" SG_ 1707 OPU_CCP_Transmit_Byte4 6;
+BA_ "GenSigSendType" SG_ 1707 OPU_CCP_Transmit_Byte4 2;
+BA_ "GenSigStartValue" SG_ 1707 OPU_CCP_Transmit_Byte4 0;
+BA_ "UserSigValidity" SG_ 1707 OPU_CCP_Transmit_Byte4 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1707 OPU_CCP_Transmit_Byte4 0;
+BA_ "NetworkRequest" SG_ 1707 OPU_CCP_Transmit_Byte4 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1707 OPU_CCP_Transmit_Byte4 5000;
+BA_ "RoutingFactor" SG_ 1707 OPU_CCP_Transmit_Byte4 1;
+BA_ "Version" SG_ 1707 OPU_CCP_Transmit_Byte4 "18.09.05";
+BA_ "UsrSigPurpose" SG_ 1707 OPU_CCP_Transmit_Byte5 6;
+BA_ "GenSigSendType" SG_ 1707 OPU_CCP_Transmit_Byte5 2;
+BA_ "GenSigStartValue" SG_ 1707 OPU_CCP_Transmit_Byte5 0;
+BA_ "UserSigValidity" SG_ 1707 OPU_CCP_Transmit_Byte5 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1707 OPU_CCP_Transmit_Byte5 0;
+BA_ "NetworkRequest" SG_ 1707 OPU_CCP_Transmit_Byte5 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1707 OPU_CCP_Transmit_Byte5 5000;
+BA_ "RoutingFactor" SG_ 1707 OPU_CCP_Transmit_Byte5 1;
+BA_ "Version" SG_ 1707 OPU_CCP_Transmit_Byte5 "18.09.05";
+BA_ "UsrSigPurpose" SG_ 1707 OPU_CCP_Transmit_Byte6 6;
+BA_ "GenSigSendType" SG_ 1707 OPU_CCP_Transmit_Byte6 2;
+BA_ "GenSigStartValue" SG_ 1707 OPU_CCP_Transmit_Byte6 0;
+BA_ "UserSigValidity" SG_ 1707 OPU_CCP_Transmit_Byte6 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1707 OPU_CCP_Transmit_Byte6 0;
+BA_ "NetworkRequest" SG_ 1707 OPU_CCP_Transmit_Byte6 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1707 OPU_CCP_Transmit_Byte6 5000;
+BA_ "RoutingFactor" SG_ 1707 OPU_CCP_Transmit_Byte6 1;
+BA_ "Version" SG_ 1707 OPU_CCP_Transmit_Byte6 "18.09.05";
+BA_ "UsrSigPurpose" SG_ 1707 OPU_CCP_Transmit_Byte7 6;
+BA_ "GenSigSendType" SG_ 1707 OPU_CCP_Transmit_Byte7 2;
+BA_ "GenSigStartValue" SG_ 1707 OPU_CCP_Transmit_Byte7 0;
+BA_ "UserSigValidity" SG_ 1707 OPU_CCP_Transmit_Byte7 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1707 OPU_CCP_Transmit_Byte7 0;
+BA_ "NetworkRequest" SG_ 1707 OPU_CCP_Transmit_Byte7 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1707 OPU_CCP_Transmit_Byte7 5000;
+BA_ "RoutingFactor" SG_ 1707 OPU_CCP_Transmit_Byte7 1;
+BA_ "Version" SG_ 1707 OPU_CCP_Transmit_Byte7 "18.09.05";
+BA_ "UsrSigPurpose" SG_ 1707 OPU_CCP_Transmit_Byte1 6;
+BA_ "GenSigSendType" SG_ 1707 OPU_CCP_Transmit_Byte1 2;
+BA_ "GenSigStartValue" SG_ 1707 OPU_CCP_Transmit_Byte1 0;
+BA_ "UserSigValidity" SG_ 1707 OPU_CCP_Transmit_Byte1 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1707 OPU_CCP_Transmit_Byte1 0;
+BA_ "NetworkRequest" SG_ 1707 OPU_CCP_Transmit_Byte1 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1707 OPU_CCP_Transmit_Byte1 5000;
+BA_ "RoutingFactor" SG_ 1707 OPU_CCP_Transmit_Byte1 1;
+BA_ "Version" SG_ 1707 OPU_CCP_Transmit_Byte1 "18.09.05";
+BA_ "GenMsgCycleTime" BO_ 1976 0;
+BA_ "GenMsgILSupport" BO_ 1976 0;
+BA_ "TpMessage" BO_ 1976 1;
+BA_ "GenMsgDelayTime" BO_ 1976 0;
+BA_ "GenMsgStartDelayTime" BO_ 1976 0;
+BA_ "VFrameFormat" BO_ 1976 14;
+BA_ "Description" SG_ 1976 OPU_OPI_GST_Byte0 "TP Index : 152";
+BA_ "UsrSigPurpose" SG_ 1976 OPU_OPI_GST_Byte0 2;
+BA_ "GenSigSendType" SG_ 1976 OPU_OPI_GST_Byte0 2;
+BA_ "GenSigStartValue" SG_ 1976 OPU_OPI_GST_Byte0 0;
+BA_ "UserSigValidity" SG_ 1976 OPU_OPI_GST_Byte0 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1976 OPU_OPI_GST_Byte0 0;
+BA_ "NetworkRequest" SG_ 1976 OPU_OPI_GST_Byte0 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1976 OPU_OPI_GST_Byte0 5000;
+BA_ "RoutingFactor" SG_ 1976 OPU_OPI_GST_Byte0 1;
+BA_ "Version" SG_ 1976 OPU_OPI_GST_Byte0 "19.01.06";
+BA_ "Description" SG_ 1976 OPU_OPI_GST_Byte2 "TP Index : 152";
+BA_ "UsrSigPurpose" SG_ 1976 OPU_OPI_GST_Byte2 2;
+BA_ "GenSigSendType" SG_ 1976 OPU_OPI_GST_Byte2 2;
+BA_ "GenSigStartValue" SG_ 1976 OPU_OPI_GST_Byte2 0;
+BA_ "UserSigValidity" SG_ 1976 OPU_OPI_GST_Byte2 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1976 OPU_OPI_GST_Byte2 0;
+BA_ "NetworkRequest" SG_ 1976 OPU_OPI_GST_Byte2 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1976 OPU_OPI_GST_Byte2 5000;
+BA_ "RoutingFactor" SG_ 1976 OPU_OPI_GST_Byte2 1;
+BA_ "Version" SG_ 1976 OPU_OPI_GST_Byte2 "19.01.06";
+BA_ "Description" SG_ 1976 OPU_OPI_GST_Byte3 "TP Index : 152";
+BA_ "UsrSigPurpose" SG_ 1976 OPU_OPI_GST_Byte3 2;
+BA_ "GenSigSendType" SG_ 1976 OPU_OPI_GST_Byte3 2;
+BA_ "GenSigStartValue" SG_ 1976 OPU_OPI_GST_Byte3 0;
+BA_ "UserSigValidity" SG_ 1976 OPU_OPI_GST_Byte3 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1976 OPU_OPI_GST_Byte3 0;
+BA_ "NetworkRequest" SG_ 1976 OPU_OPI_GST_Byte3 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1976 OPU_OPI_GST_Byte3 5000;
+BA_ "RoutingFactor" SG_ 1976 OPU_OPI_GST_Byte3 1;
+BA_ "Version" SG_ 1976 OPU_OPI_GST_Byte3 "19.01.06";
+BA_ "Description" SG_ 1976 OPU_OPI_GST_Byte4 "TP Index : 152";
+BA_ "UsrSigPurpose" SG_ 1976 OPU_OPI_GST_Byte4 2;
+BA_ "GenSigSendType" SG_ 1976 OPU_OPI_GST_Byte4 2;
+BA_ "GenSigStartValue" SG_ 1976 OPU_OPI_GST_Byte4 0;
+BA_ "UserSigValidity" SG_ 1976 OPU_OPI_GST_Byte4 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1976 OPU_OPI_GST_Byte4 0;
+BA_ "NetworkRequest" SG_ 1976 OPU_OPI_GST_Byte4 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1976 OPU_OPI_GST_Byte4 5000;
+BA_ "RoutingFactor" SG_ 1976 OPU_OPI_GST_Byte4 1;
+BA_ "Version" SG_ 1976 OPU_OPI_GST_Byte4 "19.01.06";
+BA_ "Description" SG_ 1976 OPU_OPI_GST_Byte5 "TP Index : 152";
+BA_ "UsrSigPurpose" SG_ 1976 OPU_OPI_GST_Byte5 2;
+BA_ "GenSigSendType" SG_ 1976 OPU_OPI_GST_Byte5 2;
+BA_ "GenSigStartValue" SG_ 1976 OPU_OPI_GST_Byte5 0;
+BA_ "UserSigValidity" SG_ 1976 OPU_OPI_GST_Byte5 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1976 OPU_OPI_GST_Byte5 0;
+BA_ "NetworkRequest" SG_ 1976 OPU_OPI_GST_Byte5 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1976 OPU_OPI_GST_Byte5 5000;
+BA_ "RoutingFactor" SG_ 1976 OPU_OPI_GST_Byte5 1;
+BA_ "Version" SG_ 1976 OPU_OPI_GST_Byte5 "19.01.06";
+BA_ "Description" SG_ 1976 OPU_OPI_GST_Byte6 "TP Index : 152";
+BA_ "UsrSigPurpose" SG_ 1976 OPU_OPI_GST_Byte6 2;
+BA_ "GenSigSendType" SG_ 1976 OPU_OPI_GST_Byte6 2;
+BA_ "GenSigStartValue" SG_ 1976 OPU_OPI_GST_Byte6 0;
+BA_ "UserSigValidity" SG_ 1976 OPU_OPI_GST_Byte6 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1976 OPU_OPI_GST_Byte6 0;
+BA_ "NetworkRequest" SG_ 1976 OPU_OPI_GST_Byte6 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1976 OPU_OPI_GST_Byte6 5000;
+BA_ "RoutingFactor" SG_ 1976 OPU_OPI_GST_Byte6 1;
+BA_ "Version" SG_ 1976 OPU_OPI_GST_Byte6 "19.01.06";
+BA_ "Description" SG_ 1976 OPU_OPI_GST_Byte7 "TP Index : 152";
+BA_ "UsrSigPurpose" SG_ 1976 OPU_OPI_GST_Byte7 2;
+BA_ "GenSigSendType" SG_ 1976 OPU_OPI_GST_Byte7 2;
+BA_ "GenSigStartValue" SG_ 1976 OPU_OPI_GST_Byte7 0;
+BA_ "UserSigValidity" SG_ 1976 OPU_OPI_GST_Byte7 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1976 OPU_OPI_GST_Byte7 0;
+BA_ "NetworkRequest" SG_ 1976 OPU_OPI_GST_Byte7 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1976 OPU_OPI_GST_Byte7 5000;
+BA_ "RoutingFactor" SG_ 1976 OPU_OPI_GST_Byte7 1;
+BA_ "Version" SG_ 1976 OPU_OPI_GST_Byte7 "19.01.06";
+BA_ "Description" SG_ 1976 OPU_OPI_GST_Byte1 "TP Index : 152";
+BA_ "UsrSigPurpose" SG_ 1976 OPU_OPI_GST_Byte1 2;
+BA_ "GenSigSendType" SG_ 1976 OPU_OPI_GST_Byte1 2;
+BA_ "GenSigStartValue" SG_ 1976 OPU_OPI_GST_Byte1 0;
+BA_ "UserSigValidity" SG_ 1976 OPU_OPI_GST_Byte1 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1976 OPU_OPI_GST_Byte1 0;
+BA_ "NetworkRequest" SG_ 1976 OPU_OPI_GST_Byte1 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1976 OPU_OPI_GST_Byte1 5000;
+BA_ "RoutingFactor" SG_ 1976 OPU_OPI_GST_Byte1 1;
+BA_ "Version" SG_ 1976 OPU_OPI_GST_Byte1 "19.01.06";
+BA_ "GenMsgSendType" BO_ 1004 0;
+BA_ "GenMsgCycleTime" BO_ 1004 200;
+BA_ "GenMsgStartDelayTime" BO_ 1004 0;
+BA_ "VFrameFormat" BO_ 1004 14;
+BA_ "Description" SG_ 1004 CF_RCS_SwTyp "Road Control Switch Type";
+BA_ "GenSigSendType" SG_ 1004 CF_RCS_SwTyp 4;
+BA_ "GenSigStartValue" SG_ 1004 CF_RCS_SwTyp 0;
+BA_ "UserSigValidity" SG_ 1004 CF_RCS_SwTyp 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1004 CF_RCS_SwTyp 0;
+BA_ "RoutingFactor" SG_ 1004 CF_RCS_SwTyp 0;
+BA_ "Version" SG_ 1004 CF_RCS_SwTyp "18.10.02";
+BA_ "Description" SG_ 1004 CF_RCS_OffRoad "RCS OffRoad mode status";
+BA_ "GenSigSendType" SG_ 1004 CF_RCS_OffRoad 4;
+BA_ "GenSigStartValue" SG_ 1004 CF_RCS_OffRoad 0;
+BA_ "UserSigValidity" SG_ 1004 CF_RCS_OffRoad 3;
+BA_ "NetworkRequestHoldingTime" SG_ 1004 CF_RCS_OffRoad 0;
+BA_ "RoutingFactor" SG_ 1004 CF_RCS_OffRoad 0;
+BA_ "Version" SG_ 1004 CF_RCS_OffRoad "18.10.02";
+BA_ "Description" SG_ 1004 CF_RCS_BtnSta "RCS Button Status";
+BA_ "GenSigSendType" SG_ 1004 CF_RCS_BtnSta 4;
+BA_ "GenSigStartValue" SG_ 1004 CF_RCS_BtnSta 0;
+BA_ "UserSigValidity" SG_ 1004 CF_RCS_BtnSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 1004 CF_RCS_BtnSta 0;
+BA_ "RoutingFactor" SG_ 1004 CF_RCS_BtnSta 0;
+BA_ "Version" SG_ 1004 CF_RCS_BtnSta "18.10.02";
+BA_ "Description" SG_ 1004 CF_RCS_RotateEnd "signal to inform end of rotate";
+BA_ "GenSigSendType" SG_ 1004 CF_RCS_RotateEnd 4;
+BA_ "GenSigStartValue" SG_ 1004 CF_RCS_RotateEnd 0;
+BA_ "UserSigValidity" SG_ 1004 CF_RCS_RotateEnd 3;
+BA_ "NetworkRequestHoldingTime" SG_ 1004 CF_RCS_RotateEnd 0;
+BA_ "RoutingFactor" SG_ 1004 CF_RCS_RotateEnd 0;
+BA_ "Version" SG_ 1004 CF_RCS_RotateEnd "18.10.02";
+BA_ "Description" SG_ 1004 CF_RCS_4wdLocking "4wd locking on/off signal";
+BA_ "GenSigSendType" SG_ 1004 CF_RCS_4wdLocking 4;
+BA_ "GenSigStartValue" SG_ 1004 CF_RCS_4wdLocking 0;
+BA_ "UserSigValidity" SG_ 1004 CF_RCS_4wdLocking 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 1004 CF_RCS_4wdLocking 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 1004 CF_RCS_4wdLocking 0;
+BA_ "RoutingFactor" SG_ 1004 CF_RCS_4wdLocking 0;
+BA_ "Version" SG_ 1004 CF_RCS_4wdLocking "18.10.02";
+BA_ "Description" SG_ 1004 CF_RCS_DrvMod "RCS drive mode select status";
+BA_ "GenSigSendType" SG_ 1004 CF_RCS_DrvMod 4;
+BA_ "GenSigStartValue" SG_ 1004 CF_RCS_DrvMod 0;
+BA_ "UserSigValidity" SG_ 1004 CF_RCS_DrvMod 3;
+BA_ "NetworkRequestHoldingTime" SG_ 1004 CF_RCS_DrvMod 0;
+BA_ "RoutingFactor" SG_ 1004 CF_RCS_DrvMod 0;
+BA_ "Version" SG_ 1004 CF_RCS_DrvMod "18.10.02";
+BA_ "GenMsgCycleTime" BO_ 1252 0;
+BA_ "GenMsgDelayTime" BO_ 1252 20;
+BA_ "GenMsgDelayTime" BO_ 1252 0;
+BA_ "GenMsgStartDelayTime" BO_ 1252 0;
+BA_ "VFrameFormat" BO_ 1252 14;
+BA_ "Description" SG_ 1252 RKE_Crc1Val "The data area for CRC calculation is based on the data length (DLC) of the message DB.
+
+The CRC shall be calculated over the entire data block (excluding the CRC bytes) including the user data, alive counter and Data ID 
+
+ 
+
+- CRC Polynomial (0x1D) , Initial Value : 0x00, XOR value : 0xFF, Data ID Mode : Both, Data ID : Message ID + 0xF800 
+
+- The initial value is for CRC calculation and the message should be sent with the calculated result value. 
+
+The mathematical expression to 8 bit CRC polynomial is given here. G(x) = x8 + x4 + x3 + x2 + 1";
+BA_ "GenSigSendType" SG_ 1252 RKE_Crc1Val 4;
+BA_ "GenSigStartValue" SG_ 1252 RKE_Crc1Val 255;
+BA_ "UserSigValidity" SG_ 1252 RKE_Crc1Val 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1252 RKE_Crc1Val 0;
+BA_ "RoutingFactor" SG_ 1252 RKE_Crc1Val 1;
+BA_ "Version" SG_ 1252 RKE_Crc1Val "18.11.08";
+BA_ "Description" SG_ 1252 RKE_AlvCnt1Val "For the first transmission request for a data element the counter shall be initialized with 0 and shall be incremented by 1
+
+for every subsequent send request. When the counter reaches the maximum value(0xE), then it shall restart with 0 for the next send request";
+BA_ "GenSigSendType" SG_ 1252 RKE_AlvCnt1Val 4;
+BA_ "GenSigStartValue" SG_ 1252 RKE_AlvCnt1Val 0;
+BA_ "UserSigValidity" SG_ 1252 RKE_AlvCnt1Val 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1252 RKE_AlvCnt1Val 0;
+BA_ "RoutingFactor" SG_ 1252 RKE_AlvCnt1Val 1;
+BA_ "Version" SG_ 1252 RKE_AlvCnt1Val "18.11.08";
+BA_ "Description" SG_ 1252 RKE_BtnReq "Remote Key Button Request from Folding Key or Smart Key";
+BA_ "GenSigSendType" SG_ 1252 RKE_BtnReq 4;
+BA_ "GenSigStartValue" SG_ 1252 RKE_BtnReq 0;
+BA_ "UserSigValidity" SG_ 1252 RKE_BtnReq 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SBW_SHFTR_FF SG_ 1252 RKE_BtnReq 0;
+BA_ "NetworkRequest" SG_ 1252 RKE_BtnReq 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1252 RKE_BtnReq 5000;
+BA_ "RoutingFactor" SG_ 1252 RKE_BtnReq 1;
+BA_ "Version" SG_ 1252 RKE_BtnReq "18.06.01";
+BA_ "Description" SG_ 1252 RKE_WdwUpDnReq "Remote Key Window Up and Down Request from Folding Key or Smart Key";
+BA_ "GenSigSendType" SG_ 1252 RKE_WdwUpDnReq 4;
+BA_ "GenSigStartValue" SG_ 1252 RKE_WdwUpDnReq 0;
+BA_ "UserSigValidity" SG_ 1252 RKE_WdwUpDnReq 0;
+BA_ "NetworkRequest" SG_ 1252 RKE_WdwUpDnReq 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1252 RKE_WdwUpDnReq 5000;
+BA_ "RoutingFactor" SG_ 1252 RKE_WdwUpDnReq 1;
+BA_ "Version" SG_ 1252 RKE_WdwUpDnReq "17.12.00";
+BA_ "Description" SG_ 1252 RKE_ID "Remote Key Window Up and Down Request from Folding Key or Smart Key
+
+
+
+Folding key or smart key ID for recently received RF frame";
+BA_ "GenSigSendType" SG_ 1252 RKE_ID 4;
+BA_ "GenSigStartValue" SG_ 1252 RKE_ID 0;
+BA_ "UserSigValidity" SG_ 1252 RKE_ID 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1252 RKE_ID 0;
+BA_ "RoutingFactor" SG_ 1252 RKE_ID 1;
+BA_ "Version" SG_ 1252 RKE_ID "17.12.00";
+BA_ "GenMsgSendType" BO_ 293 0;
+BA_ "GenMsgCycleTime" BO_ 293 10;
+BA_ "GenMsgCycleTimeFast" BO_ 293 0;
+BA_ "GenMsgNrOfRepetition" BO_ 293 0;
+BA_ "GenMsgDelayTime" BO_ 293 0;
+BA_ "GenMsgStartDelayTime" BO_ 293 0;
+BA_ "VFrameFormat" BO_ 293 14;
+BA_ "Description" SG_ 293 SAS_Crc1Val "The data area for CRC calculation is based on the data length (DLC) of the message DB.
+
+The CRC shall be calculated over the entire data block (excluding the CRC bytes) including the user data, alive counter and Data ID
+
+ 
+
+- CRC Polynomial (0x1021) , Initial Value : 0xFFFF, XOR value : 0x0000, Data ID : Message ID + 0xF800 
+
+- The initial value is for CRC calculation and the message should be sent with the calculated result value. 
+
+- The mathematical expression to 16 bit CRC polynomial is given here. G(x) = x16 + x12 + x5 + 1";
+BA_ "GenSigStartValue" SG_ 293 SAS_Crc1Val 65535;
+BA_ "UserSigValidity" SG_ 293 SAS_Crc1Val 3;
+BA_ "NetworkRequestHoldingTime" SG_ 293 SAS_Crc1Val 0;
+BA_ "RoutingFactor" SG_ 293 SAS_Crc1Val 5;
+BA_ "Version" SG_ 293 SAS_Crc1Val "18.11.08";
+BA_ "Description" SG_ 293 SAS_AlvCnt1Val "For the first transmission request for a data element the counter shall be initialized with 0 and shall be incremented by 1 for every subsequent send request. 
+
+When the counter reaches the maximum value(0xFF), then it shall restart with 0 for the next send request";
+BA_ "GenSigStartValue" SG_ 293 SAS_AlvCnt1Val 0;
+BA_ "UserSigValidity" SG_ 293 SAS_AlvCnt1Val 3;
+BA_ "NetworkRequestHoldingTime" SG_ 293 SAS_AlvCnt1Val 0;
+BA_ "RoutingFactor" SG_ 293 SAS_AlvCnt1Val 5;
+BA_ "Version" SG_ 293 SAS_AlvCnt1Val "18.11.08";
+BA_ "Description" SG_ 293 SAS_AnglVal "Information regarding the steering wheel angle.  (PH) = (HEX) * 0.1 (0 <  HEX < 7FFFH) or (PH) = (HEX - 65536) * 0.1 (HEX > 7FFFH)";
+BA_ "GenSigStartValue" SG_ 293 SAS_AnglVal 32767;
+BA_ "UserSigValidity" SG_ 293 SAS_AnglVal 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 293 SAS_AnglVal 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 293 SAS_AnglVal 500;
+BA_ "NetworkRequestHoldingTime" SG_ 293 SAS_AnglVal 0;
+BA_ "RoutingFactor" SG_ 293 SAS_AnglVal 5;
+BA_ "Version" SG_ 293 SAS_AnglVal "18.12.08";
+BA_ "Description" SG_ 293 SAS_SpdVal "Information regarding the steering wheel rotation speed 
+
+(PH) = (HEX) * 4 (0 ≤ HEX < 254)";
+BA_ "GenSigStartValue" SG_ 293 SAS_SpdVal 255;
+BA_ "UserSigValidity" SG_ 293 SAS_SpdVal 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 293 SAS_SpdVal 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 293 SAS_SpdVal 500;
+BA_ "NetworkRequestHoldingTime" SG_ 293 SAS_SpdVal 0;
+BA_ "RoutingFactor" SG_ 293 SAS_SpdVal 5;
+BA_ "Version" SG_ 293 SAS_SpdVal "18.12.08";
+BA_ "Description" SG_ 293 SAS_IntSta "Information regarding the steering angle sensor’s internal state. If SAS_AnglVal value is O.K., SAS_OK flag is set and otherwise SAS_OK flag is cleared. If steering angle sensor has been calibrated, SAS_CAL flag is set and otherwise cleared.
+
+SF1 - SF5 : for internal use only
+
+
+
+SAS_OK(=1), SAS_CAL(=1) : SAS_AnglVal(=value), SAS_SpdVal(=value)
+
+SAS_OK(=1), SAS_CAL(=0) : SAS_AnglVal(=7FFFh), SAS_SpdVal(=value)
+
+SAS_OK(=0), SAS_CAL(=1) : SAS_AnglVal(=7FFFh), SAS_SpdVal(=FFh)
+
+SAS_OK(=0), SAS_CAL(=0) : SAS_AnglVal(=7FFFh), SAS_SpdVal(=FFh)
+
+
+
+※ If SAS is trimmed, SAS_Trim flag = 1.
+
+If SAS is not trimmed (in this case SAS_OK=0 and SAS_CAL=0), SAS_Trim flag=0.";
+BA_ "GenSigStartValue" SG_ 293 SAS_IntSta 7;
+BA_ "UserSigValidity" SG_ 293 SAS_IntSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 293 SAS_IntSta 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 293 SAS_IntSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 293 SAS_IntSta 0;
+BA_ "RoutingFactor" SG_ 293 SAS_IntSta 5;
+BA_ "Version" SG_ 293 SAS_IntSta "17.11.00";
+BA_ "GenMsgCycleTime" BO_ 1580 0;
+BA_ "GenMsgILSupport" BO_ 1580 0;
+BA_ "TpMessage" BO_ 1580 1;
+BA_ "GenMsgDelayTime" BO_ 1580 0;
+BA_ "GenMsgStartDelayTime" BO_ 1580 0;
+BA_ "VFrameFormat" BO_ 1580 14;
+BA_ "UsrSigPurpose" SG_ 1580 SBW_CCP_REQ_Byte0 6;
+BA_ "GenSigSendType" SG_ 1580 SBW_CCP_REQ_Byte0 2;
+BA_ "GenSigStartValue" SG_ 1580 SBW_CCP_REQ_Byte0 0;
+BA_ "UserSigValidity" SG_ 1580 SBW_CCP_REQ_Byte0 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1580 SBW_CCP_REQ_Byte0 0;
+BA_ "NetworkRequest" SG_ 1580 SBW_CCP_REQ_Byte0 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1580 SBW_CCP_REQ_Byte0 5000;
+BA_ "RoutingFactor" SG_ 1580 SBW_CCP_REQ_Byte0 1;
+BA_ "Version" SG_ 1580 SBW_CCP_REQ_Byte0 "18.08.02";
+BA_ "UsrSigPurpose" SG_ 1580 SBW_CCP_REQ_Byte2 6;
+BA_ "GenSigSendType" SG_ 1580 SBW_CCP_REQ_Byte2 2;
+BA_ "GenSigStartValue" SG_ 1580 SBW_CCP_REQ_Byte2 0;
+BA_ "UserSigValidity" SG_ 1580 SBW_CCP_REQ_Byte2 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1580 SBW_CCP_REQ_Byte2 0;
+BA_ "NetworkRequest" SG_ 1580 SBW_CCP_REQ_Byte2 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1580 SBW_CCP_REQ_Byte2 5000;
+BA_ "RoutingFactor" SG_ 1580 SBW_CCP_REQ_Byte2 1;
+BA_ "Version" SG_ 1580 SBW_CCP_REQ_Byte2 "18.08.02";
+BA_ "UsrSigPurpose" SG_ 1580 SBW_CCP_REQ_Byte3 6;
+BA_ "GenSigSendType" SG_ 1580 SBW_CCP_REQ_Byte3 2;
+BA_ "GenSigStartValue" SG_ 1580 SBW_CCP_REQ_Byte3 0;
+BA_ "UserSigValidity" SG_ 1580 SBW_CCP_REQ_Byte3 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1580 SBW_CCP_REQ_Byte3 0;
+BA_ "NetworkRequest" SG_ 1580 SBW_CCP_REQ_Byte3 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1580 SBW_CCP_REQ_Byte3 5000;
+BA_ "RoutingFactor" SG_ 1580 SBW_CCP_REQ_Byte3 1;
+BA_ "Version" SG_ 1580 SBW_CCP_REQ_Byte3 "18.08.02";
+BA_ "UsrSigPurpose" SG_ 1580 SBW_CCP_REQ_Byte4 6;
+BA_ "GenSigSendType" SG_ 1580 SBW_CCP_REQ_Byte4 2;
+BA_ "GenSigStartValue" SG_ 1580 SBW_CCP_REQ_Byte4 0;
+BA_ "UserSigValidity" SG_ 1580 SBW_CCP_REQ_Byte4 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1580 SBW_CCP_REQ_Byte4 0;
+BA_ "NetworkRequest" SG_ 1580 SBW_CCP_REQ_Byte4 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1580 SBW_CCP_REQ_Byte4 5000;
+BA_ "RoutingFactor" SG_ 1580 SBW_CCP_REQ_Byte4 1;
+BA_ "Version" SG_ 1580 SBW_CCP_REQ_Byte4 "18.08.02";
+BA_ "UsrSigPurpose" SG_ 1580 SBW_CCP_REQ_Byte5 6;
+BA_ "GenSigSendType" SG_ 1580 SBW_CCP_REQ_Byte5 2;
+BA_ "GenSigStartValue" SG_ 1580 SBW_CCP_REQ_Byte5 0;
+BA_ "UserSigValidity" SG_ 1580 SBW_CCP_REQ_Byte5 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1580 SBW_CCP_REQ_Byte5 0;
+BA_ "NetworkRequest" SG_ 1580 SBW_CCP_REQ_Byte5 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1580 SBW_CCP_REQ_Byte5 5000;
+BA_ "RoutingFactor" SG_ 1580 SBW_CCP_REQ_Byte5 1;
+BA_ "Version" SG_ 1580 SBW_CCP_REQ_Byte5 "18.08.02";
+BA_ "UsrSigPurpose" SG_ 1580 SBW_CCP_REQ_Byte6 6;
+BA_ "GenSigSendType" SG_ 1580 SBW_CCP_REQ_Byte6 2;
+BA_ "GenSigStartValue" SG_ 1580 SBW_CCP_REQ_Byte6 0;
+BA_ "UserSigValidity" SG_ 1580 SBW_CCP_REQ_Byte6 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1580 SBW_CCP_REQ_Byte6 0;
+BA_ "NetworkRequest" SG_ 1580 SBW_CCP_REQ_Byte6 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1580 SBW_CCP_REQ_Byte6 5000;
+BA_ "RoutingFactor" SG_ 1580 SBW_CCP_REQ_Byte6 1;
+BA_ "Version" SG_ 1580 SBW_CCP_REQ_Byte6 "18.08.02";
+BA_ "UsrSigPurpose" SG_ 1580 SBW_CCP_REQ_Byte7 6;
+BA_ "GenSigSendType" SG_ 1580 SBW_CCP_REQ_Byte7 2;
+BA_ "GenSigStartValue" SG_ 1580 SBW_CCP_REQ_Byte7 0;
+BA_ "UserSigValidity" SG_ 1580 SBW_CCP_REQ_Byte7 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1580 SBW_CCP_REQ_Byte7 0;
+BA_ "NetworkRequest" SG_ 1580 SBW_CCP_REQ_Byte7 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1580 SBW_CCP_REQ_Byte7 5000;
+BA_ "RoutingFactor" SG_ 1580 SBW_CCP_REQ_Byte7 1;
+BA_ "Version" SG_ 1580 SBW_CCP_REQ_Byte7 "18.08.02";
+BA_ "UsrSigPurpose" SG_ 1580 SBW_CCP_REQ_Byte1 6;
+BA_ "GenSigSendType" SG_ 1580 SBW_CCP_REQ_Byte1 2;
+BA_ "GenSigStartValue" SG_ 1580 SBW_CCP_REQ_Byte1 0;
+BA_ "UserSigValidity" SG_ 1580 SBW_CCP_REQ_Byte1 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1580 SBW_CCP_REQ_Byte1 0;
+BA_ "NetworkRequest" SG_ 1580 SBW_CCP_REQ_Byte1 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1580 SBW_CCP_REQ_Byte1 5000;
+BA_ "RoutingFactor" SG_ 1580 SBW_CCP_REQ_Byte1 1;
+BA_ "Version" SG_ 1580 SBW_CCP_REQ_Byte1 "18.08.02";
+BA_ "GenMsgCycleTime" BO_ 1581 0;
+BA_ "GenMsgILSupport" BO_ 1581 0;
+BA_ "TpMessage" BO_ 1581 1;
+BA_ "GenMsgDelayTime" BO_ 1581 0;
+BA_ "GenMsgStartDelayTime" BO_ 1581 0;
+BA_ "VFrameFormat" BO_ 1581 14;
+BA_ "UsrSigPurpose" SG_ 1581 SBW_CCP_RESP_Byte0 6;
+BA_ "GenSigSendType" SG_ 1581 SBW_CCP_RESP_Byte0 2;
+BA_ "GenSigStartValue" SG_ 1581 SBW_CCP_RESP_Byte0 0;
+BA_ "UserSigValidity" SG_ 1581 SBW_CCP_RESP_Byte0 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1581 SBW_CCP_RESP_Byte0 0;
+BA_ "NetworkRequest" SG_ 1581 SBW_CCP_RESP_Byte0 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1581 SBW_CCP_RESP_Byte0 5000;
+BA_ "RoutingFactor" SG_ 1581 SBW_CCP_RESP_Byte0 1;
+BA_ "Version" SG_ 1581 SBW_CCP_RESP_Byte0 "18.08.01";
+BA_ "UsrSigPurpose" SG_ 1581 SBW_CCP_RESP_Byte2 6;
+BA_ "GenSigSendType" SG_ 1581 SBW_CCP_RESP_Byte2 2;
+BA_ "GenSigStartValue" SG_ 1581 SBW_CCP_RESP_Byte2 0;
+BA_ "UserSigValidity" SG_ 1581 SBW_CCP_RESP_Byte2 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1581 SBW_CCP_RESP_Byte2 0;
+BA_ "NetworkRequest" SG_ 1581 SBW_CCP_RESP_Byte2 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1581 SBW_CCP_RESP_Byte2 5000;
+BA_ "RoutingFactor" SG_ 1581 SBW_CCP_RESP_Byte2 1;
+BA_ "Version" SG_ 1581 SBW_CCP_RESP_Byte2 "18.08.01";
+BA_ "UsrSigPurpose" SG_ 1581 SBW_CCP_RESP_Byte3 6;
+BA_ "GenSigSendType" SG_ 1581 SBW_CCP_RESP_Byte3 2;
+BA_ "GenSigStartValue" SG_ 1581 SBW_CCP_RESP_Byte3 0;
+BA_ "UserSigValidity" SG_ 1581 SBW_CCP_RESP_Byte3 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1581 SBW_CCP_RESP_Byte3 0;
+BA_ "NetworkRequest" SG_ 1581 SBW_CCP_RESP_Byte3 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1581 SBW_CCP_RESP_Byte3 5000;
+BA_ "RoutingFactor" SG_ 1581 SBW_CCP_RESP_Byte3 1;
+BA_ "Version" SG_ 1581 SBW_CCP_RESP_Byte3 "18.08.01";
+BA_ "UsrSigPurpose" SG_ 1581 SBW_CCP_RESP_Byte4 6;
+BA_ "GenSigSendType" SG_ 1581 SBW_CCP_RESP_Byte4 2;
+BA_ "GenSigStartValue" SG_ 1581 SBW_CCP_RESP_Byte4 0;
+BA_ "UserSigValidity" SG_ 1581 SBW_CCP_RESP_Byte4 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1581 SBW_CCP_RESP_Byte4 0;
+BA_ "NetworkRequest" SG_ 1581 SBW_CCP_RESP_Byte4 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1581 SBW_CCP_RESP_Byte4 5000;
+BA_ "RoutingFactor" SG_ 1581 SBW_CCP_RESP_Byte4 1;
+BA_ "Version" SG_ 1581 SBW_CCP_RESP_Byte4 "18.08.01";
+BA_ "UsrSigPurpose" SG_ 1581 SBW_CCP_RESP_Byte5 6;
+BA_ "GenSigSendType" SG_ 1581 SBW_CCP_RESP_Byte5 2;
+BA_ "GenSigStartValue" SG_ 1581 SBW_CCP_RESP_Byte5 0;
+BA_ "UserSigValidity" SG_ 1581 SBW_CCP_RESP_Byte5 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1581 SBW_CCP_RESP_Byte5 0;
+BA_ "NetworkRequest" SG_ 1581 SBW_CCP_RESP_Byte5 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1581 SBW_CCP_RESP_Byte5 5000;
+BA_ "RoutingFactor" SG_ 1581 SBW_CCP_RESP_Byte5 1;
+BA_ "Version" SG_ 1581 SBW_CCP_RESP_Byte5 "18.08.01";
+BA_ "UsrSigPurpose" SG_ 1581 SBW_CCP_RESP_Byte6 6;
+BA_ "GenSigSendType" SG_ 1581 SBW_CCP_RESP_Byte6 2;
+BA_ "GenSigStartValue" SG_ 1581 SBW_CCP_RESP_Byte6 0;
+BA_ "UserSigValidity" SG_ 1581 SBW_CCP_RESP_Byte6 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1581 SBW_CCP_RESP_Byte6 0;
+BA_ "NetworkRequest" SG_ 1581 SBW_CCP_RESP_Byte6 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1581 SBW_CCP_RESP_Byte6 5000;
+BA_ "RoutingFactor" SG_ 1581 SBW_CCP_RESP_Byte6 1;
+BA_ "Version" SG_ 1581 SBW_CCP_RESP_Byte6 "18.08.01";
+BA_ "UsrSigPurpose" SG_ 1581 SBW_CCP_RESP_Byte7 6;
+BA_ "GenSigSendType" SG_ 1581 SBW_CCP_RESP_Byte7 2;
+BA_ "GenSigStartValue" SG_ 1581 SBW_CCP_RESP_Byte7 0;
+BA_ "UserSigValidity" SG_ 1581 SBW_CCP_RESP_Byte7 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1581 SBW_CCP_RESP_Byte7 0;
+BA_ "NetworkRequest" SG_ 1581 SBW_CCP_RESP_Byte7 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1581 SBW_CCP_RESP_Byte7 5000;
+BA_ "RoutingFactor" SG_ 1581 SBW_CCP_RESP_Byte7 1;
+BA_ "Version" SG_ 1581 SBW_CCP_RESP_Byte7 "18.08.01";
+BA_ "UsrSigPurpose" SG_ 1581 SBW_CCP_RESP_Byte1 6;
+BA_ "GenSigSendType" SG_ 1581 SBW_CCP_RESP_Byte1 2;
+BA_ "GenSigStartValue" SG_ 1581 SBW_CCP_RESP_Byte1 0;
+BA_ "UserSigValidity" SG_ 1581 SBW_CCP_RESP_Byte1 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1581 SBW_CCP_RESP_Byte1 0;
+BA_ "NetworkRequest" SG_ 1581 SBW_CCP_RESP_Byte1 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1581 SBW_CCP_RESP_Byte1 5000;
+BA_ "RoutingFactor" SG_ 1581 SBW_CCP_RESP_Byte1 1;
+BA_ "Version" SG_ 1581 SBW_CCP_RESP_Byte1 "18.08.01";
+BA_ "GenMsgCycleTime" BO_ 1982 0;
+BA_ "GenMsgILSupport" BO_ 1982 0;
+BA_ "TpMessage" BO_ 1982 1;
+BA_ "GenMsgDelayTime" BO_ 1982 0;
+BA_ "GenMsgStartDelayTime" BO_ 1982 0;
+BA_ "VFrameFormat" BO_ 1982 14;
+BA_ "Description" SG_ 1982 SBW_GST_Byte0 "TP Index : 171";
+BA_ "UsrSigPurpose" SG_ 1982 SBW_GST_Byte0 2;
+BA_ "GenSigSendType" SG_ 1982 SBW_GST_Byte0 2;
+BA_ "GenSigStartValue" SG_ 1982 SBW_GST_Byte0 0;
+BA_ "UserSigValidity" SG_ 1982 SBW_GST_Byte0 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1982 SBW_GST_Byte0 0;
+BA_ "NetworkRequest" SG_ 1982 SBW_GST_Byte0 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1982 SBW_GST_Byte0 5000;
+BA_ "RoutingFactor" SG_ 1982 SBW_GST_Byte0 1;
+BA_ "Version" SG_ 1982 SBW_GST_Byte0 "18.01.08";
+BA_ "Description" SG_ 1982 SBW_GST_Byte2 "TP Index : 171";
+BA_ "UsrSigPurpose" SG_ 1982 SBW_GST_Byte2 2;
+BA_ "GenSigSendType" SG_ 1982 SBW_GST_Byte2 2;
+BA_ "GenSigStartValue" SG_ 1982 SBW_GST_Byte2 0;
+BA_ "UserSigValidity" SG_ 1982 SBW_GST_Byte2 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1982 SBW_GST_Byte2 0;
+BA_ "NetworkRequest" SG_ 1982 SBW_GST_Byte2 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1982 SBW_GST_Byte2 5000;
+BA_ "RoutingFactor" SG_ 1982 SBW_GST_Byte2 1;
+BA_ "Version" SG_ 1982 SBW_GST_Byte2 "18.01.08";
+BA_ "Description" SG_ 1982 SBW_GST_Byte3 "TP Index : 171";
+BA_ "UsrSigPurpose" SG_ 1982 SBW_GST_Byte3 2;
+BA_ "GenSigSendType" SG_ 1982 SBW_GST_Byte3 2;
+BA_ "GenSigStartValue" SG_ 1982 SBW_GST_Byte3 0;
+BA_ "UserSigValidity" SG_ 1982 SBW_GST_Byte3 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1982 SBW_GST_Byte3 0;
+BA_ "NetworkRequest" SG_ 1982 SBW_GST_Byte3 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1982 SBW_GST_Byte3 5000;
+BA_ "RoutingFactor" SG_ 1982 SBW_GST_Byte3 1;
+BA_ "Version" SG_ 1982 SBW_GST_Byte3 "18.01.08";
+BA_ "Description" SG_ 1982 SBW_GST_Byte4 "TP Index : 171";
+BA_ "UsrSigPurpose" SG_ 1982 SBW_GST_Byte4 2;
+BA_ "GenSigSendType" SG_ 1982 SBW_GST_Byte4 2;
+BA_ "GenSigStartValue" SG_ 1982 SBW_GST_Byte4 0;
+BA_ "UserSigValidity" SG_ 1982 SBW_GST_Byte4 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1982 SBW_GST_Byte4 0;
+BA_ "NetworkRequest" SG_ 1982 SBW_GST_Byte4 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1982 SBW_GST_Byte4 5000;
+BA_ "RoutingFactor" SG_ 1982 SBW_GST_Byte4 1;
+BA_ "Version" SG_ 1982 SBW_GST_Byte4 "18.01.08";
+BA_ "Description" SG_ 1982 SBW_GST_Byte5 "TP Index : 171";
+BA_ "UsrSigPurpose" SG_ 1982 SBW_GST_Byte5 2;
+BA_ "GenSigSendType" SG_ 1982 SBW_GST_Byte5 2;
+BA_ "GenSigStartValue" SG_ 1982 SBW_GST_Byte5 0;
+BA_ "UserSigValidity" SG_ 1982 SBW_GST_Byte5 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1982 SBW_GST_Byte5 0;
+BA_ "NetworkRequest" SG_ 1982 SBW_GST_Byte5 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1982 SBW_GST_Byte5 5000;
+BA_ "RoutingFactor" SG_ 1982 SBW_GST_Byte5 1;
+BA_ "Version" SG_ 1982 SBW_GST_Byte5 "18.01.08";
+BA_ "Description" SG_ 1982 SBW_GST_Byte6 "TP Index : 171";
+BA_ "UsrSigPurpose" SG_ 1982 SBW_GST_Byte6 2;
+BA_ "GenSigSendType" SG_ 1982 SBW_GST_Byte6 2;
+BA_ "GenSigStartValue" SG_ 1982 SBW_GST_Byte6 0;
+BA_ "UserSigValidity" SG_ 1982 SBW_GST_Byte6 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1982 SBW_GST_Byte6 0;
+BA_ "NetworkRequest" SG_ 1982 SBW_GST_Byte6 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1982 SBW_GST_Byte6 5000;
+BA_ "RoutingFactor" SG_ 1982 SBW_GST_Byte6 1;
+BA_ "Version" SG_ 1982 SBW_GST_Byte6 "18.01.08";
+BA_ "Description" SG_ 1982 SBW_GST_Byte7 "TP Index : 171";
+BA_ "UsrSigPurpose" SG_ 1982 SBW_GST_Byte7 2;
+BA_ "GenSigSendType" SG_ 1982 SBW_GST_Byte7 2;
+BA_ "GenSigStartValue" SG_ 1982 SBW_GST_Byte7 0;
+BA_ "UserSigValidity" SG_ 1982 SBW_GST_Byte7 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1982 SBW_GST_Byte7 0;
+BA_ "NetworkRequest" SG_ 1982 SBW_GST_Byte7 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1982 SBW_GST_Byte7 5000;
+BA_ "RoutingFactor" SG_ 1982 SBW_GST_Byte7 1;
+BA_ "Version" SG_ 1982 SBW_GST_Byte7 "18.01.08";
+BA_ "Description" SG_ 1982 SBW_GST_Byte1 "TP Index : 171";
+BA_ "UsrSigPurpose" SG_ 1982 SBW_GST_Byte1 2;
+BA_ "GenSigSendType" SG_ 1982 SBW_GST_Byte1 2;
+BA_ "GenSigStartValue" SG_ 1982 SBW_GST_Byte1 0;
+BA_ "UserSigValidity" SG_ 1982 SBW_GST_Byte1 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1982 SBW_GST_Byte1 0;
+BA_ "NetworkRequest" SG_ 1982 SBW_GST_Byte1 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1982 SBW_GST_Byte1 5000;
+BA_ "RoutingFactor" SG_ 1982 SBW_GST_Byte1 1;
+BA_ "Version" SG_ 1982 SBW_GST_Byte1 "18.01.08";
+BA_ "GenMsgSendType" BO_ 304 0;
+BA_ "GenMsgCycleTime" BO_ 304 10;
+BA_ "GenMsgCycleTimeFast" BO_ 304 0;
+BA_ "GenMsgNrOfRepetition" BO_ 304 0;
+BA_ "GenMsgDelayTime" BO_ 304 0;
+BA_ "GenMsgStartDelayTime" BO_ 304 0;
+BA_ "VFrameFormat" BO_ 304 14;
+BA_ "Description" SG_ 304 SBW_SHFTR_FF_Crc1Val "The data area for CRC calculation is based on the data length (DLC) of the message DB.
+
+The CRC shall be calculated over the entire data block (excluding the CRC bytes) including the user data, alive counter and Data ID
+
+ 
+
+- CRC Polynomial (0x1021) , Initial Value : 0xFFFF, XOR value : 0x0000, Data ID : Message ID + 0xF800 
+
+- The initial value is for CRC calculation and the message should be sent with the calculated result value. 
+
+- The mathematical expression to 16 bit CRC polynomial is given here. G(x) = x16 + x12 + x5 + 1";
+BA_ "GenSigStartValue" SG_ 304 SBW_SHFTR_FF_Crc1Val 65535;
+BA_ "UserSigValidity" SG_ 304 SBW_SHFTR_FF_Crc1Val 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 304 SBW_SHFTR_FF_Crc1Val 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 304 SBW_SHFTR_FF_Crc1Val 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 304 SBW_SHFTR_FF_Crc1Val 500;
+BA_ "NetworkRequestHoldingTime" SG_ 304 SBW_SHFTR_FF_Crc1Val 0;
+BA_ "RoutingFactor" SG_ 304 SBW_SHFTR_FF_Crc1Val 5;
+BA_ "Version" SG_ 304 SBW_SHFTR_FF_Crc1Val "18.12.02";
+BA_ "Description" SG_ 304 SBW_SHFTR_FF_AlvCnt1Val "For the first transmission request for a data element the counter shall be initialized with 0 and shall be incremented by 1
+
+for every subsequent send request. When the counter reaches the maximum value(0xFF), then it shall restart with ? for the next send request";
+BA_ "GenSigStartValue" SG_ 304 SBW_SHFTR_FF_AlvCnt1Val 0;
+BA_ "UserSigValidity" SG_ 304 SBW_SHFTR_FF_AlvCnt1Val 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 304 SBW_SHFTR_FF_AlvCnt1Val 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 304 SBW_SHFTR_FF_AlvCnt1Val 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 304 SBW_SHFTR_FF_AlvCnt1Val 500;
+BA_ "NetworkRequestHoldingTime" SG_ 304 SBW_SHFTR_FF_AlvCnt1Val 0;
+BA_ "RoutingFactor" SG_ 304 SBW_SHFTR_FF_AlvCnt1Val 5;
+BA_ "Version" SG_ 304 SBW_SHFTR_FF_AlvCnt1Val "18.08.04";
+BA_ "Description" SG_ 304 SBW_SHFTR_FF_LvrTyp "This signal indicates the lever type of Shift By Wire.
+
+
+
+The SCU refers to the signal and executes an operation according to the lever type-specific shift pattern.
+
+
+
+The SCU must prevent erroneous operation, which causes changes in the lever type due to the erroneous signals intermittently during running.";
+BA_ "GenSigStartValue" SG_ 304 SBW_SHFTR_FF_LvrTyp 0;
+BA_ "UserSigValidity" SG_ 304 SBW_SHFTR_FF_LvrTyp 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ IBU SG_ 304 SBW_SHFTR_FF_LvrTyp 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 304 SBW_SHFTR_FF_LvrTyp 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 304 SBW_SHFTR_FF_LvrTyp 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 304 SBW_SHFTR_FF_LvrTyp 500;
+BA_ "NetworkRequestHoldingTime" SG_ 304 SBW_SHFTR_FF_LvrTyp 0;
+BA_ "RoutingFactor" SG_ 304 SBW_SHFTR_FF_LvrTyp 5;
+BA_ "Version" SG_ 304 SBW_SHFTR_FF_LvrTyp "18.08.04";
+BA_ "Description" SG_ 304 SBW_SHFTR_FF_P_Sta "This signal indicates the Park gear request of driver.";
+BA_ "GenSigStartValue" SG_ 304 SBW_SHFTR_FF_P_Sta 0;
+BA_ "UserSigValidity" SG_ 304 SBW_SHFTR_FF_P_Sta 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 304 SBW_SHFTR_FF_P_Sta 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 304 SBW_SHFTR_FF_P_Sta 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 304 SBW_SHFTR_FF_P_Sta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 304 SBW_SHFTR_FF_P_Sta 0;
+BA_ "RoutingFactor" SG_ 304 SBW_SHFTR_FF_P_Sta 5;
+BA_ "Version" SG_ 304 SBW_SHFTR_FF_P_Sta "18.08.04";
+BA_ "Description" SG_ 304 SBW_SHFTR_FF_LvrPosInfo "This signal is measured by TGS Lever (Hall) sensor. Law data of shift position.";
+BA_ "GenSigStartValue" SG_ 304 SBW_SHFTR_FF_LvrPosInfo 0;
+BA_ "UserSigValidity" SG_ 304 SBW_SHFTR_FF_LvrPosInfo 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 304 SBW_SHFTR_FF_LvrPosInfo 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 304 SBW_SHFTR_FF_LvrPosInfo 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 304 SBW_SHFTR_FF_LvrPosInfo 500;
+BA_ "NetworkRequestHoldingTime" SG_ 304 SBW_SHFTR_FF_LvrPosInfo 0;
+BA_ "RoutingFactor" SG_ 304 SBW_SHFTR_FF_LvrPosInfo 5;
+BA_ "Version" SG_ 304 SBW_SHFTR_FF_LvrPosInfo "18.08.04";
+BA_ "Description" SG_ 304 SBW_SHFTR_FF_LvrWrngMsg "This signal displays in the cluster.
+
+
+
+This signal is classified by the lever type of Shift By Wire.
+
+
+
+0x00~0x07 : Button Type
+
+0x0D~0x15 : Lever Type(or Dial Type)";
+BA_ "GenSigStartValue" SG_ 304 SBW_SHFTR_FF_LvrWrngMsg 0;
+BA_ "UserSigValidity" SG_ 304 SBW_SHFTR_FF_LvrWrngMsg 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 304 SBW_SHFTR_FF_LvrWrngMsg 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 304 SBW_SHFTR_FF_LvrWrngMsg 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 304 SBW_SHFTR_FF_LvrWrngMsg 500;
+BA_ "NetworkRequestHoldingTime" SG_ 304 SBW_SHFTR_FF_LvrWrngMsg 0;
+BA_ "RoutingFactor" SG_ 304 SBW_SHFTR_FF_LvrWrngMsg 5;
+BA_ "Version" SG_ 304 SBW_SHFTR_FF_LvrWrngMsg "18.08.04";
+BA_ "Description" SG_ 304 SBW_SHFTR_FF_LvrUnitSta "This status indicates current fault status of SBW_FF
+
+ ##2G## This status indicates current fault status of CF_Lvr.";
+BA_ "GenSigStartValue" SG_ 304 SBW_SHFTR_FF_LvrUnitSta 0;
+BA_ "UserSigValidity" SG_ 304 SBW_SHFTR_FF_LvrUnitSta 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 304 SBW_SHFTR_FF_LvrUnitSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 304 SBW_SHFTR_FF_LvrUnitSta 0;
+BA_ "RoutingFactor" SG_ 304 SBW_SHFTR_FF_LvrUnitSta 5;
+BA_ "Version" SG_ 304 SBW_SHFTR_FF_LvrUnitSta "18.08.12";
+BA_ "Description" SG_ 304 SBW_SHFTR_FF_LvrIndicatorSta "This signal indicates current lighting status of SBW_FF.
+
+
+
+##2G##
+
+This signal indicates current lighting status of CF_Lvr.";
+BA_ "GenSigStartValue" SG_ 304 SBW_SHFTR_FF_LvrIndicatorSta 0;
+BA_ "UserSigValidity" SG_ 304 SBW_SHFTR_FF_LvrIndicatorSta 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 304 SBW_SHFTR_FF_LvrIndicatorSta 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 304 SBW_SHFTR_FF_LvrIndicatorSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 304 SBW_SHFTR_FF_LvrIndicatorSta 0;
+BA_ "RoutingFactor" SG_ 304 SBW_SHFTR_FF_LvrIndicatorSta 5;
+BA_ "Version" SG_ 304 SBW_SHFTR_FF_LvrIndicatorSta "18.08.04";
+BA_ "GenMsgCycleTime" BO_ 1637 0;
+BA_ "GenMsgILSupport" BO_ 1637 0;
+BA_ "TpMessage" BO_ 1637 1;
+BA_ "GenMsgDelayTime" BO_ 1637 0;
+BA_ "GenMsgStartDelayTime" BO_ 1637 0;
+BA_ "VFrameFormat" BO_ 1637 14;
+BA_ "UsrSigPurpose" SG_ 1637 SCU_CCP_Receive_Byte0 6;
+BA_ "GenSigSendType" SG_ 1637 SCU_CCP_Receive_Byte0 2;
+BA_ "GenSigStartValue" SG_ 1637 SCU_CCP_Receive_Byte0 0;
+BA_ "UserSigValidity" SG_ 1637 SCU_CCP_Receive_Byte0 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 1637 SCU_CCP_Receive_Byte0 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1637 SCU_CCP_Receive_Byte0 0;
+BA_ "NetworkRequest" SG_ 1637 SCU_CCP_Receive_Byte0 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1637 SCU_CCP_Receive_Byte0 5000;
+BA_ "RoutingFactor" SG_ 1637 SCU_CCP_Receive_Byte0 1;
+BA_ "Version" SG_ 1637 SCU_CCP_Receive_Byte0 "18.08.01";
+BA_ "UsrSigPurpose" SG_ 1637 SCU_CCP_Receive_Byte2 6;
+BA_ "GenSigSendType" SG_ 1637 SCU_CCP_Receive_Byte2 2;
+BA_ "GenSigStartValue" SG_ 1637 SCU_CCP_Receive_Byte2 0;
+BA_ "UserSigValidity" SG_ 1637 SCU_CCP_Receive_Byte2 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 1637 SCU_CCP_Receive_Byte2 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1637 SCU_CCP_Receive_Byte2 0;
+BA_ "NetworkRequest" SG_ 1637 SCU_CCP_Receive_Byte2 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1637 SCU_CCP_Receive_Byte2 5000;
+BA_ "RoutingFactor" SG_ 1637 SCU_CCP_Receive_Byte2 1;
+BA_ "Version" SG_ 1637 SCU_CCP_Receive_Byte2 "18.08.01";
+BA_ "UsrSigPurpose" SG_ 1637 SCU_CCP_Receive_Byte3 6;
+BA_ "GenSigSendType" SG_ 1637 SCU_CCP_Receive_Byte3 2;
+BA_ "GenSigStartValue" SG_ 1637 SCU_CCP_Receive_Byte3 0;
+BA_ "UserSigValidity" SG_ 1637 SCU_CCP_Receive_Byte3 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 1637 SCU_CCP_Receive_Byte3 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1637 SCU_CCP_Receive_Byte3 0;
+BA_ "NetworkRequest" SG_ 1637 SCU_CCP_Receive_Byte3 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1637 SCU_CCP_Receive_Byte3 5000;
+BA_ "RoutingFactor" SG_ 1637 SCU_CCP_Receive_Byte3 1;
+BA_ "Version" SG_ 1637 SCU_CCP_Receive_Byte3 "18.08.01";
+BA_ "UsrSigPurpose" SG_ 1637 SCU_CCP_Receive_Byte4 6;
+BA_ "GenSigSendType" SG_ 1637 SCU_CCP_Receive_Byte4 2;
+BA_ "GenSigStartValue" SG_ 1637 SCU_CCP_Receive_Byte4 0;
+BA_ "UserSigValidity" SG_ 1637 SCU_CCP_Receive_Byte4 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 1637 SCU_CCP_Receive_Byte4 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1637 SCU_CCP_Receive_Byte4 0;
+BA_ "NetworkRequest" SG_ 1637 SCU_CCP_Receive_Byte4 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1637 SCU_CCP_Receive_Byte4 5000;
+BA_ "RoutingFactor" SG_ 1637 SCU_CCP_Receive_Byte4 1;
+BA_ "Version" SG_ 1637 SCU_CCP_Receive_Byte4 "18.08.01";
+BA_ "UsrSigPurpose" SG_ 1637 SCU_CCP_Receive_Byte5 6;
+BA_ "GenSigSendType" SG_ 1637 SCU_CCP_Receive_Byte5 2;
+BA_ "GenSigStartValue" SG_ 1637 SCU_CCP_Receive_Byte5 0;
+BA_ "UserSigValidity" SG_ 1637 SCU_CCP_Receive_Byte5 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 1637 SCU_CCP_Receive_Byte5 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1637 SCU_CCP_Receive_Byte5 0;
+BA_ "NetworkRequest" SG_ 1637 SCU_CCP_Receive_Byte5 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1637 SCU_CCP_Receive_Byte5 5000;
+BA_ "RoutingFactor" SG_ 1637 SCU_CCP_Receive_Byte5 1;
+BA_ "Version" SG_ 1637 SCU_CCP_Receive_Byte5 "18.08.01";
+BA_ "UsrSigPurpose" SG_ 1637 SCU_CCP_Receive_Byte6 6;
+BA_ "GenSigSendType" SG_ 1637 SCU_CCP_Receive_Byte6 2;
+BA_ "GenSigStartValue" SG_ 1637 SCU_CCP_Receive_Byte6 0;
+BA_ "UserSigValidity" SG_ 1637 SCU_CCP_Receive_Byte6 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 1637 SCU_CCP_Receive_Byte6 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1637 SCU_CCP_Receive_Byte6 0;
+BA_ "NetworkRequest" SG_ 1637 SCU_CCP_Receive_Byte6 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1637 SCU_CCP_Receive_Byte6 5000;
+BA_ "RoutingFactor" SG_ 1637 SCU_CCP_Receive_Byte6 1;
+BA_ "Version" SG_ 1637 SCU_CCP_Receive_Byte6 "18.08.01";
+BA_ "UsrSigPurpose" SG_ 1637 SCU_CCP_Receive_Byte7 6;
+BA_ "GenSigSendType" SG_ 1637 SCU_CCP_Receive_Byte7 2;
+BA_ "GenSigStartValue" SG_ 1637 SCU_CCP_Receive_Byte7 0;
+BA_ "UserSigValidity" SG_ 1637 SCU_CCP_Receive_Byte7 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 1637 SCU_CCP_Receive_Byte7 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1637 SCU_CCP_Receive_Byte7 0;
+BA_ "NetworkRequest" SG_ 1637 SCU_CCP_Receive_Byte7 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1637 SCU_CCP_Receive_Byte7 5000;
+BA_ "RoutingFactor" SG_ 1637 SCU_CCP_Receive_Byte7 1;
+BA_ "Version" SG_ 1637 SCU_CCP_Receive_Byte7 "18.08.01";
+BA_ "UsrSigPurpose" SG_ 1637 SCU_CCP_Receive_Byte1 6;
+BA_ "GenSigSendType" SG_ 1637 SCU_CCP_Receive_Byte1 2;
+BA_ "GenSigStartValue" SG_ 1637 SCU_CCP_Receive_Byte1 0;
+BA_ "UserSigValidity" SG_ 1637 SCU_CCP_Receive_Byte1 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 1637 SCU_CCP_Receive_Byte1 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1637 SCU_CCP_Receive_Byte1 0;
+BA_ "NetworkRequest" SG_ 1637 SCU_CCP_Receive_Byte1 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1637 SCU_CCP_Receive_Byte1 5000;
+BA_ "RoutingFactor" SG_ 1637 SCU_CCP_Receive_Byte1 1;
+BA_ "Version" SG_ 1637 SCU_CCP_Receive_Byte1 "18.08.01";
+BA_ "GenMsgSendType" BO_ 346 0;
+BA_ "GenMsgCycleTime" BO_ 346 10;
+BA_ "GenMsgCycleTimeFast" BO_ 346 0;
+BA_ "GenMsgNrOfRepetition" BO_ 346 0;
+BA_ "GenMsgDelayTime" BO_ 346 0;
+BA_ "GenMsgStartDelayTime" BO_ 346 0;
+BA_ "VFrameFormat" BO_ 346 14;
+BA_ "Description" SG_ 346 SCU_FF_Crc1Val "The data area for CRC calculation is based on the data length (DLC) of the message DB.
+
+The CRC shall be calculated over the entire data block (excluding the CRC bytes) including the user data, alive counter and Data ID
+
+ 
+
+- CRC Polynomial (0x1021) , Initial Value : 0xFFFF, XOR value : 0x0000, Data ID : Message ID + 0xF800 
+
+- The initial value is for CRC calculation and the message should be sent with the calculated result value. 
+
+- The mathematical expression to 16 bit CRC polynomial is given here. G(x) = x16 + x12 + x5 + 1";
+BA_ "GenSigStartValue" SG_ 346 SCU_FF_Crc1Val 65535;
+BA_ "UserSigValidity" SG_ 346 SCU_FF_Crc1Val 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SBW_SHFTR_FF SG_ 346 SCU_FF_Crc1Val 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 346 SCU_FF_Crc1Val 500;
+BA_ "NetworkRequestHoldingTime" SG_ 346 SCU_FF_Crc1Val 0;
+BA_ "RoutingFactor" SG_ 346 SCU_FF_Crc1Val 5;
+BA_ "Version" SG_ 346 SCU_FF_Crc1Val "18.11.08";
+BA_ "Description" SG_ 346 SCU_FF_AlvCnt1Val "For the first transmission request for a data element the counter shall be initialized with 0 and shall be incremented by 1 for every subsequent send request. 
+
+When the counter reaches the maximum value(0xFF), then it shall restart with 0 for the next send request";
+BA_ "GenSigStartValue" SG_ 346 SCU_FF_AlvCnt1Val 0;
+BA_ "UserSigValidity" SG_ 346 SCU_FF_AlvCnt1Val 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SBW_SHFTR_FF SG_ 346 SCU_FF_AlvCnt1Val 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 346 SCU_FF_AlvCnt1Val 500;
+BA_ "NetworkRequestHoldingTime" SG_ 346 SCU_FF_AlvCnt1Val 0;
+BA_ "RoutingFactor" SG_ 346 SCU_FF_AlvCnt1Val 5;
+BA_ "Version" SG_ 346 SCU_FF_AlvCnt1Val "18.11.08";
+BA_ "Description" SG_ 346 SCU_FF_PosActSta "This signal indicates where motor is located.
+
+SCU ECU provides information of the actual motor position.";
+BA_ "GenSigStartValue" SG_ 346 SCU_FF_PosActSta 9;
+BA_ "UserSigValidity" SG_ 346 SCU_FF_PosActSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SBW_SHFTR_FF SG_ 346 SCU_FF_PosActSta 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 346 SCU_FF_PosActSta 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 346 SCU_FF_PosActSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 346 SCU_FF_PosActSta 0;
+BA_ "RoutingFactor" SG_ 346 SCU_FF_PosActSta 5;
+BA_ "Version" SG_ 346 SCU_FF_PosActSta "18.08.07";
+BA_ "Description" SG_ 346 SCU_FF_ErrSta "SCU ECU provides information of the detected error";
+BA_ "GenSigStartValue" SG_ 346 SCU_FF_ErrSta 0;
+BA_ "UserSigValidity" SG_ 346 SCU_FF_ErrSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 346 SCU_FF_ErrSta 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 346 SCU_FF_ErrSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 346 SCU_FF_ErrSta 0;
+BA_ "RoutingFactor" SG_ 346 SCU_FF_ErrSta 5;
+BA_ "Version" SG_ 346 SCU_FF_ErrSta "18.08.07";
+BA_ "Description" SG_ 346 SCU_FF_EpbReq "EPB request by SCU";
+BA_ "GenSigStartValue" SG_ 346 SCU_FF_EpbReq 0;
+BA_ "UserSigValidity" SG_ 346 SCU_FF_EpbReq 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 346 SCU_FF_EpbReq 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 346 SCU_FF_EpbReq 500;
+BA_ "NetworkRequestHoldingTime" SG_ 346 SCU_FF_EpbReq 0;
+BA_ "RoutingFactor" SG_ 346 SCU_FF_EpbReq 5;
+BA_ "Version" SG_ 346 SCU_FF_EpbReq "18.08.07";
+BA_ "Description" SG_ 346 SCU_FF_PosTarSta "This signal is only for LVR ECU.
+
+SCU ECU provides information of the motor target position to LVR ECU";
+BA_ "GenSigStartValue" SG_ 346 SCU_FF_PosTarSta 9;
+BA_ "UserSigValidity" SG_ 346 SCU_FF_PosTarSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 346 SCU_FF_PosTarSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 346 SCU_FF_PosTarSta 0;
+BA_ "RoutingFactor" SG_ 346 SCU_FF_PosTarSta 5;
+BA_ "Version" SG_ 346 SCU_FF_PosTarSta "18.08.07";
+BA_ "Description" SG_ 346 SCU_FF_NConReq "Neutral Control request by SCU";
+BA_ "GenSigStartValue" SG_ 346 SCU_FF_NConReq 0;
+BA_ "UserSigValidity" SG_ 346 SCU_FF_NConReq 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 346 SCU_FF_NConReq 500;
+BA_ "NetworkRequestHoldingTime" SG_ 346 SCU_FF_NConReq 0;
+BA_ "RoutingFactor" SG_ 346 SCU_FF_NConReq 5;
+BA_ "Version" SG_ 346 SCU_FF_NConReq "18.08.07";
+BA_ "Description" SG_ 346 SCU_FF_IG3WakeUp_Sta "This signal indicates Wake-up Status at IG.3";
+BA_ "GenSigStartValue" SG_ 346 SCU_FF_IG3WakeUp_Sta 1;
+BA_ "UserSigValidity" SG_ 346 SCU_FF_IG3WakeUp_Sta 7;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 346 SCU_FF_IG3WakeUp_Sta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 346 SCU_FF_IG3WakeUp_Sta 0;
+BA_ "RoutingFactor" SG_ 346 SCU_FF_IG3WakeUp_Sta 5;
+BA_ "Version" SG_ 346 SCU_FF_IG3WakeUp_Sta "20.01.01";
+BA_ "GenMsgSendType" BO_ 933 0;
+BA_ "GenMsgCycleTime" BO_ 933 100;
+BA_ "GenMsgCycleTimeFast" BO_ 933 0;
+BA_ "GenMsgNrOfRepetition" BO_ 933 0;
+BA_ "GenMsgStartDelayTime" BO_ 933 0;
+BA_ "VFrameFormat" BO_ 933 14;
+BA_ "Description" SG_ 933 SCU_FF_Crc2Val "The data area for CRC calculation is based on the data length (DLC) of the message DB.
+
+The CRC shall be calculated over the entire data block (excluding the CRC bytes) including the user data, alive counter and Data ID
+
+ 
+
+- CRC Polynomial (0x1021) , Initial Value : 0xFFFF, XOR value : 0x0000, Data ID : Message ID + 0xF800 
+
+- The initial value is for CRC calculation and the message should be sent with the calculated result value. 
+
+- The mathematical expression to 16 bit CRC polynomial is given here. G(x) = x16 + x12 + x5 + 1";
+BA_ "GenSigStartValue" SG_ 933 SCU_FF_Crc2Val 65535;
+BA_ "UserSigValidity" SG_ 933 SCU_FF_Crc2Val 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 933 SCU_FF_Crc2Val 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 933 SCU_FF_Crc2Val 0;
+BA_ "RoutingFactor" SG_ 933 SCU_FF_Crc2Val 2;
+BA_ "Version" SG_ 933 SCU_FF_Crc2Val "18.11.08";
+BA_ "Description" SG_ 933 SCU_FF_AlvCnt2Val "For the first transmission request for a data element the counter shall be initialized with 0 and shall be incremented by 1 for every subsequent send request. 
+
+When the counter reaches the maximum value(0xFF), then it shall restart with 0 for the next send request";
+BA_ "GenSigStartValue" SG_ 933 SCU_FF_AlvCnt2Val 0;
+BA_ "UserSigValidity" SG_ 933 SCU_FF_AlvCnt2Val 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 933 SCU_FF_AlvCnt2Val 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 933 SCU_FF_AlvCnt2Val 0;
+BA_ "RoutingFactor" SG_ 933 SCU_FF_AlvCnt2Val 2;
+BA_ "Version" SG_ 933 SCU_FF_AlvCnt2Val "18.11.08";
+BA_ "Description" SG_ 933 SCU_FF_WrnMsgClu "This signal indicates the status of “SCU Warning message”";
+BA_ "GenSigStartValue" SG_ 933 SCU_FF_WrnMsgClu 0;
+BA_ "UserSigValidity" SG_ 933 SCU_FF_WrnMsgClu 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 933 SCU_FF_WrnMsgClu 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 933 SCU_FF_WrnMsgClu 0;
+BA_ "RoutingFactor" SG_ 933 SCU_FF_WrnMsgClu 2;
+BA_ "Version" SG_ 933 SCU_FF_WrnMsgClu "18.08.07";
+BA_ "Description" SG_ 933 SCU_FF_RspaCanFlFlag "This signal indicates RSPA CAN failure value.
+
+E.g. Timeout, CRC error, Alive counter error, out of range signal value...";
+BA_ "GenSigStartValue" SG_ 933 SCU_FF_RspaCanFlFlag 0;
+BA_ "UserSigValidity" SG_ 933 SCU_FF_RspaCanFlFlag 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 933 SCU_FF_RspaCanFlFlag 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 933 SCU_FF_RspaCanFlFlag 0;
+BA_ "RoutingFactor" SG_ 933 SCU_FF_RspaCanFlFlag 2;
+BA_ "Version" SG_ 933 SCU_FF_RspaCanFlFlag "18.09.02";
+BA_ "Description" SG_ 933 SCU_FF_RspaSta "This signal indicates the status of RSPA function.";
+BA_ "GenSigStartValue" SG_ 933 SCU_FF_RspaSta 0;
+BA_ "UserSigValidity" SG_ 933 SCU_FF_RspaSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 933 SCU_FF_RspaSta 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 933 SCU_FF_RspaSta 0;
+BA_ "RoutingFactor" SG_ 933 SCU_FF_RspaSta 2;
+BA_ "Version" SG_ 933 SCU_FF_RspaSta "18.09.02";
+BA_ "Description" SG_ 933 SCU_FF_NPosWshModSta "This signal indicates N wash Mode status.";
+BA_ "GenSigStartValue" SG_ 933 SCU_FF_NPosWshModSta 0;
+BA_ "UserSigValidity" SG_ 933 SCU_FF_NPosWshModSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 933 SCU_FF_NPosWshModSta 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 933 SCU_FF_NPosWshModSta 0;
+BA_ "RoutingFactor" SG_ 933 SCU_FF_NPosWshModSta 2;
+BA_ "Version" SG_ 933 SCU_FF_NPosWshModSta "18.08.07";
+BA_ "GenMsgCycleTime" BO_ 1638 0;
+BA_ "GenMsgILSupport" BO_ 1638 0;
+BA_ "TpMessage" BO_ 1638 1;
+BA_ "GenMsgDelayTime" BO_ 1638 0;
+BA_ "GenMsgStartDelayTime" BO_ 1638 0;
+BA_ "VFrameFormat" BO_ 1638 14;
+BA_ "UsrSigPurpose" SG_ 1638 SCU_FF_CCP_DAQ0_Byte0 6;
+BA_ "GenSigSendType" SG_ 1638 SCU_FF_CCP_DAQ0_Byte0 2;
+BA_ "GenSigStartValue" SG_ 1638 SCU_FF_CCP_DAQ0_Byte0 0;
+BA_ "UserSigValidity" SG_ 1638 SCU_FF_CCP_DAQ0_Byte0 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1638 SCU_FF_CCP_DAQ0_Byte0 0;
+BA_ "NetworkRequest" SG_ 1638 SCU_FF_CCP_DAQ0_Byte0 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1638 SCU_FF_CCP_DAQ0_Byte0 5000;
+BA_ "RoutingFactor" SG_ 1638 SCU_FF_CCP_DAQ0_Byte0 1;
+BA_ "Version" SG_ 1638 SCU_FF_CCP_DAQ0_Byte0 "19.01.01";
+BA_ "UsrSigPurpose" SG_ 1638 SCU_FF_CCP_DAQ0_Byte2 6;
+BA_ "GenSigSendType" SG_ 1638 SCU_FF_CCP_DAQ0_Byte2 2;
+BA_ "GenSigStartValue" SG_ 1638 SCU_FF_CCP_DAQ0_Byte2 0;
+BA_ "UserSigValidity" SG_ 1638 SCU_FF_CCP_DAQ0_Byte2 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1638 SCU_FF_CCP_DAQ0_Byte2 0;
+BA_ "NetworkRequest" SG_ 1638 SCU_FF_CCP_DAQ0_Byte2 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1638 SCU_FF_CCP_DAQ0_Byte2 5000;
+BA_ "RoutingFactor" SG_ 1638 SCU_FF_CCP_DAQ0_Byte2 1;
+BA_ "Version" SG_ 1638 SCU_FF_CCP_DAQ0_Byte2 "19.01.01";
+BA_ "UsrSigPurpose" SG_ 1638 SCU_FF_CCP_DAQ0_Byte3 6;
+BA_ "GenSigSendType" SG_ 1638 SCU_FF_CCP_DAQ0_Byte3 2;
+BA_ "GenSigStartValue" SG_ 1638 SCU_FF_CCP_DAQ0_Byte3 0;
+BA_ "UserSigValidity" SG_ 1638 SCU_FF_CCP_DAQ0_Byte3 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1638 SCU_FF_CCP_DAQ0_Byte3 0;
+BA_ "NetworkRequest" SG_ 1638 SCU_FF_CCP_DAQ0_Byte3 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1638 SCU_FF_CCP_DAQ0_Byte3 5000;
+BA_ "RoutingFactor" SG_ 1638 SCU_FF_CCP_DAQ0_Byte3 1;
+BA_ "Version" SG_ 1638 SCU_FF_CCP_DAQ0_Byte3 "19.01.01";
+BA_ "UsrSigPurpose" SG_ 1638 SCU_FF_CCP_DAQ0_Byte4 6;
+BA_ "GenSigSendType" SG_ 1638 SCU_FF_CCP_DAQ0_Byte4 2;
+BA_ "GenSigStartValue" SG_ 1638 SCU_FF_CCP_DAQ0_Byte4 0;
+BA_ "UserSigValidity" SG_ 1638 SCU_FF_CCP_DAQ0_Byte4 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1638 SCU_FF_CCP_DAQ0_Byte4 0;
+BA_ "NetworkRequest" SG_ 1638 SCU_FF_CCP_DAQ0_Byte4 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1638 SCU_FF_CCP_DAQ0_Byte4 5000;
+BA_ "RoutingFactor" SG_ 1638 SCU_FF_CCP_DAQ0_Byte4 1;
+BA_ "Version" SG_ 1638 SCU_FF_CCP_DAQ0_Byte4 "19.01.01";
+BA_ "UsrSigPurpose" SG_ 1638 SCU_FF_CCP_DAQ0_Byte5 6;
+BA_ "GenSigSendType" SG_ 1638 SCU_FF_CCP_DAQ0_Byte5 2;
+BA_ "GenSigStartValue" SG_ 1638 SCU_FF_CCP_DAQ0_Byte5 0;
+BA_ "UserSigValidity" SG_ 1638 SCU_FF_CCP_DAQ0_Byte5 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1638 SCU_FF_CCP_DAQ0_Byte5 0;
+BA_ "NetworkRequest" SG_ 1638 SCU_FF_CCP_DAQ0_Byte5 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1638 SCU_FF_CCP_DAQ0_Byte5 5000;
+BA_ "RoutingFactor" SG_ 1638 SCU_FF_CCP_DAQ0_Byte5 1;
+BA_ "Version" SG_ 1638 SCU_FF_CCP_DAQ0_Byte5 "19.01.01";
+BA_ "UsrSigPurpose" SG_ 1638 SCU_FF_CCP_DAQ0_Byte6 6;
+BA_ "GenSigSendType" SG_ 1638 SCU_FF_CCP_DAQ0_Byte6 2;
+BA_ "GenSigStartValue" SG_ 1638 SCU_FF_CCP_DAQ0_Byte6 0;
+BA_ "UserSigValidity" SG_ 1638 SCU_FF_CCP_DAQ0_Byte6 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1638 SCU_FF_CCP_DAQ0_Byte6 0;
+BA_ "NetworkRequest" SG_ 1638 SCU_FF_CCP_DAQ0_Byte6 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1638 SCU_FF_CCP_DAQ0_Byte6 5000;
+BA_ "RoutingFactor" SG_ 1638 SCU_FF_CCP_DAQ0_Byte6 1;
+BA_ "Version" SG_ 1638 SCU_FF_CCP_DAQ0_Byte6 "19.01.01";
+BA_ "UsrSigPurpose" SG_ 1638 SCU_FF_CCP_DAQ0_Byte7 6;
+BA_ "GenSigSendType" SG_ 1638 SCU_FF_CCP_DAQ0_Byte7 2;
+BA_ "GenSigStartValue" SG_ 1638 SCU_FF_CCP_DAQ0_Byte7 0;
+BA_ "UserSigValidity" SG_ 1638 SCU_FF_CCP_DAQ0_Byte7 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1638 SCU_FF_CCP_DAQ0_Byte7 0;
+BA_ "NetworkRequest" SG_ 1638 SCU_FF_CCP_DAQ0_Byte7 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1638 SCU_FF_CCP_DAQ0_Byte7 5000;
+BA_ "RoutingFactor" SG_ 1638 SCU_FF_CCP_DAQ0_Byte7 1;
+BA_ "Version" SG_ 1638 SCU_FF_CCP_DAQ0_Byte7 "19.01.01";
+BA_ "UsrSigPurpose" SG_ 1638 SCU_FF_CCP_DAQ0_Byte1 6;
+BA_ "GenSigSendType" SG_ 1638 SCU_FF_CCP_DAQ0_Byte1 2;
+BA_ "GenSigStartValue" SG_ 1638 SCU_FF_CCP_DAQ0_Byte1 0;
+BA_ "UserSigValidity" SG_ 1638 SCU_FF_CCP_DAQ0_Byte1 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1638 SCU_FF_CCP_DAQ0_Byte1 0;
+BA_ "NetworkRequest" SG_ 1638 SCU_FF_CCP_DAQ0_Byte1 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1638 SCU_FF_CCP_DAQ0_Byte1 5000;
+BA_ "RoutingFactor" SG_ 1638 SCU_FF_CCP_DAQ0_Byte1 1;
+BA_ "Version" SG_ 1638 SCU_FF_CCP_DAQ0_Byte1 "19.01.01";
+BA_ "GenMsgCycleTime" BO_ 1639 0;
+BA_ "GenMsgILSupport" BO_ 1639 0;
+BA_ "TpMessage" BO_ 1639 1;
+BA_ "GenMsgDelayTime" BO_ 1639 0;
+BA_ "GenMsgStartDelayTime" BO_ 1639 0;
+BA_ "VFrameFormat" BO_ 1639 14;
+BA_ "UsrSigPurpose" SG_ 1639 SCU_FF_CCP_DAQ1_Byte0 6;
+BA_ "GenSigSendType" SG_ 1639 SCU_FF_CCP_DAQ1_Byte0 2;
+BA_ "GenSigStartValue" SG_ 1639 SCU_FF_CCP_DAQ1_Byte0 0;
+BA_ "UserSigValidity" SG_ 1639 SCU_FF_CCP_DAQ1_Byte0 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1639 SCU_FF_CCP_DAQ1_Byte0 0;
+BA_ "NetworkRequest" SG_ 1639 SCU_FF_CCP_DAQ1_Byte0 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1639 SCU_FF_CCP_DAQ1_Byte0 5000;
+BA_ "RoutingFactor" SG_ 1639 SCU_FF_CCP_DAQ1_Byte0 1;
+BA_ "Version" SG_ 1639 SCU_FF_CCP_DAQ1_Byte0 "19.01.01";
+BA_ "UsrSigPurpose" SG_ 1639 SCU_FF_CCP_DAQ1_Byte2 6;
+BA_ "GenSigSendType" SG_ 1639 SCU_FF_CCP_DAQ1_Byte2 2;
+BA_ "GenSigStartValue" SG_ 1639 SCU_FF_CCP_DAQ1_Byte2 0;
+BA_ "UserSigValidity" SG_ 1639 SCU_FF_CCP_DAQ1_Byte2 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1639 SCU_FF_CCP_DAQ1_Byte2 0;
+BA_ "NetworkRequest" SG_ 1639 SCU_FF_CCP_DAQ1_Byte2 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1639 SCU_FF_CCP_DAQ1_Byte2 5000;
+BA_ "RoutingFactor" SG_ 1639 SCU_FF_CCP_DAQ1_Byte2 1;
+BA_ "Version" SG_ 1639 SCU_FF_CCP_DAQ1_Byte2 "19.01.01";
+BA_ "UsrSigPurpose" SG_ 1639 SCU_FF_CCP_DAQ1_Byte3 6;
+BA_ "GenSigSendType" SG_ 1639 SCU_FF_CCP_DAQ1_Byte3 2;
+BA_ "GenSigStartValue" SG_ 1639 SCU_FF_CCP_DAQ1_Byte3 0;
+BA_ "UserSigValidity" SG_ 1639 SCU_FF_CCP_DAQ1_Byte3 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1639 SCU_FF_CCP_DAQ1_Byte3 0;
+BA_ "NetworkRequest" SG_ 1639 SCU_FF_CCP_DAQ1_Byte3 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1639 SCU_FF_CCP_DAQ1_Byte3 5000;
+BA_ "RoutingFactor" SG_ 1639 SCU_FF_CCP_DAQ1_Byte3 1;
+BA_ "Version" SG_ 1639 SCU_FF_CCP_DAQ1_Byte3 "19.01.01";
+BA_ "UsrSigPurpose" SG_ 1639 SCU_FF_CCP_DAQ1_Byte4 6;
+BA_ "GenSigSendType" SG_ 1639 SCU_FF_CCP_DAQ1_Byte4 2;
+BA_ "GenSigStartValue" SG_ 1639 SCU_FF_CCP_DAQ1_Byte4 0;
+BA_ "UserSigValidity" SG_ 1639 SCU_FF_CCP_DAQ1_Byte4 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1639 SCU_FF_CCP_DAQ1_Byte4 0;
+BA_ "NetworkRequest" SG_ 1639 SCU_FF_CCP_DAQ1_Byte4 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1639 SCU_FF_CCP_DAQ1_Byte4 5000;
+BA_ "RoutingFactor" SG_ 1639 SCU_FF_CCP_DAQ1_Byte4 1;
+BA_ "Version" SG_ 1639 SCU_FF_CCP_DAQ1_Byte4 "19.01.01";
+BA_ "UsrSigPurpose" SG_ 1639 SCU_FF_CCP_DAQ1_Byte5 6;
+BA_ "GenSigSendType" SG_ 1639 SCU_FF_CCP_DAQ1_Byte5 2;
+BA_ "GenSigStartValue" SG_ 1639 SCU_FF_CCP_DAQ1_Byte5 0;
+BA_ "UserSigValidity" SG_ 1639 SCU_FF_CCP_DAQ1_Byte5 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1639 SCU_FF_CCP_DAQ1_Byte5 0;
+BA_ "NetworkRequest" SG_ 1639 SCU_FF_CCP_DAQ1_Byte5 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1639 SCU_FF_CCP_DAQ1_Byte5 5000;
+BA_ "RoutingFactor" SG_ 1639 SCU_FF_CCP_DAQ1_Byte5 1;
+BA_ "Version" SG_ 1639 SCU_FF_CCP_DAQ1_Byte5 "19.01.01";
+BA_ "UsrSigPurpose" SG_ 1639 SCU_FF_CCP_DAQ1_Byte6 6;
+BA_ "GenSigSendType" SG_ 1639 SCU_FF_CCP_DAQ1_Byte6 2;
+BA_ "GenSigStartValue" SG_ 1639 SCU_FF_CCP_DAQ1_Byte6 0;
+BA_ "UserSigValidity" SG_ 1639 SCU_FF_CCP_DAQ1_Byte6 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1639 SCU_FF_CCP_DAQ1_Byte6 0;
+BA_ "NetworkRequest" SG_ 1639 SCU_FF_CCP_DAQ1_Byte6 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1639 SCU_FF_CCP_DAQ1_Byte6 5000;
+BA_ "RoutingFactor" SG_ 1639 SCU_FF_CCP_DAQ1_Byte6 1;
+BA_ "Version" SG_ 1639 SCU_FF_CCP_DAQ1_Byte6 "19.01.01";
+BA_ "UsrSigPurpose" SG_ 1639 SCU_FF_CCP_DAQ1_Byte7 6;
+BA_ "GenSigSendType" SG_ 1639 SCU_FF_CCP_DAQ1_Byte7 2;
+BA_ "GenSigStartValue" SG_ 1639 SCU_FF_CCP_DAQ1_Byte7 0;
+BA_ "UserSigValidity" SG_ 1639 SCU_FF_CCP_DAQ1_Byte7 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1639 SCU_FF_CCP_DAQ1_Byte7 0;
+BA_ "NetworkRequest" SG_ 1639 SCU_FF_CCP_DAQ1_Byte7 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1639 SCU_FF_CCP_DAQ1_Byte7 5000;
+BA_ "RoutingFactor" SG_ 1639 SCU_FF_CCP_DAQ1_Byte7 1;
+BA_ "Version" SG_ 1639 SCU_FF_CCP_DAQ1_Byte7 "19.01.01";
+BA_ "UsrSigPurpose" SG_ 1639 SCU_FF_CCP_DAQ1_Byte1 6;
+BA_ "GenSigSendType" SG_ 1639 SCU_FF_CCP_DAQ1_Byte1 2;
+BA_ "GenSigStartValue" SG_ 1639 SCU_FF_CCP_DAQ1_Byte1 0;
+BA_ "UserSigValidity" SG_ 1639 SCU_FF_CCP_DAQ1_Byte1 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1639 SCU_FF_CCP_DAQ1_Byte1 0;
+BA_ "NetworkRequest" SG_ 1639 SCU_FF_CCP_DAQ1_Byte1 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1639 SCU_FF_CCP_DAQ1_Byte1 5000;
+BA_ "RoutingFactor" SG_ 1639 SCU_FF_CCP_DAQ1_Byte1 1;
+BA_ "Version" SG_ 1639 SCU_FF_CCP_DAQ1_Byte1 "19.01.01";
+BA_ "GenMsgCycleTime" BO_ 1640 0;
+BA_ "GenMsgILSupport" BO_ 1640 0;
+BA_ "TpMessage" BO_ 1640 1;
+BA_ "GenMsgDelayTime" BO_ 1640 0;
+BA_ "GenMsgStartDelayTime" BO_ 1640 0;
+BA_ "VFrameFormat" BO_ 1640 14;
+BA_ "UsrSigPurpose" SG_ 1640 SCU_FF_CCP_DAQ2_Byte0 6;
+BA_ "GenSigSendType" SG_ 1640 SCU_FF_CCP_DAQ2_Byte0 2;
+BA_ "GenSigStartValue" SG_ 1640 SCU_FF_CCP_DAQ2_Byte0 0;
+BA_ "UserSigValidity" SG_ 1640 SCU_FF_CCP_DAQ2_Byte0 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1640 SCU_FF_CCP_DAQ2_Byte0 0;
+BA_ "NetworkRequest" SG_ 1640 SCU_FF_CCP_DAQ2_Byte0 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1640 SCU_FF_CCP_DAQ2_Byte0 5000;
+BA_ "RoutingFactor" SG_ 1640 SCU_FF_CCP_DAQ2_Byte0 1;
+BA_ "Version" SG_ 1640 SCU_FF_CCP_DAQ2_Byte0 "19.01.01";
+BA_ "UsrSigPurpose" SG_ 1640 SCU_FF_CCP_DAQ2_Byte2 6;
+BA_ "GenSigSendType" SG_ 1640 SCU_FF_CCP_DAQ2_Byte2 2;
+BA_ "GenSigStartValue" SG_ 1640 SCU_FF_CCP_DAQ2_Byte2 0;
+BA_ "UserSigValidity" SG_ 1640 SCU_FF_CCP_DAQ2_Byte2 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1640 SCU_FF_CCP_DAQ2_Byte2 0;
+BA_ "NetworkRequest" SG_ 1640 SCU_FF_CCP_DAQ2_Byte2 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1640 SCU_FF_CCP_DAQ2_Byte2 5000;
+BA_ "RoutingFactor" SG_ 1640 SCU_FF_CCP_DAQ2_Byte2 1;
+BA_ "Version" SG_ 1640 SCU_FF_CCP_DAQ2_Byte2 "19.01.01";
+BA_ "UsrSigPurpose" SG_ 1640 SCU_FF_CCP_DAQ2_Byte3 6;
+BA_ "GenSigSendType" SG_ 1640 SCU_FF_CCP_DAQ2_Byte3 2;
+BA_ "GenSigStartValue" SG_ 1640 SCU_FF_CCP_DAQ2_Byte3 0;
+BA_ "UserSigValidity" SG_ 1640 SCU_FF_CCP_DAQ2_Byte3 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1640 SCU_FF_CCP_DAQ2_Byte3 0;
+BA_ "NetworkRequest" SG_ 1640 SCU_FF_CCP_DAQ2_Byte3 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1640 SCU_FF_CCP_DAQ2_Byte3 5000;
+BA_ "RoutingFactor" SG_ 1640 SCU_FF_CCP_DAQ2_Byte3 1;
+BA_ "Version" SG_ 1640 SCU_FF_CCP_DAQ2_Byte3 "19.01.01";
+BA_ "UsrSigPurpose" SG_ 1640 SCU_FF_CCP_DAQ2_Byte4 6;
+BA_ "GenSigSendType" SG_ 1640 SCU_FF_CCP_DAQ2_Byte4 2;
+BA_ "GenSigStartValue" SG_ 1640 SCU_FF_CCP_DAQ2_Byte4 0;
+BA_ "UserSigValidity" SG_ 1640 SCU_FF_CCP_DAQ2_Byte4 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1640 SCU_FF_CCP_DAQ2_Byte4 0;
+BA_ "NetworkRequest" SG_ 1640 SCU_FF_CCP_DAQ2_Byte4 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1640 SCU_FF_CCP_DAQ2_Byte4 5000;
+BA_ "RoutingFactor" SG_ 1640 SCU_FF_CCP_DAQ2_Byte4 1;
+BA_ "Version" SG_ 1640 SCU_FF_CCP_DAQ2_Byte4 "19.01.01";
+BA_ "UsrSigPurpose" SG_ 1640 SCU_FF_CCP_DAQ2_Byte5 6;
+BA_ "GenSigSendType" SG_ 1640 SCU_FF_CCP_DAQ2_Byte5 2;
+BA_ "GenSigStartValue" SG_ 1640 SCU_FF_CCP_DAQ2_Byte5 0;
+BA_ "UserSigValidity" SG_ 1640 SCU_FF_CCP_DAQ2_Byte5 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1640 SCU_FF_CCP_DAQ2_Byte5 0;
+BA_ "NetworkRequest" SG_ 1640 SCU_FF_CCP_DAQ2_Byte5 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1640 SCU_FF_CCP_DAQ2_Byte5 5000;
+BA_ "RoutingFactor" SG_ 1640 SCU_FF_CCP_DAQ2_Byte5 1;
+BA_ "Version" SG_ 1640 SCU_FF_CCP_DAQ2_Byte5 "19.01.01";
+BA_ "UsrSigPurpose" SG_ 1640 SCU_FF_CCP_DAQ2_Byte6 6;
+BA_ "GenSigSendType" SG_ 1640 SCU_FF_CCP_DAQ2_Byte6 2;
+BA_ "GenSigStartValue" SG_ 1640 SCU_FF_CCP_DAQ2_Byte6 0;
+BA_ "UserSigValidity" SG_ 1640 SCU_FF_CCP_DAQ2_Byte6 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1640 SCU_FF_CCP_DAQ2_Byte6 0;
+BA_ "NetworkRequest" SG_ 1640 SCU_FF_CCP_DAQ2_Byte6 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1640 SCU_FF_CCP_DAQ2_Byte6 5000;
+BA_ "RoutingFactor" SG_ 1640 SCU_FF_CCP_DAQ2_Byte6 1;
+BA_ "Version" SG_ 1640 SCU_FF_CCP_DAQ2_Byte6 "19.01.01";
+BA_ "UsrSigPurpose" SG_ 1640 SCU_FF_CCP_DAQ2_Byte7 6;
+BA_ "GenSigSendType" SG_ 1640 SCU_FF_CCP_DAQ2_Byte7 2;
+BA_ "GenSigStartValue" SG_ 1640 SCU_FF_CCP_DAQ2_Byte7 0;
+BA_ "UserSigValidity" SG_ 1640 SCU_FF_CCP_DAQ2_Byte7 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1640 SCU_FF_CCP_DAQ2_Byte7 0;
+BA_ "NetworkRequest" SG_ 1640 SCU_FF_CCP_DAQ2_Byte7 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1640 SCU_FF_CCP_DAQ2_Byte7 5000;
+BA_ "RoutingFactor" SG_ 1640 SCU_FF_CCP_DAQ2_Byte7 1;
+BA_ "Version" SG_ 1640 SCU_FF_CCP_DAQ2_Byte7 "19.01.01";
+BA_ "UsrSigPurpose" SG_ 1640 SCU_FF_CCP_DAQ2_Byte1 6;
+BA_ "GenSigSendType" SG_ 1640 SCU_FF_CCP_DAQ2_Byte1 2;
+BA_ "GenSigStartValue" SG_ 1640 SCU_FF_CCP_DAQ2_Byte1 0;
+BA_ "UserSigValidity" SG_ 1640 SCU_FF_CCP_DAQ2_Byte1 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1640 SCU_FF_CCP_DAQ2_Byte1 0;
+BA_ "NetworkRequest" SG_ 1640 SCU_FF_CCP_DAQ2_Byte1 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1640 SCU_FF_CCP_DAQ2_Byte1 5000;
+BA_ "RoutingFactor" SG_ 1640 SCU_FF_CCP_DAQ2_Byte1 1;
+BA_ "Version" SG_ 1640 SCU_FF_CCP_DAQ2_Byte1 "19.01.01";
+BA_ "GenMsgCycleTime" BO_ 1636 0;
+BA_ "GenMsgILSupport" BO_ 1636 0;
+BA_ "TpMessage" BO_ 1636 1;
+BA_ "GenMsgDelayTime" BO_ 1636 0;
+BA_ "GenMsgStartDelayTime" BO_ 1636 0;
+BA_ "VFrameFormat" BO_ 1636 14;
+BA_ "UsrSigPurpose" SG_ 1636 SCU_FF_CCP_Transmit_Byte0 6;
+BA_ "GenSigSendType" SG_ 1636 SCU_FF_CCP_Transmit_Byte0 2;
+BA_ "GenSigStartValue" SG_ 1636 SCU_FF_CCP_Transmit_Byte0 0;
+BA_ "UserSigValidity" SG_ 1636 SCU_FF_CCP_Transmit_Byte0 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1636 SCU_FF_CCP_Transmit_Byte0 0;
+BA_ "NetworkRequest" SG_ 1636 SCU_FF_CCP_Transmit_Byte0 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1636 SCU_FF_CCP_Transmit_Byte0 5000;
+BA_ "RoutingFactor" SG_ 1636 SCU_FF_CCP_Transmit_Byte0 1;
+BA_ "Version" SG_ 1636 SCU_FF_CCP_Transmit_Byte0 "19.01.01";
+BA_ "UsrSigPurpose" SG_ 1636 SCU_FF_CCP_Transmit_Byte2 6;
+BA_ "GenSigSendType" SG_ 1636 SCU_FF_CCP_Transmit_Byte2 2;
+BA_ "GenSigStartValue" SG_ 1636 SCU_FF_CCP_Transmit_Byte2 0;
+BA_ "UserSigValidity" SG_ 1636 SCU_FF_CCP_Transmit_Byte2 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1636 SCU_FF_CCP_Transmit_Byte2 0;
+BA_ "NetworkRequest" SG_ 1636 SCU_FF_CCP_Transmit_Byte2 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1636 SCU_FF_CCP_Transmit_Byte2 5000;
+BA_ "RoutingFactor" SG_ 1636 SCU_FF_CCP_Transmit_Byte2 1;
+BA_ "Version" SG_ 1636 SCU_FF_CCP_Transmit_Byte2 "19.01.01";
+BA_ "UsrSigPurpose" SG_ 1636 SCU_FF_CCP_Transmit_Byte3 6;
+BA_ "GenSigSendType" SG_ 1636 SCU_FF_CCP_Transmit_Byte3 2;
+BA_ "GenSigStartValue" SG_ 1636 SCU_FF_CCP_Transmit_Byte3 0;
+BA_ "UserSigValidity" SG_ 1636 SCU_FF_CCP_Transmit_Byte3 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1636 SCU_FF_CCP_Transmit_Byte3 0;
+BA_ "NetworkRequest" SG_ 1636 SCU_FF_CCP_Transmit_Byte3 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1636 SCU_FF_CCP_Transmit_Byte3 5000;
+BA_ "RoutingFactor" SG_ 1636 SCU_FF_CCP_Transmit_Byte3 1;
+BA_ "Version" SG_ 1636 SCU_FF_CCP_Transmit_Byte3 "19.01.01";
+BA_ "UsrSigPurpose" SG_ 1636 SCU_FF_CCP_Transmit_Byte4 6;
+BA_ "GenSigSendType" SG_ 1636 SCU_FF_CCP_Transmit_Byte4 2;
+BA_ "GenSigStartValue" SG_ 1636 SCU_FF_CCP_Transmit_Byte4 0;
+BA_ "UserSigValidity" SG_ 1636 SCU_FF_CCP_Transmit_Byte4 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1636 SCU_FF_CCP_Transmit_Byte4 0;
+BA_ "NetworkRequest" SG_ 1636 SCU_FF_CCP_Transmit_Byte4 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1636 SCU_FF_CCP_Transmit_Byte4 5000;
+BA_ "RoutingFactor" SG_ 1636 SCU_FF_CCP_Transmit_Byte4 1;
+BA_ "Version" SG_ 1636 SCU_FF_CCP_Transmit_Byte4 "19.01.01";
+BA_ "UsrSigPurpose" SG_ 1636 SCU_FF_CCP_Transmit_Byte5 6;
+BA_ "GenSigSendType" SG_ 1636 SCU_FF_CCP_Transmit_Byte5 2;
+BA_ "GenSigStartValue" SG_ 1636 SCU_FF_CCP_Transmit_Byte5 0;
+BA_ "UserSigValidity" SG_ 1636 SCU_FF_CCP_Transmit_Byte5 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1636 SCU_FF_CCP_Transmit_Byte5 0;
+BA_ "NetworkRequest" SG_ 1636 SCU_FF_CCP_Transmit_Byte5 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1636 SCU_FF_CCP_Transmit_Byte5 5000;
+BA_ "RoutingFactor" SG_ 1636 SCU_FF_CCP_Transmit_Byte5 1;
+BA_ "Version" SG_ 1636 SCU_FF_CCP_Transmit_Byte5 "19.01.01";
+BA_ "UsrSigPurpose" SG_ 1636 SCU_FF_CCP_Transmit_Byte6 6;
+BA_ "GenSigSendType" SG_ 1636 SCU_FF_CCP_Transmit_Byte6 2;
+BA_ "GenSigStartValue" SG_ 1636 SCU_FF_CCP_Transmit_Byte6 0;
+BA_ "UserSigValidity" SG_ 1636 SCU_FF_CCP_Transmit_Byte6 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1636 SCU_FF_CCP_Transmit_Byte6 0;
+BA_ "NetworkRequest" SG_ 1636 SCU_FF_CCP_Transmit_Byte6 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1636 SCU_FF_CCP_Transmit_Byte6 5000;
+BA_ "RoutingFactor" SG_ 1636 SCU_FF_CCP_Transmit_Byte6 1;
+BA_ "Version" SG_ 1636 SCU_FF_CCP_Transmit_Byte6 "19.01.01";
+BA_ "UsrSigPurpose" SG_ 1636 SCU_FF_CCP_Transmit_Byte7 6;
+BA_ "GenSigSendType" SG_ 1636 SCU_FF_CCP_Transmit_Byte7 2;
+BA_ "GenSigStartValue" SG_ 1636 SCU_FF_CCP_Transmit_Byte7 0;
+BA_ "UserSigValidity" SG_ 1636 SCU_FF_CCP_Transmit_Byte7 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1636 SCU_FF_CCP_Transmit_Byte7 0;
+BA_ "NetworkRequest" SG_ 1636 SCU_FF_CCP_Transmit_Byte7 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1636 SCU_FF_CCP_Transmit_Byte7 5000;
+BA_ "RoutingFactor" SG_ 1636 SCU_FF_CCP_Transmit_Byte7 1;
+BA_ "Version" SG_ 1636 SCU_FF_CCP_Transmit_Byte7 "19.01.01";
+BA_ "UsrSigPurpose" SG_ 1636 SCU_FF_CCP_Transmit_Byte1 6;
+BA_ "GenSigSendType" SG_ 1636 SCU_FF_CCP_Transmit_Byte1 2;
+BA_ "GenSigStartValue" SG_ 1636 SCU_FF_CCP_Transmit_Byte1 0;
+BA_ "UserSigValidity" SG_ 1636 SCU_FF_CCP_Transmit_Byte1 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1636 SCU_FF_CCP_Transmit_Byte1 0;
+BA_ "NetworkRequest" SG_ 1636 SCU_FF_CCP_Transmit_Byte1 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1636 SCU_FF_CCP_Transmit_Byte1 5000;
+BA_ "RoutingFactor" SG_ 1636 SCU_FF_CCP_Transmit_Byte1 1;
+BA_ "Version" SG_ 1636 SCU_FF_CCP_Transmit_Byte1 "19.01.01";
+BA_ "GenMsgCycleTime" BO_ 2030 0;
+BA_ "GenMsgILSupport" BO_ 2030 0;
+BA_ "TpMessage" BO_ 2030 1;
+BA_ "GenMsgDelayTime" BO_ 2030 0;
+BA_ "GenMsgStartDelayTime" BO_ 2030 0;
+BA_ "VFrameFormat" BO_ 2030 14;
+BA_ "Description" SG_ 2030 SCU_FF_GST_Byte0 "TP Index : 173";
+BA_ "UsrSigPurpose" SG_ 2030 SCU_FF_GST_Byte0 2;
+BA_ "GenSigSendType" SG_ 2030 SCU_FF_GST_Byte0 2;
+BA_ "GenSigStartValue" SG_ 2030 SCU_FF_GST_Byte0 0;
+BA_ "UserSigValidity" SG_ 2030 SCU_FF_GST_Byte0 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 2030 SCU_FF_GST_Byte0 0;
+BA_ "NetworkRequest" SG_ 2030 SCU_FF_GST_Byte0 0;
+BA_ "NetworkRequestHoldingTime" SG_ 2030 SCU_FF_GST_Byte0 5000;
+BA_ "RoutingFactor" SG_ 2030 SCU_FF_GST_Byte0 1;
+BA_ "Version" SG_ 2030 SCU_FF_GST_Byte0 "19.01.01";
+BA_ "Description" SG_ 2030 SCU_FF_GST_Byte2 "TP Index : 173";
+BA_ "UsrSigPurpose" SG_ 2030 SCU_FF_GST_Byte2 2;
+BA_ "GenSigSendType" SG_ 2030 SCU_FF_GST_Byte2 2;
+BA_ "GenSigStartValue" SG_ 2030 SCU_FF_GST_Byte2 0;
+BA_ "UserSigValidity" SG_ 2030 SCU_FF_GST_Byte2 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 2030 SCU_FF_GST_Byte2 0;
+BA_ "NetworkRequest" SG_ 2030 SCU_FF_GST_Byte2 0;
+BA_ "NetworkRequestHoldingTime" SG_ 2030 SCU_FF_GST_Byte2 5000;
+BA_ "RoutingFactor" SG_ 2030 SCU_FF_GST_Byte2 1;
+BA_ "Version" SG_ 2030 SCU_FF_GST_Byte2 "19.01.01";
+BA_ "Description" SG_ 2030 SCU_FF_GST_Byte3 "TP Index : 173";
+BA_ "UsrSigPurpose" SG_ 2030 SCU_FF_GST_Byte3 2;
+BA_ "GenSigSendType" SG_ 2030 SCU_FF_GST_Byte3 2;
+BA_ "GenSigStartValue" SG_ 2030 SCU_FF_GST_Byte3 0;
+BA_ "UserSigValidity" SG_ 2030 SCU_FF_GST_Byte3 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 2030 SCU_FF_GST_Byte3 0;
+BA_ "NetworkRequest" SG_ 2030 SCU_FF_GST_Byte3 0;
+BA_ "NetworkRequestHoldingTime" SG_ 2030 SCU_FF_GST_Byte3 5000;
+BA_ "RoutingFactor" SG_ 2030 SCU_FF_GST_Byte3 1;
+BA_ "Version" SG_ 2030 SCU_FF_GST_Byte3 "19.01.01";
+BA_ "Description" SG_ 2030 SCU_FF_GST_Byte4 "TP Index : 173";
+BA_ "UsrSigPurpose" SG_ 2030 SCU_FF_GST_Byte4 2;
+BA_ "GenSigSendType" SG_ 2030 SCU_FF_GST_Byte4 2;
+BA_ "GenSigStartValue" SG_ 2030 SCU_FF_GST_Byte4 0;
+BA_ "UserSigValidity" SG_ 2030 SCU_FF_GST_Byte4 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 2030 SCU_FF_GST_Byte4 0;
+BA_ "NetworkRequest" SG_ 2030 SCU_FF_GST_Byte4 0;
+BA_ "NetworkRequestHoldingTime" SG_ 2030 SCU_FF_GST_Byte4 5000;
+BA_ "RoutingFactor" SG_ 2030 SCU_FF_GST_Byte4 1;
+BA_ "Version" SG_ 2030 SCU_FF_GST_Byte4 "19.01.01";
+BA_ "Description" SG_ 2030 SCU_FF_GST_Byte5 "TP Index : 173";
+BA_ "UsrSigPurpose" SG_ 2030 SCU_FF_GST_Byte5 2;
+BA_ "GenSigSendType" SG_ 2030 SCU_FF_GST_Byte5 2;
+BA_ "GenSigStartValue" SG_ 2030 SCU_FF_GST_Byte5 0;
+BA_ "UserSigValidity" SG_ 2030 SCU_FF_GST_Byte5 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 2030 SCU_FF_GST_Byte5 0;
+BA_ "NetworkRequest" SG_ 2030 SCU_FF_GST_Byte5 0;
+BA_ "NetworkRequestHoldingTime" SG_ 2030 SCU_FF_GST_Byte5 5000;
+BA_ "RoutingFactor" SG_ 2030 SCU_FF_GST_Byte5 1;
+BA_ "Version" SG_ 2030 SCU_FF_GST_Byte5 "19.01.01";
+BA_ "Description" SG_ 2030 SCU_FF_GST_Byte6 "TP Index : 173";
+BA_ "UsrSigPurpose" SG_ 2030 SCU_FF_GST_Byte6 2;
+BA_ "GenSigSendType" SG_ 2030 SCU_FF_GST_Byte6 2;
+BA_ "GenSigStartValue" SG_ 2030 SCU_FF_GST_Byte6 0;
+BA_ "UserSigValidity" SG_ 2030 SCU_FF_GST_Byte6 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 2030 SCU_FF_GST_Byte6 0;
+BA_ "NetworkRequest" SG_ 2030 SCU_FF_GST_Byte6 0;
+BA_ "NetworkRequestHoldingTime" SG_ 2030 SCU_FF_GST_Byte6 5000;
+BA_ "RoutingFactor" SG_ 2030 SCU_FF_GST_Byte6 1;
+BA_ "Version" SG_ 2030 SCU_FF_GST_Byte6 "19.01.01";
+BA_ "Description" SG_ 2030 SCU_FF_GST_Byte7 "TP Index : 173";
+BA_ "UsrSigPurpose" SG_ 2030 SCU_FF_GST_Byte7 2;
+BA_ "GenSigSendType" SG_ 2030 SCU_FF_GST_Byte7 2;
+BA_ "GenSigStartValue" SG_ 2030 SCU_FF_GST_Byte7 0;
+BA_ "UserSigValidity" SG_ 2030 SCU_FF_GST_Byte7 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 2030 SCU_FF_GST_Byte7 0;
+BA_ "NetworkRequest" SG_ 2030 SCU_FF_GST_Byte7 0;
+BA_ "NetworkRequestHoldingTime" SG_ 2030 SCU_FF_GST_Byte7 5000;
+BA_ "RoutingFactor" SG_ 2030 SCU_FF_GST_Byte7 1;
+BA_ "Version" SG_ 2030 SCU_FF_GST_Byte7 "19.01.01";
+BA_ "Description" SG_ 2030 SCU_FF_GST_Byte1 "TP Index : 173";
+BA_ "UsrSigPurpose" SG_ 2030 SCU_FF_GST_Byte1 2;
+BA_ "GenSigSendType" SG_ 2030 SCU_FF_GST_Byte1 2;
+BA_ "GenSigStartValue" SG_ 2030 SCU_FF_GST_Byte1 0;
+BA_ "UserSigValidity" SG_ 2030 SCU_FF_GST_Byte1 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 2030 SCU_FF_GST_Byte1 0;
+BA_ "NetworkRequest" SG_ 2030 SCU_FF_GST_Byte1 0;
+BA_ "NetworkRequestHoldingTime" SG_ 2030 SCU_FF_GST_Byte1 5000;
+BA_ "RoutingFactor" SG_ 2030 SCU_FF_GST_Byte1 1;
+BA_ "Version" SG_ 2030 SCU_FF_GST_Byte1 "19.01.01";
+BA_ "GenMsgCycleTime" BO_ 1801 0;
+BA_ "GenMsgILSupport" BO_ 1801 0;
+BA_ "TpMessage" BO_ 1801 1;
+BA_ "GenMsgDelayTime" BO_ 1801 0;
+BA_ "GenMsgStartDelayTime" BO_ 1801 0;
+BA_ "VFrameFormat" BO_ 1801 14;
+BA_ "Description" SG_ 1801 SDC_GST_Byte0 "TP Index : 223";
+BA_ "UsrSigPurpose" SG_ 1801 SDC_GST_Byte0 2;
+BA_ "GenSigSendType" SG_ 1801 SDC_GST_Byte0 2;
+BA_ "GenSigStartValue" SG_ 1801 SDC_GST_Byte0 0;
+BA_ "UserSigValidity" SG_ 1801 SDC_GST_Byte0 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1801 SDC_GST_Byte0 0;
+BA_ "NetworkRequest" SG_ 1801 SDC_GST_Byte0 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1801 SDC_GST_Byte0 5000;
+BA_ "RoutingFactor" SG_ 1801 SDC_GST_Byte0 1;
+BA_ "Version" SG_ 1801 SDC_GST_Byte0 "20.01.01";
+BA_ "Description" SG_ 1801 SDC_GST_Byte2 "TP Index : 223";
+BA_ "UsrSigPurpose" SG_ 1801 SDC_GST_Byte2 2;
+BA_ "GenSigSendType" SG_ 1801 SDC_GST_Byte2 2;
+BA_ "GenSigStartValue" SG_ 1801 SDC_GST_Byte2 0;
+BA_ "UserSigValidity" SG_ 1801 SDC_GST_Byte2 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1801 SDC_GST_Byte2 0;
+BA_ "NetworkRequest" SG_ 1801 SDC_GST_Byte2 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1801 SDC_GST_Byte2 5000;
+BA_ "RoutingFactor" SG_ 1801 SDC_GST_Byte2 1;
+BA_ "Version" SG_ 1801 SDC_GST_Byte2 "20.01.01";
+BA_ "Description" SG_ 1801 SDC_GST_Byte3 "TP Index : 223";
+BA_ "UsrSigPurpose" SG_ 1801 SDC_GST_Byte3 2;
+BA_ "GenSigSendType" SG_ 1801 SDC_GST_Byte3 2;
+BA_ "GenSigStartValue" SG_ 1801 SDC_GST_Byte3 0;
+BA_ "UserSigValidity" SG_ 1801 SDC_GST_Byte3 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1801 SDC_GST_Byte3 0;
+BA_ "NetworkRequest" SG_ 1801 SDC_GST_Byte3 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1801 SDC_GST_Byte3 5000;
+BA_ "RoutingFactor" SG_ 1801 SDC_GST_Byte3 1;
+BA_ "Version" SG_ 1801 SDC_GST_Byte3 "20.01.01";
+BA_ "Description" SG_ 1801 SDC_GST_Byte4 "TP Index : 223";
+BA_ "UsrSigPurpose" SG_ 1801 SDC_GST_Byte4 2;
+BA_ "GenSigSendType" SG_ 1801 SDC_GST_Byte4 2;
+BA_ "GenSigStartValue" SG_ 1801 SDC_GST_Byte4 0;
+BA_ "UserSigValidity" SG_ 1801 SDC_GST_Byte4 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1801 SDC_GST_Byte4 0;
+BA_ "NetworkRequest" SG_ 1801 SDC_GST_Byte4 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1801 SDC_GST_Byte4 5000;
+BA_ "RoutingFactor" SG_ 1801 SDC_GST_Byte4 1;
+BA_ "Version" SG_ 1801 SDC_GST_Byte4 "20.01.01";
+BA_ "Description" SG_ 1801 SDC_GST_Byte5 "TP Index : 223";
+BA_ "UsrSigPurpose" SG_ 1801 SDC_GST_Byte5 2;
+BA_ "GenSigSendType" SG_ 1801 SDC_GST_Byte5 2;
+BA_ "GenSigStartValue" SG_ 1801 SDC_GST_Byte5 0;
+BA_ "UserSigValidity" SG_ 1801 SDC_GST_Byte5 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1801 SDC_GST_Byte5 0;
+BA_ "NetworkRequest" SG_ 1801 SDC_GST_Byte5 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1801 SDC_GST_Byte5 5000;
+BA_ "RoutingFactor" SG_ 1801 SDC_GST_Byte5 1;
+BA_ "Version" SG_ 1801 SDC_GST_Byte5 "20.01.01";
+BA_ "Description" SG_ 1801 SDC_GST_Byte6 "TP Index : 223";
+BA_ "UsrSigPurpose" SG_ 1801 SDC_GST_Byte6 2;
+BA_ "GenSigSendType" SG_ 1801 SDC_GST_Byte6 2;
+BA_ "GenSigStartValue" SG_ 1801 SDC_GST_Byte6 0;
+BA_ "UserSigValidity" SG_ 1801 SDC_GST_Byte6 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1801 SDC_GST_Byte6 0;
+BA_ "NetworkRequest" SG_ 1801 SDC_GST_Byte6 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1801 SDC_GST_Byte6 5000;
+BA_ "RoutingFactor" SG_ 1801 SDC_GST_Byte6 1;
+BA_ "Version" SG_ 1801 SDC_GST_Byte6 "20.01.01";
+BA_ "Description" SG_ 1801 SDC_GST_Byte7 "TP Index : 223";
+BA_ "UsrSigPurpose" SG_ 1801 SDC_GST_Byte7 2;
+BA_ "GenSigSendType" SG_ 1801 SDC_GST_Byte7 2;
+BA_ "GenSigStartValue" SG_ 1801 SDC_GST_Byte7 0;
+BA_ "UserSigValidity" SG_ 1801 SDC_GST_Byte7 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1801 SDC_GST_Byte7 0;
+BA_ "NetworkRequest" SG_ 1801 SDC_GST_Byte7 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1801 SDC_GST_Byte7 5000;
+BA_ "RoutingFactor" SG_ 1801 SDC_GST_Byte7 1;
+BA_ "Version" SG_ 1801 SDC_GST_Byte7 "20.01.01";
+BA_ "Description" SG_ 1801 SDC_GST_Byte1 "TP Index : 223";
+BA_ "UsrSigPurpose" SG_ 1801 SDC_GST_Byte1 2;
+BA_ "GenSigSendType" SG_ 1801 SDC_GST_Byte1 2;
+BA_ "GenSigStartValue" SG_ 1801 SDC_GST_Byte1 0;
+BA_ "UserSigValidity" SG_ 1801 SDC_GST_Byte1 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1801 SDC_GST_Byte1 0;
+BA_ "NetworkRequest" SG_ 1801 SDC_GST_Byte1 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1801 SDC_GST_Byte1 5000;
+BA_ "RoutingFactor" SG_ 1801 SDC_GST_Byte1 1;
+BA_ "Version" SG_ 1801 SDC_GST_Byte1 "20.01.01";
+BA_ "GenMsgCycleTime" BO_ 1253 0;
+BA_ "GenMsgDelayTime" BO_ 1253 20;
+BA_ "GenMsgDelayTime" BO_ 1253 0;
+BA_ "GenMsgStartDelayTime" BO_ 1253 0;
+BA_ "VFrameFormat" BO_ 1253 14;
+BA_ "Description" SG_ 1253 SMK_Crc1Val "The data area for CRC calculation is based on the data length (DLC) of the message DB.
+
+The CRC shall be calculated over the entire data block (excluding the CRC bytes) including the user data, alive counter and Data ID 
+
+ 
+
+- CRC Polynomial (0x1D) , Initial Value : 0x00, XOR value : 0xFF, Data ID Mode : Both, Data ID : Message ID + 0xF800 
+
+- The initial value is for CRC calculation and the message should be sent with the calculated result value. 
+
+The mathematical expression to 8 bit CRC polynomial is given here. G(x) = x8 + x4 + x3 + x2 + 1";
+BA_ "GenSigSendType" SG_ 1253 SMK_Crc1Val 4;
+BA_ "GenSigStartValue" SG_ 1253 SMK_Crc1Val 255;
+BA_ "UserSigValidity" SG_ 1253 SMK_Crc1Val 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1253 SMK_Crc1Val 0;
+BA_ "RoutingFactor" SG_ 1253 SMK_Crc1Val 1;
+BA_ "Version" SG_ 1253 SMK_Crc1Val "18.11.08";
+BA_ "Description" SG_ 1253 SMK_AlvCnt1Val "For the first transmission request for a data element the counter shall be initialized with 0 and shall be incremented by 1
+
+for every subsequent send request. When the counter reaches the maximum value(0xE), then it shall restart with 0 for the next send request";
+BA_ "GenSigSendType" SG_ 1253 SMK_AlvCnt1Val 4;
+BA_ "GenSigStartValue" SG_ 1253 SMK_AlvCnt1Val 0;
+BA_ "UserSigValidity" SG_ 1253 SMK_AlvCnt1Val 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1253 SMK_AlvCnt1Val 0;
+BA_ "RoutingFactor" SG_ 1253 SMK_AlvCnt1Val 1;
+BA_ "Version" SG_ 1253 SMK_AlvCnt1Val "18.11.08";
+BA_ "GenSigSendType" SG_ 1253 DoorLock_PsvDrLkReq 4;
+BA_ "GenSigStartValue" SG_ 1253 DoorLock_PsvDrLkReq 0;
+BA_ "UserSigValidity" SG_ 1253 DoorLock_PsvDrLkReq 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SBW_SHFTR_FF SG_ 1253 DoorLock_PsvDrLkReq 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1253 DoorLock_PsvDrLkReq 0;
+BA_ "RoutingFactor" SG_ 1253 DoorLock_PsvDrLkReq 1;
+BA_ "Version" SG_ 1253 DoorLock_PsvDrLkReq "17.12.00";
+BA_ "GenSigSendType" SG_ 1253 DoorLock_PsvDrUnLkReq 4;
+BA_ "GenSigStartValue" SG_ 1253 DoorLock_PsvDrUnLkReq 0;
+BA_ "UserSigValidity" SG_ 1253 DoorLock_PsvDrUnLkReq 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1253 DoorLock_PsvDrUnLkReq 0;
+BA_ "RoutingFactor" SG_ 1253 DoorLock_PsvDrUnLkReq 1;
+BA_ "Version" SG_ 1253 DoorLock_PsvDrUnLkReq "17.12.00";
+BA_ "Description" SG_ 1253 DoorLock_DrvDrPsvAcsReq "-(Old)C_P_FL";
+BA_ "GenSigSendType" SG_ 1253 DoorLock_DrvDrPsvAcsReq 4;
+BA_ "GenSigStartValue" SG_ 1253 DoorLock_DrvDrPsvAcsReq 0;
+BA_ "UserSigValidity" SG_ 1253 DoorLock_DrvDrPsvAcsReq 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1253 DoorLock_DrvDrPsvAcsReq 0;
+BA_ "RoutingFactor" SG_ 1253 DoorLock_DrvDrPsvAcsReq 1;
+BA_ "Version" SG_ 1253 DoorLock_DrvDrPsvAcsReq "17.12.00";
+BA_ "Description" SG_ 1253 DoorLock_AsstDrPsvAcsReq "-(Old)C_P_FR";
+BA_ "GenSigSendType" SG_ 1253 DoorLock_AsstDrPsvAcsReq 4;
+BA_ "GenSigStartValue" SG_ 1253 DoorLock_AsstDrPsvAcsReq 0;
+BA_ "UserSigValidity" SG_ 1253 DoorLock_AsstDrPsvAcsReq 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1253 DoorLock_AsstDrPsvAcsReq 0;
+BA_ "RoutingFactor" SG_ 1253 DoorLock_AsstDrPsvAcsReq 1;
+BA_ "Version" SG_ 1253 DoorLock_AsstDrPsvAcsReq "17.12.00";
+BA_ "Description" SG_ 1253 DoorLock_TrnkTlgtPsvAcsReq "-(Old)C_PassiveTrunk_TG";
+BA_ "GenSigSendType" SG_ 1253 DoorLock_TrnkTlgtPsvAcsReq 4;
+BA_ "GenSigStartValue" SG_ 1253 DoorLock_TrnkTlgtPsvAcsReq 0;
+BA_ "UserSigValidity" SG_ 1253 DoorLock_TrnkTlgtPsvAcsReq 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1253 DoorLock_TrnkTlgtPsvAcsReq 0;
+BA_ "RoutingFactor" SG_ 1253 DoorLock_TrnkTlgtPsvAcsReq 1;
+BA_ "Version" SG_ 1253 DoorLock_TrnkTlgtPsvAcsReq "17.12.00";
+BA_ "Description" SG_ 1253 Auth_Req "Request NFC / Fingerprint authentication";
+BA_ "GenSigSendType" SG_ 1253 Auth_Req 4;
+BA_ "GenSigStartValue" SG_ 1253 Auth_Req 0;
+BA_ "UserSigValidity" SG_ 1253 Auth_Req 0;
+BA_ "NetworkRequest" SG_ 1253 Auth_Req 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1253 Auth_Req 5000;
+BA_ "RoutingFactor" SG_ 1253 Auth_Req 1;
+BA_ "Version" SG_ 1253 Auth_Req "18.02.00";
+BA_ "Description" SG_ 1253 RSPA_DigitalKeyAuth "Authenticaion by Digital key in RSPA mode";
+BA_ "GenSigSendType" SG_ 1253 RSPA_DigitalKeyAuth 4;
+BA_ "GenSigStartValue" SG_ 1253 RSPA_DigitalKeyAuth 0;
+BA_ "UserSigValidity" SG_ 1253 RSPA_DigitalKeyAuth 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1253 RSPA_DigitalKeyAuth 0;
+BA_ "RoutingFactor" SG_ 1253 RSPA_DigitalKeyAuth 1;
+BA_ "Version" SG_ 1253 RSPA_DigitalKeyAuth "19.07.02";
+BA_ "Description" SG_ 1253 PHEV_PwrAutoOffReq "Power Auto Off Signal (PHEV)
+
+When SMK runs Vehicle Power Auto Off Logic and Auto Off Condition meets
+
+SMK sends this signal with 0x1 according to event signal attributes.";
+BA_ "GenSigSendType" SG_ 1253 PHEV_PwrAutoOffReq 4;
+BA_ "GenSigStartValue" SG_ 1253 PHEV_PwrAutoOffReq 0;
+BA_ "UserSigValidity" SG_ 1253 PHEV_PwrAutoOffReq 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1253 PHEV_PwrAutoOffReq 0;
+BA_ "RoutingFactor" SG_ 1253 PHEV_PwrAutoOffReq 1;
+BA_ "Version" SG_ 1253 PHEV_PwrAutoOffReq "17.12.00";
+BA_ "Description" SG_ 1253 Auth_Method "This signal is for a send Authentication result and authentication method.
+
+- Fob, TP, Fingerprint, NFC, BLE";
+BA_ "GenSigSendType" SG_ 1253 Auth_Method 4;
+BA_ "GenSigStartValue" SG_ 1253 Auth_Method 0;
+BA_ "UserSigValidity" SG_ 1253 Auth_Method 0;
+BA_ "NetworkRequest" SG_ 1253 Auth_Method 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1253 Auth_Method 5000;
+BA_ "RoutingFactor" SG_ 1253 Auth_Method 1;
+BA_ "Version" SG_ 1253 Auth_Method "18.08.05";
+BA_ "Description" SG_ 1253 Auth_ISKLearnFdbck "This signal is Learning Feedback";
+BA_ "GenSigSendType" SG_ 1253 Auth_ISKLearnFdbck 4;
+BA_ "GenSigStartValue" SG_ 1253 Auth_ISKLearnFdbck 0;
+BA_ "UserSigValidity" SG_ 1253 Auth_ISKLearnFdbck 0;
+BA_ "NetworkRequest" SG_ 1253 Auth_ISKLearnFdbck 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1253 Auth_ISKLearnFdbck 5000;
+BA_ "RoutingFactor" SG_ 1253 Auth_ISKLearnFdbck 1;
+BA_ "Version" SG_ 1253 Auth_ISKLearnFdbck "18.08.05";
+BA_ "GenSigSendType" SG_ 1253 Mirror_SmrtWlcmMirrReq 4;
+BA_ "GenSigStartValue" SG_ 1253 Mirror_SmrtWlcmMirrReq 0;
+BA_ "UserSigValidity" SG_ 1253 Mirror_SmrtWlcmMirrReq 0;
+BA_ "NetworkRequest" SG_ 1253 Mirror_SmrtWlcmMirrReq 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1253 Mirror_SmrtWlcmMirrReq 5000;
+BA_ "RoutingFactor" SG_ 1253 Mirror_SmrtWlcmMirrReq 1;
+BA_ "Version" SG_ 1253 Mirror_SmrtWlcmMirrReq "17.12.00";
+BA_ "Description" SG_ 1253 SecureCom_Req "This signal for starting secure communication.
+
+##2G##SMK-SMKmsg03-C_SMK_SecureCommReq";
+BA_ "GenSigSendType" SG_ 1253 SecureCom_Req 4;
+BA_ "GenSigStartValue" SG_ 1253 SecureCom_Req 0;
+BA_ "UserSigValidity" SG_ 1253 SecureCom_Req 0;
+BA_ "NetworkRequest" SG_ 1253 SecureCom_Req 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1253 SecureCom_Req 5000;
+BA_ "RoutingFactor" SG_ 1253 SecureCom_Req 1;
+BA_ "Version" SG_ 1253 SecureCom_Req "19.01.09";
+BA_ "GenMsgCycleTime" BO_ 1702 0;
+BA_ "GenMsgILSupport" BO_ 1702 0;
+BA_ "TpMessage" BO_ 1702 1;
+BA_ "GenMsgDelayTime" BO_ 1702 0;
+BA_ "GenMsgStartDelayTime" BO_ 1702 0;
+BA_ "VFrameFormat" BO_ 1702 14;
+BA_ "UsrSigPurpose" SG_ 1702 TCM_CANID_TRANSMIT_Byte0 6;
+BA_ "GenSigSendType" SG_ 1702 TCM_CANID_TRANSMIT_Byte0 2;
+BA_ "GenSigStartValue" SG_ 1702 TCM_CANID_TRANSMIT_Byte0 0;
+BA_ "UserSigValidity" SG_ 1702 TCM_CANID_TRANSMIT_Byte0 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1702 TCM_CANID_TRANSMIT_Byte0 0;
+BA_ "NetworkRequest" SG_ 1702 TCM_CANID_TRANSMIT_Byte0 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1702 TCM_CANID_TRANSMIT_Byte0 5000;
+BA_ "RoutingFactor" SG_ 1702 TCM_CANID_TRANSMIT_Byte0 1;
+BA_ "Version" SG_ 1702 TCM_CANID_TRANSMIT_Byte0 "18.08.02";
+BA_ "UsrSigPurpose" SG_ 1702 TCM_CANID_TRANSMIT_Byte2 6;
+BA_ "GenSigSendType" SG_ 1702 TCM_CANID_TRANSMIT_Byte2 2;
+BA_ "GenSigStartValue" SG_ 1702 TCM_CANID_TRANSMIT_Byte2 0;
+BA_ "UserSigValidity" SG_ 1702 TCM_CANID_TRANSMIT_Byte2 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1702 TCM_CANID_TRANSMIT_Byte2 0;
+BA_ "NetworkRequest" SG_ 1702 TCM_CANID_TRANSMIT_Byte2 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1702 TCM_CANID_TRANSMIT_Byte2 5000;
+BA_ "RoutingFactor" SG_ 1702 TCM_CANID_TRANSMIT_Byte2 1;
+BA_ "Version" SG_ 1702 TCM_CANID_TRANSMIT_Byte2 "18.08.02";
+BA_ "UsrSigPurpose" SG_ 1702 TCM_CANID_TRANSMIT_Byte3 6;
+BA_ "GenSigSendType" SG_ 1702 TCM_CANID_TRANSMIT_Byte3 2;
+BA_ "GenSigStartValue" SG_ 1702 TCM_CANID_TRANSMIT_Byte3 0;
+BA_ "UserSigValidity" SG_ 1702 TCM_CANID_TRANSMIT_Byte3 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1702 TCM_CANID_TRANSMIT_Byte3 0;
+BA_ "NetworkRequest" SG_ 1702 TCM_CANID_TRANSMIT_Byte3 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1702 TCM_CANID_TRANSMIT_Byte3 5000;
+BA_ "RoutingFactor" SG_ 1702 TCM_CANID_TRANSMIT_Byte3 1;
+BA_ "Version" SG_ 1702 TCM_CANID_TRANSMIT_Byte3 "18.08.02";
+BA_ "UsrSigPurpose" SG_ 1702 TCM_CANID_TRANSMIT_Byte4 6;
+BA_ "GenSigSendType" SG_ 1702 TCM_CANID_TRANSMIT_Byte4 2;
+BA_ "GenSigStartValue" SG_ 1702 TCM_CANID_TRANSMIT_Byte4 0;
+BA_ "UserSigValidity" SG_ 1702 TCM_CANID_TRANSMIT_Byte4 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1702 TCM_CANID_TRANSMIT_Byte4 0;
+BA_ "NetworkRequest" SG_ 1702 TCM_CANID_TRANSMIT_Byte4 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1702 TCM_CANID_TRANSMIT_Byte4 5000;
+BA_ "RoutingFactor" SG_ 1702 TCM_CANID_TRANSMIT_Byte4 1;
+BA_ "Version" SG_ 1702 TCM_CANID_TRANSMIT_Byte4 "18.08.02";
+BA_ "UsrSigPurpose" SG_ 1702 TCM_CANID_TRANSMIT_Byte5 6;
+BA_ "GenSigSendType" SG_ 1702 TCM_CANID_TRANSMIT_Byte5 2;
+BA_ "GenSigStartValue" SG_ 1702 TCM_CANID_TRANSMIT_Byte5 0;
+BA_ "UserSigValidity" SG_ 1702 TCM_CANID_TRANSMIT_Byte5 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1702 TCM_CANID_TRANSMIT_Byte5 0;
+BA_ "NetworkRequest" SG_ 1702 TCM_CANID_TRANSMIT_Byte5 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1702 TCM_CANID_TRANSMIT_Byte5 5000;
+BA_ "RoutingFactor" SG_ 1702 TCM_CANID_TRANSMIT_Byte5 1;
+BA_ "Version" SG_ 1702 TCM_CANID_TRANSMIT_Byte5 "18.08.02";
+BA_ "UsrSigPurpose" SG_ 1702 TCM_CANID_TRANSMIT_Byte6 6;
+BA_ "GenSigSendType" SG_ 1702 TCM_CANID_TRANSMIT_Byte6 2;
+BA_ "GenSigStartValue" SG_ 1702 TCM_CANID_TRANSMIT_Byte6 0;
+BA_ "UserSigValidity" SG_ 1702 TCM_CANID_TRANSMIT_Byte6 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1702 TCM_CANID_TRANSMIT_Byte6 0;
+BA_ "NetworkRequest" SG_ 1702 TCM_CANID_TRANSMIT_Byte6 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1702 TCM_CANID_TRANSMIT_Byte6 5000;
+BA_ "RoutingFactor" SG_ 1702 TCM_CANID_TRANSMIT_Byte6 1;
+BA_ "Version" SG_ 1702 TCM_CANID_TRANSMIT_Byte6 "18.08.02";
+BA_ "UsrSigPurpose" SG_ 1702 TCM_CANID_TRANSMIT_Byte7 6;
+BA_ "GenSigSendType" SG_ 1702 TCM_CANID_TRANSMIT_Byte7 2;
+BA_ "GenSigStartValue" SG_ 1702 TCM_CANID_TRANSMIT_Byte7 0;
+BA_ "UserSigValidity" SG_ 1702 TCM_CANID_TRANSMIT_Byte7 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1702 TCM_CANID_TRANSMIT_Byte7 0;
+BA_ "NetworkRequest" SG_ 1702 TCM_CANID_TRANSMIT_Byte7 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1702 TCM_CANID_TRANSMIT_Byte7 5000;
+BA_ "RoutingFactor" SG_ 1702 TCM_CANID_TRANSMIT_Byte7 1;
+BA_ "Version" SG_ 1702 TCM_CANID_TRANSMIT_Byte7 "18.08.02";
+BA_ "UsrSigPurpose" SG_ 1702 TCM_CANID_TRANSMIT_Byte1 6;
+BA_ "GenSigSendType" SG_ 1702 TCM_CANID_TRANSMIT_Byte1 2;
+BA_ "GenSigStartValue" SG_ 1702 TCM_CANID_TRANSMIT_Byte1 0;
+BA_ "UserSigValidity" SG_ 1702 TCM_CANID_TRANSMIT_Byte1 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1702 TCM_CANID_TRANSMIT_Byte1 0;
+BA_ "NetworkRequest" SG_ 1702 TCM_CANID_TRANSMIT_Byte1 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1702 TCM_CANID_TRANSMIT_Byte1 5000;
+BA_ "RoutingFactor" SG_ 1702 TCM_CANID_TRANSMIT_Byte1 1;
+BA_ "Version" SG_ 1702 TCM_CANID_TRANSMIT_Byte1 "18.08.02";
+BA_ "GenMsgCycleTime" BO_ 1575 0;
+BA_ "GenMsgILSupport" BO_ 1575 0;
+BA_ "TpMessage" BO_ 1575 1;
+BA_ "GenMsgDelayTime" BO_ 1575 0;
+BA_ "GenMsgStartDelayTime" BO_ 1575 0;
+BA_ "VFrameFormat" BO_ 1575 14;
+BA_ "UsrSigPurpose" SG_ 1575 TCU_CST_RX_Byte0 6;
+BA_ "GenSigSendType" SG_ 1575 TCU_CST_RX_Byte0 2;
+BA_ "GenSigStartValue" SG_ 1575 TCU_CST_RX_Byte0 0;
+BA_ "UserSigValidity" SG_ 1575 TCU_CST_RX_Byte0 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1575 TCU_CST_RX_Byte0 0;
+BA_ "NetworkRequest" SG_ 1575 TCU_CST_RX_Byte0 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1575 TCU_CST_RX_Byte0 5000;
+BA_ "RoutingFactor" SG_ 1575 TCU_CST_RX_Byte0 1;
+BA_ "Version" SG_ 1575 TCU_CST_RX_Byte0 "20.01.01";
+BA_ "UsrSigPurpose" SG_ 1575 TCU_CST_RX_Byte2 6;
+BA_ "GenSigSendType" SG_ 1575 TCU_CST_RX_Byte2 2;
+BA_ "GenSigStartValue" SG_ 1575 TCU_CST_RX_Byte2 0;
+BA_ "UserSigValidity" SG_ 1575 TCU_CST_RX_Byte2 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1575 TCU_CST_RX_Byte2 0;
+BA_ "NetworkRequest" SG_ 1575 TCU_CST_RX_Byte2 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1575 TCU_CST_RX_Byte2 5000;
+BA_ "RoutingFactor" SG_ 1575 TCU_CST_RX_Byte2 1;
+BA_ "Version" SG_ 1575 TCU_CST_RX_Byte2 "20.01.01";
+BA_ "UsrSigPurpose" SG_ 1575 TCU_CST_RX_Byte3 6;
+BA_ "GenSigSendType" SG_ 1575 TCU_CST_RX_Byte3 2;
+BA_ "GenSigStartValue" SG_ 1575 TCU_CST_RX_Byte3 0;
+BA_ "UserSigValidity" SG_ 1575 TCU_CST_RX_Byte3 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1575 TCU_CST_RX_Byte3 0;
+BA_ "NetworkRequest" SG_ 1575 TCU_CST_RX_Byte3 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1575 TCU_CST_RX_Byte3 5000;
+BA_ "RoutingFactor" SG_ 1575 TCU_CST_RX_Byte3 1;
+BA_ "Version" SG_ 1575 TCU_CST_RX_Byte3 "20.01.01";
+BA_ "UsrSigPurpose" SG_ 1575 TCU_CST_RX_Byte4 6;
+BA_ "GenSigSendType" SG_ 1575 TCU_CST_RX_Byte4 2;
+BA_ "GenSigStartValue" SG_ 1575 TCU_CST_RX_Byte4 0;
+BA_ "UserSigValidity" SG_ 1575 TCU_CST_RX_Byte4 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1575 TCU_CST_RX_Byte4 0;
+BA_ "NetworkRequest" SG_ 1575 TCU_CST_RX_Byte4 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1575 TCU_CST_RX_Byte4 5000;
+BA_ "RoutingFactor" SG_ 1575 TCU_CST_RX_Byte4 1;
+BA_ "Version" SG_ 1575 TCU_CST_RX_Byte4 "20.01.01";
+BA_ "UsrSigPurpose" SG_ 1575 TCU_CST_RX_Byte5 6;
+BA_ "GenSigSendType" SG_ 1575 TCU_CST_RX_Byte5 2;
+BA_ "GenSigStartValue" SG_ 1575 TCU_CST_RX_Byte5 0;
+BA_ "UserSigValidity" SG_ 1575 TCU_CST_RX_Byte5 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1575 TCU_CST_RX_Byte5 0;
+BA_ "NetworkRequest" SG_ 1575 TCU_CST_RX_Byte5 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1575 TCU_CST_RX_Byte5 5000;
+BA_ "RoutingFactor" SG_ 1575 TCU_CST_RX_Byte5 1;
+BA_ "Version" SG_ 1575 TCU_CST_RX_Byte5 "20.01.01";
+BA_ "UsrSigPurpose" SG_ 1575 TCU_CST_RX_Byte6 6;
+BA_ "GenSigSendType" SG_ 1575 TCU_CST_RX_Byte6 2;
+BA_ "GenSigStartValue" SG_ 1575 TCU_CST_RX_Byte6 0;
+BA_ "UserSigValidity" SG_ 1575 TCU_CST_RX_Byte6 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1575 TCU_CST_RX_Byte6 0;
+BA_ "NetworkRequest" SG_ 1575 TCU_CST_RX_Byte6 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1575 TCU_CST_RX_Byte6 5000;
+BA_ "RoutingFactor" SG_ 1575 TCU_CST_RX_Byte6 1;
+BA_ "Version" SG_ 1575 TCU_CST_RX_Byte6 "20.01.01";
+BA_ "UsrSigPurpose" SG_ 1575 TCU_CST_RX_Byte7 6;
+BA_ "GenSigSendType" SG_ 1575 TCU_CST_RX_Byte7 2;
+BA_ "GenSigStartValue" SG_ 1575 TCU_CST_RX_Byte7 0;
+BA_ "UserSigValidity" SG_ 1575 TCU_CST_RX_Byte7 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1575 TCU_CST_RX_Byte7 0;
+BA_ "NetworkRequest" SG_ 1575 TCU_CST_RX_Byte7 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1575 TCU_CST_RX_Byte7 5000;
+BA_ "RoutingFactor" SG_ 1575 TCU_CST_RX_Byte7 1;
+BA_ "Version" SG_ 1575 TCU_CST_RX_Byte7 "20.01.01";
+BA_ "UsrSigPurpose" SG_ 1575 TCU_CST_RX_Byte1 6;
+BA_ "GenSigSendType" SG_ 1575 TCU_CST_RX_Byte1 2;
+BA_ "GenSigStartValue" SG_ 1575 TCU_CST_RX_Byte1 0;
+BA_ "UserSigValidity" SG_ 1575 TCU_CST_RX_Byte1 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1575 TCU_CST_RX_Byte1 0;
+BA_ "NetworkRequest" SG_ 1575 TCU_CST_RX_Byte1 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1575 TCU_CST_RX_Byte1 5000;
+BA_ "RoutingFactor" SG_ 1575 TCU_CST_RX_Byte1 1;
+BA_ "Version" SG_ 1575 TCU_CST_RX_Byte1 "20.01.01";
+BA_ "GenMsgCycleTime" BO_ 1576 0;
+BA_ "GenMsgILSupport" BO_ 1576 0;
+BA_ "TpMessage" BO_ 1576 1;
+BA_ "GenMsgDelayTime" BO_ 1576 0;
+BA_ "GenMsgStartDelayTime" BO_ 1576 0;
+BA_ "VFrameFormat" BO_ 1576 14;
+BA_ "UsrSigPurpose" SG_ 1576 TCU_CST_TS_Byte0 6;
+BA_ "GenSigSendType" SG_ 1576 TCU_CST_TS_Byte0 2;
+BA_ "GenSigStartValue" SG_ 1576 TCU_CST_TS_Byte0 0;
+BA_ "UserSigValidity" SG_ 1576 TCU_CST_TS_Byte0 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1576 TCU_CST_TS_Byte0 0;
+BA_ "NetworkRequest" SG_ 1576 TCU_CST_TS_Byte0 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1576 TCU_CST_TS_Byte0 5000;
+BA_ "RoutingFactor" SG_ 1576 TCU_CST_TS_Byte0 1;
+BA_ "Version" SG_ 1576 TCU_CST_TS_Byte0 "20.01.01";
+BA_ "UsrSigPurpose" SG_ 1576 TCU_CST_TS_Byte2 6;
+BA_ "GenSigSendType" SG_ 1576 TCU_CST_TS_Byte2 2;
+BA_ "GenSigStartValue" SG_ 1576 TCU_CST_TS_Byte2 0;
+BA_ "UserSigValidity" SG_ 1576 TCU_CST_TS_Byte2 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1576 TCU_CST_TS_Byte2 0;
+BA_ "NetworkRequest" SG_ 1576 TCU_CST_TS_Byte2 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1576 TCU_CST_TS_Byte2 5000;
+BA_ "RoutingFactor" SG_ 1576 TCU_CST_TS_Byte2 1;
+BA_ "Version" SG_ 1576 TCU_CST_TS_Byte2 "20.01.01";
+BA_ "UsrSigPurpose" SG_ 1576 TCU_CST_TS_Byte3 6;
+BA_ "GenSigSendType" SG_ 1576 TCU_CST_TS_Byte3 2;
+BA_ "GenSigStartValue" SG_ 1576 TCU_CST_TS_Byte3 0;
+BA_ "UserSigValidity" SG_ 1576 TCU_CST_TS_Byte3 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1576 TCU_CST_TS_Byte3 0;
+BA_ "NetworkRequest" SG_ 1576 TCU_CST_TS_Byte3 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1576 TCU_CST_TS_Byte3 5000;
+BA_ "RoutingFactor" SG_ 1576 TCU_CST_TS_Byte3 1;
+BA_ "Version" SG_ 1576 TCU_CST_TS_Byte3 "20.01.01";
+BA_ "UsrSigPurpose" SG_ 1576 TCU_CST_TS_Byte4 6;
+BA_ "GenSigSendType" SG_ 1576 TCU_CST_TS_Byte4 2;
+BA_ "GenSigStartValue" SG_ 1576 TCU_CST_TS_Byte4 0;
+BA_ "UserSigValidity" SG_ 1576 TCU_CST_TS_Byte4 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1576 TCU_CST_TS_Byte4 0;
+BA_ "NetworkRequest" SG_ 1576 TCU_CST_TS_Byte4 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1576 TCU_CST_TS_Byte4 5000;
+BA_ "RoutingFactor" SG_ 1576 TCU_CST_TS_Byte4 1;
+BA_ "Version" SG_ 1576 TCU_CST_TS_Byte4 "20.01.01";
+BA_ "UsrSigPurpose" SG_ 1576 TCU_CST_TS_Byte5 6;
+BA_ "GenSigSendType" SG_ 1576 TCU_CST_TS_Byte5 2;
+BA_ "GenSigStartValue" SG_ 1576 TCU_CST_TS_Byte5 0;
+BA_ "UserSigValidity" SG_ 1576 TCU_CST_TS_Byte5 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1576 TCU_CST_TS_Byte5 0;
+BA_ "NetworkRequest" SG_ 1576 TCU_CST_TS_Byte5 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1576 TCU_CST_TS_Byte5 5000;
+BA_ "RoutingFactor" SG_ 1576 TCU_CST_TS_Byte5 1;
+BA_ "Version" SG_ 1576 TCU_CST_TS_Byte5 "20.01.01";
+BA_ "UsrSigPurpose" SG_ 1576 TCU_CST_TS_Byte6 6;
+BA_ "GenSigSendType" SG_ 1576 TCU_CST_TS_Byte6 2;
+BA_ "GenSigStartValue" SG_ 1576 TCU_CST_TS_Byte6 0;
+BA_ "UserSigValidity" SG_ 1576 TCU_CST_TS_Byte6 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1576 TCU_CST_TS_Byte6 0;
+BA_ "NetworkRequest" SG_ 1576 TCU_CST_TS_Byte6 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1576 TCU_CST_TS_Byte6 5000;
+BA_ "RoutingFactor" SG_ 1576 TCU_CST_TS_Byte6 1;
+BA_ "Version" SG_ 1576 TCU_CST_TS_Byte6 "20.01.01";
+BA_ "UsrSigPurpose" SG_ 1576 TCU_CST_TS_Byte7 6;
+BA_ "GenSigSendType" SG_ 1576 TCU_CST_TS_Byte7 2;
+BA_ "GenSigStartValue" SG_ 1576 TCU_CST_TS_Byte7 0;
+BA_ "UserSigValidity" SG_ 1576 TCU_CST_TS_Byte7 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1576 TCU_CST_TS_Byte7 0;
+BA_ "NetworkRequest" SG_ 1576 TCU_CST_TS_Byte7 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1576 TCU_CST_TS_Byte7 5000;
+BA_ "RoutingFactor" SG_ 1576 TCU_CST_TS_Byte7 1;
+BA_ "Version" SG_ 1576 TCU_CST_TS_Byte7 "20.01.01";
+BA_ "UsrSigPurpose" SG_ 1576 TCU_CST_TS_Byte1 6;
+BA_ "GenSigSendType" SG_ 1576 TCU_CST_TS_Byte1 2;
+BA_ "GenSigStartValue" SG_ 1576 TCU_CST_TS_Byte1 0;
+BA_ "UserSigValidity" SG_ 1576 TCU_CST_TS_Byte1 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1576 TCU_CST_TS_Byte1 0;
+BA_ "NetworkRequest" SG_ 1576 TCU_CST_TS_Byte1 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1576 TCU_CST_TS_Byte1 5000;
+BA_ "RoutingFactor" SG_ 1576 TCU_CST_TS_Byte1 1;
+BA_ "Version" SG_ 1576 TCU_CST_TS_Byte1 "20.01.01";
+BA_ "GenMsgCycleTime" BO_ 2025 0;
+BA_ "GenMsgILSupport" BO_ 2025 0;
+BA_ "TpMessage" BO_ 2025 1;
+BA_ "GenMsgDelayTime" BO_ 2025 0;
+BA_ "GenMsgStartDelayTime" BO_ 2025 0;
+BA_ "VFrameFormat" BO_ 2025 14;
+BA_ "UsrSigPurpose" SG_ 2025 TCU_GST_Byte0 2;
+BA_ "GenSigSendType" SG_ 2025 TCU_GST_Byte0 2;
+BA_ "GenSigStartValue" SG_ 2025 TCU_GST_Byte0 0;
+BA_ "UserSigValidity" SG_ 2025 TCU_GST_Byte0 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 2025 TCU_GST_Byte0 0;
+BA_ "NetworkRequest" SG_ 2025 TCU_GST_Byte0 0;
+BA_ "NetworkRequestHoldingTime" SG_ 2025 TCU_GST_Byte0 5000;
+BA_ "RoutingFactor" SG_ 2025 TCU_GST_Byte0 1;
+BA_ "Version" SG_ 2025 TCU_GST_Byte0 "18.01.08";
+BA_ "UsrSigPurpose" SG_ 2025 TCU_GST_Byte2 2;
+BA_ "GenSigSendType" SG_ 2025 TCU_GST_Byte2 2;
+BA_ "GenSigStartValue" SG_ 2025 TCU_GST_Byte2 0;
+BA_ "UserSigValidity" SG_ 2025 TCU_GST_Byte2 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 2025 TCU_GST_Byte2 0;
+BA_ "NetworkRequest" SG_ 2025 TCU_GST_Byte2 0;
+BA_ "NetworkRequestHoldingTime" SG_ 2025 TCU_GST_Byte2 5000;
+BA_ "RoutingFactor" SG_ 2025 TCU_GST_Byte2 1;
+BA_ "Version" SG_ 2025 TCU_GST_Byte2 "18.01.08";
+BA_ "UsrSigPurpose" SG_ 2025 TCU_GST_Byte3 2;
+BA_ "GenSigSendType" SG_ 2025 TCU_GST_Byte3 2;
+BA_ "GenSigStartValue" SG_ 2025 TCU_GST_Byte3 0;
+BA_ "UserSigValidity" SG_ 2025 TCU_GST_Byte3 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 2025 TCU_GST_Byte3 0;
+BA_ "NetworkRequest" SG_ 2025 TCU_GST_Byte3 0;
+BA_ "NetworkRequestHoldingTime" SG_ 2025 TCU_GST_Byte3 5000;
+BA_ "RoutingFactor" SG_ 2025 TCU_GST_Byte3 1;
+BA_ "Version" SG_ 2025 TCU_GST_Byte3 "18.01.08";
+BA_ "UsrSigPurpose" SG_ 2025 TCU_GST_Byte4 2;
+BA_ "GenSigSendType" SG_ 2025 TCU_GST_Byte4 2;
+BA_ "GenSigStartValue" SG_ 2025 TCU_GST_Byte4 0;
+BA_ "UserSigValidity" SG_ 2025 TCU_GST_Byte4 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 2025 TCU_GST_Byte4 0;
+BA_ "NetworkRequest" SG_ 2025 TCU_GST_Byte4 0;
+BA_ "NetworkRequestHoldingTime" SG_ 2025 TCU_GST_Byte4 5000;
+BA_ "RoutingFactor" SG_ 2025 TCU_GST_Byte4 1;
+BA_ "Version" SG_ 2025 TCU_GST_Byte4 "18.01.08";
+BA_ "UsrSigPurpose" SG_ 2025 TCU_GST_Byte5 2;
+BA_ "GenSigSendType" SG_ 2025 TCU_GST_Byte5 2;
+BA_ "GenSigStartValue" SG_ 2025 TCU_GST_Byte5 0;
+BA_ "UserSigValidity" SG_ 2025 TCU_GST_Byte5 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 2025 TCU_GST_Byte5 0;
+BA_ "NetworkRequest" SG_ 2025 TCU_GST_Byte5 0;
+BA_ "NetworkRequestHoldingTime" SG_ 2025 TCU_GST_Byte5 5000;
+BA_ "RoutingFactor" SG_ 2025 TCU_GST_Byte5 1;
+BA_ "Version" SG_ 2025 TCU_GST_Byte5 "18.01.08";
+BA_ "UsrSigPurpose" SG_ 2025 TCU_GST_Byte6 2;
+BA_ "GenSigSendType" SG_ 2025 TCU_GST_Byte6 2;
+BA_ "GenSigStartValue" SG_ 2025 TCU_GST_Byte6 0;
+BA_ "UserSigValidity" SG_ 2025 TCU_GST_Byte6 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 2025 TCU_GST_Byte6 0;
+BA_ "NetworkRequest" SG_ 2025 TCU_GST_Byte6 0;
+BA_ "NetworkRequestHoldingTime" SG_ 2025 TCU_GST_Byte6 5000;
+BA_ "RoutingFactor" SG_ 2025 TCU_GST_Byte6 1;
+BA_ "Version" SG_ 2025 TCU_GST_Byte6 "18.01.08";
+BA_ "UsrSigPurpose" SG_ 2025 TCU_GST_Byte7 2;
+BA_ "GenSigSendType" SG_ 2025 TCU_GST_Byte7 2;
+BA_ "GenSigStartValue" SG_ 2025 TCU_GST_Byte7 0;
+BA_ "UserSigValidity" SG_ 2025 TCU_GST_Byte7 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 2025 TCU_GST_Byte7 0;
+BA_ "NetworkRequest" SG_ 2025 TCU_GST_Byte7 0;
+BA_ "NetworkRequestHoldingTime" SG_ 2025 TCU_GST_Byte7 5000;
+BA_ "RoutingFactor" SG_ 2025 TCU_GST_Byte7 1;
+BA_ "Version" SG_ 2025 TCU_GST_Byte7 "18.01.08";
+BA_ "UsrSigPurpose" SG_ 2025 TCU_GST_Byte1 2;
+BA_ "GenSigSendType" SG_ 2025 TCU_GST_Byte1 2;
+BA_ "GenSigStartValue" SG_ 2025 TCU_GST_Byte1 0;
+BA_ "UserSigValidity" SG_ 2025 TCU_GST_Byte1 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 2025 TCU_GST_Byte1 0;
+BA_ "NetworkRequest" SG_ 2025 TCU_GST_Byte1 0;
+BA_ "NetworkRequestHoldingTime" SG_ 2025 TCU_GST_Byte1 5000;
+BA_ "RoutingFactor" SG_ 2025 TCU_GST_Byte1 1;
+BA_ "Version" SG_ 2025 TCU_GST_Byte1 "18.01.08";
+BA_ "GenMsgSendType" BO_ 923 0;
+BA_ "GenMsgCycleTime" BO_ 923 200;
+BA_ "GenMsgCycleTimeFast" BO_ 923 0;
+BA_ "GenMsgNrOfRepetition" BO_ 923 0;
+BA_ "GenMsgStartDelayTime" BO_ 923 0;
+BA_ "VFrameFormat" BO_ 923 14;
+BA_ "Description" SG_ 923 VS_VehSlwDnReq "Telematics unit receives this signal's activation or termination request from Center and
+
+it transfers them to EMS. As soon as EMS gets activation message from TMU, it controls 
+
+vehicle speed getting slow. When EMS gets termination signal, this condition ends.";
+BA_ "GenSigStartValue" SG_ 923 VS_VehSlwDnReq 0;
+BA_ "UserSigValidity" SG_ 923 VS_VehSlwDnReq 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 923 VS_VehSlwDnReq 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 923 VS_VehSlwDnReq 0;
+BA_ "RoutingFactor" SG_ 923 VS_VehSlwDnReq 1;
+BA_ "Version" SG_ 923 VS_VehSlwDnReq "17.11.00";
+BA_ "Description" SG_ 923 VI_VehImmoReq "Telematics unit receives this signal's activation or termination request from Center and
+
+it transfers them to EMS. As soon as EMS gets activation message from TMU, it controls 
+
+vehicle immobilization. When EMS gets termination signal, this condition ends.";
+BA_ "GenSigStartValue" SG_ 923 VI_VehImmoReq 0;
+BA_ "UserSigValidity" SG_ 923 VI_VehImmoReq 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 923 VI_VehImmoReq 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 923 VI_VehImmoReq 0;
+BA_ "RoutingFactor" SG_ 923 VI_VehImmoReq 1;
+BA_ "Version" SG_ 923 VI_VehImmoReq "17.11.00";
+BA_ "Description" SG_ 923 RAC_DfrstCtrlReq "Telematics unit receives this signal's activation request from Center and it transfers them to DATC. As soon as DATC gets defrost activation message from TMU, it controls defrost mode.";
+BA_ "GenSigStartValue" SG_ 923 RAC_DfrstCtrlReq 0;
+BA_ "UserSigValidity" SG_ 923 RAC_DfrstCtrlReq 3;
+BA_ "NetworkRequestHoldingTime" SG_ 923 RAC_DfrstCtrlReq 0;
+BA_ "RoutingFactor" SG_ 923 RAC_DfrstCtrlReq 1;
+BA_ "Version" SG_ 923 RAC_DfrstCtrlReq "17.11.00";
+BA_ "Description" SG_ 923 VSVI_AlvCntVal "For the first transmission request for a data element the counter shall be initialized with 0 and shall be incremented by 1
+
+for every subsequent send request. When the counter reaches the maximum value(0xE), then it shall restart with ? for the next send request";
+BA_ "GenSigStartValue" SG_ 923 VSVI_AlvCntVal 0;
+BA_ "UserSigValidity" SG_ 923 VSVI_AlvCntVal 3;
+BA_ "NetworkRequestHoldingTime" SG_ 923 VSVI_AlvCntVal 0;
+BA_ "RoutingFactor" SG_ 923 VSVI_AlvCntVal 1;
+BA_ "Version" SG_ 923 VSVI_AlvCntVal "17.12.03";
+BA_ "Description" SG_ 923 RCC_ChrgCtrlReq "Activation of Charge control";
+BA_ "GenSigStartValue" SG_ 923 RCC_ChrgCtrlReq 0;
+BA_ "UserSigValidity" SG_ 923 RCC_ChrgCtrlReq 3;
+BA_ "NetworkRequestHoldingTime" SG_ 923 RCC_ChrgCtrlReq 0;
+BA_ "RoutingFactor" SG_ 923 RCC_ChrgCtrlReq 1;
+BA_ "Version" SG_ 923 RCC_ChrgCtrlReq "17.11.00";
+BA_ "Description" SG_ 923 RCC_ChrgModTyp "Immediate Charge Mode";
+BA_ "GenSigStartValue" SG_ 923 RCC_ChrgModTyp 0;
+BA_ "UserSigValidity" SG_ 923 RCC_ChrgModTyp 3;
+BA_ "NetworkRequestHoldingTime" SG_ 923 RCC_ChrgModTyp 0;
+BA_ "RoutingFactor" SG_ 923 RCC_ChrgModTyp 1;
+BA_ "Version" SG_ 923 RCC_ChrgModTyp "17.11.00";
+BA_ "Description" SG_ 923 RCC_ChrgDataVal "Immediate Charge Data";
+BA_ "GenSigStartValue" SG_ 923 RCC_ChrgDataVal 0;
+BA_ "UserSigValidity" SG_ 923 RCC_ChrgDataVal 3;
+BA_ "NetworkRequestHoldingTime" SG_ 923 RCC_ChrgDataVal 0;
+BA_ "RoutingFactor" SG_ 923 RCC_ChrgDataVal 1;
+BA_ "Version" SG_ 923 RCC_ChrgDataVal "17.11.00";
+BA_ "Description" SG_ 923 RAC_AcnCtrlReq "Telematics unit receives this signal's activation request from Center and it transfers them to FATC. As soon as FATC gets activation message from TMU, it controls air conditioner by automatic mode.";
+BA_ "GenSigStartValue" SG_ 923 RAC_AcnCtrlReq 0;
+BA_ "UserSigValidity" SG_ 923 RAC_AcnCtrlReq 3;
+BA_ "NetworkRequestHoldingTime" SG_ 923 RAC_AcnCtrlReq 0;
+BA_ "RoutingFactor" SG_ 923 RAC_AcnCtrlReq 1;
+BA_ "Version" SG_ 923 RAC_AcnCtrlReq "17.11.00";
+BA_ "Description" SG_ 923 ECO_Ig3RlyModSta "TMU IG3 relay mode";
+BA_ "GenSigStartValue" SG_ 923 ECO_Ig3RlyModSta 0;
+BA_ "UserSigValidity" SG_ 923 ECO_Ig3RlyModSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 923 ECO_Ig3RlyModSta 0;
+BA_ "RoutingFactor" SG_ 923 ECO_Ig3RlyModSta 1;
+BA_ "Version" SG_ 923 ECO_Ig3RlyModSta "17.11.00";
+BA_ "Description" SG_ 923 ECO_SysRdySta "TMU Ready";
+BA_ "GenSigStartValue" SG_ 923 ECO_SysRdySta 0;
+BA_ "UserSigValidity" SG_ 923 ECO_SysRdySta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 923 ECO_SysRdySta 0;
+BA_ "RoutingFactor" SG_ 923 ECO_SysRdySta 1;
+BA_ "Version" SG_ 923 ECO_SysRdySta "17.11.00";
+BA_ "Description" SG_ 923 RCC_ChrgCtrlCanclReq "Immediately cancel current charging control or setting";
+BA_ "GenSigStartValue" SG_ 923 RCC_ChrgCtrlCanclReq 0;
+BA_ "UserSigValidity" SG_ 923 RCC_ChrgCtrlCanclReq 3;
+BA_ "NetworkRequestHoldingTime" SG_ 923 RCC_ChrgCtrlCanclReq 0;
+BA_ "RoutingFactor" SG_ 923 RCC_ChrgCtrlCanclReq 1;
+BA_ "Version" SG_ 923 RCC_ChrgCtrlCanclReq "17.11.00";
+BA_ "Description" SG_ 923 RCC_FlCnfmSta "Confirmed Resv/Imme Charge/FATC failure report";
+BA_ "GenSigStartValue" SG_ 923 RCC_FlCnfmSta 0;
+BA_ "UserSigValidity" SG_ 923 RCC_FlCnfmSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 923 RCC_FlCnfmSta 0;
+BA_ "RoutingFactor" SG_ 923 RCC_FlCnfmSta 1;
+BA_ "Version" SG_ 923 RCC_FlCnfmSta "17.11.00";
+BA_ "Description" SG_ 923 ECO_Ig3RlyDrvSta "Charging/IG3 ON/OFF Control Status";
+BA_ "GenSigStartValue" SG_ 923 ECO_Ig3RlyDrvSta 0;
+BA_ "UserSigValidity" SG_ 923 ECO_Ig3RlyDrvSta 7;
+BA_ "NetworkRequestHoldingTime" SG_ 923 ECO_Ig3RlyDrvSta 0;
+BA_ "RoutingFactor" SG_ 923 ECO_Ig3RlyDrvSta 1;
+BA_ "Version" SG_ 923 ECO_Ig3RlyDrvSta "20.01.01";
+BA_ "Description" SG_ 923 RAC_TempModTyp "Telematics unit receives this signal's activation request from Center and it transfers them to FATC. As soon as FATC gets activation message from TMU, it sets temperature unit of air conditioner automatic mode.(Centigrade Mode / Fahrenheit Mode)";
+BA_ "GenSigStartValue" SG_ 923 RAC_TempModTyp 0;
+BA_ "UserSigValidity" SG_ 923 RAC_TempModTyp 3;
+BA_ "NetworkRequestHoldingTime" SG_ 923 RAC_TempModTyp 0;
+BA_ "RoutingFactor" SG_ 923 RAC_TempModTyp 1;
+BA_ "Version" SG_ 923 RAC_TempModTyp "17.11.00";
+BA_ "Description" SG_ 923 RAC_TempSetVal "Telematics unit receives this signal's activation request from Center and it transfers them to FATC. As soon as FATC gets activation message from TMU, it controls air conditioner setting temperature of air conditioner automatic mode.";
+BA_ "GenSigStartValue" SG_ 923 RAC_TempSetVal 0;
+BA_ "UserSigValidity" SG_ 923 RAC_TempSetVal 3;
+BA_ "NetworkRequestHoldingTime" SG_ 923 RAC_TempSetVal 0;
+BA_ "RoutingFactor" SG_ 923 RAC_TempSetVal 1;
+BA_ "Version" SG_ 923 RAC_TempSetVal "18.04.00";
+BA_ "GenMsgSendType" BO_ 928 0;
+BA_ "GenMsgCycleTime" BO_ 928 200;
+BA_ "GenMsgCycleTimeFast" BO_ 928 0;
+BA_ "GenMsgNrOfRepetition" BO_ 928 0;
+BA_ "GenMsgStartDelayTime" BO_ 928 0;
+BA_ "VFrameFormat" BO_ 928 14;
+BA_ "Description" SG_ 928 TPMS_Crc1Val "The CRC checking process calculates the CRC over the entire data block, including the CRC result CRC Polynomial (0x1021) ,
+
+Initial Value : 0xFFFF, XOR value : 0x0000
+
+The mathematical expression to 16 bit CRC polynomial is given here. G(x) = x16 + x12 + x5 + 1";
+BA_ "GenSigStartValue" SG_ 928 TPMS_Crc1Val 65535;
+BA_ "UserSigValidity" SG_ 928 TPMS_Crc1Val 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 928 TPMS_Crc1Val 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 928 TPMS_Crc1Val 0;
+BA_ "RoutingFactor" SG_ 928 TPMS_Crc1Val 1;
+BA_ "Version" SG_ 928 TPMS_Crc1Val "17.11.00";
+BA_ "Description" SG_ 928 TPMS_AlvCnt1Val "For the first transmission request for a data element the counter shall be initialized with 0 and shall be incremented by 1
+
+for every subsequent send request. When the counter reaches the maximum value(0xFF), then it shall restart with ? for the next send request";
+BA_ "GenSigStartValue" SG_ 928 TPMS_AlvCnt1Val 0;
+BA_ "UserSigValidity" SG_ 928 TPMS_AlvCnt1Val 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 928 TPMS_AlvCnt1Val 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 928 TPMS_AlvCnt1Val 0;
+BA_ "RoutingFactor" SG_ 928 TPMS_AlvCnt1Val 1;
+BA_ "Version" SG_ 928 TPMS_AlvCnt1Val "17.11.00";
+BA_ "Description" SG_ 928 TPMS_FLPosWrngLmpSta "The signal indicates the status of the “FL POSITION Warning lamp”";
+BA_ "GenSigStartValue" SG_ 928 TPMS_FLPosWrngLmpSta 0;
+BA_ "UserSigValidity" SG_ 928 TPMS_FLPosWrngLmpSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 928 TPMS_FLPosWrngLmpSta 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 928 TPMS_FLPosWrngLmpSta 0;
+BA_ "RoutingFactor" SG_ 928 TPMS_FLPosWrngLmpSta 1;
+BA_ "Version" SG_ 928 TPMS_FLPosWrngLmpSta "17.12.00";
+BA_ "Description" SG_ 928 TPMS_FRPosWrngLmpSta "The signal indicates the status of the “FR POSITION Warning lamp”";
+BA_ "GenSigStartValue" SG_ 928 TPMS_FRPosWrngLmpSta 0;
+BA_ "UserSigValidity" SG_ 928 TPMS_FRPosWrngLmpSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 928 TPMS_FRPosWrngLmpSta 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 928 TPMS_FRPosWrngLmpSta 0;
+BA_ "RoutingFactor" SG_ 928 TPMS_FRPosWrngLmpSta 1;
+BA_ "Version" SG_ 928 TPMS_FRPosWrngLmpSta "17.12.00";
+BA_ "Description" SG_ 928 TPMS_RLPosWrngLmpSta "The signal indicates the status of the “RL POSITION Warning lamp”";
+BA_ "GenSigStartValue" SG_ 928 TPMS_RLPosWrngLmpSta 0;
+BA_ "UserSigValidity" SG_ 928 TPMS_RLPosWrngLmpSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 928 TPMS_RLPosWrngLmpSta 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 928 TPMS_RLPosWrngLmpSta 0;
+BA_ "RoutingFactor" SG_ 928 TPMS_RLPosWrngLmpSta 1;
+BA_ "Version" SG_ 928 TPMS_RLPosWrngLmpSta "17.12.00";
+BA_ "Description" SG_ 928 TPMS_RRPosWrngLmpSta "The signal indicates the status of the “RR POSITION Warning lamp”";
+BA_ "GenSigStartValue" SG_ 928 TPMS_RRPosWrngLmpSta 0;
+BA_ "UserSigValidity" SG_ 928 TPMS_RRPosWrngLmpSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 928 TPMS_RRPosWrngLmpSta 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 928 TPMS_RRPosWrngLmpSta 0;
+BA_ "RoutingFactor" SG_ 928 TPMS_RRPosWrngLmpSta 1;
+BA_ "Version" SG_ 928 TPMS_RRPosWrngLmpSta "17.12.00";
+BA_ "Description" SG_ 928 TPMS_FLTirePrsrVal "The signal indicates the “FL tire pressure”.";
+BA_ "GenSigStartValue" SG_ 928 TPMS_FLTirePrsrVal 0;
+BA_ "UserSigValidity" SG_ 928 TPMS_FLTirePrsrVal 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 928 TPMS_FLTirePrsrVal 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 928 TPMS_FLTirePrsrVal 0;
+BA_ "RoutingFactor" SG_ 928 TPMS_FLTirePrsrVal 1;
+BA_ "Version" SG_ 928 TPMS_FLTirePrsrVal "17.12.00";
+BA_ "Description" SG_ 928 TPMS_FRTirePrsrVal "The signal indicates the “FR tire pressure”.";
+BA_ "GenSigStartValue" SG_ 928 TPMS_FRTirePrsrVal 0;
+BA_ "UserSigValidity" SG_ 928 TPMS_FRTirePrsrVal 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 928 TPMS_FRTirePrsrVal 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 928 TPMS_FRTirePrsrVal 0;
+BA_ "RoutingFactor" SG_ 928 TPMS_FRTirePrsrVal 1;
+BA_ "Version" SG_ 928 TPMS_FRTirePrsrVal "17.12.00";
+BA_ "Description" SG_ 928 TPMS_RLTirePrsrVal "The signal indicates the “RL tire pressure”.";
+BA_ "GenSigStartValue" SG_ 928 TPMS_RLTirePrsrVal 0;
+BA_ "UserSigValidity" SG_ 928 TPMS_RLTirePrsrVal 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 928 TPMS_RLTirePrsrVal 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 928 TPMS_RLTirePrsrVal 0;
+BA_ "RoutingFactor" SG_ 928 TPMS_RLTirePrsrVal 1;
+BA_ "Version" SG_ 928 TPMS_RLTirePrsrVal "17.12.00";
+BA_ "Description" SG_ 928 TPMS_RRTirePrsrVal "The signal indicates the “RR tire pressure”.";
+BA_ "GenSigStartValue" SG_ 928 TPMS_RRTirePrsrVal 0;
+BA_ "UserSigValidity" SG_ 928 TPMS_RRTirePrsrVal 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 928 TPMS_RRTirePrsrVal 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 928 TPMS_RRTirePrsrVal 0;
+BA_ "RoutingFactor" SG_ 928 TPMS_RRTirePrsrVal 1;
+BA_ "Version" SG_ 928 TPMS_RRTirePrsrVal "17.12.00";
+BA_ "Description" SG_ 928 TPMS_SnsrSta "The signal indicates the status of the TPMS";
+BA_ "GenSigStartValue" SG_ 928 TPMS_SnsrSta 0;
+BA_ "UserSigValidity" SG_ 928 TPMS_SnsrSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 928 TPMS_SnsrSta 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 928 TPMS_SnsrSta 0;
+BA_ "RoutingFactor" SG_ 928 TPMS_SnsrSta 1;
+BA_ "Version" SG_ 928 TPMS_SnsrSta "17.12.00";
+BA_ "Description" SG_ 928 TPMS_WrngLmpSta "The signal indicates the status of the “TPMS Malfunction Warning lamp”";
+BA_ "GenSigStartValue" SG_ 928 TPMS_WrngLmpSta 0;
+BA_ "UserSigValidity" SG_ 928 TPMS_WrngLmpSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 928 TPMS_WrngLmpSta 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 928 TPMS_WrngLmpSta 0;
+BA_ "RoutingFactor" SG_ 928 TPMS_WrngLmpSta 1;
+BA_ "Version" SG_ 928 TPMS_WrngLmpSta "17.12.00";
+BA_ "Description" SG_ 928 TPMS_TreadWrngLmpSta "The signal indicates the status of the “TREAD Warning lamp”";
+BA_ "GenSigStartValue" SG_ 928 TPMS_TreadWrngLmpSta 0;
+BA_ "UserSigValidity" SG_ 928 TPMS_TreadWrngLmpSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 928 TPMS_TreadWrngLmpSta 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 928 TPMS_TreadWrngLmpSta 0;
+BA_ "RoutingFactor" SG_ 928 TPMS_TreadWrngLmpSta 1;
+BA_ "Version" SG_ 928 TPMS_TreadWrngLmpSta "17.12.00";
+BA_ "Description" SG_ 928 TPMS_PrsrUnitSta "The signal indicates the unit of pressure for display on cluster.";
+BA_ "GenSigStartValue" SG_ 928 TPMS_PrsrUnitSta 0;
+BA_ "UserSigValidity" SG_ 928 TPMS_PrsrUnitSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 928 TPMS_PrsrUnitSta 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 928 TPMS_PrsrUnitSta 0;
+BA_ "RoutingFactor" SG_ 928 TPMS_PrsrUnitSta 1;
+BA_ "Version" SG_ 928 TPMS_PrsrUnitSta "17.12.00";
+BA_ "Description" SG_ 928 TPMS_FLMuteTimer "The signal indicates the “FL TPMS Sensor RF Mute Timer”.";
+BA_ "GenSigStartValue" SG_ 928 TPMS_FLMuteTimer 0;
+BA_ "UserSigValidity" SG_ 928 TPMS_FLMuteTimer 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 928 TPMS_FLMuteTimer 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 928 TPMS_FLMuteTimer 0;
+BA_ "RoutingFactor" SG_ 928 TPMS_FLMuteTimer 1;
+BA_ "Version" SG_ 928 TPMS_FLMuteTimer "17.12.00";
+BA_ "Description" SG_ 928 TPMS_FRMuteTimer "The signal indicates the “FR TPMS Sensor RF Mute Timer”.";
+BA_ "GenSigStartValue" SG_ 928 TPMS_FRMuteTimer 0;
+BA_ "UserSigValidity" SG_ 928 TPMS_FRMuteTimer 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 928 TPMS_FRMuteTimer 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 928 TPMS_FRMuteTimer 0;
+BA_ "RoutingFactor" SG_ 928 TPMS_FRMuteTimer 1;
+BA_ "Version" SG_ 928 TPMS_FRMuteTimer "17.12.00";
+BA_ "Description" SG_ 928 TPMS_RLMuteTimer "The signal indicates the “RL TPMS Sensor RF Mute Timer”.";
+BA_ "GenSigStartValue" SG_ 928 TPMS_RLMuteTimer 0;
+BA_ "UserSigValidity" SG_ 928 TPMS_RLMuteTimer 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 928 TPMS_RLMuteTimer 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 928 TPMS_RLMuteTimer 0;
+BA_ "RoutingFactor" SG_ 928 TPMS_RLMuteTimer 1;
+BA_ "Version" SG_ 928 TPMS_RLMuteTimer "17.12.00";
+BA_ "Description" SG_ 928 TPMS_RRMuteTimer "The signal indicates the “RR TPMS Sensor RF Mute Timer”.";
+BA_ "GenSigStartValue" SG_ 928 TPMS_RRMuteTimer 0;
+BA_ "UserSigValidity" SG_ 928 TPMS_RRMuteTimer 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 928 TPMS_RRMuteTimer 1500;
+BA_ "NetworkRequestHoldingTime" SG_ 928 TPMS_RRMuteTimer 0;
+BA_ "RoutingFactor" SG_ 928 TPMS_RRMuteTimer 1;
+BA_ "Version" SG_ 928 TPMS_RRMuteTimer "17.12.00";
+BA_ "GenMsgCycleTime" BO_ 2014 0;
+BA_ "GenMsgILSupport" BO_ 2014 0;
+BA_ "TpMessage" BO_ 2014 1;
+BA_ "GenMsgDelayTime" BO_ 2014 0;
+BA_ "GenMsgStartDelayTime" BO_ 2014 0;
+BA_ "VFrameFormat" BO_ 2014 14;
+BA_ "Description" SG_ 2014 TPMS_GST_Byte0 "TP Index : 177";
+BA_ "UsrSigPurpose" SG_ 2014 TPMS_GST_Byte0 2;
+BA_ "GenSigSendType" SG_ 2014 TPMS_GST_Byte0 2;
+BA_ "GenSigStartValue" SG_ 2014 TPMS_GST_Byte0 0;
+BA_ "UserSigValidity" SG_ 2014 TPMS_GST_Byte0 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 2014 TPMS_GST_Byte0 0;
+BA_ "NetworkRequest" SG_ 2014 TPMS_GST_Byte0 0;
+BA_ "NetworkRequestHoldingTime" SG_ 2014 TPMS_GST_Byte0 5000;
+BA_ "RoutingFactor" SG_ 2014 TPMS_GST_Byte0 1;
+BA_ "Version" SG_ 2014 TPMS_GST_Byte0 "18.01.08";
+BA_ "Description" SG_ 2014 TPMS_GST_Byte2 "TP Index : 177";
+BA_ "UsrSigPurpose" SG_ 2014 TPMS_GST_Byte2 2;
+BA_ "GenSigSendType" SG_ 2014 TPMS_GST_Byte2 2;
+BA_ "GenSigStartValue" SG_ 2014 TPMS_GST_Byte2 0;
+BA_ "UserSigValidity" SG_ 2014 TPMS_GST_Byte2 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 2014 TPMS_GST_Byte2 0;
+BA_ "NetworkRequest" SG_ 2014 TPMS_GST_Byte2 0;
+BA_ "NetworkRequestHoldingTime" SG_ 2014 TPMS_GST_Byte2 5000;
+BA_ "RoutingFactor" SG_ 2014 TPMS_GST_Byte2 1;
+BA_ "Version" SG_ 2014 TPMS_GST_Byte2 "18.01.08";
+BA_ "Description" SG_ 2014 TPMS_GST_Byte3 "TP Index : 177";
+BA_ "UsrSigPurpose" SG_ 2014 TPMS_GST_Byte3 2;
+BA_ "GenSigSendType" SG_ 2014 TPMS_GST_Byte3 2;
+BA_ "GenSigStartValue" SG_ 2014 TPMS_GST_Byte3 0;
+BA_ "UserSigValidity" SG_ 2014 TPMS_GST_Byte3 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 2014 TPMS_GST_Byte3 0;
+BA_ "NetworkRequest" SG_ 2014 TPMS_GST_Byte3 0;
+BA_ "NetworkRequestHoldingTime" SG_ 2014 TPMS_GST_Byte3 5000;
+BA_ "RoutingFactor" SG_ 2014 TPMS_GST_Byte3 1;
+BA_ "Version" SG_ 2014 TPMS_GST_Byte3 "18.01.08";
+BA_ "Description" SG_ 2014 TPMS_GST_Byte4 "TP Index : 177";
+BA_ "UsrSigPurpose" SG_ 2014 TPMS_GST_Byte4 2;
+BA_ "GenSigSendType" SG_ 2014 TPMS_GST_Byte4 2;
+BA_ "GenSigStartValue" SG_ 2014 TPMS_GST_Byte4 0;
+BA_ "UserSigValidity" SG_ 2014 TPMS_GST_Byte4 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 2014 TPMS_GST_Byte4 0;
+BA_ "NetworkRequest" SG_ 2014 TPMS_GST_Byte4 0;
+BA_ "NetworkRequestHoldingTime" SG_ 2014 TPMS_GST_Byte4 5000;
+BA_ "RoutingFactor" SG_ 2014 TPMS_GST_Byte4 1;
+BA_ "Version" SG_ 2014 TPMS_GST_Byte4 "18.01.08";
+BA_ "Description" SG_ 2014 TPMS_GST_Byte5 "TP Index : 177";
+BA_ "UsrSigPurpose" SG_ 2014 TPMS_GST_Byte5 2;
+BA_ "GenSigSendType" SG_ 2014 TPMS_GST_Byte5 2;
+BA_ "GenSigStartValue" SG_ 2014 TPMS_GST_Byte5 0;
+BA_ "UserSigValidity" SG_ 2014 TPMS_GST_Byte5 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 2014 TPMS_GST_Byte5 0;
+BA_ "NetworkRequest" SG_ 2014 TPMS_GST_Byte5 0;
+BA_ "NetworkRequestHoldingTime" SG_ 2014 TPMS_GST_Byte5 5000;
+BA_ "RoutingFactor" SG_ 2014 TPMS_GST_Byte5 1;
+BA_ "Version" SG_ 2014 TPMS_GST_Byte5 "18.01.08";
+BA_ "Description" SG_ 2014 TPMS_GST_Byte6 "TP Index : 177";
+BA_ "UsrSigPurpose" SG_ 2014 TPMS_GST_Byte6 2;
+BA_ "GenSigSendType" SG_ 2014 TPMS_GST_Byte6 2;
+BA_ "GenSigStartValue" SG_ 2014 TPMS_GST_Byte6 0;
+BA_ "UserSigValidity" SG_ 2014 TPMS_GST_Byte6 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 2014 TPMS_GST_Byte6 0;
+BA_ "NetworkRequest" SG_ 2014 TPMS_GST_Byte6 0;
+BA_ "NetworkRequestHoldingTime" SG_ 2014 TPMS_GST_Byte6 5000;
+BA_ "RoutingFactor" SG_ 2014 TPMS_GST_Byte6 1;
+BA_ "Version" SG_ 2014 TPMS_GST_Byte6 "18.01.08";
+BA_ "Description" SG_ 2014 TPMS_GST_Byte7 "TP Index : 177";
+BA_ "UsrSigPurpose" SG_ 2014 TPMS_GST_Byte7 2;
+BA_ "GenSigSendType" SG_ 2014 TPMS_GST_Byte7 2;
+BA_ "GenSigStartValue" SG_ 2014 TPMS_GST_Byte7 0;
+BA_ "UserSigValidity" SG_ 2014 TPMS_GST_Byte7 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 2014 TPMS_GST_Byte7 0;
+BA_ "NetworkRequest" SG_ 2014 TPMS_GST_Byte7 0;
+BA_ "NetworkRequestHoldingTime" SG_ 2014 TPMS_GST_Byte7 5000;
+BA_ "RoutingFactor" SG_ 2014 TPMS_GST_Byte7 1;
+BA_ "Version" SG_ 2014 TPMS_GST_Byte7 "18.01.08";
+BA_ "Description" SG_ 2014 TPMS_GST_Byte1 "TP Index : 177";
+BA_ "UsrSigPurpose" SG_ 2014 TPMS_GST_Byte1 2;
+BA_ "GenSigSendType" SG_ 2014 TPMS_GST_Byte1 2;
+BA_ "GenSigStartValue" SG_ 2014 TPMS_GST_Byte1 0;
+BA_ "UserSigValidity" SG_ 2014 TPMS_GST_Byte1 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 2014 TPMS_GST_Byte1 0;
+BA_ "NetworkRequest" SG_ 2014 TPMS_GST_Byte1 0;
+BA_ "NetworkRequestHoldingTime" SG_ 2014 TPMS_GST_Byte1 5000;
+BA_ "RoutingFactor" SG_ 2014 TPMS_GST_Byte1 1;
+BA_ "Version" SG_ 2014 TPMS_GST_Byte1 "18.01.08";
+BA_ "GenMsgCycleTime" BO_ 1023 0;
+BA_ "GenMsgDelayTime" BO_ 1023 20;
+BA_ "GenMsgDelayTime" BO_ 1023 0;
+BA_ "GenMsgStartDelayTime" BO_ 1023 0;
+BA_ "Description" SG_ 1023 WAKEUP_Crc1Val "The data area for CRC calculation is based on the data length (DLC) of the message DB.
+
+The CRC shall be calculated over the entire data block (excluding the CRC bytes) including the user data, alive counter and Data ID 
+
+ 
+
+- CRC Polynomial (0x1D) , Initial Value : 0x00, XOR value : 0xFF, Data ID Mode : Both, Data ID : Message ID + 0xF800 
+
+- The initial value is for CRC calculation and the message should be sent with the calculated result value. 
+
+The mathematical expression to 8 bit CRC polynomial is given here. G(x) = x8 + x4 + x3 + x2 + 1";
+BA_ "GenSigSendType" SG_ 1023 WAKEUP_Crc1Val 4;
+BA_ "GenSigStartValue" SG_ 1023 WAKEUP_Crc1Val 255;
+BA_ "UserSigValidity" SG_ 1023 WAKEUP_Crc1Val 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1023 WAKEUP_Crc1Val 0;
+BA_ "NetworkRequest" SG_ 1023 WAKEUP_Crc1Val 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1023 WAKEUP_Crc1Val 5000;
+BA_ "RoutingFactor" SG_ 1023 WAKEUP_Crc1Val 1;
+BA_ "Version" SG_ 1023 WAKEUP_Crc1Val "19.06.03";
+BA_ "GenSigSendType" SG_ 1023 WakeUp_DoorLock_DrvDrUnLkSta 4;
+BA_ "GenSigStartValue" SG_ 1023 WakeUp_DoorLock_DrvDrUnLkSta 2;
+BA_ "UserSigValidity" SG_ 1023 WakeUp_DoorLock_DrvDrUnLkSta 0;
+BA_ "NetworkRequest" SG_ 1023 WakeUp_DoorLock_DrvDrUnLkSta 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1023 WakeUp_DoorLock_DrvDrUnLkSta 5000;
+BA_ "RoutingFactor" SG_ 1023 WakeUp_DoorLock_DrvDrUnLkSta 1;
+BA_ "Version" SG_ 1023 WakeUp_DoorLock_DrvDrUnLkSta "19.08.00";
+BA_ "Description" SG_ 1023 WAKEUP_AlvCnt1Val "For the first transmission request for a data element the counter shall be initialized with 0 and shall be incremented by 1
+
+for every subsequent send request. When the counter reaches the maximum value(0xE), then it shall restart with 0 for the next send request";
+BA_ "GenSigSendType" SG_ 1023 WAKEUP_AlvCnt1Val 4;
+BA_ "GenSigStartValue" SG_ 1023 WAKEUP_AlvCnt1Val 0;
+BA_ "UserSigValidity" SG_ 1023 WAKEUP_AlvCnt1Val 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1023 WAKEUP_AlvCnt1Val 0;
+BA_ "NetworkRequest" SG_ 1023 WAKEUP_AlvCnt1Val 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1023 WAKEUP_AlvCnt1Val 5000;
+BA_ "RoutingFactor" SG_ 1023 WAKEUP_AlvCnt1Val 1;
+BA_ "Version" SG_ 1023 WAKEUP_AlvCnt1Val "19.06.03";
+BA_ "GenSigSendType" SG_ 1023 WakeUp_BCM_Ign1InSta 4;
+BA_ "GenSigStartValue" SG_ 1023 WakeUp_BCM_Ign1InSta 0;
+BA_ "UserSigValidity" SG_ 1023 WakeUp_BCM_Ign1InSta 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SBW_SHFTR_FF SG_ 1023 WakeUp_BCM_Ign1InSta 0;
+BA_ "NetworkRequest" SG_ 1023 WakeUp_BCM_Ign1InSta 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1023 WakeUp_BCM_Ign1InSta 5000;
+BA_ "RoutingFactor" SG_ 1023 WakeUp_BCM_Ign1InSta 1;
+BA_ "Version" SG_ 1023 WakeUp_BCM_Ign1InSta "19.06.03";
+BA_ "Description" SG_ 1023 WakeUp_RKE_BtnReq "Remote Key Button Request from Folding Key or Smart Key";
+BA_ "GenSigSendType" SG_ 1023 WakeUp_RKE_BtnReq 4;
+BA_ "GenSigStartValue" SG_ 1023 WakeUp_RKE_BtnReq 0;
+BA_ "UserSigValidity" SG_ 1023 WakeUp_RKE_BtnReq 0;
+BA_ "NetworkRequest" SG_ 1023 WakeUp_RKE_BtnReq 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1023 WakeUp_RKE_BtnReq 5000;
+BA_ "RoutingFactor" SG_ 1023 WakeUp_RKE_BtnReq 1;
+BA_ "Version" SG_ 1023 WakeUp_RKE_BtnReq "19.06.03";
+BA_ "Description" SG_ 1023 WakeUp_Lamp_SmrtWlcmLtOnReq "Smart Key welcome light on request.";
+BA_ "GenSigSendType" SG_ 1023 WakeUp_Lamp_SmrtWlcmLtOnReq 4;
+BA_ "GenSigStartValue" SG_ 1023 WakeUp_Lamp_SmrtWlcmLtOnReq 0;
+BA_ "UserSigValidity" SG_ 1023 WakeUp_Lamp_SmrtWlcmLtOnReq 0;
+BA_ "NetworkRequest" SG_ 1023 WakeUp_Lamp_SmrtWlcmLtOnReq 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1023 WakeUp_Lamp_SmrtWlcmLtOnReq 5000;
+BA_ "RoutingFactor" SG_ 1023 WakeUp_Lamp_SmrtWlcmLtOnReq 1;
+BA_ "Version" SG_ 1023 WakeUp_Lamp_SmrtWlcmLtOnReq "19.06.03";
+BA_ "GenSigSendType" SG_ 1023 WakeUp_DoorLock_AsstDrUnLkSta 4;
+BA_ "GenSigStartValue" SG_ 1023 WakeUp_DoorLock_AsstDrUnLkSta 2;
+BA_ "UserSigValidity" SG_ 1023 WakeUp_DoorLock_AsstDrUnLkSta 0;
+BA_ "NetworkRequest" SG_ 1023 WakeUp_DoorLock_AsstDrUnLkSta 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1023 WakeUp_DoorLock_AsstDrUnLkSta 5000;
+BA_ "RoutingFactor" SG_ 1023 WakeUp_DoorLock_AsstDrUnLkSta 1;
+BA_ "Version" SG_ 1023 WakeUp_DoorLock_AsstDrUnLkSta "19.08.00";
+BA_ "GenSigSendType" SG_ 1023 WakeUp_DoorLock_RrLftDrUnLkSta 4;
+BA_ "GenSigStartValue" SG_ 1023 WakeUp_DoorLock_RrLftDrUnLkSta 2;
+BA_ "UserSigValidity" SG_ 1023 WakeUp_DoorLock_RrLftDrUnLkSta 0;
+BA_ "NetworkRequest" SG_ 1023 WakeUp_DoorLock_RrLftDrUnLkSta 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1023 WakeUp_DoorLock_RrLftDrUnLkSta 5000;
+BA_ "RoutingFactor" SG_ 1023 WakeUp_DoorLock_RrLftDrUnLkSta 1;
+BA_ "Version" SG_ 1023 WakeUp_DoorLock_RrLftDrUnLkSta "19.08.00";
+BA_ "GenSigSendType" SG_ 1023 WakeUp_DoorLock_RrRtDrUnLkSta 4;
+BA_ "GenSigStartValue" SG_ 1023 WakeUp_DoorLock_RrRtDrUnLkSta 2;
+BA_ "UserSigValidity" SG_ 1023 WakeUp_DoorLock_RrRtDrUnLkSta 0;
+BA_ "NetworkRequest" SG_ 1023 WakeUp_DoorLock_RrRtDrUnLkSta 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1023 WakeUp_DoorLock_RrRtDrUnLkSta 5000;
+BA_ "RoutingFactor" SG_ 1023 WakeUp_DoorLock_RrRtDrUnLkSta 1;
+BA_ "Version" SG_ 1023 WakeUp_DoorLock_RrRtDrUnLkSta "19.08.00";
+BA_ "GenSigSendType" SG_ 1023 WakeUp_Warn_AsstDrSwSta 4;
+BA_ "GenSigStartValue" SG_ 1023 WakeUp_Warn_AsstDrSwSta 2;
+BA_ "UserSigValidity" SG_ 1023 WakeUp_Warn_AsstDrSwSta 0;
+BA_ "NetworkRequest" SG_ 1023 WakeUp_Warn_AsstDrSwSta 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1023 WakeUp_Warn_AsstDrSwSta 5000;
+BA_ "RoutingFactor" SG_ 1023 WakeUp_Warn_AsstDrSwSta 1;
+BA_ "Version" SG_ 1023 WakeUp_Warn_AsstDrSwSta "19.08.00";
+BA_ "GenSigSendType" SG_ 1023 WakeUp_Warn_RrLftDrSwSta 4;
+BA_ "GenSigStartValue" SG_ 1023 WakeUp_Warn_RrLftDrSwSta 2;
+BA_ "UserSigValidity" SG_ 1023 WakeUp_Warn_RrLftDrSwSta 0;
+BA_ "NetworkRequest" SG_ 1023 WakeUp_Warn_RrLftDrSwSta 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1023 WakeUp_Warn_RrLftDrSwSta 5000;
+BA_ "RoutingFactor" SG_ 1023 WakeUp_Warn_RrLftDrSwSta 1;
+BA_ "Version" SG_ 1023 WakeUp_Warn_RrLftDrSwSta "19.08.00";
+BA_ "GenSigSendType" SG_ 1023 WakeUp_Warn_RrRtDrSwSta 4;
+BA_ "GenSigStartValue" SG_ 1023 WakeUp_Warn_RrRtDrSwSta 2;
+BA_ "UserSigValidity" SG_ 1023 WakeUp_Warn_RrRtDrSwSta 0;
+BA_ "NetworkRequest" SG_ 1023 WakeUp_Warn_RrRtDrSwSta 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1023 WakeUp_Warn_RrRtDrSwSta 5000;
+BA_ "RoutingFactor" SG_ 1023 WakeUp_Warn_RrRtDrSwSta 1;
+BA_ "Version" SG_ 1023 WakeUp_Warn_RrRtDrSwSta "19.08.00";
+BA_ "Description" SG_ 1023 WakeUp_Trunk_TrnkTlgtSwSta "Full Lock SW Status Signal
+
+
+
+(TailGate/TrunkLid Tpye all)
+
+
+
+1. Luggage or Trunkroom Lamp On/Off
+
+
+
+2. TailGate/TrunkLid Open Ind in cluster
+
+
+
+3. Normal Open SW
+
+
+
+  - SW Off: Full Lock(Full Close state)
+
+
+
+  - SW On: ^Full Lock";
+BA_ "GenSigSendType" SG_ 1023 WakeUp_Trunk_TrnkTlgtSwSta 4;
+BA_ "GenSigStartValue" SG_ 1023 WakeUp_Trunk_TrnkTlgtSwSta 2;
+BA_ "UserSigValidity" SG_ 1023 WakeUp_Trunk_TrnkTlgtSwSta 0;
+BA_ "NetworkRequest" SG_ 1023 WakeUp_Trunk_TrnkTlgtSwSta 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1023 WakeUp_Trunk_TrnkTlgtSwSta 5000;
+BA_ "RoutingFactor" SG_ 1023 WakeUp_Trunk_TrnkTlgtSwSta 1;
+BA_ "Version" SG_ 1023 WakeUp_Trunk_TrnkTlgtSwSta "19.08.00";
+BA_ "GenSigSendType" SG_ 1023 WakeUp_Warn_DrvDrSwSta 4;
+BA_ "GenSigStartValue" SG_ 1023 WakeUp_Warn_DrvDrSwSta 2;
+BA_ "UserSigValidity" SG_ 1023 WakeUp_Warn_DrvDrSwSta 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 1023 WakeUp_Warn_DrvDrSwSta 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SBW_SHFTR_FF SG_ 1023 WakeUp_Warn_DrvDrSwSta 0;
+BA_ "NetworkRequest" SG_ 1023 WakeUp_Warn_DrvDrSwSta 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1023 WakeUp_Warn_DrvDrSwSta 5000;
+BA_ "RoutingFactor" SG_ 1023 WakeUp_Warn_DrvDrSwSta 1;
+BA_ "Version" SG_ 1023 WakeUp_Warn_DrvDrSwSta "19.08.00";
+BA_ "GenMsgSendType" BO_ 160 0;
+BA_ "GenMsgCycleTime" BO_ 160 10;
+BA_ "GenMsgCycleTimeFast" BO_ 160 0;
+BA_ "GenMsgNrOfRepetition" BO_ 160 0;
+BA_ "GenMsgDelayTime" BO_ 160 0;
+BA_ "GenMsgStartDelayTime" BO_ 160 0;
+BA_ "VFrameFormat" BO_ 160 14;
+BA_ "Description" SG_ 160 WHL_Crc1Val "The data area for CRC calculation is based on the data length (DLC) of the message DB.
+
+The CRC shall be calculated over the entire data block (excluding the CRC bytes) including the user data, alive counter and Data ID
+
+ 
+
+- CRC Polynomial (0x1021) , Initial Value : 0xFFFF, XOR value : 0x0000, Data ID : Message ID + 0xF800 
+
+- The initial value is for CRC calculation and the message should be sent with the calculated result value. 
+
+- The mathematical expression to 16 bit CRC polynomial is given here. G(x) = x16 + x12 + x5 + 1";
+BA_ "GenSigStartValue" SG_ 160 WHL_Crc1Val 65535;
+BA_ "UserSigValidity" SG_ 160 WHL_Crc1Val 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 160 WHL_Crc1Val 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ IBU SG_ 160 WHL_Crc1Val 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 160 WHL_Crc1Val 500;
+BA_ "NetworkRequestHoldingTime" SG_ 160 WHL_Crc1Val 0;
+BA_ "RoutingFactor" SG_ 160 WHL_Crc1Val 5;
+BA_ "Version" SG_ 160 WHL_Crc1Val "18.11.08";
+BA_ "Description" SG_ 160 WHL_SpdRRVal "This signal provides the wheel velocity of each wheel and have 14 bits length and a resolution of 0.03125 km^h.(This resolution is higher than that of signal in TCS5).
+
+In case of failure of one wheel speed sensor, the value 3FFFH is used as error identifier.";
+BA_ "GenSigStartValue" SG_ 160 WHL_SpdRRVal 0;
+BA_ "UserSigValidity" SG_ 160 WHL_SpdRRVal 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 160 WHL_SpdRRVal 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 160 WHL_SpdRRVal 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 160 WHL_SpdRRVal 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ OPU SG_ 160 WHL_SpdRRVal 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ IBU SG_ 160 WHL_SpdRRVal 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 160 WHL_SpdRRVal 500;
+BA_ "NetworkRequestHoldingTime" SG_ 160 WHL_SpdRRVal 0;
+BA_ "RoutingFactor" SG_ 160 WHL_SpdRRVal 5;
+BA_ "Version" SG_ 160 WHL_SpdRRVal "17.12.00";
+BA_ "Description" SG_ 160 WHL_AlvCnt1Val "For the first transmission request for a data element the counter shall be initialized with 0 and shall be incremented by 1 for every subsequent send request. 
+
+When the counter reaches the maximum value(0xFF), then it shall restart with 0 for the next send request";
+BA_ "GenSigStartValue" SG_ 160 WHL_AlvCnt1Val 0;
+BA_ "UserSigValidity" SG_ 160 WHL_AlvCnt1Val 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 160 WHL_AlvCnt1Val 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ IBU SG_ 160 WHL_AlvCnt1Val 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 160 WHL_AlvCnt1Val 500;
+BA_ "NetworkRequestHoldingTime" SG_ 160 WHL_AlvCnt1Val 0;
+BA_ "RoutingFactor" SG_ 160 WHL_AlvCnt1Val 5;
+BA_ "Version" SG_ 160 WHL_AlvCnt1Val "18.11.08";
+BA_ "Description" SG_ 160 WHL_PlsFLVal "This signal indicates accumulated pulse counter of ABS^ESC wheel speed sensor (FL^FR^RL^RR)
+
+Receiver unit uses this signal for calculation of vehicle movement distance.
+
+Requested resolution of this signal is 0.5 pulses and refer to below (wheel sensor signal).";
+BA_ "GenSigStartValue" SG_ 160 WHL_PlsFLVal 0;
+BA_ "UserSigValidity" SG_ 160 WHL_PlsFLVal 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ IBU SG_ 160 WHL_PlsFLVal 500;
+BA_ "NetworkRequestHoldingTime" SG_ 160 WHL_PlsFLVal 0;
+BA_ "RoutingFactor" SG_ 160 WHL_PlsFLVal 5;
+BA_ "Version" SG_ 160 WHL_PlsFLVal "17.12.00";
+BA_ "Description" SG_ 160 WHL_PlsFRVal "This signal indicates accumulated pulse counter of ABS^ESC wheel speed sensor (FL^FR^RL^RR)
+
+Receiver unit uses this signal for calculation of vehicle movement distance.
+
+Requested resolution of this signal is 0.5 pulses and refer to below (wheel sensor signal).";
+BA_ "GenSigStartValue" SG_ 160 WHL_PlsFRVal 0;
+BA_ "UserSigValidity" SG_ 160 WHL_PlsFRVal 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ IBU SG_ 160 WHL_PlsFRVal 500;
+BA_ "NetworkRequestHoldingTime" SG_ 160 WHL_PlsFRVal 0;
+BA_ "RoutingFactor" SG_ 160 WHL_PlsFRVal 5;
+BA_ "Version" SG_ 160 WHL_PlsFRVal "17.12.00";
+BA_ "Description" SG_ 160 WHL_PlsRLVal "This signal indicates accumulated pulse counter of ABS^ESC wheel speed sensor (FL^FR^RL^RR)
+
+Receiver unit uses this signal for calculation of vehicle movement distance.
+
+Requested resolution of this signal is 0.5 pulses and refer to below (wheel sensor signal).";
+BA_ "GenSigStartValue" SG_ 160 WHL_PlsRLVal 0;
+BA_ "UserSigValidity" SG_ 160 WHL_PlsRLVal 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ IBU SG_ 160 WHL_PlsRLVal 500;
+BA_ "NetworkRequestHoldingTime" SG_ 160 WHL_PlsRLVal 0;
+BA_ "RoutingFactor" SG_ 160 WHL_PlsRLVal 5;
+BA_ "Version" SG_ 160 WHL_PlsRLVal "17.12.00";
+BA_ "Description" SG_ 160 WHL_PlsRRVal "This signal indicates accumulated pulse counter of ABS^ESC wheel speed sensor (FL^FR^RL^RR)
+
+Receiver unit uses this signal for calculation of vehicle movement distance.
+
+Requested resolution of this signal is 0.5 pulses and refer to below (wheel sensor signal).";
+BA_ "GenSigStartValue" SG_ 160 WHL_PlsRRVal 0;
+BA_ "UserSigValidity" SG_ 160 WHL_PlsRRVal 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ IBU SG_ 160 WHL_PlsRRVal 500;
+BA_ "NetworkRequestHoldingTime" SG_ 160 WHL_PlsRRVal 0;
+BA_ "RoutingFactor" SG_ 160 WHL_PlsRRVal 5;
+BA_ "Version" SG_ 160 WHL_PlsRRVal "17.12.00";
+BA_ "Description" SG_ 160 WHL_DirFLVal "This signal is used to check the moving direction of WHL_PUL_FL signal.";
+BA_ "GenSigStartValue" SG_ 160 WHL_DirFLVal 0;
+BA_ "UserSigValidity" SG_ 160 WHL_DirFLVal 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 160 WHL_DirFLVal 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ IBU SG_ 160 WHL_DirFLVal 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 160 WHL_DirFLVal 500;
+BA_ "NetworkRequestHoldingTime" SG_ 160 WHL_DirFLVal 0;
+BA_ "RoutingFactor" SG_ 160 WHL_DirFLVal 5;
+BA_ "Version" SG_ 160 WHL_DirFLVal "17.12.00";
+BA_ "Description" SG_ 160 WHL_DirFRVal "This signal is used to check the moving direction of WHL_PUL_FR signal.";
+BA_ "GenSigStartValue" SG_ 160 WHL_DirFRVal 0;
+BA_ "UserSigValidity" SG_ 160 WHL_DirFRVal 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 160 WHL_DirFRVal 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ IBU SG_ 160 WHL_DirFRVal 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 160 WHL_DirFRVal 500;
+BA_ "NetworkRequestHoldingTime" SG_ 160 WHL_DirFRVal 0;
+BA_ "RoutingFactor" SG_ 160 WHL_DirFRVal 5;
+BA_ "Version" SG_ 160 WHL_DirFRVal "17.12.00";
+BA_ "Description" SG_ 160 WHL_DirRLVal "This signal is used to check the moving direction of WHL_PUL_RL signal.";
+BA_ "GenSigStartValue" SG_ 160 WHL_DirRLVal 0;
+BA_ "UserSigValidity" SG_ 160 WHL_DirRLVal 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 160 WHL_DirRLVal 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ IBU SG_ 160 WHL_DirRLVal 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 160 WHL_DirRLVal 500;
+BA_ "NetworkRequestHoldingTime" SG_ 160 WHL_DirRLVal 0;
+BA_ "RoutingFactor" SG_ 160 WHL_DirRLVal 5;
+BA_ "Version" SG_ 160 WHL_DirRLVal "17.12.00";
+BA_ "Description" SG_ 160 WHL_DirRRVal "This signal is used to check the moving direction of WHL_PUL_RR signal.";
+BA_ "GenSigStartValue" SG_ 160 WHL_DirRRVal 0;
+BA_ "UserSigValidity" SG_ 160 WHL_DirRRVal 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 160 WHL_DirRRVal 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ IBU SG_ 160 WHL_DirRRVal 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 160 WHL_DirRRVal 500;
+BA_ "NetworkRequestHoldingTime" SG_ 160 WHL_DirRRVal 0;
+BA_ "RoutingFactor" SG_ 160 WHL_DirRRVal 5;
+BA_ "Version" SG_ 160 WHL_DirRRVal "17.12.00";
+BA_ "Description" SG_ 160 WHL_SpdFLVal "This signal provides the wheel velocity of each wheel and have 14 bits length and a resolution of 0.03125 km^h.(This resolution is higher than that of signal in TCS5).
+
+In case of failure of one wheel speed sensor, the value 3FFFH is used as error identifier.";
+BA_ "GenSigStartValue" SG_ 160 WHL_SpdFLVal 0;
+BA_ "UserSigValidity" SG_ 160 WHL_SpdFLVal 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 160 WHL_SpdFLVal 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 160 WHL_SpdFLVal 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 160 WHL_SpdFLVal 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ OPU SG_ 160 WHL_SpdFLVal 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ IBU SG_ 160 WHL_SpdFLVal 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 160 WHL_SpdFLVal 500;
+BA_ "NetworkRequestHoldingTime" SG_ 160 WHL_SpdFLVal 0;
+BA_ "RoutingFactor" SG_ 160 WHL_SpdFLVal 5;
+BA_ "Version" SG_ 160 WHL_SpdFLVal "17.12.00";
+BA_ "Description" SG_ 160 WHL_SpdFRVal "This signal provides the wheel velocity of each wheel and have 14 bits length and a resolution of 0.03125 km^h.(This resolution is higher than that of signal in TCS5).
+
+In case of failure of one wheel speed sensor, the value 3FFFH is used as error identifier.";
+BA_ "GenSigStartValue" SG_ 160 WHL_SpdFRVal 0;
+BA_ "UserSigValidity" SG_ 160 WHL_SpdFRVal 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 160 WHL_SpdFRVal 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 160 WHL_SpdFRVal 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 160 WHL_SpdFRVal 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ OPU SG_ 160 WHL_SpdFRVal 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ IBU SG_ 160 WHL_SpdFRVal 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 160 WHL_SpdFRVal 500;
+BA_ "NetworkRequestHoldingTime" SG_ 160 WHL_SpdFRVal 0;
+BA_ "RoutingFactor" SG_ 160 WHL_SpdFRVal 5;
+BA_ "Version" SG_ 160 WHL_SpdFRVal "17.12.00";
+BA_ "Description" SG_ 160 WHL_SpdRLVal "This signal provides the wheel velocity of each wheel and have 14 bits length and a resolution of 0.03125 km^h.(This resolution is higher than that of signal in TCS5).
+
+In case of failure of one wheel speed sensor, the value 3FFFH is used as error identifier.";
+BA_ "GenSigStartValue" SG_ 160 WHL_SpdRLVal 0;
+BA_ "UserSigValidity" SG_ 160 WHL_SpdRLVal 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 160 WHL_SpdRLVal 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ EMS SG_ 160 WHL_SpdRLVal 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 160 WHL_SpdRLVal 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ OPU SG_ 160 WHL_SpdRLVal 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ IBU SG_ 160 WHL_SpdRLVal 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 160 WHL_SpdRLVal 500;
+BA_ "NetworkRequestHoldingTime" SG_ 160 WHL_SpdRLVal 0;
+BA_ "RoutingFactor" SG_ 160 WHL_SpdRLVal 5;
+BA_ "Version" SG_ 160 WHL_SpdRLVal "17.12.00";
+BA_ "GenMsgCycleTime" BO_ 1616 0;
+BA_ "GenMsgILSupport" BO_ 1616 0;
+BA_ "TpMessage" BO_ 1616 1;
+BA_ "GenMsgDelayTime" BO_ 1616 0;
+BA_ "GenMsgStartDelayTime" BO_ 1616 0;
+BA_ "VFrameFormat" BO_ 1616 14;
+BA_ "UsrSigPurpose" SG_ 1616 XCP_7DCT_GA_RX_Byte0 6;
+BA_ "GenSigSendType" SG_ 1616 XCP_7DCT_GA_RX_Byte0 2;
+BA_ "GenSigStartValue" SG_ 1616 XCP_7DCT_GA_RX_Byte0 0;
+BA_ "UserSigValidity" SG_ 1616 XCP_7DCT_GA_RX_Byte0 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1616 XCP_7DCT_GA_RX_Byte0 0;
+BA_ "NetworkRequest" SG_ 1616 XCP_7DCT_GA_RX_Byte0 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1616 XCP_7DCT_GA_RX_Byte0 5000;
+BA_ "RoutingFactor" SG_ 1616 XCP_7DCT_GA_RX_Byte0 1;
+BA_ "Version" SG_ 1616 XCP_7DCT_GA_RX_Byte0 "20.01.01";
+BA_ "UsrSigPurpose" SG_ 1616 XCP_7DCT_GA_RX_Byte2 6;
+BA_ "GenSigSendType" SG_ 1616 XCP_7DCT_GA_RX_Byte2 2;
+BA_ "GenSigStartValue" SG_ 1616 XCP_7DCT_GA_RX_Byte2 0;
+BA_ "UserSigValidity" SG_ 1616 XCP_7DCT_GA_RX_Byte2 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1616 XCP_7DCT_GA_RX_Byte2 0;
+BA_ "NetworkRequest" SG_ 1616 XCP_7DCT_GA_RX_Byte2 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1616 XCP_7DCT_GA_RX_Byte2 5000;
+BA_ "RoutingFactor" SG_ 1616 XCP_7DCT_GA_RX_Byte2 1;
+BA_ "Version" SG_ 1616 XCP_7DCT_GA_RX_Byte2 "20.01.01";
+BA_ "UsrSigPurpose" SG_ 1616 XCP_7DCT_GA_RX_Byte3 6;
+BA_ "GenSigSendType" SG_ 1616 XCP_7DCT_GA_RX_Byte3 2;
+BA_ "GenSigStartValue" SG_ 1616 XCP_7DCT_GA_RX_Byte3 0;
+BA_ "UserSigValidity" SG_ 1616 XCP_7DCT_GA_RX_Byte3 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1616 XCP_7DCT_GA_RX_Byte3 0;
+BA_ "NetworkRequest" SG_ 1616 XCP_7DCT_GA_RX_Byte3 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1616 XCP_7DCT_GA_RX_Byte3 5000;
+BA_ "RoutingFactor" SG_ 1616 XCP_7DCT_GA_RX_Byte3 1;
+BA_ "Version" SG_ 1616 XCP_7DCT_GA_RX_Byte3 "20.01.01";
+BA_ "UsrSigPurpose" SG_ 1616 XCP_7DCT_GA_RX_Byte4 6;
+BA_ "GenSigSendType" SG_ 1616 XCP_7DCT_GA_RX_Byte4 2;
+BA_ "GenSigStartValue" SG_ 1616 XCP_7DCT_GA_RX_Byte4 0;
+BA_ "UserSigValidity" SG_ 1616 XCP_7DCT_GA_RX_Byte4 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1616 XCP_7DCT_GA_RX_Byte4 0;
+BA_ "NetworkRequest" SG_ 1616 XCP_7DCT_GA_RX_Byte4 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1616 XCP_7DCT_GA_RX_Byte4 5000;
+BA_ "RoutingFactor" SG_ 1616 XCP_7DCT_GA_RX_Byte4 1;
+BA_ "Version" SG_ 1616 XCP_7DCT_GA_RX_Byte4 "20.01.01";
+BA_ "UsrSigPurpose" SG_ 1616 XCP_7DCT_GA_RX_Byte5 6;
+BA_ "GenSigSendType" SG_ 1616 XCP_7DCT_GA_RX_Byte5 2;
+BA_ "GenSigStartValue" SG_ 1616 XCP_7DCT_GA_RX_Byte5 0;
+BA_ "UserSigValidity" SG_ 1616 XCP_7DCT_GA_RX_Byte5 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1616 XCP_7DCT_GA_RX_Byte5 0;
+BA_ "NetworkRequest" SG_ 1616 XCP_7DCT_GA_RX_Byte5 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1616 XCP_7DCT_GA_RX_Byte5 5000;
+BA_ "RoutingFactor" SG_ 1616 XCP_7DCT_GA_RX_Byte5 1;
+BA_ "Version" SG_ 1616 XCP_7DCT_GA_RX_Byte5 "20.01.01";
+BA_ "UsrSigPurpose" SG_ 1616 XCP_7DCT_GA_RX_Byte6 6;
+BA_ "GenSigSendType" SG_ 1616 XCP_7DCT_GA_RX_Byte6 2;
+BA_ "GenSigStartValue" SG_ 1616 XCP_7DCT_GA_RX_Byte6 0;
+BA_ "UserSigValidity" SG_ 1616 XCP_7DCT_GA_RX_Byte6 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1616 XCP_7DCT_GA_RX_Byte6 0;
+BA_ "NetworkRequest" SG_ 1616 XCP_7DCT_GA_RX_Byte6 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1616 XCP_7DCT_GA_RX_Byte6 5000;
+BA_ "RoutingFactor" SG_ 1616 XCP_7DCT_GA_RX_Byte6 1;
+BA_ "Version" SG_ 1616 XCP_7DCT_GA_RX_Byte6 "20.01.01";
+BA_ "UsrSigPurpose" SG_ 1616 XCP_7DCT_GA_RX_Byte7 6;
+BA_ "GenSigSendType" SG_ 1616 XCP_7DCT_GA_RX_Byte7 2;
+BA_ "GenSigStartValue" SG_ 1616 XCP_7DCT_GA_RX_Byte7 0;
+BA_ "UserSigValidity" SG_ 1616 XCP_7DCT_GA_RX_Byte7 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1616 XCP_7DCT_GA_RX_Byte7 0;
+BA_ "NetworkRequest" SG_ 1616 XCP_7DCT_GA_RX_Byte7 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1616 XCP_7DCT_GA_RX_Byte7 5000;
+BA_ "RoutingFactor" SG_ 1616 XCP_7DCT_GA_RX_Byte7 1;
+BA_ "Version" SG_ 1616 XCP_7DCT_GA_RX_Byte7 "20.01.01";
+BA_ "UsrSigPurpose" SG_ 1616 XCP_7DCT_GA_RX_Byte1 6;
+BA_ "GenSigSendType" SG_ 1616 XCP_7DCT_GA_RX_Byte1 2;
+BA_ "GenSigStartValue" SG_ 1616 XCP_7DCT_GA_RX_Byte1 0;
+BA_ "UserSigValidity" SG_ 1616 XCP_7DCT_GA_RX_Byte1 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ FD_P SG_ 1616 XCP_7DCT_GA_RX_Byte1 0;
+BA_ "NetworkRequest" SG_ 1616 XCP_7DCT_GA_RX_Byte1 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1616 XCP_7DCT_GA_RX_Byte1 5000;
+BA_ "RoutingFactor" SG_ 1616 XCP_7DCT_GA_RX_Byte1 1;
+BA_ "Version" SG_ 1616 XCP_7DCT_GA_RX_Byte1 "20.01.01";
+BA_ "GenMsgCycleTime" BO_ 1617 0;
+BA_ "GenMsgILSupport" BO_ 1617 0;
+BA_ "TpMessage" BO_ 1617 1;
+BA_ "GenMsgDelayTime" BO_ 1617 0;
+BA_ "GenMsgStartDelayTime" BO_ 1617 0;
+BA_ "VFrameFormat" BO_ 1617 14;
+BA_ "UsrSigPurpose" SG_ 1617 XCP_7DCT_GA_TX_Byte0 6;
+BA_ "GenSigSendType" SG_ 1617 XCP_7DCT_GA_TX_Byte0 2;
+BA_ "GenSigStartValue" SG_ 1617 XCP_7DCT_GA_TX_Byte0 0;
+BA_ "UserSigValidity" SG_ 1617 XCP_7DCT_GA_TX_Byte0 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1617 XCP_7DCT_GA_TX_Byte0 0;
+BA_ "NetworkRequest" SG_ 1617 XCP_7DCT_GA_TX_Byte0 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1617 XCP_7DCT_GA_TX_Byte0 5000;
+BA_ "RoutingFactor" SG_ 1617 XCP_7DCT_GA_TX_Byte0 1;
+BA_ "Version" SG_ 1617 XCP_7DCT_GA_TX_Byte0 "20.01.01";
+BA_ "UsrSigPurpose" SG_ 1617 XCP_7DCT_GA_TX_Byte2 6;
+BA_ "GenSigSendType" SG_ 1617 XCP_7DCT_GA_TX_Byte2 2;
+BA_ "GenSigStartValue" SG_ 1617 XCP_7DCT_GA_TX_Byte2 0;
+BA_ "UserSigValidity" SG_ 1617 XCP_7DCT_GA_TX_Byte2 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1617 XCP_7DCT_GA_TX_Byte2 0;
+BA_ "NetworkRequest" SG_ 1617 XCP_7DCT_GA_TX_Byte2 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1617 XCP_7DCT_GA_TX_Byte2 5000;
+BA_ "RoutingFactor" SG_ 1617 XCP_7DCT_GA_TX_Byte2 1;
+BA_ "Version" SG_ 1617 XCP_7DCT_GA_TX_Byte2 "20.01.01";
+BA_ "UsrSigPurpose" SG_ 1617 XCP_7DCT_GA_TX_Byte3 6;
+BA_ "GenSigSendType" SG_ 1617 XCP_7DCT_GA_TX_Byte3 2;
+BA_ "GenSigStartValue" SG_ 1617 XCP_7DCT_GA_TX_Byte3 0;
+BA_ "UserSigValidity" SG_ 1617 XCP_7DCT_GA_TX_Byte3 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1617 XCP_7DCT_GA_TX_Byte3 0;
+BA_ "NetworkRequest" SG_ 1617 XCP_7DCT_GA_TX_Byte3 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1617 XCP_7DCT_GA_TX_Byte3 5000;
+BA_ "RoutingFactor" SG_ 1617 XCP_7DCT_GA_TX_Byte3 1;
+BA_ "Version" SG_ 1617 XCP_7DCT_GA_TX_Byte3 "20.01.01";
+BA_ "UsrSigPurpose" SG_ 1617 XCP_7DCT_GA_TX_Byte4 6;
+BA_ "GenSigSendType" SG_ 1617 XCP_7DCT_GA_TX_Byte4 2;
+BA_ "GenSigStartValue" SG_ 1617 XCP_7DCT_GA_TX_Byte4 0;
+BA_ "UserSigValidity" SG_ 1617 XCP_7DCT_GA_TX_Byte4 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1617 XCP_7DCT_GA_TX_Byte4 0;
+BA_ "NetworkRequest" SG_ 1617 XCP_7DCT_GA_TX_Byte4 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1617 XCP_7DCT_GA_TX_Byte4 5000;
+BA_ "RoutingFactor" SG_ 1617 XCP_7DCT_GA_TX_Byte4 1;
+BA_ "Version" SG_ 1617 XCP_7DCT_GA_TX_Byte4 "20.01.01";
+BA_ "UsrSigPurpose" SG_ 1617 XCP_7DCT_GA_TX_Byte5 6;
+BA_ "GenSigSendType" SG_ 1617 XCP_7DCT_GA_TX_Byte5 2;
+BA_ "GenSigStartValue" SG_ 1617 XCP_7DCT_GA_TX_Byte5 0;
+BA_ "UserSigValidity" SG_ 1617 XCP_7DCT_GA_TX_Byte5 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1617 XCP_7DCT_GA_TX_Byte5 0;
+BA_ "NetworkRequest" SG_ 1617 XCP_7DCT_GA_TX_Byte5 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1617 XCP_7DCT_GA_TX_Byte5 5000;
+BA_ "RoutingFactor" SG_ 1617 XCP_7DCT_GA_TX_Byte5 1;
+BA_ "Version" SG_ 1617 XCP_7DCT_GA_TX_Byte5 "20.01.01";
+BA_ "UsrSigPurpose" SG_ 1617 XCP_7DCT_GA_TX_Byte6 6;
+BA_ "GenSigSendType" SG_ 1617 XCP_7DCT_GA_TX_Byte6 2;
+BA_ "GenSigStartValue" SG_ 1617 XCP_7DCT_GA_TX_Byte6 0;
+BA_ "UserSigValidity" SG_ 1617 XCP_7DCT_GA_TX_Byte6 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1617 XCP_7DCT_GA_TX_Byte6 0;
+BA_ "NetworkRequest" SG_ 1617 XCP_7DCT_GA_TX_Byte6 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1617 XCP_7DCT_GA_TX_Byte6 5000;
+BA_ "RoutingFactor" SG_ 1617 XCP_7DCT_GA_TX_Byte6 1;
+BA_ "Version" SG_ 1617 XCP_7DCT_GA_TX_Byte6 "20.01.01";
+BA_ "UsrSigPurpose" SG_ 1617 XCP_7DCT_GA_TX_Byte7 6;
+BA_ "GenSigSendType" SG_ 1617 XCP_7DCT_GA_TX_Byte7 2;
+BA_ "GenSigStartValue" SG_ 1617 XCP_7DCT_GA_TX_Byte7 0;
+BA_ "UserSigValidity" SG_ 1617 XCP_7DCT_GA_TX_Byte7 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1617 XCP_7DCT_GA_TX_Byte7 0;
+BA_ "NetworkRequest" SG_ 1617 XCP_7DCT_GA_TX_Byte7 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1617 XCP_7DCT_GA_TX_Byte7 5000;
+BA_ "RoutingFactor" SG_ 1617 XCP_7DCT_GA_TX_Byte7 1;
+BA_ "Version" SG_ 1617 XCP_7DCT_GA_TX_Byte7 "20.01.01";
+BA_ "UsrSigPurpose" SG_ 1617 XCP_7DCT_GA_TX_Byte1 6;
+BA_ "GenSigSendType" SG_ 1617 XCP_7DCT_GA_TX_Byte1 2;
+BA_ "GenSigStartValue" SG_ 1617 XCP_7DCT_GA_TX_Byte1 0;
+BA_ "UserSigValidity" SG_ 1617 XCP_7DCT_GA_TX_Byte1 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1617 XCP_7DCT_GA_TX_Byte1 0;
+BA_ "NetworkRequest" SG_ 1617 XCP_7DCT_GA_TX_Byte1 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1617 XCP_7DCT_GA_TX_Byte1 5000;
+BA_ "RoutingFactor" SG_ 1617 XCP_7DCT_GA_TX_Byte1 1;
+BA_ "Version" SG_ 1617 XCP_7DCT_GA_TX_Byte1 "20.01.01";
+BA_ "GenMsgSendType" BO_ 74 0;
+BA_ "GenMsgCycleTime" BO_ 74 10;
+BA_ "GenMsgCycleTimeFast" BO_ 74 0;
+BA_ "GenMsgNrOfRepetition" BO_ 74 0;
+BA_ "GenMsgDelayTime" BO_ 74 0;
+BA_ "GenMsgStartDelayTime" BO_ 74 0;
+BA_ "VFrameFormat" BO_ 74 14;
+BA_ "Description" SG_ 74 YRS_Crc1Val "The data area for CRC calculation is based on the data length (DLC) of the message DB.
+
+The CRC shall be calculated over the entire data block (excluding the CRC bytes) including the user data, alive counter and Data ID
+
+ 
+
+- CRC Polynomial (0x1021) , Initial Value : 0xFFFF, XOR value : 0x0000, Data ID : Message ID + 0xF800 
+
+- The initial value is for CRC calculation and the message should be sent with the calculated result value. 
+
+- The mathematical expression to 16 bit CRC polynomial is given here. G(x) = x16 + x12 + x5 + 1";
+BA_ "GenSigStartValue" SG_ 74 YRS_Crc1Val 65535;
+BA_ "UserSigValidity" SG_ 74 YRS_Crc1Val 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 74 YRS_Crc1Val 500;
+BA_ "NetworkRequestHoldingTime" SG_ 74 YRS_Crc1Val 0;
+BA_ "RoutingFactor" SG_ 74 YRS_Crc1Val 5;
+BA_ "Version" SG_ 74 YRS_Crc1Val "18.11.08";
+BA_ "Description" SG_ 74 YRS_SnsrTempVal "The temperature is measured on sensing element chip in ACU, so it may be different from the display indicator temperature of the vehicle.
+
+
+
+Physical range: -68°C = 00h, +60 °C = 80h, +187°C = FFh
+
+
+
+Quantization LSB: 1[°C/digit]
+
+
+
+Temperature [°C] = (Hex value - 80h) * 1 [°C/digit] + 60[°C]
+
+
+
+                           = (Hex value) * 1 [°C/digit] - 68[°C]
+
+
+
+※ Start Value : 44h";
+BA_ "GenSigStartValue" SG_ 74 YRS_SnsrTempVal 68;
+BA_ "UserSigValidity" SG_ 74 YRS_SnsrTempVal 3;
+BA_ "NetworkRequestHoldingTime" SG_ 74 YRS_SnsrTempVal 0;
+BA_ "RoutingFactor" SG_ 74 YRS_SnsrTempVal 5;
+BA_ "Version" SG_ 74 YRS_SnsrTempVal "18.02.01";
+BA_ "Description" SG_ 74 YRS_ImuSeralNumVal "IMU serial number in range of 
+
+
+
+0x000000000000 = 0......0xFFFFFFFFFFFF
+
+
+
+※ Start Value : Actual Value";
+BA_ "GenSigStartValue" SG_ 74 YRS_ImuSeralNumVal 0;
+BA_ "UserSigValidity" SG_ 74 YRS_ImuSeralNumVal 3;
+BA_ "NetworkRequestHoldingTime" SG_ 74 YRS_ImuSeralNumVal 0;
+BA_ "RoutingFactor" SG_ 74 YRS_ImuSeralNumVal 5;
+BA_ "Version" SG_ 74 YRS_ImuSeralNumVal "17.12.00";
+BA_ "Description" SG_ 74 YRS_AlvCnt1Val "For the first transmission request for a data element the counter shall be initialized with 0 and shall be incremented by 1 for every subsequent send request. 
+
+When the counter reaches the maximum value(0xFF), then it shall restart with 0 for the next send request";
+BA_ "GenSigStartValue" SG_ 74 YRS_AlvCnt1Val 0;
+BA_ "UserSigValidity" SG_ 74 YRS_AlvCnt1Val 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 74 YRS_AlvCnt1Val 500;
+BA_ "NetworkRequestHoldingTime" SG_ 74 YRS_AlvCnt1Val 0;
+BA_ "RoutingFactor" SG_ 74 YRS_AlvCnt1Val 5;
+BA_ "Version" SG_ 74 YRS_AlvCnt1Val "18.11.08";
+BA_ "Description" SG_ 74 YRS_YawSigSta "This signal indicates failure status of yaw rate signal and yaw rate sensing element.
+
+
+
+0000B : No failure 
+
+
+
+xxx1B : Yrs_Yr failure
+
+
+
+xx1xB : Initialization is running
+
+
+
+x1xxB : Reserved
+
+
+
+1xxxB : Reserved
+
+
+
+This signal represents the physical error in MEMs sensor or microprocessor error in air bag control unit, but it does not contain the signal plausibility error check result. Signal plausibility error check has to be accomplished to each control unit using the own plausibility error check criterion.
+
+
+
+The initialization time is the time that takes for the sensor to operate normally after power on. The maximum initialization time does not exceed the ACU CAN valid message transmission time. In the initial startup condition, the time does not exceed 1500ms and In case of ACU Only Reset, it does not 600ms.
+
+
+
+The sensor status information is selected from one among 0000B, xxx1B, and xx1xB.";
+BA_ "GenSigStartValue" SG_ 74 YRS_YawSigSta 2;
+BA_ "UserSigValidity" SG_ 74 YRS_YawSigSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 74 YRS_YawSigSta 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 74 YRS_YawSigSta 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 74 YRS_YawSigSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 74 YRS_YawSigSta 0;
+BA_ "RoutingFactor" SG_ 74 YRS_YawSigSta 5;
+BA_ "Version" SG_ 74 YRS_YawSigSta "18.02.01";
+BA_ "Description" SG_ 74 YRS_LatAccelSigSta "This signal indicates failure status of lateral acceleration signal and sensing element.
+
+
+
+0000B : No failure
+
+
+
+xxx1B : Yrs_LatAc failure
+
+
+
+xx1xB : Initialization is running
+
+
+
+x1xxB : Reserved
+
+
+
+1xxxB : Reserved
+
+
+
+This signal represents the physical error in MEMs sensor or microprocessor error in air bag control unit, but it does not contain the signal plausibility error check result. Signal plausibility error check has to be accomplished to each control unit using the own plausibility error check criterion.
+
+
+
+The initialization time is the time that takes for the sensor to operate normally after power on. The maximum initialization time does not exceed the ACU CAN valid message transmission time. In the initial startup condition, the time does not exceed 1500ms and In case of ACU Only Reset, it does not 600ms.
+
+
+
+The sensor status information is selected from one among 0000B, xxx1B, and xx1xB.";
+BA_ "GenSigStartValue" SG_ 74 YRS_LatAccelSigSta 2;
+BA_ "UserSigValidity" SG_ 74 YRS_LatAccelSigSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 74 YRS_LatAccelSigSta 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 74 YRS_LatAccelSigSta 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 74 YRS_LatAccelSigSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 74 YRS_LatAccelSigSta 0;
+BA_ "RoutingFactor" SG_ 74 YRS_LatAccelSigSta 5;
+BA_ "Version" SG_ 74 YRS_LatAccelSigSta "18.02.01";
+BA_ "Description" SG_ 74 YRS_LongAccelSigSta "This signal indicates failure status of longitudinal acceleration signal and sensing element.
+
+
+
+0000B : No failure 
+
+
+
+xxx1B : Yrs_LongAc failure
+
+
+
+xx1xB : Initialization is running
+
+
+
+x1xxB : Reserved
+
+
+
+1xxxB : Reserved
+
+
+
+This signal represents the physical error in MEMs sensor or microprocessor error in air bag control unit, but it does not contain the signal plausibility error check result. Signal plausibility error check has to be accomplished to each control unit using the own plausibility error check criterion.
+
+
+
+The initialization time is the time that takes for the sensor to operate normally after power on. The maximum initialization time does not exceed the ACU CAN valid message transmission time. In the initial startup condition, the time does not exceed 1500ms and In case of ACU Only Reset, it does not 600ms.
+
+
+
+The sensor status information is selected from one among 0000B, xxx1B, and xx1xB.";
+BA_ "GenSigStartValue" SG_ 74 YRS_LongAccelSigSta 2;
+BA_ "UserSigValidity" SG_ 74 YRS_LongAccelSigSta 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 74 YRS_LongAccelSigSta 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 74 YRS_LongAccelSigSta 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 74 YRS_LongAccelSigSta 500;
+BA_ "NetworkRequestHoldingTime" SG_ 74 YRS_LongAccelSigSta 0;
+BA_ "RoutingFactor" SG_ 74 YRS_LongAccelSigSta 5;
+BA_ "Version" SG_ 74 YRS_LongAccelSigSta "18.02.01";
+BA_ "Description" SG_ 74 YRS_McuVoltSta "This signal indicates the failure status of MCU.
+
+
+
+0000B : No failure
+
+
+
+xxx1B : MCU failure
+
+
+
+xx1xB : Under voltage detected
+
+
+
+x1xxB : Over voltage detected
+
+
+
+1xxxB : Bus off failure
+
+
+
+The status information(xxx1B) occurs when MCU error is detected or qualified. Low-voltage detected bit(xx1xB) and high-voltage detected bit(x1xxB) mean the vehicle ignition voltage status diagnosed by ACU, which do not indicate the MCU failure status.";
+BA_ "GenSigStartValue" SG_ 74 YRS_McuVoltSta 0;
+BA_ "UserSigValidity" SG_ 74 YRS_McuVoltSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 74 YRS_McuVoltSta 0;
+BA_ "RoutingFactor" SG_ 74 YRS_McuVoltSta 5;
+BA_ "Version" SG_ 74 YRS_McuVoltSta "18.02.01";
+BA_ "Description" SG_ 74 YRS_AcuRstSta "This signal indicates the status of IMU.
+
+
+
+0000B : Normal mode 
+
+
+
+xxx1B : IMU Reset mode
+
+
+
+xx1xB : Reserved
+
+
+
+x1xxB : Reserved
+
+
+
+1xxxB : Reserved
+
+
+
+If ACU reset is required, ACU will send IMU RESET bit(XXX1B) up to 30 times and perform a reset. If RESET acknowledge signal is received from the ESC, the ACU interrupts the reset signal transmission and performs a reset immediately. Detailed logic follows ES95920-75.";
+BA_ "GenSigStartValue" SG_ 74 YRS_AcuRstSta 0;
+BA_ "UserSigValidity" SG_ 74 YRS_AcuRstSta 3;
+BA_ "NetworkRequestHoldingTime" SG_ 74 YRS_AcuRstSta 0;
+BA_ "RoutingFactor" SG_ 74 YRS_AcuRstSta 5;
+BA_ "Version" SG_ 74 YRS_AcuRstSta "18.02.01";
+BA_ "Description" SG_ 74 YRS_SnsrTyp "This signal indicates supported signals that are correspond to sensor type.
+
+
+
+0001B = YRS (yaw rate and lateral acceleration)
+
+
+
+0010B = YRS (yaw rate, lateral and longitudinal acceleration)
+
+
+
+All other values are reserved
+
+
+
+※ Start Value : Actual Value";
+BA_ "GenSigStartValue" SG_ 74 YRS_SnsrTyp 0;
+BA_ "UserSigValidity" SG_ 74 YRS_SnsrTyp 3;
+BA_ "NetworkRequestHoldingTime" SG_ 74 YRS_SnsrTyp 0;
+BA_ "RoutingFactor" SG_ 74 YRS_SnsrTyp 5;
+BA_ "Version" SG_ 74 YRS_SnsrTyp "17.12.00";
+BA_ "Description" SG_ 74 YRS_YawRtVal "This signal indicates Information regarding yaw rate.
+
+
+
+physical range : -163.84..163.83 ˚/s = 0000H..FFFEh
+
+
+
+Conversion : (PH) = ((HEX)-8000H)*0.005[˚/s/digit]
+
+
+
+                            = (HEX)*0.005[˚/s/digit] - 163.84[˚/s]
+
+
+
+                     FFFFh = Error 
+
+
+
+Physical range and the resolution applied to the conversion rules may differ from the actual sensor specifications specified in the ES95920-75.
+
+
+
+If the digital output range of the actual sensor is over -163.84°/s ~ +163.83°/s, CAN message will show minimum and the maximum values. However, if the digital output range of the actual sensor is smaller than physical range of CAN, CAN message will only output to the maximum and minimum values of the digital output.";
+BA_ "GenSigStartValue" SG_ 74 YRS_YawRtVal 32768;
+BA_ "UserSigValidity" SG_ 74 YRS_YawRtVal 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 74 YRS_YawRtVal 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 74 YRS_YawRtVal 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 74 YRS_YawRtVal 500;
+BA_ "NetworkRequestHoldingTime" SG_ 74 YRS_YawRtVal 0;
+BA_ "RoutingFactor" SG_ 74 YRS_YawRtVal 5;
+BA_ "Version" SG_ 74 YRS_YawRtVal "18.02.01";
+BA_ "Description" SG_ 74 YRS_LatAccelVal "This signal indicates Information regarding lateral acceleration.
+
+
+
+physical range : -4.1768g..4.1765g = 0000H..FFFEh
+
+
+
+Conversion : (PH) = ((HEX)-8000H)*0.000127465[g/digit]
+
+
+
+                            = (HEX)*0.000127465[g/digit] - 4.17677312[g]
+
+
+
+                    FFFFh = Error
+
+
+
+Physical range and the resolution applied to the conversion rules may differ from the actual sensor specifications specified in the ES95920-75.
+
+
+
+If the digital output range of the actual sensor is over -4.1768g..4.1765g, CAN message will show minimum and the maximum values. However, if the digital output range of the actual sensor is smaller than physical range of CAN, CAN message will only output to the maximum and minimum values of the digital output.";
+BA_ "GenSigStartValue" SG_ 74 YRS_LatAccelVal 32768;
+BA_ "UserSigValidity" SG_ 74 YRS_LatAccelVal 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 74 YRS_LatAccelVal 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 74 YRS_LatAccelVal 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 74 YRS_LatAccelVal 500;
+BA_ "NetworkRequestHoldingTime" SG_ 74 YRS_LatAccelVal 0;
+BA_ "RoutingFactor" SG_ 74 YRS_LatAccelVal 5;
+BA_ "Version" SG_ 74 YRS_LatAccelVal "18.02.01";
+BA_ "Description" SG_ 74 YRS_LongAccelVal "This signal indicates information regarding longitudinal acceleration.
+
+
+
+physical range : -4.1768g..4.1765g = 0000H..FFFEh
+
+
+
+Conversion : (PH) = ((HEX)-8000H)*0.000127465[g/digit]
+
+
+
+                            = (HEX)*0.000127465[g/digit] - 4.17677312[g]
+
+
+
+                     FFFFh = Error
+
+
+
+Physical range and the resolution applied to the conversion rules may differ from the actual sensor specifications specified in the ES95920-75.
+
+
+
+If the digital output range of the actual sensor is over -4.1768g..4.1765g, CAN message will show minimum and the maximum values. However, if the digital output range of the actual sensor is smaller than physical range of CAN, CAN message will only output to the maximum and minimum values of the digital output.";
+BA_ "GenSigStartValue" SG_ 74 YRS_LongAccelVal 32768;
+BA_ "UserSigValidity" SG_ 74 YRS_LongAccelVal 3;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ AWD SG_ 74 YRS_LongAccelVal 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ TCU SG_ 74 YRS_LongAccelVal 500;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ SCU_FF SG_ 74 YRS_LongAccelVal 500;
+BA_ "NetworkRequestHoldingTime" SG_ 74 YRS_LongAccelVal 0;
+BA_ "RoutingFactor" SG_ 74 YRS_LongAccelVal 5;
+BA_ "Version" SG_ 74 YRS_LongAccelVal "18.02.01";
+BA_ "GenMsgCycleTime" BO_ 1618 0;
+BA_ "GenMsgILSupport" BO_ 1618 0;
+BA_ "TpMessage" BO_ 1618 1;
+BA_ "GenMsgDelayTime" BO_ 1618 0;
+BA_ "GenMsgStartDelayTime" BO_ 1618 0;
+BA_ "VFrameFormat" BO_ 1618 14;
+BA_ "UsrSigPurpose" SG_ 1618 _7DCT_GA_DAQ0_Byte0 6;
+BA_ "GenSigSendType" SG_ 1618 _7DCT_GA_DAQ0_Byte0 2;
+BA_ "GenSigStartValue" SG_ 1618 _7DCT_GA_DAQ0_Byte0 0;
+BA_ "UserSigValidity" SG_ 1618 _7DCT_GA_DAQ0_Byte0 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1618 _7DCT_GA_DAQ0_Byte0 0;
+BA_ "NetworkRequest" SG_ 1618 _7DCT_GA_DAQ0_Byte0 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1618 _7DCT_GA_DAQ0_Byte0 5000;
+BA_ "RoutingFactor" SG_ 1618 _7DCT_GA_DAQ0_Byte0 1;
+BA_ "Version" SG_ 1618 _7DCT_GA_DAQ0_Byte0 "20.01.01";
+BA_ "UsrSigPurpose" SG_ 1618 _7DCT_GA_DAQ0_Byte2 6;
+BA_ "GenSigSendType" SG_ 1618 _7DCT_GA_DAQ0_Byte2 2;
+BA_ "GenSigStartValue" SG_ 1618 _7DCT_GA_DAQ0_Byte2 0;
+BA_ "UserSigValidity" SG_ 1618 _7DCT_GA_DAQ0_Byte2 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1618 _7DCT_GA_DAQ0_Byte2 0;
+BA_ "NetworkRequest" SG_ 1618 _7DCT_GA_DAQ0_Byte2 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1618 _7DCT_GA_DAQ0_Byte2 5000;
+BA_ "RoutingFactor" SG_ 1618 _7DCT_GA_DAQ0_Byte2 1;
+BA_ "Version" SG_ 1618 _7DCT_GA_DAQ0_Byte2 "20.01.01";
+BA_ "UsrSigPurpose" SG_ 1618 _7DCT_GA_DAQ0_Byte3 6;
+BA_ "GenSigSendType" SG_ 1618 _7DCT_GA_DAQ0_Byte3 2;
+BA_ "GenSigStartValue" SG_ 1618 _7DCT_GA_DAQ0_Byte3 0;
+BA_ "UserSigValidity" SG_ 1618 _7DCT_GA_DAQ0_Byte3 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1618 _7DCT_GA_DAQ0_Byte3 0;
+BA_ "NetworkRequest" SG_ 1618 _7DCT_GA_DAQ0_Byte3 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1618 _7DCT_GA_DAQ0_Byte3 5000;
+BA_ "RoutingFactor" SG_ 1618 _7DCT_GA_DAQ0_Byte3 1;
+BA_ "Version" SG_ 1618 _7DCT_GA_DAQ0_Byte3 "20.01.01";
+BA_ "UsrSigPurpose" SG_ 1618 _7DCT_GA_DAQ0_Byte4 6;
+BA_ "GenSigSendType" SG_ 1618 _7DCT_GA_DAQ0_Byte4 2;
+BA_ "GenSigStartValue" SG_ 1618 _7DCT_GA_DAQ0_Byte4 0;
+BA_ "UserSigValidity" SG_ 1618 _7DCT_GA_DAQ0_Byte4 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1618 _7DCT_GA_DAQ0_Byte4 0;
+BA_ "NetworkRequest" SG_ 1618 _7DCT_GA_DAQ0_Byte4 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1618 _7DCT_GA_DAQ0_Byte4 5000;
+BA_ "RoutingFactor" SG_ 1618 _7DCT_GA_DAQ0_Byte4 1;
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+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1621 _7DCT_GA_DAQ3_Byte1 0;
+BA_ "NetworkRequest" SG_ 1621 _7DCT_GA_DAQ3_Byte1 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1621 _7DCT_GA_DAQ3_Byte1 5000;
+BA_ "RoutingFactor" SG_ 1621 _7DCT_GA_DAQ3_Byte1 1;
+BA_ "Version" SG_ 1621 _7DCT_GA_DAQ3_Byte1 "20.01.01";
+BA_ "GenMsgCycleTime" BO_ 1804 0;
+BA_ "GenMsgILSupport" BO_ 1804 0;
+BA_ "TpMessage" BO_ 1804 1;
+BA_ "GenMsgDelayTime" BO_ 1804 0;
+BA_ "GenMsgStartDelayTime" BO_ 1804 0;
+BA_ "VFrameFormat" BO_ 1804 14;
+BA_ "Description" SG_ 1804 _7DCT_GA_FDC1_GST_Byte0 "TP Index : 225";
+BA_ "UsrSigPurpose" SG_ 1804 _7DCT_GA_FDC1_GST_Byte0 2;
+BA_ "GenSigSendType" SG_ 1804 _7DCT_GA_FDC1_GST_Byte0 2;
+BA_ "GenSigStartValue" SG_ 1804 _7DCT_GA_FDC1_GST_Byte0 0;
+BA_ "UserSigValidity" SG_ 1804 _7DCT_GA_FDC1_GST_Byte0 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1804 _7DCT_GA_FDC1_GST_Byte0 0;
+BA_ "NetworkRequest" SG_ 1804 _7DCT_GA_FDC1_GST_Byte0 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1804 _7DCT_GA_FDC1_GST_Byte0 5000;
+BA_ "RoutingFactor" SG_ 1804 _7DCT_GA_FDC1_GST_Byte0 1;
+BA_ "Version" SG_ 1804 _7DCT_GA_FDC1_GST_Byte0 "20.01.01";
+BA_ "Description" SG_ 1804 _7DCT_GA_FDC1_GST_Byte2 "TP Index : 225";
+BA_ "UsrSigPurpose" SG_ 1804 _7DCT_GA_FDC1_GST_Byte2 2;
+BA_ "GenSigSendType" SG_ 1804 _7DCT_GA_FDC1_GST_Byte2 2;
+BA_ "GenSigStartValue" SG_ 1804 _7DCT_GA_FDC1_GST_Byte2 0;
+BA_ "UserSigValidity" SG_ 1804 _7DCT_GA_FDC1_GST_Byte2 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1804 _7DCT_GA_FDC1_GST_Byte2 0;
+BA_ "NetworkRequest" SG_ 1804 _7DCT_GA_FDC1_GST_Byte2 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1804 _7DCT_GA_FDC1_GST_Byte2 5000;
+BA_ "RoutingFactor" SG_ 1804 _7DCT_GA_FDC1_GST_Byte2 1;
+BA_ "Version" SG_ 1804 _7DCT_GA_FDC1_GST_Byte2 "20.01.01";
+BA_ "Description" SG_ 1804 _7DCT_GA_FDC1_GST_Byte3 "TP Index : 225";
+BA_ "UsrSigPurpose" SG_ 1804 _7DCT_GA_FDC1_GST_Byte3 2;
+BA_ "GenSigSendType" SG_ 1804 _7DCT_GA_FDC1_GST_Byte3 2;
+BA_ "GenSigStartValue" SG_ 1804 _7DCT_GA_FDC1_GST_Byte3 0;
+BA_ "UserSigValidity" SG_ 1804 _7DCT_GA_FDC1_GST_Byte3 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1804 _7DCT_GA_FDC1_GST_Byte3 0;
+BA_ "NetworkRequest" SG_ 1804 _7DCT_GA_FDC1_GST_Byte3 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1804 _7DCT_GA_FDC1_GST_Byte3 5000;
+BA_ "RoutingFactor" SG_ 1804 _7DCT_GA_FDC1_GST_Byte3 1;
+BA_ "Version" SG_ 1804 _7DCT_GA_FDC1_GST_Byte3 "20.01.01";
+BA_ "Description" SG_ 1804 _7DCT_GA_FDC1_GST_Byte4 "TP Index : 225";
+BA_ "UsrSigPurpose" SG_ 1804 _7DCT_GA_FDC1_GST_Byte4 2;
+BA_ "GenSigSendType" SG_ 1804 _7DCT_GA_FDC1_GST_Byte4 2;
+BA_ "GenSigStartValue" SG_ 1804 _7DCT_GA_FDC1_GST_Byte4 0;
+BA_ "UserSigValidity" SG_ 1804 _7DCT_GA_FDC1_GST_Byte4 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1804 _7DCT_GA_FDC1_GST_Byte4 0;
+BA_ "NetworkRequest" SG_ 1804 _7DCT_GA_FDC1_GST_Byte4 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1804 _7DCT_GA_FDC1_GST_Byte4 5000;
+BA_ "RoutingFactor" SG_ 1804 _7DCT_GA_FDC1_GST_Byte4 1;
+BA_ "Version" SG_ 1804 _7DCT_GA_FDC1_GST_Byte4 "20.01.01";
+BA_ "Description" SG_ 1804 _7DCT_GA_FDC1_GST_Byte5 "TP Index : 225";
+BA_ "UsrSigPurpose" SG_ 1804 _7DCT_GA_FDC1_GST_Byte5 2;
+BA_ "GenSigSendType" SG_ 1804 _7DCT_GA_FDC1_GST_Byte5 2;
+BA_ "GenSigStartValue" SG_ 1804 _7DCT_GA_FDC1_GST_Byte5 0;
+BA_ "UserSigValidity" SG_ 1804 _7DCT_GA_FDC1_GST_Byte5 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1804 _7DCT_GA_FDC1_GST_Byte5 0;
+BA_ "NetworkRequest" SG_ 1804 _7DCT_GA_FDC1_GST_Byte5 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1804 _7DCT_GA_FDC1_GST_Byte5 5000;
+BA_ "RoutingFactor" SG_ 1804 _7DCT_GA_FDC1_GST_Byte5 1;
+BA_ "Version" SG_ 1804 _7DCT_GA_FDC1_GST_Byte5 "20.01.01";
+BA_ "Description" SG_ 1804 _7DCT_GA_FDC1_GST_Byte6 "TP Index : 225";
+BA_ "UsrSigPurpose" SG_ 1804 _7DCT_GA_FDC1_GST_Byte6 2;
+BA_ "GenSigSendType" SG_ 1804 _7DCT_GA_FDC1_GST_Byte6 2;
+BA_ "GenSigStartValue" SG_ 1804 _7DCT_GA_FDC1_GST_Byte6 0;
+BA_ "UserSigValidity" SG_ 1804 _7DCT_GA_FDC1_GST_Byte6 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1804 _7DCT_GA_FDC1_GST_Byte6 0;
+BA_ "NetworkRequest" SG_ 1804 _7DCT_GA_FDC1_GST_Byte6 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1804 _7DCT_GA_FDC1_GST_Byte6 5000;
+BA_ "RoutingFactor" SG_ 1804 _7DCT_GA_FDC1_GST_Byte6 1;
+BA_ "Version" SG_ 1804 _7DCT_GA_FDC1_GST_Byte6 "20.01.01";
+BA_ "Description" SG_ 1804 _7DCT_GA_FDC1_GST_Byte7 "TP Index : 225";
+BA_ "UsrSigPurpose" SG_ 1804 _7DCT_GA_FDC1_GST_Byte7 2;
+BA_ "GenSigSendType" SG_ 1804 _7DCT_GA_FDC1_GST_Byte7 2;
+BA_ "GenSigStartValue" SG_ 1804 _7DCT_GA_FDC1_GST_Byte7 0;
+BA_ "UserSigValidity" SG_ 1804 _7DCT_GA_FDC1_GST_Byte7 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1804 _7DCT_GA_FDC1_GST_Byte7 0;
+BA_ "NetworkRequest" SG_ 1804 _7DCT_GA_FDC1_GST_Byte7 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1804 _7DCT_GA_FDC1_GST_Byte7 5000;
+BA_ "RoutingFactor" SG_ 1804 _7DCT_GA_FDC1_GST_Byte7 1;
+BA_ "Version" SG_ 1804 _7DCT_GA_FDC1_GST_Byte7 "20.01.01";
+BA_ "Description" SG_ 1804 _7DCT_GA_FDC1_GST_Byte1 "TP Index : 225";
+BA_ "UsrSigPurpose" SG_ 1804 _7DCT_GA_FDC1_GST_Byte1 2;
+BA_ "GenSigSendType" SG_ 1804 _7DCT_GA_FDC1_GST_Byte1 2;
+BA_ "GenSigStartValue" SG_ 1804 _7DCT_GA_FDC1_GST_Byte1 0;
+BA_ "UserSigValidity" SG_ 1804 _7DCT_GA_FDC1_GST_Byte1 0;
+BA_REL_ "GenSigTimeoutTime" BU_SG_REL_ CGW SG_ 1804 _7DCT_GA_FDC1_GST_Byte1 0;
+BA_ "NetworkRequest" SG_ 1804 _7DCT_GA_FDC1_GST_Byte1 0;
+BA_ "NetworkRequestHoldingTime" SG_ 1804 _7DCT_GA_FDC1_GST_Byte1 5000;
+BA_ "RoutingFactor" SG_ 1804 _7DCT_GA_FDC1_GST_Byte1 1;
+BA_ "Version" SG_ 1804 _7DCT_GA_FDC1_GST_Byte1 "20.01.01";
+VAL_ 111 ABS_WrngLmpSta 0 "ABS Warning lamp OFF" 1 "ABS Warning lamp ON" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 111 ABS_DfctvSta 0 "ABS is not defective" 1 "ABS is defective" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 111 ABS_ActvSta 0 "ABS control inactive" 1 "ABS control active" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 111 ABS_DiagSta 0 "ABS&TCS&ESC is not in diagnostic mode" 1 "ABS&TCS&ESC is in diagnostic mode" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 111 EBD_WrngLmpSta 0 "EBD Warning lamp OFF" 1 "EBD Warning lamp ON" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 111 EBD_DfctvSta 0 "EBD is not defective" 1 "EBD is defective" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 111 ESC_BrkLtActSta 0 "No request" 1 "Activate brake lights" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 111 ESS_Sta 0 "ESS control 'inactive' (Normal condition)" 1 "ESS control 'active' (Emergency stop condition)" 2 "ESS system is defective" 3 "ESS extended function active (Hazard lamp blinking)" ;
+VAL_ 522 ACU_SysWrngLmpDis 0 "Warning Lamp off" 1 "Warning Lamp on" 2 "Warning Lamp flash" 3 "Reserved" 4 "Reserved" 5 "Reserved" 6 "Not used" 7 "Error Indicator" ;
+VAL_ 522 ACU_TlltlLmpDis 0 "Telltale Lamp off" 1 "Telltale Lamp on" 2 "Telltale Lamp flash" 3 "Reserved" 4 "Reserved" 5 "Reserved" 6 "Not used" 7 "Error Indicator" ;
+VAL_ 522 ACU_OdsIDReq 0 "Request to send ODS Identifier" 1 "Acknowledgement for the Correct ODS Identifier Received" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 522 SeatBelt_PassBcklFltSta 0 "No Fault" 1 "Fault condition exists" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 522 SeatBelt_DrvrBcklFltSta 0 "No Fault" 1 "Fault condition exists" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 522 SeatBelt_PassBcklSta 0 "Passenger Seat Belt Not Latched" 1 "Passenger Seat Belt Latched" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 522 SeatBelt_DrvrBcklSta 0 "Driver Seat Belt Not Latched" 1 "Driver Seat Belt Latched" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 522 ACU_ActvFltSta 0 "Fault status is active" 1 "Fault status is historic" 2 "Fault does not exist" 3 "Reserved" 4 "Reserved" 5 "Reserved" 6 "Not used" 7 "Error Indicator" ;
+VAL_ 522 ACU_SdArbgExtTyp 0 "Side(or Side/Curtain) Airbag doesn't exist." 1 "Side(or Side/Curtain) Airbag exists." 2 "ACU EOL Programming Mode" 3 "Reserved" 4 "Reserved" 5 "Reserved" 6 "Not used" 7 "Error Indicator" ;
+VAL_ 522 ACU_EmerModSta 0 "ACU is NOT Emergency mode" 1 "ACU is Emergency mode" ;
+VAL_ 522 ACU_EvtTrigSta 0 "EDR Not triggered." 1 "EDR triggered." ;
+VAL_ 16 ACU_CrshActvSta 0 "Crash Active time is expired (Crash is Inactive)" 1 "Crash Active time started (Crash Detected)" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 16 ACU_CrshInfo 0 "Received ESC feedback signal" 1 "Crash output signal not issued" 2 "Crash output signal issued" ;
+VAL_ 416 SCC_NSCCOpSta 0 "Off" 1 "Ready" 2 "Act" 3 "Error Indicator" ;
+VAL_ 416 SCC_NSCCOnOffSta 0 "Default" 1 "Off" 2 "On" 3 "Invalid" ;
+VAL_ 416 SCC_ObjSta 0 "No in-path object detected" 1 "In-path object detected (uncontrollable)" 2 "In-path object detected (controllable" 3 "Reserved" 4 "Reserved" 5 "Reserved" 6 "Reserved" 7 "Reserved" ;
+VAL_ 416 SCC_SnstvtyModRetVal 0 "Default" 1 "Comford Mode" 2 "Normal Mode" 3 "Dynamic Mode" 4 "Reserved" 5 "Reserved" 6 "Reserved" 7 "Invalid" ;
+VAL_ 416 SCC_NSCCAutoSetSpdUpdtSta 0 "Auto Set Speed Update Off" 1 "Auto Set Speed Update On" 2 "Reserved" 3 "Error Indicator" ;
+VAL_ 416 SCC_NSCCInfoPUDis 0 "None" 1 "NSCC Warning" 2 "Reserved" 3 "Reserved" 4 "Reserved" 5 "Reserved" 6 "Reserved" 7 "Reserved" ;
+VAL_ 416 SCC_AccelReqVal 2047 "Error" ;
+VAL_ 416 SCC_AccelReqRawVal 2047 "Error" ;
+VAL_ 416 SCC_JrkUppLimVal 127 "No Limit" ;
+VAL_ 416 SCC_JrkLwrLimVal 127 "No Limit" ;
+VAL_ 416 SCC_AccelLimBandUppVal 0 "Precise Control" ;
+VAL_ 416 SCC_AccelLimBandLwrVal 0 "Precise Control" ;
+VAL_ 416 SCC_VehStpReq 0 "No request" 1 "Stop control is required" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 416 SCC_TrgtDstVal 1501 "0x0x5DD~0x7FF:Reserved" 2047 "0x0x5DD~0x7FF:Reserved" 2046 "Default" 2047 "Error" ;
+VAL_ 416 SCC_ObjDstVal 1501 "0x0x5DD~0x7FF:Reserved" 2047 "0x0x5DD~0x7FF:Reserved" 2046 "Default" 2047 "Error" ;
+VAL_ 416 SCC_ObjRelSpdVal 4094 "Default" 4095 "Error" ;
+VAL_ 416 SCC_ObjLatPosVal 510 "Default" 511 "Error" ;
+VAL_ 416 SCC_SysFlrSta 0 "System without error" 1 "Performance degredation" 2 "System temporairy unavailable" 3 "SCC Service Required" ;
+VAL_ 416 SCC_MainOnOffSta 0 "OFF" 1 "ON" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 416 SCC_OpSta 0 "Off" 1 "Engaged" 2 "Override" 3 "Shutoff" 4 "Canceled or Paused" 5 "Reserved" 6 "Reserved" 7 "Reserved" ;
+VAL_ 416 SCC_TakeoverReq 0 "No takeover request" 1 "Takeover request" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 416 SCC_InfoDis 0 "-" 1 "Display “SCC Mode”" 2 "Display “Conventional Cruise Mode”" 3 "Display “Object disappeared at low speed”" 4 "Display “Available to resume acceleration control”" 5 "Reserved" 6 "Reserved" 7 "Invalid" ;
+VAL_ 416 SCC_DrvAlrtDis 0 "-" 1 "Display 'SCC Disengaged'" 2 "Display 'No SCC Engage Condition!'" 3 "Display 'SCC Disengaged When The Vehicle Stops'" ;
+VAL_ 416 SCC_ObjDstLvlVal 0 "No in-path object detected" 1 "Distance Warning" 2 "1st Object Distance Level" 3 "2nd Object Distance Level" 4 "3rd Object Distance Level" 5 "4th Object Distance Level" 6 "0x6~0xFE:Reserved" 254 "0x6~0xFE:Reserved" 255 "Error Indicator" ;
+VAL_ 416 SCC_HeadwayDstSetVal 0 "No time gap set" 1 "1st level distance" 2 "2nd level distance" 3 "3rd level distance" 4 "4th level distance" 5 "Reserved" 6 "Reserved" 7 "Reserved" 8 "Reserved" 9 "Reserved" 10 "Reserved" 11 "Reserved" 12 "Reserved" 13 "Reserved" 14 "SCC-ML Active" 15 "Error Indicator" ;
+VAL_ 416 SCC_NSCCAutoSetSpdSta 0 "Auto Set Speed Off" 1 "Auto Set Speed On" 2 "Reserved" 3 "Error Indicator" ;
+VAL_ 416 SCC_TrgtSpdSetVal 255 "Error" ;
+VAL_ 362 RSPA_Sta 1 "Init" 2 "New Start" 3 "Ready OK" 4 "Assist Req" 5 "Assist OK" 6 "Assist Fail" 7 "Abort" 8 "Ready Fail" ;
+VAL_ 362 RSPA_Actv 0 "RSPA Off" 1 "RSPA On" 2 "Reserved" 3 "Reserved" ;
+VAL_ 362 RSPA_TrgtGearSta 0 "Idle" 1 "P" 2 "R" 3 "N" 4 "D" ;
+VAL_ 362 RSPA_EpbReq 0 "No request" 1 "release request" 2 "normal apply" 3 "emergency apply" ;
+VAL_ 362 RSPA_ExtLampReq 0 "Inactive (No Request)" 1 "Hazard Lamp Active On" 2 "Hazard Lamp Active Off" 3 "Left Turn Signal On" 4 "Right Turn Signal On" 5 "reserved" 6 "reserved" 7 "reserved" ;
+VAL_ 362 RSPA_CrankingReq 0 "Init" 1 "to RSPA Remote Cranking" 2 "to Normal Cranking" 3 "to IG OFF" ;
+VAL_ 362 RSPA_IdOutWarnReq 0 "No Request" 1 "Change Request" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 362 RSPA_IndBlnkReq 0 "No request" 1 "Type1" 2 "Type2" 3 "Type3" 4 "Type4" 5 "Type5" 6 "Reserved" 7 "Reserved" ;
+VAL_ 362 RSPA_SysOff 0 "default" 1 "system off" ;
+VAL_ 362 RSPA_DccCmd 0 "No request" 1 "Soft Brake" 2 "Hard 1 Brake" 3 "Hard 2 Brake" ;
+VAL_ 362 RSPA_StopReq 0 "No request" 1 "Stop control is required" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 362 RSPA_SelDevInfo 0 "default" 1 "SmartPhone" 2 "Fob" 3 "Reserved" ;
+VAL_ 362 RSPA_SelFuncInfo 0 "default" 1 "Parking" 2 "Remote Forward/Backward" 3 "Reserved" ;
+VAL_ 362 RSPA_AddtnlAccelActv 0 "Inactive" 1 "Active" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 362 RSPA_Opt 0 "RSPA not applied" 1 "RSPA applied" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 362 RSPA_AvnDis 0 "init" 1 "No display" 2 "RSPA 화면 출력" 3 "invalid" ;
+VAL_ 362 RSPA_AvnModDis 0 "init" 1 "주차모드" 2 "출차모드" 3 "invalid" ;
+VAL_ 362 RSPA_AvnModNumDis 0 "init" 1 "2모드" 2 "4모드" 3 "6모드" 4 "8모드" 5 "reserved" 6 "reserved" 7 "invalid" ;
+VAL_ 362 RSPA_AvnSubViewDis 0 "init" 1 "No display" 2 "대체이미지 출력" 3 "invalid" ;
+VAL_ 362 RSPA_AvnModADLDis 0 "init" 1 "제어불가능" 2 "제어가능" 3 "invalid" ;
+VAL_ 362 RSPA_AvnModPDFLDis 0 "init" 1 "제어불가능" 2 "제어가능" 3 "invalid" ;
+VAL_ 362 RSPA_AvnModPLDis 0 "init" 1 "제어불가능" 2 "제어가능" 3 "invalid" ;
+VAL_ 362 RSPA_AvnModPDRLDis 0 "init" 1 "제어불가능" 2 "제어가능" 3 "invalid" ;
+VAL_ 362 RSPA_AvnModPDRRDis 0 "init" 1 "제어불가능" 2 "제어가능" 3 "invalid" ;
+VAL_ 362 RSPA_AvnModPRDis 0 "init" 1 "제어불가능" 2 "제어가능" 3 "invalid" ;
+VAL_ 362 RSPA_AvnModPDFRDis 0 "init" 1 "제어불가능" 2 "제어가능" 3 "invalid" ;
+VAL_ 362 RSPA_AvnModADRDis 0 "init" 1 "제어불가능" 2 "제어가능" 3 "invalid" ;
+VAL_ 362 RSPA_CamDis 0 "No Display (RSPA 연동 해제)" 1 "AVM (뷰 메뉴바 미표시) 와이드뷰 블랙+탑뷰 / RVM: View OFF" 2 "AVM (뷰 메뉴바 미표시) 와이드뷰 전방+탑뷰 / RVM: Parking Assist View (Guide L. X)" 3 "AVM (뷰 메뉴바 미표시) 와이드뷰 후방+탑뷰 / RVM: Parking Assist View (Guide L. O)" 4 "reserved" 5 "reserved" 6 "reserved" 7 "Invalid" ;
+VAL_ 362 RSPA_CnclTyp 0 "init" 1 "Cancel by AVN SoftKey (Cancel Button on Screen)" 2 "Cancel by RSPA" 3 "Invalid" ;
+VAL_ 362 RSPA_AvnHmiDis 0 "none" 1 "Select operating mode" 2 "SMART Parking" 3 "REMOTE Parking" 4 "Parking completed" 5 "SMART Pull-out" 6 "Pull-out completed" 7 "RSPA cancelled - Read Manual" 8 "RSPA cancelled - Operate vehicle manually" 9 "Not working condition - Exceed Limit Speed" 10 "Searching for Parking space - Reduce speed under 20km" 11 "Check RSPA - Visit Tech Center" 12 "Reserved" 13 "display Front camera - moving forward" 14 "display Rear camera - moving backward" 15 "Reserved" 16 "RSPA paused - Check tailgate closed" 17 "RSPA paused - Remote control range exceeded" 18 "RSPA pasued - Hold down dedicated button on key fob" 19 "Parking completed - manually" 20 "Pull-out completed - manually" 21 "Reserved" 22 "RSPA paused - Check all doors closed" 23 "RSPA paused - Check trunk closed" 24 "RSPA paused - RCCW" 25 "RSPA paused - Fasten seat belt on drivers side" 26 "Operation guide - Release brake" 27 "RSPA paused - Monitor surrounding area" 28 "RSPA cancelled - Trailer mode" 29 "RSPA cancelled - PDW Off" 30 "RSPA cancelled - over 20km" 31 "RSPA cancelled - not stop" 32 "RSPA cancelled - reverse movement" 33 "RSPA cancelled - narrow space" 34 "Not working condition - trailer mode" 35 "RSPA cancelled - Monitor surrounding area" 36 "RSPA cancelled - Check road condition" 37 "RSPA cancelled - Exceed operating distance" 38 "RSPA cancelled - Exceed operation time" 39 "RSPA cancelled - Detect cancel input" 40 "RSPA cancelled - Detect remote start button input" 41 "RSPA cancelled - Detect B" 42 "RSPA cancelled - Detect unfasten S" 43 "RSPA cancelled - Detect T" 44 "RSPA cancelled - Detect EPB operation" 45 "RSPA cancelled - Detect Pedal operation" 46 "RSPA cancelled - Hood open" 47 "RSPA cancelled - Detect S" 48 "RSPA cancelled - USS blockage" 49 "Reserved" 50 "Reserved" 51 "Reserved" 52 "Reserved" 53 "Reserved" 54 "Reserved" 55 "Reserved" 56 "Reserved" 57 "Reserved" 58 "Reserved" 59 "Reserved" 60 "Reserved" 61 "Reserved" 62 "Reserved" 63 "Reserved" 64 "Reserved" 65 "Reserved" 66 "Reserved" 67 "Reserved" 68 "Reserved" 69 "Reserved" 70 "Reserved" 71 "Reserved" 72 "Reserved" 73 "Reserved" 74 "Reserved" 75 "Reserved" 76 "Reserved" 77 "Reserved" 78 "Reserved" 79 "Reserved" 80 "Reserved" 81 "Reserved" 82 "Reserved" 83 "Reserved" 84 "Reserved" 85 "Reserved" 86 "Reserved" 87 "Reserved" 88 "Reserved" 89 "Reserved" 90 "Reserved" 91 "Reserved" 92 "Reserved" 93 "Reserved" 94 "Reserved" 95 "Reserved" 96 "Reserved" 97 "Reserved" 98 "Reserved" 99 "Reserved" 100 "Reserved" 101 "Reserved" 102 "Reserved" 103 "Reserved" 104 "Reserved" 105 "Reserved" 106 "Reserved" 107 "Reserved" 108 "Reserved" 109 "Reserved" 110 "Reserved" 111 "Reserved" 112 "Reserved" 113 "Reserved" 114 "Reserved" 115 "Reserved" 116 "Reserved" 117 "Reserved" 118 "Reserved" 119 "Reserved" 120 "Reserved" 121 "Reserved" 122 "Reserved" 123 "Reserved" 124 "Reserved" 125 "Reserved" 126 "Reserved" 127 "Reserved" 128 "Searching for Parking space - Drive forwards" 129 "Searching Completed - Stop vehicle to park or Move forward" 130 "Select parking mode" 131 "Checking space - Stop the vehicle to check space" 132 "Checking completed - Select pull-out mode" 133 "Remote Moving F" 134 "under Remote Control" 135 "Remote Moving F" 136 "Operation guide - Reinput Parking Button" 137 "Operation guide - Reinput SMART Key Button" 138 "Not working condition - Read Manual" 139 "Not working condition - Steep road slope up" 140 "Not working condition - Steep road slope down" 141 "RSPA cancelled - Steep road slope up" 142 "RSPA cancelled - Steep road slope down" 143 "Not working condition - USS blockage" 144 "RSPA Guide Pop - up" 145 "RSPA cancelled ? DCT overtemp" 146 "Not working condition ? DCT overtemp" 147 "0x93~0xFE:Reserved" 254 "0x93~0xFE:Reserved" 255 "Invalid" ;
+VAL_ 421 AWD_FRWhlSpdSnsrVal 255 "Error indicator" ;
+VAL_ 421 AWD_FLWhlSpdSnsrVal 255 "Error indicator" ;
+VAL_ 421 AWD_RRWhlSpdSnsrVal 255 "Error indicator" ;
+VAL_ 421 AWD_RLWhlSpdSnsrVal 255 "Error indicator" ;
+VAL_ 421 AWD_CltchPrsrVal 65535 "Error indicator" ;
+VAL_ 421 AWD_SysOpSta 0 "deactivated" 1 "initialization" 2 "calibration" 3 "normal operation (torque setting)" 4 "temporary failed (return to normal operation in same running cycle, clutch will be opened, reactivation of ESP requested)" 5 "failed" 6 "failed, clutch open" 7 "failed, position unknown" 15 "Signal not available(Error indicator)" ;
+VAL_ 421 AWD_Typ 0 "Electronic 4WD (FF)" 1 "Electronic 4WD (FR)" 2 "Electric shift 4WD (FR)" 3 "Error indicator" ;
+VAL_ 421 AWD_IcscErrSta 0 "ICSC signal is valid" 1 "ICSC signal is not valid" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 421 AWD_CltchDtVal 255 "Error indicator" ;
+VAL_ 421 AWD_OpMod2HSta 0 "2H mode is inactive" 1 "2H mode is activated" 2 "Not used" 3 "Error indicator" ;
+VAL_ 421 AWD_OpMod4HSta 0 "4H mode is inactive" 1 "4H mode is activated" 2 "Not used" 3 "Error indicator" ;
+VAL_ 421 AWD_OpModLowSta 0 "LOW mode is inactive" 1 "LOW mode is activated" 2 "Not used" 3 "Error indicator" ;
+VAL_ 421 AWD_OpModAutoSta 0 "AUTO mode is inactive" 1 "AUTO mode is activated" 2 "Not used" 3 "Error indicator" ;
+VAL_ 421 AWD_OpModLkSta 0 "LOCK mode is inactive" 1 "LOCK mode is activated" 2 "Not used" 3 "Error indicator" ;
+VAL_ 421 AWD_TireSizeWrng 0 "No Failure" 1 "1 level difference detected" 2 "2 level difference detected" 3 "3 level difference detected" 4 "Reserved" 5 "Reserved" 6 "Reserved" 7 "Reserved" ;
+VAL_ 421 AWD_ShaftTqVal 65535 "Error indicator" ;
+VAL_ 421 AWD_StrWhlPosVal 65535 "Error indicator" ;
+VAL_ 992 BAlarm_BglrAlrmCurrentSta 0 "Off" 1 "DisArm" 2 "Arm" 3 "PreArm" 4 "ArmWait" 5 "ArmHold(Trunk)" 6 "ReArm" 7 "AutoLockTimer1" 8 "AutoLockTimer2" 9 "Alarm" 10 "Default" 11 "AutoLockTimer3(Tailgate)" 12 "Reserved" 13 "Reserved" 14 "Not Used" 15 "Error Indicator" ;
+VAL_ 992 BAlarm_BglrAlrmSta 0 "DIS-,PRE-,AUTOLOCKTIMER1,2,3(TG)" 1 "ARM,-WAIT,RE-,ALARM,-HD(Trunk)" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 992 BAlarm_PncAlrmSta 0 "Off" 1 "On (Panic Alarm ON)" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 992 BAlarm_BrglrHrnRlySta 0 "Off" 1 "On" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 992 BCM_KeyInSta 0 "Off (Key removed)" 1 "On (Key inserted)" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 992 BCM_AccInSta 0 "Acc Off" 1 "Acc On" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 992 BCM_Ign1InSta 0 "IGN1 Off" 1 "IGN1 On" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 992 BCM_Ign2InSta 0 "IGN2 Off" 1 "IGN2 On" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 992 BCM_IgnSwSta 0 "KeyOff" 1 "KeyIn" 2 "Acc" 3 "Ign" 4 "St" 5 "Reseved" 6 "Not Used" 7 "Error Indicator" ;
+VAL_ 1058 Wiper_PrkngPosSta 0 "else" 1 "Parking Position" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 1058 Wiper_RainSnsrOptionTyp 0 "Non Rain Sensor Option" 1 "Rain Sensor Option" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 1058 Wiper_RainSnsrSta 0 "OFF" 1 "Rain Detected" 2 "Low" 3 "High" 4 "Fault 1" 5 "Fault 2" 6 "Fault 3" 7 "Reserved" 8 "Reserved" 9 "Reserved" 10 "Reserved" 11 "Reserved" 12 "Reserved" 13 "Reserved" 14 "Not Used" 15 "Error Indicator" ;
+VAL_ 1058 BCM_RVMSw 0 "RVM SW Off" 1 "RVM SW On" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 1058 BCM_GearPosPSta 0 "Off" 1 "P" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 1058 BCM_SunRoofOpnSta 0 "Close" 1 "Open" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 1090 BCM_CntryConfgTyp 0 "Dom" 1 "Na" 2 "Eu" 3 "Aus" 4 "China" 5 "Gen,Mes" 6 "India" 7 "Reserved" 8 "Reserved" 9 "Reserved" 10 "Reserved" 11 "Reserved" 12 "Reserved" 13 "Reserved" 14 "Not Used" 15 "Error Indicator" ;
+VAL_ 1090 BCM_BodyOptTyp 0 "4Dr" 1 "5Dr" 2 "2Dr" 3 "Reserved" 4 "Reserved" 5 "Reseved" 6 "Not Used" 7 "Error Indicator" ;
+VAL_ 1090 BCM_SmkOptTyp 0 "Non SMK Option" 1 "SMK Option" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 1090 PHEV_FuelDrOpnSta 0 "Close" 1 "Open" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 1090 BCM_SunRoofOptTyp 0 "NONE" 1 "Sunroof applied" 2 "reserved" 3 "Invalid" ;
+VAL_ 1090 BCM_SafetyWdwOptTyp 0 "NONE" 1 "All Safety Window Applied" 2 "Driver Safety Window Applied" 3 "Invalid" ;
+VAL_ 1090 Window_DrvrSdWdwSta_BCM 0 "Window Close" 1 "Window Open" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 1090 Window_AsstSdWdwSta_BCM 0 "Window Close" 1 "Window Open" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 1090 Window_RrLftWdwSta_BCM 0 "Window Close" 1 "Window Open" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 1090 Window_RrRtWdwSta_BCM 0 "Window Close" 1 "Window Open" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 1090 Window_TunlModAutoIndSta 0 "Off" 1 "On" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 1090 SunRoof_GlassPosSta 0 "Glass Tilt up" 1 "Glass Vent area" 2 "Glass Anti pinch in vent" 3 "Glass Fully close" 4 "Glass Anti pinch in partially slide" 5 "Glass Partially slide" 6 "Glass Fully open" 7 "Glass Uninitialized" 8 "Reserved" 9 "Reserved" 10 "Reserved" 11 "Reserved" 12 "Reserved" 13 "Reserved" 14 "Reserved" 15 "invalid" ;
+VAL_ 1090 SunRoof_BlindPosSta 0 "BLIND_HALF_OPEN" 1 "BLIND_LESS_THEN_HALF_OPEN" 2 "BLIND_ANTIPINCH_LESS_THAN_HALF_OPEN" 3 "BLIND_FULLY_CLOSE" 4 "BLIND_ANTIPINCH_MORE_THAN_HALF_OPEN" 5 "BLIND_MORE_THAN_HALF_OPEN" 6 "BLIND_FULLY_OPEN" 7 "BLIND_UNINITIALIZED" 8 "Reserved" 9 "Reserved" 10 "Reserved" 11 "Reserved" 12 "Reserved" 13 "Reserved" 14 "Reserved" 15 "invalid" ;
+VAL_ 1090 SunRoof_GlassErrSta 0 "Glass No error" 1 "Glass Thermal Protection Active" 2 "Glass Initialized Status" 3 "Glass Undefined ECU Error" 4 "Glass Switch Error" 5 "Glass Voltage error" 6 "Complex Error" 7 "invalid" ;
+VAL_ 1090 SunRoof_BlindErrSta 0 "Roll Blind No error" 1 "Roll Blind Thermal Protection Active" 2 "Roll Blind Initialized Status" 3 "Roll Blind Undefined ECU Error" 4 "Roll Blind Switch Error" 5 "Roll Blind Voltage error" 6 "Complex Error" 7 "invalid" ;
+VAL_ 1090 PHEV_FuelDrDis2 0 "Off" 1 "Fuel Door Unlock Wait" 2 "Refueling Ready(Fuel Door Open)" 3 "Check Fuel Door" 4 "Charging" 5 "Fuel Door Not Open" 6 "Not Used" 7 "Error Indicator" ;
+VAL_ 1097 Lamp_InlTailLmpSta_BCM 0 "Off" 1 "On" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 1097 Lamp_ExtrnlTailLmpSta_BCM 0 "Off" 1 "On" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 1097 Lamp_HzrdSwSta_BCM 0 "Off" 1 "On" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 1097 Lamp_TrnSigLmpLftOnReq_BCM 0 "Off" 1 "On" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 1097 Lamp_TrnSigLmpRtOnReq_BCM 0 "Off" 1 "On" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 1097 Lamp_RoomLmpOnReq_BCM 0 "Off" 1 "On" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 1097 PHEV_FuelDrCtrlFlag 0 "Default (Fuel Door Open Control Not Running)" 1 "Fuel Door Open Control Running" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 1097 HeatedSteerWheel_AutoOffSta_BCM 0 "Manual Off or Fail Off or On of Default Value" 1 "Automatically Off by Timer" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 1097 HeatedSteerWheel_StrWhlHtrSwSta_BCM 0 "Off" 1 "On" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 565 BMS_Crc1Val 65535 "Signal Invalid (Message with unused CRC. CRC signal is transmitted fixed value)" ;
+VAL_ 565 xEV_MtrPwmOnReq 0 "PWM Off" 1 "PWM On" 2 "Not used" 3 "Error indicator" ;
+VAL_ 565 xEV_HsgPwmOnReq 0 "PWM Off" 1 "PWM On" 2 "Not used" 3 "Error indicator" ;
+VAL_ 565 xEV_OpuPwmOnReq 0 "PWM Off" 1 "PWM On" 2 "Not used" 3 "Error indicator" ;
+VAL_ 565 BMS_AlvCnt1Val 255 "Signal Invalid (Message with unused Alive counter. Alive counter signal is transmitted fixed value)" ;
+VAL_ 565 xEV_IsolDetOpSta 0 "Not operating" 1 "Operation" 2 "Not used" 3 "Error indicator" ;
+VAL_ 565 xEV_CrshActvRcvSta 0 "Normal" 1 "Crash Active From ACU" 2 "Not used" 3 "Error indicator" ;
+VAL_ 565 xEV_BmsHvIntlockReq 0 "Normal" 1 "Discharging Request" 2 "Not used" 3 "Error indicator" ;
+VAL_ 565 xEV_RlyWeldingSta 0 "Relay Welding not detection" 1 "Relay Welding detection" 2 "Not used" 3 "Error indicator" ;
+VAL_ 565 xEV_OverChrgWrnSta 0 "Normal" 1 "Overcharge warning" 2 "Not used" 3 "Error indicator" ;
+VAL_ 565 xEV_RlyOffRcvSta 0 "Normal" 1 "BMS Received Relay off Req. from other ECU" 2 "Not used" 3 "Error indicator" ;
+VAL_ 565 xEV_PreChrgSta 0 "Normal" 1 "Prechargingy Operation" 2 "Not used" 3 "Error indicator" ;
+VAL_ 565 xEV_MILReq 0 "MIL off" 1 "MIL On Requset" 2 "Not used" 3 "Error indicator" ;
+VAL_ 565 xEV_BatCoolPwrPerm 0 "Normal" 1 "Temporary Power Permission" 2 "Not used" 3 "Error indicator" ;
+VAL_ 565 xEV_MRlyOperTmpForEngCrk 0 "Normal" 1 "Temporary Relay ON" 2 "Not used" 3 "Error indicator" ;
+VAL_ 565 xEV_ACModSwReq 0 "Normal" 1 "Mode Conversion Request" 2 "Not used" 3 "Error indicator" ;
+VAL_ 565 xEV_SysWrnSta 0 "Normal" 1 "Warning" 2 "Not used" 3 "Error indicator" ;
+VAL_ 565 xEV_SysCtrlablSta 0 "Battery Power unusable" 1 "Battery Power usable" 2 "Not used" 3 "Error indicator" ;
+VAL_ 565 xEV_SysRdySta 0 "Not Ready" 1 "BMS Control Board Ready" 2 "Not used" 3 "Error indicator" ;
+VAL_ 565 xEV_BatEvtAlarm 0 "Default" 1 "Level 1" 2 "Level 2" 3 "Level 3" 4 "Level 4" ;
+VAL_ 762 BMS_Crc2Val 65535 "Signal Invalid (Message with unused CRC. CRC signal is transmitted fixed value)" ;
+VAL_ 762 xEV_MainRlyOnRetrySta 0 "Normal" 1 "Relay ON Retry Operation" 2 "Not used" 3 "Error indicator" ;
+VAL_ 762 BMS_AlvCnt2Val 255 "Signal Invalid (Message with unused Alive counter. Alive counter signal is transmitted fixed value)" ;
+VAL_ 762 xEV_PRATempSnsVal_ 127 "Error indicator" ;
+VAL_ 762 xEV_PRATempSns2Val_ 127 "Error indicator" ;
+VAL_ 762 xEV_SrvLmpReq 0 "Off" 1 "Service Lamp On" 2 "Not used" 3 "Error indicator" ;
+VAL_ 762 xEV_MainRlyOnSta 0 "Open" 1 "Close" 2 "Not used" 3 "Error indicator" ;
+VAL_ 762 xEV_SysFltSta 0 "Normal" 1 "Fault" 2 "Not used" 3 "Error indicator" ;
+VAL_ 762 xEV_MinBattCelVoltVal 255 "Error indicator" ;
+VAL_ 762 xEV_MaxBattCelVoltVal 255 "Error indicator" ;
+VAL_ 762 xEV_BattCurrVal 32767 "Error indicator" ;
+VAL_ 762 xEV_MinBattTempVal 127 "Error indicator" ;
+VAL_ 762 xEV_MaxBattTempVal 127 "Error indicator" ;
+VAL_ 864 BMS_Crc3Val 65535 "Signal Invalid (Message with unused CRC. CRC signal is transmitted fixed value)" ;
+VAL_ 864 xEV_BTMSdiag_flag 0 "Normal state" 1 "Abnormal  state" 2 "Not used" 3 "Error indicator" ;
+VAL_ 864 xEV_EwpClntDetCluDisp 0 "Sufficient EWP Coolant" 1 "Insufficient EWP Coolant" 2 "Not used" 3 "Error indicator" ;
+VAL_ 864 BMS_AlvCnt3Val 255 "Signal Invalid (Message with unused Alive counter. Alive counter signal is transmitted fixed value)" ;
+VAL_ 864 xEV_EwpClntDiagReq 0 "Disable" 1 "Enable" 2 "Not used" 3 "Error indicator" ;
+VAL_ 864 xEV_BTMSModSta 0 "Normal(No Heating & No Cooling" 1 "Radiator On Only - PE Cooling Only" 2 "Radiator On Only - PE & Battery Cooling" 3 "Radiator & Chiller On - PE & Battery Cooling" 4 "Chiller On Only - Battery Cooling Only" 5 "PTC Heater On - PE & Battery Heating" 6 "PTC Heater On - Battery Heating Only" ;
+VAL_ 864 xEV_RadFanOpForMcuReq 255 "Error indicator" ;
+VAL_ 864 xEV_BatEwpOpReq 255 "Error indicator" ;
+VAL_ 864 xEV_WcsInTempVal 127 "Error indicator" ;
+VAL_ 426 CLU_PdwDisTyp 0 "Display is not applied" 1 "Display is applied" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 426 CLU_DtntOutSta 0 "Detent Off" 1 "Detent On" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 426 CLU_SpdUnitTyp 0 "km/h" 1 "MPH" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 426 CLU_DisSpdDcmlVal 0 "0" 1 "0.125" 2 "0.250" 3 "0.375" ;
+VAL_ 426 CLU_SWRCCrsMainSwSta 0 "Off" 1 "Key On" 2 "Reserved" 3 "Invalid" ;
+VAL_ 426 CLU_SWRCCrsSwSta 0 "Idle Position" 1 "Plus" 2 "Minus" 3 "Headway" 4 "Cancel/Pause" 5 "Reserved" 6 "Reserved" 7 "Reserved" ;
+VAL_ 426 CLU_SWRCLFASwSta 0 "Off" 1 "Key On" 2 "Reserved" 3 "Invalid" ;
+VAL_ 426 CLU_SWRCSldMainSwSta 0 "Off" 1 "Key On" 2 "Reserved" 3 "Invalid" ;
+VAL_ 426 CLU_RhstaLvlSta 0 "Reserved" 1 "Step 1" 2 "Step 2" 3 "Step 3" 4 "Step 4" 5 "Step 5" 6 "Step 6" 7 "Step 7" 8 "Step 8" 9 "Step 9" 10 "Step 10" 11 "Step 11" 12 "Step 12" 13 "Step 13" 14 "Step 14" 15 "Step 15" 16 "Step 16" 17 "Step 17" 18 "Step 18" 19 "Step 19" 20 "Step 20 (Reset Value)" 21 "Step 21 (Detent)" ;
+VAL_ 426 CLU_DisSpdVal 1023 "Error" ;
+VAL_ 426 CLU_DisTyp 0 "Default" 1 "Type1" 2 "Type2" 3 "Invalid" ;
+VAL_ 426 CLU_OKSwSta 0 "Off" 1 "Key On" 2 "Reserved" 3 "Invalid" ;
+VAL_ 426 CLU_DisSpdVal_KPH 511 "Error" ;
+VAL_ 549 CLU_RefuelWrnSta 0 "Refuel Popup is off" 1 "Refuel Popup is on" 2 "Reserved" 3 "Invalid" ;
+VAL_ 549 CLU_IceWrnIndSta 0 "Off" 1 "On" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 549 CLU_DrvngModSwSta 0 "Off" 1 "Normal" 2 "Eco" 3 "Sport" 4 "Sport+" 5 "Smart" 6 "Custom" 7 "N-mode" 8 "Reserved" 9 "Reserved" 10 "Reserved" 11 "Reserved" 12 "Reserved" 13 "Reserved" 14 "Reserved" 15 "Reserved" ;
+VAL_ 549 CLU_FuelLvlSta 0 "0x0x0~0x64:0%~100%" 100 "0x0x0~0x64:0%~100%" 101 "Reserved" 102 "Reserved" 103 "Reserved" 104 "Reserved" 105 "Reserved" 106 "Reserved" 107 "Reserved" 108 "Reserved" 109 "Reserved" 110 "Reserved" 111 "Reserved" 112 "Reserved" 113 "Reserved" 114 "Reserved" 115 "Reserved" 116 "Reserved" 117 "Reserved" 118 "Reserved" 119 "Reserved" 120 "Reserved" 121 "Reserved" 122 "Reserved" 123 "Reserved" 124 "Reserved" 125 "Reserved" 126 "Reserved" 127 "Invalid(Error)" ;
+VAL_ 549 CLU_OutTempFSta 0 "0x0x0~0xB4:-40~140℉" 180 "0x0x0~0xB4:-40~140℉" 181 "Reserved" 182 "Reserved" 183 "Reserved" 184 "Reserved" 185 "Reserved" 186 "Reserved" 187 "Reserved" 188 "Reserved" 189 "Reserved" 190 "Reserved" 191 "Reserved" 192 "Reserved" 193 "Reserved" 194 "Reserved" 195 "Reserved" 196 "Reserved" 197 "Reserved" 198 "Reserved" 199 "Reserved" 200 "Reserved" 201 "Reserved" 202 "Reserved" 203 "Reserved" 204 "Reserved" 205 "Reserved" 206 "Reserved" 207 "Reserved" 208 "Reserved" 209 "Reserved" 210 "Reserved" 211 "Reserved" 212 "Reserved" 213 "Reserved" 214 "Reserved" 215 "Reserved" 216 "Reserved" 217 "Reserved" 218 "Reserved" 219 "Reserved" 220 "Reserved" 221 "Reserved" 222 "Reserved" 223 "Reserved" 224 "Reserved" 225 "Reserved" 226 "Reserved" 227 "Reserved" 228 "Reserved" 229 "Reserved" 230 "Reserved" 231 "Reserved" 232 "Reserved" 233 "Reserved" 234 "Reserved" 235 "Reserved" 236 "Reserved" 237 "Reserved" 238 "Reserved" 239 "Reserved" 240 "Reserved" 241 "Reserved" 242 "Reserved" 243 "Reserved" 244 "Reserved" 245 "Reserved" 246 "Reserved" 247 "Reserved" 248 "Reserved" 249 "Reserved" 250 "Reserved" 251 "Reserved" 252 "Reserved" 253 "Reserved" 254 "Reserved" 255 "Invalid" ;
+VAL_ 549 CLU_TerrainModSwSta 0 "Default" 1 "Snow" 2 "Sand" 3 "Mud" 4 "Reserved" 5 "Reserved" 6 "Reserved" 7 "Reserved" ;
+VAL_ 549 CLU_OutTempCSta 0 "0x0x0~0x64:-40~60℃" 100 "0x0x0~0x64:-40~60℃" 101 "0x65~0xFE:Reserved" 254 "0x65~0xFE:Reserved" 255 "Invalid" ;
+VAL_ 549 CLU_DTEVal 0 "Valid DTE 0 (Display '---')" 1 "0x1~0xFFE:Valid DTE (1 ~ 4094 km)" 4094 "0x1~0xFFE:Valid DTE (1 ~ 4094 km)" 4095 "Invalid(Display '---' Blink)" ;
+VAL_ 549 CLU_TripUnitSta 0 "Not Used" 1 "km" 2 "mile" 3 "Invailid" ;
+VAL_ 549 CLU_AvgFuelCnsmptnVal 1023 "Error" ;
+VAL_ 549 CLU_AvgFuelCnsmptnUnitSta 0 "km/L" 1 "L/100km" 2 "MPG(US)" 3 "MPG(UK)" ;
+VAL_ 549 CLU_LoFuelWrngSta 0 "Low fuel Warning is off" 1 "Low fuel Warning is on" 2 "Not used" 3 "Invalid" ;
+VAL_ 549 CLU_RefuelDetSta 0 "Non refuel detected" 1 "Refuel detected" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 549 CLU_TerrainMainSwSta 0 "Default" 1 "On-Road" 2 "Off-Road" 3 "Reserved" ;
+VAL_ 549 CLU_LngSta 0 "Off" 1 "Korean" 2 "English(US)" 3 "English(UK)" 4 "Chinese(Mandarin)" 5 "Chinese(Cantonese)" 6 "French(EU)" 7 "Spanish(EU)" 8 "Arabic" 9 "Czech" 10 "Danish" 11 "German" 12 "Italian" 13 "Dutch" 14 "Polish" 15 "Portuguese" 16 "Russian" 17 "Slovak" 18 "Swedish" 19 "Turkish" 20 "French(US)" 21 "Spanish(US)" 22 "Reserved" 23 "Reserved" 24 "Reserved" 25 "Reserved" 26 "Reserved" 27 "Reserved" 28 "Reserved" 29 "Reserved" 30 "Reserved" 31 "Invalid" ;
+VAL_ 549 CLU_SRSWrngLmpSta 0 "Lamp OFF" 1 "Lamp On" 2 "Lamp Flashing" 3 "ACU message error" 7 "Lamp Circuit Failure" ;
+VAL_ 549 CLU_OdoVal 16777215 "Error" ;
+VAL_ 549 CLU_DawLastBrkTimeVal 0 "Value x 30min (0~6.5hr)" 1 "Value x 30min (0~6.5hr)" 2 "Value x 30min (0~6.5hr)" 3 "Value x 30min (0~6.5hr)" 4 "Value x 30min (0~6.5hr)" 5 "Value x 30min (0~6.5hr)" 6 "Value x 30min (0~6.5hr)" 7 "Value x 30min (0~6.5hr)" 8 "Value x 30min (0~6.5hr)" 9 "Value x 30min (0~6.5hr)" 10 "Value x 30min (0~6.5hr)" 11 "Value x 30min (0~6.5hr)" 12 "Value x 30min (0~6.5hr)" 13 "Value x 30min (0~6.5hr)" 14 "7hr or more" 15 "Invalid" ;
+VAL_ 1233 USM_InletAutoLockSetReq 0 "Default" 1 "Auto Mode" 2 "Lock Mode" 3 "Unlock Mode" 4 "Reserved" 5 "Reserved" 6 "Reserved" 7 "Invalid" ;
+VAL_ 1233 USM_StaRst1Req 0 "Defualt" 1 "Reset" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 1233 USM_NccCamSetReq 0 "Not Applied" 1 "Function Off" 2 "Function On - Manual Resume" 3 "Function On - Automatic Resume" 4 "Reserved" 5 "Reserved" 6 "Reserved" 7 "Invalid" ;
+VAL_ 1236 USM_TwoTrnUnlckSetReq 0 "Default" 1 "Disable" 2 "Enable" 3 "Invalid" ;
+VAL_ 1236 USM_ECoastSetReq 0 "Default" 1 "Disable" 2 "Enable" 3 "Invalid" ;
+VAL_ 1236 USM_ECoastingWrngSndSetReq 0 "Default" 1 "Disable" 2 "Enable" 3 "Invalid" ;
+VAL_ 1236 USM_MdLmpBrgtnsSetReq 0 "Default" 1 "Off" 2 "step 1" 3 "step 2" 4 "step 3" 5 "step 4" 6 "reserved" 7 "Invalid" ;
+VAL_ 1236 USM_TirePrsrUnitSetReq 0 "Default Value" 1 "psi" 2 "kpa" 3 "bar" 4 "Reserved" 5 "Reserved" 6 "Reserved" 7 "Invalid" ;
+VAL_ 1236 USM_FuelGdRstReq 0 "Default" 1 "Reset Request" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 1236 USM_SmrtRegenSetReq 0 "Default(USM 미구성)" 1 "Off(Disabled)" 2 "On(Enabled)" 3 "Invalid(USM 비활성화)" ;
+VAL_ 1236 USM_GreenZoneDrvSetReq 0 "Default(USM 미구성)" 1 "Off(Disabled)" 2 "On(Enabled)" 3 "Invalid" ;
+VAL_ 1236 USM_VESSVolLevelSetReq 0 "Default(USM 미구성)" 1 "Level 1" 2 "Level 2" 3 "Level 3" 4 "Level 4" 5 "Reserved" 6 "Smart Mode" 7 "Invalid" ;
+VAL_ 1144 CLU_ICUDlvrModOffSetReq 0 "Default" 1 "OFF Request" 2 "Reserved" 3 "Invalid" ;
+VAL_ 1144 CLU_DrvngLampChgnSta 0 "Reserved" 1 "Normal" 2 "Eco" 3 "Sport" 4 "Sport+" 5 "Smart" 6 "Custom" 7 "N-mode" 8 "Reserved" 9 "Reserved" 10 "Reserved" 11 "Reserved" 12 "Reserved" 13 "Reserved" 14 "Reserved" 15 "Reserved" ;
+VAL_ 1144 CLU_TerrainModChgn 0 "Default" 1 "Snow" 2 "Sand" 3 "Mud" 4 "Reserved" 5 "Reserved" 6 "Reserved" 7 "Ready" ;
+VAL_ 1144 CLU_ADASSetShortcut_Req 0 "Default" 1 "Menu On" 2 "Reserved" 3 "Invalid" ;
+VAL_ 1144 CLU_AdasVolAutoOnSetReq 0 "Default" 1 "Auto on" 2 "Reserved" 3 "Invalid" ;
+VAL_ 1144 CLU_SbwNModReq 0 "Off" 1 "N mode request" ;
+VAL_ 1144 CLU_RrStRemindOffSetReq 0 "Default" 1 "Off Request" 2 "Reserved" 3 "Invalid" ;
+VAL_ 1144 CLU_RrStRemindFdbckSetReq 0 "Off(Default)" 1 "On(1st ROA Alert On)" 2 "Reserved" 3 "Invalid" ;
+VAL_ 1144 CLU_PwrAutoOffResetReq 0 "Default" 1 "Reset Request" 2 "Reserved" 3 "Invalid" ;
+VAL_ 1144 CLU_WelcomeStartReq 0 "Default" 1 "Welcome Start" 2 "Goodbye_Start(ADM_Off)" 3 "Invalid" ;
+VAL_ 384 CLU_PddlUpSwSta 0 "Idle position" 1 "On" ;
+VAL_ 384 CLU_PddlDnSwSta 0 "Idle position/" 1 "On" ;
+VAL_ 325 DATC_MixDfgSelSta 0 "Battery FAN Non-on Request" 1 "Battery FAN On Request" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 325 DATC_BattChlrVlvSta 0 "Dafault" 1 "Valve Off" 2 "Valve On" 3 "Error Indicator" ;
+VAL_ 325 DATC_AcnECompSpdVal 65534 "Not used" 65535 "Error Indicator" ;
+VAL_ 325 DATC_AcnCompSlpModCodVal 0 "Normal" 1 "Thermistor open" 2 "Thermister short" 4 "Over torque stall" 8 "Short circuit current" 16 "Driver voltage" 32 "Current measuring" 64 "Max Temperature Gradient" 128 "Internal Error" 255 "Error" ;
+VAL_ 325 DATC_AcnCompWaitCodVal 0 "Normal" 1 "Low_Voltage" 2 "High_Voltage" 4 "Over_Heat_Protection" 8 "Over_Loaded" 16 "Over_Current_Protection" 32 "Abnormal(not receiving)" 64 "Missed_Restart" ;
+VAL_ 325 DATC_AcnCompSta 1 "Initialize Mode" 2 "Standby Mode" 4 "Wait Mode" 8 "Sleep Mode" 16 "Operating Mode" 255 "Error" ;
+VAL_ 325 DATC_OutTempSnsrVal 255 "Error" ;
+VAL_ 325 DATC_AUTOActv 0 "Default" 1 "Automatic control is Active" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 325 DATC_DfgSw 0 "FRONT DEF switch is not selected" 1 "FRONT DEF switch is selected" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 325 DATC_BattChlrVlv_FltCode 0 "Dafault" 1 "No Error" 2 "Error" 3 "Error Indicator" ;
+VAL_ 325 DATC_BattEvapVlvSta 0 "Default" 1 "Valve Off (OPEN)" 2 "Valve On (CLOSE)" 3 "Error Indicator" ;
+VAL_ 325 DATC_BattEvapVlv_FltCode 0 "Default" 1 "No Error" 2 "Error" 3 "Error Indicator" ;
+VAL_ 325 DATC_MildCooldown 0 "Default" 1 "Initial State" 2 "Mild Cooldown" 3 "Error Indicator" ;
+VAL_ 325 DATC_BlwrLvl 0 "OFF" 1 "0 level" 2 "1 level" 3 "2 level" 4 "3 level" 5 "4 level" 6 "5 level" 7 "6 level" 8 "7 evel" 9 "8 level" 10 "Reserved" 11 "Reserved" 12 "Reserved" 13 "Reserved" 14 "Reserved" 15 "Error Indicator" ;
+VAL_ 325 DATC_PtcRlySta 0 "PTC OFF" 1 "PTC ON Lv1" 2 "PTC ON Lv1&2" 3 "PTC ON Lv1&2&3" 4 "Not used" 5 "Not used" 6 "Not used" 7 "Error Indicator" ;
+VAL_ 325 DATC_ManufacturerTyp 0 "FATC Type 0 (default)" 1 "FATC Type 1 (Doowon)" 2 "FATC Type 2 (Hanon)/0X3:FATC Type 3(DENSO)" 4 "Not used" 5 "Not used" 6 "Not used" 7 "Error Indicator" ;
+VAL_ 325 DATC_Cooldown 0 "Default" 1 "Initial" 2 "Cool down" 3 "Error Indicator" ;
+VAL_ 325 DATC_AcnReq 0 "A/C Non-Request" 1 "A/C Request" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 325 DATC_BlwSta 0 "Blower Off" 1 "Blower On" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 325 DATC_BlwMaxSta 0 "NOT Max blower speed" 1 "Max blower speed" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 325 DATC_EngStrtReq 0 "Engine Not on Request" 1 "Engine Auto Start Request" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 325 DATC_AcnCompOnReq 0 "A/C COMP Request Off" 1 "A/C COMP Request ON" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 325 DATC_SrvLmpReq 0 "Off" 1 "Service Lamp On" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 325 DATC_AcnECompOpSta 0 "E-Compressor Not-Operation" 1 "E-Compressor Operation" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 325 DATC_AcnCompFltSta 0 "A/C E-Compressor Normal" 1 "A/C E-Compressor Fail" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 325 DATC_WaterPmpOnReq 0 "Engine Water Pump Non request" 1 "Engine Water Pump On request" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 325 DATC_RrDfgOpSta 0 "Rear Defog Off" 1 "Rear Defog On" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 325 DATC_AcnECompCANFltSta 0 "LOCAL CAN Normal" 1 "LOCAL CAN Fail" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 325 DATC_HVCompIntlkSta 0 "Disconnect" 1 "Connect" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 325 DATC_HVIntDischrgLkReq 0 "Not Request" 1 "Request" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 325 DATC_AcnECompMaxReqPwrVal 1023 "Error Indicator" ;
+VAL_ 325 DATC_AcnECompCnsmptPwrVal 1023 "Error Indicator" ;
+VAL_ 325 DATC_MainRlyOffReq 0 "Non-Request" 1 "Request" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 469 CF_EMS_MafIntCFM 0 "TH diag condition not reached by MAF_INT" 1 "TH diag condition reached by MAF_INT" ;
+VAL_ 469 CF_EMS_EndDiagTH 0 "TH diag not ended" 1 "TH diag ended" ;
+VAL_ 469 CF_EMS_Aaf1Stat 0 "unknown" 1 "open" 2 "closed" 3 "invalid" ;
+VAL_ 469 CF_EMS_Aaf2Stat 0 "unknown" 1 "open" 2 "close" 3 "invalid" ;
+VAL_ 469 CF_EMS_Aaf3Stat 0 "unknown" 1 "open" 2 "close" 3 "invalid" ;
+VAL_ 261 EMS_Crc7Val 65535 "Signal Invalid (Message with unused CRC. CRC signal is transmitted fixed value)" ;
+VAL_ 261 HEV_AccelPdlVal 0 "Accelerator Pedal not activated" 1022 "Accelerator Pedal fully activated" 1023 "Accelerator Pedal is defective (fail state) or Non-ETC system (APS is not installed)" ;
+VAL_ 261 EMS_AlvCnt7Val 255 "Signal Invalid (Message with unused Alive counter. Alive counter signal is transmitted fixed value)" ;
+VAL_ 261 HEV_EngOpSta 0 "ES(Engine Stop)" 1 "ST(Start)" 2 "IS(Idle speed)" 3 "PL(Part Load)" 4 "PU(Pull)" 5 "PUC(Fuel Cut off)" ;
+VAL_ 613 EMS_Crc8Val 65535 "Signal Invalid (Message with unused CRC. CRC signal is transmitted fixed value)" ;
+VAL_ 613 HEV_WarmUpReq_For_DATC 0 "Engine stop request" 1 "No engine stop request" ;
+VAL_ 613 EMS_AlvCnt8Val 255 "Signal Invalid (Message with unused Alive counter. Alive counter signal is transmitted fixed value)" ;
+VAL_ 613 HEV_RbmInhbtSta 0 "Enable of standardized vehicle operation and all numerators_denominators for RBM" 1 "Inhibition of standardized vehicle operation and all numerators_denominators for RBM" 2 "Not used" 3 "Error indicator" ;
+VAL_ 613 HEV_EhrsTempSta 0 "Normal" 1 "High" 3 "Fault" ;
+VAL_ 613 HEV_OPSFail 0 "Oil Pressure Warning Lamp OFF" 1 "Oil Pressure Warning Lamp ON" ;
+VAL_ 613 HEV_EngDsplceTyp 255 "Error indicator" ;
+VAL_ 613 HEV_EngTyp2 0 "LPI" 1 "MPI" 2 "GDI" 3 "TGDI" 4 "CVVL" 5 "CVVD" 6 "PDI" 7 "FFV" 8 "TCI" 9 "VGT" 10 "Turbo" 14 "Not used" 15 "Error indicator" ;
+VAL_ 613 HEV_EngTyp1 0 "epsilon(ε)" 1 "gamma(γ)" 2 "kappa(κ)" 3 "theta(θ)" 4 "nu(ν)" 5 "lambda(λ)" 6 "tau(τ)" 10 "S" 11 "A" 12 "R" 13 "U" 14 "D" 15 "Error indicator" ;
+VAL_ 613 HEV_S_F 0 "AMS" 1 "ISG" 2 "Reserved" 3 "Reserved" ;
+VAL_ 613 HEV_S_F_GEN 0 "No AMS" 1 "1G Generation AMS" 2 "1.5G Generation AMS" 3 "2G Generation AMS" 4 "Reserved" 5 "Reserved" 6 "Reserved" 7 "Reserved" ;
+VAL_ 613 HEV_VbOffActSta 0 "VB Off not Act" 1 "VB Off Act" 2 "Not used" 3 "Error indicator" ;
+VAL_ 613 HEV_AirCompOffReq 0 "none" 1 "off request" 2 "Not used" 3 "Error indicator" ;
+VAL_ 613 HEV_MilConfgVal 0 "No MIL" 1 "MIL/FMY treatment OBD1" 2 "MIL/FMY treatment OBD2" 3 "MIL/FMY treatment OBD2 (US)" 4 "MIL/FMY treatment EOBD" 5 "MIL/FMY treatment KOBD" ;
+VAL_ 613 HEV_CF_EMS_LOCKUP 0 "Request Off" 1 "Request On" ;
+VAL_ 613 HEV_ImmoLmpReq 0 "Off" 1 "Blink" 2 "On" 3 "Error indicator" ;
+VAL_ 613 HEV_MilReq 0 "Off" 1 "On" 2 "Not used" 3 "Error indicator" ;
+VAL_ 613 HEV_WiperSwSta 0 "Off" 1 "On" 2 "Not used" 3 "Error indicator" ;
+VAL_ 613 HEV_FanOpSta 0 "Off" 1 "On" 2 "Not used" 3 "Error indicator" ;
+VAL_ 613 HEV_FanSta 0 "Off" 1 "Low" 2 "Middle" 3 "High" ;
+VAL_ 613 HEV_BrkLtSwSta 0 "Not Support" 1 "Off" 2 "On" 3 "failure" ;
+VAL_ 613 HEV_SoakTimeErrSta 0 "No failure detected" 1 "Failure detected" 2 "Not used" 3 "Error indicator" ;
+VAL_ 613 HEV_SoakTimeOvrSta 0 "Engine soaking time < 360 min" 1 "Engine soaking time ≥ 360 min" 2 "Not used" 3 "Error indicator" ;
+VAL_ 613 HEV_FuelRunOutSta 0 "None" 1 "Fuel RunOut" 2 "Not used" 3 "Error indicator" ;
+VAL_ 613 HEV_FuelRunOutDetSta 0 "Inactive" 1 "Active" 2 "Not used" 3 "Error indicator" ;
+VAL_ 453 EMS_Crc11Val 65535 "Signal Invalid (Message with unused CRC. CRC signal is transmitted fixed value)" ;
+VAL_ 453 HEV_FuelCutOffSta 0 "Engine Not in fuel cut-off" 1 "Engine in fuel cut-off" 2 "Not used" 3 "Error indicator" ;
+VAL_ 453 HEV_FuelCutOffInhbtSta 0 "Permit" 1 "Inhibit" 2 "Not used" 3 "Error indicator" ;
+VAL_ 453 HEV_RdyStat_FS_P 0 "Not engine system ready (torque relevant error is currently present in EMS)" 1 "Engine system ready" ;
+VAL_ 453 HEV_O2SensHtrAct 0 "inactive" 1 "active" ;
+VAL_ 453 HEV_FueledEngRdy 0 "Not Ready" 1 "Ready" ;
+VAL_ 453 HEV_GPF_WrnLamp 0 "GPF Normal State" 1 "GPF Warning State Level 1" 2 "GPF Warning State Level 2" 3 "Reserved" ;
+VAL_ 453 EMS_AlvCnt11Val 255 "Signal Invalid (Message with unused Alive counter. Alive counter signal is transmitted fixed value)" ;
+VAL_ 453 HEV_EngSpdErrSta 0 "no error" 1 "engine speed sensor defective" ;
+VAL_ 453 HEV_VehSpdVal 255 "Error indicator" ;
+VAL_ 453 HEV_EtcAppSta 0 "Fuel - Gasoline,  ETC - No" 1 "Fuel - LPI(LPG),  ETC - No" 2 "Fuel - Diesel,     ETC - No" 3 "Reserved" 4 "Fuel - Gasoline,  ETC - Applied" 5 "Fuel - LPI(LPG),  ETC - Applied" 6 "Fuel - Diesel,    ETC - Applied" 7 "GDI type engine" ;
+VAL_ 453 HEV_FirstFiringSta 0 "No firing" 1 "First firing" 2 "Not used" 3 "Error indicator" ;
+VAL_ 453 HEV_EngFulLoadSta 0 "No Full Load" 1 "Full Load" 2 "Not used" 3 "Error indicator" ;
+VAL_ 453 HEV_DrvCycActSta 0 "No driving cycle active" 1 "Driving cycle active" 2 "Not used" 3 "Error indicator" ;
+VAL_ 453 HEV_WarmupCycSta 0 "Not warm-up cycle completed" 1 "Warm-up cycle completed" 2 "Not used" 3 "Error indicator" ;
+VAL_ 453 HEV_RbmDrvCycSta 0 "Not RBM driving cycle completed" 1 "RBM driving cycle completed" 2 "Not used" 3 "Error indicator" ;
+VAL_ 453 HEV_O2SnsrPreHeatSta 0 "No LSH_UP preheating" 1 "LSH_UP preheating activated" 2 "Not used" 3 "Error indicator" ;
+VAL_ 453 HEV_ThrPosSta 32 "Idle (port value is learnt)" 245 "Throttle perpendicular" 255 "Throttle defective" ;
+VAL_ 832 EMS_Crc13Val 65535 "Signal Invalid (Message with unused CRC. CRC signal is transmitted fixed value)" ;
+VAL_ 832 EMS_AlvCnt13Val 255 "Signal Invalid (Message with unused Alive counter. Alive counter signal is transmitted fixed value)" ;
+VAL_ 768 EMS_Crc15Val 65535 "Signal Invalid (Message with unused CRC. CRC signal is transmitted fixed value)" ;
+VAL_ 768 EMS_AlvCnt15Val 255 "Signal Invalid (Message with unused Alive counter. Alive counter signal is transmitted fixed value)" ;
+VAL_ 768 ImmoConf_HEV 0 "Non Immobilizer" 1 "Immobilizer" 2 "Not used" 3 "Error indicator" ;
+VAL_ 768 EngLock_HEV 0 "Engine Unlock" 1 "Engine Lock" 2 "Not used" 3 "Error indicator" ;
+VAL_ 496 EPB_LmpStaDis 0 "Release State (EPB AVH)" 1 "Apply State (EPB)" 2 "Dynamic Braking (EPB) or Driver Action Requested" ;
+VAL_ 496 EPB_FlrLmpStaDis 0 "No failure" 1 "Failure detected or in diagnosis mode" 2 "EOL configuration not done or Emergency released" 3 "Reserved" 4 "Reserved" 5 "Reserved" 6 "Reserved" 7 "Reserved" 8 "Reserved" 9 "Reserved" 10 "Reserved" 11 "Reserved" 12 "Reserved" 13 "Reserved" 14 "Not used" 15 "Error Indicator" ;
+VAL_ 496 EPB_OutDataDis 0 "Off" 1 "EPB is in maintenance mode" 2 "Driver tries to DAR but safety condition is not satisfied" 3 "EPB applies by ESC request" 4 "Driver tries to DAR but safety condition is not satisfied for China" ;
+VAL_ 496 EPB_AlrmReq 0 "Off" 1 "Comfortable tone (Sound once)" 2 "Uncomfortable tone" 3 "Error Indicator" ;
+VAL_ 496 EPB_SwPosSta 0 "Neutral position" 1 "Apply position (pull)" 2 "Release position (push)" 3 "Switch failure" ;
+VAL_ 496 EPB_RrBrkLtActvReq 0 "No request" 1 "Request to turn on rear brake lights" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 496 EPB_FrcErrSta 0 "No failure" 1 "Clamp position not reached" 2 "Emergency release" 3 "Force not measurable (e.g. sensor failure)" ;
+VAL_ 496 EPB_DynmBrkFrcReqSigSta 0 "EPB_DynmBrkFrcReqSigSta signal is invalid" 1 "EPB_DynmBrkFrcReqSigSta signal is valid" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 496 EPB_FrcSta 0 "See details in EPB_FRC_ERR" 1 "Released" 2 "Clamped" 3 "Clamping in progress" 4 "Releasing in progress" 5 "Dynamic braking via EPB" 6 "Releasing in progress by switch" 7 "Clamping in progress by switch" ;
+VAL_ 496 EPB_FlSta 0 "Not valid" 1 "EPB No failure" 2 "EPB Initialization State" 3 "EPB Diagnostic" 4 "EPB Temporarily Not Available" 5 "EPB Permanently Not Available" ;
+VAL_ 496 EPB_EscReqAckSta 0 "Idle / No acknowledge" 1 "Acknowledge for external ESC request" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 496 EPB_DynmBrkFrcReq 0 "No Request" 1 "Dynamic braking request" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 496 EPB_ActlFrcVal 0 "EPB Fully released" ;
+VAL_ 96 TCS_GearShftCharacteristicVal 0 "passive (gear change allowed)" 1 "active (gear change not allowed)" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 96 TCS_ManufacturerVal 0 "Using both TQI_TCS and TQI_SLW_TCS" 1 "Using TQI_TCS only (Not using TQI_SLW_TCS)" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 96 ESC_CylPrsrVal 4095 "Error" ;
+VAL_ 96 ESC_CylPrsrSta 0 "Master cylinder pressure signal is invalid" 1 "Master cylinder pressure signal is valid" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 96 ESC_CylPrsrDiagSta 0 "Master cylinder pressure is not available temporarily" 1 "Master cylinder pressure signal is available" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 96 ESC_CylPrsrFlagSta 0 "Off" 1 "On" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 96 ESC_VsmActvSta 0 "VSM control inactive" 1 "VSM control active" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 96 ESC_VsmDfctvSta 0 "VSM is not defective" 1 "VSM is defective" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 96 ESC_VsmCtrlModSta 0 "Inactive" 1 "Mode 1 (sensor value overlay mode)" 2 "Mode 2 (output torque overlay mode)" 3 "Mode 3 (Particular control)" ;
+VAL_ 96 ESC_StrTqReq 4095 "Error" ;
+VAL_ 96 ESC_IMURstStaAck 0 "No reset flag received" 1 "Reset flag has been received" ;
+VAL_ 96 AVH_Sta 0 "No apply" 1 "Vehicle is held by the service brake" 2 "Being released" 3 "Error Indicator" ;
+VAL_ 96 LDM_Sta 0 "ESC ready to DBF/AVH (requested by switch)" 1 "ESC can’t perform DBF/AVH (requested by switch)" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 96 EPB_ActvReq 0 "No request" 1 "Release request" 2 "Close request in comfort mode" 3 "Close request in secure mode" ;
+VAL_ 96 EPB_StaReq 0 "REQ_EPB_ACT signal is invalid" 1 "REQ_EPB_ACT signal is valid" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 96 ECD_ActvSta 0 "ECD is not active" 1 "ECD is active(operating)" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 96 AVH_CluDis 0 "AVH is off" 1 "AUTO HOLD to be deactivated Press Brake Pedal" 2 "Press Brake Pedal to Release AUTO HOLD" 3 "AUTO HOLD cannot be activated Close Door, Hood, Trunk" 4 "AUTO HOLD cannot be deactivated, Close Door" ;
+VAL_ 96 AVH_AlrmReq 0 "No alarm" 1 "On AVH Activation, Vehicle is not secured and driver is still inside = comfortable tone" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 96 AVH_ActvStaLmpDis 0 "Lamp On" 1 "Lamp Off" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 96 AVH_LmpDis 0 "AVH Off (Lamp Status" 1 "AVH failure (Lamp Status" 2 "AVH ACTIVE (Lamp Status" 3 "AVH READY (Lamp Status" 4 "Lamp Status" 5 "Lamp Status" 6 "Lamp Status" ;
+VAL_ 96 AWD_CrdnShftTqLimVal 65535 "Error" ;
+VAL_ 96 AWD_CltchDtyLimVal 255 "Error" ;
+VAL_ 96 AWD_TransmsnTqLimModSta 0 "Maximum limitation mode" 1 "Minimum limitation mode" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 96 AWD_RrWhlDtyLimReq 0 "No request from ESC" 1 "Request duty limit from ESC" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 96 AWD_FastOpnCrdnShftCltchReq 0 "Passive" 1 "Clutch off" 2 "Torque limit" 3 "Error" ;
+VAL_ 96 TCS_LmpSta 0 "TCS/ESC Function/Warning Lamp OFF" 1 "TCS/ESC Function/Warning Lamp ON" 2 "TCS/ESC Function/Warning Lamp BLINKING(2Hz)" 3 "Error Indicator" ;
+VAL_ 96 TCS_OffLmpSta 0 "TCS/ESC OFF SW Lamp OFF" 1 "TCS/ESC OFF SW Lamp ON" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 96 ESC_OffTempSta 0 "Normal Mode" 1 "Sports Mode" 2 "Off Mode" 3 "ESC OFF SW is defective (failed)" ;
+VAL_ 96 DBC_WrngLmpSta 0 "DBC Warning lamp OFF" 1 "DBC Warning lamp ON" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 96 DBC_FuncLmpSta 0 "DBC Function lamp OFF" 1 "DBC Function lamp ON" 2 "DBC Function lamp BLINKING(2Hz)" 3 "Error Indicator" ;
+VAL_ 96 DBC_ClusterDis 0 "DBC Enabled" 1 "DBC Disabled by system fault" 2 "Reserved" 3 "Reserved" ;
+VAL_ 96 ESC_BrkCtrlSta 0 "Brake control is not in activation" 1 "Brake control is in activation" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 96 TCS_Sta 0 "Not Applied" 1 "Off" 2 "Ready" 3 "Activated" 4 "Reserved" 5 "Reserved" 6 "Reserved" 7 "Reserved" 8 "Reserved" 9 "Reserved" 10 "Reserved" 11 "Reserved" 12 "Reserved" 13 "Reserved" 14 "Not Coded" 15 "Defective" ;
+VAL_ 96 ESC_Sta 0 "Not Applied" 1 "Off" 2 "Ready" 3 "Activated" 4 "Reserved" 5 "Reserved" 6 "Reserved" 7 "Reserved" 8 "Reserved" 9 "Reserved" 10 "Reserved" 11 "Reserved" 12 "Reserved" 13 "Reserved" 14 "Not Coded" 15 "Defective" ;
+VAL_ 96 TCS_PreActvSta 0 "-" 1 "Pre TCS Active" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 96 DBC_Sta 0 "Not Applied" 1 "Off" 2 "Ready" 3 "Activated" 4 "Reserved" 5 "Reserved" 6 "Reserved" 7 "Reserved" 8 "Reserved" 9 "Reserved" 10 "Reserved" 11 "Reserved" 12 "Reserved" 13 "Reserved" 14 "Not Coded" 15 "Defective" ;
+VAL_ 96 TCS_TqFlag 0 "Positive" 1 "Negative" ;
+VAL_ 96 MSR_TqFlag 0 "Positive" 1 "Negative" ;
+VAL_ 96 HAC_Sta 0 "Not Applied" 1 "Off" 2 "Ready" 3 "Activated" 4 "Reserved" 5 "Reserved" 6 "Reserved" 7 "Reserved" 8 "Reserved" 9 "Reserved" 10 "Reserved" 11 "Reserved" 12 "Reserved" 13 "Reserved" 14 "Not Coded" 15 "Defective" ;
+VAL_ 96 TCS_SlwTqFlag 0 "Positive" 1 "Negative" ;
+VAL_ 96 TCS_Req 0 "Passive" 1 "TCS/ESC control active" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 96 MSR_FuncReq 0 "Passive or TCS function" 1 "MSR control active" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 373 ESC_RccaSta 0 "RCCA availble" 1 "RCCA brake started" 2 "RCCA braking is ended" 3 "RCCA braking error" ;
+VAL_ 373 ESC_PcaSta 0 "PCA available" 1 "PCA brake started" 2 "PCA brake ended" 3 "PCA disable" ;
+VAL_ 373 ESC_DiffBrkFuncSta 0 "Differential braking available without error" 1 "Differential braking disable" 2 "Differential braking is activated" 3 "Error Indicator" ;
+VAL_ 373 ESC_BcaRPlusSta 0 "BCA-R+ available" 1 "BCA-R+ braking is started" 2 "BCA-R+ braking is ended" 3 "BCA-R+ braking error" ;
+VAL_ 373 ESC_RspaSta 0 "Not used" 1 "ESC Initial" 2 "ESC New Start" 3 "ESC Ready" 4 "Not used" 5 "ESC Assist" 6 "ESC Assist Fail" 7 "ESC Abort" 8 "ESC Ready Fail" ;
+VAL_ 373 ESC_RspaCanFlFlag 0 "ESC received RSPA CAN message successfully" 1 "ESC failed to receive RSPA CAN message successfully" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 373 ESC_RspaDclActv 0 "Inactive" 1 "Active" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 373 ESC_RspaStandStill 0 "Initial" 1 "ESC stopped the vehicle by RSPA request" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 373 MCB_ReqBrkAck 0 "Wait Status for Crash" 1 "Received ACU Crash Information" 2 "Not used" 3 "Not used" ;
+VAL_ 373 MCB_CtlSta 0 "Not Activation" 1 "Activation" ;
+VAL_ 373 MCB_DefSta 0 "Normal state" 1 "Fail" ;
+VAL_ 373 ESC_VehAccelVal 2047 "Error" ;
+VAL_ 373 ESC_AccelBasisVal 2047 "Error" ;
+VAL_ 373 SCC_OptTyp 0 "SCC is not equipped" 1 "SCC is equipped" 2 "Not used" 3 "Not Coded" ;
+VAL_ 373 SCC_EnblReq 0 "SCC enabled" 1 "SCC disabled reversible" 2 "SCC disabled irreversible" 3 "SCC disabled irreversible due to communication error" ;
+VAL_ 373 SCC_TqReq 0 "No request" 1 "Enable SCC torque request" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 373 SCC_ReqLimSta 0 "No request" 1 "Limited No Limitation" 2 "Acceleration Limited" 3 "Deceleration Limited" ;
+VAL_ 373 ESC_StdStillVal 0 "No stand still detected" 1 "stand still detected" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 373 ESC_DclEnblReq 0 "Disable deceleration control" 1 "Enable deceleration control" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 373 ESC_DrvOvrdSta 0 "No override" 1 "Override by acceleration pedal" 2 "Override by deceleration" 3 "Error Indicator" ;
+VAL_ 373 ESC_PrkBrkActvSta 0 "Parking brake is not activated" 1 "Parking brake is activated" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 373 FCA_EquipSta 0 "FCA is not equipped" 1 "FCA is equipped" 2 "Not used" 3 "Not Coded" ;
+VAL_ 373 FCA_AvlblSta 0 "Available" 1 "Temporarily not available" 2 "Permanently not available" 3 "FCA Communication Error" ;
+VAL_ 320 FR_RDR_FCAEquipSta 0 "Not Applied" 1 "Applied" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 320 FR_RDR_FCA_Plus_Sta 0 "FCA-Car 타겟 미존재" 1 "FCA-Car 타겟 존재 및 좌측, 우측영역 회피불가" 2 "FCA-Car 타겟 존재 및 우측 영역 회피 불가" 3 "FCA-Car 타겟 존재 및 좌측 영역 회피 불가" 4 "FCA-Car 타겟 존재" 5 "Not Used" 6 "Not Used" 7 "Error Indicator" ;
+VAL_ 320 FR_RDR_SCCEquipSta 0 "Not Applied" 1 "Applied" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 320 FR_RDR_FailInfoSta 0 "Normal" 1 "Unit failure" 2 "Alignment failure" 3 "Blockage, Temperature" 4 "Coding failure" 5 "Reserved" 6 "Reserved" 7 "Error indicator" ;
+VAL_ 320 FR_RDR_CodingSta 0 "Coded" 1 "Not coded" 2 "Reserved" 3 "Error indicator" ;
+VAL_ 320 FR_RDR_ACANMonSta 0 "Normal" 1 "A-CANFD Bus-off" 2 "A-CANFD Timeout" 3 "Error indicator" ;
+VAL_ 320 FR_RDR_HDAEquipSta 0 "Not Applied" 1 "Applied" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 895 GATEWAY_HS_B_STS 0 "Default" 1 "Inactive" 2 "Active" 3 "Bus Off" 4 "Reserved" 5 "Reserved" 6 "Reserved" 7 "Error" ;
+VAL_ 895 GATEWAY_HS_D_STS 0 "Default" 1 "DiagMsgNotExist" 2 "DiagMsgExist" 3 "Reserved" 4 "Reserved" 5 "Reserved" 6 "Reserved" 7 "Error" ;
+VAL_ 895 GATEWAY_FD_P_STS 0 "Default" 1 "Inactive" 2 "Active" 3 "Bus Off" 4 "Reserved" 5 "Reserved" 6 "Reserved" 7 "Error" ;
+VAL_ 895 GATEWAY_FD_C_STS 0 "Default" 1 "Inactive" 2 "Active" 3 "Bus Off" 4 "Reserved" 5 "Reserved" 6 "Reserved" 7 "Error" ;
+VAL_ 186 HCU_TqIncSta 0 "None" 1 "Torque Increase State" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 186 HCU_TqIntrvntnModSta 0 "Fast mode" 1 "Slow mode" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 186 HCU_TqIntrvntnSta 0 "None" 1 "Intervention Status" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 186 HCU_TqRdctnSta 0 "None" 1 "Torque Reduction State" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 186 HCU_TrgtGearGsiSta 0 "If N or P are detected(No frictional conncetion)" 1 "1st Gear" 2 "2nd Gear" 3 "3rd Gear" 4 "4th Gear" 5 "5th Gear" 6 "6th Gear" 7 "7th Gear" 15 "Reverse Gear" ;
+VAL_ 186 HCU_WrmUpAccptSta 0 "Reject" 1 "Accept" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 186 HCU_AccDnShftReq 0 "Downshift request is not active" 1 "Downshift request to 1st gear" 2 "Downshift request to 2nd gear" 3 "Downshift request to 3rd gear" 4 "Downshift request to 4th gear" 5 "Downshift request to 5th gear" 6 "Downshift request to 6th gear" 7 "Reserved" ;
+VAL_ 186 HCU_AntJrkInhbtSta 0 "Anti-jerk not inhibit" 1 "Anti-jerk inhibit" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 186 HCU_EcoIgnInhbtSta 0 "None" 1 "Eco Ignition Inhibit" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 186 HCU_EngCltchClsSta 0 "None" 1 "Launch" 2 "Sync" 3 "E-Brake" 4 "GearShift" 5 "Map Check" 6 "Map Check" 7 "-" ;
+VAL_ 186 HCU_EngCltchCtrlSta 0 "Open phase" 1 "Speed Control Phase" 2 "Slip Control Phase" 3 "Max Pressure Control Phase" 4 "Full Lock-up Phase" 5 "Release Control Phase" 6 "-" 7 "-" ;
+VAL_ 186 HCU_EngCltchSta 0 "Open" 1 "Slip" 2 "Lock" 3 "-" 4 "-" 5 "-" 6 "-" 7 "-" ;
+VAL_ 186 HCU_EngTrnsntCtrlSta 0 "None" 1 "Transient complete" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 186 HCU_EwpDiagModReq 0 "None" 1 "EWP diagnostic mode request" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 186 HCU_FuelInjctnEnblSta 0 "Prevention" 1 "Permission" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 186 HCU_GearNReq 0 "Normal" 1 "Neutral Request" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 186 HCU_GearShftDnDis 0 "Gear Shiftdown Display Off" 1 "Gear Shiftdown Display On" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 186 HCU_GearShftUpDis 0 "Gear Shiftup Display Off" 1 "Gear Shiftup Display On" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 186 HCU_Ign1Sta 0 "Off" 1 "On" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 186 HCU_OpuOpInhbtReq 0 "None" 1 "OPU Operating Inhibit" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 186 HCU_PTOpModSta 0 "Engine stop" 1 "Engine passive" 2 "Idle" 3 "Part load" 4 "Full load" 5 "-" 6 "-" 7 "-" ;
+VAL_ 186 HCU_TqGenDcsnSta 0 "Not complete" 1 "Torque Generation Decision Complete" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 224 HCU_RegenEnblSta 0 "Regen Brake Impossible" 1 "Regen Brake Possible" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 224 HCU_MCULimActSta 0 "Active" 1 "Inactive" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 224 HCU_ChrgReq 0 "None" 1 "Charge Request" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 224 HCU_GenSysCtrlSta 0 "Not Allow Generator System toControl" 1 "Allow Generator System to Control" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 224 HCU_HsgPwmOffInhbtSta 0 "No Action" 1 "HSG PWM Off Inhibit" ;
+VAL_ 224 HCU_IsgCtrlModReq 0 "Speed Control Mode" 1 "Torque Control Mode" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 224 HCU_McuAntJrkInhbtReq 0 "Anti-jerk not inhibit" 1 "Anti-jerk inhibit" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 224 HCU_MtrCtrlModReq 0 "Speed Control Mode" 1 "Torque Control Mode" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 224 HCU_MtrPwmOffInhbtSta 0 "No Action" 1 "Motor PWM Off Inhibit" ;
+VAL_ 224 HCU_MtrPwrEnaSta 0 "Not Allow Motor System to Control" 1 "Allow Motor System to Control" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 250 HCU_SpdLimDeviceActSta 0 "Speed Limiter Lamp Off (Deactivation)" 1 "Speed Limiter Lamp On (Activation)" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 250 HCU_SpdLimDeviceOperSta 0 "Speed Limiter Not Operation" 1 "Speed Limiter Operation" 2 "Not Used" 3 "Error Inicator" ;
+VAL_ 250 HCU_SrvModSta 0 "Normal made" 1 "2WD Test mode" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 250 HCU_StrtInhbt2Sta 0 "None" 1 "Start Inhibit" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 250 HCU_StrtInhbtSta 0 "None" 1 "Start Inhibit state" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 250 HCU_SysShtOffReq 0 "Not request" 1 "Request" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 250 HCU_VehStrtEnblSta 0 "Start disable" 1 "Start Enable" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 250 HCU_BrkLmpOnReq 0 "None" 1 "Lamp On Request" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 250 HCU_CcDrvAlrtDis 0 "default" 1 "CC Disengaged" 2 "No CC Engage Condition" 3 "reserved" ;
+VAL_ 250 HCU_SldDrvAlrtDis 0 "default" 1 "SLDdisengeged" 2 "NoSLDEngageCondition" 3 "Reserve" ;
+VAL_ 250 HCU_RspaAlvCntVal 0 "counter" 1 "counter" 2 "counter" 3 "counter" ;
+VAL_ 250 HCU_RspaSta 0 "Invalid" 1 "Init" 2 "New Start" 3 "Ready OK" 4 "" 5 "Assist OK" 6 "Assist Fail" 7 "Abort" 8 "Ready Fail" ;
+VAL_ 250 HCU_RspaCanFailSta 0 "HCU received RSPA CAN message successfully" 1 "HCU failed to receive RSPA CAN message succesfully" 2 "Reserved" 3 "Reserved" ;
+VAL_ 250 HCU_DucUsrSetCluSta 0 "None" 1 "User DUC Setting Page On" 2 "DUC Setting Cancel Page On" 3 "DUC Setting Confirm Page On" 4 "DUC Setting Inhibit" 5 "Reserved" 6 "Reserved" 7 "Reserved" ;
+VAL_ 250 HCU_EstApsSelSta 0 "EMS real APS use" 1 "HCU Estimated APS use" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 250 HCU_GreenZoneDrvModSta 0 "Default" 1 "Off" 2 "On" 3 "reserved" ;
+VAL_ 250 HCU_GreenZoneLmpDis 0 "GDM Lamp Off" 1 "GDM Lamp On" ;
+VAL_ 250 HCU_HcuRdySta 0 "HCU not Ready" 1 "HCU Control Board Ready" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 250 HCU_HEVRdyDis 0 "READY LAMP OFF" 1 "READY LAMP ON" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 250 HCU_HevRdySta 0 "HEV not ready" 1 "HEV Drivable" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 250 HCU_LimpOffSta 0 "None" 1 "Limp off the road" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 250 HCU_MILOnReq 0 "Not request" 1 "MIL On Request" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 250 HCU_PhevAutoModOnSta 1 "AUTO Mode Off" 2 "AUTO Mode On" ;
+VAL_ 250 HCU_SccDrvOvrdReq 0 "Override clear" 1 "Override set" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 250 HCU_SccEnblSta 0 "SCC Impossible" 1 "SCC Possible" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 250 HCU_SlwDnSta 0 "None" 1 "Slowdown state" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 250 HCU_SmrtEcoGdDis 0 "Off" 1 "On" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 250 HCU_SmrtEcoLvlDis 0 "Not Display" 1 "1~100%" 2 "1~100%" 3 "1~100%" 4 "1~100%" 5 "1~100%" 6 "1~100%" 7 "1~100%" 8 "1~100%" 9 "1~100%" 10 "1~100%" 11 "1~100%" 12 "1~100%" 13 "1~100%" 14 "1~100%" 15 "1~100%" 16 "1~100%" 17 "1~100%" 18 "1~100%" 19 "1~100%" 20 "1~100%" 21 "1~100%" 22 "1~100%" 23 "1~100%" 24 "1~100%" 25 "1~100%" 26 "1~100%" 27 "1~100%" 28 "1~100%" 29 "1~100%" 30 "1~100%" 31 "1~100%" 32 "1~100%" 33 "1~100%" 34 "1~100%" 35 "1~100%" 36 "1~100%" 37 "1~100%" 38 "1~100%" 39 "1~100%" 40 "1~100%" 41 "1~100%" 42 "1~100%" 43 "1~100%" 44 "1~100%" 45 "1~100%" 46 "1~100%" 47 "1~100%" 48 "1~100%" 49 "1~100%" 50 "1~100%" 51 "1~100%" 52 "1~100%" 53 "1~100%" 54 "1~100%" 55 "1~100%" 56 "1~100%" 57 "1~100%" 58 "1~100%" 59 "1~100%" 60 "1~100%" 61 "1~100%" 62 "1~100%" 63 "1~100%" 64 "1~100%" 65 "1~100%" 66 "1~100%" 67 "1~100%" 68 "1~100%" 69 "1~100%" 70 "1~100%" 71 "1~100%" 72 "1~100%" 73 "1~100%" 74 "1~100%" 75 "1~100%" 76 "1~100%" 77 "1~100%" 78 "1~100%" 79 "1~100%" 80 "1~100%" 81 "1~100%" 82 "1~100%" 83 "1~100%" 84 "1~100%" 85 "1~100%" 86 "1~100%" 87 "1~100%" 88 "1~100%" 89 "1~100%" 90 "1~100%" 91 "1~100%" 92 "1~100%" 93 "1~100%" 94 "1~100%" 95 "1~100%" 96 "1~100%" 97 "1~100%" 98 "1~100%" 99 "1~100%" 100 "1~100%" 101 "Reserved" 102 "Reserved" 103 "Reserved" 104 "Reserved" 105 "Reserved" 106 "Reserved" 107 "Reserved" 108 "Reserved" 109 "Reserved" 110 "Reserved" 111 "Reserved" 112 "Reserved" 113 "Reserved" 114 "Reserved" 115 "Reserved" 116 "Reserved" 117 "Reserved" 118 "Reserved" 119 "Reserved" 120 "Reserved" 121 "Reserved" 122 "Reserved" 123 "Reserved" 124 "Reserved" 125 "Reserved" 126 "Reserved" 127 "Reserved" ;
+VAL_ 250 HCU_SmrtEcoRngDis 0 "Not Display" 1 "1~100%" 2 "1~100%" 3 "1~100%" 4 "1~100%" 5 "1~100%" 6 "1~100%" 7 "1~100%" 8 "1~100%" 9 "1~100%" 10 "1~100%" 11 "1~100%" 12 "1~100%" 13 "1~100%" 14 "1~100%" 15 "1~100%" 16 "1~100%" 17 "1~100%" 18 "1~100%" 19 "1~100%" 20 "1~100%" 21 "1~100%" 22 "1~100%" 23 "1~100%" 24 "1~100%" 25 "1~100%" 26 "1~100%" 27 "1~100%" 28 "1~100%" 29 "1~100%" 30 "1~100%" 31 "1~100%" 32 "1~100%" 33 "1~100%" 34 "1~100%" 35 "1~100%" 36 "1~100%" 37 "1~100%" 38 "1~100%" 39 "1~100%" 40 "1~100%" 41 "1~100%" 42 "1~100%" 43 "1~100%" 44 "1~100%" 45 "1~100%" 46 "1~100%" 47 "1~100%" 48 "1~100%" 49 "1~100%" 50 "1~100%" 51 "1~100%" 52 "1~100%" 53 "1~100%" 54 "1~100%" 55 "1~100%" 56 "1~100%" 57 "1~100%" 58 "1~100%" 59 "1~100%" 60 "1~100%" 61 "1~100%" 62 "1~100%" 63 "1~100%" 64 "1~100%" 65 "1~100%" 66 "1~100%" 67 "1~100%" 68 "1~100%" 69 "1~100%" 70 "1~100%" 71 "1~100%" 72 "1~100%" 73 "1~100%" 74 "1~100%" 75 "1~100%" 76 "1~100%" 77 "1~100%" 78 "1~100%" 79 "1~100%" 80 "1~100%" 81 "1~100%" 82 "1~100%" 83 "1~100%" 84 "1~100%" 85 "1~100%" 86 "1~100%" 87 "1~100%" 88 "1~100%" 89 "1~100%" 90 "1~100%" 91 "1~100%" 92 "1~100%" 93 "1~100%" 94 "1~100%" 95 "1~100%" 96 "1~100%" 97 "1~100%" 98 "1~100%" 99 "1~100%" 100 "1~100%" 101 "Reserved" 102 "Reserved" 103 "Reserved" 104 "Reserved" 105 "Reserved" 106 "Reserved" 107 "Reserved" 108 "Reserved" 109 "Reserved" 110 "Reserved" 111 "Reserved" 112 "Reserved" 113 "Reserved" 114 "Reserved" 115 "Reserved" 116 "Reserved" 117 "Reserved" 118 "Reserved" 119 "Reserved" 120 "Reserved" 121 "Reserved" 122 "Reserved" 123 "Reserved" 124 "Reserved" 125 "Reserved" 126 "Reserved" 127 "Reserved" ;
+VAL_ 554 HCU_IG3RlyModSta 0 "None" 1 "Monitoring Mode (by AVN)" 2 "Normal Charge Mode (by OBC)" 3 "Prog Imme charge start mode (by HCU AVN)" 4 "Imme FATC mode (by AVN)" 5 "Imme FATC mode during Prog imme charge mode (by HCU AVN)" 6 "Prog Imme charge mode during imme FATC mode (by HCU AVN)" 7 "Imme FATC mode during nor charge (by AVN OBC)" 8 "Reserved" 9 "Aux battery charge mode (by HCU)" 10 "Abnormal stop mode during Prog Imme charge(by HCU)" 11 "Reserved" 12 "Reserved" 13 "Reserved" 14 "Reserved" 15 "Reserved" ;
+VAL_ 554 HCU_IG3RlyOnlySta 0 "None" 1 "IG3 Only" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 554 HCU_IG3RlyOnReq 0 "Off request" 1 "On request" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 554 HCU_MainRlyOnReq 0 "None" 1 "Main relay on request" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 554 HCU_ChgCycSta 0 "None" 1 "Charge Cycle" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 554 HCU_PhevDrvModIndSta 0 "None" 1 "EV on" 16 "Keep current because Sport Mode on" 2 "HEV on" 3 "HEV charge on" 4 "Keep current because SOC is enough" 5 "Keep current because SOC is not enough for EV" 6 "Keep current because temp is low" 7 "EV on because SOC is full" 8 "HEV on because temp is low" 9 "HEV on because temp is high" 10 "Keep current because temp is high" 11 "HEV on for heating" 12 "Keep current for heating" 13 "AUTO Mode On" 14 "Engine Maintenance Mode on" 15 "Keep current because Engine Maintenance Request" ;
+VAL_ 554 HCU_PhevDrvModSta 0 "None" 1 "EV on" 2 "HEV on" 3 "HEV charge on" 4 "Keep current because SOC is enough" 5 "Keep current because SOC is not enough for EV" 6 "Keep current because temp is low" 7 "EV on because SOC is full" 8 "HEV on because temp is low" 9 "HEV on because temp is high" 10 "Keep current because temp is high" 11 "Reserved" 12 "Reserved" 13 "Reserved" 14 "Reserved" 15 "Reserved" ;
+VAL_ 554 HCU_PrdtvCoastIndSta 0 "default" 1 "On" 2 "Off" 3 "Invalid" ;
+VAL_ 554 HCU_PrdtvCoastWrngSta 0 "default" 1 "On" 2 "Off" 3 "Invalid" ;
+VAL_ 554 HCU_PrgrmChrgDataSta 0 "40~100(%), 0~60(KWh)" 1 "40~100(%), 0~60(KWh)" 2 "40~100(%), 0~60(KWh)" 3 "40~100(%), 0~60(KWh)" 4 "40~100(%), 0~60(KWh)" 5 "40~100(%), 0~60(KWh)" 6 "40~100(%), 0~60(KWh)" 7 "40~100(%), 0~60(KWh)" 8 "40~100(%), 0~60(KWh)" 9 "40~100(%), 0~60(KWh)" 10 "40~100(%), 0~60(KWh)" 11 "40~100(%), 0~60(KWh)" 12 "40~100(%), 0~60(KWh)" 13 "40~100(%), 0~60(KWh)" 14 "40~100(%), 0~60(KWh)" 15 "40~100(%), 0~60(KWh)" 16 "40~100(%), 0~60(KWh)" 17 "40~100(%), 0~60(KWh)" 18 "40~100(%), 0~60(KWh)" 19 "40~100(%), 0~60(KWh)" 20 "40~100(%), 0~60(KWh)" 21 "40~100(%), 0~60(KWh)" 22 "40~100(%), 0~60(KWh)" 23 "40~100(%), 0~60(KWh)" 24 "40~100(%), 0~60(KWh)" 25 "40~100(%), 0~60(KWh)" 26 "40~100(%), 0~60(KWh)" 27 "40~100(%), 0~60(KWh)" 28 "40~100(%), 0~60(KWh)" 29 "40~100(%), 0~60(KWh)" 30 "40~100(%), 0~60(KWh)" 31 "40~100(%), 0~60(KWh)" 32 "40~100(%), 0~60(KWh)" 33 "40~100(%), 0~60(KWh)" 34 "40~100(%), 0~60(KWh)" 35 "40~100(%), 0~60(KWh)" 36 "40~100(%), 0~60(KWh)" 37 "40~100(%), 0~60(KWh)" 38 "40~100(%), 0~60(KWh)" 39 "40~100(%), 0~60(KWh)" 40 "40~100(%), 0~60(KWh)" 41 "40~100(%), 0~60(KWh)" 42 "40~100(%), 0~60(KWh)" 43 "40~100(%), 0~60(KWh)" 44 "40~100(%), 0~60(KWh)" 45 "40~100(%), 0~60(KWh)" 46 "40~100(%), 0~60(KWh)" 47 "40~100(%), 0~60(KWh)" 48 "40~100(%), 0~60(KWh)" 49 "40~100(%), 0~60(KWh)" 50 "40~100(%), 0~60(KWh)" 51 "40~100(%), 0~60(KWh)" 52 "40~100(%), 0~60(KWh)" 53 "40~100(%), 0~60(KWh)" 54 "40~100(%), 0~60(KWh)" 55 "40~100(%), 0~60(KWh)" 56 "40~100(%), 0~60(KWh)" 57 "40~100(%), 0~60(KWh)" 58 "40~100(%), 0~60(KWh)" 59 "40~100(%), 0~60(KWh)" 60 "40~100(%), 0~60(KWh)" 61 "Reserved" 62 "Reserved" 63 "Reserved" ;
+VAL_ 554 HCU_PrgrmChrgOptSta 0 "Time based" 1 "SOC based" 2 "Power based" 3 "None" ;
+VAL_ 554 HCU_PrgrmChrgSet1FriSta 0 "None" 1 "Set" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 554 HCU_PrgrmChrgSet1ModSta 0 "Start time only" 1 "Stop time only" 2 "Start time and Data" 3 "Strart time and Stop time" ;
+VAL_ 554 HCU_PrgrmChrgSet1MonSta 0 "None" 1 "Set" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 554 HCU_PrgrmChrgSet1SatSta 0 "None" 1 "Set" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 554 HCU_PrgrmChrgSet1Sta 0 "None" 1 "Set" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 554 HCU_PrgrmChrgSet1StpDataVal 0 "40~100(%), 0~60(KWh)" 1 "40~100(%), 0~60(KWh)" 2 "40~100(%), 0~60(KWh)" 3 "40~100(%), 0~60(KWh)" 4 "40~100(%), 0~60(KWh)" 5 "40~100(%), 0~60(KWh)" 6 "40~100(%), 0~60(KWh)" 7 "40~100(%), 0~60(KWh)" 8 "40~100(%), 0~60(KWh)" 9 "40~100(%), 0~60(KWh)" 10 "40~100(%), 0~60(KWh)" 11 "40~100(%), 0~60(KWh)" 12 "40~100(%), 0~60(KWh)" 13 "40~100(%), 0~60(KWh)" 14 "40~100(%), 0~60(KWh)" 15 "40~100(%), 0~60(KWh)" 16 "40~100(%), 0~60(KWh)" 17 "40~100(%), 0~60(KWh)" 18 "40~100(%), 0~60(KWh)" 19 "40~100(%), 0~60(KWh)" 20 "40~100(%), 0~60(KWh)" 21 "40~100(%), 0~60(KWh)" 22 "40~100(%), 0~60(KWh)" 23 "40~100(%), 0~60(KWh)" 24 "40~100(%), 0~60(KWh)" 25 "40~100(%), 0~60(KWh)" 26 "40~100(%), 0~60(KWh)" 27 "40~100(%), 0~60(KWh)" 28 "40~100(%), 0~60(KWh)" 29 "40~100(%), 0~60(KWh)" 30 "40~100(%), 0~60(KWh)" 31 "40~100(%), 0~60(KWh)" 32 "40~100(%), 0~60(KWh)" 33 "40~100(%), 0~60(KWh)" 34 "40~100(%), 0~60(KWh)" 35 "40~100(%), 0~60(KWh)" 36 "40~100(%), 0~60(KWh)" 37 "40~100(%), 0~60(KWh)" 38 "40~100(%), 0~60(KWh)" 39 "40~100(%), 0~60(KWh)" 40 "40~100(%), 0~60(KWh)" 41 "40~100(%), 0~60(KWh)" 42 "40~100(%), 0~60(KWh)" 43 "40~100(%), 0~60(KWh)" 44 "40~100(%), 0~60(KWh)" 45 "40~100(%), 0~60(KWh)" 46 "40~100(%), 0~60(KWh)" 47 "40~100(%), 0~60(KWh)" 48 "40~100(%), 0~60(KWh)" 49 "40~100(%), 0~60(KWh)" 50 "40~100(%), 0~60(KWh)" 51 "40~100(%), 0~60(KWh)" 52 "40~100(%), 0~60(KWh)" 53 "40~100(%), 0~60(KWh)" 54 "40~100(%), 0~60(KWh)" 55 "40~100(%), 0~60(KWh)" 56 "40~100(%), 0~60(KWh)" 57 "40~100(%), 0~60(KWh)" 58 "40~100(%), 0~60(KWh)" 59 "40~100(%), 0~60(KWh)" 60 "40~100(%), 0~60(KWh)" 61 "Reserved" 62 "Reserved" 63 "Reserved" ;
+VAL_ 554 HCU_PrgrmChrgSet1StpHrVal 0 "0~23" 1 "0~23" 2 "0~23" 3 "0~23" 4 "0~23" 5 "0~23" 6 "0~23" 7 "0~23" 8 "0~23" 9 "0~23" 10 "0~23" 11 "0~23" 12 "0~23" 13 "0~23" 14 "0~23" 15 "0~23" 16 "0~23" 17 "0~23" 18 "0~23" 19 "0~23" 20 "0~23" 21 "0~23" 22 "0~23" 23 "0~23" 24 "Reserved" 25 "Reserved" 26 "Reserved" 27 "Reserved" 28 "Reserved" 29 "Reserved" 30 "Reserved" 31 "Reserved" ;
+VAL_ 554 HCU_PrgrmChrgSet1StpMinVal 0 "0~50" 1 "0~50" 2 "0~50" 3 "0~50" 4 "0~50" 5 "0~50" 6 "Reserved" 7 "Reserved" ;
+VAL_ 554 HCU_PrgrmChrgSet1StpOptSta 0 "Time based" 1 "SOC based" 2 "Power based" 3 "None" ;
+VAL_ 554 HCU_PrgrmChrgSet1StrtHrVal 0 "0~23" 1 "0~23" 2 "0~23" 3 "0~23" 4 "0~23" 5 "0~23" 6 "0~23" 7 "0~23" 8 "0~23" 9 "0~23" 10 "0~23" 11 "0~23" 12 "0~23" 13 "0~23" 14 "0~23" 15 "0~23" 16 "0~23" 17 "0~23" 18 "0~23" 19 "0~23" 20 "0~23" 21 "0~23" 22 "0~23" 23 "0~23" 24 "Reserved" 25 "Reserved" 26 "Reserved" 27 "Reserved" 28 "Reserved" 29 "Reserved" 30 "Reserved" 31 "Reserved" ;
+VAL_ 554 HCU_PrgrmChrgSet1StrtMinVal 0 "0~50" 1 "0~50" 2 "0~50" 3 "0~50" 4 "0~50" 5 "0~50" 6 "Reserved" 7 "Reserved" ;
+VAL_ 554 HCU_PrgrmChrgSet1SunSta 0 "None" 1 "Set" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 554 HCU_PrgrmChrgSet1ThuSta 0 "None" 1 "Set" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 554 HCU_PrgrmChrgSet1TueSta 0 "None" 1 "Set" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 554 HCU_PrgrmChrgSet1WedSta 0 "None" 1 "Set" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 554 HCU_PrgrmChrgSet4MonSta 0 "None" 1 "Set" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 554 HCU_PrgrmChrgSet4Sta 0 "None" 1 "Set" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 554 HCU_PrgrmChrgSetSta 0 "Reservation not set" 1 "Reservation set" ;
+VAL_ 554 HCU_PrgrmChrgStpReq 0 "None" 1 "Programmable charging stop request" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 554 HCU_PrgrmChrgWaitModChrgIndSta 0 "None" 1 "Set" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 554 HCU_SysShtOffWrngSta 0 "Off" 1 "On" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 554 HCU_TowLvlSta 0 "Towing Level 0" 1 "Towing Level 1" 2 "Towing Level 2" 3 "Towing Level 3" ;
+VAL_ 554 HCU_AuxBatChrgUsmSta 0 "Default" 1 "Disable(Off)" 2 "Enable(On)" 3 "Invalid" ;
+VAL_ 554 HCU_AvnWkUpReq 0 "None" 1 "Wake up" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 554 HCU_ChrgCnclReq 0 "None" 1 "Charging cancel" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 554 HCU_ChrgCtrlModSta 0 "Manual" 1 "ProgChg_NonEcon" 2 "ProgChg_Econ" 3 "ProgChg_EconOnly" ;
+VAL_ 554 HCU_ChrgDpltModSta 0 "CS(Charge Sustaining) Mode" 1 "CD(Charge Depleting) Mode" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 554 HCU_ChrgFlCnfmSta 0 "Not confirmed Resv Imme-Charge FATC failure report" 1 "Confirmed Resv Imme-Charge FATC falure report" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 554 HCU_ChrgInhbtReq 0 "None" 1 "Set" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 554 HCU_ClmtOpPrmssnSta 0 "Not Permitted" 1 "Permitted" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 554 HCU_CoasingEvtDis 0 "Default" 1 "Right turn" 2 "Left turn" 3 "Right side of Y branch" 4 "Lefg side of Y branch" 5 "U turn" 6 "Rotary turn" 7 "Highway exit - Right" 8 "Highway exit - Left" 9 "Highway entry - Right" 10 "Highway entry - Left" 11 "Destination" 12 "Tollgate" 13 "Over speed" 14 "Speed limit" 15 "Invalid" ;
+VAL_ 554 HCU_CoastIndLmpCtrlModSta 0 "default" 1 "Far" 2 "Normal" 3 "Near" 4 "reserved" 5 "reserved" 6 "reserved" 7 "Invalid" ;
+VAL_ 554 HCU_CoastIndLmpDis 0 "Default" 1 "Ready" 2 "Set" 3 "Reserved" 4 "Reserved" 5 "Reserved" 6 "Reserved" 7 "Invalid" ;
+VAL_ 554 HCU_DteCalSta 0 "Display DTE value" 1 "Display Recalculating" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 554 HCU_DteOffDis 0 "none" 1 "DTE '---' display" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 554 HCU_EcoDasFuelSvDis 0 "default" 1 "No display" 2 "Display" 3 "Invalid" ;
+VAL_ 554 Hcu_BabyModAct 0 "Default (BABY MODE Non-Applied)" 1 "BABY MODE Applied" 2 "Reserved" 3 "Invalid" ;
+VAL_ 554 HCU_FuelEfncySta 0 "None" 1 "High Fuel Efficiency" 2 "Normal Fuel Efficiency" 3 "Low Fuel Efficiency" ;
+VAL_ 554 HCU_FuelEfncyValdtSta 0 "Invalid" 1 "Valid" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 554 HCU_GearBxPosNWrngSta 0 "Off" 1 "On" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 554 HCU_HevChgModSta 0 "HEV charge mode off" 1 "HEV charge mode on" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 560 HCU_DrvModSta 0 "Eco mode" 1 "Normal mode" 2 "Sport mode" 3 "Invalid" ;
+VAL_ 560 HCU_EcoLvlVal 0 "Not Display" 1 "0x1~0xFF:Linear display as the number ofsegments" 255 "0x1~0xFF:Linear display as the number ofsegments" ;
+VAL_ 560 HCU_EmissionTestModSta 0 "Off" 1 "On" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 560 HCU_EnhancedEVModEnblSta 0 "None" 1 "Set" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 560 HCU_HevSysModSta 0 "None" 1 "Vehicle Stop" 2 "EV Propulsion" 3 "Power Assist" 4 "Engine Only Propulsion" 5 "Engine Generation" 6 "Regeneration" 7 "Engine Brake" 8 "Power Researve" 9 "Engine Generation Motor Drive" 10 "Engine Generation Regeneration" 11 "Engine Brake Regeneration" ;
+VAL_ 560 HCU_LdcCtrlModSta 1 "Charge Mode (A)" 2 "Charge Mode for Power Efficiency (B)" 3 "Discharge Mode for Power Efficiency (C)" 0 "None" ;
+VAL_ 560 HCU_LdcInhbtReq 0 "None" 1 "LDC Off request" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 560 HCU_LdcUnderVoltCtrlSta 0 "UVC Off" 1 "UVC On" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 560 HCU_NccAlrmInfoSta 0 "Off" 1 "Manual Resume" 2 "Automatic Resume" 3 "Reserved" ;
+VAL_ 560 HCU_PaddleCoastCtrlSta 0 "Paddle Coasting Control Not Active(default)" 1 "Paddle Coasting Control Active" 2 "Not Available due to High SOC" 3 "Not Available due to System Restrict" ;
+VAL_ 560 HCU_PaddleStepCtrlSta 0 "Paddle Step 0" 1 "Paddle Step 1" 2 "Paddle Step 2" 3 "Paddle Step 3" 4 "reserve" 5 "reserve" 6 "reserve" ;
+VAL_ 560 HCU_PhevDrvModClusterSta 0 "Charge sustaining(CS) mode" 1 "Charge depleting(CD) mode" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 560 HCU_PIFailFreezeReq 0 "Normal" 1 "Request" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 560 HCU_PreFATCHysTempVal 0 "Temperature 0 deg" 1 "Temperature 1 deg" 2 "Temperature 2 deg" 3 "Temperature 3 deg" ;
+VAL_ 560 HCU_PreFATCOffstTempVal 0 "Temperature 0 deg" 1 "Temperature 1 deg" 2 "Temperature 2 deg" 3 "Temperature 3 deg" ;
+VAL_ 560 HCU_SchedChgEndDayVal 0 "Sun" 1 "Mon" 2 "Tue" 3 "Wed" 4 "Thu" 5 "Fri" 6 "Sat" 7 "Invalid" ;
+VAL_ 560 HCU_SchedChgEndHrVal 0 "0~23" 1 "0~23" 2 "0~23" 3 "0~23" 4 "0~23" 5 "0~23" 6 "0~23" 7 "0~23" 8 "0~23" 9 "0~23" 10 "0~23" 11 "0~23" 12 "0~23" 13 "0~23" 14 "0~23" 15 "0~23" 16 "0~23" 17 "0~23" 18 "0~23" 19 "0~23" 20 "0~23" 21 "0~23" 22 "0~23" 23 "0~23" 24 "Reserved" 25 "Reserved" 26 "Reserved" 27 "Reserved" 28 "Reserved" 29 "Reserved" 30 "Reserved" 31 "Invalid" ;
+VAL_ 560 HCU_SchedChgEndMinVal 0 "0~59" 1 "0~59" 2 "0~59" 3 "0~59" 4 "0~59" 5 "0~59" 6 "0~59" 7 "0~59" 8 "0~59" 9 "0~59" 10 "0~59" 11 "0~59" 12 "0~59" 13 "0~59" 14 "0~59" 15 "0~59" 16 "0~59" 17 "0~59" 18 "0~59" 19 "0~59" 20 "0~59" 21 "0~59" 22 "0~59" 23 "0~59" 24 "0~59" 25 "0~59" 26 "0~59" 27 "0~59" 28 "0~59" 29 "0~59" 30 "0~59" 31 "0~59" 32 "0~59" 33 "0~59" 34 "0~59" 35 "0~59" 36 "0~59" 37 "0~59" 38 "0~59" 39 "0~59" 40 "0~59" 41 "0~59" 42 "0~59" 43 "0~59" 44 "0~59" 45 "0~59" 46 "0~59" 47 "0~59" 48 "0~59" 49 "0~59" 50 "0~59" 51 "0~59" 52 "0~59" 53 "0~59" 54 "0~59" 55 "0~59" 56 "0~59" 57 "0~59" 58 "0~59" 59 "0~59" 59 "Reserved" 60 "Reserved" 61 "Reserved" 62 "Reserved" 63 "Inavlid" ;
+VAL_ 560 HCU_SchedChgStrtDayVal 0 "Sun" 1 "Mon" 2 "Tue" 3 "Wed" 4 "Thu" 5 "Fri" 6 "Sat" 7 "Invalid" ;
+VAL_ 560 HCU_SchedChgStrtHrVal 0 "0~23" 1 "0~23" 2 "0~23" 3 "0~23" 4 "0~23" 5 "0~23" 6 "0~23" 7 "0~23" 8 "0~23" 9 "0~23" 10 "0~23" 11 "0~23" 12 "0~23" 13 "0~23" 14 "0~23" 15 "0~23" 16 "0~23" 17 "0~23" 18 "0~23" 19 "0~23" 20 "0~23" 21 "0~23" 22 "0~23" 23 "0~23" 24 "Reserved" 25 "Reserved" 26 "Reserved" 27 "Reserved" 28 "Reserved" 29 "Reserved" 30 "Reserved" 31 "Invalid" ;
+VAL_ 560 HCU_SchedChgStrtMinVal 0 "0~59" 1 "0~59" 2 "0~59" 3 "0~59" 4 "0~59" 5 "0~59" 6 "0~59" 7 "0~59" 8 "0~59" 9 "0~59" 10 "0~59" 11 "0~59" 12 "0~59" 13 "0~59" 14 "0~59" 15 "0~59" 16 "0~59" 17 "0~59" 18 "0~59" 19 "0~59" 20 "0~59" 21 "0~59" 22 "0~59" 23 "0~59" 24 "0~59" 25 "0~59" 26 "0~59" 27 "0~59" 28 "0~59" 29 "0~59" 30 "0~59" 31 "0~59" 32 "0~59" 33 "0~59" 34 "0~59" 35 "0~59" 36 "0~59" 37 "0~59" 38 "0~59" 39 "0~59" 40 "0~59" 41 "0~59" 42 "0~59" 43 "0~59" 44 "0~59" 45 "0~59" 46 "0~59" 47 "0~59" 48 "0~59" 49 "0~59" 50 "0~59" 51 "0~59" 52 "0~59" 53 "0~59" 54 "0~59" 55 "0~59" 56 "0~59" 57 "0~59" 58 "0~59" 59 "0~59" 60 "Reserved" 61 "Reserved" 62 "Reserved" 63 "Invalid" ;
+VAL_ 560 HCU_SrvLmpDis 0 "None" 1 "Service Lamp On Request" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 560 HCU_SrvLmpTmpryOnSta 0 "None" 1 "Service Lamp On status for temporary controllers" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 560 HCU_AafCtrlReq 0 "Level 0 (Open)" 1 "Level 1" 2 "Level 2" 3 "Levle 3 (Close)" ;
+VAL_ 560 HCU_AcnOpPrmssnSta 0 "Not Permitted" 1 "Permitted" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 560 HCU_AcPwrIncSta 0 "Impossible" 1 "Possible" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 560 HCU_BlueDrvModSta 0 "None" 1 "Blue Mode" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 560 HCU_BlwOffReq 0 "None" 1 "Blower off request" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 560 HCU_BrkLmpOnReq 0 "None" 1 "Lamp On Request" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 560 HCU_CcCameraOperSta 0 "Off" 1 "Ready" 2 "Act" 3 "Reserved" ;
+VAL_ 560 HCU_CcCameraSta 0 "Not Applied" 1 "Function Off" 2 "Function On - Manual Resume" 3 "Function On - Automatic Resume" 4 "Reserved" 5 "Reserved" 6 "Reserved" 7 "Invalid" ;
+VAL_ 560 HCU_ChrgIncModSta 0 "Off" 1 "On" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 560 HCU_CrsCtrlOnLmpDis 0 "Lamp Off" 1 "Lamp On" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 560 HCU_CrsCtrlSetLmpDis 0 "Lamp Off" 1 "Lamp On" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 560 HCU_DptEnaSet1FriSta 0 "None" 1 "Set" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 560 HCU_DptEnaSet1MonSta 0 "None" 1 "Set" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 560 HCU_DptEnaSet1SatSta 0 "None" 1 "Set" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 560 HCU_DptEnaSet1Sta 0 "None" 1 "Set" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 560 HCU_DptEnaSet1SunSta 0 "None" 1 "Set" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 560 HCU_DptEnaSet1ThuSta 0 "None" 1 "Set" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 560 HCU_DptEnaSet1TueSta 0 "None" 1 "Set" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 560 HCU_DptEnaSet1WedSta 0 "None" 1 "Set" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 560 HCU_DptEnaSet2FriSta 0 "None" 1 "Set" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 560 HCU_DptEnaSet2MonSta 0 "None" 1 "Set" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 560 HCU_DptEnaSet2SatSta 0 "None" 1 "Set" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 560 HCU_DptEnaSet2Sta 0 "None" 1 "Set" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 560 HCU_DptEnaSet2SunSta 0 "None" 1 "Set" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 560 HCU_DptEnaSet2ThuSta 0 "None" 1 "Set" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 560 HCU_DptEnaSet2TueSta 0 "None" 1 "Set" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 560 HCU_DptEnaSet2WedSta 0 "None" 1 "Set" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 976 HCU_ImmoLkSta 0 "HCU unlock" 1 "HCU lock" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 976 HCU_keyStrtSta 0 "None" 1 "Start" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 69 HTCU_PrgrmSta 0 "PR_NML" 1 "PR_MED" 2 "PR_SPTY" 3 "PR_LD1" 4 "PR_LD2" 5 "PR_LD3" 6 "PR_DLD" 7 "PR_LD1_H" 8 "PR_LD2_H" 9 "PR_LD3_H" 10 "PR_PRT" 11 "PR_WRM_UP" 12 "PR_BLUE" 13 "PR_ECO_ATC" 14 "PR_LD_ATC" 15 "PR_LD_ATC_H" 16 "PR_HWY" 17 "PR_SOL_L" 18 "PR_SOL_M" 19 "PR_SOL_H" 20 "PR_REGEN" 21 "PR_TF_LO" 22 "PR_TCS" 23 "PR_LD_TCS" 24 "PR_DS" 25 "PR_EV_BLUE" 26 "PR_EV_NML" 27 "PR_EV_SOC_H" 28 "PR_EV_SOC_L" 29 "PR_EV_HWY" 30 "PR_SOS" 31 "PR_ECO_ATC_EV" 32 "PR_LD_ATC_EV" 33 "PR_LD_ATC_HI_EV" 34 "PR_LD2_ATC" 35 "PR_LD3_ATC" 36 "PR_LD2_ATC_H" 37 "PR_LD3_ATC_H" 38 "PR_EC_PRT" ;
+VAL_ 69 HTCU_FsCltchLmphmActvSta 0 "Inactive" 1 "Active" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 69 HTCU_RapidKDReq 0 "Inactive" 1 "Active" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 69 HTCU_CurrGearSta 0 "If N or P are detected(No frictional conncetion)" 1 "1st speed" 2 "2nd speed" 3 "3rd speed" 4 "4th speed" 5 "5th speed" 6 "6th speed" 7 "Reverse" 8 "--" 15 "--" ;
+VAL_ 69 HTCU_GearShftUpDisGSI 0 "Gear Shiftup Display Off" 1 "Gear Shiftup Display On" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 69 HTCU_GearShftDnDisGSI 0 "Gear Shiftdown Display Off" 1 "Gear Shiftdown Display On" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 69 HTCU_TrgtGearStaGSI 0 "--" 1 "1st speed" 2 "2nd speed" 3 "3rd speed" 4 "4th speed" 5 "5th speed" 6 "6th speed" 7 "--" 8 "--" 9 "--" ;
+VAL_ 69 HTCU_SolBSta 0 "OFF" 1 "ON" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 69 HTCU_TrgtGearSta 0 "If N or P are detected(No frictional conncetion)" 1 "1st speed" 2 "2nd speed" 3 "3rd speed" 4 "4th speed" 5 "5th speed" 6 "6th speed" 7 "Reverse" 15 "--" ;
+VAL_ 69 HTCU_RdySta 0 "Not ready" 1 "Ready" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 69 HTCU_GearChgSta 0 "Inactive" 1 "Active" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 69 HTCU_FltSta 0 "No fault" 1 "TCU Diagnostic failure" 2 "Not used" 3 "TCU Diagnostic failure & Limphome activated" 4 "OPU/EOP Diagnostic failure" 5 "TCU & OPU/EOP Diagnostic failure" 6 "Not used" 7 "TCU/OPU Diagnostic failure & Limphome activated" ;
+VAL_ 69 HTCU_GearSlctrDis 0 "P" 1 "L" 2 "2" 3 "3" 4 "DS Mode" 5 "D" 6 "N" 7 "R" 8 "Sports mode / Manual Shift" 9 "Not display at Cluster" 10 "Sub-Rom Communication" 11 "Sub-Rom Communication Error" 12 "Paddle shift (D-Position)" 13 "Not used" 14 "Intermediate Position" 15 "Fault" ;
+VAL_ 69 HTCU_TrgtShftClsCCanSta 0 "NO SHIFT" 1 "PON UP" 2 "POF UP" 3 "PON DN@HIGH SPEED(Not Used)" 4 "PON DN@LOW SPEED" 5 "POF DN" 6 "NSTP TO 5/4/3/2" 7 "NSTP TO 1" 8 "LOW_VSP SFT12" 9 "N-D 12" 10 "N-D 3456" 11 "N-D5(NOT USED)" 12 "N-R" 13 "N-N" 14 "PON DN WOT SHIFT (NOT USED)" 15 "PON DN SEMI SHIFT" 16 "D-N/R-N" 17 "RESERVED" 18 "RESERVED" 19 "RESERVED" 20 "FAILSAFE 2-3-4 SHIFT" 21 "RESERVED" 22 "RESERVED" 23 "RESERVED" 24 "RESERVED" 25 "RESERVED" 26 "RESERVED" 27 "RESERVED" 28 "RESERVED" 29 "RESERVED" 30 "RESERVED" 31 "RESERVED" ;
+VAL_ 1018 HTCU_Typ 0 "reserved" 1 "Step A/T" 2 "CVT" 3 "HEV A/T (TMED)" ;
+VAL_ 1018 HTCU_OpupwrSvModReq 0 "Inactive" 1 "Active" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 1018 HTCU_GearStepNumTyp 0 "Reserved" 1 "Reserved" 2 "Reserved" 3 "3 Speed A/T" 4 "4 Speed A/T" 5 "5 Speed A/T" 6 "6 Speed A/T" ;
+VAL_ 1018 HTCU_SrvLmpReq 0 "Not request" 1 "Service Lamp On request" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 1018 HTCU_MilOnReq 0 "Not request" 1 "MIL On request" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 1018 HTCU_EopCtrlTestSta 0 "Normal (Not test)" 1 "EOP Control Test" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 1018 HTCU_FldTempBkupSta 0 "Inactive" 1 "Active" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 1018 HTCU_EpbReq 0 "Not request" 1 "EPB apply request" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 1018 HTCU_GearSlctrDisBlinkReq 0 "Not request" 1 "Gear lamp blinking request" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 1018 HTCU_DrivingModeReq 0 "Inactive" 1 "Normal" 2 "Eco" 3 "Eco+" 4 "Sport" 5 "Sport+" 6 "Snow" 7 "reserved" ;
+VAL_ 1018 HTCU_DrivingModeDis 0 "Inactive" 1 "Normal" 2 "Eco" 3 "Eco+" 4 "Sport" 5 "Sport+" 6 "Snow" 7 "reserved" ;
+VAL_ 1018 HTCU_SmartShiftInf 0 "Smart Shift not Applied" 1 "Smart Shift Applied" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 1018 HTCU_SiCluster 0 "Invalid" 1 "Step 1" 16 "Step 16" 17 "Step 17" 18 "Step 18" 19 "Step 19" 20 "Step 20" 21 "Step 21" 22 "Step 22" 23 "Step 23" 24 "Step 24" 25 "Step 25" 26 "Invalid" 27 "Invalid" 28 "Invalid" 29 "Invalid" 30 "Invalid" 31 "Invalid" 2 "Step 2" 3 "Step 3" 4 "Step 4" 5 "Step 5" 6 "Step 6" 7 "Step 7" 8 "Step 8" 9 "Step 9" 10 "Step 10" 11 "Step 11" 12 "Step 12" 13 "Step 13" 14 "Step 14" 15 "Step 15" ;
+VAL_ 1018 HTCU_WarnMsgSta 0 "Normal" 1 "Warning Message1" 2 "Warning Message2" 3 "Warning Message3" 4 "Warning Message4" 5 "--" ;
+VAL_ 1018 HTCU_WarnSndSta 0 "--" 1 "Sound1 (1Hz, 3Times) [Bit0]" 2 "Sound2 (1Hz, Continuous) [Bit1]" 3 "--" 4 "Blinking Gear Position [Bit2]" 5 "--" 6 "--" 7 "--" 8 "--" 9 "--" ;
+VAL_ 1192 CF_AVN_FCANValueSet 0 "Default(None FCA)" 1 "Off" 2 "Warning" 3 "Assist" 4 "Reserved" 5 "Reserved" 6 "Reserved" 7 "Invalid" ;
+VAL_ 1192 CF_AVN_DAWModeNValueSet 0 "Default" 1 "Off" 2 "Reserved" 3 "Normal" 4 "Early" 5 "Reserved" 6 "Reserved" 7 "Invalid" ;
+VAL_ 1192 CF_AVN_HDANValueSet 0 "Default" 1 "Off" 2 "On" 3 "Invalid" ;
+VAL_ 1192 CF_AVN_BCWNValueSet 0 "Default" 1 "Off" 2 "Warning" 3 "Invalid" ;
+VAL_ 1192 CF_AVN_SEANValueSet 0 "Default" 1 "Disable" 2 "Enable" 3 "Invalid" ;
+VAL_ 1192 CF_AVN_NSCCCamNValueSet 0 "Default" 1 "Disable" 2 "Enable" 3 "Invalid" ;
+VAL_ 1192 CF_AVN_BCANValueSet 0 "Default" 1 "Off" 2 "Warning" 3 "Assist" 4 "Reserved" 5 "Reserved" 6 "Reserved" 7 "Invalid" ;
+VAL_ 1192 CF_AVN_ISLWNValueSet 0 "Default" 1 "Off" 2 "Warning" 3 "Invalid" ;
+VAL_ 1192 CF_AVN_WarningTimingNValueSet 0 "Default" 1 "Late" 2 "Normal" 3 "Reserved" 4 "Reserved" 5 "Reserved" 6 "Reserved" 7 "Invalid" ;
+VAL_ 1192 CF_AVN_LFANValueSet 0 "Default" 1 "Off" 2 "On" 3 "Invalid" ;
+VAL_ 1192 CF_AVN_NCC_USM_set 0 "Default" 1 "On" 2 "Off" 3 "Invalid" ;
+VAL_ 1192 CF_AVN_TirePressUnitNValueSet 0 "Default" 1 "Psi" 2 "Kpa" 3 "Bar" 4 "Reserved" 5 "Reserved" 6 "Reserved" 7 "Invalid" ;
+VAL_ 1192 CF_AVN_PCANValueSet 0 "Default" 1 "Off" 2 "Warning" 3 "Assist" 4 "Reserved" 5 "Reserved" 6 "Reserved" 7 "Invalid" ;
+VAL_ 1192 CF_AVN_TunnelClimateNvalueSet 0 "Default" 1 "Off" 2 "On" 3 "Invalid" ;
+VAL_ 1192 CF_AVN_NSCCCrvNValueSet 0 "Default" 1 "Disable" 2 "Enable" 3 "Invalid" ;
+VAL_ 1192 CF_AVN_BCWSndWanNValueSet 0 "Off" 1 "Disable" 2 "Enable" 3 "Invalid" ;
+VAL_ 1192 CF_AVN_RCCWNValueSet 0 "Default" 1 "Off" 2 "Warning" 3 "Invalid" ;
+VAL_ 1192 CF_AVN_LkaModeNValueSet 0 "Default" 1 "LDW mode" 2 "LKA" 3 "Reserved" 4 "LDW Only ON(None LKA)" 5 "LDW only OFF" 6 "LDW_LKA OFF" 7 "Invalid" ;
+VAL_ 1192 CF_AVN_PasSpkrLvNValueSet 0 "Default" 1 "Level1" 2 "Level2" 3 "Level3" 4 "Reserved" 5 "Reserved" 6 "Reserved" 7 "Invalid" ;
+VAL_ 1192 CF_AVN_PDWAutoOnNValueSet 0 "Default" 1 "Off" 2 "On" 3 "Invalid" ;
+VAL_ 1192 CF_AVN_SCCDrvModeNValueSet 0 "Default" 1 "Comfort" 2 "Normal" 3 "Dynamic" 4 "Reserved" 5 "Reserved" 6 "Reserved" 7 "Invalid" ;
+VAL_ 1195 CF_AVN_UnitReset 0 "Default" 1 "Unit Reset" 2 "Reserved" 3 "Invalid" ;
+VAL_ 1195 CF_AVN_CluServiceReminderReset 0 "Default" 1 "Service Reminder Reset" 2 "Reserved" 3 "Invalid" ;
+VAL_ 1195 CF_AVN_CluUSMReset 0 "Default" 1 "USM Reset" 2 "Reserved" 3 "Invalid" ;
+VAL_ 901 DMIC_OffRdMod 0 "Default" 1 "Snow" 2 "Sand" 3 "Mud" 4 "Not used" 5 "Not used" 6 "Not used" 7 "Error Indicator" ;
+VAL_ 901 DMIC_OffRdModActvSta 0 "ONROAD" 1 "OFFROAD" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 901 DMIC_OffRdModSta 0 "Selected Mode" 1 "Changed Mode" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 1201 DoorLock_DrvrDrUnLkPsvAcsReq 0 "Off" 1 "Unlock" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 1201 DoorLock_RmtKeyDrvrDrUnLkReq 0 "Off" 1 "Unlock" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 1041 ICU_MtGearPosRSta 0 "Off" 1 "On" ;
+VAL_ 1041 Autocut_DlvryModSta 0 "Before Delivery(Welcome Off)" 1 "After Delivery(Welcome On)" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 1041 DoorLock_AsstDrUnLkSta 0 "Lock" 1 "Unlock" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 1041 Warn_DrvDrSwSta 0 "Close" 1 "Open" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 1041 DoorLock_DrvKeyUnLkSwSta 0 "Off" 1 "Unlock" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 1041 DoorLock_RrLftDrUnLkSta 0 "Lock" 1 "Unlock" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 1041 DoorLock_RrRtDrUnLkSta 0 "Lock" 1 "Unlock" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 1041 ICU_GearPosRConfirmSta 0 "Off" 1 "On" 2 "Reserved" 3 "Invalid" ;
+VAL_ 1041 Warn_AsstDrSwSta 0 "Close" 1 "Open" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 1041 Warn_AsstStBltSwSta 0 "Unbelted" 1 "Belted" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 1041 Warn_BrkFldSwSta 0 "Off" 1 "On" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 1041 DoorLock_DrvKeyLkSwSta 0 "Off" 1 "Lock" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 1041 Warn_DrvStBltSwSta 0 "Unbelted" 1 "Belted" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 1041 Warn_HoodSwSta 0 "Off" 1 "On" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 1041 Warn_PassStOccSta 0 "Off (UnSeated)" 1 "On (Seated)" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 1041 Warn_RrCtrStBltSwSta 0 "Unbelted" 1 "Belted" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 1041 Warn_RrLftDrSwSta 0 "Close" 1 "Open" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 1041 Warn_RrLftStBltSwSta 0 "Unbelted" 1 "Belted" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 1041 Warn_RrRtDrSwSta 0 "Close" 1 "Open" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 1041 Warn_RrRtStBltSwSta 0 "Unbelted" 1 "Belted" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 1041 Warn_HoodSwMemorySta 0 "No event" 1 "hood_open_close" 2 "reserved" 3 "reserved" ;
+VAL_ 1041 Warn_WshrFldSwSta 0 "Off" 1 "On" ;
+VAL_ 1041 ICU_Haptic_OPT 0 "Default" 1 "No option(None Haptic Option)" 2 "Option" 3 "Invalid" ;
+VAL_ 1042 ExtLamp_BckUpLmpSta 0 "Off" 1 "On" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 1042 ExtLamp_StpLmpSta 0 "Off" 1 "On" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 1043 ExtLamp_DedicatedDrlBlbSta 0 "Off" 1 "On" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 1043 ExtLamp_FrFgLmpSta 0 "Off" 1 "On" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 1043 ExtLamp_TrnSigLmpLftBlnkngSta 0 "Off" 1 "On" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 1043 ExtLamp_TrnSigLmpRtBlnkngSta 0 "Off" 1 "On" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 1043 ExtLamp_ExtrnlTailLmpSta 0 "Off" 1 "On" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 1043 ExtLamp_HzrdSwSta 0 "Off" 1 "On" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 1043 ExtLamp_RrFgLmpSta 0 "Off" 1 "On" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 1043 IntLamp_InlTailLmpSta 0 "Off" 1 "On" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 1043 Lamp_LedHdLmpSta 0 "LED Headlamp is in nornal condition" 1 "Reserved" 2 "LED Fail" 3 "Reserved" ;
+VAL_ 1044 Trunk_TrnkTlgtOutReleaseSwSta 0 "Off" 1 "On" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 1044 Trunk_TrnkTlgtSwSta 0 "Close(Full Lock)" 1 "Open(Not Full Lock)" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 1044 Trunk_TlgtFullOpnSwSta 0 "Close(Not Full Open)" 1 "Open(Full Open)" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 1044 Trunk_TrnkTlgtReleaseRlySta 0 "OFF" 1 "ON" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 1044 Trunk_OpnDiagSetSta 0 "OFF" 1 "ON" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 1044 USM_OneTouchTrnSigFuncSta 0 "Default" 1 "One Touch Turn Off" 2 "3 Flashing" 3 "5 Flashing" 4 "7 Flashing" 5 "Invalid" ;
+VAL_ 1044 DoorLock_DrvDrUnLkSta 0 "Lock" 1 "Unlock" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 1044 DoorLock_LkOutSta 0 "Off" 1 "On" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 1044 DoorLock_MKeyAllDrUnLkReq 0 "Off" 1 "On" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 1044 DoorLock_MKeyDrvDrUnLkReq 0 "Off" 1 "On" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 1044 Trunk_TrnkTlgtOpenOutput 0 "Off" 1 "On" ;
+VAL_ 1044 TwoTrnUnLkOptTyp 0 "Off" 1 "On" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 1044 Defog_DfgrRlySta 0 "Off" 1 "On" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 1044 C_CrashUnlockState 0 "Off" 1 "Unlock(Crash)" ;
+VAL_ 1044 CF_Gway_ADrLOptInfo 0 "Non-SMK & AT" 1 "Non-SMK & MT" 2 "SMK & AT" 3 "SMK & MT" 4 "Not used" 5 "Not used" 6 "Not used" 7 "Invalid" ;
+VAL_ 1046 Lamp_StpLmpLftOpnSta 0 "Normal" 1 "Open Status" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 1046 Lamp_StpLmpRtOpnSta 0 "Normal" 1 "Open Status" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 1046 Lamp_RrTrnSigLmpLftOpnSta 0 "Normal" 1 "Open Status" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 1046 Lamp_RrTrnSigLmpRtOpnSta 0 "Normal" 1 "Open Status" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 1046 Lamp_FrTrnSigLmpLftOpnSta 0 "Normal" 1 "Open Status" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 1046 Lamp_FrTrnSigLmpRtOpnSta 0 "Normal" 1 "Open Status" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 1047 ICU_ADASHapticAutoOnSetReq 0 "Default" 1 "Active" 2 "Inactive" 3 "Reserved" ;
+VAL_ 1047 SEA_ActvSta 0 "InActivated" 1 "Activated" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 1047 ChildLock_ActnFlSta 0 "OK" 1 "Failed" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 1047 USM_AutoDrLkReq 0 "Default" 1 "Off" 2 "Vehicle Speed On(15km)" 3 "Shift Lever On" 4 "Invalid" ;
+VAL_ 1047 USM_AutoDrUnLkReq 0 "Default" 1 "Off" 2 "Key Out On (AllDoors)" 3 "Shift Lever On (AllDoors)" 4 "Override" 5 "Invalid" 6 "Key Out On (Driver Door)" 7 "Shift Lever On (Driver Door)" ;
+VAL_ 1047 USM_HapticCurrentSta 0 "Default" 1 "Haptic Active" 2 "Haptic Inactive" 3 "Invalid" ;
+VAL_ 1047 USM_TwoTrnUnLkCurrentSta 0 "Default" 1 "Ttunlock Off" 2 "Ttunlock On" 3 "Invalid" ;
+VAL_ 1047 Lamp_HdLmpHiSta 0 "Off" 1 "On" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 1047 Lamp_HdLmpLoSta 0 "Off" 1 "On" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 1047 ExtLamp_TrnSigLmpLftSwSta 0 "Off" 1 "On" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 1047 ExtLamp_TrnSigLmpRtSwSta 0 "Off" 1 "On" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 1047 Lamp_LaneChgTrnSigLftSwSta_ICU 0 "Off" 1 "On" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 1047 Lamp_LaneChgTrnSigRtSwSta_ICU 0 "Off" 1 "On" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 1047 HeatedSteerWheel_AutoOffSta 0 "Manual Off or Fail Off or On of Default Value" 1 "Automatically Off by Timer" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 1048 HeatedSteerWheel_StrWhlHtrSwSta 0 "Off" 1 "On" 2 "Reserved" 3 "Invalid" ;
+VAL_ 1048 DriveTypeOption 0 "Left Handle Drive Type" 1 "Right Handle Drive Type" 3 "Error Indicator" ;
+VAL_ 1048 Warn_RrLftSBRMATSwSta 0 "Off (UnSeated)" 1 "On (Seated)" 3 "Error Indicator" ;
+VAL_ 1048 Warn_RrRhtSBRMATSwSta 0 "Off (UnSeated)" 1 "On (Seated)" 3 "Error Indicator" ;
+VAL_ 1048 StrWheelHeatIndSta 0 "OFF" 1 "ON(Step1)" 2 "ON(Step2)" 3 "Error Indicator" ;
+VAL_ 1048 Warn_LftSEA 0 "SEA Left Warning OFF" 1 "SEA Left Warning ON" 2 "Reserved" 3 "Invalid" ;
+VAL_ 1048 Warn_RhtSEA 0 "SEA Right Warning OFF" 1 "SEA Right Warning ON" 2 "Reserved" 3 "Invalid" ;
+VAL_ 1048 Lamp_FootLampOnReq 0 "Off" 1 "On" 2 "Dim Out" 3 "Error Indicator" ;
+VAL_ 1048 Lamp_MoodLampOnReq 0 "0%" 1 "FadeIn" 2 "MoodBrightPercent" 3 "FadeOut" 4 "100%" ;
+VAL_ 1048 ICU_PowerAutoCutModSta 0 "Factory Mode (default)" 1 "Dealer Mode" 2 "Customer Mode" 3 "Error Indicator" ;
+VAL_ 1048 ICU_SoCBattStaMsgReq 0 "Default" 1 "Alert" 2 "Warning" 3 "Invalid" ;
+VAL_ 1048 C_ICUPowerAutoCutType 0 "Default" 1 "1st" 2 "2nd" 3 "3rd" ;
+VAL_ 1048 DrvDrLockIND 0 "Off" 1 "On" ;
+VAL_ 1048 Brake_SwSta_ICU 0 "Off" 1 "On" ;
+VAL_ 1048 C_3rdRRSBRMatSw 0 "Off (UnSeated)" 1 "On (Seated)" ;
+VAL_ 1048 C_3rdRLSBRMatSw 0 "Off (UnSeated)" 1 "On (Seated)" ;
+VAL_ 1048 C_3rdRRSeatBeltSW 0 "Unbelted" 1 "Belted" ;
+VAL_ 1048 C_3rdRLSeatBeltSW 0 "Unbelted" 1 "Belted" ;
+VAL_ 1048 HSWS_SysWrngSta_ICU 0 "Normal" 1 "System Fail" 2 "Reserved" 3 "Invalid" ;
+VAL_ 1049 ICU_BS1ValFlagSta 0 "Valid condition" 1 "Invalid condition" ;
+VAL_ 1049 ICU_BS1ErrRes 0 "opeartion correctly" 1 "response error" 3 "Error Indicator" ;
+VAL_ 1040 ICU_BS2_FSOC 0 "valid" 1 "invalid" ;
+VAL_ 1040 ICU_BS2_FSOH 0 "valid" 1 "invalid" ;
+VAL_ 1040 ICU_BS2_FSOF 0 "valid" 1 "invalid" ;
+VAL_ 1040 ICU_BS2_FQSTAT 0 "valid" 1 "invalid" ;
+VAL_ 1167 Bat_dischrg 0 "Flag OFF" 1 "Flag ON" ;
+VAL_ 1167 Batt_SoCWarningValue 0 "0x0x0~0x64:0 ~ 100%" 100 "0x0x0~0x64:0 ~ 100%" 101 "0x65~0xFE:Reserved" 254 "0x65~0xFE:Reserved" 255 "Invalid" ;
+VAL_ 1167 C_StrgWhlHeatingOpt 0 "Not Applied" 1 "Applied(steering wheel applied)" 2 "Reserved" 3 "Invalid" ;
+VAL_ 1029 Warn_ChaDrSwRrSta 0 "Default" 1 "Close" 2 "Open" 3 "Error Indicator" ;
+VAL_ 1029 ICU_IGN3On_RequestState 0 "OFF" 1 "VCU On" 2 "AVN On" 3 "OBC On" 4 "IGN1 On" 5 "VCU and OBC On" 6 "VCU and AVN On" 7 "VCU and IGN1 On" 8 "OBC and AVN On" 9 "OBC and IGN1 On" 10 "AVN and IGN1  On" 11 "OBC and AVN and IGN1 On" 12 "AVN and VCU and IGN1 On" 13 "VCU and OBC and AVN On" 14 "VCU and OBC anc IGN1 On" 15 "All Request On" ;
+VAL_ 1029 ICU_IGN3On_ReqState_New 0 "OFF" 1 "IGN1 On" 2 "IBS On" 3 "IBS and IGN1 On" 4 "CCU(HU) On" 5 "CCU(HU) and IGN1 On" 6 "CCU(HU) and IBS On" 7 "CCU(HU) and IBS and IGN1 On" 8 "VCU On" 9 "VCU and IGN1 On" 10 "VCU and IBS On" 11 "VCU and IBS and IGN1 On" 12 "VCU and CCU(HU) On" 13 "VCU and CCU(HU) and IGN1 On" 14 "VCU and CCU(HU) anc IBS On" 15 "VCU and CCU(HU) anc IBS and IGN1 On" 16 "VCMS On" 17 "VCMS and IGN1 On" 18 "VCMS and IBS On" 19 "VCMS and IBS and IGN1 On" 20 "VCMS and CCU(HU) On" 21 "VCMS and CCU(HU) and IGN1 On" 22 "VCMS and CCU(HU) and IBS On" 23 "VCMS and CCU(HU) and IBS and IGN1 On" 24 "VCMS and VCU On" 25 "VCMS and VCU and IGN1 On" 26 "VCMS and VCU and IBS On" 27 "VCMS and VCU and IBS and IGN1 On" 28 "VCMS and VCU and CCU(HU) On" 29 "VCMS and VCU and CCU(HU) and IGN1 On" 30 "VCMS and VCU and CCU(HU) and IBS On" 31 "VCMS and VCU and CCU(HU) and IBS and IGN1 On" 32 "BMS On" 33 "BMS and IGN1 On" 34 "BMS and IBS On" 35 "BMS and IBS and IGN1 On" 36 "BMS and CCU(HU) On" 37 "BMS and CCU(HU) and IGN1 On" 38 "BMS and CCU(HU) and IBS On" 39 "BMS and CCU(HU) and IBS and IGN1 On" 40 "BMS and VCU On" 41 "BMS and VCU and IGN1 On" 42 "BMS and VCU and IBS On" 43 "BMS and VCU and IBS and IGN1 On" 44 "BMS and VCU and CCU(HU) On" 45 "BMS and VCU and CCU(HU) and IGN1 On" 46 "BMS and VCU and CCU(HU) and IBS On" 47 "BMS and VCU and CCU(HU) and IBS and IGN1 On" 48 "BMS and VCMS On" 49 "BMS and VCMS and IGN1 On" 50 "BMS and VCMS and IBS On" 51 "BMS and VCMS and IBS and IGN1 On" 52 "BMS and VCMS and CCU(HU) On" 53 "BMS and VCMS and CCU(HU) and IGN1 On" 54 "BMS and VCMS and CCU(HU) and IBS On" 55 "BMS and VCMS and CCU(HU) and IBS  and IGN1 On" 56 "BMS and VCMS and VCU On" 57 "BMS and VCMS and VCU and IGN1 On" 58 "BMS and VCMS and VCU and IBS On" 59 "BMS and VCMS and VCU and IBS and IGN1 On" 60 "BMS and VCMS and VCU and CCU(HU) On" 61 "BMS and VCMS and VCU and CCU(HU) and IGN1 On" 62 "BMS and VCMS and VCU and CCU(HU) and IBS On" 63 "BMS and VCMS and VCU and CCU(HU) and IBS and IGN1 On" ;
+VAL_ 879 OBCWakeupDrUnlock 0 "Default" 1 "Off" 2 "On(Unlock)" 3 "Error Indicator" ;
+VAL_ 879 OBCWakeupDrLock 0 "Default" 1 "Off" 2 "On(DrLock)" 3 "Error Indicator" ;
+VAL_ 101 IEB_AbsNGearReq 0 "Inactive" 1 "N Gear position Request Active" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 101 IEB_EstBrkPdlValVldSta 0 "Invalid" 1 "Valid" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 101 IEB_SrvLmpDis 0 "AHB Service Lamp is Off" 1 "AHB Service Lamp is On" 2 "AHB Service Lamp is BLINKING(2HZ)" 3 "Error Indicator" ;
+VAL_ 101 IEB_DfctvSta 0 "AHB is normal mode" 1 "AHB is degraded mode" 2 "AHB is defective mode" 3 "Error Indicator" ;
+VAL_ 101 IEB_ActvSta 0 "All Control Inactive" 1 "Charging Active" 2 "AHB Control Active" 3 "Chaging Active + AHB Control Active" ;
+VAL_ 101 IEB_DiagSta 0 "AHB is not diagnostic mode" 1 "AHB is diagnostic mode" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 101 IEB_WrngLmpDis 0 "AHB Warning Lamp is Off" 1 "AHB Warning Lamp is On" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 101 IEB_MILReq 0 "No Request" 1 "MIL On Request" 2 "Reserved" 3 "Reserved" ;
+VAL_ 101 IEB_PdlTrvlSnsrFailSta 0 "Normal" 1 "Fail" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 101 IEB_PdlCalibSta 0 "Not complete" 1 "Complete" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 101 IEB_BzrSta 0 "Buzzer is Off" 1 "Buzzer is On" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 101 IEB_Sta 0 "Not Ready" 1 "Ready" 2 "Ready (Front only) & Not Ready(Rear)" 3 "Ready (Rear only) & Not Ready(Front)" ;
+VAL_ 101 IEB_SnsrFailSta 0 "Normal" 1 "Fail" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 101 IEB_RbsWrngLmpSta 0 "RBS Warning Lamp OFF" 1 "RBS Warning Lamp ON" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 101 IEB_VacSysDfctvSta 0 "Vacuum pump NOT defective" 1 "Vacuum pump defective (failed)" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 597 LDC_LSCmdVoltVal 255 "Error indicator" ;
+VAL_ 597 LDC_HSActVoltVal 65535 "Error indicator" ;
+VAL_ 597 LDC_SdcChrgCtrlSta 0 "Default" 1 "Main Battery Charging" 2 "Aux. Battery Charging" 3 "Both Aux/Main Battery Charging" ;
+VAL_ 597 LDC_TempLimSta 0 "Normal Status" 1 "Limited Status" 2 "Not used" 3 "Error indicator" ;
+VAL_ 597 LDC_CurrLimSta 0 "Normal Status" 1 "Limited Status" 2 "Not used" 3 "Error indicator" ;
+VAL_ 597 LDC_BmsMsgLstSta 0 "Normal status" 1 "BMS Message lost" 2 "Not used" 3 "Error indicator" ;
+VAL_ 597 LDC_McuMsgLstSta 0 "Normal status" 1 "MCU Message lost" 2 "Not used" 3 "Error indicator" ;
+VAL_ 597 LDC_VcuMsgLstSta 0 "Normal status" 1 "VCU Message lost" 2 "Not used" 3 "Error indicator" ;
+VAL_ 597 LDC_SysAreaVal 0 "Korea" 1 "NorthAmerica" 2 "China" 3 "Europe" ;
+VAL_ 597 LDC_DevStepSta 0 "MCAR" 1 "TCAR" 2 "Proto" 3 "Proto_DV" 4 "P1" 5 "P2" 6 "SOP" ;
+VAL_ 597 LDC_RomSta 0 "Release" 1 "Test" 2 "Not used" 3 "Error indicator" ;
+VAL_ 597 LDC_VrvMode 0 "(Pb)Test Mode" 1 "(Pb)Main Relay Off" 2 "(Pb)Coolant Shortage Checking  [냉각수 부족 진단]" 3 "(Pb)O2 Sensor Activated [O2 센서 활성화]" 4 "(Pb)LDC Output-Terminal Open Checking [LDC 출력단 단선 진단]" 5 "(Pb)Refresh Mode" 6 "(Pb)Delivery Mode [고객 인도 모드]" 7 "(Pb)High Electronic-Load [고 전장부하 모드]" 8 "(Pb)High Driving-Load [고 주행부하 모드]" 9 "(Pb)High Voltage Charging [고전압 배터리 충전모드]" 16 "(Pb)Variable Voltage Control By Driving Condition [주행조건 별 가변 전압 제어 모드]" 17 "(Pb)Reserved" 18 "(Pb)Reserved" 19 "(Pb)Reserved" 20 "(Pb)Reserved" 21 "(Pb)Reserved" 22 "(Li)Test Mode" 23 "(Li)Car Speed Limit Mode [차속 제한 모드]" 24 "(Li)BMS Relay Off" 25 "(Li)IBS Fault" 32 "(Li)Main Relay Off" 33 "(Li)LDC Forced Mode [LDC 강제 구동]" 34 "(Li)Coolant Shortage Checking [냉각수 부족 진단]" 35 "(Li)O2 Sensor Activated [O2 센서 활성화]" 36 "(Li)Cold Start [냉간 시동]" 37 "(Li)High Electronic-Load [고 전장부하 모드]" 38 "(Li)Battery Save Mode [배터리 절약 모드]" 39 "(Li)Variable Voltage Control By Driving Condition" 40 "Reserved" 41 "Reserved" 48 "Reserved" 49 "Reserved" 50 "Reserved" 51 "Reserved" 52 "Reserved" 53 "Reserved" ;
+VAL_ 597 LDC_CtSnsrVoltVal 65535 "Error indicator" ;
+VAL_ 597 LDC_EAOutVoltVal 255 "Error indicator" ;
+VAL_ 597 LDC_SSFMVal 0 "Off" 1 "On" 2 "Not used" 3 "Error indicator" ;
+VAL_ 597 LDC_VBVoltVal 255 "Error indicator" ;
+VAL_ 597 LDC_AAFOpReq 0 "Normal" 1 "level 1" 2 "level 2" 3 "Open" 4 "Not used" 5 "Not used" 6 "Not used" 7 "Error indicator" ;
+VAL_ 597 LDC_CpuRdySta 0 "Not Ready" 1 "Ready" 2 "Not used" 3 "Error indicator" ;
+VAL_ 597 LDC_SysCtrlablSta 0 "Not Controllable" 1 "Controllable" 2 "Not used" 3 "Error indicator" ;
+VAL_ 597 LDC_SysOpSta 0 "PWM off" 1 "PWM on" 2 "Not used" 3 "Error indicator" ;
+VAL_ 597 LDC_PwrDeratingSta 0 "Power Derating Off" 1 "LDC Power Derating On" 2 "Not used" 3 "Error indicator" ;
+VAL_ 597 LDC_AuxBattWrnLmpReq 0 "Aux Bat warning lamp off" 1 "Aux Bat warning lamp request" 2 "Not used" 3 "Error indicator" ;
+VAL_ 597 LDC_AuxBattWrnAlrmReq 0 "Aux Bat warning alarm off" 1 "Aux Bat warning alarm request" 2 "Not used" 3 "Error indicator" ;
+VAL_ 597 LDC_AuxBattChrgReq 0 "No Request" 1 "Aux Bat Charge request" 2 "Not used" 3 "Error indicator" ;
+VAL_ 597 LDC_AuxBattChrgRstReq 0 "No Reset" 1 "IG3 Wake up Reset" 2 "Not used" 3 "Error indicator" ;
+VAL_ 597 LDC_SrvLmpReq 0 "Normal status" 1 "Service lamp request" 2 "Not used" 3 "Error indicator" ;
+VAL_ 597 LDC_SysFltSta 0 "Normal status" 1 "Fault status" 2 "Not used" 3 "Error indicator" ;
+VAL_ 597 LDC_RadFanOnReq 0 "Radiator FAN off" 1 "Radiator FAN on" 2 "Not used" 3 "Error indicator" ;
+VAL_ 597 LDC_AuxBattChrgSta 0 "Charge Activated" 1 "Charge Deactivated" 2 "Charge Inhibited" 3 "Not Used" ;
+VAL_ 597 LDC_AuxBattDisChrgSta 0 "Not Used" 1 "Normal status" 2 "Discharged status" ;
+VAL_ 597 LDC_LSActCurrVal 255 "Error indicator" ;
+VAL_ 597 LDC_RadFanRpmDutyVal 255 "Error indicator" ;
+VAL_ 597 LDC_LSActVoltVal 255 "Error indicator" ;
+VAL_ 597 LDC_EwpRpmCtrlVal 255 "Error indicator" ;
+VAL_ 597 LDC_PwrMonVal 255 "Error indicator" ;
+VAL_ 597 LDC_SysTempVal 255 "Error indicator" ;
+VAL_ 266 MCU_Mg1MainRlyCutOffReq 0 "-" 1 "Relay Cut-off request by Mg1 MCU" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 266 MCU_Mg1MainRlyCutOffDelayReq 0 "-" 1 "Relay Cut-off request by Mg1 MCU" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 266 MCU_Mg1HiVoltIntlkReq 0 "Normal" 1 "Detect Interlock Disconnect" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 266 MCU_Mg1MilOnReq 0 "MIL Off" 1 "MIL On Request by Mg1 MCU" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 266 MCU_Mg1SrvLmpOnReq 0 "Service Lamp Off" 1 "Service Lamp On by Mg1 MCU" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 266 MCU_Mg1SpdLimSta 0 "Normal" 1 "Set speed limit" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 266 MCU_Mg1EngSpdLimReq 0 "-" 1 "Request" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 266 MCU_Mg1AnkJrkActvSta 0 "Not Activated" 1 "Activated" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 266 MCU_Mg1ActnTestModSta 0 "-" 1 "Actuation Test Mode" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 266 MCU_Mg1PwmRetryStatus 0 "OFF" 1 "ON" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 266 MCU_Mg1TrqCmdStat 0 "1msCmd" 1 "10msCmd" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 266 MCU_Mg1RsvrCalibReq 0 "-" 1 "MCU requests collaboration for resolver calibration to HCU(or VCU)" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 266 MCU_Mg1RsvrCalibProcSta 0 "Motor HSG resolver is calibrated" 1 "Motor HSG resolver is not calibrated" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 266 MCU_Mg1RsvrCalibSta 0 "Complete" 1 "Error" 2 "Running" 3 "Activated" 4 "Ready" ;
+VAL_ 266 MCU_Mg1RadPwmDtyReq 255 "Error Indicator" ;
+VAL_ 266 MCU_Mg1InvtCtrlRdySta 0 "Mg1 MCU Not Ready" 1 "Mg1 MCU is Alive" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 266 MCU_Mg1CtrlablSta 0 "-" 1 "Mg1 MCU is ready to control Mg1" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 266 MCU_Mg1WrngSta 0 "No Warning" 1 "Warning" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 266 MCU_Mg1FltSta 0 "No Fault" 1 "Fault" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 288 MCU_Mg2MainRlyCutOffReq 0 "-" 1 "Relay Cut-off request by Mg2 MCU" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 288 MCU_Mg2MainRlyCutOffDelayReq 0 "-" 1 "Relay Cut-off request by Mg2 MCU" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 288 MCU_Mg2PwmOnSta 0 "PWM Off" 1 "PWM On" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 288 MCU_Mg2HiVoltIntlkReq 0 "Normal" 1 "Detect Interlock Disconnect" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 288 MCU_Mg2MilOnReq 0 "MIL Off" 1 "MIL On Request by Mg2 MCU" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 288 MCU_Mg2SrvLmpOnReq 0 "Service Lamp Off" 1 "Service Lamp On by Mg2 MCU" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 288 MCU_Mg2SpdLimSta 0 "Normal" 1 "Set speed limit" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 288 MCU_Mg2EngSpdLim 0 "-" 1 "Request" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 288 MCU_Mg2AnkJrkActvSta 0 "Not Activated" 1 "Activated" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 288 MCU_Mg2ActnTestModSta 0 "-" 1 "Actuation Teat Mode" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 288 MCU_Mg2PwmRetryStatus 0 "OFF" 1 "ON" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 288 MCU_Mg2TrqCmdStat 0 "1msCmd" 1 "10msCmd" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 288 MCU_Mg2RsvrCalibReq 0 "-" 1 "Mg2 MCU requests collaboration for resolver calibration to HCU(or VCU)" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 288 MCU_Mg2RsvrCalibProcSta 0 "Mg2 resolver is calibrated" 1 "Mg2 resolver is not calibrated" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 288 MCU_Mg2RsvrCalibSta 0 "Complete" 1 "Error" 2 "Running" 3 "Activated" 4 "Ready" ;
+VAL_ 288 MCU_Mg2EngOnReq 0 "Not Request" 1 "Engine On Request" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 288 MCU_Mg2RadPwmDtyReq 255 "Error Indicator" ;
+VAL_ 288 MCU_Mg2ActlRotatSpdRpmVal 32767 "Error Indicator" ;
+VAL_ 288 MCU_Mg2InvtRdySta 0 "-" 1 "Mg2 MCU is alive." 2 "Not used" 3 "Error Indicator" ;
+VAL_ 288 MCU_Mg2CtrlablSta 0 "-" 1 "MG2 MCU is ready to control Mg2" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 288 MCU_Mg2WrngSta 0 "No Warning" 1 "Warning" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 288 MCU_Mg2FltSta 0 "No Fault" 1 "Fault" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 592 MCU_Mg1EwpClntDiagEnblStatus 0 "Disable" 1 "Enable" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 592 MCU_Mg1EwpClntSuffDisp 0 "Sufficient EWP Coolant" 1 "Insufficient EWP Coolant" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 592 MCU_Mg1Ewp1MalFuncStatus 0 "EWP Normal" 1 "EWP Fault" 2 "EWP Comm Time Out" 3 "EWP Speed Malfunction" ;
+VAL_ 592 MCU_Mg1Ewp1ForcedOpStatus 0 "OFF" 1 "EWP Forced Operating" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 592 MCU_Mg1Ewp1ProtectModeLIN 0 "Normal" 1 "EWP Protect Mode" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 592 MCU_Mg1Ewp1FltStatusLIN 0 "Normal" 1 "Fault" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 962 Wiper_FrWiperSwSta 0 "Wiper Sw Off" 1 "Wiper Int or Auto Sw On(Refer to C_RainSnsOption)" 2 "Wiper Low Sw On" 3 "Wiper High Sw On" 4 "Reserved" 5 "Reserved" 6 "Not Used" 7 "Error Indicator" ;
+VAL_ 962 Wiper_IntStepSta 0 "STEP1(SLOW)" 1 "STEP2" 2 "STEP3" 3 "STEP4" 4 "STEP5(FAST)" ;
+VAL_ 962 Wiper_MstSwSta 0 "Off" 1 "On" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 962 Wiper_RrWiperSwSta 0 "Rear Wiper Sw Off" 1 "Rear Wiper Low Sw On" 2 "Rear Wiper High Sw On" 3 "Reserved" ;
+VAL_ 962 Wiper_FrWiperWshSwSta 0 "Off" 1 "On" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 962 Wiper_RrWiperWshSwSta 0 "Off" 1 "On" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 962 MFSW_Info 0 "Off" 1 "ON(CAN Type)" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 741 OBC_AcConnSta 0 "AC Plug Disconnected" 1 "AC Plug Connected" 2 "Not used" 3 "Error indicator" ;
+VAL_ 741 OBC_PdSta 0 "AC Charging Plug OFF" 1 "AC Charging Plug Switch(S3) Open" 2 "PD Normal Status" 3 "PD Circuit Fault Status" 4 "Not used" 5 "Not used" 6 "Not used" 7 "Error indicator" ;
+VAL_ 741 OBC_EvseRdySta 0 "Not Wake up" 1 "Wake up" 2 "Not used" 3 "Error indicator" ;
+VAL_ 741 OBC_DcChrgSta 0 "Initial value" 1 "DC Chargin Staus" 2 "Not used" 3 "Error indicator" ;
+VAL_ 741 OBC_AcChrgSta 0 "Not Determined" 1 "AC Charging" 2 "Not used" 3 "Error indicator" ;
+VAL_ 741 OBC_Ig3OnSta 0 "OFF" 1 "ON" 2 "Not used" 3 "Error indicator" ;
+VAL_ 741 OBC_S2SwSta 0 "OFF" 1 "ON" 2 "Not used" 3 "Error indicator" ;
+VAL_ 741 OBC_MainRlyOnReq 0 "OFF" 1 "ON" 2 "Not used" 3 "Error indicator" ;
+VAL_ 741 OBC_ObcRlyOnReq 0 "OFF" 1 "ON" 2 "Not used" 3 "Error indicator" ;
+VAL_ 741 OBC_InletAutoLkModSta 0 "Default" 1 "Auto Mode" 2 "Lock Mode" 3 "Unlcok Mode" 4 "Not used" 5 "Not used" 6 "Not used" 7 "Error indicator" ;
+VAL_ 741 OBC_InletLkSta 0 "None" 1 "Lock Status" 2 "Unlock Status" 3 "Moving Status" 4 "Not used" 5 "Not used" 6 "Not used" 7 "Error indicator" ;
+VAL_ 741 OBC_InletFailSta 0 "CLEAR" 1 "SET" 2 "Not used" 3 "Error indicator" ;
+VAL_ 741 OBC_ChaInCurrModSta 0 "default" 1 "Max" 2 "Decreasing" 3 "Min" ;
+VAL_ 741 OBC_ChrgLmpOffForBmsReq 0 "Not request" 1 "ChgLampOff Reqest" 2 "Not used" 3 "Error indicator" ;
+VAL_ 741 OBC_ChrgStopAlrmDis 0 "Initial" 1 "Check EVSE/Grid" 2 "Check Charge Cable Connection" 3 "Not used" 4 "Not used" 5 "Not used" 6 "Not used" 7 "Error indicator" ;
+VAL_ 741 OBC_SysRdySta 0 "Not Wake up" 1 "Wake up" 2 "Not used" 3 "Error indicator" ;
+VAL_ 741 OBC_ContrabSta 0 "Off" 1 "On" 2 "Not used" 3 "Error indicator" ;
+VAL_ 741 OBC_SysFltSta 0 "Normal" 1 "Fault" 2 "Not used" 3 "Error indicator" ;
+VAL_ 741 OBC_ChrgFnshSta 0 "Not finish" 1 "Finished" 2 "Not used" 3 "Error indicator" ;
+VAL_ 741 OBC_AcDetSta 0 "AC non detect" 1 "AC detect" 2 "Not used" 3 "Error indicator" ;
+VAL_ 741 OBC_HvIntlkReq 0 "Off" 1 "On" 2 "Not used" 3 "Error indicator" ;
+VAL_ 741 OBC_VcrmReq 0 "No request" 1 "Ser. Or MIL Lamp" 2 "Warning" 3 "Error indicator" ;
+VAL_ 741 OBC_SvrLmpReq 0 "Off" 1 "On" 2 "Not used" 3 "Error indicator" ;
+VAL_ 741 OBC_MilReq 0 "Off" 1 "On" 2 "Not used" 3 "Error indicator" ;
+VAL_ 330 OPU_PwrModTempVal 255 "Error" ;
+VAL_ 330 OPU_NVM_FrzFrmSta 0 "No DTC" 1 "EOP-OPU DTC Fault" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 330 OPU_NVM_FltSta 0 "No Failure" 1 "IGBT Driver Failure (Short Circuit)" 2 "IGBT Driver Failure (UVLO)" 3 "IGBT Over Temperature" 4 "IGBT Temperature Sensor Failure (Open Circuit)" 5 "IGBT Temperature Sensor Failure (Short Circuit)" 6 "IGBT Temperature Sensor Failure (Rationality)" 7 "DC-Link Current Sensor Failure (Open Circuit)" 8 "DC-Link Current Sensor Failure (Short Circuit)" 9 "DC-Link Current Sensor Failure (Rationality)" 13 "Hall Sensor Failure" 19 "Motor Coil or IGBT or Wiring Open Circuit (Not Driving)" 20 "Motor Coil or IGBT or Wiring Open Circuit (Driving)" 21 "EOP-OPU Driving Failure (EOP 미구동)" 22 "Interlock Pin For High Input Voltage Disconnect" 23 "Input High Voltage Wire Open" 24 "EOP-OPU Driving Fault (EOP 미추종)" ;
+VAL_ 330 OPU_NVM_HealingSta 0 "No healing" 1 "Healing after 40DC" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 330 OPU_NVM_FltCntSta 0 "0" 1 "1 time" 2 "2~5 times" 3 "6 times and more" ;
+VAL_ 330 OPU_NVM_CtrlablOffFrzFrmSta 0 "Normal" 1 "Abnormal(Controllable Off)" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 330 OPU_NVM_CtrlablOffSta 0 "Normal" 1 "OPU Input Auxiliary Battery is LOW" 2 "OPU Input High-Voltage Battery is LOW(80V↓)" 3 "OPU Inhibit(f/HCU)" 4 "OPU Uncontrollable Fault(DTC)" 5 "Request from Other ECUs(interlock fault or airbag crush sensing)" ;
+VAL_ 330 OPU_NVM_CtrlablOffHealingSta 0 "No healing" 1 "Healing after 40DC" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 330 OPU_NVM_CtrlablOffCntSta 0 "0" 1 "1 time" 2 "2~5 times" 3 "6 times and more" ;
+VAL_ 330 OPU_CtrlablSta 0 "Not Controllable" 1 "Controllable" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 330 OPU_SysRdySta 0 "Not Readiness" 1 "OPU Sysrem Readiness" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 330 OPU_EopTestSta 0 "Not Controllable" 1 "Controllable" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 330 OPU_PwmCtrlSta 0 "No Control" 1 "Control" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 330 OPU_HallCtrlSta 0 "Control by Motor Controller" 1 "Control by Micom" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 330 OPU_RdySta 0 "Not ready" 1 "ready" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 330 OPU_FltCntReactReq 0 "Not Request" 1 "Request" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 330 OPU_EopRunSta 0 "Off" 1 "On ( >=100rpm)" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 330 OPU_BmsMainRlyOffReq 0 "Not ACTIVE" 1 "BMS Main Relay off Request" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 330 OPU_HiVoltIntlkReq 0 "Not Request" 1 "Request" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 330 OPU_MaxPhaseCurrLimSta 2 "Not used" 3 "Error Indicator" ;
+VAL_ 330 OPU_CrshReactSta 2 "Not used" 3 "Error Indicator" ;
+VAL_ 330 OPU_FltSta 0 "No Failure" 1 "IGBT Driver Failure (Short Circuit)" 2 "IGBT Driver Failure (UVLO)" 3 "IGBT Over Temperature" 4 "IGBT Temperature Sensor Failure (Open Circuit)" 5 "IGBT Temperature Sensor Failure (Short Circuit)" 6 "IGBT Temperature Sensor Failure (Rationality)" 7 "DC-Link Current Sensor Failure (Open Circuit)" 8 "DC-Link Current Sensor Failure (Short Circuit)" 9 "DC-Link Current Sensor Failure (Rationality)" 13 "Hall Sensor Failure" 19 "Motor Coil or IGBT or Wiring Open Circuit (Not Driving)" 20 "Motor Coil or IGBT or Wiring Open Circuit (Driving)" 21 "EOP-OPU Driving Failure (EOP 미구동)" 22 "Interlock Pin For High Input Voltage Disconnect" 23 "Input High Voltage Wire Open" 24 "EOP-OPU Driving Fault (EOP 미추종)" ;
+VAL_ 330 OPU_PwrDeratingSta 0 "No power derating" 1 "Power Derating" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 330 OPU_MaxDtySta 0 "Off" 1 "On" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 330 OPU_InCurrVal 255 "Error" ;
+VAL_ 1004 CF_RCS_SwTyp 0 "Not Endless Dial" 1 "Endless Dial (CAN)" ;
+VAL_ 1004 CF_RCS_OffRoad 0 "DEFAULT" 1 "SNOW" 2 "SAND" 3 "MUD" ;
+VAL_ 1004 CF_RCS_BtnSta 0 "OnRoad" 1 "OffRoad" ;
+VAL_ 1004 CF_RCS_RotateEnd 0 "Default" 1 "Rotate End" ;
+VAL_ 1004 CF_RCS_4wdLocking 0 "Off" 1 "On" ;
+VAL_ 1004 CF_RCS_DrvMod 0 "NORMAL(COMFORT)" 1 "ECO" 2 "SPORT" 3 "SMART" ;
+VAL_ 1252 RKE_BtnReq 0 "None" 1 "Lock" 2 "Unlock" 3 "Trunk(Or Tail Gate)" 4 "Panic" 5 "Panic Stop" 6 "0x6" 7 "Remote Cranking Stop" 8 "Remote Cranking Start" 9 "Forward(RSPA)" 10 "Backward/Parking(RSPA)" 11 "Pause(RSPA)" 12 "Trunk Hold(or Tailgate Hold)" 13 "Trunk Stop(or Tailgate Stop)" 14 "Not Used" 15 "Error Indicator" ;
+VAL_ 1252 RKE_WdwUpDnReq 0 "None" 1 "Remote Window Open" 2 "Remote Window Close" 3 "Remote Window Stop" 4 "Reseved" 5 "Reseved" 6 "Not Used" 7 "Error Indicator" ;
+VAL_ 1252 RKE_ID 0 "None" 1 "ID1" 2 "ID2" 3 "ID3" 4 "ID4" 5 "Reseved" 6 "Not Used" 7 "Error Indicator" ;
+VAL_ 293 SAS_AnglVal 32767 "Error Indicator" ;
+VAL_ 293 SAS_SpdVal 255 "Error Indicator" ;
+VAL_ 304 SBW_SHFTR_FF_LvrTyp 0 "Lever Type" 1 "Button Type" 2 "Dial Type" 3 "Reserved" ;
+VAL_ 304 SBW_SHFTR_FF_P_Sta 0 "Initial" 1 "Signal ON" 2 "Signal OFF" 3 "Fault" ;
+VAL_ 304 SBW_SHFTR_FF_LvrPosInfo 0 "Initial value" 1 "Gear lever position R" 2 "Gear lever position Nr" 3 "Gear lever position Null" 4 "Gear lever position Nd" 5 "Gear lever position D" 15 "Fault" ;
+VAL_ 304 SBW_SHFTR_FF_LvrWrngMsg 0 "Warning OFF" 1 "Gear Button Failure" 2 "P Release Button Failure" 3 "P Button Failure" 4 "D Button Failure" 5 "Reserved" 6 "Button Stuck Failure" 7 "Reserved" 8 "Reserved" 9 "Reserved" 10 "Reserved" 11 "Reserved" 12 "Reserved" 13 "Warning OFF(Lever type)" 14 "P Release Button Failure(Lever Type)" 15 "P Button Failure(Lever Type)" 16 "Button Stuck Failure(Lever Type)" 17 "P Button on & R/N/D signal on(Lever Type)" 18 "Lever Stuck" 19 "Lever Hall Sensor Failure" 20 "ECU HW Failure" 21 "Lever Hall Sensor Normal" 22 "Reserved" 23 "Reserved" 24 "Reserved" 25 "Reserved" 26 "Reserved" 27 "Reserved" 28 "Reserved" 29 "Reserved" 30 "Reserved" 31 "Reserved" ;
+VAL_ 304 SBW_SHFTR_FF_LvrUnitSta 0 "Normal" 1 "LEVER fault without function degradation" 2 "LEVER fault with function degradation" 3 "Reserved" 4 "Reserved" 5 "Reserved" 6 "Reserved" 7 "Reserved" ;
+VAL_ 304 SBW_SHFTR_FF_LvrIndicatorSta 0 "ALL Light OFF" 1 "P lighted" 2 "R lighted" 3 "N Lighted" 4 "D lighted" 5 "B lighted" 6 "reserved" 7 "reserved" 255 "lighting Fault" ;
+VAL_ 346 SCU_FF_PosActSta 0 "P" 1 "Reserved" 2 "Reserved" 3 "Reserved" 4 "Reserved" 5 "D" 6 "N" 7 "R" 8 "Reserved" 9 "Initial(Not Display at Cluster)" 10 "Reserved" 11 "Reserved" 12 "Reserved" 13 "Reserved" 14 "Intermediated Position" 15 "Unknown signal Detecting" ;
+VAL_ 346 SCU_FF_ErrSta 0 "No failure" 1 "Failure" 2 "MIL on request" 3 "Failure & MIL on request" 4 "Reserved" 5 "Reserved" 6 "Reserved" 7 "Reserved" ;
+VAL_ 346 SCU_FF_EpbReq 0 "No Request" 1 "EPB Request" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 346 SCU_FF_PosTarSta 0 "P" 1 "Reserved" 2 "Reserved" 3 "Reserved" 4 "Reserved" 5 "D" 6 "N" 7 "R" 8 "Reserved" 9 "Initial(Not Display at Cluster)" 10 "Reserved" 11 "Reserved" 12 "Reserved" 13 "Reserved" 14 "Intermediated Position" 15 "Unknown signal Detecting" ;
+VAL_ 346 SCU_FF_NConReq 0 "No request" 1 "Neutral Control request" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 346 SCU_FF_IG3WakeUp_Sta 0 "sleep mode" 1 "wake up" 2 "not used" 3 "error indicator" ;
+VAL_ 933 SCU_FF_WrnMsgClu 0 "No Warning message" 1 "Warning message 1" 2 "Warning message 2" 3 "Warning message 3" 4 "Warning message 4" 5 "Warning message 5" 6 "Warning message 6" 7 "Warning message 7" 8 "Warning message 8" 9 "Warning message 9" 10 "Warning message 10" 11 "Warning message 11" 12 "Warning message 12" 13 "Warning message 13" 14 "Reserved" 15 "Reserved" 16 "Reserved" 17 "Reserved" 19 "Reserved" ;
+VAL_ 933 SCU_FF_RspaCanFlFlag 0 "SCU received RSPA CAN message successfully" 1 "SCU failed to receive RSPA CAN message successfully" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 933 SCU_FF_RspaSta 0 "Reserved" 1 "Initial" 2 "New Start" 3 "Ready" 4 "None" 5 "Assist" 6 "Assist Fail" 7 "Abort" 8 "Ready Fail" 9 "Reserved" 10 "Reserved" 11 "Reserved" 12 "Reserved" 13 "Reserved" 14 "Reserved" 15 "Reserved" ;
+VAL_ 933 SCU_FF_NPosWshModSta 0 "Normal" 1 "Standby" 2 "N wash Mode" 3 "Reserved" ;
+VAL_ 1253 DoorLock_PsvDrLkReq 0 "None" 1 "Lock" 2 "PassiveTrunkLock" 3 "Reserved" 4 "Reserved" 5 "Reseved" 6 "Not Used" 7 "Error Indicator" ;
+VAL_ 1253 DoorLock_PsvDrUnLkReq 0 "None" 1 "UnLock" 2 "Unlock only DRV Door" 3 "PIC_Key_Reminder" 4 "Reserved" 5 "Reseved" 6 "Not Used" 7 "Error Indicator" ;
+VAL_ 1253 DoorLock_DrvDrPsvAcsReq 0 "Off" 1 "On" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 1253 DoorLock_AsstDrPsvAcsReq 0 "Off" 1 "On" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 1253 DoorLock_TrnkTlgtPsvAcsReq 0 "Off" 1 "On" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 1253 Auth_Req 0 "None" 1 "Auth Request" 2 "Reserved" 3 "Reserved" 4 "Reserved" 5 "Reserved" 6 "Reserved" 7 "Reserved" ;
+VAL_ 1253 RSPA_DigitalKeyAuth 0 "Default" 1 "Digital Key Auth" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 1253 PHEV_PwrAutoOffReq 0 "Default" 1 "Power Auto Off Set" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 1253 Auth_Method 0 "None Auth" 1 "Auth by FOB" 2 "Auth by TP" 3 "Auth by FP" 4 "Auth by NFC" 5 "Auth Fail" 6 "Auth by BLE (CHINA)" 7 "Reserved" 8 "Reserved" 9 "Reserved" 10 "Reserved" 11 "Reserved" 12 "Reserved" 14 "Not used" 15 "Error Indicator" ;
+VAL_ 1253 Auth_ISKLearnFdbck 0 "Default (Normal)" 1 "Positive" 2 "Mismatch ISK" 3 "Mismatch RN" 4 "Save Failed ISK" 5 "Timeout" 6 "Reserved" 7 "Reserved" 8 "Reserved" 9 "Reserved" 10 "Reserved" 11 "Reserved" 12 "Reserved" 14 "not used" 15 "Error Indicator" ;
+VAL_ 1253 Mirror_SmrtWlcmMirrReq 0 "Default" 1 "Fold(Away)" 2 "Unfold(Access)" 3 "Error Indicator" ;
+VAL_ 1253 SecureCom_Req 0 "None" 1 "Auth Request for secure communication" 2 "Not used" 3 "Not used" 4 "Not used" 5 "Not used" 6 "Not used" 7 "Error Indicator" ;
+VAL_ 923 VS_VehSlwDnReq 0 "Vehicle Slow Down Off" 1 "Vehicle Slow Down On" 2 "Not used" 3 "Error indicator" ;
+VAL_ 923 VI_VehImmoReq 0 "Vehicle Immobilization Off" 1 "Vehicle Immobilization On" 2 "Not used" 3 "Error indicator" ;
+VAL_ 923 RAC_DfrstCtrlReq 0 "Deactivate defrost mode" 1 "Activate defrost mode" 2 "Not used" 3 "Error indicator" ;
+VAL_ 923 RCC_ChrgCtrlReq 0 "Deactivate charge mode" 1 "Activate charge mode" 2 "Not used" 3 "Error indicator" ;
+VAL_ 923 RCC_ChrgModTyp 0 "Full charge Mode" 1 "SOC charge Mode" 2 "Power charge Mode" 3 "Error indicator" ;
+VAL_ 923 RAC_AcnCtrlReq 0 "Deactivate air conditioner automatic control" 1 "Activate air conditioner automatic control" 2 "Not used" 3 "Error indicator" ;
+VAL_ 923 ECO_Ig3RlyModSta 0 "None" 1 "Monitoring Mode" 2 "Reservation Mode" 3 "Immediate Mode" ;
+VAL_ 923 ECO_SysRdySta 1 "Ready" ;
+VAL_ 923 RCC_ChrgCtrlCanclReq 0 "None" 1 "Charge Control Cancel" ;
+VAL_ 923 RCC_FlCnfmSta 0 "Not confirmed Resv/Imme-chg/FATC failure report" 1 "Confirmed Resv/Imme-Chg/FATC failure report" 2 "Not used" 3 "Error indicator" ;
+VAL_ 923 ECO_Ig3RlyDrvSta 0 "Charging-IGN3off" 1 "Charging-IGN3on" ;
+VAL_ 923 RAC_TempModTyp 0 "Centigrade Mode" 1 "Fahrenheit Mode" 2 "Not used" 3 "Error indicator" ;
+VAL_ 923 RAC_TempSetVal 0 "OFF" 1 "LO" 16 "22℃/72℉" 17 "22.5℃/73℉" 18 "23℃/74℉" 19 "23.5℃/75℉" 20 "24℃/76℉" 21 "24.5℃/77℉" 22 "25℃/78℉" 23 "25.5℃/79℉" 24 "26℃/80℉" 25 "26.5℃/81℉" 26 "27℃/82℉" 27 "27.5℃/83℉" 28 "28℃/84℉" 29 "28.5℃/85℉" 30 "29℃/86℉" 31 "29.5℃/87℉" 2 "15℃/58℉" 32 "30℃/88℉" 33 "30.5℃/89℉" 34 "31℃/90℉" 35 "31.5℃/91℉" 36 "32℃/92℉" 3 "15.5℃/59℉" 4 "16℃/60℉" 5 "16.5℃/61℉" 6 "17℃/62℉" 7 "17.5℃/63℉" 8 "18℃/64℉" 9 "18.5℃/65℉" 10 "19℃/66℉" 11 "19.5℃/67℉" 12 "20℃/68℉" 13 "20.5℃/69℉" 14 "21℃/70℉" 15 "21.5℃/71℉" 254 "HI" 255 "INVALID" ;
+VAL_ 928 TPMS_FLPosWrngLmpSta 0 "FL POSITION Warning lamp OFF" 1 "FL POSITION Warning lamp ON" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 928 TPMS_FRPosWrngLmpSta 0 "FR POSITION Warning lamp OFF" 1 "FR POSITION Warning lamp ON" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 928 TPMS_RLPosWrngLmpSta 0 "RL POSITION Warning lamp OFF" 1 "RL POSITION Warning lamp ON" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 928 TPMS_RRPosWrngLmpSta 0 "RR POSITION Warning lamp OFF" 1 "RR POSITION Warning lamp ON" 2 "Not used" 3 "Error Indicator" ;
+VAL_ 928 TPMS_FLTirePrsrVal 255 "Error" ;
+VAL_ 928 TPMS_FRTirePrsrVal 255 "Error" ;
+VAL_ 928 TPMS_RLTirePrsrVal 255 "Error" ;
+VAL_ 928 TPMS_RRTirePrsrVal 255 "Error" ;
+VAL_ 928 TPMS_SnsrSta 0 "inactive" 1 "active" 2 "reserved" 3 "reserved" 4 "reserved" 5 "reserved" 6 "reserved" 7 "reserved" ;
+VAL_ 928 TPMS_WrngLmpSta 0 "TPMS Malfunction Warning lamp OFF" 1 "TPMS Malfunction Warning lamp ON" 2 "TPMS Malfunction Warning lamp BLINKING(2Hz)" 3 "Error Indicator" ;
+VAL_ 928 TPMS_TreadWrngLmpSta 0 "TREAD Warning lamp OFF" 1 "TREAD Warning lamp ON" 2 "TREAD Warning lamp BLINKING(2Hz)" 3 "Error Indicator" ;
+VAL_ 928 TPMS_PrsrUnitSta 0 "psi" 1 "kpa" 2 "bar" 3 "Error Indicator" ;
+VAL_ 928 TPMS_FLMuteTimer 0 "0min" 1 "2min" 2 "4min" 3 "6min" 4 "8min" 5 "10min" 6 "12min" 7 "14min" 8 "16min" 9 "18min" 10 "RF Mute On" 11 "Reserved" 12 "Reserved" 13 "Reserved" 14 "Reserved" 15 "Error" ;
+VAL_ 928 TPMS_FRMuteTimer 0 "0min" 1 "2min" 2 "4min" 3 "6min" 4 "8min" 5 "10min" 6 "12min" 7 "14min" 8 "16min" 9 "18min" 10 "RF Mute On" 11 "Reserved" 12 "Reserved" 13 "Reserved" 14 "Reserved" 15 "Error" ;
+VAL_ 928 TPMS_RLMuteTimer 0 "0min" 1 "2min" 2 "4min" 3 "6min" 4 "8min" 5 "10min" 6 "12min" 7 "14min" 8 "16min" 9 "18min" 10 "RF Mute On" 11 "Reserved" 12 "Reserved" 13 "Reserved" 14 "Reserved" 15 "Error" ;
+VAL_ 928 TPMS_RRMuteTimer 0 "0min" 1 "2min" 2 "4min" 3 "6min" 4 "8min" 5 "10min" 6 "12min" 7 "14min" 8 "16min" 9 "18min" 10 "RF Mute On" 11 "Reserved" 12 "Reserved" 13 "Reserved" 14 "Reserved" 15 "Error" ;
+VAL_ 1023 WakeUp_DoorLock_DrvDrUnLkSta 0 "Lock" 1 "Unlock" 2 "Default" 3 "Error Indicator" ;
+VAL_ 1023 WakeUp_BCM_Ign1InSta 0 "IGN1 Off" 1 "IGN1 On" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 1023 WakeUp_RKE_BtnReq 0 "None" 1 "Lock" 2 "Unlock" 3 "Trunk(Or Tail Gate)" 4 "Panic" 5 "Panic Stop" 6 "0x6" 7 "Remote Cranking Stop" 8 "Remote Cranking Start" 9 "Forward(RSPA)" 10 "Backward/Parking(RSPA)" 11 "Pause(RSPA)" 12 "Trunk Hold(or Tailgate Hold)" 13 "Trunk Stop(or Tailgate Stop)" 14 "Not Used" 15 "Error Indicator" ;
+VAL_ 1023 WakeUp_Lamp_SmrtWlcmLtOnReq 0 "Off" 1 "On" 2 "Not Used" 3 "Error Indicator" ;
+VAL_ 1023 WakeUp_DoorLock_AsstDrUnLkSta 0 "Lock" 1 "Unlock" 2 "Default" 3 "Error Indicator" ;
+VAL_ 1023 WakeUp_DoorLock_RrLftDrUnLkSta 0 "Lock" 1 "Unlock" 2 "Default" 3 "Error Indicator" ;
+VAL_ 1023 WakeUp_DoorLock_RrRtDrUnLkSta 0 "Lock" 1 "Unlock" 2 "Default" 3 "Error Indicator" ;
+VAL_ 1023 WakeUp_Warn_AsstDrSwSta 0 "Close" 1 "Open" 2 "Default" 3 "Error Indicator" ;
+VAL_ 1023 WakeUp_Warn_RrLftDrSwSta 0 "Close" 1 "Open" 2 "Default" 3 "Error Indicator" ;
+VAL_ 1023 WakeUp_Warn_RrRtDrSwSta 0 "Close" 1 "Open" 2 "Default" 3 "Error Indicator" ;
+VAL_ 1023 WakeUp_Trunk_TrnkTlgtSwSta 0 "Close(Full Lock)" 1 "Open(Not Full Lock)" 2 "Default" 3 "Error Indicator" ;
+VAL_ 1023 WakeUp_Warn_DrvDrSwSta 0 "Close" 1 "Open" 2 "Default" 3 "Error Indicator" ;
+VAL_ 160 WHL_SpdRRVal 16383 "Error" ;
+VAL_ 160 WHL_PlsFLVal 255 "Error" ;
+VAL_ 160 WHL_PlsFRVal 255 "Error" ;
+VAL_ 160 WHL_PlsRLVal 255 "Error" ;
+VAL_ 160 WHL_PlsRRVal 255 "Error" ;
+VAL_ 160 WHL_DirFLVal 0 "Unknown (Wheel moving stop state or Not applied wheel sensor for direction)" 1 "Forward direction" 2 "Backward direction" 3 "Error identifier" ;
+VAL_ 160 WHL_DirFRVal 0 "Unknown (Wheel moving stop state or Not applied wheel sensor for direction)" 1 "Forward direction" 2 "Backward direction" 3 "Error identifier" ;
+VAL_ 160 WHL_DirRLVal 0 "Unknown (Wheel moving stop state or Not applied wheel sensor for direction)" 1 "Forward direction" 2 "Backward direction" 3 "Error identifier" ;
+VAL_ 160 WHL_DirRRVal 0 "Unknown (Wheel moving stop state or Not applied wheel sensor for direction)" 1 "Forward direction" 2 "Backward direction" 3 "Error identifier" ;
+VAL_ 160 WHL_SpdFLVal 16383 "Error" ;
+VAL_ 160 WHL_SpdFRVal 16383 "Error" ;
+VAL_ 160 WHL_SpdRLVal 16383 "Error" ;
+