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Signals & parameters

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2 matching / 2 total versions

Kind	File	SHA-256	Records	Active	Action
Parameter	VMMP.parameter	0554579bc2cf	5173	Active
Signal	VMMP.signal	e55d7161700c	4368	Active

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4368 matching / 4368 active signal definitions. Text search covers name and description, case insensitive.

Name ↑	Owner	Class/port	Datatype	Safety	Description
ASOPOT_s_APotRgnStatSat	VMMP_SRV_ASOPOT	MODULE_OUT_RAM	Float32	QM	Calculated acceleration of current recuperation potential saturated for bus system use
ASOPOT_s_APotRgnStatStVld	VMMP_SRV_ASOPOT	MODULE_OUT_RAM	UInt8	QM	APotRgnStat State valid
ASOPOT_s_ATqAcce	VMMP_SRV_ASOPOT	MODULE_OUT_RAM	Float32	QM	Calculated acceleration of current actuator torque
ASOPOT_s_ATqAct	VMMP_SRV_ASOPOT	MODULE_OUT_RAM	Float32	QM	Calculated acceleration of current actuator torque
ASOPOT_s_ATqDmd	VMMP_SRV_ASOPOT	MODULE_OUT_RAM	Float32	QM	Calculated acceleration of demand torque
ASOPOT_s_ATqDmdAcceActCor	VMMP_SRV_ASOPOT	MODULE_OUT_RAM	Float32	QM	Calculated acceleration of demand torque not corrected when AcceAct Signal was used in Twist Calculation
ASOPOT_s_ATqDmdCtl	VMMP_SRV_ASOPOT	MODULE_OUT_RAM	Float32	QM	Acceleration from torque demand control
ASOPOT_s_ATqDmdCtlStVld	VMMP_SRV_ASOPOT	MODULE_OUT_RAM	UInt8	QM	ATqDmdCtl State valid
ASOPOT_s_ATqDmdSat	VMMP_SRV_ASOPOT	MODULE_OUT_RAM	Float32	QM	Calculated acceleration of demand torque saturated for bus system use
ASOPOT_s_ATqDmdStVld	VMMP_SRV_ASOPOT	MODULE_OUT_RAM	UInt8	QM	ATqDmd State valid
ASOPOT_s_CrvtGeoSlipAgDepLe	VMMP_SRV_ASOPOT	MODULE_OUT_RAM	Float32	QM	Curvature potential for left turns ignoring the rear wheel steering
ASOPOT_s_CrvtGeoSlipAgDepRi	VMMP_SRV_ASOPOT	MODULE_OUT_RAM	Float32	QM	Curvature potential for right turns ignoring the rear wheel steering
ASOPOT_s_CrvtPot_CrvtGeoLeLuBwd1	VMMP_SRV_ASOPOT	MODULE_OUT_RAM	Float32	QM	Curvature potential for left lookup backward 1
ASOPOT_s_CrvtPot_CrvtGeoLeLuBwd2	VMMP_SRV_ASOPOT	MODULE_OUT_RAM	Float32	QM	Curvature potential for left lookup backward 2
ASOPOT_s_CrvtPot_CrvtGeoLeLuFwd1	VMMP_SRV_ASOPOT	MODULE_OUT_RAM	Float32	QM	Curvature potential for left lookup forward 1
ASOPOT_s_CrvtPot_CrvtGeoLeLuFwd2	VMMP_SRV_ASOPOT	MODULE_OUT_RAM	Float32	QM	Curvature potential for left lookup forward 2
ASOPOT_s_CrvtPot_CrvtGeoLeLuSdsl	VMMP_SRV_ASOPOT	MODULE_OUT_RAM	Float32	QM	Curvature potential for left lookup standstill
ASOPOT_s_CrvtPot_CrvtGeoRiLuBwd1	VMMP_SRV_ASOPOT	MODULE_OUT_RAM	Float32	QM	Curvature potential for right lookup backward 1
ASOPOT_s_CrvtPot_CrvtGeoRiLuBwd2	VMMP_SRV_ASOPOT	MODULE_OUT_RAM	Float32	QM	Curvature potential for right lookup backward 2
ASOPOT_s_CrvtPot_CrvtGeoRiLuFwd1	VMMP_SRV_ASOPOT	MODULE_OUT_RAM	Float32	QM	Curvature potential for right lookup forward 1
ASOPOT_s_CrvtPot_CrvtGeoRiLuFwd2	VMMP_SRV_ASOPOT	MODULE_OUT_RAM	Float32	QM	Curvature potential for right lookup forward 2
ASOPOT_s_CrvtPot_CrvtGeoRiLuSdsl	VMMP_SRV_ASOPOT	MODULE_OUT_RAM	Float32	QM	Curvature potential for right lookup standstill
ASOPOT_s_CrvtPot_VLuBwd1	VMMP_SRV_ASOPOT	MODULE_OUT_RAM	Float32	QM	Backward velocity breakpoint for curvature potential
ASOPOT_s_CrvtPot_VLuBwd2	VMMP_SRV_ASOPOT	MODULE_OUT_RAM	Float32	QM	Backward velocity breakpoint for curvature potential
ASOPOT_s_CrvtPot_VLuFwd1	VMMP_SRV_ASOPOT	MODULE_OUT_RAM	Float32	QM	Forward velocity breakpoint for curvature potential
ASOPOT_s_CrvtPot_VLuFwd2	VMMP_SRV_ASOPOT	MODULE_OUT_RAM	Float32	QM	Forward velocity breakpoint for curvature potential
ASOPOT_s_DiagLADMLatPot_StEveReq	VMMP_SRV_ASOPOT	MODULE_OUT_RAM	UInt8	QM	State event request for diagnose LADMLatPot
ASOPOT_s_DiagLODMTqWhlAccePot_StEveReq	VMMP_SRV_ASOPOT	MODULE_OUT_RAM	UInt8	QM	State event request for diagnose LODMTqWhlAccePot
ASOPOT_s_DiagLODMTqWhlDecePot_StEveReq	VMMP_SRV_ASOPOT	MODULE_OUT_RAM	UInt8	QM	State event request for diagnose LODMTqWhlDecePot
ASOPOT_s_DiagLODMTqWhlDecePotSdsl_StEveReq	VMMP_SRV_ASOPOT	MODULE_OUT_RAM	UInt8	QM	State event request for diagnose LODMTqWhlDecePotSdsl
ASOPOT_s_FacCrvtSlipAgDep	VMMP_SRV_ASOPOT	MODULE_OUT_RAM	Float32	QM	Factor for adaptation of curvature potential when using slip angle request. Factor multiplied by slip angle request results in change of curature potential.
ASOPOT_s_LADMLatPot_StVld	VMMP_SRV_ASOPOT	MODULE_OUT_RAM	UInt8	QM	LADMLatPot State valid
ASOPOT_s_TqGrdDeceMinLvl1	VMMP_SRV_ASOPOT	MODULE_OUT_RAM	Float32	ASIL D	minimum torque gradient for deceleration torque requests with ASIL QM/A
ASOPOT_s_TqGrdDeceMinLvl2	VMMP_SRV_ASOPOT	MODULE_OUT_RAM	Float32	ASIL B	minimum torque gradient for deceleration torque requests with ASIL B/C
ASOPOT_s_TqPotAcceFltLimCofRdc	VMMP_SRV_ASOPOT	MODULE_OUT_RAM	Float32	QM	torque potential acceleration
ASOPOT_s_TqPotImdt	VMMP_SRV_ASOPOT	MODULE_OUT_RAM	Float32	QM	Immediate torque potential
ASOPOT_s_TqPotMax	VMMP_SRV_ASOPOT	MODULE_OUT_RAM	Float32	QM	Maximum torque potential
ASOPOT_s_TqPotMaxCtl	VMMP_SRV_ASOPOT	MODULE_OUT_RAM	Float32	QM	Controlled maximum torque potential
ASOPOT_s_TqPotMaxImdtCtl	VMMP_SRV_ASOPOT	MODULE_OUT_RAM	Float32	QM	Immediate torque potential under consideration of brake mass
ASOPOT_s_TqPotMaxPtMdAct	VMMP_SRV_ASOPOT	MODULE_OUT_RAM	Float32	QM	Maximum torque potential at actual power train operation mode
ASOPOT_s_TqPotMaxPtMdActCtl	VMMP_SRV_ASOPOT	MODULE_OUT_RAM	Float32	QM	Controlled maximum torque potential at actual power train operation mode
ASOPOT_s_TqPotPTMdActStat	VMMP_SRV_ASOPOT	MODULE_OUT_RAM	Float32	QM	Statistical torque potential at actual power train operation mode
ASOPOT_s_TqPotPTMdActStatCtl	VMMP_SRV_ASOPOT	MODULE_OUT_RAM	Float32	QM	Controlled statistical torque potential at actual power train operation mode
ASOPOT_s_TqPotRgn	VMMP_SRV_ASOPOT	MODULE_OUT_RAM	Float32	QM	wheel torque for regenerative deceleration
ASOPOT_s_TqPotRgnCtl	VMMP_SRV_ASOPOT	MODULE_OUT_RAM	Float32	QM	Controlled wheel torque for regenerative deceleration
ASOPOT_s_TqPotRgnImdt	VMMP_SRV_ASOPOT	MODULE_OUT_RAM	Float32	QM	wheel torque for immediate regenerative deceleration
ASOPOT_s_TqPotRgnStat	VMMP_SRV_ASOPOT	MODULE_OUT_RAM	Float32	QM	Static available sum potential as wheel torque for regenerative deceleration
ASOPOT_s_TqPotRgnStatCtl	VMMP_SRV_ASOPOT	MODULE_OUT_RAM	Float32	QM	Controlled static available sum potential as wheel torque for regenerative deceleration
ASOPOT_s_TqPotSdsl	VMMP_SRV_ASOPOT	MODULE_OUT_RAM	Float32	QM	torque potential at standstill
ASOTA_s_DiagLODMTqIntv_StEveReq	VMMP_SRV_ASOTA	MODULE_OUT_RAM	UInt8	QM	State event request for DiagLODMTqIntv
ASOTA_s_DiagLODMTqPred_StEveReq	VMMP_SRV_ASOTA	MODULE_OUT_RAM	UInt8	QM	State event request for DiagLODMTqPred
ASOTA_s_DiagLODMTqWhlAcce_StEveReq	VMMP_SRV_ASOTA	MODULE_OUT_RAM	UInt8	QM	State event request for DiagLODMTqWhlAcce
ASOTA_s_DiagLODMTqWhlDece_StEveReq	VMMP_SRV_ASOTA	MODULE_OUT_RAM	UInt8	QM	State event request for DiagLODMTqWhlDece
ASOTA_s_IdxTqCordDmd	VMMP_SRV_ASOTA	MODULE_OUT_RAM	UInt8	QM	Index Torque Cord Demand
ASOTA_s_StTqWhlIntvAcv	VMMP_SRV_ASOTA	MODULE_OUT_RAM	UInt8	ASIL C	Axle, which is controlled by stability-interventions
ASOTA_s_TqAct	VMMP_SRV_ASOTA	MODULE_OUT_RAM	Float32	QM	Actual wheel torque
ASOTA_s_TqActCtl	VMMP_SRV_ASOTA	MODULE_OUT_RAM	Float32	QM	Controlled actual wheel torque
ASOTA_s_TqCordDmd	VMMP_SRV_ASOTA	MODULE_OUT_RAM	Float32	QM	Current target wheel torque
ASOTA_s_TqCordDmdCtl	VMMP_SRV_ASOTA	MODULE_OUT_RAM	Float32	QM	Controlled current target wheel torque
ASOTA_s_TqGbxInPred	VMMP_SRV_ASOTA	MODULE_OUT_RAM	Float32	QM	GbxInPred torque
ASOTA_s_TqWhlAcce_TqAct	VMMP_SRV_ASOTA	MODULE_OUT_RAM	Float32	ASIL C	actual wheel torque
ASOTA_s_TqWhlAcce_TqGrdAct	VMMP_SRV_ASOTA	MODULE_OUT_RAM	Float32	QM	Actual acceleration wheel torque gradient
ASOTA_s_TqWhlAcce_TqIntvDelta	VMMP_SRV_ASOTA	MODULE_OUT_RAM	Float32	ASIL C	Delta torque caused by stability-interventions on the VMM-acceleration-request
ASOTA_s_TqWhlBrk_TqAct	VMMP_SRV_ASOTA	MODULE_OUT_RAM	Float32	QM	Actual braking wheel torque
ASOTA_s_TqWhlBrk_TqGrdAct	VMMP_SRV_ASOTA	MODULE_OUT_RAM	Float32	QM	Actual braking wheel torque gradient
ASOTA_s_TqWhlBrk_TqTar	VMMP_SRV_ASOTA	MODULE_OUT_RAM	Float32	QM	HCP1-Internal target brake torque (which is LODM_TqWhlDeceReq - AIPT_TqWhlBrkDelta)
ASOTA_s_TqWhlDece_TqAct	VMMP_SRV_ASOTA	MODULE_OUT_RAM	Float32	QM	Actual decelerating wheel torque
ASOTA_s_TqWhlDece_TqIntvDelta	VMMP_SRV_ASOTA	MODULE_OUT_RAM	Float32	ASIL C	Delta torque caused by stability-interventions on the VMM-deceleration-request
ASOTA_s_TqWhlDece_TqIntvDeltaCtl	VMMP_SRV_ASOTA	MODULE_OUT_RAM	Float32	ASIL C	Controlled Delta torque caused by stability-interventions on the VMM-deceleration-request
ASOTA_s_TqWhlDece_TqTar	VMMP_SRV_ASOTA	MODULE_OUT_RAM	Float32	ASIL C	Target wheel torque
ASOTA_s_TqWhlPTActSum	VMMP_SRV_ASOTA	MODULE_OUT_RAM	Float32	QM	Sum of actual wheel torque of front and rear axle
BCS_s_BrkStrIdx_FrLe	VMMP	AUTOSAR_IN	Float32	QM	Stress Index [%] of friction Base brake regarding Brake disc temperature100% Stress Index = Brake-individual temperature limited by brake design type
BCS_s_BrkStrIdx_FrRi	VMMP	AUTOSAR_IN	Float32	QM	Stress Index [%] of friction Base brake regarding Brake disc temperature100% Stress Index = Brake-individual temperature limited by brake design type
BCS_s_BrkStrIdx_ReLe	VMMP	AUTOSAR_IN	Float32	QM	Stress Index [%] of friction Base brake regarding Brake disc temperature100% Stress Index = Brake-individual temperature limited by brake design type
BCS_s_BrkStrIdx_ReRi	VMMP	AUTOSAR_IN	Float32	QM	Stress Index [%] of friction Base brake regarding Brake disc temperature100% Stress Index = Brake-individual temperature limited by brake design type
BCS_s_FailSafeStop_StMon	VMMP	AUTOSAR_IN	UInt8	ASIL B	Current state of the fail-safe stop function and monitorings
BCS_s_FailSafeStop_StReqVld	VMMP	AUTOSAR_IN	UInt8	ASIL B	Response with status if request is valid (within value limits) and no communication error occured
BCS_s_HydBrkAsi_StAcv	VMMP	AUTOSAR_IN	UInt8	QM	Response with status if request is valid (within value limits) and no communication error occured
BCS_s_HydBrkAsi_StAvl	VMMP	AUTOSAR_IN	UInt8	QM	Response with status if request is valid (within value limits) and no communication error occured
BCS_s_HydBrkAsi_StReqVld	VMMP	AUTOSAR_IN	UInt8	QM	Response with status if request is valid (within value limits) and no communication error occured
BCS_s_WarnBrk_StReqVld	VMMP	AUTOSAR_IN	UInt8	ASIL B	Response with status if request is valid (within value limits) and no communication error occured
BCS_s_WarnBrk_StResp	VMMP	AUTOSAR_IN	UInt8	ASIL B	Response status for the warning brake interface between VMM ans BCS
BCS_sc_BrkStrIdx_FrLe	VMMP	AUTOSAR_IN	UInt8	QM	Classifier for signal BCS_s_BrkStrIdx_FrLe
BCS_sc_BrkStrIdx_FrRi	VMMP	AUTOSAR_IN	UInt8	QM	Classifier for signal BCS_s_BrkStrIdx_FrRi
BCS_sc_BrkStrIdx_ReLe	VMMP	AUTOSAR_IN	UInt8	QM	Classifier for signal BCS_s_BrkStrIdx_ReLe
BCS_sc_BrkStrIdx_ReRi	VMMP	AUTOSAR_IN	UInt8	QM	Classifier for signal BCS_s_BrkStrIdx_ReRi
BCS_sc_FailSafeStop_StMon	VMMP	AUTOSAR_IN	UInt8	ASIL B	Classifier for signal BCS_s_FailSafeStop_StMon
BCS_sc_FailSafeStop_StReqVld	VMMP	AUTOSAR_IN	UInt8	ASIL B	Classifier for BCS_s_FailSafeStop_StReqVld
BCS_sc_HydBrkAsi_StAcv	VMMP	AUTOSAR_IN	UInt8	QM	Classifier for BCS_s_HydBrkAsi_StAcv
BCS_sc_HydBrkAsi_StAvl	VMMP	AUTOSAR_IN	UInt8	QM	Classifier for BCS_s_HydBrkAsi_StAvl
BCS_sc_HydBrkAsi_StReqVld	VMMP	AUTOSAR_IN	UInt8	QM	Classifier for BCS_s_HydBrkAsi_StReqVld
BCS_sc_WarnBrk_StReqVld	VMMP	AUTOSAR_IN	UInt8	QM	Classifier for BCS_s_WarnBrk_StReqVld
BCS_sc_WarnBrk_StResp	VMMP	AUTOSAR_IN	UInt8	QM	Classifier for BCS_s_WarnBrk_StResp
BLS_s_BrkLghtDfctLe	VMMP	AUTOSAR_IN	UInt8	ASIL A	Alle links verbauten Bremsleuchten sind defekt.
BLS_s_BrkLghtDfctMid	VMMP	AUTOSAR_IN	UInt8	ASIL A	Alle mittleren Bremsleuchten sind defekt.
BLS_s_BrkLghtDfctRi	VMMP	AUTOSAR_IN	UInt8	ASIL A	Alle rechts verbauten Bremsleuchten sind defekt.
BLS_sc_BrkLghtDfctLe	VMMP	AUTOSAR_IN	UInt8	ASIL A	Classifier for BLS_s_BrkLghtDfctLe
BLS_sc_BrkLghtDfctMid	VMMP	AUTOSAR_IN	UInt8	ASIL A	Classifier for BLS_s_BrkLghtDfctMid
BLS_sc_BrkLghtDfctRi	VMMP	AUTOSAR_IN	UInt8	ASIL A	Classifier for BLS_s_BrkLghtDfctRi
CAA_s_CrvtCtl_CrvtDmd	VMMP	AUTOSAR_IN	Float32	ASIL B	Curvature demand lateral

Aliases

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No matching aliases.