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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
PA_s_TrjCtlHd_LPosnBasLgt	VMMP	AUTOSAR_IN	Int32	QM	x position of vehicle when trajctory/path is generated (origin of coordinate system is vehicle start)
PA_s_TrjCtlHd_LPosnBasLat	VMMP	AUTOSAR_IN	Int32	QM	y position of vehicle when trajctory/path is generated (origin of coordinate system is vehicle start)
PA_s_TrjCtlHd_IdxStrtPlanNew	VMMP	AUTOSAR_IN	UInt8	QM	Index of node from which all further nodes are replanned
PA_s_TrjCtlHd_Id	VMMP	AUTOSAR_IN	UInt8	QM	Counter for the trajctory/path interface
PA_s_TrjCtlHd_DTlrLo	VMMP	AUTOSAR_IN	Float32	QM	vehicle stopping tolerance before stop position
PA_s_TrjCtlHd_DTlrHi	VMMP	AUTOSAR_IN	Float32	QM	vehicle stopping tolerance after stop position
PA_s_TrjCtlHd_AgPosnBas	VMMP	AUTOSAR_IN	Float32	QM	Yaw angle of vehicle when trajctory is generated (origin of coordinate system is vehicle start)
PA_s1_TrjCtl_VDmd	VMMP	AUTOSAR_IN	Float32	QM	Velocity demand at nodes
PA_s1_TrjCtl_LPosnLgt	VMMP	AUTOSAR_IN	Float32	QM	x position of vehicle (USK coordinate system)
PA_s1_TrjCtl_LPosnLat	VMMP	AUTOSAR_IN	Float32	QM	y position of vehicle (USK coordinate system)
PA_s1_TrjCtl_DTrck	VMMP	AUTOSAR_IN	Float32	QM	Covered distance at nodes
PA_s1_TrjCtl_CrvtTrck	VMMP	AUTOSAR_IN	Float32	QM	Curvature at nodes
PA_s1_TrjCtl_AgSideSlip	VMMP	AUTOSAR_IN	Float32	QM	Sideslip angle at nodes
PA_s1_TrjCtl_AgPosnYaw	VMMP	AUTOSAR_IN	Float32	QM	Yaw angle of vehicle (USK coordinate system) at nodes
PA_s1_TrjCtl_ADmd	VMMP	AUTOSAR_IN	Float32	QM	Acceleration demand at nodes
OruCtlD_sc_PrkCtl_StPrkLockReq	VMMP	AUTOSAR_IN	UInt8	ASIL D	Classifier for signal OruCtlD_s_PrkCtl_StPrkLockReq
OruCtlD_s_PrkCtl_StPrkLockReq	VMMP	AUTOSAR_IN	UInt8	ASIL B	Request to keep the park aktuators locked in applied position if they are applied.
OruCtlA_sc_PrkCtl_StPrkLockReq	VMMP	AUTOSAR_IN	UInt8	ASIL D	Classifier for signal OruCtlA_s_PrkCtl_StPrkLockReq
OruCtlA_s_PrkCtl_StPrkLockReq	VMMP	AUTOSAR_IN	UInt8	ASIL B	Request to keep the park aktuators locked in applied position if they are applied.
OD_sc_FC1_confBitPrecedingL3	VMMP	AUTOSAR_IN	UInt8	ASIL B	Classifier for signal OD_s_FC1_confBitPrecedingL3
OD_sc_FC1_confBitPrecedingL2	VMMP	AUTOSAR_IN	UInt8	ASIL B	Classifier for signal OD_s_FC1_confBitPrecedingL2
OD_sc_FC1_confBitOncomingL3	VMMP	AUTOSAR_IN	UInt8	ASIL B	Classifier for signal OD_s_FC1_confBitOncomingL3
OD_sc_FC1_confBitOncomingL2	VMMP	AUTOSAR_IN	UInt8	ASIL B	Classifier for signal OD_s_FC1_confBitOncomingL2
OD_s_FC1_confBitPrecedingL3	VMMP	AUTOSAR_IN	UInt8	ASIL B	Indicates if a preceding object is considered relevant for a possible collision at criticality level 3.
OD_s_FC1_confBitPrecedingL2	VMMP	AUTOSAR_IN	UInt8	ASIL B	Indicates if a preceding object is considered relevant for a possible collision at criticality level 2.
OD_s_FC1_confBitOncomingL3	VMMP	AUTOSAR_IN	UInt8	ASIL B	Indicates if an oncoming object is considered relevant for a possible collision at criticality level 3.
OD_s_FC1_confBitOncomingL2	VMMP	AUTOSAR_IN	UInt8	ASIL B	Indicates if an oncoming object is considered relevant for a possible collision at criticality level 2.
NVEM_sc_Vorgabe_Leistungsstufe	VMMP	AUTOSAR_IN	UInt8	QM	Classifier for signal NVEM_s_Vorgabe_Leistungsstufe
NVEM_sc_Energienetz_Status	VMMP	AUTOSAR_IN	UInt8	ASIL B	Classifier for NVEM_sc_Energienetz_status
NVEM_s_Vorgabe_Leistungsstufe	VMMP	AUTOSAR_IN	UInt8	ASIL B	Ermittelte Leistungsstufe der Energiequelle
NVEM_s_Energienetz_Status	VMMP	AUTOSAR_IN	UInt8	ASIL B
NR_sc_04_CAL_LgtLimV_VDmd	VMMP	AUTOSAR_IN	UInt8	ASIL B	Classifier for signal NR_s_04_CAL_LgtLimV_VDmd
NR_sc_04_CAL_LgtLimV_StAcv	VMMP	AUTOSAR_IN	UInt8	ASIL B	Classifier for signal NR_s_04_CAL_LgtLimV_StAcv
NR_sc_03_CAL_LgtLimV_VDmd	VMMP	AUTOSAR_IN	UInt8	ASIL B	Classifier for signal NR_s_03_CAL_LgtLimV_VDmd
NR_sc_03_CAL_LgtLimV_StAcv	VMMP	AUTOSAR_IN	UInt8	ASIL B	Classifier for signal NR_s_03_CAL_LgtLimV_StAcv
NR_sc_02_CAL_LgtLimV_VDmd	VMMP	AUTOSAR_IN	UInt8	ASIL B	Classifier for signal NR_s_02_CAL_LgtLimV_VDmd
NR_sc_02_CAL_LgtLimV_StAcv	VMMP	AUTOSAR_IN	UInt8	ASIL B	Classifier for signal NR_s_02_CAL_LgtLimV_StAcv
NR_sc_01_CAL_LgtLimV_VDmd	VMMP	AUTOSAR_IN	UInt8	ASIL B	Classifier for signal NR_s_01_CAL_LgtLimV_VDmd
NR_sc_01_CAL_LgtLimV_StAcv	VMMP	AUTOSAR_IN	UInt8	ASIL B	Classifier for signal NR_s_01_CAL_LgtLimV_StAcv
NR_s_04_CAL_LgtLimV_VDmd	VMMP	AUTOSAR_IN	Float32	ASIL B	Activation demand for velocity limitation for initial Sensor Calibration of the NanoRadar
NR_s_04_CAL_LgtLimV_StAcv	VMMP	AUTOSAR_IN	UInt8	ASIL B	Activation demand for velocity limitation for initial Sensor Calibration of the NanoRadar
NR_s_03_CAL_LgtLimV_VDmd	VMMP	AUTOSAR_IN	Float32	ASIL B	Activation demand for velocity limitation for initial Sensor Calibration of the NanoRadar
NR_s_03_CAL_LgtLimV_StAcv	VMMP	AUTOSAR_IN	UInt8	ASIL B	Activation demand for velocity limitation for initial Sensor Calibration of the NanoRadar
NR_s_02_CAL_LgtLimV_VDmd	VMMP	AUTOSAR_IN	Float32	ASIL B	Activation demand for velocity limitation for initial Sensor Calibration of the NanoRadar
NR_s_02_CAL_LgtLimV_StAcv	VMMP	AUTOSAR_IN	UInt8	ASIL B	Activation demand for velocity limitation for initial Sensor Calibration of the NanoRadar
NR_s_01_CAL_LgtLimV_VDmd	VMMP	AUTOSAR_IN	Float32	ASIL B	Activation demand for velocity limitation for initial Sensor Calibration of the NanoRadar
NR_s_01_CAL_LgtLimV_StAcv	VMMP	AUTOSAR_IN	UInt8	ASIL B	Activation demand for velocity limitation for initial Sensor Calibration of the NanoRadar
MRR_sc_CAL_LgtLimV_VDmd	VMMP	AUTOSAR_IN	UInt8	ASIL B	Classifier for signal MRR_s_CAL_LgtLimV_VDmd
MRR_sc_CAL_LgtLimV_StAcv	VMMP	AUTOSAR_IN	UInt8	ASIL B	Classifier for signal MRR_s_CAL_LgtLimV_StAcv
MRR_s_CAL_LgtLimV_VDmd	VMMP	AUTOSAR_IN	Float32	ASIL B	Activation demand for velocity limitation for initial Sensor Calibration of the MidRangeRadar
MRR_s_CAL_LgtLimV_StAcv	VMMP	AUTOSAR_IN	UInt8	ASIL B	Activation demand for velocity limitation for initial Sensor Calibration of the MidRangeRadar
MKB_sc_ScndCllsnMtgtn_StReq	VMMP	AUTOSAR_IN	UInt8	ASIL B	Classifier for signal MKB_s_ScndCllsnMtgtn_StReq
MKB_sc_ScndCllsnMtgtn_StAcv	VMMP	AUTOSAR_IN	UInt8	ASIL A	Classifier for signal MKB_s_ScndCllsnMtgtn_StAcv
MKB_sc_ScndCllsnMtgtn_StAbo	VMMP	AUTOSAR_IN	UInt8	QM	Classifier for signal MKB_s_ScndCllsnMtgtn_StAbo
MKB_s_ScndCllsnMtgtn_StReq	VMMP	AUTOSAR_IN	UInt8	ASIL B	Request to trigger second collision mitigation
MKB_s_ScndCllsnMtgtn_StAcv	VMMP	AUTOSAR_IN	UInt8	ASIL A	Activation demand for second collision mitigation
MKB_s_ScndCllsnMtgtn_StAbo	VMMP	AUTOSAR_IN	UInt8	ASIL C	Request to abort second collision mitigation
LRR_sc_CAL_LgtLimV_VDmd	VMMP	AUTOSAR_IN	UInt8	ASIL B	Classifier for signal LRR_s_CAL_LgtLimV_VDmd
LRR_sc_CAL_LgtLimV_StAcv	VMMP	AUTOSAR_IN	UInt8	ASIL B	Classifier for signal LRR_s_CAL_LgtLimV_StAcv
LRR_s_CAL_LgtLimV_VDmd	VMMP	AUTOSAR_IN	Float32	ASIL B	Activation demand for velocity limitation for initial Sensor Calibration of the LongRangeRadar
LRR_s_CAL_LgtLimV_StAcv	VMMP	AUTOSAR_IN	UInt8	ASIL B	Activation demand for velocity limitation for initial Sensor Calibration of the LongRangeRadar
LODM_sc_TqWhlDece_TqPotRgnStat	VMMP	AUTOSAR_IN	UInt8	QM	Classifier for LODM_s_TqWhlDece_TqPotRgnStat
LODM_sc_TqWhlDece_TqPotRgnImdt	VMMP	AUTOSAR_IN	UInt8	QM	Classifier for signal LODM_s_TqWhlDece_TqPotRgnImdt
LODM_sc_TqWhlDece_TqPotRgn	VMMP	AUTOSAR_IN	UInt8	QM	Classifier for signal LODM_s_TqWhlDece_TqPotRgn
LODM_sc_TqWhlDece_TqIntvDelta	VMMP	AUTOSAR_IN	UInt8	ASIL C	Classifier for LODM_s_TqWhlDece_TqIntvDelta
LODM_sc_TqWhlDece_TqAct	VMMP	AUTOSAR_IN	UInt8	ASIL C	Classifier for LODM_s_TqWhlDece_TqAct
LODM_sc_TqWhlDece_IdxLead	VMMP	AUTOSAR_IN	UInt8	ASIL C	Classifier for LODM_s_TqWhlDece_IdxLead
LODM_sc_TqWhlBrk_TqPotSdsl	VMMP	AUTOSAR_IN	UInt8	ASIL B	Classifier for LODM_s_TqWhlBrk_TqPotSdsl
LODM_sc_TqWhlBrk_TqGrdAct	VMMP	AUTOSAR_IN	UInt8	ASIL C	Classifier for LODM_s_TqWhlBrk_TqGrdAct
LODM_sc_TqWhlBrk_TqAct	VMMP	AUTOSAR_IN	UInt8	ASIL C	Classifier for LODM_s_TqWhlBrk_TqAct
LODM_sc_TqWhlAcce_TqPredCEIdleSpd	VMMP	AUTOSAR_IN	UInt8	QM	Classifier for LODM_TqWhlAcce_TqPredCEIdleSpd
LODM_sc_TqWhlAcce_TqPotStgyMin	VMMP	AUTOSAR_IN	UInt8	QM	Classifier for LODM_s_TqWhlAcce_TqPotStgyMin
LODM_sc_TqWhlAcce_TqPotStgyMax	VMMP	AUTOSAR_IN	UInt8	QM	Classifier for LODM_s_TqWhlAcce_TqPotStgyMax
LODM_sc_TqWhlAcce_TqPotStatMin	VMMP	AUTOSAR_IN	UInt8	QM	Classifier for signal LODM_s_TqWhlAcce_TqPotStatMin
LODM_sc_TqWhlAcce_TqPotStatMax	VMMP	AUTOSAR_IN	UInt8	QM	Classifier for signal LODM_s_TqWhlAcce_TqPotStatMax
LODM_sc_TqWhlAcce_TqPotMin	VMMP	AUTOSAR_IN	UInt8	QM	Classifier for LODM_s_TqWhlAcce_TqPotMin
LODM_sc_TqWhlAcce_TqPotMax	VMMP	AUTOSAR_IN	UInt8	QM	Classifier for LODM_s_TqWhlAcce_TqPotMax
LODM_sc_TqWhlAcce_TqPotImdtMin	VMMP	AUTOSAR_IN	UInt8	ASIL D	Classifier for signal LODM_s_TqWhlAcce_TqPotImdtMin
LODM_sc_TqWhlAcce_TqPotImdtMax	VMMP	AUTOSAR_IN	UInt8	ASIL D	Classifier for signal LODM_s_TqWhlAcce_TqPotImdtMax
LODM_sc_TqWhlAcce_TqPotFltLimCofRdc	VMMP	AUTOSAR_IN	UInt8	ASIL B	Classifier for signal LODM_s_TqWhlAcce_TqPotFltLimCofRdc
LODM_sc_TqWhlAcce_TqIntvDelta	VMMP	AUTOSAR_IN	UInt8	ASIL C	Classifier for LODM_s_TqWhlAcce_TqIntvDelta
LODM_sc_TqWhlAcce_TqGrdAct	VMMP	AUTOSAR_IN	UInt8	ASIL C	Classifier for LODM_s_TqWhlAcce_TqGrdAct
LODM_sc_TqWhlAcce_TqAct	VMMP	AUTOSAR_IN	UInt8	ASIL B	Classifier for LODM_s_TqWhlAcce_TqAct
LODM_sc_StTqWhlIntvAcv	VMMP	AUTOSAR_IN	UInt8	ASIL C	Classifier for LODM_s_StTqWhlIntvAcv
LODM_sc_SpdWhlLim_TqWhlAct	VMMP	AUTOSAR_IN	UInt8	ASIL C	Classifier for signal LODM_s_SpdWhlLim_TqWhlAct
LODM_sc_SpdWhlLim_SpdWhlAct	VMMP	AUTOSAR_IN	UInt8	ASIL C	Classifier for signal LODM_s_SpdWhlLim_SpdWhlAct
LODM_sc_JWhlVeh	VMMP	AUTOSAR_IN	UInt8	QM	Classifier for signal LODM_s_JWhlVeh
LODM_s_TqWhlPTActSum	VMMP	AUTOSAR_IN	Float32	QM	Sum of actual wheel torque of front and rear axle
LODM_s_TqWhlDeceReq	VMMP	AUTOSAR_IN	Float32	QM	deceleration torque request for BCS, which has to be realized, the resulting torque on the friction brake may situatively be lower caused by brake-blending (see LODM_TqWhlBlndReq)
LODM_s_TqWhlDece_TqTar	VMMP	AUTOSAR_IN	Float32	ASIL C	Target torque after consolidating all requests to brake
LODM_s_TqWhlDece_TqPotRgnStat	VMMP	AUTOSAR_IN	Float32	QM	Available torque potential for regenerative decelerating
LODM_s_TqWhlDece_TqPotRgnImdt	VMMP	AUTOSAR_IN	Float32	QM	wheel torque potential for the realisation of a deceleration request exclusive with regeneration (generative and engine-drag, no friction brake) and without changing the current ge
LODM_s_TqWhlDece_TqPotRgn	VMMP	AUTOSAR_IN	Float32	QM	wheel torque potential for the realisation of a deceleration request exclusive with regeneration (generative and engine-drag, no friction brake) and with any possible downshifts (
LODM_s_TqWhlDece_TqIntvDelta	VMMP	AUTOSAR_IN	Float32	ASIL C	delta torque caused by stability-interventions on the VMM-deceleration-request
LODM_s_TqWhlDece_TqAct	VMMP	AUTOSAR_IN	Float32	ASIL C	Actual decelerating wheel torque
LODM_s_TqWhlDece_StRgnAvl	VMMP	AUTOSAR_IN	UInt8	QM	availability of deceleration by the drivetrain (recuperation in xEV)
LODM_s_TqWhlDece_StReqVld	VMMP	AUTOSAR_IN	UInt8	ASIL B	Decel-Interface from VMM is valid
LODM_s_TqWhlDece_IdxLead	VMMP	AUTOSAR_IN	UInt8	ASIL B	Status about the actual leading function for the delaying acceleration
LODM_s_TqWhlBrk_TqTar	VMMP	AUTOSAR_IN	Float32	ASIL D	HCP1 internal target for hydraulik brake torque request
LODM_s_TqWhlBrk_TqPotSdsl	VMMP	AUTOSAR_IN	Float32	ASIL B	wheel torque potential for standstill

Aliases

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No matching aliases.