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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
VDSO_sc_Vx3d	VMMP	AUTOSAR_IN	UInt8	ASIL D	Classifier for VDSO_s_Vx3d
VDSO_sc_VWhlSpdReRi	VMMP	AUTOSAR_IN	UInt8	ASIL B	Classifier for signal VDSO_s_VWhlSpdReRi
VDSO_sc_VWhlSpdReLe	VMMP	AUTOSAR_IN	UInt8	ASIL B	Classifier for signal VDSO_s_VWhlSpdReLe
VDSO_sc_VWhlSpdFrRi	VMMP	AUTOSAR_IN	UInt8	ASIL B	Classifier for signal VDSO_s_VWhlSpdFrRi
VDSO_sc_VWhlSpdFrLe	VMMP	AUTOSAR_IN	UInt8	ASIL B	Classifier for signal VDSO_s_VWhlSpdFrLe
VDSO_sc_StVx6d	VMMP	AUTOSAR_IN	UInt8	ASIL B	Classifier for signal VDSO_s_StVx6d
VDSO_sc_StVx3d	VMMP	AUTOSAR_IN	UInt8	ASIL D	Classifier for VDSO_s_StVx3d
VDSO_sc_StInclnGnd	VMMP	AUTOSAR_IN	UInt8	QM	Classifier for signal VDSO_s_StInclnGnd
VDSO_sc_LWhlRdDynAdpReRi	VMMP	AUTOSAR_IN	UInt8	ASIL B	Classifier for VDSO_s_LWhlRdDynAdpReRi
VDSO_sc_LWhlRdDynAdpReLe	VMMP	AUTOSAR_IN	UInt8	ASIL B	Classifier for VDSO_s_LWhlRdDynAdpReLe
VDSO_sc_LWhlRdDynAdpFrRi	VMMP	AUTOSAR_IN	UInt8	ASIL B	Classifier for VDSO_s_LWhlRdDynAdpFrRi
VDSO_sc_LWhlRdDynAdpFrLe	VMMP	AUTOSAR_IN	UInt8	ASIL B	Classifier for VDSO_s_LWhlRdDynAdpFrLe
VDSO_sc_LLocPosLgt6dcm	VMMP	AUTOSAR_IN	UInt8	QM	Classifier for VDSO_s_LLocPosLgt6dcm
VDSO_sc_LLocPosLgt3dcm	VMMP	AUTOSAR_IN	UInt8	QM	Classifier for VDSO_s_LLocPosLgt3dcm
VDSO_sc_LLocPosLat6dcm	VMMP	AUTOSAR_IN	UInt8	QM	Classifier for VDSO_s_LLocPosLat6dcm
VDSO_sc_LLocPosLat3dcm	VMMP	AUTOSAR_IN	UInt8	QM	Classifier for VDSO_s_LLocPosLat3dcm
VDSO_sc_ALgtOfsCmp	VMMP	AUTOSAR_IN	UInt8	ASIL B	Classifier for VDSO_s_ALgtOfsCmp
VDSO_sc_ALatOfsCmp	VMMP	AUTOSAR_IN	UInt8	ASIL B	Classifier for VDSO_s_ALatOfsCmp
VDSO_sc_AgyCh6d	VMMP	AUTOSAR_IN	UInt8	ASIL B	Classifier for VDSO_s_AgyCh6d
VDSO_sc_AgyCh3d	VMMP	AUTOSAR_IN	UInt8	ASIL B	Classifier for VDSO_s_AgyCh3d
VDSO_sc_AgvYawRateOfsCmp	VMMP	AUTOSAR_IN	UInt8	ASIL B	Classifier for VDSO_s_AgvYawRateOfsCmp
VDSO_sc_AgPitchInclnGnd6d	VMMP	AUTOSAR_IN	UInt8	ASIL B	Classifier for VDSO_s_AgPitchInclnGnd6d
VDSO_sc_AgPitchInclnGnd3d	VMMP	AUTOSAR_IN	UInt8	ASIL B	Classifier for VDSO_s_AgPitchInclnGnd3d
VDSO_sc_AgLocAgzCh6d	VMMP	AUTOSAR_IN	UInt8	QM	Classifier for VDSO_s_AgLocAgzCh6d
VDSO_sc_AgLocAgzCh3d	VMMP	AUTOSAR_IN	UInt8	QM	Classifier for VDSO_s_AgLocAgzCh3d
VDSO_s_Vx6d	VMMP	AUTOSAR_IN	Float32	ASIL B	Longitudinal velocity estimated at the centre of rear axle. Estimation requires 6D IMU.
VDSO_s_Vx3dStdDev	VMMP	AUTOSAR_IN	Float32	QM	Estimated standarddeviation of Signal VDSO_Vx3d
VDSO_s_Vx3dGNSS	VMMP	AUTOSAR_IN	Float32	ASIL C	VDSO_Vx3d incl. additional scaling to meet official regulations (Typ approval, NCAP eg)
VDSO_s_Vx3dDisp	VMMP	AUTOSAR_IN	Float32	ASIL C	VDSB_Vx3d incl. additional scaling to meet official regulations (Typ approval, NCAP eg)
VDSO_s_Vx3d	VMMP	AUTOSAR_IN	Float32	ASIL D	Longitudinal velocity estimated at the centre of rear axle.
VDSO_s_VWhlSpdReRi	VMMP	AUTOSAR_IN	Float32	ASIL B	Wheelspeed of rear right tire including wheelcircumference adjustment factor
VDSO_s_VWhlSpdReLe	VMMP	AUTOSAR_IN	Float32	ASIL B	Wheelspeed of rear left tire including wheelcircumference adjustment factor
VDSO_s_VWhlSpdFrRi	VMMP	AUTOSAR_IN	Float32	ASIL B	Wheelspeed of front right tire including wheelcircumference adjustment factor
VDSO_s_VWhlSpdFrLe	VMMP	AUTOSAR_IN	Float32	ASIL B	Wheelspeed of front left tire including wheelcircumference adjustment factor
VDSO_s_StVx6d	VMMP	AUTOSAR_IN	UInt8	ASIL B	Signal describes the estimation mode of Vx6d state estimation. If sensors which are required for normal Vx6d estimation are not recieved valid (e.g. broken sensor / bus) or cannot
VDSO_s_StVx3d	VMMP	AUTOSAR_IN	UInt8	ASIL D	Signal describes the estimation mode of Vx3d state estimation. If sensors which are required for normal Vx3d estimation are not recieved valid (e.g. broken sensor / bus) or cannot
VDSO_s_StInclnGnd	VMMP	AUTOSAR_IN	UInt8	QM	State of estimation of the InclnGnd signals based on available ride hight sensor.
VDSO_s_LWhlRdDynAdpReRi	VMMP	AUTOSAR_IN	Float32	ASIL B	adjusted wheelradius of rear right tire
VDSO_s_LWhlRdDynAdpReLe	VMMP	AUTOSAR_IN	Float32	ASIL B	adjusted wheelradius of rear left tire
VDSO_s_LWhlRdDynAdpFrRi	VMMP	AUTOSAR_IN	Float32	ASIL B	adjusted wheelradius of front right tire
VDSO_s_LWhlRdDynAdpFrLe	VMMP	AUTOSAR_IN	Float32	ASIL B	adjusted wheelradius of front left tire
VDSO_s_LLocPosLgt6dcm	VMMP	AUTOSAR_IN	Int32	QM	Longitudinal traveled distance calculated in coordinaten system initiated at vehicle startup. Unit cm due to numeric reasons.
VDSO_s_LLocPosLgt3dcm	VMMP	AUTOSAR_IN	Int32	ASIL B	Longitudinal traveled distance calculated in coordinaten system initiated at vehicle startup. Unit cm due to numeric reasons.
VDSO_s_LLocPosLat6dcm	VMMP	AUTOSAR_IN	Int32	QM	Lateral traveled distance calculated in coordinate system initiated at vehicle startup. Unit cm due to numeric reasons.
VDSO_s_LLocPosLat3dcm	VMMP	AUTOSAR_IN	Int32	ASIL B	Lateral traveled distance calculated in coordinate system initiated at vehicle startup. Unit cm due to numeric reasons.
VDSO_s_ALgtOfsCmp	VMMP	AUTOSAR_IN	Float32	ASIL B	Formula: IMU_Algt-VDSO_ALgtOfs=VDSO_ALgtOfsCmp
VDSO_s_ALatOfsCmp	VMMP	AUTOSAR_IN	Float32	ASIL B	Formula: IMU_Alat-VDSO_ALatOfs=VDSO_ALatOfsCmp
VDSO_s_AgyCh6d	VMMP	AUTOSAR_IN	Float32	ASIL B	Longitudinal inclination of chassis towards horizon. Estimation requires 6D IMU
VDSO_s_AgyCh3d	VMMP	AUTOSAR_IN	Float32	ASIL B	Longitudinal inclination of chassis towards horizon
VDSO_s_AgvYawRateOfsCmp	VMMP	AUTOSAR_IN	Float32	ASIL B	Yaw rate of Cmp
VDSO_s_AgPitchInclnGnd6d	VMMP	AUTOSAR_IN	Float32	ASIL B	Longitudinal inclination of the ground underneath the vehicle. Estimation requires 6D IMU. Can only be provided if suspension height sensors are available.
VDSO_s_AgPitchInclnGnd3d	VMMP	AUTOSAR_IN	Float32	ASIL B	Longitudinal inclination of the ground underneath the vehicle. Can only be provided if suspension height sensors are available.
VDSO_s_AgLocAgzCh6d	VMMP	AUTOSAR_IN	Float32	QM	Orientation of the vehicle in coordinate system initiated at vehicle startup.
VDSO_s_AgLocAgzCh3d	VMMP	AUTOSAR_IN	Float32	QM	Orientation of the vehicle in coordinate system initiated at vehicle startup.
VDC_sc_Sts	VMMP	AUTOSAR_IN	UInt8	ASIL D	Classifier for signal VDC_s_Sts
VDC_sc_IntvReRi	VMMP	AUTOSAR_IN	UInt8	ASIL D	Classifier for signal VDC_s_IntvReRi
VDC_sc_IntvReLe	VMMP	AUTOSAR_IN	UInt8	ASIL D	Classifier for signal VDC_s_IntvReLe
VDC_sc_IntvFrRi	VMMP	AUTOSAR_IN	UInt8	ASIL D	Classifier for signal VDC_s_IntvFrRi
VDC_sc_IntvFrLe	VMMP	AUTOSAR_IN	UInt8	ASIL D	Classifier for signal VDC_s_IntvFrLe
VDC_s_Sts	VMMP	AUTOSAR_IN	UInt8	ASIL B	nformation about the status of the VDC_Controller
VDC_s_IntvReRi	VMMP	AUTOSAR_IN	UInt8	ASIL B	intervention of the VDC_Controller
VDC_s_IntvReLe	VMMP	AUTOSAR_IN	UInt8	ASIL B	intervention of the VDC_Controller
VDC_s_IntvFrRi	VMMP	AUTOSAR_IN	UInt8	ASIL B	intervention of the VDC_Controller
VDC_s_IntvFrLe	VMMP	AUTOSAR_IN	UInt8	ASIL B	intervention of the VDC_Controller
TVCTP_s_RatEgoTrjPrj	VMMP_TVC_TVCTP	MODULE_OUT_RAM	Float32	QM	Projection ratio between determined nodes on trajctory
TVCTP_s_NumPrjTrjNod	VMMP_TVC_TVCTP	MODULE_OUT_RAM	UInt8	QM	Valid index of node on trajctory , when vehicle position projected of desired trajctory is successful
TVCTP_s_DLgtPrj	VMMP_TVC_TVCTP	MODULE_OUT_RAM	Float32	QM	Actual longitudinal position of projection point in the trajectory
TVCTP_s_DLatDe	VMMP_TVC_TVCTP	MODULE_OUT_RAM	Float32	QM	Lateral deviation of vehicle to trajectory/path
TVCPV_s_FlgSdsl	VMMP_TVC_TVCPV	MODULE_OUT_RAM	Bool	QM	Activation flag for detection the standstill
TVCPV_s_DTar	VMMP_TVC_TVCPV	MODULE_OUT_RAM	Float32	QM	Desired stopping distance to the standstill point
TVCPV_s_CrvtDmd	VMMP_TVC_TVCPV	MODULE_OUT_RAM	Float32	QM	Desired curvature at preview point of the trajectory
TVCPV_s_APredTar	VMMP_TVC_TVCPV	MODULE_OUT_RAM	Float32	QM	Prediction of desired acceleration of vehicle
TVCPV_s_AgSideSlipNextTc	VMMP_TVC_TVCPV	MODULE_OUT_RAM	Float32	QM	Desired side slip angle for the next cycle period.
TVCPV_s_ADmd	VMMP_TVC_TVCPV	MODULE_OUT_RAM	Float32	QM	Desired acceleration at preview point of the trajectory
TVCPP_s_VLgtVehNrmVld	VMMP_TVC_TVCPP	MODULE_OUT_RAM	Float32	QM	Valid longitudinal velocity including substitution stategy
TVCPP_s_TiSync	VMMP_TVC_TVCPP	MODULE_OUT_RAM	Float32	QM	Synchronized time of ECU
TVCPP_s_TiDlyCrvtCtlVld	VMMP_TVC_TVCPP	MODULE_OUT_RAM	Float32	QM	variable preview delay for curvature control
TVCPP_s_TiBasVld	VMMP_TVC_TVCPP	MODULE_OUT_RAM	Float32	QM	Valid synchronized time when trajectory is generated
TVCPP_s_StDrvDir	VMMP_TVC_TVCPP	MODULE_OUT_RAM	UInt8	QM	State for driving direction
TVCPP_s_NumNodVld	VMMP_TVC_TVCPP	MODULE_OUT_RAM	UInt8	QM	limited number of available nodes
TVCPP_s_LPosnBasLgtVld	VMMP_TVC_TVCPP	MODULE_OUT_RAM	Int32	QM	Valid x position of vehicle when trajctory/path is generated (origin of coordinate system is vehicle start)
TVCPP_s_LPosnBasLatVld	VMMP_TVC_TVCPP	MODULE_OUT_RAM	Int32	QM	Valid y position of vehicle when trajctory/path is generated (origin of coordinate system is vehicle start)
TVCPP_s_IdxStrtPlanNewVld	VMMP_TVC_TVCPP	MODULE_OUT_RAM	UInt8	QM	Valid index of node from which all further nodes are replanned
TVCPP_s_FlgUseAgTanForRWS	VMMP_TVC_TVCPP	MODULE_OUT_RAM	Bool	QM	Use tangent angle of path for RWS control (1: yes, 0: no)
TVCPP_s_FlgTrjVld	VMMP_TVC_TVCPP	MODULE_OUT_RAM	Bool	QM	Flag indicating a valid trajectory in TVCPP memory
TVCPP_s_FlgTrjNewRx	VMMP_TVC_TVCPP	MODULE_OUT_RAM	Bool	QM	Flag indicating a new trajectory/path is received (not validated)
TVCPP_s_FlgTrjNew	VMMP_TVC_TVCPP	MODULE_OUT_RAM	Bool	QM	Flag indicating a new valid trajectory/path
TVCPP_s_FlgLgtCtlAcv	VMMP_TVC_TVCPP	MODULE_OUT_RAM	Bool	QM	Activation flag for longitudinal controller
TVCPP_s_FlgLatCtlAcv	VMMP_TVC_TVCPP	MODULE_OUT_RAM	Bool	QM	Activation flag for lateral controller
TVCPP_s_DTlrLoVld	VMMP_TVC_TVCPP	MODULE_OUT_RAM	Float32	QM	vehicle stopping tolerance before stop position
TVCPP_s_DTlrHiVld	VMMP_TVC_TVCPP	MODULE_OUT_RAM	Float32	QM	vehicle stopping tolerance before stop position
TVCPP_s_AgPosnBasVld	VMMP_TVC_TVCPP	MODULE_OUT_RAM	Float32	QM	Valid yaw angle of vehicle when trajctory is generated (origin of coordinate system is vehicle start)
TVCPP_s1_VDmdVld	VMMP_TVC_TVCPP	MODULE_OUT_RAM	Float32	QM	Valid velocity demand at node
TVCPP_s1_TiNodVld	VMMP_TVC_TVCPP	MODULE_OUT_RAM	Float32	QM	Valid time value to reach node
TVCPP_s1_LPosnLgtVld	VMMP_TVC_TVCPP	MODULE_OUT_RAM	Float32	QM	Valid x position of vehicle (USK coordinate system)
TVCPP_s1_LPosnLatVld	VMMP_TVC_TVCPP	MODULE_OUT_RAM	Float32	QM	Valid y position of vehicle (USK coordinate system)
TVCPP_s1_FacSstyVld	VMMP_TVC_TVCPP	MODULE_OUT_RAM	Float32	QM	Valid demand of sensitivity factor of the steering moment at the steering wheel for the driver
TVCPP_s1_FacItVld	VMMP_TVC_TVCPP	MODULE_OUT_RAM	Float32	QM	Valid demand of intensity factor for brake torque vectoring
TVCPP_s1_DTrckVld	VMMP_TVC_TVCPP	MODULE_OUT_RAM	Float32	QM	Valid covered distance at node
TVCPP_s1_CrvtTrckVld	VMMP_TVC_TVCPP	MODULE_OUT_RAM	Float32	QM	Valid curvature at node

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