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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
EPB_sc_EPBDisp_StDrvInfoMsgReq	VMMP	AUTOSAR_IN	UInt8	ASIL B	Classifier for EPB_s_EPBDisp_StDrvInfoMsgReq
EPB_sc_EPBDisp_StMmiInfoMsgReq	VMMP	AUTOSAR_IN	UInt8	QM	Classifier for EPB_s_EPBDisp_StMmiInfoMsgReq
EPB_sc_EPBDisp_StOutOfSpec	VMMP	AUTOSAR_IN	UInt8	QM	Classifier for EPB_s_EPBDisp_StOutOfSpec
EPB_sc_PrkBrkSwt_StSwt	VMMP	AUTOSAR_IN	UInt8	ASIL B	Classifier for EPB_s_PrkBrkSwt_StSwt
EPB_sc_PrkCtl_StAlyReqAutAly	VMMP	AUTOSAR_IN	UInt8	ASIL B	Classifier for EPB_s_PrkCtl_StAlyReqAutAly
EPB_sc_PrkCtl_StAlyReqMAR	VMMP	AUTOSAR_IN	UInt8	ASIL B	Classifier for EPB_s_PrkCtl_StAlyReqMAR
EPB_sc_PrkCtl_StRlsReqAutRls	VMMP	AUTOSAR_IN	UInt8	ASIL B	Classifier for EPB_s_PrkCtl_StRlsReqAutRls
EPB_sc_PrkCtl_StRlsReqMAR	VMMP	AUTOSAR_IN	UInt8	ASIL B	Classifier for EPB_s_PrkCtl_StRlsReqMAR
EPB_sc_PrkCtl_StRlsReqSXR	VMMP	AUTOSAR_IN	UInt8	ASIL B	Classifier for EPB_s_PrkCtl_StRlsReqSXR
EPS_s_RackPosn	VMMP	AUTOSAR_IN	Float32	QM	Sensorbasierte Zahnstangenposition auf Basis LWI-Abgleich.
EPS_s_SelQFK	VMMP	AUTOSAR_IN	UInt8	QM	Beschreibt die Betriebsart des Zahnstangenpositionsreglers
EPS_s_StgPrf	VMMP	AUTOSAR_IN	Float32	QM	Beschreibt die maximal zur Verfuegung stehende EPS-Unterstuetzungsleistung (inkl. Degratationsmassnahmen) und nicht die aktuell anliegende Unterstuetzungsleistung.
EPS_s_StgTq	VMMP	AUTOSAR_IN	Float32	QM	Sensorbasiertes Fahrerlenkmoment gemessen an EPS-Ritzeleingang.
EPS_s_StQFK	VMMP	AUTOSAR_IN	UInt8	QM	Beschreibt den Status des Zahnstangenpositionsreglers
EPS_s_StSys	VMMP	AUTOSAR_IN	UInt8	QM	Beschreibt den Systemzustand des EPS-Lenksystems
ESC_s_LgtLimV_StAcv	VMMP	AUTOSAR_IN	UInt8	ASIL B	Activation demand for velocity limitation
ESC_s_LgtLimV_VDmd	VMMP	AUTOSAR_IN	Float32	ASIL B	Velocity demand for longitudinal limitation
ESC_s_Opm	VMMP	AUTOSAR_IN	UInt8	ASIL B	Operation mode of the ESC system
ESC_s_StBrkTqVect	VMMP	AUTOSAR_IN	UInt8	QM	siehe Dataelement Comment
ESC_sc_LgtLimV_StAcv	VMMP	AUTOSAR_IN	UInt8	ASIL B	Classifier for signal ESC_s_LgtLimV_StAcv
ESC_sc_LgtLimV_VDmd	VMMP	AUTOSAR_IN	UInt8	ASIL B	Classifier for signal ESC_s_LgtLimV_VDmd
ESC_sc_Opm	VMMP	AUTOSAR_IN	UInt8	ASIL B	Classifier for ESC_s_Opm
FSS_s_FlgPrkBrkAlyReq	VMMP_FSS	MODULE_OUT_RAM	Bool	QM	request for emergancy apply of park brake
FSS_s_FlgPrkPosnAlyReq	VMMP_FSS	MODULE_OUT_RAM	Bool	QM	request for emergancy apply of gear shift stick
FSS_s_LgtStgy_StDiPrpReq	VMMP_FSS	MODULE_OUT_RAM	UInt8	QM	request to disconnect engine while SafeStopBraking, when gearbox stafestop is available (disable propulsion) 0: NoRequest 1: DisablePT
FSS_s_SpdWhlLim_FlgAcv	VMMP_FSS	MODULE_OUT_RAM	Bool	QM	Activation flag for speed wheel limitation request
FSS_s_SpdWhlLim_SpdWhlMax	VMMP_FSS	MODULE_OUT_RAM	Float32	QM	maximal wheel speed limitation related to vehicle coordination system
FSS_s_SpdWhlLim_SpdWhlMin	VMMP_FSS	MODULE_OUT_RAM	Float32	QM	minimal wheel speed limitation related to vehicle coordination system
FSS_s_SpdWhlLim_TqWhlMax	VMMP_FSS	MODULE_OUT_RAM	Float32	QM	maximal torque limitation for wheel speed controller
FSS_s_SpdWhlLim_TqWhlMin	VMMP_FSS	MODULE_OUT_RAM	Float32	QM	minimal torque limitation for wheel speed controller
FSS_s_StEnaBkpReq	VMMP_FSS	MODULE_OUT_RAM	UInt8	QM	enable demand for safe stop in gear box system 0: NoRequest 1: Enable 2: Disable 6: Init
FSS_s_StEnaReq	VMMP_FSS	MODULE_OUT_RAM	UInt8	QM	enable demand for safe stop in brake system 0: NoRequest 1: Enable 2: Disable 6: Init
FSS_s_StMon	VMMP_FSS	MODULE_OUT_RAM	UInt8	QM	current state of function Fail Safe Stop (FSS) 0: Off 1: Disabled 2: Pending 3: Ready 4: Active 6: Init 7: Failure
FSS_s_StStopBkpReq	VMMP_FSS	MODULE_OUT_RAM	UInt8	QM	stop request for safe stop in gear box system 0: NoRequest 1: StopRequest 2: Init
FSS_s_StStopReq	VMMP_FSS	MODULE_OUT_RAM	UInt8	QM	stop request for safe stop in brake system 0: NoRequest 1: StopRequest 2: Init
FT_s_Tuer_Status	VMMP	AUTOSAR_IN	UInt8	ASIL A	Tuer geoeffnet oder Tuer geschlossen
FT_s_Tuer_Status_QBit	VMMP	AUTOSAR_IN	Bool	ASIL A	Dieses Bit gibt die Zuverlaessigkeit des Tuerkontakts an. Ein auf dieses Bit folgender Fehlereintrag ist mit dem Sender des Bits abzustimmen (gueltig ab PPE).
FT_sc_Tuer_Status	VMMP	AUTOSAR_IN	UInt8	ASIL A	Classifier for signal FT_s_Tuer_Status
FT_sc_Tuer_Status_QBit	VMMP	AUTOSAR_IN	UInt8	ASIL A	Classifier for signal FT_s_Tuer_Status_QBit
GLPA_s_Tire_LStatWhlRdRe	VMMP	MODULE_IN/GP_STACK	Float32	ASIL B	Signal to route GLPA value to module
GLPA_s_Tire_p_RollCofDft	VMMP	MODULE_IN/GP_STACK	Float32	QM	Signal to route GLPA value to module
GLPA_s_VehBdy_p_Cw	VMMP	MODULE_IN/GP_STACK	Float32	QM	Signal to route GLPA value to module
GLPA_s_VehBdy_p_PrjArFr	VMMP	MODULE_IN/GP_STACK	Float32	QM	Signal to route GLPA value to module
GLPA_s_VehBdy_p_RefAxlLdFr	VMMP	MODULE_IN/GP_STACK	Float32	ASIL B	Signal to route GLPA value to module
GLPA_s_VehBdy_p_RefAxlLdRe	VMMP	MODULE_IN/GP_STACK	Float32	ASIL B	Signal to route GLPA value to module
GRA_s_LgtCtl_StAcv	VMMP	AUTOSAR_IN	UInt8	ASIL B	Activation demand for longitudinal guidance
GRA_s_LgtCtl_StSailReq	VMMP	AUTOSAR_IN	UInt8	QM	State of sail request
GRA_s_LgtCtlA_ADmd	VMMP	AUTOSAR_IN	Float32	ASIL B	Acceleration demand for longitudinal guidance
GRA_s_LgtCtlA_AGrdMaxDec	VMMP	AUTOSAR_IN	Float32	ASIL B	Gradient limit for decreasing acceleration demand for longitudinal guidance
GRA_s_LgtCtlA_AGrdMaxInc	VMMP	AUTOSAR_IN	Float32	ASIL B	Gradient limit for increasing acceleration demand for longitudinal guidance
GRA_s_LgtCtlA_APredTar	VMMP	AUTOSAR_IN	Float32	ASIL B	Predicted acceleration demand target value for longitudinal guidance
GRA_s_LgtCtlA_ATlrHiDyn	VMMP	AUTOSAR_IN	Float32	ASIL B	Upper tolerance limit for acceleration demand for longitudinal guidance, dynamic limit
GRA_s_LgtCtlA_ATlrHiTar	VMMP	AUTOSAR_IN	Float32	ASIL B	Upper tolerance limit for acceleration demand target value for longitudinal guidance
GRA_s_LgtCtlA_ATlrLoTar	VMMP	AUTOSAR_IN	Float32	ASIL B	Lower tolerance limit for acceleration demand target value for longitudinal guidance
GRA_s_LgtCtlA_MdDeceOnly	VMMP	AUTOSAR_IN	UInt8	ASIL B	Request deceleration only mode for longitudinal guidance
GRA_s_LgtCtlA_MdTarDyn	VMMP	AUTOSAR_IN	UInt8	ASIL B	Request for dynamic change of acceleration setpoint for longitudinal guidance
GRA_sc_LgtCtl_StAcv	VMMP	AUTOSAR_IN	UInt8	ASIL B	Classifier for GRA_s_LgtCtl_StAcv
GRA_sc_LgtCtl_StSailReq	VMMP	AUTOSAR_IN	UInt8	QM	classifier of State of sail request
GRA_sc_LgtCtlA_ADmd	VMMP	AUTOSAR_IN	UInt8	ASIL B	Classifier for GRA_s_LgtCtlA_ADmd
GRA_sc_LgtCtlA_AGrdMaxDec	VMMP	AUTOSAR_IN	UInt8	ASIL B	Classifier for GRA_s_LgtCtlA_AGrdMaxDec
GRA_sc_LgtCtlA_AGrdMaxInc	VMMP	AUTOSAR_IN	UInt8	ASIL B	Classifier for GRA_s_LgtCtlA_AGrdMaxInc
GRA_sc_LgtCtlA_APredTar	VMMP	AUTOSAR_IN	UInt8	ASIL B	Classifier for GRA_s_LgtCtlA_APredTar
GRA_sc_LgtCtlA_ATlrHiDyn	VMMP	AUTOSAR_IN	UInt8	ASIL B	Classifier for GRA_s_LgtCtlA_ATlrHiDyn
GRA_sc_LgtCtlA_ATlrHiTar	VMMP	AUTOSAR_IN	UInt8	ASIL B	Classifier for GRA_s_LgtCtlA_ATlrHiTar
GRA_sc_LgtCtlA_ATlrLoTar	VMMP	AUTOSAR_IN	UInt8	ASIL B	Classifier for GRA_s_LgtCtlA_ATlrLoTar
GRA_sc_LgtCtlA_MdDeceOnly	VMMP	AUTOSAR_IN	UInt8	ASIL B	Classifier for GRA_s_LgtCtlA_MdDeceOnly
GRA_sc_LgtCtlA_MdTarDyn	VMMP	AUTOSAR_IN	UInt8	ASIL B	Classifier for GRA_s_LgtCtlA_MdTarDyn
GSC_s_StDrvPosnReq	VMMP_GSC	MODULE_OUT_RAM	UInt8	QM	Request to change the driving position 0: NoRequest 1: Park 2: Neutral 3: Forward 4: Reverse
GSC_s_StDrvPosnSelLock	VMMP_GSC	MODULE_OUT_RAM	UInt8	QM	Request to lock the driving position 0: NoReqest 1: LockRequest
HAL_s_SftPosAct	VMMP	AUTOSAR_IN	Float32	QM	actual shaft position
HAL_s_SysSts	VMMP	AUTOSAR_IN	UInt8	QM	System status of the RWS system
HDC_s_LgtCtl_StAcv	VMMP	AUTOSAR_IN	UInt8	ASIL B	HillDescentControl request to the VehicleMotionManager to activate the HDC speed-controller
HDC_sc_LgtCtl_StAcv	VMMP	AUTOSAR_IN	UInt8	ASIL B	Classifier for signal HDC_s_LgtCtl_StAcv
HMSHC_s_FlgCreDeacReq	VMMP_HMS_HMSHC	MODULE_OUT_RAM	Bool	QM	Flg for deactivation of creeping because hold is fulfilled by HMS 0 = no request 1 = creep deactivation request
HMSHC_s_FlgCrePasAlw	VMMP_HMS_HMSHC	MODULE_OUT_RAM	Bool	QM	Flg for internal deactivation of StCre due to moving detection 0 = no request 1 = deactivate passive creeping/eHold support internally
HMSHC_s_FlgEmgcyPrkBrkAlyReq	VMMP_HMS_HMSHC	MODULE_OUT_RAM	Bool	QM	Request flag for emergency park brake apply by HMSPC
HMSHC_s_FlgHldIdcReq	VMMP_HMS_HMSHC	MODULE_OUT_RAM	Bool	QM	Request flag for hold indication symbol
HMSHC_s_FlgHldLngTrmAcv	VMMP_HMS_HMSHC	MODULE_OUT_RAM	Bool	QM	Flag shows that active hold request is a longterm hold request
HMSHC_s_FlgPrkBrkAlyReq	VMMP_HMS_HMSHC	MODULE_OUT_RAM	Bool	QM	Request flag for park brake apply by HMSPC
HMSHC_s_FlgPrkBrkRlsReq	VMMP_HMS_HMSHC	MODULE_OUT_RAM	Bool	QM	Request flag for park brake release by HMSPC
HMSHC_s_FlgTqWhlLimAcv	VMMP_HMS_HMSHC	MODULE_OUT_RAM	Bool	QM	Activation flag for wheel torque limitation
HMSHC_s_SkidHndlg_FlgDispReq	VMMP_HMS_HMSHC	MODULE_OUT_RAM	Bool	QM	Flag shows active request to display skid situation to driver
HMSHC_s_SkidHndlg_FlgHndlgAcv	VMMP_HMS_HMSHC	MODULE_OUT_RAM	Bool	QM	Flag shows active skid handling of HMS, in which hold will be deactivated
HMSHC_s_SpdWhlLim_FlgAcv	VMMP_HMS_HMSHC	MODULE_OUT_RAM	Bool	QM	Activation flag for SpdWhlLim interface
HMSHC_s_SpdWhlLim_SpdWhlMax	VMMP_HMS_HMSHC	MODULE_OUT_RAM	Float32	QM	Maximal rpm of e-motor
HMSHC_s_SpdWhlLim_SpdWhlMin	VMMP_HMS_HMSHC	MODULE_OUT_RAM	Float32	QM	Minimal rpm of e-motor
HMSHC_s_SpdWhlLim_TqWhlMax	VMMP_HMS_HMSHC	MODULE_OUT_RAM	Float32	QM	Maximal torque of e-motor
HMSHC_s_SpdWhlLim_TqWhlMin	VMMP_HMS_HMSHC	MODULE_OUT_RAM	Float32	QM	Minimal torque of e-motor
HMSHC_s_StBrkLghtReq	VMMP_HMS_HMSHC	MODULE_OUT_RAM	UInt8	QM	Request for activating or deactivating brake light 0: NoRequest 1: Activate 2: Deactivate
HMSHC_s_StHldAcv	VMMP_HMS_HMSHC	MODULE_OUT_RAM	UInt8	QM	State of HMS hold control as generated by HMS hold control 0: Idle 1: Standby 2: Raising 3: Hold 4: DriveOffStdby 5: DriveOff 6: Releasing
HMSHC_s_StHldAvl	VMMP_HMS_HMSHC	MODULE_OUT_RAM	UInt8	QM	Availability feedback for vehicle hold control 0: NotAvailable 1: Available 2: LongTermHoldFailure 6: Init 7: Failure
HMSHC_s_StShoTrmHldAvl	VMMP_HMS_HMSHC	MODULE_OUT_RAM	UInt8	QM	Availability of ShoTrmHld to influence NotAvlHandling in ARB 0: NotAvailable 1: Standby 2: Available
HMSHC_s_TqWhlBrk_FlgAcv	VMMP_HMS_HMSHC	MODULE_OUT_RAM	Bool	QM	Activation flag for brake torque request
HMSHC_s_TqWhlBrk_FlgTqAbvStd	VMMP_HMS_HMSHC	MODULE_OUT_RAM	Bool	QM	Flag indicating an increased brake torque due to brake noise reduction or roll prevention
HMSHC_s_TqWhlBrk_TqDmd	VMMP_HMS_HMSHC	MODULE_OUT_RAM	Float32	QM	Break request demand torque
HMSHC_s_TqWhlBrk_TqTarPred	VMMP_HMS_HMSHC	MODULE_OUT_RAM	Float32	QM	Break request predicted target torque
HMSHC_s_TqWhlReq_FlgAcv	VMMP_HMS_HMSHC	MODULE_OUT_RAM	Bool	QM	Activation flag for torque request
HMSHC_s_TqWhlReq_TqDmd	VMMP_HMS_HMSHC	MODULE_OUT_RAM	Float32	QM	Torque request demand value
HMSHC_s_TqWhlReq_TqTarPred	VMMP_HMS_HMSHC	MODULE_OUT_RAM	Float32	QM	Torque request target value
HMSHOLD_s_AutHldFct_FlgDeac	VMMP_HMS_HMSHOLD	MODULE_OUT_RAM	Bool	QM	Flag indicates when autonomous hold function will be deactivated

Aliases

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