Source files

Mapping profiles

Import history

File	Kind	Rows	Checksum
VME-PROD-VehicleMotionManagement - VMMP_LOC_LOCVL.xlsx	requirement	61	555d9d540583
VME-PROD-VehicleMotionManagement - VMMP_LOC_LOCVC.xlsx	requirement	84	98c7ce041333
VME-PROD-VehicleMotionManagement - VMMP_LOC_LOCTPP.xlsx	requirement	39	1268034786d3
VME-PROD-VehicleMotionManagement - VMMP_LOC_LOCTOP.xlsx	requirement	253	99c77c0a4359
VME-PROD-VehicleMotionManagement - VMMP_LOC_LOCSGC.xlsx	requirement	352	5ce00146c017
VME-PROD-VehicleMotionManagement - VMMP_LOC_LOCDL.xlsx	requirement	142	66d83c447c0e
VME-PROD-VehicleMotionManagement - VMMP_LOC_LOCDC.xlsx	requirement	237	c2efa2f97fbf
VME-PROD-VehicleMotionManagement - VMMP_LOC_LOCAP.xlsx	requirement	146	c49f79b5b921
VME-PROD-VehicleMotionManagement - VMMP_LOC_LOCAFFC.xlsx	requirement	108	e9961e26d4d7
VME-PROD-VehicleMotionManagement - VMMP_LOC_LOCAFBC.xlsx	requirement	121	d6d16c2599b6
VME-PROD-VehicleMotionManagement - VMMP_LOC_LOCADSL.xlsx	requirement	50	321b25fb7eb5
VME-PROD-VehicleMotionManagement - VMMP_LOC_LOCADF.xlsx	requirement	258	69f96f7e0555
VME-PROD-VehicleMotionManagement - VMMP_LOC_LOCAD.xlsx	requirement	202	f37aa0201af4
VME-PROD-VehicleMotionManagement - VMMP_LOC_LOCACS.xlsx	requirement	56	ecc792c45f84
VME-PROD-VehicleMotionManagement - VMMP_LOC_LOCAA.xlsx	requirement	282	53029dd436d9
VME-PROD-VehicleMotionManagement - VMMP_LAC_LACTD.xlsx	requirement	16	22ca8ea8cdba
VME-PROD-VehicleMotionManagement - VMMP_LAC_LACOP.xlsx	requirement	73	f40a3f3eb731
VME-PROD-VehicleMotionManagement - VMMP_LAC_LACI.xlsx	requirement	32	32843cc5b88f
VME-PROD-VehicleMotionManagement - VMMP_LAC_LACGC.xlsx	requirement	67	b43b811ef332
VME-PROD-VehicleMotionManagement - VMMP_LAC_LACDCO.xlsx	requirement	22	bdc37323e405

VME-PROD-VehicleMotionManagement - VMMP_LOCC_LOCCOP.xlsx · source records


Short description
Purpose of the module
The module LOCCOP (LOngitudinal Command Coordination Output Processing) is part of the sub-function LOCC. The module correlates to the output of the sub-function.

The module is responsible to prepare the coordinated longitudinal torque demand and included corresponding attributes (i.e. target values, gradients), the break request interface and the speed limitation interface to functional partners inside and outside the vehicle motion manager (VMM).

The module also provides consolidated status in relation to the torque and speed coordination and safety limitation.
Interface description
The valid version of the signal and parameter files for this SWRS are:


The valid versions of the signals and parameter files to be find in SWRS SWC_VMMP (SWRS_Id 1078981): Chapter 2 "Interface description"
The valid version of the signal and parameter files for test basis to be find in CG, which to be tested
Presetting/Framework/Definitions
Traceability
SWRS to Testcase:

The latest revision of the test specification document is valid for the tracability SWRS to Testcase
SWRS to CodeBeamer: 

Codebeamer-IDs are mentioned in the SWRS atrribute DOORS IDs. 

The latest baseline of the specification document (Codebeamer) is valid for the traceability SWRS to Codebeamer.
Toolchain
The Matlab/Simulink/TargetLink versions have to be used according to the HCP1-Toolchain.
For modeling in Simulink the valid EnProVe catalogue of guidelines has to be used.
Tolerances
For the comparison of output signals to the expected reactions or by back-to-back tests (MiL-PiL) following tolerances are accepted for deviations:
Bool: No deviation allowed
UInt, Int: No deviation allowed
Float: 0.1% related to the permissible value range of the signal but at least 1.
It must be ensured that an output reaction occurs due to an event at the input within the same calculation step.
Bit numbering
The bit numbering takes place as zero-based numbering method. 

This means, 1 Byte is equal to Bit 0...7.
Conditions
General input behavior
If not requested differently, the init values of the input signals, defined in SPE, must be applied as default values during each test case.
The value ranges (Min/Max) of the input signals, defined in SPE, must not be violated.
LOCCTC_s_TqWhlReq_IdxChn can only take the following values:

* VMMP_LOCC_c_TqWhlDmd_IdxChnReqDrv

* VMMP_LOCC_c_TqWhlDmd_IdxChnLimLOC

* VMMP_LOCC_c_TqWhlDmd_IdxChnLimHMS

* VMMP_LOCC_c_TqWhlDmd_IdxChnLimPil

* VMMP_LOCC_c_TqWhlDmd_IdxChnLimLOCC

* VMMP_LOCC_c_TqWhlDmd_IdxChnReqHMSVMM

* VMMP_LOCC_c_TqWhlDmd_IdxChnReqLOCVMM
Requirement conditions
Direction dependence for acceleration torque
IF: [1] 

1) Input LOCCTC_s_TqWhlDmd_IdxChn has a value between constant VMMP_LOCC_c_TqWhlDmd_IdxChnReqDrv and constant VMMP_LOCC_c_TqWhlDmd_IdxChnLimLOCCDrv.

THEN: 

1) FlgDrvLead is true.

ELSE: 

1) FlgDrvLead is false.
If the index is between this values, this means that the torque demand is caused by the driver's request and not by a VMM (LOC or HMS) request.
IF [1]:

1) InputVSOVD_s_StDrvDir is equal to constant VMMP_VSOVD_c_DrvDirBwd.

THEN:

1) FacDirVMMLead is equal to constant VMMP_LOCC_c_FacDirDrvRvs.

ELSE:

1) FacDirVMMLead is equal to constant VMMP_LOCC_c_FacDirDrvFwd.
IF: [1] 

1) Condition FlgDrvLead is true.

THEN: 

1) FacDirTqAcceDmd is equal to input LOCCDRC_s_TqWhlReqDrv_FacDirTqAcceDmd.

ELSE:

1) FacDirTqAcceDmd is equal to condition FacDirVMMLead.
IF: [1] 

1) Condition FlgDrvLead is true.

THEN: 

1) FacDirTqAcceTarPred is equal to input LOCCDRC_s_TqWhlReqDrv_FacDirTqAcceTarPred.

ELSE:

1) FacDirTqAcceTarPred is equal to condition FacDirVMMLead.
Requirements
The requirements to the output behavior in this chapter describe the full functioning.

It describes the "normal" functioning as well as the functioning considering safety conditions.

The stimulation of the inputs must therefore be selected so that both cases, with and without a safety intervention, are checked.
Since the module LOCCTC already provide plausibility-checked signals at their outputs, this case is not considered separately in this module.

Therefore, the following rules must be observed when stimulating the input signals. Otherwise the described behavior in the scenarios can differ.

* Input xxx_TqTlrHiDyn (i.e. LOCCTC_s_TqWhlDmd_TqTlrHiDyn) must be stimulated greater than or equal to the corresponding input xxx_TqDmd

* Input xxx_TqTlrHiTar (i.e. LOCCTC_s_TqWhlDmd_TqTlrHiTar) must be stimulated greater than or equal to the corresponding input xxx_TqTarPred

* Input xxx_TqTlrLoTar (i.e. LOCCTC_s_TqWhlDmd_TqTlrLoTar) must be stimulated less than or equal to the corresponding input xxx_TqTarPred
Acceleration torque request
IF: [1] 

1) Input LOCCTC_s_TqWhlDmd_TqDmd is greater than 0 Nm.

THEN:

1) LOCCOP_s_TqWhlAcce_TqDmd must be equal to LOCCTC_s_TqWhlDmd_TqDmd * FacDirTqAcceDmd.

ELSE:

1) LOCCOP_s_TqWhlAcce_TqDmd must be 0 Nm.
IF: [1] 

1) Input LOCCTC_s_TqWhlDmd_TqTarPred is greater than 0 Nm.

THEN:

1) LOCCOP_s_TqWhlAcce_TqTarPred must be equal to

LOCCTC_s_TqWhlDmd_TqTarPred * FacDirTqAcceTarPred.

ELSE:

1) LOCCOP_s_TqWhlAcce_TqTarPred must be 0 Nm.
IF: [1] 

1) Input LOCCTC_s_TqWhlDmd_TqTlrHiDyn is greater than 0 Nm.

THEN:

1) LOCCOP_s_TqWhlAcce_TqLim must be equal to LOCCTC_s_TqWhlDmd_TqTlrHiDyn * FacDirTqAcceDmd.

ELSE:

1) LOCCOP_s_TqWhlAcce_TqLim must be 0 Nm.
IF: [1] 

1) Input LOCCTC_s_TqWhlDmd_TqTlrLoTar is greater than 0 Nm.

THEN:

1) LOCCOP_s_TqWhlAcce_TqTlrLoTar must be equal to

LOCCTC_s_TqWhlDmd_TqTlrLoTar * FacDirTqAcceTarPred.

ELSE:

1) LOCCOP_s_TqWhlAcce_TqTlrLoTar must be 0 Nm.
IF: AND[1,2]

1) Input LOCCTC_s_TqWhlDmd_TqDmd is smaller than 0 (deceleration)

2) Parameter VMMP_LOCCOP_p_TqWhlAcce_SwtAcvTqGrdTrfRst is true

THEN: 

1) LOCCOP_s_TqWhlAcce_TqGrdTrfDec is 0 Nm/s

ELSE: 

IF: [1]

1) FacDirTqAcceDmd is greater than 0 (acceleration forward)

THEN:

1) LOCCOP_s_TqWhlAcce_TqGrdTrfDec is equal to input LOCCTC_s_TqWhlDmd_TqGrdTrfDec

ELSE: (acceleration backward)

1) LOCCOP_s_TqWhlAcce_TqGrdTrfDec is equal to input LOCCTC_s_TqWhlDmd_TqGrdTrfInc, multiplied with -1
IF: AND[1,2]

1) Input LOCCTC_s_TqWhlDmd_TqDmd is smaller than 0 (deceleration)

2) Parameter VMMP_LOCCOP_p_TqWhlAcce_SwtAcvTqGrdTrfRst is true

THEN: 

1) LOCCOP_s_TqWhlAcce_TqGrdTrfInc is 0 Nm/s

ELSE: 

IF: [1]

1) FacDirTqAcceDmd is greater than 0 (acceleration forward)

THEN:

1) LOCCOP_s_TqWhlAcce_TqGrdTrfInc is equal to input LOCCTC_s_TqWhlDmd_TqGrdTrfInc

ELSE: (acceleration backward)

1) LOCCOP_s_TqWhlAcce_TqGrdTrfInc is equal to input LOCCTC_s_TqWhlDmd_TqGrdTrfDec, multiplied with -1
IF: AND[OR(1,2),3]

1) Input LOCCTC_s_TqWhlReq_IdxChn is equal to VMMP_LOCC_c_TqWhlDmd_IdxChnReqHMSVMM

2) Input LOCCTC_s_TqWhlReq_IdxChn is equal to VMMP_LOCC_c_TqWhlDmd_IdxChnReqLOCVMM

3) LOCCTC_s_TqWhlDmd_TqDmd is equal or greater than DSOPRE_s_DrvPed_TqWhlDrg and offset VMMP_LOCCOP_p_TqWhlAcce_TqDeltaDrgStTqPrpDmd

THEN:

1) LOCCOP_s_TqWhlAcce_StTqPrpDmd is equal to 1

ELSE:

1) LOCCOP_s_TqWhlAcce_StTqPrpDmd is equal to 0
IF: AND[1,OR[2,3]]

1) Input DSOPRE_s_DrvPed_StFullLdReq is equal to VMMP_c_TqWhlAcce_StFullLdReq

2) Input LOCCDRC_s_TqWhlReqDrv_IdxChn is equal to VMMP_LOCC_c_TqWhlDmd_IdxChnReqDrv

3) Once Input LOCCTC_s_TqWhlDmd_TqDmd deducting input LOCCDRC_s_TqWhlReqDrvPed_TqDmd is greater than VMMP_LOCCOP_p_TqDeCtlFullLdOn till Input LOCCTC_s_TqWhlDmd_TqDmd deducting input LOCCDRC_s_TqWhlReqDrvPed_TqDmd is smaller than VMMP_LOCCOP_p_TqDeCtlFullLdOff (hysteresis)

THEN:

1) LOCCOP_s_TqWhlAcce_StFullLdReq is equal to VMMP_c_TqWhlAcce_StFullLdReq
IF: AND[1,2]

1) Once Input LOCCTC_s_TqWhlDmd_TqDmd deducting input ASOPOT_s_TqPotMaxPtMdAct is greater than VMMP_LOCCOP_p_TqDeCtlFullLdOn till Input LOCCTC_s_TqWhlDmd_TqDmd deducting input ASOPOT_s_TqPotMaxPtMdAct is smaller than VMMP_LOCCOP_p_TqDeCtlFullLdOff (hysteresis) 

2) LOCCOP_s_TqWhlFb_IdxChnDmdExt is equal to VMMP_LOCC_c_TqWhlDmd_IdxChnReqLOC

THEN:

1) LOCCOP_s_TqWhlAcce_StFullLdReq is equal to VMMP_c_tqWhlAcce_StFullLdReq
IF: AND[OR[1,2],3]

1) Once Input LOCCTC_s_TqWhlDmd_TqDmd deducting input LOCCDRC_s_TqWhlReqDrvPed_TqDmd is smaller than VMMP_LOCCOP_p_TqDeCtlFullLdOff till Input LOCCTC_s_TqWhlDmd_TqDmd deducting input LOCCDRC_s_TqWhlReqDrvPed_TqDmd is greater than VMMP_LOCCOP_p_TqDeCtlFullLdOn (hysteresis) 

AND Input LOCCDRC_s_TqWhlReqDrv_IdxChn is not equal to VMMP_LOCC_c_TqWhlDmd_IdxChnReqDrv 

2) Input DSOPRE_s_DrvPed_StFullLdReq is not equal to VMMP_c_TqWhlAcce_StFullLdReq 

3) Once Input LOCCTC_s_TqWhlDmd_TqDmd deducting input ASOPOT_s_TqPotMaxPtMdAct is smaller than VMMP_LOCCOP_p_TqDeCtlFullLdOff till Input LOCCTC_s_TqWhlDmd_TqDmd deducting input ASOPOT_s_TqPotMaxPtMdAct is greater than VMMP_LOCCOP_p_TqDeCtlFullLdOn (hysteresis) 

OR Input LOCCOP_s_TqWhlFb_IdxChnDmdExt is not equal to VMMP_LOCC_c_TqWhlDmd_IdxChnReqLOC

THEN:

1) LOCCOP_s_TqWhlAcce_StFullLdReq is equal to VMMP_c_tqWhlAcce_StFullLdNoReq
Deceleration torque request
IF: [1] 

1) Input LOCCTC_s_TqWhlDmd_TqDmd is less than or equal to 0 Nm.

THEN: 

1) LOCCOP_s_TqWhlDece_TqDmd must be equal to

ABS(LOCCTC_s_TqWhlDmd_TqDmd).

ELSE: 

1) LOCCOP_s_TqWhlDece_TqDmd must be 0 Nm.
IF: [1] 

1) Input LOCCTC_s_TqWhlDmd_TqTarPred is less than or equal to 0 Nm.

THEN: 

1) LOCCOP_s_TqWhlDece_TqTarPred must be equal to

ABS(LOCCTC_s_TqWhlDmd_TqTarPred).

ELSE:

1) LOCCOP_s_TqWhlDece_TqTarPred must be 0 Nm.
IF: OR[1,2] 

1) Input LOCCTC_s_TqWhlDmd_TqTlrHiDyn is equal to or greater than 0 Nm.

2) Input LOCCTC_s_TqWhlDmd_TqDmd is equal to or greater than 0 Nm.

THEN: 

1) LOCCOP_s_TqWhlDece_TqLim must be 0 Nm.

ELSE IF: [1]

1) Input ABS(LOCCTC_s_TqWhlDmd_TqTlrHiDyn) is greater than or equal to LOCCOP_s_TqWhlDece_TqDmd

THEN:

1) LOCCOP_s_TqWhlDece_TqLim must be equal to LOCCOP_s_TqWhlDece_TqDmd

ELSE:

1) LOCCOP_s_TqWhlDece_TqLim must be equal to input ABS(LOCCTC_s_TqWhlDmd_TqTlrHiDyn).
IF: [1] 

1) Input LOCCTC_s_TqWhlDmd_TqTlrHiTar is less than or equal to 0 Nm.

THEN:

1) LOCCOP_s_TqWhlDece_TqTlrHiTar must be equal to

ABS(LOCCTC_s_TqWhlDmd_TqTlrHiTar).

ELSE:

1) LOCCOP_s_TqWhlDece_TqTlrHiTar must be 0 Nm.
LOCCOP_s_TqWhlDece_TqGrdTrfDec is equal to input LOCCTC_s_TqWhlDmd_TqGrdTrfInc, multiplied with -1.
LOCCOP_s_TqWhlDece_TqGrdTrfInc is equal to input LOCCTC_s_TqWhlDmd_TqGrdTrfDec, multiplied with -1.
IF: OR[1,2] 

1) Input LOCCDRC_s_TqWhlReqDrv_TqDmd is greater than or equal to 0 Nm.

2) Input LOCCTC_s_TqWhlDmd_TqDmd is greater than or equal to 0 Nm.

THEN: 

1) LOCCOP_s_TqWhlDece_TqAddDmd must be 0 Nm.

ELSE IF: [1]

1) Input LOCCDRC_s_TqWhlReqDrv_TqDmd is greater than LOCCTC_s_TqWhlDmd_TqDmd.

THEN:

1) LOCCOP_s_TqWhlDece_TqAddDmd must be equal to input ABS(LOCCDRC_s_TqWhlReqDrv_TqDmd).

ELSE:

1) LOCCOP_s_TqWhlDece_TqAddDmd must be equal to input ABS(LOCCTC_s_TqWhlDmd_TqDmd).
IF: OR[1,2,3] 

1) Input LOCCDRC_s_TqWhlReqDrv_TqTlrHiDyn is greater or equal to 0 Nm.

2) Output LOCCOP_s_TqWhlDece_TqAddDmd is equal to 0 Nm.

3) Output LOCCOP_s_TqWhlDece_TqLim is equal to 0 Nm.

THEN: 

1) LOCCOP_s_TqWhlDece_TqAddLim must be 0 Nm.

ELSE IF: AND[1,2]

1) Input ABS(LOCCDRC_s_TqWhlReqDrv_TqTlrHiDyn) is less than output LOCCOP_s_TqWhlDece_TqAddDmd

2) Input ABS(LOCCDRC_s_TqWhlReqDrv_TqTlrHiDyn) is less than output LOCCOP_s_TqWhlDece_TqLim

THEN:

1) LOCCOP_s_TqWhlDece_TqAddLim must be equal to input ABS(LOCCDRC_s_TqWhlReqDrv_TqTlrHiDyn).

ELSE IF: AND[1,2]

1) Output LOCCOP_s_TqWhlDece_TqAddDmd is less than input ABS(LOCCDRC_s_TqWhlReqDrv_TqTlrHiDyn)

2) Output LOCCOP_s_TqWhlDece_TqAddDmd is less than output LOCCOP_s_TqWhlDece_TqLim

THEN:

1) LOCCOP_s_TqWhlDece_TqAddLim must be equal to output LOCCOP_s_TqWhlDece_TqAddDmd.

ELSE:

1) LOCCOP_s_TqWhlDece_TqAddLim must be equal to output LOCCOP_s_TqWhlDece_TqLim.
IF: [1]

1) Input LOCCDRC_s_TqWhlReqDrv_TqTarPred is less than or equal to 0Nm.

THEN:

1) LOCCOP_s_TqWhlDece_TqAddTarPred must be equal to

ABS(LOCCDRC_s_TqWhlReqDrv_TqTarPred).

ELSE:

1) LOCCOP_s_TqWhlDece_TqAddTarPred must be 0 Nm.
Brake torque distribution mode
IF: AND[1,2,3]

1) VMMP_LOCCOP_p_TqWhlDece_SwtMdDesBrkDstrAllAxl is TRUE

2) ARBLGLSCA_s_LgtLimA_BitFldConf is TRUE at bit position VMMP_SINFCT_c_LgtLimA_IdxBitFldConfMdDesBrkDstrAllAxl

3) ARBLGLSCA_s_LgtLimA_FlgAcv is TRUE

THEN:

1) MdDesBrkDstr must be equal to constant VMMP_LOCCOP_c_TqWhlDece_MdDesBrkDstrAllAxl

ELSE_IF: 

1) VMMP_LOCCOP_p_TqWhlDece_SwtMdDesBrkDstrAcv is TRUE

THEN:

Requirement New Break Torque distribution should be active

ELSE: 

Requirement Break Torque distribudion should be active
IF: AND[1,2]

1) Input HMSOP_s_TqWhlBrk_FlgAcv is TRUE

2) Once input VSOEM_s_ALgtSlopRoadNrm is greater than VMMP_LOCCOP_p_TqWhlDece_ALgtSlopRoadToFr till Input VSOEM_s_ALgtSlopRoadNrm is smaller than VMMP_LOCCOP_p_TqWhlDece_ALgtSlopRoadToAllOn (hysteresis)

THEN:

1) MdDesBrkDstr must be equal to constant VMMP_LOCCOP_p_TqWhlDece_MdDesBrkDstrSlopeToFr

ELSE IF: AND[1,2]

1) Input HMSOP_s_TqWhlBrk_FlgAcv is TRUE

2) Once input VSOEM_s_ALgtSlopRoadNrm is greater than VMMP_LOCCOP_p_TqWhlDece_ALgtSlopRoadToAllOff till Input VSOEM_s_ALgtSlopRoadNrm is smaller than VMMP_LOCCOP_p_TqWhlDece_ALgtSlopRoadToRe (hysteresis)

THEN:

1) MdDesBrkDstr must be equal to constant VMMP_LOCCOP_p_TqWhlDece_MdDesBrkDstrNoSlope

ELSE IF: AND[1]

1) Input HMSOP_s_TqWhlBrk_FlgAcv is TRUE

THEN:

1) MdDesBrkDstr must be equal to constant VMMP_LOCCOP_p_TqWhlDece_MdDesBrkDstrSlopeToRe

ELSE IF: [1]

1) Input ARBLLCSC_s_LgtCtl_StAcv is equal to VMMP_ARBLLCSC_c_StAcvPas

THEN:

1) MdDesBrkDstr must be equal to constant VMMP_LOCCOP_c_TqWhlDece_MdDesBrkDstrNoReq

ELSE IF: [AND(1,OR(2,3))]

1) Once absolute value of input VSOEM_s_ALgtSlopRoadNrm is greater than VMMP_LOCCOP_p_TqWhlDece_ALgtSlopRoadToAllPrkOn till Input VSOEM_s_ALgtSlopRoadNrm is smaller than VMMP_LOCCOP_p_TqWhlDece_ALgtSlopRoadToAllPrkOff (hysteresis)

2) Input ARBLLCSC_s_LgtCtl_BitFldConf is TRUE at bit position VMMP_SINFCT_c_LgtCtl_IdxBitFldConfMdDesBrkDstrReAxl

3) Input ARBLLCSC_s_LgtCtl_BitFldConf is TRUE at bit position VMMP_SINFCT_c_LgtCtl_IdxBitFldConfMdDesBrkDstrFrAxl

THEN:

1) MdDesBrkDstr must be equal to constant VMMP_LOCCOP_c_TqWhlDece_MdDesBrkDstrAllAxl

ELSE IF: [1]

1) Input ARBLLCSC_s_LgtCtl_BitFldConf is TRUE at bit position VMMP_SINFCT_c_LgtCtl_IdxBitFldConfMdDesBrkDstrReAxl

THEN:

1) MdDesBrkDstr must be equal to constant VMMP_LOCCOP_c_TqWhlDece_MdDesBrkDstrReAxl

ELSE IF: [1]

1) Input ARBLLCSC_s_LgtCtl_BitFldConf is TRUE at bit position VMMP_SINFCT_c_LgtCtl_IdxBitFldConfMdDesBrkDstrFrAxl

THEN:

1) MdDesBrkDstr must be equal to constant VMMP_LOCCOP_c_TqWhlDece_MdDesBrkDstrFrAxl

ELSE:

1) MdDesBrkDstr must be equal to constant VMMP_LOCCOP_c_TqWhlDece_MdDesBrkDstrNoReq.

Note. This condition is active only if the conditions in this requirement are met
IF: AND[NOT(1),2]

1) Once absolute value of input VSOEM_s_ALgtSlopRoadNrm is greater than VMMP_LOCCOP_p_TqWhlDece_ALgtSlopRoadToAllPrkOn, till absolute value of Input VSOEM_s_ALgtSlopRoadNrm is smaller than VMMP_LOCCOP_p_TqWhlDece_ALgtSlopRoadToAllPrkOff (hysteresis)

2) The absolute value of integral of VSOEM_s_VLgtVehNrm (numeric Integral, with dt being VMMP_c_TiSmpl, initial value is zero) is less than VMMP_LOCCOP_p_TqWhlDece_DRlsDstrAllAxl

THEN: 

1) MdDesBrkDstr must be equal to constant VMMP_LOCCOP_c_TqWhlDece_MdDesBrkDstrAllAxl

ELSE IF: AND[NOT(1),2]

1) Once absolute value of input VSOEM_s_ALgtSlopRoadNrm is greater than VMMP_LOCCOP_p_TqWhlDece_ALgtSlopRoadToAllPrkOn, till absolute value of Input VSOEM_s_ALgtSlopRoadNrm is smaller than VMMP_LOCCOP_p_TqWhlDece_ALgtSlopRoadToAllPrkOff (hysteresis)

2) Input ARBLLCSC_s_LgtCtl_BitFldConf is TRUE at bit position VMMP_SINFCT_c_LgtCtl_IdxBitFldConfMdDesBrkDstrReAxl

THEN: 

1) MdDesBrkDstr must be equal to constant VMMP_LOCCOP_p_TqWhlDece_MdDesBrkDstrReAxl

ELSE IF: AND[NOT(1),2]

1) Once absolute value of input VSOEM_s_ALgtSlopRoadNrm is greater than VMMP_LOCCOP_p_TqWhlDece_ALgtSlopRoadToAllPrkOn, till absolute value of Input VSOEM_s_ALgtSlopRoadNrm is smaller than VMMP_LOCCOP_p_TqWhlDece_ALgtSlopRoadToAllPrkOff (hysteresis)

2) Input ARBLLCSC_s_LgtCtl_BitFldConf is TRUE at bit position VMMP_SINFCT_c_LgtCtl_IdxBitFldConfMdDesBrkDstrFrAxl

THEN: 

1) MdDesBrkDstr must be equal to constant VMMP_LOCCOP_p_TqWhlDece_MdDesBrkDstrFrAxl

ELSE IF: AND[1,2]

1) Input HMSOP_s_TqWhlBrk_FlgAcv is TRUE

2) Once input VSOEM_s_ALgtSlopRoadNrm is greater than VMMP_LOCCOP_p_TqWhlDece_ALgtSlopRoadToFr till Input VSOEM_s_ALgtSlopRoadNrm is smaller than VMMP_LOCCOP_p_TqWhlDece_ALgtSlopRoadToAllOn (hysteresis)

THEN:

1) MdDesBrkDstr must be equal to constant VMMP_LOCCOP_p_TqWhlDece_MdDesBrkDstrSlopeToFr

ELSE IF: AND[1,2]

1) Input HMSOP_s_TqWhlBrk_FlgAcv is TRUE

2) Once input VSOEM_s_ALgtSlopRoadNrm is greater than VMMP_LOCCOP_p_TqWhlDece_ALgtSlopRoadToAllOff till Input VSOEM_s_ALgtSlopRoadNrm is smaller than VMMP_LOCCOP_p_TqWhlDece_ALgtSlopRoadToRe (hysteresis)

THEN:

1) MdDesBrkDstr must be equal to constant VMMP_LOCCOP_p_TqWhlDece_MdDesBrkDstrNoSlope

ELSE IF: [1]

1) Input HMSOP_s_TqWhlBrk_FlgAcv is TRUE

THEN:

1) MdDesBrkDstr must be equal to constant VMMP_LOCCOP_p_TqWhlDece_MdDesBrkDstrSlopeToRe

ELSE IF: OR[1,2]

1) Input ARBLLCSC_s_LgtCtl_BitFldConf is TRUE at bit position VMMP_SINFCT_c_LgtCtl_IdxBitFldConfMdDesBrkDstrFrAxl

2) Input ARBLLCSC_s_LgtCtl_BitFldConf is TRUE at bit position VMMP_SINFCT_c_LgtCtl_IdxBitFldConfMdDesBrkDstrReAxl

THEN:

1) MdDesBrkDstr must be equal to constant VMMP_LOCCOP_c_TqWhlDece_MdDesBrkDstrAllAxl

ELSE: 

1) MdDesBrkDstr must be equal to constant VMMP_LOCCOP_c_TqWhlDece_MdDesBrkDstrNoReq

Note. This condition is active only if the conditions in 

this requirement

 are met

Note: This integral is reset when Input ARBLGLSCA_s_LgtLimA_FlgAcv is TRUE (reset value 0)
IF: AND[1,2,3]

1) VMMP_LOCCOP_p_TqWhlDece_SwtMdDesBrkDstrAllAxl is TRUE

2) ARBLGLSCA_s_LgtLimA_BitFldConf is TRUE at bit position VMMP_SINFCT_c_LgtLimA_IdxBitFldConfMdDesBrkDstrAllAxl

3) ARBLGLSCA_s_LgtLimA_FlgAcv is TRUE

THEN:

1) MdDesBrkDstr must be equal to constant VMMP_LOCCOP_c_TqWhlDece_MdDesBrkDstrAllAxl

ELSE_IF: AND[1,2,3]

1) Input HMSOP_s_TqWhlBrk_FlgAcv is TRUE

2) VMMP_LOCCOP_p_TqWhlDece_SwtMdDesHldBrkDstrAllAxl is TRUE

3) Once input VSOEM_s_ALgtSlopRoadNrm is greater than VMMP_LOCCOP_p_TqWhlDece_ALgtSlopRoadToFr till Input VSOEM_s_ALgtSlopRoadNrm is smaller than VMMP_LOCCOP_p_TqWhlDece_ALgtSlopRoadToRe (hysteresis)

THEN:

1) MdDesBrkDstr must be equal to constant VMMP_LOCCOP_p_TqWhlDece_MdDesBrkDstrSlopeToFr

ELSE_IF: AND[1,2]

1) Input HMSOP_s_TqWhlBrk_FlgAcv is TRUE

2) VMMP_LOCCOP_p_TqWhlDece_SwtMdDesHldBrkDstrAllAxl is TRUE

THEN:

1) MdDesBrkDstr must be equal to constant VMMP_LOCCOP_p_TqWhlDece_MdDesBrkDstrSlopeToRe

ELSE_IF: [1]

1) Input ARBLLCSC_s_LgtCtl_StAcv is equal to VMMP_ARBLLCSC_c_StAcvPas

THEN:

1) MdDesBrkDstr must be equal to constant VMMP_LOCCOP_c_TqWhlDece_MdDesBrkDstrNoReq

ELSE_IF: [1]

1) Input ARBLLCSC_s_LgtCtl_BitFldConf is TRUE at bit position VMMP_SINFCT_c_LgtCtl_IdxBitFldConfMdDesBrkDstrReAxl

THEN:

1) MdDesBrkDstr must be equal to constant VMMP_LOCCOP_c_TqWhlDece_MdDesBrkDstrReAxl

ELSE_IF: [1]

1) Input ARBLLCSC_s_LgtCtl_BitFldConf is TRUE at bit position VMMP_SINFCT_c_LgtCtl_IdxBitFldConfMdDesBrkDstrFrAxl

THEN:

1) MdDesBrkDstr must be equal to constant VMMP_LOCCOP_c_TqWhlDece_MdDesBrkDstrFrAxl

ELSE:

1) MdDesBrkDstr must be equal to constant VMMP_LOCCOP_c_TqWhlDece_MdDesBrkDstrNoReq.
IF: [1]

1) Input ARBLLCSC_s_LgtCtl_StAcv is not equal to VMMP_ARBLLCSC_c_StAcvPas.

THEN:

IF: [1]

1) Input ARBLLCSC_s_LgtCtl_BitFldConf is TRUE at bit position VMMP_SINFCT_c_LgtCtl_IdxBitFldConfMdDesBrkDstrReAxl

THEN:

1) LOCCOP_s_TqWhlDece_MdDesBrkDstr must be equal to constant VMMP_LOCCOP_c_TqWhlDece_MdDesBrkDstrReAxl

ELSE_IF: [1]

1) Input ARBLLCSC_s_LgtCtl_BitFldConf is TRUE at bit position VMMP_SINFCT_c_LgtCtl_IdxBitFldConfMdDesBrkDstrFrAxl

THEN:

1) LOCCOP_s_TqWhlDece_MdDesBrkDstr must be equal to constant VMMP_LOCCOP_c_TqWhlDece_MdDesBrkDstrFrAxl

ELSE:

1) LOCCOP_s_TqWhlDece_MdDesBrkDstr must be equal to constant VMMP_LOCCOP_c_TqWhlDece_MdDesBrkDstrNoReq.

ELSE:

1) LOCCOP_s_TqWhlDece_MdDesBrkDstr must be equal to constant VMMP_LOCCOP_c_TqWhlDece_MdDesBrkDstrNoReq.
IF: [1]

1) VMMP_LOCCOP_p_TqWhlDece_StMdDesBrkDstrDevlpMd is equal to 0

THEN:

1) LOCCOP_s_TqWhlDece_MdDesBrkDstr must be equal to constant VMMP_LOCCOP_c_TqWhlDece_MdDesBrkDstrNoReq

ELSE_IF: [1]

1) VMMP_LOCCOP_p_TqWhlDece_StMdDesBrkDstrDevlpMd is equal to 1

THEN:

1) LOCCOP_s_TqWhlDece_MdDesBrkDstr must be equal to constant VMMP_LOCCOP_c_TqWhlDece_MdDesBrkDstrFrAxl

ELSE_IF: [1]

1) VMMP_LOCCOP_p_TqWhlDece_StMdDesBrkDstrDevlpMd is equal to 2

THEN:

1) LOCCOP_s_TqWhlDece_MdDesBrkDstr must be equal to constant VMMP_LOCCOP_c_TqWhlDece_MdDesBrkDstrReAxl

IF: [1]

1) VMMP_LOCCOP_p_TqWhlDece_StMdDesBrkDstrDevlpMd is equal to 3

THEN:

1) LOCCOP_s_TqWhlDece_MdDesBrkDstr must be equal to constant VMMP_LOCCOP_c_TqWhlDece_MdDesBrkDstrAllAxl

IF: [1]

1) VMMP_LOCCOP_p_TqWhlDece_StMdDesBrkDstrDevlpMd is equal to 4

THEN:

1) LOCCOP_s_TqWhlDece_MdDesBrkDstr must be equal to constant VMMP_LOCCOP_p_TqWhlDece_MdDesBrkDstrSlopeToFr

ELSE_IF: [1]

1) VMMP_LOCCOP_p_TqWhlDece_StMdDesBrkDstrDevlpMd is equal to 5

THEN:

1) LOCCOP_s_TqWhlDece_MdDesBrkDstr must be equal to constant VMMP_LOCCOP_p_TqWhlDece_MdDesBrkDstrSlopeToRe

ELSE:

1) LOCCOP_s_TqWhlDece_MdDesBrkDstr must be equal to MdDesBrkDstr.
LOCCOP_s_TqWhlDece_TqLim must be greater than or equal to 0 Nm.
LOCCOP_s_TqWhlDece_TqAddDmd must always be greater than or equal to 0 Nm.
LOCCOP_s_TqWhlDece_TqAddLim must be greater than or equal to 0 Nm.
LOCCOP_s_TqWhlDece_TqAddDmd must be smaller than or equal to output LOCCOP_s_TqWhlDece_TqDmd.
LOCCOP_s_TqWhlDece_TqAddLim must be smaller than or equal to output LOCCOP_s_TqWhlDece_TqAddDmd.
LOCCOP_s_TqWhlDece_TqAddLim must be smaller than or equal to output LOCCOP_s_TqWhlDece_TqLim.
LOCCOP_s_TqWhlDece_TqLim must be smaller than or equal to output LOCCOP_s_TqWhlDece_TqDmd.
Brake torque request
IF: [1]

1) Input LOCCTC_s_TqWhlBrkDmd_TqDmd is greater than 0 Nm

THEN:

LOCCOP_s_TqWhlBrk_TqDmd must be equal to LOCCTC_s_TqWhlBrkDmd_TqDmd

ELSE:

LOCCOP_s_TqWhlBrk_TqDmd must be equal to 0
IF: [1]

1) Input LOCCTC_s_TqWhlBrkDmd_TqTarPred is greater than 0 Nm

THEN:

LOCCOP_s_TqWhlBrk_TqTarPred must be equal to LOCCTC_s_TqWhlBrkDmd_TqTarPred

ELSE:

LOCCOP_s_TqWhlBrk_TqTarPred must be equal to 0
Wheel speed limitation request
LOCCOP_s_SpdWhlLim_SpdWhlMax must be equal to input LOCCTC_s_SpdWhlLimDmd_SpdWhlMax.
LOCCOP_s_SpdWhlLim_SpdWhlMin must be equal to input LOCCTC_s_SpdWhlLimDmd_SpdWhlMin.
LOCCOP_s_SpdWhlLim_TqWhlMax must be equal to input LOCCTC_s_SpdWhlLimDmd_TqWhlMax.
LOCCOP_s_SpdWhlLim_TqWhlMin must be equal to input LOCCTC_s_SpdWhlLimDmd_TqWhlMin.
Torque request feedback
LOCCOP_s_TqWhlFb_IdxChnReq must be output depending on input LOCCTC_s_TqWhlReq_IdxChn based on the following assignment:

LOCCOP_s_TqWhlFb_IdxChnReq must be equal to or smaller than constant VMMP_LOCC_c_TqWhlDmd_IdxChnLimLOCC.
LOCCOP_s_TqWhlFb_IdxChnReq must be output depending on input LOCCTC_s_TqWhlReq_IdxChn based on the following assignment:

LOCCOP_s_TqWhlFb_IdxChnReq must be equal to or smaller than constant VMMP_LOCC_c_TqWhlDmd_IdxChnLimLOCC.
LOCCOP_s_TqWhlFb_IdxChnDmdExt must be output depending on input LOCCTC_s_TqWhlDmd_IdxChn based on the following assignment:

LOCCOP_s_TqWhlFb_IdxChnDmdExt must be equal to or smaller than constant VMMP_LOCC_c_TqWhlDmd_IdxChnLimLOCC.
LOCCOP_s_TqWhlFb_IdxChnDmd depends on different input signals. It must be output based on the following assignment.

LOCCOP_s_TqWhlFb_IdxChnDmd must be equal to or smaller than constant VMMP_LOCC_c_TqWhlDmd_IdxChnLimLOCC.

IF: AND[1,2]

1) Input LOCCTC_s_TqWhlDmd_IdxChn is equal to 1 (ReqDrv) or 12 (ReqLOC) or 13 (ReqHMS)

2) Input LOCCTC_s_TqWhlDmd_StTrf.Bit1 is TRUE

THEN: 

Source_Signal is equal to LOCCTC_s_TqWhlReq_IdxChn

ELSE:

Source_Signal is equal to LOCCTC_s_TqWhlDmd_IdxChn
LOCCOP_s_TqWhlFb_IdxChnBrk must be equal to input LOCCTC_s_TqWhlBrkDmd_IdxChn but limited to a maximum value of 2.
LOCCOP_s_TqWhlFb_StTrf must always be equal to (bitwise OR)

(LOCCDRC_s_TqWhlReqDrv_StTrf) | (LOCCTC_s_TqWhlDmd_StTrf << 4).

('<< 4' means shift left by 4 digits)

The input signals LOCCDRC_s_TqWhlReqDrv_StTrf and LOCCTC_s_TqWhlDmd_StTrf must be limited to values less than or equal to 15 (4 Bits) before the calculation.
Source of gear box shift strategy
FlgIdxChnDmdGbxTLimLOCLead 

FlgIdxChnDmdGbxTLimLOCLead indicates leading LOC limitation and must be viewed like a flip-flop with dominant reset input. 

Set: AND[1,OR[2,3]] 

1) LOCCTS_s_TqWhlLimLOC_FlgAcv is true 

2) LOCCTS_s_TqWhlLimLOC_TqDmd is smaller than (LOCCDRC_s_TqWhlReqDrvPed_TqDmd - VMMP_LOCCOP_p_IdxChnAIGbxT_TqThLimDmnt) 

3) LOCVL_s_LgtLimA_VDifCtl is smaller than VMMP_LOCCOP_p_IdxChnAIGbxT_VThLimDmnt 

FlgIdxChnDmdGbxTLimLOCLead becomes true, when this start condition is fulfilled. 

Reset: OR[AND[1,2],3]: 

1) LOCVL_s_LgtLimA_VDifCtl is greater than VMMP_LOCCOP_p_IdxChnAIGbxT_VThLimNotDmnt 

2) LOCCTS_s_TqWhlLimLOC_TqDmd is equal to or greater than (LOCCDRC_s_TqWhlReqDrvPed_TqTarPred + VMMP_LOCCOP_p_IdxChnAIGbxT_TqThLimNotDmnt) 

3) LOCCTS_s_TqWhlLimLOC_FlgAcv is false

FlgIdxChnDmdGbxTLimLOCLead becomes false, when this end condition is fulfilled.
FlgIdxChnDmdGbxTLimLOCLead 

FlgIdxChnDmdGbxTLimLOCLead indicates leading LOC limitation and must be viewed like a flip-flop with dominant reset input. 

Set: AND[1,OR[2,3,4]] 

1) LOCCTS_s_TqWhlLimLOC_FlgAcv is true 

2) LOCCTS_s_TqWhlLimLOC_TqDmd is smaller than (LOCCDRC_s_TqWhlReqDrvPed_TqDmd + VMMP_LOCCOP_p_IdxChnAIGbxT_TqThLimDmnt) 

3) LOCVL_s_LgtLimA_VDifCtl is smaller than VMMP_LOCCOP_p_IdxChnAIGbxT_VThLimDmnt 

4) LOCCDRC_s_TqWhlReqDrvPed_TqTarPred and offset VMMP_LOCCOP_p_IdxChnAIGbxT_TqTarThLimDmnt is greater than MIN(LOCCTS_s_TqWhlLimLOC_TqDmd, LOCCTS_s_TqWhlLimLOC_TqTarPred) 

FlgIdxChnDmdGbxTLimLOCLead becomes true, when this start condition is fulfilled. 

Reset: OR[AND[1,2],3]: 

1) LOCVL_s_LgtLimA_VDifCtl is greater than VMMP_LOCCOP_p_IdxChnAIGbxT_VThLimNotDmnt 

2) LOCCTS_s_TqWhlLimLOC_TqDmd is equal to or greater than (LOCCDRC_s_TqWhlReqDrvPed_TqTarPred + VMMP_LOCCOP_p_IdxChnAIGbxT_TqThLimNotDmnt) 

3) LOCCTS_s_TqWhlLimLOC_FlgAcv is false

FlgIdxChnDmdGbxTLimLOCLead becomes false, when this end condition is fulfilled.
FlgIdxChnDmdGbxTLimLOCLead 

FlgIdxChnDmdGbxTLimLOCLead indicates leading LOC limitation and must be viewed like a flip-flop with dominant reset input. 

Set: OR[1,2,3,AND[4,5]]

1)

LOCCTS_s_TqWhlLimLOC_TqDmd is smaller than (LOCCDRC_s_TqWhlReqDrvPed_TqDmd + VMMP_LOCCOP_p_IdxChnAIGbxT_TqThLimDmnt)

2) 

LOCVL_s_LgtLimA_VDifCtl is smaller than VMMP_LOCCOP_p_IdxChnAIGbxT_VThLimDmnt

3) 

LOCCDRC_s_TqWhlReqDrvPed_TqTarPred and offset VMMP_LOCCOP_p_IdxChnAIGbxT_TqTarThLimDmnt is greater than MIN(LOCCTS_s_TqWhlLimLOC_TqDmd, LOCCTS_s_TqWhlLimLOC_TqTarPred)

4) CFBLIM_s_LIM_SysStLim is equal to VMMP_c_LIMSysStLimAcv

5) VMMP_LOCCOP_p_IdxChnAIGbxT_VThVarLimDmnt is greater than the difference between CFBLIM_s_LIM_VSet and VSOEM_s_VLgtDispCor

FlgIdxChnDmdGbxTLimLOCLead becomes true, when this start condition is fulfilled. 

Reset: OR[AND[1,2,3],AND[1,4,5],6]:

1) LOCVL_s_LgtLimA_VDifCtl is greater than VMMP_LOCCOP_p_IdxChnAIGbxT_VThLimNotDmnt

2) MAX(LOCCTS_s_TqWhlLimLOC_TqDmd, LOCCTS_s_TqWhlLimLOC_TqTarPred) is equal to or greater than (LOCCDRC_s_TqWhlReqDrvPed_TqTarPred + VMMP_LOCCOP_p_IdxChnAIGbxT_TqThLimNotDmnt)

3) the difference between CFBLIM_s_LIM_VSet and VSOEM_s_VLgtDispCor is greater than VMMP_LOCCOP_p_IdxChnAIGbxT_VThVarLimNotDmnt OR CFBLIM_s_LIM_SysStLim is not equal to VMMP_c_LIMSysStLimAcv

4) VMMP_LOCCOP_p_IdxChnAIGbxT_SwtStLimDeac is true

5) Detected an falling edge on (VMMP_c_LIMSysStLimAcv is equal to VMMP_c_LIMSysStLimAcv) within VMMP_LOCCOP_p_IdxChnAIGbxT_TiStLimDeac seconds

6) LOCCTS_s_TqWhlLimLOC_FlgAcv is false

FlgIdxChnDmdGbxTLimLOCLead becomes false, when this end condition is fulfilled.
FlgIdxChnDmdGbxTReqLOCOvrd

FlgIdxChnDmdGbxTReqLOCOvrd indicates LOC request overridden by driver request and must be viewed like a flip-flop with dominant reset input. 

Set: AND[OR[1,2],3] 

1) LOCCDRC_s_TqWhlReqDrvPed_TqDmd is equal or greater than (LOCCTS_s_TqWhlReqLOC_TqDmd + VMMP_LOCCOP_p_IdxChnAIGbxT_TqThOvrd) 

2) DSOPRE_s_DrvPed_PrctPed is equal to or greater than VMMP_LOCCOP_p_IdxChnAIGbxT_PrctDrvPedOvrd 

3) DSOPRE_s_DrvPed_StPed is true 

FlgIdxChnDmdGbxTReqLOCOvrd becomes true, when this start condition is fulfilled. 

Reset: OR[1,AND[2,3],4]: 

1) DSOPRE_s_DrvPed_StPed is false 

2) DSOPRE_s_DrvPed_PrctPed is smaller than VMMP_LOCCOP_p_IdxChnAIGbxT_PrctDrvPedNoOvrd 

3) LOCCDRC_s_TqWhlReqDrvPed_TqDmd is smaller than (LOCCTS_s_TqWhlReqLOC_TqDmd - the result of Look-up table (VMMP_LOCCOP_px_IdxChnAIGbxT_VLgtVehCor, VMMP_LOCCOP_p1_IdxChnAIGbxT_TqThVLgtVehCor) with the input VSOEM_s_VLgtVehCor) 

4) LOCCTS_s_TqWhlReqLOC_FlgAcv is false 

FlgIdxChnDmdGbxTReqLOCOvrd becomes false, when this end condition is fulfilled.
IF: [1] 

1) FlgIdxChnDmdGbxTLimLOCLead is true 

THEN: 

1) LOCCOP_s_TqWhlFb_IdxChnDmdAIGbxT is equal to VMMP_LOCCOP_p_IdxChnAIGbxT_StLimLOC 

ELSE IF AND[1,2]: 

1) FlgIdxChnDmdGbxTReqLOCOvrd is true

2) LOCCTS_s_TqWhlReqLOC_FlgAcv is true 

THEN: 

1) LOCCOP_s_TqWhlFb_IdxChnDmdAIGbxT is equal to VMMP_LOCCOP_p_IdxChnAIGbxT_StOvrd 

ELSE IF [1]: 

1) LOCCTS_s_TqWhlReqLOC_FlgAcv is true 

THEN: 

1) LOCCOP_s_TqWhlFb_IdxChnDmdAIGbxT is equal to VMMP_LOCCOP_p_IdxChnAIGbxT_StReqLOC 

ELSE: 

1) LOCCOP_s_TqWhlFb_IdxChnDmdAIGbxT is equal to VMMP_LOCCOP_p_IdxChnAIGbxT_StReqDrv
This requirement is valid for VMMP_LOCCOP_p_IdxChnAIGbxT_SwtCord = FALSE.

IF: OR[1,AND[2,3]]

1) FlgIdxChnDmdGbxTLimLOCLead is true

2) ARBLGLSCA_s_LgtLimA_FlgAcv is true

3) VMMP_LOCCOP_p_IdxChnAIGbxT_SwtStLimLOC is true

THEN:

1) LOCCOP_s_TqWhlFb_IdxChnDmdAIGbxT is equal to VMMP_LOCCOP_p_IdxChnAIGbxT_StLimLOC

ELSE IF AND[1,2]:

1) FlgIdxChnDmdGbxTReqLOCOvrd is true

2) LOCCTS_s_TqWhlReqLOC_FlgAcv is true 

THEN: 

1) LOCCOP_s_TqWhlFb_IdxChnDmdAIGbxT is equal to VMMP_LOCCOP_p_IdxChnAIGbxT_StOvrd 

ELSE IF [1]: 

1) LOCCTS_s_TqWhlReqLOC_FlgAcv is true 

THEN: 

1) LOCCOP_s_TqWhlFb_IdxChnDmdAIGbxT is equal to VMMP_LOCCOP_p_IdxChnAIGbxT_StReqLOC 

ELSE: 

1) LOCCOP_s_TqWhlFb_IdxChnDmdAIGbxT is equal to VMMP_LOCCOP_p_IdxChnAIGbxT_StReqDrv
This requirement is valid for VMMP_LOCCOP_p_IdxChnAIGbxT_SwtCord = TRUE.

IF: AND[OR(2,3),OR(4,1)]:

1) LOCCTS_s_TqWhlReqLOC_FlgAcv is false

2) FlgIdxChnDmdGbxTLimLOCLead is true

3) ARBLGLSCA_s_LgtLimA_FlgAcv is true AND VMMP_LOCCOP_p_IdxChnAIGbxT_SwtStLimLOC is true

4) FlgIdxChnDmdGbxTReqLOCOvrd is true

THEN:

1) LOCCOP_s_TqWhlFb_IdxChnDmdAIGbxT is equal to VMMP_LOCCOP_p_IdxChnAIGbxT_StLimLOC

ELSE IF AND[1,2,3]:

1) LOCCTS_s_TqWhlReqLOC_FlgAcv is false

2) FlgIdxChnDmdGbxTLimLOCLead is false

3) ARBLGLSCA_s_LgtLimA_FlgAcv is false OR VMMP_LOCCOP_p_IdxChnAIGbxT_SwtStLimLOC is false

THEN:

1) LOCCOP_s_TqWhlFb_IdxChnDmdAIGbxT is equal to VMMP_LOCCOP_p_IdxChnAIGbxT_StReqDrv

ELSE IF AND[1,2,3]:

1) FlgIdxChnDmdGbxTReqLOCOvrd is true

2) FlgIdxChnDmdGbxTLimLOCLead is false

3) ARBLGLSCA_s_LgtLimA_FlgAcv is false OR VMMP_LOCCOP_p_IdxChnAIGbxT_SwtStLimLOC is false

THEN: 

1) LOCCOP_s_TqWhlFb_IdxChnDmdAIGbxT is equal to VMMP_LOCCOP_p_IdxChnAIGbxT_StOvrd

ELSE:

1) LOCCOP_s_TqWhlFb_IdxChnDmdAIGbxT is equal to VMMP_LOCCOP_p_IdxChnAIGbxT_StReqLOC
IF: OR[AND(1,2), AND(NOT(1),3,4)]:

1) LOCCTS_s_TqWhlReqLOC_FlgAcv is false

2) FlgIdxChnDmdGbxTLimLOCLead is true

3) FlgIdxChnDmdGbxTReqLOCOvrd is true

4) FlgIdxChnDmdGbxTLimLOCLead is true

THEN:

1) LOCCOP_s_TqWhlFb_IdxChnDmdAIGbxT is equal to VMMP_LOCCOP_p_IdxChnAIGbxT_StLimLOC

ELSE IF AND[1,2]:

1) LOCCTS_s_TqWhlReqLOC_FlgAcv is false

2) FlgIdxChnDmdGbxTLimLOCLead is false

THEN:

1) LOCCOP_s_TqWhlFb_IdxChnDmdAIGbxT is equal to VMMP_LOCCOP_p_IdxChnAIGbxT_StReqDrv

ELSE IF AND[1,2]:

1) FlgIdxChnDmdGbxTReqLOCOvrd is true

2) FlgIdxChnDmdGbxTLimLOCLead is false

THEN: 

1) LOCCOP_s_TqWhlFb_IdxChnDmdAIGbxT is equal to VMMP_LOCCOP_p_IdxChnAIGbxT_StOvrd

ELSE:

1) LOCCOP_s_TqWhlFb_IdxChnDmdAIGbxT is equal to VMMP_LOCCOP_p_IdxChnAIGbxT_StReqLOC
Brake light source type
IF: OR[1,2,3]

1) Ouput LOCCOP_s_TqWhlBrk_TqDmd is greater than 0 Nm.

2) Input LOCCTC_s_TqWhlDmd_IdxChn is not equal to constant VMMP_LOCC_c_TqWhlDmd_IdxChnReqDrv

3) Input LOCCTS_s_TqWhlLimLOC_FlgAcv is true AND input LOCCTS_s_TqWhlLimLOC_TqTlrHiDyn is smaller than 0 Nm

THEN:

1) LOCCOP_s_BrkLght_IdxTqWhlSrcTyp must be equal to constant VMMP_c_BrkLght_IdxTqWhlSrcTypLgtGuid

ELSE:

1) LOCCOP_s_BrkLght_IdxTqWhlSrcTyp must be equal to constant VMMP_c_BrkLght_IdxTqWhlSrcTypDrvPed

Row	ID	Type	Status	Relevant	Candidate	Reason	Normalized text
2	16657548	Folder		no	False	type_not_target, status_filtered, relevance_filtered	Short description Short description Raw { "ID": "16657548", "ASIL": " ", "Text": "Short description", "Type": "Folder", "Status": "", "Summary": "Short description", "Relevant": "no", "column_12": "", "Foreign ID": "1068514", "Description": "", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
3	16657549	Folder		no	False	type_not_target, status_filtered, relevance_filtered	Purpose of the module Purpose of the module Raw { "ID": "16657549", "ASIL": " ", "Text": "Purpose of the module", "Type": "Folder", "Status": "", "Summary": "Purpose of the module", "Relevant": "no", "column_12": "", "Foreign ID": "1214476", "Description": "", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
4	16657550	Information		no	False	type_not_target, status_filtered, relevance_filtered	The module LOCCOP (LOngitudinal Command Coordination Output Processing) is part of the sub-function LOCC. The module correlates to The module LOCCOP (LOngitudinal Command Coordination Output Processing) is part of the sub-function LOCC. The module correlates to the output of the sub-function. The module is responsible to prepare the coordinated longitudinal torque demand and included corresponding attributes (i.e. target values, gradients), the break request interface and the speed limitation interface to functional partners inside and outside the vehicle motion manager (VMM). The module also provides consolidated status in relation to the torque and speed coordination and safety limitation. Raw { "ID": "16657550", "ASIL": " ", "Text": "The module LOCCOP (LOngitudinal Command Coordination Output Processing) is part of the sub-function LOCC. The module correlates to the output of the sub-function.\n_x000D_The module is responsible to prepare the coordinated longitudinal torque demand and included corresponding attributes (i.e. target values, gradients), the break request interface and the speed limitation interface to functional partners inside and outside the vehicle motion manager (VMM).\n_x000D_The module also provides consolidated status in relation to the torque and speed coordination and safety limitation.", "Type": "Information", "Status": "", "Summary": "", "Relevant": "no", "column_12": "", "Foreign ID": "1068519", "Description": "The module LOCCOP (LOngitudinal Command Coordination Output Processing) is part of the sub-function LOCC. The module correlates to the output of the sub-function.\n_x000D_The module is responsible to prepare the coordinated longitudinal torque demand and included corresponding attributes (i.e. target values, gradients), the break request interface and the speed limitation interface to functional partners inside and outside the vehicle motion manager (VMM).\n_x000D_The module also provides consolidated status in relation to the torque and speed coordination and safety limitation.", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
5	16657551	Folder		no	False	type_not_target, status_filtered, relevance_filtered	Interface description Interface description Raw { "ID": "16657551", "ASIL": " ", "Text": "Interface description", "Type": "Folder", "Status": "", "Summary": "Interface description", "Relevant": "no", "column_12": "", "Foreign ID": "1210444", "Description": "", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
6	16657552	Information		no	False	type_not_target, status_filtered, relevance_filtered	The valid version of the signal and parameter files for this SWRS are: The valid version of the signal and parameter files for this SWRS are: Raw { "ID": "16657552", "ASIL": " ", "Text": "The valid version of the signal and parameter files for this SWRS are:", "Type": "Information", "Status": "", "Summary": "", "Relevant": "no", "column_12": "", "Foreign ID": "1210446", "Description": "The valid version of the signal and parameter files for this SWRS are:", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
7	16657553	Information		no	False	type_not_target, status_filtered, relevance_filtered, empty_target_text	Raw { "ID": "16657553", "ASIL": " ", "Text": "No InterWiki reference defined in properties for 'integrity'", "Type": "Information", "Status": "", "Summary": "", "Relevant": "no", "column_12": "", "Foreign ID": "1210449", "Description": "No InterWiki reference defined in properties for 'integrity'", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
8	16657554	Information		no	False	type_not_target, status_filtered, relevance_filtered, empty_target_text	Raw { "ID": "16657554", "ASIL": " ", "Text": "No InterWiki reference defined in properties for 'integrity'", "Type": "Information", "Status": "", "Summary": "", "Relevant": "no", "column_12": "", "Foreign ID": "1210447", "Description": "No InterWiki reference defined in properties for 'integrity'", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
9	16657555	Information		no	False	type_not_target, status_filtered, relevance_filtered	The valid versions of the signals and parameter files to be find in SWRS SWC_VMMP (SWRS_Id 1078981): Chapter 2 "Interface descript The valid versions of the signals and parameter files to be find in SWRS SWC_VMMP (SWRS_Id 1078981): Chapter 2 "Interface description" Raw { "ID": "16657555", "ASIL": " ", "Text": "The valid versions of the signals and parameter files to be find in SWRS SWC_VMMP (SWRS_Id 1078981): Chapter 2 \"Interface description\"", "Type": "Information", "Status": "", "Summary": "", "Relevant": "no", "column_12": "", "Foreign ID": "1410093", "Description": "The valid versions of the signals and parameter files to be find in SWRS SWC_VMMP (SWRS_Id 1078981): Chapter 2 \"Interface description\"", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
10	16657556	Information		no	False	type_not_target, status_filtered, relevance_filtered	The valid version of the signal and parameter files for test basis to be find in CG, which to be tested The valid version of the signal and parameter files for test basis to be find in CG, which to be tested Raw { "ID": "16657556", "ASIL": " ", "Text": "The valid version of the signal and parameter files for test basis to be find in CG, which to be tested", "Type": "Information", "Status": "", "Summary": "", "Relevant": "no", "column_12": "", "Foreign ID": "1410092", "Description": "The valid version of the signal and parameter files for test basis to be find in CG, which to be tested", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
11	16657557	Folder		no	False	type_not_target, status_filtered, relevance_filtered	Presetting/Framework/Definitions Presetting/Framework/Definitions Raw { "ID": "16657557", "ASIL": " ", "Text": "Presetting/Framework/Definitions", "Type": "Folder", "Status": "", "Summary": "Presetting/Framework/Definitions", "Relevant": "no", "column_12": "", "Foreign ID": "1068516", "Description": "", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
12	16657558	Folder		no	False	type_not_target, status_filtered, relevance_filtered	Traceability Traceability Raw { "ID": "16657558", "ASIL": " ", "Text": "Traceability", "Type": "Folder", "Status": "", "Summary": "Traceability", "Relevant": "no", "column_12": "", "Foreign ID": "1312183", "Description": "", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
13	16657559	Information		no	False	type_not_target, status_filtered, relevance_filtered	SWRS to Testcase: The latest revision of the test specification document is valid for the tracability SWRS to Testcase SWRS to Testcase: The latest revision of the test specification document is valid for the tracability SWRS to Testcase Raw { "ID": "16657559", "ASIL": " ", "Text": "SWRS to Testcase:\n_x000D_No InterWiki reference defined in properties for 'integrity'\n_x000D_The latest revision of the test specification document is valid for the tracability SWRS to Testcase", "Type": "Information", "Status": "", "Summary": "", "Relevant": "no", "column_12": "", "Foreign ID": "1312185", "Description": "SWRS to Testcase:\n_x000D_No InterWiki reference defined in properties for 'integrity'\n_x000D_The latest revision of the test specification document is valid for the tracability SWRS to Testcase", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
14	16657560	Information		no	False	type_not_target, status_filtered, relevance_filtered	SWRS to CodeBeamer: Codebeamer-IDs are mentioned in the SWRS atrribute DOORS IDs. The latest baseline of the specification doc SWRS to CodeBeamer: Codebeamer-IDs are mentioned in the SWRS atrribute DOORS IDs. The latest baseline of the specification document (Codebeamer) is valid for the traceability SWRS to Codebeamer. Raw { "ID": "16657560", "ASIL": " ", "Text": "SWRS to CodeBeamer: \n_x000D_ \n_x000D_Codebeamer-IDs are mentioned in the SWRS atrribute DOORS IDs. \n_x000D_The latest baseline of the specification document (Codebeamer) is valid for the traceability SWRS to Codebeamer.", "Type": "Information", "Status": "", "Summary": "", "Relevant": "no", "column_12": "", "Foreign ID": "1312187", "Description": "SWRS to CodeBeamer: \n_x000D_ \n_x000D_Codebeamer-IDs are mentioned in the SWRS atrribute DOORS IDs. \n_x000D_The latest baseline of the specification document (Codebeamer) is valid for the traceability SWRS to Codebeamer.", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
15	16657561	Folder		no	False	type_not_target, status_filtered, relevance_filtered	Toolchain Toolchain Raw { "ID": "16657561", "ASIL": " ", "Text": "Toolchain", "Type": "Folder", "Status": "", "Summary": "Toolchain", "Relevant": "no", "column_12": "", "Foreign ID": "1068521", "Description": "", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
16	16657562	Non-functional	Released	no	False	type_not_target, relevance_filtered	The Matlab/Simulink/TargetLink versions have to be used according to the HCP1-Toolchain. The Matlab/Simulink/TargetLink versions have to be used according to the HCP1-Toolchain. Raw { "ID": "16657562", "ASIL": " QM", "Text": "The Matlab/Simulink/TargetLink versions have to be used according to the HCP1-Toolchain.", "Type": "Non-functional", "Status": "Released", "Summary": "", "Relevant": "no", "column_12": "", "Foreign ID": "1068529", "Description": "The Matlab/Simulink/TargetLink versions have to be used according to the HCP1-Toolchain.", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
17	16657563	Non-functional	Released	no	False	type_not_target, relevance_filtered	For modeling in Simulink the valid EnProVe catalogue of guidelines has to be used. For modeling in Simulink the valid EnProVe catalogue of guidelines has to be used. Raw { "ID": "16657563", "ASIL": " QM", "Text": "For modeling in Simulink the valid EnProVe catalogue of guidelines has to be used.", "Type": "Non-functional", "Status": "Released", "Summary": "", "Relevant": "no", "column_12": "", "Foreign ID": "1072226", "Description": "For modeling in Simulink the valid EnProVe catalogue of guidelines has to be used.", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
18	16657564	Folder		no	False	type_not_target, status_filtered, relevance_filtered	Tolerances Tolerances Raw { "ID": "16657564", "ASIL": " ", "Text": "Tolerances", "Type": "Folder", "Status": "", "Summary": "Tolerances", "Relevant": "no", "column_12": "", "Foreign ID": "1068522", "Description": "", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
19	16657565	Non-functional	Released	no	False	type_not_target, relevance_filtered	For the comparison of output signals to the expected reactions or by back-to-back tests (MiL-PiL) following tolerances are accepte For the comparison of output signals to the expected reactions or by back-to-back tests (MiL-PiL) following tolerances are accepted for deviations: Raw { "ID": "16657565", "ASIL": " QM", "Text": "For the comparison of output signals to the expected reactions or by back-to-back tests (MiL-PiL) following tolerances are accepted for deviations:", "Type": "Non-functional", "Status": "Released", "Summary": "", "Relevant": "no", "column_12": "", "Foreign ID": "1068531", "Description": "For the comparison of output signals to the expected reactions or by back-to-back tests (MiL-PiL) following tolerances are accepted for deviations:", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
20	16657566	Non-functional	Released	no	False	type_not_target, relevance_filtered	Bool: No deviation allowed Bool: No deviation allowed Raw { "ID": "16657566", "ASIL": " QM", "Text": "\n_x000D_ \n_x000D_ Bool: No deviation allowed", "Type": "Non-functional", "Status": "Released", "Summary": "", "Relevant": "no", "column_12": "", "Foreign ID": "1072228", "Description": "\n_x000D_ \n_x000D_ Bool: No deviation allowed", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
21	16657567	Non-functional	Released	no	False	type_not_target, relevance_filtered	UInt, Int: No deviation allowed UInt, Int: No deviation allowed Raw { "ID": "16657567", "ASIL": " QM", "Text": "UInt, Int: No deviation allowed", "Type": "Non-functional", "Status": "Released", "Summary": "", "Relevant": "no", "column_12": "", "Foreign ID": "1072230", "Description": "UInt, Int: No deviation allowed", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
22	16657568	Non-functional	Released	no	False	type_not_target, relevance_filtered	Float: 0.1% related to the permissible value range of the signal but at least 1. Float: 0.1% related to the permissible value range of the signal but at least 1. Raw { "ID": "16657568", "ASIL": " QM", "Text": "Float: 0.1% related to the permissible value range of the signal but at least 1.", "Type": "Non-functional", "Status": "Released", "Summary": "", "Relevant": "no", "column_12": "", "Foreign ID": "1072232", "Description": "Float: 0.1% related to the permissible value range of the signal but at least 1.", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
23	16657569	Non-functional	Released	no	False	type_not_target, relevance_filtered	It must be ensured that an output reaction occurs due to an event at the input within the same calculation step. It must be ensured that an output reaction occurs due to an event at the input within the same calculation step. Raw { "ID": "16657569", "ASIL": " QM", "Text": "It must be ensured that an output reaction occurs due to an event at the input within the same calculation step.", "Type": "Non-functional", "Status": "Released", "Summary": "", "Relevant": "no", "column_12": "", "Foreign ID": "1072234", "Description": "It must be ensured that an output reaction occurs due to an event at the input within the same calculation step.", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
24	16657570	Folder		no	False	type_not_target, status_filtered, relevance_filtered	Bit numbering Bit numbering Raw { "ID": "16657570", "ASIL": " ", "Text": "Bit numbering", "Type": "Folder", "Status": "", "Summary": "Bit numbering", "Relevant": "no", "column_12": "", "Foreign ID": "1072240", "Description": "", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
25	16657571	Non-functional	Released	no	False	type_not_target, relevance_filtered	The bit numbering takes place as zero-based numbering method. This means, 1 Byte is equal to Bit 0...7. The bit numbering takes place as zero-based numbering method. This means, 1 Byte is equal to Bit 0...7. Raw { "ID": "16657571", "ASIL": " QM", "Text": "The bit numbering takes place as zero-based numbering method. \n_x000D_This means, 1 Byte is equal to Bit 0...7.", "Type": "Non-functional", "Status": "Released", "Summary": "", "Relevant": "no", "column_12": "", "Foreign ID": "1072242", "Description": "The bit numbering takes place as zero-based numbering method. \n_x000D_This means, 1 Byte is equal to Bit 0...7.", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
26	16657573	Folder		no	False	type_not_target, status_filtered, relevance_filtered	Conditions Conditions Raw { "ID": "16657573", "ASIL": " ", "Text": "Conditions", "Type": "Folder", "Status": "", "Summary": "Conditions", "Relevant": "no", "column_12": "", "Foreign ID": "1068517", "Description": "", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
27	16657574	Folder		no	False	type_not_target, status_filtered, relevance_filtered	General input behavior General input behavior Raw { "ID": "16657574", "ASIL": " ", "Text": "General input behavior", "Type": "Folder", "Status": "", "Summary": "General input behavior", "Relevant": "no", "column_12": "", "Foreign ID": "1210451", "Description": "", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
28	16657575	Non-functional	Released	no	False	type_not_target, relevance_filtered	If not requested differently, the init values of the input signals, defined in SPE, must be applied as default values during each If not requested differently, the init values of the input signals, defined in SPE, must be applied as default values during each test case. Raw { "ID": "16657575", "ASIL": " QM", "Text": "If not requested differently, the init values of the input signals, defined in SPE, must be applied as default values during each test case.", "Type": "Non-functional", "Status": "Released", "Summary": "", "Relevant": "no", "column_12": "", "Foreign ID": "1210453", "Description": "If not requested differently, the init values of the input signals, defined in SPE, must be applied as default values during each test case.", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
29	16657576	Non-functional	Released	no	False	type_not_target, relevance_filtered	The value ranges (Min/Max) of the input signals, defined in SPE, must not be violated. The value ranges (Min/Max) of the input signals, defined in SPE, must not be violated. Raw { "ID": "16657576", "ASIL": " QM", "Text": "The value ranges (Min/Max) of the input signals, defined in SPE, must not be violated.", "Type": "Non-functional", "Status": "Released", "Summary": "", "Relevant": "no", "column_12": "", "Foreign ID": "1210452", "Description": "The value ranges (Min/Max) of the input signals, defined in SPE, must not be violated.", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
30	16657577	Non-functional	Released	no	False	type_not_target, relevance_filtered	LOCCTC_s_TqWhlReq_IdxChn can only take the following values: * VMMP_LOCC_c_TqWhlDmd_IdxChnReqDrv * VMMP_LOCC_c_TqWhlDmd_IdxChnLi LOCCTC_s_TqWhlReq_IdxChn can only take the following values: * VMMP_LOCC_c_TqWhlDmd_IdxChnReqDrv * VMMP_LOCC_c_TqWhlDmd_IdxChnLimLOC * VMMP_LOCC_c_TqWhlDmd_IdxChnLimHMS * VMMP_LOCC_c_TqWhlDmd_IdxChnLimPil * VMMP_LOCC_c_TqWhlDmd_IdxChnLimLOCC * VMMP_LOCC_c_TqWhlDmd_IdxChnReqHMSVMM * VMMP_LOCC_c_TqWhlDmd_IdxChnReqLOCVMM Raw { "ID": "16657577", "ASIL": " ", "Text": "LOCCTC_s_TqWhlReq_IdxChn can only take the following values:\n_x000D_* VMMP_LOCC_c_TqWhlDmd_IdxChnReqDrv\n_x000D_* VMMP_LOCC_c_TqWhlDmd_IdxChnLimLOC\n_x000D_* VMMP_LOCC_c_TqWhlDmd_IdxChnLimHMS\n_x000D_* VMMP_LOCC_c_TqWhlDmd_IdxChnLimPil\n_x000D_* VMMP_LOCC_c_TqWhlDmd_IdxChnLimLOCC\n_x000D_* VMMP_LOCC_c_TqWhlDmd_IdxChnReqHMSVMM\n_x000D_* VMMP_LOCC_c_TqWhlDmd_IdxChnReqLOCVMM", "Type": "Non-functional", "Status": "Released", "Summary": "", "Relevant": "no", "column_12": "", "Foreign ID": "1514279", "Description": "LOCCTC_s_TqWhlReq_IdxChn can only take the following values:\n_x000D_* VMMP_LOCC_c_TqWhlDmd_IdxChnReqDrv\n_x000D_* VMMP_LOCC_c_TqWhlDmd_IdxChnLimLOC\n_x000D_* VMMP_LOCC_c_TqWhlDmd_IdxChnLimHMS\n_x000D_* VMMP_LOCC_c_TqWhlDmd_IdxChnLimPil\n_x000D_* VMMP_LOCC_c_TqWhlDmd_IdxChnLimLOCC\n_x000D_* VMMP_LOCC_c_TqWhlDmd_IdxChnReqHMSVMM\n_x000D_* VMMP_LOCC_c_TqWhlDmd_IdxChnReqLOCVMM", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
31	16657578	Folder		no	False	type_not_target, status_filtered, relevance_filtered	Requirement conditions Requirement conditions Raw { "ID": "16657578", "ASIL": " ", "Text": "Requirement conditions", "Type": "Folder", "Status": "", "Summary": "Requirement conditions", "Relevant": "no", "column_12": "", "Foreign ID": "1215216", "Description": "", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
32	16657579	Folder		no	False	type_not_target, status_filtered, relevance_filtered	Direction dependence for acceleration torque Direction dependence for acceleration torque Raw { "ID": "16657579", "ASIL": " ", "Text": "Direction dependence for acceleration torque", "Type": "Folder", "Status": "", "Summary": "Direction dependence for acceleration torque", "Relevant": "no", "column_12": "", "Foreign ID": "1156980", "Description": "", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
33	16657580	Pre Condition	Released	no	False	type_not_target, relevance_filtered	IF: [1] 1) Input LOCCTC_s_TqWhlDmd_IdxChn has a value between constant VMMP_LOCC_c_TqWhlDmd_IdxChnReqDrv and constant VMMP_LOCC_ IF: [1] 1) Input LOCCTC_s_TqWhlDmd_IdxChn has a value between constant VMMP_LOCC_c_TqWhlDmd_IdxChnReqDrv and constant VMMP_LOCC_c_TqWhlDmd_IdxChnLimLOCCDrv. THEN: 1) FlgDrvLead is true. ELSE: 1) FlgDrvLead is false. Raw { "ID": "16657580", "ASIL": " ASIL D", "Text": "IF: [1] \n_x000D_1) Input LOCCTC_s_TqWhlDmd_IdxChn has a value between constant VMMP_LOCC_c_TqWhlDmd_IdxChnReqDrv and constant VMMP_LOCC_c_TqWhlDmd_IdxChnLimLOCCDrv.\n_x000D_THEN: \n_x000D_1) FlgDrvLead is true.\n_x000D_ELSE: \n_x000D_1) FlgDrvLead is false.", "Type": "Pre Condition", "Status": "Released", "Summary": "FlgDrvLead", "Relevant": "no", "column_12": "", "Foreign ID": "1156984", "Description": "IF: [1] \n_x000D_1) Input LOCCTC_s_TqWhlDmd_IdxChn has a value between constant VMMP_LOCC_c_TqWhlDmd_IdxChnReqDrv and constant VMMP_LOCC_c_TqWhlDmd_IdxChnLimLOCCDrv.\n_x000D_THEN: \n_x000D_1) FlgDrvLead is true.\n_x000D_ELSE: \n_x000D_1) FlgDrvLead is false.", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
34	16657581	Information		no	False	type_not_target, status_filtered, relevance_filtered	If the index is between this values, this means that the torque demand is caused by the driver's request and not by a VMM (LOC or If the index is between this values, this means that the torque demand is caused by the driver's request and not by a VMM (LOC or HMS) request. Raw { "ID": "16657581", "ASIL": " ", "Text": "If the index is between this values, this means that the torque demand is caused by the driver's request and not by a VMM (LOC or HMS) request.", "Type": "Information", "Status": "", "Summary": "", "Relevant": "no", "column_12": "", "Foreign ID": "1210469", "Description": "If the index is between this values, this means that the torque demand is caused by the driver's request and not by a VMM (LOC or HMS) request.", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
35	16657582	Pre Condition	Released	no	False	type_not_target, relevance_filtered	IF [1]: 1) InputVSOVD_s_StDrvDir is equal to constant VMMP_VSOVD_c_DrvDirBwd. THEN: 1) FacDirVMMLead is equal to constant VMMP_ IF [1]: 1) InputVSOVD_s_StDrvDir is equal to constant VMMP_VSOVD_c_DrvDirBwd. THEN: 1) FacDirVMMLead is equal to constant VMMP_LOCC_c_FacDirDrvRvs. ELSE: 1) FacDirVMMLead is equal to constant VMMP_LOCC_c_FacDirDrvFwd. Raw { "ID": "16657582", "ASIL": " ASIL D", "Text": "IF [1]:\n_x000D_1) InputVSOVD_s_StDrvDir is equal to constant VMMP_VSOVD_c_DrvDirBwd.\n_x000D_THEN:\n_x000D_1) FacDirVMMLead is equal to constant VMMP_LOCC_c_FacDirDrvRvs.\n_x000D_ELSE:\n_x000D_1) FacDirVMMLead is equal to constant VMMP_LOCC_c_FacDirDrvFwd.", "Type": "Pre Condition", "Status": "Released", "Summary": "FacDirVMMLead", "Relevant": "no", "column_12": "", "Foreign ID": "1082670", "Description": "IF [1]:\n_x000D_1) InputVSOVD_s_StDrvDir is equal to constant VMMP_VSOVD_c_DrvDirBwd.\n_x000D_THEN:\n_x000D_1) FacDirVMMLead is equal to constant VMMP_LOCC_c_FacDirDrvRvs.\n_x000D_ELSE:\n_x000D_1) FacDirVMMLead is equal to constant VMMP_LOCC_c_FacDirDrvFwd.", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
36	16657583	Pre Condition	Released	no	False	type_not_target, relevance_filtered	IF: [1] 1) Condition FlgDrvLead is true. THEN: 1) FacDirTqAcceDmd is equal to input LOCCDRC_s_TqWhlReqDrv_FacDirTqAcceDmd. E IF: [1] 1) Condition FlgDrvLead is true. THEN: 1) FacDirTqAcceDmd is equal to input LOCCDRC_s_TqWhlReqDrv_FacDirTqAcceDmd. ELSE: 1) FacDirTqAcceDmd is equal to condition FacDirVMMLead. Raw { "ID": "16657583", "ASIL": " ASIL D", "Text": "IF: [1] \n_x000D_1) Condition FlgDrvLead is true.\n_x000D_THEN: \n_x000D_1) FacDirTqAcceDmd is equal to input LOCCDRC_s_TqWhlReqDrv_FacDirTqAcceDmd.\n_x000D_ELSE:\n_x000D_1) FacDirTqAcceDmd is equal to condition FacDirVMMLead.", "Type": "Pre Condition", "Status": "Released", "Summary": "FacDirTqAcceDmd", "Relevant": "no", "column_12": "", "Foreign ID": "1210475", "Description": "IF: [1] \n_x000D_1) Condition FlgDrvLead is true.\n_x000D_THEN: \n_x000D_1) FacDirTqAcceDmd is equal to input LOCCDRC_s_TqWhlReqDrv_FacDirTqAcceDmd.\n_x000D_ELSE:\n_x000D_1) FacDirTqAcceDmd is equal to condition FacDirVMMLead.", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
37	16657584	Pre Condition	Released	no	False	type_not_target, relevance_filtered	IF: [1] 1) Condition FlgDrvLead is true. THEN: 1) FacDirTqAcceTarPred is equal to input LOCCDRC_s_TqWhlReqDrv_FacDirTqAcceTar IF: [1] 1) Condition FlgDrvLead is true. THEN: 1) FacDirTqAcceTarPred is equal to input LOCCDRC_s_TqWhlReqDrv_FacDirTqAcceTarPred. ELSE: 1) FacDirTqAcceTarPred is equal to condition FacDirVMMLead. Raw { "ID": "16657584", "ASIL": " QM", "Text": "IF: [1] \n_x000D_1) Condition FlgDrvLead is true.\n_x000D_THEN: \n_x000D_1) FacDirTqAcceTarPred is equal to input LOCCDRC_s_TqWhlReqDrv_FacDirTqAcceTarPred.\n_x000D_ELSE:\n_x000D_1) FacDirTqAcceTarPred is equal to condition FacDirVMMLead.", "Type": "Pre Condition", "Status": "Released", "Summary": "FacDirTqAcceTarPred", "Relevant": "no", "column_12": "", "Foreign ID": "1156982", "Description": "IF: [1] \n_x000D_1) Condition FlgDrvLead is true.\n_x000D_THEN: \n_x000D_1) FacDirTqAcceTarPred is equal to input LOCCDRC_s_TqWhlReqDrv_FacDirTqAcceTarPred.\n_x000D_ELSE:\n_x000D_1) FacDirTqAcceTarPred is equal to condition FacDirVMMLead.", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
38	16657585	Folder		no	False	type_not_target, status_filtered, relevance_filtered	Requirements Requirements Raw { "ID": "16657585", "ASIL": " ", "Text": "Requirements", "Type": "Folder", "Status": "", "Summary": "Requirements", "Relevant": "no", "column_12": "", "Foreign ID": "1068518", "Description": "", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
39	16657586	Non-functional	Released	no	False	type_not_target, relevance_filtered	The requirements to the output behavior in this chapter describe the full functioning. It describes the "normal" functioning as w The requirements to the output behavior in this chapter describe the full functioning. It describes the "normal" functioning as well as the functioning considering safety conditions. The stimulation of the inputs must therefore be selected so that both cases, with and without a safety intervention, are checked. Raw { "ID": "16657586", "ASIL": " QM", "Text": "The requirements to the output behavior in this chapter describe the full functioning.\n_x000D_It describes the \"normal\" functioning as well as the functioning considering safety conditions.\n_x000D_The stimulation of the inputs must therefore be selected so that both cases, with and without a safety intervention, are checked.", "Type": "Non-functional", "Status": "Released", "Summary": "", "Relevant": "no", "column_12": "", "Foreign ID": "1210463", "Description": "The requirements to the output behavior in this chapter describe the full functioning.\n_x000D_It describes the \"normal\" functioning as well as the functioning considering safety conditions.\n_x000D_The stimulation of the inputs must therefore be selected so that both cases, with and without a safety intervention, are checked.", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
40	23650220	Non-functional	Released	no	False	type_not_target, relevance_filtered	Since the module LOCCTC already provide plausibility-checked signals at their outputs, this case is not considered separately in t Since the module LOCCTC already provide plausibility-checked signals at their outputs, this case is not considered separately in this module. Therefore, the following rules must be observed when stimulating the input signals. Otherwise the described behavior in the scenarios can differ. * Input xxx_TqTlrHiDyn (i.e. LOCCTC_s_TqWhlDmd_TqTlrHiDyn) must be stimulated greater than or equal to the corresponding input xxx_TqDmd * Input xxx_TqTlrHiTar (i.e. LOCCTC_s_TqWhlDmd_TqTlrHiTar) must be stimulated greater than or equal to the corresponding input xxx_TqTarPred * Input xxx_TqTlrLoTar (i.e. LOCCTC_s_TqWhlDmd_TqTlrLoTar) must be stimulated less than or equal to the corresponding input xxx_TqTarPred Raw { "ID": "23650220", "ASIL": " QM", "Text": "Since the module LOCCTC already provide plausibility-checked signals at their outputs, this case is not considered separately in this module.\n_x000D_Therefore, the following rules must be observed when stimulating the input signals. Otherwise the described behavior in the scenarios can differ.\n_x000D_* Input xxx_TqTlrHiDyn (i.e. LOCCTC_s_TqWhlDmd_TqTlrHiDyn) must be stimulated greater than or equal to the corresponding input xxx_TqDmd\n_x000D_* Input xxx_TqTlrHiTar (i.e. LOCCTC_s_TqWhlDmd_TqTlrHiTar) must be stimulated greater than or equal to the corresponding input xxx_TqTarPred\n_x000D_* Input xxx_TqTlrLoTar (i.e. LOCCTC_s_TqWhlDmd_TqTlrLoTar) must be stimulated less than or equal to the corresponding input xxx_TqTarPred", "Type": "Non-functional", "Status": "Released", "Summary": "", "Relevant": "no", "column_12": "", "Foreign ID": "", "Description": "Since the module LOCCTC already provide plausibility-checked signals at their outputs, this case is not considered separately in this module.\n_x000D_Therefore, the following rules must be observed when stimulating the input signals. Otherwise the described behavior in the scenarios can differ.\n_x000D_* Input xxx_TqTlrHiDyn (i.e. LOCCTC_s_TqWhlDmd_TqTlrHiDyn) must be stimulated greater than or equal to the corresponding input xxx_TqDmd\n_x000D_* Input xxx_TqTlrHiTar (i.e. LOCCTC_s_TqWhlDmd_TqTlrHiTar) must be stimulated greater than or equal to the corresponding input xxx_TqTarPred\n_x000D_* Input xxx_TqTlrLoTar (i.e. LOCCTC_s_TqWhlDmd_TqTlrLoTar) must be stimulated less than or equal to the corresponding input xxx_TqTarPred", "Vehicle Launch": "", "Vehicle Platform": "" }
41	16657587	Folder		no	False	type_not_target, status_filtered, relevance_filtered	Acceleration torque request Acceleration torque request Raw { "ID": "16657587", "ASIL": " ", "Text": "Acceleration torque request", "Type": "Folder", "Status": "", "Summary": "Acceleration torque request", "Relevant": "no", "column_12": "", "Foreign ID": "1082533", "Description": "", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
42	16657588	Functional	Released	yes	True		IF: [1] 1) Input LOCCTC_s_TqWhlDmd_TqDmd is greater than 0 Nm. THEN: 1) LOCCOP_s_TqWhlAcce_TqDmd must be equal to LOCCTC_s_TqW IF: [1] 1) Input LOCCTC_s_TqWhlDmd_TqDmd is greater than 0 Nm. THEN: 1) LOCCOP_s_TqWhlAcce_TqDmd must be equal to LOCCTC_s_TqWhlDmd_TqDmd * FacDirTqAcceDmd. ELSE: 1) LOCCOP_s_TqWhlAcce_TqDmd must be 0 Nm. Raw { "ID": "16657588", "ASIL": " ASIL D", "Text": "IF: [1] \n_x000D_1) Input LOCCTC_s_TqWhlDmd_TqDmd is greater than 0 Nm.\n_x000D_THEN:\n_x000D_1) LOCCOP_s_TqWhlAcce_TqDmd must be equal to LOCCTC_s_TqWhlDmd_TqDmd * FacDirTqAcceDmd.\n_x000D_ELSE:\n_x000D_1) LOCCOP_s_TqWhlAcce_TqDmd must be 0 Nm.", "Type": "Functional", "Status": "Released", "Summary": "", "Relevant": "yes", "column_12": "", "Foreign ID": "1082535", "Description": "IF: [1] \n_x000D_1) Input LOCCTC_s_TqWhlDmd_TqDmd is greater than 0 Nm.\n_x000D_THEN:\n_x000D_1) LOCCOP_s_TqWhlAcce_TqDmd must be equal to LOCCTC_s_TqWhlDmd_TqDmd * FacDirTqAcceDmd.\n_x000D_ELSE:\n_x000D_1) LOCCOP_s_TqWhlAcce_TqDmd must be 0 Nm.", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
43	16657589	Functional	Released	yes	True		IF: [1] 1) Input LOCCTC_s_TqWhlDmd_TqTarPred is greater than 0 Nm. THEN: 1) LOCCOP_s_TqWhlAcce_TqTarPred must be equal to LOC IF: [1] 1) Input LOCCTC_s_TqWhlDmd_TqTarPred is greater than 0 Nm. THEN: 1) LOCCOP_s_TqWhlAcce_TqTarPred must be equal to LOCCTC_s_TqWhlDmd_TqTarPred * FacDirTqAcceTarPred. ELSE: 1) LOCCOP_s_TqWhlAcce_TqTarPred must be 0 Nm. Raw { "ID": "16657589", "ASIL": " QM", "Text": "IF: [1] \n_x000D_1) Input LOCCTC_s_TqWhlDmd_TqTarPred is greater than 0 Nm.\n_x000D_THEN:\n_x000D_1) LOCCOP_s_TqWhlAcce_TqTarPred must be equal to\n_x000D_LOCCTC_s_TqWhlDmd_TqTarPred * FacDirTqAcceTarPred.\n_x000D_ELSE:\n_x000D_1) LOCCOP_s_TqWhlAcce_TqTarPred must be 0 Nm.", "Type": "Functional", "Status": "Released", "Summary": "", "Relevant": "yes", "column_12": "", "Foreign ID": "1082537", "Description": "IF: [1] \n_x000D_1) Input LOCCTC_s_TqWhlDmd_TqTarPred is greater than 0 Nm.\n_x000D_THEN:\n_x000D_1) LOCCOP_s_TqWhlAcce_TqTarPred must be equal to\n_x000D_LOCCTC_s_TqWhlDmd_TqTarPred * FacDirTqAcceTarPred.\n_x000D_ELSE:\n_x000D_1) LOCCOP_s_TqWhlAcce_TqTarPred must be 0 Nm.", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
44	16657590	Functional	Released	yes	True		IF: [1] 1) Input LOCCTC_s_TqWhlDmd_TqTlrHiDyn is greater than 0 Nm. THEN: 1) LOCCOP_s_TqWhlAcce_TqLim must be equal to LOCCTC_ IF: [1] 1) Input LOCCTC_s_TqWhlDmd_TqTlrHiDyn is greater than 0 Nm. THEN: 1) LOCCOP_s_TqWhlAcce_TqLim must be equal to LOCCTC_s_TqWhlDmd_TqTlrHiDyn * FacDirTqAcceDmd. ELSE: 1) LOCCOP_s_TqWhlAcce_TqLim must be 0 Nm. Raw { "ID": "16657590", "ASIL": " ASIL D", "Text": "IF: [1] \n_x000D_1) Input LOCCTC_s_TqWhlDmd_TqTlrHiDyn is greater than 0 Nm.\n_x000D_THEN:\n_x000D_1) LOCCOP_s_TqWhlAcce_TqLim must be equal to LOCCTC_s_TqWhlDmd_TqTlrHiDyn * FacDirTqAcceDmd.\n_x000D_ELSE:\n_x000D_1) LOCCOP_s_TqWhlAcce_TqLim must be 0 Nm.", "Type": "Functional", "Status": "Released", "Summary": "", "Relevant": "yes", "column_12": "", "Foreign ID": "1082539", "Description": "IF: [1] \n_x000D_1) Input LOCCTC_s_TqWhlDmd_TqTlrHiDyn is greater than 0 Nm.\n_x000D_THEN:\n_x000D_1) LOCCOP_s_TqWhlAcce_TqLim must be equal to LOCCTC_s_TqWhlDmd_TqTlrHiDyn * FacDirTqAcceDmd.\n_x000D_ELSE:\n_x000D_1) LOCCOP_s_TqWhlAcce_TqLim must be 0 Nm.", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
45	16657591	Functional	Released	yes	True		IF: [1] 1) Input LOCCTC_s_TqWhlDmd_TqTlrLoTar is greater than 0 Nm. THEN: 1) LOCCOP_s_TqWhlAcce_TqTlrLoTar must be equal to L IF: [1] 1) Input LOCCTC_s_TqWhlDmd_TqTlrLoTar is greater than 0 Nm. THEN: 1) LOCCOP_s_TqWhlAcce_TqTlrLoTar must be equal to LOCCTC_s_TqWhlDmd_TqTlrLoTar * FacDirTqAcceTarPred. ELSE: 1) LOCCOP_s_TqWhlAcce_TqTlrLoTar must be 0 Nm. Raw { "ID": "16657591", "ASIL": " QM", "Text": "IF: [1] \n_x000D_1) Input LOCCTC_s_TqWhlDmd_TqTlrLoTar is greater than 0 Nm.\n_x000D_THEN:\n_x000D_1) LOCCOP_s_TqWhlAcce_TqTlrLoTar must be equal to\n_x000D_LOCCTC_s_TqWhlDmd_TqTlrLoTar * FacDirTqAcceTarPred.\n_x000D_ELSE:\n_x000D_1) LOCCOP_s_TqWhlAcce_TqTlrLoTar must be 0 Nm.", "Type": "Functional", "Status": "Released", "Summary": "", "Relevant": "yes", "column_12": "", "Foreign ID": "1110571", "Description": "IF: [1] \n_x000D_1) Input LOCCTC_s_TqWhlDmd_TqTlrLoTar is greater than 0 Nm.\n_x000D_THEN:\n_x000D_1) LOCCOP_s_TqWhlAcce_TqTlrLoTar must be equal to\n_x000D_LOCCTC_s_TqWhlDmd_TqTlrLoTar * FacDirTqAcceTarPred.\n_x000D_ELSE:\n_x000D_1) LOCCOP_s_TqWhlAcce_TqTlrLoTar must be 0 Nm.", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
46	16657592	Functional	Released	yes	True		IF: AND[1,2] 1) Input LOCCTC_s_TqWhlDmd_TqDmd is smaller than 0 (deceleration) 2) Parameter VMMP_LOCCOP_p_TqWhlAcce_SwtAcvTqGrdT IF: AND[1,2] 1) Input LOCCTC_s_TqWhlDmd_TqDmd is smaller than 0 (deceleration) 2) Parameter VMMP_LOCCOP_p_TqWhlAcce_SwtAcvTqGrdTrfRst is true THEN: 1) LOCCOP_s_TqWhlAcce_TqGrdTrfDec is 0 Nm/s ELSE: IF: [1] 1) FacDirTqAcceDmd is greater than 0 (acceleration forward) THEN: 1) LOCCOP_s_TqWhlAcce_TqGrdTrfDec is equal to input LOCCTC_s_TqWhlDmd_TqGrdTrfDec ELSE: (acceleration backward) 1) LOCCOP_s_TqWhlAcce_TqGrdTrfDec is equal to input LOCCTC_s_TqWhlDmd_TqGrdTrfInc, multiplied with -1 Raw { "ID": "16657592", "ASIL": " QM", "Text": "IF: AND[1,2]\n_x000D_1) Input LOCCTC_s_TqWhlDmd_TqDmd is smaller than 0 (deceleration)\n_x000D_2) Parameter VMMP_LOCCOP_p_TqWhlAcce_SwtAcvTqGrdTrfRst is true\n_x000D_THEN: \n_x000D_1) LOCCOP_s_TqWhlAcce_TqGrdTrfDec is 0 Nm/s\n_x000D_ELSE: \n_x000D_IF: [1]\n_x000D_1) FacDirTqAcceDmd is greater than 0 (acceleration forward)\n_x000D_THEN:\n_x000D_1) LOCCOP_s_TqWhlAcce_TqGrdTrfDec is equal to input LOCCTC_s_TqWhlDmd_TqGrdTrfDec\n_x000D_ELSE: (acceleration backward)\n_x000D_1) LOCCOP_s_TqWhlAcce_TqGrdTrfDec is equal to input LOCCTC_s_TqWhlDmd_TqGrdTrfInc, multiplied with -1", "Type": "Functional", "Status": "Released", "Summary": "", "Relevant": "yes", "column_12": "", "Foreign ID": "1110602", "Description": "IF: AND[1,2]\n_x000D_1) Input LOCCTC_s_TqWhlDmd_TqDmd is smaller than 0 (deceleration)\n_x000D_2) Parameter VMMP_LOCCOP_p_TqWhlAcce_SwtAcvTqGrdTrfRst is true\n_x000D_THEN: \n_x000D_1) LOCCOP_s_TqWhlAcce_TqGrdTrfDec is 0 Nm/s\n_x000D_ELSE: \n_x000D_IF: [1]\n_x000D_1) FacDirTqAcceDmd is greater than 0 (acceleration forward)\n_x000D_THEN:\n_x000D_1) LOCCOP_s_TqWhlAcce_TqGrdTrfDec is equal to input LOCCTC_s_TqWhlDmd_TqGrdTrfDec\n_x000D_ELSE: (acceleration backward)\n_x000D_1) LOCCOP_s_TqWhlAcce_TqGrdTrfDec is equal to input LOCCTC_s_TqWhlDmd_TqGrdTrfInc, multiplied with -1", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
47	16657593	Functional	Released	yes	True		IF: AND[1,2] 1) Input LOCCTC_s_TqWhlDmd_TqDmd is smaller than 0 (deceleration) 2) Parameter VMMP_LOCCOP_p_TqWhlAcce_SwtAcvTqGrdT IF: AND[1,2] 1) Input LOCCTC_s_TqWhlDmd_TqDmd is smaller than 0 (deceleration) 2) Parameter VMMP_LOCCOP_p_TqWhlAcce_SwtAcvTqGrdTrfRst is true THEN: 1) LOCCOP_s_TqWhlAcce_TqGrdTrfInc is 0 Nm/s ELSE: IF: [1] 1) FacDirTqAcceDmd is greater than 0 (acceleration forward) THEN: 1) LOCCOP_s_TqWhlAcce_TqGrdTrfInc is equal to input LOCCTC_s_TqWhlDmd_TqGrdTrfInc ELSE: (acceleration backward) 1) LOCCOP_s_TqWhlAcce_TqGrdTrfInc is equal to input LOCCTC_s_TqWhlDmd_TqGrdTrfDec, multiplied with -1 Raw { "ID": "16657593", "ASIL": " QM", "Text": "IF: AND[1,2]\n_x000D_1) Input LOCCTC_s_TqWhlDmd_TqDmd is smaller than 0 (deceleration)\n_x000D_2) Parameter VMMP_LOCCOP_p_TqWhlAcce_SwtAcvTqGrdTrfRst is true\n_x000D_THEN: \n_x000D_1) LOCCOP_s_TqWhlAcce_TqGrdTrfInc is 0 Nm/s\n_x000D_ELSE: \n_x000D_IF: [1]\n_x000D_1) FacDirTqAcceDmd is greater than 0 (acceleration forward)\n_x000D_THEN:\n_x000D_1) LOCCOP_s_TqWhlAcce_TqGrdTrfInc is equal to input LOCCTC_s_TqWhlDmd_TqGrdTrfInc\n_x000D_ELSE: (acceleration backward)\n_x000D_1) LOCCOP_s_TqWhlAcce_TqGrdTrfInc is equal to input LOCCTC_s_TqWhlDmd_TqGrdTrfDec, multiplied with -1", "Type": "Functional", "Status": "Released", "Summary": "", "Relevant": "yes", "column_12": "", "Foreign ID": "1110606", "Description": "IF: AND[1,2]\n_x000D_1) Input LOCCTC_s_TqWhlDmd_TqDmd is smaller than 0 (deceleration)\n_x000D_2) Parameter VMMP_LOCCOP_p_TqWhlAcce_SwtAcvTqGrdTrfRst is true\n_x000D_THEN: \n_x000D_1) LOCCOP_s_TqWhlAcce_TqGrdTrfInc is 0 Nm/s\n_x000D_ELSE: \n_x000D_IF: [1]\n_x000D_1) FacDirTqAcceDmd is greater than 0 (acceleration forward)\n_x000D_THEN:\n_x000D_1) LOCCOP_s_TqWhlAcce_TqGrdTrfInc is equal to input LOCCTC_s_TqWhlDmd_TqGrdTrfInc\n_x000D_ELSE: (acceleration backward)\n_x000D_1) LOCCOP_s_TqWhlAcce_TqGrdTrfInc is equal to input LOCCTC_s_TqWhlDmd_TqGrdTrfDec, multiplied with -1", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
48	16657594	Functional	Released	yes	True		IF: AND[OR(1,2),3] 1) Input LOCCTC_s_TqWhlReq_IdxChn is equal to VMMP_LOCC_c_TqWhlDmd_IdxChnReqHMSVMM 2) Input LOCCTC_s_TqWhlReq IF: AND[OR(1,2),3] 1) Input LOCCTC_s_TqWhlReq_IdxChn is equal to VMMP_LOCC_c_TqWhlDmd_IdxChnReqHMSVMM 2) Input LOCCTC_s_TqWhlReq_IdxChn is equal to VMMP_LOCC_c_TqWhlDmd_IdxChnReqLOCVMM 3) LOCCTC_s_TqWhlDmd_TqDmd is equal or greater than DSOPRE_s_DrvPed_TqWhlDrg and offset VMMP_LOCCOP_p_TqWhlAcce_TqDeltaDrgStTqPrpDmd THEN: 1) LOCCOP_s_TqWhlAcce_StTqPrpDmd is equal to 1 ELSE: 1) LOCCOP_s_TqWhlAcce_StTqPrpDmd is equal to 0 Raw { "ID": "16657594", "ASIL": " ASIL B", "Text": "IF: AND[OR(1,2),3]\n_x000D_1) Input LOCCTC_s_TqWhlReq_IdxChn is equal to VMMP_LOCC_c_TqWhlDmd_IdxChnReqHMSVMM\n_x000D_2) Input LOCCTC_s_TqWhlReq_IdxChn is equal to VMMP_LOCC_c_TqWhlDmd_IdxChnReqLOCVMM\n_x000D_3) LOCCTC_s_TqWhlDmd_TqDmd is equal or greater than DSOPRE_s_DrvPed_TqWhlDrg and offset VMMP_LOCCOP_p_TqWhlAcce_TqDeltaDrgStTqPrpDmd\n_x000D_THEN:\n_x000D_1) LOCCOP_s_TqWhlAcce_StTqPrpDmd is equal to 1\n_x000D_ELSE:\n_x000D_1) LOCCOP_s_TqWhlAcce_StTqPrpDmd is equal to 0", "Type": "Functional", "Status": "Released", "Summary": "", "Relevant": "yes", "column_12": "", "Foreign ID": "1339488", "Description": "IF: AND[OR(1,2),3]\n_x000D_1) Input LOCCTC_s_TqWhlReq_IdxChn is equal to VMMP_LOCC_c_TqWhlDmd_IdxChnReqHMSVMM\n_x000D_2) Input LOCCTC_s_TqWhlReq_IdxChn is equal to VMMP_LOCC_c_TqWhlDmd_IdxChnReqLOCVMM\n_x000D_3) LOCCTC_s_TqWhlDmd_TqDmd is equal or greater than DSOPRE_s_DrvPed_TqWhlDrg and offset VMMP_LOCCOP_p_TqWhlAcce_TqDeltaDrgStTqPrpDmd\n_x000D_THEN:\n_x000D_1) LOCCOP_s_TqWhlAcce_StTqPrpDmd is equal to 1\n_x000D_ELSE:\n_x000D_1) LOCCOP_s_TqWhlAcce_StTqPrpDmd is equal to 0", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
49	16657595	Functional	Released	yes	True		IF: AND[1,OR[2,3]] 1) Input DSOPRE_s_DrvPed_StFullLdReq is equal to VMMP_c_TqWhlAcce_StFullLdReq 2) Input LOCCDRC_s_TqWhlReqDrv_ IF: AND[1,OR[2,3]] 1) Input DSOPRE_s_DrvPed_StFullLdReq is equal to VMMP_c_TqWhlAcce_StFullLdReq 2) Input LOCCDRC_s_TqWhlReqDrv_IdxChn is equal to VMMP_LOCC_c_TqWhlDmd_IdxChnReqDrv 3) Once Input LOCCTC_s_TqWhlDmd_TqDmd deducting input LOCCDRC_s_TqWhlReqDrvPed_TqDmd is greater than VMMP_LOCCOP_p_TqDeCtlFullLdOn till Input LOCCTC_s_TqWhlDmd_TqDmd deducting input LOCCDRC_s_TqWhlReqDrvPed_TqDmd is smaller than VMMP_LOCCOP_p_TqDeCtlFullLdOff (hysteresis) THEN: 1) LOCCOP_s_TqWhlAcce_StFullLdReq is equal to VMMP_c_TqWhlAcce_StFullLdReq Raw { "ID": "16657595", "ASIL": " QM", "Text": "IF: AND[1,OR[2,3]]\n_x000D_1) Input DSOPRE_s_DrvPed_StFullLdReq is equal to VMMP_c_TqWhlAcce_StFullLdReq\n_x000D_2) Input LOCCDRC_s_TqWhlReqDrv_IdxChn is equal to VMMP_LOCC_c_TqWhlDmd_IdxChnReqDrv\n_x000D_3) Once Input LOCCTC_s_TqWhlDmd_TqDmd deducting input LOCCDRC_s_TqWhlReqDrvPed_TqDmd is greater than VMMP_LOCCOP_p_TqDeCtlFullLdOn till Input LOCCTC_s_TqWhlDmd_TqDmd deducting input LOCCDRC_s_TqWhlReqDrvPed_TqDmd is smaller than VMMP_LOCCOP_p_TqDeCtlFullLdOff (hysteresis)\n_x000D_THEN:\n_x000D_1) LOCCOP_s_TqWhlAcce_StFullLdReq is equal to VMMP_c_TqWhlAcce_StFullLdReq", "Type": "Functional", "Status": "Released", "Summary": "", "Relevant": "yes", "column_12": "", "Foreign ID": "1339512", "Description": "IF: AND[1,OR[2,3]]\n_x000D_1) Input DSOPRE_s_DrvPed_StFullLdReq is equal to VMMP_c_TqWhlAcce_StFullLdReq\n_x000D_2) Input LOCCDRC_s_TqWhlReqDrv_IdxChn is equal to VMMP_LOCC_c_TqWhlDmd_IdxChnReqDrv\n_x000D_3) Once Input LOCCTC_s_TqWhlDmd_TqDmd deducting input LOCCDRC_s_TqWhlReqDrvPed_TqDmd is greater than VMMP_LOCCOP_p_TqDeCtlFullLdOn till Input LOCCTC_s_TqWhlDmd_TqDmd deducting input LOCCDRC_s_TqWhlReqDrvPed_TqDmd is smaller than VMMP_LOCCOP_p_TqDeCtlFullLdOff (hysteresis)\n_x000D_THEN:\n_x000D_1) LOCCOP_s_TqWhlAcce_StFullLdReq is equal to VMMP_c_TqWhlAcce_StFullLdReq", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
50	16657596	Functional	Released	yes	True		IF: AND[1,2] 1) Once Input LOCCTC_s_TqWhlDmd_TqDmd deducting input ASOPOT_s_TqPotMaxPtMdAct is greater than VMMP_LOCCOP_p_TqDeCtl IF: AND[1,2] 1) Once Input LOCCTC_s_TqWhlDmd_TqDmd deducting input ASOPOT_s_TqPotMaxPtMdAct is greater than VMMP_LOCCOP_p_TqDeCtlFullLdOn till Input LOCCTC_s_TqWhlDmd_TqDmd deducting input ASOPOT_s_TqPotMaxPtMdAct is smaller than VMMP_LOCCOP_p_TqDeCtlFullLdOff (hysteresis) 2) LOCCOP_s_TqWhlFb_IdxChnDmdExt is equal to VMMP_LOCC_c_TqWhlDmd_IdxChnReqLOC THEN: 1) LOCCOP_s_TqWhlAcce_StFullLdReq is equal to VMMP_c_tqWhlAcce_StFullLdReq Raw { "ID": "16657596", "ASIL": " QM", "Text": "IF: AND[1,2]\n_x000D_1) Once Input LOCCTC_s_TqWhlDmd_TqDmd deducting input ASOPOT_s_TqPotMaxPtMdAct is greater than VMMP_LOCCOP_p_TqDeCtlFullLdOn till Input LOCCTC_s_TqWhlDmd_TqDmd deducting input ASOPOT_s_TqPotMaxPtMdAct is smaller than VMMP_LOCCOP_p_TqDeCtlFullLdOff (hysteresis) \n_x000D_2) LOCCOP_s_TqWhlFb_IdxChnDmdExt is equal to VMMP_LOCC_c_TqWhlDmd_IdxChnReqLOC\n_x000D_THEN:\n_x000D_1) LOCCOP_s_TqWhlAcce_StFullLdReq is equal to VMMP_c_tqWhlAcce_StFullLdReq", "Type": "Functional", "Status": "Released", "Summary": "", "Relevant": "yes", "column_12": "", "Foreign ID": "1339514", "Description": "IF: AND[1,2]\n_x000D_1) Once Input LOCCTC_s_TqWhlDmd_TqDmd deducting input ASOPOT_s_TqPotMaxPtMdAct is greater than VMMP_LOCCOP_p_TqDeCtlFullLdOn till Input LOCCTC_s_TqWhlDmd_TqDmd deducting input ASOPOT_s_TqPotMaxPtMdAct is smaller than VMMP_LOCCOP_p_TqDeCtlFullLdOff (hysteresis) \n_x000D_2) LOCCOP_s_TqWhlFb_IdxChnDmdExt is equal to VMMP_LOCC_c_TqWhlDmd_IdxChnReqLOC\n_x000D_THEN:\n_x000D_1) LOCCOP_s_TqWhlAcce_StFullLdReq is equal to VMMP_c_tqWhlAcce_StFullLdReq", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
51	16657597	Functional	Released	yes	True		IF: AND[OR[1,2],3] 1) Once Input LOCCTC_s_TqWhlDmd_TqDmd deducting input LOCCDRC_s_TqWhlReqDrvPed_TqDmd is smaller than VMMP_LOCC IF: AND[OR[1,2],3] 1) Once Input LOCCTC_s_TqWhlDmd_TqDmd deducting input LOCCDRC_s_TqWhlReqDrvPed_TqDmd is smaller than VMMP_LOCCOP_p_TqDeCtlFullLdOff till Input LOCCTC_s_TqWhlDmd_TqDmd deducting input LOCCDRC_s_TqWhlReqDrvPed_TqDmd is greater than VMMP_LOCCOP_p_TqDeCtlFullLdOn (hysteresis) AND Input LOCCDRC_s_TqWhlReqDrv_IdxChn is not equal to VMMP_LOCC_c_TqWhlDmd_IdxChnReqDrv 2) Input DSOPRE_s_DrvPed_StFullLdReq is not equal to VMMP_c_TqWhlAcce_StFullLdReq 3) Once Input LOCCTC_s_TqWhlDmd_TqDmd deducting input ASOPOT_s_TqPotMaxPtMdAct is smaller than VMMP_LOCCOP_p_TqDeCtlFullLdOff till Input LOCCTC_s_TqWhlDmd_TqDmd deducting input ASOPOT_s_TqPotMaxPtMdAct is greater than VMMP_LOCCOP_p_TqDeCtlFullLdOn (hysteresis) OR Input LOCCOP_s_TqWhlFb_IdxChnDmdExt is not equal to VMMP_LOCC_c_TqWhlDmd_IdxChnReqLOC THEN: 1) LOCCOP_s_TqWhlAcce_StFullLdReq is equal to VMMP_c_tqWhlAcce_StFullLdNoReq Raw { "ID": "16657597", "ASIL": " QM", "Text": "IF: AND[OR[1,2],3]\n_x000D_1) Once Input LOCCTC_s_TqWhlDmd_TqDmd deducting input LOCCDRC_s_TqWhlReqDrvPed_TqDmd is smaller than VMMP_LOCCOP_p_TqDeCtlFullLdOff till Input LOCCTC_s_TqWhlDmd_TqDmd deducting input LOCCDRC_s_TqWhlReqDrvPed_TqDmd is greater than VMMP_LOCCOP_p_TqDeCtlFullLdOn (hysteresis) \n_x000D_AND Input LOCCDRC_s_TqWhlReqDrv_IdxChn is not equal to VMMP_LOCC_c_TqWhlDmd_IdxChnReqDrv \n_x000D_2) Input DSOPRE_s_DrvPed_StFullLdReq is not equal to VMMP_c_TqWhlAcce_StFullLdReq \n_x000D_3) Once Input LOCCTC_s_TqWhlDmd_TqDmd deducting input ASOPOT_s_TqPotMaxPtMdAct is smaller than VMMP_LOCCOP_p_TqDeCtlFullLdOff till Input LOCCTC_s_TqWhlDmd_TqDmd deducting input ASOPOT_s_TqPotMaxPtMdAct is greater than VMMP_LOCCOP_p_TqDeCtlFullLdOn (hysteresis) \n_x000D_OR Input LOCCOP_s_TqWhlFb_IdxChnDmdExt is not equal to VMMP_LOCC_c_TqWhlDmd_IdxChnReqLOC\n_x000D_THEN:\n_x000D_1) LOCCOP_s_TqWhlAcce_StFullLdReq is equal to VMMP_c_tqWhlAcce_StFullLdNoReq", "Type": "Functional", "Status": "Released", "Summary": "", "Relevant": "yes", "column_12": "", "Foreign ID": "1339516", "Description": "IF: AND[OR[1,2],3]\n_x000D_1) Once Input LOCCTC_s_TqWhlDmd_TqDmd deducting input LOCCDRC_s_TqWhlReqDrvPed_TqDmd is smaller than VMMP_LOCCOP_p_TqDeCtlFullLdOff till Input LOCCTC_s_TqWhlDmd_TqDmd deducting input LOCCDRC_s_TqWhlReqDrvPed_TqDmd is greater than VMMP_LOCCOP_p_TqDeCtlFullLdOn (hysteresis) \n_x000D_AND Input LOCCDRC_s_TqWhlReqDrv_IdxChn is not equal to VMMP_LOCC_c_TqWhlDmd_IdxChnReqDrv \n_x000D_2) Input DSOPRE_s_DrvPed_StFullLdReq is not equal to VMMP_c_TqWhlAcce_StFullLdReq \n_x000D_3) Once Input LOCCTC_s_TqWhlDmd_TqDmd deducting input ASOPOT_s_TqPotMaxPtMdAct is smaller than VMMP_LOCCOP_p_TqDeCtlFullLdOff till Input LOCCTC_s_TqWhlDmd_TqDmd deducting input ASOPOT_s_TqPotMaxPtMdAct is greater than VMMP_LOCCOP_p_TqDeCtlFullLdOn (hysteresis) \n_x000D_OR Input LOCCOP_s_TqWhlFb_IdxChnDmdExt is not equal to VMMP_LOCC_c_TqWhlDmd_IdxChnReqLOC\n_x000D_THEN:\n_x000D_1) LOCCOP_s_TqWhlAcce_StFullLdReq is equal to VMMP_c_tqWhlAcce_StFullLdNoReq", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
52	16657598	Folder		no	False	type_not_target, status_filtered, relevance_filtered	Deceleration torque request Deceleration torque request Raw { "ID": "16657598", "ASIL": " ", "Text": "Deceleration torque request", "Type": "Folder", "Status": "", "Summary": "Deceleration torque request", "Relevant": "no", "column_12": "", "Foreign ID": "1082526", "Description": "", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
53	16657600	Functional	Released	yes	True		IF: [1] 1) Input LOCCTC_s_TqWhlDmd_TqDmd is less than or equal to 0 Nm. THEN: 1) LOCCOP_s_TqWhlDece_TqDmd must be equal to A IF: [1] 1) Input LOCCTC_s_TqWhlDmd_TqDmd is less than or equal to 0 Nm. THEN: 1) LOCCOP_s_TqWhlDece_TqDmd must be equal to ABS(LOCCTC_s_TqWhlDmd_TqDmd). ELSE: 1) LOCCOP_s_TqWhlDece_TqDmd must be 0 Nm. Raw { "ID": "16657600", "ASIL": " ASIL D", "Text": "IF: [1] \n_x000D_1) Input LOCCTC_s_TqWhlDmd_TqDmd is less than or equal to 0 Nm.\n_x000D_THEN: \n_x000D_1) LOCCOP_s_TqWhlDece_TqDmd must be equal to\n_x000D_ABS(LOCCTC_s_TqWhlDmd_TqDmd).\n_x000D_ELSE: \n_x000D_1) LOCCOP_s_TqWhlDece_TqDmd must be 0 Nm.", "Type": "Functional", "Status": "Released", "Summary": "", "Relevant": "yes", "column_12": "", "Foreign ID": "1082436", "Description": "IF: [1] \n_x000D_1) Input LOCCTC_s_TqWhlDmd_TqDmd is less than or equal to 0 Nm.\n_x000D_THEN: \n_x000D_1) LOCCOP_s_TqWhlDece_TqDmd must be equal to\n_x000D_ABS(LOCCTC_s_TqWhlDmd_TqDmd).\n_x000D_ELSE: \n_x000D_1) LOCCOP_s_TqWhlDece_TqDmd must be 0 Nm.", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
54	16657601	Functional	Released	yes	True		IF: [1] 1) Input LOCCTC_s_TqWhlDmd_TqTarPred is less than or equal to 0 Nm. THEN: 1) LOCCOP_s_TqWhlDece_TqTarPred must be equ IF: [1] 1) Input LOCCTC_s_TqWhlDmd_TqTarPred is less than or equal to 0 Nm. THEN: 1) LOCCOP_s_TqWhlDece_TqTarPred must be equal to ABS(LOCCTC_s_TqWhlDmd_TqTarPred). ELSE: 1) LOCCOP_s_TqWhlDece_TqTarPred must be 0 Nm. Raw { "ID": "16657601", "ASIL": " QM", "Text": "IF: [1] \n_x000D_1) Input LOCCTC_s_TqWhlDmd_TqTarPred is less than or equal to 0 Nm.\n_x000D_THEN: \n_x000D_1) LOCCOP_s_TqWhlDece_TqTarPred must be equal to\n_x000D_ABS(LOCCTC_s_TqWhlDmd_TqTarPred).\n_x000D_ELSE:\n_x000D_1) LOCCOP_s_TqWhlDece_TqTarPred must be 0 Nm.", "Type": "Functional", "Status": "Released", "Summary": "", "Relevant": "yes", "column_12": "", "Foreign ID": "1082521", "Description": "IF: [1] \n_x000D_1) Input LOCCTC_s_TqWhlDmd_TqTarPred is less than or equal to 0 Nm.\n_x000D_THEN: \n_x000D_1) LOCCOP_s_TqWhlDece_TqTarPred must be equal to\n_x000D_ABS(LOCCTC_s_TqWhlDmd_TqTarPred).\n_x000D_ELSE:\n_x000D_1) LOCCOP_s_TqWhlDece_TqTarPred must be 0 Nm.", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
55	16657602	Functional	Released	yes	True		IF: OR[1,2] 1) Input LOCCTC_s_TqWhlDmd_TqTlrHiDyn is equal to or greater than 0 Nm. 2) Input LOCCTC_s_TqWhlDmd_TqDmd is equal t IF: OR[1,2] 1) Input LOCCTC_s_TqWhlDmd_TqTlrHiDyn is equal to or greater than 0 Nm. 2) Input LOCCTC_s_TqWhlDmd_TqDmd is equal to or greater than 0 Nm. THEN: 1) LOCCOP_s_TqWhlDece_TqLim must be 0 Nm. ELSE IF: [1] 1) Input ABS(LOCCTC_s_TqWhlDmd_TqTlrHiDyn) is greater than or equal to LOCCOP_s_TqWhlDece_TqDmd THEN: 1) LOCCOP_s_TqWhlDece_TqLim must be equal to LOCCOP_s_TqWhlDece_TqDmd ELSE: 1) LOCCOP_s_TqWhlDece_TqLim must be equal to input ABS(LOCCTC_s_TqWhlDmd_TqTlrHiDyn). Raw { "ID": "16657602", "ASIL": " ASIL D", "Text": "IF: OR[1,2] \n_x000D_1) Input LOCCTC_s_TqWhlDmd_TqTlrHiDyn is equal to or greater than 0 Nm.\n_x000D_2) Input LOCCTC_s_TqWhlDmd_TqDmd is equal to or greater than 0 Nm.\n_x000D_THEN: \n_x000D_1) LOCCOP_s_TqWhlDece_TqLim must be 0 Nm.\n_x000D_ELSE IF: [1]\n_x000D_1) Input ABS(LOCCTC_s_TqWhlDmd_TqTlrHiDyn) is greater than or equal to LOCCOP_s_TqWhlDece_TqDmd\n_x000D_THEN:\n_x000D_1) LOCCOP_s_TqWhlDece_TqLim must be equal to LOCCOP_s_TqWhlDece_TqDmd\n_x000D_ELSE:\n_x000D_1) LOCCOP_s_TqWhlDece_TqLim must be equal to input ABS(LOCCTC_s_TqWhlDmd_TqTlrHiDyn).", "Type": "Functional", "Status": "Released", "Summary": "", "Relevant": "yes", "column_12": "", "Foreign ID": "1082523", "Description": "IF: OR[1,2] \n_x000D_1) Input LOCCTC_s_TqWhlDmd_TqTlrHiDyn is equal to or greater than 0 Nm.\n_x000D_2) Input LOCCTC_s_TqWhlDmd_TqDmd is equal to or greater than 0 Nm.\n_x000D_THEN: \n_x000D_1) LOCCOP_s_TqWhlDece_TqLim must be 0 Nm.\n_x000D_ELSE IF: [1]\n_x000D_1) Input ABS(LOCCTC_s_TqWhlDmd_TqTlrHiDyn) is greater than or equal to LOCCOP_s_TqWhlDece_TqDmd\n_x000D_THEN:\n_x000D_1) LOCCOP_s_TqWhlDece_TqLim must be equal to LOCCOP_s_TqWhlDece_TqDmd\n_x000D_ELSE:\n_x000D_1) LOCCOP_s_TqWhlDece_TqLim must be equal to input ABS(LOCCTC_s_TqWhlDmd_TqTlrHiDyn).", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
56	16657603	Functional	Released	yes	True		IF: [1] 1) Input LOCCTC_s_TqWhlDmd_TqTlrHiTar is less than or equal to 0 Nm. THEN: 1) LOCCOP_s_TqWhlDece_TqTlrHiTar must be eq IF: [1] 1) Input LOCCTC_s_TqWhlDmd_TqTlrHiTar is less than or equal to 0 Nm. THEN: 1) LOCCOP_s_TqWhlDece_TqTlrHiTar must be equal to ABS(LOCCTC_s_TqWhlDmd_TqTlrHiTar). ELSE: 1) LOCCOP_s_TqWhlDece_TqTlrHiTar must be 0 Nm. Raw { "ID": "16657603", "ASIL": " QM", "Text": "IF: [1] \n_x000D_1) Input LOCCTC_s_TqWhlDmd_TqTlrHiTar is less than or equal to 0 Nm.\n_x000D_THEN:\n_x000D_1) LOCCOP_s_TqWhlDece_TqTlrHiTar must be equal to\n_x000D_ABS(LOCCTC_s_TqWhlDmd_TqTlrHiTar).\n_x000D_ELSE:\n_x000D_1) LOCCOP_s_TqWhlDece_TqTlrHiTar must be 0 Nm.", "Type": "Functional", "Status": "Released", "Summary": "", "Relevant": "yes", "column_12": "", "Foreign ID": "1110608", "Description": "IF: [1] \n_x000D_1) Input LOCCTC_s_TqWhlDmd_TqTlrHiTar is less than or equal to 0 Nm.\n_x000D_THEN:\n_x000D_1) LOCCOP_s_TqWhlDece_TqTlrHiTar must be equal to\n_x000D_ABS(LOCCTC_s_TqWhlDmd_TqTlrHiTar).\n_x000D_ELSE:\n_x000D_1) LOCCOP_s_TqWhlDece_TqTlrHiTar must be 0 Nm.", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
57	16657604	Functional	Released	yes	True		LOCCOP_s_TqWhlDece_TqGrdTrfDec is equal to input LOCCTC_s_TqWhlDmd_TqGrdTrfInc, multiplied with -1. LOCCOP_s_TqWhlDece_TqGrdTrfDec is equal to input LOCCTC_s_TqWhlDmd_TqGrdTrfInc, multiplied with -1. Raw { "ID": "16657604", "ASIL": " QM", "Text": "LOCCOP_s_TqWhlDece_TqGrdTrfDec is equal to input LOCCTC_s_TqWhlDmd_TqGrdTrfInc, multiplied with -1.", "Type": "Functional", "Status": "Released", "Summary": "", "Relevant": "yes", "column_12": "", "Foreign ID": "1110612", "Description": "LOCCOP_s_TqWhlDece_TqGrdTrfDec is equal to input LOCCTC_s_TqWhlDmd_TqGrdTrfInc, multiplied with -1.", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
58	16657605	Functional	Released	yes	True		LOCCOP_s_TqWhlDece_TqGrdTrfInc is equal to input LOCCTC_s_TqWhlDmd_TqGrdTrfDec, multiplied with -1. LOCCOP_s_TqWhlDece_TqGrdTrfInc is equal to input LOCCTC_s_TqWhlDmd_TqGrdTrfDec, multiplied with -1. Raw { "ID": "16657605", "ASIL": " QM", "Text": "LOCCOP_s_TqWhlDece_TqGrdTrfInc is equal to input LOCCTC_s_TqWhlDmd_TqGrdTrfDec, multiplied with -1.", "Type": "Functional", "Status": "Released", "Summary": "", "Relevant": "yes", "column_12": "", "Foreign ID": "1110610", "Description": "LOCCOP_s_TqWhlDece_TqGrdTrfInc is equal to input LOCCTC_s_TqWhlDmd_TqGrdTrfDec, multiplied with -1.", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
59	16657606	Functional	Released	yes	True		IF: OR[1,2] 1) Input LOCCDRC_s_TqWhlReqDrv_TqDmd is greater than or equal to 0 Nm. 2) Input LOCCTC_s_TqWhlDmd_TqDmd is greater IF: OR[1,2] 1) Input LOCCDRC_s_TqWhlReqDrv_TqDmd is greater than or equal to 0 Nm. 2) Input LOCCTC_s_TqWhlDmd_TqDmd is greater than or equal to 0 Nm. THEN: 1) LOCCOP_s_TqWhlDece_TqAddDmd must be 0 Nm. ELSE IF: [1] 1) Input LOCCDRC_s_TqWhlReqDrv_TqDmd is greater than LOCCTC_s_TqWhlDmd_TqDmd. THEN: 1) LOCCOP_s_TqWhlDece_TqAddDmd must be equal to input ABS(LOCCDRC_s_TqWhlReqDrv_TqDmd). ELSE: 1) LOCCOP_s_TqWhlDece_TqAddDmd must be equal to input ABS(LOCCTC_s_TqWhlDmd_TqDmd). Raw { "ID": "16657606", "ASIL": " ASIL D", "Text": "IF: OR[1,2] \n_x000D_1) Input LOCCDRC_s_TqWhlReqDrv_TqDmd is greater than or equal to 0 Nm.\n_x000D_2) Input LOCCTC_s_TqWhlDmd_TqDmd is greater than or equal to 0 Nm.\n_x000D_THEN: \n_x000D_1) LOCCOP_s_TqWhlDece_TqAddDmd must be 0 Nm.\n_x000D_ELSE IF: [1]\n_x000D_1) Input LOCCDRC_s_TqWhlReqDrv_TqDmd is greater than LOCCTC_s_TqWhlDmd_TqDmd.\n_x000D_THEN:\n_x000D_1) LOCCOP_s_TqWhlDece_TqAddDmd must be equal to input ABS(LOCCDRC_s_TqWhlReqDrv_TqDmd).\n_x000D_ELSE:\n_x000D_1) LOCCOP_s_TqWhlDece_TqAddDmd must be equal to input ABS(LOCCTC_s_TqWhlDmd_TqDmd).", "Type": "Functional", "Status": "Released", "Summary": "", "Relevant": "yes", "column_12": "", "Foreign ID": "1156957", "Description": "IF: OR[1,2] \n_x000D_1) Input LOCCDRC_s_TqWhlReqDrv_TqDmd is greater than or equal to 0 Nm.\n_x000D_2) Input LOCCTC_s_TqWhlDmd_TqDmd is greater than or equal to 0 Nm.\n_x000D_THEN: \n_x000D_1) LOCCOP_s_TqWhlDece_TqAddDmd must be 0 Nm.\n_x000D_ELSE IF: [1]\n_x000D_1) Input LOCCDRC_s_TqWhlReqDrv_TqDmd is greater than LOCCTC_s_TqWhlDmd_TqDmd.\n_x000D_THEN:\n_x000D_1) LOCCOP_s_TqWhlDece_TqAddDmd must be equal to input ABS(LOCCDRC_s_TqWhlReqDrv_TqDmd).\n_x000D_ELSE:\n_x000D_1) LOCCOP_s_TqWhlDece_TqAddDmd must be equal to input ABS(LOCCTC_s_TqWhlDmd_TqDmd).", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
60	16657607	Functional	Released	yes	True		IF: OR[1,2,3] 1) Input LOCCDRC_s_TqWhlReqDrv_TqTlrHiDyn is greater or equal to 0 Nm. 2) Output LOCCOP_s_TqWhlDece_TqAddDmd is e IF: OR[1,2,3] 1) Input LOCCDRC_s_TqWhlReqDrv_TqTlrHiDyn is greater or equal to 0 Nm. 2) Output LOCCOP_s_TqWhlDece_TqAddDmd is equal to 0 Nm. 3) Output LOCCOP_s_TqWhlDece_TqLim is equal to 0 Nm. THEN: 1) LOCCOP_s_TqWhlDece_TqAddLim must be 0 Nm. ELSE IF: AND[1,2] 1) Input ABS(LOCCDRC_s_TqWhlReqDrv_TqTlrHiDyn) is less than output LOCCOP_s_TqWhlDece_TqAddDmd 2) Input ABS(LOCCDRC_s_TqWhlReqDrv_TqTlrHiDyn) is less than output LOCCOP_s_TqWhlDece_TqLim THEN: 1) LOCCOP_s_TqWhlDece_TqAddLim must be equal to input ABS(LOCCDRC_s_TqWhlReqDrv_TqTlrHiDyn). ELSE IF: AND[1,2] 1) Output LOCCOP_s_TqWhlDece_TqAddDmd is less than input ABS(LOCCDRC_s_TqWhlReqDrv_TqTlrHiDyn) 2) Output LOCCOP_s_TqWhlDece_TqAddDmd is less than output LOCCOP_s_TqWhlDece_TqLim THEN: 1) LOCCOP_s_TqWhlDece_TqAddLim must be equal to output LOCCOP_s_TqWhlDece_TqAddDmd. ELSE: 1) LOCCOP_s_TqWhlDece_TqAddLim must be equal to output LOCCOP_s_TqWhlDece_TqLim. Raw { "ID": "16657607", "ASIL": " ASIL D", "Text": "IF: OR[1,2,3] \n_x000D_1) Input LOCCDRC_s_TqWhlReqDrv_TqTlrHiDyn is greater or equal to 0 Nm.\n_x000D_2) Output LOCCOP_s_TqWhlDece_TqAddDmd is equal to 0 Nm.\n_x000D_3) Output LOCCOP_s_TqWhlDece_TqLim is equal to 0 Nm.\n_x000D_THEN: \n_x000D_1) LOCCOP_s_TqWhlDece_TqAddLim must be 0 Nm.\n_x000D_ELSE IF: AND[1,2]\n_x000D_1) Input ABS(LOCCDRC_s_TqWhlReqDrv_TqTlrHiDyn) is less than output LOCCOP_s_TqWhlDece_TqAddDmd\n_x000D_2) Input ABS(LOCCDRC_s_TqWhlReqDrv_TqTlrHiDyn) is less than output LOCCOP_s_TqWhlDece_TqLim\n_x000D_THEN:\n_x000D_1) LOCCOP_s_TqWhlDece_TqAddLim must be equal to input ABS(LOCCDRC_s_TqWhlReqDrv_TqTlrHiDyn).\n_x000D_ELSE IF: AND[1,2]\n_x000D_1) Output LOCCOP_s_TqWhlDece_TqAddDmd is less than input ABS(LOCCDRC_s_TqWhlReqDrv_TqTlrHiDyn)\n_x000D_2) Output LOCCOP_s_TqWhlDece_TqAddDmd is less than output LOCCOP_s_TqWhlDece_TqLim\n_x000D_THEN:\n_x000D_1) LOCCOP_s_TqWhlDece_TqAddLim must be equal to output LOCCOP_s_TqWhlDece_TqAddDmd.\n_x000D_ELSE:\n_x000D_1) LOCCOP_s_TqWhlDece_TqAddLim must be equal to output LOCCOP_s_TqWhlDece_TqLim.", "Type": "Functional", "Status": "Released", "Summary": "", "Relevant": "yes", "column_12": "", "Foreign ID": "1156959", "Description": "IF: OR[1,2,3] \n_x000D_1) Input LOCCDRC_s_TqWhlReqDrv_TqTlrHiDyn is greater or equal to 0 Nm.\n_x000D_2) Output LOCCOP_s_TqWhlDece_TqAddDmd is equal to 0 Nm.\n_x000D_3) Output LOCCOP_s_TqWhlDece_TqLim is equal to 0 Nm.\n_x000D_THEN: \n_x000D_1) LOCCOP_s_TqWhlDece_TqAddLim must be 0 Nm.\n_x000D_ELSE IF: AND[1,2]\n_x000D_1) Input ABS(LOCCDRC_s_TqWhlReqDrv_TqTlrHiDyn) is less than output LOCCOP_s_TqWhlDece_TqAddDmd\n_x000D_2) Input ABS(LOCCDRC_s_TqWhlReqDrv_TqTlrHiDyn) is less than output LOCCOP_s_TqWhlDece_TqLim\n_x000D_THEN:\n_x000D_1) LOCCOP_s_TqWhlDece_TqAddLim must be equal to input ABS(LOCCDRC_s_TqWhlReqDrv_TqTlrHiDyn).\n_x000D_ELSE IF: AND[1,2]\n_x000D_1) Output LOCCOP_s_TqWhlDece_TqAddDmd is less than input ABS(LOCCDRC_s_TqWhlReqDrv_TqTlrHiDyn)\n_x000D_2) Output LOCCOP_s_TqWhlDece_TqAddDmd is less than output LOCCOP_s_TqWhlDece_TqLim\n_x000D_THEN:\n_x000D_1) LOCCOP_s_TqWhlDece_TqAddLim must be equal to output LOCCOP_s_TqWhlDece_TqAddDmd.\n_x000D_ELSE:\n_x000D_1) LOCCOP_s_TqWhlDece_TqAddLim must be equal to output LOCCOP_s_TqWhlDece_TqLim.", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
61	16657608	Functional	Released	yes	True		IF: [1] 1) Input LOCCDRC_s_TqWhlReqDrv_TqTarPred is less than or equal to 0Nm. THEN: 1) LOCCOP_s_TqWhlDece_TqAddTarPred must be IF: [1] 1) Input LOCCDRC_s_TqWhlReqDrv_TqTarPred is less than or equal to 0Nm. THEN: 1) LOCCOP_s_TqWhlDece_TqAddTarPred must be equal to ABS(LOCCDRC_s_TqWhlReqDrv_TqTarPred). ELSE: 1) LOCCOP_s_TqWhlDece_TqAddTarPred must be 0 Nm. Raw { "ID": "16657608", "ASIL": " QM", "Text": "IF: [1]\n_x000D_1) Input LOCCDRC_s_TqWhlReqDrv_TqTarPred is less than or equal to 0Nm.\n_x000D_THEN:\n_x000D_1) LOCCOP_s_TqWhlDece_TqAddTarPred must be equal to\n_x000D_ABS(LOCCDRC_s_TqWhlReqDrv_TqTarPred).\n_x000D_ELSE:\n_x000D_1) LOCCOP_s_TqWhlDece_TqAddTarPred must be 0 Nm.", "Type": "Functional", "Status": "Released", "Summary": "", "Relevant": "yes", "column_12": "", "Foreign ID": "1210481", "Description": "IF: [1]\n_x000D_1) Input LOCCDRC_s_TqWhlReqDrv_TqTarPred is less than or equal to 0Nm.\n_x000D_THEN:\n_x000D_1) LOCCOP_s_TqWhlDece_TqAddTarPred must be equal to\n_x000D_ABS(LOCCDRC_s_TqWhlReqDrv_TqTarPred).\n_x000D_ELSE:\n_x000D_1) LOCCOP_s_TqWhlDece_TqAddTarPred must be 0 Nm.", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
62	59462128	Folder		no	False	type_not_target, status_filtered, relevance_filtered	Brake torque distribution mode Brake torque distribution mode Raw { "ID": "59462128", "ASIL": " ", "Text": "Brake torque distribution mode", "Type": "Folder", "Status": "", "Summary": "Brake torque distribution mode", "Relevant": "no", "column_12": "", "Foreign ID": "", "Description": "", "Vehicle Launch": "", "Vehicle Platform": "" }
63	37212522	Pre Condition	Released	no	False	type_not_target, relevance_filtered	IF: AND[1,2,3] 1) VMMP_LOCCOP_p_TqWhlDece_SwtMdDesBrkDstrAllAxl is TRUE 2) ARBLGLSCA_s_LgtLimA_BitFldConf is TRUE at bit positio IF: AND[1,2,3] 1) VMMP_LOCCOP_p_TqWhlDece_SwtMdDesBrkDstrAllAxl is TRUE 2) ARBLGLSCA_s_LgtLimA_BitFldConf is TRUE at bit position VMMP_SINFCT_c_LgtLimA_IdxBitFldConfMdDesBrkDstrAllAxl 3) ARBLGLSCA_s_LgtLimA_FlgAcv is TRUE THEN: 1) MdDesBrkDstr must be equal to constant VMMP_LOCCOP_c_TqWhlDece_MdDesBrkDstrAllAxl ELSE_IF: 1) VMMP_LOCCOP_p_TqWhlDece_SwtMdDesBrkDstrAcv is TRUE THEN: Requirement New Break Torque distribution should be active ELSE: Requirement Break Torque distribudion should be active Raw { "ID": "37212522", "ASIL": " QM", "Text": "IF: AND[1,2,3]\n_x000D_1) VMMP_LOCCOP_p_TqWhlDece_SwtMdDesBrkDstrAllAxl is TRUE\n_x000D_2) ARBLGLSCA_s_LgtLimA_BitFldConf is TRUE at bit position VMMP_SINFCT_c_LgtLimA_IdxBitFldConfMdDesBrkDstrAllAxl\n_x000D_3) ARBLGLSCA_s_LgtLimA_FlgAcv is TRUE\n_x000D_THEN:\n_x000D_1) MdDesBrkDstr must be equal to constant VMMP_LOCCOP_c_TqWhlDece_MdDesBrkDstrAllAxl\n_x000D_ELSE_IF: \n_x000D_1) VMMP_LOCCOP_p_TqWhlDece_SwtMdDesBrkDstrAcv is TRUE\n_x000D_THEN:\n_x000D_Requirement New Break Torque distribution should be active\n_x000D_ELSE: \n_x000D_Requirement Break Torque distribudion should be active", "Type": "Pre Condition", "Status": "Released", "Summary": "", "Relevant": "no", "column_12": "", "Foreign ID": "", "Description": "IF: AND[1,2,3]\n_x000D_1) VMMP_LOCCOP_p_TqWhlDece_SwtMdDesBrkDstrAllAxl is TRUE\n_x000D_2) ARBLGLSCA_s_LgtLimA_BitFldConf is TRUE at bit position VMMP_SINFCT_c_LgtLimA_IdxBitFldConfMdDesBrkDstrAllAxl\n_x000D_3) ARBLGLSCA_s_LgtLimA_FlgAcv is TRUE\n_x000D_THEN:\n_x000D_1) MdDesBrkDstr must be equal to constant VMMP_LOCCOP_c_TqWhlDece_MdDesBrkDstrAllAxl\n_x000D_ELSE_IF: \n_x000D_1) VMMP_LOCCOP_p_TqWhlDece_SwtMdDesBrkDstrAcv is TRUE\n_x000D_THEN:\n_x000D_Requirement New Break Torque distribution should be active\n_x000D_ELSE: \n_x000D_Requirement Break Torque distribudion should be active", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
64	55042313	Pre Condition	Released	no	False	type_not_target, relevance_filtered	IF: AND[1,2] 1) Input HMSOP_s_TqWhlBrk_FlgAcv is TRUE 2) Once input VSOEM_s_ALgtSlopRoadNrm is greater than VMMP_LOCCOP_p_TqWhlD IF: AND[1,2] 1) Input HMSOP_s_TqWhlBrk_FlgAcv is TRUE 2) Once input VSOEM_s_ALgtSlopRoadNrm is greater than VMMP_LOCCOP_p_TqWhlDece_ALgtSlopRoadToFr till Input VSOEM_s_ALgtSlopRoadNrm is smaller than VMMP_LOCCOP_p_TqWhlDece_ALgtSlopRoadToAllOn (hysteresis) THEN: 1) MdDesBrkDstr must be equal to constant VMMP_LOCCOP_p_TqWhlDece_MdDesBrkDstrSlopeToFr ELSE IF: AND[1,2] 1) Input HMSOP_s_TqWhlBrk_FlgAcv is TRUE 2) Once input VSOEM_s_ALgtSlopRoadNrm is greater than VMMP_LOCCOP_p_TqWhlDece_ALgtSlopRoadToAllOff till Input VSOEM_s_ALgtSlopRoadNrm is smaller than VMMP_LOCCOP_p_TqWhlDece_ALgtSlopRoadToRe (hysteresis) THEN: 1) MdDesBrkDstr must be equal to constant VMMP_LOCCOP_p_TqWhlDece_MdDesBrkDstrNoSlope ELSE IF: AND[1] 1) Input HMSOP_s_TqWhlBrk_FlgAcv is TRUE THEN: 1) MdDesBrkDstr must be equal to constant VMMP_LOCCOP_p_TqWhlDece_MdDesBrkDstrSlopeToRe ELSE IF: [1] 1) Input ARBLLCSC_s_LgtCtl_StAcv is equal to VMMP_ARBLLCSC_c_StAcvPas THEN: 1) MdDesBrkDstr must be equal to constant VMMP_LOCCOP_c_TqWhlDece_MdDesBrkDstrNoReq ELSE IF: [AND(1,OR(2,3))] 1) Once absolute value of input VSOEM_s_ALgtSlopRoadNrm is greater than VMMP_LOCCOP_p_TqWhlDece_ALgtSlopRoadToAllPrkOn till Input VSOEM_s_ALgtSlopRoadNrm is smaller than VMMP_LOCCOP_p_TqWhlDece_ALgtSlopRoadToAllPrkOff (hysteresis) 2) Input ARBLLCSC_s_LgtCtl_BitFldConf is TRUE at bit position VMMP_SINFCT_c_LgtCtl_IdxBitFldConfMdDesBrkDstrReAxl 3) Input ARBLLCSC_s_LgtCtl_BitFldConf is TRUE at bit position VMMP_SINFCT_c_LgtCtl_IdxBitFldConfMdDesBrkDstrFrAxl THEN: 1) MdDesBrkDstr must be equal to constant VMMP_LOCCOP_c_TqWhlDece_MdDesBrkDstrAllAxl ELSE IF: [1] 1) Input ARBLLCSC_s_LgtCtl_BitFldConf is TRUE at bit position VMMP_SINFCT_c_LgtCtl_IdxBitFldConfMdDesBrkDstrReAxl THEN: 1) MdDesBrkDstr must be equal to constant VMMP_LOCCOP_c_TqWhlDece_MdDesBrkDstrReAxl ELSE IF: [1] 1) Input ARBLLCSC_s_LgtCtl_BitFldConf is TRUE at bit position VMMP_SINFCT_c_LgtCtl_IdxBitFldConfMdDesBrkDstrFrAxl THEN: 1) MdDesBrkDstr must be equal to constant VMMP_LOCCOP_c_TqWhlDece_MdDesBrkDstrFrAxl ELSE: 1) MdDesBrkDstr must be equal to constant VMMP_LOCCOP_c_TqWhlDece_MdDesBrkDstrNoReq. Note. This condition is active only if the conditions in this requirement are met Raw { "ID": "55042313", "ASIL": " QM", "Text": "IF: AND[1,2]\n_x000D_1) Input HMSOP_s_TqWhlBrk_FlgAcv is TRUE\n_x000D_2) Once input VSOEM_s_ALgtSlopRoadNrm is greater than VMMP_LOCCOP_p_TqWhlDece_ALgtSlopRoadToFr till Input VSOEM_s_ALgtSlopRoadNrm is smaller than VMMP_LOCCOP_p_TqWhlDece_ALgtSlopRoadToAllOn (hysteresis)\n_x000D_THEN:\n_x000D_1) MdDesBrkDstr must be equal to constant VMMP_LOCCOP_p_TqWhlDece_MdDesBrkDstrSlopeToFr\n_x000D_ELSE IF: AND[1,2]\n_x000D_1) Input HMSOP_s_TqWhlBrk_FlgAcv is TRUE\n_x000D_2) Once input VSOEM_s_ALgtSlopRoadNrm is greater than VMMP_LOCCOP_p_TqWhlDece_ALgtSlopRoadToAllOff till Input VSOEM_s_ALgtSlopRoadNrm is smaller than VMMP_LOCCOP_p_TqWhlDece_ALgtSlopRoadToRe (hysteresis)\n_x000D_THEN:\n_x000D_1) MdDesBrkDstr must be equal to constant VMMP_LOCCOP_p_TqWhlDece_MdDesBrkDstrNoSlope\n_x000D_ELSE IF: AND[1]\n_x000D_1) Input HMSOP_s_TqWhlBrk_FlgAcv is TRUE\n_x000D_THEN:\n_x000D_1) MdDesBrkDstr must be equal to constant VMMP_LOCCOP_p_TqWhlDece_MdDesBrkDstrSlopeToRe\n_x000D_ELSE IF: [1]\n_x000D_1) Input ARBLLCSC_s_LgtCtl_StAcv is equal to VMMP_ARBLLCSC_c_StAcvPas\n_x000D_THEN:\n_x000D_1) MdDesBrkDstr must be equal to constant VMMP_LOCCOP_c_TqWhlDece_MdDesBrkDstrNoReq\n_x000D_ELSE IF: [AND(1,OR(2,3))]\n_x000D_1) Once absolute value of input VSOEM_s_ALgtSlopRoadNrm is greater than VMMP_LOCCOP_p_TqWhlDece_ALgtSlopRoadToAllPrkOn till Input VSOEM_s_ALgtSlopRoadNrm is smaller than VMMP_LOCCOP_p_TqWhlDece_ALgtSlopRoadToAllPrkOff (hysteresis)\n_x000D_2) Input ARBLLCSC_s_LgtCtl_BitFldConf is TRUE at bit position VMMP_SINFCT_c_LgtCtl_IdxBitFldConfMdDesBrkDstrReAxl\n_x000D_3) Input ARBLLCSC_s_LgtCtl_BitFldConf is TRUE at bit position VMMP_SINFCT_c_LgtCtl_IdxBitFldConfMdDesBrkDstrFrAxl\n_x000D_THEN:\n_x000D_1) MdDesBrkDstr must be equal to constant VMMP_LOCCOP_c_TqWhlDece_MdDesBrkDstrAllAxl\n_x000D_ELSE IF: [1]\n_x000D_1) Input ARBLLCSC_s_LgtCtl_BitFldConf is TRUE at bit position VMMP_SINFCT_c_LgtCtl_IdxBitFldConfMdDesBrkDstrReAxl\n_x000D_THEN:\n_x000D_1) MdDesBrkDstr must be equal to constant VMMP_LOCCOP_c_TqWhlDece_MdDesBrkDstrReAxl\n_x000D_ELSE IF: [1]\n_x000D_1) Input ARBLLCSC_s_LgtCtl_BitFldConf is TRUE at bit position VMMP_SINFCT_c_LgtCtl_IdxBitFldConfMdDesBrkDstrFrAxl\n_x000D_THEN:\n_x000D_1) MdDesBrkDstr must be equal to constant VMMP_LOCCOP_c_TqWhlDece_MdDesBrkDstrFrAxl\n_x000D_ELSE:\n_x000D_1) MdDesBrkDstr must be equal to constant VMMP_LOCCOP_c_TqWhlDece_MdDesBrkDstrNoReq.\n_x000D_ \n_x000D_Note. This condition is active only if the conditions in this requirement are met", "Type": "Pre Condition", "Status": "Released", "Summary": "Brake Torque distribution", "Relevant": "no", "column_12": "", "Foreign ID": "", "Description": "IF: AND[1,2]\n_x000D_1) Input HMSOP_s_TqWhlBrk_FlgAcv is TRUE\n_x000D_2) Once input VSOEM_s_ALgtSlopRoadNrm is greater than VMMP_LOCCOP_p_TqWhlDece_ALgtSlopRoadToFr till Input VSOEM_s_ALgtSlopRoadNrm is smaller than VMMP_LOCCOP_p_TqWhlDece_ALgtSlopRoadToAllOn (hysteresis)\n_x000D_THEN:\n_x000D_1) MdDesBrkDstr must be equal to constant VMMP_LOCCOP_p_TqWhlDece_MdDesBrkDstrSlopeToFr\n_x000D_ELSE IF: AND[1,2]\n_x000D_1) Input HMSOP_s_TqWhlBrk_FlgAcv is TRUE\n_x000D_2) Once input VSOEM_s_ALgtSlopRoadNrm is greater than VMMP_LOCCOP_p_TqWhlDece_ALgtSlopRoadToAllOff till Input VSOEM_s_ALgtSlopRoadNrm is smaller than VMMP_LOCCOP_p_TqWhlDece_ALgtSlopRoadToRe (hysteresis)\n_x000D_THEN:\n_x000D_1) MdDesBrkDstr must be equal to constant VMMP_LOCCOP_p_TqWhlDece_MdDesBrkDstrNoSlope\n_x000D_ELSE IF: AND[1]\n_x000D_1) Input HMSOP_s_TqWhlBrk_FlgAcv is TRUE\n_x000D_THEN:\n_x000D_1) MdDesBrkDstr must be equal to constant VMMP_LOCCOP_p_TqWhlDece_MdDesBrkDstrSlopeToRe\n_x000D_ELSE IF: [1]\n_x000D_1) Input ARBLLCSC_s_LgtCtl_StAcv is equal to VMMP_ARBLLCSC_c_StAcvPas\n_x000D_THEN:\n_x000D_1) MdDesBrkDstr must be equal to constant VMMP_LOCCOP_c_TqWhlDece_MdDesBrkDstrNoReq\n_x000D_ELSE IF: [AND(1,OR(2,3))]\n_x000D_1) Once absolute value of input VSOEM_s_ALgtSlopRoadNrm is greater than VMMP_LOCCOP_p_TqWhlDece_ALgtSlopRoadToAllPrkOn till Input VSOEM_s_ALgtSlopRoadNrm is smaller than VMMP_LOCCOP_p_TqWhlDece_ALgtSlopRoadToAllPrkOff (hysteresis)\n_x000D_2) Input ARBLLCSC_s_LgtCtl_BitFldConf is TRUE at bit position VMMP_SINFCT_c_LgtCtl_IdxBitFldConfMdDesBrkDstrReAxl\n_x000D_3) Input ARBLLCSC_s_LgtCtl_BitFldConf is TRUE at bit position VMMP_SINFCT_c_LgtCtl_IdxBitFldConfMdDesBrkDstrFrAxl\n_x000D_THEN:\n_x000D_1) MdDesBrkDstr must be equal to constant VMMP_LOCCOP_c_TqWhlDece_MdDesBrkDstrAllAxl\n_x000D_ELSE IF: [1]\n_x000D_1) Input ARBLLCSC_s_LgtCtl_BitFldConf is TRUE at bit position VMMP_SINFCT_c_LgtCtl_IdxBitFldConfMdDesBrkDstrReAxl\n_x000D_THEN:\n_x000D_1) MdDesBrkDstr must be equal to constant VMMP_LOCCOP_c_TqWhlDece_MdDesBrkDstrReAxl\n_x000D_ELSE IF: [1]\n_x000D_1) Input ARBLLCSC_s_LgtCtl_BitFldConf is TRUE at bit position VMMP_SINFCT_c_LgtCtl_IdxBitFldConfMdDesBrkDstrFrAxl\n_x000D_THEN:\n_x000D_1) MdDesBrkDstr must be equal to constant VMMP_LOCCOP_c_TqWhlDece_MdDesBrkDstrFrAxl\n_x000D_ELSE:\n_x000D_1) MdDesBrkDstr must be equal to constant VMMP_LOCCOP_c_TqWhlDece_MdDesBrkDstrNoReq.\n_x000D_ \n_x000D_Note. This condition is active only if the conditions in this requirement are met", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
65	55042310	Pre Condition	Released	no	False	type_not_target, relevance_filtered	IF: AND[NOT(1),2] 1) Once absolute value of input VSOEM_s_ALgtSlopRoadNrm is greater than VMMP_LOCCOP_p_TqWhlDece_ALgtSlopRoadToA IF: AND[NOT(1),2] 1) Once absolute value of input VSOEM_s_ALgtSlopRoadNrm is greater than VMMP_LOCCOP_p_TqWhlDece_ALgtSlopRoadToAllPrkOn, till absolute value of Input VSOEM_s_ALgtSlopRoadNrm is smaller than VMMP_LOCCOP_p_TqWhlDece_ALgtSlopRoadToAllPrkOff (hysteresis) 2) The absolute value of integral of VSOEM_s_VLgtVehNrm (numeric Integral, with dt being VMMP_c_TiSmpl, initial value is zero) is less than VMMP_LOCCOP_p_TqWhlDece_DRlsDstrAllAxl THEN: 1) MdDesBrkDstr must be equal to constant VMMP_LOCCOP_c_TqWhlDece_MdDesBrkDstrAllAxl ELSE IF: AND[NOT(1),2] 1) Once absolute value of input VSOEM_s_ALgtSlopRoadNrm is greater than VMMP_LOCCOP_p_TqWhlDece_ALgtSlopRoadToAllPrkOn, till absolute value of Input VSOEM_s_ALgtSlopRoadNrm is smaller than VMMP_LOCCOP_p_TqWhlDece_ALgtSlopRoadToAllPrkOff (hysteresis) 2) Input ARBLLCSC_s_LgtCtl_BitFldConf is TRUE at bit position VMMP_SINFCT_c_LgtCtl_IdxBitFldConfMdDesBrkDstrReAxl THEN: 1) MdDesBrkDstr must be equal to constant VMMP_LOCCOP_p_TqWhlDece_MdDesBrkDstrReAxl ELSE IF: AND[NOT(1),2] 1) Once absolute value of input VSOEM_s_ALgtSlopRoadNrm is greater than VMMP_LOCCOP_p_TqWhlDece_ALgtSlopRoadToAllPrkOn, till absolute value of Input VSOEM_s_ALgtSlopRoadNrm is smaller than VMMP_LOCCOP_p_TqWhlDece_ALgtSlopRoadToAllPrkOff (hysteresis) 2) Input ARBLLCSC_s_LgtCtl_BitFldConf is TRUE at bit position VMMP_SINFCT_c_LgtCtl_IdxBitFldConfMdDesBrkDstrFrAxl THEN: 1) MdDesBrkDstr must be equal to constant VMMP_LOCCOP_p_TqWhlDece_MdDesBrkDstrFrAxl ELSE IF: AND[1,2] 1) Input HMSOP_s_TqWhlBrk_FlgAcv is TRUE 2) Once input VSOEM_s_ALgtSlopRoadNrm is greater than VMMP_LOCCOP_p_TqWhlDece_ALgtSlopRoadToFr till Input VSOEM_s_ALgtSlopRoadNrm is smaller than VMMP_LOCCOP_p_TqWhlDece_ALgtSlopRoadToAllOn (hysteresis) THEN: 1) MdDesBrkDstr must be equal to constant VMMP_LOCCOP_p_TqWhlDece_MdDesBrkDstrSlopeToFr ELSE IF: AND[1,2] 1) Input HMSOP_s_TqWhlBrk_FlgAcv is TRUE 2) Once input VSOEM_s_ALgtSlopRoadNrm is greater than VMMP_LOCCOP_p_TqWhlDece_ALgtSlopRoadToAllOff till Input VSOEM_s_ALgtSlopRoadNrm is smaller than VMMP_LOCCOP_p_TqWhlDece_ALgtSlopRoadToRe (hysteresis) THEN: 1) MdDesBrkDstr must be equal to constant VMMP_LOCCOP_p_TqWhlDece_MdDesBrkDstrNoSlope ELSE IF: [1] 1) Input HMSOP_s_TqWhlBrk_FlgAcv is TRUE THEN: 1) MdDesBrkDstr must be equal to constant VMMP_LOCCOP_p_TqWhlDece_MdDesBrkDstrSlopeToRe ELSE IF: OR[1,2] 1) Input ARBLLCSC_s_LgtCtl_BitFldConf is TRUE at bit position VMMP_SINFCT_c_LgtCtl_IdxBitFldConfMdDesBrkDstrFrAxl 2) Input ARBLLCSC_s_LgtCtl_BitFldConf is TRUE at bit position VMMP_SINFCT_c_LgtCtl_IdxBitFldConfMdDesBrkDstrReAxl THEN: 1) MdDesBrkDstr must be equal to constant VMMP_LOCCOP_c_TqWhlDece_MdDesBrkDstrAllAxl ELSE: 1) MdDesBrkDstr must be equal to constant VMMP_LOCCOP_c_TqWhlDece_MdDesBrkDstrNoReq Note. This condition is active only if the conditions in this requirement are met Note: This integral is reset when Input ARBLGLSCA_s_LgtLimA_FlgAcv is TRUE (reset value 0) Raw { "ID": "55042310", "ASIL": " QM", "Text": "IF: AND[NOT(1),2]\n_x000D_1) Once absolute value of input VSOEM_s_ALgtSlopRoadNrm is greater than VMMP_LOCCOP_p_TqWhlDece_ALgtSlopRoadToAllPrkOn, till absolute value of Input VSOEM_s_ALgtSlopRoadNrm is smaller than VMMP_LOCCOP_p_TqWhlDece_ALgtSlopRoadToAllPrkOff (hysteresis)\n_x000D_2) The absolute value of integral of VSOEM_s_VLgtVehNrm (numeric Integral, with dt being VMMP_c_TiSmpl, initial value is zero) is less than VMMP_LOCCOP_p_TqWhlDece_DRlsDstrAllAxl\n_x000D_THEN: \n_x000D_1) MdDesBrkDstr must be equal to constant VMMP_LOCCOP_c_TqWhlDece_MdDesBrkDstrAllAxl\n_x000D_ELSE IF: AND[NOT(1),2]\n_x000D_1) Once absolute value of input VSOEM_s_ALgtSlopRoadNrm is greater than VMMP_LOCCOP_p_TqWhlDece_ALgtSlopRoadToAllPrkOn, till absolute value of Input VSOEM_s_ALgtSlopRoadNrm is smaller than VMMP_LOCCOP_p_TqWhlDece_ALgtSlopRoadToAllPrkOff (hysteresis)\n_x000D_2) Input ARBLLCSC_s_LgtCtl_BitFldConf is TRUE at bit position VMMP_SINFCT_c_LgtCtl_IdxBitFldConfMdDesBrkDstrReAxl\n_x000D_ \n_x000D_THEN: \n_x000D_1) MdDesBrkDstr must be equal to constant VMMP_LOCCOP_p_TqWhlDece_MdDesBrkDstrReAxl\n_x000D_ELSE IF: AND[NOT(1),2]\n_x000D_1) Once absolute value of input VSOEM_s_ALgtSlopRoadNrm is greater than VMMP_LOCCOP_p_TqWhlDece_ALgtSlopRoadToAllPrkOn, till absolute value of Input VSOEM_s_ALgtSlopRoadNrm is smaller than VMMP_LOCCOP_p_TqWhlDece_ALgtSlopRoadToAllPrkOff (hysteresis)\n_x000D_2) Input ARBLLCSC_s_LgtCtl_BitFldConf is TRUE at bit position VMMP_SINFCT_c_LgtCtl_IdxBitFldConfMdDesBrkDstrFrAxl\n_x000D_THEN: \n_x000D_1) MdDesBrkDstr must be equal to constant VMMP_LOCCOP_p_TqWhlDece_MdDesBrkDstrFrAxl\n_x000D_ELSE IF: AND[1,2]\n_x000D_1) Input HMSOP_s_TqWhlBrk_FlgAcv is TRUE\n_x000D_2) Once input VSOEM_s_ALgtSlopRoadNrm is greater than VMMP_LOCCOP_p_TqWhlDece_ALgtSlopRoadToFr till Input VSOEM_s_ALgtSlopRoadNrm is smaller than VMMP_LOCCOP_p_TqWhlDece_ALgtSlopRoadToAllOn (hysteresis)\n_x000D_THEN:\n_x000D_1) MdDesBrkDstr must be equal to constant VMMP_LOCCOP_p_TqWhlDece_MdDesBrkDstrSlopeToFr\n_x000D_ELSE IF: AND[1,2]\n_x000D_1) Input HMSOP_s_TqWhlBrk_FlgAcv is TRUE\n_x000D_2) Once input VSOEM_s_ALgtSlopRoadNrm is greater than VMMP_LOCCOP_p_TqWhlDece_ALgtSlopRoadToAllOff till Input VSOEM_s_ALgtSlopRoadNrm is smaller than VMMP_LOCCOP_p_TqWhlDece_ALgtSlopRoadToRe (hysteresis)\n_x000D_THEN:\n_x000D_1) MdDesBrkDstr must be equal to constant VMMP_LOCCOP_p_TqWhlDece_MdDesBrkDstrNoSlope\n_x000D_ELSE IF: [1]\n_x000D_1) Input HMSOP_s_TqWhlBrk_FlgAcv is TRUE\n_x000D_THEN:\n_x000D_1) MdDesBrkDstr must be equal to constant VMMP_LOCCOP_p_TqWhlDece_MdDesBrkDstrSlopeToRe\n_x000D_ELSE IF: OR[1,2]\n_x000D_1) Input ARBLLCSC_s_LgtCtl_BitFldConf is TRUE at bit position VMMP_SINFCT_c_LgtCtl_IdxBitFldConfMdDesBrkDstrFrAxl\n_x000D_2) Input ARBLLCSC_s_LgtCtl_BitFldConf is TRUE at bit position VMMP_SINFCT_c_LgtCtl_IdxBitFldConfMdDesBrkDstrReAxl\n_x000D_THEN:\n_x000D_1) MdDesBrkDstr must be equal to constant VMMP_LOCCOP_c_TqWhlDece_MdDesBrkDstrAllAxl\n_x000D_ELSE: \n_x000D_1) MdDesBrkDstr must be equal to constant VMMP_LOCCOP_c_TqWhlDece_MdDesBrkDstrNoReq\n_x000D_ \n_x000D_Note. This condition is active only if the conditions in \n_x000D_this requirement\n_x000D_ are met\n_x000D_Note: This integral is reset when Input ARBLGLSCA_s_LgtLimA_FlgAcv is TRUE (reset value 0)", "Type": "Pre Condition", "Status": "Released", "Summary": "New Brake Torque distribution", "Relevant": "no", "column_12": "", "Foreign ID": "", "Description": "IF: AND[NOT(1),2]\n_x000D_1) Once absolute value of input VSOEM_s_ALgtSlopRoadNrm is greater than VMMP_LOCCOP_p_TqWhlDece_ALgtSlopRoadToAllPrkOn, till absolute value of Input VSOEM_s_ALgtSlopRoadNrm is smaller than VMMP_LOCCOP_p_TqWhlDece_ALgtSlopRoadToAllPrkOff (hysteresis)\n_x000D_2) The absolute value of integral of VSOEM_s_VLgtVehNrm (numeric Integral, with dt being VMMP_c_TiSmpl, initial value is zero) is less than VMMP_LOCCOP_p_TqWhlDece_DRlsDstrAllAxl\n_x000D_THEN: \n_x000D_1) MdDesBrkDstr must be equal to constant VMMP_LOCCOP_c_TqWhlDece_MdDesBrkDstrAllAxl\n_x000D_ELSE IF: AND[NOT(1),2]\n_x000D_1) Once absolute value of input VSOEM_s_ALgtSlopRoadNrm is greater than VMMP_LOCCOP_p_TqWhlDece_ALgtSlopRoadToAllPrkOn, till absolute value of Input VSOEM_s_ALgtSlopRoadNrm is smaller than VMMP_LOCCOP_p_TqWhlDece_ALgtSlopRoadToAllPrkOff (hysteresis)\n_x000D_2) Input ARBLLCSC_s_LgtCtl_BitFldConf is TRUE at bit position VMMP_SINFCT_c_LgtCtl_IdxBitFldConfMdDesBrkDstrReAxl\n_x000D_ \n_x000D_THEN: \n_x000D_1) MdDesBrkDstr must be equal to constant VMMP_LOCCOP_p_TqWhlDece_MdDesBrkDstrReAxl\n_x000D_ELSE IF: AND[NOT(1),2]\n_x000D_1) Once absolute value of input VSOEM_s_ALgtSlopRoadNrm is greater than VMMP_LOCCOP_p_TqWhlDece_ALgtSlopRoadToAllPrkOn, till absolute value of Input VSOEM_s_ALgtSlopRoadNrm is smaller than VMMP_LOCCOP_p_TqWhlDece_ALgtSlopRoadToAllPrkOff (hysteresis)\n_x000D_2) Input ARBLLCSC_s_LgtCtl_BitFldConf is TRUE at bit position VMMP_SINFCT_c_LgtCtl_IdxBitFldConfMdDesBrkDstrFrAxl\n_x000D_THEN: \n_x000D_1) MdDesBrkDstr must be equal to constant VMMP_LOCCOP_p_TqWhlDece_MdDesBrkDstrFrAxl\n_x000D_ELSE IF: AND[1,2]\n_x000D_1) Input HMSOP_s_TqWhlBrk_FlgAcv is TRUE\n_x000D_2) Once input VSOEM_s_ALgtSlopRoadNrm is greater than VMMP_LOCCOP_p_TqWhlDece_ALgtSlopRoadToFr till Input VSOEM_s_ALgtSlopRoadNrm is smaller than VMMP_LOCCOP_p_TqWhlDece_ALgtSlopRoadToAllOn (hysteresis)\n_x000D_THEN:\n_x000D_1) MdDesBrkDstr must be equal to constant VMMP_LOCCOP_p_TqWhlDece_MdDesBrkDstrSlopeToFr\n_x000D_ELSE IF: AND[1,2]\n_x000D_1) Input HMSOP_s_TqWhlBrk_FlgAcv is TRUE\n_x000D_2) Once input VSOEM_s_ALgtSlopRoadNrm is greater than VMMP_LOCCOP_p_TqWhlDece_ALgtSlopRoadToAllOff till Input VSOEM_s_ALgtSlopRoadNrm is smaller than VMMP_LOCCOP_p_TqWhlDece_ALgtSlopRoadToRe (hysteresis)\n_x000D_THEN:\n_x000D_1) MdDesBrkDstr must be equal to constant VMMP_LOCCOP_p_TqWhlDece_MdDesBrkDstrNoSlope\n_x000D_ELSE IF: [1]\n_x000D_1) Input HMSOP_s_TqWhlBrk_FlgAcv is TRUE\n_x000D_THEN:\n_x000D_1) MdDesBrkDstr must be equal to constant VMMP_LOCCOP_p_TqWhlDece_MdDesBrkDstrSlopeToRe\n_x000D_ELSE IF: OR[1,2]\n_x000D_1) Input ARBLLCSC_s_LgtCtl_BitFldConf is TRUE at bit position VMMP_SINFCT_c_LgtCtl_IdxBitFldConfMdDesBrkDstrFrAxl\n_x000D_2) Input ARBLLCSC_s_LgtCtl_BitFldConf is TRUE at bit position VMMP_SINFCT_c_LgtCtl_IdxBitFldConfMdDesBrkDstrReAxl\n_x000D_THEN:\n_x000D_1) MdDesBrkDstr must be equal to constant VMMP_LOCCOP_c_TqWhlDece_MdDesBrkDstrAllAxl\n_x000D_ELSE: \n_x000D_1) MdDesBrkDstr must be equal to constant VMMP_LOCCOP_c_TqWhlDece_MdDesBrkDstrNoReq\n_x000D_ \n_x000D_Note. This condition is active only if the conditions in \n_x000D_this requirement\n_x000D_ are met\n_x000D_Note: This integral is reset when Input ARBLGLSCA_s_LgtLimA_FlgAcv is TRUE (reset value 0)", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
66	16657610	Pre Condition	Released	no	False	type_not_target, relevance_filtered	IF: AND[1,2,3] 1) VMMP_LOCCOP_p_TqWhlDece_SwtMdDesBrkDstrAllAxl is TRUE 2) ARBLGLSCA_s_LgtLimA_BitFldConf is TRUE at bit positio IF: AND[1,2,3] 1) VMMP_LOCCOP_p_TqWhlDece_SwtMdDesBrkDstrAllAxl is TRUE 2) ARBLGLSCA_s_LgtLimA_BitFldConf is TRUE at bit position VMMP_SINFCT_c_LgtLimA_IdxBitFldConfMdDesBrkDstrAllAxl 3) ARBLGLSCA_s_LgtLimA_FlgAcv is TRUE THEN: 1) MdDesBrkDstr must be equal to constant VMMP_LOCCOP_c_TqWhlDece_MdDesBrkDstrAllAxl ELSE_IF: AND[1,2,3] 1) Input HMSOP_s_TqWhlBrk_FlgAcv is TRUE 2) VMMP_LOCCOP_p_TqWhlDece_SwtMdDesHldBrkDstrAllAxl is TRUE 3) Once input VSOEM_s_ALgtSlopRoadNrm is greater than VMMP_LOCCOP_p_TqWhlDece_ALgtSlopRoadToFr till Input VSOEM_s_ALgtSlopRoadNrm is smaller than VMMP_LOCCOP_p_TqWhlDece_ALgtSlopRoadToRe (hysteresis) THEN: 1) MdDesBrkDstr must be equal to constant VMMP_LOCCOP_p_TqWhlDece_MdDesBrkDstrSlopeToFr ELSE_IF: AND[1,2] 1) Input HMSOP_s_TqWhlBrk_FlgAcv is TRUE 2) VMMP_LOCCOP_p_TqWhlDece_SwtMdDesHldBrkDstrAllAxl is TRUE THEN: 1) MdDesBrkDstr must be equal to constant VMMP_LOCCOP_p_TqWhlDece_MdDesBrkDstrSlopeToRe ELSE_IF: [1] 1) Input ARBLLCSC_s_LgtCtl_StAcv is equal to VMMP_ARBLLCSC_c_StAcvPas THEN: 1) MdDesBrkDstr must be equal to constant VMMP_LOCCOP_c_TqWhlDece_MdDesBrkDstrNoReq ELSE_IF: [1] 1) Input ARBLLCSC_s_LgtCtl_BitFldConf is TRUE at bit position VMMP_SINFCT_c_LgtCtl_IdxBitFldConfMdDesBrkDstrReAxl THEN: 1) MdDesBrkDstr must be equal to constant VMMP_LOCCOP_c_TqWhlDece_MdDesBrkDstrReAxl ELSE_IF: [1] 1) Input ARBLLCSC_s_LgtCtl_BitFldConf is TRUE at bit position VMMP_SINFCT_c_LgtCtl_IdxBitFldConfMdDesBrkDstrFrAxl THEN: 1) MdDesBrkDstr must be equal to constant VMMP_LOCCOP_c_TqWhlDece_MdDesBrkDstrFrAxl ELSE: 1) MdDesBrkDstr must be equal to constant VMMP_LOCCOP_c_TqWhlDece_MdDesBrkDstrNoReq. Raw { "ID": "16657610", "ASIL": " QM", "Text": "IF: AND[1,2,3]\n_x000D_1) VMMP_LOCCOP_p_TqWhlDece_SwtMdDesBrkDstrAllAxl is TRUE\n_x000D_2) ARBLGLSCA_s_LgtLimA_BitFldConf is TRUE at bit position VMMP_SINFCT_c_LgtLimA_IdxBitFldConfMdDesBrkDstrAllAxl\n_x000D_3) ARBLGLSCA_s_LgtLimA_FlgAcv is TRUE\n_x000D_THEN:\n_x000D_1) MdDesBrkDstr must be equal to constant VMMP_LOCCOP_c_TqWhlDece_MdDesBrkDstrAllAxl\n_x000D_ELSE_IF: AND[1,2,3]\n_x000D_1) Input HMSOP_s_TqWhlBrk_FlgAcv is TRUE\n_x000D_2) VMMP_LOCCOP_p_TqWhlDece_SwtMdDesHldBrkDstrAllAxl is TRUE\n_x000D_3) Once input VSOEM_s_ALgtSlopRoadNrm is greater than VMMP_LOCCOP_p_TqWhlDece_ALgtSlopRoadToFr till Input VSOEM_s_ALgtSlopRoadNrm is smaller than VMMP_LOCCOP_p_TqWhlDece_ALgtSlopRoadToRe (hysteresis)\n_x000D_THEN:\n_x000D_1) MdDesBrkDstr must be equal to constant VMMP_LOCCOP_p_TqWhlDece_MdDesBrkDstrSlopeToFr\n_x000D_ELSE_IF: AND[1,2]\n_x000D_1) Input HMSOP_s_TqWhlBrk_FlgAcv is TRUE\n_x000D_2) VMMP_LOCCOP_p_TqWhlDece_SwtMdDesHldBrkDstrAllAxl is TRUE\n_x000D_THEN:\n_x000D_1) MdDesBrkDstr must be equal to constant VMMP_LOCCOP_p_TqWhlDece_MdDesBrkDstrSlopeToRe\n_x000D_ELSE_IF: [1]\n_x000D_1) Input ARBLLCSC_s_LgtCtl_StAcv is equal to VMMP_ARBLLCSC_c_StAcvPas\n_x000D_THEN:\n_x000D_1) MdDesBrkDstr must be equal to constant VMMP_LOCCOP_c_TqWhlDece_MdDesBrkDstrNoReq\n_x000D_ELSE_IF: [1]\n_x000D_1) Input ARBLLCSC_s_LgtCtl_BitFldConf is TRUE at bit position VMMP_SINFCT_c_LgtCtl_IdxBitFldConfMdDesBrkDstrReAxl\n_x000D_THEN:\n_x000D_1) MdDesBrkDstr must be equal to constant VMMP_LOCCOP_c_TqWhlDece_MdDesBrkDstrReAxl\n_x000D_ELSE_IF: [1]\n_x000D_1) Input ARBLLCSC_s_LgtCtl_BitFldConf is TRUE at bit position VMMP_SINFCT_c_LgtCtl_IdxBitFldConfMdDesBrkDstrFrAxl\n_x000D_THEN:\n_x000D_1) MdDesBrkDstr must be equal to constant VMMP_LOCCOP_c_TqWhlDece_MdDesBrkDstrFrAxl\n_x000D_ELSE:\n_x000D_1) MdDesBrkDstr must be equal to constant VMMP_LOCCOP_c_TqWhlDece_MdDesBrkDstrNoReq.", "Type": "Pre Condition", "Status": "Released", "Summary": "", "Relevant": "no", "column_12": "", "Foreign ID": "1511531", "Description": "IF: AND[1,2,3]\n_x000D_1) VMMP_LOCCOP_p_TqWhlDece_SwtMdDesBrkDstrAllAxl is TRUE\n_x000D_2) ARBLGLSCA_s_LgtLimA_BitFldConf is TRUE at bit position VMMP_SINFCT_c_LgtLimA_IdxBitFldConfMdDesBrkDstrAllAxl\n_x000D_3) ARBLGLSCA_s_LgtLimA_FlgAcv is TRUE\n_x000D_THEN:\n_x000D_1) MdDesBrkDstr must be equal to constant VMMP_LOCCOP_c_TqWhlDece_MdDesBrkDstrAllAxl\n_x000D_ELSE_IF: AND[1,2,3]\n_x000D_1) Input HMSOP_s_TqWhlBrk_FlgAcv is TRUE\n_x000D_2) VMMP_LOCCOP_p_TqWhlDece_SwtMdDesHldBrkDstrAllAxl is TRUE\n_x000D_3) Once input VSOEM_s_ALgtSlopRoadNrm is greater than VMMP_LOCCOP_p_TqWhlDece_ALgtSlopRoadToFr till Input VSOEM_s_ALgtSlopRoadNrm is smaller than VMMP_LOCCOP_p_TqWhlDece_ALgtSlopRoadToRe (hysteresis)\n_x000D_THEN:\n_x000D_1) MdDesBrkDstr must be equal to constant VMMP_LOCCOP_p_TqWhlDece_MdDesBrkDstrSlopeToFr\n_x000D_ELSE_IF: AND[1,2]\n_x000D_1) Input HMSOP_s_TqWhlBrk_FlgAcv is TRUE\n_x000D_2) VMMP_LOCCOP_p_TqWhlDece_SwtMdDesHldBrkDstrAllAxl is TRUE\n_x000D_THEN:\n_x000D_1) MdDesBrkDstr must be equal to constant VMMP_LOCCOP_p_TqWhlDece_MdDesBrkDstrSlopeToRe\n_x000D_ELSE_IF: [1]\n_x000D_1) Input ARBLLCSC_s_LgtCtl_StAcv is equal to VMMP_ARBLLCSC_c_StAcvPas\n_x000D_THEN:\n_x000D_1) MdDesBrkDstr must be equal to constant VMMP_LOCCOP_c_TqWhlDece_MdDesBrkDstrNoReq\n_x000D_ELSE_IF: [1]\n_x000D_1) Input ARBLLCSC_s_LgtCtl_BitFldConf is TRUE at bit position VMMP_SINFCT_c_LgtCtl_IdxBitFldConfMdDesBrkDstrReAxl\n_x000D_THEN:\n_x000D_1) MdDesBrkDstr must be equal to constant VMMP_LOCCOP_c_TqWhlDece_MdDesBrkDstrReAxl\n_x000D_ELSE_IF: [1]\n_x000D_1) Input ARBLLCSC_s_LgtCtl_BitFldConf is TRUE at bit position VMMP_SINFCT_c_LgtCtl_IdxBitFldConfMdDesBrkDstrFrAxl\n_x000D_THEN:\n_x000D_1) MdDesBrkDstr must be equal to constant VMMP_LOCCOP_c_TqWhlDece_MdDesBrkDstrFrAxl\n_x000D_ELSE:\n_x000D_1) MdDesBrkDstr must be equal to constant VMMP_LOCCOP_c_TqWhlDece_MdDesBrkDstrNoReq.", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
67	16657609	Functional	Released	yes	True		IF: [1] 1) Input ARBLLCSC_s_LgtCtl_StAcv is not equal to VMMP_ARBLLCSC_c_StAcvPas. THEN: IF: [1] 1) Input ARBLLCSC_s_LgtCtl_Bi IF: [1] 1) Input ARBLLCSC_s_LgtCtl_StAcv is not equal to VMMP_ARBLLCSC_c_StAcvPas. THEN: IF: [1] 1) Input ARBLLCSC_s_LgtCtl_BitFldConf is TRUE at bit position VMMP_SINFCT_c_LgtCtl_IdxBitFldConfMdDesBrkDstrReAxl THEN: 1) LOCCOP_s_TqWhlDece_MdDesBrkDstr must be equal to constant VMMP_LOCCOP_c_TqWhlDece_MdDesBrkDstrReAxl ELSE_IF: [1] 1) Input ARBLLCSC_s_LgtCtl_BitFldConf is TRUE at bit position VMMP_SINFCT_c_LgtCtl_IdxBitFldConfMdDesBrkDstrFrAxl THEN: 1) LOCCOP_s_TqWhlDece_MdDesBrkDstr must be equal to constant VMMP_LOCCOP_c_TqWhlDece_MdDesBrkDstrFrAxl ELSE: 1) LOCCOP_s_TqWhlDece_MdDesBrkDstr must be equal to constant VMMP_LOCCOP_c_TqWhlDece_MdDesBrkDstrNoReq. ELSE: 1) LOCCOP_s_TqWhlDece_MdDesBrkDstr must be equal to constant VMMP_LOCCOP_c_TqWhlDece_MdDesBrkDstrNoReq. Raw { "ID": "16657609", "ASIL": " QM", "Text": "IF: [1]\n_x000D_1) Input ARBLLCSC_s_LgtCtl_StAcv is not equal to VMMP_ARBLLCSC_c_StAcvPas.\n_x000D_THEN:\n_x000D_IF: [1]\n_x000D_1) Input ARBLLCSC_s_LgtCtl_BitFldConf is TRUE at bit position VMMP_SINFCT_c_LgtCtl_IdxBitFldConfMdDesBrkDstrReAxl\n_x000D_THEN:\n_x000D_1) LOCCOP_s_TqWhlDece_MdDesBrkDstr must be equal to constant VMMP_LOCCOP_c_TqWhlDece_MdDesBrkDstrReAxl\n_x000D_ELSE_IF: [1]\n_x000D_1) Input ARBLLCSC_s_LgtCtl_BitFldConf is TRUE at bit position VMMP_SINFCT_c_LgtCtl_IdxBitFldConfMdDesBrkDstrFrAxl\n_x000D_THEN:\n_x000D_1) LOCCOP_s_TqWhlDece_MdDesBrkDstr must be equal to constant VMMP_LOCCOP_c_TqWhlDece_MdDesBrkDstrFrAxl\n_x000D_ELSE:\n_x000D_1) LOCCOP_s_TqWhlDece_MdDesBrkDstr must be equal to constant VMMP_LOCCOP_c_TqWhlDece_MdDesBrkDstrNoReq.\n_x000D_ELSE:\n_x000D_1) LOCCOP_s_TqWhlDece_MdDesBrkDstr must be equal to constant VMMP_LOCCOP_c_TqWhlDece_MdDesBrkDstrNoReq.", "Type": "Functional", "Status": "Released", "Summary": "", "Relevant": "yes", "column_12": "", "Foreign ID": "1110614", "Description": "IF: [1]\n_x000D_1) Input ARBLLCSC_s_LgtCtl_StAcv is not equal to VMMP_ARBLLCSC_c_StAcvPas.\n_x000D_THEN:\n_x000D_IF: [1]\n_x000D_1) Input ARBLLCSC_s_LgtCtl_BitFldConf is TRUE at bit position VMMP_SINFCT_c_LgtCtl_IdxBitFldConfMdDesBrkDstrReAxl\n_x000D_THEN:\n_x000D_1) LOCCOP_s_TqWhlDece_MdDesBrkDstr must be equal to constant VMMP_LOCCOP_c_TqWhlDece_MdDesBrkDstrReAxl\n_x000D_ELSE_IF: [1]\n_x000D_1) Input ARBLLCSC_s_LgtCtl_BitFldConf is TRUE at bit position VMMP_SINFCT_c_LgtCtl_IdxBitFldConfMdDesBrkDstrFrAxl\n_x000D_THEN:\n_x000D_1) LOCCOP_s_TqWhlDece_MdDesBrkDstr must be equal to constant VMMP_LOCCOP_c_TqWhlDece_MdDesBrkDstrFrAxl\n_x000D_ELSE:\n_x000D_1) LOCCOP_s_TqWhlDece_MdDesBrkDstr must be equal to constant VMMP_LOCCOP_c_TqWhlDece_MdDesBrkDstrNoReq.\n_x000D_ELSE:\n_x000D_1) LOCCOP_s_TqWhlDece_MdDesBrkDstr must be equal to constant VMMP_LOCCOP_c_TqWhlDece_MdDesBrkDstrNoReq.", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
68	22548935	Functional	Released	yes	True		IF: [1] 1) VMMP_LOCCOP_p_TqWhlDece_StMdDesBrkDstrDevlpMd is equal to 0 THEN: 1) LOCCOP_s_TqWhlDece_MdDesBrkDstr must be equal t IF: [1] 1) VMMP_LOCCOP_p_TqWhlDece_StMdDesBrkDstrDevlpMd is equal to 0 THEN: 1) LOCCOP_s_TqWhlDece_MdDesBrkDstr must be equal to constant VMMP_LOCCOP_c_TqWhlDece_MdDesBrkDstrNoReq ELSE_IF: [1] 1) VMMP_LOCCOP_p_TqWhlDece_StMdDesBrkDstrDevlpMd is equal to 1 THEN: 1) LOCCOP_s_TqWhlDece_MdDesBrkDstr must be equal to constant VMMP_LOCCOP_c_TqWhlDece_MdDesBrkDstrFrAxl ELSE_IF: [1] 1) VMMP_LOCCOP_p_TqWhlDece_StMdDesBrkDstrDevlpMd is equal to 2 THEN: 1) LOCCOP_s_TqWhlDece_MdDesBrkDstr must be equal to constant VMMP_LOCCOP_c_TqWhlDece_MdDesBrkDstrReAxl IF: [1] 1) VMMP_LOCCOP_p_TqWhlDece_StMdDesBrkDstrDevlpMd is equal to 3 THEN: 1) LOCCOP_s_TqWhlDece_MdDesBrkDstr must be equal to constant VMMP_LOCCOP_c_TqWhlDece_MdDesBrkDstrAllAxl IF: [1] 1) VMMP_LOCCOP_p_TqWhlDece_StMdDesBrkDstrDevlpMd is equal to 4 THEN: 1) LOCCOP_s_TqWhlDece_MdDesBrkDstr must be equal to constant VMMP_LOCCOP_p_TqWhlDece_MdDesBrkDstrSlopeToFr ELSE_IF: [1] 1) VMMP_LOCCOP_p_TqWhlDece_StMdDesBrkDstrDevlpMd is equal to 5 THEN: 1) LOCCOP_s_TqWhlDece_MdDesBrkDstr must be equal to constant VMMP_LOCCOP_p_TqWhlDece_MdDesBrkDstrSlopeToRe ELSE: 1) LOCCOP_s_TqWhlDece_MdDesBrkDstr must be equal to MdDesBrkDstr. Raw { "ID": "22548935", "ASIL": " QM", "Text": "IF: [1]\n_x000D_1) VMMP_LOCCOP_p_TqWhlDece_StMdDesBrkDstrDevlpMd is equal to 0\n_x000D_THEN:\n_x000D_1) LOCCOP_s_TqWhlDece_MdDesBrkDstr must be equal to constant VMMP_LOCCOP_c_TqWhlDece_MdDesBrkDstrNoReq\n_x000D_ELSE_IF: [1]\n_x000D_1) VMMP_LOCCOP_p_TqWhlDece_StMdDesBrkDstrDevlpMd is equal to 1\n_x000D_THEN:\n_x000D_1) LOCCOP_s_TqWhlDece_MdDesBrkDstr must be equal to constant VMMP_LOCCOP_c_TqWhlDece_MdDesBrkDstrFrAxl\n_x000D_ELSE_IF: [1]\n_x000D_1) VMMP_LOCCOP_p_TqWhlDece_StMdDesBrkDstrDevlpMd is equal to 2\n_x000D_THEN:\n_x000D_1) LOCCOP_s_TqWhlDece_MdDesBrkDstr must be equal to constant VMMP_LOCCOP_c_TqWhlDece_MdDesBrkDstrReAxl\n_x000D_IF: [1]\n_x000D_1) VMMP_LOCCOP_p_TqWhlDece_StMdDesBrkDstrDevlpMd is equal to 3\n_x000D_THEN:\n_x000D_1) LOCCOP_s_TqWhlDece_MdDesBrkDstr must be equal to constant VMMP_LOCCOP_c_TqWhlDece_MdDesBrkDstrAllAxl\n_x000D_IF: [1]\n_x000D_1) VMMP_LOCCOP_p_TqWhlDece_StMdDesBrkDstrDevlpMd is equal to 4\n_x000D_THEN:\n_x000D_1) LOCCOP_s_TqWhlDece_MdDesBrkDstr must be equal to constant VMMP_LOCCOP_p_TqWhlDece_MdDesBrkDstrSlopeToFr\n_x000D_ELSE_IF: [1]\n_x000D_1) VMMP_LOCCOP_p_TqWhlDece_StMdDesBrkDstrDevlpMd is equal to 5\n_x000D_THEN:\n_x000D_1) LOCCOP_s_TqWhlDece_MdDesBrkDstr must be equal to constant VMMP_LOCCOP_p_TqWhlDece_MdDesBrkDstrSlopeToRe\n_x000D_ELSE:\n_x000D_1) LOCCOP_s_TqWhlDece_MdDesBrkDstr must be equal to MdDesBrkDstr.", "Type": "Functional", "Status": "Released", "Summary": "", "Relevant": "yes", "column_12": "", "Foreign ID": "", "Description": "IF: [1]\n_x000D_1) VMMP_LOCCOP_p_TqWhlDece_StMdDesBrkDstrDevlpMd is equal to 0\n_x000D_THEN:\n_x000D_1) LOCCOP_s_TqWhlDece_MdDesBrkDstr must be equal to constant VMMP_LOCCOP_c_TqWhlDece_MdDesBrkDstrNoReq\n_x000D_ELSE_IF: [1]\n_x000D_1) VMMP_LOCCOP_p_TqWhlDece_StMdDesBrkDstrDevlpMd is equal to 1\n_x000D_THEN:\n_x000D_1) LOCCOP_s_TqWhlDece_MdDesBrkDstr must be equal to constant VMMP_LOCCOP_c_TqWhlDece_MdDesBrkDstrFrAxl\n_x000D_ELSE_IF: [1]\n_x000D_1) VMMP_LOCCOP_p_TqWhlDece_StMdDesBrkDstrDevlpMd is equal to 2\n_x000D_THEN:\n_x000D_1) LOCCOP_s_TqWhlDece_MdDesBrkDstr must be equal to constant VMMP_LOCCOP_c_TqWhlDece_MdDesBrkDstrReAxl\n_x000D_IF: [1]\n_x000D_1) VMMP_LOCCOP_p_TqWhlDece_StMdDesBrkDstrDevlpMd is equal to 3\n_x000D_THEN:\n_x000D_1) LOCCOP_s_TqWhlDece_MdDesBrkDstr must be equal to constant VMMP_LOCCOP_c_TqWhlDece_MdDesBrkDstrAllAxl\n_x000D_IF: [1]\n_x000D_1) VMMP_LOCCOP_p_TqWhlDece_StMdDesBrkDstrDevlpMd is equal to 4\n_x000D_THEN:\n_x000D_1) LOCCOP_s_TqWhlDece_MdDesBrkDstr must be equal to constant VMMP_LOCCOP_p_TqWhlDece_MdDesBrkDstrSlopeToFr\n_x000D_ELSE_IF: [1]\n_x000D_1) VMMP_LOCCOP_p_TqWhlDece_StMdDesBrkDstrDevlpMd is equal to 5\n_x000D_THEN:\n_x000D_1) LOCCOP_s_TqWhlDece_MdDesBrkDstr must be equal to constant VMMP_LOCCOP_p_TqWhlDece_MdDesBrkDstrSlopeToRe\n_x000D_ELSE:\n_x000D_1) LOCCOP_s_TqWhlDece_MdDesBrkDstr must be equal to MdDesBrkDstr.", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
69	16657611	Functional	Released	yes	True		LOCCOP_s_TqWhlDece_TqLim must be greater than or equal to 0 Nm. LOCCOP_s_TqWhlDece_TqLim must be greater than or equal to 0 Nm. Raw { "ID": "16657611", "ASIL": " ASIL D", "Text": "LOCCOP_s_TqWhlDece_TqLim must be greater than or equal to 0 Nm.", "Type": "Functional", "Status": "Released", "Summary": "", "Relevant": "yes", "column_12": "", "Foreign ID": "1277010", "Description": "LOCCOP_s_TqWhlDece_TqLim must be greater than or equal to 0 Nm.", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
70	16657612	Functional	Released	yes	True		LOCCOP_s_TqWhlDece_TqAddDmd must always be greater than or equal to 0 Nm. LOCCOP_s_TqWhlDece_TqAddDmd must always be greater than or equal to 0 Nm. Raw { "ID": "16657612", "ASIL": " ASIL D", "Text": "LOCCOP_s_TqWhlDece_TqAddDmd must always be greater than or equal to 0 Nm.", "Type": "Functional", "Status": "Released", "Summary": "", "Relevant": "yes", "column_12": "", "Foreign ID": "1277014", "Description": "LOCCOP_s_TqWhlDece_TqAddDmd must always be greater than or equal to 0 Nm.", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
71	16657613	Functional	Released	yes	True		LOCCOP_s_TqWhlDece_TqAddLim must be greater than or equal to 0 Nm. LOCCOP_s_TqWhlDece_TqAddLim must be greater than or equal to 0 Nm. Raw { "ID": "16657613", "ASIL": " ASIL D", "Text": "LOCCOP_s_TqWhlDece_TqAddLim must be greater than or equal to 0 Nm.", "Type": "Functional", "Status": "Released", "Summary": "", "Relevant": "yes", "column_12": "", "Foreign ID": "1277018", "Description": "LOCCOP_s_TqWhlDece_TqAddLim must be greater than or equal to 0 Nm.", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
72	16657614	Functional	Released	yes	True		LOCCOP_s_TqWhlDece_TqAddDmd must be smaller than or equal to output LOCCOP_s_TqWhlDece_TqDmd. LOCCOP_s_TqWhlDece_TqAddDmd must be smaller than or equal to output LOCCOP_s_TqWhlDece_TqDmd. Raw { "ID": "16657614", "ASIL": " ASIL D", "Text": "LOCCOP_s_TqWhlDece_TqAddDmd must be smaller than or equal to output LOCCOP_s_TqWhlDece_TqDmd.", "Type": "Functional", "Status": "Released", "Summary": "", "Relevant": "yes", "column_12": "", "Foreign ID": "1277016", "Description": "LOCCOP_s_TqWhlDece_TqAddDmd must be smaller than or equal to output LOCCOP_s_TqWhlDece_TqDmd.", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
73	16657615	Functional	Released	yes	True		LOCCOP_s_TqWhlDece_TqAddLim must be smaller than or equal to output LOCCOP_s_TqWhlDece_TqAddDmd. LOCCOP_s_TqWhlDece_TqAddLim must be smaller than or equal to output LOCCOP_s_TqWhlDece_TqAddDmd. Raw { "ID": "16657615", "ASIL": " ASIL D", "Text": "LOCCOP_s_TqWhlDece_TqAddLim must be smaller than or equal to output LOCCOP_s_TqWhlDece_TqAddDmd.", "Type": "Functional", "Status": "Released", "Summary": "", "Relevant": "yes", "column_12": "", "Foreign ID": "1277020", "Description": "LOCCOP_s_TqWhlDece_TqAddLim must be smaller than or equal to output LOCCOP_s_TqWhlDece_TqAddDmd.", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
74	16657616	Functional	Released	yes	True		LOCCOP_s_TqWhlDece_TqAddLim must be smaller than or equal to output LOCCOP_s_TqWhlDece_TqLim. LOCCOP_s_TqWhlDece_TqAddLim must be smaller than or equal to output LOCCOP_s_TqWhlDece_TqLim. Raw { "ID": "16657616", "ASIL": " ASIL D", "Text": "LOCCOP_s_TqWhlDece_TqAddLim must be smaller than or equal to output LOCCOP_s_TqWhlDece_TqLim.", "Type": "Functional", "Status": "Released", "Summary": "", "Relevant": "yes", "column_12": "", "Foreign ID": "1277022", "Description": "LOCCOP_s_TqWhlDece_TqAddLim must be smaller than or equal to output LOCCOP_s_TqWhlDece_TqLim.", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
75	16657617	Functional	Released	yes	True		LOCCOP_s_TqWhlDece_TqLim must be smaller than or equal to output LOCCOP_s_TqWhlDece_TqDmd. LOCCOP_s_TqWhlDece_TqLim must be smaller than or equal to output LOCCOP_s_TqWhlDece_TqDmd. Raw { "ID": "16657617", "ASIL": " ASIL D", "Text": "LOCCOP_s_TqWhlDece_TqLim must be smaller than or equal to output LOCCOP_s_TqWhlDece_TqDmd.", "Type": "Functional", "Status": "Released", "Summary": "", "Relevant": "yes", "column_12": "", "Foreign ID": "1277012", "Description": "LOCCOP_s_TqWhlDece_TqLim must be smaller than or equal to output LOCCOP_s_TqWhlDece_TqDmd.", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
76	16657618	Folder		no	False	type_not_target, status_filtered, relevance_filtered	Brake torque request Brake torque request Raw { "ID": "16657618", "ASIL": " ", "Text": "Brake torque request", "Type": "Folder", "Status": "", "Summary": "Brake torque request", "Relevant": "no", "column_12": "", "Foreign ID": "1082556", "Description": "", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
77	16657619	Functional	Released	yes	True		IF: [1] 1) Input LOCCTC_s_TqWhlBrkDmd_TqDmd is greater than 0 Nm THEN: LOCCOP_s_TqWhlBrk_TqDmd must be equal to LOCCTC_s_TqWhlB IF: [1] 1) Input LOCCTC_s_TqWhlBrkDmd_TqDmd is greater than 0 Nm THEN: LOCCOP_s_TqWhlBrk_TqDmd must be equal to LOCCTC_s_TqWhlBrkDmd_TqDmd ELSE: LOCCOP_s_TqWhlBrk_TqDmd must be equal to 0 Raw { "ID": "16657619", "ASIL": " ASIL D", "Text": "IF: [1]\n_x000D_1) Input LOCCTC_s_TqWhlBrkDmd_TqDmd is greater than 0 Nm\n_x000D_THEN:\n_x000D_LOCCOP_s_TqWhlBrk_TqDmd must be equal to LOCCTC_s_TqWhlBrkDmd_TqDmd\n_x000D_ELSE:\n_x000D_LOCCOP_s_TqWhlBrk_TqDmd must be equal to 0", "Type": "Functional", "Status": "Released", "Summary": "", "Relevant": "yes", "column_12": "", "Foreign ID": "1081919", "Description": "IF: [1]\n_x000D_1) Input LOCCTC_s_TqWhlBrkDmd_TqDmd is greater than 0 Nm\n_x000D_THEN:\n_x000D_LOCCOP_s_TqWhlBrk_TqDmd must be equal to LOCCTC_s_TqWhlBrkDmd_TqDmd\n_x000D_ELSE:\n_x000D_LOCCOP_s_TqWhlBrk_TqDmd must be equal to 0", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
78	16657620	Functional	Released	yes	True		IF: [1] 1) Input LOCCTC_s_TqWhlBrkDmd_TqTarPred is greater than 0 Nm THEN: LOCCOP_s_TqWhlBrk_TqTarPred must be equal to LOCCTC_ IF: [1] 1) Input LOCCTC_s_TqWhlBrkDmd_TqTarPred is greater than 0 Nm THEN: LOCCOP_s_TqWhlBrk_TqTarPred must be equal to LOCCTC_s_TqWhlBrkDmd_TqTarPred ELSE: LOCCOP_s_TqWhlBrk_TqTarPred must be equal to 0 Raw { "ID": "16657620", "ASIL": " QM", "Text": "IF: [1]\n_x000D_1) Input LOCCTC_s_TqWhlBrkDmd_TqTarPred is greater than 0 Nm\n_x000D_THEN:\n_x000D_LOCCOP_s_TqWhlBrk_TqTarPred must be equal to LOCCTC_s_TqWhlBrkDmd_TqTarPred\n_x000D_ELSE:\n_x000D_LOCCOP_s_TqWhlBrk_TqTarPred must be equal to 0", "Type": "Functional", "Status": "Released", "Summary": "", "Relevant": "yes", "column_12": "", "Foreign ID": "1081921", "Description": "IF: [1]\n_x000D_1) Input LOCCTC_s_TqWhlBrkDmd_TqTarPred is greater than 0 Nm\n_x000D_THEN:\n_x000D_LOCCOP_s_TqWhlBrk_TqTarPred must be equal to LOCCTC_s_TqWhlBrkDmd_TqTarPred\n_x000D_ELSE:\n_x000D_LOCCOP_s_TqWhlBrk_TqTarPred must be equal to 0", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
79	16657621	Folder		no	False	type_not_target, status_filtered, relevance_filtered	Wheel speed limitation request Wheel speed limitation request Raw { "ID": "16657621", "ASIL": " ", "Text": "Wheel speed limitation request", "Type": "Folder", "Status": "", "Summary": "Wheel speed limitation request", "Relevant": "no", "column_12": "", "Foreign ID": "1110626", "Description": "", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
80	16657622	Functional	Released	yes	True		LOCCOP_s_SpdWhlLim_SpdWhlMax must be equal to input LOCCTC_s_SpdWhlLimDmd_SpdWhlMax. LOCCOP_s_SpdWhlLim_SpdWhlMax must be equal to input LOCCTC_s_SpdWhlLimDmd_SpdWhlMax. Raw { "ID": "16657622", "ASIL": " ASIL D", "Text": "LOCCOP_s_SpdWhlLim_SpdWhlMax must be equal to input LOCCTC_s_SpdWhlLimDmd_SpdWhlMax.", "Type": "Functional", "Status": "Released", "Summary": "", "Relevant": "yes", "column_12": "", "Foreign ID": "1109960", "Description": "LOCCOP_s_SpdWhlLim_SpdWhlMax must be equal to input LOCCTC_s_SpdWhlLimDmd_SpdWhlMax.", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
81	16657623	Functional	Released	yes	True		LOCCOP_s_SpdWhlLim_SpdWhlMin must be equal to input LOCCTC_s_SpdWhlLimDmd_SpdWhlMin. LOCCOP_s_SpdWhlLim_SpdWhlMin must be equal to input LOCCTC_s_SpdWhlLimDmd_SpdWhlMin. Raw { "ID": "16657623", "ASIL": " ASIL D", "Text": "LOCCOP_s_SpdWhlLim_SpdWhlMin must be equal to input LOCCTC_s_SpdWhlLimDmd_SpdWhlMin.", "Type": "Functional", "Status": "Released", "Summary": "", "Relevant": "yes", "column_12": "", "Foreign ID": "1109962", "Description": "LOCCOP_s_SpdWhlLim_SpdWhlMin must be equal to input LOCCTC_s_SpdWhlLimDmd_SpdWhlMin.", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
82	16657624	Functional	Released	yes	True		LOCCOP_s_SpdWhlLim_TqWhlMax must be equal to input LOCCTC_s_SpdWhlLimDmd_TqWhlMax. LOCCOP_s_SpdWhlLim_TqWhlMax must be equal to input LOCCTC_s_SpdWhlLimDmd_TqWhlMax. Raw { "ID": "16657624", "ASIL": " ASIL D", "Text": "LOCCOP_s_SpdWhlLim_TqWhlMax must be equal to input LOCCTC_s_SpdWhlLimDmd_TqWhlMax.", "Type": "Functional", "Status": "Released", "Summary": "", "Relevant": "yes", "column_12": "", "Foreign ID": "1109964", "Description": "LOCCOP_s_SpdWhlLim_TqWhlMax must be equal to input LOCCTC_s_SpdWhlLimDmd_TqWhlMax.", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
83	16657625	Functional	Released	yes	True		LOCCOP_s_SpdWhlLim_TqWhlMin must be equal to input LOCCTC_s_SpdWhlLimDmd_TqWhlMin. LOCCOP_s_SpdWhlLim_TqWhlMin must be equal to input LOCCTC_s_SpdWhlLimDmd_TqWhlMin. Raw { "ID": "16657625", "ASIL": " ASIL D", "Text": "LOCCOP_s_SpdWhlLim_TqWhlMin must be equal to input LOCCTC_s_SpdWhlLimDmd_TqWhlMin.", "Type": "Functional", "Status": "Released", "Summary": "", "Relevant": "yes", "column_12": "", "Foreign ID": "1109966", "Description": "LOCCOP_s_SpdWhlLim_TqWhlMin must be equal to input LOCCTC_s_SpdWhlLimDmd_TqWhlMin.", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
84	16657626	Folder		no	False	type_not_target, status_filtered, relevance_filtered	Torque request feedback Torque request feedback Raw { "ID": "16657626", "ASIL": " ", "Text": "Torque request feedback", "Type": "Folder", "Status": "", "Summary": "Torque request feedback", "Relevant": "no", "column_12": "", "Foreign ID": "1081998", "Description": "", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
85	16657627	Functional	Released	yes	True		LOCCOP_s_TqWhlFb_IdxChnReq must be output depending on input LOCCTC_s_TqWhlReq_IdxChn based on the following assignment: LOCCOP_s LOCCOP_s_TqWhlFb_IdxChnReq must be output depending on input LOCCTC_s_TqWhlReq_IdxChn based on the following assignment: LOCCOP_s_TqWhlFb_IdxChnReq must be equal to or smaller than constant VMMP_LOCC_c_TqWhlDmd_IdxChnLimLOCC. Raw { "ID": "16657627", "ASIL": " ASIL B", "Text": "LOCCOP_s_TqWhlFb_IdxChnReq must be output depending on input LOCCTC_s_TqWhlReq_IdxChn based on the following assignment:\n_x000D_LOCCOP_s_TqWhlFb_IdxChnReq must be equal to or smaller than constant VMMP_LOCC_c_TqWhlDmd_IdxChnLimLOCC.\n_x000D_\n_x000D_Caution: Table is missing!", "Type": "Functional", "Status": "Released", "Summary": "", "Relevant": "yes", "column_12": "", "Foreign ID": "1312213", "Description": "LOCCOP_s_TqWhlFb_IdxChnReq must be output depending on input LOCCTC_s_TqWhlReq_IdxChn based on the following assignment:\n_x000D_LOCCOP_s_TqWhlFb_IdxChnReq must be equal to or smaller than constant VMMP_LOCC_c_TqWhlDmd_IdxChnLimLOCC.\n_x000D_\n_x000D_Caution: Table is missing!", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
86	18587514	Functional	Released	yes	True		LOCCOP_s_TqWhlFb_IdxChnReq must be output depending on input LOCCTC_s_TqWhlReq_IdxChn based on the following assignment: LOCCOP_s LOCCOP_s_TqWhlFb_IdxChnReq must be output depending on input LOCCTC_s_TqWhlReq_IdxChn based on the following assignment: LOCCOP_s_TqWhlFb_IdxChnReq must be equal to or smaller than constant VMMP_LOCC_c_TqWhlDmd_IdxChnLimLOCC. Raw { "ID": "18587514", "ASIL": " ASIL B", "Text": "LOCCOP_s_TqWhlFb_IdxChnReq must be output depending on input LOCCTC_s_TqWhlReq_IdxChn based on the following assignment:\n_x000D_LOCCOP_s_TqWhlFb_IdxChnReq must be equal to or smaller than constant VMMP_LOCC_c_TqWhlDmd_IdxChnLimLOCC.\n_x000D_\n_x000D_Caution: Table is missing!", "Type": "Functional", "Status": "Released", "Summary": "", "Relevant": "yes", "column_12": "", "Foreign ID": "", "Description": "LOCCOP_s_TqWhlFb_IdxChnReq must be output depending on input LOCCTC_s_TqWhlReq_IdxChn based on the following assignment:\n_x000D_LOCCOP_s_TqWhlFb_IdxChnReq must be equal to or smaller than constant VMMP_LOCC_c_TqWhlDmd_IdxChnLimLOCC.\n_x000D_\n_x000D_Caution: Table is missing!", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
87	16657628	Functional	Released	yes	True		LOCCOP_s_TqWhlFb_IdxChnDmdExt must be output depending on input LOCCTC_s_TqWhlDmd_IdxChn based on the following assignment: LOCCO LOCCOP_s_TqWhlFb_IdxChnDmdExt must be output depending on input LOCCTC_s_TqWhlDmd_IdxChn based on the following assignment: LOCCOP_s_TqWhlFb_IdxChnDmdExt must be equal to or smaller than constant VMMP_LOCC_c_TqWhlDmd_IdxChnLimLOCC. Raw { "ID": "16657628", "ASIL": " ASIL D", "Text": "LOCCOP_s_TqWhlFb_IdxChnDmdExt must be output depending on input LOCCTC_s_TqWhlDmd_IdxChn based on the following assignment:\n_x000D_LOCCOP_s_TqWhlFb_IdxChnDmdExt must be equal to or smaller than constant VMMP_LOCC_c_TqWhlDmd_IdxChnLimLOCC.\n_x000D_\n_x000D_Caution: Table is missing!", "Type": "Functional", "Status": "Released", "Summary": "", "Relevant": "yes", "column_12": "", "Foreign ID": "1312225", "Description": "LOCCOP_s_TqWhlFb_IdxChnDmdExt must be output depending on input LOCCTC_s_TqWhlDmd_IdxChn based on the following assignment:\n_x000D_LOCCOP_s_TqWhlFb_IdxChnDmdExt must be equal to or smaller than constant VMMP_LOCC_c_TqWhlDmd_IdxChnLimLOCC.\n_x000D_\n_x000D_Caution: Table is missing!", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
88	16657629	Functional	Released	yes	True		LOCCOP_s_TqWhlFb_IdxChnDmd depends on different input signals. It must be output based on the following assignment. LOCCOP_s_TqWh LOCCOP_s_TqWhlFb_IdxChnDmd depends on different input signals. It must be output based on the following assignment. LOCCOP_s_TqWhlFb_IdxChnDmd must be equal to or smaller than constant VMMP_LOCC_c_TqWhlDmd_IdxChnLimLOCC. IF: AND[1,2] 1) Input LOCCTC_s_TqWhlDmd_IdxChn is equal to 1 (ReqDrv) or 12 (ReqLOC) or 13 (ReqHMS) 2) Input LOCCTC_s_TqWhlDmd_StTrf.Bit1 is TRUE THEN: Source_Signal is equal to LOCCTC_s_TqWhlReq_IdxChn ELSE: Source_Signal is equal to LOCCTC_s_TqWhlDmd_IdxChn Raw { "ID": "16657629", "ASIL": " ASIL B", "Text": "LOCCOP_s_TqWhlFb_IdxChnDmd depends on different input signals. It must be output based on the following assignment.\n_x000D_LOCCOP_s_TqWhlFb_IdxChnDmd must be equal to or smaller than constant VMMP_LOCC_c_TqWhlDmd_IdxChnLimLOCC.\n_x000D_IF: AND[1,2]\n_x000D_1) Input LOCCTC_s_TqWhlDmd_IdxChn is equal to 1 (ReqDrv) or 12 (ReqLOC) or 13 (ReqHMS)\n_x000D_2) Input LOCCTC_s_TqWhlDmd_StTrf.Bit1 is TRUE\n_x000D_THEN: \n_x000D_Source_Signal is equal to LOCCTC_s_TqWhlReq_IdxChn\n_x000D_ELSE:\n_x000D_Source_Signal is equal to LOCCTC_s_TqWhlDmd_IdxChn\n_x000D_\n_x000D_Caution: Table is missing!", "Type": "Functional", "Status": "Released", "Summary": "", "Relevant": "yes", "column_12": "", "Foreign ID": "1081936", "Description": "LOCCOP_s_TqWhlFb_IdxChnDmd depends on different input signals. It must be output based on the following assignment.\n_x000D_LOCCOP_s_TqWhlFb_IdxChnDmd must be equal to or smaller than constant VMMP_LOCC_c_TqWhlDmd_IdxChnLimLOCC.\n_x000D_IF: AND[1,2]\n_x000D_1) Input LOCCTC_s_TqWhlDmd_IdxChn is equal to 1 (ReqDrv) or 12 (ReqLOC) or 13 (ReqHMS)\n_x000D_2) Input LOCCTC_s_TqWhlDmd_StTrf.Bit1 is TRUE\n_x000D_THEN: \n_x000D_Source_Signal is equal to LOCCTC_s_TqWhlReq_IdxChn\n_x000D_ELSE:\n_x000D_Source_Signal is equal to LOCCTC_s_TqWhlDmd_IdxChn\n_x000D_\n_x000D_Caution: Table is missing!", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
89	16657630	Functional	Obsolete	no	False	status_filtered, relevance_filtered	LOCCOP_s_TqWhlFb_IdxChnBrk must be equal to input LOCCTC_s_TqWhlBrkDmd_IdxChn but limited to a maximum value of 2. LOCCOP_s_TqWhlFb_IdxChnBrk must be equal to input LOCCTC_s_TqWhlBrkDmd_IdxChn but limited to a maximum value of 2. Raw { "ID": "16657630", "ASIL": " QM", "Text": "LOCCOP_s_TqWhlFb_IdxChnBrk must be equal to input LOCCTC_s_TqWhlBrkDmd_IdxChn but limited to a maximum value of 2.", "Type": "Functional", "Status": "Obsolete", "Summary": "", "Relevant": "no", "column_12": "", "Foreign ID": "1081938", "Description": "LOCCOP_s_TqWhlFb_IdxChnBrk must be equal to input LOCCTC_s_TqWhlBrkDmd_IdxChn but limited to a maximum value of 2.", "Vehicle Launch": "", "Vehicle Platform": "" }
90	16657631	Functional	Released	yes	True		LOCCOP_s_TqWhlFb_StTrf must always be equal to (bitwise OR) (LOCCDRC_s_TqWhlReqDrv_StTrf) \| (LOCCTC_s_TqWhlDmd_StTrf << 4). ('<< LOCCOP_s_TqWhlFb_StTrf must always be equal to (bitwise OR) (LOCCDRC_s_TqWhlReqDrv_StTrf) \| (LOCCTC_s_TqWhlDmd_StTrf << 4). ('<< 4' means shift left by 4 digits) The input signals LOCCDRC_s_TqWhlReqDrv_StTrf and LOCCTC_s_TqWhlDmd_StTrf must be limited to values less than or equal to 15 (4 Bits) before the calculation. Raw { "ID": "16657631", "ASIL": " QM", "Text": "LOCCOP_s_TqWhlFb_StTrf must always be equal to (bitwise OR)\n_x000D_(LOCCDRC_s_TqWhlReqDrv_StTrf) \| (LOCCTC_s_TqWhlDmd_StTrf << 4).\n_x000D_('<< 4' means shift left by 4 digits)\n_x000D_The input signals LOCCDRC_s_TqWhlReqDrv_StTrf and LOCCTC_s_TqWhlDmd_StTrf must be limited to values less than or equal to 15 (4 Bits) before the calculation.", "Type": "Functional", "Status": "Released", "Summary": "", "Relevant": "yes", "column_12": "", "Foreign ID": "1210495", "Description": "LOCCOP_s_TqWhlFb_StTrf must always be equal to (bitwise OR)\n_x000D_(LOCCDRC_s_TqWhlReqDrv_StTrf) \| (LOCCTC_s_TqWhlDmd_StTrf << 4).\n_x000D_('<< 4' means shift left by 4 digits)\n_x000D_The input signals LOCCDRC_s_TqWhlReqDrv_StTrf and LOCCTC_s_TqWhlDmd_StTrf must be limited to values less than or equal to 15 (4 Bits) before the calculation.", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
91	16657632	Folder		no	False	type_not_target, status_filtered, relevance_filtered	Source of gear box shift strategy Source of gear box shift strategy Raw { "ID": "16657632", "ASIL": " QM", "Text": "Source of gear box shift strategy", "Type": "Folder", "Status": "", "Summary": "Source of gear box shift strategy", "Relevant": "no", "column_12": "", "Foreign ID": "1423749", "Description": "", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
92	16657634	Pre Condition	Released	no	False	type_not_target, relevance_filtered	FlgIdxChnDmdGbxTLimLOCLead FlgIdxChnDmdGbxTLimLOCLead indicates leading LOC limitation and must be viewed like a flip-flop with FlgIdxChnDmdGbxTLimLOCLead FlgIdxChnDmdGbxTLimLOCLead indicates leading LOC limitation and must be viewed like a flip-flop with dominant reset input. Set: AND[1,OR[2,3]] 1) LOCCTS_s_TqWhlLimLOC_FlgAcv is true 2) LOCCTS_s_TqWhlLimLOC_TqDmd is smaller than (LOCCDRC_s_TqWhlReqDrvPed_TqDmd - VMMP_LOCCOP_p_IdxChnAIGbxT_TqThLimDmnt) 3) LOCVL_s_LgtLimA_VDifCtl is smaller than VMMP_LOCCOP_p_IdxChnAIGbxT_VThLimDmnt FlgIdxChnDmdGbxTLimLOCLead becomes true, when this start condition is fulfilled. Reset: OR[AND[1,2],3]: 1) LOCVL_s_LgtLimA_VDifCtl is greater than VMMP_LOCCOP_p_IdxChnAIGbxT_VThLimNotDmnt 2) LOCCTS_s_TqWhlLimLOC_TqDmd is equal to or greater than (LOCCDRC_s_TqWhlReqDrvPed_TqTarPred + VMMP_LOCCOP_p_IdxChnAIGbxT_TqThLimNotDmnt) 3) LOCCTS_s_TqWhlLimLOC_FlgAcv is false FlgIdxChnDmdGbxTLimLOCLead becomes false, when this end condition is fulfilled. Raw { "ID": "16657634", "ASIL": " QM", "Text": "FlgIdxChnDmdGbxTLimLOCLead \n_x000D_FlgIdxChnDmdGbxTLimLOCLead indicates leading LOC limitation and must be viewed like a flip-flop with dominant reset input. \n_x000D_ \n_x000D_Set: AND[1,OR[2,3]] \n_x000D_1) LOCCTS_s_TqWhlLimLOC_FlgAcv is true \n_x000D_2) LOCCTS_s_TqWhlLimLOC_TqDmd is smaller than (LOCCDRC_s_TqWhlReqDrvPed_TqDmd - VMMP_LOCCOP_p_IdxChnAIGbxT_TqThLimDmnt) \n_x000D_3) LOCVL_s_LgtLimA_VDifCtl is smaller than VMMP_LOCCOP_p_IdxChnAIGbxT_VThLimDmnt \n_x000D_FlgIdxChnDmdGbxTLimLOCLead becomes true, when this start condition is fulfilled. \n_x000D_ \n_x000D_Reset: OR[AND[1,2],3]: \n_x000D_1) LOCVL_s_LgtLimA_VDifCtl is greater than VMMP_LOCCOP_p_IdxChnAIGbxT_VThLimNotDmnt \n_x000D_2) LOCCTS_s_TqWhlLimLOC_TqDmd is equal to or greater than (LOCCDRC_s_TqWhlReqDrvPed_TqTarPred + VMMP_LOCCOP_p_IdxChnAIGbxT_TqThLimNotDmnt) \n_x000D_3) LOCCTS_s_TqWhlLimLOC_FlgAcv is false\n_x000D_FlgIdxChnDmdGbxTLimLOCLead becomes false, when this end condition is fulfilled.", "Type": "Pre Condition", "Status": "Released", "Summary": "", "Relevant": "no", "column_12": "", "Foreign ID": "1423751", "Description": "FlgIdxChnDmdGbxTLimLOCLead \n_x000D_FlgIdxChnDmdGbxTLimLOCLead indicates leading LOC limitation and must be viewed like a flip-flop with dominant reset input. \n_x000D_ \n_x000D_Set: AND[1,OR[2,3]] \n_x000D_1) LOCCTS_s_TqWhlLimLOC_FlgAcv is true \n_x000D_2) LOCCTS_s_TqWhlLimLOC_TqDmd is smaller than (LOCCDRC_s_TqWhlReqDrvPed_TqDmd - VMMP_LOCCOP_p_IdxChnAIGbxT_TqThLimDmnt) \n_x000D_3) LOCVL_s_LgtLimA_VDifCtl is smaller than VMMP_LOCCOP_p_IdxChnAIGbxT_VThLimDmnt \n_x000D_FlgIdxChnDmdGbxTLimLOCLead becomes true, when this start condition is fulfilled. \n_x000D_ \n_x000D_Reset: OR[AND[1,2],3]: \n_x000D_1) LOCVL_s_LgtLimA_VDifCtl is greater than VMMP_LOCCOP_p_IdxChnAIGbxT_VThLimNotDmnt \n_x000D_2) LOCCTS_s_TqWhlLimLOC_TqDmd is equal to or greater than (LOCCDRC_s_TqWhlReqDrvPed_TqTarPred + VMMP_LOCCOP_p_IdxChnAIGbxT_TqThLimNotDmnt) \n_x000D_3) LOCCTS_s_TqWhlLimLOC_FlgAcv is false\n_x000D_FlgIdxChnDmdGbxTLimLOCLead becomes false, when this end condition is fulfilled.", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
93	22335228	Pre Condition	Released	no	False	type_not_target, relevance_filtered	FlgIdxChnDmdGbxTLimLOCLead FlgIdxChnDmdGbxTLimLOCLead indicates leading LOC limitation and must be viewed like a flip-flop with FlgIdxChnDmdGbxTLimLOCLead FlgIdxChnDmdGbxTLimLOCLead indicates leading LOC limitation and must be viewed like a flip-flop with dominant reset input. Set: AND[1,OR[2,3,4]] 1) LOCCTS_s_TqWhlLimLOC_FlgAcv is true 2) LOCCTS_s_TqWhlLimLOC_TqDmd is smaller than (LOCCDRC_s_TqWhlReqDrvPed_TqDmd + VMMP_LOCCOP_p_IdxChnAIGbxT_TqThLimDmnt) 3) LOCVL_s_LgtLimA_VDifCtl is smaller than VMMP_LOCCOP_p_IdxChnAIGbxT_VThLimDmnt 4) LOCCDRC_s_TqWhlReqDrvPed_TqTarPred and offset VMMP_LOCCOP_p_IdxChnAIGbxT_TqTarThLimDmnt is greater than MIN(LOCCTS_s_TqWhlLimLOC_TqDmd, LOCCTS_s_TqWhlLimLOC_TqTarPred) FlgIdxChnDmdGbxTLimLOCLead becomes true, when this start condition is fulfilled. Reset: OR[AND[1,2],3]: 1) LOCVL_s_LgtLimA_VDifCtl is greater than VMMP_LOCCOP_p_IdxChnAIGbxT_VThLimNotDmnt 2) LOCCTS_s_TqWhlLimLOC_TqDmd is equal to or greater than (LOCCDRC_s_TqWhlReqDrvPed_TqTarPred + VMMP_LOCCOP_p_IdxChnAIGbxT_TqThLimNotDmnt) 3) LOCCTS_s_TqWhlLimLOC_FlgAcv is false FlgIdxChnDmdGbxTLimLOCLead becomes false, when this end condition is fulfilled. Raw { "ID": "22335228", "ASIL": " QM", "Text": "FlgIdxChnDmdGbxTLimLOCLead \n_x000D_FlgIdxChnDmdGbxTLimLOCLead indicates leading LOC limitation and must be viewed like a flip-flop with dominant reset input. \n_x000D_ \n_x000D_Set: AND[1,OR[2,3,4]] \n_x000D_1) LOCCTS_s_TqWhlLimLOC_FlgAcv is true \n_x000D_2) LOCCTS_s_TqWhlLimLOC_TqDmd is smaller than (LOCCDRC_s_TqWhlReqDrvPed_TqDmd + VMMP_LOCCOP_p_IdxChnAIGbxT_TqThLimDmnt) \n_x000D_3) LOCVL_s_LgtLimA_VDifCtl is smaller than VMMP_LOCCOP_p_IdxChnAIGbxT_VThLimDmnt \n_x000D_4) LOCCDRC_s_TqWhlReqDrvPed_TqTarPred and offset VMMP_LOCCOP_p_IdxChnAIGbxT_TqTarThLimDmnt is greater than MIN(LOCCTS_s_TqWhlLimLOC_TqDmd, LOCCTS_s_TqWhlLimLOC_TqTarPred) \n_x000D_FlgIdxChnDmdGbxTLimLOCLead becomes true, when this start condition is fulfilled. \n_x000D_ \n_x000D_Reset: OR[AND[1,2],3]: \n_x000D_1) LOCVL_s_LgtLimA_VDifCtl is greater than VMMP_LOCCOP_p_IdxChnAIGbxT_VThLimNotDmnt \n_x000D_2) LOCCTS_s_TqWhlLimLOC_TqDmd is equal to or greater than (LOCCDRC_s_TqWhlReqDrvPed_TqTarPred + VMMP_LOCCOP_p_IdxChnAIGbxT_TqThLimNotDmnt) \n_x000D_3) LOCCTS_s_TqWhlLimLOC_FlgAcv is false\n_x000D_FlgIdxChnDmdGbxTLimLOCLead becomes false, when this end condition is fulfilled.", "Type": "Pre Condition", "Status": "Released", "Summary": "", "Relevant": "no", "column_12": "", "Foreign ID": "", "Description": "FlgIdxChnDmdGbxTLimLOCLead \n_x000D_FlgIdxChnDmdGbxTLimLOCLead indicates leading LOC limitation and must be viewed like a flip-flop with dominant reset input. \n_x000D_ \n_x000D_Set: AND[1,OR[2,3,4]] \n_x000D_1) LOCCTS_s_TqWhlLimLOC_FlgAcv is true \n_x000D_2) LOCCTS_s_TqWhlLimLOC_TqDmd is smaller than (LOCCDRC_s_TqWhlReqDrvPed_TqDmd + VMMP_LOCCOP_p_IdxChnAIGbxT_TqThLimDmnt) \n_x000D_3) LOCVL_s_LgtLimA_VDifCtl is smaller than VMMP_LOCCOP_p_IdxChnAIGbxT_VThLimDmnt \n_x000D_4) LOCCDRC_s_TqWhlReqDrvPed_TqTarPred and offset VMMP_LOCCOP_p_IdxChnAIGbxT_TqTarThLimDmnt is greater than MIN(LOCCTS_s_TqWhlLimLOC_TqDmd, LOCCTS_s_TqWhlLimLOC_TqTarPred) \n_x000D_FlgIdxChnDmdGbxTLimLOCLead becomes true, when this start condition is fulfilled. \n_x000D_ \n_x000D_Reset: OR[AND[1,2],3]: \n_x000D_1) LOCVL_s_LgtLimA_VDifCtl is greater than VMMP_LOCCOP_p_IdxChnAIGbxT_VThLimNotDmnt \n_x000D_2) LOCCTS_s_TqWhlLimLOC_TqDmd is equal to or greater than (LOCCDRC_s_TqWhlReqDrvPed_TqTarPred + VMMP_LOCCOP_p_IdxChnAIGbxT_TqThLimNotDmnt) \n_x000D_3) LOCCTS_s_TqWhlLimLOC_FlgAcv is false\n_x000D_FlgIdxChnDmdGbxTLimLOCLead becomes false, when this end condition is fulfilled.", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
94	37619409	Pre Condition	Released	no	False	type_not_target, relevance_filtered	FlgIdxChnDmdGbxTLimLOCLead FlgIdxChnDmdGbxTLimLOCLead indicates leading LOC limitation and must be viewed like a flip-flop with FlgIdxChnDmdGbxTLimLOCLead FlgIdxChnDmdGbxTLimLOCLead indicates leading LOC limitation and must be viewed like a flip-flop with dominant reset input. Set: OR[1,2,3,AND[4,5]] 1) LOCCTS_s_TqWhlLimLOC_TqDmd is smaller than (LOCCDRC_s_TqWhlReqDrvPed_TqDmd + VMMP_LOCCOP_p_IdxChnAIGbxT_TqThLimDmnt) 2) LOCVL_s_LgtLimA_VDifCtl is smaller than VMMP_LOCCOP_p_IdxChnAIGbxT_VThLimDmnt 3) LOCCDRC_s_TqWhlReqDrvPed_TqTarPred and offset VMMP_LOCCOP_p_IdxChnAIGbxT_TqTarThLimDmnt is greater than MIN(LOCCTS_s_TqWhlLimLOC_TqDmd, LOCCTS_s_TqWhlLimLOC_TqTarPred) 4) CFBLIM_s_LIM_SysStLim is equal to VMMP_c_LIMSysStLimAcv 5) VMMP_LOCCOP_p_IdxChnAIGbxT_VThVarLimDmnt is greater than the difference between CFBLIM_s_LIM_VSet and VSOEM_s_VLgtDispCor FlgIdxChnDmdGbxTLimLOCLead becomes true, when this start condition is fulfilled. Reset: OR[AND[1,2,3],AND[1,4,5],6]: 1) LOCVL_s_LgtLimA_VDifCtl is greater than VMMP_LOCCOP_p_IdxChnAIGbxT_VThLimNotDmnt 2) MAX(LOCCTS_s_TqWhlLimLOC_TqDmd, LOCCTS_s_TqWhlLimLOC_TqTarPred) is equal to or greater than (LOCCDRC_s_TqWhlReqDrvPed_TqTarPred + VMMP_LOCCOP_p_IdxChnAIGbxT_TqThLimNotDmnt) 3) the difference between CFBLIM_s_LIM_VSet and VSOEM_s_VLgtDispCor is greater than VMMP_LOCCOP_p_IdxChnAIGbxT_VThVarLimNotDmnt OR CFBLIM_s_LIM_SysStLim is not equal to VMMP_c_LIMSysStLimAcv 4) VMMP_LOCCOP_p_IdxChnAIGbxT_SwtStLimDeac is true 5) Detected an falling edge on (VMMP_c_LIMSysStLimAcv is equal to VMMP_c_LIMSysStLimAcv) within VMMP_LOCCOP_p_IdxChnAIGbxT_TiStLimDeac seconds 6) LOCCTS_s_TqWhlLimLOC_FlgAcv is false FlgIdxChnDmdGbxTLimLOCLead becomes false, when this end condition is fulfilled. Raw { "ID": "37619409", "ASIL": " QM", "Text": "FlgIdxChnDmdGbxTLimLOCLead \n_x000D_FlgIdxChnDmdGbxTLimLOCLead indicates leading LOC limitation and must be viewed like a flip-flop with dominant reset input. \n_x000D_ \n_x000D_Set: OR[1,2,3,AND[4,5]]\n_x000D_1)\n_x000D_LOCCTS_s_TqWhlLimLOC_TqDmd is smaller than (LOCCDRC_s_TqWhlReqDrvPed_TqDmd + VMMP_LOCCOP_p_IdxChnAIGbxT_TqThLimDmnt)\n_x000D_2) \n_x000D_LOCVL_s_LgtLimA_VDifCtl is smaller than VMMP_LOCCOP_p_IdxChnAIGbxT_VThLimDmnt\n_x000D_3) \n_x000D_LOCCDRC_s_TqWhlReqDrvPed_TqTarPred and offset VMMP_LOCCOP_p_IdxChnAIGbxT_TqTarThLimDmnt is greater than MIN(LOCCTS_s_TqWhlLimLOC_TqDmd, LOCCTS_s_TqWhlLimLOC_TqTarPred)\n_x000D_4) CFBLIM_s_LIM_SysStLim is equal to VMMP_c_LIMSysStLimAcv\n_x000D_5) VMMP_LOCCOP_p_IdxChnAIGbxT_VThVarLimDmnt is greater than the difference between CFBLIM_s_LIM_VSet and VSOEM_s_VLgtDispCor\n_x000D_FlgIdxChnDmdGbxTLimLOCLead becomes true, when this start condition is fulfilled. \n_x000D_ \n_x000D_Reset: OR[AND[1,2,3],AND[1,4,5],6]:\n_x000D_1) LOCVL_s_LgtLimA_VDifCtl is greater than VMMP_LOCCOP_p_IdxChnAIGbxT_VThLimNotDmnt\n_x000D_2) MAX(LOCCTS_s_TqWhlLimLOC_TqDmd, LOCCTS_s_TqWhlLimLOC_TqTarPred) is equal to or greater than (LOCCDRC_s_TqWhlReqDrvPed_TqTarPred + VMMP_LOCCOP_p_IdxChnAIGbxT_TqThLimNotDmnt)\n_x000D_3) the difference between CFBLIM_s_LIM_VSet and VSOEM_s_VLgtDispCor is greater than VMMP_LOCCOP_p_IdxChnAIGbxT_VThVarLimNotDmnt OR CFBLIM_s_LIM_SysStLim is not equal to VMMP_c_LIMSysStLimAcv\n_x000D_4) VMMP_LOCCOP_p_IdxChnAIGbxT_SwtStLimDeac is true\n_x000D_5) Detected an falling edge on (VMMP_c_LIMSysStLimAcv is equal to VMMP_c_LIMSysStLimAcv) within VMMP_LOCCOP_p_IdxChnAIGbxT_TiStLimDeac seconds\n_x000D_6) LOCCTS_s_TqWhlLimLOC_FlgAcv is false\n_x000D_FlgIdxChnDmdGbxTLimLOCLead becomes false, when this end condition is fulfilled.", "Type": "Pre Condition", "Status": "Released", "Summary": "", "Relevant": "no", "column_12": "", "Foreign ID": "", "Description": "FlgIdxChnDmdGbxTLimLOCLead \n_x000D_FlgIdxChnDmdGbxTLimLOCLead indicates leading LOC limitation and must be viewed like a flip-flop with dominant reset input. \n_x000D_ \n_x000D_Set: OR[1,2,3,AND[4,5]]\n_x000D_1)\n_x000D_LOCCTS_s_TqWhlLimLOC_TqDmd is smaller than (LOCCDRC_s_TqWhlReqDrvPed_TqDmd + VMMP_LOCCOP_p_IdxChnAIGbxT_TqThLimDmnt)\n_x000D_2) \n_x000D_LOCVL_s_LgtLimA_VDifCtl is smaller than VMMP_LOCCOP_p_IdxChnAIGbxT_VThLimDmnt\n_x000D_3) \n_x000D_LOCCDRC_s_TqWhlReqDrvPed_TqTarPred and offset VMMP_LOCCOP_p_IdxChnAIGbxT_TqTarThLimDmnt is greater than MIN(LOCCTS_s_TqWhlLimLOC_TqDmd, LOCCTS_s_TqWhlLimLOC_TqTarPred)\n_x000D_4) CFBLIM_s_LIM_SysStLim is equal to VMMP_c_LIMSysStLimAcv\n_x000D_5) VMMP_LOCCOP_p_IdxChnAIGbxT_VThVarLimDmnt is greater than the difference between CFBLIM_s_LIM_VSet and VSOEM_s_VLgtDispCor\n_x000D_FlgIdxChnDmdGbxTLimLOCLead becomes true, when this start condition is fulfilled. \n_x000D_ \n_x000D_Reset: OR[AND[1,2,3],AND[1,4,5],6]:\n_x000D_1) LOCVL_s_LgtLimA_VDifCtl is greater than VMMP_LOCCOP_p_IdxChnAIGbxT_VThLimNotDmnt\n_x000D_2) MAX(LOCCTS_s_TqWhlLimLOC_TqDmd, LOCCTS_s_TqWhlLimLOC_TqTarPred) is equal to or greater than (LOCCDRC_s_TqWhlReqDrvPed_TqTarPred + VMMP_LOCCOP_p_IdxChnAIGbxT_TqThLimNotDmnt)\n_x000D_3) the difference between CFBLIM_s_LIM_VSet and VSOEM_s_VLgtDispCor is greater than VMMP_LOCCOP_p_IdxChnAIGbxT_VThVarLimNotDmnt OR CFBLIM_s_LIM_SysStLim is not equal to VMMP_c_LIMSysStLimAcv\n_x000D_4) VMMP_LOCCOP_p_IdxChnAIGbxT_SwtStLimDeac is true\n_x000D_5) Detected an falling edge on (VMMP_c_LIMSysStLimAcv is equal to VMMP_c_LIMSysStLimAcv) within VMMP_LOCCOP_p_IdxChnAIGbxT_TiStLimDeac seconds\n_x000D_6) LOCCTS_s_TqWhlLimLOC_FlgAcv is false\n_x000D_FlgIdxChnDmdGbxTLimLOCLead becomes false, when this end condition is fulfilled.", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
95	16657635	Pre Condition	Released	no	False	type_not_target, relevance_filtered	FlgIdxChnDmdGbxTReqLOCOvrd FlgIdxChnDmdGbxTReqLOCOvrd indicates LOC request overridden by driver request and must be viewed like FlgIdxChnDmdGbxTReqLOCOvrd FlgIdxChnDmdGbxTReqLOCOvrd indicates LOC request overridden by driver request and must be viewed like a flip-flop with dominant reset input. Set: AND[OR[1,2],3] 1) LOCCDRC_s_TqWhlReqDrvPed_TqDmd is equal or greater than (LOCCTS_s_TqWhlReqLOC_TqDmd + VMMP_LOCCOP_p_IdxChnAIGbxT_TqThOvrd) 2) DSOPRE_s_DrvPed_PrctPed is equal to or greater than VMMP_LOCCOP_p_IdxChnAIGbxT_PrctDrvPedOvrd 3) DSOPRE_s_DrvPed_StPed is true FlgIdxChnDmdGbxTReqLOCOvrd becomes true, when this start condition is fulfilled. Reset: OR[1,AND[2,3],4]: 1) DSOPRE_s_DrvPed_StPed is false 2) DSOPRE_s_DrvPed_PrctPed is smaller than VMMP_LOCCOP_p_IdxChnAIGbxT_PrctDrvPedNoOvrd 3) LOCCDRC_s_TqWhlReqDrvPed_TqDmd is smaller than (LOCCTS_s_TqWhlReqLOC_TqDmd - the result of Look-up table (VMMP_LOCCOP_px_IdxChnAIGbxT_VLgtVehCor, VMMP_LOCCOP_p1_IdxChnAIGbxT_TqThVLgtVehCor) with the input VSOEM_s_VLgtVehCor) 4) LOCCTS_s_TqWhlReqLOC_FlgAcv is false FlgIdxChnDmdGbxTReqLOCOvrd becomes false, when this end condition is fulfilled. Raw { "ID": "16657635", "ASIL": " QM", "Text": "FlgIdxChnDmdGbxTReqLOCOvrd\n_x000D_FlgIdxChnDmdGbxTReqLOCOvrd indicates LOC request overridden by driver request and must be viewed like a flip-flop with dominant reset input. \n_x000D_ \n_x000D_Set: AND[OR[1,2],3] \n_x000D_1) LOCCDRC_s_TqWhlReqDrvPed_TqDmd is equal or greater than (LOCCTS_s_TqWhlReqLOC_TqDmd + VMMP_LOCCOP_p_IdxChnAIGbxT_TqThOvrd) \n_x000D_2) DSOPRE_s_DrvPed_PrctPed is equal to or greater than VMMP_LOCCOP_p_IdxChnAIGbxT_PrctDrvPedOvrd \n_x000D_3) DSOPRE_s_DrvPed_StPed is true \n_x000D_FlgIdxChnDmdGbxTReqLOCOvrd becomes true, when this start condition is fulfilled. \n_x000D_ \n_x000D_Reset: OR[1,AND[2,3],4]: \n_x000D_1) DSOPRE_s_DrvPed_StPed is false \n_x000D_2) DSOPRE_s_DrvPed_PrctPed is smaller than VMMP_LOCCOP_p_IdxChnAIGbxT_PrctDrvPedNoOvrd \n_x000D_3) LOCCDRC_s_TqWhlReqDrvPed_TqDmd is smaller than (LOCCTS_s_TqWhlReqLOC_TqDmd - the result of Look-up table (VMMP_LOCCOP_px_IdxChnAIGbxT_VLgtVehCor, VMMP_LOCCOP_p1_IdxChnAIGbxT_TqThVLgtVehCor) with the input VSOEM_s_VLgtVehCor) \n_x000D_4) LOCCTS_s_TqWhlReqLOC_FlgAcv is false \n_x000D_FlgIdxChnDmdGbxTReqLOCOvrd becomes false, when this end condition is fulfilled.", "Type": "Pre Condition", "Status": "Released", "Summary": "", "Relevant": "no", "column_12": "", "Foreign ID": "1423753", "Description": "FlgIdxChnDmdGbxTReqLOCOvrd\n_x000D_FlgIdxChnDmdGbxTReqLOCOvrd indicates LOC request overridden by driver request and must be viewed like a flip-flop with dominant reset input. \n_x000D_ \n_x000D_Set: AND[OR[1,2],3] \n_x000D_1) LOCCDRC_s_TqWhlReqDrvPed_TqDmd is equal or greater than (LOCCTS_s_TqWhlReqLOC_TqDmd + VMMP_LOCCOP_p_IdxChnAIGbxT_TqThOvrd) \n_x000D_2) DSOPRE_s_DrvPed_PrctPed is equal to or greater than VMMP_LOCCOP_p_IdxChnAIGbxT_PrctDrvPedOvrd \n_x000D_3) DSOPRE_s_DrvPed_StPed is true \n_x000D_FlgIdxChnDmdGbxTReqLOCOvrd becomes true, when this start condition is fulfilled. \n_x000D_ \n_x000D_Reset: OR[1,AND[2,3],4]: \n_x000D_1) DSOPRE_s_DrvPed_StPed is false \n_x000D_2) DSOPRE_s_DrvPed_PrctPed is smaller than VMMP_LOCCOP_p_IdxChnAIGbxT_PrctDrvPedNoOvrd \n_x000D_3) LOCCDRC_s_TqWhlReqDrvPed_TqDmd is smaller than (LOCCTS_s_TqWhlReqLOC_TqDmd - the result of Look-up table (VMMP_LOCCOP_px_IdxChnAIGbxT_VLgtVehCor, VMMP_LOCCOP_p1_IdxChnAIGbxT_TqThVLgtVehCor) with the input VSOEM_s_VLgtVehCor) \n_x000D_4) LOCCTS_s_TqWhlReqLOC_FlgAcv is false \n_x000D_FlgIdxChnDmdGbxTReqLOCOvrd becomes false, when this end condition is fulfilled.", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
96	16657636	Functional	Released	yes	True		IF: [1] 1) FlgIdxChnDmdGbxTLimLOCLead is true THEN: 1) LOCCOP_s_TqWhlFb_IdxChnDmdAIGbxT is equal to VMMP_LOCCOP_p_IdxChnAIGb IF: [1] 1) FlgIdxChnDmdGbxTLimLOCLead is true THEN: 1) LOCCOP_s_TqWhlFb_IdxChnDmdAIGbxT is equal to VMMP_LOCCOP_p_IdxChnAIGbxT_StLimLOC ELSE IF AND[1,2]: 1) FlgIdxChnDmdGbxTReqLOCOvrd is true 2) LOCCTS_s_TqWhlReqLOC_FlgAcv is true THEN: 1) LOCCOP_s_TqWhlFb_IdxChnDmdAIGbxT is equal to VMMP_LOCCOP_p_IdxChnAIGbxT_StOvrd ELSE IF [1]: 1) LOCCTS_s_TqWhlReqLOC_FlgAcv is true THEN: 1) LOCCOP_s_TqWhlFb_IdxChnDmdAIGbxT is equal to VMMP_LOCCOP_p_IdxChnAIGbxT_StReqLOC ELSE: 1) LOCCOP_s_TqWhlFb_IdxChnDmdAIGbxT is equal to VMMP_LOCCOP_p_IdxChnAIGbxT_StReqDrv Raw { "ID": "16657636", "ASIL": " QM", "Text": "IF: [1] \n_x000D_1) FlgIdxChnDmdGbxTLimLOCLead is true \n_x000D_THEN: \n_x000D_1) LOCCOP_s_TqWhlFb_IdxChnDmdAIGbxT is equal to VMMP_LOCCOP_p_IdxChnAIGbxT_StLimLOC \n_x000D_ELSE IF AND[1,2]: \n_x000D_1) FlgIdxChnDmdGbxTReqLOCOvrd is true\n_x000D_2) LOCCTS_s_TqWhlReqLOC_FlgAcv is true \n_x000D_THEN: \n_x000D_1) LOCCOP_s_TqWhlFb_IdxChnDmdAIGbxT is equal to VMMP_LOCCOP_p_IdxChnAIGbxT_StOvrd \n_x000D_ELSE IF [1]: \n_x000D_1) LOCCTS_s_TqWhlReqLOC_FlgAcv is true \n_x000D_THEN: \n_x000D_1) LOCCOP_s_TqWhlFb_IdxChnDmdAIGbxT is equal to VMMP_LOCCOP_p_IdxChnAIGbxT_StReqLOC \n_x000D_ELSE: \n_x000D_1) LOCCOP_s_TqWhlFb_IdxChnDmdAIGbxT is equal to VMMP_LOCCOP_p_IdxChnAIGbxT_StReqDrv", "Type": "Functional", "Status": "Released", "Summary": "", "Relevant": "yes", "column_12": "", "Foreign ID": "1423755", "Description": "IF: [1] \n_x000D_1) FlgIdxChnDmdGbxTLimLOCLead is true \n_x000D_THEN: \n_x000D_1) LOCCOP_s_TqWhlFb_IdxChnDmdAIGbxT is equal to VMMP_LOCCOP_p_IdxChnAIGbxT_StLimLOC \n_x000D_ELSE IF AND[1,2]: \n_x000D_1) FlgIdxChnDmdGbxTReqLOCOvrd is true\n_x000D_2) LOCCTS_s_TqWhlReqLOC_FlgAcv is true \n_x000D_THEN: \n_x000D_1) LOCCOP_s_TqWhlFb_IdxChnDmdAIGbxT is equal to VMMP_LOCCOP_p_IdxChnAIGbxT_StOvrd \n_x000D_ELSE IF [1]: \n_x000D_1) LOCCTS_s_TqWhlReqLOC_FlgAcv is true \n_x000D_THEN: \n_x000D_1) LOCCOP_s_TqWhlFb_IdxChnDmdAIGbxT is equal to VMMP_LOCCOP_p_IdxChnAIGbxT_StReqLOC \n_x000D_ELSE: \n_x000D_1) LOCCOP_s_TqWhlFb_IdxChnDmdAIGbxT is equal to VMMP_LOCCOP_p_IdxChnAIGbxT_StReqDrv", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
97	22555675	Functional	Released	yes	True		This requirement is valid for VMMP_LOCCOP_p_IdxChnAIGbxT_SwtCord = FALSE. IF: OR[1,AND[2,3]] 1) FlgIdxChnDmdGbxTLimLOCLead is tr This requirement is valid for VMMP_LOCCOP_p_IdxChnAIGbxT_SwtCord = FALSE. IF: OR[1,AND[2,3]] 1) FlgIdxChnDmdGbxTLimLOCLead is true 2) ARBLGLSCA_s_LgtLimA_FlgAcv is true 3) VMMP_LOCCOP_p_IdxChnAIGbxT_SwtStLimLOC is true THEN: 1) LOCCOP_s_TqWhlFb_IdxChnDmdAIGbxT is equal to VMMP_LOCCOP_p_IdxChnAIGbxT_StLimLOC ELSE IF AND[1,2]: 1) FlgIdxChnDmdGbxTReqLOCOvrd is true 2) LOCCTS_s_TqWhlReqLOC_FlgAcv is true THEN: 1) LOCCOP_s_TqWhlFb_IdxChnDmdAIGbxT is equal to VMMP_LOCCOP_p_IdxChnAIGbxT_StOvrd ELSE IF [1]: 1) LOCCTS_s_TqWhlReqLOC_FlgAcv is true THEN: 1) LOCCOP_s_TqWhlFb_IdxChnDmdAIGbxT is equal to VMMP_LOCCOP_p_IdxChnAIGbxT_StReqLOC ELSE: 1) LOCCOP_s_TqWhlFb_IdxChnDmdAIGbxT is equal to VMMP_LOCCOP_p_IdxChnAIGbxT_StReqDrv Raw { "ID": "22555675", "ASIL": " QM", "Text": "This requirement is valid for VMMP_LOCCOP_p_IdxChnAIGbxT_SwtCord = FALSE.\n_x000D_ \n_x000D_IF: OR[1,AND[2,3]]\n_x000D_1) FlgIdxChnDmdGbxTLimLOCLead is true\n_x000D_2) ARBLGLSCA_s_LgtLimA_FlgAcv is true\n_x000D_3) VMMP_LOCCOP_p_IdxChnAIGbxT_SwtStLimLOC is true\n_x000D_THEN:\n_x000D_1) LOCCOP_s_TqWhlFb_IdxChnDmdAIGbxT is equal to VMMP_LOCCOP_p_IdxChnAIGbxT_StLimLOC\n_x000D_ELSE IF AND[1,2]:\n_x000D_1) FlgIdxChnDmdGbxTReqLOCOvrd is true\n_x000D_2) LOCCTS_s_TqWhlReqLOC_FlgAcv is true \n_x000D_THEN: \n_x000D_1) LOCCOP_s_TqWhlFb_IdxChnDmdAIGbxT is equal to VMMP_LOCCOP_p_IdxChnAIGbxT_StOvrd \n_x000D_ELSE IF [1]: \n_x000D_1) LOCCTS_s_TqWhlReqLOC_FlgAcv is true \n_x000D_THEN: \n_x000D_1) LOCCOP_s_TqWhlFb_IdxChnDmdAIGbxT is equal to VMMP_LOCCOP_p_IdxChnAIGbxT_StReqLOC \n_x000D_ELSE: \n_x000D_1) LOCCOP_s_TqWhlFb_IdxChnDmdAIGbxT is equal to VMMP_LOCCOP_p_IdxChnAIGbxT_StReqDrv", "Type": "Functional", "Status": "Released", "Summary": "", "Relevant": "yes", "column_12": "", "Foreign ID": "", "Description": "This requirement is valid for VMMP_LOCCOP_p_IdxChnAIGbxT_SwtCord = FALSE.\n_x000D_ \n_x000D_IF: OR[1,AND[2,3]]\n_x000D_1) FlgIdxChnDmdGbxTLimLOCLead is true\n_x000D_2) ARBLGLSCA_s_LgtLimA_FlgAcv is true\n_x000D_3) VMMP_LOCCOP_p_IdxChnAIGbxT_SwtStLimLOC is true\n_x000D_THEN:\n_x000D_1) LOCCOP_s_TqWhlFb_IdxChnDmdAIGbxT is equal to VMMP_LOCCOP_p_IdxChnAIGbxT_StLimLOC\n_x000D_ELSE IF AND[1,2]:\n_x000D_1) FlgIdxChnDmdGbxTReqLOCOvrd is true\n_x000D_2) LOCCTS_s_TqWhlReqLOC_FlgAcv is true \n_x000D_THEN: \n_x000D_1) LOCCOP_s_TqWhlFb_IdxChnDmdAIGbxT is equal to VMMP_LOCCOP_p_IdxChnAIGbxT_StOvrd \n_x000D_ELSE IF [1]: \n_x000D_1) LOCCTS_s_TqWhlReqLOC_FlgAcv is true \n_x000D_THEN: \n_x000D_1) LOCCOP_s_TqWhlFb_IdxChnDmdAIGbxT is equal to VMMP_LOCCOP_p_IdxChnAIGbxT_StReqLOC \n_x000D_ELSE: \n_x000D_1) LOCCOP_s_TqWhlFb_IdxChnDmdAIGbxT is equal to VMMP_LOCCOP_p_IdxChnAIGbxT_StReqDrv", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
98	36309571	Functional	Released	yes	True		This requirement is valid for VMMP_LOCCOP_p_IdxChnAIGbxT_SwtCord = TRUE. IF: AND[OR(2,3),OR(4,1)]: 1) LOCCTS_s_TqWhlReqLOC_FlgAc This requirement is valid for VMMP_LOCCOP_p_IdxChnAIGbxT_SwtCord = TRUE. IF: AND[OR(2,3),OR(4,1)]: 1) LOCCTS_s_TqWhlReqLOC_FlgAcv is false 2) FlgIdxChnDmdGbxTLimLOCLead is true 3) ARBLGLSCA_s_LgtLimA_FlgAcv is true AND VMMP_LOCCOP_p_IdxChnAIGbxT_SwtStLimLOC is true 4) FlgIdxChnDmdGbxTReqLOCOvrd is true THEN: 1) LOCCOP_s_TqWhlFb_IdxChnDmdAIGbxT is equal to VMMP_LOCCOP_p_IdxChnAIGbxT_StLimLOC ELSE IF AND[1,2,3]: 1) LOCCTS_s_TqWhlReqLOC_FlgAcv is false 2) FlgIdxChnDmdGbxTLimLOCLead is false 3) ARBLGLSCA_s_LgtLimA_FlgAcv is false OR VMMP_LOCCOP_p_IdxChnAIGbxT_SwtStLimLOC is false THEN: 1) LOCCOP_s_TqWhlFb_IdxChnDmdAIGbxT is equal to VMMP_LOCCOP_p_IdxChnAIGbxT_StReqDrv ELSE IF AND[1,2,3]: 1) FlgIdxChnDmdGbxTReqLOCOvrd is true 2) FlgIdxChnDmdGbxTLimLOCLead is false 3) ARBLGLSCA_s_LgtLimA_FlgAcv is false OR VMMP_LOCCOP_p_IdxChnAIGbxT_SwtStLimLOC is false THEN: 1) LOCCOP_s_TqWhlFb_IdxChnDmdAIGbxT is equal to VMMP_LOCCOP_p_IdxChnAIGbxT_StOvrd ELSE: 1) LOCCOP_s_TqWhlFb_IdxChnDmdAIGbxT is equal to VMMP_LOCCOP_p_IdxChnAIGbxT_StReqLOC Raw { "ID": "36309571", "ASIL": " QM", "Text": "This requirement is valid for VMMP_LOCCOP_p_IdxChnAIGbxT_SwtCord = TRUE.\n_x000D_ \n_x000D_IF: AND[OR(2,3),OR(4,1)]:\n_x000D_1) LOCCTS_s_TqWhlReqLOC_FlgAcv is false\n_x000D_2) FlgIdxChnDmdGbxTLimLOCLead is true\n_x000D_3) ARBLGLSCA_s_LgtLimA_FlgAcv is true AND VMMP_LOCCOP_p_IdxChnAIGbxT_SwtStLimLOC is true\n_x000D_4) FlgIdxChnDmdGbxTReqLOCOvrd is true\n_x000D_THEN:\n_x000D_1) LOCCOP_s_TqWhlFb_IdxChnDmdAIGbxT is equal to VMMP_LOCCOP_p_IdxChnAIGbxT_StLimLOC\n_x000D_ELSE IF AND[1,2,3]:\n_x000D_1) LOCCTS_s_TqWhlReqLOC_FlgAcv is false\n_x000D_2) FlgIdxChnDmdGbxTLimLOCLead is false\n_x000D_3) ARBLGLSCA_s_LgtLimA_FlgAcv is false OR VMMP_LOCCOP_p_IdxChnAIGbxT_SwtStLimLOC is false\n_x000D_THEN:\n_x000D_1) LOCCOP_s_TqWhlFb_IdxChnDmdAIGbxT is equal to VMMP_LOCCOP_p_IdxChnAIGbxT_StReqDrv\n_x000D_ELSE IF AND[1,2,3]:\n_x000D_1) FlgIdxChnDmdGbxTReqLOCOvrd is true\n_x000D_2) FlgIdxChnDmdGbxTLimLOCLead is false\n_x000D_3) ARBLGLSCA_s_LgtLimA_FlgAcv is false OR VMMP_LOCCOP_p_IdxChnAIGbxT_SwtStLimLOC is false\n_x000D_THEN: \n_x000D_1) LOCCOP_s_TqWhlFb_IdxChnDmdAIGbxT is equal to VMMP_LOCCOP_p_IdxChnAIGbxT_StOvrd\n_x000D_ELSE:\n_x000D_1) LOCCOP_s_TqWhlFb_IdxChnDmdAIGbxT is equal to VMMP_LOCCOP_p_IdxChnAIGbxT_StReqLOC", "Type": "Functional", "Status": "Released", "Summary": "", "Relevant": "yes", "column_12": "", "Foreign ID": "", "Description": "This requirement is valid for VMMP_LOCCOP_p_IdxChnAIGbxT_SwtCord = TRUE.\n_x000D_ \n_x000D_IF: AND[OR(2,3),OR(4,1)]:\n_x000D_1) LOCCTS_s_TqWhlReqLOC_FlgAcv is false\n_x000D_2) FlgIdxChnDmdGbxTLimLOCLead is true\n_x000D_3) ARBLGLSCA_s_LgtLimA_FlgAcv is true AND VMMP_LOCCOP_p_IdxChnAIGbxT_SwtStLimLOC is true\n_x000D_4) FlgIdxChnDmdGbxTReqLOCOvrd is true\n_x000D_THEN:\n_x000D_1) LOCCOP_s_TqWhlFb_IdxChnDmdAIGbxT is equal to VMMP_LOCCOP_p_IdxChnAIGbxT_StLimLOC\n_x000D_ELSE IF AND[1,2,3]:\n_x000D_1) LOCCTS_s_TqWhlReqLOC_FlgAcv is false\n_x000D_2) FlgIdxChnDmdGbxTLimLOCLead is false\n_x000D_3) ARBLGLSCA_s_LgtLimA_FlgAcv is false OR VMMP_LOCCOP_p_IdxChnAIGbxT_SwtStLimLOC is false\n_x000D_THEN:\n_x000D_1) LOCCOP_s_TqWhlFb_IdxChnDmdAIGbxT is equal to VMMP_LOCCOP_p_IdxChnAIGbxT_StReqDrv\n_x000D_ELSE IF AND[1,2,3]:\n_x000D_1) FlgIdxChnDmdGbxTReqLOCOvrd is true\n_x000D_2) FlgIdxChnDmdGbxTLimLOCLead is false\n_x000D_3) ARBLGLSCA_s_LgtLimA_FlgAcv is false OR VMMP_LOCCOP_p_IdxChnAIGbxT_SwtStLimLOC is false\n_x000D_THEN: \n_x000D_1) LOCCOP_s_TqWhlFb_IdxChnDmdAIGbxT is equal to VMMP_LOCCOP_p_IdxChnAIGbxT_StOvrd\n_x000D_ELSE:\n_x000D_1) LOCCOP_s_TqWhlFb_IdxChnDmdAIGbxT is equal to VMMP_LOCCOP_p_IdxChnAIGbxT_StReqLOC", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
99	36310716	Functional	Released	yes	True		IF: OR[AND(1,2), AND(NOT(1),3,4)]: 1) LOCCTS_s_TqWhlReqLOC_FlgAcv is false 2) FlgIdxChnDmdGbxTLimLOCLead is true 3) FlgIdxChnDm IF: OR[AND(1,2), AND(NOT(1),3,4)]: 1) LOCCTS_s_TqWhlReqLOC_FlgAcv is false 2) FlgIdxChnDmdGbxTLimLOCLead is true 3) FlgIdxChnDmdGbxTReqLOCOvrd is true 4) FlgIdxChnDmdGbxTLimLOCLead is true THEN: 1) LOCCOP_s_TqWhlFb_IdxChnDmdAIGbxT is equal to VMMP_LOCCOP_p_IdxChnAIGbxT_StLimLOC ELSE IF AND[1,2]: 1) LOCCTS_s_TqWhlReqLOC_FlgAcv is false 2) FlgIdxChnDmdGbxTLimLOCLead is false THEN: 1) LOCCOP_s_TqWhlFb_IdxChnDmdAIGbxT is equal to VMMP_LOCCOP_p_IdxChnAIGbxT_StReqDrv ELSE IF AND[1,2]: 1) FlgIdxChnDmdGbxTReqLOCOvrd is true 2) FlgIdxChnDmdGbxTLimLOCLead is false THEN: 1) LOCCOP_s_TqWhlFb_IdxChnDmdAIGbxT is equal to VMMP_LOCCOP_p_IdxChnAIGbxT_StOvrd ELSE: 1) LOCCOP_s_TqWhlFb_IdxChnDmdAIGbxT is equal to VMMP_LOCCOP_p_IdxChnAIGbxT_StReqLOC Raw { "ID": "36310716", "ASIL": " QM", "Text": "IF: OR[AND(1,2), AND(NOT(1),3,4)]:\n_x000D_1) LOCCTS_s_TqWhlReqLOC_FlgAcv is false\n_x000D_2) FlgIdxChnDmdGbxTLimLOCLead is true\n_x000D_3) FlgIdxChnDmdGbxTReqLOCOvrd is true\n_x000D_4) FlgIdxChnDmdGbxTLimLOCLead is true\n_x000D_THEN:\n_x000D_1) LOCCOP_s_TqWhlFb_IdxChnDmdAIGbxT is equal to VMMP_LOCCOP_p_IdxChnAIGbxT_StLimLOC\n_x000D_ELSE IF AND[1,2]:\n_x000D_1) LOCCTS_s_TqWhlReqLOC_FlgAcv is false\n_x000D_2) FlgIdxChnDmdGbxTLimLOCLead is false\n_x000D_THEN:\n_x000D_1) LOCCOP_s_TqWhlFb_IdxChnDmdAIGbxT is equal to VMMP_LOCCOP_p_IdxChnAIGbxT_StReqDrv\n_x000D_ELSE IF AND[1,2]:\n_x000D_1) FlgIdxChnDmdGbxTReqLOCOvrd is true\n_x000D_2) FlgIdxChnDmdGbxTLimLOCLead is false\n_x000D_THEN: \n_x000D_1) LOCCOP_s_TqWhlFb_IdxChnDmdAIGbxT is equal to VMMP_LOCCOP_p_IdxChnAIGbxT_StOvrd\n_x000D_ELSE:\n_x000D_1) LOCCOP_s_TqWhlFb_IdxChnDmdAIGbxT is equal to VMMP_LOCCOP_p_IdxChnAIGbxT_StReqLOC", "Type": "Functional", "Status": "Released", "Summary": "", "Relevant": "yes", "column_12": "", "Foreign ID": "", "Description": "IF: OR[AND(1,2), AND(NOT(1),3,4)]:\n_x000D_1) LOCCTS_s_TqWhlReqLOC_FlgAcv is false\n_x000D_2) FlgIdxChnDmdGbxTLimLOCLead is true\n_x000D_3) FlgIdxChnDmdGbxTReqLOCOvrd is true\n_x000D_4) FlgIdxChnDmdGbxTLimLOCLead is true\n_x000D_THEN:\n_x000D_1) LOCCOP_s_TqWhlFb_IdxChnDmdAIGbxT is equal to VMMP_LOCCOP_p_IdxChnAIGbxT_StLimLOC\n_x000D_ELSE IF AND[1,2]:\n_x000D_1) LOCCTS_s_TqWhlReqLOC_FlgAcv is false\n_x000D_2) FlgIdxChnDmdGbxTLimLOCLead is false\n_x000D_THEN:\n_x000D_1) LOCCOP_s_TqWhlFb_IdxChnDmdAIGbxT is equal to VMMP_LOCCOP_p_IdxChnAIGbxT_StReqDrv\n_x000D_ELSE IF AND[1,2]:\n_x000D_1) FlgIdxChnDmdGbxTReqLOCOvrd is true\n_x000D_2) FlgIdxChnDmdGbxTLimLOCLead is false\n_x000D_THEN: \n_x000D_1) LOCCOP_s_TqWhlFb_IdxChnDmdAIGbxT is equal to VMMP_LOCCOP_p_IdxChnAIGbxT_StOvrd\n_x000D_ELSE:\n_x000D_1) LOCCOP_s_TqWhlFb_IdxChnDmdAIGbxT is equal to VMMP_LOCCOP_p_IdxChnAIGbxT_StReqLOC", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
100	16657637	Folder		no	False	type_not_target, status_filtered, relevance_filtered	Brake light source type Brake light source type Raw { "ID": "16657637", "ASIL": " ", "Text": "Brake light source type", "Type": "Folder", "Status": "", "Summary": "Brake light source type", "Relevant": "no", "column_12": "", "Foreign ID": "1257335", "Description": "", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
101	16657638	Functional	Released	yes	True		IF: OR[1,2,3] 1) Ouput LOCCOP_s_TqWhlBrk_TqDmd is greater than 0 Nm. 2) Input LOCCTC_s_TqWhlDmd_IdxChn is not equal to constant IF: OR[1,2,3] 1) Ouput LOCCOP_s_TqWhlBrk_TqDmd is greater than 0 Nm. 2) Input LOCCTC_s_TqWhlDmd_IdxChn is not equal to constant VMMP_LOCC_c_TqWhlDmd_IdxChnReqDrv 3) Input LOCCTS_s_TqWhlLimLOC_FlgAcv is true AND input LOCCTS_s_TqWhlLimLOC_TqTlrHiDyn is smaller than 0 Nm THEN: 1) LOCCOP_s_BrkLght_IdxTqWhlSrcTyp must be equal to constant VMMP_c_BrkLght_IdxTqWhlSrcTypLgtGuid ELSE: 1) LOCCOP_s_BrkLght_IdxTqWhlSrcTyp must be equal to constant VMMP_c_BrkLght_IdxTqWhlSrcTypDrvPed Raw { "ID": "16657638", "ASIL": " ASIL B", "Text": "IF: OR[1,2,3]\n_x000D_1) Ouput LOCCOP_s_TqWhlBrk_TqDmd is greater than 0 Nm.\n_x000D_2) Input LOCCTC_s_TqWhlDmd_IdxChn is not equal to constant VMMP_LOCC_c_TqWhlDmd_IdxChnReqDrv\n_x000D_3) Input LOCCTS_s_TqWhlLimLOC_FlgAcv is true AND input LOCCTS_s_TqWhlLimLOC_TqTlrHiDyn is smaller than 0 Nm\n_x000D_THEN:\n_x000D_1) LOCCOP_s_BrkLght_IdxTqWhlSrcTyp must be equal to constant VMMP_c_BrkLght_IdxTqWhlSrcTypLgtGuid\n_x000D_ELSE:\n_x000D_1) LOCCOP_s_BrkLght_IdxTqWhlSrcTyp must be equal to constant VMMP_c_BrkLght_IdxTqWhlSrcTypDrvPed", "Type": "Functional", "Status": "Released", "Summary": "", "Relevant": "yes", "column_12": "", "Foreign ID": "1257340", "Description": "IF: OR[1,2,3]\n_x000D_1) Ouput LOCCOP_s_TqWhlBrk_TqDmd is greater than 0 Nm.\n_x000D_2) Input LOCCTC_s_TqWhlDmd_IdxChn is not equal to constant VMMP_LOCC_c_TqWhlDmd_IdxChnReqDrv\n_x000D_3) Input LOCCTS_s_TqWhlLimLOC_FlgAcv is true AND input LOCCTS_s_TqWhlLimLOC_TqTlrHiDyn is smaller than 0 Nm\n_x000D_THEN:\n_x000D_1) LOCCOP_s_BrkLght_IdxTqWhlSrcTyp must be equal to constant VMMP_c_BrkLght_IdxTqWhlSrcTypLgtGuid\n_x000D_ELSE:\n_x000D_1) LOCCOP_s_BrkLght_IdxTqWhlSrcTyp must be equal to constant VMMP_c_BrkLght_IdxTqWhlSrcTypDrvPed", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }

Source files

Mapping profiles

Import history

VME-PROD-VehicleMotionManagement - VMMP_LOCC_LOCCOP.xlsx · source records

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