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File	Kind	Rows	Checksum
VME-PROD-VehicleMotionManagement - VMMP_LAC_LACDCF.xlsx	requirement	32	27385d4165d3
VME-PROD-VehicleMotionManagement - VMMP_LAC_LACDC.xlsx	requirement	22	16b7ded7f53c
VME-PROD-VehicleMotionManagement - VMMP_LAC_LACCA.xlsx	requirement	45	74c778fc10e6
VME-PROD-VehicleMotionManagement - VMMP_HMS_HMSTC.xlsx	requirement	64	bedf4df3644e
VME-PROD-VehicleMotionManagement - VMMP_HMS_HMSPC.xlsx	requirement	215	707be66b24b8
VME-PROD-VehicleMotionManagement - VMMP_HMS_HMSOP.xlsx	requirement	126	6cefec4b8c99
VME-PROD-VehicleMotionManagement - VMMP_HMS_HMSHOLD.xlsx	requirement	201	a9877c98c65e
VME-PROD-VehicleMotionManagement - VMMP_HMS_HMSHC.xlsx	requirement	265	d3cba95ee982
VME-PROD-VehicleMotionManagement - VMMP_GSC.xlsx	requirement	34	7f9a3530486e
VME-PROD-VehicleMotionManagement - VMMP_FSS.xlsx	requirement	233	7f6368b69844
VME-PROD-VehicleMotionManagement - VMMP_CRM_CRMSA.xlsx	requirement	45	6fd09d9eaad1
VME-PROD-VehicleMotionManagement - VMMP_CRM_CRMFH.xlsx	requirement	65	6c4154af0fc0
VME-PROD-VehicleMotionManagement - VMMP_CRM_CRMEH.xlsx	requirement	45	81f06686c151
VME-PROD-VehicleMotionManagement - VMMP_ARB_ARBTJCSC.xlsx	requirement	31	049e9934afc9
VME-PROD-VehicleMotionManagement - VMMP_ARB_ARBPKCSC.xlsx	requirement	187	c0b573b3d6e6
VME-PROD-VehicleMotionManagement - VMMP_ARB_ARBLLCSC.xlsx	requirement	387	74c7265e7d19
VME-PROD-VehicleMotionManagement - VMMP_ARB_ARBLGLSCV.xlsx	requirement	120	63142cb3cf99
VME-PROD-VehicleMotionManagement - VMMP_ARB_ARBLGLSCA.xlsx	requirement	141	e177fafd88cb
VME-PROD-VehicleMotionManagement - VMMP_ARB_ARBLGLSA.xlsx	requirement	70	b23f72842974
VME-PROD-VehicleMotionManagement - VMMP_ARB_ARBLGCSC.xlsx	requirement	77	cb6690dec872

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


Short description
The module LOCADF (LOngitudinal Control Acceleration Demand Forming) is part of the sub-function LOC.

The module is responsible to form the arbitrated demand and dynamic tolerance with the given gradients to prevent non permitted request steps. It also considers the correct set points depending on the overall acceleration control state and requested dynamics.

Additionally it limits the output demands according to a deceleration only request by taking the current vehicle state into account.
Interface description
The signals and parameter files for the relevante SWRS are:
Member/SWC_VMMP/01_PROD/30_CG/DevTools/Spec/VMMP/VMMP.parameter
Member/SWC_VMMP/01_PROD/30_CG/DevTools/Spec/VMMP/VMMP.signal
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
All outputs described in this document shall behave within the physical maximum and minumum values which are specified in SPE.
All inputs described in this document will behave within the physical maximum and minumum values which are specified in SPE.
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
The allowed B2B deviation for all output-signals to the expected reactions is defined by the following tolerances:
Bool: No deviation allowed
UInt, Int: No deviation allowed
Float: 0.1% related to the permissible value range of the signal
It must be ensured that an output reaction occurs due to an event at the input within the same calculation step.
Requirements
For a better understanding of this quite complex modul this specification uses some variables, which are written in cursive and are described in other sub-chapters or requirements.

Variables used:

generally valid:

- gradient formed Demand *ADF_ADmd (see chapter Item 1218387

valid in chapter LgtCtlA 

- ADmdTarCtl (see chapter Item 1218974

valid in chapter LgtLimA

- ADmdTarLim (see chapter Item 1218977

Verbal links to a specific chapter are also written in cursive. 

One precondition at the beginning of each chapter or sub-chapter is often used to enables the specific chapter. If the chapter is not valid (Precondition not true), its requirements and sub-chapters are automatically invalid and can not be applied. Therefore it is necessary to take the structure of contents into account. If this chapter is invalid, some other chapter or requirement will be valid.

The default behavior of the outputs are also often described at the beginning of the chapter. It applies if no other condition fits the situation.
gradient forming ADmd
The main purpose of this module is to form an acceleration demand, which the control can handle. Therefore the acceleration demand of the external function *ADmd will be formed with maximal gradients. This is described in this chapter and will be used further on.

Inputs:

*ADmd 

*GrdMaxInc 

*GrdMaxDec 

*ADmd_lastcycle

Output:

gradient formed Demand *ADF_ADmd
The main purpose of this module is to form an acceleration demand, which the control can handle. Therefore the acceleration demand of the external function *ADmd will be formed with maximal gradients. This is described in this chapter and will be used further on.

Inputs:

*ADmd 

*GrdMaxInc 

*GrdMaxDec 

*ADmd_lastcycle

*IdxNotLead

Output:

gradient formed Demand *ADF_ADmd
For the first calculation cycle (start of simulation or processor startup) *ADmd_lastcycle is 0 (zero).
IF[OR(1,AND(2,3))]:

1) *IdxNotLead is true

2) VMMP_LOCADF_p_SwtAcvAGrdLimRlsFlgAcv is true

3) LOCAA_s_LgtCtlA_FlgAcv is false OR LOCACS_s_StACtl is equal to VMMP_LOCACS_c_StACtlNotAcv

THEN:

ASOPOTgradienttransition is True

ELSE:

IF [1]

1) The absolute value of the difference between *ADmd_lastcycle and the input ASOPOT_s_ATqDmd is smaller than VMMP_LOCADF_p_AThRlsADmdGrdLim

THEN:

ASOPOTgradienttransition is False

Info: This is an SR-FlipFlop.
IF [1] 

1) *ADmd is bigger than or equal to *ADmd_lastcycle

THEN: 

The output

*ADF_ADmd is equal to the minimum of *ADmd and the sum of the maximum of *ADmd_lastcycle

and the input ASOPOT_s_ATqDmd and the input value *AGrdMaxInc multiplied by the cycle time VMMP_c_TiSmpl.
IF [AND(1,2)]

1) *ADmd is greater than or equal to *ADmd_lastcycle

2) ASOPOTgradienttransition is True

THEN: 

The output

*ADF_ADmd is equal to the minimum of *ADmd and the sum of the maximum of *ADmd_lastcycle

and the input ASOPOT_s_ATqDmd and the product of the input value *AGrdMaxInc and the cycle time VMMP_c_TiSmpl.
IF [AND(1,2)]

1) *ADmd is greater than or equal to *ADmd_lastcycle

2) ASOPOTgradienttransition

is False

THEN: 

The output *ADF_ADmd is equal to the minimum of *ADmd and the sum of *ADmd_lastcycle

and the product of the input value *AGrdMaxInc and the cycle time VMMP_c_TiSmpl.
IF [1] 

1) *ADmd is smaller than *ADmd_lastcycle

THEN: 

The output *ADF_ADmd is equal to the maximum of *ADmd and the sum of the minimum *ADmd_lastcycle 

and the input ASOPOT_s_ATqDmd and the input value *AGrdMaxDec multiplied by the cycle time VMMP_c_TiSmpl.
IF [AND(1,2)]

1) *ADmd is smaller than *ADmd_lastcycle

2) ASOPOTgradienttransition

is True

THEN: 

The output *ADF_ADmd is equal to the maximum of *ADmd and the sum of the minimum of *ADmd_lastcycle 

and the input ASOPOT_s_ATqDmd and the product of the input value *AGrdMaxDec and the cycle time VMMP_c_TiSmpl.
IF [AND(1,2)] 

1) *ADmd is smaller than *ADmd_lastcycle

2) ASOPOTgradienttransition

is False

THEN: 

The output *ADF_ADmd is equal to the maximum of *ADmd and the sum of *ADmd_lastcycle 

and the product of the input value *AGrdMaxDec and the cycle time VMMP_c_TiSmpl.
gradient forming ATlrHiDyn
IF[AND(1,2)]

1.) LOCCTC_s_TqWhlDmd_TqTlrHiDyn is smaller than 0 (zero)

2.) DSOPRE_s_FlgBrkMScaAcv is active

THEN: 

ATlrHiMaxIni shall be (LOCCTC_s_TqWhlDmd_TqTlrHiDyn / VSOVD_s_FacMVehBrk - LOCAFBC_s_TqDmdCtl - VSOVD_s_TqDrvRstnCor + VSOVD_s_TqLgtSlopRoadCorHiAcu) / VSOVD_s_MVehVirtJ x VSOVD_s_RdDynCor

ELSE: 

ATlrHiMaxIni shall be (LOCCTC_s_TqWhlDmd_TqTlrHiDyn - LOCAFBC_s_TqDmdCtl - VSOVD_s_TqDrvRstnCor + VSOVD_s_TqLgtSlopRoadCorHiAcu) / VSOVD_s_MVehVirtJ x VSOVD_s_RdDynCor
The main purpose of this module is to form an acceleration demand, which the control can handle. Therefore the acceleration demand of the external function *ATlrHiDyn will be formed with maximal gradients. This is described in this chapter and will be used further on.

Inputs:

*ATlrHiDyn 

*GrdMaxInc 

*GrdMaxDec 

*ATlrHiDyn_lastcycle

Output:

gradient formed Demand *ADF_ATlrHiDyn
The main purpose of this module is to form an acceleration demand, which the control can handle. Therefore the acceleration demand of the external function *ATlrHiDyn will be formed with maximal gradients. This is described in this chapter and will be used further on.

Inputs:

*ATlrHiDyn 

*GrdMaxInc 

*GrdMaxDec 

*ATlrHiDyn_lastcycle

*IdxNotLead 

Output:

gradient formed Demand *ADF_ATlrHiDyn
For the first calculation cycle (start of simulation or processor startup) *ATlrHiDyn_lastcycle is 0 (zero).
IF[OR(1,AND(2,3))]:

1) *IdxNotLead is true

2) VMMP_LOCADF_p_SwtAcvAGrdLimRlsFlgAcv is true

3) LOCAA_s_LgtCtlA_FlgAcv is false OR LOCACS_s_StACtl is equal to VMMP_LOCACS_c_StACtlNotAcv

THEN:

ASOPOTgradienttransition is True

ELSE:

IF [1]

1) The absolute value of the difference between *ADmd_lastcycle and the input ASOPOT_s_ATqDmd is smaller than VMMP_LOCADF_p_AThRlsADmdGrdLim

THEN:

ASOPOTgradienttransition is False

Info: This is an SR-FlipFlop.
IF [1] 

1) *ATlrHiDyn is greater than or equal to *ATlrHiDyn_lastcycle

THEN: 

The output

*ADF_ATlrHiDyn is equal to the minimum of *ATlrHiDyn and the sum of the maximum of *ATlrHiDyn_lastcycle

and the input ASOPOT_s_ATqDmd and the input value *AGrdMaxInc multiplied by the cycle time VMMP_c_TiSmpl.
IF [AND(1,2)] 

1) *ATlrHiDyn is greater than or equal to *ATlrHiDyn_lastcycle

2) ASOPOTgradienttransition

is True

THEN: 

The output

*ADF_ATlrHiDyn is equal to the minimum of *ATlrHiDyn and the sum of the maximum of *ATlrHiDyn_lastcycle

and the input ASOPOT_s_ATqDmd and the product of the input value *AGrdMaxInc and the cycle time VMMP_c_TiSmpl.
IF [AND(1,2)] 

1) *ATlrHiDyn is greater than or equal to *ATlrHiDyn_lastcycle

2) ASOPOTgradienttransition

is False

THEN: 

The output

*ADF_ATlrHiDyn is equal to the minimum of *ATlrHiDyn and the sum of *ATlrHiDyn_lastcycle

and the product of the input value *AGrdMaxInc and the cycle time VMMP_c_TiSmpl.
IF [AND(1,2,3,4)] 

1) *ATlrHiDyn is smaller than *ATlrHiDyn_lastcycle

2) ASOPOT_s_ATqDmd is smaller than 0

3) ASOPOT_s_ATqDmd is smaller than ASOPOT_s_ATqAct

4) ASOPOT_s_ATqDmd is smaller than ATlrHiMaxIni 

The output *ADF_ATlrHiDyn is equal to the

maximum of *ATlrHiDyn and the sum of the input value *AGrdMaxDec multiplied by the cycle time VMMP_c_TiSmpl.and the minuimum of 0, ASOPOT_s_ATqAct, ATlrHiMaxIni and ATlrHiDyn_lastcycle.
IF [AND(1,2,3,4,5)]

1) *ATlrHiDyn is smaller than *ATlrHiDyn_lastcycle

2) ASOPOT_s_ATqDmd is smaller than 0

3) ASOPOT_s_ATqDmd is smaller than ASOPOT_s_ATqAct

4) ASOPOT_s_ATqDmd is smaller than ATlrHiMaxIni

5) ASOPOTgradienttransition is True

The output *ADF_ATlrHiDyn is equal to the

maximum of *ATlrHiDyn and the sum of the input value *AGrdMaxDec multiplied by the cycle time VMMP_c_TiSmpl.and the minuimum of 0, ASOPOT_s_ATqAct, ATlrHiMaxIni and ATlrHiDyn_lastcycle.
IF [AND(1,OR(2,3,4))]

1) *ATlrHiDyn is smaller than *ATlrHiDyn_lastcycle

2) ASOPOT_s_ATqDmd is greater than 0

3) ASOPOT_s_ATqDmd is greater than ASOPOT_s_ATqAct

4) ASOPOT_s_ATqDmd is greater than ATlrHiMaxIni

THEN: 

The output *ADF_ATlrHiDyn is equal to the

maximum of *ATlrHiDyn and the sum of the input value *AGrdMaxDec multiplied by the cycle time VMMP_c_TiSmpl.and the minimum of *ATlrHiDyn_lastcycle and the input ASOPOT_s_ATqDmd.
IF [AND(1,5,OR(2,3,4))]

1) *ATlrHiDyn is smaller than *ATlrHiDyn_lastcycle

2) ASOPOT_s_ATqDmd is greater than 0

3) ASOPOT_s_ATqDmd is greater than ASOPOT_s_ATqAct

4) ASOPOT_s_ATqDmd is greater than ATlrHiMaxIni

5) ASOPOTgradienttransition is True

THEN: 

The output *ADF_ATlrHiDyn is equal to the

maximum of *ATlrHiDyn and the sum of the input value *AGrdMaxDec multiplied by the cycle time VMMP_c_TiSmpl.and the minimum of *ATlrHiDyn_lastcycle and the input ASOPOT_s_ATqDmd.
IF [AND(1,2)]

1) *ATlrHiDyn is smaller than *ATlrHiDyn_lastcycle

2) ASOPOTgradienttransition is False

THEN: 

The output *ADF_ATlrHiDyn is equal to the

maximum of *ATlrHiDyn and the sum of the input value *AGrdMaxDec multiplied by the cycle time VMMP_c_TiSmpl.and *ATlrHiDyn_lastcycle.
IF [1] 

1) Bit position VMMP_SINFCT_c_LgtCtl_IdxBitFldConfMdADmdSmth of signal ARBLLCSC_s_LgtCtl_BitFldConf is true

THEN: 

TiInvADmdGrdRamp is equal to VMMP_LOCADF_p_AGrdLim_TiInvADmdGrdRampCAPA

ELSE:

TiInvADmdGrdRamp is equal to VMMP_LOCADF_p_AGrdLim_TiInvADmdGrdRamp
IF [1] 

1) Bit position VMMP_SINFCT_c_LgtCtl_IdxBitFldConfMdADmdSmth of signal ARBLLCSC_s_LgtCtl_BitFldConf is true

THEN: 

ADmdDifTh is equal to VMMP_LOCADF_p_AGrdLim_ADmdDifThCAPA

ELSE:

ADmdDifTh is equal to VMMP_LOCADF_p_AGrdLim_ADmdDifTh
limited gradient AGrdMaxInc
The purpose of this function is to limitt the acceleration demand increasing gradient, in which the acceleration demand forming at small acceleration demand change can be smoother and avoid stepwise progression. Therefore the gradient of the external function *ADmd will be formed with limited maximal gradients. This is described in this chapter and will be used further on.

Inputs:

*ADmd 

*GrdMaxInc 

*ADmd_lastcycle

Output:

limited gradient *ADF_AGrdMaxInc
For the first calculation cycle (start of simulation or processor startup) **ADmd_lastcycle is 0 (zero).
IF [1]

1) *ADmd has not changed its value from the previous to this time step

THEN:

a new target time for the ramp is defined: 1/TiInvADmdGrdRamp from this point of time.
IF [1] 

1) 

*ADmd

 has not changed its value from the previous to this time step

THEN: 

threshold ramp is equal to the sum of *ADmd-ADmdDifTh and ADmdDifTh*TiInvADmdGrdRamp*VMMP_c_TiSmpl

ELSEIF [1] 

1) target time is reached

THEN:

threshold ramp is equal to *ADmd

ELSE:

threshold ramp is equal to the sum of threshold ramp of the previous time step and ADmdDifTh*TiInvADmdGrdRamp*VMMP_c_TiSmpl

Info: this defines a linear increasing threshold ramp starting at *ADmd-ADmdDifTh and ending at *ADmd when the target time is reached shifted by one time step.
GrdTotADmdDif is defined as the difference of *ADmd 

and *ADmd_lastcycle 

which is then divided by the remaining time untill the target time 

is reached.
GrdInterStep is defined as the difference of the threshold ramp and *ADmd_lastcycle which is then divided by VMMP_c_TiSmpl.
IF[OR(1,2,3,AND(4,5),AND(4,6))]

1) VMMP_LOCADF_p_AGrdLim_SwtAGrdMaxLimPerm is false

2) the target time has passed

3) the difference of *ADmd and *ADmd_lastcycle is negative

4) VMMP_LOCADF_p_AGrdLim_SwtDeacAGrdMaxLim is false

5) LOCDC_s_LgtCtlV_StAcv is equal to VMMP_LOCDC_c_StAcvDCtl

6) LOCDL_s_LgtLimA_FlgAcv is true

THEN:

The output limited gradient *ADF_AGrdMaxInc is equal to *GrdMaxInc

ELSE:

The output limited gradient *ADF_AGrdMaxInc 

is equal to MIN(*GrdMaxInc,MAX(GrdInterStep ,

GrdTotADmdDif )
limited gradient AGrdMaxDec
The purpose of this function is to limitt the acceleration demand decreasing gradient, in which the acceleration demand forming at small acceleration demand change can be smoother and avoid stepwise progression. Therefore the gradient of the external function *ADmd will be formed with limited maximal gradients. This is described in this chapter and will be used further on.

Inputs:

*ADmd 

*GrdMaxDec 

*ADmd_lastcycle

Output:

limited gradient *ADF_AGrdMaxDec
For the first calculation cycle (start of simulation or processor startup) **ADmd_lastcycle is 0 (zero).
IF [1] 

1) 

*ADmd

has not changed its value from the previous to this time step

THEN: 

a new target time for the ramp is defined: 1/TiInvADmdGrdRamp from this point of time.
IF [1]

1) 

*ADmd

has not changed its value from the previous to this time step

THEN:

threshold ramp is equal to the difference of *ADmd+ADmdDifTh and ADmdDifTh*TiInvADmdGrdRamp*VMMP_c_TiSmpl

ELSEIF [1]

1) target time is reached

THEN:

threshold ramp is equal to *ADmd

ELSE:

threshold ramp is equal to the difference of threshold ramp of the previous time step and ADmdDifTh*TiInvADmdGrdRamp*VMMP_c_TiSmpl

Info: this defines a linear increasing threshold ramp starting at *ADmd+ADmdDifTh and ending at *ADmd when the target time is reached shifted by one time step.
GrdTotADmdDif is defined as the difference of *ADmd and *ADmd_lastcycle which is then divided by the remaining time untill the target time is reached.
GrdInterStep is defined as the difference of the threshold ramp and *ADmd_lastcycle which is then divided by VMMP_c_TiSmpl.
IF[OR(1,2,3,AND(4,5),AND(4,6))]

1) VMMP_LOCADF_p_AGrdLim_SwtAGrdMaxLimPerm is false

2) the target time has passed

3) the difference of *ADmd and *ADmd_lastcycle is positive

4) VMMP_LOCADF_p_AGrdLim_SwtDeacAGrdMaxLim is false

5) LOCDC_s_LgtCtlV_StAcv is equal to VMMP_LOCDC_c_StAcvDCtl

6) LOCDL_s_LgtLimA_FlgAcv is true

THEN:

The output limited gradient *ADF_AGrdMaxDec is equal to *GrdMaxDec

ELSE: 

The output limited gradient *ADF_AGrdMaxDec 

is equal to MAX(*GrdMaxDec,MIN(GrdInterStep ,

GrdTotADmdDif )
LgtCtlA
Deceleration Only Mode
IF[1]

1)LOCAA_s_LgtCtlA_MdDeceOnly is not equal to VMMP_LOC_c_LgtCtlA_MdDeceOnlyDecOnlyMd

THEN:

LOCADF_m_LgtCtlA_ADmd is equal to LOCAA_s_LgtCtlA_ADmd

ESLEIF[1]

1)VMMP_LOC_p_SwtDeceToDrg is true

THEN:

LOCADF_m_LgtCtlA_ADmd is equal to MIN(LOCAA_s_LgtCtlA_ADmd,DSOPRE_s_DrvPed_ADrg)

ESLE:

LOCADF_m_LgtCtlA_ADmd is equal to MIN(LOCAA_s_LgtCtlA_ADmd,ASOPOT_s_ANeutTh)
IF[AND(1,OR(AND(2,3),AND(4,5)))]

1) LOCAA_s_LgtCtlA_MdDeceOnly is equal to VMMP_LOC_c_LgtCtlA_MdDeceOnlyDecOnlyMd

2) VMMP_LOC_p_SwtDeceToDrg is true

3) *ADF_ADmd is smaller than MIN(LOCAA_s_LgtCtlA_ADmd,DSOPRE_s_DrvPed_ADrg)

4) VMMP_LOC_p_SwtDeceToDrg is false

5) *ADF_ADmd is smaller than MIN(LOCAA_s_LgtCtlA_ADmd,ASOPOT_s_ANeutTh)

THEN:

LOCADF_s_LgtCtlA_FlgDeceOnlyRampEnd is true.

ELSE:

LOCADF_s_LgtCtlA_FlgDeceOnlyRampEnd is false.
Gradient_selection_Ctl
The gradients for the demand forming can vary depending on LOCAA_s_LgtCtlA_MdTarDyn and LOCAA_s_LgtLimA_MdTarDyn. Because the same switched gradients are used in many requirements, the mechanism is described only in this chapter and is valid in sub-chapter LgtCtlA.
IF AND[1,2]

1) ASOTA_s_TqWhlBrk_TqAct is greater than 0.01

2) ARBLLCSC_s_LgtCtl_StAcv is equal to VMMP_ARBLLCSC_c_LgtCtl_StAcvTrjCtl

THEN: 

LgtCtlA_AGrdMaxDecTrj 

is equal to 

LOCAA_s_LgtCtlA_AGrdMaxDec downwards limited to the output of the 2D interpolation parameter with

px =VMMP_LOCADF_px_AGrdMaxDec_ACtlDmdDyn,

py = VMMP_LOCADF_py_AGrdMaxDec_VCtlLgtVehCor,

p2= VMMP_LOCADF_p2_LgtCtlA_ACtlGrdMaxDecLim

and the x-input value is the difference between LOCAA_s_LgtCtlA_ADmd and previous value of LOCADF_s_LgtCtlA_ADmd,

the y-input value is VSOEM_s_VLgtVehCor

ELSE:

LgtCtlA_AGrdMaxDecTrj is equal to LOCAA_s_LgtCtlA_AGrdMaxDec
IF OR[AND[1,2,3,4],AND[1,2,5]] 

1) ASOTA_s_TqWhlBrk_TqAct is greater than 0.01

2) ARBLLCSC_s_LgtCtl_StAcv is equal to VMMP_ARBLLCSC_c_LgtCtl_StAcvTrjCtl

3) LOCDC_s_LgtCtlV_StAcv is not equal to VMMP_LOCDC_c_StAcvDCtl

4) LOCDL_s_LgtLimA_FlgAcv is false

5) VMMP_LOCADF_p_AGrdLim_SwtDeacAGrdMaxLim is true

THEN: 

LgtCtlA_AGrdMaxDecTrj 

is equal to 

LOCAA_s_LgtCtlA_AGrdMaxDec downwards limited to the output of the 2D interpolation parameter with

px =VMMP_LOCADF_px_AGrdMaxDec_ACtlDmdDyn,

py = VMMP_LOCADF_py_AGrdMaxDec_VCtlLgtVehCor,

p2= VMMP_LOCADF_p2_LgtCtlA_ACtlGrdMaxDecLim

and the x-input value is the difference between LOCAA_s_LgtCtlA_ADmd and previous value of LOCADF_s_LgtCtlA_ADmd,

the y-input value is VSOEM_s_VLgtVehCor

ELSE:

LgtCtlA_AGrdMaxDecTrj is equal to LOCAA_s_LgtCtlA_AGrdMaxDec
IF AND[1,2]

1) ASOTA_s_TqWhlBrk_TqAct is greater than 0.01

2) ARBLLCSC_s_LgtCtl_StAcv is equal to VMMP_ARBLLCSC_c_LgtCtl_StAcvTrjCtl

THEN: 

LgtCtlA_AGrdMaxIncTrj 

is equal to LOCAA_s_LgtCtlA_AGrdMaxInc upwards limited to the output of the 2D interpolation parameter with

px =VMMP_LOCADF_px_AGrdMaxInc_ACtlDmdDyn,

py = VMMP_LOCADF_py_AGrdMaxInc_VCtlLgtVehCor,

p2= VMMP_LOCADF_p2_LgtCtlA_ACtlGrdMaxIncLim

and the x-input value is the difference between LOCAA_s_LgtCtlA_ADmd and previous value of LOCADF_s_LgtCtlA_ADmd,

the y-input value is VSOEM_s_VLgtVehCor

ELSE:

LgtCtlA_AGrdMaxIncTrj is equal to LOCAA_s_LgtCtlA_AGrdMaxInc
IF OR[AND[1,2,3,4],AND[1,2,5]]

1) ASOTA_s_TqWhlBrk_TqAct is greater than 0.01

2) ARBLLCSC_s_LgtCtl_StAcv is equal to VMMP_ARBLLCSC_c_LgtCtl_StAcvTrjCtl

3) LOCDC_s_LgtCtlV_StAcv is not equal to VMMP_LOCDC_c_StAcvDCtl

4) LOCDL_s_LgtLimA_FlgAcv is false

5) VMMP_LOCADF_p_AGrdLim_SwtDeacAGrdMaxLim is true

THEN: 

LgtCtlA_AGrdMaxIncTrj 

is equal to LOCAA_s_LgtCtlA_AGrdMaxInc upwards limited to the output of the 2D interpolation parameter with

px =VMMP_LOCADF_px_AGrdMaxInc_ACtlDmdDyn,

py = VMMP_LOCADF_py_AGrdMaxInc_VCtlLgtVehCor,

p2= VMMP_LOCADF_p2_LgtCtlA_ACtlGrdMaxIncLim

and the x-input value is the difference between LOCAA_s_LgtCtlA_ADmd and previous value of LOCADF_s_LgtCtlA_ADmd,

the y-input value is VSOEM_s_VLgtVehCor

ELSE:

LgtCtlA_AGrdMaxIncTrj is equal to LOCAA_s_LgtCtlA_AGrdMaxInc
LOCADF_s_LgtCtlA_AGrdMaxInc shall be LOCAA_s_LgtCtlA_AGrdMaxInc if not required differently in this chapter

Gradient_selection_Ctl 

*FlgRstctAGrdIncTracCtl is false, if not required differently in this chapter

Gradient_selection_Ctl
LOCADF_s_LgtCtlA_AGrdMaxInc shall be LgtCtlA_AGrdMaxIncTrj if not required differently in this chapter

Gradient_selection_Ctl 

*FlgRstctAGrdIncTracCtl is false, if not required differently in this chapter

Gradient_selection_Ctl
LgtCtlA_AGrdMaxInc shall be limited gradient *ADF_AGrdMaxInc (see chapter 36862411with

*ADmd = LOCAA_s_LgtCtlA_ADmd

*GrdMaxInc = LgtCtlA_AGrdMaxIncTrj 

*ADmd_lastcycle = previous value of LOCADF_s_LgtCtlA_ADmd)
LgtCtlA_AGrdMaxDec shall be limited gradient *ADF_AGrdMaxDec (see chapter 36887854with

*ADmd = LOCAA_s_LgtCtlA_ADmd

*GrdMaxDec = LgtCtlA_AGrdMaxDecTrj 

*ADmd_lastcycle = previous value of LOCADF_s_LgtCtlA_ADmd)
LOCADF_s_LgtCtlA_AGrdMaxInc shall be LgtCtlA_AGrdMaxInc if not required differently in this chapter

LOCADF_s_LgtCtlA_AGrdMaxDec shall be LgtCtlA_AGrdMaxDec if not required differently in this chapter

Gradient_selection_Ctl 

*FlgRstctAGrdIncTracCtl is false, if not required differently in this chapter

Gradient_selection_Ctl
IF[1]

1.) VMMP_LOCADF_p_LgtA_SwtMdTarDynADrgANeut is true

THEN:

*ATarMdTarDynCtl is DSOPRE_s_DrvPed_ADrg

ELSE: 

*ATarMdTarDynCtl is ASOPOT_s_ANeutTh
IF[AND(1,2,3,OR(4,5))]

1.) VMMP_LOCADF_p_LgtCtlA_SwtNoGrdIntvTracCtl is true

2.) ASOAF_s_FlgIntvTracCtlSys is true

3.) ASOPOT_s_ATqDmd is greater then *ATarMdTarDynCtl

4.) conditions 1,2,3 are true for or a longer time than VMMP_LOCADF_p_LgtCtlA_TTurnOnDlyIntvTrac

5.) conditions 1,2,3 are false for a shorter timer than VMMP_LOCADF_p_LgtCtlA_TTurnOffDlyIntvTrac condidtion 4 was true for a longer time than VMMP_LOCADF_p_LgtCtlA_TTurnOnDlyIntvTrac

THEN:

LOCADF_s_LgtCtlA_AGrdMaxInc is 0 (zero)

*FlgRstctAGrdIncTracCtl is true
IF AND[1,2]

1.) Bit position 4 of signal LOCCOP_s_TqWhlFb_StTrf is true

2.) VMMP_LOCADF_p_LgtCtlA_SwtLimTrfIncZeroTmp is true

THEN:

LOCADF_s_LgtCtlA_AGrdMaxInc is 0 (zero)

*FlgRstctAGrdIncTracCtl is true
IF[AND(1,2,3,4,5)]

1.) LOCAA_s_LgtCtlA_MdTarDyn is VMMP_LOC_c_LgtCtlA_MdTarDynDynCmftFct

2.) ASOPOT_s_ATqDmd is smaller than *ATarMdTarDynCtl

3.) LOCAA_s_LgtCtlA_ADmd is greater than ASOPOT_s_ATqDmd

4.) The difference of DSOPRE_s_DrvPed_ADrg and ASOPOT_s_ATqDmd divided by VMMP_c_TiSmpl is greater then or equal to VMMP_LOCADF_p_LgtCtlA_AGrdMaxIncCmft

5.) *FlgRstctAGrdIncTracCtl is false

THEN:

LOCADF_s_LgtCtlA_AGrdMaxInc is the maximum of VMMP_LOCADF_p_LgtCtlA_AGrdMaxIncCmft and LOCAA_s_LgtCtlA_AGrdMaxInc
IF[AND(1,2,3,4,5)]
1.) LOCAA_s_LgtCtlA_MdTarDyn is VMMP_LOC_c_LgtCtlA_MdTarDynDynCmftFct
2.) ASOPOT_s_ATqDmd is smaller than *ATarMdTarDynCtl
3.) LOCADF_m_LgtCtlA_ADmd is greater than ASOPOT_s_ATqDmd
4.) The difference of DSOPRE_s_DrvPed_ADrg and ASOPOT_s_ATqDmd divided by VMMP_c_TiSmpl is greater then or equal to VMMP_LOCADF_p_LgtCtlA_AGrdMaxIncCmft
5.) *FlgRstctAGrdIncTracCtl is false
THEN:
LOCADF_s_LgtCtlA_AGrdMaxInc is the maximum of VMMP_LOCADF_p_LgtCtlA_AGrdMaxIncCmft and LgtCtlA_AGrdMaxIncTrj
IF[AND(1,2,3,4,5)]

1.) LOCAA_s_LgtCtlA_MdTarDyn is VMMP_LOC_c_LgtCtlA_MdTarDynDynCmftFct

2.) ASOPOT_s_ATqDmd is smaller than *ATarMdTarDynCtl

3.) LOCADF_m_LgtCtlA_ADmd is greater than ASOPOT_s_ATqDmd

4.) The difference of DSOPRE_s_DrvPed_ADrg and ASOPOT_s_ATqDmd divided by VMMP_c_TiSmpl is greater then or equal to VMMP_LOCADF_p_LgtCtlA_AGrdMaxIncCmft

5.) *FlgRstctAGrdIncTracCtl is false

THEN:

LOCADF_s_LgtCtlA_AGrdMaxInc is the maximum of VMMP_LOCADF_p_LgtCtlA_AGrdMaxIncCmft and LgtCtlA_AGrdMaxInc
IF[AND(1,2,3,4,5)]

1.) LOCAA_s_LgtCtlA_MdTarDyn is VMMP_LOC_c_LgtCtlA_MdTarDynDynCmftFct

2.) ASOPOT_s_ATqDmd is smaller than *ATarMdTarDynCtl

3.) LOCAA_s_LgtCtlA_ADmd is greater than ASOPOT_s_ATqDmd

4.) The difference of DSOPRE_s_DrvPed_ADrg and ASOPOT_s_ATqDmd divided by VMMP_c_TiSmpl is smaller then VMMP_LOCADF_p_LgtCtlA_AGrdMaxIncCmft

5.) *FlgRstctAGrdIncTracCtl is false

THEN:

LOCADF_s_LgtCtlA_AGrdMaxInc is the maximum of LOCAA_s_LgtCtlA_AGrdMaxInc and the maximum of zero and the difference of DSOPRE_s_DrvPed_ADrg and ASOPOT_s_ATqDmd divided by VMMP_c_TiSmpl
IF[AND(1,2,3,4,5)]

1.) LOCAA_s_LgtCtlA_MdTarDyn is VMMP_LOC_c_LgtCtlA_MdTarDynDynCmftFct

2.) ASOPOT_s_ATqDmd is smaller than *ATarMdTarDynCtl

3.) LOCADF_m_LgtCtlA_ADmd is greater than ASOPOT_s_ATqDmd

4.) The difference of DSOPRE_s_DrvPed_ADrg and ASOPOT_s_ATqDmd divided by VMMP_c_TiSmpl is smaller then VMMP_LOCADF_p_LgtCtlA_AGrdMaxIncCmft

5.) *FlgRstctAGrdIncTracCtl is false

THEN:

LOCADF_s_LgtCtlA_AGrdMaxInc is the maximum of LgtCtlA_AGrdMaxIncTrj and the maximum of zero and the difference of DSOPRE_s_DrvPed_ADrg and ASOPOT_s_ATqDmd divided by VMMP_c_TiSmpl
IF[AND(1,2,3,4,5)]

1.) LOCAA_s_LgtCtlA_MdTarDyn is VMMP_LOC_c_LgtCtlA_MdTarDynDynCmftFct

2.) ASOPOT_s_ATqDmd is smaller than *ATarMdTarDynCtl

3.) LOCADF_m_LgtCtlA_ADmd is greater than ASOPOT_s_ATqDmd

4.) The difference of DSOPRE_s_DrvPed_ADrg and ASOPOT_s_ATqDmd divided by VMMP_c_TiSmpl is smaller then VMMP_LOCADF_p_LgtCtlA_AGrdMaxIncCmft

5.) *FlgRstctAGrdIncTracCtl is false

THEN:

LOCADF_s_LgtCtlA_AGrdMaxInc is the maximum of LgtCtlA_AGrdMaxInc and the maximum of zero and the difference of DSOPRE_s_DrvPed_ADrg and ASOPOT_s_ATqDmd divided by VMMP_c_TiSmpl
IF[AND(1,2,3,4,5)]

1.) LOCAA_s_LgtCtlA_MdTarDyn is

VMMP_LOC_c_LgtCtlA_MdTarDynDynEmgcyFct

2.) ASOPOT_s_ATqDmd is smaller than *ATarMdTarDynCtl

3.) LOCAA_s_LgtCtlA_ADmd is greater than ASOPOT_s_ATqDmd

4.) The difference of DSOPRE_s_DrvPed_ADrg and ASOPOT_s_ATqDmd divided by VMMP_c_TiSmpl is greater then or equal to VMMP_LOCADF_p_LgtCtlA_AGrdMaxIncEmgcy

5.) *FlgRstctAGrdIncTracCtl is false

THEN:

LOCADF_s_LgtCtlA_AGrdMaxInc is the maximum of VMMP_LOCADF_p_LgtCtlA_AGrdMaxIncEmgcy and LOCAA_s_LgtCtlA_AGrdMaxInc
IF[AND(1,2,3,4,5)]

1.) LOCAA_s_LgtCtlA_MdTarDyn is

VMMP_LOC_c_LgtCtlA_MdTarDynDynEmgcyFct

2.) ASOPOT_s_ATqDmd is smaller than *ATarMdTarDynCtl

3.) LOCADF_m_LgtCtlA_ADmd is greater than ASOPOT_s_ATqDmd

4.) The difference of DSOPRE_s_DrvPed_ADrg and ASOPOT_s_ATqDmd divided by VMMP_c_TiSmpl is greater then or equal to VMMP_LOCADF_p_LgtCtlA_AGrdMaxIncEmgcy

5.) *FlgRstctAGrdIncTracCtl is false

THEN:

LOCADF_s_LgtCtlA_AGrdMaxInc is the maximum of VMMP_LOCADF_p_LgtCtlA_AGrdMaxIncEmgcy and LgtCtlA_AGrdMaxIncTrj
IF[AND(1,2,3,4,5)]

1.) LOCAA_s_LgtCtlA_MdTarDyn is

VMMP_LOC_c_LgtCtlA_MdTarDynDynEmgcyFct

2.) ASOPOT_s_ATqDmd is smaller than *ATarMdTarDynCtl

3.) LOCADF_m_LgtCtlA_ADmd is greater than ASOPOT_s_ATqDmd

4.) The difference of DSOPRE_s_DrvPed_ADrg and ASOPOT_s_ATqDmd divided by VMMP_c_TiSmpl is greater then or equal to VMMP_LOCADF_p_LgtCtlA_AGrdMaxIncEmgcy

5.) *FlgRstctAGrdIncTracCtl is false

THEN:

LOCADF_s_LgtCtlA_AGrdMaxInc is the maximum of VMMP_LOCADF_p_LgtCtlA_AGrdMaxIncEmgcy and LgtCtlA_AGrdMaxInc
IF[AND(1,2,3,4,5)]

1.) LOCAA_s_LgtCtlA_MdTarDyn is

VMMP_LOC_c_LgtCtlA_MdTarDynDynEmgcyFct

2.) ASOPOT_s_ATqDmd is smaller than *ATarMdTarDynCtl

3.) LOCAA_s_LgtCtlA_ADmd is greater than ASOPOT_s_ATqDmd

4.) The difference of DSOPRE_s_DrvPed_ADrg and ASOPOT_s_ATqDmd divided by VMMP_c_TiSmpl is smaller then VMMP_LOCADF_p_LgtCtlA_AGrdMaxIncEmgcy

5.) *FlgRstctAGrdIncTracCtl is false

THEN:

LOCADF_s_LgtCtlA_AGrdMaxInc is the maximum of LOCAA_s_LgtCtlA_AGrdMaxInc and the maximum of zero and the difference of DSOPRE_s_DrvPed_ADrg and ASOPOT_s_ATqDmd divided by VMMP_c_TiSmpl
IF[AND(1,2,3,4,5)]

1.) LOCAA_s_LgtCtlA_MdTarDyn is

VMMP_LOC_c_LgtCtlA_MdTarDynDynEmgcyFct

2.) ASOPOT_s_ATqDmd is smaller than *ATarMdTarDynCtl

3.) LOCADF_m_LgtCtlA_ADmd is greater than ASOPOT_s_ATqDmd

4.) The difference of DSOPRE_s_DrvPed_ADrg and ASOPOT_s_ATqDmd divided by VMMP_c_TiSmpl is smaller then VMMP_LOCADF_p_LgtCtlA_AGrdMaxIncEmgcy

5.) *FlgRstctAGrdIncTracCtl is false

THEN:

LOCADF_s_LgtCtlA_AGrdMaxInc is the maximum of LgtCtlA_AGrdMaxIncTrj and the maximum of zero and the difference of DSOPRE_s_DrvPed_ADrg and ASOPOT_s_ATqDmd divided by VMMP_c_TiSmpl
IF[AND(1,2,3,4,5)]

1.) LOCAA_s_LgtCtlA_MdTarDyn is

VMMP_LOC_c_LgtCtlA_MdTarDynDynEmgcyFct

2.) ASOPOT_s_ATqDmd is smaller than *ATarMdTarDynCtl

3.) LOCADF_m_LgtCtlA_ADmd is greater than ASOPOT_s_ATqDmd

4.) The difference of DSOPRE_s_DrvPed_ADrg and ASOPOT_s_ATqDmd divided by VMMP_c_TiSmpl is smaller then VMMP_LOCADF_p_LgtCtlA_AGrdMaxIncEmgcy

5.) *FlgRstctAGrdIncTracCtl is false

THEN:

LOCADF_s_LgtCtlA_AGrdMaxInc is the maximum of LgtCtlA_AGrdMaxInc and the maximum of zero and the difference of DSOPRE_s_DrvPed_ADrg and ASOPOT_s_ATqDmd divided by VMMP_c_TiSmpl
IF[AND(1,2)]

1.) HMSOP_s_StHldAcv is equal to VMMP_HMSHC_c_StHldAcvDrvOff

2.) *FlgRstctAGrdIncTracCtl is false

THEN:

LOCADF_s_LgtCtlA_AGrdMaxInc shall show the maximum of the value for LOCADF_s_LgtCtlA_AGrdMaxInc specified above* and the output of the 1D interpolation parameter with

p1 = VMMP_LOCADF_DrvOffGrd_p1_AGrdMaxInc,

px = VMMP_LOCADF_DrvOffGrd_px_ADmdDif,

and the x-input value is the last value of LOCADF_s_LgtCtlA_ADmd without saturation

*specified above are requirement

VMMP_LOC_LOCADF-16653023

VMMP_LOC_LOCADF-20198676

VMMP_LOC_LOCADF-36890352

VMMP_LOC_LOCADF-16653024

VMMP_LOC_LOCADF-20198678

VMMP_LOC_LOCADF-36890365

VMMP_LOC_LOCADF-16653025

VMMP_LOC_LOCADF-20198685

VMMP_LOC_LOCADF-36890397

VMMP_LOC_LOCADF-16653026

VMMP_LOC_LOCADF-20198782

VMMP_LOC_LOCADF-36890408
LOCADF_s_LgtCtlA_AGrdMaxDec is LOCAA_s_LgtCtlA_AGrdMaxDec if not required differently in this chapter Gradient_selection_Ctl

Row	ID	Type	Status	Relevant	Candidate	Reason	Normalized text
2	16652979	Folder		no	False	type_not_target, status_filtered, relevance_filtered	Short description Short description Raw { "ID": "16652979", "ASIL": " ", "Text": "Short description", "Type": "Folder", "Status": "", "Summary": "Short description", "Relevant": "no", "column_12": "", "Foreign ID": "1077004", "Description": "", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
3	16652980	Information		no	False	type_not_target, status_filtered, relevance_filtered	The module LOCADF (LOngitudinal Control Acceleration Demand Forming) is part of the sub-function LOC. The module is responsible t The module LOCADF (LOngitudinal Control Acceleration Demand Forming) is part of the sub-function LOC. The module is responsible to form the arbitrated demand and dynamic tolerance with the given gradients to prevent non permitted request steps. It also considers the correct set points depending on the overall acceleration control state and requested dynamics. Additionally it limits the output demands according to a deceleration only request by taking the current vehicle state into account. Raw { "ID": "16652980", "ASIL": " ", "Text": "The module LOCADF (LOngitudinal Control Acceleration Demand Forming) is part of the sub-function LOC.\n_x000D_The module is responsible to form the arbitrated demand and dynamic tolerance with the given gradients to prevent non permitted request steps. It also considers the correct set points depending on the overall acceleration control state and requested dynamics.\n_x000D_Additionally it limits the output demands according to a deceleration only request by taking the current vehicle state into account.", "Type": "Information", "Status": "", "Summary": "", "Relevant": "no", "column_12": "", "Foreign ID": "1077009", "Description": "The module LOCADF (LOngitudinal Control Acceleration Demand Forming) is part of the sub-function LOC.\n_x000D_The module is responsible to form the arbitrated demand and dynamic tolerance with the given gradients to prevent non permitted request steps. It also considers the correct set points depending on the overall acceleration control state and requested dynamics.\n_x000D_Additionally it limits the output demands according to a deceleration only request by taking the current vehicle state into account.", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
4	16652981	Folder		no	False	type_not_target, status_filtered, relevance_filtered	Interface description Interface description Raw { "ID": "16652981", "ASIL": " ", "Text": "Interface description", "Type": "Folder", "Status": "", "Summary": "Interface description", "Relevant": "no", "column_12": "", "Foreign ID": "1181433", "Description": "", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
5	16652982	Information		no	False	type_not_target, status_filtered, relevance_filtered	The signals and parameter files for the relevante SWRS are: The signals and parameter files for the relevante SWRS are: Raw { "ID": "16652982", "ASIL": " ", "Text": "The signals and parameter files for the relevante SWRS are:", "Type": "Information", "Status": "", "Summary": "", "Relevant": "no", "column_12": "", "Foreign ID": "1380415", "Description": "The signals and parameter files for the relevante SWRS are:", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
6	16652983	Information		no	False	type_not_target, status_filtered, relevance_filtered	Member/SWC_VMMP/01_PROD/30_CG/DevTools/Spec/VMMP/VMMP.parameter Member/SWC_VMMP/01_PROD/30_CG/DevTools/Spec/VMMP/VMMP.parameter Raw { "ID": "16652983", "ASIL": " ", "Text": "Member/SWC_VMMP/01_PROD/30_CG/DevTools/Spec/VMMP/VMMP.parameter", "Type": "Information", "Status": "", "Summary": "", "Relevant": "no", "column_12": "", "Foreign ID": "1380413", "Description": "Member/SWC_VMMP/01_PROD/30_CG/DevTools/Spec/VMMP/VMMP.parameter", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
7	16652984	Information		no	False	type_not_target, status_filtered, relevance_filtered	Member/SWC_VMMP/01_PROD/30_CG/DevTools/Spec/VMMP/VMMP.signal Member/SWC_VMMP/01_PROD/30_CG/DevTools/Spec/VMMP/VMMP.signal Raw { "ID": "16652984", "ASIL": " ", "Text": "Member/SWC_VMMP/01_PROD/30_CG/DevTools/Spec/VMMP/VMMP.signal", "Type": "Information", "Status": "", "Summary": "", "Relevant": "no", "column_12": "", "Foreign ID": "1380414", "Description": "Member/SWC_VMMP/01_PROD/30_CG/DevTools/Spec/VMMP/VMMP.signal", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
8	16652985	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": "16652985", "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": "1380412", "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" }
9	16652986	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": "16652986", "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": "1380411", "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" }
10	16652987	Non-functional	Released	no	False	type_not_target, relevance_filtered	All outputs described in this document shall behave within the physical maximum and minumum values which are specified in SPE. All outputs described in this document shall behave within the physical maximum and minumum values which are specified in SPE. Raw { "ID": "16652987", "ASIL": " QM", "Text": "All outputs described in this document shall behave within the physical maximum and minumum values which are specified in SPE.", "Type": "Non-functional", "Status": "Released", "Summary": "", "Relevant": "no", "column_12": "", "Foreign ID": "1356957", "Description": "All outputs described in this document shall behave within the physical maximum and minumum values which are specified in SPE.", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
11	16652988	Non-functional	Released	no	False	type_not_target, relevance_filtered	All inputs described in this document will behave within the physical maximum and minumum values which are specified in SPE. All inputs described in this document will behave within the physical maximum and minumum values which are specified in SPE. Raw { "ID": "16652988", "ASIL": " QM", "Text": "All inputs described in this document will behave within the physical maximum and minumum values which are specified in SPE.", "Type": "Non-functional", "Status": "Released", "Summary": "", "Relevant": "no", "column_12": "", "Foreign ID": "1389984", "Description": "All inputs described in this document will behave within the physical maximum and minumum values which are specified in SPE.", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
12	16652989	Folder		no	False	type_not_target, status_filtered, relevance_filtered	Presetting/Framework/Definitions Presetting/Framework/Definitions Raw { "ID": "16652989", "ASIL": " ", "Text": "Presetting/Framework/Definitions", "Type": "Folder", "Status": "", "Summary": "Presetting/Framework/Definitions", "Relevant": "no", "column_12": "", "Foreign ID": "1077006", "Description": "", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
13	16652990	Folder		no	False	type_not_target, status_filtered, relevance_filtered	Traceability Traceability Raw { "ID": "16652990", "ASIL": " ", "Text": "Traceability", "Type": "Folder", "Status": "", "Summary": "Traceability", "Relevant": "no", "column_12": "", "Foreign ID": "1307722", "Description": "", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
14	16652991	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": "16652991", "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": "1307721", "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" }
15	16652992	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 docu 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": "16652992", "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": "1307720", "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" }
16	16652993	Folder		no	False	type_not_target, status_filtered, relevance_filtered	Toolchain Toolchain Raw { "ID": "16652993", "ASIL": " ", "Text": "Toolchain", "Type": "Folder", "Status": "", "Summary": "Toolchain", "Relevant": "no", "column_12": "", "Foreign ID": "1077011", "Description": "", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
17	16652994	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": "16652994", "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": "1077019", "Description": "The Matlab/Simulink/TargetLink versions have to be used according to the HCP1-Toolchain.", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
18	16652995	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": "16652995", "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": "1080642", "Description": "For modeling in Simulink the valid EnProVe catalogue of guidelines has to be used.", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
19	16652996	Folder		no	False	type_not_target, status_filtered, relevance_filtered	Tolerances Tolerances Raw { "ID": "16652996", "ASIL": " ", "Text": "Tolerances", "Type": "Folder", "Status": "", "Summary": "Tolerances", "Relevant": "no", "column_12": "", "Foreign ID": "1077012", "Description": "", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
20	16652997	Non-functional	Released	no	False	type_not_target, relevance_filtered	The allowed B2B deviation for all output-signals to the expected reactions is defined by the following tolerances: The allowed B2B deviation for all output-signals to the expected reactions is defined by the following tolerances: Raw { "ID": "16652997", "ASIL": " QM", "Text": "The allowed B2B deviation for all output-signals to the expected reactions is defined by the following tolerances:", "Type": "Non-functional", "Status": "Released", "Summary": "", "Relevant": "no", "column_12": "", "Foreign ID": "1077021", "Description": "The allowed B2B deviation for all output-signals to the expected reactions is defined by the following tolerances:", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
21	16652998	Non-functional	Released	no	False	type_not_target, relevance_filtered	Bool: No deviation allowed Bool: No deviation allowed Raw { "ID": "16652998", "ASIL": " QM", "Text": "\n_x000D_ \n_x000D_ Bool: No deviation allowed", "Type": "Non-functional", "Status": "Released", "Summary": "", "Relevant": "no", "column_12": "", "Foreign ID": "1095322", "Description": "\n_x000D_ \n_x000D_ Bool: No deviation allowed", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
22	16652999	Non-functional	Released	no	False	type_not_target, relevance_filtered	UInt, Int: No deviation allowed UInt, Int: No deviation allowed Raw { "ID": "16652999", "ASIL": " QM", "Text": "UInt, Int: No deviation allowed", "Type": "Non-functional", "Status": "Released", "Summary": "", "Relevant": "no", "column_12": "", "Foreign ID": "1095319", "Description": "UInt, Int: No deviation allowed", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
23	16653000	Non-functional	Released	no	False	type_not_target, relevance_filtered	Float: 0.1% related to the permissible value range of the signal Float: 0.1% related to the permissible value range of the signal Raw { "ID": "16653000", "ASIL": " QM", "Text": "Float: 0.1% related to the permissible value range of the signal", "Type": "Non-functional", "Status": "Released", "Summary": "", "Relevant": "no", "column_12": "", "Foreign ID": "1095320", "Description": "Float: 0.1% related to the permissible value range of the signal", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
24	16653001	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": "16653001", "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": "1095321", "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" }
25	16653002	Folder		no	False	type_not_target, status_filtered, relevance_filtered	Requirements Requirements Raw { "ID": "16653002", "ASIL": " ", "Text": "Requirements", "Type": "Folder", "Status": "", "Summary": "Requirements", "Relevant": "no", "column_12": "", "Foreign ID": "1218350", "Description": "", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
26	16653003	Information		no	False	type_not_target, status_filtered, relevance_filtered	For a better understanding of this quite complex modul this specification uses some variables, which are written in cursive and ar For a better understanding of this quite complex modul this specification uses some variables, which are written in cursive and are described in other sub-chapters or requirements. Variables used: generally valid: - gradient formed Demand ADF_ADmd (see chapter Item 1218387 valid in chapter LgtCtlA - ADmdTarCtl (see chapter Item 1218974 valid in chapter LgtLimA - ADmdTarLim (see chapter Item 1218977 Verbal links to a specific chapter are also written in cursive. One precondition at the beginning of each chapter or sub-chapter is often used to enables the specific chapter. If the chapter is not valid (Precondition not true), its requirements and sub-chapters are automatically invalid and can not be applied. Therefore it is necessary to take the structure of contents into account. If this chapter is invalid, some other chapter or requirement will be valid. The default behavior of the outputs are also often described at the beginning of the chapter. It applies if no other condition fits the situation. Raw { "ID": "16653003", "ASIL": " ", "Text": "For a better understanding of this quite complex modul this specification uses some variables, which are written in cursive and are described in other sub-chapters or requirements.\n_x000D_Variables used:\n_x000D_ \n_x000D_ \n_x000D_generally valid:\n_x000D_- gradient formed Demand ADF_ADmd (see chapter Item 1218387\n_x000D_valid in chapter LgtCtlA \n_x000D_- ADmdTarCtl (see chapter Item 1218974\n_x000D_valid in chapter LgtLimA\n_x000D_- ADmdTarLim (see chapter Item 1218977\n_x000D_ \n_x000D_ \n_x000D_Verbal links to a specific chapter are also written in cursive. \n_x000D_One precondition at the beginning of each chapter or sub-chapter is often used to enables the specific chapter. If the chapter is not valid (Precondition not true), its requirements and sub-chapters are automatically invalid and can not be applied. Therefore it is necessary to take the structure of contents into account. If this chapter is invalid, some other chapter or requirement will be valid.\n_x000D_The default behavior of the outputs are also often described at the beginning of the chapter. It applies if no other condition fits the situation.", "Type": "Information", "Status": "", "Summary": "", "Relevant": "no", "column_12": "", "Foreign ID": "1219260", "Description": "For a better understanding of this quite complex modul this specification uses some variables, which are written in cursive and are described in other sub-chapters or requirements.\n_x000D_Variables used:\n_x000D_ \n_x000D_ \n_x000D_generally valid:\n_x000D_- gradient formed Demand *ADF_ADmd (see chapter Item 1218387\n_x000D_valid in chapter LgtCtlA \n_x000D_- ADmdTarCtl (see chapter Item 1218974\n_x000D_valid in chapter LgtLimA\n_x000D_- ADmdTarLim (see chapter Item 1218977\n_x000D_ \n_x000D_ \n_x000D_Verbal links to a specific chapter are also written in cursive. \n_x000D_One precondition at the beginning of each chapter or sub-chapter is often used to enables the specific chapter. If the chapter is not valid (Precondition not true), its requirements and sub-chapters are automatically invalid and can not be applied. Therefore it is necessary to take the structure of contents into account. If this chapter is invalid, some other chapter or requirement will be valid.\n_x000D_The default behavior of the outputs are also often described at the beginning of the chapter. It applies if no other condition fits the situation.", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
27	16653004	Folder		no	False	type_not_target, status_filtered, relevance_filtered	gradient forming ADmd gradient forming ADmd Raw { "ID": "16653004", "ASIL": " ", "Text": "gradient forming ADmd", "Type": "Folder", "Status": "", "Summary": "gradient forming ADmd", "Relevant": "no", "column_12": "", "Foreign ID": "1218385", "Description": "", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
28	16653005	Information		no	False	type_not_target, status_filtered, relevance_filtered	The main purpose of this module is to form an acceleration demand, which the control can handle. Therefore the acceleration demand The main purpose of this module is to form an acceleration demand, which the control can handle. Therefore the acceleration demand of the external function ADmd will be formed with maximal gradients. This is described in this chapter and will be used further on. Inputs: ADmd GrdMaxInc GrdMaxDec ADmd_lastcycle Output: gradient formed Demand ADF_ADmd Raw { "ID": "16653005", "ASIL": " ", "Text": "The main purpose of this module is to form an acceleration demand, which the control can handle. Therefore the acceleration demand of the external function ADmd will be formed with maximal gradients. This is described in this chapter and will be used further on.\n_x000D_ \n_x000D_ \n_x000D_Inputs:\n_x000D_ADmd \n_x000D_GrdMaxInc \n_x000D_GrdMaxDec \n_x000D_ADmd_lastcycle\n_x000D_Output:\n_x000D_gradient formed Demand ADF_ADmd", "Type": "Information", "Status": "", "Summary": "The main purpose of this module is to form an acceleration demand~, which the control can handle. Therefore the acceleration demand of the external function ADmd will be formed with maximal gradients. This is described in this chapter and will be used ..", "Relevant": "no", "column_12": "", "Foreign ID": "1218387", "Description": "The main purpose of this module is to form an acceleration demand, which the control can handle. Therefore the acceleration demand of the external function ADmd will be formed with maximal gradients. This is described in this chapter and will be used further on.\n_x000D_ \n_x000D_ \n_x000D_Inputs:\n_x000D_ADmd \n_x000D_GrdMaxInc \n_x000D_GrdMaxDec \n_x000D_ADmd_lastcycle\n_x000D_Output:\n_x000D_gradient formed Demand *ADF_ADmd", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
29	55057009	Information		no	False	type_not_target, status_filtered, relevance_filtered	The main purpose of this module is to form an acceleration demand, which the control can handle. Therefore the acceleration demand The main purpose of this module is to form an acceleration demand, which the control can handle. Therefore the acceleration demand of the external function ADmd will be formed with maximal gradients. This is described in this chapter and will be used further on. Inputs: ADmd GrdMaxInc GrdMaxDec ADmd_lastcycle IdxNotLead Output: gradient formed Demand ADF_ADmd Raw { "ID": "55057009", "ASIL": " ", "Text": "The main purpose of this module is to form an acceleration demand, which the control can handle. Therefore the acceleration demand of the external function ADmd will be formed with maximal gradients. This is described in this chapter and will be used further on.\n_x000D_ \n_x000D_ \n_x000D_Inputs:\n_x000D_ADmd \n_x000D_GrdMaxInc \n_x000D_GrdMaxDec \n_x000D_ADmd_lastcycle\n_x000D_IdxNotLead\n_x000D_Output:\n_x000D_gradient formed Demand ADF_ADmd", "Type": "Information", "Status": "", "Summary": "The main purpose of this module is to form an acceleration demand~, which the control can handle. Therefore the acceleration demand of the external function ADmd will be formed with maximal gradients. This is described in this chapter and will be used ..", "Relevant": "no", "column_12": "", "Foreign ID": "", "Description": "The main purpose of this module is to form an acceleration demand, which the control can handle. Therefore the acceleration demand of the external function ADmd will be formed with maximal gradients. This is described in this chapter and will be used further on.\n_x000D_ \n_x000D_ \n_x000D_Inputs:\n_x000D_ADmd \n_x000D_GrdMaxInc \n_x000D_GrdMaxDec \n_x000D_ADmd_lastcycle\n_x000D_IdxNotLead\n_x000D_Output:\n_x000D_gradient formed Demand ADF_ADmd", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
30	16653006	Pre Condition	Released	no	False	type_not_target, relevance_filtered	For the first calculation cycle (start of simulation or processor startup) ADmd_lastcycle is 0 (zero). For the first calculation cycle (start of simulation or processor startup) ADmd_lastcycle is 0 (zero). Raw { "ID": "16653006", "ASIL": " QM", "Text": "For the first calculation cycle (start of simulation or processor startup) ADmd_lastcycle is 0 (zero).", "Type": "Pre Condition", "Status": "Released", "Summary": "", "Relevant": "no", "column_12": "", "Foreign ID": "1224829", "Description": "For the first calculation cycle (start of simulation or processor startup) ADmd_lastcycle is 0 (zero).", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
31	55054957	Pre Condition	Released	no	False	type_not_target, relevance_filtered	IF[OR(1,AND(2,3))]: 1) IdxNotLead is true 2) VMMP_LOCADF_p_SwtAcvAGrdLimRlsFlgAcv is true 3) LOCAA_s_LgtCtlA_FlgAcv is false O IF[OR(1,AND(2,3))]: 1) IdxNotLead is true 2) VMMP_LOCADF_p_SwtAcvAGrdLimRlsFlgAcv is true 3) LOCAA_s_LgtCtlA_FlgAcv is false OR LOCACS_s_StACtl is equal to VMMP_LOCACS_c_StACtlNotAcv THEN: ASOPOTgradienttransition is True ELSE: IF [1] 1) The absolute value of the difference between ADmd_lastcycle and the input ASOPOT_s_ATqDmd is smaller than VMMP_LOCADF_p_AThRlsADmdGrdLim THEN: ASOPOTgradienttransition is False Info: This is an SR-FlipFlop. Raw { "ID": "55054957", "ASIL": " QM", "Text": "IF[OR(1,AND(2,3))]:\n_x000D_1) IdxNotLead is true\n_x000D_2) VMMP_LOCADF_p_SwtAcvAGrdLimRlsFlgAcv is true\n_x000D_3) LOCAA_s_LgtCtlA_FlgAcv is false OR LOCACS_s_StACtl is equal to VMMP_LOCACS_c_StACtlNotAcv\n_x000D_THEN:\n_x000D_ASOPOTgradienttransition is True\n_x000D_ELSE:\n_x000D_IF [1]\n_x000D_1) The absolute value of the difference between ADmd_lastcycle and the input ASOPOT_s_ATqDmd is smaller than VMMP_LOCADF_p_AThRlsADmdGrdLim\n_x000D_THEN:\n_x000D_ASOPOTgradienttransition is False\n_x000D_ \n_x000D_Info: This is an SR-FlipFlop.", "Type": "Pre Condition", "Status": "Released", "Summary": "", "Relevant": "no", "column_12": "", "Foreign ID": "", "Description": "IF[OR(1,AND(2,3))]:\n_x000D_1) IdxNotLead is true\n_x000D_2) VMMP_LOCADF_p_SwtAcvAGrdLimRlsFlgAcv is true\n_x000D_3) LOCAA_s_LgtCtlA_FlgAcv is false OR LOCACS_s_StACtl is equal to VMMP_LOCACS_c_StACtlNotAcv\n_x000D_THEN:\n_x000D_ASOPOTgradienttransition is True\n_x000D_ELSE:\n_x000D_IF [1]\n_x000D_1) The absolute value of the difference between *ADmd_lastcycle and the input ASOPOT_s_ATqDmd is smaller than VMMP_LOCADF_p_AThRlsADmdGrdLim\n_x000D_THEN:\n_x000D_ASOPOTgradienttransition is False\n_x000D_ \n_x000D_Info: This is an SR-FlipFlop.", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
32	16653007	Pre Condition	Released	no	False	type_not_target, relevance_filtered	IF [1] 1) ADmd is bigger than or equal to ADmd_lastcycle THEN: The output ADF_ADmd is equal to the minimum of ADmd and t IF [1] 1) ADmd is bigger than or equal to ADmd_lastcycle THEN: The output ADF_ADmd is equal to the minimum of ADmd and the sum of the maximum of ADmd_lastcycle and the input ASOPOT_s_ATqDmd and the input value AGrdMaxInc multiplied by the cycle time VMMP_c_TiSmpl. Raw { "ID": "16653007", "ASIL": " QM", "Text": "IF [1] \n_x000D_1) ADmd is bigger than or equal to ADmd_lastcycle\n_x000D_THEN: \n_x000D_The output\n_x000D_ADF_ADmd is equal to the minimum of ADmd and the sum of the maximum of ADmd_lastcycle\n_x000D_and the input ASOPOT_s_ATqDmd and the input value AGrdMaxInc multiplied by the cycle time VMMP_c_TiSmpl.", "Type": "Pre Condition", "Status": "Released", "Summary": "", "Relevant": "no", "column_12": "", "Foreign ID": "1219136", "Description": "IF [1] \n_x000D_1) ADmd is bigger than or equal to ADmd_lastcycle\n_x000D_THEN: \n_x000D_The output\n_x000D_ADF_ADmd is equal to the minimum of ADmd and the sum of the maximum of ADmd_lastcycle\n_x000D_and the input ASOPOT_s_ATqDmd and the input value AGrdMaxInc multiplied by the cycle time VMMP_c_TiSmpl.", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
33	55057043	Pre Condition	Released	no	False	type_not_target, relevance_filtered	IF [AND(1,2)] 1) ADmd is greater than or equal to ADmd_lastcycle 2) ASOPOTgradienttransition is True THEN: The output ADF IF [AND(1,2)] 1) ADmd is greater than or equal to ADmd_lastcycle 2) ASOPOTgradienttransition is True THEN: The output ADF_ADmd is equal to the minimum of ADmd and the sum of the maximum of ADmd_lastcycle and the input ASOPOT_s_ATqDmd and the product of the input value AGrdMaxInc and the cycle time VMMP_c_TiSmpl. Raw { "ID": "55057043", "ASIL": " QM", "Text": "IF [AND(1,2)]\n_x000D_1) ADmd is greater than or equal to ADmd_lastcycle\n_x000D_2) ASOPOTgradienttransition is True\n_x000D_THEN: \n_x000D_The output\n_x000D_ADF_ADmd is equal to the minimum of ADmd and the sum of the maximum of ADmd_lastcycle\n_x000D_and the input ASOPOT_s_ATqDmd and the product of the input value AGrdMaxInc and the cycle time VMMP_c_TiSmpl.", "Type": "Pre Condition", "Status": "Released", "Summary": "", "Relevant": "no", "column_12": "", "Foreign ID": "", "Description": "IF [AND(1,2)]\n_x000D_1) ADmd is greater than or equal to ADmd_lastcycle\n_x000D_2) ASOPOTgradienttransition is True\n_x000D_THEN: \n_x000D_The output\n_x000D_ADF_ADmd is equal to the minimum of ADmd and the sum of the maximum of ADmd_lastcycle\n_x000D_and the input ASOPOT_s_ATqDmd and the product of the input value *AGrdMaxInc and the cycle time VMMP_c_TiSmpl.", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
34	55057076	Pre Condition	Released	no	False	type_not_target, relevance_filtered	IF [AND(1,2)] 1) ADmd is greater than or equal to ADmd_lastcycle 2) ASOPOTgradienttransition is False THEN: The output AD IF [AND(1,2)] 1) ADmd is greater than or equal to ADmd_lastcycle 2) ASOPOTgradienttransition is False THEN: The output ADF_ADmd is equal to the minimum of ADmd and the sum of ADmd_lastcycle and the product of the input value AGrdMaxInc and the cycle time VMMP_c_TiSmpl. Raw { "ID": "55057076", "ASIL": " QM", "Text": "IF [AND(1,2)]\n_x000D_1) ADmd is greater than or equal to ADmd_lastcycle\n_x000D_2) ASOPOTgradienttransition\n_x000D_is False\n_x000D_THEN: \n_x000D_The output ADF_ADmd is equal to the minimum of ADmd and the sum of ADmd_lastcycle\n_x000D_and the product of the input value AGrdMaxInc and the cycle time VMMP_c_TiSmpl.", "Type": "Pre Condition", "Status": "Released", "Summary": "", "Relevant": "no", "column_12": "", "Foreign ID": "", "Description": "IF [AND(1,2)]\n_x000D_1) ADmd is greater than or equal to ADmd_lastcycle\n_x000D_2) ASOPOTgradienttransition\n_x000D_is False\n_x000D_THEN: \n_x000D_The output ADF_ADmd is equal to the minimum of ADmd and the sum of ADmd_lastcycle\n_x000D_and the product of the input value *AGrdMaxInc and the cycle time VMMP_c_TiSmpl.", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
35	16653008	Pre Condition	Released	no	False	type_not_target, relevance_filtered	IF [1] 1) ADmd is smaller than ADmd_lastcycle THEN: The output ADF_ADmd is equal to the maximum of ADmd and the sum of th IF [1] 1) ADmd is smaller than ADmd_lastcycle THEN: The output ADF_ADmd is equal to the maximum of ADmd and the sum of the minimum ADmd_lastcycle and the input ASOPOT_s_ATqDmd and the input value AGrdMaxDec multiplied by the cycle time VMMP_c_TiSmpl. Raw { "ID": "16653008", "ASIL": " QM", "Text": "IF [1] \n_x000D_1) ADmd is smaller than ADmd_lastcycle\n_x000D_THEN: \n_x000D_The output ADF_ADmd is equal to the maximum of ADmd and the sum of the minimum ADmd_lastcycle \n_x000D_and the input ASOPOT_s_ATqDmd and the input value AGrdMaxDec multiplied by the cycle time VMMP_c_TiSmpl.", "Type": "Pre Condition", "Status": "Released", "Summary": "", "Relevant": "no", "column_12": "", "Foreign ID": "1312970", "Description": "IF [1] \n_x000D_1) ADmd is smaller than ADmd_lastcycle\n_x000D_THEN: \n_x000D_The output ADF_ADmd is equal to the maximum of ADmd and the sum of the minimum ADmd_lastcycle \n_x000D_and the input ASOPOT_s_ATqDmd and the input value AGrdMaxDec multiplied by the cycle time VMMP_c_TiSmpl.", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
36	55057046	Pre Condition	Released	no	False	type_not_target, relevance_filtered	IF [AND(1,2)] 1) ADmd is smaller than ADmd_lastcycle 2) ASOPOTgradienttransition is True THEN: The output ADF_ADmd is equ IF [AND(1,2)] 1) ADmd is smaller than ADmd_lastcycle 2) ASOPOTgradienttransition is True THEN: The output ADF_ADmd is equal to the maximum of ADmd and the sum of the minimum of ADmd_lastcycle and the input ASOPOT_s_ATqDmd and the product of the input value AGrdMaxDec and the cycle time VMMP_c_TiSmpl. Raw { "ID": "55057046", "ASIL": " QM", "Text": "IF [AND(1,2)]\n_x000D_1) ADmd is smaller than ADmd_lastcycle\n_x000D_2) ASOPOTgradienttransition\n_x000D_is True\n_x000D_THEN: \n_x000D_The output ADF_ADmd is equal to the maximum of ADmd and the sum of the minimum of ADmd_lastcycle \n_x000D_and the input ASOPOT_s_ATqDmd and the product of the input value AGrdMaxDec and the cycle time VMMP_c_TiSmpl.", "Type": "Pre Condition", "Status": "Released", "Summary": "", "Relevant": "no", "column_12": "", "Foreign ID": "", "Description": "IF [AND(1,2)]\n_x000D_1) ADmd is smaller than ADmd_lastcycle\n_x000D_2) ASOPOTgradienttransition\n_x000D_is True\n_x000D_THEN: \n_x000D_The output ADF_ADmd is equal to the maximum of ADmd and the sum of the minimum of ADmd_lastcycle \n_x000D_and the input ASOPOT_s_ATqDmd and the product of the input value *AGrdMaxDec and the cycle time VMMP_c_TiSmpl.", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
37	55057210	Pre Condition	Released	no	False	type_not_target, relevance_filtered	IF [AND(1,2)] 1) ADmd is smaller than ADmd_lastcycle 2) ASOPOTgradienttransition is False THEN: The output ADF_ADmd is e IF [AND(1,2)] 1) ADmd is smaller than ADmd_lastcycle 2) ASOPOTgradienttransition is False THEN: The output ADF_ADmd is equal to the maximum of ADmd and the sum of ADmd_lastcycle and the product of the input value AGrdMaxDec and the cycle time VMMP_c_TiSmpl. Raw { "ID": "55057210", "ASIL": " QM", "Text": "IF [AND(1,2)] \n_x000D_1) ADmd is smaller than ADmd_lastcycle\n_x000D_2) ASOPOTgradienttransition\n_x000D_ \n_x000D_is False\n_x000D_THEN: \n_x000D_The output ADF_ADmd is equal to the maximum of ADmd and the sum of ADmd_lastcycle \n_x000D_and the product of the input value AGrdMaxDec and the cycle time VMMP_c_TiSmpl.", "Type": "Pre Condition", "Status": "Released", "Summary": "", "Relevant": "no", "column_12": "", "Foreign ID": "", "Description": "IF [AND(1,2)] \n_x000D_1) ADmd is smaller than ADmd_lastcycle\n_x000D_2) ASOPOTgradienttransition\n_x000D_ \n_x000D_is False\n_x000D_THEN: \n_x000D_The output ADF_ADmd is equal to the maximum of ADmd and the sum of ADmd_lastcycle \n_x000D_and the product of the input value *AGrdMaxDec and the cycle time VMMP_c_TiSmpl.", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
38	16653009	Folder		no	False	type_not_target, status_filtered, relevance_filtered	gradient forming ATlrHiDyn gradient forming ATlrHiDyn Raw { "ID": "16653009", "ASIL": " ", "Text": "gradient forming ATlrHiDyn", "Type": "Folder", "Status": "", "Summary": "gradient forming ATlrHiDyn", "Relevant": "no", "column_12": "", "Foreign ID": "1312973", "Description": "", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
39	16653010	Pre Condition	Released	no	False	type_not_target, relevance_filtered	IF[AND(1,2)] 1.) LOCCTC_s_TqWhlDmd_TqTlrHiDyn is smaller than 0 (zero) 2.) DSOPRE_s_FlgBrkMScaAcv is active THEN: ATlrHiMaxIn IF[AND(1,2)] 1.) LOCCTC_s_TqWhlDmd_TqTlrHiDyn is smaller than 0 (zero) 2.) DSOPRE_s_FlgBrkMScaAcv is active THEN: ATlrHiMaxIni shall be (LOCCTC_s_TqWhlDmd_TqTlrHiDyn / VSOVD_s_FacMVehBrk - LOCAFBC_s_TqDmdCtl - VSOVD_s_TqDrvRstnCor + VSOVD_s_TqLgtSlopRoadCorHiAcu) / VSOVD_s_MVehVirtJ x VSOVD_s_RdDynCor ELSE: ATlrHiMaxIni shall be (LOCCTC_s_TqWhlDmd_TqTlrHiDyn - LOCAFBC_s_TqDmdCtl - VSOVD_s_TqDrvRstnCor + VSOVD_s_TqLgtSlopRoadCorHiAcu) / VSOVD_s_MVehVirtJ x VSOVD_s_RdDynCor Raw { "ID": "16653010", "ASIL": " QM", "Text": "IF[AND(1,2)]\n_x000D_1.) LOCCTC_s_TqWhlDmd_TqTlrHiDyn is smaller than 0 (zero)\n_x000D_2.) DSOPRE_s_FlgBrkMScaAcv is active\n_x000D_THEN: \n_x000D_ATlrHiMaxIni shall be (LOCCTC_s_TqWhlDmd_TqTlrHiDyn / VSOVD_s_FacMVehBrk - LOCAFBC_s_TqDmdCtl - VSOVD_s_TqDrvRstnCor + VSOVD_s_TqLgtSlopRoadCorHiAcu) / VSOVD_s_MVehVirtJ x VSOVD_s_RdDynCor\n_x000D_ELSE: \n_x000D_ATlrHiMaxIni shall be (LOCCTC_s_TqWhlDmd_TqTlrHiDyn - LOCAFBC_s_TqDmdCtl - VSOVD_s_TqDrvRstnCor + VSOVD_s_TqLgtSlopRoadCorHiAcu) / VSOVD_s_MVehVirtJ x VSOVD_s_RdDynCor", "Type": "Pre Condition", "Status": "Released", "Summary": "", "Relevant": "no", "column_12": "", "Foreign ID": "1341759", "Description": "IF[AND(1,2)]\n_x000D_1.) LOCCTC_s_TqWhlDmd_TqTlrHiDyn is smaller than 0 (zero)\n_x000D_2.) DSOPRE_s_FlgBrkMScaAcv is active\n_x000D_THEN: \n_x000D_ATlrHiMaxIni shall be (LOCCTC_s_TqWhlDmd_TqTlrHiDyn / VSOVD_s_FacMVehBrk - LOCAFBC_s_TqDmdCtl - VSOVD_s_TqDrvRstnCor + VSOVD_s_TqLgtSlopRoadCorHiAcu) / VSOVD_s_MVehVirtJ x VSOVD_s_RdDynCor\n_x000D_ELSE: \n_x000D_ATlrHiMaxIni shall be (LOCCTC_s_TqWhlDmd_TqTlrHiDyn - LOCAFBC_s_TqDmdCtl - VSOVD_s_TqDrvRstnCor + VSOVD_s_TqLgtSlopRoadCorHiAcu) / VSOVD_s_MVehVirtJ x VSOVD_s_RdDynCor", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
40	16653011	Information		no	False	type_not_target, status_filtered, relevance_filtered	The main purpose of this module is to form an acceleration demand, which the control can handle. Therefore the acceleration demand The main purpose of this module is to form an acceleration demand, which the control can handle. Therefore the acceleration demand of the external function ATlrHiDyn will be formed with maximal gradients. This is described in this chapter and will be used further on. Inputs: ATlrHiDyn GrdMaxInc GrdMaxDec ATlrHiDyn_lastcycle Output: gradient formed Demand ADF_ATlrHiDyn Raw { "ID": "16653011", "ASIL": " ", "Text": "The main purpose of this module is to form an acceleration demand, which the control can handle. Therefore the acceleration demand of the external function ATlrHiDyn will be formed with maximal gradients. This is described in this chapter and will be used further on.\n_x000D_Inputs:\n_x000D_ATlrHiDyn \n_x000D_GrdMaxInc \n_x000D_GrdMaxDec \n_x000D_ATlrHiDyn_lastcycle\n_x000D_Output:\n_x000D_gradient formed Demand ADF_ATlrHiDyn", "Type": "Information", "Status": "", "Summary": "", "Relevant": "no", "column_12": "", "Foreign ID": "1312972", "Description": "The main purpose of this module is to form an acceleration demand, which the control can handle. Therefore the acceleration demand of the external function ATlrHiDyn will be formed with maximal gradients. This is described in this chapter and will be used further on.\n_x000D_Inputs:\n_x000D_ATlrHiDyn \n_x000D_GrdMaxInc \n_x000D_GrdMaxDec \n_x000D_ATlrHiDyn_lastcycle\n_x000D_Output:\n_x000D_gradient formed Demand ADF_ATlrHiDyn", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
41	55081660	Information		no	False	type_not_target, status_filtered, relevance_filtered	The main purpose of this module is to form an acceleration demand, which the control can handle. Therefore the acceleration demand The main purpose of this module is to form an acceleration demand, which the control can handle. Therefore the acceleration demand of the external function ATlrHiDyn will be formed with maximal gradients. This is described in this chapter and will be used further on. Inputs: ATlrHiDyn GrdMaxInc GrdMaxDec ATlrHiDyn_lastcycle IdxNotLead Output: gradient formed Demand ADF_ATlrHiDyn Raw { "ID": "55081660", "ASIL": " ", "Text": "The main purpose of this module is to form an acceleration demand, which the control can handle. Therefore the acceleration demand of the external function ATlrHiDyn will be formed with maximal gradients. This is described in this chapter and will be used further on.\n_x000D_ \n_x000D_ \n_x000D_Inputs:\n_x000D_ATlrHiDyn \n_x000D_GrdMaxInc \n_x000D_GrdMaxDec \n_x000D_ATlrHiDyn_lastcycle\n_x000D_IdxNotLead \n_x000D_Output:\n_x000D_gradient formed Demand ADF_ATlrHiDyn", "Type": "Information", "Status": "", "Summary": "", "Relevant": "no", "column_12": "", "Foreign ID": "", "Description": "The main purpose of this module is to form an acceleration demand, which the control can handle. Therefore the acceleration demand of the external function ATlrHiDyn will be formed with maximal gradients. This is described in this chapter and will be used further on.\n_x000D_ \n_x000D_ \n_x000D_Inputs:\n_x000D_ATlrHiDyn \n_x000D_GrdMaxInc \n_x000D_GrdMaxDec \n_x000D_ATlrHiDyn_lastcycle\n_x000D_IdxNotLead \n_x000D_Output:\n_x000D_gradient formed Demand *ADF_ATlrHiDyn", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
42	16653012	Pre Condition	Released	no	False	type_not_target, relevance_filtered	For the first calculation cycle (start of simulation or processor startup) ATlrHiDyn_lastcycle is 0 (zero). For the first calculation cycle (start of simulation or processor startup) ATlrHiDyn_lastcycle is 0 (zero). Raw { "ID": "16653012", "ASIL": " QM", "Text": "For the first calculation cycle (start of simulation or processor startup) ATlrHiDyn_lastcycle is 0 (zero).", "Type": "Pre Condition", "Status": "Released", "Summary": "", "Relevant": "no", "column_12": "", "Foreign ID": "1312974", "Description": "For the first calculation cycle (start of simulation or processor startup) ATlrHiDyn_lastcycle is 0 (zero).", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
43	55081659	Pre Condition	Released	no	False	type_not_target, relevance_filtered	IF[OR(1,AND(2,3))]: 1) IdxNotLead is true 2) VMMP_LOCADF_p_SwtAcvAGrdLimRlsFlgAcv is true 3) LOCAA_s_LgtCtlA_FlgAcv is false O IF[OR(1,AND(2,3))]: 1) IdxNotLead is true 2) VMMP_LOCADF_p_SwtAcvAGrdLimRlsFlgAcv is true 3) LOCAA_s_LgtCtlA_FlgAcv is false OR LOCACS_s_StACtl is equal to VMMP_LOCACS_c_StACtlNotAcv THEN: ASOPOTgradienttransition is True ELSE: IF [1] 1) The absolute value of the difference between ADmd_lastcycle and the input ASOPOT_s_ATqDmd is smaller than VMMP_LOCADF_p_AThRlsADmdGrdLim THEN: ASOPOTgradienttransition is False Info: This is an SR-FlipFlop. Raw { "ID": "55081659", "ASIL": " QM", "Text": "IF[OR(1,AND(2,3))]:\n_x000D_1) IdxNotLead is true\n_x000D_2) VMMP_LOCADF_p_SwtAcvAGrdLimRlsFlgAcv is true\n_x000D_3) LOCAA_s_LgtCtlA_FlgAcv is false OR LOCACS_s_StACtl is equal to VMMP_LOCACS_c_StACtlNotAcv\n_x000D_THEN:\n_x000D_ASOPOTgradienttransition is True\n_x000D_ELSE:\n_x000D_IF [1]\n_x000D_1) The absolute value of the difference between ADmd_lastcycle and the input ASOPOT_s_ATqDmd is smaller than VMMP_LOCADF_p_AThRlsADmdGrdLim\n_x000D_THEN:\n_x000D_ASOPOTgradienttransition is False\n_x000D_ \n_x000D_Info: This is an SR-FlipFlop.", "Type": "Pre Condition", "Status": "Released", "Summary": "", "Relevant": "no", "column_12": "", "Foreign ID": "", "Description": "IF[OR(1,AND(2,3))]:\n_x000D_1) IdxNotLead is true\n_x000D_2) VMMP_LOCADF_p_SwtAcvAGrdLimRlsFlgAcv is true\n_x000D_3) LOCAA_s_LgtCtlA_FlgAcv is false OR LOCACS_s_StACtl is equal to VMMP_LOCACS_c_StACtlNotAcv\n_x000D_THEN:\n_x000D_ASOPOTgradienttransition is True\n_x000D_ELSE:\n_x000D_IF [1]\n_x000D_1) The absolute value of the difference between *ADmd_lastcycle and the input ASOPOT_s_ATqDmd is smaller than VMMP_LOCADF_p_AThRlsADmdGrdLim\n_x000D_THEN:\n_x000D_ASOPOTgradienttransition is False\n_x000D_ \n_x000D_Info: This is an SR-FlipFlop.", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
44	16653013	Pre Condition	Released	no	False	type_not_target, relevance_filtered	IF [1] 1) ATlrHiDyn is greater than or equal to ATlrHiDyn_lastcycle THEN: The output ADF_ATlrHiDyn is equal to the minimu IF [1] 1) ATlrHiDyn is greater than or equal to ATlrHiDyn_lastcycle THEN: The output ADF_ATlrHiDyn is equal to the minimum of ATlrHiDyn and the sum of the maximum of ATlrHiDyn_lastcycle and the input ASOPOT_s_ATqDmd and the input value AGrdMaxInc multiplied by the cycle time VMMP_c_TiSmpl. Raw { "ID": "16653013", "ASIL": " QM", "Text": "IF [1] \n_x000D_1) ATlrHiDyn is greater than or equal to ATlrHiDyn_lastcycle\n_x000D_THEN: \n_x000D_The output\n_x000D_ADF_ATlrHiDyn is equal to the minimum of ATlrHiDyn and the sum of the maximum of ATlrHiDyn_lastcycle\n_x000D_and the input ASOPOT_s_ATqDmd and the input value AGrdMaxInc multiplied by the cycle time VMMP_c_TiSmpl.", "Type": "Pre Condition", "Status": "Released", "Summary": "", "Relevant": "no", "column_12": "", "Foreign ID": "1312975", "Description": "IF [1] \n_x000D_1) ATlrHiDyn is greater than or equal to ATlrHiDyn_lastcycle\n_x000D_THEN: \n_x000D_The output\n_x000D_ADF_ATlrHiDyn is equal to the minimum of ATlrHiDyn and the sum of the maximum of ATlrHiDyn_lastcycle\n_x000D_and the input ASOPOT_s_ATqDmd and the input value *AGrdMaxInc multiplied by the cycle time VMMP_c_TiSmpl.", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
45	55081724	Pre Condition	Released	no	False	type_not_target, relevance_filtered	IF [AND(1,2)] 1) ATlrHiDyn is greater than or equal to ATlrHiDyn_lastcycle 2) ASOPOTgradienttransition is True THEN: The IF [AND(1,2)] 1) ATlrHiDyn is greater than or equal to ATlrHiDyn_lastcycle 2) ASOPOTgradienttransition is True THEN: The output ADF_ATlrHiDyn is equal to the minimum of ATlrHiDyn and the sum of the maximum of ATlrHiDyn_lastcycle and the input ASOPOT_s_ATqDmd and the product of the input value AGrdMaxInc and the cycle time VMMP_c_TiSmpl. Raw { "ID": "55081724", "ASIL": " QM", "Text": "IF [AND(1,2)] \n_x000D_1) ATlrHiDyn is greater than or equal to ATlrHiDyn_lastcycle\n_x000D_2) ASOPOTgradienttransition\n_x000D_ \n_x000D_is True\n_x000D_THEN: \n_x000D_The output\n_x000D_ADF_ATlrHiDyn is equal to the minimum of ATlrHiDyn and the sum of the maximum of ATlrHiDyn_lastcycle\n_x000D_and the input ASOPOT_s_ATqDmd and the product of the input value AGrdMaxInc and the cycle time VMMP_c_TiSmpl.", "Type": "Pre Condition", "Status": "Released", "Summary": "", "Relevant": "no", "column_12": "", "Foreign ID": "", "Description": "IF [AND(1,2)] \n_x000D_1) ATlrHiDyn is greater than or equal to ATlrHiDyn_lastcycle\n_x000D_2) ASOPOTgradienttransition\n_x000D_ \n_x000D_is True\n_x000D_THEN: \n_x000D_The output\n_x000D_ADF_ATlrHiDyn is equal to the minimum of ATlrHiDyn and the sum of the maximum of ATlrHiDyn_lastcycle\n_x000D_and the input ASOPOT_s_ATqDmd and the product of the input value AGrdMaxInc and the cycle time VMMP_c_TiSmpl.", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
46	55081927	Pre Condition	Released	no	False	type_not_target, relevance_filtered	IF [AND(1,2)] 1) ATlrHiDyn is greater than or equal to ATlrHiDyn_lastcycle 2) ASOPOTgradienttransition is False THEN: The IF [AND(1,2)] 1) ATlrHiDyn is greater than or equal to ATlrHiDyn_lastcycle 2) ASOPOTgradienttransition is False THEN: The output ADF_ATlrHiDyn is equal to the minimum of ATlrHiDyn and the sum of ATlrHiDyn_lastcycle and the product of the input value AGrdMaxInc and the cycle time VMMP_c_TiSmpl. Raw { "ID": "55081927", "ASIL": " QM", "Text": "IF [AND(1,2)] \n_x000D_1) ATlrHiDyn is greater than or equal to ATlrHiDyn_lastcycle\n_x000D_2) ASOPOTgradienttransition\n_x000D_ \n_x000D_is False\n_x000D_THEN: \n_x000D_The output\n_x000D_ADF_ATlrHiDyn is equal to the minimum of ATlrHiDyn and the sum of ATlrHiDyn_lastcycle\n_x000D_and the product of the input value AGrdMaxInc and the cycle time VMMP_c_TiSmpl.", "Type": "Pre Condition", "Status": "Released", "Summary": "", "Relevant": "no", "column_12": "", "Foreign ID": "", "Description": "IF [AND(1,2)] \n_x000D_1) ATlrHiDyn is greater than or equal to ATlrHiDyn_lastcycle\n_x000D_2) ASOPOTgradienttransition\n_x000D_ \n_x000D_is False\n_x000D_THEN: \n_x000D_The output\n_x000D_ADF_ATlrHiDyn is equal to the minimum of ATlrHiDyn and the sum of ATlrHiDyn_lastcycle\n_x000D_and the product of the input value AGrdMaxInc and the cycle time VMMP_c_TiSmpl.", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
47	16653014	Pre Condition	Released	no	False	type_not_target, relevance_filtered	IF [AND(1,2,3,4)] 1) ATlrHiDyn is smaller than ATlrHiDyn_lastcycle 2) ASOPOT_s_ATqDmd is smaller than 0 3) ASOPOT_s_ATqDmd i IF [AND(1,2,3,4)] 1) ATlrHiDyn is smaller than ATlrHiDyn_lastcycle 2) ASOPOT_s_ATqDmd is smaller than 0 3) ASOPOT_s_ATqDmd is smaller than ASOPOT_s_ATqAct 4) ASOPOT_s_ATqDmd is smaller than ATlrHiMaxIni The output ADF_ATlrHiDyn is equal to the maximum of ATlrHiDyn and the sum of the input value AGrdMaxDec multiplied by the cycle time VMMP_c_TiSmpl.and the minuimum of 0, ASOPOT_s_ATqAct, ATlrHiMaxIni and ATlrHiDyn_lastcycle. Raw { "ID": "16653014", "ASIL": " QM", "Text": "IF [AND(1,2,3,4)] \n_x000D_1) ATlrHiDyn is smaller than ATlrHiDyn_lastcycle\n_x000D_2) ASOPOT_s_ATqDmd is smaller than 0\n_x000D_3) ASOPOT_s_ATqDmd is smaller than ASOPOT_s_ATqAct\n_x000D_4) ASOPOT_s_ATqDmd is smaller than ATlrHiMaxIni \n_x000D_The output ADF_ATlrHiDyn is equal to the\n_x000D_maximum of ATlrHiDyn and the sum of the input value AGrdMaxDec multiplied by the cycle time VMMP_c_TiSmpl.and the minuimum of 0, ASOPOT_s_ATqAct, ATlrHiMaxIni and ATlrHiDyn_lastcycle.", "Type": "Pre Condition", "Status": "Released", "Summary": "", "Relevant": "no", "column_12": "", "Foreign ID": "1312976", "Description": "IF [AND(1,2,3,4)] \n_x000D_1) ATlrHiDyn is smaller than ATlrHiDyn_lastcycle\n_x000D_2) ASOPOT_s_ATqDmd is smaller than 0\n_x000D_3) ASOPOT_s_ATqDmd is smaller than ASOPOT_s_ATqAct\n_x000D_4) ASOPOT_s_ATqDmd is smaller than ATlrHiMaxIni \n_x000D_The output ADF_ATlrHiDyn is equal to the\n_x000D_maximum of ATlrHiDyn and the sum of the input value *AGrdMaxDec multiplied by the cycle time VMMP_c_TiSmpl.and the minuimum of 0, ASOPOT_s_ATqAct, ATlrHiMaxIni and ATlrHiDyn_lastcycle.", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
48	55147482	Pre Condition	Released	no	False	type_not_target, relevance_filtered	IF [AND(1,2,3,4,5)] 1) ATlrHiDyn is smaller than ATlrHiDyn_lastcycle 2) ASOPOT_s_ATqDmd is smaller than 0 3) ASOPOT_s_ATqDmd IF [AND(1,2,3,4,5)] 1) ATlrHiDyn is smaller than ATlrHiDyn_lastcycle 2) ASOPOT_s_ATqDmd is smaller than 0 3) ASOPOT_s_ATqDmd is smaller than ASOPOT_s_ATqAct 4) ASOPOT_s_ATqDmd is smaller than ATlrHiMaxIni 5) ASOPOTgradienttransition is True The output ADF_ATlrHiDyn is equal to the maximum of ATlrHiDyn and the sum of the input value AGrdMaxDec multiplied by the cycle time VMMP_c_TiSmpl.and the minuimum of 0, ASOPOT_s_ATqAct, ATlrHiMaxIni and ATlrHiDyn_lastcycle. Raw { "ID": "55147482", "ASIL": " QM", "Text": "IF [AND(1,2,3,4,5)]\n_x000D_1) ATlrHiDyn is smaller than ATlrHiDyn_lastcycle\n_x000D_2) ASOPOT_s_ATqDmd is smaller than 0\n_x000D_3) ASOPOT_s_ATqDmd is smaller than ASOPOT_s_ATqAct\n_x000D_4) ASOPOT_s_ATqDmd is smaller than ATlrHiMaxIni\n_x000D_5) ASOPOTgradienttransition is True\n_x000D_The output ADF_ATlrHiDyn is equal to the\n_x000D_maximum of ATlrHiDyn and the sum of the input value AGrdMaxDec multiplied by the cycle time VMMP_c_TiSmpl.and the minuimum of 0, ASOPOT_s_ATqAct, ATlrHiMaxIni and ATlrHiDyn_lastcycle.", "Type": "Pre Condition", "Status": "Released", "Summary": "", "Relevant": "no", "column_12": "", "Foreign ID": "", "Description": "IF [AND(1,2,3,4,5)]\n_x000D_1) ATlrHiDyn is smaller than ATlrHiDyn_lastcycle\n_x000D_2) ASOPOT_s_ATqDmd is smaller than 0\n_x000D_3) ASOPOT_s_ATqDmd is smaller than ASOPOT_s_ATqAct\n_x000D_4) ASOPOT_s_ATqDmd is smaller than ATlrHiMaxIni\n_x000D_5) ASOPOTgradienttransition is True\n_x000D_The output ADF_ATlrHiDyn is equal to the\n_x000D_maximum of ATlrHiDyn and the sum of the input value *AGrdMaxDec multiplied by the cycle time VMMP_c_TiSmpl.and the minuimum of 0, ASOPOT_s_ATqAct, ATlrHiMaxIni and ATlrHiDyn_lastcycle.", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
49	16653015	Pre Condition	Released	no	False	type_not_target, relevance_filtered	IF [AND(1,OR(2,3,4))] 1) ATlrHiDyn is smaller than ATlrHiDyn_lastcycle 2) ASOPOT_s_ATqDmd is greater than 0 3) ASOPOT_s_ATqDm IF [AND(1,OR(2,3,4))] 1) ATlrHiDyn is smaller than ATlrHiDyn_lastcycle 2) ASOPOT_s_ATqDmd is greater than 0 3) ASOPOT_s_ATqDmd is greater than ASOPOT_s_ATqAct 4) ASOPOT_s_ATqDmd is greater than ATlrHiMaxIni THEN: The output ADF_ATlrHiDyn is equal to the maximum of ATlrHiDyn and the sum of the input value AGrdMaxDec multiplied by the cycle time VMMP_c_TiSmpl.and the minimum of ATlrHiDyn_lastcycle and the input ASOPOT_s_ATqDmd. Raw { "ID": "16653015", "ASIL": " QM", "Text": "IF [AND(1,OR(2,3,4))]\n_x000D_1) ATlrHiDyn is smaller than ATlrHiDyn_lastcycle\n_x000D_2) ASOPOT_s_ATqDmd is greater than 0\n_x000D_3) ASOPOT_s_ATqDmd is greater than ASOPOT_s_ATqAct\n_x000D_4) ASOPOT_s_ATqDmd is greater than ATlrHiMaxIni\n_x000D_THEN: \n_x000D_The output ADF_ATlrHiDyn is equal to the\n_x000D_maximum of ATlrHiDyn and the sum of the input value AGrdMaxDec multiplied by the cycle time VMMP_c_TiSmpl.and the minimum of ATlrHiDyn_lastcycle and the input ASOPOT_s_ATqDmd.", "Type": "Pre Condition", "Status": "Released", "Summary": "", "Relevant": "no", "column_12": "", "Foreign ID": "1312977", "Description": "IF [AND(1,OR(2,3,4))]\n_x000D_1) ATlrHiDyn is smaller than ATlrHiDyn_lastcycle\n_x000D_2) ASOPOT_s_ATqDmd is greater than 0\n_x000D_3) ASOPOT_s_ATqDmd is greater than ASOPOT_s_ATqAct\n_x000D_4) ASOPOT_s_ATqDmd is greater than ATlrHiMaxIni\n_x000D_THEN: \n_x000D_The output ADF_ATlrHiDyn is equal to the\n_x000D_maximum of ATlrHiDyn and the sum of the input value AGrdMaxDec multiplied by the cycle time VMMP_c_TiSmpl.and the minimum of ATlrHiDyn_lastcycle and the input ASOPOT_s_ATqDmd.", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
50	55150056	Pre Condition	Released	no	False	type_not_target, relevance_filtered	IF [AND(1,5,OR(2,3,4))] 1) ATlrHiDyn is smaller than ATlrHiDyn_lastcycle 2) ASOPOT_s_ATqDmd is greater than 0 3) ASOPOT_s_ATq IF [AND(1,5,OR(2,3,4))] 1) ATlrHiDyn is smaller than ATlrHiDyn_lastcycle 2) ASOPOT_s_ATqDmd is greater than 0 3) ASOPOT_s_ATqDmd is greater than ASOPOT_s_ATqAct 4) ASOPOT_s_ATqDmd is greater than ATlrHiMaxIni 5) ASOPOTgradienttransition is True THEN: The output ADF_ATlrHiDyn is equal to the maximum of ATlrHiDyn and the sum of the input value AGrdMaxDec multiplied by the cycle time VMMP_c_TiSmpl.and the minimum of ATlrHiDyn_lastcycle and the input ASOPOT_s_ATqDmd. Raw { "ID": "55150056", "ASIL": " QM", "Text": "IF [AND(1,5,OR(2,3,4))]\n_x000D_1) ATlrHiDyn is smaller than ATlrHiDyn_lastcycle\n_x000D_2) ASOPOT_s_ATqDmd is greater than 0\n_x000D_3) ASOPOT_s_ATqDmd is greater than ASOPOT_s_ATqAct\n_x000D_4) ASOPOT_s_ATqDmd is greater than ATlrHiMaxIni\n_x000D_5) ASOPOTgradienttransition is True\n_x000D_THEN: \n_x000D_The output ADF_ATlrHiDyn is equal to the\n_x000D_maximum of ATlrHiDyn and the sum of the input value AGrdMaxDec multiplied by the cycle time VMMP_c_TiSmpl.and the minimum of ATlrHiDyn_lastcycle and the input ASOPOT_s_ATqDmd.", "Type": "Pre Condition", "Status": "Released", "Summary": "", "Relevant": "no", "column_12": "", "Foreign ID": "", "Description": "IF [AND(1,5,OR(2,3,4))]\n_x000D_1) ATlrHiDyn is smaller than ATlrHiDyn_lastcycle\n_x000D_2) ASOPOT_s_ATqDmd is greater than 0\n_x000D_3) ASOPOT_s_ATqDmd is greater than ASOPOT_s_ATqAct\n_x000D_4) ASOPOT_s_ATqDmd is greater than ATlrHiMaxIni\n_x000D_5) ASOPOTgradienttransition is True\n_x000D_THEN: \n_x000D_The output ADF_ATlrHiDyn is equal to the\n_x000D_maximum of ATlrHiDyn and the sum of the input value AGrdMaxDec multiplied by the cycle time VMMP_c_TiSmpl.and the minimum of ATlrHiDyn_lastcycle and the input ASOPOT_s_ATqDmd.", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
51	55150283	Pre Condition	Released	no	False	type_not_target, relevance_filtered	IF [AND(1,2)] 1) ATlrHiDyn is smaller than ATlrHiDyn_lastcycle 2) ASOPOTgradienttransition is False THEN: The output ADF_A IF [AND(1,2)] 1) ATlrHiDyn is smaller than ATlrHiDyn_lastcycle 2) ASOPOTgradienttransition is False THEN: The output ADF_ATlrHiDyn is equal to the maximum of ATlrHiDyn and the sum of the input value AGrdMaxDec multiplied by the cycle time VMMP_c_TiSmpl.and ATlrHiDyn_lastcycle. Raw { "ID": "55150283", "ASIL": " QM", "Text": "IF [AND(1,2)]\n_x000D_1) ATlrHiDyn is smaller than ATlrHiDyn_lastcycle\n_x000D_2) ASOPOTgradienttransition is False\n_x000D_THEN: \n_x000D_The output ADF_ATlrHiDyn is equal to the\n_x000D_maximum of ATlrHiDyn and the sum of the input value AGrdMaxDec multiplied by the cycle time VMMP_c_TiSmpl.and ATlrHiDyn_lastcycle.", "Type": "Pre Condition", "Status": "Released", "Summary": "", "Relevant": "no", "column_12": "", "Foreign ID": "", "Description": "IF [AND(1,2)]\n_x000D_1) ATlrHiDyn is smaller than ATlrHiDyn_lastcycle\n_x000D_2) ASOPOTgradienttransition is False\n_x000D_THEN: \n_x000D_The output ADF_ATlrHiDyn is equal to the\n_x000D_maximum of ATlrHiDyn and the sum of the input value AGrdMaxDec multiplied by the cycle time VMMP_c_TiSmpl.and *ATlrHiDyn_lastcycle.", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
52	59373755	Pre Condition	Released	no	False	type_not_target, relevance_filtered	IF [1] 1) Bit position VMMP_SINFCT_c_LgtCtl_IdxBitFldConfMdADmdSmth of signal ARBLLCSC_s_LgtCtl_BitFldConf is true THEN: TiIn IF [1] 1) Bit position VMMP_SINFCT_c_LgtCtl_IdxBitFldConfMdADmdSmth of signal ARBLLCSC_s_LgtCtl_BitFldConf is true THEN: TiInvADmdGrdRamp is equal to VMMP_LOCADF_p_AGrdLim_TiInvADmdGrdRampCAPA ELSE: TiInvADmdGrdRamp is equal to VMMP_LOCADF_p_AGrdLim_TiInvADmdGrdRamp Raw { "ID": "59373755", "ASIL": " QM", "Text": "IF [1] \n_x000D_1) Bit position VMMP_SINFCT_c_LgtCtl_IdxBitFldConfMdADmdSmth of signal ARBLLCSC_s_LgtCtl_BitFldConf is true\n_x000D_THEN: \n_x000D_TiInvADmdGrdRamp is equal to VMMP_LOCADF_p_AGrdLim_TiInvADmdGrdRampCAPA\n_x000D_ELSE:\n_x000D_TiInvADmdGrdRamp is equal to VMMP_LOCADF_p_AGrdLim_TiInvADmdGrdRamp", "Type": "Pre Condition", "Status": "Released", "Summary": "threshold ramp", "Relevant": "no", "column_12": "", "Foreign ID": "", "Description": "IF [1] \n_x000D_1) Bit position VMMP_SINFCT_c_LgtCtl_IdxBitFldConfMdADmdSmth of signal ARBLLCSC_s_LgtCtl_BitFldConf is true\n_x000D_THEN: \n_x000D_TiInvADmdGrdRamp is equal to VMMP_LOCADF_p_AGrdLim_TiInvADmdGrdRampCAPA\n_x000D_ELSE:\n_x000D_TiInvADmdGrdRamp is equal to VMMP_LOCADF_p_AGrdLim_TiInvADmdGrdRamp", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
53	59373765	Pre Condition	Released	no	False	type_not_target, relevance_filtered	IF [1] 1) Bit position VMMP_SINFCT_c_LgtCtl_IdxBitFldConfMdADmdSmth of signal ARBLLCSC_s_LgtCtl_BitFldConf is true THEN: ADmd IF [1] 1) Bit position VMMP_SINFCT_c_LgtCtl_IdxBitFldConfMdADmdSmth of signal ARBLLCSC_s_LgtCtl_BitFldConf is true THEN: ADmdDifTh is equal to VMMP_LOCADF_p_AGrdLim_ADmdDifThCAPA ELSE: ADmdDifTh is equal to VMMP_LOCADF_p_AGrdLim_ADmdDifTh Raw { "ID": "59373765", "ASIL": " QM", "Text": "IF [1] \n_x000D_1) Bit position VMMP_SINFCT_c_LgtCtl_IdxBitFldConfMdADmdSmth of signal ARBLLCSC_s_LgtCtl_BitFldConf is true\n_x000D_THEN: \n_x000D_ADmdDifTh is equal to VMMP_LOCADF_p_AGrdLim_ADmdDifThCAPA\n_x000D_ELSE:\n_x000D_ADmdDifTh is equal to VMMP_LOCADF_p_AGrdLim_ADmdDifTh", "Type": "Pre Condition", "Status": "Released", "Summary": "threshold ramp", "Relevant": "no", "column_12": "", "Foreign ID": "", "Description": "IF [1] \n_x000D_1) Bit position VMMP_SINFCT_c_LgtCtl_IdxBitFldConfMdADmdSmth of signal ARBLLCSC_s_LgtCtl_BitFldConf is true\n_x000D_THEN: \n_x000D_ADmdDifTh is equal to VMMP_LOCADF_p_AGrdLim_ADmdDifThCAPA\n_x000D_ELSE:\n_x000D_ADmdDifTh is equal to VMMP_LOCADF_p_AGrdLim_ADmdDifTh", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
54	36862411	Folder		no	False	type_not_target, status_filtered, relevance_filtered	limited gradient AGrdMaxInc limited gradient AGrdMaxInc Raw { "ID": "36862411", "ASIL": " ", "Text": "limited gradient AGrdMaxInc", "Type": "Folder", "Status": "", "Summary": "limited gradient AGrdMaxInc", "Relevant": "no", "column_12": "", "Foreign ID": "", "Description": "", "Vehicle Launch": "", "Vehicle Platform": "" }
55	36862571	Information		no	False	type_not_target, status_filtered, relevance_filtered	The purpose of this function is to limitt the acceleration demand increasing gradient, in which the acceleration demand forming at The purpose of this function is to limitt the acceleration demand increasing gradient, in which the acceleration demand forming at small acceleration demand change can be smoother and avoid stepwise progression. Therefore the gradient of the external function ADmd will be formed with limited maximal gradients. This is described in this chapter and will be used further on. Inputs: ADmd GrdMaxInc ADmd_lastcycle Output: limited gradient ADF_AGrdMaxInc Raw { "ID": "36862571", "ASIL": " ", "Text": "The purpose of this function is to limitt the acceleration demand increasing gradient, in which the acceleration demand forming at small acceleration demand change can be smoother and avoid stepwise progression. Therefore the gradient of the external function ADmd will be formed with limited maximal gradients. This is described in this chapter and will be used further on.\n_x000D_ \n_x000D_Inputs:\n_x000D_ADmd \n_x000D_GrdMaxInc \n_x000D_ADmd_lastcycle\n_x000D_Output:\n_x000D_limited gradient ADF_AGrdMaxInc", "Type": "Information", "Status": "", "Summary": "The main purpose of this module is to form an acceleration demand~, which the control can handle. Therefore the acceleration demand of the external function ADmd will be formed with maximal gradients. This is described in this chapter and will be used ..", "Relevant": "no", "column_12": "", "Foreign ID": "", "Description": "The purpose of this function is to limitt the acceleration demand increasing gradient, in which the acceleration demand forming at small acceleration demand change can be smoother and avoid stepwise progression. Therefore the gradient of the external function ADmd will be formed with limited maximal gradients. This is described in this chapter and will be used further on.\n_x000D_ \n_x000D_Inputs:\n_x000D_ADmd \n_x000D_GrdMaxInc \n_x000D_ADmd_lastcycle\n_x000D_Output:\n_x000D_limited gradient ADF_AGrdMaxInc", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
56	36887069	Pre Condition	Released	no	False	type_not_target, relevance_filtered	For the first calculation cycle (start of simulation or processor startup) ADmd_lastcycle is 0 (zero). For the first calculation cycle (start of simulation or processor startup) ADmd_lastcycle is 0 (zero). Raw { "ID": "36887069", "ASIL": " QM", "Text": "For the first calculation cycle (start of simulation or processor startup) ADmd_lastcycle is 0 (zero).", "Type": "Pre Condition", "Status": "Released", "Summary": "", "Relevant": "no", "column_12": "", "Foreign ID": "", "Description": "For the first calculation cycle (start of simulation or processor startup) ADmd_lastcycle is 0 (zero).", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
57	36887197	Pre Condition	Released	no	False	type_not_target, relevance_filtered	IF [1] 1) ADmd has not changed its value from the previous to this time step THEN: a new target time for the ramp is defined: IF [1] 1) ADmd has not changed its value from the previous to this time step THEN: a new target time for the ramp is defined: 1/TiInvADmdGrdRamp from this point of time. Raw { "ID": "36887197", "ASIL": " QM", "Text": "IF [1]\n_x000D_1) ADmd has not changed its value from the previous to this time step\n_x000D_THEN:\n_x000D_a new target time for the ramp is defined: 1/TiInvADmdGrdRamp from this point of time.", "Type": "Pre Condition", "Status": "Released", "Summary": "threshold ramp: target time", "Relevant": "no", "column_12": "", "Foreign ID": "", "Description": "IF [1]\n_x000D_1) ADmd has not changed its value from the previous to this time step\n_x000D_THEN:\n_x000D_a new target time for the ramp is defined: 1/TiInvADmdGrdRamp from this point of time.", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
58	37712851	Pre Condition	Released	no	False	type_not_target, relevance_filtered	IF [1] 1) ADmd has not changed its value from the previous to this time step THEN: threshold ramp is equal to the sum of IF [1] 1) ADmd has not changed its value from the previous to this time step THEN: threshold ramp is equal to the sum of ADmd-ADmdDifTh and ADmdDifThTiInvADmdGrdRampVMMP_c_TiSmpl ELSEIF [1] 1) target time is reached THEN: threshold ramp is equal to ADmd ELSE: threshold ramp is equal to the sum of threshold ramp of the previous time step and ADmdDifThTiInvADmdGrdRampVMMP_c_TiSmpl Info: this defines a linear increasing threshold ramp starting at ADmd-ADmdDifTh and ending at ADmd when the target time is reached shifted by one time step. Raw { "ID": "37712851", "ASIL": " QM", "Text": "IF [1] \n_x000D_1) \n_x000D_ADmd\n_x000D_ has not changed its value from the previous to this time step\n_x000D_THEN: \n_x000D_threshold ramp is equal to the sum of ADmd-ADmdDifTh and ADmdDifThTiInvADmdGrdRampVMMP_c_TiSmpl\n_x000D_ELSEIF [1] \n_x000D_1) target time is reached\n_x000D_THEN:\n_x000D_threshold ramp is equal to ADmd\n_x000D_ELSE:\n_x000D_threshold ramp is equal to the sum of threshold ramp of the previous time step and ADmdDifThTiInvADmdGrdRampVMMP_c_TiSmpl\n_x000D_ \n_x000D_ \n_x000D_Info: this defines a linear increasing threshold ramp starting at ADmd-ADmdDifTh and ending at ADmd when the target time is reached shifted by one time step.", "Type": "Pre Condition", "Status": "Released", "Summary": "threshold ramp", "Relevant": "no", "column_12": "", "Foreign ID": "", "Description": "IF [1] \n_x000D_1) \n_x000D_ADmd\n_x000D_ has not changed its value from the previous to this time step\n_x000D_THEN: \n_x000D_threshold ramp is equal to the sum of ADmd-ADmdDifTh and ADmdDifThTiInvADmdGrdRampVMMP_c_TiSmpl\n_x000D_ELSEIF [1] \n_x000D_1) target time is reached\n_x000D_THEN:\n_x000D_threshold ramp is equal to ADmd\n_x000D_ELSE:\n_x000D_threshold ramp is equal to the sum of threshold ramp of the previous time step and ADmdDifThTiInvADmdGrdRampVMMP_c_TiSmpl\n_x000D_ \n_x000D_ \n_x000D_Info: this defines a linear increasing threshold ramp starting at ADmd-ADmdDifTh and ending at ADmd when the target time is reached shifted by one time step.", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
59	36887449	Pre Condition	Released	no	False	type_not_target, relevance_filtered	GrdTotADmdDif is defined as the difference of ADmd and ADmd_lastcycle which is then divided by the remaining time untill the GrdTotADmdDif is defined as the difference of ADmd and ADmd_lastcycle which is then divided by the remaining time untill the target time is reached. Raw { "ID": "36887449", "ASIL": " QM", "Text": "GrdTotADmdDif is defined as the difference of ADmd \n_x000D_and ADmd_lastcycle \n_x000D_which is then divided by the remaining time untill the target time \n_x000D_is reached.", "Type": "Pre Condition", "Status": "Released", "Summary": "Gradient till target time GrdTotADmdDif", "Relevant": "no", "column_12": "", "Foreign ID": "", "Description": "GrdTotADmdDif is defined as the difference of ADmd \n_x000D_and ADmd_lastcycle \n_x000D_which is then divided by the remaining time untill the target time \n_x000D_is reached.", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
60	37712852	Pre Condition	Released	no	False	type_not_target, relevance_filtered	GrdInterStep is defined as the difference of the threshold ramp and ADmd_lastcycle which is then divided by VMMP_c_TiSmpl. GrdInterStep is defined as the difference of the threshold ramp and ADmd_lastcycle which is then divided by VMMP_c_TiSmpl. Raw { "ID": "37712852", "ASIL": " QM", "Text": "GrdInterStep is defined as the difference of the threshold ramp and ADmd_lastcycle which is then divided by VMMP_c_TiSmpl.", "Type": "Pre Condition", "Status": "Released", "Summary": "One step gradient to threshold ramp GrdInterStep", "Relevant": "no", "column_12": "", "Foreign ID": "", "Description": "GrdInterStep is defined as the difference of the threshold ramp and ADmd_lastcycle which is then divided by VMMP_c_TiSmpl.", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
61	36887568	Pre Condition	Released	no	False	type_not_target, relevance_filtered	IF[OR(1,2,3,AND(4,5),AND(4,6))] 1) VMMP_LOCADF_p_AGrdLim_SwtAGrdMaxLimPerm is false 2) the target time has passed 3) the differ IF[OR(1,2,3,AND(4,5),AND(4,6))] 1) VMMP_LOCADF_p_AGrdLim_SwtAGrdMaxLimPerm is false 2) the target time has passed 3) the difference of ADmd and ADmd_lastcycle is negative 4) VMMP_LOCADF_p_AGrdLim_SwtDeacAGrdMaxLim is false 5) LOCDC_s_LgtCtlV_StAcv is equal to VMMP_LOCDC_c_StAcvDCtl 6) LOCDL_s_LgtLimA_FlgAcv is true THEN: The output limited gradient ADF_AGrdMaxInc is equal to GrdMaxInc ELSE: The output limited gradient ADF_AGrdMaxInc is equal to MIN(GrdMaxInc,MAX(GrdInterStep , GrdTotADmdDif ) Raw { "ID": "36887568", "ASIL": " QM", "Text": "IF[OR(1,2,3,AND(4,5),AND(4,6))]\n_x000D_1) VMMP_LOCADF_p_AGrdLim_SwtAGrdMaxLimPerm is false\n_x000D_2) the target time has passed\n_x000D_3) the difference of ADmd and ADmd_lastcycle is negative\n_x000D_4) VMMP_LOCADF_p_AGrdLim_SwtDeacAGrdMaxLim is false\n_x000D_5) LOCDC_s_LgtCtlV_StAcv is equal to VMMP_LOCDC_c_StAcvDCtl\n_x000D_6) LOCDL_s_LgtLimA_FlgAcv is true\n_x000D_THEN:\n_x000D_The output limited gradient ADF_AGrdMaxInc is equal to GrdMaxInc\n_x000D_ELSE:\n_x000D_The output limited gradient ADF_AGrdMaxInc \n_x000D_is equal to MIN(GrdMaxInc,MAX(GrdInterStep ,\n_x000D_GrdTotADmdDif )", "Type": "Pre Condition", "Status": "Released", "Summary": "Calculation of the limited gradient ADF_AGrdMaxInc", "Relevant": "no", "column_12": "", "Foreign ID": "", "Description": "IF[OR(1,2,3,AND(4,5),AND(4,6))]\n_x000D_1) VMMP_LOCADF_p_AGrdLim_SwtAGrdMaxLimPerm is false\n_x000D_2) the target time has passed\n_x000D_3) the difference of ADmd and ADmd_lastcycle is negative\n_x000D_4) VMMP_LOCADF_p_AGrdLim_SwtDeacAGrdMaxLim is false\n_x000D_5) LOCDC_s_LgtCtlV_StAcv is equal to VMMP_LOCDC_c_StAcvDCtl\n_x000D_6) LOCDL_s_LgtLimA_FlgAcv is true\n_x000D_THEN:\n_x000D_The output limited gradient ADF_AGrdMaxInc is equal to GrdMaxInc\n_x000D_ELSE:\n_x000D_The output limited gradient ADF_AGrdMaxInc \n_x000D_is equal to MIN(GrdMaxInc,MAX(GrdInterStep ,\n_x000D_GrdTotADmdDif )", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
62	36887854	Folder		no	False	type_not_target, status_filtered, relevance_filtered	limited gradient AGrdMaxDec limited gradient AGrdMaxDec Raw { "ID": "36887854", "ASIL": " ", "Text": "limited gradient AGrdMaxDec", "Type": "Folder", "Status": "", "Summary": "limited gradient AGrdMaxDec", "Relevant": "no", "column_12": "", "Foreign ID": "", "Description": "", "Vehicle Launch": "", "Vehicle Platform": "" }
63	36887855	Information		no	False	type_not_target, status_filtered, relevance_filtered	The purpose of this function is to limitt the acceleration demand decreasing gradient, in which the acceleration demand forming at The purpose of this function is to limitt the acceleration demand decreasing gradient, in which the acceleration demand forming at small acceleration demand change can be smoother and avoid stepwise progression. Therefore the gradient of the external function ADmd will be formed with limited maximal gradients. This is described in this chapter and will be used further on. Inputs: ADmd GrdMaxDec ADmd_lastcycle Output: limited gradient ADF_AGrdMaxDec Raw { "ID": "36887855", "ASIL": " ", "Text": "The purpose of this function is to limitt the acceleration demand decreasing gradient, in which the acceleration demand forming at small acceleration demand change can be smoother and avoid stepwise progression. Therefore the gradient of the external function ADmd will be formed with limited maximal gradients. This is described in this chapter and will be used further on.\n_x000D_ \n_x000D_Inputs:\n_x000D_ADmd \n_x000D_GrdMaxDec \n_x000D_ADmd_lastcycle\n_x000D_Output:\n_x000D_limited gradient ADF_AGrdMaxDec", "Type": "Information", "Status": "", "Summary": "The main purpose of this module is to form an acceleration demand~, which the control can handle. Therefore the acceleration demand of the external function ADmd will be formed with maximal gradients. This is described in this chapter and will be used ..", "Relevant": "no", "column_12": "", "Foreign ID": "", "Description": "The purpose of this function is to limitt the acceleration demand decreasing gradient, in which the acceleration demand forming at small acceleration demand change can be smoother and avoid stepwise progression. Therefore the gradient of the external function ADmd will be formed with limited maximal gradients. This is described in this chapter and will be used further on.\n_x000D_ \n_x000D_Inputs:\n_x000D_ADmd \n_x000D_GrdMaxDec \n_x000D_ADmd_lastcycle\n_x000D_Output:\n_x000D_limited gradient ADF_AGrdMaxDec", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
64	36887856	Pre Condition	Released	no	False	type_not_target, relevance_filtered	For the first calculation cycle (start of simulation or processor startup) ADmd_lastcycle is 0 (zero). For the first calculation cycle (start of simulation or processor startup) ADmd_lastcycle is 0 (zero). Raw { "ID": "36887856", "ASIL": " QM", "Text": "For the first calculation cycle (start of simulation or processor startup) ADmd_lastcycle is 0 (zero).", "Type": "Pre Condition", "Status": "Released", "Summary": "", "Relevant": "no", "column_12": "", "Foreign ID": "", "Description": "For the first calculation cycle (start of simulation or processor startup) ADmd_lastcycle is 0 (zero).", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
65	36887857	Pre Condition	Released	no	False	type_not_target, relevance_filtered	IF [1] 1) ADmd has not changed its value from the previous to this time step THEN: a new target time for the ramp is defi IF [1] 1) ADmd has not changed its value from the previous to this time step THEN: a new target time for the ramp is defined: 1/TiInvADmdGrdRamp from this point of time. Raw { "ID": "36887857", "ASIL": " QM", "Text": "IF [1] \n_x000D_1) \n_x000D_ADmd\n_x000D_ \n_x000D_has not changed its value from the previous to this time step\n_x000D_THEN: \n_x000D_a new target time for the ramp is defined: 1/TiInvADmdGrdRamp from this point of time.", "Type": "Pre Condition", "Status": "Released", "Summary": "threshold ramp: target time", "Relevant": "no", "column_12": "", "Foreign ID": "", "Description": "IF [1] \n_x000D_1) \n_x000D_ADmd\n_x000D_ \n_x000D_has not changed its value from the previous to this time step\n_x000D_THEN: \n_x000D_a new target time for the ramp is defined: 1/TiInvADmdGrdRamp from this point of time.", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
66	37579903	Pre Condition	Released	no	False	type_not_target, relevance_filtered	IF [1] 1) ADmd has not changed its value from the previous to this time step THEN: threshold ramp is equal to the differenc IF [1] 1) ADmd has not changed its value from the previous to this time step THEN: threshold ramp is equal to the difference of ADmd+ADmdDifTh and ADmdDifThTiInvADmdGrdRampVMMP_c_TiSmpl ELSEIF [1] 1) target time is reached THEN: threshold ramp is equal to ADmd ELSE: threshold ramp is equal to the difference of threshold ramp of the previous time step and ADmdDifThTiInvADmdGrdRampVMMP_c_TiSmpl Info: this defines a linear increasing threshold ramp starting at ADmd+ADmdDifTh and ending at ADmd when the target time is reached shifted by one time step. Raw { "ID": "37579903", "ASIL": " QM", "Text": "IF [1]\n_x000D_1) \n_x000D_ADmd\n_x000D_ \n_x000D_has not changed its value from the previous to this time step\n_x000D_THEN:\n_x000D_threshold ramp is equal to the difference of ADmd+ADmdDifTh and ADmdDifThTiInvADmdGrdRampVMMP_c_TiSmpl\n_x000D_ELSEIF [1]\n_x000D_1) target time is reached\n_x000D_THEN:\n_x000D_threshold ramp is equal to ADmd\n_x000D_ELSE:\n_x000D_threshold ramp is equal to the difference of threshold ramp of the previous time step and ADmdDifThTiInvADmdGrdRampVMMP_c_TiSmpl\n_x000D_ \n_x000D_Info: this defines a linear increasing threshold ramp starting at ADmd+ADmdDifTh and ending at ADmd when the target time is reached shifted by one time step.", "Type": "Pre Condition", "Status": "Released", "Summary": "threshold ramp", "Relevant": "no", "column_12": "", "Foreign ID": "", "Description": "IF [1]\n_x000D_1) \n_x000D_ADmd\n_x000D_ \n_x000D_has not changed its value from the previous to this time step\n_x000D_THEN:\n_x000D_threshold ramp is equal to the difference of ADmd+ADmdDifTh and ADmdDifThTiInvADmdGrdRampVMMP_c_TiSmpl\n_x000D_ELSEIF [1]\n_x000D_1) target time is reached\n_x000D_THEN:\n_x000D_threshold ramp is equal to ADmd\n_x000D_ELSE:\n_x000D_threshold ramp is equal to the difference of threshold ramp of the previous time step and ADmdDifThTiInvADmdGrdRampVMMP_c_TiSmpl\n_x000D_ \n_x000D_Info: this defines a linear increasing threshold ramp starting at ADmd+ADmdDifTh and ending at ADmd when the target time is reached shifted by one time step.", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
67	36887858	Pre Condition	Released	no	False	type_not_target, relevance_filtered	GrdTotADmdDif is defined as the difference of ADmd and ADmd_lastcycle which is then divided by the remaining time untill the tar GrdTotADmdDif is defined as the difference of ADmd and ADmd_lastcycle which is then divided by the remaining time untill the target time is reached. Raw { "ID": "36887858", "ASIL": " QM", "Text": "GrdTotADmdDif is defined as the difference of ADmd and ADmd_lastcycle which is then divided by the remaining time untill the target time is reached.", "Type": "Pre Condition", "Status": "Released", "Summary": "Gradient till target time GrdTotADmdDif", "Relevant": "no", "column_12": "", "Foreign ID": "", "Description": "GrdTotADmdDif is defined as the difference of ADmd and ADmd_lastcycle which is then divided by the remaining time untill the target time is reached.", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
68	37580190	Pre Condition	Released	no	False	type_not_target, relevance_filtered	GrdInterStep is defined as the difference of the threshold ramp and ADmd_lastcycle which is then divided by VMMP_c_TiSmpl. GrdInterStep is defined as the difference of the threshold ramp and ADmd_lastcycle which is then divided by VMMP_c_TiSmpl. Raw { "ID": "37580190", "ASIL": " QM", "Text": "GrdInterStep is defined as the difference of the threshold ramp and ADmd_lastcycle which is then divided by VMMP_c_TiSmpl.", "Type": "Pre Condition", "Status": "Released", "Summary": "One step gradient to threshold ramp GrdInterStep", "Relevant": "no", "column_12": "", "Foreign ID": "", "Description": "GrdInterStep is defined as the difference of the threshold ramp and ADmd_lastcycle which is then divided by VMMP_c_TiSmpl.", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
69	36887859	Pre Condition	Released	no	False	type_not_target, relevance_filtered	IF[OR(1,2,3,AND(4,5),AND(4,6))] 1) VMMP_LOCADF_p_AGrdLim_SwtAGrdMaxLimPerm is false 2) the target time has passed 3) the differ IF[OR(1,2,3,AND(4,5),AND(4,6))] 1) VMMP_LOCADF_p_AGrdLim_SwtAGrdMaxLimPerm is false 2) the target time has passed 3) the difference of ADmd and ADmd_lastcycle is positive 4) VMMP_LOCADF_p_AGrdLim_SwtDeacAGrdMaxLim is false 5) LOCDC_s_LgtCtlV_StAcv is equal to VMMP_LOCDC_c_StAcvDCtl 6) LOCDL_s_LgtLimA_FlgAcv is true THEN: The output limited gradient ADF_AGrdMaxDec is equal to GrdMaxDec ELSE: The output limited gradient ADF_AGrdMaxDec is equal to MAX(GrdMaxDec,MIN(GrdInterStep , GrdTotADmdDif ) Raw { "ID": "36887859", "ASIL": " QM", "Text": "IF[OR(1,2,3,AND(4,5),AND(4,6))]\n_x000D_1) VMMP_LOCADF_p_AGrdLim_SwtAGrdMaxLimPerm is false\n_x000D_2) the target time has passed\n_x000D_3) the difference of ADmd and ADmd_lastcycle is positive\n_x000D_4) VMMP_LOCADF_p_AGrdLim_SwtDeacAGrdMaxLim is false\n_x000D_5) LOCDC_s_LgtCtlV_StAcv is equal to VMMP_LOCDC_c_StAcvDCtl\n_x000D_6) LOCDL_s_LgtLimA_FlgAcv is true\n_x000D_THEN:\n_x000D_The output limited gradient ADF_AGrdMaxDec is equal to GrdMaxDec\n_x000D_ELSE: \n_x000D_The output limited gradient ADF_AGrdMaxDec \n_x000D_is equal to MAX(GrdMaxDec,MIN(GrdInterStep ,\n_x000D_GrdTotADmdDif )", "Type": "Pre Condition", "Status": "Released", "Summary": "Calculation of the limited gradient ADF_AGrdMaxDec", "Relevant": "no", "column_12": "", "Foreign ID": "", "Description": "IF[OR(1,2,3,AND(4,5),AND(4,6))]\n_x000D_1) VMMP_LOCADF_p_AGrdLim_SwtAGrdMaxLimPerm is false\n_x000D_2) the target time has passed\n_x000D_3) the difference of ADmd and ADmd_lastcycle is positive\n_x000D_4) VMMP_LOCADF_p_AGrdLim_SwtDeacAGrdMaxLim is false\n_x000D_5) LOCDC_s_LgtCtlV_StAcv is equal to VMMP_LOCDC_c_StAcvDCtl\n_x000D_6) LOCDL_s_LgtLimA_FlgAcv is true\n_x000D_THEN:\n_x000D_The output limited gradient ADF_AGrdMaxDec is equal to GrdMaxDec\n_x000D_ELSE: \n_x000D_The output limited gradient ADF_AGrdMaxDec \n_x000D_is equal to MAX(GrdMaxDec,MIN(GrdInterStep ,\n_x000D_GrdTotADmdDif )", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
70	16653016	Folder		no	False	type_not_target, status_filtered, relevance_filtered	LgtCtlA LgtCtlA Raw { "ID": "16653016", "ASIL": " ", "Text": "LgtCtlA", "Type": "Folder", "Status": "", "Summary": "LgtCtlA", "Relevant": "no", "column_12": "", "Foreign ID": "1218919", "Description": "", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
71	20198117	Folder		no	False	type_not_target, status_filtered, relevance_filtered	Deceleration Only Mode Deceleration Only Mode Raw { "ID": "20198117", "ASIL": " ", "Text": "Deceleration Only Mode", "Type": "Folder", "Status": "", "Summary": "Deceleration Only Mode", "Relevant": "no", "column_12": "", "Foreign ID": "", "Description": "", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
72	20198160	Pre Condition	Released	no	False	type_not_target, relevance_filtered	IF[1] 1)LOCAA_s_LgtCtlA_MdDeceOnly is not equal to VMMP_LOC_c_LgtCtlA_MdDeceOnlyDecOnlyMd THEN: LOCADF_m_LgtCtlA_ADmd is equal IF[1] 1)LOCAA_s_LgtCtlA_MdDeceOnly is not equal to VMMP_LOC_c_LgtCtlA_MdDeceOnlyDecOnlyMd THEN: LOCADF_m_LgtCtlA_ADmd is equal to LOCAA_s_LgtCtlA_ADmd ESLEIF[1] 1)VMMP_LOC_p_SwtDeceToDrg is true THEN: LOCADF_m_LgtCtlA_ADmd is equal to MIN(LOCAA_s_LgtCtlA_ADmd,DSOPRE_s_DrvPed_ADrg) ESLE: LOCADF_m_LgtCtlA_ADmd is equal to MIN(LOCAA_s_LgtCtlA_ADmd,ASOPOT_s_ANeutTh) Raw { "ID": "20198160", "ASIL": " ", "Text": "IF[1]\n_x000D_1)LOCAA_s_LgtCtlA_MdDeceOnly is not equal to VMMP_LOC_c_LgtCtlA_MdDeceOnlyDecOnlyMd\n_x000D_THEN:\n_x000D_LOCADF_m_LgtCtlA_ADmd is equal to LOCAA_s_LgtCtlA_ADmd\n_x000D_ESLEIF[1]\n_x000D_1)VMMP_LOC_p_SwtDeceToDrg is true\n_x000D_THEN:\n_x000D_LOCADF_m_LgtCtlA_ADmd is equal to MIN(LOCAA_s_LgtCtlA_ADmd,DSOPRE_s_DrvPed_ADrg)\n_x000D_ESLE:\n_x000D_LOCADF_m_LgtCtlA_ADmd is equal to MIN(LOCAA_s_LgtCtlA_ADmd,ASOPOT_s_ANeutTh)", "Type": "Pre Condition", "Status": "Released", "Summary": "", "Relevant": "no", "column_12": "", "Foreign ID": "", "Description": "IF[1]\n_x000D_1)LOCAA_s_LgtCtlA_MdDeceOnly is not equal to VMMP_LOC_c_LgtCtlA_MdDeceOnlyDecOnlyMd\n_x000D_THEN:\n_x000D_LOCADF_m_LgtCtlA_ADmd is equal to LOCAA_s_LgtCtlA_ADmd\n_x000D_ESLEIF[1]\n_x000D_1)VMMP_LOC_p_SwtDeceToDrg is true\n_x000D_THEN:\n_x000D_LOCADF_m_LgtCtlA_ADmd is equal to MIN(LOCAA_s_LgtCtlA_ADmd,DSOPRE_s_DrvPed_ADrg)\n_x000D_ESLE:\n_x000D_LOCADF_m_LgtCtlA_ADmd is equal to MIN(LOCAA_s_LgtCtlA_ADmd,ASOPOT_s_ANeutTh)", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
73	20198288	Functional	Released	yes	True		IF[AND(1,OR(AND(2,3),AND(4,5)))] 1) LOCAA_s_LgtCtlA_MdDeceOnly is equal to VMMP_LOC_c_LgtCtlA_MdDeceOnlyDecOnlyMd 2) VMMP_LOC_p_ IF[AND(1,OR(AND(2,3),AND(4,5)))] 1) LOCAA_s_LgtCtlA_MdDeceOnly is equal to VMMP_LOC_c_LgtCtlA_MdDeceOnlyDecOnlyMd 2) VMMP_LOC_p_SwtDeceToDrg is true 3) ADF_ADmd is smaller than MIN(LOCAA_s_LgtCtlA_ADmd,DSOPRE_s_DrvPed_ADrg) 4) VMMP_LOC_p_SwtDeceToDrg is false 5) ADF_ADmd is smaller than MIN(LOCAA_s_LgtCtlA_ADmd,ASOPOT_s_ANeutTh) THEN: LOCADF_s_LgtCtlA_FlgDeceOnlyRampEnd is true. ELSE: LOCADF_s_LgtCtlA_FlgDeceOnlyRampEnd is false. Raw { "ID": "20198288", "ASIL": " QM", "Text": "IF[AND(1,OR(AND(2,3),AND(4,5)))]\n_x000D_1) LOCAA_s_LgtCtlA_MdDeceOnly is equal to VMMP_LOC_c_LgtCtlA_MdDeceOnlyDecOnlyMd\n_x000D_2) VMMP_LOC_p_SwtDeceToDrg is true\n_x000D_3) ADF_ADmd is smaller than MIN(LOCAA_s_LgtCtlA_ADmd,DSOPRE_s_DrvPed_ADrg)\n_x000D_4) VMMP_LOC_p_SwtDeceToDrg is false\n_x000D_5) ADF_ADmd is smaller than MIN(LOCAA_s_LgtCtlA_ADmd,ASOPOT_s_ANeutTh)\n_x000D_THEN:\n_x000D_LOCADF_s_LgtCtlA_FlgDeceOnlyRampEnd is true.\n_x000D_ELSE:\n_x000D_LOCADF_s_LgtCtlA_FlgDeceOnlyRampEnd is false.", "Type": "Functional", "Status": "Released", "Summary": "", "Relevant": "yes", "column_12": "", "Foreign ID": "", "Description": "IF[AND(1,OR(AND(2,3),AND(4,5)))]\n_x000D_1) LOCAA_s_LgtCtlA_MdDeceOnly is equal to VMMP_LOC_c_LgtCtlA_MdDeceOnlyDecOnlyMd\n_x000D_2) VMMP_LOC_p_SwtDeceToDrg is true\n_x000D_3) ADF_ADmd is smaller than MIN(LOCAA_s_LgtCtlA_ADmd,DSOPRE_s_DrvPed_ADrg)\n_x000D_4) VMMP_LOC_p_SwtDeceToDrg is false\n_x000D_5) ADF_ADmd is smaller than MIN(LOCAA_s_LgtCtlA_ADmd,ASOPOT_s_ANeutTh)\n_x000D_THEN:\n_x000D_LOCADF_s_LgtCtlA_FlgDeceOnlyRampEnd is true.\n_x000D_ELSE:\n_x000D_LOCADF_s_LgtCtlA_FlgDeceOnlyRampEnd is false.", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
74	16653017	Folder		no	False	type_not_target, status_filtered, relevance_filtered	Gradient_selection_Ctl Gradient_selection_Ctl Raw { "ID": "16653017", "ASIL": " ", "Text": "Gradient_selection_Ctl", "Type": "Folder", "Status": "", "Summary": "Gradient_selection_Ctl", "Relevant": "no", "column_12": "", "Foreign ID": "1218925", "Description": "", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
75	16653018	Information		no	False	type_not_target, status_filtered, relevance_filtered	The gradients for the demand forming can vary depending on LOCAA_s_LgtCtlA_MdTarDyn and LOCAA_s_LgtLimA_MdTarDyn. Because the same The gradients for the demand forming can vary depending on LOCAA_s_LgtCtlA_MdTarDyn and LOCAA_s_LgtLimA_MdTarDyn. Because the same switched gradients are used in many requirements, the mechanism is described only in this chapter and is valid in sub-chapter LgtCtlA. Raw { "ID": "16653018", "ASIL": " ", "Text": "The gradients for the demand forming can vary depending on LOCAA_s_LgtCtlA_MdTarDyn and LOCAA_s_LgtLimA_MdTarDyn. Because the same switched gradients are used in many requirements, the mechanism is described only in this chapter and is valid in sub-chapter LgtCtlA.", "Type": "Information", "Status": "", "Summary": "", "Relevant": "no", "column_12": "", "Foreign ID": "1218934", "Description": "The gradients for the demand forming can vary depending on LOCAA_s_LgtCtlA_MdTarDyn and LOCAA_s_LgtLimA_MdTarDyn. Because the same switched gradients are used in many requirements, the mechanism is described only in this chapter and is valid in sub-chapter LgtCtlA.", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
76	48927570	Pre Condition	Released	no	False	type_not_target, relevance_filtered	IF AND[1,2] 1) ASOTA_s_TqWhlBrk_TqAct is greater than 0.01 2) ARBLLCSC_s_LgtCtl_StAcv is equal to VMMP_ARBLLCSC_c_LgtCtl_StAcvTr IF AND[1,2] 1) ASOTA_s_TqWhlBrk_TqAct is greater than 0.01 2) ARBLLCSC_s_LgtCtl_StAcv is equal to VMMP_ARBLLCSC_c_LgtCtl_StAcvTrjCtl THEN: LgtCtlA_AGrdMaxDecTrj is equal to LOCAA_s_LgtCtlA_AGrdMaxDec downwards limited to the output of the 2D interpolation parameter with px =VMMP_LOCADF_px_AGrdMaxDec_ACtlDmdDyn, py = VMMP_LOCADF_py_AGrdMaxDec_VCtlLgtVehCor, p2= VMMP_LOCADF_p2_LgtCtlA_ACtlGrdMaxDecLim and the x-input value is the difference between LOCAA_s_LgtCtlA_ADmd and previous value of LOCADF_s_LgtCtlA_ADmd, the y-input value is VSOEM_s_VLgtVehCor ELSE: LgtCtlA_AGrdMaxDecTrj is equal to LOCAA_s_LgtCtlA_AGrdMaxDec Raw { "ID": "48927570", "ASIL": " QM", "Text": "IF AND[1,2]\n_x000D_1) ASOTA_s_TqWhlBrk_TqAct is greater than 0.01\n_x000D_2) ARBLLCSC_s_LgtCtl_StAcv is equal to VMMP_ARBLLCSC_c_LgtCtl_StAcvTrjCtl\n_x000D_THEN: \n_x000D_\n_x000D_LgtCtlA_AGrdMaxDecTrj \n_x000D_is equal to \n_x000D_LOCAA_s_LgtCtlA_AGrdMaxDec downwards limited to the output of the 2D interpolation parameter with\n_x000D_px =VMMP_LOCADF_px_AGrdMaxDec_ACtlDmdDyn,\n_x000D_py = VMMP_LOCADF_py_AGrdMaxDec_VCtlLgtVehCor,\n_x000D_p2= VMMP_LOCADF_p2_LgtCtlA_ACtlGrdMaxDecLim\n_x000D_and the x-input value is the difference between LOCAA_s_LgtCtlA_ADmd and previous value of LOCADF_s_LgtCtlA_ADmd,\n_x000D_the y-input value is VSOEM_s_VLgtVehCor\n_x000D_ELSE:\n_x000D_LgtCtlA_AGrdMaxDecTrj is equal to LOCAA_s_LgtCtlA_AGrdMaxDec", "Type": "Pre Condition", "Status": "Released", "Summary": "", "Relevant": "no", "column_12": "", "Foreign ID": "", "Description": "IF AND[1,2]\n_x000D_1) ASOTA_s_TqWhlBrk_TqAct is greater than 0.01\n_x000D_2) ARBLLCSC_s_LgtCtl_StAcv is equal to VMMP_ARBLLCSC_c_LgtCtl_StAcvTrjCtl\n_x000D_THEN: \n_x000D_\n_x000D_LgtCtlA_AGrdMaxDecTrj \n_x000D_is equal to \n_x000D_LOCAA_s_LgtCtlA_AGrdMaxDec downwards limited to the output of the 2D interpolation parameter with\n_x000D_px =VMMP_LOCADF_px_AGrdMaxDec_ACtlDmdDyn,\n_x000D_py = VMMP_LOCADF_py_AGrdMaxDec_VCtlLgtVehCor,\n_x000D_p2= VMMP_LOCADF_p2_LgtCtlA_ACtlGrdMaxDecLim\n_x000D_and the x-input value is the difference between LOCAA_s_LgtCtlA_ADmd and previous value of LOCADF_s_LgtCtlA_ADmd,\n_x000D_the y-input value is VSOEM_s_VLgtVehCor\n_x000D_ELSE:\n_x000D_LgtCtlA_AGrdMaxDecTrj is equal to LOCAA_s_LgtCtlA_AGrdMaxDec", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
77	55046879	Pre Condition	Released	no	False	type_not_target, relevance_filtered	IF OR[AND[1,2,3,4],AND[1,2,5]] 1) ASOTA_s_TqWhlBrk_TqAct is greater than 0.01 2) ARBLLCSC_s_LgtCtl_StAcv is equal to VMMP_ARBLL IF OR[AND[1,2,3,4],AND[1,2,5]] 1) ASOTA_s_TqWhlBrk_TqAct is greater than 0.01 2) ARBLLCSC_s_LgtCtl_StAcv is equal to VMMP_ARBLLCSC_c_LgtCtl_StAcvTrjCtl 3) LOCDC_s_LgtCtlV_StAcv is not equal to VMMP_LOCDC_c_StAcvDCtl 4) LOCDL_s_LgtLimA_FlgAcv is false 5) VMMP_LOCADF_p_AGrdLim_SwtDeacAGrdMaxLim is true THEN: LgtCtlA_AGrdMaxDecTrj is equal to LOCAA_s_LgtCtlA_AGrdMaxDec downwards limited to the output of the 2D interpolation parameter with px =VMMP_LOCADF_px_AGrdMaxDec_ACtlDmdDyn, py = VMMP_LOCADF_py_AGrdMaxDec_VCtlLgtVehCor, p2= VMMP_LOCADF_p2_LgtCtlA_ACtlGrdMaxDecLim and the x-input value is the difference between LOCAA_s_LgtCtlA_ADmd and previous value of LOCADF_s_LgtCtlA_ADmd, the y-input value is VSOEM_s_VLgtVehCor ELSE: LgtCtlA_AGrdMaxDecTrj is equal to LOCAA_s_LgtCtlA_AGrdMaxDec Raw { "ID": "55046879", "ASIL": " QM", "Text": "IF OR[AND[1,2,3,4],AND[1,2,5]] \n_x000D_1) ASOTA_s_TqWhlBrk_TqAct is greater than 0.01\n_x000D_2) ARBLLCSC_s_LgtCtl_StAcv is equal to VMMP_ARBLLCSC_c_LgtCtl_StAcvTrjCtl\n_x000D_3) LOCDC_s_LgtCtlV_StAcv is not equal to VMMP_LOCDC_c_StAcvDCtl\n_x000D_4) LOCDL_s_LgtLimA_FlgAcv is false\n_x000D_5) VMMP_LOCADF_p_AGrdLim_SwtDeacAGrdMaxLim is true\n_x000D_THEN: \n_x000D_\n_x000D_LgtCtlA_AGrdMaxDecTrj \n_x000D_is equal to \n_x000D_LOCAA_s_LgtCtlA_AGrdMaxDec downwards limited to the output of the 2D interpolation parameter with\n_x000D_px =VMMP_LOCADF_px_AGrdMaxDec_ACtlDmdDyn,\n_x000D_py = VMMP_LOCADF_py_AGrdMaxDec_VCtlLgtVehCor,\n_x000D_p2= VMMP_LOCADF_p2_LgtCtlA_ACtlGrdMaxDecLim\n_x000D_and the x-input value is the difference between LOCAA_s_LgtCtlA_ADmd and previous value of LOCADF_s_LgtCtlA_ADmd,\n_x000D_the y-input value is VSOEM_s_VLgtVehCor\n_x000D_ELSE:\n_x000D_LgtCtlA_AGrdMaxDecTrj is equal to LOCAA_s_LgtCtlA_AGrdMaxDec", "Type": "Pre Condition", "Status": "Released", "Summary": "", "Relevant": "no", "column_12": "", "Foreign ID": "", "Description": "IF OR[AND[1,2,3,4],AND[1,2,5]] \n_x000D_1) ASOTA_s_TqWhlBrk_TqAct is greater than 0.01\n_x000D_2) ARBLLCSC_s_LgtCtl_StAcv is equal to VMMP_ARBLLCSC_c_LgtCtl_StAcvTrjCtl\n_x000D_3) LOCDC_s_LgtCtlV_StAcv is not equal to VMMP_LOCDC_c_StAcvDCtl\n_x000D_4) LOCDL_s_LgtLimA_FlgAcv is false\n_x000D_5) VMMP_LOCADF_p_AGrdLim_SwtDeacAGrdMaxLim is true\n_x000D_THEN: \n_x000D_\n_x000D_LgtCtlA_AGrdMaxDecTrj \n_x000D_is equal to \n_x000D_LOCAA_s_LgtCtlA_AGrdMaxDec downwards limited to the output of the 2D interpolation parameter with\n_x000D_px =VMMP_LOCADF_px_AGrdMaxDec_ACtlDmdDyn,\n_x000D_py = VMMP_LOCADF_py_AGrdMaxDec_VCtlLgtVehCor,\n_x000D_p2= VMMP_LOCADF_p2_LgtCtlA_ACtlGrdMaxDecLim\n_x000D_and the x-input value is the difference between LOCAA_s_LgtCtlA_ADmd and previous value of LOCADF_s_LgtCtlA_ADmd,\n_x000D_the y-input value is VSOEM_s_VLgtVehCor\n_x000D_ELSE:\n_x000D_LgtCtlA_AGrdMaxDecTrj is equal to LOCAA_s_LgtCtlA_AGrdMaxDec", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
78	48928810	Pre Condition	Released	no	False	type_not_target, relevance_filtered	IF AND[1,2] 1) ASOTA_s_TqWhlBrk_TqAct is greater than 0.01 2) ARBLLCSC_s_LgtCtl_StAcv is equal to VMMP_ARBLLCSC_c_LgtCtl_StAcvTr IF AND[1,2] 1) ASOTA_s_TqWhlBrk_TqAct is greater than 0.01 2) ARBLLCSC_s_LgtCtl_StAcv is equal to VMMP_ARBLLCSC_c_LgtCtl_StAcvTrjCtl THEN: LgtCtlA_AGrdMaxIncTrj is equal to LOCAA_s_LgtCtlA_AGrdMaxInc upwards limited to the output of the 2D interpolation parameter with px =VMMP_LOCADF_px_AGrdMaxInc_ACtlDmdDyn, py = VMMP_LOCADF_py_AGrdMaxInc_VCtlLgtVehCor, p2= VMMP_LOCADF_p2_LgtCtlA_ACtlGrdMaxIncLim and the x-input value is the difference between LOCAA_s_LgtCtlA_ADmd and previous value of LOCADF_s_LgtCtlA_ADmd, the y-input value is VSOEM_s_VLgtVehCor ELSE: LgtCtlA_AGrdMaxIncTrj is equal to LOCAA_s_LgtCtlA_AGrdMaxInc Raw { "ID": "48928810", "ASIL": " QM", "Text": "IF AND[1,2]\n_x000D_1) ASOTA_s_TqWhlBrk_TqAct is greater than 0.01\n_x000D_2) ARBLLCSC_s_LgtCtl_StAcv is equal to VMMP_ARBLLCSC_c_LgtCtl_StAcvTrjCtl\n_x000D_THEN: \n_x000D_\n_x000D_LgtCtlA_AGrdMaxIncTrj \n_x000D_is equal to LOCAA_s_LgtCtlA_AGrdMaxInc upwards limited to the output of the 2D interpolation parameter with\n_x000D_px =VMMP_LOCADF_px_AGrdMaxInc_ACtlDmdDyn,\n_x000D_py = VMMP_LOCADF_py_AGrdMaxInc_VCtlLgtVehCor,\n_x000D_p2= VMMP_LOCADF_p2_LgtCtlA_ACtlGrdMaxIncLim\n_x000D_and the x-input value is the difference between LOCAA_s_LgtCtlA_ADmd and previous value of LOCADF_s_LgtCtlA_ADmd,\n_x000D_the y-input value is VSOEM_s_VLgtVehCor\n_x000D_ELSE:\n_x000D_LgtCtlA_AGrdMaxIncTrj is equal to LOCAA_s_LgtCtlA_AGrdMaxInc", "Type": "Pre Condition", "Status": "Released", "Summary": "", "Relevant": "no", "column_12": "", "Foreign ID": "", "Description": "IF AND[1,2]\n_x000D_1) ASOTA_s_TqWhlBrk_TqAct is greater than 0.01\n_x000D_2) ARBLLCSC_s_LgtCtl_StAcv is equal to VMMP_ARBLLCSC_c_LgtCtl_StAcvTrjCtl\n_x000D_THEN: \n_x000D_\n_x000D_LgtCtlA_AGrdMaxIncTrj \n_x000D_is equal to LOCAA_s_LgtCtlA_AGrdMaxInc upwards limited to the output of the 2D interpolation parameter with\n_x000D_px =VMMP_LOCADF_px_AGrdMaxInc_ACtlDmdDyn,\n_x000D_py = VMMP_LOCADF_py_AGrdMaxInc_VCtlLgtVehCor,\n_x000D_p2= VMMP_LOCADF_p2_LgtCtlA_ACtlGrdMaxIncLim\n_x000D_and the x-input value is the difference between LOCAA_s_LgtCtlA_ADmd and previous value of LOCADF_s_LgtCtlA_ADmd,\n_x000D_the y-input value is VSOEM_s_VLgtVehCor\n_x000D_ELSE:\n_x000D_LgtCtlA_AGrdMaxIncTrj is equal to LOCAA_s_LgtCtlA_AGrdMaxInc", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
79	55046991	Pre Condition	Released	no	False	type_not_target, relevance_filtered	IF OR[AND[1,2,3,4],AND[1,2,5]] 1) ASOTA_s_TqWhlBrk_TqAct is greater than 0.01 2) ARBLLCSC_s_LgtCtl_StAcv is equal to VMMP_ARBLLC IF OR[AND[1,2,3,4],AND[1,2,5]] 1) ASOTA_s_TqWhlBrk_TqAct is greater than 0.01 2) ARBLLCSC_s_LgtCtl_StAcv is equal to VMMP_ARBLLCSC_c_LgtCtl_StAcvTrjCtl 3) LOCDC_s_LgtCtlV_StAcv is not equal to VMMP_LOCDC_c_StAcvDCtl 4) LOCDL_s_LgtLimA_FlgAcv is false 5) VMMP_LOCADF_p_AGrdLim_SwtDeacAGrdMaxLim is true THEN: LgtCtlA_AGrdMaxIncTrj is equal to LOCAA_s_LgtCtlA_AGrdMaxInc upwards limited to the output of the 2D interpolation parameter with px =VMMP_LOCADF_px_AGrdMaxInc_ACtlDmdDyn, py = VMMP_LOCADF_py_AGrdMaxInc_VCtlLgtVehCor, p2= VMMP_LOCADF_p2_LgtCtlA_ACtlGrdMaxIncLim and the x-input value is the difference between LOCAA_s_LgtCtlA_ADmd and previous value of LOCADF_s_LgtCtlA_ADmd, the y-input value is VSOEM_s_VLgtVehCor ELSE: LgtCtlA_AGrdMaxIncTrj is equal to LOCAA_s_LgtCtlA_AGrdMaxInc Raw { "ID": "55046991", "ASIL": " QM", "Text": "IF OR[AND[1,2,3,4],AND[1,2,5]]\n_x000D_1) ASOTA_s_TqWhlBrk_TqAct is greater than 0.01\n_x000D_2) ARBLLCSC_s_LgtCtl_StAcv is equal to VMMP_ARBLLCSC_c_LgtCtl_StAcvTrjCtl\n_x000D_3) LOCDC_s_LgtCtlV_StAcv is not equal to VMMP_LOCDC_c_StAcvDCtl\n_x000D_4) LOCDL_s_LgtLimA_FlgAcv is false\n_x000D_5) VMMP_LOCADF_p_AGrdLim_SwtDeacAGrdMaxLim is true\n_x000D_THEN: \n_x000D_\n_x000D_LgtCtlA_AGrdMaxIncTrj \n_x000D_is equal to LOCAA_s_LgtCtlA_AGrdMaxInc upwards limited to the output of the 2D interpolation parameter with\n_x000D_px =VMMP_LOCADF_px_AGrdMaxInc_ACtlDmdDyn,\n_x000D_py = VMMP_LOCADF_py_AGrdMaxInc_VCtlLgtVehCor,\n_x000D_p2= VMMP_LOCADF_p2_LgtCtlA_ACtlGrdMaxIncLim\n_x000D_and the x-input value is the difference between LOCAA_s_LgtCtlA_ADmd and previous value of LOCADF_s_LgtCtlA_ADmd,\n_x000D_the y-input value is VSOEM_s_VLgtVehCor\n_x000D_ELSE:\n_x000D_LgtCtlA_AGrdMaxIncTrj is equal to LOCAA_s_LgtCtlA_AGrdMaxInc", "Type": "Pre Condition", "Status": "Released", "Summary": "", "Relevant": "no", "column_12": "", "Foreign ID": "", "Description": "IF OR[AND[1,2,3,4],AND[1,2,5]]\n_x000D_1) ASOTA_s_TqWhlBrk_TqAct is greater than 0.01\n_x000D_2) ARBLLCSC_s_LgtCtl_StAcv is equal to VMMP_ARBLLCSC_c_LgtCtl_StAcvTrjCtl\n_x000D_3) LOCDC_s_LgtCtlV_StAcv is not equal to VMMP_LOCDC_c_StAcvDCtl\n_x000D_4) LOCDL_s_LgtLimA_FlgAcv is false\n_x000D_5) VMMP_LOCADF_p_AGrdLim_SwtDeacAGrdMaxLim is true\n_x000D_THEN: \n_x000D_\n_x000D_LgtCtlA_AGrdMaxIncTrj \n_x000D_is equal to LOCAA_s_LgtCtlA_AGrdMaxInc upwards limited to the output of the 2D interpolation parameter with\n_x000D_px =VMMP_LOCADF_px_AGrdMaxInc_ACtlDmdDyn,\n_x000D_py = VMMP_LOCADF_py_AGrdMaxInc_VCtlLgtVehCor,\n_x000D_p2= VMMP_LOCADF_p2_LgtCtlA_ACtlGrdMaxIncLim\n_x000D_and the x-input value is the difference between LOCAA_s_LgtCtlA_ADmd and previous value of LOCADF_s_LgtCtlA_ADmd,\n_x000D_the y-input value is VSOEM_s_VLgtVehCor\n_x000D_ELSE:\n_x000D_LgtCtlA_AGrdMaxIncTrj is equal to LOCAA_s_LgtCtlA_AGrdMaxInc", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
80	16653019	Functional	Released	yes	True		LOCADF_s_LgtCtlA_AGrdMaxInc shall be LOCAA_s_LgtCtlA_AGrdMaxInc if not required differently in this chapter Gradient_selection_Ct LOCADF_s_LgtCtlA_AGrdMaxInc shall be LOCAA_s_LgtCtlA_AGrdMaxInc if not required differently in this chapter Gradient_selection_Ctl FlgRstctAGrdIncTracCtl is false, if not required differently in this chapter Gradient_selection_Ctl Raw { "ID": "16653019", "ASIL": " QM", "Text": "LOCADF_s_LgtCtlA_AGrdMaxInc shall be LOCAA_s_LgtCtlA_AGrdMaxInc if not required differently in this chapter\n_x000D_Gradient_selection_Ctl \n_x000D_ \n_x000D_ \n_x000D_FlgRstctAGrdIncTracCtl is false, if not required differently in this chapter\n_x000D_Gradient_selection_Ctl", "Type": "Functional", "Status": "Released", "Summary": "", "Relevant": "yes", "column_12": "", "Foreign ID": "1218927", "Description": "LOCADF_s_LgtCtlA_AGrdMaxInc shall be LOCAA_s_LgtCtlA_AGrdMaxInc if not required differently in this chapter\n_x000D_Gradient_selection_Ctl \n_x000D_ \n_x000D_ \n_x000D_*FlgRstctAGrdIncTracCtl is false, if not required differently in this chapter\n_x000D_Gradient_selection_Ctl", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
81	48929237	Functional	Released	yes	True		LOCADF_s_LgtCtlA_AGrdMaxInc shall be LgtCtlA_AGrdMaxIncTrj if not required differently in this chapter Gradient_selection_Ctl * LOCADF_s_LgtCtlA_AGrdMaxInc shall be LgtCtlA_AGrdMaxIncTrj if not required differently in this chapter Gradient_selection_Ctl FlgRstctAGrdIncTracCtl is false, if not required differently in this chapter Gradient_selection_Ctl Raw { "ID": "48929237", "ASIL": " QM", "Text": "LOCADF_s_LgtCtlA_AGrdMaxInc shall be LgtCtlA_AGrdMaxIncTrj if not required differently in this chapter\n_x000D_Gradient_selection_Ctl \n_x000D_ \n_x000D_ \n_x000D_FlgRstctAGrdIncTracCtl is false, if not required differently in this chapter\n_x000D_Gradient_selection_Ctl", "Type": "Functional", "Status": "Released", "Summary": "", "Relevant": "yes", "column_12": "", "Foreign ID": "", "Description": "LOCADF_s_LgtCtlA_AGrdMaxInc shall be LgtCtlA_AGrdMaxIncTrj if not required differently in this chapter\n_x000D_Gradient_selection_Ctl \n_x000D_ \n_x000D_ \n_x000D_*FlgRstctAGrdIncTracCtl is false, if not required differently in this chapter\n_x000D_Gradient_selection_Ctl", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
82	36888994	Pre Condition	Released	no	False	type_not_target, relevance_filtered	LgtCtlA_AGrdMaxInc shall be limited gradient ADF_AGrdMaxInc (see chapter 36862411with ADmd = LOCAA_s_LgtCtlA_ADmd GrdMaxInc = LgtCtlA_AGrdMaxInc shall be limited gradient ADF_AGrdMaxInc (see chapter 36862411with ADmd = LOCAA_s_LgtCtlA_ADmd GrdMaxInc = LgtCtlA_AGrdMaxIncTrj ADmd_lastcycle = previous value of LOCADF_s_LgtCtlA_ADmd) Raw { "ID": "36888994", "ASIL": " QM", "Text": "LgtCtlA_AGrdMaxInc shall be limited gradient ADF_AGrdMaxInc (see chapter 36862411with\n_x000D_ADmd = LOCAA_s_LgtCtlA_ADmd\n_x000D_GrdMaxInc = LgtCtlA_AGrdMaxIncTrj \n_x000D_ADmd_lastcycle = previous value of LOCADF_s_LgtCtlA_ADmd)", "Type": "Pre Condition", "Status": "Released", "Summary": "", "Relevant": "no", "column_12": "", "Foreign ID": "", "Description": "LgtCtlA_AGrdMaxInc shall be limited gradient ADF_AGrdMaxInc (see chapter 36862411with\n_x000D_ADmd = LOCAA_s_LgtCtlA_ADmd\n_x000D_GrdMaxInc = LgtCtlA_AGrdMaxIncTrj \n_x000D_*ADmd_lastcycle = previous value of LOCADF_s_LgtCtlA_ADmd)", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
83	36889716	Pre Condition	Released	no	False	type_not_target, relevance_filtered	LgtCtlA_AGrdMaxDec shall be limited gradient ADF_AGrdMaxDec (see chapter 36887854with ADmd = LOCAA_s_LgtCtlA_ADmd GrdMaxDec = LgtCtlA_AGrdMaxDec shall be limited gradient ADF_AGrdMaxDec (see chapter 36887854with ADmd = LOCAA_s_LgtCtlA_ADmd GrdMaxDec = LgtCtlA_AGrdMaxDecTrj ADmd_lastcycle = previous value of LOCADF_s_LgtCtlA_ADmd) Raw { "ID": "36889716", "ASIL": " QM", "Text": "LgtCtlA_AGrdMaxDec shall be limited gradient ADF_AGrdMaxDec (see chapter 36887854with\n_x000D_ADmd = LOCAA_s_LgtCtlA_ADmd\n_x000D_GrdMaxDec = LgtCtlA_AGrdMaxDecTrj \n_x000D_ADmd_lastcycle = previous value of LOCADF_s_LgtCtlA_ADmd)", "Type": "Pre Condition", "Status": "Released", "Summary": "", "Relevant": "no", "column_12": "", "Foreign ID": "", "Description": "LgtCtlA_AGrdMaxDec shall be limited gradient ADF_AGrdMaxDec (see chapter 36887854with\n_x000D_ADmd = LOCAA_s_LgtCtlA_ADmd\n_x000D_GrdMaxDec = LgtCtlA_AGrdMaxDecTrj \n_x000D_*ADmd_lastcycle = previous value of LOCADF_s_LgtCtlA_ADmd)", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
84	36889375	Functional	Released	yes	True		LOCADF_s_LgtCtlA_AGrdMaxInc shall be LgtCtlA_AGrdMaxInc if not required differently in this chapter LOCADF_s_LgtCtlA_AGrdMaxDec s LOCADF_s_LgtCtlA_AGrdMaxInc shall be LgtCtlA_AGrdMaxInc if not required differently in this chapter LOCADF_s_LgtCtlA_AGrdMaxDec shall be LgtCtlA_AGrdMaxDec if not required differently in this chapter Gradient_selection_Ctl FlgRstctAGrdIncTracCtl is false, if not required differently in this chapter Gradient_selection_Ctl Raw { "ID": "36889375", "ASIL": " QM", "Text": "LOCADF_s_LgtCtlA_AGrdMaxInc shall be LgtCtlA_AGrdMaxInc if not required differently in this chapter\n_x000D_LOCADF_s_LgtCtlA_AGrdMaxDec shall be LgtCtlA_AGrdMaxDec if not required differently in this chapter\n_x000D_Gradient_selection_Ctl \n_x000D_ \n_x000D_ \n_x000D_FlgRstctAGrdIncTracCtl is false, if not required differently in this chapter\n_x000D_Gradient_selection_Ctl", "Type": "Functional", "Status": "Released", "Summary": "", "Relevant": "yes", "column_12": "", "Foreign ID": "", "Description": "LOCADF_s_LgtCtlA_AGrdMaxInc shall be LgtCtlA_AGrdMaxInc if not required differently in this chapter\n_x000D_LOCADF_s_LgtCtlA_AGrdMaxDec shall be LgtCtlA_AGrdMaxDec if not required differently in this chapter\n_x000D_Gradient_selection_Ctl \n_x000D_ \n_x000D_ \n_x000D_*FlgRstctAGrdIncTracCtl is false, if not required differently in this chapter\n_x000D_Gradient_selection_Ctl", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
85	16653020	Pre Condition	Released	no	False	type_not_target, relevance_filtered	IF[1] 1.) VMMP_LOCADF_p_LgtA_SwtMdTarDynADrgANeut is true THEN: ATarMdTarDynCtl is DSOPRE_s_DrvPed_ADrg ELSE: ATarMdTarDyn IF[1] 1.) VMMP_LOCADF_p_LgtA_SwtMdTarDynADrgANeut is true THEN: ATarMdTarDynCtl is DSOPRE_s_DrvPed_ADrg ELSE: ATarMdTarDynCtl is ASOPOT_s_ANeutTh Raw { "ID": "16653020", "ASIL": " QM", "Text": "IF[1]\n_x000D_1.) VMMP_LOCADF_p_LgtA_SwtMdTarDynADrgANeut is true\n_x000D_THEN:\n_x000D_ATarMdTarDynCtl is DSOPRE_s_DrvPed_ADrg\n_x000D_ELSE: \n_x000D_ATarMdTarDynCtl is ASOPOT_s_ANeutTh", "Type": "Pre Condition", "Status": "Released", "Summary": "", "Relevant": "no", "column_12": "", "Foreign ID": "1249171", "Description": "IF[1]\n_x000D_1.) VMMP_LOCADF_p_LgtA_SwtMdTarDynADrgANeut is true\n_x000D_THEN:\n_x000D_ATarMdTarDynCtl is DSOPRE_s_DrvPed_ADrg\n_x000D_ELSE: \n_x000D_ATarMdTarDynCtl is ASOPOT_s_ANeutTh", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
86	16653021	Functional	Released	yes	True		IF[AND(1,2,3,OR(4,5))] 1.) VMMP_LOCADF_p_LgtCtlA_SwtNoGrdIntvTracCtl is true 2.) ASOAF_s_FlgIntvTracCtlSys is true 3.) ASOPOT_s IF[AND(1,2,3,OR(4,5))] 1.) VMMP_LOCADF_p_LgtCtlA_SwtNoGrdIntvTracCtl is true 2.) ASOAF_s_FlgIntvTracCtlSys is true 3.) ASOPOT_s_ATqDmd is greater then ATarMdTarDynCtl 4.) conditions 1,2,3 are true for or a longer time than VMMP_LOCADF_p_LgtCtlA_TTurnOnDlyIntvTrac 5.) conditions 1,2,3 are false for a shorter timer than VMMP_LOCADF_p_LgtCtlA_TTurnOffDlyIntvTrac condidtion 4 was true for a longer time than VMMP_LOCADF_p_LgtCtlA_TTurnOnDlyIntvTrac THEN: LOCADF_s_LgtCtlA_AGrdMaxInc is 0 (zero) FlgRstctAGrdIncTracCtl is true Raw { "ID": "16653021", "ASIL": " QM", "Text": "IF[AND(1,2,3,OR(4,5))]\n_x000D_1.) VMMP_LOCADF_p_LgtCtlA_SwtNoGrdIntvTracCtl is true\n_x000D_2.) ASOAF_s_FlgIntvTracCtlSys is true\n_x000D_3.) ASOPOT_s_ATqDmd is greater then ATarMdTarDynCtl\n_x000D_4.) conditions 1,2,3 are true for or a longer time than VMMP_LOCADF_p_LgtCtlA_TTurnOnDlyIntvTrac\n_x000D_5.) conditions 1,2,3 are false for a shorter timer than VMMP_LOCADF_p_LgtCtlA_TTurnOffDlyIntvTrac condidtion 4 was true for a longer time than VMMP_LOCADF_p_LgtCtlA_TTurnOnDlyIntvTrac\n_x000D_THEN:\n_x000D_LOCADF_s_LgtCtlA_AGrdMaxInc is 0 (zero)\n_x000D_FlgRstctAGrdIncTracCtl is true", "Type": "Functional", "Status": "Released", "Summary": "", "Relevant": "yes", "column_12": "", "Foreign ID": "1249179", "Description": "IF[AND(1,2,3,OR(4,5))]\n_x000D_1.) VMMP_LOCADF_p_LgtCtlA_SwtNoGrdIntvTracCtl is true\n_x000D_2.) ASOAF_s_FlgIntvTracCtlSys is true\n_x000D_3.) ASOPOT_s_ATqDmd is greater then ATarMdTarDynCtl\n_x000D_4.) conditions 1,2,3 are true for or a longer time than VMMP_LOCADF_p_LgtCtlA_TTurnOnDlyIntvTrac\n_x000D_5.) conditions 1,2,3 are false for a shorter timer than VMMP_LOCADF_p_LgtCtlA_TTurnOffDlyIntvTrac condidtion 4 was true for a longer time than VMMP_LOCADF_p_LgtCtlA_TTurnOnDlyIntvTrac\n_x000D_THEN:\n_x000D_LOCADF_s_LgtCtlA_AGrdMaxInc is 0 (zero)\n_x000D_FlgRstctAGrdIncTracCtl is true", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
87	16653022	Functional	Released	yes	True		IF AND[1,2] 1.) Bit position 4 of signal LOCCOP_s_TqWhlFb_StTrf is true 2.) VMMP_LOCADF_p_LgtCtlA_SwtLimTrfIncZeroTmp is true T IF AND[1,2] 1.) Bit position 4 of signal LOCCOP_s_TqWhlFb_StTrf is true 2.) VMMP_LOCADF_p_LgtCtlA_SwtLimTrfIncZeroTmp is true THEN: LOCADF_s_LgtCtlA_AGrdMaxInc is 0 (zero) FlgRstctAGrdIncTracCtl is true Raw { "ID": "16653022", "ASIL": " QM", "Text": "IF AND[1,2]\n_x000D_1.) Bit position 4 of signal LOCCOP_s_TqWhlFb_StTrf is true\n_x000D_2.) VMMP_LOCADF_p_LgtCtlA_SwtLimTrfIncZeroTmp is true\n_x000D_THEN:\n_x000D_LOCADF_s_LgtCtlA_AGrdMaxInc is 0 (zero)\n_x000D_FlgRstctAGrdIncTracCtl is true", "Type": "Functional", "Status": "Released", "Summary": "", "Relevant": "yes", "column_12": "", "Foreign ID": "1313146", "Description": "IF AND[1,2]\n_x000D_1.) Bit position 4 of signal LOCCOP_s_TqWhlFb_StTrf is true\n_x000D_2.) VMMP_LOCADF_p_LgtCtlA_SwtLimTrfIncZeroTmp is true\n_x000D_THEN:\n_x000D_LOCADF_s_LgtCtlA_AGrdMaxInc is 0 (zero)\n_x000D_*FlgRstctAGrdIncTracCtl is true", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
88	16653023	Functional	Released	yes	True		IF[AND(1,2,3,4,5)] 1.) LOCAA_s_LgtCtlA_MdTarDyn is VMMP_LOC_c_LgtCtlA_MdTarDynDynCmftFct 2.) ASOPOT_s_ATqDmd is smaller than AT IF[AND(1,2,3,4,5)] 1.) LOCAA_s_LgtCtlA_MdTarDyn is VMMP_LOC_c_LgtCtlA_MdTarDynDynCmftFct 2.) ASOPOT_s_ATqDmd is smaller than ATarMdTarDynCtl 3.) LOCAA_s_LgtCtlA_ADmd is greater than ASOPOT_s_ATqDmd 4.) The difference of DSOPRE_s_DrvPed_ADrg and ASOPOT_s_ATqDmd divided by VMMP_c_TiSmpl is greater then or equal to VMMP_LOCADF_p_LgtCtlA_AGrdMaxIncCmft 5.) FlgRstctAGrdIncTracCtl is false THEN: LOCADF_s_LgtCtlA_AGrdMaxInc is the maximum of VMMP_LOCADF_p_LgtCtlA_AGrdMaxIncCmft and LOCAA_s_LgtCtlA_AGrdMaxInc Raw { "ID": "16653023", "ASIL": " QM", "Text": "IF[AND(1,2,3,4,5)]\n_x000D_1.) LOCAA_s_LgtCtlA_MdTarDyn is VMMP_LOC_c_LgtCtlA_MdTarDynDynCmftFct\n_x000D_2.) ASOPOT_s_ATqDmd is smaller than ATarMdTarDynCtl\n_x000D_3.) LOCAA_s_LgtCtlA_ADmd is greater than ASOPOT_s_ATqDmd\n_x000D_4.) The difference of DSOPRE_s_DrvPed_ADrg and ASOPOT_s_ATqDmd divided by VMMP_c_TiSmpl is greater then or equal to VMMP_LOCADF_p_LgtCtlA_AGrdMaxIncCmft\n_x000D_5.) FlgRstctAGrdIncTracCtl is false\n_x000D_THEN:\n_x000D_LOCADF_s_LgtCtlA_AGrdMaxInc is the maximum of VMMP_LOCADF_p_LgtCtlA_AGrdMaxIncCmft and LOCAA_s_LgtCtlA_AGrdMaxInc", "Type": "Functional", "Status": "Released", "Summary": "", "Relevant": "yes", "column_12": "", "Foreign ID": "1218936", "Description": "IF[AND(1,2,3,4,5)]\n_x000D_1.) LOCAA_s_LgtCtlA_MdTarDyn is VMMP_LOC_c_LgtCtlA_MdTarDynDynCmftFct\n_x000D_2.) ASOPOT_s_ATqDmd is smaller than ATarMdTarDynCtl\n_x000D_3.) LOCAA_s_LgtCtlA_ADmd is greater than ASOPOT_s_ATqDmd\n_x000D_4.) The difference of DSOPRE_s_DrvPed_ADrg and ASOPOT_s_ATqDmd divided by VMMP_c_TiSmpl is greater then or equal to VMMP_LOCADF_p_LgtCtlA_AGrdMaxIncCmft\n_x000D_5.) *FlgRstctAGrdIncTracCtl is false\n_x000D_THEN:\n_x000D_LOCADF_s_LgtCtlA_AGrdMaxInc is the maximum of VMMP_LOCADF_p_LgtCtlA_AGrdMaxIncCmft and LOCAA_s_LgtCtlA_AGrdMaxInc", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
89	20198676	Functional	Released	yes	True		IF[AND(1,2,3,4,5)] 1.) LOCAA_s_LgtCtlA_MdTarDyn is VMMP_LOC_c_LgtCtlA_MdTarDynDynCmftFct 2.) ASOPOT_s_ATqDmd is smaller than ATar IF[AND(1,2,3,4,5)] 1.) LOCAA_s_LgtCtlA_MdTarDyn is VMMP_LOC_c_LgtCtlA_MdTarDynDynCmftFct 2.) ASOPOT_s_ATqDmd is smaller than ATarMdTarDynCtl 3.) LOCADF_m_LgtCtlA_ADmd is greater than ASOPOT_s_ATqDmd 4.) The difference of DSOPRE_s_DrvPed_ADrg and ASOPOT_s_ATqDmd divided by VMMP_c_TiSmpl is greater then or equal to VMMP_LOCADF_p_LgtCtlA_AGrdMaxIncCmft 5.) FlgRstctAGrdIncTracCtl is false THEN: LOCADF_s_LgtCtlA_AGrdMaxInc is the maximum of VMMP_LOCADF_p_LgtCtlA_AGrdMaxIncCmft and LgtCtlA_AGrdMaxIncTrj Raw { "ID": "20198676", "ASIL": " QM", "Text": "IF[AND(1,2,3,4,5)]\n_x000D_1.) LOCAA_s_LgtCtlA_MdTarDyn is VMMP_LOC_c_LgtCtlA_MdTarDynDynCmftFct\n_x000D_2.) ASOPOT_s_ATqDmd is smaller than ATarMdTarDynCtl\n_x000D_3.) LOCADF_m_LgtCtlA_ADmd is greater than ASOPOT_s_ATqDmd\n_x000D_4.) The difference of DSOPRE_s_DrvPed_ADrg and ASOPOT_s_ATqDmd divided by VMMP_c_TiSmpl is greater then or equal to VMMP_LOCADF_p_LgtCtlA_AGrdMaxIncCmft\n_x000D_5.) FlgRstctAGrdIncTracCtl is false\n_x000D_THEN:\n_x000D_LOCADF_s_LgtCtlA_AGrdMaxInc is the maximum of VMMP_LOCADF_p_LgtCtlA_AGrdMaxIncCmft and LgtCtlA_AGrdMaxIncTrj", "Type": "Functional", "Status": "Released", "Summary": "", "Relevant": "yes", "column_12": "", "Foreign ID": "", "Description": "IF[AND(1,2,3,4,5)]\n1.) LOCAA_s_LgtCtlA_MdTarDyn is VMMP_LOC_c_LgtCtlA_MdTarDynDynCmftFct\n2.) ASOPOT_s_ATqDmd is smaller than ATarMdTarDynCtl\n3.) LOCADF_m_LgtCtlA_ADmd is greater than ASOPOT_s_ATqDmd\n4.) The difference of DSOPRE_s_DrvPed_ADrg and ASOPOT_s_ATqDmd divided by VMMP_c_TiSmpl is greater then or equal to VMMP_LOCADF_p_LgtCtlA_AGrdMaxIncCmft\n5.) *FlgRstctAGrdIncTracCtl is false\nTHEN:\nLOCADF_s_LgtCtlA_AGrdMaxInc is the maximum of VMMP_LOCADF_p_LgtCtlA_AGrdMaxIncCmft and LgtCtlA_AGrdMaxIncTrj", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
90	36890352	Functional	Released	yes	True		IF[AND(1,2,3,4,5)] 1.) LOCAA_s_LgtCtlA_MdTarDyn is VMMP_LOC_c_LgtCtlA_MdTarDynDynCmftFct 2.) ASOPOT_s_ATqDmd is smaller than AT IF[AND(1,2,3,4,5)] 1.) LOCAA_s_LgtCtlA_MdTarDyn is VMMP_LOC_c_LgtCtlA_MdTarDynDynCmftFct 2.) ASOPOT_s_ATqDmd is smaller than ATarMdTarDynCtl 3.) LOCADF_m_LgtCtlA_ADmd is greater than ASOPOT_s_ATqDmd 4.) The difference of DSOPRE_s_DrvPed_ADrg and ASOPOT_s_ATqDmd divided by VMMP_c_TiSmpl is greater then or equal to VMMP_LOCADF_p_LgtCtlA_AGrdMaxIncCmft 5.) FlgRstctAGrdIncTracCtl is false THEN: LOCADF_s_LgtCtlA_AGrdMaxInc is the maximum of VMMP_LOCADF_p_LgtCtlA_AGrdMaxIncCmft and LgtCtlA_AGrdMaxInc Raw { "ID": "36890352", "ASIL": " QM", "Text": "IF[AND(1,2,3,4,5)]\n_x000D_1.) LOCAA_s_LgtCtlA_MdTarDyn is VMMP_LOC_c_LgtCtlA_MdTarDynDynCmftFct\n_x000D_2.) ASOPOT_s_ATqDmd is smaller than ATarMdTarDynCtl\n_x000D_3.) LOCADF_m_LgtCtlA_ADmd is greater than ASOPOT_s_ATqDmd\n_x000D_4.) The difference of DSOPRE_s_DrvPed_ADrg and ASOPOT_s_ATqDmd divided by VMMP_c_TiSmpl is greater then or equal to VMMP_LOCADF_p_LgtCtlA_AGrdMaxIncCmft\n_x000D_5.) FlgRstctAGrdIncTracCtl is false\n_x000D_THEN:\n_x000D_LOCADF_s_LgtCtlA_AGrdMaxInc is the maximum of VMMP_LOCADF_p_LgtCtlA_AGrdMaxIncCmft and LgtCtlA_AGrdMaxInc", "Type": "Functional", "Status": "Released", "Summary": "", "Relevant": "yes", "column_12": "", "Foreign ID": "", "Description": "IF[AND(1,2,3,4,5)]\n_x000D_1.) LOCAA_s_LgtCtlA_MdTarDyn is VMMP_LOC_c_LgtCtlA_MdTarDynDynCmftFct\n_x000D_2.) ASOPOT_s_ATqDmd is smaller than ATarMdTarDynCtl\n_x000D_3.) LOCADF_m_LgtCtlA_ADmd is greater than ASOPOT_s_ATqDmd\n_x000D_4.) The difference of DSOPRE_s_DrvPed_ADrg and ASOPOT_s_ATqDmd divided by VMMP_c_TiSmpl is greater then or equal to VMMP_LOCADF_p_LgtCtlA_AGrdMaxIncCmft\n_x000D_5.) *FlgRstctAGrdIncTracCtl is false\n_x000D_THEN:\n_x000D_LOCADF_s_LgtCtlA_AGrdMaxInc is the maximum of VMMP_LOCADF_p_LgtCtlA_AGrdMaxIncCmft and LgtCtlA_AGrdMaxInc", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
91	16653024	Functional	Released	yes	True		IF[AND(1,2,3,4,5)] 1.) LOCAA_s_LgtCtlA_MdTarDyn is VMMP_LOC_c_LgtCtlA_MdTarDynDynCmftFct 2.) ASOPOT_s_ATqDmd is smaller than AT IF[AND(1,2,3,4,5)] 1.) LOCAA_s_LgtCtlA_MdTarDyn is VMMP_LOC_c_LgtCtlA_MdTarDynDynCmftFct 2.) ASOPOT_s_ATqDmd is smaller than ATarMdTarDynCtl 3.) LOCAA_s_LgtCtlA_ADmd is greater than ASOPOT_s_ATqDmd 4.) The difference of DSOPRE_s_DrvPed_ADrg and ASOPOT_s_ATqDmd divided by VMMP_c_TiSmpl is smaller then VMMP_LOCADF_p_LgtCtlA_AGrdMaxIncCmft 5.) FlgRstctAGrdIncTracCtl is false THEN: LOCADF_s_LgtCtlA_AGrdMaxInc is the maximum of LOCAA_s_LgtCtlA_AGrdMaxInc and the maximum of zero and the difference of DSOPRE_s_DrvPed_ADrg and ASOPOT_s_ATqDmd divided by VMMP_c_TiSmpl Raw { "ID": "16653024", "ASIL": " QM", "Text": "IF[AND(1,2,3,4,5)]\n_x000D_1.) LOCAA_s_LgtCtlA_MdTarDyn is VMMP_LOC_c_LgtCtlA_MdTarDynDynCmftFct\n_x000D_2.) ASOPOT_s_ATqDmd is smaller than ATarMdTarDynCtl\n_x000D_3.) LOCAA_s_LgtCtlA_ADmd is greater than ASOPOT_s_ATqDmd\n_x000D_4.) The difference of DSOPRE_s_DrvPed_ADrg and ASOPOT_s_ATqDmd divided by VMMP_c_TiSmpl is smaller then VMMP_LOCADF_p_LgtCtlA_AGrdMaxIncCmft\n_x000D_5.) FlgRstctAGrdIncTracCtl is false\n_x000D_THEN:\n_x000D_LOCADF_s_LgtCtlA_AGrdMaxInc is the maximum of LOCAA_s_LgtCtlA_AGrdMaxInc and the maximum of zero and the difference of DSOPRE_s_DrvPed_ADrg and ASOPOT_s_ATqDmd divided by VMMP_c_TiSmpl", "Type": "Functional", "Status": "Released", "Summary": "", "Relevant": "yes", "column_12": "", "Foreign ID": "1245116", "Description": "IF[AND(1,2,3,4,5)]\n_x000D_1.) LOCAA_s_LgtCtlA_MdTarDyn is VMMP_LOC_c_LgtCtlA_MdTarDynDynCmftFct\n_x000D_2.) ASOPOT_s_ATqDmd is smaller than ATarMdTarDynCtl\n_x000D_3.) LOCAA_s_LgtCtlA_ADmd is greater than ASOPOT_s_ATqDmd\n_x000D_4.) The difference of DSOPRE_s_DrvPed_ADrg and ASOPOT_s_ATqDmd divided by VMMP_c_TiSmpl is smaller then VMMP_LOCADF_p_LgtCtlA_AGrdMaxIncCmft\n_x000D_5.) *FlgRstctAGrdIncTracCtl is false\n_x000D_THEN:\n_x000D_LOCADF_s_LgtCtlA_AGrdMaxInc is the maximum of LOCAA_s_LgtCtlA_AGrdMaxInc and the maximum of zero and the difference of DSOPRE_s_DrvPed_ADrg and ASOPOT_s_ATqDmd divided by VMMP_c_TiSmpl", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
92	20198678	Functional	Released	yes	True		IF[AND(1,2,3,4,5)] 1.) LOCAA_s_LgtCtlA_MdTarDyn is VMMP_LOC_c_LgtCtlA_MdTarDynDynCmftFct 2.) ASOPOT_s_ATqDmd is smaller than AT IF[AND(1,2,3,4,5)] 1.) LOCAA_s_LgtCtlA_MdTarDyn is VMMP_LOC_c_LgtCtlA_MdTarDynDynCmftFct 2.) ASOPOT_s_ATqDmd is smaller than ATarMdTarDynCtl 3.) LOCADF_m_LgtCtlA_ADmd is greater than ASOPOT_s_ATqDmd 4.) The difference of DSOPRE_s_DrvPed_ADrg and ASOPOT_s_ATqDmd divided by VMMP_c_TiSmpl is smaller then VMMP_LOCADF_p_LgtCtlA_AGrdMaxIncCmft 5.) FlgRstctAGrdIncTracCtl is false THEN: LOCADF_s_LgtCtlA_AGrdMaxInc is the maximum of LgtCtlA_AGrdMaxIncTrj and the maximum of zero and the difference of DSOPRE_s_DrvPed_ADrg and ASOPOT_s_ATqDmd divided by VMMP_c_TiSmpl Raw { "ID": "20198678", "ASIL": " QM", "Text": "IF[AND(1,2,3,4,5)]\n_x000D_1.) LOCAA_s_LgtCtlA_MdTarDyn is VMMP_LOC_c_LgtCtlA_MdTarDynDynCmftFct\n_x000D_2.) ASOPOT_s_ATqDmd is smaller than ATarMdTarDynCtl\n_x000D_3.) LOCADF_m_LgtCtlA_ADmd is greater than ASOPOT_s_ATqDmd\n_x000D_4.) The difference of DSOPRE_s_DrvPed_ADrg and ASOPOT_s_ATqDmd divided by VMMP_c_TiSmpl is smaller then VMMP_LOCADF_p_LgtCtlA_AGrdMaxIncCmft\n_x000D_5.) FlgRstctAGrdIncTracCtl is false\n_x000D_THEN:\n_x000D_LOCADF_s_LgtCtlA_AGrdMaxInc is the maximum of LgtCtlA_AGrdMaxIncTrj and the maximum of zero and the difference of DSOPRE_s_DrvPed_ADrg and ASOPOT_s_ATqDmd divided by VMMP_c_TiSmpl", "Type": "Functional", "Status": "Released", "Summary": "", "Relevant": "yes", "column_12": "", "Foreign ID": "", "Description": "IF[AND(1,2,3,4,5)]\n_x000D_1.) LOCAA_s_LgtCtlA_MdTarDyn is VMMP_LOC_c_LgtCtlA_MdTarDynDynCmftFct\n_x000D_2.) ASOPOT_s_ATqDmd is smaller than ATarMdTarDynCtl\n_x000D_3.) LOCADF_m_LgtCtlA_ADmd is greater than ASOPOT_s_ATqDmd\n_x000D_4.) The difference of DSOPRE_s_DrvPed_ADrg and ASOPOT_s_ATqDmd divided by VMMP_c_TiSmpl is smaller then VMMP_LOCADF_p_LgtCtlA_AGrdMaxIncCmft\n_x000D_5.) *FlgRstctAGrdIncTracCtl is false\n_x000D_THEN:\n_x000D_LOCADF_s_LgtCtlA_AGrdMaxInc is the maximum of LgtCtlA_AGrdMaxIncTrj and the maximum of zero and the difference of DSOPRE_s_DrvPed_ADrg and ASOPOT_s_ATqDmd divided by VMMP_c_TiSmpl", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
93	36890365	Functional	Released	yes	True		IF[AND(1,2,3,4,5)] 1.) LOCAA_s_LgtCtlA_MdTarDyn is VMMP_LOC_c_LgtCtlA_MdTarDynDynCmftFct 2.) ASOPOT_s_ATqDmd is smaller than AT IF[AND(1,2,3,4,5)] 1.) LOCAA_s_LgtCtlA_MdTarDyn is VMMP_LOC_c_LgtCtlA_MdTarDynDynCmftFct 2.) ASOPOT_s_ATqDmd is smaller than ATarMdTarDynCtl 3.) LOCADF_m_LgtCtlA_ADmd is greater than ASOPOT_s_ATqDmd 4.) The difference of DSOPRE_s_DrvPed_ADrg and ASOPOT_s_ATqDmd divided by VMMP_c_TiSmpl is smaller then VMMP_LOCADF_p_LgtCtlA_AGrdMaxIncCmft 5.) FlgRstctAGrdIncTracCtl is false THEN: LOCADF_s_LgtCtlA_AGrdMaxInc is the maximum of LgtCtlA_AGrdMaxInc and the maximum of zero and the difference of DSOPRE_s_DrvPed_ADrg and ASOPOT_s_ATqDmd divided by VMMP_c_TiSmpl Raw { "ID": "36890365", "ASIL": " QM", "Text": "IF[AND(1,2,3,4,5)]\n_x000D_1.) LOCAA_s_LgtCtlA_MdTarDyn is VMMP_LOC_c_LgtCtlA_MdTarDynDynCmftFct\n_x000D_2.) ASOPOT_s_ATqDmd is smaller than ATarMdTarDynCtl\n_x000D_3.) LOCADF_m_LgtCtlA_ADmd is greater than ASOPOT_s_ATqDmd\n_x000D_4.) The difference of DSOPRE_s_DrvPed_ADrg and ASOPOT_s_ATqDmd divided by VMMP_c_TiSmpl is smaller then VMMP_LOCADF_p_LgtCtlA_AGrdMaxIncCmft\n_x000D_5.) FlgRstctAGrdIncTracCtl is false\n_x000D_THEN:\n_x000D_LOCADF_s_LgtCtlA_AGrdMaxInc is the maximum of LgtCtlA_AGrdMaxInc and the maximum of zero and the difference of DSOPRE_s_DrvPed_ADrg and ASOPOT_s_ATqDmd divided by VMMP_c_TiSmpl", "Type": "Functional", "Status": "Released", "Summary": "", "Relevant": "yes", "column_12": "", "Foreign ID": "", "Description": "IF[AND(1,2,3,4,5)]\n_x000D_1.) LOCAA_s_LgtCtlA_MdTarDyn is VMMP_LOC_c_LgtCtlA_MdTarDynDynCmftFct\n_x000D_2.) ASOPOT_s_ATqDmd is smaller than ATarMdTarDynCtl\n_x000D_3.) LOCADF_m_LgtCtlA_ADmd is greater than ASOPOT_s_ATqDmd\n_x000D_4.) The difference of DSOPRE_s_DrvPed_ADrg and ASOPOT_s_ATqDmd divided by VMMP_c_TiSmpl is smaller then VMMP_LOCADF_p_LgtCtlA_AGrdMaxIncCmft\n_x000D_5.) *FlgRstctAGrdIncTracCtl is false\n_x000D_THEN:\n_x000D_LOCADF_s_LgtCtlA_AGrdMaxInc is the maximum of LgtCtlA_AGrdMaxInc and the maximum of zero and the difference of DSOPRE_s_DrvPed_ADrg and ASOPOT_s_ATqDmd divided by VMMP_c_TiSmpl", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
94	16653025	Functional	Released	yes	True		IF[AND(1,2,3,4,5)] 1.) LOCAA_s_LgtCtlA_MdTarDyn is VMMP_LOC_c_LgtCtlA_MdTarDynDynEmgcyFct 2.) ASOPOT_s_ATqDmd is smaller than * IF[AND(1,2,3,4,5)] 1.) LOCAA_s_LgtCtlA_MdTarDyn is VMMP_LOC_c_LgtCtlA_MdTarDynDynEmgcyFct 2.) ASOPOT_s_ATqDmd is smaller than ATarMdTarDynCtl 3.) LOCAA_s_LgtCtlA_ADmd is greater than ASOPOT_s_ATqDmd 4.) The difference of DSOPRE_s_DrvPed_ADrg and ASOPOT_s_ATqDmd divided by VMMP_c_TiSmpl is greater then or equal to VMMP_LOCADF_p_LgtCtlA_AGrdMaxIncEmgcy 5.) FlgRstctAGrdIncTracCtl is false THEN: LOCADF_s_LgtCtlA_AGrdMaxInc is the maximum of VMMP_LOCADF_p_LgtCtlA_AGrdMaxIncEmgcy and LOCAA_s_LgtCtlA_AGrdMaxInc Raw { "ID": "16653025", "ASIL": " QM", "Text": "IF[AND(1,2,3,4,5)]\n_x000D_1.) LOCAA_s_LgtCtlA_MdTarDyn is\n_x000D_VMMP_LOC_c_LgtCtlA_MdTarDynDynEmgcyFct\n_x000D_2.) ASOPOT_s_ATqDmd is smaller than ATarMdTarDynCtl\n_x000D_3.) LOCAA_s_LgtCtlA_ADmd is greater than ASOPOT_s_ATqDmd\n_x000D_4.) The difference of DSOPRE_s_DrvPed_ADrg and ASOPOT_s_ATqDmd divided by VMMP_c_TiSmpl is greater then or equal to VMMP_LOCADF_p_LgtCtlA_AGrdMaxIncEmgcy\n_x000D_5.) FlgRstctAGrdIncTracCtl is false\n_x000D_THEN:\n_x000D_LOCADF_s_LgtCtlA_AGrdMaxInc is the maximum of VMMP_LOCADF_p_LgtCtlA_AGrdMaxIncEmgcy and LOCAA_s_LgtCtlA_AGrdMaxInc", "Type": "Functional", "Status": "Released", "Summary": "", "Relevant": "yes", "column_12": "", "Foreign ID": "1218938", "Description": "IF[AND(1,2,3,4,5)]\n_x000D_1.) LOCAA_s_LgtCtlA_MdTarDyn is\n_x000D_VMMP_LOC_c_LgtCtlA_MdTarDynDynEmgcyFct\n_x000D_2.) ASOPOT_s_ATqDmd is smaller than ATarMdTarDynCtl\n_x000D_3.) LOCAA_s_LgtCtlA_ADmd is greater than ASOPOT_s_ATqDmd\n_x000D_4.) The difference of DSOPRE_s_DrvPed_ADrg and ASOPOT_s_ATqDmd divided by VMMP_c_TiSmpl is greater then or equal to VMMP_LOCADF_p_LgtCtlA_AGrdMaxIncEmgcy\n_x000D_5.) FlgRstctAGrdIncTracCtl is false\n_x000D_THEN:\n_x000D_LOCADF_s_LgtCtlA_AGrdMaxInc is the maximum of VMMP_LOCADF_p_LgtCtlA_AGrdMaxIncEmgcy and LOCAA_s_LgtCtlA_AGrdMaxInc", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
95	20198685	Functional	Released	yes	True		IF[AND(1,2,3,4,5)] 1.) LOCAA_s_LgtCtlA_MdTarDyn is VMMP_LOC_c_LgtCtlA_MdTarDynDynEmgcyFct 2.) ASOPOT_s_ATqDmd is smaller than * IF[AND(1,2,3,4,5)] 1.) LOCAA_s_LgtCtlA_MdTarDyn is VMMP_LOC_c_LgtCtlA_MdTarDynDynEmgcyFct 2.) ASOPOT_s_ATqDmd is smaller than ATarMdTarDynCtl 3.) LOCADF_m_LgtCtlA_ADmd is greater than ASOPOT_s_ATqDmd 4.) The difference of DSOPRE_s_DrvPed_ADrg and ASOPOT_s_ATqDmd divided by VMMP_c_TiSmpl is greater then or equal to VMMP_LOCADF_p_LgtCtlA_AGrdMaxIncEmgcy 5.) FlgRstctAGrdIncTracCtl is false THEN: LOCADF_s_LgtCtlA_AGrdMaxInc is the maximum of VMMP_LOCADF_p_LgtCtlA_AGrdMaxIncEmgcy and LgtCtlA_AGrdMaxIncTrj Raw { "ID": "20198685", "ASIL": " QM", "Text": "IF[AND(1,2,3,4,5)]\n_x000D_1.) LOCAA_s_LgtCtlA_MdTarDyn is\n_x000D_VMMP_LOC_c_LgtCtlA_MdTarDynDynEmgcyFct\n_x000D_2.) ASOPOT_s_ATqDmd is smaller than ATarMdTarDynCtl\n_x000D_3.) LOCADF_m_LgtCtlA_ADmd is greater than ASOPOT_s_ATqDmd\n_x000D_4.) The difference of DSOPRE_s_DrvPed_ADrg and ASOPOT_s_ATqDmd divided by VMMP_c_TiSmpl is greater then or equal to VMMP_LOCADF_p_LgtCtlA_AGrdMaxIncEmgcy\n_x000D_5.) FlgRstctAGrdIncTracCtl is false\n_x000D_ \n_x000D_ \n_x000D_THEN:\n_x000D_LOCADF_s_LgtCtlA_AGrdMaxInc is the maximum of VMMP_LOCADF_p_LgtCtlA_AGrdMaxIncEmgcy and LgtCtlA_AGrdMaxIncTrj", "Type": "Functional", "Status": "Released", "Summary": "", "Relevant": "yes", "column_12": "", "Foreign ID": "", "Description": "IF[AND(1,2,3,4,5)]\n_x000D_1.) LOCAA_s_LgtCtlA_MdTarDyn is\n_x000D_VMMP_LOC_c_LgtCtlA_MdTarDynDynEmgcyFct\n_x000D_2.) ASOPOT_s_ATqDmd is smaller than ATarMdTarDynCtl\n_x000D_3.) LOCADF_m_LgtCtlA_ADmd is greater than ASOPOT_s_ATqDmd\n_x000D_4.) The difference of DSOPRE_s_DrvPed_ADrg and ASOPOT_s_ATqDmd divided by VMMP_c_TiSmpl is greater then or equal to VMMP_LOCADF_p_LgtCtlA_AGrdMaxIncEmgcy\n_x000D_5.) FlgRstctAGrdIncTracCtl is false\n_x000D_ \n_x000D_ \n_x000D_THEN:\n_x000D_LOCADF_s_LgtCtlA_AGrdMaxInc is the maximum of VMMP_LOCADF_p_LgtCtlA_AGrdMaxIncEmgcy and LgtCtlA_AGrdMaxIncTrj", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
96	36890397	Functional	Released	yes	True		IF[AND(1,2,3,4,5)] 1.) LOCAA_s_LgtCtlA_MdTarDyn is VMMP_LOC_c_LgtCtlA_MdTarDynDynEmgcyFct 2.) ASOPOT_s_ATqDmd is smaller than * IF[AND(1,2,3,4,5)] 1.) LOCAA_s_LgtCtlA_MdTarDyn is VMMP_LOC_c_LgtCtlA_MdTarDynDynEmgcyFct 2.) ASOPOT_s_ATqDmd is smaller than ATarMdTarDynCtl 3.) LOCADF_m_LgtCtlA_ADmd is greater than ASOPOT_s_ATqDmd 4.) The difference of DSOPRE_s_DrvPed_ADrg and ASOPOT_s_ATqDmd divided by VMMP_c_TiSmpl is greater then or equal to VMMP_LOCADF_p_LgtCtlA_AGrdMaxIncEmgcy 5.) FlgRstctAGrdIncTracCtl is false THEN: LOCADF_s_LgtCtlA_AGrdMaxInc is the maximum of VMMP_LOCADF_p_LgtCtlA_AGrdMaxIncEmgcy and LgtCtlA_AGrdMaxInc Raw { "ID": "36890397", "ASIL": " QM", "Text": "IF[AND(1,2,3,4,5)]\n_x000D_1.) LOCAA_s_LgtCtlA_MdTarDyn is\n_x000D_VMMP_LOC_c_LgtCtlA_MdTarDynDynEmgcyFct\n_x000D_2.) ASOPOT_s_ATqDmd is smaller than ATarMdTarDynCtl\n_x000D_3.) LOCADF_m_LgtCtlA_ADmd is greater than ASOPOT_s_ATqDmd\n_x000D_4.) The difference of DSOPRE_s_DrvPed_ADrg and ASOPOT_s_ATqDmd divided by VMMP_c_TiSmpl is greater then or equal to VMMP_LOCADF_p_LgtCtlA_AGrdMaxIncEmgcy\n_x000D_5.) FlgRstctAGrdIncTracCtl is false\n_x000D_ \n_x000D_ \n_x000D_THEN:\n_x000D_LOCADF_s_LgtCtlA_AGrdMaxInc is the maximum of VMMP_LOCADF_p_LgtCtlA_AGrdMaxIncEmgcy and LgtCtlA_AGrdMaxInc", "Type": "Functional", "Status": "Released", "Summary": "", "Relevant": "yes", "column_12": "", "Foreign ID": "", "Description": "IF[AND(1,2,3,4,5)]\n_x000D_1.) LOCAA_s_LgtCtlA_MdTarDyn is\n_x000D_VMMP_LOC_c_LgtCtlA_MdTarDynDynEmgcyFct\n_x000D_2.) ASOPOT_s_ATqDmd is smaller than ATarMdTarDynCtl\n_x000D_3.) LOCADF_m_LgtCtlA_ADmd is greater than ASOPOT_s_ATqDmd\n_x000D_4.) The difference of DSOPRE_s_DrvPed_ADrg and ASOPOT_s_ATqDmd divided by VMMP_c_TiSmpl is greater then or equal to VMMP_LOCADF_p_LgtCtlA_AGrdMaxIncEmgcy\n_x000D_5.) FlgRstctAGrdIncTracCtl is false\n_x000D_ \n_x000D_ \n_x000D_THEN:\n_x000D_LOCADF_s_LgtCtlA_AGrdMaxInc is the maximum of VMMP_LOCADF_p_LgtCtlA_AGrdMaxIncEmgcy and LgtCtlA_AGrdMaxInc", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
97	16653026	Functional	Released	yes	True		IF[AND(1,2,3,4,5)] 1.) LOCAA_s_LgtCtlA_MdTarDyn is VMMP_LOC_c_LgtCtlA_MdTarDynDynEmgcyFct 2.) ASOPOT_s_ATqDmd is smaller than * IF[AND(1,2,3,4,5)] 1.) LOCAA_s_LgtCtlA_MdTarDyn is VMMP_LOC_c_LgtCtlA_MdTarDynDynEmgcyFct 2.) ASOPOT_s_ATqDmd is smaller than ATarMdTarDynCtl 3.) LOCAA_s_LgtCtlA_ADmd is greater than ASOPOT_s_ATqDmd 4.) The difference of DSOPRE_s_DrvPed_ADrg and ASOPOT_s_ATqDmd divided by VMMP_c_TiSmpl is smaller then VMMP_LOCADF_p_LgtCtlA_AGrdMaxIncEmgcy 5.) FlgRstctAGrdIncTracCtl is false THEN: LOCADF_s_LgtCtlA_AGrdMaxInc is the maximum of LOCAA_s_LgtCtlA_AGrdMaxInc and the maximum of zero and the difference of DSOPRE_s_DrvPed_ADrg and ASOPOT_s_ATqDmd divided by VMMP_c_TiSmpl Raw { "ID": "16653026", "ASIL": " QM", "Text": "IF[AND(1,2,3,4,5)]\n_x000D_1.) LOCAA_s_LgtCtlA_MdTarDyn is\n_x000D_VMMP_LOC_c_LgtCtlA_MdTarDynDynEmgcyFct\n_x000D_2.) ASOPOT_s_ATqDmd is smaller than ATarMdTarDynCtl\n_x000D_3.) LOCAA_s_LgtCtlA_ADmd is greater than ASOPOT_s_ATqDmd\n_x000D_4.) The difference of DSOPRE_s_DrvPed_ADrg and ASOPOT_s_ATqDmd divided by VMMP_c_TiSmpl is smaller then VMMP_LOCADF_p_LgtCtlA_AGrdMaxIncEmgcy\n_x000D_5.) FlgRstctAGrdIncTracCtl is false\n_x000D_THEN:\n_x000D_LOCADF_s_LgtCtlA_AGrdMaxInc is the maximum of LOCAA_s_LgtCtlA_AGrdMaxInc and the maximum of zero and the difference of DSOPRE_s_DrvPed_ADrg and ASOPOT_s_ATqDmd divided by VMMP_c_TiSmpl", "Type": "Functional", "Status": "Released", "Summary": "", "Relevant": "yes", "column_12": "", "Foreign ID": "1245118", "Description": "IF[AND(1,2,3,4,5)]\n_x000D_1.) LOCAA_s_LgtCtlA_MdTarDyn is\n_x000D_VMMP_LOC_c_LgtCtlA_MdTarDynDynEmgcyFct\n_x000D_2.) ASOPOT_s_ATqDmd is smaller than ATarMdTarDynCtl\n_x000D_3.) LOCAA_s_LgtCtlA_ADmd is greater than ASOPOT_s_ATqDmd\n_x000D_4.) The difference of DSOPRE_s_DrvPed_ADrg and ASOPOT_s_ATqDmd divided by VMMP_c_TiSmpl is smaller then VMMP_LOCADF_p_LgtCtlA_AGrdMaxIncEmgcy\n_x000D_5.) FlgRstctAGrdIncTracCtl is false\n_x000D_THEN:\n_x000D_LOCADF_s_LgtCtlA_AGrdMaxInc is the maximum of LOCAA_s_LgtCtlA_AGrdMaxInc and the maximum of zero and the difference of DSOPRE_s_DrvPed_ADrg and ASOPOT_s_ATqDmd divided by VMMP_c_TiSmpl", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
98	20198782	Functional	Released	yes	True		IF[AND(1,2,3,4,5)] 1.) LOCAA_s_LgtCtlA_MdTarDyn is VMMP_LOC_c_LgtCtlA_MdTarDynDynEmgcyFct 2.) ASOPOT_s_ATqDmd is smaller than * IF[AND(1,2,3,4,5)] 1.) LOCAA_s_LgtCtlA_MdTarDyn is VMMP_LOC_c_LgtCtlA_MdTarDynDynEmgcyFct 2.) ASOPOT_s_ATqDmd is smaller than ATarMdTarDynCtl 3.) LOCADF_m_LgtCtlA_ADmd is greater than ASOPOT_s_ATqDmd 4.) The difference of DSOPRE_s_DrvPed_ADrg and ASOPOT_s_ATqDmd divided by VMMP_c_TiSmpl is smaller then VMMP_LOCADF_p_LgtCtlA_AGrdMaxIncEmgcy 5.) FlgRstctAGrdIncTracCtl is false THEN: LOCADF_s_LgtCtlA_AGrdMaxInc is the maximum of LgtCtlA_AGrdMaxIncTrj and the maximum of zero and the difference of DSOPRE_s_DrvPed_ADrg and ASOPOT_s_ATqDmd divided by VMMP_c_TiSmpl Raw { "ID": "20198782", "ASIL": " QM", "Text": "IF[AND(1,2,3,4,5)]\n_x000D_1.) LOCAA_s_LgtCtlA_MdTarDyn is\n_x000D_VMMP_LOC_c_LgtCtlA_MdTarDynDynEmgcyFct\n_x000D_2.) ASOPOT_s_ATqDmd is smaller than ATarMdTarDynCtl\n_x000D_3.) LOCADF_m_LgtCtlA_ADmd is greater than ASOPOT_s_ATqDmd\n_x000D_4.) The difference of DSOPRE_s_DrvPed_ADrg and ASOPOT_s_ATqDmd divided by VMMP_c_TiSmpl is smaller then VMMP_LOCADF_p_LgtCtlA_AGrdMaxIncEmgcy\n_x000D_5.) FlgRstctAGrdIncTracCtl is false\n_x000D_THEN:\n_x000D_LOCADF_s_LgtCtlA_AGrdMaxInc is the maximum of LgtCtlA_AGrdMaxIncTrj and the maximum of zero and the difference of DSOPRE_s_DrvPed_ADrg and ASOPOT_s_ATqDmd divided by VMMP_c_TiSmpl", "Type": "Functional", "Status": "Released", "Summary": "", "Relevant": "yes", "column_12": "", "Foreign ID": "", "Description": "IF[AND(1,2,3,4,5)]\n_x000D_1.) LOCAA_s_LgtCtlA_MdTarDyn is\n_x000D_VMMP_LOC_c_LgtCtlA_MdTarDynDynEmgcyFct\n_x000D_2.) ASOPOT_s_ATqDmd is smaller than ATarMdTarDynCtl\n_x000D_3.) LOCADF_m_LgtCtlA_ADmd is greater than ASOPOT_s_ATqDmd\n_x000D_4.) The difference of DSOPRE_s_DrvPed_ADrg and ASOPOT_s_ATqDmd divided by VMMP_c_TiSmpl is smaller then VMMP_LOCADF_p_LgtCtlA_AGrdMaxIncEmgcy\n_x000D_5.) FlgRstctAGrdIncTracCtl is false\n_x000D_THEN:\n_x000D_LOCADF_s_LgtCtlA_AGrdMaxInc is the maximum of LgtCtlA_AGrdMaxIncTrj and the maximum of zero and the difference of DSOPRE_s_DrvPed_ADrg and ASOPOT_s_ATqDmd divided by VMMP_c_TiSmpl", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
99	36890408	Functional	Released	yes	True		IF[AND(1,2,3,4,5)] 1.) LOCAA_s_LgtCtlA_MdTarDyn is VMMP_LOC_c_LgtCtlA_MdTarDynDynEmgcyFct 2.) ASOPOT_s_ATqDmd is smaller than * IF[AND(1,2,3,4,5)] 1.) LOCAA_s_LgtCtlA_MdTarDyn is VMMP_LOC_c_LgtCtlA_MdTarDynDynEmgcyFct 2.) ASOPOT_s_ATqDmd is smaller than ATarMdTarDynCtl 3.) LOCADF_m_LgtCtlA_ADmd is greater than ASOPOT_s_ATqDmd 4.) The difference of DSOPRE_s_DrvPed_ADrg and ASOPOT_s_ATqDmd divided by VMMP_c_TiSmpl is smaller then VMMP_LOCADF_p_LgtCtlA_AGrdMaxIncEmgcy 5.) FlgRstctAGrdIncTracCtl is false THEN: LOCADF_s_LgtCtlA_AGrdMaxInc is the maximum of LgtCtlA_AGrdMaxInc and the maximum of zero and the difference of DSOPRE_s_DrvPed_ADrg and ASOPOT_s_ATqDmd divided by VMMP_c_TiSmpl Raw { "ID": "36890408", "ASIL": " QM", "Text": "IF[AND(1,2,3,4,5)]\n_x000D_1.) LOCAA_s_LgtCtlA_MdTarDyn is\n_x000D_VMMP_LOC_c_LgtCtlA_MdTarDynDynEmgcyFct\n_x000D_2.) ASOPOT_s_ATqDmd is smaller than ATarMdTarDynCtl\n_x000D_3.) LOCADF_m_LgtCtlA_ADmd is greater than ASOPOT_s_ATqDmd\n_x000D_4.) The difference of DSOPRE_s_DrvPed_ADrg and ASOPOT_s_ATqDmd divided by VMMP_c_TiSmpl is smaller then VMMP_LOCADF_p_LgtCtlA_AGrdMaxIncEmgcy\n_x000D_5.) FlgRstctAGrdIncTracCtl is false\n_x000D_THEN:\n_x000D_LOCADF_s_LgtCtlA_AGrdMaxInc is the maximum of LgtCtlA_AGrdMaxInc and the maximum of zero and the difference of DSOPRE_s_DrvPed_ADrg and ASOPOT_s_ATqDmd divided by VMMP_c_TiSmpl", "Type": "Functional", "Status": "Released", "Summary": "", "Relevant": "yes", "column_12": "", "Foreign ID": "", "Description": "IF[AND(1,2,3,4,5)]\n_x000D_1.) LOCAA_s_LgtCtlA_MdTarDyn is\n_x000D_VMMP_LOC_c_LgtCtlA_MdTarDynDynEmgcyFct\n_x000D_2.) ASOPOT_s_ATqDmd is smaller than ATarMdTarDynCtl\n_x000D_3.) LOCADF_m_LgtCtlA_ADmd is greater than ASOPOT_s_ATqDmd\n_x000D_4.) The difference of DSOPRE_s_DrvPed_ADrg and ASOPOT_s_ATqDmd divided by VMMP_c_TiSmpl is smaller then VMMP_LOCADF_p_LgtCtlA_AGrdMaxIncEmgcy\n_x000D_5.) FlgRstctAGrdIncTracCtl is false\n_x000D_THEN:\n_x000D_LOCADF_s_LgtCtlA_AGrdMaxInc is the maximum of LgtCtlA_AGrdMaxInc and the maximum of zero and the difference of DSOPRE_s_DrvPed_ADrg and ASOPOT_s_ATqDmd divided by VMMP_c_TiSmpl", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
100	16653027	Functional	Released	yes	True		IF[AND(1,2)] 1.) HMSOP_s_StHldAcv is equal to VMMP_HMSHC_c_StHldAcvDrvOff 2.) FlgRstctAGrdIncTracCtl is false THEN: LOCADF_s_ IF[AND(1,2)] 1.) HMSOP_s_StHldAcv is equal to VMMP_HMSHC_c_StHldAcvDrvOff 2.) FlgRstctAGrdIncTracCtl is false THEN: LOCADF_s_LgtCtlA_AGrdMaxInc shall show the maximum of the value for LOCADF_s_LgtCtlA_AGrdMaxInc specified above* and the output of the 1D interpolation parameter with p1 = VMMP_LOCADF_DrvOffGrd_p1_AGrdMaxInc, px = VMMP_LOCADF_DrvOffGrd_px_ADmdDif, and the x-input value is the last value of LOCADF_s_LgtCtlA_ADmd without saturation specified above are requirement VMMP_LOC_LOCADF-16653023 VMMP_LOC_LOCADF-20198676 VMMP_LOC_LOCADF-36890352 VMMP_LOC_LOCADF-16653024 VMMP_LOC_LOCADF-20198678 VMMP_LOC_LOCADF-36890365 VMMP_LOC_LOCADF-16653025 VMMP_LOC_LOCADF-20198685 VMMP_LOC_LOCADF-36890397 VMMP_LOC_LOCADF-16653026 VMMP_LOC_LOCADF-20198782 VMMP_LOC_LOCADF-36890408 Raw { "ID": "16653027", "ASIL": " QM", "Text": "IF[AND(1,2)]\n_x000D_1.) HMSOP_s_StHldAcv is equal to VMMP_HMSHC_c_StHldAcvDrvOff\n_x000D_2.) FlgRstctAGrdIncTracCtl is false\n_x000D_THEN:\n_x000D_LOCADF_s_LgtCtlA_AGrdMaxInc shall show the maximum of the value for LOCADF_s_LgtCtlA_AGrdMaxInc specified above* and the output of the 1D interpolation parameter with\n_x000D_p1 = VMMP_LOCADF_DrvOffGrd_p1_AGrdMaxInc,\n_x000D_px = VMMP_LOCADF_DrvOffGrd_px_ADmdDif,\n_x000D_and the x-input value is the last value of LOCADF_s_LgtCtlA_ADmd without saturation\n_x000D_ \n_x000D_specified above are requirement\n_x000D_VMMP_LOC_LOCADF-16653023\n_x000D_VMMP_LOC_LOCADF-20198676\n_x000D_VMMP_LOC_LOCADF-36890352\n_x000D_VMMP_LOC_LOCADF-16653024\n_x000D_VMMP_LOC_LOCADF-20198678\n_x000D_VMMP_LOC_LOCADF-36890365\n_x000D_VMMP_LOC_LOCADF-16653025\n_x000D_VMMP_LOC_LOCADF-20198685\n_x000D_VMMP_LOC_LOCADF-36890397\n_x000D_VMMP_LOC_LOCADF-16653026\n_x000D_VMMP_LOC_LOCADF-20198782\n_x000D_VMMP_LOC_LOCADF-36890408", "Type": "Functional", "Status": "Released", "Summary": "", "Relevant": "yes", "column_12": "", "Foreign ID": "1380358", "Description": "IF[AND(1,2)]\n_x000D_1.) HMSOP_s_StHldAcv is equal to VMMP_HMSHC_c_StHldAcvDrvOff\n_x000D_2.) FlgRstctAGrdIncTracCtl is false\n_x000D_THEN:\n_x000D_LOCADF_s_LgtCtlA_AGrdMaxInc shall show the maximum of the value for LOCADF_s_LgtCtlA_AGrdMaxInc specified above* and the output of the 1D interpolation parameter with\n_x000D_p1 = VMMP_LOCADF_DrvOffGrd_p1_AGrdMaxInc,\n_x000D_px = VMMP_LOCADF_DrvOffGrd_px_ADmdDif,\n_x000D_and the x-input value is the last value of LOCADF_s_LgtCtlA_ADmd without saturation\n_x000D_ \n_x000D_*specified above are requirement\n_x000D_VMMP_LOC_LOCADF-16653023\n_x000D_VMMP_LOC_LOCADF-20198676\n_x000D_VMMP_LOC_LOCADF-36890352\n_x000D_VMMP_LOC_LOCADF-16653024\n_x000D_VMMP_LOC_LOCADF-20198678\n_x000D_VMMP_LOC_LOCADF-36890365\n_x000D_VMMP_LOC_LOCADF-16653025\n_x000D_VMMP_LOC_LOCADF-20198685\n_x000D_VMMP_LOC_LOCADF-36890397\n_x000D_VMMP_LOC_LOCADF-16653026\n_x000D_VMMP_LOC_LOCADF-20198782\n_x000D_VMMP_LOC_LOCADF-36890408", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }
101	16653028	Functional	Released	yes	True		LOCADF_s_LgtCtlA_AGrdMaxDec is LOCAA_s_LgtCtlA_AGrdMaxDec if not required differently in this chapter Gradient_selection_Ctl LOCADF_s_LgtCtlA_AGrdMaxDec is LOCAA_s_LgtCtlA_AGrdMaxDec if not required differently in this chapter Gradient_selection_Ctl Raw { "ID": "16653028", "ASIL": " QM", "Text": "LOCADF_s_LgtCtlA_AGrdMaxDec is LOCAA_s_LgtCtlA_AGrdMaxDec if not required differently in this chapter Gradient_selection_Ctl", "Type": "Functional", "Status": "Released", "Summary": "", "Relevant": "yes", "column_12": "", "Foreign ID": "1218940", "Description": "LOCADF_s_LgtCtlA_AGrdMaxDec is LOCAA_s_LgtCtlA_AGrdMaxDec if not required differently in this chapter Gradient_selection_Ctl", "Vehicle Launch": "", "Vehicle Platform": "E³ 1.2" }

Source files

Mapping profiles

Import history

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

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