Source files

Short description

Raw

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  "Text": "Short description",
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  "Summary": "Short description",
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  "Description": "",
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This module SOUTFCT (Signal Output Function) is part of the submodule SOUT.

It connects internal signals to Software Components (SWC) outputs that provide information for customer functions.

Raw

{
  "ID": "16642950.0",
  "ASIL": "  ",
  "Text": "This module SOUTFCT (Signal Output Function) is part of the submodule SOUT.\n\rIt connects internal signals to Software Components (SWC) outputs that provide information for customer functions.",
  "Type": "Information",
  "Status": "",
  "Summary": "",
  "Relevant": "no",
  "column_12": "",
  "Foreign ID": "1116693.0",
  "Description": "This module SOUTFCT (Signal Output Function) is part of the submodule SOUT.\n\rIt connects internal signals to Software Components (SWC) outputs that provide information for customer functions.",
  "Vehicle Launch": "",
  "Vehicle Platform": "E³ 1.2"
}

Interface description

Raw

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  "Text": "Interface description",
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  "Status": "",
  "Summary": "Interface description",
  "Relevant": "no",
  "column_12": "",
  "Foreign ID": "1217094.0",
  "Description": "",
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The valid version of the signal and parameter files for the relevant SWRS are:

Raw

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  "ASIL": "  ",
  "Text": "The valid version of the signal and parameter files for the relevant SWRS are:",
  "Type": "Information",
  "Status": "",
  "Summary": "",
  "Relevant": "no",
  "column_12": "",
  "Foreign ID": "1217095.0",
  "Description": "The valid version of the signal and parameter files for the relevant SWRS are:",
  "Vehicle Launch": "",
  "Vehicle Platform": "E³ 1.2"
}

Raw

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  "ID": "16642953.0",
  "ASIL": "  ",
  "Text": "No InterWiki reference defined in properties for 'integrity'",
  "Type": "Information",
  "Status": "",
  "Summary": "",
  "Relevant": "no",
  "column_12": "",
  "Foreign ID": "1263502.0",
  "Description": "No InterWiki reference defined in properties for 'integrity'",
  "Vehicle Launch": "",
  "Vehicle Platform": "E³ 1.2"
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Raw

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  "ASIL": "  ",
  "Text": "No InterWiki reference defined in properties for 'integrity'",
  "Type": "Information",
  "Status": "",
  "Summary": "",
  "Relevant": "no",
  "column_12": "",
  "Foreign ID": "1263501.0",
  "Description": "No InterWiki reference defined in properties for 'integrity'",
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}

Presetting/Framework/Definitions

Raw

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  "ASIL": "  ",
  "Text": "Presetting/Framework/Definitions",
  "Type": "Folder",
  "Status": "",
  "Summary": "Presetting/Framework/Definitions",
  "Relevant": "no",
  "column_12": "",
  "Foreign ID": "1116690.0",
  "Description": "",
  "Vehicle Launch": "",
  "Vehicle Platform": "E³ 1.2"
}

Traceability

Raw

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  "ID": "16642956.0",
  "ASIL": "  ",
  "Text": "Traceability",
  "Type": "Folder",
  "Status": "",
  "Summary": "Traceability",
  "Relevant": "no",
  "column_12": "",
  "Foreign ID": "1316100.0",
  "Description": "",
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  "Vehicle Platform": "E³ 1.2"
}

SWRS to Testcase:

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

Raw

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  "ID": "16642957.0",
  "ASIL": "  ",
  "Text": "SWRS to Testcase:\n\r \n\rNo InterWiki reference defined in properties for 'integrity' \n\rThe 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": "1316102.0",
  "Description": "SWRS to Testcase:\n\r \n\rNo InterWiki reference defined in properties for 'integrity' \n\rThe latest revision of the test specification document is valid for the tracability SWRS to Testcase",
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  "Vehicle Platform": "E³ 1.2"
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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": "16642958.0",
  "ASIL": "  ",
  "Text": "SWRS to CodeBeamer: \n\rCodeBeamer-IDs are mentioned in the SWRS atrribute DOORS IDs.\n\rThe 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": "1316098.0",
  "Description": "SWRS to CodeBeamer: \n\rCodeBeamer-IDs are mentioned in the SWRS atrribute DOORS IDs.\n\rThe latest baseline of the specification document (CodeBeamer) is valid for the traceability SWRS to CodeBeamer.",
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  "Vehicle Platform": "E³ 1.2"
}

Toolchain

Raw

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  "ID": "16642959.0",
  "ASIL": "  ",
  "Text": "Toolchain",
  "Type": "Folder",
  "Status": "",
  "Summary": "Toolchain",
  "Relevant": "no",
  "column_12": "",
  "Foreign ID": "1116783.0",
  "Description": "",
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  "Vehicle Platform": "E³ 1.2"
}

The Matlab/Simulink/TargetLink versions have to be used according to the HCP1-Toolchain.

Raw

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  "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": "1116785.0",
  "Description": "The Matlab/Simulink/TargetLink versions have to be used according to the HCP1-Toolchain.",
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  "Vehicle Platform": "E³ 1.2"
}

For modeling in Simulink the valid EnProVe catalogue of guidelines has to be used.

Raw

{
  "ID": "16642961.0",
  "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": "1116776.0",
  "Description": "For modeling in Simulink the valid EnProVe catalogue of guidelines has to be used.",
  "Vehicle Launch": "",
  "Vehicle Platform": "E³ 1.2"
}

Tolerances

Raw

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  "ID": "16642962.0",
  "ASIL": "  ",
  "Text": "Tolerances",
  "Type": "Folder",
  "Status": "",
  "Summary": "Tolerances",
  "Relevant": "no",
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  "Foreign ID": "1116778.0",
  "Description": "",
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For the comparison of output signals to the expected reactions or by back-to-back tests (MiL-PiL) following tolerances are accepted for deviations:

Raw

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  "ID": "16642963.0",
  "ASIL": "  QM",
  "Text": "For the comparison of output signals to the expected reactions or by back-to-back tests (MiL-PiL) following tolerances are accepted for deviations:",
  "Type": "Non-functional",
  "Status": "Released",
  "Summary": "",
  "Relevant": "no",
  "column_12": "",
  "Foreign ID": "1116779.0",
  "Description": "For the comparison of output signals to the expected reactions or by back-to-back tests (MiL-PiL) following tolerances are accepted for deviations:",
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  "Vehicle Platform": "E³ 1.2"
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Bool: No deviation allowed

Raw

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  "ID": "16642964.0",
  "ASIL": "  QM",
  "Text": "\n\r \n\r Bool: No deviation allowed",
  "Type": "Non-functional",
  "Status": "Released",
  "Summary": "",
  "Relevant": "no",
  "column_12": "",
  "Foreign ID": "1116780.0",
  "Description": "\n\r \n\r Bool: No deviation allowed",
  "Vehicle Launch": "",
  "Vehicle Platform": "E³ 1.2"
}

UInt, Int: No deviation allowed

Raw

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  "ID": "16642965.0",
  "ASIL": "  QM",
  "Text": "\n\r \n\r UInt, Int: No deviation allowed",
  "Type": "Non-functional",
  "Status": "Released",
  "Summary": "",
  "Relevant": "no",
  "column_12": "",
  "Foreign ID": "1116781.0",
  "Description": "\n\r \n\r UInt, Int: No deviation allowed",
  "Vehicle Launch": "",
  "Vehicle Platform": "E³ 1.2"
}

Float: 0.1% related to the permissible value range of the signal

Raw

{
  "ID": "16642966.0",
  "ASIL": "  QM",
  "Text": "\n\r \n\r Float: 0.1% related to the permissible value range of the signal",
  "Type": "Non-functional",
  "Status": "Released",
  "Summary": "",
  "Relevant": "no",
  "column_12": "",
  "Foreign ID": "1116782.0",
  "Description": "\n\r \n\r Float: 0.1% related to the permissible value range of the signal",
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  "Vehicle Platform": "E³ 1.2"
}

It must be ensured that an output reaction occurs due to an event at the input within the same calculation step.

Raw

{
  "ID": "16642967.0",
  "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": "1116784.0",
  "Description": "It must be ensured that an output reaction occurs due to an event at the input within the same calculation step.",
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  "Vehicle Platform": "E³ 1.2"
}

Bit numbering

Raw

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  "Text": "Bit numbering",
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  "Status": "",
  "Summary": "Bit numbering",
  "Relevant": "no",
  "column_12": "",
  "Foreign ID": "1116786.0",
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The bit numbering takes place as zero-based numbering method. 

This means, 1 Byte is equal to Bit 0...7.

Raw

{
  "ID": "16642969.0",
  "ASIL": "  QM",
  "Text": "The bit numbering takes place as zero-based numbering method. \n\rThis means, 1 Byte is equal to Bit 0...7.",
  "Type": "Non-functional",
  "Status": "Released",
  "Summary": "",
  "Relevant": "no",
  "column_12": "",
  "Foreign ID": "1116777.0",
  "Description": "The bit numbering takes place as zero-based numbering method. \n\rThis means, 1 Byte is equal to Bit 0...7.",
  "Vehicle Launch": "",
  "Vehicle Platform": "E³ 1.2"
}

Requirements

Raw

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  "Text": "Requirements",
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  "Status": "",
  "Summary": "Requirements",
  "Relevant": "no",
  "column_12": "",
  "Foreign ID": "1116692.0",
  "Description": "",
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Computation of the output classifier out_sc_SigOut for signal in the range [0,7]

The function "SetClassifierFct_Range07" sets the classifier depending on the input signal and is called as follows:

out_sc_SigOut = SetClassifierFct_Range07(in_s_SigIn), where

- out_sc_SigOut : output signal classifier

- in_s_SigIn : input signal

Temp_sc_SigOut = 0

IF[1]:

1) in_s_SigIn = 7

THEN:

 Temp_sc_SigOut = Bit2 of Temp_sc_SigOut is set

ELSEIF[2]:

2) in_s_SigIn = 6

THEN:

Temp_sc_SigOut = Bit3 of Temp_sc_SigOut is set

ELSE

Temp_sc_SigOut = 0

out_sc_SigOut = Temp_sc_SigOut

Raw

{
  "ID": "16642971.0",
  "ASIL": "  ASIL D",
  "Text": "Computation of the output classifier out_sc_SigOut for signal in the range [0,7]\n\rThe function \"SetClassifierFct_Range07\" sets the classifier depending on the input signal and is called as follows:\n\rout_sc_SigOut = SetClassifierFct_Range07(in_s_SigIn), where\n\r- out_sc_SigOut : output signal classifier\n\r- in_s_SigIn : input signal\n\r \n\rTemp_sc_SigOut = 0\n\rIF[1]:\n\r1) in_s_SigIn = 7\n\rTHEN:\n\r Temp_sc_SigOut = Bit2 of Temp_sc_SigOut is set\n\rELSEIF[2]:\n\r2) in_s_SigIn = 6\n\rTHEN:\n\rTemp_sc_SigOut = Bit3 of Temp_sc_SigOut is set\n\rELSE\n\rTemp_sc_SigOut = 0\n\r \n\rout_sc_SigOut = Temp_sc_SigOut",
  "Type": "Pre Condition",
  "Status": "Released",
  "Summary": "",
  "Relevant": "no",
  "column_12": "",
  "Foreign ID": "1316820.0",
  "Description": "Computation of the output classifier out_sc_SigOut for signal in the range [0,7]\n\rThe function \"SetClassifierFct_Range07\" sets the classifier depending on the input signal and is called as follows:\n\rout_sc_SigOut = SetClassifierFct_Range07(in_s_SigIn), where\n\r- out_sc_SigOut : output signal classifier\n\r- in_s_SigIn : input signal\n\r \n\rTemp_sc_SigOut = 0\n\rIF[1]:\n\r1) in_s_SigIn = 7\n\rTHEN:\n\r Temp_sc_SigOut = Bit2 of Temp_sc_SigOut is set\n\rELSEIF[2]:\n\r2) in_s_SigIn = 6\n\rTHEN:\n\rTemp_sc_SigOut = Bit3 of Temp_sc_SigOut is set\n\rELSE\n\rTemp_sc_SigOut = 0\n\r \n\rout_sc_SigOut = Temp_sc_SigOut",
  "Vehicle Launch": "",
  "Vehicle Platform": "E³ 1.2"
}

Computation of the Output Classifier out_sc_classOut

The function "HoldClassifierFct" is called as follows:

out_sc_ClassOut = HoldClassifierFct (*classifier,*holdtime)

IF [AND(1,2)]: 

1) *classifier = 4 

2) *classifier(k-1) != 4 

THEN: 

holdclass1 = 0 

ELSE: 

holdclass1 = min(110,*out_sc_ClassOut (k-1)+1) 

-------------------------------------------

IF [1]: 

1) holdclass1 < *holdtime 

THEN 

out_sc_ClassOut = 4 

ELSE: 

out_sc_ClassOut = *classifier

Raw

{
  "ID": "16642972.0",
  "ASIL": "  ASIL D",
  "Text": "Computation of the Output Classifier out_sc_classOut\n\rThe function \"HoldClassifierFct\" is called as follows:\n\rout_sc_ClassOut = HoldClassifierFct (*classifier,*holdtime)\n\rIF [AND(1,2)]: \n\r1) *classifier = 4 \n\r2) *classifier(k-1) != 4 \n\rTHEN: \n\rholdclass1 = 0 \n\rELSE: \n\rholdclass1 = min(110,*out_sc_ClassOut (k-1)+1) \n\r-------------------------------------------\n\rIF [1]: \n\r1) holdclass1 < *holdtime \n\rTHEN \n\rout_sc_ClassOut = 4 \n\rELSE: \n\rout_sc_ClassOut = *classifier",
  "Type": "Pre Condition",
  "Status": "Released",
  "Summary": "",
  "Relevant": "no",
  "column_12": "",
  "Foreign ID": "1457111.0",
  "Description": "Computation of the Output Classifier out_sc_classOut\n\rThe function \"HoldClassifierFct\" is called as follows:\n\rout_sc_ClassOut = HoldClassifierFct (*classifier,*holdtime)\n\rIF [AND(1,2)]: \n\r1) *classifier = 4 \n\r2) *classifier(k-1) != 4 \n\rTHEN: \n\rholdclass1 = 0 \n\rELSE: \n\rholdclass1 = min(110,*out_sc_ClassOut (k-1)+1) \n\r-------------------------------------------\n\rIF [1]: \n\r1) holdclass1 < *holdtime \n\rTHEN \n\rout_sc_ClassOut = 4 \n\rELSE: \n\rout_sc_ClassOut = *classifier",
  "Vehicle Launch": "",
  "Vehicle Platform": "E³ 1.2"
}

Computation of the Output out_s_classOut

The function "HoldValueFct" is called as follows:

out_s_ClassOut = HoldValueFct (*value,*holdtime)

IF [AND(1,2)]: 

1) *value = 7 

2) *value(k-1) != 7 

THEN: 

holdclass1 = 0 

ELSE: 

holdclass1 = min(110,*out_s_ClassOut (k-1)+1) 

-------------------------------------------

IF [1]: 

1) holdclass1 < *holdtime 

THEN 

out_s_ClassOut = 7 

ELSE: 

out_s_ClassOut = *value

Raw

{
  "ID": "16642973.0",
  "ASIL": "  QM",
  "Text": "Computation of the Output out_s_classOut\n\rThe function \"HoldValueFct\" is called as follows:\n\rout_s_ClassOut = HoldValueFct (*value,*holdtime)\n\rIF [AND(1,2)]: \n\r1) *value = 7 \n\r2) *value(k-1) != 7 \n\rTHEN: \n\rholdclass1 = 0 \n\rELSE: \n\rholdclass1 = min(110,*out_s_ClassOut (k-1)+1) \n\r-------------------------------------------\n\rIF [1]: \n\r1) holdclass1 < *holdtime \n\rTHEN \n\rout_s_ClassOut = 7 \n\rELSE: \n\rout_s_ClassOut = *value",
  "Type": "Pre Condition",
  "Status": "Released",
  "Summary": "",
  "Relevant": "no",
  "column_12": "",
  "Foreign ID": "1510796.0",
  "Description": "Computation of the Output out_s_classOut\n\rThe function \"HoldValueFct\" is called as follows:\n\rout_s_ClassOut = HoldValueFct (*value,*holdtime)\n\rIF [AND(1,2)]: \n\r1) *value = 7 \n\r2) *value(k-1) != 7 \n\rTHEN: \n\rholdclass1 = 0 \n\rELSE: \n\rholdclass1 = min(110,*out_s_ClassOut (k-1)+1) \n\r-------------------------------------------\n\rIF [1]: \n\r1) holdclass1 < *holdtime \n\rTHEN \n\rout_s_ClassOut = 7 \n\rELSE: \n\rout_s_ClassOut = *value",
  "Vehicle Launch": "",
  "Vehicle Platform": "E³ 1.2"
}

Computation of the output classifier out_sc_SigRange07withP for signal in the range [0,7]

The function "SetClassifierFct_Range07WithParameter" sets the classifier depending on the input signal and is called as follows:

out_sc_SigRange07withP = SetClassifierFct_Range07WithParameter(in2_s_SigIn07, P), where

- out_sc_SigRange07withP : output signal classifier

- in2_s_SigIn07 : input signal

- P : parameter

Temp_sc_SigRange07withP = 0

IF[1]:

1) in2_s_SigIn07 = 7

THEN:

 Temp_sc_SigRange07withP = Bit2 of Temp_sc_SigRange07withP is set for P time steps

ELSEIF[2]:

2) in2_s_SigIn07 = 6

THEN:

Temp_sc_SigRange07withP = Bit3 of Temp_sc_SigRange07withP is set

ELSE

Temp_sc_SigRange07withP = 0

out_sc_SigRange07withP = HoldClassifierFct (Temp_sc_SigRange07withP , P)

Raw

{
  "ID": "16642974.0",
  "ASIL": "  ASIL D",
  "Text": "Computation of the output classifier out_sc_SigRange07withP for signal in the range [0,7]\n\rThe function \"SetClassifierFct_Range07WithParameter\" sets the classifier depending on the input signal and is called as follows:\n\rout_sc_SigRange07withP = SetClassifierFct_Range07WithParameter(in2_s_SigIn07, P), where\n\r- out_sc_SigRange07withP : output signal classifier\n\r- in2_s_SigIn07 : input signal\n\r- P : parameter\n\r \n\rTemp_sc_SigRange07withP = 0\n\rIF[1]:\n\r1) in2_s_SigIn07 = 7\n\rTHEN:\n\r Temp_sc_SigRange07withP = Bit2 of Temp_sc_SigRange07withP is set for P time steps\n\rELSEIF[2]:\n\r2) in2_s_SigIn07 = 6\n\rTHEN:\n\rTemp_sc_SigRange07withP = Bit3 of Temp_sc_SigRange07withP is set\n\rELSE\n\rTemp_sc_SigRange07withP = 0\n\r \n\rout_sc_SigRange07withP = HoldClassifierFct (Temp_sc_SigRange07withP , P)",
  "Type": "Pre Condition",
  "Status": "Released",
  "Summary": "",
  "Relevant": "no",
  "column_12": "",
  "Foreign ID": "1393774.0",
  "Description": "Computation of the output classifier out_sc_SigRange07withP for signal in the range [0,7]\n\rThe function \"SetClassifierFct_Range07WithParameter\" sets the classifier depending on the input signal and is called as follows:\n\rout_sc_SigRange07withP = SetClassifierFct_Range07WithParameter(in2_s_SigIn07, P), where\n\r- out_sc_SigRange07withP : output signal classifier\n\r- in2_s_SigIn07 : input signal\n\r- P : parameter\n\r \n\rTemp_sc_SigRange07withP = 0\n\rIF[1]:\n\r1) in2_s_SigIn07 = 7\n\rTHEN:\n\r Temp_sc_SigRange07withP = Bit2 of Temp_sc_SigRange07withP is set for P time steps\n\rELSEIF[2]:\n\r2) in2_s_SigIn07 = 6\n\rTHEN:\n\rTemp_sc_SigRange07withP = Bit3 of Temp_sc_SigRange07withP is set\n\rELSE\n\rTemp_sc_SigRange07withP = 0\n\r \n\rout_sc_SigRange07withP = HoldClassifierFct (Temp_sc_SigRange07withP , P)",
  "Vehicle Launch": "",
  "Vehicle Platform": "E³ 1.2"
}

Computation of the output classifier out1_sc_SigOut for signal in the range [0,3]

The function "SetClassifierFct_Range03" sets the classifier depending on the input signal and is called as follows:

out1_sc_SigOut = SetClassifierFct_Range03(in1_s_SigIn), where

- out1_sc_SigOut : output signal classifier

- in1_s_SigIn : input signal

Temp1_sc_SigOut = 0

IF[1]:

1) in1_s_SigIn = 3

THEN:

 Temp1_sc_SigOut = Bit2 of Temp1_sc_SigOut is set

ELSEIF[2]:

2) in1_s_SigIn = 2

THEN:

Temp1_sc_SigOut = Bit3 of Temp1_sc_SigOut is set

ELSE

Temp1_sc_SigOut = 0

out1_sc_SigOut = Temp1_sc_SigOut

Raw

{
  "ID": "16642975.0",
  "ASIL": "  ASIL C",
  "Text": "Computation of the output classifier out1_sc_SigOut for signal in the range [0,3]\n\rThe function \"SetClassifierFct_Range03\" sets the classifier depending on the input signal and is called as follows:\n\rout1_sc_SigOut = SetClassifierFct_Range03(in1_s_SigIn), where\n\r- out1_sc_SigOut : output signal classifier\n\r- in1_s_SigIn : input signal\n\r \n\rTemp1_sc_SigOut = 0\n\rIF[1]:\n\r1) in1_s_SigIn = 3\n\rTHEN:\n\r Temp1_sc_SigOut = Bit2 of Temp1_sc_SigOut is set\n\rELSEIF[2]:\n\r2) in1_s_SigIn = 2\n\rTHEN:\n\rTemp1_sc_SigOut = Bit3 of Temp1_sc_SigOut is set\n\rELSE\n\rTemp1_sc_SigOut = 0\n\r \n\rout1_sc_SigOut = Temp1_sc_SigOut",
  "Type": "Pre Condition",
  "Status": "Released",
  "Summary": "",
  "Relevant": "no",
  "column_12": "",
  "Foreign ID": "1316821.0",
  "Description": "Computation of the output classifier out1_sc_SigOut for signal in the range [0,3]\n\rThe function \"SetClassifierFct_Range03\" sets the classifier depending on the input signal and is called as follows:\n\rout1_sc_SigOut = SetClassifierFct_Range03(in1_s_SigIn), where\n\r- out1_sc_SigOut : output signal classifier\n\r- in1_s_SigIn : input signal\n\r \n\rTemp1_sc_SigOut = 0\n\rIF[1]:\n\r1) in1_s_SigIn = 3\n\rTHEN:\n\r Temp1_sc_SigOut = Bit2 of Temp1_sc_SigOut is set\n\rELSEIF[2]:\n\r2) in1_s_SigIn = 2\n\rTHEN:\n\rTemp1_sc_SigOut = Bit3 of Temp1_sc_SigOut is set\n\rELSE\n\rTemp1_sc_SigOut = 0\n\r \n\rout1_sc_SigOut = Temp1_sc_SigOut",
  "Vehicle Launch": "",
  "Vehicle Platform": "E³ 1.2"
}

Computation of the output classifier out2_sc_SigOut for signal in the range [0,15]

The function "SetClassifierFct_Range015" sets the classifier depending on the input signal and is called as follows:

out2_sc_SigOut = SetClassifierFct_Range015(in2_s_SigIn), where

- out2_sc_SigOut : output signal classifier

- in2_s_SigIn : input signal

Temp2_sc_SigOut = 0

IF[1]:

1) in2_s_SigIn = 15

THEN:

 Temp2_sc_SigOut = Bit2 of Temp2_sc_SigOut is set

ELSEIF[2]:

2) in2_s_SigIn = 14

THEN:

Temp2_sc_SigOut = Bit3 of Temp2_sc_SigOut is set

ELSE

Temp2_sc_SigOut = 0

out2_sc_SigOut = Temp2_sc_SigOut

Raw

{
  "ID": "16642976.0",
  "ASIL": "  ASIL C",
  "Text": "Computation of the output classifier out2_sc_SigOut for signal in the range [0,15]\n\rThe function \"SetClassifierFct_Range015\" sets the classifier depending on the input signal and is called as follows:\n\rout2_sc_SigOut = SetClassifierFct_Range015(in2_s_SigIn), where\n\r- out2_sc_SigOut : output signal classifier\n\r- in2_s_SigIn : input signal\n\r \n\rTemp2_sc_SigOut = 0\n\rIF[1]:\n\r1) in2_s_SigIn = 15\n\rTHEN:\n\r Temp2_sc_SigOut = Bit2 of Temp2_sc_SigOut is set\n\rELSEIF[2]:\n\r2) in2_s_SigIn = 14\n\rTHEN:\n\rTemp2_sc_SigOut = Bit3 of Temp2_sc_SigOut is set\n\rELSE\n\rTemp2_sc_SigOut = 0\n\r \n\rout2_sc_SigOut = Temp2_sc_SigOut",
  "Type": "Pre Condition",
  "Status": "Released",
  "Summary": "",
  "Relevant": "no",
  "column_12": "",
  "Foreign ID": "1316822.0",
  "Description": "Computation of the output classifier out2_sc_SigOut for signal in the range [0,15]\n\rThe function \"SetClassifierFct_Range015\" sets the classifier depending on the input signal and is called as follows:\n\rout2_sc_SigOut = SetClassifierFct_Range015(in2_s_SigIn), where\n\r- out2_sc_SigOut : output signal classifier\n\r- in2_s_SigIn : input signal\n\r \n\rTemp2_sc_SigOut = 0\n\rIF[1]:\n\r1) in2_s_SigIn = 15\n\rTHEN:\n\r Temp2_sc_SigOut = Bit2 of Temp2_sc_SigOut is set\n\rELSEIF[2]:\n\r2) in2_s_SigIn = 14\n\rTHEN:\n\rTemp2_sc_SigOut = Bit3 of Temp2_sc_SigOut is set\n\rELSE\n\rTemp2_sc_SigOut = 0\n\r \n\rout2_sc_SigOut = Temp2_sc_SigOut",
  "Vehicle Launch": "",
  "Vehicle Platform": "E³ 1.2"
}

The function "SetClassifierFct_Range015WithParameter" sets the classifier depending on the input signal and is called as follows:

out_sc_SigRange015withP = SetClassifierFct_Range015WithParameter(in2_s_SigIn015, P2), where

- out_sc_SigRange015withP : output signal classifier

- in2_s_SigIn015 : input signal

- P2 : parameter

Temp_sc_SigRange015withP = 0

IF[1]:

1) in2_s_SigIn015 = 15

THEN:

 Temp_sc_SigRange015withP = Bit2 of Temp_sc_SigRange015withP is set for P2 time steps

ELSEIF[2]:

2) in2_s_SigIn015 = 14

THEN:

Temp_sc_SigRange015withP = Bit3 of Temp_sc_SigRange015withP is set

ELSE

Temp_sc_SigRange015withP = 0

out_sc_SigRange015withP = HoldClassifierFct (Temp2_sc_SigRange015withP , P2)

Raw

{
  "ID": "16642977.0",
  "ASIL": "  ASIL B",
  "Text": "The function \"SetClassifierFct_Range015WithParameter\" sets the classifier depending on the input signal and is called as follows:\n\rout_sc_SigRange015withP = SetClassifierFct_Range015WithParameter(in2_s_SigIn015, P2), where\n\r- out_sc_SigRange015withP : output signal classifier\n\r- in2_s_SigIn015 : input signal\n\r- P2 : parameter\n\rTemp_sc_SigRange015withP = 0\n\rIF[1]:\n\r1) in2_s_SigIn015 = 15\n\rTHEN:\n\r Temp_sc_SigRange015withP = Bit2 of Temp_sc_SigRange015withP is set for P2 time steps\n\rELSEIF[2]:\n\r2) in2_s_SigIn015 = 14\n\rTHEN:\n\rTemp_sc_SigRange015withP = Bit3 of Temp_sc_SigRange015withP is set\n\rELSE\n\rTemp_sc_SigRange015withP = 0\n\r \n\rout_sc_SigRange015withP = HoldClassifierFct (Temp2_sc_SigRange015withP , P2)",
  "Type": "Pre Condition",
  "Status": "Released",
  "Summary": "Computation of the output classifier out_sc_SigRange015withP for signal in the range [0,15]",
  "Relevant": "no",
  "column_12": "",
  "Foreign ID": "1393973.0",
  "Description": "The function \"SetClassifierFct_Range015WithParameter\" sets the classifier depending on the input signal and is called as follows:\n\rout_sc_SigRange015withP = SetClassifierFct_Range015WithParameter(in2_s_SigIn015, P2), where\n\r- out_sc_SigRange015withP : output signal classifier\n\r- in2_s_SigIn015 : input signal\n\r- P2 : parameter\n\rTemp_sc_SigRange015withP = 0\n\rIF[1]:\n\r1) in2_s_SigIn015 = 15\n\rTHEN:\n\r Temp_sc_SigRange015withP = Bit2 of Temp_sc_SigRange015withP is set for P2 time steps\n\rELSEIF[2]:\n\r2) in2_s_SigIn015 = 14\n\rTHEN:\n\rTemp_sc_SigRange015withP = Bit3 of Temp_sc_SigRange015withP is set\n\rELSE\n\rTemp_sc_SigRange015withP = 0\n\r \n\rout_sc_SigRange015withP = HoldClassifierFct (Temp2_sc_SigRange015withP , P2)",
  "Vehicle Launch": "",
  "Vehicle Platform": "E³ 1.2"
}

Information for Tester: 

Test should be performed with values out of SPE range of *s_SigIn, when (*min != 0 or *max != 0)

Raw

{
  "ID": "16642978.0",
  "ASIL": "  ",
  "Text": "Information for Tester: \n\rTest should be performed with values out of SPE range of *s_SigIn, when (*min != 0 or *max != 0)",
  "Type": "Information",
  "Status": "",
  "Summary": "",
  "Relevant": "no",
  "column_12": "",
  "Foreign ID": "1511036.0",
  "Description": "Information for Tester: \n\rTest should be performed with values out of SPE range of *s_SigIn, when (*min != 0 or *max != 0)",
  "Vehicle Launch": "",
  "Vehicle Platform": "E³ 1.2"
}

Driver State Observer Post (DSOPOST)

Raw

{
  "ID": "16642979.0",
  "ASIL": "  ",
  "Text": "Driver State Observer Post (DSOPOST)",
  "Type": "Folder",
  "Status": "",
  "Summary": "Driver State Observer Post (DSOPOST)",
  "Relevant": "no",
  "column_12": "",
  "Foreign ID": "1254757.0",
  "Description": "",
  "Vehicle Launch": "",
  "Vehicle Platform": "E³ 1.2"
}

Output VMM_s_BrkPed_StAddlQlfr shall be equal to the input DSOPOST_s_BrkPed_StAddlQlfr.

Raw

{
  "ID": "16642980.0",
  "ASIL": "  ASIL B",
  "Text": "Output VMM_s_BrkPed_StAddlQlfr shall be equal to the input DSOPOST_s_BrkPed_StAddlQlfr.",
  "Type": "Functional",
  "Status": "Released",
  "Summary": "",
  "Relevant": "yes",
  "column_12": "",
  "Foreign ID": "1170210.0",
  "Description": "Output VMM_s_BrkPed_StAddlQlfr shall be equal to the input DSOPOST_s_BrkPed_StAddlQlfr.",
  "Vehicle Launch": "",
  "Vehicle Platform": "E³ 1.2"
}

The output classifier VMM_sc_BrkPed_StAddlQlfr shall be calculated as follows :

VMM_sc_BrkPed_StAddlQlfr = setClassifierFct_Range07(DSOPOST_s_BrkPed_StAddlQlfr).

Raw

{
  "ID": "16642981.0",
  "ASIL": "  ASIL B",
  "Text": "The output classifier VMM_sc_BrkPed_StAddlQlfr shall be calculated as follows :\n\rVMM_sc_BrkPed_StAddlQlfr = setClassifierFct_Range07(DSOPOST_s_BrkPed_StAddlQlfr).",
  "Type": "Functional",
  "Status": "Released",
  "Summary": "",
  "Relevant": "yes",
  "column_12": "",
  "Foreign ID": "1316830.0",
  "Description": "The output classifier VMM_sc_BrkPed_StAddlQlfr shall be calculated as follows :\n\rVMM_sc_BrkPed_StAddlQlfr = setClassifierFct_Range07(DSOPOST_s_BrkPed_StAddlQlfr).",
  "Vehicle Launch": "",
  "Vehicle Platform": "E³ 1.2"
}

Output VMM_s_BrkPed_StReqDmnt shall be equal to the input DSOPOST_s_BrkPed_StReqDmnt.

Raw

{
  "ID": "16642982.0",
  "ASIL": "  QM",
  "Text": "Output VMM_s_BrkPed_StReqDmnt shall be equal to the input DSOPOST_s_BrkPed_StReqDmnt.",
  "Type": "Functional",
  "Status": "Released",
  "Summary": "",
  "Relevant": "yes",
  "column_12": "",
  "Foreign ID": "1170212.0",
  "Description": "Output VMM_s_BrkPed_StReqDmnt shall be equal to the input DSOPOST_s_BrkPed_StReqDmnt.",
  "Vehicle Launch": "",
  "Vehicle Platform": "E³ 1.2"
}

The output classifier VMM_sc_BrkPed_StReqDmnt shall be calculated as follows :

VMM_sc_BrkPed_StReqDmnt = SetClassifierFct_Range03(DSOPOST_s_BrkPed_StReqDmnt).

Raw

{
  "ID": "16642983.0",
  "ASIL": "  QM",
  "Text": "The output classifier VMM_sc_BrkPed_StReqDmnt shall be calculated as follows :\n\rVMM_sc_BrkPed_StReqDmnt = SetClassifierFct_Range03(DSOPOST_s_BrkPed_StReqDmnt).",
  "Type": "Functional",
  "Status": "Released",
  "Summary": "",
  "Relevant": "yes",
  "column_12": "",
  "Foreign ID": "1316832.0",
  "Description": "The output classifier VMM_sc_BrkPed_StReqDmnt shall be calculated as follows :\n\rVMM_sc_BrkPed_StReqDmnt = SetClassifierFct_Range03(DSOPOST_s_BrkPed_StReqDmnt).",
  "Vehicle Launch": "",
  "Vehicle Platform": "E³ 1.2"
}

Output VMM_s_BrkPed_StReqSuff shall be equal to the input DSOPOST_s_BrkPed_StReqSuff.

Raw

{
  "ID": "16642984.0",
  "ASIL": "  QM",
  "Text": "Output VMM_s_BrkPed_StReqSuff shall be equal to the input DSOPOST_s_BrkPed_StReqSuff.",
  "Type": "Functional",
  "Status": "Released",
  "Summary": "",
  "Relevant": "yes",
  "column_12": "",
  "Foreign ID": "1170218.0",
  "Description": "Output VMM_s_BrkPed_StReqSuff shall be equal to the input DSOPOST_s_BrkPed_StReqSuff.",
  "Vehicle Launch": "",
  "Vehicle Platform": "E³ 1.2"
}

The output classifier VMM_sc_BrkPed_StReqSuff shall be calculated as follows :

VMM_sc_BrkPed_StReqSuff = SetClassifierFct_Range07(DSOPOST_s_BrkPed_StReqSuff).

Raw

{
  "ID": "16642985.0",
  "ASIL": "  QM",
  "Text": "The output classifier VMM_sc_BrkPed_StReqSuff shall be calculated as follows :\n\rVMM_sc_BrkPed_StReqSuff = SetClassifierFct_Range07(DSOPOST_s_BrkPed_StReqSuff).",
  "Type": "Functional",
  "Status": "Released",
  "Summary": "",
  "Relevant": "yes",
  "column_12": "",
  "Foreign ID": "1316838.0",
  "Description": "The output classifier VMM_sc_BrkPed_StReqSuff shall be calculated as follows :\n\rVMM_sc_BrkPed_StReqSuff = SetClassifierFct_Range07(DSOPOST_s_BrkPed_StReqSuff).",
  "Vehicle Launch": "",
  "Vehicle Platform": "E³ 1.2"
}

Output VMM_s_BrkPed_StDrvBrkCtaWBA shall be equal to the input DSOPOST_s_StDrvBrkCtaWBA.

Raw

{
  "ID": "16642986.0",
  "ASIL": "  ASIL C",
  "Text": "Output VMM_s_BrkPed_StDrvBrkCtaWBA shall be equal to the input DSOPOST_s_StDrvBrkCtaWBA.",
  "Type": "Functional",
  "Status": "Released",
  "Summary": "",
  "Relevant": "yes",
  "column_12": "",
  "Foreign ID": "1217173.0",
  "Description": "Output VMM_s_BrkPed_StDrvBrkCtaWBA shall be equal to the input DSOPOST_s_StDrvBrkCtaWBA.",
  "Vehicle Launch": "",
  "Vehicle Platform": "E³ 1.2"
}

The output classifier VMM_sc_BrkPed_StDrvBrkCtaWBA shall be calculated as follows :

VMM_sc_BrkPed_StDrvBrkCtaWBA = SetClassifierFct_Range03(DSOPOST_s_StDrvBrkCtaWBA).

Raw

{
  "ID": "16642987.0",
  "ASIL": "  ASIL C",
  "Text": "The output classifier VMM_sc_BrkPed_StDrvBrkCtaWBA shall be calculated as follows :\n\rVMM_sc_BrkPed_StDrvBrkCtaWBA = SetClassifierFct_Range03(DSOPOST_s_StDrvBrkCtaWBA).",
  "Type": "Functional",
  "Status": "Released",
  "Summary": "",
  "Relevant": "yes",
  "column_12": "",
  "Foreign ID": "1316840.0",
  "Description": "The output classifier VMM_sc_BrkPed_StDrvBrkCtaWBA shall be calculated as follows :\n\rVMM_sc_BrkPed_StDrvBrkCtaWBA = SetClassifierFct_Range03(DSOPOST_s_StDrvBrkCtaWBA).",
  "Vehicle Launch": "",
  "Vehicle Platform": "E³ 1.2"
}

Output VMM_s_DrvPed_StAddlQlfr shall be equal to the input DSOPOST_s_DrvPed_StAddlQlfr.

Raw

{
  "ID": "16642988.0",
  "ASIL": "  ASIL B",
  "Text": "Output VMM_s_DrvPed_StAddlQlfr shall be equal to the input DSOPOST_s_DrvPed_StAddlQlfr.",
  "Type": "Functional",
  "Status": "Released",
  "Summary": "",
  "Relevant": "yes",
  "column_12": "",
  "Foreign ID": "1170214.0",
  "Description": "Output VMM_s_DrvPed_StAddlQlfr shall be equal to the input DSOPOST_s_DrvPed_StAddlQlfr.",
  "Vehicle Launch": "",
  "Vehicle Platform": "E³ 1.2"
}

The output classifier VMM_sc_DrvPed_StAddlQlfr shall be calculated as follows :

VMM_sc_DrvPed_StAddlQlfr = SetClassifierFct_Range07(DSOPOST_s_DrvPed_StAddlQlfr).

Raw

{
  "ID": "16642989.0",
  "ASIL": "  ASIL B",
  "Text": "The output classifier VMM_sc_DrvPed_StAddlQlfr shall be calculated as follows :\n\rVMM_sc_DrvPed_StAddlQlfr = SetClassifierFct_Range07(DSOPOST_s_DrvPed_StAddlQlfr).",
  "Type": "Functional",
  "Status": "Released",
  "Summary": "",
  "Relevant": "yes",
  "column_12": "",
  "Foreign ID": "1316834.0",
  "Description": "The output classifier VMM_sc_DrvPed_StAddlQlfr shall be calculated as follows :\n\rVMM_sc_DrvPed_StAddlQlfr = SetClassifierFct_Range07(DSOPOST_s_DrvPed_StAddlQlfr).",
  "Vehicle Launch": "",
  "Vehicle Platform": "E³ 1.2"
}

Output VMM_s_DrvPed_StReqDmnt shall be equal to the input DSOPOST_s_DrvPed_StReqDmnt.

Raw

{
  "ID": "16642990.0",
  "ASIL": "  QM",
  "Text": "Output VMM_s_DrvPed_StReqDmnt shall be equal to the input DSOPOST_s_DrvPed_StReqDmnt.",
  "Type": "Functional",
  "Status": "Released",
  "Summary": "",
  "Relevant": "yes",
  "column_12": "",
  "Foreign ID": "1170216.0",
  "Description": "Output VMM_s_DrvPed_StReqDmnt shall be equal to the input DSOPOST_s_DrvPed_StReqDmnt.",
  "Vehicle Launch": "",
  "Vehicle Platform": "E³ 1.2"
}

The output classifier VMM_sc_DrvPed_StReqDmnt shall be calculated as follows :

VMM_sc_DrvPed_StReqDmnt = SetClassifierFct_Range03(DSOPOST_s_DrvPed_StReqDmnt).

Raw

{
  "ID": "16642991.0",
  "ASIL": "  QM",
  "Text": "The output classifier VMM_sc_DrvPed_StReqDmnt shall be calculated as follows :\n\rVMM_sc_DrvPed_StReqDmnt = SetClassifierFct_Range03(DSOPOST_s_DrvPed_StReqDmnt).",
  "Type": "Functional",
  "Status": "Released",
  "Summary": "",
  "Relevant": "yes",
  "column_12": "",
  "Foreign ID": "1316836.0",
  "Description": "The output classifier VMM_sc_DrvPed_StReqDmnt shall be calculated as follows :\n\rVMM_sc_DrvPed_StReqDmnt = SetClassifierFct_Range03(DSOPOST_s_DrvPed_StReqDmnt).",
  "Vehicle Launch": "",
  "Vehicle Platform": "E³ 1.2"
}

Output VMM_s_DrvPed_ADmdNorm shall be equal to the input DSOPOST_s_DrvPed_ADmdNrm.

Raw

{
  "ID": "16642992.0",
  "ASIL": "  QM",
  "Text": "Output VMM_s_DrvPed_ADmdNorm shall be equal to the input DSOPOST_s_DrvPed_ADmdNrm.",
  "Type": "Functional",
  "Status": "Released",
  "Summary": "",
  "Relevant": "yes",
  "column_12": "",
  "Foreign ID": "1170234.0",
  "Description": "Output VMM_s_DrvPed_ADmdNorm shall be equal to the input DSOPOST_s_DrvPed_ADmdNrm.",
  "Vehicle Launch": "",
  "Vehicle Platform": "E³ 1.2"
}

VMM_sc_DrvPed_ADmdNorm = DSOPOST_s_DrvPed_ADmdNrmStVld

Raw

{
  "ID": "16642993.0",
  "ASIL": "  QM",
  "Text": "VMM_sc_DrvPed_ADmdNorm = DSOPOST_s_DrvPed_ADmdNrmStVld",
  "Type": "Functional",
  "Status": "Released",
  "Summary": "",
  "Relevant": "yes",
  "column_12": "",
  "Foreign ID": "1254984.0",
  "Description": "VMM_sc_DrvPed_ADmdNorm = DSOPOST_s_DrvPed_ADmdNrmStVld",
  "Vehicle Launch": "",
  "Vehicle Platform": "E³ 1.2"
}

Output VMM_s_LgtGuide_IdxTqWhlLead shall be equal to the input DSOPOST_s_IdxTqWhlLead.

Raw

{
  "ID": "16642994.0",
  "ASIL": "  ASIL B",
  "Text": "Output VMM_s_LgtGuide_IdxTqWhlLead shall be equal to the input DSOPOST_s_IdxTqWhlLead.",
  "Type": "Functional",
  "Status": "Released",
  "Summary": "",
  "Relevant": "yes",
  "column_12": "",
  "Foreign ID": "1173445.0",
  "Description": "Output VMM_s_LgtGuide_IdxTqWhlLead shall be equal to the input DSOPOST_s_IdxTqWhlLead.",
  "Vehicle Launch": "",
  "Vehicle Platform": "E³ 1.2"
}

Output VMM_s_BrkPed_ItDmdNorm shall be equal to the input DSOPOST_s_BrkPed_ItDmdNrm.

Raw

{
  "ID": "16642995.0",
  "ASIL": "  QM",
  "Text": "Output VMM_s_BrkPed_ItDmdNorm shall be equal to the input DSOPOST_s_BrkPed_ItDmdNrm.",
  "Type": "Functional",
  "Status": "Released",
  "Summary": "",
  "Relevant": "yes",
  "column_12": "",
  "Foreign ID": "1170232.0",
  "Description": "Output VMM_s_BrkPed_ItDmdNorm shall be equal to the input DSOPOST_s_BrkPed_ItDmdNrm.",
  "Vehicle Launch": "",
  "Vehicle Platform": "E³ 1.2"
}

VMM_sc_BrkPed_ItDmdNorm = DSOPOST_s_BrkPed_ItDmdNrmStVld

Raw

{
  "ID": "16642996.0",
  "ASIL": "  QM",
  "Text": "VMM_sc_BrkPed_ItDmdNorm = DSOPOST_s_BrkPed_ItDmdNrmStVld",
  "Type": "Functional",
  "Status": "Released",
  "Summary": "",
  "Relevant": "yes",
  "column_12": "",
  "Foreign ID": "1235403.0",
  "Description": "VMM_sc_BrkPed_ItDmdNorm = DSOPOST_s_BrkPed_ItDmdNrmStVld",
  "Vehicle Launch": "",
  "Vehicle Platform": "E³ 1.2"
}

Driver State Observer Pre (DSOPRE)

Raw

{
  "ID": "16642997.0",
  "ASIL": "  ",
  "Text": "Driver State Observer Pre (DSOPRE)",
  "Type": "Folder",
  "Status": "",
  "Summary": "Driver State Observer Pre (DSOPRE)",
  "Relevant": "no",
  "column_12": "",
  "Foreign ID": "1254783.0",
  "Description": "",
  "Vehicle Launch": "",
  "Vehicle Platform": "E³ 1.2"
}

Output VMM_s_LgtPot_ADrg shall be equal to the input DSOPRE_s_ADrgSat.

Raw

{
  "ID": "16642998.0",
  "ASIL": "  QM",
  "Text": "Output VMM_s_LgtPot_ADrg shall be equal to the input DSOPRE_s_ADrgSat.",
  "Type": "Functional",
  "Status": "Released",
  "Summary": "",
  "Relevant": "yes",
  "column_12": "",
  "Foreign ID": "1170330.0",
  "Description": "Output VMM_s_LgtPot_ADrg shall be equal to the input DSOPRE_s_ADrgSat.",
  "Vehicle Launch": "",
  "Vehicle Platform": "E³ 1.2"
}

VMM_sc_LgtPot_ADrg = DSOPRE_s_ADrgStVld

Raw

{
  "ID": "16642999.0",
  "ASIL": "  QM",
  "Text": "VMM_sc_LgtPot_ADrg = DSOPRE_s_ADrgStVld",
  "Type": "Functional",
  "Status": "Released",
  "Summary": "",
  "Relevant": "yes",
  "column_12": "",
  "Foreign ID": "1254996.0",
  "Description": "VMM_sc_LgtPot_ADrg = DSOPRE_s_ADrgStVld",
  "Vehicle Launch": "",
  "Vehicle Platform": "E³ 1.2"
}

Actuation State Observer Potentials (ASOPOT)

Raw

{
  "ID": "16643000.0",
  "ASIL": "  ",
  "Text": "Actuation State Observer Potentials (ASOPOT)",
  "Type": "Folder",
  "Status": "",
  "Summary": "Actuation State Observer Potentials (ASOPOT)",
  "Relevant": "no",
  "column_12": "",
  "Foreign ID": "1254765.0",
  "Description": "",
  "Vehicle Launch": "",
  "Vehicle Platform": "E³ 1.2"
}

Output VMM_s_SlipAgPot_AgSlipLuBwd1 shall be equal to the input ASOPOT_s_AgSlipPot_AgSlipLuBwd1.

Raw

{
  "ID": "16643001.0",
  "ASIL": "  QM",
  "Text": "Output VMM_s_SlipAgPot_AgSlipLuBwd1 shall be equal to the input ASOPOT_s_AgSlipPot_AgSlipLuBwd1.",
  "Type": "Functional",
  "Status": "Released",
  "Summary": "",
  "Relevant": "yes",
  "column_12": "",
  "Foreign ID": "1170344.0",
  "Description": "Output VMM_s_SlipAgPot_AgSlipLuBwd1 shall be equal to the input ASOPOT_s_AgSlipPot_AgSlipLuBwd1.",
  "Vehicle Launch": "",
  "Vehicle Platform": "E³ 1.2"
}

VMM_sc_SlipAgPot_AgSlipLuBwd1 = ASOPOT_s_LADMLatPot_StVld

Raw

{
  "ID": "16643002.0",
  "ASIL": "  QM",
  "Text": "VMM_sc_SlipAgPot_AgSlipLuBwd1 = ASOPOT_s_LADMLatPot_StVld",
  "Type": "Functional",
  "Status": "Released",
  "Summary": "",
  "Relevant": "yes",
  "column_12": "",
  "Foreign ID": "1255260.0",
  "Description": "VMM_sc_SlipAgPot_AgSlipLuBwd1 = ASOPOT_s_LADMLatPot_StVld",
  "Vehicle Launch": "",
  "Vehicle Platform": "E³ 1.2"
}

Output VMM_s_SlipAgPot_AgSlipLuBwd2 shall be equal to the input ASOPOT_s_AgSlipPot_AgSlipLuBwd2.

Raw

{
  "ID": "16643003.0",
  "ASIL": "  QM",
  "Text": "Output VMM_s_SlipAgPot_AgSlipLuBwd2 shall be equal to the input ASOPOT_s_AgSlipPot_AgSlipLuBwd2.",
  "Type": "Functional",
  "Status": "Released",
  "Summary": "",
  "Relevant": "yes",
  "column_12": "",
  "Foreign ID": "1255210.0",
  "Description": "Output VMM_s_SlipAgPot_AgSlipLuBwd2 shall be equal to the input ASOPOT_s_AgSlipPot_AgSlipLuBwd2.",
  "Vehicle Launch": "",
  "Vehicle Platform": "E³ 1.2"
}

VMM_sc_SlipAgPot_AgSlipLuBwd2 = ASOPOT_s_LADMLatPot_StVld

Raw

{
  "ID": "16643004.0",
  "ASIL": "  QM",
  "Text": "VMM_sc_SlipAgPot_AgSlipLuBwd2 = ASOPOT_s_LADMLatPot_StVld",
  "Type": "Functional",
  "Status": "Released",
  "Summary": "",
  "Relevant": "yes",
  "column_12": "",
  "Foreign ID": "1255262.0",
  "Description": "VMM_sc_SlipAgPot_AgSlipLuBwd2 = ASOPOT_s_LADMLatPot_StVld",
  "Vehicle Launch": "",
  "Vehicle Platform": "E³ 1.2"
}

Output VMM_s_SlipAgPot_AgSlipLuFwd1 shall be equal to the input ASOPOT_s_AgSlipPot_AgSlipLuFwd1.

Raw

{
  "ID": "16643005.0",
  "ASIL": "  QM",
  "Text": "Output VMM_s_SlipAgPot_AgSlipLuFwd1 shall be equal to the input ASOPOT_s_AgSlipPot_AgSlipLuFwd1.",
  "Type": "Functional",
  "Status": "Released",
  "Summary": "",
  "Relevant": "yes",
  "column_12": "",
  "Foreign ID": "1170346.0",
  "Description": "Output VMM_s_SlipAgPot_AgSlipLuFwd1 shall be equal to the input ASOPOT_s_AgSlipPot_AgSlipLuFwd1.",
  "Vehicle Launch": "",
  "Vehicle Platform": "E³ 1.2"
}

VMM_sc_SlipAgPot_AgSlipLuFwd1 = ASOPOT_s_LADMLatPot_StVld

Raw

{
  "ID": "16643006.0",
  "ASIL": "  QM",
  "Text": "VMM_sc_SlipAgPot_AgSlipLuFwd1 = ASOPOT_s_LADMLatPot_StVld",
  "Type": "Functional",
  "Status": "Released",
  "Summary": "",
  "Relevant": "yes",
  "column_12": "",
  "Foreign ID": "1255264.0",
  "Description": "VMM_sc_SlipAgPot_AgSlipLuFwd1 = ASOPOT_s_LADMLatPot_StVld",
  "Vehicle Launch": "",
  "Vehicle Platform": "E³ 1.2"
}

Output VMM_s_SlipAgPot_AgSlipLuFwd2 shall be equal to the input ASOPOT_s_AgSlipPot_AgSlipLuFwd2.

Raw

{
  "ID": "16643007.0",
  "ASIL": "  QM",
  "Text": "Output VMM_s_SlipAgPot_AgSlipLuFwd2 shall be equal to the input ASOPOT_s_AgSlipPot_AgSlipLuFwd2.",
  "Type": "Functional",
  "Status": "Released",
  "Summary": "",
  "Relevant": "yes",
  "column_12": "",
  "Foreign ID": "1255212.0",
  "Description": "Output VMM_s_SlipAgPot_AgSlipLuFwd2 shall be equal to the input ASOPOT_s_AgSlipPot_AgSlipLuFwd2.",
  "Vehicle Launch": "",
  "Vehicle Platform": "E³ 1.2"
}

VMM_sc_SlipAgPot_AgSlipLuFwd2 = ASOPOT_s_LADMLatPot_StVld

Raw

{
  "ID": "16643008.0",
  "ASIL": "  QM",
  "Text": "VMM_sc_SlipAgPot_AgSlipLuFwd2 = ASOPOT_s_LADMLatPot_StVld",
  "Type": "Functional",
  "Status": "Released",
  "Summary": "",
  "Relevant": "yes",
  "column_12": "",
  "Foreign ID": "1255266.0",
  "Description": "VMM_sc_SlipAgPot_AgSlipLuFwd2 = ASOPOT_s_LADMLatPot_StVld",
  "Vehicle Launch": "",
  "Vehicle Platform": "E³ 1.2"
}

Output VMM_s_SlipAgPot_VLuBwd1 shall be equal to the input ASOPOT_s_AgSlipPot_VLuBwd1.

Raw

{
  "ID": "16643009.0",
  "ASIL": "  QM",
  "Text": "Output VMM_s_SlipAgPot_VLuBwd1 shall be equal to the input ASOPOT_s_AgSlipPot_VLuBwd1.",
  "Type": "Functional",
  "Status": "Released",
  "Summary": "",
  "Relevant": "yes",
  "column_12": "",
  "Foreign ID": "1170340.0",
  "Description": "Output VMM_s_SlipAgPot_VLuBwd1 shall be equal to the input ASOPOT_s_AgSlipPot_VLuBwd1.",
  "Vehicle Launch": "",
  "Vehicle Platform": "E³ 1.2"
}

VMM_sc_SlipAgPot_VLuBwd1 = ASOPOT_s_LADMLatPot_StVld

Raw

{
  "ID": "16643010.0",
  "ASIL": "  QM",
  "Text": "VMM_sc_SlipAgPot_VLuBwd1 = ASOPOT_s_LADMLatPot_StVld",
  "Type": "Functional",
  "Status": "Released",
  "Summary": "",
  "Relevant": "yes",
  "column_12": "",
  "Foreign ID": "1255268.0",
  "Description": "VMM_sc_SlipAgPot_VLuBwd1 = ASOPOT_s_LADMLatPot_StVld",
  "Vehicle Launch": "",
  "Vehicle Platform": "E³ 1.2"
}

Output VMM_s_SlipAgPot_VLuBwd2 shall be equal to the input ASOPOT_s_AgSlipPot_VLuBwd2.

Raw

{
  "ID": "16643011.0",
  "ASIL": "  QM",
  "Text": "Output VMM_s_SlipAgPot_VLuBwd2 shall be equal to the input ASOPOT_s_AgSlipPot_VLuBwd2.",
  "Type": "Functional",
  "Status": "Released",
  "Summary": "",
  "Relevant": "yes",
  "column_12": "",
  "Foreign ID": "1255214.0",
  "Description": "Output VMM_s_SlipAgPot_VLuBwd2 shall be equal to the input ASOPOT_s_AgSlipPot_VLuBwd2.",
  "Vehicle Launch": "",
  "Vehicle Platform": "E³ 1.2"
}

VMM_sc_SlipAgPot_VLuBwd2 = ASOPOT_s_LADMLatPot_StVld

Raw

{
  "ID": "16643012.0",
  "ASIL": "  QM",
  "Text": "VMM_sc_SlipAgPot_VLuBwd2 = ASOPOT_s_LADMLatPot_StVld",
  "Type": "Functional",
  "Status": "Released",
  "Summary": "",
  "Relevant": "yes",
  "column_12": "",
  "Foreign ID": "1255270.0",
  "Description": "VMM_sc_SlipAgPot_VLuBwd2 = ASOPOT_s_LADMLatPot_StVld",
  "Vehicle Launch": "",
  "Vehicle Platform": "E³ 1.2"
}

Output VMM_s_SlipAgPot_VLuFwd1 shall be equal to the input ASOPOT_s_AgSlipPot_VLuFwd1.

Raw

{
  "ID": "16643013.0",
  "ASIL": "  QM",
  "Text": "Output VMM_s_SlipAgPot_VLuFwd1 shall be equal to the input ASOPOT_s_AgSlipPot_VLuFwd1.",
  "Type": "Functional",
  "Status": "Released",
  "Summary": "",
  "Relevant": "yes",
  "column_12": "",
  "Foreign ID": "1170342.0",
  "Description": "Output VMM_s_SlipAgPot_VLuFwd1 shall be equal to the input ASOPOT_s_AgSlipPot_VLuFwd1.",
  "Vehicle Launch": "",
  "Vehicle Platform": "E³ 1.2"
}

VMM_sc_SlipAgPot_VLuFwd1 = ASOPOT_s_LADMLatPot_StVld

Raw

{
  "ID": "16643014.0",
  "ASIL": "  QM",
  "Text": "VMM_sc_SlipAgPot_VLuFwd1 = ASOPOT_s_LADMLatPot_StVld",
  "Type": "Functional",
  "Status": "Released",
  "Summary": "",
  "Relevant": "yes",
  "column_12": "",
  "Foreign ID": "1255272.0",
  "Description": "VMM_sc_SlipAgPot_VLuFwd1 = ASOPOT_s_LADMLatPot_StVld",
  "Vehicle Launch": "",
  "Vehicle Platform": "E³ 1.2"
}

Output VMM_s_SlipAgPot_VLuFwd2 shall be equal to the input ASOPOT_s_AgSlipPot_VLuFwd2.

Raw

{
  "ID": "16643015.0",
  "ASIL": "  QM",
  "Text": "Output VMM_s_SlipAgPot_VLuFwd2 shall be equal to the input ASOPOT_s_AgSlipPot_VLuFwd2.",
  "Type": "Functional",
  "Status": "Released",
  "Summary": "",
  "Relevant": "yes",
  "column_12": "",
  "Foreign ID": "1255216.0",
  "Description": "Output VMM_s_SlipAgPot_VLuFwd2 shall be equal to the input ASOPOT_s_AgSlipPot_VLuFwd2.",
  "Vehicle Launch": "",
  "Vehicle Platform": "E³ 1.2"
}

VMM_sc_SlipAgPot_VLuFwd2 = ASOPOT_s_LADMLatPot_StVld

Raw

{
  "ID": "16643016.0",
  "ASIL": "  QM",
  "Text": "VMM_sc_SlipAgPot_VLuFwd2 = ASOPOT_s_LADMLatPot_StVld",
  "Type": "Functional",
  "Status": "Released",
  "Summary": "",
  "Relevant": "yes",
  "column_12": "",
  "Foreign ID": "1255274.0",
  "Description": "VMM_sc_SlipAgPot_VLuFwd2 = ASOPOT_s_LADMLatPot_StVld",
  "Vehicle Launch": "",
  "Vehicle Platform": "E³ 1.2"
}

Output VMM_s_SlipAgPot_AgSlipLuSdsl shall be equal to the input ASOPOT_s_AgSlipPot_AgSlipLuSdsl.

Raw

{
  "ID": "16643017.0",
  "ASIL": "  QM",
  "Text": "Output VMM_s_SlipAgPot_AgSlipLuSdsl shall be equal to the input ASOPOT_s_AgSlipPot_AgSlipLuSdsl.",
  "Type": "Functional",
  "Status": "Released",
  "Summary": "",
  "Relevant": "yes",
  "column_12": "",
  "Foreign ID": "1170348.0",
  "Description": "Output VMM_s_SlipAgPot_AgSlipLuSdsl shall be equal to the input ASOPOT_s_AgSlipPot_AgSlipLuSdsl.",
  "Vehicle Launch": "",
  "Vehicle Platform": "E³ 1.2"
}

VMM_sc_SlipAgPot_AgSlipLuSdsl = ASOPOT_s_LADMLatPot_StVld

Raw

{
  "ID": "16643018.0",
  "ASIL": "  QM",
  "Text": "VMM_sc_SlipAgPot_AgSlipLuSdsl = ASOPOT_s_LADMLatPot_StVld",
  "Type": "Functional",
  "Status": "Released",
  "Summary": "",
  "Relevant": "yes",
  "column_12": "",
  "Foreign ID": "1255276.0",
  "Description": "VMM_sc_SlipAgPot_AgSlipLuSdsl = ASOPOT_s_LADMLatPot_StVld",
  "Vehicle Launch": "",
  "Vehicle Platform": "E³ 1.2"
}

Output VMM_s_LatPot_FacCrvtSlipAgDep shall be equal to the input ASOPOT_s_FacCrvtSlipAgDep.

Raw

{
  "ID": "16643019.0",
  "ASIL": "  QM",
  "Text": "Output VMM_s_LatPot_FacCrvtSlipAgDep shall be equal to the input ASOPOT_s_FacCrvtSlipAgDep.",
  "Type": "Functional",
  "Status": "Released",
  "Summary": "",
  "Relevant": "yes",
  "column_12": "",
  "Foreign ID": "1170350.0",
  "Description": "Output VMM_s_LatPot_FacCrvtSlipAgDep shall be equal to the input ASOPOT_s_FacCrvtSlipAgDep.",
  "Vehicle Launch": "",
  "Vehicle Platform": "E³ 1.2"
}

VMM_sc_LatPot_FacCrvtSlipAgDep = ASOPOT_s_LADMLatPot_StVld

Raw

{
  "ID": "16643020.0",
  "ASIL": "  QM",
  "Text": "VMM_sc_LatPot_FacCrvtSlipAgDep = ASOPOT_s_LADMLatPot_StVld",
  "Type": "Functional",
  "Status": "Released",
  "Summary": "",
  "Relevant": "yes",
  "column_12": "",
  "Foreign ID": "1255278.0",
  "Description": "VMM_sc_LatPot_FacCrvtSlipAgDep = ASOPOT_s_LADMLatPot_StVld",
  "Vehicle Launch": "",
  "Vehicle Platform": "E³ 1.2"
}

Output VMM_s_LatPot_CrvtGeoSlipAgDepRi shall be equal to the input ASOPOT_s_CrvtGeoSlipAgDepRi.

Raw

{
  "ID": "16643021.0",
  "ASIL": "  QM",
  "Text": "Output VMM_s_LatPot_CrvtGeoSlipAgDepRi shall be equal to the input ASOPOT_s_CrvtGeoSlipAgDepRi.",
  "Type": "Functional",
  "Status": "Released",
  "Summary": "",
  "Relevant": "yes",
  "column_12": "",
  "Foreign ID": "1170352.0",
  "Description": "Output VMM_s_LatPot_CrvtGeoSlipAgDepRi shall be equal to the input ASOPOT_s_CrvtGeoSlipAgDepRi.",
  "Vehicle Launch": "",
  "Vehicle Platform": "E³ 1.2"
}

VMM_sc_LatPot_CrvtGeoSlipAgDepRi = ASOPOT_s_LADMLatPot_StVld

Raw

{
  "ID": "16643022.0",
  "ASIL": "  QM",
  "Text": "VMM_sc_LatPot_CrvtGeoSlipAgDepRi = ASOPOT_s_LADMLatPot_StVld",
  "Type": "Functional",
  "Status": "Released",
  "Summary": "",
  "Relevant": "yes",
  "column_12": "",
  "Foreign ID": "1255280.0",
  "Description": "VMM_sc_LatPot_CrvtGeoSlipAgDepRi = ASOPOT_s_LADMLatPot_StVld",
  "Vehicle Launch": "",
  "Vehicle Platform": "E³ 1.2"
}

Output VMM_s_LatPot_CrvtGeoSlipAgDepLe shall shall be equal to the input ASOPOT_s_CrvtGeoSlipAgDepLe.

Raw

{
  "ID": "16643023.0",
  "ASIL": "  QM",
  "Text": "Output VMM_s_LatPot_CrvtGeoSlipAgDepLe shall shall be equal to the input ASOPOT_s_CrvtGeoSlipAgDepLe.",
  "Type": "Functional",
  "Status": "Released",
  "Summary": "",
  "Relevant": "yes",
  "column_12": "",
  "Foreign ID": "1170354.0",
  "Description": "Output VMM_s_LatPot_CrvtGeoSlipAgDepLe shall shall be equal to the input ASOPOT_s_CrvtGeoSlipAgDepLe.",
  "Vehicle Launch": "",
  "Vehicle Platform": "E³ 1.2"
}

VMM_sc_LatPot_CrvtGeoSlipAgDepLe = ASOPOT_s_LADMLatPot_StVld

Raw

{
  "ID": "16643024.0",
  "ASIL": "  QM",
  "Text": "VMM_sc_LatPot_CrvtGeoSlipAgDepLe = ASOPOT_s_LADMLatPot_StVld",
  "Type": "Functional",
  "Status": "Released",
  "Summary": "",
  "Relevant": "yes",
  "column_12": "",
  "Foreign ID": "1255282.0",
  "Description": "VMM_sc_LatPot_CrvtGeoSlipAgDepLe = ASOPOT_s_LADMLatPot_StVld",
  "Vehicle Launch": "",
  "Vehicle Platform": "E³ 1.2"
}

Output VMM_s_LatPot_VLuBwd1 shall be equal to the input ASOPOT_s_CrvtPot_VLuBwd1.

Raw

{
  "ID": "16643025.0",
  "ASIL": "  QM",
  "Text": "Output VMM_s_LatPot_VLuBwd1 shall be equal to the input ASOPOT_s_CrvtPot_VLuBwd1.",
  "Type": "Functional",
  "Status": "Released",
  "Summary": "",
  "Relevant": "yes",
  "column_12": "",
  "Foreign ID": "1255218.0",
  "Description": "Output VMM_s_LatPot_VLuBwd1 shall be equal to the input ASOPOT_s_CrvtPot_VLuBwd1.",
  "Vehicle Launch": "",
  "Vehicle Platform": "E³ 1.2"
}

VMM_sc_LatPot_VLuBwd1 = ASOPOT_s_LADMLatPot_StVld

Raw

{
  "ID": "16643026.0",
  "ASIL": "  QM",
  "Text": "VMM_sc_LatPot_VLuBwd1 = ASOPOT_s_LADMLatPot_StVld",
  "Type": "Functional",
  "Status": "Released",
  "Summary": "",
  "Relevant": "yes",
  "column_12": "",
  "Foreign ID": "1255284.0",
  "Description": "VMM_sc_LatPot_VLuBwd1 = ASOPOT_s_LADMLatPot_StVld",
  "Vehicle Launch": "",
  "Vehicle Platform": "E³ 1.2"
}

Output VMM_s_LatPot_VLuBwd2 shall be equal to the input ASOPOT_s_CrvtPot_VLuBwd2.

Raw

{
  "ID": "16643027.0",
  "ASIL": "  QM",
  "Text": "Output VMM_s_LatPot_VLuBwd2 shall be equal to the input ASOPOT_s_CrvtPot_VLuBwd2.",
  "Type": "Functional",
  "Status": "Released",
  "Summary": "",
  "Relevant": "yes",
  "column_12": "",
  "Foreign ID": "1255222.0",
  "Description": "Output VMM_s_LatPot_VLuBwd2 shall be equal to the input ASOPOT_s_CrvtPot_VLuBwd2.",
  "Vehicle Launch": "",
  "Vehicle Platform": "E³ 1.2"
}

VMM_sc_LatPot_VLuBwd2 = ASOPOT_s_LADMLatPot_StVld

Raw

{
  "ID": "16643028.0",
  "ASIL": "  QM",
  "Text": "VMM_sc_LatPot_VLuBwd2 = ASOPOT_s_LADMLatPot_StVld",
  "Type": "Functional",
  "Status": "Released",
  "Summary": "",
  "Relevant": "yes",
  "column_12": "",
  "Foreign ID": "1255286.0",
  "Description": "VMM_sc_LatPot_VLuBwd2 = ASOPOT_s_LADMLatPot_StVld",
  "Vehicle Launch": "",
  "Vehicle Platform": "E³ 1.2"
}

Output VMM_s_LatPot_VLuFwd1 shall be equal to the input ASOPOT_s_CrvtPot_VLuFwd1.

Raw

{
  "ID": "16643029.0",
  "ASIL": "  QM",
  "Text": "Output VMM_s_LatPot_VLuFwd1 shall be equal to the input ASOPOT_s_CrvtPot_VLuFwd1.",
  "Type": "Functional",
  "Status": "Released",
  "Summary": "",
  "Relevant": "yes",
  "column_12": "",
  "Foreign ID": "1255220.0",
  "Description": "Output VMM_s_LatPot_VLuFwd1 shall be equal to the input ASOPOT_s_CrvtPot_VLuFwd1.",
  "Vehicle Launch": "",
  "Vehicle Platform": "E³ 1.2"
}

VMM_sc_LatPot_VLuFwd1 = ASOPOT_s_LADMLatPot_StVld

Raw

{
  "ID": "16643030.0",
  "ASIL": "  QM",
  "Text": "VMM_sc_LatPot_VLuFwd1 = ASOPOT_s_LADMLatPot_StVld",
  "Type": "Functional",
  "Status": "Released",
  "Summary": "",
  "Relevant": "yes",
  "column_12": "",
  "Foreign ID": "1255288.0",
  "Description": "VMM_sc_LatPot_VLuFwd1 = ASOPOT_s_LADMLatPot_StVld",
  "Vehicle Launch": "",
  "Vehicle Platform": "E³ 1.2"
}

Output VMM_s_LatPot_VLuFwd2 shall be equal to the input ASOPOT_s_CrvtPot_VLuFwd2.

Raw

{
  "ID": "16643031.0",
  "ASIL": "  QM",
  "Text": "Output VMM_s_LatPot_VLuFwd2 shall be equal to the input ASOPOT_s_CrvtPot_VLuFwd2.",
  "Type": "Functional",
  "Status": "Released",
  "Summary": "",
  "Relevant": "yes",
  "column_12": "",
  "Foreign ID": "1255224.0",
  "Description": "Output VMM_s_LatPot_VLuFwd2 shall be equal to the input ASOPOT_s_CrvtPot_VLuFwd2.",
  "Vehicle Launch": "",
  "Vehicle Platform": "E³ 1.2"
}

VMM_sc_LatPot_VLuFwd2 = ASOPOT_s_LADMLatPot_StVld

Raw

{
  "ID": "16643032.0",
  "ASIL": "  QM",
  "Text": "VMM_sc_LatPot_VLuFwd2 = ASOPOT_s_LADMLatPot_StVld",
  "Type": "Functional",
  "Status": "Released",
  "Summary": "",
  "Relevant": "yes",
  "column_12": "",
  "Foreign ID": "1255290.0",
  "Description": "VMM_sc_LatPot_VLuFwd2 = ASOPOT_s_LADMLatPot_StVld",
  "Vehicle Launch": "",
  "Vehicle Platform": "E³ 1.2"
}

Output VMM_s_LatPot_CrvtGeoLeLuBwd1 shall be equal to the input ASOPOT_s_CrvtPot_CrvtGeoLeLuBwd1.

Raw

{
  "ID": "16643033.0",
  "ASIL": "  QM",
  "Text": "Output VMM_s_LatPot_CrvtGeoLeLuBwd1 shall be equal to the input ASOPOT_s_CrvtPot_CrvtGeoLeLuBwd1.",
  "Type": "Functional",
  "Status": "Released",
  "Summary": "",
  "Relevant": "yes",
  "column_12": "",
  "Foreign ID": "1255226.0",
  "Description": "Output VMM_s_LatPot_CrvtGeoLeLuBwd1 shall be equal to the input ASOPOT_s_CrvtPot_CrvtGeoLeLuBwd1.",
  "Vehicle Launch": "",
  "Vehicle Platform": "E³ 1.2"
}

VMM_sc_LatPot_CrvtGeoLeLuBwd1 = ASOPOT_s_LADMLatPot_StVld

Raw

{
  "ID": "16643034.0",
  "ASIL": "  QM",
  "Text": "VMM_sc_LatPot_CrvtGeoLeLuBwd1 = ASOPOT_s_LADMLatPot_StVld",
  "Type": "Functional",
  "Status": "Released",
  "Summary": "",
  "Relevant": "yes",
  "column_12": "",
  "Foreign ID": "1255292.0",
  "Description": "VMM_sc_LatPot_CrvtGeoLeLuBwd1 = ASOPOT_s_LADMLatPot_StVld",
  "Vehicle Launch": "",
  "Vehicle Platform": "E³ 1.2"
}

Output VMM_s_LatPot_CrvtGeoLeLuBwd2 shall be equal to the input ASOPOT_s_CrvtPot_CrvtGeoLeLuBwd2.

Raw

{
  "ID": "16643035.0",
  "ASIL": "  QM",
  "Text": "Output VMM_s_LatPot_CrvtGeoLeLuBwd2 shall be equal to the input ASOPOT_s_CrvtPot_CrvtGeoLeLuBwd2.",
  "Type": "Functional",
  "Status": "Released",
  "Summary": "",
  "Relevant": "yes",
  "column_12": "",
  "Foreign ID": "1255228.0",
  "Description": "Output VMM_s_LatPot_CrvtGeoLeLuBwd2 shall be equal to the input ASOPOT_s_CrvtPot_CrvtGeoLeLuBwd2.",
  "Vehicle Launch": "",
  "Vehicle Platform": "E³ 1.2"
}

VMM_sc_LatPot_CrvtGeoLeLuBwd2 = ASOPOT_s_LADMLatPot_StVld

Raw

{
  "ID": "16643036.0",
  "ASIL": "  QM",
  "Text": "VMM_sc_LatPot_CrvtGeoLeLuBwd2 = ASOPOT_s_LADMLatPot_StVld",
  "Type": "Functional",
  "Status": "Released",
  "Summary": "",
  "Relevant": "yes",
  "column_12": "",
  "Foreign ID": "1255294.0",
  "Description": "VMM_sc_LatPot_CrvtGeoLeLuBwd2 = ASOPOT_s_LADMLatPot_StVld",
  "Vehicle Launch": "",
  "Vehicle Platform": "E³ 1.2"
}

Output VMM_s_LatPot_CrvtGeoLeLuFwd1 shall be equal to the input ASOPOT_s_CrvtPot_CrvtGeoLeLuFwd1.

Raw

{
  "ID": "16643037.0",
  "ASIL": "  QM",
  "Text": "Output VMM_s_LatPot_CrvtGeoLeLuFwd1 shall be equal to the input ASOPOT_s_CrvtPot_CrvtGeoLeLuFwd1.",
  "Type": "Functional",
  "Status": "Released",
  "Summary": "",
  "Relevant": "yes",
  "column_12": "",
  "Foreign ID": "1255230.0",
  "Description": "Output VMM_s_LatPot_CrvtGeoLeLuFwd1 shall be equal to the input ASOPOT_s_CrvtPot_CrvtGeoLeLuFwd1.",
  "Vehicle Launch": "",
  "Vehicle Platform": "E³ 1.2"
}

VMM_sc_LatPot_CrvtGeoLeLuFwd1 = ASOPOT_s_LADMLatPot_StVld

Raw

{
  "ID": "16643038.0",
  "ASIL": "  QM",
  "Text": "VMM_sc_LatPot_CrvtGeoLeLuFwd1 = ASOPOT_s_LADMLatPot_StVld",
  "Type": "Functional",
  "Status": "Released",
  "Summary": "",
  "Relevant": "yes",
  "column_12": "",
  "Foreign ID": "1255296.0",
  "Description": "VMM_sc_LatPot_CrvtGeoLeLuFwd1 = ASOPOT_s_LADMLatPot_StVld",
  "Vehicle Launch": "",
  "Vehicle Platform": "E³ 1.2"
}

Output VMM_s_LatPot_CrvtGeoLeLuFwd2 shall be equal to the input ASOPOT_s_CrvtPot_CrvtGeoLeLuFwd2.

Raw

{
  "ID": "16643039.0",
  "ASIL": "  QM",
  "Text": "Output VMM_s_LatPot_CrvtGeoLeLuFwd2 shall be equal to the input ASOPOT_s_CrvtPot_CrvtGeoLeLuFwd2.",
  "Type": "Functional",
  "Status": "Released",
  "Summary": "",
  "Relevant": "yes",
  "column_12": "",
  "Foreign ID": "1255232.0",
  "Description": "Output VMM_s_LatPot_CrvtGeoLeLuFwd2 shall be equal to the input ASOPOT_s_CrvtPot_CrvtGeoLeLuFwd2.",
  "Vehicle Launch": "",
  "Vehicle Platform": "E³ 1.2"
}

VMM_sc_LatPot_CrvtGeoLeLuFwd2 = ASOPOT_s_LADMLatPot_StVld

Raw

{
  "ID": "16643040.0",
  "ASIL": "  QM",
  "Text": "VMM_sc_LatPot_CrvtGeoLeLuFwd2 = ASOPOT_s_LADMLatPot_StVld",
  "Type": "Functional",
  "Status": "Released",
  "Summary": "",
  "Relevant": "yes",
  "column_12": "",
  "Foreign ID": "1255298.0",
  "Description": "VMM_sc_LatPot_CrvtGeoLeLuFwd2 = ASOPOT_s_LADMLatPot_StVld",
  "Vehicle Launch": "",
  "Vehicle Platform": "E³ 1.2"
}

Output VMM_s_LatPot_CrvtGeoLeLuSdsl shall be equal to the input ASOPOT_s_CrvtPot_CrvtGeoLeLuSdsl.

Raw

{
  "ID": "16643041.0",
  "ASIL": "  QM",
  "Text": "Output VMM_s_LatPot_CrvtGeoLeLuSdsl shall be equal to the input ASOPOT_s_CrvtPot_CrvtGeoLeLuSdsl.",
  "Type": "Functional",
  "Status": "Released",
  "Summary": "",
  "Relevant": "yes",
  "column_12": "",
  "Foreign ID": "1255234.0",
  "Description": "Output VMM_s_LatPot_CrvtGeoLeLuSdsl shall be equal to the input ASOPOT_s_CrvtPot_CrvtGeoLeLuSdsl.",
  "Vehicle Launch": "",
  "Vehicle Platform": "E³ 1.2"
}

VMM_sc_LatPot_CrvtGeoLeLuSdsl = ASOPOT_s_LADMLatPot_StVld

Raw

{
  "ID": "16643042.0",
  "ASIL": "  QM",
  "Text": "VMM_sc_LatPot_CrvtGeoLeLuSdsl = ASOPOT_s_LADMLatPot_StVld",
  "Type": "Functional",
  "Status": "Released",
  "Summary": "",
  "Relevant": "yes",
  "column_12": "",
  "Foreign ID": "1255300.0",
  "Description": "VMM_sc_LatPot_CrvtGeoLeLuSdsl = ASOPOT_s_LADMLatPot_StVld",
  "Vehicle Launch": "",
  "Vehicle Platform": "E³ 1.2"
}

Output VMM_s_LatPot_CrvtGeoRiLuBwd1 shall be equal to the input ASOPOT_s_CrvtPot_CrvtGeoRiLuBwd1.

Raw

{
  "ID": "16643043.0",
  "ASIL": "  QM",
  "Text": "Output VMM_s_LatPot_CrvtGeoRiLuBwd1 shall be equal to the input ASOPOT_s_CrvtPot_CrvtGeoRiLuBwd1.",
  "Type": "Functional",
  "Status": "Released",
  "Summary": "",
  "Relevant": "yes",
  "column_12": "",
  "Foreign ID": "1255236.0",
  "Description": "Output VMM_s_LatPot_CrvtGeoRiLuBwd1 shall be equal to the input ASOPOT_s_CrvtPot_CrvtGeoRiLuBwd1.",
  "Vehicle Launch": "",
  "Vehicle Platform": "E³ 1.2"
}

VMM_sc_LatPot_CrvtGeoRiLuBwd1 = ASOPOT_s_LADMLatPot_StVld

Raw

{
  "ID": "16643044.0",
  "ASIL": "  QM",
  "Text": "VMM_sc_LatPot_CrvtGeoRiLuBwd1 = ASOPOT_s_LADMLatPot_StVld",
  "Type": "Functional",
  "Status": "Released",
  "Summary": "",
  "Relevant": "yes",
  "column_12": "",
  "Foreign ID": "1255302.0",
  "Description": "VMM_sc_LatPot_CrvtGeoRiLuBwd1 = ASOPOT_s_LADMLatPot_StVld",
  "Vehicle Launch": "",
  "Vehicle Platform": "E³ 1.2"
}

Output VMM_s_LatPot_CrvtGeoRiLuBwd2 shall be equal to the input ASOPOT_s_CrvtPot_CrvtGeoRiLuBwd2.

Raw

{
  "ID": "16643045.0",
  "ASIL": "  QM",
  "Text": "Output VMM_s_LatPot_CrvtGeoRiLuBwd2 shall be equal to the input ASOPOT_s_CrvtPot_CrvtGeoRiLuBwd2.",
  "Type": "Functional",
  "Status": "Released",
  "Summary": "",
  "Relevant": "yes",
  "column_12": "",
  "Foreign ID": "1255238.0",
  "Description": "Output VMM_s_LatPot_CrvtGeoRiLuBwd2 shall be equal to the input ASOPOT_s_CrvtPot_CrvtGeoRiLuBwd2.",
  "Vehicle Launch": "",
  "Vehicle Platform": "E³ 1.2"
}

VMM_sc_LatPot_CrvtGeoRiLuBwd2 = ASOPOT_s_LADMLatPot_StVld

Raw

{
  "ID": "16643046.0",
  "ASIL": "  QM",
  "Text": "VMM_sc_LatPot_CrvtGeoRiLuBwd2 = ASOPOT_s_LADMLatPot_StVld",
  "Type": "Functional",
  "Status": "Released",
  "Summary": "",
  "Relevant": "yes",
  "column_12": "",
  "Foreign ID": "1255304.0",
  "Description": "VMM_sc_LatPot_CrvtGeoRiLuBwd2 = ASOPOT_s_LADMLatPot_StVld",
  "Vehicle Launch": "",
  "Vehicle Platform": "E³ 1.2"
}

Output VMM_s_LatPot_CrvtGeoRiLuFwd1 shall be equal to the input ASOPOT_s_CrvtPot_CrvtGeoRiLuFwd1.

Raw

{
  "ID": "16643047.0",
  "ASIL": "  QM",
  "Text": "Output VMM_s_LatPot_CrvtGeoRiLuFwd1 shall be equal to the input ASOPOT_s_CrvtPot_CrvtGeoRiLuFwd1.",
  "Type": "Functional",
  "Status": "Released",
  "Summary": "",
  "Relevant": "yes",
  "column_12": "",
  "Foreign ID": "1255240.0",
  "Description": "Output VMM_s_LatPot_CrvtGeoRiLuFwd1 shall be equal to the input ASOPOT_s_CrvtPot_CrvtGeoRiLuFwd1.",
  "Vehicle Launch": "",
  "Vehicle Platform": "E³ 1.2"
}

VMM_sc_LatPot_CrvtGeoRiLuFwd1 = ASOPOT_s_LADMLatPot_StVld

Raw

{
  "ID": "16643048.0",
  "ASIL": "  QM",
  "Text": "VMM_sc_LatPot_CrvtGeoRiLuFwd1 = ASOPOT_s_LADMLatPot_StVld",
  "Type": "Functional",
  "Status": "Released",
  "Summary": "",
  "Relevant": "yes",
  "column_12": "",
  "Foreign ID": "1255306.0",
  "Description": "VMM_sc_LatPot_CrvtGeoRiLuFwd1 = ASOPOT_s_LADMLatPot_StVld",
  "Vehicle Launch": "",
  "Vehicle Platform": "E³ 1.2"
}