Review references / Library #2
Review reference evidence
VME-PROD-VehicleMotionManagement - VMMP_ARB_ARBLGLSA.xlsx · Template · row 58
Needs attention35 unresolved names · 0 evidence issues
One row per unresolved name. Ignoring a name or giving it an anonymous name applies everywhere it appears; a typo correction applies to one source row and must resolve normally. Ignored names stay as written in exported text, so give names that must not appear publicly an anonymous name instead.
| Name / issue | Source preview | Decision for this name |
|---|---|---|
RCTAMissing definition1 occurrence |
Row 58 · 16642407 · Previewthe customer-function "RCTA" replaces here the place holder *KFF
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*KFFUnresolved binding8 occurrences in 8 rows |
Row 58 · 16642407 · Previewthe customer-function "RCTA" replaces here the place holder *KFF
Row 44 · 16642393 · Previewthe customer-function "DBR" replaces here the place holder *KFF
Row 46 · 16642395 · Previewthe customer-function "EA" replaces here the place holder *KFF
Row 48 · 16642397 · Previewthe customer-function "LIM" replaces here the place holder *KFF
Row 50 · 16642399 · Previewthe customer-function "ARA" replaces here the place holder *KFF
Row 52 · 16642401 · Previewthe customer-function "PB-IPA" replaces here the place holder *KFF
Row 54 · 16642403 · Previewthe customer-function "PH" replaces here the place holder *KFF
Row 56 · 16642405 · Previewthe customer-function "ABAH" replaces here the place holder *KFF
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KFFMissing definition1 occurrence |
Row 26 · 16642375 · PreviewSome input signals are limited to a Maximum acceleration which is allowed. The following requirements describe this limitation and is further on named ASIL-limitation or ASIL-limited input/output signals.the KFF is in ARB short for customer function
For example:
requirement:
*ADmd is staturated to the VSOEM_s_ALgtVehDeceMaxCritQM
Meaning:
The input or the output signal is *ADmd, but will never be smaller than VSOEM_s_ALgtVehDeceMaxCritQM. A mathematical Maximum between *ADmd and
VSOEM_s_ALgtVehDeceMaxCritQM is meant.
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*ADmdUnresolved binding3 occurrences |
Row 26 · 16642375 · PreviewSome input signals are limited to a Maximum acceleration which is allowed. The following requirements describe this limitation and is further on named ASIL-limitation or ASIL-limited input/output signals.the KFF is in ARB short for customer function
For example:
requirement:
*ADmd is staturated to the VSOEM_s_ALgtVehDeceMaxCritQM
Meaning:
The input or the output signal is *ADmd, but will never be smaller than VSOEM_s_ALgtVehDeceMaxCritQM. A mathematical Maximum between *ADmd and
VSOEM_s_ALgtVehDeceMaxCritQM is meant.
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*KFFLgtLimA_StDeceCritMaxUnresolved binding4 occurrences in 4 rows |
Row 27 · 16642376 · PreviewIF
the temp Input *KFFLgtLimA_StDeceCritMax is equal to VMMP_c_IdxSafeCritQM
THEN:
the temp input *KFFLgtLimA_ADmd is staturated to the VSOEM_s_ALgtVehDeceMaxCritQM
the temp output *KFFLgtLimA_ADmdSafeCritFil is staturated to the VSOEM_s_ALgtVehDeceMaxCritQM
Row 28 · 16642377 · PreviewIF
the temp Input *KFFLgtLimA_StDeceCritMax is equal to VMMP_c_IdxSafeCritASILA
THEN:
the temp input *KFFLgtLimA_ADmd is staturated to the VSOEM_s_ALgtVehDeceMaxCritASILA
the temp output *KFFLgtLimA_ADmdSafeCritFil is staturated to the VSOEM_s_ALgtVehDeceMaxCritASILA
Row 29 · 16642378 · PreviewIF
the temp Input *KFFLgtLimA_StDeceCritMax is equal to VMMP_c_IdxSafeCritASILB
THEN:
the temp input *KFFLgtLimA_ADmd is staturated to the VSOEM_s_ALgtVehDeceMaxCritASILB
the temp output *KFFLgtLimA_ADmdSafeCritFil is staturated to the VSOEM_s_ALgtVehDeceMaxCritASILB
Row 30 · 16642379 · PreviewIF
the temp Input *KFFLgtLimA_StDeceCritMax is equal to VMMP_c_IdxSafeCritASILC
THEN:
the temp input *KFFLgtLimA_ADmd is staturated to -100 m/s^2
the temp output *KFFLgtLimA_ADmdSafeCritFil is staturated to -100 m/^2
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*KFFLgtLimA_ADmdUnresolved binding13 occurrences in 10 rows |
Row 27 · 16642376 · PreviewIF
the temp Input *KFFLgtLimA_StDeceCritMax is equal to VMMP_c_IdxSafeCritQM
THEN:
the temp input *KFFLgtLimA_ADmd is staturated to the VSOEM_s_ALgtVehDeceMaxCritQM
the temp output *KFFLgtLimA_ADmdSafeCritFil is staturated to the VSOEM_s_ALgtVehDeceMaxCritQM
Row 28 · 16642377 · PreviewIF
the temp Input *KFFLgtLimA_StDeceCritMax is equal to VMMP_c_IdxSafeCritASILA
THEN:
the temp input *KFFLgtLimA_ADmd is staturated to the VSOEM_s_ALgtVehDeceMaxCritASILA
the temp output *KFFLgtLimA_ADmdSafeCritFil is staturated to the VSOEM_s_ALgtVehDeceMaxCritASILA
Row 29 · 16642378 · PreviewIF
the temp Input *KFFLgtLimA_StDeceCritMax is equal to VMMP_c_IdxSafeCritASILB
THEN:
the temp input *KFFLgtLimA_ADmd is staturated to the VSOEM_s_ALgtVehDeceMaxCritASILB
the temp output *KFFLgtLimA_ADmdSafeCritFil is staturated to the VSOEM_s_ALgtVehDeceMaxCritASILB
Row 30 · 16642379 · PreviewIF
the temp Input *KFFLgtLimA_StDeceCritMax is equal to VMMP_c_IdxSafeCritASILC
THEN:
the temp input *KFFLgtLimA_ADmd is staturated to -100 m/s^2
the temp output *KFFLgtLimA_ADmdSafeCritFil is staturated to -100 m/^2
Row 32 · 16642381 · Previewthe temp output *KFFLgtLimA_ADmdSafeCritFil = modified *KFFLgtLimA_ADmd,
starting_point + *KFFgradient (as describes in the following requirements) x VMMP_c_TiSmpl
Row 34 · 16642383 · Previewthe modified *KFFLgtLimA_ADmd is equal to
MIN [temp input *KFFLgtLimA_ATlrHiDyn, MAX(input ASOPOT_s_APotRgn, temp input *KFFLgtLimA_ADmd)]
Row 37 · 16642386 · Previewgadient caculation for the demanded Acceleration in emergency mode:
IF(AND(1,2)):
1.) input *ATqDmd is smaller than or equal to input DSOPRE_s_DrvPed_ADrg
2.) the modified *KFFLgtLimA_ADmd is bigger than input *ATqDmd
THEN:
the internal signal *KFFgradient_increase is MAX(*KFFLgtLimA_AGrdMaxInc, VMMP_LOCADF_p_LgtLimA_AGrdMaxIncEmgcy)
the internal signal *KFFgradient_decrease is *KFFLgtLimA_AGrdMaxDec
ELSE:
the internal signal *KFFgradient_increase is *KFFLgtLimA_AGrdMaxInc
the internal signal *KFFgradient_decrease is MIN(*KFFLgtLimA_AGrdMaxDec, VMMP_LOCADF_p_LgtLimA_AGrdMaxDecEmgcy )
Row 39 · 16642388 · Previewgadient caculation for the demanded Acceleration in comfort mode:
IF(AND(1,2)):
1.) input *ATqDmd is smaller than or equal to input DSOPRE_s_DrvPed_ADrg
2.) the modified *KFFLgtLimA_ADmd is bigger than input *ATqDmd
THEN:
the internal signal *KFFgradient_increase is MAX(*KFFLgtLimA_AGrdMaxInc, VMMP_LOCADF_p_LgtLimA_AGrdMaxIncCmft)
the internal signal *KFFgradient_decrease is *KFFLgtLimA_AGrdMaxDec
ELSE:
the internal signal *KFFgradient_increase is *KFFLgtLimA_AGrdMaxInc
the internal signal *KFFgradient_decrease is MIN(*KFFLgtLimA_AGrdMaxDec, VMMP_LOCADF_p_LgtLimA_AGrdMaxIDecCmft)
Row 42 · 16642391 · PreviewIF:
the modified *KFFLgtLimA_ADmd is bigger than *KFFstarting_point
THEN:
the temp output *KFFLgtLimA_ADmdSafeCritFil shall show the value of
MIN(modified *KFFLgtLimA_ADmd,
*KFFstarting_point + KFFgradient_increase*VMMP_c_TiSmpl)
ELSE:
the temp output *KFFLgtLimA_ADmdSafeCritFil shall show the value of
MAX(modified *KFFLgtLimA_ADmd,
*ATqDmd + KFFgradient_decrease*VMMP_c_TiSmpl)
Row 35 · 16642384 · PreviewIF:
the input ARBLGLSCA_s_LgtLimA_IdxReqIdCur is equal to one of the temp constant *VMMP_c_IdxReqIdKFF
THEN:
*KFFstarting_point is *ATqDmd
ELSE:
*KFFstarting_point is the modified *KFFLgtLimA_ADmd in the last cycle
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*KFFLgtLimA_ADmdSafeCritFilUnresolved binding7 occurrences in 6 rows |
Row 27 · 16642376 · PreviewIF
the temp Input *KFFLgtLimA_StDeceCritMax is equal to VMMP_c_IdxSafeCritQM
THEN:
the temp input *KFFLgtLimA_ADmd is staturated to the VSOEM_s_ALgtVehDeceMaxCritQM
the temp output *KFFLgtLimA_ADmdSafeCritFil is staturated to the VSOEM_s_ALgtVehDeceMaxCritQM
Row 28 · 16642377 · PreviewIF
the temp Input *KFFLgtLimA_StDeceCritMax is equal to VMMP_c_IdxSafeCritASILA
THEN:
the temp input *KFFLgtLimA_ADmd is staturated to the VSOEM_s_ALgtVehDeceMaxCritASILA
the temp output *KFFLgtLimA_ADmdSafeCritFil is staturated to the VSOEM_s_ALgtVehDeceMaxCritASILA
Row 29 · 16642378 · PreviewIF
the temp Input *KFFLgtLimA_StDeceCritMax is equal to VMMP_c_IdxSafeCritASILB
THEN:
the temp input *KFFLgtLimA_ADmd is staturated to the VSOEM_s_ALgtVehDeceMaxCritASILB
the temp output *KFFLgtLimA_ADmdSafeCritFil is staturated to the VSOEM_s_ALgtVehDeceMaxCritASILB
Row 30 · 16642379 · PreviewIF
the temp Input *KFFLgtLimA_StDeceCritMax is equal to VMMP_c_IdxSafeCritASILC
THEN:
the temp input *KFFLgtLimA_ADmd is staturated to -100 m/s^2
the temp output *KFFLgtLimA_ADmdSafeCritFil is staturated to -100 m/^2
Row 32 · 16642381 · Previewthe temp output *KFFLgtLimA_ADmdSafeCritFil = modified *KFFLgtLimA_ADmd,
starting_point + *KFFgradient (as describes in the following requirements) x VMMP_c_TiSmpl
Row 42 · 16642391 · PreviewIF:
the modified *KFFLgtLimA_ADmd is bigger than *KFFstarting_point
THEN:
the temp output *KFFLgtLimA_ADmdSafeCritFil shall show the value of
MIN(modified *KFFLgtLimA_ADmd,
*KFFstarting_point + KFFgradient_increase*VMMP_c_TiSmpl)
ELSE:
the temp output *KFFLgtLimA_ADmdSafeCritFil shall show the value of
MAX(modified *KFFLgtLimA_ADmd,
*ATqDmd + KFFgradient_decrease*VMMP_c_TiSmpl)
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starting_pointMissing definition1 occurrence |
Row 32 · 16642381 · Previewthe temp output *KFFLgtLimA_ADmdSafeCritFil = modified *KFFLgtLimA_ADmd,
starting_point + *KFFgradient (as describes in the following requirements) x VMMP_c_TiSmpl
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*KFFgradientUnresolved binding1 occurrence |
Row 32 · 16642381 · Previewthe temp output *KFFLgtLimA_ADmdSafeCritFil = modified *KFFLgtLimA_ADmd,
starting_point + *KFFgradient (as describes in the following requirements) x VMMP_c_TiSmpl
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*KFFLgtLimA_ATlrHiDynUnresolved binding1 occurrence |
Row 34 · 16642383 · Previewthe modified *KFFLgtLimA_ADmd is equal to
MIN [temp input *KFFLgtLimA_ATlrHiDyn, MAX(input ASOPOT_s_APotRgn, temp input *KFFLgtLimA_ADmd)]
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*KFFLgtLimA_MdTarDynUnresolved binding4 occurrences in 3 rows |
Row 36 · 16642385 · PreviewIF:
the temp input *KFFLgtLimA_MdTarDyn is VMMP_LOC_c_LgtLimA_MdTarDynDynEmgcyFct
THEN:
the following caculation (ID 1218718) is valid
Row 38 · 16642387 · PreviewIF:
the temp input *KFFLgtLimA_MdTarDyn is VMMP_LOC_c_LgtLimA_MdTarDynDynCmftFct
THEN:
the following caculation (ID 1218722) is valid
Row 40 · 16642389 · PreviewIFAND(1,2):
1.) the temp input *KFFLgtLimA_MdTarDyn is NOT equal to VMMP_LOC_c_LgtLimA_MdTarDynDynEmgcyFct
2.) the temp input *KFFLgtLimA_MdTarDyn is NOT equal to VMMP_LOC_c_LgtLimA_MdTarDynDynCmftFct
THEN:
the following caculation (ID 1218726) is valid
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*KFFgradient_increaseUnresolved binding5 occurrences in 3 rows |
Row 37 · 16642386 · Previewgadient caculation for the demanded Acceleration in emergency mode:
IF(AND(1,2)):
1.) input *ATqDmd is smaller than or equal to input DSOPRE_s_DrvPed_ADrg
2.) the modified *KFFLgtLimA_ADmd is bigger than input *ATqDmd
THEN:
the internal signal *KFFgradient_increase is MAX(*KFFLgtLimA_AGrdMaxInc, VMMP_LOCADF_p_LgtLimA_AGrdMaxIncEmgcy)
the internal signal *KFFgradient_decrease is *KFFLgtLimA_AGrdMaxDec
ELSE:
the internal signal *KFFgradient_increase is *KFFLgtLimA_AGrdMaxInc
the internal signal *KFFgradient_decrease is MIN(*KFFLgtLimA_AGrdMaxDec, VMMP_LOCADF_p_LgtLimA_AGrdMaxDecEmgcy )
Row 39 · 16642388 · Previewgadient caculation for the demanded Acceleration in comfort mode:
IF(AND(1,2)):
1.) input *ATqDmd is smaller than or equal to input DSOPRE_s_DrvPed_ADrg
2.) the modified *KFFLgtLimA_ADmd is bigger than input *ATqDmd
THEN:
the internal signal *KFFgradient_increase is MAX(*KFFLgtLimA_AGrdMaxInc, VMMP_LOCADF_p_LgtLimA_AGrdMaxIncCmft)
the internal signal *KFFgradient_decrease is *KFFLgtLimA_AGrdMaxDec
ELSE:
the internal signal *KFFgradient_increase is *KFFLgtLimA_AGrdMaxInc
the internal signal *KFFgradient_decrease is MIN(*KFFLgtLimA_AGrdMaxDec, VMMP_LOCADF_p_LgtLimA_AGrdMaxIDecCmft)
Row 41 · 16642390 · Previewgadient caculation for the demanded Acceleration in dynamic mode:
the internal signal *KFFgradient_decrease is *KFFLgtLimA_AGrdMaxDec
the internal signal *KFFgradient_increase is *KFFLgtLimA_AGrdMaxInc
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*KFFLgtLimA_AGrdMaxIncUnresolved binding5 occurrences in 3 rows |
Row 37 · 16642386 · Previewgadient caculation for the demanded Acceleration in emergency mode:
IF(AND(1,2)):
1.) input *ATqDmd is smaller than or equal to input DSOPRE_s_DrvPed_ADrg
2.) the modified *KFFLgtLimA_ADmd is bigger than input *ATqDmd
THEN:
the internal signal *KFFgradient_increase is MAX(*KFFLgtLimA_AGrdMaxInc, VMMP_LOCADF_p_LgtLimA_AGrdMaxIncEmgcy)
the internal signal *KFFgradient_decrease is *KFFLgtLimA_AGrdMaxDec
ELSE:
the internal signal *KFFgradient_increase is *KFFLgtLimA_AGrdMaxInc
the internal signal *KFFgradient_decrease is MIN(*KFFLgtLimA_AGrdMaxDec, VMMP_LOCADF_p_LgtLimA_AGrdMaxDecEmgcy )
Row 39 · 16642388 · Previewgadient caculation for the demanded Acceleration in comfort mode:
IF(AND(1,2)):
1.) input *ATqDmd is smaller than or equal to input DSOPRE_s_DrvPed_ADrg
2.) the modified *KFFLgtLimA_ADmd is bigger than input *ATqDmd
THEN:
the internal signal *KFFgradient_increase is MAX(*KFFLgtLimA_AGrdMaxInc, VMMP_LOCADF_p_LgtLimA_AGrdMaxIncCmft)
the internal signal *KFFgradient_decrease is *KFFLgtLimA_AGrdMaxDec
ELSE:
the internal signal *KFFgradient_increase is *KFFLgtLimA_AGrdMaxInc
the internal signal *KFFgradient_decrease is MIN(*KFFLgtLimA_AGrdMaxDec, VMMP_LOCADF_p_LgtLimA_AGrdMaxIDecCmft)
Row 41 · 16642390 · Previewgadient caculation for the demanded Acceleration in dynamic mode:
the internal signal *KFFgradient_decrease is *KFFLgtLimA_AGrdMaxDec
the internal signal *KFFgradient_increase is *KFFLgtLimA_AGrdMaxInc
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*KFFgradient_decreaseUnresolved binding5 occurrences in 3 rows |
Row 37 · 16642386 · Previewgadient caculation for the demanded Acceleration in emergency mode:
IF(AND(1,2)):
1.) input *ATqDmd is smaller than or equal to input DSOPRE_s_DrvPed_ADrg
2.) the modified *KFFLgtLimA_ADmd is bigger than input *ATqDmd
THEN:
the internal signal *KFFgradient_increase is MAX(*KFFLgtLimA_AGrdMaxInc, VMMP_LOCADF_p_LgtLimA_AGrdMaxIncEmgcy)
the internal signal *KFFgradient_decrease is *KFFLgtLimA_AGrdMaxDec
ELSE:
the internal signal *KFFgradient_increase is *KFFLgtLimA_AGrdMaxInc
the internal signal *KFFgradient_decrease is MIN(*KFFLgtLimA_AGrdMaxDec, VMMP_LOCADF_p_LgtLimA_AGrdMaxDecEmgcy )
Row 39 · 16642388 · Previewgadient caculation for the demanded Acceleration in comfort mode:
IF(AND(1,2)):
1.) input *ATqDmd is smaller than or equal to input DSOPRE_s_DrvPed_ADrg
2.) the modified *KFFLgtLimA_ADmd is bigger than input *ATqDmd
THEN:
the internal signal *KFFgradient_increase is MAX(*KFFLgtLimA_AGrdMaxInc, VMMP_LOCADF_p_LgtLimA_AGrdMaxIncCmft)
the internal signal *KFFgradient_decrease is *KFFLgtLimA_AGrdMaxDec
ELSE:
the internal signal *KFFgradient_increase is *KFFLgtLimA_AGrdMaxInc
the internal signal *KFFgradient_decrease is MIN(*KFFLgtLimA_AGrdMaxDec, VMMP_LOCADF_p_LgtLimA_AGrdMaxIDecCmft)
Row 41 · 16642390 · Previewgadient caculation for the demanded Acceleration in dynamic mode:
the internal signal *KFFgradient_decrease is *KFFLgtLimA_AGrdMaxDec
the internal signal *KFFgradient_increase is *KFFLgtLimA_AGrdMaxInc
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*KFFLgtLimA_AGrdMaxDecUnresolved binding5 occurrences in 3 rows |
Row 37 · 16642386 · Previewgadient caculation for the demanded Acceleration in emergency mode:
IF(AND(1,2)):
1.) input *ATqDmd is smaller than or equal to input DSOPRE_s_DrvPed_ADrg
2.) the modified *KFFLgtLimA_ADmd is bigger than input *ATqDmd
THEN:
the internal signal *KFFgradient_increase is MAX(*KFFLgtLimA_AGrdMaxInc, VMMP_LOCADF_p_LgtLimA_AGrdMaxIncEmgcy)
the internal signal *KFFgradient_decrease is *KFFLgtLimA_AGrdMaxDec
ELSE:
the internal signal *KFFgradient_increase is *KFFLgtLimA_AGrdMaxInc
the internal signal *KFFgradient_decrease is MIN(*KFFLgtLimA_AGrdMaxDec, VMMP_LOCADF_p_LgtLimA_AGrdMaxDecEmgcy )
Row 39 · 16642388 · Previewgadient caculation for the demanded Acceleration in comfort mode:
IF(AND(1,2)):
1.) input *ATqDmd is smaller than or equal to input DSOPRE_s_DrvPed_ADrg
2.) the modified *KFFLgtLimA_ADmd is bigger than input *ATqDmd
THEN:
the internal signal *KFFgradient_increase is MAX(*KFFLgtLimA_AGrdMaxInc, VMMP_LOCADF_p_LgtLimA_AGrdMaxIncCmft)
the internal signal *KFFgradient_decrease is *KFFLgtLimA_AGrdMaxDec
ELSE:
the internal signal *KFFgradient_increase is *KFFLgtLimA_AGrdMaxInc
the internal signal *KFFgradient_decrease is MIN(*KFFLgtLimA_AGrdMaxDec, VMMP_LOCADF_p_LgtLimA_AGrdMaxIDecCmft)
Row 41 · 16642390 · Previewgadient caculation for the demanded Acceleration in dynamic mode:
the internal signal *KFFgradient_decrease is *KFFLgtLimA_AGrdMaxDec
the internal signal *KFFgradient_increase is *KFFLgtLimA_AGrdMaxInc
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VMMP_LOCADF_p_LgtLimA_AGrdMaxIDecCmftMissing definition1 occurrence |
Row 39 · 16642388 · Previewgadient caculation for the demanded Acceleration in comfort mode:
IF(AND(1,2)):
1.) input *ATqDmd is smaller than or equal to input DSOPRE_s_DrvPed_ADrg
2.) the modified *KFFLgtLimA_ADmd is bigger than input *ATqDmd
THEN:
the internal signal *KFFgradient_increase is MAX(*KFFLgtLimA_AGrdMaxInc, VMMP_LOCADF_p_LgtLimA_AGrdMaxIncCmft)
the internal signal *KFFgradient_decrease is *KFFLgtLimA_AGrdMaxDec
ELSE:
the internal signal *KFFgradient_increase is *KFFLgtLimA_AGrdMaxInc
the internal signal *KFFgradient_decrease is MIN(*KFFLgtLimA_AGrdMaxDec, VMMP_LOCADF_p_LgtLimA_AGrdMaxIDecCmft)
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IFANDMissing definition1 occurrence |
Row 40 · 16642389 · PreviewIFAND(1,2):
1.) the temp input *KFFLgtLimA_MdTarDyn is NOT equal to VMMP_LOC_c_LgtLimA_MdTarDynDynEmgcyFct
2.) the temp input *KFFLgtLimA_MdTarDyn is NOT equal to VMMP_LOC_c_LgtLimA_MdTarDynDynCmftFct
THEN:
the following caculation (ID 1218726) is valid
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KFFgradient_increaseMissing definition1 occurrence |
Row 42 · 16642391 · PreviewIF:
the modified *KFFLgtLimA_ADmd is bigger than *KFFstarting_point
THEN:
the temp output *KFFLgtLimA_ADmdSafeCritFil shall show the value of
MIN(modified *KFFLgtLimA_ADmd,
*KFFstarting_point + KFFgradient_increase*VMMP_c_TiSmpl)
ELSE:
the temp output *KFFLgtLimA_ADmdSafeCritFil shall show the value of
MAX(modified *KFFLgtLimA_ADmd,
*ATqDmd + KFFgradient_decrease*VMMP_c_TiSmpl)
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KFFgradient_decreaseMissing definition1 occurrence |
Row 42 · 16642391 · PreviewIF:
the modified *KFFLgtLimA_ADmd is bigger than *KFFstarting_point
THEN:
the temp output *KFFLgtLimA_ADmdSafeCritFil shall show the value of
MIN(modified *KFFLgtLimA_ADmd,
*KFFstarting_point + KFFgradient_increase*VMMP_c_TiSmpl)
ELSE:
the temp output *KFFLgtLimA_ADmdSafeCritFil shall show the value of
MAX(modified *KFFLgtLimA_ADmd,
*ATqDmd + KFFgradient_decrease*VMMP_c_TiSmpl)
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DBRMissing definition1 occurrenceCatalogue name · Customer function |
Row 44 · 16642393 · Previewthe customer-function "DBR" replaces here the place holder *KFF
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LIMMissing definition1 occurrenceCatalogue name · Customer function |
Row 48 · 16642397 · Previewthe customer-function "LIM" replaces here the place holder *KFF
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IPAMissing definition1 occurrence |
Row 52 · 16642401 · Previewthe customer-function "PB-IPA" replaces here the place holder *KFF
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ABAHMissing definition1 occurrence |
Row 56 · 16642405 · Previewthe customer-function "ABAH" replaces here the place holder *KFF
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ASIL_QMMissing definition1 occurrence |
Row · VMMP_c_IdxSafeCritQM · PreviewValue for ASIL_QM criticality
|
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ASIL_AMissing definition1 occurrence |
Row · VMMP_c_IdxSafeCritASILA · PreviewValue for ASIL_A criticality
|
Saved anonymous names in this project (12)
ACACrvtCtl_FacIt→CONST_9003PHCrvtCtl_FacIt→CONST_9006CAATrjCtl→CONST_9012PHCrvtCtl_StLimCtlF→CONST_9007PHLatCtl→CONST_9008DSRCrvtCtl→CONST_9004WBATrjCtl→CONST_9013ARACrvtCtl_StLimCtlF→CONST_9005LatLim→CONST_9002CAACrvtCtl_FacIt→CONST_9010PBTrjCtl→CONST_9011PHTrjCtl→CONST_9009