What does the fourth position mean here?












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I'm doing a .tlc file and I have a situation like this in a hypothetical model:
enter image description here



Looping over: CompiledModel.DWorks, I'm getting a this_dwork for each interation:



%foreach i = CompiledModel.DWorks.NumDWorks
%assign this_dwork = CompiledModel.DWorks.DWork[i]


I'm in the DWork shown in the picture (memory_2), but for a signal that arrives on it (I'll have one DWork for each signal arriving in the memory block), then, with this DWork, I get this memory block with:



%assign grBlock = SLibGrBlock(this_dwork.GrSrc)


This DWork value (this_dwork) for curiosity:



>>> this_dwork
{ GrSrc [0, 4]; LogStateName "PreviousInput"; LogicalSrc D2; MemoryMapIdx [2, 0, 2]; Name "PreviousInput"; SigSrc [0, -1, 1, 2]; TID 1; VarGroupIdx [2, 2]; flatElemIdx 0; hierInfoIdx -1 }


In this block (grBlock), I'll have two Regions, one for each signal:



>>> grBlock.DataInputPort.Region[0]
{ MemoryMapIdx [0, 0, 4]; _Source [B5] }
>>> grBlock.DataInputPort.Region[1]
{ MemoryMapIdx [0, 0, 5]; _Source [B6] }


From the this_dwork variable, how can I know which region (signal input) this DWork belongs?



I have this this_dwork.SigSrc[3] (the fourth position of SigSrc). What this fourth position means? Perhaps this position could help me achieving which signal I'm dealing with.



(Is there a place where I can find a reference for these things?)










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    0















    I'm doing a .tlc file and I have a situation like this in a hypothetical model:
    enter image description here



    Looping over: CompiledModel.DWorks, I'm getting a this_dwork for each interation:



    %foreach i = CompiledModel.DWorks.NumDWorks
    %assign this_dwork = CompiledModel.DWorks.DWork[i]


    I'm in the DWork shown in the picture (memory_2), but for a signal that arrives on it (I'll have one DWork for each signal arriving in the memory block), then, with this DWork, I get this memory block with:



    %assign grBlock = SLibGrBlock(this_dwork.GrSrc)


    This DWork value (this_dwork) for curiosity:



    >>> this_dwork
    { GrSrc [0, 4]; LogStateName "PreviousInput"; LogicalSrc D2; MemoryMapIdx [2, 0, 2]; Name "PreviousInput"; SigSrc [0, -1, 1, 2]; TID 1; VarGroupIdx [2, 2]; flatElemIdx 0; hierInfoIdx -1 }


    In this block (grBlock), I'll have two Regions, one for each signal:



    >>> grBlock.DataInputPort.Region[0]
    { MemoryMapIdx [0, 0, 4]; _Source [B5] }
    >>> grBlock.DataInputPort.Region[1]
    { MemoryMapIdx [0, 0, 5]; _Source [B6] }


    From the this_dwork variable, how can I know which region (signal input) this DWork belongs?



    I have this this_dwork.SigSrc[3] (the fourth position of SigSrc). What this fourth position means? Perhaps this position could help me achieving which signal I'm dealing with.



    (Is there a place where I can find a reference for these things?)










    share|improve this question



























      0












      0








      0








      I'm doing a .tlc file and I have a situation like this in a hypothetical model:
      enter image description here



      Looping over: CompiledModel.DWorks, I'm getting a this_dwork for each interation:



      %foreach i = CompiledModel.DWorks.NumDWorks
      %assign this_dwork = CompiledModel.DWorks.DWork[i]


      I'm in the DWork shown in the picture (memory_2), but for a signal that arrives on it (I'll have one DWork for each signal arriving in the memory block), then, with this DWork, I get this memory block with:



      %assign grBlock = SLibGrBlock(this_dwork.GrSrc)


      This DWork value (this_dwork) for curiosity:



      >>> this_dwork
      { GrSrc [0, 4]; LogStateName "PreviousInput"; LogicalSrc D2; MemoryMapIdx [2, 0, 2]; Name "PreviousInput"; SigSrc [0, -1, 1, 2]; TID 1; VarGroupIdx [2, 2]; flatElemIdx 0; hierInfoIdx -1 }


      In this block (grBlock), I'll have two Regions, one for each signal:



      >>> grBlock.DataInputPort.Region[0]
      { MemoryMapIdx [0, 0, 4]; _Source [B5] }
      >>> grBlock.DataInputPort.Region[1]
      { MemoryMapIdx [0, 0, 5]; _Source [B6] }


      From the this_dwork variable, how can I know which region (signal input) this DWork belongs?



      I have this this_dwork.SigSrc[3] (the fourth position of SigSrc). What this fourth position means? Perhaps this position could help me achieving which signal I'm dealing with.



      (Is there a place where I can find a reference for these things?)










      share|improve this question
















      I'm doing a .tlc file and I have a situation like this in a hypothetical model:
      enter image description here



      Looping over: CompiledModel.DWorks, I'm getting a this_dwork for each interation:



      %foreach i = CompiledModel.DWorks.NumDWorks
      %assign this_dwork = CompiledModel.DWorks.DWork[i]


      I'm in the DWork shown in the picture (memory_2), but for a signal that arrives on it (I'll have one DWork for each signal arriving in the memory block), then, with this DWork, I get this memory block with:



      %assign grBlock = SLibGrBlock(this_dwork.GrSrc)


      This DWork value (this_dwork) for curiosity:



      >>> this_dwork
      { GrSrc [0, 4]; LogStateName "PreviousInput"; LogicalSrc D2; MemoryMapIdx [2, 0, 2]; Name "PreviousInput"; SigSrc [0, -1, 1, 2]; TID 1; VarGroupIdx [2, 2]; flatElemIdx 0; hierInfoIdx -1 }


      In this block (grBlock), I'll have two Regions, one for each signal:



      >>> grBlock.DataInputPort.Region[0]
      { MemoryMapIdx [0, 0, 4]; _Source [B5] }
      >>> grBlock.DataInputPort.Region[1]
      { MemoryMapIdx [0, 0, 5]; _Source [B6] }


      From the this_dwork variable, how can I know which region (signal input) this DWork belongs?



      I have this this_dwork.SigSrc[3] (the fourth position of SigSrc). What this fourth position means? Perhaps this position could help me achieving which signal I'm dealing with.



      (Is there a place where I can find a reference for these things?)







      matlab simulink tlc






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      edited Jan 1 at 21:14







      João Paulo

















      asked Jan 1 at 21:07









      João PauloJoão Paulo

      1,87712047




      1,87712047
























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