Method dataProcessorCustomFinalise

src/core/winToVecProcessor.cpp:613–672

*/

int cWinToVecProcessor::dataProcessorCustomFinalise() 
{
  Ni = reader_->getLevelN();
  Nfi = reader_->getLevelNf();
  No = 0;
  //  Nfo = Ni;
  inputPeriod = reader_->getLevelT();

  int i,n;

  long e=0;

  if (wholeMatrixMode) {

    if (processFieldsInMatrixMode) {
      for (i = 0; i < Nfi; i++) {
        int __N=0;
        const char *tmp = reader_->getFieldName(i, &__N);
        No += setupNamesForElement(i, tmp, __N);
      }
    } else {
      int __N=0;
      const char *tmp = reader_->getFieldName(0,&__N);
      No += setupNamesForElement(0, tmp, Ni);
    }

  } else {


  for (i=0; i<Nfi; i++) {
    int __N=0;
    const char *tmp = reader_->getFieldName(i,&__N);
    if (tmp == NULL) { SMILE_IERR(1,"reader->getFieldName(%i) failed (return value = NULL)!",i); return 0; }

    {
      if (__N > 1) {

        for (n=0; n<__N; n++) {
          char *na = reader_->getElementName(e);
          No += setupNamesForElement(e++, na, 1);
          free(na);
        }

      } else {
        No += setupNamesForElement(e++, tmp, 1);
      }
    }
  }

  }

  namesAreSet_ = 1;

  if (!wholeMatrixMode) {
    Mult = getMultiplier();
    if (Mult*Ni != No) COMP_ERR("Mult not constant (as returned by setupNamesForField! This is not allowed! Mult*Ni=%i <> No=%i",Mult*Ni,No);
    if (tmpFrameF==NULL) tmpFrameF=(FLOAT_DMEM*)calloc(1,sizeof(FLOAT_DMEM)*Mult);
  }