Method adjust

lib-src/libsbsms/src/sms.cpp:488–591

}

void SMS :: adjust(GrainBuf *trialGrainBuf,
                   queue<float*> *magQueue,
                   int minCutSep,
                   float **_mag1,
                   float **_dmag1,
                   audio **x1,
                   const TimeType &time,
                   Slice **slices)
{
  grain *g = trialGrainBuf->read(trialGrainBuf->readPos);
  g->analyze();
  for(int c=0; c<channels; c++) {    
    Slice *slice = slices[c];
    TrackPoint *p = slice->bottom;
    if(c == 0) {
      c2even(g->x, x1[0], N);
    } else {
      c2odd(g->x, x1[1], N);
    }
    float *mag1 = _mag1[c];
    calcmags(mag1, x1[c]);
#ifdef MULTITHREADED
    pthread_mutex_lock(&magMutex[c]);
#endif
    float *mag0 = magQueue[c].front(); magQueue[c].pop();
#ifdef MULTITHREADED
    pthread_mutex_unlock(&magMutex[c]);
#endif
    if(p) {
      float *dmag = _dmag1[c];
      list<int> cuts;
      int k3 = min(Nover2,maxK+2);
      dmag[0] = mag1[0];
      for(int k=max(1,minK-2); k<k3; k++) {
        dmag[k] = mag1[k] - mag1[k-1];
      }
      int k = minK;
      while(true) {
        k = findCut(dmag,k+1,maxK);
        if(k >= maxK) {
          break;
        } else  {
          cuts.push_back(k);
        }
      }
      bool bDone = false;
      while(!bDone) {
        bDone = true;
        for(list<int>::iterator i = cuts.begin();
            i != cuts.end();
            ++i) {
          int k0 = *i;
          list<int>::iterator ibad = cuts.end();
          list<int>::iterator i2 = i;
          ++i2;
          float maxY = 0.0f;
          for(;
              i2 != cuts.end();