void
peakView::toTable(realvec& vecTable)
{
//resize and initialize the table (assuming the largest possible number of peaks + the header for now...)
vecTable.create(frameMaxNumPeaks_*numFrames_+1, nbPkParameters);
//In Table format, the 1st row is a "header row"
vecTable(0, 0) = -1;
vecTable(0, 1) = fs_;
vecTable(0, 2) = frameSize_;
vecTable(0, 3) = frameMaxNumPeaks_;
vecTable(0, 4) = numFrames_;
vecTable(0, 5) = -1;
vecTable(0, pkGroup) = -2;
for (mrs_natural i = pkGroup+1 ; i < nbPkParameters ; ++i) //i = pkGroup or i = pkGroup+1 [?]
vecTable(0, i)=0;
//fill the table with peak data
mrs_natural l = 1; //l = peak index for table format (i.e. row index)
for (mrs_natural j=0 ; j < vec_.getCols(); ++j) //j = frame index
for (mrs_natural i=0 ; i < frameMaxNumPeaks_; ++i) //i = peak index
{
//just output existing peaks at each frame (i.e. freq != 0)
if(vec_(i, j) != 0.0)
{
for(mrs_natural k = 0; k < nbPkParameters; k++)// k = parameter index
vecTable(l, k) = (*this)(i, pkParameter(k), j);
l++;
}
}
//resize the table to the correct (i.e. possibly smaller)
//number of peaks (i.e. nr of rows)
vecTable.stretch(l, nbPkParameters);
}
