void TAbstract_Integration_Manager::AllocateSmoothedSignal()
/* --------------------------
* Author : Gilles Orazi
* Created : 06/2002
* Purpose :
* History :
* -------------------------- */
{
FreeSmoothedSignal(); //works even if not allocated
FIntegrator.SignalSmooth = new INT_FLOAT[signal_size()];
}
void TIntegration_Manager_Cstruct::SetResults(INT_RESULTS* pResults)
/* --------------------------
* Author : Gilles Orazi
* Created : Oct. 2002
* Purpose :
* History :
* -------------------------- */
{
for(int lineidx = 0;
lineidx<pResults->NumberOfLines;
++lineidx)
{
TCandidateBaseLine& curline = FIntegrator.Lines().push_back();
INT_RESULT_LINE& structline = pResults->Lines[lineidx];
curline.StartTime = structline.StartTime;
curline.EndTime = structline.EndTime;
curline.StartValue = structline.StartValue;
curline.EndValue = structline.EndValue;
curline.type = TBaseLineType(structline.LineType);
}
int peakidx ;
for(peakidx = 0 ;
peakidx<pResults->NumberOfPeaks;
++peakidx)
{
TCandidatePeak& curpeak = FIntegrator.Peaks().push_back() ;
INT_RESULT_PEAK& structPeak = pResults->Peaks[peakidx];
curpeak.StartTime = structPeak.StartTime ;
curpeak.RetentionTime = structPeak.RetentionTime ;
curpeak.EndTime = structPeak.EndTime ;
curpeak.BaseLineHeight_AtRetTime = structPeak.BaseLineHeight_AtRetTime;
curpeak.MotherIndex = structPeak.MotherIdx ;
curpeak.StartIndex = (int)ceil(curpeak.StartTime / FParams->DeltaTime);
curpeak.EndIndex = min( (int)(floor(curpeak.EndTime /FParams->DeltaTime)), (signal_size()-1));
//Note : StartIndex and EndIndex are recomputed. This may be
// unstable because the results of the divisions should
// very often be "equal" to an integer.
// It could be better to keep the index.
//GO (during translation)
curpeak.code = string(structPeak.code) ;
if (structPeak.BaselineIdx>-1)
{
curpeak.pFmyLine = &(FIntegrator.Lines()[structPeak.BaselineIdx]) ;
}
else
{
curpeak.pFmyLine = NULL ;
}
}
for(peakidx = 0 ;
peakidx < FIntegrator.Peaks().size();
++peakidx)
{
TCandidatePeak& curpeak = FIntegrator.Peaks()[peakidx] ;
if (curpeak.MotherIndex>-1)
{
TCandidatePeak& Mother = (FIntegrator.Peaks())[curpeak.MotherIndex] ;
if (Mother.pFDaughters == NULL)
Mother.pFDaughters = new TCandidatePeakList ;
Mother.pFDaughters->push_back(&curpeak);
}
}
}