void H_ET_Subtraction() {
//Connect to all existing histograms
RootFileFT = new TFile(Str_RootFilesHResultsFT);
double SumFT = ((TH1D*)(gROOT->FindObject("PhotonFluxLTCorrected")))->Integral();
RootFileET = new TFile(Str_RootFilesHResultsET);
double SumET = ((TH1D*)(gROOT->FindObject("PhotonFluxLTCorrected")))->Integral();
RootFile2 = new TFile(Str_RootFilesResultsSignal, "RECREATE");
printf("Total Photonflux: %f\t%f\n", SumFT, SumET);
ScaleFactor = SumFT / SumET;
printf("Scale by: %f\n", ScaleFactor);
Scale1D("MesonInvariantMass");
Scale2D("MissingMassCombinedSignal", ScaleFactor);
Scale1D("CountNumberOfHistos");
Scale1D("hDroppedEvents");
Scale1D("TaggerScalerAccum");
Scale2D("hTaggerTime");
Scale1D("LiveTimeAccum");
Scale2D("MissingMassCombinedSignalLTCorrected", ScaleFactor);
Scale1D("TaggerScalerAccumLTCorrected");
Scale1D("PhotonFluxLTCorrectedWOTaggEff");
Scale1D("PhotonFluxLTCorrected");
Scale2D("TaggEffAbsAll");
RootFileFT->Close();
RootFileET->Close();
RootFile2->Write();
RootFile2->Close();
printf("Finished.\n");
}
void Scale2D(char *fTempStr) {
Scale2D(fTempStr, 0);
}
int CombineButPMScaled() {
//Connect to all existing histograms
RootFileP = new TFile(Str_RootFilesButResultsP);
TH1D *hP = (TH1D*)gROOT->FindObject("PhotonFluxLTCorrected");
double SumP = hP->Integral();
RootFileM = new TFile(Str_RootFilesButResultsM);
TH1D *hM = (TH1D*)gROOT->FindObject("PhotonFluxLTCorrected");
double SumM = hM->Integral();
ScaleFactor = SumM/SumP;
printf("Scale by: %f\n", ScaleFactor);
// gROOT->cd();
RootFile2 = new TFile(Str_RootFilesResultsSignal, "RECREATE");
TH1D *hDiff = hM->Clone("PhotonFluxRatioT");
hDiff->Divide(hP);
if (DebugOptionScaleTargetMinusBeamtime) {
printf("WARNING: Debug Option active: Scale Target Minus Beamtime.\n");
ScaleFactor = ScaleFactor * ScaleTargetMinusBeamtime;
hDiff->Scale(ScaleTargetMinusBeamtime);
printf("Now: Scale by: %f\n", ScaleFactor);
}
if (DebugOptionAllChannelsRatioEqual) {
printf("WARNING: Debug Option active: Flux Ratio is set to 1 for channels.\n");
for (int i=1;i<=(hDiff->GetNbinsX());i++) {
hDiff->SetBinContent(i,ScaleFactor);
hDiff->SetBinError(i,0);
}
}
//hDiff->Draw();
Scale2D("MissingMassCombinedSignal", hDiff);
CopyElement("CountNumberOfHistos");
Scale1DSimple("hDroppedEvents", ScaleFactor);
Scale1D("TaggerScalerAccum", hDiff);
Scale2D("hTaggerTime", hDiff);
Scale1DSimple("LiveTimeAccum", ScaleFactor);
Scale2D("MissingMassCombinedSignalLTCorrected", hDiff);
Scale2D("MissingMassCombinedSignalLTCorrectedFPrimeP", hDiff);
Scale2D("MissingMassCombinedSignalLTCorrectedFPrimeM", hDiff);
Scale2D("MissingMassCombinedSignalLTCorrectedTPrimeP", hDiff);
Scale2D("MissingMassCombinedSignalLTCorrectedTPrimeM", hDiff);
Scale1D("TaggerScalerAccumLTCorrectedInclDroppedEvents", hDiff);
Scale1D("TaggerScalerAccumLTCorrected", hDiff);
Scale1D("PhotonFluxLTCorrectedWOTaggEff", hDiff);
Scale1D("PhotonFluxLTCorrected", hDiff);
Scale2D("BeamPol", hDiff);
Scale2D("TargetPolFPrime", hDiff);
Scale2D("TargetPolTPrime", hDiff);
Scale2D("TaggEffAbsTPrime", hDiff);
Scale2D("TaggEffAbsFPrime", hDiff);
Scale2D("TaggEffAbsAll", hDiff);
//gROOT->cd();
TH1D *hDiffAfter = hP->Clone("PhotonFluxRatioTAfter");
hDiffAfter->Divide(hM);
hDiffAfter->SetLineColor(kRed);
//hDiffAfter->Draw("same");
RootFileP->Close();
RootFileM->Close();
RootFile2->Write();
RootFile2->Close();
printf("Finished.\n");
}
void RescaleH() {
Char_t Name[256];
Char_t *VarName;
TH1D *h1PhotonFluxBut, *h1PhotonFluxH;
TH1D *h1PhotonFluxCorrection;
//Connect to all existing histograms
RootFileButHistograms = new TFile(Str_RootFilesButResults);
h1PhotonFluxBut = (TH1D*)gROOT->FindObject("PhotonFluxLTCorrected");
RootFileHHistograms = new TFile(Str_RootFilesHResults);
h2TempH = (TH2D*)gROOT->FindObject("MissingMassCombinedSignalLTCorrected");
h1PhotonFluxH = (TH1D*)gROOT->FindObject("PhotonFluxLTCorrected");
//Calculate
RootFileHHistograms_Rescaled = new TFile(Str_RootFilesHResults_Rescaled,"RECREATE");
//Ratio of Photon Flux betwen Combined But and H
TH1D *hFluxRatio = (TH1D*)h1PhotonFluxBut->Clone("PhotonFluxRatio");
hFluxRatio->Divide(h1PhotonFluxH);
for (int i=1;i<=(hFluxRatio->GetNbinsX());i++) {
if (hFluxRatio->GetBinContent(i) > 1E3) {
hFluxRatio->SetBinContent(i,0);
hFluxRatio->SetBinError(i,0);
}
}
TF1 *AverageRatioFit = new TF1("AvgRatioFit","[0]",0,351);
TFitResultPtr MyFitResult = hFluxRatio->Fit("AvgRatioFit", "0qFUW"); //0 = do not draw, q=quiet, R = respect range, f = special min finder, W=Set all weights to 1 for non empty bins; ignore error bars
Int_t MyFitStatus = MyFitResult; //0 = alles okay, 4 fehler beim Fit, -1 = no data,
//see: http://root.cern.ch/root/html/TH1.html#TH1:Fit%1
double AverageRatio = 0;
if (MyFitStatus == 0) {
AverageRatio = AverageRatioFit->GetParameter(0);
printf("Flux Ratio Fit result: %f +- %f\n", AverageRatioFit->GetParameter(0), AverageRatioFit->GetParError(0));
} else {
printf("ERROR: Fit did not converge.\n");
}
double ScaleFactor = 1/AverageRatio;
hFluxRatio->Scale(ScaleFactor);
if (DebugOptionAllChannelsRatioEqual) {
printf("WARNING: Debug Option active: Flux Ratio is set to 1 for channels.\n");
for (int i=1;i<=(hFluxRatio->GetNbinsX());i++) {
hFluxRatio->SetBinContent(i,1);
hFluxRatio->SetBinError(i,0);
}
}
//Now Rescale the H-Results individually
Scale2D("MissingMassCombinedSignal", hFluxRatio);
CopyElement("CountNumberOfHistos");
CopyElement("hDroppedEvents");
Scale1D("TaggerScalerAccum", hFluxRatio);
Scale2D("hTaggerTime", hFluxRatio);
CopyElement("LiveTimeAccum");
Scale2D("MissingMassCombinedSignalLTCorrected", hFluxRatio);
Scale1D("TaggerScalerAccumLTCorrected", hFluxRatio);
Scale1D("PhotonFluxLTCorrectedWOTaggEff", hFluxRatio);
Scale1D("PhotonFluxLTCorrected", hFluxRatio);
CopyElement("TaggEffAbsAll");
RootFileHHistograms_Rescaled->Write();
RootFileButHistograms->Close();
RootFileHHistograms->Close();
RootFileHHistograms_Rescaled->Close();
printf("Finished.\n");
}
void Painter::Scale(double scale)
{
Transform(Scale2D(scale));
}
void Painter::Scale(double scalex, double scaley)
{
Transform(Scale2D(scalex, scaley));
}
