PndSdsChargedWeightedPixelMapping: Gets a vector of DigiHits and calculates the cluster center weighted with the charge. More...

#include <PndMvdChargeWeightedPixelMapping.h>

Inheritance diagram for PndMvdChargeWeightedPixelMapping:

Public Member Functions
	PndMvdChargeWeightedPixelMapping (Int_t verbose=0)

	PndMvdChargeWeightedPixelMapping (PndGeoHandling *geo, Int_t verbose=0)

	PndMvdChargeWeightedPixelMapping (PndGeoHandling geo, PndSdsPixelDigiPar digiPar, PndSdsTotDigiPar *totPar)

	PndMvdChargeWeightedPixelMapping (const PndMvdChargeWeightedPixelMapping &)=delete

PndMvdChargeWeightedPixelMapping &	operator= (const PndMvdChargeWeightedPixelMapping &)=delete

void	SetChargeConverter ()

PndSdsHit	GetCluster (std::vector< PndSdsDigiPixel > pixelArray)
	Main function of class to calculate the PndSdsHit out of the given PndSdsDigis. More...

void	SetVerbose (Int_t level)

Public Attributes
PndSdsPixelDigiPar *	fDigiPar

PndSdsTotDigiPar *	fTotDigiPar

std::vector< PndSdsDigiPixel >	fDigiArray

PndGeoHandling *	fGeoH

Int_t	fVerbose

Protected Attributes
PndSdsChargeConversion *	fChargeConverter

Double_t	flx

Double_t	fly

Int_t	fcols

Int_t	frows

Detailed Description

PndSdsChargedWeightedPixelMapping: Gets a vector of DigiHits and calculates the cluster center weighted with the charge.

PndMvdChargeWeightedPixelMapping.h

Author: T.Stockmanns t.sto.nosp@m.ckma.nosp@m.nns@f.nosp@m.z-ju.nosp@m.elich.nosp@m..de

Definition at line 13 of file PndMvdChargeWeightedPixelMapping.h.

Constructor & Destructor Documentation

PndMvdChargeWeightedPixelMapping::PndMvdChargeWeightedPixelMapping ( Int_t verbose = 0 )

Definition at line 6 of file PndMvdChargeWeightedPixelMapping.cxx.

References fDigiPar, fTotDigiPar, PndSdsPixelBackMapping::fVerbose, rtdb, SetChargeConverter(), and verbose.

 :PndSdsChargeWeightedPixelMapping(),
         fDigiPar(NULL),
         fTotDigiPar(NULL)
 {
         fVerbose = verbose;
         FairRun* ana = FairRun::Instance();
         FairRuntimeDb* rtdb=ana->GetRuntimeDb();
         fDigiPar = (PndSdsPixelDigiPar*)(rtdb->getContainer("MVDPixelDigiPar"));
         fTotDigiPar = (PndSdsTotDigiPar*)(rtdb->getContainer("MVDPixelTotDigiPar"));
         SetChargeConverter();
 }

PndMvdChargeWeightedPixelMapping::PndMvdChargeWeightedPixelMapping	(	PndGeoHandling *	geo,
		Int_t	verbose = `0`
	)

Definition at line 19 of file PndMvdChargeWeightedPixelMapping.cxx.

References fDigiPar, fTotDigiPar, PndSdsPixelBackMapping::fVerbose, rtdb, SetChargeConverter(), and verbose.

 :PndSdsChargeWeightedPixelMapping(geo),
         fDigiPar(NULL),
         fTotDigiPar(NULL)
 {
         fVerbose = verbose;
         FairRun* ana = FairRun::Instance();
         FairRuntimeDb* rtdb=ana->GetRuntimeDb();
         fDigiPar = (PndSdsPixelDigiPar*)(rtdb->getContainer("MVDPixelDigiPar"));
         fTotDigiPar = (PndSdsTotDigiPar*)(rtdb->getContainer("MVDPixelTotDigiPar"));
         SetChargeConverter();
 }

PndMvdChargeWeightedPixelMapping::PndMvdChargeWeightedPixelMapping	(	PndGeoHandling *	geo,
		PndSdsPixelDigiPar *	digiPar,
		PndSdsTotDigiPar *	totPar
	)

Definition at line 33 of file PndMvdChargeWeightedPixelMapping.cxx.

References SetChargeConverter().

 :PndSdsChargeWeightedPixelMapping(geo), 
   fDigiPar(digiPar),
   fTotDigiPar(totPar)
 {
         SetChargeConverter();
 }

PndMvdChargeWeightedPixelMapping::PndMvdChargeWeightedPixelMapping ( const PndMvdChargeWeightedPixelMapping & )

delete

Member Function Documentation

PndSdsHit PndSdsChargeWeightedPixelMapping::GetCluster ( std::vector< PndSdsDigiPixel > pixelArray )

virtualinherited

Main function of class to calculate the PndSdsHit out of the given PndSdsDigis.

Implements PndSdsPixelBackMapping.

Definition at line 24 of file PndSdsChargeWeightedPixelMapping.cxx.

References col, count, PndSdsChargeConversion::DigiValueToCharge(), Double_t, PndSdsChargeWeightedPixelMapping::fChargeConverter, PndSdsChargeWeightedPixelMapping::fcols, PndSdsPixelBackMapping::fDigiArray, PndSdsPixelBackMapping::fGeoH, PndSdsChargeWeightedPixelMapping::flx, PndSdsChargeWeightedPixelMapping::fly, PndSdsChargeWeightedPixelMapping::frows, PndSdsPixelBackMapping::fVerbose, PndSdsChargeWeightedPixelMapping::GetSensorDimensions(), PndGeoHandling::GetSensorDimensionsShortId(), i, PndGeoHandling::LocalToMasterErrorsShortId(), PndGeoHandling::LocalToMasterShortId(), offset(), pos, row, PndSdsHit::SetCov(), sqrt(), and t.

Referenced by PndSdsIdealClusterTask::Exec().

 {
 fDigiArray = pixelArray;
         Double_t col = 0, row = 0, charge = 0;
         Double_t tempCol = 0, tempRow = 0;
         std::vector<Double_t> timeValues;
         std::vector<Double_t> timeValueErrors;
 
         Int_t count = 0, mcindex=-1;
         //Double_t local[2], master[2];
   //TODO: Get away from default 10 Frontends per column?
 
         if (fDigiArray.size() == 1){
                 if (fChargeConverter->DigiValueToCharge(fDigiArray[0]) > 0){
                         col = fDigiArray[0].GetPixelColumn() + ((Int_t)(fDigiArray[0].GetFE()%10)) * fcols;
                         if (col < 0){
                                 col -= 0.5;
                                 col += frows / 2;
                         }
                         else col += 0.5;
                         row = fDigiArray[0].GetPixelRow()+ (fDigiArray[0].GetFE()/10) * frows;
                         if (row < 0){
                                 row -= 0.5;
                                 row += flx /2;
                         }
                         else row += 0.5;
                         if (fVerbose > 1)
                                 std::cout << "GetCluster:col/row " << col << " " << row << std::endl;
                         count = 1;
                         charge = fChargeConverter->DigiValueToCharge(fDigiArray[0]);
                           for(Int_t mcI = 0; mcI<fDigiArray[0].GetNIndices();mcI++){
                                 if (fDigiArray[0].GetIndex(mcI) > -1) {
                                   mcindex = fDigiArray[0].GetIndex(mcI);
                                   break;
                                 }
                           }
                           timeValues.push_back(fDigiArray[0].GetTimeStamp());
                           timeValueErrors.push_back(fDigiArray[0].GetTimeStampError());
                 }
         }
         else {
                 //cout << "Multiple Hits!" << std::endl;
                 for (UInt_t i = 0; i < fDigiArray.size(); i++){
                         //cout << "ActCol / Row" << col << " " << row << " added Col/Row " << fDigiArray[i].GetPixelColumn() << " " << fDigiArray[i].GetPixelRow() << endl;
                         if (fChargeConverter->DigiValueToCharge(fDigiArray[i]) > 0){
                                 tempCol = fDigiArray[i].GetPixelColumn() + (Int_t)(fDigiArray[0].GetFE()%10) * fcols;
                                 tempRow = fDigiArray[i].GetPixelRow() + fDigiArray[0].GetFE()/10 * frows;
                                 col += (tempCol*fChargeConverter->DigiValueToCharge(fDigiArray[i]));
                                 row += (tempRow*fChargeConverter->DigiValueToCharge(fDigiArray[i]));
                                 charge += fChargeConverter->DigiValueToCharge(fDigiArray[i]);
                                 timeValues.push_back(fDigiArray[i].GetTimeStamp());
                                 timeValueErrors.push_back(fDigiArray[i].GetTimeStampError());
                                 count++;
         if(mcindex < 0){
           for(Int_t mcI = 0; mcI<fDigiArray[i].GetNIndices();mcI++){ 
             if (fDigiArray[i].GetIndex(mcI) > -1) {
               mcindex = fDigiArray[i].GetIndex(mcI);
               break;
             }
           }
         }//mcindex
         
                         }
                 }
                 if (count > 0){
                         if (charge > 0){
                                 col /= charge;
                                 row /= charge;
                         }
                         col += 0.5;
                         row += 0.5;
                 }
                 else col = row = 0;
         }
         if (fVerbose > 1){
                 std::cout << "Col: " << col << " Row: " << row << std::endl;
         }
 
   TVector3 offset = GetSensorDimensions(fDigiArray[0].GetSensorID());
   TVector3 locpos( col*flx - offset.X(), row*fly - offset.Y(), 0);
   TVector3 pos = fGeoH->LocalToMasterShortId(locpos,fDigiArray[0].GetSensorID());
 
   Double_t errZ = 2.*fGeoH->GetSensorDimensionsShortId(fDigiArray[0].GetSensorID()).Z();
   TMatrixD locCov(3,3);
   locCov[0][0]=flx*flx/12.;
   locCov[1][1]=fly*fly/12.;
   locCov[2][2]=errZ*errZ/12;
   TMatrixD hitCov=fGeoH->LocalToMasterErrorsShortId(locCov,fDigiArray[0].GetSensorID());
   TVector3 dpos(sqrt(hitCov[0][0]),sqrt(hitCov[1][1]),sqrt(hitCov[2][2]));
  //std::cout << "-I- PndSdsChargeWeightedPixelMapping Error DPos: " << dpos.x() << " " << dpos.y() << " " << dpos.z() << std::endl;
 
   Double_t meanTime = 0;
   //Double_t meanTimeError = 0;
   Double_t sumVar = 0;
 
   for (UInt_t t = 0; t < timeValues.size(); t++){
           meanTime += timeValues[t] / (timeValueErrors[t] * timeValueErrors[t]);
           sumVar += 1/(timeValueErrors[t] * timeValueErrors[t]);
   }
 
   if (sumVar > 0)
           meanTime /= sumVar;
 
 
 
   PndSdsHit thehit(fDigiArray[0].GetDetID(),fDigiArray[0].GetSensorID(), pos, dpos, -1, charge, fDigiArray.size(),mcindex);
   thehit.SetCov(hitCov);
   thehit.SetTimeStamp(meanTime);
   thehit.SetTimeStampError(1/sumVar);
   //std::cout << "-I- PndSdsChargeWeightedPixelMapping TimeStamp: " << tempTime/count << std::endl;
   return thehit;
 }

PndMvdChargeWeightedPixelMapping& PndMvdChargeWeightedPixelMapping::operator= ( const PndMvdChargeWeightedPixelMapping & )

delete

void PndMvdChargeWeightedPixelMapping::SetChargeConverter ( )

Definition at line 41 of file PndMvdChargeWeightedPixelMapping.cxx.

References PndSdsChargeWeightedPixelMapping::fChargeConverter, PndSdsChargeWeightedPixelMapping::fcols, fDigiPar, PndSdsChargeWeightedPixelMapping::flx, PndSdsChargeWeightedPixelMapping::fly, PndSdsChargeWeightedPixelMapping::frows, fTotDigiPar, PndSdsPixelBackMapping::fVerbose, PndSdsPixelDigiPar::GetChargeConvMethod(), PndSdsTotDigiPar::GetChargingTime(), PndSdsTotDigiPar::GetClockFrequency(), PndSdsTotDigiPar::GetConstCurrent(), PndSdsPixelDigiPar::GetFECols(), PndSdsPixelDigiPar::GetFERows(), PndSdsPixelDigiPar::GetNoise(), PndSdsPixelDigiPar::GetThreshold(), PndSdsPixelDigiPar::GetXPitch(), and PndSdsPixelDigiPar::GetYPitch().

Referenced by PndMvdChargeWeightedPixelMapping().

 {
         LOG(INFO) << "ChargeConversionMethod: " << fDigiPar->GetChargeConvMethod() << " " << fDigiPar->GetThreshold() << FairLogger::endl;
     if (fDigiPar->GetChargeConvMethod() == 0){
                         if(fVerbose>0) Info("PndMvdChargeWeightedPixelMapping","ideal charge conversion");
                         fChargeConverter = new PndSdsIdealChargeConversion(fDigiPar->GetNoise());
         }
         else if (fDigiPar->GetChargeConvMethod() == 1){
                 if(fVerbose>0) Info("PndMvdChargeWeightedPixelMapping","use TOT charge conversion");
                 fChargeConverter = new PndSdsTotChargeConversion(
                         fTotDigiPar->GetChargingTime(),
                         fTotDigiPar->GetConstCurrent(),
                         fDigiPar->GetThreshold(),
                         fTotDigiPar->GetClockFrequency(),
                         fVerbose);
         }
         else {
                 Fatal("PndMvdChargeWeightedPixelMapping", "conversion method not defined!");
         }
         flx = fDigiPar->GetXPitch();
         fly = fDigiPar->GetYPitch();
         fcols = fDigiPar->GetFECols();
         frows = fDigiPar->GetFERows();
         LOG(INFO) << "ChargeConversionMethod: " << fDigiPar->GetChargeConvMethod() << " " << fChargeConverter << FairLogger::endl;
 }