AtPulseLineTask.h

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/*****************************************************************/
/*    AtPulseTask: Simulates the ionized electrons which are */
/*    drifted and amplified by avalanche when reaching the mesh. */
/*    Log: Created in 24-10-2016                 */
/*    Author: Nathan Watwood (NSCL)              */
/*    ayyadlim@nscl.msu.edu                                      */
/*****************************************************************/
#ifndef AtPULSELINETASK_H
#define AtPULSELINETASK_H
 
#include "AtPulseTask.h"
 
#include <Rtypes.h>
 
#include <map>
#include <vector>
 
#include "Math/Vector3Dfwd.h"
 
class AtSimulatedLine;
class AtSimulatedPoint;
class TBuffer;
class TClass;
class TMemberInspector;
 
class AtPulseLineTask : public AtPulseTask {
 
private:
   UInt_t fNumIntegrationPoints = 1000;
   UShort_t fNumSigmaToIntegrateZ = 3;
 
   std::map<Int_t, Float_t> fXYintegrationMap; 
 
   void generateIntegrationMap(AtSimulatedLine &line);
   Int_t throwRandomAndGetBinAfterDiffusion(const ROOT::Math::XYZVector &loc, Double_t diffusionSigma);
 
   // Returns the bin ID (binMin) that the zIntegral starts from
   // fills zIntegral with the integral for bins starting with binMin, inclusive
   Int_t integrateTimebuckets(std::vector<double> &zIntegral, AtSimulatedLine *line);
   virtual bool gatherElectronsFromSimulatedPoint(AtSimulatedPoint *line) override;
 
public:
   AtPulseLineTask();
   ~AtPulseLineTask();
 
   void SetNumIntegrationPoints(UInt_t numPoints) { fNumIntegrationPoints = numPoints; }
   void SetNumSigmaToIntegrateZ(UShort_t zScore) { fNumSigmaToIntegrateZ = zScore; }
   UInt_t GetNumIntegrationPoints() { return fNumIntegrationPoints; }
   UShort_t SetNumSigmaToIntegrateZ() { return fNumSigmaToIntegrateZ; }
 
   ClassDefOverride(AtPulseLineTask, 2);
};
 
#endif //#ifndef AtPULSELINETASK_H