DicomBeam.hh

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//
#ifndef DicomBeam__HH
#define DicomBeam__HH

#include "dcmtk/dcmdata/dcfilefo.h"
#include "G4ThreeVector.hh"

#include <vector>
#include <iostream>
class DicomVBeamDevice;
class DicomBeamControlPoint;
class DicomBeamCompensator;
class DicomBeamBlock;
class DicomBeamWedge;

class DicomBeam 
{ 
public:
  DicomBeam();
  ~DicomBeam(){};

public:
  void SetDoseSpecificationPoint(G4ThreeVector point ){
    theDoseSpecificationPoint = point;
  }
  void SetMeterset(Float64 dat){
    theMeterset = dat;
  }
  void SetSourceAxisDistance(Float64 dat) {
    theSourceAxisDistance = dat;
  }
  void SetNumber(Sint32 dat){ 
    theNumber = dat;
  }
  void SetRadiationType(OFString dat){ 
    theRadiationType = dat;
  }
  void AddDevice( DicomVBeamDevice* db ){
    theDevices.push_back(db);
  }
  void AddControlPoint( DicomBeamControlPoint* db ){
    theControlPoints.push_back(db);
  }
  void AddCompensator( DicomBeamCompensator* db ){
    theCompensators.push_back(db);
  }
  void AddBlock( DicomBeamBlock* db ){
    theBlocks.push_back(db);
  }
  void AddWedge( DicomBeamWedge* db ){
    theWedges.push_back(db);
  }
  size_t GetNControlPoints() const {
    return theControlPoints.size();
  }
  DicomBeamControlPoint* GetControlPoint( size_t ii ) {
    return theControlPoints[ii];
  }

  void SetControlPointMetersets();
  
  void Print( std::ostream& out );

  void DumpToFile();
  
private:
  G4ThreeVector theDoseSpecificationPoint;
  Float64 theMeterset;
  Float64 theSourceAxisDistance;
  Sint32 theNumber;
  OFString theRadiationType;
  std::vector<DicomVBeamDevice*> theDevices;
  std::vector<DicomBeamControlPoint*> theControlPoints;
  std::vector<DicomBeamCompensator*> theCompensators; 
  std::vector<DicomBeamBlock*> theBlocks; 
  std::vector<DicomBeamWedge*> theWedges; 

};

#endif