OpenPaperOpt/Detector.h

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// Detector.h: interface for the Detector class.
//

#include "WavePacket.h"


#include <string>
#include <time.h>
#include "Output.h"
#include <vector>


#if !defined(AFX_DETECTOR_H__16D771BF_2F8A_11D6_8050_00609705562A__INCLUDED_)
#define AFX_DETECTOR_H__16D771BF_2F8A_11D6_8050_00609705562A__INCLUDED_

#if _MSC_VER >= 1000
#pragma once
#endif // _MSC_VER >= 1000





#define ERR 0
#define ARS 1
#define ARSFAST 100
#define ARSGLOBE 101
#define IMAGE 2
#define CIRCULAR 11

class Detector 
{
public:
        Detector();
        virtual ~Detector();
  int aperprop(WavePacket &wp, WavePacket &wp_out,const double theta,const double phi,int do_prop) const;
  virtual int Process(WavePacket &wp, int up_down, int internal) const {cerr<<"CALL TO DETECTOR PROCESS";return 0;};
  virtual int WriteResults(int power_inc) const {cerr<<"CALL TO DETECTOR WRITE";return 0;};
  virtual int WriteResults2(std::vector<double> power_inc, IO::Output& rOutput) const {cerr<<"CALL TO DETECTOR WRITE";return 0;};       

  
        //const Detector*       mGetPrevious    ()      const {return m_previous ; } 
        const Detector* mGetNext        ()      const {return m_next ; } 
    
        //const Detector *m_previous ;
        const Detector *m_next ;

protected:  //to be used by derived classess
  int mType, mAptType;
  int mReftra; // reflectance or transmittance
  float mDistance;
  float mAptDiameter;
  std::string mOutputFilename; 
  int mNbrLambda;
  std::vector<float> mAlllambda;

};

#endif // !defined(AFX_DETECTOR_H__16D771BF_2F8A_11D6_8050_00609705562A__INCLUDED_)