////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
//
//  Temporary class PLUG_CALORIMETER2 (to avoid clashes with class in Calor)  
//  Will be removed soon when new geometry is fully functional
////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
// -*- Mode: C++  -*-
//------------------------------------------------------------------------------
//  revision history:
//  -----------------
// *0001 Feb 22 1997 P.Murat: move G3Volume to GEOM area
//                            add Used flag
// *0002 Oct 20 1997 J.Lamoureux: changed pcal to plug_calorimeter
// *0006 Mar 20 1998 J.Lamoureux: Use Level hook 
// *0007 Nov 18 1998 P.Murat: fix problem with missing plug
//------------------------------------------------------------------------------

#ifndef __PLUG_CALORIMETER2_HH__
#define __PLUG_CALORIMETER2_HH__

#ifndef __G3_VOLUME_HH__
#include "Geometry/G3Volume.hh"
#endif

#ifndef __POBJECT_HH__
#include "evt/PObject.hh"
#endif
				// forward declaration for PEM_VOLUME 
				// and PHA_VOLUME
class PLUG2;

class PEM_VOLUME2 : public G3_PCON {

protected:
  int GeomLevel;

public:

  G3_VOLUME     PemActiveSuperLayer[23];
  G3_VOLUME     PemActivePlasticA[23];
  G3_VOLUME     PemActivePlasticB[23];
  G3_VOLUME     PemActiveScint[23];

  G3_VOLUME     PemAbsorbSuperLayer[23];
  G3_VOLUME     PemAbsorbInoxA[23];
  G3_VOLUME     PemAbsorbInoxB[23];
  G3_VOLUME     PemAbsorbLead[23];
  
  G3_VOLUME     PemSmaxSuperLayer;
  G3_VOLUME     PemSmaxLexanA;
  G3_VOLUME     PemSmaxLexanB;
  G3_VOLUME     PemSmaxScint;

  G3_VOLUME     PemSupportCone;


  PEM_VOLUME2();
  ~PEM_VOLUME2();
  int   initGeometry(int geomLevel, PLUG2* mother);


};

class PHA_VOLUME2 : public G3_PCON {

protected:
  int GeomLevel;

public:

  G3_VOLUME     PhaActiveSuperLayer[22];
  G3_VOLUME     PhaActiveAluminumA[22];
  G3_VOLUME     PhaActiveAluminumB[22];
  G3_VOLUME     PhaActivePlastic[22];
  G3_VOLUME     PhaActiveScint[22];

  G3_VOLUME     PhaAbsorbSuperLayer[23];
  G3_VOLUME     PhaAbsorbMaterial[23];

  PHA_VOLUME2();
  ~PHA_VOLUME2();
  int   initGeometry(int geomLevel, PLUG2* mother);


};

class PLUG2 : public G3_PCON {
//------------------------------------------------------------------------------
//  data members
//------------------------------------------------------------------------------
protected:
  int              fNumber;
  G3_TUBE          SteelVolume;
  PEM_VOLUME2       PemVolume;
  PHA_VOLUME2       PhaVolume;
//------------------------------------------------------------------------------
//  function members
//------------------------------------------------------------------------------
public:
  PLUG2();
  ~PLUG2();
  int   initGeometry(int geomLevel);

					// ****** data access methods

  int   Number        () { return fNumber; }

					// ****** setters

  void  SetNumber(int i) { fNumber = i; }
};







class PLUG_CALORIMETER2 : public POBJECT {
//------------------------------------------------------------------------------
//  data members
//------------------------------------------------------------------------------
protected:
  PLUG2        Module[2];
				// materials used by QFL/GFLASH
  int         fMaterialPem;
  int         fMaterialPha;
  int         fMaterialMst;
				// tracking media
  int         fTmedPlug;
  int         fTmedPem;
  int         fTmedPha;
  int         fTmedPst;
				// `mst' stands for miscellaneous steel,
				// used  by  Jim Bellinger
  int         fTmedMst;

                                // materials used by the detailed Plug 
  int         fMaterialPlugInox;
  int         fMaterialPlugScint;
  int         fMaterialPlugPlast;
  int         fMaterialPlugLexan;
                                // tracking media for the detailed Plug
  int         fTmedPlugAir;
  int         fTmedPlugLead;
  int         fTmedPlugInox;
  int         fTmedPlugEMScint;
  int         fTmedPlugHAScint;
  int         fTmedPlugPSDScint;
  int         fTmedPlugSMDScint;
  int         fTmedPlugPlast;
  int         fTmedPlugAl;
  int         fTmedPlugIron;
  int         fTmedPlugLexan;

//------------------------------------------------------------------------------
//  function members
//------------------------------------------------------------------------------

public:
                                        // ****** constructors
  PLUG_CALORIMETER2();
                                        // global initialization routine
  int  init(int geomLevel);
                                        // initalize geometry, `level' defines
                                        // the level of detalization
  int  initGeometry(int geomLevel);

					// ****** data access methods

  PLUG2*    module(int i) { return &Module[i]; }

  int      MaterialPem() { return fMaterialPem; }
  int      MaterialPha() { return fMaterialPha; }
  int      MaterialMst() { return fMaterialMst; }

  int      TmedPem() { return fTmedPem; }
  int      TmedPha() { return fTmedPha; }
  int      TmedPst() { return fTmedPst; }
  int      TmedMst() { return fTmedMst; }

  int      MaterialPlugInox()    { return fMaterialPlugInox;  }
  int      MaterialPlugScint()   { return fMaterialPlugScint; }
  int      MaterialPlugPlast()   { return fMaterialPlugPlast; }
  int      MaterialPlugLexan()   { return fMaterialPlugLexan; }

  int      TmedPlugAir()      { return fTmedPlugAir;   }
  int      TmedPlugLead()     { return fTmedPlugLead;  }
  int      TmedPlugInox()     { return fTmedPlugInox;  }
  int      TmedPlugEMScint()  { return fTmedPlugEMScint; }
  int      TmedPlugHAScint()  { return fTmedPlugHAScint; }
  int      TmedPlugPSDScint() { return fTmedPlugPSDScint; }
  int      TmedPlugSMDScint() { return fTmedPlugSMDScint; }
  int      TmedPlugPlast()    { return fTmedPlugPlast; }
  int      TmedPlugAl()       { return fTmedPlugAl;    }
  int      TmedPlugIron()     { return fTmedPlugIron;  }
  int      TmedPlugLexan()    { return fTmedPlugLexan; }

					// ****** setters

};


#endif