// ******** Header of class to build HypGe encapsulated HPGe Crystal needed to build cluster detectors *************
//					by steinen@kph.uni-mainz.de

#ifndef PNDGEOHYPGECRYSTALWITHOUTCAPSULE_H
#define PNDGEOHYPGECRYSTALWITHOUTCAPSULE_H

#include "TGeoMedium.h"
#include "TGeoTube.h"
#include "TGeoPgon.h"
#include "TGeoTorus.h"
#include "TGeoVolume.h"
//#include "TGeoVolumeAssembly.h"		// does not exist, class in inside TGeoVolume.h
#include "TGeoMatrix.h"							// all the translations, rotations ..
#include "TGeoCompositeShape.h"
#include "TMath.h"
#include <stdio.h>
#include "PndGeoHypGeCrystal.h"

class  PndGeoHypGeCrystalWithoutCapsule : public PndGeoHypGeCrystal 
{
protected:
	Double_t Pi;
	//Media
	//TGeoMedium					*Ge;
	//TGeoMedium					*Al;
	

  ////objects to build the encapsulation of the crystal
  //Double_t 						CapsuleThickness;
  //Double_t 						InnerScale;
  //Double_t						OuterPgonInnerRadius;
  //Double_t						CapsuleLength;
  //char								*CapsuleName;
  
  //TGeoTube						*CapsuleOuterTube;
  //TGeoTube						*CapsuleInnerTube;
  //TGeoPgon						*CapsuleOuterPgon;
  //TGeoPgon						*CapsuleInnerPgon;
  //TGeoTube						*CapsuleTopCover;
  //TGeoTranslation			*CapsuleTopZTranslation;
  //TGeoTranslation			*CapsuleInnerZTranslation;		
  //TGeoCompositeShape	*CapsuleOuterShape;
  //TGeoCompositeShape	*CapsuleInnerShape;
  //TGeoCompositeShape	*CapsuleCompleteShape;	//OuterShape - InnerShape
  //TGeoVolume					*Capsule;
  
	////objects to build the crystal

	//Double_t 						VacuumThickness;
	//Double_t						CrystalLength;
	//Double_t						CrystalFrontPgonInnerRadius;	
	//Double_t						CrystalInnerPgonRadius;
	//char								*CrystalName;
	
		////objects to build the main crystal shape
	//TGeoTube 						*CrystalTube;
	//TGeoPgon 						*CrystalPgon;
		////objects to build the inner crystal hole
	//TGeoTube						*CrystalInnerTube;
	//TGeoTranslation			*CrystalInnerTubeZTranslation;
	//TGeoTorus						*CrystalInnerTubeTorus;
	//TGeoTranslation			*CrystalInnerTubeTorusZTranslation;
	//TGeoTube						*CrystalInnerTubeMiniExtraTube;
	//TGeoTranslation			*CrystalInnerTubeMiniExtraTubeZTranslation;
		////objects to get the top rounding of the crystal
	//TGeoTube						*CrystalTopRoundingTube;
	//TGeoTranslation			*CrystalTopRoundingTubeZTranslation;
	//TGeoTorus						*CrystalTopRoundingTorus;
	//TGeoCompositeShape	*CrystalTopRoundingTooling;
	//TGeoTranslation			*CrystalTopRoundingToolingZTranslation;
		////objects to build the guard ring of the crystal
	//TGeoTube						*CrystalGuardRingTube;
	//TGeoTranslation			*CrystalGuardRingTubeZTranslation;
	//TGeoTorus						*CrystalGuardRingTorus;
	//TGeoTorus						*CrystalGuardRingTorusInner;
	//TGeoTranslation			*CrystalGuardRingTorusZTranslation;
	//TGeoTube						*CrystalGuardRingMiniExtraTube;
	//TGeoTranslation			*CrystalGuardRingMiniExtraTubeZTranslation;
		////building the whole crystal
	//TGeoCompositeShape *CrystalShape;
	//TGeoVolume *Crystal;
	
	////objects to combine crystal and capsule
  //TGeoVolumeAssembly 	*CrystalPlusCapsule;
  //TGeoCombiTrans			*CapsuleCombiTrans;
  //TGeoCombiTrans			*CrystalInsideCapsuleCombiTrans;
  //Int_t								CrystalNumber;
  
  
	
  
  
  
   
public:
  PndGeoHypGeCrystalWithoutCapsule();
  PndGeoHypGeCrystalWithoutCapsule(TGeoMedium *ExtGe, TGeoMedium *ExtAl,Int_t ExtCrystalNumber);
  ~PndGeoHypGeCrystalWithoutCapsule() {};

  Int_t	GetCrystalNumber();
  Int_t GetNdaughters();
  void PrintNodes();
    
  void PlaceCrystal(TGeoVolume *top, TGeoMatrix* CrystalPlaceAndDirectionTranslation);						//		places the encapsulated crystal

  
  ClassDef(PndGeoHypGeCrystalWithoutCapsule,0); // Class for PndGeoHypGeCrystal
};

#endif  /* !PNDGEOHYPGECRYSTAL_H */