CgemGeoLayer.h

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#ifndef CGEMGEOLAYER_H
#define CGEMGEOLAYER_H
 
#include "CgemGeomSvc/CgemGeoFoil.h"
#include<string>
 
using namespace std;
 
class CgemGeoLayer{
 
    public:
        CgemGeoLayer();
        ~CgemGeoLayer();
 
        /* basic parameters */
        void setIDOfCgemLayer(int id) { m_ID_CgemLayer = id; }
        void setLengthOfCgemLayer(double length) { m_L_CgemLayer = length; }
        void setInnerROfCgemLayer(double innerR) { m_R_i_CgemLayer = innerR; }
        void setOuterROfCgemLayer(double outerR) { m_R_o_CgemLayer = outerR; }
 
        int    getIDOfCgemLayer()     const { return m_ID_CgemLayer; }
        double getLengthOfCgemLayer() const { return m_L_CgemLayer; }
        double getInnerROfCgemLayer() const { return m_R_i_CgemLayer; }
        double getOuterROfCgemLayer() const { return m_R_o_CgemLayer; }
 
        void setOrientation(bool o)                { m_Orientation = o; }
        bool getOrientation()                const { return m_Orientation; }
 
        /* for Cathode */
        void setInnerROfCathode(double r)               { m_R_i_Cathode = r; }
        void setOuterROfCathode(double r)               { m_R_o_Cathode = r; }
        void setInnerROfCathodeCu1(double r)            { m_R_i_Cathode_Cu1 = r; }
        void setOuterROfCathodeCu1(double r)            { m_R_o_Cathode_Cu1 = r; }
        void setInnerROfCathodeKapton1(double r)        { m_R_i_Cathode_Kapton1 = r; }
        void setOuterROfCathodeKapton1(double r)        { m_R_o_Cathode_Kapton1 = r; }
        void setInnerROfCathodeEpoxy0(double r)            { m_R_i_Cathode_Epoxy0 = r; }
        void setOuterROfCathodeEpoxy0(double r)            { m_R_o_Cathode_Epoxy0 = r; }
        void    setInnerROfCathodeCarbonf(double r)         {   m_R_i_Cathode_Carbonf = r;  }
        void    setOuterROfCathodeCarbonf(double r)         {   m_R_o_Cathode_Carbonf = r;  }
        void setInnerROfCathodeEpoxy1(double r)         { m_R_i_Cathode_Epoxy1 = r; }
        void setOuterROfCathodeEpoxy1(double r)         { m_R_o_Cathode_Epoxy1 = r; }
        void setInnerROfCathodeHoneycomb(double r)      { m_R_i_Cathode_Honeycomb = r; }
        void setOuterROfCathodeHoneycomb(double r)      { m_R_o_Cathode_Honeycomb = r; }
        void    setInnerROfCathodeRohacell1(double r)       {   m_R_i_Cathode_Rohacell1 =   r;  }
        void    setOuterROfCathodeRohacell1(double r)       {   m_R_o_Cathode_Rohacell1 =   r;  }
        void setInnerROfCathodeEpoxy2(double r)         { m_R_i_Cathode_Epoxy2 = r; }
        void setOuterROfCathodeEpoxy2(double r)         { m_R_o_Cathode_Epoxy2 = r; }
        void setInnerROfCathodeKapton2(double r)        { m_R_i_Cathode_Kapton2 = r; }
        void setOuterROfCathodeKapton2(double r)        { m_R_o_Cathode_Kapton2 = r; }
        void setInnerROfCathodeEpoxy3(double r)         { m_R_i_Cathode_Epoxy3 = r; }
        void setOuterROfCathodeEpoxy3(double r)         { m_R_o_Cathode_Epoxy3 = r; }
        void    setInnerROfCathodeRohacell2(double r)       {   m_R_i_Cathode_Rohacell2 =   r;  }
        void    setOuterROfCathodeRohacell2(double r)       {   m_R_o_Cathode_Rohacell2 =   r;  }
        void setInnerROfCathodeEpoxy4(double r)         { m_R_i_Cathode_Epoxy4 = r; }
        void setOuterROfCathodeEpoxy4(double r)         { m_R_o_Cathode_Epoxy4 = r; }
        void setInnerROfCathodeKapton3(double r)        { m_R_i_Cathode_Kapton3 = r; }
        void setOuterROfCathodeKapton3(double r)        { m_R_o_Cathode_Kapton3 = r; }
        void setInnerROfCathodeCu2(double r)            { m_R_i_Cathode_Cu2 = r; }
        void setOuterROfCathodeCu2(double r)            { m_R_o_Cathode_Cu2 = r; }
 
        double  getInnerROfCathode()            const { return m_R_i_Cathode ; }
        double  getOuterROfCathode()            const { return m_R_o_Cathode ; }
        double  getInnerROfCathodeCu1()         const { return m_R_i_Cathode_Cu1 ; }
        double  getOuterROfCathodeCu1()         const { return m_R_o_Cathode_Cu1 ; }
        double  getInnerROfCathodeKapton1()     const { return m_R_i_Cathode_Kapton1 ; }
        double  getOuterROfCathodeKapton1()     const { return m_R_o_Cathode_Kapton1 ; }
        double     getInnerROfCathodeEpoxy0()      const { return m_R_i_Cathode_Epoxy0 ; }
        double     getOuterROfCathodeEpoxy0()      const { return m_R_o_Cathode_Epoxy0 ; }
        double  getInnerROfCathodeCarbonf()         const { return  m_R_i_Cathode_Carbonf ; }
        double  getOuterROfCathodeCarbonf()         const { return  m_R_o_Cathode_Carbonf ; }
        double  getInnerROfCathodeEpoxy1()      const { return m_R_i_Cathode_Epoxy1 ; }
        double  getOuterROfCathodeEpoxy1()      const { return m_R_o_Cathode_Epoxy1 ; }
        double  getInnerROfCathodeHoneycomb()   const { return m_R_i_Cathode_Honeycomb ; }
        double  getOuterROfCathodeHoneycomb()   const { return m_R_o_Cathode_Honeycomb ; }
        double  getInnerROfCathodeRohacell1()       const { return  m_R_i_Cathode_Rohacell1;    }
        double  getOuterROfCathodeRohacell1()       const { return  m_R_o_Cathode_Rohacell1;    }
        double  getInnerROfCathodeEpoxy2()      const { return m_R_i_Cathode_Epoxy2 ; }
        double  getOuterROfCathodeEpoxy2()      const { return m_R_o_Cathode_Epoxy2 ; }
        double  getInnerROfCathodeKapton2()     const { return m_R_i_Cathode_Kapton2 ; }
        double  getOuterROfCathodeKapton2()     const { return m_R_o_Cathode_Kapton2 ; }
        double  getInnerROfCathodeEpoxy3()      const { return m_R_i_Cathode_Epoxy3 ; }
        double  getOuterROfCathodeEpoxy3()      const { return m_R_o_Cathode_Epoxy3 ; }
        double  getInnerROfCathodeRohacell2()       const { return  m_R_i_Cathode_Rohacell2;    }
        double  getOuterROfCathodeRohacell2()       const { return  m_R_o_Cathode_Rohacell2;    }
        double  getInnerROfCathodeEpoxy4()      const { return m_R_i_Cathode_Epoxy4 ; }
        double  getOuterROfCathodeEpoxy4()      const { return m_R_o_Cathode_Epoxy4 ; }
        double  getInnerROfCathodeKapton3()     const { return m_R_i_Cathode_Kapton3 ; }
        double  getOuterROfCathodeKapton3()     const { return m_R_o_Cathode_Kapton3 ; }
        double  getInnerROfCathodeCu2()         const { return m_R_i_Cathode_Cu2 ; }
        double  getOuterROfCathodeCu2()         const { return m_R_o_Cathode_Cu2 ; }
 
 
        /* for Gap */
        void setInnerROfGapD(double r)  { m_R_i_Gap_D = r; }
        void setOuterROfGapD(double r)  { m_R_o_Gap_D = r; }
        void setInnerROfGapT1(double r) { m_R_i_Gap_T1 = r; }
        void setOuterROfGapT1(double r) { m_R_o_Gap_T1 = r; }
        void setInnerROfGapT2(double r) { m_R_i_Gap_T2 = r; }
        void setOuterROfGapT2(double r) { m_R_o_Gap_T2 = r; }
        void setInnerROfGapI(double r)  { m_R_i_Gap_I = r; }
        void setOuterROfGapI(double r)  { m_R_o_Gap_I = r; }
 
        double getInnerROfGapD()  const { return m_R_i_Gap_D; }
        double getOuterROfGapD()  const { return m_R_o_Gap_D; }
        double getMiddleROfGapD() const { return 0.5*(m_R_o_Gap_D+m_R_i_Gap_D); }
        double getInnerROfGapT1() const { return m_R_i_Gap_T1; }
        double getOuterROfGapT1() const { return m_R_o_Gap_T1; }
        double getInnerROfGapT2() const { return m_R_i_Gap_T2; }
        double getOuterROfGapT2() const { return m_R_o_Gap_T2; }
        double getInnerROfGapI()  const { return m_R_i_Gap_I; }
        double getOuterROfGapI()  const { return m_R_o_Gap_I; }
 
        /* for CgemFoil */
        void setCgemFoil(int i, CgemGeoFoil* pFoil) { m_GemFoil[i] = pFoil; }
        CgemGeoFoil* getCgemFoil(int i) const { return m_GemFoil[i] ; }
 
        /* for Anode */
        void setInnerROfAnode(double r)        { m_R_i_Anode = r; }
        void setOuterROfAnode(double r)        { m_R_o_Anode = r; }
        void setInnerROfAnodeCu1(double r)     { m_R_i_Anode_Cu1 = r; }
        void setOuterROfAnodeCu1(double r)     { m_R_o_Anode_Cu1 = r; }
        void setInnerROfAnodeKapton1(double r) { m_R_i_Anode_Kapton1 = r; }
        void setOuterROfAnodeKapton1(double r) { m_R_o_Anode_Kapton1 = r; }
        void setInnerROfAnodeCu2(double r)     { m_R_i_Anode_Cu2 = r; }
        void setOuterROfAnodeCu2(double r)     { m_R_o_Anode_Cu2 = r; }
        void setInnerROfAnodeEpoxy1(double r)  { m_R_i_Anode_Epoxy1 = r; }
        void setOuterROfAnodeEpoxy1(double r)  { m_R_o_Anode_Epoxy1 = r; }
        void setInnerROfAnodeKapton2(double r) { m_R_i_Anode_Kapton2 = r; }
        void setOuterROfAnodeKapton2(double r) { m_R_o_Anode_Kapton2 = r; }
        void setInnerROfAnodeEpoxy2(double r)  { m_R_i_Anode_Epoxy2 = r; }
        void setOuterROfAnodeEpoxy2(double r)  { m_R_o_Anode_Epoxy2 = r; }
        void setInnerROfAnodeRohacell1(double r) { m_R_i_Anode_Rohacell1 = r;}
        void setOuterROfAnodeRohacell1(double r) { m_R_o_Anode_Rohacell1 = r;}
        void setInnerROfAnodeCarbonf1(double r)  { m_R_i_Anode_Carbonf1 = r; }
        void setOuterROfAnodeCarbonf1(double r)  { m_R_o_Anode_Carbonf1 = r; }
        void setInnerROfAnodeKapton3(double r)   { m_R_i_Anode_Kapton3 = r;        }
        void setOuterROfAnodeKapton3(double r)   { m_R_o_Anode_Kapton3 = r;        }
        void setInnerROfAnodeEpoxy3(double r)  { m_R_i_Anode_Epoxy3 = r; }
        void setOuterROfAnodeEpoxy3(double r)  { m_R_o_Anode_Epoxy3 = r; }
        void setInnerROfAnodeHoneycomb(double r) { m_R_i_Anode_Honeycomb = r; }
        void setOuterROfAnodeHoneycomb(double r) { m_R_o_Anode_Honeycomb = r; }
        void    setInnerROfAnodeKapton4(double r){ m_R_i_Anode_Kapton4 = r; }
        void    setOuterROfAnodeKapton4(double r){ m_R_o_Anode_Kapton4 = r; }
        void setInnerROfAnodeEpoxy4(double r)  { m_R_i_Anode_Epoxy4 = r; }
        void setOuterROfAnodeEpoxy4(double r)  { m_R_o_Anode_Epoxy4 = r; }
        void    setInnerROfAnodeRohacell2(double r){ m_R_i_Anode_Rohacell2 = r;}
        void    setOuterROfAnodeRohacell2(double r){ m_R_o_Anode_Rohacell2 = r;}
        void setInnerROfAnodeCarbonf2(double r){ m_R_i_Anode_Carbonf2 = r; }
        void setOuterROfAnodeCarbonf2(double r){ m_R_o_Anode_Carbonf2 = r; }
        void setInnerROfAnodeEpoxy5(double r)  { m_R_i_Anode_Epoxy5 = r; }
        void setOuterROfAnodeEpoxy5(double r)  { m_R_o_Anode_Epoxy5 = r; }
        void setInnerROfAnodeCu3(double r)     { m_R_i_Anode_Cu3 = r; }
        void setOuterROfAnodeCu3(double r)     { m_R_o_Anode_Cu3 = r; }
        void setInnerROfAnodeKapton5(double r) { m_R_i_Anode_Kapton5 = r; }
        void setOuterROfAnodeKapton5(double r) { m_R_o_Anode_Kapton5 = r; }
        void setInnerROfAnodeKapton6(double r) { m_R_i_Anode_Kapton6 = r; }
        void setOuterROfAnodeKapton6(double r) { m_R_o_Anode_Kapton6 = r; }
        void setInnerROfAnodeCu4(double r)     { m_R_i_Anode_Cu4 = r; }
        void setOuterROfAnodeCu4(double r)     { m_R_o_Anode_Cu4 = r; }
 
        double  getInnerROfAnode()        const { return m_R_i_Anode ; }
        double  getOuterROfAnode()        const { return m_R_o_Anode ; }
        double  getInnerROfAnodeCu1()     const { return m_R_i_Anode_Cu1 ; }
        double  getOuterROfAnodeCu1()     const { return m_R_o_Anode_Cu1 ; }
        double  getInnerROfAnodeKapton1() const { return m_R_i_Anode_Kapton1 ; }
        double  getOuterROfAnodeKapton1() const { return m_R_o_Anode_Kapton1 ; }
        double  getInnerROfAnodeCu2()     const { return m_R_i_Anode_Cu2 ; }
        double  getOuterROfAnodeCu2()     const { return m_R_o_Anode_Cu2 ; }
        double  getInnerROfAnodeEpoxy1()  const { return m_R_i_Anode_Epoxy1 ; }
        double  getOuterROfAnodeEpoxy1()  const { return m_R_o_Anode_Epoxy1 ; }
        double  getInnerROfAnodeKapton2() const { return m_R_i_Anode_Kapton2 ; }
        double  getOuterROfAnodeKapton2() const { return m_R_o_Anode_Kapton2 ; }
        double  getInnerROfAnodeEpoxy2()  const { return m_R_i_Anode_Epoxy2 ; }
        double  getOuterROfAnodeEpoxy2()  const { return m_R_o_Anode_Epoxy2 ; }
        double  getInnerROfAnodeRohacell1()const { return   m_R_i_Anode_Rohacell1 ;}
        double  getOuterROfAnodeRohacell1()const { return   m_R_o_Anode_Rohacell1 ;}
        double  getInnerROfAnodeCarbonf1()const { return m_R_i_Anode_Carbonf1 ; }
        double  getOuterROfAnodeCarbonf1()const { return m_R_o_Anode_Carbonf1 ; }
        double  getInnerROfAnodeKapton3() const { return  m_R_i_Anode_Kapton3 ;   }
        double  getOuterROfAnodeKapton3() const { return  m_R_o_Anode_Kapton3 ;   }
        double  getInnerROfAnodeEpoxy3()  const { return m_R_i_Anode_Epoxy3 ; }
        double  getOuterROfAnodeEpoxy3()  const { return m_R_o_Anode_Epoxy3 ; }
        double  getInnerROfAnodeHoneycomb() const { return m_R_i_Anode_Honeycomb ; }
        double  getOuterROfAnodeHoneycomb() const { return m_R_o_Anode_Honeycomb ; }
        double  getInnerROfAnodeKapton4()   const { return  m_R_i_Anode_Kapton4 ;   }
        double  getOuterROfAnodeKapton4()   const { return  m_R_o_Anode_Kapton4 ;   }
        double  getInnerROfAnodeEpoxy4()  const { return m_R_i_Anode_Epoxy4 ; }
        double  getOuterROfAnodeEpoxy4()  const { return m_R_o_Anode_Epoxy4 ; }
        double  getInnerROfAnodeRohacell2()const { return   m_R_i_Anode_Rohacell2 ;}
        double  getOuterROfAnodeRohacell2()const { return   m_R_o_Anode_Rohacell2 ;}
        double  getInnerROfAnodeCarbonf2()const { return m_R_i_Anode_Carbonf2 ; }
        double  getOuterROfAnodeCarbonf2()const { return m_R_o_Anode_Carbonf2 ; }
        double  getInnerROfAnodeEpoxy5()  const { return m_R_i_Anode_Epoxy5 ; }
        double  getOuterROfAnodeEpoxy5()  const { return m_R_o_Anode_Epoxy5 ; }
        double  getInnerROfAnodeCu3()     const { return m_R_i_Anode_Cu3 ; }
        double  getOuterROfAnodeCu3()     const { return m_R_o_Anode_Cu3 ; }
        double  getInnerROfAnodeKapton5() const { return m_R_i_Anode_Kapton5 ; }
        double  getOuterROfAnodeKapton5() const { return m_R_o_Anode_Kapton5 ; }
        double  getInnerROfAnodeKapton6() const { return m_R_i_Anode_Kapton6 ; }
        double  getOuterROfAnodeKapton6() const { return m_R_o_Anode_Kapton6 ; }
        double  getInnerROfAnodeCu4()     const { return m_R_i_Anode_Cu4 ; }
        double  getOuterROfAnodeCu4()     const { return m_R_o_Anode_Cu4 ; }
 
        /* Information of ReadoutStrip */
        void setNumberOfSheet(int n)    { m_N_Sheet = n; }
        void setNumberOfChannelX(int n) { m_N_Channel_X = n; }
        void setNumberOfChannelV(int n) { m_N_Channel_V = n; }
        void setAngleOfStereo(double a) { m_A_Stereo = a; }
        void setWidthOfSheet(double w)  { m_W_Sheet = w; }
        void setWidthOfPitchX(double w)  { m_W_Pitch_X = w; }
        void setWidthOfPitchV(double w)  { m_W_Pitch_V = w; }
        void setWidthOfStripX(double w) { m_W_Strip_X = w; }
        void setWidthOfStripV(double w) { m_W_Strip_V = w; }
 
        int    getNumberOfSheet()    const { return m_N_Sheet; }
        int    getNumberOfChannelX() const { return m_N_Channel_X; }
        int    getNumberOfChannelV() const { return m_N_Channel_V; }
        double getAngleOfStereo()    const { return m_A_Stereo; }
        double getWidthOfSheet()     const { return m_W_Sheet; }
        double getWidthOfPitchX()    const { return m_W_Pitch_X; }
        double getWidthOfPitchV()    const { return m_W_Pitch_V; }
        double getWidthOfStripX()    const { return m_W_Strip_X; }
        double getWidthOfStripV()    const { return m_W_Strip_V; }
 
        void   print();
 
    private:
        /* Orientation (in-to-out); 
           0 = cathode-gem-anode
           1 = anode-gem-cathode */
        bool    m_Orientation;
 
        /* Information of CgemLayer */
        int     m_ID_CgemLayer;
        double  m_R_i_CgemLayer, m_R_o_CgemLayer;
        double  m_L_CgemLayer;
 
        /* Information of Cathode */
        double  m_R_i_Cathode,  m_R_o_Cathode;
        double  m_R_i_Cathode_Cu1, m_R_o_Cathode_Cu1;
        double  m_R_i_Cathode_Kapton1, m_R_o_Cathode_Kapton1;
        double  m_R_i_Cathode_Epoxy0, m_R_o_Cathode_Epoxy0;
        double  m_R_i_Cathode_Carbonf, m_R_o_Cathode_Carbonf;
        double  m_R_i_Cathode_Epoxy1, m_R_o_Cathode_Epoxy1;
        double  m_R_i_Cathode_Honeycomb, m_R_o_Cathode_Honeycomb;
        double  m_R_i_Cathode_Rohacell1, m_R_o_Cathode_Rohacell1;
        double  m_R_i_Cathode_Epoxy2, m_R_o_Cathode_Epoxy2;
        double  m_R_i_Cathode_Kapton2, m_R_o_Cathode_Kapton2;
        double  m_R_i_Cathode_Epoxy3, m_R_o_Cathode_Epoxy3;
        double  m_R_i_Cathode_Rohacell2, m_R_o_Cathode_Rohacell2;
        double  m_R_i_Cathode_Epoxy4, m_R_o_Cathode_Epoxy4;
        double  m_R_i_Cathode_Kapton3, m_R_o_Cathode_Kapton3;
        double  m_R_i_Cathode_Cu2, m_R_o_Cathode_Cu2;
 
 
        /* Information of Gap */
        double  m_R_i_Gap_D  , m_R_o_Gap_D  ;
        double  m_R_i_Gap_T1 , m_R_o_Gap_T1 ;
        double  m_R_i_Gap_T2 , m_R_o_Gap_T2 ;
        double  m_R_i_Gap_I  , m_R_o_Gap_I  ;
 
        /* Information of GemFoil */
        CgemGeoFoil* m_GemFoil[3];
 
        /* Information of Anode1 */
        double  m_R_i_Anode, m_R_o_Anode;
        double  m_R_i_Anode_Cu1, m_R_o_Anode_Cu1;
        double  m_R_i_Anode_Kapton1, m_R_o_Anode_Kapton1;
        double  m_R_i_Anode_Cu2, m_R_o_Anode_Cu2;
        double  m_R_i_Anode_Epoxy1, m_R_o_Anode_Epoxy1;
        double  m_R_i_Anode_Kapton2, m_R_o_Anode_Kapton2;
        double  m_R_i_Anode_Epoxy2, m_R_o_Anode_Epoxy2;
        double  m_R_i_Anode_Rohacell1,  m_R_o_Anode_Rohacell1;  
        double  m_R_i_Anode_Carbonf1, m_R_o_Anode_Carbonf1;
        double  m_R_i_Anode_Kapton3, m_R_o_Anode_Kapton3;
        double  m_R_i_Anode_Epoxy3, m_R_o_Anode_Epoxy3;
        double  m_R_i_Anode_Honeycomb, m_R_o_Anode_Honeycomb;
        double  m_R_i_Anode_Kapton4, m_R_o_Anode_Kapton4    ;
        double  m_R_i_Anode_Epoxy4, m_R_o_Anode_Epoxy4;
        double  m_R_i_Anode_Rohacell2,  m_R_o_Anode_Rohacell2;
        double  m_R_i_Anode_Carbonf2, m_R_o_Anode_Carbonf2;
        double  m_R_i_Anode_Epoxy5, m_R_o_Anode_Epoxy5;
        double  m_R_i_Anode_Cu3, m_R_o_Anode_Cu3;
        double  m_R_i_Anode_Kapton5, m_R_o_Anode_Kapton5;
        double m_R_i_Anode_Kapton6, m_R_o_Anode_Kapton6;
        double  m_R_i_Anode_Cu4, m_R_o_Anode_Cu4;
 
 
        /* Information of ReadoutStrip */
        int    m_N_Sheet;
        double m_W_Sheet;
        double m_A_Stereo;
        double m_W_Pitch_X;
        double m_W_Pitch_V;
        double m_W_Strip_X;
        double m_W_Strip_V;
        int    m_N_Channel_X;
        int    m_N_Channel_V;
        /* Information of Cathode */
        int     m_N_Cathode_Materials ;
        double  m_T_Cathode_Cu1 ;
        double  m_T_Cathode_Kapton1   ;
        double  m_T_Cathode_Carbonf;
        double  m_T_Cathode_Epoxy1    ;
        double  m_T_Cathode_Honeycomb ;
        double  m_T_Cathode_Rohacell1   ;
        double  m_T_Cathode_Epoxy2    ;
        double  m_T_Cathode_Kapton2   ;
        double  m_T_Cathode_Epoxy3  ;
        double  m_T_Cathode_Rohacell2   ;
        double  m_T_Cathode_Epoxy4  ;
        double  m_T_Cathode_Kapton3;
        double  m_T_Cathode_Cu2       ;
        double  m_T_Cathode           ;
 
        /* Information of Gap */
        double  m_T_Gap_D  ;
        double  m_T_Gap_T1 ;
        double  m_T_Gap_T2 ;
        double  m_T_Gap_I  ;
        /* Information of Anode */
        int     m_N_Anode_Materials ;
        double  m_T_Anode_Cu1       ;
        double  m_T_Anode_Kapton1   ;
        double  m_T_Anode_Cu2       ;
        double  m_T_Anode_Epoxy1    ;
        double  m_T_Anode_Kapton2   ;
        double  m_T_Anode_Epoxy2    ;
        double  m_T_Anode_Rohacell1 ;
        double  m_T_Anode_Carbonf1  ;
        double  m_T_Anode_Epoxy3    ;
        double  m_T_Anode_Honeycomb ;
        double  m_T_Anode_Epoxy4    ;
        double  m_T_Anode_Rohacell2 ;
        double  m_T_Anode_Carbonf2  ;
        double  m_T_Anode_Epoxy5    ;
        double  m_T_Anode_Cu3       ;
        double  m_T_Anode_Kapton4   ;
        double  m_T_Anode_Cu4       ;
        double  m_T_Anode           ;
 
};
 
#endif  /* CGEMGEOLAYER_H */