MiniballGeometry.hh

Go to the documentation of this file.

#ifndef __MINIBALLGEOMETRY_HH
#define __MINIBALLGEOMETRY_HH
 
#include <vector>
#include <iostream>
 
#include <TObject.h>
#include <TVector3.h>
#include <TMath.h>
 
 
 
class MiniballGeometry : public TObject {
    
public:
    
    MiniballGeometry() {};
    
    ~MiniballGeometry() {};
    
    void SetupCluster();
    void SetupCluster( double user_theta, double user_phi, double user_alpha, double user_r, double user_z );
    
    inline void SetCluTheta( double user_theta ){ theta = user_theta * TMath::DegToRad(); };
    
    inline void SetCluPhi( double user_phi ){ phi = user_phi * TMath::DegToRad(); };
    
    inline void SetCluAlpha( double user_alpha ){ alpha = user_alpha * TMath::DegToRad(); };
    
    inline void SetCluR( double user_r ){ r = user_r; };
    
    inline void SetCluZ( double user_z ) { z = user_z; };
    
    inline void SetGeometryType( unsigned char user_type ) { type = user_type; };
    
    inline double GetCluTheta(){ return theta; };
    inline double GetCluPhi(){ return phi; };
    inline double GetCluAlpha(){ return alpha; };
    inline double GetCluR(){ return r; };
    inline unsigned char GetGeometryType(){ return type; };
 
    inline double GetCryTheta( unsigned char cry ){
        return GetCryVector(cry).Theta();
    };
    
    inline double GetCryPhi( unsigned char cry ){
        return GetCryVector(cry).Phi();
    };
    
    inline TVector3 GetCryVector( unsigned char cry ){
        return GetSegVector(cry,0);
    };
    
    inline double GetSegTheta( unsigned char cry, unsigned char seg ){
        return GetSegVector(cry,seg).Theta();
    };
    
    inline double GetSegPhi( unsigned char cry, unsigned char seg ){
        return GetSegVector(cry,seg).Phi();
    };
    
    inline double GetSegX( unsigned char cry, unsigned char seg ){
        return GetSegVector(cry,seg).X();
    };
    
    inline double GetSegY( unsigned char cry, unsigned char seg ){
        return GetSegVector(cry,seg).Y();
    };
    
    inline double GetSegZ( unsigned char cry, unsigned char seg ){
        return GetSegVector(cry,seg).Z();
    };
    
    inline TVector3 GetSegVector( unsigned char cry, unsigned char seg ){
        return seg_offset[cry][seg];
    };
    
private:
    
    // Segments etc
    const unsigned char ncry = 3;
    const unsigned char nseg = 7; // 6 segments plus core
    
    // Current values of theta, phi, alpha and r
    unsigned char type; 
    double theta;       
    double phi;         
    double alpha;       
    double r;           
    double z;           
    
    // Geometry
    std::vector<std::vector<TVector3>> seg_offset;  
    TVector3 mbzoffset;                             
    
    ClassDef( MiniballGeometry, 2 );
    
};
 
#endif