CbmLitMaterialInfo.h

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#ifndef CBMLITMATERIALINFO_H_
#define CBMLITMATERIALINFO_H_
 
#include "base/CbmLitFloat.h"
 
#include <sstream>
#include <string>
 
using std::string;
 
class CbmLitMaterialInfo {
public:
  /* Constructor */
  CbmLitMaterialInfo()
    : fLength(0.), fRL(0.), fRho(0.), fZ(0.), fA(0.), fZpos(0.), fName("") {}
 
  // This constructor never used!
  //   /* Constructor with assignment
  //    * @param length Length of the material [cm]
  //    * @param rl Radiation length [cm]
  //    * @param rho Density [g/cm^3]
  //    * @param Z
  //    * @param A
  //    * @param zpos Z position of the material
  //    */
  //   CbmLitMaterialInfo(
  //      litfloat length,
  //      litfloat rl,
  //      litfloat rho,
  //      litfloat Z,
  //      litfloat A,
  //      litfloat zpos,
  //      string name):
  //      fLength(length),
  //      fRL(rl),
  //      fRho(rho),
  //      fZ(Z),
  //      fA(A),
  //      fZpos(zpos),
  //      fName(name) {}
 
  /* Destructor */
  virtual ~CbmLitMaterialInfo() {};
 
  /*@return Length of the material */
  litfloat GetLength() const { return fLength; }
 
  /*@return Radiation length */
  litfloat GetRL() const { return fRL; }
 
  /*@return Density */
  litfloat GetRho() const { return fRho; }
 
  /*@return Atomic number */
  litfloat GetZ() const { return fZ; }
 
  /*@return  Atomic mass */
  litfloat GetA() const { return fA; }
 
  /*@return Z position of the material */
  litfloat GetZpos() const { return fZpos; }
 
  const string& GetName() const { return fName; }
 
  /* Sets length of the material */
  void SetLength(litfloat length) { fLength = length; }
 
  /* Sets radiation length of the material */
  void SetRL(litfloat rl) { fRL = rl; }
 
  /* Sets density */
  void SetRho(litfloat rho) { fRho = rho; }
 
  /* Sets atomic number */
  void SetZ(litfloat Z) { fZ = Z; }
 
  /* Sets atomic mass */
  void SetA(litfloat A) { fA = A; }
 
  /* Sets Z position of the material */
  void SetZpos(litfloat zpos) { fZpos = zpos; }
 
  void SetName(const string& name) { fName = name; }
 
  /* @return String representation of the class */
  virtual std::string ToString() const {
    std::stringstream ss;
    ss << "MaterialInfo: length=" << fLength << " rl=" << fRL << " rho=" << fRho
       << " Z=" << fZ << " A=" << fA << " zpos=" << fZpos << " name=" << fName
       << std::endl;
    return ss.str();
  }
 
private:
  litfloat fLength;  // Length of the material [cm]
  litfloat fRL;      // Radiation length [cm]
  litfloat fRho;     // Density [g/cm^3]
  litfloat fZ;       // Atomic number
  litfloat fA;       // Atomic mass
  litfloat fZpos;    // Z position of the material
  string fName;      // Name of material
};
 
#endif /*CBMLITMATERIALINFO_H_*/