SphericalIdealFocalSurface

#include "SphericalIdealFocalSurface.hh"

SphericalIdealFocalSurface

class description - source file - inheritance tree (.pdf)

class SphericalIdealFocalSurface : public IdealFocalSurface

Inheritance Chart:

EsafConfigurable

IdealFocalSurface

SphericalIdealFocalSurface

    private:

      Double_t Zfs(Double_t r)

    public:

                                  SphericalIdealFocalSurface()
                                  SphericalIdealFocalSurface(const SphericalIdealFocalSurface&)
                          virtual ~SphericalIdealFocalSurface()
                   static TClass* Class()
              virtual const char* ClassName() const
              virtual const char* ClassType() const
                   virtual Bool_t HitPosition(Photon* p)
                  virtual TClass* IsA() const
      SphericalIdealFocalSurface& operator=(const SphericalIdealFocalSurface&)
                 virtual Double_t Profile(Double_t r)
                     virtual void ShowMembers(TMemberInspector& insp, char* parent)
                     virtual void Streamer(TBuffer& b)
                             void StreamerNVirtual(TBuffer& b)

Data Members

    private:

      Double_t fSphRadius  radius of the sphere
      Double_t fPrec       precision required to claim

Class Description

 SphericalIdealFocalSurface

   Describes a spherical focal surface.

   Config file parameters
   ======================

   fR [mm] : Maximum extension of the ideal focal surface from the optical
   axis.

   fPos [mm] : z coodinate of the tip of the surface in detector coordinate
   system.

   fSphRadius [mm] : radius of the sphere the focal surface is part of.

   fPrec [mm] : precision required to claim that the photon has hit the FS.

Bool_t HitPosition(Photon *p)

 Find whether the photons hits the ideal surface, and in such a case
 calculated the final position

Double_t Zfs(Double_t r)

 Zfs returns the z value of the focal surface as a function of radius in
 local coordinates

Double_t Profile(Double_t r)

 Profile returns the z value of the focal surface as a function of radius
 in detector coordinates

Inline Functions

                               void ~SphericalIdealFocalSurface()
         SphericalIdealFocalSurface SphericalIdealFocalSurface()
                        const char* ClassType() const
                        const char* ClassName() const
                            TClass* Class()
                            TClass* IsA() const
                               void ShowMembers(TMemberInspector& insp, char* parent)
                               void Streamer(TBuffer& b)
                               void StreamerNVirtual(TBuffer& b)
         SphericalIdealFocalSurface SphericalIdealFocalSurface(const SphericalIdealFocalSurface&)
        SphericalIdealFocalSurface& operator=(const SphericalIdealFocalSurface&)