HGeomBasicShape

class HGeomBasicShape : public TNamed

    protected:

      void posInMother(const HGeomTransform&, const HGeomTransform&)

    public:

                       HGeomBasicShape()
                       HGeomBasicShape(const HGeomBasicShape&)
               virtual ~HGeomBasicShape()
      virtual TArrayD* calcVoluParam(HGeomVolume*)
          virtual void calcVoluPosition(HGeomVolume*, const HGeomTransform&)
          virtual void calcVoluPosition(HGeomVolume*, const HGeomTransform&, const HGeomTransform&)
        static TClass* Class()
       HGeomTransform* getCenterPosition()
                 Int_t getNumParam()
                 Int_t getNumPoints()
              TArrayD* getParam()
       HGeomTransform* getVoluPosition()
       virtual TClass* IsA() const
      HGeomBasicShape& operator=(const HGeomBasicShape&)
                  void printParam()
          virtual void printPoints(HGeomVolume* volu)
         virtual Int_t readPoints(fstream*, HGeomVolume*)
          virtual void ShowMembers(TMemberInspector& insp, char* parent)
          virtual void Streamer(TBuffer& b)
                  void StreamerNVirtual(TBuffer& b)
        virtual Bool_t writePoints(fstream*, HGeomVolume*)

Data Members

    protected:

                Int_t nPoints   number of points describing the shape 
                Int_t nParam    number of parameters needed to create the ROOT shape
             TArrayD* param     parameters needed to create the ROOT shape
      HGeomTransform* center    position of the volume center in the technical KS
      HGeomTransform* position  position of the ROOT volume in its ROOT mother

Class Description

 HGeomBasicShape

 Base class of the all shapes

 default constructor

 destructor

 reads nPoints with 3 components from Ascii file
 if the array of points is not existing in the volume it is created and
 the values are stored inside
 returns the number of points

 writes nPoints with 3 components to Ascii file

 prints nPoints with 3 components to screen

 calculates the relevant information to position the corresponding volume
 in its mother and to position later other components inside this volume.
 The transformation mTR describes the position and orientation of the
 mother volume (center) relative to the physical coordinate system of
 the volume from which it was created.

 calculates the position of the volume inside its mother
 dTC is the coordinate system of the ROOT volume relative to its physical
 coordinate system
 mTR is the coordinate system of the mother volume relative to its
 physical coordinate system

 prints the parameters of the ROOT shape

Inline Functions

                   Int_t getNumPoints()
                   Int_t getNumParam()
                TArrayD* getParam()
         HGeomTransform* getCenterPosition()
         HGeomTransform* getVoluPosition()
                TArrayD* calcVoluParam(HGeomVolume*)
                    void calcVoluPosition(HGeomVolume*, const HGeomTransform&, const HGeomTransform&)
                 TClass* Class()
                 TClass* IsA() const
                    void ShowMembers(TMemberInspector& insp, char* parent)
                    void Streamer(TBuffer& b)
                    void StreamerNVirtual(TBuffer& b)
         HGeomBasicShape HGeomBasicShape(const HGeomBasicShape&)
        HGeomBasicShape& operator=(const HGeomBasicShape&)