GeoScintPlnNode.h

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//
// GeoScintPlnNode
//
// GeoScintPlnNode is a specialized GeoPlnNode to provide methods
// specialized to a scint pln.
//
// Modeled after R. Hatcher's UgliScintPlnNode class
//
// Author:  S. Kasahara  07/04

#ifndef GEOSCINTPLNNODE_H
#define GEOSCINTPLNNODE_H

#include "GeoGeometry/GeoPlnNode.h"  // base class
#include "GeoGeometry/GeoScintPlnVolume.h"

class PlexStripEndId;
class GeoScintPlnNode;
class GeoStripNode;

class GeoScintPlnNode : public GeoPlnNode {

  friend class GeoGeometry;  // every node belongs to its geometry creator

 public:
  // Constructors & destructors
  GeoScintPlnNode() {} // default constructor for i/o
  virtual ~GeoScintPlnNode();

  // State testing methods
  GeoStripNode* GetClosestStrip(Float_t tpos, Float_t orthCoord=999999.) const;
  virtual GeoStripNode* GetStripNode(const PlexStripEndId& seid) const;
  virtual Int_t NumberOfStrips() const;
  virtual Int_t NumberOfModules() const;
  virtual std::vector<GeoStripNode*> GetStripNodePtrVector() const;
  virtual std::vector<GeoScintMdlNode*> GetScintMdlNodePtrVector() const;
      
  Float_t GetZRotRelSteelRad() const;
  Float_t GetX0RelSteel() const;
  Float_t GetY0RelSteel() const;

  // Dummy
  void  SetZRotRelSteelRad(Float_t radians);
  void  SetXY0RelSteel(Float_t x0, Float_t y0);
   
 protected:
 
  GeoScintPlnNode(GeoGeometry* geoGeometry, TGeoVolume* plnvol,
                  TGeoMatrix* plnmatrix, TGeoVolume* parVolume, 
                  std::string globalpath, std::string nodename, 
                  const PlexPlaneId& planeid);

  virtual GeoScintPlnVolume* GetScintPlnVolume() const 
    { return dynamic_cast<GeoScintPlnVolume*>(this->GetVolume()); }

 private:

  // Avoid copy and assignment ctor by making them private and w/no imp
  GeoScintPlnNode(const GeoScintPlnNode& that);
  GeoScintPlnNode& operator=(const GeoScintPlnNode& that);


ClassDef(GeoScintPlnNode,1)
};
#endif // GEOSCINTPLNNODE_H

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