G4Conic.cc

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//
// $Id$
//
// ----------------------------------------------------------------------
// GEANT 4 class source file
//
// G4conic.cc
//
// ----------------------------------------------------------------------
 
#include "G4Conic.hh"
 
G4Conic::G4Conic () : pShift(0)
{
}
 
G4Conic::~G4Conic()
{
}
 
G4Conic::G4Conic(const G4Conic& right)
  : G4Curve(), position(right.position), pShift(right.pShift)
{
  bBox      = right.bBox;
  start     = right.start;
  end       = right.end;
  pStart    = right.pStart;
  pEnd      = right.pEnd;
  pRange    = right.pRange;
  bounded   = right.bounded;
  sameSense = right.sameSense;
}
 
G4Conic& G4Conic::operator=(const G4Conic& right)
{
  if (&right == this) return *this;
 
  pShift   = right.pShift;
  position = right.position;
  bBox      = right.bBox;
  start     = right.start;
  end       = right.end;
  pStart    = right.pStart;
  pEnd      = right.pEnd;
  pRange    = right.pRange;
  bounded   = right.bounded;
  sameSense = right.sameSense;
 
  return *this;
}
 
/*
void
G4ConicalCurve::ProjectCurve(const G4Plane& Pl1, const G4Plane& Pl2)
{  
  // Curve start
  Project(ProjStart, Start, Pl1, Pl2);
  // Curve end
  Project(ProjEnd, End, Pl1, Pl2);
  // Placement
  Position.ProjectPlacement(Pl1,Pl2);
}
 
G4int
G4ConicalCurve::HitPartOfCurve(G4double Angle, G4double Solution,
                               const G4Point2d& ProjHit)
{
        // Check if Solution1 is part of the curve i.e. in the "pie"
    G4double TmpSol1 = Solution - ProjHit.X();
    G4Point2d ArcHit1(TmpSol1, ProjHit.Y());
    G4double Cross1 = CrossProduct( ProjStart, ArcHit1);
    G4double Cross2 = CrossProduct( ArcHit1  , ProjEnd);
    if( (Angle<=0 && Cross1<=0 && Cross2 <=0) ||
        (Angle> 0 && !(Cross1>=0 && Cross2 >=0)) )
        // Solution1 is on the curve
      return 1;
    return 0;
}
*/