SurfaceTriangle

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Class Summary

class SurfaceTriangle
{

public:

	// Constructors
	SurfaceTriangle(const Vector3& ai, const Vector3& aj, const Vector3& ak, const float ri, const float rj, const float rk, const float rp);
	SurfaceTriangle(Torus* tor_ij, Torus* tor_ik);
bool	computeProbeLocations(const Vector3& ai, const float ri, const float rp);
unsigned int	sampleArc(const Vector3& p1, const Vector3& p2, const float delta, const float rp, int i, vector< Vector3>& samplePoints) const;
float	perimeterArcLength(const float rp, int i) const;
float	getTorusCirclePoints(const float rp, int i, Vector3& point_ij, Vector3& point_ik) const;
Vector3	getTriangleVertex(const Vector3& atom, const float rp, int i) const;

	// queries
const Vector3&	getProbePosition1() const ;
const Vector3&	getProbePosition2() const ;
const Vector3&	getBasePoint() const ;
float	getProbeHeight() const ;
friend ostream&	operator<<(ostream& s, const SurfaceTriangle& t) ;
protected:

}; // SurfaceTriangle

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KEYWORD

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AUTHORS

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CHANGES LOG

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GOALS

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USAGE

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SurfaceTriangle(const Vector3& ai, const Vector3& aj, const Vector3& ak, const float ri, const float rj, const float rk, const float rp);

  SurfaceTriangle(const Vector3& ai, const Vector3& aj, const Vector3& ak,
		  const float ri, const float rj, const float rk, const float rp);

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SurfaceTriangle(Torus* tor_ij, Torus* tor_ik);

  SurfaceTriangle(Torus* tor_ij, Torus* tor_ik);

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bool computeProbeLocations(const Vector3& ai, const float ri, const float rp);

computes position of 2 possible probes. returns false if no probes can be placed

  bool computeProbeLocations(const Vector3& ai, const float ri, const float rp);

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unsigned int sampleArc(const Vector3& p1, const Vector3& p2, const float delta, const float rp, int i, vector< Vector3>& samplePoints) const;

samples arc of the probe between two points placed on the probe surface

  unsigned int sampleArc(const Vector3& p1, const Vector3& p2,
			 const float delta, const float rp, int i, vector< Vector3>& samplePoints) const;

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float perimeterArcLength(const float rp, int i) const;

returns the length of the arc that perimeter defines

  float perimeterArcLength(const float rp, int i) const;

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float getTorusCirclePoints(const float rp, int i, Vector3& point_ij, Vector3& point_ik) const;

returns two points on the probe surface that define perimeter and the length of the arc they create

  float getTorusCirclePoints(const float rp, int i, Vector3& point_ij, Vector3& point_ik) const;

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Vector3 getTriangleVertex(const Vector3& atom, const float rp, int i) const;

returns the vertex of the spherical triangle defined by the probe ant atom

  Vector3 getTriangleVertex(const Vector3& atom, const float rp, int i) const;

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const Vector3& getProbePosition1() const ;

  const Vector3& getProbePosition1() const                           
;

Function is currently defined inline.

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const Vector3& getProbePosition2() const ;

  const Vector3& getProbePosition2() const                           
;

Function is currently defined inline.

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const Vector3& getBasePoint() const ;

  const Vector3& getBasePoint() const                      
;

Function is currently defined inline.

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float getProbeHeight() const ;

  float getProbeHeight() const                        
;

Function is currently defined inline.

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friend ostream& operator<<(ostream& s, const SurfaceTriangle& t) ;

  friend ostream& operator<<(ostream& s, const SurfaceTriangle& t)                                                                                                                                             
;

Function is currently defined inline.

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All Members

public:

	// Constructors
bool	computeProbeLocations(const Vector3& ai, const float ri, const float rp);
unsigned int	sampleArc(const Vector3& p1, const Vector3& p2, const float delta, const float rp, int i, vector< Vector3>& samplePoints) const;
float	perimeterArcLength(const float rp, int i) const;
float	getTorusCirclePoints(const float rp, int i, Vector3& point_ij, Vector3& point_ik) const;
Vector3	getTriangleVertex(const Vector3& atom, const float rp, int i) const;

	// queries
const Vector3&	getProbePosition1() const ;
const Vector3&	getProbePosition2() const ;
const Vector3&	getBasePoint() const ;
float	getProbeHeight() const ;
friend ostream&	operator<<(ostream& s, const SurfaceTriangle& t) ;
protected:

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Ancestors

Class does not inherit from any other class.

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Descendants

Class is not inherited by any others.

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