sch::CD_Simplex Class Reference

#include <sch/CD/CD_Simplex.h>

Inheritance diagram for sch::CD_Simplex:

Collaboration diagram for sch::CD_Simplex:

Public Member Functions
SCH_API	CD_Simplex (const CD_Simplex &rhs)
SCH_API	CD_Simplex (const Point3 &p)
SCH_API	CD_Simplex (const Point3 &p1, const Point3 &p2)
SCH_API	CD_Simplex (const Point3 &p1, const Point3 &p2, const Point3 &p3)
SCH_API	CD_Simplex (const Point3 &p1, const Point3 &p2, const Point3 &p3, const Point3 &p4)
virtual SCH_API	~CD_Simplex ()
SCH_API CD_SimplexType	getType () const
const SCH_API Point3 &	operator[] (unsigned char) const
SCH_API Point3 &	operator[] (unsigned char)
SCH_API CD_Simplex &	operator= (const CD_Simplex &s)
SCH_API CD_Simplex &	operator= (const Point3 &p)
SCH_API bool	operator== (const CD_Simplex &s)
SCH_API bool	operator!= (const CD_Simplex &s)
SCH_API CD_Simplex &	operator+= (const Point3 &)
	Adds a point to a simplex to transform it in a higher dimemsion simplex (doesn't work with tetrahedron) \updateVetors must be called after this operator to keep the vectors up to date. More...
SCH_API CD_Simplex	operator+ (const Point3 &) const
	Adds a point to a simplex to transform it in a higher dimemsion simplex (doesn't work with tetrahedron) \updateVetors must be called after this operator to keep the vectors up to date. More...
virtual SCH_API void	filter (const CD_SimplexKeptPoints &k)
	Updates the simplex by supressing some vertexes and/or change their order according to a filter. More...
SCH_API Scalar	squareDistanceAtOrigin (const Vector3 &v) const
	Gives the distance squared at the origin for a simplex, and according the direction v. More...
SCH_API void	updateVectors ()
	Updates AB,AC,AD vectors. A is the last vertex inserted and B, C and D are previous vertexes. More...
const SCH_API Vector3 &	AB () const
	Returns AB vector. More...
const SCH_API Vector3 &	AC () const
	Returns AC vector. More...
const SCH_API Vector3 &	AD () const
	Returns AD vector. More...

Protected Attributes
CD_SimplexType	type_
Point3	s1_
Point3	s2_
Point3	s3_
Point3	s4_
Vector3	ab_
Vector3	ac_
Vector3	ad_

Static Protected Attributes
static const Scalar	zero_
static const Scalar	zero2_
static const Scalar	zero3_
static const Scalar	zero4_

Constructor & Destructor Documentation

CD_Simplex() [1/5]

CD_Simplex::CD_Simplex ( const CD_Simplex &  rhs )

inline

CD_Simplex() [2/5]

CD_Simplex::CD_Simplex ( const Point3 &  p )

inline

CD_Simplex() [3/5]

CD_Simplex::CD_Simplex ( const Point3 &  p1, const Point3 &  p2  )

inline

CD_Simplex() [4/5]

CD_Simplex::CD_Simplex ( const Point3 &  p1, const Point3 &  p2, const Point3 &  p3  )

inline

CD_Simplex() [5/5]

CD_Simplex::CD_Simplex ( const Point3 &  p1, const Point3 &  p2, const Point3 &  p3, const Point3 &  p4  )

inline

~CD_Simplex()

virtual SCH_API sch::CD_Simplex::~CD_Simplex ( )

virtual

Member Function Documentation

AB()

const Vector3 & CD_Simplex::AB ( ) const

inline

Returns AB vector.

AC()

const Vector3 & CD_Simplex::AC ( ) const

inline

Returns AC vector.

AD()

const Vector3 & CD_Simplex::AD ( ) const

inline

Returns AD vector.

filter()

void CD_Simplex::filter ( const CD_SimplexKeptPoints &  k )

inlinevirtual

Updates the simplex by supressing some vertexes and/or change their order according to a filter.

Parameters

k	is the filter used to know wich vertexes will be kept and in wich order \updateVetors must be called after this function to keep the vectors up to date.

Reimplemented in sch::CD_SimplexEnhanced.

getType()

CD_SimplexType CD_Simplex::getType ( ) const

inline

operator!=()

bool CD_Simplex::operator!= ( const CD_Simplex &  s )

inline

operator+()

CD_Simplex CD_Simplex::operator+ ( const Point3 &  p ) const

inline

Adds a point to a simplex to transform it in a higher dimemsion simplex (doesn't work with tetrahedron) \updateVetors must be called after this operator to keep the vectors up to date.

operator+=()

CD_Simplex & CD_Simplex::operator+= ( const Point3 &  p )

inline

Adds a point to a simplex to transform it in a higher dimemsion simplex (doesn't work with tetrahedron) \updateVetors must be called after this operator to keep the vectors up to date.

operator=() [1/2]

CD_Simplex & CD_Simplex::operator= ( const CD_Simplex &  s )

inline

operator=() [2/2]

CD_Simplex & CD_Simplex::operator= ( const Point3 &  p )

inline

operator==()

bool CD_Simplex::operator== ( const CD_Simplex &  s )

inline

operator[]() [1/2]

SCH_API Point3& sch::CD_Simplex::operator[]

(

unsigned char

)

operator[]() [2/2]

const SCH_API Point3& sch::CD_Simplex::operator[]

(

unsigned char

)

const

squareDistanceAtOrigin()

Scalar CD_Simplex::squareDistanceAtOrigin ( const Vector3 &  v ) const

inline

Gives the distance squared at the origin for a simplex, and according the direction v.

updateVectors()

void CD_Simplex::updateVectors ( )

inline

Updates AB,AC,AD vectors. A is the last vertex inserted and B, C and D are previous vertexes.

Member Data Documentation

ab_

Vector3 sch::CD_Simplex::ab_

protected

ac_

Vector3 sch::CD_Simplex::ac_

protected

ad_

Vector3 sch::CD_Simplex::ad_

protected

s1_

Point3 sch::CD_Simplex::s1_

protected

s2_

Point3 sch::CD_Simplex::s2_

protected

s3_

Point3 sch::CD_Simplex::s3_

protected

s4_

Point3 sch::CD_Simplex::s4_

protected

type_

CD_SimplexType sch::CD_Simplex::type_

protected

zero2_

const Scalar sch::CD_Simplex::zero2_

staticprotected

zero3_

const Scalar sch::CD_Simplex::zero3_

staticprotected

zero4_

const Scalar sch::CD_Simplex::zero4_

staticprotected

zero_

const Scalar sch::CD_Simplex::zero_

staticprotected

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The documentation for this class was generated from the following files:

• include/sch/CD/CD_Simplex.h
• include/sch/CD/CD_Simplex.hxx