StretchedRegion< reg_tt > Class Template Reference

Region obtained from region reg by shift and linear transformation specified by matrix basis. More...

#include <region_2.h>

Inheritance diagram for StretchedRegion< reg_tt >:

Collaboration diagram for StretchedRegion< reg_tt >:

Public Member Functions
	StretchedRegion (mngarg< reg_t > reg_, const vector_t &shift_, const Basis_N< reg_t::dimension > &basis_=Basis_N< reg_t::dimension >(), const vector_t &center_=vector_t(0.))
	reg_ is initial region, shift is final position and basis is linear transformation, applied (centered) at center_
virtual int	GetFlags () const override
	Returns a set of bit flags specifying which functions are implemented for this region (see RegFlags).
virtual RegDumper< reg_t::dimension > *	CreateDumper () const override
	return pointer on object RegDumper, which has function Dump drawing the region
Public Member Functions inherited from Region< reg_tt::dimension >
virtual bool	TestPoint (const vector_t &p) const
	Returns true if the point is in the region.
virtual int	TestLine (const vector_t &p, const vector_t &dir, vec_type *frac, vector_t *surfp=nullptr, vector_t *surfn=nullptr, vec_type epsilon=0) const
	Records the fractions frac1 and frac2 of the line (p,dir) corresponding to the intersections surfpi=p+fraci*dir, surfni - coords of intersection and corresponding outer normal.
virtual vec_type	SurfProject (const vector_t &p, vector_t *surfp=nullptr, vector_t *surfn=nullptr) const
	finds the point on the region surface closest to the given one p returns distance to this point (positive is P outside and negative is P inside region), surfp – projection, surfn – norm vector at surfp
vec_type	TestContour (const contour_t &cnt, VecContour< N > *subcont=nullptr, vector_t *subcenter=nullptr) const
	Returns the area fraction of the contour part that is inside the region, subcontour which is inside the region (if pointer is not nullptr) and the center of the subcontour (if pointer is not nullptr)
virtual vec_type	TestPtrContour (const PtrContour< N > &cnt, VecContour< N > *subcont=nullptr, vector_t *subcenter=nullptr) const
	virtual version of TestContour for particular PtrContour
virtual vector_t	GetBoundingBox (vector_t *v1, vector_t *v2) const
	Returns opposite corners of the box which contains the region inside itself.
virtual vector_t	GetCenter () const
	Returns the center of the region.
virtual vec_type	Volume () const
	Returns volume of the region. '-1' means that function is not implemented.
virtual vec_type	GetInsideEdgePart (const vector_t &p1, const vector_t &p2) const
	Returns a fraction of the edge [0-1] that belongs to the region.
virtual vec_type	TestEdge (const vector_t &p1, const vector_t &p2, vector_t *surfp=nullptr, vector_t *surfn=nullptr) const
	Returns a fraction of the edge from the first point till the intersection with the surface of the region.
virtual vec_type	TestRay (const vector_t &p1, const vector_t &dir, vector_t *surfp=nullptr, vector_t *surfn=nullptr, vec_type epsilon=0) const
	Returns the fraction of the ray corresponding to the nearest intersection in positive direction frac<0 means no intersection in positive direction intersections with frac<=epsilon are ignored.
virtual size_t	GetElementarySubRegions (std::vector< int > *flags=nullptr, std::vector< Region * > *regs=nullptr) const
	For composite regions returns the number of elementary subregions, otherwise returns 0.

Additional Inherited Members
Public Types inherited from Region< reg_tt::dimension >
typedef unknown_cat	category
	Category of the region to determine the correct template behaviour for various algorithms (see Body categories categories).

Detailed Description

template<class reg_tt>
class StretchedRegion< reg_tt >

Region obtained from region reg by shift and linear transformation specified by matrix basis.

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

• region_2.h
• region_2.hpp
• region_3.hpp