Class for 2D-2D intersections. More...

#include <compute_intersection.hh>

Collaboration diagram for ComputeIntersection< 2, 2 >:

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Public Types
typedef IntersectionPointAux< 1, 2 >	IPAux12

typedef IntersectionPointAux< 2, 2 >	IPAux22

Public Member Functions
	ComputeIntersection ()
	Default constructor, creates empty object. Resizes vectors for Plucker coordinates and products. More...

	ComputeIntersection (ElementAccessor< 3 > triaA, ElementAccessor< 3 > triaB, Mesh *mesh)
	Constructor, sets both triangle objects. It allocates memory, computes plucker coordinates and products. More...

	~ComputeIntersection ()

void	init ()
	Initializes lower dimensional objects. Sets correctly the pointers to Plucker coordinates and products. More...

unsigned int	compute (IntersectionAux< 2, 2 > &intersection)
	Computes final 2D-2D intersection. Computes CIs (side vs triangle) in following order: [A0_B, A1_B, A2_B, B0_A, B1_A, B2_A]. During cycle determine topology information and set computed flags accordingly. More...

void	print_plucker_coordinates (std::ostream &os)
	Prints out the Plucker coordinates of abscissa and tetrahedron edges. More...

void	print_plucker_coordinates_tree (std::ostream &os)
	Prints out the Plucker coordinates of tetrahedron edges in a tree of tetrahedron sides (triangles). More...

void	clear_all ()

Setters and Getters
void	set_pc_triaA (Plucker *p, unsigned int side_idx)

void	set_pc_triaB (Plucker *p, unsigned int side_idx)

Plucker *	get_pc_triaA (unsigned int side_idx)
	Gets the pointer to Plucker coordinates of the triangle A side of given `side_idx`. More...

Plucker *	get_pc_triaB (unsigned int side_idx)
	Gets the pointer to Plucker coordinates of the triangle B side of given `side_idx`. More...

void	set_plucker_product (double *number, unsigned sideA_idx, unsigned int sideB_idx)

double *	get_plucker_product (unsigned sideA_idx, unsigned int sideB_idx)
	Gets the pointer to Plucker product of triangle A side `sideA_idx` and triangle B side `sideB_idx`. More...

Private Attributes
std::vector< Plucker * >	plucker_coordinates_
	Pointers to plucker coordinates of sides of both triangles [triaA[3], triaB[3]], size 6. More...

std::vector< double * >	plucker_products_
	Pointers to Plucker products of triangles sides [3x[sideA x triaB]]], size 9. More...

ComputeIntersection< 1, 2 >	CI12 [6]
	Compute intersection for side x triangle [3x[sideA x tria B],3x[sideB x triaA]]. More...

Detailed Description

template<>
class ComputeIntersection< 2, 2 >

Class for 2D-2D intersections.

Computes the intersection of triangle A and triangle B. Uses 6 ComputeIntersection<1,2>:

3x side of triangle A X triangle B
3x side of triangle B X triangle A

It creates a final intersection.

TODO: do not remember, if the function correct_triangle_ip_topology used to have some meaning here..

Definition at line 241 of file compute_intersection.hh.

Member Typedef Documentation

typedef IntersectionPointAux<1,2> ComputeIntersection< 2, 2 >::IPAux12

Definition at line 243 of file compute_intersection.hh.

typedef IntersectionPointAux<2,2> ComputeIntersection< 2, 2 >::IPAux22

Definition at line 244 of file compute_intersection.hh.

Constructor & Destructor Documentation

ComputeIntersection< 2, 2 >::ComputeIntersection ( )

Default constructor, creates empty object. Resizes vectors for Plucker coordinates and products.

Definition at line 537 of file compute_intersection.cc.

ComputeIntersection< 2, 2 >::ComputeIntersection	(	ElementAccessor< 3 >	triaA,
		ElementAccessor< 3 >	triaB,
		Mesh *	mesh
	)

Constructor, sets both triangle objects. It allocates memory, computes plucker coordinates and products.

Definition at line 543 of file compute_intersection.cc.

ComputeIntersection< 2, 2 >::~ComputeIntersection ( )

Definition at line 566 of file compute_intersection.cc.

Member Function Documentation

void ComputeIntersection< 2, 2 >::clear_all ( )

Resets Plucker products to 'nullptr'. Use this CAREFULLY as it does not destroy the objects. It is intended to be used only from higher dimensions when before destroying.

Definition at line 584 of file compute_intersection.cc.

unsigned int ComputeIntersection< 2, 2 >::compute ( IntersectionAux< 2, 2 > & intersection )

Computes final 2D-2D intersection. Computes CIs (side vs triangle) in following order: [A0_B, A1_B, A2_B, B0_A, B1_A, B2_A]. During cycle determine topology information and set computed flags accordingly.

Parameters

intersection final 2D-2D intersection object (output)

Returns: number of intersection points found

Definition at line 625 of file compute_intersection.cc.

Plucker* ComputeIntersection< 2, 2 >::get_pc_triaA ( unsigned int side_idx )

inline

Gets the pointer to Plucker coordinates of the triangle A side of given side_idx.

Definition at line 289 of file compute_intersection.hh.

Plucker* ComputeIntersection< 2, 2 >::get_pc_triaB ( unsigned int side_idx )

inline

Gets the pointer to Plucker coordinates of the triangle B side of given side_idx.

Definition at line 294 of file compute_intersection.hh.

double* ComputeIntersection< 2, 2 >::get_plucker_product	(	unsigned	sideA_idx,
		unsigned int	sideB_idx
	)

inline

Gets the pointer to Plucker product of triangle A side sideA_idx and triangle B side sideB_idx.

Definition at line 307 of file compute_intersection.hh.

void ComputeIntersection< 2, 2 >::init ( )

Initializes lower dimensional objects. Sets correctly the pointers to Plucker coordinates and products.

Definition at line 596 of file compute_intersection.cc.

void ComputeIntersection< 2, 2 >::print_plucker_coordinates ( std::ostream & os )

Prints out the Plucker coordinates of abscissa and tetrahedron edges.

Definition at line 724 of file compute_intersection.cc.

void ComputeIntersection< 2, 2 >::print_plucker_coordinates_tree ( std::ostream & os )

Prints out the Plucker coordinates of tetrahedron edges in a tree of tetrahedron sides (triangles).

Definition at line 744 of file compute_intersection.cc.

void ComputeIntersection< 2, 2 >::set_pc_triaA	(	Plucker *	p,
		unsigned int	side_idx
	)

inline

Sets the pointer to Plucker coordinates of the triangle A side.

Parameters

p	pointer to Plucker coordinates
side_idx	local index of a side of triangle A

Definition at line 276 of file compute_intersection.hh.

void ComputeIntersection< 2, 2 >::set_pc_triaB	(	Plucker *	p,
		unsigned int	side_idx
	)

inline

Sets the pointer to Plucker coordinates of the triangle B side.

Parameters

p	pointer to Plucker coordinates
side_idx	local index of a side of triangle B

Definition at line 284 of file compute_intersection.hh.

void ComputeIntersection< 2, 2 >::set_plucker_product	(	double *	number,
		unsigned	sideA_idx,
		unsigned int	sideB_idx
	)

inline

Sets the pointer to Plucker product of triangle A side and triangle B side.

Parameters

number	pointer to value of Plucker product
sideA_idx	local index of a side of triangle A
sideB_idx	local index of a side of triangle B

Definition at line 303 of file compute_intersection.hh.

Member Data Documentation

ComputeIntersection<1,2> ComputeIntersection< 2, 2 >::CI12[6]

private

Compute intersection for side x triangle [3x[sideA x tria B],3x[sideB x triaA]].

Definition at line 328 of file compute_intersection.hh.

std::vector<Plucker *> ComputeIntersection< 2, 2 >::plucker_coordinates_

private

Pointers to plucker coordinates of sides of both triangles [triaA[3], triaB[3]], size 6.

Definition at line 324 of file compute_intersection.hh.

std::vector<double *> ComputeIntersection< 2, 2 >::plucker_products_

private

Pointers to Plucker products of triangles sides [3x[sideA x triaB]]], size 9.

Definition at line 326 of file compute_intersection.hh.

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

/opt/flow123d/flow123d/src/intersection/compute_intersection.hh
/opt/flow123d/flow123d/src/intersection/compute_intersection.cc

Public Types

Public Member Functions

Private Attributes

Detailed Description

template<> class ComputeIntersection< 2, 2 >

Member Typedef Documentation

Constructor & Destructor Documentation

Member Function Documentation

Member Data Documentation

template<>
class ComputeIntersection< 2, 2 >