RefMap Class Reference
[Reference mapping]

Reference mapping (for evaluating integrals on a physical domain). More...

#include <refmap.h>

Public Member Functions
	RefMap ()
	NOTE: Use this constructor only if constructing an array of RefMaps, then call set_mesh immediately!
	RefMap (Mesh *mesh)
	NOTE: Always use this constructor whenever it is possible.
virtual	~RefMap ()
void	set_mesh (Mesh *mesh)
	Sets the mesh where the reference map is working.
virtual void	set_active_element (Element *e)
	Initializes the reference map for the specified element. Must be called prior to using all other functions in the class.
order3_t	get_ref_order () const
order3_t	get_inv_ref_order () const
double *	get_jacobian (const int np, const QuadPt3D *pt, bool trans=true)
double3x3 *	get_ref_map (const int np, const QuadPt3D *pt)
double3x3 *	get_inv_ref_map (const int np, const QuadPt3D *pt)
double *	get_phys_x (const int np, const QuadPt3D *pt)
double *	get_phys_y (const int np, const QuadPt3D *pt)
double *	get_phys_z (const int np, const QuadPt3D *pt)
double *	get_face_jacobian (int face, const int np, const QuadPt3D *pt, bool trans=true)
void	calc_face_normal (int iface, const int np, const QuadPt3D pt, double &nx, double &ny, double &nz)
	Calculate normals on the face.
virtual void	push_transform (int son)
	See Transformable::push_transform().
virtual void	pop_transform ()
	See Transformable::pop_transform().
void	force_transform (uint64 sub_idx, Trf *ctm)
Protected Member Functions
void	calc_const_inv_ref_map ()
double	calc_face_const_jacobian (int face)
Protected Attributes
Mesh *	mesh
ShapeFunction *	pss
bool	is_const_jacobian
double	const_jacobian
double3x3	const_inv_ref_map
double3x3	const_ref_map
order3_t	ref_order
order3_t	inv_ref_order
int	n_coefs
int	indices [70]
Vertex *	coefs
Vertex	vertex [8]
Friends
class	ExactSolution

Detailed Description

Reference mapping (for evaluating integrals on a physical domain).

Constructor & Destructor Documentation

RefMap::RefMap ( )

NOTE: Use this constructor only if constructing an array of RefMaps, then call set_mesh immediately!

RefMap::RefMap ( Mesh * mesh )

NOTE: Always use this constructor whenever it is possible.

RefMap::~RefMap ( ) [virtual]

Member Function Documentation

void RefMap::calc_const_inv_ref_map ( ) [protected]

double RefMap::calc_face_const_jacobian ( int face ) [protected]

void RefMap::calc_face_normal	(	int	iface,
		const int	np,
		const QuadPt3D *	pt,
		double *&	nx,
		double *&	ny,
		double *&	nz
	)

Calculate normals on the face.

void RefMap::force_transform	(	uint64	sub_idx,
		Trf *	ctm
	)

double * RefMap::get_face_jacobian	(	int	face,
		const int	np,
		const QuadPt3D *	pt,
		bool	trans = `true`
	)

Returns:: The array of 'face jacobians' at points 'pt'

Parameters:

[in] trans - set to true if you want transformed values

double3x3 * RefMap::get_inv_ref_map	(	const int	np,
		const QuadPt3D *	pt
	)

Returns:: The transposed inverse matrices of the reference map precalculated at the points 'pt'.

Parameters:

`[in]`	np	- The number of points
`[in]`	pt	- Points for which we want the transposed jacobi matrices

order3_t RefMap::get_inv_ref_order ( ) const [inline]

Returns:: The increase in the integration order due to the inverse reference map.

double * RefMap::get_jacobian	(	const int	np,
		const QuadPt3D *	pt,
		bool	trans = `true`
	)

Returns:: The array of jacobians of the reference map precalculated at the points 'pt'.

Parameters:

`[in]`	np	- The number of points
`[in]`	pt	- Points where the jacobian should be calculated
`[in]`	trans	- set to true if you want transformed values

double * RefMap::get_phys_x	(	const int	np,
		const QuadPt3D *	pt
	)

Returns:: The x-coordinates of the points transformed to the physical domain of the element

Parameters:

`[in]`	np	- The number of points
`[in]`	pt	- Points for which we want the x-coord

double * RefMap::get_phys_y	(	const int	np,
		const QuadPt3D *	pt
	)

Returns:: The y-coordinates of the points transformed to the physical domain of the element

Parameters:

`[in]`	np	- The number of points
`[in]`	pt	- Points for which we want the y-coord

double * RefMap::get_phys_z	(	const int	np,
		const QuadPt3D *	pt
	)

Returns:: The z-coordinates of the points transformed to the physical domain of the element

Parameters:

`[in]`	np	- The number of points
`[in]`	pt	- Points for which we want the z-coord

double3x3 * RefMap::get_ref_map	(	const int	np,
		const QuadPt3D *	pt
	)

Returns:: The jacobi matrices of the reference map precalculated at the points 'pt'.

Parameters:

`[in]`	np	- The number of points
`[in]`	pt	- Points for which we want the jacobi matrices

order3_t RefMap::get_ref_order ( ) const [inline]

Returns:: The increase in the integration order due to the reference map.

void RefMap::pop_transform ( ) [virtual]

See Transformable::pop_transform().

Reimplemented from Transformable.

void RefMap::push_transform ( int son ) [virtual]

See Transformable::push_transform().

Reimplemented from Transformable.

void RefMap::set_active_element ( Element * e ) [virtual]

Initializes the reference map for the specified element. Must be called prior to using all other functions in the class.

Parameters:

[in] e - The element we want to work with

Reimplemented from Transformable.

void RefMap::set_mesh ( Mesh * mesh ) [inline]

Sets the mesh where the reference map is working.

Parameters:

mesh

[in] Pointer to the mesh.

Friends And Related Function Documentation

friend class ExactSolution [friend]

Member Data Documentation

Vertex* RefMap::coefs [protected]

double3x3 RefMap::const_inv_ref_map [protected]

double RefMap::const_jacobian [protected]

double3x3 RefMap::const_ref_map [protected]

int RefMap::indices[70] [protected]

order3_t RefMap::inv_ref_order [protected]

bool RefMap::is_const_jacobian [protected]

Mesh* RefMap::mesh [protected]

int RefMap::n_coefs [protected]

ShapeFunction* RefMap::pss [protected]

order3_t RefMap::ref_order [protected]

Vertex RefMap::vertex[8] [protected]

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

RefMap Class Reference [Reference mapping]

Public Member Functions

Protected Member Functions

Protected Attributes

Friends

Detailed Description

Constructor & Destructor Documentation

Member Function Documentation

Friends And Related Function Documentation

Member Data Documentation

RefMap Class Reference
[Reference mapping]