Specialization for transfering from faces to nodes. More...

#include <Transfer_2n.h>

Inheritance diagram for Transfer_f2n:

Collaboration diagram for Transfer_f2n:

Public Member Functions
	Transfer_f2n (RFC_Window_transfer s, RFC_Window_transfer t)
	Constructor. More...

void	transfer (const Facial_data_const &sf, Nodal_data &tf, const Real alpha, Real tol, int iter, int doa, bool verb)
	The main entry to the data transfer algorithm. More...

void	comp_loads (const Facial_data_const &sf, Nodal_data &tf, const Real alpha, const int order, bool verb)
	Compute the nodal load vector. More...

Public Member Functions inherited from Transfer_base
	Transfer_base (RFC_Window_transfer s, RFC_Window_transfer t)

template<class _SDF >
void	transfer_2f (const _SDF &sDF, Facial_data &tDF, const Real alpha, int doa, bool verb)
	template function for transfering from nodes/faces to faces. More...

template<class _SDF >
void	transfer_2n (const _SDF &sDF, Nodal_data &tDF, const Real alpha, Real tol, int iter, int doa, bool verb)
	template function for transfering from nodes/faces to nodes. More...

template<class _SDF >
void	interpolate_fe (const _SDF &sDF, Nodal_data &tDF, bool verb)
	Perform finite-element interpolation (non-conservative), assuming source data has been replicated. More...

template<class _SDF >
void	loadtransfer (const _SDF &vS, Nodal_data &vT, const Real alpha, const int order, bool verb)
	Computes the load vector. More...

void	minmax (const RFC_Window_transfer &win, const Facial_data_const &sDF, Array_n &min_v, Array_n &max_v)

void	minmax (const RFC_Window_transfer &win, const Nodal_data_const &sDF, Array_n &min_v, Array_n &max_v)

void	integrate (const RFC_Window_transfer &win, const Nodal_data_const &sDF, Array_n &intergral, const int doa)

void	integrate (const RFC_Window_transfer &win, const Facial_data_const &sDF, Array_n &intergral, const int doa)

bool	isfinite (Real x)

template<class _Data >
RFC_BEGIN_NAME_SPACE void	integrate_subface (const RFC_Pane_transfer p_src, RFC_Pane_transfer p_trg, const _Data &data_s, ENE &ene_src, ENE &ene_trg, int sfid_src, int sfid_trg, const Real alpha, Facial_data &tDF, Facial_data &tBF, int doa)

template<class _SDF >
RFC_BEGIN_NAME_SPACE void	interpolate_fe (const _SDF &sDF, Nodal_data &tDF, bool verbose)

Private Types
typedef Transfer_f2n	Self

typedef Transfer_base	Base

Additional Inherited Members
Public Types inherited from Transfer_base
typedef Element_node_enumerator	ENE

typedef Field< Nodal_data, ENE >	Element_var

typedef Field< const Nodal_data_const, ENE >	Element_var_const

typedef Field< const Nodal_coor_const, ENE >	Element_coor_const

typedef Transfer_base	Self

typedef std::vector < RFC_Pane_transfer * > ::iterator	Pane_iterator

typedef std::vector < RFC_Pane_transfer * > ::const_iterator	Pane_iterator_const

typedef std::vector< const RFC_Pane_transfer * > ::const_iterator	Pane_const_iterator

Protected Member Functions inherited from Transfer_base
template<class _SDF >
void	integrate_subface (const RFC_Pane_transfer p_src, RFC_Pane_transfer p_trg, const _SDF &sDF, ENE &ene_src, ENE &ene_trg, int sfid_src, int sfid_trg, const Real alpha, Facial_data &tDF, Facial_data &tBF, int doa)

template<class _SDF >
void	init_load_vector (const _SDF &vS, const Real alpha, Nodal_data &ld, Nodal_data &diag, int doa, bool lump)
	Initialize load vector and the diagonal of the mass matrix. More...

int	pcg (Nodal_data &x, Nodal_data &b, Nodal_data &p, Nodal_data &q, Nodal_data &r, Nodal_data &s, Nodal_data &z, Nodal_data &di, Real tol, int max_iter)

void	precondition_Jacobi (const Nodal_data_const &rhs, const Nodal_data_const &diag, Nodal_data &x)
	Diagonal (Jacobi) preconditioner. More...

void	multiply_mass_mat_and_x (const Nodal_data_const &x, Nodal_data &y)

Real	square (const Array_n_const &x) const

Real	norm2 (const Nodal_data_const &x) const

Real	dot (const Nodal_data_const &x, const Nodal_data_const &y) const

void	dot2 (const Nodal_data_const &x1, const Nodal_data_const &y1, const Nodal_data_const &x2, const Nodal_data_const &y2, Array_n prod) const

void	scale (const Real &a, Nodal_data &x)

void	invert (Nodal_data &x)

void	copy_vec (const Nodal_data_const &x, Nodal_data &y)

void	saxpy (const Real &a, const Nodal_data_const &x, const Real &b, Nodal_data &y)

template<class _SDF >
void	compute_load_vector_wra (const RFC_Pane_transfer p_src, RFC_Pane_transfer p_dst, const _SDF &sDF, ENE &ene_src, ENE &ene_trg, int sfid_src, int sfid_trg, const Real alpha, Nodal_data &rhs, Nodal_data &diag, int doa, bool lump)
	Computes the element-wise load vector, and also computes mass matrix if diag has a nonnegative ID. More...

template<class _Data , class _Points , class _Loads , class Tag >
void	element_load_vector (const _Data &data_s, const Generic_element &e_s, const Generic_element &e_t, const _Points &pnts_s, const _Points &pnts_t, const Point_2 ncs_s, const Point_2 ncs_t, const Real alpha, const int sne, const Tag &tag, _Loads loads, _Loads diag, Real *emm, int doa, bool lump)
	Computes the element-wise load vector, and also computes mass matrix if emm is not NULL. More...

template<class _Data >
void	compute_load_prime (const Generic_element &e_s, const _Data &data_s, const Vector_3 grads_s, Vector_3 load_prime, Tag_nodal)

template<class _Data >
void	compute_load_prime (const Generic_element &e_s, const _Data &data_s, const Vector_3 grads_s, Vector_3 load_prime, Tag_facial)

Protected Attributes inherited from Transfer_base
RFC_Window_transfer &	src

RFC_Window_transfer &	trg

int	sc

Detailed Description

Specialization for transfering from faces to nodes.

Definition at line 77 of file Transfer_2n.h.

Member Typedef Documentation

typedef Transfer_base Base

private

Definition at line 79 of file Transfer_2n.h.

typedef Transfer_f2n Self

private

Definition at line 78 of file Transfer_2n.h.

Constructor & Destructor Documentation

Transfer_f2n	(	RFC_Window_transfer *	s,
		RFC_Window_transfer *	t
	)

inline

Constructor.

Definition at line 83 of file Transfer_2n.h.

84 : Base(s, t) {}

Transfer_f2n::Base

Transfer_base Base

Definition: Transfer_2n.h:79

Member Function Documentation

void comp_loads	(	const Facial_data_const &	sf,
		Nodal_data &	tf,
		const Real	alpha,
		const int	order,
		bool	verb
	)

Compute the nodal load vector.

See Also: Transfer_n2n::comp_loads

Definition at line 526 of file Transfer_2n.C.

References Transfer_base::loadtransfer().

Referenced by Transfer_traits< Facial_data_const, Nodal_data, true >::transfer().

 {
   Base::loadtransfer( sv, tv, alpha, order, verbose);
 }

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void transfer	(	const Facial_data_const &	sf,
		Nodal_data &	tf,
		const Real	alpha,
		Real *	tol,
		int *	iter,
		int	doa,
		bool	verb
	)

The main entry to the data transfer algorithm.

See Also: Transfer_n2n::transfer

Definition at line 463 of file Transfer_2n.C.

References Transfer_base::transfer_2n().

Referenced by Transfer_traits< Facial_data_const, Nodal_data, true >::transfer().

 {
   Base::transfer_2n( sf, tv, alpha, tol, iter, doa, verbose);
 }

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

Public Member Functions

Private Types

Additional Inherited Members

Detailed Description

Member Typedef Documentation

Constructor & Destructor Documentation

Member Function Documentation