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

#include <Transfer_2n.h>

Inheritance diagram for Transfer_n2n:

Collaboration diagram for Transfer_n2n:

Public Member Functions
	Transfer_n2n (RFC_Window_transfer s, RFC_Window_transfer t)
	Constructor. More...

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

void	comp_loads (const Nodal_data_const &sf, Nodal_data &tf, const Real alpha, const int doa, 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_n2n	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 nodes to nodes.

Definition at line 42 of file Transfer_2n.h.

Member Typedef Documentation

typedef Transfer_base Base

private

Definition at line 44 of file Transfer_2n.h.

typedef Transfer_n2n Self

private

Definition at line 43 of file Transfer_2n.h.

Constructor & Destructor Documentation

Transfer_n2n	(	RFC_Window_transfer *	s,
		RFC_Window_transfer *	t
	)

inline

Constructor.

Definition at line 48 of file Transfer_2n.h.

49 : Base(s, t) {}

Transfer_n2n::Base

Transfer_base Base

Definition: Transfer_2n.h:44

Member Function Documentation

void comp_loads	(	const Nodal_data_const &	sf,
		Nodal_data &	tf,
		const Real	alpha,
		const int	doa,
		bool	verb
	)

Compute the nodal load vector.

Parameters

sf	Souce data
tf	Target data
alpha	Parameter to control interpolation of coordinates between the input meshes
doa	Degree of accuracy for quadrature rule to be used
verb	Verbose level

Definition at line 519 of file Transfer_2n.C.

References Transfer_base::loadtransfer().

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

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

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void transfer	(	const Nodal_data_const &	sf,
		Nodal_data &	tf,
		const Real	alpha,
		Real *	t,
		int *	iter,
		int	doa,
		bool	ver
	)

The main entry to the data transfer algorithm.

Parameters

sf	Souce data
tf	Target data
alpha	Parameter to control interpolation of coordinates between the input meshes
tol	Tolerance of iterative solver
iter	Number of iterations of iterative solver.
doa	Degree of accuracy for quadrature rule to be used
verb	Verbose level

Definition at line 456 of file Transfer_2n.C.

References Transfer_base::transfer_2n().

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

 {
   Base::transfer_2n( sv, 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