#include <RFC_Window_transfer.h>

Inheritance diagram for RFC_Pane_transfer:

Collaboration diagram for RFC_Pane_transfer:

Public Types
typedef RFC_Pane_transfer	Self

typedef RFC_Pane_base	Base

Public Types inherited from RFC_Pane_base
typedef RFC_Pane_base	Self

typedef COM::Pane	Base

typedef COM::Attribute	Attribute

typedef Base::Size	Size

typedef RFC::Real	Real

typedef std::pair< int, int >	V2b
	Pane id and local boundary id. More...

typedef std::map< int, V2b >	V2b_table
	From node id to its corresponding map. More...

typedef std::vector< int >	B2v
	From local boundary ids to node ids. More...

typedef std::map< int, B2v >	B2v_table
	From pane id to its corresponding mapping. More...

Public Member Functions
	RFC_Pane_transfer (COM::Pane *b, int c)

virtual	~RFC_Pane_transfer ()

RFC_Window_transfer *	window ()

const RFC_Window_transfer *	window () const

Real *	pointer (int i)

const Real *	pointer (int i) const

const Real *	coordinates () const

bool	need_recv (int i) const

Real *	get_emm (int f)

const Real *	get_emm (int f) const

bool	is_master () const

Public Member Functions inherited from RFC_Pane_base
	RFC_Pane_base (Base *b, int color)
	A constructor. More...

void	init ()

virtual	~RFC_Pane_base ()
	The default destructor. More...

Base *	base ()
	The id of its base COM::Pane object. More...

const Base *	base () const

int	id () const

bool	is_master () const
	Is this pane a master copy? More...

bool	is_replicate () const
	Is this pane not a master copy? More...

bool	is_quadratic () const
	Does this pane contain quadratic elements? More...

bool	is_border_node (int i) const
	Is a give node on the boundary of the pane? More...

bool	is_isolated_node (int i) const
	Is a give node an isolated node not belong to any element? More...

bool	coincident (int i, int j) const
	Report whether the two given nodes are coincident. More...

int	size_of_nodes () const
	The total number of nodes in the pane. More...

int	size_of_faces () const
	The total number of faces in the pane. More...

int	size_of_isolated_nodes () const

int	size_of_border_nodes () const

Edge_ID	get_edge_id (const int face_lid, const int vertex_lid) const
	Get the edge id within a given face. More...

int	size_of_subnodes () const
	The total number of nodes in the subdivision of the pane. More...

int	size_of_subfaces () const
	The total number of faces in the subdivision of the pane. More...

Real *	pointer (int i)
	Get the address of a given attribute with id i. More...

const Real *	pointer (int i) const

bool	is_primary_node (const int vid) const
	Is the node with given local id a primary one? More...

int	size_of_primary_nodes () const
	Get total number of primary nodes contained in the pane. More...

const Point_3 &	get_point (int id) const
	Get the physical coordinates of the node with given local id. More...

const Point_3 &	get_point (int id, int) const

const Real *	coordinates () const

Point_3	get_point_of_subnode (int id) const

Bbox_3	get_bounding_box () const
	Get the bounding box of the pane. More...

int	color () const
	The color of the parent window (BLUE or GREEN). More...

int	parent_type_of_subnode (int) const
	Determine the parent type of a subnode of given tyep. More...

int	get_parent_node (int) const
	Get the local parent node id of a given subnode. More...

int	get_parent_face (int id) const
	Get the local parent face id of a given subface. More...

template<class Point >
void	normalize_nat_coor (int idx, int e, Point &nc) const

void	get_host_element_of_subnode (int i, Element_node_enumerator &ene, Point_2 &nc) const

void	get_host_element_of_subface (int i, Element_node_enumerator &ene) const

void	get_nat_coor_in_element (const int eid, const int lid, Point_2 &nc) const
	Take a subface id and a local subnode id, return the natual coordinates of the subnode within the parent element. More...

void	get_nat_coor_in_element (const int sn_id, Element_node_enumerator &ene, Point_2 &nc) const
	Take a subnode id and an element, return the natrual coordinates within the element. More...

std::pair< const COM::Connectivity *, int >	get_element (int face_id) const
	Get the connectivity object and the id within the connectivity object for a given element. More...

const Node_ID &	get_subnode_counterpart (int i) const

const Face_ID &	get_subface_counterpart (int i) const

int	get_lvid (const Element_node_enumerator &ene, const int v) const

Private Attributes
RFC_Window_transfer *	_window

std::vector< std::vector< Real > >	_buffer

std::vector< int >	_emm_offset

std::vector< Real >	_emm_buffer

int	_data_buf_id

std::vector< Real >	_coor_buf

std::vector< Real >	_data_buf

std::vector< MPI_Request >	_msg_requests

int *	_to_recv

std::vector< int >	_recv_faces

std::vector< int >	_recv_nodes

std::map< int, std::vector< int > >	_send_faces

std::map< int, std::vector< int > >	_send_nodes

std::map< int, std::vector < Real > >	_send_buffers

Friends
class	RFC_Window_transfer

Additional Inherited Members
Protected Member Functions inherited from RFC_Pane_base
void	comp_nat_coors ()
	Compute the natural coordinates. More...

void	build_v2b_from_b2v (const RFC_Window_base *w)
	Build pane connectivity. More...

void	write_tec_ij (std::ostream &, const COM::Attribute *a=0) const

void	write_tec_tri (std::ostream &, const COM::Connectivity &, const COM::Attribute *a=0) const

void	write_tec_mixed (std::ostream &, const std::vector< const COM::Connectivity * > &, const COM::Attribute *a=0) const

void	write_tec_sub (std::ostream &) const

void	write_tec_ascii (std::ostream &os, const COM::Attribute *attr=0) const

void	write_binary (std::ostream &os) const

void	read_binary (std::istream &is, std::vector< int > b2v_all=NULL, COM::Pane p=NULL)

void	register_sdv_attributes (const std::string &wname) const

void	read_rocin (const std::string &sdv_wname, const std::string &parent_wname="", COM::Pane *p=NULL)
	Read in using Rocin. More...

Protected Attributes inherited from RFC_Pane_base
Base *	_base
	Reference to its base object. More...

bool	_is_master
	Is the pane a master copy? More...

bool	_quadratic
	Does it contain quadratic elements? More...

std::vector< bool >	_is_border
	Is a node on border? More...

std::vector< bool >	_is_isolated
	Is a node isolated? More...

int	_n_border

int	_n_isolated

V2b_table	_v2b_table

B2v_table	_b2v_table

std::vector< Edge_ID >	_subnode_parents
	Edge ids of parents. More...

std::vector< Point_2S >	_subnode_nat_coors
	Natual coordinates in the parent face. More...

std::vector< Point_2S >	_subnode_normalized_nc
	Natual coordinates in the parent face. More...

std::vector< int >	_subnode_subID
	Sub-node ID of nodes in the pane. More...

std::vector< Node_ID >	_subnode_counterparts
	Ids of counterparts of subnodes. More...

std::vector< Three_tuple< int > >	_subfaces

std::vector< int >	_subface_parents
	Face ids of the parents of the subfaces. More...

std::vector< int >	_subface_offsets
	Offsets of first subfaces contained in a face. More...

std::vector< Face_ID >	_subface_counterparts
	Ids of counterparts of faces. More...

std::vector< Three_tuple < Point_2S > >	_subface_nat_coors
	Element connectivity of the subfaces. More...

Detailed Description

Definition at line 53 of file RFC_Window_transfer.h.

Member Typedef Documentation

typedef RFC_Pane_base Base

Definition at line 56 of file RFC_Window_transfer.h.

typedef RFC_Pane_transfer Self

Definition at line 55 of file RFC_Window_transfer.h.

Constructor & Destructor Documentation

RFC_BEGIN_NAME_SPACE RFC_Pane_transfer	(	COM::Pane *	b,
		int	c
	)

Definition at line 35 of file RFC_Window_transfer.C.

36 : Base( b, c), _window( NULL), _to_recv( NULL) {}

RFC_Pane_transfer::Base

RFC_Pane_base Base

Definition: RFC_Window_transfer.h:56

RFC_Pane_transfer::_to_recv

int * _to_recv

Definition: RFC_Window_transfer.h:117

RFC_Pane_transfer::_window

RFC_Window_transfer * _window

Definition: RFC_Window_transfer.h:106

~RFC_Pane_transfer ( )

virtual

Definition at line 37 of file RFC_Window_transfer.C.

37 {}

Member Function Documentation

const Real* coordinates ( ) const

inline

Definition at line 79 of file RFC_Window_transfer.h.

References _coor_buf, RFC_Pane_base::coordinates(), and is_master().

Referenced by Transfer_base::compute_load_vector_wra(), Transfer_base::integrate_subface(), and RFC_Window_transfer::replicate_data().

                                   { 
     if ( is_master()) 
       return Base::coordinates();
     else {
       return &_coor_buf.front();
     }
   }

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Real* get_emm ( int f )

inline

Definition at line 93 of file RFC_Window_transfer.h.

References _emm_buffer, _emm_offset, RFC_assertion, and RFC_Pane_base::size_of_faces().

Referenced by Transfer_base::compute_load_vector_wra(), and Transfer_base::multiply_mass_mat_and_x().

                         {
     RFC_assertion( f>=1 && f<=size_of_faces()); 
     return &_emm_buffer[ _emm_offset[f-1]]; 
   }

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const Real* get_emm ( int f ) const

inline

Definition at line 97 of file RFC_Window_transfer.h.

References _emm_buffer, _emm_offset, RFC_assertion, and RFC_Pane_base::size_of_faces().

                                     {
     RFC_assertion( f>=1 && f<=size_of_faces()); 
     return &_emm_buffer[ _emm_offset[f-1]];
   }

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bool is_master ( ) const

inline

Definition at line 102 of file RFC_Window_transfer.h.

References RFC_Pane_base::_base.

Referenced by coordinates(), pointer(), and RFC_Window_transfer::replicate_metadata().

102 { return _base->window()!=NULL; }

RFC_Pane_base::_base

Base * _base

Reference to its base object.

Definition: RFC_Window_base.h:409

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bool need_recv ( int i ) const

inline

Definition at line 86 of file RFC_Window_transfer.h.

References _to_recv, RFC_assertion, and RFC_Pane_base::size_of_faces().

Referenced by Transfer_base::interpolate_fe(), and Transfer_base::multiply_mass_mat_and_x().

                                { 
     // Check whether an element is on the receiver list
     if ( _to_recv == NULL) return true;
     RFC_assertion( i>=1 && i<=size_of_faces());
     return _to_recv[ i-1];
   }

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Real* pointer ( int i )

inline

Definition at line 65 of file RFC_Window_transfer.h.

References _buffer, _data_buf, _data_buf_id, is_master(), RFC_Pane_base::pointer(), and RFC_assertion.

Referenced by RFC_Data_const< _Tag >::get_value(), RFC_Data< _Tag >::get_value(), Transfer_base::interpolate_fe(), Transfer_base::make_field(), Transfer_base::multiply_mass_mat_and_x(), pointer(), RFC_Window_transfer::reduce_maxabs_to_all(), RFC_Window_transfer::reduce_to_all(), RFC_Window_transfer::replicate_data(), and RFC_Data< _Tag >::set_value().

                         { 
     if ( i>=0) {
       if ( is_master()) 
         return Base::pointer(i);
       else {
         RFC_assertion( _data_buf_id == i);
         return &_data_buf.front();
       }
     }
     else
       return &_buffer[-i-1][0];
   }