A window is a collection of panes. More...

#include <RFC_Window_overlay.h>

Inheritance diagram for RFC_Window_overlay:

Collaboration diagram for RFC_Window_overlay:

Classes
class	Feature_0

struct	Feature_1

Public Types
typedef RFC_Window_overlay	Self

typedef RFC_Window_derived < RFC_Pane_overlay >	Base

typedef Vertex_overlay	Vertex

typedef Halfedge_overlay	Halfedge

typedef Facet_overlay	Facet

typedef std::list< Feature_0 >	Feature_list_0

typedef std::list< Feature_1 >	Feature_list_1

Public Types inherited from RFC_Window_base
typedef RFC_Window_base	Self

typedef COM::Window	Base

typedef COM::Attribute	Attribute

typedef RFC_Pane_base	Pane

typedef std::map< int, Pane * >	Pane_set

Public Member Functions
	RFC_Window_overlay (COM::Window b, int color, const char pre=NULL)

virtual	~RFC_Window_overlay ()

bool	is_same_node (Vertex v1, Vertex v2)
	Check whether given two vertices correspond to the same physical point. More...

void	create_overlay_data ()

void	delete_overlay_data ()

void	determine_counterparts ()

void	unmark_alledges ()

const Halfedge *	get_an_unmarked_halfedge () const

Halfedge *	get_an_unmarked_halfedge ()

void	evaluate_normals ()

void	reduce_coordinates_to_all ()

void	print_features ()
	Dump out the 0- and 1-features in Tecplot format into files <name>f0.plt, <name>f1.plt, respectively. More...

void	detect_features ()
	The main entry of feature detection. More...

bool	snap_on_features () const

Feature_list_0 &	flist_0 ()

Feature_list_1 &	flist_1 ()

const Feature_list_0 &	flist_0 () const

const Feature_list_1 &	flist_1 () const

void	remove_feature_1 (Feature_1 &f)
	Remove a false strong curve. More...

Feature_list_0::iterator	remove_feature_0 (Feature_list_0::iterator i)
	Remove the given 0-feature from the list. More...

Public Member Functions inherited from RFC_Window_derived< RFC_Pane_overlay >
const Pane &	pane (const int pid) const
	Get a reference to the pane with give id `pid`. More...

Pane &	pane (const int pid)

std::pair< Pane *, int >	get_primary (Pane *p, int vid)
	Get a handle to the primary copy of a node contained in the pane `p` with local id `vid`. More...

std::pair< const Pane *, int >	get_primary (const Pane *p, int vid) const

void	panes (std::vector< Pane * > &ps)
	Get a vector of local panes contained in the window. More...

void	panes (std::vector< const Pane * > &ps) const

Public Member Functions inherited from RFC_Window_base
	RFC_Window_base (Base *b, int c, MPI_Comm)
	Construct an object with base `b` and color `c`. More...

virtual	~RFC_Window_base ()
	Default destructor. More...

std::string	name () const
	The name of the window. More...

const RFC_Pane_base &	pane (const int pid) const

RFC_Pane_base &	pane (const int pid)

const COM::Window *	base () const
	Get a reference to the base COM::Window object. More...

int	color () const
	The color of the window for overlay or for data transfer (BLUE or GREEN). More...

int	size_of_nodes () const
	Get the total number of nodes contained the window. More...

int	size_of_faces () const
	Get the total number of faces contained the window. More...

int	size_of_primary_nodes () const
	Get the total number of nodes contained the window. More...

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

int	size_of_panes () const
	Number of local panes in the window. More...

const Attribute *	attribute (const char *f) const
	Retrieve an attribute object from the base using the attribute name. More...

void	export_window (RFC_Window_base *) const

void	write_tec_ascii (const char *prefix) const
	Ouptut a mesh in Tecplot format. More...

void	write_tec_sub (const char *prefix) const
	Ouptut a subdivision of a mesh in Tecplot format. More...

void	new_sdv_attributes (const std::string &wname) const
	New attributes. More...

void	read_sdv (const char prefix, const char format=NULL)
	Read in local panes in native binary format or using Rocin. More...

void	write_sdv (const char prefix, const char format=NULL) const
	Write out panes in native binary format or using Rocout. More...

void	build_pc_tables ()
	Build the pane connectivity table. More...

Protected Member Functions
void	reduce_normals_to_all (MPI_Op)

Vector_3	get_tangent (const Halfedge *h)

float	comp_angle_defect (Vertex *v)
	Compute the angle defect of a vertex. More...

float	cos_face_angle (Halfedge h, Halfedge hopp)
	Compute the cosine of the face angle (dihedral angle) at an edge. More...

float	cos_edge_angle (const Halfedge h1, const Halfedge h2)
	Compute the cosine of the edge angle at a vertex between two incident feature edges. More...

float	cos_edge_angle (const Feature_1 &f1, Feature_1::const_iterator it, bool isloop)
	Compute the cosine of the edge angle at a vertex in a given feature curve. More...

bool	is_strong_ad (Vertex *v)
	Determine whether a vertex is strong (either theta-strong or relatively strong) in angle defect. More...

bool	is_rstrong_ea (const Feature_1 &f1, Feature_1::const_iterator hprev, Feature_1::const_iterator hnext, float cos_ea, bool isloop)
	Determine whether a vertex is relatively strong in edge angle within a give feature. More...

bool	check_false_strong_1 (Feature_1 &)
	Determine whether a curve is false strong. More...

void	subdiv_feature_curve (const Feature_1 &f1, Feature_list_1 &new_flist, int &dropped)
	Subdivide a feature curve by splitting it at 0-features. More...

void	merge_features_1 (Vertex *v, Feature_1 &f1, Feature_1 &f2)
	Merge two feature curves into one at vertex v. More...

void	identify_features_0 ()
	Identify the 0-features. More...

Protected Member Functions inherited from RFC_Window_derived< RFC_Pane_overlay >
	RFC_Window_derived (COM::Window *b, int c, MPI_Comm comm)
	A constructor. More...

virtual	~RFC_Window_derived ()
	A destructor. More...

void	init ()

Private Member Functions
void	init_feature_parameters ()
	Read in the control file for feature detection. More...

void	set_feature_0 (Vertex *v) const

void	set_on_feature (Vertex *v) const

bool	is_feature_0 (const Vertex *v) const

bool	is_on_feature (const Vertex *v) const

bool	is_feature_1 (const Halfedge *h) const

void	unset_strong_edge (Halfedge *h) const

void	dump_strong_edges (const std::vector< std::pair< float, Halfedge * > > &, const std::vector< std::pair< float, Halfedge * > > &)
	Dump out the strong edges in Tecplot format into file <name>s1.plt. More...

void	normalize (Vector_3 &v)
	Miscellaneous Helpers. More...

Private Attributes
float	_cos_uf

float	_cos_lf

float	_rf

float	_cos_weakend

float	_ud

float	_ld

float	_rd

float	_cos_ue

float	_cos_le

float	_re

int	_min_1f_len

int	verb

std::string	out_pre

Feature_list_0	_f_list_0

Feature_list_1	_f_list_1

std::map< Vertex *, int >	_f0_ranks

bool	_long_falseness_check

bool	_strong_ended

bool	_snap_on_features

Static Private Attributes
static const float	r2d =180./3.1415926535

static HDS_accessor< Tag_true >	acc

Additional Inherited Members
Protected Types inherited from RFC_Window_derived< RFC_Pane_overlay >
typedef RFC_Window_derived < RFC_Pane_overlay >	Self

typedef RFC_Window_base	Base

typedef RFC_Pane_overlay	Pane

Protected Types inherited from RFC_Window_base
enum	{ SDV_BINARY, SDV_HDF, SDV_CGNS }

Static Protected Member Functions inherited from RFC_Window_base
static std::string	get_sdv_fname (const char *prefix, int pane_id, const int format=SDV_BINARY)

static const char *	get_prefix_base (const char *prefix)

static int	get_sdv_format (const char *format)

Protected Attributes inherited from RFC_Window_base
Base *	_base
	A reference to its base COM::Window object. More...

Pane_set	_pane_set
	The set of panes contained in the window. More...

int	_verbose

int	_color

MAP::Pane_communicator	_map_comm

Static Protected Attributes inherited from RFC_Window_base
static const char *	_bufwin_prefix = "buf_"

Detailed Description

A window is a collection of panes.

Definition at line 328 of file RFC_Window_overlay.h.

Member Typedef Documentation

typedef RFC_Window_derived<RFC_Pane_overlay> Base

Definition at line 331 of file RFC_Window_overlay.h.

typedef Facet_overlay Facet

Definition at line 334 of file RFC_Window_overlay.h.

typedef Halfedge_overlay Halfedge

Definition at line 333 of file RFC_Window_overlay.h.

typedef RFC_Window_overlay Self

Definition at line 330 of file RFC_Window_overlay.h.

typedef Vertex_overlay Vertex

Definition at line 332 of file RFC_Window_overlay.h.

Constructor & Destructor Documentation

RFC_Window_overlay	(	COM::Window *	b,
		int	color,
		const char *	pre = `NULL`
	)

Definition at line 68 of file RFC_Window_overlay.C.

References RFC_Window_base::build_pc_tables(), determine_counterparts(), init_feature_parameters(), and RFC_Window_derived< RFC_Pane_overlay >::panes().

   : Base(b, color, MPI_COMM_SELF), out_pre(pre?pre:""), 
     _long_falseness_check(true) {
   init_feature_parameters();
   vector< Pane*> pns; panes(pns);
   vector< Pane*>::iterator pit=pns.begin(), piend=pns.end();
   for ( ; pit != piend; ++pit) {
     (*pit)->_window = this;
     (*pit)->build_hds();   // Create the DCEL data structure
   }
 
   // Preprocess pane connectivity.
   std::cout << "Building pane connectivity..." << std::flush;
 
   build_pc_tables();
 
   // Determine the counterpart for border edges of all panes.
   determine_counterparts();
 
   std::cout << "Done" << std::endl;
 }

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~RFC_Window_overlay ( )

virtual

Definition at line 90 of file RFC_Window_overlay.C.

90 {}

Member Function Documentation

void normalize ( Vector_3 & v )

inlineprivate

Miscellaneous Helpers.

Definition at line 471 of file RFC_Window_overlay.h.

References sqrt().

Referenced by evaluate_normals().

472 { if (v != Vector_3(0,0,0)) v = v / std::sqrt( v*v); }

Vector_3

SURF::Vector_3< Real > Vector_3

Definition: rfc_basic.h:42

sqrt

double sqrt(double d)

Definition: double.h:73

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Member Data Documentation

float _cos_le

private

Definition at line 476 of file RFC_Window_overlay.h.

float _cos_lf

private

Definition at line 474 of file RFC_Window_overlay.h.

float _cos_ue

private

Definition at line 476 of file RFC_Window_overlay.h.

float _cos_uf

private

Definition at line 474 of file RFC_Window_overlay.h.

float _cos_weakend

private

Definition at line 474 of file RFC_Window_overlay.h.

std::map<Vertex*,int> _f0_ranks

private

Definition at line 483 of file RFC_Window_overlay.h.

Feature_list_0 _f_list_0

private

Definition at line 481 of file RFC_Window_overlay.h.

Referenced by evaluate_normals(), and flist_0().

Feature_list_1 _f_list_1

private

Definition at line 482 of file RFC_Window_overlay.h.

Referenced by evaluate_normals(), and flist_1().

float _ld

private

Definition at line 475 of file RFC_Window_overlay.h.

bool _long_falseness_check

private

Definition at line 484 of file RFC_Window_overlay.h.

int _min_1f_len

private

Definition at line 477 of file RFC_Window_overlay.h.

float _rd

private

Definition at line 475 of file RFC_Window_overlay.h.

float _re

private

Definition at line 476 of file RFC_Window_overlay.h.

float _rf

private

Definition at line 474 of file RFC_Window_overlay.h.

bool _snap_on_features

private

Definition at line 487 of file RFC_Window_overlay.h.

Referenced by snap_on_features().

bool _strong_ended

private

Definition at line 485 of file RFC_Window_overlay.h.

float _ud

private

Definition at line 475 of file RFC_Window_overlay.h.

HDS_accessor< Tag_true > acc

staticprivate

Definition at line 490 of file RFC_Window_overlay.h.

Referenced by evaluate_normals(), and reduce_coordinates_to_all().

std::string out_pre

private

Definition at line 480 of file RFC_Window_overlay.h.

const float r2d =180./3.1415926535

staticprivate

Definition at line 489 of file RFC_Window_overlay.h.

int verb

private

Definition at line 478 of file RFC_Window_overlay.h.

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

Classes

Public Types

Public Member Functions

Protected Member Functions

Private Member Functions

Private Attributes

Static Private Attributes

Additional Inherited Members

Detailed Description

Member Typedef Documentation

Constructor & Destructor Documentation

Member Function Documentation

Member Data Documentation