shapeset.h File Reference

#include "common.h"
#include "function.h"

Go to the source code of this file.

Classes
struct	Part
struct	CEDKey
	constrained key More...
struct	CEDComb
class	Shapeset
	Base class for all shapesets. More...
Enumerations
enum	EPartOri { PART_ORI_HORZ = 0, PART_ORI_VERT = 1 }
enum	EShapeFnType {   SHFN_CONSTRAINED = -1, SHFN_VERTEX = 0, SHFN_EDGE = 1, SHFN_FACE = 2,   SHFN_BUBBLE = 3 }
enum	ECedKeyType { CED_KEY_TYPE_EDGE = 0, CED_KEY_TYPE_FACE = 1, CED_KEY_TYPE_EDGE_FACE = 2 }
Functions
void	get_interval_part (int part, double &lo, double &hi)
	Get the endpoints of the interval.
void	get_edge_part (int part, double &x)
	Get the position on the edge.
double	get_edge_coef (int part)
Part	transform_edge_part (int ori, Part part)
	Transform the edge part.
Part	transform_face_part (int ori, Part part)
	Transform the face part.
int	get_lower_part (int part)
int	get_higher_part (int part)
int	face_to_edge_part (int part)
int	combine_face_part (int part, int finer_part)
	TODO: move to common/shapeset?
int	opposite_part (int part)
	Get the part that is opposite to another part.
int	opposite_edge_part (int part)

---

Enumeration Type Documentation

enum ECedKeyType

Enumerator:

CED_KEY_TYPE_EDGE
CED_KEY_TYPE_FACE
CED_KEY_TYPE_EDGE_FACE

enum EPartOri

Enumerator:

PART_ORI_HORZ
PART_ORI_VERT

enum EShapeFnType

Enumerator:

SHFN_CONSTRAINED
SHFN_VERTEX
SHFN_EDGE
SHFN_FACE
SHFN_BUBBLE

---

Function Documentation

int combine_face_part	(	int	part,
		int	finer_part
	)

TODO: move to common/shapeset?

Combine parts on the face

Returns:

The combined part

Parameters:

[in]	part	- the part on the face
[in]	finer_part	- part that is added to the 'part' It can be either: 0 - part stays the same), 1 - combine with the lower part of the 'part', 2 - combine with the higher part of the 'part'.

int face_to_edge_part

(

int

part

)

[inline]

double get_edge_coef

(

int

part

)

void get_edge_part	(	int	part,
		double &	x
	)

Get the position on the edge.

Parameters:

	part[in]	ID of the position on the edge (see PIC)
	x[out]	position on the edge

int get_higher_part

(

int

part

)

[inline]

void get_interval_part	(	int	part,
		double &	lo,
		double &	hi
	)

Get the endpoints of the interval.

Parameters:

	part[in]	part of the interval (the number of stripe, see PIC)
	lo[out]	lower bound of the part the interval
	hi[out]	higher bound of the part the interval

int get_lower_part

(

int

part

)

[inline]

int opposite_edge_part

(

int

part

)

[inline]

int opposite_part

(

int

part

)

Get the part that is opposite to another part.

Returns:

the opposite part to the 'part' param

Parameters:

[in]

part

Part transform_edge_part	(	int	ori,
		Part	part
	)

Transform the edge part.

Returns:

The transformed part

Parameters:

[in]	ori	- the orientation of the edge
[in]	part	- the part that is being transformed

Part transform_face_part	(	int	ori,
		Part	part
	)

Transform the face part.

Returns:

The transformed part

Parameters:

[in]	ori	- the orientation of the face
[in]	part	- the part that is being transformed