Main Page Namespace List Class Hierarchy Alphabetical List Compound List File List Compound Members File Members

MesherStrip< PrimType > Class Template Reference

#include <mesherStrip.h>

List of all members.

Public Types

typedef PrimType Prim

typedef TYPENAME PrimType::Vertex Vertex

typedef TYPENAME PrimType::DAttrib SAttrib

typedef MesherEdge< PrimType > Edge

typedef plist< SAttrib > Prims

typedef plist< Edge * > Edges

typedef plist< const Vertex * > Verts

Public Member Functions

MesherStrip ()

MesherStrip (const PrimType &prim, int index, const BuilderBucket &bucket)

INLINE MesherStrip (const MesherStrip &copy)

Prim make_prim (const BuilderBucket &bucket)

void measure_sheet (const Edge *edge, int new_row, int &num_prims, int &num_rows, int first_row_id, int this_row_id, int this_row_distance)

void cut_sheet (int first_row_id, int do_mate, const BuilderBucket &bucket)

bool mate (const BuilderBucket &bucket)

bool find_ideal_mate (MesherStrip *&mate, Edge *&common_edge, const BuilderBucket &bucket)

int count_neighbors () const

ostream & show_neighbors (ostream &out) const

INLINE bool is_coplanar_with (const MesherStrip &other, float threshold) const

INLINE float coplanarity (const MesherStrip &other) const

INLINE int type_category () const

const Vertex * find_uncommon_vertex (const Edge *edge) const

const Edge * find_opposite_edge (const Vertex *vertex) const

const Edge * find_opposite_edge (const Edge *edge) const

const Edge * find_adjacent_edge (const Edge *edge) const

INLINE void rotate_forward ()

INLINE void rotate_back ()

void rotate_to_front (const Edge *edge)

void rotate_to_back (const Edge *edge)

bool can_invert () const

bool invert ()

INLINE Edge get_head_edge () const

INLINE Edge get_tail_edge () const

bool is_odd () const

bool would_reverse_tail (BuilderPrimType wantType) const

void convert_to_type (BuilderPrimType wantType)

void combine_edges (MesherStrip< PrimType > &other, int removeSides)

void remove_all_edges ()

INLINE bool operator== (const MesherStrip &other) const

INLINE bool operator!= (const MesherStrip &other) const

bool pick_mate (const MesherStrip &a_strip, const MesherStrip &b_strip, const Edge &a_edge, const Edge &b_edge, const BuilderBucket &bucket) const

bool pick_sheet_mate (const MesherStrip &a_strip, const MesherStrip &b_strip) const

ostream & output (ostream &out) const

Static Public Member Functions

bool mate_pieces (Edge *common_edge, MesherStrip &front, MesherStrip &back, const BuilderBucket &bucket)

bool mate_strips (Edge *common_edge, MesherStrip &front, MesherStrip &back, BuilderPrimType type)

bool must_invert (const MesherStrip &front, const MesherStrip &back, bool will_reverse_back, BuilderPrimType type)

bool convex_quad (Edge *common_edge, MesherStrip &front, MesherStrip &back, const BuilderBucket &bucket)

Public Attributes

Prims _prims

Edges _edges

Verts _verts

BuilderPrimType _type

int _index

MesherStripStatus _status

int _planar

LVector3f _plane_normal

float _plane_offset

int _row_id

int _row_distance

int _origin

template<class PrimType>
class MesherStrip< PrimType >

Member Typedef Documentation

template<class PrimType>

typedef MesherEdge<PrimType> MesherStrip< PrimType >::Edge

Definition at line 52 of file mesherStrip.h.

template<class PrimType>

typedef plist<Edge *> MesherStrip< PrimType >::Edges

Definition at line 122 of file mesherStrip.h.

template<class PrimType>

typedef PrimType MesherStrip< PrimType >::Prim

Definition at line 49 of file mesherStrip.h.

template<class PrimType>

typedef plist<SAttrib> MesherStrip< PrimType >::Prims

Definition at line 121 of file mesherStrip.h.

template<class PrimType>

typedef TYPENAME PrimType::DAttrib MesherStrip< PrimType >::SAttrib

Definition at line 51 of file mesherStrip.h.

template<class PrimType>

typedef TYPENAME PrimType::Vertex MesherStrip< PrimType >::Vertex

Definition at line 50 of file mesherStrip.h.

template<class PrimType>

typedef plist<const Vertex *> MesherStrip< PrimType >::Verts

Definition at line 123 of file mesherStrip.h.

Constructor & Destructor Documentation

template<class PrimType>

MesherStrip< PrimType >::MesherStrip ( ) [inline]

Definition at line 54 of file mesherStrip.h.

template<class PrimType>

MesherStrip< PrimType >::MesherStrip ( const PrimType & prim,

int index,

const BuilderBucket & bucket

)

template<class PrimType>

INLINE MesherStrip< PrimType >::MesherStrip ( const MesherStrip< PrimType > & copy )

Member Function Documentation

template<class PrimType>

bool MesherStrip< PrimType >::can_invert ( ) const

template<class PrimType>

void MesherStrip< PrimType >::combine_edges ( MesherStrip< PrimType > & other,

int removeSides

)

template<class PrimType>

void MesherStrip< PrimType >::convert_to_type ( BuilderPrimType wantType )

template<class PrimType>

bool MesherStrip< PrimType >::convex_quad ( Edge * common_edge,

MesherStrip< PrimType > & front,

MesherStrip< PrimType > & back,

const BuilderBucket & bucket

) [static]

template<class PrimType>

INLINE float MesherStrip< PrimType >::coplanarity ( const MesherStrip< PrimType > & other ) const

template<class PrimType>

int MesherStrip< PrimType >::count_neighbors ( ) const

template<class PrimType>

void MesherStrip< PrimType >::cut_sheet ( int first_row_id,

int do_mate,

const BuilderBucket & bucket

)

template<class PrimType>

const Edge* MesherStrip< PrimType >::find_adjacent_edge ( const Edge * edge ) const

template<class PrimType>

bool MesherStrip< PrimType >::find_ideal_mate ( MesherStrip< PrimType > *& mate,

Edge *& common_edge,

const BuilderBucket & bucket

)

template<class PrimType>

const Edge* MesherStrip< PrimType >::find_opposite_edge ( const Edge * edge ) const

template<class PrimType>

const Edge* MesherStrip< PrimType >::find_opposite_edge ( const Vertex * vertex ) const

template<class PrimType>

const Vertex* MesherStrip< PrimType >::find_uncommon_vertex ( const Edge * edge ) const

template<class PrimType>

INLINE Edge MesherStrip< PrimType >::get_head_edge ( ) const

template<class PrimType>

INLINE Edge MesherStrip< PrimType >::get_tail_edge ( ) const

template<class PrimType>

bool MesherStrip< PrimType >::invert ( )

template<class PrimType>

INLINE bool MesherStrip< PrimType >::is_coplanar_with ( const MesherStrip< PrimType > & other,

float threshold

) const

template<class PrimType>

bool MesherStrip< PrimType >::is_odd ( ) const

template<class PrimType>

Prim MesherStrip< PrimType >::make_prim ( const BuilderBucket & bucket )

template<class PrimType>

bool MesherStrip< PrimType >::mate ( const BuilderBucket & bucket )

template<class PrimType>

bool MesherStrip< PrimType >::mate_pieces ( Edge * common_edge,

MesherStrip< PrimType > & front,

MesherStrip< PrimType > & back,

const BuilderBucket & bucket

) [static]

template<class PrimType>

bool MesherStrip< PrimType >::mate_strips ( Edge * common_edge,

MesherStrip< PrimType > & front,

MesherStrip< PrimType > & back,

BuilderPrimType type

) [static]

template<class PrimType>

void MesherStrip< PrimType >::measure_sheet ( const Edge * edge,

int new_row,

int & num_prims,

int & num_rows,

int first_row_id,

int this_row_id,

int this_row_distance

)

template<class PrimType>

bool MesherStrip< PrimType >::must_invert ( const MesherStrip< PrimType > & front,

const MesherStrip< PrimType > & back,

bool will_reverse_back,

BuilderPrimType type

) [static]

template<class PrimType>

INLINE bool MesherStrip< PrimType >::operator!= ( const MesherStrip< PrimType > & other ) const

template<class PrimType>

INLINE bool MesherStrip< PrimType >::operator== ( const MesherStrip< PrimType > & other ) const

template<class PrimType>

ostream& MesherStrip< PrimType >::output ( ostream & out ) const

Referenced by operator<<().

template<class PrimType>

bool MesherStrip< PrimType >::pick_mate ( const MesherStrip< PrimType > & a_strip,

const MesherStrip< PrimType > & b_strip,

const Edge & a_edge,

const Edge & b_edge,

const BuilderBucket & bucket

) const

template<class PrimType>

bool MesherStrip< PrimType >::pick_sheet_mate ( const MesherStrip< PrimType > & a_strip,

const MesherStrip< PrimType > & b_strip

) const

template<class PrimType>

void MesherStrip< PrimType >::remove_all_edges ( )

template<class PrimType>

INLINE void MesherStrip< PrimType >::rotate_back ( )

template<class PrimType>

INLINE void MesherStrip< PrimType >::rotate_forward ( )

template<class PrimType>

void MesherStrip< PrimType >::rotate_to_back ( const Edge * edge )

template<class PrimType>

void MesherStrip< PrimType >::rotate_to_front ( const Edge * edge )

template<class PrimType>

ostream& MesherStrip< PrimType >::show_neighbors ( ostream & out ) const

template<class PrimType>

INLINE int MesherStrip< PrimType >::type_category ( ) const

template<class PrimType>

bool MesherStrip< PrimType >::would_reverse_tail ( BuilderPrimType wantType ) const

Member Data Documentation

template<class PrimType>

Edges MesherStrip< PrimType >::_edges

Definition at line 126 of file mesherStrip.h.

template<class PrimType>

int MesherStrip< PrimType >::_index

Definition at line 130 of file mesherStrip.h.

template<class PrimType>

int MesherStrip< PrimType >::_origin

Definition at line 137 of file mesherStrip.h.

template<class PrimType>

int MesherStrip< PrimType >::_planar

Definition at line 133 of file mesherStrip.h.

template<class PrimType>

LVector3f MesherStrip< PrimType >::_plane_normal

Definition at line 134 of file mesherStrip.h.

template<class PrimType>

float MesherStrip< PrimType >::_plane_offset

Definition at line 135 of file mesherStrip.h.

template<class PrimType>

Prims MesherStrip< PrimType >::_prims

Definition at line 125 of file mesherStrip.h.

template<class PrimType>

int MesherStrip< PrimType >::_row_distance

Definition at line 136 of file mesherStrip.h.

template<class PrimType>

int MesherStrip< PrimType >::_row_id

Definition at line 136 of file mesherStrip.h.

template<class PrimType>

MesherStripStatus MesherStrip< PrimType >::_status

Definition at line 131 of file mesherStrip.h.

template<class PrimType>

BuilderPrimType MesherStrip< PrimType >::_type

Definition at line 129 of file mesherStrip.h.

template<class PrimType>

Verts MesherStrip< PrimType >::_verts

Definition at line 127 of file mesherStrip.h.

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

mesherStrip.h

Generated on Fri Apr 18 00:12:44 2003 for Panda by

1.3


Public Types
typedef PrimType	Prim
typedef TYPENAME PrimType::Vertex	Vertex
typedef TYPENAME PrimType::DAttrib	SAttrib
typedef MesherEdge< PrimType >	Edge
typedef plist< SAttrib >	Prims
typedef plist< Edge * >	Edges
typedef plist< const Vertex * >	Verts
Public Member Functions
	MesherStrip ()
	MesherStrip (const PrimType &prim, int index, const BuilderBucket &bucket)
INLINE	MesherStrip (const MesherStrip &copy)
Prim	make_prim (const BuilderBucket &bucket)
void	measure_sheet (const Edge *edge, int new_row, int &num_prims, int &num_rows, int first_row_id, int this_row_id, int this_row_distance)
void	cut_sheet (int first_row_id, int do_mate, const BuilderBucket &bucket)
bool	mate (const BuilderBucket &bucket)
bool	find_ideal_mate (MesherStrip &mate, Edge &common_edge, const BuilderBucket &bucket)
int	count_neighbors () const
ostream &	show_neighbors (ostream &out) const
INLINE bool	is_coplanar_with (const MesherStrip &other, float threshold) const
INLINE float	coplanarity (const MesherStrip &other) const
INLINE int	type_category () const
const Vertex *	find_uncommon_vertex (const Edge *edge) const
const Edge *	find_opposite_edge (const Vertex *vertex) const
const Edge *	find_opposite_edge (const Edge *edge) const
const Edge *	find_adjacent_edge (const Edge *edge) const
INLINE void	rotate_forward ()
INLINE void	rotate_back ()
void	rotate_to_front (const Edge *edge)
void	rotate_to_back (const Edge *edge)
bool	can_invert () const
bool	invert ()
INLINE Edge	get_head_edge () const
INLINE Edge	get_tail_edge () const
bool	is_odd () const
bool	would_reverse_tail (BuilderPrimType wantType) const
void	convert_to_type (BuilderPrimType wantType)
void	combine_edges (MesherStrip< PrimType > &other, int removeSides)
void	remove_all_edges ()
INLINE bool	operator== (const MesherStrip &other) const
INLINE bool	operator!= (const MesherStrip &other) const
bool	pick_mate (const MesherStrip &a_strip, const MesherStrip &b_strip, const Edge &a_edge, const Edge &b_edge, const BuilderBucket &bucket) const
bool	pick_sheet_mate (const MesherStrip &a_strip, const MesherStrip &b_strip) const
ostream &	output (ostream &out) const
Static Public Member Functions
bool	mate_pieces (Edge *common_edge, MesherStrip &front, MesherStrip &back, const BuilderBucket &bucket)
bool	mate_strips (Edge *common_edge, MesherStrip &front, MesherStrip &back, BuilderPrimType type)
bool	must_invert (const MesherStrip &front, const MesherStrip &back, bool will_reverse_back, BuilderPrimType type)
bool	convex_quad (Edge *common_edge, MesherStrip &front, MesherStrip &back, const BuilderBucket &bucket)
Public Attributes
Prims	_prims
Edges	_edges
Verts	_verts
BuilderPrimType	_type
int	_index
MesherStripStatus	_status
int	_planar
LVector3f	_plane_normal
float	_plane_offset
int	_row_id
int	_row_distance
int	_origin

MesherStrip< PrimType > Class Template Reference

Public Types

Public Member Functions

Static Public Member Functions

Public Attributes

template<class PrimType> class MesherStrip< PrimType >

Member Typedef Documentation

Constructor & Destructor Documentation

Member Function Documentation

Member Data Documentation

template<class PrimType>
class MesherStrip< PrimType >