Detailed Description

template<class T>
class gismo::gsTemplate< T >

A template is a structure defining a topological arrangement of a collection of parameter domains (that map to physical-domain patches). Additionally, the template stores the images of the corner points on physical space (but not the surface patch itself).

For ordering the box vertices:

  6---7
 /|  /|
2---3 |
| 4-|-5
|/  |/ 
0---1

Sides:

2---3  3---7  7---6  6---2
|   |  |   |  |   |  |   |
|   |  |   |  |   |  |   |
0---1  1---5  5---4  4---0

Bottom/Top:

0---1  6---7
|   |  |   |
|   |  |   |
4---5  2---3

Then we describe quads or triangle pairs in the right counter-clockwise order:

2---3               3         2--3 
|   |  becomes     /|   and   | / 
|   |             / |         |/ 
0---1            0--1         0

Triangles 0-1-3 and 0-3-2 Quad 0-1-3-2

Inheritance diagram for gsTemplate< T >:

Collaboration diagram for gsTemplate< T >:

Public Types
typedef gsBoxTopology	Base
	Shared pointer for gsTemplate.

Public Member Functions
void	addAutoBoundaries ()
	Make all patch sides which are not yet declared as interface or boundary to a boundary.

void	addBoundary (index_t p, boxSide s, std::string l="")
	Set side s of box p to a boundary.

void	addBoundary (const patchSide &ps)
	Set patch side ps to a boundary.

void	addBox (index_t i=1)
	Add i new boxes.

template<class T >
gsProperty< T >	addBoxProperty (const std::string &name, T t=T())
	Adds a box property. More...

void	addInterface (index_t p1, boxSide s1, index_t p2, boxSide s2, std::string l="")
	Add an interface between side s1 of box p1 and side s2 of box p2.

void	addInterface (const boundaryInterface &bi)
	Add an interface described by bi.

std::vector< std::vector < patchComponent > >	allComponents (bool combineCorners=false) const
	Returns all components representing the topology. More...

const_biterator	bBegin () const

biterator	bBegin ()

const_biterator	bEnd () const

biterator	bEnd ()

const boundaryInterface &	bInterface (int i) const
	Access i-th boundary interface.

const bContainer &	boundaries () const
	Return the vector of boundaries.

bContainer	boundaries (const std::string l) const
	Return the vector of boundaries with label l.

void	checkConsistency () const
	Check that boundaries and interfaces are consistent.

void	clearAll ()
	Clear all boxes, boundary and interface data.

void	clearTopology ()
	Clear all boundary and interface data.

gsTemplate *	clone () const
	Clone function. Used to make a copy of the object.

short_t	dim () const
	Dimension of the boxes.

InterfacePtr	findInterface (const index_t b1, const index_t b2) const

BoundaryPtr	getBoundary (const patchSide &ps)
	Returns a pointer to the boundary stored in this class, given ps.

template<class T >
gsProperty< T >	getBoxProperty (const std::string &name) const
	Adds a box property. More...

bool	getCornerList (const patchCorner &start, std::vector< patchCorner > &cornerList) const

void	getEVs (std::vector< std::vector< patchCorner > > &cornerLists, bool boundaries=false) const

bool	getInterface (const patchSide &ps, boundaryInterface &result) const

int	getMaxValence () const
	returns the maximal valence of a vertex of this topology.

bool	getNeighbour (const patchSide &ps, patchSide &result, int &ii) const

bool	getNeighbour (const patchSide &ps, patchSide &result) const

void	getOVs (std::vector< std::vector< patchCorner > > &cornerLists) const

	gsTemplate ()
	Default empty constructor.

	gsTemplate (int r, bool)
	square template constructed providing the 4 corners Bb matrix (2,4) (x and y coord.)

	gsTemplate (const std::vector< T > &intervalWidths, const gsMatrix< T > &verts, size_t startIdx, size_t endIdx, T curveProportion)

const_iiterator	iBegin () const

iiterator	iBegin ()

const_iiterator	iEnd () const

iiterator	iEnd ()

const ifContainer &	interfaces () const
	Return the vector of interfaces.

ifContainer	interfaces (const std::string l) const
	Return the vector of interfaces with label l.

bool	isBoundary (const patchSide &ps) const
	Is the given patch side ps set to a boundary?

bool	isBoundary (index_t p, boxSide s)
	Returns true if side s on patch p is a boundary.

bool	isInterface (const patchSide &ps) const
	Is the given patch side ps set to an interface?

size_t	nBoundary () const
	Number of boundaries.

index_t	nBoxes () const
	Number of boxes.

size_t	nInterfaces () const
	Number of interfaces.

index_t	nPatches () const
	Number of patches.

index_t	numBoxProperties () const
	Returns the number of assigned box properties. More...

std::ostream &	print (std::ostream &os) const
	Prints the object as a string.

void	setDim (short_t i)
	Set the dimension of the boxes.

void	swap (gsBoxTopology &other)
	Swap with another gsBoxTopology.

Protected Attributes
bContainer	m_boundary
	List of boundaries of the boxes.

gsProperty_container	m_boxProp
	List of properties for each box.

short_t	m_dim
	Dimension of the boxes held.

ifContainer	m_interfaces
	List of intefaces between boxes.

index_t	nboxes
	Number of boxes held.

Private Attributes
gsMatrix< T > *	m_corners
	List of corner points.

Constructor & Destructor Documentation

gsTemplate	(	const std::vector< T > &	intervalWidths,
		const gsMatrix< T > &	verts,
		size_t	startIdx,
		size_t	endIdx,
		T	curveProportion
	)

inline

construct a template for a convex polygon, with a single skeleton curve between two specified vertices.

Parameters

intervalWidths	A vector of widths of the parametrization intervals of each edge
verts	A gsMatrix whose rows are the vertices of the convex polygon
startIdx	Row number of the vertex for the bisecting curve to start at
endIdx	Row number for the end vertex
curveProportion	middle fraction of the bisecting curve that will actually become part of the skeleton

Member Function Documentation

gsProperty<T> addBoxProperty	(	const std::string &	name,
		T	t = `T()`
	)

inlineinherited

Adds a box property.

Parameters

[in]	name	The name of the property
[in]	t	The value of the property

Template Parameters

T	The type of the property

Returns: The property as a gsProperty object

std::vector< std::vector< patchComponent > > allComponents ( bool combineCorners = false ) const

inherited

Returns all components representing the topology.

Each entry of the outer vector represents one component (patch-interior, face, edge, corner, etc.). Since the components refering to one interface can be addressed as belonging to different patches, each component itself is represented by an inner vector which contains all patchComponent objects that refer to the particular component.

Parameters

combineCorners If this is set, all corners are treated as one component

const_biterator bBegin ( ) const

inlineinherited

Get a const-iterator to the beginning of the boundaries

Returns: an iterator to the beginning of the boundaries

biterator bBegin ( )

inlineinherited

Get an iterator to the beginning of the boundaries

Returns: an iterator to the beginning of the boundaries

const_biterator bEnd ( ) const

inlineinherited

Get a const-iterator to the end of the boundaries

Returns: an iterator to the end of the boundaries

biterator bEnd ( )

inlineinherited

Get an iterator to the end of the boundaries

Returns: an iterator to the end of the knotvector

const boundaryInterface * findInterface	(	const index_t	b1,
		const index_t	b2
	)		const

inherited

Returns a pointer to the interface between boxes b1 and b2, if one exists, otherwise it returns a null pointer

gsProperty<T> getBoxProperty ( const std::string & name ) const

inlineinherited

Adds a box property.

Parameters

[in] name The name of the property

Template Parameters

T	The type of the property

Returns: The property as a gsProperty<T> object

bool getCornerList	(	const patchCorner &	start,
		std::vector< patchCorner > &	cornerList
	)		const

inherited

takes a patchCorner start and gives back all other patchCorners, that represent the same point in the vector cornerList

void getEVs	(	std::vector< std::vector< patchCorner > > &	cornerLists,
		bool	boundaries = `false`
	)		const

inherited

gives back all the extraordinary vertices (3 faces or more than 4) of the topology each EV is represented by a vector of patchCorners, which represent the same vertex all the vectors are put in the vector cornerLists. It will only find vertices on the inside. CAREFUL: works only for 2D

bool getInterface	(	const patchSide &	ps,
		boundaryInterface &	result
	)		const

inlineinherited

set result to the associated interface of ps, returns false if it is a boundary patchSide

bool getNeighbour	(	const patchSide &	ps,
		patchSide &	result,
		int &	ii
	)		const

inherited

set result to the associated patchSide of ps, returns false if it is a boundary patchSide

bool getNeighbour	(	const patchSide &	ps,
		patchSide &	result
	)		const

inherited

set result to the associated patchSide of ps, returns false if it is a boundary patchSide

void getOVs ( std::vector< std::vector< patchCorner > > & cornerLists ) const

inherited

gives back all the ordinary vertices (4 faces) of the topology each OV is represented by a vector of patchCorners, which represent the same vertex all the vectors are put in the vector cornerLists It will only find vertices on the inside. CAREFUL: works only for 2D

const_iiterator iBegin ( ) const

inlineinherited

Get a const-iterator to the interfaces

Returns: an iterator to the beginning of the interfaces

iiterator iBegin ( )

inlineinherited

Get an iterator to the beginning of the interfaces

Returns: an iterator to the beginning of the interfaces

const_iiterator iEnd ( ) const

inlineinherited

Get a const iterator to the end of the interfaces

Returns: an iterator to the end of the interfaces

iiterator iEnd ( )

inlineinherited

Get an iterator to the end of the interfaces

Returns: an iterator to the end of the interfaces

index_t numBoxProperties ( ) const

inlineinherited

Returns the number of assigned box properties.

Returns: The number of assigned box properties

Detailed Description

template<class T> class gismo::gsTemplate< T >

Public Types

Public Member Functions

Protected Attributes

Private Attributes

Constructor & Destructor Documentation

Member Function Documentation

template<class T>
class gismo::gsTemplate< T >