tigl::CTiglPatchShell Class Reference

The CTiglPatchShell class can be used to create watertight geometries and solids from a TopoDS_Shell consisting of several faces. Side Caps for holes can be added by supplying the boundary of the hole as a TopoDS_Wire. By Default the algorithm tries to make a solid. Use SetMakeSolid(false) to make a closed shell. More...

#include <CTiglPatchShell.h>

Public Member Functions
void	AddSideCap (TopoDS_Wire const &boundaryWire)
	AddSideCap lets the user add faces to the shape to close holes. This is done by providing the boundary of the hole as a wire. More...
	CTiglPatchShell (TopoDS_Shape const &shell, double tolerance=1e-6)
	CTiglPatchShell constructor of the shell patcher. Input is a TopoDS_Shell, possibly with holes that are to be patched using this class. More...
TopoDS_Shape	PatchedShape ()
	PatchedShape returns the patched shape calculated by the algorithm. More...
void	SetMakeSolid (bool enabled=true)
	Determine, whether the resulting shape shall be a solid or a closed shell. More...

Private Member Functions
void	Perform ()
	Perform contains the main algorithm. More...

Private Attributes
bool	_hasPerformed = false
TopoDS_Shape const &	_inputShell
	_inputShell The input faces More...
bool	_makeSolid = true
TopoDS_Shape	_result
	_result the resulting shape of the calculation More...
std::vector< TopoDS_Face >	_sidecaps
	_sidecaps a list of faces created to fill holes using the function AddSideCap More...
double	_tolerance = 1e-6

Detailed Description

The CTiglPatchShell class can be used to create watertight geometries and solids from a TopoDS_Shell consisting of several faces. Side Caps for holes can be added by supplying the boundary of the hole as a TopoDS_Wire. By Default the algorithm tries to make a solid. Use SetMakeSolid(false) to make a closed shell.

Constructor & Destructor Documentation

CTiglPatchShell()

tigl::CTiglPatchShell::CTiglPatchShell ( TopoDS_Shape const &  shell, double  tolerance = 1e-6  )

explicit

CTiglPatchShell constructor of the shell patcher. Input is a TopoDS_Shell, possibly with holes that are to be patched using this class.

Parameters

shell	The input shape of the algorithm
tolerance	the tolerance used in the OpenCascade functions

Member Function Documentation

AddSideCap()

void tigl::CTiglPatchShell::AddSideCap

(

TopoDS_Wire const &

boundaryWire

)

AddSideCap lets the user add faces to the shape to close holes. This is done by providing the boundary of the hole as a wire.

Parameters

boundaryWire

the boundary of the hole that needs patching

PatchedShape()

TopoDS_Shape tigl::CTiglPatchShell::PatchedShape

(

)

PatchedShape returns the patched shape calculated by the algorithm.

Returns

the patched shape

Perform()

void tigl::CTiglPatchShell::Perform ( )

private

Perform contains the main algorithm.

SetMakeSolid()

void tigl::CTiglPatchShell::SetMakeSolid ( bool  enabled = true )

inline

Determine, whether the resulting shape shall be a solid or a closed shell.

Parameters

enabled

boolean whether to create a solid or not

Field Documentation

_hasPerformed

bool tigl::CTiglPatchShell::_hasPerformed = false

private

_inputShell

TopoDS_Shape const& tigl::CTiglPatchShell::_inputShell

private

_inputShell The input faces

_makeSolid

bool tigl::CTiglPatchShell::_makeSolid = true

private

_result

TopoDS_Shape tigl::CTiglPatchShell::_result

private

_result the resulting shape of the calculation

_sidecaps

std::vector<TopoDS_Face> tigl::CTiglPatchShell::_sidecaps

private

_sidecaps a list of faces created to fill holes using the function AddSideCap

_tolerance

double tigl::CTiglPatchShell::_tolerance = 1e-6

private

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

• CTiglPatchShell.h