Meshing inputs for one polygon. More...

#include <MeMultiPolyMesherIo.h>

Public Member Functions
	MePolyInput (const VecPt3d &a_outPoly=VecPt3d(), const VecPt3d2d &a_insidePolys=VecPt3d2d(), double a_bias=1.0, const BSHP< InterpBase > a_sizeFunction=nullptr, const VecInt &a_polyCorners=VecInt(), const BSHP< InterpBase > a_elevFunction=nullptr)
	Constructor. More...

Public Attributes
VecPt3d	m_outPoly
	Required. Outer polygons. Clockwise. 1st pt != last.

VecPt3d2d	m_insidePolys
	Optional. Inner polygons (holes). Counter clockwise. 1st pt != last.

double	m_bias

BSHP< InterpBase >	m_sizeFunction
	Optional. Size function for scalar paving.

double	m_constSizeFunction
	Optional. Constant value size function.

double	m_constSizeBias
	Optional. Transition factor for constant size function.

VecInt	m_polyCorners

BSHP< InterpBase >	m_elevFunction
	Optional. Elevation function for interpolating z coordinate of mesh points.

VecPt3d	m_boundPtsToRemove

bool	m_removeInternalFourTrianglePts

int	m_polyId

VecPt3d	m_seedPoints

std::string	m_relaxationMethod

Detailed Description

Meshing inputs for one polygon.

Definition at line 35 of file MeMultiPolyMesherIo.h.

Constructor & Destructor Documentation

◆ MePolyInput()

xms::MePolyInput::MePolyInput	(	const VecPt3d &	a_outPoly = `VecPt3d()`,
		const VecPt3d2d &	a_insidePolys = `VecPt3d2d()`,
		double	a_bias = `1.0`,
		const BSHP< InterpBase >	a_sizeFunction = `nullptr`,
		const VecInt &	a_polyCorners = `VecInt()`,
		const BSHP< InterpBase >	a_elevFunction = `nullptr`
	)

inline

Constructor.

Parameters

[in]	a_outPoly	see member variable
[in]	a_insidePolys	see member variable
[in]	a_bias	see member variable
[in]	a_sizeFunction	see member variable
[in]	a_polyCorners	see member variable
[in]	a_elevFunction	see member variable

Definition at line 45 of file MeMultiPolyMesherIo.h.

Member Data Documentation

◆ m_bias

double xms::MePolyInput::m_bias

Optional. Factor for transitioning between areas of high refinement to less refinement.

Definition at line 73 of file MeMultiPolyMesherIo.h.

Referenced by xms::MePolyMesherImpl::MeshIt(), MeMultiPolyTo2dmUnitTests::testCase4(), and xms::tutReadMeshIoFromFile().

◆ m_boundPtsToRemove

VecPt3d xms::MePolyInput::m_boundPtsToRemove

Optional. Outer boundary locations to remove after the paving process. Used by the ugAutoCorrectCells class

Definition at line 92 of file MeMultiPolyMesherIo.h.

Referenced by xms::MePolyMesherImpl::MeshIt().

◆ m_polyCorners

VecInt xms::MePolyInput::m_polyCorners

Optional. Corner nodes for creating meshes using the patch algorithm. 3 per outer poly (not 4 - outer poly index point [0] is assumed to be a corner).

Definition at line 85 of file MeMultiPolyMesherIo.h.

Referenced by xms::MePolyMesherImpl::MeshIt(), TutMeshingIntermediateTests::test_Example_Patch(), xms::tutReadMeshIoFromFile(), and xms::MeMultiPolyMesherImpl::ValidateInput().

◆ m_polyId

int xms::MePolyInput::m_polyId

Optional. Polygon id. Useful for reporting errors if calling software stores ids for polygons and would like to report those back to the user.

Definition at line 100 of file MeMultiPolyMesherIo.h.

Referenced by xms::MePolyMesherImpl::MeshIt(), and xms::MeMultiPolyMesherImpl::ValidateInput().

◆ m_relaxationMethod

std::string xms::MePolyInput::m_relaxationMethod

Optional. Relaxation method. The default relaxation method is an area relax. Set the value to "spring_relaxation". See MeRelaxer.cpp for details on spring relaxation;

Definition at line 111 of file MeMultiPolyMesherIo.h.

Referenced by xms::MePolyMesherImpl::MeshIt(), TutMeshingIntermediateTests::test_Example_SpringRelax(), and xms::tutReadMeshIoFromFile().

◆ m_removeInternalFourTrianglePts

bool xms::MePolyInput::m_removeInternalFourTrianglePts

Optional. Remove internal points that are only connected to 4 cells. Used by the ugAutoCorrectCells class

Definition at line 96 of file MeMultiPolyMesherIo.h.

Referenced by xms::MePolyMesherImpl::MeshIt().

◆ m_seedPoints

VecPt3d xms::MePolyInput::m_seedPoints

Optional. Seed points. If the user has some other methodology for creating point inside the polygon then those points can be specified here. If these points are specified then the paving is not performed. These points will not be used if the meshing option is patch.

Definition at line 106 of file MeMultiPolyMesherIo.h.

Referenced by xms::MePolyMesherImpl::MeshIt(), and xms::tutReadMeshIoFromFile().

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

/home/conan/xmsmesh/meshing/MeMultiPolyMesherIo.h

Public Member Functions

Public Attributes