Collaboration diagram for tetMeshOptimisation:

Public Member Functions
	tetMeshOptimisation (partTetMesh &mesh)
	Construct from tet mesh. More...

	~tetMeshOptimisation ()

void	optimiseUsingKnuppMetric (const label nInterations=5)
	untangle mesh by using Patrik Knupp's simple metric More...

void	optimiseUsingMeshUntangler (const label nIerations=5)
	smooth using mesh untangler More...

void	optimiseUsingVolumeOptimizer (const label nIterations=10)
	smooth using volume optimizer More...

void	optimiseBoundaryVolumeOptimizer (const label nIterations=3, const bool nonShrinking=false)
	smooth boundary using the volume optimizer More...

void	optimiseBoundarySurfaceLaplace (const label nIterations=3)
	smooth boundary using shrinking surface laplace More...

Private Member Functions
void	unifyNegativePoints (boolList &negativeNode) const

void	exchangeData (std::map< label, DynList< parPartTet > > &m, boolList *negativeNodePtr=NULL)
	exchange data with other processors More...

void	updateBufferLayerPoints ()
	update buffer layer points More...

void	unifyCoordinatesParallel (const boolList *negativeNodePtr=NULL)

Private Attributes
partTetMesh &	tetMesh_
	reference to the tet mesh More...

Detailed Description

Definition at line 58 of file tetMeshOptimisation.H.

Constructor & Destructor Documentation

◆ tetMeshOptimisation()

tetMeshOptimisation ( partTetMesh & mesh )

Construct from tet mesh.

Definition at line 55 of file tetMeshOptimisation.C.

◆ ~tetMeshOptimisation()

~tetMeshOptimisation ( )

Definition at line 62 of file tetMeshOptimisation.C.

Member Function Documentation

◆ unifyNegativePoints()

void unifyNegativePoints ( boolList & negativeNode ) const

private

make sure that all processors have the same points marked as negativeNode

make sure that processor nodes are selected on all processors where they exist

Definition at line 43 of file tetMeshOptimisationParallel.C.

References Foam::help::exchangeMap(), forAll, forAllRow, partTetMesh::globalPointLabel(), partTetMesh::globalToLocalPointAddressing(), UPstream::myProcNo(), partTetMesh::neiProcs(), partTetMesh::PARALLELBOUNDARY, partTetMesh::pointAtProcs(), partTetMesh::pointsAtProcessorBoundaries(), partTetMesh::smoothVertex(), and tetMeshOptimisation::tetMesh_.

Referenced by tetMeshOptimisation::optimiseUsingKnuppMetric(), and tetMeshOptimisation::optimiseUsingMeshUntangler().

Here is the call graph for this function:

Here is the caller graph for this function:

◆ exchangeData()

void exchangeData	(	std::map< label, DynList< parPartTet > > &	m,
		boolList *	negativeNodePtr = `NULL`
	)

private

exchange data with other processors

create the map holding data which will be sent to other procs

create storage in the m map

store local data into the maps

add processor labels

add data into the map of proc bnd points

add data into the map

exchange data with other processors

Definition at line 90 of file tetMeshOptimisationParallel.C.

References DynList< T, staticSize >::append(), DynList< T, staticSize >::appendIfNotIn(), Foam::help::exchangeMap(), forAll, forAllRow, UPstream::myProcNo(), points, DynList< T, staticSize >::size(), VRWGraph::sizeOfRow(), and partTetMesh::SMOOTH.

Referenced by tetMeshOptimisation::updateBufferLayerPoints().

Here is the call graph for this function:

Here is the caller graph for this function:

◆ updateBufferLayerPoints()

void updateBufferLayerPoints ( )

private

update buffer layer points

create the map

add points into the map

Definition at line 209 of file tetMeshOptimisationParallel.C.

References partTetMesh::bufferLayerPoints(), labelledPoint::coordinates(), tetMeshOptimisation::exchangeData(), Foam::help::exchangeMap(), forAll, forAllRow, partTetMesh::globalPointLabel(), partTetMesh::globalToLocalPointAddressing(), UPstream::myProcNo(), partTetMesh::neiProcs(), partTetMesh::pointAtProcs(), labelledPoint::pointLabel(), points, partTetMesh::points(), tetMeshOptimisation::tetMesh_, and partTetMesh::updateVertex().

Referenced by tetMeshOptimisation::optimiseUsingKnuppMetric(), tetMeshOptimisation::optimiseUsingMeshUntangler(), and tetMeshOptimisation::optimiseUsingVolumeOptimizer().

Here is the call graph for this function:

Here is the caller graph for this function:

◆ unifyCoordinatesParallel()

void unifyCoordinatesParallel ( const boolList * negativeNodePtr = NULL )

private

make sure that coordinates of moved points remain the same on all processor containing those points

create the map

fill in the data

send points to other processors

gather the data

move the point to the averaged position

Definition at line 261 of file tetMeshOptimisationParallel.C.

References labelledPoint::coordinates(), Foam::help::exchangeMap(), forAll, forAllRow, UPstream::myProcNo(), partTetMesh::PARALLELBOUNDARY, labelledPoint::pointLabel(), and points.

Referenced by tetMeshOptimisation::optimiseUsingKnuppMetric(), tetMeshOptimisation::optimiseUsingMeshUntangler(), and tetMeshOptimisation::optimiseUsingVolumeOptimizer().

Here is the call graph for this function:

Here is the caller graph for this function:

◆ optimiseUsingKnuppMetric()

void optimiseUsingKnuppMetric ( const label nInterations = 5 )

untangle mesh by using Patrik Knupp's simple metric

try getting rid of negative volume using the Patrik Knupp's metric which gets non-negative contributions from invertex tets, only

find the number of inverted tets

make sure that the points at procesor boundaries are selected at all processors

smooth the mesh

update mesh vertices

check which tets have been repaired

Definition at line 67 of file tetMeshOptimisation.C.

References LongList< T, Offset >::append(), partTetMeshSimplex::centrePoint(), List::clear(), forAll, partTetMesh::LOCKED, Foam::mag(), knuppMetric::optimizeNodePosition(), UPstream::parRun(), points, partTetMesh::points(), Foam::reduce(), List::setSize(), List::size(), LongList< T, Offset >::size(), partTetMesh::SMOOTH, partTetMesh::smoothVertex(), tetMeshOptimisation::tetMesh_, partTetMesh::tets(), List::transfer(), tetMeshOptimisation::unifyCoordinatesParallel(), tetMeshOptimisation::unifyNegativePoints(), tetMeshOptimisation::updateBufferLayerPoints(), and partTetMesh::updateVerticesSMP().

Referenced by meshOptimizer::untangleMeshFV().

Here is the call graph for this function:

Here is the caller graph for this function:

◆ optimiseUsingMeshUntangler()

void optimiseUsingMeshUntangler ( const label nIerations = 5 )

smooth using mesh untangler

try getting rid of negative volume using the untangler

find the number of inverted tets

make sure that the points at procesor boundaries are selected at all processors

smooth the mesh

update mesh vertices

check which tets have been repaired

Definition at line 204 of file tetMeshOptimisation.C.

References LongList< T, Offset >::append(), partTetMeshSimplex::centrePoint(), List::clear(), forAll, partTetMesh::LOCKED, Foam::mag(), meshUntangler::optimizeNodePosition(), UPstream::parRun(), points, partTetMesh::points(), Foam::reduce(), List::setSize(), List::size(), LongList< T, Offset >::size(), partTetMesh::SMOOTH, partTetMesh::smoothVertex(), tetMeshOptimisation::tetMesh_, partTetMesh::tets(), List::transfer(), tetMeshOptimisation::unifyCoordinatesParallel(), tetMeshOptimisation::unifyNegativePoints(), tetMeshOptimisation::updateBufferLayerPoints(), and partTetMesh::updateVerticesSMP().

Referenced by meshOptimizer::untangleMeshFV().

Here is the call graph for this function:

Here is the caller graph for this function:

◆ optimiseUsingVolumeOptimizer()

void optimiseUsingVolumeOptimizer ( const label nIterations = 10 )

smooth using volume optimizer

use mesh optimizer to improve the result

update mesh vertices

Definition at line 337 of file tetMeshOptimisation.C.

References LongList< T, Offset >::append(), partTetMeshSimplex::centrePoint(), List::clear(), Foam::e, forAll, partTetMesh::LOCKED, volumeOptimizer::optimizeNodePosition(), UPstream::parRun(), List::setSize(), partTetMesh::SMOOTH, partTetMesh::smoothVertex(), tetMeshOptimisation::tetMesh_, tetMeshOptimisation::unifyCoordinatesParallel(), tetMeshOptimisation::updateBufferLayerPoints(), and partTetMesh::updateVerticesSMP().

Referenced by meshOptimizer::optimizeLowQualityFaces(), meshOptimizer::optimizeMeshFVBestQuality(), meshOptimizer::optimizeMeshNearBoundaries(), and meshOptimizer::untangleMeshFV().

Here is the call graph for this function:

Here is the caller graph for this function:

◆ optimiseBoundaryVolumeOptimizer()

void optimiseBoundaryVolumeOptimizer	(	const label	nIterations = `3`,
		const bool	nonShrinking = `false`
	)

smooth boundary using the volume optimizer

find boundary faces of the simplex

create normal tensor of the simplex

make sure the point stays on the surface

ordinary surface vertex

this vertex is on an edge

this vertex is a corner. do not move it

move the vertex without constraining it

update tetMesh

Definition at line 397 of file tetMeshOptimisation.C.

References LongList< T, Offset >::append(), DynList< T, staticSize >::append(), partTetMesh::BOUNDARY, partTetMeshSimplex::centrePoint(), List::clear(), DynList< T, staticSize >::containsAtPosition(), Foam::e, Foam::eigenValues(), Foam::eigenVector(), forAll, partTetMesh::LOCKED, Foam::mag(), n, triangle::normal(), volumeOptimizer::optimizeNodePosition(), UPstream::parRun(), points, Foam::pos(), partTetMeshSimplex::pts(), LongList< T, Offset >::size(), Foam::symm(), partTetMeshSimplex::tets(), and SymmTensor< scalar >::zero.

Referenced by meshOptimizer::untangleMeshFV().

Here is the call graph for this function:

Here is the caller graph for this function:

◆ optimiseBoundarySurfaceLaplace()

void optimiseBoundarySurfaceLaplace ( const label nIterations = 3 )

smooth boundary using shrinking surface laplace

find boundary faces of the simplex

find boundary edges of the simplex

update tetMesh with new vertex positions

Definition at line 546 of file tetMeshOptimisation.C.

References LongList< T, Offset >::append(), DynList< T, staticSize >::append(), partTetMesh::BOUNDARY, triangle::centre(), partTetMeshSimplex::centrePoint(), List::clear(), DynList< T, staticSize >::containsAtPosition(), Foam::e, forAll, partTetMesh::LOCKED, UPstream::parRun(), Foam::pos(), partTetMeshSimplex::pts(), LongList< T, Offset >::size(), partTetMeshSimplex::tets(), and Vector< scalar >::zero.

Referenced by meshOptimizer::untangleMeshFV().

Here is the call graph for this function:

Here is the caller graph for this function:

Field Documentation

◆ tetMesh_

partTetMesh& tetMesh_

private

reference to the tet mesh

Definition at line 62 of file tetMeshOptimisation.H.

Referenced by tetMeshOptimisation::optimiseUsingKnuppMetric(), tetMeshOptimisation::optimiseUsingMeshUntangler(), tetMeshOptimisation::optimiseUsingVolumeOptimizer(), tetMeshOptimisation::unifyNegativePoints(), and tetMeshOptimisation::updateBufferLayerPoints().

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

applications/extra/cfMesh-v1.1.2/meshLibrary/utilities/smoothers/geometry/meshOptimizer/tetMeshOptimisation/tetMeshOptimisation.H
applications/extra/cfMesh-v1.1.2/meshLibrary/utilities/smoothers/geometry/meshOptimizer/tetMeshOptimisation/tetMeshOptimisation.C
applications/extra/cfMesh-v1.1.2/meshLibrary/utilities/smoothers/geometry/meshOptimizer/tetMeshOptimisation/tetMeshOptimisationParallel.C

Public Member Functions

Private Member Functions

Private Attributes

Detailed Description

Constructor & Destructor Documentation

◆ tetMeshOptimisation()

◆ ~tetMeshOptimisation()

Member Function Documentation

◆ unifyNegativePoints()

◆ exchangeData()

◆ updateBufferLayerPoints()

◆ unifyCoordinatesParallel()

◆ optimiseUsingKnuppMetric()

◆ optimiseUsingMeshUntangler()

◆ optimiseUsingVolumeOptimizer()

◆ optimiseBoundaryVolumeOptimizer()

◆ optimiseBoundarySurfaceLaplace()

Field Documentation

◆ tetMesh_