Uses of Class
mathcomp.gridgeom.Grid

Packages that use Grid

mathcomp.assemble	Contains essential assembler classes.
mathcomp.assemble.cfd	Provides the assembly of Stokes and Navier-Stokes equations using Mini-Elements.
mathcomp.assemble.discontinuousgalerkin	Discontinuous galerkin problems.
mathcomp.assemble.minimalsurface	Minimal surface problems.
mathcomp.gridgeom	Contains the geometric architecture and refinement.
mathcomp.gridgeom.refinements	Contains all refinement strategies.
mathcomp.gui	GUI-Implementation.
mathcomp.gui.cfd	Provides GUI features for flow problems.
mathcomp.io	Classes for export.
mathcomp.run	Provides run classes that govern the alogorithms for entire calculation processes.
mathcomp.util.cfd	Provides some utils for flow problems.

Uses of Grid in mathcomp.assemble

Methods in mathcomp.assemble that return Grid

Grid	Assembler.getGrid()

Methods in mathcomp.assemble with parameters of type Grid

abstract double	AssemblerPair.assemblePair(Grid g, Triangle t, Matrix m, java.lang.Object u1, java.lang.Object v1) The concrete matrix-entry-assemble method returning the double value to the two DOF Objects u1 and v1.
void	MiniAssembler.createDof(Grid grid, java.util.Set dof)
void	LagrangeSquareAssembler.createDof(Grid grid, java.util.Set dof)
void	LagrangeLinearAssembler.createDof(Grid grid, java.util.Set dof)
void	LagrangeCubicAssembler.createDof(Grid grid, java.util.Set dof)
abstract void	Assembler.createDof(Grid grid, java.util.Set dof) All global Objects, that represent a degreeOfFreedom are added to dof.
void	Assembler.setGrid(Grid grid)

Uses of Grid in mathcomp.assemble.cfd

Methods in mathcomp.assemble.cfd with parameters of type Grid

void	NSMiniAssembler.createDof(Grid grid, java.util.Set dof)

Uses of Grid in mathcomp.assemble.discontinuousgalerkin

Methods in mathcomp.assemble.discontinuousgalerkin with parameters of type Grid

void	DGAssembler.createDof(Grid grid, java.util.Set dof)

Constructors in mathcomp.assemble.discontinuousgalerkin with parameters of type Grid

Edges(Grid grid)

Uses of Grid in mathcomp.assemble.minimalsurface

Methods in mathcomp.assemble.minimalsurface with parameters of type Grid

void	L2Interpolation.createDof(Grid grid, java.util.Set dof)

Uses of Grid in mathcomp.gridgeom

Methods in mathcomp.gridgeom that return Grid

Grid	Grid.createCopy() Creates a new (essentially) deep copy of this.
static Grid	Grid.createFromFile(java.lang.String filename) Creates a new Grid from the given filename.
static Grid	Grid.createFromReader(java.io.BufferedReader in) Creates a new Grid from in.
static Grid	Grid.createFromReader(java.io.BufferedReader in, boolean shiftDownIndices)
static Grid	Grid.createFromReader2(java.io.BufferedReader in) Creates a new Grid from in.
static Grid	Grid.createFromResource(java.lang.String res) Creates a new Grid from the given res.
static Grid	Grid.createFromUrl(java.net.URL url) Creates a new Grid from the given url.
Grid	GridRefiner.getGrid() Returns the grid.
Grid	GreenClosure.getGrid() Returns the grid.
Grid	GridRefiner.getNewGrid()
Grid	Grid.getParentGrid()
Grid	GridRefiner.refine() First the RefinementListCreator is used to mark some triangles RED.

Methods in mathcomp.gridgeom with parameters of type Grid

void	GridRefiner.RefinementListCreator.calculateStates(GridRefiner gf, Grid newGrid)
void	GridRefiner.YellowRefinementListCreator.calculateStates(GridRefiner gf, Grid newGrid)
java.util.List	GridRefiner.YellowRefinementListCreator.createRefinementList(Grid g)
java.util.List	GridRefiner.RandomRefinementList.createRefinementList(Grid g)
java.util.List	GridRefiner.AllRefinementList.createRefinementList(Grid g)
java.util.List	GridRefiner.PointRefinementList.createRefinementList(Grid g)
java.util.List	GridRefiner.NodeRefinementList.createRefinementList(Grid g)
java.util.List	GridRefiner.RectRefinementList.createRefinementList(Grid g)
java.util.List	GridRefiner.ListRefinementList.createRefinementList(Grid g)
static java.util.Map	AdaptiveRefiner.getHighGradientTriangles(Grid grid, Vector x)
static double[]	AdaptiveRefiner.getMeanAndMaxGradient(Grid grid, Vector x)
abstract java.util.Map	GridRefiner.YellowRefinementListCreator.getStates(Grid g)
void	GridRefiner.RedRefinement.refine(Triangle t, Grid newGrid, GridRefiner gr)
void	GridRefiner.GreenRefinement.refine(Triangle t, Grid newGrid, GridRefiner gr)
void	GridRefiner.YellowRefinement.refine(Triangle t, Grid newGrid, GridRefiner g)
void	GridRefiner.setGrid(Grid grid) Sets the grid.
void	GreenClosure.setGrid(Grid grid) Sets the grid.
void	Grid.setParentGrid(Grid parentGrid)

Uses of Grid in mathcomp.gridgeom.refinements

Methods in mathcomp.gridgeom.refinements with parameters of type Grid

GridRefiner.RefinementListCreator	YellowGradientRefinerDesc.createRLC(Grid g, int i)
GridRefiner.RefinementListCreator	SkewAdvectionOverkillRefiner.createRLC(Grid g, int i)
GridRefiner.RefinementListCreator	ShishkinRefinement.createRLC(Grid g, int i)
GridRefiner.RefinementListCreator	RotationRefinement.createRLC(Grid g, int i)
GridRefiner.RefinementListCreator	RegionalRefinement.createRLC(Grid g, int i)
GridRefiner.RefinementListCreator	RefinerDesc.createRLC(Grid g, int i)
GridRefiner.RefinementListCreator	LocalRefinement.createRLC(Grid g, int i)
GridRefiner.RefinementListCreator	LocalGlobalRefinement.createRLC(Grid g, int i)
GridRefiner.RefinementListCreator	GradientRefinement.createRLC(Grid g, int i)
java.util.Map	MyYellowListCreator.getStates(Grid g)

Uses of Grid in mathcomp.gui

Methods in mathcomp.gui that return Grid

Grid	GridRenderer.getGrid()
Grid	GeneralMain.getGrid()

Methods in mathcomp.gui with parameters of type Grid

void	GeneralMain.adjustMargins(Grid g)
static Triangle	Util.findTriangle(Grid g, Node n)
static java.util.List	Util.getRotationTriangleList(Grid g)
void	Main.setGrid(Grid grid)
void	GridRenderer.setGrid(Grid grid)
void	GeneralMain.setGrid(Grid grid)
void	GeneralMain.setNewGrid(Grid grid)

Constructors in mathcomp.gui with parameters of type Grid

GradientGridVisualizer(Grid grid, java.util.Map map)

Uses of Grid in mathcomp.gui.cfd

Methods in mathcomp.gui.cfd with parameters of type Grid

void	GradientGridRenderer.setData(Vector x_IN, Grid g, int mode)
void	MainCFD_EMBED.setGrid(Grid grid)

Uses of Grid in mathcomp.io

Methods in mathcomp.io with parameters of type Grid

static void	TriangleIO.export(Grid g)
static void	TriangleIO.export(Grid g, java.lang.String fileName)
static void	TriangleIO.exportGridNodesToPoly(Grid g)
static void	TriangleIO.exportGridNodesToPoly(Grid grid, java.lang.String fileName)
static void	TriangleIO.refineFromGrid(Grid g, java.lang.String refinedName, java.lang.String param)

Uses of Grid in mathcomp.run

Methods in mathcomp.run with parameters of type Grid

java.util.Set	NSIteratedAssemblerRun.getMiddleNodes(Grid grid)
java.util.Set	NSTimeAssemblerRun.getStokesDof(Grid grid, java.util.Set dof)
static java.util.Set	NSIteratedAssemblerRun.getStokesDof(Grid grid, java.util.Set dof)

Uses of Grid in mathcomp.util.cfd

Methods in mathcomp.util.cfd with parameters of type Grid

static double	SolutionAnalyzer.getL2FromVectors(Grid grid, Vector v1, Vector v2, int comp)
void	ParticlePath.setGrid(Grid grid)