A B C D E F G H I J L M N O P R S T U V W Y Z

E

Edge - Class in mathcomp.gridgeom

An edge consists of two Nodes and (at most) two adjacent Triangles.

Edge(Node, Node) - Constructor for class mathcomp.gridgeom.Edge

Edge(Edge) - Constructor for class mathcomp.gridgeom.Edge

edge(Triangle, int) - Method in class mathcomp.gridgeom.GridRefiner.GreenRefinement

edge(Triangle, int) - Method in class mathcomp.gridgeom.GridRefiner.RedRefinement

edge(Triangle, int) - Method in class mathcomp.gridgeom.GridRefiner.YellowRefinement

edgeNum(Triangle) - Method in class mathcomp.gridgeom.GridRefiner.GreenRefinement

edgeNum(Triangle) - Method in class mathcomp.gridgeom.GridRefiner.RedRefinement

edgeNum(Triangle) - Method in class mathcomp.gridgeom.GridRefiner.YellowRefinement

Edges - Class in mathcomp.assemble.discontinuousgalerkin

Edges(Grid) - Constructor for class mathcomp.assemble.discontinuousgalerkin.Edges

Editor_EMBED - Class in mathcomp.gui.cfd

Editor_EMBED(MainCFD_EMBED) - Constructor for class mathcomp.gui.cfd.Editor_EMBED

EMPTY_REPORT - Static variable in class mathcomp.monitor.Report

enableEditComponents(boolean) - Method in class mathcomp.gui.cfd.DataTable

enableEditComponents(boolean) - Method in class mathcomp.gui.cfd.FlyingTable

ensureEdge(Triangle, Node, double, double, boolean) - Static method in class mathcomp.gui.Util

epsilon - Variable in class mathcomp.assemble.convdiff.AbstractCDA

epsilon - Variable in class mathcomp.assemble.convdiff.AbstractCDA_Mini

epsilon - Variable in class mathcomp.assemble.convdiff.AbstractCDA_Square

epsilon - Static variable in class mathcomp.assemble.laplace.LaplaceAssemblerLSing

equals(Object) - Method in class mathcomp.gridgeom.Node

equals(Object) - Method in class mathcomp.la.GeometricWithNumber

ErrorCalculator - Class in mathcomp.assemble

A class to calculate errors for a given FEM solution.

ErrorCalculator(Assembler) - Constructor for class mathcomp.assemble.ErrorCalculator

ErrorCalculator() - Constructor for class mathcomp.assemble.ErrorCalculator

ErrorCalculatorCompare - Class in mathcomp.assemble

ErrorCalculatorCompare(Assembler) - Constructor for class mathcomp.assemble.ErrorCalculatorCompare

ErrorCalculatorOverkill - Class in mathcomp.assemble

ErrorCalculatorOverkill(Assembler) - Constructor for class mathcomp.assemble.ErrorCalculatorOverkill

ErrorCalculatorStep - Class in mathcomp.assemble

ErrorCalculatorStep(Assembler) - Constructor for class mathcomp.assemble.ErrorCalculatorStep

EV_1D_FEM - Class in mathcomp.assemble.convdiff

EV_1D_FEM() - Constructor for class mathcomp.assemble.convdiff.EV_1D_FEM

evalApproxFunction(Node, Triangle, float, float, float) - Method in class mathcomp.gui.cfd.GradientGridRenderer

evalApproxGradient(Node, Triangle, Vector) - Method in class mathcomp.assemble.Assembler

For H1 error calculations we need to know the gradient of the approximated solution in a node n.

evalApproxGradient(Node, Triangle, Vector) - Method in class mathcomp.assemble.convdiff.CDH_WBF

TODO adjust linear to weighted gradients

evalApproxGradient(Node, Triangle, Vector) - Method in class mathcomp.assemble.LagrangeLinearAssembler

For linear functions we add the gradients of the scaled basisfunction on real

evalApproxGradient(Node, Triangle, Vector) - Method in class mathcomp.assemble.LagrangeSquareAssembler

evalApproxGradient(Node, Triangle, Vector) - Method in class mathcomp.assemble.MiniAssembler

evalApproxGradient(Triangle, Vector) - Method in class mathcomp.assemble.minimalsurface.MinimalSurfaceAssembler

evalApproxGradient(Triangle, float, float, float) - Method in class mathcomp.gui.cfd.GradientGridRenderer

evalApproxGradientU1(Node, Triangle, Vector) - Method in class mathcomp.assemble.cfd.NSMiniAssembler

evalApproxGradientU2(Node, Triangle, Vector) - Method in class mathcomp.assemble.cfd.NSMiniAssembler

evalApproxSolution(Node, Triangle, Vector) - Method in class mathcomp.assemble.Assembler

Evaluates the FEM solution in a Node.

evalApproxSolution(Node, Triangle, Vector) - Method in class mathcomp.assemble.convdiff.CDH_WBF

evalApproxSolution(Node, Triangle, Vector) - Method in class mathcomp.assemble.discontinuousgalerkin.DGAssembler

evalApproxSolution(Node, Triangle, Vector) - Method in class mathcomp.assemble.LagrangeLinearAssembler

evalApproxSolution(Node, Triangle, Vector) - Method in class mathcomp.assemble.LagrangeSquareAssembler

evalApproxSolution(Node, Triangle, Vector) - Method in class mathcomp.assemble.MiniAssembler

evalApproxSolution(Node, Triangle, int) - Method in class mathcomp.util.cfd.ParticlePath

evalApproxSolution(Node, Triangle, Vector, int) - Static method in class mathcomp.util.cfd.SolutionAnalyzer

evalApproxSolutionPressure(Node, Triangle, Vector) - Method in class mathcomp.assemble.cfd.NSMiniAssembler

evalApproxSolutionU1(Node, Triangle, Vector) - Method in class mathcomp.assemble.cfd.NSMiniAssembler

evalApproxSolutionU2(Node, Triangle, Vector) - Method in class mathcomp.assemble.cfd.NSMiniAssembler

evalBasisFuncGradOnRef(int) - Method in class mathcomp.assemble.discontinuousgalerkin.DGAssembler

evalBasisFuncOnRef(Node, int) - Method in class mathcomp.assemble.convdiff.CDH_Weighted

evalBasisFuncOnRef(Node, int) - Method in class mathcomp.assemble.discontinuousgalerkin.DGAssembler

evalBasisFuncOnRef(Node, int) - Method in class mathcomp.assemble.LagrangeLinearAssembler

Returns the value of the linear basis function with the local number localBasisNumber at the Node u on the standart-triangle.

evalBasisFuncOnRef(Node, int) - Method in class mathcomp.assemble.LagrangeSquareAssembler

Returns the value of the Node u on the quadratic Basisfunktion with the local number localBasisNumber on the standart-triangle.

evalBasisFuncOnRef(Node, int) - Method in class mathcomp.assemble.MiniAssembler

Returns the value of the linear basis function with the local number localBasisNumber at the Node u on the standart-triangle.

evalBasisFuncOnRefPressure(Node, int) - Method in class mathcomp.assemble.cfd.NSMiniAssembler

evalBasisFuncOnRefPressure(Node, int) - Method in class mathcomp.gui.cfd.GradientGridRenderer

evalBasisFuncOnRefPressure(Node, int) - Static method in class mathcomp.util.cfd.SolutionAnalyzer

evalBasisFuncOnRefVelocity(Node, int) - Method in class mathcomp.assemble.cfd.NSMiniAssembler

evalBasisFuncOnRefVelocity(Node, int) - Method in class mathcomp.util.cfd.ParticlePath

evalBasisFuncOnRefVelocity(Node, int) - Static method in class mathcomp.util.cfd.SolutionAnalyzer

evalBasisGradOnRefVelocity(Node, int) - Method in class mathcomp.assemble.cfd.NSMiniAssembler

evalBX(Node) - Method in class mathcomp.assemble.convdiff.AbstractCDA

evalBX(Node) - Method in class mathcomp.assemble.convdiff.AbstractCDA_Mini

evalBX(Node) - Method in class mathcomp.assemble.convdiff.AbstractCDA_Square

evalBX(Node) - Method in class mathcomp.assemble.convdiff.CDH_1D

evalBX(Node) - Method in class mathcomp.assemble.convdiff.CDH_Mini

evalBX(Node) - Method in class mathcomp.assemble.convdiff.CDH_Square

evalBX(Node) - Method in class mathcomp.assemble.convdiff.ConvDiffBoundary

evalBX(Node) - Method in class mathcomp.assemble.convdiff.ConvDiffHomogen

evalBX(Node) - Method in class mathcomp.assemble.convdiff.EV_1D_FEM

evalBX(Node) - Method in class mathcomp.assemble.convdiff.Nochetto

evalBX(Node) - Method in class mathcomp.assemble.convdiff.Raithby

evalBX(Node) - Method in class mathcomp.assemble.convdiff.RotFlow

evalBX(Node) - Method in class mathcomp.assemble.convdiff.SkewAdvection

evalBY(Node) - Method in class mathcomp.assemble.convdiff.AbstractCDA

evalBY(Node) - Method in class mathcomp.assemble.convdiff.AbstractCDA_Mini

evalBY(Node) - Method in class mathcomp.assemble.convdiff.AbstractCDA_Square

evalBY(Node) - Method in class mathcomp.assemble.convdiff.CDH_1D

evalBY(Node) - Method in class mathcomp.assemble.convdiff.CDH_Mini

evalBY(Node) - Method in class mathcomp.assemble.convdiff.CDH_Square

evalBY(Node) - Method in class mathcomp.assemble.convdiff.ConvDiffBoundary

evalBY(Node) - Method in class mathcomp.assemble.convdiff.ConvDiffHomogen

evalBY(Node) - Method in class mathcomp.assemble.convdiff.EV_1D_FEM

evalBY(Node) - Method in class mathcomp.assemble.convdiff.Nochetto

evalBY(Node) - Method in class mathcomp.assemble.convdiff.Raithby

evalBY(Node) - Method in class mathcomp.assemble.convdiff.RotFlow

evalBY(Node) - Method in class mathcomp.assemble.convdiff.SkewAdvection

evalDf(double) - Method in class mathcomp.assemble.discontinuousgalerkin.TimeDependentAssembler

computes the derivative of the generalized 2D flux function of the convection-diffusion problem.

evalExactGradient(Node) - Method in class mathcomp.assemble.Assembler

For H1 error calculations we need to know the exact gradient of a problem.

evalExactGradient(Node) - Method in class mathcomp.assemble.laplace.LaplaceAssembler

evalExactGradient(Node) - Method in class mathcomp.assemble.laplace.LaplaceAssemblerLReg

evalExactGradient(Node) - Method in class mathcomp.assemble.laplace.LaplaceAssemblerLSing

evalExactGradient(Node) - Method in class mathcomp.assemble.laplace.MiniLaplaceAssembler

evalExactGradient(Node) - Method in class mathcomp.assemble.laplace.SquareLaplaceAssembler

evalExactGradient(Node) - Method in class mathcomp.assemble.minimalsurface.MinimalSurfaceAssembler

evalExactGradientU1(Node) - Method in class mathcomp.assemble.cfd.NSMini_BUCanal

evalExactGradientU1(Node) - Method in class mathcomp.assemble.cfd.NSMiniDuct

evalExactGradientU1(Node) - Method in class mathcomp.assemble.cfd.NSMiniHomogen

evalExactGradientU1(Node) - Method in class mathcomp.assemble.cfd.NSMiniOseen

evalExactGradientU1(Node) - Method in class mathcomp.assemble.cfd.NSMiniOseenTesterA

evalExactGradientU1(Node) - Method in class mathcomp.assemble.cfd.NSMiniOseenTesterB

evalExactGradientU1(Node) - Method in class mathcomp.assemble.cfd.NSMiniTimeSI

evalExactGradientU1(Node) - Method in class mathcomp.assemble.cfd.NSMiniTube

evalExactGradientU1(Node) - Method in class mathcomp.assemble.cfd.NSTimeDrivenCavity

evalExactGradientU1(Node) - Method in class mathcomp.assemble.cfd.StokesTimeTester

evalExactGradientU1(Node) - Method in class mathcomp.assemble.filament.FilamentAssembler

evalExactGradientU2(Node) - Method in class mathcomp.assemble.cfd.NSMini_BUCanal

evalExactGradientU2(Node) - Method in class mathcomp.assemble.cfd.NSMiniDuct

evalExactGradientU2(Node) - Method in class mathcomp.assemble.cfd.NSMiniHomogen

evalExactGradientU2(Node) - Method in class mathcomp.assemble.cfd.NSMiniOseen

evalExactGradientU2(Node) - Method in class mathcomp.assemble.cfd.NSMiniOseenTesterA

evalExactGradientU2(Node) - Method in class mathcomp.assemble.cfd.NSMiniOseenTesterB

evalExactGradientU2(Node) - Method in class mathcomp.assemble.cfd.NSMiniTimeSI

evalExactGradientU2(Node) - Method in class mathcomp.assemble.cfd.NSMiniTube

evalExactGradientU2(Node) - Method in class mathcomp.assemble.cfd.NSTimeDrivenCavity

evalExactGradientU2(Node) - Method in class mathcomp.assemble.cfd.StokesTimeTester

evalExactGradientU2(Node) - Method in class mathcomp.assemble.filament.FilamentAssembler

evalExactGradientX(Node) - Method in class mathcomp.assemble.convdiff.RotFlow

evalExactGradientY(Node) - Method in class mathcomp.assemble.convdiff.RotFlow

evalExactInitial(Node) - Method in class mathcomp.assemble.minimalsurface.MinimalSurfaceAssembler

returns the initial value for the node n

evalExactSolution(Node) - Method in class mathcomp.assemble.Assembler

For error calculations we need to know the exact solution of a problem.

evalExactSolution(Node) - Method in class mathcomp.assemble.convdiff.CDH_1D

evalExactSolution(Node) - Method in class mathcomp.assemble.convdiff.CDH_EF_Flux

evalExactSolution(Node) - Method in class mathcomp.assemble.convdiff.CDH_Mini

evalExactSolution(Node) - Method in class mathcomp.assemble.convdiff.CDH_Square

evalExactSolution(Node) - Method in class mathcomp.assemble.convdiff.ConvDiffBoundary

evalExactSolution(Node) - Method in class mathcomp.assemble.convdiff.ConvDiffHomogen

evalExactSolution(Node) - Method in class mathcomp.assemble.convdiff.EV_1D_FEM

evalExactSolution(Node) - Method in class mathcomp.assemble.convdiff.RotFlow

evalExactSolution(Node) - Method in class mathcomp.assemble.convdiff.SkewAdvection

evalExactSolution(Node) - Method in class mathcomp.assemble.discontinuousgalerkin.DGAssembler

evalExactSolution(Node) - Method in class mathcomp.assemble.discontinuousgalerkin.IniL2Interpolation

evalExactSolution(Node) - Method in class mathcomp.assemble.discontinuousgalerkin.TimeIndependentExample

evalExactSolution(Node) - Method in class mathcomp.assemble.laplace.LaplaceAssembler

evalExactSolution(Node) - Method in class mathcomp.assemble.laplace.LaplaceAssemblerLReg

evalExactSolution(Node) - Method in class mathcomp.assemble.laplace.LaplaceAssemblerLSing

evalExactSolution(Node) - Method in class mathcomp.assemble.laplace.MiniLaplaceAssembler

evalExactSolution(Node) - Method in class mathcomp.assemble.laplace.SquareLaplaceAssembler

evalExactSolution(Node) - Method in class mathcomp.assemble.minimalsurface.L2Interpolation

evalExactSolution(Node) - Method in class mathcomp.assemble.minimalsurface.MinimalSurfaceAssembler

evalExactSolutionPressure(Node) - Method in class mathcomp.assemble.cfd.NSMini_BUCanal

evalExactSolutionPressure(Node) - Method in class mathcomp.assemble.cfd.NSMiniDuct

evalExactSolutionPressure(Node) - Method in class mathcomp.assemble.cfd.NSMiniHomogen

evalExactSolutionPressure(Node) - Method in class mathcomp.assemble.cfd.NSMiniOseen

evalExactSolutionPressure(Node) - Method in class mathcomp.assemble.cfd.NSMiniOseenTesterA

evalExactSolutionPressure(Node) - Method in class mathcomp.assemble.cfd.NSMiniOseenTesterB

evalExactSolutionPressure(Node) - Method in class mathcomp.assemble.cfd.NSMiniTimeSI

evalExactSolutionPressure(Node) - Method in class mathcomp.assemble.cfd.NSMiniTube

evalExactSolutionPressure(Node) - Method in class mathcomp.assemble.cfd.NSTimeDrivenCavity

evalExactSolutionPressure(Node) - Method in class mathcomp.assemble.cfd.StokesTimeTester

evalExactSolutionPressure(Node) - Method in class mathcomp.assemble.filament.FilamentAssembler

evalExactSolutionU1(Node) - Method in class mathcomp.assemble.cfd.NSMini_BUCanal

evalExactSolutionU1(Node) - Method in class mathcomp.assemble.cfd.NSMiniDuct

evalExactSolutionU1(Node) - Method in class mathcomp.assemble.cfd.NSMiniHomogen

evalExactSolutionU1(Node) - Method in class mathcomp.assemble.cfd.NSMiniOseen

evalExactSolutionU1(Node) - Method in class mathcomp.assemble.cfd.NSMiniOseenTesterA

evalExactSolutionU1(Node) - Method in class mathcomp.assemble.cfd.NSMiniOseenTesterB

evalExactSolutionU1(Node) - Method in class mathcomp.assemble.cfd.NSMiniTimeSI

evalExactSolutionU1(Node) - Method in class mathcomp.assemble.cfd.NSMiniTube

evalExactSolutionU1(Node) - Method in class mathcomp.assemble.cfd.NSTimeDrivenCavity

evalExactSolutionU1(Node) - Method in class mathcomp.assemble.cfd.StokesTimeTester

evalExactSolutionU1(Node) - Method in class mathcomp.assemble.filament.FilamentAssembler

evalExactSolutionU2(Node) - Method in class mathcomp.assemble.cfd.NSMini_BUCanal

evalExactSolutionU2(Node) - Method in class mathcomp.assemble.cfd.NSMiniDuct

evalExactSolutionU2(Node) - Method in class mathcomp.assemble.cfd.NSMiniHomogen

evalExactSolutionU2(Node) - Method in class mathcomp.assemble.cfd.NSMiniOseen

evalExactSolutionU2(Node) - Method in class mathcomp.assemble.cfd.NSMiniOseenTesterA

evalExactSolutionU2(Node) - Method in class mathcomp.assemble.cfd.NSMiniOseenTesterB

evalExactSolutionU2(Node) - Method in class mathcomp.assemble.cfd.NSMiniTimeSI

evalExactSolutionU2(Node) - Method in class mathcomp.assemble.cfd.NSMiniTube

evalExactSolutionU2(Node) - Method in class mathcomp.assemble.cfd.NSTimeDrivenCavity

evalExactSolutionU2(Node) - Method in class mathcomp.assemble.cfd.StokesTimeTester

evalExactSolutionU2(Node) - Method in class mathcomp.assemble.filament.FilamentAssembler

evalF(Node) - Method in class mathcomp.assemble.Assembler

Evaluates the right hand side function f on the Node n

evalF(Node) - Method in class mathcomp.assemble.convdiff.CDH_1D

evalF(Node) - Method in class mathcomp.assemble.convdiff.CDH_Mini

evalF(Node) - Method in class mathcomp.assemble.convdiff.CDH_Square

evalF(Node) - Method in class mathcomp.assemble.convdiff.ConvDiffBoundary

evalF(Node) - Method in class mathcomp.assemble.convdiff.ConvDiffHomogen

evalF(Node) - Method in class mathcomp.assemble.convdiff.EV_1D_FEM

evalF(Node) - Method in class mathcomp.assemble.convdiff.Nochetto

evalF(Node) - Method in class mathcomp.assemble.convdiff.Raithby

evalF(Node) - Method in class mathcomp.assemble.convdiff.RotFlow

evalF(Node) - Method in class mathcomp.assemble.convdiff.SkewAdvection

evalF(Node) - Method in class mathcomp.assemble.discontinuousgalerkin.DGAssembler

evalF(double) - Method in class mathcomp.assemble.discontinuousgalerkin.TimeDependentAssembler

computes the value of the generalized 2D flux function of the convection-diffusion problem.

evalF(Node) - Method in class mathcomp.assemble.laplace.LaplaceAssembler

evalF(Node) - Method in class mathcomp.assemble.laplace.LaplaceAssemblerLReg

evalF(Node) - Method in class mathcomp.assemble.laplace.LaplaceAssemblerLSing

evalF(Node) - Method in class mathcomp.assemble.laplace.MiniLaplaceAssembler

evalF(Node) - Method in class mathcomp.assemble.laplace.SquareLaplaceAssembler

evalF(Node) - Method in class mathcomp.assemble.minimalsurface.MinimalSurfaceAssembler

evalF1(Node) - Method in class mathcomp.assemble.cfd.NSMini_BUCanal

evalF1(Node) - Method in class mathcomp.assemble.cfd.NSMiniDuct

evalF1(Node) - Method in class mathcomp.assemble.cfd.NSMiniHomogen

evalF1(Node) - Method in class mathcomp.assemble.cfd.NSMiniOseen

evalF1(Node) - Method in class mathcomp.assemble.cfd.NSMiniOseenTesterA

evalF1(Node) - Method in class mathcomp.assemble.cfd.NSMiniOseenTesterB

evalF1(Node) - Method in class mathcomp.assemble.cfd.NSMiniOseenTesterD

evalF1(Node) - Method in class mathcomp.assemble.cfd.NSMiniTimeSI

evalF1(Node) - Method in class mathcomp.assemble.cfd.NSMiniTube

evalF1(Node) - Method in class mathcomp.assemble.cfd.NSTimeDrivenCavity

evalF1(Node) - Method in class mathcomp.assemble.cfd.StokesTimeTester

evalF1(Node) - Method in class mathcomp.assemble.filament.FilamentAssembler

evalF2(Node) - Method in class mathcomp.assemble.cfd.NSMini_BUCanal

evalF2(Node) - Method in class mathcomp.assemble.cfd.NSMiniDuct

evalF2(Node) - Method in class mathcomp.assemble.cfd.NSMiniHomogen

evalF2(Node) - Method in class mathcomp.assemble.cfd.NSMiniOseen

evalF2(Node) - Method in class mathcomp.assemble.cfd.NSMiniOseenTesterA

evalF2(Node) - Method in class mathcomp.assemble.cfd.NSMiniOseenTesterB

evalF2(Node) - Method in class mathcomp.assemble.cfd.NSMiniOseenTesterD

evalF2(Node) - Method in class mathcomp.assemble.cfd.NSMiniTimeSI

evalF2(Node) - Method in class mathcomp.assemble.cfd.NSMiniTube

evalF2(Node) - Method in class mathcomp.assemble.cfd.NSTimeDrivenCavity

evalF2(Node) - Method in class mathcomp.assemble.cfd.StokesTimeTester

evalF2(Node) - Method in class mathcomp.assemble.filament.FilamentAssembler

evalG(double) - Method in class mathcomp.assemble.cfd.StokesTimeTester

evalG(Node, double) - Method in class mathcomp.assemble.discontinuousgalerkin.DGAssembler

computes the value of the right hand side coefficient function of the convection-diffusion problem.

evalG(Node, double) - Method in class mathcomp.assemble.discontinuousgalerkin.IniL2Interpolation

evalG(Node, double) - Method in class mathcomp.assemble.discontinuousgalerkin.TimeDependentExample1

evalG(Node, double) - Method in class mathcomp.assemble.discontinuousgalerkin.TimeDependentExample2

evalG(Node, double) - Method in class mathcomp.assemble.discontinuousgalerkin.TimeIndependentExample

evalGradXBasisFuncOnRef(Node, int) - Method in class mathcomp.assemble.LagrangeLinearAssembler

Returns the value of the partial derivation of the basis function with the local number localBasisNumber by x at the Node u on the standart-triangle.

evalGradXBasisFuncOnRef(Node, int) - Method in class mathcomp.assemble.LagrangeSquareAssembler

evalGradXBasisFuncOnRef(Node, int) - Method in class mathcomp.assemble.MiniAssembler

evalGradYBasisFuncOnRef(Node, int) - Method in class mathcomp.assemble.LagrangeLinearAssembler

Returns the value of the partial derivation of the basis function with the local number localBasisNumber by y at the Node u on the standart-triangle.

evalGradYBasisFuncOnRef(Node, int) - Method in class mathcomp.assemble.LagrangeSquareAssembler

evalGradYBasisFuncOnRef(Node, int) - Method in class mathcomp.assemble.MiniAssembler

evalInitial(Node) - Method in class mathcomp.assemble.discontinuousgalerkin.IniL2Interpolation

evalLinearBasisFuncOnRef(Node, int) - Method in class mathcomp.assemble.convdiff.CDH_Weighted

evalTau(Triangle, Node, Node) - Method in class mathcomp.assemble.convdiff.CDH_HVM

evalU(double, double) - Method in class mathcomp.assemble.convdiff.CDH_1D

evalU(double, double) - Method in class mathcomp.assemble.convdiff.CDH_Mini

evalU(double, double) - Method in class mathcomp.assemble.convdiff.CDH_Square

evalU(double, double) - Method in class mathcomp.assemble.convdiff.ConvDiffBoundary

evalU(double, double) - Method in class mathcomp.assemble.convdiff.ConvDiffHomogen

evalU(double, double) - Method in class mathcomp.assemble.convdiff.EV_1D_FEM

evalU0(Node) - Method in class mathcomp.assemble.discontinuousgalerkin.TimeDependentAssembler

Computes the initial value of the convection-diffusion problem at node n

evalU0(Node) - Method in class mathcomp.assemble.discontinuousgalerkin.TimeDependentExample1

evalU0(Node) - Method in class mathcomp.assemble.discontinuousgalerkin.TimeDependentExample2

evalUd(Node, double) - Method in class mathcomp.assemble.discontinuousgalerkin.DGAssembler

Computes the value of the time dependent Dirichlet data in the point (n, time) of the convection-diffusion problem.

evalUd(Node, double) - Method in class mathcomp.assemble.discontinuousgalerkin.IniL2Interpolation

evalUd(Node, double) - Method in class mathcomp.assemble.discontinuousgalerkin.TimeDependentExample1

evalUd(Node, double) - Method in class mathcomp.assemble.discontinuousgalerkin.TimeDependentExample2

evalUd(Node, double) - Method in class mathcomp.assemble.discontinuousgalerkin.TimeIndependentExample

evalV(double, double) - Method in class mathcomp.assemble.convdiff.CDH_1D

evalV(double, double) - Method in class mathcomp.assemble.convdiff.CDH_Mini

evalV(double, double) - Method in class mathcomp.assemble.convdiff.CDH_Square

evalV(double, double) - Method in class mathcomp.assemble.convdiff.ConvDiffBoundary

evalV(double, double) - Method in class mathcomp.assemble.convdiff.ConvDiffHomogen

evalV(double, double) - Method in class mathcomp.assemble.convdiff.EV_1D_FEM

evalWeightedBasisFunc(Triangle, Node, int) - Method in class mathcomp.assemble.convdiff.CDH_WBF

evalWeightedBasisFuncOnRef(Node, int) - Method in class mathcomp.assemble.convdiff.CDH_EF_Flux

Export - Class in mathcomp.assemble.discontinuousgalerkin

Export() - Constructor for class mathcomp.assemble.discontinuousgalerkin.Export

export(Assembler, Vector, String, String) - Static method in class mathcomp.io.ExportGen

export(Grid) - Static method in class mathcomp.io.TriangleIO

export(Grid, String) - Static method in class mathcomp.io.TriangleIO

export() - Method in class mathcomp.monitor.Report

export(String) - Method in class mathcomp.util.cfd.ParticlePath

export1D_projection(File, Surface, Surface, int) - Static method in class mathcomp.io.MatlabExport

exportCut(File, int) - Method in class mathcomp.gui.MainCDE

exportExactSolution(Assembler) - Static method in class mathcomp.io.MatlabExport

ExportGen - Class in mathcomp.io

This class is used to export the solution, in a way that it can be ploted in matlab using gen.m To use this class, each assembler should implement the method createDofExport correctly

ExportGen() - Constructor for class mathcomp.io.ExportGen

exportGridNodesToPoly(Grid) - Static method in class mathcomp.io.TriangleIO

exportGridNodesToPoly(Grid, String) - Static method in class mathcomp.io.TriangleIO

exportMatrix(Matrix, String) - Static method in class mathcomp.io.MatlabExport

exportMiniCFD(Assembler, Vector, String) - Static method in class mathcomp.io.MatlabExport

exportScalar2D(File, Surface) - Static method in class mathcomp.io.MatlabExport

Generates a file of the form x1 y1 sol(x1,y1) \newLine x2 y2 sol(x2,y2) \newLine ...

exportScalar2D(File, Vector) - Static method in class mathcomp.io.MatlabExport

exportShishkin(String, double) - Static method in class mathcomp.gridgeom.GridGenerator

exportSlipNormals(Map) - Static method in class mathcomp.io.MatlabExport

exportSolution(Assembler, Vector, String) - Static method in class mathcomp.assemble.discontinuousgalerkin.Export

exportSolutionMiniElements(Assembler, Vector, String) - Static method in class mathcomp.io.MatlabExport

exportStokesSolution(Assembler, Vector) - Static method in class mathcomp.io.MatlabExport

exportSurface(File, Surface) - Method in class mathcomp.gui.Main

exportToFile(File) - Method in class mathcomp.monitor.Report

exportVector(Vector, Assembler, String) - Static method in class mathcomp.io.MatlabExport