Uses of Interface
mathcomp.monitor.Algorithm

Packages that use Algorithm

mathcomp.assemble	Contains essential assembler classes.
mathcomp.assemble.cfd	Provides the assembly of Stokes and Navier-Stokes equations using Mini-Elements.
mathcomp.assemble.convdiff	Convection diffusion problems.
mathcomp.assemble.discontinuousgalerkin	Discontinuous galerkin problems.
mathcomp.assemble.filament	Combines the Immersed Boundary Method with FEM to treat filaments in fluid flow.
mathcomp.assemble.laplace	Laplace problems.
mathcomp.assemble.minimalsurface	Minimal surface problems.
mathcomp.assemble.stokes	Stokes problem.
mathcomp.gridgeom	Contains the geometric architecture and refinement.
mathcomp.monitor	Contains API and implementation for monitoring and reporting.

Uses of Algorithm in mathcomp.assemble

Classes in mathcomp.assemble that implement Algorithm

class	Assembler An Assembler assembles the Matrix for a given Problem.
class	AssemblerPair Helper class, if you assemble the Matrix by pairs of Dofs.
class	LagrangeCubicAssembler A NOT yet implemented Assembler for piecewise cubic elements.
class	LagrangeLinearAssembler An Assembler class for piecewise linear lagrange basis-functions.
class	LagrangeSquareAssembler An Assembler class for piecewise quadratic lagrange basis-functions.
class	MiniAssembler An Assembler class for mini elements.

Uses of Algorithm in mathcomp.assemble.cfd

Classes in mathcomp.assemble.cfd that implement Algorithm

class	NavierStokesAssembler
class	NSMini_BUCanal
class	NSMiniAssembler
class	NSMiniDuct
class	NSMiniFPIAssembler
class	NSMiniHomogen
class	NSMiniOseen
class	NSMiniOseenAssembler
class	NSMiniOseenBUH
class	NSMiniOseenDH
class	NSMiniOseenLH
class	NSMiniOseenTesterA
class	NSMiniOseenTesterB
class	NSMiniOseenTesterC
class	NSMiniOseenTesterD
class	NSMiniTimeSI
class	NSMiniTube
class	NSTimeDrivenCavity
class	NSTimeOseenSIAssembler
class	StokesTimeTester

Uses of Algorithm in mathcomp.assemble.convdiff

Classes in mathcomp.assemble.convdiff that implement Algorithm

class	AbstractCDA Special CDE Problem with variable velocity field b(x,y) on rect grid.
class	AbstractCDA_cV
class	AbstractCDA_Mini
class	AbstractCDA_Square
class	CDH_1D
class	CDH_EF_Flux
class	CDH_HVM
class	CDH_Mini An example class that extends AbstractConvDiffModel.
class	CDH_RFB
class	CDH_Shishkin
class	CDH_Square
class	CDH_SUPG This is the ConvDiffHomogen assembler expanded by SUPG stabilization.
class	CDH_WBF
class	CDH_Weighted
class	ConvDiffBoundary An example class that extends AbstractConvDiffModel.
class	ConvDiffHomogen An example class that extends AbstractConvDiffModel.
class	EV_1D_FEM
class	Nochetto
class	Raithby
class	Raithby_SUPG
class	RotFlow
class	RotFlow_RFB
class	RotFlow_SUPG
class	SkewAdvection
class	SkewAdvection_RFB
class	SkewAdvection_SUPG

Uses of Algorithm in mathcomp.assemble.discontinuousgalerkin

Classes in mathcomp.assemble.discontinuousgalerkin that implement Algorithm

class	DGAssembler
class	IniL2Interpolation
class	TimeDependentAssembler
class	TimeDependentExample1
class	TimeDependentExample2
class	TimeIndependentAssembler
class	TimeIndependentExample

Uses of Algorithm in mathcomp.assemble.filament

Classes in mathcomp.assemble.filament that implement Algorithm

class	FilamentAssembler
class	FilamentAssemblerEmpty

Uses of Algorithm in mathcomp.assemble.laplace

Classes in mathcomp.assemble.laplace that implement Algorithm

class	LaplaceAssembler A Laplace Problem test class that uses the assemble.LagrangeLinearAssembler with homogeneous Dirichlet boundary.
class	LaplaceAssemblerBoundary A Laplace Problem test class that uses the assemble.LagrangeLinearAssembler with two different Dirichlet boundary segments.
class	LaplaceAssemblerLReg
class	LaplaceAssemblerLSing
class	LaplaceAssemblerNeumann A Laplace Problem test class that uses the assemble.LagrangeLinearAssembler with mixed Dirichlet and Neumann boundary segments.
class	MiniLaplaceAssembler A Laplace Problem test class that uses the assemble.MiniAssembler with homogeneous Dirichlet boundary.
class	SquareLaplaceAssembler A Laplace Problem test class that uses the assemble.LagrangeSquareAssembler with homogeneous Dirichlet boundary.

Uses of Algorithm in mathcomp.assemble.minimalsurface

Classes in mathcomp.assemble.minimalsurface that implement Algorithm

class	FixedPointAssembler This assembler is used to solve the minimal suface problem using fixed point iteration.
class	L2Interpolation This class is used to initialize the iterative assemblers, giving the value for the first iteration
class	MinimalSurfaceAssembler This class is used to ensure that the problem of minimal surface that is being solved it's the same for the two iterative assemblers (NewtonAssembler and FixedPointAssembler) that extends this class.
class	NewtonAssembler This assembler is used to solve the minimal suface problem using Newtons's iterative method.

Uses of Algorithm in mathcomp.assemble.stokes

Classes in mathcomp.assemble.stokes that implement Algorithm

class

mathcomp.assemble.stokes.StokesAssembler The general class Assembler is not prepared to work with the stokes problem In this class some of the methods from assembler class are overridden and other methods that are necessary in every subclass of this assembler are declared as abstract.

Uses of Algorithm in mathcomp.gridgeom

Classes in mathcomp.gridgeom that implement Algorithm

class

GridRefiner A GridRefiner refines a grid.

Uses of Algorithm in mathcomp.monitor

Classes in mathcomp.monitor that implement Algorithm

class

DefaultAlgorithm

Methods in mathcomp.monitor that return Algorithm

Algorithm

DialogMonitor.getAlgo()

Methods in mathcomp.monitor with parameters of type Algorithm

void	DialogMonitor.setAlgo(Algorithm algorithm)