Uses of Class
mathcomp.la.Vector

Packages that use Vector

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.minimalsurface	Minimal surface problems.
mathcomp.gridgeom	Contains the geometric architecture and refinement.
mathcomp.gui	GUI-Implementation.
mathcomp.gui.cfd	Provides GUI features for flow problems.
mathcomp.io	Classes for export.
mathcomp.la	Contains Linear Algebra Classes and the Index Infrastructure.
mathcomp.la.external	Linear solvers from other projects, partially native.
mathcomp.la.solve	Linear algebra Solvers.
mathcomp.run	Provides run classes that govern the alogorithms for entire calculation processes.
mathcomp.util.cfd	Provides some utils for flow problems.

Uses of Vector in mathcomp.assemble

Fields in mathcomp.assemble declared as Vector

Vector[]

LagrangeLinearAssembler.gradVector Because the gradient of a linear basis function is constant, we can calculate this gradient for every element once in a pre-processing way.

Methods in mathcomp.assemble that return Vector

Vector	Assembler.addDirichletNodes(Vector sol) Completes the solution vector by adding the values at the dirichlet nodes
Vector	Assembler.getY()

Methods in mathcomp.assemble with parameters of type Vector

Vector	Assembler.addDirichletNodes(Vector sol) Completes the solution vector by adding the values at the dirichlet nodes
Surface[]	Assembler.createSurfaces(Vector x) Generates and returns an array of Surface Objects.
Surface[]	Assembler.createSurfaces(Vector x, Vector fineSolution)
double[]	MiniAssembler.evalApproxGradient(Node n, Triangle t, Vector x)
double[]	LagrangeSquareAssembler.evalApproxGradient(Node gaussRef, Triangle t, Vector x)
double[]	LagrangeLinearAssembler.evalApproxGradient(Node n, Triangle t, Vector x) For linear functions we add the gradients of the scaled basisfunction on real
double[]	Assembler.evalApproxGradient(Node n, Triangle t, Vector x) For H1 error calculations we need to know the gradient of the approximated solution in a node n.
double	MiniAssembler.evalApproxSolution(Node n, Triangle t, Vector x)
double	LagrangeSquareAssembler.evalApproxSolution(Node n, Triangle t, Vector x)
double	LagrangeLinearAssembler.evalApproxSolution(Node n, Triangle t, Vector x)
abstract double	Assembler.evalApproxSolution(Node n, Triangle t, Vector x) Evaluates the FEM solution in a Node.
void	ErrorCalculatorOverkill.setFineSolution(Vector fine)
void	ErrorCalculator.setFineSolution(Vector fineSolution)
void	ErrorCalculatorOverkill.setSolution(Vector sol)
void	ErrorCalculatorCompare.setSolution(Vector sol)
void	ErrorCalculator.setSolution(Vector solution) Sets a solution to this ErrorCalculator.
void	Assembler.setY(Vector vector)

Uses of Vector in mathcomp.assemble.cfd

Fields in mathcomp.assemble.cfd declared as Vector

Vector	NSMiniFPIAssembler.oldSolution
Vector	NSMiniFPIAssembler.stokesY

Methods in mathcomp.assemble.cfd that return Vector

Vector	NavierStokesAssembler.addDirichletNodes(Vector sol)
Vector	NSMiniFPIAssembler.getOldSolution()
Vector	NavierStokesAssembler.getOldSolution()

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

Vector	NavierStokesAssembler.addDirichletNodes(Vector sol)
double[]	NSMiniAssembler.evalApproxGradientU1(Node n, Triangle t, Vector x)
double[]	NSMiniAssembler.evalApproxGradientU2(Node n, Triangle t, Vector x)
double	NSMiniAssembler.evalApproxSolutionPressure(Node n, Triangle t, Vector x)
double	NSMiniAssembler.evalApproxSolutionU1(Node n, Triangle t, Vector x)
double	NSMiniAssembler.evalApproxSolutionU2(Node n, Triangle t, Vector x)
boolean	NSMiniFPIAssembler.isToContinue(Vector x)
boolean	NSMiniOseenAssembler.isToContinue(Vector x)
void	NSMiniFPIAssembler.setOldSolution(Vector oldSolution)
void	NSMiniFPIAssembler.setOldSolution(Vector x, Vector yy)
void	NavierStokesAssembler.setOldSolution(Vector x, Vector yy)

Uses of Vector in mathcomp.assemble.convdiff

Methods in mathcomp.assemble.convdiff with parameters of type Vector

double[]	CDH_WBF.evalApproxGradient(Node n, Triangle t, Vector x) TODO adjust linear to weighted gradients
double	CDH_WBF.evalApproxSolution(Node n, Triangle t, Vector x)

Uses of Vector in mathcomp.assemble.discontinuousgalerkin

Methods in mathcomp.assemble.discontinuousgalerkin that return Vector

Vector	TimeDependentAssembler.adaptiveLimiter(Vector v, double time)
Vector	TimeDependentAssembler.limiter(Vector v, double time)
Vector	TimeDependentAssembler.meanValueLimiter(Vector v)

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

Vector	TimeDependentAssembler.adaptiveLimiter(Vector v, double time)
void	TimeDependentAssembler.computeLimiter0(Vector v, Vector result, Triangle t)
Surface[]	DGAssembler.createSurfaces(Vector x)
double	DGAssembler.evalApproxSolution(Node n, Triangle t, Vector x)
static void	Export.exportSolution(Assembler ass, Vector x, java.lang.String filename)
Vector	TimeDependentAssembler.limiter(Vector v, double time)
Vector	TimeDependentAssembler.meanValueLimiter(Vector v)
void	TimeDependentAssembler.setVectorPiU(Vector v)
void	TimeDependentAssembler.setVectorU(Vector v)
static void	Export.writeToWriter(Assembler ass, Vector x, java.io.PrintWriter pwU)

Uses of Vector in mathcomp.assemble.minimalsurface

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

double[]	MinimalSurfaceAssembler.evalApproxGradient(Triangle t, Vector x)
boolean	NewtonAssembler.isToContinue(Vector x)
boolean	FixedPointAssembler.isToContinue(Vector x)
void	NewtonAssembler.setOldSolution(Vector x, Vector yy)
void	FixedPointAssembler.setOldSolution(Vector x, Vector yy)

Uses of Vector in mathcomp.gridgeom

Methods in mathcomp.gridgeom that return Vector

static Vector[]

Transformation.getGradVector(Triangle t, Vector[] toFillVector)

Methods in mathcomp.gridgeom with parameters of type Vector

static void	Transformation.fillGradVector(Triangle t, Vector[] toFillVector) For every triangle preprocessed method to calculate the gradVector.
static double	AdaptiveRefiner.getGradientLength(Node n, Triangle t, Vector x)
static Vector[]	Transformation.getGradVector(Triangle t, Vector[] toFillVector)
static java.util.Map	AdaptiveRefiner.getHighGradientTriangles(Grid grid, Vector x)
static double[]	AdaptiveRefiner.getMeanAndMaxGradient(Grid grid, Vector x)

Uses of Vector in mathcomp.gui

Methods in mathcomp.gui that return Vector

Vector	GeneralMain.getLastX()
Vector	GridRenderer.getVectorFieldApprox()

Methods in mathcomp.gui with parameters of type Vector

void	GeneralMain.setLastX(Vector lastX)
void	GridRenderer.setVectorFieldApprox(Vector vectorFieldApprox)

Constructors in mathcomp.gui with parameters of type Vector

Main.MatrixTableModel(Matrix m, Vector y)

Uses of Vector in mathcomp.gui.cfd

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

float[]	GradientGridRenderer.calcUpperAndLowerBounds(Vector v)
Surface	JCFD.createSingleSurfaces(Vector x)
void	GradientGridRenderer.setData(Vector x_IN, Grid g, int mode)

Uses of Vector in mathcomp.io

Methods in mathcomp.io that return Vector

static Vector

Import.loadFineSolution(Index index, java.io.File file)

Methods in mathcomp.io with parameters of type Vector

static void	ExportGen.export(Assembler ass, Vector solution, java.lang.String gridfile, java.lang.String solFile)
static void	MatlabExport.exportMiniCFD(Assembler ass, Vector x, java.lang.String fileName)
static void	MatlabExport.exportScalar2D(java.io.File file, Vector x)
static void	MatlabExport.exportSolutionMiniElements(Assembler ass, Vector x, java.lang.String fileName)
static void	MatlabExport.exportStokesSolution(Assembler ass, Vector x)
static void	MatlabExport.exportVector(Vector v, Assembler ass, java.lang.String fileName)

Uses of Vector in mathcomp.la

Subclasses of Vector in mathcomp.la

class

MapVector

Methods in mathcomp.la that return Vector

Vector	Vector.add(Vector v, Vector res) Performs res := this + v and returns res.
Vector	Vector.addScaled(Vector v, double alpha, Vector res) Performs res := this + alpha*v and returns res.
abstract Vector	Vector.copy() Creates a copy of this vector.
Vector	MapVector.copy()
Vector	Index.createVector() Creates a new Vector indexed by this Index.
Vector	CollectionIndex.createVector() Creates a new MapVector based on this index.
Vector	Matrix.map(Vector v, Vector ret) Performs ret := this*v, i.e.
Vector	Vector.scale(double alpha, Vector res) Performs res := alpha*this and returns res.

Methods in mathcomp.la with parameters of type Vector

Vector	Vector.add(Vector v, Vector res) Performs res := this + v and returns res.
Vector	Vector.addScaled(Vector v, double alpha, Vector res) Performs res := this + alpha*v and returns res.
void	Vector.copyFrom(Vector v) Puts v into this, this := v.
double	Matrix.map(Vector v, java.lang.Object row)
Vector	Matrix.map(Vector v, Vector ret) Performs ret := this*v, i.e.
Vector	Vector.scale(double alpha, Vector res) Performs res := alpha*this and returns res.
double	Vector.scalProd(Vector v) Returns the scalar product of this and v.

Uses of Vector in mathcomp.la.external

Methods in mathcomp.la.external that return Vector

static Vector	Umfpack.arrayToVector(double[] d, IndexToInteger i2i)
static Vector	JMP.convert(jmp.ElementalAccessVector v, IndexToInteger i2i)
Vector	JMPSolver.solve()
Vector	AbstractHBSolver.solve()

Methods in mathcomp.la.external with parameters of type Vector

static jmp.Vector	JMP.convert(Vector v, IndexToInteger i2i)
static double[]	Umfpack.vectorToArray(Vector v, IndexToInteger i2i)

Uses of Vector in mathcomp.la.solve

Methods in mathcomp.la.solve that return Vector

Vector	Solver.getX()
Vector	AbstractSolver.getX()
Vector	AbstractSolver.getY()
Vector	Solver.solve()
Vector	GaussSolver.solve()

Methods in mathcomp.la.solve with parameters of type Vector

void	AbstractSolver.setX(Vector vector)
void	Solver.setY(Vector y)
void	AbstractSolver.setY(Vector vector)

Uses of Vector in mathcomp.run

Methods in mathcomp.run that return Vector

Vector

AssemblerRun.getX()

Methods in mathcomp.run with parameters of type Vector

double[]	NSIteratedAssemblerRun.calcPressureDifference(Vector sol)
boolean	IteratedAssembler.isToContinue(Vector x) this method defines if the iterative solver stops or continues.
void	IteratedAssembler.setOldSolution(Vector x, Vector yy) This method is used to set the previous iteration that is used to calculate the new iteration
void	AssemblerRun.setX(Vector x)

Constructors in mathcomp.run with parameters of type Vector

AssemblerRun(Vector fineSolution)

Uses of Vector in mathcomp.util.cfd

Fields in mathcomp.util.cfd declared as Vector

Vector

MatlabImport.sol

Methods in mathcomp.util.cfd that return Vector

Vector

MatlabImport.getSol()

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

static double	SolutionAnalyzer.evalApproxSolution(Node n, Triangle t, Vector x, int component)
double	SolutionAnalyzer.getAbsComponentMax(Node[] nodes, Vector sol1, Vector sol2, int component)
static double	SolutionAnalyzer.getL2FromVectors(Grid grid, Vector v1, Vector v2, int comp)
void	ParticlePath.setSol(Vector sol)