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

C

calculate(Slice) - Method in class jabble.Indicator

Calculate the given indicator on the given slice.

calculate(Field[], Field[]) - Method in class jabble.Injection

calculate(Point, Point, Field, Field) - Method in class jabble.Injection

calculate(Field[], Field[]) - Method in class jabble.MultigridOperation

Calculates the multigrid operations on the given set of fields (paired in the array order).

calculate(Point, Point, Field, Field) - Method in class jabble.MultigridOperation

Calculates the operation at the given point for the given field.

calculateAt(Point) - Method in interface jabble.FunctionField

Calculates the expression at a given point.

calculateAt(Point) - Method in class jabble.indicators.DivisionFunctionField

calculateAt(Point) - Method in class jabble.indicators.FieldFunctionField

calculateAt(Point) - Method in class jabble.indicators.NanOrInfinityFunctionField

calculateAt(Point) - Method in class jabble.indicators.SpaceDerivativeFunctionField

calculateAt(Point) - Method in class jabble.indicators.SumFunctionField

calculateAt(Point) - Method in class jabble.indicators.TimeDerivativeFunctionField

calculateAt(Point) - Method in class jabble.indicators.TimeDifferenceFunctionField

calculateAt(Point) - Method in class jabble.MethodFunctionField

calculateCoordsAndDiffs(Point) - Method in class jabble.Cartesian2DToSpherical2DTransformation

calculateCoordsAndDiffs(Point) - Method in class jabble.CoordinateTransformation

calculateDifferential(Grid, int) - Method in class jabble.Problem

Calculates the space differential for the given coordinate.

calculateNewFields() - Method in class jabble.Evolver

Calculates the fields for the current iteration.

calculateNewFields(Point) - Method in class jabble.IteratedCrankNicholson

Calculate the new value of the fields at the given point.

calculateNewFields() - Method in class jabble.IteratedCrankNicholson

Implements the skeleton of the template algorythm.

calculateNewFields() - Method in class jabble.LaxWendroff

Implements the template algorithm for LaxWendroff.

calculateNewFields() - Method in class jabble.Multigrid

Implements the multi grid method.

calculateNewFields() - Method in class jabble.Multigrid.VCycle

Implements the multi grid method.

calculateNewFields(Point) - Method in class jabble.RungeKutta

calculateNewFields() - Method in class jabble.SingleLoopEvolver

Implements the loop over the Grid.

calculateNewFields(Point) - Method in class jabble.SingleLoopEvolver

Calculates the value of the fields at the given Point.

calculateScalar(Point, Field, Field) - Method in class jabble.Cartesian2DToSpherical2DTransformation

calculateScalar(Point, Field, Field) - Method in class jabble.CoordinateTransformation

calculateTaylorCoeff(int, double) - Static method in class jabble.stencils.StencilUtils

calculateTaylorMatrix(int, int) - Static method in class jabble.stencils.StencilUtils

calculateTensor(Point, Field[][], Field[][]) - Method in class jabble.Cartesian2DToSpherical2DTransformation

calculateTensor(Point, Field[][], Field[][]) - Method in class jabble.CoordinateTransformation

calculateTimeDifferential(Grid) - Method in class jabble.Problem

Calculates the time differential.

calculateVector(Point, Field[], Field[]) - Method in class jabble.Cartesian2DToSpherical2DTransformation

calculateVector(Point, Field[], Field[]) - Method in class jabble.CoordinateTransformation

Cartesian2DStencils - Class in jabble.stencils

Stencil library for operators on Fields in 2D cartesian space.

Cartesian2DToSpherical2DTransformation - Class in jabble

Cartesian2DToSpherical2DTransformation() - Constructor for class jabble.Cartesian2DToSpherical2DTransformation

Creates a new instance of Cartesian2DToSpherical2DTransformation

CartesianStencils - Class in jabble.stencils

Stencil library for calculating various differential operators in rectangular coordinates, e.g.

centeredDifference(Field, int) - Static method in class jabble.stencils.FirstDerivativeStencils

Calculates (F(x-1) - F(x+1)) / (2 * dx).

close() - Method in class jabble.ResultStore

coarseSlice(Slice, int...) - Static method in class jabble.Grids

Configuration - Class in jabble

Loads Jabble settings from 'jabble.properties'.

Constants - Class in jabble

A helper class with a series of constants that might be useful during the calculation.

constantsMap - Variable in class jabble.Evolver

CoordinateTransformation - Class in jabble

CoordinateTransformation(List<String>, List<String>) - Constructor for class jabble.CoordinateTransformation

Creates a new instance of CoordinateTransformation

copyData(Field) - Method in class jabble.Field

Changes all values of the field to match the given one.

createEquationsSet() - Method in class jabble.EquationSetBuilder

Creates the setEquation according to the instructions given to the builder.

createField(String, Grid) - Method in class jabble.DataStructuresFactory

Creates a new field with a value of zero at each point of the Grid.

createField(Field) - Method in class jabble.DataStructuresFactory

Creates a new field that is the copy of the given Field.

createField(String, double[], Grid) - Method in class jabble.DataStructuresFactory

Creates a new field with the given name, data and Grid.

createField(String, Grid) - Static method in class jabble.Field

Creates a new field with a value of zero at each point of the Grid.

createField(Field) - Static method in class jabble.Field

Creates a new field that is the copy of the given Field.

createField(String, double[], Grid) - Static method in class jabble.Field

Creates a new field with the given name, data and Grid.

createGrid(int...) - Method in class jabble.DataStructuresFactory

Creates a Grid of the specified size.

createGrid(Grid) - Method in class jabble.DataStructuresFactory

Creates a new Grid object with the same dimension and sizes of the given Grid.

createGrid(int...) - Static method in class jabble.Grid

Creates a Grid of the specified size.

CUBIC_INTERPOLATION - Static variable in class jabble.MultigridOperation

Cubic interpolation operations for 1D/2D/3D grids (cubic for 1D, bicubic for 2D and tricubic for 3D, currently not implemented).