Uses of Class
jabble.Slice

Packages that use Slice

jabble	The core classes for Jabble that make up the framework.
jabble.indicators	A set of Indicators and FunctionFields for typical use.

Uses of Slice in jabble

Methods in jabble that return Slice

static Slice	Grids.coarseSlice(Slice slice, int... steps)
Slice	CoordinateTransformation.getNewSlice()
Slice	CoordinateTransformation.getOldSlice()
Slice	ResultStore.getSlice(int nSlice)

Methods in jabble that return types with arguments of type Slice

static java.util.List<Slice>	Grids.generateSlices(Slice slice)
static java.util.List<Slice>	Grids.generateSlices(Slice slice, int numberSlices)

Methods in jabble with parameters of type Slice

void	ResultStore.addSlice(Slice slice)
double	Indicator.calculate(Slice slice) Calculate the given indicator on the given slice.
static Slice	Grids.coarseSlice(Slice slice, int... steps)
static java.util.List<Slice>	Grids.generateSlices(Slice slice)
static java.util.List<Slice>	Grids.generateSlices(Slice slice, int numberSlices)
void	CoordinateTransformation.setNewSlice(Slice newSlice)
void	CoordinateTransformation.setOldSlice(Slice slice)
void	CoordinateTransformation.transform(Slice oldSlice, Slice newSlice)

Method parameters in jabble with type arguments of type Slice

void	Multigrid.evolve(java.util.List<Slice> slices)
void	Multigrid.VCycle.evolve(java.util.List<Slice> slices)
void	Evolver.evolve(java.util.List<Slice> slices) Evolves the data in the list of slices of one time step.
int	Evolver.evolve(java.util.List<Slice> slices, int nIterations) Evolves the data in the list of slices for nIterations time steps.
int	Multigrid.evolve(java.util.List<Slice> slices, int maxIterations, Trigger stopTrigger) Evolves the slices using multi grid methods and the evolver given through the constructor.
int	Multigrid.VCycle.evolve(java.util.List<Slice> slices, int maxIterations, Trigger stopTrigger) Evolves the slices using multi grid methods and the evolver given through the constructor.
int	Evolver.evolve(java.util.List<Slice> slices, int maxIterations, Trigger stopTrigger) Evolves the data in the list of slices for maxIterations time steps, or until the stopTrigger is verified.
protected void	Multigrid.prolong(java.util.List<Slice> coarseSlices, java.util.List<Slice> fineSlices)
protected void	Multigrid.prolong(java.util.List<Slice> coarseSlices, java.util.List<Slice> fineSlices)
protected void	Multigrid.restrict(java.util.List<Slice> coarseSlices, java.util.List<Slice> fineSlices)
protected void	Multigrid.restrict(java.util.List<Slice> coarseSlices, java.util.List<Slice> fineSlices)
void	Problem.setInitialCondition(java.util.List<Slice> slices) Initializes the set of slices according to the initial conditions.
void	MethodFunctionField.setupFields(java.util.List<Slice> slices)
void	FunctionField.setupFields(java.util.List<Slice> slices) Sets the set of slices on which the expression will be calculated.
void	FieldCalculator.setupFields(java.util.List<Slice> slices) Sets up the appropriate data stracture so that the FieldCalculator will operate on the given list of slices.
protected void	Multigrid.setupRestrictSlices(java.util.List<Slice> fineSlices)
protected abstract void	Multigrid.vCycleProlong(java.util.List<Slice> coarseSlices, java.util.List<Slice> fineSlices)
protected abstract void	Multigrid.vCycleProlong(java.util.List<Slice> coarseSlices, java.util.List<Slice> fineSlices)
protected void	FullMultigrid.vCycleProlong(java.util.List<Slice> coarseSlices, java.util.List<Slice> fineSlices)
protected void	FullMultigrid.vCycleProlong(java.util.List<Slice> coarseSlices, java.util.List<Slice> fineSlices)
protected void	FAS.vCycleProlong(java.util.List<Slice> coarseSlices, java.util.List<Slice> fineSlices)
protected void	FAS.vCycleProlong(java.util.List<Slice> coarseSlices, java.util.List<Slice> fineSlices)
protected abstract void	Multigrid.vCycleRestrict(java.util.List<Slice> coarseSlices, java.util.List<Slice> fineSlices)
protected abstract void	Multigrid.vCycleRestrict(java.util.List<Slice> coarseSlices, java.util.List<Slice> fineSlices)
protected void	FullMultigrid.vCycleRestrict(java.util.List<Slice> coarseSlices, java.util.List<Slice> fineSlices)
protected void	FullMultigrid.vCycleRestrict(java.util.List<Slice> coarseSlices, java.util.List<Slice> fineSlices)
protected void	FAS.vCycleRestrict(java.util.List<Slice> coarseSlices, java.util.List<Slice> fineSlices)
protected void	FAS.vCycleRestrict(java.util.List<Slice> coarseSlices, java.util.List<Slice> fineSlices)
boolean	Problem.verifyResult(java.util.List<Slice> slices, double tolerance) Compares the field value in the slices with the expected solution.

Constructors in jabble with parameters of type Slice

Slice(Slice slice)
Creates a new slice by copying the given slice, including copying the values of the fields.

Uses of Slice in jabble.indicators

Method parameters in jabble.indicators with type arguments of type Slice

void	TimeDifferenceFunctionField.setupFields(java.util.List<Slice> slices)
void	TimeDerivativeFunctionField.setupFields(java.util.List<Slice> slices)
void	SumFunctionField.setupFields(java.util.List<Slice> slices)
void	SpaceDerivativeFunctionField.setupFields(java.util.List<Slice> slices)
void	NanOrInfinityFunctionField.setupFields(java.util.List<Slice> slices)
void	FieldFunctionField.setupFields(java.util.List<Slice> slices)
void	DivisionFunctionField.setupFields(java.util.List<Slice> slices)