Uses of Class
jabble.Point

Packages that use Point

jabble	The core classes for Jabble that make up the framework.
jabble.indicators	A set of Indicators and FunctionFields for typical use.
jabble.stencils	Set of utility classes to calculate derivatives, averages and other operators on Fields.

Uses of Point in jabble

Methods in jabble that return Point

abstract Point	Point.neighborAt(int dirIndex, int distance) Returns a point walking along a direction at a certain distance.
abstract Point	Point.nextPoint(int dirIndex) Returns the next point along the given direction, or null if it doesn't exist.
abstract Point	Grid.origin() Returns the point at the corner of the grid where all coordinates are 0.
abstract Point	Grid.pointAt(int... location) Returns the Point on the Grid at the given location.
abstract Point	Point.previousPoint(int dirIndex) Returns the previous point along the given direction, or null if it doesn't exist.

Methods in jabble that return types with arguments of type Point

abstract java.lang.Iterable<Point>	Grid.blackPoints() Returns an object usable to retrieve an iterator over all the black point of the Grid.
abstract java.util.Iterator<Point>	Grid.iterator() Returns an iterator over all points of the Grid.
abstract java.lang.Iterable<Point>	Grid.subgrid(int... steps) Returns an object usable to retrieve an iterator over a subset of the points of the Grid.
abstract java.lang.Iterable<Point>	Grid.subgrid(Point firstPoint, Point lastPoint) Returns an object usable to retrieve an iterator over a subset of the points of the Grid.
abstract java.lang.Iterable<Point>	Grid.subgrid(Point firstPoint, Point lastPoint, int... steps) Returns an object usable to retrieve an iterator over a subset of the points of the Grid.
abstract java.lang.Iterable<Point>	Grid.whitePoints() Returns an object usable to retrieve an iterator over all the white point of the Grid.

Methods in jabble with parameters of type Point

abstract double	Field.at(Point p) Returns the value of the field at the given point.
protected abstract void	MultigridOperation.calculate(Point finePoint, Point coarsePoint, Field fineField, Field coarseField) Calculates the operation at the given point for the given field.
protected void	Injection.calculate(Point finePoint, Point coarsePoint, Field fineField, Field coarseField)
double	MethodFunctionField.calculateAt(Point point)
double	FunctionField.calculateAt(Point point) Calculates the expression at a given point.
protected abstract void	CoordinateTransformation.calculateCoordsAndDiffs(Point point)
protected void	Cartesian2DToSpherical2DTransformation.calculateCoordsAndDiffs(Point point)
protected abstract void	SingleLoopEvolver.calculateNewFields(Point point) Calculates the value of the fields at the given Point.
protected void	RungeKutta.calculateNewFields(Point point)
protected abstract void	IteratedCrankNicholson.calculateNewFields(Point point) Calculate the new value of the fields at the given point.
protected abstract void	CoordinateTransformation.calculateScalar(Point point, Field oldScalarField, Field newScalarField)
protected void	Cartesian2DToSpherical2DTransformation.calculateScalar(Point point, Field oldScalarField, Field newScalarField)
protected abstract void	CoordinateTransformation.calculateTensor(Point point, Field[][] oldTensorField, Field[][] newTensorField)
protected void	Cartesian2DToSpherical2DTransformation.calculateTensor(Point point, Field[][] oldTensorField, Field[][] newTensorField)
protected abstract void	CoordinateTransformation.calculateVector(Point point, Field[] oldVectorField, Field[] newVectorField)
protected void	Cartesian2DToSpherical2DTransformation.calculateVector(Point point, Field[] oldVectorField, Field[] newVectorField)
abstract boolean	Grid.isInGrid(Point point) Returns true if the Point was defined in this Grid.
abstract double	FullMultigrid.l(Point point)
abstract double	FAS.l(Point point)
void	Trigger.processPoint(Point point) Updates the trigger computation using the values at the point.
void	FieldCalculator.processPoint(Point point) Calculates the function at the given point and updates the value of the Field.
abstract void	Field.setAt(Point p, double value) Changes the value of the field at the given point.
protected boolean	Evolver.skipBoundaryPoint(Point point) Determine whether the point is on a boundary that needs to be skipped.
void	RungeKutta.solveAtPoint(Field field, Point point) Solves the ODE over the given Field at the given Point.
abstract java.lang.Iterable<Point>	Grid.subgrid(Point firstPoint, Point lastPoint) Returns an object usable to retrieve an iterator over a subset of the points of the Grid.
abstract java.lang.Iterable<Point>	Grid.subgrid(Point firstPoint, Point lastPoint, int... steps) Returns an object usable to retrieve an iterator over a subset of the points of the Grid.
protected abstract void	LaxWendroff.updateFieldAtSpatialTemporalFullSteps(Point point)
protected abstract void	LaxWendroff.updateFieldAtSpatialTemporalHalfSteps(Point point)

Uses of Point in jabble.indicators

Methods in jabble.indicators with parameters of type Point

double	TimeDifferenceFunctionField.calculateAt(Point point)
double	TimeDerivativeFunctionField.calculateAt(Point point)
double	SumFunctionField.calculateAt(Point point)
double	SpaceDerivativeFunctionField.calculateAt(Point point)
double	NanOrInfinityFunctionField.calculateAt(Point point)
double	FieldFunctionField.calculateAt(Point point)
double	DivisionFunctionField.calculateAt(Point point)

Uses of Point in jabble.stencils

Methods in jabble.stencils that return Point

static Point

StencilUtils.getPoint() Returns the Point at which all stencils will calculate the value of their respective operator.

Methods in jabble.stencils with parameters of type Point

static void

StencilUtils.setPoint(Point point) Make all the stencils calculate the oeprators at the given Point.