Uses of Interface
de.torstennahm.integrate.visualize.Visualizer

Packages that use Visualizer

de.torstennahm.integrate	This package and its subpackages provide routines for multi-dimensional integration.
de.torstennahm.integrate.sparse	This package provides routines for multi-dimensional integration using the sparse grid algorithm and its adaptive version.
de.torstennahm.integrate.sparse.visualize	Contains visualization classes specific to the sparse grid integrators.
de.torstennahm.integrate.visualize	Contains classes for presenting the integration process and its results to the user.

Uses of Visualizer in de.torstennahm.integrate

Method parameters in de.torstennahm.integrate with type arguments of type Visualizer

IntegrationResult	MCIntegrator.integrate(de.torstennahm.math.Function function, StopCondition condition, java.util.List<Visualizer> visualizers)
IntegrationResult	ProductIntegrator.integrate(de.torstennahm.math.Function integrand, StopCondition condition, java.util.List<Visualizer> visualizers)
IntegrationResult	QMCIntegrator.integrate(de.torstennahm.math.Function function, StopCondition condition, java.util.List<Visualizer> visualizers)
abstract IntegrationResult	Integrator.integrate(I integrand, StopCondition condition, java.util.List<Visualizer> visualizers) Performs numerical integration of the integrand until the given condition is fulfilled.
IntegrationResult	Integrator.integrateAbsTol(I integrand, double absoluteTolerance, java.util.List<Visualizer> visualizers) Convenience method for integration with visualizers until the absolute estimated error is less than than the specified threshold.
IntegrationResult	Integrator.integrateByPoints(I integrand, long evals, java.util.List<Visualizer> visualizers) Convenience method for integration with visualizers until the specified number of evaluations has been reached.
IntegrationResult	Integrator.integrateRelTol(I integrand, double relativeTolerance, java.util.List<Visualizer> visualizers) Convenience method for integration with visualizers until the relative estimated error is less than than the specified threshold.

Uses of Visualizer in de.torstennahm.integrate.sparse

Fields in de.torstennahm.integrate.sparse with type parameters of type Visualizer

protected java.util.List<Visualizer>	EstimateIntegrator.InternalIntegrator.visualizers
protected java.util.List<Visualizer>	EvaluateIntegrator.InternalIntegrator.visualizers

Method parameters in de.torstennahm.integrate.sparse with type arguments of type Visualizer

IntegrationResult	SimplexIntegrator.integrate(Evaluator evaluator, StopCondition condition, java.util.List<Visualizer> visualizers)
IntegrationResult	EstimateIntegrator.integrate(Evaluator evaluator, StopCondition condition, java.util.List<Visualizer> visualizers)
IntegrationResult	WeightedIntegrator.integrate(Evaluator evaluator, StopCondition condition, java.util.List<Visualizer> visualizers)
IntegrationResult	EvaluateIntegrator.integrate(Evaluator evaluator, StopCondition condition, java.util.List<Visualizer> visualizers)
IntegrationResult	DefaultSparseIntegrator.integrate(de.torstennahm.math.Function function, StopCondition condition, java.util.List<Visualizer> visualizers)

Uses of Visualizer in de.torstennahm.integrate.sparse.visualize

Classes in de.torstennahm.integrate.sparse.visualize that implement Visualizer

class	ContributionVisualizer This visualizer displays two sets of indices.
class	ExtentVisualizer
class	GridVisualizer

Uses of Visualizer in de.torstennahm.integrate.visualize

Classes in de.torstennahm.integrate.visualize that implement Visualizer

class	ResultVisualizer Plots the estimated integration result as function of the number of evaluations.
class	SpreadSheetVisualizer Prints basic data for the integration process in a tab-delimited form for use in a spreadsheet.

Method parameters in de.torstennahm.integrate.visualize with type arguments of type Visualizer

static void	Visualizers.destroyList(java.util.List<Visualizer> visualizers)
static void	Visualizers.initList(java.util.List<Visualizer> visualizers)
static void	Visualizers.startList(java.util.List<Visualizer> visualizers)
static void	Visualizers.stopList(java.util.List<Visualizer> visualizers)
static void	Visualizers.submitToList(java.util.List<Visualizer> visualizers, VisualizerData data)