Uses of Class
pulse.properties.NumericProperty

Packages that use NumericProperty

Package	Description
pulse	Contains some of the most frequently used classes, which did not seem to fit in any other packages.
pulse.baseline	Contains classes for describing and evaluating the baseline signal of a HeatingCurve or its subclasses.
pulse.input	Introduces internal data structures that (a) are created as a result of parsing specific types of input files, such as: experimental heating curves, metadata, and property curves (e.g.
pulse.io.export	Package contains the PULsE export API, which currently consists of different exporter classes, an export manager, an XML converter and a MassExporter class.
pulse.math	Provides general math functionality that is used when finding the direction (a Vector) of the minimum, including operations with vector and matrices.
pulse.math.filters
pulse.problem.laser	This package deals with discrete laser pulse representation and their various temporal shapes.
pulse.problem.schemes	This package deals with abstractions associated with finite differences in PULsE, including the definition of Grids, which determine the partitioning rules for space and time variables.
pulse.problem.schemes.rte	Contains generic classes that act as a bridge between the specific implementation of radiative heat transfer and the heat problem solvers.
pulse.problem.schemes.rte.dom	Contains the implementation of the discrete ordinates method (DOM) for the solution of a anisotropic nonlinear radiative transfer equation.
pulse.problem.schemes.rte.exact	Contains classes for solving the radiative transfer equation in an absorbing-emitting medium (no scattering) using a semi-analytical approach.
pulse.problem.schemes.solvers	Contains various finite-difference solvers for the different problem statements available.
pulse.problem.statements	Introduces various problem statements for the heat conduction problem in the laser flash experiment.
pulse.problem.statements.model
pulse.properties	Properties is PULsE are low-level entities used by the different Accessibles or PropertyHolders, such as SearchTasks, Problems, etc.
pulse.search
pulse.search.direction	Provides a list of PathSolvers and associated classes, which are used to determine the direction of the minimum of a specific SearchTask using an iterative approach.
pulse.search.linear	Provides classes that are able to search for the minimum of a scalar function of a vector variable that is unimodal on a specific Segment.
pulse.search.statistics	PULsE Statistical Kit.
pulse.tasks	Introduces the SearchTask, which is the main actor in PULsE, and the TaskManager, a high-level class which among other functions manages loading and executing SearchTasks.
pulse.tasks.processing	Lists classes for storing runtime information, storing and ordering of final execution results, storing intermediate results of execution to check convergence.
pulse.ui.components.controllers
pulse.ui.frames.dialogs
pulse.util	Contains abstract data and hierarchical structures that implement much of the Java Reflection API.

Uses of NumericProperty in pulse

Methods in pulse that return NumericProperty

Modifier and Type	Method	Description
NumericProperty	AbstractData.getNumPoints()	Getter method providing accessibility to the count NumericProperty.
NumericProperty	HeatingCurve.getTimeShift()	The time shift is the position of the 'zero-time'.

Methods in pulse with parameters of type NumericProperty

Modifier and Type	Method	Description
void	AbstractData.set(NumericPropertyKeyword type, NumericProperty property)	Provides general setter accessibility for the number of points of this AbstractData.
void	HeatingCurve.set(NumericPropertyKeyword type, NumericProperty property)	Calls super.set and provides write access to the TIME_SHIFT property.
void	AbstractData.setNumPoints(NumericProperty c)	Sets the number of points for this baseline.
void	HeatingCurve.setTimeShift(NumericProperty startTime)	Sets the time shift and triggers TIME_ORIGIN_CHANGED in CurveEvent.

Constructors in pulse with parameters of type NumericProperty

Constructor	Description
AbstractData(NumericProperty count)	Creates a AbstractData, where the number of elements in the time and temperature collections are set to count.getValue().
HeatingCurve(NumericProperty count)	Creates a HeatingCurve, where the number of elements in the time, signal, and adjustedSignal collections are set to count.getValue().

Uses of NumericProperty in pulse.baseline

Methods in pulse.baseline that return NumericProperty

Modifier and Type	Method	Description
NumericProperty	SinusoidalBaseline.getHiFreqMax()
NumericProperty	AdjustableBaseline.getIntercept()	Provides getter accessibility to the intercept as a NumericProperty
NumericProperty	SinusoidalBaseline.getLowFreqMax()
NumericProperty	AdjustableBaseline.getSlope()	Provides getter accessibility to the slope as a NumericProperty

Methods in pulse.baseline with parameters of type NumericProperty

Modifier and Type	Method	Description
void	AdjustableBaseline.set(NumericPropertyKeyword type, NumericProperty property)
void	LinearBaseline.set(NumericPropertyKeyword type, NumericProperty property)
void	SinusoidalBaseline.set(NumericPropertyKeyword type, NumericProperty property)
void	SinusoidalBaseline.setHiFreqMax(NumericProperty maxHarmonics)
void	AdjustableBaseline.setIntercept(NumericProperty intercept)	Checks whether intercept is a baseline intercept property and updates the respective value of this baseline.
void	SinusoidalBaseline.setLowFreqMax(NumericProperty maxHarmonics)
void	AdjustableBaseline.setSlope(NumericProperty slope)	Checks whether slope is a baseline slope property and updates the respective value of this baseline.

Uses of NumericProperty in pulse.input

Methods in pulse.input that return NumericProperty

Modifier and Type	Method	Description
NumericProperty	Range.getLowerBound()	Gets the numeric property defining the lower bound of this range.
NumericProperty	Range.getUpperBound()	Gets the numeric property defining the upper bound of this range.
NumericProperty	Metadata.numericProperty(NumericPropertyKeyword key)	Searches the internal list of this class for a property with the key type.

Methods in pulse.input with parameters of type NumericProperty

Modifier and Type	Method	Description
void	Metadata.set(NumericPropertyKeyword type, NumericProperty property)	If type is listed by this Metadata, will attempt to either set a value to the property belonging to this Metadata and identified by type or add property to the internal repository of this Metadata.
void	Range.set(NumericPropertyKeyword type, NumericProperty property)
void	Range.setLowerBound(NumericProperty p)	Sets the lower bound and triggers firePropertyChanged.
void	Range.setUpperBound(NumericProperty p)	Sets the upper bound and triggers firePropertyChanged.
protected void	Range.updateMinimum(NumericProperty p)	Updates the lower bound of this range using the information contained in p.

Constructors in pulse.input with parameters of type NumericProperty

Constructor	Description
Metadata(NumericProperty temperature, int externalId)	Creates a Metadata with the specified parameters and a default rectangular pulse shape.

Uses of NumericProperty in pulse.io.export

Methods in pulse.io.export that return types with arguments of type NumericProperty

Modifier and Type	Method	Description
static List<NumericProperty>	XMLConverter.readDefaultXML()	The default XML file is specific in the 'messages.properties' text file in the pulse.ui package
static List<NumericProperty>	XMLConverter.readXML(InputStream inputStream)	Utility method used to read NumericProperty constants from xml files.

Uses of NumericProperty in pulse.math

Methods in pulse.math that return NumericProperty

Modifier and Type	Method	Description
NumericProperty	Harmonic.getAmplitude()
NumericProperty	Harmonic.getFrequency()
NumericProperty	FixedIntervalIntegrator.getIntegrationSegments()	Retrieves the number of integration segments.
NumericProperty	Harmonic.getPhaseShift()

Methods in pulse.math that return types with arguments of type NumericProperty

Modifier and Type	Method	Description
List<NumericProperty>	ParameterVector.findMalformedElements()	Finds any elements of this vector which do not pass sanity checks.

Methods in pulse.math with parameters of type NumericProperty

Modifier and Type	Method	Description
void	FixedIntervalIntegrator.set(NumericPropertyKeyword type, NumericProperty property)
void	Harmonic.set(NumericPropertyKeyword type, NumericProperty property)
void	Harmonic.setAmplitude(NumericProperty amplitude)
void	Harmonic.setFrequency(NumericProperty frequency)
void	FixedIntervalIntegrator.setIntegrationSegments(NumericProperty integrationSegments)	Sets the number of integration segments and re-evaluates the integration step size.
void	Harmonic.setPhaseShift(NumericProperty phaseShift)

Constructors in pulse.math with parameters of type NumericProperty

Constructor	Description
FixedIntervalIntegrator(Segment bounds, NumericProperty segments)	Creates a FixedIntervalIntegrator with the specified integration bounds number of integration segments.
MidpointIntegrator(Segment bounds, NumericProperty segments)
SimpsonIntegrator(Segment bounds, NumericProperty segments)

Uses of NumericProperty in pulse.math.filters

Methods in pulse.math.filters with parameters of type NumericProperty

Modifier and Type	Method	Description
void	OptimisablePolyline.set(NumericPropertyKeyword type, NumericProperty property)

Uses of NumericProperty in pulse.problem.laser

Methods in pulse.problem.laser that return NumericProperty

Modifier and Type	Method	Description
NumericProperty	ExponentiallyModifiedGaussian.getLambda()
NumericProperty	ExponentiallyModifiedGaussian.getMu()
NumericProperty	ExponentiallyModifiedGaussian.getSigma()
NumericProperty	TrapezoidalPulse.getTrapezoidalFall()
NumericProperty	TrapezoidalPulse.getTrapezoidalRise()

Methods in pulse.problem.laser with parameters of type NumericProperty

Modifier and Type	Method	Description
void	ExponentiallyModifiedGaussian.set(NumericPropertyKeyword type, NumericProperty property)
void	NumericPulse.set(NumericPropertyKeyword type, NumericProperty property)	Does not define any property.
void	RectangularPulse.set(NumericPropertyKeyword type, NumericProperty property)
void	TrapezoidalPulse.set(NumericPropertyKeyword type, NumericProperty property)
void	ExponentiallyModifiedGaussian.setLambda(NumericProperty p)	Sets the SKEW_LAMBDA parameter
void	ExponentiallyModifiedGaussian.setMu(NumericProperty p)	Sets the SKEW_MU parameter
void	ExponentiallyModifiedGaussian.setSigma(NumericProperty p)	Sets the SKEW_SIGMA parameter
void	TrapezoidalPulse.setTrapezoidalFall(NumericProperty p)
void	TrapezoidalPulse.setTrapezoidalRise(NumericProperty p)

Uses of NumericProperty in pulse.problem.schemes

Methods in pulse.problem.schemes that return NumericProperty

Modifier and Type	Method	Description
NumericProperty	Grid.getGridDensity()	Retrieves the value of the gridDensity used to calculate the hx and tau.
NumericProperty	Grid.getTimeFactor()	Retrieves the value of the τ-factor, or the time factor, used in finite-difference calculation.
NumericProperty	DifferenceScheme.getTimeLimit()	The time limit (in whatever units this DifferenceScheme uses to process the solution), which serves as the ultimate breakpoint for the calculations.

Methods in pulse.problem.schemes with parameters of type NumericProperty

Modifier and Type	Method	Description
void	DifferenceScheme.set(NumericPropertyKeyword type, NumericProperty property)
void	Grid.set(NumericPropertyKeyword type, NumericProperty property)
void	RadiativeTransferCoupling.set(NumericPropertyKeyword type, NumericProperty property)
void	Grid.setGridDensity(NumericProperty gridDensity)	Sets the value of the gridDensity.
void	Grid2D.setGridDensity(NumericProperty gridDensity)	Sets the value of the gridDensity.
void	Grid.setTimeFactor(NumericProperty timeFactor)	Sets the value of the tauFactor.
void	Grid2D.setTimeFactor(NumericProperty timeFactor)
void	DifferenceScheme.setTimeLimit(NumericProperty timeLimit)	Sets the time limit (in units defined by the corresponding NumericProperty), which serves as the breakpoint for the calculations.

Constructors in pulse.problem.schemes with parameters of type NumericProperty

Constructor	Description
ADIScheme(NumericProperty N, NumericProperty timeFactor)	Creates an ADIScheme with the specified arguments.
ADIScheme(NumericProperty N, NumericProperty timeFactor, NumericProperty timeLimit)	Creates an ADIScheme with the specified arguments.
CoupledImplicitScheme(NumericProperty N, NumericProperty timeFactor)
CoupledImplicitScheme(NumericProperty N, NumericProperty timeFactor, NumericProperty timeLimit)
DifferenceScheme(NumericProperty timeLimit)	A constructor for setting the time limit to a pre-set value.
ExplicitScheme(NumericProperty N, NumericProperty timeFactor)	Constructs an explicit scheme on a one-dimensional grid that is specified by the values N and timeFactor.
ExplicitScheme(NumericProperty N, NumericProperty timeFactor, NumericProperty timeLimit)	Constructs an explicit scheme on a one-dimensional grid that is specified by the values N and timeFactor.
Grid(NumericProperty gridDensity, NumericProperty timeFactor)	Creates a Grid object with the specified gridDensity and timeFactor.
Grid2D(NumericProperty gridDensity, NumericProperty timeFactor)	Creates a Grid2D where the radial and axial spatial steps are equal to the inverse gridDensity.
ImplicitScheme(NumericProperty N, NumericProperty timeFactor)	Constructs a fully-implicit scheme on a one-dimensional grid that is specified by the values N and timeFactor.
ImplicitScheme(NumericProperty N, NumericProperty timeFactor, NumericProperty timeLimit)	Constructs a fully-implicit scheme on a one-dimensional grid that is specified by the values N and timeFactor.
MixedScheme(NumericProperty N, NumericProperty timeFactor)	Constructs a semi-implicit scheme on a one-dimensional grid that is specified by the values N and timeFactor.
MixedScheme(NumericProperty N, NumericProperty timeFactor, NumericProperty timeLimit)	Constructs a semi-implicit scheme on a one-dimensional grid that is specified by the values N and timeFactor.
OneDimensionalScheme(NumericProperty timeLimit)

Uses of NumericProperty in pulse.problem.schemes.rte

Methods in pulse.problem.schemes.rte with parameters of type NumericProperty

Modifier and Type	Method	Description
void	Fluxes.setDensity(NumericProperty gridDensity)
void	Fluxes.setOpticalThickness(NumericProperty opticalThickness)

Constructors in pulse.problem.schemes.rte with parameters of type NumericProperty

Constructor	Description
Fluxes(NumericProperty gridDensity, NumericProperty opticalThickness)
FluxesAndExplicitDerivatives(NumericProperty gridDensity, NumericProperty opticalThickness)
FluxesAndImplicitDerivatives(NumericProperty gridDensity, NumericProperty opticalThickness)

Uses of NumericProperty in pulse.problem.schemes.rte.dom

Methods in pulse.problem.schemes.rte.dom that return NumericProperty

Modifier and Type	Method	Description
NumericProperty	AdaptiveIntegrator.getAbsoluteTolerance()
NumericProperty	AdaptiveIntegrator.getGridScalingFactor()
NumericProperty	IterativeSolver.getIterationErrorTolerance()
NumericProperty	IterativeSolver.getMaxIterations()
NumericProperty	AdaptiveIntegrator.getRelativeTolerance()
NumericProperty	SuccessiveOverrelaxation.getRelaxationParameter()
NumericProperty	StretchedGrid.getStretchingFactor()
NumericProperty	AdaptiveIntegrator.getTimeThreshold()

Methods in pulse.problem.schemes.rte.dom with parameters of type NumericProperty

Modifier and Type	Method	Description
void	AdaptiveIntegrator.set(NumericPropertyKeyword type, NumericProperty property)
void	DiscreteOrdinatesMethod.set(NumericPropertyKeyword type, NumericProperty property)
void	Discretisation.set(NumericPropertyKeyword type, NumericProperty property)
void	IterativeSolver.set(NumericPropertyKeyword type, NumericProperty property)
void	StretchedGrid.set(NumericPropertyKeyword type, NumericProperty property)
void	SuccessiveOverrelaxation.set(NumericPropertyKeyword type, NumericProperty property)
void	AdaptiveIntegrator.setAbsoluteTolerance(NumericProperty p)
void	AdaptiveIntegrator.setGridScalingFactor(NumericProperty p)
void	IterativeSolver.setIterationErrorTolerance(NumericProperty e)
void	IterativeSolver.setMaxIterations(NumericProperty iterations)
void	AdaptiveIntegrator.setRelativeTolerance(NumericProperty p)
void	SuccessiveOverrelaxation.setRelaxationParameter(NumericProperty p)
void	StretchedGrid.setStretchingFactor(NumericProperty p)
void	AdaptiveIntegrator.setTimeThreshold(NumericProperty timeThreshold)

Constructors in pulse.problem.schemes.rte.dom with parameters of type NumericProperty

Constructor	Description
StretchedGrid(NumericProperty gridDensity, double dimension)	Constructs a non-uniform grid where the dimension and the grid density are specified by the arguments.
StretchedGrid(NumericProperty gridDensity, double dimension, NumericProperty stretchingFactor, boolean uniform)

Uses of NumericProperty in pulse.problem.schemes.rte.exact

Methods in pulse.problem.schemes.rte.exact that return NumericProperty

Modifier and Type	Method	Description
NumericProperty	NewtonCotesQuadrature.getCutoff()
NumericProperty	ChandrasekharsQuadrature.getQuadraturePoints()

Methods in pulse.problem.schemes.rte.exact with parameters of type NumericProperty

Modifier and Type	Method	Description
void	ChandrasekharsQuadrature.set(NumericPropertyKeyword type, NumericProperty property)
void	NewtonCotesQuadrature.set(NumericPropertyKeyword type, NumericProperty property)
void	NonscatteringRadiativeTransfer.set(NumericPropertyKeyword type, NumericProperty property)
void	NewtonCotesQuadrature.setCutoff(NumericProperty cutoff)
void	ChandrasekharsQuadrature.setQuadraturePoints(NumericProperty m)

Constructors in pulse.problem.schemes.rte.exact with parameters of type NumericProperty

Constructor	Description
NewtonCotesQuadrature(Segment bounds, NumericProperty segments)	Constructs a custom NewtonCotesQuadrature with specified integration bounds and number of integration segments.

Uses of NumericProperty in pulse.problem.schemes.solvers

Methods in pulse.problem.schemes.solvers that return NumericProperty

Modifier and Type	Method	Description
NumericProperty	ExplicitCoupledSolverNL.getNonlinearPrecision()
NumericProperty	ExplicitNonlinearSolver.getNonlinearPrecision()
NumericProperty	ImplicitCoupledSolverNL.getNonlinearPrecision()
NumericProperty	ImplicitNonlinearSolver.getNonlinearPrecision()
NumericProperty	ImplicitTwoTemperatureSolver.getNonlinearPrecision()
NumericProperty	MixedCoupledSolverNL.getNonlinearPrecision()
NumericProperty	MixedCoupledSolver.getWeight()

Methods in pulse.problem.schemes.solvers with parameters of type NumericProperty

Modifier and Type	Method	Description
void	ExplicitCoupledSolverNL.set(NumericPropertyKeyword type, NumericProperty property)
void	ExplicitNonlinearSolver.set(NumericPropertyKeyword type, NumericProperty property)
void	ImplicitCoupledSolverNL.set(NumericPropertyKeyword type, NumericProperty property)
void	ImplicitNonlinearSolver.set(NumericPropertyKeyword type, NumericProperty property)
void	ImplicitTwoTemperatureSolver.set(NumericPropertyKeyword type, NumericProperty property)
void	MixedCoupledSolver.set(NumericPropertyKeyword type, NumericProperty property)
void	MixedCoupledSolverNL.set(NumericPropertyKeyword type, NumericProperty property)
void	ExplicitCoupledSolverNL.setNonlinearPrecision(NumericProperty nonlinearPrecision)
void	ExplicitNonlinearSolver.setNonlinearPrecision(NumericProperty nonlinearPrecision)
void	ImplicitCoupledSolverNL.setNonlinearPrecision(NumericProperty nonlinearPrecision)
void	ImplicitNonlinearSolver.setNonlinearPrecision(NumericProperty nonlinearPrecision)
void	ImplicitTwoTemperatureSolver.setNonlinearPrecision(NumericProperty nonlinearPrecision)
void	MixedCoupledSolverNL.setNonlinearPrecision(NumericProperty nonlinearPrecision)
void	MixedCoupledSolver.setWeight(NumericProperty weight)

Constructors in pulse.problem.schemes.solvers with parameters of type NumericProperty

Constructor	Description
ADILinearisedSolver(NumericProperty N, NumericProperty timeFactor)
ADILinearisedSolver(NumericProperty N, NumericProperty timeFactor, NumericProperty timeLimit)
ExplicitCoupledSolver(NumericProperty N, NumericProperty timeFactor)
ExplicitCoupledSolverNL(NumericProperty N, NumericProperty timeFactor)
ExplicitLinearisedSolver(NumericProperty N, NumericProperty timeFactor)
ExplicitLinearisedSolver(NumericProperty N, NumericProperty timeFactor, NumericProperty timeLimit)
ExplicitNonlinearSolver(NumericProperty N, NumericProperty timeFactor)
ExplicitNonlinearSolver(NumericProperty N, NumericProperty timeFactor, NumericProperty timeLimit)
ExplicitTranslucentSolver(NumericProperty N, NumericProperty timeFactor, NumericProperty timeLimit)
ImplicitCoupledSolver(NumericProperty gridDensity, NumericProperty timeFactor, NumericProperty timeLimit)
ImplicitCoupledSolverNL(NumericProperty N, NumericProperty timeFactor, NumericProperty timeLimit)
ImplicitDiathermicSolver(NumericProperty N, NumericProperty timeFactor)
ImplicitDiathermicSolver(NumericProperty N, NumericProperty timeFactor, NumericProperty timeLimit)
ImplicitLinearisedSolver(NumericProperty N, NumericProperty timeFactor)
ImplicitLinearisedSolver(NumericProperty N, NumericProperty timeFactor, NumericProperty timeLimit)
ImplicitNonlinearSolver(NumericProperty N, NumericProperty timeFactor)
ImplicitNonlinearSolver(NumericProperty N, NumericProperty timeFactor, NumericProperty timeLimit)
ImplicitTranslucentSolver(NumericProperty N, NumericProperty timeFactor, NumericProperty timeLimit)
ImplicitTwoTemperatureSolver(NumericProperty N, NumericProperty timeFactor, NumericProperty timeLimit)
MixedCoupledSolver(NumericProperty N, NumericProperty timeFactor, NumericProperty timeLimit)
MixedCoupledSolverNL(NumericProperty N, NumericProperty timeFactor, NumericProperty timeLimit)
MixedLinearisedSolver(NumericProperty N, NumericProperty timeFactor)
MixedLinearisedSolver(NumericProperty N, NumericProperty timeFactor, NumericProperty timeLimit)

Uses of NumericProperty in pulse.problem.statements

Methods in pulse.problem.statements that return NumericProperty

Modifier and Type	Method	Description
NumericProperty	ClassicalProblem.getGeometricFactor()
NumericProperty	Pulse.getLaserEnergy()
NumericProperty	Pulse.getPulseWidth()
NumericProperty	Pulse2D.getSpotDiameter()
NumericProperty	NonlinearProblem.getThermalConductivity()

Methods in pulse.problem.statements with parameters of type NumericProperty

Modifier and Type	Method	Description
void	ClassicalProblem.set(NumericPropertyKeyword type, NumericProperty value)
void	Problem.set(NumericPropertyKeyword type, NumericProperty value)	Used to change the parameter values of this Problem.
void	Pulse.set(NumericPropertyKeyword type, NumericProperty property)
void	Pulse2D.set(NumericPropertyKeyword type, NumericProperty property)
void	ClassicalProblem.setGeometricFactor(NumericProperty bias)
void	Pulse.setLaserEnergy(NumericProperty laserEnergy)
void	Pulse.setPulseWidth(NumericProperty pulseWidth)
void	Pulse2D.setSpotDiameter(NumericProperty spotDiameter)

Uses of NumericProperty in pulse.problem.statements.model

Methods in pulse.problem.statements.model that return NumericProperty

Modifier and Type	Method	Description
NumericProperty	AbsorptionModel.getAbsorptivity(SpectralRange spectrum)
NumericProperty	AbsorptionModel.getCombinedAbsorptivity()
NumericProperty	ExtendedThermalProperties.getCombinedLosses()
NumericProperty	DiathermicProperties.getConvectiveLosses()
NumericProperty	ThermoOpticalProperties.getConvectiveLosses()
NumericProperty	ThermalProperties.getDensity()
NumericProperty	DiathermicProperties.getDiathermicCoefficient()
NumericProperty	ThermalProperties.getDiffusivity()
NumericProperty	ThermalProperties.getEmissivity()
NumericProperty	ExtendedThermalProperties.getFOVInner()
NumericProperty	ExtendedThermalProperties.getFOVOuter()
NumericProperty	TwoTemperatureProperties.getGasExchangeCoefficient()
NumericProperty	TwoTemperatureProperties.getGasHeatLoss()
NumericProperty	ThermalProperties.getHeatLoss()	Assuming that Bi1 = Bi2, returns the value of Bi1.
NumericProperty	AbsorptionModel.getLaserAbsorptivity()
NumericProperty	ThermalProperties.getMaximumTemperature()
NumericProperty	ThermoOpticalProperties.getOpticalThickness()
NumericProperty	ThermoOpticalProperties.getPlanckNumber()
NumericProperty	Insulator.getReflectance()
NumericProperty	ExtendedThermalProperties.getSampleDiameter()
NumericProperty	ThermalProperties.getSampleThickness()
NumericProperty	ThermoOpticalProperties.getScatteringAlbedo()
NumericProperty	ThermoOpticalProperties.getScatteringAnisostropy()
NumericProperty	ExtendedThermalProperties.getSideLosses()
NumericProperty	TwoTemperatureProperties.getSolidExchangeCoefficient()
NumericProperty	ThermalProperties.getSpecificHeat()
NumericProperty	ThermalProperties.getTestTemperature()
NumericProperty	AbsorptionModel.getThermalAbsorptivity()
NumericProperty	ThermalProperties.getThermalConductivity()

Methods in pulse.problem.statements.model that return types with arguments of type NumericProperty

Modifier and Type	Method	Description
List<NumericProperty>	ThermalProperties.findMalformedProperties()

Methods in pulse.problem.statements.model with parameters of type NumericProperty

Modifier and Type	Method	Description
void	AbsorptionModel.set(NumericPropertyKeyword type, NumericProperty property)
void	DiathermicProperties.set(NumericPropertyKeyword type, NumericProperty property)
void	ExtendedThermalProperties.set(NumericPropertyKeyword type, NumericProperty property)
void	Insulator.set(NumericPropertyKeyword type, NumericProperty property)
void	ThermalProperties.set(NumericPropertyKeyword type, NumericProperty value)	Used to change the parameter values of this Problem.
void	ThermoOpticalProperties.set(NumericPropertyKeyword type, NumericProperty value)
void	TwoTemperatureProperties.set(NumericPropertyKeyword type, NumericProperty value)	Used to change the parameter values of this Problem.
void	AbsorptionModel.setAbsorptivity(SpectralRange range, NumericProperty a)
void	AbsorptionModel.setCombinedAbsorptivity(NumericProperty a)
void	ExtendedThermalProperties.setCombinedLosses(NumericProperty bic)
void	DiathermicProperties.setConvectiveLosses(NumericProperty convectiveLosses)
void	ThermoOpticalProperties.setConvectiveLosses(NumericProperty losses)
void	ThermalProperties.setDensity(NumericProperty p)
void	DiathermicProperties.setDiathermicCoefficient(NumericProperty diathermicCoefficient)
void	ThermalProperties.setDiffusivity(NumericProperty a)
void	ThermalProperties.setEmissivity(NumericProperty e)
void	ExtendedThermalProperties.setFOVInner(NumericProperty fovInner)
void	ExtendedThermalProperties.setFOVOuter(NumericProperty fovOuter)
void	TwoTemperatureProperties.setGasExchangeCoefficient(NumericProperty p)
void	TwoTemperatureProperties.setGasHeatLoss(NumericProperty p)
void	ThermalProperties.setHeatLoss(NumericProperty Bi)
void	AbsorptionModel.setLaserAbsorptivity(NumericProperty a)
void	ThermalProperties.setMaximumTemperature(NumericProperty maxTemp)
void	ThermoOpticalProperties.setOpticalThickness(NumericProperty tau0)
void	ThermoOpticalProperties.setPlanckNumber(NumericProperty planckNumber)
void	Insulator.setReflectance(NumericProperty a)
void	ExtendedThermalProperties.setSampleDiameter(NumericProperty d)
void	ThermalProperties.setSampleThickness(NumericProperty l)
void	ThermoOpticalProperties.setScatteringAlbedo(NumericProperty omega0)
void	ThermoOpticalProperties.setScatteringAnisotropy(NumericProperty A1)
void	ExtendedThermalProperties.setSideLosses(NumericProperty bi3)
void	TwoTemperatureProperties.setSolidExchangeCoefficient(NumericProperty p)
void	ThermalProperties.setSpecificHeat(NumericProperty cP)
void	ThermalProperties.setTestTemperature(NumericProperty T)
void	AbsorptionModel.setThermalAbsorptivity(NumericProperty a)

Uses of NumericProperty in pulse.properties

Methods in pulse.properties that return NumericProperty

Modifier and Type	Method	Description
static NumericProperty	NumericProperties.def(NumericPropertyKeyword keyword)	Searches for the default NumericProperty corresponding to keyword in the list of pre-defined properties loaded from the respective .xml file.
static NumericProperty	NumericProperties.derive(NumericPropertyKeyword keyword, Number value)	Searches for the default NumericProperty corresponding to keyword in the list of pre-defined properties loaded from the respective .xml file, and if found creates a new {

Methods in pulse.properties that return types with arguments of type NumericProperty

Modifier and Type	Method	Description
static List<NumericProperty>	NumericProperties.defaultList()

Methods in pulse.properties with parameters of type NumericProperty

Modifier and Type	Method	Description
static int	NumericProperties.compare(NumericProperty a, NumericProperty b)	Compares the numeric values of this NumericProperty and arg0
int	NumericProperty.compareTo(NumericProperty arg0)
static boolean	NumericProperties.isValueSensible(NumericProperty property, Number val)	Checks whether the val that is going to be passed to the property (a) has the same type as the property.getValue() object; (b) is confined within the definition domain: minimum <= value <= maximum.
NumberFormat	NumericPropertyFormatter.numberFormat(NumericProperty p)
static String	NumericProperties.printRangeAndNumber(NumericProperty p, Number value)
static void	NumericProperty.requireType(NumericProperty property, NumericPropertyKeyword type)

Constructors in pulse.properties with parameters of type NumericProperty

Constructor	Description
Flag(NumericProperty property, boolean value)	Creates a Flag with the following pre-specified parameters: type type, short description abbreviations, and value.
NumericProperty(Number value, NumericProperty pattern)	Creates a NumericProperty based on {
NumericProperty(NumericProperty num)	A copy constructor for NumericProperty
NumericPropertyFormatter(NumericProperty p, boolean convertDimension, boolean addHtmlTags)

Uses of NumericProperty in pulse.search

Methods in pulse.search with parameters of type NumericProperty

Modifier and Type	Method	Description
void	SimpleOptimisationTask.set(NumericPropertyKeyword type, NumericProperty property)

Uses of NumericProperty in pulse.search.direction

Methods in pulse.search.direction that return NumericProperty

Modifier and Type	Method	Description
NumericProperty	LMOptimiser.getDampingRatio()
NumericProperty	PathOptimiser.getErrorTolerance()
NumericProperty	GradientBasedOptimiser.getGradientResolution()
NumericProperty	IterativeState.getIteration()
NumericProperty	PathOptimiser.getMaxIterations()

Methods in pulse.search.direction with parameters of type NumericProperty

Modifier and Type	Method	Description
protected double	GradientBasedOptimiser.dx(NumericProperty defProp, double value)	Calculates the gradient step.
void	GradientBasedOptimiser.set(NumericPropertyKeyword type, NumericProperty property)	The accepted types are: GRADIENT_RESOLUTION, ERROR_TOLERANCE, ITERATION_LIMIT.
void	LMOptimiser.set(NumericPropertyKeyword type, NumericProperty property)
void	PathOptimiser.set(NumericPropertyKeyword type, NumericProperty property)	The accepted types are: ERROR_TOLERANCE, ITERATION_LIMIT.
void	LMOptimiser.setDampingRatio(NumericProperty dampingRatio)
void	PathOptimiser.setErrorTolerance(NumericProperty errorTolerance)
void	GradientBasedOptimiser.setGradientResolution(NumericProperty resolution)
void	PathOptimiser.setMaxIterations(NumericProperty maxIterations)

Uses of NumericProperty in pulse.search.linear

Methods in pulse.search.linear that return NumericProperty

Modifier and Type	Method	Description
static NumericProperty	LinearOptimiser.getLinearResolution()	The linear resolution determines the minimum distance between any two points belonging to the domain of this search while they still are considered separate.

Methods in pulse.search.linear with parameters of type NumericProperty

Modifier and Type	Method	Description
void	LinearOptimiser.set(NumericPropertyKeyword type, NumericProperty property)
static void	LinearOptimiser.setLinearResolution(NumericProperty searchError)

Uses of NumericProperty in pulse.search.statistics

Methods in pulse.search.statistics that return NumericProperty

Modifier and Type	Method	Description
NumericProperty	ModelSelectionCriterion.getStatistic()
NumericProperty	NormalityTest.getStatistic()
NumericProperty	ResidualStatistic.getStatistic()
static NumericProperty	NormalityTest.getStatisticalSignifiance()
static NumericProperty	CorrelationTest.getThreshold()
NumericProperty	ModelSelectionCriterion.weight(List<ModelSelectionCriterion> all)	Calculates the weight (in the Akaike sense) when comparing the model associated with this statistic with other models represented by statistics of the same type.

Methods in pulse.search.statistics with parameters of type NumericProperty

Modifier and Type	Method	Description
void	CorrelationTest.set(NumericPropertyKeyword type, NumericProperty property)
void	ModelSelectionCriterion.set(NumericPropertyKeyword key, NumericProperty p)
void	NormalityTest.set(NumericPropertyKeyword type, NumericProperty property)
void	ResidualStatistic.set(NumericPropertyKeyword type, NumericProperty property)
void	ModelSelectionCriterion.setStatistic(NumericProperty p)
void	NormalityTest.setStatistic(NumericProperty statistic)
void	ResidualStatistic.setStatistic(NumericProperty statistic)
static void	NormalityTest.setStatisticalSignificance(NumericProperty alpha)
static void	CorrelationTest.setThreshold(NumericProperty p)

Uses of NumericProperty in pulse.tasks

Subclasses of NumericProperty in pulse.tasks

Modifier and Type	Class	Description
class	Identifier	An Identifier is used to identify SearchTasks.

Methods in pulse.tasks that return NumericProperty

Modifier and Type	Method	Description
NumericProperty	Calculation.weight(List<Calculation> all)

Methods in pulse.tasks that return types with arguments of type NumericProperty

Modifier and Type	Method	Description
List<NumericProperty>	SearchTask.alteredParameters()

Methods in pulse.tasks with parameters of type NumericProperty

Modifier and Type	Method	Description
void	Calculation.set(NumericPropertyKeyword type, NumericProperty property)
void	SearchTask.set(NumericPropertyKeyword type, NumericProperty property)

Uses of NumericProperty in pulse.tasks.processing

Methods in pulse.tasks.processing that return NumericProperty

Modifier and Type	Method	Description
protected NumericProperty	AbstractResult.getProperty(int i)
static NumericProperty	Buffer.getSize()	Gets the buffer size (a NumericProperty derived from BUFFER_SIZE.

Methods in pulse.tasks.processing that return types with arguments of type NumericProperty

Modifier and Type	Method	Description
static List<NumericProperty>	AbstractResult.filterProperties(AbstractResult result)	A static method for filtering the properties contained in the result to choose only those that conform to its format.
static List<NumericProperty>	AbstractResult.filterProperties(AbstractResult result, ResultFormat format)	A static method for filtering the properties contained in the result to choose only those that conform to the format.
List<NumericProperty>	AbstractResult.getProperties()	Returns a list of NumericProperties, which conform to the chosen ResultFormat

Methods in pulse.tasks.processing with parameters of type NumericProperty

Modifier and Type	Method	Description
protected void	AbstractResult.addProperty(NumericProperty p)
void	Buffer.set(NumericPropertyKeyword type, NumericProperty property)
static void	Buffer.setSize(NumericProperty newSize)	Sets a new size for this Buffer.

Uses of NumericProperty in pulse.ui.components.controllers

Methods in pulse.ui.components.controllers with parameters of type NumericProperty

Modifier and Type	Method	Description
int	NumericPropertyComparator.compare(NumericProperty o1, NumericProperty o2)

Constructors in pulse.ui.components.controllers with parameters of type NumericProperty

Constructor	Description
NumberEditor(NumericProperty property)

Uses of NumericProperty in pulse.ui.frames.dialogs

Constructors in pulse.ui.frames.dialogs with parameters of type NumericProperty

Constructor	Description
FormattedInputDialog(NumericProperty p)

Uses of NumericProperty in pulse.util

Methods in pulse.util that return NumericProperty

Modifier and Type	Method	Description
NumericProperty	Accessible.numericProperty(NumericPropertyKeyword type)	Recursively searches for a NumericProperty from the unique set of numeric properties in this Accessible by comparing its NumericPropertyKeyword to type.

Methods in pulse.util that return types with arguments of type NumericProperty

Modifier and Type	Method	Description
List<NumericProperty>	PropertyHolder.numericData()	Lists all numeric data contained in this PropertyHolder.
Set<NumericProperty>	Accessible.numericProperties()	Tries to access the property getter methods in this Accessible, which should be declared as no-argument methods with a specific return type.

Methods in pulse.util with parameters of type NumericProperty

Modifier and Type	Method	Description
abstract void	Accessible.set(NumericPropertyKeyword type, NumericProperty property)	An abstract method, which must be overriden to gain access over setting the values of all relevant (selected by the programmer) NumericProperties in subclasses of Accessible.
void	Accessible.update(NumericProperty p)	Set a NumericProperty contained in this Accessible or any of its accessible childern, using the NumericPropertyKeyword of the argument as identifier and its value.