Uses of Interface
pulse.DiscreteInput

Packages that use DiscreteInput

Package	Description
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.math.filters
pulse.problem.laser	This package deals with discrete laser pulse representation and their various temporal shapes.
pulse.search
pulse.search.statistics	PULsE Statistical Kit.

Uses of DiscreteInput in pulse.baseline

Methods in pulse.baseline with parameters of type DiscreteInput

Modifier and Type	Method	Description
void	Baseline.fitTo(DiscreteInput data)	Calls fitTo using the default time range for the data: -Infinity < t < ZERO_LEFT, where the upper bound is a small negative constant.
void	SinusoidalBaseline.fitTo(DiscreteInput input)

Uses of DiscreteInput in pulse.input

Classes in pulse.input that implement DiscreteInput

Modifier and Type	Class	Description
class	ExperimentalData	An ExperimentalData object is essentially a AbstractData with adjustable range and linked Metadata.

Methods in pulse.input with parameters of type DiscreteInput

Modifier and Type	Method	Description
List<Double>[]	Range.filter(DiscreteInput input)	Contains a data double array ([0] - x, [1] - y), where the data points have been filtered so that each x fits into this range.

Uses of DiscreteInput in pulse.math.filters

Methods in pulse.math.filters that return DiscreteInput

Modifier and Type	Method	Description
DiscreteInput	HalfTimeCalculator.getData()

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

Modifier and Type	Method	Description
default List<Point2D>	Filter.process(DiscreteInput input)
List<Point2D>	OptimisedRunningAverage.process(DiscreteInput input)

Constructors in pulse.math.filters with parameters of type DiscreteInput

Constructor	Description
HalfTimeCalculator(DiscreteInput input)
PolylineOptimiser(DiscreteInput di, OptimisablePolyline optimisableCurve)

Uses of DiscreteInput in pulse.problem.laser

Classes in pulse.problem.laser that implement DiscreteInput

Modifier and Type	Class	Description
class	NumericPulseData	An instance of the AbstractData class, which also declares an externalID.

Uses of DiscreteInput in pulse.search

Classes in pulse.search with type parameters of type DiscreteInput

Modifier and Type	Class	Description
class	GeneralTask<I extends DiscreteInput,R extends Response>

Methods in pulse.search that return DiscreteInput

Modifier and Type	Method	Description
DiscreteInput	SimpleOptimisationTask.getInput()

Constructors in pulse.search with parameters of type DiscreteInput

Constructor	Description
SimpleOptimisationTask(T optimisable, DiscreteInput input)

Uses of DiscreteInput in pulse.search.statistics

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

Modifier and Type	Method	Description
void	ResidualStatistic.calculateResiduals(DiscreteInput reference, Response estimate)
void	ResidualStatistic.calculateResiduals(DiscreteInput reference, Response estimate, int min, int max)	This will calculate the residuals for the task using the time sequence defined by the ExperimentalData object.The residuals are calculated between the model, which was previously used to populate the HeatingCurveand the experimental data.The temperature value of the model at the reference time is $t_i$.and unknown a priori.