Uses of Interface
org.episteme.core.measure.metrology.MeasuredQuantity

Packages that use MeasuredQuantity

Package	Description
org.episteme.core.measure.metrology	Implements the science of measurement following ISO/IEC Guide

Uses of MeasuredQuantity in org.episteme.core.measure.metrology

Methods in org.episteme.core.measure.metrology that return MeasuredQuantity

Modifier and Type	Method	Description
MeasuredQuantity<Q>	MeasuredQuantity.add(MeasuredQuantity<Q> other)	Adds another measured quantity.
static <Q extends Quantity<Q>> MeasuredQuantity<Q>	MeasuredQuantities.create(Quantity<Q> value, Quantity<Q> uncertainty)	Creates a measured quantity with 95% confidence (k=2).
static <Q extends Quantity<Q>> MeasuredQuantity<Q>	MeasuredQuantities.create(Quantity<Q> value, Quantity<Q> uncertainty, double confidenceLevel)	Creates a measured quantity with absolute uncertainty.
static <Q extends Quantity<Q>> MeasuredQuantity<Q>	MeasuredQuantities.createRelative(Quantity<Q> value, double relativeUncertainty)	Creates a measured quantity with relative uncertainty at 95% confidence.
static <Q extends Quantity<Q>> MeasuredQuantity<Q>	MeasuredQuantities.createRelative(Quantity<Q> value, double relativeUncertainty, double confidenceLevel)	Creates a measured quantity with relative uncertainty.
default MeasuredQuantity<Q>	MeasuredQuantity.divide(double scalar)	Divides by a scalar (exact, no uncertainty).
MeasuredQuantity<Q>	MeasuredQuantity.divide(Real scalar)	Divides by a scalar (exact, no uncertainty).
<R extends Quantity<R>> MeasuredQuantity<?>	MeasuredQuantity.divide(MeasuredQuantity<R> other)	Divides by another measured quantity.
static <Q extends Quantity<Q>> MeasuredQuantity<Q>	MeasuredQuantities.exact(Quantity<Q> value)	Creates an exact measurement (zero uncertainty).
MeasuredQuantity<Q>	MeasurementSeries.getConfidenceInterval(double confidenceLevel)	Returns a measurement with confidence interval.
MeasuredQuantity<Q>	MeasurementSeries.getMeanExcludingOutliers()	Returns the mean excluding detected outliers.
default MeasuredQuantity<Q>	MeasuredQuantity.multiply(double scalar)	Multiplies by a scalar (exact, no uncertainty).
MeasuredQuantity<Q>	MeasuredQuantity.multiply(Real scalar)	Multiplies by a scalar (exact, no uncertainty).
<R extends Quantity<R>> MeasuredQuantity<?>	MeasuredQuantity.multiply(MeasuredQuantity<R> other)	Multiplies by another measured quantity.
MeasuredQuantity<Q>	MeasuredQuantity.subtract(MeasuredQuantity<Q> other)	Subtracts another measured quantity.
MeasuredQuantity<Q>	MeasuredQuantity.to(Unit<Q> targetUnit)	Converts this measurement to another unit.

Methods in org.episteme.core.measure.metrology with parameters of type MeasuredQuantity

Modifier and Type	Method	Description
MeasuredQuantity<Q>	MeasuredQuantity.add(MeasuredQuantity<Q> other)	Adds another measured quantity.
<R extends Quantity<R>> MeasuredQuantity<?>	MeasuredQuantity.divide(MeasuredQuantity<R> other)	Divides by another measured quantity.
Real	MeasuredQuantity.getStandardizedDifference(MeasuredQuantity<Q> other)	Returns the number of standard deviations between this and another measurement.
boolean	MeasuredQuantity.isConsistentWith(MeasuredQuantity<Q> other)	Returns true if this measurement is consistent with another.
<R extends Quantity<R>> MeasuredQuantity<?>	MeasuredQuantity.multiply(MeasuredQuantity<R> other)	Multiplies by another measured quantity.
boolean	MeasuredQuantity.overlaps(MeasuredQuantity<Q> other)	Returns true if this measurement overlaps with another within uncertainties.
MeasuredQuantity<Q>	MeasuredQuantity.subtract(MeasuredQuantity<Q> other)	Subtracts another measured quantity.