Uses of Interface
org.openjdk.jmc.common.unit.ITypedQuantity

Packages that use ITypedQuantity

Package	Description
org.openjdk.jmc.common.unit	This package contains the data model for quantities and units.

Uses of ITypedQuantity in org.openjdk.jmc.common.unit

Fields in org.openjdk.jmc.common.unit declared as ITypedQuantity

Modifier and Type	Field	Description
protected ITypedQuantity<U>	QuantityRange.start

Fields in org.openjdk.jmc.common.unit with type parameters of type ITypedQuantity

Modifier and Type	Field	Description
protected ArrayList<ITypedQuantity<LinearUnit>>	CustomUnitSelector.tickList

Methods in org.openjdk.jmc.common.unit that return ITypedQuantity

Modifier and Type	Method	Description
ITypedQuantity<U>	ITypedQuantity.add(ITypedQuantity<LinearUnit> addend)
protected ITypedQuantity<LinearUnit>	LinearUnit.add(long numericalAugend, LinearUnit addendUnit, long numericalAddend)
protected ITypedQuantity<TimestampUnit>	TimestampUnit.add(long numericalAugend, LinearUnit addendUnit, long numericalAddend)
protected abstract ITypedQuantity<U>	TypedUnit.add(long numericalAugend, LinearUnit addendUnit, long numericalAddend)
protected ITypedQuantity<U>	TypedUnit.addPossiblyIntegral(long numericalAugend, IScalarAffineTransform addendValueTransform, long numericalAddend)
ITypedQuantity<LinearUnit>	LinearUnit.asWellKnownQuantity()
ITypedQuantity<LinearUnit>	LinearUnit.Custom.asWellKnownQuantity()
ITypedQuantity<LinearUnit>	LinearUnit.customParseInteractive(String interactiveQuantity)	Parse an interactive string, like KindOfQuantity.parseInteractive(String), with the addition that this unit is accepted, even if not generally by the kind of quantity.
ITypedQuantity<U>	ITypedQuantity.floorQuantize(ITypedQuantity<LinearUnit> quanta)
protected ITypedQuantity<LinearUnit>	LinearUnit.floorQuantize(double numericalValue, ITypedQuantity<LinearUnit> quanta)
protected ITypedQuantity<LinearUnit>	LinearUnit.floorQuantize(long numericalValue, ITypedQuantity<LinearUnit> quanta)
protected ITypedQuantity<TimestampUnit>	TimestampUnit.floorQuantize(double numericalValue, ITypedQuantity<LinearUnit> quanta)
protected ITypedQuantity<TimestampUnit>	TimestampUnit.floorQuantize(long numericalValue, ITypedQuantity<LinearUnit> quanta)
protected abstract ITypedQuantity<U>	TypedUnit.floorQuantize(double numericalValue, ITypedQuantity<LinearUnit> quanta)
protected abstract ITypedQuantity<U>	TypedUnit.floorQuantize(long numericalValue, ITypedQuantity<LinearUnit> quanta)
abstract ITypedQuantity<U>	QuantityRange.getEnd()
ITypedQuantity<U>	QuantityRange.getStart()
ITypedQuantity<U>	ITypedQuantity.in(U targetUnit)	Get this quantity expressed in the unit targetUnit.
ITypedQuantity<U>	ITypedQuantity.multiply(double factor)
ITypedQuantity<U>	ITypedQuantity.multiply(long factor)
abstract ITypedQuantity<U>	KindOfQuantity.parseInteractive(String interactiveQuantity)	Parse an interactive string.
ITypedQuantity<LinearUnit>	LinearKindOfQuantity.parseInteractive(String interactiveQuantity)
ITypedQuantity<LinearUnit>	LinearKindOfQuantity.parseInteractive(String interactiveQuantity, Map<String,? extends LinearUnit> symbolToUnitMap)
abstract ITypedQuantity<U>	KindOfQuantity.parsePersisted(String persistedQuantity)	Parse a persisted string.
ITypedQuantity<LinearUnit>	LinearKindOfQuantity.parsePersisted(String persistedQuantity)
ITypedQuantity<LinearUnit>	LinearUnit.quantity(double numericalValue)
ITypedQuantity<LinearUnit>	LinearUnit.quantity(long numericalValue)
ITypedQuantity<TimestampUnit>	TimestampUnit.quantity(double numericalValue)
ITypedQuantity<TimestampUnit>	TimestampUnit.quantity(long numericalValue)
ITypedQuantity<TimestampUnit>	TimestampUnit.quantity(Number numericalValue)
abstract ITypedQuantity<U>	TypedUnit.quantity(double numericalValue)
abstract ITypedQuantity<U>	TypedUnit.quantity(long numericalValue)
ITypedQuantity<U>	TypedUnit.quantity(Number value)
ITypedQuantity<LinearUnit>	BinaryUnitSelector.snapToBestBetweenHalfAndEqual(ITypedQuantity<LinearUnit> upperLimit)
ITypedQuantity<LinearUnit>	CustomUnitSelector.snapToBestBetweenHalfAndEqual(ITypedQuantity<LinearUnit> upperLimit)
ITypedQuantity<LinearUnit>	DecimalUnitSelector.snapToBestBetweenHalfAndEqual(ITypedQuantity<LinearUnit> upperLimit)
ITypedQuantity<LinearUnit>	LinearKindOfQuantity.LinearUnitSelector.snapToBestBetweenHalfAndEqual(ITypedQuantity<LinearUnit> upperLimit)
ITypedQuantity<LinearUnit>	LinearKindOfQuantity.snapToBestBetweenHalfAndEqual(ITypedQuantity<LinearUnit> upperLimit)
ITypedQuantity<LinearUnit>	ITypedQuantity.subtract(ITypedQuantity<U> subtrahend)
protected ITypedQuantity<LinearUnit>	LinearUnit.subtractSame(long numericalMinuend, LinearUnit subtrahendUnit, long numericalSubtrahend)
protected ITypedQuantity<LinearUnit>	TimestampUnit.subtractSame(long numericalMinuend, TimestampUnit subtrahendUnit, long numericalSubtrahend)
protected abstract ITypedQuantity<LinearUnit>	TypedUnit.subtractSame(long numericalMinuend, U subtrahendUnit, long numericalSubtrahend)

Methods in org.openjdk.jmc.common.unit with parameters of type ITypedQuantity

Modifier and Type	Method	Description
ITypedQuantity<U>	ITypedQuantity.add(ITypedQuantity<LinearUnit> addend)
static <U extends TypedUnit<U>> IRange<IQuantity>	QuantityRange.createWithExtent(IQuantity start, ITypedQuantity<LinearUnit> extent)
ITypedQuantity<U>	ITypedQuantity.floorQuantize(ITypedQuantity<LinearUnit> quanta)
protected ITypedQuantity<LinearUnit>	LinearUnit.floorQuantize(double numericalValue, ITypedQuantity<LinearUnit> quanta)
protected ITypedQuantity<LinearUnit>	LinearUnit.floorQuantize(long numericalValue, ITypedQuantity<LinearUnit> quanta)
protected ITypedQuantity<TimestampUnit>	TimestampUnit.floorQuantize(double numericalValue, ITypedQuantity<LinearUnit> quanta)
protected ITypedQuantity<TimestampUnit>	TimestampUnit.floorQuantize(long numericalValue, ITypedQuantity<LinearUnit> quanta)
protected abstract ITypedQuantity<U>	TypedUnit.floorQuantize(double numericalValue, ITypedQuantity<LinearUnit> quanta)
protected abstract ITypedQuantity<U>	TypedUnit.floorQuantize(long numericalValue, ITypedQuantity<LinearUnit> quanta)
protected IRange<IQuantity>	KindOfQuantity.getFirstBucket(ITypedQuantity<U> start, ITypedQuantity<U> end, double maxBuckets)
LinearUnit	BinaryUnitSelector.getLargestExactUnit(ITypedQuantity<LinearUnit> quantity)
LinearUnit	CustomUnitSelector.getLargestExactUnit(ITypedQuantity<LinearUnit> quantity)
LinearUnit	DecimalUnitSelector.getLargestExactUnit(ITypedQuantity<LinearUnit> quantity)
U	TypedUnit.UnitSelector.getLargestExactUnit(ITypedQuantity<U> quantity)	Get the largest unit, if any, in which this quantity can be expressed exactly, typically with an integer.
LinearUnit	BinaryUnitSelector.getPreferredUnit(ITypedQuantity<LinearUnit> quantity, double minNumericalValue, double maxNumericalValue)
LinearUnit	CustomUnitSelector.getPreferredUnit(ITypedQuantity<LinearUnit> quantity, double minNumericalValue, double maxNumericalValue)
LinearUnit	DecimalUnitSelector.getPreferredUnit(ITypedQuantity<LinearUnit> quantity, double minNumericalValue, double maxNumericalValue)
U	TypedUnit.UnitSelector.getPreferredUnit(ITypedQuantity<U> quantity, double minNumericalValue, double maxNumericalValue)
LinearUnit	LinearKindOfQuantity.makeCustomUnit(ITypedQuantity<LinearUnit> quantity)	Create a custom unit.
LinearUnit	LinearKindOfQuantity.makeUnit(String id, ITypedQuantity<LinearUnit> quantity)	Create an off-system unit with no default localized name.
LinearUnit	LinearKindOfQuantity.makeUnit(String id, ITypedQuantity<LinearUnit> quantity, String localizedName)
ITypedQuantity<LinearUnit>	BinaryUnitSelector.snapToBestBetweenHalfAndEqual(ITypedQuantity<LinearUnit> upperLimit)
ITypedQuantity<LinearUnit>	CustomUnitSelector.snapToBestBetweenHalfAndEqual(ITypedQuantity<LinearUnit> upperLimit)
ITypedQuantity<LinearUnit>	DecimalUnitSelector.snapToBestBetweenHalfAndEqual(ITypedQuantity<LinearUnit> upperLimit)
ITypedQuantity<LinearUnit>	LinearKindOfQuantity.LinearUnitSelector.snapToBestBetweenHalfAndEqual(ITypedQuantity<LinearUnit> upperLimit)
ITypedQuantity<LinearUnit>	LinearKindOfQuantity.snapToBestBetweenHalfAndEqual(ITypedQuantity<LinearUnit> upperLimit)
ITypedQuantity<LinearUnit>	ITypedQuantity.subtract(ITypedQuantity<U> subtrahend)

Constructor parameters in org.openjdk.jmc.common.unit with type arguments of type ITypedQuantity

Constructor	Description
CustomUnitSelector(LinearKindOfQuantity kindOfQuantity, LinearKindOfQuantity.LinearUnitSelector smallSelector, Collection<LinearUnit> units, LinearKindOfQuantity.LinearUnitSelector bigSelector, SortedSet<ITypedQuantity<LinearUnit>> ticks)