Uses of Class
org.openjdk.jmc.common.unit.LinearUnit

Packages that use LinearUnit

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

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

Subclasses of LinearUnit in org.openjdk.jmc.common.unit

Modifier and Type	Class	Description
protected static class	LinearUnit.Custom

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

Modifier and Type	Field	Description
static LinearUnit	UnitLookup.ADDRESS_UNITY
protected LinearUnit	LinearKindOfQuantity.atomUnit
static LinearUnit	UnitLookup.BYTE
static LinearUnit	UnitLookup.DAY
protected LinearUnit	DecimalUnitSelector.exponentialBaseUnit
static LinearUnit	UnitLookup.GIBIBYTE
static LinearUnit	UnitLookup.HERTZ
static LinearUnit	UnitLookup.HOUR
static LinearUnit	UnitLookup.MICROSECOND
static LinearUnit	UnitLookup.MILLISECOND
static LinearUnit	UnitLookup.MINUTE
static LinearUnit	UnitLookup.NANOSECOND
static LinearUnit	UnitLookup.NUMBER_UNITY
static LinearUnit	UnitLookup.PERCENT
static LinearUnit	UnitLookup.PERCENT_UNITY
static LinearUnit	UnitLookup.SECOND
protected LinearUnit[]	CustomUnitSelector.unitArr
static LinearUnit	UnitLookup.YEAR

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

Modifier and Type	Field	Description
protected Collection<LinearUnit>	LinearKindOfQuantity.allUnits
protected Collection<LinearUnit>	LinearKindOfQuantity.commonUnits
protected Map<String,LinearUnit>	LinearKindOfQuantity.interactiveSymbolToUnitMap
protected ArrayList<ITypedQuantity<LinearUnit>>	CustomUnitSelector.tickList
protected Map<ScaleFactor,LinearUnit>	BinaryUnitSelector.unitCache
protected Map<ScaleFactor,LinearUnit>	DecimalUnitSelector.unitCache
protected Map<Object,LinearUnit>	LinearKindOfQuantity.unitCache

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

Modifier and Type	Method	Description
LinearUnit	LinearKindOfQuantity.getCachedUnit(Object key)
LinearUnit	LinearKindOfQuantity.getDefaultUnit()
LinearUnit	IUnit.getDeltaUnit()	Get the unit that the difference between two quantities in this unit will have.
LinearUnit	LinearUnit.getDeltaUnit()
LinearUnit	TimestampUnit.getDeltaUnit()
LinearUnit	BinaryUnitSelector.getLargestExactUnit(ITypedQuantity<LinearUnit> quantity)
LinearUnit	CustomUnitSelector.getLargestExactUnit(ITypedQuantity<LinearUnit> quantity)
LinearUnit	DecimalUnitSelector.getLargestExactUnit(ITypedQuantity<LinearUnit> quantity)
LinearUnit	LinearKindOfQuantity.getLargestExactUnit(IQuantity quantity)
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)
LinearUnit	LinearKindOfQuantity.getPreferredUnit(IQuantity quantity, double minNumericalValue, double maxNumericalValue)
protected LinearUnit	LinearUnit.getScaledUnit(LinearUnit deltaUnit)
LinearUnit	LinearKindOfQuantity.getUnit(String id)
LinearUnit	LinearKindOfQuantity.getUnit(IPrefix<?> prefix)
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)

Methods in org.openjdk.jmc.common.unit that return types with arguments of type LinearUnit

Modifier and Type	Method	Description
protected ITypedQuantity<LinearUnit>	LinearUnit.add(long numericalAugend, LinearUnit addendUnit, 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.
protected ITypedQuantity<LinearUnit>	LinearUnit.floorQuantize(double numericalValue, ITypedQuantity<LinearUnit> quanta)
protected ITypedQuantity<LinearUnit>	LinearUnit.floorQuantize(long numericalValue, ITypedQuantity<LinearUnit> quanta)
Collection<LinearUnit>	LinearKindOfQuantity.getAllUnits()
Collection<LinearUnit>	LinearKindOfQuantity.getCommonUnits()
abstract KindOfQuantity<LinearUnit>	KindOfQuantity.getDeltaKind()
KindOfQuantity<LinearUnit>	LinearKindOfQuantity.getDeltaKind()
protected Class<LinearUnit>	LinearUnit.getUnitClass()
ITypedQuantity<LinearUnit>	LinearKindOfQuantity.parseInteractive(String interactiveQuantity)
ITypedQuantity<LinearUnit>	LinearKindOfQuantity.parseInteractive(String interactiveQuantity, Map<String,? extends LinearUnit> symbolToUnitMap)
ITypedQuantity<LinearUnit>	LinearKindOfQuantity.parsePersisted(String persistedQuantity)
ITypedQuantity<LinearUnit>	LinearUnit.quantity(double numericalValue)
ITypedQuantity<LinearUnit>	LinearUnit.quantity(long numericalValue)
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 LinearUnit

Modifier and Type	Method	Description
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 void	LinearKindOfQuantity.addUnit(LinearUnit unit)
protected void	LinearKindOfQuantity.addUnit(LinearUnit unit, boolean common)	Add a unit so that it is available for parsing and content assist, optionally also for direct selection by users.
int	LinearUnit.compareTo(LinearUnit other)
static String	LinearKindOfQuantity.AutoFormatter.formatInUnit(IQuantity quantity, LinearUnit customUnit, int nominalValueDigits)
protected static String	LinearKindOfQuantity.AutoFormatter.formatWithFixedFraction(Number numValue, LinearUnit customUnit, int numFractionDigits)
protected static String	LinearKindOfQuantity.AutoFormatter.formatWithUnit(Number numValue, LinearUnit customUnit, int nominalValueDigits)
protected LinearUnit	LinearUnit.getScaledUnit(LinearUnit deltaUnit)
protected TimestampUnit	TimestampUnit.getScaledUnit(LinearUnit deltaUnit)
protected abstract U	TypedUnit.getScaledUnit(LinearUnit deltaUnit)	Return a unit with the same origin (if absolute) as this unit, but with the given deltaUnit as its delta unit.
protected ITypedQuantity<LinearUnit>	LinearUnit.subtractSame(long numericalMinuend, LinearUnit subtrahendUnit, long numericalSubtrahend)
ScaleFactor	LinearUnit.valueTransformTo(LinearUnit targetUnit)

Method parameters in org.openjdk.jmc.common.unit with type arguments of type LinearUnit

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)
LinearUnit	BinaryUnitSelector.getLargestExactUnit(ITypedQuantity<LinearUnit> quantity)
LinearUnit	CustomUnitSelector.getLargestExactUnit(ITypedQuantity<LinearUnit> quantity)
LinearUnit	DecimalUnitSelector.getLargestExactUnit(ITypedQuantity<LinearUnit> quantity)
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)
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>	LinearKindOfQuantity.parseInteractive(String interactiveQuantity, Map<String,? extends LinearUnit> symbolToUnitMap)
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)

Constructors in org.openjdk.jmc.common.unit with parameters of type LinearUnit

Constructor	Description
Custom(LinearKindOfQuantity kindOfQuantity, String unitId, ScaleFactor factorToDefinition, LinearUnit definitionUnit, String unitSymbol, String unitDesc, String... altNames)
DecimalUnitSelector(LinearKindOfQuantity kindOfQuantity, LinearUnit exponentialBaseUnit)
DualUnitFormatter(LinearKindOfQuantity kindOfQuantity, String id, String name, LinearUnit cutoffUnit)
DualUnitFormatter(LinearKindOfQuantity kindOfQuantity, String id, String name, TypedUnit.UnitSelector<LinearUnit> unitSelector, LinearUnit cutoffUnit)

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

Constructor	Description
CustomUnitSelector(LinearKindOfQuantity kindOfQuantity, LinearKindOfQuantity.LinearUnitSelector smallSelector, Collection<LinearUnit> units, LinearKindOfQuantity.LinearUnitSelector bigSelector, SortedSet<ITypedQuantity<LinearUnit>> ticks)
CustomUnitSelector(LinearKindOfQuantity kindOfQuantity, LinearKindOfQuantity.LinearUnitSelector smallSelector, Collection<LinearUnit> units, LinearKindOfQuantity.LinearUnitSelector bigSelector, SortedSet<ITypedQuantity<LinearUnit>> ticks)
DualUnitFormatter(LinearKindOfQuantity kindOfQuantity, String id, String name, TypedUnit.UnitSelector<LinearUnit> unitSelector)
DualUnitFormatter(LinearKindOfQuantity kindOfQuantity, String id, String name, TypedUnit.UnitSelector<LinearUnit> unitSelector, LinearUnit cutoffUnit)