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

Packages that use IScalarAffineTransform

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

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

Classes in org.openjdk.jmc.common.unit that implement IScalarAffineTransform

Modifier and Type	Class	Description
class	BinaryScaleFactor
class	DecimalScaleFactor
class	ImpreciseScaleFactor	Quick and dirty ScaleFactor implementation.
class	LongPostOffsetTransform	IScalarAffineTransform used as the inverse of LongPreOffsetTransform to avoid losing the precision of the long offset.
class	LongPreOffsetTransform	Transform that adds an offset first and then multiplies with the multiplier.
class	LongScaleFactor	Short term ScaleFactor implementation to improve custom units.
class	ScaleFactor	A linear transform, that is, a scale factor.
class	SimpleAffineTransform

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

Modifier and Type	Method	Description
IScalarAffineTransform	IScalarAffineTransform.concat(IScalarAffineTransform innerTransform)	Concatenate this transform with innerTransform, such that applying the resulting transform is equivalent to first applying innerTransform and then applying this transform on the resulting value.
IScalarAffineTransform	LongPostOffsetTransform.concat(IScalarAffineTransform innerTransform)
IScalarAffineTransform	LongPreOffsetTransform.concat(IScalarAffineTransform innerTransform)
final IScalarAffineTransform	ScaleFactor.concat(IScalarAffineTransform innerTransform)
IScalarAffineTransform	SimpleAffineTransform.concat(IScalarAffineTransform innerTransform)
static IScalarAffineTransform	SimpleAffineTransform.createWithNegPreOffset(double multiplier, Number negativeOffset)
static IScalarAffineTransform	SimpleAffineTransform.createWithPostOffset(double multiplier, Number offset)
static IScalarAffineTransform	SimpleAffineTransform.createWithPreOffset(double multiplier, Number offset)
IScalarAffineTransform	IScalarAffineTransform.invert()
IScalarAffineTransform	LongPostOffsetTransform.invert()
IScalarAffineTransform	LongPreOffsetTransform.invert()
IScalarAffineTransform	SimpleAffineTransform.invert()
IScalarAffineTransform	IScalarAffineTransform.invertAndConcat(IScalarAffineTransform innerTransform)	Concatenate the inverse of this transform with innerTransform, such that applying the resulting transform is equivalent to first applying innerTransform and then applying this inverse of this transform on the resulting value.
IScalarAffineTransform	LongPostOffsetTransform.invertAndConcat(IScalarAffineTransform innerTransform)
IScalarAffineTransform	LongPreOffsetTransform.invertAndConcat(IScalarAffineTransform innerTransform)
final IScalarAffineTransform	ScaleFactor.invertAndConcat(IScalarAffineTransform innerTransform)
IScalarAffineTransform	SimpleAffineTransform.invertAndConcat(IScalarAffineTransform innerTransform)
IScalarAffineTransform	IUnit.valueTransformTo(IUnit targetUnit)	Get a transform for transforming numerical quantity values expressed in this unit to numerical quantity values expressed in targetUnit.
IScalarAffineTransform	TimestampUnit.valueTransformTo(TimestampUnit targetUnit)
IScalarAffineTransform	TypedUnit.valueTransformTo(IUnit targetUnit)
abstract IScalarAffineTransform	TypedUnit.valueTransformTo(U targetUnit)	Get a transform for transforming numerical quantity values expressed in this unit to numerical quantity values expressed in targetUnit.

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

Modifier and Type	Method	Description
protected final ITypedQuantity<U>	TypedUnit.addPossiblyIntegral(long numericalAugend, IScalarAffineTransform addendValueTransform, long numericalAddend)
IScalarAffineTransform	IScalarAffineTransform.concat(IScalarAffineTransform innerTransform)	Concatenate this transform with innerTransform, such that applying the resulting transform is equivalent to first applying innerTransform and then applying this transform on the resulting value.
IScalarAffineTransform	LongPostOffsetTransform.concat(IScalarAffineTransform innerTransform)
IScalarAffineTransform	LongPreOffsetTransform.concat(IScalarAffineTransform innerTransform)
final IScalarAffineTransform	ScaleFactor.concat(IScalarAffineTransform innerTransform)
IScalarAffineTransform	SimpleAffineTransform.concat(IScalarAffineTransform innerTransform)
IScalarAffineTransform	IScalarAffineTransform.invertAndConcat(IScalarAffineTransform innerTransform)	Concatenate the inverse of this transform with innerTransform, such that applying the resulting transform is equivalent to first applying innerTransform and then applying this inverse of this transform on the resulting value.
IScalarAffineTransform	LongPostOffsetTransform.invertAndConcat(IScalarAffineTransform innerTransform)
IScalarAffineTransform	LongPreOffsetTransform.invertAndConcat(IScalarAffineTransform innerTransform)
final IScalarAffineTransform	ScaleFactor.invertAndConcat(IScalarAffineTransform innerTransform)
IScalarAffineTransform	SimpleAffineTransform.invertAndConcat(IScalarAffineTransform innerTransform)