abs(Number) DefaultNumberSystem
abs() RationalNumber
Returns a RationalNumber whose value is the absolute value of this
RationalNumber.
abs() Calculator
Calculates the absolute value of this Calculator´s accumulator,
then stores the result in the accumulator.
abs(Number) NumberSystem
Returns the absolute of given
number as a
Number that best
represents the arithmetic result within the set of number types this NumberSystem
supports.
AbstractConverter tech.units.indriya.function
The base class for our UnitConverter implementations.
AbstractConverter() AbstractConverter
DefaultQuantityFactory constructor.
AbstractConverter.Pair tech.units.indriya.function
This class represents converters made up of two or more separate converters
(in matrix notation [pair] = [left] x [right]).
AbstractQuantity Q extends javax.measure.Quantity<Q >> - Class in tech.units.indriya
This class represents the immutable result of a scalar quantity stated in a known unit.
AbstractQuantity(Unit<Q>, Quantity.Scale) AbstractQuantity
Constructor.
AbstractQuantity(Unit<Q>) AbstractQuantity
Constructor.
AbstractQuantityFormat tech.units.indriya.format
This class provides the interface for formatting and parsing quantities.
AbstractQuantityFormat() AbstractQuantityFormat
AbstractServiceProvider tech.units.indriya.spi
This class extends the
ServiceProvider class and hereby uses the JDK
ServiceLoader to load the required
services.
AbstractServiceProvider() AbstractServiceProvider
AbstractSystemOfUnits tech.units.indriya
An abstract base class for unit systems.
AbstractSystemOfUnits() AbstractSystemOfUnits
AbstractSystemOfUnits.Helper tech.units.indriya
AbstractSystemOfUnitsService tech.units.indriya.spi
AbstractSystemOfUnitsService() AbstractSystemOfUnitsService
AbstractUnit Q extends javax.measure.Quantity<Q >> - Class in tech.units.indriya
The class represents units founded on the seven SI base units for
seven base quantities assumed to be mutually independent.
AbstractUnit() AbstractUnit
Default constructor.
AbstractUnit(String) AbstractUnit
Constructor setting a symbol.
AbstractUnit.Equalizer tech.units.indriya
Utility class for number comparison and equality
AbstractUnitFormat tech.units.indriya.format
This class provides the interface for formatting and parsing units.
AbstractUnitFormat() AbstractUnitFormat
accept(int, Unit<Q>, Number) MixedRadix.MixedRadixVisitor
accept(Quantity<Q>) QuantitySummaryStatistics
Records another value into the summary information.
add(Quantity<Q>) ComparableQuantity
add(Number, Number) DefaultNumberSystem
add(RationalNumber) RationalNumber
Returns a new instance of RationalNumber representing the addition
this + that.
add(Number) Calculator
Adds number to this Calculator´s accumulator,
then stores the result in the accumulator.
add(Quantity<Q>) NumberQuantity
add(Quantity<Time>) TemporalQuantity
add(Quantity<Time>) TimeUnitQuantity
add(Number, Number) NumberSystem
Returns the sum of given
x and
y as a
Number that best
represents the arithmetic result within the set of number types this NumberSystem
supports.
AddConverter tech.units.indriya.function
This class represents a converter adding a constant offset to numeric values (double based).
AddConverter(Number) AddConverter
Creates an additive converter having the specified offset.
addEscapes(String) TokenMgrError
Replaces unprintable characters by their escaped (or unicode escaped) equivalents in the given string
addition(Quantity<Q>, Quantity<Q>, BinaryOperator<Number>) ScaleHelper
addUnit(Set<Unit<?>>, U, String) AbstractSystemOfUnits.Helper
Adds a new named unit to the collection.
addUnit(Set<Unit<?>>, U, String, String) AbstractSystemOfUnits.Helper
Adds a new named unit to the collection.
addUnit(Set<Unit<?>>, U, String, String, UnitStyle) AbstractSystemOfUnits.Helper
Adds a new named unit to the collection.
addUnit(Set<Unit<?>>, U, String, UnitStyle) AbstractSystemOfUnits.Helper
Adds a new labeled unit to the set.
alias(Unit<?>, String) SimpleUnitFormat
Attaches a system-wide alias to this unit.
alias(Unit<?>, String) SimpleUnitFormat.DefaultFormat
alias(Unit<?>, String) SymbolMap
Attaches an alias to the specified unit.
alternate(String) AbstractUnit
AlternateUnit Q extends javax.measure.Quantity<Q >> - Class in tech.units.indriya.unit
This class represents units used in expressions to distinguish between
quantities of a different nature but of the same dimensions.
AlternateUnit(Unit<?>, String) AlternateUnit
Creates an alternate unit for the specified system unit identified by the
specified name and symbol.
AMOUNT_OF_SUBSTANCE UnitDimension
Holds amount of substance dimension (N).
AMPERE Units
The ampere, symbol A, is the SI unit of electric current.
annotate(String) AbstractUnit
Annotates the specified unit.
AnnotatedUnit Q extends javax.measure.Quantity<Q >> - Class in tech.units.indriya.unit
This class represents an annotated unit.
AnnotatedUnit(Unit<Q>, String) AnnotatedUnit
Creates an annotated unit equivalent to the specified unit.
areEqual(Unit, Unit) AbstractUnit.Equalizer
Indicates if this unit is considered equals to the specified object. order).
ASCIIFormat() SimpleUnitFormat.ASCIIFormat
asType(Class<T>) AbstractQuantity
Casts this quantity to a parameterized quantity of specified nature or throw a ClassCastException if the dimension of the
specified quantity and its unit's dimension do not match.
asType(Class<T>) AbstractUnit
Casts this unit to a parameterized unit of specified nature or throw a
ClassCastException if the dimension of the specified quantity and this unit's
dimension do not match (regardless whether or not the dimensions are
independent or not).
asType(Class<T>) ComparableQuantity
Calculator tech.units.indriya.internal.function
Calculus tech.units.indriya.function
Facade for internal number arithmetic.
Calculus() Calculus
CANDELA Units
The candela, symbol cd, is the SI unit of luminous intensity in a given
direction.
canReduceWith(AbstractConverter) AbstractConverter
canReduceWith(AbstractConverter) AbstractConverter.Pair
canReduceWith(AbstractConverter) AddConverter
canReduceWith(AbstractConverter) ExpConverter
canReduceWith(AbstractConverter) LogConverter
canReduceWith(AbstractConverter) PowerOfIntConverter
canReduceWith(AbstractConverter) RationalConverter
CELSIUS Units
The SI unit for Celsius temperature (standard name °C).
clear() Lazy
combine(QuantitySummaryStatistics<Q>) QuantitySummaryStatistics
Combines the state of another QuantitySummaryStatistics into this one.
ComparableQuantity Q extends javax.measure.Quantity<Q >> - Interface in tech.units.indriya
Quantity that adapts Comparable to the Quantity interface.
compare(Number, Number) DefaultNumberSystem
compare(Number, Number) NumberSystem
Compares two Number values numerically.
compareTo(Quantity<Q>) AbstractQuantity
FIXME[220] update java-doc
Compares this quantity to the specified quantity.
compareTo(Unit<Q>) AbstractUnit
Compares this unit to the specified unit.
compareTo(UnitConverter) AbstractConverter.Pair
compareTo(UnitConverter) AddConverter
compareTo(UnitConverter) ExpConverter
compareTo(UnitConverter) LogConverter
compareTo(UnitConverter) PowerOfIntConverter
compareTo(UnitConverter) RationalConverter
compareTo(RationalNumber) RationalNumber
Compares two RationalNumber values numerically.
compareTo(ServiceProvider) AbstractServiceProvider
compose(AbstractConverter, AbstractConverter, BiPredicate<AbstractConverter, AbstractConverter>, BinaryOperator<AbstractConverter>) ConverterCompositionHandler
Takes two converters left, right and returns a (not necessarily new)
converter that is equivalent to the mathematical composition of these:
compose(left, right) === left o right
Implementation Note: Instead of using AbstractConverter as parameter
and result types, this could be generalized to UnitConverter, but that
would require some careful changes within AbstractConverter itself.
compose(AbstractConverter, AbstractConverter, BiPredicate<AbstractConverter, AbstractConverter>, BinaryOperator<AbstractConverter>) UnitCompositionHandlerYieldingNormalForm
CompoundQuantity Q extends javax.measure.Quantity<Q >> - Class in tech.units.indriya.quantity
CompoundQuantity(List<Quantity<Q>>) CompoundQuantity
Deprecated.
concatenate(UnitConverter) AbstractConverter
contains(Quantity<Q>) QuantityRange
contains(T) Range
Checks whether the given T is within this range
containsKey(String) MultiPropertyResourceBundle
Overrides the super class implementation to check the existence of a key across all merged bundles
conversionSteps AbstractConverter
memorization for getConversionSteps
convert(double) AbstractConverter
convert(Number) AbstractConverter
ConverterCompositionHandler tech.units.indriya.function
Functional interface for handling the composition (concatenation) of two unit converters.
convertTo(Quantity<Q>, Unit<Q>) ScaleHelper
convertWhenNotIdentity(Number) AbstractConverter
Non-API
convertWhenNotIdentity(Number) AbstractConverter.Pair
convertWhenNotIdentity(Number) AddConverter
convertWhenNotIdentity(Number) ExpConverter
convertWhenNotIdentity(Number) LogConverter
convertWhenNotIdentity(Number) PowerOfIntConverter
convertWhenNotIdentity(Number) RationalConverter
COULOMB Units
The SI unit for electric charge, quantity of electricity (standard name
C).
create(Number, Unit<Q>) DefaultQuantityFactory
create(Number, Unit<Q>, Quantity.Scale) DefaultQuantityFactory
createCompoundQuantity(Number[], Quantity.Scale) MixedRadix
createCompoundQuantity(Number...) MixedRadix
Deprecated.
createConversionSteps() AbstractConverter.Pair
createMixedQuantity(Number[], Quantity.Scale) MixedRadix
createMixedQuantity(Number...) MixedRadix
createQuantity(Number[], Quantity.Scale) MixedRadix
Creates a Quantity from given values and scale.
createQuantity(Number...) MixedRadix
CUBIC_METRE Units
The SI unit for volume quantities (standard name m3).
current() DimensionalModel
Returns the current model (by default an instance of StandardModel).
currentNumberSystem() Calculus
Returns the current
NumberSystem used for Number arithmetic.
currentToken TokenException
This is the last token that has been consumed successfully.
get() Lazy
get() TimedData
getActualType() AbstractUnit
getActualUnit() AnnotatedUnit
Returns the actual unit of this annotated unit (never an annotated unit itself).
getAnnotation() AnnotatedUnit
Returns the annotation of this annotated unit.
getAsDouble() PowerOfIntConverter
getAsDouble() RationalConverter
getAvailableFormatNames(FormatService.FormatType) DefaultFormatService
getAvailableNumberSystems() Calculus
getAvailableSystemsOfUnits() AbstractSystemOfUnitsService
getAverage() QuantitySummaryStatistics
Get the quantity average of all amounts added.
getAverage(Unit<Q>) QuantitySummaryStatistics
Get the quantity average of all amounts added converted to unit
getBase() ExpConverter
Returns the exponential base of this converter.
getBase() LogConverter
Returns the logarithmic base of this converter.
getBase() PowerOfIntConverter
getBaseDimensions() UnitDimension
Returns the fundamental (base) dimensions and their exponent whose product is
this dimension or null if this dimension is a fundamental
dimension.
getBaseUnits() AbstractUnit
getBaseUnits() AlternateUnit
getBaseUnits() AnnotatedUnit
getBaseUnits() BaseUnit
getBaseUnits() ProductUnit
getBaseUnits() TransformedUnit
getCompoundQuantity(Number[], Unit<Q>[], Quantity.Scale) Quantities
getCompoundQuantity(Number[], Unit<Q>[]) Quantities
getConversionSteps() AbstractConverter
getConverter() TransformedUnit
Returns the converter to the parent unit.
getConverterTo(Unit<Q>) AbstractUnit
getConverterToAny(Unit<?>) AbstractUnit
getCount() QuantitySummaryStatistics
Get the number of items added to this summary instance.
getDimension() AbstractUnit
getDimension() AlternateUnit
getDimension() AnnotatedUnit
getDimension() BaseUnit
getDimension() ProductUnit
getDimension() TransformedUnit
getDimensionalTransform(Dimension) DimensionalModel
Returns the dimensional transform of the specified dimension.
getDisplayName(String, Locale) UnitNameProvider
Returns a name for the unit that is appropriate for display to the
user.
getDividend() RationalConverter
Returns the integer dividend for this rational converter.
getDividend() RationalNumber
For a non-negative rational number, returns a non-negative dividend.
getDivisor() RationalConverter
Returns the integer (positive) divisor for this rational converter.
getDivisor() RationalNumber
By convention, returns a non-negative divisor .
getExponent() PowerOfIntConverter
getFactor() MultiplyConverter
Returns the scale factor of this converter.
getFormatService() AbstractServiceProvider
getFundamentalDimension(Dimension) DimensionalModel
Returns the fundamental dimension for the one specified.
getInstance() EBNFUnitFormat
Returns the instance for the current default locale (non-ascii characters are allowed)
getInstance(SymbolMap) EBNFUnitFormat
Returns an instance for the given symbol map.
getInstance() LocalUnitFormat
Returns the instance for the current default locale (non-ascii characters are allowed)
getInstance(Locale) LocalUnitFormat
Returns an instance for the given locale.
getInstance(SymbolMap) LocalUnitFormat
Returns an instance for the given symbol map.
getInstance(FormatBehavior) NumberDelimiterQuantityFormat
getInstance() NumberDelimiterQuantityFormat
Returns the default format.
getInstance(NumberFormat, UnitFormat) NumberDelimiterQuantityFormat
Returns the quantity format using the specified number format and unit format (the number and unit are separated by one space).
getInstance() SimpleQuantityFormat
Returns the quantity format for the default locale.
getInstance(String) SimpleQuantityFormat
Returns a SimpleQuantityFormat using the given pattern.
getInstance() SimpleUnitFormat
getInstance(SimpleUnitFormat.Flavor) SimpleUnitFormat
getInstance(Class<Q>) DefaultQuantityFactory
Returns the default instance for the specified quantity type.
getInstance() Units
Returns the unique instance of this class.
getInstant() TimedData
getInstant() Measurement
getKeys() MultiPropertyResourceBundle
Overrides the super class implementation to return an enumeration of keys from all the merged bundles
getLeft() AbstractConverter.Pair
getMax() QuantitySummaryStatistics
Get the maximal amount found within this summary.
getMax(Unit<Q>) QuantitySummaryStatistics
Get the maximal amount found within this summary converted to unit
getMaximum() Range
Returns the largest value of the range.
getMergedBundlePaths() MultiPropertyResourceBundle
getMin() QuantitySummaryStatistics
Get the minimal quantity found within this summary.
getMin(Unit<Q>) QuantitySummaryStatistics
Get the minimal quantity found within this summary converted to unit
getMinimum() Range
Returns the smallest value of the range.
getMixedQuantity(Number[], Unit<Q>[], Quantity.Scale) Quantities
Returns the mixed radix values and units as
MixedQuantity in the
specified scale.
getMixedQuantity(Number[], Unit<Q>[]) Quantities
Returns the mixed radix values and units as
MixedQuantity in the
ABSOLUTE scale.
getName() AbstractSystemOfUnits
getName() AbstractUnit
getName() TimedData
getName() Units
getNormalFormOrder() Calculus
getNumber() RationalNumberScanner
getNumberSystem(String) Calculus
Returns the given
NumberSystem used for Number arithmetic by (class) name.
getOffset() AddConverter
Returns the offset value for this add converter.
getParentUnit() AlternateUnit
Returns the parent unit of this alternate unit, always a system unit and
never an alternate unit.
getParentUnit() TransformedUnit
Returns the parent unit for this unit.
getPattern() SimpleQuantityFormat
getPrefix(String) SymbolMap
Returns the prefix (if any) for the specified symbol.
getPrefix(UnitConverter) SymbolMap
Returns the prefix for the specified converter.
getPrimaryUnit() MixedRadix
getPriority() DefaultFormatService
getPriority() DefaultServiceProvider
Returns the default priority.
getQuantities() CompoundQuantity
Deprecated.
Gets quantities in this CompoundQuantity.
getQuantities() MixedQuantity
Gets quantities in this MixedQuantity.
getQuantity(CharSequence) Quantities
Returns the scalar quantity of unknown type corresponding to the specified
representation.
getQuantity(Number, Unit<Q>, Quantity.Scale) Quantities
Returns the scalar quantity.
getQuantity(Number, Unit<Q>) Quantities
Returns the scalar quantity.
getQuantity(Number[], Unit<Q>[], Quantity.Scale) Quantities
Returns the mixed radix values and units combined into a single quantity.
getQuantity(Number[], Unit<Q>...) Quantities
Returns the mixed radix values and units combined into a single quantity in
the ABSOLUTE scale.
getQuantity(Temporal, Temporal) TimeQuantities
Creates the
Quantity based in the difference of the two
Temporal
getQuantity(LocalTime, LocalTime) TimeQuantities
Creates the
Quantity based in the difference of the two
LocalTime
getQuantity(Temporal, Supplier<TemporalAdjuster>) TimeQuantities
getQuantity(LocalTime, Supplier<TemporalAdjuster>) TimeQuantities
Creates the
Quantity based in the
Temporal with
Supplier
getQuantity(Long, TimeUnit) TimeQuantities
getQuantity(Long, TemporalUnit) TimeQuantities
getQuantityFactory(Class<Q>) AbstractServiceProvider
Return a factory for this quantity
getQuantityFormat(String) DefaultFormatService
getQuantityFormat() DefaultFormatService
getResolution() Range
Returns the resolution of the range.
getResourcePath() MultiPropertyResourceBundle
getRight() AbstractConverter.Pair
getScale() AbstractQuantity
Returns the absolute or relative scale.
getService(Class<T>) AbstractServiceProvider
getServices(Class<T>) AbstractServiceProvider
Loads and registers services.
getSum() QuantitySummaryStatistics
Get the sum of all amounts within this summary.
getSum(Unit<Q>) QuantitySummaryStatistics
Get the sum of all amounts within this summary converted to unit
getSymbol() AbstractUnit
getSymbol(Unit<?>) SymbolMap
Returns the symbol (label) for the specified unit.
getSymbol(Prefix) SymbolMap
Returns the symbol for the specified prefix.
getSymbol(String, Locale) UnitNameProvider
Gets the symbol of the given unit for the specified locale.
getSymbol() AnnotatedUnit
getSymbols() EBNFUnitFormat
Get the symbol map used by this instance to map between Units and Strings, etc...
getSymbols() LocalUnitFormat
Get the symbol map used by this instance to map between
Units and
Strings, etc...
getSystemConverter() AbstractUnit
Returns the converter from this unit to its unscaled
System Unit unit.
getSystemConverter() AlternateUnit
getSystemConverter() AnnotatedUnit
getSystemConverter() BaseUnit
getSystemConverter() ProductUnit
getSystemConverter() TransformedUnit
getSystemOfUnits(String) AbstractSystemOfUnitsService
getSystemOfUnits() DefaultSystemOfUnitsService
getSystemOfUnitsService() AbstractServiceProvider
getSystemUnit() AbstractUnit
Returns the system unit (unscaled SI unit) from which this unit is derived.
getSystemUnit() DefaultQuantityFactory
getTemporalAmount() TemporalQuantity
Returns the
TemporalAmount of this
TemporalQuantity, which may involve rounding or truncation.
getTemporalUnit() TemporalQuantity
getTimestamp() TimedData
Returns the time with which this TimedData was created.
getTimestamp() Measurement
getTimeUnit() TimeUnitQuantity
getToken() TokenException
getUnit() AbstractQuantity
Returns the measurement unit.
getUnit(Class<Q>) AbstractSystemOfUnits
getUnit(String) AbstractSystemOfUnits
getUnit(String, UnitStyle, boolean) AbstractSystemOfUnits
Returns a unit with the given
string representation in a
particular
style or
null if none is found in
this unit system and requested style.
getUnit(String, UnitStyle) AbstractSystemOfUnits
Returns a unit with the given
string representation in a
particular
style or
null if none is found in
this unit system and requested style.
getUnit(String) SymbolMap
Returns the unit for the specified symbol.
getUnit(int) ProductUnit
Returns the unit element at the specified position.
getUnitCount() ProductUnit
Returns the number of unit elements in this product.
getUnitFormat(String) DefaultFormatService
getUnitFormat() DefaultFormatService
getUnitFormat(String, String) DefaultFormatService
getUnitPow(int) ProductUnit
Returns the power exponent of the unit element at the specified position.
getUnitRoot(int) ProductUnit
Returns the root exponent of the unit element at the specified position.
getUnits() AbstractSystemOfUnits
getUnits(Dimension) AbstractSystemOfUnits
getUnits() MixedRadix
getUnits() CompoundQuantity
Deprecated.
Gets the list of units in this CompoundQuantity.
getUnits() MixedQuantity
Gets the list of units in this MixedQuantity.
getValue() AbstractQuantity
Returns the numeric value of the quantity.
getValue() Token
An optional attribute value of the Token.
getValue() AddConverter
getValue() ExpConverter
getValue() LogConverter
getValue() PowerOfIntConverter
getValue() RationalConverter
getValue() NumberQuantity
getValue() TemporalQuantity
getValue() TimeUnitQuantity
GRAM Units
The SI derived unit for mass quantities (standard name g).
GRAY Units
The SI unit for absorbed dose, specific energy (imparted), kerma (standard
name Gy).
IDENTITY AbstractConverter
Default identity converter implementing AbstractConverter.
identity() MultiplyConverter
Returns a MultiplyConverter that acts as a 'pass-through'.
image Token
The string image of the token.
initASCIIFormat(SimpleUnitFormat.ASCIIFormat) SimpleUnitFormat
initDefaultFormat(SimpleUnitFormat.DefaultFormat) SimpleUnitFormat
internalGetConverterTo(Unit<Q>, boolean) AbstractUnit
intValue() RationalNumber
INVALID_LEXICAL_STATE TokenMgrError
Tried to change to an invalid lexical state.
inverse(Class<T>) AbstractQuantity
inverse() AbstractUnit
Returns the inverse of this physical unit.
inverse() ComparableQuantity
inverse(Class<T>) ComparableQuantity
invert and already cast to defined quantityClass
inverse() AbstractConverter
inverse() NumberQuantity
inverse() TemporalQuantity
inverse() TimeUnitQuantity
inverseWhenNotIdentity() AbstractConverter
Non-API
Returns an AbstractConverter that represents the inverse transformation of this converter,
for cases where the transformation is not the identity transformation.
inverseWhenNotIdentity() AbstractConverter.Pair
inverseWhenNotIdentity() AddConverter
inverseWhenNotIdentity() ExpConverter
inverseWhenNotIdentity() LogConverter
inverseWhenNotIdentity() PowerOfIntConverter
inverseWhenNotIdentity() RationalConverter
isAbsolute(Quantity<?>) ScaleHelper
isAllASCII(String) SimpleUnitFormat
to check if a string only contains US-ASCII characters
isCompatible(Unit<?>) AbstractUnit
Indicates if this unit is compatible with the unit specified.
isEquivalentTo(Quantity<Q>) AbstractQuantity
isEquivalentTo(Unit<Q>) AbstractUnit
isGreaterThan(Quantity<Q>) AbstractQuantity
isGreaterThan(Quantity<Q>) ComparableQuantity
Compares two instances of
isGreaterThanOrEqualTo(Quantity<Q>) AbstractQuantity
isGreaterThanOrEqualTo(Quantity<Q>) ComparableQuantity
Compares two instances of
isIdentity() AbstractConverter.Pair
isIdentity() AddConverter
isIdentity() ExpConverter
isIdentity() LogConverter
isIdentity() PowerOfIntConverter
isIdentity() RationalConverter
isInteger(Number) DefaultNumberSystem
isInteger() RationalNumber
isInteger(Number) NumberSystem
Checks whether given number has fractional parts or not.
isLessThan(Quantity<Q>) AbstractQuantity
isLessThan(Quantity<Q>) ComparableQuantity
Compares two instances of
isLessThanOne(Number) DefaultNumberSystem
isLessThanOne() Calculator
isLessThanOne(Number) NumberSystem
isLessThanOrEqualTo(Quantity<Q>) AbstractQuantity
isLessThanOrEqualTo(Quantity<Q>) ComparableQuantity
Compares two instances of
isLinear() AbstractConverter.Pair
isLinear() AddConverter
isLinear() ExpConverter
isLinear() LogConverter
isLinear() MultiplyConverter
isLocaleSensitive() LocalUnitFormat
isLocaleSensitive() NumberDelimiterQuantityFormat
isMemorized() Lazy
isOne(Number) DefaultNumberSystem
isOne(Number) NumberSystem
isRelative(Quantity<?>) ScaleHelper
isSystemUnit() AbstractUnit
Indicates if this unit belongs to the set of coherent SI units (unscaled SI
units).
isUnitIdentifierPart(char) SimpleUnitFormat.DefaultFormat
isValidIdentifier(String) SimpleUnitFormat.ASCIIFormat
isValidIdentifier(String) SimpleUnitFormat.DefaultFormat
isValidIdentifier(String) SimpleUnitFormat
Indicates if the specified name can be used as unit identifier.
isZero(Number) DefaultNumberSystem
isZero(Number) NumberSystem
label(Unit<?>, String) AbstractUnitFormat
label(Unit<?>, String) SimpleUnitFormat.DefaultFormat
label(Unit<?>, String) SimpleUnitFormat
Attaches a system-wide label to the specified unit.
label(Unit<?>, String) SymbolMap
Attaches a label to the specified unit.
label(Prefix, String) SymbolMap
Attaches a label to the specified prefix.
Lazy T > - Class in tech.units.indriya.internal.function
Holder of an instance of type T, supporting the compute-if-absent idiom in a thread-safe manner.
Lazy(Supplier<? extends T>) Lazy
LENGTH UnitDimension
Holds length dimension (L).
LEXICAL_ERROR TokenMgrError
Lexical error occurred.
lexicalError(boolean, int, int, String, char) TokenMgrError
Returns a detailed message for the Error when it is thrown by the token manager to indicate a lexical error.
linearFactor() AbstractConverter
Even though transformations may be composed of addition and multiplication, the first
derivative might just be a linear function.
linearFactor() AbstractConverter.Pair
LITRE Units
A volume unit accepted for use with SI units (standard name l).
LocalUnitFormat tech.units.indriya.format
This class represents the local sensitive format.
log(Number) DefaultNumberSystem
log() Calculator
Calculates the natural logarithm of this Calculator´s accumulator,
then stores the result in the accumulator.
log(Number) NumberSystem
Returns the natural logarithm of given
number as a
Number that best
represents the arithmetic result within the set of number types this NumberSystem
supports.
LogConverter tech.units.indriya.function
This class represents a logarithmic converter of limited precision.
LogConverter(double) LogConverter
Returns a logarithmic converter having the specified base.
logger AbstractSystemOfUnits
longValue() RationalNumber
LOOP_DETECTED TokenMgrError
Detected (and bailed out of) an infinite loop in the token manager.
LUMEN Units
The SI unit for luminous flux (standard name lm).
LUMINOUS_INTENSITY UnitDimension
Holds luminous intensity dimension (J).
LUX Units
The SI unit for illuminance (standard name lx).
MASS UnitDimension
Holds mass dimension (M).
MATH_CONTEXT Calculus
Exposes (non-final) the MathContext used for BigDecimal calculus.
Measurement Q extends javax.measure.Quantity<Q >> - Interface in tech.units.indriya.spi
A Measurement contains a Quantity and a timestamp.
merge(ResourceBundle, String) MultiPropertyResourceBundle
Merges the properties of a ResourceBundle into the current MultiPropertyResourceBundle instance.
METRE Units
The metre, symbol m, is the SI unit of length.
METRE_PER_SECOND Units
The SI unit for velocity quantities (standard name m/s).
METRE_PER_SQUARE_SECOND Units
The SI unit for acceleration quantities (standard name m/s2 ).
MICROSECOND TimeQuantities
MILLISECOND TimeQuantities
MINUTE Units
A time unit accepted for use with SI units (standard name min).
mix(Unit<Q>) MixedRadix
MixedQuantity Q extends javax.measure.Quantity<Q >> - Class in tech.units.indriya.quantity
This class represents mixed-radix quantities (like "1 hour, 5 min, 30 sec" or "6 ft, 3 in").
MixedQuantity(List<Quantity<Q>>) MixedQuantity
MixedRadix Q extends javax.measure.Quantity<Q >> - Class in tech.units.indriya.function
Immutable class that represents mixed-radix units (like "hour:min:sec" or
"ft, in")
MixedRadix.MixedRadixVisitor Q extends javax.measure.Quantity<Q >> - Interface in tech.units.indriya.function
MixedRadix.PrimaryUnitPick tech.units.indriya.function
MixedRadixSupport tech.units.indriya.internal.function.radix
MixedRadixSupport(Radix[]) MixedRadixSupport
MOLE Units
The mole, symbol mol, is the SI unit of amount of substance.
MONTH Units
A unit of duration equal to 1/12
YEAR (standard name
mo).
multiplication(Quantity<?>, Quantity<?>, BinaryOperator<Number>, BinaryOperator<Unit<?>>) ScaleHelper
multiply(Quantity<T>, Class<E>) AbstractQuantity
multiply(Number) AbstractUnit
multiply(double) AbstractUnit
multiply(Unit<?>) AbstractUnit
Returns the product of this physical unit with the one specified.
multiply(Quantity<?>) ComparableQuantity
multiply(Number) ComparableQuantity
multiply(Quantity<T>, Class<E>) ComparableQuantity
multiply(Number, Number) DefaultNumberSystem
multiply(RationalNumber) RationalNumber
Returns a new instance of RationalNumber representing the
multiplication this * that.
multiply(Number) Calculator
Multiplies number with this Calculator´s accumulator,
then stores the result in the accumulator.
multiply(Number) Radix
Multiply without precision loss.
multiply(Number) Radix.NumberFactorRadix
multiply(Quantity<?>) NumberQuantity
multiply(Number) NumberQuantity
multiply(Quantity<?>) TemporalQuantity
multiply(Number) TemporalQuantity
multiply(Quantity<?>) TimeUnitQuantity
multiply(Number) TimeUnitQuantity
multiply(Number, Number) NumberSystem
Returns the product of given
x and
y as a
Number that best
represents the arithmetic result within the set of number types this NumberSystem
supports.
multiply(Dimension) UnitDimension
Returns the product of this dimension with the one specified.
MultiplyConverter tech.units.indriya.function
This class represents a converter multiplying numeric values by a constant
scaling factor represented by the
Number type.
MultiPropertyResourceBundle tech.units.indriya.internal.format.l10n
Extends ResourceBundle with 2 new capabilities.
MultiPropertyResourceBundle(InputStream, String) MultiPropertyResourceBundle
Instantiates a new MultiPropertyResourceBundle.
MultiPropertyResourceBundle(ResourceBundle, String) MultiPropertyResourceBundle
of(ResourceBundle) SymbolMap
Creates a symbol map from the specified resource bundle,
of(int, String) Token
Returns a new Token object, by default.
of(int) Token
of(double) ExpConverter
Creates a logarithmic converter having the specified base.
of(Unit<X>) MixedRadix
of(Unit<X>...) MixedRadix
of(Collection<Unit<X>>) MixedRadix
of(Number) MultiplyConverter
Creates a MultiplyConverter with the specified constant factor.
of(double) MultiplyConverter
Creates a MultiplyConverter with the specified constant factor.
of(long, long) RationalNumber
Returns a RationalNumber that represents the division
dividend/divisor.
of(double) RationalNumber
Returns a
RationalNumber that represents the given double precision
number, with an accuracy equivalent to
BigDecimal.valueOf(double).
of(BigDecimal) RationalNumber
Returns a RationalNumber that represents the given BigDecimal decimalValue.
of(BigInteger, BigInteger) RationalNumber
Returns a RationalNumber that represents the division
dividend/divisor.
of(Number) Calculator
Shortcut for getDefault().load(number).
of(Quantity<Q>...) CompoundQuantity
Deprecated.
of(List<Quantity<Q>>) CompoundQuantity
Deprecated.
of(Quantity<Q>...) MixedQuantity
of(List<Quantity<Q>>) MixedQuantity
of(Quantity, Quantity, Quantity) QuantityRange
Returns an QuantityRange with the specified values.
of(Quantity, Quantity) QuantityRange
Returns an QuantityRange with the specified values.
of(Number, TemporalUnit) TemporalQuantity
of(Quantity<Time>) TemporalQuantity
of(T, long) TimedData
Returns a TimedData with the specified values.
of(T, long, String) TimedData
Returns a TimedData with the specified values.
of(Quantity<Q>, long) TimedQuantityData
Returns a TimedQuantityData with the specified values.
of(Number, TimeUnit) TimeUnitQuantity
of(TimeUnit, Integer) TimeUnitQuantity
of(Quantity<Time>) TimeUnitQuantity
of(Quantity<Q>) Measurement
of(Quantity<Q>, Instant) Measurement
of(ComparableQuantity<Q>) Measurement
of(ComparableQuantity<Q>, Instant) Measurement
of(Quantity<Q>, long) Measurement
of(Number, Number) NumberSystem.DivisionResult
of(Unit<?>, String) AlternateUnit
Creates an alternate unit for the specified system unit identified by the specified name and symbol.
of(Unit<?>, String, String) AlternateUnit
Creates an alternate unit for the specified system unit identified by the specified name and symbol.
of(Unit<Q>, String) AnnotatedUnit
Creates an annotated unit equivalent to the specified unit.
of(Class<Q>) UnitDimension
Returns the dimension for the specified quantity type by aggregating the
results of DimensionService or null if the specified
quantity is unknown.
ofExponent(int, int) MultiplyConverter
Creates a MultiplyConverter with the specified base and exponent.
ofInteger(long) RationalNumber
Returns a RationalNumber with divisor ONE .
ofInteger(BigInteger) RationalNumber
Returns a RationalNumber with divisor ONE .
ofMultiplyConverter(UnitConverter) Radix
ofNumberFactor(Number) Radix
ofPiExponent(int) MultiplyConverter
Creates a MultiplyConverter with the specified exponent of Pi.
ofPow(Unit<?>, int) ProductUnit
Returns the product unit corresponding to this unit raised to the specified exponent.
ofPrefix(Prefix) MultiplyConverter
Creates a MultiplyConverter with the specified Prefix.
ofPrimary(Unit<X>) MixedRadix
ofProduct(Unit<?>, Unit<?>) ProductUnit
Returns the product of the specified units.
ofQuotient(Unit<?>, Unit<?>) ProductUnit
Returns the quotient of the specified units.
ofRational(RationalNumber) MultiplyConverter
ofRational(long, long) MultiplyConverter
Creates a MultiplyConverter with the specified rational factor made up of
dividend and divisor
ofRational(BigInteger, BigInteger) MultiplyConverter
Creates a MultiplyConverter with the specified rational factor made up of
dividend and divisor
ofRoot(Unit<?>, int) ProductUnit
Returns the product unit corresponding to the specified root of the specified unit.
ofTenExponent(int) MultiplyConverter
Creates a MultiplyConverter with base 10 and an exponent.
OHM Units
The SI unit for electric resistance (standard name Ohm).
ONE AbstractQuantity
Holds a dimensionless quantity of one (exact).
ONE AbstractUnit
Holds the dimensionless unit ONE.
ONE RationalNumber
Pair(UnitConverter, UnitConverter) AbstractConverter.Pair
Creates a pair converter resulting from the combined transformation of the
specified converters.
parse(CharSequence) AbstractQuantity
Returns the quantity of unknown type corresponding to the specified representation.
parse(CharSequence) AbstractUnit
Returns the abstract unit represented by the specified characters as per
default format.
parse(CharSequence, ParsePosition) AbstractQuantityFormat
Parses a portion of the specified CharSequence from the specified position to produce an object.
parse(CharSequence) AbstractQuantityFormat
Parses a portion of the specified CharSequence from the specified position to produce an object.
parse(CharSequence, int) AbstractQuantityFormat
Parses a portion of the specified CharSequence from the specified position to produce an object.
parse(CharSequence, ParsePosition) AbstractUnitFormat
Parses a portion of the specified CharSequence from the specified position to produce a unit.
parse(CharSequence, int) AbstractUnitFormat
Parses a portion of the specified CharSequence from the specified position to produce a unit.
parse(CharSequence, ParsePosition) EBNFUnitFormat
parse(CharSequence, int) EBNFUnitFormat
parse(CharSequence) EBNFUnitFormat
parse(CharSequence, int) LocalUnitFormat
parse(CharSequence, ParsePosition) LocalUnitFormat
parse(CharSequence) LocalUnitFormat
parse(CharSequence, ParsePosition) NumberDelimiterQuantityFormat
parse(CharSequence, int) NumberDelimiterQuantityFormat
parse(CharSequence) NumberDelimiterQuantityFormat
parse(CharSequence, ParsePosition) SimpleQuantityFormat
parse(CharSequence, int) SimpleQuantityFormat
parse(CharSequence) SimpleQuantityFormat
parse(CharSequence) SimpleUnitFormat.DefaultFormat
parse(CharSequence, int) SimpleUnitFormat.DefaultFormat
parse(CharSequence, ParsePosition) SimpleUnitFormat.DefaultFormat
parse(String, ParsePosition) RationalNumberFormat
parse(char) UnitDimension
Returns the dimension for the specified symbol.
parseCompound(CharSequence, ParsePosition) NumberDelimiterQuantityFormat
Deprecated.
parseCompound(CharSequence, int) NumberDelimiterQuantityFormat
Deprecated.
parseCompound(CharSequence) NumberDelimiterQuantityFormat
Deprecated.
parseMixed(CharSequence, ParsePosition) NumberDelimiterQuantityFormat
parseMixed(CharSequence, int) NumberDelimiterQuantityFormat
parseMixed(CharSequence) NumberDelimiterQuantityFormat
parseObject(String, ParsePosition) AbstractQuantityFormat
parseObject(String, ParsePosition) SimpleUnitFormat
Parses the text from a string to produce an object (implements java.text.Format).
parseProductUnit(CharSequence, ParsePosition) SimpleUnitFormat.DefaultFormat
parseProductUnit(CharSequence, ParsePosition) SimpleUnitFormat
Parses a sequence of character to produce a unit or a rational product of unit.
parseSingleUnit(CharSequence, ParsePosition) SimpleUnitFormat.DefaultFormat
parseSingleUnit(CharSequence, ParsePosition) SimpleUnitFormat
Parses a sequence of character to produce a single unit.
parseUnit() UnitFormatParser
PASCAL Units
The SI unit for pressure, stress (standard name Pa).
peek() Calculator
Allows to 'peek' at this Calculator´s accumulator.
PERCENT Units
A dimensionless unit accepted for use with SI units (standard name
%).
pow(int) AbstractUnit
Returns a unit equals to this unit raised to an exponent.
pow(int) RationalNumber
Returns a new instance of RationalNumber representing the reciprocal
of this.
pow(int) ProductUnit
pow(int) UnitDimension
Returns this dimension raised to an exponent.
power(Number, int) DefaultNumberSystem
power(int) Calculator
Takes this Calculator´s accumulator to the integer power of exponent,
then stores the result in the accumulator.
power(Number, int) NumberSystem
Returns given
number to the power of
exponent as a
Number that best
represents the arithmetic result within the set of number types this NumberSystem
supports.
PowerOfIntConverter tech.units.indriya.function
UnitConverter for numbers in base^exponent representation.
PowerOfIntConverter(int, int) PowerOfIntConverter
prefix(Prefix) AbstractUnit
prefixFor(UnitConverter) SimpleUnitFormat.DefaultFormat
PRIMARY_UNIT_PICK MixedRadix
PRIMARY_UNIT_PICK_DEFAULT MixedRadix
ProductUnit Q extends javax.measure.Quantity<Q >> - Class in tech.units.indriya.unit
This class represents units formed by the product of rational powers of existing physical units.
ProductUnit() ProductUnit
DefaultQuantityFactory constructor (used solely to create ONE instance).
ProductUnit(Unit<?>) ProductUnit
Copy constructor (allows for parameterization of product units).