Uses of Class org.unitConverter.math.ConditionalExistenceCollections.ConditionalExistenceCollection

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No usage of org.unitConverter.math.ConditionalExistenceCollections.ConditionalExistenceCollection

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Packages that use ConditionalExistenceCollections.ConditionalExistenceIterator
Package	Description
org.unitConverter.math	- Supplementary classes that are not related to units, but are necessary for their function. -

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Uses of ConditionalExistenceCollections.ConditionalExistenceIterator in org.unitConverter.math

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Methods in org.unitConverter.math that return ConditionalExistenceCollections.ConditionalExistenceIterator
Modifier and Type	Method	Description
`(package private) ConditionalExistenceCollections.ConditionalExistenceIterator<java.lang.String>`	ConditionalExistenceCollectionsTest.`getTestIterator()`	- The returned iterator ignores elements that don't start with "a". -

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No usage of org.unitConverter.math.ConditionalExistenceCollections.ConditionalExistenceMap

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No usage of org.unitConverter.math.ConditionalExistenceCollections.ConditionalExistenceSet

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No usage of org.unitConverter.math.ConditionalExistenceCollectionsTest

Methods in org.unitConverter.math that return ExpressionParser.Builder
Modifier and Type	Method and Description
`ExpressionParser.Builder<T>`	ExpressionParser.Builder.`addBinaryOperator(java.lang.String text, - java.util.function.BinaryOperator<T> operator, - int priority)` - Adds a binary operator to the builder. -
`ExpressionParser.Builder<T>`	ExpressionParser.Builder.`addSpaceFunction(java.lang.String operator)` - Adds a function for spaces. -
`ExpressionParser.Builder<T>`	ExpressionParser.Builder.`addUnaryOperator(java.lang.String text, - java.util.function.UnaryOperator<T> operator, - int priority)` - Adds a unary operator to the builder. -

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Packages that use ExpressionParser.PriorityBinaryOperator
Package Description
org.unitConverter.math -
Supplementary classes that are not related to units, but are necessary for their function.
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Uses of ExpressionParser.PriorityBinaryOperator in org.unitConverter.math

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Fields in org.unitConverter.math with type parameters of type ExpressionParser.PriorityBinaryOperator
Modifier and Type	Field	Description
`private java.util.Map<java.lang.String,ExpressionParser.PriorityBinaryOperator<T>>`	ExpressionParser.`binaryOperators`	- A map mapping operator strings to operator functions, for binary operators. -
`private java.util.Map<java.lang.String,ExpressionParser.PriorityBinaryOperator<T>>`	ExpressionParser.Builder.`binaryOperators`	- A map mapping operator strings to operator functions, for binary operators. -

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Methods in org.unitConverter.math with parameters of type ExpressionParser.PriorityBinaryOperator
Modifier and Type	Method	Description
`int`	ExpressionParser.PriorityBinaryOperator.`compareTo(ExpressionParser.PriorityBinaryOperator<T> o)`	- Compares this object to another by priority. -

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Packages that use ExpressionParser.PriorityUnaryOperator
Package Description
org.unitConverter.math -
Supplementary classes that are not related to units, but are necessary for their function.
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Uses of ExpressionParser.PriorityUnaryOperator in org.unitConverter.math

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Fields in org.unitConverter.math with type parameters of type ExpressionParser.PriorityUnaryOperator
Modifier and Type	Field	Description
`private java.util.Map<java.lang.String,ExpressionParser.PriorityUnaryOperator<T>>`	ExpressionParser.Builder.`unaryOperators`	- A map mapping operator strings to operator functions, for unary operators. -
`private java.util.Map<java.lang.String,ExpressionParser.PriorityUnaryOperator<T>>`	ExpressionParser.`unaryOperators`	- A map mapping operator strings to operator functions, for unary operators. -

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Methods in org.unitConverter.math with parameters of type ExpressionParser.PriorityUnaryOperator
Modifier and Type	Method	Description
`int`	ExpressionParser.PriorityUnaryOperator.`compareTo(ExpressionParser.PriorityUnaryOperator<T> o)`	- Compares this object to another by priority. -

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Constructor parameters in org.unitConverter.math with type arguments of type ExpressionParser.PriorityUnaryOperator
Constructor	Description
`ExpressionParser(java.util.function.Function<java.lang.String,? extends T> objectObtainer, - java.util.Map<java.lang.String,ExpressionParser.PriorityUnaryOperator<T>> unaryOperators, - java.util.Map<java.lang.String,ExpressionParser.PriorityBinaryOperator<T>> binaryOperators, - java.lang.String spaceOperator)`	- Creates the `ExpressionParser`. -

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Packages that use ExpressionParser.TokenType
Package Description
org.unitConverter.math -
Supplementary classes that are not related to units, but are necessary for their function.
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Uses of ExpressionParser.TokenType in org.unitConverter.math

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Methods in org.unitConverter.math that return ExpressionParser.TokenType
Modifier and Type	Method	Description
`private ExpressionParser.TokenType`	ExpressionParser.`getTokenType(java.lang.String token)`	- Determines whether an inputted string is an object or an operator -
`static ExpressionParser.TokenType`	ExpressionParser.TokenType.`valueOf(java.lang.String name)`	- Returns the enum constant of this type with the specified name. -
`static ExpressionParser.TokenType[]`	ExpressionParser.TokenType.`values()`	- Returns an array containing the constants of this enum type, in -the order they are declared. -

Methods in org.unitConverter.math that return ExpressionParser
Modifier and Type	Method and Description
`ExpressionParser<T>`	ExpressionParser.Builder.`build()`

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No usage of org.unitConverter.math.ExpressionParserTest

Methods in org.unitConverter.math that return ObjectProduct
Modifier and Type	Method and Description
`ObjectProduct<T>`	ObjectProduct.`dividedBy(ObjectProduct<T> other)` - Calculates the quotient of two products -
`static <T> ObjectProduct<T>`	ObjectProduct.`empty()` - Returns an empty ObjectProduct of a certain type -
`static <T> ObjectProduct<T>`	ObjectProduct.`fromExponentMapping(java.util.Map<T,java.lang.Integer> map)` - Gets an `ObjectProduct` from an object-to-integer mapping -
`static <T> ObjectProduct<T>`	ObjectProduct.`oneOf(T object)` - Gets an ObjectProduct that has one of the inputted argument, and nothing else. -
`ObjectProduct<T>`	ObjectProduct.`times(ObjectProduct<T> other)` - Multiplies this product by another -
`ObjectProduct<T>`	ObjectProduct.`toExponent(int exponent)` - Returns this product, but to an exponent -

Methods in org.unitConverter.math with parameters of type ObjectProduct
Modifier and Type	Method and Description
`ObjectProduct<T>`	ObjectProduct.`dividedBy(ObjectProduct<T> other)` - Calculates the quotient of two products -
`ObjectProduct<T>`	ObjectProduct.`times(ObjectProduct<T> other)` - Multiplies this product by another -

Fields in org.unitConverter.unit declared as ObjectProduct
Modifier and Type	Field and Description
`static ObjectProduct<BaseDimension>`	SI.Dimensions.`ACCELERATION`
`static ObjectProduct<BaseDimension>`	SI.Dimensions.`ANGLE`
`static ObjectProduct<BaseDimension>`	SI.Dimensions.`AREA`
`static ObjectProduct<BaseDimension>`	SI.Dimensions.`CAPACITANCE`
`static ObjectProduct<BaseDimension>`	SI.Dimensions.`CATALYTIC_ACTIVITY`
`static ObjectProduct<BaseDimension>`	SI.Dimensions.`CONCENTRATION`
`static ObjectProduct<BaseDimension>`	SI.Dimensions.`CURRENCY`
`static ObjectProduct<BaseDimension>`	SI.Dimensions.`CURRENT_DENSITY`
`static ObjectProduct<BaseDimension>`	SI.Dimensions.`ELECTRIC_CHARGE`
`static ObjectProduct<BaseDimension>`	SI.Dimensions.`ELECTRIC_CONDUCTANCE`
`static ObjectProduct<BaseDimension>`	SI.Dimensions.`ELECTRIC_CURRENT`
`static ObjectProduct<BaseDimension>`	SI.Dimensions.`ELECTRIC_RESISTANCE`
`static ObjectProduct<BaseDimension>`	SI.Dimensions.`EMPTY`
`static ObjectProduct<BaseDimension>`	SI.Dimensions.`ENERGY`
`static ObjectProduct<BaseDimension>`	SI.Dimensions.`FORCE`
`static ObjectProduct<BaseDimension>`	SI.Dimensions.`FREQUENCY`
`static ObjectProduct<BaseDimension>`	SI.Dimensions.`ILLUMINANCE`
`static ObjectProduct<BaseDimension>`	SI.Dimensions.`INDUCTANCE`
`static ObjectProduct<BaseDimension>`	SI.Dimensions.`INFORMATION`
`static ObjectProduct<BaseDimension>`	SI.Dimensions.`LENGTH`
`static ObjectProduct<BaseDimension>`	SI.Dimensions.`LUMINANCE`
`static ObjectProduct<BaseDimension>`	SI.Dimensions.`LUMINOUS_FLUX`
`static ObjectProduct<BaseDimension>`	SI.Dimensions.`LUMINOUS_INTENSITY`
`static ObjectProduct<BaseDimension>`	SI.Dimensions.`MAGNETIC_FIELD_STRENGTH`
`static ObjectProduct<BaseDimension>`	SI.Dimensions.`MAGNETIC_FLUX`
`static ObjectProduct<BaseDimension>`	SI.Dimensions.`MAGNETIC_FLUX_DENSITY`
`static ObjectProduct<BaseDimension>`	SI.Dimensions.`MASS`
`static ObjectProduct<BaseDimension>`	SI.Dimensions.`MASS_CONCENTRATION`
`static ObjectProduct<BaseDimension>`	SI.Dimensions.`MASS_DENSITY`
`static ObjectProduct<BaseDimension>`	SI.Dimensions.`POWER`
`static ObjectProduct<BaseDimension>`	SI.Dimensions.`QUANTITY`
`static ObjectProduct<BaseDimension>`	SI.Dimensions.`REFLACTIVE_PERMEABILITY`
`static ObjectProduct<BaseDimension>`	SI.Dimensions.`REFRACTIVE_INDEX`
`static ObjectProduct<BaseDimension>`	SI.Dimensions.`SOLID_ANGLE`
`static ObjectProduct<BaseDimension>`	SI.Dimensions.`SPECIFIC_ENERGY`
`static ObjectProduct<BaseDimension>`	SI.Dimensions.`SPECIFIC_VOLUME`
`static ObjectProduct<BaseDimension>`	SI.Dimensions.`SURFACE_DENSITY`
`static ObjectProduct<BaseDimension>`	SI.Dimensions.`TEMPERATURE`
`static ObjectProduct<BaseDimension>`	SI.Dimensions.`TIME`
`static ObjectProduct<BaseDimension>`	SI.Dimensions.`VELOCITY`
`static ObjectProduct<BaseDimension>`	SI.Dimensions.`VOLTAGE`
`static ObjectProduct<BaseDimension>`	SI.Dimensions.`VOLUME`
`static ObjectProduct<BaseDimension>`	SI.Dimensions.`WAVENUMBER`

Methods in org.unitConverter.unit that return ObjectProduct
Modifier and Type	Method and Description
`ObjectProduct<BaseUnit>`	Unit.`getBase()`
`ObjectProduct<BaseDimension>`	Unit.`getDimension()`
`ObjectProduct<BaseDimension>`	UnitDatabase.`getDimension(java.lang.String name)` - Gets a unit dimension from the database using its name. -
`ObjectProduct<BaseDimension>`	UnitDatabase.`getDimensionFromExpression(java.lang.String expression)` - Uses the database's data to parse an expression into a unit dimension -

Methods in org.unitConverter.unit that return types with arguments of type ObjectProduct
Modifier and Type	Method and Description
`java.util.Map<java.lang.String,ObjectProduct<BaseDimension>>`	UnitDatabase.`dimensionMap()`

Methods in org.unitConverter.unit with parameters of type ObjectProduct
Modifier and Type	Method and Description
`void`	UnitDatabase.`addDimension(java.lang.String name, - ObjectProduct<BaseDimension> dimension)` - Adds a unit dimension to the database. -
`static Unit`	Unit.`fromConversionFunctions(ObjectProduct<BaseUnit> base, - java.util.function.DoubleUnaryOperator converterFrom, - java.util.function.DoubleUnaryOperator converterTo)` - Returns a unit from its base and the functions it uses to convert to and from its base. -
`static Unit`	Unit.`fromConversionFunctions(ObjectProduct<BaseUnit> base, - java.util.function.DoubleUnaryOperator converterFrom, - java.util.function.DoubleUnaryOperator converterTo, - NameSymbol ns)` - Returns a unit from its base and the functions it uses to convert to and from its base. -
`static LinearUnit`	LinearUnit.`valueOf(ObjectProduct<BaseUnit> unitBase, - double conversionFactor)` - Gets a `LinearUnit` from a unit base and a conversion factor. -
`static LinearUnit`	LinearUnit.`valueOf(ObjectProduct<BaseUnit> unitBase, - double conversionFactor, - NameSymbol ns)` - Gets a `LinearUnit` from a unit base and a conversion factor. -

Constructors in org.unitConverter.unit with parameters of type ObjectProduct
Constructor and Description
`Unit(ObjectProduct<BaseUnit> unitBase, - NameSymbol ns)` - Creates the `AbstractUnit`. -

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No usage of org.unitConverter.math.ObjectProductTest