Package-level declarations

A ScientificArray containing Byte values

A class implementation of DoubleScientificArray that takes an AbstractScientificUnit

A class implementation of ScientificValue

A ScientificArray containing Double values

A ScientificArray containing Float values

A ScientificArray containing Int values

A ScientificArray containing Long values

A physical property of a material or system that can be quantified by measurement

A collection of values in a given ScientificUnit

A Value in a given ScientificUnit

A ScientificArray containing Short values

Returns the value of a ScientificValue with PhysicalQuantity.Dimensionless as a fraction. I.e.

Combines this ScientificArray and right into a DefaultScientificArray using a transformation method

Combines this ScientificArray and right into a TargetArray using a transformation method

Creates a DefaultScientificArray containing all values of this ScientificArray and right This will convert the values right into Unit

Creates a DefaultScientificArray containing all values of this ScientificArray and right This will convert the values of both this ScientificArray and right into TargetUnit

Creates a TargetArray containing all values of this ScientificArray and right This will convert the values right into Unit

Creates a TargetArray containing all values of this ScientificArray and right This will convert the values of both this ScientificArray and right into TargetUnit

Creates a DefaultScientificArray that contains all values of a ScientificArray converted to TargetUnit

Converts a ScientificValue into a DefaultScientificValue with an AbstractScientificUnit of the same PhysicalQuantity

Creates a TargetArray that contains all values of a ScientificArray converted to TargetUnit

Converts a ScientificValue into another ScientificValue with a ScientificUnit of the same PhysicalQuantity

Converts ScientificValue.value into the equivalent Decimal in TargetUnit

Converts the values of a ScientificArray into their Decimal values in a TargetUnit

Creates a DefaultScientificValue equal to a ScientificValue.value divided from this Decimal

Creates a DefaultScientificValue equal to the ScientificValue.value divided by value

Divides the ScientificValue.value of two ScientificValue into a DefaultScientificValue with LeftUnit as its unit

Creates a DefaultScientificValue equal to a ScientificValue.value divided from this Number

Creates a Value equal to a ScientificValue.value divided from this Decimal

Creates a Value equal to the ScientificValue.value divided by value

Divides the ScientificValue.value of two ScientificValue into a Value with TargetUnit as its unit

Creates a DefaultScientificValue of this Decimal using a given AbstractScientificUnit

Creates a DefaultScientificValue of this number using a given AbstractScientificUnit

Creates a DefaultScientificArray containing this list of Decimal using a given AbstractScientificUnit

Creates a DefaultScientificArray containing this list using a given AbstractScientificUnit

Creates a Value of this Decimal using a given unit

Creates a Value of this number using a given unit

Creates an Array containing this list of Decimal using a given unit

Creates an Array containing this list using a given unit

Maps all the values of a ScientificArray into a DefaultScientificArray using a transformation method

Maps all the values of a ScientificArray into a TargetArray using a transformation method

Creates a DefaultScientificValue equal to a ScientificValue.value decreased from this Decimal

Creates a DefaultScientificValue equal to the ScientificValue.value decreased by value

Subtracts the ScientificValue.value of two ScientificValue into a DefaultScientificValue with LeftUnit as its unit

Creates a DefaultScientificValue equal to a ScientificValue.value decreased from this Number

Creates a Value equal to a ScientificValue.value decreased from this Decimal

Creates a Value equal to the ScientificValue.value decreased by value

Subtracts the ScientificValue.value of two ScientificValue into a Value with TargetUnit as its unit

Creates a DefaultScientificValue equal to a ScientificValue.value increased by this Decimal

Creates a DefaultScientificArray in Unit containing all values of this ScientificArray and right

Creates a DefaultScientificArray in Unit by adding a ScientificValue to this ScientificArray

Creates a DefaultScientificValue equal to the ScientificValue.value increased by value

Creates a DefaultScientificArray in Unit by adding a ScientificArray to this ScientificValue This will convert the values right into Unit

Adds the ScientificValue.value of two ScientificValue into a DefaultScientificValue with LeftUnit as its unit

Creates a DefaultScientificValue equal to a ScientificValue.value increased by this Number

Creates a Value equal to a ScientificValue.value increased by this Decimal

Creates a Value equal to the ScientificValue.value increased by value

Adds the ScientificValue.value of two ScientificValue into a Value with TargetUnit as its unit

Splits a ScientificArray into a list of DefaultScientificValue of all the values in the array

Splits a ScientificArray into a list of DefaultScientificValue in TargetUnit of all the values in the array

Splits a ScientificArray into a list of TargetValue of all the values in the array

Creates a DefaultScientificValue equal to a ScientificValue.value multiplied by this Decimal

Creates a DefaultScientificValue equal to the ScientificValue.value multiplied by value

Multiplies the ScientificValue.value of two ScientificValue into a DefaultScientificValue with LeftUnit as its unit

Creates a DefaultScientificValue equal to a ScientificValue.value multiplied by this Number

Creates a Value equal to a ScientificValue.value multiplied by this Decimal

Creates a Value equal to the ScientificValue.value multiplied by value

Multiplies the ScientificValue.value of two ScientificValue into a Value with TargetUnit as its unit

Creates a DefaultScientificArray from a list of ScientificValue

Creates an ArrayType from a list of ScientificValue