ImmutableMeasure

Gets the magnitude of this measure in terms of the base unit. If the unit is the base unit for its system of measure, then the value will be equivalent to magnitude.

Returns an immutable copy of this measure. The copy can be used freely and is guaranteed never to change.

Checks for object equality. To check if two measures are equivalent, use isEquivalent.

Gets the unitless magnitude of this measure.

Gets the units of this measure.

Calculates the shortest difference between two given angles.

Divides this measurement by another measure and performs some dimensional analysis to reduce the units.

Divides this measurement by some constant divisor and returns the result. This is equivalent to times(1 / divisor)

Checks if this measure is greater than another measure of the same unit.

Checks if this measure is greater than or equivalent to another measure of the same unit.

Converts this measure to a measure with a different unit of the same type, eg minutes to seconds. Converting to the same unit is equivalent to calling magnitude.

Checks if this measure is equivalent to another measure of the same unit.

Checks if this measure is near another measure of the same unit. Provide a variance threshold for use for a +/- scalar, such as 0.05 for +/- 5%.

Checks if this measure is near another measure of the same unit, with a specified tolerance of the same unit.

Checks if this measure is less than another measure of the same unit.

Checks if this measure is less than or equivalent to another measure of the same unit.

Subtracts another measure from this one. The resulting measure has the same unit as this one.

Same as moveTowards, but makes sure the values interpolate correctly when they wrap around 1 revolution (360 degrees).

Creates a new mutable copy of this measure.

Negates this measure and returns the result.

Creates a relational measure equivalent to this one per some other unit.

Creates a velocity measure by dividing this one by a time period measure.

Creates a velocity measure equivalent to this one per a unit of time.

Adds another measure to this one. The resulting measure has the same unit as this one.

Gradually changes an angle towards a desired goal over time.

Generates a new measure that is equal to this measure multiplied by another. Some dimensional analysis is performed to reduce the units down somewhat; for example, multiplying a Measure<Time> by a Measure<Velocity<Distance>> will return just a Measure<Distance> instead of the naive Measure<Mult<Time, Velocity<Distance>>. This is not guaranteed to perform perfect dimensional analysis.

Multiplies this measurement by some constant multiplier and returns the result. The magnitude of the result will be the base magnitude multiplied by the scalar value. If the measure uses a unit with a non-linear relation to its base unit (such as Fahrenheit for temperature), then the result will only be a multiple in terms of the base unit.

Converts this measure to a measure with a different unit of the same type, eg minutes to seconds. Converting to the same unit is equivalent to calling magnitude.

Returns a string representation of this measurement in a longhand form. The name of the backing unit is used, rather than its symbol, and the magnitude is represented in a full string, not scientific notation. (Very large values may be represented in scientific notation, however)

Returns a string representation of this measurement in a scientific shorthand form. The symbol of the backing unit is used, rather than the full name, and the magnitude is represented in scientific notation.

Returns a string representation of this measurement in the default form. The symbol of the backing unit is used, rather than the full name, and the magnitude is represented in full, not in scientific notation. (Very large values may be represented in scientific notation, however)

Negates this measure and returns the result.

Normalizes the given angle to be within the range of [0, 2pi) radians or [0, 360) degrees.

Wraps an angle to the range -pi to pi radians.