Temperature class - humanizer library

Constructors

Temperature.fromCelsius(Rational celsius): Creates a Temperature representing the specified number of celsius.
factory
Temperature.fromCentikelvins(Rational centikelvins): Creates a Temperature representing the specified number of centikelvins.
factory
Temperature.fromDecikelvins(Rational decikelvins): Creates a Temperature representing the specified number of decikelvins.
factory
Temperature.fromFahrenheit(Rational fahrenheit): Creates a Temperature representing the specified number of fahrenheit.
factory
Temperature.fromKelvins(Rational kelvins): Creates a Temperature representing the specified number of kelvins.
factory
Temperature.fromMicrokelvins(Rational microkelvins): Creates a Temperature representing the specified number of microkelvins.
factory
Temperature.fromMillikelvins(Rational millikelvins): Creates a Temperature representing the specified number of millikelvins.
factory
Temperature.fromNanokelvins(Rational nanokelvins): Creates a Temperature representing the specified number of nanokelvins.
factory
Temperature.fromUnits(TemperatureUnit unit, Rational value): Creates a Temperature given a unit and rational value for that unit.

baseValue ↔ Rational: The underlying base value of the unit of measurement.
latefinalinherited
celsius → Rational: Gets the number of celsius in this Temperature, including the fractional portion.
no setter
centikelvins → Rational: Gets the number of centikelvins in this Temperature, including the fractional portion.
no setter
decikelvins → Rational: Gets the number of decikelvins in this Temperature, including the fractional portion.
no setter
fahrenheit → Rational: Gets the number of fahrenheit in this Temperature, including the fractional portion.
no setter
hashCode → int: The hash code for this object.
no setterinherited
kelvins → Rational: Gets the number of kelvins in this Temperature, including the fractional portion.
no setter
microkelvins → Rational: Gets the number of microkelvins in this Temperature, including the fractional portion.
no setter
millikelvins → Rational: Gets the number of millikelvins in this Temperature, including the fractional portion.
no setter
nanokelvins → Rational: Gets the number of nanokelvins in this Temperature, including the fractional portion.
no setter
runtimeType → Type: A representation of the runtime type of the object.
no setterinherited

abs() → Temperature: Gets the absolute value.
inherited
compareTo(Temperature other) → int: Compares this object to another object.
inherited
createValue(Rational baseValue) → Temperature: Creates a unit of measurement value with the specified baseValue.
override
getBaseValue(TemperatureUnit unit, Rational value) → Rational: Gets the base value for a unit of measurement of unit and value.
override
getLargestUnit({required Set<TemperatureUnit> permissibleUnits}) → TemperatureUnit: Determines the largest unit that has a value of at least 1.
inherited
getUnits(TemperatureUnit unit) → Rational: Gets the number of unit units in this unit of measurement.
override
noSuchMethod(Invocation invocation) → dynamic: Invoked when a nonexistent method or property is accessed.
inherited
per(Duration period) → TemperatureRate: Creates a TemperatureRate with the specified period from this value.
round(TemperatureUnit roundTo) → Temperature: Rounds this unit of measurement such that the roundTo unit will be rounded towards the nearest integer.
inherited
toString() → String: A string representation of this object.
override

operator *(Rational factor) → Temperature: Multiplies this value by factor.
inherited
operator +(Temperature other) → Temperature: Adds other onto this value.
inherited
operator -(Temperature other) → Temperature: Subtracts other from this value.
inherited
operator /(Rational divisor) → Temperature: Divides this value by divisor.
inherited
operator <(Temperature other) → bool: Determines whether this value is less than other.
inherited
operator <=(Temperature other) → bool: Determines whether this value is less than or equal to other.
inherited
operator ==(Object other) → bool: Determines whether this unit of measurement value is equal to other.
inherited
operator >(Temperature other) → bool: Determines whether this value is greater than other.
inherited
operator >=(Temperature other) → bool: Determines whether this value is greater than or equal to other.
inherited
operator unary-() → Temperature: Negates this value.
inherited