Temperature class

Represents a quantity of temperature.

Temperature conversions are affine (involve offsets) and are handled by specific formulas within the getValue method, rather than simple multiplicative factors.

Inheritance

Available extensions

TemperatureValueGetters

Annotations

@immutable

Constructors

Temperature(double _value, TemperatureUnit _unit): Creates a new Temperature quantity with the given value and unit.
const

Properties

asCelsius → Temperature: Available on Temperature, provided by the TemperatureValueGetters extension
Returns a Temperature representing this temperature in Celsius (°C).
no setter
asDelta → TemperatureDelta: Available on Temperature, provided by the TemperatureValueGetters extension
Converts this absolute temperature into a TemperatureDelta relative to absolute zero.
no setter
asFahrenheit → Temperature: Available on Temperature, provided by the TemperatureValueGetters extension
Returns a Temperature representing this temperature in Fahrenheit (°F).
no setter
asKelvin → Temperature: Available on Temperature, provided by the TemperatureValueGetters extension
Returns a Temperature representing this temperature in Kelvin (K).
no setter
asRankine → Temperature: Available on Temperature, provided by the TemperatureValueGetters extension
Returns a Temperature representing this temperature in Rankine (°R).
no setter
hashCode → int: Returns a hash code for this Quantity instance.
no setterinherited
inCelsius → double: Available on Temperature, provided by the TemperatureValueGetters extension
Returns the temperature value in Celsius (°C).
no setter
inFahrenheit → double: Available on Temperature, provided by the TemperatureValueGetters extension
Returns the temperature value in Fahrenheit (°F).
no setter
inKelvin → double: Available on Temperature, provided by the TemperatureValueGetters extension
Returns the temperature value in Kelvin (K).
no setter
inRankine → double: Available on Temperature, provided by the TemperatureValueGetters extension
Returns the temperature value in Rankine (°R).
no setter
runtimeType → Type: A representation of the runtime type of the object.
no setterinherited
unit → TemperatureUnit: Returns the unit of measurement associated with this quantity's original value.
no setterinherited
value → double: Returns the numerical value of this quantity in its original unit.
no setterinherited

Methods

compareTo(Quantity<TemperatureUnit> other) → int: Compares this Temperature object to another Quantity<TemperatureUnit>.
override
convertTo(TemperatureUnit targetUnit) → Temperature: Creates a new Temperature instance with the value converted to the targetUnit.
override
getValue(TemperatureUnit targetUnit) → double: Converts this temperature's value to the specified targetUnit using direct, optimized formulas for affine conversions.
override
isEquivalentTo(Quantity<TemperatureUnit> other) → bool: Checks if this quantity has the same physical magnitude as another.
inherited
noSuchMethod(Invocation invocation) → dynamic: Invoked when a nonexistent method or property is accessed.
inherited
ratioTo(Temperature other) → double: Computes the thermodynamically valid ratio of this temperature to other.
subtract(TemperatureDelta delta) → Temperature: Subtracts a TemperatureDelta from this temperature, returning a new Temperature in the same unit. Models cooling.
toString({TemperatureUnit? targetUnit, int? fractionDigits, bool showUnitSymbol = true, String unitSymbolSeparator = '\u00A0', String? locale, NumberFormat? numberFormat}) → String: Returns a string representation of this quantity, with options for formatting and unit conversion.
inherited

Operators

operator +(TemperatureDelta delta) → Temperature: Adds a TemperatureDelta to this temperature, returning a new Temperature in the same unit.
operator -(Temperature other) → TemperatureDelta: Subtracts another Temperature from this, yielding a TemperatureDelta.
operator <(Quantity<TemperatureUnit> other) → bool: Checks if this quantity's magnitude is less than another's.
inherited
operator <=(Quantity<TemperatureUnit> other) → bool: Checks if this quantity's magnitude is less than or equal to another's.
inherited
operator ==(Object other) → bool: Determines whether this Quantity is equal to another Object.
inherited
operator >(Quantity<TemperatureUnit> other) → bool: Checks if this quantity's magnitude is greater than another's.
inherited
operator >=(Quantity<TemperatureUnit> other) → bool: Checks if this quantity's magnitude is greater than or equal to another's.
inherited

Constants

fahrenheitOffset → const double: The offset for Fahrenheit conversion from Celsius (0°C = 32°F).
fahrenheitScaleFactor → const double: The scaling factor for Fahrenheit to Celsius conversion (9/5).
kelvinOffsetFromCelsius → const double: The offset of Kelvin from Celsius (0°C = 273.15K).
rankineOffsetFromFahrenheit → const double: The offset for Rankine conversion from Fahrenheit (0°F = 459.67°R).