Namespace Scylla.Core.Util.Units

Structs

AreaUnit

Encapsulates an area, stored internally in square meters (m²), and provides properties that allow for conversions and interactions between multiple metric, imperial, land, nautical, and astronomical area units.

DataUnit

Encapsulates a data size, stored internally in bytes, and provides properties that allow for conversions and interactions between multiple standard and binary data size units.

LengthUnit

Encapsulates a length, stored internally in meters, and provides properties that allow for conversions and interactions between multiple metric, imperial, and astronomical distance units.

MassUnit

Encapsulates a mass, stored internally in kilograms (kg), and provides properties that allow for conversions and interactions between multiple metric, imperial, and troy mass units.

PressureUnit

Encapsulates a pressure, stored internally as a double in pascals (Pa), and provides properties that allow lossless conversion to and from a comprehensive range of pressure units -- spanning SI sub-pascal prefixes (yoctopascal up to terapascal), the bar family (millibar, bar, megabar), water- and mercury-column units, and imperial/gravimetric units such as psi, psf, ksi, and kgf/cm².

SpeedUnit

Encapsulates a speed, stored internally in meters per second (m/s), and provides properties that allow for conversions and interactions between multiple metric, imperial, nautical, astronomical, and relativistic speed units.

TemperatureUnit

Encapsulates a temperature, stored internally in degrees Celsius (°C), and provides properties that allow for conversions and interactions between Kelvin (with metric prefixes), Fahrenheit, and Rankine.

TimeFormat

Defines a token-based formatting pattern used to render TimeUnit values as structured, human-readable strings such as clock displays, countdown timers, or custom duration labels.

TimeUnit

Encapsulates a duration, stored internally as a double in seconds, and provides properties that allow lossless conversion to and from a comprehensive range of time units -- from Planck time (5.39 x 10^-44 s) up to millennia (10^9 s).