Index

_

__abs__() (units.Acceleration method) (units.AreaDelta method) (units.Current method) (units.Displacement method) (units.Jerk method) (units.LengthDelta method) (units.MassDelta method) (units.MassFlowRate method) (units.PressureDelta method) (units.TemperatureDelta method) (units.TimeDelta method) (units.Velocity method) (units.Voltage method) (units.VolumeDelta method) (units.VolumetricFlowRate method) __add__() (units.Acceleration method) (units.Angle method) (units.AngleDelta method) (units.Area method) (units.AreaDelta method) (units.Current method) (units.Displacement method) (units.Jerk method) (units.Length method) (units.LengthDelta method) (units.Mass method) (units.MassDelta method) (units.MassFlowRate method) (units.Pressure method) (units.PressureDelta method) (units.Temperature method) (units.TemperatureDelta method) (units.Time method) (units.TimeDelta method) (units.Velocity method) (units.Voltage method) (units.Volume method) (units.VolumeDelta method) (units.VolumetricFlowRate method) __divmod__() (units.Acceleration method) (units.AreaDelta method) (units.Current method) (units.Displacement method) (units.Jerk method) (units.LengthDelta method) (units.MassDelta method) (units.MassFlowRate method) (units.PressureDelta method) (units.TemperatureDelta method) (units.TimeDelta method) (units.Velocity method) (units.Voltage method) (units.VolumeDelta method) (units.VolumetricFlowRate method) __eq__() (units.Acceleration method) (units.Angle method) (units.AngleDelta method) (units.Area method) (units.AreaDelta method) (units.Current method) (units.Displacement method) (units.Jerk method) (units.Length method) (units.LengthDelta method) (units.Mass method) (units.MassDelta method) (units.MassFlowRate method) (units.Pressure method) (units.PressureDelta method) (units.Temperature method) (units.TemperatureDelta method) (units.Time method) (units.TimeDelta method) (units.Velocity method) (units.Voltage method) (units.Volume method) (units.VolumeDelta method) (units.VolumetricFlowRate method) __floordiv__() (units.Acceleration method) (units.AreaDelta method) (units.Current method) (units.Displacement method) (units.Jerk method) (units.LengthDelta method) (units.MassDelta method) (units.MassFlowRate method) (units.PressureDelta method) (units.TemperatureDelta method) (units.TimeDelta method) (units.Velocity method) (units.Voltage method) (units.VolumeDelta method) (units.VolumetricFlowRate method) __ge__() (units.Acceleration method) (units.Area method) (units.AreaDelta method) (units.Current method) (units.Displacement method) (units.Jerk method) (units.Length method) (units.LengthDelta method) (units.Mass method) (units.MassDelta method) (units.MassFlowRate method) (units.Pressure method) (units.PressureDelta method) (units.Temperature method) (units.TemperatureDelta method) (units.Time method) (units.TimeDelta method) (units.Velocity method) (units.Voltage method) (units.Volume method) (units.VolumeDelta method) (units.VolumetricFlowRate method) __gt__() (units.Acceleration method) (units.Area method) (units.AreaDelta method) (units.Current method) (units.Displacement method) (units.Jerk method) (units.Length method) (units.LengthDelta method) (units.Mass method) (units.MassDelta method) (units.MassFlowRate method) (units.Pressure method) (units.PressureDelta method) (units.Temperature method) (units.TemperatureDelta method) (units.Time method) (units.TimeDelta method) (units.Velocity method) (units.Voltage method) (units.Volume method) (units.VolumeDelta method) (units.VolumetricFlowRate method) __hash__() (units.Acceleration method) (units.Angle method) (units.AngleDelta method) (units.Area method) (units.AreaDelta method) (units.Current method) (units.Displacement method) (units.Jerk method) (units.Length method) (units.LengthDelta method) (units.Mass method) (units.MassDelta method) (units.MassFlowRate method) (units.Pressure method) (units.PressureDelta method) (units.Temperature method) (units.TemperatureDelta method) (units.Time method) (units.TimeDelta method) (units.Velocity method) (units.Voltage method) (units.Volume method) (units.VolumeDelta method) (units.VolumetricFlowRate method) __init__() (units.Acceleration method) (units.Angle method) (units.AngleDelta method) (units.Area method) (units.AreaDelta method) (units.BelowAbsoluteZeroError method) (units.Current method) (units.Displacement method) (units.Jerk method) (units.Length method) (units.LengthDelta method) (units.Mass method) (units.MassDelta method) (units.MassFlowRate method) (units.NegativeAreaValueError method) (units.NegativeLengthValueError method) (units.NegativeMassValueError method) (units.NegativePressureValueError method) (units.NegativeTimeValueError method) (units.NegativeVolumeValueError method) (units.Pressure method) (units.PressureDelta method) (units.Temperature method) (units.TemperatureDelta method) (units.Time method) (units.TimeDelta method) (units.Velocity method) (units.Voltage method) (units.Volume method) (units.VolumeDelta method) (units.VolumetricFlowRate method)

__le__() (units.Acceleration method) (units.Area method) (units.AreaDelta method) (units.Current method) (units.Displacement method) (units.Jerk method) (units.Length method) (units.LengthDelta method) (units.Mass method) (units.MassDelta method) (units.MassFlowRate method) (units.Pressure method) (units.PressureDelta method) (units.Temperature method) (units.TemperatureDelta method) (units.Time method) (units.TimeDelta method) (units.Velocity method) (units.Voltage method) (units.Volume method) (units.VolumeDelta method) (units.VolumetricFlowRate method) __lt__() (units.Acceleration method) (units.Area method) (units.AreaDelta method) (units.Current method) (units.Displacement method) (units.Jerk method) (units.Length method) (units.LengthDelta method) (units.Mass method) (units.MassDelta method) (units.MassFlowRate method) (units.Pressure method) (units.PressureDelta method) (units.Temperature method) (units.TemperatureDelta method) (units.Time method) (units.TimeDelta method) (units.Velocity method) (units.Voltage method) (units.Volume method) (units.VolumeDelta method) (units.VolumetricFlowRate method) __mod__() (units.Acceleration method) (units.AreaDelta method) (units.Current method) (units.Displacement method) (units.Jerk method) (units.LengthDelta method) (units.MassDelta method) (units.MassFlowRate method) (units.PressureDelta method) (units.TemperatureDelta method) (units.TimeDelta method) (units.Velocity method) (units.Voltage method) (units.VolumeDelta method) (units.VolumetricFlowRate method) __mul__() (units.Acceleration method) (units.AreaDelta method) (units.Current method) (units.Displacement method) (units.Jerk method) (units.LengthDelta method) (units.MassDelta method) (units.MassFlowRate method) (units.PressureDelta method) (units.TemperatureDelta method) (units.TimeDelta method) (units.Velocity method) (units.Voltage method) (units.VolumeDelta method) (units.VolumetricFlowRate method) __neg__() (units.Acceleration method) (units.AngleDelta method) (units.AreaDelta method) (units.Current method) (units.Displacement method) (units.Jerk method) (units.LengthDelta method) (units.MassDelta method) (units.MassFlowRate method) (units.PressureDelta method) (units.TemperatureDelta method) (units.TimeDelta method) (units.Velocity method) (units.Voltage method) (units.VolumeDelta method) (units.VolumetricFlowRate method) __radd__() (units.Angle method) (units.Area method) (units.Length method) (units.Mass method) (units.Pressure method) (units.Temperature method) (units.Time method) (units.Volume method) __rmul__() (units.Acceleration method) (units.AreaDelta method) (units.Current method) (units.Displacement method) (units.Jerk method) (units.LengthDelta method) (units.MassDelta method) (units.MassFlowRate method) (units.PressureDelta method) (units.TemperatureDelta method) (units.TimeDelta method) (units.Velocity method) (units.Voltage method) (units.VolumeDelta method) (units.VolumetricFlowRate method) __sub__() (units.Acceleration method) (units.Angle method) (units.AngleDelta method) (units.Area method) (units.AreaDelta method) (units.Current method) (units.Displacement method) (units.Jerk method) (units.Length method) (units.LengthDelta method) (units.Mass method) (units.MassDelta method) (units.MassFlowRate method) (units.Pressure method) (units.PressureDelta method) (units.Temperature method) (units.TemperatureDelta method) (units.Time method) (units.TimeDelta method) (units.Velocity method) (units.Voltage method) (units.Volume method) (units.VolumeDelta method) (units.VolumetricFlowRate method) __truediv__() (units.Acceleration method) (units.AreaDelta method) (units.Current method) (units.Displacement method) (units.Jerk method) (units.LengthDelta method) (units.MassDelta method) (units.MassFlowRate method) (units.PressureDelta method) (units.TemperatureDelta method) (units.TimeDelta method) (units.Velocity method) (units.Voltage method) (units.VolumeDelta method) (units.VolumetricFlowRate method)

A

Acceleration (class in units) Angle (class in units) AngleDelta (class in units) AngleUnit (in module units) AngularAcceleration (in module units) AngularDisplacement (in module units) AngularJerk (in module units) AngularVelocity (in module units) Area (class in units) AreaDelta (class in units) AreaUnit (in module units) as_unit() (units.Acceleration method) (units.Angle method) (units.AngleDelta method) (units.Area method) (units.AreaDelta method) (units.Current method) (units.Displacement method) (units.Jerk method) (units.Length method) (units.LengthDelta method) (units.Mass method) (units.MassDelta method) (units.MassFlowRate method) (units.Pressure method) (units.PressureDelta method) (units.Temperature method) (units.TemperatureDelta method) (units.Time method) (units.TimeDelta method) (units.Velocity method) (units.Voltage method) (units.Volume method) (units.VolumeDelta method) (units.VolumetricFlowRate method)

B

BelowAbsoluteZeroError

C

Current (class in units)

CurrentUnit (in module units)

D

Displacement (class in units)

DistanceUnit (in module units)

J

Jerk (class in units)

L

Length (class in units)

LengthDelta (class in units)

M

Mass (class in units) MassDelta (class in units) MassFlowRate (class in units)

MassUnit (in module units) module units

N

NegativeAreaValueError NegativeLengthValueError NegativeMassValueError

NegativePressureValueError NegativeTimeValueError NegativeVolumeValueError

P

Pressure (class in units)

PressureDelta (class in units) PressureUnit (in module units)

T

Temperature (class in units) TemperatureDelta (class in units) TemperatureUnit (in module units)

Time (class in units) TimeDelta (class in units) TimeUnit (in module units)

U

unit (units.BelowAbsoluteZeroError property) units module units.area.ZERO (in module units.area) units.length.ZERO (in module units.length)

units.mass.ZERO (in module units.mass) units.pressure.PERFECT_VACUUM (in module units.pressure) units.pressure.STANDARD_ATMOSPHERE (in module units.pressure) units.temperature.ABSOLUTE_ZERO (in module units.temperature) units.time.ZERO (in module units.time) units.volume.ZERO (in module units.volume)

V

value (units.BelowAbsoluteZeroError property) (units.NegativeAreaValueError property) (units.NegativeLengthValueError property) (units.NegativeMassValueError property) (units.NegativePressureValueError property) (units.NegativeTimeValueError property) (units.NegativeVolumeValueError property)

Velocity (class in units) Voltage (class in units) VoltageUnit (in module units) Volume (class in units) VolumeDelta (class in units) VolumetricFlowRate (class in units) VolumeUnit (in module units)