Dimensions#

class sycomore.Dimensions#

Physical dimensions of a quantity

__eq__(self: sycomore._sycomore.Dimensions, arg0: sycomore._sycomore.Dimensions) → bool#

__hash__ = None#

__imul__(self: sycomore._sycomore.Dimensions, arg0: sycomore._sycomore.Dimensions) → sycomore._sycomore.Dimensions#

__init__(self: sycomore._sycomore.Dimensions, length: float = 0, mass: float = 0, time: float = 0, electric_current: float = 0, thermodynamic_temperature: float = 0, amount_of_substance: float = 0, luminous_intensity: float = 0) → None#

__itruediv__(self: sycomore._sycomore.Dimensions, arg0: sycomore._sycomore.Dimensions) → sycomore._sycomore.Dimensions#

__mul__(self: sycomore._sycomore.Dimensions, arg0: sycomore._sycomore.Dimensions) → sycomore._sycomore.Dimensions#

__ne__(self: sycomore._sycomore.Dimensions, arg0: sycomore._sycomore.Dimensions) → bool#

__pow__(self: sycomore._sycomore.Dimensions, arg0: int) → sycomore._sycomore.Dimensions#

__repr__(self: sycomore._sycomore.Dimensions) → str#

__truediv__(self: sycomore._sycomore.Dimensions, arg0: sycomore._sycomore.Dimensions) → sycomore._sycomore.Dimensions#

property amount_of_substance#

property electric_current#

property length#

property luminous_intensity#

property mass#

property thermodynamic_temperature#

property time#

Known Dimensions#

sycomore.Length = [ L ]#: Physical dimensions of a quantity

sycomore.Time = [ T ]#: Physical dimensions of a quantity

sycomore.Mass = [ M ]#: Physical dimensions of a quantity

sycomore.ElectricCurrent = [ I ]#: Physical dimensions of a quantity

sycomore.ThermodynamicTemperature = [ Θ ]#: Physical dimensions of a quantity

sycomore.AmountOfSubstance = [ N ]#: Physical dimensions of a quantity

sycomore.LuminousIntensity = [ J ]#: Physical dimensions of a quantity

sycomore.Surface = [ L^2 ]#: Physical dimensions of a quantity

sycomore.Volume = [ L^3 ]#: Physical dimensions of a quantity

sycomore.Velocity = [ L T^-1 ]#: Physical dimensions of a quantity

sycomore.Acceleration = [ L T^-2 ]#: Physical dimensions of a quantity

sycomore.Angle = [ ]#: Physical dimensions of a quantity

sycomore.SolidAngle = [ ]#: Physical dimensions of a quantity

sycomore.Frequency = [ T^-1 ]#: Physical dimensions of a quantity

sycomore.Force = [ L M T^-2 ]#: Physical dimensions of a quantity

sycomore.Pressure = [ L^-1 M T^-2 ]#: Physical dimensions of a quantity

sycomore.Energy = [ L^2 M T^-2 ]#: Physical dimensions of a quantity

sycomore.Power = [ L^2 M T^-3 ]#: Physical dimensions of a quantity

sycomore.ElectricCharge = [ T I ]#: Physical dimensions of a quantity

sycomore.Voltage = [ L^2 M T^-3 I^-1 ]#: Physical dimensions of a quantity

sycomore.Capacitance = [ L^-2 M^-1 T^4 I^2 ]#: Physical dimensions of a quantity

sycomore.Resistance = [ L^2 M T^-3 I^-2 ]#: Physical dimensions of a quantity

sycomore.ElectricalConductance = [ L^-2 M^-1 T^3 I^2 ]#: Physical dimensions of a quantity

sycomore.MagneticFlux = [ L^2 M T^-2 I^-1 ]#: Physical dimensions of a quantity

sycomore.MagneticFluxDensity = [ M T^-2 I^-1 ]#: Physical dimensions of a quantity

sycomore.Inductance = [ L^2 M T^-2 I^-2 ]#: Physical dimensions of a quantity

sycomore.LuminousFlux = [ J ]#: Physical dimensions of a quantity

sycomore.Illuminance = [ L^-2 J ]#: Physical dimensions of a quantity

sycomore.Radioactivity = [ T^-1 ]#: Physical dimensions of a quantity

sycomore.AbsorbedDose = [ L^2 T^-2 ]#: Physical dimensions of a quantity

sycomore.EquivalentDose = [ L^2 T^-2 ]#: Physical dimensions of a quantity

sycomore.CatalyticActivity = [ T^-1 N ]#: Physical dimensions of a quantity

sycomore.AngularFrequency = [ T^-1 ]#: Physical dimensions of a quantity