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- from sympy.physics.units import Dimension
- angle = Dimension(name="angle") # type: Dimension
- # base dimensions (MKS)
- length = Dimension(name="length", symbol="L")
- mass = Dimension(name="mass", symbol="M")
- time = Dimension(name="time", symbol="T")
- # base dimensions (MKSA not in MKS)
- current = Dimension(name='current', symbol='I') # type: Dimension
- # other base dimensions:
- temperature = Dimension("temperature", "T") # type: Dimension
- amount_of_substance = Dimension("amount_of_substance") # type: Dimension
- luminous_intensity = Dimension("luminous_intensity") # type: Dimension
- # derived dimensions (MKS)
- velocity = Dimension(name="velocity")
- acceleration = Dimension(name="acceleration")
- momentum = Dimension(name="momentum")
- force = Dimension(name="force", symbol="F")
- energy = Dimension(name="energy", symbol="E")
- power = Dimension(name="power")
- pressure = Dimension(name="pressure")
- frequency = Dimension(name="frequency", symbol="f")
- action = Dimension(name="action", symbol="A")
- area = Dimension("area")
- volume = Dimension("volume")
- # derived dimensions (MKSA not in MKS)
- voltage = Dimension(name='voltage', symbol='U') # type: Dimension
- impedance = Dimension(name='impedance', symbol='Z') # type: Dimension
- conductance = Dimension(name='conductance', symbol='G') # type: Dimension
- capacitance = Dimension(name='capacitance') # type: Dimension
- inductance = Dimension(name='inductance') # type: Dimension
- charge = Dimension(name='charge', symbol='Q') # type: Dimension
- magnetic_density = Dimension(name='magnetic_density', symbol='B') # type: Dimension
- magnetic_flux = Dimension(name='magnetic_flux') # type: Dimension
- # Dimensions in information theory:
- information = Dimension(name='information') # type: Dimension
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