
    \ha                        % S SK Jr  \" SS9r\\S'   \" SSS9r\" SSS9r\" S	S
S9r\" SSS9r\\S'   \" SS
5      r\\S'   \" S5      r	\\S'   \" S5      r
\\S'   \" SS9r\" SS9r\" SS9r\" SSS9r\" SSS9r\" SS9r\" SS9r\" SSS9r\" SSS9r\" S5      r\" S5      r\" SS S9r\\S'   \" S!S"S9r\\S!'   \" S#S$S9r\\S#'   \" S%S9r\\S%'   \" S&S9r\\S&'   \" S'S(S9r\\S''   \" S)S*S9r\\S)'   \" S+S9r\\S+'   \" S,S9r\\S,'   g-).    )	Dimensionangle)namelengthL)r   symbolmassMtimeTcurrentItemperatureamount_of_substanceluminous_intensityvelocityaccelerationmomentumforceFenergyEpowerpressure	frequencyfactionAareavolumevoltageU	impedanceZconductanceGcapacitance
inductancechargeQmagnetic_densityBmagnetic_fluxinformationN)sympy.physics.unitsr   r   __annotations__r   r	   r   r   r   r   r   r   r   r   r   r   r   r   r   r   r   r    r!   r#   r%   r'   r(   r)   r+   r-   r.        m/var/www/auris/envauris/lib/python3.13/site-packages/sympy/physics/units/definitions/dimension_definitions.py<module>r4      s   ) '*y * 
	-fS)fS) Ic: : #=#6Y 6!*+@!A Y A )*> ? I ? *%n-*%ws+		-w*%;s3			-	8	 Ic: : k#>	9 >"cBY B"6Y 6!|4
I 48C8	 8'-?L ) L$/:y : #6Y 6r2   