natural-units 0.0.2

uncertainty quantification for numerical computations

natural_units

Wrapper for various units:

Unit	Description	Notes
base	general	super class
si	m, kg, s, A, K, mol, cd
hep	$c=\hbar=\epsilon_0=k_B=1$	checks mass dimension compatibility
plain_hep	$c=\hbar=\epsilon_0=k_B=1$	like natural, but without mass dimension checks
geometrized	$c=G=1$	checks length dimension compatibility
planck	$c=\hbar=G=k_B=1$
stoney	$c=G=k_e=e=1$
hartree_atomic	$e=m_e=\hbar=k_e=1$
particle_atomic	$c=m_e=\hbar=\epsilon_0=1$
qcd	$c = m_p=\hbar=\epsilon_0 = 1$