SympyExpr: SympyExpr
Potential: AnalyticPotentialConstructor
KE: AnalyticKineticEnergyConstructor
NamespaceContext: NamespaceContext

__init__(self, coordinates, potential, dipole=None, values=None, rotation=None): 

@classmethod
from_potential(cls, potential, dipole=None, values=None, rotation=None): 

@property
internal_coordinates(self): 

@property
constants(self): 

normal_modes(self, dimensionless=True): 

to_normal_modes(self, dimensionless=True): 

get_VPT_expansions(self, order=2, expansion_order=None, include_potential=None, include_gmatrix=None, include_pseudopotential=None, evaluate=True): 

run_VPT(self, order=2, states=2, return_analyzer=True, expansion_order=None, include_potential=None, include_gmatrix=None, include_pseudopotential=None, atoms=None, coords=None, **kwargs): 

@classmethod
prep_lambda_expr(cls, base_coords, expr, dummify=False, rewrite_trig=True): 

@classmethod
lambdify(cls, coord_vec, expr, coordinate_transform=None, mode=None, dummify=False, rewrite_trig=True, lambdify_arrays=False): 

wrap_function(self, expr, transform_coordinates=True, mode=None): 

expand_potential(self, order, lambdify=True, evaluate=True, contract=True): 

get_DVR_parameters(self, expansion_order=None, lambdify=True, evaluate='constants'): 

setup_DVR(self, domain=None, divs=None, use_normal_modes=False, expansion_order=None, potential_function=None, **params): 

evaluate(self, expr, mode='all', numericize=False): 

@classmethod
parse_symbol(self, sym): 

jacobian(self, order=0, evaluate=False, lambdify=False): 

jacobian_inverse(self, order=0, evaluate=False): 

g(self, order=0, evaluate=False, lambdify=False): 

v(self, order=2, evaluate=False, lambdify=False): 

vp(self, order=0, evaluate=False, lambdify=False): 

mu(self, order=1, evaluate=False, lambdify=False): 

morse(i, j, De=None, a=None, re=None, eq=None, w=None, wx=None): 

harmonic(*args, k=None, eq=None, qe=None): 

linear(*args, k=1, eq=None, xe=None): 

power(*args, k=1, eq=None, n=None, xe=None): 

sin(*args, eq=None, qe=None): 

cos(*args, eq=None, qe=None): 

@classmethod
sym(self, base, *args): 

@classmethod
m(self, i): 

@classmethod
r(self, i, j): 

@classmethod
a(self, i, j, k): 

@classmethod
t(self, i, j, k, l): 

@classmethod
y(self, i, j, k, l): 

convert(unit, target): 

@staticmethod
mass(atom): 

molecular_potential(self, mol): 

molecular_dipole(self, mol): 

molecular_gmatrix(self, mol):