__init__(self, coeffs, computers, basis, name=None, logger=None, memory_constrained=False): 

• coeffs: Iterable[float]

  The expansion coefficients

• compute: Iterable[callable | Operator]

  the functions that turns indices into values

• n_quanta: tuple[int]

  the total quanta used in the representations (necessary for shape reasons)

@property
is_diagonal(self): 

@property
is_zero(self): 

@property
skipped_indices(self): 

• :returns: _

clear_cache(self): 

__rmul__(self, other): 

__mul__(self, other): 

__add__(self, other): 

get_brakets(self, states, check_orthogonality=True, memory_constrained=False): 

get_element(self, n, m): 

@property
chunk_size(self): 

@property
selection_rules(self): 

• :returns: _

@property
selection_rule_steps(self): 

• :returns: _

get_transformed_space(self, space, rules=None, parallelizer=None, logger=None, **opts): 

Returns the state space obtained by using the held operators to transform space

• space: BasisStateSpace

• :returns: SelectionRuleStateSpace

__repr__(self):