__init__(self, energy, coefficients, basis_wfns): 

• energy: float

  energy of the wavefunction

• coefficients: Iterable[float]

  expansion coefficients

• basis_wfns: Wavefunctions

  basis functions for the expansion

@property
coeffs(self): 

@property
basis(self): 

evaluate(self, *args, **kwargs): 

Evaluates the wavecfunction as any other linear expansion.

• args: Any

  coordinates + any other args the basis takes

• kwargs: Any

  any keyword arguments the basis takes

• :returns: _

  v a l u e s

o f

t h e

w a v e f u n c t i o n

expect(self, operator): 

Provides the expectation value of the operator op. Uses the basis to compute the reps and then expands with the expansion coeffs.

• operator: Any

• :returns: _

expectation(self, op, other): 

Computes the expectation value of operator op over the wavefunction other and self. Note: the basis of other, self, and op are assumed to be the same.

• op: Operator

  an operator represented in the basis of the expansion

• other: ExpansionWavefunction

  the other wavefunction to expand over

• :returns: _

probability_density(self): 

Computes the probability density of the current wavefunction

• :returns: _