AnalyticWavefunction

Little extension to RepresentationBasis so that we can use p and x and stuff to evaluate out matrix elements and stuff

Properties and Methods

__init__(self, energy, data, **opts): 

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

plot(self, figure=None, plot_class=None, domain=(-5, 5), **opts): 

Uses McUtils to plot the wavefunction on the passed figure (makes a new one if none)

• figure: Graphics | Graphics3D

  No description…

• :returns: _

  No description…

expect(self, operator): 

Provides expectation values of operators, but the operators have to be Operator objects… basically all the logic is inside the operator, but this is worth it for use in ExpansionWavefunction We can also potentially add support for ExpansionOperators or SymbolicOperators in the future that are able to very cleanly reuse stuff like the p matrix that a RepresentationBasis defines

• operator: Operator

  the operator to take the expectation of

expectation(self, op, other): 

Computes the expectation value of operator op over the wavefunction other and self

• other: AnalyticWavefunction

  the other wavefunction

• op: Operator

  the operator to take the matrix element of

• :returns: _

  No description…

probability_density(self): 

Computes the probability density of the current wavefunction

• :returns: _

  No description…

Examples

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