__init__(self, energy, data, parent=None, index=None, **opts): 

get_dimension(self): 

@property
ndim(self): 

@classmethod
prep_plot_grid(cls, domain, plot_points=100, domain_padding=None): 

plot(self, figure=None, domain=None, *, domain_padding=None, grid=None, values=None, plot_points=100, which=None, index=0, scaling=1, shift='auto', plotter=None, plot_density=False, zero_tol=1e-08, contour_levels=None, **opts): 

Plots a single wave function on the grid

• figure: Any

• grid: Any

• index: Any

• scaling: Any

• shift: Any

• opts: Any

• :returns: _

projection_plot(self, coords, figure=None, **plot_options): 

A convenience function to plot multiple projections on the same set of axes

Deprecated in favor of plot_cartesians for its primary use case (DGBWavefunctions)

• coords: Any

• figure: Any

• plot_options: Any

• :returns: _

expectation(self, op, other=None): 

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

• other: Wavefunction

• op: Any

• :returns: _

overlap(self, other): 

evaluate(self, points): 

Evaluates the current wavefunction

• :returns: _

@property
probability_density(self): 

Computes the probability density of the current wavefunction

• :returns: _

marginalize_out(self, dofs): 

Integrates out the contributions from the degrees of freedom dofs

• :returns: Wavefunction

project(self, dofs): 

Computes the projection of the current wavefunction onto a set of degrees of freedom, returning a projected wave function object

• :returns: Wavefunction