TimeInterpolatedPotential ========================= .. currentmodule:: gala.potential.potential .. autoclass:: TimeInterpolatedPotential :show-inheritance: .. rubric:: Attributes Summary .. autosummary:: ~TimeInterpolatedPotential.Wrapper ~TimeInterpolatedPotential.interpolation_method ~TimeInterpolatedPotential.ndim ~TimeInterpolatedPotential.potential_cls ~TimeInterpolatedPotential.time_knots ~TimeInterpolatedPotential.units .. rubric:: Methods Summary .. autosummary:: ~TimeInterpolatedPotential.__call__ ~TimeInterpolatedPotential.acceleration ~TimeInterpolatedPotential.as_interop ~TimeInterpolatedPotential.circular_velocity ~TimeInterpolatedPotential.density ~TimeInterpolatedPotential.energy ~TimeInterpolatedPotential.gradient ~TimeInterpolatedPotential.hessian ~TimeInterpolatedPotential.integrate_orbit ~TimeInterpolatedPotential.mass_enclosed ~TimeInterpolatedPotential.plot_contours ~TimeInterpolatedPotential.plot_density_contours ~TimeInterpolatedPotential.plot_rotation_curve ~TimeInterpolatedPotential.replace_units ~TimeInterpolatedPotential.replicate ~TimeInterpolatedPotential.save ~TimeInterpolatedPotential.to_latex ~TimeInterpolatedPotential.to_sympy .. rubric:: Attributes Documentation .. autoattribute:: Wrapper .. autoattribute:: interpolation_method .. autoattribute:: ndim .. autoattribute:: potential_cls .. autoattribute:: time_knots .. autoattribute:: units .. rubric:: Methods Documentation .. automethod:: __call__ .. automethod:: acceleration .. automethod:: as_interop .. automethod:: circular_velocity .. automethod:: density .. automethod:: energy .. automethod:: gradient .. automethod:: hessian .. automethod:: integrate_orbit .. automethod:: mass_enclosed .. automethod:: plot_contours .. automethod:: plot_density_contours .. automethod:: plot_rotation_curve .. automethod:: replace_units .. automethod:: replicate .. automethod:: save .. automethod:: to_latex .. automethod:: to_sympy