hysop.operator.base.poisson module

class hysop.operator.base.poisson.PoissonOperatorBase(Fin, Fout, variables, name=None, pretty_name=None, dump_energy=None, dump_input_energy=None, dump_output_energy=None, plot_energy=None, plot_input_energy=None, plot_output_energy=None, plot_inout_energy=None, **kwds)[source]

Bases: SpectralOperatorBase

Solves the poisson equation using a specific implementation.

Initialize a n-dimensional Poisson operator base (using spectral methods).

Solves:

Laplacian(Fout) = Fin

Parameters:

  • Fout (Field) – Input continuous field (rhs).

  • Fin (Field) – Output continuous field (lhs), possibly inplace, same number of components as Fin.

  • variables (dict) – Dictionary of fields as keys and topology descriptors as values.

  • dump_energy (IOParams, optional, defaults to None) – Will set the default io parameter for all energy plotters.

  • dump_input_energy (IOParams, optional, defaults to None) – Dump input field energy to a custom file. Defaults to no dump.

  • dump_output_energy (IOParams, optional, defaults to None) – Dump output field energy to a custom file. Defaults to no dump.

  • plot_energy (IOParams, optional, defaults to None) – Will set the default io parameter for all energy plotters.

  • plot_input_energy (IOParams, optional, defaults to None) – Plot input field energy in a custom file. Defaults to no plot.

  • plot_output_energy (IOParams, optional, defaults to None) – Plot output field energy in a custom file. Defaults to no plot.

  • plot_inout_energy (IOParams, optional, defaults to None) – Plot input and output field energy on the same graph in a custom file. Defaults to no plot.

  • kwds (dict, optional) – Base class arguments.

discretize()[source]
plot(simulation)[source]