`optimus.model`

Submodules

Package Contents

Functions

`create_default_model`(source, geometry, exterior, interior)	Create an acoustics model with default settings.
`create_acoustic_model`(source, geometry, exterior, interior)	Create a preconditioned boundary integral equation for acoustic wave propagation. For multiple domains, a list of geometries and interior materials need

optimus.model.create_default_model(source, geometry, exterior, interior)

Create an acoustics model with default settings.

For multiple domains, a list of geometries and interior materials need to be specified, with equal length. They are matched by order.

Parameters

sourceoptimus.Source: The Optimus representation of a source field.
geometryoptimus.Geometry: The Optimus representation of the geometry, with the grid of the scatterers. For multiple domains, provide a list of geometries.
exterioroptimus.Material: The Optimus representation of the material for the unbounded exterior region.
interioroptimus.Material: The Optimus representation of the material for the bounded scatterer. For multiple domains, provide a list of materials.

Returns

modeloptimus.Model: The Optimus representation of the the BEM model of acoustic wave propagation in the interior and exterior domains.

optimus.model.create_acoustic_model(source, geometry, exterior, interior, formulation='pmchwt', formulation_parameters=None, preconditioner='mass', preconditioner_parameters=None)

Create a preconditioned boundary integral equation for acoustic wave propagation. For multiple domains, a list of geometries and interior materials need to be specified, with equal length. They are matched by order.