equations.acoustic.Acoustic Class Reference

Inheritance diagram for equations.acoustic.Acoustic:

Collaboration diagram for equations.acoustic.Acoustic:

Public Member Functions
	__init__ (self, dimensions, rho=1.0, K0=4.0)
	eigenvalues (self)
	flux (self)

Data Fields
	dimensions
	num_unknowns
	num_auxiliary_variables
	rho
	K0
	is_linear

Additional Inherited Members
Static Public Member Functions inherited from equations.equation.Equation
	ncp ()
Static Public Attributes inherited from equations.equation.Equation
int	dimensions = 2
int	num_unknowns = 0
int	num_auxiliary_variables = 0
bool	is_linear = False

Detailed Description

Definition at line 6 of file acoustic.py.

Constructor & Destructor Documentation

__init__()

equations.acoustic.Acoustic.__init__	(		self,
			dimensions,
			rho = 1.0,
			K0 = 4.0 )

Definition at line 7 of file acoustic.py.

Member Function Documentation

eigenvalues()

equations.acoustic.Acoustic.eigenvalues

(

self

)

Reimplemented from equations.equation.Equation.

Definition at line 15 of file acoustic.py.

References equations.acoustic.Acoustic.K0, ElasticMaterial.rho, and equations.acoustic.Acoustic.rho.

Referenced by exahype2.symhype.FirstOrderConservativePDEFormulation.FirstOrderConservativePDEFormulation.implementation_of_eigenvalues(), exahype2.symhype.FirstOrderConservativePDEFormulation.FirstOrderConservativePDEFormulation.implementation_of_max_eigenvalue(), and exahype2.symhype.FirstOrderConservativePDEFormulation.FirstOrderConservativePDEFormulation.LaTeX().

Here is the caller graph for this function:

flux()

equations.acoustic.Acoustic.flux

(

self

)

Reimplemented from equations.equation.Equation.

Definition at line 27 of file acoustic.py.

References equations.acoustic.Acoustic.K0, ElasticMaterial.rho, and equations.acoustic.Acoustic.rho.

Field Documentation

dimensions

equations.acoustic.Acoustic.dimensions

Definition at line 8 of file acoustic.py.

Referenced by peano4.visualisation.input.PatchFileParser.PatchFileParser.__parse_meta_data_region(), peano4.visualisation.input.PatchFileParser.PatchFileParser.__parse_patch_region(), exahype2.symhype.PDE.PDE._implementation_of_mapping_onto_named_quantities(), peano4.visualisation.input.PatchFileParser.UnknownAttributes._initialise_default_mapping_if_no_mapping_specified(), mghype.api.matrixgenerators.MatrixGenerator.MatrixGenerator.convert_index_to_dim(), equations.euler.Euler.eigenvalues(), mghype.api.matrixgenerators.MatrixGenerator.MatrixGenerator.eval_integral(), equations.elastic.Elastic.flux(), equations.euler.Euler.flux(), mghype.api.matrixgenerators.GaussLobatto.GaussLobattoMatrixFree.get_boundary_matrix(), mghype.api.matrixgenerators.GaussLobatto.GaussLobattoMatrixFree.get_cell_from_face_matrix(), mghype.api.matrixgenerators.DLinear.DLinear.get_cell_identity_matrix(), mghype.api.matrixgenerators.DLinearMassIdentity.DLinearMassIdentity.get_cell_identity_matrix(), mghype.api.matrixgenerators.DLinear.DLinear.get_cell_mass_matrix(), mghype.api.matrixgenerators.DLinear.DLinear.get_cell_system_matrix_for_laplacian(), mghype.api.matrixgenerators.DLinearMassIdentity.DLinearMassIdentity.get_cell_system_matrix_for_laplacian(), mghype.api.matrixgenerators.MatrixGenerator.MatrixGenerator.get_deriv(), mghype.api.matrixgenerators.MatrixGenerator.MatrixGenerator.get_points_for_dimension(), mghype.api.matrixgenerators.MatrixGenerator.MatrixGenerator.get_polynomial(), mghype.api.matrixgenerators.GaussLobatto.GaussLobattoMatrixFree.get_projection_matrices(), mghype.api.matrixgenerators.MatrixGenerator.MatrixGenerator.get_weights_for_dimension(), matrices.DgGenerator.getCellToFaceMatrix(), exahype2.symhype.FirstOrderConservativePDEFormulation.FirstOrderConservativePDEFormulation.implementation_of_eigenvalues(), exahype2.symhype.FirstOrderConservativePDEFormulation.FirstOrderConservativePDEFormulation.implementation_of_flux(), exahype2.symhype.FirstOrderConservativePDEFormulation.FirstOrderConservativePDEFormulation.implementation_of_max_eigenvalue(), exahype2.symhype.FirstOrderConservativePDEFormulation.FirstOrderConservativePDEFormulation.implementation_of_ncp(), api.solvers.DiscontinuousGalerkinDiscretisation.DiscontinuousGalerkinDiscretisation.nodes_per_cell(), api.solvers.DiscontinuousGalerkinDiscretisation.DiscontinuousGalerkinDiscretisation.nodes_per_face(), and peano4.visualisation.input.PatchFileParser.PatchFileParser.parse_file().

is_linear

equations.acoustic.Acoustic.is_linear

Definition at line 13 of file acoustic.py.

K0

equations.acoustic.Acoustic.K0

Definition at line 12 of file acoustic.py.

Referenced by equations.acoustic.Acoustic.eigenvalues(), and equations.acoustic.Acoustic.flux().

num_auxiliary_variables

equations.acoustic.Acoustic.num_auxiliary_variables

Definition at line 10 of file acoustic.py.

num_unknowns

equations.acoustic.Acoustic.num_unknowns

Definition at line 9 of file acoustic.py.

rho

equations.acoustic.Acoustic.rho

Definition at line 11 of file acoustic.py.

Referenced by equations.acoustic.Acoustic.eigenvalues(), and equations.acoustic.Acoustic.flux().

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The documentation for this class was generated from the following file:

• tests/exahype2/aderdg/equations/acoustic.py