pymloc.model.dynamical_system.parameter_bvp

Classes

AutomaticMultipleBoundaryValueProblem(…)
AutomaticMultipleBoundaryValues(…)	param boundary_coefficients
ParameterBoundaryValueProblem(…)
ParameterBoundaryValues(…[, n_param, z_gamma])
ParameterMultipleBoundaryValueProblem(…)	Parameter dependent version of MultipleBoundaryValueProblem
ParameterMultipleBoundaryValues(…[, …])	Parameter dependent version of MultipleBoundaryValues

class pymloc.model.dynamical_system.parameter_bvp.AutomaticMultipleBoundaryValueProblem(global_object, *args, **kwargs)

Bases: pymloc.model.dynamical_system.boundary_value_problem.MultipleBoundaryValueProblem

Parameters

global_object (ParameterMultipleBoundaryValueProblem) –

class pymloc.model.dynamical_system.parameter_bvp.AutomaticMultipleBoundaryValues(global_object, *args, **kwargs)

Bases: pymloc.model.dynamical_system.boundary_value_problem.MultipleBoundaryValues

Parameters

• boundary_coefficients (Boundary coefficients for every corresponding boundary node) –

• inhomogeneity (righthandside of the boundary condition) –

• z_gamma (Selector matrix of the boundary condition) –

• global_object (ParameterMultipleBoundaryValues) –

class pymloc.model.dynamical_system.parameter_bvp.ParameterBoundaryValueProblem(lower_level_variables, higher_level_variables, local_level_variables, time_interval, dynamical_system, boundary_values)

Bases: pymloc.model.dynamical_system.parameter_bvp.ParameterMultipleBoundaryValueProblem

Parameters

• lower_level_variables (VariablesContainer) –

• higher_level_variables (VariablesContainer) –

• local_level_variables (VariablesContainer) –

• time_interval (Time) –

• boundary_values (ParameterBoundaryValues) –

property time_interval

class pymloc.model.dynamical_system.parameter_bvp.ParameterBoundaryValues(lower_level_variables, higher_level_variables, local_level_variables, boundary_0, boundary_f, inhomogeneity, nn, n_param=1, z_gamma=None)

Bases: pymloc.model.dynamical_system.parameter_bvp.ParameterMultipleBoundaryValues

Parameters

• lower_level_variables (VariablesContainer) –

• higher_level_variables (VariablesContainer) –

• local_level_variables (VariablesContainer) –

• boundary_0 (ParameterCallable) –

• boundary_f (ParameterCallable) –

• inhomogeneity (ParameterCallable) –

• nn (int) –

• n_param (int) –

• z_gamma (Optional[ParameterCallable]) –

class pymloc.model.dynamical_system.parameter_bvp.ParameterMultipleBoundaryValueProblem(lower_level_variables, higher_level_variables, local_level_variables, time_intervals, dynamical_system, boundary_values)

Bases: pymloc.model.multilevel_object.MultiLevelObject

Parameter dependent version of MultipleBoundaryValueProblem

Parameters

• lower_level_variables (VariablesContainer) –

• higher_level_variables (VariablesContainer) –

• local_level_variables (VariablesContainer) –

• time_intervals (Tuple[Time, ..]) –

• boundary_values (ParameterMultipleBoundaryValues) –

property boundary_values

property dynamical_system

property time_intervals

class pymloc.model.dynamical_system.parameter_bvp.ParameterMultipleBoundaryValues(lower_level_variables, higher_level_variables, local_level_variables, boundary_values, inhomogeneity, nn, n_param=1, z_gamma=None)

Bases: pymloc.model.multilevel_object.MultiLevelObject

Parameter dependent version of MultipleBoundaryValues

Parameters

• lower_level_variables (VariablesContainer) –

• higher_level_variables (VariablesContainer) –

• local_level_variables (VariablesContainer) –

• boundary_values (Sequence[ParameterCallable]) –

• inhomogeneity (ParameterCallable) –

• nn (int) –

• n_param (int) –

• z_gamma (ParameterCallable) –

property boundary_values

get_inhomogeneity_theta(solution, parameters)

Computes the inhomogeneous part of the boundary conditions after differentiation with respect to parameters.

Corresponds to the term \(\tilde\Gamma\) in thesis.

Parameters

• solution (pymloc.solvers.base_solver.TimeSolution) –

• parameters (numpy.ndarray) –

Return type

numpy.ndarray

property inhomogeneity

property z_gamma