pybop.models._exponential_decay#

Classes#

ExponentialDecayModel

Exponential decay model defined by the equation:

Module Contents#

class pybop.models._exponential_decay.ExponentialDecayModel(name: str = 'Experimental Decay Model', parameter_set: pybamm.ParameterValues = None, n_states: int = 1, solver=None)[source]#

Bases: pybop.models.base_model.BaseModel

Exponential decay model defined by the equation:

dy/dt = -k * y, y(0) = y0

Note: The output variables are named “y_{i}” for each state.: For example, the first state is “y_0”, the second is “y_1”, etc.

n_states[source]#

Number of states in the system (default is 1).

Type:: int

pybamm_model[source]#

PyBaMM model representation.

Type:: pybamm.BaseModel

default_parameter_values[source]#

Default parameter values for the model, with “k” (decay rate) and “y0” (initial condition).

Type:: pybamm.ParameterValues

Parameters:

name (str) – Name of the model (default: “Experimental Decay Model”).
parameter_set (pybamm.ParameterValues) – Parameter values for the model.
n_states (int) – Number of states in the system. Must be >= 1.

_built_initial_soc = None[source]#

_built_model = None[source]#

_disc = None[source]#

_geometry[source]#

_mesh = None[source]#

_model_with_set_params = None[source]#

_parameter_set[source]#

_solver[source]#

_spatial_methods[source]#

_submesh_types[source]#

_unprocessed_model[source]#

_unprocessed_parameter_set[source]#

_var_pts[source]#

default_parameter_values[source]#

geometric_parameters[source]#

n_states = 1[source]#

pybamm_model[source]#