pygrenade_vx.network.abstract.multicompartment.mechanisms.Leak

class pygrenade_vx.network.abstract.multicompartment.mechanisms.Leak(v_leak: int = 80, tau_mem: float = 1e-05)

Bases: pygrenade_vx.network.abstract.multicompartment.mechanisms.Mechanism

The Leak mechanism.

__init__(v_leak: int = 80, tau_mem: float = 1e-05)

Initialize leak mechanism.

Parameters

• v_leak – Leak potential (in CADC values).

• tau_mem – Membrane time constant (in seconds).

Methods

__init__([v_leak, tau_mem])	Initialize leak mechanism.
construct_parameter_space(lower_limits, …)	Construct a parameter space with the given limits.
construct_parameterization(values)	Construct a parameterization for the given mechanism.
copy()	Create copy of the mechanism.
to_grenade()	Create the mechanism in grenade.

classmethod construct_parameter_space(lower_limits: Dict[str, float], upper_limits: Dict[str, float]) → _pygrenade_vx_network_abstract.MechanismLeak.ParameterSpace

Construct a parameter space with the given limits.

Parameters

• lower_limits – Lower limits of the parameter space. The keys are the names of the parameters.

• upper_limits – Upper limits of the parameter space. The keys are the names of the parameters.

Returns

Parameter space with the given limits.

classmethod construct_parameterization(values: Dict[str, Union[float, int]]) → grenade.MechanismLeak.Parameterization

Construct a parameterization for the given mechanism.

Parameters

values – Values for the different parameters. The keys are the names of the parameters.

Returns

Parameterization.

copy() → pygrenade_vx.network.abstract.multicompartment.mechanisms.Leak

Create copy of the mechanism.

Returns

Copy of the mechanism.

to_grenade() → _pygrenade_vx_network_abstract.MechanismLeak

Create the mechanism in grenade.

Returns

Grenade object of the mechanism and its parameter space.