abstract_recovery_model¶

class pyrecodes.component_recovery_model.abstract_recovery_model.AbstractRecoveryModel(recovery_model_parameters: dict)¶

Bases: RecoveryModel

Abstract class for all component recovery models.

get_damage_level() → None¶: To be implemented in subclasses.

get_demand() → dict¶: To be implemented in subclasses.

get_functionality_level() → float¶

Get the functionality level of the component based on current damage level.

Returns:: float: The functionality level.

get_time_step_length(time_step: int, option_to_use=3) → int¶: Get the time step length based on the recovery time stepping interval.

Three options for calculating the time step length are provided.

At the moment Option 3 is used, as it seems to work the best. It is not clear which one is most appropriate in general.

parameters = {}¶

recover(time_step: int) → None¶: To be implemeneted in subclasses.

set_activities_demand_to_met() → None¶

set_damage_functionality(damage_functionality_relation: dict) → None¶

Set damage functionality relation. This relation is used to get the component’s functionality level based on its current damage level.

If no type is specified, constant relation is used.

Args:: damage_functionality_relation (dict): Damage functionality relation type and parameters.

set_initial_damage_level(damage_level: float) → None¶: To be implemented in subclasses.

set_met_demand_for_recovery_activities(resource_name: str, percent_of_met_demand: float) → None¶: To be implemented in subclasses.

set_parameters(parameters: dict) → None¶: To be implemented in subclasses.

set_recovery_time_steps(time_steps: list) → None¶