brails.inferers.hazus_inferer_wind.hazus_inferer_wind module

class brails.inferers.hazus_inferer_wind.hazus_inferer_wind.HazusInfererWind(input_inventory: AssetInventory, n_possible_worlds=1, include_features=['ReplacementCost', 'StructureType'], seed=1, overwirte_existing=True, clean_features=False, planArea_key='PlanArea', numberOfStories_key='NumberOfStories', occupancyClass_key='OccupancyClass', BuildingType_key='BuildingType', designLevel_H_key='DesignLevel_H', yearBuilt_key='YearBuilt', roofSystem_key='RoofSystem', roofShape_key='RoofShape', roofSlope_key='RoofSlope', avgJanTemp_key='AvgJanTemp', Height_key='Height', windowArea_key='WindowArea', numberOfUnits_key='NumberOfUnits', hasGarage_key='HasGarage', floodZone_key='FloodZone', windZone_key='WindZone', designWindSpeed_key='DesignWindSpeed', LULC_key='LULC', z0_key='Z0', sheathingThickness_key='SheathingThickness', use_default=True)

Bases: InferenceEngine

Make inference based on Hazus 6 rulesets

Attributes:

Methods:

correct(input_inventory, invalid_id=None, weights={})

infer() → AssetInventory

Infer new features for the Assets in an Asset Inventory

Args:

input_inventory (AssetInventory): the inventory

Returns:

AssetInventory: a new asset inventory with additional features

infer_building_one_by_one(inventory_json, n_pw)

merge_two_json(A, B, shrink=False)

to_json(this_inventory)

validate(input_inventory, silence=False)