"""
LifeCycleCosts calculates the life cycle costs of one building
SPDX - License - Identifier: LGPL - 3.0 - or -later
Copyright © 2022 Project Coder Atiya atiya.atiya@mail.concordia.ca
"""




class CapitalCost:

  def calculate_capital_cost(building_area, building_volume, content):
    structural_cost = float(content.costs[0].capital_cost.structural_cost) * building_volume
    sub_structural_cost = float(content.costs[0].capital_cost.sub_structural_cost) * building_volume
    lighting_cost = float(content.costs[0].capital_cost.lighting_cost) * building_volume
    surface_finish_cost = float(content.costs[0].capital_cost.surface_finish_cost) * building_volume
    engineer_cost = float(content.costs[0].capital_cost.engineer_cost) * building_volume
    envelop_cost = float(content.costs[0].capital_cost.EnvelopCost.reposition) * building_volume +
    # system_cost = float(content.costs[0].capital_cost.system_cost) * building_volume
    # subsidy = float(content.costs[0].capital_cost.subsidy) * building_volume

    print("structural_cost  ", structural_cost)
    print("sub_structural_cost  ", sub_structural_cost)
    print("lighting_cost  ", lighting_cost)
    print("surface_finish_cost  ", surface_finish_cost)
    print("engineer_cost  ", engineer_cost)
    # print("envelop_cost  ", envelop_cost)
    # print("system_cost  ", system_cost)
    # print("subsidy  ", subsidy)


      # for thermal_zone in internal_zone.thermal_zones:
      #   for thermal_boundary in thermal_zone.thermal_boundaries:
      #     total_opaque_area = []
      #     for i, layer in enumerate(thermal_boundary.layers):
      #       print(layer)
      #       if layer.material.no_mass == False:
      #         layer_area = layer.thickness * thermal_boundary.opaque_area
      #         # total_opaque_area[layer.material.].append(material_layers_lca)
      #       # else:
      #       #   material_layers_lca['layer_name'] = f'Layer {i+1}'
      #       #   material_layers_lca['nrel_material_id'] = layer.material.id
      #       #   material_layers_lca['lca_material_id'] = mat_id
      #       #   material_layers_lca['embodied_carbon'] = (layer.thickness * thermal_boundary.opaque_area) * mat_density * embodied_carbon
      #       #   material_layers_lca['end_of_life_per_layer'] = 0.0
      #       #   materials_lca[thermal_boundary.type].append(material_layers_lca)