from coefficients import THERMAL_CONDUCTIVITY_HIGH as thermals
from coefficients import RSI_HORIZONTAL, RSI_DOWNWARD, RSE, RSI_UPWARD
from interfaces import LayeredSurface, FixedUSurface, MaterialLayer
from ventilation import Room, RoomKind
from report import report
import sys

if len(sys.argv) < 2:
    situation = "now"
else:
    situation = sys.argv[1]

# FIXME: Values are a bit coarse, but should be reasonably close to reality
protected_volume = 480
exterior_wall_area = 110
window_area = 43
floor_area = 63
roof_area = 73
area = exterior_wall_area + window_area + floor_area + roof_area
average_window_u = 1.19

rooms = [
    Room(RoomKind.OPEN_KITCHEN, 3.7 * 3),
    Room(RoomKind.TOILET, 0.9 * 1.5),
    Room(RoomKind.OTHER_WET, 1.8 * 3.0),  # washing/storage room
    Room(RoomKind.OTHER_WET, 3.5 * 1.9),  # bathroom
    Room(RoomKind.LIVING_ROOM, 9 * 3.75),
    Room(RoomKind.OTHER_DRY, 9 * 3.75 / 2),  # big room 1
    Room(RoomKind.OTHER_DRY, 9 * 3.75 / 2),  # big room 2
    Room(RoomKind.OTHER_DRY, 3.3 * 3),  # small room
]

floor_layers = [
    MaterialLayer(thermals["pur"], 0.12),
    MaterialLayer(thermals["concrete"], 0.20),
]

roof_layers = [
    MaterialLayer(thermals["particle_board"], 0.01),
    MaterialLayer(thermals["mineral_wool"], 0.12),
    MaterialLayer(thermals["pir"], 0.06),
]

if situation == "now":
    wall_layers = [
        MaterialLayer(thermals["brick"], 0.11),
        MaterialLayer(thermals["mineral_wool"], 0.06),
        MaterialLayer(thermals["brick"], 0.11),
    ]
    lump_sum_thermal_bridge = 0.20  # W/m^2K
    situation_dict = {
        "name": "now",
        "ventilation_rooms": [],  # no active ventilation yet
        "ventilation_eta": 1.0,
        "ventilation_v50_area": area,
        "ventilation_v50_value": 4.0,  # maybe 6.0
        "transmission_interfaces": [
            LayeredSurface(
                "exterior wall", exterior_wall_area, wall_layers, RSI_HORIZONTAL, RSE
            ),
            LayeredSurface(
                "floor", floor_area, floor_layers, RSI_DOWNWARD, RSI_DOWNWARD, b=0.8
            ),
            LayeredSurface("roof", roof_area, roof_layers, RSI_UPWARD, RSE),
            FixedUSurface("windows/doors", window_area, average_window_u),
            FixedUSurface("thermal bridge", area, lump_sum_thermal_bridge),
        ],
        "environment_delta_t_worst": 20 - -8,
        "environment_delta_t_typical": 20 - 4,
    }
elif situation == "future":
    wall_layers = [
        MaterialLayer(thermals["brick"], 0.11),
        MaterialLayer(thermals["mineral_wool"], 0.06),
        MaterialLayer(thermals["brick"], 0.11),
        MaterialLayer(thermals["pur"], 0.12),
    ]
    lump_sum_thermal_bridge = 0.10  # W/m^2K
    situation_dict = {
        "name": "future",
        "ventilation_rooms": rooms,
        "ventilation_eta": 0.85,
        "ventilation_v50_area": area,
        "ventilation_v50_value": 2.0,
        "transmission_interfaces": [
            LayeredSurface(
                "exterior wall", exterior_wall_area, wall_layers, RSI_HORIZONTAL, RSE
            ),
            LayeredSurface(
                "floor", floor_area, floor_layers, RSI_DOWNWARD, RSI_DOWNWARD, b=0.8
            ),
            LayeredSurface("roof", roof_area, roof_layers, RSI_UPWARD, RSE),
            FixedUSurface("windows/doors", window_area, average_window_u),
            FixedUSurface("thermal bridge", area, lump_sum_thermal_bridge),
        ],
        "environment_delta_t_worst": 20 - -8,
        "environment_delta_t_typical": 20 - 4,
    }
else:
    raise ValueError("wrong situation")

report(situation_dict)