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idf_creator_floor.py
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import dict_update
import copy
import json
import numpy as np
import pandas as pd
update = dict_update.update
def afn_surface(surface_name, open_fac=1, schedule_name="Sch_Ocupacao",
control_mode="Temperature",component="Janela", temperature_setpoint="Temp_setpoint",
enthalpy_difference=300000, temperature_difference=100):
afn_dict = {
"idf_max_extensible_fields": 0,
"idf_max_fields": 12,
"indoor_and_outdoor_enthalpy_difference_upper_limit_for_minimum_venting_open_factor": enthalpy_difference,
"indoor_and_outdoor_temperature_difference_upper_limit_for_minimum_venting_open_factor": temperature_difference,
"leakage_component_name": component,
"surface_name": surface_name,
"ventilation_control_mode": control_mode,
"ventilation_control_zone_temperature_setpoint_schedule_name": schedule_name,
"venting_availability_schedule_name": schedule_name,
"window_door_opening_factor_or_crack_factor": open_fac
}
return(afn_dict)
def zone_list(model_values):
zone_feat = {
'people': [],
'wwr': [],
'open_fac': [],
'glass': []
}
for i in range(6):
zone_feat['people'].append(model_values['people'])
zone_feat['wwr'].append(model_values['wwr'])
zone_feat['open_fac'].append(model_values['open_fac'])
zone_feat['glass'].append(model_values['glass'])
return(zone_feat)
def main(zone_area=10, zone_ratio=1.5, zone_height=3, absorptance=.5,
shading=1, azimuth=0, corr_width=2, wall_u=2.5, u_film=True,
wall_ct=151, corr_vent=1, stairs=0, zone_feat=None,
zones_x_floor=6, n_floors=1, corner_window=True, ground=False,
roof=False, floor_height=0, concrete_eps=False, afn=True,
input_file="modelo.epJSON", output='output.epJSON'):
print(output)
# Making sure numbers are not srings ----------
zone_area = float(zone_area)
zone_ratio = float(zone_ratio)
zone_height = float(zone_height)
floor_height = float(floor_height)
absorptance = float(absorptance)
shading = float(shading)
azimuth = int(azimuth)
corr_width = float(corr_width)
wall_u = float(wall_u)
zones_x_floor = int(zones_x_floor)
n_floors = int(n_floors)
# editing subdf thermal load
lights = 14 # 10.5 W/m2
equipment_load = 97 # W/person
# Defining U
c_concrete = 1.75 # condutivity
c_plaster = 1.15
c_brick = .9
R_air = .16
if concrete_eps:
e_concrete = (wall_ct*1000)/(1000*2200) # specific heat and density
R_concrete = e_concrete/c_concrete
if u_film:
R_eps = (1-(.17+R_concrete)*wall_u)/wall_u
else:
R_eps = (1-R_concrete*wall_u)/wall_u
eps = True
if R_eps < 0.001:
eps = False
# c_concrete = (wall_u*e_concrete)/(1-.17*wall_u)
c_concrete = wall_u*e_concrete
print('conductivity concrete: ', c_concrete)
print('wall_u: ', wall_u, '\n', 'wall_ct: ', wall_ct)
else:
R_mat = (1-.17*wall_u)/wall_u
c_plaster = .025/(.085227272727273 * R_mat)
c_brick = .066/(.2875 * R_mat)
R_air = (.62727273 * R_mat)
e_concrete = .1
# Defining dependent variabloes ----------
zone_length = (zone_area/zone_ratio)**(1/2)
zone_width = (zone_area /zone_length)
n_zones = zones_x_floor * n_floors
zones_in_sequence = int(zones_x_floor*.5)
x0_second_row = zone_width + corr_width
window_x1 = zone_width*.001
window_x2 = zone_width*.999
window_y1 = zone_length*.001
window_y2 = zone_length*.999
door_width = .9
dist_door_wall = .1
door_height = 2.1
# thermal loads lists
# electric = []
# lights = []
people = []
for i in range(n_zones):
people.append(float(zone_feat['people'][i]))
# START BUILDING OBJECTS
model = dict()
##### Building
model["Building"] = {
output[:-7]: {
"loads_convergence_tolerance_value": 0.04,
"maximum_number_of_warmup_days": 25,
"north_axis": azimuth,
"solar_distribution": "FullInteriorAndExterior",
"temperature_convergence_tolerance_value": 0.4,
"idf_max_extensible_fields": 0,
"idf_max_fields": 8,
"terrain": "City"
}
}
##### ZONES
# Zones --------------------
zones_list = []
for i in range(n_zones):
zones_list.append( {"zone_name": 'office_'+'{:02.0f}'.format(i)} )
for i in range(n_floors):
zones_list.append( {"zone_name": 'corridor_'+'{:02.0f}'.format(i)} )
offices = zones_list[:-n_floors]
corridors = zones_list[-n_floors:]
# x,y,z of zones' origins
zn = 0
model["Zone"] = {}
for i in range(n_floors):
y = 0
for j in range(zones_in_sequence):
model["Zone"].update({
# Office on the left
"office_"+'{:02.0f}'.format(zn): {
"idf_max_extensible_fields": 0,
"idf_max_fields": 7,
"direction_of_relative_north": 0.0,
"multiplier": 1,
"x_origin": 0,
"y_origin": y,
"z_origin": i*zone_height +floor_height
},
# Office on the right
"office_"+'{:02.0f}'.format(zn+1): {
"idf_max_extensible_fields": 0,
"idf_max_fields": 7,
"direction_of_relative_north": 0.0,
"multiplier": 1,
"x_origin": x0_second_row,
"y_origin": y,
"z_origin": i*zone_height +floor_height
}
})
y += zone_length
zn += 2
model["Zone"].update({
"corridor_"+'{:02.0f}'.format(i): {
"idf_max_extensible_fields": 0,
"idf_max_fields": 7,
"direction_of_relative_north": 0.0,
"multiplier": 1,
"x_origin": zone_width,
"y_origin": 0,
"z_origin": i*zone_height +floor_height
}
})
# Surfaces creation --------------------
model["BuildingSurface:Detailed"] = {}
for i in range(n_zones):
model["BuildingSurface:Detailed"].update({
# Ceiling
"ceiling_"+'{:02.0f}'.format(i): {
"vertices": [
{
"vertex_x_coordinate": 0.0,
"vertex_y_coordinate": zone_length,
"vertex_z_coordinate": zone_height
},
{
"vertex_x_coordinate": 0.0,
"vertex_y_coordinate": 0.0,
"vertex_z_coordinate": zone_height
},
{
"vertex_x_coordinate": zone_width,
"vertex_y_coordinate": 0.0,
"vertex_z_coordinate": zone_height
},
{
"vertex_x_coordinate": zone_width,
"vertex_y_coordinate": zone_length,
"vertex_z_coordinate": zone_height
}
],
"zone_name": "office_"+'{:02.0f}'.format(i)
},
# Floor
"floor_"+'{:02.0f}'.format(i): {
"surface_type": "Floor",
"vertices": [
{
"vertex_x_coordinate": zone_width,
"vertex_y_coordinate": zone_length,
"vertex_z_coordinate": 0.0
},
{
"vertex_x_coordinate": zone_width,
"vertex_y_coordinate": 0.0,
"vertex_z_coordinate": 0.0
},
{
"vertex_x_coordinate": 0.0,
"vertex_y_coordinate": 0.0,
"vertex_z_coordinate": 0.0
},
{
"vertex_x_coordinate": 0.0,
"vertex_y_coordinate": zone_length,
"vertex_z_coordinate": 0.0
}
],
"zone_name": "office_"+'{:02.0f}'.format(i)
},
# Walls: 0 = up, 1 = right, 2 = down, 3 = left
'wall_0_'+'{:02.0f}'.format(i): {
"surface_type": "Wall",
"vertices": [
{
"vertex_x_coordinate": zone_width,
"vertex_y_coordinate": zone_length,
"vertex_z_coordinate": zone_height
},
{
"vertex_x_coordinate": zone_width,
"vertex_y_coordinate": zone_length,
"vertex_z_coordinate": 0.0
},
{
"vertex_x_coordinate": 0.0,
"vertex_y_coordinate": zone_length,
"vertex_z_coordinate": 0.0
},
{
"vertex_x_coordinate": 0.0,
"vertex_y_coordinate": zone_length,
"vertex_z_coordinate": zone_height
}
],
"zone_name": "office_"+'{:02.0f}'.format(i)
},
"wall_1_"+'{:02.0f}'.format(i): {
"surface_type": "Wall",
"vertices": [
{
"vertex_x_coordinate": zone_width,
"vertex_y_coordinate": 0.0,
"vertex_z_coordinate": zone_height
},
{
"vertex_x_coordinate": zone_width,
"vertex_y_coordinate": 0.0,
"vertex_z_coordinate": 0.0
},
{
"vertex_x_coordinate": zone_width,
"vertex_y_coordinate": zone_length,
"vertex_z_coordinate": 0.0
},
{
"vertex_x_coordinate": zone_width,
"vertex_y_coordinate": zone_length,
"vertex_z_coordinate": zone_height
}
],
"zone_name": "office_"+'{:02.0f}'.format(i)
},
"wall_2_"+'{:02.0f}'.format(i): {
"surface_type": "Wall",
"vertices": [
{
"vertex_x_coordinate": 0.0,
"vertex_y_coordinate": 0.0,
"vertex_z_coordinate": zone_height
},
{
"vertex_x_coordinate": 0.0,
"vertex_y_coordinate": 0.0,
"vertex_z_coordinate": 0.0
},
{
"vertex_x_coordinate": zone_width,
"vertex_y_coordinate": 0.0,
"vertex_z_coordinate": 0.0
},
{
"vertex_x_coordinate": zone_width,
"vertex_y_coordinate": 0.0,
"vertex_z_coordinate": zone_height
}
],
"zone_name": "office_"+'{:02.0f}'.format(i)
},
"wall_3_"+'{:02.0f}'.format(i): {
"surface_type": "Wall",
"vertices": [
{
"vertex_x_coordinate": 0.0,
"vertex_y_coordinate": zone_length,
"vertex_z_coordinate": zone_height
},
{
"vertex_x_coordinate": 0.0,
"vertex_y_coordinate": zone_length,
"vertex_z_coordinate": 0.0
},
{
"vertex_x_coordinate": 0.0,
"vertex_y_coordinate": 0.0,
"vertex_z_coordinate": 0.0
},
{
"vertex_x_coordinate": 0.0,
"vertex_y_coordinate": 0.0,
"vertex_z_coordinate": zone_height
}
],
"zone_name": "office_"+'{:02.0f}'.format(i)
}
})
# Top Condition
if roof: # i >= (n_zones - zones_x_floor):
ceiling_bound = {
"construction_name": "Exterior Roof",
"outside_boundary_condition": "Outdoors",
"sun_exposure": "SunExposed",
"surface_type": "Roof",
"wind_exposure": "WindExposed"
}
else:
ceiling_bound = {
"construction_name": "Interior Ceiling",
"outside_boundary_condition": "Adiabatic",
"sun_exposure": "NoSun",
"surface_type": "Ceiling",
"wind_exposure": "NoWind"
}
# Bottom condition
if ground: # i < zones_x_floor:
floor_bound = {
"construction_name": "Exterior Floor",
"outside_boundary_condition": "OtherSideConditionsModel",
"outside_boundary_condition_object": "GroundCoupledOSCM",
"sun_exposure": "NoSun",
"wind_exposure": "NoWind"
}
else:
floor_bound = {
"construction_name": "Interior Floor",
"sun_exposure": "NoSun",
"wind_exposure": "NoWind",
"outside_boundary_condition": "Adiabatic"
}
# Wall exposition condition
exposed_wall = {
"construction_name": "Exterior Wall",
"outside_boundary_condition": "Outdoors",
"sun_exposure": "SunExposed",
"wind_exposure": "WindExposed"
}
interior_wall = {
"construction_name": "Interior Wall",
"outside_boundary_condition": "Surface",
"sun_exposure": "NoSun",
"wind_exposure": "NoWind"
}
if i%zones_x_floor == zones_x_floor-2 or i%zones_x_floor == zones_x_floor-1:
wall_0_bound = exposed_wall
else:
wall_0_bound = copy.deepcopy(interior_wall)
wall_0_bound.update({
"outside_boundary_condition_object": 'wall_2_'+'{:02.0f}'.format(i+2)
})
if i%2 == 0:
wall_1_bound = copy.deepcopy(interior_wall)
wall_3_bound = exposed_wall
wall_1_bound.update({
"outside_boundary_condition_object": 'wall_corr_'+'{:02.0f}'.format(i)
})
else:
wall_1_bound = exposed_wall
wall_3_bound = copy.deepcopy(interior_wall)
wall_3_bound.update({
"outside_boundary_condition_object": 'wall_corr_'+'{:02.0f}'.format(i)
})
if i%zones_x_floor == 0 or i%zones_x_floor == 1:
wall_2_bound = exposed_wall
else:
wall_2_bound = copy.deepcopy(interior_wall)
wall_2_bound.update({
"outside_boundary_condition_object": 'wall_0_'+'{:02.0f}'.format(i-2)
})
model["BuildingSurface:Detailed"]["ceiling_"+'{:02.0f}'.format(i)].update(ceiling_bound)
model["BuildingSurface:Detailed"]["floor_"+'{:02.0f}'.format(i)].update(floor_bound)
model["BuildingSurface:Detailed"]["wall_0_"+'{:02.0f}'.format(i)].update(wall_0_bound)
model["BuildingSurface:Detailed"]["wall_1_"+'{:02.0f}'.format(i)].update(wall_1_bound)
model["BuildingSurface:Detailed"]["wall_2_"+'{:02.0f}'.format(i)].update(wall_2_bound)
model["BuildingSurface:Detailed"]["wall_3_"+'{:02.0f}'.format(i)].update(wall_3_bound)
for i in range(n_floors):
model["BuildingSurface:Detailed"].update({
# Ceiling
"ceiling_corr_"+'{:02.0f}'.format(i): {
"vertices": [
{
"vertex_x_coordinate": 0.0,
"vertex_y_coordinate": zone_length*zones_in_sequence,
"vertex_z_coordinate": zone_height
},
{
"vertex_x_coordinate": 0.0,
"vertex_y_coordinate": 0.0,
"vertex_z_coordinate": zone_height
},
{
"vertex_x_coordinate": corr_width,
"vertex_y_coordinate": 0.0,
"vertex_z_coordinate": zone_height
},
{
"vertex_x_coordinate": corr_width,
"vertex_y_coordinate": zone_length*zones_in_sequence,
"vertex_z_coordinate": zone_height
}
],
"zone_name": "corridor_"+'{:02.0f}'.format(i)
},
# Floor
"floor_corr_"+'{:02.0f}'.format(i): {
"surface_type": "Floor",
"vertices": [
{
"vertex_x_coordinate": corr_width,
"vertex_y_coordinate": zone_length*zones_in_sequence,
"vertex_z_coordinate": 0.0
},
{
"vertex_x_coordinate": corr_width,
"vertex_y_coordinate": 0.0,
"vertex_z_coordinate": 0.0
},
{
"vertex_x_coordinate": 0.0,
"vertex_y_coordinate": 0.0,
"vertex_z_coordinate": 0.0
},
{
"vertex_x_coordinate": 0.0,
"vertex_y_coordinate": zone_length*zones_in_sequence,
"vertex_z_coordinate": 0.0
}
],
"zone_name": "corridor_"+'{:02.0f}'.format(i)
},
# Walls: 0 = up, 1 = right, 2 = down, 3 = left
'wall_0_corr_'+'{:02.0f}'.format(i): {
"surface_type": "Wall",
"construction_name": "Exterior Wall",
"outside_boundary_condition": "Outdoors",
"sun_exposure": "SunExposed",
"wind_exposure": "WindExposed",
"vertices": [
{
"vertex_x_coordinate": corr_width,
"vertex_y_coordinate": zone_length*zones_in_sequence,
"vertex_z_coordinate": zone_height
},
{
"vertex_x_coordinate": corr_width,
"vertex_y_coordinate": zone_length*zones_in_sequence,
"vertex_z_coordinate": 0.0
},
{
"vertex_x_coordinate": 0.0,
"vertex_y_coordinate": zone_length*zones_in_sequence,
"vertex_z_coordinate": 0.0
},
{
"vertex_x_coordinate": 0.0,
"vertex_y_coordinate": zone_length*zones_in_sequence,
"vertex_z_coordinate": zone_height
}
],
"zone_name": "corridor_"+'{:02.0f}'.format(i)
},
"wall_2_corr_"+'{:02.0f}'.format(i): {
"surface_type": "Wall",
"construction_name": "Exterior Wall",
"outside_boundary_condition": "Outdoors",
"sun_exposure": "SunExposed",
"wind_exposure": "WindExposed",
"vertices": [
{
"vertex_x_coordinate": 0.0,
"vertex_y_coordinate": 0.0,
"vertex_z_coordinate": zone_height
},
{
"vertex_x_coordinate": 0.0,
"vertex_y_coordinate": 0.0,
"vertex_z_coordinate": 0.0
},
{
"vertex_x_coordinate": corr_width,
"vertex_y_coordinate": 0.0,
"vertex_z_coordinate": 0.0
},
{
"vertex_x_coordinate": corr_width,
"vertex_y_coordinate": 0.0,
"vertex_z_coordinate": zone_height
}
],
"zone_name": "corridor_"+'{:02.0f}'.format(i)
}
})
for j in range(zones_in_sequence):
model["BuildingSurface:Detailed"].update({
# wall 1 (right)
"wall_corr_"+'{:02.0f}'.format(i*zones_x_floor+j*2+1): {
"surface_type": "Wall",
"vertices": [
{
"vertex_x_coordinate": corr_width,
"vertex_y_coordinate": zone_length*j,
"vertex_z_coordinate": zone_height
},
{
"vertex_x_coordinate": corr_width,
"vertex_y_coordinate": zone_length*j,
"vertex_z_coordinate": 0.0
},
{
"vertex_x_coordinate": corr_width,
"vertex_y_coordinate": zone_length*(j+1),
"vertex_z_coordinate": 0.0
},
{
"vertex_x_coordinate": corr_width,
"vertex_y_coordinate": zone_length*(j+1),
"vertex_z_coordinate": zone_height
}
],
"zone_name": "corridor_"+'{:02.0f}'.format(i),
"construction_name": "Interior Wall",
"outside_boundary_condition": "Surface",
"outside_boundary_condition_object": 'wall_3_'+'{:02.0f}'.format(i*zones_x_floor+j*2+1),
"sun_exposure": "NoSun",
"wind_exposure": "NoWind"
},
# wall 3 (left)
"wall_corr_"+'{:02.0f}'.format(i*zones_x_floor+j*2): {
"surface_type": "Wall",
"vertices": [
{
"vertex_x_coordinate": 0,
"vertex_y_coordinate": zone_length*(j+1),
"vertex_z_coordinate": zone_height
},
{
"vertex_x_coordinate": 0,
"vertex_y_coordinate": zone_length*(j+1),
"vertex_z_coordinate": 0.0
},
{
"vertex_x_coordinate": 0,
"vertex_y_coordinate": zone_length*j,
"vertex_z_coordinate": 0.0
},
{
"vertex_x_coordinate": 0,
"vertex_y_coordinate": zone_length*j,
"vertex_z_coordinate": zone_height
}
],
"zone_name": "corridor_"+'{:02.0f}'.format(i),
"construction_name": "Interior Wall",
"outside_boundary_condition": "Surface",
"outside_boundary_condition_object": 'wall_1_'+'{:02.0f}'.format(i*zones_x_floor+j*2),
"sun_exposure": "NoSun",
"wind_exposure": "NoWind"
},
})
# Top Condition
if roof: # if i == n_floors-1:
ceiling_bound = {
"construction_name": "Exterior Roof",
"outside_boundary_condition": "Outdoors",
"sun_exposure": "SunExposed",
"surface_type": "Roof",
"wind_exposure": "WindExposed"
}
else:
ceiling_bound = {
"construction_name": "Interior Ceiling",
"outside_boundary_condition": "Adiabatic",
"sun_exposure": "NoSun",
"surface_type": "Ceiling",
"wind_exposure": "NoWind"
}
# Bottom condition
if ground: # if i == 0:
floor_bound = {
"construction_name": "Exterior Floor",
"outside_boundary_condition": "OtherSideConditionsModel",
"outside_boundary_condition_object": "GroundCoupledOSCM",
"sun_exposure": "NoSun",
"wind_exposure": "NoWind"
}
with open('modelo_preliminar/solo.epJSON', 'r') as file:
soil = json.loads(file.read())
model.update(soil)
else:
floor_bound = {
"construction_name": "Interior Floor",
"sun_exposure": "NoSun",
"wind_exposure": "NoWind",
"outside_boundary_condition": "Adiabatic"
}
model["BuildingSurface:Detailed"]["ceiling_corr_"+'{:02.0f}'.format(i)].update(ceiling_bound)
model["BuildingSurface:Detailed"]["floor_corr_"+'{:02.0f}'.format(i)].update(floor_bound)
for obj in model["BuildingSurface:Detailed"]:
model["BuildingSurface:Detailed"][obj].update({
"idf_max_extensible_fields": 12,
"idf_max_fields": 22
})
# FenestrationSurdace:Detailed --------------------
open_fac_i = 0
surface_n = 1
if afn:
model["AirflowNetwork:MultiZone:Surface"] = {}
model["FenestrationSurface:Detailed"] = {}
for i in range(n_zones):
wwr = float(zone_feat['wwr'][i])
window_z1 = zone_height*(1-wwr)*.5
window_z2 = window_z1+(zone_height*wwr)
if i%zones_x_floor == zones_x_floor-2: # upper left corner
door_1 = True
model["FenestrationSurface:Detailed"].update({
"window_3_"+'{:02.0f}'.format(i): {
"building_surface_name": "wall_3_"+'{:02.0f}'.format(i),
"construction_name":"glass_construction_office_"+'{:02.0f}'.format(i),
"number_of_vertices": 4.0,
"surface_type": "Window",
"vertex_1_x_coordinate": 0,
"vertex_1_y_coordinate": window_y2,
"vertex_1_z_coordinate": window_z2,
"vertex_2_x_coordinate": 0,
"vertex_2_y_coordinate": window_y2,
"vertex_2_z_coordinate": window_z1,
"vertex_3_x_coordinate": 0,
"vertex_3_y_coordinate": window_y1,
"vertex_3_z_coordinate": window_z1,
"vertex_4_x_coordinate": 0,
"vertex_4_y_coordinate": window_y1,
"vertex_4_z_coordinate": window_z2
}
})
if corner_window == True:
model["FenestrationSurface:Detailed"].update({
"window_0_"+'{:02.0f}'.format(i): {
"building_surface_name": "wall_0_"+'{:02.0f}'.format(i),
"construction_name": "glass_construction_office_"+'{:02.0f}'.format(i),
"number_of_vertices": 4.0,
"surface_type": "Window",
"vertex_1_x_coordinate": window_x2,
"vertex_1_y_coordinate": zone_length,
"vertex_1_z_coordinate": window_z2,
"vertex_2_x_coordinate": window_x2,
"vertex_2_y_coordinate": zone_length,
"vertex_2_z_coordinate": window_z1,
"vertex_3_x_coordinate": window_x1,
"vertex_3_y_coordinate": zone_length,
"vertex_3_z_coordinate": window_z1,
"vertex_4_x_coordinate": window_x1,
"vertex_4_y_coordinate": zone_length,
"vertex_4_z_coordinate": window_z2
}
})
if afn:
model["AirflowNetwork:MultiZone:Surface"]["AirflowNetwork:MultiZone:Surface "+str(surface_n)] = afn_surface("window_0_"+'{:02.0f}'.format(i), float(zone_feat['open_fac'][open_fac_i]))
surface_n +=1
if afn:
model["AirflowNetwork:MultiZone:Surface"]["AirflowNetwork:MultiZone:Surface "+str(surface_n)] = afn_surface("window_3_"+'{:02.0f}'.format(i), float(zone_feat['open_fac'][open_fac_i]))
open_fac_i += 1
surface_n +=1
elif i%zones_x_floor == 1: # lower right corner
door_1 = False
model["FenestrationSurface:Detailed"].update({
"window_1_"+'{:02.0f}'.format(i): {
"building_surface_name": "wall_1_"+'{:02.0f}'.format(i),
"construction_name": "glass_construction_office_"+'{:02.0f}'.format(i),
"number_of_vertices": 4.0,
"surface_type": "Window",
"vertex_1_x_coordinate": zone_width,
"vertex_1_y_coordinate": window_y1,
"vertex_1_z_coordinate": window_z2,
"vertex_2_x_coordinate": zone_width,
"vertex_2_y_coordinate": window_y1,
"vertex_2_z_coordinate": window_z1,
"vertex_3_x_coordinate": zone_width,
"vertex_3_y_coordinate": window_y2,
"vertex_3_z_coordinate": window_z1,
"vertex_4_x_coordinate": zone_width,
"vertex_4_y_coordinate": window_y2,
"vertex_4_z_coordinate": window_z2
}
})
if corner_window == True:
model["FenestrationSurface:Detailed"].update({
"window_2_"+'{:02.0f}'.format(i): {
"building_surface_name": "wall_2_"+'{:02.0f}'.format(i),
"construction_name": "glass_construction_office_"+'{:02.0f}'.format(i),
"number_of_vertices": 4.0,
"surface_type": "Window",
"vertex_1_x_coordinate": window_x1,
"vertex_1_y_coordinate": 0,
"vertex_1_z_coordinate": window_z2,
"vertex_2_x_coordinate": window_x1,
"vertex_2_y_coordinate": 0,
"vertex_2_z_coordinate": window_z1,
"vertex_3_x_coordinate": window_x2,
"vertex_3_y_coordinate": 0,
"vertex_3_z_coordinate": window_z1,
"vertex_4_x_coordinate": window_x2,
"vertex_4_y_coordinate": 0,
"vertex_4_z_coordinate": window_z2
}
})
if afn:
model["AirflowNetwork:MultiZone:Surface"]["AirflowNetwork:MultiZone:Surface "+str(surface_n)] = afn_surface("window_2_"+'{:02.0f}'.format(i), float(zone_feat['open_fac'][open_fac_i]))
surface_n +=1
if afn:
model["AirflowNetwork:MultiZone:Surface"]["AirflowNetwork:MultiZone:Surface "+str(surface_n)] = afn_surface("window_1_"+'{:02.0f}'.format(i), float(zone_feat['open_fac'][open_fac_i]))
open_fac_i += 1
surface_n += 1
elif i%zones_x_floor == zones_x_floor-1: # upper right corner
door_1 = False
model["FenestrationSurface:Detailed"].update({
"window_1_"+'{:02.0f}'.format(i): {
"building_surface_name": "wall_1_"+'{:02.0f}'.format(i),
"construction_name": "glass_construction_office_"+'{:02.0f}'.format(i),
"number_of_vertices": 4.0,
"surface_type": "Window",
"vertex_1_x_coordinate": zone_width,
"vertex_1_y_coordinate": window_y1,
"vertex_1_z_coordinate": window_z2,
"vertex_2_x_coordinate": zone_width,
"vertex_2_y_coordinate": window_y1,
"vertex_2_z_coordinate": window_z1,
"vertex_3_x_coordinate": zone_width,
"vertex_3_y_coordinate": window_y2,
"vertex_3_z_coordinate": window_z1,
"vertex_4_x_coordinate": zone_width,
"vertex_4_y_coordinate": window_y2,
"vertex_4_z_coordinate": window_z2
}
})
if corner_window == True:
model["FenestrationSurface:Detailed"].update({
"window_0_"+'{:02.0f}'.format(i): {
"building_surface_name": "wall_0_"+'{:02.0f}'.format(i),
"construction_name": "glass_construction_office_"+'{:02.0f}'.format(i),
"number_of_vertices": 4.0,
"surface_type": "Window",
"vertex_1_x_coordinate": window_x2,
"vertex_1_y_coordinate": zone_length,
"vertex_1_z_coordinate": window_z2,
"vertex_2_x_coordinate": window_x2,
"vertex_2_y_coordinate": zone_length,
"vertex_2_z_coordinate": window_z1,
"vertex_3_x_coordinate": window_x1,
"vertex_3_y_coordinate": zone_length,
"vertex_3_z_coordinate": window_z1,
"vertex_4_x_coordinate": window_x1,
"vertex_4_y_coordinate": zone_length,
"vertex_4_z_coordinate": window_z2
}
})
if afn:
model["AirflowNetwork:MultiZone:Surface"]["AirflowNetwork:MultiZone:Surface "+str(surface_n)] = afn_surface("window_0_"+'{:02.0f}'.format(i), float(zone_feat['open_fac'][open_fac_i]))
surface_n +=1
if afn:
model["AirflowNetwork:MultiZone:Surface"]["AirflowNetwork:MultiZone:Surface "+str(surface_n)] = afn_surface("window_1_"+'{:02.0f}'.format(i), float(zone_feat['open_fac'][open_fac_i]))
open_fac_i += 1
surface_n += 1
elif i%zones_x_floor == 0: # lower left corner
door_1 = True
model["FenestrationSurface:Detailed"].update({
"window_3_"+'{:02.0f}'.format(i): {
"building_surface_name": "wall_3_"+'{:02.0f}'.format(i),
"construction_name": "glass_construction_office_"+'{:02.0f}'.format(i),
"number_of_vertices": 4.0,
"surface_type": "Window",
"vertex_1_x_coordinate": 0,
"vertex_1_y_coordinate": window_y2,
"vertex_1_z_coordinate": window_z2,
"vertex_2_x_coordinate": 0,
"vertex_2_y_coordinate": window_y2,
"vertex_2_z_coordinate": window_z1,
"vertex_3_x_coordinate": 0,
"vertex_3_y_coordinate": window_y1,
"vertex_3_z_coordinate": window_z1,
"vertex_4_x_coordinate": 0,
"vertex_4_y_coordinate": window_y1,
"vertex_4_z_coordinate": window_z2
}
})
if corner_window == True:
model["FenestrationSurface:Detailed"].update({
"window_2_"+'{:02.0f}'.format(i): {
"building_surface_name": "wall_2_"+'{:02.0f}'.format(i),
"construction_name": "glass_construction_office_"+'{:02.0f}'.format(i),
"number_of_vertices": 4.0,
"surface_type": "Window",
"vertex_1_x_coordinate": window_x1,
"vertex_1_y_coordinate": 0,
"vertex_1_z_coordinate": window_z2,
"vertex_2_x_coordinate": window_x1,
"vertex_2_y_coordinate": 0,
"vertex_2_z_coordinate": window_z1,
"vertex_3_x_coordinate": window_x2,
"vertex_3_y_coordinate": 0,
"vertex_3_z_coordinate": window_z1,
"vertex_4_x_coordinate": window_x2,
"vertex_4_y_coordinate": 0,
"vertex_4_z_coordinate": window_z2
}
})
if afn:
model["AirflowNetwork:MultiZone:Surface"]["AirflowNetwork:MultiZone:Surface "+str(surface_n+1)] = afn_surface("window_2_"+'{:02.0f}'.format(i), float(zone_feat['open_fac'][open_fac_i]))
surface_n +=1
if afn:
model["AirflowNetwork:MultiZone:Surface"]["AirflowNetwork:MultiZone:Surface "+str(surface_n)] = afn_surface("window_3_"+'{:02.0f}'.format(i), float(zone_feat['open_fac'][open_fac_i]))
open_fac_i += 1
surface_n += 1
elif i%2 == 0: # left middle
door_1 = True
model["FenestrationSurface:Detailed"].update({
"window_3_"+'{:02.0f}'.format(i): {
"building_surface_name": "wall_3_"+'{:02.0f}'.format(i),
"construction_name": "glass_construction_office_"+'{:02.0f}'.format(i),
"number_of_vertices": 4.0,
"surface_type": "Window",
"vertex_1_x_coordinate": 0,
"vertex_1_y_coordinate": window_y2,
"vertex_1_z_coordinate": window_z2,
"vertex_2_x_coordinate": 0,
"vertex_2_y_coordinate": window_y2,
"vertex_2_z_coordinate": window_z1,
"vertex_3_x_coordinate": 0,
"vertex_3_y_coordinate": window_y1,
"vertex_3_z_coordinate": window_z1,
"vertex_4_x_coordinate": 0,
"vertex_4_y_coordinate": window_y1,
"vertex_4_z_coordinate": window_z2
}
})
if afn:
model["AirflowNetwork:MultiZone:Surface"]["AirflowNetwork:MultiZone:Surface "+str(surface_n)] = afn_surface("window_3_"+'{:02.0f}'.format(i), float(zone_feat['open_fac'][open_fac_i]))
open_fac_i += 1
surface_n += 1
else: # right middle
door_1 = False
model["FenestrationSurface:Detailed"].update({
"window_1_"+'{:02.0f}'.format(i): {
"building_surface_name": "wall_1_"+'{:02.0f}'.format(i),
"construction_name": "glass_construction_office_"+'{:02.0f}'.format(i),
"number_of_vertices": 4.0,
"surface_type": "Window",
"vertex_1_x_coordinate": zone_width,
"vertex_1_y_coordinate": window_y1,
"vertex_1_z_coordinate": window_z2,
"vertex_2_x_coordinate": zone_width,
"vertex_2_y_coordinate": window_y1,
"vertex_2_z_coordinate": window_z1,
"vertex_3_x_coordinate": zone_width,
"vertex_3_y_coordinate": window_y2,
"vertex_3_z_coordinate": window_z1,
"vertex_4_x_coordinate": zone_width,
"vertex_4_y_coordinate": window_y2,
"vertex_4_z_coordinate": window_z2
}
})
if afn:
model["AirflowNetwork:MultiZone:Surface"]["AirflowNetwork:MultiZone:Surface "+str(surface_n)] = afn_surface("window_1_"+'{:02.0f}'.format(i), float(zone_feat['open_fac'][open_fac_i]))
open_fac_i += 1
surface_n += 1
if door_1:
# check if door is on wall 1 or 3
model["FenestrationSurface:Detailed"].update({
"door_"+'{:02.0f}'.format(i): {
"building_surface_name": "wall_1_"+'{:02.0f}'.format(i),