import logging
from pyidf import ValidationLevel
import pyidf
from pyidf.idf import IDF
idf_file_path = r"Exercise1A.idf"
if __name__ == '__main__':
logging.info("start")
pyidf.validation_level = ValidationLevel.transition
idf = IDF()
obj1 = IDF._create_datadict("Version")
obj1["Version Identifier"] = "8.4"
idf.add(obj1)
obj2 = IDF._create_datadict("Building")
obj2["Name"] = "Exercise 1A"
obj2["North Axis"] = 0.0
obj2["Terrain"] = "Country"
obj2["Loads Convergence Tolerance Value"] = 0.04
obj2["Temperature Convergence Tolerance Value"] = 0.4
obj2["Solar Distribution"] = "FullInteriorAndExterior"
obj2["Maximum Number of Warmup Days"] = None
obj2["Minimum Number of Warmup Days"] = 6
idf.add(obj2)
obj3 = IDF._create_datadict("Timestep")
obj3["Number of Timesteps per Hour"] = 4
import logging
from pyidf import ValidationLevel
import pyidf
from pyidf.idf import IDF
idf_file_path = r"Exercise1A.idf"
if __name__ == '__main__':
logging.info("start")
pyidf.validation_level = ValidationLevel.transition
idf = IDF()
{%- for obj in objs %}
{% set outer_loop = loop %}
obj{{loop.index}} = IDF._create_datadict("{{obj.dd_name}}")
{%- for field in obj['dd-fields'] %}
obj{{outer_loop.index}}["{{field[0]}}"] = {{ field[1] }}
{%- endfor %}
{%- for ext in obj['extensible-fields'] %}
{%- if ext|count > 0 %}
obj{{outer_loop.index}}.add_extensible({{ext}})
{%- endif %}
{%- endfor %}
idf.add(obj{{outer_loop.index}})
{% endfor %}
idf.save(idf_file_path)
def main(shell_depth=5,
ceiling_height=3,
building_xlen=20,
building_ratio=1,
wwr=.25,
boundaries='bot',
shading=0,
hpav=0,
azimuth=0,
output='output.idf',
path='C:/Users/Marcelo/gits/idf_generator',
input="seed.idf"):
os.chdir(path)
idf = IDF(input)
# Passar as variaveis numericas pra float soh pra garantir
shell_depth = float(shell_depth)
building_xlen = float(building_xlen)
building_ratio = float(building_ratio)
building_ylen = building_xlen * building_ratio
ceiling_height = float(ceiling_height)
hpav = float(hpav)
azimuth = float(azimuth)
wwr = float(wwr)
shading = float(shading)
#variaveis dependentes
window_z1 = ceiling_height * (1 - wwr) / 2
window_z2 = window_z1 + (ceiling_height * wwr)
window_x1 = building_xlen * .001
window_x2 = building_xlen * .999
window_y1 = building_ylen * .001
window_y2 = building_ylen * .999
#Lista das Zones
Zones = dict()
Zones['Name'] = ['PZ1', 'PZ2', 'PZ3', 'PZ4', 'CORE']
#x,y,z das Zones
Zones['X'] = [0, 0, building_xlen, building_xlen, shell_depth]
Zones['Y'] = [building_ylen, 0, 0, building_ylen, shell_depth]
Zones['Z'] = [hpav, hpav, hpav, hpav, hpav]
#Surfaces
BldgSurface = dict()
BldgSurface['Name'] = []
BldgSurface['SurfaceType'] = []
BldgSurface['ConstructionName'] = []
BldgSurface['ZoneName'] = []
BldgSurface['OutsideBoundaryCond'] = []
BldgSurface['OutsideBoundryCondObj'] = []
BldgSurface['SunExposure'] = []
BldgSurface['WindExposure'] = []
BldgSurface['V1x'] = []
BldgSurface['V1y'] = []
BldgSurface['V1z'] = []
BldgSurface['V2x'] = []
BldgSurface['V2y'] = []
BldgSurface['V2z'] = []
BldgSurface['V3x'] = []
BldgSurface['V3y'] = []
BldgSurface['V3z'] = []
BldgSurface['V4x'] = []
BldgSurface['V4y'] = []
BldgSurface['V4z'] = []
#### PZ (Perimetral Zones) ####
# PZ1 -------------------------------------------
#Order Always: Floor, Ceiling, 1, 2, 3, 4
BldgSurface['Name'].append('Floor_' + Zones['Name'][0])
BldgSurface['Name'].append('Ceiling_' + Zones['Name'][0])
BldgSurface['Name'].append('Wall1_' + Zones['Name'][0])
BldgSurface['Name'].append('Wall2_' + Zones['Name'][0])
BldgSurface['Name'].append('Wall3_' + Zones['Name'][0])
BldgSurface['Name'].append('Wall4_' + Zones['Name'][0])
BldgSurface['SurfaceType'].append('Floor')
if boundaries == 'top' or boundaries == 'exp':
BldgSurface['SurfaceType'].append('Roof')
else:
BldgSurface['SurfaceType'].append('Ceiling')
for j in range(4):
BldgSurface['SurfaceType'].append('Wall')
# Se for o mesmo construction, nao precisa
if boundaries == 'bot' or boundaries == 'exp' or boundaries == 'pex' or boundaries == 'pad':
BldgSurface['ConstructionName'].append('@@floor@@')
else:
BldgSurface['ConstructionName'].append('Interior Floor')
if boundaries == 'top' or boundaries == 'exp':
BldgSurface['ConstructionName'].append('@@roof@@')
else:
BldgSurface['ConstructionName'].append('InteriorCeiling')
for j in range(6):
BldgSurface['ZoneName'].append(Zones['Name'][0])
BldgSurface['ConstructionName'].append('@@paredeexterna@@')
BldgSurface['ConstructionName'].append('Parede Interna')
BldgSurface['ConstructionName'].append('Parede Interna')
BldgSurface['ConstructionName'].append('Parede Interna')
# PZ2 -------------------------------------------
BldgSurface['Name'].append('Floor_' + Zones['Name'][1])
BldgSurface['Name'].append('Ceiling_' + Zones['Name'][1])
BldgSurface['Name'].append('Wall1_' + Zones['Name'][1])
BldgSurface['Name'].append('Wall2_' + Zones['Name'][1])
BldgSurface['Name'].append('Wall3_' + Zones['Name'][1])
BldgSurface['Name'].append('Wall4_' + Zones['Name'][1])
BldgSurface['SurfaceType'].append('Floor')
if boundaries == 'top' or boundaries == 'exp':
BldgSurface['SurfaceType'].append('Roof')
else:
BldgSurface['SurfaceType'].append('Ceiling')
for j in range(4):
BldgSurface['SurfaceType'].append('Wall')
# Se for o mesmo construction, nao precisa
if boundaries == 'bot' or boundaries == 'exp' or boundaries == 'pex' or boundaries == 'pad':
BldgSurface['ConstructionName'].append('@@floor@@')
else:
BldgSurface['ConstructionName'].append('Interior Floor')
if boundaries == 'top' or boundaries == 'exp':
BldgSurface['ConstructionName'].append('@@roof@@')
else:
BldgSurface['ConstructionName'].append('InteriorCeiling')
for j in range(6):
BldgSurface['ZoneName'].append(Zones['Name'][1])
BldgSurface['ConstructionName'].append('@@paredeexterna@@')
BldgSurface['ConstructionName'].append('Parede Interna')
BldgSurface['ConstructionName'].append('Parede Interna')
BldgSurface['ConstructionName'].append('Parede Interna')
# PZ3 -------------------------------------------
BldgSurface['Name'].append('Floor_' + Zones['Name'][2])
BldgSurface['Name'].append('Ceiling_' + Zones['Name'][2])
BldgSurface['Name'].append('Wall1_' + Zones['Name'][2])
BldgSurface['Name'].append('Wall2_' + Zones['Name'][2])
BldgSurface['Name'].append('Wall3_' + Zones['Name'][2])
BldgSurface['Name'].append('Wall4_' + Zones['Name'][2])
BldgSurface['SurfaceType'].append('Floor')
if boundaries == 'top' or boundaries == 'exp':
BldgSurface['SurfaceType'].append('Roof')
else:
BldgSurface['SurfaceType'].append('Ceiling')
for j in range(4):
BldgSurface['SurfaceType'].append('Wall')
# Se for o mesmo construction, nao precisa
if boundaries == 'bot' or boundaries == 'exp' or boundaries == 'pex' or boundaries == 'pad':
BldgSurface['ConstructionName'].append('@@floor@@')
else:
BldgSurface['ConstructionName'].append('Interior Floor')
if boundaries == 'top' or boundaries == 'exp':
BldgSurface['ConstructionName'].append('@@roof@@')
else:
BldgSurface['ConstructionName'].append('InteriorCeiling')
for j in range(6):
BldgSurface['ZoneName'].append(Zones['Name'][2])
BldgSurface['ConstructionName'].append('@@paredeexterna@@')
BldgSurface['ConstructionName'].append('Parede Interna')
BldgSurface['ConstructionName'].append('Parede Interna')
BldgSurface['ConstructionName'].append('Parede Interna')
# PZ4 -------------------------------------------
BldgSurface['Name'].append('Floor_' + Zones['Name'][3])
BldgSurface['Name'].append('Ceiling_' + Zones['Name'][3])
BldgSurface['Name'].append('Wall1_' + Zones['Name'][3])
BldgSurface['Name'].append('Wall2_' + Zones['Name'][3])
BldgSurface['Name'].append('Wall3_' + Zones['Name'][3])
BldgSurface['Name'].append('Wall4_' + Zones['Name'][3])
BldgSurface['SurfaceType'].append('Floor')
if boundaries == 'top' or boundaries == 'exp':
BldgSurface['SurfaceType'].append('Roof')
else:
BldgSurface['SurfaceType'].append('Ceiling')
for j in range(4):
BldgSurface['SurfaceType'].append('Wall')
# Se for o mesmo construction, nao precisa
if boundaries == 'bot' or boundaries == 'exp' or boundaries == 'pex' or boundaries == 'pad':
BldgSurface['ConstructionName'].append('@@floor@@')
else:
BldgSurface['ConstructionName'].append('Interior Floor')
if boundaries == 'top' or boundaries == 'exp':
BldgSurface['ConstructionName'].append('@@roof@@')
else:
BldgSurface['ConstructionName'].append('InteriorCeiling')
for j in range(6):
BldgSurface['ZoneName'].append(Zones['Name'][3])
BldgSurface['ConstructionName'].append('@@paredeexterna@@')
BldgSurface['ConstructionName'].append('Parede Interna')
BldgSurface['ConstructionName'].append('Parede Interna')
BldgSurface['ConstructionName'].append('Parede Interna')
# CORE --------------------------------------------------------
BldgSurface['Name'].append('Floor_' + Zones['Name'][4])
BldgSurface['Name'].append('Ceiling_' + Zones['Name'][4])
BldgSurface['Name'].append('Wall1_' + Zones['Name'][4])
BldgSurface['Name'].append('Wall2_' + Zones['Name'][4])
BldgSurface['Name'].append('Wall3_' + Zones['Name'][4])
BldgSurface['Name'].append('Wall4_' + Zones['Name'][4])
BldgSurface['SurfaceType'].append('Floor')
if boundaries == 'top' or boundaries == 'exp' or boundaries == 'pex':
BldgSurface['SurfaceType'].append('Roof')
else:
BldgSurface['SurfaceType'].append('Ceiling')
for j in range(6):
BldgSurface['SurfaceType'].append('Wall')
# Se for o mesmo construction, nao precisa
if boundaries == 'bot' or boundaries == 'exp' or boundaries == 'pex' or boundaries == 'pad':
BldgSurface['ConstructionName'].append('@@floor@@')
else:
BldgSurface['ConstructionName'].append('Interior Floor')
if boundaries == 'top' or boundaries == 'exp':
BldgSurface['ConstructionName'].append('@@roof@@')
else:
BldgSurface['ConstructionName'].append('InteriorCeiling')
for j in range(6):
BldgSurface['ZoneName'].append(Zones['Name'][4])
BldgSurface['ConstructionName'].append('Parede Interna')
BldgSurface['ConstructionName'].append('Parede Interna')
BldgSurface['ConstructionName'].append('Parede Interna')
BldgSurface['ConstructionName'].append('Parede Interna')
#ALL ZONES... ------------------------------------------
if boundaries == 'exp':
floor = 'Ground'
ceiling = 'Outdoors'
elif boundaries == 'bot':
floor = 'Ground'
ceiling = 'Adiabatic'
elif boundaries == 'mid':
floor = 'Adiabatic'
ceiling = 'Adiabatic'
elif boundaries == 'top':
floor = 'Adiabatic'
ceiling = 'Outdoors'
elif boundaries == 'pex':
floor = 'Outdoors'
ceiling = 'Outdoors'
elif boundaries == 'pad':
floor = 'Outdoors'
ceiling = 'Adiabatic'
else:
print('The code ' + str(boundaries) + ' is not valid.')
BldgSurface['OutsideBoundaryCond'] += [
floor, ceiling, 'Outdoors', 'Surface', 'Surface', 'Surface', floor,
ceiling, 'Outdoors', 'Surface', 'Surface', 'Surface', floor, ceiling,
'Outdoors', 'Surface', 'Surface', 'Surface', floor, ceiling,
'Outdoors', 'Surface', 'Surface', 'Surface', floor, ceiling, 'Surface',
'Surface', 'Surface', 'Surface'
]
BldgSurface['OutsideBoundryCondObj'] += [
'', '', '', 'Wall4_PZ2', 'Wall1_CORE', 'Wall2_PZ4', '', '', '',
'Wall4_PZ3', 'Wall2_CORE', 'Wall2_PZ1', '', '', '', 'Wall4_PZ4',
'Wall3_CORE', 'Wall2_PZ2', '', '', '', 'Wall4_PZ1', 'Wall4_CORE',
'Wall2_PZ3', '', '', 'Wall3_PZ1', 'Wall3_PZ2', 'Wall3_PZ3', 'Wall3_PZ4'
]
for i in range(len(BldgSurface['OutsideBoundaryCond'])):
if boundaries != 'pex' or boundaries != 'pad':
if BldgSurface['OutsideBoundaryCond'][i] == 'Outdoors':
BldgSurface['SunExposure'].append('SunExposed')
BldgSurface['WindExposure'].append('WindExposed')
else:
BldgSurface['SunExposure'].append('NoSun')
BldgSurface['WindExposure'].append('NoWind')
else:
if BldgSurface['SurfaceType'][i] == 'Floor':
BldgSurface['SunExposure'].append('NoSun')
BldgSurface['WindExposure'].append('WindExposed')
else:
if BldgSurface['OutsideBoundaryCond'][i] == 'Outdoors':
BldgSurface['SunExposure'].append('SunExposed')
BldgSurface['WindExposure'].append('WindExposed')
else:
BldgSurface['SunExposure'].append('NoSun')
BldgSurface['WindExposure'].append('NoWind')
# Geometry -----------------------------------------------
## PZ1
#Floor
BldgSurface['V1x'].append(building_xlen)
BldgSurface['V1y'].append(0)
BldgSurface['V1z'].append(0)
BldgSurface['V2x'].append(building_xlen - shell_depth)
BldgSurface['V2y'].append(-shell_depth)
BldgSurface['V2z'].append(0)
BldgSurface['V3x'].append(shell_depth)
BldgSurface['V3y'].append(-shell_depth)
BldgSurface['V3z'].append(0)
BldgSurface['V4x'].append(0)
BldgSurface['V4y'].append(0)
BldgSurface['V4z'].append(0)
#Ceiling
BldgSurface['V1x'].append(0)
BldgSurface['V1y'].append(0)
BldgSurface['V1z'].append(ceiling_height)
BldgSurface['V2x'].append(shell_depth)
BldgSurface['V2y'].append(-shell_depth)
BldgSurface['V2z'].append(ceiling_height)
BldgSurface['V3x'].append(building_xlen - shell_depth)
BldgSurface['V3y'].append(-shell_depth)
BldgSurface['V3z'].append(ceiling_height)
BldgSurface['V4x'].append(building_xlen)
BldgSurface['V4y'].append(0)
BldgSurface['V4z'].append(ceiling_height)
#Wall1
BldgSurface['V1x'].append(building_xlen)
BldgSurface['V1y'].append(0)
BldgSurface['V1z'].append(ceiling_height)
BldgSurface['V2x'].append(building_xlen)
BldgSurface['V2y'].append(0)
BldgSurface['V2z'].append(0)
BldgSurface['V3x'].append(0)
BldgSurface['V3y'].append(0)
BldgSurface['V3z'].append(0)
BldgSurface['V4x'].append(0)
BldgSurface['V4y'].append(0)
BldgSurface['V4z'].append(ceiling_height)
#Wall2
BldgSurface['V1x'].append(0)
BldgSurface['V1y'].append(0)
BldgSurface['V1z'].append(ceiling_height)
BldgSurface['V2x'].append(0)
BldgSurface['V2y'].append(0)
BldgSurface['V2z'].append(0)
BldgSurface['V3x'].append(shell_depth)
BldgSurface['V3y'].append(-shell_depth)
BldgSurface['V3z'].append(0)
BldgSurface['V4x'].append(shell_depth)
BldgSurface['V4y'].append(-shell_depth)
BldgSurface['V4z'].append(ceiling_height)
#Wall3
BldgSurface['V1x'].append(shell_depth)
BldgSurface['V1y'].append(-shell_depth)
BldgSurface['V1z'].append(ceiling_height)
BldgSurface['V2x'].append(shell_depth)
BldgSurface['V2y'].append(-shell_depth)
BldgSurface['V2z'].append(0)
BldgSurface['V3x'].append(building_xlen - shell_depth)
BldgSurface['V3y'].append(-shell_depth)
BldgSurface['V3z'].append(0)
BldgSurface['V4x'].append(building_xlen - shell_depth)
BldgSurface['V4y'].append(-shell_depth)
BldgSurface['V4z'].append(ceiling_height)
#Wall4
BldgSurface['V1x'].append(building_xlen - shell_depth)
BldgSurface['V1y'].append(-shell_depth)
BldgSurface['V1z'].append(ceiling_height)
BldgSurface['V2x'].append(building_xlen - shell_depth)
BldgSurface['V2y'].append(-shell_depth)
BldgSurface['V2z'].append(0)
BldgSurface['V3x'].append(building_xlen)
BldgSurface['V3y'].append(0)
BldgSurface['V3z'].append(0)
BldgSurface['V4x'].append(building_xlen)
BldgSurface['V4y'].append(0)
BldgSurface['V4z'].append(ceiling_height)
## PZ2
#Floor
BldgSurface['V1x'].append(0)
BldgSurface['V1y'].append(building_ylen)
BldgSurface['V1z'].append(0)
BldgSurface['V2x'].append(shell_depth)
BldgSurface['V2y'].append(building_ylen - shell_depth)
BldgSurface['V2z'].append(0)
BldgSurface['V3x'].append(shell_depth)
BldgSurface['V3y'].append(shell_depth)
BldgSurface['V3z'].append(0)
BldgSurface['V4x'].append(0)
BldgSurface['V4y'].append(0)
BldgSurface['V4z'].append(0)
#Ceiling
BldgSurface['V1x'].append(0)
BldgSurface['V1y'].append(0)
BldgSurface['V1z'].append(ceiling_height)
BldgSurface['V2x'].append(shell_depth)
BldgSurface['V2y'].append(shell_depth)
BldgSurface['V2z'].append(ceiling_height)
BldgSurface['V3x'].append(shell_depth)
BldgSurface['V3y'].append(building_ylen - shell_depth)
BldgSurface['V3z'].append(ceiling_height)
BldgSurface['V4x'].append(0)
BldgSurface['V4y'].append(building_ylen)
BldgSurface['V4z'].append(ceiling_height)
#Wall1
BldgSurface['V1x'].append(0)
BldgSurface['V1y'].append(building_ylen)
BldgSurface['V1z'].append(ceiling_height)
BldgSurface['V2x'].append(0)
BldgSurface['V2y'].append(building_ylen)
BldgSurface['V2z'].append(0)
BldgSurface['V3x'].append(0)
BldgSurface['V3y'].append(0)
BldgSurface['V3z'].append(0)
BldgSurface['V4x'].append(0)
BldgSurface['V4y'].append(0)
BldgSurface['V4z'].append(ceiling_height)
#Wall2
BldgSurface['V1x'].append(0)
BldgSurface['V1y'].append(0)
BldgSurface['V1z'].append(ceiling_height)
BldgSurface['V2x'].append(0)
BldgSurface['V2y'].append(0)
BldgSurface['V2z'].append(0)
BldgSurface['V3x'].append(shell_depth)
BldgSurface['V3y'].append(shell_depth)
BldgSurface['V3z'].append(0)
BldgSurface['V4x'].append(shell_depth)
BldgSurface['V4y'].append(shell_depth)
BldgSurface['V4z'].append(ceiling_height)
#Wall3
BldgSurface['V1x'].append(shell_depth)
BldgSurface['V1y'].append(shell_depth)
BldgSurface['V1z'].append(ceiling_height)
BldgSurface['V2x'].append(shell_depth)
BldgSurface['V2y'].append(shell_depth)
BldgSurface['V2z'].append(0)
BldgSurface['V3x'].append(shell_depth)
BldgSurface['V3y'].append(building_ylen - shell_depth)
BldgSurface['V3z'].append(0)
BldgSurface['V4x'].append(shell_depth)
BldgSurface['V4y'].append(building_ylen - shell_depth)
BldgSurface['V4z'].append(ceiling_height)
#Wall4
BldgSurface['V1x'].append(shell_depth)
BldgSurface['V1y'].append(building_ylen - shell_depth)
BldgSurface['V1z'].append(ceiling_height)
BldgSurface['V2x'].append(shell_depth)
BldgSurface['V2y'].append(building_ylen - shell_depth)
BldgSurface['V2z'].append(0)
BldgSurface['V3x'].append(0)
BldgSurface['V3y'].append(building_ylen)
BldgSurface['V3z'].append(0)
BldgSurface['V4x'].append(0)
BldgSurface['V4y'].append(building_ylen)
BldgSurface['V4z'].append(ceiling_height)
## PZ3
#Floor
BldgSurface['V1x'].append(0)
BldgSurface['V1y'].append(0)
BldgSurface['V1z'].append(0)
BldgSurface['V2x'].append(-building_xlen)
BldgSurface['V2y'].append(0)
BldgSurface['V2z'].append(0)
BldgSurface['V3x'].append(-building_xlen + shell_depth)
BldgSurface['V3y'].append(shell_depth)
BldgSurface['V3z'].append(0)
BldgSurface['V4x'].append(-shell_depth)
BldgSurface['V4y'].append(shell_depth)
BldgSurface['V4z'].append(0)
#Ceiling
BldgSurface['V1x'].append(0)
BldgSurface['V1y'].append(0)
BldgSurface['V1z'].append(ceiling_height)
BldgSurface['V2x'].append(-shell_depth)
BldgSurface['V2y'].append(shell_depth)
BldgSurface['V2z'].append(ceiling_height)
BldgSurface['V3x'].append(-building_xlen + shell_depth)
BldgSurface['V3y'].append(shell_depth)
BldgSurface['V3z'].append(ceiling_height)
BldgSurface['V4x'].append(-building_xlen)
BldgSurface['V4y'].append(0)
BldgSurface['V4z'].append(ceiling_height)
#Wall1
BldgSurface['V1x'].append(-building_xlen)
BldgSurface['V1y'].append(0)
BldgSurface['V1z'].append(ceiling_height)
BldgSurface['V2x'].append(-building_xlen)
BldgSurface['V2y'].append(0)
BldgSurface['V2z'].append(0)
BldgSurface['V3x'].append(0)
BldgSurface['V3y'].append(0)
BldgSurface['V3z'].append(0)
BldgSurface['V4x'].append(0)
BldgSurface['V4y'].append(0)
BldgSurface['V4z'].append(ceiling_height)
#Wall2
BldgSurface['V1x'].append(0)
BldgSurface['V1y'].append(0)
BldgSurface['V1z'].append(ceiling_height)
BldgSurface['V2x'].append(0)
BldgSurface['V2y'].append(0)
BldgSurface['V2z'].append(0)
BldgSurface['V3x'].append(-shell_depth)
BldgSurface['V3y'].append(shell_depth)
BldgSurface['V3z'].append(0)
BldgSurface['V4x'].append(-shell_depth)
BldgSurface['V4y'].append(shell_depth)
BldgSurface['V4z'].append(ceiling_height)
#Wall3
BldgSurface['V1x'].append(-shell_depth)
BldgSurface['V1y'].append(shell_depth)
BldgSurface['V1z'].append(ceiling_height)
BldgSurface['V2x'].append(-shell_depth)
BldgSurface['V2y'].append(shell_depth)
BldgSurface['V2z'].append(0)
BldgSurface['V3x'].append(-building_xlen + shell_depth)
BldgSurface['V3y'].append(shell_depth)
BldgSurface['V3z'].append(0)
BldgSurface['V4x'].append(-building_xlen + shell_depth)
BldgSurface['V4y'].append(shell_depth)
BldgSurface['V4z'].append(ceiling_height)
#Wall4
BldgSurface['V1x'].append(-building_xlen + shell_depth)
BldgSurface['V1y'].append(shell_depth)
BldgSurface['V1z'].append(ceiling_height)
BldgSurface['V2x'].append(-building_xlen + shell_depth)
BldgSurface['V2y'].append(shell_depth)
BldgSurface['V2z'].append(0)
BldgSurface['V3x'].append(-building_xlen)
BldgSurface['V3y'].append(0)
BldgSurface['V3z'].append(0)
BldgSurface['V4x'].append(-building_xlen)
BldgSurface['V4y'].append(0)
BldgSurface['V4z'].append(ceiling_height)
## PZ4
#Floor
BldgSurface['V1x'].append(0)
BldgSurface['V1y'].append(-building_ylen)
BldgSurface['V1z'].append(0)
BldgSurface['V2x'].append(-shell_depth)
BldgSurface['V2y'].append(-building_ylen + shell_depth)
BldgSurface['V2z'].append(0)
BldgSurface['V3x'].append(-shell_depth)
BldgSurface['V3y'].append(-shell_depth)
BldgSurface['V3z'].append(0)
BldgSurface['V4x'].append(0)
BldgSurface['V4y'].append(0)
BldgSurface['V4z'].append(0)
#Ceiling
BldgSurface['V1x'].append(0)
BldgSurface['V1y'].append(0)
BldgSurface['V1z'].append(ceiling_height)
BldgSurface['V2x'].append(-shell_depth)
BldgSurface['V2y'].append(-shell_depth)
BldgSurface['V2z'].append(ceiling_height)
BldgSurface['V3x'].append(-shell_depth)
BldgSurface['V3y'].append(-building_ylen + shell_depth)
BldgSurface['V3z'].append(ceiling_height)
BldgSurface['V4x'].append(0)
BldgSurface['V4y'].append(-building_ylen)
BldgSurface['V4z'].append(ceiling_height)
#Wall1
BldgSurface['V1x'].append(0)
BldgSurface['V1y'].append(-building_ylen)
BldgSurface['V1z'].append(ceiling_height)
BldgSurface['V2x'].append(0)
BldgSurface['V2y'].append(-building_ylen)
BldgSurface['V2z'].append(0)
BldgSurface['V3x'].append(0)
BldgSurface['V3y'].append(0)
BldgSurface['V3z'].append(0)
BldgSurface['V4x'].append(0)
BldgSurface['V4y'].append(0)
BldgSurface['V4z'].append(ceiling_height)
#Wall2
BldgSurface['V1x'].append(0)
BldgSurface['V1y'].append(0)
BldgSurface['V1z'].append(ceiling_height)
BldgSurface['V2x'].append(0)
BldgSurface['V2y'].append(0)
BldgSurface['V2z'].append(0)
BldgSurface['V3x'].append(-shell_depth)
BldgSurface['V3y'].append(-shell_depth)
BldgSurface['V3z'].append(0)
BldgSurface['V4x'].append(-shell_depth)
BldgSurface['V4y'].append(-shell_depth)
BldgSurface['V4z'].append(ceiling_height)
#Wall3
BldgSurface['V1x'].append(-shell_depth)
BldgSurface['V1y'].append(-shell_depth)
BldgSurface['V1z'].append(ceiling_height)
BldgSurface['V2x'].append(-shell_depth)
BldgSurface['V2y'].append(-shell_depth)
BldgSurface['V2z'].append(0)
BldgSurface['V3x'].append(-shell_depth)
BldgSurface['V3y'].append(-building_ylen + shell_depth)
BldgSurface['V3z'].append(0)
BldgSurface['V4x'].append(-shell_depth)
BldgSurface['V4y'].append(-building_ylen + shell_depth)
BldgSurface['V4z'].append(ceiling_height)
#Wall4
BldgSurface['V1x'].append(-shell_depth)
BldgSurface['V1y'].append(-building_ylen + shell_depth)
BldgSurface['V1z'].append(ceiling_height)
BldgSurface['V2x'].append(-shell_depth)
BldgSurface['V2y'].append(-building_ylen + shell_depth)
BldgSurface['V2z'].append(0)
BldgSurface['V3x'].append(0)
BldgSurface['V3y'].append(-building_ylen)
BldgSurface['V3z'].append(0)
BldgSurface['V4x'].append(0)
BldgSurface['V4y'].append(-building_ylen)
BldgSurface['V4z'].append(ceiling_height)
## CORE
#Floor
BldgSurface['V1x'].append(0)
BldgSurface['V1y'].append(0)
BldgSurface['V1z'].append(0)
BldgSurface['V2x'].append(0)
BldgSurface['V2y'].append(building_ylen - 2 * shell_depth)
BldgSurface['V2z'].append(0)
BldgSurface['V3x'].append(building_xlen - 2 * shell_depth)
BldgSurface['V3y'].append(building_ylen - 2 * shell_depth)
BldgSurface['V3z'].append(0)
BldgSurface['V4x'].append(building_xlen - 2 * shell_depth)
BldgSurface['V4y'].append(0)
BldgSurface['V4z'].append(0)
#Ceiling
BldgSurface['V1x'].append(0)
BldgSurface['V1y'].append(0)
BldgSurface['V1z'].append(ceiling_height)
BldgSurface['V2x'].append(building_xlen - 2 * shell_depth)
BldgSurface['V2y'].append(0)
BldgSurface['V2z'].append(ceiling_height)
BldgSurface['V3x'].append(building_xlen - 2 * shell_depth)
BldgSurface['V3y'].append(building_ylen - 2 * shell_depth)
BldgSurface['V3z'].append(ceiling_height)
BldgSurface['V4x'].append(0)
BldgSurface['V4y'].append(building_ylen - 2 * shell_depth)
BldgSurface['V4z'].append(ceiling_height)
#Wall1
BldgSurface['V1x'].append(building_xlen - 2 * shell_depth)
BldgSurface['V1y'].append(building_ylen - 2 * shell_depth)
BldgSurface['V1z'].append(ceiling_height)
BldgSurface['V2x'].append(building_xlen - 2 * shell_depth)
BldgSurface['V2y'].append(building_ylen - 2 * shell_depth)
BldgSurface['V2z'].append(0)
BldgSurface['V3x'].append(0)
BldgSurface['V3y'].append(building_ylen - 2 * shell_depth)
BldgSurface['V3z'].append(0)
BldgSurface['V4x'].append(0)
BldgSurface['V4y'].append(building_ylen - 2 * shell_depth)
BldgSurface['V4z'].append(ceiling_height)
#Wall2
BldgSurface['V1x'].append(0)
BldgSurface['V1y'].append(building_ylen - 2 * shell_depth)
BldgSurface['V1z'].append(ceiling_height)
BldgSurface['V2x'].append(0)
BldgSurface['V2y'].append(building_ylen - 2 * shell_depth)
BldgSurface['V2z'].append(0)
BldgSurface['V3x'].append(0)
BldgSurface['V3y'].append(0)
BldgSurface['V3z'].append(0)
BldgSurface['V4x'].append(0)
BldgSurface['V4y'].append(0)
BldgSurface['V4z'].append(ceiling_height)
#Wall3
BldgSurface['V1x'].append(0)
BldgSurface['V1y'].append(0)
BldgSurface['V1z'].append(ceiling_height)
BldgSurface['V2x'].append(0)
BldgSurface['V2y'].append(0)
BldgSurface['V2z'].append(0)
BldgSurface['V3x'].append(building_xlen - 2 * shell_depth)
BldgSurface['V3y'].append(0)
BldgSurface['V3z'].append(0)
BldgSurface['V4x'].append(building_xlen - 2 * shell_depth)
BldgSurface['V4y'].append(0)
BldgSurface['V4z'].append(ceiling_height)
#Wall4
BldgSurface['V1x'].append(building_xlen - 2 * shell_depth)
BldgSurface['V1y'].append(0)
BldgSurface['V1z'].append(ceiling_height)
BldgSurface['V2x'].append(building_xlen - 2 * shell_depth)
BldgSurface['V2y'].append(0)
BldgSurface['V2z'].append(0)
BldgSurface['V3x'].append(building_xlen - 2 * shell_depth)
BldgSurface['V3y'].append(building_ylen - 2 * shell_depth)
BldgSurface['V3z'].append(0)
BldgSurface['V4x'].append(building_xlen - 2 * shell_depth)
BldgSurface['V4y'].append(building_ylen - 2 * shell_depth)
BldgSurface['V4z'].append(ceiling_height)
##### FenestrationSurdace:Detailed ---------------------------------------------------------------
#Janelas ocupam toda a largura da facada, no meio da parede. (distancia milimetrica para nao sobrepor arestas)
FenSurface = dict()
FenSurface['Name'] = []
FenSurface['SurfaceType'] = []
FenSurface['ConstructionName'] = []
FenSurface['BuildingSurfaceName'] = []
FenSurface['OutsideBoundryCondObj'] = []
FenSurface['ShadingControlName'] = []
FenSurface['V1x'] = []
FenSurface['V1y'] = []
FenSurface['V1z'] = []
FenSurface['V2x'] = []
FenSurface['V2y'] = []
FenSurface['V2z'] = []
FenSurface['V3x'] = []
FenSurface['V3y'] = []
FenSurface['V3z'] = []
FenSurface['V4x'] = []
FenSurface['V4y'] = []
FenSurface['V4z'] = []
## Create Windows
# PZ1 Window
FenSurface['Name'].append('Window_PZ1')
FenSurface['SurfaceType'].append('Window')
FenSurface['ConstructionName'].append('@@vidro@@')
FenSurface['BuildingSurfaceName'].append('Wall1_PZ1')
FenSurface['OutsideBoundryCondObj'].append('')
FenSurface['ShadingControlName'].append('')
FenSurface['V1x'].append(window_x2)
FenSurface['V1y'].append(0)
FenSurface['V1z'].append(window_z2)
FenSurface['V2x'].append(window_x2)
FenSurface['V2y'].append(0)
FenSurface['V2z'].append(window_z1)
FenSurface['V3x'].append(window_x1)
FenSurface['V3y'].append(0)
FenSurface['V3z'].append(window_z1)
FenSurface['V4x'].append(window_x1)
FenSurface['V4y'].append(0)
FenSurface['V4z'].append(window_z2)
# PZ2 Window
FenSurface['Name'].append('Window_PZ2')
FenSurface['SurfaceType'].append('Window')
FenSurface['ConstructionName'].append('@@vidro@@')
FenSurface['BuildingSurfaceName'].append('Wall1_PZ2')
FenSurface['OutsideBoundryCondObj'].append('')
FenSurface['ShadingControlName'].append('')
FenSurface['V1x'].append(0)
FenSurface['V1y'].append(window_y2)
FenSurface['V1z'].append(window_z2)
FenSurface['V2x'].append(0)
FenSurface['V2y'].append(window_y2)
FenSurface['V2z'].append(window_z1)
FenSurface['V3x'].append(0)
FenSurface['V3y'].append(window_y1)
FenSurface['V3z'].append(window_z1)
FenSurface['V4x'].append(0)
FenSurface['V4y'].append(window_y1)
FenSurface['V4z'].append(window_z2)
# PZ3 Window
FenSurface['Name'].append('Window_PZ3')
FenSurface['SurfaceType'].append('Window')
FenSurface['ConstructionName'].append('@@vidro@@')
FenSurface['BuildingSurfaceName'].append('Wall1_PZ3')
FenSurface['OutsideBoundryCondObj'].append('')
FenSurface['ShadingControlName'].append('')
FenSurface['V1x'].append(-window_x2)
FenSurface['V1y'].append(0)
FenSurface['V1z'].append(window_z2)
FenSurface['V2x'].append(-window_x2)
FenSurface['V2y'].append(0)
FenSurface['V2z'].append(window_z1)
FenSurface['V3x'].append(-window_x1)
FenSurface['V3y'].append(0)
FenSurface['V3z'].append(window_z1)
FenSurface['V4x'].append(-window_x1)
FenSurface['V4y'].append(0)
FenSurface['V4z'].append(window_z2)
# PZ4 Window
FenSurface['Name'].append('Window_PZ4')
FenSurface['SurfaceType'].append('Window')
FenSurface['ConstructionName'].append('@@vidro@@')
FenSurface['BuildingSurfaceName'].append('Wall1_PZ4')
FenSurface['OutsideBoundryCondObj'].append('')
FenSurface['ShadingControlName'].append('')
FenSurface['V1x'].append(0)
FenSurface['V1y'].append(-window_y2)
FenSurface['V1z'].append(window_z2)
FenSurface['V2x'].append(0)
FenSurface['V2y'].append(-window_y2)
FenSurface['V2z'].append(window_z1)
FenSurface['V3x'].append(0)
FenSurface['V3y'].append(-window_y1)
FenSurface['V3z'].append(window_z1)
FenSurface['V4x'].append(0)
FenSurface['V4y'].append(-window_y1)
FenSurface['V4z'].append(window_z2)
##### Shading ----------------------------------------------------
if shading > 0:
# Shading:Building:Detailed
ShadingBuildingDetailed = {}
ShadingBuildingDetailed['Name'] = []
ShadingBuildingDetailed['Transmittance Schedule Name'] = []
ShadingBuildingDetailed['Number of Vertices'] = []
ShadingBuildingDetailed['V1x'] = []
ShadingBuildingDetailed['V1y'] = []
ShadingBuildingDetailed['V1z'] = []
ShadingBuildingDetailed['V2x'] = []
ShadingBuildingDetailed['V2y'] = []
ShadingBuildingDetailed['V2z'] = []
ShadingBuildingDetailed['V3x'] = []
ShadingBuildingDetailed['V3y'] = []
ShadingBuildingDetailed['V3z'] = []
ShadingBuildingDetailed['V4x'] = []
ShadingBuildingDetailed['V4y'] = []
ShadingBuildingDetailed['V4z'] = []
# Shading PZ1
ShadingBuildingDetailed['Name'].append('Shading1')
ShadingBuildingDetailed['Transmittance Schedule Name'].append('')
ShadingBuildingDetailed['Number of Vertices'].append(4)
ShadingBuildingDetailed['V1x'].append(0)
ShadingBuildingDetailed['V1y'].append(building_ylen + shading)
ShadingBuildingDetailed['V1z'].append(ceiling_height + hpav)
ShadingBuildingDetailed['V2x'].append(0)
ShadingBuildingDetailed['V2y'].append(building_ylen)
ShadingBuildingDetailed['V2z'].append(ceiling_height + hpav)
ShadingBuildingDetailed['V3x'].append(building_xlen)
ShadingBuildingDetailed['V3y'].append(building_ylen)
ShadingBuildingDetailed['V3z'].append(ceiling_height + hpav)
ShadingBuildingDetailed['V4x'].append(building_xlen)
ShadingBuildingDetailed['V4y'].append(building_ylen + shading)
ShadingBuildingDetailed['V4z'].append(ceiling_height + hpav)
# Shading PZ2
ShadingBuildingDetailed['Name'].append('Shading2')
ShadingBuildingDetailed['Transmittance Schedule Name'].append('')
ShadingBuildingDetailed['Number of Vertices'].append(4)
ShadingBuildingDetailed['V1x'].append(-shading)
ShadingBuildingDetailed['V1y'].append(0)
ShadingBuildingDetailed['V1z'].append(ceiling_height + hpav)
ShadingBuildingDetailed['V2x'].append(0)
ShadingBuildingDetailed['V2y'].append(0)
ShadingBuildingDetailed['V2z'].append(ceiling_height + hpav)
ShadingBuildingDetailed['V3x'].append(0)
ShadingBuildingDetailed['V3y'].append(building_ylen)
ShadingBuildingDetailed['V3z'].append(ceiling_height + hpav)
ShadingBuildingDetailed['V4x'].append(-shading)
ShadingBuildingDetailed['V4y'].append(building_ylen)
ShadingBuildingDetailed['V4z'].append(ceiling_height + hpav)
# Shading PZ3
ShadingBuildingDetailed['Name'].append('Shading3')
ShadingBuildingDetailed['Transmittance Schedule Name'].append('')
ShadingBuildingDetailed['Number of Vertices'].append(4)
ShadingBuildingDetailed['V1x'].append(building_xlen)
ShadingBuildingDetailed['V1y'].append(-shading)
ShadingBuildingDetailed['V1z'].append(ceiling_height + hpav)
ShadingBuildingDetailed['V2x'].append(building_xlen)
ShadingBuildingDetailed['V2y'].append(0)
ShadingBuildingDetailed['V2z'].append(ceiling_height + hpav)
ShadingBuildingDetailed['V3x'].append(0)
ShadingBuildingDetailed['V3y'].append(0)
ShadingBuildingDetailed['V3z'].append(ceiling_height + hpav)
ShadingBuildingDetailed['V4x'].append(0)
ShadingBuildingDetailed['V4y'].append(-shading)
ShadingBuildingDetailed['V4z'].append(ceiling_height + hpav)
# Shading PZ4
ShadingBuildingDetailed['Name'].append('Shading4')
ShadingBuildingDetailed['Transmittance Schedule Name'].append('')
ShadingBuildingDetailed['Number of Vertices'].append(4)
ShadingBuildingDetailed['V1x'].append(building_xlen + shading)
ShadingBuildingDetailed['V1y'].append(building_ylen)
ShadingBuildingDetailed['V1z'].append(ceiling_height + hpav)
ShadingBuildingDetailed['V2x'].append(building_xlen)
ShadingBuildingDetailed['V2y'].append(building_ylen)
ShadingBuildingDetailed['V2z'].append(ceiling_height + hpav)
ShadingBuildingDetailed['V3x'].append(building_xlen)
ShadingBuildingDetailed['V3y'].append(0)
ShadingBuildingDetailed['V3z'].append(ceiling_height + hpav)
ShadingBuildingDetailed['V4x'].append(building_xlen + shading)
ShadingBuildingDetailed['V4y'].append(0)
ShadingBuildingDetailed['V4z'].append(ceiling_height + hpav)
####################------ ADD TO IDF ------####################
# BuildingSurface:Detailed
for i in range(len(BldgSurface['Name'])):
obj = IDF._create_datadict("BuildingSurface:Detailed")
obj['Name'] = BldgSurface['Name'][i]
obj['Surface Type'] = BldgSurface['SurfaceType'][i]
obj['Construction Name'] = BldgSurface['ConstructionName'][i]
obj['Zone Name'] = BldgSurface['ZoneName'][i]
obj['Outside Boundary Condition'] = BldgSurface['OutsideBoundaryCond'][
i]
obj['Outside Boundary Condition Object'] = BldgSurface[
'OutsideBoundryCondObj'][i]
obj['Sun Exposure'] = BldgSurface['SunExposure'][i]
obj['Wind Exposure'] = BldgSurface['WindExposure'][i]
obj['Number of Vertices'] = 4
obj[u'Vertex 1 X-coordinate', 0] = BldgSurface['V1x'][i]
obj[u'Vertex 1 Y-coordinate', 0] = BldgSurface['V1y'][i]
obj[u'Vertex 1 Z-coordinate', 0] = BldgSurface['V1z'][i]
obj[u'Vertex 1 X-coordinate', 1] = BldgSurface['V2x'][i]
obj[u'Vertex 1 Y-coordinate', 1] = BldgSurface['V2y'][i]
obj[u'Vertex 1 Z-coordinate', 1] = BldgSurface['V2z'][i]
obj[u'Vertex 1 X-coordinate', 2] = BldgSurface['V3x'][i]
obj[u'Vertex 1 Y-coordinate', 2] = BldgSurface['V3y'][i]
obj[u'Vertex 1 Z-coordinate', 2] = BldgSurface['V3z'][i]
obj[u'Vertex 1 X-coordinate', 3] = BldgSurface['V4x'][i]
obj[u'Vertex 1 Y-coordinate', 3] = BldgSurface['V4y'][i]
obj[u'Vertex 1 Z-coordinate', 3] = BldgSurface['V4z'][i]
idf.add(obj)
#FenestrationSurface:Detailed
for i in range(len(FenSurface['Name'])):
obj = IDF._create_datadict("FenestrationSurface:Detailed")
obj["Name"] = FenSurface['Name'][i]
obj["Surface Type"] = FenSurface['SurfaceType'][i]
obj["Construction Name"] = FenSurface["ConstructionName"][i]
obj["Building Surface Name"] = FenSurface['BuildingSurfaceName'][i]
obj["Outside Boundary Condition Object"] = FenSurface[
'OutsideBoundryCondObj'][i]
obj["Shading Control Name"] = FenSurface['ShadingControlName'][i]
obj['Number of Vertices'] = 4
obj['Vertex 1 X-coordinate'] = FenSurface['V1x'][i]
obj['Vertex 1 Y-coordinate'] = FenSurface['V1y'][i]
obj['Vertex 1 Z-coordinate'] = FenSurface['V1z'][i]
obj['Vertex 2 X-coordinate'] = FenSurface['V2x'][i]
obj['Vertex 2 Y-coordinate'] = FenSurface['V2y'][i]
obj['Vertex 2 Z-coordinate'] = FenSurface['V2z'][i]
obj['Vertex 3 X-coordinate'] = FenSurface['V3x'][i]
obj['Vertex 3 Y-coordinate'] = FenSurface['V3y'][i]
obj['Vertex 3 Z-coordinate'] = FenSurface['V3z'][i]
obj['Vertex 4 X-coordinate'] = FenSurface['V4x'][i]
obj['Vertex 4 Y-coordinate'] = FenSurface['V4y'][i]
obj['Vertex 4 Z-coordinate'] = FenSurface['V4z'][i]
idf.add(obj)
# Shading:Building:Detailed
if shading > 0:
for i in range(len(ShadingBuildingDetailed['Name'])):
obj = IDF._create_datadict('Shading:Building:Detailed')
obj['Name'] = ShadingBuildingDetailed['Name'][i]
obj['Transmittance Schedule Name'] = ShadingBuildingDetailed[
'Transmittance Schedule Name'][i]
obj['Number of Vertices'] = 4
obj[u'Vertex 1 X-coordinate',
0] = ShadingBuildingDetailed['V1x'][i]
obj[u'Vertex 1 Y-coordinate',
0] = ShadingBuildingDetailed['V1y'][i]
obj[u'Vertex 1 Z-coordinate',
0] = ShadingBuildingDetailed['V1z'][i]
obj[u'Vertex 1 X-coordinate',
1] = ShadingBuildingDetailed['V2x'][i]
obj[u'Vertex 1 Y-coordinate',
1] = ShadingBuildingDetailed['V2y'][i]
obj[u'Vertex 1 Z-coordinate',
1] = ShadingBuildingDetailed['V2z'][i]
obj[u'Vertex 1 X-coordinate',
2] = ShadingBuildingDetailed['V3x'][i]
obj[u'Vertex 1 Y-coordinate',
2] = ShadingBuildingDetailed['V3y'][i]
obj[u'Vertex 1 Z-coordinate',
2] = ShadingBuildingDetailed['V3z'][i]
obj[u'Vertex 1 X-coordinate',
3] = ShadingBuildingDetailed['V4x'][i]
obj[u'Vertex 1 Y-coordinate',
3] = ShadingBuildingDetailed['V4y'][i]
obj[u'Vertex 1 Z-coordinate',
3] = ShadingBuildingDetailed['V4z'][i]
idf.add(obj)
# Zones
for i in range(len(Zones['Name'])):
obj = IDF._create_datadict('Zone')
obj['Name'] = Zones['Name'][i]
obj['Direction of Relative North'] = 0
obj['Multiplier'] = 1
obj['X Origin'] = Zones['X'][i]
obj['Y Origin'] = Zones['Y'][i]
obj['Z Origin'] = Zones['Z'][i]
idf.add(obj)
# Building
obj = IDF._create_datadict('Building')
obj['Name'] = output #(str(ceiling_height)+'-'+str(building_xlen)+'-'+str(building_ratio)+'-'+str(wwr)+'-'+str(boundaries))
obj['North Axis'] = azimuth
obj['Terrain'] = 'City'
obj['Solar Distribution'] = 'FullInteriorAndExterior'
obj['Loads Convergence Tolerance Value'] = .5
obj['Temperature Convergence Tolerance Value'] = .5
idf.add(obj)
out = [idf, output]
return (out)
