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generateCityGML.py
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generateCityGML.py
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"""
Generate CityGML files according to the building XML specifications.
"""
from __future__ import print_function
from lxml import etree
import argparse
import random
import numpy
import math
import uuid
import copy
PARSER = argparse.ArgumentParser(description='Generator of CityGML files according to the XML of buildings.')
PARSER.add_argument('-i', '--filename',
help='XML file to read', required=True)
PARSER.add_argument('-o', '--directory',
help='Directory where to write CityGMLs', required=True)
PARSER.add_argument('-r', '--rotation',
help='Enable rotation (default is true; allowed values 0/1, True/False)', required=False)
PARSER.add_argument('-p', '--parts',
help='Enable building parts (default is true; allowed values 0/1, True/False)', required=False)
PARSER.add_argument('-id', '--id',
help='Generate an UUID for each polygon.', required=False)
PARSER.add_argument('-gr', '--geometricref',
help='Generate all geometric references (variants within LODs).', required=False)
PARSER.add_argument('-ov', '--solids',
help='Generate solids and semantic variants (ov = other variants).', required=False)
PARSER.add_argument('-s', '--street',
help='Generate a road network.', required=False)
PARSER.add_argument('-v', '--vegetation',
help='Generate vegetation.', required=False)
PARSER.add_argument('-rp', '--report',
help='Report on the progress. Disable with Python3.', required=False)
def argRead(ar, default=None):
"""Corrects the argument input in case it is not in the format True/False."""
if ar == "0" or ar == "False":
ar = False
elif ar == "1" or ar == "True":
ar = True
elif ar is None:
if default:
ar = default
else:
ar = False
else:
raise ValueError("Argument value not recognised.")
return ar
ARGS = vars(PARSER.parse_args())
BUILDINGFILE = ARGS['filename']
DIRECTORY = ARGS['directory']
ROTATIONENABLED = argRead(ARGS['rotation'], True)
BUILDINGPARTS = argRead(ARGS['parts'], True)
ASSIGNID = argRead(ARGS['id'], True)
VARIANTS = argRead(ARGS['geometricref'], False)
SOLIDS = argRead(ARGS['solids'], False)
STREETS = argRead(ARGS['street'], False)
VEGETATION = argRead(ARGS['vegetation'], False)
REPORT = argRead(ARGS['report'], True)
if REPORT:
try:
from fish import ProgressFish
except:
print("--Package Fish (used for reporting) failed to load, hence reporting is disabled--")
#-- Just disable reporting if Fish fails to load
REPORT = False
#-- Name spaces
ns_citygml = "http://www.opengis.net/citygml/2.0"
ns_gml = "http://www.opengis.net/gml"
ns_bldg = "http://www.opengis.net/citygml/building/2.0"
ns_tran = "http://www.opengis.net/citygml/transportation/2.0"
ns_veg = "http://www.opengis.net/citygml/vegetation/2.0"
ns_xsi = "http://www.w3.org/2001/XMLSchema-instance"
ns_xAL = "urn:oasis:names:tc:ciq:xsdschema:xAL:2.0"
ns_xlink = "http://www.w3.org/1999/xlink"
ns_dem = "http://www.opengis.net/citygml/relief/2.0"
ns_fme = "http://www.safe.com/xml/xmltables"
nsmap = {
None: ns_citygml,
'gml': ns_gml,
'bldg': ns_bldg,
'tran': ns_tran,
'veg': ns_veg,
'xsi': ns_xsi,
'xAL': ns_xAL,
'xlink': ns_xlink,
'dem': ns_dem,
'fme': ns_fme
}
#-- Functions
def createCityGML(suffix):
"""Creates a CityGML foundation to be filled later by the remaining part of the script."""
CityModel = etree.Element("CityModel", nsmap=nsmap)
citymodelname = etree.SubElement(CityModel, "{%s}name" % ns_gml)
citymodelname.text = str(suffix)
boundedBy = etree.SubElement(CityModel, "{%s}boundedBy" % ns_gml)
Envelope = etree.SubElement(boundedBy, "{%s}Envelope" % ns_gml, srsDimension="3")
Envelope.attrib["srsName"] = "EPSG:28992"
lowercorner = etree.SubElement(Envelope, "{%s}lowerCorner" % ns_gml)
lowercorner.text = '0 0 0'
uppercorner = etree.SubElement(Envelope, "{%s}upperCorner" % ns_gml)
uppercorner.text = '4000 4000 25'
return CityModel
def storeCityGML(suffix):
"Write the CityGML file."
citygml = etree.tostring(CityGMLs[suffix], pretty_print=True)
if str(suffix) == 'GroundTruth':
fname = DIRECTORY + '/' + 'groundTruth.gml'
else:
fname = DIRECTORY + '/' + str(suffix) + '.gml'
citygmlFile = open(fname, "w")
citygmlFile.write("<?xml version=\"1.0\" encoding=\"utf-8\"?>\n")
citygmlFile.write("<!-- David Kitavi - 3D Cadastre, Technical University of Kenya -->\n")
citygmlFile.write(citygml.decode('utf-8'))
citygmlFile.close()
def verticesBody(o, x, y, z, h=None, top=None, override=None):
"""Calculates the vertices of the building block/body depending on the input."""
#-- If the h value is not supplied than it is zero
if not h:
h = 0.0
if top:
if top < 1.5:
z = z + float(top) * h
elif top is None:
if override:
z = override
else:
z = z + h
p = []
p0 = "%s %s %s" % (o[0],o[1],o[2])
p.append(p0)
p1 = "%s %s %s" % (o[0]+x,o[1],o[2])
p.append(p1)
p2 = "%s %s %s" % (o[0]+x,o[1]+y,o[2])
p.append(p2)
p3 = "%s %s %s" % (o[0],o[1]+y,o[2])
p.append(p3)
p4 = "%s %s %s" % (o[0],o[1],o[2]+z)
p.append(p4)
p5 = "%s %s %s" % (o[0]+x,o[1],o[2]+z)
p.append(p5)
p6 = "%s %s %s" % (o[0]+x,o[1]+y,o[2]+z)
p.append(p6)
p7 = "%s %s %s" % (o[0],o[1]+y,o[2]+z)
p.append(p7)
return p
def verticesBodyList(o, x, y, z, h=None, top=None):
"""Calculates the vertices of the building block/body as a list depending on the input. Redundant function."""
#-- If the h value is not supplied than it is zero
if not h:
h = 0.0
if top:
z = z + float(top) * h
p = []
p0 = [o[0],o[1],o[2]]
p.append(p0)
p1 = [o[0]+x,o[1],o[2]]
p.append(p1)
p2 = [o[0]+x,o[1]+y,o[2]]
p.append(p2)
p3 = [o[0],o[1]+y,o[2]]
p.append(p3)
p4 = [o[0],o[1],o[2]+z]
p.append(p4)
p5 = [o[0]+x,o[1],o[2]+z]
p.append(p5)
p6 = [o[0]+x,o[1]+y,o[2]+z]
p.append(p6)
p7 = [o[0],o[1]+y,o[2]+z]
p.append(p7)
return p
def verticesRoof(b, h, rtype, width=None):
"""Calculates the vertices of the building roof."""
#-- The basic information
o, x, y, z = b
#-- If no roof
if not h:
h = 0.0
#-- Roof points
r = []
if rtype == 'Gabled':
r0 = "%s %s %s" % (o[0]+.5*x, o[1], o[2]+z+h)
r.append(r0)
r1 = "%s %s %s" % (o[0]+.5*x, o[1]+y, o[2]+z+h)
r.append(r1)
elif rtype == 'Shed':
r0 = "%s %s %s" % (o[0], o[1], o[2]+z+h)
r.append(r0)
r1 = "%s %s %s" % (o[0], o[1]+y, o[2]+z+h)
r.append(r1)
elif rtype == 'Hipped' or rtype == 'Pyramidal':
r0 = "%s %s %s" % (o[0]+.5*x, o[1]+width, o[2]+z+h)
r.append(r0)
r1 = "%s %s %s" % (o[0]+.5*x, o[1]+y-width, o[2]+z+h)
r.append(r1)
return r
def verticesOverhangs(b, p, h, rtype, ovh, r, width=None):
"""Calculates the vertices of the roof overhangs"""
#-- The basic information about the building
o, x, y, z = b
#-- Roof points
if r:
r0, r1 = r
#-- Overhang lenghts
ovhx, ovhy = ovh
overhangs = []
interior = []
#-- Overhang points
if rtype == 'Gabled':
if ovhx > 0:
fx = (.5*x) / ovhx
ovhz = h / fx
else:
ovhz = 0
overhangs.append("")
overhangs[0] += r0
overhangs[0] += " %s %s %s" % (o[0]+.5*x, o[1]-ovhy, o[2]+z+h)
overhangs[0] += " %s %s %s" % (o[0]+x+ovhx, o[1]-ovhy, o[2]+z-ovhz)
overhangs[0] += " %s %s %s" % (o[0]+x+ovhx, o[1]+y+ovhy, o[2]+z-ovhz)
overhangs[0] += " %s %s %s" % (o[0]+.5*x, o[1]+y+ovhy, o[2]+z+h)
overhangs[0] += " " + r1
overhangs[0] += " " + p[6]
overhangs[0] += " " + p[5]
overhangs[0] += " " + r0
#-- The above polygon has no interior
interior.append(None)
overhangs.append("")
overhangs[1] += r1
overhangs[1] += " %s %s %s" % (o[0]+.5*x, o[1]+y+ovhy, o[2]+z+h)
overhangs[1] += " %s %s %s" % (o[0]-ovhx, o[1]+y+ovhy, o[2]+z-ovhz)
overhangs[1] += " %s %s %s" % (o[0]-ovhx, o[1]-ovhy, o[2]+z-ovhz)
overhangs[1] += " %s %s %s" % (o[0]+.5*x, o[1]-ovhy, o[2]+z+h)
overhangs[1] += " " + r0
overhangs[1] += " " + p[4]
overhangs[1] += " " + p[7]
overhangs[1] += " " + r1
#-- The above polygon has no interior
interior.append(None)
eaves = o[2]+z-ovhz
elif rtype == 'Shed':
if ovhx > 0:
fx = x / ovhx
ovhz = h / fx
else:
ovhz = 0
overhangs.append("")
overhangs[0] += "%s %s %s" % (o[0]-ovhx, o[1]-ovhy, o[2]+z+h+ovhz)
overhangs[0] += " %s %s %s" % (o[0]+x+ovhx, o[1]-ovhy, o[2]+z-ovhz)
overhangs[0] += " %s %s %s" % (o[0]+x+ovhx, o[1]+y+ovhy, o[2]+z-ovhz)
overhangs[0] += " %s %s %s" % (o[0]-ovhx, o[1]+y+ovhy, o[2]+z+h+ovhz)
overhangs[0] += " %s %s %s" % (o[0]-ovhx, o[1]-ovhy, o[2]+z+h+ovhz)
interior.append("")
interior[0] += r0
interior[0] += " " + r1
interior[0] += " " + p[6]
interior[0] += " " + p[5]
interior[0] += " " + r0
eaves = o[2]+z-ovhz
elif rtype == 'Hipped' or rtype == 'Pyramidal':
if ovhx > 0:
fx = (.5*x) / ovhx
ovhz = h / fx
fy = h / ovhz
ovhy = width / fy
else:
ovhy = 0
ovhz = 0
overhangs.append("")
overhangs[0] += "%s %s %s" % (o[0]-ovhx, o[1]-ovhy, o[2]+z-ovhz)
overhangs[0] += " %s %s %s" % (o[0]+x+ovhx, o[1]-ovhy, o[2]+z-ovhz)
overhangs[0] += " " + p[5]
overhangs[0] += " " + p[4]
overhangs[0] += " %s %s %s" % (o[0]-ovhx, o[1]-ovhy, o[2]+z-ovhz)
interior.append(None)
overhangs.append("")
overhangs[1] += "%s %s %s" % (o[0]+x+ovhx, o[1]-ovhy, o[2]+z-ovhz)
overhangs[1] += " %s %s %s" % (o[0]+x+ovhx, o[1]+y+ovhy, o[2]+z-ovhz)
overhangs[1] += " " + p[6]
overhangs[1] += " " + p[5]
overhangs[1] += " %s %s %s" % (o[0]+x+ovhx, o[1]-ovhy, o[2]+z-ovhz)
interior.append(None)
overhangs.append("")
overhangs[2] += "%s %s %s" % (o[0]-ovhx, o[1]+y+ovhy, o[2]+z-ovhz)
overhangs[2] += " " + p[7]
overhangs[2] += " " + p[6]
overhangs[2] += " %s %s %s" % (o[0]+x+ovhx, o[1]+y+ovhy, o[2]+z-ovhz)
overhangs[2] += " %s %s %s" % (o[0]-ovhx, o[1]+y+ovhy, o[2]+z-ovhz)
interior.append(None)
overhangs.append("")
overhangs[3] += "%s %s %s" % (o[0]-ovhx, o[1]-ovhy, o[2]+z-ovhz)
overhangs[3] += " " + p[4]
overhangs[3] += " " + p[7]
overhangs[3] += " %s %s %s" % (o[0]-ovhx, o[1]+y+ovhy, o[2]+z-ovhz)
overhangs[3] += " %s %s %s" % (o[0]-ovhx, o[1]-ovhy, o[2]+z-ovhz)
interior.append(None)
eaves = o[2]+z-ovhz
elif rtype == 'Flat':
overhangs.append("")
overhangs[0] += "%s %s %s" % (o[0]-ovhx,o[1]-ovhy,o[2]+z)
overhangs[0] += " %s %s %s" % (o[0]+x+ovhx,o[1]-ovhy,o[2]+z)
overhangs[0] += " %s %s %s" % (o[0]+x+ovhx,o[1]+y+ovhy,o[2]+z)
overhangs[0] += " %s %s %s" % (o[0]-ovhx,o[1]+y+ovhy,o[2]+z)
overhangs[0] += " %s %s %s" % (o[0]-ovhx,o[1]-ovhy,o[2]+z)
interior.append("")
interior[0] += p[4]
interior[0] += " " + p[7]
interior[0] += " " + p[6]
interior[0] += " " + p[5]
interior[0] += " " + p[4]
eaves = o[2]+z
ovhy_recalculated = ovhy
#-- Overhang points
return overhangs, interior, eaves, ovhy_recalculated
def wallOpeningOrganiser(openings):
"""Divide the openings per wall."""
if openings:
holes = [[], [], [], []]
opns = [[], [], [], []]
for i in range(0,4):
opns[i].append([])
opns[i].append([])
door = openings[0]
if door != '':
doorwall = int(door['wall'])
holes[doorwall].append(door['ring'])
opns[doorwall][0] = door
for o in openings[1]:
try:
windowwall = int(o['wall'])
except:
windowwall = int(o['side'])
holes[windowwall].append(o['ring'])
opns[windowwall][1].append(o)
else:
holes = None
opns = None
return holes, opns
def GMLPointList(point):
"""Translates the list of coordinates of one point to a string representation (GML)."""
x = point[0]
y = point[1]
z = point[2]
return "%s %s %s" % (x, y, z)
def multiGMLPointList(points):
"""Translates the list of multiple points to a string representation (GML)."""
l = ""
for t in points:
if len(l) > 0:
l += " "
l += GMLPointList(t)
return l
def GMLstring2points(pointstring):
"""Converts the list of points in string (GML) to a list."""
listPoints = []
#-- List of coordinates
coords = pointstring.split()
#-- Store the coordinate tuple
assert(len(coords) % 3 == 0)
for i in range(0, len(coords), 3):
listPoints.append([coords[i], coords[i+1], coords[i+2]])
return listPoints
def GMLreverser(pointlist):
"""Reverses the order of the points, i.e. the normal of the ring."""
revlist = pointlist[::-1]
return revlist
def GMLreversedRing(r):
"""Reverses a ring."""
gmllist= GMLstring2points(r)
revgmllist= GMLreverser(gmllist)
revring = multiGMLPointList(revgmllist)
return revring
def dormerVertices(dormers, p, h, rtype, oList, width):
"""Computes the vertices of a dormer."""
[o, x, y, z] = oList
dList = []
dListGML = []
for drm in dormers:
d = [[], [], [], [], [], []]
dGML = [[], [], [], [], [], []]
if rtype == 'Gabled':
xperimiter = (float(drm['origin'][1]) * x * 0.5) / h
xperimiter2 = (float(drm['size'][1]) * x * 0.5) / h + xperimiter
if drm['side'] == 1:
d[1] = [p[1][0]-xperimiter, p[1][1] + float(drm['origin'][0]), p[5][2] + drm['origin'][1]]
d[2] = [p[1][0]-xperimiter, p[1][1] + float(drm['origin'][0]) + float(drm['size'][0]), p[5][2] + drm['origin'][1]]
d[4] = [p[1][0]-xperimiter, p[1][1] + float(drm['origin'][0]), p[5][2] + drm['origin'][1] + float(drm['size'][1])]
d[5] = [p[1][0]-xperimiter, p[1][1] + float(drm['origin'][0]) + float(drm['size'][0]), p[5][2] + drm['origin'][1] + float(drm['size'][1])]
d[0] = [p[1][0]-xperimiter2, p[1][1] + float(drm['origin'][0]), p[5][2] + drm['origin'][1] + float(drm['size'][1])]
d[3] = [p[1][0]-xperimiter2, p[1][1] + float(drm['origin'][0]) + float(drm['size'][0]), p[5][2] + drm['origin'][1] + float(drm['size'][1])]
elif drm['side'] == 3:
d[1] = [p[4][0]+xperimiter, p[7][1] - float(drm['origin'][0]), p[5][2] + drm['origin'][1]]
d[2] = [p[4][0]+xperimiter, p[7][1] - float(drm['origin'][0]) - float(drm['size'][0]), p[5][2] + drm['origin'][1]]
d[4] = [p[4][0]+xperimiter, p[7][1] - float(drm['origin'][0]), p[5][2] + drm['origin'][1] + float(drm['size'][1])]
d[5] = [p[4][0]+xperimiter, p[7][1] - float(drm['origin'][0]) - float(drm['size'][0]), p[5][2] + drm['origin'][1] + float(drm['size'][1])]
d[0] = [p[4][0]+xperimiter2, p[7][1] - float(drm['origin'][0]), p[5][2] + drm['origin'][1] + float(drm['size'][1])]
d[3] = [p[4][0]+xperimiter2, p[7][1] - float(drm['origin'][0]) - float(drm['size'][0]), p[5][2] + drm['origin'][1] + float(drm['size'][1])]
elif rtype == 'Shed':
xperimiter = (float(drm['origin'][1]) * x * 1.0) / h
xperimiter2 = (float(drm['size'][1]) * x * 1.0) / h + xperimiter
if drm['side'] == 1:
d[1] = [p[1][0]-xperimiter, p[1][1] + float(drm['origin'][0]), p[5][2] + drm['origin'][1]]
d[2] = [p[1][0]-xperimiter, p[1][1] + float(drm['origin'][0]) + float(drm['size'][0]), p[5][2] + drm['origin'][1]]
d[4] = [p[1][0]-xperimiter, p[1][1] + float(drm['origin'][0]), p[5][2] + drm['origin'][1] + float(drm['size'][1])]
d[5] = [p[1][0]-xperimiter, p[1][1] + float(drm['origin'][0]) + float(drm['size'][0]), p[5][2] + drm['origin'][1] + float(drm['size'][1])]
d[0] = [p[1][0]-xperimiter2, p[1][1] + float(drm['origin'][0]), p[5][2] + drm['origin'][1] + float(drm['size'][1])]
d[3] = [p[1][0]-xperimiter2, p[1][1] + float(drm['origin'][0]) + float(drm['size'][0]), p[5][2] + drm['origin'][1] + float(drm['size'][1])]
elif rtype == 'Hipped' or rtype == 'Pyramidal':
xperimiter = (float(drm['origin'][1]) * x * 0.5) / h
xperimiter2 = (float(drm['size'][1]) * x * 0.5) / h + xperimiter
yperimiter = (float(drm['origin'][1]) * width) / h
yperimiter2 = (float(drm['size'][1]) * width) / h + yperimiter
if drm['side'] == 1:
d[1] = [p[1][0]-xperimiter, p[1][1] + float(drm['origin'][0]), p[5][2] + drm['origin'][1]]
d[2] = [p[1][0]-xperimiter, p[1][1] + float(drm['origin'][0]) + float(drm['size'][0]), p[5][2] + drm['origin'][1]]
d[4] = [p[1][0]-xperimiter, p[1][1] + float(drm['origin'][0]), p[5][2] + drm['origin'][1] + float(drm['size'][1])]
d[5] = [p[1][0]-xperimiter, p[1][1] + float(drm['origin'][0]) + float(drm['size'][0]), p[5][2] + drm['origin'][1] + float(drm['size'][1])]
d[0] = [p[1][0]-xperimiter2, p[1][1] + float(drm['origin'][0]), p[5][2] + drm['origin'][1] + float(drm['size'][1])]
d[3] = [p[1][0]-xperimiter2, p[1][1] + float(drm['origin'][0]) + float(drm['size'][0]), p[5][2] + drm['origin'][1] + float(drm['size'][1])]
elif drm['side'] == 3:
d[1] = [p[4][0]+xperimiter, p[7][1] - float(drm['origin'][0]), p[5][2] + drm['origin'][1]]
d[2] = [p[4][0]+xperimiter, p[7][1] - float(drm['origin'][0]) - float(drm['size'][0]), p[5][2] + drm['origin'][1]]
d[4] = [p[4][0]+xperimiter, p[7][1] - float(drm['origin'][0]), p[5][2] + drm['origin'][1] + float(drm['size'][1])]
d[5] = [p[4][0]+xperimiter, p[7][1] - float(drm['origin'][0]) - float(drm['size'][0]), p[5][2] + drm['origin'][1] + float(drm['size'][1])]
d[0] = [p[4][0]+xperimiter2, p[7][1] - float(drm['origin'][0]), p[5][2] + drm['origin'][1] + float(drm['size'][1])]
d[3] = [p[4][0]+xperimiter2, p[7][1] - float(drm['origin'][0]) - float(drm['size'][0]), p[5][2] + drm['origin'][1] + float(drm['size'][1])]
elif drm['side'] == 0:
d[1] = [p[4][0]+float(drm['origin'][0]), p[4][1] + yperimiter, p[5][2] + drm['origin'][1]]
d[2] = [p[4][0]+float(drm['origin'][0])+float(drm['size'][0]), p[4][1] + yperimiter, p[5][2] + drm['origin'][1]]
d[4] = [p[4][0]+float(drm['origin'][0]), p[4][1] + yperimiter, p[5][2] + drm['origin'][1] + float(drm['size'][1])]
d[5] = [p[4][0]+float(drm['origin'][0])+float(drm['size'][0]), p[4][1] + yperimiter, p[5][2] + drm['origin'][1] + float(drm['size'][1])]
d[0] = [p[4][0]+float(drm['origin'][0]), p[4][1] + yperimiter2, p[5][2] + drm['origin'][1] + float(drm['size'][1])]
d[3] = [p[4][0]+float(drm['origin'][0])+float(drm['size'][0]), p[4][1] + yperimiter2, p[5][2] + drm['origin'][1] + float(drm['size'][1])]
elif drm['side'] == 2:
d[1] = [p[6][0]-float(drm['origin'][0]), p[6][1] - yperimiter, p[5][2] + drm['origin'][1]]
d[2] = [p[6][0]-float(drm['origin'][0])-float(drm['size'][0]), p[6][1] - yperimiter, p[5][2] + drm['origin'][1]]
d[4] = [p[6][0]-float(drm['origin'][0]), p[6][1] - yperimiter, p[5][2] + drm['origin'][1] + float(drm['size'][1])]
d[5] = [p[6][0]-float(drm['origin'][0])-float(drm['size'][0]), p[6][1] - yperimiter, p[5][2] + drm['origin'][1] + float(drm['size'][1])]
d[0] = [p[6][0]-float(drm['origin'][0]), p[6][1] - yperimiter2, p[5][2] + drm['origin'][1] + float(drm['size'][1])]
d[3] = [p[6][0]-float(drm['origin'][0])-float(drm['size'][0]), p[6][1] - yperimiter2, p[5][2] + drm['origin'][1] + float(drm['size'][1])]
elif rtype == 'Flat':
#-- Valid only for roof windows
xperimiter = float(drm['origin'][1])
xperimiter2 = float(drm['size'][1]) + xperimiter
if drm['side'] == 1:
d[1] = [p[1][0]-xperimiter, p[1][1] + float(drm['origin'][0]), p[5][2]]
d[2] = [p[1][0]-xperimiter, p[1][1] + float(drm['origin'][0]) + float(drm['size'][0]), p[5][2]]
d[4] = [p[1][0]-xperimiter, p[1][1] + float(drm['origin'][0]), p[5][2] + drm['origin'][1] + float(drm['size'][1])]
d[5] = [p[1][0]-xperimiter, p[1][1] + float(drm['origin'][0]) + float(drm['size'][0]), p[5][2] + drm['origin'][1] + float(drm['size'][1])]
d[0] = [p[1][0]-xperimiter2, p[1][1] + float(drm['origin'][0]), p[5][2]]
d[3] = [p[1][0]-xperimiter2, p[1][1] + float(drm['origin'][0]) + float(drm['size'][0]), p[5][2]]
if d != [[], [], [], [], [], []]:
for i in range(0, 6):
#for j in range(0, 3):
# d[i][j] = round(d[i][j], 2)
dGML[i] = GMLPointList(d[i])
dList.append(d)
dListGML.append(dGML)
return dList, dListGML
def interiordormerVertices(dormers, p, h, rtype, oList, width, wallThickness, rWth, dormerTickness, topThickness, rWth2=None):
"""Computes the vertices of a dormer."""
[o, x, y, z] = oList
dList = []
dListGML = []
for drm in dormers:
d = [[], [], [], [], [], []]
dGML = [[], [], [], [], [], []]
if rtype == 'Gabled':
xperimiter = (float(drm['origin'][1]) * x * 0.5) / h
xperimiter2 = (float(drm['size'][1]) * x * 0.5) / h + xperimiter
intxper = (xperimiter + dormerTickness) - rWth
dper2 = ((drm['origin'][1] + float(drm['size'][1]) - dormerTickness) * x * 0.5) / h + rWth
hper1 = intxper * h / (.5 * x)
if drm['side'] == 1:
d[1] = [p[1][0]-xperimiter - dormerTickness, p[1][1] + float(drm['origin'][0]) + dormerTickness, p[5][2] + hper1]
d[2] = [p[1][0]-xperimiter - dormerTickness, p[1][1] + float(drm['origin'][0]) + float(drm['size'][0]) - dormerTickness, p[5][2] + hper1]
d[4] = [p[1][0]-xperimiter - dormerTickness, p[1][1] + float(drm['origin'][0]) + dormerTickness, p[5][2] + drm['origin'][1] + float(drm['size'][1]) - dormerTickness]
d[5] = [p[1][0]-xperimiter - dormerTickness, p[1][1] + float(drm['origin'][0]) + float(drm['size'][0]) - dormerTickness, p[5][2] + drm['origin'][1] + float(drm['size'][1]) - dormerTickness]
d[0] = [p[1][0]- dper2, p[1][1] + float(drm['origin'][0]) + dormerTickness, p[5][2] + drm['origin'][1] + float(drm['size'][1]) - dormerTickness]
d[3] = [p[1][0]- dper2, p[1][1] + float(drm['origin'][0]) + float(drm['size'][0]) - dormerTickness, p[5][2] + drm['origin'][1] + float(drm['size'][1]) - dormerTickness]
elif drm['side'] == 3:
d[1] = [p[4][0]+xperimiter + dormerTickness, p[7][1] - float(drm['origin'][0]) - dormerTickness, p[5][2] + hper1]
d[2] = [p[4][0]+xperimiter + dormerTickness, p[7][1] - float(drm['origin'][0]) - float(drm['size'][0]) + dormerTickness, p[5][2] + hper1]
d[4] = [p[4][0]+xperimiter + dormerTickness, p[7][1] - float(drm['origin'][0]) - dormerTickness, p[5][2] + drm['origin'][1] + float(drm['size'][1]) - dormerTickness]
d[5] = [p[4][0]+xperimiter + dormerTickness, p[7][1] - float(drm['origin'][0]) - float(drm['size'][0]) + dormerTickness, p[5][2] + drm['origin'][1] + float(drm['size'][1]) - dormerTickness]
d[0] = [p[4][0] + dper2, p[7][1] - float(drm['origin'][0]) - dormerTickness, p[5][2] + drm['origin'][1] + float(drm['size'][1]) - dormerTickness]
d[3] = [p[4][0] + dper2, p[7][1] - float(drm['origin'][0]) - float(drm['size'][0]) + dormerTickness, p[5][2] + drm['origin'][1] + float(drm['size'][1]) - dormerTickness]
elif rtype == 'Shed':
xperimiter = (float(drm['origin'][1]) * x) / h
xperimiter2 = (float(drm['size'][1]) * x) / h + xperimiter
intxper = (xperimiter + dormerTickness) - rWth
dper2 = ((drm['origin'][1] + float(drm['size'][1]) - dormerTickness) * x) / h + rWth
hper1 = intxper * h / x
if drm['side'] == 1:
d[1] = [p[1][0]-xperimiter - dormerTickness, p[1][1] + float(drm['origin'][0]) + dormerTickness, p[5][2] + hper1]
d[2] = [p[1][0]-xperimiter - dormerTickness, p[1][1] + float(drm['origin'][0]) + float(drm['size'][0]) - dormerTickness, p[5][2] + hper1]
d[4] = [p[1][0]-xperimiter - dormerTickness, p[1][1] + float(drm['origin'][0]) + dormerTickness, p[5][2] + drm['origin'][1] + float(drm['size'][1]) - dormerTickness]
d[5] = [p[1][0]-xperimiter - dormerTickness, p[1][1] + float(drm['origin'][0]) + float(drm['size'][0]) - dormerTickness, p[5][2] + drm['origin'][1] + float(drm['size'][1]) - dormerTickness]
d[0] = [p[1][0] - dper2, p[1][1] + float(drm['origin'][0]) + dormerTickness, p[5][2] + drm['origin'][1] + float(drm['size'][1]) - dormerTickness]
d[3] = [p[1][0] - dper2, p[1][1] + float(drm['origin'][0]) + float(drm['size'][0]) - dormerTickness, p[5][2] + drm['origin'][1] + float(drm['size'][1]) - dormerTickness]
elif rtype == 'Hipped' or rtype == 'Pyramidal':
xperimiter = (float(drm['origin'][1]) * x * 0.5) / h
xperimiter2 = (float(drm['size'][1]) * x * 0.5) / h + xperimiter
yperimiter = (float(drm['origin'][1]) * width) / h
yperimiter2 = (float(drm['size'][1]) * width) / h + yperimiter
intxper = (xperimiter + dormerTickness) - rWth
dper2 = ((drm['origin'][1] + float(drm['size'][1]) - dormerTickness) * x * 0.5) / h + rWth
hper1 = intxper * h / (.5 * x)
intyper = (yperimiter + dormerTickness) - rWth2
dper2_2 = ((drm['origin'][1] + float(drm['size'][1]) - dormerTickness) * width) / h + rWth2
hper2 = (intyper) * h / width
if drm['side'] == 1:
d[1] = [p[1][0]-xperimiter - dormerTickness, p[1][1] + float(drm['origin'][0]) + dormerTickness, p[5][2] + hper1]
d[2] = [p[1][0]-xperimiter - dormerTickness, p[1][1] + float(drm['origin'][0]) + float(drm['size'][0]) - dormerTickness, p[5][2] + hper1]
d[4] = [p[1][0]-xperimiter - dormerTickness, p[1][1] + float(drm['origin'][0]) + dormerTickness, p[5][2] + drm['origin'][1] + float(drm['size'][1]) - dormerTickness]
d[5] = [p[1][0]-xperimiter - dormerTickness, p[1][1] + float(drm['origin'][0]) + float(drm['size'][0]) - dormerTickness, p[5][2] + drm['origin'][1] + float(drm['size'][1]) - dormerTickness]
d[0] = [p[1][0] - dper2, p[1][1] + float(drm['origin'][0]) + dormerTickness, p[5][2] + drm['origin'][1] + float(drm['size'][1]) - dormerTickness]
d[3] = [p[1][0] - dper2, p[1][1] + float(drm['origin'][0]) + float(drm['size'][0]) - dormerTickness, p[5][2] + drm['origin'][1] + float(drm['size'][1]) - dormerTickness]
elif drm['side'] == 3:
d[1] = [p[4][0]+xperimiter + dormerTickness, p[7][1] - float(drm['origin'][0]) - dormerTickness, p[5][2] + hper1]
d[2] = [p[4][0]+xperimiter + dormerTickness, p[7][1] - float(drm['origin'][0]) - float(drm['size'][0]) + dormerTickness, p[5][2] + hper1]
d[4] = [p[4][0]+xperimiter + dormerTickness, p[7][1] - float(drm['origin'][0]) - dormerTickness, p[5][2] + drm['origin'][1] + float(drm['size'][1]) - dormerTickness]
d[5] = [p[4][0]+xperimiter + dormerTickness, p[7][1] - float(drm['origin'][0]) - float(drm['size'][0]) + dormerTickness, p[5][2] + drm['origin'][1] + float(drm['size'][1]) - dormerTickness]
d[0] = [p[4][0]+ dper2, p[7][1] - float(drm['origin'][0]) - dormerTickness, p[5][2] + drm['origin'][1] + float(drm['size'][1]) - dormerTickness]
d[3] = [p[4][0]+ dper2, p[7][1] - float(drm['origin'][0]) - float(drm['size'][0]) + dormerTickness, p[5][2] + drm['origin'][1] + float(drm['size'][1]) - dormerTickness]
elif drm['side'] == 0:
d[1] = [p[4][0]+float(drm['origin'][0]) + dormerTickness, p[4][1] + yperimiter + dormerTickness, p[5][2] + hper2]
d[2] = [p[4][0]+float(drm['origin'][0])+float(drm['size'][0]) - dormerTickness, p[4][1] + yperimiter + dormerTickness, p[5][2] + hper2]
d[4] = [p[4][0]+float(drm['origin'][0]) + dormerTickness, p[4][1] + yperimiter + dormerTickness, p[5][2] + drm['origin'][1] + float(drm['size'][1]) - dormerTickness]
d[5] = [p[4][0]+float(drm['origin'][0])+float(drm['size'][0]) - dormerTickness, p[4][1] + yperimiter + dormerTickness, p[5][2] + drm['origin'][1] + float(drm['size'][1]) - dormerTickness]
d[0] = [p[4][0]+float(drm['origin'][0]) + dormerTickness, p[4][1] + dper2_2, p[5][2] + drm['origin'][1] + float(drm['size'][1]) - dormerTickness]
d[3] = [p[4][0]+float(drm['origin'][0])+float(drm['size'][0]) - dormerTickness, p[4][1] + dper2_2, p[5][2] + drm['origin'][1] + float(drm['size'][1]) - dormerTickness]
elif drm['side'] == 2:
d[1] = [p[6][0]-float(drm['origin'][0]) - dormerTickness, p[6][1] - yperimiter - dormerTickness, p[5][2] + hper2]
d[2] = [p[6][0]-float(drm['origin'][0])-float(drm['size'][0]) + dormerTickness, p[6][1] - yperimiter - dormerTickness, p[5][2] + hper2]
d[4] = [p[6][0]-float(drm['origin'][0]) - dormerTickness, p[6][1] - yperimiter - dormerTickness, p[5][2] + drm['origin'][1] + float(drm['size'][1]) - dormerTickness]
d[5] = [p[6][0]-float(drm['origin'][0])-float(drm['size'][0]) + dormerTickness, p[6][1] - yperimiter - dormerTickness, p[5][2] + drm['origin'][1] + float(drm['size'][1]) - dormerTickness]
d[0] = [p[6][0]-float(drm['origin'][0]) - dormerTickness, p[6][1] - dper2_2, p[5][2] + drm['origin'][1] + float(drm['size'][1]) - dormerTickness]
d[3] = [p[6][0]-float(drm['origin'][0])-float(drm['size'][0]) + dormerTickness, p[6][1] - dper2_2, p[5][2] + drm['origin'][1] + float(drm['size'][1]) - dormerTickness]
if d != [[], [], [], [], [], []]:
for i in range(0, 6):
#for j in range(0, 3):
# d[i][j] = round(d[i][j], 2)
dGML[i] = GMLPointList(d[i])
dList.append(d)
dListGML.append(dGML)
return dList, dListGML
def chimneyVertices(chimneys, p, h, rtype, oList, width):
"""
Computes the vertices of a chimney.
The origin in chimneys is different than the one in dormers, hence a separate function.
"""
[o, x, y, z] = oList
dList = []
dListGML = []
for drm in chimneys:
d = [[], [], [], [], [], [], [], []]
dGML = [[], [], [], [], [], [], [], []]
chHeight = float(drm['size'][2])
if rtype == 'Gabled':
#xperimiter = (float(drm['origin'][1]) * x * 0.5) / h
#xperimiter2 = (float(drm['size'][1]) * x * 0.5) / h + xperimiter
xperimiter = float(drm['origin'][1])
xperimiter2 = float(drm['size'][1]) + xperimiter
zperimiter1 = (xperimiter * h) / (x*.5)
zperimiter2 = (xperimiter2 * h) / (x*.5)
if drm['side'] == 1:
d[1] = [p[1][0]-xperimiter, p[1][1] + float(drm['origin'][0]), p[5][2] + zperimiter1]
d[2] = [p[1][0]-xperimiter, p[1][1] + float(drm['origin'][0]) + float(drm['size'][0]), p[5][2] + zperimiter1]
d[4] = [p[1][0]-xperimiter, p[1][1] + float(drm['origin'][0]), p[5][2] + zperimiter2 + chHeight]
d[5] = [p[1][0]-xperimiter, p[1][1] + float(drm['origin'][0]) + float(drm['size'][0]), p[5][2] + zperimiter2 + chHeight]
d[0] = [p[1][0]-xperimiter2, p[1][1] + float(drm['origin'][0]), p[5][2] + zperimiter2]
d[3] = [p[1][0]-xperimiter2, p[1][1] + float(drm['origin'][0]) + float(drm['size'][0]), p[5][2] + zperimiter2]
d[7] = [p[1][0]-xperimiter2, p[1][1] + float(drm['origin'][0]), p[5][2] + zperimiter2 + chHeight]
d[6] = [p[1][0]-xperimiter2, p[1][1] + float(drm['origin'][0]) + float(drm['size'][0]), p[5][2] + zperimiter2 + chHeight]
elif drm['side'] == 3:
d[1] = [p[4][0]+xperimiter, p[7][1] - float(drm['origin'][0]), p[5][2] + zperimiter1]
d[2] = [p[4][0]+xperimiter, p[7][1] - float(drm['origin'][0]) - float(drm['size'][0]), p[5][2] + zperimiter1]
d[4] = [p[4][0]+xperimiter, p[7][1] - float(drm['origin'][0]), p[5][2] + zperimiter2 + chHeight]
d[5] = [p[4][0]+xperimiter, p[7][1] - float(drm['origin'][0]) - float(drm['size'][0]), p[5][2] + zperimiter2 + chHeight]
d[0] = [p[4][0]+xperimiter2, p[7][1] - float(drm['origin'][0]), p[5][2] + zperimiter2]
d[3] = [p[4][0]+xperimiter2, p[7][1] - float(drm['origin'][0]) - float(drm['size'][0]), p[5][2] + zperimiter2]
d[7] = [p[4][0]+xperimiter2, p[7][1] - float(drm['origin'][0]), p[5][2] + zperimiter2 + chHeight]
d[6] = [p[4][0]+xperimiter2, p[7][1] - float(drm['origin'][0]) - float(drm['size'][0]), p[5][2] + zperimiter2 + chHeight]
elif rtype == 'Shed':
#xperimiter = (float(drm['origin'][1]) * x * 1.0) / h
xperimiter = float(drm['origin'][1])
#xperimiter2 = (float(drm['size'][1]) * x * 1.0) / h + xperimiter
xperimiter2 = float(drm['size'][1]) + xperimiter
zperimiter1 = (xperimiter * h) / x
zperimiter2 = (xperimiter2 * h) / x
if drm['side'] == 1:
d[1] = [p[1][0]-xperimiter, p[1][1] + float(drm['origin'][0]), p[5][2] + zperimiter1]
d[2] = [p[1][0]-xperimiter, p[1][1] + float(drm['origin'][0]) + float(drm['size'][0]), p[5][2] + zperimiter1]
d[4] = [p[1][0]-xperimiter, p[1][1] + float(drm['origin'][0]), p[5][2] + zperimiter2 + chHeight]
d[5] = [p[1][0]-xperimiter, p[1][1] + float(drm['origin'][0]) + float(drm['size'][0]), p[5][2] + zperimiter2 + chHeight]
d[0] = [p[1][0]-xperimiter2, p[1][1] + float(drm['origin'][0]), p[5][2] + zperimiter2]
d[3] = [p[1][0]-xperimiter2, p[1][1] + float(drm['origin'][0]) + float(drm['size'][0]), p[5][2] + zperimiter2]
d[7] = [p[1][0]-xperimiter2, p[1][1] + float(drm['origin'][0]), p[5][2] + zperimiter2 + chHeight]
d[6] = [p[1][0]-xperimiter2, p[1][1] + float(drm['origin'][0]) + float(drm['size'][0]), p[5][2] + zperimiter2 + chHeight]
elif rtype == 'Hipped' or rtype == 'Pyramidal':
xperimiter = float(drm['origin'][1])
xperimiter2 = float(drm['size'][1]) + xperimiter
yperimiter = (float(drm['origin'][1]) * width) / h
yperimiter2 = (float(drm['size'][1]) * width) / h + yperimiter
zperimiter1 = (xperimiter * h) / (x*.5)
zperimiter2 = (xperimiter2 * h) / (x*.5)
if drm['side'] == 1:
d[1] = [p[1][0]-xperimiter, p[1][1] + float(drm['origin'][0]), p[5][2] + zperimiter1]
d[2] = [p[1][0]-xperimiter, p[1][1] + float(drm['origin'][0]) + float(drm['size'][0]), p[5][2] + zperimiter1]
d[4] = [p[1][0]-xperimiter, p[1][1] + float(drm['origin'][0]), p[5][2] + zperimiter2 + chHeight]
d[5] = [p[1][0]-xperimiter, p[1][1] + float(drm['origin'][0]) + float(drm['size'][0]), p[5][2] + zperimiter2 + chHeight]
d[0] = [p[1][0]-xperimiter2, p[1][1] + float(drm['origin'][0]), p[5][2] + zperimiter2]
d[3] = [p[1][0]-xperimiter2, p[1][1] + float(drm['origin'][0]) + float(drm['size'][0]), p[5][2] + zperimiter2]
d[7] = [p[1][0]-xperimiter2, p[1][1] + float(drm['origin'][0]), p[5][2] + zperimiter2 + chHeight]
d[6] = [p[1][0]-xperimiter2, p[1][1] + float(drm['origin'][0]) + float(drm['size'][0]), p[5][2] + zperimiter2 + chHeight]
elif drm['side'] == 3:
d[1] = [p[4][0]+xperimiter, p[7][1] - float(drm['origin'][0]), p[5][2] + zperimiter1]
d[2] = [p[4][0]+xperimiter, p[7][1] - float(drm['origin'][0]) - float(drm['size'][0]), p[5][2] + zperimiter1]
d[4] = [p[4][0]+xperimiter, p[7][1] - float(drm['origin'][0]), p[5][2] + zperimiter2 + chHeight]
d[5] = [p[4][0]+xperimiter, p[7][1] - float(drm['origin'][0]) - float(drm['size'][0]), p[5][2] + zperimiter2 + chHeight]
d[0] = [p[4][0]+xperimiter2, p[7][1] - float(drm['origin'][0]), p[5][2] + zperimiter2]
d[3] = [p[4][0]+xperimiter2, p[7][1] - float(drm['origin'][0]) - float(drm['size'][0]), p[5][2] + zperimiter2]
d[7] = [p[4][0]+xperimiter2, p[7][1] - float(drm['origin'][0]), p[5][2] + zperimiter2 + chHeight]
d[6] = [p[4][0]+xperimiter2, p[7][1] - float(drm['origin'][0]) - float(drm['size'][0]), p[5][2] + zperimiter2 + chHeight]
elif rtype == 'Flat':
#-- Not valid for dormers
xperimiter = float(drm['origin'][1])
xperimiter2 = float(drm['size'][1]) + xperimiter
if drm['side'] == 1:
d[1] = [p[1][0]-xperimiter, p[1][1] + float(drm['origin'][0]), p[5][2]]
d[2] = [p[1][0]-xperimiter, p[1][1] + float(drm['origin'][0]) + float(drm['size'][0]), p[5][2]]
d[4] = [p[1][0]-xperimiter, p[1][1] + float(drm['origin'][0]), p[5][2] + chHeight]
d[5] = [p[1][0]-xperimiter, p[1][1] + float(drm['origin'][0]) + float(drm['size'][0]), p[5][2] + chHeight]
d[0] = [p[1][0]-xperimiter2, p[1][1] + float(drm['origin'][0]), p[5][2]]
d[3] = [p[1][0]-xperimiter2, p[1][1] + float(drm['origin'][0]) + float(drm['size'][0]), p[5][2]]
d[7] = [p[1][0]-xperimiter2, p[1][1] + float(drm['origin'][0]), p[5][2] + chHeight]
d[6] = [p[1][0]-xperimiter2, p[1][1] + float(drm['origin'][0]) + float(drm['size'][0]), p[5][2] + chHeight]
if d != [[], [], [], [], [], []]:
for i in range(0, 8):
#for j in range(0, 3):
# d[i][j] = round(d[i][j], 2)
dGML[i] = GMLPointList(d[i])
dList.append(d)
dListGML.append(dGML)
return dList, dListGML
def adjustRoofFeatures(roofType, eaves, old_origin, overhang_x, overhang_y, side):
"""This function adjusts the location of the features of the roof for models of different geometric references."""
old_x = old_origin[0]
old_y = old_origin[1]
if roofType == 'Gabled' or roofType == 'Shed' or roofType == 'Hipped' or roofType == 'Pyramidal':
if side == 1 or side == 3:
adjusted_x = old_x + overhang_y
adjusted_y = old_y + eaves
elif side == 0 or side == 2:
adjusted_x = old_x + overhang_x
adjusted_y = old_y + eaves
elif roofType == 'Flat':
adjusted_x = old_x + overhang_y
adjusted_y = old_y + overhang_x
#xperimiter = float(drm['origin'][1])
return [adjusted_x, adjusted_y]
def gabledRoof(XMLelement, p, r, override_wall=None, semantics=None, openings=None, roofopenings=None, rfWindows=None, embrasure=None, pList=None):
"""Constructs a building with a gabled roof."""
#-- Roof Surface
roof0 = "%s %s %s %s %s" % (r[0], r[1], p[7], p[4], r[0])
roof1 = "%s %s %s %s %s" % (r[1], r[0], p[5], p[6], r[1])
#-- Wall Surface
face0 = "%s %s %s %s %s %s" % (p[4], p[0], p[1], p[5], r[0], p[4])
if override_wall:
face1 = override_wall['wall']
else:
face1 = "%s %s %s %s %s" % (p[5], p[1], p[2], p[6], p[5])
face2 = "%s %s %s %s %s %s" % (p[6], p[2], p[3], p[7], r[1], p[6])
face3 = "%s %s %s %s %s" % (p[7], p[3], p[0], p[4], p[7])
if openings:
holes, opns = wallOpeningOrganiser(openings)
else:
holes = None
opns = None
if embrasure and openings:
embO = embrasuresGeometry(openings, pList, embrasure)
if semantics:
if roofopenings:
if rfWindows:
multiSurface2(XMLelement, roof0, "RoofSurface", roofopenings[3], 3, rfWindows[3])
multiSurface2(XMLelement, roof1, "RoofSurface", roofopenings[1], 3, rfWindows[1])
else:
multiSurface(XMLelement, roof0, "RoofSurface", roofopenings[3], 3)
multiSurface(XMLelement, roof1, "RoofSurface", roofopenings[1], 3)
else:
multiSurface(XMLelement, roof0, "RoofSurface")
multiSurface(XMLelement, roof1, "RoofSurface")
if openings:
if embrasure:
multiSurfaceWithEmbrasure(XMLelement, face0, "WallSurface", holes[0], 3, embO[0])
else:
multiSurface(XMLelement, face0, "WallSurface", holes[0], 3, opns[0])
else:
multiSurface(XMLelement, face0, "WallSurface", None)
if openings:
if embrasure:
multiSurfaceWithEmbrasure(XMLelement, face1, "WallSurface", holes[1], 3, embO[1])
else:
multiSurface(XMLelement, face1, "WallSurface", holes[1], 3, opns[1])
else:
multiSurface(XMLelement, face1, "WallSurface", None)
if openings:
if embrasure:
multiSurfaceWithEmbrasure(XMLelement, face2, "WallSurface", holes[2], 3, embO[2])
else:
multiSurface(XMLelement, face2, "WallSurface", holes[2], 3, opns[2])
else:
multiSurface(XMLelement, face2, "WallSurface", None)
if openings:
if embrasure:
multiSurfaceWithEmbrasure(XMLelement, face3, "WallSurface", holes[3], 3, embO[3])
else:
multiSurface(XMLelement, face3, "WallSurface", holes[3], 3, opns[3])
else:
multiSurface(XMLelement, face3, "WallSurface", None)
#-- Building part
for fc in override_wall['rest']:
multiSurface(XMLelement, fc, "WallSurface", None)
for fc in override_wall['roof']:
multiSurface(XMLelement, fc, "RoofSurface", None)
for fc in override_wall['outerfloor']:
multiSurface(XMLelement, fc, "OuterFloorSurface", None)
else:
if roofopenings is not None:
addsurface(False, XMLelement, roof0, roofopenings[3])
addsurface(False, XMLelement, roof1, roofopenings[1])
else:
addsurface(False, XMLelement, roof0)
addsurface(False, XMLelement, roof1)
if holes is not None:
if embrasure:
addSurfaceWithEmbrasure(False, XMLelement, face0, holes[0], embO[0])
addSurfaceWithEmbrasure(False, XMLelement, face1, holes[1], embO[1])
addSurfaceWithEmbrasure(False, XMLelement, face2, holes[2], embO[2])
addSurfaceWithEmbrasure(False, XMLelement, face3, holes[3], embO[3])
else:
addsurface(False, XMLelement, face0)
addsurface(False, XMLelement, face1)
addsurface(False, XMLelement, face2)
addsurface(False, XMLelement, face3)
else:
addsurface(False, XMLelement, face0)
addsurface(False, XMLelement, face1)
addsurface(False, XMLelement, face2)
addsurface(False, XMLelement, face3)
for fc in override_wall['rest']:
addsurface(False, XMLelement, fc)
for fc in override_wall['roof']:
addsurface(False, XMLelement, fc)
for fc in override_wall['outerfloor']:
addsurface(False, XMLelement, fc)
def shedRoof(XMLelement, p, r, override_wall=None, semantics=None, openings=None, roofopenings=None, rfWindows=None, embrasure=None, pList=None):
"""Constructs a building with a shed roof."""
#-- Roof Surface
roof1 = "%s %s %s %s %s" % (r[1], r[0], p[5], p[6], r[1])
#-- Wall Surface
face0 = "%s %s %s %s %s" % (r[0], p[0], p[1], p[5], r[0])
if override_wall:
face1 = override_wall['wall']
else:
face1 = "%s %s %s %s %s" % (p[5], p[1], p[2], p[6], p[5])
face2 = "%s %s %s %s %s" % (p[6], p[2], p[3], r[1], p[6])
face3 = "%s %s %s %s %s" % (r[1], p[3], p[0], r[0], r[1])
if openings:
holes, opns = wallOpeningOrganiser(openings)
else:
holes = None
opns = None
if embrasure and openings:
embO = embrasuresGeometry(openings, pList, embrasure)
if semantics:
if roofopenings:
if rfWindows:
multiSurface2(XMLelement, roof1, "RoofSurface", roofopenings[1], 3, rfWindows[1])
else:
multiSurface(XMLelement, roof1, "RoofSurface", roofopenings[1], 3)
else:
multiSurface(XMLelement, roof1, "RoofSurface")
if openings:
if embrasure:
multiSurfaceWithEmbrasure(XMLelement, face0, "WallSurface", holes[0], 3, embO[0])
else:
multiSurface(XMLelement, face0, "WallSurface", holes[0], 3, opns[0])
else:
multiSurface(XMLelement, face0, "WallSurface", None)
if openings:
if embrasure:
multiSurfaceWithEmbrasure(XMLelement, face1, "WallSurface", holes[1], 3, embO[1])
else:
multiSurface(XMLelement, face1, "WallSurface", holes[1], 3, opns[1])
else:
multiSurface(XMLelement, face1, "WallSurface", None)
if openings:
if embrasure:
multiSurfaceWithEmbrasure(XMLelement, face2, "WallSurface", holes[2], 3, embO[2])
else:
multiSurface(XMLelement, face2, "WallSurface", holes[2], 3, opns[2])
else:
multiSurface(XMLelement, face2, "WallSurface", None)
if openings:
if embrasure:
multiSurfaceWithEmbrasure(XMLelement, face3, "WallSurface", holes[3], 3, embO[3])
else:
multiSurface(XMLelement, face3, "WallSurface", holes[3], 3, opns[3])
else:
multiSurface(XMLelement, face3, "WallSurface", None)
#-- Building part
for fc in override_wall['rest']:
multiSurface(XMLelement, fc, "WallSurface", None)
for fc in override_wall['roof']:
multiSurface(XMLelement, fc, "RoofSurface", None)
for fc in override_wall['outerfloor']:
multiSurface(XMLelement, fc, "OuterFloorSurface", None)
else:
if roofopenings is not None:
addsurface(False, XMLelement, roof1, roofopenings[1])
else:
addsurface(False, XMLelement, roof1)
if holes is not None and embrasure:
addSurfaceWithEmbrasure(False, XMLelement, face0, holes[0], embO[0])
addSurfaceWithEmbrasure(False, XMLelement, face1, holes[1], embO[1])
addSurfaceWithEmbrasure(False, XMLelement, face2, holes[2], embO[2])
addSurfaceWithEmbrasure(False, XMLelement, face3, holes[3], embO[3])
else:
#addsurface(False, XMLelement, roof1)
addsurface(False, XMLelement, face0)
addsurface(False, XMLelement, face1)
addsurface(False, XMLelement, face2)
addsurface(False, XMLelement, face3)
for fc in override_wall['rest']:
addsurface(False, XMLelement, fc)
for fc in override_wall['roof']:
addsurface(False, XMLelement, fc)
for fc in override_wall['outerfloor']:
addsurface(False, XMLelement, fc)
def hippedRoof(XMLelement, p, r, override_wall=None, semantics=None, openings=None, roofopenings=None, rfWindows=None, embrasure=None, pList=None):
"""Constructs a building with a hipped or pyramidal roof."""
#-- Roof Surface
#-- Pyramidal roof has the same point r0 and r1
if r[0] == r[1]:
roof0 = "%s %s %s %s" % (r[0], p[7], p[4], r[0])
roof1 = "%s %s %s %s" % (r[1], p[5], p[6], r[1])
else:
roof0 = "%s %s %s %s %s" % (r[0], r[1], p[7], p[4], r[0])
roof1 = "%s %s %s %s %s" % (r[1], r[0], p[5], p[6], r[1])
roofX = "%s %s %s %s" % (r[0], p[4], p[5], r[0])
roofY = "%s %s %s %s" % (r[1], p[6], p[7], r[1])
#-- Wall Surface
face0 = "%s %s %s %s %s" % (p[0], p[1], p[5], p[4], p[0])
if override_wall:
face1 = override_wall['wall']
else:
face1 = "%s %s %s %s %s" % (p[5], p[1], p[2], p[6], p[5])
face2 = "%s %s %s %s %s" % (p[2], p[3], p[7], p[6], p[2])
face3 = "%s %s %s %s %s" % (p[3], p[0], p[4], p[7], p[3])
if openings:
holes, opns = wallOpeningOrganiser(openings)
else:
holes = None
opns = None
if embrasure and openings:
embO = embrasuresGeometry(openings, pList, embrasure)
if semantics:
if roofopenings:
if rfWindows:
multiSurface2(XMLelement, roof0, "RoofSurface", roofopenings[3], 3, rfWindows[3])
multiSurface2(XMLelement, roof1, "RoofSurface", roofopenings[1], 3, rfWindows[1])
multiSurface2(XMLelement, roofX, "RoofSurface", roofopenings[0], 3, rfWindows[0])
multiSurface2(XMLelement, roofY, "RoofSurface", roofopenings[2], 3, rfWindows[2])
else:
multiSurface(XMLelement, roof0, "RoofSurface", roofopenings[3], 3)
multiSurface(XMLelement, roof1, "RoofSurface", roofopenings[1], 3)
multiSurface(XMLelement, roofX, "RoofSurface", roofopenings[0], 3)
multiSurface(XMLelement, roofY, "RoofSurface", roofopenings[2], 3)
else:
multiSurface(XMLelement, roof0, "RoofSurface")
multiSurface(XMLelement, roof1, "RoofSurface")
multiSurface(XMLelement, roofX, "RoofSurface")
multiSurface(XMLelement, roofY, "RoofSurface")
if openings:
if embrasure:
multiSurfaceWithEmbrasure(XMLelement, face0, "WallSurface", holes[0], 3, embO[0])
else: