if sub.tag != 'nd':
continue
ref = int(sub.attrib['ref'])
if ref not in waynodes:
continue
way.append(waynodes[ref])
refs.append(ref)
j += 1
lat += waynodes[ref][0]
lon += waynodes[ref][1]
lat /= j
lon /= j
if refs[0] != refs[-1]:
outroot.append(elem)
continue
if rhr.is_rhr(way[1:]):
nway = way
else:
nway = [] + way
nway.reverse()
eway = expand(nway, 1.5 * 360 / 40000000)
eeway = expand(nway, 4.0 * 360 / 40000000)
bldgs.append(( lat, lon, way, eway, eeway, refs, tags, elem.attrib, [] ))
bldgroot = None # Make python release the XML structure
# Read the address nodes data
for elem in addrroot:
if 'id' not in elem.attrib:
continue
tags = {}
ref = int(sub.attrib['ref'])
if ref not in waynodes:
continue
way.append(waynodes[ref])
refs.append(ref)
if len(refs) == 1:
continue
j += 1
lat += waynodes[ref][0]
lon += waynodes[ref][1]
lat /= j
lon /= j
if refs[0] != refs[-1]:
continue
try:
is_rhr = rhr.is_rhr(way[1:])
except:
is_rhr = True
ElementTree.SubElement(elem, 'tag', { 'k': 'fixme3', 'v': 'shape' })
print(id)
if is_rhr:
nway = way
else:
nway = [] + way
nway.reverse()
subs = [ sub for sub in elem if sub.tag == 'nd' ]
for sub in subs:
elem.remove(sub)
elem.insert(0, sub)
eway = expand(nway, 4.0 * 360 / 40000000)
eeway = expand(nway, 9.0 * 360 / 40000000)
if sub.tag != 'nd':
continue
ref = int(sub.attrib['ref'])
if ref not in waynodes:
continue
way.append(waynodes[ref])
refs.append(ref)
j += 1
lat += waynodes[ref][0]
lon += waynodes[ref][1]
lat /= j
lon /= j
if refs[0] != refs[-1]:
outroot.append(elem)
continue
if rhr.is_rhr(way[1:]):
nway = way
else:
nway = [] + way
nway.reverse()
eway = expand(nway, 1.5 * 360 / 40000000)
eeway = expand(nway, 4.0 * 360 / 40000000)
bldgs.append((lat, lon, way, eway, eeway, refs, tags, elem.attrib, []))
bldgroot = None # Make python release the XML structure
# Read the address nodes data
for elem in addrroot:
if 'id' not in elem.attrib:
continue
tags = {}
for sub in elem:
for px in range(1, tile.size[1]):
for py in range(0, tile.size[1]):
if not iswall(px, py) or \
not isempty(px - 1, py):
continue
marks = []
try:
shapes.append(walk(( px - 1, py ),
marks))
except Exception as e:
remove += marks
for px, py in remove:
markclean(px, py)
tile.save('ctiles/' + str(x) + '/' + str(y) + '.png')
shapes = [ shape for shape in shapes if rhr.is_rhr(shape) ]
shapes = [ douglaspeucker.simplify_poly(shape, 1.4)
for shape in shapes ]
shapes = [ shape for shape in shapes if len(shape) > 2 ]
shapes = [ shape for shape in shapes if area.area(shape) > 150 ]
for shape in shapes:
orthogonalise()
shapes = [ douglaspeucker.simplify_poly(shape, 1.0)
for shape in shapes ]
for shape in shapes:
fixcorners()
shapes = [ area.expand(shape, 1.5) for shape in shapes ]
