def convertGeoJson(filename):
"""
Translates GeoJson files in rijksdriehoeks format to WGS84
Assumes a valid GeoJson file
"""
geofile = open(filename)
jsonFile = simplejson.loads(geofile.read())
for i in jsonFile["features"]:
for j in i["geometry"]["coordinates"]:
for k in j:
if type(k[0]).__name__=='float':
newk = rd2wgs84.convert(k[0], k[1])
k[0] = newk[1]
k[1] = newk[0]
else:
for l in k:
newl = rd2wgs84.convert(l[0], l[1])
l[0] = newl[1]
l[1] = newl[0]
newGeofile = open("wgs84." + geofile.name, "w")
newGeofile.write(simplejson.dumps(jsonFile))
newGeofile.close()
def convertGeoJson(filename):
"""
Translates GeoJson files in rijksdriehoeks format to WGS84
Assumes a valid GeoJson file
"""
geofile = open(filename)
jsonFile = simplejson.loads(geofile.read())
for i in jsonFile["features"]:
for j in i["geometry"]["coordinates"]:
for k in j:
if type(k[0]).__name__ == 'float':
newk = rd2wgs84.convert(k[0], k[1])
k[0] = newk[1]
k[1] = newk[0]
else:
for l in k:
newl = rd2wgs84.convert(l[0], l[1])
l[0] = newl[1]
l[1] = newl[0]
newGeofile = open("wgs84." + geofile.name, "w")
newGeofile.write(simplejson.dumps(jsonFile))
newGeofile.close()
def main():
monument_list = bs(req.get(base_url).text)
urls = parse_href(monument_list.select('td a'))[1:-1]
urls = [url.split("'")[1] for url in urls]
for url in urls:
monument = bs(req.get(monument_url % (url)).text)
attrs = monument.select('.tabeltype1 td')
attrs.pop(0)
attrs.pop(24)
attrs.pop(42)
p_attrs = parse_table(attrs)
url = monument_url % (url)
print(monument_url % (url))
x, y = p_attrs['X-Y coörd'].split('-')
if x and y:
x, y = int(x), int(y)
lat, lon = rd_convert.convert(x, y)
results.append({'url': url,
'naam': p_attrs.get('Monumentnaam', None),
'lat': lat,
'lon': lon,
})
with open('monumenten_best.json', 'w') as dump:
json.dump(results, dump)
def handle(self, *args, **options):
'''
import the given JSON file taking into account city specific settings
'''
if len(args) != 2:
raise CommandError('This commands takes exactly 2 arguments')
city_name = args[0] # i.e. 'den haag'
json_file = args[1] # i.e. 'export.geojson'
city = City.objects.get(name__iexact=city_name)
if not city:
raise CommandError('City "%s" does not exist' % city_name)
try:
geofile = open(json_file)
data = json.loads(geofile.read().decode('latin_1')) # somehow latin_1 works more reliably
except:
raise CommandError('Could not load: "%s"' % json_file)
# try and add each 'feature' a.k.a. play thingie to the DB
for i in data["features"]:
coords = i["geometry"]["coordinates"]
# convert from the 'dutch' coordinate system to the more common WGS84 (which Google gets)
if type(coords[0]).__name__=='float':
newk = rd2wgs84.convert(coords[0], coords[1])
lat = newk[0]
lng = newk[1]
properties = i["properties"]
# only add playthings with lat, lng and some properties
if lat and lng and properties:
create_or_update(self.stderr, self.stdout, city, properties, lat, lng, options.get('force'))
else:
pass
self.stdout.write('Successfully imported playthings from JSON "%s"\n' % json_file.encode('utf-8'))
