def make_annotations(mapid):
for x in range(10):
m = Map.objects.get(id=mapid)
Annotation(map=m,
title='ann %s %s' % (mapid, x),
content='content',
the_geom=make_point(-100 + (10 * x), 40)).save()
def make_annotations(self, mapobj, cnt=100):
point = make_point(5, 23)
for a in xrange(cnt):
# make sure some geometries are missing
geom = point if cnt % 2 == 0 else None
# make the names sort nicely by title/number
Annotation.objects.create(title='ann%2d' % a, map=mapobj, the_geom=geom).save()
def make_annotations(self, mapobj, cnt=100):
point = make_point(5, 23)
for a in xrange(cnt):
# make sure some geometries are missing
geom = point if cnt % 2 == 0 else None
# make the names sort nicely by title/number
Annotation.objects.create(title='ann%2d' % a,
map=mapobj,
the_geom=geom).save()
def full_clean(self):
self._my_errors = {}
geom = self.data.get('geometry', None)
if geom:
if isinstance(geom, basestring):
try:
json.loads(geom)
except ValueError:
self._my_errors['geometry'] = 'Invalid JSON'
elif isinstance(geom, dict):
geom = json.dumps(geom)
else:
self._my_errors['geometry'] = 'geometry should be string or dict'
self.data['the_geom'] = geom
lat, lon = self.parse_float('lat'), self.parse_float('lon')
if all([lat, lon]):
self.data['the_geom'] = make_point(lon, lat)
self._convert_time('start_time')
self._convert_time('end_time')
super(AnnotationForm, self).full_clean()
self._errors.update(self._my_errors)
def full_clean(self):
self._my_errors = {}
geom = self.data.get('geometry', None)
if geom:
if isinstance(geom, basestring):
try:
json.loads(geom)
except ValueError:
self._my_errors['geometry'] = 'Invalid JSON'
elif isinstance(geom, dict):
geom = json.dumps(geom)
else:
self._my_errors[
'geometry'] = 'geometry should be string or dict'
self.data['the_geom'] = geom
lat, lon = self.parse_float('lat'), self.parse_float('lon')
if all([lat, lon]):
self.data['the_geom'] = make_point(lon, lat)
self._convert_time('start_time')
self._convert_time('end_time')
super(AnnotationForm, self).full_clean()
self._errors.update(self._my_errors)
def make_annotations(mapid):
for x in range(10):
m = Map.objects.get(id=mapid)
Annotation(map=m, title='ann %s %s' % (mapid, x), content='content', the_geom=make_point(-100 + (10 *x), 40)).save()