def get_esdl(self):
pol = esdl.Polygon()
exterior = esdl.SubPolygon()
for p in self.shape.exterior.coords:
exterior.point.append(esdl.Point(lon=p[0], lat=p[1]))
pol.exterior = exterior
for ip in self.shape.interiors:
interior = esdl.SubPolygon()
for p in ip.coords:
interior.point.append(esdl.Point(lon=p[0], lat=p[1]))
pol.interior.append(interior)
return pol
def get_esdl(self):
return esdl.Point(lon=self.shape.coords[0][0],
lat=self.shape.coords[0][1])
def get_esdl(self):
line = esdl.Line()
for p in self.shape.coords:
point = esdl.Point(lon=p[0], lat=p[1])
line.point.append(point)
return line
#
# Contributors:
# TNO - Initial implementation
#
# :license: Apache License, Version 2.0
#
import esdl
from pyecore.resources import Resource
esdl.Point.__repr__ = lambda x: 'Point(lat={})'.format(x.lat)
r = Resource()
line = esdl.Line()
r.append(line)
point1 = esdl.Point(lat=1.0, lon=1.0)
point2 = esdl.Point(lat=2.0, lon=2.0)
line.point.extend((point1, point2))
print('original -', line.point)
print('original - uri for point[0]', line.point[0].eURIFragment())
print('original - resolved object for', line.point[0].eURIFragment(),
"(should be 1.0):", r.resolve(line.point[0].eURIFragment()))
print('fragment cache:', r._resolve_mem)
print()
print('reversing list')
rev = list(reversed(line.point))
line.point.clear()
line.point.extend(rev)
print()
print('reversed -', line.point)