def test_transform(self):
spot = session.query(Spot).get(1)
# compare the coordinates using a tolerance, because they may vary on different systems
assert_almost_equal(session.scalar(functions.x(spot.spot_location.transform(2249))), -3890517.6109559298)
assert_almost_equal(session.scalar(functions.y(spot.spot_location.transform(2249))), 3627658.6746507999)
ok_(
session.query(Spot)
.filter(
Spot.spot_location.transform(2249)
== WKTSpatialElement("POINT(-3890517.61095593 3627658.6746508)", 2249)
)
.first()
is not None
)
eq_(
session.scalar(
functions.wkt(
functions.transform(
WKTSpatialElement(
"POLYGON((743238 2967416,743238 2967450,743265 2967450,743265.625 2967416,743238 2967416))",
2249,
),
4326,
)
)
),
u"POLYGON((-71.1776848522251 42.3902896512902,-71.1776843766326 42.3903829478009,-71.1775844305465 42.3903826677917,-71.1775825927231 42.3902893647987,-71.1776848522251 42.3902896512902))",
)
def test_x(self):
s = session.query(Spot).get(1)
assert_almost_equal(float(session.scalar(s.spot_location.x)), -88.594586159235689)
s = session.query(Spot).filter(and_(Spot.spot_location.x < 0, Spot.spot_location.y > 42)).all()
ok_(s is not None)
assert_almost_equal(float(session.scalar(functions.x(WKTSpatialElement('POINT(-88.3655256496815 43.1402866687898)', geometry_type=Point.name)))),
-88.3655256496815)
def test_transform(self):
spot = session.query(Spot).get(1)
# note that we have to cast to 'ST_POINT', because 'functions.x' only works for Points in Oracle
assert_almost_equal(float(session.scalar(functions.x(func.ST_POINT(spot.spot_location.transform(2249))))), -3890517.61088792)
assert_almost_equal(float(session.scalar(functions.y(func.ST_POINT(spot.spot_location.transform(2249))))), 3627658.6749871401)
ok_(session.query(Spot).filter(functions.wkt(Spot.spot_location.transform(2249)) == 'POINT (-3890517.61088792 3627658.67498714)').first() is not None)
eq_(session.scalar(functions.wkt(functions.transform(WKTSpatialElement('POLYGON((743238 2967416,743238 2967450,743265 2967450,743265.625 2967416,743238 2967416))', 2249), 4326))),
u'POLYGON ((-71.1776848522252 42.3902896503503, -71.1776843766327 42.390382946861, -71.1775844305466 42.3903826668518, -71.1775825927231 42.3902893638588, -71.1776848522252 42.3902896503503))')
def test_transform(self):
spot = session.query(Spot).get(1)
# compare the coordinates using a tolerance, because they may vary on different systems
assert_almost_equal(session.scalar(functions.x(spot.spot_location.transform(2249))), -3890517.6109559298)
assert_almost_equal(session.scalar(functions.y(spot.spot_location.transform(2249))), 3627658.6746507999)
ok_(session.query(Spot).filter(Spot.spot_location.transform(2249).wkt == 'POINT(-3890517.61095593 3627658.6746508)').first() is not None)
eq_(session.scalar(functions.wkt(functions.transform(WKTSpatialElement('POLYGON((743238 2967416,743238 2967450,743265 2967450,743265.625 2967416,743238 2967416))', 2249), 4326))),
'POLYGON((-71.1776848522251 42.3902896512902,-71.1776843766326 42.3903829478009,-71.1775844305465 42.3903826677917,-71.1775825927231 42.3902893647987,-71.1776848522251 42.3902896512902))')
def test_x(self):
s = session.query(Spot).filter(Spot.spot_height == 420.40).one()
eq_(session.scalar(s.spot_location.x), -88.5945861592357)
s = session.query(Spot).filter(
and_(Spot.spot_location.x < 0, Spot.spot_location.y > 42)).all()
ok_(s is not None)
eq_(
session.scalar(
functions.x('POINT(-88.3655256496815 43.1402866687898)')),
-88.3655256496815)
def test_x(self):
l = session.query(Lake).get(1)
r = session.query(Road).get(1)
s = session.query(Spot).get(1)
ok_( not session.scalar(l.lake_geom.x))
ok_( not session.scalar(r.road_geom.x))
eq_(session.scalar(s.spot_location.x), -88.594586159236002)
s = session.query(Spot).filter(and_(Spot.spot_location.x < 0, Spot.spot_location.y > 42)).all()
ok_(s is not None)
eq_(session.scalar(functions.x('POINT(-88.3655256496815 43.1402866687898)')), -88.365525649681999)
def test_x(self):
import math
l = session.query(Lake).get(1)
r = session.query(Road).get(1)
s = session.query(Spot).get(1)
ok_( not session.scalar(l.lake_geom.x))
ok_( not session.scalar(r.road_geom.x))
print session.scalar(s.spot_location.x)
eq_(math.ceil(session.scalar(s.spot_location.x)), -88.0)
s = session.query(Spot).filter(and_(Spot.spot_location.x < 0, Spot.spot_location.y > 42)).all()
ok_(s is not None)
eq_(math.ceil(session.scalar(functions.x('POINT(-88.3655256496815 43.1402866687898)'))), -88.0)
def test_x(self):
s = session.query(Spot).filter(Spot.spot_height==420.40).one()
eq_(session.scalar(s.spot_location.x), -88.5945861592357)
s = session.query(Spot).filter(and_(Spot.spot_location.x < 0, Spot.spot_location.y > 42)).all()
ok_(s is not None)
eq_(session.scalar(functions.x('POINT(-88.3655256496815 43.1402866687898)')), -88.3655256496815)
