def bounds_tile(self, zoom):
"""
* Returns the tile boundaries in the form [(x_min, y_min), (x_max, y_max)] where both values are tuples
:param zoom:
:param manual_bounds:
:return: """
bounds = self.bounds_longlat()
scheme = self.scheme()
return get_tile_bounds(zoom=zoom, bounds=bounds, scheme=scheme)
def bounds_tile(self, zoom):
bounds = self._get_metadata_value("bounds")
if bounds:
bounds = bounds\
.replace(" ", "")\
.replace("[", "")\
.replace("]", "")\
.split(",")
bounds = map(lambda s: float(s), bounds)
scheme = self.scheme()
return get_tile_bounds(zoom=zoom, bounds=bounds, scheme=scheme)
def _get_visible_extent_as_tile_bounds(self, scheme, zoom):
e = self.iface.mapCanvas().extent().asWktCoordinates().split(", ")
new_extent = map(lambda x: map(float, x.split(" ")), e)
min_extent = new_extent[0]
max_extent = new_extent[1]
min_proj = epsg3857_to_wgs84_lonlat(min_extent[0], min_extent[1])
max_proj = epsg3857_to_wgs84_lonlat(max_extent[0], max_extent[1])
bounds = []
bounds.extend(min_proj)
bounds.extend(max_proj)
tile_bounds = get_tile_bounds(zoom,
bounds=bounds,
scheme=scheme,
source_crs="EPSG:4326")
debug("Current extent: {}", tile_bounds)
return tile_bounds
def test_manual_bounds_tms():
# boundary for mbtiles zurich 4 tiles in bottom left corner
b = [8.268328, 47.222658, 8.298712, 47.243988]
t = get_tile_bounds(14, b, scheme="tms")
assert t[0] == (8568, 10637)
assert t[1] == (8569, 10636)
def test_manual_bounds_xyz():
# boundary for mbtiles zurich 4 tiles in bottom left corner
b = [8.268328, 47.222658, 8.298712, 47.243988]
t = get_tile_bounds(14, b, scheme="xyz")
assert t[0] == (8568, 5746)
assert t[1] == (8569, 5747)