def test_tile(self):
#we'll go with zuerich
ll = (47.376957, 8.539893)
#for each zoom
for z in range(0, 19):
#get the tile coords
x, y, z = xyFromLatLng(ll, z, self.projection)
#the tile we want
tile = {'x': x, 'y': y, 'z': z, 'gid': 0, 'clientid': 0, 'priority':0 , 'style': 'map'}
print 'input: ' + str(tile)
#convert to mapware tile
tile = Tile(RenderTask.RenderTask(None, tile), self.projection)
print 'calc tile: ' + str(tile)
tile.scale = calculateScale(tile)
print 'calc scale: ' + str(tile)
def test_tile(self):
# we'll go with saramento (west coast bias)
ll = (38.555556, -121.468889)
# for each zoom
for z in range(0, 19):
# get the tile coords
x, y, z = xyFromLatLng(ll, z, self.projection)
print "Tile info", x, y, z
# the tile we want
tile = {"x": x, "y": y, "z": z, "gid": 0, "clientid": 0, "priority": 0, "style": "map"}
print "input: " + str(tile)
# convert to mapware tile
tile = Tile(RenderTask.RenderTask(None, tile), self.projection)
print "calc tile: " + str(tile)
tile.scale = calculateScale(tile)
print "calc scale: " + str(tile)
def test_tile(self):
#we'll go with saramento (west coast bias)
ll = (38.555556, -121.468889)
#for each zoom
for z in range(0, 19):
#get the tile coords
x, y, z = xyFromLatLng(ll, z, self.projection)
print "Tile info", x, y, z
#the tile we want
tile = {'x': x, 'y': y, 'z': z, 'gid': 0, 'clientid': 0, 'priority':0 , 'style': 'map'}
print 'input: ' + str(tile)
#convert to mapware tile
tile = Tile(RenderTask.RenderTask(None, tile), self.projection)
print 'calc tile: ' + str(tile)
tile.scale = calculateScale(tile)
print 'calc scale: ' + str(tile)