def _get_bbox_by_tiles(tiles):
numRows = len(tiles)
numCols = len(tiles[0])
first = tiles[0][0]
last = tiles[numRows -1][numCols -1]
bbox = Bbox.from_leftdown_rightup(first.bbox.node_leftdown(), last.bbox.node_rightup())
return bbox
def test_instantiate_from_bltr(self):
bottom = 47.0
left = 8.0
top = 48.0
right = 9.0
bbox = Bbox.from_bltr(bottom, left, top, right)
self.assertTrue(bbox.bottom == bottom)
self.assertTrue(bbox.left == left)
self.assertTrue(bbox.top == top)
self.assertTrue(bbox.right == right)
def test_instantiate_from_bltr_string(self):
bottom = '47.0'
left = '8.0'
top = '48.0'
right = '9.0'
bbox = Bbox.from_bltr(bottom, left, top, right)
self.assertTrue(bbox.bottom == bottom)
self.assertTrue(bbox.left == left)
self.assertTrue(bbox.top == top)
self.assertTrue(bbox.right == right)
def _generate_small_bboxes(self):
mminx, mminy = self.mercator.LatLonToMeters(self.big_bbox.bottom, self.big_bbox.left)
rows = self._calc_rows()
columns = self._calc_columns()
side = Constants.SMALL_BBOX_SIDE_LENGHT
for x in range(0, columns):
for y in range(0, rows):
bottom, left = self.mercator.MetersToLatLon(mminx + (side * x), mminy + (side * y))
top, right = self.mercator.MetersToLatLon(mminx + (side * (x + 1)), mminy + (side * (y + 1)))
small_bbox = Bbox.from_lbrt(left, bottom, right, top)
self.small_bboxes.append(small_bbox)
def getTile_byNode(self, centreNode, side_length):
centrePixel = self.get_pixel(centreNode)
x1 = centrePixel[0] - side_length/2
x2 = centrePixel[0] + side_length/2
y1 = centrePixel[1] - side_length/2
y2 = centrePixel[1] + side_length/2
img = self.image.crop((x1, y1, x2, y2))
leftDown = self.getNode((x1,y1))
rightUp = self.getNode((x2,y2))
bbox = Bbox.from_leftdown_rightup(leftDown,rightUp)
return Tile.from_tile(img,bbox)
def BernKoeniz(self):
return Bbox.from_lbrt(7.406960, 46.920077, 7.415008, 46.924285)
def Zurich2(self):
#Trainset
return Bbox.from_lbrt(8.530470, 47.366188, 8.537807, 47.372053)
def ChurBhfAltstadt(self):
#TrainSet
return Bbox.from_lbrt(9.528281, 46.850342, 9.532599, 46.853980)
def BernAltStadt(self):
#TrainSet
return Bbox.from_lbrt(7.444389, 46.947913, 7.448316, 46.949693)
def zh_quartier2(self):
return Bbox.from_lbrt(8.520495, 47.369944, 8.523971, 47.372846)
def zh_hardbrucke_test(self):
return Bbox.from_lbrt(8.517822, 47.386440, 8.520540, 47.388008)
def zh1(self):
return Bbox.from_lbrt(8.522537, 47.375915, 8.526331, 47.376639)
def zh_kilchberg(self):
return Bbox.from_bltr(47.320074, 8.547435, 47.323934, 8.550514)
def zh_zollikon_test_gross(self):
return Bbox.from_bltr(47.355633, 8.543026, 47.372811, 8.570957)
def Zug_sz(self):
return Bbox.from_bltr(47.171100, 8.511467, 47.173771, 8.519041)
def ZurichUhuereGross3(self):
return Bbox.from_bltr(47.372759, 8.473965, 47.399972, 8.510429)
def ZurichUhuereGross2(self):
return Bbox.from_lbrt(8.523379, 47.368823, 8.573379, 47.390823)
def ZurichUhuereGrossHalb(self):
return Bbox.from_lbrt(8.523379, 47.368823, 8.543379, 47.380823)
def RappiUhuereGross(self):
return Bbox.from_lbrt(8.804742, 47.215446, 8.850833, 47.237799)
def Lausanne(self):
return Bbox.from_lbrt(6.555186, 46.508591, 6.563499, 46.516437)
def Lyss(self):
#Trainset
return Bbox.from_lbrt(7.304337, 47.072818, 7.308200, 47.075229)
Usage("ERROR: You have to specify the whole boundingbox.")
left = _get_float(argv[i])
i += 1
bottom = _get_float(argv[i])
i += 1
right = _get_float(argv[i])
i += 1
top = _get_float(argv[i])
if left is None or bottom is None or right is None or top is None:
Usage("ERROR: You have to specify left, bottom, right and top .")
if top < bottom:
Usage("ERROR: 'top' must be bigger then 'bottom'")
if right < left:
Usage("ERROR: 'right' must be bigger then 'left'")
big_bbox = Bbox.from_lbrt(left, bottom, right, top)
print 'Manger is running!'
Manager.from_big_bbox(big_bbox, redis)
print 'Manger is finished!'
elif role == 'jobworker':
print 'JobWorker is running!'
jobWorker = Worker.from_worker([Constants.QUEUE_JOBS])
jobWorker.run(redis)
elif role == 'resultworker':
print 'ResultWorker is running!'
resultWorker = Worker.from_worker([Constants.QUEUE_RESULTS])
resultWorker.run(redis)
else:
Usage("ERROR: Sorry, given role is not implemented yet.")
def zh_schlieren_test(self):
return Bbox.from_lbrt(8.441207, 47.394649, 8.449643, 47.399710)
from src.data.TileLoader import TileLoader from src.base.Bbox import Bbox ''' Download all tiles in a specific BBox ''' zurich_bellevu = Bbox.from_lbrt(8.54279671719532, 47.366177501999516, 8.547088251618977, 47.36781249586627) tl = TileLoader.from_bbox(zurich_bellevu) tile = tl.load_tile() tile.show()
def smallTestBbox(self):
return Bbox.from_lbrt(8.54279671719532, 47.366177501999516, 8.543088251618977, 47.36781249586627)
def zh_frauental_quartier(self):
return Bbox.from_lbrt(8.507748, 47.355263, 8.510934, 47.358226)
def ZurichBellvue(self):
return Bbox.from_lbrt(8.54279671719532, 47.366177501999516, 8.547088251618977, 47.36781249586627)
def Rappi(self):
return Bbox.from_lbrt(8.814650, 47.222553, 8.820035, 47.225935)
def smallTestBbox(self):
return Bbox.from_bltr(47.226327, 8.818031, 47.227014, 8.818868)
def Luzern(self):
return Bbox.from_lbrt(8.301307, 47.046349, 8.305528, 47.051053)
