def seed(svc, base, layer, levels=(0, 5), bbox=None):
from Layer import Tile
if not bbox: bbox = layer.bbox
start = time.time()
total = 0
for z in range(*levels):
bottomleft = layer.getClosestCell(z, bbox[0:2])
topright = layer.getClosestCell(z, bbox[2:4])
print >> sys.stderr, "###### %s, %s" % (bottomleft, topright)
zcount = 0
metaSize = layer.getMetaSize(z)
ztiles = int(
math.ceil(float(topright[1] - bottomleft[1]) / metaSize[0]) *
math.ceil(float(topright[0] - bottomleft[0]) / metaSize[1]))
for y in range(bottomleft[1], topright[1], metaSize[1]):
for x in range(bottomleft[0], topright[0], metaSize[0]):
tileStart = time.time()
tile = Tile(layer, x, y, z)
bounds = tile.bounds()
svc.renderTile(tile)
total += 1
zcount += 1
box = "(%.4f %.4f %.4f %.4f)" % bounds
print "%02d (%06d, %06d) = %s [%.4fs : %.3f/s] %s/%s" \
% (z,x,y, box, time.time() - tileStart, total / (time.time() - start + .0001), zcount, ztiles)
def seed(svc,
layer,
levels=(0, 5),
bbox=None,
padding=0,
force=False,
reverse=False,
delay=0):
from Layer import Tile
try:
padding = int(padding)
except:
raise Exception(
'Your padding parameter is %s, but should be an integer' % padding)
if not bbox: bbox = layer.bbox
start = time.time()
total = 0
for z in range(*levels):
bottomleft = layer.getClosestCell(z, bbox[0:2])
topright = layer.getClosestCell(z, bbox[2:4])
# Why Are we printing to sys.stderr??? It's not an error.
# This causes a termination if run from cron or in background if shell is terminated
#print >>sys.stderr, "###### %s, %s" % (bottomleft, topright)
print "###### %s, %s" % (bottomleft, topright)
zcount = 0
metaSize = layer.getMetaSize(z)
ztiles = int(
math.ceil(float(topright[1] - bottomleft[1]) / metaSize[0]) *
math.ceil(float(topright[0] - bottomleft[0]) / metaSize[1]))
if reverse:
startX = topright[0] + metaSize[0] + (1 * padding)
endX = bottomleft[0] - (1 * padding)
stepX = -metaSize[0]
startY = topright[1] + metaSize[1] + (1 * padding)
endY = bottomleft[1] - (1 * padding)
stepY = -metaSize[1]
else:
startX = bottomleft[0] - (1 * padding)
endX = topright[0] + metaSize[0] + (1 * padding)
stepX = metaSize[0]
startY = bottomleft[1] - (1 * padding)
endY = topright[1] + metaSize[1] + (1 * padding)
stepY = metaSize[1]
for y in range(startY, endY, stepY):
for x in range(startX, endX, stepX):
tileStart = time.time()
tile = Tile(layer, x, y, z)
bounds = tile.bounds()
svc.renderTile(tile, force=force)
total += 1
zcount += 1
box = "(%.4f %.4f %.4f %.4f)" % bounds
print "%02d (%06d, %06d) = %s [%.4fs : %.3f/s] %s/%s" \
% (z,x,y, box, time.time() - tileStart, total / (time.time() - start + .0001), zcount, ztiles)
if delay:
time.sleep(delay)
def thaw_GET(self, msgtxt, layers):
layername, level, row, col = struct.unpack(self.tilespec, msgtxt)
self.tile = Tile(layers[layername], row, col, level)
