def query_tile(self,
coord,
layer,
callback,
online=True,
force_update=False,
conf=None,
hybrid_background=LAYER_SAT):
ret = 0
if layer == LAYER_HYB or layer == LAYER_CHA:
ret += self.query_tile(coord, hybrid_background, callback, online,
force_update, conf)
#print "query_tile(",coord,layer,callback,online,force_update,")"
world_tiles = mapUtils.tiles_on_level(coord[2])
coord = (mapUtils.mod(coord[0], world_tiles),
mapUtils.mod(coord[1], world_tiles), coord[2])
# try to get a tile offline
if self.ctx_map.is_tile_in_local_repos(coord, layer) or (not online):
if not (force_update and online):
callback(True, coord, layer)
return ret
if not (coord, layer) in self.queued:
self.queued.append((coord, layer))
self.taskq.put(
DownloadTask(coord, layer, callback, force_update, conf))
return ret + 1
def get_tiles_range_for_zoom(self, zoom):
# get tiles - copied from mapDownloader
dlon = mapUtils.km_to_lon(mapUtils.nice_round(self.reg_width),
self.center_lat)
dlat = mapUtils.km_to_lat(mapUtils.nice_round(self.reg_height))
if dlat > 170:
dlat = 170
if dlon > 358:
dlon = 358
top_left = mapUtils.coord_to_tile(
(self.center_lat + dlat / 2, self.center_lon - dlon / 2, zoom))
bottom_right = mapUtils.coord_to_tile(
(self.center_lat - dlat / 2, self.center_lon + dlon / 2, zoom))
# top_left[0][0], bottom_right[0][0], top_left[0][1], bottom_right[0][1]
# xmin, xmax, ymin, ymax
world_tiles = mapUtils.tiles_on_level(zoom)
if bottom_right[0][0] - top_left[0][0] >= world_tiles:
top_left[0][0], bottom_right[0][0] = 0, world_tiles - 1
if bottom_right[0][1] - top_left[0][1] >= world_tiles:
top_left[0][1], bottom_right[0][1] = 0, world_tiles - 1
# xmin, xmax, ymin, ymax
return (top_left[0][0], bottom_right[0][0], top_left[0][1],
bottom_right[0][1])
def query_tile(self, coord, layer, callback,
online=True, force_update=False,
conf=None):
ret = 0
if layer == LAYER_HYB:
ret += self.query_tile(coord, LAYER_SAT, callback,
online, force_update, conf)
#print "query_tile(",coord,layer,callback,online,force_update,")"
world_tiles = mapUtils.tiles_on_level(coord[2])
coord = (mapUtils.mod(coord[0], world_tiles),
mapUtils.mod(coord[1], world_tiles), coord[2])
# try to get a tile offline
if self.ctx_map.is_tile_in_local_repos(coord, layer) or (not online):
if not (force_update and online):
callback(True, coord, layer)
return ret
if not (coord, layer) in self.queued:
self.queued.append((coord, layer))
self.taskq.put(
DownloadTask(
coord, layer, callback, force_update, conf
)
)
return ret + 1
def get_tiles_range_for_zoom(self, zoom):
# get tiles - copied from mapDownloader
dlon = mapUtils.km_to_lon(mapUtils.nice_round(self.reg_width), self.center_lat)
dlat = mapUtils.km_to_lat(mapUtils.nice_round(self.reg_height))
if dlat > 170:
dlat = 170
if dlon > 358:
dlon = 358
top_left = mapUtils.coord_to_tile(
(self.center_lat + dlat / 2, self.center_lon - dlon / 2, zoom)
)
bottom_right = mapUtils.coord_to_tile(
(self.center_lat - dlat / 2, self.center_lon + dlon / 2, zoom)
)
# top_left[0][0], bottom_right[0][0], top_left[0][1], bottom_right[0][1]
# xmin, xmax, ymin, ymax
world_tiles = mapUtils.tiles_on_level(zoom)
if bottom_right[0][0] - top_left[0][0] >= world_tiles:
top_left[0][0], bottom_right[0][0] = 0, world_tiles - 1
if bottom_right[0][1] - top_left[0][1] >= world_tiles:
top_left[0][1], bottom_right[0][1] = 0, world_tiles - 1
# xmin, xmax, ymin, ymax
return(top_left[0][0], bottom_right[0][0], top_left[0][1], bottom_right[0][1])
def query_tile(self, coord, layer, callback,
online=True, force_update=False,
conf=None):
ret = 0
if layer == LAYER_HYB:
ret += self.query_tile(coord, LAYER_SAT, callback,
online, force_update, conf)
elif MAP_SERVICES[layer]['ID'] == LAYER_HYB:
ret += self.query_tile(coord, layer -
HYB_SAT_LAYER_OFFSETS[MAP_SERVICES[layer]['serviceName']],
callback, online, force_update, conf)
#print "query_tile(",coord,layer,callback,online,force_update,")"
world_tiles = mapUtils.tiles_on_level(coord[2])
coord = (mapUtils.mod(coord[0], world_tiles),
mapUtils.mod(coord[1], world_tiles), coord[2])
# try to get a tile offline
if self.ctx_map.is_tile_in_local_repos(coord, layer) or (not online):
if not (force_update and online):
callback(True, coord, layer)
return ret
if not (coord,layer) in self.queued:
self.queued.append((coord, layer))
self.taskq.put(
DownloadTask(
coord, layer, callback, force_update, conf
)
)
return ret + 1
def query_region(self, xmin, xmax, ymin, ymax, zoom, *args, **kwargs):
ret = 0
world_tiles = mapUtils.tiles_on_level(zoom)
if xmax - xmin >= world_tiles:
xmin, xmax = 0, world_tiles - 1
if ymax - ymin >= world_tiles:
ymin, ymax = 0, world_tiles - 1
#print "Query region",xmin,xmax,ymin,ymax,zoom
for i in xrange((xmax - xmin + world_tiles) % world_tiles + 1):
x = (xmin + i) % world_tiles
for j in xrange((ymax - ymin + world_tiles) % world_tiles + 1):
y = (ymin + j) % world_tiles
ret += self.query_tile((x, y, zoom), *args, **kwargs)
return ret
def query_region(self, xmin, xmax, ymin, ymax, zoom, *args, **kwargs):
ret = 0
world_tiles = mapUtils.tiles_on_level(zoom)
if xmax - xmin >= world_tiles:
xmin, xmax = 0, world_tiles - 1
if ymax - ymin >= world_tiles:
ymin, ymax = 0, world_tiles - 1
# print "Query region",xmin,xmax,ymin,ymax,zoom
for i in xrange((xmax - xmin + world_tiles) % world_tiles + 1):
x = (xmin + i) % world_tiles
for j in xrange((ymax - ymin + world_tiles) % world_tiles + 1):
y = (ymin + j) % world_tiles
ret += self.query_tile((x, y, zoom), *args, **kwargs)
return ret
