def gpxRange(files):
if isinstance(files, str):
files = [files]
coordlist = []
for fn in files:
coordlist.append(load_gpx_coords(fn))
return itertools.chain(*coordlist)
def download_coordpath(gpxfile, max_zl, min_zl, layer, arround=2):
coords = load_gpx_coords(gpxfile)
for zl in range(max_zl, min_zl - 1, -1):
sys.stdout.write("\nDownloading zl %d \t" % zl)
downloader.query_coordpath(coords,
zl,
arround,
layer,
dl_callback,
conf=mConf)
downloader.wait_all()
def download_coordpath(downloader, args, mConf):
coords = load_gpx_coords(args.gpx)
for zl in range(args.max_zl, args.min_zl - 1, -1):
sys.stdout.write("\nDownloading zl %d \t" % zl)
downloader.query_coordpath(coords,
zl,
args.width,
args.layer,
dl_callback,
conf=mConf)
downloader.wait_all()
def download_coordpath(gpxfile, max_zl, min_zl, layer, arround=2):
coords = load_gpx_coords(gpxfile)
for zl in range(max_zl, min_zl - 1, -1):
sys.stdout.write("\nDownloading zl %d \t" % zl)
downloader.query_coordpath(coords, zl, arround, layer, dl_callback, conf=mConf)
downloader.wait_all()
