def twms_main(data):
"""
Do main TWMS work.
data - dictionary of params.
returns (error_code, content_type, resp)
"""
start_time = datetime.datetime.now()
content_type = "text/html"
resp = ""
srs = data.get("srs", "EPSG:4326")
gpx = data.get("gpx", "").split(",")
if gpx == ['']:
gpx = []
wkt = data.get("wkt", "")
trackblend = float(data.get("trackblend", "0.5"))
color = data.get("color", data.get("colour", "")).split(",")
track = False
tracks = []
if len(gpx) == 0:
req_bbox = projections.from4326(
(27.6518898, 53.8683186, 27.6581944, 53.8720359), srs)
else:
for g in gpx:
local_gpx = config.gpx_cache + "%s.gpx" % g
if not os.path.exists(config.gpx_cache):
os.makedirs(config.gpx_cache)
if not os.path.exists(local_gpx):
urllib.urlretrieve(
"http://www.openstreetmap.org/trace/%s/data" % g,
local_gpx)
if not track:
track = GPXParser(local_gpx)
req_bbox = projections.from4326(track.bbox, srs)
else:
track = GPXParser(local_gpx)
req_bbox = bbox.add(req_bbox,
projections.from4326(track.bbox, srs))
tracks.append(track)
req_type = data.get("request", "GetMap")
version = data.get("version", "1.1.1")
ref = data.get("ref", config.service_url)
if req_type == "GetCapabilities":
content_type, resp = capabilities.get(version, ref)
return (OK, content_type, resp)
layer = data.get("layers", config.default_layers).split(",")
if ("layers" in data) and not layer[0]:
layer = ["transparent"]
if req_type == "GetCorrections":
points = data.get("points", data.get("POINTS", "")).split("=")
resp = ""
points = [a.split(",") for a in points]
points = [(float(a[0]), float(a[1])) for a in points]
req.content_type = "text/plain"
for lay in layer:
for point in points:
resp += "%s,%s;" % tuple(
correctify.rectify(config.layers[lay], point))
resp += "\n"
return (OK, content_type, resp)
force = data.get("force", "")
if force != "":
force = force.split(",")
force = tuple(force)
filt = data.get("filt", "")
if filt != "":
filt = filt.split(",")
filt = tuple(filt)
if layer == [""]:
content_type = "text/html"
resp = overview.html(ref)
return (OK, content_type, resp)
format = data.get("format", config.default_format).lower()
format = formats.get("image/" + format, format)
format = formats.get(format, format)
if format not in formats.values():
return (ERROR, content_type, "Invalid format")
content_type = mimetypes[format]
width = 0
height = 0
resp_cache_path, resp_ext = "", ""
if req_type == "GetTile":
width = 256
height = 256
height = int(data.get("height", height))
width = int(data.get("width", width))
srs = data.get("srs", "EPSG:3857")
x = int(data.get("x", 0))
y = int(data.get("y", 0))
z = int(data.get("z", 1)) + 1
if "cache_tile_responses" in dir(config) and not wkt and (len(gpx)
== 0):
if (srs, tuple(layer), filt, width, height, force,
format) in config.cache_tile_responses:
resp_cache_path, resp_ext = config.cache_tile_responses[(
srs, tuple(layer), filt, width, height, force, format)]
resp_cache_path = resp_cache_path + "/%s/%s/%s.%s" % (
z - 1, x, y, resp_ext)
if os.path.exists(resp_cache_path):
return (OK, content_type, open(resp_cache_path,
"r").read())
if len(layer) == 1:
if layer[0] in config.layers:
if config.layers[layer[0]][
"proj"] == srs and width is 256 and height is 256 and not filt and not force and not correctify.has_corrections(
config.layers[layer[0]]):
local = config.tiles_cache + config.layers[
layer[0]]["prefix"] + "/z%s/%s/x%s/%s/y%s." % (
z, x / 1024, x, y / 1024, y)
ext = config.layers[layer]["ext"]
adds = ["", "ups."]
for add in adds:
if os.path.exists(local + add + ext):
tile_file = open(local + add + ext, "r")
resp = tile_file.read()
return (OK, content_type, resp)
req_bbox = projections.from4326(projections.bbox_by_tile(z, x, y, srs),
srs)
if data.get("bbox", None):
req_bbox = tuple(map(float, data.get("bbox", req_bbox).split(",")))
req_bbox = projections.to4326(req_bbox, srs)
req_bbox, flip_h = bbox.normalize(req_bbox)
box = req_bbox
#print(req_bbox, file=sys.stderr)
#sys.stderr.flush()
height = int(data.get("height", height))
width = int(data.get("width", width))
width = min(width, config.max_width)
height = min(height, config.max_height)
if (width == 0) and (height == 0):
width = 350
# layer = layer.split(",")
imgs = 1.
ll = layer.pop(0)
if ll[-2:] == "!c":
ll = ll[:-2]
if wkt:
wkt = "," + wkt
wkt = correctify.corr_wkt(config.layers[ll]) + wkt
srs = config.layers[ll]["proj"]
try:
result_img = getimg(box, srs, (height, width), config.layers[ll],
start_time, force)
except KeyError:
result_img = Image.new("RGBA", (width, height))
#width, height = result_img.size
for ll in layer:
if ll[-2:] == "!c":
ll = ll[:-2]
if wkt:
wkt = "," + wkt
wkt = correctify.corr_wkt(config.layers[ll]) + wkt
srs = config.layers[ll]["proj"]
im2 = getimg(box, srs, (height, width), config.layers[ll], start_time,
force)
if "empty_color" in config.layers[ll]:
ec = ImageColor.getcolor(config.layers[ll]["empty_color"], "RGBA")
sec = set(ec)
if "empty_color_delta" in config.layers[ll]:
delta = config.layers[ll]["empty_color_delta"]
for tr in range(-delta, delta):
for tg in range(-delta, delta):
for tb in range(-delta, delta):
if (ec[0] + tr) >= 0 and (ec[0] + tr) < 256 and (
ec[1] + tr
) >= 0 and (ec[1] + tr) < 256 and (
ec[2] + tr) >= 0 and (ec[2] + tr) < 256:
sec.add((ec[0] + tr, ec[1] + tg, ec[2] + tb,
ec[3]))
i2l = im2.load()
for x in range(0, im2.size[0]):
for y in range(0, im2.size[1]):
t = i2l[x, y]
if t in sec:
i2l[x, y] = (t[0], t[1], t[2], 0)
if not im2.size == result_img.size:
im2 = im2.resize(result_img.size, Image.ANTIALIAS)
im2 = Image.composite(im2, result_img,
im2.split()[3]) # imgs/(imgs+1.))
if "noblend" in force:
result_img = im2
else:
result_img = Image.blend(im2, result_img, 0.5)
imgs += 1.
##Applying filters
result_img = filter.raster(result_img, filt, req_bbox, srs)
#print(wkt, file=sys.stderr)
#sys.stderr.flush()
if wkt:
result_img = drawing.wkt(wkt, result_img, req_bbox, srs,
color if len(color) > 0 else None, trackblend)
if len(gpx) > 0:
last_color = None
c = iter(color)
for track in tracks:
try:
last_color = c.next()
except StopIteration:
pass
result_img = drawing.gpx(track, result_img, req_bbox, srs,
last_color, trackblend)
if flip_h:
result_img = ImageOps.flip(result_img)
image_content = BytesIO()
if format == "JPEG":
try:
result_img.save(image_content,
format,
quality=config.output_quality,
progressive=config.output_progressive)
except IOError:
result_img.save(image_content,
format,
quality=config.output_quality)
elif format == "PNG":
result_img.save(image_content,
format,
progressive=config.output_progressive,
optimize=config.output_optimize)
elif format == "GIF":
result_img.save(image_content,
format,
quality=config.output_quality,
progressive=config.output_progressive)
else: ## workaround for GIF
result_img = result_img.convert("RGB")
result_img.save(image_content,
format,
quality=config.output_quality,
progressive=config.output_progressive)
resp = image_content.getvalue()
if resp_cache_path:
try:
"trying to create local cache directory, if it doesn't exist"
os.makedirs("/".join(resp_cache_path.split("/")[:-1]))
except OSError:
pass
try:
a = open(resp_cache_path, "w")
a.write(resp)
a.close()
except (OSError, IOError):
print("error saving response answer to file %s." %
(resp_cache_path),
file=sys.stderr)
sys.stderr.flush()
return (OK, content_type, resp)
def twms_main(data):
"""
Do main TWMS work.
data - dictionary of params.
returns (error_code, content_type, resp)
"""
start_time = datetime.datetime.now()
content_type = "text/html"
resp = ""
srs = data.get("srs", "EPSG:4326")
gpx = data.get("gpx","").split(",")
wkt = data.get("wkt","")
trackblend = float(data.get("trackblend","0.5"))
color = data.get("color",data.get("colour","")).split(",")
track = False
tracks = []
if len(gpx) == 0:
req_bbox = projections.from4326((27.6518898,53.8683186,27.6581944,53.8720359), srs)
else:
for g in gpx:
local_gpx = config.gpx_cache + "%s.gpx" % g
if not os.path.exists (config.gpx_cache):
os.makedirs(config.gpx_cache)
if not os.path.exists (local_gpx):
urllib.urlretrieve ("http://www.openstreetmap.org/trace/%s/data" % g, local_gpx)
if not track:
track = GPXParser(local_gpx)
req_bbox = projections.from4326(track.bbox, srs)
else:
track = GPXParser(local_gpx)
req_bbox = bbox.add(req_bbox, projections.from4326(track.bbox, srs))
tracks.append(track)
req_type = data.get("request","GetMap")
version = data.get("version","1.1.1")
ref = data.get("ref",config.service_url)
if req_type == "GetCapabilities":
content_type, resp = capabilities.get(version, ref)
return (OK, content_type, resp)
layer = data.get("layers",config.default_layers).split(",")
if ("layers" in data) and not layer[0]:
layer = ["transparent"]
if req_type == "GetCorrections":
points = data.get("points",data.get("POINTS", "")).split("=")
resp = ""
points = [a.split(",") for a in points]
points = [(float(a[0]), float(a[1])) for a in points]
req.content_type = "text/plain"
for lay in layer:
for point in points:
resp += "%s,%s;"% tuple(correctify.rectify(config.layers[lay], point))
resp += "\n"
return (OK, content_type, resp)
force = tuple(data.get("force","").split(","))
filt = tuple(data.get("filter","").split(","))
if layer == [""] :
content_type = "text/html"
resp = overview.html(ref)
return (OK, content_type, resp)
format = data.get("format", config.default_format).lower()
format = formats.get("image/" + format, format)
format = formats.get(format, format)
if format not in formats.values():
return (ERROR, content_type, "Invalid format")
content_type = mimetypes[format]
width=0
height=0
resp_cache_path, resp_ext = "",""
if req_type == "GetTile":
width=256
height=256
height = int(data.get("height",height))
width = int(data.get("width",width))
srs = data.get("srs", "EPSG:3857")
x = int(data.get("x",0))
y = int(data.get("y",0))
z = int(data.get("z",1)) + 1
if "cache_tile_responses" in dir(config) and not wkt and (len(gpx) == 0):
if (srs, tuple(layer), filt, width, height, force, format) in config.cache_tile_responses:
resp_cache_path, resp_ext = config.cache_tile_responses[(srs, tuple(layer), filt, width, height, force, format)]
resp_cache_path = resp_cache_path+"/%s/%s/%s.%s"%(z-1,x,y,resp_ext)
if os.path.exists(resp_cache_path):
return (OK, content_type, open(resp_cache_path, "r").read())
if len(layer) == 1:
if layer[0] in config.layers:
if config.layers[layer[0]]["proj"] == srs and width is 256 and height is 256 and not filt and not force and not correctify.has_corrections(layer[0]):
local = config.tiles_cache + config.layers[layer[0]]["prefix"] + "/z%s/%s/x%s/%s/y%s."%(z, x/1024, x, y/1024,y)
ext = config.layers[layer]["ext"]
adds = ["","ups."]
for add in adds:
if os.path.exists(local+add+ext):
tile_file = open(local+add+ext, "r")
resp = tile_file.read()
return (OK, content_type, resp)
req_bbox = projections.from4326(projections.bbox_by_tile(z,x,y,srs),srs)
if data.get("bbox",None):
req_bbox = tuple(map(float,data.get("bbox",req_bbox).split(",")))
req_bbox = projections.to4326(req_bbox, srs)
req_bbox, flip_h = bbox.normalize(req_bbox)
box = req_bbox
#print >> sys.stderr, req_bbox
#sys.stderr.flush()
height = int(data.get("height",height))
width = int(data.get("width",width))
width = min(width, config.max_width)
height = min(height, config.max_height)
if (width == 0) and (height == 0):
width = 350
# layer = layer.split(",")
imgs = 1.
ll = layer.pop(0)
if ll[-2:] == "!c":
ll = ll[:-2]
if wkt:
wkt = ","+wkt
wkt = correctify.corr_wkt(config.layers[ll]) + wkt
srs = config.layers[ll]["proj"]
try:
result_img = getimg(box,srs, (height, width), config.layers[ll], start_time, force)
except KeyError:
result_img = Image.new("RGBA", (width,height))
#width, height = result_img.size
for ll in layer:
if ll[-2:] == "!c":
ll = ll[:-2]
if wkt:
wkt = ","+wkt
wkt = correctify.corr_wkt(config.layers[ll]) + wkt
srs = config.layers[ll]["proj"]
im2 = getimg(box, srs,(height, width), config.layers[ll], start_time, force)
if "empty_color" in config.layers[ll]:
ec = ImageColor.getcolor(config.layers[ll]["empty_color"], "RGBA")
sec = set(ec)
if "empty_color_delta" in config.layers[ll]:
delta = config.layers[ll]["empty_color_delta"]
for tr in range(-delta, delta):
for tg in range(-delta, delta):
for tb in range(-delta, delta):
if (ec[0]+tr) >= 0 and (ec[0]+tr) < 256 and (ec[1]+tr) >= 0 and (ec[1]+tr) < 256 and(ec[2]+tr) >= 0 and (ec[2]+tr) < 256:
sec.add((ec[0]+tr,ec[1]+tg,ec[2]+tb,ec[3]))
i2l = im2.load()
for x in range(0,im2.size[0]):
for y in range(0,im2.size[1]):
t = i2l[x,y]
if t in sec:
i2l[x,y] = (t[0],t[1],t[2],0)
if not im2.size == result_img.size:
im2 = im2.resize(result_img.size, Image.ANTIALIAS)
im2 = Image.composite(im2,result_img, im2.split()[3]) # imgs/(imgs+1.))
if "noblend" in force:
result_img = im2
else:
result_img = Image.blend(im2, result_img, 0.5)
imgs += 1.
##Applying filters
result_img = filter.raster(result_img, filt, req_bbox, srs)
#print >> sys.stderr, wkt
#sys.stderr.flush()
if wkt:
result_img = drawing.wkt(wkt, result_img, req_bbox, srs, color if len(color) > 0 else None, trackblend)
if len(gpx) > 0:
last_color = None
c = iter(color)
for track in tracks:
try:
last_color = c.next();
except StopIteration:
pass
result_img = drawing.gpx(track, result_img, req_bbox, srs, last_color, trackblend)
if flip_h:
result_img = ImageOps.flip(result_img)
image_content = StringIO.StringIO()
if format == "JPEG":
try:
result_img.save(image_content, format, quality=config.output_quality, progressive=config.output_progressive)
except IOError:
result_img.save(image_content, format, quality=config.output_quality)
elif format == "PNG":
result_img.save(image_content, format, progressive=config.output_progressive, optimize =config.output_optimize)
elif format == "GIF":
result_img.save(image_content, format, quality=config.output_quality, progressive=config.output_progressive)
else: ## workaround for GIF
result_img = result_img.convert("RGB")
result_img.save(image_content, format, quality=config.output_quality, progressive=config.output_progressive)
resp = image_content.getvalue()
if resp_cache_path:
try:
"trying to create local cache directory, if it doesn't exist"
os.makedirs("/".join(resp_cache_path.split("/")[:-1]))
except OSError:
pass
try:
a = open(resp_cache_path, "w")
a.write(resp)
a.close()
except (OSError, IOError):
print >> sys.stderr, "error saving response answer to file %s." % (resp_cache_path)
sys.stderr.flush()
return (OK, content_type, resp)
def getimg(bbox, request_proj, size, layer, start_time, force):
orig_bbox = bbox
## Making 4-corner maximal bbox
bbox_p = projections.from4326(bbox, request_proj)
bbox_p = projections.to4326((bbox_p[2], bbox_p[1], bbox_p[0], bbox_p[3]),
request_proj)
bbox_4 = ((bbox_p[2], bbox_p[3]), (bbox[0], bbox[1]),
(bbox_p[0], bbox_p[1]), (bbox[2], bbox[3]))
if "nocorrect" not in force:
bb4 = []
for point in bbox_4:
bb4.append(correctify.rectify(layer, point))
bbox_4 = bb4
bbox = bbox_utils.expand_to_point(bbox, bbox_4)
#print(bbox)
#print(orig_bbox)
global cached_objs
H, W = size
max_zoom = layer.get("max_zoom", config.default_max_zoom)
min_zoom = layer.get("min_zoom", 1)
zoom = bbox_utils.zoom_for_bbox(bbox, size, layer, min_zoom, max_zoom,
(config.max_height, config.max_width))
lo1, la1, lo2, la2 = bbox
from_tile_x, from_tile_y, to_tile_x, to_tile_y = projections.tile_by_bbox(
bbox, zoom, layer["proj"])
cut_from_x = int(256 * (from_tile_x - int(from_tile_x)))
cut_from_y = int(256 * (from_tile_y - int(from_tile_y)))
cut_to_x = int(256 * (to_tile_x - int(to_tile_x)))
cut_to_y = int(256 * (to_tile_y - int(to_tile_y)))
from_tile_x, from_tile_y = int(from_tile_x), int(from_tile_y)
to_tile_x, to_tile_y = int(to_tile_x), int(to_tile_y)
bbox_im = (cut_from_x, cut_to_y,
256 * (to_tile_x - from_tile_x) + cut_to_x,
256 * (from_tile_y - to_tile_y) + cut_from_y)
x = 256 * (to_tile_x - from_tile_x + 1)
y = 256 * (from_tile_y - to_tile_y + 1)
#print(x, y, file=sys.stderr)
#sys.stderr.flush()
out = Image.new("RGBA", (x, y))
for x in range(from_tile_x, to_tile_x + 1):
for y in range(to_tile_y, from_tile_y + 1):
got_image = False
im1 = tile_image(layer, zoom, x, y, start_time, real=True)
if im1:
if "prefix" in layer:
if (layer["prefix"], zoom, x, y) not in cached_objs:
if im1.is_ok:
cached_objs[(layer["prefix"], zoom, x, y)] = im1
cached_hist_list.append(
(layer["prefix"], zoom, x, y))
#print((layer["prefix"], zoom, x, y), cached_objs[(layer["prefix"], zoom, x, y)], file=sys.stderr)
#sys.stderr.flush()
if len(cached_objs) >= config.max_ram_cached_tiles:
del cached_objs[cached_hist_list.pop(0)]
#print("Removed tile from cache", file=sys.stderr)
#sys.stderr.flush()
else:
ec = ImageColor.getcolor(
layer.get("empty_color", config.default_background),
"RGBA")
#ec = (ec[0],ec[1],ec[2],0)
im1 = Image.new("RGBA", (256, 256), ec)
out.paste(im1, (
(x - from_tile_x) * 256,
(-to_tile_y + y) * 256,
))
if "filter" in layer:
out = filter.raster(out, layer["filter"], orig_bbox, request_proj)
## TODO: Here's a room for improvement. we could drop this crop in case user doesn't need it.
out = out.crop(bbox_im)
if "noresize" not in force:
if (H == W) and (H == 0):
W, H = out.size
if H == 0:
H = out.size[1] * W // out.size[0]
if W == 0:
W = out.size[0] * H // out.size[1]
#bbox = orig_bbox
quad = []
trans_needed = False
for point in bbox_4:
x = (point[0] - bbox[0]) / (bbox[2] - bbox[0]) * (out.size[0])
y = (1 - (point[1] - bbox[1]) / (bbox[3] - bbox[1])) * (out.size[1])
x = int(round(x))
y = int(round(y))
if (x is not 0 and x is not out.size[0]) or (y is not 0
and y is not out.size[1]):
trans_needed = True
quad.append(x)
quad.append(y)
if trans_needed:
quad = tuple(quad)
out = out.transform((W, H), Image.QUAD, quad, Image.BICUBIC)
elif (W != out.size[0]) or (H != out.size[1]):
"just resize"
out = out.resize((W, H), Image.ANTIALIAS)
# out = reproject(out, bbox, layer["proj"], request_proj)
return out
def getimg (bbox, request_proj, size, layer, start_time, force):
orig_bbox = bbox
## Making 4-corner maximal bbox
bbox_p = projections.from4326(bbox, request_proj)
bbox_p = projections.to4326((bbox_p[2],bbox_p[1],bbox_p[0],bbox_p[3]), request_proj)
bbox_4 = ( (bbox_p[2],bbox_p[3]),(bbox[0], bbox[1]),(bbox_p[0],bbox_p[1]),(bbox[2],bbox[3]) )
if "nocorrect" not in force:
bb4 = []
for point in bbox_4:
bb4.append(correctify.rectify(layer, point))
bbox_4 = bb4
bbox = bbox_utils.expand_to_point(bbox, bbox_4)
#print bbox
#print orig_bbox
global cached_objs
H,W = size
max_zoom = layer.get("max_zoom",config.default_max_zoom)
min_zoom = layer.get("min_zoom",1)
zoom = bbox_utils.zoom_for_bbox (bbox,size,layer, min_zoom, max_zoom, (config.max_height,config.max_width))
lo1, la1, lo2, la2 = bbox
from_tile_x, from_tile_y, to_tile_x, to_tile_y = projections.tile_by_bbox(bbox, zoom, layer["proj"])
cut_from_x = int(256*(from_tile_x - int(from_tile_x)))
cut_from_y = int(256*(from_tile_y - int(from_tile_y)))
cut_to_x = int(256*(to_tile_x - int(to_tile_x)))
cut_to_y = int(256*(to_tile_y - int(to_tile_y)))
from_tile_x, from_tile_y = int(from_tile_x), int(from_tile_y)
to_tile_x, to_tile_y = int(to_tile_x), int(to_tile_y)
bbox_im = (cut_from_x, cut_to_y, 256*(to_tile_x-from_tile_x)+cut_to_x, 256*(from_tile_y-to_tile_y)+cut_from_y )
x = 256*(to_tile_x-from_tile_x+1)
y = 256*(from_tile_y-to_tile_y+1)
#print >> sys.stderr, x, y
#sys.stderr.flush()
out = Image.new("RGBA", (x, y))
for x in range (from_tile_x, to_tile_x+1):
for y in range (to_tile_y, from_tile_y+1):
got_image = False
im1 = tile_image (layer,zoom,x,y, start_time, real = True)
if im1:
if "prefix" in layer:
if (layer["prefix"], zoom, x, y) not in cached_objs:
if im1.is_ok:
cached_objs[(layer["prefix"], zoom, x, y)] = im1
cached_hist_list.append((layer["prefix"], zoom, x, y))
#print >> sys.stderr, (layer["prefix"], zoom, x, y), cached_objs[(layer["prefix"], zoom, x, y)]
#sys.stderr.flush()
if len(cached_objs) >= config.max_ram_cached_tiles:
del cached_objs[cached_hist_list.pop(0)]
#print >> sys.stderr, "Removed tile from cache",
#sys.stderr.flush()
else:
ec = ImageColor.getcolor(layer.get("empty_color", config.default_background), "RGBA")
#ec = (ec[0],ec[1],ec[2],0)
im1 = Image.new("RGBA", (256, 256), ec)
out.paste(im1,((x - from_tile_x)*256, (-to_tile_y + y )*256,))
if "filter" in layer:
out = filter.raster(out, layer["filter"], orig_bbox, request_proj)
## TODO: Here's a room for improvement. we could drop this crop in case user doesn't need it.
out = out.crop(bbox_im)
if "noresize" not in force:
if (H == W) and (H == 0):
W, H = out.size
if H == 0:
H = out.size[1]*W/out.size[0]
if W == 0:
W = out.size[0]*H/out.size[1]
#bbox = orig_bbox
quad = []
trans_needed = False
for point in bbox_4:
x = (point[0]-bbox[0])/(bbox[2]-bbox[0])*(out.size[0])
y = (1-(point[1]-bbox[1])/(bbox[3]-bbox[1]))*(out.size[1])
x = int(round(x))
y = int(round(y))
if (x is not 0 and x is not out.size[0]) or (y is not 0 and y is not out.size[1]):
trans_needed = True
quad.append(x)
quad.append(y)
if trans_needed:
quad = tuple(quad)
out = out.transform((W,H), Image.QUAD, quad, Image.BICUBIC)
elif (W != out.size[0]) or (H != out.size[1]):
"just resize"
out = out.resize((W,H), Image.ANTIALIAS)
# out = reproject(out, bbox, layer["proj"], request_proj)
return out
