def load (self, node):
self.parent_number = self.child_number = -1
tmp = node.getAttribute ("end")
if not tmp:
print "No tmp found"
return
self.end = utils.parse_coords (tmp)
tmp = node.getAttribute ("start")
if not tmp:
print "No start found"
return
self.start = utils.parse_coords (tmp)
self.strength = int(node.getAttribute ("strength"))
try:
colors = node.getAttribute ("color").split()
self.color = (float(colors[0].strip('(,)')), float(colors[1].strip('(,)')), float(colors[2].strip('(,)')))
except:
pass
if node.hasAttribute ("parent"):
tmp = node.getAttribute ("parent")
if tmp == "None":
self.parent_number = -1
else:
self.parent_number = int (tmp)
if node.hasAttribute ("child"):
tmp = node.getAttribute ("child")
if tmp == "None":
self.child_number = -1
else:
self.child_number = int (tmp)
def load(self, node):
self.parent_number = self.child_number = -1
tmp = node.getAttribute("end")
if not tmp:
print "No tmp found"
return
self.end = utils.parse_coords(tmp)
tmp = node.getAttribute("start")
if not tmp:
print "No start found"
return
self.start = utils.parse_coords(tmp)
self.strength = int(node.getAttribute("strength"))
try:
colors = node.getAttribute("color").split()
self.color = (float(colors[0].strip('(,)')),
float(colors[1].strip('(,)')),
float(colors[2].strip('(,)')))
except:
pass
if node.hasAttribute("parent"):
tmp = node.getAttribute("parent")
if tmp == "None":
self.parent_number = -1
else:
self.parent_number = int(tmp)
if node.hasAttribute("child"):
tmp = node.getAttribute("child")
if tmp == "None":
self.child_number = -1
else:
self.child_number = int(tmp)
def load (self, node, tar):
tmp = node.getAttribute ("ul-coords")
self.ul = utils.parse_coords (tmp)
tmp = node.getAttribute ("lr-coords")
self.lr = utils.parse_coords (tmp)
self.filename = os.path.join('images',
os.path.basename(node.getAttribute ("file")))
self.identity = int (node.getAttribute ("identity"))
try:
tmp = node.getAttribute ("background-color")
self.background_color = Gdk.Color.parse(tmp)
except ValueError:
pass
self.width = float(node.getAttribute ("image_width"))
self.height = float(node.getAttribute ("image_height"))
self.am_selected = node.hasAttribute ("current_root")
self.am_primary = node.hasAttribute ("primary_root")
for n in node.childNodes:
if n.nodeName == "Extended":
self.extended_buffer.load(n)
else:
print "Unknown: "+n.nodeName
margin = utils.margin_required (utils.STYLE_NORMAL)
self.pic_location = (self.ul[0]+margin[0], self.ul[1]+margin[1])
self.orig_pic = tar.read_pixbuf(self.filename)
self.lr = (self.pic_location[0]+self.width+margin[2], self.pic_location[1]+self.height+margin[3])
self.recalc_edges()
def load(self, node, tar):
tmp = node.getAttribute("ul-coords")
self.ul = utils.parse_coords(tmp)
tmp = node.getAttribute("lr-coords")
self.lr = utils.parse_coords(tmp)
self.filename = os.path.join(
'images', os.path.basename(node.getAttribute("file")))
self.identity = int(node.getAttribute("identity"))
try:
tmp = node.getAttribute("background-color")
self.background_color = Gdk.Color.parse(tmp)
except ValueError:
pass
self.width = float(node.getAttribute("image_width"))
self.height = float(node.getAttribute("image_height"))
self.am_selected = node.hasAttribute("current_root")
self.am_primary = node.hasAttribute("primary_root")
for n in node.childNodes:
if n.nodeName == "Extended":
self.extended_buffer.load(n)
else:
print("Unknown: " + n.nodeName)
margin = utils.margin_required(utils.STYLE_NORMAL)
self.pic_location = (self.ul[0] + margin[0], self.ul[1] + margin[1])
self.orig_pic = tar.read_pixbuf(self.filename)
self.lr = (self.pic_location[0] + self.width + margin[2],
self.pic_location[1] + self.height + margin[3])
self.recalc_edges()
def load(self, node, tar):
self.index = int(node.getAttribute("cursor"))
self.end_index = self.index
tmp = node.getAttribute("ul-coords")
self.ul = utils.parse_coords(tmp)
tmp = node.getAttribute("lr-coords")
self.lr = utils.parse_coords(tmp)
self.width = self.lr[0] - self.ul[0]
self.height = self.lr[1] - self.ul[1]
self.identity = int(node.getAttribute("identity"))
try:
tmp = node.getAttribute("background-color")
self.background_color = Gdk.Color.parse(tmp)
tmp = node.getAttribute("foreground-color")
self.foreground_color = Gdk.Color.parse(tmp)
except ValueError:
pass
self.am_selected = node.hasAttribute("current_root")
self.am_primary = node.hasAttribute("primary_root")
if node.getAttribute("edge") == "True":
self.edge = True
else:
self.edge = False
for n in node.childNodes:
if n.nodeType == n.TEXT_NODE:
self.text = n.data
elif n.nodeName == "Extended":
self.extended_buffer.load(n)
elif n.nodeName == "attribute":
attrType = n.getAttribute("type")
start = int(n.getAttribute("start"))
end = int(n.getAttribute("end"))
attr = None ## FIXME: REMOVE THIS
# FIXME: Apply from start to end
if attrType == "bold":
attr = Pango.Weight(Pango.Weight.BOLD)
elif attrType == "italics":
attr = Pango.Style(Pango.Style.ITALIC)
elif attrType == "underline":
attr = Pango.Underline(Pango.Underline.SINGLE)
elif attrType == "font":
#font_name = str(n.getAttribute("value"))
#pango_font = Pango.FontDescription (font_name)
#attr = pango.AttrFontDesc (pango_font, start, end)
pass
if attr: ## FIXME: REMOVE THIS
self.attributes.change(attr)
else:
print("Unknown: " + n.nodeName)
self.rebuild_byte_table()
self.recalc_edges()
def load(self, node):
self.index = int(node.getAttribute("cursor"))
if node.hasAttribute("selection_end"):
self.end_index = int(node.getAttribute("selection_end"))
else:
self.end_index = self.index
tmp = node.getAttribute("ul-coords")
self.ul = utils.parse_coords(tmp)
tmp = node.getAttribute("lr-coords")
self.lr = utils.parse_coords(tmp)
self.identity = int(node.getAttribute("identity"))
try:
tmp = node.getAttribute("background-color")
self.background_color = gtk.gdk.color_parse(tmp)
tmp = node.getAttribute("foreground-color")
self.foreground_color = gtk.gdk.color_parse(tmp)
except ValueError:
pass
if node.hasAttribute("edit"):
self.editing = True
else:
self.editing = False
self.end_index = self.index
self.am_selected = node.hasAttribute("current_root")
self.am_primary = node.hasAttribute("primary_root")
for n in node.childNodes:
if n.nodeType == n.TEXT_NODE:
self.text = n.data
elif n.nodeName == "Extended":
self.extended_buffer.load(n)
elif n.nodeName == "attribute":
attrType = n.getAttribute("type")
start = int(n.getAttribute("start"))
end = int(n.getAttribute("end"))
if attrType == "bold":
attr = pango.AttrWeight(pango.WEIGHT_BOLD, start, end)
elif attrType == "italics":
attr = pango.AttrStyle(pango.STYLE_ITALIC, start, end)
elif attrType == "underline":
attr = pango.AttrUnderline(pango.UNDERLINE_SINGLE, start,
end)
elif attrType == "font":
font_name = str(n.getAttribute("value"))
pango_font = pango.FontDescription(font_name)
attr = pango.AttrFontDesc(pango_font, start, end)
self.attributes.change(attr)
else:
print "Unknown: " + n.nodeName
self.rebuild_byte_table()
self.recalc_edges()
def load (self, node):
self.index = int (node.getAttribute ("cursor"))
if node.hasAttribute ("selection_end"):
self.end_index = int (node.getAttribute ("selection_end"))
else:
self.end_index = self.index
tmp = node.getAttribute ("ul-coords")
self.ul = utils.parse_coords (tmp)
tmp = node.getAttribute ("lr-coords")
self.lr = utils.parse_coords (tmp)
self.identity = int (node.getAttribute ("identity"))
try:
tmp = node.getAttribute ("background-color")
self.background_color = gtk.gdk.color_parse(tmp)
tmp = node.getAttribute ("foreground-color")
self.foreground_color = gtk.gdk.color_parse(tmp)
except ValueError:
pass
if node.hasAttribute ("edit"):
self.editing = True
else:
self.editing = False
self.end_index = self.index
self.am_selected = node.hasAttribute ("current_root")
self.am_primary = node.hasAttribute ("primary_root")
for n in node.childNodes:
if n.nodeType == n.TEXT_NODE:
self.text = n.data
elif n.nodeName == "Extended":
self.extended_buffer.load(n)
elif n.nodeName == "attribute":
attrType = n.getAttribute("type")
start = int(n.getAttribute("start"))
end = int(n.getAttribute("end"))
if attrType == "bold":
attr = pango.AttrWeight(pango.WEIGHT_BOLD, start, end)
elif attrType == "italics":
attr = pango.AttrStyle(pango.STYLE_ITALIC, start, end)
elif attrType == "underline":
attr = pango.AttrUnderline(pango.UNDERLINE_SINGLE, start, end)
elif attrType == "font":
font_name = str(n.getAttribute("value"))
pango_font = pango.FontDescription (font_name)
attr = pango.AttrFontDesc (pango_font, start, end)
self.attributes.change(attr)
else:
print "Unknown: " + n.nodeName
self.rebuild_byte_table ()
self.recalc_edges ()
def load (self, node, tar):
tmp = node.getAttribute ("ul-coords")
self.ul = utils.parse_coords (tmp)
tmp = node.getAttribute ("lr-coords")
self.lr = utils.parse_coords (tmp)
self.identity = int (node.getAttribute ("identity"))
try:
tmp = node.getAttribute ("background-color")
self.background_color = gtk.gdk.color_parse(tmp)
tmp = node.getAttribute ("foreground-color")
self.foreground_color = gtk.gdk.color_parse(tmp)
except ValueError:
pass
def get_min_max(node, name):
attr = node.getAttribute(name)
if attr == 'None':
return None
else:
return float(attr)
self.min_x = get_min_max(node, 'min_x')
self.min_y = get_min_max(node, 'min_y')
self.max_x = get_min_max(node, 'max_x')
self.max_y = get_min_max(node, 'max_y')
self.width = self.lr[0] - self.ul[0]
self.height = self.lr[1] - self.ul[1]
self.am_selected = node.hasAttribute ("current_root")
self.am_primary = node.hasAttribute ("primary_root")
for n in node.childNodes:
if n.nodeName == "Extended":
self.extended_buffer.load(n)
elif n.nodeName == "point":
style = int (n.getAttribute ("type"))
tmp = n.getAttribute ("coords")
c = utils.parse_coords (tmp)
col = None
try:
tmp = n.getAttribute ("color")
col = gtk.gdk.color_parse (tmp)
except ValueError:
pass
self.points.append (self.DrawingPoint (c, style, col))
else:
print "Unknown node type: "+str(n.nodeName)
def load (self, node, tar):
tmp = node.getAttribute ("ul-coords")
self.ul = utils.parse_coords (tmp)
tmp = node.getAttribute ("lr-coords")
self.lr = utils.parse_coords (tmp)
self.identity = int (node.getAttribute ("identity"))
try:
tmp = node.getAttribute ("background-color")
self.background_color = Gdk.Color.parse(tmp)[1]
tmp = node.getAttribute ("foreground-color")
self.foreground_color = Gdk.Color.parse(tmp)[1]
except ValueError:
pass
def get_min_max(node, name):
attr = node.getAttribute(name)
if attr == 'None':
return None
else:
return float(attr)
self.min_x = get_min_max(node, 'min_x')
self.min_y = get_min_max(node, 'min_y')
self.max_x = get_min_max(node, 'max_x')
self.max_y = get_min_max(node, 'max_y')
self.width = self.lr[0] - self.ul[0]
self.height = self.lr[1] - self.ul[1]
self.am_selected = node.hasAttribute ("current_root")
self.am_primary = node.hasAttribute ("primary_root")
for n in node.childNodes:
if n.nodeName == "Extended":
self.extended_buffer.load(n)
elif n.nodeName == "point":
style = int (n.getAttribute ("type"))
tmp = n.getAttribute ("coords")
c = utils.parse_coords (tmp)
col = None
try:
tmp = n.getAttribute ("color")
col = Gdk.Color.parse(tmp)[1]
except ValueError:
pass
self.points.append (self.DrawingPoint (c, style, col))
else:
print ("Unknown node type: "+str(n.nodeName))
def load (self, node, tar):
self.index = 0 ##int (node.getAttribute ("cursor"))
self.end_index = self.index
tmp = node.getAttribute ("ul-coords")
self.ul = utils.parse_coords (tmp)
tmp = node.getAttribute ("lr-coords")
self.lr = utils.parse_coords (tmp)
self.width = self.lr[0] - self.ul[0]
self.height = self.lr[1] - self.ul[1]
self.identity = 0 ##int (node.getAttribute ("identity"))
try:
tmp = node.getAttribute ("background-color")
self.background_color = Gdk.Color.parse(tmp)
tmp = node.getAttribute ("foreground-color")
self.foreground_color = Gdk.Color.parse(tmp)
except ValueError:
pass
self.am_selected = node.hasAttribute ("current_root")
self.am_primary = node.hasAttribute ("primary_root")
for n in node.childNodes:
if n.nodeType == n.TEXT_NODE:
self.text = n.data
elif n.nodeName == "Extended":
self.extended_buffer.load(n)
elif n.nodeName == "attribute":
attrType = n.getAttribute("type")
start = int(n.getAttribute("start"))
end = int(n.getAttribute("end"))
if attrType == "bold":
self.attributes["bold"] = True
elif attrType == "italics":
self.atributes["italic"] = True
elif attrType == "underline":
self.attributes["underline"] = True
##elif attrType == "font":
## self.attributes["font"] = font
else:
print "Unknown: "+n.nodeName
self.rebuild_byte_table ()
self.recalc_edges()
def load(self, node, tar):
self.index = 0 ##int (node.getAttribute ("cursor"))
self.end_index = self.index
tmp = node.getAttribute("ul-coords")
self.ul = utils.parse_coords(tmp)
tmp = node.getAttribute("lr-coords")
self.lr = utils.parse_coords(tmp)
self.width = self.lr[0] - self.ul[0]
self.height = self.lr[1] - self.ul[1]
self.identity = 0 ##int (node.getAttribute ("identity"))
try:
tmp = node.getAttribute("background-color")
self.background_color = Gdk.Color.parse(tmp)
tmp = node.getAttribute("foreground-color")
self.foreground_color = Gdk.Color.parse(tmp)
except ValueError:
pass
self.am_selected = node.hasAttribute("current_root")
self.am_primary = node.hasAttribute("primary_root")
for n in node.childNodes:
if n.nodeType == n.TEXT_NODE:
self.text = n.data
elif n.nodeName == "Extended":
self.extended_buffer.load(n)
elif n.nodeName == "attribute":
attrType = n.getAttribute("type")
start = int(n.getAttribute("start"))
end = int(n.getAttribute("end"))
if attrType == "bold":
self.attributes["bold"] = True
elif attrType == "italics":
self.atributes["italic"] = True
elif attrType == "underline":
self.attributes["underline"] = True
##elif attrType == "font":
## self.attributes["font"] = font
else:
print "Unknown: " + n.nodeName
self.rebuild_byte_table()
self.recalc_edges()
def load(self, node):
tmp = node.getAttribute("ul-coords")
self.ul = utils.parse_coords(tmp)
tmp = node.getAttribute("lr-coords")
self.lr = utils.parse_coords(tmp)
self.filename = node.getAttribute("file")
self.identity = int(node.getAttribute("identity"))
try:
tmp = node.getAttribute("background-color")
self.background_color = gtk.gdk.color_parse(tmp)
except ValueError:
pass
self.width = float(node.getAttribute("image_width"))
self.height = float(node.getAttribute("image_height"))
self.am_selected = node.hasAttribute("current_root")
self.am_primary = node.hasAttribute("primary_root")
for n in node.childNodes:
if n.nodeName == "Extended":
self.extended_buffer.load(n)
else:
print "Unknown: " + n.nodeName
margin = utils.margin_required(utils.STYLE_NORMAL)
self.pic_location = (self.ul[0] + margin[0], self.ul[1] + margin[1])
self.okay = self.open_image(self.filename)
self.lr = (self.pic_location[0] + self.width + margin[2],
self.pic_location[1] + self.height + margin[3])
if not self.okay:
dialog = gtk.MessageDialog(
None, gtk.DIALOG_MODAL | gtk.DIALOG_DESTROY_WITH_PARENT,
gtk.MESSAGE_WARNING, gtk.BUTTONS_CLOSE,
_("Error loading file"))
dialog.format_secondary_text(
_("%s could not be found. Associated thought will be empty." %
self.filename))
dialog.run()
dialog.hide()
self.pic = None
self.orig_pic = None
else:
self.pic = self.orig_pic.scale_simple(int(self.width),
int(self.height),
gtk.gdk.INTERP_HYPER)
return
def parse_file(self, filename):
with open(filename, 'r') as f:
doc = dom.parse(f)
top_element = doc.documentElement
self.title_cp = top_element.getAttribute("title")
self.mode = int(top_element.getAttribute("mode"))
if top_element.hasAttribute("maximised"):
maxi = top_element.getAttribute("maximised")
else:
maxi = False
if maxi == "True":
self.main_window.maximize()
if top_element.hasAttribute("pane_position"):
self.pane_pos = int(top_element.getAttribute("pane_position"))
else:
self.pane_pos = 500
if top_element.hasAttribute("view_type"):
vt = int(top_element.getAttribute("view_type"))
else:
vt = 0
self.extended_visible = vt == 1
tmp = top_element.getAttribute("size")
(width, height) = utils.parse_coords(tmp)
tmp = top_element.getAttribute("position")
(x, y) = utils.parse_coords(tmp)
self.main_window.resize(int(width), int(height))
# Don't know why, but metacity seems to move the window 24 pixels
# further down than requested. Compensate by removing 24
# pixels from the stored size
y -= 24
self.main_window.move(int(x), int(y))
self.MainArea.set_mode(self.mode)
self.MainArea.load_thyself(top_element, doc)
if top_element.hasAttribute("scale_factor"):
self.MainArea.scale_fac = float(
top_element.getAttribute("scale_factor"))
if top_element.hasAttribute("translation"):
tmp = top_element.getAttribute("translation")
(x, y) = utils.parse_coords(tmp)
self.MainArea.translation = [x, y]
def parse_file (self, filename):
with open(filename, 'r') as f:
doc = dom.parse(f)
top_element = doc.documentElement
self.title_cp = top_element.getAttribute ("title")
self.mode = int (top_element.getAttribute ("mode"))
if top_element.hasAttribute ("maximised"):
maxi = top_element.getAttribute ("maximised")
else:
maxi = False
if maxi == "True":
self.main_window.maximize ()
if top_element.hasAttribute ("pane_position"):
self.pane_pos = int (top_element.getAttribute ("pane_position"))
else:
self.pane_pos = 500
if top_element.hasAttribute ("view_type"):
vt = int (top_element.getAttribute ("view_type"))
else:
vt = 0
self.extended_visible = vt == 1
tmp = top_element.getAttribute ("size")
(width, height) = utils.parse_coords (tmp)
tmp = top_element.getAttribute ("position")
(x, y) = utils.parse_coords (tmp)
self.main_window.resize (int (width), int (height))
# Don't know why, but metacity seems to move the window 24 pixels
# further down than requested. Compensate by removing 24
# pixels from the stored size
y -= 24
self.main_window.move (int (x), int (y))
self.MainArea.set_mode (self.mode)
self.MainArea.load_thyself (top_element, doc)
if top_element.hasAttribute("scale_factor"):
self.MainArea.scale_fac = float (top_element.getAttribute ("scale_factor"))
if top_element.hasAttribute("translation"):
tmp = top_element.getAttribute("translation")
(x,y) = utils.parse_coords(tmp)
self.MainArea.translation = [x,y]
def load (self, node):
tmp = node.getAttribute ("ul-coords")
self.ul = utils.parse_coords (tmp)
tmp = node.getAttribute ("lr-coords")
self.lr = utils.parse_coords (tmp)
self.identity = int (node.getAttribute ("identity"))
try:
tmp = node.getAttribute ("background-color")
self.background_color = gtk.gdk.color_parse(tmp)
tmp = node.getAttribute ("foreground-color")
self.foreground_color = gtk.gdk.color_parse(tmp)
except ValueError:
pass
self.min_x = float(node.getAttribute ("min_x"))
self.min_y = float(node.getAttribute ("min_y"))
self.max_x = float(node.getAttribute ("max_x"))
self.max_y = float(node.getAttribute ("max_y"))
self.width = self.lr[0] - self.ul[0]
self.height = self.lr[1] - self.ul[1]
self.am_selected = node.hasAttribute ("current_root")
self.am_primary = node.hasAttribute ("primary_root")
for n in node.childNodes:
if n.nodeName == "Extended":
self.extended_buffer.load(n)
elif n.nodeName == "point":
style = int (n.getAttribute ("type"))
tmp = n.getAttribute ("coords")
c = utils.parse_coords (tmp)
col = None
try:
tmp = n.getAttribute ("color")
col = gtk.gdk.color_parse (tmp)
except ValueError:
pass
self.points.append (self.DrawingPoint (c, style, col))
else:
print "Unknown node type: "+str(n.nodeName)
def load (self, node):
tmp = node.getAttribute ("ul-coords")
self.ul = utils.parse_coords (tmp)
tmp = node.getAttribute ("lr-coords")
self.lr = utils.parse_coords (tmp)
self.filename = node.getAttribute ("file")
self.identity = int (node.getAttribute ("identity"))
try:
tmp = node.getAttribute ("background-color")
self.background_color = gtk.gdk.color_parse(tmp)
except ValueError:
pass
self.width = float(node.getAttribute ("image_width"))
self.height = float(node.getAttribute ("image_height"))
self.am_selected = node.hasAttribute ("current_root")
self.am_primary = node.hasAttribute ("primary_root")
for n in node.childNodes:
if n.nodeName == "Extended":
self.extended_buffer.load(n)
else:
print "Unknown: "+n.nodeName
margin = utils.margin_required (utils.STYLE_NORMAL)
self.pic_location = (self.ul[0]+margin[0], self.ul[1]+margin[1])
self.okay = self.open_image (self.filename)
self.lr = (self.pic_location[0]+self.width+margin[2], self.pic_location[1]+self.height+margin[3])
if not self.okay:
dialog = gtk.MessageDialog (None, gtk.DIALOG_MODAL | gtk.DIALOG_DESTROY_WITH_PARENT,
gtk.MESSAGE_WARNING, gtk.BUTTONS_CLOSE,
_("Error loading file"))
dialog.format_secondary_text (_("%s could not be found. Associated thought will be empty."%self.filename))
dialog.run ()
dialog.hide ()
self.pic = None
self.orig_pic = None
else:
self.pic = self.orig_pic.scale_simple (int(self.width), int(self.height), gtk.gdk.INTERP_HYPER)
return
def read_file(self, file_path):
tar = Tarball(file_path)
doc = dom.parseString(tar.read(tar.getnames()[0]))
top_element = doc.documentElement
self.set_title(top_element.getAttribute("title"))
self._mode = int(top_element.getAttribute("mode"))
self._main_area.set_mode(self._mode)
self._main_area.load_thyself(top_element, doc, tar)
if top_element.hasAttribute("scale_factor"):
fac = float(top_element.getAttribute("scale_factor"))
self._main_area.scale_fac = fac
if top_element.hasAttribute("translation"):
tmp = top_element.getAttribute("translation")
x, y = utils.parse_coords(tmp)
self._main_area.translation = [x, y]
tar.close()
def read_file(self, file_path):
tar = Tarball(file_path)
doc = dom.parseString(tar.read(tar.getnames()[0]))
top_element = doc.documentElement
self.set_title(top_element.getAttribute("title"))
self._mode = int(top_element.getAttribute("mode"))
self._main_area.set_mode(self._mode)
self._main_area.load_thyself(top_element, doc, tar)
if top_element.hasAttribute("scale_factor"):
fac = float(top_element.getAttribute("scale_factor"))
self._main_area.scale_fac = fac
if top_element.hasAttribute("translation"):
tmp = top_element.getAttribute("translation")
x, y = utils.parse_coords(tmp)
self._main_area.translation = [x, y]
tar.close()
def tile(zoom, xtile, ytile, image_type):
if image_type not in ('png', 'jpg'):
raise
metasize = 1 if zoom < 2 else 2
bbox = parse_coords(256, metasize, zoom, xtile, ytile)
return Response(render(map, bbox, 256, 256), content_type='image/png')
