def template_context(self):
return dict(
service=bunch(default="", **self.service),
restful=False,
layers=self.layers,
tile_matrix_sets=self.matrix_sets,
)
def _render_template(self, template):
template = get_template(template)
inspire_md = None
if self.inspire_md:
inspire_md = recursive_bunch(default='', **self.inspire_md)
max_output_size = None
if self.max_output_pixels:
output_width = output_height = int(sqrt(self.max_output_pixels))
max_output_size = (output_width, output_height)
doc = template.substitute(
service=bunch(default='', **self.service),
layers=self.layers,
formats=self.image_formats,
info_formats=self.info_formats,
srs=self.srs,
tile_layers=self.tile_layers,
layer_srs_bbox=self.layer_srs_bbox,
layer_llbbox=self.layer_llbbox,
inspire_md=inspire_md,
max_output_size=max_output_size,
)
# strip blank lines
doc = '\n'.join(l for l in doc.split('\n') if l.rstrip())
return doc
def template_context(self):
return dict(service=bunch(default='', **self.service),
restful=True,
layers=self.layers,
tile_matrix_sets=self.matrix_sets,
resource_template=self.template,
format_resource_template=format_resource_template,
)
def template_context(self):
return dict(
service=bunch(default='', **self.service),
restful=True,
layers=self.layers,
tile_matrix_sets=self.matrix_sets,
resource_template=self.template,
format_resource_template=format_resource_template,
)
def _tile_matrices(self):
for level, res in self.grid.resolutions.iteritems():
origin = self.grid.origin_tile(level, "ul")
bbox = self.grid.tile_bbox(origin)
grid_size = self.grid.grid_sizes[level]
scale_denom = res / (0.28 / 1000) * meter_per_unit(self.grid.srs)
yield bunch(
identifier=level, bbox=bbox, grid_size=grid_size, scale_denom=scale_denom, tile_size=self.grid.tile_size
)
def template_context(self):
return dict(service=bunch(default='', **self.service),
restful=True,
layers=self.layers,
tile_matrix_sets=self.matrix_sets,
resource_template=self.url_converter.template,
# dimension_key maps lowercase dimensions to the actual
# casing from the restful template
dimension_keys=dict((k.lower(), k) for k in self.url_converter.dimensions),
format_resource_template=format_resource_template,
)
def template_context(self):
return dict(service=bunch(default='', **self.service),
restful=True,
layers=self.layers,
tile_matrix_sets=self.matrix_sets,
resource_template=self.url_converter.template,
# dimension_key maps lowercase dimensions to the actual
# casing from the restful template
dimension_keys=dict((k.lower(), k) for k in self.url_converter.dimensions),
format_resource_template=format_resource_template,
)
def _render_template(self, template):
template = get_template(template)
doc = template.substitute(service=bunch(default='', **self.service),
layers=self.layers,
formats=self.image_formats,
info_formats=self.info_formats,
srs=self.srs,
tile_layers=self.tile_layers,
layer_srs_bbox=self.layer_srs_bbox,
)
# strip blank lines
doc = '\n'.join(l for l in doc.split('\n') if l.rstrip())
return doc
def _tile_matrices(self):
for level, res in self.grid.resolutions.iteritems():
origin = self.grid.origin_tile(level, 'ul')
bbox = self.grid.tile_bbox(origin)
grid_size = self.grid.grid_sizes[level]
scale_denom = res / (0.28 / 1000) * meter_per_unit(self.grid.srs)
yield bunch(
identifier=level,
bbox=bbox,
grid_size=grid_size,
scale_denom=scale_denom,
tile_size=self.grid.tile_size,
)
def _render_template(self, template):
template = get_template(template)
doc = template.substitute(
service=bunch(default='', **self.service),
layers=self.layers,
formats=self.image_formats,
info_formats=self.info_formats,
srs=self.srs,
tile_layers=self.tile_layers,
layer_srs_bbox=self.layer_srs_bbox,
)
# strip blank lines
doc = '\n'.join(l for l in doc.split('\n') if l.rstrip())
return doc
def _tile_matrices(self):
for level, res in self.grid.resolutions.iteritems():
origin = self.grid.origin_tile(level, 'ul')
bbox = self.grid.tile_bbox(origin)
topleft = bbox[0], bbox[3]
if self.grid.srs.is_axis_order_ne:
topleft = bbox[3], bbox[0]
grid_size = self.grid.grid_sizes[level]
scale_denom = res / (0.28 / 1000) * meter_per_unit(self.grid.srs)
yield bunch(
identifier=level,
topleft=topleft,
grid_size=grid_size,
scale_denom=scale_denom,
tile_size=self.grid.tile_size,
)
def _tile_matrices(self):
for level, res in self.grid.resolutions.iteritems():
origin = self.grid.origin_tile(level, 'ul')
bbox = self.grid.tile_bbox(origin)
topleft = bbox[0], bbox[3]
if self.grid.srs.is_axis_order_ne:
topleft = bbox[3], bbox[0]
grid_size = self.grid.grid_sizes[level]
scale_denom = res / (0.28 / 1000) * meter_per_unit(self.grid.srs)
yield bunch(
identifier=level,
topleft=topleft,
grid_size=grid_size,
scale_denom=scale_denom,
tile_size=self.grid.tile_size,
)
def _render_layer_template(self, layer, service):
template = get_template(self.layer_template_file)
return template.substitute(service=bunch(default='', **service), layer=layer)
def _render_root_resource_template(self, service):
template = get_template(self.root_resource_template_file)
return template.substitute(service=bunch(default='', **service))
def template_context(self):
return dict(service=bunch(default='', **self.service),
restful=False,
layers=self.layers,
info_formats=self.info_formats,
tile_matrix_sets=self.matrix_sets)
def _render_root_resource_template(self, service):
template = get_template(self.root_resource_template_file)
return template.substitute(service=bunch(default='', **service))
def _render_layer_template(self, layer, service):
template = get_template(self.layer_template_file)
return template.substitute(service=bunch(default='', **service),
layer=layer)
