def extract_doors(self, area_ref, floor_number, is_elevator):
if is_elevator:
self.is_door_cache_available = False
__, door_shapes, __ = self.osm_adapter.get(
'way[!"level"][indoor=door];')
else:
__, door_shapes, __ = self.osm_adapter.search_by_tag(
data_type='way',
key_val_dict={
'level': str(floor_number),
'indoor': 'door'
})
area = self.osm_bridge.get_area(area_ref)
area_geometry = area.geometry
area_geometry_cached = area_geometry.points
if self.is_door_cache_available:
if self.cached_floor_number != floor_number:
self.door_shapes_cached = []
for door_shape in door_shapes:
shp = Shape(door_shape.id)
self.door_shapes_cached.append(shp.points)
self.is_door_cache_available = True
self.cached_floor_number = floor_number
else:
self.door_shapes_cached = []
for door_shape in door_shapes:
shp = Shape(door_shape.id)
self.door_shapes_cached.append(shp.points)
self.is_door_cache_available = True
self.cached_floor_number = floor_number
doors = []
for i, door in enumerate(self.door_shapes_cached):
is_added = False
for area_node in area_geometry_cached:
if self._is_point_inside_polygon(area_node, door):
doors.append(door)
is_added = True
break
if is_added == False:
for pt in door:
if self._is_point_inside_polygon(pt, area_geometry_cached):
doors.append(door)
break
return doors
def geometry(self):
__, geometries, __ = self.osm_adapter.get_osm_element_by_id(
ids=[self._geometry_id], data_type='way')
for tag in geometries[0].tags:
setattr(self, tag.key, tag.value)
nodes, __, __ = self.osm_adapter.get_osm_element_by_id(
ids=geometries[0].nodes, data_type='node')
return Shape(nodes)
def get_shape(self, ref):
"""Summary
Args:
ref (id, Node[]): point id or OSM nodes
Returns:
Shape: shape wm entity
"""
return Shape(ref)
def geometry(self):
__, geometries, __ = self.osm_adapter.get_osm_element_by_id(
ids=[self._geometry_id], data_type='way')
for tag in geometries[0].tags:
if tag.key == 'behaviour':
self.behaviour = tag.value.split(";")
else:
setattr(self, tag.key, tag.value)
nodes, __, __ = self.osm_adapter.get_osm_element_by_id(
ids=geometries[0].nodes, data_type='node')
return Shape(nodes)