gtfspy/routing/multi_objective_pseudo_connection_scan_profiler.py
def _finalize_profiles(self):
        """
        Deal with the first walks by joining profiles to other stops within walking distance.
        """
        for stop, stop_profile in self._stop_profiles.items():
            assert (isinstance(stop_profile, NodeProfileMultiObjective))
            neighbor_label_bags = []
            walk_durations_to_neighbors = []
            departure_arrival_stop_pairs = []
            if stop_profile.get_walk_to_target_duration() != 0 and stop in self._walk_network.node:
                neighbors = networkx.all_neighbors(self._walk_network, stop)
                for neighbor in neighbors:
                    neighbor_profile = self._stop_profiles[neighbor]
                    assert (isinstance(neighbor_profile, NodeProfileMultiObjective))
                    neighbor_real_connection_labels = neighbor_profile.get_labels_for_real_connections()
                    neighbor_label_bags.append(neighbor_real_connection_labels)
                    walk_durations_to_neighbors.append(int(self._walk_network.get_edge_data(stop, neighbor)["d_walk"] /
                                                       self._walk_speed))
                    departure_arrival_stop_pairs.append((stop, neighbor))
            stop_profile.finalize(neighbor_label_bags, walk_durations_to_neighbors, departure_arrival_stop_pairs)
def _finalize_profiles(self):
        """
        Deal with the first walks by joining profiles to other stops within walking distance.
        """
        for stop, stop_profile in self._stop_profiles.items():
            assert (isinstance(stop_profile, NodeProfileMultiObjective))
            neighbor_label_bags = []
            walk_durations_to_neighbors = []
            departure_arrival_stop_pairs = []
            if stop_profile.get_walk_to_target_duration() != 0 and stop in self._walk_network.node:
                neighbors = networkx.all_neighbors(self._walk_network, stop)
                for neighbor in neighbors:
                    neighbor_profile = self._stop_profiles[neighbor]
                    assert (isinstance(neighbor_profile, NodeProfileMultiObjective))
                    neighbor_real_connection_labels = neighbor_profile.get_labels_for_real_connections()
                    neighbor_label_bags.append(neighbor_real_connection_labels)
                    walk_durations_to_neighbors.append(int(self._walk_network.get_edge_data(stop, neighbor)["d_walk"] /
                                                       self._walk_speed))
                    departure_arrival_stop_pairs.append((stop, neighbor))
            stop_profile.finalize(neighbor_label_bags, walk_durations_to_neighbors, departure_arrival_stop_pairs)
def _finalize_profiles ( self ) : for stop , stop_profile in self . _stop_profiles . items ( ) : assert ( isinstance ( stop_profile , NodeProfileMultiObjective ) ) neighbor_label_bags = [ ] walk_durations_to_neighbors = [ ] departure_arrival_stop_pairs = [ ] if stop_profile . get_walk_to_target_duration ( ) != 0 and stop in self . _walk_network . node : neighbors = networkx . all_neighbors ( self . _walk_network , stop ) for neighbor in neighbors : neighbor_profile = self . _stop_profiles [ neighbor ] assert ( isinstance ( neighbor_profile , NodeProfileMultiObjective ) ) neighbor_real_connection_labels = neighbor_profile . get_labels_for_real_connections ( ) neighbor_label_bags . append ( neighbor_real_connection_labels ) walk_durations_to_neighbors . append ( int ( self . _walk_network . get_edge_data ( stop , neighbor ) [ "d_walk" ] / self . _walk_speed ) ) departure_arrival_stop_pairs . append ( ( stop , neighbor ) ) stop_profile . finalize ( neighbor_label_bags , walk_durations_to_neighbors , departure_arrival_stop_pairs )
Deal with the first walks by joining profiles to other stops within walking distance.
Deal with the first walks by joining profiles to other stops within walking distance .