@@ -56,7 +56,7 @@ def find_shortest_path(
5656 costs = costs .tolist ()
5757
5858 # Get node names using GDS utility function
59- node_names = [ self .gds .util .asNode ( node_id ) for node_id in node_ids ]
59+ node_names = self .gds .util .asNodes ( node_ids )
6060
6161 return {
6262 "totalCost" : float (path_data ["totalCost" ].iloc [0 ]),
@@ -128,7 +128,7 @@ def delta_stepping_shortest_path(
128128
129129 # Get node names using GDS utility function
130130 target_node_name = self .gds .util .asNode (target_node_id )
131- node_names = [ self .gds .util .asNode ( node_id ) for node_id in node_ids ]
131+ node_names = self .gds .util .asNodes ( node_ids )
132132
133133 result_data .append (
134134 {
@@ -212,7 +212,7 @@ def dijkstra_single_source_shortest_path(
212212
213213 # Get node names using GDS utility function
214214 target_node_name = self .gds .util .asNode (target_node_id )
215- node_names = [ self .gds .util .asNode ( node_id ) for node_id in node_ids ]
215+ node_names = self .gds .util .asNodes ( node_ids )
216216
217217 result_data .append (
218218 {
@@ -295,7 +295,7 @@ def a_star_shortest_path(
295295 costs = costs .tolist ()
296296
297297 # Get node names using GDS utility function
298- node_names = [ self .gds .util .asNode ( node_id ) for node_id in node_ids ]
298+ node_names = self .gds .util .asNodes ( node_ids )
299299
300300 return {
301301 "totalCost" : float (path_data ["totalCost" ].iloc [0 ]),
@@ -373,7 +373,7 @@ def yens_shortest_paths(
373373 costs = costs .tolist ()
374374
375375 # Get node names using GDS utility function
376- node_names = [ self .gds .util .asNode ( node_id ) for node_id in node_ids ]
376+ node_names = self .gds .util .asNodes ( node_ids )
377377
378378 result_data .append (
379379 {
@@ -764,7 +764,7 @@ def random_walk(self, **kwargs):
764764 node_ids = node_ids .tolist ()
765765
766766 # Get node names using GDS utility function
767- node_names = [ self .gds .util .asNode ( node_id ) for node_id in node_ids ]
767+ node_names = self .gds .util .asNodes ( node_ids )
768768
769769 walks .append (
770770 {
@@ -864,7 +864,7 @@ def breadth_first_search(
864864 node_ids = node_ids .tolist ()
865865
866866 # Get node names using GDS utility function
867- node_names = [ self .gds .util .asNode ( node_id ) for node_id in node_ids ]
867+ node_names = self .gds .util .asNodes ( node_ids )
868868
869869 traversals .append (
870870 {
@@ -960,7 +960,7 @@ def depth_first_search(
960960 node_ids = node_ids .tolist ()
961961
962962 # Get node names using GDS utility function
963- node_names = [ self .gds .util .asNode ( node_id ) for node_id in node_ids ]
963+ node_names = self .gds .util .asNodes ( node_ids )
964964
965965 traversals .append (
966966 {
@@ -1046,7 +1046,7 @@ def bellman_ford_single_source_shortest_path(
10461046 costs = costs .tolist ()
10471047
10481048 # Get node names using GDS utility function
1049- node_names = [ self .gds .util .asNode ( node_id ) for node_id in node_ids ]
1049+ node_names = self .gds .util .asNodes ( node_ids )
10501050
10511051 paths .append (
10521052 {
@@ -1138,7 +1138,7 @@ def longest_path(self, **kwargs):
11381138 costs = costs .tolist ()
11391139
11401140 # Get node names using GDS utility function
1141- node_names = [ self .gds .util .asNode ( node_id ) for node_id in node_ids ]
1141+ node_names = self .gds .util .asNodes ( node_ids )
11421142
11431143 paths .append (
11441144 {
0 commit comments