command_steps.txt

Step #1
[out:json][timeout:25];
(
  node["leisure"="park"](around:50000,40.751990,-73.969262);
  way["leisure"="park"](around:50000,40.751990,-73.969262);
  relation["leisure"="park"](around:50000,40.751990,-73.969262);
);
out center;

Step #2
python website/utils.py resize_geo_points reduced_size=20 file_name=export.geojson

Step #3
python website/utils.py geojson_to_csv_and_json file_name=export.geojson_reduced.geojson

Step #4
python website/utils.py geo_points_update file_name=export.geojson_reduced.geojson.csv db_path=instance/vrp_db.db

Step #5
python website/utils.py freq_geo_points db_path=instance/vrp_db.db

Step #6
python website/utils.py pall_lbs_geo_points db_path=instance/vrp_db.db

Step #7
python website/utils.py perm_from_geojson file_name=export.geojson_reduced.geojson

Step #8
python website/utils.py geo_perm_update file_name=export.geojson_reduced.geojson_permutations.csv db_path=instance/vrp_db.db

Step #9
python website/utils.py sql_ors_distances api_var_name=ORS_API_KEY db_path=instance/vrp_db.db

Step #10 run ACO
python website/cdvrp.py run_aco dvrp_id=test_3 in_file=input.csv db_path=instance/vrp_db.db origin=way/1180028681 max_pall=22 max_lbs=38000 n_ants=30 n_iterations=150 alpha=1 beta=1 evaporation_rate=0.5 Q=1