bug fix

airborne_lidar/airborne_lidar_seg.py

@@ -423,41 +423,42 @@ def main():
         if len(dataset_dict[dataset]) == 0:
             warnings.warn(f"{base_dir / dataset} is empty")
 
-    print(f"Las files per dataset:\n Trn: {len(dataset_dict['trn'])} \n Val: {len(dataset_dict['val'])} \n Tst: {len(dataset_dict['tst'])}")
-
     info_class = class_mode(args['training']['mode'])
     if args['test']['test_model'] is None:
+        print(f"Prepared files per dataset:\n Trn: {len(dataset_dict['trn'])} \n Val: {len(dataset_dict['val'])}")
         # Train + Validate model
         model_folder = train(args, dataset_dict, info_class)
 
     else:
         # Test only
+        print(f"Prepared files for test")
         model_folder = Path(args['test']['test_model'])
 
     # Test model
     if args['test']['test']:
 
         # Uses .hdfs files from the test folder to process.
         if args['test']['test_tiles'] is None:
+            print(f" \n Tst: {len(dataset_dict['tst'])}")
             for filename in dataset_dict['tst']:
                 test(args, filename, model_folder, args['global']['rootdir'], info_class, dataset_dict['tst'].index(filename))
-        
+
         # Uses list of .las files from a provided folder.
         else:
             root_folder = Path(args['test']['test_tiles'])
             files = list(root_folder.glob('*.las'))
-
+            print(f" \n Tst: {len(dataset_dict['tst'])}")
             csv_file = root_folder / Path('Classification_comparison.csv')
             iou_csv = CSVWriter(csv_file)
             iou_csv.write(('filename', 'overall_iou', 'per_class_iou'))
             for filename in files:
                 xyzni, label, nb_pts, header = read_las_format(filename)
                 prep_filename = Path(f"{filename.parent / Path(filename.stem)}_prepared.hdfs")
                 write_features(prep_filename, xyzni=xyzni, labels=label)
-                print(list(files))
                 iou = test(args, prep_filename.stem, model_folder, prep_filename.parent, info_class, files.index(filename), header=header)
                 line = (filename.stem, f"{iou[0]:.3f}")
                 line += tuple(iou[1])
+                print(line)
                 iou_csv.write(line)
             iou_csv.close()
 if __name__ == '__main__':