API reference

• acds package
  • Subpackages
    • acds.archetypes package
      • Submodules
      • acds.archetypes.esn module
      • acds.archetypes.hcornn module
      • acds.archetypes.pron module
      • acds.archetypes.rnn module
      • acds.archetypes.ron module
      • acds.archetypes.run module
      • acds.archetypes.trainable_pron module
      • acds.archetypes.utils module
      • acds.archetypes.vdpon module
      • Module contents
    • acds.benchmarks package
      • Subpackages
      • Submodules
      • acds.benchmarks.cifar10 module
      • acds.benchmarks.libras module
      • acds.benchmarks.mackey_glass module
      • acds.benchmarks.mallat module
      • acds.benchmarks.mnist module
      • acds.benchmarks.rc_dataset module
      • acds.benchmarks.touchsensor module
      • acds.benchmarks.trace module
      • Module contents
    • acds.evolutionary package
      • Submodules
      • acds.evolutionary.environment module
      • acds.evolutionary.experiment module
      • acds.evolutionary.run module
      • acds.evolutionary.utils module
      • Module contents
  • Module contents
• experiments package
  • Subpackages
    • experiments.equilibrium_propagation package
      • Submodules
      • experiments.equilibrium_propagation.models module
      • experiments.equilibrium_propagation.pendigits_dataset module
      • Module contents
    • experiments.sclbridge package
      • Submodules
      • experiments.sclbridge.wrapper module
      • Module contents
  • Submodules
  • experiments.attractors_collective module
    • main()
    • plot_combined_pca()
  • experiments.attractors_single module
    • main()
    • pca()
  • experiments.mnist_run module
    • collect_activations()
    • make_initial_state()
    • make_input_map()
    • move_static_tensors()
    • parse_args()
    • run_experiment()
    • run_washup()
    • score_esn()
    • set_model_initial_state()
  • experiments.utils module
    • set_seed()
  • Module contents
• robots_demo package
  • Submodules
  • robots_demo.squid_inference_realtime module
    • adapt_named_time_series()
    • adapt_numeric_time_series()
    • adapt_time_series_for_inference()
    • checkpoint_feature_indices()
    • data_row_to_file_row()
    • default_normalized_gif_file()
    • file_signature()
    • final_gif_update_message()
    • finite_true_positions_or_none()
    • generated_time_values()
    • gif_true_positions_or_none()
    • gif_update_message()
    • is_numeric_row()
    • main()
    • make_expected_time_series()
    • normalize_column_name()
    • normalize_target_values()
    • normalized_target_rmse()
    • predict_window_targeting_row()
    • read_text_time_series_file()
    • read_time_series_file()
    • run_realtime_inference()
    • save_normalized_realtime_gif()
    • save_realtime_gif()
    • save_realtime_gifs()
    • should_save_gif_for_batch()
    • split_column_line()
    • wait_until_file_settles()
  • robots_demo.train_cobot_classification module
    • normalize_features()
    • test()
  • robots_demo.train_cobot_regression module
    • normalize_features()
    • normalize_targets()
    • test()
  • robots_demo.train_squid module
    • normalize_features()
    • normalize_targets()
    • test()
  • robots_demo.train_squid_real module
    • normalize_features()
    • normalize_targets()
    • test()
  • robots_demo.train_squid_real_topology module
    • normalize_features()
    • normalize_targets()
    • test()
  • robots_demo.train_squid_topology module
    • normalize_features()
    • normalize_targets()
    • test()
  • robots_demo.train_tomato module
    • normalize_features()
    • test()
  • Module contents