CLI Reference¶
Autoware-ML provides a unified command-line interface for all major workflows.
Run the commands below either inside the Docker container or from a local
pixi shell --environment default / pixi shell --environment dev.
Bash completion is installed automatically by the Docker image build and by
pixi run --environment <default|dev> setup-project for local installs.
Commands¶
| Command | Purpose |
|---|---|
train |
Train models using PyTorch Lightning |
test |
Evaluate models from a checkpoint |
deploy |
Export models to ONNX and TensorRT |
mlflow ui |
Launch the MLflow tracking UI |
mlflow export |
Export one experiment into its own MLflow store |
session start |
Start a managed background task |
session attach |
View live terminal output from a background task |
session detach |
Disconnect raw tmux clients from a managed session |
session ls |
List managed background tasks |
session stop |
Stop a managed background task |
create-dataset |
Generate dataset info files |
train¶
Train a model using the specified Hydra configuration.
All arguments after --config-name are passed to Hydra as overrides. See Configuration for details.
Examples:
# Basic training
autoware-ml train --config-name <task>/<model>/<config>
# With overrides
autoware-ml train --config-name <task>/<model>/<config> \
trainer.max_epochs=100 \
model.optimizer.lr=0.0001
deploy¶
Export a trained model to ONNX and TensorRT.
Arguments:
--config-name: Path to config (same as used for training)+checkpoint: Path to.ckptcheckpoint file
Options:
output_name=<name>: Base name for output filesoutput_dir=<path>: Output directory
Example:
autoware-ml deploy \
--config-name <task>/<model>/<config> \
+checkpoint=mlruns/<task>/<model>/<config>/<run_id>/artifacts/checkpoints/best.ckpt
test¶
Evaluate a trained model from a checkpoint.
Arguments:
--config-name: Path to config (same as used for training)+checkpoint: Path to.ckptcheckpoint file
Example:
autoware-ml test \
--config-name <task>/<model>/<config> \
+checkpoint=mlruns/<task>/<model>/<config>/<run_id>/artifacts/checkpoints/best.ckpt
mlflow ui¶
Launch the MLflow tracking UI.
Options:
--port,-p: Port for the UI (default: 5000)--db-path: SQLite database path (default:mlruns/mlflow.db)
mlflow export¶
Export one experiment from the global MLflow store into an isolated store.
autoware-ml mlflow export [--db-path PATH] [--experiment-name NAME | --config-name CONFIG] [--export-dir PATH]
Options:
--db-path: SQLite database path (default:mlruns/mlflow.db)--experiment-name: Exact MLflow experiment name to export--config-name: Export the experiment matching this task config path--export-dir: Directory for the extracted experiment store
session start¶
Start a detached managed session running an autoware-ml command.
Managed sessions use a private tmux server internally, but the public workflow is intentionally narrow: start a background task, view its live output, list running sessions, and stop the task.
Example:
autoware-ml session start --name calibration-status-train --cwd /workspace -- \
train --config-name calibration_status/calibration_status_classifier/resnet18_t4dataset_j6gen2
Use --raw to run a non-autoware-ml command in the managed session:
Use --attach with session start to open the live viewer immediately after
startup. Use session attach later to view an already running task. In the
viewer, Ctrl+C returns to your shell without stopping the task. To terminate
the task, use autoware-ml session stop.
session attach¶
Render a live terminal view of an existing managed session.
This is a read-only viewer, not a tmux client. Press Ctrl+C to exit the
viewer while keeping the task running.
session detach¶
Disconnect raw tmux clients from an existing managed session.
Most users do not need this command because autoware-ml session attach does
not create a tmux client.
session ls¶
List managed background sessions.
session stop¶
Stop the tracked task and close its managed session.
create-dataset¶
Generate preprocessed info files for a dataset.
autoware-ml create-dataset \
--dataset <name> \
--task <task> \
--root-path <path> \
--out-dir <path> \
[options...]
Arguments:
--dataset: Dataset name--task: Task name (can be repeated for multiple tasks)--root-path: Dataset root directory--out-dir: Output directory for info files
Options:
--version: Dataset version--max-sweeps: Max LiDAR sweeps to include--info-prefix: Prefix for output files
Example: