Instructions to use ZachGarner/microduck-headstand-split with libraries, inference providers, notebooks, and local apps. Follow these links to get started.
- Libraries
- Microduck
How to use ZachGarner/microduck-headstand-split with Microduck:
# Replace SLOT with the slot specified in the model card (walk, stand, sitstand, ground_pick, kick_left, kick_right, roulade). sudo robotctl policy load SLOT ZachGarner/microduck-headstand-split
- Notebooks
- Google Colab
- Kaggle
File size: 1,723 Bytes
ba7289f | 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 | ---
library_name: onnx
pipeline_tag: reinforcement-learning
tags:
- robotics
- mujoco
- microduck
---
# Microduck headstand: split
Simulation policy for `Mjlab-HeadstandKickup-Flat-MicroDuck`. The original checkpoint and an ONNX export with the observation normalizer included are provided. Input: 61 observation values; output: 14 joint actions.
The original checkpoint passed 32 of 32 individual simulated attempts at seed 0 under the documented evaluator. This does not establish hardware performance or success from arbitrary starting poses. The ONNX export is provided separately; the published rollout counts were measured with the original checkpoint.
Files:
- `model_1499.pt`: the unchanged evaluated checkpoint.
- `policy.onnx`: export through the training repository's standard exporter.
- `provenance.json`: source run, hashes, and code provenance.
- `evaluation.json`: individual evaluation report.
The six policies together completed 87 of 96 routine attempts across seeds 0, 1, and 2. See the [evaluation code, setup, and raw results](https://github.com/zachgarner/microduck-headstand/tree/71ad395). The saved checkpoint can be placed in the evaluator's cache at `logs/rsl_rl/microduck_headstand_kickup/wandb_checkpoints/y2fllvgj/model_1499.pt`; no W&B download is then needed for that checkpoint.
These are simulation research artifacts, not a robot-daemon installation package. No runtime manifest or hardware installation command is supplied. The routine uses contact-based handovers and a separate standing policy, and has not been tested on a physical robot. Head-force samples are taken at 50 Hz and may miss shorter impacts. Exit success checks final standing, not leg shape throughout the exit.
|