Instructions to use yangzhixing/oat_rfsq_pair_so101_tokenizer with libraries, inference providers, notebooks, and local apps. Follow these links to get started.
- Libraries
- LeRobot
How to use yangzhixing/oat_rfsq_pair_so101_tokenizer with LeRobot:
- Notebooks
- Google Colab
- Kaggle
OAT paired-RFSQ action tokenizer for SO-101
This repository contains the complete action-tokenizer checkpoint used to initialize
yangzhixing/oat_rfsq_pair_so101_policy_tok50k.
- Tokenizer checkpoint:
checkpoint-00050000(50,000 steps) - Dataset:
maxlium/so101-box-to-plate - Policy type:
oat_rfsq_pair - Action horizon: 32
- Latent horizon: 8
- FSQ levels:
[8, 5, 5, 5]
Files
action_tokenizer.safetensors: tokenizer weightstokenizer_config.json: architecture and training configuration
Use with the matching LeRobot source
The OAT integration is available in the following source revision:
git clone --branch feat/oat-rfsq-unified-integration https://github.com/Yangzhixing123/lerobot.git
cd lerobot
git checkout 82b706cc
Download the tokenizer and pass its local directory when training an OAT policy:
hf download yangzhixing/oat_rfsq_pair_so101_tokenizer \
--local-dir ./oat_rfsq_pair_so101_tokenizer
lerobot-train \
--dataset.repo_id=maxlium/so101-box-to-plate \
--policy.type=oat_rfsq_pair \
--policy.action_tokenizer_path=./oat_rfsq_pair_so101_tokenizer
The released policy checkpoint already embeds the frozen tokenizer weights, so this separate tokenizer repository is mainly needed to reproduce training or initialize a new policy.
License notice
The FSQ/RFSQ implementation used to create this checkpoint includes code adapted from EPFL and Apple Inc. under the EPFL-Apple Sample Code License (Non-Commercial). Review the corresponding license terms in the linked LeRobot source before redistribution or commercial use.