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Personal legged_gym Unitree A1 implementation for paper 'Reinforcement Learning for Versatile, Dynamic, and Robust Bipedal Locomotion Control'. Homework repo for SJTU ACM class RL courses

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z-taylcr7/Adaptivity

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Reinforcement Learning-based adaptive control for legged robots

Train dual_history policy

python legged_gym/scripts/train_dual.py --headless --task=a1 --sim_device=cuda:0 --rl_device=cuda:0

Evaluation

python legged_gym/scripts/eval.py --headless --task=a1 --sim_device=cuda:0 --rl_device=cuda:0

Radar Ploting

python adaptivity.py <a.pt> <b.pt>

It would be better add some args like --net_type=, --hist_design=,

Metrics Description

  • Command velocity test
    • Fixed lin_vel_x
    • Fixed lin_vel_y
  • Friction test
  • Add Mass test

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Personal legged_gym Unitree A1 implementation for paper 'Reinforcement Learning for Versatile, Dynamic, and Robust Bipedal Locomotion Control'. Homework repo for SJTU ACM class RL courses

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