Lunar Lander - Gymnasium Documentation
Observation Space ¶ The state is an 8-dimensional vector: the coordinates of the lander in x & y, its linear velocities in x & y, its angle, its angular velocity, and two booleans that represent …
GitHub - TejPotu/LunarLander: Exploration of reinforcement …
Observation Space (8 dimensions) x - Horizontal position (-1 to 1) y - Vertical position (0 to 1) vx - Horizontal velocity (-5 to 5) vy - Vertical velocity (-8 to 8) angle - Rotation angle (-π to π) …
Lunar Lander - Gym Documentation - Manuel Goulão
Observation Space # There are 8 states: the coordinates of the lander in x & y, its linear velocities in x & y, its angle, its angular velocity, and two booleans that represent whether each leg is in …
lunar_lander - Colab
The input state of the Lunar Lander consists of following components: Horizontal Position Vertical Position Horizontal Velocity Vertical Velocity Angle Angular Velocity Left Leg Contact Right …
Lunar Lander Problem (cont’d) Observation Space: An 8-dimensional vector: The coordinates of the lander in x and y Linear velocities in x and y Its angle its angular velocity 2 booleans that …
Lunar Lander - Gym Documentation
Observation Space ¶ The state is an 8-dimensional vector: the coordinates of the lander in x & y, its linear velocities in x & y, its angle, its angular velocity, and two booleans that represent …
Deep Q-Network (DQN) for LunarLander-v3 - GitHub
Observation Space Box (8, float32): Contains position, velocity, angle, angular velocity, and landing leg contact status.
MohamedMaher003/LunarLander-v3-SAC · Hugging Face
Environment Details Environment: LunarLander-v3 Action Space: Continuous (Box) Main engine: -1.0 to 1.0 Side engines: -1.0 to 1.0 Observation Space: 8-dimensional vector Position (x, y) …
Lunar Lander - Gym Documentation
Observation Space # There are 8 states: the coordinates of the lander in x & y, its linear velocities in x & y, its angle, its angular velocity, and two booleans that represent whether each leg is in …
GitHub - PeytonCunningham/LunarLander_v3: CSPB Final Project …
Observation Space: An 8-dimensional continuous vector: position (x, y) linear velocities (vx, vy) angle angular velocity left leg contact (bool) right leg contact (bool)
dqn_lunar_lander_demo.ipynb - Colab
Observation Space The state is an 8-dimensional vector: the coordinates of the lander in x & y, its linear velocities in x & y, its angle, its angular velocity, and two booleans that represent …
Lunar Lander - Open AI | lunar-lander – Weights & Biases
Oct 15, 2020 · Mixed Observation Space: Each observation contains 8 values: (Continuous): X distance from target site (Continuous): Y distance from target site (Continuous): X velocity …