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| .. | ||
| addons/sade | ||
| fps | ||
| screenshots | ||
| README.md | ||
| battle_bot_color.tres | ||
| battle_bot_emission.tres | ||
| button_change_scene.gd | ||
| default_env.tres | ||
| fabrik_ik.tscn | ||
| godot_battle_bot.dae | ||
| godot_battle_bot.dae.import | ||
| godot_battle_bot_colors.png | ||
| godot_battle_bot_colors.png.import | ||
| godot_battle_bot_emission.png | ||
| godot_battle_bot_emission.png.import | ||
| icon.png | ||
| icon.png.import | ||
| look_at_ik.tscn | ||
| project.godot | ||
| skeleton_ik.tscn | ||
| skeleton_ik_runner.gd | ||
| target_from_mousepos.gd | ||
README.md
3D Inverse Kinematics
This is an example of different Inverse Kinematic algorithms implemented in Godot. It contains four scenes, showing different ways they can be used.
Language: GDScript
Renderer: GLES 3
How does it work?
This demo shows how to implement IK using two different methods. One uses the
SkeletonIK
node which is built into Godot. The other method is using a script
called FABRIK (inside of the SADE plugin) for inverse kinematics.
Screenshots
