Godot 4 Tip: How I Made Procedural Animations with Skeleton 2D and Inverse Kinematics скачать в хорошем качестве

Godot 4 Tip: How I Made Procedural Animations with Skeleton 2D and Inverse Kinematics

Discover how to create fluid, procedural tentacle animations in Godot 4 using Skeleton2D and inverse kinematics, no math skills required! In this quick tip, I'll show you my simple approach to creating Lovecraftian tentacle movements that follow arcs naturally without frame-by-frame animation. I'll demonstrate how combining Skeleton2D with the new FABRIK (Forward And Backward Reaching Inverse Kinematics) modifier creates smooth, organic movement that responds to targets dynamically. Perfect for creature animations, tentacles, tails, or any appendage that needs natural, flowing motion. By the end of this video, you'll understand how to: Set up a Skeleton2D hierarchy for procedural animation Implement inverse kinematics using the FABRIK modifier Create smooth arc movements using Path2D and PathFollow2D Combine these techniques for gameplay mechanics like grabbing the player No complicated math or advanced animation knowledge needed, just Godot's built-in tools! Get the Godot Adventure Essentials course: 🎓https://www.ludens.studio/godot-adven... Get access to assets, tutorial files, and more: 👨‍🚀https://ko-fi.com/ludensludonaut/tiers Learn the 12 Essential Features of Platformer Games: 📘https://ko-fi.com/s/8df29350d8 --- Chapters 00:00 - I. Introduction to Procedural Animation 00:30 - II. Tentacles for Lovecraftian Entities 00:59 - III. The No-Math Approach 01:54 - IV. Creating the Tentacle Movement 02:52 - V. Understanding Skeleton2D 03:51 - VI. Setting Up Bone Relationships 04:47 - VII. The Magic: Skeleton Modification Stack 05:43 - VIII. Target Node and Inverse Kinematics 06:42 - IX. Animation Principles: Movement in Arcs 07:38 - X. Creating Multiple Animations 09:07 - XI. Toggling Between Animations 10:32 - XII. In-Game Implementation 11:31 - XIII. Procedural vs. Keyframed Animation 12:31 - XIV. Smoothing Out the Curves 13:30 - XV. Conclusion and Next Steps