Experimenting with Motion:
My Latest Blender Geometry Nodes Project

The Concept

At its core, the project started with a plane populated with points. Each point was instanced with a small cube, which would later animate based on a texture. Normally, applying a texture to drive movement results in uniform motion—all points moving at the same speed. But by incorporating an RGB Curves node, I could manipulate the motion to mimic a Bezier curve effect: some points accelerate, others slow down, creating a rhythm that feels natural and visually compelling.

In this case, I used a wave texture to drive the movement, giving each cube a gentle oscillating motion. By adjusting the curves, I was able to control the “aggressiveness” of the movement, from subtle shifts to more pronounced, dramatic motion.

Building the Scene

• Geometry Setup: I created a plane to house the Geometry Nodes network and populated it with a grid of points. A cube was modeled and scaled down, then instanced on each point using the Instance on Points node. To make the arrangement visually interesting, I used a Random Value node combined with a Delete Geometry node to remove some cubes, adding an organic, irregular feel.
• Animating with Textures: I connected a wave texture to a Set Position node, allowing the cubes to move along a chosen axis. The RGB Curves node transformed the uniform motion into a dynamic animation, simulating acceleration and deceleration across the grid without keyframes.
• Shading & Materials: Each cube received a subsurface shader with a soft blue hue, giving them a slightly translucent, luminous quality. The floor was designed with a grid pattern using Voronoi textures, accented by subtle blue circles at intersections, creating a futuristic, digital aesthetic.
• Lighting & Rendering: I used Cycles for rendering and experimented with sky textures, sun size, and aerosols to get soft, realistic shadows. Motion blur and depth of field enhanced the animation, giving the cubes a sense of speed and spatial depth.

Lessons Learned

This project was a fascinating exercise in procedural animation and creative problem-solving. A few takeaways:

• Procedural animation with textures can emulate keyframed motion, giving you flexibility and easy adjustments without redoing frames.
• Randomization adds character—small variations in position or deletion of points break uniformity and make the scene feel alive.
• Lighting and shading are as important as motion; subtle tweaks to shadows, exposure, and color dramatically influence the final render's mood.

Final Thoughts

This experiment reinforced how Geometry Nodes can transform a simple idea into a visually striking animation. By combining procedural textures, curves, and instancing, I was able to create an animation that feels intentional and dynamic—all without manually keyframing every element.

This project now sits proudly in my portfolio as a testament to exploring procedural techniques in Blender and pushing the boundaries of motion design.