Get inspired by projects made with Nodalin

We can use multiple audio nodes that react to a different frequency range, to drive various properties of geometry and effects.

A simple graph demonstrating the image displacement. Right click on the Displace node to change its properties.

Remap and remap some more

Driving the rotation of instancing groups can easily create these constellations of particles.

The Type node feeds the Field node with brightness value. The Field output drives the zoom of each instance.

The same Signal drives both color and depth. It feeds the Color node to sample tones, and also drives a Field that controls the zoom of each instance. As the Signal changes, the wave shifts in space and in color together.

Signal Driven Composition This project combines multiple signal chains to drive geometry, depth and layering. • Modulated signals control radius, rotation and stroke • Instance index creates spatial variation • Separate output chains form the tunnel and the flame layers • Stack order defines how everything blends This is a look at how Nodalin scales — from simple shapes to structured systems. Explore the signal network on the left to understand how motion propagates through the graph.

Try to click on the Layers button on the toolbar and change the order of the layers. You'll notice that if the CIRCLE->TRIANGLE layer is moved on top of the stack, the trailing effect stops. The order of layers plays a huge role when we're using Blend or Displace nodes :)