Digital Art

This tutorial demonstrates the creation of an organic, creature-like system using CHOPs to drive dynamic tentacle motion and procedural behaviors.

In this tutorial, we will construct a “fluffy universe” by combining a Physically Based Rendering (PBR) material workflow with procedural geometry driven by the Fractal operator.

In this tutorial, we develop a procedural visual system based on sine wave generation to produce a dynamic motion effect. The process begins with the construction of a base 3D geometry that serves as a spatial reference for wave deformation.

In this tutorial, we’ll build animated sinusoidal waves to create a dynamic and flowing visual effect. Starting from a simple 3D base, we’ll focus on shaping motion through curves, using sine-based deformation as the core driver of movement.

RayTK in TouchDesigner introduces an updated instancing workflow that enables the creation of stunning visuals using fewer objects and a more efficient structure.

In this tutorial, we construct procedural light effects by integrating split scan workflows, kaleidoscopic symmetry, and controlled feedback networks using Cache TOP.