Particles and 3D models can interact, collide, and react to physical forces like gravity and wind.

Allows for high-quality smoke, fire, and fog simulations directly within After Effects.

Unlike standard linear effects, Stardust uses a modular workspace where you link emitters, particles, and forces together.

Adds atmospheric effects that interact with scene shadows. 🛠️ Performance & Workflow

Many particle types, specifically circles and clouds, utilize GPU rendering for faster previews.

Multiple particle systems and 3D models exist in the same space, allowing for complex interactions (e.g., rain colliding with a 3D object).

Superluminal is a modular, node-based 3D particle system for After Effects CC. It is widely considered a powerful alternative to the Trapcode suite, combining features from Particular, Form, and Element 3D into a single unified 3D space. 🚀 Key Features in v1.2.x

A unique tool for duplicating particle systems into complex patterns and arrays.

Cc: Superluminal Stardust V1.2.1 Рґр»сџ After Effects

Particles and 3D models can interact, collide, and react to physical forces like gravity and wind.

Allows for high-quality smoke, fire, and fog simulations directly within After Effects.

Unlike standard linear effects, Stardust uses a modular workspace where you link emitters, particles, and forces together. Superluminal Stardust v1.2.1 РґР»СЏ After Effects CC

Adds atmospheric effects that interact with scene shadows. 🛠️ Performance & Workflow

Many particle types, specifically circles and clouds, utilize GPU rendering for faster previews. Particles and 3D models can interact, collide, and

Multiple particle systems and 3D models exist in the same space, allowing for complex interactions (e.g., rain colliding with a 3D object).

A unique tool for duplicating particle systems into complex patterns and arrays.