• Photorealism
  • Organic Modeling
  • Artificial Intelligence
  • Augmented Reality
F . I . R . E : Fractal Imagery Rendering Engine
 

F.I.R.E. stands for Fractal Imagery Rendering Engine.

 

This experimental technology has the ability to render purely mathematical fractal objects in a very photorealistic way, never seen before. It uses P.U.R.E basic rendering algorithms, NeuroSystems' advanced rendering technology.

 

For now, no public or commercial piece of software is using this innovative technology yet. As soon as it's complete, we'll bring to you simple and powerful applications dedicated to fractal art.

 

Here's a list featuring some of the fractal types and rendering modes of F.I.R.E:

 

F.I.R.E features

 3D Mandelbrot

 

Experimentation for a real 3D equivalent to the famous 2D Mandelbrot set.

 

 

 3D Juliabrot

 

Experimentation for tridimensional slices of the quadri-dimensional fractal object called Juliabrot (related to the 2D Julia set).

 

 

 Buddhabrot

 

A re-visualization of the familiar Mandelbrot Set using a novel rendering technique attributed to Linas Vepstas and explored by Melinda Green and Lori Gardi. F.I.R.E uses the Metropolis-Hastings algorithm to speed up rendering and pixels distribution.

 

 

 3D Mandelbox

 

Experimentation for a cubic Mandelbrot set based on a mathematical formula attributed to Tom Lowe.

 

 

 Raytraced Fractal Flame

 

Two dimensional fractal form by shooting a light-particle flux (photons) from a mathematical algorithm describing an iterative system.

 

 

 Specific rendering mode: Scanning Transmission Electron Microscopy

 

F.I.R.E has the ability to render any fractal form as if it is observed through a Scanning Transmission Electron Microscope (STEM).