In just hours, start creating renders that most 3D Professionals wouldn't believe possible.
Indigo is a photorealistic renderer which simulates the physics of light to achieve near-perfect image realism. Incorporating an advanced physical camera model, a super-realistic materials system and the ability to simulate extremely complex lighting situations through Metropolis Light Transport, Indigo Renderer is capable of producing the highest levels of realism demanded by architectural and product visualisation.
Network rendering
Indigo can easily use multiple computers to accelerate rendering, and if you need more rendering power than you have in house, we have partnered with Ranch Computing to provide renderfarm access toIndigo users.
To get a feel for Indigo's possibilities, visit Artwork Gallery.
Indigo Materials
Everything in an Indigo scene is coated with a material of some kind or another. We have made a real effort to make the material system easy to learn, but flexible enough to let you create ultra-realistic materials.
Materials in Indigo are physically based, so that light bounces around your scene in the same way that they do in the real world. Many other renderers make gross approximations of the way light acts,Indigo calculates it correctly.
For those of you looking for fine grained control over your materials, you can edit the albedo, specular, exponent, bump, displacement, sigma and emission components of each material, as well as blending multiplematerials through texture maps. We even have a high performance shader language that can be used to generate textures for any of the material components.
High performance
Although unbiased is by far the most accurate and computationally intensive rendering technique available, Indigo makes it available to everyone in their daily work.
Indigo has had over 5 years of development with a focus on building the fastest possible unbiased renderer. To this end we use SSE, multiple threads and highly optimized C++ code throughout our renderer. We also use widely respected acceleration techniques such as kd-trees, bounding volume hierarchies and metropolis-hasting sampling.
Physically based
Indigo uses purely physically based parameters for the materials and light transport options.
This means that real life effects such as the bending of light when it enters a pool of water, the rays of light generated by a dusty room, or the rainbow emitted from a crystal prism - are all created accurately byIndigo. As an artist or designer, you just have to model correctly and specify the material you want - Indigo will do the rest. Getting great lighting with Indigo means thinking like a photographer, not a computer scientist.
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