Bellas Apollo solver is capable of solving caustics through specular surfaces, for accurate rendering of swimming-pool caustics, caustics seen through windows, emitters enclosed in glass, etc.

Bellas licensing is uncommonly and deliberately customer-centric.

Both licenses (seat and node) are floating, permanent, and designed to be trouble-free.

Bellas materials provide real layers with inner subsurface scattering.

Light interacts physically with the substrate, the layer, and thin films, in a very efficient way The Thin Film node, which may be applied to a material layer or substrate, simulates a nanometer-scale film, providing physically-accurate iridescence.

The nested priority feature in Bella materials allows correct and convenient rendering of intersecting dielectric (i.e.

Bellas Smart Materials provide a quick and easy way to create and use metals, ceramics, and plastics, through just a few simple parameters.

Like everything else, textures in Bella are node-based, allowing an output from one texture to be used as an input to another.

Bella provides extensive support for instancing indeed, everything that can be seen in a Bella scene is inherently an instance.

Bellas physical sun and sky model may be controlled by datetime and location, or by specifying direction explicitly.

Bella provides several types of built-in procedural lights, including point, spot, area, and directional In addition to its standard thin lens, Bella also provides a unique thick lens, which simulates complex effects like chromatic aberration.

The Bella camera supports simulation of sensor bloom: when a pixel is saturated beyond its capacity, it bleeds energy into adjacent pixels.

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