Overview of Bella Render v20 For Rhino / SketchUp / Maya Benefits
With
a flexible nodal scene description, intuitive yet powerful material
model, and real-world camera model, Bella seeks to help virtual
photographers unlock their true potential.
Though the rendering process involves complex mathematics,
Bella strives always to expose control over the process in natural and
logical ways, so as to achieve predictability, and thus increased
productivity, in everyday use.
Overview of Bella Render v20 For Rhino / SketchUp / Maya Features
- Bella
works in spectral space, allowing effects such as BSDF wavelength
dependency, diffraction, or atmosphere to be modeled far more accurately
than in color space.
- Bella’s 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.
- Bella’s licensing is uncommonly and deliberately
customer-centric. Both licenses (seat and node) are floating,
permanent, and designed to be trouble-free.
- Bella’s 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. glass, liquid) volumes.
- The Complex Material
provides a simple way of using measured spectral refractive index data.
Use of external IOR files or data is optional.
- Bella’s 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.
- Bella’s physical sun and sky model may be controlled by date/time 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.
Technical Details and System Requirements
- Supported OS: Windows 10 / Windows 8.1 /Windows 7
- Processor: Multi core Intel Series or above, Xeon or AMD equivalent
- RAM: 4GB (8GB or more recommended)
- Free Hard Disk Space: 4GB or more recommended
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