Raylectron
| Developer(s) | SoftByte Labs, Inc. |
|---|---|
| Type | Rendering engine |
| License | Proprietary |
| Website | raylectron.com |
 | This article needs additional citations for verification. (March 2024) |
Raylectron is a rendering engine used as an extension for Trimble SketchUp, a 3D computer graphics software. Developed by SoftByte Labs, Inc., Raylectron brings powerful rendering capabilities to SketchUp, enabling users to create photorealistic renderings and animations.
Overview[edit]
Raylectron utilizes rendering techniques based on the path tracing algorithm, which has been extensively optimized for speed while maintaining high levels of photo-realism.[citation needed] Unlike many conventional rendering engines, Raylectron does not rely on approximation or emulation.
The software offers a range of features, including the ability to render animations of scenes created directly in Raylectron or within SketchUp itself. Raylectron also provides an instancing capability, allowing the efficient handling of large models with minimal memory usage. This feature is particularly useful for landscape design, as it enables users to create instances of objects like trees and bushes that can be individually rotated and scaled, resulting in diverse and realistic scenes.[1]
In addition to CPU rendering, Raylectron also supports real-time GPU rendering using OpenCL, making it compatible with Nvidia and AMD video cards.
History[edit]
Raylectron was developed by SoftByte Labs, Inc., a software development company based in Manitoba, Canada. The company, founded by Michael Purkhardt in 1993, initially focused on providing medical software for hospitals and physicians. Over time, the company transitioned to the software industry and, eventually, to 3D visualization, leading to the creation of Raylectron. Michael Purkhardt, an engineer in electronics, mechanics, and an architect, played a key role in the development of the software, utilizing his expertise in computer science and software development.[2]
Usage and Applications[edit]
Raylectron finds application in various fields, including architecture, interior design, and 3D modeling. Architects and interior designers use Raylectron to create photorealistic renderings of their designs, enhancing presentations, client communication, and marketing materials. 3D artists leverage Raylectron to bring their models to life through stunning visualizations and animations, which can be used for advertisements, animations, and more.[citation needed]