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This page provides a list of 3D rendering software, the dedicated engines used for rendering computer-generated imagery. This is not the same as 3D modeling software , which involves the creation of 3D models, for which the software listed below can produce realistically rendered visualisations.
Turntable Rendering Maya Yes Some Arnold No ? Hypershade, Node Editor, ShaderFX Yes [30] 3ds Max Yes Some Arnold (State Set) OSL Map [31] Slate Material Editor, ShaderFX Easy Turntable script MODO Yes ? Yes No ? Nodal Shading Render Turntable [32] Blender Eevee (2.80 and later) Cycles Yes Text Editor Yes Turnaround Camera addon Gaffer No No ...
Autodesk Arnold (also known as simply Arnold) is a computer program for rendering three-dimensional, computer-generated scenes using unbiased, physically-based, Monte Carlo path tracing techniques. Created in Spain by Marcos Fajardo, it was later co-developed by his company Solid Angle SL (now owned by Autodesk ) and Sony Pictures Imageworks .
Cryptomatte images can be created by several 3D graphic programs like Blender, [2] Autodesk Maya, [3] Autodesk 3ds Max [4] or Houdini [5] and are usually exported using the OpenEXR file format. Whether a program is able to generate a cryptomatte or not is determined by the render engine being used.
EEVEE (or Eevee) is a real-time PBR renderer included in Blender from version 2.8. [65] This render engine was given the nickname EEVEE, [66] after the Pokémon. The name was later made into the backronym "Extra Easy Virtual Environment Engine" or EEVEE. [67] With the release of Blender 4.2 LTS [68] in July 2024, EEVEE received an overhaul by
Verge3D enables users to convert content from 3D modelling tools (Blender, 3ds Max, and Maya are currently supported) to view in a web browser. Verge3D was created by the same core group of software engineers that previously created the Blend4Web framework.
The Arnold renderer, first released in 1998, proved that path tracing was practical for rendering frames for films, and that there was a demand for unbiased and physically based rendering in the film industry; other commercial and open source path tracing renderers began appearing.
Fireflies need to be distinguished from noise (overall graininess in the image), which can be reduced by simply increasing the number of rendering samples (amount of computation) per pixel. Fireflies tend to be harder to get rid of.