Speedtree Cinema 6.2.3

The wind system allows for highly realistic, procedural animation of leaves, branches, and trunks, with customizable settings for wind force, direction, and gusting.

Whether you need to focus on or offline cinematic rendering Share public link

For procedural flora, that version is .

Are you looking to create a (e.g., tropical, coniferous)? I can tailor my answer to help you with your project! Release Notes - Unity - Manual Speedtree Cinema 6.2.3

With robust export options (including FBX and OBJ), SpeedTree models integrated smoothly into Maya, Houdini, and 3ds Max workflows [1]. Conclusion

: Introduced official support for V-Ray in 3ds Max and Maya, allowing artists to maintain complex material setups when moving models from SpeedTree to their primary render engine.

The 6.x series improved the realism of wind behavior, including swaying branches and fluttering leaves, which could be exported as point caches or baked mesh animations for major DCC apps. The wind system allows for highly realistic, procedural

The interface is modal and non-customizable. It has 5 main panels:

Why not 6.1 or 6.3?

SpeedTree Cinema 6.2.3: A Technical and Creative Benchmark in Procedural Flora Generation I can tailor my answer to help you with your project

At its core, 6.2.3 improved the "procedural modeling" workflow. This allowed artists to create highly specific, complex tree types by manipulating procedural rules (such as branch angle, branching frequency, and gravity effects) rather than manually placing every branch.

It is important to note that SpeedTree Cinema 6.2.3 is no longer sold or supported by the developer. The current version is SpeedTree 9, which can be downloaded from the official SpeedTree website. While some educational tutorials for version 6 still exist online, learning the software is best accomplished through the official documentation and tutorials provided for the latest versions.

: This was the software's engine for speed and complexity. Artists could use automated procedural tools to generate a base tree model, defining its overall structure, shape, and growth patterns by adjusting numerous parameters such as branch density, leaf size, and seasonal variations. This allowed for the rapid creation of highly detailed and botanically diverse models that would be painstaking to build manually.