
During December 2024, Daniel Lepine developed an initial procedural geometry generation capability for the rubikaY3 repository, focusing on automating 3D asset creation in a Maya-based pipeline. Using Python and the pymel library, Daniel scripted the creation and placement of cubes, allowing them to be anchored to existing locators or positioned at random coordinates. This approach streamlined asset setup, reduced manual intervention, and improved reproducibility across scenes. The work demonstrated practical application of 3D modeling, procedural generation, and scripting skills, laying a technical foundation for future automation and asset management within the project, with all changes tracked in a dedicated commit.
December 2024 monthly summary for danielkenobi3d/rubikaY3: Delivered an initial procedural geometry generation capability in Python using pymel to automate cube creation and positioning based on locator data or random coordinates. This lays the groundwork for automated asset generation, reduces manual setup time, and enhances reproducibility across scenes. The work is delivered via commit 8ac2c02991d4e4e6ba08c1747f01388d638e78d7.
December 2024 monthly summary for danielkenobi3d/rubikaY3: Delivered an initial procedural geometry generation capability in Python using pymel to automate cube creation and positioning based on locator data or random coordinates. This lays the groundwork for automated asset generation, reduces manual setup time, and enhances reproducibility across scenes. The work is delivered via commit 8ac2c02991d4e4e6ba08c1747f01388d638e78d7.

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