
During December 2024, Maxime Delmas developed a Maya PyMEL 3D Modeling Toolkit within the danielkenobi3d/rubikaY3 repository, focusing on automating 3D scene generation and Forward Kinematics rigging. He engineered a suite of Python scripts leveraging PyMEL and Maya’s scripting API to enable procedural cube creation, alignment to locator objects, and randomized pattern generation. The toolkit automated FK rig construction from locator data, ensuring consistent grouping and constraint hierarchies, which reduced manual rigging steps. Maxime’s work demonstrated depth in 3D modeling and rigging automation, integrating scripting best practices and a clear Git workflow to deliver reusable, production-ready tools.
Month: 2024-12. Focused on delivering an automatable Maya scripting toolkit to accelerate 3D scene generation and FK rigging for the RubikaY3 project. All work centered on building a reusable PyMEL-based toolkit within danielkenobi3d/rubikaY3, enabling scripted cube creation, alignment to locators, procedural pattern generation, and locator-driven FK rigs with proper grouping and constraints.
Month: 2024-12. Focused on delivering an automatable Maya scripting toolkit to accelerate 3D scene generation and FK rigging for the RubikaY3 project. All work centered on building a reusable PyMEL-based toolkit within danielkenobi3d/rubikaY3, enabling scripted cube creation, alignment to locators, procedural pattern generation, and locator-driven FK rigs with proper grouping and constraints.

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