
During a two-month period, Alejandro Ruiz Sanchez developed and delivered two core features for the danielkenobi3d/rubikaY3 repository, focusing on Maya-based 3D animation pipelines. He implemented procedural modeling scripts in Python using PyMel to automate cube generation, transform matching, and random placement, streamlining asset prototyping and ensuring consistent geometry. In a separate feature, he overhauled the character rigging system, introducing a scalable, data-driven pipeline with dictionary-based facial rig definitions, deltaMush deformer integration, and modular build workflows. His work demonstrated depth in Maya scripting, rigging, and asset management, resulting in reusable tools that improved efficiency and repeatability for artists.
February 2025 performance summary for danielkenobi3d/rubikaY3: Delivered a Comprehensive Character Rigging System Overhaul that establishes a scalable, data-driven rigging pipeline across multiple archetypes. The overhaul includes a single joint rig, extensive facial and body rigs, deltaMush deformer integration, and the reorganization/refactor of gun rigs, along with a new plushieCow biped rig. Facial rig definitions are now dictionary-based, and the build pipeline includes build order, data loading, and smoothing to streamline workflows across assets.
February 2025 performance summary for danielkenobi3d/rubikaY3: Delivered a Comprehensive Character Rigging System Overhaul that establishes a scalable, data-driven rigging pipeline across multiple archetypes. The overhaul includes a single joint rig, extensive facial and body rigs, deltaMush deformer integration, and the reorganization/refactor of gun rigs, along with a new plushieCow biped rig. Facial rig definitions are now dictionary-based, and the build pipeline includes build order, data loading, and smoothing to streamline workflows across assets.
2024-12 monthly summary focusing on key accomplishments in danielkenobi3d/rubikaY3. Implemented Maya procedural modeling scripts using pymel.core for cube generation, transform matching to locators, random placement, and generation of triangular patterns in multiple orientations. Scope: one feature delivered in rubikaY3. This work enables faster prototyping and consistent geometry for Maya-based projects, aligning with pipeline needs and artist efficiency.
2024-12 monthly summary focusing on key accomplishments in danielkenobi3d/rubikaY3. Implemented Maya procedural modeling scripts using pymel.core for cube generation, transform matching to locators, random placement, and generation of triangular patterns in multiple orientations. Scope: one feature delivered in rubikaY3. This work enables faster prototyping and consistent geometry for Maya-based projects, aligning with pipeline needs and artist efficiency.

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