
Antoine Lelievre developed a UV coordinate handling feature for deformable mesh rendering in the Genesis-Embodied-AI/Genesis repository, focusing on accurate texture mapping within FEM and PBD solvers. Using Python and leveraging expertise in 3D graphics and physics simulation, Antoine engineered a pipeline that tracks and propagates UV coordinates through solver stages, ensuring consistent texture mapping during dynamic mesh deformations. This approach addressed rendering artifacts and improved visual fidelity for deformable objects, enhancing the overall rendering pipeline. The work demonstrated depth in integrating UV mapping with physics-based solvers, resulting in more realistic asset representation and supporting advanced game development workflows.

February 2026 — Genesis: Key feature delivered: UV coordinate handling for deformable mesh rendering in FEM/PBD solvers. The change tracks and passes UV coordinates through solver stages to support accurate texture mapping for deformable objects, reducing rendering artifacts during dynamic deformations. Implemented in commit 3e8dc52f5e3ff684166a3194d2c45ed27f7ec8d5 (linked to issue #2323). No major bugs fixed this month. Overall, this work improves visual fidelity of deformable simulations and strengthens the rendering pipeline by ensuring consistent texture mapping across physics and rendering stages. Skills demonstrated include FEM/PBD solver integration, UV mapping pipelines, and end-to-end texture coordinate propagation, delivering tangible business value through more realistic visuals and asset fidelity.
February 2026 — Genesis: Key feature delivered: UV coordinate handling for deformable mesh rendering in FEM/PBD solvers. The change tracks and passes UV coordinates through solver stages to support accurate texture mapping for deformable objects, reducing rendering artifacts during dynamic deformations. Implemented in commit 3e8dc52f5e3ff684166a3194d2c45ed27f7ec8d5 (linked to issue #2323). No major bugs fixed this month. Overall, this work improves visual fidelity of deformable simulations and strengthens the rendering pipeline by ensuring consistent texture mapping across physics and rendering stages. Skills demonstrated include FEM/PBD solver integration, UV mapping pipelines, and end-to-end texture coordinate propagation, delivering tangible business value through more realistic visuals and asset fidelity.
Overview of all repositories you've contributed to across your timeline