
Worked on the fosskers/raylib-1 repository to enhance web compatibility and cross-language integration for graphics demos. Addressed a critical issue in the shaders_basic_pbr example by refining GLSL code for WebGL, including version adjustments, high float precision, and improved varying declarations, ensuring reliable browser execution. Developed and updated Raylib bindings for c3-lang, supporting both Raylib 5.5 and 5.0, which expanded the framework’s accessibility for C3 developers. Leveraged skills in graphics programming, shader development, and web development, focusing on maintainable, incremental changes that improved demo reliability, reduced support overhead, and enabled broader deployment of Raylib examples across web environments.
Concise monthly summary for 2024-12 focusing on key accomplishments for fosskers/raylib-1. Highlights the delivery of cross-language bindings for Raylib via c3-lang, updates to example assets, and preparation for broader web deployment. Emphasizes business value, scalability, and technical proficiency.
Concise monthly summary for 2024-12 focusing on key accomplishments for fosskers/raylib-1. Highlights the delivery of cross-language bindings for Raylib via c3-lang, updates to example assets, and preparation for broader web deployment. Emphasizes business value, scalability, and technical proficiency.
November 2024 (fosskers/raylib-1): Focused on stabilizing web shader demos by delivering a targeted bug fix to the shaders_basic_pbr example, ensuring it runs reliably in web environments. The change tightens WebGL compatibility by adjusting GLSL to version 100, enabling high float precision, removing 'in' from varying declarations, and converting the loop to a constant, addressing issues that prevented execution in browsers. This improves cross-platform demo reliability, reduces browser-related support overhead, and demonstrates rapid, quality-driven fixes that enhance developer experience and web-first storytelling for raylib examples.
November 2024 (fosskers/raylib-1): Focused on stabilizing web shader demos by delivering a targeted bug fix to the shaders_basic_pbr example, ensuring it runs reliably in web environments. The change tightens WebGL compatibility by adjusting GLSL to version 100, enabling high float precision, removing 'in' from varying declarations, and converting the loop to a constant, addressing issues that prevented execution in browsers. This improves cross-platform demo reliability, reduces browser-related support overhead, and demonstrates rapid, quality-driven fixes that enhance developer experience and web-first storytelling for raylib examples.

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