
Developed the Procedural Shader Framework for Unreal Engine, focusing on runtime shader availability and streamlined integration within the friedaxvictoria/procedural_shader_framework repository. Established a robust project scaffold and plugin structure using C++ and HLSL, enabling automated shader deployment and reproducible builds. Delivered a Signed Distance Field shader module with ray marching, asset reorganization, and example assets, while introducing a Tweening System for procedural animation. Enhanced documentation with tutorials and integration steps, and refactored the codebase to reduce maintenance overhead. The work emphasized maintainability, clear traceability, and efficient onboarding, resulting in a stable foundation for advanced shader development workflows.
July 2025 performance summary for friedaxvictoria/procedural_shader_framework focusing on Unreal Engine integration and framework enhancements. Delivered the Unreal Engine SDF Shader Module with definitions, shapes, ray marching, asset reorganization, and practical example assets; introduced a Tweening System for procedural shader animations and integrated it with existing SDF components; expanded and refined Unreal Engine integration documentation, including navigation restructuring, tutorials, and shader integration steps; performed cleanup and refactor to simplify UE integration, remove unused assets/files, and reduce maintenance overhead. Result: improved rendering capabilities, faster onboarding, and a more maintainable codebase.
July 2025 performance summary for friedaxvictoria/procedural_shader_framework focusing on Unreal Engine integration and framework enhancements. Delivered the Unreal Engine SDF Shader Module with definitions, shapes, ray marching, asset reorganization, and practical example assets; introduced a Tweening System for procedural shader animations and integrated it with existing SDF components; expanded and refined Unreal Engine integration documentation, including navigation restructuring, tutorials, and shader integration steps; performed cleanup and refactor to simplify UE integration, remove unused assets/files, and reduce maintenance overhead. Result: improved rendering capabilities, faster onboarding, and a more maintainable codebase.
May 2025 monthly summary for friedaxvictoria/procedural_shader_framework. Key accomplishments include: 1) project scaffold and runtime shader availability for Unreal Engine; 2) automated runtime shader access by copying the shader library into the engine shader directory on module startup; 3) CI-friendly project configuration and build setup; 4) clear traceability and documentation of changes. Overall, established a solid baseline for the Procedural Shader Framework (PSF) in Unreal Engine, enabling faster iteration, easier integration, and a repeatable build and deployment process.
May 2025 monthly summary for friedaxvictoria/procedural_shader_framework. Key accomplishments include: 1) project scaffold and runtime shader availability for Unreal Engine; 2) automated runtime shader access by copying the shader library into the engine shader directory on module startup; 3) CI-friendly project configuration and build setup; 4) clear traceability and documentation of changes. Overall, established a solid baseline for the Procedural Shader Framework (PSF) in Unreal Engine, enabling faster iteration, easier integration, and a repeatable build and deployment process.

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