
Worked on the electronicarts/gigi repository, delivering twelve features and resolving three bugs over four months focused on rendering, UI, and performance optimization. Developed depth-aware frame generation and integrated FidelityFX Super Resolution with robust input validation, leveraging C++ and HLSL for DirectX 12 and Xbox platforms. Enhanced UI rendering by introducing new texture flows, updated icons, and shader-based composition, while also exposing configuration controls through ImGui and Python scripting. Addressed runtime stability by fixing context errors and optimizing resource management. Expanded the Python API for camera and texture management, supporting automation and configurability in the GigiViewerDX12 application’s workflow.
March 2026 (electronicarts/gigi) focused on performance optimization and API extensibility for GigiViewerDX12. Key features delivered: Frame Interpolation Control and Performance Enhancements (gating AMDFrameInterpolation::Tick when enabled and skipping frame generation when off), and Python API expansions (camera settings configuration interface; data streams and UI textures management via SetImportedBufferDataStream, AMDFrameGen_uiTexture, and AMDFrameGen_hudlessTexture). Major bugs fixed: robust gating logic for AMDFrameInterpolation tick to prevent unnecessary processing. Overall impact: reduced CPU load, smoother runtime, and expanded scripting/configurability, enabling faster iteration and easier automation. Technologies demonstrated: C++ gating logic, Python API development, and DX12 viewer integration.
March 2026 (electronicarts/gigi) focused on performance optimization and API extensibility for GigiViewerDX12. Key features delivered: Frame Interpolation Control and Performance Enhancements (gating AMDFrameInterpolation::Tick when enabled and skipping frame generation when off), and Python API expansions (camera settings configuration interface; data streams and UI textures management via SetImportedBufferDataStream, AMDFrameGen_uiTexture, and AMDFrameGen_hudlessTexture). Major bugs fixed: robust gating logic for AMDFrameInterpolation tick to prevent unnecessary processing. Overall impact: reduced CPU load, smoother runtime, and expanded scripting/configurability, enabling faster iteration and easier automation. Technologies demonstrated: C++ gating logic, Python API development, and DX12 viewer integration.
February 2026 – Monthly performance summary for electronicarts/gigi. Key features delivered include FSR Hudless Rendering with Texture Management, enabling Hudless mode with depth/motion vector texture handling and optimized texture copying to sustain performance; UI Rendering Enhancements for AMD Frame Generation to improve UI formatting, compositing, FPS display accuracy, and stability; and a DirectX Frame Generation runtime fix.
February 2026 – Monthly performance summary for electronicarts/gigi. Key features delivered include FSR Hudless Rendering with Texture Management, enabling Hudless mode with depth/motion vector texture handling and optimized texture copying to sustain performance; UI Rendering Enhancements for AMD Frame Generation to improve UI formatting, compositing, FPS display accuracy, and stability; and a DirectX Frame Generation runtime fix.
January 2026: Focused on delivering rendering pipeline improvements and strengthening frame-generation robustness for electronicarts/gigi. Key outcomes include the integration of UI-driven frame generation, shader-based UI rendering, and configurable FSR modes via ImGui, along with a HUD-free color-copy pathway. A critical stability bug fix ensures clean present callbacks when required textures are missing, reducing artifacts during level transitions. Collectively, these changes enhance visual fidelity, UI usability, and system robustness, supporting smoother user experiences and easier maintenance.
January 2026: Focused on delivering rendering pipeline improvements and strengthening frame-generation robustness for electronicarts/gigi. Key outcomes include the integration of UI-driven frame generation, shader-based UI rendering, and configurable FSR modes via ImGui, along with a HUD-free color-copy pathway. A critical stability bug fix ensures clean present callbacks when required textures are missing, reducing artifacts during level transitions. Collectively, these changes enhance visual fidelity, UI usability, and system robustness, supporting smoother user experiences and easier maintenance.
December 2025 monthly performance summary for electronicarts/gigi. Delivered depth-aware frame generation with motion-vector depth processing and UI-exposed depth thresholds, enhanced by default auto-exposure behavior. Strengthened FidelityFX Super Resolution (FSR) reliability with input validation via the FSR resource requirements API and refactored validation to remove redundant checks. Upgraded FidelityFX SDK to Redstone with significant frame generation and resource-management improvements for DirectX 12 and Xbox, including new resource allocation callbacks. Implemented UI/UX rendering enhancements with a new UI texture flow and updated icons (plus corresponding UI/HLSL changes) to improve rendering fidelity and user experience. Addressed stability and reliability: resolved FFX upscaler and frame generation context errors and deprecated camera parameter warnings, contributing to a more stable runtime. Business value: higher rendering fidelity at target frame rates, fewer runtime errors, and clearer UI feedback, enabling faster iteration and more predictable customer experiences.
December 2025 monthly performance summary for electronicarts/gigi. Delivered depth-aware frame generation with motion-vector depth processing and UI-exposed depth thresholds, enhanced by default auto-exposure behavior. Strengthened FidelityFX Super Resolution (FSR) reliability with input validation via the FSR resource requirements API and refactored validation to remove redundant checks. Upgraded FidelityFX SDK to Redstone with significant frame generation and resource-management improvements for DirectX 12 and Xbox, including new resource allocation callbacks. Implemented UI/UX rendering enhancements with a new UI texture flow and updated icons (plus corresponding UI/HLSL changes) to improve rendering fidelity and user experience. Addressed stability and reliability: resolved FFX upscaler and frame generation context errors and deprecated camera parameter warnings, contributing to a more stable runtime. Business value: higher rendering fidelity at target frame rates, fewer runtime errors, and clearer UI feedback, enabling faster iteration and more predictable customer experiences.

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