

February 2025 (2025-02) performance-focused monthly summary for PurdueSIGGD/SIGGD-Game-2024. Delivered a comprehensive WorldInteractable UI System Overhaul and completed cleanup of test assets, driving both user experience improvements and codebase health.
February 2025 (2025-02) performance-focused monthly summary for PurdueSIGGD/SIGGD-Game-2024. Delivered a comprehensive WorldInteractable UI System Overhaul and completed cleanup of test assets, driving both user experience improvements and codebase health.
January 2025 performance summary for PurdueSIGGD/SIGGD-Game-2024: Delivered a comprehensive World Interactable UI overhaul with a dynamic in-world menu system, including a canvas-based UI, dynamic option rendering, placeholder handling, and a template-driven button layout. Reworked test scenes to align with the latest dev updates and added robust state management for UI options to improve future maintainability.
January 2025 performance summary for PurdueSIGGD/SIGGD-Game-2024: Delivered a comprehensive World Interactable UI overhaul with a dynamic in-world menu system, including a canvas-based UI, dynamic option rendering, placeholder handling, and a template-driven button layout. Reworked test scenes to align with the latest dev updates and added robust state management for UI options to improve future maintainability.
November 2024 monthly summary for PurdueSIGGD/SIGGD-Game-2024: Focused on rendering fidelity, maintainability, and player interaction systems. Delivered: Parallax system improvements with tiling controls, including shader/material updates, dynamic sprite draw mode/size adjustments, tiling logic driven by camera bounds, a tiling toggle, and an orthographic camera check to improve reliability; clean-up of CameraController by removing obsolete test script; and the World Interactables framework with a basic UI to surface nearby interactables. Impact: reduced rendering artifacts, simplified camera code paths, and established scalable interaction scaffolding for future gameplay features. Technologies: shader graph, tiling logic, camera bounds, UI integration, abstract base classes, and code refactors.
November 2024 monthly summary for PurdueSIGGD/SIGGD-Game-2024: Focused on rendering fidelity, maintainability, and player interaction systems. Delivered: Parallax system improvements with tiling controls, including shader/material updates, dynamic sprite draw mode/size adjustments, tiling logic driven by camera bounds, a tiling toggle, and an orthographic camera check to improve reliability; clean-up of CameraController by removing obsolete test script; and the World Interactables framework with a basic UI to surface nearby interactables. Impact: reduced rendering artifacts, simplified camera code paths, and established scalable interaction scaffolding for future gameplay features. Technologies: shader graph, tiling logic, camera bounds, UI integration, abstract base classes, and code refactors.
October 2024 performance summary for PurdueSIGGD/SIGGD-Game-2024: Delivered two critical parallax improvements—(1) a visual bug fix in the Parallax Test Scene to render the background correctly by adjusting the camera clear flags, and (2) a refactor to the parallax system removing the repeatDistance variable and adding a new configuration component to parallaxTestScene.unity to enable more advanced parallax behaviors. These changes elevate visual fidelity, simplify configuration, and lay groundwork for future scene enhancements; demonstrated Unity-based scene configuration, component-driven design, and clean refactoring for extensibility.
October 2024 performance summary for PurdueSIGGD/SIGGD-Game-2024: Delivered two critical parallax improvements—(1) a visual bug fix in the Parallax Test Scene to render the background correctly by adjusting the camera clear flags, and (2) a refactor to the parallax system removing the repeatDistance variable and adding a new configuration component to parallaxTestScene.unity to enable more advanced parallax behaviors. These changes elevate visual fidelity, simplify configuration, and lay groundwork for future scene enhancements; demonstrated Unity-based scene configuration, component-driven design, and clean refactoring for extensibility.
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