

December 2025 monthly summary for PurdueSIGGD/SIGGD-GAME-2025: Delivered stamina-based movement and climbing mechanics, enabling strategic traversal and pacing. Implemented a climbing state flag and coroutine-driven stamina depletion/regeneration. Fixed critical stamina-related issues, including non-negative stamina handling and proper regeneration when idle. Corrected a typo in the PlayerStamina amount variable to improve readability. These changes improve gameplay balance, reliability, and maintainability. Technologies demonstrated include Unity coroutines, state management, defensive coding, and refactoring for readability. Business value: smoother player experience, reduced edge-case bugs, and easier future tuning of stamina parameters.
December 2025 monthly summary for PurdueSIGGD/SIGGD-GAME-2025: Delivered stamina-based movement and climbing mechanics, enabling strategic traversal and pacing. Implemented a climbing state flag and coroutine-driven stamina depletion/regeneration. Fixed critical stamina-related issues, including non-negative stamina handling and proper regeneration when idle. Corrected a typo in the PlayerStamina amount variable to improve readability. These changes improve gameplay balance, reliability, and maintainability. Technologies demonstrated include Unity coroutines, state management, defensive coding, and refactoring for readability. Business value: smoother player experience, reduced edge-case bugs, and easier future tuning of stamina parameters.
Month: 2025-11. Focused on delivering a stamina-driven movement system that enhances player realism and tactical gameplay in the PurdueSIGGD/SIGGD-GAME-2025 project. Implemented a robust stamina lifecycle and sprinting mechanics, integrated with the existing state machine and animator workflow, and established data-driven foundations for future tuning. Key components include dedicated stamina management and sprinting state constructs, and stamina-aware checks that gate sprinting behavior. These changes lay the groundwork for resource-based movement decisions and more engaging combat/exploration loops.
Month: 2025-11. Focused on delivering a stamina-driven movement system that enhances player realism and tactical gameplay in the PurdueSIGGD/SIGGD-GAME-2025 project. Implemented a robust stamina lifecycle and sprinting mechanics, integrated with the existing state machine and animator workflow, and established data-driven foundations for future tuning. Key components include dedicated stamina management and sprinting state constructs, and stamina-aware checks that gate sprinting behavior. These changes lay the groundwork for resource-based movement decisions and more engaging combat/exploration loops.
Month: 2025-10 — Delivered data-model refinements, UI testing scaffolding, and narrative assets for PurdueSIGGD/SIGGD-GAME-2025. Primary focus was on crafting system overhauls, UI infrastructure, and flexible item handling to accelerate feature delivery and improve maintainability. No explicit bug-fix ticket was logged this month; changes emphasize stability, extensibility, and richer player experience. Impact spans faster iteration, clearer data contracts, and higher-quality storytelling assets.
Month: 2025-10 — Delivered data-model refinements, UI testing scaffolding, and narrative assets for PurdueSIGGD/SIGGD-GAME-2025. Primary focus was on crafting system overhauls, UI infrastructure, and flexible item handling to accelerate feature delivery and improve maintainability. No explicit bug-fix ticket was logged this month; changes emphasize stability, extensibility, and richer player experience. Impact spans faster iteration, clearer data contracts, and higher-quality storytelling assets.
September 2025 — PurdueSIGGD/SIGGD-GAME-2025: Delivered foundational hotbar system for Unity game, enabling quick access to items and actions with integrated UI rendering and scene setup. Commits documenting progress: 5b480353a774c32c3c4a91222c36f5699882db40 ('start of hotbar testing') and 482d845826e15681f48d77ae73575777307cb33b ('saved scene'). No major bugs fixed this month; minor stability fixes and preparation for inventory integration planned for next sprint. Business impact: enhances player UX by streamlining item access, supports faster gameplay decisions, and establishes a scalable UI/scene framework for future features. Technical impact: demonstrates Unity-based UI implementation, scene management, and Git-driven iteration with clear commit history, enabling rapid experimentation and reliable rollbacks.
September 2025 — PurdueSIGGD/SIGGD-GAME-2025: Delivered foundational hotbar system for Unity game, enabling quick access to items and actions with integrated UI rendering and scene setup. Commits documenting progress: 5b480353a774c32c3c4a91222c36f5699882db40 ('start of hotbar testing') and 482d845826e15681f48d77ae73575777307cb33b ('saved scene'). No major bugs fixed this month; minor stability fixes and preparation for inventory integration planned for next sprint. Business impact: enhances player UX by streamlining item access, supports faster gameplay decisions, and establishes a scalable UI/scene framework for future features. Technical impact: demonstrates Unity-based UI implementation, scene management, and Git-driven iteration with clear commit history, enabling rapid experimentation and reliable rollbacks.
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