Hunter Kingsley developed core gameplay, audio, and progression systems for the GDACollab/Well-Witches repository, focusing on maintainability and player experience. Over six months, Hunter implemented modular ability and quest systems, persistent progression, and a robust FMOD-driven audio pipeline, integrating C# scripting and Unity scene management to streamline asset workflows and reduce onboarding friction. Their work included collision detection, UI enhancements, and cross-scene data persistence, addressing both runtime stability and future scalability. By refactoring asset management and automating audio integration, Hunter enabled faster iteration and reduced regression risk, delivering a maintainable codebase that supports ongoing content expansion and reliable gameplay.
June 2025 focused on delivering a cohesive audio experience and a robust, persistent progression system for Well-Witches. Delivered a comprehensive audio system overhaul with expanded sound effects, updated FMOD banks and metadata, boss/ability sounds, UI audio events, and new background music, alongside a streamlined asset management workflow. Implemented persistent quest unlocking and correct mapping of quests to abilities, ensuring unlocks persist across sessions and align UI/UX with the new progression rules. These changes improve player immersion, retention, and onboarding while establishing a scalable foundation for future content.
June 2025 focused on delivering a cohesive audio experience and a robust, persistent progression system for Well-Witches. Delivered a comprehensive audio system overhaul with expanded sound effects, updated FMOD banks and metadata, boss/ability sounds, UI audio events, and new background music, alongside a streamlined asset management workflow. Implemented persistent quest unlocking and correct mapping of quests to abilities, ensuring unlocks persist across sessions and align UI/UX with the new progression rules. These changes improve player immersion, retention, and onboarding while establishing a scalable foundation for future content.
May 2025 performance highlights for GDACollab/Well-Witches and wmodes/public-programming-performance. Delivered extensive audio enhancements, UI improvements, scene/asset workflows, and core gameplay stability. These changes improve player feedback, reduce UI/UX friction, and lay groundwork for scalable asset management and cross-repo maintainability.
May 2025 performance highlights for GDACollab/Well-Witches and wmodes/public-programming-performance. Delivered extensive audio enhancements, UI improvements, scene/asset workflows, and core gameplay stability. These changes improve player feedback, reduce UI/UX friction, and lay groundwork for scalable asset management and cross-repo maintainability.
In April 2025, the team advanced core architecture, stabilized runtime behavior, and delivered key capabilities across combat, UI, and audio. Major progress includes implementing the WardenAbilityManager with a robust health-transfer flow for modular ability handling, delivering the Passives system with persistence across scene transitions, and integrating a cohesive audio layer via FMOD. UI and UX were strengthened through hooking up the Ability Manager UI, introducing a tabbed ability menu, enabling Soles of the Damned with ability selection, and enabling dialogue-on-interact. Additional integrations with subsystems (Gourd Forge, Bubble Shield) and refined input/interaction flows (input listener compatibility, spellburst-manager alignment) were completed. Reliability-focused fixes addressed event path resolution, Warden active-state behavior, and cross-scene ability persistence, alongside minor UI cleanup and a typo fix. Overall, these efforts reduce runtime risk, accelerate future feature delivery, and improve player experience and maintainability.
In April 2025, the team advanced core architecture, stabilized runtime behavior, and delivered key capabilities across combat, UI, and audio. Major progress includes implementing the WardenAbilityManager with a robust health-transfer flow for modular ability handling, delivering the Passives system with persistence across scene transitions, and integrating a cohesive audio layer via FMOD. UI and UX were strengthened through hooking up the Ability Manager UI, introducing a tabbed ability menu, enabling Soles of the Damned with ability selection, and enabling dialogue-on-interact. Additional integrations with subsystems (Gourd Forge, Bubble Shield) and refined input/interaction flows (input listener compatibility, spellburst-manager alignment) were completed. Reliability-focused fixes addressed event path resolution, Warden active-state behavior, and cross-scene ability persistence, alongside minor UI cleanup and a typo fix. Overall, these efforts reduce runtime risk, accelerate future feature delivery, and improve player experience and maintainability.
March 2025 – GDACollab/Well-Witches: Built a robust audio-visual foundation and delivered key gameplay polish. Key features delivered include FMOD audio integration with basic playback, a Background Music (BGM) system with main/hub tracks, vertical slice art assets and sound deliverables, Gameplay Audio System integration with an in-scene audio manager and readiness cues, and narrative/audio enhancements including Vampire Talk, dialogue system, boss music, and Raven sprite polish. Major bugs fixed include Bush spawning fix; reverted/adjusted scene changes to restore visuals/behaviors; Load scene bug fix. Impact: stronger player immersion, more reliable gameplay loop, and scalable asset pipelines enabling faster iteration for future content. Technologies demonstrated include FMOD integration, Unity audio pipeline, audio prefabs, asset integration, debugging, and cross-functional collaboration.
March 2025 – GDACollab/Well-Witches: Built a robust audio-visual foundation and delivered key gameplay polish. Key features delivered include FMOD audio integration with basic playback, a Background Music (BGM) system with main/hub tracks, vertical slice art assets and sound deliverables, Gameplay Audio System integration with an in-scene audio manager and readiness cues, and narrative/audio enhancements including Vampire Talk, dialogue system, boss music, and Raven sprite polish. Major bugs fixed include Bush spawning fix; reverted/adjusted scene changes to restore visuals/behaviors; Load scene bug fix. Impact: stronger player immersion, more reliable gameplay loop, and scalable asset pipelines enabling faster iteration for future content. Technologies demonstrated include FMOD integration, Unity audio pipeline, audio prefabs, asset integration, debugging, and cross-functional collaboration.
February 2025: Delivered core world interaction and maintainability improvements for Well-Witches, focusing on gameplay fidelity, stability, and scalable design. Key features delivered include Water Tile Interaction and Scene Enhancements, Bush Spawning Validation and Placement Control, and Project Reorganization and Cleanup. Major bugs fixed include preventing bushes from spawning on water or invalid tiles and ensuring scene persistence reflects updated player states. The work improved world consistency, reduced runtime issues, and established a stronger foundation for future entity integrations (Gatherer/Warden). Technologies demonstrated include Unity tilemaps, collision hitbox design, scene management and persistence, and repository hygiene. Business value: higher-quality player experience, faster iteration cycles, easier onboarding, and reduced QA overhead.
February 2025: Delivered core world interaction and maintainability improvements for Well-Witches, focusing on gameplay fidelity, stability, and scalable design. Key features delivered include Water Tile Interaction and Scene Enhancements, Bush Spawning Validation and Placement Control, and Project Reorganization and Cleanup. Major bugs fixed include preventing bushes from spawning on water or invalid tiles and ensuring scene persistence reflects updated player states. The work improved world consistency, reduced runtime issues, and established a stronger foundation for future entity integrations (Gatherer/Warden). Technologies demonstrated include Unity tilemaps, collision hitbox design, scene management and persistence, and repository hygiene. Business value: higher-quality player experience, faster iteration cycles, easier onboarding, and reduced QA overhead.
January 2025 Monthly Summary for GDACollab/Well-Witches focusing on maintainability, stability, and efficient asset management. Key deliverables include project cleanup and asset reorganization to streamline structure, rename scenes for clarity, move scripts/assets, and remove unused placeholder scenes; and a targeted AI scene merge conflict fix to restore correct linking by remapping object IDs and updating component references. These efforts reduce onboarding time, lower regression risk, and strengthen the asset pipeline.
January 2025 Monthly Summary for GDACollab/Well-Witches focusing on maintainability, stability, and efficient asset management. Key deliverables include project cleanup and asset reorganization to streamline structure, rename scenes for clarity, move scripts/assets, and remove unused placeholder scenes; and a targeted AI scene merge conflict fix to restore correct linking by remapping object IDs and updating component references. These efforts reduce onboarding time, lower regression risk, and strengthen the asset pipeline.
Overview of all repositories you've contributed to across your timeline