Developed core gameplay systems and visual enhancements for the WhiteTeam_HorrorSugoroku repository over six months, delivering nineteen features and resolving critical bugs. Work included implementing interactive mechanics such as dice rolling, flashlight controls, and elevator navigation, as well as refining player movement and camera systems for smoother user experience. Leveraged Unity Engine, C#, and ShaderLab to build robust 3D environments, manage assets, and integrate UI elements. Focused on scene management, collision detection, and serialization scaffolding to support maintainability and future expansion. Prioritized gameplay polish, environmental fidelity, and reliable user feedback, resulting in a cohesive, ready-for-build state across project milestones.
June 2025 monthly summary for WhiteTeam_HorrorSugoroku (kmm2459318). Focused on delivering core gameplay UX, stabilizing environment interactions, and polishing dice mechanics to support player engagement and retention. Contributions spanned UI/UX enhancements, physics-based gameplay tuning, and scene integrity improvements across the project scope.
June 2025 monthly summary for WhiteTeam_HorrorSugoroku (kmm2459318). Focused on delivering core gameplay UX, stabilizing environment interactions, and polishing dice mechanics to support player engagement and retention. Contributions spanned UI/UX enhancements, physics-based gameplay tuning, and scene integrity improvements across the project scope.
May 2025 performance summary for kmm2459318/WhiteTeam_HorrorSugoroku focused on visual fidelity, gameplay polish, and component stability. Key outcomes include a comprehensive visual quality overhaul across scenes (lighting, lightmaps, render textures, scene lighting, and UI visuals) to enhance player immersion and prepare for a new build; targeted fixes to Abandoned_Asylum prefab wiring to restore scene integrity; refined dice behavior and UI messaging for smoother gameplay feedback; and foundational serialization scaffolding to outline future save data handling. These changes enable a ready-for-build state, improved player experience, and a clearer path for further data management work.
May 2025 performance summary for kmm2459318/WhiteTeam_HorrorSugoroku focused on visual fidelity, gameplay polish, and component stability. Key outcomes include a comprehensive visual quality overhaul across scenes (lighting, lightmaps, render textures, scene lighting, and UI visuals) to enhance player immersion and prepare for a new build; targeted fixes to Abandoned_Asylum prefab wiring to restore scene integrity; refined dice behavior and UI messaging for smoother gameplay feedback; and foundational serialization scaffolding to outline future save data handling. These changes enable a ready-for-build state, improved player experience, and a clearer path for further data management work.
For 2025-04, delivered core gameplay infrastructure and environmental polish for kmm2459318/WhiteTeam_HorrorSugoroku, focusing on elevator/system controls, enriched visuals, and robust interaction handling. These updates set the stage for upcoming mechanics, improved player immersion, and maintainability.
For 2025-04, delivered core gameplay infrastructure and environmental polish for kmm2459318/WhiteTeam_HorrorSugoroku, focusing on elevator/system controls, enriched visuals, and robust interaction handling. These updates set the stage for upcoming mechanics, improved player immersion, and maintainability.
Concise monthly summary for 2025-03 focusing on two core HorrorSugoroku features, critical bug fixes, and overall impact. Delivered robust gameplay experience with reliable visual dice, integrated debug tooling, and a coherent jump-scare sequence. Improved QA readiness and maintainability through clear commit traceability and structured changes.
Concise monthly summary for 2025-03 focusing on two core HorrorSugoroku features, critical bug fixes, and overall impact. Delivered robust gameplay experience with reliable visual dice, integrated debug tooling, and a coherent jump-scare sequence. Improved QA readiness and maintainability through clear commit traceability and structured changes.
February 2025: Delivered core gameplay and visual enhancements for HorrorSugoroku. Implemented Object Interaction System with item pickups and bear trap immobilization; Map System Overhaul with CreateMap2 and camera-relative movement; Environment Visual and Asset Enhancements with furniture pack, textures, lighting refinements and new tiles; Camera Exploration mode and dice mechanics. Fixed critical issues in bear trap interaction and dice behavior, stabilizing related gameplay systems.
February 2025: Delivered core gameplay and visual enhancements for HorrorSugoroku. Implemented Object Interaction System with item pickups and bear trap immobilization; Map System Overhaul with CreateMap2 and camera-relative movement; Environment Visual and Asset Enhancements with furniture pack, textures, lighting refinements and new tiles; Camera Exploration mode and dice mechanics. Fixed critical issues in bear trap interaction and dice behavior, stabilizing related gameplay systems.
January 2025 monthly summary for kmm2459318/WhiteTeam_HorrorSugoroku focusing on delivering core gameplay features, polish, and technical improvements that drive player engagement and reliability. The team shipped a feature-rich flashlight system with battery management and UI, overhauled camera and first-person controls for smoother, more intuitive movement, implemented robust dice mechanics with pickup/throw dynamics and reset behavior, added a Substitute Doll item system to prevent immediate game over through UI-controlled consumption, and refreshed map visuals plus an engaging end-game sequence with player spotlight to enhance the ending. In addition to feature work, the month included targeted UI integration, scene/controller refactors, and lighting/assets updates to support a cohesive end-to-end experience.
January 2025 monthly summary for kmm2459318/WhiteTeam_HorrorSugoroku focusing on delivering core gameplay features, polish, and technical improvements that drive player engagement and reliability. The team shipped a feature-rich flashlight system with battery management and UI, overhauled camera and first-person controls for smoother, more intuitive movement, implemented robust dice mechanics with pickup/throw dynamics and reset behavior, added a Substitute Doll item system to prevent immediate game over through UI-controlled consumption, and refreshed map visuals plus an engaging end-game sequence with player spotlight to enhance the ending. In addition to feature work, the month included targeted UI integration, scene/controller refactors, and lighting/assets updates to support a cohesive end-to-end experience.
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