Monthly summary for September 2025 for repository RyuichiroYoshida/September. Focused on delivering core animation/movement capabilities, advancing combat and interaction systems, enhancing visuals and presentation, and stabilizing the codebase with systemic updates. The work improves player experience, speeds up iteration, and reinforces reliability across UI, input, and gameplay modules.

August 2025 recap for RyuichiroYoshida/September: Focused on delivering core gameplay features, stabilizing baseline functionality, and enabling efficient testing/debug workflows to accelerate iteration and improve user experience. Key achievements include client-side prediction support, targeted damage handling for normal attacks, incremental stabilization toward a working state, adding a test scene for development and QA, and introducing an auto-movement setting. These changes lay groundwork for responsive networked gameplay and maintainable code going into the next sprint.

Month: 2025-07 — RyuichiroYoshida/September. Focus this month was editor usability, interaction reliability, combat framework groundwork, and robust debugging/instrumentation to accelerate iteration and improve gameplay quality. The team delivered a set of targeted features, stability fixes, and tooling enhancements that collectively raise the bar for editor experience, runtime reliability, and development velocity. Key features delivered and improvements: - SubclassSelector enablement and editor cleanup: SubclassSelector is now supported as a list and the Interact editor was removed for a streamlined workflow, with commits including 424149314c003d25b6c99d7fd7ee311c3e026a11 and 1f6b41443162294b34a001da7338775a64510bd4. - Subclass removal: Simplified feature set by removing Subclass, reducing maintenance surface (commit 5a7288fd474bd9b79c482d7ef549338955a6288b). - Interact system stability and behavior: Removed motion during Interact, routed inputs to effect classes, and tightened state authority checks and effect search ordering (commits a9f55996adfa7005d84c888096d923d3e8edbac0, 5529399096bf88f61e884894beed2c286e56b3c9, dc14fa04b702816b11064ab11099213071217744). - Hitbox/Attack processing and debugging: Refined hitbox processing, added attack interception debugging, and introduced timing controls and visual debugging aids (commits 91dfa7751aec938633e06b29c2f50f00d517e56e, 5d258e326b801b597ef1cf20cd2b1ba23d953b36, 70cf5ca0d3aefa268066e2401d00d3a6c36c8abf, 622f301f4f5db0c23ccce6f48dcc7165e43ac7bf, f37d7cfa297e1a112440631d931680640d66390e, e6d8dc3461c6a399c6dda0260bab1fae4cb856dd). - Cannon projectile system: Created cannon projectile class and advanced ball mechanics toward usable gameplay (commits b184656d3a03ddae13ec703abcc69b8ec53fc421, 97e49cc5bbd18137c87d50ab20845fbbaf85456f). - Debugging utilities and initialization tooling: Added debug Draw utilities, introduced initialization process, and updated recorder and effect database (commits b9a0aa5f1921ab3640c18bbfce1463b706c0fa0c, c88c66482d30b013957e3c51c88a4a2c5a23da6f, 6024f6cdec6f7d937684c7a2706217f5cf6fc2e1). Overall impact and accomplishments: - Accelerated iteration and safer integrations with editor/asset tooling improvements. - More stable and realistic interaction and combat simulations through systematic fixes and refactoring. - Strengthened debugging capabilities and runtime instrumentation to support faster problem discovery and verification. Technologies/skills demonstrated: - C#/Unity-like architecture, event-driven state management, and system refactoring. - Debugging instrumentation, visualization for in-development features, and performance-oriented changes. - End-to-end feature development from editor-level changes to gameplay mechanics and tooling.

June 2025 performance summary for RyuichiroYoshida/September: Delivered foundational interoperability and gameplay-system improvements, enhanced production readiness, and strengthened reliability across client-ability interactions, attack/interaction flows, and debugging/scaffolding.

May 2025 monthly summary for RyuichiroYoshida/September. Focused on delivering a scalable, testable, and network-ready ability system, plus UI testing infrastructure to accelerate UI development and validation.

Month: 2024-12 — VGA-Team2024/TeamB delivered a set of user-facing features, quality fixes, and architectural refinements that collectively improve onboarding, engagement, and maintainability. Key outcomes include a new class selection UI with a basic tutorial, robust media and dialogue capabilities, autoplay-driven narratives, and improved local data handling and scene progression. In addition, the team stabilized the build, streamlined project structure, and laid groundwork for localization and diagnostics through logging and flag settings. These advancements reduce time-to-value for new users and provide a scalable foundation for future features.

November 2024: Delivered a modular, data-driven conversation framework and UI polish for TeamB, enabling dynamic enum generation, data-driven conversation rendering, class/option-based progression, and talk-scene integration. Established a runnable basic flow with debugging support, and performed stability improvements through merge-conflict resolution and legacy-script cleanup. This work accelerates iteration cycles, strengthens maintainability, and aligns with product goals for scalable dialogue experiences.