
Yun-Jiyeol developed core gameplay systems and content foundations for the Become_Celebrity_on_Farm repository, focusing on rapid prototyping and scalable feature delivery. Over two months, Yun-Jiyeol implemented player movement, animation, inventory, and shop systems using Unity and C#, integrating data-driven item management with Excel export to streamline content iteration. The work included robust asset pipelines, prefab-based architecture, and modular systems for crops, crafting, and NPC interactions, all supported by persistent save/load mechanisms. Through extensive bug fixing and code refactoring, Yun-Jiyeol ensured stability and maintainability, while also enhancing the user experience with UI development, audio integration, and responsive input handling.

May 2025 monthly summary for Yun-Jiyeol/Become_Celebrity_on_Farm. Delivered a cohesive set of features and reliability improvements across NPC interactions, crafting, economy, scene/UI polish, and persistence. Focused on building a robust foundation for future content while enhancing player experience and business value.
May 2025 monthly summary for Yun-Jiyeol/Become_Celebrity_on_Farm. Delivered a cohesive set of features and reliability improvements across NPC interactions, crafting, economy, scene/UI polish, and persistence. Focused on building a robust foundation for future content while enhancing player experience and business value.
April 2025 performance summary for Yun-Jiyeol/Become_Celebrity_on_Farm: This month focused on establishing a stable prototype, delivering core gameplay systems, and preparing the project for ongoing content creation. The work created a solid foundation for rapid iteration, data-driven content, and scalable features, while stabilizing the build and ensuring run-readiness for QA and demonstrations. Key features delivered: - Project scaffolding and asset pipeline: initial project scaffolding, asset download setup, initial scene/asset groundwork, and input/Cinemachine scaffolding, enabling rapid scene creation and asset integration. - Player system: player animation, movement, and camera follow configuration to support responsive gameplay. - Mouse input and recognition: mouse position retrieval, distance measurement, and coordinate recognition to drive interactions. - Item data and drops system: item data configuration, drop logic, automated pickup, and support for exporting item data to Excel for data-driven content iteration. - Inventory and shop foundations: player inventory implementation, prefab-based player integration with GameManager, and stakeholder-ready shop UI groundwork plus run-ready versioning and save scaffolding. Major bugs fixed: - General cleanup and stability fixes: removal of debug/test code, fix for misnamed identifiers, and removal of stale test components to improve reliability. - Scene/save reliability: fixes to ensure scenes are saved correctly and load reliably. - Animation stability and timing: fixes to prevent animations from misbehaving or flying away, and adjustments to interaction timing. - Growth and content timing bugs: off-by-one growth tick corrections and related stability improvements across crop systems. - Data integrity: fixes to item data files and item data schema changes to ensure consistency. Overall impact and accomplishments: - Delivered a runnable prototype with end-to-end scaffolding and core gameplay systems, enabling rapid content addition (items, crops, inventory, NPC/shop flows). - Established data-driven item management with Excel-based export support, supporting content producers and QA validation. - Achieved run-readiness with versioning, save scaffolding, and stability improvements, reducing friction for demos and stakeholder reviews. - Enabled scalable content iteration through prefabization, asset management, and modular growth/crop systems, laying groundwork for long-term roadmap. Technologies/skills demonstrated: - Unity-based development: scene scaffolding, asset pipeline, animation, and input handling. - Cinemachine and mouse-driven interactions: camera following and mouse-coordinate-based interactions. - Data-driven design: item data, drops, Excel export, and scalable item UI/inventory flows. - Playable architecture: player prefabization, GameManager integration, and robust save/load scaffolding. - Tooling and maintenance: DoTween asset integration, asset definitions, and comprehensive code cleanup for stability.
April 2025 performance summary for Yun-Jiyeol/Become_Celebrity_on_Farm: This month focused on establishing a stable prototype, delivering core gameplay systems, and preparing the project for ongoing content creation. The work created a solid foundation for rapid iteration, data-driven content, and scalable features, while stabilizing the build and ensuring run-readiness for QA and demonstrations. Key features delivered: - Project scaffolding and asset pipeline: initial project scaffolding, asset download setup, initial scene/asset groundwork, and input/Cinemachine scaffolding, enabling rapid scene creation and asset integration. - Player system: player animation, movement, and camera follow configuration to support responsive gameplay. - Mouse input and recognition: mouse position retrieval, distance measurement, and coordinate recognition to drive interactions. - Item data and drops system: item data configuration, drop logic, automated pickup, and support for exporting item data to Excel for data-driven content iteration. - Inventory and shop foundations: player inventory implementation, prefab-based player integration with GameManager, and stakeholder-ready shop UI groundwork plus run-ready versioning and save scaffolding. Major bugs fixed: - General cleanup and stability fixes: removal of debug/test code, fix for misnamed identifiers, and removal of stale test components to improve reliability. - Scene/save reliability: fixes to ensure scenes are saved correctly and load reliably. - Animation stability and timing: fixes to prevent animations from misbehaving or flying away, and adjustments to interaction timing. - Growth and content timing bugs: off-by-one growth tick corrections and related stability improvements across crop systems. - Data integrity: fixes to item data files and item data schema changes to ensure consistency. Overall impact and accomplishments: - Delivered a runnable prototype with end-to-end scaffolding and core gameplay systems, enabling rapid content addition (items, crops, inventory, NPC/shop flows). - Established data-driven item management with Excel-based export support, supporting content producers and QA validation. - Achieved run-readiness with versioning, save scaffolding, and stability improvements, reducing friction for demos and stakeholder reviews. - Enabled scalable content iteration through prefabization, asset management, and modular growth/crop systems, laying groundwork for long-term roadmap. Technologies/skills demonstrated: - Unity-based development: scene scaffolding, asset pipeline, animation, and input handling. - Cinemachine and mouse-driven interactions: camera following and mouse-coordinate-based interactions. - Data-driven design: item data, drops, Excel export, and scalable item UI/inventory flows. - Playable architecture: player prefabization, GameManager integration, and robust save/load scaffolding. - Tooling and maintenance: DoTween asset integration, asset definitions, and comprehensive code cleanup for stability.
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