bosung2000/3DRoguelikeRPG_29
Apr 2025 – May 2025
2 Months active
Languages Used
C#UnityUnity AssetUnity PrefabYAMLAsset
Technical Skills
3D ModelingAIAI BehaviorAI NavigationAI PathfindingAI Programming
321213132
PROFILE
321213132
During two months on the bosung2000/3DRoguelikeRPG_29 repository, Minhun developed core combat and boss systems for a 3D roguelike RPG using Unity and C#. He established a modular enemy lifecycle with state machines, enabling scalable AI behaviors and consistent player engagement. Minhun integrated animation controllers and event-driven combat flows, supporting responsive hit reactions and attack sequencing. He implemented a currency system and prefab-based scene organization, laying the groundwork for progression and future content. Through targeted bug fixes and code refactoring, he improved stability, maintainability, and gameplay reliability. His work demonstrated depth in AI programming, animation integration, and game system architecture.
Overall Statistics
Feature vs Bugs
60%Features
Repository Contributions
102Total
Bugs
31
Commits
102
Features
46
Lines of code
2,630,104
Activity Months2
Your Network
4 peopleShared Repositories
4
Work History
May 2025
42 Commits • 16 Features
May 1, 2025May 2025 focused on establishing a robust boss framework for bosung2000/3DRoguelikeRPG_29, delivering core boss setup, prefab integration, and foundational enemy skills, while actively refining gameplay and stability. Key features shipped include the Boss core setup with base settings and prefab integration, Boss prefab addition, and Enemy skill state tracking, with elite/boss skill implementations kicked off and progressing. Major bug fixes and quality improvements addressed critical gameplay stability (projectile respawn, death collider handling, animation stability, and dash-related issues), together with enhancements to long-range enemy behavior, warning indicators, and combat pacing. Ongoing work on boss skill enhancements and broader monster-system improvements positioned the project for faster iteration and richer combat experiences. Business value and impact: - Enables authentic boss encounters and modular enemy behavior, accelerating feature delivery in future sprints. - Improves combat reliability and UX with targeted fixes across animation, collision, and dash mechanics. - Strengthens maintainability through code cleanup, data hygiene, and monster information updates. - Sets the stage for refined balance and deeper boss mechanics (shockwave, range indicators) that drive player engagement and retention.
42 Commits • 16 Features
May 1, 2025May 2025 focused on establishing a robust boss framework for bosung2000/3DRoguelikeRPG_29, delivering core boss setup, prefab integration, and foundational enemy skills, while actively refining gameplay and stability. Key features shipped include the Boss core setup with base settings and prefab integration, Boss prefab addition, and Enemy skill state tracking, with elite/boss skill implementations kicked off and progressing. Major bug fixes and quality improvements addressed critical gameplay stability (projectile respawn, death collider handling, animation stability, and dash-related issues), together with enhancements to long-range enemy behavior, warning indicators, and combat pacing. Ongoing work on boss skill enhancements and broader monster-system improvements positioned the project for faster iteration and richer combat experiences. Business value and impact: - Enables authentic boss encounters and modular enemy behavior, accelerating feature delivery in future sprints. - Improves combat reliability and UX with targeted fixes across animation, collision, and dash mechanics. - Strengthens maintainability through code cleanup, data hygiene, and monster information updates. - Sets the stage for refined balance and deeper boss mechanics (shockwave, range indicators) that drive player engagement and retention.
May 2025
April 2025
60 Commits • 30 Features
Apr 1, 2025April 2025 monthly summary for bosung2000/3DRoguelikeRPG_29: Overview: Focused on establishing a robust combat foundation, enemy lifecycle, and currency progression to enable playable encounters, QA readiness, and scalable growth. Delivered core data scaffolding, gameplay mechanics, and stability improvements that support rapid iteration and future boss/content expansion. Key features delivered: - Enemy lifecycle foundation: Initialized base enemy data and a state machine including idle, combat, hit, and death states, enabling consistent AI behavior and a reliable framework for future enemy types. - Player engagement mechanics: Implemented player tracking/pursuit and immediate attack on sight to create engaging encounters and responsive AI. - Combat system and visuals: Integrated enemy animator, defined multiple combat types, and wired hit reactions to improve feedback and combat clarity. - Rendering and scene wiring: Added Player and Enemy layers for correct rendering and organized scene structure; connected prefabs for reliable scene setup. - Progression economy groundwork: Implemented currency system initialization and currency drops on enemy death, establishing the foundation for rewards and in-game economy. Major bugs fixed: - State transition during summoning: Corrected erroneous state transitions that impacted summon flow. - Attack cooldown and sequencing: Fixed cooldown timing and ensured attack actions align with hits, improving combat rhythm. - Hit/death state reliability: Resolved issues around hit state and death state functionality for consistent combat outcomes. - File recovery and data integrity: Fixed file recovery issues to prevent data loss or corruption in edits and saves. - Misc stability/quality improvements: Included code cleanup, prefab wiring improvements, and access modifier refinements (private to public) to improve maintainability and reduce regressions. Overall impact and accomplishments: - Delivered a solid, reusable combat foundation with scalable enemy behavior, player engagement, and economy systems, enabling faster feature iteration and QA testing. - Established clear data-driven foundations (enemy/boss data, currency) to support future content, including boss encounters and expanded loot systems. - Improved development velocity and stability through targeted bug fixes and code hygiene. Technologies/skills demonstrated: - Unity, C# scripting, and state machine design for AI lifecycle - Animation integration and event-driven combat flows - Scene organization with dedicated rendering layers and prefab wiring - Refactoring and maintainability practices (code cleanup, access modifier changes) - Debugging discipline for complex interaction scenarios (summoning, cooldowns, hits, and data recovery)
April 2025
60 Commits • 30 Features
Apr 1, 2025April 2025 monthly summary for bosung2000/3DRoguelikeRPG_29: Overview: Focused on establishing a robust combat foundation, enemy lifecycle, and currency progression to enable playable encounters, QA readiness, and scalable growth. Delivered core data scaffolding, gameplay mechanics, and stability improvements that support rapid iteration and future boss/content expansion. Key features delivered: - Enemy lifecycle foundation: Initialized base enemy data and a state machine including idle, combat, hit, and death states, enabling consistent AI behavior and a reliable framework for future enemy types. - Player engagement mechanics: Implemented player tracking/pursuit and immediate attack on sight to create engaging encounters and responsive AI. - Combat system and visuals: Integrated enemy animator, defined multiple combat types, and wired hit reactions to improve feedback and combat clarity. - Rendering and scene wiring: Added Player and Enemy layers for correct rendering and organized scene structure; connected prefabs for reliable scene setup. - Progression economy groundwork: Implemented currency system initialization and currency drops on enemy death, establishing the foundation for rewards and in-game economy. Major bugs fixed: - State transition during summoning: Corrected erroneous state transitions that impacted summon flow. - Attack cooldown and sequencing: Fixed cooldown timing and ensured attack actions align with hits, improving combat rhythm. - Hit/death state reliability: Resolved issues around hit state and death state functionality for consistent combat outcomes. - File recovery and data integrity: Fixed file recovery issues to prevent data loss or corruption in edits and saves. - Misc stability/quality improvements: Included code cleanup, prefab wiring improvements, and access modifier refinements (private to public) to improve maintainability and reduce regressions. Overall impact and accomplishments: - Delivered a solid, reusable combat foundation with scalable enemy behavior, player engagement, and economy systems, enabling faster feature iteration and QA testing. - Established clear data-driven foundations (enemy/boss data, currency) to support future content, including boss encounters and expanded loot systems. - Improved development velocity and stability through targeted bug fixes and code hygiene. Technologies/skills demonstrated: - Unity, C# scripting, and state machine design for AI lifecycle - Animation integration and event-driven combat flows - Scene organization with dedicated rendering layers and prefab wiring - Refactoring and maintainability practices (code cleanup, access modifier changes) - Debugging discipline for complex interaction scenarios (summoning, cooldowns, hits, and data recovery)
Activity
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Quality Metrics
Correctness82.4%
Maintainability81.8%
Architecture75.4%
Performance73.2%
AI Usage20.2%
Skills & Technologies
Programming Languages
AssetC#UnityUnity AssetUnity PrefabYAML
Technical Skills
3D Animation3D ModelingAIAI BehaviorAI NavigationAI PathfindingAI ProgrammingAI State ManagementAnimationAnimation ControllerAnimation HandlingAnimation IntegrationAsset ManagementBoss MechanicsBug Fixing
Repositories Contributed To
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