jsg0912/beat_warrior
Nov 2024 – Feb 2025
4 Months active
Languages Used
C#UnityUnity PrefabYAMLUnity AssetUnity SceneUnity YAML
Technical Skills
Game DevelopmentObject PoolingScene ManagementUnity EngineUnityAI Behavior
jsg0912
PROFILE
Jsg0912
Over four months, Jisung Kim developed core gameplay systems and user experience features for the jsg0912/beat_warrior repository, focusing on scalable Unity architecture and maintainable code. He implemented scene-aware object pooling, prefab-based workflows, and pattern-driven enemy AI using C# and Unity Engine, which improved runtime stability and asset reuse. Kim enhanced onboarding with a tutorial stage, expanded content with new chapters and boss encounters, and overhauled audio integration for clarity and persistence. His work included UI refinements, performance optimizations, and robust error handling, resulting in a more consistent player experience and a codebase structured for future scalability and efficient iteration.
Overall Statistics
Feature vs Bugs
78%Features
Repository Contributions
87Total
Bugs
10
Commits
87
Features
36
Lines of code
177,539
Activity Months4
Your Network
1008 people
Work History
February 2025
60 Commits • 24 Features
Feb 1, 2025February 2025: Delivered core gameplay progression and system polish for beat_warrior, including onboarding and end-to-end play experiences, Chapter 2 expansion, audio overhaul, and infrastructure improvements. Focused on business value through new tutorials, boss encounters, performance optimizations, and maintainable code, while stabilizing builds with targeted bug fixes and data corrections.
60 Commits • 24 Features
Feb 1, 2025February 2025: Delivered core gameplay progression and system polish for beat_warrior, including onboarding and end-to-end play experiences, Chapter 2 expansion, audio overhaul, and infrastructure improvements. Focused on business value through new tutorials, boss encounters, performance optimizations, and maintainable code, while stabilizing builds with targeted bug fixes and data corrections.
February 2025
January 2025
21 Commits • 8 Features
Jan 1, 20252025-01 Monthly summary for jsg0912/beat_warrior. This period focused on delivering core gameplay capabilities, stabilizing core systems, and enabling asset reuse, while tightening balance for a better player experience. The work spans object lifecycle efficiency, interactive gameplay loops, and pattern-driven enemy behavior, aligned with a broader move toward maintainability and scalable design. Key features delivered: - Object Pool improvements: enhanced ObjectPool usage and management to reduce allocation churn and improve runtime stability. - Altar interaction system: added interactive capability with Altar entities and converted Altar into a reusable prefab for consistency across scenes. - Koppulso pattern system: created and integrated Koppulso pattern files, including registration, movement, and attack logic, with related Rush strategies to enable richer enemy behavior. - SceneTagManager and base distance unit: improved SceneTagManager behavior and defined the basic distance unit using small tiles to standardize scaling and interactions. - Main camera and balance: updated main camera code for stability and introduced MonsterConstant value tweaks to improve balance. - MiniMap UI fixes (quality of life): addressed icon display issues, error messaging, restart deletion behavior, and icon tracking to improve map reliability. Major bugs fixed: - Fixed ObjectPool implementation bug to prevent runtime errors and improve stability across gameplay loops. - Resolved MiniMap icon display failures and corrected restart/delete behavior, including cleanup of icon state and tracking. - Corrected UI error handling for MiniMap and stabilized icon tracking across scene transitions. Overall impact and accomplishments: - Significantly improved runtime efficiency and stability through object pooling refinements and robust prefab-based workflows. - Enabled richer gameplay with the Koppulso pattern system and reliable Altar interactions, contributing to more engaging player experiences. - Strengthened maintainability and scalability by standardizing distance units, scene tagging, and camera behavior, reducing future integration risk. - Demonstrated end-to-end delivery of complex features from data-driven pattern definitions to runtime behavior. Technologies/skills demonstrated: - C# / Unity engine patterns (Object Pool, Prefabs, SceneTagManager, camera control). - Pattern-based enemy design, registration, movement, attack logic, and Rush strategy integration. - UI/UX stability improvements (MiniMap) and robust error handling. - Performance optimization, memory management, and system stabilization for live gameplay sessions.
January 2025
21 Commits • 8 Features
Jan 1, 20252025-01 Monthly summary for jsg0912/beat_warrior. This period focused on delivering core gameplay capabilities, stabilizing core systems, and enabling asset reuse, while tightening balance for a better player experience. The work spans object lifecycle efficiency, interactive gameplay loops, and pattern-driven enemy behavior, aligned with a broader move toward maintainability and scalable design. Key features delivered: - Object Pool improvements: enhanced ObjectPool usage and management to reduce allocation churn and improve runtime stability. - Altar interaction system: added interactive capability with Altar entities and converted Altar into a reusable prefab for consistency across scenes. - Koppulso pattern system: created and integrated Koppulso pattern files, including registration, movement, and attack logic, with related Rush strategies to enable richer enemy behavior. - SceneTagManager and base distance unit: improved SceneTagManager behavior and defined the basic distance unit using small tiles to standardize scaling and interactions. - Main camera and balance: updated main camera code for stability and introduced MonsterConstant value tweaks to improve balance. - MiniMap UI fixes (quality of life): addressed icon display issues, error messaging, restart deletion behavior, and icon tracking to improve map reliability. Major bugs fixed: - Fixed ObjectPool implementation bug to prevent runtime errors and improve stability across gameplay loops. - Resolved MiniMap icon display failures and corrected restart/delete behavior, including cleanup of icon state and tracking. - Corrected UI error handling for MiniMap and stabilized icon tracking across scene transitions. Overall impact and accomplishments: - Significantly improved runtime efficiency and stability through object pooling refinements and robust prefab-based workflows. - Enabled richer gameplay with the Koppulso pattern system and reliable Altar interactions, contributing to more engaging player experiences. - Strengthened maintainability and scalability by standardizing distance units, scene tagging, and camera behavior, reducing future integration risk. - Demonstrated end-to-end delivery of complex features from data-driven pattern definitions to runtime behavior. Technologies/skills demonstrated: - C# / Unity engine patterns (Object Pool, Prefabs, SceneTagManager, camera control). - Pattern-based enemy design, registration, movement, attack logic, and Rush strategy integration. - UI/UX stability improvements (MiniMap) and robust error handling. - Performance optimization, memory management, and system stabilization for live gameplay sessions.
December 2024
3 Commits • 2 Features
Dec 1, 2024December 2024 monthly summary for jsg0912/beat_warrior: Delivered core Unity UI/layout improvements across Ch1 and Ch2, including refined scene layout, scale and position adjustments, plus MonsterUI prefab tweaks. Implemented Minimap Icon Visibility Enhancement to improve readability and player/monster tracking. These changes enhance gameplay balance, reduce UI confusion, and improve on-boarding for new players. All work is tracked via commits in the repository, enabling traceability and fast QA.
3 Commits • 2 Features
Dec 1, 2024December 2024 monthly summary for jsg0912/beat_warrior: Delivered core Unity UI/layout improvements across Ch1 and Ch2, including refined scene layout, scale and position adjustments, plus MonsterUI prefab tweaks. Implemented Minimap Icon Visibility Enhancement to improve readability and player/monster tracking. These changes enhance gameplay balance, reduce UI confusion, and improve on-boarding for new players. All work is tracked via commits in the repository, enabling traceability and fast QA.
December 2024
November 2024
3 Commits • 2 Features
Nov 1, 2024November 2024 performance summary for jsg0912/beat_warrior: Focused on delivering core Chapter 1 gameplay environment and improving runtime reliability through a scene-aware object pooling system. Key achievements include establishing Chapter 1 scene and core balance, updating MiniMap parameters for better UX, and implementing a SceneTagManager-driven pool to ensure deterministic pool behavior across scenes. As a result, content iteration is faster, player experience is more consistent, and runtime errors related to object pooling are reduced. Technologies demonstrated include Unity scene management, object pooling architecture, and balance tuning.
November 2024
3 Commits • 2 Features
Nov 1, 2024November 2024 performance summary for jsg0912/beat_warrior: Focused on delivering core Chapter 1 gameplay environment and improving runtime reliability through a scene-aware object pooling system. Key achievements include establishing Chapter 1 scene and core balance, updating MiniMap parameters for better UX, and implementing a SceneTagManager-driven pool to ensure deterministic pool behavior across scenes. As a result, content iteration is faster, player experience is more consistent, and runtime errors related to object pooling are reduced. Technologies demonstrated include Unity scene management, object pooling architecture, and balance tuning.
Activity
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Quality Metrics
Correctness86.6%
Maintainability86.4%
Architecture82.6%
Performance83.4%
AI Usage20.0%
Skills & Technologies
Programming Languages
C#UnityUnity AssetUnity PrefabUnity SceneUnity YAMLYAML
Technical Skills
AI BehaviorAnimationAnimation EventsAsset ManagementAsset OptimizationAsset OrganizationAudio EngineeringAudio IntegrationAudio ManagementC#CollidersEnum ManagementFile ManagementFile OrganizationGame Development
Repositories Contributed To
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