Over three months, Hyeongkeun Ryu developed core gameplay systems for the NbcampUnreal/2nd-Team6-Final-Project repository, focusing on combat, animation, and AI integration. He architected extensible C++ components for player control, status effects, and skill systems, leveraging Unreal Engine’s Blueprint and data-driven design to streamline feature iteration and maintenance. His work included implementing parry and dash mechanics, enhancing UI with real-time effect feedback, and refining animation retargeting for character actions. By resolving complex bugs and optimizing build configurations, Hyeongkeun ensured stable, scalable code. His contributions established a robust foundation for future gameplay features and improved the project’s overall development velocity.
July 2025 monthly summary for NbcampUnreal/2nd-Team6-Final-Project: Delivered the initial release baseline with documentation for Unreal Engine delegates. The release included a non-functional Delegates Documentation note in DomiCharacter.h and a release commit, establishing traceability and QA readiness for the project’s future iterations.
July 2025 monthly summary for NbcampUnreal/2nd-Team6-Final-Project: Delivered the initial release baseline with documentation for Unreal Engine delegates. The release included a non-functional Delegates Documentation note in DomiCharacter.h and a release commit, establishing traceability and QA readiness for the project’s future iterations.
June 2025 performance summary for NbcampUnreal/2nd-Team6-Final-Project: Delivered core combat system enhancements, stability fixes, and data-driven improvements that accelerate iteration and improve player experience. Key features implemented include a full Parry Animation System with visuals and sound, Teleport ControlEffect integration, Mage retargeted animations, and Run Combat Animations with updated equip logic. Dash/LockOn flow improvements introduced 8-direction dash, RunFast BlendSpace for Cover LockOn, and minimum pitch logic. UI and data infrastructure were enhanced with Buff/Debuff UI integration, EffectName exposure, and a major Skill/DataRefactor to support streamlined content updates. Extensive bug fixes and reliability improvements addressed weapon-unequip resets, death-state cleanup, lock-on deactivation, dash collisions, PreStun/dash speed, and related timing issues. These changes collectively raise gameplay fidelity, reduce maintenance overhead, and enable faster tuning and more robust QA.
June 2025 performance summary for NbcampUnreal/2nd-Team6-Final-Project: Delivered core combat system enhancements, stability fixes, and data-driven improvements that accelerate iteration and improve player experience. Key features implemented include a full Parry Animation System with visuals and sound, Teleport ControlEffect integration, Mage retargeted animations, and Run Combat Animations with updated equip logic. Dash/LockOn flow improvements introduced 8-direction dash, RunFast BlendSpace for Cover LockOn, and minimum pitch logic. UI and data infrastructure were enhanced with Buff/Debuff UI integration, EffectName exposure, and a major Skill/DataRefactor to support streamlined content updates. Extensive bug fixes and reliability improvements addressed weapon-unequip resets, death-state cleanup, lock-on deactivation, dash collisions, PreStun/dash speed, and related timing issues. These changes collectively raise gameplay fidelity, reduce maintenance overhead, and enable faster tuning and more robust QA.
Month: 2025-05 Summary for NbcampUnreal/2nd-Team6-Final-Project. This monthly recap highlights key features delivered, major bug fixes, overall impact, and technologies demonstrated, with a focus on business value and technical achievement. Key features delivered: - Gameplay Tag Setting: Introduced GameplayTag setting to support tag-based gameplay logic and future rule-driven AI decisions. - Core Player Components scaffolding: Implemented ControlComponent and StatusComponent scaffolding, standardized initialization, and directory structure cleanup to improve maintainability and player state management. - Editor/AI/Character scaffolding and animation framework: Added Editor Dev directory, AI base files, and animation scaffolding including dash effect support to accelerate iteration cycles for characters and AI. - Status System Enhancements: Initialization of StatusComponent on ComponentUser, scaffolding for StatusEffects, status activation/deactivation logic, and refinements to StatusEffect structure for extensibility. - AI Skill System and Boss: Introduced AI Skill System and added Boss entity to enable AI-controlled combat and boss encounters. - Movement, dash, sprint, and skill system improvements: Sprint stamina mechanics, dash-to-skill integration, movement-aware dash enhancements, and BaseSkill API exposure (OwnerCharacter and virtual functions) to enable extensibility. - Data-driven enhancements: PawnTags, DataTables initialization, WeaponSkillData on ItemData for balancing and tooling; improved UI wiring for skill data and status hooks. Major bugs fixed: - Merge and integration stability: Resolved a merge problem to stabilize multi-branch workstreams. - UI binding reliability: Fixed delegates for StatusComponent UI binding to ensure correct widget event handling. - Control/Input initialization: Corrected initialization order in control components and mapping of control effects to mappings. - AI/Lock-on stability: Improved lock-on reliability and cleaned up AI state references. - Skill/input robustness: Fixed SkillStop logic, pre-input flicker, input-direction handling when idle, and damage application flow; updated rotation/inputs during skill usage. - Delegate-based events and UI accessors: Implemented OnDeath/OnGroggy delegates and exposed Component Getter in the ComponentUser UI, with related fix commits. - Misc fixes: Timer cleanup on EndPlay, TestMap changes, macro refactor to reduce Unreal reflection overhead. Overall impact and accomplishments: - Architectural maturation across core gameplay systems (Status, Skill, AI, Input, and UI) enabling faster, safer feature iteration and more stable builds. - Improved maintainability and scalability through refactors (BaseEnemy/BaseAIController naming, BaseSkill ownership, and data-driven design) and better testability. - Foundation for upcoming features (advanced AI skills, enhanced dash mechanics, and more polished combat) with clearly defined interfaces and data-driven hooks. Technologies/skills demonstrated: - Unreal Engine C++ component architecture (ControlComponent, StatusComponent) and animation scaffolding. - Data-driven design with BaseSkill API, StatusEffects, DataTables, and PawnTags. - UI integration, event binding robustness, and input mapping improvements. - Performance-oriented refactors (removal of non-reflection macros where appropriate) and systems thinking for status, skills, combat, dash, and AI integration.
Month: 2025-05 Summary for NbcampUnreal/2nd-Team6-Final-Project. This monthly recap highlights key features delivered, major bug fixes, overall impact, and technologies demonstrated, with a focus on business value and technical achievement. Key features delivered: - Gameplay Tag Setting: Introduced GameplayTag setting to support tag-based gameplay logic and future rule-driven AI decisions. - Core Player Components scaffolding: Implemented ControlComponent and StatusComponent scaffolding, standardized initialization, and directory structure cleanup to improve maintainability and player state management. - Editor/AI/Character scaffolding and animation framework: Added Editor Dev directory, AI base files, and animation scaffolding including dash effect support to accelerate iteration cycles for characters and AI. - Status System Enhancements: Initialization of StatusComponent on ComponentUser, scaffolding for StatusEffects, status activation/deactivation logic, and refinements to StatusEffect structure for extensibility. - AI Skill System and Boss: Introduced AI Skill System and added Boss entity to enable AI-controlled combat and boss encounters. - Movement, dash, sprint, and skill system improvements: Sprint stamina mechanics, dash-to-skill integration, movement-aware dash enhancements, and BaseSkill API exposure (OwnerCharacter and virtual functions) to enable extensibility. - Data-driven enhancements: PawnTags, DataTables initialization, WeaponSkillData on ItemData for balancing and tooling; improved UI wiring for skill data and status hooks. Major bugs fixed: - Merge and integration stability: Resolved a merge problem to stabilize multi-branch workstreams. - UI binding reliability: Fixed delegates for StatusComponent UI binding to ensure correct widget event handling. - Control/Input initialization: Corrected initialization order in control components and mapping of control effects to mappings. - AI/Lock-on stability: Improved lock-on reliability and cleaned up AI state references. - Skill/input robustness: Fixed SkillStop logic, pre-input flicker, input-direction handling when idle, and damage application flow; updated rotation/inputs during skill usage. - Delegate-based events and UI accessors: Implemented OnDeath/OnGroggy delegates and exposed Component Getter in the ComponentUser UI, with related fix commits. - Misc fixes: Timer cleanup on EndPlay, TestMap changes, macro refactor to reduce Unreal reflection overhead. Overall impact and accomplishments: - Architectural maturation across core gameplay systems (Status, Skill, AI, Input, and UI) enabling faster, safer feature iteration and more stable builds. - Improved maintainability and scalability through refactors (BaseEnemy/BaseAIController naming, BaseSkill ownership, and data-driven design) and better testability. - Foundation for upcoming features (advanced AI skills, enhanced dash mechanics, and more polished combat) with clearly defined interfaces and data-driven hooks. Technologies/skills demonstrated: - Unreal Engine C++ component architecture (ControlComponent, StatusComponent) and animation scaffolding. - Data-driven design with BaseSkill API, StatusEffects, DataTables, and PawnTags. - UI integration, event binding robustness, and input mapping improvements. - Performance-oriented refactors (removal of non-reflection macros where appropriate) and systems thinking for status, skills, combat, dash, and AI integration.
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