
Lee worked on the LSCONS/Abyss_Slayer repository, building a robust, data-driven skill system and analytics infrastructure for a Unity-based game. Over two months, Lee delivered 44 features and fixed 61 bugs, focusing on scalable skill architecture, object pooling, and performance optimization using C# and ScriptableObjects. The work included implementing per-skill projectile logic, cooldown management, and homing behaviors, as well as integrating Unity Analytics for event-driven insights and gameplay tuning. Lee’s approach emphasized maintainable code through refactoring, code cleanup, and configuration management, resulting in a stable, extensible foundation that supports rapid iteration and data-informed balancing of core gameplay systems.

May 2025 performance summary for LSCONS/Abyss_Slayer. Focused on delivering core gameplay features, stabilizing balance, and enabling data-driven decision making through analytics. Key features delivered include improved projectile behavior, balance-conscious cooldowns, and scalable damage coefficients. Analytics infrastructure was established end-to-end to support funnels, play time, and event-driven insights, enabling data-backed tuning of progression and combat systems. Major bugs fixed improved stability and user experience, including Archer→Rogue change issues, class naming fixes, and collision resolution. The work also advanced code quality through refactors, merge hygiene, and targeted UI/audio/gameplay fixes. Key features delivered (highlights): - Added projectile left-right flip logic and cleanup of unused variables/fields. (commit 0c12661b995f977d37ddbce39741d42b718fd6bb) - Mage A-skill cooldown set to 0.1s when no target to improve pacing and balance. (commit 5ca6c0d16aabe4b3e069420a509c4281049098cd) - Implemented per-skill level damage coefficient growth to support scaling as players level skills. (commit 83af3280025f914676a773a8bef04fbee7dbe39c) - Analytics scaffolding and Unity Analytics integration with data transmission for level clears, funnels, and play time to enable data-driven tuning. (commits 696cc3f394fd12fe1ae8948032f5b77adcd0e82a; e5778d8ec55f460957037e8091fe789bcde4c577; 7d112ba1c87f13e52565edc2cb0943a007c0bd45) - Stability and correctness improvements: Archer→Rogue fixes, class name spelling fixes, and collision resolution fixes. (related commits listed in the month)
May 2025 performance summary for LSCONS/Abyss_Slayer. Focused on delivering core gameplay features, stabilizing balance, and enabling data-driven decision making through analytics. Key features delivered include improved projectile behavior, balance-conscious cooldowns, and scalable damage coefficients. Analytics infrastructure was established end-to-end to support funnels, play time, and event-driven insights, enabling data-backed tuning of progression and combat systems. Major bugs fixed improved stability and user experience, including Archer→Rogue change issues, class naming fixes, and collision resolution. The work also advanced code quality through refactors, merge hygiene, and targeted UI/audio/gameplay fixes. Key features delivered (highlights): - Added projectile left-right flip logic and cleanup of unused variables/fields. (commit 0c12661b995f977d37ddbce39741d42b718fd6bb) - Mage A-skill cooldown set to 0.1s when no target to improve pacing and balance. (commit 5ca6c0d16aabe4b3e069420a509c4281049098cd) - Implemented per-skill level damage coefficient growth to support scaling as players level skills. (commit 83af3280025f914676a773a8bef04fbee7dbe39c) - Analytics scaffolding and Unity Analytics integration with data transmission for level clears, funnels, and play time to enable data-driven tuning. (commits 696cc3f394fd12fe1ae8948032f5b77adcd0e82a; e5778d8ec55f460957037e8091fe789bcde4c577; 7d112ba1c87f13e52565edc2cb0943a007c0bd45) - Stability and correctness improvements: Archer→Rogue fixes, class name spelling fixes, and collision resolution fixes. (related commits listed in the month)
April 2025 (2025-04) performance highlights for LSCONS/Abyss_Slayer: Delivered foundational, data-driven Skill System architecture enabling scalable feature expansion and faster iteration. Implemented Archer S skill core with data, cooldowns, animation triggers, and object pooling, delivering responsive gameplay and reduced runtime allocations. Enhanced projectile system with per-skill sprites and per-skill damage settings, plus arrow pooling to improve stability and performance. Advanced targeting structures and data wiring to support future skill interactions. Laid groundwork for Mage/Wizard skills with data setup, player integration, and initial A/S/D skill pathways, enabling more balanced tuning. Added scene save/persistence support and comprehensive code maintenance to reduce regressions and improve maintainability. Overall, these changes establish a robust foundation for rapid, data-driven skill iterations and improved player experience.
April 2025 (2025-04) performance highlights for LSCONS/Abyss_Slayer: Delivered foundational, data-driven Skill System architecture enabling scalable feature expansion and faster iteration. Implemented Archer S skill core with data, cooldowns, animation triggers, and object pooling, delivering responsive gameplay and reduced runtime allocations. Enhanced projectile system with per-skill sprites and per-skill damage settings, plus arrow pooling to improve stability and performance. Advanced targeting structures and data wiring to support future skill interactions. Laid groundwork for Mage/Wizard skills with data setup, player integration, and initial A/S/D skill pathways, enabling more balanced tuning. Added scene save/persistence support and comprehensive code maintenance to reduce regressions and improve maintainability. Overall, these changes establish a robust foundation for rapid, data-driven skill iterations and improved player experience.
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