
Developed core gameplay and editor systems for the caitlynjin/sweet-sweet-betrayal repository, delivering features such as grid-based building, bomb mechanics, and object deletion with a focus on usability and stability. Leveraged C++ and C# to implement grid management, animation systems, and networked object interactions, while integrating UI improvements for build modes and inventory. Addressed gameplay balance and editor reliability through targeted bug fixes, code refactoring, and asset management. Enhanced level design flexibility by expanding platform assets and refining placement logic. The work established a robust technical foundation, enabling rapid iteration, improved player feedback, and more reliable content creation workflows.
May 2025 Performance Summary for caitlynjin/sweet-sweet-betrayal: Key features delivered: - Bomb system enhancements: implemented explosion logic, animation, asset mapping, single-use explosions, radius fix, sound, and corrected hitbox sensor across multiple commits. - Playground level workflow: switched to playground level and updated score-finish asset; added base assets to support rapid iteration. - Editor tooling and feedback: introduced LevelGridManager and editor integration for level layout tooling; initiated progress tracking and object placement transparency improvements. - UI/UX and flow improvements: ongoing animation work, pause screen integration, UI polish, and visibility/transparency adjustments for placement feedback. Major bugs fixed: - General codebase fixes and guard improvements (including no-default-case handling). - Scoreboard: treasure display fixed. - Gameplay interactions: bomb interaction with wind and mushroom collision fixes. - Level/grid stability: fixed moving platform disposal, grid placement overlap, object placement and deletion issues. - Rendering/UX: fixed white line rendering on art; slider bounds guards; removed debugging statements and unused code. Overall impact and accomplishments: - Delivered a robust feature set with improved gameplay reliability, clearer player feedback, and faster iteration cycles for content creation. - Reduced post-release defects through targeted fixes and code cleanup, enabling more stable releases and quicker QA cycles. - Strengthened development velocity via editor tooling, asset management, and UI polish, aligning with business goals for faster time-to-market and better player experience. Technologies/skills demonstrated: - Gameplay feature development: explosions, animations, audio integration, hitbox logic. - Editor tooling and level design: LevelGridManager and level editor integration. - Code quality and release-readiness: cleanup, removal of debugging statements, and guard improvements. - UI/UX and performance considerations: visibility, transparency, pause lifecycle, and asset updates.
May 2025 Performance Summary for caitlynjin/sweet-sweet-betrayal: Key features delivered: - Bomb system enhancements: implemented explosion logic, animation, asset mapping, single-use explosions, radius fix, sound, and corrected hitbox sensor across multiple commits. - Playground level workflow: switched to playground level and updated score-finish asset; added base assets to support rapid iteration. - Editor tooling and feedback: introduced LevelGridManager and editor integration for level layout tooling; initiated progress tracking and object placement transparency improvements. - UI/UX and flow improvements: ongoing animation work, pause screen integration, UI polish, and visibility/transparency adjustments for placement feedback. Major bugs fixed: - General codebase fixes and guard improvements (including no-default-case handling). - Scoreboard: treasure display fixed. - Gameplay interactions: bomb interaction with wind and mushroom collision fixes. - Level/grid stability: fixed moving platform disposal, grid placement overlap, object placement and deletion issues. - Rendering/UX: fixed white line rendering on art; slider bounds guards; removed debugging statements and unused code. Overall impact and accomplishments: - Delivered a robust feature set with improved gameplay reliability, clearer player feedback, and faster iteration cycles for content creation. - Reduced post-release defects through targeted fixes and code cleanup, enabling more stable releases and quicker QA cycles. - Strengthened development velocity via editor tooling, asset management, and UI polish, aligning with business goals for faster time-to-market and better player experience. Technologies/skills demonstrated: - Gameplay feature development: explosions, animations, audio integration, hitbox logic. - Editor tooling and level design: LevelGridManager and level editor integration. - Code quality and release-readiness: cleanup, removal of debugging statements, and guard improvements. - UI/UX and performance considerations: visibility, transparency, pause lifecycle, and asset updates.
April 2025 performance summary for caitlynjin/sweet-sweet-betrayal. Focused on delivering core features, stabilizing gameplay systems, and laying groundwork for future content. Key features delivered include: Trash object system and visuals (delete object capability, trash icon UI, and visual polish) with representative commits; Build mode UI rows adjustment to improve usability; Item randomization feature implemented in inventory; Thorn object development with hitbox and networking fixes; Asset naming cleanup to standardize assets. Major bug fixes span editor drag offset and grid behavior restoration, mushroom hitbox fix, wind dispose fix, comma formatting fix, level/config changes, initialization issues, and comprehensive animation fixes. The work resulted in a more reliable gameplay loop, improved user experience, and a solid technical foundation for upcoming features such as bombs and enhanced networking.
April 2025 performance summary for caitlynjin/sweet-sweet-betrayal. Focused on delivering core features, stabilizing gameplay systems, and laying groundwork for future content. Key features delivered include: Trash object system and visuals (delete object capability, trash icon UI, and visual polish) with representative commits; Build mode UI rows adjustment to improve usability; Item randomization feature implemented in inventory; Thorn object development with hitbox and networking fixes; Asset naming cleanup to standardize assets. Major bug fixes span editor drag offset and grid behavior restoration, mushroom hitbox fix, wind dispose fix, comma formatting fix, level/config changes, initialization issues, and comprehensive animation fixes. The work resulted in a more reliable gameplay loop, improved user experience, and a solid technical foundation for upcoming features such as bombs and enhanced networking.
March 2025 delivered core editor and gameplay system enhancements for the Sweet-Sweet-Betrayal project, focusing on design-time reliability and runtime stability. Key outcomes include: dragging system improvements for platforms and moving objects with per-object offsets; wind obstacle drag and obstacle API exposure; world-scale expansion with additional platform/assets for richer level design; JSON type enum support and platform tile fixes; build-mode/grid/scene architecture refactor; and targeted UI/rendering fixes plus asset/model consistency improvements. A broad set of bug fixes addressed editor usability, object placement rules, error handling, and UI rendering, reducing iteration time and increasing product reliability.
March 2025 delivered core editor and gameplay system enhancements for the Sweet-Sweet-Betrayal project, focusing on design-time reliability and runtime stability. Key outcomes include: dragging system improvements for platforms and moving objects with per-object offsets; wind obstacle drag and obstacle API exposure; world-scale expansion with additional platform/assets for richer level design; JSON type enum support and platform tile fixes; build-mode/grid/scene architecture refactor; and targeted UI/rendering fixes plus asset/model consistency improvements. A broad set of bug fixes addressed editor usability, object placement rules, error handling, and UI rendering, reducing iteration time and increasing product reliability.
February 2025 delivered core grid-based in-scene building capabilities, expanded gameplay interactions, and critical balance fixes, with strong emphasis on system architecture and user experience. Key progress includes a Grid-based Building Mode System built on a reusable GridManager, grid visualization, drag-and-drop building, and a responsive build-mode UI. The team also introduced new gameplay elements (Moving Platform and Wind Obstacle) to deepen level interaction and challenge. A bug fix ensures treasure collection occurs only once per round, preserving game balance. These outcomes enhance level design flexibility, player engagement, and overall game stability while showcasing proficiency in grid-based systems, input handling, and UI integration.
February 2025 delivered core grid-based in-scene building capabilities, expanded gameplay interactions, and critical balance fixes, with strong emphasis on system architecture and user experience. Key progress includes a Grid-based Building Mode System built on a reusable GridManager, grid visualization, drag-and-drop building, and a responsive build-mode UI. The team also introduced new gameplay elements (Moving Platform and Wind Obstacle) to deepen level interaction and challenge. A bug fix ensures treasure collection occurs only once per round, preserving game balance. These outcomes enhance level design flexibility, player engagement, and overall game stability while showcasing proficiency in grid-based systems, input handling, and UI integration.

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