
Lubin Pauly developed core gameplay systems and stability features for the Dwarves-Digging-Holes repository, focusing on multiplayer support, asset management, and responsive player interactions. Over four months, Lubin delivered features such as fatigue balancing, TargetManager refactoring, and robust end-of-level flows, using C#, Unity, and FMOD for audio integration. He improved code maintainability through namespace organization, script refactoring, and documentation, while enhancing physics with Rigidbody tuning and continuous collision detection. Lubin’s work addressed gameplay bugs, optimized UI and input handling, and ensured reliable state transitions, resulting in a more stable, maintainable codebase and a smoother player experience across iterations.

February 2025 monthly summary for two repositories (Dianavi22/Dwarves-Digging-Holes and Dianinatvi22/Dwarves-Digging-Holes). Delivered a focused set of features, stability fixes, and codebase improvements to support concurrent local multiplayer, enhanced UI/UX, and maintainability. The work strengthened game stability, reduced risk of regressions, and improved pipeline readiness for QA and release. Key business value actions included enabling consistent multi-player visuals and inputs, stabilizing core interactions (goblin/player physics, collision, and state transitions), and refining end-of-level and menu flows to deliver a smoother player experience and clearer win conditions.
February 2025 monthly summary for two repositories (Dianavi22/Dwarves-Digging-Holes and Dianinatvi22/Dwarves-Digging-Holes). Delivered a focused set of features, stability fixes, and codebase improvements to support concurrent local multiplayer, enhanced UI/UX, and maintainability. The work strengthened game stability, reduced risk of regressions, and improved pipeline readiness for QA and release. Key business value actions included enabling consistent multi-player visuals and inputs, stabilizing core interactions (goblin/player physics, collision, and state transitions), and refining end-of-level and menu flows to deliver a smoother player experience and clearer win conditions.
January 2025 (2025-01) focused on stabilizing end-of-round state, improving visual feedback, and tightening asset organization for Dwarves-Digging-Holes. Key fixes and features delivered stabilized gameplay, enhanced game-over feedback, and laid groundwork for scalable asset management across the project.
January 2025 (2025-01) focused on stabilizing end-of-round state, improving visual feedback, and tightening asset organization for Dwarves-Digging-Holes. Key fixes and features delivered stabilized gameplay, enhanced game-over feedback, and laid groundwork for scalable asset management across the project.
Month: 2024-12 — Performance summary for the Dwarves project across the two Dwarves-Digging-Holes repos. Key features delivered: - Mesh Player System & TargetManager Integration: Added Mesh Player 2/4, set Player 3 color, and integrated camera shake and Score object into TargetManager to streamline targeting and scoring workflows. - TargetManager overhaul (v3) with documentation and Lava integration: Centralized targeting logic, improved API surface, and documented usage to ease future feature work. - Utils Namespace and utilities relocation: Created Utils Namespace and moved SoundUtils under Utils; simplified utility access and reduced cross-file coupling. - UI and gameplay refactors: Refactored fatigue UI script and blink function; cleaned up related logic for better maintainability; improved script organization. - Gameplay and physics enhancements: Added Rigidbody to rocks (and related rocks: chariot and platforms) with continuous collision detection for more stable physics; balanced rock health and randomness; minor movement/tuning adjustments for feel. Major bugs fixed: - Player canFlip handling bug corrected to properly respect hold controls. - Jump/Movement bugs resolved (jump forces, fast falling, and push interactions) to improve player feel and responsiveness. - Skippable tutorial rock spawn fix to prevent double spawning during tutorials. - Merge-related stabilization: fixes for merges from Dev and overall state consistency after merges. - Goblin Wave stability: nullpointer fixes and cleanup to ensure destroyed rocks are removed from the list; other cleanup like removing unused parameters. Overall impact and accomplishments: - Significantly improved gameplay stability, responsiveness, and balance, enabling smoother player experience and faster iteration for upcoming features. - Improved code maintainability and readability through namespace organization, script sorting, and API documentation, setting a stronger foundation for future work. - Enhanced debugging and reliability with added spawn-time logs and refactors that reduce GetComponent usage and runtime errors. Technologies/skills demonstrated: - Unity, C#, and Editor tooling for rapid feature delivery. - Architecture improvements (TargetManager, Utils namespace), API design, and documentation. - Codebase refactoring and script organization for maintainability. - Physics tuning (Rigidbody, continuous collision detection), and gameplay balancing. - Debugging, logging, and performance-conscious refactors.
Month: 2024-12 — Performance summary for the Dwarves project across the two Dwarves-Digging-Holes repos. Key features delivered: - Mesh Player System & TargetManager Integration: Added Mesh Player 2/4, set Player 3 color, and integrated camera shake and Score object into TargetManager to streamline targeting and scoring workflows. - TargetManager overhaul (v3) with documentation and Lava integration: Centralized targeting logic, improved API surface, and documented usage to ease future feature work. - Utils Namespace and utilities relocation: Created Utils Namespace and moved SoundUtils under Utils; simplified utility access and reduced cross-file coupling. - UI and gameplay refactors: Refactored fatigue UI script and blink function; cleaned up related logic for better maintainability; improved script organization. - Gameplay and physics enhancements: Added Rigidbody to rocks (and related rocks: chariot and platforms) with continuous collision detection for more stable physics; balanced rock health and randomness; minor movement/tuning adjustments for feel. Major bugs fixed: - Player canFlip handling bug corrected to properly respect hold controls. - Jump/Movement bugs resolved (jump forces, fast falling, and push interactions) to improve player feel and responsiveness. - Skippable tutorial rock spawn fix to prevent double spawning during tutorials. - Merge-related stabilization: fixes for merges from Dev and overall state consistency after merges. - Goblin Wave stability: nullpointer fixes and cleanup to ensure destroyed rocks are removed from the list; other cleanup like removing unused parameters. Overall impact and accomplishments: - Significantly improved gameplay stability, responsiveness, and balance, enabling smoother player experience and faster iteration for upcoming features. - Improved code maintainability and readability through namespace organization, script sorting, and API documentation, setting a stronger foundation for future work. - Enhanced debugging and reliability with added spawn-time logs and refactors that reduce GetComponent usage and runtime errors. Technologies/skills demonstrated: - Unity, C#, and Editor tooling for rapid feature delivery. - Architecture improvements (TargetManager, Utils namespace), API design, and documentation. - Codebase refactoring and script organization for maintainability. - Physics tuning (Rigidbody, continuous collision detection), and gameplay balancing. - Debugging, logging, and performance-conscious refactors.
November 2024 highlights: Delivered core gameplay improvements, level content updates, fatigue balance refinements, and code quality enhancements for the Dwarves-Digging-Holes project. The work focused on stabilizing player input, enriching level design, balancing pacing through fatigue/difficulty tuning, and improving maintainability for faster future iterations.
November 2024 highlights: Delivered core gameplay improvements, level content updates, fatigue balance refinements, and code quality enhancements for the Dwarves-Digging-Holes project. The work focused on stabilizing player input, enriching level design, balancing pacing through fatigue/difficulty tuning, and improving maintainability for faster future iterations.
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