wiktorczernik/gmtk-2025
Jul 2025 – Aug 2025
2 Months active
Languages Used
C#Unity
Technical Skills
3D ModelingAsset ManagementC#C# ScriptingGame DevelopmentInput Handling
Gargantus
PROFILE
Gargantus
Radosniak contributed to the wiktorczernik/gmtk-2025 repository by developing core kart driving systems and road asset tooling in Unity using C# and physics programming. Over two months, he established a test-road pipeline and implemented features such as acceleration, steering, drifting, and physics tuning, enabling repeatable asset validation workflows. He addressed critical gameplay issues by refining vehicle alignment and handling, and resolved a wall collision bug to improve kart stability and predictability. His work included input handling, prefab modification, and audio integration, resulting in more robust controls and a solid foundation for future features, supporting efficient iteration and enhanced player experience.
Overall Statistics
Feature vs Bugs
75%Features
Repository Contributions
15Total
Bugs
1
Commits
15
Features
3
Lines of code
73,055
Activity Months2
Your Network
11 people
Work History
August 2025
3 Commits • 1 Features
Aug 1, 2025In 2025-08, delivered core kart control enhancements and a wall-collision bug fix for GMTK-2025. Key features: - Wall collision handling bug fix: velocity reset to zero on wall impact to prevent momentum transfer and improve stability (commit 7133515a0c4fbed07b54653ff9af4a3d83bd0a75). - Kart control enhancements: bumping/pushing mechanics, refined alignment, driving toggle, removal of jump mechanic, and related audio assets (commits cf62db2935653efaa2297e6691063d9c8a73e3df; 13c533c0937bcbf800d939e8947143e5cc6b15aa). Major bugs fixed: Wall collision stability issue. Overall impact: more predictable kart behavior, improved player experience, and a solid foundation for future features. Technologies/skills demonstrated: gameplay physics tuning, input/controls design, collision handling, audio integration, and incremental refactoring. Business value: enhanced player retention and quicker iteration cycles due to stable controls and ready-to-ship features.
3 Commits • 1 Features
Aug 1, 2025In 2025-08, delivered core kart control enhancements and a wall-collision bug fix for GMTK-2025. Key features: - Wall collision handling bug fix: velocity reset to zero on wall impact to prevent momentum transfer and improve stability (commit 7133515a0c4fbed07b54653ff9af4a3d83bd0a75). - Kart control enhancements: bumping/pushing mechanics, refined alignment, driving toggle, removal of jump mechanic, and related audio assets (commits cf62db2935653efaa2297e6691063d9c8a73e3df; 13c533c0937bcbf800d939e8947143e5cc6b15aa). Major bugs fixed: Wall collision stability issue. Overall impact: more predictable kart behavior, improved player experience, and a solid foundation for future features. Technologies/skills demonstrated: gameplay physics tuning, input/controls design, collision handling, audio integration, and incremental refactoring. Business value: enhanced player retention and quicker iteration cycles due to stable controls and ready-to-ship features.
August 2025
July 2025
12 Commits • 2 Features
Jul 1, 2025July 2025 — Delivered foundational gameplay and road-asset tooling for GMTK-2025. Implemented road generation testing scaffolding for EasyRoads3D and established a test-road pipeline, alongside a robust kart driving system with acceleration, steering, jumping, drifting, and physics tuning. Fixed critical alignment issues and refined vehicle handling, improving stability and player experience. These efforts created repeatable workflows for asset validation and set the stage for future features and optimizations.
July 2025
12 Commits • 2 Features
Jul 1, 2025July 2025 — Delivered foundational gameplay and road-asset tooling for GMTK-2025. Implemented road generation testing scaffolding for EasyRoads3D and established a test-road pipeline, alongside a robust kart driving system with acceleration, steering, jumping, drifting, and physics tuning. Fixed critical alignment issues and refined vehicle handling, improving stability and player experience. These efforts created repeatable workflows for asset validation and set the stage for future features and optimizations.
Activity
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Quality Metrics
Correctness74.8%
Maintainability74.8%
Architecture66.6%
Performance72.0%
AI Usage20.0%
Skills & Technologies
Programming Languages
C#Unity
Technical Skills
3D ModelingAsset ManagementC#C# ScriptingGame DevelopmentInput HandlingMerge Conflict ResolutionPhysicsPhysics EnginePhysics ProgrammingPhysics SimulationPrefab ModificationReverting CommitsScene ManagementUnity
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