Nicky-Nice-Games/UnityProject
Jun 2025 – Aug 2025
3 Months active
Languages Used
C#UnityUnity C#Unity PrefabUnity SceneYAMLUnity Asset
Technical Skills
C# ScriptingGame DevelopmentLevel DesignObject-Oriented ProgrammingScene ManagementScripting
Elias Duke
PROFILE
Elias Duke
Over three months, this developer enhanced the Nicky-Nice-Games/UnityProject by building a tiered item and puck system, integrating AI navigation, and refining gameplay mechanics. They implemented persistent, multi-use items with tier-based behaviors, overhauled puck logic with new models and collision handling, and introduced hazard visuals and stun mechanics to deepen player engagement. Their technical approach combined C# scripting, Unity’s NavMesh for AI pathfinding, and prefab-based architecture to ensure modularity and maintainability. By focusing on asset management, UI feedback, and networked item spawning, they delivered robust, scalable features that improved gameplay clarity, stability, and future extensibility across the project.
Overall Statistics
Feature vs Bugs
100%Features
Repository Contributions
37Total
Bugs
0
Commits
37
Features
10
Lines of code
25,472
Activity Months3
Your Network
72 people
Work History
August 2025
15 Commits • 2 Features
Aug 1, 20252025-08 Monthly Summary for Nicky-Nice-Games/UnityProject. Focused on delivering a cohesive puck system overhaul and hazard visuals across tiers, tightening gameplay collisions, and stabilizing core mechanics to improve player engagement and retention. Highlights include asset-rich feature work, targeted behavior improvements, and robustness fixes that set the stage for future iterations.
15 Commits • 2 Features
Aug 1, 20252025-08 Monthly Summary for Nicky-Nice-Games/UnityProject. Focused on delivering a cohesive puck system overhaul and hazard visuals across tiers, tightening gameplay collisions, and stabilizing core mechanics to improve player engagement and retention. Highlights include asset-rich feature work, targeted behavior improvements, and robustness fixes that set the stage for future iterations.
August 2025
July 2025
17 Commits • 6 Features
Jul 1, 2025Month: 2025-07 — Summary: In July 2025, delivered a major set of gameplay and system updates across the UnityProject to enhance player clarity, AI-driven navigation, and networked item interactions, while strengthening UI feedback and maintainability. Key features delivered include a comprehensive Puck Tier Overhaul, introduction of new item types, and AI/navigation groundwork, complemented by UI improvements and a robust networked spawning flow. Key features and outcomes: - Puck Tier Overhaul and related adjustments: Overhauled the Puck item tier system (tier targeting logic, tier-based behaviors, icons, scaling) with 1-4 tier support; added prefabs and scripts; refined functionality and cleaned up code, resolving puck collision and ensuring correct tier behavior (tier 1 not equal to tier 4). - ProjectileBrick integration and puck adjustments: Introduced ProjectileBrick and aligned puck behavior with new functionality, including cleanup of ProjectileBrick usage in tracks/scenes. - New brick item types (Defense, Boost, Hazard): Added distinct brick-based items and integrated into the item system with corresponding prefabs. - AI Navigation enablement and pathfinding: Added NavMesh surfaces and installed AI Navigation package to enable AI agents to navigate game tracks. - UI Canvas for item display: Implemented CanvasHandler UI and integrated item display (Puck icon) into UI components for improved player feedback. - Networked item spawning system: Introduced server-bound RPC for item spawning and related network synchronization, including refactors and cleanup of spawn methods. Overall impact and accomplishments: - Increased gameplay depth and clarity through explicit tier-based mechanics, new item types, and improved visuals. - Enabled AI-driven track navigation and future autonomous testing, accelerating development and QA. - Strengthened networking reliability for item spawning, reducing desync risk and simplifying multiplayer workflows. - Enhanced player feedback with a cohesive UI for item status and actions, improving in-session decision making. - Clean, modular changes and refactors support faster iteration and easier maintenance going forward. Technologies/skills demonstrated: - Unity, Prefab-based architecture, NavMesh AI, AI Navigation package, UI systems (CanvasHandler), server-bound RPC networking, and comprehensive code cleanup/refactoring.
July 2025
17 Commits • 6 Features
Jul 1, 2025Month: 2025-07 — Summary: In July 2025, delivered a major set of gameplay and system updates across the UnityProject to enhance player clarity, AI-driven navigation, and networked item interactions, while strengthening UI feedback and maintainability. Key features delivered include a comprehensive Puck Tier Overhaul, introduction of new item types, and AI/navigation groundwork, complemented by UI improvements and a robust networked spawning flow. Key features and outcomes: - Puck Tier Overhaul and related adjustments: Overhauled the Puck item tier system (tier targeting logic, tier-based behaviors, icons, scaling) with 1-4 tier support; added prefabs and scripts; refined functionality and cleaned up code, resolving puck collision and ensuring correct tier behavior (tier 1 not equal to tier 4). - ProjectileBrick integration and puck adjustments: Introduced ProjectileBrick and aligned puck behavior with new functionality, including cleanup of ProjectileBrick usage in tracks/scenes. - New brick item types (Defense, Boost, Hazard): Added distinct brick-based items and integrated into the item system with corresponding prefabs. - AI Navigation enablement and pathfinding: Added NavMesh surfaces and installed AI Navigation package to enable AI agents to navigate game tracks. - UI Canvas for item display: Implemented CanvasHandler UI and integrated item display (Puck icon) into UI components for improved player feedback. - Networked item spawning system: Introduced server-bound RPC for item spawning and related network synchronization, including refactors and cleanup of spawn methods. Overall impact and accomplishments: - Increased gameplay depth and clarity through explicit tier-based mechanics, new item types, and improved visuals. - Enabled AI-driven track navigation and future autonomous testing, accelerating development and QA. - Strengthened networking reliability for item spawning, reducing desync risk and simplifying multiplayer workflows. - Enhanced player feedback with a cohesive UI for item status and actions, improving in-session decision making. - Clean, modular changes and refactors support faster iteration and easier maintenance going forward. Technologies/skills demonstrated: - Unity, Prefab-based architecture, NavMesh AI, AI Navigation package, UI systems (CanvasHandler), server-bound RPC networking, and comprehensive code cleanup/refactoring.
June 2025
5 Commits • 2 Features
Jun 1, 2025June 2025 monthly report for Nicky-Nice-Games/UnityProject: Focused on delivering core level progression UX and a scalable item system to extend gameplay and monetization potential. Implemented Cup-1 level progression and starting UI, and introduced a persistent multi-use item system with tier usage, along with targeted fixes to stabilize item handling and pave the way for future item destruction logic.
5 Commits • 2 Features
Jun 1, 2025June 2025 monthly report for Nicky-Nice-Games/UnityProject: Focused on delivering core level progression UX and a scalable item system to extend gameplay and monetization potential. Implemented Cup-1 level progression and starting UI, and introduced a persistent multi-use item system with tier usage, along with targeted fixes to stabilize item handling and pave the way for future item destruction logic.
June 2025
Activity
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Quality Metrics
Correctness86.4%
Maintainability85.4%
Architecture81.4%
Performance78.4%
AI Usage21.2%
Skills & Technologies
Programming Languages
C#UnityUnity AssetUnity C#Unity PrefabUnity SceneYAML
Technical Skills
3D ModelingAI BehaviorAI NavigationAI PathfindingAnimationAsset ManagementBug FixingC# ScriptingCollision DetectionFeature ImplementationGame DevelopmentLevel DesignMaterial CreationNavMeshNetwork Programming
Repositories Contributed To
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