FarmasiaVR/farmasia-vr
Oct 2024 – Nov 2024
2 Months active
Languages Used
C#UnityUnity AssetUnity C#Unity PrefabUnity Scene Configuration
Technical Skills
3D ModelingAsset IntegrationGame DevelopmentPrefab IntegrationUnityUnity Prefab Creation
Mahlamaki
PROFILE
Mahlamaki
Over two months, contributed to FarmasiaVR/farmasia-vr by building and integrating interactive VR assets and systems for experimental workflows. Developed reusable 3D models and prefabs, such as the BigTestTubeStand and TestTube, using Unity and C# scripting to enable grabbable, physics-driven interactions. Enhanced scene management and prefab configuration to support rapid prototyping and scalable VR demonstrations, including liquid-content visualization and multi-socket setups. Addressed five bugs related to collider behavior, asset cleanup, and pivot alignment, improving reliability and assembly precision. Maintained clear commit practices, supporting traceability and iterative development, while leveraging Blender for model imports and Unity’s XR Interaction Toolkit.
Overall Statistics
Feature vs Bugs
62%Features
Repository Contributions
27Total
Bugs
5
Commits
27
Features
8
Lines of code
45,185
Activity Months2
Your Network
43 peopleSame Organization
@helsinki.fi33
Work History
November 2024
22 Commits • 6 Features
Nov 1, 2024November 2024 performance summary for FarmasiaVR/farmasia-vr. Delivered end-to-end integration of BigTestTubeStand with TestTube PCM and scene setup, establishing upright stand behavior, multiple sockets, and PCM linkage for realistic experimentation workflows. Expanded the system to support five TestTubes, introduced reusable prefabs for rapid iteration, and implemented TestTube functionality with liquid-content visualization. Improved VR interaction reliability through collider and grabbability improvements and tuned socket interaction layers. Performed systematic cleanup to remove hidden/redundant assets and refined pivot alignment for precise assembly. Business impact: enables scalable VR demos and faster validation of experimental setups, reducing setup time for demos by tightening integration between hardware mockups and scene logic. Supports future expansion to additional tubes and more complex liquid-content scenarios.
22 Commits • 6 Features
Nov 1, 2024November 2024 performance summary for FarmasiaVR/farmasia-vr. Delivered end-to-end integration of BigTestTubeStand with TestTube PCM and scene setup, establishing upright stand behavior, multiple sockets, and PCM linkage for realistic experimentation workflows. Expanded the system to support five TestTubes, introduced reusable prefabs for rapid iteration, and implemented TestTube functionality with liquid-content visualization. Improved VR interaction reliability through collider and grabbability improvements and tuned socket interaction layers. Performed systematic cleanup to remove hidden/redundant assets and refined pivot alignment for precise assembly. Business impact: enables scalable VR demos and faster validation of experimental setups, reducing setup time for demos by tightening integration between hardware mockups and scene logic. Supports future expansion to additional tubes and more complex liquid-content scenarios.
November 2024
October 2024
5 Commits • 2 Features
Oct 1, 2024Month 2024-10 Summary for FarmasiaVR/farmasia-vr: Delivered core VR asset creation and interactive enhancements, establishing reusable components to accelerate testing and iteration in VR workflows. Implemented BigTestTubeStand asset creation and integration (including related prefabs) and enhanced interactivity (grabbable) within the scene. Established TestTube VR interactive object setup with initial interaction layer and PCM script scaffolding to support future interactions. No explicit major bugs fixed in the provided data; the focus was on feature delivery, scene integration, and stability improvements. Overall impact: improved testing readiness, faster prototyping, and a solid foundation for ongoing VR interactions. Technologies/skills demonstrated: Unity asset pipeline, prefab workflows, 3D asset creation, VR interaction design (grabbable/collider behavior), PCM script scaffolding, and Git-based collaboration with clear commit messages.
October 2024
5 Commits • 2 Features
Oct 1, 2024Month 2024-10 Summary for FarmasiaVR/farmasia-vr: Delivered core VR asset creation and interactive enhancements, establishing reusable components to accelerate testing and iteration in VR workflows. Implemented BigTestTubeStand asset creation and integration (including related prefabs) and enhanced interactivity (grabbable) within the scene. Established TestTube VR interactive object setup with initial interaction layer and PCM script scaffolding to support future interactions. No explicit major bugs fixed in the provided data; the focus was on feature delivery, scene integration, and stability improvements. Overall impact: improved testing readiness, faster prototyping, and a solid foundation for ongoing VR interactions. Technologies/skills demonstrated: Unity asset pipeline, prefab workflows, 3D asset creation, VR interaction design (grabbable/collider behavior), PCM script scaffolding, and Git-based collaboration with clear commit messages.
Activity
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Quality Metrics
Correctness84.2%
Maintainability83.2%
Architecture79.0%
Performance76.4%
AI Usage20.0%
Skills & Technologies
Programming Languages
C#UnityUnity AssetUnity C#Unity PrefabUnity Scene Configuration
Technical Skills
3D Interaction3D Model Import3D ModelingAsset IntegrationC# ScriptingCode CleanupGame DevelopmentPhysics ConfigurationPhysics EnginePhysics SimulationPrefab ConfigurationPrefab CreationPrefab IntegrationPrefab ManagementScene Management
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