MDSiam8/q2l_t3_stack
Oct 2024 – Nov 2024
2 Months active
Languages Used
GLSLHTMLJavaScriptTypeScriptReact
Technical Skills
3D ModelingAnimationAnimation HandlingDreiFront End DevelopmentFront-end Development
Alina Pan
PROFILE
Alina Pan
Worked on the MDSiam8/q2l_t3_stack repository to develop interactive 3D lab components that guide users through water-based experiments. Built a FlaskFill animation using React, Three.js, and TypeScript, enabling dynamic water-level visualization and replayable animations integrated with lab workflow steps. Refactored animation logic and project structure to improve maintainability and performance, while simplifying user interactions for adding water and controlling playback. Introduced step progression logic that gates advancement until tasks are complete, and removed redundant components to streamline the flow. The work emphasized modular component design, state-driven UI, and clear separation of responsibilities to support future extensibility and onboarding.
Overall Statistics
Feature vs Bugs
67%Features
Repository Contributions
10Total
Bugs
1
Commits
10
Features
2
Lines of code
1,076
Activity Months2
Your Network
9 peopleWork History
November 2024
4 Commits • 1 Features
Nov 1, 2024Concise monthly summary for 2024-11 focused on the MDSiam8/q2l_t3_stack repository. Key features delivered include a Lab Test Step Progression and Water Interaction flow that enforces step-by-step task completion by enabling the Next Step button only when the current task is complete (water level full). This release introduced FirstStepComponent for the initial interactive water addition and added a new blank-solution preparation step with dropper and flask animations, along with a refactor of rendering to support step progression. A major cleanup was completed with the Eye Dropper Removal Refactor (removing 17EyeDropper.tsx) to simplify the flow and align with rotation updates. Overall impact includes a more guided, reliable lab test experience, reduced maintenance burden, and a foundation for scalable future steps. Skills demonstrated include React component design, state-driven UI, animation integration, rotation handling, and modular refactoring with a focus on business value and maintainability.
4 Commits • 1 Features
Nov 1, 2024Concise monthly summary for 2024-11 focused on the MDSiam8/q2l_t3_stack repository. Key features delivered include a Lab Test Step Progression and Water Interaction flow that enforces step-by-step task completion by enabling the Next Step button only when the current task is complete (water level full). This release introduced FirstStepComponent for the initial interactive water addition and added a new blank-solution preparation step with dropper and flask animations, along with a refactor of rendering to support step progression. A major cleanup was completed with the Eye Dropper Removal Refactor (removing 17EyeDropper.tsx) to simplify the flow and align with rotation updates. Overall impact includes a more guided, reliable lab test experience, reduced maintenance burden, and a foundation for scalable future steps. Skills demonstrated include React component design, state-driven UI, animation integration, rotation handling, and modular refactoring with a focus on business value and maintainability.
November 2024
October 2024
6 Commits • 1 Features
Oct 1, 2024Month: 2024-10 — Monthly summary for MDSiam8/q2l_t3_stack focusing on FlaskFill animation enhancements and lab workflow integration. Key features delivered: - FlaskFill 3D component for visualizing water filling with animation playback, dynamic scaling by water level, and a replay trigger. - Refactored and refined the animation logic for water fill, improving reliability and performance. - Integrated the component with lab steps, including EyeDropper step, and simplified user interactions around adding water and playback control. - Updated project structure and references (Standard_solution_lab folder) to improve maintainability. Major bugs fixed: - No major bugs fixed this month; efforts centered on feature delivery, refactoring, and stability improvements in animation playback. Overall impact and accomplishments: - Delivered a visually compelling, data-driven water-fill visualization that enhances training demos and lab step clarity. - Improved user experience with streamlined interactions for adding water and controlling playback. - Achieved better maintainability and reusability through component refactor and folder restructuring. Technologies/skills demonstrated: - Python/Flask-based UI components, 3D visualization, animation control, and dynamic UI updates. - UI/UX design for lab workflows, code refactor, and modular component development. Commit highlights: - 8a3ff57eb475e521928190b068ee3ddf6f8f374b — loaded the model - b7a901a514bd6d1cd119ec0fe7013c2972a97d05 — step 17 update water filling - e3c29e83c7f6596083072c567a7a78a4c3540414 — update playanimation - 336047a91138505dd92acc20d9581efe820dc0a3 — modified flaskfill_water - 0928fe08a1a6ecb695d4effe72b24ab69d5e04ec — finished with step 17 - 823496df8f393dcfe9941ef955784e47ffde376c — update to Standard_solution_lab folder
October 2024
6 Commits • 1 Features
Oct 1, 2024Month: 2024-10 — Monthly summary for MDSiam8/q2l_t3_stack focusing on FlaskFill animation enhancements and lab workflow integration. Key features delivered: - FlaskFill 3D component for visualizing water filling with animation playback, dynamic scaling by water level, and a replay trigger. - Refactored and refined the animation logic for water fill, improving reliability and performance. - Integrated the component with lab steps, including EyeDropper step, and simplified user interactions around adding water and playback control. - Updated project structure and references (Standard_solution_lab folder) to improve maintainability. Major bugs fixed: - No major bugs fixed this month; efforts centered on feature delivery, refactoring, and stability improvements in animation playback. Overall impact and accomplishments: - Delivered a visually compelling, data-driven water-fill visualization that enhances training demos and lab step clarity. - Improved user experience with streamlined interactions for adding water and controlling playback. - Achieved better maintainability and reusability through component refactor and folder restructuring. Technologies/skills demonstrated: - Python/Flask-based UI components, 3D visualization, animation control, and dynamic UI updates. - UI/UX design for lab workflows, code refactor, and modular component development. Commit highlights: - 8a3ff57eb475e521928190b068ee3ddf6f8f374b — loaded the model - b7a901a514bd6d1cd119ec0fe7013c2972a97d05 — step 17 update water filling - e3c29e83c7f6596083072c567a7a78a4c3540414 — update playanimation - 336047a91138505dd92acc20d9581efe820dc0a3 — modified flaskfill_water - 0928fe08a1a6ecb695d4effe72b24ab69d5e04ec — finished with step 17 - 823496df8f393dcfe9941ef955784e47ffde376c — update to Standard_solution_lab folder
Activity
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Quality Metrics
Correctness81.0%
Maintainability78.0%
Architecture71.0%
Performance70.0%
AI Usage24.0%
Skills & Technologies
Programming Languages
GLSLHTMLJavaScriptReactTypeScript
Technical Skills
3D ModelingAnimationAnimation HandlingComponent-Based ArchitectureDreiFront End DevelopmentFront-end DevelopmentReactReact Three DreiReact Three FiberState ManagementThree.jsTypeScript
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