LimeShot/cringe-vector
Feb 2025 – Mar 2025
2 Months active
Languages Used
C#XAMLXMLJSONOpenTK
Technical Skills
Avalonia UIC#C# DevelopmentCode CleanupCode FormattingDependency Injection
LimeShot
PROFILE
Limeshot
Ilya Chumakov developed the core architecture and editing workflow for the LimeShot/cringe-vector repository, focusing on a modular canvas rendering framework and robust UI client using C# and Avalonia UI. He implemented a camera system, dynamic shape management with real-time data binding, and integrated advanced geometry processing via an external triangulation DLL. His work included a comprehensive rewrite of the editing toolset, introducing rotation modes and cursor-aware interactions to improve precision. Through extensive code cleanup, refactoring, and bug fixing, Ilya established a maintainable codebase that supports scalable feature delivery and stable user experiences in desktop vector graphics applications.
Overall Statistics
Feature vs Bugs
55%Features
Repository Contributions
57Total
Bugs
18
Commits
57
Features
22
Lines of code
4,095
Activity Months2
Your Network
14 people
Work History
March 2025
51 Commits • 19 Features
Mar 1, 2025March 2025 (LimeShot/cringe-vector) — Concise monthly summary focused on delivering business value and technical excellence. Key features delivered: - ChangeTool overhaul: rewritten architecture with a new rotation mode and cursor-aware interactions to boost editing precision and reduce user errors. - UI-driven shape management: dynamic, observable list of created shapes with metrics exposure (rotation angle, vertex count) and improved menu interactions. - Camera and geometry pipeline: added camera support and integrated a triangulation DLL to enable complex camera viewpoints and geometry processing. - Persistence enhancements: temporary save implementation and improved saving to file for better durability and recovery. - UX and rendering enhancements: canvas navigation (pan and curved zoom), rendering fixes for highlights/lines/selections, and a visual box around line rendering to improve clarity. Major bugs fixed: - Compilation stability: hotfix for compilation issues and IO binding to the interface. - Core interaction fixes: corrected figure creation on click and improved click detection logic; fixed last-merge issues. - Rendering and geometry correctness: corrected rendering coordinates, fixed deformation artifacts during shape creation, and improved coordinate handling during zoom and on-screen mapping. - Selection and deletion: hidden shapes no longer selectable; fixed deletion behavior to restore correct removal. - Build and warnings: comprehensive warnings/build stabilization; fixes for OpenFile handling and right-click behavior. - Code quality: removal of extraneous prints and general cleanup. Overall impact and accomplishments: - Significantly improved stability and reliability of the editing workflow, enabling faster iteration with fewer regressions. - Established a solid foundation for advanced UI features and camera-based workflows, driving higher perceived value for end users. - Improved maintainability through refactor/cleanup, build stabilization, and clearer code paths for future features. Technologies/skills demonstrated: - Architectural rewrite of ChangeTool, including rotation mode and robust input handling. - Real-time UI data binding with an observable shape list and metrics exposure. - Camera integration and external triangulation DLL usage for advanced geometry processing. - UX-centric feature delivery (menus, cursor changes, and persistence) with emphasis on stability and usability. - Code quality improvements: warnings/build stabilization, refactoring, and removal of noisy prints.
51 Commits • 19 Features
Mar 1, 2025March 2025 (LimeShot/cringe-vector) — Concise monthly summary focused on delivering business value and technical excellence. Key features delivered: - ChangeTool overhaul: rewritten architecture with a new rotation mode and cursor-aware interactions to boost editing precision and reduce user errors. - UI-driven shape management: dynamic, observable list of created shapes with metrics exposure (rotation angle, vertex count) and improved menu interactions. - Camera and geometry pipeline: added camera support and integrated a triangulation DLL to enable complex camera viewpoints and geometry processing. - Persistence enhancements: temporary save implementation and improved saving to file for better durability and recovery. - UX and rendering enhancements: canvas navigation (pan and curved zoom), rendering fixes for highlights/lines/selections, and a visual box around line rendering to improve clarity. Major bugs fixed: - Compilation stability: hotfix for compilation issues and IO binding to the interface. - Core interaction fixes: corrected figure creation on click and improved click detection logic; fixed last-merge issues. - Rendering and geometry correctness: corrected rendering coordinates, fixed deformation artifacts during shape creation, and improved coordinate handling during zoom and on-screen mapping. - Selection and deletion: hidden shapes no longer selectable; fixed deletion behavior to restore correct removal. - Build and warnings: comprehensive warnings/build stabilization; fixes for OpenFile handling and right-click behavior. - Code quality: removal of extraneous prints and general cleanup. Overall impact and accomplishments: - Significantly improved stability and reliability of the editing workflow, enabling faster iteration with fewer regressions. - Established a solid foundation for advanced UI features and camera-based workflows, driving higher perceived value for end users. - Improved maintainability through refactor/cleanup, build stabilization, and clearer code paths for future features. Technologies/skills demonstrated: - Architectural rewrite of ChangeTool, including rotation mode and robust input handling. - Real-time UI data binding with an observable shape list and metrics exposure. - Camera integration and external triangulation DLL usage for advanced geometry processing. - UX-centric feature delivery (menus, cursor changes, and persistence) with emphasis on stability and usability. - Code quality improvements: warnings/build stabilization, refactoring, and removal of noisy prints.
March 2025
February 2025
6 Commits • 3 Features
Feb 1, 2025February 2025 — LimeShot/cringe-vector: Delivered foundational architecture, a canvas-based rendering framework, and targeted code cleanup to improve maintainability and enable faster feature delivery. Key work established a clean baseline for UI client development and modular rendering flow, enabling scalable IO and geometry integration.
February 2025
6 Commits • 3 Features
Feb 1, 2025February 2025 — LimeShot/cringe-vector: Delivered foundational architecture, a canvas-based rendering framework, and targeted code cleanup to improve maintainability and enable faster feature delivery. Key work established a clean baseline for UI client development and modular rendering flow, enabling scalable IO and geometry integration.
Activity
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Quality Metrics
Correctness84.6%
Maintainability84.6%
Architecture79.8%
Performance79.4%
AI Usage21.4%
Skills & Technologies
Programming Languages
C#JSONOpenTKXAMLXML
Technical Skills
2D Graphics3D MathAvalonia UIBug FixingC#C# DevelopmentCamera SystemsClean CodeClient-side DevelopmentCode CleanupCode FormattingCode RefactoringCommand PatternCoordinate SystemsData Binding
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