AVSLab/basilisk
Nov 2024 – Aug 2025
4 Months active
Languages Used
CPythonrstRSTreStructuredText
Technical Skills
Aerospace EngineeringControl SystemsEmbedded SystemsScientific ComputingSimulationDocumentation
Riccardo
PROFILE
Riccardo
Riccardo Calaon contributed to the AVSLab/basilisk repository by developing and enhancing simulation modules for spacecraft momentum management and solar radiation pressure modeling. He refactored core logic to improve simulation fidelity, integrating new parameters and streamlining calculations for synchronized state updates. Using Python and C, Riccardo expanded the Solar Array Reference Module with configurable deflection and deadband parameters, improved angle handling, and updated documentation for clarity and traceability. He also implemented visualization interfaces and boresight alignment verification, supporting scenario analysis and validation. His work emphasized maintainability, test coverage, and research accessibility, resulting in robust, well-documented features without introducing critical bugs.
Overall Statistics
Feature vs Bugs
100%Features
Repository Contributions
15Total
Bugs
0
Commits
15
Features
6
Lines of code
473
Activity Months4
Your Network
76 people
Work History
August 2025
2 Commits • 1 Features
Aug 1, 2025August 2025 monthly summary for AVSLab/basilisk: Focused on improving documentation traceability and research accessibility, delivering targeted documentation updates for the oneAxisSolarArrayPoint module, updating unit tests, and aligning release notes with version 2.7.0 to provide quick access to related research publications. No major bug fixes were required this month; primary work centered on documentation, testing quality, and release governance to support adoption, reproducibility, and long-term maintainability.
2 Commits • 1 Features
Aug 1, 2025August 2025 monthly summary for AVSLab/basilisk: Focused on improving documentation traceability and research accessibility, delivering targeted documentation updates for the oneAxisSolarArrayPoint module, updating unit tests, and aligning release notes with version 2.7.0 to provide quick access to related research publications. No major bug fixes were required this month; primary work centered on documentation, testing quality, and release governance to support adoption, reproducibility, and long-term maintainability.
August 2025
January 2025
9 Commits • 3 Features
Jan 1, 2025Month: 2025-01. January focused on delivering high-value features in AVSLab/basilisk to accelerate scenario analysis, improve simulation realism, and strengthen validation workflows. Key work included visualization interface enhancements, momentum-management scenario improvements, and boresight alignment verification capabilities. Minor test automation and release-notes updates ensured alignment with changes and maintained release hygiene.
January 2025
9 Commits • 3 Features
Jan 1, 2025Month: 2025-01. January focused on delivering high-value features in AVSLab/basilisk to accelerate scenario analysis, improve simulation realism, and strengthen validation workflows. Key work included visualization interface enhancements, momentum-management scenario improvements, and boresight alignment verification capabilities. Minor test automation and release-notes updates ensured alignment with changes and maintained release hygiene.
December 2024
2 Commits • 1 Features
Dec 1, 2024December 2024 monthly summary for AVSLab/basilisk focusing on Solar Array Reference Module Enhancements, test coverage, and documentation improvements to support robust mission operations.
2 Commits • 1 Features
Dec 1, 2024December 2024 monthly summary for AVSLab/basilisk focusing on Solar Array Reference Module Enhancements, test coverage, and documentation improvements to support robust mission operations.
December 2024
November 2024
2 Commits • 1 Features
Nov 1, 2024Monthly Summary (2024-11) focusing on key accomplishments for AVSLab/basilisk: Key features delivered: - Momentum management and SRP modeling enhancements: tuned optical coefficients for facet light interactions; refactored SRP/momentum logic to include new deflection angle and gain parameters; integrated SRP normal calculation into the update loop for streamlined, synchronized computations. - Code and property updates: updated s/c optical properties and the module to support the enhanced SRP model, enabling more accurate momentum-transfer simulations and improved fidelity. Major bugs fixed: - No dedicated bug-fix commits were logged this month; efforts centered on feature delivery and refactoring to reduce maintenance burden and improve stability of SRP calculations. Overall impact and accomplishments: - Significantly improved SRP modeling accuracy and simulation fidelity, directly benefiting mission analysis and design decisions that depend on solar-radiation-pressure forces and torques. - Reduced code complexity and synchronization risks by integrating SRP normal calculation into the update path, accelerating future enhancements and ensuring consistent state updates. - Clear, testable commits (Updated s/c optical properties; Updated module) that document the evolution of the SRP model and its integration into the simulation loop. Technologies/skills demonstrated: - Numerical modeling of radiation pressure and deflection dynamics, including coefficient tuning and momentum-state updates. - Software refactoring for maintainability and performance, with integration of auxiliary calculations into core update logic. - Version control discipline with focused commits and documentation-ready changes for performance reviews.
November 2024
2 Commits • 1 Features
Nov 1, 2024Monthly Summary (2024-11) focusing on key accomplishments for AVSLab/basilisk: Key features delivered: - Momentum management and SRP modeling enhancements: tuned optical coefficients for facet light interactions; refactored SRP/momentum logic to include new deflection angle and gain parameters; integrated SRP normal calculation into the update loop for streamlined, synchronized computations. - Code and property updates: updated s/c optical properties and the module to support the enhanced SRP model, enabling more accurate momentum-transfer simulations and improved fidelity. Major bugs fixed: - No dedicated bug-fix commits were logged this month; efforts centered on feature delivery and refactoring to reduce maintenance burden and improve stability of SRP calculations. Overall impact and accomplishments: - Significantly improved SRP modeling accuracy and simulation fidelity, directly benefiting mission analysis and design decisions that depend on solar-radiation-pressure forces and torques. - Reduced code complexity and synchronization risks by integrating SRP normal calculation into the update path, accelerating future enhancements and ensuring consistent state updates. - Clear, testable commits (Updated s/c optical properties; Updated module) that document the evolution of the SRP model and its integration into the simulation loop. Technologies/skills demonstrated: - Numerical modeling of radiation pressure and deflection dynamics, including coefficient tuning and momentum-state updates. - Software refactoring for maintainability and performance, with integration of auxiliary calculations into core update logic. - Version control discipline with focused commits and documentation-ready changes for performance reviews.
Activity
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Quality Metrics
Correctness86.6%
Maintainability88.0%
Architecture84.0%
Performance74.8%
AI Usage20.0%
Skills & Technologies
Programming Languages
CPythonRSTreStructuredTextrst
Technical Skills
Aerospace EngineeringControl SystemsData VisualizationDocumentationEmbedded SystemsEstimation AlgorithmsOrbital MechanicsPhysics SimulationPythonPython DevelopmentScientific ComputingSimulationSoftware DevelopmentSoftware TestingTechnical Writing
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