Adding an interactive diagram to visalize the python-skyfiled codebase

[ivanmilevtues]

Hey, all I've always wanted to contribute to open-source projects. I am a visual learner, so I love doing diagrams for myself as in the beggining I find it hard to wrap my head around the main flow and the main "logical" components.
To help people who like visual represnetations I started working on a project to automate this. The tool generates an interactive diagram starting from the highest level of abstraction and allows you to dive deeper into interesting components.

Here is the diagram:

graph LR
    Data_I_O_Persistence["Data I/O & Persistence"]
    Time_Ephemeris_Core["Time & Ephemeris Core"]
    Orbital_Mechanics_Propagation["Orbital Mechanics & Propagation"]
    Coordinate_Systems_Transformations["Coordinate Systems & Transformations"]
    Astronomical_Calculations_Almanac["Astronomical Calculations & Almanac"]
    Core_Utilities_Numerical_Operations["Core Utilities & Numerical Operations"]
    Public_API_User_Interface["Public API & User Interface"]
    Public_API_User_Interface -- "initiates data loading" --> Data_I_O_Persistence
    Data_I_O_Persistence -- "provides loaded astronomical data" --> Public_API_User_Interface
    Public_API_User_Interface -- "requests time objects" --> Time_Ephemeris_Core
    Time_Ephemeris_Core -- "provides precise time instances" --> Public_API_User_Interface
    Public_API_User_Interface -- "requests celestial positions" --> Orbital_Mechanics_Propagation
    Orbital_Mechanics_Propagation -- "provides calculated position/velocity" --> Public_API_User_Interface
    Public_API_User_Interface -- "requests coordinate transformations" --> Coordinate_Systems_Transformations
    Coordinate_Systems_Transformations -- "provides transformed positional data" --> Public_API_User_Interface
    Public_API_User_Interface -- "requests astronomical events" --> Astronomical_Calculations_Almanac
    Astronomical_Calculations_Almanac -- "provides event and almanac data" --> Public_API_User_Interface
    Data_I_O_Persistence -- "Supplies IERS and Delta-T data for time calculations" --> Time_Ephemeris_Core
    Data_I_O_Persistence -- "Supplies ephemeris and orbital elements for propagation" --> Orbital_Mechanics_Propagation
    Data_I_O_Persistence -- "Provides star catalogs and other static astronomical data" --> Astronomical_Calculations_Almanac
    Time_Ephemeris_Core -- "Provides time objects for accurate orbital propagation" --> Orbital_Mechanics_Propagation
    Time_Ephemeris_Core -- "Supplies time objects and Earth orientation matrices for transformations" --> Coordinate_Systems_Transformations
    Time_Ephemeris_Core -- "Provides time context for event calculations" --> Astronomical_Calculations_Almanac
    Orbital_Mechanics_Propagation -- "Outputs raw position and velocity vectors for coordinate conversion" --> Coordinate_Systems_Transformations
    Coordinate_Systems_Transformations -- "Provides transformed positional data for higher-level event computations" --> Astronomical_Calculations_Almanac
    Core_Utilities_Numerical_Operations -- "Provides fundamental numerical support, mathematical functions, and unit conversions" --> Data_I_O_Persistence
    Core_Utilities_Numerical_Operations -- "Provides fundamental numerical support, mathematical functions, and unit conversions" --> Time_Ephemeris_Core
    Core_Utilities_Numerical_Operations -- "Provides fundamental numerical support, mathematical functions, and unit conversions" --> Orbital_Mechanics_Propagation
    Core_Utilities_Numerical_Operations -- "Provides fundamental numerical support, mathematical functions, and unit conversions" --> Coordinate_Systems_Transformations
    Core_Utilities_Numerical_Operations -- "Provides fundamental numerical support, mathematical functions, and unit conversions" --> Astronomical_Calculations_Almanac
    Core_Utilities_Numerical_Operations -- "Provides fundamental numerical support, mathematical functions, and unit conversions" --> Public_API_User_Interface
    click Data_I_O_Persistence href "https://github.com/CodeBoarding/GeneratedOnBoardings/blob/main/python-skyfield/Data_I_O_Persistence.md" "Details"
    click Time_Ephemeris_Core href "https://github.com/CodeBoarding/GeneratedOnBoardings/blob/main/python-skyfield/Time_Ephemeris_Core.md" "Details"
    click Orbital_Mechanics_Propagation href "https://github.com/CodeBoarding/GeneratedOnBoardings/blob/main/python-skyfield/Orbital_Mechanics_Propagation.md" "Details"
    click Coordinate_Systems_Transformations href "https://github.com/CodeBoarding/GeneratedOnBoardings/blob/main/python-skyfield/Coordinate_Systems_Transformations.md" "Details"
    click Astronomical_Calculations_Almanac href "https://github.com/CodeBoarding/GeneratedOnBoardings/blob/main/python-skyfield/Astronomical_Calculations_Almanac.md" "Details"
    click Core_Utilities_Numerical_Operations href "https://github.com/CodeBoarding/GeneratedOnBoardings/blob/main/python-skyfield/Core_Utilities_Numerical_Operations.md" "Details"

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The generation tool is based on Static Analysis and LLMs and is fully open-source: https://github.com/CodeBoarding/CodeBoarding

You can see the full diagram with explanations and related source code here: https://github.com/CodeBoarding/GeneratedOnBoardings/blob/main/python-skyfield/on_boarding.md

Any feedback is appreciated! Would love to hear your opinion on diagrams as an exploration tooling and diagram first documentation!