<h2>Overview</h2>
The Open Space Toolkit (OSTk) for Astrodynamics offers a comprehensive suite of tools for orbit, attitude, access, and mission analysis. Designed to streamline the processes involved in astrodynamics, this toolkit is particularly beneficial for both seasoned professionals and newcomers. With its user-friendly setup and extensive documentation, it allows users to focus on their projects rather than the complexities of installation and configuration.
Getting started is a breeze thanks to its availability in different environments, including JupyterLab and Docker. Whether you're looking to analyze or develop tools related to spacecraft dynamics, OSTk provides a robust framework that combines accessibility with powerful functionalities.
<h2>Features</h2>
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Easy Setup with Binder: No need to download or install anything; simply start a JupyterLab environment directly in your browser with all necessary libraries included.
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Docker Support: For those who prefer containerized environments, Docker images are available that simplify the setup of the necessary build tools and dependencies.
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Python and C++ Libraries: Utilize both Python and C++ binaries, making it flexible for developers familiar with either programming language.
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Comprehensive Documentation: Rich documentation with tutorials makes it easier to understand and implement various functionalities, easing the learning curve for new users.
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Automatic Data Fetching: The toolkit automatically retrieves ephemeris data from JPL and Earth Orientation Parameters from IERS upon first use, ensuring you have the most accurate information available.
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Interactive Environment with iPython: Launch an iPython shell in a preconfigured container, allowing for immediate experimentation with the toolkit’s components.
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Development Convenience: With features like the <code>ostk-build</code> and <code>ostk-test</code> commands, building and testing your projects becomes more streamlined and intuitive.
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Open Space Collective

Open Space Toolkit Astrodynamics