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Created page with "'''High Altitude Balloon Simulator''' (HABSIM) is a web server ([https://predict.stanfordssi.org/ link]) developed by the SSI Balloons Team for customizable, ensemble-based, l..."
'''High Altitude Balloon Simulator''' (HABSIM) is a web server ([https://predict.stanfordssi.org/ link]) developed by the SSI Balloons Team for customizable, ensemble-based, long range trajectory predictions. The aims of the prediction server, in comparison to existing ones, are as follows:
*Offer probabilistic predictions based on the Monte-Carlo GEFS run set.
*Offer predictions out to the maximum time window permitted by GEFS (+378 hrs).
*Offer finer and broader control over simulation parameters, including ascent rate, duration, simulation step, and drift coefficient.
*Export an intuitive prediction API which can be used to simulate arbitrary flight profiles.
*Offer a web-based UI which captures the functionality and flexibility of the API.
Primary clients of HABSIM include [[Cycloon]] and [[Spaceshot]]. The project source code may be viewed on [https://github.com/SSI-MC/habsim GitHub]. To get involved, please contact {{slack-user|bjing}} and {{slack-user|Adi}} and join {{slack-channel|balloons-habsim}}!
'''PyHABSIM''' is a Python package which exploits the HABSIM API to offer an intuitive, object-oriented, highly customizable prediction interface, wind and elevation data accession utilities, and trajectory analysis and optimization methods in Python. The package home pages may be found at [https://pypi.org/project/habsim/ PyPI] or [https://github.com/stanford-ssi/habsim_client GitHub]. Please contact {{slack-user|bjing}} to get involved!
*Offer probabilistic predictions based on the Monte-Carlo GEFS run set.
*Offer predictions out to the maximum time window permitted by GEFS (+378 hrs).
*Offer finer and broader control over simulation parameters, including ascent rate, duration, simulation step, and drift coefficient.
*Export an intuitive prediction API which can be used to simulate arbitrary flight profiles.
*Offer a web-based UI which captures the functionality and flexibility of the API.
Primary clients of HABSIM include [[Cycloon]] and [[Spaceshot]]. The project source code may be viewed on [https://github.com/SSI-MC/habsim GitHub]. To get involved, please contact {{slack-user|bjing}} and {{slack-user|Adi}} and join {{slack-channel|balloons-habsim}}!
'''PyHABSIM''' is a Python package which exploits the HABSIM API to offer an intuitive, object-oriented, highly customizable prediction interface, wind and elevation data accession utilities, and trajectory analysis and optimization methods in Python. The package home pages may be found at [https://pypi.org/project/habsim/ PyPI] or [https://github.com/stanford-ssi/habsim_client GitHub]. Please contact {{slack-user|bjing}} to get involved!