The Jupiter Environment Tool (JET) is a custom UI plug-in for STK that provides an interface to Jupiter environment models for visualization and analysis. Users can visualize the different magnetic field models of Jupiter through various rendering methods, which are fully integrated within STK’s 3D Window. This allows users to take snapshots and make animations of their scenarios with magnetic field visualizations. Analytical data can be accessed in the form of custom vectors. Given these custom vectors, users have access to magnetic field data in custom reports, graphs, access constraints, coverage analysis, and anywhere else vectors are used within STK.
This work was done by Erick J. Sturm, Kenneth M. Donahue, James P. Biehl, and Michael Kokorowski of Caltech; Cedrick Ngalande of Microcosm, Inc.; and Jordan Boedeker of Iowa State University for NASA’s Jet Propulsion Laboratory. This software is available for commercial licensing. Please contact Daniel Broderick of the California Institute of Technology at
This Brief includes a Technical Support Package (TSP).
Jupiter Environment Tool
(reference NPO-47998) is currently available for download from the TSP library.
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Overview
The document is a Technical Support Package for the Jupiter Environment Tool (JET), identified as NPO-47998, and published by NASA Tech Briefs. It serves as a comprehensive resource detailing the developments and applications of the JET, which is designed to analyze and visualize the complex environment of Jupiter and its moons. The package is part of NASA's Commercial Technology Program, aimed at disseminating aerospace-related advancements that have potential applications beyond their original context.
The document emphasizes the importance of the JET in understanding Jupiter's atmospheric dynamics, magnetic field, and radiation environment, which are crucial for future exploration missions. It highlights the tool's capabilities in providing geometric analysis and visualization options that can aid researchers and scientists in interpreting data collected from various missions, including those from spacecraft like Juno.
Additionally, the Technical Support Package includes contact information for further assistance, specifically from the Innovative Technology Assets Management at the Jet Propulsion Laboratory (JPL). This section encourages collaboration and engagement with the broader scientific community, indicating that the tool and its findings are available for use in various research and technological applications.
The document also contains a disclaimer stating that the United States Government and its representatives do not assume liability for the use of the information provided, nor do they endorse any specific trade names or manufacturers mentioned within the report. This is a standard practice in technical documentation to clarify the nature of the information and its intended use.
Overall, the Technical Support Package for the Jupiter Environment Tool is a vital resource for researchers interested in planetary science, particularly in the context of Jupiter's unique environment. It encapsulates NASA's commitment to sharing knowledge and fostering innovation in aerospace technology, while also providing a platform for future research and exploration endeavors related to the gas giant and its intriguing moons.
