TL;DR
This paper demonstrates how TOPCAT and STILTS can be effectively used to analyze large Gaia source catalogues, showcasing their capabilities with real Gaia data.
Contribution
It provides practical examples of applying TOPCAT and STILTS to Gaia data analysis, highlighting their usefulness for handling large astronomical catalogues.
Findings
Effective analysis of Gaia data using TOPCAT and STILTS
Examples demonstrating data handling and visualization
Enhanced understanding of Gaia's source catalogues
Abstract
TOPCAT, and its command line counterpart STILTS, are powerful tools for working with large source catalogues. ESA's Gaia mission, most recently with its second data release, is producing source catalogues of unprecedented quality for more than a billion sources. This paper presents some examples of how TOPCAT and STILTS can be used for analysis of Gaia data.
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Taxonomy
TopicsDistributed and Parallel Computing Systems · Earth Systems and Cosmic Evolution · Spacecraft Design and Technology