diff --git a/applications/squareone/values-roe.yaml b/applications/squareone/values-roe.yaml index 43079580c6..4a420e12cd 100644 --- a/applications/squareone/values-roe.yaml +++ b/applications/squareone/values-roe.yaml @@ -1,6 +1,116 @@ config: - siteName: "Rubin Science Platform" + siteName: "Rubin Science Platform @ ROE" semaphoreUrl: "https://rsp.lsst.ac.uk/semaphore" + apiAspectPageMdx: | + # Rubin Science Platform APIs + + Integrate Rubin data into your analysis tools with APIs. + + To access most APIs you need an [*access token*](/auth/tokens). + See Rubin's guide [Creating user tokens](https://rsp.lsst.io/guides/auth/creating-user-tokens.html) to learn more. + + ## Table Access Protocol + + You can access catalog data using the Table Access Protocol (TAP) + service with popular tools such as + [TOPCAT](http://www.star.bris.ac.uk/~mbt/topcat) (GUI) and + (pyvo)[https://pyvo.readthedocs.io/en/latest/index.html] + (Python package). The TAP endpoint is: + + ``` + https://rsp.lsst.ac.uk/api/tap + ``` + + See Rubin's tutorial [Authenticating from TOPCat outside the Science Platform](https://rsp.lsst.io/guides/auth/using-topcat-outside-rsp.html) + to learn more about accessing TAP datasets from your own computer. + + docsPageMdx: | + # Rubin Science Platform documentation + + Find documentation for Rubin Observatory data, science platform + services, and software. + +
+ + ## Data documentation + + ### GaiaXCatwise + + + + Table of counterpart associations between Gaia DR3 and CatWISE2020. Uses probabilistic + cross-match algorithms as described by Wilson & Naylor (MNRAS, 2017, 2018a,b) and Wilson (RNAAS, 2022). Sources are returned either as a pairing, in which the Gaia and WISE objects are the same astrophysical source detected twice, or as non-matches, with that particular object in one of the catalogues having a corresponding flux upper limits in the opposing catalogue, and entries include various pieces of metadata such as the probability of the match/non-match, likelihood of match on purely position or brightness grounds, and information on the level to which objects suffer contamination due to hidden and unresolved background sources." + + + + +
+ +
+ + ## Platform and software documentation + + + + + ### Phalanx + + The configuration repository for Rubin's Kubernetes deployments. + + + + + + ### Rubin Science Platform + + The Notebook aspect is a powerful data analysis environment with + Jupyter Notebooks and terminals in the browser. + Documentation for the Rubin Science Platform, including account set up, + portal, notebooks, and API aspects. + + + + + + ### Portal + + The Portal enables you to explore LSST image and table data in + your browser. + + + + + + ### LSST Science Pipelines + + The Science Pipelines include the Butler for accessing LSST data + and a pipeline framework for processing data. The LSST Science + Pipelines Python package is preinstalled in the Notebook aspect. + + + + +
+ +
+ + ## Have more questions? + + Learn how to get support or report issues. + + Want to dive deeper into the Rubin Observatory and Legacy Survey of + Space and Time? [Search in our technical documentation + portal.](https://www.lsst.io) + +
+ + supportPageMdx: | + # Get help with the Rubin Science Platform on rsp.lsst.ac.uk + + For user-oriented questions, contact us on the LSST:UK Slack in the + [#help-desk](https://lsstuk.slack.com). + + Don't forget to check the documentation. ingress: tls: false