![]() | Science Archive |
Implemented IVOA Standards: | ADQL 2.0 | DataLink v1.0 | ObsCore v1.1 | SSAP v1.1 |
TAP v1.0 |
UWS v1.1 | DALI v1.1 2017-05-17 |
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Software: | ![]() |
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ESO code (not distributed) implements DataLink, ObsCore; by DFI/ESO |
Last modification date of IVOA standards & ESO software: 2018-07-02
To change the ID in the input box above, you can either manually type therein an ID,
or click on one of the IDs here below (clicking on them sets the ID);
then, click on the service you want to activate.
Sample list of (clickable) IDs:
ADP.2011-06-24T14:55:29.867 (VVV filter=Ks tile image) ADP.2011-06-24T14:55:29.100 (VVV filter=Z tile image) ADP.2014-12-22T15:00:36.163 (VHS VIRCAM filter=Y pawprint image) ADP.2016-07-18T09:00:02.473 (HAWKI filter=BrG tile image) ADP.2016-07-20T09:16:48.344 (HAWKI filter=BrG pawprint image) ADP.2013-08-19T15:03:41.750 (VPhas+ OMEGACAM filter=NB_659 pawprint image) ADP.2013-07-04T15:07:12.747 (KIDS OMEGACAM filter=g_SDSS tile image) ADP.2014-10-01T10:19:21.580 (HARPS spectrum product) |
ADP.2015-04-17T12:15:34.457 (XSHOOTER spectrum of a GRB) HARPS.2004-02-17T03:02:33.233 (HARPS spectrum raw) ADP.2016-09-07T07:57:19.679 (catalogtile) ADP.2016-06-01T14:07:30.134 (cube) ADP.2015-04-13T10:13:41.080 (spectrum GIRAFFE) ADP.2013-07-15T14:08:12.807 (catalog AMBRE) ADP.2014-12-22T14:56:40.210 (srctbl VHS) ADP.2016-03-17T08:31:54.133 (obsolete catalog) ADP.2016-03-17T08:31:54.153 (obsolete srctbl) |
Helper: Characteristics of standard filters | Helper: Characteristics of ESO filters |
Click on a tab to see its contents here.
SUBSTITUTE_ASYNC
2018-07-02: | The eso_ssa.py script illustrates how a python 3 script using the pyvo module can perform queries to the ESO Simple Spectral Access Protocol (SSAP), and retrive the spectra with a SNR grater than a certain threshold. | |||
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2018-09-17: | The eso_raw.py script illustrates how to query and download raw science frames for a given object. 2019-02-13: New version to reflect a change to the dbo.raw table. | |||
2019-11-25: | The eso_download_raw_and_calibs.py script illustrates how to query and download public (i.e. non-proprietary) raw science frames along with the files necessary to calibrate them (via the DataLink and calSelector services). | |||
2020-04-23: | More python examples are available as Jupyter Notebooks at: ESO Science Archive Programmatic: HOWTOs | |||
2020-09-03: | More python jupyter notebook examples are available in the ESO Archive Community Forum.
Currently available:
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2020-09-04: | The eso_authenticated_download_raw_and_calibs.py script illustrates how to download science raw frames with authentication, allowing to download proprietary files if authorised. | |||
... more examples to come... |
Last modification date of Script your access: 2020-09-04
1.- | ![]() |
Click the "select from" icon in the main TOPCAT window
>> The Table Access Protocol (TAP) Query panel opens up. |
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2.- | Keywords: eso.org | Within the Select Service tab, filter the list of TAP services typing eso.org in the "Keywords" input field, and hit the return key.
>> Only the ESO entries remain displayed |
3.- |
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Click either on the ESO TAP_CAT if you want to query the ESO catalogs, or on the ESO TAP_OBS if you want to query the ESO raw, reduced, and ambient data. |
4.- | Use Service | Click the "Use service" button at the bottom right;
>> The TAP search interface for the selected TAP service shows up. |
5.- | Examples | Click the "Examples" button at the bottom left, therein you can choose various query examples, which you can use as TMPL for your own queries. |
1.- | ![]() |
Click the table-lightening icon in the main TOPCAT panel >> Activation Actions panel shows up |
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2.- | + | Click the green plus-sign button >> pulldown menu shows up |
3.- | View Datalink Table | Select the "View Datalink Table" from the opened pulldown menu >> the access_url field should now be associated with the View Datalink Table action. |
After that, go back to the table of results; when clicking on any access_url field: a new table opens up, with the results of the datalink query, showing you the access point(s) to the main science file (#this) and to other related files (preview, ancillary, progenitors), and even to derivations (other products generated from #this one) if they exist. |