VLT Instrument Pipelines

Latest News:

Jul 31, 2019: ESPRESSO Pipeline 1.3.2 released!

To allow user to reduce ESPRESSO data after instrument upgrade a new version was released. More information is available here

May 24, 2019: P-103 Instrument Pipeline Packages released!

For period 103 updated versions of all Instrument Pipeline Packages are now available.

  • For the installation of RPM packages (Fedora 26 to 29, CentOS 7 and Scientific Linux 7) continue here
  • For the installation of MacPorts packages (macOS 10.11 to 10.14) continue here
  • For the source kit installation go here


To get announcements of new pipeline releases, send an email to eso-pipelines-announce-join@eso.org.



Getting Started

  1. Install the pipeline(s) using RPM packages, MacPorts packages or Source Kits.
  2. Detailed usage information can be found in the individual user manuals and tutorials available here

Three Ways to Run a Pipeline

  1. EsoReflex is the recommended environment to reduce ESO data. It automatically organizes input files according to their category and runs the entire reduction chain at the push of a button. It supports break points in the reduction sequence in order to inspect and interact with intermediate and final products and rerun the corresponding step if necessary.
  2. Gasgano is a Java-based data file organizer developed and maintained by ESO. It can be used to manage and organize in a systematic way the astronomical data observed and produced by all VLT compliant telescopes. Gasgano is a graphics-based software tool for organising and viewing data files produced by the VLT Control System. Gasgano offers functionalities for data viewing, grouping, sorting, classification, searching, and filtering of data. And, of course, Gasgano will run any requested CPL recipe on the selected data.
  3. EsoRex, a command-line utility for running pipeline recipes is also available. It may be embedded by users at their home institute into data reduction scripts for the automation of processing tasks.
The underlying algorithms and recipes are the same for a given instrument pipeline, irrespective if EsoReflex, Gasgano or Esorex is used.

Installation Instructions

Fedora, CentOS, Scientific Linux and macOS

Currently ESO provides binary packages for:

  • Fedora (26 to 29)
  • CentOS 7
  • Scientific Linux 7
  • macOS (10.11 to 10.14)
Users of those systems are encouraged to install the Instrument Pipeline packages using the RPM packages or the MacPorts packages respectively.
Please follow the installation instructions for RPM packages or MacPorts packages.

Source Kit package installation

Users of operating systems for which no RPM or MacPorts packages are currently available should follow the instructions in this section.

Software pre-requisites

Please consult the Software Prerequisites page before installing the pipelines or EsoReflex from source.

EsoReflex based Pipeline Installations

For an installation of pipeline packages with EsoReflex support please follow the instructions in this section.

Installations without EsoReflex

If you want to install pipeline packages without EsoReflex support please follow the instruction in this section. It applies to all pipeline packages.

  • Download the desired pipeline kit(s) from the Source Kit column in the table below into an empty, temporary directory.
  • Download the Source Kit installer into the same directory.
  • If necessary, make it executable: chmod u+x install_pipelinekit
  • Execute the command: ./install_pipelinekit *-kit-*.*
  • After the installation the temporary directory with its contents can be deleted.

Instrument Pipeline Packages

Table rows marked with a blue background indicate EsoReflex workflow availability.
Instrument Release Notes Source Kit User Manual Cookbook Additional Documents Additional Datasets EsoReflex Tutorials Status
AMBER 2019-04-01 4.3.9 4.3.9
End of maintenance
CRIRES 2019-05-06 2.3.9 1.13
Cookbook
Operational on hold
DETMON 2018-10-17 1.3.5 1.3.5
Operational on hold
EFOSC 2019-05-06 2.3.3 1.1
Demo Data
Tutorial: 1.1 (EFOSC-IMG)
Tutorial: 1.1 (EFOSC-MOS)
Demo Data: 0.1
End of maintenance
ESPRESSO-DAS 2019-06-05 1.0.3 1.0.3
Tutorial: 1.0.3
Demo Data: 0.9.1
Active
ESPRESSO 2019-07-31 1.3.2 1.3.2
Tutorial: 1.3.2
Demo Data: 0.1.9
Active
FORS 2019-05-06 5.4.3 5.10
Demo Data (29 MB)
Tutorial: 1.3 (FORS-IMG)
Tutorial: 1.3 (FORS-PMOS)
Tutorial: 1.21 (FORS-SPEC)
Demo Data: 0.8
Operational on hold
GIRAFFE 2019-05-20 2.16.5 2.16.5
Cookbook
Standard Calibration Files page
Tutorial: 1.3
Demo Data: 0.3
Operational on hold
GRAVITY 2019-02-27 1.2.4 0.9
Tutorial: 1.2.4
Demo Data: 0.7
Active
HAWKI 2019-05-01 2.4.6 2.4.6
Tutorial: 2.4.6
Demo Data: 0.5
Operational on hold
ISAAC 2018-02-20 6.1.7 1.4
Static Calibration Files (50 MB)
End of maintenance
KMOS 2019-07-30 2.6.5 3.5
Tutorial: 5.0
Demo Data: 2.2.0
Active
MATISSE 2019-05-22 1.4.1 1.4.1
Tutorial: 1.4.1
Demo Data: 0.2
Active
MIDI 2019-04-01 2.9.1 2.9.1
End of maintenance
MUSE 2019-05-20 2.6.2 2.6.2
MUSE IFU 6 trace tables
Leagacy MUSE static calibrations
Tutorial: 14.0 (muse)
Tutorial: 3.1 (muse-zap)
Demo Data: 1.5
Active
NACO 2019-02-25 4.4.8 1.1
Operational on hold
SINFONI 2019-05-20 3.2.3 3.2.3
ADA IV 2006 paper
Calibration Database Example (255 MB)
Demonstration Package (1.2 GB)
Tutorial: 3.2.3
Demo Data: 0.3
Operational on hold
SOFI 2018-01-12 1.5.10 1.2
End of maintenance
SPHERE 2019-05-14 0.38.0 1.38
Tutorial: 1.0 (ifs)
Tutorial: 1.0 (ird-img)
Tutorial: 1.0 (ird-lss)
Tutorial: 1.0 (zpl-img)
Tutorial: 1.0 (zpl-pol)
Demo Data: 1.3
Active
UVES 2019-05-20 5.10.4 5.10.4 (UVES)
5.10.4 (UVES-FIBRE)
Demonstration Package (2.0 GB)
Tutorial: 5.10.4 (UVES)
Tutorial: 5.10.4 (UVES-FIBRE)
Demo Data: 4.4
Operational on hold
VIRCAM 2019-05-01 2.3.4 2.3.4
Tutorial: 2.3.4
Demo Data: 0.1
Operational on hold
VIMOS 2019-05-03 3.3.0 7.4
Demonstration Package (1.7 GB)
Tutorial: 2.5 (VIMOS-IFU)
Tutorial: 2.2 (VIMOS-MOS)
Demo Data: 0.4
Operational on hold
VISIR 2019-02-25 4.3.8 1.7
Tutorial: 1.1
Demo Data: 0.3
Operational on hold
XSHOOTER 2019-05-20 3.3.5 3.3.5
Additional NIR telluric model calatog (190 MB)
Tutorial: 3.3.5
Demo Data: 1.3
Operational on hold

Pipelines Status

The pipeline status determines the level of ESO support in fixing the software. For any help with installation and usage of a pipeline, please contact the helpdesk ticketing system (e-mail to usd-help@eso.org or "Ask for help" link in he User Portal homepage). ESO internal (operations) users should request support from the pipeline developers team using JIRA. Here are the possible entries:
  • Active: Pipelines that are affected by a data product upgrade are considered active in the sense that a project team is actively working on them. These pipelines are fully supported and have the highest priority for support. The support consists in prompt evaluation of all requests.
  • Operational on hold: Pipelines that are on hold are not under active development and are of lower priority for support. Pipelines are put into this status when they are considered to be essentially completed, i.e. no enhancements or upgrades are currently under way. The software support consists in porting these pipelines to new CPL versions, carrying out emergency repairs and fixing trivial problems. The User Support Department will evaluate and answer if possible the requests for help received via helpdesk (usd-help@eso.org), but by default there will be no available support from pipeline developers.
  • End of maintenance: Pipelines in this status are the lowest priority for support. The only work performed on these pipelines is to make sure they can still run in the current ESO environment. The User Support Department evaluates and answers if possible the requests for help received via helpdesk (usd-help@eso.org). Tickets reporting problems on the pipeline will not receive any software support.

 

Additional tools for data visualisation and analysis.
Package
Release Information Release File
Includes CPL,Gasgano,EsoRex,
and static calibration data
Users Manual and Documentation Data Sets
CASA 3D Viewer Current CASA Release Current CASA Release 3D Visualisation Tool Manual
3D Visualisation Tool Cookbook
Visualisation Tool Data Format Specifications
Cookbook Demo Data
Sky Correction and Modeling Tools Molecfit
Skycorr
Skycalc
The skytools webpages provide access to the most recent information and software packages.

 

Publications, Reference Documents, and Links


A list of Data Reduction Frequently Asked Questions is available.

The ESO Quality Control Group processes VLT data and monitors the instrument and data quality. They provide an overview of data and data processing on their web pages.

If you make use of EsoReflex workflows in a scientific publication, please consider citing EsoReflex. You may reference the following paper: Automated Data Reduction Workflows for Astronomy: The ESO Reflex Environment, 2013, Freudling, W., et al., Astron.Astrophys., 559, A96 (Bibtex entry)

The latest applicable version of the Data Flow for VLT/VLTI Instruments Deliverable Specifications (VLT-SPE-ESO-19000-1618) is version 3.