Difference between revisions of "Fermi-LAT"
(Created page with "The Fermi Large Area Telescope (LAT) observes the gamma-ray sky from 20 MeV up to 1 TeV. It does so by scanning the entire sky three times a day, hence, there is gamma-ray dat...") |
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To run those scripts, it is necessary to have both the Fermitools and ''fermipy'' installed, ideally in a conda environment. There are two options for the user to do so: creating the corresponding conda environment yourself, or calling a currently existing conda environment. | To run those scripts, it is necessary to have both the Fermitools and ''fermipy'' installed, ideally in a conda environment. There are two options for the user to do so: creating the corresponding conda environment yourself, or calling a currently existing conda environment. | ||
| − | + | === Option 1 - Installing and creating a conda environment yourself === | |
| − | ===Option 2 - Using the existing conda environment (Fermitools 1.2.23 & fermipy version 0.20.0)=== | + | === Option 2 - Using the existing conda environment (Fermitools 1.2.23 & fermipy version 0.20.0) === |
== Troubleshooting == | == Troubleshooting == | ||
Revision as of 20:54, 15 May 2021
The Fermi Large Area Telescope (LAT) observes the gamma-ray sky from 20 MeV up to 1 TeV. It does so by scanning the entire sky three times a day, hence, there is gamma-ray data available for each day for every position on the sky.
The following
Installation & preparation
To analyse data from Fermi-LAT, the Fermitools are needed. Additionally, there is a python package, called fermipy, such that one can do the data analysis from within a python environment. There are analysis scripts, written using fermipy, available to create either a spectrum or a light curve, which are available at $FERMITOOLS, linking to /software/Science/satscripts/fermiscripts.
To run those scripts, it is necessary to have both the Fermitools and fermipy installed, ideally in a conda environment. There are two options for the user to do so: creating the corresponding conda environment yourself, or calling a currently existing conda environment.
Option 1 - Installing and creating a conda environment yourself
Option 2 - Using the existing conda environment (Fermitools 1.2.23 & fermipy version 0.20.0)
Troubleshooting
Programmiertext.
Contact person
The scripts and this wiki entry has been written by Andrea Gokus. In case of any further questions or problems, please contact her via andrea.gokus[at]fau.de.