The FSSC welcomes contributions to the Fermi Science Tools from the scientific community. If you have developed an extension to the science tools or any other tool useful for Fermi data analysis, please let us know and we will post it on this website. While the FSSC will work with the developer to resolve any issues with the software the contribution is provided "as is" and may not work after a software or data upgrade (e.g. to pass 8 data), updating the tool or script remains the responsibility of the developer. For the moment, please direct any communication to the Help Desk.
Program | Purpose | Read Me | Last Update | Author |
---|---|---|---|---|
jrag-timing.py | The jrag timing script allows to do joint radio and gamma-ray pulsar timing using the PINT pulsar timing software. | README | September 20, 2024 | L. Nieder |
gtpsmap.py | The gtpsmap python script compares the data and model 3D maps of an ROI and quantifies the level of deviation by computing the PS map. | README | June 03, 2024 | P. Bruel |
LATSourceModel (replaces make4FGLxml.py) | Produce XML spatial-spectral models of gamma-ray sources within a specified region of the sky for analysis of Fermi LAT data (works with 4FGL-DR4). | Text | July 19, 2023 | T. Johnson |
make4FGLxml.py (replaced by LATSourceModel) | Generate an XML model for a given ROI from the fourth LAT source catalog (works with DR4). | Text | July 19, 2022 | T. Johnson |
easyFermi | A graphical interface that facilitates the usage of Fermipy | Text | June 27, 2022 | R. Menezes |
moonpos-1.2.tgz | This program adds RA_MOON and DEC_MOON to an spacecraft (FT2) file indicating the position of the moon. | Text | March 9, 2022 | P. Ray |
make4FGLxml.py | Generate an xml model for a given ROI from the fourth LAT source catalog (updated for DR3). | Text | February 28, 2022 | T. Johnson |
make_bphase_runner.pl | Make a simple shell script that can call multiple instances of like_bphase.pl | It enables very crude multi_tasking | Feb 22, 2022 (ver. 0.1) |
R. Corbet |
like_bphase.pl | Generates binary phase resolved light curves and spectral fits using likelihood analysis. Not suitable for pulse phase resolved analysis. (Works with pass 8 data.) | Text | Feb 22, 2022 (ver 1.02) |
R. Corbet |
GeoTOA-2.0.tgz | This python tool computes the pulse times of arrival (TOAs) at an observatory (or spacecraft) from unbinned Fermi LAT data using the maximum likelihood methods described in Ray et al. (2011, ApJS, 194, 17). | README | Jan 11, 2022 | M. Kerr, P. Ray |
like_lc.pl | Generates Fermi LAT light curves using likelihood analysis using the CALDB to determine the IRF's (Works with pass 8 R3 data.) | Text | May 11, 2021 (V 2.1) |
R. Corbet |
make4FGLxml.py (v01r06, Python 2) make4FGLxml.py (v01r06, Python 3) |
Generate an xml model for a given ROI from the fourth LAT source catalog. | Text | October 8, 2020 | T. Johnson |
HealPix intensity skymapping tool | Tool to create gamma-ray intensity skymaps in HealPix format from Fermi-LAT data. | README | Nov 30, 2019 | A. Strong |
fermimodel | Produce model files for use in analysis with gtlike and simulations with gtobssim | README | May 28, 2019 | J. Ulbricht |
like_bphase.pl | Generates binary phase resolved light curves and spectral fits using likelihood analysis. Not suitable for pulse phase resolved analysis. (Works with pass 8 data.) | Text | May 14, 2019 (V 0.26) |
R. Corbet |
make3FGLxml.py | Generate an xml model for a given ROI from the third LAT source catalog. | Text | Oct 15, 2018 | T. Johnson |
add_weights.tar | Simple method to calculate photon weights (Bruel 2018), without a full spatial and spectral model, useful for pulsar phase-folding. | ReadMe | October 1, 2018 | D.A. Smith, P.S. Ray, L. Guillemot |
Gammapy | General gamma-ray data analysis package. Some support for Fermi-LAT analysis | Documentation | Continuously Updated | Gammapy team |
cosmax | This is an outreach-oriented suite of simple tools enabling non-experts to create sky maps, animations, etc, with the Fermi-LaT data. | ReadMe | May 13, 2016 | B. Lott and D. Dumora |
Adaptive-binning package | This package allows the creation of lightcurves with a fixed relative statistical uncertainty in each bin (of variable width). | ReadMe | May 13, 2016 | B. Lott |
ctools | ctools are based on GammaLib, a versatile toolbox for the high-level analysis of astronomical gamma-ray data. Besides CTA, GammaLib supports also the analysis of Fermi/LAT and COMPTEL data, and extensions to support further gamma-ray instruments are planned. | Documentation | Apr 15, 2016 | Knödlseder et al. |
GBM_TTE_TGF_SW.v1c.tar.gz | Provides TGF analysis tools for the GBM TTE data products. The version v1c is an update for the Dec 31 2016 leap second and includes update files for longitude calculations. | Feb 9, 2016 | G. Fitzpatrick, M. Briggs | |
fermiPy | fermiPy is a set of python modules and scripts that automate analysis with the Fermi Science Tools. | Documentation | n/a | fermiPy Group |
aperture.pl | This is a Perl script that generates Fermi LAT light curves using aperture photometry. (Works with pass 8 data.) | Text | Nov 15, 2015 (V 1.53) |
R. Corbet |
FermiLATGRBXMLTools | This program contains a collection of methods to manipulate the xml file containing the list of Fermi-LAT detected GRBs. | Readme | Feb 10, 2015 | Dan Kocevski |
osv_1.3.tar | GBM background estimator uses data from orbits that precede and follow the time of interest. It selects days when the spacecraft was at a similar geomagnetic position in its orbit to estimate the current background. | Readme | Dec 17, 2014 | G. Fitzpatrick, M. Briggs & V. Connaughton |
enrico | Complete Fermi LAT analysis suite with a GUI | Documentation | Continuously Updated | D. Sanchez and C. Deil |
latspec-1.1.2.tar.gz | To allow the user to extract lightcurves and Xspec spectra from LAT data. | README | Mar 19, 2014 | N. Shaposhnikov |
Fermi_LAT_Background_Estimator_v4.tar.gz | To estimate the background for LAT GRB's | README | Nov 20, 2013 | V. Vasileiou |
gtapps_mp-1.1.tgz | Multi-processor GTApps | README | May 3, 2013 | J. Perkins |
do_gbm.py | This Python tool performs a semi-automatic analysis of the GBM data (this is particularly useful for transient events, such as GRBs). Included is a document that describes the comparison between running this tool and using the values from the Fermi GBM burst catalog. | Manual Comparison Document |
Sep 25, 2012 | S. Holland |
make2FGLxml.py | Generate an xml model for a given ROI from either the first or second year LAT source catalog. | Oct 20, 2011 | T. Johnson | |
SED_scripts_v13.1.tgz | Produce spectral plots of LAT sources | Aug 3, 2011 | T. Johnson | |
tempo2 LAT plugin | Compute phase for LAT photons using the TEMPO2 package | May 21, 2010 | L. Guillemot | |
makebininf | Codes to convert Fermi LAT event data into a format for use with the PRESTO codes | Text | Mar 10, 2010 | P. Ray & A. Abdo |