Supplementary material of CTAO publication "Prospects for dark matter observations in dwarf spheroidal galaxies with the Cherenkov Telescope Array Observatory "

This repository allows to reproduce almost the complete analysis and the plots of the publication "Prospects for dark matter observations in dwarf spheroidal galaxies with the Cherenkov Telescope Array Observatory " of the CTAO, currently submitted for publication in MNRAS, and available in preprint https://arxiv.org/abs/2508.19120. It contains also additional material that is not reported in the publication such as tables of astrophysical factors, that could be used separately.

Breakdown of the content:

1/ Clumpy DM density and astrophysical profiles

Clumpy is the open source public software used for the generation of DM density profiles and astrophysical factors for the work. In the `clumpy` folder one can find

1A/ Clumpy density profiles, that contains the density profiles in function of the angular distance from the dsph center (as well as a README to explain its content):

clumpy/DMdensity/
clumpy/DMdensity/README.md
clumpy/DMdensity/dm_densityprofile_burkert.dat
clumpy/DMdensity/dm_densityprofile_burkert_others.dat
clumpy/DMdensity/dm_densityprofile_einasto.dat
clumpy/DMdensity/dm_densityprofile_einasto_others.dat

1B/ Clumpy annihilating-DM astrophysical profiles for Einasto and Burkert profiles, that contains the median and +-1/2 sigma profiles in function of the angular distance, in the clumpy format:

clumpy/Jfactors/profile/Burkert/README.md
clumpy/Jfactors/profile/Burkert/rvir_BooI_MCMC.dat.Jalphaint_cls.output
clumpy/Jfactors/profile/Burkert/rvir_CBe_MCMC.dat.Jalphaint_cls.output
clumpy/Jfactors/profile/Burkert/rvir_DraI_MCMC.dat.Jalphaint_cls.output
clumpy/Jfactors/profile/Burkert/rvir_GruII_MCMC.dat.Jalphaint_cls.output
clumpy/Jfactors/profile/Burkert/rvir_RetII_MCMC.dat.Jalphaint_cls.output
clumpy/Jfactors/profile/Burkert/rvir_Scl_MCMC.dat.Jalphaint_cls.output
clumpy/Jfactors/profile/Burkert/rvir_Seg1_MCMC.dat.Jalphaint_cls.output
clumpy/Jfactors/profile/Burkert/rvir_Sex_MCMC.dat.Jalphaint_cls.output
clumpy/Jfactors/profile/Burkert/rvir_SgrII_MCMC.dat.Jalphaint_cls.output
clumpy/Jfactors/profile/Burkert/rvir_SgrI_MCMC.dat.Jalphaint_cls.output
clumpy/Jfactors/profile/Burkert/rvir_TriII_MCMC.dat.Jalphaint_cls.output
clumpy/Jfactors/profile/Burkert/rvir_UMaII_MCMC.dat.Jalphaint_cls.output
clumpy/Jfactors/profile/Burkert/rvir_UMi_MCMC.dat.Jalphaint_cls.output
clumpy/Jfactors/profile/Burkert/rvir_Wil1_MCMC.dat.Jalphaint_cls.output

clumpy/Jfactors/profile/Einasto/rvir_BooI_MCMC.dat.Jalphaint_cls.output
clumpy/Jfactors/profile/Einasto/rvir_CBe_MCMC.dat.Jalphaint_cls.output
clumpy/Jfactors/profile/Einasto/rvir_DraI_MCMC.dat.Jalphaint_cls.output
clumpy/Jfactors/profile/Einasto/rvir_GruII_MCMC.dat.Jalphaint_cls.output
clumpy/Jfactors/profile/Einasto/rvir_RetII_MCMC.dat.Jalphaint_cls.output
clumpy/Jfactors/profile/Einasto/rvir_Scl_MCMC.dat.Jalphaint_cls.output
clumpy/Jfactors/profile/Einasto/rvir_Seg1_MCMC.dat.Jalphaint_cls.output
clumpy/Jfactors/profile/Einasto/rvir_Sex_MCMC.dat.Jalphaint_cls.output
clumpy/Jfactors/profile/Einasto/rvir_SgrII_MCMC.dat.Jalphaint_cls.output
clumpy/Jfactors/profile/Einasto/rvir_SgrI_MCMC.dat.Jalphaint_cls.output
clumpy/Jfactors/profile/Einasto/rvir_TriII_MCMC.dat.Jalphaint_cls.output
clumpy/Jfactors/profile/Einasto/rvir_UMaII_MCMC.dat.Jalphaint_cls.output
clumpy/Jfactors/profile/Einasto/rvir_UMi_MCMC.dat.Jalphaint_cls.output
clumpy/Jfactors/profile/Einasto/rvir_Wil1_MCMC.dat.Jalphaint_cls.output

1C/ the same but for the decay-astrophysical factors. 

clumpy/Dfactors/profile/Burkert/rvir_BooI_MCMC.dat.Dalphaint_cls.output
clumpy/Dfactors/profile/Burkert/rvir_CBe_MCMC.dat.Dalphaint_cls.output
clumpy/Dfactors/profile/Burkert/rvir_DraI_MCMC.dat.Dalphaint_cls.output
clumpy/Dfactors/profile/Burkert/rvir_GruII_MCMC.dat.Dalphaint_cls.output
clumpy/Dfactors/profile/Burkert/rvir_RetII_MCMC.dat.Dalphaint_cls.output
clumpy/Dfactors/profile/Burkert/rvir_Scl_MCMC.dat.Dalphaint_cls.output
clumpy/Dfactors/profile/Burkert/rvir_Seg1_MCMC.dat.Dalphaint_cls.output
clumpy/Dfactors/profile/Burkert/rvir_Sex_MCMC.dat.Dalphaint_cls.output
clumpy/Dfactors/profile/Burkert/rvir_SgrII_MCMC.dat.Dalphaint_cls.output
clumpy/Dfactors/profile/Burkert/rvir_SgrI_MCMC.dat.Dalphaint_cls.output
clumpy/Dfactors/profile/Burkert/rvir_TriII_MCMC.dat.Dalphaint_cls.output
clumpy/Dfactors/profile/Burkert/rvir_UMaII_MCMC.dat.Dalphaint_cls.output
clumpy/Dfactors/profile/Burkert/rvir_UMi_MCMC.dat.Dalphaint_cls.output
clumpy/Dfactors/profile/Burkert/rvir_Wil1_MCMC.dat.Dalphaint_cls.output

clumpy/Dfactors/profile/Einasto/rvir_BooI_MCMC.dat.Dalphaint_cls.output
clumpy/Dfactors/profile/Einasto/rvir_CBe_MCMC.dat.Dalphaint_cls.output
clumpy/Dfactors/profile/Einasto/rvir_DraI_MCMC.dat.Dalphaint_cls.output
clumpy/Dfactors/profile/Einasto/rvir_GruII_MCMC.dat.Dalphaint_cls.output
clumpy/Dfactors/profile/Einasto/rvir_RetII_MCMC.dat.Dalphaint_cls.output
clumpy/Dfactors/profile/Einasto/rvir_Scl_MCMC.dat.Dalphaint_cls.output
clumpy/Dfactors/profile/Einasto/rvir_Seg1_MCMC.dat.Dalphaint_cls.output
clumpy/Dfactors/profile/Einasto/rvir_Sex_MCMC.dat.Dalphaint_cls.output
clumpy/Dfactors/profile/Einasto/rvir_SgrII_MCMC.dat.Dalphaint_cls.output
clumpy/Dfactors/profile/Einasto/rvir_SgrI_MCMC.dat.Dalphaint_cls.output
clumpy/Dfactors/profile/Einasto/rvir_TriII_MCMC.dat.Dalphaint_cls.output
clumpy/Dfactors/profile/Einasto/rvir_UMaII_MCMC.dat.Dalphaint_cls.output
clumpy/Dfactors/profile/Einasto/rvir_UMi_MCMC.dat.Dalphaint_cls.output
clumpy/Dfactors/profile/Einasto/rvir_Wil1_MCMC.dat.Dalphaint_cls.output

1D/ The corresponding 2Dmaps (fits file) generated with `gammapy`:

clumpy/Dfactors/2Dmaps/Burkert/decay_CBe2D_FOVdiameter10.0deg_nside1024-DFACTOR-Dtot-image.fits
clumpy/Dfactors/2Dmaps/Burkert/decay_DraI2D_FOVdiameter10.0deg_nside1024-DFACTOR-Dtot-image.fits
clumpy/Dfactors/2Dmaps/Burkert/decay_RetII2D_FOVdiameter10.0deg_nside1024-DFACTOR-Dtot-image.fits
clumpy/Dfactors/2Dmaps/Burkert/decay_Scl2D_FOVdiameter10.0deg_nside1024-DFACTOR-Dtot-image.fits
clumpy/Dfactors/2Dmaps/Burkert/decay_SgrII2D_FOVdiameter10.0deg_nside1024-DFACTOR-Dtot-image.fits
clumpy/Dfactors/2Dmaps/Burkert/decay_UMaII2D_FOVdiameter10.0deg_nside1024-DFACTOR-Dtot-image.fits
clumpy/Dfactors/2Dmaps/Burkert/decay_UMi2D_FOVdiameter10.0deg_nside1024-DFACTOR-Dtot-image.fits
clumpy/Dfactors/2Dmaps/Burkert/decay_Wil12D_FOVdiameter10.0deg_nside1024-DFACTOR-Dtot-image.fits

clumpy/Dfactors/2Dmaps/Einasto/decay_CBe2D_FOVdiameter10.0deg_nside1024-DFACTOR-Dtot-image.fits
clumpy/Dfactors/2Dmaps/Einasto/decay_DraI2D_FOVdiameter10.0deg_nside1024-DFACTOR-Dtot-image.fits
clumpy/Dfactors/2Dmaps/Einasto/decay_RetII2D_FOVdiameter10.0deg_nside1024-DFACTOR-Dtot-image.fits
clumpy/Dfactors/2Dmaps/Einasto/decay_Scl2D_FOVdiameter10.0deg_nside1024-DFACTOR-Dtot-image.fits
clumpy/Dfactors/2Dmaps/Einasto/decay_SgrII2D_FOVdiameter10.0deg_nside1024-DFACTOR-Dtot-image.fits
clumpy/Dfactors/2Dmaps/Einasto/decay_UMaII2D_FOVdiameter10.0deg_nside1024-DFACTOR-Dtot-image.fits
clumpy/Dfactors/2Dmaps/Einasto/decay_UMi2D_FOVdiameter10.0deg_nside1024-DFACTOR-Dtot-image.fits
clumpy/Dfactors/2Dmaps/Einasto/decay_Wil12D_FOVdiameter10.0deg_nside1024-DFACTOR-Dtot-image.fits

along with the script to generate them:

clumpy/Jfactors/2Dmaps/makeFitsImage.py

clumpy/Dfactors/2Dmaps/makeFitsImage.py

2/ The instrument response functions of CTAO (Prod5.1)

The analysis is based on Prod5.1 CTAO IRFs available at https://doi.org/10.5281/zenodo.5499840. The folder

IRFs/HOWTO.md

contains an instruction file to retrieve the IRFs and place them correctly to run scripts.

3/ The actual limits (sigmav, tau) obtained from our analysis, expressed in quantiles.

These comes 

• from single targets or combined targets,
• for annihilation and decay,
• for Burkert or Einasto profiles
• considering the astrophysical factor as a nuisance parameter (`wsj`) or not (`wosj`)

3.1/ Annihilation sigmav limits without J-factor as nuisance

limits_wosj/annihilation/combined/Combined_annichilation_CBe_Wil1_t600_wosj_quantiles.csv
limits_wosj/annihilation/combined/Combined_annihilation_AllSources_t600_wosj_quantiles.csv


limits_wosj/annihilation/single/CBe_burkert_annihilation_t100h_wosj_quantiles.csv
limits_wosj/annihilation/single/CBe_einasto_annihilation_t100h_wosj_quantiles.csv
limits_wosj/annihilation/single/DraI_burkert_annihilation_t100h_wosj_quantiles.csv
limits_wosj/annihilation/single/DraI_einasto_annihilation_t100h_wosj_quantiles.csv
limits_wosj/annihilation/single/RetII_burkert_annihilation_t100h_wosj_quantiles.csv
limits_wosj/annihilation/single/RetII_einasto_annihilation_t100h_wosj_quantiles.csv
limits_wosj/annihilation/single/Scl_burkert_annihilation_t100h_wosj_quantiles.csv
limits_wosj/annihilation/single/Scl_einasto_annihilation_t100h_wosj_quantiles.csv
limits_wosj/annihilation/single/SgrII_burkert_annihilation_t100h_wosj_quantiles.csv
limits_wosj/annihilation/single/SgrII_einasto_annihilation_t100h_wosj_quantiles.csv
limits_wosj/annihilation/single/UMaII_burkert_annihilation_t100h_wosj_quantiles.csv
limits_wosj/annihilation/single/UMaII_einasto_annihilation_t100h_wosj_quantiles.csv
limits_wosj/annihilation/single/UMi_burkert_annihilation_t100h_wosj_quantiles.csv
limits_wosj/annihilation/single/UMi_einasto_annihilation_t100h_wosj_quantiles.csv
limits_wosj/annihilation/single/Wil1_burkert_annihilation_t100h_wosj_quantiles.csv
limits_wosj/annihilation/single/Wil1_einasto_annihilation_t100h_wosj_quantiles.csv

3.2/ Decay lifetime limits without J-factor as nuisance

limits_wosj/decay/combined/Combined_decay_einasto_AllSources_t600_wosj_quantiles.csv
limits_wosj/decay/combined/Combined_decay_einasto_CBe_UMi_t600_wosj_quantiles.csv

limits_wosj/decay/single/CBe_burkert_decay_t100h_wosj_quantiles.csv
limits_wosj/decay/single/CBe_einasto_decay_t100h_wosj_quantiles.csv
limits_wosj/decay/single/DraI_burkert_decay_t100h_wosj_quantiles.csv
limits_wosj/decay/single/DraI_einasto_decay_t100h_wosj_quantiles.csv
limits_wosj/decay/single/RetII_burkert_decay_t100h_wosj_quantiles.csv
limits_wosj/decay/single/RetII_einasto_decay_t100h_wosj_quantiles.csv
limits_wosj/decay/single/Scl_burkert_decay_t100h_wosj_quantiles.csv
limits_wosj/decay/single/Scl_einasto_decay_t100h_wosj_quantiles.csv
limits_wosj/decay/single/SgrII_burkert_decay_t100h_wosj_quantiles.csv
limits_wosj/decay/single/SgrII_einasto_decay_t100h_wosj_quantiles.csv
limits_wosj/decay/single/UMaII_burkert_decay_t100h_wosj_quantiles.csv
limits_wosj/decay/single/UMaII_einasto_decay_t100h_wosj_quantiles.csv
limits_wosj/decay/single/UMi_burkert_decay_t100h_wosj_quantiles.csv
limits_wosj/decay/single/UMi_einasto_decay_t100h_wosj_quantiles.csv
limits_wosj/decay/single/Wil1_burkert_decay_t100h_wosj_quantiles.csv
limits_wosj/decay/single/Wil1_einasto_decay_t100h_wosj_quantiles.csv

3.3/ Annihilation cross-section limits with J-factor as nuisance

limits_wsj/annihilation/combined/combined_burkert_annihilation_DraI_UMi_t600_wsj_quantiles.csv
limits_wsj/annihilation/combined/combined_burkert_annihilation_allSources_t600_wsj_quantiles.csv
limits_wsj/annihilation/combined/combined_einasto_annihilation_CBe_Wil1_t600_wsj_quantiles.csv
limits_wsj/annihilation/combined/combined_einasto_annihilation_DraI_UMi_t600_wsj_quantiles.csv
limits_wsj/annihilation/combined/combined_einasto_annihilation_allSources_t600_wsj_quantiles.csv

limits_wsj/annihilation/single/CBe_burkert_annichilation_t100_wsj_quantiles.csv
limits_wsj/annihilation/single/CBe_einasto_annihilation_t100_wsj_quantiles.csv
limits_wsj/annihilation/single/DraI_burkert_annichilation_t100_wsj_quantiles.csv
limits_wsj/annihilation/single/DraI_einasto_annihilation_t100_wsj_quantiles.csv
limits_wsj/annihilation/single/RetII_burkert_annichilation_t100_wsj_quantiles.csv
limits_wsj/annihilation/single/RetII_einasto_annihilation_t100_wsj_quantiles.csv
limits_wsj/annihilation/single/Scl_burkert_annichilation_t100_wsj_quantiles.csv
limits_wsj/annihilation/single/Scl_einasto_annihilation_t100_wsj_quantiles.csv
limits_wsj/annihilation/single/SgrII_burkert_annichilation_t100_wsj_quantiles.csv
limits_wsj/annihilation/single/SgrII_einasto_annihilation_t100_wsj_quantiles.csv
limits_wsj/annihilation/single/UMaII_burkert_annichilation_t100_wsj_quantiles.csv
limits_wsj/annihilation/single/UMaII_einasto_annihilation_t100_wsj_quantiles.csv
limits_wsj/annihilation/single/UMi_burkert_annichilation_t100_wsj_quantiles.csv
limits_wsj/annihilation/single/UMi_einasto_annihilation_t100_wsj_quantiles.csv
limits_wsj/annihilation/single/Wil1_burkert_annichilation_t100_wsj_quantiles.csv
limits_wsj/annihilation/single/Wil1_einasto_annihilation_t100_wsj_quantiles.csv

3.4/ Decay lifetime limits with J-factor as nuisance

limits_wsj/decay/combined/combined_burkert_decay_DraI_UMi_t600_wsj_quantiles.csv
limits_wsj/decay/combined/combined_burkert_decay_allSources_t600_wsj_quantiles.csv
limits_wsj/decay/combined/combined_einasto_decay_CBe_Wil1_t600_wsj_quantiles.csv
limits_wsj/decay/combined/combined_einasto_decay_DraI_UMi_t600_wsj_quantiles.csv
limits_wsj/decay/combined/combined_einasto_decay_allSources_t600_wsj_quantiles.csv

limits_wsj/decay/single/CBe_burkert_decay_t100_wsj_quantiles.csv
limits_wsj/decay/single/CBe_einasto_decay_t100_wsj_quantiles.csv
limits_wsj/decay/single/DraI_burkert_decay_t100_wsj_quantiles.csv
limits_wsj/decay/single/DraI_einasto_decay_t100_wsj_quantiles.csv
limits_wsj/decay/single/RetII_burkert_decay_t100_wsj_quantiles.csv
limits_wsj/decay/single/RetII_einasto_decay_t100_wsj_quantiles.csv
limits_wsj/decay/single/Scl_burkert_decay_t100_wsj_quantiles.csv
limits_wsj/decay/single/Scl_einasto_decay_t100_wsj_quantiles.csv
limits_wsj/decay/single/SgrII_burkert_decay_t100_wsj_quantiles.csv
limits_wsj/decay/single/SgrII_einasto_decay_t100_wsj_quantiles.csv
limits_wsj/decay/single/UMaII_burkert_decay_t100_wsj_quantiles.csv
limits_wsj/decay/single/UMaII_einasto_decay_t100_wsj_quantiles.csv
limits_wsj/decay/single/UMi_burkert_decay_t100_wsj_quantiles.csv
limits_wsj/decay/single/UMi_einasto_decay_t100_wsj_quantiles.csv
limits_wsj/decay/single/Wil1_burkert_decay_t100_wsj_quantiles.csv
limits_wsj/decay/single/Wil1_einasto_decay_t100_wsj_quantiles.csv

4/ Plotting parts

These notebooks were used to plot figures. When the paper will be accepted, we will add figure numbers.

4.1/ DM profiles and astrophysical profiles

plots/plots_dm_profiles/makeplot_dm_2dmap_profiles.ipynb
plots/plots_dm_profiles/makeplot_dm_astro_profiles_14.ipynb
plots/plots_dm_profiles/makeplot_dm_density_profile_14.ipynb
plots/plots_dm_profiles/makeplot_dmspectra.ipynb


plots/ctao_ksp_dsphs.yaml


plots/plots_dm_profiles/2Dmaps_dsph_parameters.csv
plots/plots_dm_profiles/AstroProfiles_dsph_parameters_14.csv
plots/plots_dm_profiles/Density_dsph_parameters_14.csv

4.2/ DM profiles and astrophysical profiles

plots/plots_limits/makeplot_dsphKSP_ann_dec.ipynb
plots/plots_limits/makeplot_limits_combined_ann_bb.ipynb
plots/plots_limits/makeplot_limits_combined_ann_dec_allch.ipynb
plots/plots_limits/makeplot_limits_combined_dec_bb.ipynb
plots/plots_limits/makeplot_limits_single_ann.ipynb
plots/plots_limits/makeplot_limits_single_decay.ipynb

with additional input files

plots/plots_limits/Relic_WIMP_Abundance.tsv

plots/plots_limits/dmbounds/ando_2015_fig4_decay_bb.ecsv
plots/plots_limits/dmbounds/cirelli_2012_cta_fornax_decay_bb.csv
plots/plots_limits/dmbounds/cirelli_2012_cta_fornax_decay_tautau.csv
plots/plots_limits/dmbounds/collider_2015_atlascms_ann_bb.ecsv
plots/plots_limits/dmbounds/collider_2015_atlascms_ann_tautau.ecsv
plots/plots_limits/dmbounds/cta_2021_gc_WW_core.ecsv
plots/plots_limits/dmbounds/cta_2021_gc_ann_bb_sens.ecsv
plots/plots_limits/dmbounds/cta_2021_gc_ann_tautau_sens.ecsv
plots/plots_limits/dmbounds/cta_2023_LMC_ann_WW_sens_ISOmax.ecsv
plots/plots_limits/dmbounds/cta_2023_LMC_ann_WW_sens_ISOmean.ecsv
plots/plots_limits/dmbounds/cta_2023_LMC_ann_WW_sens_NFWmax.ecsv
plots/plots_limits/dmbounds/cta_2023_LMC_ann_WW_sens_NFWmean.ecsv
plots/plots_limits/dmbounds/cta_2023_LMC_ann_bb_sens_ISOmax.ecsv
plots/plots_limits/dmbounds/cta_2023_LMC_ann_bb_sens_ISOmean.ecsv
plots/plots_limits/dmbounds/cta_2023_LMC_ann_bb_sens_NFWmax.ecsv
plots/plots_limits/dmbounds/cta_2023_LMC_ann_bb_sens_NFWmean.ecsv
plots/plots_limits/dmbounds/cta_2023_LMC_ann_mumu_sens_ISOmax.ecsv
plots/plots_limits/dmbounds/cta_2023_LMC_ann_mumu_sens_ISOmean.ecsv
plots/plots_limits/dmbounds/cta_2023_LMC_ann_mumu_sens_NFWmax.ecsv
plots/plots_limits/dmbounds/cta_2023_LMC_ann_mumu_sens_NFWmean.ecsv
plots/plots_limits/dmbounds/cta_2023_LMC_ann_tautau_sens_ISOmax.ecsv
plots/plots_limits/dmbounds/cta_2023_LMC_ann_tautau_sens_ISOmean.ecsv
plots/plots_limits/dmbounds/cta_2023_LMC_ann_tautau_sens_NFWmax.ecsv
plots/plots_limits/dmbounds/cta_2023_LMC_ann_tautau_sens_NFWmean.ecsv
plots/plots_limits/dmbounds/cta_2023_perseuscluster_dec_bb_sens.ecsv
plots/plots_limits/dmbounds/cta_2023_perseuscluster_dec_tautau_sens.ecsv
plots/plots_limits/dmbounds/cta_perseus_ksp_bb.csv
plots/plots_limits/dmbounds/cta_perseus_ksp_tautau.csv
plots/plots_limits/dmbounds/cta_subhalo_bb.ecsv
plots/plots_limits/dmbounds/cta_subhalo_tautau.ecsv
plots/plots_limits/dmbounds/directsearches_2015_coupp_ann_bb.ecsv
plots/plots_limits/dmbounds/directsearches_2015_coupp_ann_tautau.ecsv
plots/plots_limits/dmbounds/hawc_2018_multidsph_ann_bb_notri2.ecsv
plots/plots_limits/dmbounds/hawc_2018_multidsph_ann_tautau_notri2.ecsv
plots/plots_limits/dmbounds/hess_2020_multidsph_ann_bb.ecsv
plots/plots_limits/dmbounds/hess_2020_multidsph_ann_tautau.ecsv
plots/plots_limits/dmbounds/lat_2012_gc_dec_bb.ecsv
plots/plots_limits/dmbounds/lat_2016_multidsph_dec_bb.ecsv
plots/plots_limits/dmbounds/lat_2016_multidsph_dec_tautau.ecsv
plots/plots_limits/dmbounds/lat_2023_multidsph_ann_bb_measured.ecsv
plots/plots_limits/dmbounds/lat_2023_multidsph_ann_tautau_measured.ecsv
plots/plots_limits/dmbounds/lhaaso_2024_multidsph_ann_bb.ecsv
plots/plots_limits/dmbounds/lhaaso_2024_multidsph_ann_tautau.ecsv
plots/plots_limits/dmbounds/lhaaso_2024_multidsph_dec_bb.ecsv
plots/plots_limits/dmbounds/lhaaso_2024_multidsph_dec_tautau.ecsv
plots/plots_limits/dmbounds/magic_2018_perseuscluster_dec_bb.ecsv
plots/plots_limits/dmbounds/magic_2018_perseuscluster_dec_tautau.ecsv
plots/plots_limits/dmbounds/magic_2022_multidsph_ann_bb.ecsv
plots/plots_limits/dmbounds/magic_2022_multidsph_ann_tautau.ecsv
plots/plots_limits/dmbounds/veritas_2017_multidsph_ann_bb.ecsv
plots/plots_limits/dmbounds/veritas_2017_multidsph_ann_tautau.ecsv