Commit 02c80714f04b2ad92fe7d1db55cf895b9ca4bb8e

Authored by Jürgen Knödlseder
1 parent da6f63a1

Remove statements from User documentation that energy dispersions does not work yet

doc/source/users/faq.rst
... ... @@ -112,9 +112,9 @@ asked.
112 112 Consequently, for short observation times (below 30 hours), unbinned
113 113 analysis is faster, while for longer times it is advantageous to use
114 114 a binned analysis.
115   - If you want to take the energy dispersion into account (which is required
116   - if your analysis covers the lowest energies), you need to use unbinned
117   - analysis, since binned analysis does not yet implement energy dispersion.
  115 + If you go to very low energies, either make sure that you have enough
  116 + energy bins in a binned analysis to sample properly the strong drop in the
  117 + effective area towards small energies, or better, use unbinned analysis.
118 118 If you'd like to fit a Gaussian line to your data you may also prefer
119 119 unbinned over binned analysis, as the fine sampling required to resolve
120 120 the line may require a prohibitive large number of energy bins for a binned
... ...
doc/source/users/user_manual/iact_analysis/analysis.rst
... ... @@ -450,8 +450,6 @@ Having all the intermediate data products ready, a binned analysis can be conduc
450 450 Note that when passing an event cube to :ref:`ctlike`, the tool behaves differently than in unbinned mode.
451 451 It queries directly for the additional ingredients for the binned analysis. It is important to pass the background model
452 452 generated by :ref:`ctbkgcube` here to ensure the proper modelling of the background in the fit.
453   -The usage of energy dispersion cannot be included in binned analyses yet. Therefore, the hidden parameter ``edisp=yes``
454   -has no effect in this case.
455 453  
456 454  
457 455  
... ...