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The software behaviour is controlled by two files with steering commands. These files have predefined names:
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steering.txt -- controls main "stable" (un-modified during minimisation) parameters. The file also contains names of data files to be fitted to, definition of kinematic cuts
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parameters.yaml -- new unified parameter file, to control parameters transfered to the reaction interfaces.
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Inclusion of the data files is controlled by `&InFiles` namelist in the `steering.txt` file. For example, by default the following HERA-II files are included:
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```
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| ... | ... | @@ -30,17 +36,6 @@ The resulting $`\chi^2`$ is reported for each data set and for correlated system |
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The minimization information from minuit is stored in the `output/minuit.out.txt` file. The verboseness level of this information can be changed by minuit commands in the `parameters.yaml` file. Make sure that the minuit does not report errors or warnings at the end of minimisation.
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Point by point comparison of the data and predictions after the minimization is provided in `output/fittedresults.txt` file. The file reports three columns corresponding to three first bins of the input tables, data value, sum in quadrature of statistical and uncorrelated systematic uncertainty, total uncertainty, the predicted value, after applying correlated systematic shifts, pulls between data and theory calculated as (data-theory)/uncorrelated_error, data set index. Similar information is stored in `pulls.first.txt` and `pulls.last.txt` ( dataset index, first bin, second bin, third bin, data, theory, pull), however theory is not adjusted for systematic error shifts in this case.
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The software behaviour is controlled by two files with steering commands. These files have predefined names:
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steering.txt -- controls main "stable" (un-modified during minimisation) parameters. The file also contains names of data files to be fitted to, definition of kinematic cuts
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parameters.yaml -- new unified parameter file, to control parameters transfered to the reaction interfaces.
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Inclusion of the data files is controlled by &InFiles namelist in the steering.txt file. For example, by default the following four HERA-I files are included: &InFiles NInputFiles = 7 InputFileNames(1) = 'datafiles/hera/h1zeusCombined/inclusiveDis/1506.06042/HERA1+2_NCep_920.dat' InputFileNames(2) = 'datafiles/hera/h1zeusCombined/inclusiveDis/1506.06042/HERA1+2_NCep_820.dat' InputFileNames(3) = 'datafiles/hera/h1zeusCombined/inclusiveDis/1506.06042/HERA1+2_NCep_575.dat' InputFileNames(4) = 'datafiles/hera/h1zeusCombined/inclusiveDis/1506.06042/HERA1+2_NCep_460.dat' InputFileNames(5) = 'datafiles/hera/h1zeusCombined/inclusiveDis/1506.06042/HERA1+2_NCem.dat' InputFileNames(6) = 'datafiles/hera/h1zeusCombined/inclusiveDis/1506.06042/HERA1+2_CCep.dat' InputFileNames(7) = 'datafiles/hera/h1zeusCombined/inclusiveDis/1506.06042/HERA1+2_CCem.dat'
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The output PDFs are stored in forms of tables in `output/pdfs_q2val_XX.txt` files. Each of the files reports values of gluon and quark PDFs as a function of $`x`$ for fixed $`Q^2`$ points. The $`Q^2`$ values and $`x`$ grid are specified by &Output namelist in the `steering.txt`
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| ... | ... | |
