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* ''./nut-report.py charge-stat-file''
* ''./nut-report.py charge-stat-file''


'''Then''':
* ''./nut-plot.py set01-data.csv colorful 5''
* ''./nut-plot.py set01-data.csv blackwhite 5''
* ''./nut-plot.py set01-data.csv colorfulbig 5''
* ''./nut-plot.py set01-data.csv colorful-zoomed  5''
* ''./nut-plot.py set01-data.csv blackwhite-zoomed 5''
* ''./nut-plot.py set01-data.csv colorfulbig-zoomed 5''


'''''Figure 7''''' and '''''8''''' demonstrate as the correlation graphs include both all atom and individual atomic types dependency.
'''''Figure 7''''' and '''''8''''' demonstrate as the correlation graphs include both all atom and individual atomic types dependency.

Revision as of 11:57, 27 June 2016

All the graphs in NEEMP's article showing the correlation between reference charges and EEM charges, have been generated employing two python scripts, nut-report.py and nut.plot.py. The required input file must contain the charge statistics as shown in figure 6 and can be obtained running NEEMP in quality validation mode with the option --chg-stats-out (see here for details).

Figure 6: Close-up from charge statistics file. Along with statistics for each molecule, ab-initio charges (3rd column), EEM charges (4th column) and their difference (5th column) are also printed out.

.

To generate the graphs the scripts must be called in the simple following way:

First:

  • ./nut-report.py charge-stat-file


Figure 7 and 8 demonstrate as the correlation graphs include both all atom and individual atomic types dependency.

Figure 7: All atom correlation graph between QM charges (x axis) and EEM charges (y axis). Figure 8: Correlation graph between QM charges (x axis) and EEM charges (y axis) for O1 atomic type (oxygen with just single bonds).