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Along with '''NEEMP''' we provide an handy python script to generate charge correlation graphs and quality assay reports, namely '''''nut-report.py'''''. To run the above-mentioned script, ''python'' and ''R'' packages must be installed in the system.   
Along with '''NEEMP''' we provide an handy python script to generate charge correlation graphs and quality assay reports, named '''''nut-report.py'''''. To run the above-mentioned script, ''python'' and ''R'' packages must be installed in the system.   
'''''Figure 5''''' displays the required input file in which for each atom the difference between the ''reference QM charge'' and the ''EEM charge'' is calculated. Such a file can be obtained running '''NEEMP''' in ''quality validation'' mode with the option <code>--chg-stats-out</code> (see [[NEEMP:Examples#Example 8 - Quality validation | example]] or [[NEEMP:Modes#Quality validation | quality validation]] for details).
'''''Figure 5''''' displays the required input file in which for each atom the difference between the ''reference QM charge'' and the ''EEM charge'' is calculated. Such a file can be obtained running '''NEEMP''' in ''quality validation'' mode with the option <code>--chg-stats-out</code> (see [[NEEMP:Examples#Example 8 - Quality validation | example]] or [[NEEMP:Modes#Quality validation | quality validation]] for details).



Revision as of 10:50, 29 June 2016

Along with NEEMP we provide an handy python script to generate charge correlation graphs and quality assay reports, named nut-report.py. To run the above-mentioned script, python and R packages must be installed in the system. Figure 5 displays the required input file in which for each atom the difference between the reference QM charge and the EEM charge is calculated. Such a file can be obtained running NEEMP in quality validation mode with the option --chg-stats-out (see example or quality validation for details).


SCRIPT BASIC USAGE: ./nut-report.py chg-stats-out-file


Figure 5: 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.

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Once the script has been executed, a bunch of output files are generated in the chg-stats-out-file directory. In particular:

  • csv files containing per-atom charge information and values for several performance evaluating metrics for each atomic type and molecule
  • png files displaying the charge correlation graphs for the whole set and for each atomic type (as shown in figure 6 and figure 7 respectively)
  • html file gathering together all the previous information in an interactive and more easily readable report page (see figure 8 and figure 9 or click here for a more comprehensive view)
Figure 6: All atom correlation graph between QM charges (x axis) and EEM charges (y axis). Figure 7: Correlation graph between QM charges (x axis) and EEM charges (y axis) for O1 atomic type (oxygen with just single bonds).