Got it! Thanks!

On Tuesday, November 17, 2015 at 11:28:58 AM UTC-6, Christoph Junghans 
wrote:
>
> Hi, 
>
>
> 2015-11-16 21:00 GMT-07:00 MSW <[email protected] <javascript:>>: 
> > 
> > Dear VOTCA users, 
> > 
> > I am trying to calculate the other bonded distributions that I did not 
> > iterate over during each iteration. I am iterating over the angle term 
> only 
> > but I want to see how the bond and dihedral terms change. I just want to 
> > calculate the bond and dihedral distribution without iterating or 
> producing 
> > potential for them. 
> There are two way of doing what you want: 
> 1.) list all interaction in your settings file, but set do_potential=0 
> for those you don't want to iterate. 
> or 
> 2.) Overload "rdf gromacs" by a script which uses a different settings.xml 
> file 
> (see section 91. of the manual for details) 
>
> > 
> > I used the following example, but I still produce potential for bond and 
> > dihedral. I think because I included "<inverse>     </inverse>" 
> > 
> > <cg> 
> >   <bonded> 
> >     <!-- bond --> 
> >     <name>bond1</name> 
> >     <min>0.236000</min> 
> >     <max>0.292000</max> 
> >     <step>0.001</step> 
> >     <inverse> 
> >       <target>bond1.dist.tgt</target> 
> >       <gromacs> 
> >          <table>table_b1.xvg</table> 
> >       </gromacs> 
> >     </inverse> 
> >   </bonded> 
> >   <bonded> 
> >     <!-- angle --> 
> >     <name>angle1</name> 
> >     <min>1.100175</min> 
> >     <max>1.801287</max> 
> >     <step>0.001</step> 
> >     <inverse> 
> >       <target>angle1.dist.tgt</target> 
> >       <do_potential>1</do_potential> 
> >       <post_update>scale</post_update> 
> >       <post_update_options> 
> >       <scale>0.010000</scale> 
> >       </post_update_options> 
> >       <post_add>convergence</post_add> 
> >       <gromacs> 
> >          <table>table_a1.xvg</table> 
> >       </gromacs> 
> >     </inverse> 
> >   </bonded> 
> >   <bonded> 
> >     <!-- dihedral --> 
> >     <name>dihedral1</name> 
> >     <min>-1.510723</min> 
> >     <max>2.801333</max> 
> >     <step>0.01</step> 
> >     <inverse> 
> >       <target>dihedral1.dist.tgt</target> 
> >       <gromacs> 
> >          <table>table_d1.xvg</table> 
> >       </gromacs> 
> >     </inverse> 
> >   </bonded> 
> >   <inverse> 
> >     <kBT>2.49435</kBT> 
> >     <program>gromacs</program> 
> >     <gromacs> 
> >       <equi_time>200</equi_time> 
> >       <table_bins>0.002</table_bins> 
> >       <pot_max>1000000</pot_max> 
> >       <table_end>5.0</table_end> 
> >       <topol>topol.tpr</topol> 
> >       <traj>traj.xtc</traj> 
> >       <mdrun> 
> >          <opts> -nt 4 </opts> 
> >       </mdrun> 
> >     </gromacs> 
> >     <map>NCP_CG.xml</map> 
> >     <filelist>grompp.mdp topol.top table.xvg index.ndx table_b1.xvg 
> > table_d1.xvg </filelist> 
> >     <iterations_max>1</iterations_max> 
> >     <convergence_check> 
> >       <type>default</type> 
> >       <limit>5</limit> 
> >     </convergence_check> 
> >     <method>ibi</method> 
> >     <log_file>inverse.log</log_file> 
> >     <restart_file>restart_points.log</restart_file> 
> >   </inverse> 
> > </cg> 
> > 
> > Thanks 
> > 
> > Mohammad 
> > 
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>
>
>
> -- 
> Christoph Junghans 
> Web: http://www.compphys.de 
>

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