On 18 Oct 2012, at 11:49, Christoph Junghans wrote:

> Hi Valentina,
> 
> I had another look at your input files and found the problem.
> 
> - The name you give a bonded interaction in the mapping file has to be
> the same as the name of the interaction in the settings file. That is
> how the type detection works. (There was a check missing in the code,
> which lead to error in the extrapolation, I fixed that. You can use
> "./build -du csg" to get the update)

Great, updating now.

> 
> - In your mapping file you have defined the bonds and angle, but the
> definition of the beads is missing. Have a look the hexane example, in
> principle you have to create a 1:1 map. And try to run csg_stat with
> --cg option once by hand to see if the distributions are calculated
> correctly.

WIll do that.

Thank you for your help!

> 
> Christoph
> 
> 2012/10/17 Valentina <valentina_erast...@yahoo.co.uk>:
>> Ok, great. I will try the tutorial and see where I have gone wrong.
>> 
>> 
>> On Wednesday, October 17, 2012 6:15:02 PM UTC+1, Christoph Junghans wrote:
>>> 
>>> 2012/10/17 Valentina <valentina...@yahoo.co.uk>:
>>>> No, I have not run hexane ibi_bonded. I have not realised there is a
>>>> tutorial for it. I may looking in wrong place - but I dont seem to find
>>>> it
>>>> in votca-csg-tutorials-1.2.3.tar.gz
>>>> am I looking in the wrong place? Or shall I write ibi_bonded myself?
>>> You can get it via the buildutil
>>> 
>>> ./build --dev csg-tutorials
>>> 
>>> Christoph
>>>> 
>>>> Thanks
>>>> V
>>>> 
>>>> On Wednesday, October 17, 2012 5:19:34 PM UTC+1, Christoph Junghans
>>>> wrote:
>>>>> 
>>>>> 2012/10/17 Valentina <valentina...@yahoo.co.uk>:
>>>>>> Done, thank you. Now I am stuck with:
>>>>>> 
>>>>>> Using given table CC.pot.in for CC
>>>>>> 
>>>>>> 
>>>>>> ################################################################################################################################
>>>>>> #
>>>>>> #
>>>>>> # ERROR:
>>>>>> #
>>>>>> # potential_extrapolate.sh: please specify add potential type (--type
>>>>>> options) from: non-bonded bond thermforce angle dihedral #
>>>>>> # For details see the logfile /home/valentina/CG/inverse.log
>>>>>> #
>>>>>> #
>>>>>> #
>>>>>> 
>>>>>> 
>>>>>> ################################################################################################################################
>>>>>> Terminated
>>>>> Something is not right. Have you tried to run the hexane ibi_bonded
>>>>> potential?
>>>>> Just in case to check your installation.
>>>>> 
>>>>> Can you send me the last 100 lines of inverse.log?
>>>>> 
>>>>> Christoph
>>>>>> 
>>>>>> 
>>>>>> I am not sure where to add this. I have added like this to every
>>>>>> interaction:
>>>>>> 
>>>>>>  <bonded>
>>>>>>    <name>CC</name>
>>>>>>    <min>0</min>
>>>>>>    <max>4</max>
>>>>>>    <step>0.01</step>
>>>>>> 
>>>>>>    <inverse>
>>>>>>      <target>CC.dist.tgt</target>
>>>>>>      <do_potential>1 0 0 0 </do_potential>
>>>>>> 
>>>>>>      <post_update>scale</post_update>
>>>>>>      <post_update_options>
>>>>>>       <scale>0.1</scale>
>>>>>>      </post_update_options>
>>>>>> 
>>>>>>      <post_update>pressure</post_update>
>>>>>>      <post_update_options>
>>>>>>       <pressure>
>>>>>>        <type>simple</type>
>>>>>>        <do> 1 0 0 0</do>
>>>>>>        <simple>
>>>>>>          <scale>0.0001</scale>
>>>>>>        </simple>
>>>>>>       </pressure>
>>>>>>      </post_update_options>
>>>>>> 
>>>>>>      <post_update_options>
>>>>>>       <extrapolate> --type bond </extrapolate>
>>>>>>      </post_update_options>
>>>>>> 
>>>>>>      <post_add></post_add>
>>>>>>      <gromacs>
>>>>>>        <table>table_b1.xvg</table>
>>>>>>      </gromacs>
>>>>>>    </inverse>
>>>>>>  </bonded>
>>>>>> 
>>>>>> But it doesn't seem to pick up the input.
>>>>>> 
>>>>>> Also the programm asked me to provide CC.pot.in
>>>>>> I was not sure what is this potential, so I provided CC-bond.pot.ib
>>>>>> (the
>>>>>> output from csg_boltzmann) - is this right?
>>>>>> 
>>>>>> Thank you very much,
>>>>>> V
>>>>>> 
>>>>>> 
>>>>>> 
>>>>>> 
>>>>>> 
>>>>>> On Friday, September 28, 2012 2:07:44 PM UTC+1, Valentina wrote:
>>>>>>> 
>>>>>>> Hello!
>>>>>>> 
>>>>>>> I am a little confused here.
>>>>>>> 
>>>>>>> I have read somewhere that Votca 1.3 (? I thought latest version is
>>>>>>> 1.2.3)
>>>>>>> supports IBI for bonded - is this right?
>>>>>>> 
>>>>>>> If so, how do I implement it? I have attatched my settings file
>>>>>>> (saved
>>>>>>> in
>>>>>>> .odt,but used as .xml on the machine). This doesn't seem to do more
>>>>>>> then
>>>>>>> fitting the nonbonded C-C potential. Am I missing something?
>>>>>>> 
>>>>>>> Many thanks!
>>>>>>> Valentina
>>>>>> 
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>>>>> 
>>>>> 
>>>>> 
>>>>> --
>>>>> Christoph Junghans
>>>>> Web: http://www.compphys.de
>>>> 
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>>> 
>>> 
>>> 
>>> --
>>> Christoph Junghans
>>> Web: http://www.compphys.de
>> 
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> 
> 
> 
> -- 
> Christoph Junghans
> Web: http://www.compphys.de
> 
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