I did run csg_map. The output gro file has the hexane molecules grouped 
into four CG particles as I indicated in the xml file, so looks like it is 
doing what I intended it to do.

On Thursday, 6 December 2018 10:49:21 UTC-5, Christoph Junghans wrote:
>
>
>
> On Wed, Dec 5, 2018 at 19:05 M. Chakraborty <[email protected] 
> <javascript:>> wrote:
>
>> The file just contains this comment without the actual exclusion list: "# 
>> atomistic: Protein cg: Protein cgmap: hexane.xml". I have also attached the 
>> mapping xml file that I am giving as an argument. I am using a four bead 
>> mapping scheme for hexane.
>>
> That usually means something is wrong in the mapping file! Try to run 
> csg_map first to see if your mapping file is doing what it is suppose to do!
>
> Christoph 
>
>>
>>
>> On Wednesday, 5 December 2018 17:59:58 UTC-5, Christoph Junghans wrote:
>>>
>>> On Wed, Dec 5, 2018 at 11:41 AM M. Chakraborty <[email protected]> 
>>> wrote: 
>>> > 
>>> > Hello all, 
>>> > 
>>> > I am following the hybrid hexane example where the non-bonded 
>>> interactions are obtained by force matching and the bonded interactions are 
>>> obtained by Boltzmann Inversion. In hybrid_force_matching folder under both 
>>> the master and the stable branches, the discussion seem to be mostly on 
>>> getting the non-bonded interactions using force matching. I did not find 
>>> the part where BI is used to extract only bonded forces. I tried following 
>>> section 5.1 of the VOTCA manual which discusses the generation of exclusion 
>>> lists. However, using the csg_boltzmann command with the --excl tag did not 
>>> yield a list of exclusions of non-bonded interactions that it is supposed 
>>> to give. Could someone help me identify what I am missing here? Thank you 
>>> in advance! 
>>> What exectly went wrong with "csg_boltzmann --excl"? 
>>>
>>> Yeah and there is another way to get the bonded interaction, starting 
>>> from the hexane/ibi_all example: 
>>> https://github.com/votca/csg-tutorials/tree/master/hexane/ibi_all 
>>> csg_inverse will do a Boltzmann inversion for all interactions 
>>> automatically in step_000, so you can just use these. 
>>>
>>> Christoph 
>>> > 
>>> > 
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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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