2017-02-13 13:43 GMT-07:00 Joshua Moore <[email protected]>:
> Hi Christoph,
>
> Thank you for the quick reply.  Maybe I am not setting something right in
> the settings.xml file, because the angle.pot file in step000 is still from 0
> to 3.1415.  Also my target distribution function is from 0 to 3.1415 in
> radians, calculated with csg_stat.  Do I need to convert that first before
> feeding it through csg_inverse to LAMMPS?
step_000 doesn't run any simulation and hence there is no
table_a1.pot, look in step_001.

Christoph
>
>   <bonded>
>     <!-- name of the interaction -->
>     <name>angle</name>
>     <min>0.0</min>
>     <max>3.1415</max>
>     <step>0.01</step>
>     <inverse>
>       <kBT>0.59616108</kBT>
>       <!-- target distribution -->
>       <target>angle.dist.tgt</target>
>       <lammps>
>       <kBT>0.59616108</kBT>
>         <table>table_a1.pot</table>
>       </lammps>
>     </inverse>
>   </bonded>
>
>
>
> On Monday, February 13, 2017 at 3:31:56 PM UTC-5, Christoph Junghans wrote:
>>
>> 2017-02-13 12:56 GMT-07:00 Joshua Moore <[email protected]>:
>> > Hello,
>> >
>> > How do people handle the fact that the LAMMPS angle potential is in
>> > degrees
>> > and not radians?
>> >
>> > If I convert the angle distribution to degrees, will csg_inverse
>> > calculate
>> > the correct comparison?
>> Before running the actual simulation in each iteration step,
>> csg_inverse will convert its internal format (.pot file) to a LAMMPS
>> table (name given in the xml file), it will do the conversion from
>> radians to degrees by default.
>> There is also a scaling factor for the non-bonded interactions in case
>> you need to convert from nm to Angstrom.
>>
>> Christoph
>> >
>> > Thanks.
>> >
>> > Josh
>> >
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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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