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  • doc/userguide/userguide.xml

    r9bce96 r0ea063  
    21092109            a fragment of order 1, e.g. a single hydrogen atom.</para>
    21102110          </note>
     2111        </section>
     2112
     2113        <section xml:id='potentials.fit-compound-potential'>
     2114          <title xml:id='potentials.fit-compound-potential.title'>Fitting
     2115          many empirical potentials simultaneously</title>
     2116
    21112117
    21122118          <para>Another way is using a file containing a specific set of
     
    21142120
    21152121          <programlisting>
    2116                 ... --fit-potential \
     2122                ... --fit-compound-potential \
    21172123                    --fragment-charges 8 1 1 \
    21182124                    --potential-file water.potentials \
     
    21362142          type of analysis.</para>
    21372143
    2138           <para>Note that you can combine the two ways, i.e. start with the
    2139           first but give an empty potential file. The resulting parameters are
    2140           stored in this way. Fit other potentials and give different file
    2141           names for each. Eventually, you have to combine the file in a text
    2142           editor at the moment.</para>
     2144          <para>Note that you can combine the two ways, i.e. start with a
     2145          fit-potential call but give an empty potential file. The resulting
     2146          parameters are stored in it. Fit other potentials and give different
     2147          file names for each in turn. Eventually, you have to combine the file
     2148          in a text editor at the moment. And perform a fit-compound-potential
     2149          with this file.</para>
     2150        </section>
     2151
     2152       
     2153        <section xml:id='potentials.parse-potential'>
     2154          <title xml:id='potentials.parse-potential.title'>Parsing an
     2155          empirical potentials file</title>
     2156
     2157          <para>Responsible for the compound potential is every potential
     2158          function whose signature matches with the designated fragment-charges
     2159          and who is currently known to an internal instance called the
     2160          PotentialRegistry.</para>
     2161
     2162          <para>More potentials can be registered (fit-potential will also
     2163          register the potential it fits) by parsing them from a file.</para>
     2164
     2165          <programlisting>
     2166                ... --parse-potentials water.potentials
     2167          </programlisting>
     2168
     2169          <note>Currently, only <productname>TREMOLO</productname> potential
     2170          files are understood and can be parsed.</note>
     2171        </section>
     2172
     2173        <section xml:id='potentials.save-potential'>
     2174          <title xml:id='potentials.save-potential.title'>Saving an
     2175          empirical potentials file</title>
     2176
     2177          <para>The opposite to parse-potentials is save-potentials that writes
     2178          every potential currently known to the PotentialRegistry to the given
     2179          file along with the currently fitted parameters</para>
     2180
     2181          <programlisting>
     2182                ... --save-potentials water.potentials
     2183          </programlisting>
     2184
     2185          <note>Again, only the <productname>TREMOLO</productname> potential
     2186          format is understood currently and is written.</note>
    21432187        </section>
    21442188
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