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<input_description distribution="Quantum ESPRESSO" package="PWscf" program="oscdft_et.x" >
   <toc>
   </toc>
   <intro>
<b>Input data format:</b> { } = optional, [ ] = it depends, | = or

<b>Purpose of oscdft_et.x:</b>
This calculates the electronic coupling of an electron transfer process.
This requires two scf calculations:
- one calculation has the system constrained to its initial state and,
- the other calculation has the system constrained to its final state,
with both calculation using the same atomic positions.
The transferring electron is constrained to the donor atom in the initial state
while it is constrained to the acceptor atom in the final state.

<b>Structure of the input data:</b>
===============================================================================

    &amp;OSCDFT_ET_NAMELIST
      ...
    /
   </intro>
   <namelist name="OSCDFT_ET_NAMELIST" >
      <var name="initial_prefix" type="CHARACTER" >
         <status> REQUIRED
         </status>
         <info>
prefix of the initial pw.x calculation.
         </info>
      </var>
      <var name="final_prefix" type="CHARACTER" >
         <status> REQUIRED
         </status>
         <info>
prefix of the final pw.x calculation.
         </info>
      </var>
      <var name="initial_dir" type="CHARACTER" >
         <status> REQUIRED
         </status>
         <info>
The directory containing the input data of the initial pw.x calculation,
i.e. the same as in pw.x.
         </info>
      </var>
      <var name="final_dir" type="CHARACTER" >
         <status> REQUIRED
         </status>
         <info>
The directory containing the input data of the final pw.x calculation,
i.e. the same as in pw.x.
         </info>
      </var>
      <var name="print_matrix" type="LOGICAL" >
         <default> .FALSE.
         </default>
         <info>
If .TRUE., prints the occupation matrices.
         </info>
      </var>
      <var name="print_eigvect" type="LOGICAL" >
         <default> .FALSE.
         </default>
         <info>
If .TRUE., prints the occupation eigenvectors.
         </info>
      </var>
      <var name="print_debug" type="LOGICAL" >
         <default> .FALSE.
         </default>
         <info>
If .TRUE., prints additional debug informations.
         </info>
      </var>
   </namelist>
</input_description>
