Dummy atoms directive in NWChem


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Gets Around
Yes. Sorry if I'm not clear enough. I do not know how to do it in nwchem.
I have calculated the NH CO interaction energy. (E)
Now I want to declare H atom a dummy and calculate energy of the cluster/group. (Ed)

Will this code help?
title 'bond_energy'
start dimer
geometry units angstrom
  N   45.299 45.201 9.310
  bqH 44.989 45.977 9.108
  O   43.891 47.384 8.180
  C   43.424 48.511 7.918
end
basis "ao basis"
  * library 6-311+g*
  bqN library N 6-311+g*
  bqH library H 6-311+g*
  bqO library O 6-311+g*
  bqC library C 6-311+g*
end
dft
  odft
  xc m06-2x
  direct
  grid medium
  mult 2
  #convergence energy 1e-8
  iterations 5000
end
task dft energy


The energy comes as:

         Total DFT energy =     -167.761723617509
      One electron energy =     -299.695469396600
           Coulomb energy =      116.058018632894
    Exchange-Corr. energy =      -20.428990485658
 Nuclear repulsion energy =       36.304717631855

 Numeric. integr. density =       20.999999626383

     Total iterative time =     10.6s



Is this represent the energy of NCO group where H is a dummy ? I'm unsure about the calculation please comment.

Thank you