COSMO and UHF?


Click here for full thread
Clicked A Few Times
When I run the following job I get an error which states:
Quote:
COSMO cannot be used with UHF !! cannot use COSMO and UHF


echo
memory total 3000 mb
scratch_dir /scratch/eitan1_flux/beckmw/nwchem/CuH2O4_cosmo/
PERMANENT_DIR /scratch/eitan1_flux/beckmw/nwchem/CuH2O4_cosmo/perm/
ecce_print ecce.out
start CuH2O4_cosmo

title "CuH2O4_cosmo"
charge 2

geometry units angstroms print xyz autosym
  Cu       -0.04066        0.14517        0.07708
   O       -0.08809        1.80297       -0.84268
   O       -1.78459       -0.29055        0.68287
   O        0.57948       -1.21055       -1.09548
   O        1.13071        0.27952        1.56249
   H        0.77510        1.84207       -1.32626
   H       -0.76499        1.67180       -1.55337
   H       -1.70147       -1.21247        1.03450
   H       -2.31677       -0.38835       -0.14640
   H       -0.07664       -1.21459       -1.83709
   H        0.40922       -2.05585       -0.60872
   H        0.84539        1.10531        2.02846
   H        0.85165       -0.45479        2.16534
end

dft
 iterations 20000  
 xc b3lyp
 mult 2
end

set driver:linopt 0
driver
 default
 maxiter 20000
 xyz CuH2O4_cosmo_Td
end
title "quick geometry opt"
basis
 C library "STO-3G"
 H library "STO-3G"
 O library "STO-3G"
 N library "STO-3G"
 Cu library "LANL2DZ ECP"
 Zn library "LANL2DZ ECP"
end

ecp
 Cu library "LANL2DZ ECP"
 Zn library "LANL2DZ ECP"
end

task dft optimize


title "geometry opt"
basis
 C library "6-31++G**"
 H library "6-31++G**"
 O library "6-31++G**"
 N library "6-31++G**"
 Cu library "LANL2DZ ECP"
 Zn library "LANL2DZ ECP"	
end

ecp
 Cu library "LANL2DZ ECP" 
 Zn library "LANL2DZ ECP"
end

task dft optimize

title "gas sp energy"
task dft energy

title "gas frequency"
task dft freq

cosmo
 dielec 78.0
 rsolv  1.3
end

title "sp energy in water"
task dft energy

title "freq in water"
task dft freq



The online documentation states
Quote:
. Note that COSMO for unrestricted Hartree-Fock (UHF) method can also be performed by invoking the DFT module with appropriate keywords.

but doesn't actually give what keywords to use. Anyone have any suggestions on how to get this to work?