The excitation energy on EOM-CCSD QM/MM calculation?

Hi everyone,

I performed EOM-CCSD QM/MM calculation for H2O molecules as a test case. My question is how to get the excitation energy? NWChem does not print it explicitly.

The following is the input file:
start e4h2o

memory total 4500 Mb

charge -1

basis spherical

* library 6-31++g** 

end

scf

thresh 1.0e-10

tol2e  1.0e-10

doublet

rohf

end

md

system e4h2o_opt

cutoff 1.0 qmmm 1.0

noshake solute

end

qmmm

mm_charges expand all

end

tce

freeze atomic core

ccsd

tilesize 8

attilesize 60

2eorb

2emet 14

diis 5

thresh 1.0d-5

nroots 2

eomsol 2

idiskx 1

end

task tce qmmm energy

The following is part of the output file, if you interested in the file, I can email it to you.

EOMCCSD root nr.                     1

Singles contributions

   22a   (alpha) ---    21a   (alpha)        0.8957902018

   25a   (alpha) ---    21a   (alpha)       -0.1010208625

   26a   (alpha) ---    21a   (alpha)        0.1495866218

   27a   (alpha) ---    21a   (alpha)        0.2654077772

   28a   (alpha) ---    21a   (alpha)       -0.1891541423

   34a   (alpha) ---    21a   (alpha)        0.1191698732

Doubles contributions

EOMCCSD root nr.                     2

Singles contributions

   22a   (alpha) ---    21a   (alpha)        0.1078353808

   23a   (alpha) ---    21a   (alpha)        0.8192252691

   24a   (alpha) ---    21a   (alpha)       -0.2875936030

   26a   (alpha) ---    21a   (alpha)       -0.2268543499

   27a   (alpha) ---    21a   (alpha)       -0.3199715289

   29a   (alpha) ---    21a   (alpha)        0.1373032935

Doubles contributions

Parallel integral file used     436 records with       0 large values

Bq nuclear interaction energy =   6.89703372905328     

---

QM/MM Energy

---

quantum energy                      -305.169313270 (-.801222E+06  kjoule/mol)

quantum energy adjusted             -305.169313270 (-.801222E+06  kjoule/mol)

quantum energy internal             -312.066346999 (-.819330E+06  kjoule/mol)

Bq-nuclear energy                      6.897033729 (0.181082E+05  kjoule/mol)

Bq-electron energy                     0.000000000 (0.000000E+00  kjoule/mol)

classical energy                      -4.752909506 (-.124788E+05  kjoule/mol)

total qmmm energy                   -309.922222776 (-.813701E+06  kjoule/mol)

---

Thanks in advance.