How to get the orbital symmetry using Gaussian TDDFT ?

["Telkuni" <telkuni-.at.-venus.dti.ne.jp>]

Hello CCLres,
 I'm trying TDDFT calculation on two molecules which are
 Nitrotoluene (C8H10N) and Benzen with G98W A7 on Win98SE.
 ** Sorry this mail is long. Because I have added the inputs below.
 However my calculations( Opt  -> TDDFT ) are finished normally,
 I can't get each  MO's symmetry in the part of "Molecular Orbital
 Coefficients" of the output.
 ** I've sent same question to Gaussian.Inc, but there is no reply.
 The result what I want is including the symmetry A1G, E1U, ... like:
                                               1              2              3
 4             5
                                    (A1G)--O  (E1U)--O  (E1U)--O  (E2G)--O
 (E2G)--O
 EIGENVALUES --   -11.23480 -11.23423 -11.23423 -11.23299 -11.23299
 But I always get the outputs without the MO symmetries:
    <Example A>                  1                 2                   3
 4               5
                                           O                O                  O
 O              O
    EIGENVALUES --   -14.33676 -10.21977 -10.18454 -10.17838 -10.17481
   or
    <Example B>                 1                 2                 3
 4                 5
                                          O                O                O
 O               O
    EIGENVALUES --   -10.18905 -10.18878 -10.18878 -10.18823 -10.18823
     (Modified "G98W exercise 9_04a input" is used as <Ex.B>.)
 I can't find the reasons why I can't get the symmetry.  Please help me.
 ...Any responses I'll appreciate and summarize them.
 Thanks in Advance.
 ******** Inputs *********
 ///// Ex.A //////
 %Chk=exa
 #T SVWN5/6-31G Opt
 Step1 Opting
 0,1
 C             -0.072908     1.523961      0.000000
 H             0.377522      2.530931      0.000000
 C             0.746152      0.392531      0.000000
 C             0.175802      -0.882499     0.000000
 C             -1.213578     -1.026079     0.000000
 C             -2.032628     0.105351      0.000000
 C             -1.462278     1.380381      0.000000
 C             2.274212      0.550468      0.000000
 N             1.035081      -2.069527     0.000000
 H             -1.663998     -2.033049     0.000000
 H             -3.129888     -0.008059     0.000000
 H             -2.109118     2.273951      0.000000
 H             2.583600      1.099395      0.890639
 H             2.742198      -0.435063     0.000002
 H             2.583600      1.099393      -0.890641
 H             2.044505      -1.965206     0.000000
 H             0.620714      -2.995875     0.000000
 --Link1--
 %Chk=exa
 # TD(50-50) B3LYP/6-31G(d) Density Pop=Full SCF=NoVarAcc
 Guess=Read Geom=Check
 Step2 TDDFT
 0,1
 ///// Ex.B /////
 %Chk=exb
 #T SVWN5/6-31G Opt
 Step1 Opting
 0,1
 C
 C,1,CC
 C,1,CC,2,120.
 C,2,CC,1,120.,3,0.
 C,3,CC,1,120.,2,0.
 C,4,CC,2,120.,1,0.
 H,1,CH,2,120.,4,180.
 H,2,CH,1,120.,7,0.
 H,3,CH,1,120.,7,0.
 H,4,CH,2,120.,8,0.
 H,5,CH,3,120.,9,0.
 H,6,CH,4,120.,10,0.
 CC=1.38616
 CH=1.07560
 --Link1--
 %Chk=exb
 # TD(50-50) B3LYP/6-31G(d) SCF=NoVarAcc
 # Density Pop=Full Guess=Read Geom=Check IOP(9/40=3)
 Step2 TDDFT
 0,1
 ----------------------------------------------------
       Telkuni Tsuru     telkuni-.at.-venus.dti.ne.jp