Initiate execution of your code
% hib_arn2_161

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           HIBRIDON SCATTERING CODE V 4.0 04/03/96 17:25:12 EST

     AUTHORS: M. ALEXANDER, D. MANOLOPOULOS, H.-J. WERNER, B. FOLLMEG
 CONTRIBUTORS: D. LEMOINE, P. VOHRALIK, G. COREY, R. JOHNSON, T. ORLIKOWSKI
               A. BERNING, A. DEGLI-ESPOSTI, C. RIST, P. DAGDIGIAN, B. POUILLY
               G. VAN DER SANDEN, M. YANG, F. DE WEERD
 --------------------------------------------------------------------------
read in the input file, note that the name is in lower case.
the first character will be converted automatically to upper case) 
 Hibridon> inp=arn2_dxsec.inp
 NOPRIN = .TRUE., SO IPRINT SET TO -1
show the values of all variables and flags
Hibridon> show
     *** Parameters:
 JTOT1  =   0        JTOT2  =  20        JTOTD  =   1        JLPAR  =   0
 NERG   =   1        NUMAX  =   0        NUMIN  =   0        NUD    =   1
 LSCREEN=  48        IPRINT =   0
 FSTFAC =  15.00     RINCR  =  3.000     RCUT   =  30.00     RENDAI =  25.00
 RENDLD =  8.000     RSTART =  5.600     SPAC   =  .1500     TOLAI  =  1.150
 XMU    =  16.47
 NOUT:  4; JOUT:   0   2   4   6
 INDOUT:    0
     *** 1-SIGMA system parameters:
 NTERM  =   1        VMIN   =   0        VMAX   =   0        JMIN   =   0
 JMAX   =   4
 BROT   =  2.010     DROT   = 0.0000E+00 HROT   = 0.0000E+00 EVIB   = 0.0000E+00
 LAMMIN:    2
 LAMMAX:    2
 MPROJ:     0
     *** Flags:
 AIRYFL= T    BASTST= F    BATCH = F    CHLIST= T    CSFLAG= F    FLAGHF= F
 FLAGSU= F    IHOMO = T    IPOS  = F    LOGDFL= T    NOPRIN= T    NUCROS= F
 PHOTOF= F    PRAIRY= F    PRLOGD= F    PRPART= F    PRSMAT= F    PRT2  = F
 PRXSEC= F    READPT= F    RSFLAG= F    T2TEST= F    TWOMOL= F    WAVEFL= F
 WRPART= F    WRSMAT= T    WRXSEC= F
 ** Maximum Channels:  161; Anisotropic Terms:  80
 ** Energies:      500.000000
 ** Label:            N2-Ar CC PATTENGILL POTENTIAL
 ** Pot name:      PATTENGILL-LABUDDE-BERNSTEIN AR-N2
 ** Input File:  Arn2_dxsec.inp
 ** Output file: Outpt
 ** Jobname:     Job

decrease the values of jmax and jtot2 to reduce the amount 
of output for this example
 Hibridon> jmax=2
 Hibridon> jtot2=4
run the code to generate S matrices.  These will be
saved in file {jobname}n.smt because the flag WRSMAT is .true.
 Hibridon> run
 NOPRIN = .TRUE., SO IPRINT SET TO -1
 ** J =    0 JLPAR = 1 FINISHED;  CPU: 00:00:00.00   WALL: 00:00:00.02   DATE:
15-Apr-96  10:57:54
 ** J =    1 JLPAR = 1 FINISHED;  CPU: 00:00:00.01   WALL: 00:00:00.03   DATE:
15-Apr-96  10:57:54
 ** J =    2 JLPAR = 1 FINISHED;  CPU: 00:00:00.03   WALL: 00:00:00.05   DATE:
15-Apr-96  10:57:54
 ** J =    3 JLPAR = 1 FINISHED;  CPU: 00:00:00.04   WALL: 00:00:00.07   DATE:
15-Apr-96  10:57:54
 ** J =    4 JLPAR = 1 FINISHED;  CPU: 00:00:00.06   WALL: 00:00:00.09   DATE:
15-Apr-96  10:57:54

 ** NCH = 0, MOVE ON TO NEXT PARTIAL WAVE
 ** J =    1 JLPAR =-1 FINISHED;  CPU: 00:00:00.06   WALL: 00:00:00.09   DATE:
15-Apr-96  10:57:54
 ** J =    2 JLPAR =-1 FINISHED;  CPU: 00:00:00.07   WALL: 00:00:00.11   DATE:
15-Apr-96  10:57:54
 ** J =    3 JLPAR =-1 FINISHED;  CPU: 00:00:00.08   WALL: 00:00:00.12   DATE:
15-Apr-96  10:57:54
 ** J =    4 JLPAR =-1 FINISHED;  CPU: 00:00:00.08   WALL: 00:00:00.14   DATE:
15-Apr-96  10:57:54
 ===============================================================================
 **** END OF CALCULATION ****
      MAXIMUM NUMBER OF CHANNELS USED WAS:    2
      TIMING:  ELAPSED 00:00:00.14 / CPU 00:00:00.08
      CURRENT DATE:   15-Apr-96  10:57:54
 ===============================================================================
now execute the PRINTS command.  This will print out all S
matrices of negative parity for 2 .le. JTOT .le. 4 
Hibridon> prints,,2,4,-1

 S-MATRICES READ FROM FILE Job1.smt
 WRITTEN:  15-Apr-96  10:57:54
 LABEL:         N2-Ar CC PATTENGILL POTENTIAL
 POT NAME:  PATTENGILL-LABUDDE-BERNSTEIN AR-N2
 ENERGY:    500.000
   N   J   INDEX   EINT(CM-1)
   1    0     0       .000
   2    2     0     12.060

 JTOT=   2  JLPAR=-1  NU=  0  NNOUT=  4

 ROW INDICES:
 N            1     2
 J            2     2
 L            1     3
 INDEX        0     0

 REAL PART OF THE S-MATRIX
           1           2
   1 -6.4560E-01
   2  6.2525E-01  2.6672E-01

 IMAGINARY PART OF THE S-MATRIX
           1           2
   1  4.6432E-02
   2 -4.3601E-01 -5.8976E-01

 JTOT=   3  JLPAR=-1  NU=  0  NNOUT=  4

 ROW INDICES:
 N            1     2
 J            2     2
 L            2     4
 INDEX        0     0

 REAL PART OF THE S-MATRIX
           1           2
   1  5.0896E-01
   2 -6.5871E-01 -8.3377E-02

 IMAGINARY PART OF THE S-MATRIX
           1           2
   1  3.8256E-03
   2  5.5411E-01  5.0210E-01

 JTOT=   4  JLPAR=-1  NU=  0  NNOUT=  4

 ROW INDICES:
 N            1     2
 J            2     2
 L            3     5
 INDEX        0     0

 REAL PART OF THE S-MATRIX
           1           2
   1 -4.3914E-01
   2  6.1278E-01 -4.2646E-02

 IMAGINARY PART OF THE S-MATRIX
           1           2
   1 -1.2202E-02
   2 -6.5689E-01 -4.3724E-01
 Hibridon> quit