File: Fe.bands.out

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     Program BANDS v.6.0 (svn rev. 13286) starts on  8Feb2017 at  9:41:45 

     This program is part of the open-source Quantum ESPRESSO suite
     for quantum simulation of materials; please cite
         "P. Giannozzi et al., J. Phys.:Condens. Matter 21 395502 (2009);
          URL http://www.quantum-espresso.org", 
     in publications or presentations arising from this work. More details at
     http://www.quantum-espresso.org/quote

     Parallel version (MPI), running on     2 processors
     R & G space division:  proc/nbgrp/npool/nimage =       2

     Reading data from directory:
     /home/pietro/espresso-svn/tempdir/Fe.save

   Info: using nr1, nr2, nr3 values from input

   Info: using nr1, nr2, nr3 values from input

     IMPORTANT: XC functional enforced from input :
     Exchange-correlation      =  SLA  PW   PBX  PBC ( 1  4  3  4 0 0)
     Any further DFT definition will be discarded
     Please, verify this is what you really want

               file Fe.rel-pbe-kjpaw.UPF: wavefunction(s)  3D renormalized

     Parallelization info
     --------------------
     sticks:   dense  smooth     PW     G-vecs:    dense   smooth      PW
     Min         242     145     49                 3481     1575     336
     Max         245     146     50                 3482     1576     339
     Sum         487     291     99                 6963     3151     675

     high-symmetry point:  1.0000 0.0000 0.0000   x coordinate   0.0000
     high-symmetry point:  0.0000 0.0000 0.0000   x coordinate   1.0000
     high-symmetry point:  0.0000 0.0000 1.0000   x coordinate   2.0000

     Plottable bands (eV) written to file fe.band.gnu
     Bands written to file fe.band

 **************************************************************************

                    xk=(   1.00000,   0.00000,   0.00000  )

     the magnetic double point group is D_4h(4/mmm) [C_4h (4/m) ]
     using the double point group C_4h (4/m) 
     there are 16 classes and  8 irreducible representations
     the character table:

       E     -E    C4    -C4   C2    -C2   C4^3  -C4^3 i     -i    S4^3  -S4^3
                                                                              
G_5+   1.00 -1.00  0.71 -0.71  0.00  0.00  0.71 -0.71  1.00 -1.00  0.71 -0.71
G_6+   1.00 -1.00  0.71 -0.71  0.00  0.00  0.71 -0.71  1.00 -1.00  0.71 -0.71
G_7+   1.00 -1.00 -0.71  0.71  0.00  0.00 -0.71  0.71  1.00 -1.00 -0.71  0.71
G_8+   1.00 -1.00 -0.71  0.71  0.00  0.00 -0.71  0.71  1.00 -1.00 -0.71  0.71
G_5-   1.00 -1.00  0.71 -0.71  0.00  0.00  0.71 -0.71 -1.00  1.00 -0.71  0.71
G_6-   1.00 -1.00  0.71 -0.71  0.00  0.00  0.71 -0.71 -1.00  1.00 -0.71  0.71
G_7-   1.00 -1.00 -0.71  0.71  0.00  0.00 -0.71  0.71 -1.00  1.00  0.71 -0.71
G_8-   1.00 -1.00 -0.71  0.71  0.00  0.00 -0.71  0.71 -1.00  1.00  0.71 -0.71

       s_h   -s_h  S4    -S4  
                              
G_5+   0.00  0.00  0.71 -0.71
G_6+   0.00  0.00  0.71 -0.71
G_7+   0.00  0.00 -0.71  0.71
G_8+   0.00  0.00 -0.71  0.71
G_5-   0.00  0.00 -0.71  0.71
G_6-   0.00  0.00 -0.71  0.71
G_7-   0.00  0.00  0.71 -0.71
G_8-   0.00  0.00  0.71 -0.71

     imaginary part

       E     -E    C4    -C4   C2    -C2   C4^3  -C4^3 i     -i    S4^3  -S4^3
                                                                              
G_5+   0.00  0.00  0.71 -0.71  1.00 -1.00 -0.71  0.71  0.00  0.00  0.71 -0.71
G_6+   0.00  0.00 -0.71  0.71 -1.00  1.00  0.71 -0.71  0.00  0.00 -0.71  0.71
G_7+   0.00  0.00 -0.71  0.71  1.00 -1.00  0.71 -0.71  0.00  0.00 -0.71  0.71
G_8+   0.00  0.00  0.71 -0.71 -1.00  1.00 -0.71  0.71  0.00  0.00  0.71 -0.71
G_5-   0.00  0.00  0.71 -0.71  1.00 -1.00 -0.71  0.71  0.00  0.00 -0.71  0.71
G_6-   0.00  0.00 -0.71  0.71 -1.00  1.00  0.71 -0.71  0.00  0.00  0.71 -0.71
G_7-   0.00  0.00 -0.71  0.71  1.00 -1.00  0.71 -0.71  0.00  0.00  0.71 -0.71
G_8-   0.00  0.00  0.71 -0.71 -1.00  1.00 -0.71  0.71  0.00  0.00 -0.71  0.71

       s_h   -s_h  S4    -S4  
                              
G_5+   1.00 -1.00 -0.71  0.71
G_6+  -1.00  1.00  0.71 -0.71
G_7+   1.00 -1.00  0.71 -0.71
G_8+  -1.00  1.00 -0.71  0.71
G_5-  -1.00  1.00  0.71 -0.71
G_6-   1.00 -1.00 -0.71  0.71
G_7-  -1.00  1.00 -0.71  0.71
G_8-   1.00 -1.00  0.71 -0.71

     the symmetry operations in each class and the name of the first element:

     E             1
                                                                 
     -E           -1
                                                                 
     C4            4
                                                                 
     -C4          -4
                                                                 
     C2            2
                                                                 
     -C2          -2
                                                                 
     C4^3          3
                                                                 
     -C4^3        -3
                                                                 
     i             5
                                                                 
     -i           -5
                                                                 
     S4^3          8
                                                                 
     -S4^3        -8
                                                                 
     s_h           6
                                                                 
     -s_h         -6
                                                                 
     S4            7
                                                                 
     -S4          -7
                                                                 

     Band symmetry, D_4h(4/mmm) [C_4h (4/m) ] magnetic double point group,
     using C_4h (4/m) 

     e(  1 -  1) =      7.89478  eV     1   --> G_6+           
     e(  2 -  2) =      7.89507  eV     1   --> G_8+           
     e(  3 -  3) =      9.74736  eV     1   --> G_5+           
     e(  4 -  4) =      9.74842  eV     1   --> G_7+           
     e(  5 -  5) =     12.63556  eV     1   --> G_5+           
     e(  6 -  6) =     12.67014  eV     1   --> G_8+           
     e(  7 -  7) =     12.70498  eV     1   --> G_7+           
     e(  8 -  8) =     14.76880  eV     1   --> G_6+           
     e(  9 -  9) =     14.80545  eV     1   --> G_7+           
     e( 10 - 10) =     14.83998  eV     1   --> G_8+           
     e( 11 - 11) =     22.04158  eV     1   --> G_5-           
     e( 12 - 12) =     22.10249  eV     1   --> G_6-           
     e( 13 - 13) =     22.25417  eV     1   --> G_7-           
     e( 14 - 14) =     22.39215  eV     1   --> G_6-           
     e( 15 - 15) =     22.45149  eV     1   --> G_5-           
     e( 16 - 16) =     22.49669  eV     1   --> G_8-           

 **************************************************************************

 **************************************************************************

                    xk=(   0.97500,   0.00000,   0.00000  )

     the magnetic double point group is C_2v (mm2)  [C_s (m)    ]
     using the double point group C_s (m)    
     there are  4 classes and  2 irreducible representations
     the character table:

       E     -E    s     -s   
                              
G_3    1.00 -1.00  0.00  0.00
G_4    1.00 -1.00  0.00  0.00

     imaginary part

       E     -E    s     -s   
                              
G_3    0.00  0.00  1.00 -1.00
G_4    0.00  0.00 -1.00  1.00

     the symmetry operations in each class and the name of the first element:

     E             1
                                                                 
     -E           -1
                                                                 
     s             2
                                                                 
     -s           -2
                                                                 

     Band symmetry, C_2v (mm2)  [C_s (m)    ] magnetic double point group,
     using C_s (m)    

     e(  1 -  1) =      7.90012  eV     1   --> G_4            
     e(  2 -  2) =      7.90052  eV     1   --> G_4            
     e(  3 -  3) =      9.75227  eV     1   --> G_3            
     e(  4 -  4) =      9.75414  eV     1   --> G_3            
     e(  5 -  5) =     12.62822  eV     1   --> G_3            
     e(  6 -  6) =     12.65943  eV     1   --> G_4            
     e(  7 -  7) =     12.69792  eV     1   --> G_3            
     e(  8 -  8) =     14.75921  eV     1   --> G_4            
     e(  9 -  9) =     14.79107  eV     1   --> G_3            
     e( 10 - 10) =     14.83101  eV     1   --> G_4            
     e( 11 - 11) =     21.99297  eV     1   --> G_4            
     e( 12 - 12) =     22.11175  eV     1   --> G_3            
     e( 13 - 13) =     22.22926  eV     1   --> G_4            
     e( 14 - 14) =     22.35912  eV     1   --> G_3            
     e( 15 - 15) =     22.47448  eV     1   --> G_4            
     e( 16 - 16) =     22.49011  eV     1   --> G_3            

 **************************************************************************

 **************************************************************************

                    xk=(   0.95000,   0.00000,   0.00000  )

     Band symmetry, C_2v (mm2)  [C_s (m)    ] magnetic double point group,
     using C_s (m)    

     e(  1 -  1) =      7.91608  eV     1   --> G_4            
     e(  2 -  2) =      7.91709  eV     1   --> G_4            
     e(  3 -  3) =      9.76512  eV     1   --> G_3            
     e(  4 -  4) =      9.77319  eV     1   --> G_3            
     e(  5 -  5) =     12.60460  eV     1   --> G_3            
     e(  6 -  6) =     12.62791  eV     1   --> G_4            
     e(  7 -  7) =     12.67899  eV     1   --> G_3            
     e(  8 -  8) =     14.72717  eV     1   --> G_4            
     e(  9 -  9) =     14.74888  eV     1   --> G_3            
     e( 10 - 10) =     14.80842  eV     1   --> G_4            
     e( 11 - 11) =     21.75371  eV     1   --> G_4            
     e( 12 - 12) =     22.03860  eV     1   --> G_3            
     e( 13 - 13) =     22.25866  eV     1   --> G_4            
     e( 14 - 14) =     22.28821  eV     1   --> G_3            
     e( 15 - 15) =     22.55175  eV     1   --> G_4            
     e( 16 - 16) =     22.55457  eV     1   --> G_3            

 **************************************************************************

 **************************************************************************

                    xk=(   0.92500,   0.00000,   0.00000  )

     Band symmetry, C_2v (mm2)  [C_s (m)    ] magnetic double point group,
     using C_s (m)    

     e(  1 -  1) =      7.94274  eV     1   --> G_4            
     e(  2 -  2) =      7.94383  eV     1   --> G_4            
     e(  3 -  3) =      9.78527  eV     1   --> G_3            
     e(  4 -  4) =      9.80520  eV     1   --> G_3            
     e(  5 -  5) =     12.56149  eV     1   --> G_3            
     e(  6 -  6) =     12.57695  eV     1   --> G_4            
     e(  7 -  7) =     12.65287  eV     1   --> G_3            
     e(  8 -  8) =     14.66763  eV     1   --> G_4            
     e(  9 -  9) =     14.68109  eV     1   --> G_3            
     e( 10 - 10) =     14.77953  eV     1   --> G_4            
     e( 11 - 11) =     21.34257  eV     1   --> G_4            
     e( 12 - 12) =     21.72450  eV     1   --> G_3            
     e( 13 - 13) =     22.36557  eV     1   --> G_4            
     e( 14 - 14) =     22.37099  eV     1   --> G_3            
     e( 15 - 15) =     22.68360  eV     1   --> G_4            
     e( 16 - 16) =     22.68445  eV     1   --> G_3            

 **************************************************************************

 **************************************************************************

                    xk=(   0.90000,   0.00000,   0.00000  )

     Band symmetry, C_2v (mm2)  [C_s (m)    ] magnetic double point group,
     using C_s (m)    

     e(  1 -  1) =      7.97957  eV     1   --> G_4            
     e(  2 -  2) =      7.98016  eV     1   --> G_4            
     e(  3 -  3) =      9.81171  eV     1   --> G_3            
     e(  4 -  4) =      9.84955  eV     1   --> G_3            
     e(  5 -  5) =     12.49731  eV     1   --> G_3            
     e(  6 -  6) =     12.50736  eV     1   --> G_4            
     e(  7 -  7) =     12.62196  eV     1   --> G_3            
     e(  8 -  8) =     14.58115  eV     1   --> G_4            
     e(  9 -  9) =     14.58991  eV     1   --> G_3            
     e( 10 - 10) =     14.74603  eV     1   --> G_4            
     e( 11 - 11) =     20.83020  eV     1   --> G_4            
     e( 12 - 12) =     21.29380  eV     1   --> G_3            
     e( 13 - 13) =     22.52500  eV     1   --> G_4            
     e( 14 - 14) =     22.52680  eV     1   --> G_3            
     e( 15 - 15) =     22.86560  eV     1   --> G_4            
     e( 16 - 16) =     22.86596  eV     1   --> G_3            

 **************************************************************************

 **************************************************************************

                    xk=(   0.87500,   0.00000,   0.00000  )

     Band symmetry, C_2v (mm2)  [C_s (m)    ] magnetic double point group,
     using C_s (m)    

     e(  1 -  1) =      8.02522  eV     1   --> G_4            
     e(  2 -  2) =      8.02710  eV     1   --> G_4            
     e(  3 -  3) =      9.84296  eV     1   --> G_3            
     e(  4 -  4) =      9.90660  eV     1   --> G_3            
     e(  5 -  5) =     12.41547  eV     1   --> G_3            
     e(  6 -  6) =     12.42233  eV     1   --> G_4            
     e(  7 -  7) =     12.58668  eV     1   --> G_3            
     e(  8 -  8) =     14.47375  eV     1   --> G_4            
     e(  9 -  9) =     14.48000  eV     1   --> G_3            
     e( 10 - 10) =     14.70727  eV     1   --> G_4            
     e( 11 - 11) =     20.25839  eV     1   --> G_4            
     e( 12 - 12) =     20.80230  eV     1   --> G_3            
     e( 13 - 13) =     22.72879  eV     1   --> G_4            
     e( 14 - 14) =     22.72958  eV     1   --> G_3            
     e( 15 - 15) =     23.09349  eV     1   --> G_4            
     e( 16 - 16) =     23.09367  eV     1   --> G_3            

 **************************************************************************

 **************************************************************************

                    xk=(   0.85000,   0.00000,   0.00000  )

     Band symmetry, C_2v (mm2)  [C_s (m)    ] magnetic double point group,
     using C_s (m)    

     e(  1 -  1) =      8.07749  eV     1   --> G_4            
     e(  2 -  2) =      8.08409  eV     1   --> G_4            
     e(  3 -  3) =      9.87662  eV     1   --> G_3            
     e(  4 -  4) =      9.97539  eV     1   --> G_3            
     e(  5 -  5) =     12.31896  eV     1   --> G_3            
     e(  6 -  6) =     12.32393  eV     1   --> G_4            
     e(  7 -  7) =     12.54553  eV     1   --> G_3            
     e(  8 -  8) =     14.34999  eV     1   --> G_4            
     e(  9 -  9) =     14.35481  eV     1   --> G_3            
     e( 10 - 10) =     14.66152  eV     1   --> G_4            
     e( 11 - 11) =     19.65339  eV     1   --> G_4            
     e( 12 - 12) =     20.27751  eV     1   --> G_3            
     e( 13 - 13) =     22.97261  eV     1   --> G_4            
     e( 14 - 14) =     22.97299  eV     1   --> G_3            
     e( 15 - 15) =     23.36292  eV     1   --> G_4            
     e( 16 - 16) =     23.36303  eV     1   --> G_3            

 **************************************************************************

 **************************************************************************

                    xk=(   0.82500,   0.00000,   0.00000  )

     Band symmetry, C_2v (mm2)  [C_s (m)    ] magnetic double point group,
     using C_s (m)    

     e(  1 -  1) =      8.13501  eV     1   --> G_4            
     e(  2 -  2) =      8.15070  eV     1   --> G_4            
     e(  3 -  3) =      9.90973  eV     1   --> G_3            
     e(  4 -  4) =     10.05588  eV     1   --> G_3            
     e(  5 -  5) =     12.21084  eV     1   --> G_3            
     e(  6 -  6) =     12.21460  eV     1   --> G_4            
     e(  7 -  7) =     12.49855  eV     1   --> G_3            
     e(  8 -  8) =     14.21410  eV     1   --> G_4            
     e(  9 -  9) =     14.21805  eV     1   --> G_3            
     e( 10 - 10) =     14.60894  eV     1   --> G_4            
     e( 11 - 11) =     19.03234  eV     1   --> G_4            
     e( 12 - 12) =     19.73803  eV     1   --> G_3            
     e( 13 - 13) =     23.25296  eV     1   --> G_4            
     e( 14 - 14) =     23.25315  eV     1   --> G_3            
     e( 15 - 16) =     23.66971  eV     2   --> G_3            
     e( 15 - 16) =     23.66971  eV     2   --> G_4            

 **************************************************************************

 **************************************************************************

                    xk=(   0.80000,   0.00000,   0.00000  )

     Band symmetry, C_2v (mm2)  [C_s (m)    ] magnetic double point group,
     using C_s (m)    

     e(  1 -  1) =      8.19662  eV     1   --> G_4            
     e(  2 -  2) =      8.22667  eV     1   --> G_4            
     e(  3 -  3) =      9.93959  eV     1   --> G_3            
     e(  4 -  4) =     10.14787  eV     1   --> G_3            
     e(  5 -  5) =     12.09508  eV     1   --> G_3            
     e(  6 -  6) =     12.09806  eV     1   --> G_4            
     e(  7 -  7) =     12.44583  eV     1   --> G_3            
     e(  8 -  8) =     14.07106  eV     1   --> G_4            
     e(  9 -  9) =     14.07445  eV     1   --> G_3            
     e( 10 - 10) =     14.54976  eV     1   --> G_4            
     e( 11 - 11) =     18.40708  eV     1   --> G_4            
     e( 12 - 12) =     19.19781  eV     1   --> G_3            
     e( 13 - 14) =     23.56673  eV     2   --> G_3            
     e( 13 - 14) =     23.56673  eV     2   --> G_4            
     e( 15 - 16) =     24.00991  eV     2   --> G_3            
     e( 15 - 16) =     24.00991  eV     2   --> G_4            

 **************************************************************************

 **************************************************************************

                    xk=(   0.77500,   0.00000,   0.00000  )

     Band symmetry, C_2v (mm2)  [C_s (m)    ] magnetic double point group,
     using C_s (m)    

     e(  1 -  1) =      8.25968  eV     1   --> G_4            
     e(  2 -  2) =      8.31154  eV     1   --> G_4            
     e(  3 -  3) =      9.96203  eV     1   --> G_3            
     e(  4 -  4) =     10.25083  eV     1   --> G_3            
     e(  5 -  5) =     11.97393  eV     1   --> G_3            
     e(  6 -  6) =     11.97636  eV     1   --> G_4            
     e(  7 -  7) =     12.38810  eV     1   --> G_3            
     e(  8 -  8) =     13.92380  eV     1   --> G_4            
     e(  9 -  9) =     13.92681  eV     1   --> G_3            
     e( 10 - 10) =     14.48472  eV     1   --> G_4            
     e( 11 - 11) =     17.78597  eV     1   --> G_4            
     e( 12 - 12) =     18.66740  eV     1   --> G_3            
     e( 13 - 14) =     23.91100  eV     2   --> G_3            
     e( 13 - 14) =     23.91100  eV     2   --> G_4            
     e( 15 - 16) =     24.37991  eV     2   --> G_3            
     e( 15 - 16) =     24.37991  eV     2   --> G_4            

 **************************************************************************

 **************************************************************************

                    xk=(   0.75000,   0.00000,   0.00000  )

     Band symmetry, C_2v (mm2)  [C_s (m)    ] magnetic double point group,
     using C_s (m)    

     e(  1 -  1) =      8.32119  eV     1   --> G_4            
     e(  2 -  2) =      8.40485  eV     1   --> G_4            
     e(  3 -  3) =      9.97233  eV     1   --> G_3            
     e(  4 -  4) =     10.36428  eV     1   --> G_3            
     e(  5 -  5) =     11.84971  eV     1   --> G_3            
     e(  6 -  6) =     11.85173  eV     1   --> G_4            
     e(  7 -  7) =     12.32452  eV     1   --> G_3            
     e(  8 -  8) =     13.77512  eV     1   --> G_4            
     e(  9 -  9) =     13.77789  eV     1   --> G_3            
     e( 10 - 10) =     14.41315  eV     1   --> G_4            
     e( 11 - 11) =     17.17549  eV     1   --> G_4            
     e( 12 - 12) =     18.15547  eV     1   --> G_3            
     e( 13 - 14) =     24.28307  eV     2   --> G_3            
     e( 13 - 14) =     24.28307  eV     2   --> G_4            
     e( 15 - 16) =     24.77643  eV     2   --> G_3            
     e( 15 - 16) =     24.77643  eV     2   --> G_4            

 **************************************************************************

 **************************************************************************

                    xk=(   0.72500,   0.00000,   0.00000  )

     Band symmetry, C_2v (mm2)  [C_s (m)    ] magnetic double point group,
     using C_s (m)    

     e(  1 -  1) =      8.37806  eV     1   --> G_4            
     e(  2 -  2) =      8.50550  eV     1   --> G_4            
     e(  3 -  3) =      9.96557  eV     1   --> G_3            
     e(  4 -  4) =     10.48712  eV     1   --> G_3            
     e(  5 -  5) =     11.72419  eV     1   --> G_3            
     e(  6 -  6) =     11.72588  eV     1   --> G_4            
     e(  7 -  7) =     12.25592  eV     1   --> G_3            
     e(  8 -  8) =     13.62709  eV     1   --> G_4            
     e(  9 -  9) =     13.62970  eV     1   --> G_3            
     e( 10 - 10) =     14.33590  eV     1   --> G_4            
     e( 11 - 11) =     16.58099  eV     1   --> G_4            
     e( 12 - 12) =     17.66952  eV     1   --> G_3            
     e( 13 - 14) =     24.68050  eV     2   --> G_3            
     e( 13 - 14) =     24.68050  eV     2   --> G_4            
     e( 15 - 16) =     25.19664  eV     2   --> G_3            
     e( 15 - 16) =     25.19664  eV     2   --> G_4            

 **************************************************************************

 **************************************************************************

                    xk=(   0.70000,   0.00000,   0.00000  )

     Band symmetry, C_2v (mm2)  [C_s (m)    ] magnetic double point group,
     using C_s (m)    

     e(  1 -  1) =      8.42679  eV     1   --> G_4            
     e(  2 -  2) =      8.61407  eV     1   --> G_4            
     e(  3 -  3) =      9.93653  eV     1   --> G_3            
     e(  4 -  4) =     10.61972  eV     1   --> G_3            
     e(  5 -  5) =     11.60010  eV     1   --> G_3            
     e(  6 -  6) =     11.60147  eV     1   --> G_4            
     e(  7 -  7) =     12.18298  eV     1   --> G_3            
     e(  8 -  8) =     13.48260  eV     1   --> G_4            
     e(  9 -  9) =     13.48514  eV     1   --> G_3            
     e( 10 - 10) =     14.25371  eV     1   --> G_4            
     e( 11 - 11) =     16.00727  eV     1   --> G_4            
     e( 12 - 12) =     17.21616  eV     1   --> G_3            
     e( 13 - 14) =     25.10108  eV     2   --> G_3            
     e( 13 - 14) =     25.10108  eV     2   --> G_4            
     e( 15 - 16) =     25.63802  eV     2   --> G_3            
     e( 15 - 16) =     25.63802  eV     2   --> G_4            

 **************************************************************************

 **************************************************************************

                    xk=(   0.67500,   0.00000,   0.00000  )

     Band symmetry, C_2v (mm2)  [C_s (m)    ] magnetic double point group,
     using C_s (m)    

     e(  1 -  1) =      8.46278  eV     1   --> G_4            
     e(  2 -  2) =      8.72937  eV     1   --> G_4            
     e(  3 -  3) =      9.87966  eV     1   --> G_3            
     e(  4 -  4) =     10.76079  eV     1   --> G_3            
     e(  5 -  5) =     11.47862  eV     1   --> G_3            
     e(  6 -  6) =     11.47960  eV     1   --> G_4            
     e(  7 -  7) =     12.10607  eV     1   --> G_3            
     e(  8 -  8) =     13.34283  eV     1   --> G_4            
     e(  9 -  9) =     13.34537  eV     1   --> G_3            
     e( 10 - 10) =     14.16700  eV     1   --> G_4            
     e( 11 - 11) =     15.45871  eV     1   --> G_4            
     e( 12 - 12) =     16.80066  eV     1   --> G_3            
     e( 13 - 14) =     25.54277  eV     2   --> G_3            
     e( 13 - 14) =     25.54277  eV     2   --> G_4            
     e( 15 - 16) =     26.09836  eV     2   --> G_3            
     e( 15 - 16) =     26.09836  eV     2   --> G_4            

 **************************************************************************

 **************************************************************************

                    xk=(   0.65000,   0.00000,   0.00000  )

     Band symmetry, C_2v (mm2)  [C_s (m)    ] magnetic double point group,
     using C_s (m)    

     e(  1 -  1) =      8.48241  eV     1   --> G_4            
     e(  2 -  2) =      8.85072  eV     1   --> G_4            
     e(  3 -  3) =      9.79104  eV     1   --> G_3            
     e(  4 -  4) =     10.90929  eV     1   --> G_3            
     e(  5 -  5) =     11.36140  eV     1   --> G_3            
     e(  6 -  6) =     11.36164  eV     1   --> G_4            
     e(  7 -  7) =     12.02577  eV     1   --> G_3            
     e(  8 -  8) =     13.20916  eV     1   --> G_4            
     e(  9 -  9) =     13.21180  eV     1   --> G_3            
     e( 10 - 10) =     14.07633  eV     1   --> G_4            
     e( 11 - 11) =     14.94033  eV     1   --> G_4            
     e( 12 - 12) =     16.42829  eV     1   --> G_3            
     e( 13 - 14) =     26.00374  eV     2   --> G_3            
     e( 13 - 14) =     26.00374  eV     2   --> G_4            
     e( 15 - 15) =     26.57569  eV     1   --> G_4            
     e( 16 - 16) =     26.57581  eV     1   --> G_3            

 **************************************************************************

 **************************************************************************

                    xk=(   0.62500,   0.00000,   0.00000  )

     Band symmetry, C_2v (mm2)  [C_s (m)    ] magnetic double point group,
     using C_s (m)    

     e(  1 -  1) =      8.48031  eV     1   --> G_4            
     e(  2 -  2) =      8.97740  eV     1   --> G_4            
     e(  3 -  3) =      9.66694  eV     1   --> G_3            
     e(  4 -  4) =     11.06268  eV     1   --> G_3            
     e(  5 -  5) =     11.24866  eV     1   --> G_4            
     e(  6 -  6) =     11.25109  eV     1   --> G_3            
     e(  7 -  7) =     11.94272  eV     1   --> G_3            
     e(  8 -  8) =     13.08256  eV     1   --> G_4            
     e(  9 -  9) =     13.08545  eV     1   --> G_3            
     e( 10 - 10) =     13.98230  eV     1   --> G_4            
     e( 11 - 11) =     14.45664  eV     1   --> G_4            
     e( 12 - 12) =     16.10163  eV     1   --> G_3            
     e( 13 - 14) =     26.48231  eV     2   --> G_3            
     e( 13 - 14) =     26.48231  eV     2   --> G_4            
     e( 15 - 15) =     27.06827  eV     1   --> G_4            
     e( 16 - 16) =     27.06841  eV     1   --> G_3            

 **************************************************************************

 **************************************************************************

                    xk=(   0.60000,   0.00000,   0.00000  )

     Band symmetry, C_2v (mm2)  [C_s (m)    ] magnetic double point group,
     using C_s (m)    

     e(  1 -  1) =      8.45146  eV     1   --> G_4            
     e(  2 -  2) =      9.10866  eV     1   --> G_4            
     e(  3 -  3) =      9.50585  eV     1   --> G_3            
     e(  4 -  4) =     11.13118  eV     1   --> G_3            
     e(  5 -  5) =     11.14152  eV     1   --> G_4            
     e(  6 -  6) =     11.23713  eV     1   --> G_3            
     e(  7 -  7) =     11.85784  eV     1   --> G_3            
     e(  8 -  8) =     12.96377  eV     1   --> G_4            
     e(  9 -  9) =     12.96712  eV     1   --> G_3            
     e( 10 - 10) =     13.88551  eV     1   --> G_4            
     e( 11 - 11) =     14.01236  eV     1   --> G_4            
     e( 12 - 12) =     15.82157  eV     1   --> G_3            
     e( 13 - 14) =     26.97696  eV     2   --> G_3            
     e( 13 - 14) =     26.97696  eV     2   --> G_4            
     e( 15 - 15) =     27.57447  eV     1   --> G_4            
     e( 16 - 16) =     27.57464  eV     1   --> G_3            

 **************************************************************************

 **************************************************************************

                    xk=(   0.57500,   0.00000,   0.00000  )

     Band symmetry, C_2v (mm2)  [C_s (m)    ] magnetic double point group,
     using C_s (m)    

     e(  1 -  1) =      8.39114  eV     1   --> G_4            
     e(  2 -  2) =      9.24367  eV     1   --> G_4            
     e(  3 -  3) =      9.30847  eV     1   --> G_3            
     e(  4 -  4) =     11.03675  eV     1   --> G_3            
     e(  5 -  5) =     11.04092  eV     1   --> G_4            
     e(  6 -  6) =     11.39591  eV     1   --> G_3            
     e(  7 -  7) =     11.77310  eV     1   --> G_3            
     e(  8 -  8) =     12.85322  eV     1   --> G_4            
     e(  9 -  9) =     12.85742  eV     1   --> G_3            
     e( 10 - 10) =     13.61191  eV     1   --> G_4            
     e( 11 - 11) =     13.78662  eV     1   --> G_4            
     e( 12 - 12) =     15.58670  eV     1   --> G_3            
     e( 13 - 14) =     27.48625  eV     2   --> G_3            
     e( 13 - 14) =     27.48625  eV     2   --> G_4            
     e( 15 - 15) =     28.09280  eV     1   --> G_4            
     e( 16 - 16) =     28.09302  eV     1   --> G_3            

 **************************************************************************

 **************************************************************************

                    xk=(   0.55000,   0.00000,   0.00000  )

     Band symmetry, C_2v (mm2)  [C_s (m)    ] magnetic double point group,
     using C_s (m)    

     e(  1 -  1) =      8.29586  eV     1   --> G_4            
     e(  2 -  2) =      9.07790  eV     1   --> G_3            
     e(  3 -  3) =      9.38160  eV     1   --> G_4            
     e(  4 -  4) =     10.94436  eV     1   --> G_3            
     e(  5 -  5) =     10.94748  eV     1   --> G_4            
     e(  6 -  6) =     11.55044  eV     1   --> G_3            
     e(  7 -  7) =     11.70069  eV     1   --> G_3            
     e(  8 -  8) =     12.75107  eV     1   --> G_4            
     e(  9 -  9) =     12.75687  eV     1   --> G_3            
     e( 10 - 10) =     13.25935  eV     1   --> G_4            
     e( 11 - 11) =     13.68623  eV     1   --> G_4            
     e( 12 - 12) =     15.39389  eV     1   --> G_3            
     e( 13 - 14) =     28.00886  eV     2   --> G_3            
     e( 13 - 14) =     28.00886  eV     2   --> G_4            
     e( 15 - 15) =     28.62180  eV     1   --> G_4            
     e( 16 - 16) =     28.62212  eV     1   --> G_3            

 **************************************************************************

 **************************************************************************

                    xk=(   0.52500,   0.00000,   0.00000  )

     Band symmetry, C_2v (mm2)  [C_s (m)    ] magnetic double point group,
     using C_s (m)    

     e(  1 -  1) =      8.16313  eV     1   --> G_4            
     e(  2 -  2) =      8.81851  eV     1   --> G_3            
     e(  3 -  3) =      9.52155  eV     1   --> G_4            
     e(  4 -  4) =     10.85870  eV     1   --> G_3            
     e(  5 -  5) =     10.86135  eV     1   --> G_4            
     e(  6 -  6) =     11.56664  eV     1   --> G_3            
     e(  7 -  7) =     11.76960  eV     1   --> G_3            
     e(  8 -  8) =     12.65615  eV     1   --> G_4            
     e(  9 -  9) =     12.66550  eV     1   --> G_3            
     e( 10 - 10) =     12.95688  eV     1   --> G_4            
     e( 11 - 11) =     13.58499  eV     1   --> G_4            
     e( 12 - 12) =     15.23715  eV     1   --> G_3            
     e( 13 - 14) =     28.54345  eV     2   --> G_3            
     e( 13 - 14) =     28.54345  eV     2   --> G_4            
     e( 15 - 15) =     29.15985  eV     1   --> G_4            
     e( 16 - 16) =     29.16050  eV     1   --> G_3            

 **************************************************************************

 **************************************************************************

                    xk=(   0.50000,   0.00000,   0.00000  )

     Band symmetry, C_2v (mm2)  [C_s (m)    ] magnetic double point group,
     using C_s (m)    

     e(  1 -  1) =      7.99371  eV     1   --> G_4            
     e(  2 -  2) =      8.53633  eV     1   --> G_3            
     e(  3 -  3) =      9.66262  eV     1   --> G_4            
     e(  4 -  4) =     10.78048  eV     1   --> G_3            
     e(  5 -  5) =     10.78288  eV     1   --> G_4            
     e(  6 -  6) =     11.48602  eV     1   --> G_3            
     e(  7 -  7) =     11.93736  eV     1   --> G_3            
     e(  8 -  8) =     12.56331  eV     1   --> G_4            
     e(  9 -  9) =     12.58356  eV     1   --> G_3            
     e( 10 - 10) =     12.70953  eV     1   --> G_4            
     e( 11 - 11) =     13.48354  eV     1   --> G_4            
     e( 12 - 12) =     15.11080  eV     1   --> G_3            
     e( 13 - 13) =     29.08876  eV     1   --> G_4            
     e( 14 - 14) =     29.08888  eV     1   --> G_3            
     e( 15 - 15) =     29.67566  eV     1   --> G_4            
     e( 16 - 16) =     29.70668  eV     1   --> G_3            

 **************************************************************************

 **************************************************************************

                    xk=(   0.47500,   0.00000,   0.00000  )

     Band symmetry, C_2v (mm2)  [C_s (m)    ] magnetic double point group,
     using C_s (m)    

     e(  1 -  1) =      7.79074  eV     1   --> G_4            
     e(  2 -  2) =      8.23760  eV     1   --> G_3            
     e(  3 -  3) =      9.80388  eV     1   --> G_4            
     e(  4 -  4) =     10.70988  eV     1   --> G_3            
     e(  5 -  5) =     10.71218  eV     1   --> G_4            
     e(  6 -  6) =     11.39828  eV     1   --> G_3            
     e(  7 -  7) =     12.11337  eV     1   --> G_3            
     e(  8 -  8) =     12.44181  eV     1   --> G_4            
     e(  9 -  9) =     12.51122  eV     1   --> G_3            
     e( 10 - 10) =     12.54492  eV     1   --> G_4            
     e( 11 - 11) =     13.38251  eV     1   --> G_4            
     e( 12 - 12) =     15.00862  eV     1   --> G_3            
     e( 13 - 13) =     29.64341  eV     1   --> G_4            
     e( 14 - 14) =     29.64373  eV     1   --> G_3            
     e( 15 - 15) =     29.92028  eV     1   --> G_4            
     e( 16 - 16) =     30.25872  eV     1   --> G_3            

 **************************************************************************

 **************************************************************************

                    xk=(   0.45000,   0.00000,   0.00000  )

     Band symmetry, C_2v (mm2)  [C_s (m)    ] magnetic double point group,
     using C_s (m)    

     e(  1 -  1) =      7.55966  eV     1   --> G_4            
     e(  2 -  2) =      7.92845  eV     1   --> G_3            
     e(  3 -  3) =      9.94438  eV     1   --> G_4            
     e(  4 -  4) =     10.64743  eV     1   --> G_3            
     e(  5 -  5) =     10.64980  eV     1   --> G_4            
     e(  6 -  6) =     11.31004  eV     1   --> G_3            
     e(  7 -  7) =     12.28895  eV     1   --> G_4            
     e(  8 -  8) =     12.28906  eV     1   --> G_3            
     e(  9 -  9) =     12.45027  eV     1   --> G_3            
     e( 10 - 10) =     12.46125  eV     1   --> G_4            
     e( 11 - 11) =     13.28269  eV     1   --> G_4            
     e( 12 - 12) =     14.92512  eV     1   --> G_3            
     e( 13 - 13) =     30.17419  eV     1   --> G_4            
     e( 14 - 14) =     30.20665  eV     1   --> G_3            
     e( 15 - 15) =     30.21021  eV     1   --> G_4            
     e( 16 - 16) =     30.69224  eV     1   --> G_3            

 **************************************************************************

 **************************************************************************

                    xk=(   0.42500,   0.00000,   0.00000  )

     Band symmetry, C_2v (mm2)  [C_s (m)    ] magnetic double point group,
     using C_s (m)    

     e(  1 -  1) =      7.30713  eV     1   --> G_4            
     e(  2 -  2) =      7.61443  eV     1   --> G_3            
     e(  3 -  3) =     10.08305  eV     1   --> G_4            
     e(  4 -  4) =     10.59189  eV     1   --> G_3            
     e(  5 -  5) =     10.59458  eV     1   --> G_4            
     e(  6 -  6) =     11.22254  eV     1   --> G_3            
     e(  7 -  7) =     12.15411  eV     1   --> G_4            
     e(  8 -  8) =     12.38407  eV     1   --> G_3            
     e(  9 -  9) =     12.40103  eV     1   --> G_4            
     e( 10 - 10) =     12.47751  eV     1   --> G_3            
     e( 11 - 11) =     13.18435  eV     1   --> G_4            
     e( 12 - 12) =     14.85485  eV     1   --> G_3            
     e( 13 - 13) =     30.45479  eV     1   --> G_4            
     e( 14 - 14) =     30.77575  eV     1   --> G_3            
     e( 15 - 15) =     30.77677  eV     1   --> G_4            
     e( 16 - 16) =     30.92625  eV     1   --> G_3            

 **************************************************************************

 **************************************************************************

                    xk=(   0.40000,   0.00000,   0.00000  )

     Band symmetry, C_2v (mm2)  [C_s (m)    ] magnetic double point group,
     using C_s (m)    

     e(  1 -  1) =      7.04042  eV     1   --> G_4            
     e(  2 -  2) =      7.30054  eV     1   --> G_3            
     e(  3 -  3) =     10.21871  eV     1   --> G_4            
     e(  4 -  4) =     10.54357  eV     1   --> G_3            
     e(  5 -  5) =     10.54712  eV     1   --> G_4            
     e(  6 -  6) =     11.13673  eV     1   --> G_3            
     e(  7 -  7) =     12.04326  eV     1   --> G_4            
     e(  8 -  8) =     12.34259  eV     1   --> G_3            
     e(  9 -  9) =     12.35222  eV     1   --> G_4            
     e( 10 - 10) =     12.64742  eV     1   --> G_3            
     e( 11 - 11) =     13.08825  eV     1   --> G_4            
     e( 12 - 12) =     14.79406  eV     1   --> G_3            
     e( 13 - 13) =     30.75313  eV     1   --> G_4            
     e( 14 - 14) =     31.17705  eV     1   --> G_3            
     e( 15 - 15) =     31.35120  eV     1   --> G_4            
     e( 16 - 16) =     31.35195  eV     1   --> G_3            

 **************************************************************************

 **************************************************************************

                    xk=(   0.37500,   0.00000,   0.00000  )

     Band symmetry, C_2v (mm2)  [C_s (m)    ] magnetic double point group,
     using C_s (m)    

     e(  1 -  1) =      6.76644  eV     1   --> G_4            
     e(  2 -  2) =      6.99106  eV     1   --> G_3            
     e(  3 -  3) =     10.34896  eV     1   --> G_4            
     e(  4 -  4) =     10.50219  eV     1   --> G_3            
     e(  5 -  5) =     10.50864  eV     1   --> G_4            
     e(  6 -  6) =     11.05324  eV     1   --> G_3            
     e(  7 -  7) =     11.95305  eV     1   --> G_4            
     e(  8 -  8) =     12.30482  eV     1   --> G_3            
     e(  9 -  9) =     12.31242  eV     1   --> G_4            
     e( 10 - 10) =     12.81807  eV     1   --> G_3            
     e( 11 - 11) =     12.99498  eV     1   --> G_4            
     e( 12 - 12) =     14.74037  eV     1   --> G_3            
     e( 13 - 13) =     31.07267  eV     1   --> G_4            
     e( 14 - 14) =     31.45065  eV     1   --> G_3            
     e( 15 - 15) =     31.92870  eV     1   --> G_4            
     e( 16 - 16) =     31.92910  eV     1   --> G_3            

 **************************************************************************

 **************************************************************************

                    xk=(   0.35000,   0.00000,   0.00000  )

     Band symmetry, C_2v (mm2)  [C_s (m)    ] magnetic double point group,
     using C_s (m)    

     e(  1 -  1) =      6.49121  eV     1   --> G_4            
     e(  2 -  2) =      6.68956  eV     1   --> G_3            
     e(  3 -  3) =     10.44564  eV     1   --> G_4            
     e(  4 -  4) =     10.46723  eV     1   --> G_3            
     e(  5 -  5) =     10.50589  eV     1   --> G_4            
     e(  6 -  6) =     10.97263  eV     1   --> G_3            
     e(  7 -  7) =     11.87783  eV     1   --> G_4            
     e(  8 -  8) =     12.27388  eV     1   --> G_3            
     e(  9 -  9) =     12.28034  eV     1   --> G_4            
     e( 10 - 10) =     12.90508  eV     1   --> G_4            
     e( 11 - 11) =     12.98440  eV     1   --> G_3            
     e( 12 - 12) =     14.69027  eV     1   --> G_3            
     e( 13 - 13) =     31.41402  eV     1   --> G_4            
     e( 14 - 14) =     31.74550  eV     1   --> G_3            
     e( 15 - 15) =     32.50672  eV     1   --> G_4            
     e( 16 - 16) =     32.50711  eV     1   --> G_3            

 **************************************************************************

 **************************************************************************

                    xk=(   0.32500,   0.00000,   0.00000  )

     Band symmetry, C_2v (mm2)  [C_s (m)    ] magnetic double point group,
     using C_s (m)    

     e(  1 -  1) =      6.22000  eV     1   --> G_4            
     e(  2 -  2) =      6.39913  eV     1   --> G_3            
     e(  3 -  3) =     10.43469  eV     1   --> G_4            
     e(  4 -  4) =     10.43856  eV     1   --> G_3            
     e(  5 -  5) =     10.61211  eV     1   --> G_4            
     e(  6 -  6) =     10.89568  eV     1   --> G_3            
     e(  7 -  7) =     11.81344  eV     1   --> G_4            
     e(  8 -  8) =     12.24976  eV     1   --> G_3            
     e(  9 -  9) =     12.25542  eV     1   --> G_4            
     e( 10 - 10) =     12.81934  eV     1   --> G_4            
     e( 11 - 11) =     13.14501  eV     1   --> G_3            
     e( 12 - 12) =     14.64201  eV     1   --> G_3            
     e( 13 - 13) =     31.77758  eV     1   --> G_4            
     e( 14 - 14) =     32.06249  eV     1   --> G_3            
     e( 15 - 15) =     33.08209  eV     1   --> G_4            
     e( 16 - 16) =     33.08251  eV     1   --> G_3            

 **************************************************************************

 **************************************************************************

                    xk=(   0.30000,   0.00000,   0.00000  )

     Band symmetry, C_2v (mm2)  [C_s (m)    ] magnetic double point group,
     using C_s (m)    

     e(  1 -  1) =      5.95713  eV     1   --> G_4            
     e(  2 -  2) =      6.12235  eV     1   --> G_3            
     e(  3 -  3) =     10.41354  eV     1   --> G_4            
     e(  4 -  4) =     10.41505  eV     1   --> G_3            
     e(  5 -  5) =     10.72765  eV     1   --> G_4            
     e(  6 -  6) =     10.82233  eV     1   --> G_3            
     e(  7 -  7) =     11.75898  eV     1   --> G_4            
     e(  8 -  8) =     12.23146  eV     1   --> G_3            
     e(  9 -  9) =     12.23651  eV     1   --> G_4            
     e( 10 - 10) =     12.73773  eV     1   --> G_4            
     e( 11 - 11) =     13.29838  eV     1   --> G_3            
     e( 12 - 12) =     14.59672  eV     1   --> G_3            
     e( 13 - 13) =     32.16352  eV     1   --> G_4            
     e( 14 - 14) =     32.40199  eV     1   --> G_3            
     e( 15 - 15) =     33.65064  eV     1   --> G_4            
     e( 16 - 16) =     33.65107  eV     1   --> G_3            

 **************************************************************************

 **************************************************************************

                    xk=(   0.27500,   0.00000,   0.00000  )

     Band symmetry, C_2v (mm2)  [C_s (m)    ] magnetic double point group,
     using C_s (m)    

     e(  1 -  1) =      5.70613  eV     1   --> G_4            
     e(  2 -  2) =      5.86138  eV     1   --> G_3            
     e(  3 -  3) =     10.39594  eV     1   --> G_4            
     e(  4 -  4) =     10.39641  eV     1   --> G_3            
     e(  5 -  5) =     10.75330  eV     1   --> G_3            
     e(  6 -  6) =     10.83788  eV     1   --> G_4            
     e(  7 -  7) =     11.71137  eV     1   --> G_4            
     e(  8 -  8) =     12.21850  eV     1   --> G_3            
     e(  9 -  9) =     12.22301  eV     1   --> G_4            
     e( 10 - 10) =     12.66100  eV     1   --> G_4            
     e( 11 - 11) =     13.44354  eV     1   --> G_3            
     e( 12 - 12) =     14.55307  eV     1   --> G_3            
     e( 13 - 13) =     32.57175  eV     1   --> G_4            
     e( 14 - 14) =     32.76401  eV     1   --> G_3            
     e( 15 - 15) =     34.20680  eV     1   --> G_4            
     e( 16 - 16) =     34.20723  eV     1   --> G_3            

 **************************************************************************

 **************************************************************************

                    xk=(   0.25000,   0.00000,   0.00000  )

     Band symmetry, C_2v (mm2)  [C_s (m)    ] magnetic double point group,
     using C_s (m)    

     e(  1 -  1) =      5.46986  eV     1   --> G_4            
     e(  2 -  2) =      5.61806  eV     1   --> G_3            
     e(  3 -  3) =     10.38203  eV     1   --> G_3            
     e(  4 -  4) =     10.38230  eV     1   --> G_4            
     e(  5 -  5) =     10.68903  eV     1   --> G_3            
     e(  6 -  6) =     10.94110  eV     1   --> G_4            
     e(  7 -  7) =     11.66918  eV     1   --> G_4            
     e(  8 -  8) =     12.21015  eV     1   --> G_3            
     e(  9 -  9) =     12.21412  eV     1   --> G_4            
     e( 10 - 10) =     12.58960  eV     1   --> G_4            
     e( 11 - 11) =     13.57947  eV     1   --> G_3            
     e( 12 - 12) =     14.51106  eV     1   --> G_3            
     e( 13 - 13) =     33.00185  eV     1   --> G_4            
     e( 14 - 14) =     33.14817  eV     1   --> G_3            
     e( 15 - 15) =     34.74305  eV     1   --> G_4            
     e( 16 - 16) =     34.74346  eV     1   --> G_3            

 **************************************************************************

 **************************************************************************

                    xk=(   0.22500,   0.00000,   0.00000  )

     Band symmetry, C_2v (mm2)  [C_s (m)    ] magnetic double point group,
     using C_s (m)    

     e(  1 -  1) =      5.25065  eV     1   --> G_4            
     e(  2 -  2) =      5.39394  eV     1   --> G_3            
     e(  3 -  3) =     10.37124  eV     1   --> G_3            
     e(  4 -  4) =     10.37224  eV     1   --> G_4            
     e(  5 -  5) =     10.62992  eV     1   --> G_3            
     e(  6 -  6) =     11.03643  eV     1   --> G_4            
     e(  7 -  7) =     11.63151  eV     1   --> G_4            
     e(  8 -  8) =     12.20562  eV     1   --> G_3            
     e(  9 -  9) =     12.20903  eV     1   --> G_4            
     e( 10 - 10) =     12.52396  eV     1   --> G_4            
     e( 11 - 11) =     13.70523  eV     1   --> G_3            
     e( 12 - 12) =     14.47092  eV     1   --> G_3            
     e( 13 - 13) =     33.45285  eV     1   --> G_4            
     e( 14 - 14) =     33.55345  eV     1   --> G_3            
     e( 15 - 15) =     35.24941  eV     1   --> G_4            
     e( 16 - 16) =     35.24978  eV     1   --> G_3            

 **************************************************************************

 **************************************************************************

                    xk=(   0.20000,   0.00000,   0.00000  )

     Band symmetry, C_2v (mm2)  [C_s (m)    ] magnetic double point group,
     using C_s (m)    

     e(  1 -  1) =      5.05040  eV     1   --> G_4            
     e(  2 -  2) =      5.19031  eV     1   --> G_3            
     e(  3 -  3) =     10.36338  eV     1   --> G_3            
     e(  4 -  4) =     10.36522  eV     1   --> G_4            
     e(  5 -  5) =     10.57638  eV     1   --> G_3            
     e(  6 -  6) =     11.12323  eV     1   --> G_4            
     e(  7 -  7) =     11.59800  eV     1   --> G_4            
     e(  8 -  8) =     12.20416  eV     1   --> G_3            
     e(  9 -  9) =     12.20691  eV     1   --> G_4            
     e( 10 - 10) =     12.46447  eV     1   --> G_4            
     e( 11 - 11) =     13.81998  eV     1   --> G_3            
     e( 12 - 12) =     14.43327  eV     1   --> G_3            
     e( 13 - 13) =     33.92309  eV     1   --> G_4            
     e( 14 - 14) =     33.97801  eV     1   --> G_3            
     e( 15 - 15) =     35.71321  eV     1   --> G_4            
     e( 16 - 16) =     35.71352  eV     1   --> G_3            

 **************************************************************************

 **************************************************************************

                    xk=(   0.17500,   0.00000,   0.00000  )

     Band symmetry, C_2v (mm2)  [C_s (m)    ] magnetic double point group,
     using C_s (m)    

     e(  1 -  1) =      4.87064  eV     1   --> G_4            
     e(  2 -  2) =      5.00828  eV     1   --> G_3            
     e(  3 -  3) =     10.35740  eV     1   --> G_3            
     e(  4 -  4) =     10.36036  eV     1   --> G_4            
     e(  5 -  5) =     10.52882  eV     1   --> G_3            
     e(  6 -  6) =     11.20083  eV     1   --> G_4            
     e(  7 -  7) =     11.56797  eV     1   --> G_4            
     e(  8 -  8) =     12.20470  eV     1   --> G_3            
     e(  9 -  9) =     12.20662  eV     1   --> G_4            
     e( 10 - 10) =     12.41154  eV     1   --> G_4            
     e( 11 - 11) =     13.92280  eV     1   --> G_3            
     e( 12 - 12) =     14.39811  eV     1   --> G_3            
     e( 13 - 13) =     34.40979  eV     1   --> G_4            
     e( 14 - 14) =     34.41875  eV     1   --> G_3            
     e( 15 - 15) =     36.11940  eV     1   --> G_4            
     e( 16 - 16) =     36.11968  eV     1   --> G_3            

 **************************************************************************

 **************************************************************************

                    xk=(   0.15000,   0.00000,   0.00000  )

     Band symmetry, C_2v (mm2)  [C_s (m)    ] magnetic double point group,
     using C_s (m)    

     e(  1 -  1) =      4.71264  eV     1   --> G_4            
     e(  2 -  2) =      4.84879  eV     1   --> G_3            
     e(  3 -  3) =     10.35318  eV     1   --> G_3            
     e(  4 -  4) =     10.35773  eV     1   --> G_4            
     e(  5 -  5) =     10.48770  eV     1   --> G_3            
     e(  6 -  6) =     11.26901  eV     1   --> G_4            
     e(  7 -  7) =     11.54168  eV     1   --> G_4            
     e(  8 -  8) =     12.20712  eV     1   --> G_3            
     e(  9 -  9) =     12.20788  eV     1   --> G_4            
     e( 10 - 10) =     12.36560  eV     1   --> G_4            
     e( 11 - 11) =     14.01334  eV     1   --> G_3            
     e( 12 - 12) =     14.36633  eV     1   --> G_3            
     e( 13 - 13) =     34.87065  eV     1   --> G_3            
     e( 14 - 14) =     34.90843  eV     1   --> G_4            
     e( 15 - 15) =     36.42924  eV     1   --> G_4            
     e( 16 - 16) =     36.42937  eV     1   --> G_3            

 **************************************************************************

 **************************************************************************

                    xk=(   0.12500,   0.00000,   0.00000  )

     Band symmetry, C_2v (mm2)  [C_s (m)    ] magnetic double point group,
     using C_s (m)    

     e(  1 -  1) =      4.57739  eV     1   --> G_4            
     e(  2 -  2) =      4.71260  eV     1   --> G_3            
     e(  3 -  3) =     10.34959  eV     1   --> G_3            
     e(  4 -  4) =     10.35650  eV     1   --> G_4            
     e(  5 -  5) =     10.45353  eV     1   --> G_3            
     e(  6 -  6) =     11.32726  eV     1   --> G_4            
     e(  7 -  7) =     11.51910  eV     1   --> G_4            
     e(  8 -  8) =     12.20948  eV     1   --> G_4            
     e(  9 -  9) =     12.21045  eV     1   --> G_3            
     e( 10 - 10) =     12.32713  eV     1   --> G_4            
     e( 11 - 11) =     14.09088  eV     1   --> G_3            
     e( 12 - 12) =     14.33840  eV     1   --> G_3            
     e( 13 - 13) =     35.32564  eV     1   --> G_3            
     e( 14 - 14) =     35.41159  eV     1   --> G_4            
     e( 15 - 16) =     36.60697  eV     2   --> G_3            
     e( 15 - 16) =     36.60697  eV     2   --> G_4            

 **************************************************************************

 **************************************************************************

                    xk=(   0.10000,   0.00000,   0.00000  )

     Band symmetry, C_2v (mm2)  [C_s (m)    ] magnetic double point group,
     using C_s (m)    

     e(  1 -  1) =      4.46571  eV     1   --> G_4            
     e(  2 -  2) =      4.60034  eV     1   --> G_3            
     e(  3 -  3) =     10.34578  eV     1   --> G_3            
     e(  4 -  4) =     10.35620  eV     1   --> G_4            
     e(  5 -  5) =     10.42690  eV     1   --> G_3            
     e(  6 -  6) =     11.37527  eV     1   --> G_4            
     e(  7 -  7) =     11.50037  eV     1   --> G_4            
     e(  8 -  8) =     12.21037  eV     1   --> G_4            
     e(  9 -  9) =     12.21407  eV     1   --> G_3            
     e( 10 - 10) =     12.29675  eV     1   --> G_4            
     e( 11 - 11) =     14.15496  eV     1   --> G_3            
     e( 12 - 12) =     14.31480  eV     1   --> G_3            
     e( 13 - 13) =     35.77074  eV     1   --> G_3            
     e( 14 - 14) =     35.90691  eV     1   --> G_4            
     e( 15 - 16) =     36.72404  eV     2   --> G_3            
     e( 15 - 16) =     36.72404  eV     2   --> G_4            

 **************************************************************************

 **************************************************************************

                    xk=(   0.07500,   0.00000,   0.00000  )

     Band symmetry, C_2v (mm2)  [C_s (m)    ] magnetic double point group,
     using C_s (m)    

     e(  1 -  1) =      4.37824  eV     1   --> G_4            
     e(  2 -  2) =      4.51253  eV     1   --> G_3            
     e(  3 -  3) =     10.34183  eV     1   --> G_3            
     e(  4 -  4) =     10.35711  eV     1   --> G_4            
     e(  5 -  5) =     10.40879  eV     1   --> G_3            
     e(  6 -  6) =     11.41316  eV     1   --> G_4            
     e(  7 -  7) =     11.48571  eV     1   --> G_4            
     e(  8 -  8) =     12.21020  eV     1   --> G_4            
     e(  9 -  9) =     12.21815  eV     1   --> G_3            
     e( 10 - 10) =     12.27570  eV     1   --> G_4            
     e( 11 - 11) =     14.20559  eV     1   --> G_3            
     e( 12 - 12) =     14.29600  eV     1   --> G_3            
     e( 13 - 13) =     36.18508  eV     1   --> G_3            
     e( 14 - 14) =     36.37341  eV     1   --> G_4            
     e( 15 - 15) =     36.79727  eV     1   --> G_3            
     e( 16 - 16) =     36.79738  eV     1   --> G_4            

 **************************************************************************

 **************************************************************************

                    xk=(   0.05000,   0.00000,   0.00000  )

     Band symmetry, C_2v (mm2)  [C_s (m)    ] magnetic double point group,
     using C_s (m)    

     e(  1 -  1) =      4.31543  eV     1   --> G_4            
     e(  2 -  2) =      4.44954  eV     1   --> G_3            
     e(  3 -  3) =     10.33712  eV     1   --> G_3            
     e(  4 -  4) =     10.35806  eV     1   --> G_4            
     e(  5 -  5) =     10.39766  eV     1   --> G_3            
     e(  6 -  6) =     11.43993  eV     1   --> G_4            
     e(  7 -  7) =     11.47558  eV     1   --> G_4            
     e(  8 -  8) =     12.20777  eV     1   --> G_4            
     e(  9 -  9) =     12.22143  eV     1   --> G_3            
     e( 10 - 10) =     12.26302  eV     1   --> G_4            
     e( 11 - 11) =     14.24172  eV     1   --> G_3            
     e( 12 - 12) =     14.28261  eV     1   --> G_3            
     e( 13 - 13) =     36.53621  eV     1   --> G_3            
     e( 14 - 14) =     36.77587  eV     1   --> G_4            
     e( 15 - 15) =     36.83954  eV     1   --> G_3            
     e( 16 - 16) =     36.83967  eV     1   --> G_4            

 **************************************************************************

 **************************************************************************

                    xk=(   0.02500,   0.00000,   0.00000  )

     Band symmetry, C_2v (mm2)  [C_s (m)    ] magnetic double point group,
     using C_s (m)    

     e(  1 -  1) =      4.27761  eV     1   --> G_4            
     e(  2 -  2) =      4.41163  eV     1   --> G_3            
     e(  3 -  3) =     10.33296  eV     1   --> G_3            
     e(  4 -  4) =     10.35840  eV     1   --> G_4            
     e(  5 -  5) =     10.39194  eV     1   --> G_3            
     e(  6 -  6) =     11.45542  eV     1   --> G_4            
     e(  7 -  7) =     11.46985  eV     1   --> G_4            
     e(  8 -  8) =     12.20444  eV     1   --> G_4            
     e(  9 -  9) =     12.22320  eV     1   --> G_3            
     e( 10 - 10) =     12.25696  eV     1   --> G_4            
     e( 11 - 11) =     14.26342  eV     1   --> G_3            
     e( 12 - 12) =     14.27430  eV     1   --> G_3            
     e( 13 - 13) =     36.77913  eV     1   --> G_3            
     e( 14 - 14) =     36.86081  eV     1   --> G_3            
     e( 15 - 15) =     36.86094  eV     1   --> G_4            
     e( 16 - 16) =     37.06047  eV     1   --> G_4            

 **************************************************************************

 **************************************************************************

                    xk=(   0.00000,   0.00000,   0.00000  )

     the magnetic double point group is D_4h(4/mmm) [C_4h (4/m) ]
     using the double point group C_4h (4/m) 
     there are 16 classes and  8 irreducible representations
     the character table:

       E     -E    C4    -C4   C2    -C2   C4^3  -C4^3 i     -i    S4^3  -S4^3
                                                                              
G_5+   1.00 -1.00  0.71 -0.71  0.00  0.00  0.71 -0.71  1.00 -1.00  0.71 -0.71
G_6+   1.00 -1.00  0.71 -0.71  0.00  0.00  0.71 -0.71  1.00 -1.00  0.71 -0.71
G_7+   1.00 -1.00 -0.71  0.71  0.00  0.00 -0.71  0.71  1.00 -1.00 -0.71  0.71
G_8+   1.00 -1.00 -0.71  0.71  0.00  0.00 -0.71  0.71  1.00 -1.00 -0.71  0.71
G_5-   1.00 -1.00  0.71 -0.71  0.00  0.00  0.71 -0.71 -1.00  1.00 -0.71  0.71
G_6-   1.00 -1.00  0.71 -0.71  0.00  0.00  0.71 -0.71 -1.00  1.00 -0.71  0.71
G_7-   1.00 -1.00 -0.71  0.71  0.00  0.00 -0.71  0.71 -1.00  1.00  0.71 -0.71
G_8-   1.00 -1.00 -0.71  0.71  0.00  0.00 -0.71  0.71 -1.00  1.00  0.71 -0.71

       s_h   -s_h  S4    -S4  
                              
G_5+   0.00  0.00  0.71 -0.71
G_6+   0.00  0.00  0.71 -0.71
G_7+   0.00  0.00 -0.71  0.71
G_8+   0.00  0.00 -0.71  0.71
G_5-   0.00  0.00 -0.71  0.71
G_6-   0.00  0.00 -0.71  0.71
G_7-   0.00  0.00  0.71 -0.71
G_8-   0.00  0.00  0.71 -0.71

     imaginary part

       E     -E    C4    -C4   C2    -C2   C4^3  -C4^3 i     -i    S4^3  -S4^3
                                                                              
G_5+   0.00  0.00  0.71 -0.71  1.00 -1.00 -0.71  0.71  0.00  0.00  0.71 -0.71
G_6+   0.00  0.00 -0.71  0.71 -1.00  1.00  0.71 -0.71  0.00  0.00 -0.71  0.71
G_7+   0.00  0.00 -0.71  0.71  1.00 -1.00  0.71 -0.71  0.00  0.00 -0.71  0.71
G_8+   0.00  0.00  0.71 -0.71 -1.00  1.00 -0.71  0.71  0.00  0.00  0.71 -0.71
G_5-   0.00  0.00  0.71 -0.71  1.00 -1.00 -0.71  0.71  0.00  0.00 -0.71  0.71
G_6-   0.00  0.00 -0.71  0.71 -1.00  1.00  0.71 -0.71  0.00  0.00  0.71 -0.71
G_7-   0.00  0.00 -0.71  0.71  1.00 -1.00  0.71 -0.71  0.00  0.00  0.71 -0.71
G_8-   0.00  0.00  0.71 -0.71 -1.00  1.00 -0.71  0.71  0.00  0.00 -0.71  0.71

       s_h   -s_h  S4    -S4  
                              
G_5+   1.00 -1.00 -0.71  0.71
G_6+  -1.00  1.00  0.71 -0.71
G_7+   1.00 -1.00  0.71 -0.71
G_8+  -1.00  1.00 -0.71  0.71
G_5-  -1.00  1.00  0.71 -0.71
G_6-   1.00 -1.00 -0.71  0.71
G_7-  -1.00  1.00 -0.71  0.71
G_8-   1.00 -1.00  0.71 -0.71

     the symmetry operations in each class and the name of the first element:

     E             1
                                                                 
     -E           -1
                                                                 
     C4            4
                                                                 
     -C4          -4
                                                                 
     C2            2
                                                                 
     -C2          -2
                                                                 
     C4^3          3
                                                                 
     -C4^3        -3
                                                                 
     i             5
                                                                 
     -i           -5
                                                                 
     S4^3          8
                                                                 
     -S4^3        -8
                                                                 
     s_h           6
                                                                 
     -s_h         -6
                                                                 
     S4            7
                                                                 
     -S4          -7
                                                                 

     Band symmetry, D_4h(4/mmm) [C_4h (4/m) ] magnetic double point group,
     using C_4h (4/m) 

     e(  1 -  1) =      4.26498  eV     1   --> G_6+           
     e(  2 -  2) =      4.39898  eV     1   --> G_5+           
     e(  3 -  3) =     10.33138  eV     1   --> G_5+           
     e(  4 -  4) =     10.35853  eV     1   --> G_8+           
     e(  5 -  5) =     10.39024  eV     1   --> G_7+           
     e(  6 -  6) =     11.45973  eV     1   --> G_6+           
     e(  7 -  7) =     11.46880  eV     1   --> G_8+           
     e(  8 -  8) =     12.20300  eV     1   --> G_6+           
     e(  9 -  9) =     12.22381  eV     1   --> G_7+           
     e( 10 - 10) =     12.25530  eV     1   --> G_8+           
     e( 11 - 11) =     14.27034  eV     1   --> G_5+           
     e( 12 - 12) =     14.27184  eV     1   --> G_7+           
     e( 13 - 14) =     36.86721  eV     2   --> G_6-           
     e( 13 - 14) =     36.86721  eV     2   --> G_8-           
     e( 15 - 15) =     36.86734  eV     1   --> G_7-           
     e( 16 - 16) =     37.16539  eV     1   -->   ?

 **************************************************************************

 **************************************************************************

                    xk=(   0.00000,   0.00000,   0.02500  )

     the magnetic double point group is D_4 (422)   [C_4 (4)    ]
     using the double point group C_4 (4)    
     there are  8 classes and  4 irreducible representations
     the character table:

       E     -E    C4    -C4   C2    -C2   C4^3  -C4^3
                                                      
G_5    1.00 -1.00  0.71 -0.71  0.00  0.00  0.71 -0.71
G_6    1.00 -1.00  0.71 -0.71  0.00  0.00  0.71 -0.71
G_7    1.00 -1.00 -0.71  0.71  0.00  0.00 -0.71  0.71
G_8    1.00 -1.00 -0.71  0.71  0.00  0.00 -0.71  0.71

     imaginary part

       E     -E    C4    -C4   C2    -C2   C4^3  -C4^3
                                                      
G_5    0.00  0.00  0.71 -0.71  1.00 -1.00 -0.71  0.71
G_6    0.00  0.00 -0.71  0.71 -1.00  1.00  0.71 -0.71
G_7    0.00  0.00 -0.71  0.71  1.00 -1.00  0.71 -0.71
G_8    0.00  0.00  0.71 -0.71 -1.00  1.00 -0.71  0.71

     the symmetry operations in each class and the name of the first element:

     E             1
                                                                 
     -E           -1
                                                                 
     C4            4
                                                                 
     -C4          -4
                                                                 
     C2            2
                                                                 
     -C2          -2
                                                                 
     C4^3          3
                                                                 
     -C4^3        -3
                                                                 

     Band symmetry, D_4 (422)   [C_4 (4)    ] magnetic double point group,
     using C_4 (4)    

     e(  1 -  1) =      4.27761  eV     1   --> G_6            
     e(  2 -  2) =      4.41163  eV     1   --> G_5            
     e(  3 -  3) =     10.33125  eV     1   --> G_5            
     e(  4 -  4) =     10.36191  eV     1   --> G_8            
     e(  5 -  5) =     10.39012  eV     1   --> G_7            
     e(  6 -  6) =     11.46188  eV     1   --> G_6            
     e(  7 -  7) =     11.46336  eV     1   --> G_8            
     e(  8 -  8) =     12.20241  eV     1   --> G_6            
     e(  9 -  9) =     12.22758  eV     1   --> G_7            
     e( 10 - 10) =     12.25467  eV     1   --> G_8            
     e( 11 - 11) =     14.26459  eV     1   --> G_7            
     e( 12 - 12) =     14.27314  eV     1   --> G_5            
     e( 13 - 13) =     36.77927  eV     1   --> G_7            
     e( 14 - 14) =     36.86065  eV     1   --> G_6            
     e( 15 - 15) =     36.86096  eV     1   --> G_8            
     e( 16 - 16) =     37.06061  eV     1   --> G_8            

 **************************************************************************

 **************************************************************************

                    xk=(   0.00000,   0.00000,   0.05000  )

     Band symmetry, D_4 (422)   [C_4 (4)    ] magnetic double point group,
     using C_4 (4)    

     e(  1 -  1) =      4.31543  eV     1   --> G_6            
     e(  2 -  2) =      4.44954  eV     1   --> G_5            
     e(  3 -  3) =     10.33090  eV     1   --> G_5            
     e(  4 -  4) =     10.37205  eV     1   --> G_8            
     e(  5 -  5) =     10.38979  eV     1   --> G_7            
     e(  6 -  6) =     11.44708  eV     1   --> G_8            
     e(  7 -  7) =     11.46831  eV     1   --> G_6            
     e(  8 -  8) =     12.20070  eV     1   --> G_6            
     e(  9 -  9) =     12.23886  eV     1   --> G_7            
     e( 10 - 10) =     12.25287  eV     1   --> G_8            
     e( 11 - 11) =     14.24288  eV     1   --> G_7            
     e( 12 - 12) =     14.28148  eV     1   --> G_5            
     e( 13 - 13) =     36.53635  eV     1   --> G_7            
     e( 14 - 14) =     36.77601  eV     1   --> G_8            
     e( 15 - 15) =     36.83886  eV     1   --> G_6            
     e( 16 - 16) =     36.84023  eV     1   --> G_8            

 **************************************************************************

 **************************************************************************

                    xk=(   0.00000,   0.00000,   0.07500  )

     Band symmetry, D_4 (422)   [C_4 (4)    ] magnetic double point group,
     using C_4 (4)    

     e(  1 -  1) =      4.37824  eV     1   --> G_6            
     e(  2 -  2) =      4.51253  eV     1   --> G_5            
     e(  3 -  3) =     10.32992  eV     1   --> G_5            
     e(  4 -  4) =     10.38871  eV     1   --> G_8            
     e(  5 -  5) =     10.38885  eV     1   --> G_7            
     e(  6 -  6) =     11.42001  eV     1   --> G_8            
     e(  7 -  7) =     11.47862  eV     1   --> G_6            
     e(  8 -  8) =     12.19753  eV     1   --> G_6            
     e(  9 -  9) =     12.24954  eV     1   --> G_8            
     e( 10 - 10) =     12.25743  eV     1   --> G_7            
     e( 11 - 11) =     14.20677  eV     1   --> G_7            
     e( 12 - 12) =     14.29488  eV     1   --> G_5            
     e( 13 - 13) =     36.18523  eV     1   --> G_7            
     e( 14 - 14) =     36.37357  eV     1   --> G_8            
     e( 15 - 15) =     36.79551  eV     1   --> G_6            
     e( 16 - 16) =     36.79900  eV     1   --> G_8            

 **************************************************************************

 **************************************************************************

                    xk=(   0.00000,   0.00000,   0.10000  )

     Band symmetry, D_4 (422)   [C_4 (4)    ] magnetic double point group,
     using C_4 (4)    

     e(  1 -  1) =      4.46572  eV     1   --> G_6            
     e(  2 -  2) =      4.60034  eV     1   --> G_5            
     e(  3 -  3) =     10.32898  eV     1   --> G_5            
     e(  4 -  4) =     10.38796  eV     1   --> G_7            
     e(  5 -  5) =     10.41146  eV     1   --> G_8            
     e(  6 -  6) =     11.38197  eV     1   --> G_8            
     e(  7 -  7) =     11.49330  eV     1   --> G_6            
     e(  8 -  8) =     12.19360  eV     1   --> G_6            
     e(  9 -  9) =     12.24539  eV     1   --> G_8            
     e( 10 - 10) =     12.28292  eV     1   --> G_7            
     e( 11 - 11) =     14.15617  eV     1   --> G_7            
     e( 12 - 12) =     14.31369  eV     1   --> G_5            
     e( 13 - 13) =     35.77090  eV     1   --> G_7            
     e( 14 - 14) =     35.90709  eV     1   --> G_8            
     e( 15 - 15) =     36.72041  eV     1   --> G_6            
     e( 16 - 16) =     36.72773  eV     1   --> G_8            

 **************************************************************************

 **************************************************************************

                    xk=(   0.00000,   0.00000,   0.12500  )

     Band symmetry, D_4 (422)   [C_4 (4)    ] magnetic double point group,
     using C_4 (4)    

     e(  1 -  1) =      4.57740  eV     1   --> G_6            
     e(  2 -  2) =      4.71259  eV     1   --> G_5            
     e(  3 -  3) =     10.32926  eV     1   --> G_5            
     e(  4 -  4) =     10.38830  eV     1   --> G_7            
     e(  5 -  5) =     10.44128  eV     1   --> G_8            
     e(  6 -  6) =     11.33395  eV     1   --> G_8            
     e(  7 -  7) =     11.51197  eV     1   --> G_6            
     e(  8 -  8) =     12.19018  eV     1   --> G_6            
     e(  9 -  9) =     12.24170  eV     1   --> G_8            
     e( 10 - 10) =     12.31622  eV     1   --> G_7            
     e( 11 - 11) =     14.09216  eV     1   --> G_7            
     e( 12 - 12) =     14.33730  eV     1   --> G_5            
     e( 13 - 13) =     35.32581  eV     1   --> G_7            
     e( 14 - 14) =     35.41178  eV     1   --> G_8            
     e( 15 - 15) =     36.60063  eV     1   --> G_6            
     e( 16 - 16) =     36.61414  eV     1   --> G_8            

 **************************************************************************

 **************************************************************************

                    xk=(   0.00000,   0.00000,   0.15000  )

     Band symmetry, D_4 (422)   [C_4 (4)    ] magnetic double point group,
     using C_4 (4)    

     e(  1 -  1) =      4.71264  eV     1   --> G_6            
     e(  2 -  2) =      4.84878  eV     1   --> G_5            
     e(  3 -  3) =     10.33046  eV     1   --> G_5            
     e(  4 -  4) =     10.38960  eV     1   --> G_7            
     e(  5 -  5) =     10.47730  eV     1   --> G_8            
     e(  6 -  6) =     11.27586  eV     1   --> G_8            
     e(  7 -  7) =     11.53445  eV     1   --> G_6            
     e(  8 -  8) =     12.18709  eV     1   --> G_6            
     e(  9 -  9) =     12.23830  eV     1   --> G_8            
     e( 10 - 10) =     12.35656  eV     1   --> G_7            
     e( 11 - 11) =     14.01470  eV     1   --> G_7            
     e( 12 - 12) =     14.36525  eV     1   --> G_5            
     e( 13 - 13) =     34.87082  eV     1   --> G_7            
     e( 14 - 14) =     34.90863  eV     1   --> G_8            
     e( 15 - 15) =     36.42303  eV     1   --> G_6            
     e( 16 - 16) =     36.44563  eV     1   --> G_8            

 **************************************************************************

 **************************************************************************

                    xk=(   0.00000,   0.00000,   0.17500  )

     Band symmetry, D_4 (422)   [C_4 (4)    ] magnetic double point group,
     using C_4 (4)    

     e(  1 -  1) =      4.87065  eV     1   --> G_6            
     e(  2 -  2) =      5.00827  eV     1   --> G_5            
     e(  3 -  3) =     10.33306  eV     1   --> G_5            
     e(  4 -  4) =     10.39231  eV     1   --> G_7            
     e(  5 -  5) =     10.51924  eV     1   --> G_8            
     e(  6 -  6) =     11.20811  eV     1   --> G_8            
     e(  7 -  7) =     11.56061  eV     1   --> G_6            
     e(  8 -  8) =     12.18497  eV     1   --> G_6            
     e(  9 -  9) =     12.23583  eV     1   --> G_8            
     e( 10 - 10) =     12.40371  eV     1   --> G_7            
     e( 11 - 11) =     13.92427  eV     1   --> G_7            
     e( 12 - 12) =     14.39704  eV     1   --> G_5            
     e( 13 - 13) =     34.41000  eV     1   --> G_8            
     e( 14 - 14) =     34.41893  eV     1   --> G_7            
     e( 15 - 15) =     36.10175  eV     1   --> G_5            
     e( 16 - 16) =     36.14784  eV     1   --> G_7            

 **************************************************************************

 **************************************************************************

                    xk=(   0.00000,   0.00000,   0.20000  )

     Band symmetry, D_4 (422)   [C_4 (4)    ] magnetic double point group,
     using C_4 (4)    

     e(  1 -  1) =      5.05040  eV     1   --> G_6            
     e(  2 -  2) =      5.19030  eV     1   --> G_5            
     e(  3 -  3) =     10.33792  eV     1   --> G_5            
     e(  4 -  4) =     10.39731  eV     1   --> G_7            
     e(  5 -  5) =     10.56664  eV     1   --> G_8            
     e(  6 -  6) =     11.13142  eV     1   --> G_8            
     e(  7 -  7) =     11.59045  eV     1   --> G_6            
     e(  8 -  8) =     12.18477  eV     1   --> G_6            
     e(  9 -  9) =     12.23525  eV     1   --> G_8            
     e( 10 - 10) =     12.45739  eV     1   --> G_7            
     e( 11 - 11) =     13.82162  eV     1   --> G_7            
     e( 12 - 12) =     14.43222  eV     1   --> G_5            
     e( 13 - 13) =     33.92331  eV     1   --> G_8            
     e( 14 - 14) =     33.97820  eV     1   --> G_7            
     e( 15 - 15) =     35.68689  eV     1   --> G_5            
     e( 16 - 16) =     35.74868  eV     1   --> G_7            

 **************************************************************************

 **************************************************************************

                    xk=(   0.00000,   0.00000,   0.22500  )

     Band symmetry, D_4 (422)   [C_4 (4)    ] magnetic double point group,
     using C_4 (4)    

     e(  1 -  1) =      5.25065  eV     1   --> G_6            
     e(  2 -  2) =      5.39392  eV     1   --> G_5            
     e(  3 -  3) =     10.34496  eV     1   --> G_5            
     e(  4 -  4) =     10.40453  eV     1   --> G_7            
     e(  5 -  5) =     10.61868  eV     1   --> G_8            
     e(  6 -  6) =     11.04652  eV     1   --> G_8            
     e(  7 -  7) =     11.62374  eV     1   --> G_6            
     e(  8 -  8) =     12.18663  eV     1   --> G_6            
     e(  9 -  9) =     12.23671  eV     1   --> G_8            
     e( 10 - 10) =     12.51730  eV     1   --> G_7            
     e( 11 - 11) =     13.70713  eV     1   --> G_7            
     e( 12 - 12) =     14.46988  eV     1   --> G_5            
     e( 13 - 13) =     33.45308  eV     1   --> G_8            
     e( 14 - 14) =     33.55365  eV     1   --> G_7            
     e( 15 - 15) =     35.21594  eV     1   --> G_5            
     e( 16 - 16) =     35.29277  eV     1   --> G_7            

 **************************************************************************

 **************************************************************************

                    xk=(   0.00000,   0.00000,   0.25000  )

     Band symmetry, D_4 (422)   [C_4 (4)    ] magnetic double point group,
     using C_4 (4)    

     e(  1 -  1) =      5.46986  eV     1   --> G_6            
     e(  2 -  2) =      5.61805  eV     1   --> G_5            
     e(  3 -  3) =     10.35511  eV     1   --> G_5            
     e(  4 -  4) =     10.41489  eV     1   --> G_7            
     e(  5 -  5) =     10.67326  eV     1   --> G_8            
     e(  6 -  6) =     10.95588  eV     1   --> G_8            
     e(  7 -  7) =     11.66114  eV     1   --> G_6            
     e(  8 -  8) =     12.19162  eV     1   --> G_6            
     e(  9 -  9) =     12.24127  eV     1   --> G_8            
     e( 10 - 10) =     12.58303  eV     1   --> G_7            
     e( 11 - 11) =     13.58177  eV     1   --> G_7            
     e( 12 - 12) =     14.51004  eV     1   --> G_5            
     e( 13 - 13) =     33.00209  eV     1   --> G_8            
     e( 14 - 14) =     33.14837  eV     1   --> G_7            
     e( 15 - 15) =     34.70341  eV     1   --> G_5            
     e( 16 - 16) =     34.79375  eV     1   --> G_7            

 **************************************************************************

 **************************************************************************

                    xk=(   0.00000,   0.00000,   0.27500  )

     Band symmetry, D_4 (422)   [C_4 (4)    ] magnetic double point group,
     using C_4 (4)    

     e(  1 -  1) =      5.70613  eV     1   --> G_6            
     e(  2 -  2) =      5.86136  eV     1   --> G_5            
     e(  3 -  3) =     10.36899  eV     1   --> G_5            
     e(  4 -  4) =     10.42901  eV     1   --> G_7            
     e(  5 -  5) =     10.71981  eV     1   --> G_8            
     e(  6 -  6) =     10.87029  eV     1   --> G_8            
     e(  7 -  7) =     11.70299  eV     1   --> G_6            
     e(  8 -  8) =     12.20054  eV     1   --> G_6            
     e(  9 -  9) =     12.24971  eV     1   --> G_8            
     e( 10 - 10) =     12.65407  eV     1   --> G_7            
     e( 11 - 11) =     13.44652  eV     1   --> G_7            
     e( 12 - 12) =     14.55207  eV     1   --> G_5            
     e( 13 - 13) =     32.57201  eV     1   --> G_8            
     e( 14 - 14) =     32.76422  eV     1   --> G_7            
     e( 15 - 15) =     34.16190  eV     1   --> G_5            
     e( 16 - 16) =     34.26393  eV     1   --> G_7            

 **************************************************************************

 **************************************************************************

                    xk=(   0.00000,   0.00000,   0.30000  )

     Band symmetry, D_4 (422)   [C_4 (4)    ] magnetic double point group,
     using C_4 (4)    

     e(  1 -  1) =      5.95714  eV     1   --> G_6            
     e(  2 -  2) =      6.12232  eV     1   --> G_5            
     e(  3 -  3) =     10.38720  eV     1   --> G_5            
     e(  4 -  4) =     10.44749  eV     1   --> G_7            
     e(  5 -  5) =     10.69614  eV     1   --> G_8            
     e(  6 -  6) =     10.85220  eV     1   --> G_8            
     e(  7 -  7) =     11.75021  eV     1   --> G_6            
     e(  8 -  8) =     12.21417  eV     1   --> G_6            
     e(  9 -  9) =     12.26281  eV     1   --> G_8            
     e( 10 - 10) =     12.72964  eV     1   --> G_7            
     e( 11 - 11) =     13.30273  eV     1   --> G_7            
     e( 12 - 12) =     14.59573  eV     1   --> G_5            
     e( 13 - 13) =     32.16378  eV     1   --> G_8            
     e( 14 - 14) =     32.40219  eV     1   --> G_7            
     e( 15 - 15) =     33.60131  eV     1   --> G_5            
     e( 16 - 16) =     33.71330  eV     1   --> G_7            

 **************************************************************************

 **************************************************************************

                    xk=(   0.00000,   0.00000,   0.32500  )

     Band symmetry, D_4 (422)   [C_4 (4)    ] magnetic double point group,
     using C_4 (4)    

     e(  1 -  1) =      6.22000  eV     1   --> G_6            
     e(  2 -  2) =      6.39909  eV     1   --> G_5            
     e(  3 -  3) =     10.41034  eV     1   --> G_5            
     e(  4 -  4) =     10.47094  eV     1   --> G_7            
     e(  5 -  5) =     10.59600  eV     1   --> G_8            
     e(  6 -  6) =     10.90818  eV     1   --> G_8            
     e(  7 -  7) =     11.80418  eV     1   --> G_6            
     e(  8 -  8) =     12.23334  eV     1   --> G_6            
     e(  9 -  9) =     12.28133  eV     1   --> G_8            
     e( 10 - 10) =     12.80777  eV     1   --> G_7            
     e( 11 - 11) =     13.15291  eV     1   --> G_7            
     e( 12 - 12) =     14.64103  eV     1   --> G_5            
     e( 13 - 13) =     31.77785  eV     1   --> G_8            
     e( 14 - 14) =     32.06270  eV     1   --> G_7            
     e( 15 - 15) =     33.02904  eV     1   --> G_5            
     e( 16 - 16) =     33.14944  eV     1   --> G_7            

 **************************************************************************

 **************************************************************************

                    xk=(   0.00000,   0.00000,   0.35000  )

     Band symmetry, D_4 (422)   [C_4 (4)    ] magnetic double point group,
     using C_4 (4)    

     e(  1 -  1) =      6.49121  eV     1   --> G_6            
     e(  2 -  2) =      6.68951  eV     1   --> G_5            
     e(  3 -  3) =     10.43866  eV     1   --> G_5            
     e(  4 -  4) =     10.47712  eV     1   --> G_8            
     e(  5 -  5) =     10.49962  eV     1   --> G_7            
     e(  6 -  6) =     10.98039  eV     1   --> G_8            
     e(  7 -  7) =     11.86790  eV     1   --> G_6            
     e(  8 -  8) =     12.25868  eV     1   --> G_6            
     e(  9 -  9) =     12.30577  eV     1   --> G_8            
     e( 10 - 10) =     12.87431  eV     1   --> G_7            
     e( 11 - 11) =     13.01142  eV     1   --> G_7            
     e( 12 - 12) =     14.68930  eV     1   --> G_5            
     e( 13 - 13) =     31.41431  eV     1   --> G_8            
     e( 14 - 14) =     31.74569  eV     1   --> G_7            
     e( 15 - 15) =     32.45053  eV     1   --> G_5            
     e( 16 - 16) =     32.57809  eV     1   --> G_7            

 **************************************************************************

 **************************************************************************

                    xk=(   0.00000,   0.00000,   0.37500  )

     Band symmetry, D_4 (422)   [C_4 (4)    ] magnetic double point group,
     using C_4 (4)    

     e(  1 -  1) =      6.76643  eV     1   --> G_6            
     e(  2 -  2) =      6.99100  eV     1   --> G_5            
     e(  3 -  3) =     10.35046  eV     1   --> G_8            
     e(  4 -  4) =     10.47331  eV     1   --> G_5            
     e(  5 -  5) =     10.53465  eV     1   --> G_7            
     e(  6 -  6) =     11.05906  eV     1   --> G_8            
     e(  7 -  7) =     11.94220  eV     1   --> G_6            
     e(  8 -  8) =     12.29144  eV     1   --> G_6            
     e(  9 -  9) =     12.33723  eV     1   --> G_8            
     e( 10 - 10) =     12.79973  eV     1   --> G_7            
     e( 11 - 11) =     13.00924  eV     1   --> G_7            
     e( 12 - 12) =     14.73942  eV     1   --> G_5            
     e( 13 - 13) =     31.07298  eV     1   --> G_8            
     e( 14 - 14) =     31.45079  eV     1   --> G_7            
     e( 15 - 15) =     31.86985  eV     1   --> G_5            
     e( 16 - 16) =     32.00359  eV     1   --> G_7            

 **************************************************************************

 **************************************************************************

                    xk=(   0.00000,   0.00000,   0.40000  )

     Band symmetry, D_4 (422)   [C_4 (4)    ] magnetic double point group,
     using C_4 (4)    

     e(  1 -  1) =      7.04041  eV     1   --> G_6            
     e(  2 -  2) =      7.30047  eV     1   --> G_5            
     e(  3 -  3) =     10.21851  eV     1   --> G_8            
     e(  4 -  4) =     10.51439  eV     1   --> G_5            
     e(  5 -  5) =     10.57615  eV     1   --> G_7            
     e(  6 -  6) =     11.14166  eV     1   --> G_8            
     e(  7 -  7) =     12.03098  eV     1   --> G_6            
     e(  8 -  8) =     12.33244  eV     1   --> G_6            
     e(  9 -  9) =     12.37606  eV     1   --> G_8            
     e( 10 - 10) =     12.63712  eV     1   --> G_7            
     e( 11 - 11) =     13.09351  eV     1   --> G_7            
     e( 12 - 12) =     14.79312  eV     1   --> G_5            
     e( 13 - 13) =     30.75349  eV     1   --> G_8            
     e( 14 - 14) =     31.17702  eV     1   --> G_7            
     e( 15 - 15) =     31.29007  eV     1   --> G_5            
     e( 16 - 16) =     31.42963  eV     1   --> G_7            

 **************************************************************************

 **************************************************************************

                    xk=(   0.00000,   0.00000,   0.42500  )

     Band symmetry, D_4 (422)   [C_4 (4)    ] magnetic double point group,
     using C_4 (4)    

     e(  1 -  1) =      7.30711  eV     1   --> G_6            
     e(  2 -  2) =      7.61435  eV     1   --> G_5            
     e(  3 -  3) =     10.08265  eV     1   --> G_8            
     e(  4 -  4) =     10.56244  eV     1   --> G_5            
     e(  5 -  5) =     10.62462  eV     1   --> G_7            
     e(  6 -  6) =     11.22718  eV     1   --> G_8            
     e(  7 -  7) =     12.13917  eV     1   --> G_6            
     e(  8 -  8) =     12.38370  eV     1   --> G_6            
     e(  9 -  9) =     12.42294  eV     1   --> G_8            
     e( 10 - 10) =     12.46423  eV     1   --> G_7            
     e( 11 - 11) =     13.18716  eV     1   --> G_7            
     e( 12 - 12) =     14.85392  eV     1   --> G_5            
     e( 13 - 13) =     30.45530  eV     1   --> G_8            
     e( 14 - 14) =     30.71360  eV     1   --> G_5            
     e( 15 - 15) =     30.85174  eV     1   --> G_7            
     e( 16 - 16) =     30.93068  eV     1   --> G_7            

 **************************************************************************

 **************************************************************************

                    xk=(   0.00000,   0.00000,   0.45000  )

     Band symmetry, D_4 (422)   [C_4 (4)    ] magnetic double point group,
     using C_4 (4)    

     e(  1 -  1) =      7.55964  eV     1   --> G_6            
     e(  2 -  2) =      7.92835  eV     1   --> G_5            
     e(  3 -  3) =      9.94402  eV     1   --> G_8            
     e(  4 -  4) =     10.61772  eV     1   --> G_5            
     e(  5 -  5) =     10.68033  eV     1   --> G_7            
     e(  6 -  6) =     11.31487  eV     1   --> G_8            
     e(  7 -  7) =     12.26799  eV     1   --> G_6            
     e(  8 -  8) =     12.28747  eV     1   --> G_7            
     e(  9 -  9) =     12.44973  eV     1   --> G_6            
     e( 10 - 10) =     12.47827  eV     1   --> G_8            
     e( 11 - 11) =     13.28442  eV     1   --> G_7            
     e( 12 - 12) =     14.92421  eV     1   --> G_5            
     e( 13 - 13) =     30.14238  eV     1   --> G_5            
     e( 14 - 14) =     30.17773  eV     1   --> G_8            
     e( 15 - 15) =     30.28793  eV     1   --> G_7            
     e( 16 - 16) =     30.69499  eV     1   --> G_7            

 **************************************************************************

 **************************************************************************

                    xk=(   0.00000,   0.00000,   0.47500  )

     Band symmetry, D_4 (422)   [C_4 (4)    ] magnetic double point group,
     using C_4 (4)    

     e(  1 -  1) =      7.79071  eV     1   --> G_6            
     e(  2 -  2) =      8.23747  eV     1   --> G_5            
     e(  3 -  3) =      9.80360  eV     1   --> G_8            
     e(  4 -  4) =     10.67994  eV     1   --> G_5            
     e(  5 -  5) =     10.74296  eV     1   --> G_7            
     e(  6 -  6) =     11.40397  eV     1   --> G_8            
     e(  7 -  7) =     12.10891  eV     1   --> G_7            
     e(  8 -  8) =     12.40629  eV     1   --> G_6            
     e(  9 -  9) =     12.54191  eV     1   --> G_8            
     e( 10 - 10) =     12.54778  eV     1   --> G_6            
     e( 11 - 11) =     13.38365  eV     1   --> G_7            
     e( 12 - 12) =     15.00773  eV     1   --> G_5            
     e( 13 - 13) =     29.57805  eV     1   --> G_5            
     e( 14 - 14) =     29.72726  eV     1   --> G_7            
     e( 15 - 15) =     29.91993  eV     1   --> G_8            
     e( 16 - 16) =     30.17827  eV     1   --> G_6            

 **************************************************************************

 **************************************************************************

                    xk=(   0.00000,   0.00000,   0.50000  )

     Band symmetry, D_4 (422)   [C_4 (4)    ] magnetic double point group,
     using C_4 (4)    

     e(  1 -  1) =      7.99367  eV     1   --> G_6            
     e(  2 -  2) =      8.53617  eV     1   --> G_5            
     e(  3 -  3) =      9.66243  eV     1   --> G_8            
     e(  4 -  4) =     10.75037  eV     1   --> G_5            
     e(  5 -  5) =     10.81372  eV     1   --> G_7            
     e(  6 -  6) =     11.49415  eV     1   --> G_8            
     e(  7 -  7) =     11.93011  eV     1   --> G_7            
     e(  8 -  8) =     12.52156  eV     1   --> G_6            
     e(  9 -  9) =     12.61518  eV     1   --> G_8            
     e( 10 - 10) =     12.71845  eV     1   --> G_6            
     e( 11 - 11) =     13.48432  eV     1   --> G_7            
     e( 12 - 12) =     15.10993  eV     1   --> G_5            
     e( 13 - 13) =     29.02207  eV     1   --> G_5            
     e( 14 - 14) =     29.17427  eV     1   --> G_7            
     e( 15 - 15) =     29.62375  eV     1   --> G_6            
     e( 16 - 16) =     29.67880  eV     1   --> G_8            

 **************************************************************************

 **************************************************************************

                    xk=(   0.00000,   0.00000,   0.52500  )

     Band symmetry, D_4 (422)   [C_4 (4)    ] magnetic double point group,
     using C_4 (4)    

     e(  1 -  1) =      8.16308  eV     1   --> G_6            
     e(  2 -  2) =      8.81831  eV     1   --> G_5            
     e(  3 -  3) =      9.52143  eV     1   --> G_8            
     e(  4 -  4) =     10.82851  eV     1   --> G_5            
     e(  5 -  5) =     10.89203  eV     1   --> G_7            
     e(  6 -  6) =     11.58470  eV     1   --> G_8            
     e(  7 -  7) =     11.75240  eV     1   --> G_7            
     e(  8 -  8) =     12.61812  eV     1   --> G_6            
     e(  9 -  9) =     12.69772  eV     1   --> G_8            
     e( 10 - 10) =     12.96192  eV     1   --> G_6            
     e( 11 - 11) =     13.58553  eV     1   --> G_7            
     e( 12 - 12) =     15.23632  eV     1   --> G_5            
     e( 13 - 13) =     28.47574  eV     1   --> G_5            
     e( 14 - 14) =     28.63052  eV     1   --> G_7            
     e( 15 - 15) =     29.07578  eV     1   --> G_6            
     e( 16 - 16) =     29.22468  eV     1   --> G_8            

 **************************************************************************

 **************************************************************************

                    xk=(   0.00000,   0.00000,   0.55000  )

     Band symmetry, D_4 (422)   [C_4 (4)    ] magnetic double point group,
     using C_4 (4)    

     e(  1 -  1) =      8.29581  eV     1   --> G_6            
     e(  2 -  2) =      9.07765  eV     1   --> G_5            
     e(  3 -  3) =      9.38153  eV     1   --> G_8            
     e(  4 -  4) =     10.91429  eV     1   --> G_5            
     e(  5 -  5) =     10.97761  eV     1   --> G_7            
     e(  6 -  6) =     11.57719  eV     1   --> G_7            
     e(  7 -  7) =     11.67503  eV     1   --> G_8            
     e(  8 -  8) =     12.71515  eV     1   --> G_6            
     e(  9 -  9) =     12.78957  eV     1   --> G_8            
     e( 10 - 10) =     13.26211  eV     1   --> G_6            
     e( 11 - 11) =     13.68660  eV     1   --> G_7            
     e( 12 - 12) =     15.39310  eV     1   --> G_5            
     e( 13 - 13) =     27.94035  eV     1   --> G_5            
     e( 14 - 14) =     28.09738  eV     1   --> G_7            
     e( 15 - 15) =     28.53585  eV     1   --> G_6            
     e( 16 - 16) =     28.68792  eV     1   --> G_8            

 **************************************************************************

 **************************************************************************

                    xk=(   0.00000,   0.00000,   0.57500  )

     Band symmetry, D_4 (422)   [C_4 (4)    ] magnetic double point group,
     using C_4 (4)    

     e(  1 -  1) =      8.39108  eV     1   --> G_6            
     e(  2 -  2) =      9.24366  eV     1   --> G_8            
     e(  3 -  3) =      9.30816  eV     1   --> G_5            
     e(  4 -  4) =     11.00742  eV     1   --> G_5            
     e(  5 -  5) =     11.06927  eV     1   --> G_7            
     e(  6 -  6) =     11.40644  eV     1   --> G_7            
     e(  7 -  7) =     11.76456  eV     1   --> G_8            
     e(  8 -  8) =     12.81830  eV     1   --> G_6            
     e(  9 -  9) =     12.89053  eV     1   --> G_8            
     e( 10 - 10) =     13.61352  eV     1   --> G_6            
     e( 11 - 11) =     13.78685  eV     1   --> G_7            
     e( 12 - 12) =     15.58596  eV     1   --> G_5            
     e( 13 - 13) =     27.41713  eV     1   --> G_5            
     e( 14 - 14) =     27.57613  eV     1   --> G_7            
     e( 15 - 15) =     28.00536  eV     1   --> G_6            
     e( 16 - 16) =     28.15967  eV     1   --> G_8            

 **************************************************************************

 **************************************************************************

                    xk=(   0.00000,   0.00000,   0.60000  )

     Band symmetry, D_4 (422)   [C_4 (4)    ] magnetic double point group,
     using C_4 (4)    

     e(  1 -  1) =      8.45140  eV     1   --> G_6            
     e(  2 -  2) =      9.10869  eV     1   --> G_8            
     e(  3 -  3) =      9.50545  eV     1   --> G_5            
     e(  4 -  4) =     11.10776  eV     1   --> G_5            
     e(  5 -  5) =     11.15552  eV     1   --> G_7            
     e(  6 -  6) =     11.25261  eV     1   --> G_7            
     e(  7 -  7) =     11.85271  eV     1   --> G_8            
     e(  8 -  8) =     12.92931  eV     1   --> G_6            
     e(  9 -  9) =     13.00060  eV     1   --> G_8            
     e( 10 - 10) =     13.88564  eV     1   --> G_7            
     e( 11 - 11) =     14.01332  eV     1   --> G_6            
     e( 12 - 12) =     15.82088  eV     1   --> G_5            
     e( 13 - 13) =     26.90737  eV     1   --> G_5            
     e( 14 - 14) =     27.06811  eV     1   --> G_7            
     e( 15 - 15) =     27.48569  eV     1   --> G_6            
     e( 16 - 16) =     27.64188  eV     1   --> G_8            

 **************************************************************************

 **************************************************************************

                    xk=(   0.00000,   0.00000,   0.62500  )

     Band symmetry, D_4 (422)   [C_4 (4)    ] magnetic double point group,
     using C_4 (4)    

     e(  1 -  1) =      8.48024  eV     1   --> G_6            
     e(  2 -  2) =      8.97747  eV     1   --> G_8            
     e(  3 -  3) =      9.66646  eV     1   --> G_5            
     e(  4 -  4) =     11.06373  eV     1   --> G_7            
     e(  5 -  5) =     11.21469  eV     1   --> G_5            
     e(  6 -  6) =     11.28869  eV     1   --> G_7            
     e(  7 -  7) =     11.93891  eV     1   --> G_8            
     e(  8 -  8) =     13.04828  eV     1   --> G_6            
     e(  9 -  9) =     13.11925  eV     1   --> G_8            
     e( 10 - 10) =     13.98232  eV     1   --> G_7            
     e( 11 - 11) =     14.45725  eV     1   --> G_6            
     e( 12 - 12) =     16.10100  eV     1   --> G_5            
     e( 13 - 13) =     26.41240  eV     1   --> G_5            
     e( 14 - 14) =     26.57466  eV     1   --> G_7            
     e( 15 - 15) =     26.97824  eV     1   --> G_6            
     e( 16 - 16) =     27.13604  eV     1   --> G_8            

 **************************************************************************

 **************************************************************************

                    xk=(   0.00000,   0.00000,   0.65000  )

     Band symmetry, D_4 (422)   [C_4 (4)    ] magnetic double point group,
     using C_4 (4)    

     e(  1 -  1) =      8.48233  eV     1   --> G_6            
     e(  2 -  2) =      8.85081  eV     1   --> G_8            
     e(  3 -  3) =      9.79047  eV     1   --> G_5            
     e(  4 -  4) =     10.91069  eV     1   --> G_7            
     e(  5 -  5) =     11.32753  eV     1   --> G_5            
     e(  6 -  6) =     11.39815  eV     1   --> G_7            
     e(  7 -  7) =     12.02261  eV     1   --> G_8            
     e(  8 -  8) =     13.17491  eV     1   --> G_6            
     e(  9 -  9) =     13.24589  eV     1   --> G_8            
     e( 10 - 10) =     14.07624  eV     1   --> G_7            
     e( 11 - 11) =     14.94073  eV     1   --> G_6            
     e( 12 - 12) =     16.42772  eV     1   --> G_5            
     e( 13 - 13) =     25.93363  eV     1   --> G_5            
     e( 14 - 14) =     26.09724  eV     1   --> G_7            
     e( 15 - 15) =     26.48449  eV     1   --> G_6            
     e( 16 - 16) =     26.64369  eV     1   --> G_8            

 **************************************************************************

 **************************************************************************

                    xk=(   0.00000,   0.00000,   0.67500  )

     Band symmetry, D_4 (422)   [C_4 (4)    ] magnetic double point group,
     using C_4 (4)    

     e(  1 -  1) =      8.46268  eV     1   --> G_6            
     e(  2 -  2) =      8.72948  eV     1   --> G_8            
     e(  3 -  3) =      9.87901  eV     1   --> G_5            
     e(  4 -  4) =     10.76213  eV     1   --> G_7            
     e(  5 -  5) =     11.44537  eV     1   --> G_5            
     e(  6 -  6) =     11.51524  eV     1   --> G_7            
     e(  7 -  7) =     12.10325  eV     1   --> G_8            
     e(  8 -  8) =     13.30855  eV     1   --> G_6            
     e(  9 -  9) =     13.37972  eV     1   --> G_8            
     e( 10 - 10) =     14.16680  eV     1   --> G_7            
     e( 11 - 11) =     15.45898  eV     1   --> G_6            
     e( 12 - 12) =     16.80015  eV     1   --> G_5            
     e( 13 - 13) =     25.47260  eV     1   --> G_5            
     e( 14 - 14) =     25.63740  eV     1   --> G_7            
     e( 15 - 15) =     26.00601  eV     1   --> G_6            
     e( 16 - 16) =     26.16642  eV     1   --> G_8            

 **************************************************************************

 **************************************************************************

                    xk=(   0.00000,   0.00000,   0.70000  )

     Band symmetry, D_4 (422)   [C_4 (4)    ] magnetic double point group,
     using C_4 (4)    

     e(  1 -  1) =      8.42668  eV     1   --> G_6            
     e(  2 -  2) =      8.61421  eV     1   --> G_8            
     e(  3 -  3) =      9.93583  eV     1   --> G_5            
     e(  4 -  4) =     10.62096  eV     1   --> G_7            
     e(  5 -  5) =     11.56714  eV     1   --> G_5            
     e(  6 -  6) =     11.63680  eV     1   --> G_7            
     e(  7 -  7) =     12.18030  eV     1   --> G_8            
     e(  8 -  8) =     13.44828  eV     1   --> G_6            
     e(  9 -  9) =     13.51972  eV     1   --> G_8            
     e( 10 - 10) =     14.25338  eV     1   --> G_7            
     e( 11 - 11) =     16.00747  eV     1   --> G_6            
     e( 12 - 12) =     17.21570  eV     1   --> G_5            
     e( 13 - 13) =     25.03100  eV     1   --> G_5            
     e( 14 - 14) =     25.19682  eV     1   --> G_7            
     e( 15 - 15) =     25.54453  eV     1   --> G_6            
     e( 16 - 16) =     25.70601  eV     1   --> G_8            

 **************************************************************************

 **************************************************************************

                    xk=(   0.00000,   0.00000,   0.72500  )

     Band symmetry, D_4 (422)   [C_4 (4)    ] magnetic double point group,
     using C_4 (4)    

     e(  1 -  1) =      8.37794  eV     1   --> G_6            
     e(  2 -  2) =      8.50566  eV     1   --> G_8            
     e(  3 -  3) =      9.96481  eV     1   --> G_5            
     e(  4 -  4) =     10.48826  eV     1   --> G_7            
     e(  5 -  5) =     11.69145  eV     1   --> G_5            
     e(  6 -  6) =     11.76111  eV     1   --> G_7            
     e(  7 -  7) =     12.25325  eV     1   --> G_8            
     e(  8 -  8) =     13.59275  eV     1   --> G_6            
     e(  9 -  9) =     13.66447  eV     1   --> G_8            
     e( 10 - 10) =     14.33542  eV     1   --> G_7            
     e( 11 - 11) =     16.58114  eV     1   --> G_6            
     e( 12 - 12) =     17.66910  eV     1   --> G_5            
     e( 13 - 13) =     24.61066  eV     1   --> G_5            
     e( 14 - 14) =     24.77738  eV     1   --> G_7            
     e( 15 - 15) =     25.10198  eV     1   --> G_6            
     e( 16 - 16) =     25.26440  eV     1   --> G_8            

 **************************************************************************

 **************************************************************************

                    xk=(   0.00000,   0.00000,   0.75000  )

     Band symmetry, D_4 (422)   [C_4 (4)    ] magnetic double point group,
     using C_4 (4)    

     e(  1 -  1) =      8.32105  eV     1   --> G_6            
     e(  2 -  2) =      8.40501  eV     1   --> G_8            
     e(  3 -  3) =      9.97155  eV     1   --> G_5            
     e(  4 -  4) =     10.36534  eV     1   --> G_7            
     e(  5 -  5) =     11.81721  eV     1   --> G_5            
     e(  6 -  6) =     11.88693  eV     1   --> G_7            
     e(  7 -  7) =     12.32173  eV     1   --> G_8            
     e(  8 -  8) =     13.74083  eV     1   --> G_6            
     e(  9 -  9) =     13.81281  eV     1   --> G_8            
     e( 10 - 10) =     14.41247  eV     1   --> G_7            
     e( 11 - 11) =     17.17561  eV     1   --> G_6            
     e( 12 - 12) =     18.15508  eV     1   --> G_5            
     e( 13 - 13) =     24.21365  eV     1   --> G_5            
     e( 14 - 14) =     24.38111  eV     1   --> G_7            
     e( 15 - 15) =     24.68057  eV     1   --> G_6            
     e( 16 - 16) =     24.84381  eV     1   --> G_8            

 **************************************************************************

 **************************************************************************

                    xk=(   0.00000,   0.00000,   0.77500  )

     Band symmetry, D_4 (422)   [C_4 (4)    ] magnetic double point group,
     using C_4 (4)    

     e(  1 -  1) =      8.25952  eV     1   --> G_6            
     e(  2 -  2) =      8.31172  eV     1   --> G_8            
     e(  3 -  3) =      9.96123  eV     1   --> G_5            
     e(  4 -  4) =     10.25183  eV     1   --> G_7            
     e(  5 -  5) =     11.94176  eV     1   --> G_5            
     e(  6 -  6) =     12.01155  eV     1   --> G_7            
     e(  7 -  7) =     12.38506  eV     1   --> G_8            
     e(  8 -  8) =     13.88967  eV     1   --> G_6            
     e(  9 -  9) =     13.96184  eV     1   --> G_8            
     e( 10 - 10) =     14.48376  eV     1   --> G_7            
     e( 11 - 11) =     17.78609  eV     1   --> G_6            
     e( 12 - 12) =     18.66703  eV     1   --> G_5            
     e( 13 - 13) =     23.84221  eV     1   --> G_5            
     e( 14 - 14) =     24.01025  eV     1   --> G_7            
     e( 15 - 15) =     24.28277  eV     1   --> G_6            
     e( 16 - 16) =     24.44672  eV     1   --> G_8            

 **************************************************************************

 **************************************************************************

                    xk=(   0.00000,   0.00000,   0.80000  )

     Band symmetry, D_4 (422)   [C_4 (4)    ] magnetic double point group,
     using C_4 (4)    

     e(  1 -  1) =      8.19645  eV     1   --> G_6            
     e(  2 -  2) =      8.22686  eV     1   --> G_8            
     e(  3 -  3) =      9.93877  eV     1   --> G_5            
     e(  4 -  4) =     10.14881  eV     1   --> G_7            
     e(  5 -  5) =     12.06340  eV     1   --> G_5            
     e(  6 -  6) =     12.13325  eV     1   --> G_7            
     e(  7 -  7) =     12.44234  eV     1   --> G_8            
     e(  8 -  8) =     14.03725  eV     1   --> G_6            
     e(  9 -  9) =     14.10954  eV     1   --> G_8            
     e( 10 - 10) =     14.54842  eV     1   --> G_7            
     e( 11 - 11) =     18.40720  eV     1   --> G_6            
     e( 12 - 12) =     19.19744  eV     1   --> G_5            
     e( 13 - 13) =     23.49886  eV     1   --> G_5            
     e( 14 - 14) =     23.66725  eV     1   --> G_7            
     e( 15 - 15) =     23.91144  eV     1   --> G_6            
     e( 16 - 16) =     24.07595  eV     1   --> G_8            

 **************************************************************************

 **************************************************************************

                    xk=(   0.00000,   0.00000,   0.82500  )

     Band symmetry, D_4 (422)   [C_4 (4)    ] magnetic double point group,
     using C_4 (4)    

     e(  1 -  1) =      8.13482  eV     1   --> G_6            
     e(  2 -  2) =      8.15090  eV     1   --> G_8            
     e(  3 -  3) =      9.90892  eV     1   --> G_5            
     e(  4 -  4) =     10.05679  eV     1   --> G_7            
     e(  5 -  5) =     12.17991  eV     1   --> G_5            
     e(  6 -  6) =     12.24978  eV     1   --> G_7            
     e(  7 -  7) =     12.49435  eV     1   --> G_8            
     e(  8 -  8) =     14.18084  eV     1   --> G_6            
     e(  9 -  9) =     14.25315  eV     1   --> G_8            
     e( 10 - 10) =     14.60704  eV     1   --> G_7            
     e( 11 - 11) =     19.03249  eV     1   --> G_6            
     e( 12 - 12) =     19.73764  eV     1   --> G_5            
     e( 13 - 13) =     23.18632  eV     1   --> G_5            
     e( 14 - 14) =     23.35478  eV     1   --> G_7            
     e( 15 - 15) =     23.56986  eV     1   --> G_6            
     e( 16 - 16) =     23.73476  eV     1   --> G_8            

 **************************************************************************

 **************************************************************************

                    xk=(   0.00000,   0.00000,   0.85000  )

     Band symmetry, D_4 (422)   [C_4 (4)    ] magnetic double point group,
     using C_4 (4)    

     e(  1 -  1) =      8.07730  eV     1   --> G_6            
     e(  2 -  2) =      8.08429  eV     1   --> G_8            
     e(  3 -  3) =      9.87581  eV     1   --> G_5            
     e(  4 -  4) =      9.97626  eV     1   --> G_7            
     e(  5 -  5) =     12.28921  eV     1   --> G_5            
     e(  6 -  6) =     12.35907  eV     1   --> G_7            
     e(  7 -  7) =     12.54019  eV     1   --> G_8            
     e(  8 -  8) =     14.31763  eV     1   --> G_6            
     e(  9 -  9) =     14.38987  eV     1   --> G_8            
     e( 10 - 10) =     14.65875  eV     1   --> G_7            
     e( 11 - 11) =     19.65359  eV     1   --> G_6            
     e( 12 - 12) =     20.27705  eV     1   --> G_5            
     e( 13 - 13) =     22.90762  eV     1   --> G_5            
     e( 14 - 14) =     23.07564  eV     1   --> G_7            
     e( 15 - 15) =     23.26172  eV     1   --> G_6            
     e( 16 - 16) =     23.42672  eV     1   --> G_8            

 **************************************************************************

 **************************************************************************

                    xk=(   0.00000,   0.00000,   0.87500  )

     Band symmetry, D_4 (422)   [C_4 (4)    ] magnetic double point group,
     using C_4 (4)    

     e(  1 -  1) =      8.02503  eV     1   --> G_6            
     e(  2 -  2) =      8.02730  eV     1   --> G_8            
     e(  3 -  3) =      9.84216  eV     1   --> G_5            
     e(  4 -  4) =      9.90745  eV     1   --> G_7            
     e(  5 -  5) =     12.38762  eV     1   --> G_5            
     e(  6 -  6) =     12.45742  eV     1   --> G_7            
     e(  7 -  7) =     12.57949  eV     1   --> G_8            
     e(  8 -  8) =     14.44291  eV     1   --> G_6            
     e(  9 -  9) =     14.51499  eV     1   --> G_8            
     e( 10 - 10) =     14.70309  eV     1   --> G_7            
     e( 11 - 11) =     20.25871  eV     1   --> G_6            
     e( 12 - 12) =     20.80163  eV     1   --> G_5            
     e( 13 - 13) =     22.66614  eV     1   --> G_5            
     e( 14 - 14) =     22.83274  eV     1   --> G_7            
     e( 15 - 15) =     22.99117  eV     1   --> G_6            
     e( 16 - 16) =     23.15576  eV     1   --> G_8            

 **************************************************************************

 **************************************************************************

                    xk=(   0.00000,   0.00000,   0.90000  )

     Band symmetry, D_4 (422)   [C_4 (4)    ] magnetic double point group,
     using C_4 (4)    

     e(  1 -  1) =      7.97981  eV     1   --> G_8            
     e(  2 -  2) =      7.97993  eV     1   --> G_6            
     e(  3 -  3) =      9.81091  eV     1   --> G_5            
     e(  4 -  4) =      9.85037  eV     1   --> G_7            
     e(  5 -  5) =     12.47268  eV     1   --> G_5            
     e(  6 -  6) =     12.54239  eV     1   --> G_7            
     e(  7 -  7) =     12.61160  eV     1   --> G_8            
     e(  8 -  8) =     14.55293  eV     1   --> G_6            
     e(  9 -  9) =     14.62479  eV     1   --> G_8            
     e( 10 - 10) =     14.73935  eV     1   --> G_7            
     e( 11 - 11) =     20.83081  eV     1   --> G_6            
     e( 12 - 12) =     21.29252  eV     1   --> G_5            
     e( 13 - 13) =     22.46612  eV     1   --> G_5            
     e( 14 - 14) =     22.62896  eV     1   --> G_7            
     e( 15 - 15) =     22.76287  eV     1   --> G_6            
     e( 16 - 16) =     22.92602  eV     1   --> G_8            

 **************************************************************************

 **************************************************************************

                    xk=(   0.00000,   0.00000,   0.92500  )

     Band symmetry, D_4 (422)   [C_4 (4)    ] magnetic double point group,
     using C_4 (4)    

     e(  1 -  1) =      7.94297  eV     1   --> G_8            
     e(  2 -  2) =      7.94360  eV     1   --> G_6            
     e(  3 -  3) =      9.78448  eV     1   --> G_5            
     e(  4 -  4) =      9.80600  eV     1   --> G_7            
     e(  5 -  5) =     12.54230  eV     1   --> G_5            
     e(  6 -  6) =     12.61191  eV     1   --> G_7            
     e(  7 -  7) =     12.63712  eV     1   --> G_8            
     e(  8 -  8) =     14.64422  eV     1   --> G_6            
     e(  9 -  9) =     14.71584  eV     1   --> G_8            
     e( 10 - 10) =     14.76817  eV     1   --> G_7            
     e( 11 - 11) =     21.34412  eV     1   --> G_6            
     e( 12 - 12) =     21.72058  eV     1   --> G_5            
     e( 13 - 13) =     22.31584  eV     1   --> G_5            
     e( 14 - 14) =     22.46707  eV     1   --> G_7            
     e( 15 - 15) =     22.58228  eV     1   --> G_6            
     e( 16 - 16) =     22.74175  eV     1   --> G_8            

 **************************************************************************

 **************************************************************************

                    xk=(   0.00000,   0.00000,   0.95000  )

     Band symmetry, D_4 (422)   [C_4 (4)    ] magnetic double point group,
     using C_4 (4)    

     e(  1 -  1) =      7.91632  eV     1   --> G_8            
     e(  2 -  2) =      7.91686  eV     1   --> G_6            
     e(  3 -  3) =      9.76435  eV     1   --> G_5            
     e(  4 -  4) =      9.77397  eV     1   --> G_7            
     e(  5 -  5) =     12.59329  eV     1   --> G_5            
     e(  6 -  6) =     12.65541  eV     1   --> G_8            
     e(  7 -  7) =     12.66280  eV     1   --> G_7            
     e(  8 -  8) =     14.71212  eV     1   --> G_6            
     e(  9 -  9) =     14.78352  eV     1   --> G_8            
     e( 10 - 10) =     14.78882  eV     1   --> G_7            
     e( 11 - 11) =     21.75952  eV     1   --> G_6            
     e( 12 - 12) =     22.01368  eV     1   --> G_5            
     e( 13 - 13) =     22.25924  eV     1   --> G_5            
     e( 14 - 14) =     22.34948  eV     1   --> G_7            
     e( 15 - 15) =     22.45677  eV     1   --> G_6            
     e( 16 - 16) =     22.60679  eV     1   --> G_8            

 **************************************************************************

 **************************************************************************

                    xk=(   0.00000,   0.00000,   0.97500  )

     Band symmetry, D_4 (422)   [C_4 (4)    ] magnetic double point group,
     using C_4 (4)    

     e(  1 -  1) =      7.90026  eV     1   --> G_6            
     e(  2 -  2) =      7.90039  eV     1   --> G_8            
     e(  3 -  3) =      9.75160  eV     1   --> G_5            
     e(  4 -  4) =      9.75481  eV     1   --> G_7            
     e(  5 -  5) =     12.62484  eV     1   --> G_5            
     e(  6 -  6) =     12.66645  eV     1   --> G_8            
     e(  7 -  7) =     12.69429  eV     1   --> G_7            
     e(  8 -  8) =     14.75439  eV     1   --> G_6            
     e(  9 -  9) =     14.80127  eV     1   --> G_7            
     e( 10 - 10) =     14.82562  eV     1   --> G_8            
     e( 11 - 11) =     22.02263  eV     1   --> G_6            
     e( 12 - 12) =     22.05330  eV     1   --> G_5            
     e( 13 - 13) =     22.27810  eV     1   --> G_7            
     e( 14 - 14) =     22.38167  eV     1   --> G_5            
     e( 15 - 15) =     22.39757  eV     1   --> G_6            
     e( 16 - 16) =     22.52440  eV     1   --> G_8            

 **************************************************************************

 **************************************************************************

                    xk=(   0.00000,   0.00000,   1.00000  )

     the magnetic double point group is D_4h(4/mmm) [C_4h (4/m) ]
     using the double point group C_4h (4/m) 
     there are 16 classes and  8 irreducible representations
     the character table:

       E     -E    C4    -C4   C2    -C2   C4^3  -C4^3 i     -i    S4^3  -S4^3
                                                                              
G_5+   1.00 -1.00  0.71 -0.71  0.00  0.00  0.71 -0.71  1.00 -1.00  0.71 -0.71
G_6+   1.00 -1.00  0.71 -0.71  0.00  0.00  0.71 -0.71  1.00 -1.00  0.71 -0.71
G_7+   1.00 -1.00 -0.71  0.71  0.00  0.00 -0.71  0.71  1.00 -1.00 -0.71  0.71
G_8+   1.00 -1.00 -0.71  0.71  0.00  0.00 -0.71  0.71  1.00 -1.00 -0.71  0.71
G_5-   1.00 -1.00  0.71 -0.71  0.00  0.00  0.71 -0.71 -1.00  1.00 -0.71  0.71
G_6-   1.00 -1.00  0.71 -0.71  0.00  0.00  0.71 -0.71 -1.00  1.00 -0.71  0.71
G_7-   1.00 -1.00 -0.71  0.71  0.00  0.00 -0.71  0.71 -1.00  1.00  0.71 -0.71
G_8-   1.00 -1.00 -0.71  0.71  0.00  0.00 -0.71  0.71 -1.00  1.00  0.71 -0.71

       s_h   -s_h  S4    -S4  
                              
G_5+   0.00  0.00  0.71 -0.71
G_6+   0.00  0.00  0.71 -0.71
G_7+   0.00  0.00 -0.71  0.71
G_8+   0.00  0.00 -0.71  0.71
G_5-   0.00  0.00 -0.71  0.71
G_6-   0.00  0.00 -0.71  0.71
G_7-   0.00  0.00  0.71 -0.71
G_8-   0.00  0.00  0.71 -0.71

     imaginary part

       E     -E    C4    -C4   C2    -C2   C4^3  -C4^3 i     -i    S4^3  -S4^3
                                                                              
G_5+   0.00  0.00  0.71 -0.71  1.00 -1.00 -0.71  0.71  0.00  0.00  0.71 -0.71
G_6+   0.00  0.00 -0.71  0.71 -1.00  1.00  0.71 -0.71  0.00  0.00 -0.71  0.71
G_7+   0.00  0.00 -0.71  0.71  1.00 -1.00  0.71 -0.71  0.00  0.00 -0.71  0.71
G_8+   0.00  0.00  0.71 -0.71 -1.00  1.00 -0.71  0.71  0.00  0.00  0.71 -0.71
G_5-   0.00  0.00  0.71 -0.71  1.00 -1.00 -0.71  0.71  0.00  0.00 -0.71  0.71
G_6-   0.00  0.00 -0.71  0.71 -1.00  1.00  0.71 -0.71  0.00  0.00  0.71 -0.71
G_7-   0.00  0.00 -0.71  0.71  1.00 -1.00  0.71 -0.71  0.00  0.00  0.71 -0.71
G_8-   0.00  0.00  0.71 -0.71 -1.00  1.00 -0.71  0.71  0.00  0.00 -0.71  0.71

       s_h   -s_h  S4    -S4  
                              
G_5+   1.00 -1.00 -0.71  0.71
G_6+  -1.00  1.00  0.71 -0.71
G_7+   1.00 -1.00  0.71 -0.71
G_8+  -1.00  1.00 -0.71  0.71
G_5-  -1.00  1.00  0.71 -0.71
G_6-   1.00 -1.00 -0.71  0.71
G_7-  -1.00  1.00 -0.71  0.71
G_8-   1.00 -1.00  0.71 -0.71

     the symmetry operations in each class and the name of the first element:

     E             1
                                                                 
     -E           -1
                                                                 
     C4            4
                                                                 
     -C4          -4
                                                                 
     C2            2
                                                                 
     -C2          -2
                                                                 
     C4^3          3
                                                                 
     -C4^3        -3
                                                                 
     i             5
                                                                 
     -i           -5
                                                                 
     S4^3          8
                                                                 
     -S4^3        -8
                                                                 
     s_h           6
                                                                 
     -s_h         -6
                                                                 
     S4            7
                                                                 
     -S4          -7
                                                                 

     Band symmetry, D_4h(4/mmm) [C_4h (4/m) ] magnetic double point group,
     using C_4h (4/m) 

     e(  1 -  1) =      7.89478  eV     1   --> G_6+           
     e(  2 -  2) =      7.89507  eV     1   --> G_8+           
     e(  3 -  3) =      9.74736  eV     1   --> G_5+           
     e(  4 -  4) =      9.74842  eV     1   --> G_7+           
     e(  5 -  5) =     12.63556  eV     1   --> G_5+           
     e(  6 -  6) =     12.67014  eV     1   --> G_8+           
     e(  7 -  7) =     12.70498  eV     1   --> G_7+           
     e(  8 -  8) =     14.76880  eV     1   --> G_6+           
     e(  9 -  9) =     14.80545  eV     1   --> G_7+           
     e( 10 - 10) =     14.83998  eV     1   --> G_8+           
     e( 11 - 11) =     22.04158  eV     1   --> G_5-           
     e( 12 - 12) =     22.10249  eV     1   --> G_6-           
     e( 13 - 13) =     22.25417  eV     1   --> G_7-           
     e( 14 - 14) =     22.39215  eV     1   --> G_6-           
     e( 15 - 15) =     22.45149  eV     1   --> G_5-           
     e( 16 - 16) =     22.49669  eV     1   --> G_8-           

 **************************************************************************

     BANDS        :    23.59s CPU        23.93s WALL


   This run was terminated on:   9:42: 9   8Feb2017            

=------------------------------------------------------------------------------=
   JOB DONE.
=------------------------------------------------------------------------------=