File: Fe.bands.out

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     Program BANDS v.4.2        starts on 23May2010 at 11: 7:12 

     This program is part of the open-source Quantum ESPRESSO suite
     for quantum simulation of materials; please acknowledge
         "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/wiki/index.php/Citing_Quantum-ESPRESSO

     Parallel version (MPI), running on     1 processors
     file Fe.rel-pbe-paw_kj.UPF: wavefunction(s)  3D renormalized

     Planes per process (thick) : nr3 =  27 npp =   27 ncplane =   729
     Planes per process (smooth): nr3s=  24 npps=   24 ncplanes=   576
 
     Proc/  planes cols     G    planes cols    G      columns  G
     Pool       (dense grid)       (smooth grid)      (wavefct grid)
        1    27    487     6963   24    291     3151     99      675
 
         0.000000    0.000000    1.000000

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

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

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

     e(  1 -  1) =      7.90757  eV     1   --> G_5+           
     e(  2 -  2) =      7.90792  eV     1   --> G_7+           
     e(  3 -  3) =      9.74298  eV     1   --> G_6+           
     e(  4 -  4) =      9.74377  eV     1   --> G_8+           
     e(  5 -  5) =     12.61899  eV     1   --> G_6+           
     e(  6 -  6) =     12.65352  eV     1   --> G_7+           
     e(  7 -  7) =     12.68845  eV     1   --> G_8+           
     e(  8 -  8) =     14.81611  eV     1   --> G_5+           
     e(  9 -  9) =     14.85265  eV     1   --> G_8+           
     e( 10 - 10) =     14.88722  eV     1   --> G_7+           
     e( 11 - 11) =     22.04401  eV     1   --> G_6-           
     e( 12 - 12) =     22.10528  eV     1   --> G_5-           
     e( 13 - 13) =     22.25691  eV     1   --> G_8-           
     e( 14 - 14) =     22.39403  eV     1   --> G_5-           
     e( 15 - 15) =     22.45368  eV     1   --> G_6-           
     e( 16 - 16) =     22.49861  eV     1   --> G_7-           

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

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

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

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

     e(  1 -  1) =      7.91292  eV     1   --> G_3            
     e(  2 -  2) =      7.91337  eV     1   --> G_3            
     e(  3 -  3) =      9.74775  eV     1   --> G_4            
     e(  4 -  4) =      9.74963  eV     1   --> G_4            
     e(  5 -  5) =     12.61167  eV     1   --> G_4            
     e(  6 -  6) =     12.64283  eV     1   --> G_3            
     e(  7 -  7) =     12.68140  eV     1   --> G_4            
     e(  8 -  8) =     14.80645  eV     1   --> G_3            
     e(  9 -  9) =     14.83816  eV     1   --> G_4            
     e( 10 - 10) =     14.87820  eV     1   --> G_3            
     e( 11 - 11) =     21.99559  eV     1   --> G_3            
     e( 12 - 12) =     22.11448  eV     1   --> G_4            
     e( 13 - 13) =     22.23198  eV     1   --> G_3            
     e( 14 - 14) =     22.36101  eV     1   --> G_4            
     e( 15 - 15) =     22.47675  eV     1   --> G_3            
     e( 16 - 16) =     22.49210  eV     1   --> G_4            

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

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

                    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) =      7.92890  eV     1   --> G_3            
     e(  2 -  2) =      7.92992  eV     1   --> G_3            
     e(  3 -  3) =      9.76056  eV     1   --> G_4            
     e(  4 -  4) =      9.76874  eV     1   --> G_4            
     e(  5 -  5) =     12.58810  eV     1   --> G_4            
     e(  6 -  6) =     12.61138  eV     1   --> G_3            
     e(  7 -  7) =     12.66249  eV     1   --> G_4            
     e(  8 -  8) =     14.77415  eV     1   --> G_3            
     e(  9 -  9) =     14.79565  eV     1   --> G_4            
     e( 10 - 10) =     14.85553  eV     1   --> G_3            
     e( 11 - 11) =     21.75692  eV     1   --> G_3            
     e( 12 - 12) =     22.04067  eV     1   --> G_4            
     e( 13 - 13) =     22.26122  eV     1   --> G_3            
     e( 14 - 14) =     22.29055  eV     1   --> G_4            
     e( 15 - 15) =     22.55428  eV     1   --> G_3            
     e( 16 - 16) =     22.55686  eV     1   --> G_4            

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

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

                    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) =      7.95557  eV     1   --> G_3            
     e(  2 -  2) =      7.95665  eV     1   --> G_3            
     e(  3 -  3) =      9.78070  eV     1   --> G_4            
     e(  4 -  4) =      9.80078  eV     1   --> G_4            
     e(  5 -  5) =     12.54511  eV     1   --> G_4            
     e(  6 -  6) =     12.56054  eV     1   --> G_3            
     e(  7 -  7) =     12.63639  eV     1   --> G_4            
     e(  8 -  8) =     14.71410  eV     1   --> G_3            
     e(  9 -  9) =     14.72738  eV     1   --> G_4            
     e( 10 - 10) =     14.82659  eV     1   --> G_3            
     e( 11 - 11) =     21.34638  eV     1   --> G_3            
     e( 12 - 12) =     21.72605  eV     1   --> G_4            
     e( 13 - 13) =     22.36801  eV     1   --> G_3            
     e( 14 - 14) =     22.37353  eV     1   --> G_4            
     e( 15 - 15) =     22.68658  eV     1   --> G_3            
     e( 16 - 16) =     22.68720  eV     1   --> G_4            

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

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

                    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) =      7.99242  eV     1   --> G_3            
     e(  2 -  2) =      7.99297  eV     1   --> G_3            
     e(  3 -  3) =      9.80715  eV     1   --> G_4            
     e(  4 -  4) =      9.84516  eV     1   --> G_4            
     e(  5 -  5) =     12.48109  eV     1   --> G_4            
     e(  6 -  6) =     12.49111  eV     1   --> G_3            
     e(  7 -  7) =     12.60549  eV     1   --> G_4            
     e(  8 -  8) =     14.62697  eV     1   --> G_3            
     e(  9 -  9) =     14.63558  eV     1   --> G_4            
     e( 10 - 10) =     14.79304  eV     1   --> G_3            
     e( 11 - 11) =     20.83456  eV     1   --> G_3            
     e( 12 - 12) =     21.29508  eV     1   --> G_4            
     e( 13 - 13) =     22.52731  eV     1   --> G_3            
     e( 14 - 14) =     22.52928  eV     1   --> G_4            
     e( 15 - 15) =     22.86917  eV     1   --> G_3            
     e( 16 - 16) =     22.86932  eV     1   --> G_4            

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

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

                    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) =      8.03797  eV     1   --> G_3            
     e(  2 -  2) =      8.03999  eV     1   --> G_3            
     e(  3 -  3) =      9.83841  eV     1   --> G_4            
     e(  4 -  4) =      9.90226  eV     1   --> G_4            
     e(  5 -  5) =     12.39944  eV     1   --> G_4            
     e(  6 -  6) =     12.40626  eV     1   --> G_3            
     e(  7 -  7) =     12.57024  eV     1   --> G_4            
     e(  8 -  8) =     14.51884  eV     1   --> G_3            
     e(  9 -  9) =     14.52495  eV     1   --> G_4            
     e( 10 - 10) =     14.75421  eV     1   --> G_3            
     e( 11 - 11) =     20.26323  eV     1   --> G_3            
     e( 12 - 12) =     20.80339  eV     1   --> G_4            
     e( 13 - 13) =     22.73097  eV     1   --> G_3            
     e( 14 - 14) =     22.73193  eV     1   --> G_4            
     e( 15 - 16) =     23.09772  eV     2   --> G_3            
     e( 15 - 16) =     23.09772  eV     2   --> G_4            

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

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

                    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) =      8.09020  eV     1   --> G_3            
     e(  2 -  2) =      8.09703  eV     1   --> G_3            
     e(  3 -  3) =      9.87207  eV     1   --> G_4            
     e(  4 -  4) =      9.97109  eV     1   --> G_4            
     e(  5 -  5) =     12.30314  eV     1   --> G_4            
     e(  6 -  6) =     12.30805  eV     1   --> G_3            
     e(  7 -  7) =     12.52912  eV     1   --> G_4            
     e(  8 -  8) =     14.39431  eV     1   --> G_3            
     e(  9 -  9) =     14.39901  eV     1   --> G_4            
     e( 10 - 10) =     14.70835  eV     1   --> G_3            
     e( 11 - 11) =     19.65866  eV     1   --> G_3            
     e( 12 - 12) =     20.27846  eV     1   --> G_4            
     e( 13 - 13) =     22.97462  eV     1   --> G_3            
     e( 14 - 14) =     22.97517  eV     1   --> G_4            
     e( 15 - 16) =     23.36783  eV     2   --> G_3            
     e( 15 - 16) =     23.36783  eV     2   --> G_4            

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

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

                    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) =      8.14765  eV     1   --> G_3            
     e(  2 -  2) =      8.16368  eV     1   --> G_3            
     e(  3 -  3) =      9.90518  eV     1   --> G_4            
     e(  4 -  4) =     10.05165  eV     1   --> G_4            
     e(  5 -  5) =     12.19522  eV     1   --> G_4            
     e(  6 -  6) =     12.19893  eV     1   --> G_3            
     e(  7 -  7) =     12.48217  eV     1   --> G_4            
     e(  8 -  8) =     14.25767  eV     1   --> G_3            
     e(  9 -  9) =     14.26151  eV     1   --> G_4            
     e( 10 - 10) =     14.65564  eV     1   --> G_3            
     e( 11 - 11) =     19.03800  eV     1   --> G_3            
     e( 12 - 12) =     19.73888  eV     1   --> G_4            
     e( 13 - 13) =     23.25480  eV     1   --> G_3            
     e( 14 - 14) =     23.25515  eV     1   --> G_4            
     e( 15 - 16) =     23.67536  eV     2   --> G_3            
     e( 15 - 16) =     23.67536  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) =      8.20919  eV     1   --> G_3            
     e(  2 -  2) =      8.23970  eV     1   --> G_3            
     e(  3 -  3) =      9.93503  eV     1   --> G_4            
     e(  4 -  4) =     10.14369  eV     1   --> G_4            
     e(  5 -  5) =     12.07967  eV     1   --> G_4            
     e(  6 -  6) =     12.08259  eV     1   --> G_3            
     e(  7 -  7) =     12.42950  eV     1   --> G_4            
     e(  8 -  8) =     14.11390  eV     1   --> G_3            
     e(  9 -  9) =     14.11719  eV     1   --> G_4            
     e( 10 - 10) =     14.59630  eV     1   --> G_3            
     e( 11 - 11) =     18.41310  eV     1   --> G_3            
     e( 12 - 12) =     19.19861  eV     1   --> G_4            
     e( 13 - 13) =     23.56837  eV     1   --> G_3            
     e( 14 - 14) =     23.56861  eV     1   --> G_4            
     e( 15 - 16) =     24.01629  eV     2   --> G_3            
     e( 15 - 16) =     24.01629  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) =      8.27214  eV     1   --> G_3            
     e(  2 -  2) =      8.32463  eV     1   --> G_3            
     e(  3 -  3) =      9.95747  eV     1   --> G_4            
     e(  4 -  4) =     10.24673  eV     1   --> G_4            
     e(  5 -  5) =     11.95872  eV     1   --> G_4            
     e(  6 -  6) =     11.96108  eV     1   --> G_3            
     e(  7 -  7) =     12.37181  eV     1   --> G_4            
     e(  8 -  8) =     13.96595  eV     1   --> G_3            
     e(  9 -  9) =     13.96887  eV     1   --> G_4            
     e( 10 - 10) =     14.53110  eV     1   --> G_3            
     e( 11 - 11) =     17.79236  eV     1   --> G_3            
     e( 12 - 12) =     18.66818  eV     1   --> G_4            
     e( 13 - 13) =     23.91246  eV     1   --> G_3            
     e( 14 - 14) =     23.91262  eV     1   --> G_4            
     e( 15 - 16) =     24.38700  eV     2   --> G_3            
     e( 15 - 16) =     24.38700  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) =      8.33352  eV     1   --> G_3            
     e(  2 -  2) =      8.41800  eV     1   --> G_3            
     e(  3 -  3) =      9.96775  eV     1   --> G_4            
     e(  4 -  4) =     10.36026  eV     1   --> G_4            
     e(  5 -  5) =     11.83469  eV     1   --> G_4            
     e(  6 -  6) =     11.83664  eV     1   --> G_3            
     e(  7 -  7) =     12.30828  eV     1   --> G_4            
     e(  8 -  8) =     13.81665  eV     1   --> G_3            
     e(  9 -  9) =     13.81933  eV     1   --> G_4            
     e( 10 - 10) =     14.45934  eV     1   --> G_3            
     e( 11 - 11) =     17.18224  eV     1   --> G_3            
     e( 12 - 12) =     18.15626  eV     1   --> G_4            
     e( 13 - 13) =     24.28436  eV     1   --> G_3            
     e( 14 - 14) =     24.28449  eV     1   --> G_4            
     e( 15 - 16) =     24.78420  eV     2   --> G_3            
     e( 15 - 16) =     24.78420  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) =      8.39021  eV     1   --> G_3            
     e(  2 -  2) =      8.51873  eV     1   --> G_3            
     e(  3 -  3) =      9.96096  eV     1   --> G_4            
     e(  4 -  4) =     10.48319  eV     1   --> G_4            
     e(  5 -  5) =     11.70935  eV     1   --> G_4            
     e(  6 -  6) =     11.71096  eV     1   --> G_3            
     e(  7 -  7) =     12.23974  eV     1   --> G_4            
     e(  8 -  8) =     13.66806  eV     1   --> G_3            
     e(  9 -  9) =     13.67058  eV     1   --> G_4            
     e( 10 - 10) =     14.38188  eV     1   --> G_3            
     e( 11 - 11) =     16.58813  eV     1   --> G_3            
     e( 12 - 12) =     17.67036  eV     1   --> G_4            
     e( 13 - 14) =     24.68165  eV     2   --> G_3            
     e( 13 - 14) =     24.68165  eV     2   --> G_4            
     e( 15 - 16) =     25.20503  eV     2   --> G_3            
     e( 15 - 16) =     25.20503  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) =      8.43871  eV     1   --> G_3            
     e(  2 -  2) =      8.62738  eV     1   --> G_3            
     e(  3 -  3) =      9.93190  eV     1   --> G_4            
     e(  4 -  4) =     10.61589  eV     1   --> G_4            
     e(  5 -  5) =     11.58541  eV     1   --> G_4            
     e(  6 -  6) =     11.58670  eV     1   --> G_3            
     e(  7 -  7) =     12.16686  eV     1   --> G_4            
     e(  8 -  8) =     13.52307  eV     1   --> G_3            
     e(  9 -  9) =     13.52553  eV     1   --> G_4            
     e( 10 - 10) =     14.29947  eV     1   --> G_3            
     e( 11 - 11) =     16.01484  eV     1   --> G_3            
     e( 12 - 12) =     17.21705  eV     1   --> G_4            
     e( 13 - 14) =     25.10208  eV     2   --> G_3            
     e( 13 - 14) =     25.10208  eV     2   --> G_4            
     e( 15 - 16) =     25.64697  eV     2   --> G_3            
     e( 15 - 16) =     25.64697  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) =      8.47441  eV     1   --> G_3            
     e(  2 -  2) =      8.74276  eV     1   --> G_3            
     e(  3 -  3) =      9.87499  eV     1   --> G_4            
     e(  4 -  4) =     10.75706  eV     1   --> G_4            
     e(  5 -  5) =     11.46408  eV     1   --> G_4            
     e(  6 -  6) =     11.46497  eV     1   --> G_3            
     e(  7 -  7) =     12.09002  eV     1   --> G_4            
     e(  8 -  8) =     13.38286  eV     1   --> G_3            
     e(  9 -  9) =     13.38533  eV     1   --> G_4            
     e( 10 - 10) =     14.21253  eV     1   --> G_3            
     e( 11 - 11) =     15.46674  eV     1   --> G_3            
     e( 12 - 12) =     16.80162  eV     1   --> G_4            
     e( 13 - 14) =     25.54364  eV     2   --> G_3            
     e( 13 - 14) =     25.54364  eV     2   --> G_4            
     e( 15 - 16) =     26.10781  eV     2   --> G_3            
     e( 15 - 16) =     26.10781  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) =      8.49368  eV     1   --> G_3            
     e(  2 -  2) =      8.86420  eV     1   --> G_3            
     e(  3 -  3) =      9.78633  eV     1   --> G_4            
     e(  4 -  4) =     10.90566  eV     1   --> G_4            
     e(  5 -  5) =     11.34700  eV     1   --> G_4            
     e(  6 -  6) =     11.34713  eV     1   --> G_3            
     e(  7 -  7) =     12.00978  eV     1   --> G_4            
     e(  8 -  8) =     13.24882  eV     1   --> G_3            
     e(  9 -  9) =     13.25139  eV     1   --> G_4            
     e( 10 - 10) =     14.12162  eV     1   --> G_3            
     e( 11 - 11) =     14.94889  eV     1   --> G_3            
     e( 12 - 12) =     16.42931  eV     1   --> G_4            
     e( 13 - 14) =     26.00448  eV     2   --> G_3            
     e( 13 - 14) =     26.00448  eV     2   --> G_4            
     e( 15 - 16) =     26.58558  eV     2   --> G_3            
     e( 15 - 16) =     26.58558  eV     2   --> G_4            

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

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

                    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) =      8.49115  eV     1   --> G_3            
     e(  2 -  2) =      8.99098  eV     1   --> G_3            
     e(  3 -  3) =      9.66221  eV     1   --> G_4            
     e(  4 -  4) =     11.05896  eV     1   --> G_4            
     e(  5 -  5) =     11.23425  eV     1   --> G_3            
     e(  6 -  6) =     11.23700  eV     1   --> G_4            
     e(  7 -  7) =     11.92682  eV     1   --> G_4            
     e(  8 -  8) =     13.12190  eV     1   --> G_3            
     e(  9 -  9) =     13.12473  eV     1   --> G_4            
     e( 10 - 10) =     14.02734  eV     1   --> G_3            
     e( 11 - 11) =     14.46580  eV     1   --> G_3            
     e( 12 - 12) =     16.10272  eV     1   --> G_4            
     e( 13 - 14) =     26.48295  eV     2   --> G_3            
     e( 13 - 14) =     26.48295  eV     2   --> G_4            
     e( 15 - 16) =     27.07852  eV     2   --> G_3            
     e( 15 - 16) =     27.07852  eV     2   --> G_4            

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

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

                    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) =      8.46179  eV     1   --> G_3            
     e(  2 -  2) =      9.12234  eV     1   --> G_3            
     e(  3 -  3) =      9.50111  eV     1   --> G_4            
     e(  4 -  4) =     11.11778  eV     1   --> G_4            
     e(  5 -  5) =     11.12720  eV     1   --> G_3            
     e(  6 -  6) =     11.23291  eV     1   --> G_4            
     e(  7 -  7) =     11.84204  eV     1   --> G_4            
     e(  8 -  8) =     13.00282  eV     1   --> G_3            
     e(  9 -  9) =     13.00615  eV     1   --> G_4            
     e( 10 - 10) =     13.93030  eV     1   --> G_3            
     e( 11 - 11) =     14.02221  eV     1   --> G_3            
     e( 12 - 12) =     15.82270  eV     1   --> G_4            
     e( 13 - 14) =     26.97749  eV     2   --> G_3            
     e( 13 - 14) =     26.97749  eV     2   --> G_4            
     e( 15 - 16) =     27.58502  eV     2   --> G_3            
     e( 15 - 16) =     27.58502  eV     2   --> G_4            

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

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

                    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) =      8.40088  eV     1   --> G_3            
     e(  2 -  2) =      9.25745  eV     1   --> G_3            
     e(  3 -  3) =      9.30373  eV     1   --> G_4            
     e(  4 -  4) =     11.02266  eV     1   --> G_4            
     e(  5 -  5) =     11.02666  eV     1   --> G_3            
     e(  6 -  6) =     11.39245  eV     1   --> G_4            
     e(  7 -  7) =     11.75751  eV     1   --> G_4            
     e(  8 -  8) =     12.89201  eV     1   --> G_3            
     e(  9 -  9) =     12.89625  eV     1   --> G_4            
     e( 10 - 10) =     13.62254  eV     1   --> G_3            
     e( 11 - 11) =     13.83115  eV     1   --> G_3            
     e( 12 - 12) =     15.58785  eV     1   --> G_4            
     e( 13 - 14) =     27.48670  eV     2   --> G_3            
     e( 13 - 14) =     27.48670  eV     2   --> G_4            
     e( 15 - 15) =     28.10358  eV     1   --> G_3            
     e( 16 - 16) =     28.10369  eV     1   --> G_4            

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

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

                    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) =      8.30497  eV     1   --> G_3            
     e(  2 -  2) =      9.07317  eV     1   --> G_4            
     e(  3 -  3) =      9.39549  eV     1   --> G_3            
     e(  4 -  4) =     10.93027  eV     1   --> G_4            
     e(  5 -  5) =     10.93328  eV     1   --> G_3            
     e(  6 -  6) =     11.54536  eV     1   --> G_4            
     e(  7 -  7) =     11.68700  eV     1   --> G_4            
     e(  8 -  8) =     12.78954  eV     1   --> G_3            
     e(  9 -  9) =     12.79555  eV     1   --> G_4            
     e( 10 - 10) =     13.27090  eV     1   --> G_3            
     e( 11 - 11) =     13.73050  eV     1   --> G_3            
     e( 12 - 12) =     15.39504  eV     1   --> G_4            
     e( 13 - 13) =     28.00922  eV     1   --> G_3            
     e( 14 - 14) =     28.00934  eV     1   --> G_4            
     e( 15 - 15) =     28.63275  eV     1   --> G_3            
     e( 16 - 16) =     28.63296  eV     1   --> G_4            

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

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

                    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) =      8.17157  eV     1   --> G_3            
     e(  2 -  2) =      8.81381  eV     1   --> G_4            
     e(  3 -  3) =      9.53556  eV     1   --> G_3            
     e(  4 -  4) =     10.84463  eV     1   --> G_4            
     e(  5 -  5) =     10.84720  eV     1   --> G_3            
     e(  6 -  6) =     11.55230  eV     1   --> G_4            
     e(  7 -  7) =     11.76542  eV     1   --> G_4            
     e(  8 -  8) =     12.69395  eV     1   --> G_3            
     e(  9 -  9) =     12.70407  eV     1   --> G_4            
     e( 10 - 10) =     12.96976  eV     1   --> G_3            
     e( 11 - 11) =     13.62900  eV     1   --> G_3            
     e( 12 - 12) =     15.23828  eV     1   --> G_4            
     e( 13 - 13) =     28.54378  eV     1   --> G_3            
     e( 14 - 14) =     28.54393  eV     1   --> G_4            
     e( 15 - 15) =     29.17092  eV     1   --> G_3            
     e( 16 - 16) =     29.17145  eV     1   --> G_4            

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

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

                    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) =      8.00151  eV     1   --> G_3            
     e(  2 -  2) =      8.53165  eV     1   --> G_4            
     e(  3 -  3) =      9.67674  eV     1   --> G_3            
     e(  4 -  4) =     10.76643  eV     1   --> G_4            
     e(  5 -  5) =     10.76876  eV     1   --> G_3            
     e(  6 -  6) =     11.47079  eV     1   --> G_4            
     e(  7 -  7) =     11.93432  eV     1   --> G_4            
     e(  8 -  8) =     12.59779  eV     1   --> G_3            
     e(  9 -  9) =     12.62205  eV     1   --> G_4            
     e( 10 - 10) =     12.72642  eV     1   --> G_3            
     e( 11 - 11) =     13.52729  eV     1   --> G_3            
     e( 12 - 12) =     15.11187  eV     1   --> G_4            
     e( 13 - 13) =     29.08909  eV     1   --> G_3            
     e( 14 - 14) =     29.08931  eV     1   --> G_4            
     e( 15 - 15) =     29.68701  eV     1   --> G_3            
     e( 16 - 16) =     29.71767  eV     1   --> G_4            

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

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

                    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) =      7.79795  eV     1   --> G_3            
     e(  2 -  2) =      8.23296  eV     1   --> G_4            
     e(  3 -  3) =      9.81811  eV     1   --> G_3            
     e(  4 -  4) =     10.69584  eV     1   --> G_4            
     e(  5 -  5) =     10.69808  eV     1   --> G_3            
     e(  6 -  6) =     11.38296  eV     1   --> G_4            
     e(  7 -  7) =     12.11074  eV     1   --> G_4            
     e(  8 -  8) =     12.46238  eV     1   --> G_3            
     e(  9 -  9) =     12.54961  eV     1   --> G_4            
     e( 10 - 10) =     12.57637  eV     1   --> G_3            
     e( 11 - 11) =     13.42601  eV     1   --> G_3            
     e( 12 - 12) =     15.00963  eV     1   --> G_4            
     e( 13 - 13) =     29.64375  eV     1   --> G_3            
     e( 14 - 14) =     29.64416  eV     1   --> G_4            
     e( 15 - 15) =     29.93145  eV     1   --> G_3            
     e( 16 - 16) =     30.26961  eV     1   --> G_4            

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

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

                    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) =      7.56636  eV     1   --> G_3            
     e(  2 -  2) =      7.92385  eV     1   --> G_4            
     e(  3 -  3) =      9.95872  eV     1   --> G_3            
     e(  4 -  4) =     10.63338  eV     1   --> G_4            
     e(  5 -  5) =     10.63572  eV     1   --> G_3            
     e(  6 -  6) =     11.29474  eV     1   --> G_4            
     e(  7 -  7) =     12.28730  eV     1   --> G_4            
     e(  8 -  8) =     12.30468  eV     1   --> G_3            
     e(  9 -  9) =     12.48803  eV     1   --> G_4            
     e( 10 - 10) =     12.49812  eV     1   --> G_3            
     e( 11 - 11) =     13.32594  eV     1   --> G_3            
     e( 12 - 12) =     14.92605  eV     1   --> G_4            
     e( 13 - 13) =     30.18380  eV     1   --> G_3            
     e( 14 - 14) =     30.20709  eV     1   --> G_4            
     e( 15 - 15) =     30.21194  eV     1   --> G_3            
     e( 16 - 16) =     30.68411  eV     1   --> G_4            

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

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

                    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) =      7.31341  eV     1   --> G_3            
     e(  2 -  2) =      7.60987  eV     1   --> G_4            
     e(  3 -  3) =     10.09746  eV     1   --> G_3            
     e(  4 -  4) =     10.57783  eV     1   --> G_4            
     e(  5 -  5) =     10.58054  eV     1   --> G_3            
     e(  6 -  6) =     11.20728  eV     1   --> G_4            
     e(  7 -  7) =     12.16934  eV     1   --> G_3            
     e(  8 -  8) =     12.41748  eV     1   --> G_4            
     e(  9 -  9) =     12.43893  eV     1   --> G_3            
     e( 10 - 10) =     12.48036  eV     1   --> G_4            
     e( 11 - 11) =     13.22735  eV     1   --> G_3            
     e( 12 - 12) =     14.85569  eV     1   --> G_4            
     e( 13 - 13) =     30.46555  eV     1   --> G_3            
     e( 14 - 14) =     30.77618  eV     1   --> G_4            
     e( 15 - 15) =     30.77718  eV     1   --> G_3            
     e( 16 - 16) =     30.91783  eV     1   --> G_4            

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

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

                    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) =      7.04636  eV     1   --> G_3            
     e(  2 -  2) =      7.29600  eV     1   --> G_4            
     e(  3 -  3) =     10.23310  eV     1   --> G_3            
     e(  4 -  4) =     10.52948  eV     1   --> G_4            
     e(  5 -  5) =     10.53322  eV     1   --> G_3            
     e(  6 -  6) =     11.12152  eV     1   --> G_4            
     e(  7 -  7) =     12.05855  eV     1   --> G_3            
     e(  8 -  8) =     12.38093  eV     1   --> G_4            
     e(  9 -  9) =     12.39051  eV     1   --> G_3            
     e( 10 - 10) =     12.64560  eV     1   --> G_4            
     e( 11 - 11) =     13.13102  eV     1   --> G_3            
     e( 12 - 12) =     14.79480  eV     1   --> G_4            
     e( 13 - 13) =     30.76366  eV     1   --> G_3            
     e( 14 - 14) =     31.16846  eV     1   --> G_4            
     e( 15 - 15) =     31.35167  eV     1   --> G_3            
     e( 16 - 16) =     31.35248  eV     1   --> G_4            

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

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

                    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) =      6.77212  eV     1   --> G_3            
     e(  2 -  2) =      6.98655  eV     1   --> G_4            
     e(  3 -  3) =     10.36253  eV     1   --> G_3            
     e(  4 -  4) =     10.48807  eV     1   --> G_4            
     e(  5 -  5) =     10.49565  eV     1   --> G_3            
     e(  6 -  6) =     11.03808  eV     1   --> G_4            
     e(  7 -  7) =     11.96850  eV     1   --> G_3            
     e(  8 -  8) =     12.34349  eV     1   --> G_4            
     e(  9 -  9) =     12.35095  eV     1   --> G_3            
     e( 10 - 10) =     12.81621  eV     1   --> G_4            
     e( 11 - 11) =     13.03752  eV     1   --> G_3            
     e( 12 - 12) =     14.74100  eV     1   --> G_4            
     e( 13 - 13) =     31.08298  eV     1   --> G_3            
     e( 14 - 14) =     31.44191  eV     1   --> G_4            
     e( 15 - 15) =     31.92926  eV     1   --> G_3            
     e( 16 - 16) =     31.92975  eV     1   --> G_4            

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

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

                    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) =      6.49670  eV     1   --> G_3            
     e(  2 -  2) =      6.68507  eV     1   --> G_4            
     e(  3 -  3) =     10.43954  eV     1   --> G_3            
     e(  4 -  4) =     10.45307  eV     1   --> G_4            
     e(  5 -  5) =     10.51266  eV     1   --> G_3            
     e(  6 -  6) =     10.95753  eV     1   --> G_4            
     e(  7 -  7) =     11.89342  eV     1   --> G_3            
     e(  8 -  8) =     12.31273  eV     1   --> G_4            
     e(  9 -  9) =     12.31908  eV     1   --> G_3            
     e( 10 - 10) =     12.94740  eV     1   --> G_3            
     e( 11 - 11) =     12.98266  eV     1   --> G_4            
     e( 12 - 12) =     14.69078  eV     1   --> G_4            
     e( 13 - 13) =     31.42410  eV     1   --> G_3            
     e( 14 - 14) =     31.73665  eV     1   --> G_4            
     e( 15 - 15) =     32.50740  eV     1   --> G_3            
     e( 16 - 16) =     32.50788  eV     1   --> G_4            

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

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

                    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) =      6.22535  eV     1   --> G_3            
     e(  2 -  2) =      6.39465  eV     1   --> G_4            
     e(  3 -  3) =     10.42116  eV     1   --> G_3            
     e(  4 -  4) =     10.42436  eV     1   --> G_4            
     e(  5 -  5) =     10.62639  eV     1   --> G_3            
     e(  6 -  6) =     10.88063  eV     1   --> G_4            
     e(  7 -  7) =     11.82914  eV     1   --> G_3            
     e(  8 -  8) =     12.28878  eV     1   --> G_4            
     e(  9 -  9) =     12.29436  eV     1   --> G_3            
     e( 10 - 10) =     12.86145  eV     1   --> G_3            
     e( 11 - 11) =     13.14341  eV     1   --> G_4            
     e( 12 - 12) =     14.64240  eV     1   --> G_4            
     e( 13 - 13) =     31.78741  eV     1   --> G_3            
     e( 14 - 14) =     32.05354  eV     1   --> G_4            
     e( 15 - 15) =     33.08292  eV     1   --> G_3            
     e( 16 - 16) =     33.08342  eV     1   --> G_4            

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

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

                    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) =      5.96237  eV     1   --> G_3            
     e(  2 -  2) =      6.11788  eV     1   --> G_4            
     e(  3 -  3) =     10.39949  eV     1   --> G_3            
     e(  4 -  4) =     10.40080  eV     1   --> G_4            
     e(  5 -  5) =     10.74252  eV     1   --> G_3            
     e(  6 -  6) =     10.80733  eV     1   --> G_4            
     e(  7 -  7) =     11.77476  eV     1   --> G_3            
     e(  8 -  8) =     12.27065  eV     1   --> G_4            
     e(  9 -  9) =     12.27564  eV     1   --> G_3            
     e( 10 - 10) =     12.77965  eV     1   --> G_3            
     e( 11 - 11) =     13.29693  eV     1   --> G_4            
     e( 12 - 12) =     14.59699  eV     1   --> G_4            
     e( 13 - 13) =     32.17310  eV     1   --> G_3            
     e( 14 - 14) =     32.39295  eV     1   --> G_4            
     e( 15 - 15) =     33.65166  eV     1   --> G_3            
     e( 16 - 16) =     33.65218  eV     1   --> G_4            

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

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

                    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) =      5.71129  eV     1   --> G_3            
     e(  2 -  2) =      5.85692  eV     1   --> G_4            
     e(  3 -  3) =     10.38172  eV     1   --> G_3            
     e(  4 -  4) =     10.38211  eV     1   --> G_4            
     e(  5 -  5) =     10.73835  eV     1   --> G_4            
     e(  6 -  6) =     10.85298  eV     1   --> G_3            
     e(  7 -  7) =     11.72720  eV     1   --> G_3            
     e(  8 -  8) =     12.25786  eV     1   --> G_4            
     e(  9 -  9) =     12.26233  eV     1   --> G_3            
     e( 10 - 10) =     12.70273  eV     1   --> G_3            
     e( 11 - 11) =     13.44224  eV     1   --> G_4            
     e( 12 - 12) =     14.55323  eV     1   --> G_4            
     e( 13 - 13) =     32.58109  eV     1   --> G_3            
     e( 14 - 14) =     32.75491  eV     1   --> G_4            
     e( 15 - 15) =     34.20805  eV     1   --> G_3            
     e( 16 - 16) =     34.20858  eV     1   --> G_4            

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

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

                    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) =      5.47497  eV     1   --> G_3            
     e(  2 -  2) =      5.61361  eV     1   --> G_4            
     e(  3 -  3) =     10.36768  eV     1   --> G_4            
     e(  4 -  4) =     10.36799  eV     1   --> G_3            
     e(  5 -  5) =     10.67413  eV     1   --> G_4            
     e(  6 -  6) =     10.95635  eV     1   --> G_3            
     e(  7 -  7) =     11.68505  eV     1   --> G_3            
     e(  8 -  8) =     12.24968  eV     1   --> G_4            
     e(  9 -  9) =     12.25363  eV     1   --> G_3            
     e( 10 - 10) =     12.63115  eV     1   --> G_3            
     e( 11 - 11) =     13.57832  eV     1   --> G_4            
     e( 12 - 12) =     14.51111  eV     1   --> G_4            
     e( 13 - 13) =     33.01092  eV     1   --> G_3            
     e( 14 - 14) =     33.13901  eV     1   --> G_4            
     e( 15 - 15) =     34.74459  eV     1   --> G_3            
     e( 16 - 16) =     34.74510  eV     1   --> G_4            

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

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

                    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) =      5.25572  eV     1   --> G_3            
     e(  2 -  2) =      5.38948  eV     1   --> G_4            
     e(  3 -  3) =     10.35684  eV     1   --> G_4            
     e(  4 -  4) =     10.35786  eV     1   --> G_3            
     e(  5 -  5) =     10.61506  eV     1   --> G_4            
     e(  6 -  6) =     11.05181  eV     1   --> G_3            
     e(  7 -  7) =     11.64740  eV     1   --> G_3            
     e(  8 -  8) =     12.24533  eV     1   --> G_4            
     e(  9 -  9) =     12.24873  eV     1   --> G_3            
     e( 10 - 10) =     12.56535  eV     1   --> G_3            
     e( 11 - 11) =     13.70422  eV     1   --> G_4            
     e( 12 - 12) =     14.47087  eV     1   --> G_4            
     e( 13 - 13) =     33.46164  eV     1   --> G_3            
     e( 14 - 14) =     33.54427  eV     1   --> G_4            
     e( 15 - 15) =     35.25131  eV     1   --> G_3            
     e( 16 - 16) =     35.25178  eV     1   --> G_4            

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

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

                    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) =      5.05544  eV     1   --> G_3            
     e(  2 -  2) =      5.18585  eV     1   --> G_4            
     e(  3 -  3) =     10.34892  eV     1   --> G_4            
     e(  4 -  4) =     10.35078  eV     1   --> G_3            
     e(  5 -  5) =     10.56157  eV     1   --> G_4            
     e(  6 -  6) =     11.13872  eV     1   --> G_3            
     e(  7 -  7) =     11.61390  eV     1   --> G_3            
     e(  8 -  8) =     12.24404  eV     1   --> G_4            
     e(  9 -  9) =     12.24679  eV     1   --> G_3            
     e( 10 - 10) =     12.50571  eV     1   --> G_3            
     e( 11 - 11) =     13.81909  eV     1   --> G_4            
     e( 12 - 12) =     14.43312  eV     1   --> G_4            
     e( 13 - 13) =     33.93158  eV     1   --> G_3            
     e( 14 - 14) =     33.96883  eV     1   --> G_4            
     e( 15 - 15) =     35.71551  eV     1   --> G_3            
     e( 16 - 16) =     35.71596  eV     1   --> G_4            

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

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

                    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) =      4.87567  eV     1   --> G_3            
     e(  2 -  2) =      5.00382  eV     1   --> G_4            
     e(  3 -  3) =     10.34289  eV     1   --> G_4            
     e(  4 -  4) =     10.34587  eV     1   --> G_3            
     e(  5 -  5) =     10.51404  eV     1   --> G_4            
     e(  6 -  6) =     11.21641  eV     1   --> G_3            
     e(  7 -  7) =     11.58387  eV     1   --> G_3            
     e(  8 -  8) =     12.24474  eV     1   --> G_4            
     e(  9 -  9) =     12.24667  eV     1   --> G_3            
     e( 10 - 10) =     12.45265  eV     1   --> G_3            
     e( 11 - 11) =     13.92202  eV     1   --> G_4            
     e( 12 - 12) =     14.39787  eV     1   --> G_4            
     e( 13 - 13) =     34.40962  eV     1   --> G_4            
     e( 14 - 14) =     34.41797  eV     1   --> G_3            
     e( 15 - 15) =     36.12203  eV     1   --> G_3            
     e( 16 - 16) =     36.12250  eV     1   --> G_4            

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

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

                    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) =      4.71765  eV     1   --> G_3            
     e(  2 -  2) =      4.84432  eV     1   --> G_4            
     e(  3 -  3) =     10.33862  eV     1   --> G_4            
     e(  4 -  4) =     10.34319  eV     1   --> G_3            
     e(  5 -  5) =     10.47295  eV     1   --> G_4            
     e(  6 -  6) =     11.28468  eV     1   --> G_3            
     e(  7 -  7) =     11.55757  eV     1   --> G_3            
     e(  8 -  8) =     12.24731  eV     1   --> G_4            
     e(  9 -  9) =     12.24809  eV     1   --> G_3            
     e( 10 - 10) =     12.40659  eV     1   --> G_3            
     e( 11 - 11) =     14.01267  eV     1   --> G_4            
     e( 12 - 12) =     14.36601  eV     1   --> G_4            
     e( 13 - 13) =     34.86161  eV     1   --> G_4            
     e( 14 - 14) =     34.91625  eV     1   --> G_3            
     e( 15 - 15) =     36.42794  eV     1   --> G_3            
     e( 16 - 16) =     36.42831  eV     1   --> G_4            

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

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

                    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) =      4.58240  eV     1   --> G_3            
     e(  2 -  2) =      4.70813  eV     1   --> G_4            
     e(  3 -  3) =     10.33499  eV     1   --> G_4            
     e(  4 -  4) =     10.34192  eV     1   --> G_3            
     e(  5 -  5) =     10.43882  eV     1   --> G_4            
     e(  6 -  6) =     11.34301  eV     1   --> G_3            
     e(  7 -  7) =     11.53499  eV     1   --> G_3            
     e(  8 -  8) =     12.24982  eV     1   --> G_3            
     e(  9 -  9) =     12.25076  eV     1   --> G_4            
     e( 10 - 10) =     12.36801  eV     1   --> G_3            
     e( 11 - 11) =     14.09030  eV     1   --> G_4            
     e( 12 - 12) =     14.33801  eV     1   --> G_4            
     e( 13 - 13) =     35.31675  eV     1   --> G_4            
     e( 14 - 14) =     35.41903  eV     1   --> G_3            
     e( 15 - 15) =     36.60330  eV     1   --> G_3            
     e( 16 - 16) =     36.60341  eV     1   --> 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) =      4.47071  eV     1   --> G_3            
     e(  2 -  2) =      4.59587  eV     1   --> G_4            
     e(  3 -  3) =     10.33114  eV     1   --> G_4            
     e(  4 -  4) =     10.34158  eV     1   --> G_3            
     e(  5 -  5) =     10.41221  eV     1   --> G_4            
     e(  6 -  6) =     11.39108  eV     1   --> G_3            
     e(  7 -  7) =     11.51625  eV     1   --> G_3            
     e(  8 -  8) =     12.25084  eV     1   --> G_3            
     e(  9 -  9) =     12.25450  eV     1   --> G_4            
     e( 10 - 10) =     12.33753  eV     1   --> G_3            
     e( 11 - 11) =     14.15444  eV     1   --> G_4            
     e( 12 - 12) =     14.31436  eV     1   --> G_4            
     e( 13 - 13) =     35.76207  eV     1   --> G_4            
     e( 14 - 14) =     35.91390  eV     1   --> G_3            
     e( 15 - 16) =     36.71889  eV     2   --> G_3            
     e( 15 - 16) =     36.71889  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) =      4.38323  eV     1   --> G_3            
     e(  2 -  2) =      4.50805  eV     1   --> G_4            
     e(  3 -  3) =     10.32716  eV     1   --> G_4            
     e(  4 -  4) =     10.34247  eV     1   --> G_3            
     e(  5 -  5) =     10.39412  eV     1   --> G_4            
     e(  6 -  6) =     11.42904  eV     1   --> G_3            
     e(  7 -  7) =     11.50158  eV     1   --> G_3            
     e(  8 -  8) =     12.25077  eV     1   --> G_3            
     e(  9 -  9) =     12.25867  eV     1   --> G_4            
     e( 10 - 10) =     12.31642  eV     1   --> G_3            
     e( 11 - 11) =     14.20514  eV     1   --> G_4            
     e( 12 - 12) =     14.29551  eV     1   --> G_4            
     e( 13 - 13) =     36.17671  eV     1   --> G_4            
     e( 14 - 14) =     36.37989  eV     1   --> G_3            
     e( 15 - 16) =     36.79102  eV     2   --> G_3            
     e( 15 - 16) =     36.79102  eV     2   --> 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) =      4.32042  eV     1   --> G_3            
     e(  2 -  2) =      4.44506  eV     1   --> G_4            
     e(  3 -  3) =     10.32243  eV     1   --> G_4            
     e(  4 -  4) =     10.34340  eV     1   --> G_3            
     e(  5 -  5) =     10.38300  eV     1   --> G_4            
     e(  6 -  6) =     11.45586  eV     1   --> G_3            
     e(  7 -  7) =     11.49144  eV     1   --> G_3            
     e(  8 -  8) =     12.24839  eV     1   --> G_3            
     e(  9 -  9) =     12.26202  eV     1   --> G_4            
     e( 10 - 10) =     12.30370  eV     1   --> G_3            
     e( 11 - 11) =     14.24131  eV     1   --> G_4            
     e( 12 - 12) =     14.28209  eV     1   --> G_4            
     e( 13 - 13) =     36.52818  eV     1   --> G_4            
     e( 14 - 14) =     36.78180  eV     1   --> G_3            
     e( 15 - 16) =     36.83253  eV     2   --> G_3            
     e( 15 - 16) =     36.83253  eV     2   --> 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) =      4.28260  eV     1   --> G_3            
     e(  2 -  2) =      4.40715  eV     1   --> G_4            
     e(  3 -  3) =     10.31827  eV     1   --> G_4            
     e(  4 -  4) =     10.34373  eV     1   --> G_3            
     e(  5 -  5) =     10.37728  eV     1   --> G_4            
     e(  6 -  6) =     11.47140  eV     1   --> G_3            
     e(  7 -  7) =     11.48568  eV     1   --> G_3            
     e(  8 -  8) =     12.24507  eV     1   --> G_3            
     e(  9 -  9) =     12.26383  eV     1   --> G_4            
     e( 10 - 10) =     12.29764  eV     1   --> G_3            
     e( 11 - 11) =     14.26304  eV     1   --> G_4            
     e( 12 - 12) =     14.27376  eV     1   --> G_4            
     e( 13 - 13) =     36.77140  eV     1   --> G_4            
     e( 14 - 15) =     36.85335  eV     2   --> G_3            
     e( 14 - 15) =     36.85335  eV     2   --> G_4            
     e( 16 - 16) =     37.06591  eV     1   --> G_3            

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

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

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

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

     e(  1 -  1) =      4.26997  eV     1   --> G_5+           
     e(  2 -  2) =      4.39450  eV     1   --> G_6+           
     e(  3 -  3) =     10.31669  eV     1   --> G_6+           
     e(  4 -  4) =     10.34385  eV     1   --> G_7+           
     e(  5 -  5) =     10.37558  eV     1   --> G_8+           
     e(  6 -  6) =     11.47572  eV     1   --> G_5+           
     e(  7 -  7) =     11.48462  eV     1   --> G_7+           
     e(  8 -  8) =     12.24363  eV     1   --> G_5+           
     e(  9 -  9) =     12.26446  eV     1   --> G_8+           
     e( 10 - 10) =     12.29597  eV     1   --> G_7+           
     e( 11 - 11) =     14.27004  eV     1   --> G_6+           
     e( 12 - 12) =     14.27123  eV     1   --> G_8+           
     e( 13 - 15) =     36.85961  eV     3   --> G_5-           
     e( 13 - 15) =     36.85961  eV     3   --> G_7-           
     e( 13 - 15) =     36.85961  eV     3   --> G_8-           
     e( 16 - 16) =     37.17063  eV     1   --> G_6-           

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

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

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

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

     e(  1 -  1) =      4.28260  eV     1   --> G_5            
     e(  2 -  2) =      4.40715  eV     1   --> G_6            
     e(  3 -  3) =     10.31656  eV     1   --> G_6            
     e(  4 -  4) =     10.34724  eV     1   --> G_7            
     e(  5 -  5) =     10.37546  eV     1   --> G_8            
     e(  6 -  6) =     11.47787  eV     1   --> G_5            
     e(  7 -  7) =     11.47917  eV     1   --> G_7            
     e(  8 -  8) =     12.24302  eV     1   --> G_5            
     e(  9 -  9) =     12.26823  eV     1   --> G_8            
     e( 10 - 10) =     12.29533  eV     1   --> G_7            
     e( 11 - 11) =     14.26397  eV     1   --> G_8            
     e( 12 - 12) =     14.27284  eV     1   --> G_6            
     e( 13 - 13) =     36.77142  eV     1   --> G_8            
     e( 14 - 14) =     36.85350  eV     1   --> G_7            
     e( 15 - 15) =     37.06610  eV     1   --> G_7            
     e( 16 - 16) =     37.15806  eV     1   --> G_6            

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

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

                    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) =      4.32042  eV     1   --> G_5            
     e(  2 -  2) =      4.44505  eV     1   --> G_6            
     e(  3 -  3) =     10.31622  eV     1   --> G_6            
     e(  4 -  4) =     10.35737  eV     1   --> G_7            
     e(  5 -  5) =     10.37514  eV     1   --> G_8            
     e(  6 -  6) =     11.46287  eV     1   --> G_7            
     e(  7 -  7) =     11.48431  eV     1   --> G_5            
     e(  8 -  8) =     12.24127  eV     1   --> G_5            
     e(  9 -  9) =     12.27954  eV     1   --> G_8            
     e( 10 - 10) =     12.29349  eV     1   --> G_7            
     e( 11 - 11) =     14.24224  eV     1   --> G_8            
     e( 12 - 12) =     14.28120  eV     1   --> G_6            
     e( 13 - 13) =     36.52820  eV     1   --> G_8            
     e( 14 - 14) =     36.78197  eV     1   --> G_7            
     e( 15 - 15) =     36.83185  eV     1   --> G_5            
     e( 16 - 16) =     36.83322  eV     1   --> G_7            

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

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

                    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) =      4.38323  eV     1   --> G_5            
     e(  2 -  2) =      4.50805  eV     1   --> G_6            
     e(  3 -  3) =     10.31527  eV     1   --> G_6            
     e(  4 -  4) =     10.37402  eV     1   --> G_7            
     e(  5 -  5) =     10.37422  eV     1   --> G_8            
     e(  6 -  6) =     11.43576  eV     1   --> G_7            
     e(  7 -  7) =     11.49462  eV     1   --> G_5            
     e(  8 -  8) =     12.23802  eV     1   --> G_5            
     e(  9 -  9) =     12.29009  eV     1   --> G_7            
     e( 10 - 10) =     12.29816  eV     1   --> G_8            
     e( 11 - 11) =     14.20609  eV     1   --> G_8            
     e( 12 - 12) =     14.29463  eV     1   --> G_6            
     e( 13 - 13) =     36.17674  eV     1   --> G_8            
     e( 14 - 14) =     36.38009  eV     1   --> G_7            
     e( 15 - 15) =     36.79276  eV     1   --> G_7            
     e( 16 - 16) =     37.03968  eV     1   --> G_6            

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

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

                    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) =      4.47071  eV     1   --> G_5            
     e(  2 -  2) =      4.59586  eV     1   --> G_6            
     e(  3 -  3) =     10.31435  eV     1   --> G_6            
     e(  4 -  4) =     10.37336  eV     1   --> G_8            
     e(  5 -  5) =     10.39677  eV     1   --> G_7            
     e(  6 -  6) =     11.39766  eV     1   --> G_7            
     e(  7 -  7) =     11.50932  eV     1   --> G_5            
     e(  8 -  8) =     12.23399  eV     1   --> G_5            
     e(  9 -  9) =     12.28585  eV     1   --> G_7            
     e( 10 - 10) =     12.32370  eV     1   --> G_8            
     e( 11 - 11) =     14.15544  eV     1   --> G_8            
     e( 12 - 12) =     14.31349  eV     1   --> G_6            
     e( 13 - 13) =     35.76211  eV     1   --> G_8            
     e( 14 - 14) =     35.91412  eV     1   --> G_7            
     e( 15 - 15) =     36.71532  eV     1   --> G_5            
     e( 16 - 16) =     36.72260  eV     1   --> G_7            

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

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

                    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) =      4.58240  eV     1   --> G_5            
     e(  2 -  2) =      4.70812  eV     1   --> G_6            
     e(  3 -  3) =     10.31466  eV     1   --> G_6            
     e(  4 -  4) =     10.37374  eV     1   --> G_8            
     e(  5 -  5) =     10.42659  eV     1   --> G_7            
     e(  6 -  6) =     11.34957  eV     1   --> G_7            
     e(  7 -  7) =     11.52801  eV     1   --> G_5            
     e(  8 -  8) =     12.23044  eV     1   --> G_5            
     e(  9 -  9) =     12.28205  eV     1   --> G_7            
     e( 10 - 10) =     12.35707  eV     1   --> G_8            
     e( 11 - 11) =     14.09135  eV     1   --> G_8            
     e( 12 - 12) =     14.33716  eV     1   --> G_6            
     e( 13 - 13) =     35.31680  eV     1   --> G_8            
     e( 14 - 14) =     35.41926  eV     1   --> G_7            
     e( 15 - 15) =     36.61050  eV     1   --> G_7            
     e( 16 - 16) =     36.71890  eV     1   --> G_6            

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

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

                    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) =      4.71765  eV     1   --> G_5            
     e(  2 -  2) =      4.84432  eV     1   --> G_6            
     e(  3 -  3) =     10.31590  eV     1   --> G_6            
     e(  4 -  4) =     10.37507  eV     1   --> G_8            
     e(  5 -  5) =     10.46263  eV     1   --> G_7            
     e(  6 -  6) =     11.29137  eV     1   --> G_7            
     e(  7 -  7) =     11.55050  eV     1   --> G_5            
     e(  8 -  8) =     12.22720  eV     1   --> G_5            
     e(  9 -  9) =     12.27852  eV     1   --> G_7            
     e( 10 - 10) =     12.39749  eV     1   --> G_8            
     e( 11 - 11) =     14.01381  eV     1   --> G_8            
     e( 12 - 12) =     14.36517  eV     1   --> G_6            
     e( 13 - 13) =     34.86166  eV     1   --> G_8            
     e( 14 - 14) =     34.91650  eV     1   --> G_7            
     e( 15 - 15) =     36.42132  eV     1   --> G_5            
     e( 16 - 16) =     36.44380  eV     1   --> G_7            

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

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

                    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) =      4.87567  eV     1   --> G_5            
     e(  2 -  2) =      5.00381  eV     1   --> G_6            
     e(  3 -  3) =     10.31855  eV     1   --> G_6            
     e(  4 -  4) =     10.37783  eV     1   --> G_8            
     e(  5 -  5) =     10.50459  eV     1   --> G_7            
     e(  6 -  6) =     11.22349  eV     1   --> G_7            
     e(  7 -  7) =     11.57667  eV     1   --> G_5            
     e(  8 -  8) =     12.22491  eV     1   --> G_5            
     e(  9 -  9) =     12.27590  eV     1   --> G_7            
     e( 10 - 10) =     12.44474  eV     1   --> G_8            
     e( 11 - 11) =     13.92330  eV     1   --> G_8            
     e( 12 - 12) =     14.39704  eV     1   --> G_6            
     e( 13 - 13) =     34.40967  eV     1   --> G_8            
     e( 14 - 14) =     34.41822  eV     1   --> G_7            
     e( 15 - 15) =     36.10459  eV     1   --> G_6            
     e( 16 - 16) =     36.15074  eV     1   --> G_8            

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

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

                    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) =      5.05545  eV     1   --> G_5            
     e(  2 -  2) =      5.18584  eV     1   --> G_6            
     e(  3 -  3) =     10.32345  eV     1   --> G_6            
     e(  4 -  4) =     10.38287  eV     1   --> G_8            
     e(  5 -  5) =     10.55207  eV     1   --> G_7            
     e(  6 -  6) =     11.14660  eV     1   --> G_7            
     e(  7 -  7) =     11.60653  eV     1   --> G_5            
     e(  8 -  8) =     12.22452  eV     1   --> G_5            
     e(  9 -  9) =     12.27517  eV     1   --> G_7            
     e( 10 - 10) =     12.49854  eV     1   --> G_8            
     e( 11 - 11) =     13.82055  eV     1   --> G_8            
     e( 12 - 12) =     14.43231  eV     1   --> G_6            
     e( 13 - 13) =     33.93185  eV     1   --> G_7            
     e( 14 - 14) =     33.96890  eV     1   --> G_8            
     e( 15 - 15) =     35.68920  eV     1   --> G_6            
     e( 16 - 16) =     35.75106  eV     1   --> G_8            

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

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

                    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) =      5.25573  eV     1   --> G_5            
     e(  2 -  2) =      5.38946  eV     1   --> G_6            
     e(  3 -  3) =     10.33055  eV     1   --> G_6            
     e(  4 -  4) =     10.39014  eV     1   --> G_8            
     e(  5 -  5) =     10.60434  eV     1   --> G_7            
     e(  6 -  6) =     11.06136  eV     1   --> G_7            
     e(  7 -  7) =     11.63982  eV     1   --> G_5            
     e(  8 -  8) =     12.22618  eV     1   --> G_5            
     e(  9 -  9) =     12.27646  eV     1   --> G_7            
     e( 10 - 10) =     12.55856  eV     1   --> G_8            
     e( 11 - 11) =     13.70596  eV     1   --> G_8            
     e( 12 - 12) =     14.47007  eV     1   --> G_6            
     e( 13 - 13) =     33.46191  eV     1   --> G_7            
     e( 14 - 14) =     33.54434  eV     1   --> G_8            
     e( 15 - 15) =     35.21780  eV     1   --> G_6            
     e( 16 - 16) =     35.29469  eV     1   --> G_8            

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

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

                    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) =      5.47497  eV     1   --> G_5            
     e(  2 -  2) =      5.61359  eV     1   --> G_6            
     e(  3 -  3) =     10.34075  eV     1   --> G_6            
     e(  4 -  4) =     10.40055  eV     1   --> G_8            
     e(  5 -  5) =     10.65966  eV     1   --> G_7            
     e(  6 -  6) =     10.96983  eV     1   --> G_7            
     e(  7 -  7) =     11.67722  eV     1   --> G_5            
     e(  8 -  8) =     12.23097  eV     1   --> G_5            
     e(  9 -  9) =     12.28085  eV     1   --> G_7            
     e( 10 - 10) =     12.62440  eV     1   --> G_8            
     e( 11 - 11) =     13.58050  eV     1   --> G_8            
     e( 12 - 12) =     14.51033  eV     1   --> G_6            
     e( 13 - 13) =     33.01119  eV     1   --> G_7            
     e( 14 - 14) =     33.13908  eV     1   --> G_8            
     e( 15 - 15) =     34.70489  eV     1   --> G_6            
     e( 16 - 16) =     34.79528  eV     1   --> G_8            

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

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

                    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) =      5.71130  eV     1   --> G_5            
     e(  2 -  2) =      5.85690  eV     1   --> G_6            
     e(  3 -  3) =     10.35468  eV     1   --> G_6            
     e(  4 -  4) =     10.41472  eV     1   --> G_8            
     e(  5 -  5) =     10.71042  eV     1   --> G_7            
     e(  6 -  6) =     10.87987  eV     1   --> G_7            
     e(  7 -  7) =     11.71907  eV     1   --> G_5            
     e(  8 -  8) =     12.23966  eV     1   --> G_5            
     e(  9 -  9) =     12.28912  eV     1   --> G_7            
     e( 10 - 10) =     12.69553  eV     1   --> G_8            
     e( 11 - 11) =     13.44521  eV     1   --> G_8            
     e( 12 - 12) =     14.55247  eV     1   --> G_6            
     e( 13 - 13) =     32.58137  eV     1   --> G_7            
     e( 14 - 14) =     32.75498  eV     1   --> G_8            
     e( 15 - 15) =     34.16307  eV     1   --> G_6            
     e( 16 - 16) =     34.26516  eV     1   --> G_8            

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

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

                    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) =      5.96238  eV     1   --> G_5            
     e(  2 -  2) =      6.11785  eV     1   --> G_6            
     e(  3 -  3) =     10.37294  eV     1   --> G_6            
     e(  4 -  4) =     10.43325  eV     1   --> G_8            
     e(  5 -  5) =     10.70440  eV     1   --> G_7            
     e(  6 -  6) =     10.84398  eV     1   --> G_7            
     e(  7 -  7) =     11.76627  eV     1   --> G_5            
     e(  8 -  8) =     12.25307  eV     1   --> G_5            
     e(  9 -  9) =     12.30206  eV     1   --> G_7            
     e( 10 - 10) =     12.77105  eV     1   --> G_8            
     e( 11 - 11) =     13.30148  eV     1   --> G_8            
     e( 12 - 12) =     14.59624  eV     1   --> G_6            
     e( 13 - 13) =     32.17340  eV     1   --> G_7            
     e( 14 - 14) =     32.39302  eV     1   --> G_8            
     e( 15 - 15) =     33.60224  eV     1   --> G_6            
     e( 16 - 16) =     33.71427  eV     1   --> G_8            

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

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

                    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) =      6.22535  eV     1   --> G_5            
     e(  2 -  2) =      6.39462  eV     1   --> G_6            
     e(  3 -  3) =     10.39612  eV     1   --> G_6            
     e(  4 -  4) =     10.45675  eV     1   --> G_8            
     e(  5 -  5) =     10.60970  eV     1   --> G_7            
     e(  6 -  6) =     10.89434  eV     1   --> G_7            
     e(  7 -  7) =     11.82021  eV     1   --> G_5            
     e(  8 -  8) =     12.27198  eV     1   --> G_5            
     e(  9 -  9) =     12.32041  eV     1   --> G_7            
     e( 10 - 10) =     12.84848  eV     1   --> G_8            
     e( 11 - 11) =     13.15241  eV     1   --> G_8            
     e( 12 - 12) =     14.64166  eV     1   --> G_6            
     e( 13 - 13) =     31.78772  eV     1   --> G_7            
     e( 14 - 14) =     32.05361  eV     1   --> G_8            
     e( 15 - 15) =     33.02977  eV     1   --> G_6            
     e( 16 - 16) =     33.15021  eV     1   --> G_8            

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

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

                    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) =      6.49670  eV     1   --> G_5            
     e(  2 -  2) =      6.68503  eV     1   --> G_6            
     e(  3 -  3) =     10.42449  eV     1   --> G_6            
     e(  4 -  4) =     10.48548  eV     1   --> G_8            
     e(  5 -  5) =     10.49157  eV     1   --> G_7            
     e(  6 -  6) =     10.96565  eV     1   --> G_7            
     e(  7 -  7) =     11.88389  eV     1   --> G_5            
     e(  8 -  8) =     12.29705  eV     1   --> G_5            
     e(  9 -  9) =     12.34471  eV     1   --> G_7            
     e( 10 - 10) =     12.90443  eV     1   --> G_8            
     e( 11 - 11) =     13.02156  eV     1   --> G_8            
     e( 12 - 12) =     14.69005  eV     1   --> G_6            
     e( 13 - 13) =     31.42442  eV     1   --> G_7            
     e( 14 - 14) =     31.73671  eV     1   --> G_8            
     e( 15 - 15) =     32.45110  eV     1   --> G_6            
     e( 16 - 16) =     32.57870  eV     1   --> G_8            

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

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

                    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) =      6.77212  eV     1   --> G_5            
     e(  2 -  2) =      6.98650  eV     1   --> G_6            
     e(  3 -  3) =     10.36503  eV     1   --> G_7            
     e(  4 -  4) =     10.45918  eV     1   --> G_6            
     e(  5 -  5) =     10.52054  eV     1   --> G_8            
     e(  6 -  6) =     11.04401  eV     1   --> G_7            
     e(  7 -  7) =     11.95817  eV     1   --> G_5            
     e(  8 -  8) =     12.32949  eV     1   --> G_5            
     e(  9 -  9) =     12.37605  eV     1   --> G_7            
     e( 10 - 10) =     12.80038  eV     1   --> G_8            
     e( 11 - 11) =     13.04889  eV     1   --> G_8            
     e( 12 - 12) =     14.74028  eV     1   --> G_6            
     e( 13 - 13) =     31.08333  eV     1   --> G_7            
     e( 14 - 14) =     31.44191  eV     1   --> G_8            
     e( 15 - 15) =     31.87030  eV     1   --> G_6            
     e( 16 - 16) =     32.00407  eV     1   --> G_8            

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

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

                    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) =      7.04635  eV     1   --> G_5            
     e(  2 -  2) =      7.29594  eV     1   --> G_6            
     e(  3 -  3) =     10.23305  eV     1   --> G_7            
     e(  4 -  4) =     10.50029  eV     1   --> G_6            
     e(  5 -  5) =     10.56207  eV     1   --> G_8            
     e(  6 -  6) =     11.12645  eV     1   --> G_7            
     e(  7 -  7) =     12.04698  eV     1   --> G_5            
     e(  8 -  8) =     12.37005  eV     1   --> G_5            
     e(  9 -  9) =     12.41477  eV     1   --> G_7            
     e( 10 - 10) =     12.63537  eV     1   --> G_8            
     e( 11 - 11) =     13.13562  eV     1   --> G_8            
     e( 12 - 12) =     14.79409  eV     1   --> G_6            
     e( 13 - 13) =     30.76406  eV     1   --> G_7            
     e( 14 - 14) =     31.16829  eV     1   --> G_8            
     e( 15 - 15) =     31.29043  eV     1   --> G_6            
     e( 16 - 16) =     31.42997  eV     1   --> G_8            

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

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

                    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) =      7.31339  eV     1   --> G_5            
     e(  2 -  2) =      7.60980  eV     1   --> G_6            
     e(  3 -  3) =     10.09712  eV     1   --> G_7            
     e(  4 -  4) =     10.54835  eV     1   --> G_6            
     e(  5 -  5) =     10.61056  eV     1   --> G_8            
     e(  6 -  6) =     11.21185  eV     1   --> G_7            
     e(  7 -  7) =     12.15553  eV     1   --> G_5            
     e(  8 -  8) =     12.42049  eV     1   --> G_5            
     e(  9 -  9) =     12.46157  eV     1   --> G_7            
     e( 10 - 10) =     12.46195  eV     1   --> G_8            
     e( 11 - 11) =     13.22987  eV     1   --> G_8            
     e( 12 - 12) =     14.85500  eV     1   --> G_6            
     e( 13 - 13) =     30.46609  eV     1   --> G_7            
     e( 14 - 14) =     30.71388  eV     1   --> G_6            
     e( 15 - 15) =     30.85148  eV     1   --> G_8            
     e( 16 - 16) =     30.92260  eV     1   --> G_8            

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

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

                    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) =      7.56633  eV     1   --> G_5            
     e(  2 -  2) =      7.92377  eV     1   --> G_6            
     e(  3 -  3) =      9.95839  eV     1   --> G_7            
     e(  4 -  4) =     10.60365  eV     1   --> G_6            
     e(  5 -  5) =     10.66629  eV     1   --> G_8            
     e(  6 -  6) =     11.29945  eV     1   --> G_7            
     e(  7 -  7) =     12.28490  eV     1   --> G_8            
     e(  8 -  8) =     12.28594  eV     1   --> G_5            
     e(  9 -  9) =     12.48441  eV     1   --> G_5            
     e( 10 - 10) =     12.51685  eV     1   --> G_7            
     e( 11 - 11) =     13.32749  eV     1   --> G_8            
     e( 12 - 12) =     14.92537  eV     1   --> G_6            
     e( 13 - 13) =     30.14262  eV     1   --> G_6            
     e( 14 - 14) =     30.18875  eV     1   --> G_7            
     e( 15 - 15) =     30.28818  eV     1   --> G_8            
     e( 16 - 16) =     30.68647  eV     1   --> G_8            

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

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

                    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) =      7.79791  eV     1   --> G_5            
     e(  2 -  2) =      8.23286  eV     1   --> G_6            
     e(  3 -  3) =      9.81787  eV     1   --> G_7            
     e(  4 -  4) =     10.66587  eV     1   --> G_6            
     e(  5 -  5) =     10.72893  eV     1   --> G_8            
     e(  6 -  6) =     11.38846  eV     1   --> G_7            
     e(  7 -  7) =     12.10612  eV     1   --> G_8            
     e(  8 -  8) =     12.43069  eV     1   --> G_5            
     e(  9 -  9) =     12.57541  eV     1   --> G_5            
     e( 10 - 10) =     12.58047  eV     1   --> G_7            
     e( 11 - 11) =     13.42703  eV     1   --> G_8            
     e( 12 - 12) =     15.00897  eV     1   --> G_6            
     e( 13 - 13) =     29.57826  eV     1   --> G_6            
     e( 14 - 14) =     29.72749  eV     1   --> G_8            
     e( 15 - 15) =     29.93115  eV     1   --> G_7            
     e( 16 - 16) =     30.18947  eV     1   --> G_5            

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

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

                    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) =      8.00146  eV     1   --> G_5            
     e(  2 -  2) =      8.53153  eV     1   --> G_6            
     e(  3 -  3) =      9.67658  eV     1   --> G_7            
     e(  4 -  4) =     10.73629  eV     1   --> G_6            
     e(  5 -  5) =     10.79969  eV     1   --> G_8            
     e(  6 -  6) =     11.47857  eV     1   --> G_7            
     e(  7 -  7) =     11.92713  eV     1   --> G_8            
     e(  8 -  8) =     12.55569  eV     1   --> G_5            
     e(  9 -  9) =     12.65375  eV     1   --> G_7            
     e( 10 - 10) =     12.73569  eV     1   --> G_5            
     e( 11 - 11) =     13.52798  eV     1   --> G_8            
     e( 12 - 12) =     15.11123  eV     1   --> G_6            
     e( 13 - 13) =     29.02226  eV     1   --> G_6            
     e( 14 - 14) =     29.17450  eV     1   --> G_8            
     e( 15 - 15) =     29.63497  eV     1   --> G_5            
     e( 16 - 16) =     29.69021  eV     1   --> G_7            

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

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

                    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) =      8.17152  eV     1   --> G_5            
     e(  2 -  2) =      8.81365  eV     1   --> G_6            
     e(  3 -  3) =      9.53547  eV     1   --> G_7            
     e(  4 -  4) =     10.81440  eV     1   --> G_6            
     e(  5 -  5) =     10.87799  eV     1   --> G_8            
     e(  6 -  6) =     11.56904  eV     1   --> G_7            
     e(  7 -  7) =     11.74923  eV     1   --> G_8            
     e(  8 -  8) =     12.65552  eV     1   --> G_5            
     e(  9 -  9) =     12.73634  eV     1   --> G_7            
     e( 10 - 10) =     12.97521  eV     1   --> G_5            
     e( 11 - 11) =     13.62946  eV     1   --> G_8            
     e( 12 - 12) =     15.23765  eV     1   --> G_6            
     e( 13 - 13) =     28.47595  eV     1   --> G_6            
     e( 14 - 14) =     28.63076  eV     1   --> G_8            
     e( 15 - 15) =     29.08696  eV     1   --> G_5            
     e( 16 - 16) =     29.23585  eV     1   --> G_7            

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

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

                    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) =      8.30491  eV     1   --> G_5            
     e(  2 -  2) =      9.07298  eV     1   --> G_6            
     e(  3 -  3) =      9.39546  eV     1   --> G_7            
     e(  4 -  4) =     10.90015  eV     1   --> G_6            
     e(  5 -  5) =     10.96357  eV     1   --> G_8            
     e(  6 -  6) =     11.57382  eV     1   --> G_8            
     e(  7 -  7) =     11.65929  eV     1   --> G_7            
     e(  8 -  8) =     12.75346  eV     1   --> G_5            
     e(  9 -  9) =     12.82830  eV     1   --> G_7            
     e( 10 - 10) =     13.27383  eV     1   --> G_5            
     e( 11 - 11) =     13.73080  eV     1   --> G_8            
     e( 12 - 12) =     15.39444  eV     1   --> G_6            
     e( 13 - 13) =     27.94058  eV     1   --> G_6            
     e( 14 - 14) =     28.09765  eV     1   --> G_8            
     e( 15 - 15) =     28.54693  eV     1   --> G_5            
     e( 16 - 16) =     28.69897  eV     1   --> G_7            

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

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

                    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) =      8.40081  eV     1   --> G_5            
     e(  2 -  2) =      9.25748  eV     1   --> G_7            
     e(  3 -  3) =      9.30348  eV     1   --> G_6            
     e(  4 -  4) =     10.99322  eV     1   --> G_6            
     e(  5 -  5) =     11.05531  eV     1   --> G_8            
     e(  6 -  6) =     11.40279  eV     1   --> G_8            
     e(  7 -  7) =     11.74874  eV     1   --> G_7            
     e(  8 -  8) =     12.85703  eV     1   --> G_5            
     e(  9 -  9) =     12.92940  eV     1   --> G_7            
     e( 10 - 10) =     13.62421  eV     1   --> G_5            
     e( 11 - 11) =     13.83132  eV     1   --> G_8            
     e( 12 - 12) =     15.58729  eV     1   --> G_6            
     e( 13 - 13) =     27.41741  eV     1   --> G_6            
     e( 14 - 14) =     27.57645  eV     1   --> G_8            
     e( 15 - 15) =     28.01626  eV     1   --> G_5            
     e( 16 - 16) =     28.17056  eV     1   --> G_7            

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

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

                    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) =      8.46171  eV     1   --> G_5            
     e(  2 -  2) =      9.12240  eV     1   --> G_7            
     e(  3 -  3) =      9.50080  eV     1   --> G_6            
     e(  4 -  4) =     11.09349  eV     1   --> G_6            
     e(  5 -  5) =     11.14348  eV     1   --> G_8            
     e(  6 -  6) =     11.24684  eV     1   --> G_8            
     e(  7 -  7) =     11.83682  eV     1   --> G_7            
     e(  8 -  8) =     12.96834  eV     1   --> G_5            
     e(  9 -  9) =     13.03967  eV     1   --> G_7            
     e( 10 - 10) =     13.93036  eV     1   --> G_8            
     e( 11 - 11) =     14.02320  eV     1   --> G_5            
     e( 12 - 12) =     15.82218  eV     1   --> G_6            
     e( 13 - 13) =     26.90771  eV     1   --> G_6            
     e( 14 - 14) =     27.06849  eV     1   --> G_8            
     e( 15 - 15) =     27.49637  eV     1   --> G_5            
     e( 16 - 16) =     27.65253  eV     1   --> G_7            

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

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

                    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) =      8.49106  eV     1   --> G_5            
     e(  2 -  2) =      8.99108  eV     1   --> G_7            
     e(  3 -  3) =      9.66183  eV     1   --> G_6            
     e(  4 -  4) =     11.05984  eV     1   --> G_8            
     e(  5 -  5) =     11.20035  eV     1   --> G_6            
     e(  6 -  6) =     11.27455  eV     1   --> G_8            
     e(  7 -  7) =     11.92295  eV     1   --> G_7            
     e(  8 -  8) =     13.08761  eV     1   --> G_5            
     e(  9 -  9) =     13.15857  eV     1   --> G_7            
     e( 10 - 10) =     14.02730  eV     1   --> G_8            
     e( 11 - 11) =     14.46642  eV     1   --> G_5            
     e( 12 - 12) =     16.10224  eV     1   --> G_6            
     e( 13 - 13) =     26.41282  eV     1   --> G_6            
     e( 14 - 14) =     26.57513  eV     1   --> G_8            
     e( 15 - 15) =     26.98863  eV     1   --> G_5            
     e( 16 - 16) =     27.14640  eV     1   --> G_7            

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

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

                    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) =      8.49357  eV     1   --> G_5            
     e(  2 -  2) =      8.86433  eV     1   --> G_7            
     e(  3 -  3) =      9.78589  eV     1   --> G_6            
     e(  4 -  4) =     10.90686  eV     1   --> G_8            
     e(  5 -  5) =     11.31308  eV     1   --> G_6            
     e(  6 -  6) =     11.38372  eV     1   --> G_8            
     e(  7 -  7) =     12.00657  eV     1   --> G_7            
     e(  8 -  8) =     13.21457  eV     1   --> G_5            
     e(  9 -  9) =     13.28553  eV     1   --> G_7            
     e( 10 - 10) =     14.12147  eV     1   --> G_8            
     e( 11 - 11) =     14.94929  eV     1   --> G_5            
     e( 12 - 12) =     16.42888  eV     1   --> G_6            
     e( 13 - 13) =     25.93416  eV     1   --> G_6            
     e( 14 - 14) =     26.09781  eV     1   --> G_8            
     e( 15 - 15) =     26.49453  eV     1   --> G_5            
     e( 16 - 16) =     26.65369  eV     1   --> G_7            

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

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

                    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) =      8.47428  eV     1   --> G_5            
     e(  2 -  2) =      8.74291  eV     1   --> G_7            
     e(  3 -  3) =      9.87447  eV     1   --> G_6            
     e(  4 -  4) =     10.75821  eV     1   --> G_8            
     e(  5 -  5) =     11.43079  eV     1   --> G_6            
     e(  6 -  6) =     11.50067  eV     1   --> G_8            
     e(  7 -  7) =     12.08714  eV     1   --> G_7            
     e(  8 -  8) =     13.34859  eV     1   --> G_5            
     e(  9 -  9) =     13.41972  eV     1   --> G_7            
     e( 10 - 10) =     14.21227  eV     1   --> G_8            
     e( 11 - 11) =     15.46701  eV     1   --> G_5            
     e( 12 - 12) =     16.80122  eV     1   --> G_6            
     e( 13 - 13) =     25.47325  eV     1   --> G_6            
     e( 14 - 14) =     25.63809  eV     1   --> G_8            
     e( 15 - 15) =     26.01563  eV     1   --> G_5            
     e( 16 - 16) =     26.17601  eV     1   --> G_7            

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

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

                    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) =      8.43857  eV     1   --> G_5            
     e(  2 -  2) =      8.62755  eV     1   --> G_7            
     e(  3 -  3) =      9.93133  eV     1   --> G_6            
     e(  4 -  4) =     10.61693  eV     1   --> G_8            
     e(  5 -  5) =     11.55243  eV     1   --> G_6            
     e(  6 -  6) =     11.62210  eV     1   --> G_8            
     e(  7 -  7) =     12.16412  eV     1   --> G_7            
     e(  8 -  8) =     13.48876  eV     1   --> G_5            
     e(  9 -  9) =     13.56015  eV     1   --> G_7            
     e( 10 - 10) =     14.29909  eV     1   --> G_8            
     e( 11 - 11) =     16.01504  eV     1   --> G_5            
     e( 12 - 12) =     17.21669  eV     1   --> G_6            
     e( 13 - 13) =     25.03179  eV     1   --> G_6            
     e( 14 - 14) =     25.19766  eV     1   --> G_8            
     e( 15 - 15) =     25.55367  eV     1   --> G_5            
     e( 16 - 16) =     25.71511  eV     1   --> G_7            

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

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

                    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) =      8.39005  eV     1   --> G_5            
     e(  2 -  2) =      8.51892  eV     1   --> G_7            
     e(  3 -  3) =      9.96036  eV     1   --> G_6            
     e(  4 -  4) =     10.48413  eV     1   --> G_8            
     e(  5 -  5) =     11.67659  eV     1   --> G_6            
     e(  6 -  6) =     11.74625  eV     1   --> G_8            
     e(  7 -  7) =     12.23701  eV     1   --> G_7            
     e(  8 -  8) =     13.63372  eV     1   --> G_5            
     e(  9 -  9) =     13.70540  eV     1   --> G_7            
     e( 10 - 10) =     14.38134  eV     1   --> G_8            
     e( 11 - 11) =     16.58828  eV     1   --> G_5            
     e( 12 - 12) =     17.67002  eV     1   --> G_6            
     e( 13 - 13) =     24.61161  eV     1   --> G_6            
     e( 14 - 14) =     24.77837  eV     1   --> G_8            
     e( 15 - 15) =     25.11058  eV     1   --> G_5            
     e( 16 - 16) =     25.27296  eV     1   --> G_7            

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

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

                    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) =      8.33334  eV     1   --> G_5            
     e(  2 -  2) =      8.41821  eV     1   --> G_7            
     e(  3 -  3) =      9.96713  eV     1   --> G_6            
     e(  4 -  4) =     10.36112  eV     1   --> G_8            
     e(  5 -  5) =     11.80218  eV     1   --> G_6            
     e(  6 -  6) =     11.87190  eV     1   --> G_8            
     e(  7 -  7) =     12.30542  eV     1   --> G_7            
     e(  8 -  8) =     13.78237  eV     1   --> G_5            
     e(  9 -  9) =     13.85430  eV     1   --> G_7            
     e( 10 - 10) =     14.45860  eV     1   --> G_8            
     e( 11 - 11) =     17.18237  eV     1   --> G_5            
     e( 12 - 12) =     18.15594  eV     1   --> G_6            
     e( 13 - 13) =     24.21477  eV     1   --> G_6            
     e( 14 - 14) =     24.38228  eV     1   --> G_8            
     e( 15 - 15) =     24.68856  eV     1   --> G_5            
     e( 16 - 16) =     24.85175  eV     1   --> G_7            

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

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

                    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) =      8.27194  eV     1   --> G_5            
     e(  2 -  2) =      8.32485  eV     1   --> G_7            
     e(  3 -  3) =      9.95684  eV     1   --> G_6            
     e(  4 -  4) =     10.24753  eV     1   --> G_8            
     e(  5 -  5) =     11.92654  eV     1   --> G_6            
     e(  6 -  6) =     11.99634  eV     1   --> G_8            
     e(  7 -  7) =     12.36869  eV     1   --> G_7            
     e(  8 -  8) =     13.93183  eV     1   --> G_5            
     e(  9 -  9) =     14.00396  eV     1   --> G_7            
     e( 10 - 10) =     14.53009  eV     1   --> G_8            
     e( 11 - 11) =     17.79249  eV     1   --> G_5            
     e( 12 - 12) =     18.66786  eV     1   --> G_6            
     e( 13 - 13) =     23.84353  eV     1   --> G_6            
     e( 14 - 14) =     24.01161  eV     1   --> G_8            
     e( 15 - 15) =     24.29010  eV     1   --> G_5            
     e( 16 - 16) =     24.45399  eV     1   --> G_7            

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

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

                    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) =      8.20898  eV     1   --> G_5            
     e(  2 -  2) =      8.23993  eV     1   --> G_7            
     e(  3 -  3) =      9.93440  eV     1   --> G_6            
     e(  4 -  4) =     10.14444  eV     1   --> G_8            
     e(  5 -  5) =     12.04799  eV     1   --> G_6            
     e(  6 -  6) =     12.11785  eV     1   --> G_8            
     e(  7 -  7) =     12.42593  eV     1   --> G_7            
     e(  8 -  8) =     14.08008  eV     1   --> G_5            
     e(  9 -  9) =     14.15233  eV     1   --> G_7            
     e( 10 - 10) =     14.59491  eV     1   --> G_8            
     e( 11 - 11) =     18.41324  eV     1   --> G_5            
     e( 12 - 12) =     19.19827  eV     1   --> G_6            
     e( 13 - 13) =     23.50037  eV     1   --> G_6            
     e( 14 - 14) =     23.66882  eV     1   --> G_8            
     e( 15 - 15) =     23.91804  eV     1   --> G_5            
     e( 16 - 16) =     24.08251  eV     1   --> G_7            

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

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

                    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) =      8.14743  eV     1   --> G_5            
     e(  2 -  2) =      8.16392  eV     1   --> G_7            
     e(  3 -  3) =      9.90455  eV     1   --> G_6            
     e(  4 -  4) =     10.05235  eV     1   --> G_8            
     e(  5 -  5) =     12.16429  eV     1   --> G_6            
     e(  6 -  6) =     12.23418  eV     1   --> G_8            
     e(  7 -  7) =     12.47789  eV     1   --> G_7            
     e(  8 -  8) =     14.22440  eV     1   --> G_5            
     e(  9 -  9) =     14.29667  eV     1   --> G_7            
     e( 10 - 10) =     14.65370  eV     1   --> G_8            
     e( 11 - 11) =     19.03816  eV     1   --> G_5            
     e( 12 - 12) =     19.73851  eV     1   --> G_6            
     e( 13 - 13) =     23.18805  eV     1   --> G_6            
     e( 14 - 14) =     23.35655  eV     1   --> G_8            
     e( 15 - 15) =     23.57570  eV     1   --> G_5            
     e( 16 - 16) =     23.74055  eV     1   --> G_7            

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

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

                    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) =      8.08997  eV     1   --> G_5            
     e(  2 -  2) =      8.09727  eV     1   --> G_7            
     e(  3 -  3) =      9.87145  eV     1   --> G_6            
     e(  4 -  4) =      9.97176  eV     1   --> G_8            
     e(  5 -  5) =     12.27339  eV     1   --> G_6            
     e(  6 -  6) =     12.34327  eV     1   --> G_8            
     e(  7 -  7) =     12.52369  eV     1   --> G_7            
     e(  8 -  8) =     14.36194  eV     1   --> G_5            
     e(  9 -  9) =     14.43413  eV     1   --> G_7            
     e( 10 - 10) =     14.70555  eV     1   --> G_8            
     e( 11 - 11) =     19.65889  eV     1   --> G_5            
     e( 12 - 12) =     20.27799  eV     1   --> G_6            
     e( 13 - 13) =     22.90956  eV     1   --> G_6            
     e( 14 - 14) =     23.07762  eV     1   --> G_8            
     e( 15 - 15) =     23.26677  eV     1   --> G_5            
     e( 16 - 16) =     23.43173  eV     1   --> G_7            

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

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

                    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) =      8.03774  eV     1   --> G_5            
     e(  2 -  2) =      8.04024  eV     1   --> G_7            
     e(  3 -  3) =      9.83780  eV     1   --> G_6            
     e(  4 -  4) =      9.90290  eV     1   --> G_8            
     e(  5 -  5) =     12.37161  eV     1   --> G_6            
     e(  6 -  6) =     12.44142  eV     1   --> G_8            
     e(  7 -  7) =     12.56295  eV     1   --> G_7            
     e(  8 -  8) =     14.48796  eV     1   --> G_5            
     e(  9 -  9) =     14.55999  eV     1   --> G_7            
     e( 10 - 10) =     14.75001  eV     1   --> G_8            
     e( 11 - 11) =     20.26358  eV     1   --> G_5            
     e( 12 - 12) =     20.80270  eV     1   --> G_6            
     e( 13 - 13) =     22.66829  eV     1   --> G_6            
     e( 14 - 14) =     22.83491  eV     1   --> G_8            
     e( 15 - 15) =     22.99544  eV     1   --> G_5            
     e( 16 - 16) =     23.15999  eV     1   --> G_7            

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

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

                    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 -  2) =      7.99267  eV     2   --> G_5            
     e(  1 -  2) =      7.99267  eV     2   --> G_7            
     e(  3 -  3) =      9.80655  eV     1   --> G_6            
     e(  4 -  4) =      9.84578  eV     1   --> G_8            
     e(  5 -  5) =     12.45649  eV     1   --> G_6            
     e(  6 -  6) =     12.52622  eV     1   --> G_8            
     e(  7 -  7) =     12.59503  eV     1   --> G_7            
     e(  8 -  8) =     14.59869  eV     1   --> G_5            
     e(  9 -  9) =     14.67050  eV     1   --> G_7            
     e( 10 - 10) =     14.78637  eV     1   --> G_8            
     e( 11 - 11) =     20.83523  eV     1   --> G_5            
     e( 12 - 12) =     21.29374  eV     1   --> G_6            
     e( 13 - 13) =     22.46846  eV     1   --> G_6            
     e( 14 - 14) =     22.63132  eV     1   --> G_8            
     e( 15 - 15) =     22.76639  eV     1   --> G_5            
     e( 16 - 16) =     22.92953  eV     1   --> G_7            

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

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

                    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) =      7.95585  eV     1   --> G_7            
     e(  2 -  2) =      7.95637  eV     1   --> G_5            
     e(  3 -  3) =      9.78011  eV     1   --> G_6            
     e(  4 -  4) =      9.80139  eV     1   --> G_8            
     e(  5 -  5) =     12.52595  eV     1   --> G_6            
     e(  6 -  6) =     12.59559  eV     1   --> G_8            
     e(  7 -  7) =     12.62053  eV     1   --> G_7            
     e(  8 -  8) =     14.69061  eV     1   --> G_5            
     e(  9 -  9) =     14.76217  eV     1   --> G_7            
     e( 10 - 10) =     14.81527  eV     1   --> G_8            
     e( 11 - 11) =     21.34803  eV     1   --> G_5            
     e( 12 - 12) =     21.72198  eV     1   --> G_6            
     e( 13 - 13) =     22.31837  eV     1   --> G_6            
     e( 14 - 14) =     22.46958  eV     1   --> G_8            
     e( 15 - 15) =     22.58515  eV     1   --> G_5            
     e( 16 - 16) =     22.74462  eV     1   --> G_7            

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

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

                    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) =      7.92918  eV     1   --> G_7            
     e(  2 -  2) =      7.92964  eV     1   --> G_5            
     e(  3 -  3) =      9.75997  eV     1   --> G_6            
     e(  4 -  4) =      9.76933  eV     1   --> G_8            
     e(  5 -  5) =     12.57683  eV     1   --> G_6            
     e(  6 -  6) =     12.63880  eV     1   --> G_7            
     e(  7 -  7) =     12.64637  eV     1   --> G_8            
     e(  8 -  8) =     14.75900  eV     1   --> G_5            
     e(  9 -  9) =     14.83033  eV     1   --> G_7            
     e( 10 - 10) =     14.83598  eV     1   --> G_8            
     e( 11 - 11) =     21.76292  eV     1   --> G_5            
     e( 12 - 12) =     22.01539  eV     1   --> G_6            
     e( 13 - 13) =     22.26181  eV     1   --> G_6            
     e( 14 - 14) =     22.35211  eV     1   --> G_8            
     e( 15 - 15) =     22.45910  eV     1   --> G_5            
     e( 16 - 16) =     22.60915  eV     1   --> G_7            

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

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

                    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) =      7.91305  eV     1   --> G_5            
     e(  2 -  2) =      7.91324  eV     1   --> G_7            
     e(  3 -  3) =      9.74722  eV     1   --> G_6            
     e(  4 -  4) =      9.75016  eV     1   --> G_8            
     e(  5 -  5) =     12.60829  eV     1   --> G_6            
     e(  6 -  6) =     12.64982  eV     1   --> G_7            
     e(  7 -  7) =     12.67778  eV     1   --> G_8            
     e(  8 -  8) =     14.80159  eV     1   --> G_5            
     e(  9 -  9) =     14.84847  eV     1   --> G_8            
     e( 10 - 10) =     14.87276  eV     1   --> G_7            
     e( 11 - 11) =     22.02561  eV     1   --> G_5            
     e( 12 - 12) =     22.05561  eV     1   --> G_6            
     e( 13 - 13) =     22.28081  eV     1   --> G_8            
     e( 14 - 14) =     22.38389  eV     1   --> G_6            
     e( 15 - 15) =     22.39955  eV     1   --> G_5            
     e( 16 - 16) =     22.52643  eV     1   --> G_7            

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

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

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

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

     e(  1 -  1) =      7.90757  eV     1   --> G_5+           
     e(  2 -  2) =      7.90792  eV     1   --> G_7+           
     e(  3 -  3) =      9.74298  eV     1   --> G_6+           
     e(  4 -  4) =      9.74377  eV     1   --> G_8+           
     e(  5 -  5) =     12.61899  eV     1   --> G_6+           
     e(  6 -  6) =     12.65352  eV     1   --> G_7+           
     e(  7 -  7) =     12.68845  eV     1   --> G_8+           
     e(  8 -  8) =     14.81611  eV     1   --> G_5+           
     e(  9 -  9) =     14.85265  eV     1   --> G_8+           
     e( 10 - 10) =     14.88722  eV     1   --> G_7+           
     e( 11 - 11) =     22.04401  eV     1   --> G_6-           
     e( 12 - 12) =     22.10528  eV     1   --> G_5-           
     e( 13 - 13) =     22.25691  eV     1   --> G_8-           
     e( 14 - 14) =     22.39403  eV     1   --> G_5-           
     e( 15 - 15) =     22.45368  eV     1   --> G_6-           
     e( 16 - 16) =     22.49861  eV     1   --> G_7-           

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