\begin{table}%t3
\caption{Theoretical H$_2$ line fluxes.}\label{tablethree}
%\centering
\small
\begin{tabular}{lrrrrr}
\hline\hline
  Line &  Wavelength & $E_{\rm up}$ & $F_{\rm 2750~K}$ & $F_{\rm 6000~K}$
 & $F_{\rm tot}$ \\
       &  ($\mu$m)     & (cm$^{-1}$)  
& $(10^{-19}$ W m$^{-2})$
& $(10^{-19}$ W m$^{-2})$
& $(10^{-19}$ W m$^{-2})$\\
\hline
 (0, 0)S(2)  &    12.279  &    1168.8  &       2.5  &       0.0  &       2.5\\  
 (0, 0)S(3)  &     9.665  &    1740.2  &      30.8  &       0.5  &      31.3\\  
 (0, 0)S(4)  &     8.026  &    2414.8  &      27.6  &       0.5  &      28.1\\  
 (0, 0)S(5)  &     6.909  &    3187.6  &     164.8  &       4.1  &     168.8\\  
 (0, 0)S(6)  &     6.109  &    4051.7  &      87.0  &       2.7  &      89.7\\  
 (0, 0)S(7)  &     5.511  &    5002.0  &     344.7  &      14.2  &     358.9\\  
 (0, 0)S(8)  &     5.053  &    6030.8  &     130.7  &       7.2  &     137.9\\  
 (0, 0)S(9)  &     4.695  &    7132.0  &     393.4  &      29.7  &     423.1\\  
 (0, 0)S(10)  &     4.410  &    8298.6  &     118.3  &      12.4  &     130.7\\  
 (0, 0)S(11)  &     4.181  &    9523.8  &     291.7  &      43.4  &     335.1\\  
 (0, 0)S(12)  &     3.998  &   10800.0  &      73.8  &      15.8  &      89.6\\  
 (0, 0)S(13)  &     3.846  &   12123.7  &     156.8  &      48.7  &     205.5\\  
 (0, 0)S(14)  &     3.736  &   13477.0  &      34.9  &      15.9  &      50.8\\  
 (0, 0)S(15)  &     3.647  &   14866.0  &      66.2  &      44.7  &     111.0\\  
 (0, 0)S(16)  &     3.536  &   16304.8  &      13.3  &      13.5  &      26.9\\  
 (0, 0)S(17)  &     3.467  &   17750.2  &      23.2  &      35.5  &      58.8\\  
 (0, 0)S(18)  &     3.438  &   19213.2  &       4.3  &      10.0  &      14.3\\  
 (0, 0)S(19)  &     3.404  &   20688.0  &       7.0  &      24.7  &      31.7\\  
 (1, 0)O(2)  &     2.627  &    4161.1  &      84.0  &       2.7  &      86.8\\  
 (1, 0)Q(1)  &     2.407  &    4273.8  &     391.1  &      13.1  &     404.2\\  
 (1, 0)O(3)  &     2.803  &    4273.8  &     330.7  &      11.1  &     341.8\\  
 (1, 0)S(0)  &     2.223  &    4497.8  &     123.2  &       4.4  &     127.6\\  
 (1, 0)Q(2)  &     2.413  &    4497.8  &     136.1  &       4.9  &     141.0\\  
 (1, 0)O(4)  &     3.004  &    4497.8  &     104.6  &       3.7  &     108.3\\  
 (1, 0)S(1)  &     2.122  &    4831.4  &     625.5  &      24.6  &     650.1\\  
 (1, 0)Q(3)  &     2.424  &    4831.4  &     439.0  &      17.3  &     456.3\\  
 (1, 0)O(5)  &     3.235  &    4831.4  &     246.3  &       9.7  &     255.9\\  
 (1, 0)S(2)  &     2.034  &    5271.4  &     254.9  &      11.4  &     266.3\\  
 (1, 0)Q(4)  &     2.437  &    5271.4  &     141.6  &       6.3  &     147.9\\  
 (1, 0)O(6)  &     3.501  &    5271.4  &      55.7  &       2.5  &      58.2\\  
 (1, 0)S(3)  &     1.958  &    5813.9  &     772.5  &      40.1  &     812.6\\  
 (1, 0)Q(5)  &     2.455  &    5813.9  &     372.7  &      19.4  &     392.1\\  
 (1, 0)O(7)  &     3.808  &    5813.9  &     100.2  &       5.2  &     105.5\\  
 (1, 0)S(4)  &     1.892  &    6454.3  &     224.3  &      14.0  &     238.2\\  
 (1, 0)Q(6)  &     2.476  &    6454.3  &     100.0  &       6.2  &     106.2\\  
 (1, 0)O(8)  &     4.162  &    6454.3  &      17.9  &       1.1  &      19.0\\  
 (1, 0)S(5)  &     1.836  &    7187.4  &     514.7  &      39.5  &     554.1\\  
 (1, 0)Q(7)  &     2.500  &    7187.4  &     223.6  &      17.1  &     240.7\\  
 (1, 0)O(9)  &     4.576  &    7187.4  &      26.0  &       2.0  &      27.9\\  
 (1, 0)S(6)  &     1.788  &    8007.8  &     116.3  &      11.2  &     127.5\\  
 (1, 0)Q(8)  &     2.528  &    8007.8  &      51.8  &       5.0  &      56.8\\  
 (1, 0)O(10)  &     5.058  &    8007.8  &       3.8  &       0.4  &       4.2\\  
 (1, 0)S(7)  &     1.748  &    8908.3  &     209.8  &      26.2  &     236.0\\  
 (1, 0)Q(9)  &     2.560  &    8908.3  &     101.5  &      12.7  &     114.2\\  
 (1, 0)O(11)  &     5.630  &    8908.3  &       4.5  &       0.6  &       5.1\\  
 (1, 0)S(8)  &     1.715  &    9883.8  &      37.1  &       6.1  &      43.3\\  
 (1, 0)Q(10)  &     2.595  &    9883.8  &      20.9  &       3.4  &      24.3\\  
 (1, 0)S(9)  &     1.688  &   10927.1  &      51.5  &      11.4  &      62.9\\  
 (1, 0)Q(11)  &     2.635  &   10927.1  &      36.7  &       8.1  &      44.8\\  
 (1, 0)S(10)  &     1.666  &   12031.4  &       6.7  &       2.0  &       8.7\\  
 (1, 0)Q(12)  &     2.679  &   12031.4  &       6.8  &       2.1  &       8.9\\  
 (1, 0)S(11)  &     1.650  &   13191.1  &       6.0  &       2.5  &       8.5\\  
 (1, 0)Q(13)  &     2.727  &   13191.1  &      10.9  &       4.6  &      15.5\\  
 (1, 0)Q(14)  &     2.778  &   14399.1  &       1.9  &       1.1  &       3.0\\  
 (1, 0)Q(15)  &     2.836  &   15649.6  &       2.8  &       2.4  &       5.1\\  
 (1, 0)S(15)  &     1.631  &   18253.5  &       0.4  &       0.8  &       1.2\\  
 (1, 0)Q(17)  &     2.952  &   18253.5  &       0.6  &       1.1  &       1.7\\  
 (1, 0)S(17)  &     1.642  &   20957.7  &       0.5  &       2.0  &       2.6\\  
 (1, 0)S(19)  &     1.675  &   23720.3  &       0.3  &       2.6  &       2.9\\  
 (1, 1)S(3)  &    10.178  &    5813.9  &       3.3  &       0.2  &       3.4\\  
 (1, 1)S(4)  &     8.454  &    6454.3  &       2.9  &       0.2  &       3.1\\  
\hline
 (1, 1)S(5)  &     7.281  &    7187.4  &      17.8  &       1.4  &      19.2\\  
 (1, 1)S(6)  &     6.437  &    8007.8  &       9.6  &       0.9  &      10.5\\  
 (1, 1)S(7)  &     5.811  &    8908.3  &      38.5  &       4.8  &      43.3\\  
 (1, 1)S(8)  &     5.330  &    9883.8  &      14.9  &       2.4  &      17.3\\  
 (1, 1)S(9)  &     4.953  &   10927.1  &      45.7  &      10.1  &      55.8\\  
 (1, 1)S(10)  &     4.656  &   12031.4  &      14.0  &       4.2  &      18.3\\  
 (1, 1)S(11)  &     4.417  &   13191.1  &      35.4  &      14.9  &      50.3\\  
 (1, 1)S(12)  &     4.224  &   14399.1  &       9.2  &       5.4  &      14.6\\  
 (1, 1)S(13)  &     4.067  &   15649.6  &      20.0  &      16.9  &      36.9\\  
 (1, 1)S(14)  &     3.941  &   16936.2  &       4.6  &       5.5  &      10.1\\  
 (1, 1)S(15)  &     3.840  &   18253.5  &       8.9  &      15.7  &      24.6\\  
 (1, 1)S(16)  &     3.760  &   19595.7  &       1.8  &       4.7  &       6.6\\  
 (1, 1)S(17)  &     3.698  &   20957.7  &       3.3  &      12.5  &      15.8\\  
 (1, 1)S(18)  &     3.652  &   22333.8  &       0.6  &       3.5  &       4.2\\  
 (1, 1)S(19)  &     3.620  &   23720.3  &       1.1  &       8.8  &       9.9\\  
 (1, 1)S(20)  &     3.600  &   25111.6  &       0.2  &       2.4  &       2.6\\  
 (2, 0)O(2)  &     1.293  &    8086.9  &       8.9  &       0.9  &       9.8\\  
 (2, 0)Q(1)  &     1.238  &    8193.8  &      44.2  &       4.5  &      48.7\\  
 (2, 0)O(3)  &     1.335  &    8193.8  &      33.9  &       3.5  &      37.4\\  
 (2, 0)S(0)  &     1.190  &    8406.3  &      15.0  &       1.6  &      16.7\\  
 (2, 0)Q(2)  &     1.242  &    8406.3  &      15.6  &       1.7  &      17.3\\  
 (2, 0)O(4)  &     1.382  &    8406.3  &      10.5  &       1.1  &      11.6\\  
 (2, 0)S(1)  &     1.162  &    8722.7  &      81.6  &       9.7  &      91.3\\  
 (2, 0)Q(3)  &     1.247  &    8722.7  &      51.5  &       6.1  &      57.6\\  
 (2, 0)O(5)  &     1.432  &    8722.7  &      24.3  &       2.9  &      27.2\\  
 (2, 0)S(2)  &     1.138  &    9139.9  &      36.0  &       4.8  &      40.8\\  
 (2, 0)Q(4)  &     1.255  &    9139.9  &      17.1  &       2.3  &      19.4\\  
 (2, 0)O(6)  &     1.487  &    9139.9  &       5.4  &       0.7  &       6.2\\  
 (2, 0)S(3)  &     1.117  &    9654.1  &     119.4  &      18.4  &     137.9\\  
 (2, 0)Q(5)  &     1.264  &    9654.1  &      46.8  &       7.2  &      54.0\\  
 (2, 0)O(7)  &     1.546  &    9654.1  &       9.8  &       1.5  &      11.3\\  
 (2, 0)S(4)  &     1.100  &   10261.2  &      38.6  &       7.1  &      45.7\\  
 (2, 0)Q(6)  &     1.274  &   10261.2  &      13.1  &       2.4  &      15.5\\  
 (2, 0)O(8)  &     1.610  &   10261.2  &       1.8  &       0.3  &       2.1\\  
 (2, 0)S(5)  &     1.085  &   10955.7  &     100.5  &      22.4  &     122.9\\  
 (2, 0)Q(7)  &     1.287  &   10955.7  &      30.8  &       6.9  &      37.7\\  
 (2, 0)O(9)  &     1.680  &   10955.7  &       2.6  &       0.6  &       3.1\\  
 (2, 0)S(6)  &     1.073  &   11732.1  &      26.4  &       7.3  &      33.7\\  
 (2, 0)Q(8)  &     1.302  &   11732.1  &       7.6  &       2.1  &       9.7\\  
 (2, 0)S(7)  &     1.064  &   12584.8  &      57.2  &      20.2  &      77.4\\  
 (2, 0)Q(9)  &     1.319  &   12584.8  &      15.8  &       5.6  &      21.4\\  
 (2, 0)S(8)  &     1.058  &   13507.4  &      12.7  &       5.8  &      18.5\\  
 (2, 0)Q(10)  &     1.338  &   13507.4  &       3.5  &       1.6  &       5.1\\  
 (2, 0)S(9)  &     1.054  &   14493.6  &      23.5  &      14.3  &      37.8\\  
 (2, 0)Q(11)  &     1.358  &   14493.6  &       6.6  &       4.0  &      10.6\\  
 (2, 0)S(10)  &     1.052  &   15537.1  &       4.5  &       3.7  &       8.2\\  
 (2, 0)Q(12)  &     1.381  &   15537.1  &       1.3  &       1.1  &       2.4\\  
 (2, 0)S(11)  &     1.053  &   16632.1  &       7.3  &       8.1  &      15.4\\  
 (2, 0)Q(13)  &     1.407  &   16632.1  &       2.3  &       2.6  &       4.9\\  
 (2, 0)S(12)  &     1.056  &   17771.7  &       1.2  &       1.9  &       3.1\\  
 (2, 0)Q(14)  &     1.434  &   17771.7  &       0.4  &       0.7  &       1.1\\  
 (2, 0)S(13)  &     1.061  &   18950.3  &       1.7  &       3.7  &       5.4\\  
 (2, 0)Q(15)  &     1.465  &   18950.3  &       0.7  &       1.5  &       2.3\\  
 (2, 0)S(14)  &     1.068  &   20161.8  &       0.2  &       0.8  &       1.0\\  
 (2, 0)S(15)  &     1.078  &   21400.9  &       0.3  &       1.3  &       1.6\\  
 (2, 0)Q(17)  &     1.530  &   21400.9  &       0.2  &       0.9  &       1.1\\  
 (2, 1)O(2)  &     2.786  &    8086.9  &      15.3  &       1.5  &      16.8\\  
 (2, 1)Q(1)  &     2.551  &    8193.8  &      70.4  &       7.2  &      77.6\\  
 (2, 1)O(3)  &     2.974  &    8193.8  &      60.6  &       6.2  &      66.8\\  
 (2, 1)S(0)  &     2.356  &    8406.3  &      21.9  &       2.4  &      24.3\\  
 (2, 1)Q(2)  &     2.559  &    8406.3  &      24.6  &       2.7  &      27.3\\  
 (2, 1)O(4)  &     3.190  &    8406.3  &      19.4  &       2.1  &      21.4\\  
 (2, 1)S(1)  &     2.248  &    8722.7  &     110.5  &      13.1  &     123.6\\  
 (2, 1)Q(3)  &     2.570  &    8722.7  &      80.0  &       9.5  &      89.4\\  
\hline
 (2, 1)O(5)  &     3.438  &    8722.7  &      46.0  &       5.5  &      51.5\\  
 (2, 1)S(2)  &     2.154  &    9139.9  &      44.7  &       6.0  &      50.6\\  
 (2, 1)Q(4)  &     2.585  &    9139.9  &      26.0  &       3.5  &      29.5\\  
 (2, 1)O(6)  &     3.724  &    9139.9  &      10.5  &       1.4  &      11.9\\  
 (2, 1)S(3)  &     2.074  &    9654.1  &     134.1  &      20.7  &     154.8\\  
 (2, 1)Q(5)  &     2.604  &    9654.1  &      69.2  &      10.7  &      79.9\\  
 (2, 1)O(7)  &     4.054  &    9654.1  &      19.2  &       3.0  &      22.1\\  
 (2, 1)S(4)  &     2.004  &   10261.2  &      38.4  &       7.0  &      45.5\\  
 (2, 1)Q(6)  &     2.627  &   10261.2  &      18.8  &       3.4  &      22.3\\  
 (2, 1)O(8)  &     4.438  &   10261.2  &       3.5  &       0.6  &       4.1\\  
 (2, 1)S(5)  &     1.945  &   10955.7  &      86.6  &      19.3  &     105.9\\  
 (2, 1)Q(7)  &     2.654  &   10955.7  &      42.7  &       9.5  &      52.2\\  
 (2, 1)O(9)  &     4.884  &   10955.7  &       5.1  &       1.1  &       6.2\\  
 (2, 1)S(6)  &     1.895  &   11732.1  &      19.0  &       5.3  &      24.3\\  
 (2, 1)Q(8)  &     2.685  &   11732.1  &      10.1  &       2.8  &      12.9\\  
 (2, 1)S(7)  &     1.853  &   12584.8  &      33.0  &      11.7  &      44.7\\  
 (2, 1)Q(9)  &     2.720  &   12584.8  &      20.1  &       7.1  &      27.2\\  
 (2, 1)O(11)  &     6.033  &   12584.8  &       0.9  &       0.3  &       1.2\\  
 (2, 1)S(8)  &     1.818  &   13507.4  &       5.5  &       2.5  &       8.0\\  
 (2, 1)Q(10)  &     2.760  &   13507.4  &       4.2  &       1.9  &       6.1\\  
 (2, 1)S(9)  &     1.790  &   14493.6  &       6.8  &       4.1  &      10.9\\  
 (2, 1)Q(11)  &     2.804  &   14493.6  &       7.5  &       4.6  &      12.1\\  
 (2, 1)S(10)  &     1.769  &   15537.1  &       0.7  &       0.6  &       1.3\\  
 (2, 1)Q(12)  &     2.852  &   15537.1  &       1.4  &       1.2  &       2.6\\  
 (2, 1)Q(13)  &     2.906  &   16632.1  &       2.3  &       2.6  &       5.0\\  
 (2, 1)Q(14)  &     2.965  &   17771.7  &       0.4  &       0.6  &       1.0\\  
 (2, 1)Q(15)  &     3.030  &   18950.3  &       0.6  &       1.3  &       2.0\\  
 (2, 1)S(15)  &     1.739  &   21400.9  &       0.3  &       1.5  &       1.8\\  
 (2, 1)S(17)  &     1.759  &   23939.6  &       0.3  &       2.5  &       2.8\\  
 (2, 1)S(19)  &     1.796  &   26524.8  &       0.2  &       2.8  &       3.0\\  
 (2, 2)S(5)  &     7.683  &   10955.7  &       2.1  &       0.5  &       2.6\\  
 (2, 2)S(6)  &     6.798  &   11732.1  &       1.1  &       0.3  &       1.5\\  
 (2, 2)S(7)  &     6.138  &   12584.8  &       4.7  &       1.7  &       6.4\\  
 (2, 2)S(8)  &     5.633  &   13507.4  &       1.9  &       0.9  &       2.7\\  
 (2, 2)S(9)  &     5.239  &   14493.6  &       5.8  &       3.5  &       9.3\\  
 (2, 2)S(10)  &     4.927  &   15537.1  &       1.8  &       1.5  &       3.3\\  
 (2, 2)S(11)  &     4.676  &   16632.1  &       4.7  &       5.2  &       9.9\\  
 (2, 2)S(12)  &     4.475  &   17771.7  &       1.2  &       1.9  &       3.2\\  
 (2, 2)S(13)  &     4.314  &   18950.3  &       2.8  &       6.0  &       8.7\\  
 (2, 2)S(14)  &     4.184  &   20161.8  &       0.6  &       2.0  &       2.6\\  
 (2, 2)S(15)  &     4.081  &   21400.9  &       1.3  &       5.6  &       6.9\\  
 (2, 2)S(16)  &     4.000  &   22661.7  &       0.3  &       1.7  &       2.0\\  
 (2, 2)S(17)  &     3.939  &   23939.6  &       0.5  &       4.5  &       5.0\\  
 (2, 2)S(18)  &     3.896  &   25228.7  &       0.1  &       1.3  &       1.4\\  
 (2, 2)S(19)  &     3.868  &   26524.8  &       0.2  &       3.1  &       3.3\\  
 (3, 0)Q(1)  &     0.850  &   11883.5  &       1.3  &       0.4  &       1.6\\  
 (3, 0)S(1)  &     0.815  &   12384.1  &       3.3  &       1.1  &       4.4\\  
 (3, 0)Q(3)  &     0.856  &   12384.1  &       1.5  &       0.5  &       2.0\\  
 (3, 0)S(2)  &     0.805  &   12778.8  &       1.6  &       0.6  &       2.2\\  
 (3, 0)S(3)  &     0.796  &   13265.3  &       6.0  &       2.6  &       8.5\\  
 (3, 0)Q(5)  &     0.868  &   13265.3  &       1.4  &       0.6  &       2.1\\  
 (3, 0)S(4)  &     0.789  &   13839.2  &       2.1  &       1.1  &       3.2\\  
 (3, 0)S(5)  &     0.784  &   14495.5  &       6.1  &       3.7  &       9.8\\  
 (3, 0)Q(7)  &     0.884  &   14495.5  &       1.0  &       0.6  &       1.6\\  
 (3, 0)S(6)  &     0.780  &   15228.9  &       1.7  &       1.3  &       3.1\\  
 (3, 0)S(7)  &     0.778  &   16033.8  &       4.2  &       3.9  &       8.1\\  
 (3, 0)Q(9)  &     0.906  &   16033.8  &       0.6  &       0.5  &       1.1\\  
 (3, 0)S(8)  &     0.778  &   16904.0  &       1.0  &       1.2  &       2.2\\  
 (3, 0)S(9)  &     0.779  &   17833.8  &       2.1  &       3.3  &       5.3\\  
 (3, 0)S(10)  &     0.782  &   18816.8  &       0.4  &       0.9  &       1.4\\  
 (3, 0)S(11)  &     0.786  &   19847.1  &       0.8  &       2.2  &       3.0\\  
 (3, 0)S(13)  &     0.800  &   22025.0  &       0.2  &       1.3  &       1.5\\  
 (3, 1)O(2)  &     1.373  &   11782.4  &       3.2  &       0.9  &       4.1\\  
\hline
 (3, 1)Q(1)  &     1.314  &   11883.5  &      15.5  &       4.5  &      20.0\\  
 (3, 1)O(3)  &     1.418  &   11883.5  &      12.5  &       3.6  &      16.2\\  
 (3, 1)S(0)  &     1.262  &   12084.7  &       5.2  &       1.6  &       6.8\\  
 (3, 1)Q(2)  &     1.318  &   12084.7  &       5.5  &       1.7  &       7.2\\  
 (3, 1)O(4)  &     1.468  &   12084.7  &       4.0  &       1.2  &       5.2\\  
 (3, 1)S(1)  &     1.233  &   12384.1  &      27.9  &       9.3  &      37.2\\  
 (3, 1)Q(3)  &     1.324  &   12384.1  &      18.3  &       6.1  &      24.5\\  
 (3, 1)O(5)  &     1.522  &   12384.1  &       9.6  &       3.2  &      12.8\\  
 (3, 1)S(2)  &     1.208  &   12778.8  &      12.2  &       4.6  &      16.8\\  
 (3, 1)Q(4)  &     1.332  &   12778.8  &       6.2  &       2.3  &       8.5\\  
 (3, 1)O(6)  &     1.581  &   12778.8  &       2.2  &       0.8  &       3.1\\  
 (3, 1)S(3)  &     1.186  &   13265.3  &      40.5  &      17.4  &      57.9\\  
 (3, 1)Q(5)  &     1.342  &   13265.3  &      17.0  &       7.3  &      24.3\\  
 (3, 1)O(7)  &     1.645  &   13265.3  &       4.2  &       1.8  &       6.0\\  
 (3, 1)S(4)  &     1.167  &   13839.2  &      13.1  &       6.6  &      19.7\\  
 (3, 1)Q(6)  &     1.354  &   13839.2  &       4.8  &       2.4  &       7.3\\  
 (3, 1)O(8)  &     1.715  &   13839.2  &       0.8  &       0.4  &       1.2\\  
 (3, 1)S(5)  &     1.152  &   14495.5  &      34.1  &      20.8  &      54.9\\  
 (3, 1)Q(7)  &     1.368  &   14495.5  &      11.6  &       7.0  &      18.6\\  
 (3, 1)O(9)  &     1.790  &   14495.5  &       1.3  &       0.8  &       2.0\\  
 (3, 1)S(6)  &     1.140  &   15228.9  &       9.0  &       6.7  &      15.7\\  
 (3, 1)Q(8)  &     1.385  &   15228.9  &       2.9  &       2.2  &       5.1\\  
 (3, 1)S(7)  &     1.130  &   16033.8  &      19.5  &      18.4  &      37.9\\  
 (3, 1)Q(9)  &     1.403  &   16033.8  &       6.2  &       5.8  &      12.0\\  
 (3, 1)S(8)  &     1.124  &   16904.0  &       4.4  &       5.2  &       9.6\\  
 (3, 1)Q(10)  &     1.424  &   16904.0  &       1.4  &       1.7  &       3.1\\  
 (3, 1)S(9)  &     1.120  &   17833.8  &       8.1  &      12.7  &      20.8\\  
 (3, 1)Q(11)  &     1.448  &   17833.8  &       2.7  &       4.2  &       6.9\\  
 (3, 1)S(10)  &     1.119  &   18816.8  &       1.6  &       3.2  &       4.8\\  
 (3, 1)Q(12)  &     1.474  &   18816.8  &       0.6  &       1.2  &       1.7\\  
 (3, 1)S(11)  &     1.121  &   19847.1  &       2.5  &       6.9  &       9.4\\  
 (3, 1)Q(13)  &     1.502  &   19847.1  &       1.0  &       2.8  &       3.8\\  
 (3, 1)S(12)  &     1.125  &   20918.2  &       0.4  &       1.6  &       2.0\\  
 (3, 1)S(13)  &     1.132  &   22025.0  &       0.6  &       2.9  &       3.5\\  
 (3, 1)Q(15)  &     1.569  &   22025.0  &       0.3  &       1.7  &       2.0\\  
 (3, 1)Q(17)  &     1.648  &   24321.2  &       0.1  &       1.0  &       1.0\\ 
 (3, 2)O(2)  &     2.962  &   11782.4  &       2.3  &       0.6  &       2.9\\  
 (3, 2)Q(1)  &     2.710  &   11883.5  &      10.4  &       3.0  &      13.4\\  
 (3, 2)O(3)  &     3.164  &   11883.5  &       9.1  &       2.6  &      11.8\\  
 (3, 2)S(0)  &     2.501  &   12084.7  &       3.2  &       1.0  &       4.2\\  
 (3, 2)Q(2)  &     2.719  &   12084.7  &       3.6  &       1.1  &       4.8\\  
 (3, 2)O(4)  &     3.396  &   12084.7  &       2.9  &       0.9  &       3.8\\  
 (3, 2)S(1)  &     2.386  &   12384.1  &      15.9  &       5.3  &      21.2\\  
 (3, 2)Q(3)  &     2.731  &   12384.1  &      11.9  &       4.0  &      15.9\\  
 (3, 2)O(5)  &     3.663  &   12384.1  &       7.1  &       2.4  &       9.4\\  
 (3, 2)S(2)  &     2.287  &   12778.8  &       6.3  &       2.4  &       8.7\\  
 (3, 2)Q(4)  &     2.748  &   12778.8  &       3.9  &       1.5  &       5.4\\  
 (3, 2)O(6)  &     3.972  &   12778.8  &       1.6  &       0.6  &       2.2\\  
 (3, 2)S(3)  &     2.201  &   13265.3  &      18.7  &       8.0  &      26.7\\  
 (3, 2)Q(5)  &     2.769  &   13265.3  &      10.5  &       4.5  &      15.0\\  
 (3, 2)O(7)  &     4.330  &   13265.3  &       3.0  &       1.3  &       4.3\\  
 (3, 2)S(4)  &     2.128  &   13839.2  &       5.2  &       2.6  &       7.9\\  
 (3, 2)Q(6)  &     2.795  &   13839.2  &       2.9  &       1.5  &       4.3\\  
 (3, 2)S(5)  &     2.066  &   14495.5  &      11.4  &       7.0  &      18.4\\  
 (3, 2)Q(7)  &     2.825  &   14495.5  &       6.6  &       4.0  &      10.7\\  
 (3, 2)O(9)  &     5.234  &   14495.5  &       0.8  &       0.5  &       1.3\\  
 (3, 2)S(6)  &     2.013  &   15228.9  &       2.4  &       1.8  &       4.2\\  
 (3, 2)Q(8)  &     2.860  &   15228.9  &       1.6  &       1.2  &       2.8\\  
 (3, 2)S(7)  &     1.969  &   16033.8  &       3.8  &       3.6  &       7.5\\  
 (3, 2)Q(9)  &     2.899  &   16033.8  &       3.2  &       3.0  &       6.2\\  
 (3, 2)S(8)  &     1.934  &   16904.0  &       0.6  &       0.7  &       1.2\\  
 (3, 2)Q(10)  &     2.944  &   16904.0  &       0.7  &       0.8  &       1.5\\  
 (3, 2)S(9)  &     1.905  &   17833.8  &       0.5  &       0.8  &       1.4\\  
 (3, 2)Q(11)  &     2.994  &   17833.8  &       1.2  &       2.0  &       3.2\\  
 (3, 2)Q(13)  &     3.110  &   19847.1  &       0.4  &       1.1  &       1.5\\  
\hline
 (3, 2)S(15)  &     1.862  &   24321.2  &       0.2  &       1.6  &       1.8\\  
 (3, 2)S(17)  &     1.890  &   26691.8  &       0.1  &       2.2  &       2.3\\  
 (3, 2)S(19)  &     1.940  &   29095.0  &       0.1  &       2.2  &       2.3\\  
 (3, 3)S(7)  &     6.500  &   16033.8  &       0.6  &       0.6  &       1.2\\  
 (3, 3)S(9)  &     5.556  &   17833.8  &       0.8  &       1.2  &       2.0\\  
 (3, 3)S(11)  &     4.967  &   19847.1  &       0.7  &       1.9  &       2.5\\  
 (3, 3)S(13)  &     4.592  &   22025.0  &       0.4  &       2.1  &       2.5\\  
 (3, 3)S(15)  &     4.355  &   24321.2  &       0.2  &       2.0  &       2.2\\  
 (3, 3)S(17)  &     4.218  &   26691.8  &       0.1  &       1.6  &       1.7\\  
 (3, 3)S(19)  &     4.161  &   29095.0  &       0.0  &       1.1  &       1.1\\  
 (4, 1)Q(1)  &     0.903  &   15345.8  &       0.7  &       0.5  &       1.2\\  
 (4, 1)S(1)  &     0.866  &   15818.3  &       1.7  &       1.5  &       3.3\\  
 (4, 1)Q(3)  &     0.910  &   15818.3  &       0.8  &       0.7  &       1.6\\  
 (4, 1)S(2)  &     0.855  &   16190.7  &       0.8  &       0.8  &       1.7\\  
 (4, 1)S(3)  &     0.846  &   16649.5  &       3.1  &       3.5  &       6.5\\  
 (4, 1)Q(5)  &     0.923  &   16649.5  &       0.8  &       0.9  &       1.8\\  
 (4, 1)S(4)  &     0.839  &   17190.4  &       1.1  &       1.4  &       2.5\\  
 (4, 1)S(5)  &     0.834  &   17808.8  &       3.2  &       4.9  &       8.1\\  
 (4, 1)Q(7)  &     0.942  &   17808.8  &       0.6  &       0.9  &       1.5\\  
 (4, 1)S(6)  &     0.830  &   18499.1  &       0.9  &       1.7  &       2.6\\  
 (4, 1)S(7)  &     0.829  &   19256.4  &       2.2  &       5.1  &       7.3\\  
 (4, 1)Q(9)  &     0.966  &   19256.4  &       0.4  &       0.8  &       1.2\\  
 (4, 1)S(8)  &     0.829  &   20074.5  &       0.5  &       1.6  &       2.1\\  
 (4, 1)S(9)  &     0.831  &   20947.5  &       1.1  &       4.2  &       5.4\\  
 (4, 1)S(10)  &     0.834  &   21869.5  &       0.2  &       1.2  &       1.4\\  
 (4, 1)S(11)  &     0.840  &   22834.6  &       0.4  &       2.9  &       3.3\\  
 (4, 1)S(13)  &     0.856  &   24870.3  &       0.1  &       1.6  &       1.8\\  
 (4, 2)O(2)  &     1.461  &   15250.3  &       0.9  &       0.6  &       1.5\\  
 (4, 2)Q(1)  &     1.398  &   15345.8  &       4.0  &       3.1  &       7.1\\  
 (4, 2)O(3)  &     1.510  &   15345.8  &       3.4  &       2.6  &       6.0\\  
 (4, 2)S(0)  &     1.343  &   15535.7  &       1.3  &       1.1  &       2.4\\  
 (4, 2)Q(2)  &     1.403  &   15535.7  &       1.4  &       1.2  &       2.6\\  
 (4, 2)O(4)  &     1.564  &   15535.7  &       1.1  &       0.9  &       2.0\\  
 (4, 2)S(1)  &     1.312  &   15818.3  &       7.0  &       6.2  &      13.2\\  
 (4, 2)Q(3)  &     1.409  &   15818.3  &       4.8  &       4.3  &       9.1\\  
 (4, 2)O(5)  &     1.622  &   15818.3  &       2.8  &       2.4  &       5.2\\  
 (4, 2)S(2)  &     1.285  &   16190.7  &       3.1  &       3.0  &       6.1\\  
 (4, 2)Q(4)  &     1.418  &   16190.7  &       1.6  &       1.6  &       3.2\\  
 (4, 2)O(6)  &     1.686  &   16190.7  &       0.7  &       0.7  &       1.3\\  
 (4, 2)S(3)  &     1.262  &   16649.5  &      10.1  &      11.3  &      21.4\\  
 (4, 2)Q(5)  &     1.430  &   16649.5  &       4.6  &       5.1  &       9.7\\  
 (4, 2)O(7)  &     1.756  &   16649.5  &       1.3  &       1.5  &       2.8\\  
 (4, 2)S(4)  &     1.242  &   17190.4  &       3.3  &       4.3  &       7.5\\  
 (4, 2)Q(6)  &     1.443  &   17190.4  &       1.3  &       1.7  &       3.0\\  
 (4, 2)S(5)  &     1.226  &   17808.8  &       8.5  &      13.2  &      21.7\\  
 (4, 2)Q(7)  &     1.459  &   17808.8  &       3.2  &       5.0  &       8.1\\  
 (4, 2)O(9)  &     1.914  &   17808.8  &       0.4  &       0.7  &       1.1\\  
 (4, 2)S(6)  &     1.214  &   18499.1  &       2.2  &       4.2  &       6.5\\  
 (4, 2)Q(8)  &     1.478  &   18499.1  &       0.8  &       1.5  &       2.3\\  
 (4, 2)S(7)  &     1.205  &   19256.4  &       4.9  &      11.4  &      16.2\\  
 (4, 2)Q(9)  &     1.499  &   19256.4  &       1.8  &       4.1  &       5.9\\  
 (4, 2)S(8)  &     1.199  &   20074.5  &       1.1  &       3.2  &       4.3\\  
 (4, 2)Q(10)  &     1.523  &   20074.5  &       0.4  &       1.2  &       1.6\\  
 (4, 2)S(9)  &     1.196  &   20947.5  &       2.0  &       7.6  &       9.6\\  
 (4, 2)Q(11)  &     1.549  &   20947.5  &       0.8  &       3.0  &       3.9\\  
 (4, 2)S(10)  &     1.196  &   21869.5  &       0.4  &       1.9  &       2.3\\  
 (4, 2)Q(12)  &     1.579  &   21869.5  &       0.2  &       0.8  &       1.0\\  
 (4, 2)S(11)  &     1.199  &   22834.6  &       0.6  &       3.9  &       4.5\\  
 (4, 2)Q(13)  &     1.612  &   22834.6  &       0.3  &       2.0  &       2.3\\  
 (4, 2)S(13)  &     1.214  &   24870.3  &       0.1  &       1.5  &       1.6\\  
 (4, 2)Q(15)  &     1.689  &   24870.3  &       0.1  &       1.2  &       1.3\\  
\hline
 (4, 3)Q(1)  &     2.888  &   15345.8  &       1.5  &       1.1  &       2.6\\  
 (4, 3)O(3)  &     3.376  &   15345.8  &       1.3  &       1.0  &       2.3\\  
 (4, 3)S(1)  &     2.541  &   15818.3  &       2.2  &       1.9  &       4.1\\  
 (4, 3)Q(3)  &     2.912  &   15818.3  &       1.7  &       1.5  &       3.2\\  
 (4, 3)O(5)  &     3.917  &   15818.3  &       1.0  &       0.9  &       2.0\\  
 (4, 3)S(2)  &     2.435  &   16190.7  &       0.8  &       0.8  &       1.7\\  
 (4, 3)Q(4)  &     2.931  &   16190.7  &       0.6  &       0.6  &       1.1\\  
 (4, 3)S(3)  &     2.344  &   16649.5  &       2.4  &       2.7  &       5.2\\  
 (4, 3)Q(5)  &     2.955  &   16649.5  &       1.5  &       1.7  &       3.2\\  
 (4, 3)S(4)  &     2.267  &   17190.4  &       0.7  &       0.9  &       1.5\\  
 (4, 3)S(5)  &     2.201  &   17808.8  &       1.4  &       2.1  &       3.5\\  
 (4, 3)Q(7)  &     3.018  &   17808.8  &       1.0  &       1.5  &       2.5\\  
 (4, 3)S(7)  &     2.100  &   19256.4  &       0.4  &       0.8  &       1.2\\  
 (4, 3)Q(9)  &     3.103  &   19256.4  &       0.5  &       1.1  &       1.6\\  
 (4, 3)S(15)  &     2.007  &   27008.8  &       0.1  &       1.4  &       1.4\\  
 (4, 3)S(17)  &     2.047  &   29205.3  &       0.0  &       1.6  &       1.6\\  
 (4, 3)S(19)  &     2.116  &   31417.0  &       0.0  &       1.5  &       1.5\\  
 (5, 1)S(5)  &     0.663  &   20894.9  &       0.3  &       1.0  &       1.2\\  
 (5, 1)S(7)  &     0.664  &   22251.2  &       0.2  &       1.2  &       1.4\\  
 (5, 1)S(9)  &     0.670  &   23831.7  &       0.1  &       1.1  &       1.2\\  
 (5, 2)S(1)  &     0.923  &   19026.0  &       0.6  &       1.4  &       2.0\\  
 (5, 2)Q(3)  &     0.971  &   19026.0  &       0.3  &       0.7  &       1.1\\  
 (5, 2)S(2)  &     0.912  &   19376.0  &       0.3  &       0.7  &       1.0\\  
 (5, 2)S(3)  &     0.902  &   19807.0  &       1.1  &       3.1  &       4.2\\  
 (5, 2)Q(5)  &     0.985  &   19807.0  &       0.3  &       0.9  &       1.2\\  
 (5, 2)S(4)  &     0.895  &   20314.8  &       0.4  &       1.3  &       1.7\\  
 (5, 2)S(5)  &     0.890  &   20894.9  &       1.1  &       4.3  &       5.4\\  
 (5, 2)Q(7)  &     1.006  &   20894.9  &       0.2  &       0.9  &       1.2\\  
 (5, 2)S(6)  &     0.886  &   21542.1  &       0.3  &       1.5  &       1.8\\  
 (5, 2)S(7)  &     0.885  &   22251.2  &       0.8  &       4.4  &       5.2\\  
 (5, 2)S(8)  &     0.886  &   23016.2  &       0.2  &       1.4  &       1.6\\  
 (5, 2)S(9)  &     0.889  &   23831.7  &       0.4  &       3.6  &       4.0\\  
 (5, 2)S(10)  &     0.894  &   24691.8  &       0.1  &       1.0  &       1.1\\  
 (5, 2)S(11)  &     0.901  &   25590.2  &       0.2  &       2.4  &       2.5\\  
 (5, 2)S(13)  &     0.922  &   27479.6  &       0.1  &       1.3  &       1.4\\  
 (5, 3)Q(1)  &     1.493  &   18581.7  &       1.0  &       1.9  &       2.8\\  
 (5, 3)O(3)  &     1.614  &   18581.7  &       0.8  &       1.6  &       2.5\\  
 (5, 3)Q(2)  &     1.498  &   18760.3  &       0.3  &       0.7  &       1.0\\  
 (5, 3)S(1)  &     1.400  &   19026.0  &       1.6  &       3.6  &       5.2\\  
 (5, 3)Q(3)  &     1.506  &   19026.0  &       1.2  &       2.5  &       3.7\\  
 (5, 3)O(5)  &     1.736  &   19026.0  &       0.7  &       1.6  &       2.3\\  
 (5, 3)S(2)  &     1.371  &   19376.0  &       0.7  &       1.7  &       2.4\\  
 (5, 3)Q(4)  &     1.516  &   19376.0  &       0.4  &       1.0  &       1.4\\  
 (5, 3)S(3)  &     1.347  &   19807.0  &       2.3  &       6.3  &       8.6\\  
 (5, 3)Q(5)  &     1.529  &   19807.0  &       1.1  &       3.1  &       4.2\\  
 (5, 3)O(7)  &     1.883  &   19807.0  &       0.4  &       1.0  &       1.4\\  
 (5, 3)S(4)  &     1.327  &   20314.8  &       0.7  &       2.3  &       3.1\\  
 (5, 3)Q(6)  &     1.544  &   20314.8  &       0.3  &       1.0  &       1.4\\  
 (5, 3)S(5)  &     1.311  &   20894.9  &       1.9  &       7.1  &       9.0\\  
 (5, 3)Q(7)  &     1.563  &   20894.9  &       0.8  &       3.0  &       3.8\\  
 (5, 3)S(6)  &     1.298  &   21542.1  &       0.5  &       2.2  &       2.7\\  
 (5, 3)Q(8)  &     1.584  &   21542.1  &       0.2  &       0.9  &       1.1\\  
 (5, 3)S(7)  &     1.289  &   22251.2  &       1.1  &       5.9  &       7.0\\  
 (5, 3)Q(9)  &     1.608  &   22251.2  &       0.5  &       2.5  &       3.0\\  
 (5, 3)S(8)  &     1.284  &   23016.2  &       0.2  &       1.6  &       1.9\\  
 (5, 3)S(9)  &     1.282  &   23831.7  &       0.4  &       3.7  &       4.2\\  
 (5, 3)Q(11)  &     1.667  &   23831.7  &       0.2  &       1.9  &       2.1\\  
 (5, 3)S(11)  &     1.289  &   25590.2  &       0.1  &       1.7  &       1.9\\  
 (5, 3)Q(13)  &     1.741  &   25590.2  &       0.1  &       1.2  &       1.3\\  
 (5, 4)S(3)  &     2.507  &   19807.0  &       0.3  &       0.8  &       1.1\\  
 (5, 4)S(17)  &     2.243  &   31466.5  &       0.0  &       1.0  &       1.0\\  
 (6, 2)S(5)  &     0.709  &   23751.0  &       0.1  &       1.1  &       1.2\\  
 (6, 2)S(7)  &     0.711  &   25013.7  &       0.1  &       1.2  &       1.3\\  
 (6, 2)S(9)  &     0.720  &   26480.6  &       0.1  &       1.1  &       1.2\\  
\hline
 (6, 3)S(1)  &     0.988  &   22005.6  &       0.2  &       1.1  &       1.3\\  
 (6, 3)S(3)  &     0.966  &   22735.6  &       0.4  &       2.3  &       2.6\\  
 (6, 3)S(4)  &     0.959  &   23209.8  &       0.1  &       0.9  &       1.0\\  
 (6, 3)S(5)  &     0.954  &   23751.0  &       0.4  &       3.1  &       3.4\\  
 (6, 3)S(6)  &     0.951  &   24353.9  &       0.1  &       1.1  &       1.2\\  
 (6, 3)S(7)  &     0.951  &   25013.7  &       0.3  &       3.1  &       3.4\\  
 (6, 3)S(8)  &     0.953  &   25724.3  &       0.1  &       0.9  &       1.0\\  
 (6, 3)S(9)  &     0.957  &   26480.6  &       0.1  &       2.5  &       2.6\\  
 (6, 3)S(11)  &     0.974  &   28105.8  &       0.1  &       1.6  &       1.6\\  
 (6, 4)Q(1)  &     1.602  &   21589.8  &       0.2  &       1.0  &       1.2\\  
 (6, 4)O(3)  &     1.733  &   21589.8  &       0.2  &       0.9  &       1.1\\  
 (6, 4)S(1)  &     1.502  &   22005.6  &       0.4  &       1.9  &       2.2\\  
 (6, 4)Q(3)  &     1.616  &   22005.6  &       0.3  &       1.4  &       1.7\\  
 (6, 4)O(5)  &     1.867  &   22005.6  &       0.2  &       0.9  &       1.1\\  
 (6, 4)S(2)  &     1.471  &   22332.8  &       0.2  &       0.9  &       1.0\\  
 (6, 4)S(3)  &     1.446  &   22735.6  &       0.5  &       3.2  &       3.7\\  
 (6, 4)Q(5)  &     1.643  &   22735.6  &       0.3  &       1.7  &       1.9\\  
 (6, 4)S(4)  &     1.425  &   23209.8  &       0.2  &       1.2  &       1.3\\  
 (6, 4)S(5)  &     1.408  &   23751.0  &       0.4  &       3.5  &       3.9\\  
 (6, 4)Q(7)  &     1.683  &   23751.0  &       0.2  &       1.6  &       1.8\\  
 (6, 4)S(6)  &     1.396  &   24353.9  &       0.1  &       1.1  &       1.2\\  
 (6, 4)S(7)  &     1.388  &   25013.7  &       0.2  &       2.7  &       3.0\\  
 (6, 4)Q(9)  &     1.737  &   25013.7  &       0.1  &       1.4  &       1.5\\  
 (6, 4)S(9)  &     1.384  &   26480.6  &       0.1  &       1.6  &       1.7\\  
 (6, 4)Q(11)  &     1.807  &   26480.6  &       0.1  &       1.0  &       1.1\\  
 (7, 3)S(7)  &     0.767  &   27536.0  &       0.0  &       1.1  &       1.1\\  
 (7, 3)S(9)  &     0.778  &   28884.1  &       0.0  &       1.0  &       1.0\\  
 (7, 4)S(3)  &     1.040  &   25430.1  &       0.1  &       1.5  &       1.6\\  
 (7, 4)S(5)  &     1.029  &   26370.4  &       0.1  &       2.0  &       2.1\\  
 (7, 4)S(7)  &     1.028  &   27536.0  &       0.1  &       1.9  &       2.0\\  
 (7, 4)S(9)  &     1.039  &   28884.1  &       0.0  &       1.5  &       1.5\\  
 (7, 5)S(3)  &     1.562  &   25430.1  &       0.1  &       1.5  &       1.6\\  
 (7, 5)S(5)  &     1.524  &   26370.4  &       0.1  &       1.5  &       1.6\\  
 (7, 5)S(7)  &     1.506  &   27536.0  &       0.0  &       1.1  &       1.2\\  
 (8, 5)S(5)  &     1.119  &   28743.1  &       0.0  &       1.2  &       1.2\\  
 (8, 5)S(7)  &     1.122  &   29806.1  &       0.0  &       1.1  &       1.1\\  
\hline
\end{tabular}
\end{table}