\begin{table}%t4
\caption{Theoretical H$_2$ line fluxes, with modeled fluxes between $(0.5{-}1)$~$\times$ $10^{-19}$~W~m$^{-2}$.}\label{tablefour}
%\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(1)  &    17.035  &     705.5  &       0.9  &       0.0  &       0.9\\  
 (1, 0)O(12)  &     6.308  &    9883.8  &       0.5  &       0.1  &       0.6\\  
 (1, 0)O(13)  &     7.126  &   10927.1  &       0.5  &       0.1  &       0.7\\  
 (1, 0)S(12)  &     1.639  &   14399.1  &       0.4  &       0.2  &       0.6\\  
 (1, 0)Q(16)  &     2.891  &   16936.2  &       0.4  &       0.5  &       1.0\\  
 (1, 0)S(16)  &     1.634  &   19595.7  &       0.2  &       0.5  &       0.7\\  
 (1, 0)Q(19)  &     3.118  &   20957.7  &       0.1  &       0.5  &       0.6\\  
 (1, 0)S(18)  &     1.659  &   22333.8  &       0.1  &       0.8  &       1.0\\  
 (1, 0)S(20)  &     1.695  &   25111.6  &       0.1  &       0.9  &       0.9\\  
 (2, 0)O(11)  &     1.834  &   12584.8  &       0.5  &       0.2  &       0.6\\  
 (2, 0)Q(16)  &     1.496  &   20161.8  &       0.1  &       0.4  &       0.5\\  
 (2, 0)Q(19)  &     1.616  &   23939.6  &       0.1  &       0.5  &       0.5\\  
 (2, 1)O(10)  &     5.410  &   11732.1  &       0.8  &       0.2  &       1.0\\  
 (2, 1)S(11)  &     1.753  &   16632.1  &       0.4  &       0.4  &       0.8\\  
 (2, 1)Q(17)  &     3.177  &   21400.9  &       0.1  &       0.6  &       0.8\\  
 (2, 1)S(16)  &     1.747  &   22661.7  &       0.1  &       0.7  &       0.8\\  
 (2, 1)S(18)  &     1.775  &   25228.7  &       0.1  &       0.9  &       1.0\\  
 (2, 1)S(20)  &     1.822  &   27823.0  &       0.0  &       0.9  &       0.9\\  
 (2, 2)S(20)  &     3.855  &   27823.0  &       0.0  &       0.8  &       0.9\\  
 (3, 0)O(3)  &     0.895  &   11883.5  &       0.5  &       0.2  &       0.7\\  
 (3, 0)S(0)  &     0.827  &   12084.7  &       0.5  &       0.2  &       0.7\\  
 (3, 0)Q(2)  &     0.852  &   12084.7  &       0.4  &       0.1  &       0.6\\  
 (3, 0)Q(4)  &     0.861  &   12778.8  &       0.5  &       0.2  &       0.7\\  
 (3, 0)Q(6)  &     0.875  &   13839.2  &       0.4  &       0.2  &       0.6\\  
 (3, 0)Q(11)  &     0.934  &   17833.8  &       0.3  &       0.4  &       0.7\\  
 (3, 0)S(12)  &     0.792  &   20918.2  &       0.2  &       0.6  &       0.7\\  
 (3, 0)S(15)  &     0.820  &   24321.2  &       0.1  &       0.6  &       0.7\\  
 (3, 1)O(11)  &     1.958  &   16033.8  &       0.3  &       0.3  &       0.5\\  
 (3, 1)Q(14)  &     1.534  &   20918.2  &       0.2  &       0.7  &       0.9\\  
 (3, 1)S(14)  &     1.141  &   23161.0  &       0.1  &       0.6  &       0.7\\  
 (3, 1)S(15)  &     1.153  &   24321.2  &       0.1  &       0.9  &       1.0\\  
 (3, 1)Q(19)  &     1.744  &   26691.8  &       0.0  &       0.5  &       0.5\\  
 (3, 2)O(8)  &     4.746  &   13839.2  &       0.5  &       0.3  &       0.8\\  
 (3, 2)Q(12)  &     3.049  &   18816.8  &       0.2  &       0.5  &       0.7\\  
 (3, 2)S(13)  &     1.854  &   22025.0  &       0.1  &       0.6  &       0.8\\  
 (3, 2)Q(15)  &     3.252  &   22025.0  &       0.1  &       0.6  &       0.7\\  
 (3, 2)S(16)  &     1.873  &   25499.7  &       0.0  &       0.7  &       0.7\\  
 (3, 2)S(18)  &     1.912  &   27891.6  &       0.0  &       0.8  &       0.8\\  
 (3, 2)S(20)  &     1.973  &   30296.3  &       0.0  &       0.7  &       0.7\\  
 (3, 3)S(8)  &     5.970  &   16904.0  &       0.3  &       0.3  &       0.6\\  
 (3, 3)S(10)  &     5.228  &   18816.8  &       0.3  &       0.5  &       0.8\\  
 (3, 3)S(12)  &     4.759  &   20918.2  &       0.2  &       0.7  &       0.9\\  
 (3, 3)S(14)  &     4.459  &   23161.0  &       0.1  &       0.7  &       0.8\\  
 (3, 3)S(16)  &     4.276  &   25499.7  &       0.0  &       0.6  &       0.6\\  
 (4, 0)S(3)  &     0.627  &   16649.5  &       0.3  &       0.3  &       0.6\\  
 (4, 0)S(5)  &     0.622  &   17808.8  &       0.4  &       0.6  &       0.9\\  
 (4, 0)S(7)  &     0.622  &   19256.4  &       0.3  &       0.7  &       1.0\\  
 (4, 0)S(9)  &     0.627  &   20947.5  &       0.2  &       0.6  &       0.8\\  
 (4, 0)S(11)  &     0.637  &   22834.6  &       0.1  &       0.5  &       0.6\\  
 (4, 1)O(3)  &     0.951  &   15345.8  &       0.3  &       0.3  &       0.6\\  
 (4, 1)S(0)  &     0.879  &   15535.7  &       0.3  &       0.2  &       0.5\\  
 (4, 1)Q(4)  &     0.916  &   16190.7  &       0.3  &       0.3  &       0.6\\  
 (4, 1)Q(6)  &     0.931  &   17190.4  &       0.2  &       0.3  &       0.6\\  
 (4, 1)Q(11)  &     0.998  &   20947.5  &       0.2  &       0.7  &       0.8\\  
 (4, 1)Q(13)  &     1.037  &   22834.6  &       0.1  &       0.5  &       0.5\\  
 (4, 1)S(12)  &     0.847  &   23836.6  &       0.1  &       0.7  &       0.8\\  
 (4, 1)S(15)  &     0.880  &   27008.8  &       0.0  &       0.8  &       0.8\\  
\hline
 (4, 2)O(8)  &     1.832  &   17190.4  &       0.3  &       0.3  &       0.6\\  
 (4, 2)S(12)  &     1.205  &   23836.6  &       0.1  &       0.8  &       0.9\\  
 (4, 2)Q(14)  &     1.649  &   23836.6  &       0.1  &       0.5  &       0.6\\  
 (4, 2)Q(17)  &     1.783  &   27008.8  &       0.0  &       0.7  &       0.7\\  
 (4, 3)O(2)  &     3.159  &   15250.3  &       0.3  &       0.2  &       0.6\\  
 (4, 3)S(0)  &     2.664  &   15535.7  &       0.4  &       0.4  &       0.8\\  
 (4, 3)Q(2)  &     2.898  &   15535.7  &       0.5  &       0.4  &       0.9\\  
 (4, 3)O(4)  &     3.627  &   15535.7  &       0.4  &       0.4  &       0.8\\  
 (4, 3)O(7)  &     4.642  &   16649.5  &       0.5  &       0.5  &       1.0\\  
 (4, 3)Q(6)  &     2.984  &   17190.4  &       0.4  &       0.5  &       1.0\\  
 (4, 3)S(6)  &     2.146  &   18499.1  &       0.3  &       0.5  &       0.8\\  
 (4, 3)Q(8)  &     3.058  &   18499.1  &       0.2  &       0.4  &       0.7\\  
 (4, 3)Q(11)  &     3.212  &   20947.5  &       0.2  &       0.7  &       0.9\\  
 (4, 3)S(13)  &     1.991  &   24870.3  &       0.1  &       0.8  &       0.8\\  
 (4, 3)S(16)  &     2.024  &   28102.3  &       0.0  &       0.5  &       0.5\\  
 (4, 3)S(18)  &     2.078  &   30311.8  &       0.0  &       0.5  &       0.5\\  
 (4, 4)S(9)  &     5.913  &   20947.5  &       0.1  &       0.4  &       0.6\\  
 (4, 4)S(11)  &     5.299  &   22834.6  &       0.1  &       0.7  &       0.8\\  
 (4, 4)S(13)  &     4.912  &   24870.3  &       0.1  &       0.8  &       0.8\\  
 (4, 4)S(15)  &     4.676  &   27008.8  &       0.0  &       0.7  &       0.7\\  
 (4, 4)S(17)  &     4.553  &   29205.3  &       0.0  &       0.5  &       0.6\\  
 (5, 1)S(3)  &     0.668  &   19807.0  &       0.2  &       0.6  &       0.8\\  
 (5, 1)S(11)  &     0.682  &   25590.2  &       0.1  &       0.8  &       0.9\\  
 (5, 1)S(13)  &     0.700  &   27479.6  &       0.0  &       0.5  &       0.6\\  
 (5, 2)Q(1)  &     0.963  &   18581.7  &       0.3  &       0.5  &       0.8\\  
 (5, 2)Q(9)  &     1.035  &   22251.2  &       0.2  &       0.8  &       1.0\\  
 (5, 2)Q(11)  &     1.071  &   23831.7  &       0.1  &       0.7  &       0.7\\  
 (5, 2)Q(13)  &     1.116  &   25590.2  &       0.0  &       0.5  &       0.5\\  
 (5, 2)S(12)  &     0.910  &   26521.4  &       0.0  &       0.6  &       0.6\\  
 (5, 2)S(15)  &     0.952  &   29453.8  &       0.0  &       0.6  &       0.6\\  
 (5, 3)O(2)  &     1.561  &   18491.9  &       0.2  &       0.4  &       0.6\\  
 (5, 3)S(0)  &     1.433  &   18760.3  &       0.3  &       0.6  &       0.9\\  
 (5, 3)O(4)  &     1.672  &   18760.3  &       0.3  &       0.6  &       0.9\\  
 (5, 3)O(6)  &     1.806  &   19376.0  &       0.2  &       0.4  &       0.6\\  
 (5, 3)O(9)  &     2.057  &   20894.9  &       0.1  &       0.5  &       0.7\\  
 (5, 3)Q(10)  &     1.636  &   23016.2  &       0.1  &       0.7  &       0.8\\  
 (5, 3)S(10)  &     1.284  &   24691.8  &       0.1  &       0.9  &       1.0\\  
 (5, 3)Q(12)  &     1.702  &   24691.8  &       0.0  &       0.5  &       0.6\\  
 (5, 3)S(13)  &     1.310  &   27479.6  &       0.0  &       0.5  &       0.5\\  
 (5, 3)Q(15)  &     1.833  &   27479.6  &       0.0  &       0.8  &       0.8\\  
 (5, 4)Q(1)  &     3.090  &   18581.7  &       0.2  &       0.4  &       0.6\\  
 (5, 4)O(3)  &     3.619  &   18581.7  &       0.2  &       0.4  &       0.6\\  
 (5, 4)S(1)  &     2.717  &   19026.0  &       0.3  &       0.6  &       0.9\\  
 (5, 4)Q(3)  &     3.117  &   19026.0  &       0.2  &       0.5  &       0.8\\  
 (5, 4)Q(5)  &     3.167  &   19807.0  &       0.2  &       0.6  &       0.8\\  
 (5, 4)S(5)  &     2.355  &   20894.9  &       0.1  &       0.5  &       0.7\\  
 (5, 4)Q(7)  &     3.240  &   20894.9  &       0.1  &       0.5  &       0.7\\  
 (5, 4)S(13)  &     2.153  &   27479.6  &       0.0  &       0.7  &       0.7\\  
 (5, 4)S(15)  &     2.182  &   29453.8  &       0.0  &       1.0  &       1.0\\  
 (5, 4)S(19)  &     2.344  &   33471.2  &       0.0  &       0.9  &       0.9\\  
 (6, 2)S(3)  &     0.714  &   22735.6  &       0.1  &       0.7  &       0.8\\  
 (6, 2)S(11)  &     0.735  &   28105.8  &       0.0  &       0.9  &       0.9\\  
 (6, 2)S(13)  &     0.757  &   29841.8  &       0.0  &       0.6  &       0.6\\  
 (6, 3)Q(1)  &     1.030  &   21589.8  &       0.1  &       0.4  &       0.5\\  
 (6, 3)Q(3)  &     1.039  &   22005.6  &       0.1  &       0.6  &       0.7\\  
 (6, 3)S(2)  &     0.976  &   22332.8  &       0.1  &       0.6  &       0.7\\  
 (6, 3)Q(5)  &     1.056  &   22735.6  &       0.1  &       0.7  &       0.9\\  
 (6, 3)Q(7)  &     1.080  &   23751.0  &       0.1  &       0.8  &       0.9\\  
\hline
 (6, 3)Q(9)  &     1.114  &   25013.7  &       0.1  &       0.7  &       0.8\\  
 (6, 3)Q(11)  &     1.157  &   26480.6  &       0.0  &       0.6  &       0.6\\  
 (6, 3)S(10)  &     0.964  &   27276.4  &       0.0  &       0.7  &       0.7\\  
 (6, 3)S(13)  &     1.001  &   29841.8  &       0.0  &       0.8  &       0.8\\  
 (6, 4)Q(4)  &     1.628  &   22332.8  &       0.1  &       0.5  &       0.6\\  
 (6, 4)O(7)  &     2.030  &   22735.6  &       0.1  &       0.6  &       0.7\\  
 (6, 4)Q(6)  &     1.661  &   23209.8  &       0.1  &       0.6  &       0.6\\  
 (6, 4)Q(8)  &     1.708  &   24353.9  &       0.1  &       0.5  &       0.6\\  
 (6, 4)S(8)  &     1.384  &   25724.3  &       0.0  &       0.7  &       0.8\\  
 (6, 4)S(11)  &     1.397  &   28105.8  &       0.0  &       0.6  &       0.6\\  
 (6, 4)Q(13)  &     1.897  &   28105.8  &       0.0  &       0.7  &       0.7\\  
 (6, 5)S(13)  &     2.352  &   29841.8  &       0.0  &       0.5  &       0.5\\  
 (6, 5)S(15)  &     2.403  &   31641.1  &       0.0  &       0.6  &       0.6\\  
 (6, 5)S(17)  &     2.500  &   33453.8  &       0.0  &       0.6  &       0.6\\  
 (7, 3)S(3)  &     0.767  &   25430.1  &       0.0  &       0.6  &       0.6\\  
 (7, 3)S(5)  &     0.763  &   26370.4  &       0.1  &       0.9  &       1.0\\  
 (7, 3)S(11)  &     0.798  &   30368.2  &       0.0  &       0.7  &       0.7\\  
 (7, 4)S(1)  &     1.063  &   24752.5  &       0.1  &       0.7  &       0.8\\  
 (7, 4)Q(5)  &     1.139  &   25430.1  &       0.0  &       0.6  &       0.6\\  
 (7, 4)S(4)  &     1.033  &   25869.5  &       0.0  &       0.6  &       0.6\\  
 (7, 4)Q(7)  &     1.168  &   26370.4  &       0.0  &       0.6  &       0.6\\ 
 (7, 4)S(6)  &     1.027  &   26927.7  &       0.0  &       0.7  &       0.7\\  
 (7, 4)Q(9)  &     1.208  &   27536.0  &       0.0  &       0.5  &       0.6\\  
 (7, 4)S(8)  &     1.032  &   28190.1  &       0.0  &       0.6  &       0.6\\  
 (7, 4)S(11)  &     1.061  &   30368.2  &       0.0  &       0.9  &       0.9\\  
 (7, 5)Q(1)  &     1.729  &   24366.1  &       0.1  &       0.5  &       0.6\\  
 (7, 5)O(3)  &     1.873  &   24366.1  &       0.1  &       0.5  &       0.6\\  
 (7, 5)S(1)  &     1.621  &   24752.5  &       0.1  &       0.9  &       1.0\\  
 (7, 5)Q(3)  &     1.746  &   24752.5  &       0.1  &       0.7  &       0.8\\  
 (7, 5)O(5)  &     2.022  &   24752.5  &       0.0  &       0.5  &       0.6\\  
 (7, 5)Q(5)  &     1.778  &   25430.1  &       0.1  &       0.9  &       0.9\\  
 (7, 5)S(4)  &     1.540  &   25869.5  &       0.0  &       0.5  &       0.6\\  
 (7, 5)Q(7)  &     1.826  &   26370.4  &       0.0  &       0.8  &       0.9\\  
 (7, 5)Q(9)  &     1.892  &   27536.0  &       0.0  &       0.7  &       0.7\\  
 (7, 5)S(9)  &     1.508  &   28884.1  &       0.0  &       0.5  &       0.6\\  
 (7, 5)Q(11)  &     1.979  &   28884.1  &       0.0  &       0.5  &       0.5\\  
 (8, 4)S(3)  &     0.829  &   27881.7  &       0.0  &       0.5  &       0.5\\  
 (8, 4)S(5)  &     0.827  &   28743.1  &       0.0  &       0.7  &       0.8\\  
 (8, 4)S(7)  &     0.834  &   29806.1  &       0.0  &       0.8  &       0.8\\  
 (8, 4)S(9)  &     0.850  &   31027.0  &       0.0  &       0.7  &       0.7\\  
 (8, 4)S(11)  &     0.876  &   32358.5  &       0.0  &       0.5  &       0.5\\  
 (8, 5)S(3)  &     1.129  &   27881.7  &       0.0  &       0.9  &       1.0\\  
 (8, 5)S(9)  &     1.139  &   31027.0  &       0.0  &       0.8  &       0.8\\  
 (8, 6)S(3)  &     1.702  &   27881.7  &       0.0  &       0.6  &       0.7\\  
 (8, 6)S(5)  &     1.665  &   28743.1  &       0.0  &       0.6  &       0.6\\  
 (9, 5)S(5)  &     0.905  &   30854.1  &       0.0  &       0.5  &       0.5\\  
 (9, 5)S(7)  &     0.917  &   31805.9  &       0.0  &       0.6  &       0.6\\  
 (9, 6)S(3)  &     1.239  &   30077.2  &       0.0  &       0.6  &       0.6\\  
 (9, 6)S(5)  &     1.232  &   30854.1  &       0.0  &       0.7  &       0.7\\  
 (9, 6)S(7)  &     1.241  &   31805.9  &       0.0  &       0.6  &       0.6\\  
\hline
\end{tabular}
\end{table}