Table 7: The emission line fluxes (H $_{\beta }=100$).
Label Line Model flux Obsd. flux     Label Line Model flux Obsd. flux
      (dereddened)         (dereddened)  
TOTL(N 5) 1240 A 17.152 25.720     Cl 3 5538 A 0.844 0.530
REC(C 2) 1335 A 20.298 19.340     Fe 7 5722 A 0.176 0.080
TOTL(O 4) 1402 A 33.473 87.610     N 2 5755 A 0.222 0.220
TOTL(N 4) 1486 A 26.800 29.260     He 1 5876 A 3.524 4.060
TOTL(C 4) 1549 A 1193.302 1187.000     Ca 5 6087 A 0.804 0.150
Ne 5 , C 3 1575, 77 A 0.6 , 5.4 10.090     O 1 6300 A 0.037 1.620
Ne 4 1602 A 3.159 16.510     S 3 6312 A 1.505 1.550
He 2 1640 A 590.967 585.850     O 1 6363 A 0.011 0.560
TOTL(O 3) 1665 A 42.890 45.800     Ar 5 6435 A 1.129 0.990
TOTL(N 3) 1750 A 17.816 19.700     N 2 6548 A 3.086 3.420
TOTL(Si 3) 1888 A 28.517 30.660     H 1 6563 A 282.183 321.430
TOTL(C 3) 1909 A 839.670 821.960     N 2 6584 A 9.108 9.860
C 3 2297 A 5.522 14.570     He 1 6678 A 0.910 1.720
TOTL(C 2) 2326 A 38.553 33.980     S II 6716 A 2.022 1.800
Ne 4 2424 A 84.589 191.110     S II 6731 A 2.867 2.460
He 2 2511 A 11.882 12.750     Ar 5 7005 A 2.421 1.900
He 2 2733 A 19.474 19.430     He 1 7065 A 1.159 1.300
He 2 3203 A 36.679 36.130     Ar 3 7135 A 10.538 9.160
O 3 3265 A 0.948 1.830     He 2 7178 A 1.429 0.850
He 1 3355 A 0.019 4.460     Ar 4 7237 A 0.124 0.350
Ne 5 3426 A 58.361 138.190     Ar 4 7263 A 0.139 0.250
O II 3726 A 23.150 23.120     Cl 4 7532 A 0.479 0.290
O II 3729 A 12.050 18.690     Ar 3 7751 A 2.543 2.300
H 1 3734 A 3.870 2.950     Cl 4 8047 A 0.960 1.190
H 1 3750 A 4.804 3.200     H 1 8598 A 1.056 0.530
H 1 3771 A 6.035 4.330     H 1 8665 A 1.310 0.940
H 1 3798 A 7.758 4.770     H 1 8750 A 1.624 0.940
He 1 3820 A 0.290 0.490     H 1 8863 A 2.040 1.240
H 1 3835 A 8.037 7.010     H 1 9015 A 2.619 1.360
S II 4070 A 0.775 1.590     S 3 9069 A 13.549 12.170
S II 4078 A 0.250 0.420     H 1 9229 A 2.704 2.420
C 3 4159 A 0.015 0.260     He 2 9345 A 2.981 2.240
C 2 4267 A 0.336 0.410     H 1 1.005 m 5.510 5.420
H 1 4340 A 47.440 48.670     He 2 1.012 m 22.765 20.550
TOTL(O 3) 4363 A 22.280 22.080     Si 7 2.483 m 0.000 <2.650
He 1 4388 A 0.143 0.190     H 1 4.051 m 7.304 4.310
He 1 4471 A 1.180 1.240     Ca 7 4.086 m 1.543 <12.930
He 2 4686 A 85.612 87.730     Mg 4 4.485 m 22.523 17.540
Ar 4 4711 A 5.778 7.900     Ar 6 4.528 m 11.800 <10.130
Ne 4 4720 A 0.728 1.750     Mg 7 5.502 m 0.000 <18.170
Ar 4 4740 A 5.409 5.530     Mg 5 5.608 m 12.233 15.190
O 3 4959 A 526.738 485.760     Si 7 6.491 m 0.000 <10.640
O 3 5007 A 1585.481 1422.210     Ne 6 7.650 m 3.927 2.960
Fe 6 5177 A 0.154 0.130     Ne 2 12.81 m 0.296 <4.740
Fe 3 5270 A 0.011 0.040     Mg 5 13.52 m 1.006 <3.150
N 4 5209 A 0.000 0.130     Ne 5 14.32 m 171.256 122.490
Cl 4 5324 A 0.030 0.060     Ne 3 15.55 m 67.821 61.350
He 2 5412 A 6.894 6.360     Ne 5 24.31 m 136.497 165.360
Cl 3 5518 A 0.874 0.570     O 4 25.88 m 813.774 929.370

Absolute H$_{\beta}$ flux model: $8.32\times10^{-12}~\rm erg~cm^{-2}~s^{-1}$ Obsn: $8.93\times10^{-12}~\rm erg~cm^{-2}~s^{-1}$.
$\bf {Notes}$: "A'' in Col. "Line'' signifies Angstrom; "m'' signifies $\mu $m. In Col. "Label'', we have followed the notation used by Cloudy for atoms and ions; this will make identifying a line in Cloudy's huge line list easy. Neutral state is indicated by "1'' and singly ionized state by "2'' etc., "TOTL'' typically means the sum of all the lines in the doublet/multiplet; or it could mean sum of all processes: recombination, collisional excitation, and charge transfer. "REC'' indicates radiative recombination line; for such cases, we have added the ionic name within parentheses for convenience though Cloudy does not. Some elements are represented by usual notation as per Cloudy. A symbol "<'' in the Col. "Obsd. flux'' indicates that these lines have not been detected by ISO and the values given are upper limits.


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