diff --git a/docs/dust_extinction/choose_model.rst b/docs/dust_extinction/choose_model.rst
index 47bd015..5f39a99 100644
--- a/docs/dust_extinction/choose_model.rst
+++ b/docs/dust_extinction/choose_model.rst
@@ -133,3 +133,24 @@ but only covers the UV wavelength range.
 +------------+--------------+------------------+-------------------+
 | P92        | 0.001 - 1000 |     0.001 - 1000 |  19 (24 possible) |
 +------------+--------------+------------------+-------------------+
+
+Grain Models
+============
+
+The models are based on dust grain models that are calculated based on
+dust size, composition, and shape distributions.  The distributions
+are constrained by observations of dust extinction, abundances, emission,
+and polarization (usually a subset, not all).  One use of these models
+is to provide extinction measurements at wavelengths not accessible
+observationally (e.g., in the extreme UV below 912 A).
+
++--------------+----------------+------------------+--------------+
+| Model        |    x range     | wavelength range |       galaxy |
+|              |    [1/micron]  | [micron]         |              |
++==============+================+==================+==============+
+| D03_MWRV31   | 0.0001 - 10000 |   0.0001 - 10000 |           MW |
++--------------+----------------+------------------+--------------+
+| D03_MWRV40   | 0.0001 - 10000 |   0.0001 - 10000 |           MW |
++--------------+----------------+------------------+--------------+
+| D03_MWRV55   | 0.0001 - 10000 |   0.0001 - 10000 |           MW |
++--------------+----------------+------------------+--------------+
diff --git a/docs/dust_extinction/model_flavors.rst b/docs/dust_extinction/model_flavors.rst
index 97936e0..800e2be 100644
--- a/docs/dust_extinction/model_flavors.rst
+++ b/docs/dust_extinction/model_flavors.rst
@@ -10,8 +10,9 @@ Average models
 
    These models provide averages from the literature with the ability to
    interpolate between the observed data points.
-   Models are provided for the Milky Way for the ultraviolet, optical, and near-infrared
-   (Bastiaansen 1992; Gordon, Cartlege, & Clayton 2009) and near- and mid-infrared
+   Models are provided for the Milky Way for the optical (Bastiaansen 1992),
+   ultraviolet through near-infrared
+   (Gordon, Cartlege, & Clayton 2009) and near- and mid-infrared
    (Rieke & Lebofsky 1985; Indebetouw et al. 2005; Chiar & Tielens 2006; Fritz et al. 2011)
    and the Magellanic Clouds (Gordon et al. 2003).
 
@@ -378,3 +379,47 @@ Shape fitting models
    ax.legend(loc='best')
    plt.tight_layout()
    plt.show()
+
+Grain models
+==============
+
+   These models provide literature grain models
+   interpolated between the computed data points.
+   These dust grain models are based on fitting observed extinction curves and
+   other observed properties of dust (e.g., abundances, IR emission).
+   Models are provided for the Milky Way calculated for the X-ray to the submm.
+
+.. plot::
+
+   import numpy as np
+   import matplotlib.pyplot as plt
+   import astropy.units as u
+
+   from dust_extinction.grain_models import (D03_MWRV31, D03_MWRV40, D03_MWRV55)
+
+   fig, ax = plt.subplots()
+
+   # generate the curves and plot them
+   lam = np.logspace(-4.0, 4.0, num=1000)
+   x = (1.0 / lam) / u.micron
+
+   models = [D03_MWRV31, D03_MWRV40, D03_MWRV55]
+
+   for cmodel in models:
+      ext_model = cmodel()
+      indxs, = np.where(np.logical_and(
+         x.value >= ext_model.x_range[0],
+         x.value <= ext_model.x_range[1]))
+      yvals = ext_model(x[indxs])
+      ax.plot(1.0/x[indxs], yvals, label=ext_model.__class__.__name__)
+
+   ax.set_xlabel('$\lambda$ [$\mu m$]')
+   ax.set_ylabel('$A(x)/A(V)$')
+   ax.set_title('Grain Models')
+
+   ax.set_xscale('log')
+   ax.set_yscale('log')
+
+   ax.legend(loc='best')
+   plt.tight_layout()
+   plt.show()
diff --git a/docs/dust_extinction/reference_api.rst b/docs/dust_extinction/reference_api.rst
index 6a966d7..95c4808 100644
--- a/docs/dust_extinction/reference_api.rst
+++ b/docs/dust_extinction/reference_api.rst
@@ -10,6 +10,8 @@ Models
 
 .. automodapi:: dust_extinction.shapes
 
+.. automodapi:: dust_extinction.grain_models
+
 Details
 *******
 
diff --git a/docs/dust_extinction/references.rst b/docs/dust_extinction/references.rst
index 5b15c88..43fb96f 100644
--- a/docs/dust_extinction/references.rst
+++ b/docs/dust_extinction/references.rst
@@ -8,6 +8,11 @@ CCM89: `Cardelli, Clayton, & Mathis 1989, ApJ, 345, 245
 CT06: `Chiar & Tielens 2006, ApJ, 637 774
 <https://ui.adsabs.harvard.edu/abs/2006ApJ...637..774C>`_
 
+D03: `Draine 2003, ARA&A, 41, 241
+<https://ui.adsabs.harvard.edu/abs/2003ARA%26A..41..241D/abstract>`_;
+`Draine 2003, ApJ, 598, 1017
+<https://ui.adsabs.harvard.edu/abs/2003ApJ...598.1017D/abstract>`_
+
 F99: `Fitzpatrick 1999, PASP, 111, 63
 <https://ui.adsabs.harvard.edu/abs/1999PASP..111...63F>`_
 
@@ -38,7 +43,7 @@ G16: `Gordon et al. 2016, 826, 104
 I05: `Indebetouw et al. 2005, ApJ, 619, 931
 <https://ui.adsabs.harvard.edu/abs/2005ApJ...619..931I>`_
 
-M14: `Ma\’{\i}z Apell\’aniz et al. 2014, A&A, 564, 63
+M14: `Maiz Apell\’aniz et al. 2014, A&A, 564, 63
 <https://ui.adsabs.harvard.edu/abs/2014A%26A...564A..63M>`_
 
 OD94: `O'Donnell 1994, 422, 1580
diff --git a/dust_extinction/data/kext_albedo_WD_MW_3.1_60_D03.dat b/dust_extinction/data/kext_albedo_WD_MW_3.1_60_D03.dat
new file mode 100644
index 0000000..d02957c
--- /dev/null
+++ b/dust_extinction/data/kext_albedo_WD_MW_3.1_60_D03.dat
@@ -0,0 +1,1144 @@
+   Extinction, Scattering, and Absorption Properties Computed for
+   Carbonaceous - Silicate Model for Interstellar Dust with R_V=3.1
+
+Model consists of mixture of carbonaceous grains and amorphous
+silicate grains.  Carbonaceous grains are PAH-like when small, and
+graphite-like when large (see Li & Draine 2001).  Size distributions
+from Weingartner & Draine (2001, hereafter WD01) "case A" model for
+R_V=3.1, renormalized following Draine (2003a) [see below].
+
+PAH optical properties are from Li & Draine (2001).  The PAH/graphitic
+grains in the log-normal size distributions are assumed to be 50%
+neutral and 50% ionized.  The PAH/graphitic grains in the size
+distribution given by eq. (5,6) of Weingartner & Draine (2001) are
+assumed to be 100% ionized.
+
+Graphite and silicate optical properties from Draine (2003b).
+
+For R_V=3.1: THIS MODEL
+	     grain abundances relative to H have been reduced by a
+             factor 0.93 relative to the R_V=3.1 size distribution with
+	     [C/H]_PAH=60ppm in WD01.
+             Factor 0.93 is due to reduction in adopted value for
+             A_Ic/N_H in local ISM.
+	     PAH C abundance relative to H is assumed to be
+             [C/H]_PAH = 0.93*60ppm = 55.8ppm
+
+For R_V=4.0: grain abundances relative to H have been increased by a
+             factor 0.93*1.27=1.18 relative to the R_V=4.0 size
+             distribution with [C/H]_PAH=40ppm in WD01
+             Factor 0.93 is due to reduction in adopted value for
+             A_Ic/N_H in local ISM.
+             Factor 1.27 is the increase in A_Ic/N_H for R_V=4.0
+             relative to A_Ic/N_H for R_V=3.1, based on eq.(5) of
+             Draine (2003a).
+             PAH C abundance relative to H is assumed to be
+             [C/H]_PAH = 0.93*1.27*40ppm = 47.2ppm
+
+For R_V=5.5: grain abundances relative to H have been increased by a
+             factor 0.93*1.52=1.42 relative to the R_V=4.0 size
+             distribution with [C/H]_PAH=30ppm in WD01.
+             Factor 0.93 is due to reduction in adopted value for
+             A_Ic/N_H in local ISM.
+             Factor 1.52 is the increase in A_Ic/N_H for R_V=5.5
+             relative to A_Ic/N_H for R_V=3.1, based on eq.(5) of
+             Draine (2003a).
+             PAH C abundance relative to H is assumed to be
+	     [C/H]_PAH = 0.93*1.52*30ppm = 42.4ppm
+
+References:
+
+Draine, B.T. 2003a, "Interstellar Dust Grains", Annu. Rev. Astr. Astrophys.,
+    41, 241-289
+Draine, B.T. 2003b, "Scattering by Interstellar Dust Grains. I. Optical
+    and Ultraviolet", Astrophys. J., 598, 1017-1025
+Draine, B.T. 2003c, "Scattering by Interstellar Dust Grains. II. X-Rays",
+    Astrophys. J., 598, 1026-1037
+Li, A., & Draine, B.T. 2001, "Infrared Emission from Interstellar Dust.
+    II. The Diffuse Interstellar Medium", Astrophys. J., 554, 778-802
+Weingartner, J.C., & Draine, B.T. 2001, Dust Grain Size Distributions and
+    Extinction in the Milky Way, LMC, and SMC", Astrophys. J., 548,
+    296-309 (WD01).
+
+This table was calculated by B.T. Draine, Princeton University,
+Wed Dec 17 12:07:38 EST 2003
+
+
+Tabulated quantities:
+lambda  = wavelength in vacuo (micron)
+albedo  = (scattering cross section)/(extinction cross section)
+<cos>   = <cos(theta)> for scattered light
+C_ext/H = extinction cross section per H nucleon (cm^2/H)
+K_abs   = absorption cross section per mass of dust (cm^2/gram)
+<cos^2> = <cos^(theta)> for scattered light
+
+1.870E-26 = M_dust per H nucleon (gram/H) for this dust model
+1.236E+02 = M_gas/M_dust for this dust model (assuming He/H=0.096)
+
+  lambda    albedo   <cos>  C_ext/H    K_abs   <cos^2>
+ (micron)                   (cm^2/H)  (cm^2/g)          comment
+----------- ------  ------ --------- --------- ------- --------
+1.00000E+04 0.0000  0.0000 1.225E-28 6.553E-03 0.66939
+9.77237E+03 0.0000  0.0000 1.274E-28 6.815E-03 0.66939
+9.54993E+03 0.0000  0.0000 1.325E-28 7.086E-03 0.66939
+9.33254E+03 0.0000  0.0000 1.377E-28 7.368E-03 0.66939
+9.12011E+03 0.0000  0.0000 1.432E-28 7.660E-03 0.61160
+8.91251E+03 0.0000  0.0000 1.488E-28 7.961E-03 0.40000
+8.70964E+03 0.0000  0.0000 1.547E-28 8.273E-03 0.40000
+8.51138E+03 0.0000  0.0000 1.607E-28 8.596E-03 0.40000
+8.31764E+03 0.0000  0.0000 1.670E-28 8.933E-03 0.40000
+8.12831E+03 0.0000  0.0000 1.735E-28 9.282E-03 0.40000
+7.94328E+03 0.0000  0.0000 1.803E-28 9.645E-03 0.40000
+7.76247E+03 0.0000  0.0000 1.874E-28 1.002E-02 0.40000
+7.58578E+03 0.0000  0.0000 1.947E-28 1.041E-02 0.40000
+7.41310E+03 0.0000  0.0000 2.023E-28 1.082E-02 0.40000
+7.24436E+03 0.0000  0.0000 2.102E-28 1.124E-02 0.40000
+7.07946E+03 0.0000  0.0000 2.184E-28 1.168E-02 0.40000
+6.91831E+03 0.0000  0.0000 2.269E-28 1.214E-02 0.40000
+6.76083E+03 0.0000  0.0000 2.358E-28 1.261E-02 0.40000
+6.60693E+03 0.0000  0.0000 2.450E-28 1.311E-02 0.40000
+6.45654E+03 0.0000  0.0000 2.546E-28 1.362E-02 0.40000
+6.30957E+03 0.0000  0.0000 2.646E-28 1.415E-02 0.40000
+6.16595E+03 0.0000  0.0000 2.749E-28 1.470E-02 0.40000
+6.02560E+03 0.0000  0.0000 2.856E-28 1.528E-02 0.40000
+5.88844E+03 0.0000  0.0000 2.968E-28 1.587E-02 0.40000
+5.75440E+03 0.0000  0.0000 3.084E-28 1.649E-02 0.40000
+5.62341E+03 0.0000  0.0000 3.204E-28 1.714E-02 0.40000
+5.49541E+03 0.0000  0.0000 3.329E-28 1.781E-02 0.40000
+5.37032E+03 0.0000  0.0000 3.460E-28 1.850E-02 0.40000
+5.24807E+03 0.0000  0.0000 3.595E-28 1.923E-02 0.40000
+5.12861E+03 0.0000  0.0000 3.735E-28 1.998E-02 0.40000
+5.01187E+03 0.0000  0.0000 3.881E-28 2.076E-02 0.40000
+4.89779E+03 0.0000  0.0000 4.033E-28 2.157E-02 0.40000
+4.78630E+03 0.0000  0.0000 4.190E-28 2.241E-02 0.40000
+4.67735E+03 0.0000 -0.0001 4.354E-28 2.329E-02 0.40000
+4.57088E+03 0.0000 -0.0001 4.524E-28 2.420E-02 0.40000
+4.46684E+03 0.0000 -0.0001 4.700E-28 2.514E-02 0.40000
+4.36516E+03 0.0000 -0.0001 4.884E-28 2.612E-02 0.40000
+4.26580E+03 0.0000 -0.0001 5.075E-28 2.714E-02 0.40000
+4.16869E+03 0.0000 -0.0002 5.273E-28 2.820E-02 0.40000
+4.07380E+03 0.0000 -0.0002 5.479E-28 2.931E-02 0.40000
+3.98107E+03 0.0000 -0.0002 5.693E-28 3.045E-02 0.40000
+3.89045E+03 0.0000 -0.0003 5.914E-28 3.163E-02 0.40000
+3.80189E+03 0.0000 -0.0003 6.144E-28 3.287E-02 0.40000
+3.71535E+03 0.0000 -0.0004 6.384E-28 3.414E-02 0.40000
+3.63078E+03 0.0000 -0.0005 6.632E-28 3.547E-02 0.40000
+3.54813E+03 0.0000 -0.0006 6.890E-28 3.685E-02 0.40000
+3.46737E+03 0.0000 -0.0006 7.159E-28 3.829E-02 0.40000
+3.38844E+03 0.0000 -0.0007 7.437E-28 3.978E-02 0.40000
+3.31131E+03 0.0000 -0.0008 7.727E-28 4.133E-02 0.40000
+3.23594E+03 0.0000 -0.0008 8.027E-28 4.294E-02 0.40000
+3.16228E+03 0.0000 -0.0009 8.339E-28 4.461E-02 0.40000
+3.09030E+03 0.0000 -0.0010 8.663E-28 4.634E-02 0.40000
+3.01995E+03 0.0000 -0.0011 9.000E-28 4.814E-02 0.40000
+2.95121E+03 0.0000 -0.0012 9.349E-28 5.001E-02 0.40000
+2.88403E+03 0.0000 -0.0013 9.712E-28 5.195E-02 0.40000
+2.81838E+03 0.0000 -0.0013 1.009E-27 5.396E-02 0.40000
+2.75423E+03 0.0000 -0.0014 1.048E-27 5.606E-02 0.40000
+2.69153E+03 0.0000 -0.0015 1.089E-27 5.823E-02 0.40000
+2.63027E+03 0.0000 -0.0016 1.131E-27 6.049E-02 0.40000
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+1.62181E+03 0.0000 -0.0032 2.498E-27 1.336E-01 0.40000
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+4.67735E+02 0.0000 -0.0053 2.009E-26 1.075E+00 0.40000
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+4.36516E+02 0.0000 -0.0053 2.294E-26 1.227E+00 0.40000
+4.26580E+02 0.0000 -0.0053 2.399E-26 1.283E+00 0.40000
+4.16869E+02 0.0000 -0.0053 2.510E-26 1.342E+00 0.40000
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+1.03600E+01 0.0029 -0.0328 3.372E-23 1.798E+03 0.39983 N filter (7.70-12.97um)
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+9.40000E+00 0.0034 -0.0386 4.059E-23 2.164E+03 0.39976 8.60
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+7.62000E+00 0.0293 -0.0514 9.879E-24 5.129E+02 0.39951 C-C mode
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+4.75000E+00 0.1641 -0.0412 1.288E-23 5.757E+02 0.39886 M filter
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+4.05120E+00 0.2212 -0.0233 1.744E-23 7.264E+02 0.39875 Br alpha (5-4)
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+3.89045E+00 0.2363 -0.0171 1.886E-23 7.705E+02 0.39876
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+3.80000E+00 0.2452 -0.0132 1.975E-23 7.972E+02 0.39877 Lprime filter
+3.71535E+00 0.2537 -0.0092 2.063E-23 8.236E+02 0.39878
+3.63078E+00 0.2624 -0.0049 2.158E-23 8.514E+02 0.39881
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+3.45000E+00 0.2816  0.0056 2.384E-23 9.162E+02 0.39889 L filter
+3.38844E+00 0.2883  0.0096 2.470E-23 9.405E+02 0.39893
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+2.62520E+00 0.3807  0.0782 4.012E-23 1.329E+03 0.39993 Br beta (6-4)
+2.57040E+00 0.3878  0.0844 4.171E-23 1.366E+03 0.40007
+2.51189E+00 0.3954  0.0912 4.352E-23 1.407E+03 0.40024
+2.45471E+00 0.4030  0.0980 4.538E-23 1.449E+03 0.40043
+2.39883E+00 0.4105  0.1047 4.732E-23 1.492E+03 0.40063
+2.34423E+00 0.4179  0.1114 4.932E-23 1.536E+03 0.40086
+2.29087E+00 0.4252  0.1180 5.139E-23 1.580E+03 0.40113
+2.23872E+00 0.4323  0.1246 5.353E-23 1.626E+03 0.40143
+2.19000E+00 0.4391  0.1310 5.566E-23 1.670E+03 0.40176 K filter
+2.18776E+00 0.4394  0.1312 5.576E-23 1.672E+03 0.40177
+2.16560E+00 0.4425  0.1341 5.676E-23 1.693E+03 0.40194 Br gamma (7-4)
+2.13796E+00 0.4463  0.1378 5.805E-23 1.719E+03 0.40216
+2.12180E+00 0.4486  0.1399 5.883E-23 1.735E+03 0.40229 H2 1-0 S(1)
+2.08930E+00 0.4531  0.1441 6.042E-23 1.767E+03 0.40258
+2.04174E+00 0.4598  0.1505 6.287E-23 1.817E+03 0.40306
+1.99526E+00 0.4664  0.1567 6.540E-23 1.867E+03 0.40358
+1.94984E+00 0.4729  0.1629 6.802E-23 1.917E+03 0.40414
+1.90546E+00 0.4794  0.1690 7.072E-23 1.969E+03 0.40476
+1.87500E+00 0.4838  0.1732 7.267E-23 2.006E+03 0.40523 Pa alpha (4-3)
+1.86209E+00 0.4857  0.1750 7.351E-23 2.022E+03 0.40543
+1.81970E+00 0.4919  0.1809 7.640E-23 2.076E+03 0.40615
+1.77828E+00 0.4980  0.1867 7.939E-23 2.131E+03 0.40692
+1.73780E+00 0.5040  0.1926 8.247E-23 2.188E+03 0.40774
+1.69824E+00 0.5099  0.1984 8.565E-23 2.246E+03 0.40861
+1.65959E+00 0.5156  0.2041 8.894E-23 2.305E+03 0.40952
+1.63000E+00 0.5200  0.2086 9.159E-23 2.351E+03 0.41027 H
+1.62181E+00 0.5213  0.2099 9.234E-23 2.365E+03 0.41048
+1.58489E+00 0.5268  0.2156 9.584E-23 2.426E+03 0.41148
+1.54882E+00 0.5324  0.2214 9.946E-23 2.488E+03 0.41252
+1.51356E+00 0.5378  0.2271 1.032E-22 2.551E+03 0.41359
+1.47911E+00 0.5432  0.2330 1.070E-22 2.616E+03 0.41471
+1.44544E+00 0.5484  0.2389 1.110E-22 2.682E+03 0.41587
+1.41254E+00 0.5536  0.2450 1.152E-22 2.750E+03 0.41707
+1.38038E+00 0.5587  0.2514 1.195E-22 2.820E+03 0.41833
+1.34896E+00 0.5637  0.2579 1.239E-22 2.891E+03 0.41963
+1.31826E+00 0.5686  0.2646 1.284E-22 2.964E+03 0.42099
+1.28825E+00 0.5733  0.2716 1.332E-22 3.039E+03 0.42241
+1.28180E+00 0.5744  0.2732 1.342E-22 3.056E+03 0.42273 Pa beta (5-3)
+1.25893E+00 0.5781  0.2789 1.381E-22 3.116E+03 0.42389
+1.23027E+00 0.5829  0.2865 1.432E-22 3.195E+03 0.42542
+1.22000E+00 0.5846  0.2893 1.451E-22 3.224E+03 0.42600 J filter
+1.20226E+00 0.5876  0.2942 1.485E-22 3.276E+03 0.42702
+1.17490E+00 0.5922  0.3023 1.540E-22 3.360E+03 0.42868
+1.14815E+00 0.5968  0.3106 1.598E-22 3.446E+03 0.43041
+1.12202E+00 0.6013  0.3191 1.658E-22 3.535E+03 0.43221
+1.09648E+00 0.6058  0.3277 1.720E-22 3.627E+03 0.43408
+1.07152E+00 0.6103  0.3365 1.785E-22 3.721E+03 0.43601
+1.04713E+00 0.6147  0.3453 1.852E-22 3.818E+03 0.43800
+1.02329E+00 0.6190  0.3541 1.922E-22 3.918E+03 0.44006
+1.00000E+00 0.6233  0.3629 1.995E-22 4.021E+03 0.44218
+9.77237E-01 0.6274  0.3715 2.071E-22 4.126E+03 0.44435
+9.54993E-01 0.6315  0.3800 2.149E-22 4.235E+03 0.44660
+9.33254E-01 0.6355  0.3883 2.229E-22 4.346E+03 0.44891
+9.12011E-01 0.6394  0.3963 2.312E-22 4.460E+03 0.45131
+8.93000E-01 0.6427  0.4035 2.390E-22 4.567E+03 0.45358 z (SDSS)
+8.91251E-01 0.6431  0.4042 2.398E-22 4.577E+03 0.45380
+8.70964E-01 0.6466  0.4119 2.485E-22 4.699E+03 0.45640
+8.65500E-01 0.6475  0.4139 2.510E-22 4.732E+03 0.45713 I_J filter
+8.51138E-01 0.6499  0.4194 2.576E-22 4.824E+03 0.45913
+8.31764E-01 0.6530  0.4267 2.669E-22 4.954E+03 0.46199
+8.12831E-01 0.6559  0.4339 2.765E-22 5.089E+03 0.46501
+8.02000E-01 0.6576  0.4381 2.823E-22 5.170E+03 0.46685 I_C filter
+7.94328E-01 0.6587  0.4410 2.864E-22 5.228E+03 0.46819
+7.76247E-01 0.6613  0.4480 2.966E-22 5.373E+03 0.47154
+7.58578E-01 0.6638  0.4550 3.070E-22 5.522E+03 0.47505
+7.48000E-01 0.6651  0.4592 3.136E-22 5.616E+03 0.47727 i (SDSS)
+7.41310E-01 0.6660  0.4619 3.178E-22 5.678E+03 0.47872
+7.24436E-01 0.6681  0.4687 3.289E-22 5.839E+03 0.48252
+7.07946E-01 0.6699  0.4754 3.403E-22 6.008E+03 0.48645
+6.91831E-01 0.6715  0.4820 3.520E-22 6.185E+03 0.49049
+6.76083E-01 0.6728  0.4885 3.640E-22 6.371E+03 0.49460
+6.60693E-01 0.6738  0.4949 3.764E-22 6.567E+03 0.49877
+6.56200E-01 0.6741  0.4967 3.801E-22 6.627E+03 0.50001 H alpha (3-2)
+6.49200E-01 0.6745  0.4995 3.860E-22 6.722E+03 0.50196 R_C filter
+6.45654E-01 0.6747  0.5010 3.891E-22 6.771E+03 0.50295
+6.41500E-01 0.6748  0.5027 3.927E-22 6.830E+03 0.50413 R_J filter
+6.30957E-01 0.6753  0.5069 4.021E-22 6.984E+03 0.50715
+6.16595E-01 0.6756  0.5126 4.154E-22 7.207E+03 0.51133
+6.16500E-01 0.6756  0.5126 4.155E-22 7.209E+03 0.51136 r (SDSS) filter
+6.02560E-01 0.6758  0.5181 4.290E-22 7.440E+03 0.51550
+5.88844E-01 0.6756  0.5233 4.429E-22 7.685E+03 0.51961
+5.75440E-01 0.6752  0.5282 4.572E-22 7.942E+03 0.52367
+5.62341E-01 0.6746  0.5329 4.717E-22 8.211E+03 0.52764
+5.55000E-01 0.6741  0.5355 4.802E-22 8.370E+03 0.52987 y (Stromgren) filter
+5.49541E-01 0.6737  0.5374 4.866E-22 8.493E+03 0.53152
+5.47000E-01 0.6735  0.5382 4.896E-22 8.551E+03 0.53229 V filter
+5.37032E-01 0.6726  0.5415 5.018E-22 8.786E+03 0.53528
+5.24807E-01 0.6713  0.5453 5.172E-22 9.093E+03 0.53892
+5.12861E-01 0.6697  0.5489 5.329E-22 9.414E+03 0.54242
+5.01187E-01 0.6679  0.5522 5.488E-22 9.750E+03 0.54577
+4.89779E-01 0.6658  0.5552 5.650E-22 1.010E+04 0.54896
+4.86100E-01 0.6650  0.5561 5.704E-22 1.022E+04 0.54997 H beta (4-2)
+4.78630E-01 0.6633  0.5579 5.814E-22 1.047E+04 0.55200
+4.70000E-01 0.6612  0.5599 5.945E-22 1.077E+04 0.55430 b (Stromgren)
+4.68500E-01 0.6609  0.5602 5.968E-22 1.083E+04 0.55469 g (SDSS) filter
+4.67735E-01 0.6607  0.5604 5.980E-22 1.085E+04 0.55489
+4.57088E-01 0.6578  0.5625 6.146E-22 1.125E+04 0.55759
+4.46684E-01 0.6548  0.5644 6.314E-22 1.166E+04 0.56011
+4.40500E-01 0.6529  0.5654 6.415E-22 1.191E+04 0.56154 B filter
+4.36516E-01 0.6516  0.5660 6.482E-22 1.208E+04 0.56243
+4.26580E-01 0.6482  0.5674 6.651E-22 1.251E+04 0.56456
+4.16869E-01 0.6447  0.5685 6.822E-22 1.296E+04 0.56647
+4.10000E-01 0.6420  0.5691 6.945E-22 1.330E+04 0.56772 v (Stromgren) filter
+4.07380E-01 0.6410  0.5693 6.993E-22 1.343E+04 0.56817
+3.98107E-01 0.6371  0.5698 7.165E-22 1.391E+04 0.56967
+3.89045E-01 0.6331  0.5701 7.338E-22 1.440E+04 0.57096
+3.80189E-01 0.6289  0.5702 7.511E-22 1.491E+04 0.57205
+3.71535E-01 0.6246  0.5700 7.686E-22 1.544E+04 0.57294
+3.63500E-01 0.6203  0.5695 7.854E-22 1.595E+04 0.57359 U filter
+3.63078E-01 0.6201  0.5695 7.863E-22 1.598E+04 0.57362
+3.55000E-01 0.6156  0.5687 8.037E-22 1.652E+04 0.57407 u (SDSS) filter
+3.54813E-01 0.6155  0.5686 8.041E-22 1.654E+04 0.57408
+3.50000E-01 0.6128  0.5680 8.147E-22 1.687E+04 0.57427 u (Stromgren) filter
+3.46737E-01 0.6109  0.5675 8.220E-22 1.711E+04 0.57436
+3.38844E-01 0.6061  0.5662 8.401E-22 1.770E+04 0.57450
+3.31131E-01 0.6013  0.5646 8.584E-22 1.830E+04 0.57450
+3.23594E-01 0.5965  0.5628 8.770E-22 1.893E+04 0.57440
+3.16228E-01 0.5917  0.5609 8.960E-22 1.957E+04 0.57423
+3.09030E-01 0.5868  0.5590 9.153E-22 2.023E+04 0.57401
+3.01995E-01 0.5823  0.5570 9.347E-22 2.088E+04 0.57377
+2.95121E-01 0.5796  0.5549 9.518E-22 2.140E+04 0.57352
+2.88403E-01 0.5765  0.5527 9.705E-22 2.198E+04 0.57324
+2.81838E-01 0.5730  0.5502 9.915E-22 2.264E+04 0.57287
+2.75423E-01 0.5686  0.5478 1.015E-21 2.343E+04 0.57262
+2.69153E-01 0.5613  0.5459 1.044E-21 2.449E+04 0.57269
+2.63027E-01 0.5522  0.5442 1.077E-21 2.579E+04 0.57288
+2.57040E-01 0.5450  0.5433 1.114E-21 2.712E+04 0.57330
+2.51189E-01 0.5325  0.5425 1.161E-21 2.902E+04 0.57391
+2.45471E-01 0.5178  0.5430 1.210E-21 3.120E+04 0.57496
+2.39883E-01 0.4993  0.5420 1.284E-21 3.439E+04 0.57565
+2.34423E-01 0.4777  0.5434 1.360E-21 3.800E+04 0.57717
+2.29087E-01 0.4559  0.5457 1.439E-21 4.189E+04 0.57896
+2.23872E-01 0.4376  0.5486 1.510E-21 4.541E+04 0.58081
+2.22500E-01 0.4337  0.5495 1.525E-21 4.619E+04 0.58129
+2.20000E-01 0.4280  0.5513 1.546E-21 4.731E+04 0.58226
+2.18776E-01 0.4259  0.5524 1.553E-21 4.768E+04 0.58281
+2.17500E-01 0.4244  0.5537 1.557E-21 4.793E+04 0.58342 2175 A feature
+2.15000E-01 0.4232  0.5565 1.554E-21 4.795E+04 0.58472
+2.13796E-01 0.4236  0.5579 1.549E-21 4.776E+04 0.58534
+2.12500E-01 0.4247  0.5595 1.541E-21 4.743E+04 0.58601
+2.08930E-01 0.4305  0.5638 1.507E-21 4.592E+04 0.58785
+2.04174E-01 0.4421  0.5700 1.447E-21 4.318E+04 0.59040
+1.99526E-01 0.4535  0.5770 1.384E-21 4.046E+04 0.59331
+1.94984E-01 0.4618  0.5847 1.330E-21 3.827E+04 0.59666
+1.90546E-01 0.4656  0.5929 1.287E-21 3.677E+04 0.60053
+1.86209E-01 0.4653  0.6011 1.255E-21 3.589E+04 0.60472
+1.81970E-01 0.4606  0.6099 1.233E-21 3.556E+04 0.60957
+1.77828E-01 0.4526  0.6189 1.218E-21 3.567E+04 0.61498
+1.73780E-01 0.4424  0.6277 1.210E-21 3.610E+04 0.62079
+1.69824E-01 0.4315  0.6358 1.208E-21 3.673E+04 0.62668
+1.65959E-01 0.4201  0.6433 1.210E-21 3.755E+04 0.63276
+1.62181E-01 0.4088  0.6497 1.219E-21 3.855E+04 0.63882
+1.58489E-01 0.3985  0.6550 1.233E-21 3.968E+04 0.64478
+1.54882E-01 0.3893  0.6593 1.252E-21 4.090E+04 0.65064
+1.51356E-01 0.3807  0.6633 1.275E-21 4.222E+04 0.65664
+1.47911E-01 0.3732  0.6673 1.300E-21 4.360E+04 0.66247
+1.44544E-01 0.3668  0.6719 1.328E-21 4.498E+04 0.66812
+1.41254E-01 0.3617  0.6766 1.355E-21 4.626E+04 0.67292
+1.38038E-01 0.3579  0.6794 1.383E-21 4.752E+04 0.67586
+1.34896E-01 0.3539  0.6806 1.415E-21 4.891E+04 0.67765
+1.31826E-01 0.3493  0.6807 1.450E-21 5.046E+04 0.67873
+1.28825E-01 0.3426  0.6799 1.493E-21 5.251E+04 0.67948
+1.25893E-01 0.3359  0.6787 1.536E-21 5.457E+04 0.68015
+1.23027E-01 0.3290  0.6771 1.582E-21 5.677E+04 0.68083
+1.21500E-01 0.3251  0.6761 1.607E-21 5.802E+04 0.68117 Lyman alpha
+1.20226E-01 0.3220  0.6751 1.629E-21 5.909E+04 0.68143
+1.17490E-01 0.3153  0.6726 1.679E-21 6.151E+04 0.68177
+1.14815E-01 0.3090  0.6693 1.732E-21 6.402E+04 0.68164
+1.12202E-01 0.3040  0.6631 1.789E-21 6.659E+04 0.68010
+1.10000E-01 0.2995  0.6586 1.840E-21 6.895E+04 0.67918
+1.09648E-01 0.2988  0.6580 1.849E-21 6.935E+04 0.67908
+1.07152E-01 0.2936  0.6527 1.916E-21 7.241E+04 0.67803
+1.04713E-01 0.2871  0.6496 1.985E-21 7.570E+04 0.67815
+1.02329E-01 0.2796  0.6482 2.054E-21 7.914E+04 0.67944
+1.00000E-01 0.2728  0.6486 2.115E-21 8.225E+04 0.68144
+9.77237E-02 0.2678  0.6479 2.172E-21 8.508E+04 0.68267
+9.54993E-02 0.2620  0.6494 2.228E-21 8.793E+04 0.68503
+9.33254E-02 0.2554  0.6530 2.279E-21 9.078E+04 0.68849
+9.12011E-02 0.2482  0.6580 2.329E-21 9.367E+04 0.69271
+9.12000E-02 0.2482  0.6580 2.329E-21 9.367E+04 0.69271 Lyman edge
+8.91251E-02 0.2403  0.6663 2.367E-21 9.617E+04 0.69883
+8.70964E-02 0.2351  0.6685 2.430E-21 9.943E+04 0.70079
+8.51138E-02 0.2299  0.6683 2.513E-21 1.035E+05 0.70137
+8.31764E-02 0.2235  0.6675 2.615E-21 1.086E+05 0.70165
+8.12831E-02 0.2156  0.6659 2.743E-21 1.151E+05 0.70162
+7.94328E-02 0.2064  0.6640 2.897E-21 1.230E+05 0.70148
+7.76247E-02 0.1965  0.6622 3.077E-21 1.323E+05 0.70130
+7.58578E-02 0.1860  0.6635 3.260E-21 1.419E+05 0.70276
+7.41310E-02 0.1770  0.6664 3.417E-21 1.504E+05 0.70512
+7.24436E-02 0.1720  0.6707 3.494E-21 1.547E+05 0.70820
+7.07946E-02 0.1724  0.6756 3.456E-21 1.530E+05 0.71153
+6.91831E-02 0.1770  0.6820 3.324E-21 1.463E+05 0.71558
+6.76083E-02 0.1831  0.6909 3.154E-21 1.378E+05 0.72114
+6.60693E-02 0.1888  0.7013 2.993E-21 1.299E+05 0.72753
+6.45654E-02 0.1953  0.7122 2.824E-21 1.215E+05 0.73439
+6.30957E-02 0.2030  0.7226 2.654E-21 1.131E+05 0.74113
+6.16595E-02 0.2120  0.7331 2.483E-21 1.046E+05 0.74800
+6.02560E-02 0.2228  0.7432 2.310E-21 9.601E+04 0.75475
+5.88844E-02 0.2357  0.7529 2.137E-21 8.736E+04 0.76138
+5.75440E-02 0.2533  0.7622 1.951E-21 7.791E+04 0.76775
+5.62341E-02 0.2572  0.7708 1.887E-21 7.498E+04 0.77377
+5.49541E-02 0.2620  0.7788 1.826E-21 7.207E+04 0.77934
+5.37032E-02 0.2673  0.7863 1.769E-21 6.932E+04 0.78446
+5.24807E-02 0.2728  0.7932 1.717E-21 6.679E+04 0.78920
+5.12861E-02 0.2784  0.7998 1.669E-21 6.441E+04 0.79367
+5.01187E-02 0.2843  0.8061 1.623E-21 6.211E+04 0.79797
+4.89779E-02 0.2903  0.8123 1.579E-21 5.996E+04 0.80215
+4.88100E-02 0.2912  0.8132 1.573E-21 5.964E+04 0.80277 He I ionization edge
+4.78630E-02 0.2963  0.8184 1.538E-21 5.788E+04 0.80635
+4.67735E-02 0.3030  0.8248 1.494E-21 5.569E+04 0.81073
+4.57088E-02 0.3095  0.8312 1.452E-21 5.364E+04 0.81529
+4.46684E-02 0.3147  0.8378 1.417E-21 5.193E+04 0.82016
+4.36516E-02 0.3211  0.8446 1.377E-21 4.999E+04 0.82523
+4.26580E-02 0.3275  0.8519 1.335E-21 4.803E+04 0.83090
+4.16869E-02 0.3296  0.8602 1.304E-21 4.675E+04 0.83804
+4.07380E-02 0.3308  0.8672 1.280E-21 4.583E+04 0.84431
+3.98107E-02 0.3325  0.8732 1.259E-21 4.496E+04 0.84979
+3.89045E-02 0.3343  0.8789 1.239E-21 4.413E+04 0.85515
+3.80189E-02 0.3356  0.8843 1.222E-21 4.342E+04 0.86027
+3.71535E-02 0.3370  0.8892 1.205E-21 4.275E+04 0.86509
+3.63078E-02 0.3384  0.8943 1.188E-21 4.204E+04 0.87015
+3.54813E-02 0.3374  0.8998 1.173E-21 4.157E+04 0.87584
+3.46737E-02 0.3269  0.9024 1.201E-21 4.322E+04 0.87888
+3.38844E-02 0.3271  0.9039 1.204E-21 4.333E+04 0.88048
+3.31131E-02 0.3333  0.9063 1.184E-21 4.221E+04 0.88268
+3.23594E-02 0.3376  0.9096 1.165E-21 4.126E+04 0.88597
+3.16228E-02 0.3419  0.9129 1.146E-21 4.034E+04 0.88926
+3.09030E-02 0.3460  0.9163 1.127E-21 3.944E+04 0.89266
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+2.75423E-02 0.3632  0.9328 1.040E-21 3.542E+04 0.91049
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+2.63027E-02 0.3695  0.9386 1.010E-21 3.407E+04 0.91708
+2.57040E-02 0.3720  0.9417 9.941E-22 3.339E+04 0.92067
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+2.27900E-02 0.3689  0.9489 1.010E-21 3.408E+04 0.92993 He II ionization edge
+2.23872E-02 0.3854  0.9487 9.982E-22 3.281E+04 0.92914
+2.18776E-02 0.3967  0.9530 9.584E-22 3.093E+04 0.93398
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+1.34896E-02 0.4532  0.9851 7.539E-22 2.205E+04 0.97677
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+1.25893E-02 0.4553  0.9874 7.328E-22 2.135E+04 0.98025
+1.23985E-02 0.4523  0.9881 7.238E-22 2.121E+04 0.98127 100 eV
+1.23027E-02 0.4496  0.9883 7.215E-22 2.124E+04 0.98166
+1.20226E-02 0.4340  0.9894 7.077E-22 2.143E+04 0.98325
+1.19220E-02 0.4199  0.9894 7.154E-22 2.220E+04 0.98337 104 eV
+1.18080E-02 0.4129  0.9875 7.808E-22 2.452E+04 0.98060 105 eV
+1.17630E-02 0.4177  0.9864 8.062E-22 2.511E+04 0.97898 105.4 eV
+1.17490E-02 0.4199  0.9860 8.138E-22 2.525E+04 0.97840
+1.17410E-02 0.4213  0.9857 8.181E-22 2.532E+04 0.97805 105.6 eV Si L_23 peak
+1.17190E-02 0.4268  0.9855 8.202E-22 2.515E+04 0.97763 105.8 eV
+1.16967E-02 0.4323  0.9853 8.207E-22 2.492E+04 0.97732 106 eV
+1.14815E-02 0.4640  0.9871 7.726E-22 2.215E+04 0.97983
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+1.02329E-02 0.4781  0.9906 7.259E-22 2.026E+04 0.98504
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+9.77237E-03 0.4961  0.9910 7.242E-22 1.952E+04 0.98563
+9.54993E-03 0.5052  0.9918 7.093E-22 1.877E+04 0.98672
+9.33254E-03 0.5103  0.9923 6.976E-22 1.827E+04 0.98765
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+7.97840E-03 0.5164  0.9949 6.491E-22 1.679E+04 0.99163 155.4 eV
+7.96810E-03 0.5174  0.9948 6.506E-22 1.679E+04 0.99158 155.6 eV Si L_1 peak
+7.95790E-03 0.5189  0.9948 6.513E-22 1.676E+04 0.99155 155.8 eV
+7.94328E-03 0.5213  0.9948 6.516E-22 1.669E+04 0.99155
+7.76247E-03 0.5339  0.9952 6.398E-22 1.595E+04 0.99213
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+4.41220E-03 0.6087  0.9989 3.937E-22 8.241E+03 0.99810 281.0 eV
+4.39660E-03 0.6191  0.9989 4.024E-22 8.198E+03 0.99816 282.0 eV
+4.38110E-03 0.6376  0.9990 4.287E-22 8.311E+03 0.99826 283.0 eV
+4.37330E-03 0.6520  0.9990 4.537E-22 8.444E+03 0.99829 283.5 eV
+4.36560E-03 0.6577  0.9988 4.992E-22 9.140E+03 0.99813 284.0 eV
+4.36516E-03 0.6508  0.9988 5.033E-22 9.402E+03 0.99809
+4.35800E-03 0.5219  0.9982 5.905E-22 1.510E+04 0.99743 284.5 eV
+4.35030E-03 0.4519  0.9978 6.649E-22 1.949E+04 0.99695 285.0 eV
+4.34730E-03 0.4360  0.9977 6.850E-22 2.066E+04 0.99684 285.2 eV
+4.34420E-03 0.4268  0.9976 6.981E-22 2.140E+04 0.99676 285.4 eV C K peak
+4.34120E-03 0.4319  0.9978 6.842E-22 2.079E+04 0.99693 285.6 eV
+4.33810E-03 0.4464  0.9980 6.545E-22 1.938E+04 0.99721 285.8 eV
+4.33510E-03 0.4723  0.9984 6.040E-22 1.705E+04 0.99764 286.0 eV
+4.32750E-03 0.4906  0.9987 5.616E-22 1.530E+04 0.99793 286.5 eV
+4.32000E-03 0.5005  0.9988 5.374E-22 1.436E+04 0.99806 287.0 eV
+4.30500E-03 0.5047  0.9988 5.232E-22 1.386E+04 0.99813 288.0 eV
+4.29010E-03 0.5102  0.9989 5.120E-22 1.341E+04 0.99818 289.0 eV
+4.27530E-03 0.5179  0.9989 4.937E-22 1.273E+04 0.99823 290.0 eV
+4.26800E-03 0.5188  0.9990 4.874E-22 1.255E+04 0.99825 290.5 eV
+4.26579E-03 0.5189  0.9990 4.862E-22 1.251E+04 0.99825
+4.26060E-03 0.5197  0.9990 4.855E-22 1.247E+04 0.99826 291.0 eV
+4.25770E-03 0.5132  0.9989 5.003E-22 1.303E+04 0.99824 291.2 eV
+4.25330E-03 0.4945  0.9988 5.369E-22 1.452E+04 0.99814 291.5 eV
+4.24600E-03 0.4843  0.9988 5.541E-22 1.528E+04 0.99808 292.0 eV
+4.23150E-03 0.4842  0.9988 5.569E-22 1.537E+04 0.99807 293.0 eV
+4.21710E-03 0.4875  0.9988 5.547E-22 1.521E+04 0.99808 294.0 eV
+4.20280E-03 0.4916  0.9988 5.511E-22 1.498E+04 0.99810 295.0 eV
+4.18860E-03 0.4972  0.9988 5.466E-22 1.470E+04 0.99812 296.0 eV
+4.17450E-03 0.5080  0.9989 5.309E-22 1.397E+04 0.99820 297.0 eV
+4.16869E-03 0.5096  0.9989 5.278E-22 1.384E+04 0.99822
+4.16050E-03 0.5106  0.9989 5.249E-22 1.374E+04 0.99824 298.0 eV
+4.14660E-03 0.5139  0.9989 5.194E-22 1.350E+04 0.99827 299.0 eV
+4.13280E-03 0.5175  0.9989 5.115E-22 1.320E+04 0.99831 300.0 eV
+4.10540E-03 0.5128  0.9990 5.117E-22 1.333E+04 0.99834 302.0 eV
+4.07840E-03 0.5059  0.9989 5.241E-22 1.385E+04 0.99831 304.0 eV
+4.07380E-03 0.5059  0.9989 5.246E-22 1.386E+04 0.99831
+4.05180E-03 0.5047  0.9989 5.273E-22 1.397E+04 0.99832 306.0 eV
+3.98107E-03 0.5160  0.9989 5.284E-22 1.368E+04 0.99832
+3.89045E-03 0.5423  0.9990 4.990E-22 1.222E+04 0.99849
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+2.36160E-03 0.5953  0.9997 2.257E-22 4.885E+03 0.99951 525.0 eV
+2.34820E-03 0.5636  0.9996 2.129E-22 4.970E+03 0.99950 528.0 eV
+2.34423E-03 0.5413  0.9996 2.159E-22 5.297E+03 0.99949
+2.33930E-03 0.5326  0.9996 2.142E-22 5.357E+03 0.99949 530.0 eV
+2.33490E-03 0.5241  0.9996 2.097E-22 5.339E+03 0.99948 531.0 eV
+2.33050E-03 0.5066  0.9996 2.043E-22 5.391E+03 0.99947 532.0 eV
+2.32620E-03 0.4780  0.9996 2.020E-22 5.639E+03 0.99946 533.0 eV
+2.32180E-03 0.4493  0.9996 1.954E-22 5.757E+03 0.99943 534.0 eV
+2.31750E-03 0.3865  0.9995 1.948E-22 6.394E+03 0.99939 535.0 eV
+2.31310E-03 0.3139  0.9995 2.204E-22 8.090E+03 0.99935 536.0 eV
+2.31100E-03 0.2941  0.9995 2.503E-22 9.450E+03 0.99935 536.5 eV
+2.30880E-03 0.3017  0.9995 3.197E-22 1.194E+04 0.99935 537.0 eV
+2.30710E-03 0.3195  0.9995 3.592E-22 1.308E+04 0.99933 537.4 eV
+2.30630E-03 0.3295  0.9995 3.686E-22 1.322E+04 0.99932 537.6 eV O K peak
+2.30540E-03 0.3426  0.9996 3.721E-22 1.309E+04 0.99932 537.8 eV
+2.30450E-03 0.3560  0.9996 3.738E-22 1.288E+04 0.99933 538.0 eV
+2.30240E-03 0.3853  0.9996 3.650E-22 1.200E+04 0.99936 538.5 eV
+2.30030E-03 0.4144  0.9996 3.545E-22 1.110E+04 0.99939 539.0 eV
+2.29960E-03 0.4225  0.9996 3.493E-22 1.079E+04 0.99940 540.0 eV
+2.29180E-03 0.4466  0.9996 3.063E-22 9.068E+03 0.99946 541.0 eV
+2.29087E-03 0.4461  0.9996 3.045E-22 9.021E+03 0.99946
+2.28750E-03 0.4450  0.9996 2.996E-22 8.895E+03 0.99946 542.0 eV
+2.28330E-03 0.4386  0.9996 2.943E-22 8.837E+03 0.99946 543.0 eV
+2.27910E-03 0.4233  0.9996 2.976E-22 9.180E+03 0.99945 544.0 eV
+2.27490E-03 0.4153  0.9996 3.106E-22 9.716E+03 0.99944 545.0 eV
+2.27290E-03 0.4193  0.9996 3.188E-22 9.904E+03 0.99944 545.5 eV
+2.27080E-03 0.4325  0.9996 3.209E-22 9.742E+03 0.99945 546.0 eV
+2.26660E-03 0.4526  0.9996 3.179E-22 9.307E+03 0.99946 547.0 eV
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+2.25840E-03 0.4795  0.9997 3.045E-22 8.478E+03 0.99949 549.0 eV
+2.25430E-03 0.4783  0.9997 2.981E-22 8.319E+03 0.99949 550.0 eV
+2.25020E-03 0.4735  0.9997 2.914E-22 8.207E+03 0.99949 551.0 eV
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+2.22750E-03 0.4531  0.9997 3.182E-22 9.310E+03 0.99948 556.6 eV
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+1.76870E-03 0.5138  0.9998 1.878E-22 4.884E+03 0.99969 701.0 eV
+1.76620E-03 0.5053  0.9998 1.841E-22 4.872E+03 0.99969 702.0 eV
+1.76360E-03 0.4929  0.9998 1.792E-22 4.862E+03 0.99969 703.0 eV
+1.76110E-03 0.4739  0.9998 1.725E-22 4.854E+03 0.99968 704.0 eV
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+1.75740E-03 0.3883  0.9998 1.594E-22 5.214E+03 0.99964 705.5 eV
+1.75610E-03 0.3267  0.9997 1.726E-22 6.216E+03 0.99962 706.0 eV
+1.75560E-03 0.3081  0.9997 1.864E-22 6.898E+03 0.99962 706.2 eV
+1.75520E-03 0.2987  0.9997 2.005E-22 7.520E+03 0.99962 706.4 eV
+1.75470E-03 0.2932  0.9997 2.218E-22 8.386E+03 0.99962 706.6 eV
+1.75420E-03 0.2938  0.9998 2.458E-22 9.283E+03 0.99963 706.8 eV
+1.75370E-03 0.2984  0.9998 2.705E-22 1.015E+04 0.99962 707.0 eV
+1.75320E-03 0.3058  0.9998 2.926E-22 1.087E+04 0.99961 707.2 eV
+1.75270E-03 0.3155  0.9997 3.136E-22 1.148E+04 0.99960 707.4 eV
+1.75220E-03 0.3264  0.9997 3.291E-22 1.186E+04 0.99959 707.6 eV
+1.75170E-03 0.3387  0.9997 3.392E-22 1.200E+04 0.99959 707.8 eV Fe L_3 peak
+1.75120E-03 0.3527  0.9997 3.440E-22 1.191E+04 0.99959 708.0 eV
+1.75070E-03 0.3696  0.9997 3.441E-22 1.160E+04 0.99959 708.2 eV
+1.75020E-03 0.3891  0.9998 3.403E-22 1.112E+04 0.99960 708.4 eV
+1.74970E-03 0.4098  0.9998 3.341E-22 1.055E+04 0.99962 708.6 eV
+1.74920E-03 0.4304  0.9998 3.258E-22 9.927E+03 0.99963 708.8 eV
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+1.74820E-03 0.4651  0.9998 3.046E-22 8.714E+03 0.99966 709.2 eV
+1.74770E-03 0.4772  0.9998 2.953E-22 8.257E+03 0.99967 709.4 eV
+1.74720E-03 0.4828  0.9998 2.880E-22 7.967E+03 0.99967 709.6 eV
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+1.74630E-03 0.4811  0.9998 2.797E-22 7.763E+03 0.99968 710.0 eV
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+1.73650E-03 0.5236  0.9998 2.296E-22 5.851E+03 0.99971 714.0 eV
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+1.72920E-03 0.5006  0.9998 2.181E-22 5.827E+03 0.99970 717.0 eV
+1.72680E-03 0.4855  0.9998 2.128E-22 5.856E+03 0.99970 718.0 eV
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+1.72320E-03 0.4219  0.9998 2.254E-22 6.971E+03 0.99969 719.5 eV
+1.72200E-03 0.4024  0.9998 2.438E-22 7.793E+03 0.99968 720.0 eV
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+1.72100E-03 0.4063  0.9998 2.581E-22 8.196E+03 0.99967 720.4 eV
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+1.71960E-03 0.4323  0.9998 2.656E-22 8.065E+03 0.99968 721.0 eV
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+1.70310E-03 0.4990  0.9998 2.322E-22 6.223E+03 0.99971 728.0 eV
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+9.50070E-04 0.5791  0.9999 9.368E-23 2.109E+03 0.99991 1305.0 eV
+9.49340E-04 0.5717  0.9999 9.342E-23 2.140E+03 0.99991 1306.0 eV
+9.48620E-04 0.5648  0.9999 9.248E-23 2.153E+03 0.99991 1307.0 eV
+9.47890E-04 0.5462  0.9999 9.231E-23 2.241E+03 0.99991 1308.0 eV
+9.47170E-04 0.5059  0.9999 9.436E-23 2.494E+03 0.99991 1309.0 eV
+9.46800E-04 0.4841  0.9999 9.963E-23 2.749E+03 0.99991 1309.5 eV
+9.46440E-04 0.4475  0.9999 1.110E-22 3.281E+03 0.99991 1310.0 eV
+9.46150E-04 0.4324  0.9999 1.181E-22 3.586E+03 0.99990 1310.4 eV
+9.46010E-04 0.4328  0.9999 1.195E-22 3.626E+03 0.99991 1310.6 eV Mg K peak
+9.45870E-04 0.4383  0.9999 1.199E-22 3.601E+03 0.99991 1310.8 eV
+9.45720E-04 0.4477  0.9999 1.197E-22 3.534E+03 0.99991 1311.0 eV
+9.45360E-04 0.4754  0.9999 1.186E-22 3.327E+03 0.99991 1311.5 eV
+9.45000E-04 0.5024  0.9999 1.159E-22 3.084E+03 0.99991 1312.0 eV
+9.44280E-04 0.5353  0.9999 1.098E-22 2.729E+03 0.99991 1313.0 eV
+9.43560E-04 0.5366  0.9999 1.075E-22 2.665E+03 0.99991 1314.0 eV
+9.42840E-04 0.5368  0.9999 1.063E-22 2.633E+03 0.99991 1315.0 eV
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+9.41410E-04 0.5282  0.9999 1.063E-22 2.683E+03 0.99991 1317.0 eV
+9.40700E-04 0.5202  0.9999 1.086E-22 2.786E+03 0.99991 1318.0 eV
+9.39980E-04 0.5237  0.9999 1.095E-22 2.789E+03 0.99991 1319.0 eV
+9.39270E-04 0.5348  0.9999 1.087E-22 2.704E+03 0.99991 1320.0 eV
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+9.32210E-04 0.5363  1.0000 1.084E-22 2.689E+03 0.99991 1330.0 eV
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+6.73830E-04 0.5938  1.0000 5.177E-23 1.125E+03 0.99995 1840.0 eV
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+6.71930E-04 0.4307  1.0000 6.822E-23 2.077E+03 0.99995 1845.2 eV
+6.71850E-04 0.4234  1.0000 7.008E-23 2.161E+03 0.99995 1845.4 eV
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+6.71640E-04 0.4328  1.0000 7.012E-23 2.127E+03 0.99995 1846.0 eV
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+1.74625E-04 0.7729  1.0000 2.973E-24 3.611E+01 1.00000 7100.0 eV
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+1.74184E-04 0.4836  1.0000 4.508E-24 1.245E+02 1.00000 7118.0 eV
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+1.74110E-04 0.4250  1.0000 5.202E-24 1.600E+02 1.00000 7121.0 eV
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+1.74061E-04 0.4042  1.0000 5.547E-24 1.768E+02 1.00000 7123.0 eV Fe K peak
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+1.74013E-04 0.4190  1.0000 5.387E-24 1.674E+02 1.00000 7125.0 eV
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+1.73939E-04 0.4604  1.0000 5.003E-24 1.444E+02 1.00000 7128.0 eV
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+1.73891E-04 0.4787  1.0000 4.877E-24 1.360E+02 1.00000 7130.0 eV
+1.73780E-04 0.4879  1.0000 4.782E-24 1.310E+02 1.00000
+1.73769E-04 0.4888  1.0000 4.774E-24 1.306E+02 1.00000 7135.0 eV
+1.73647E-04 0.4972  1.0000 4.695E-24 1.263E+02 1.00000 7140.0 eV
+1.73526E-04 0.5092  1.0000 4.562E-24 1.197E+02 1.00000 7145.0 eV
+1.69824E-04 0.5192  1.0000 4.493E-24 1.156E+02 1.00000
+1.65959E-04 0.5255  1.0000 4.284E-24 1.087E+02 1.00000
+1.62181E-04 0.5298  1.0000 4.069E-24 1.023E+02 1.00000
+1.58489E-04 0.5348  1.0000 3.870E-24 9.629E+01 1.00000
+1.54882E-04 0.5396  1.0000 3.676E-24 9.052E+01 1.00000
+1.51356E-04 0.5448  1.0000 3.499E-24 8.518E+01 1.00000
+1.47911E-04 0.5481  1.0000 3.313E-24 8.007E+01 1.00000
+1.44544E-04 0.5548  1.0000 3.161E-24 7.528E+01 1.00000
+1.41254E-04 0.5582  1.0000 2.995E-24 7.076E+01 1.00000
+1.38038E-04 0.5616  1.0000 2.836E-24 6.650E+01 1.00000
+1.34896E-04 0.5655  1.0000 2.691E-24 6.254E+01 1.00000
+1.31826E-04 0.5694  1.0000 2.551E-24 5.875E+01 1.00000
+1.28825E-04 0.5755  1.0000 2.433E-24 5.523E+01 1.00000
+1.25893E-04 0.5804  1.0000 2.313E-24 5.190E+01 1.00000
+1.23027E-04 0.5851  1.0000 2.199E-24 4.879E+01 1.00000
+1.20226E-04 0.5880  1.0000 2.084E-24 4.592E+01 1.00000
+1.17490E-04 0.5908  1.0000 1.970E-24 4.313E+01 1.00000
+1.14815E-04 0.5953  1.0000 1.868E-24 4.044E+01 1.00000
+1.12202E-04 0.5997  1.0000 1.771E-24 3.792E+01 1.00000
+1.09648E-04 0.6043  1.0000 1.681E-24 3.559E+01 1.00000
+1.07152E-04 0.6103  1.0000 1.602E-24 3.339E+01 1.00000
+1.04713E-04 0.6127  1.0000 1.514E-24 3.136E+01 1.00000
+1.02329E-04 0.6163  1.0000 1.436E-24 2.948E+01 1.00000
+1.00000E-04 0.6211  1.0000 1.364E-24 2.764E+01 1.00000
diff --git a/dust_extinction/data/kext_albedo_WD_MW_4.0A_40_D03.dat b/dust_extinction/data/kext_albedo_WD_MW_4.0A_40_D03.dat
new file mode 100644
index 0000000..2a8cc77
--- /dev/null
+++ b/dust_extinction/data/kext_albedo_WD_MW_4.0A_40_D03.dat
@@ -0,0 +1,1144 @@
+   Extinction, Scattering, and Absorption Properties Computed for
+   Carbonaceous - Silicate Model for Interstellar Dust with R_V=4.0
+
+Model consists of mixture of carbonaceous grains and amorphous
+silicate grains.  Carbonaceous grains are PAH-like when small, and
+graphite-like when large (see Li & Draine 2001).  Size distributions
+from Weingartner & Draine (2001, hereafter WD01) case "A" model for
+R_V=4.0, renormalized following Draine (2003a) [see below].
+
+PAH optical properties are from Li & Draine (2001).  The PAH/graphitic
+grains in the log-normal size distributions are assumed to be 50%
+neutral and 50% ionized.  The PAH/graphitic grains in the size
+distribution given by eq. (5,6) of Weingartner & Draine (2001) are
+assumed to be 100% ionized.
+
+Graphite and silicate optical properties from Draine (2003b).
+
+For R_V=3.1: grain abundances relative to H have been reduced by a
+             factor 0.93 relative to the R_V=3.1 size distribution with
+	     [C/H]_PAH=60ppm in WD01.
+             Factor 0.93 is due to reduction in adopted value for
+             A_Ic/N_H in local ISM.
+	     PAH C abundance relative to H is assumed to be
+             [C/H]_PAH = 0.93*60ppm = 55.8ppm
+
+For R_V=4.0: THIS MODEL
+	     grain abundances relative to H have been increased by a
+             factor 0.93*1.27=1.18 relative to the R_V=4.0 size
+             distribution with [C/H]_PAH=40ppm in WD01
+             Factor 0.93 is due to reduction in adopted value for
+             A_Ic/N_H in local ISM.
+             Factor 1.27 is the increase in A_Ic/N_H for R_V=4.0
+             relative to A_Ic/N_H for R_V=3.1, based on eq.(5) of
+             Draine (2003a).
+             PAH C abundance relative to H is assumed to be
+             [C/H]_PAH = 0.93*1.27*40ppm = 47.2ppm
+
+For R_V=5.5: grain abundances relative to H have been increased by a
+             factor 0.93*1.52=1.42 relative to the R_V=4.0 size
+             distribution with [C/H]_PAH=30ppm in WD01.
+             Factor 0.93 is due to reduction in adopted value for
+             A_Ic/N_H in local ISM.
+             Factor 1.52 is the increase in A_Ic/N_H for R_V=5.5
+             relative to A_Ic/N_H for R_V=3.1, based on eq.(5) of
+             Draine (2003a).
+             PAH C abundance relative to H is assumed to be
+	     [C/H]_PAH = 0.93*1.52*30ppm = 42.4ppm
+
+References:
+
+Draine, B.T. 2003a, "Interstellar Dust Grains", Annu. Rev. Astr. Astrophys.,
+    41, 241-289
+Draine, B.T. 2003b, "Scattering by Interstellar Dust Grains. I. Optical
+    and Ultraviolet", Astrophys. J., 598, 1017-1025
+Draine, B.T. 2003c, "Scattering by Interstellar Dust Grains. II. X-Rays",
+    Astrophys. J., 598, 1026-1037
+Li, A., & Draine, B.T. 2001, "Infrared Emission from Interstellar Dust.
+    II. The Diffuse Interstellar Medium", Astrophys. J., 554, 778-802
+Weingartner, J.C., & Draine, B.T. 2001, Dust Grain Size Distributions and
+    Extinction in the Milky Way, LMC, and SMC", Astrophys. J., 548,
+    296-309 (WD01).
+
+This table was calculated by B.T. Draine, Princeton University,
+Wed Dec 17 12:58:52 EST 2003
+
+
+Tabulated quantities:
+lambda  = wavelength in vacuo (micron)
+albedo  = (scattering cross section)/(extinction cross section)
+<cos>   = <cos(theta)> for scattered light
+C_ext/H = extinction cross section per H nucleon (cm^2/H)
+K_abs   = absorption cross section per mass of dust (cm^2/gram)
+<cos^2> = <cos^(theta)> for scattered light
+
+1.969E-26 = M_dust per H nucleon (gram/H) for this dust model
+1.174E+02 = M_gas/M_dust for this dust model (assuming He/H=0.096)
+
+  lambda    albedo   <cos>  C_ext/H    K_abs   <cos^2>
+ (micron)                   (cm^2/H)  (cm^2/g)          comment
+----------- ------  ------ --------- --------- ------- --------
+1.00000E+04 0.0000  0.0000 1.368E-28 6.947E-03 0.61468
+9.77237E+03 0.0000  0.0000 1.423E-28 7.227E-03 0.40000
+9.54993E+03 0.0000  0.0000 1.480E-28 7.516E-03 0.40000
+9.33254E+03 0.0000  0.0000 1.539E-28 7.817E-03 0.40000
+9.12011E+03 0.0000  0.0000 1.600E-28 8.129E-03 0.40000
+8.91251E+03 0.0000  0.0000 1.664E-28 8.451E-03 0.40000
+8.70964E+03 0.0000  0.0000 1.729E-28 8.784E-03 0.40000
+8.51138E+03 0.0000  0.0000 1.798E-28 9.130E-03 0.40000
+8.31764E+03 0.0000  0.0000 1.868E-28 9.490E-03 0.40000
+8.12831E+03 0.0000  0.0000 1.942E-28 9.864E-03 0.40000
+7.94328E+03 0.0000  0.0000 2.019E-28 1.025E-02 0.40000
+7.76247E+03 0.0000  0.0000 2.098E-28 1.066E-02 0.40000
+7.58578E+03 0.0000  0.0000 2.181E-28 1.108E-02 0.40000
+7.41310E+03 0.0000  0.0000 2.266E-28 1.151E-02 0.40000
+7.24436E+03 0.0000  0.0000 2.355E-28 1.196E-02 0.40000
+7.07946E+03 0.0000  0.0000 2.448E-28 1.243E-02 0.40000
+6.91831E+03 0.0000  0.0000 2.544E-28 1.292E-02 0.40000
+6.76083E+03 0.0000  0.0000 2.644E-28 1.343E-02 0.40000
+6.60693E+03 0.0000  0.0000 2.748E-28 1.396E-02 0.40000
+6.45654E+03 0.0000  0.0000 2.856E-28 1.451E-02 0.40000
+6.30957E+03 0.0000  0.0000 2.968E-28 1.507E-02 0.40000
+6.16595E+03 0.0000  0.0000 3.084E-28 1.567E-02 0.40000
+6.02560E+03 0.0000  0.0000 3.205E-28 1.628E-02 0.40000
+5.88844E+03 0.0000 -0.0001 3.331E-28 1.692E-02 0.40000
+5.75440E+03 0.0000 -0.0001 3.461E-28 1.758E-02 0.40000
+5.62341E+03 0.0000 -0.0001 3.597E-28 1.827E-02 0.40000
+5.49541E+03 0.0000 -0.0002 3.738E-28 1.899E-02 0.40000
+5.37032E+03 0.0000 -0.0002 3.884E-28 1.973E-02 0.39999
+5.24807E+03 0.0000 -0.0002 4.037E-28 2.050E-02 0.39999
+5.12861E+03 0.0000 -0.0003 4.195E-28 2.131E-02 0.39999
+5.01187E+03 0.0000 -0.0003 4.359E-28 2.214E-02 0.39999
+4.89779E+03 0.0000 -0.0004 4.529E-28 2.300E-02 0.39999
+4.78630E+03 0.0000 -0.0005 4.706E-28 2.390E-02 0.39999
+4.67735E+03 0.0000 -0.0006 4.889E-28 2.483E-02 0.39999
+4.57088E+03 0.0000 -0.0006 5.080E-28 2.580E-02 0.39999
+4.46684E+03 0.0000 -0.0007 5.278E-28 2.681E-02 0.39999
+4.36516E+03 0.0000 -0.0008 5.484E-28 2.786E-02 0.39999
+4.26580E+03 0.0000 -0.0010 5.698E-28 2.894E-02 0.39999
+4.16869E+03 0.0000 -0.0011 5.920E-28 3.007E-02 0.39999
+4.07380E+03 0.0000 -0.0012 6.151E-28 3.124E-02 0.39999
+3.98107E+03 0.0000 -0.0013 6.390E-28 3.245E-02 0.39999
+3.89045E+03 0.0000 -0.0015 6.637E-28 3.371E-02 0.39999
+3.80189E+03 0.0000 -0.0015 6.895E-28 3.502E-02 0.39999
+3.71535E+03 0.0000 -0.0016 7.162E-28 3.637E-02 0.39999
+3.63078E+03 0.0000 -0.0018 7.439E-28 3.778E-02 0.39999
+3.54813E+03 0.0000 -0.0019 7.727E-28 3.925E-02 0.39999
+3.46737E+03 0.0000 -0.0021 8.026E-28 4.076E-02 0.39999
+3.38844E+03 0.0000 -0.0022 8.336E-28 4.234E-02 0.39999
+3.31131E+03 0.0000 -0.0023 8.658E-28 4.397E-02 0.39999
+3.23594E+03 0.0000 -0.0024 8.992E-28 4.567E-02 0.39999
+3.16228E+03 0.0000 -0.0025 9.338E-28 4.743E-02 0.39999
+3.09030E+03 0.0000 -0.0027 9.698E-28 4.926E-02 0.39999
+3.01995E+03 0.0000 -0.0028 1.007E-27 5.115E-02 0.39999
+2.95121E+03 0.0000 -0.0029 1.046E-27 5.311E-02 0.39999
+2.88403E+03 0.0000 -0.0030 1.086E-27 5.515E-02 0.39999
+2.81838E+03 0.0000 -0.0032 1.128E-27 5.727E-02 0.39999
+2.75423E+03 0.0000 -0.0033 1.171E-27 5.946E-02 0.39999
+2.69153E+03 0.0000 -0.0034 1.216E-27 6.174E-02 0.39999
+2.63027E+03 0.0000 -0.0035 1.262E-27 6.410E-02 0.39999
+2.57040E+03 0.0000 -0.0036 1.310E-27 6.655E-02 0.39999
+2.51189E+03 0.0000 -0.0037 1.360E-27 6.909E-02 0.39999
+2.45471E+03 0.0000 -0.0038 1.412E-27 7.172E-02 0.39999
+2.39883E+03 0.0000 -0.0040 1.466E-27 7.444E-02 0.39999
+2.34423E+03 0.0000 -0.0041 1.521E-27 7.726E-02 0.39999
+2.29087E+03 0.0000 -0.0042 1.579E-27 8.019E-02 0.39999
+2.23872E+03 0.0000 -0.0043 1.639E-27 8.323E-02 0.39999
+2.18776E+03 0.0000 -0.0044 1.701E-27 8.638E-02 0.39999
+2.13796E+03 0.0000 -0.0045 1.765E-27 8.965E-02 0.39999
+2.08930E+03 0.0000 -0.0046 1.832E-27 9.304E-02 0.39999
+2.04174E+03 0.0000 -0.0047 1.901E-27 9.656E-02 0.39999
+1.99526E+03 0.0000 -0.0048 1.973E-27 1.002E-01 0.39999
+1.94984E+03 0.0000 -0.0049 2.047E-27 1.040E-01 0.39999
+1.90546E+03 0.0000 -0.0050 2.124E-27 1.079E-01 0.39999
+1.86209E+03 0.0000 -0.0051 2.204E-27 1.120E-01 0.39999
+1.81970E+03 0.0000 -0.0052 2.287E-27 1.162E-01 0.39999
+1.77828E+03 0.0000 -0.0053 2.373E-27 1.205E-01 0.39999
+1.73780E+03 0.0000 -0.0054 2.463E-27 1.251E-01 0.39999
+1.69824E+03 0.0000 -0.0055 2.555E-27 1.298E-01 0.39999
+1.65959E+03 0.0000 -0.0056 2.651E-27 1.347E-01 0.39999
+1.62181E+03 0.0000 -0.0057 2.751E-27 1.397E-01 0.39999
+1.58489E+03 0.0000 -0.0058 2.854E-27 1.450E-01 0.39999
+1.54882E+03 0.0000 -0.0059 2.962E-27 1.504E-01 0.39999
+1.51356E+03 0.0000 -0.0060 3.073E-27 1.561E-01 0.39999
+1.47911E+03 0.0000 -0.0061 3.188E-27 1.619E-01 0.39999
+1.44544E+03 0.0000 -0.0062 3.308E-27 1.680E-01 0.39999
+1.41254E+03 0.0000 -0.0063 3.432E-27 1.743E-01 0.39999
+1.38038E+03 0.0000 -0.0064 3.561E-27 1.809E-01 0.39999
+1.34896E+03 0.0000 -0.0064 3.694E-27 1.876E-01 0.39999
+1.31826E+03 0.0000 -0.0065 3.833E-27 1.947E-01 0.39999
+1.28825E+03 0.0000 -0.0066 3.976E-27 2.020E-01 0.39999
+1.25893E+03 0.0000 -0.0067 4.125E-27 2.095E-01 0.39999
+1.23027E+03 0.0000 -0.0068 4.280E-27 2.174E-01 0.39999
+1.20226E+03 0.0000 -0.0068 4.441E-27 2.256E-01 0.39999
+1.17490E+03 0.0000 -0.0069 4.607E-27 2.340E-01 0.39999
+1.14815E+03 0.0000 -0.0070 4.780E-27 2.428E-01 0.39999
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+1.13000E+01 0.0053 -0.0539 2.478E-23 1.252E+03 0.39964 out-of-plane C-H bend
+1.12202E+01 0.0053 -0.0540 2.550E-23 1.288E+03 0.39963
+1.09648E+01 0.0053 -0.0545 2.791E-23 1.410E+03 0.39961
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+1.04713E+01 0.0052 -0.0557 3.460E-23 1.748E+03 0.39957
+1.03600E+01 0.0052 -0.0563 3.610E-23 1.824E+03 0.39955 N filter (7.70-12.97um)
+1.02329E+01 0.0053 -0.0571 3.741E-23 1.890E+03 0.39954
+1.00000E+01 0.0055 -0.0585 3.929E-23 1.984E+03 0.39950
+9.90000E+00 0.0056 -0.0591 4.019E-23 2.030E+03 0.39949
+9.80000E+00 0.0056 -0.0597 4.116E-23 2.079E+03 0.39947
+9.77237E+00 0.0057 -0.0598 4.143E-23 2.093E+03 0.39947
+9.70000E+00 0.0057 -0.0603 4.218E-23 2.130E+03 0.39946
+9.60000E+00 0.0058 -0.0610 4.308E-23 2.175E+03 0.39944
+9.54993E+00 0.0059 -0.0614 4.337E-23 2.190E+03 0.39943
+9.50000E+00 0.0059 -0.0619 4.353E-23 2.198E+03 0.39942
+9.40000E+00 0.0062 -0.0629 4.338E-23 2.190E+03 0.39940 8.60
+9.33254E+00 0.0064 -0.0638 4.285E-23 2.162E+03 0.39938
+9.12011E+00 0.0074 -0.0667 3.897E-23 1.964E+03 0.39932
+8.91251E+00 0.0093 -0.0694 3.345E-23 1.683E+03 0.39926
+8.70964E+00 0.0116 -0.0712 2.878E-23 1.445E+03 0.39921
+8.51138E+00 0.0144 -0.0723 2.532E-23 1.268E+03 0.39916
+8.31764E+00 0.0183 -0.0732 2.171E-23 1.082E+03 0.39911
+8.12831E+00 0.0248 -0.0737 1.754E-23 8.686E+02 0.39905
+7.94328E+00 0.0334 -0.0739 1.429E-23 7.017E+02 0.39901
+7.76247E+00 0.0431 -0.0736 1.221E-23 5.933E+02 0.39896
+7.62000E+00 0.0523 -0.0732 1.090E-23 5.249E+02 0.39893 C-C mode
+7.58578E+00 0.0548 -0.0731 1.061E-23 5.093E+02 0.39892
+7.41310E+00 0.0679 -0.0725 9.466E-24 4.481E+02 0.39887
+7.24436E+00 0.0790 -0.0717 8.988E-24 4.204E+02 0.39883
+7.07946E+00 0.0878 -0.0709 8.925E-24 4.135E+02 0.39878
+6.91831E+00 0.0953 -0.0699 9.065E-24 4.165E+02 0.39874
+6.76083E+00 0.1022 -0.0688 9.313E-24 4.247E+02 0.39869
+6.60693E+00 0.1087 -0.0676 9.634E-24 4.361E+02 0.39865
+6.45654E+00 0.1145 -0.0662 1.007E-23 4.527E+02 0.39860
+6.30957E+00 0.1175 -0.0659 1.078E-23 4.830E+02 0.39853
+6.25000E+00 0.1180 -0.0641 1.116E-23 4.999E+02 0.39853 C-C mode
+6.16595E+00 0.1219 -0.0630 1.140E-23 5.085E+02 0.39851
+6.02560E+00 0.1362 -0.0612 1.119E-23 4.911E+02 0.39847
+5.88844E+00 0.1476 -0.0592 1.131E-23 4.898E+02 0.39842
+5.75440E+00 0.1573 -0.0570 1.162E-23 4.975E+02 0.39839
+5.62341E+00 0.1665 -0.0546 1.201E-23 5.085E+02 0.39835
+5.49541E+00 0.1755 -0.0520 1.245E-23 5.215E+02 0.39832
+5.37032E+00 0.1844 -0.0492 1.294E-23 5.360E+02 0.39829
+5.24807E+00 0.1932 -0.0462 1.346E-23 5.515E+02 0.39826
+5.12861E+00 0.2021 -0.0430 1.402E-23 5.682E+02 0.39824
+5.01187E+00 0.2108 -0.0396 1.462E-23 5.859E+02 0.39822
+4.89779E+00 0.2196 -0.0360 1.525E-23 6.045E+02 0.39821
+4.78630E+00 0.2284 -0.0323 1.592E-23 6.238E+02 0.39820
+4.75000E+00 0.2313 -0.0310 1.615E-23 6.304E+02 0.39820 M filter
+4.67735E+00 0.2371 -0.0283 1.662E-23 6.441E+02 0.39820
+4.57088E+00 0.2459 -0.0240 1.736E-23 6.651E+02 0.39820
+4.46684E+00 0.2546 -0.0196 1.814E-23 6.870E+02 0.39821
+4.36516E+00 0.2632 -0.0149 1.896E-23 7.097E+02 0.39822
+4.26580E+00 0.2718 -0.0099 1.982E-23 7.332E+02 0.39825
+4.16869E+00 0.2803 -0.0047 2.072E-23 7.574E+02 0.39828
+4.07380E+00 0.2889  0.0007 2.165E-23 7.821E+02 0.39831
+4.05120E+00 0.2909  0.0021 2.189E-23 7.882E+02 0.39832 Br alpha (5-4)
+3.98107E+00 0.2974  0.0063 2.263E-23 8.075E+02 0.39835
+3.89045E+00 0.3059  0.0121 2.364E-23 8.334E+02 0.39840
+3.80189E+00 0.3144  0.0180 2.469E-23 8.600E+02 0.39845
+3.80000E+00 0.3145  0.0182 2.472E-23 8.606E+02 0.39845 Lprime filter
+3.71535E+00 0.3228  0.0241 2.579E-23 8.873E+02 0.39851
+3.63078E+00 0.3311  0.0304 2.694E-23 9.153E+02 0.39857
+3.54813E+00 0.3393  0.0368 2.813E-23 9.441E+02 0.39864
+3.46737E+00 0.3474  0.0433 2.938E-23 9.737E+02 0.39872
+3.45000E+00 0.3491  0.0447 2.965E-23 9.803E+02 0.39874 L filter
+3.38844E+00 0.3553  0.0499 3.067E-23 1.004E+03 0.39881
+3.31131E+00 0.3612  0.0566 3.220E-23 1.045E+03 0.39891
+3.23594E+00 0.3711  0.0633 3.340E-23 1.067E+03 0.39902
+3.16228E+00 0.3792  0.0700 3.481E-23 1.098E+03 0.39915
+3.09030E+00 0.3870  0.0767 3.629E-23 1.130E+03 0.39929
+3.01995E+00 0.3946  0.0834 3.784E-23 1.164E+03 0.39946
+2.95121E+00 0.4021  0.0901 3.944E-23 1.198E+03 0.39965
+2.88403E+00 0.4095  0.0967 4.111E-23 1.233E+03 0.39986
+2.81838E+00 0.4167  0.1033 4.283E-23 1.269E+03 0.40011
+2.75423E+00 0.4238  0.1099 4.462E-23 1.306E+03 0.40040
+2.69153E+00 0.4308  0.1164 4.646E-23 1.343E+03 0.40072
+2.63027E+00 0.4377  0.1227 4.838E-23 1.382E+03 0.40108
+2.62520E+00 0.4383  0.1233 4.854E-23 1.385E+03 0.40112 Br beta (6-4)
+2.57040E+00 0.4445  0.1290 5.035E-23 1.421E+03 0.40149
+2.51189E+00 0.4511  0.1352 5.240E-23 1.461E+03 0.40194
+2.45471E+00 0.4577  0.1412 5.451E-23 1.502E+03 0.40243
+2.39883E+00 0.4643  0.1471 5.670E-23 1.543E+03 0.40296
+2.34423E+00 0.4707  0.1529 5.897E-23 1.585E+03 0.40353
+2.29087E+00 0.4771  0.1586 6.131E-23 1.628E+03 0.40416
+2.23872E+00 0.4833  0.1642 6.373E-23 1.673E+03 0.40482
+2.19000E+00 0.4892  0.1695 6.613E-23 1.716E+03 0.40550 K filter
+2.18776E+00 0.4895  0.1697 6.624E-23 1.718E+03 0.40554
+2.16560E+00 0.4922  0.1721 6.738E-23 1.738E+03 0.40586 Br gamma (7-4)
+2.13796E+00 0.4956  0.1751 6.884E-23 1.764E+03 0.40629
+2.12180E+00 0.4976  0.1769 6.971E-23 1.779E+03 0.40655 H2 1-0 S(1)
+2.08930E+00 0.5015  0.1804 7.152E-23 1.811E+03 0.40708
+2.04174E+00 0.5074  0.1856 7.429E-23 1.859E+03 0.40791
+1.99526E+00 0.5133  0.1907 7.716E-23 1.907E+03 0.40876
+1.94984E+00 0.5192  0.1958 8.014E-23 1.957E+03 0.40965
+1.90546E+00 0.5249  0.2008 8.322E-23 2.008E+03 0.41057
+1.87500E+00 0.5289  0.2043 8.544E-23 2.044E+03 0.41122 Pa alpha (4-3)
+1.86209E+00 0.5306  0.2058 8.641E-23 2.060E+03 0.41151
+1.81970E+00 0.5363  0.2108 8.972E-23 2.113E+03 0.41247
+1.77828E+00 0.5419  0.2158 9.315E-23 2.168E+03 0.41346
+1.73780E+00 0.5473  0.2208 9.671E-23 2.224E+03 0.41447
+1.69824E+00 0.5527  0.2260 1.004E-22 2.281E+03 0.41550
+1.65959E+00 0.5581  0.2312 1.042E-22 2.339E+03 0.41656
+1.63000E+00 0.5622  0.2354 1.073E-22 2.386E+03 0.41741 H
+1.62181E+00 0.5634  0.2366 1.082E-22 2.399E+03 0.41765
+1.58489E+00 0.5686  0.2422 1.123E-22 2.460E+03 0.41876
+1.54882E+00 0.5739  0.2480 1.166E-22 2.523E+03 0.41989
+1.51356E+00 0.5791  0.2540 1.210E-22 2.586E+03 0.42106
+1.47911E+00 0.5842  0.2603 1.256E-22 2.652E+03 0.42228
+1.44544E+00 0.5894  0.2669 1.304E-22 2.719E+03 0.42354
+1.41254E+00 0.5944  0.2739 1.354E-22 2.788E+03 0.42485
+1.38038E+00 0.5995  0.2813 1.406E-22 2.859E+03 0.42623
+1.34896E+00 0.6045  0.2891 1.460E-22 2.933E+03 0.42769
+1.31826E+00 0.6094  0.2973 1.516E-22 3.008E+03 0.42922
+1.28825E+00 0.6143  0.3059 1.575E-22 3.086E+03 0.43084
+1.28180E+00 0.6154  0.3079 1.589E-22 3.103E+03 0.43120 Pa beta (5-3)
+1.25893E+00 0.6193  0.3149 1.637E-22 3.166E+03 0.43254
+1.23027E+00 0.6243  0.3242 1.702E-22 3.248E+03 0.43431
+1.22000E+00 0.6261  0.3276 1.727E-22 3.279E+03 0.43497 J filter
+1.20226E+00 0.6293  0.3337 1.770E-22 3.333E+03 0.43616
+1.17490E+00 0.6342  0.3434 1.841E-22 3.421E+03 0.43808
+1.14815E+00 0.6392  0.3531 1.916E-22 3.511E+03 0.44008
+1.12202E+00 0.6441  0.3629 1.994E-22 3.604E+03 0.44215
+1.09648E+00 0.6489  0.3726 2.075E-22 3.700E+03 0.44428
+1.07152E+00 0.6537  0.3821 2.159E-22 3.798E+03 0.44647
+1.04713E+00 0.6583  0.3913 2.247E-22 3.899E+03 0.44872
+1.02329E+00 0.6629  0.4003 2.337E-22 4.002E+03 0.45104
+1.00000E+00 0.6673  0.4089 2.431E-22 4.108E+03 0.45343
+9.77237E-01 0.6716  0.4172 2.527E-22 4.216E+03 0.45591
+9.54993E-01 0.6757  0.4252 2.626E-22 4.326E+03 0.45849
+9.33254E-01 0.6796  0.4328 2.728E-22 4.439E+03 0.46119
+9.12011E-01 0.6833  0.4402 2.832E-22 4.555E+03 0.46405
+8.93000E-01 0.6866  0.4468 2.929E-22 4.663E+03 0.46681 z (SDSS)
+8.91251E-01 0.6869  0.4475 2.939E-22 4.673E+03 0.46707
+8.70964E-01 0.6902  0.4545 3.048E-22 4.796E+03 0.47029
+8.65500E-01 0.6911  0.4564 3.078E-22 4.830E+03 0.47121 I_J filter
+8.51138E-01 0.6933  0.4615 3.159E-22 4.922E+03 0.47372
+8.31764E-01 0.6962  0.4683 3.274E-22 5.052E+03 0.47735
+8.12831E-01 0.6989  0.4752 3.391E-22 5.187E+03 0.48119
+8.02000E-01 0.7003  0.4792 3.461E-22 5.268E+03 0.48352 I_C filter
+7.94328E-01 0.7014  0.4820 3.512E-22 5.326E+03 0.48523
+7.76247E-01 0.7037  0.4888 3.635E-22 5.470E+03 0.48944
+7.58578E-01 0.7059  0.4955 3.761E-22 5.619E+03 0.49380
+7.48000E-01 0.7071  0.4995 3.840E-22 5.712E+03 0.49651 i (SDSS)
+7.41310E-01 0.7079  0.5021 3.891E-22 5.772E+03 0.49827
+7.24436E-01 0.7097  0.5086 4.022E-22 5.931E+03 0.50282
+7.07946E-01 0.7112  0.5149 4.157E-22 6.097E+03 0.50741
+6.91831E-01 0.7125  0.5210 4.293E-22 6.269E+03 0.51202
+6.76083E-01 0.7135  0.5269 4.432E-22 6.448E+03 0.51663
+6.60693E-01 0.7143  0.5325 4.573E-22 6.636E+03 0.52121
+6.56200E-01 0.7145  0.5342 4.615E-22 6.693E+03 0.52256 H alpha (3-2)
+6.49200E-01 0.7147  0.5366 4.682E-22 6.783E+03 0.52466 R_C filter
+6.45654E-01 0.7148  0.5379 4.716E-22 6.830E+03 0.52573
+6.41500E-01 0.7149  0.5393 4.756E-22 6.886E+03 0.52698 R_J filter
+6.30957E-01 0.7151  0.5429 4.860E-22 7.033E+03 0.53018
+6.16595E-01 0.7152  0.5477 5.006E-22 7.243E+03 0.53455
+6.16500E-01 0.7152  0.5478 5.007E-22 7.244E+03 0.53458 r (SDSS) filter
+6.02560E-01 0.7149  0.5522 5.154E-22 7.462E+03 0.53883
+5.88844E-01 0.7145  0.5565 5.303E-22 7.691E+03 0.54300
+5.75440E-01 0.7137  0.5604 5.453E-22 7.929E+03 0.54705
+5.62341E-01 0.7127  0.5641 5.604E-22 8.179E+03 0.55095
+5.55000E-01 0.7120  0.5661 5.691E-22 8.326E+03 0.55311 y (Stromgren) filter
+5.49541E-01 0.7114  0.5675 5.756E-22 8.438E+03 0.55470
+5.47000E-01 0.7111  0.5681 5.787E-22 8.492E+03 0.55543 V filter
+5.37032E-01 0.7098  0.5705 5.909E-22 8.708E+03 0.55826
+5.24807E-01 0.7080  0.5733 6.061E-22 8.988E+03 0.56164
+5.12861E-01 0.7060  0.5757 6.214E-22 9.280E+03 0.56482
+5.01187E-01 0.7036  0.5778 6.366E-22 9.585E+03 0.56781
+4.89779E-01 0.7009  0.5797 6.518E-22 9.903E+03 0.57058
+4.86100E-01 0.6999  0.5802 6.568E-22 1.001E+04 0.57144 H beta (4-2)
+4.78630E-01 0.6979  0.5812 6.669E-22 1.023E+04 0.57316
+4.70000E-01 0.6953  0.5822 6.787E-22 1.051E+04 0.57506 b (Stromgren)
+4.68500E-01 0.6948  0.5824 6.808E-22 1.055E+04 0.57538 g (SDSS) filter
+4.67735E-01 0.6946  0.5825 6.818E-22 1.058E+04 0.57554
+4.57088E-01 0.6910  0.5835 6.966E-22 1.093E+04 0.57770
+4.46684E-01 0.6872  0.5841 7.112E-22 1.130E+04 0.57963
+4.40500E-01 0.6848  0.5844 7.199E-22 1.153E+04 0.58070 B filter
+4.36516E-01 0.6832  0.5845 7.255E-22 1.167E+04 0.58134
+4.26580E-01 0.6789  0.5846 7.397E-22 1.206E+04 0.58282
+4.16869E-01 0.6745  0.5845 7.537E-22 1.246E+04 0.58408
+4.10000E-01 0.6711  0.5842 7.636E-22 1.276E+04 0.58483 v (Stromgren) filter
+4.07380E-01 0.6698  0.5840 7.674E-22 1.287E+04 0.58510
+3.98107E-01 0.6649  0.5834 7.810E-22 1.329E+04 0.58591
+3.89045E-01 0.6599  0.5824 7.944E-22 1.372E+04 0.58652
+3.80189E-01 0.6547  0.5813 8.076E-22 1.416E+04 0.58696
+3.71535E-01 0.6493  0.5800 8.208E-22 1.462E+04 0.58721
+3.63500E-01 0.6440  0.5785 8.333E-22 1.507E+04 0.58729 U filter
+3.63078E-01 0.6437  0.5784 8.339E-22 1.509E+04 0.58729
+3.55000E-01 0.6382  0.5766 8.468E-22 1.556E+04 0.58722 u (SDSS) filter
+3.54813E-01 0.6381  0.5766 8.471E-22 1.557E+04 0.58722
+3.50000E-01 0.6347  0.5754 8.549E-22 1.586E+04 0.58712 u (Stromgren) filter
+3.46737E-01 0.6324  0.5746 8.603E-22 1.606E+04 0.58704
+3.38844E-01 0.6265  0.5725 8.736E-22 1.657E+04 0.58679
+3.31131E-01 0.6207  0.5703 8.872E-22 1.709E+04 0.58652
+3.23594E-01 0.6148  0.5681 9.010E-22 1.763E+04 0.58626
+3.16228E-01 0.6090  0.5659 9.153E-22 1.818E+04 0.58605
+3.09030E-01 0.6033  0.5637 9.300E-22 1.874E+04 0.58593
+3.01995E-01 0.5979  0.5618 9.448E-22 1.930E+04 0.58595
+2.95121E-01 0.5941  0.5600 9.580E-22 1.975E+04 0.58609
+2.88403E-01 0.5902  0.5581 9.726E-22 2.025E+04 0.58632
+2.81838E-01 0.5861  0.5562 9.896E-22 2.081E+04 0.58658
+2.75423E-01 0.5812  0.5545 1.009E-21 2.146E+04 0.58705
+2.69153E-01 0.5736  0.5533 1.033E-21 2.237E+04 0.58792
+2.63027E-01 0.5643  0.5525 1.061E-21 2.348E+04 0.58896
+2.57040E-01 0.5575  0.5524 1.093E-21 2.456E+04 0.59009
+2.51189E-01 0.5453  0.5525 1.132E-21 2.615E+04 0.59143
+2.45471E-01 0.5312  0.5539 1.173E-21 2.793E+04 0.59328
+2.39883E-01 0.5128  0.5534 1.238E-21 3.063E+04 0.59438
+2.34423E-01 0.4913  0.5556 1.303E-21 3.366E+04 0.59647
+2.29087E-01 0.4693  0.5588 1.369E-21 3.689E+04 0.59884
+2.23872E-01 0.4502  0.5627 1.426E-21 3.983E+04 0.60126
+2.22500E-01 0.4459  0.5638 1.438E-21 4.048E+04 0.60191
+2.20000E-01 0.4394  0.5662 1.455E-21 4.142E+04 0.60322
+2.18776E-01 0.4368  0.5677 1.459E-21 4.174E+04 0.60397
+2.17500E-01 0.4346  0.5694 1.461E-21 4.196E+04 0.60482 2175 A feature
+2.15000E-01 0.4322  0.5730 1.456E-21 4.199E+04 0.60667
+2.13796E-01 0.4319  0.5749 1.450E-21 4.183E+04 0.60758
+2.12500E-01 0.4323  0.5769 1.441E-21 4.155E+04 0.60857
+2.08930E-01 0.4358  0.5827 1.407E-21 4.032E+04 0.61139
+2.04174E-01 0.4439  0.5912 1.347E-21 3.805E+04 0.61557
+1.99526E-01 0.4519  0.6009 1.285E-21 3.579E+04 0.62049
+1.94984E-01 0.4572  0.6115 1.231E-21 3.393E+04 0.62619
+1.90546E-01 0.4587  0.6229 1.186E-21 3.261E+04 0.63261
+1.86209E-01 0.4567  0.6343 1.151E-21 3.176E+04 0.63946
+1.81970E-01 0.4512  0.6462 1.125E-21 3.134E+04 0.64697
+1.77828E-01 0.4434  0.6581 1.105E-21 3.123E+04 0.65490
+1.73780E-01 0.4344  0.6695 1.090E-21 3.131E+04 0.66296
+1.69824E-01 0.4254  0.6797 1.080E-21 3.153E+04 0.67070
+1.65959E-01 0.4168  0.6888 1.075E-21 3.183E+04 0.67807
+1.62181E-01 0.4091  0.6961 1.074E-21 3.224E+04 0.68479
+1.58489E-01 0.4028  0.7017 1.079E-21 3.272E+04 0.69075
+1.54882E-01 0.3979  0.7060 1.088E-21 3.326E+04 0.69606
+1.51356E-01 0.3936  0.7097 1.100E-21 3.387E+04 0.70116
+1.47911E-01 0.3902  0.7130 1.115E-21 3.455E+04 0.70583
+1.44544E-01 0.3873  0.7167 1.134E-21 3.528E+04 0.71011
+1.41254E-01 0.3848  0.7202 1.153E-21 3.604E+04 0.71351
+1.38038E-01 0.3826  0.7219 1.175E-21 3.685E+04 0.71527
+1.34896E-01 0.3800  0.7220 1.199E-21 3.777E+04 0.71594
+1.31826E-01 0.3765  0.7210 1.226E-21 3.883E+04 0.71598
+1.28825E-01 0.3705  0.7193 1.260E-21 4.029E+04 0.71579
+1.25893E-01 0.3643  0.7173 1.294E-21 4.177E+04 0.71569
+1.23027E-01 0.3576  0.7149 1.329E-21 4.336E+04 0.71572
+1.21500E-01 0.3539  0.7135 1.349E-21 4.425E+04 0.71575 Lyman alpha
+1.20226E-01 0.3508  0.7122 1.366E-21 4.503E+04 0.71577
+1.17490E-01 0.3442  0.7090 1.404E-21 4.676E+04 0.71554
+1.14815E-01 0.3382  0.7047 1.444E-21 4.854E+04 0.71476
+1.12202E-01 0.3336  0.6970 1.487E-21 5.033E+04 0.71222
+1.10000E-01 0.3294  0.6915 1.526E-21 5.199E+04 0.71057
+1.09648E-01 0.3287  0.6908 1.533E-21 5.227E+04 0.71036
+1.07152E-01 0.3237  0.6845 1.585E-21 5.445E+04 0.70856
+1.04713E-01 0.3172  0.6812 1.637E-21 5.676E+04 0.70845
+1.02329E-01 0.3099  0.6798 1.686E-21 5.909E+04 0.70958
+1.00000E-01 0.3034  0.6797 1.731E-21 6.124E+04 0.71109
+9.77237E-02 0.2988  0.6780 1.774E-21 6.319E+04 0.71159
+9.54993E-02 0.2931  0.6793 1.815E-21 6.516E+04 0.71362
+9.33254E-02 0.2864  0.6829 1.852E-21 6.713E+04 0.71696
+9.12011E-02 0.2791  0.6875 1.889E-21 6.918E+04 0.72085
+9.12000E-02 0.2791  0.6875 1.889E-21 6.918E+04 0.72085 Lyman edge
+8.91251E-02 0.2706  0.6949 1.921E-21 7.118E+04 0.72637
+8.70964E-02 0.2643  0.6972 1.971E-21 7.366E+04 0.72850
+8.51138E-02 0.2579  0.6974 2.036E-21 7.672E+04 0.72930
+8.31764E-02 0.2504  0.6967 2.115E-21 8.052E+04 0.72965
+8.12831E-02 0.2416  0.6951 2.215E-21 8.531E+04 0.72947
+7.94328E-02 0.2314  0.6932 2.336E-21 9.118E+04 0.72906
+7.76247E-02 0.2203  0.6913 2.478E-21 9.814E+04 0.72856
+7.58578E-02 0.2084  0.6923 2.627E-21 1.056E+05 0.72967
+7.41310E-02 0.1984  0.6948 2.755E-21 1.122E+05 0.73166
+7.24436E-02 0.1929  0.6987 2.819E-21 1.156E+05 0.73436
+7.07946E-02 0.1936  0.7031 2.787E-21 1.141E+05 0.73733
+6.91831E-02 0.1993  0.7090 2.677E-21 1.089E+05 0.74107
+6.76083E-02 0.2066  0.7178 2.537E-21 1.022E+05 0.74653
+6.60693E-02 0.2133  0.7281 2.405E-21 9.612E+04 0.75289
+6.45654E-02 0.2210  0.7388 2.270E-21 8.983E+04 0.75966
+6.30957E-02 0.2300  0.7487 2.136E-21 8.352E+04 0.76613
+6.16595E-02 0.2406  0.7584 2.001E-21 7.717E+04 0.77255
+6.02560E-02 0.2532  0.7675 1.865E-21 7.074E+04 0.77861
+5.88844E-02 0.2684  0.7761 1.729E-21 6.426E+04 0.78440
+5.75440E-02 0.2897  0.7842 1.578E-21 5.692E+04 0.78993
+5.62341E-02 0.2944  0.7918 1.531E-21 5.485E+04 0.79518
+5.49541E-02 0.3002  0.7992 1.483E-21 5.270E+04 0.80022
+5.37032E-02 0.3065  0.8061 1.437E-21 5.061E+04 0.80498
+5.24807E-02 0.3128  0.8128 1.395E-21 4.868E+04 0.80947
+5.12861E-02 0.3193  0.8191 1.355E-21 4.686E+04 0.81376
+5.01187E-02 0.3260  0.8253 1.318E-21 4.512E+04 0.81788
+4.89779E-02 0.3327  0.8312 1.283E-21 4.349E+04 0.82187
+4.88100E-02 0.3337  0.8321 1.278E-21 4.325E+04 0.82247 He I ionization edge
+4.78630E-02 0.3394  0.8372 1.250E-21 4.193E+04 0.82589
+4.67735E-02 0.3469  0.8434 1.215E-21 4.029E+04 0.83008
+4.57088E-02 0.3540  0.8497 1.182E-21 3.877E+04 0.83447
+4.46684E-02 0.3595  0.8561 1.154E-21 3.755E+04 0.83918
+4.36516E-02 0.3664  0.8626 1.124E-21 3.616E+04 0.84405
+4.26580E-02 0.3732  0.8696 1.092E-21 3.476E+04 0.84948
+4.16869E-02 0.3750  0.8776 1.069E-21 3.395E+04 0.85641
+4.07380E-02 0.3759  0.8843 1.052E-21 3.336E+04 0.86253
+3.98107E-02 0.3776  0.8899 1.037E-21 3.277E+04 0.86782
+3.89045E-02 0.3792  0.8954 1.021E-21 3.220E+04 0.87303
+3.80189E-02 0.3803  0.9005 1.008E-21 3.172E+04 0.87802
+3.71535E-02 0.3813  0.9052 9.958E-22 3.129E+04 0.88269
+3.63078E-02 0.3822  0.9101 9.824E-22 3.082E+04 0.88768
+3.54813E-02 0.3803  0.9155 9.711E-22 3.057E+04 0.89344
+3.46737E-02 0.3673  0.9176 9.975E-22 3.206E+04 0.89614
+3.38844E-02 0.3672  0.9185 1.003E-21 3.224E+04 0.89699
+3.31131E-02 0.3741  0.9202 9.883E-22 3.142E+04 0.89851
+3.23594E-02 0.3786  0.9230 9.741E-22 3.074E+04 0.90134
+3.16228E-02 0.3831  0.9259 9.602E-22 3.009E+04 0.90418
+3.09030E-02 0.3874  0.9287 9.465E-22 2.945E+04 0.90714
+3.01995E-02 0.3915  0.9316 9.330E-22 2.884E+04 0.91018
+2.95121E-02 0.3955  0.9345 9.198E-22 2.824E+04 0.91327
+2.88403E-02 0.3993  0.9374 9.067E-22 2.766E+04 0.91641
+2.81838E-02 0.4029  0.9403 8.939E-22 2.711E+04 0.91961
+2.75423E-02 0.4056  0.9431 8.819E-22 2.662E+04 0.92286
+2.69153E-02 0.4090  0.9456 8.711E-22 2.615E+04 0.92574
+2.63027E-02 0.4123  0.9482 8.597E-22 2.566E+04 0.92875
+2.57040E-02 0.4150  0.9509 8.480E-22 2.520E+04 0.93191
+2.51189E-02 0.4169  0.9534 8.368E-22 2.478E+04 0.93506
+2.45471E-02 0.4181  0.9560 8.257E-22 2.440E+04 0.93825
+2.39883E-02 0.4172  0.9586 8.146E-22 2.412E+04 0.94162
+2.34423E-02 0.4136  0.9607 8.097E-22 2.412E+04 0.94441
+2.29087E-02 0.4137  0.9595 8.347E-22 2.486E+04 0.94303
+2.27900E-02 0.4178  0.9586 8.397E-22 2.483E+04 0.94187 He II ionization edge
+2.23872E-02 0.4315  0.9584 8.332E-22 2.406E+04 0.94123
+2.18776E-02 0.4405  0.9616 8.110E-22 2.305E+04 0.94491
+2.13796E-02 0.4415  0.9644 7.979E-22 2.263E+04 0.94845
+2.08930E-02 0.4435  0.9664 7.884E-22 2.229E+04 0.95112
+2.04174E-02 0.4444  0.9682 7.817E-22 2.206E+04 0.95343
+1.99526E-02 0.4468  0.9692 7.801E-22 2.192E+04 0.95473
+1.94984E-02 0.4535  0.9703 7.744E-22 2.150E+04 0.95608
+1.90546E-02 0.4587  0.9718 7.659E-22 2.106E+04 0.95806
+1.86209E-02 0.4626  0.9735 7.564E-22 2.065E+04 0.96032
+1.81970E-02 0.4646  0.9752 7.470E-22 2.032E+04 0.96268
+1.77828E-02 0.4653  0.9765 7.424E-22 2.016E+04 0.96437
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+1.58489E-02 0.4818  0.9820 7.122E-22 1.874E+04 0.97212
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+1.47911E-02 0.4902  0.9850 6.935E-22 1.796E+04 0.97636
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+1.25893E-02 0.4986  0.9904 6.493E-22 1.654E+04 0.98458
+1.23985E-02 0.4966  0.9909 6.427E-22 1.643E+04 0.98541 100 eV
+1.23027E-02 0.4946  0.9912 6.405E-22 1.644E+04 0.98574
+1.20226E-02 0.4827  0.9919 6.285E-22 1.651E+04 0.98702
+1.19220E-02 0.4717  0.9920 6.300E-22 1.690E+04 0.98722 104 eV
+1.18080E-02 0.4676  0.9909 6.658E-22 1.801E+04 0.98555 105 eV
+1.17630E-02 0.4720  0.9902 6.803E-22 1.824E+04 0.98448 105.4 eV
+1.17490E-02 0.4739  0.9899 6.846E-22 1.829E+04 0.98408
+1.17410E-02 0.4751  0.9898 6.871E-22 1.832E+04 0.98384 105.6 eV Si L_23 peak
+1.17190E-02 0.4794  0.9896 6.888E-22 1.822E+04 0.98351 105.8 eV
+1.16967E-02 0.4837  0.9894 6.897E-22 1.809E+04 0.98325 106 eV
+1.14815E-02 0.5074  0.9906 6.669E-22 1.669E+04 0.98479
+1.12202E-02 0.5074  0.9916 6.536E-22 1.635E+04 0.98635
+1.09648E-02 0.5050  0.9918 6.545E-22 1.645E+04 0.98671
+1.07152E-02 0.5180  0.9920 6.520E-22 1.596E+04 0.98700
+1.04713E-02 0.5233  0.9928 6.400E-22 1.550E+04 0.98821
+1.02329E-02 0.5200  0.9932 6.360E-22 1.551E+04 0.98887
+1.00000E-02 0.5228  0.9933 6.364E-22 1.542E+04 0.98909
+9.77237E-03 0.5342  0.9935 6.348E-22 1.502E+04 0.98934
+9.54993E-03 0.5415  0.9940 6.264E-22 1.459E+04 0.99014
+9.33254E-03 0.5457  0.9945 6.192E-22 1.429E+04 0.99084
+9.12011E-03 0.5490  0.9949 6.128E-22 1.404E+04 0.99145
+8.91251E-03 0.5513  0.9952 6.071E-22 1.383E+04 0.99200
+8.70964E-03 0.5538  0.9955 6.017E-22 1.364E+04 0.99248
+8.51138E-03 0.5567  0.9958 5.965E-22 1.343E+04 0.99293
+8.31764E-03 0.5592  0.9960 5.913E-22 1.324E+04 0.99336
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+7.97840E-03 0.5530  0.9964 5.842E-22 1.326E+04 0.99396 155.4 eV
+7.96810E-03 0.5537  0.9964 5.851E-22 1.326E+04 0.99393 155.6 eV Si L_1 peak
+7.95790E-03 0.5548  0.9964 5.857E-22 1.324E+04 0.99391 155.8 eV
+7.94328E-03 0.5567  0.9964 5.860E-22 1.320E+04 0.99390
+7.76247E-03 0.5668  0.9966 5.797E-22 1.275E+04 0.99432
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+4.42800E-03 0.6292  0.9993 3.914E-22 7.373E+03 0.99878 280.0 eV
+4.41220E-03 0.6351  0.9993 3.960E-22 7.339E+03 0.99881 281.0 eV
+4.39660E-03 0.6465  0.9993 4.069E-22 7.306E+03 0.99885 282.0 eV
+4.38110E-03 0.6646  0.9994 4.357E-22 7.423E+03 0.99889 283.0 eV
+4.37330E-03 0.6769  0.9993 4.604E-22 7.555E+03 0.99887 283.5 eV
+4.36560E-03 0.6790  0.9992 5.041E-22 8.220E+03 0.99867 284.0 eV
+4.36516E-03 0.6720  0.9991 5.081E-22 8.465E+03 0.99864
+4.35800E-03 0.5469  0.9987 5.898E-22 1.357E+04 0.99809 284.5 eV
+4.35030E-03 0.4801  0.9983 6.564E-22 1.733E+04 0.99769 285.0 eV
+4.34730E-03 0.4651  0.9982 6.740E-22 1.831E+04 0.99760 285.2 eV
+4.34420E-03 0.4563  0.9982 6.855E-22 1.893E+04 0.99753 285.4 eV C K peak
+4.34120E-03 0.4611  0.9983 6.729E-22 1.842E+04 0.99768 285.6 eV
+4.33810E-03 0.4750  0.9985 6.461E-22 1.723E+04 0.99793 285.8 eV
+4.33510E-03 0.4996  0.9989 6.000E-22 1.525E+04 0.99830 286.0 eV
+4.32750E-03 0.5172  0.9991 5.606E-22 1.375E+04 0.99858 286.5 eV
+4.32000E-03 0.5268  0.9992 5.379E-22 1.293E+04 0.99869 287.0 eV
+4.30500E-03 0.5310  0.9992 5.247E-22 1.250E+04 0.99876 288.0 eV
+4.29010E-03 0.5365  0.9993 5.143E-22 1.211E+04 0.99880 289.0 eV
+4.27530E-03 0.5442  0.9993 4.972E-22 1.151E+04 0.99886 290.0 eV
+4.26800E-03 0.5451  0.9993 4.912E-22 1.135E+04 0.99888 290.5 eV
+4.26579E-03 0.5453  0.9993 4.901E-22 1.132E+04 0.99888
+4.26060E-03 0.5460  0.9994 4.896E-22 1.129E+04 0.99888 291.0 eV
+4.25770E-03 0.5397  0.9993 5.038E-22 1.178E+04 0.99886 291.2 eV
+4.25330E-03 0.5216  0.9992 5.386E-22 1.309E+04 0.99875 291.5 eV
+4.24600E-03 0.5119  0.9992 5.547E-22 1.375E+04 0.99869 292.0 eV
+4.23150E-03 0.5119  0.9992 5.578E-22 1.383E+04 0.99868 293.0 eV
+4.21710E-03 0.5153  0.9992 5.561E-22 1.369E+04 0.99869 294.0 eV
+4.20280E-03 0.5194  0.9992 5.532E-22 1.350E+04 0.99870 295.0 eV
+4.18860E-03 0.5249  0.9992 5.495E-22 1.326E+04 0.99872 296.0 eV
+4.17450E-03 0.5355  0.9992 5.352E-22 1.263E+04 0.99878 297.0 eV
+4.16869E-03 0.5371  0.9992 5.324E-22 1.252E+04 0.99880
+4.16050E-03 0.5381  0.9993 5.298E-22 1.243E+04 0.99882 298.0 eV
+4.14660E-03 0.5415  0.9993 5.250E-22 1.223E+04 0.99884 299.0 eV
+4.13280E-03 0.5451  0.9993 5.177E-22 1.196E+04 0.99888 300.0 eV
+4.10540E-03 0.5409  0.9993 5.183E-22 1.209E+04 0.99890 302.0 eV
+4.07840E-03 0.5345  0.9993 5.306E-22 1.255E+04 0.99887 304.0 eV
+4.07380E-03 0.5345  0.9993 5.312E-22 1.256E+04 0.99887
+4.05180E-03 0.5336  0.9993 5.343E-22 1.266E+04 0.99887 306.0 eV
+3.98107E-03 0.5451  0.9992 5.374E-22 1.242E+04 0.99885
+3.89045E-03 0.5713  0.9993 5.122E-22 1.115E+04 0.99898
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+3.46737E-03 0.6087  0.9995 4.691E-22 9.322E+03 0.99927
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+2.38430E-03 0.6534  0.9998 2.715E-22 4.779E+03 0.99968 520.0 eV
+2.36160E-03 0.6381  0.9998 2.551E-22 4.688E+03 0.99968 525.0 eV
+2.34820E-03 0.6070  0.9998 2.388E-22 4.767E+03 0.99967 528.0 eV
+2.34423E-03 0.5851  0.9998 2.404E-22 5.067E+03 0.99966
+2.33930E-03 0.5763  0.9998 2.380E-22 5.122E+03 0.99966 530.0 eV
+2.33490E-03 0.5676  0.9998 2.325E-22 5.106E+03 0.99965 531.0 eV
+2.33050E-03 0.5498  0.9997 2.254E-22 5.153E+03 0.99964 532.0 eV
+2.32620E-03 0.5206  0.9997 2.209E-22 5.378E+03 0.99963 533.0 eV
+2.32180E-03 0.4903  0.9997 2.119E-22 5.484E+03 0.99961 534.0 eV
+2.31750E-03 0.4240  0.9997 2.068E-22 6.050E+03 0.99956 535.0 eV
+2.31310E-03 0.3494  0.9996 2.267E-22 7.492E+03 0.99953 536.0 eV
+2.31100E-03 0.3321  0.9997 2.529E-22 8.580E+03 0.99953 536.5 eV
+2.30880E-03 0.3478  0.9997 3.143E-22 1.041E+04 0.99956 537.0 eV
+2.30710E-03 0.3689  0.9997 3.488E-22 1.118E+04 0.99956 537.4 eV
+2.30630E-03 0.3795  0.9997 3.577E-22 1.127E+04 0.99956 537.6 eV O K peak
+2.30540E-03 0.3927  0.9997 3.626E-22 1.118E+04 0.99957 537.8 eV
+2.30450E-03 0.4059  0.9997 3.661E-22 1.105E+04 0.99957 538.0 eV
+2.30240E-03 0.4343  0.9997 3.636E-22 1.045E+04 0.99959 538.5 eV
+2.30030E-03 0.4623  0.9997 3.593E-22 9.813E+03 0.99961 539.0 eV
+2.29960E-03 0.4701  0.9997 3.561E-22 9.584E+03 0.99962 540.0 eV
+2.29180E-03 0.4934  0.9998 3.215E-22 8.273E+03 0.99965 541.0 eV
+2.29087E-03 0.4928  0.9998 3.197E-22 8.236E+03 0.99965
+2.28750E-03 0.4917  0.9998 3.151E-22 8.136E+03 0.99965 542.0 eV
+2.28330E-03 0.4854  0.9998 3.095E-22 8.089E+03 0.99965 543.0 eV
+2.27910E-03 0.4704  0.9998 3.107E-22 8.358E+03 0.99964 544.0 eV
+2.27490E-03 0.4628  0.9998 3.215E-22 8.772E+03 0.99964 545.0 eV
+2.27290E-03 0.4669  0.9998 3.292E-22 8.914E+03 0.99964 545.5 eV
+2.27080E-03 0.4799  0.9998 3.327E-22 8.790E+03 0.99965 546.0 eV
+2.26660E-03 0.4995  0.9998 3.325E-22 8.453E+03 0.99966 547.0 eV
+2.26250E-03 0.5130  0.9998 3.303E-22 8.171E+03 0.99966 548.0 eV
+2.25840E-03 0.5256  0.9998 3.235E-22 7.795E+03 0.99967 549.0 eV
+2.25430E-03 0.5244  0.9998 3.173E-22 7.665E+03 0.99967 550.0 eV
+2.25020E-03 0.5198  0.9998 3.105E-22 7.574E+03 0.99967 551.0 eV
+2.24610E-03 0.5014  0.9998 3.092E-22 7.831E+03 0.99967 552.0 eV
+2.24200E-03 0.4908  0.9998 3.177E-22 8.217E+03 0.99966 553.0 eV
+2.23872E-03 0.4964  0.9998 3.214E-22 8.221E+03 0.99967
+2.23800E-03 0.4981  0.9998 3.219E-22 8.206E+03 0.99967 554.0 eV
+2.23390E-03 0.4998  0.9998 3.233E-22 8.213E+03 0.99967 555.0 eV
+2.22750E-03 0.5002  0.9998 3.326E-22 8.444E+03 0.99967 556.6 eV
+2.22590E-03 0.5059  0.9998 3.350E-22 8.406E+03 0.99967 557.0 eV
+2.22190E-03 0.5224  0.9998 3.376E-22 8.189E+03 0.99968 558.0 eV
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+2.21400E-03 0.5472  0.9998 3.331E-22 7.660E+03 0.99969 560.0 eV
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+1.94984E-03 0.5975  0.9999 2.735E-22 5.591E+03 0.99978
+1.90546E-03 0.6011  0.9999 2.645E-22 5.358E+03 0.99979
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+1.77828E-03 0.5797  0.9999 2.203E-22 4.704E+03 0.99981
+1.77120E-03 0.5679  0.9999 2.129E-22 4.672E+03 0.99981 700.0 eV
+1.76870E-03 0.5616  0.9999 2.093E-22 4.661E+03 0.99980 701.0 eV
+1.76620E-03 0.5531  0.9999 2.049E-22 4.651E+03 0.99980 702.0 eV
+1.76360E-03 0.5406  0.9999 1.989E-22 4.641E+03 0.99980 703.0 eV
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+1.75860E-03 0.4775  0.9998 1.769E-22 4.695E+03 0.99977 705.0 eV
+1.75740E-03 0.4310  0.9998 1.714E-22 4.954E+03 0.99975 705.5 eV
+1.75610E-03 0.3672  0.9998 1.811E-22 5.822E+03 0.99974 706.0 eV
+1.75560E-03 0.3493  0.9998 1.934E-22 6.393E+03 0.99974 706.2 eV
+1.75520E-03 0.3413  0.9998 2.063E-22 6.901E+03 0.99974 706.4 eV
+1.75470E-03 0.3382  0.9998 2.257E-22 7.588E+03 0.99975 706.6 eV
+1.75420E-03 0.3415  0.9998 2.473E-22 8.271E+03 0.99975 706.8 eV
+1.75370E-03 0.3487  0.9998 2.693E-22 8.908E+03 0.99976 707.0 eV
+1.75320E-03 0.3582  0.9998 2.888E-22 9.414E+03 0.99976 707.2 eV
+1.75270E-03 0.3695  0.9998 3.072E-22 9.837E+03 0.99975 707.4 eV
+1.75220E-03 0.3814  0.9998 3.211E-22 1.009E+04 0.99975 707.6 eV
+1.75170E-03 0.3941  0.9998 3.309E-22 1.018E+04 0.99975 707.8 eV Fe L_3 peak
+1.75120E-03 0.4081  0.9998 3.367E-22 1.012E+04 0.99975 708.0 eV
+1.75070E-03 0.4246  0.9998 3.393E-22 9.915E+03 0.99975 708.2 eV
+1.75020E-03 0.4434  0.9999 3.391E-22 9.586E+03 0.99976 708.4 eV
+1.74970E-03 0.4632  0.9999 3.369E-22 9.186E+03 0.99977 708.6 eV
+1.74920E-03 0.4828  0.9999 3.328E-22 8.742E+03 0.99978 708.8 eV
+1.74870E-03 0.5014  0.9999 3.265E-22 8.268E+03 0.99979 709.0 eV
+1.74820E-03 0.5161  0.9999 3.188E-22 7.837E+03 0.99979 709.2 eV
+1.74770E-03 0.5277  0.9999 3.120E-22 7.483E+03 0.99980 709.4 eV
+1.74720E-03 0.5332  0.9999 3.060E-22 7.255E+03 0.99980 709.6 eV
+1.74670E-03 0.5337  0.9999 3.011E-22 7.131E+03 0.99980 709.8 eV
+1.74630E-03 0.5316  0.9999 2.982E-22 7.093E+03 0.99980 710.0 eV
+1.74500E-03 0.5287  0.9999 2.949E-22 7.059E+03 0.99980 710.5 eV
+1.74380E-03 0.5415  0.9999 2.929E-22 6.820E+03 0.99981 711.0 eV
+1.74260E-03 0.5633  0.9999 2.871E-22 6.368E+03 0.99981 711.5 eV
+1.74130E-03 0.5819  0.9999 2.775E-22 5.894E+03 0.99982 712.0 eV
+1.73890E-03 0.5828  0.9999 2.616E-22 5.542E+03 0.99982 713.0 eV
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+1.73650E-03 0.5727  0.9999 2.537E-22 5.506E+03 0.99982 714.0 eV
+1.73400E-03 0.5646  0.9999 2.486E-22 5.498E+03 0.99982 715.0 eV
+1.73160E-03 0.5579  0.9999 2.445E-22 5.490E+03 0.99982 716.0 eV
+1.72920E-03 0.5503  0.9999 2.401E-22 5.484E+03 0.99982 717.0 eV
+1.72680E-03 0.5355  0.9999 2.334E-22 5.508E+03 0.99981 718.0 eV
+1.72440E-03 0.4955  0.9999 2.311E-22 5.921E+03 0.99981 719.0 eV
+1.72320E-03 0.4729  0.9999 2.408E-22 6.446E+03 0.99980 719.5 eV
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+1.72100E-03 0.4587  0.9999 2.702E-22 7.428E+03 0.99980 720.4 eV
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+9.50070E-04 0.6334  1.0000 1.107E-22 2.061E+03 0.99995 1305.0 eV
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+9.41410E-04 0.5851  1.0000 1.234E-22 2.600E+03 0.99995 1317.0 eV
+9.40700E-04 0.5775  1.0000 1.256E-22 2.696E+03 0.99995 1318.0 eV
+9.39980E-04 0.5808  1.0000 1.267E-22 2.698E+03 0.99995 1319.0 eV
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+9.32210E-04 0.5930  1.0000 1.260E-22 2.605E+03 0.99995 1330.0 eV
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+1.74110E-04 0.4851  1.0000 6.116E-24 1.599E+02 1.00000 7121.0 eV
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+1.00000E-04 0.6768  1.0000 1.687E-24 2.769E+01 1.00000
diff --git a/dust_extinction/data/kext_albedo_WD_MW_5.5A_30_D03.dat b/dust_extinction/data/kext_albedo_WD_MW_5.5A_30_D03.dat
new file mode 100644
index 0000000..8390e7c
--- /dev/null
+++ b/dust_extinction/data/kext_albedo_WD_MW_5.5A_30_D03.dat
@@ -0,0 +1,1144 @@
+   Extinction, Scattering, and Absorption Properties Computed for
+   Carbonaceous - Silicate Model for Interstellar Dust with R_V=5.5
+
+Model consists of mixture of carbonaceous grains and amorphous
+silicate grains.  Carbonaceous grains are PAH-like when small, and
+graphite-like when large (see Li & Draine 2001).  Size distributions
+from Weingartner & Draine (2001, hereafter WD01) case "A" model for
+R_V=5.5, renormalized following Draine (2003a) [see below].
+
+PAH optical properties are from Li & Draine (2001).  The PAH/graphitic
+grains in the log-normal size distributions are assumed to be 50%
+neutral and 50% ionized.  The PAH/graphitic grains in the size
+distribution given by eq. (5,6) of Weingartner & Draine (2001) are
+assumed to be 100% ionized.
+
+Graphite and silicate optical properties from Draine (2003b).
+
+For R_V=3.1: grain abundances relative to H have been reduced by a
+             factor 0.93 relative to the R_V=3.1 size distribution with
+	     [C/H]_PAH=60ppm in WD01.
+             Factor 0.93 is due to reduction in adopted value for
+             A_Ic/N_H in local ISM.
+	     PAH C abundance relative to H is assumed to be
+             [C/H]_PAH = 0.93*60ppm = 55.8ppm
+
+For R_V=4.0: grain abundances relative to H have been increased by a
+             factor 0.93*1.27=1.18 relative to the R_V=4.0 size
+             distribution with [C/H]_PAH=40ppm in WD01
+             Factor 0.93 is due to reduction in adopted value for
+             A_Ic/N_H in local ISM.
+             Factor 1.27 is the increase in A_Ic/N_H for R_V=4.0
+             relative to A_Ic/N_H for R_V=3.1, based on eq.(5) of
+             Draine (2003a).
+             PAH C abundance relative to H is assumed to be
+             [C/H]_PAH = 0.93*1.27*40ppm = 47.2ppm
+
+For R_V=5.5: THIS MODEL
+             grain abundances relative to H have been increased by a
+             factor 0.93*1.52=1.42 relative to the R_V=4.0 size
+             distribution with [C/H]_PAH=30ppm in WD01.
+             Factor 0.93 is due to reduction in adopted value for
+             A_Ic/N_H in local ISM.
+             Factor 1.52 is the increase in A_Ic/N_H for R_V=5.5
+             relative to A_Ic/N_H for R_V=3.1, based on eq.(5) of
+             Draine (2003a).
+             PAH C abundance relative to H is assumed to be
+	     [C/H]_PAH = 0.93*1.52*30ppm = 42.4ppm
+
+References:
+
+Draine, B.T. 2003a, "Interstellar Dust Grains", Annu. Rev. Astr. Astrophys.,
+    41, 241-289
+Draine, B.T. 2003b, "Scattering by Interstellar Dust Grains. I. Optical
+    and Ultraviolet", Astrophys. J., 598, 1017-1025
+Draine, B.T. 2003c, "Scattering by Interstellar Dust Grains. II. X-Rays",
+    Astrophys. J., 598, 1026-1037
+Li, A., & Draine, B.T. 2001, "Infrared Emission from Interstellar Dust.
+    II. The Diffuse Interstellar Medium", Astrophys. J., 554, 778-802
+Weingartner, J.C., & Draine, B.T. 2001, Dust Grain Size Distributions and
+    Extinction in the Milky Way, LMC, and SMC", Astrophys. J., 548,
+    296-309 (WD01).
+
+This table was calculated by B.T. Draine, Princeton University,
+Wed Dec 17 13:50:22 EST 2003
+
+
+Tabulated quantities:
+lambda  = wavelength in vacuo (micron)
+albedo  = (scattering cross section)/(extinction cross section)
+<cos>   = <cos(theta)> for scattered light
+C_ext/H = extinction cross section per H nucleon (cm^2/H)
+K_abs   = absorption cross section per mass of dust (cm^2/gram)
+<cos^2> = <cos^(theta)> for scattered light
+
+2.199E-26 = M_dust per H nucleon (gram/H) for this dust model
+1.051E+02 = M_gas/M_dust for this dust model (assuming He/H=0.096)
+
+  lambda    albedo   <cos>  C_ext/H    K_abs   <cos^2>
+ (micron)                   (cm^2/H)  (cm^2/g)          comment
+----------- ------  ------ --------- --------- ------- --------
+1.00000E+04 0.0000  0.0000 1.771E-28 8.052E-03 0.63049
+9.77237E+03 0.0000  0.0000 1.842E-28 8.377E-03 0.40000
+9.54993E+03 0.0000  0.0000 1.916E-28 8.715E-03 0.40000
+9.33254E+03 0.0000  0.0000 1.993E-28 9.066E-03 0.40000
+9.12011E+03 0.0000  0.0000 2.073E-28 9.430E-03 0.40000
+8.91251E+03 0.0000  0.0000 2.156E-28 9.806E-03 0.40000
+8.70964E+03 0.0000  0.0000 2.242E-28 1.019E-02 0.40000
+8.51138E+03 0.0000  0.0000 2.330E-28 1.060E-02 0.40000
+8.31764E+03 0.0000 -0.0001 2.423E-28 1.102E-02 0.40000
+8.12831E+03 0.0000 -0.0001 2.519E-28 1.145E-02 0.40000
+7.94328E+03 0.0000 -0.0001 2.618E-28 1.191E-02 0.40000
+7.76247E+03 0.0000 -0.0002 2.721E-28 1.238E-02 0.40000
+7.58578E+03 0.0000 -0.0003 2.829E-28 1.286E-02 0.40000
+7.41310E+03 0.0000 -0.0003 2.940E-28 1.337E-02 0.40000
+7.24436E+03 0.0000 -0.0004 3.056E-28 1.390E-02 0.39999
+7.07946E+03 0.0000 -0.0005 3.176E-28 1.444E-02 0.39999
+6.91831E+03 0.0000 -0.0006 3.300E-28 1.501E-02 0.39999
+6.76083E+03 0.0000 -0.0007 3.430E-28 1.560E-02 0.39999
+6.60693E+03 0.0000 -0.0009 3.564E-28 1.621E-02 0.39999
+6.45654E+03 0.0000 -0.0009 3.704E-28 1.684E-02 0.39999
+6.30957E+03 0.0000 -0.0011 3.848E-28 1.750E-02 0.39999
+6.16595E+03 0.0000 -0.0013 3.999E-28 1.818E-02 0.39999
+6.02560E+03 0.0000 -0.0015 4.154E-28 1.889E-02 0.39999
+5.88844E+03 0.0000 -0.0017 4.316E-28 1.963E-02 0.39999
+5.75440E+03 0.0000 -0.0020 4.484E-28 2.039E-02 0.39999
+5.62341E+03 0.0000 -0.0020 4.658E-28 2.118E-02 0.39999
+5.49541E+03 0.0000 -0.0023 4.838E-28 2.200E-02 0.39999
+5.37032E+03 0.0000 -0.0025 5.026E-28 2.286E-02 0.39999
+5.24807E+03 0.0000 -0.0028 5.220E-28 2.374E-02 0.39999
+5.12861E+03 0.0000 -0.0030 5.422E-28 2.466E-02 0.39999
+5.01187E+03 0.0000 -0.0033 5.631E-28 2.561E-02 0.39999
+4.89779E+03 0.0000 -0.0034 5.847E-28 2.659E-02 0.39999
+4.78630E+03 0.0000 -0.0036 6.072E-28 2.761E-02 0.39999
+4.67735E+03 0.0000 -0.0039 6.304E-28 2.867E-02 0.39999
+4.57088E+03 0.0000 -0.0042 6.546E-28 2.977E-02 0.39999
+4.46684E+03 0.0000 -0.0044 6.796E-28 3.091E-02 0.39999
+4.36516E+03 0.0000 -0.0047 7.055E-28 3.208E-02 0.39999
+4.26580E+03 0.0000 -0.0049 7.324E-28 3.331E-02 0.39999
+4.16869E+03 0.0000 -0.0051 7.603E-28 3.457E-02 0.39999
+4.07380E+03 0.0000 -0.0053 7.891E-28 3.589E-02 0.39999
+3.98107E+03 0.0000 -0.0055 8.190E-28 3.725E-02 0.39999
+3.89045E+03 0.0000 -0.0058 8.499E-28 3.865E-02 0.39999
+3.80189E+03 0.0000 -0.0060 8.819E-28 4.011E-02 0.39999
+3.71535E+03 0.0000 -0.0062 9.151E-28 4.161E-02 0.39999
+3.63078E+03 0.0000 -0.0064 9.494E-28 4.318E-02 0.39999
+3.54813E+03 0.0000 -0.0066 9.850E-28 4.479E-02 0.39999
+3.46737E+03 0.0000 -0.0069 1.022E-27 4.647E-02 0.39999
+3.38844E+03 0.0000 -0.0071 1.060E-27 4.821E-02 0.39999
+3.31131E+03 0.0000 -0.0073 1.100E-27 5.000E-02 0.39999
+3.23594E+03 0.0000 -0.0075 1.140E-27 5.186E-02 0.39999
+3.16228E+03 0.0000 -0.0077 1.183E-27 5.379E-02 0.39999
+3.09030E+03 0.0000 -0.0079 1.227E-27 5.578E-02 0.39999
+3.01995E+03 0.0000 -0.0081 1.272E-27 5.784E-02 0.39999
+2.95121E+03 0.0000 -0.0083 1.319E-27 5.998E-02 0.39999
+2.88403E+03 0.0000 -0.0085 1.367E-27 6.219E-02 0.39999
+2.81838E+03 0.0000 -0.0088 1.418E-27 6.447E-02 0.39999
+2.75423E+03 0.0000 -0.0090 1.470E-27 6.684E-02 0.39999
+2.69153E+03 0.0000 -0.0091 1.524E-27 6.929E-02 0.39999
+2.63027E+03 0.0000 -0.0093 1.579E-27 7.183E-02 0.39999
+2.57040E+03 0.0000 -0.0095 1.637E-27 7.445E-02 0.39999
+2.51189E+03 0.0000 -0.0097 1.697E-27 7.716E-02 0.39999
+2.45471E+03 0.0000 -0.0099 1.758E-27 7.997E-02 0.39999
+2.39883E+03 0.0000 -0.0101 1.822E-27 8.286E-02 0.39999
+2.34423E+03 0.0000 -0.0103 1.888E-27 8.586E-02 0.39999
+2.29087E+03 0.0000 -0.0105 1.956E-27 8.896E-02 0.39999
+2.23872E+03 0.0000 -0.0107 2.027E-27 9.217E-02 0.39999
+2.18776E+03 0.0000 -0.0109 2.100E-27 9.550E-02 0.39999
+2.13796E+03 0.0000 -0.0110 2.176E-27 9.894E-02 0.39999
+2.08930E+03 0.0000 -0.0112 2.254E-27 1.025E-01 0.39999
+2.04174E+03 0.0000 -0.0114 2.335E-27 1.062E-01 0.39999
+1.99526E+03 0.0000 -0.0116 2.419E-27 1.100E-01 0.39999
+1.94984E+03 0.0000 -0.0117 2.506E-27 1.140E-01 0.39999
+1.90546E+03 0.0000 -0.0119 2.596E-27 1.180E-01 0.39999
+1.86209E+03 0.0000 -0.0121 2.689E-27 1.223E-01 0.39999
+1.81970E+03 0.0000 -0.0122 2.785E-27 1.266E-01 0.39999
+1.77828E+03 0.0000 -0.0124 2.885E-27 1.312E-01 0.39999
+1.73780E+03 0.0000 -0.0125 2.988E-27 1.359E-01 0.39999
+1.69824E+03 0.0000 -0.0127 3.095E-27 1.408E-01 0.39999
+1.65959E+03 0.0000 -0.0128 3.206E-27 1.458E-01 0.39999
+1.62181E+03 0.0000 -0.0130 3.321E-27 1.510E-01 0.39999
+1.58489E+03 0.0000 -0.0131 3.440E-27 1.564E-01 0.39999
+1.54882E+03 0.0000 -0.0133 3.563E-27 1.620E-01 0.39999
+1.51356E+03 0.0000 -0.0134 3.690E-27 1.678E-01 0.39999
+1.47911E+03 0.0000 -0.0135 3.822E-27 1.738E-01 0.39999
+1.44544E+03 0.0000 -0.0137 3.959E-27 1.801E-01 0.39999
+1.41254E+03 0.0000 -0.0138 4.101E-27 1.865E-01 0.39999
+1.38038E+03 0.0000 -0.0139 4.248E-27 1.932E-01 0.39999
+1.34896E+03 0.0000 -0.0140 4.401E-27 2.001E-01 0.39999
+1.31826E+03 0.0000 -0.0141 4.559E-27 2.073E-01 0.39999
+1.28825E+03 0.0000 -0.0142 4.722E-27 2.147E-01 0.39999
+1.25893E+03 0.0000 -0.0144 4.891E-27 2.224E-01 0.39999
+1.23027E+03 0.0000 -0.0145 5.067E-27 2.304E-01 0.39999
+1.20226E+03 0.0000 -0.0146 5.250E-27 2.388E-01 0.40000
+1.17490E+03 0.0000 -0.0147 5.439E-27 2.473E-01 0.40000
+1.14815E+03 0.0000 -0.0148 5.634E-27 2.562E-01 0.40000
+1.12202E+03 0.0000 -0.0148 5.837E-27 2.655E-01 0.40000
+1.09648E+03 0.0000 -0.0149 6.048E-27 2.750E-01 0.40000
+1.07152E+03 0.0000 -0.0150 6.266E-27 2.850E-01 0.40000
+1.04713E+03 0.0000 -0.0151 6.493E-27 2.953E-01 0.40000
+1.02329E+03 0.0000 -0.0152 6.728E-27 3.060E-01 0.40000
+1.00000E+03 0.0000 -0.0153 6.972E-27 3.171E-01 0.40000
+9.77237E+02 0.0000 -0.0153 7.226E-27 3.286E-01 0.40000
+9.54993E+02 0.0000 -0.0154 7.489E-27 3.406E-01 0.40000
+9.33254E+02 0.0000 -0.0155 7.763E-27 3.530E-01 0.40000
+9.12011E+02 0.0000 -0.0155 8.046E-27 3.659E-01 0.40000
+8.91251E+02 0.0000 -0.0156 8.340E-27 3.793E-01 0.40000
+8.70964E+02 0.0000 -0.0156 8.645E-27 3.931E-01 0.40000
+8.51138E+02 0.0000 -0.0157 8.961E-27 4.075E-01 0.40000
+8.31764E+02 0.0000 -0.0157 9.289E-27 4.224E-01 0.40000
+8.12831E+02 0.0000 -0.0158 9.628E-27 4.379E-01 0.40000
+7.94328E+02 0.0000 -0.0158 9.981E-27 4.539E-01 0.40000
+7.76247E+02 0.0000 -0.0159 1.035E-26 4.705E-01 0.40000
+7.58578E+02 0.0000 -0.0159 1.073E-26 4.878E-01 0.40000
+7.41310E+02 0.0000 -0.0160 1.112E-26 5.058E-01 0.40000
+7.24436E+02 0.0000 -0.0160 1.154E-26 5.246E-01 0.40000
+7.07946E+02 0.0000 -0.0160 1.197E-26 5.442E-01 0.40000
+6.91831E+02 0.0000 -0.0160 1.242E-26 5.646E-01 0.40000
+6.76083E+02 0.0000 -0.0161 1.289E-26 5.861E-01 0.40000
+6.60693E+02 0.0000 -0.0161 1.338E-26 6.086E-01 0.40000
+6.45654E+02 0.0000 -0.0161 1.390E-26 6.321E-01 0.40000
+6.30957E+02 0.0000 -0.0161 1.444E-26 6.567E-01 0.40000
+6.16595E+02 0.0000 -0.0161 1.501E-26 6.826E-01 0.40000
+6.02560E+02 0.0000 -0.0161 1.561E-26 7.097E-01 0.40000
+5.88844E+02 0.0000 -0.0162 1.623E-26 7.380E-01 0.40000
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+5.24807E+02 0.0000 -0.0161 1.985E-26 9.026E-01 0.40000
+5.12861E+02 0.0000 -0.0161 2.069E-26 9.407E-01 0.40000
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+4.89779E+02 0.0000 -0.0161 2.249E-26 1.023E+00 0.40000
+4.78630E+02 0.0000 -0.0161 2.347E-26 1.067E+00 0.40000
+4.67735E+02 0.0000 -0.0161 2.449E-26 1.114E+00 0.40000
+4.57088E+02 0.0000 -0.0160 2.557E-26 1.163E+00 0.40000
+4.46684E+02 0.0000 -0.0160 2.671E-26 1.215E+00 0.40000
+4.36516E+02 0.0000 -0.0160 2.791E-26 1.269E+00 0.40000
+4.26580E+02 0.0000 -0.0159 2.917E-26 1.327E+00 0.40000
+4.16869E+02 0.0000 -0.0159 3.050E-26 1.387E+00 0.40000
+4.07380E+02 0.0000 -0.0158 3.190E-26 1.451E+00 0.40000
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+3.63078E+02 0.0000 -0.0155 4.020E-26 1.828E+00 0.40000
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+3.31131E+02 0.0000 -0.0152 4.870E-26 2.215E+00 0.40000
+3.23594E+02 0.0000 -0.0151 5.115E-26 2.326E+00 0.40000
+3.16228E+02 0.0000 -0.0150 5.373E-26 2.444E+00 0.40000
+3.09030E+02 0.0000 -0.0149 5.647E-26 2.568E+00 0.40000
+3.01995E+02 0.0000 -0.0148 5.937E-26 2.700E+00 0.40000
+2.95121E+02 0.0000 -0.0147 6.245E-26 2.840E+00 0.40000
+2.88403E+02 0.0000 -0.0146 6.570E-26 2.988E+00 0.40000
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+2.69153E+02 0.0000 -0.0141 7.673E-26 3.489E+00 0.40000
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+2.57040E+02 0.0000 -0.0138 8.526E-26 3.877E+00 0.40000
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+2.29087E+02 0.0000 -0.0128 1.088E-25 4.948E+00 0.40000
+2.23872E+02 0.0000 -0.0125 1.140E-25 5.184E+00 0.40000
+2.18776E+02 0.0000 -0.0123 1.195E-25 5.433E+00 0.40000
+2.13796E+02 0.0000 -0.0120 1.252E-25 5.694E+00 0.40000
+2.08930E+02 0.0000 -0.0117 1.313E-25 5.969E+00 0.40000
+2.04174E+02 0.0000 -0.0114 1.376E-25 6.257E+00 0.40000
+1.99526E+02 0.0000 -0.0110 1.442E-25 6.560E+00 0.40000
+1.94984E+02 0.0000 -0.0107 1.512E-25 6.877E+00 0.40000
+1.90546E+02 0.0000 -0.0103 1.586E-25 7.211E+00 0.40000
+1.86209E+02 0.0000 -0.0099 1.663E-25 7.563E+00 0.40000
+1.81970E+02 0.0000 -0.0095 1.744E-25 7.933E+00 0.40000
+1.77828E+02 0.0000 -0.0090 1.830E-25 8.322E+00 0.40000
+1.73780E+02 0.0000 -0.0085 1.921E-25 8.734E+00 0.40000
+1.69824E+02 0.0000 -0.0080 2.016E-25 9.168E+00 0.40000
+1.65959E+02 0.0000 -0.0074 2.117E-25 9.628E+00 0.40000
+1.62181E+02 0.0000 -0.0068 2.225E-25 1.012E+01 0.40000
+1.58489E+02 0.0000 -0.0061 2.340E-25 1.064E+01 0.40000
+1.54882E+02 0.0000 -0.0054 2.463E-25 1.120E+01 0.40000
+1.51356E+02 0.0000 -0.0046 2.597E-25 1.181E+01 0.40000
+1.47911E+02 0.0000 -0.0038 2.745E-25 1.248E+01 0.40000
+1.44544E+02 0.0000 -0.0029 2.907E-25 1.322E+01 0.40000
+1.41254E+02 0.0001 -0.0019 3.084E-25 1.402E+01 0.40000
+1.38038E+02 0.0001 -0.0008 3.260E-25 1.483E+01 0.40000
+1.34896E+02 0.0001  0.0003 3.412E-25 1.551E+01 0.40000
+1.31826E+02 0.0001  0.0016 3.543E-25 1.611E+01 0.40000
+1.28825E+02 0.0001  0.0029 3.679E-25 1.673E+01 0.40000
+1.25893E+02 0.0001  0.0043 3.829E-25 1.741E+01 0.40000
+1.23027E+02 0.0001  0.0059 3.997E-25 1.818E+01 0.40000
+1.20226E+02 0.0001  0.0075 4.181E-25 1.901E+01 0.40000
+1.17490E+02 0.0001  0.0092 4.381E-25 1.992E+01 0.40000
+1.14815E+02 0.0001  0.0110 4.596E-25 2.090E+01 0.40000
+1.12202E+02 0.0001  0.0129 4.828E-25 2.195E+01 0.40000
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+1.07152E+02 0.0001  0.0165 5.340E-25 2.428E+01 0.40000
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+1.02329E+02 0.0001  0.0196 5.922E-25 2.693E+01 0.40000
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+9.54993E+01 0.0001  0.0221 6.937E-25 3.154E+01 0.40000
+9.33254E+01 0.0001  0.0225 7.317E-25 3.327E+01 0.40000
+9.12011E+01 0.0001  0.0226 7.718E-25 3.510E+01 0.40000
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+7.94328E+01 0.0001  0.0131 1.068E-24 4.858E+01 0.40000
+7.76247E+01 0.0002  0.0099 1.128E-24 5.127E+01 0.40000
+7.58578E+01 0.0002  0.0067 1.190E-24 5.411E+01 0.40000
+7.41310E+01 0.0002  0.0033 1.255E-24 5.708E+01 0.40000
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+2.13796E+01 0.0016 -0.0814 1.424E-23 6.464E+02 0.39972
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+1.41254E+01 0.0104 -0.0944 1.168E-23 5.255E+02 0.39925
+1.38038E+01 0.0111 -0.0940 1.214E-23 5.460E+02 0.39922
+1.34896E+01 0.0114 -0.0935 1.318E-23 5.927E+02 0.39919
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+1.28825E+01 0.0115 -0.0927 1.606E-23 7.217E+02 0.39912
+1.25893E+01 0.0115 -0.0923 1.789E-23 8.044E+02 0.39908
+1.23027E+01 0.0115 -0.0920 1.980E-23 8.903E+02 0.39904
+1.20226E+01 0.0114 -0.0918 2.203E-23 9.905E+02 0.39899
+1.17490E+01 0.0113 -0.0913 2.454E-23 1.103E+03 0.39895
+1.14815E+01 0.0111 -0.0943 2.717E-23 1.222E+03 0.39886
+1.13000E+01 0.0112 -0.0921 2.908E-23 1.308E+03 0.39885 out-of-plane C-H bend
+1.12202E+01 0.0113 -0.0919 2.994E-23 1.346E+03 0.39884
+1.09648E+01 0.0113 -0.0915 3.284E-23 1.477E+03 0.39879
+1.07152E+01 0.0113 -0.0910 3.638E-23 1.636E+03 0.39874
+1.04713E+01 0.0111 -0.0906 4.071E-23 1.831E+03 0.39868
+1.03600E+01 0.0111 -0.0907 4.246E-23 1.909E+03 0.39865 N filter (7.70-12.97um)
+1.02329E+01 0.0113 -0.0908 4.399E-23 1.978E+03 0.39861
+1.00000E+01 0.0117 -0.0911 4.619E-23 2.076E+03 0.39854
+9.90000E+00 0.0119 -0.0911 4.724E-23 2.123E+03 0.39851
+9.80000E+00 0.0121 -0.0911 4.838E-23 2.174E+03 0.39848
+9.77237E+00 0.0121 -0.0911 4.870E-23 2.188E+03 0.39847
+9.70000E+00 0.0123 -0.0910 4.957E-23 2.227E+03 0.39844
+9.60000E+00 0.0125 -0.0911 5.061E-23 2.273E+03 0.39841
+9.54993E+00 0.0126 -0.0912 5.095E-23 2.288E+03 0.39839
+9.50000E+00 0.0128 -0.0913 5.114E-23 2.296E+03 0.39837
+9.40000E+00 0.0133 -0.0916 5.096E-23 2.287E+03 0.39833 8.60
+9.33254E+00 0.0138 -0.0919 5.034E-23 2.258E+03 0.39829
+9.12011E+00 0.0163 -0.0929 4.582E-23 2.050E+03 0.39819
+8.91251E+00 0.0204 -0.0935 3.941E-23 1.756E+03 0.39808
+8.70964E+00 0.0256 -0.0931 3.394E-23 1.504E+03 0.39799
+8.51138E+00 0.0316 -0.0921 2.994E-23 1.318E+03 0.39791
+8.31764E+00 0.0399 -0.0907 2.581E-23 1.127E+03 0.39783
+8.12831E+00 0.0536 -0.0889 2.096E-23 9.023E+02 0.39775
+7.94328E+00 0.0716 -0.0867 1.714E-23 7.235E+02 0.39768
+7.76247E+00 0.0917 -0.0842 1.464E-23 6.048E+02 0.39762
+7.62000E+00 0.1095 -0.0820 1.319E-23 5.340E+02 0.39757 C-C mode
+7.58578E+00 0.1141 -0.0814 1.287E-23 5.187E+02 0.39756
+7.41310E+00 0.1368 -0.0784 1.175E-23 4.614E+02 0.39751
+7.24436E+00 0.1546 -0.0751 1.137E-23 4.371E+02 0.39745
+7.07946E+00 0.1680 -0.0717 1.142E-23 4.322E+02 0.39740
+6.91831E+00 0.1789 -0.0681 1.169E-23 4.364E+02 0.39736
+6.76083E+00 0.1887 -0.0644 1.206E-23 4.451E+02 0.39732
+6.60693E+00 0.1977 -0.0604 1.251E-23 4.564E+02 0.39728
+6.45654E+00 0.2056 -0.0562 1.306E-23 4.717E+02 0.39724
+6.30957E+00 0.2101 -0.0528 1.385E-23 4.975E+02 0.39718
+6.25000E+00 0.2111 -0.0499 1.426E-23 5.115E+02 0.39721 C-C mode
+6.16595E+00 0.2163 -0.0471 1.458E-23 5.195E+02 0.39719
+6.02560E+00 0.2339 -0.0423 1.458E-23 5.079E+02 0.39718
+5.88844E+00 0.2476 -0.0372 1.487E-23 5.089E+02 0.39717
+5.75440E+00 0.2589 -0.0319 1.534E-23 5.169E+02 0.39716
+5.62341E+00 0.2694 -0.0262 1.588E-23 5.277E+02 0.39717
+5.49541E+00 0.2794 -0.0204 1.649E-23 5.402E+02 0.39718
+5.37032E+00 0.2891 -0.0144 1.713E-23 5.538E+02 0.39720
+5.24807E+00 0.2984 -0.0082 1.782E-23 5.684E+02 0.39722
+5.12861E+00 0.3075 -0.0017 1.854E-23 5.840E+02 0.39725
+5.01187E+00 0.3163  0.0049 1.931E-23 6.004E+02 0.39728
+4.89779E+00 0.3250  0.0115 2.011E-23 6.174E+02 0.39732
+4.78630E+00 0.3335  0.0183 2.095E-23 6.350E+02 0.39736
+4.75000E+00 0.3363  0.0205 2.124E-23 6.410E+02 0.39738 M filter
+4.67735E+00 0.3418  0.0251 2.183E-23 6.533E+02 0.39741
+4.57088E+00 0.3500  0.0320 2.274E-23 6.723E+02 0.39747
+4.46684E+00 0.3579  0.0390 2.369E-23 6.918E+02 0.39754
+4.36516E+00 0.3657  0.0461 2.468E-23 7.120E+02 0.39762
+4.26580E+00 0.3734  0.0532 2.571E-23 7.327E+02 0.39772
+4.16869E+00 0.3809  0.0602 2.678E-23 7.540E+02 0.39784
+4.07380E+00 0.3883  0.0673 2.788E-23 7.756E+02 0.39798
+4.05120E+00 0.3900  0.0690 2.815E-23 7.809E+02 0.39802 Br alpha (5-4)
+3.98107E+00 0.3956  0.0743 2.902E-23 7.976E+02 0.39815
+3.89045E+00 0.4028  0.0812 3.019E-23 8.199E+02 0.39834
+3.80189E+00 0.4099  0.0881 3.140E-23 8.426E+02 0.39857
+3.80000E+00 0.4100  0.0882 3.142E-23 8.431E+02 0.39857 Lprime filter
+3.71535E+00 0.4168  0.0948 3.265E-23 8.659E+02 0.39883
+3.63078E+00 0.4237  0.1015 3.394E-23 8.896E+02 0.39913
+3.54813E+00 0.4303  0.1081 3.528E-23 9.139E+02 0.39948
+3.46737E+00 0.4369  0.1146 3.666E-23 9.388E+02 0.39987
+3.45000E+00 0.4383  0.1159 3.696E-23 9.443E+02 0.39996 L filter
+3.38844E+00 0.4432  0.1209 3.809E-23 9.644E+02 0.40032
+3.31131E+00 0.4476  0.1271 3.972E-23 9.977E+02 0.40081
+3.23594E+00 0.4557  0.1332 4.106E-23 1.016E+03 0.40135
+3.16228E+00 0.4621  0.1392 4.258E-23 1.042E+03 0.40194
+3.09030E+00 0.4681  0.1449 4.418E-23 1.068E+03 0.40258
+3.01995E+00 0.4741  0.1506 4.583E-23 1.096E+03 0.40326
+2.95121E+00 0.4799  0.1560 4.754E-23 1.124E+03 0.40399
+2.88403E+00 0.4856  0.1613 4.930E-23 1.153E+03 0.40476
+2.81838E+00 0.4912  0.1665 5.112E-23 1.183E+03 0.40557
+2.75423E+00 0.4967  0.1714 5.300E-23 1.213E+03 0.40641
+2.69153E+00 0.5022  0.1762 5.493E-23 1.244E+03 0.40730
+2.63027E+00 0.5075  0.1808 5.693E-23 1.275E+03 0.40820
+2.62520E+00 0.5079  0.1812 5.710E-23 1.278E+03 0.40828 Br beta (6-4)
+2.57040E+00 0.5127  0.1853 5.900E-23 1.307E+03 0.40914
+2.51189E+00 0.5179  0.1896 6.113E-23 1.340E+03 0.41009
+2.45471E+00 0.5231  0.1937 6.333E-23 1.374E+03 0.41104
+2.39883E+00 0.5284  0.1977 6.562E-23 1.407E+03 0.41199
+2.34423E+00 0.5335  0.2015 6.798E-23 1.442E+03 0.41296
+2.29087E+00 0.5386  0.2052 7.042E-23 1.478E+03 0.41393
+2.23872E+00 0.5437  0.2088 7.295E-23 1.514E+03 0.41490
+2.19000E+00 0.5486  0.2122 7.547E-23 1.549E+03 0.41582 K filter
+2.18776E+00 0.5488  0.2124 7.558E-23 1.551E+03 0.41586
+2.16560E+00 0.5511  0.2139 7.678E-23 1.568E+03 0.41628 Br gamma (7-4)
+2.13796E+00 0.5539  0.2159 7.832E-23 1.589E+03 0.41682
+2.12180E+00 0.5556  0.2170 7.924E-23 1.601E+03 0.41713 H2 1-0 S(1)
+2.08930E+00 0.5590  0.2193 8.114E-23 1.628E+03 0.41777
+2.04174E+00 0.5641  0.2228 8.409E-23 1.667E+03 0.41871
+1.99526E+00 0.5692  0.2262 8.714E-23 1.707E+03 0.41964
+1.94984E+00 0.5743  0.2298 9.033E-23 1.749E+03 0.42055
+1.90546E+00 0.5795  0.2334 9.365E-23 1.791E+03 0.42146
+1.87500E+00 0.5831  0.2359 9.605E-23 1.821E+03 0.42209 Pa alpha (4-3)
+1.86209E+00 0.5847  0.2371 9.711E-23 1.834E+03 0.42236
+1.81970E+00 0.5899  0.2410 1.007E-22 1.878E+03 0.42326
+1.77828E+00 0.5951  0.2451 1.045E-22 1.924E+03 0.42417
+1.73780E+00 0.6003  0.2494 1.084E-22 1.971E+03 0.42508
+1.69824E+00 0.6055  0.2541 1.125E-22 2.019E+03 0.42601
+1.65959E+00 0.6107  0.2591 1.168E-22 2.068E+03 0.42697
+1.63000E+00 0.6148  0.2633 1.203E-22 2.108E+03 0.42773 H
+1.62181E+00 0.6159  0.2645 1.213E-22 2.119E+03 0.42795
+1.58489E+00 0.6212  0.2703 1.260E-22 2.171E+03 0.42896
+1.54882E+00 0.6264  0.2766 1.309E-22 2.224E+03 0.43003
+1.51356E+00 0.6317  0.2833 1.361E-22 2.279E+03 0.43115
+1.47911E+00 0.6370  0.2906 1.415E-22 2.335E+03 0.43233
+1.44544E+00 0.6423  0.2984 1.471E-22 2.393E+03 0.43358
+1.41254E+00 0.6477  0.3069 1.531E-22 2.453E+03 0.43493
+1.38038E+00 0.6530  0.3159 1.594E-22 2.516E+03 0.43636
+1.34896E+00 0.6583  0.3254 1.660E-22 2.580E+03 0.43790
+1.31826E+00 0.6636  0.3354 1.730E-22 2.647E+03 0.43955
+1.28825E+00 0.6689  0.3459 1.803E-22 2.716E+03 0.44129
+1.28180E+00 0.6700  0.3482 1.820E-22 2.731E+03 0.44169 Pa beta (5-3)
+1.25893E+00 0.6742  0.3566 1.881E-22 2.787E+03 0.44314
+1.23027E+00 0.6796  0.3675 1.963E-22 2.860E+03 0.44505
+1.22000E+00 0.6816  0.3715 1.994E-22 2.888E+03 0.44577 J filter
+1.20226E+00 0.6850  0.3785 2.050E-22 2.937E+03 0.44705
+1.17490E+00 0.6903  0.3894 2.141E-22 3.015E+03 0.44912
+1.14815E+00 0.6956  0.4001 2.236E-22 3.096E+03 0.45126
+1.12202E+00 0.7008  0.4104 2.336E-22 3.179E+03 0.45346
+1.09648E+00 0.7058  0.4204 2.440E-22 3.264E+03 0.45572
+1.07152E+00 0.7108  0.4299 2.548E-22 3.351E+03 0.45805
+1.04713E+00 0.7156  0.4390 2.659E-22 3.439E+03 0.46045
+1.02329E+00 0.7202  0.4475 2.774E-22 3.529E+03 0.46294
+1.00000E+00 0.7246  0.4555 2.892E-22 3.621E+03 0.46555
+9.77237E-01 0.7288  0.4631 3.012E-22 3.715E+03 0.46830
+9.54993E-01 0.7328  0.4704 3.135E-22 3.810E+03 0.47123
+9.33254E-01 0.7365  0.4774 3.260E-22 3.907E+03 0.47437
+9.12011E-01 0.7400  0.4841 3.388E-22 4.006E+03 0.47775
+8.93000E-01 0.7430  0.4902 3.507E-22 4.099E+03 0.48107 z (SDSS)
+8.91251E-01 0.7433  0.4908 3.519E-22 4.108E+03 0.48139
+8.70964E-01 0.7464  0.4974 3.652E-22 4.212E+03 0.48530
+8.65500E-01 0.7472  0.4992 3.689E-22 4.241E+03 0.48641 I_J filter
+8.51138E-01 0.7492  0.5040 3.788E-22 4.320E+03 0.48948
+8.31764E-01 0.7518  0.5106 3.927E-22 4.432E+03 0.49391
+8.12831E-01 0.7542  0.5173 4.069E-22 4.548E+03 0.49857
+8.02000E-01 0.7556  0.5211 4.153E-22 4.617E+03 0.50137 I_C filter
+7.94328E-01 0.7565  0.5239 4.214E-22 4.668E+03 0.50342
+7.76247E-01 0.7585  0.5304 4.363E-22 4.791E+03 0.50841
+7.58578E-01 0.7604  0.5369 4.513E-22 4.917E+03 0.51349
+7.48000E-01 0.7615  0.5407 4.606E-22 4.997E+03 0.51662 i (SDSS)
+7.41310E-01 0.7621  0.5432 4.666E-22 5.048E+03 0.51863
+7.24436E-01 0.7636  0.5492 4.820E-22 5.183E+03 0.52377
+7.07946E-01 0.7648  0.5550 4.976E-22 5.323E+03 0.52889
+6.91831E-01 0.7658  0.5606 5.133E-22 5.467E+03 0.53396
+6.76083E-01 0.7664  0.5658 5.290E-22 5.618E+03 0.53896
+6.60693E-01 0.7669  0.5707 5.447E-22 5.775E+03 0.54388
+6.56200E-01 0.7669  0.5721 5.494E-22 5.823E+03 0.54532 H alpha (3-2)
+6.49200E-01 0.7670  0.5742 5.567E-22 5.898E+03 0.54756 R_C filter
+6.45654E-01 0.7670  0.5753 5.605E-22 5.938E+03 0.54870
+6.41500E-01 0.7671  0.5765 5.649E-22 5.984E+03 0.55003 R_J filter
+6.30957E-01 0.7670  0.5796 5.762E-22 6.106E+03 0.55340
+6.16595E-01 0.7667  0.5836 5.919E-22 6.281E+03 0.55797
+6.16500E-01 0.7667  0.5836 5.920E-22 6.283E+03 0.55800 r (SDSS) filter
+6.02560E-01 0.7661  0.5873 6.076E-22 6.463E+03 0.56240
+5.88844E-01 0.7652  0.5907 6.231E-22 6.653E+03 0.56667
+5.75440E-01 0.7641  0.5939 6.384E-22 6.850E+03 0.57076
+5.62341E-01 0.7626  0.5967 6.536E-22 7.056E+03 0.57466
+5.55000E-01 0.7617  0.5982 6.622E-22 7.177E+03 0.57679 y (Stromgren) filter
+5.49541E-01 0.7609  0.5992 6.686E-22 7.269E+03 0.57835
+5.47000E-01 0.7605  0.5997 6.715E-22 7.313E+03 0.57907 V filter
+5.37032E-01 0.7589  0.6014 6.832E-22 7.491E+03 0.58181
+5.24807E-01 0.7566  0.6033 6.976E-22 7.721E+03 0.58504
+5.12861E-01 0.7540  0.6048 7.116E-22 7.961E+03 0.58804
+5.01187E-01 0.7510  0.6060 7.252E-22 8.210E+03 0.59079
+4.89779E-01 0.7478  0.6069 7.384E-22 8.470E+03 0.59328
+4.86100E-01 0.7466  0.6071 7.427E-22 8.558E+03 0.59404 H beta (4-2)
+4.78630E-01 0.7441  0.6074 7.512E-22 8.741E+03 0.59553
+4.70000E-01 0.7410  0.6077 7.609E-22 8.962E+03 0.59714 b (Stromgren)
+4.68500E-01 0.7404  0.6077 7.625E-22 9.001E+03 0.59741 g (SDSS) filter
+4.67735E-01 0.7401  0.6077 7.634E-22 9.021E+03 0.59755
+4.57088E-01 0.7359  0.6077 7.751E-22 9.310E+03 0.59930
+4.46684E-01 0.7313  0.6073 7.862E-22 9.608E+03 0.60080
+4.40500E-01 0.7284  0.6069 7.926E-22 9.792E+03 0.60159 B filter
+4.36516E-01 0.7264  0.6066 7.967E-22 9.913E+03 0.60205
+4.26580E-01 0.7212  0.6057 8.067E-22 1.023E+04 0.60303
+4.16869E-01 0.7157  0.6044 8.162E-22 1.055E+04 0.60377
+4.10000E-01 0.7116  0.6033 8.228E-22 1.079E+04 0.60415 v (Stromgren) filter
+4.07380E-01 0.7100  0.6029 8.253E-22 1.088E+04 0.60427
+3.98107E-01 0.7040  0.6011 8.338E-22 1.123E+04 0.60455
+3.89045E-01 0.6977  0.5991 8.419E-22 1.157E+04 0.60465
+3.80189E-01 0.6912  0.5970 8.497E-22 1.193E+04 0.60460
+3.71535E-01 0.6845  0.5947 8.573E-22 1.230E+04 0.60440
+3.63500E-01 0.6779  0.5923 8.643E-22 1.266E+04 0.60410 U filter
+3.63078E-01 0.6775  0.5922 8.647E-22 1.268E+04 0.60408
+3.55000E-01 0.6706  0.5897 8.718E-22 1.306E+04 0.60369 u (SDSS) filter
+3.54813E-01 0.6704  0.5896 8.720E-22 1.307E+04 0.60368
+3.50000E-01 0.6662  0.5881 8.763E-22 1.330E+04 0.60344 u (Stromgren) filter
+3.46737E-01 0.6632  0.5870 8.793E-22 1.347E+04 0.60328
+3.38844E-01 0.6560  0.5844 8.868E-22 1.387E+04 0.60291
+3.31131E-01 0.6487  0.5819 8.945E-22 1.429E+04 0.60265
+3.23594E-01 0.6415  0.5796 9.026E-22 1.472E+04 0.60256
+3.16228E-01 0.6343  0.5775 9.112E-22 1.515E+04 0.60269
+3.09030E-01 0.6273  0.5758 9.205E-22 1.560E+04 0.60308
+3.01995E-01 0.6206  0.5745 9.301E-22 1.605E+04 0.60377
+2.95121E-01 0.6156  0.5735 9.384E-22 1.640E+04 0.60477
+2.88403E-01 0.6105  0.5728 9.482E-22 1.680E+04 0.60602
+2.81838E-01 0.6053  0.5723 9.603E-22 1.724E+04 0.60744
+2.75423E-01 0.5994  0.5721 9.747E-22 1.776E+04 0.60915
+2.69153E-01 0.5913  0.5726 9.930E-22 1.846E+04 0.61129
+2.63027E-01 0.5815  0.5734 1.015E-21 1.931E+04 0.61360
+2.57040E-01 0.5737  0.5748 1.040E-21 2.016E+04 0.61583
+2.51189E-01 0.5610  0.5762 1.072E-21 2.139E+04 0.61821
+2.45471E-01 0.5465  0.5787 1.104E-21 2.278E+04 0.62094
+2.39883E-01 0.5281  0.5791 1.157E-21 2.484E+04 0.62260
+2.34423E-01 0.5063  0.5819 1.210E-21 2.717E+04 0.62517
+2.29087E-01 0.4835  0.5855 1.264E-21 2.968E+04 0.62790
+2.23872E-01 0.4632  0.5897 1.309E-21 3.196E+04 0.63068
+2.22500E-01 0.4586  0.5910 1.319E-21 3.247E+04 0.63145
+2.20000E-01 0.4512  0.5937 1.331E-21 3.322E+04 0.63303
+2.18776E-01 0.4481  0.5952 1.334E-21 3.348E+04 0.63395
+2.17500E-01 0.4455  0.5971 1.335E-21 3.365E+04 0.63499 2175 A feature
+2.15000E-01 0.4419  0.6012 1.328E-21 3.371E+04 0.63731
+2.13796E-01 0.4410  0.6034 1.322E-21 3.360E+04 0.63849
+2.12500E-01 0.4407  0.6057 1.313E-21 3.340E+04 0.63980
+2.08930E-01 0.4420  0.6126 1.281E-21 3.250E+04 0.64373
+2.04174E-01 0.4469  0.6233 1.225E-21 3.082E+04 0.64992
+1.99526E-01 0.4515  0.6357 1.168E-21 2.914E+04 0.65743
+1.94984E-01 0.4537  0.6496 1.117E-21 2.776E+04 0.66616
+1.90546E-01 0.4524  0.6644 1.075E-21 2.676E+04 0.67591
+1.86209E-01 0.4486  0.6793 1.040E-21 2.609E+04 0.68612
+1.81970E-01 0.4422  0.6945 1.013E-21 2.569E+04 0.69693
+1.77828E-01 0.4346  0.7094 9.910E-22 2.548E+04 0.70788
+1.73780E-01 0.4268  0.7233 9.734E-22 2.537E+04 0.71845
+1.69824E-01 0.4200  0.7352 9.597E-22 2.532E+04 0.72805
+1.65959E-01 0.4143  0.7452 9.495E-22 2.529E+04 0.73648
+1.62181E-01 0.4101  0.7527 9.436E-22 2.531E+04 0.74343
+1.58489E-01 0.4076  0.7579 9.417E-22 2.537E+04 0.74885
+1.54882E-01 0.4063  0.7613 9.434E-22 2.547E+04 0.75309
+1.51356E-01 0.4057  0.7639 9.480E-22 2.562E+04 0.75675
+1.47911E-01 0.4055  0.7661 9.557E-22 2.584E+04 0.75984
+1.44544E-01 0.4051  0.7684 9.663E-22 2.614E+04 0.76250
+1.41254E-01 0.4041  0.7706 9.792E-22 2.654E+04 0.76457
+1.38038E-01 0.4028  0.7714 9.942E-22 2.700E+04 0.76544
+1.34896E-01 0.4007  0.7709 1.011E-21 2.756E+04 0.76543
+1.31826E-01 0.3977  0.7695 1.030E-21 2.822E+04 0.76495
+1.28825E-01 0.3918  0.7675 1.055E-21 2.919E+04 0.76437
+1.25893E-01 0.3858  0.7653 1.080E-21 3.017E+04 0.76396
+1.23027E-01 0.3792  0.7629 1.106E-21 3.123E+04 0.76374
+1.21500E-01 0.3756  0.7615 1.121E-21 3.182E+04 0.76363 Lyman alpha
+1.20226E-01 0.3725  0.7602 1.133E-21 3.234E+04 0.76354
+1.17490E-01 0.3659  0.7570 1.162E-21 3.350E+04 0.76306
+1.14815E-01 0.3598  0.7527 1.192E-21 3.470E+04 0.76199
+1.12202E-01 0.3551  0.7451 1.224E-21 3.590E+04 0.75907
+1.10000E-01 0.3508  0.7395 1.254E-21 3.701E+04 0.75706
+1.09648E-01 0.3500  0.7387 1.259E-21 3.721E+04 0.75680
+1.07152E-01 0.3448  0.7323 1.298E-21 3.866E+04 0.75449
+1.04713E-01 0.3383  0.7289 1.336E-21 4.020E+04 0.75400
+1.02329E-01 0.3314  0.7273 1.372E-21 4.171E+04 0.75464
+1.00000E-01 0.3250  0.7267 1.406E-21 4.315E+04 0.75555
+9.77237E-02 0.3204  0.7245 1.438E-21 4.445E+04 0.75534
+9.54993E-02 0.3147  0.7251 1.469E-21 4.578E+04 0.75676
+9.33254E-02 0.3080  0.7281 1.498E-21 4.713E+04 0.75958
+9.12011E-02 0.3006  0.7320 1.528E-21 4.858E+04 0.76282
+9.12000E-02 0.3006  0.7320 1.528E-21 4.859E+04 0.76282 Lyman edge
+8.91251E-02 0.2915  0.7383 1.558E-21 5.019E+04 0.76760
+8.70964E-02 0.2840  0.7403 1.599E-21 5.207E+04 0.76960
+8.51138E-02 0.2763  0.7404 1.652E-21 5.437E+04 0.77034
+8.31764E-02 0.2675  0.7394 1.717E-21 5.720E+04 0.77046
+8.12831E-02 0.2575  0.7374 1.799E-21 6.074E+04 0.76983
+7.94328E-02 0.2461  0.7349 1.899E-21 6.512E+04 0.76883
+7.76247E-02 0.2337  0.7324 2.019E-21 7.036E+04 0.76766
+7.58578E-02 0.2204  0.7327 2.147E-21 7.611E+04 0.76809
+7.41310E-02 0.2093  0.7344 2.260E-21 8.126E+04 0.76941
+7.24436E-02 0.2033  0.7375 2.317E-21 8.395E+04 0.77144
+7.07946E-02 0.2044  0.7411 2.292E-21 8.292E+04 0.77377
+6.91831E-02 0.2109  0.7462 2.200E-21 7.895E+04 0.77690
+6.76083E-02 0.2194  0.7543 2.083E-21 7.395E+04 0.78186
+6.60693E-02 0.2273  0.7638 1.975E-21 6.939E+04 0.78771
+6.45654E-02 0.2363  0.7737 1.864E-21 6.473E+04 0.79392
+6.30957E-02 0.2468  0.7828 1.754E-21 6.008E+04 0.79975
+6.16595E-02 0.2589  0.7915 1.644E-21 5.541E+04 0.80547
+6.02560E-02 0.2734  0.7996 1.533E-21 5.067E+04 0.81076
+5.88844E-02 0.2907  0.8071 1.422E-21 4.587E+04 0.81578
+5.75440E-02 0.3149  0.8143 1.296E-21 4.039E+04 0.82060
+5.62341E-02 0.3202  0.8210 1.260E-21 3.896E+04 0.82523
+5.49541E-02 0.3267  0.8276 1.222E-21 3.740E+04 0.82975
+5.37032E-02 0.3338  0.8339 1.184E-21 3.587E+04 0.83405
+5.24807E-02 0.3410  0.8399 1.149E-21 3.445E+04 0.83811
+5.12861E-02 0.3484  0.8456 1.117E-21 3.309E+04 0.84198
+5.01187E-02 0.3559  0.8511 1.086E-21 3.181E+04 0.84566
+4.89779E-02 0.3633  0.8564 1.057E-21 3.062E+04 0.84920
+4.88100E-02 0.3643  0.8572 1.053E-21 3.044E+04 0.84973 He I ionization edge
+4.78630E-02 0.3706  0.8617 1.030E-21 2.948E+04 0.85274
+4.67735E-02 0.3789  0.8672 1.002E-21 2.829E+04 0.85644
+4.57088E-02 0.3866  0.8728 9.752E-22 2.720E+04 0.86030
+4.46684E-02 0.3925  0.8785 9.538E-22 2.635E+04 0.86445
+4.36516E-02 0.3998  0.8843 9.297E-22 2.538E+04 0.86872
+4.26580E-02 0.4071  0.8905 9.052E-22 2.441E+04 0.87348
+4.16869E-02 0.4087  0.8975 8.893E-22 2.391E+04 0.87967
+4.07380E-02 0.4097  0.9035 8.768E-22 2.354E+04 0.88517
+3.98107E-02 0.4114  0.9085 8.648E-22 2.315E+04 0.88989
+3.89045E-02 0.4132  0.9134 8.531E-22 2.276E+04 0.89455
+3.80189E-02 0.4142  0.9179 8.432E-22 2.246E+04 0.89901
+3.71535E-02 0.4151  0.9220 8.342E-22 2.219E+04 0.90314
+3.63078E-02 0.4161  0.9264 8.242E-22 2.189E+04 0.90760
+3.54813E-02 0.4140  0.9313 8.162E-22 2.175E+04 0.91285
+3.46737E-02 0.3992  0.9330 8.405E-22 2.297E+04 0.91517
+3.38844E-02 0.3982  0.9334 8.467E-22 2.317E+04 0.91554
+3.31131E-02 0.4050  0.9346 8.354E-22 2.260E+04 0.91655
+3.23594E-02 0.4095  0.9369 8.245E-22 2.214E+04 0.91885
+3.16228E-02 0.4139  0.9392 8.140E-22 2.170E+04 0.92117
+3.09030E-02 0.4182  0.9416 8.036E-22 2.126E+04 0.92361
+3.01995E-02 0.4222  0.9439 7.935E-22 2.085E+04 0.92613
+2.95121E-02 0.4262  0.9463 7.836E-22 2.045E+04 0.92869
+2.88403E-02 0.4299  0.9487 7.739E-22 2.006E+04 0.93131
+2.81838E-02 0.4334  0.9511 7.644E-22 1.970E+04 0.93398
+2.75423E-02 0.4362  0.9535 7.554E-22 1.937E+04 0.93673
+2.69153E-02 0.4396  0.9556 7.472E-22 1.904E+04 0.93916
+2.63027E-02 0.4428  0.9578 7.387E-22 1.872E+04 0.94167
+2.57040E-02 0.4455  0.9600 7.302E-22 1.842E+04 0.94433
+2.51189E-02 0.4475  0.9622 7.221E-22 1.814E+04 0.94699
+2.45471E-02 0.4490  0.9643 7.139E-22 1.789E+04 0.94969
+2.39883E-02 0.4488  0.9665 7.056E-22 1.769E+04 0.95259
+2.34423E-02 0.4469  0.9684 6.997E-22 1.760E+04 0.95514
+2.29087E-02 0.4500  0.9679 7.074E-22 1.769E+04 0.95468
+2.27900E-02 0.4539  0.9673 7.091E-22 1.761E+04 0.95378 He II ionization edge
+2.23872E-02 0.4649  0.9670 7.056E-22 1.717E+04 0.95295
+2.18776E-02 0.4711  0.9693 6.947E-22 1.671E+04 0.95558
+2.13796E-02 0.4720  0.9715 6.865E-22 1.648E+04 0.95849
+2.08930E-02 0.4739  0.9732 6.801E-22 1.627E+04 0.96070
+2.04174E-02 0.4752  0.9747 6.747E-22 1.610E+04 0.96268
+1.99526E-02 0.4778  0.9756 6.718E-22 1.595E+04 0.96386
+1.94984E-02 0.4834  0.9765 6.678E-22 1.569E+04 0.96491
+1.90546E-02 0.4876  0.9777 6.625E-22 1.544E+04 0.96648
+1.86209E-02 0.4907  0.9790 6.568E-22 1.521E+04 0.96829
+1.81970E-02 0.4924  0.9804 6.509E-22 1.502E+04 0.97022
+1.77828E-02 0.4935  0.9815 6.469E-22 1.490E+04 0.97168
+1.73780E-02 0.4969  0.9824 6.430E-22 1.471E+04 0.97292
+1.69824E-02 0.4991  0.9833 6.389E-22 1.455E+04 0.97425
+1.65959E-02 0.5030  0.9842 6.351E-22 1.435E+04 0.97540
+1.62181E-02 0.5052  0.9851 6.306E-22 1.419E+04 0.97677
+1.58489E-02 0.5076  0.9860 6.265E-22 1.403E+04 0.97800
+1.54882E-02 0.5101  0.9868 6.226E-22 1.387E+04 0.97918
+1.51356E-02 0.5125  0.9876 6.186E-22 1.371E+04 0.98032
+1.47911E-02 0.5148  0.9883 6.145E-22 1.356E+04 0.98145
+1.44544E-02 0.5169  0.9891 6.106E-22 1.341E+04 0.98251
+1.41254E-02 0.5189  0.9898 6.063E-22 1.326E+04 0.98358
+1.38038E-02 0.5204  0.9905 6.019E-22 1.313E+04 0.98464
+1.34896E-02 0.5200  0.9912 5.966E-22 1.302E+04 0.98575
+1.31826E-02 0.5211  0.9915 5.954E-22 1.297E+04 0.98625
+1.28825E-02 0.5231  0.9922 5.899E-22 1.279E+04 0.98730
+1.25893E-02 0.5233  0.9927 5.854E-22 1.269E+04 0.98814
+1.23985E-02 0.5219  0.9931 5.809E-22 1.263E+04 0.98881 100 eV
+1.23027E-02 0.5206  0.9933 5.790E-22 1.262E+04 0.98909
+1.20226E-02 0.5116  0.9940 5.692E-22 1.264E+04 0.99014
+1.19220E-02 0.5035  0.9941 5.671E-22 1.281E+04 0.99038 104 eV
+1.18080E-02 0.5036  0.9934 5.833E-22 1.317E+04 0.98944 105 eV
+1.17630E-02 0.5082  0.9930 5.904E-22 1.321E+04 0.98874 105.4 eV
+1.17490E-02 0.5099  0.9928 5.925E-22 1.321E+04 0.98847
+1.17410E-02 0.5110  0.9927 5.938E-22 1.320E+04 0.98830 105.6 eV Si L_23 peak
+1.17190E-02 0.5142  0.9925 5.951E-22 1.315E+04 0.98803 105.8 eV
+1.16967E-02 0.5173  0.9924 5.960E-22 1.308E+04 0.98780 106 eV
+1.14815E-02 0.5325  0.9930 5.891E-22 1.252E+04 0.98860
+1.12202E-02 0.5326  0.9938 5.821E-22 1.237E+04 0.98978
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+7.97840E-03 0.5700  0.9974 5.424E-22 1.061E+04 0.99563 155.4 eV
+7.96810E-03 0.5705  0.9974 5.429E-22 1.060E+04 0.99561 155.6 eV Si L_1 peak
+7.95790E-03 0.5713  0.9974 5.433E-22 1.059E+04 0.99559 155.8 eV
+7.94328E-03 0.5726  0.9974 5.437E-22 1.057E+04 0.99558
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+4.41220E-03 0.6529  0.9996 4.262E-22 6.728E+03 0.99925 281.0 eV
+4.39660E-03 0.6642  0.9996 4.390E-22 6.703E+03 0.99927 282.0 eV
+4.38110E-03 0.6792  0.9996 4.663E-22 6.803E+03 0.99928 283.0 eV
+4.37330E-03 0.6874  0.9996 4.863E-22 6.912E+03 0.99924 283.5 eV
+4.36560E-03 0.6855  0.9994 5.208E-22 7.449E+03 0.99904 284.0 eV
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+4.35800E-03 0.5720  0.9990 5.922E-22 1.153E+04 0.99858 284.5 eV
+4.35030E-03 0.5124  0.9987 6.493E-22 1.440E+04 0.99827 285.0 eV
+4.34730E-03 0.4986  0.9987 6.646E-22 1.515E+04 0.99820 285.2 eV
+4.34420E-03 0.4905  0.9986 6.746E-22 1.563E+04 0.99814 285.4 eV C K peak
+4.34120E-03 0.4954  0.9987 6.639E-22 1.523E+04 0.99827 285.6 eV
+4.33810E-03 0.5088  0.9989 6.412E-22 1.432E+04 0.99847 285.8 eV
+4.33510E-03 0.5325  0.9992 6.021E-22 1.280E+04 0.99879 286.0 eV
+4.32750E-03 0.5496  0.9994 5.691E-22 1.166E+04 0.99902 286.5 eV
+4.32000E-03 0.5589  0.9995 5.502E-22 1.103E+04 0.99912 287.0 eV
+4.30500E-03 0.5634  0.9995 5.393E-22 1.071E+04 0.99917 288.0 eV
+4.29010E-03 0.5687  0.9995 5.309E-22 1.041E+04 0.99921 289.0 eV
+4.27530E-03 0.5760  0.9996 5.166E-22 9.962E+03 0.99926 290.0 eV
+4.26800E-03 0.5771  0.9996 5.115E-22 9.839E+03 0.99927 290.5 eV
+4.26579E-03 0.5773  0.9996 5.106E-22 9.816E+03 0.99928
+4.26060E-03 0.5780  0.9996 5.103E-22 9.793E+03 0.99928 291.0 eV
+4.25770E-03 0.5723  0.9996 5.225E-22 1.016E+04 0.99925 291.2 eV
+4.25330E-03 0.5556  0.9995 5.520E-22 1.115E+04 0.99916 291.5 eV
+4.24600E-03 0.5468  0.9994 5.657E-22 1.166E+04 0.99911 292.0 eV
+4.23150E-03 0.5469  0.9994 5.685E-22 1.171E+04 0.99910 293.0 eV
+4.21710E-03 0.5500  0.9994 5.674E-22 1.161E+04 0.99910 294.0 eV
+4.20280E-03 0.5538  0.9994 5.651E-22 1.147E+04 0.99911 295.0 eV
+4.18860E-03 0.5588  0.9994 5.623E-22 1.128E+04 0.99912 296.0 eV
+4.17450E-03 0.5686  0.9995 5.506E-22 1.080E+04 0.99917 297.0 eV
+4.16869E-03 0.5702  0.9995 5.483E-22 1.072E+04 0.99919
+4.16050E-03 0.5713  0.9995 5.462E-22 1.065E+04 0.99920 298.0 eV
+4.14660E-03 0.5746  0.9995 5.425E-22 1.049E+04 0.99922 299.0 eV
+4.13280E-03 0.5782  0.9995 5.366E-22 1.029E+04 0.99925 300.0 eV
+4.10540E-03 0.5752  0.9996 5.376E-22 1.039E+04 0.99927 302.0 eV
+4.07840E-03 0.5697  0.9995 5.484E-22 1.073E+04 0.99924 304.0 eV
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+4.05180E-03 0.5692  0.9995 5.519E-22 1.081E+04 0.99923 306.0 eV
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+2.34820E-03 0.6469  0.9998 2.715E-22 4.359E+03 0.99977 528.0 eV
+2.34423E-03 0.6240  0.9998 2.719E-22 4.649E+03 0.99977
+2.33930E-03 0.6148  0.9998 2.685E-22 4.703E+03 0.99977 530.0 eV
+2.33490E-03 0.6057  0.9998 2.615E-22 4.689E+03 0.99976 531.0 eV
+2.33050E-03 0.5867  0.9998 2.519E-22 4.735E+03 0.99975 532.0 eV
+2.32620E-03 0.5553  0.9998 2.447E-22 4.949E+03 0.99974 533.0 eV
+2.32180E-03 0.5219  0.9998 2.323E-22 5.050E+03 0.99972 534.0 eV
+2.31750E-03 0.4479  0.9998 2.220E-22 5.575E+03 0.99968 535.0 eV
+2.31310E-03 0.3674  0.9997 2.381E-22 6.849E+03 0.99964 536.0 eV
+2.31100E-03 0.3532  0.9997 2.633E-22 7.743E+03 0.99965 536.5 eV
+2.30880E-03 0.3801  0.9998 3.228E-22 9.100E+03 0.99969 537.0 eV
+2.30710E-03 0.4061  0.9998 3.556E-22 9.605E+03 0.99970 537.4 eV
+2.30630E-03 0.4177  0.9998 3.649E-22 9.662E+03 0.99971 537.6 eV O K peak
+2.30540E-03 0.4311  0.9998 3.713E-22 9.605E+03 0.99971 537.8 eV
+2.30450E-03 0.4444  0.9998 3.766E-22 9.516E+03 0.99972 538.0 eV
+2.30240E-03 0.4720  0.9998 3.798E-22 9.119E+03 0.99973 538.5 eV
+2.30030E-03 0.4993  0.9998 3.809E-22 8.673E+03 0.99975 539.0 eV
+2.29960E-03 0.5069  0.9998 3.793E-22 8.506E+03 0.99975 540.0 eV
+2.29180E-03 0.5296  0.9998 3.504E-22 7.496E+03 0.99977 541.0 eV
+2.29087E-03 0.5291  0.9998 3.486E-22 7.466E+03 0.99977
+2.28750E-03 0.5279  0.9998 3.440E-22 7.385E+03 0.99977 542.0 eV
+2.28330E-03 0.5214  0.9998 3.375E-22 7.347E+03 0.99977 543.0 eV
+2.27910E-03 0.5062  0.9998 3.369E-22 7.566E+03 0.99976 544.0 eV
+2.27490E-03 0.4989  0.9998 3.463E-22 7.892E+03 0.99976 545.0 eV
+2.27290E-03 0.5033  0.9998 3.542E-22 8.002E+03 0.99976 545.5 eV
+2.27080E-03 0.5163  0.9998 3.594E-22 7.906E+03 0.99977 546.0 eV
+2.26660E-03 0.5358  0.9998 3.620E-22 7.641E+03 0.99977 547.0 eV
+2.26250E-03 0.5492  0.9999 3.617E-22 7.415E+03 0.99978 548.0 eV
+2.25840E-03 0.5618  0.9999 3.566E-22 7.107E+03 0.99978 549.0 eV
+2.25430E-03 0.5607  0.9999 3.504E-22 7.000E+03 0.99978 550.0 eV
+2.25020E-03 0.5561  0.9999 3.429E-22 6.924E+03 0.99978 551.0 eV
+2.24610E-03 0.5376  0.9998 3.394E-22 7.139E+03 0.99978 552.0 eV
+2.24200E-03 0.5270  0.9998 3.465E-22 7.453E+03 0.99978 553.0 eV
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+2.23390E-03 0.5361  0.9999 3.532E-22 7.451E+03 0.99978 555.0 eV
+2.22750E-03 0.5365  0.9999 3.622E-22 7.635E+03 0.99978 556.6 eV
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+2.22190E-03 0.5584  0.9999 3.701E-22 7.432E+03 0.99979 558.0 eV
+2.21800E-03 0.5732  0.9999 3.708E-22 7.196E+03 0.99979 559.0 eV
+2.21400E-03 0.5829  0.9999 3.690E-22 6.999E+03 0.99980 560.0 eV
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+2.13796E-03 0.6109  0.9999 3.441E-22 6.089E+03 0.99982
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+1.77828E-03 0.6154  0.9999 2.551E-22 4.463E+03 0.99988
+1.77120E-03 0.6034  0.9999 2.458E-22 4.434E+03 0.99987 700.0 eV
+1.76870E-03 0.5969  0.9999 2.414E-22 4.424E+03 0.99987 701.0 eV
+1.76620E-03 0.5881  0.9999 2.357E-22 4.415E+03 0.99987 702.0 eV
+1.76360E-03 0.5750  0.9999 2.280E-22 4.407E+03 0.99987 703.0 eV
+1.76110E-03 0.5542  0.9999 2.171E-22 4.400E+03 0.99986 704.0 eV
+1.75860E-03 0.5070  0.9999 1.988E-22 4.458E+03 0.99984 705.0 eV
+1.75740E-03 0.4561  0.9999 1.899E-22 4.697E+03 0.99982 705.5 eV
+1.75610E-03 0.3882  0.9999 1.969E-22 5.479E+03 0.99981 706.0 eV
+1.75560E-03 0.3712  0.9999 2.090E-22 5.975E+03 0.99981 706.2 eV
+1.75520E-03 0.3652  0.9999 2.218E-22 6.403E+03 0.99981 706.4 eV
+1.75470E-03 0.3656  0.9999 2.413E-22 6.961E+03 0.99982 706.6 eV
+1.75420E-03 0.3730  0.9999 2.627E-22 7.491E+03 0.99983 706.8 eV
+1.75370E-03 0.3839  0.9999 2.841E-22 7.960E+03 0.99984 707.0 eV
+1.75320E-03 0.3965  0.9999 3.030E-22 8.315E+03 0.99984 707.2 eV
+1.75270E-03 0.4102  0.9999 3.206E-22 8.599E+03 0.99984 707.4 eV
+1.75220E-03 0.4235  0.9999 3.342E-22 8.763E+03 0.99984 707.6 eV
+1.75170E-03 0.4369  0.9999 3.445E-22 8.821E+03 0.99984 707.8 eV Fe L_3 peak
+1.75120E-03 0.4509  0.9999 3.517E-22 8.782E+03 0.99985 708.0 eV
+1.75070E-03 0.4668  0.9999 3.567E-22 8.648E+03 0.99985 708.2 eV
+1.75020E-03 0.4847  0.9999 3.597E-22 8.429E+03 0.99985 708.4 eV
+1.74970E-03 0.5034  0.9999 3.610E-22 8.153E+03 0.99986 708.6 eV
+1.74920E-03 0.5221  0.9999 3.606E-22 7.837E+03 0.99986 708.8 eV
+1.74870E-03 0.5397  0.9999 3.576E-22 7.486E+03 0.99987 709.0 eV
+1.74820E-03 0.5538  0.9999 3.526E-22 7.155E+03 0.99987 709.2 eV
+1.74770E-03 0.5650  0.9999 3.476E-22 6.875E+03 0.99987 709.4 eV
+1.74720E-03 0.5703  0.9999 3.424E-22 6.692E+03 0.99988 709.6 eV
+1.74670E-03 0.5709  0.9999 3.377E-22 6.591E+03 0.99988 709.8 eV
+1.74630E-03 0.5689  0.9999 3.346E-22 6.560E+03 0.99988 710.0 eV
+1.74500E-03 0.5660  0.9999 3.310E-22 6.532E+03 0.99988 710.5 eV
+1.74380E-03 0.5785  0.9999 3.305E-22 6.334E+03 0.99988 711.0 eV
+1.74260E-03 0.5997  0.9999 3.270E-22 5.953E+03 0.99988 711.5 eV
+1.74130E-03 0.6179  0.9999 3.189E-22 5.543E+03 0.99989 712.0 eV
+1.73890E-03 0.6189  0.9999 3.019E-22 5.232E+03 0.99989 713.0 eV
+1.73780E-03 0.6142  0.9999 2.971E-22 5.212E+03 0.99989
+1.73650E-03 0.6090  0.9999 2.924E-22 5.200E+03 0.99988 714.0 eV
+1.73400E-03 0.6010  0.9999 2.862E-22 5.193E+03 0.99988 715.0 eV
+1.73160E-03 0.5943  0.9999 2.812E-22 5.187E+03 0.99988 716.0 eV
+1.72920E-03 0.5867  0.9999 2.757E-22 5.181E+03 0.99988 717.0 eV
+1.72680E-03 0.5717  0.9999 2.672E-22 5.204E+03 0.99988 718.0 eV
+1.72440E-03 0.5313  0.9999 2.613E-22 5.569E+03 0.99987 719.0 eV
+1.72320E-03 0.5091  0.9999 2.697E-22 6.022E+03 0.99987 719.5 eV
+1.72200E-03 0.4913  0.9999 2.842E-22 6.576E+03 0.99987 720.0 eV
+1.72150E-03 0.4923  0.9999 2.917E-22 6.735E+03 0.99987 720.2 eV
+1.72100E-03 0.4967  0.9999 2.985E-22 6.832E+03 0.99987 720.4 eV
+1.72060E-03 0.5024  0.9999 3.033E-22 6.863E+03 0.99987 720.6 eV Fe L_2 peak
+1.72010E-03 0.5118  0.9999 3.080E-22 6.838E+03 0.99987 720.8 eV
+1.71960E-03 0.5229  0.9999 3.110E-22 6.749E+03 0.99987 721.0 eV
+1.71910E-03 0.5351  0.9999 3.126E-22 6.609E+03 0.99988 721.2 eV
+1.71840E-03 0.5509  0.9999 3.129E-22 6.390E+03 0.99988 721.5 eV
+1.71720E-03 0.5679  0.9999 3.096E-22 6.084E+03 0.99988 722.0 eV
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+1.71250E-03 0.5800  0.9999 3.028E-22 5.784E+03 0.99989 724.0 eV
+1.71010E-03 0.5904  0.9999 2.985E-22 5.561E+03 0.99989 725.0 eV
+1.70780E-03 0.5895  0.9999 2.946E-22 5.499E+03 0.99989 726.0 eV
+1.70310E-03 0.5862  0.9999 2.912E-22 5.480E+03 0.99989 728.0 eV
+1.69840E-03 0.5853  0.9999 2.898E-22 5.465E+03 0.99989 730.0 eV
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+9.50070E-04 0.6730  1.0000 1.382E-22 2.056E+03 0.99997 1305.0 eV
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+9.48620E-04 0.6599  1.0000 1.355E-22 2.096E+03 0.99997 1307.0 eV
+9.47890E-04 0.6426  1.0000 1.341E-22 2.179E+03 0.99997 1308.0 eV
+9.47170E-04 0.6047  1.0000 1.341E-22 2.412E+03 0.99997 1309.0 eV
+9.46800E-04 0.5841  1.0000 1.397E-22 2.643E+03 0.99997 1309.5 eV
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+9.46010E-04 0.5353  1.0000 1.613E-22 3.408E+03 0.99997 1310.6 eV Mg K peak
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+9.45720E-04 0.5502  1.0000 1.628E-22 3.331E+03 0.99997 1311.0 eV
+9.45360E-04 0.5773  1.0000 1.640E-22 3.153E+03 0.99997 1311.5 eV
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+9.36610E-04 0.6479  1.0000 1.512E-22 2.421E+03 0.99997 1328.0 eV
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+9.32210E-04 0.6347  1.0000 1.559E-22 2.590E+03 0.99997 1330.0 eV
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+1.74625E-04 0.8396  1.0000 5.118E-24 3.734E+01 1.00000 7100.0 eV
+1.74380E-04 0.8169  1.0000 5.066E-24 4.218E+01 1.00000 7110.0 eV
+1.74257E-04 0.7048  1.0000 5.742E-24 7.708E+01 1.00000 7115.0 eV
+1.74208E-04 0.6133  1.0000 6.633E-24 1.166E+02 1.00000 7117.0 eV
+1.74184E-04 0.5889  1.0000 6.908E-24 1.291E+02 1.00000 7118.0 eV
+1.74159E-04 0.5671  1.0000 7.222E-24 1.422E+02 1.00000 7119.0 eV
+1.74135E-04 0.5477  1.0000 7.478E-24 1.538E+02 1.00000 7120.0 eV
+1.74110E-04 0.5308  1.0000 7.771E-24 1.658E+02 1.00000 7121.0 eV
+1.74086E-04 0.5172  1.0000 8.030E-24 1.763E+02 1.00000 7122.0 eV
+1.74061E-04 0.5094  1.0000 8.210E-24 1.832E+02 1.00000 7123.0 eV Fe K peak
+1.74037E-04 0.5151  1.0000 8.176E-24 1.803E+02 1.00000 7124.0 eV
+1.74013E-04 0.5247  1.0000 8.028E-24 1.735E+02 1.00000 7125.0 eV
+1.73988E-04 0.5397  1.0000 7.859E-24 1.645E+02 1.00000 7126.0 eV
+1.73964E-04 0.5533  1.0000 7.721E-24 1.568E+02 1.00000 7127.0 eV
+1.73939E-04 0.5664  1.0000 7.594E-24 1.497E+02 1.00000 7128.0 eV
+1.73915E-04 0.5779  1.0000 7.496E-24 1.439E+02 1.00000 7129.0 eV
+1.73891E-04 0.5845  1.0000 7.462E-24 1.410E+02 1.00000 7130.0 eV
+1.73780E-04 0.5935  1.0000 7.347E-24 1.358E+02 1.00000
+1.73769E-04 0.5943  1.0000 7.338E-24 1.354E+02 1.00000 7135.0 eV
+1.73647E-04 0.6025  1.0000 7.243E-24 1.309E+02 1.00000 7140.0 eV
+1.73526E-04 0.6139  1.0000 7.072E-24 1.242E+02 1.00000 7145.0 eV
+1.69824E-04 0.6235  1.0000 7.001E-24 1.199E+02 1.00000
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+1.17490E-04 0.6892  1.0000 3.172E-24 4.483E+01 1.00000
+1.14815E-04 0.6932  1.0000 3.014E-24 4.205E+01 1.00000
+1.12202E-04 0.6971  1.0000 2.862E-24 3.942E+01 1.00000
+1.09648E-04 0.7010  1.0000 2.722E-24 3.701E+01 1.00000
+1.07152E-04 0.7064  1.0000 2.600E-24 3.472E+01 1.00000
+1.04713E-04 0.7084  1.0000 2.459E-24 3.261E+01 1.00000
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diff --git a/dust_extinction/grain_models.py b/dust_extinction/grain_models.py
new file mode 100644
index 0000000..fd96e47
--- /dev/null
+++ b/dust_extinction/grain_models.py
@@ -0,0 +1,260 @@
+import pkg_resources
+from scipy.interpolate import interp1d
+import numpy as np
+
+from astropy.table import Table
+
+from .helpers import _get_x_in_wavenumbers, _test_valid_x_range
+from .baseclasses import BaseExtModel
+
+__all__ = ["D03_MWRV31", "D03_MWRV40", "D03_MWRV55"]
+
+
+class D03_Base(BaseExtModel):
+    r"""
+    Draine (2003) Grain Model Base
+
+    Parameters
+    ----------
+    None
+
+    Raises
+    ------
+    None
+
+    Notes
+    -----
+    From Draine (2003, ARA&A, 41, 241; 2003, ApJ, 598, 1017).
+    Using Weingartner & Draine (2001, ApJ, 548, 296) size distributions
+    """
+
+    x_range = [1e-4, 1e4]
+
+    def __init__(self, filename, **kwargs):
+
+        # get the tabulated information
+        data_path = pkg_resources.resource_filename("dust_extinction", "data/")
+
+        a = Table.read(
+            data_path + filename,
+            format="ascii.fixed_width",
+            header_start=None,
+            data_start=67,
+            names=("wave", "albedo", "g", "cext"),
+            col_starts=(0, 12, 19, 26),
+            col_ends=(11, 18, 25, 35),
+        )
+
+        self.obsdata_x = 1.0 / a["wave"].data
+
+        # normalized by wavelength closest to V band
+        sindxs = np.argsort(np.absolute(self.obsdata_x - 1.0 / 0.55))
+
+        # ext is A(lambda)/A(K)
+        # A(K)/A(V) = 0.112 (F19, R(V) = 3.1)
+        self.obsdata_axav = a["cext"].data / a["cext"].data[sindxs[0]]
+
+        # accuracy of the observed data based on published table
+        self.obsdata_tolerance = 1e-6
+
+        super().__init__(**kwargs)
+
+    def evaluate(self, in_x):
+        """
+        D03 function
+
+        Parameters
+        ----------
+        in_x: float
+           expects either x in units of wavelengths or frequency
+           or assumes wavelengths in wavenumbers [1/micron]
+
+           internally wavenumbers are used
+
+        Returns
+        -------
+        axav: np array (float)
+            A(x)/A(V) extinction curve [mag]
+
+        Raises
+        ------
+        ValueError
+           Input x values outside of defined range
+        """
+        x = _get_x_in_wavenumbers(in_x)
+
+        # check that the wavenumbers are within the defined range
+        _test_valid_x_range(x, self.x_range, self.__class__.__name__)
+
+        # define the function allowing for spline interpolation
+        f = interp1d(self.obsdata_x, self.obsdata_axav)
+
+        return f(x)
+
+
+class D03_MWRV31(D03_Base):
+    r"""
+    Draine (2003) MW RV=3.1 Grain Model Extinction Curve
+
+    Parameters
+    ----------
+    None
+
+    Raises
+    ------
+    None
+
+    Notes
+    -----
+    From Draine (2003, ARA&A, 41, 241; 2003, ApJ, 598, 1017).
+    Using Weingartner & Draine (2001, ApJ, 548, 296) size distributions
+
+    Example showing the curve
+
+    .. plot::
+        :include-source:
+
+        import numpy as np
+        import matplotlib.pyplot as plt
+        import astropy.units as u
+
+        from dust_extinction.grain_models import D03_MWRV31
+
+        fig, ax = plt.subplots()
+
+        # define the extinction model
+        ext_model = D03_MWRV31()
+
+        # generate the curves and plot them
+        lam = np.logspace(-4.0, 4.0, num=1000)
+        x = (1.0 / lam) / u.micron
+
+        ax.plot(1.0/x,ext_model(x),label='D03_MWRV31')
+
+        ax.set_xlabel(r'$\lambda$ [$\mu m$]')
+        ax.set_ylabel(r'$A(x)/A(V)$')
+
+        ax.set_xscale('log')
+        ax.set_yscale('log')
+
+        ax.legend(loc='best')
+        plt.show()
+    """
+
+    Rv = 3.1
+
+    def __init__(self, **kwargs):
+
+        super().__init__("kext_albedo_WD_MW_3.1_60_D03.dat", **kwargs)
+
+
+class D03_MWRV40(D03_Base):
+    r"""
+    Draine (2003) MW RV=4.0 Grain Model Extinction Curve
+
+    Parameters
+    ----------
+    None
+
+    Raises
+    ------
+    None
+
+    Notes
+    -----
+    From Draine (2003, ARA&A, 41, 241; 2003, ApJ, 598, 1017).
+    Using Weingartner & Draine (2001, ApJ, 548, 296) size distributions
+
+    Example showing the curve
+
+    .. plot::
+        :include-source:
+
+        import numpy as np
+        import matplotlib.pyplot as plt
+        import astropy.units as u
+
+        from dust_extinction.grain_models import D03_MWRV40
+
+        fig, ax = plt.subplots()
+
+        # define the extinction model
+        ext_model = D03_MWRV40()
+
+        # generate the curves and plot them
+        lam = np.logspace(-4.0, 4.0, num=1000)
+        x = (1.0 / lam) / u.micron
+
+        ax.plot(1.0/x,ext_model(x),label='D03_MWRV40')
+
+        ax.set_xlabel(r'$\lambda$ [$\mu m$]')
+        ax.set_ylabel(r'$A(x)/A(V)$')
+
+        ax.set_xscale('log')
+        ax.set_yscale('log')
+
+        ax.legend(loc='best')
+        plt.show()
+    """
+
+    Rv = 4.0
+
+    def __init__(self, **kwargs):
+
+        super().__init__("kext_albedo_WD_MW_4.0A_40_D03.dat", **kwargs)
+
+
+class D03_MWRV55(D03_Base):
+    r"""
+    Draine (2003) MW RV=5.5 Grain Model Extinction Curve
+
+    Parameters
+    ----------
+    None
+
+    Raises
+    ------
+    None
+
+    Notes
+    -----
+    From Draine (2003, ARA&A, 41, 241; 2003, ApJ, 598, 1017).
+    Using Weingartner & Draine (2001, ApJ, 548, 296) size distributions
+
+    Example showing the curve
+
+    .. plot::
+        :include-source:
+
+        import numpy as np
+        import matplotlib.pyplot as plt
+        import astropy.units as u
+
+        from dust_extinction.grain_models import D03_MWRV55
+
+        fig, ax = plt.subplots()
+
+        # define the extinction model
+        ext_model = D03_MWRV55()
+
+        # generate the curves and plot them
+        lam = np.logspace(-4.0, 4.0, num=1000)
+        x = (1.0 / lam) / u.micron
+
+        ax.plot(1.0/x,ext_model(x),label='D03_MWRV55')
+
+        ax.set_xlabel(r'$\lambda$ [$\mu m$]')
+        ax.set_ylabel(r'$A(x)/A(V)$')
+
+        ax.set_xscale('log')
+        ax.set_yscale('log')
+
+        ax.legend(loc='best')
+        plt.show()
+    """
+
+    Rv = 4.0
+
+    def __init__(self, **kwargs):
+
+        super().__init__("kext_albedo_WD_MW_5.5A_30_D03.dat", **kwargs)
diff --git a/setup.cfg b/setup.cfg
index 7adf3e9..55b24df 100644
--- a/setup.cfg
+++ b/setup.cfg
@@ -37,6 +37,9 @@ astropy_header = true
 doctest_plus = enabled
 text_file_format = rst
 addopts = --doctest-rst
+norecursedirs =
+    dust_extinction/docs/_build/*
+    dust_extinction/docs/api/*
 
 [coverage:run]
 omit =

Add dust grain model based extinction models
Draine models at least
Others?: Clayton, Zubko, Jones?  Too many and confusing?
diff --git a/dust_extinction/tests/helpers.py b/dust_extinction/tests/helpers.py
index 9136caa..fdfe6fd 100644
--- a/dust_extinction/tests/helpers.py
+++ b/dust_extinction/tests/helpers.py
@@ -24,6 +24,7 @@ from dust_extinction.averages import (
     GCC09_MWAvg,
     F11_MWGC,
 )
+from dust_extinction.grain_models import D03_MWRV31, D03_MWRV40, D03_MWRV55
 
 param_ave_models_Rv = [CCM89, O94, F99, F04, VCG04, GCC09, M14, F19]
 param_ave_models_Rv_fA = [G16]
@@ -41,8 +42,15 @@ ave_models = [
     GCC09_MWAvg,
     F11_MWGC,
 ]
+grain_models = [D03_MWRV31, D03_MWRV40, D03_MWRV55]
 
-all_models = param_ave_models_Rv + param_ave_models_Rv_fA + shape_models + ave_models
+all_models = (
+    param_ave_models_Rv
+    + param_ave_models_Rv_fA
+    + shape_models
+    + ave_models
+    + grain_models
+)
 
 
 def _invalid_x_range(x, tmodel, modname):
diff --git a/dust_extinction/tests/test_corvals_aves.py b/dust_extinction/tests/test_corvals_aves.py
index bbdece5..ab9fc98 100644
--- a/dust_extinction/tests/test_corvals_aves.py
+++ b/dust_extinction/tests/test_corvals_aves.py
@@ -2,10 +2,11 @@ import pytest
 import numpy as np
 import astropy.units as u
 
-from .helpers import ave_models
+# average and grain models behave the same
+from .helpers import ave_models, grain_models
 
 
-@pytest.mark.parametrize("model_class", ave_models)
+@pytest.mark.parametrize("model_class", ave_models + grain_models)
 def test_corvals(model_class):
     # instantiate extinction model
     tmodel = model_class()
@@ -22,7 +23,7 @@ def test_corvals(model_class):
         np.testing.assert_allclose(tmodel.evaluate(x), y, rtol=tol)
 
 
-@pytest.mark.parametrize("model_class", ave_models)
+@pytest.mark.parametrize("model_class", ave_models + grain_models)
 def test_extinguish_values_Av_or_Ebv(model_class):
     ext = model_class()
     x = np.arange(ext.x_range[0], ext.x_range[1]) / u.micron

pip install -e .[all]
parse_log_pytest
pytest
pytest-astropy pytest
3.7
pytest --no-header -rA --tb=line --color=no -p no:cacheprovider -W ignore::DeprecationWarning
astropy==4.3.1
attrs @ file:///croot/attrs_1668696182826/work
certifi @ file:///croot/certifi_1671487769961/work/certifi
coverage==7.2.7
-e git+https://github.com/karllark/dust_extinction.git@1f86f5fc8e7cdae62c1838ce04201b812cf70462#egg=dust_extinction
exceptiongroup==1.2.2
flit_core @ file:///opt/conda/conda-bld/flit-core_1644941570762/work/source/flit_core
hypothesis==6.79.4
importlib-metadata @ file:///tmp/build/80754af9/importlib-metadata_1648562407465/work
iniconfig @ file:///home/linux1/recipes/ci/iniconfig_1610983019677/work
numpy==1.21.6
packaging @ file:///croot/packaging_1671697413597/work
pluggy @ file:///tmp/build/80754af9/pluggy_1648042572264/work
py @ file:///opt/conda/conda-bld/py_1644396412707/work
pyerfa==2.0.0.3
pytest==7.1.2
pytest-arraydiff==0.6.1
pytest-astropy==0.11.0
pytest-astropy-header==0.2.2
pytest-cov==4.1.0
pytest-doctestplus==1.0.0
pytest-filter-subpackage==0.1.2
pytest-mock==3.11.1
pytest-remotedata==0.4.1
scipy==1.7.3
sortedcontainers==2.4.0
tomli @ file:///opt/conda/conda-bld/tomli_1657175507142/work
typing_extensions @ file:///croot/typing_extensions_1669924550328/work
zipp @ file:///croot/zipp_1672387121353/work

name: dust_extinction
channels:
  - defaults
  - https://repo.anaconda.com/pkgs/main
  - https://repo.anaconda.com/pkgs/r
  - conda-forge
dependencies:
  - _libgcc_mutex=0.1=main
  - _openmp_mutex=5.1=1_gnu
  - attrs=22.1.0=py37h06a4308_0
  - ca-certificates=2025.2.25=h06a4308_0
  - certifi=2022.12.7=py37h06a4308_0
  - flit-core=3.6.0=pyhd3eb1b0_0
  - importlib-metadata=4.11.3=py37h06a4308_0
  - importlib_metadata=4.11.3=hd3eb1b0_0
  - iniconfig=1.1.1=pyhd3eb1b0_0
  - ld_impl_linux-64=2.40=h12ee557_0
  - libffi=3.4.4=h6a678d5_1
  - libgcc-ng=11.2.0=h1234567_1
  - libgomp=11.2.0=h1234567_1
  - libstdcxx-ng=11.2.0=h1234567_1
  - ncurses=6.4=h6a678d5_0
  - openssl=1.1.1w=h7f8727e_0
  - packaging=22.0=py37h06a4308_0
  - pip=22.3.1=py37h06a4308_0
  - pluggy=1.0.0=py37h06a4308_1
  - py=1.11.0=pyhd3eb1b0_0
  - pytest=7.1.2=py37h06a4308_0
  - python=3.7.16=h7a1cb2a_0
  - readline=8.2=h5eee18b_0
  - setuptools=65.6.3=py37h06a4308_0
  - sqlite=3.45.3=h5eee18b_0
  - tk=8.6.14=h39e8969_0
  - tomli=2.0.1=py37h06a4308_0
  - typing_extensions=4.4.0=py37h06a4308_0
  - wheel=0.38.4=py37h06a4308_0
  - xz=5.6.4=h5eee18b_1
  - zipp=3.11.0=py37h06a4308_0
  - zlib=1.2.13=h5eee18b_1
  - pip:
      - astropy==4.3.1
      - coverage==7.2.7
      - dust-extinction==0.10.dev37+g1f86f5f
      - exceptiongroup==1.2.2
      - hypothesis==6.79.4
      - numpy==1.21.6
      - pyerfa==2.0.0.3
      - pytest-arraydiff==0.6.1
      - pytest-astropy==0.11.0
      - pytest-astropy-header==0.2.2
      - pytest-cov==4.1.0
      - pytest-doctestplus==1.0.0
      - pytest-filter-subpackage==0.1.2
      - pytest-mock==3.11.1
      - pytest-remotedata==0.4.1
      - scipy==1.7.3
      - sortedcontainers==2.4.0
prefix: /opt/conda/envs/dust_extinction

dust_extinction/tests/test_corvals_aves.py::test_corvals[RL85_MWGC] dust_extinction/tests/test_corvals_aves.py::test_corvals[B92_MWAvg] dust_extinction/tests/test_corvals_aves.py::test_corvals[G03_SMCBar] dust_extinction/tests/test_corvals_aves.py::test_corvals[G03_LMCAvg] dust_extinction/tests/test_corvals_aves.py::test_corvals[G03_LMC2] dust_extinction/tests/test_corvals_aves.py::test_corvals[I05_MWAvg] dust_extinction/tests/test_corvals_aves.py::test_corvals[CT06_MWGC] dust_extinction/tests/test_corvals_aves.py::test_corvals[CT06_MWLoc] dust_extinction/tests/test_corvals_aves.py::test_corvals[GCC09_MWAvg] dust_extinction/tests/test_corvals_aves.py::test_corvals[F11_MWGC] dust_extinction/tests/test_corvals_aves.py::test_corvals[D03_MWRV31] dust_extinction/tests/test_corvals_aves.py::test_corvals[D03_MWRV40] dust_extinction/tests/test_corvals_aves.py::test_corvals[D03_MWRV55] dust_extinction/tests/test_corvals_aves.py::test_extinguish_values_Av_or_Ebv[RL85_MWGC] dust_extinction/tests/test_corvals_aves.py::test_extinguish_values_Av_or_Ebv[B92_MWAvg] dust_extinction/tests/test_corvals_aves.py::test_extinguish_values_Av_or_Ebv[G03_SMCBar] dust_extinction/tests/test_corvals_aves.py::test_extinguish_values_Av_or_Ebv[G03_LMCAvg] dust_extinction/tests/test_corvals_aves.py::test_extinguish_values_Av_or_Ebv[G03_LMC2] dust_extinction/tests/test_corvals_aves.py::test_extinguish_values_Av_or_Ebv[I05_MWAvg] dust_extinction/tests/test_corvals_aves.py::test_extinguish_values_Av_or_Ebv[CT06_MWGC] dust_extinction/tests/test_corvals_aves.py::test_extinguish_values_Av_or_Ebv[CT06_MWLoc] dust_extinction/tests/test_corvals_aves.py::test_extinguish_values_Av_or_Ebv[GCC09_MWAvg] dust_extinction/tests/test_corvals_aves.py::test_extinguish_values_Av_or_Ebv[F11_MWGC] dust_extinction/tests/test_corvals_aves.py::test_extinguish_values_Av_or_Ebv[D03_MWRV31] dust_extinction/tests/test_corvals_aves.py::test_extinguish_values_Av_or_Ebv[D03_MWRV40] dust_extinction/tests/test_corvals_aves.py::test_extinguish_values_Av_or_Ebv[D03_MWRV55]
dust_extinction/data/kext_albedo_WD_MW_4.0A_40_D03.dat docs/dust_extinction/choose_model.rst docs/dust_extinction/references.rst docs/dust_extinction/model_flavors.rst docs/dust_extinction/reference_api.rst dust_extinction/data/kext_albedo_WD_MW_5.5A_30_D03.dat setup.cfg dust_extinction/grain_models.py dust_extinction/data/kext_albedo_WD_MW_3.1_60_D03.dat
dust_extinction/data/kext_albedo_WD_MW_4.0A_40_D03.dat docs/dust_extinction/choose_model.rst docs/dust_extinction/references.rst docs/dust_extinction/model_flavors.rst docs/dust_extinction/reference_api.rst dust_extinction/data/kext_albedo_WD_MW_5.5A_30_D03.dat setup.cfg dust_extinction/grain_models.py dust_extinction/data/kext_albedo_WD_MW_3.1_60_D03.dat