# "A Modern Mean Dwarf Stellar Color and Effective Temperature Sequence"
# http://www.pas.rochester.edu/~emamajek/EEM_dwarf_UBVIJHK_colors_Teff.txt
# Eric Mamajek
# Version 2018.08.02
#
# Much of the content (but not all) of this table was incorporated
# into Table 5 of Pecaut & Mamajek (2013, ApJS, 208, 9;
# http://adsabs.harvard.edu/abs/2013ApJS..208....9P), so that
# reference should be cited. Parts of this table for A/F/G stars also
# appeared in Table 3 of Pecaut, Mamajek, & Bubar (2012, ApJ 756,
# 154).  For example, Table 5 of Pecaut & Mamajek did not include the
# absolute magnitude and luminosity estimates, nor the properties of
# the LTY dwarfs. 
#
# The author's notes on standard stars and mean parameters for stars
# for each dwarf spectral type can be found in the directory at:
# http://www.pas.rochester.edu/~emamajek/spt/. See further notes and
# caveats after the table. Colors are based on Johnson UBV, Tycho
# BtVt, Cousins RcIc, Gaia *DR1* G, Sloan izY, 2MASS JHKs, and WISE
# W1/W2/W3/W4 photometry.
# 
#
SpT   Teff  logT   BCv    Mv    logL  B-V    Bt-Vt  V-G    U-B     V-Rc   V-Ic    V-Ks    J-H     H-Ks    Ks-W1   W1-W2  W1-W3  W1-W4  Msun  logAge b-y     M_J    M_Ks   Mbol i-z  z-Y  R_Rsun  #SpT  
O3V    46000 4.663 -4.05  -5.7   5.80 -0.32   ...    ...   -1.22    ...    .....   .....   .....   .....   ...     ...    ...    ...    ....  ...    .....   ....   ....  -9.75 ...  ...  12.5    O3V   
O4V    43000 4.633 -3.92  -5.5   5.67 -0.32   ...    ...   -1.20    ...    .....   .....   .....   .....   ...     ...    ...    ...    ....  ...    .....   ....   ....  -9.42 ...  ...  12.3    O4V   
O5V    41500 4.618 -3.77  -5.4   5.58 -0.32   ...    ...   -1.19    ...    .....   .....   .....   .....   ...     ...    ...    ...    ....  ...   -0.133   ....   ....  -9.20 ...  ...  11.9    O5V   
O5.5V  40000 4.602 -3.65  -5.2   5.46 -0.32   ...    ...   -1.18    ...    .....   .....   .....   .....   ...     ...    ...    ...    ....  ...   -0.133   ....   ....  -8.90 ...  ...  11.2    O5.5V 
O6V    39000 4.591 -3.57  -5.1   5.37 -0.32   ...    ...   -1.17    ...    .....   .....   .....   .....   ...     ...    ...    ...    ....  ...   -0.132   ....   ....  -8.67 ...  ...  10.6    O6V   
O6.5V  37300 4.573 -3.45  -4.9   5.24 -0.32   ...    ...   -1.16    ...    .....   .....   .....   .....   ...     ...    ...    ...    ....  ...   -0.131   ....   ....  -8.35 ...  ...  10.0    O6.5V 
O7V    36500 4.562 -3.38  -4.8   5.17 -0.32   ...    ...   -1.15    ...    .....   .....   .....   .....   ...     ...    ...    ...    28    ...   -0.130   ....   ....  -8.18 ...  ...  9.62    O7V   
O7.5V  35000 4.544 -3.27  -4.6   5.05 -0.32   ...    ...   -1.14    ...    .....   .....   .....   .....   ...     ...    ...    ...    24    ...   -0.130   ....   ....  -7.87 ...  ...  9.11    O7.5V 
O8V    34500 4.538 -3.22  -4.5   4.99 -0.32   ...    ...   -1.13    ...    .....   .....   .....   .....   ...     ...    ...    ...    22.9  ...   -0.129   ....   ....  -7.72 ...  ...  8.75    O8V   
O8.5V  33000 4.519 -3.13  -4.3   4.87 -0.32   ...    ...   -1.12    ...    .....   .....   .....   .....   ...     ...    ...    ...    20.5  ...   -0.128   ....   ....  -7.43 ...  ...  8.33    O8.5V 
O9V    32500 4.512 -3.09  -4.2   4.82 -0.318  ...    ...   -1.114   ...   -0.369  -1.000  -0.164  -0.071   ...     ...    ...    ...    19.7  6.6*  -0.127  -3.44  -3.20  -7.29 ...  ...  8.11    O9V   
O9.5V  32000 4.505 -3.06  -4.1   4.76 -0.312  ...    ...   -1.087   ...   -0.361  -0.977  -0.161  -0.069   ...     ...    ...    ...    18.5  6.7*  -0.125  -3.35  -3.12  -7.15 ...  ...  7.80    O9.5V 
B0V    31500 4.498 -3.02  -4.0   4.70 -0.307  ...    ...   -1.067   ...   -0.355  -0.958  -0.159  -0.067   ...     ...    ...    ...    17.5  6.8*  -0.122  -3.27  -3.04  -7.02 ...  ...  7.53    B0V   
B0.5V  29000 4.462 -2.87  -3.6   4.47 -0.295  ...    ...   -1.026   ...   -0.338  -0.913  -0.153  -0.063   ...     ...    ...    ...    15    6.9*  -0.120  -2.90  -2.69  -6.43 ...  ...  6.81    B0.5V 
B1V    26000 4.415 -2.61  -3.1   4.13 -0.278  ...    ...   -0.995  -0.115 -0.325  -0.874  -0.148  -0.059   ...     ...    ...    ...    11    7.0*  -0.113  -2.43  -2.23  -5.68 ...  ...  5.72    B1V   
B1.5V  24500 4.389 -2.43  -2.8   3.89 -0.252 -0.274  ...   -0.910  -0.114 -0.281  -0.752  -0.132  -0.047   0.035   ...    ...    ...    10    7.1*  -0.103  -2.23  -2.05  -5.24 ...  ...  4.89    B1.5V 
B2V    20600 4.314 -2.06  -1.7   3.38 -0.210 -0.219  ...   -0.790  -0.094 -0.230  -0.602  -0.113  -0.032   0.036   ...    ...    ...    7.3   7.2*  -0.094  -1.24  -1.10  -3.71 ...  ...  3.85    B2V   
B2.5V  18500 4.267 -1.79  -1.4   3.10 -0.198 -0.206  ...   -0.732  -0.087 -0.210  -0.544  -0.105  -0.026   0.036   ...    ...    ...    6.1   7.3*  -0.087  -0.99  -0.86  -3.15 ...  ...  3.45    B2.5V  
B3V    17000 4.230 -1.58  -1.1   2.96 -0.178 -0.184  ...   -0.673  -0.080 -0.192  -0.492  -0.098  -0.021   0.036   ...    ...    ...    5.4   7.4*  -0.083  -0.73  -0.61  -2.64 ...  ...  3.48    B3V   
B4V    16700 4.223 -1.53  -1.0   2.91 -0.165 -0.170  ...   -0.619  -0.074 -0.176  -0.447  -0.092  -0.016   0.036   ...    ...    ...    5.0   7.5*  -0.078  -0.66  -0.55  -2.52 ...  ...  3.41    B4V    
B5V    15700 4.196 -1.35  -0.9   2.80 -0.156 -0.160  ...   -0.581  -0.070 -0.165  -0.417  -0.089  -0.013   0.036  -0.045 -0.117 -0.070  4.6   7.7*  -0.072  -0.59  -0.48  -2.25 ...  ...  3.40    B5V    
B6V    14500 4.161 -1.16  -0.5   2.54 -0.140 -0.142  ...   -0.504  -0.062 -0.145  -0.358  -0.081  -0.007   0.035  -0.045 -0.117 -0.070  4.0   7.8*  -0.066  -0.23  -0.14  -1.66 ...  ...  2.95    B6V    
B7V    14000 4.146 -1.07  -0.4   2.49 -0.128 -0.129  ...   -0.459  -0.058 -0.133  -0.325  -0.077  -0.004   0.035  -0.045 -0.117 -0.070  3.9   7.9*  -0.062  -0.16  -0.08  -1.47 ...  ...  2.99    B7V    
B8V    12500 4.097 -0.81  -0.2   2.27 -0.109 -0.107  ...   -0.364  -0.048 -0.108  -0.254  -0.067   0.003   0.034  -0.046 -0.116 -0.067  3.4   8.1*  -0.045  -0.01   0.05  -0.91 ...  ...  2.91    B8V    
B9V    10700 4.029 -0.42   0.7   1.79 -0.070 -0.063  ...   -0.200  -0.028 -0.061  -0.121  -0.050   0.016   0.032  -0.063 -0.104 -0.054  2.8   8.3*  -0.029   0.79   0.82   0.28 ...  ...  2.28    B9V    
B9.5V  10400 4.017 -0.38   0.8   1.73 -0.050 -0.040  ...   -0.130  -0.017 -0.035  -0.048  -0.044   0.021   0.031  -0.044 -0.091 -0.043  2.5   8.4*  -0.021   0.83   0.85   0.44 ...  ...  2.26    B9.5V
A0V    9700  3.987 -0.24   1.11  1.54  0.000  0.013 -0.084 -0.005   0.001  0.004   0.041  -0.032   0.028   0.030  -0.041 -0.074 -0.022  2.3   8.5    0.000   1.07   1.07   0.87 ...  ...  2.09    A0V   
A1V    9200  3.965 -0.15   1.34  1.41  0.043  0.056 -0.055  0.033   0.019  0.044   0.101  -0.024   0.031   0.030  -0.036 -0.068 -0.023  2.15  8.6    0.017   1.25   1.24   1.19 ...  ...  2.00    A1V   
A2V    8840  3.946 -0.10   1.48  1.33  0.074  0.091 -0.036  0.063   0.042  0.091   0.188  -0.010   0.034   0.029  -0.034 -0.067 -0.029  2.05  8.7    0.038   1.32   1.29   1.38 ...  ...  1.97    A2V   
A3V    8550  3.932 -0.06   1.55  1.29  0.090  0.109 -0.027  0.077   0.050  0.108   0.228  -0.002   0.034   0.029  -0.033 -0.066 -0.029  2.00  8.7    0.055   1.35   1.32   1.49 ...  ...  2.01    A3V   
A4V    8270  3.917 -0.04   1.76  1.20  0.140  0.166  0.001  0.097   0.078  0.164   0.353   0.022   0.037   0.029  -0.031 -0.059 -0.021  1.90  8.8    0.071   1.47   1.41   1.72 ...  ...  1.94    A4V   
A5V    8080  3.907 -0.03   1.84  1.16  0.160  0.185  0.012  0.100   0.089  0.186   0.403   0.031   0.038   0.029  -0.030 -0.058 -0.021  1.85  8.8    0.090   1.51   1.44   1.81 ...  ...  1.94    A5V   
A6V    8000  3.903 -0.02   1.89  1.14  0.170  0.194  0.017  0.098   0.094  0.197   0.428   0.036   0.038   0.029  -0.030 -0.057 -0.018  1.83  8.9    0.099   1.54   1.46   1.87 ...  ...  1.93    A6V   
A7V    7800  3.892  0.00   2.07  1.06  0.210  0.233  0.037  0.091   0.117  0.242   0.528   0.055   0.040   0.029  -0.030 -0.056 -0.017  1.76  8.9    0.107   1.64   1.54   2.07 ...  ...  1.86    A7V   
A8V    7500  3.874  0.00   2.29  0.97  0.250  0.274  0.055  0.082   0.140  0.288   0.626   0.075   0.042   0.028  -0.028 -0.055 -0.009  1.67  9.0    0.132   1.78   1.66   2.29 ...  ...  1.81    A8V   
A9V    7440  3.872  0.00   2.30  0.97  0.255  0.279  0.058  0.080   0.143  0.294   0.638   0.078   0.043   0.028  -0.028 -0.055 -0.007  1.67  9.0    0.145   1.78   1.66   2.30 ...  ...  1.84    A9V   
F0V    7220  3.857 -0.01   2.51  0.89  0.294  0.317  0.075  0.053   0.166  0.339   0.732   0.098   0.045   0.028  -0.026 -0.050  0.003  1.59  9.1    0.158   1.90   1.76   2.50 ...  ...  1.79    F0V   
F1V    7030  3.847 -0.01   2.79  0.77  0.334  0.350  0.091  0.021   0.190  0.385   0.828   0.119   0.047   0.028  -0.026 -0.047  0.009  1.50  9.1    0.204   2.13   1.96   2.78 ...  ...  1.64    F1V   
F2V    6810  3.833 -0.02   2.99  0.70  0.374  0.390  0.107 -0.008   0.213  0.432   0.925   0.140   0.050   0.028  -0.027 -0.046  0.011  1.44  9.2    0.250   2.26   2.07   2.97 ...  ...  1.61    F2V   
F3V    6720  3.827 -0.03   3.08  0.67  0.389  0.405  0.113 -0.016   0.222  0.449   0.961   0.147   0.051   0.028  -0.028 -0.046  0.008  1.43  9.2    0.263   2.32   2.12   3.05 ...  ...  1.60    F3V   
F4V    6640  3.822 -0.04   3.23  0.61  0.412  0.428  0.122 -0.026   0.236  0.476   1.017   0.159   0.052   0.028  -0.029 -0.046  0.000  1.39  9.2    0.277   2.42   2.21   3.19 ...  ...  1.53    F4V   
F5V    6510  3.814 -0.04   3.40  0.54  0.438  0.455  0.132 -0.029   0.252  0.506   1.079   0.173   0.054   0.028  -0.030 -0.045 -0.004  1.33  9.3    0.290   2.55   2.32   3.36 ...  ...  1.46    F5V   
F6V    6340  3.802 -0.05   3.70  0.43  0.484  0.504  0.149 -0.021   0.276  0.553   1.185   0.199   0.057   0.028  -0.033 -0.045 -0.012  1.25  9.4    0.317   2.78   2.52   3.65 ...  ...  1.36    F6V   
F7V    6240  3.795 -0.06   3.87  0.36  0.510  0.534  0.159 -0.012   0.290  0.579   1.244   0.213   0.060   0.027  -0.036 -0.045 -0.013  1.21  9.5    0.332   2.90   2.63   3.81 ...  ...  1.30    F7V   
F8V    6170  3.790 -0.07   4.01  0.31  0.530  0.558  0.167  0.001   0.300  0.599   1.290   0.225   0.061   0.027  -0.039 -0.044 -0.016  1.18  9.6    0.350   3.01   2.72   3.96 ...  ...  1.25    F8V   
F9V    6040  3.781 -0.08   4.15  0.26  0.552  0.587  0.175  0.014   0.312  0.620   1.340   0.237   0.063   0.027  -0.041 -0.044 -0.014  1.14  9.7    0.378   3.11   2.81   4.07 ...  ...  1.23    F9V   
G0V    5920  3.772 -0.09   4.45  0.14  0.596  0.650  0.191  0.058   0.336  0.664   1.440   0.262   0.067   0.027  -0.043 -0.043 -0.010  1.08  9.7    ...     3.34   3.01   4.40 ...  ...  1.12    G0V   
G1V    5880  3.769 -0.10   4.50  0.13  0.604  0.661  0.195  0.067   0.340  0.672   1.458   0.267   0.068   0.027  -0.044 -0.042 -0.010  1.07  9.8    ...     3.38   3.04   4.40 ...  ...  1.12    G1V   
G2V    5770  3.761 -0.11   4.79  0.01  0.650  0.724  0.212  0.133   0.363  0.713   1.564   0.293   0.073   0.028  -0.050 -0.040 -0.016  1.02  9.8    ...     3.57   3.20   4.68 ...  ...  1.01    G2V   
G3V    5720  3.757 -0.12   4.86 -0.01  0.661  0.739  0.217  0.152   0.368  0.722   1.590   0.299   0.074   0.028  -0.050 -0.040 -0.014  1.00  ...    ...     3.64   3.27   4.74 ...  ...  1.01    G3V   
G4V    5680  3.754 -0.13   4.94 -0.04  0.674  0.757  0.222  0.175   0.374  0.733   1.621   0.307   0.075   0.028  -0.052 -0.041 -0.014  0.99  ...    ...     3.70   3.32   4.80 ...  ...  0.986   G4V   
G5V    5660  3.753 -0.13   4.98 -0.05  0.680  0.764  0.225  0.185   0.377  0.738   1.635   0.310   0.076   0.028  -0.052 -0.041 -0.014  0.98  ...    ...     3.74   3.35   4.84 ...  ...  0.982   G5V   
G6V    5590  3.747 -0.15   5.13 -0.11  0.704  0.796  0.235  0.227   0.388  0.758   1.691   0.324   0.079   0.028  -0.053 -0.040 -0.012  0.97  ...    ...     3.84   3.44   4.98 ...  ...  0.939   G6V   
G7V    5530  3.743 -0.16   5.18 -0.12  0.713  0.809  0.239  0.243   0.393  0.766   1.712   0.329   0.080   0.028  -0.054 -0.040 -0.013  0.96  ...    ...     3.88   3.47   5.02 ...  ...  0.949   G7V   
G8V    5490  3.734 -0.17   5.32 -0.17  0.737  0.842  0.249  0.284   0.404  0.786   1.768   0.342   0.082   0.028  -0.057 -0.039 -0.018  0.94  ...    ...     3.97   3.55   5.15 ...  ...  0.909   G8V   
G9V    5340  3.728 -0.21   5.55 -0.25  0.777  0.894  0.267  0.358   0.423  0.820   1.861   0.365   0.087   0.029  -0.060 -0.038 -0.018  0.90  ...    ...     4.14   3.69   5.34 ...  ...  0.876   G9V   
K0V    5280  3.723 -0.22   5.76 -0.33  0.816  0.944  0.286  0.436   0.443  0.853   1.953   0.387   0.091   0.030  -0.063 -0.037 -0.015  0.87  ...    ...     4.29   3.81   5.54 ...  ...  0.817   K0V   
K0.5V  5240  3.719 -0.23   5.80 -0.33  0.828  0.955  0.290  0.456   0.448  0.862   1.977   0.393   0.092   0.030  -0.064 -0.038 -0.018  0.86  ...    ...     4.31   3.82   5.57 ...  ...  0.828   K0.5V
K1V    5170  3.713 -0.26   5.89 -0.36  0.847  0.976  0.301  0.491   0.457  0.879   2.021   0.402   0.094   0.030  -0.064 -0.038 -0.013  0.85  ...    ...     4.37   3.87   5.65 ...  ...  0.814   K1V   
K1.5V  5140  3.711 -0.27   5.97 -0.39  0.859  0.999  0.308  0.528   0.467  0.895   2.066   0.412   0.096   0.030  -0.063 -0.037 -0.016  0.82  ...    ...     4.41   3.90   5.70 ...  ...  0.809   K1.5V
K2V    5040  3.702 -0.29   6.19 -0.47  0.884  1.035  0.326  0.581   0.482  0.920   2.132   0.427   0.098   0.031  -0.068 -0.037 -0.009  0.78  ...    ...     4.57   4.04   5.88 ...  ...  0.763   K2V   
K2.5V  4990  3.698 -0.32   6.34 -0.51  0.938  1.101  0.349  0.691   0.513  0.974   2.274   0.459   0.104   0.032  -0.071 -0.032 -0.006  0.76  ...    ...     4.63   4.07   6.02 ...  ...  0.742   K2.5V
K3V    4830  3.684 -0.41   6.57 -0.58  0.980  1.150  0.376  0.776   0.537  1.013   2.380   0.483   0.109   0.033  -0.071 -0.031 -0.008  0.75  ...    ...     4.76   4.16   6.16 ...  ...  0.729   K3V   
K3.5V  4700  3.672 -0.45   6.79 -0.64  1.050  1.239  0.431  0.917   0.592  1.108   2.582   0.520   0.118   0.036  -0.074 -0.031 -0.005  0.73  ...    ...     4.85   4.21   6.34 ...  ...  0.720   K3.5V
K4V    4600  3.663 -0.56   6.98 -0.67  1.100  1.306  0.477  1.004   0.640  1.190   2.733   0.544   0.125   0.039  -0.073 -0.031  0.009  0.72  ...    ...     4.92   4.25   6.42 ...  ...  0.726   K4V   
K4.5V  4540  3.657 -0.60   7.04 -0.68  1.116  1.328  0.492  1.028   0.654  1.216   2.781   0.552   0.127   0.040  -0.073 -0.030  0.017  0.71  ...    ...     4.94   4.26   6.44 ...  ...  0.737   K4.5V 
K5V    4410  3.644 -0.68   7.36 -0.78  1.150  1.373  0.525  1.081   0.685  1.272   2.883   0.568   0.132   0.042  -0.073 -0.029  0.019  0.68  ...    ...     5.18   4.48   6.68 ...  ...  0.698   K5V   
K5.5V  4330  3.636 -0.75   7.60 -0.84  1.200  1.414  0.577  1.144   0.728  1.357   3.034   0.591   0.139   0.045   ...    ...    ...    0.66  ...    ...     5.30   4.57   6.85 ...  ...  0.672   K5.5V
K6V    4230  3.626 -0.81   7.80 -0.90  1.240  1.439  0.617  1.184   0.759  1.420   3.143   0.601   0.148   0.049   ...    ...    ...    0.65  ...    ...     5.41   4.66   6.99 ...  ...  0.661   K6V   
K6.5V  4190  3.622 -0.92   8.01 -0.96  1.310  1.491  0.672  1.213   0.796  1.505   3.288   0.613   0.159   0.055   ...    ...    ...    0.64  ...    ...     5.56   4.78   7.09 ...  ...  0.656   K6.5V
K7V    4070  3.610 -0.95   8.15 -0.98  1.330  1.506  0.688  1.221   0.806  1.529   3.330   0.617   0.162   0.057   ...    ...    ...    0.63  ...    ...     5.60   4.82   7.18 ...  ...  0.654   K7V   
K8V    4000  3.602 -1.03   8.47 -1.10  1.356  1.562  0.751  1.216   0.843  1.632   3.487   0.623   0.176   0.081   ...    ...    ...    0.59  ...    ...     5.78   4.98   7.44 ...  ...  0.587   K8V   
K9V    3940  3.595 -1.10   8.69 -1.18  1.382  1.593  0.791  1.210   0.866  1.699   3.584   0.625   0.184   0.101   ...    ...    ...    0.56  ...    ...     5.92   5.11   7.59 ...  ...  0.552   K9V   
M0V    3870  3.588 -1.16   8.91 -1.20  1.408  1.623  0.832  1.204   0.889  1.766   3.680   0.626   0.193   0.122   ...    ...    ...    0.55  ...    ...     6.04   5.22   7.75 0.33 ...  0.559   M0V   
M0.5V  3800  3.580 -1.38   9.20 -1.27  1.441  ...    0.902  1.184   0.924  1.886   3.84    0.620   0.208   0.130   ...    ...    ...    0.54  ...    ...     6.19   5.36   7.90 0.37 ...  0.535   M0.5V 
M1V    3700  3.568 -1.44   9.69 -1.40  1.475  ...    0.983  1.172   0.959  2.019   4.02    0.613   0.225   0.137   ...    ...    ...    0.49  ...    ...     6.51   5.67   8.25 0.41 ...  0.496   M1V   
M1.5V  3650  3.562 -1.57   9.97 -1.47  1.486  ...    1.030  1.170   0.978  2.089   4.12    0.607   0.228   0.105   ...    ...    ...    0.47  ...    ...     6.69   5.85   8.40 0.47 ...  0.460   M1.5V 
M2V    3550  3.550 -1.65  10.30 -1.57  1.500  ...    1.086  1.170   1.001  2.173   4.24    0.600   0.234   0.110   ...    ...    ...    0.44  ...    ...     6.89   6.06   8.65 0.53 ...  0.434   M2V   
M2.5V  3500  3.544 -1.76  10.70 -1.68  1.522  ...    1.179  1.175   1.041  2.306   4.43    0.589   0.244   0.117   ...    ...    ...    0.40  ...    ...     7.01   6.27   8.94 0.57 ...  0.393   M2.5V 
M3V    3410  3.533 -1.97  11.14 -1.78  1.544  ...    1.263  1.181   1.079  2.420   4.60    0.579   0.252   0.122   ...    ...    ...    0.36  ...    ...     7.40   6.54   9.17 0.61 ...  0.369   M3V   
M3.5V  3250  3.512 -2.27  12.19 -2.07  1.602  ...    1.467  1.200   1.178  2.680   5.00    0.558   0.269   0.132   ...    ...    ...    0.26  ...    ...     8.02   7.19   9.92 0.66 ...  0.291   M3.5V 
M4V    3200  3.505 -2.59  12.80 -2.20  1.661  ...    ...    1.222   1.241  2.831   5.25    0.557   0.282   0.139   ...    ...    ...    0.22  ...    ...     8.39   7.55  10.21 0.71 ...  0.258   M4V   
M4.5V  3100  3.491 -3.05  13.57 -2.31  1.72   ...    ...    1.23    1.345  3.073   5.64    0.564   0.301   ...     ...    ...    ...    0.18  ...    ...     8.79   7.93  10.52 0.81 ...  0.243   M4.5V 
M5V    3030  3.481 -3.28  14.30 -2.52  1.874  ...    ...    1.24    1.446  3.277   5.94    0.580   0.311   ...     0.17   ...    ...    0.16  ...    ...     9.25   8.36  11.02 0.91 0.47 0.199   M5V   
M5.5V  3000  3.477 -3.80  15.51 -2.79  1.91   ...    ...    1.3     1.656  3.664   6.50    0.588   0.329   ...     0.19   ...    ...    0.12  ...    ...     9.93   9.01  11.71 1.13 0.52 0.149   M5.5V 
M6V    2850  3.455 -4.36  16.62 -3.02  2.00   ...    ...    1.3     1.950  4.13    7.30    0.605   0.352   ...     0.21   ...    ...    0.10  ...    ...    10.28   9.32  12.26 1.45 0.60 0.127   M6V   
M6.5V  2710  3.433 -4.60  17.07 -3.09  2.06   ...    ...    ...     2.003  4.31    7.60    0.609   0.364   ...     0.22   ...    ...    0.097 ...    ...    10.47   9.47  12.47 1.58 0.64 0.129   M6.5V 
M7V    2650  3.423 -5.06  17.81 -3.21  2.06   ...    ...    ...     2.180  4.45    8.05    0.613   0.386   ...     0.24   ...    ...    0.090 ...    ...    10.76   9.76  12.75 1.77 0.70 0.118   M7V    
M7.5V  2600  3.415 -5.46  18.42 -3.29  2.17   ...    ...    ...     2.160  4.56    8.45    0.650   0.422   ...     0.25   ...    ...    0.089 ...    ...    10.68   9.97  12.97 1.85 0.74 0.112   M7.5V 
M8V    2500  3.398 -5.70  18.84 -3.36  2.20   ...    ...    ...     2.150  4.64    8.73    0.670   0.450   ...     0.26   ...    ...    0.082 ...    ...    11.23  10.11  13.14 1.93 0.77 0.111   M8V   
M8.5V  2440  3.387 -5.80  19.14 -3.44  ...    ...    ...    ...     1.967  4.71    8.92    0.685   0.470   ...     0.265  ...    ...    0.081 ...    ...    11.45  10.22  13.34 1.96 0.80 0.107   M8.5V 
M9V    2400  3.380 -5.90  19.36 -3.57  ...    ...    ...    ...     1.890  4.75    9.00    0.749   0.480   ...     0.27   ...    ...    0.079 ...    ...    11.53  10.30  13.67 1.99 0.82 0.095   M9V     
M9.5V  2320  3.365 -6.13  19.75 -3.55  ...    ...    ...    ...     2.510  4.79    9.30    0.826   0.505   ...     0.27   ...    ...    0.078 ...    ...    11.78  10.45  13.62 2.00 0.84 0.104   M9.5V   
L0V    2250  3.352 ...    20.0  -3.57  ...    ...    ...    ...     ...    4.82    9.45    0.79    0.50    ...     0.27   ...    ...    0.077 ...    ...    11.84  10.55  13.67 2.01 0.86 0.108   L0V     
L1V    2100  3.322 ...    20.5  -3.70  ...    ...    ...    ...     ...    4.91    9.70    0.80    0.54    ...     0.28   ...    ...    0.076 ...    ...    12.14  10.80  13.99 2.02 0.88 0.107   L1V     
L2V    1960  3.292 ...    20.9  -3.84  ...    ...    ...    ...     ...    5.05    10.0    0.87    0.57    ...     0.28   ...    ...    0.075 ...    ...    12.34  10.90  14.34 2.04 0.90 0.104   L2V     
L3V    1830  3.262 ...    21.7  -3.98  ...    ...    ...    ...     ...    5.29    10.4    1.00    0.63    ...     0.29   ...    ...    ...   ...    ...    12.93  11.30  14.96 2.10 0.92 0.102   L3V     
L4V    1700  3.230 ...    22.3  -4.11  ...    ...    ...    ...     ...    5.57    10.9    1.14    0.63    ...     0.30   ...    ...    ...   ...    ...    13.17  11.40  15.02 2.20 0.94 0.102   L4V     
L5V    1590  3.201 ...    23.1  -4.24  ...    ...    ...    ...     ...    6.28    11.4    1.13    0.65    ...     0.32   ...    ...    ...   ...    ...    13.60  11.82  15.34 2.33 0.97 0.100   L5V     
L6V    1490  3.173 ...    ...   -4.36  ...    ...    ...    ...     ...    ...     ...     1.08    0.64    ...     0.36   ...    ...    ...   ...    ...    13.99  12.27  15.64 2.51 1.00 0.099   L6V     
L7V    1410  3.149 ...    ...   -4.46  ...    ...    ...    ...     ...    ...     ...     1.10    0.62    ...     0.41   ...    ...    ...   ...    ...    14.34  12.62  15.89 2.71 1.04 0.099   L7V     
L8V    1350  3.130 ...    ...   -4.55  ...    ...    ...    ...     ...    ...     ...     1.14    0.63    ...     0.48   ...    ...    ...   ...    ...    14.47  12.70  16.12 2.93 1.09 0.097   L8V     
L9V    1300  3.114 ...    ...   -4.61  ...    ...    ...    ...     ...    ...     ...     1.10    0.63    ...     0.57   ...    ...    ...   ...    ...    14.47  12.74  16.27 3.15 1.16 0.098   L9V     
T0V    1260  3.100 ...    ...   -4.66  ...    ...    ...    ...     ...    ...     ...     1.02    0.54    ...     0.68   ...    ...    ...   ...    ...    14.46  12.90  16.39 3.36 1.23 0.098   T0V     
T1V    1230  3.090 ...    ...   -4.69  ...    ...    ...    ...     ...    ...     ...     1.02    0.45    ...     0.82   ...    ...    ...   ...    ...    14.34  12.87  16.47 3.55 1.33 0.100   T1V     
T2V    1200  3.079 ...    ...   -4.73  ...    ...    ...    ...     ...    ...     ...     0.86    0.27    ...     0.99   ...    ...    ...   ...    ...    14.32  13.19  16.57 3.70 1.43 0.100   T2V     
T3V    1160  3.064 ...    ...   -4.77  ...    ...    ...    ...     ...    ...     ...     0.68    0.08    ...     1.19   ...    ...    ...   ...    ...    14.45  13.69  16.67 3.82 1.55 0.102   T3V     
T4V    1120  3.049 ...    ...   -4.84  ...    ...    ...    ...     ...    ...     ...     0.35   -0.19    ...     1.43   ...    ...    ...   ...    ...    14.67  14.51  16.84 3.90 1.68 0.101   T4V     
T4.5V  1090  3.037 ...    ...   -4.90  ...    ...    ...    ...     ...    ...     ...     0.2    -0.06    ...     1.57   ...    ...    ...   ...    ...    14.80  14.66  16.99 3.93 1.75 0.099   T4.5V   
T5V    1050  3.021 ...    ...   -4.95  ...    ...    ...    ...     ...    ...     ...     0.2    -0.08    ...     1.70   ...    ...    ...   ...    ...    15.02  14.90  17.12 3.95 1.81 0.101   T5V     
T5.5V  1010  3.004 ...    ...   -5.04  ...    ...    ...    ...     ...    ...     ...     0.2    -0.10    ...     1.86   ...    ...    ...   ...    ...    15.28  15.18  17.34 3.97 1.89 0.099   T5.5V   
T6V     960  2.982 ...    ...   -5.12  ...    ...    ...    ...     ...    ...     ...     0.1    -0.03    ...     2.02   ...    ...    ...   ...    ...    15.61  15.54  17.54 3.98 1.96 0.100   T6V     
T7V     840  2.924 ...    ...   -5.37  ...    ...    ...    ...     ...    ...     ...     0.0     0.00    ...     2.38   ...    ...    ...   ...    ...    15.77  16.36  18.17 4.01 2.11 0.098   T7V     
T7.5V   770  2.886 ...    ...   -5.54  ...    ...    ...    ...     ...    ...     ...     0.2    -0.05    ...     2.59   ...    ...    ...   ...    ...    16.51  16.85  18.59 4.05 2.19 0.095   T7.5V   
T8V     700  2.845 ...    ...   -5.71  ...    ...    ...    ...     ...    ...     ...     0.2    -0.05    ...     2.79   ...    ...    ...   ...    ...    17.24  17.43  19.02 4.08 2.26 0.095   T8V     
T8.5V   610  2.785 ...    ...   -5.93  ...    ...    ...    ...     ...    ...     ...     0.2     ...     ...     ...    ...    ...    ...   ...    ...    18.45  ...    19.57 ...  ...  0.097   T8.5V   
T9V     530  2.724 ...    ...   -6.15  ...    ...    ...    ...     ...    ...     ...     0.1    -0.20    ...     ...    ...    ...    ...   ...    ...    19.67  18.48  20.12 ...  ...  0.100   T9V     
T9.5V   475  2.677 ...    ...    ...   ...    ...    ...    ...     ...    ...     ...     ...     ...     ...     ...    ...    ...    ...   ...    ...    19.52: 19.32  ...   ...  ...  ...     T9.5V   
Y0V     420  2.623 ...    ...   -6.52  ...    ...    ...    ...     ...    ...     ...     ...    -0.5     ...     2.4    ...    ...    ...   ...    ...    21     ...    ...   ...  ...  0.104   Y0V     
Y0.5V   390  2.591 ...    ...    ...   ...    ...    ...    ...     ...    ...     ...     ...    -0.6     ...     2.5    ...    ...    ...   ...    ...    22     21.5   ...   ...  ...  ...     Y0.5V   
Y1V     350  2.544 ...    ...    ...   ...    ...    ...    ...     ...    ...     ...     ...     ...     ...     2.6    ...    ...    ...   ...    ...    23     23     ...   ...  ...  ...     Y1V     
Y1.5V   325  2.512 ...    ...    ...   ...    ...    ...    ...     ...    ...     ...     ...    -0.8     ...     ...    ...    ...    ...   ...    ...    25     23.5   ...   ...  ...  ...     Y1.5V   
Y2V     250  2.398 ...    ...    ...   ...    ...    ...    ...     ...    ...     ...     ...     ...     ...     3.4    ...    ...    ...   ...    ...    28.3   24     26.2  ...  ...  ...     Y2V     
#SpT   Teff  logT  BCv     Mv    logL  B-V    Bt-Vt  V-G    U-B     V-Rc   V-Ic    V-Ks    J-H     H-K     Ks-W1   W1-W2  W1-W3  W1-W4  Msun  logAge b-y     M_J    M_Ks   Mbol i-z  z-Y  R_Rsun  #SpT  
																							        