Main sample of on silicon stars is split up into two categories. 
A) In 19, 1 degree radius circles, centered on each of the K2 CCD modules.
B) On silicon but not inside above defined circles.

C2: field2_list_full.csv
For the main sample sorting is done by circle numbers. The 
H magnitude is random within each circle.
--------------------------------------------------------------
Type           Row_end  H-mag  selection
--------------------------------------------------------------
APOGEE         231      random ((J-K)>0.5)&(logg<3.8)
RAVE           519      random ((J-K)>0.5)&(logg<3.8)
GAIASESO       529      random ((J-K)>0.5)&(logg<3.8)
A-1            1045     random ((J-K)>0.5)&(H>7)&(H<=11.5)
A-2            1856     random ((J-K)>0.5)&(H>7)&(H<=11.5)
A-3            3178     random ((J-K)>0.5)&(H>7)&(H<=11.5)
...            ..       random ((J-K)>0.5)&(H>7)&(H<=11.5)
....           ..       random ((J-K)>0.5)&(H>7)&(H<=11.5)
....           ..       random ((J-K)>0.5)&(H>7)&(H<=11.5)
A-19           17523    random ((J-K)>0.5)&(H>7)&(H<=11.5)

C3: field3_list_full.csv
For main sample stars are sorted by type  A and B. With in each type 
the stars are sorted by H magnitude (from bright to faint).
-------------------------------------------------------------
Type           Row_end  H-mag  selection
-------------------------------------------------------------
MISC           2        random
RAVE           829      random ((J-K)>0.5)&(logg<3.8)
A              3436     sorted ((J-K)>0.5)&(H>7)&(H<=12.0)
B              5739     sorted ((J-K)>0.5)&(H>7)&(H<=12.0)


The 2MASS stars were selected with following 
criteria on their quality of photometry.
((qflg == 'AAA')|(qflg == 'AAB')|(qflg == 'ABA')|(qflg == 'ABB')|(qflg == 'BAA')|
(qflg == 'BAB')|(qflg == 'BBA')|(qflg == 'BBB'))&
(bflg=='111')&(cflg=='000')&(xflg==0)&(aflg==0)&(prox>6.0)


File description
---------------------------------------------------------------------------
columns: [epic,recno,ra,dec,jmag,hmag,kmag,kpmag,vmag_jk,tflag,pflag]
epic  -  epic id
recno -  row number in master epic file
ra    -  ra from epic 
dec   -  de from epic
jmag  -  2MASS J from epic 
hmag  -  2MASS H from epic 
kmag  -  2MASS Ks from epic 
kpmag -  Kp from epic
vmag_jk- V(J,K) from 2MASS J and Ks
pflag -  priority flag, related to type of source for the star
tflag -  is a 32 bit integer used to store flags that identify 
         the different type of targets. Bitmasking is used as follows. 
         APOGEE  ((tflag&(2**0))   !=0)  
         RAVE    ((tflag&(2**1))   !=0)  
         GAIAESO ((tflag&(2**2))   !=0)
         MISC    ((tflag&(2**3))   !=0)
	 UNUSED  .......4 to 9........   
         2MASS   ((tflag&(2**10))  !=0) main proposed targets 


Number counts and giant fractions
-----------------------------------------------------------------------------------------------------------------
The numbers given below are for 2MASS stars in 8 deg radius of the field center.
The columns gf(vc), gf(<vc), mf(v<c) show predictions using the code GALAXIA.
(Sharma et al 2011, http://adsabs.harvard.edu/abs/2011ApJ...730....3S, http://galaxia.sourceforge.net)

v1,v2           : mag range for the specified band
n(v)            : stars with (v>v1)&(v<v2)
n(v,c)          : stars with (v>v1)&(v<v2)&((J-K)>0.5)
n(<v) or n(<vc) : are corresponding cumulative numbers
n1d(<vc)        : average cumulative number of stars per 1 deg radius region with (v>v1)&(v<v2)&((J-K)>0.5)
n1d(<v)         : average cumulative number of stars per 1 deg radius region with (v>v1)&(v<v2)
gf(vc)          : giant fraction of stars with (v>v1)&(v<v2)&((J-K)>0.5)
gf(<vc)         : cumulative giant fraction of stars with (v>v1)&(v<v2)&((J-K)>0.5)
mf(<vc)         : cumulative m dwarf fraction with (v>v1)&(v<v2)&((J-K)>0.5)
ns(<vc)         : (On silica)&(twomass_qual_flag=True)&(v>v1)&(v<v2)&((J-K)>0.5)
ncs(<vc)        : (On silica)&(twomass_qual_flag=True)&(in 1 deg circles)&(v>v1)&(v<v2)&((J-K)>0.5)

Campaign-2
Using H_2MASS 
-----------------------------------------------------------------------------------------------------------------
    v1      v2      Kp  n(v,c)    n(v) n(<v,c)   n(<v) n1d(<vc) n1d(<v)  gf(vc) gf(<vc) mf(<vc)  ns(<vc) ncs(<vc)  
-----------------------------------------------------------------------------------------------------------------
   7.00    7.25   10.87     468     516     468     516       7        8    0.99    0.99    0.00      225     128
   7.25    7.50   11.15     575     648    1043    1164      16       18    0.99    0.99    0.00      483     265
   7.50    7.75   11.37     743     812    1786    1976      27       30    1.00    0.99    0.00      801     436
   7.75    8.00   11.65     929    1014    2715    2990      42       46    0.99    0.99    0.00     1158     632
   8.00    8.25   11.81    1130    1248    3845    4238      60       66    0.98    0.99    0.00     1620     889
   8.25    8.50   12.04    1395    1542    5240    5780      82       90    0.99    0.99    0.00     2222    1215
   8.50    8.75   12.19    1750    1914    6990    7694     109      120    0.98    0.99    0.00     2995    1639
   8.75    9.00   12.37    2046    2273    9036    9967     141      155    0.98    0.99    0.00     3887    2131
   9.00    9.25   12.56    2570    2835   11606   12802     181      200    0.97    0.98    0.00     5034    2747
   9.25    9.50   12.73    3115    3415   14721   16217     230      253    0.97    0.98    0.00     6451    3525
   9.50    9.75   12.92    3516    3947   18237   20164     285      315    0.95    0.97    0.00     8023    4375
   9.75   10.00   13.10    4276    4834   22513   24998     352      391    0.94    0.97    0.00     9954    5427
  10.00   10.25   13.31    5184    5881   27697   30879     433      483    0.92    0.96    0.00    12231    6671
  10.25   10.50   13.52    6110    7063   33807   37942     529      593    0.91    0.95    0.00    14914    8078
  10.50   10.75   13.72    7449    8642   41256   46584     645      729    0.89    0.94    0.00    18218    9899
  10.75   11.00   13.90    8641   10128   49897   56712     780      887    0.87    0.93    0.00    21994   11937
  11.00   11.25   14.09   10414   12180   60311   68892     943     1078    0.84    0.91    0.00    26585   14387
  11.25   11.50   14.29   12196   14476   72507   83368    1134     1304    0.82    0.90    0.00    31924   17296
  11.50   11.75   14.50   14677   17354   87184  100722    1364     1576    0.79    0.88    0.00    31924   17296
  11.75   12.00   14.69   17527   20849  104711  121571    1638     1902    0.76    0.86    0.00    31924   17296
  12.00   12.25   14.90   21251   25114  125962  146685    1971     2295    0.73    0.84    0.00    31924   17296
  12.25   12.50   15.11   26084   30726  152046  177411    2379     2776    0.70    0.81    0.00    31924   17296
  12.50   12.75   15.32   32090   37584  184136  214995    2881     3364    0.67    0.79    0.01    31924   17296
  12.75   13.00   15.55   39649   46112  223785  261107    3502     4086    0.66    0.76    0.01    31924   17296

Campaign-3
Using H_2MASS
-----------------------------------------------------------------------------------------------------------------
    v1      v2      Kp  n(v,c)    n(v) n(<v,c)   n(<v) n1d(<vc) n1d(<v)  gf(vc) gf(<vc) mf(<vc)  ns(<vc) ncs(<vc)  
-----------------------------------------------------------------------------------------------------------------
   7.00    7.25    9.41      99     120      99     120       1        1    0.98    0.98    0.00      48      27 
   7.25    7.50    9.65     112     145     211     265       3        4    0.98    0.98    0.00     107      58 
   7.50    7.75    9.85     120     166     331     431       5        6    0.94    0.96    0.01     167      88 
   7.75    8.00   10.07     141     199     472     630       7        9    0.95    0.96    0.00     226     116 
   8.00    8.25   10.38     158     231     630     861       9       13    0.97    0.96    0.00     293     157 
   8.25    8.50   10.58     199     296     829    1157      12       18    0.93    0.95    0.00     385     203 
   8.50    8.75   10.83     235     370    1064    1527      16       23    0.89    0.94    0.00     488     256 
   8.75    9.00   11.00     234     375    1298    1902      20       29    0.84    0.92    0.00     604     322 
   9.00    9.25   11.25     285     492    1583    2394      24       37    0.83    0.91    0.00     747     404 
   9.25    9.50   11.49     322     575    1905    2969      29       46    0.86    0.90    0.01     897     484 
   9.50    9.75   11.73     395     770    2300    3739      35       58    0.74    0.87    0.01    1099     607 
   9.75   10.00   11.97     430     905    2730    4644      42       72    0.70    0.85    0.01    1314     723 
  10.00   10.25   12.21     538    1082    3268    5726      51       89    0.66    0.82    0.01    1576     867 
  10.25   10.50   12.43     658    1401    3926    7127      61      111    0.63    0.79    0.02    1917    1033 
  10.50   10.75   12.67     741    1627    4667    8754      73      137    0.59    0.76    0.02    2289    1226 
  10.75   11.00   12.94     818    1934    5485   10688      85      167    0.55    0.72    0.02    2723    1464 
  11.00   11.25   13.21    1067    2439    6552   13127     102      205    0.45    0.68    0.03    3250    1749 
  11.25   11.50   13.45    1323    3011    7875   16138     123      252    0.43    0.64    0.03    3900    2098 
  11.50   11.75   13.72    1551    3509    9426   19647     147      307    0.35    0.59    0.03    4712    2521 
  11.75   12.00   13.99    1885    4128   11311   23775     177      372    0.30    0.54    0.04    5679    3028 
  12.00   12.25   14.29    2416    5002   13727   28777     214      450    0.27    0.50    0.04    6890    3698 
  12.25   12.50   14.58    3019    5906   16746   34683     262      542    0.21    0.45    0.05    8369    4475 
  12.50   12.75   14.88    3819    7175   20565   41858     321      655    0.18    0.40    0.06   10234    5474 
  12.75   13.00   15.17    4690    8221   25255   50079     395      783    0.15    0.35    0.07   12592    6712 


====================================================================================================================