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IQ Catalog (Community Program from March 2013 until August 2013)

# Image Quality Catalog
# Includes all CP exposures starting March 1, 2013
# (exptype = object, exposure time >= 20 seconds)
#
# Convention: -99999 indicated missing or unavailable information
#
# Catalog Fields:
# [0]     expid         int     Exposure ID
# [1]     date-obs      str     Start of exposure (UTC)
# [2]     propid        str     Proposal ID  (CP images are included)
# [3]     program       str     Program name
# [4]     guider        int     Guider status (0: not used,1: used, 2: lost a star, 3: lost all stars)
# [5]     filter        str     u, g, r, i, z, or Y
# [6]     exptime       float   actual exposure time in seconds
# [7]     airmass       float   Airmass
# [8]     telra         float   Mount RA position in float degrees
# [9]     teldec        float   Mount DEC position in float degrees
# [10]    ha            float   Hour Angle (float degrees)
# [11]    az            float   Azimuth (float degrees)
# [12]    zd            float   Zenith Distance (float degrees)
# [13]    focus         float   Hexapod z
# [14]    aos           bool    True if AOS data (donuts) available
# [15]    fadz          float   Focus&Alignment delta Z
# [16]    am            float   Airmass again (same as [6]
# [17]    domelow       float   Dome temperature near floor [degrees C]
# [18]    msurtemp      float   Average mirror surface temperature [degrees C]
# [19]    windspd       float   Wind Speed [km/h]
# [20]    winddir       float   Wind Direction (not working) [degrees C]
# [21]    mairtemp      float   Air temperature near mirror [degrees C]
# [22]    gx            float   guider centroid mean in x (dec)
# [23]    gy            float   guider centroid mean in y (RA)
# [24]    gmaxx         float   guider max. correction in x (dec)
# [25]    gmaxy         float   guider max. correction in y (RA)
# [26]    gxx           float   Variance of guider corrections (x) 1/N Sum(x_i -x_mean)^2
# [27]    gyy           float   Variance of guider corrections (y) 1/N Sum(y_i -y_mean)^2
# [28]    gxy           float   cross correlation 1/N Sum((x_i - x_mean)*(y_i -y_mean)
# [29]    jumpx         float   Guider jump in x (dec) for which (x_i -x_i-2)^2 + (y_i - y_i-2)^2 is max.
# [30]    jumpy         float   Guider jump in y (RA) for which (x_i - x_i-2)^2 + (y_i - y_i-2)^2 is max.
# [31]    autocorx      float   Amplitude of first peak in guider auto correlation (x) after zero lag
# [32]    autocory      float   Amplitude of first peak in guider auto correlation (y) after zero lag
# [33]    r50           float   r50 from Image Health [arcsec]
# [34]    fwhm          float   fwhm from Image Health [arcsec]
# [35]    whisker       float   whisker [arsec]
# [36]    whisker_rms   float   whisker variation (rms) [arsec]
# [37]    covxx         float   flux 2nd moment [arsec2]
# [38]    covyy         float   flux 2nd moment [arsec2]
# [39]    covxy         float   flux 2nd moment [arsec2]
# [40]    nstars        float   Number of stars used by image health
# [41]    ellipticity   float   ellipticity from Image Health
# [42]    angle         float   whisker angle [rad]
# [43]    median_data   float   median background in science array
# [44]    w1            float   w1 whisker component [arsec]
# [45]    w2            float   w2 whisker component [arsec]
# [46]  dec_mean        float   Mean declination over entire exposure
# [47]  dec_mean_f0     float   Mean declination when shutter opens
# [48]  dec_mean_f1     float   Mean declination over first  second
# [49]  dec_mean_f2     float   Mean declination over first 2 seconds
# [50]  dec_mean_f20    float   Mean declination over first 20 seconds
# [51]  dec_mean_p1     float   Mean declination over 1 second before shutter opens
# [52]  dec_mean_p2     float   Mean declination over 2 seconds before shutter opens
# [53]  dec_mean_p3     float   Mean declination over 3 seconds before shutter opens
# [54]  dec_mean_p4     float   Mean declination over 4 seconds before shutter opens
# [55]  dec_mean_s20    float   Mean declination over seconds 20 seconds
# [56]  dec_mean_t20    float   Mean declination over third 20 seconds
# [57]  dec_std         float   RMS/STD declination over entire exposure
# [58]  dec_std_f0      float   RMS/STD declination when shutter opens
# [50]  dec_std_f1      float   RMS/STD declination over first 1 seconds
# [60]  dec_std_f2      float   RMS/STD declination over first 2 seconds
# [61]  dec_std_f20     float   RMS/STD declination over first 20 seconds
# [62]  dec_std_p1      float   RMS/STD declination over 1 second before shutter opens
# [63]  dec_std_p2      float   RMS/STD declination over 2 seconds before shutter opens
# [64]  dec_std_p3      float   RMS/STD declination over 3 seconds before shutter opens
# [65]  dec_std_p4      float   RMS/STD declination over 4 seconds before shutter opens
# [66]  dec_std_s20     float   RMS/STD declination over seconds 20 seconds
# [67]  dec_std_t20     float   RMS/STD declination over third 20 seconds
# [68]  ha_mean     float   Mean HA over entire exposure
# [69]  ha_mean_f0  float   Mean HA when shutter opens
# [70]  ha_mean_f1  float   Mean HA over first second
# [71]  ha_mean_f2  float   Mean HA over first 2 seconds
# [72]  ha_mean_f20 float   Mean HA over first 20 seconds
# [73]  ha_mean_p1  float   Mean HA over 1 second before shutter opens
# [74]  ha_mean_p2  float   Mean HA over 2 seconds before shutter opens
# [75]  ha_mean_p3  float   Mean HA over 3 seconds before shutter opens
# [76]  ha_mean_p4  float   Mean HA over 4 seconds before shutter opens
# [78]  ha_mean_s20 float   Mean HA over second 20 seconds
# [79]  ha_mean_t20 float   Mean HA over third 20 seconds
# [80]  ha_std      float   RMS/STD HA over entire exposure
# [81]  ha_std_f0   float   RMS/STD HA when shutter opens
# [82]  ha_std_f1   float   RMS/STD HA over first second
# [83]  ha_std_f2   float   RMS/STD HA over first two seconds
# [84]  ha_std_f20  float   RMS/STD HA over first 20 seconds
# [85]  ha_std_p1   float   RMS/STD HA over 1 second before shutter opens
# [86]  ha_std_p2   float   RMS/STD HA over 2 seconds before shutter opens
# [87]  ha_std_p3   float   RMS/STD HA over 3 seconds before shutter opens
# [88]  ha_std_p4   float   RMS/STD HA over 4 seconds before shutter opens
# [89]  ha_std_s20  float   RMS/STD HA over second 20 seconds
# [90]  ha_std_t20  float   RMS/STD HA over third 20 seconds
# [91]  e1          float   e1=xx-yy
# [92]  e2          float   e2=2xy
# [93]  ellip       float   sqrt(ellip2)
# [94]  ellip2      float   sqrt(e1^2 + e2^2)
# [95]  tcs_exptime float   exposure time, duplicate from other table entries
# [96]  ge1         float   same as e1 except from raw guider data
# [97]  ge2         float   same as e2 except from raw guider data
# [98]  gellip      float   same as ellip except from raw guider data
# [99]  gellip2     float   same as eliip2 except from raw guider data
# [100] tcs_gxx     float   same as xx except from raw guider data
# [101] tcs_gxy     float   same as xy except from raw guider data
# [102] tcs_gyy     float   same as yy except from raw guider data
# [103] mjd         float   modified julian day start time of exposure.
# [103] xx          float   xx moment of TCS HA
# [104] xy          float   xy moment of TCS HA/dec
# [105] yy          float   yy moment of TCS dec
# [106] dodx        float   Donut corrextion (dx)
# [107] dody        float   Donut corrextion (dy)
# [108] dodz        float   Donut corrextion (dz)
# [109] doxt        float   Donut corrextion (xt)
# [110] doyt        float   Donut corrextion (yt)
# [111] z5delta     float   Donut Zernike (Z5 delta)
# [112] z5thetax    float   Donut Zernike (Z5 theta x)
# [113] z5thetay    float   Donut Zernike (Z5 theta x)
# [114] z6delta     float   Donut Zernike (Z6 delta)
# [115] z6thetax    float   Donut Zernike (Z6 theta x)
# [116] z6thetay    float   Donut Zernike (Z6 theta y)
# [117] ndonuts     int     Number of donuts found
# [118] dodzerr     float   Error in dodz
#