--- header unit 0: primary ---
SIMPLE = T / file does conform to FITS standard
BITPIX = 16 / number of bits per data pixel
NAXIS = 2 / number of axes
NAXIS1 = 274 / length of data axis 1
NAXIS2 = 264 / length of data axis 2
BZERO = 32768. / zero point
BSCALE = 1. / data scaled by value
BUNIT = 'ADU' / pixel units(ADU,electrons)
CTYPE1 = 'Linear Unbinned ADC Pixels' / Axis Type for WCS Axis 1
CRPIX1 = 7. / Reference Point along WCS Axis 1
CRVAL1 = 1. / Coordinate value at reference point for WCS Axi
CRDELT1 = 1. / Coordinate increment at reference point
CROTA1 = 0. / Rotation from stated coordinate type
CFINT1 = 1. / The data fill factor for NAXIS 1
CTYPE2 = 'Linear Unbinned ADC Pixels' / Axis Type for WCS Axis 2
CRPIX2 = 1. / Reference Point along WCS Axis 2
CRVAL2 = 1. / Coordinate value at reference point for WCS Axi
CRDELT2 = 1. / Coordinate increment at reference point
CROTA2 = 0. / Rotation from stated coordinate type
CFINT2 = 1. / The data fill factor for NAXIS 2
LOISVERS = '5.0.RC1' / LOIS Version
LCAMMOD = 'gwaves' / LOIS Camera module
LTELMOD = 'DCT' / LOIS telescope module
LINSTMOD = 'gwavesinst' / LOIS instrument module
OBSERVER = 'Pugh' / observer(s)
OBSAFFIL = 'Lowell Observatory' / observer(s) affiliation
OBSERVAT = 'Lowell Observatory' / observatory
ALTITUDE = 2361. / altitude in meters
LATITUDE = 34.7443 / latitude, degrees
LONGITUD = -111.4223 / east longitude, degrees
DATUM = 'WGS84' / The coordinate system for longitude and latitud
OBSREF = 'WGS84' / The coordinate system for longitude and latitud
DATE = '2014-12-29T02:16:32.46' / UT date(yyyy-mm-dd) of observation
CREATOR = 'LOIS' / File Creation task or process(ie LOIS)
FILENAME = '/data/lois/dct/gwaves/20141229/20141229.0136.fits' / Original Camera
LCAMERA = 'rc1' / Camera Instantiation Mame
FILEGPID = '' / File Group Identifier
INTERLCE = F / File data interlaced(true) or deinterlaced
TRIGGER = 'SOFTWARE' / Trigger Source for Start of Exposure
IMAGEID = 1 / Image Identification Number
OBSERNO = 136 / Image Count for Observing Session
OBJNAME = 'S-H Coarse' / Target Object Name
OBJECT = 'S-H Coarse' / Object Name
OBSTYPE = 'OBJECT' / object, flat, bias, etc.
IMAGETYP = 'OBJECT' / object, flat, bias, etc.
DATE-OBS = '2014-12-29T02:16:32.46' / UT date(yyyy-mm-dd) of observation
TIMESRC = 'NTP' / The manner in which time was set
TIMEQUAL = 'NTP: max_error=445988 est_error=223' / Time Quality Value
EXPTIME = 0.3 / Actual integration time, seconds
UTCSTART = '02:16:32.46' / universal time (start of exposure)
UT = '02:16:32.46' / universal time (start of exposure)
UTCEND = '02:16:32.78' / universal time (end of exposure)
NUMAMP = 1 / Number of readout amplifiers for image
INT_TIM = 0.32 / Integration time per pixel in microsecs
R_DELAY = 0.04 / Serial clock overlap in microsecs
SI_DELAY = 2. / Parallel clock overlap in microsecs
PRESCAN = 6 / Number of prescan columns per amplifier
POSTSCAN = 0 / Number of postscan columns per amplifier
TRIMSEC = '[10:272,5:260]' / Valid pixels for extraction, all amps
BIASSEC = '[0:0,0:0]' / Good overscan for calibration, all amps
AMPID = 'A' / Amplifier name
CCDSUM = '1 1' / On Chip binned summation
TRIM01 = '[10:272,5:260]' / Valid pixels for extraction, amp 01
BIAS01 = '[0:0,0:0]' / Good overscan for calibration, amp 01
GAIN_01 = 7.8 / Gain for amplifier 01
GAIN = 7.8 / Gain for amplifier 01
RN_01 = 18. / Read Noise for amplifier 01
RDNOISE = 18. / Read Noise for amplifier 01
AMPID01 = 'A' / Amplifier name, amp 01
POSTCLK = 0 / Number of postclocked rows
SUBARRNO = 0 / Number of subarrays in observation
SUBARSER = 0 / Subarray sequence number for this file
AAMP_01 = 1 / Amplifier 01 - 1 if used, 0 if not used
AAMP_02 = 0 / Amplifier 02 - 1 if used, 0 if not used
AGAIN_01 = 7.8 / Gain for amplifier 01
ARDNS_01 = 18. / Read Noise for amplifier 01
AORGX_01 = 1 / X pos. of first physical pixel read by amp 01
AENDX_01 = 268 / X pos. of last physical pixel read by amp 01
ADELX_01 = 1 / Binning factor for amp 01 in X direction
AORGY_01 = 1 / Y pos. of 1st physical pixel read by amp 01
AENDY_01 = 264 / Y pos. of Last physical pixel read by amp 01
ADELY_01 = 1 / Binning factor for amp 01 in Y direction
AGAIN_02 = 7.75 / Gain for amplifier 02
ARDNS_02 = 17.4 / Read Noise for amplifier 02
AORGX_02 = -1 / X pos. of first physical pixel read by amp 02
AENDX_02 = -1 / X pos. of last physical pixel read by amp 02
ADELX_02 = -1 / Binning factor for amp 02 in X direction
AORGY_02 = -1 / Y pos. of 1st physical pixel read by amp 02
AENDY_02 = -1 / Y pos. of Last physical pixel read by amp 02
ADELY_02 = -1 / Binning factor for amp 02 in Y direction
SUBARR01 = '' / Unbinned boundaries for subarray 01
SUBARR02 = '' / Unbinned boundaries for subarray 02
SUBARR03 = '' / Unbinned boundaries for subarray 03
SUBARR04 = '' / Unbinned boundaries for subarray 04
SUBARR05 = '' / Unbinned boundaries for subarray 05
SUBARR06 = '' / Unbinned boundaries for subarray 06
SUBARR07 = '' / Unbinned boundaries for subarray 07
SUBARR08 = '' / Unbinned boundaries for subarray 08
SUBARR09 = '' / Unbinned boundaries for subarray 09
CAMVERS = 'v1.3' / Lois Camera Module version
OBSSTAT = 'OK' / Observation Status
CCDCFGNM = 'gwaves67.0x0C_0x8C_0x00_0x08.vrd.cfg' / CCD Camera Configuration Name
TRIGCNT = 0 / Actual Trigger Counts Received
TRIGNOM = 0 / Nominal Trigger Counts Calculated
DETECTOR = 'CCD67-00-E80_SN-02272-03-08' / CCD Detector Name
CAMMODE = 'Single' / CCD exposure mode
DETSIZE = '268x264' / Detector Size in pixels(e.g. 2048x1024)
PIXSIZE = 26. / Pixel Size in Microns
PIXSCAL = 0.336 / Unbinned Pixel Scale in arcsec/pixel
SCALE = 0.336 / Scale in arcsec per (binned)pixel
PIXTIME = 1.18 / Data Element readout time in microsec
DETTEMP = 0. / CCD Temp in Deg C
TEMPCCD = 0. / CCD Temp in Deg C
SETTEMP = 0. / CCD Temp Set Value in Deg C
CTTEMP = 0. / Cold Tip Temp value in Deg C
PCIDSPV = 'V1.7/7/5' / DSP version ID for PCI CCD board
TIMDSPV = 'V1.5/1' / DSP version ID for Timing CCD board
THERMSTS = 0 / Thermistor Status Bits
TIM_VRD2 = 0 / VRD2 in ADUS- S-H Led
TELESCOP = 'DCT' / Telescope name
LST-OBS = '01:20:41.000' / Local Sidereal Time of exposure start
TELRA = '23:58:27.770' / TCS right ascension(hh:mm:ss)
TELDEC = '+13:58:38.40' / TCS declination (dd:mm:ss)
OBSRA = '23:58:27.770' / requested right ascension(hh:mm:ss)
OBSDEC = '+13:58:38.40' / requested declination (dd:mm:ss)
EQUINOX = 2000. / equinox of OBSRA and OBSDEC
AIRMASS = 1.13 / airmass
TELFOCUS = 0. / telescope focus position
HA = '01:22:13' / hour angle
ZA = 27.57 / zenith angle
ZD = 27.57 / zenith angle
PARANGLE = 38.15 / Parallactic Angle at start of exposure
INSTCVR = 'OPEN' / Status Of Instrument Cover
RC1_FNC = 'WFS' / Gwaves Functional State of RC1 Probe
RC1_X = 137.26 / OMS X Position for RC1 stage, mm
RC1_Y = 116.34 / OMS Y Position for RC1 stage, mm
RC1_FOC = 54. / OMS Focus Position for RC1
RC1_FILP = 3 / OMS Filter Position for RC1
RC1_FLNM = 'MLM1750' / Filter in Use
RC1COMM = 'OK' / RC1 Probe Communications Status
RC2COMM = 'OK' / RC2 Probe Communications Status
RC2_FNC = 'GDR' / Gwaves Functional State of RC2 Probe
RC2_X = 0. / OMS X Position for RC2 stage, mm
RC2_Y = 0. / OMS Y Position for RC2 stage, mm
RC2_FOC = 0. / OMS Focus Position for RC2
RC2_FILP = 1 / OMS Filter Position for RC2
RC2_FLNM = 'OPEN' / Filter in Use
ROTFRAME = 'Target' / Rotator Frame
TRGFRAME = 'FK5' / Science Target Frame
GUIMODE = 'OpenLoop' / TCS Guide Mode
DOMOCCUL = F / Dome Occultation Warning
DOMAZDIF = 0.24 / Telescope-Dome Azimuth Difference at start of e
RA = '23:58:27.770' / Right Ascension
DEC = '+13:58:38.40' / Declination
ST = '01:20:41.000' / Local Sidereal Time
ROTANGLE = 316.8 / Cass. Rotator Angle At Exposure Start
TCS_STAT = 'ENABLED' / State of DCT TCS
TELALT = 62.43 / Telescope Altitude at start of exposure
TELAZ = 226.32 / Telescope Azimuth at start of exposure
TCS_HLTH = 'GOOD' / Health of DCT TCS
MNTTEMP = -3.88 / DCT Mount Temperature
SCITARG = 'TYC 1177-00467-1' / Science Target Name
INPOSITN = T / Mount Is In Position
ROTIPA = 0. / Rotator IPA at start of exposure
ROTIAA = 185.2 / Rotator IAA at start of exposure
KWDICT = 'GWAVES_1.2/1' / FITS keyword dictionary - 2014 Aug 1
TCSCOMM = 'OK' / TCS Communications Status
OBSLAT = 34.7443 / Observatory Latitude (degrees)
OBSLONG = -111.4223 / Observatory Longitude (degrees)
OBSALT = 2361. / Observatory Altitude (meters)
LMICOMM = 'No Telemetry' / LMI Filter Wheel Communications Status
AOSCOMM = 'OK' / AOS Active Optics Communications Status
PRESSURE = 1017. / Air Pressure in mBars, Adjusted to Sea Level
TEMPAMB = -2.8 / Mean Ambient Temperature in deg C
TEMPDEW = -12.4 / Dew Point in deg C
HUMIDITY = 48. / Relative Humidity, Per Cent
WINDDIR = 341. / Mean Wind Direction in deg., N through E
WINDVEL = 3.6 / Mean Wind Speed in m/s
WRSCOMM = 'OK' / WRS Ambient Meteorology Status