lmi.0127.fits[3128,3080][ushort]: Dome flats, 12V No bad pixels, min=0., max=0. (old) Line storage mode, physdim [3128,3080], length of user area 8343 s.u. Created Thu 18:37:25 02-Jan-2014, Last modified Thu 19:45:39 02-Jan-2014 Pixel file "lmi.0127.fits" [ok] BZERO = 32768. / zero point BSCALE = 1. / data scaled by value BUNIT = 'ADU ' / pixel units(ADU,electrons) CTYPE1U = 'Linear Unbinned ADC Pixels' / Axis Type for WCS Axis 1 CRPIX1U = 25. / Reference Point along WCS Axis 1 CRVAL1U = 1. / Coordinate value at reference point for WCS Axi CD1_1U = 2. / WCS Coordinate Matrix CFINT1 = 1. / The data fill factor for NAXIS 1 CTYPE2U = 'Linear Unbinned ADC Pixels' / Axis Type for WCS Axis 2 CRPIX2U = 1. / Reference Point along WCS Axis 2 CRVAL2U = 1. / Coordinate value at reference point for WCS Axi CD2_2U = 2. / WCS Coordinate Matrix CD1_2U = 0. / WCS Coordinate Matrix CD2_1U = 0. / WCS Coordinate Matrix CFINT2 = 1. / The data fill factor for NAXIS 2 LOISVERS= '5.0.RC1 ' / LOIS Version LCAMMOD = 'lmi ' / LOIS Camera module LTELMOD = 'DCT ' / LOIS telescope module LINSTMOD= 'gwavesinst' / LOIS instrument module OBSERVER= 'Deidre Hunter' / observer(s) OBSAFFIL= 'Lowell Obs' / 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 = '2014-01-03T01:37:25.39' / UT date(yyyy-mm-dd) of observation CREATOR = 'LOIS ' / File Creation task or process(ie LOIS) FILENAME= '/lmi/20140103/lmi.0127.fits' / Original Camera Disk File Name LCAMERA = 'lmi ' / 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 = 127 / Image Count for Observing Session OBJNAME = 'Dome flats, 12V' / Target Object Name OBJECT = 'Dome flats, 12V' / Object Name OBSTYPE = 'DOME FLAT' / object, flat, bias, etc. IMAGETYP= 'DOME FLAT' / object, flat, bias, etc. DATE-OBS= '2014-01-03T01:37:25.39' / UT date(yyyy-mm-dd) of observation TIMESRC = 'NTP ' / The manner in which time was set TIMEQUAL= 'NTP: max_error=519539 est_error=130' / Time Quality Value EXPTIME = 0.5 / Actual integration time, seconds UTCSTART= '01:37:25.39' / universal time (start of exposure) UT = '01:37:25.39' / universal time (start of exposure) UTCEND = '01:37:28.12' / universal time (end of exposure) NUMAMP = 1 / Number of readout amplifiers for image INT_TIM = 0.36 / Integration time per pixel in microsecs R_DELAY = 0.04 / Serial clock overlap in microsecs SI_DELAY= 6.32 / Parallel clock overlap in microsecs PRESCAN = 24 / Number of prescan columns per amplifier POSTSCAN= 32 / Number of postscan columns per amplifier TRIMSEC = '[27:3095,3:3078]' / Valid pixels for extraction, all amps BIASSEC = '[3099:3124,3:3078]' / Good overscan for calibration, all amps AMPID = 'A ' / Amplifier name CCDSUM = '2 2 ' / On Chip binned summation TRIM01 = '[27:3095,3:3078]' / Valid pixels for extraction, amp 01 BIAS01 = '[3099:3124,3:3078]' / Good overscan for calibration, amp 01 GAIN_01 = 2.95 / Gain for amplifier 01 GAIN = 2.95 / Gain for amplifier 01 RN_01 = 7. / Read Noise for amplifier 01 RDNOISE = 7. / 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 AAMP_03 = 0 / Amplifier 03 - 1 if used, 0 if not used AAMP_04 = 0 / Amplifier 04 - 1 if used, 0 if not used AGAIN_01= 2.95 / Gain for amplifier 01 ARDNS_01= 7. / Read Noise for amplifier 01 AORGX_01= 1 / X pos. of first physical pixel read by amp 01 AENDX_01= 6144 / X pos. of last physical pixel read by amp 01 ADELX_01= 2 / Binning factor for amp 01 in X direction AORGY_01= 1 / Y pos. of 1st physical pixel read by amp 01 AENDY_01= 6160 / Y pos. of Last physical pixel read by amp 01 ADELY_01= 2 / Binning factor for amp 01 in Y direction AGAIN_02= 2.95 / Gain for amplifier 02 ARDNS_02= 7. / 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 AGAIN_03= 2.95 / Gain for amplifier 03 ARDNS_03= 7. / Read Noise for amplifier 03 AORGX_03= -1 / X pos. of first physical pixel read by amp 03 AENDX_03= -1 / X pos. of last physical pixel read by amp 03 ADELX_03= -1 / Binning factor for amp 03 in X direction AORGY_03= -1 / Y pos. of 1st physical pixel read by amp 03 AENDY_03= -1 / Y pos. of Last physical pixel read by amp 03 ADELY_03= -1 / Binning factor for amp 03 in Y direction AGAIN_04= 2.95 / Gain for amplifier 04 ARDNS_04= 10. / Read Noise for amplifier 04 AORGX_04= -1 / X pos. of first physical pixel read by amp 04 AENDX_04= -1 / X pos. of last physical pixel read by amp 04 ADELX_04= -1 / Binning factor for amp 04 in X direction AORGY_04= -1 / Y pos. of 1st physical pixel read by amp 04 AENDY_04= -1 / Y pos. of Last physical pixel read by amp 04 ADELY_04= -1 / Binning factor for amp 04 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 = 'v1.1 ' / Lois Camera Module version OBSSTAT = 'OK ' / Observation Status CCDCFGNM= 'lmi.sci.cfg' / CCD Camera Configuration Name TRIGCNT = 0 / Actual Trigger Counts Received TRIGNOM = 0 / Nominal Trigger Counts Calculated DETECTOR= 'CCD231-C6-F08_SN-10413-07-01' / CCD Detector Name CAMMODE = 'Single ' / CCD exposure mode DETSIZE = '6144x6160' / Detector Size in pixels(e.g. 2048x1024) PIXSIZE = 15. / Pixel Size in Microns PIXSCAL = 0.12 / Unbinned Pixel Scale in arcsec/pixel SCALE = 0.24 / Scale in arcsec per (binned)pixel PIXTIME = 1.5 / Data Element readout time in microsec DETTEMP = -112.7638 / CCD Temp in Deg C TEMPCCD = -112.7638 / CCD Temp in Deg C SETTEMP = -120.0226 / CCD Temp Set Value in Deg C CTTEMP = 18.1224 / Cold Tip Temp value in Deg C PCIDSPV = 'V1.7/7/5' / DSP version ID for PCI CCD board UTILDSPV= 'V1.4/1 ' / DSP version ID for Utility CCD board TIMDSPV = 'V1.5/1 ' / DSP version ID for Timing CCD board TELESCOP= 'DCT ' / Telescope name LST-OBS = '01:01:11.300' / Local Sidereal Time of exposure start TELRA = '23:50:26.410' / TCS right ascension(hh:mm:ss) TELDEC = '+34:37:24.20' / TCS declination (dd:mm:ss) OBSRA = '23:50:26.410' / requested right ascension(hh:mm:ss) OBSDEC = '+34:37:24.20' / requested declination (dd:mm:ss) EQUINOX = 2000. / equinox of OBSRA and OBSDEC AIRMASS = 1.49 / airmass TELFOCUS= 2.0E-06 / telescope focus position HA = '01:10:45' / hour angle ZA = 48. / zenith angle ZD = 48. / zenith angle PARANGLE= 84.47 / Parallactic Angle at start of exposure FILTP1 = 'OPEN ' / Filter for Probe 1 P1X = 0. / OMS X Position for probe 1 stage, mm P1Y = 0. / OMS Y Position for probe 1 stage, mm FOCP1 = 0. / OMS Focus Position for Probe 1, mm RC1COMM = 'OK ' / RC1 Probe Communications Status FILTP2 = 'OPEN ' / Filter for Probe 2 P2X = 0. / OMS X Position for probe 2 stage, mm P2Y = 0. / OMS Y Position for probe 2 stage, mm FOCP2 = 0. / OMS Focus Position for Probe 2, mm RC2COMM = 'OK ' / RC2 Probe Communications Status TCS_HLTH= 'BAD ' / Health of DCT TCS IAA = 0. / Instrument Alignment Angle (decimal degrees) ROTFRAME= 'Target ' / Rotator Frame (As Defined By TCS) TARGFRAM= 'FK5 ' / Pointing Frame (As Defined By TCS) MNTTEMP = 7.81 / DCT Mount Temperature RA = '23:50:26.410' / Right Ascension DEC = '+34:37:24.20' / Declination ST = '01:01:11.300' / Local Sidereal Time ROTANGLE= 0. / Cass. Rotator Angle At Exposure Start TCS_STAT= 'ENABLED ' / State of DCT TCS TELALT = 42. / Telescope Altitude at start of exposure TELAZ = 109.4 / Telescope Azimuth at start of exposure IPA = 0. / Instrument Position Angle (degrees) SCITARG = 'unspecified' / Science Target Name KWDICT = 'LMI_1.2/9' / FITS keyword dictionary - 2013 Nov 10 TCSCOMM = 'OK ' / TCS Communications Status OBSLAT = 34.7443 / Observatory Latitude (degrees) OBSLONG = -111.4223 / Observatory Longitude (degrees) OBSALT = 2361. / Observatory Altitude (meters) OBSMPC = 'G37 ' / Observatory Site Code From Minor Planet Center INSTRUME= 'LMI ' / Instrument FILTERS = 'V ' / Composite Filter Name INSTCVR = 'OPEN ' / Status of Instrument Cover F1POS = 1 / Encoder Filter Position for LMI Wheel 1 F1DETENT= 'GOOD ' / Hardware Detent Status for LMI Wheel 1 FILTER1 = 'OPEN ' / Filter in Place Wheel 1 F2POS = 8 / Encoder Filter Position for LMI Wheel 2 F2DETENT= 'GOOD ' / Hardware Detent Status for LMI Wheel 2 FILTER2 = 'V ' / Filter in Place Wheel 2 LMICOMM = 'OK ' / LMI Filter Wheel Communications Status AOSCOMM = 'OK ' / AOS Active Optics Communications Status PRESSURE= 1023. / Air Pressure in mBars, Adjusted to Sea Level TEMPAMB = 5.2 / Mean Ambient Temperature in deg C TEMPDEW = -8.6 / Dew Point in deg C HUMIDITY= 36. / Relative Humidity, Per Cent WINDDIR = 116. / Mean Wind Direction in deg., N through E WINDVEL = 1.5 / Mean Wind Speed in m/s WRSCOMM = 'OK ' / WRS Ambient Meteorology Status SKYVPA = 185.2 / Detector P.A. on Sky (Decimal Degrees) CTYPE1 = 'RA---TAN' / Axis Type for WCS Axis 1 CTYPE2 = 'DEC--TAN' / Axis Type for WCS Axis 2 RADECSYS= 'FK5 ' / Astrometric System CUNIT1 = 'deg ' / Units for WCS Axis 1 CUNIT2 = 'deg ' / Units for WCS Axis 2 CRPIX1 = 1592. / Reference Point along WCS Axis 1 CRPIX2 = 1516.2 / Reference Point along WCS Axis 2 CRVAL1 = 357.61 / [deg] RA for WCS Axis 1 CRVAL2 = 34.62339 / [deg] Dec for WCS Axis 2 CD1_1 = 6.63923E-05 / WCS Coordinate Matrix CD2_2 = -6.63923E-05 / WCS Coordinate Matrix CD1_2 = -6.042178E-06 / WCS Coordinate Matrix CD2_1 = -6.042178E-06 / WCS Coordinate Matrix