SIMPLE = T / Standard FITS format BITPIX = 32 / # of bits storing pix values NAXIS = 4 / # of axis in frame %1d NAXIS1 = 336 / # of pixels/row %5d NAXIS2 = 240 / # of rows %5d NAXIS3 = 5 / # of detectors %5d NAXIS4 = 10 / # of frames %5d EXTEND = F / ASCII Table for Z-frame description %c COMMENT ++++++++++++++++++++++++++ ??? DATASET = 'DSET-COMICS-123456' / Dataset Identification Number %20s FRAMEID = 'COM1234567890123' / FITS File sequential number %16s EXP-ID = 'COME123456789012' / ID of the exposure this data was takenA %16s OBS-ALOC= ' ' / Allocation Mode for Instrument %12s COMMENT ++++++++++++++++++++++++++ Observatory/Instrument OBSERVER= 'Ktz,Ymst,Myt,Okmt ' / Name of observers %64s PROP-ID = 'P1999-0709-1 ' / Proposal ID %20s OBSERVAT= 'NAOJ ' / Observatory %30s TELESCOP= 'Subaru ' / Telescope name %30s INSTRUME= 'COMICS ' / Name of instrument %20s INS-VER = '1.0.0 assembled 990701 ' / Version of the instrument %30s DETECTOR= 'Si:As IBC 320x240 x6 ' / Name of the detector/CCD %10s DET-ID = 1 / ID of the detector used for this data %d COMMENT ++++++++++++++++++++++++++ Fixed Parameters in COMICS data (spec) DETPXSZ1= 0.0500 / Detector pixel size in axis1 (mm) %.4f DETPXSZ2= 0.0500 / Detector pixel size in axis2 (mm) %.4f CDELT1 = 0.00004583 / X Scale projected on detector(#/pix) %13.8f CDELT2 = 0.00004583 / Y scale projected on detector(#/pix) %13.8f CTYPE1 = 'RA---TAN ' / Pixel coordinate system %16s CTYPE2 = 'DEC--TAN ' / Pixel coordinate system %16s CUNIT1 = 'degree ' / Units used in both CRVAL1 and CDELT1 %10s CUNIT2 = 'degree ' / Units used in both CRVAL2 and CDELT2 %10s CRPIX1 = 160.0 / Reference pixel in X (pixel) %-6.1f CRPIX2 = 120.0 / Reference pixel in Y (pixel) %-6.1f PROJP1 = 0.0 / Projection type of the first axis %5.1f PROJP2 = 0.0 / Projection type of the second axis %5.1f PC001001= 1.00000000 / Pixel Coordinate translation matrix %12.8f PC001002= 0.00000000 / Pixel Coordinate translation matrix %12.8f PC002001= 0.00000000 / Pixel Coordinate translation matrix %12.8f PC002002= 1.00000000 / Pixel Coordinate translation matrix %12.8f BSCALE = 1.0 / Real=fits-value*BSCALE+BZERO %.1f BZERO = 0.0 / Real=fits-value*BSCALE+BZERO %.1f BUNIT = 'ADU ' / Unit of original pixel values %30s BLANK = 32768 / Value used for NULL pixels %d COMMENT ++++++++++++++++++++++++++ Date TIMESYS = 'UTC ' / Time System used in the header. UTC fix. %8s DATE-OBS= '1999-07-09' / yyyy-mm-dd UTC obs start date %10s UT = '09:12:00.0' / HH:MM:SS.S UTC at typical time(=start) %10s HST = '23:12:00.0' / HH:MM:SS.S HST at typical time(=start) %10s LST = '12:34:56.789' / HH:MM:SS.S LST at typical time(=start) %12s MJD = 12345.67890123 / Modified Julian Day at typ time(=start) %14.8f COMMENT ++++++++++++++++++++++++++ Object DATA-TYP= 'OBJECT ' / Type / Characteristics of this data %15s RADECSYS= 'FK5 ' / The equatorial coordinate system %8s OBJECT = 'HR 4796 ' / Target Description %30s EQUINOX = 2000.0 / Standard FK5 year %6.1f RA = '12:36:01.270' / HH:MM:SS.SSS RA (J2000) pointing %12s RA2000 = '12:36:01.270' / HH:MM:SS.SSS RA (J2000) pointing %12s DEC = '-39:52:09.40' / +/-DD:MM:SS.SS DEC (J2000) pointing %12s DEC2000 = '-39:52:09.40' / +/-DD:MM:SS.SS DEC (J2000) pointing %12s AZIMUTH = 12.34000 / Azimuth of telescope pointing (degree) %9.5f ALTITUDE= 12.34000 / Altitude of telescope pointing(degree) %8.5f CRVAL1 = 189.00529167 / Physical value of the reference pixel X %13.8f CRVAL2 = -39.86927778 / Physical value of the reference pixel Y %13.8f AIRMASS = 1.23456 / Averaged Air Mass %9.5f ZD = 77.66000 / Zenith Distance at typical time %8.5f SECZ = 1.234 / SEC(Zenith Distance) at typical time %6.3f LONGPOLE= 180.0 / The North Pole of standard system (deg) %6.1f COMMENT ++++++++++++++++++++++++++ Subaru Parameters FOC-POS = 'Cassegrain ' / Focus where the instrument is attached %12s TELFOCUS= 'Cassegrain ' / Focus where a beam is reachable %30s FOC-LEN = 100000.000 / Focal length of the telescope (mm) %.3f FOC-VAL = 2.531 / Encoder value of the focus unit (mm) %10.3f INSROT = 12.345 / Instrument Rotator angle (deg) %-8.3f AUTOGUID= 'off ' / Auto Guider on/off %8s M2-TYPE = 'IR ' /Type of the Secondary Mirror (Opt/IR) %8s M2-TIP = 'on ' / 2nd Mirror tip-tilt on/off %8s COMMENT ++++++++++++++++++++++++++ COMICS Parameters OPTICS OBS-MOD = 'spectroscopy ' / Observation Mode %20s FILTER01= 'Through ' / Filter name/ID (pre-opt filter-1) %30s FILTER02= 'Nwide ' / Filter name/ID (pre-opt filter-2) %30s FILTER03= '12um ' / Filter name/ID (img-opt filter) %30s FILTER04= 'N-obj ' / Lens name/ID (img-opt) %30s DISPERSR= 'N-mid grt ' / Identifier of the disperser used %10s SLIT = '0.33arcsec' / Identifier of the entrance slit used %10s SLT-LEN = 39.600 / Length of the slit used (arcsec) %7.3f SLT-PA = 0.0 / Slit Position Angle (degree) %5.1f SLT-WID = 0.3300 / Width of the slit used %6.3f SLTCPIX1= 160.0 / Slit center projected on detector(pix) %6.1f SLTCPIX2= 120.0 / Slit center projected on detector(pix) %6.1f DISPAXIS= 1 / Dispersion Axis in frame %1d WAV-MIN = 7510.0000 / Shortest wavelen. focused on det (nm) %10.4f WAV-MAX = 13500.0000 / Longest wavelen. focused on det (nm) %10.4f WAVELEN = 10505.0000 / Wavelength at center (nm) %10.4f COMMENT ++++++++++++++++++++++++++ COMICS Parameters DETECTOR EXPTIME = 0.080 / Total integration time per frame(sec) %7.3f DET-TMP = 6.01 / Detector temperature (K) %6.2f GAIN = 330.90 / AD conversion factor (electron/ADU) %5.2f PRD-MIN1= 1 / Start X pos. of partialy read out (pix) %d PRD-MIN2= 1 / Start Y pos. of partialy read out (pix) %d PRD-RNG1= 320 / X Range of partialy read out (pix) %d PRD-RNG2= 240 / Y Range of partialy read out (pix) %d BIN-FCT1= 1 / Binning factor of X axis (pixel) %2d BIN-FCT2= 1 / Binning factor of Y axis (pixel) %2d COMMENT ++++++++++++++++++++++++++ Condition at the observation WEATHER = 'rainstorm ' / Weather condition %30s SEEING = 0.45 / Long integ PSF FWHM (arcsec) %.2f DOM-WND = 4.61 / Wind speed in the dome (m/s) %5.2f OUT-WND = 7.79 / Wind speed outside (m/s) %5.2f DOM-TMP = 273.51 / Temperature measured in the dome (K) %6.2f OUT-TMP = 273.72 / Temperature measured outside dome (K) %6.2f DOM-HUM = 90.1 / Humidity measured in the dome %5.1f OUT-HUM = 101.1 / Humidity measured outside the dome %5.1f DOM-PRS = 670.00 / Atmospheric pressure in the Dome (hpa) %7.2f OUT-PRS = 670.00 / Atmospheric pressure outside dome (hPa) %7.2f COMMENT COMMENT ------------------------------------------------- COMMENT Subaru Device Dependent Header Block for COMICS COMMENT ------------------------------------------------- COMMENT 'Q_' provisionally means COMICS header COMMENT COMMENT +++++++++++++++++++++ Type of this data Q_DTYPE = 'slitview ' / type of this file spec/img/slitview %10s Q_OBSID = 12345678 / Observation ID of COMICS %8d COMMENT +++++++++++++++++++++ Pre-Optics Q_WINDOW= 'Ge10um ' / Entrance Window %10s Q_M1MOTA= 224 / Pulse count of 1st mir. para to bench %8d Q_M1MOTB= 339 / Pulse count of 1st mir. vert to bench %8d COMMENT +++++++++++++++++++++ Slit Viewer/Imager Q_SLTVEW= 'on ' / Slit Viewer on/off %8s Q_SVFILE= 'COMA00000002' / Image file name obtained slit viewer %12s Q_SVWMIN= 11650.0000 / Observed Wavelength of S Viewer min(nm) %10.4f Q_SVWMAX= 12490.0000 / Observed Wavelength of S Viewer max(nm) %10.4f COMMENT +++++++++++++++++++++ Spectrometer Q_GRTMOT= 330843 / Pulse count of grating motor %d Q_GRTANG= 0.123456 / Grating Tilt Angle (deg) %10.6f Q_WVMIN1= 7510.0000 / Observed Wavelen of Spec Det-1 min (nm) %10.4f Q_WVMAX1= 8510.0000 / Observed Wavelen of Spec Det-1 max (nm) %10.4f Q_WVMIN2= 9010.0000 / Observed Wavelen of Spec Det-2 min (nm) %10.4f Q_WVMAX2= 9510.0000 / Observed Wavelen of Spec Det-2 max (nm) %10.4f Q_WVMIN3= 10000.0000 / Observed Wavelen of Spec Det-3 min (nm) %10.4f Q_WVMAX3= 10900.0000 / Observed Wavelen of Spec Det-3 max (nm) %10.4f Q_WVMIN4= 11500.0000 / Observed Wavelen of Spec Det-4 min (nm) %10.4f Q_WVMAX4= 12200.0000 / Observed Wavelen of Spec Det-4 max (nm) %10.4f Q_WVMIN5= 12800.0000 / Observed Wavelen of Spec Det-5 min (nm) %10.4f Q_WVMAX5= 13500.0000 / Observed Wavelen of Spec Det-5 max (nm) %10.4f COMMENT +++++++++++++++++++ Temperature Q_DETTP1= 4.95000 / Temperature of the detector spec-1 (K) %10.5f Q_DETTP2= 4.85000 / Temperature of the detector spec-2 (K) %10.5f Q_DETTP3= 4.95000 / Temperature of the detector spec-3 (K) %10.5f Q_DETTP4= 4.88000 / Temperature of the detector spec-4 (K) %10.5f Q_DETTP5= 4.95000 / Temperature of the detector spec-5 (K) %10.5f Q_DETTPI= 6.95000 / Temperature of the detector img (K) %10.5f Q_CFTP1 = 4.22 / Temp. of the cooled finger spec (K) %6.2f Q_CFTP2 = 3.99 / Temp. of the cooled finger img (K) %6.2f Q_OPTTP1= 30.00 / Temp. of the optics spec-A (K) %6.2f Q_OPTTP2= 30.00 / Temp. of the optics spec-B (K) %6.2f Q_OPTTP3= 30.00 / Temp. of the optics spec-C (K) %6.2f Q_OPTTP4= 30.00 / Temp. of the optics img-A (K) %6.2f Q_OPTTP5= 30.00 / Temp. of the optics img-A (K) %6.2f Q_OPTTP6= 30.00 / Temp. of the optics img-A (K) %6.2f Q_COHTP1= 3.99 / Temp. of the cooler head spec (K) %6.2f Q_COHTP2= 3.89 / Temp. of the cooler head img (K) %6.2f Q_SHDTP1= 67.99 / Temp. of the shield A (K) %6.2f Q_SHDTP2= 67.99 / Temp. of the shield B (K) %6.2f Q_ABTTP1= 300.14 / Temperature of Ambient thermometer (K) %6.2f Q_ABTTP2= 350.32 / Temperature of Ambient thermometer (K) %6.2f Q_ABTMP3= 280.41 / Temperature of Ambient thermometer (K) %6.2f COMMENT +++++++++++++++++++++ Detector Drive Q_CLKVER= 'Q_CLK0001-990701' / Clock version %30s Q_CLKFL = 'Q_031_022_039_001_010 ' / Clock macro file name %30s Q_CLKMCC= 'This is preliminary clk ' / Coment on clock pattern macro %30s Q_CLKNM = 'GETRAW ' / Clock pattern name %30s Q_CLKCLC= 'Not coadded ' / Coment on each clock pattern %30s Q_PIXTIM= 5.00 / Clock duration for a pixel (microsec) %6.2f Q_FRRATE= 40.0000 / Detector Framerate (Hz) %8.4f Q_READTM= 0.02500000 / Time for reading out 1 exp (sec) %12.8f Q_NDRATE= 100 / N.D. rate of the detector (1/243) %3d Q_NDEFF = 0.41142300 / efficiency of the integ by using N.D. %10.8f COMMENT +++++++++++++++++++++ Chopping and Nodding Q_CHOP = 'on ' / Chopping on/off %8s Q_CPWTP = 'on ' / Tip-tilt with chopping on/off %8s Q_CPBMST= 'origin ' / Chopping beam at the 1st exp. %16s Q_CPFREQ= 2.5000 / Chopping Frequency (Hz) %8.4f Q_CPTIME= 0.200000 / Chopping period per 1 beam (sec) %10.6f Q_CPEXP = 8 / Number of exp of 1 chopping beam %d Q_CPEXAD= 1 / Number of coadded exp. %d Q_CPFRAM= 7 / Number of frame of 1 chopping beam %d Q_CPNUM = 120 / Number of chopping in this file %d Q_INT1BM= 21.000000 / Integration time per 1 position (sec) %.6f Q_CPTHRW= 90.0000 / Chopping throw (arcsec) %10.4f Q_CPPA = 0.0000 / Chopping P.A. (deg) %8.4f Q_NDTIME= 10.00 / Nodding period (sec) %.2f Q_NDOFRA= 20.0000 / Nodding offset R.A. (arcsec) %10.4f Q_NDOFDE= -10.8 / Nodding offset Dec (arcsec) %8.4f Q_NDBEM ='main ' / Nodding Beam main/offset %12s Q_NDCOM ='Normal 2beam nodding ' / Comment about Nodding %30s END