SIMPLE = T BITPIX = -32 / # of bits storing pixel values NAXIS = 2 / # of axes in frame NAXIS1 = 260 / # of pixels/row NAXIS2 = 364 / # of rows in frame BZERO = 0.00000000 / Real = VAL x BSCALE + BZERO BSCALE = 1.00000000 / Real = VAL x BSCALE + BZERO EXTEND = F / There maybe standard extensions ORIGIN = 'Makali`i' / FITS file originator DATE = '2014-06-09T03:43:09'/ Date FITS file was generated (UTC) BUNIT = 'ADU ' / Unit of original pixel values EQUINOX = 2012.6 / Equinox CTYPE1 = 'RA---TAN' / Type of physical coord. on X CTYPE2 = 'DEC--TAN' / Type of physical coord. on Y CUNIT1 = 'deg ' / Unit of physical coord. on X CUNIT2 = 'deg ' / Unit of physical coord. on Y CRPIX1 = 408.00000000 / Reference pixel in X CRPIX2 = 2875.00000000 / Reference pixel in Y CRVAL1 = 2.768250e+002 / Physical value of the reference pixel X CRVAL2 = 3.976667e+001 / Physical value of the reference pixel Y CDELT1 = -2.778000e-004 / Pixel size on X CDELT2 = 2.778000e-004 / Pixel size on Y CD1_1 = -2.778000e-004 / Coordinate transformation matrix CD1_2 = 0.000000e+000 / Coordinate transformation matrix CD2_1 = 0.000000e+000 / Coordinate transformation matrix CD2_2 = 2.778000e-004 / Coordinate transformation matrix LONPOLE = 180 / [deg] Native longitude of celestial pole DATE-OBS= '2012-08-08' / Observation start date (YYYY-MM-DD) UT = '13:26:22' / Medial UTC of the exposure (HH:MM:SS) UT-STR = '13:26:18' / UTC at the start exposure time (HH:MM:SS) UT-END = '13:26:27' / UTC at the end of the exposure (HH:MM:SS) EXPTIME = 5.000 / [s] Exposure time TELESCOP= 'Kiso Schmidt ' / Name of telescope INSTRUME= 'KWFC ' / Name of instrument OBSERVER= 'Jisshu: Bunkyo, Mie, Nihon Joshi, Tokyo Gakugei' / Observers name OBSERVAT= 'Kiso Observatory ' / Observatory OBJECT = 'hip90415' / Name of the object observed RA = '18:27.3 ' / Right ascension of telescope pointing DEC = '+039:46 ' / Declination of telescope pointing COMMENT ------------------------------------------------------------- COMMENT PARAMETERS FOR Makali`i COMMENT ------------------------------------------------------------- COMMENT ------------------------------------------------------------- COMMENT COMMENT OUT BY Makali`i ON 2014-06-09T03:43:09 COMMENT ------------------------------------------------------------- COMMENT ORIGIN = 'Makali`i' / FITS file originator COMMENT DATE = '2013-11-21T14:22:15'/ Date FITS file was generated (UTC) COMMENT ------------------------------------------------------------- COMMENT COMMENT OUT BY Makali`i ON 2013-11-21T14:22:15 COMMENT ------------------------------------------------------------- COMMENT ORIGIN = 'NOAO-IRAF FITS Image Kernel July 2003' / FITS file originatorCOMMENT DATE = '2013-10-23T06:51:58' / Date FITS file was generated COMMENT IRAF-TLM= '2013-10-23T06:51:57' / Time of last modification COMMENT DATAERR = 0 / Flag of FITS data error (0:No error) COMMENT BIN-FCT1= 1 / Binning factor of X axis (pixel). COMMENT BIN-FCT2= 1 / Binning factor of Y axis (pixel). COMMENT K_RSPEED= 'SLOW ' / Readout speed of CCDs COMMENT K_CDS = 'CDS ' / Correlated double sampling process COMMENT K_NSMPL = 1 / # of multi sampling COMMENT K_MODE = 18 / KWFC readout mode COMMENT FMTTYPE = 'KWFC-RAW-OBJECT' / Format type COMMENT FMTVER = 'Ver20120405' / [YYYYMMDD] Version of Format type COMMENT EXP-ID = 'KWFC0014349' / Sequential ID of the exposure COMMENT DET-ID = 1 / ID of the detector used for this image COMMENT FRAMEID = 'KWFC00143491' / Image number (EXP-ID + DET-ID) COMMENT DATA-TYP= 'OBJECT ' / Data type (OBJECT,SKYFLAT,DOMEFLAT,BIASCOMMENT FILTER01= 'V ' / Filter name COMMENT OBS-MOD = 'Imaging ' / Observation mode COMMENT FLAT-LMP= 'OFF ' / Status of the dome flat lamp (ON|OFF) COMMENT FLAT-ND = '1.0 ' / ND filter name for the dome flat lamp COMMENT RADECSYS= 'FK5 ' / The equatorial coordinate system COMMENT ZD = 16.200 / [deg] Typical Zenith Distance during exCOMMENT ZD-STR = 16.200 / [deg] Zenith Distance at exposure startCOMMENT ZD-END = 16.300 / [deg] Zenith Distance at exposure end COMMENT SECZ = 1.042 / Typical SEC(Zenith Distance) COMMENT SECZ-STR= 1.041 / SEC(Zenith Distance) at exposure start COMMENT SECZ-END= 1.042 / SEC(Zenith Distance) at exposure end COMMENT HA = '+01:21.4' / Hour angle (HH:MM.M) COMMENT HA-STR = '+01:19.9' / Hour angle at exposure start (HH:MM.M) COMMENT HA-END = '+01:20.1' / Hour angle at exposure end (HH:MM.M) COMMENT AZIMUTH = 110.0 / [deg] Azimuth of the telescope COMMENT AZ-STR = 110.0 / [deg] Azimuth at exposure start COMMENT AZ-END = 110.0 / [deg] Azimuth at exposure end COMMENT DSLT = +109.0 / [deg] Position angle of the dome slit COMMENT DSLT-STR= +109.0 / [deg] Dome position angle at exp start COMMENT DSLT-END= +109.0 / [deg] Dome position angle at exp end COMMENT ALTITUDE= 73.750 / [deg] Altitude of the telescope COMMENT ALT-STR = 73.800 / [deg] Altitude at exposure start COMMENT ALT-END = 73.700 / [deg] Altitude at exposure end COMMENT PROP-ID = 'OBS ' / Proposal ID (CAL for Calibration data) COMMENT TIMESYS = 'UTC ' / Time system used in the header. COMMENT JST = '22:26:22' / Medial JST of the exposure (HH:MM:SS) COMMENT JST-STR = '22:26:18' / JST at the start exposure time (HH:MM:SCOMMENT JST-END = '22:26:27' / JST at the end of the exposure (HH:MM:SCOMMENT LST = '19:48.7 ' / Medial LST of the exposure (HH:MM.M) COMMENT LST-STR = '19:47.2 ' / LST at the start of the exposure (HH:MMCOMMENT LST-END = '19:47.3 ' / LST at the end of the exposure (HH:MM.MCOMMENT MJD = 56147.55998 / [d] Mod. Julian Day at the mid exposureCOMMENT MJD-STR = 56147.55993 / [d] Mod. Julian Day at the exposure staCOMMENT MJD-END = 56147.56003 / [d] Mod. Julian Day at the exposure endCOMMENT F-RATIO = 3.1 / Monochromatic F-Ratio of the camera COMMENT FOC-LEN = 3300 / [mm] Focal length of the telescope COMMENT FOC-VAL = 24.99 / [mm] Encoder value of the focus unit COMMENT DETECTOR= 'MIT:w6c1' / Name of the detector/CCD COMMENT GAIN = 2.3 / [electron/ADU] AD conversion factor COMMENT RNOISE = 6.9 / [electron] Readout noise COMMENT EFP-MIN1= 1 / Start X position of effective data regiCOMMENT EFP-MIN2= 27 / Start Y position of effective data regiCOMMENT EFP-RNG1= 4100 / X range of effective data region COMMENT EFP-RNG2= 2048 / Y range of effective data region COMMENT DOM-TMP = 'UNDEF ' / [K] Temperature at the dome floor COMMENT DOM-HUM = 'UNDEF ' / Relative humidity at the dome floor (peCOMMENT TEL-TMP = 'UNDEF ' / [K] Temperature in the telescope COMMENT TEL-HUM = 'UNDEF ' / Relative humidity in the telescope (perCOMMENT DET-TMP = 168.04 / [K] Detector temperature COMMENT OUT-TMP = 291.15 / [K] Temperature measured outside the doCOMMENT OUT-HUM = 84.6 / Relative humidity outside the dome (perCOMMENT OUT-WANG= 281 / [deg] Wind direction COMMENT OUT-WND = 0.6 / [m/s] Wind speed COMMENT OUT-PSR = 884.2 / [hPa] Air pressure COMMENT SKYIRTMP= 283.25 / [K] Infrared sky temperature COMMENT WCS-ORIG= 'KWFC observation system' / Origin of the WCS value COMMENT WCSDIM = 2 COMMENT LTV1 = -2999. COMMENT LTV2 = -985. COMMENT LTM1_1 = 1. COMMENT LTM2_2 = 1. COMMENT WAT0_001= 'system=image' COMMENT WAT1_001= 'wtype=tan axtype=ra' COMMENT WAT2_001= 'wtype=tan axtype=dec' COMMENT ------------------------------------------------------------- COMMENT PARAMETERS FOR STELLAIMAGE COMMENT ------------------------------------------------------------- SI-LMIN1= 1.000000e+000 / MINIMUM LEVEL SI-LMAX1= 6.000000e+000 / MAXIMUM LEVEL END @1Q@Eg@)=@V@F@%2@?@@V@U@%@ @@-@3@@]@zZ@@;{F?֥@7k@Z@;ה@Cד@L@y@@,@)@)!@+fM@N3@"9@#\@-@%kN@{@/_@i@BVt@6^@5@ߔ@.^<@d@(+@' @~@@K<@4@@L:@>@.@0M@>;@C@9@8@D@7+@8@B)X@U@UG@T@1@'`@$>@N@(@96@@@C@V>)@7l@'.@h@Z@^p@*7@Oi@H9@*^*?@H=?@Bm@$@)X@@8@@%@@!1)?@#@@ @a@?l@P @;@B@+@!@D@0@5"@"@!@HX@$A@K@DK@ @ڷ@Ȟ@Ӌ@%?@<@cu@w@٪@6z@0c@O@5@8͗@82@%`@.@Ů@"s@+W @#Q@ ?7@=S8@@:l"@5H@"f@xg@+D@e@,@'x@S@@+Dm@(`p@B~C@? @2ó@;o@=D@@' ~@9X@0@:S@D0T@V_?]@5{|@0@'h@.l,@$# @A@?ׯ@) @3܃@T2@Aç@CO@*@.@H@33@ @yI@&!?趐@8@>!@7 @%@'@p[@#@26@7X/@@>@0~E@AyJ@?@?+@v@6@$F@0-@ ?@HH@,@0@@-@%@2@L@@$@)`@7>@ @@i@-~@0v @11.@;Z#@87@# @<'@6b@q@%D@/@?@@ P@1Q@Eg@)=@V@F@%2@?@@V@U@%@ @@-@3@@]@zZ@@;{F?֥@7k@Z@;ה@Cד@L@%^@.$`@J@@@8@*du@)Xy@%2@,a@]@.'@/+@b@+@}@-,@
?@!7`@&?w@*K@S2A@ O@ @s@ `@=@h.@9@+?Q@nb@9@/ @4@IX@)@"Z%@9X@`@&Y@;@# @%@<@:KN@T@,@"@.>@*@ 6@% [@@;~4@@@5@A @E@OX@:H@6#@SX@z@,;@d@%]@w@/p@I@:"@U@Z.@)@y@9R@z@+@&oS@j!@+@*ʿ@@@' @4@5@Q @Rd@'"@@M@2ԇ@0@&z@V@UJ@3м@qj@ A@4s@!@`i@C@2,@*@C@*@8ĵ@I@C@*,@5|@(?=@$@*@:B@=&@A@J@:@5)|@f@3f@%@XB@*l@6M@9IE@;/@C?7@V@7zT@//@JG@05@@%@@(&@4H@]@Of@@@R@Cӑ@@.\@)@;f@ @(@;}H@#@L8@y@E@?@3}@,;j@7ګ@@-@ES@@:%@2%@d@@kh@%^@.$`@J@@@8@*du@)Xy@%2@,a@]@.'@/+@b@+@}@-,@