SDS 0 STRUCT ! 4x FITS ` COMMENTS p OBS Z p X ` ! STRUCT ! STRUCT ` 7 A __ 1 ?F A __ 1 @b }H ! STRUCT ` A __ ! D B __ @ 29-JUL-94 p 7 C@ __@ @ Observatory latitude in degrees C@ __@ @ Altitude of observatory in metres C@ __@ @ Gct version date B __ @ R2.4.4 C@ __@ @ Gct Version Number A __ ! C@ __@ @ Hour angle at end of exposure A __ ! C@ __@ @ Hour angle at start of exposure B __ @ CCD_2 C@ __@ @ Instrument name B __ @ IRIS MULTIPLE SAMPLE READOUTS C@ __@ @ ST at end of exposure. B __ @ 00:04:08 C@ __@ @ ST at start of exposure. A __ ! Bpo C@ __@ @ Total exposed time(seconds) B __ @ 08:57:49 A __ ! ? C@ __@ @ UT at end of exposure. B __ @ 08:56:21 C@ __@ @ UT at start of exposure. A __ 1 @+\( C@ __@ @ Current Epoch, Years A.D. B __ @ AT ZENITH A __ ! C C@ __@ @ Observatory longitude in degrees C@ __@ @ Control task control method 4x OBJECT `B$ __$ @ HK ECHELLE WITH 1.65 FILTER IN BEAM B __ @ AAO A __ ! ? C@ __@ @ Originating institution A __ ! B C@ __@ @ Run number B __ @ RUN C@ __@ @ Actual run command entered. B __ @ NORMAL A __ ! C C@ __@ @ Readout speed B __ @ ANGLO-AUSTRALIAN TELESCOPE C@ __@ @ T B __ @ 1994:12:09 C@ __@ @ UT date B __ @ IRIS128 C@ __@ @ Window name A __ ! C@ __@ @ Zenith distance at end of exposure A __ ! C@ __@ @ Zenith distance at start of exposure B __ @ ROCKWELL A __ ! C A __ ! ? C@ __@ @ CCD chip name C@ __@ @ Last column of detector. C@ __@ @ First column of detector. C@ __@ @ Last row of detector. C@ __@ @ First row of detector. A __ 1 @V C@ __@ @ Elapsed time(seconds) A __ ! AD9X C@ __@ @ Integration time(seconds) A __ ! C@ __@ @ Pre-exposure flash time (sec) B __ @ 00:05:36 A __ ! @ C@ __@ @ IRIS non_destructive readout interval. A __ ! ;`B C@ __@ @ IRIS timer resolution. (seconds) A __ ! C C@ __@ @ Window x ordinate maximum(right col) A __ ! ? C@ __@ @ Window x ordinate minimum(left col) C@ __@ @ Window y ordinate maximum(last row) A __ ! ? C@ __@ @ Window y ordinate minimum(first row) ! STRUCT p4x DATA F __ ! ' <$͠< 7 >~>|5?C?2N?@%?>|?-? >2>|
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=`=i)= 1@<< ` Ff F F F F F. FV F~ F F F F FF Fn F C@ __@ @ Telescope is parked at zenith. B __ @ OUT C@ __@ @ Field Flattener B __ @ HK C@ __@ @ Echelle/grism B __ @ OPEN2 C@ __@ @ Grism/hand Wheel position B __ @ WIDE C@ __@ @ Field Change Lens B __ @ OPEN C@ __@ @ Lower Filter B __ @ NARROW C@ __@ @ Slit B __ @ CS36 C@ __@ @ Telescope top end B __ @ 1.65 C@ __@ @ Upper Filter A __ ! C A __ ! ? C@ __@ @ Last CCD column of x field. C@ __@ @ First CCD column of x field. C@ __@ @ Last CCD row of y field. C@ __@ @ First CCD row of y field. C@ __@ @ IRIS number of integration cycles. A __ ! A C@ __@ @ IRIS non_destrctv reads/intgrtn cycle. B __ @ OBS-4 C@ __@ @ Data = fitted NDRs A __ ! A ( C@ __@ @ IRIS exposure time/integration cycle. A __ ! ? A __ ! C ALT_OBS GCT_DATE GCT_VER HAEND HASTART @ INSTRUME LAT_OBS LONG_OBS METHOD ORIGIN RUN 0 RUNCMD p SPEED TELESCOP 0 UTDATE WINDOW ZDEND
0 ZDSTART
p DETECTOR
DETECXE
DETECXS
DETECYE DETECYS ELAPSED EXPOSED @ FLASH STEND STSTART 0 TOTALEXP UTEND UTSTART 0 EPOCH TRACKING IRIS_FLA 0 IRIS_GRM IRIS_HND IRIS_LEN 0 IRIS_LFT IRIS_SLT IRIS_TOP 0 IRIS_UFT FIELDXE1 FIELDXS1 FIELDYE1 FIELDYS1 N_INT N_READ OBS_MODE @ TIME_INT TIME_NDR TIME_RES
0 WINDOXE
p WINDOXS
WINDOYE WINDOYS 0 ALT_OBS @ GCT_DATE p GCT_VER HAEND HASTART P INSTRUME LAT_OBS LONG_OBS METHOD 0 ORIGIN RUN @ RUNCMD SPEED TELESCOP P UTDATE WINDOW
ZDEND
@ ZDSTART
DETECTOR DETECXE 0 DETECXS ` DETECYE DETECYS ELAPSED EXPOSED P FLASH STEND STSTART P TOTALEXP UTEND UTSTART P EPOCH TRACKING IRIS_FLA P IRIS_GRM IRIS_HND IRIS_LEN P IRIS_LFT IRIS_SLT IRIS_TOP P IRIS_UFT FIELDXE1 FIELDXS1 0 FIELDYE1 ` FIELDYS1 N_INT N_READ OBS_MODE ` TIME_INT TIME_NDR
TIME_RES
@ WINDOXE
WINDOXS
WINDOYE WINDOYS @