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Wisconsin Ultraviolet Photo-Polarimeter Experiment (WUPPE)
Level 0 ZOOM Camera Image Data FITS files
February 23, 1994
1.0 Description of the Instrument
The Wisconsin Ultraviolet Photo-Polarimeter Experiment (WUPPE) was one of three ultraviolet telescopes on the ASTRO-1 payload which flew aboard the space shuttle Columbia during a nine day mission in December 1990 (December 2 through December 11). WUPPE is a 0.5m f/10 Cassegrain telescope and spectropolarimeter. It obtained simultaneous spectra and polarization measurements, with a spectral resolution of about 10A, from 1400 to 3200A. A set of halfwave plates at 6 different angles provided spectropolarimetric modulation with 10A resolution on point sources through apertures from 6 to 40 arcsec. A "Lyot" analyzer is used to provide 50-100A spectropolarimetric resolution on faint point targets and diffuse nebulae. The typical diffuse object aperture was 3x50 arcsec.
2.0 WUPPE1 Level 0 Zero Order Detector (ZOD) (ASTRO 1-01C):
Field identification, offsetting, focussing, and pointing trim were accomplished by relaying the zero-order image of the Wisconsin Ultraviolet Photo Polarimeter Experiment (WUPPE) spectrometer grating to a blue-sensitive zero-order detector (ZOD) camera. The ZOD was an intensified RCA 320x512 two-dimensional CCD array. The intensifier was an ITT 18 mm proximity-focussed channel intensifier with P-20 phosphor, quartz faceplate, and S-20 photocathode for blue-sensitivity. The array was uncooled and typically read out every second. There are three types of ZOD data; field, zoom and downfield images. No calibrations have been applied to the ZOD images and thus it is Level 0 data. The individual ZOD images are archived in FITS format. The field mode was used for identification and acquisition of the targets. Its size was 3.3 x 4.4 arcmin, 320 x 256 pixels using a 1-bit display. The zoom mode was used for fine pointing and focus. The size of the zoom image was 24 x 32 arcsec, 30 x 40 pixels using a 6-bit grey scale display. The downfield data is similar to the field data except it used the 6-bit grey scale display and was used to produce a more detailed picture of the field around the object of interest.
The ZOOM camera data were provided to the NSSDC in FITS files ordered by Object-ID and by Mission Elapsed Time (MET) day number. The ZOOM images by MET day number contain the entire dataset acquired during the Astro 1 mission. Each 12 hour time slice of data contains hundreds to thousands of zoom camera images. The ZOOM dataset, ordered by Object-ID, includes only the raw ZOOM images taken during observations of science targets.
3.0 WUPPE ZOOM Camera Data FITS File naming convention
There are 10 WUPPE raw zoom camera images in one level 0 raw zoom camera data FITS file (both by Object ID and by MET day number).
3.1 ZOOM FITS file names by Object ID
The files are named as follows:
WUPPE1_OBJECTID_PPPPPP_ZM_nnnn.FITS
where,
OBJECTID = The Mission Target List name. The names are common to the HUT, UIT and WUPPE instruments. The number of characters in OBJECT can vary from 3 to 8 characters. May be a mix of numbers and/or alphabetic information. May contain imbedded '-'s.
PPPPPP = The POINTING_ID is a 6 digit number representing the object identification number which was assigned during the ASTRO1 mission. Each shuttle pointing had a unique POINTING_ID number. There may be several pointings of a single object.
ZM = Denotes Level 0 ZOD ZOOM camera data.
nnnn = Starting ZOOM image number.
For example, FITS file "WUPPE1_BD284211_001014_ZM_0001.FITS" contains raw zoom images 1 through 10 that pertain to the 001014 observation of BD+284211. File "WUPPE1_BD284211_001014_ZM_0011.FITS" contains raw scans 11 through 20.
3.2 WUPPE ZOOM FITS file names by MET Day Number
FITS file name = WUPPE1_DAYyz_ZM_nnnn.FITS
where,
DAYyz = The mission elapsed time (MET) day number times 10 (eg. 00, 05, 10,... 80). Files are grouped into 12-hour periods for each DAYyz (MET time of y.z).
ZM = Denotes Level 0 ZOD ZOOM camera data.
nnnn = Starting ZOOM image number.
For example, FITS file "WUPPE1_DAY05_ZM_0001.FITS" contains raw images 1 through 10 from day 0.5. "WUPPE1_DAY05_ZM_0011.FITS" contains raw images 11 through 20 from day 0.5.
4.0 Description of WUPPE ZOOM Camera FITS files
The FITS files were written on a digital DECstation 5000/240 using DEC FORTRAN for Ultrix RISC Systems, running Ultrix 4.2 at the University of Wisconsin. The FITSIO package, version 3.2, written by William Pence at the Goddard Spaceflight Center, was used to generate the FITS files.
Each ZOOM FITS file is 40320 bytes in length (79 VMS blocks).
The set of basic header information includes the primary array keywords and keywords describing the instrument and data arrays and 12 keywords describing the telescope observational and engineering data for each of the 10 raw zoom camera images in the FITS file.
An example header of a FITS file is given below.
Each zoom image consists of 40x30 integer*2 words. The FITS file then contains 40x30x10 integer*2 words. If there were not enough zoom images to complete a 10 image FITS file, zero-filled data (a FILLER image) were written to the FITS file. In addition, if the data in the original 12 hour time slice file were so badly corrupted as to be unreadable, a FILLER image was written in its place.
See section 6.3 for (WUPPE1_DAY55_ZM_0201.FITS) an example of a file with FILLER images.
5.0 Software
The program "zoomfitsread.f" was written to verify the contents of the Level 0 Zoom Camera Image FITS files. It also uses the GSFC FITSIO software package. This program, along with other WUPPE1 fortran programs, is available from NDADS. IRAF (on a VMS machine) was also used to verify the Zoom Camera Image FITS files.
6.0 Sample FITS ZOOM File Headers
6.1 ZOOM FITS File Header by Object ID
(File name = WUPPE1_PSI-VEL_240910_ZM_0001.FITS )
SIMPLE = T / file does conform to FITS standard BITPIX = 16 / number of bits per data pixel NAXIS = 3 / number of data axes NAXIS1 = 40 / length of data axis 1 NAXIS2 = 30 / length of data axis 2 NAXIS3 = 10 / length of data axis 3 COMMENT Each zoom image has 40x30 data points COMMENT There are 10 zoom images in each FITS file CTYPE1 = 'Pixel ' / Pixel Number CRPIX1 = 1.0 / Reference pixel location CRVAL1 = 1.0 / Reference pixel coordinate value CDELT1 = 1.0 / Delta pixel number CTYPE2 = 'Row ' / Row Number CRPIX2 = 1.0 / Reference row location CRVAL2 = 1.0 / Reference row coordinate value CDELT2 = 1.0 / Delta row number CTYPE3 = 'Image No.' / Zoom Image Number CRPIX3 = 1.0 / Reference image location CRVAL3 = 1.0 / Starting image number = ZOOM01 CDELT3 = 1.0 / Delta image number ORIGIN = 'UW-Space Astronomy Lab' / Creator of FITS file DATE = 'Thu Mar 11 16:19:52 1993' / Date FITS file was created OBSERVAT= 'ASTRO-1 ' / Observatory TELESCOP= 'WUPPE ' / Telescope INSTRUME= 'SPECTROPOLARIMETER' / Instrument Used OBJECT = 'PSI-VEL ' / Object Observed ID = '2409-10 ' / Target ID PRIME = 'WUPPE ' / Prime Instrument EQUINOX = 1950.00 / Equinox for coordinates RA = 142.1821 / Right ascension in degrees DEC = -40.2470 / Declination in degrees GMTSTART= '342/23:20:22' / GMT start time of observation GMTSTOP = '342/23:37:06' / GMT stop time of observation METSTART= '6/16:31:21' / Mission Elapsed Time start time METSTOP = '6/16:48:05' / Mission Elapsed Time stop time ZOOM01 = 1 / Zoom Image Number CURSEQ01= 137 / Current Sequence Number STATUS01= '7: OBS ' / Instrument Status Mode APER01 = 1 / Aperture FILT01 = 6 / Filter GMTTIM01= '342/23:20:27' / GMT time of data readout METTIM01= '6/16:31:26' / MET time of data readout SAT01 = 10.0 / %Saturation BOS01 = 4.7 / Bright Object Sensor reading MAXCTS01= 13 / Maximum counts in Zoom Image QUAL01 = 0 / SLDPF Quality Flag (max) IMAGE01 = 'ZOOM IMAGE' / Zoom Image ZOOM02 = 2 / Zoom Image Number CURSEQ02= 137 / Current Sequence Number STATUS02= '7: OBS ' / Instrument Status Mode APER02 = 1 / Aperture FILT02 = 6 / Filter GMTTIM02= '342/23:20:36' / GMT time of data readout METTIM02= '6/16:31:35' / MET time of data readout SAT02 = 10.0 / %Saturation BOS02 = 4.7 / Bright Object Sensor reading MAXCTS02= 12 / Maximum counts in Zoom Image QUAL02 = 0 / SLDPF Quality Flag (max) IMAGE02 = 'ZOOM IMAGE' / Zoom Image ZOOM03 = 3 / Zoom Image Number CURSEQ03= 137 / Current Sequence Number STATUS03= '7: OBS ' / Instrument Status Mode APER03 = 1 / Aperture FILT03 = 7 / Filter GMTTIM03= '342/23:20:44' / GMT time of data readout METTIM03= '6/16:31:43' / MET time of data readout SAT03 = 10.0 / %Saturation BOS03 = 4.7 / Bright Object Sensor reading MAXCTS03= 13 / Maximum counts in Zoom Image QUAL03 = 0 / SLDPF Quality Flag (max) IMAGE03 = 'ZOOM IMAGE' / Zoom Image ZOOM04 = 4 / Zoom Image Number CURSEQ04= 137 / Current Sequence Number STATUS04= '7: OBS ' / Instrument Status Mode APER04 = 1 / Aperture FILT04 = 7 / Filter GMTTIM04= '342/23:20:52' / GMT time of data readout METTIM04= '6/16:31:51' / MET time of data readout SAT04 = 10.0 / %Saturation BOS04 = 4.7 / Bright Object Sensor reading MAXCTS04= 12 / Maximum counts in Zoom Image QUAL04 = 0 / SLDPF Quality Flag (max) IMAGE04 = 'ZOOM IMAGE' / Zoom Image ZOOM05 = 5 / Zoom Image Number CURSEQ05= 137 / Current Sequence Number STATUS05= '7: OBS ' / Instrument Status Mode APER05 = 1 / Aperture FILT05 = 6 / Filter GMTTIM05= '342/23:21: 0' / GMT time of data readout METTIM05= '6/16:31:59' / MET time of data readout SAT05 = 10.0 / %Saturation BOS05 = 4.5 / Bright Object Sensor reading MAXCTS05= 12 / Maximum counts in Zoom Image QUAL05 = 0 / SLDPF Quality Flag (max) IMAGE05 = 'ZOOM IMAGE' / Zoom Image ZOOM06 = 6 / Zoom Image Number CURSEQ06= 137 / Current Sequence Number STATUS06= '7: OBS ' / Instrument Status Mode APER06 = 1 / Aperture FILT06 = 6 / Filter GMTTIM06= '342/23:21: 8' / GMT time of data readout METTIM06= '6/16:32: 7' / MET time of data readout SAT06 = 10.0 / %Saturation BOS06 = 4.5 / Bright Object Sensor reading MAXCTS06= 12 / Maximum counts in Zoom Image QUAL06 = 0 / SLDPF Quality Flag (max) IMAGE06 = 'ZOOM IMAGE' / Zoom Image ZOOM07 = 7 / Zoom Image Number CURSEQ07= 137 / Current Sequence Number STATUS07= '7: OBS ' / Instrument Status Mode APER07 = 1 / Aperture FILT07 = 7 / Filter GMTTIM07= '342/23:21:17' / GMT time of data readout METTIM07= '6/16:32:16' / MET time of data readout SAT07 = 10.0 / %Saturation BOS07 = 4.7 / Bright Object Sensor reading MAXCTS07= 13 / Maximum counts in Zoom Image QUAL07 = 0 / SLDPF Quality Flag (max) IMAGE07 = 'ZOOM IMAGE' / Zoom Image ZOOM08 = 8 / Zoom Image Number CURSEQ08= 137 / Current Sequence Number STATUS08= '7: OBS ' / Instrument Status Mode APER08 = 1 / Aperture FILT08 = 7 / Filter GMTTIM08= '342/23:21:25' / GMT time of data readout METTIM08= '6/16:32:24' / MET time of data readout SAT08 = 10.0 / %Saturation BOS08 = 4.5 / Bright Object Sensor reading MAXCTS08= 12 / Maximum counts in Zoom Image QUAL08 = 0 / SLDPF Quality Flag (max) IMAGE08 = 'ZOOM IMAGE' / Zoom Image ZOOM09 = 9 / Zoom Image Number CURSEQ09= 137 / Current Sequence Number STATUS09= '7: OBS ' / Instrument Status Mode APER09 = 1 / Aperture FILT09 = 7 / Filter GMTTIM09= '342/23:21:33' / GMT time of data readout METTIM09= '6/16:32:32' / MET time of data readout SAT09 = 10.0 / %Saturation BOS09 = 4.5 / Bright Object Sensor reading MAXCTS09= 13 / Maximum counts in Zoom Image QUAL09 = 0 / SLDPF Quality Flag (max) IMAGE09 = 'ZOOM IMAGE' / Zoom Image ZOOM10 = 10 / Zoom Image Number CURSEQ10= 137 / Current Sequence Number STATUS10= '7: OBS ' / Instrument Status Mode APER10 = 1 / Aperture FILT10 = 6 / Filter GMTTIM10= '342/23:21:41' / GMT time of data readout METTIM10= '6/16:32:40' / MET time of data readout SAT10 = 10.0 / %Saturation BOS10 = 4.5 / Bright Object Sensor reading MAXCTS10= 12 / Maximum counts in Zoom Image QUAL10 = 0 / SLDPF Quality Flag (max) IMAGE10 = 'ZOOM IMAGE' / Zoom Image END
6.2 ZOOM FITS File Header by MET Day Number
WUPPE1_DAY55_ZM_0191.FITS
SIMPLE = T / file does conform to FITS standard BITPIX = 16 / number of bits per data pixel NAXIS = 3 / number of data axes NAXIS1 = 40 / length of data axis 1 NAXIS2 = 30 / length of data axis 2 NAXIS3 = 10 / length of data axis 3 COMMENT Each zoom image has 40x30 data points COMMENT There are 10 zoom images in each FITS file CTYPE1 = 'Pixel ' / Pixel Number CRPIX1 = 1.0 / Reference pixel location CRVAL1 = 1.0 / Reference pixel coordinate value CDELT1 = 1.0 / Delta pixel number CTYPE2 = 'Row ' / Row Number CRPIX2 = 1.0 / Reference row location CRVAL2 = 1.0 / Reference row coordinate value CDELT2 = 1.0 / Delta row number CTYPE3 = 'Image No.' / Zoom Image Number CRPIX3 = 1.0 / Reference zoom image location number CRVAL3 = 191.0 / Starting zoom image number = ZOOM01 CDELT3 = 1.0 / Delta image number ORIGIN = 'UW-Space Astronomy Lab' / Creator of FITS file DATE = 'Fri Jan 29 13:58:39 1993' / Date FITS file was created OBSERVAT= 'ASTRO-1 ' / Observatory TELESCOP= 'WUPPE ' / Telescope INSTRUME= 'SPECTROPOLARIMETER' / Instrument Used ZOOM01 = 191 / Zoom Image Number CURSEQ01= 375 / Current Sequence Number STATUS01= '7: OBS ' / Instrument Status Mode APER01 = 7 / Aperture FILT01 = 4 / Filter GMTTIM01= '341/20:46:43' / GMT time of data readout METTIM01= '5/13:57:42' / MET time of data readout SAT01 = 29.0 / %Saturation BOS01 = 8.2 / Bright Object Sensor reading MAXCTS01= 20 / Maximum counts in Zoom Image QUAL01 = 0 / SLDPF Quality Flag (max) IMAGE01 = 'ZOOM IMAGE' / Zoom Image ZOOM02 = 192 / Zoom Image Number CURSEQ02= 375 / Current Sequence Number STATUS02= '7: OBS ' / Instrument Status Mode APER02 = 7 / Aperture FILT02 = 4 / Filter GMTTIM02= '341/20:46:51' / GMT time of data readout METTIM02= '5/13:57:50' / MET time of data readout SAT02 = 29.0 / %Saturation BOS02 = 8.2 / Bright Object Sensor reading MAXCTS02= 21 / Maximum counts in Zoom Image QUAL02 = 0 / SLDPF Quality Flag (max) IMAGE02 = 'ZOOM IMAGE' / Zoom Image ZOOM03 = 193 / Zoom Image Number CURSEQ03= 375 / Current Sequence Number STATUS03= '7: OBS ' / Instrument Status Mode APER03 = 7 / Aperture FILT03 = 4 / Filter GMTTIM03= '341/20:46:59' / GMT time of data readout METTIM03= '5/13:57:58' / MET time of data readout SAT03 = 29.0 / %Saturation BOS03 = 8.2 / Bright Object Sensor reading MAXCTS03= 22 / Maximum counts in Zoom Image QUAL03 = 0 / SLDPF Quality Flag (max) IMAGE03 = 'ZOOM IMAGE' / Zoom Image ZOOM04 = 194 / Zoom Image Number CURSEQ04= 375 / Current Sequence Number STATUS04= '7: OBS ' / Instrument Status Mode APER04 = 7 / Aperture FILT04 = 4 / Filter GMTTIM04= '341/20:47: 7' / GMT time of data readout METTIM04= '5/13:58: 6' / MET time of data readout SAT04 = 29.0 / %Saturation BOS04 = 8.2 / Bright Object Sensor reading MAXCTS04= 21 / Maximum counts in Zoom Image QUAL04 = 0 / SLDPF Quality Flag (max) IMAGE04 = 'ZOOM IMAGE' / Zoom Image ZOOM05 = 195 / Zoom Image Number CURSEQ05= 375 / Current Sequence Number STATUS05= '7: OBS ' / Instrument Status Mode APER05 = 7 / Aperture FILT05 = 4 / Filter GMTTIM05= '341/20:47:16' / GMT time of data readout METTIM05= '5/13:58:15' / MET time of data readout SAT05 = 29.0 / %Saturation BOS05 = 8.2 / Bright Object Sensor reading MAXCTS05= 21 / Maximum counts in Zoom Image QUAL05 = 0 / SLDPF Quality Flag (max) IMAGE05 = 'ZOOM IMAGE' / Zoom Image ZOOM06 = 196 / Zoom Image Number CURSEQ06= 375 / Current Sequence Number STATUS06= '7: OBS ' / Instrument Status Mode APER06 = 7 / Aperture FILT06 = 4 / Filter GMTTIM06= '341/20:47:24' / GMT time of data readout METTIM06= '5/13:58:23' / MET time of data readout SAT06 = 29.0 / %Saturation BOS06 = 8.0 / Bright Object Sensor reading MAXCTS06= 19 / Maximum counts in Zoom Image QUAL06 = 0 / SLDPF Quality Flag (max) IMAGE06 = 'ZOOM IMAGE' / Zoom Image ZOOM07 = 197 / Zoom Image Number CURSEQ07= 375 / Current Sequence Number STATUS07= '7: OBS ' / Instrument Status Mode APER07 = 7 / Aperture FILT07 = 4 / Filter GMTTIM07= '341/20:47:32' / GMT time of data readout METTIM07= '5/13:58:31' / MET time of data readout SAT07 = 29.0 / %Saturation BOS07 = 8.0 / Bright Object Sensor reading MAXCTS07= 20 / Maximum counts in Zoom Image QUAL07 = 0 / SLDPF Quality Flag (max) IMAGE07 = 'ZOOM IMAGE' / Zoom Image ZOOM08 = 198 / Zoom Image Number CURSEQ08= 375 / Current Sequence Number STATUS08= '7: OBS ' / Instrument Status Mode APER08 = 7 / Aperture FILT08 = 4 / Filter GMTTIM08= '341/20:47:40' / GMT time of data readout METTIM08= '5/13:58:39' / MET time of data readout SAT08 = 29.0 / %Saturation BOS08 = 7.9 / Bright Object Sensor reading MAXCTS08= 22 / Maximum counts in Zoom Image QUAL08 = 0 / SLDPF Quality Flag (max) IMAGE08 = 'ZOOM IMAGE' / Zoom Image ZOOM09 = 199 / Zoom Image Number CURSEQ09= 375 / Current Sequence Number STATUS09= '7: OBS ' / Instrument Status Mode APER09 = 7 / Aperture FILT09 = 4 / Filter GMTTIM09= '341/20:47:48' / GMT time of data readout METTIM09= '5/13:58:47' / MET time of data readout SAT09 = 29.0 / %Saturation BOS09 = 8.0 / Bright Object Sensor reading MAXCTS09= 21 / Maximum counts in Zoom Image QUAL09 = 0 / SLDPF Quality Flag (max) IMAGE09 = 'ZOOM IMAGE' / Zoom Image ZOOM10 = 200 / Zoom Image Number CURSEQ10= 375 / Current Sequence Number STATUS10= '7: OBS ' / Instrument Status Mode APER10 = 7 / Aperture FILT10 = 4 / Filter GMTTIM10= '341/20:47:56' / GMT time of data readout METTIM10= '5/13:58:55' / MET time of data readout SAT10 = 29.0 / %Saturation BOS10 = 7.9 / Bright Object Sensor reading MAXCTS10= 23 / Maximum counts in Zoom Image QUAL10 = 0 / SLDPF Quality Flag (max) IMAGE10 = 'ZOOM IMAGE' / Zoom Image END
FITS file = WUPPE1_DAY55_ZM_0201.FITS
(Note that the last 2 zoom images in the file are filler images.
Abbreviated header, to save space)
For further assistance, please send mail to archive@stsci.edu
or contact
The information on this page came from the WUPPE project via the
Astrophysics Data Center at Goddard Space Flight Center.
6.3 ZOOM Image with "Filler" images.
SIMPLE = T / file does conform to FITS standard
BITPIX = 16 / number of bits per data pixel
NAXIS = 3 / number of data axes
NAXIS1 = 40 / length of data axis 1
NAXIS2 = 30 / length of data axis 2
NAXIS3 = 10 / length of data axis 3
COMMENT Each zoom image has 40x30 data points
COMMENT There are 10 zoom images in each FITS file
CTYPE1 = 'Pixel ' / Pixel Number
CRPIX1 = 1.0 / Reference pixel location
CRVAL1 = 1.0 / Reference pixel coordinate value
CDELT1 = 1.0 / Delta pixel number
CTYPE2 = 'Row ' / Row Number
CRPIX2 = 1.0 / Reference row location
CRVAL2 = 1.0 / Reference row coordinate value
CDELT2 = 1.0 / Delta row number
CTYPE3 = 'Image No.' / Zoom Image Number
CRPIX3 = 1.0 / Starting image number
CRVAL3 = 1.0 / Starting image value
CRPIX3 = 1.0 / Reference zoom image location number
CRVAL3 = 201.0 / Starting zoom image number = ZOOM01
CDELT3 = 1.0 / Delta image number
ORIGIN = 'UW-Space Astronomy Lab' / Creator of FITS file
DATE = 'Fri Jan 29 13:58:39 1993' / Date FITS file was created
OBSERVAT= 'ASTRO-1 ' / Observatory
TELESCOP= 'WUPPE ' / Telescope
INSTRUME= 'SPECTROPOLARIMETER' / Instrument Used
ZOOM01 = 201 / Zoom Image Number
CURSEQ01= 375 / Current Sequence Number
STATUS01= '7: OBS ' / Instrument Status Mode
APER01 = 7 / Aperture
FILT01 = 4 / Filter
GMTTIM01= '341/20:48: 5' / GMT time of data readout
METTIM01= '5/13:59: 4' / MET time of data readout
SAT01 = 29.0 / %Saturation
BOS01 = 7.9 / Bright Object Sensor reading
MAXCTS01= 29 / Maximum counts in Zoom Image
QUAL01 = 0 / SLDPF Quality Flag (max)
IMAGE01 = 'ZOOM IMAGE' / Zoom Image
ZOOM02 = 202 / Zoom Image Number
CURSEQ02= 375 / Current Sequence Number
STATUS02= '7: OBS ' / Instrument Status Mode
APER02 = 7 / Aperture
FILT02 = 4 / Filter
GMTTIM02= '341/20:48:13' / GMT time of data readout
METTIM02= '5/13:59:12' / MET time of data readout
SAT02 = 29.0 / %Saturation
BOS02 = 7.9 / Bright Object Sensor reading
MAXCTS02= 18 / Maximum counts in Zoom Image
QUAL02 = 0 / SLDPF Quality Flag (max)
IMAGE02 = 'ZOOM IMAGE' / Zoom Image
.
.
.
ZOOM08 = 208 / Zoom Image Number
CURSEQ08= 375 / Current Sequence Number
STATUS08= '7: OBS ' / Instrument Status Mode
APER08 = 7 / Aperture
FILT08 = 4 / Filter
GMTTIM08= '341/20:49: 2' / GMT time of data readout
METTIM08= '5/14: 0: 1' / MET time of data readout
SAT08 = 29.0 / %Saturation
BOS08 = 8.2 / Bright Object Sensor reading
MAXCTS08= 20 / Maximum counts in Zoom Image
QUAL08 = 0 / SLDPF Quality Flag (max)
IMAGE08 = 'ZOOM IMAGE' / Zoom Image
ZOOM09 = 209 / Zoom Image Number
CURSEQ09= 0 / Current Sequence Number
STATUS09= '0: ' / Instrument Status Mode
APER09 = 0 / Aperture
FILT09 = 0 / Filter
GMTTIM09= '0/ 0: 0: 0' / GMT time of data readout
METTIM09= '0/ 0: 0: 0' / MET time of data readout
SAT09 = 0.0 / %Saturation
BOS09 = 0.0 / Bright Object Sensor reading
MAXCTS09= 0 / Maximum counts in Zoom Image
QUAL09 = 0 / SLDPF Quality Flag (max)
IMAGE09 = 'FILLER IMAGE' / Zero-Filled Zoom Image
ZOOM10 = 210 / Zoom Image Number
CURSEQ10= 0 / Current Sequence Number
STATUS10= '0: ' / Instrument Status Mode
APER10 = 0 / Aperture
FILT10 = 0 / Filter
GMTTIM10= '0/ 0: 0: 0' / GMT time of data readout
METTIM10= '0/ 0: 0: 0' / MET time of data readout
SAT10 = 0.0 / %Saturation
BOS10 = 0.0 / Bright Object Sensor reading
MAXCTS10= 0 / Maximum counts in Zoom Image
QUAL10 = 0 / SLDPF Quality Flag (max)
IMAGE10 = 'FILLER IMAGE' / Zero-Filled Zoom Image
END
7.0 Further Information
UW Space Astronomy Laboratory
Chamberlin Hall
1150 University Avenue
Madison, WI 53706
Phone (608) 263-4678
meade@sal.wisc.edu
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