ACCEPT = 'PROMPT ' / accept update; PROMPT, YES or NO
ALIGN_AX= 'Y ' / Alignment measurements in X or Y axis
ALIGN_SH= 1 / Distance between successive alignment offsets(
ALT-OBS = 4092 / Height of observatory above sea level (metres)
AMEND = 1.506342 / Airmass at end of observation
AMSTART = 1.482213 / Airmass at start of observation
APEND = 626.2637 / Air pressure at end of observation (mbar)
APSTART = 625.7753 / Air pressure at start of observation (mbar)
ATEND = 3.943836 / Air temp. at end of observation (C)
ATSTART = 4.041515 / Air temp. at start of observation (C)
BOLOMS = 'H7 ' / Names of bolometers measured
CALIBRTR= T / Internal calibrator is on or off
CAL_FRQ = 2.929688 / Calibrator frequency (Hz)
CENT_CRD= 'PLANET ' / Centre coordinate system
CHOP_CRD= 'AZ ' / Chopper coordinate system
CHOP_FRQ= 7.8125 / Chopper frequency (Hz)
CHOP_FUN= 'SCUBAWAVE' / Chopper waveform
CHOP_PA = 90 / Chopper P.A., 0 = in lat, 90 = in long
CHOP_THR= 60 / Chopper throw (arcsec)
DATA_DIR= '20040312' / Sub-directory where datafile was stored
DATA_KPT= 'DEMOD ' / The type of data stored to disk
DRGROUP = 'UNKNOWN ' / Pipeline combination of observations
DRRECIPE= 'UNKNOWN ' / Data reduction recipe name
END_AZD = 234.184 / Azimuth at end of observation (deg)
END_EL = -1 / Elevation of last SKYDIP point (deg)
END_ELD = 41.6082 / Elevation at end of observation
EQUINOX = 2000 / Equinox of mean coordinate system
EXPOSED = 0 / Exposure per pixel (seconds)
EXP_NO = 1 / Exposure number at end of observation
EXP_TIME= 1.024 / Exposure time for each basic measurement (sec)
E_PER_I = 1 / Number of exposures per integration
FILTER = '450W:850W' / Filters used
FOCUS_SH= -1 / Shift between focus measurements (mm)
GAIN = 10 / Programmable gain
HSTEND = '13:54:50.99922' / HST at end of observation
HSTSTART= '13:50:25.99869' / HST at start of observation
HUMEND = 84 / Humidity (%) at end of observation
HUMSTART= 83 / Humidity (%) at start of observation
INSTRUME= 'SCUBA ' / Name of instrument used
INT_NO = 2 / Integration number at end of observation
JIGL_CNT= 1 / Number of offsets in jiggle pattern
JIGL_NAM= 'JCMTDATA_DIR:NULL_1P0.JIG' / File containing jiggle offsets
J_PER_S = 8 / Number of jiggles per switch position
J_REPEAT= 8 / No. jiggle pattern repeats in a switch
LAT = '-010:45:01.15' / Object latitude
LAT-OBS = 19.8258323669 / Latitude of observatory (degrees)
LAT2 = '-010:45:00.40' / Object latitude at MJD2
LOCL_CRD= 'RD ' / Local offset coordinate system
LONG = '+022:24:18.44' / Object longitude
LONG-OBS= 204.520278931 / East longitude of observatory (degrees)
LONG2 = '+022:24:18.57' / Object Longitude at MJD2
MAP_HGHT= 180 / Height of rectangle to be mapped (arcsec)
MAP_PA = 0 / P.A. of map vertical, +ve towards +ve long
MAP_WDTH= 180 / Width of rectangle to be mapped (arcsec)
MAP_X = 0 / Map X offset from telescope centre (arcsec)
MAP_Y = 0 / Map Y offset from telescope centre (arcsec)
MAX_EL = -1 / Max elevation of sky-dip (deg)
MEANDEC = -10.77167 / -10:46:18.00293 = approx. mean Dec. (deg)
MEANRA = 336.0213 / 336:01:16.57471 = approx. mean R.A. (deg)
MEAS_NO = 5 / Measurement number at end of observation
MIN_EL = -1 / Min elevation of sky-dip (deg)
MJD1 = 53076.99337962963 / Modified Julian day planet at RA,DEC
MJD2 = 53077.0037962963 / Modified Julian day planet at RA2,DEC2
MODE = 'ALIGN ' / The type of observation
MSBID = 'CAL ' / Id min.-schedulable block
N_INT = 2 / No. integrations in the observation
N_MEASUR= 5 / No. measurements in the observation
OBJECT = 'uranus ' / Name of object
OBJ_TYPE= 'UNKNOWN ' / Type of object
OBSDEF = 'OBSERVE:<OMPODF>scuba_1079135424_001.odf' / The observation definitio
OBSERVER= 'Captain Nemo' / The name of the observer
PROJ_ID = 'SCUBA ' / The project identification
RUN = 16 / Run number of observation
SAM_CRDS= 'NA ' / Coordinatesystem of sampling mesh
SAM_DX = -1 / Sample spacing along scan direction (arcsec)
SAM_DY = -1 / Sample spacing perp. to scan (arcsec)
SAM_MODE= 'JIGGLE ' / Sampling method
SAM_PA = -1 / Scan P.A. rel. to lat. line; 0=lat, 90=long
SCAN_REV= F / .TRUE. if alternate scans reverse direction
SPK_NSIG= 0 / N sigmas from fit of spike threshold
SPK_RMVL= T / Automatic spike removal
SPK_WDTH= 0 / Assumed width of spike
START_EL= -1 / Elevation of first SKYDIP point (deg)
STATE = 'Terminating :' / SCUCD state
STEND = '0:56:46.67084' / ST at end of observation
STRT_AZD= 233.363 / Azimuth at observation start (deg)
STRT_ELD= 42.3314 / Elevation at observation start (deg)
STSTART = '0:52:20.94521' / ST at start of observation
SWTCH_MD= 'BMSW ' / Switch mode of observation
SWTCH_NO= 1 / Switch number at end of observation
S_PER_E = 2 / Number of switch positions per exposure
TELESCOP= 'JCMT ' / Name of telescope
TEL_OPER= 'Ned Land' / Telescope operator
UTDATE = '2004:3:12' / UT date of observation
UTEND = '23:54:51.00266' / UT at end of observation
UTSTART = '23:50:25.99869' / UT at start of observation
VERSION = 1.1 / SCUCD version
WPLTNAME= '
ALIGN_DX= -0.668754 / SMU tables X axis alignment offset
ALIGN_DY= 0 / SMU tables Y axis alignment offset
ALIGN_X = -2.32003 / SMU tables X axis
ALIGN_Y = 3.72923 / SMU tables Y axis
AZ_ERR = 0.08095858 / Error in the telescope azimuth
CHOPPING= T / SMU Chopper chopping state
EL_ERR = -0.06874 / Error in the telescope elevation
FOCUS_DZ= -0.097199 / SMU tables Z axis focus offset
FOCUS_Z = -17.2094 / SMU tables Z axis
SEEING = 0 / SAO atmospheric seeing
SEE_DATE= '** ' / Date and time of SAO seeing
TAU_225 = 0 / CSO tau
TAU_DATE= '** ' / Date and time of CSO tau
TAU_RMS = 0 / CSO tau rms
UAZ = 2.9773 / User azimuth pointing offset
UEL = -1.69306 / User elevation pointing offset
UT_DATE = '12 MAR 2004' / UT date at start of observation
BAD_LIM = 32 / No. spikes before quality set bad
CALIB_LG= 6 / Lag of internal calibrator in samples
CALIB_PD= 42.66667 / Period of internal calibrator in samples
CHOP_LG = 4 / Chop lag in samples
CHOP_PD = 16 / Chop period in samples
CNTR_DU3= 0 / Nasmyth dU3 coord of instrument centre
CNTR_DU4= 0 / Nasmyth dU4 coord of instrument centre
ENG_MODE= F / Engineer Mode enabled or disabled
ETATEL_1= -1 / Transmission of telescope
ETATEL_2= -1 / Transmission of telescope
ETATEL_3= -1 / Transmission of telescope
ETATEL_4= -1 / Transmission of telescope
ETATEL_5= -1 / Transmission of telescope
FILT_1 = '850 ' / Filter name
FILT_2 = 'not used' / Filter name
FILT_3 = 'not used' / Filter name
FILT_4 = 'not used' / Filter name
FILT_5 = 'not used' / Filter name
FLAT = 'jcmtdata_dir:lwswphot.dat' / Name of flat-field file
JIG_DSCD= -1 / No. samples discarded after jiggle movement
L_GD_BOL= 'H7 ' / Bol. to whose value LW guard ring is set
L_GUARD = F / Long wave guard ring on or off
MEAS_BOL= 'not used' / Bolometers actually measured in observation
N_BOLS = 1 / Number of bolometers selected
N_SUBS = 1 / Number of sub-instruments used
PHOT_BBF= 'not_used
POL_CONN= F / Polarimeter connect / disconnect status
PRE_DSCD= 0 / No. of samples discarded before chop movement
PST_DSCD= 0 / No. samples discarded after chop movement
REBIN = 'LINEAR ' / Rebinning method used by SCUIP
REF_ADC = -1 / A/D card of FLATFIELD reference bolometer
REF_CHAN= -1 / Channel of FLATFIELD reference bolometer
SAM_TIME= 125 / A/D sample period in ticks (64musec)
SIMULATE= F / True if data is simulated
SKY = 'jcmtdata_dir:skydip_startup.dat' / Name of sky opacities file
SUB_1 = 'LONG ' / SCUBA instrument being used
SUB_2 = 'not used' / SCUBA instrument being used
SUB_3 = 'not used' / SCUBA instrument being used
SUB_4 = 'not used' / SCUBA instrument being used
SUB_5 = 'not used' / SCUBA instrument being used
S_GD_BOL= 'D9 ' / Bol. to whose value SW guard ring is set
S_GUARD = F / Short wave guard ring on or off
TAUZ_1 = 0 / Zenith sky optical depth
TAUZ_2 = 0 / Zenith sky optical depth
TAUZ_3 = 0 / Zenith sky optical depth
TAUZ_4 = 0 / Zenith sky optical depth
TAUZ_5 = 0 / Zenith sky optical depth
T_AMB = -1 / The ambient air temperature (K)
T_COLD_1= -1 / Effective temperature of cold load (K)
T_COLD_2= -1 / Effective temperature of cold load (K)
T_COLD_3= -1 / Effective temperature of cold load (K)
T_COLD_4= -1 / Effective temperature of cold load (K)
T_COLD_5= -1 / Effective temperature of cold load (K)
T_HOT = -1 / The temperature of the hot load (K)
T_TEL = -1 / The temperature of the telescope
USE_CAL = F / .TRUE. if dividing chop by cal before rebin
WAVE_1 = 863 / Wavelength of map (microns)
WAVE_2 = 0 / Wavelength of map (microns)
WAVE_3 = 0 / Wavelength of map (microns)
WAVE_4 = 0 / Wavelength of map (microns)
WAVE_5 = 0 / Wavelength of map (microns)
SDFFILE =
STANDARD=
END