COMMENT ' ' / -- Telescope specific parameters --
TELESCOP= 'JCMT ' / Name of telescope
ORIGIN = 'SMURF SCUBA-2 simulator'/ Origin of file
OBSGEO-X= -5464579.28822341 / x,y,z triplet for JCMT
OBSGEO-Y= -2493001.95030442 / relative to centre of the Earth
OBSGEO-Z= 2150648.82371559 / [m]
ALT-OBS = 4111.0 / [m] Height of observatory above sea level
LAT-OBS = 19.8228083335029 / [deg] Latitude of observatory
LONG-OBS= -155.477 / [deg] East longitude of observatory
ETAL = 1.0 / Telescope efficiency
COMMENT ' ' / -- Observation & date parameters --
OBSID = 'SCUBA-2_1_20060917T120000'/ Unique observation ID
OBSIDSS = 'SCUBA-2_1_20060917T120000_850'/ Unique observation/wavelength ID
OBJECT = 'SMURF ' / Object Name
STANDARD= F / True if source is a calibrator
OBSNUM = 1 / Observation Number
NSUBSCAN= 1 / Sub-scan Number
OBSEND = F / True if frame is last in current observation
UTDATE = '20060917' / UT date as a string in yyyymmdd format
DATE-OBS= '2006-09-17T12:00:00.000'/ Date and time (UTC) of start of sub-scan
DATE-END= '2006-09-17T12:00:00.000'/ Date and time (UTC) of end of sub-scan
DUT1 = 0.0 / [d] UT1 - UTC correction
INSTAP = 's8d ' / Instrument aperture
INSTAP_X= 104.4 / [arcsec] X focal plane offset
INSTAP_Y= 127.6 / [arcsec] Y focal plane offset
AMSTART = 1.427457829887 / Air mass at start
AMEND = 1.42828901582138 / Air mass at end
AZSTART = 236.376236474852 / [deg] Azimuth at sub-scan start
AZEND = 236.411732934957 / [deg] Azimuth at sub-scan end
ELSTART = 44.4708332367275 / [deg] Elevation at sub-scan start
ELEND = 44.4381096780782 / [deg] Elevation at sub-scan end
LSTSTART= '01:23:13.3808' / LST at start of sub-scan
LSTEND = '01:23:23.4032' / LST at end of sub-scan
COMMENT ' ' / -- Environment parameters --
ATSTART = 5.0 / [deg C] Ambient temperature at start
ATEND = 5.0 / [deg C] Ambient temperature at end
WVMTAUST= 0.05 / WVM tau at start
WVMTAUEN= 0.05 / WVM tau at end
SEEINGST= 0.0 / Seeing at start
SEEINGEN= 1.0 / Seeing at end
COMMENT ' ' / -- OMP & ORAC-DR parameters --
PROJECT = 'M08AC00 ' / The proposal ID for the PROJECT
RECIPE = ' ' / The ORAC-DR recipe
DRGROUP = ' ' / Name of group to combine current observation wi
MSBID = ' ' / ID of min schedulable block
MSBTID = ' ' / Translation ID of MSB
SURVEY = ' ' / Survey Name
COMMENT ' ' / -- SCUBA-2 specific parameters --
INSTRUME= 'SCUBA-2 ' / Instrument name - SCUBA-2
SUBARRAY= 's8a ' / subarray name
SHUTTER = ' ' / Shutter position for dark frames
FILTER = '850 ' / filter used
WAVELEN = 0.00085 / [m] Wavelength
COMMENT ' ' / -- Mapping parameters --
SAM_MODE= 'STARE ' / Sample mode: STARE, DREAM or SCAN
SW_MODE = 'NONE ' / Switch mode: CHOP, PSSW, FREQ, or NONE
INBEAM = 'fts2 pol' / Hardware in the beam
OBS_TYPE= 'FOCUS ' / Observation type - Science, Pointing or Focus
JIGL_CNT= 0 / Number of points in DREAM pattern
JIGL_NAM= ' ' / Name containing DREAM jiggle offsets
JIGL_PA = 0.0 / Number of points in DREAM pattern
JIGL_CRD= ' ' / Coord frame of jiggle pattern
JIG_SCAL= 0.0 / [arcsec] SMU jiggle pattern scale factor
DRMWGHTS= ' ' / Name of DREAM weights file
MAP_HGHT= 650.0 / [arcsec] Map height
MAP_PA = 0.0 / [deg] Map PA
MAP_WDTH= 650.0 / [arcsec] Map width
LOCL_CRD= ' ' / Local offset coordinate system
MAP_X = 0.0 / [arcsec] Map X offset
MAP_Y = 0.0 / [arcsec] Map Y offset
SCAN_CRD= ' ' / Scan coordinate system
SCAN_VEL= 0.0 / [arcsec/s] Requested scanning rate
SCAN_DY = 0.0 / [arcsec] Sample spacing perpendicular to scan
SCAN_PA = 0.0 / [deg] Scan PA relative to N in SCAN_CRD system
SCAN_PAT= ' ' / Scanning pattern
COMMENT ' ' / -- JOS parameters --
STEPTIME= 0.005 / [s] Time interval between samples
FOCAXIS = 'Z ' / Focus axis to move (X, Y, Z)
NFOCSTEP= 7 / Number of focal position steps
FOCPOSN = -3.0 / [mm] Absolute position of the SMU
FOCSTEP = 1.0 / [mm] Distance between focus steps
COMMENT ' ' / -- Integration time-related parameters --
INT_TIME= 0.0 / [s] Time spent integrating on source
EXP_TIME= 1.0 / [s] Mean integration time per output pixel
N_SUB = 10 / Number of sub-scans written to file
COMMENT ' ' / -- SMU-specific parameters --
ALIGN_DX= 0.0 / SMU tables X axis alignment offset
ALIGN_DY= 0.0 / SMU tables Y axis alignment offset
FOCUS_DZ= 0.0 / SMU tables Z axis focus offset
DAZ = 0.0 / SMU azimuth pointing offset
DEL = 0.0 / SMU elevation pointing offset
UAZ = 0.0 / User azimuth pointing offset
UEL = 0.0 / User elevation pointing offset
COMMENT ' ' / -- Miscellaneous --
OCSCFG = 'config.xml' / Name of OCS Configuration XML file defining the observa
SIMULATE= T / True if data produced by simulator
SIM_SMU = T / True if SMU data are simulated
SIM_RTS = T / True if RTS data are simulated
SIM_TCS = T / True if TCS data are simulated
STATUS = 'NORMAL ' / Status at obs. end - NORMAL or ABORT
DOORSTST= 'Closed ' / Status of dome doors at start of observation
DOORSTEN= 'Closed ' / Status of dome doors at end of observation
ROOFSTST= 'Closed ' / Status of dome roof at start of observation
ROOFSTEN= 'Closed ' / Status of dome roof at end of observation
POL_CONN= F / True if polarimeter is in the beam
FTS_CONN= F / True if FTS is used
MEANWVM = 0.0541955890962054 / Mean zenith tau at 225 GHz from WVM