--- header unit 0: primary ---
SIMPLE = T / conforms to FITS standard
BITPIX = -32 / array data type
NAXIS = 2 / number of array dimensions
NAXIS1 = 2000
NAXIS2 = 1128
COMMENT = '---------- OBSERVATION SECTION'
OBJECT = 'J1006+5925_dith2' / object name
EXPTIME = 5.998848 / [s] total exposure time
TELAPSE = 6.500020 / [s] elapsed time
EXPTIME1 = 0.499904 / [s] exposure time per frame
TFRAME = 0.500000 / [s] frame interval in seconds
DATA-FPS = 2.000000 / [Hz] frame per second
DATA-TYP = 'OBJECT' / data type (OBJECT,FLAT,DARK)
OBS-MOD = 'Imaging' / observation mode
FILTER = 'BLANK' / filter name
PROJECT = 'Supernova Survey' / project name
OBSERVER = 'Morokuma' / observer name
PIPELINE = 'wcs,stack,neo' / reduction pipeline templete
DATE = '2020-04-03T11:50:36' / date when FITS file was generated
DATE-OBS = '2020-04-03' / observation date
TIME-OBS = '11:50:29.881170' / exposure starting time
UTC = '2020-04-03T11:50:29.881170' / exposure starting date and time
TIMESYS = 'UTC' / time system used in the header.
RA = '10:06:56.3' / right ascension of telescope pointing
DEC = '+59:41:15' / declination of telescope pointing
RADESYS = 'ICRS' / equatorial coordinate system
EQUINOX = 2000.000000 / equinox
COMMENT = '---------- DATA SECTION'
EXP_ID = 294829 / exposure serial number
QUAD_ID = 4 / Tomo-e Gozen Module ID number
DET_ID = 425 / CMOS detector ID number
CMOS_ID = 'FK1001049' / CMOS serial ID number
FRAME_ID = 'TMQ4202004030029482925' / FITS file unique ID
BUNIT = 'ADU' / unit of original pixel values
SANITY = 12.07490825653076 / reserved keyword for sanity check
COMMENT = '---------- OBSERVATORY SECTION'
OBSERVAT = 'Kiso Observatory' / observatory name
TELESCOP = 'Kiso Schmidt' / telescope name
INSTRUME = 'Tomo-e Q1+Q2+Q3+Q4' / instrument name
F-RATIO = 3.100000 / monochromatic F-Ratio
FOC-LEN = 3300 / [mm] focal length of the telescope
FOC-VAL = 28.120000 / [mm] encoder value of the focus unit
OBSGEO-B = 35.797258 / [deg] telescope geodetic latitude (WGS84)
OBSGEO-L = 137.625346 / [deg] telescope geodetic longitude (WGS84)
OBSGEO-H = 1168.000000 / [m] telescope altitude above the geoid surface
AZIMUTH = 5.700000 / [deg] telescope azimuthal position
ZD = 23.970000 / [deg] telescope zenith distance
ALTITUDE = 66.030000 / [deg] telescope altitude angle
HA = '-00:16:52' / hour angle
LST = '09:50:04' / local sidereal time
DOMEPOS = 5.700000 / [deg] dome position angle
DOMESLIT = 'OPEN' / dome slit status
TEL-MODE = 'TRACKING' / telescope operation mode
MCOVER = 'OPEN' / mirror cover status
FLATLAMP = 'ON' / dome flat lamp status
FLAT-ND = 'ND1.8' / dome flat ND filter
COMMENT = '---------- WEATHER SECTION'
TMP_TEL = 7.700000 / [C] telescope inside tempearture
TMP_DOME = 5.200000 / [C] dome inside temperature
TMP_VWS = 2.000000 / [C] weather center temperature
HUM_TEL = 41.000000 / [%] telescope inside humidity
HUM_DOME = 29.000000 / [%] dome inside humidity
HUM_VWS = 47.100000 / [%] weather center humidity
SKYTEMP = -25.700000 / [C] sky temperature
VISRANGE = 6122.000000 / [m] zenith visibility
WIND_VEL = 1.400000 / [m/s] wind velocity
WIND_DIR = 188.000000 / [deg] wind direction
ATMOS = 891.600000 / [hPa] atomosphere pressure
COMMENT = '---------- INSTRUMENT SECTION'
GAINCNFG = 'HIGH' / sensor gain setting
GAIN = 0.230000 / [electron/ADU] AD conversion factor
ND = 1 / ND filter by electronic shutter
RNOISE = 1.900000 / [electron] readout noise
FULLWELL = 6400.000000 / [electron] full well in electrons
DCURRENT = 1.100000 / [electron/pix/s] dark current in electrons
DEBIAS = T / auto debias enabled
TRIMMING = T / auto image trimming enabled
BURST = F / high speed mode enabled
Q1_TBODY = 10.900000 / [C] Q1 inside temperature
Q1_TELEC = 22.600000 / [C] Q1 electronics temperature
Q1_TAMB = 11.900000 / [C] Q1 ambient temperature
Q1_HUMID = 9.300000 / [%] Q1 inside humidity
Q2_TBODY = 99.000000 / [C] Q2 inside temperature
Q2_TELEC = 99.000000 / [C] Q2 electronics temperature
Q2_TAMB = 99.000000 / [C] Q2 ambient temperature
Q2_HUMID = 99.000000 / [%] Q2 inside humidity
Q3_TBODY = 99.000000 / [C] Q3 inside temperature
Q3_TELEC = 99.000000 / [C] Q3 electronics temperature
Q3_TAMB = 99.000000 / [C] Q3 ambient temperature
Q3_HUMID = 99.000000 / [%] Q3 inside humidity
Q4_TBODY = 99.000000 / [C] Q4 inside temperature
Q4_TELEC = 99.000000 / [C] Q4 electronics temperature
Q4_TAMB = 99.000000 / [C] Q4 ambient temperature
Q4_HUMID = 99.000000 / [%] Q4 inside humidity
VOLA_7VA = 8.500000 / [V] analog+7V output voltage (a)
CURA_7VA = 11.200000 / [A] analog+7V output current (a)
VOLA_5VA = 5.990000 / [V] analog+5V output voltage (a)
CURA_5VA = 4.980000 / [A] analog+5V output current (a)
VOLA_7VB = 8.500000 / [V] analog+7V output voltage (b)
CURA_7VB = 11.200000 / [A] analog+7V output current (b)
VOLA_5VB = 6.000000 / [V] analog+5V output voltage (b)
CURA_5VB = 4.990000 / [A] analog+5V output current (b)
VOLD_5V = 5.106000 / [V] ditital+5V output voltage
CURD_5V = 40.070000 / [A] ditital+5V output current
FMTTYPE = 'TOMOE-IMAGE-RAW' / data format type
FMTVER = 0.200000 / data format type version
VERSION = 0.400000 / FITS header version
COMMENT = '---------- WCS SECTION'
CTYPE1 = 'RA---TAN-SIP' / pixel coordinate system
CTYPE2 = 'DEC--TAN-SIP' / pixel coordinate system
CRPIX1 = 1051.52622986 / pixel coordinate of the reference point
CRPIX2 = 537.246459007 / pixel coordinate of the reference point
CRVAL1 = 148.556324427 / RA at ref point
CRVAL2 = 55.9242378259 / DEC at ref point
CUNIT1 = 'deg' / Units used in both CRVAL1 and CDELT1
CUNIT2 = 'deg' / Units used in both CRVAL2 and CDELT2
CD1_1 = 0.000329992994394 / WCS transformation matrix element
CD1_2 = 1.41636218714E-05 / WCS transformation matrix element
CD2_1 = 1.41887787795E-05 / WCS transformation matrix element
CD2_2 = -0.000329985211219 / WCS transformation matrix element
LONPOLE = 180.000000 / [deg] Native longitude of celestial pole
LATPOLE = 0.000000 / [deg] Native latitude of celestial pole
WCSVALID = T
A_ORDER = 2
A_0_0 = 0
A_0_1 = 0
A_0_2 = -2.91830355842E-08
A_1_0 = 0
A_1_1 = 2.46137574815E-08
A_2_0 = 6.11307736726E-09
AP_ORDER = 2
AP_0_0 = -1.7130346465E-07
AP_0_1 = 3.096971055E-09
AP_0_2 = 2.91837703551E-08
AP_1_0 = -1.68182945326E-09
AP_1_1 = -2.46147628732E-08
AP_2_0 = -6.11268997554E-09
B_ORDER = 2
B_0_0 = 0
B_0_1 = 0
B_0_2 = -9.27010409882E-08
B_1_0 = 0
B_1_1 = 8.47037583972E-08
B_2_0 = -6.168084904E-08
BP_ORDER = 2
BP_0_0 = -5.31911142624E-07
BP_0_1 = 8.60843582538000E-09
BP_0_2 = 9.27031393035E-08
BP_1_0 = -5.74994652745E-09
BP_1_1 = -8.47063720387E-08
BP_2_0 = 6.16822039208000E-08
HISTORY [reduce] darkframe subtraction: 00115435
HISTORY [reduce] flatframe correction: 00029403
HISTORY [stacking] chopped mean stacking