The following observing mode was defined:
FP was set to the first step: 2.16371989
ON/OFF mirror moved to sky position
20 frames were taken on the sky and stored.
ON/OFF mirror moved to science object position
10 frames were taken without being stored.
20 frames were taken on the science object and stored.
FP was set to the second step: 2.16409612
ON/OFF mirror moved to sky position
20 frames were taken on the sky and stored.
...
Putting all the FP step in the same sequence leads
to a file of 10 X (20+20) frames. The dimension of the image here was 256x257x400, and its
size was of about 10.56 MegaBytes.
SIMPLE = T /Standard Fits
BITPIX = 16/Bits per data
NAXIS = 3/Number of axis
NAXIS1 = 256/Pixels per row
NAXIS2 = 257/Pixels per col
NAXIS3 = 2400/Number of Images
BLOCKED = T /Old systems
BSCALE = 1.00000000/Bscale...
BZERO = 0.00000000/Bzero...
BUNIT = ' ADU ' /ADC units
X0 = 0/First Pix in Row
Y0 = 0/First Pix in Col
ORIGIN = 'ESO ' / European Southern Observatory
TELESCOP= '3.60m+ADONIS' / Adaptive OPtics System
RELEASE = 'V1.0 ' / Acquisition Software Version
HISTORY = 'Test DATA ' / Modifications since last period
HISTORY = 'Technical run' / Modifications since last period
OBSERVER= ' test_FP' /Observer's nam
INSTRUME= ' SHARP II+' /Instrument Name
DETECTOR= ' Nicmos3' /Detector Name
OJ_NAME = ' star ' /Object name :
OJ_ALPHA= ' 16 55 03.6' /Right ascension :
OJ_DELTA= ' -29 61 03.3' /Declination :
OJ_EPOCH= 2000.00000000/Epoch :
OJ_N_SEQ= 2/Total Nb of Cycles :
OJ_N_IMA= 20/Nb of Images per Cycle Step :
OJ_OBS = Y/Observing Modes :
OJ_OBS_N= ' star' /Observing Modes name :
OJ_POI = N/Pointing Sequence :
OJ_FIL = N/Filter Sequence :
OJ_CVF = N/CVF Sequence :
OJ_FP = Y/Fabry Perot Sequence :
OJ_FP_N = ' scan_star_brg' /Fabry Perot seq. name :
OJ_POL = N/Polarizer Sequence :
SA_ALL = Y/Save Raw Images :
SA_WHOL = Y/Save Complete Images :
OB_MODE = C/Mode [C)hopping F)ix] :
OB_C_OP = R/Chopp Option [Abs,Rel,Triple ] :
OB_CYCL = ' 01' /Cycle [ nnnn ] star = 1 sky=0 :
OB_ALPH = -10.00000000/RA offset ON->OFF (arcsec) :
OB_DELT = -10.00000000/DEC offset ON->OFF (arcsec) :
OB_WAIT = 10/Wait images after On/OFF switch :
OB_CONF = N/Manual Confirm at start of block [Y,N]
OB_GUID = N/Auto Guider [Y)es,N)o] :
OB_RETN = Y/Automatic return [Y,N] (with mosaics)
PS_NUMB = 10/Number of steps in this sequence :
FP_STEP = 2.16371989/Wavelength 1 :
FP_STEP = 2.16409612/Wavelength 2 :
FP_STEP = 2.16447210/Wavelength 3 :
FP_STEP = 2.16484809/Wavelength 4 :
FP_STEP = 2.16522408/Wavelength 5 :
FP_STEP = 2.16560006/Wavelength 6 :
FP_STEP = 2.16597605/Wavelength 7 :
FP_STEP = 2.16635203/Wavelength 8 :
FP_STEP = 2.16672802/Wavelength 9 :
FP_STEP = 2.16710401/Wavelength 10 :
QL_ADUCO= N/ADU to e- conversion :
QL_SUBB = Y/Background Subtraction :
QL_DEAD = N/Dead Pixel Removal :
QL_FLAT = N/Flat Fielding :
QL_FILT = N/Spatial Filtering :
QL_STAT = N/Statistics :
QL_FFT = N/FFT (None,Power,Modulus) :
QL_TRUN = N/Truncated Processing :
QL_SAA = N/Shift And Add :
QL_SEL = N/Image Selection :
QL_LOG = N/Display (Normal,Log,AutoScaled) :
QL_NAPR = 1000/Magnification ( / 1000) :
QL_IDIS = B/Show I)nd, B)lock, A)cc, G)uide :
QL_DEBG = N/Debug Option :
TC_STAT = ' OFF' /Automatic TCS Status Acquisition
TC_MODE = ' ****' /TCS Current State
TC_DATE = ' **/**/**' /TCS Current Date
TC_UT = ' ** ** **.*' /TCS Current UT
TC_ST = ' ** ** **.*' /TCS Current ST
TC_RA = ' ** ** **.*' /TCS Current RA
TC_DEC = ' +** ** **.*' /TCS Current DEC
TC_EPOCH= ' ****.**' /TCS Current EPOCH
TC_AIRM = ' *.***' /TCS Current AIR MASS
TC_ROTA = ' +**.**' /TCS Current Bonnette Rotation Angle
TC_FOCU = ' **' /TCS Current Focus Type
TC_FOCE = ' ****' /TCS Current Focus Encoder
TC_DOME = ' ***.*' /TCS Current Dome Position
TC_CALP = 2.29999995/TCS Offset Current Central Position Alpha
TC_CDEL = 0.00000000/TCS Offset Current Central Position DELTA
TC_CCAL = 0.00000000/TCS Offset Current Position Alpha
TC_CCDE = 0.00000000/TCS Offset Current Position Delta
OP_WH_0 = 9440/Wheel Position
OP_WH_1 = 8833/Wheel Position
OP_WH_2 = 98150/Wheel Position
OP_COMB = ' Undefined' /Optical Combination
OP_REDU = ' Undefined' /Focal Reducer
OP_PUPI = ' Undefined' /Pupil
OP_FILT = ' Undefined' /Filter
OP_CVF = ' CVF' /CVF
OP_FIEL = ' SMALL SC' /Objective
OP_LAMB = 2.16371989/Wavelength
OP_WIDT = 0.03245580/Band Width
OP_SCAL = 0.03500000/Focal Scale (arcsec per pixel)
OP_HK_1 = 81.00471497/Shield K
OP_HK_2 = 79.04571533/Filter K
OP_HK_3 = 78.55596161/Detect K
BE_FPNU = 1/Fabry Perot number
BE_FPLA = 2.16371989/Fabry Perot wavelength
BE_FPX = 0.00000000/Fabry Peror X axis
BE_FPY = 0.00000000/Fabry Peror Y axis
BE_FPZ = 208.49609375/Fabry Peror Z axis
BE_FPOR = 48/Fabry Perot order
BE_FPNA = ' HRES' /Fabry Perot name
BE_FPSE = ' ON' /Automatic order separation
BE_FPOB = ' YES' /Order blocked
BE_FPSE = ' HRES' /Fabry Perot name
BE_POPA = 0.00000000/Polarizer polar angle
BE_POPO = -1/Polarizer effective position
BE_PONA = ' CAMBRIDGE' /Polarizer name
DE_STAT = ' ON' /Readout Electronics Control
DE_TIME = 800.00000000/Frame Rate in ms
DE_CATU = 800000/Frame Rate in CAM_TU
DE_MODE = 0/SHARP Readout mode
END
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Last modified: Tue Aug 19 15:24:35 SAT