[IRCS Dictionary 1/3]
Header Value Key Word Comment Format --------+-------------------------------------------------------+--------------------------------- I_ARCH ARCHIVED? 0:No 1:Yes %1d I_HDRVER IRCS HEADER VERSION %f I_FNAME FILE NAME %s I_TC-SEQ Telescope controlling sequence %40s I_NSQ Number of the frame in the sequence %3d I_NSQMAX Maximum number of the sequence %3d I_MCW1NM Camera Wheel 1 element name %s I_MCW1PK Camera Wheel 1 puka %d I_CW1HV Camera Wheel 1 Hall Value %5d I_CW1MP Camera Wheel 1 motor position %5d I_MCW2NM Camera Wheel 2 element name %s I_CW2PK Camera Wheel 2 puka %1d I_CW2HV Camera Wheel 2 Hall Value %5d I_CW2MP Camera Wheel 2 motor position %5d I_MCW3NM Camera Wheel 3 element name %s I_CW3PK Camera Wheel 3 puka %1d I_CW3HV Camera Wheel 3 Hall Value %5d I_CW3MP Camera Wheel 3 motor position %5d I_MFOCMC Focus Stage microns %d I_MFOCHV Focus Stage hall value %d I_MFOCMP Focus Stage motor position %d I_MDFMST Dual Flipmirror State %s I_MFM1ST Flipmirror 1 State IN/OUT %s I_MFM1HV Flipmirror 1 Hall Value %d I_MFM1MP FlipMirror 1 motor position %d I_MFM2ST Flipmirror 2 state IN/OUT %s I_MFM2HV Flipmirror 2 Hall Value %d I_MFM2MP FlipMirror 1 motor position %d I_SLWNM SlitWheel element name %s I_SLWPK Slitwheel puka %d I_SLWHV Slitwheel Hall Value %d I_SLWMP SlitWheel motor position %d I_SPWNM Spectrograph Wheel element name %s
[IRCS Dictionary 2/3]
Header Value Key Word Comment Format --------+-------------------------------------------------------+-------------- I_SPWPK Spectrograph Filter Wheel Puka %d I_SPWHV Spectrograph Filter Wheel Hall Value %d I_SPWMP Spectrograph Filter Wheel Motor Position %d I_SLWCNT Number of detector Slow Counts %d I_MECHAS Echelle Arcsec %d I_MECHHV Echelle Hall value %d I_MECHMP Echelle Motor Position %d I_MXDSAS Cross Disperser Arcsec %d I_MXDSHV Cross Disperser Hall value %d I_MXDSMP Cross Disperser motor position %d I_CKMODE Detector clock mode %s I_GRNS Detector global reset pulsewidth (ns) %d I_BGRFL Backgroud Resets flag T:Yes F:No boolean I_BGRRT Detector backgroud resets rate (ms) %d I_BGRDL Detector backgroud reset delay (ms) %d I_BGRPW Backgroud Resets pulsewidth (nanoseconds) %d I_VGGCL Detector VGGCL volts %.2f I_VDET Detector VDET (volts) %.2f I_VDDUC Detector VDDUC (volts) %.2f I_VBIAS Detector Bias= I_VDET - I_VDDUC (volts) %.2f I_PGAIN Gain of Redline Preamp Boards %.3f I_NSUBAR Number of Sub Arrays %d I_SAR1CX Subarray 1 center x pixel coord %3d I_SAR1CY Subarray 1 center y pixel coord %3d I_SAR1WD Subarray 1 width %4d I_SAR1HT Subarray 1 height %4d I_NDRASZ Nod R.A. size (arc seconds) %10.8f I_NDDCSZ Nod DEC size (arc seconds) %10.8f I_DTHSZ Dither step size (arc seconds) %10.8f I_DTHPAT Dither pattern shape %s I_DTHNUM N positions in dither %d I_DTHPOS Dither position number %d I_ROTAO Array Rotation AO M1 IN %13.8f I_ROTNAO Array Rotation AO M1 OUT %13.8f I_ABOFFX Absolute offset from the center of the pattern (RA) %8.2f I_ABOFFY Absolute offset from the center of the pattern (Dec) %8.2f I_RLOFFX Relative offset from the last frame of the pattern (RA)%8.2f I_RLOFFY Relative offset from the last frame of the pattern(Dec)%8.2f I_AG-OBJ Name of the guide-star %40s I_AG-RA R.A. of the guide-star %12s I_AG-DEC Dec. of the guide-star %12s I_AG-EQN Equinox of the guide-star position %6.1f I_AG-X Position of the guiding probe (X) %6.2f I_AG-Y Position of the guiding probe (Y) %6.2f I_AG-R Position of the guiding probe (R) %6.2f I_AG-TH Position of the guiding probe (theta) %6.2f I_TT-OBJ Name of the tip-tilt guide-star %40s I_TT-RA R.A. of the tip-tilt guide-star %12s I_TT-DEC Dec. of the tip-tilt guide-star %12s I_TT-EQN Equinox of the tip-tilt guide-star position %6.1f I_TT-X Position of the guiding probe (X) %6.2f I_TT-Y Position of the guiding probe (Y) %6.2f I_TT-R Position of the guiding probe (R) %6.2f I_TT-TH Position of the guiding probe (theta) %6.2f I_AOMODE AO mode %3s I_AO-WFS Wavefront sensor used for AO %10s I_AO-GS Name of the AO guide star %40s I_AO-GSM Magnitude of the AO guide star %3.1f I_AO-GSB Band for the magnitude of the AO guide star %3s I_AO-EQN Equinox of the guide-star position %6.1f I_AO-X Position of the guiding probe (X) %6.2f I_AO-Y Position of the guiding probe (Y) %6.2f I_AO-R Position of the guiding probe (R) %6.2f I_AO-TH Position of the guiding probe (theta) %6.2f I_UFNAME User assigned file name %40s I_M-HAT Status of mechanisms (hatch) HOME/OPEN/CLOSE %5s I_M-SW Status of mechanisms (slit wheel) %10s I_M-FM1 Status of mechanisms (flip mirror 1) HOME/22mas/60mas %5s I_M-FM2 Status of mechanisms (flip mirror 2) HOME/22mas/60mas %5s I_M-CFW1 Status of mechanisms (camera filter wheel 1) %10s I_M-CFW2 Status of mechanisms (camera filter wheel 2) %10s I_M-CFW3 Status of mechanisms (camera filter wheel 2) %10s I_M-FS Status of mechanisms (camera filter wheel 2) %20s I_M-SFW Status of mechanisms (spectrograph filter wheel) %30s I_M-ECH Status of mechanisms (Echelle drive) %30s I_M-XD Status of mechanisms (X-disperser drive) %30s I_M-ECHE Hall sensor value of Echelle drive %10d I_M-XDE Hall sensor value of X-disperser drive %10d
[IRCS Dictionary 3/3]
Header Value Key Word Comment Format --------+-------------------------------------------------------+--------------------------------- I_DMIN MIN DATA VALUE IN FILE %6d I_DMAX MAX DATA VALUE IN FILE %6d I_DMEAN MEAN DATA VALUE IN FILE %6.2f I_DIV Normalization value %3d I_NSARRY Number of Sub Arrays %3d I_AR1MIN x of Sub Arrays %4d I_AR2MIN y of Sub Arrays %4d I_AR1RNG wid of Sub Arrays %4d I_AR2RNG hgt of Sub Arrays %4d I_SUBAB SubAB flag. 0=off, 1=on %1d I_CBMODE CB Mode is ARC_D %1d I_SLCNT Number of Slow Counts %2d I_GRCNT Global Reset Count. 1 cnt = 25 nsec %4d I_BGRSTF Background Reset's flag %2d I_BGRSTT Background Reset's msec %4d I_BGRSTC Background Reset's cnt %3d I_GOSIM GO simulation flag. 0=off, 1=on %1d