SIMPLE = T / FITS STANDARD BITPIX = 16 / FITS BITS/PIXEL NAXIS = 2 / NUMBER OF AXES NAXIS1 = 860 / NAXIS2 = 860 / BSCALE = 1.00000 // REAL = TAPE*BSCALE + BZERO BZERO = 0.00000 // OBJECT = 'SUN ' / ORIGIN = 'KPNO-IRAF' / DATE = '2024-02-21T17:25:06' IRAFNAME= 'rotintBB240221172216.imh' / NAME OF IRAF IMAGE FILE IRAF-MAX= 9.240144E1 / DATA MAX IRAF-MIN= -9.003274E1 / DATA MIN IRAF-BPX= 32 / DATA BITS/PIXEL IRAFTYPE= 'REAL ' / PIXEL TYPE COMPRESS= 'none_1p_64_003' ITIME = 59.994139687 / time between EOI interrupts for OBS type ACCUM = 600 / Per minute integrations per image plane COUNT = 300 / Waveplate index pulses per integration TYPE = 0 / Observation type DTYPE = 'OBSERVE ' / Data type DATE-OBS= '2024-02-21' / TIME-OBS= '17:22:03' / DAS_STAT= 0 / DAS status CLKMODE = 2 / Clock mode: 0=gen 1=trans 2=sync-gen GPSSTAT = 81 / GPS receiver time quality error exponent PHASE = -2 / GPS Phase Offset OSC_DAC = -210240 / Index pulse PID phase offset from GPS (nsec) SUNUP = T / Sun is up CONNECT = T / connected to instrument T/F GUIDE = F / Turret is guiding VALID = T / Image is valid CENTER = T / auto image centering enabled/disabled T/F X_CENTER= -999 / current X position for center of solar image Y_CENTER= -999 / current Y position for center of solar image CAL_DONE= F / autocal has been initiated today T/F HDLVL = 1 / % level of hard drive space used HDBANK = 0 / current hard-drive bank 0=Primary,1=Secondary TAPEBANK= 0 / current tape bank status TAPELVL = 0 / % remaining of tape or hard drive space VELOCITY= 11229.576823154 / velocity of the solar disk (meters/sec) DIODE1 = 116761462 / sum of diode values from phase plane 1 DIODE2 = 116794301 / sum of diode values from phase plane 2 DIODE3 = 116910227 / sum of diode values from phase plane 3 DIODAMPL= 0.000000000 / Diode amplitude peak-to-peak (AC-Volts) AUTOCAL = T / automatic daily cals enabled/disabled T/F MAGNETO = T / magnetogram mode on/off T/F PMFLAG = F / Site PM Flag setting T/F LAST_PM = ' 19sep21-22sep21' / date of last Preventative Maintenance VERSION = '9.05/4.60 20240109' / Software release version AUTOCAL0= 0 / Site autocal start time (minutes past hour) AUTOCAL1= 29 / Site autocal stop time (minutes past hour) SN_CAM = '1014 ' / serial number camera SN_DAS = '8 ' / serial number DAS SN_MOD = 'C17098 ' / serial number modulator SN_ROT = '6 ' / serial number rotator CAM_TYPE= 'SMD ' / Camera manufacture type CAM_TEMP= 35.294333920 / Camera sensor temperature (Celsius) CAMX_MIN= 60 / image x-axis start column CAMX_MAX= 960 / image x-axis stop column CAMY_MIN= 0 / image y-axis start row CAMY_MAX= 1024 / image y-axis stop row EXPTIME = 0.015800000 / Exposure time in seconds FRAMRATE= 60 / Camera rate in frames per second (FPS) IPERMI = 3 / Image permutation value for binning (1,2,or 3) BPOLARTY= -1 / Magnetic B-field polarity value (1 or -1) WIND2SPD= 5.100000000 / FT702 anemometer wind speed (m/s) WIND2DIR= 264.000000000 / FT702 anemometer wind direction in degrees WIND2SET= 25 / FT702 anemometer heater set point (C) WIND2MON= 24 / FT702 anemometer heater temperature (C) TFACTOR = 400000 / Centering alg limb threshold scale factor THRSHCLC= 330449 / Calculated refraction corrected threshold LIMBPTCT= 0 / Number of centering algorithm limb points LIMBMEDN= 0 / Median brightness of limb threshold values SITENAME= 'Big Bear CA USA ' / Site name SITE = 'BB ' / Site abbreviation TIMEZONE= -480 / Site timezone (minutes) INSTTIME= '20240221 17:22:19 ' / INST COMPUTER TIME LON = -2.040663745 / Site longitude (radians east) LAT = 0.597955561 / Site latitude (radians north) HORIZON = 80 / Site horizon limit (degrees from zenith) EAST = 364 / Site east limb offset (arc-seconds) WEST = -334 / Site west limb offset (arc-seconds) MOTOR0 = 2121255 / Roll encoder offset MOTOR1 = 601724 / Pitch encoder offset MOTOR2 = 298430 / Rotator encoder offset MOTOR3 = 1365850 / Wheel 1 encoder offset MOTOR4 = 1185914 / Wheel 2 encoder offset LHOFS0 = 49384 / Roll low/high offset LHOFS1 = 56725 / Pitch low/high offset LHOFS2 = 41816 / Rotator low/high offset J2000 = 8817.223655328 / Julian 2000 date LST = 5.143956987 / Local apparent sidereal time (radians) ZENITH = 1.022386026 / Zenith distance (radians) RA = -0.444376016 / Right ascension (radians) DEC = -0.184315781 / Declination (radians) PA = -0.337690364 / Solar position angle (radians) HA = -0.694852305 / Hour angle (radians) BETA = -0.456888623 / Parallactic angle (radians) DISTANCE= 0.988926180 / Solar distance(AU) RADIUS = 0.004704514 / Apparent solar radius (radians) EROLL = -0.878919162 / Ephemeris roll angle (radians) EPITCH = -0.614339332 / Ephemeris pitch angle (radians) EROTATOR= 0.529688180 / Ephemeris rotator angle (radians) ROLL = -0.878939041 / Roll position (radians) PITCH = -0.616082376 / Pitch position (radians) ROTATOR = 0.529684103 / Rotator position (radians) WHEEL_1 = 0 / Calibration wheel 1 position WHEEL_2 = 3 / Calibration wheel 2 position CAL_LENS= 0 / Calibration lens position INSTMODE= 0 / Current calibration state of instrument ECLIPSE = 0 / Eclipse Flag (1=TRUE, 0=FALSE) WIND_SPD= 3.352800000 / Wind speed in meters/sec WIND_DIR= 252.720000000 / Wind direction in degrees azimuth TEMP_RAC= 25.800000000 / Rack Temperature in degrees C TEMP_TBL= 23.300000000 / Table Temperature in degrees C TEMP_INS= 21.800000000 / Inside Temperature in degrees C HUM_INS = 16.800000000 / Inside Relative Humidity in percent TEMP_OUT= 1.500000000 / Outside Temperature in degrees C HUM_OUT = 99.900000000 / Outside Relative Humidity in percent RAD_NET = 309.000000000 / Net Radiation in watts/square meter BAROMET = 795.000000000 / Barometric Pressure in millibars U_SMODE = 0 / UPS system mode U_CMODE = 0 / UPS charger mode U_AMODE = 1 / UPS alarm mode U_ISTAT = 0 / UPS inverter status U_CSTAT = 0 / UPS charger status U_ASTAT = 0 / UPS alarm status U_VIN = 241.000000000 / UPS AC volts in U_VOUT = 118.000000000 / UPS AC volts out U_AIN = 0.000000000 / UPS AC amps in U_AOUT = 6.700000000 / UPS AC amps out U_LOAD = 888.000000000 / UPS output load VA U_BAMP = 0.000000000 / UPS battery amps U_BVOLT = 52.700000000 / UPS battery volts U_FREQ = 60.000000000 / UPS line frequency (Hz) U_RTIME = 160.000000000 / UPS run time remaining (minutes) U_ATEMP = 27.000000000 / UPS ambient temperature (Celsius) ADC000 = -0.005182062 / Oven power supplies (Volts) ADC001 = -0.011055553 / 0.1 Nm oven temperature error (Volts) ADC002 = -0.497684452 / 0.1 Nm oven case temperature deviation (Volts) ADC003 = 6.840911771 / 0.1 Nm oven heater voltage (Volts) ADC004 = 0.002483742 / Oven spare ADC005 = 0.000607144 / Oven spare ADC006 = -0.001684558 / Not used ADC J1-13 ADC007 = -0.001656812 / Not used ADC J1-14 ADC008 = -0.001926248 / 0.5 Nm oven monitor (not used) ADC009 = -0.032894314 / 0.5 Nm oven temperature error (Volts) ADC010 = 2.843994963 / 0.5 Nm oven case temperature deviation (Volts) ADC011 = 5.937250608 / 0.5 Nm oven heater voltage (Volts) ADC012 = 0.003204225 / Oven spare ADC013 = -0.024019103 / Oven spare ADC014 = -0.001282738 / Not used ADC J1-1 ADC015 = -0.002009614 / Not used ADC J1-2 ADC016 = 0.101658701 / Guider isum (Volts) ADC017 = -0.002023442 / Guider RMS 3-1 (Volts) ADC018 = -0.001841928 / Guider RMS 4-2 (Volts) ADC019 = 0.146888411 / Guider sum 3-1 (Volts) ADC020 = -1.216348739 / Guider sum 4-2 (Volts) ADC021 = -1.208690849 / Guider spare ADC022 = -0.001810213 / Not used ADC J1-7 ADC023 = -0.001586461 / Not used ADC J1-4 ADC024 = 2.765861004 / Turret resolver reference voltage (Volts) ADC025 = 2.852563152 / Rotator & cal wheels resolver reference (Volts)ADC026 = 3.039977932 / Modulator+ Temperature (.1V = 1 deg C) ADC027 = -0.001783988 / Not used ADC J1-10 ADC028 = -0.001959210 / Not used ADC J1-3 ADC029 = -0.001679042 / Not used ADC J1-9 ADC030 = -0.001680179 / Not used ADC J1-11 ADC031 = -0.001734594 / Not used ADC J1-12 ADC032 = -0.039550132 / Data VME +5V (Volts) ADC033 = -0.040491692 / Data VME +12V (Volts) ADC034 = -0.040289463 / Data VME -12V (Volts) ADC035 = -0.041529307 / Data fan +12V (Volts) ADC036 = -0.037026818 / Data analog +5V (Volts) ADC037 = -0.038537208 / Not used (GONG classic Data analog -5.2V ADC038 = -0.017153244 / Data analog +15V (Volts) ADC039 = -0.017528132 / Data analog -15V (Volts) ADC040 = 5.034787956 / Inst VME +5V (Volts) ADC041 = 12.124129501 / Inst VME +12V (Volts) ADC042 = -12.091038623 / Inst VME -12V (Volts) ADC043 = 12.135685392 / Inst fan +12V (Volts) ADC044 = -0.025275482 / Not used ADC P1-C25 ADC045 = -0.022818511 / Not used ADC P1-C26 ADC046 = -0.230509693 / Camera TEC Current Monitor (<100mV) ADC047 = -0.011819982 / Not used (GONG classic camera +15V) ADC048 = 3.031747607 / Camera exhaust air temperature (10mV/K) ADC049 = 3.041202777 / Power supply heat sink #1 (10mV/K) ADC050 = 9.459610827 / Clean Air Flow Meter ((4L/min)/V) ADC051 = 0.352943339 / CCD temperature (10mV/C) ADC052 = -14.989232592 / -15 VDC camera power supply ADC053 = 15.053093546 / +15 VDC camera power supply ADC054 = 4.979231477 / +5 VDC camera power supply ADC055 = -4.986867256 / -5 VDC camera power supply ADC056 = -0.001742186 / Not used ADC057 = -0.001759117 / Not used ADC058 = -0.001642539 / Not used ADC059 = -0.001807559 / Not used ADC060 = -0.001634916 / Not used ADC061 = -0.001631748 / Not used ADC062 = -0.001560616 / Not used ADC063 = -0.001972803 / Not used ADC064 = 1.372889871 / Wave plate motor current (Amps) ADC065 = -0.339749438 / Wave plate amplifier DAC (Volts) ADC066 = 0.108177850 / Wave plate PLL locked (Volts) ADC067 = 3.966768948 / Wave plate frequency (Volts) ADC068 = 0.000377406 / Wave plate PLL card spare (gnd) ADC069 = 0.001458086 / Wave plate PLL card spare (gnd) ADC070 = 0.002008946 / Wave plate PLL card spare (gnd) ADC071 = 0.001830296 / Wave plate PLL card spare (gnd) ADC072 = 0.000742393 / Not used ADC073 = 0.000466459 / Not used ADC074 = 0.000235539 / Not used ADC075 = -0.000155581 / Not used ADC076 = 0.000913992 / Not used ADC077 = 0.000680598 / Not used ADC078 = 0.000499205 / Not used ADC079 = 0.000701593 / Not used ADC080 = 28.087416263 / H drive 1 power +28V (Volts) ADC081 = -0.001930895 / Cal wheel 1 H drive chan A current sense (Amps)ADC082 = -0.006004620 / Cal wheel 1 H drive chan B current sense (Amps)ADC083 = -3.708394921 / Cal wheel 1 drive (Volts) ADC084 = 28.126135117 / Cal wheel 1 power +28V (Volts) ADC085 = 0.042093230 / Cal wheel 1 current sense (Amps) ADC086 = -0.003262927 / Cal wheel 1 tach TP1 (Volts) ADC087 = -0.003957756 / Cal wheel 1 command (Volts) ADC088 = 28.157462866 / H drive 2 power +28V (Volts) ADC089 = 0.002564164 / Lens slide current sense (Amps) ADC090 = 0.002813405 / Cal wheel 2 channel B current sense (Amps) ADC091 = -14.188575691 / Cal wheel 2 drive (Volts) ADC092 = 28.082705588 / Cal wheel 2 power +28V (Volts) ADC093 = 0.028188472 / Cal wheel 2 current sense (Amps) ADC094 = 0.027547739 / Cal wheel 2 tach TP1 (Volts) ADC095 = 0.003035399 / Cal wheel 2 command (Volts) ADC096 = 17.007655920 / Pitch Mirror Temperature Setpoint ADC097 = 8.386028506 / Pitch Mirror Temperature Monitor ADC098 = 17.066184724 / Roll Mirror Temperature Setpoint ADC099 = 9.705134701 / Roll Mirror Temperature Monitor ADC100 = 0.001033039 / Not used ADC101 = 0.000490277 / Not used ADC102 = 0.000667253 / Not used ADC103 = 0.000894691 / Not used ADC104 = 0.001178584 / Not used ADC105 = 0.000972951 / Not used ADC106 = 0.000971404 / Not used ADC107 = 0.000654219 / Not used ADC108 = 0.001033500 / Not used ADC109 = 0.000959075 / Not used ADC110 = 0.001020821 / Not used ADC111 = 0.000422756 / Not used ADC112 = -0.039064849 / Pitch command (Volts) ADC113 = -0.116487358 / Pitch tach (Volts) ADC114 = -0.005410101 / Roll command (Volts) ADC115 = -0.049492568 / Roll tach (Volts) ADC116 = 0.005599559 / Rotator command (Volts) ADC117 = -0.017296250 / Rotator tach (Volts) ADC118 = 0.007037821 / Tach comp spare (gnd) ADC119 = 0.006919758 / Tach comp spare (gnd) ADC120 = -0.357233395 / Pitch current sense (Amps) ADC121 = 1.307280498 / Roll current sense (Amps) ADC122 = 0.151079659 / Rotator current sense (Amps) ADC123 = 78.818069376 / Inst control power supply analog +70V (Volts) ADC124 = 5.034793267 / Inst control power supply analog +5V (Volts) ADC125 = 15.088075566 / Inst control power supply analog +15V (Volts) ADC126 = -15.119780239 / Inst control power supply analog -15V (Volts) ADC127 = 27.853292609 / Inst control power supply analog +28V (Volts) CENTROXC= 430.5 CENTROYC= 430.5 FNDLMBXC= 430.2805 FNDLMBYC= 428.742 FNDLMBMI= 405.9076 FNDLMBMA= 408.6093 FNDLMBAN= 69.46416 PIXLENX = 1. PIXLENY = 1. GHISTSEQ= 31 GHIST000= 'Task UCOR (24/02/21 09:25:02, VInst)' GHIST001= 'input=BB240221172216.fits;drk_image=drk60.fits;clc_f2=11,clc_l2=' GHIST002= '50,clc_f1=1,clc_l1=900,clc_fc=1.0000000;no_row_clamp;lc_bn1=196,' GHIST003= 'lc_bn2=452,lc_bn3=708,clb_fc=0.0000220;cl2_f2=2,cl2_l2=1024,cl2_' GHIST004= 'f1=1,cl2_l1=900,cl2_fc=0.0000480;cro_f2=91,cro_l2=950,cro_f1=11,' GHIST005= 'cro_l1=870' GHIST006= 'Task UCOR (24/02/21 09:25:02, VInst)' GHIST007= 'cal_image=./wlmnbcavg.fits,ipermi=3,cosc=2061.359,pcr=200.,rot=-' GHIST008= '30.34867,interp=4;sw_vmbi=yes;cen_opt=1,cen_thres=30000.,cen_sw_' GHIST009= 'hd=yes;fnd_use_cen=yes,fndlmbxc=430.5,fndlmbyc=430.5,fndlmbmi=38' GHIST010= '0.,fndlmbma=380.,fndlmban=0.,fnd_nsmo=1,fnd_nfit=5,fnd_width=30.' GHIST011= ',fnd_thres=0.,fnd_pcfit=1.,pixlenx=1.,pixleny=1.,fnd_niter=2,thr' GHIST012= '_ot=1.600135,rmserr=0.01202608,nit=7,nzc=127 ' ELEV = 2064 GHIST013= 'Task EPHEMINTERP (24/02/21 09:25:02, V/local/i)' GHIST014= 'input=vmbiBB240221172216.imh,ephem_dir=/local/iraf/extern/grasp/' GHIST015= 'pkg/ephem/,update_hdr=yes,refraction=no,verbose=yes' B0 = -7.05084103127975 L0 = 266.324653774186 P_ANGLE = 0. SEMIDIAM= 0.00470462162062908 DELTA_L0= 1.03696447287803 VCOR1 = 129.312433143067 VCOR2 = -130.793877606508 VCOR3 = 50.6518071427859 VCOR4 = -0.00286226560479 GHIST016= 'Task GPFLAT (24/02/21 09:25:05, V/local/i)' GHIST017= 'diffuser=flat.fl2.fits,cal_img=flat.fl1.fits,function=chebyshev,' GHIST018= 'xorder=5,yorder=5,cross_terms=yes,fcol=INDEF,lcol=INDEF, frow=IN' GHIST019= 'DEF,lrow=INDEF' FCOL = 3 LCOL = 858 FROW = 3 LROW = 858 FLATTED = T GHIST020= 'Task GEOM (24/02/21 09:25:06, VInst)' GHIST021= 'edge_type=laplacian,opt_type=ols,kern_width=3,usehdr=yes,auto_ty' GHIST022= 'pe=none,xcenter=428.3604,ycenter=429.6852,majorax=399.6149,minor' GHIST023= 'ax=396.3335,angle=69.23057,nfit=5,width=5.,pcfit=1.,pixlenx=1.,p' GHIST024= 'ixleny=1.,fcol=1,lcol=860,frow=3,lrow=858,niter=3,finterp_fact=0' GHIST025= ',output=no,resout=no,lmbout=no,updhdr=yes,err_action=skip' XC_ERR = 0.06209557 YC_ERR = 0.0617042 MI_ERR = 0.06848443 MA_ERR = 0.06889963 AN_ERR = 2.170028 WCSDIM = 3 LTV3 = -3. LTM3_3 = 1. WAXMAP01= '1 0 2 0 0 3 ' WAT0_001= 'system=physical' WAT1_001= 'wtype=linear' WAT2_001= 'wtype=linear' WAT3_001= 'wtype=linear' LTM2_1 = 1. LTM1_2 = 1. GHIST026= 'Task GEOM (24/02/21 09:25:06, VInst)' GHIST027= 'edge_type=laplacian,opt_type=ols,kern_width=3,usehdr=yes,auto_ty' GHIST028= 'pe=none,xcenter=430.428,ycenter=428.6293,majorax=404.3428,minora' GHIST029= 'x=400.9599,angle=68.78197,nfit=5,width=5.,pcfit=1.,pixlenx=1.,pi' GHIST030= 'xleny=1.,fcol=1,lcol=860,frow=3,lrow=858,niter=3,finterp_fact=0,' GHIST031= 'output=no,resout=no,lmbout=no,updhdr=yes,err_action=skip' QRREL = '3.2.1 ' ERROR = 3 ERRMSG = 'GUIDE is FALSE' HISTORY New copy of BB240221172216.fits HISTORY New copy of vmbiBB240221172216[*,*,4].imh HISTORY New copy of intBB240221172216.imh O_BSCALE= 0.00278440435990 / Original BSCALE Value O_BZERO = 1.18434906010 / Original BZERO Value END