// // ObservatoryControlFile.txt: //apparatusType 2 // Alaska apparatus apparatusType 2 // skyScanner apparatus = 2 for now SkyScan_model 0 maxWaitHome_SkyScan 60 // max time to wait for SkyScan to home, in sec //maxWaitImmediateSkyScan4 20 //max time to wait for immediate response, in msec DopplerShiftFSR 6286. stationNumber 5 //PKZ //RelayName sky 099 0 // swing mirror made flat to observe Sky direction //RelayName laser 099 1 // swing mirror pushed out to observe Laser calibration chamber DetailedLog F // show detailed log (T for yes, F for no) DisableHRPC 1 // non-zero to disable use of high-res counter, if present ExtClkFreq_PHAz+ 25000 //external clock rate for PH azimuth +C/T, Hz ExtClkFreq_PHAz- 25000 //external clock rate for PH azimuth -C/T, Hz ExtClkFreq_PHZe+ 25000 //external clock rate for PH Zenith +C/T, Hz ExtClkFreq_PHZe- 25000 //external clock rate for PH Zenith -C/T, Hz PRate_PHAz 35 // desired pulse rate for azimuth motor, integer Hz PRateMax_PHAz 1000 // maximum pulse rate for azimuth motor, integer Hz PRate_PHZe 35 // desired pulse rate for zenith motor, integer Hz PRateMax_PHZe 1000 // maximum pulse rate for zenith motor, integer Hz // entering data for Poker Alaska stationLatitude 65.119 //-7.385 //geodetic latitude in degrees: north positive stationLongitude -147.430 //-39.529 //geodetic longitude in degrees; east positive stationHeight 200. //height of the observer in meters PHType 1 // SkyScan is one, Biondi is zero PHCommPort "COM1" //serial port through which SkyScan commun. with PC AzCorr -4.0 // 1.5 Add to user specified Az to get PH direction - was 1.5 ZeCorr 6.5 //1. Add to user specified Ze to get PH direction Serial_baudRate 9600 // Serial_ parameters are only for the SkyScan PH Serial_nInputCharDelay 104 // # char times to allow between chars Serial_inputPerCharTimeout 20 // for timeout, value per char request., msec Serial_inputAddlTimeout 10 // for timeout, the const. added to above, msec; maxWait_SkyScan 30 // maximum time to wait for a SkyScan motion, in sec checkTime_SkyScan 750 // time between checks for SkyScan motion, in msec LogWriteFreq 1200000 // time between written log file entries msecs // Arequipa Pointing head parameters AInChan_PHAz 0 // analog input channel for PH azimuth angle AInType_PHAz sing // analog input type for PH az angle (currently ignored) AInChan_PHZe 1 // analog input channel for PH zenith angle AInType_PHZe sing // analog input type for PH zenith angle (currently ignored) AInConvA_PHAz 19.53 // conversion from azimuth voltage to angle in degrees AInConvB_PHAz 0.304 // degrees=a*voltage+b AInConvA_PHZe 10.0 // conversion from zenith voltage to angle in degrees AInConvB_PHZe 0.0 // degrees=a*voltage+b StepsDeg_PHAz 10 // number of steps per azimuth degree StepsDeg_PHZe 10 // number of steps per zenith degree PWidth_PHAz 200 // desired pulse width for azimuth motor, integer usec PWidth_PHZe 200 // desired pulse width for zenith motor, integer usec maxIterations_PHAz 3 // maximum number of tries for the PH azimuth angle maxIterations_PHZe 3 // maximum number of tries for the PH zenith angle AInRangeMin_PHAz 0 // minimum possible volt from PH az position sensor AInRangeMax_PHAz 10 // maximum possible volt from PH az position sensor AInRangeMin_PHZe -10 // minimum possible volt from PH ze position sensor AInRangeMax_PHZe 10 // maximum possible volt from PH zenith position sensor AInTolerance_PHAz 0.5 // desired positioning accuracy for PH az in degrees AInTolerance_PHZe 0.5 // desired positioning accuracy for PH ze in degrees CTPlus_PHAz 0 // counter/timer to be used to move PH az in + direction CTMinus_PHAz 1 // counter/timer to be used to move PH az in - direction CTPlus_PHZe 2 // counter/timer to be used to move PH zenith in + direction CTMinus_PHZe 3 // counter/timer to be used to move PH zenith in - direction PPol_PHAz lo // polarity of the pulse hi = positive, lo = negative PPol_PHZe lo // Filter parameters FilterType 4 // 6-position filter slide (this is new; FiltSlots 6 // number of filter positions MaxWait_Filt 5 // maximum seconds to wait for FW position before error DOut_FiltChoice0 0 // Digital output channel, LSB //** These channels must be in the same subsystem (port) DOut_FiltChoice1 1 // Digital output channel, MSB //** Channels 0-7 are port A, 8-15 port B DIn_FiltMount 3 // Digital input channel which has “filter mounted” asserted DVal_Filt557 01 // Levels to be placed on output channels for filter 557 (binary notation) DIn_Filt557 0 // digital input channel MaxWait_Filt557 20 // maximum sec to wait for filter transition before declaring an error DIn_Filt557_Value 1 // value of DIn when slide is positioned to 557 filter DVal_Filt630 10 // Levels to be placed on output channels for filter 630 (binary notation) DIn_Filt630 1 // digital input channel MaxWait_Filt630 20 // maximum sec to wait for filter transition before declaring an error DIn_Filt630_Value 1 // value of DIn when slide is positioned to 630 filter DVal_Filt0 11 // Levels to be placed on output channels for filter OPEN (binary notation) DIn_Filt0 2 // digital input channel MaxWait_Filt0 20 // maximum sec to wait for filter transition before declaring an error DIn_Filt0_Value 1 // value of DIn when slide is positioned to 0 (open) filter // Arequipa Pointing head heater parameters DOut_PHHtr 20 // Digital output channel PPol_PHHtr hi // Pulse polarity PWidth_PHHtr 1000 // Pulse width (0=level) in usec // Laser shutter parameters DOut_FPIShutter 4 // Digital output channel PPol_FPIShutter lo // Pulse polarity PWidth_FPIShutter 0 // Pulse width (0=level) in msec Level_FPIShutterOpen 0 // level to open the shutter Level_FPIShutterClose 1 // close ShutterName LASER 220 // Arequipa Pressure sensing parameters AInChan_Press 2 // Analog input channel AInType_Press sing // Analog input type //AInGain_Press 1 // Analog gain AInConvA_Press 1.0 // Conversion from voltage to pressure in bars AInConvB_Press 0.0 // bars=a*voltage+b AInRangeMin_Press 0 // Minimum voltage expected AInRangeMax_Press 10 // Maximum voltage expected // Temperature sensing parameters AInChan_Temp 3 // Analog input channel AInType_Temp sing // Analog input type //AInGain_Temp 1 // Analog gain AInConvA_Temp 6.0 // Conversion from voltage to temperature in degrees C AInConvB_Temp 0.0 // degrees=a*voltage+b AInRangeMin_Temp 0 // Minumum voltage expected AInRangeMax_Temp 10 // Maximum voltage expected // Definitions of increments for course, medium, and fine movements of the skyscanner azCoarse 1.00 // coarse azimuth adjustment, degrees azMedium 0.30 // medium azimuth adjustment, degrees azFine 0.10 // fine azimuth adjustment, degrees zeCoarse 1.0 // coarse zenith adjustment, degrees zeMedium 0.3 // medium zenith adjustment, degrees zeFine 0.1 // fine zenith adjustment, degrees azCountsPerRev 24000 zeCountsPerRev 24000