MCSUS.ABORT Abort slit mask reconfiguration - integer
MCSUS.AMPERRS - string listing all amplifier errors - string
MCSUS.B01POS Actual position of bar number 01 - double
MCSUS.B01STAT Status of bar number 01 - string
MCSUS.B01TARG Target position of bar number 01 - double
MCSUS.B02POS Actual position of bar number 02 - double
MCSUS.B02STAT Status of bar number 02 - string
MCSUS.B02TARG Target position of bar number 02 - double
MCSUS.B03POS Actual position of bar number 03 - double
MCSUS.B03STAT Status of bar number 03 - string
MCSUS.B03TARG Target position of bar number 03 - double
MCSUS.B04POS Actual position of bar number 04 - double
MCSUS.B04STAT Status of bar number 04 - string
MCSUS.B04TARG Target position of bar number 04 - double
MCSUS.B05POS Actual position of bar number 05 - double
MCSUS.B05STAT Status of bar number 05 - string
MCSUS.B05TARG Target position of bar number 05 - double
MCSUS.B06POS Actual position of bar number 06 - double
MCSUS.B06STAT Status of bar number 06 - string
MCSUS.B06TARG Target position of bar number 06 - double
MCSUS.B07POS Actual position of bar number 07 - double
MCSUS.B07STAT Status of bar number 07 - string
MCSUS.B07TARG Target position of bar number 07 - double
MCSUS.B08POS Actual position of bar number 08 - double
MCSUS.B08STAT Status of bar number 08 - string
MCSUS.B08TARG Target position of bar number 08 - double
MCSUS.B09POS Actual position of bar number 09 - double
MCSUS.B09STAT Status of bar number 09 - string
MCSUS.B09TARG Target position of bar number 09 - double
MCSUS.B10POS Actual position of bar number 10 - double
MCSUS.B10STAT Status of bar number 10 - string
MCSUS.B10TARG Target position of bar number 10 - double
MCSUS.B11POS Actual position of bar number 11 - double
MCSUS.B11STAT Status of bar number 11 - string
MCSUS.B11TARG Target position of bar number 11 - double
MCSUS.B12POS Actual position of bar number 12 - double
MCSUS.B12STAT Status of bar number 12 - string
MCSUS.B12TARG Target position of bar number 12 - double
MCSUS.B13POS Actual position of bar number 13 - double
MCSUS.B13STAT Status of bar number 13 - string
MCSUS.B13TARG Target position of bar number 13 - double
MCSUS.B14POS Actual position of bar number 14 - double
MCSUS.B14STAT Status of bar number 14 - string
MCSUS.B14TARG Target position of bar number 14 - double
MCSUS.B15POS Actual position of bar number 15 - double
MCSUS.B15STAT Status of bar number 15 - string
MCSUS.B15TARG Target position of bar number 15 - double
MCSUS.B16POS Actual position of bar number 16 - double
MCSUS.B16STAT Status of bar number 16 - string
MCSUS.B16TARG Target position of bar number 16 - double
MCSUS.B17POS Actual position of bar number 17 - double
MCSUS.B17STAT Status of bar number 17 - string
MCSUS.B17TARG Target position of bar number 17 - double
MCSUS.B18POS Actual position of bar number 18 - double
MCSUS.B18STAT Status of bar number 18 - string
MCSUS.B18TARG Target position of bar number 18 - double
MCSUS.B19POS Actual position of bar number 19 - double
MCSUS.B19STAT Status of bar number 19 - string
MCSUS.B19TARG Target position of bar number 19 - double
MCSUS.B20POS Actual position of bar number 20 - double
MCSUS.B20STAT Status of bar number 20 - string
MCSUS.B20TARG Target position of bar number 20 - double
MCSUS.B21POS Actual position of bar number 21 - double
MCSUS.B21STAT Status of bar number 21 - string
MCSUS.B21TARG Target position of bar number 21 - double
MCSUS.B22POS Actual position of bar number 22 - double
MCSUS.B22STAT Status of bar number 22 - string
MCSUS.B22TARG Target position of bar number 22 - double
MCSUS.B23POS Actual position of bar number 23 - double
MCSUS.B23STAT Status of bar number 23 - string
MCSUS.B23TARG Target position of bar number 23 - double
MCSUS.B24POS Actual position of bar number 24 - double
MCSUS.B24STAT Status of bar number 24 - string
MCSUS.B24TARG Target position of bar number 24 - double
MCSUS.B25POS Actual position of bar number 25 - double
MCSUS.B25STAT Status of bar number 25 - string
MCSUS.B25TARG Target position of bar number 25 - double
MCSUS.B26POS Actual position of bar number 26 - double
MCSUS.B26STAT Status of bar number 26 - string
MCSUS.B26TARG Target position of bar number 26 - double
MCSUS.B27POS Actual position of bar number 27 - double
MCSUS.B27STAT Status of bar number 27 - string
MCSUS.B27TARG Target position of bar number 27 - double
MCSUS.B28POS Actual position of bar number 28 - double
MCSUS.B28STAT Status of bar number 28 - string
MCSUS.B28TARG Target position of bar number 28 - double
MCSUS.B29POS Actual position of bar number 29 - double
MCSUS.B29STAT Status of bar number 29 - string
MCSUS.B29TARG Target position of bar number 29 - double
MCSUS.B30POS Actual position of bar number 30 - double
MCSUS.B30STAT Status of bar number 30 - string
MCSUS.B30TARG Target position of bar number 30 - double
MCSUS.B31POS Actual position of bar number 31 - double
MCSUS.B31STAT Status of bar number 31 - string
MCSUS.B31TARG Target position of bar number 31 - double
MCSUS.B32POS Actual position of bar number 32 - double
MCSUS.B32STAT Status of bar number 32 - string
MCSUS.B32TARG Target position of bar number 32 - double
MCSUS.B33POS Actual position of bar number 33 - double
MCSUS.B33STAT Status of bar number 33 - string
MCSUS.B33TARG Target position of bar number 33 - double
MCSUS.B34POS Actual position of bar number 34 - double
MCSUS.B34STAT Status of bar number 34 - string
MCSUS.B34TARG Target position of bar number 34 - double
MCSUS.B35POS Actual position of bar number 35 - double
MCSUS.B35STAT Status of bar number 35 - string
MCSUS.B35TARG Target position of bar number 35 - double
MCSUS.B36POS Actual position of bar number 36 - double
MCSUS.B36STAT Status of bar number 36 - string
MCSUS.B36TARG Target position of bar number 36 - double
MCSUS.B37POS Actual position of bar number 37 - double
MCSUS.B37STAT Status of bar number 37 - string
MCSUS.B37TARG Target position of bar number 37 - double
MCSUS.B38POS Actual position of bar number 38 - double
MCSUS.B38STAT Status of bar number 38 - string
MCSUS.B38TARG Target position of bar number 38 - double
MCSUS.B39POS Actual position of bar number 39 - double
MCSUS.B39STAT Status of bar number 39 - string
MCSUS.B39TARG Target position of bar number 39 - double
MCSUS.B40POS Actual position of bar number 40 - double
MCSUS.B40STAT Status of bar number 40 - string
MCSUS.B40TARG Target position of bar number 40 - double
MCSUS.B41POS Actual position of bar number 41 - double
MCSUS.B41STAT Status of bar number 41 - string
MCSUS.B41TARG Target position of bar number 41 - double
MCSUS.B42POS Actual position of bar number 42 - double
MCSUS.B42STAT Status of bar number 42 - string
MCSUS.B42TARG Target position of bar number 42 - double
MCSUS.B43POS Actual position of bar number 43 - double
MCSUS.B43STAT Status of bar number 43 - string
MCSUS.B43TARG Target position of bar number 43 - double
MCSUS.B44POS Actual position of bar number 44 - double
MCSUS.B44STAT Status of bar number 44 - string
MCSUS.B44TARG Target position of bar number 44 - double
MCSUS.B45POS Actual position of bar number 45 - double
MCSUS.B45STAT Status of bar number 45 - string
MCSUS.B45TARG Target position of bar number 45 - double
MCSUS.B46POS Actual position of bar number 46 - double
MCSUS.B46STAT Status of bar number 46 - string
MCSUS.B46TARG Target position of bar number 46 - double
MCSUS.B47POS Actual position of bar number 47 - double
MCSUS.B47STAT Status of bar number 47 - string
MCSUS.B47TARG Target position of bar number 47 - double
MCSUS.B48POS Actual position of bar number 48 - double
MCSUS.B48STAT Status of bar number 48 - string
MCSUS.B48TARG Target position of bar number 48 - double
MCSUS.B49POS Actual position of bar number 49 - double
MCSUS.B49STAT Status of bar number 49 - string
MCSUS.B49TARG Target position of bar number 49 - double
MCSUS.B50POS Actual position of bar number 50 - double
MCSUS.B50STAT Status of bar number 50 - string
MCSUS.B50TARG Target position of bar number 50 - double
MCSUS.B51POS Actual position of bar number 51 - double
MCSUS.B51STAT Status of bar number 51 - string
MCSUS.B51TARG Target position of bar number 51 - double
MCSUS.B52POS Actual position of bar number 52 - double
MCSUS.B52STAT Status of bar number 52 - string
MCSUS.B52TARG Target position of bar number 52 - double
MCSUS.B53POS Actual position of bar number 53 - double
MCSUS.B53STAT Status of bar number 53 - string
MCSUS.B53TARG Target position of bar number 53 - double
MCSUS.B54POS Actual position of bar number 54 - double
MCSUS.B54STAT Status of bar number 54 - string
MCSUS.B54TARG Target position of bar number 54 - double
MCSUS.B55POS Actual position of bar number 55 - double
MCSUS.B55STAT Status of bar number 55 - string
MCSUS.B55TARG Target position of bar number 55 - double
MCSUS.B56POS Actual position of bar number 56 - double
MCSUS.B56STAT Status of bar number 56 - string
MCSUS.B56TARG Target position of bar number 56 - double
MCSUS.B57POS Actual position of bar number 57 - double
MCSUS.B57STAT Status of bar number 57 - string
MCSUS.B57TARG Target position of bar number 57 - double
MCSUS.B58POS Actual position of bar number 58 - double
MCSUS.B58STAT Status of bar number 58 - string
MCSUS.B58TARG Target position of bar number 58 - double
MCSUS.B59POS Actual position of bar number 59 - double
MCSUS.B59STAT Status of bar number 59 - string
MCSUS.B59TARG Target position of bar number 59 - double
MCSUS.B60POS Actual position of bar number 60 - double
MCSUS.B60STAT Status of bar number 60 - string
MCSUS.B60TARG Target position of bar number 60 - double
MCSUS.B61POS Actual position of bar number 61 - double
MCSUS.B61STAT Status of bar number 61 - string
MCSUS.B61TARG Target position of bar number 61 - double
MCSUS.B62POS Actual position of bar number 62 - double
MCSUS.B62STAT Status of bar number 62 - string
MCSUS.B62TARG Target position of bar number 62 - double
MCSUS.B63POS Actual position of bar number 63 - double
MCSUS.B63STAT Status of bar number 63 - string
MCSUS.B63TARG Target position of bar number 63 - double
MCSUS.B64POS Actual position of bar number 64 - double
MCSUS.B64STAT Status of bar number 64 - string
MCSUS.B64TARG Target position of bar number 64 - double
MCSUS.B65POS Actual position of bar number 65 - double
MCSUS.B65STAT Status of bar number 65 - string
MCSUS.B65TARG Target position of bar number 65 - double
MCSUS.B66POS Actual position of bar number 66 - double
MCSUS.B66STAT Status of bar number 66 - string
MCSUS.B66TARG Target position of bar number 66 - double
MCSUS.B67POS Actual position of bar number 67 - double
MCSUS.B67STAT Status of bar number 67 - string
MCSUS.B67TARG Target position of bar number 67 - double
MCSUS.B68POS Actual position of bar number 68 - double
MCSUS.B68STAT Status of bar number 68 - string
MCSUS.B68TARG Target position of bar number 68 - double
MCSUS.B69POS Actual position of bar number 69 - double
MCSUS.B69STAT Status of bar number 69 - string
MCSUS.B69TARG Target position of bar number 69 - double
MCSUS.B70POS Actual position of bar number 70 - double
MCSUS.B70STAT Status of bar number 70 - string
MCSUS.B70TARG Target position of bar number 70 - double
MCSUS.B71POS Actual position of bar number 71 - double
MCSUS.B71STAT Status of bar number 71 - string
MCSUS.B71TARG Target position of bar number 71 - double
MCSUS.B72POS Actual position of bar number 72 - double
MCSUS.B72STAT Status of bar number 72 - string
MCSUS.B72TARG Target position of bar number 72 - double
MCSUS.B73POS Actual position of bar number 73 - double
MCSUS.B73STAT Status of bar number 73 - string
MCSUS.B73TARG Target position of bar number 73 - double
MCSUS.B74POS Actual position of bar number 74 - double
MCSUS.B74STAT Status of bar number 74 - string
MCSUS.B74TARG Target position of bar number 74 - double
MCSUS.B75POS Actual position of bar number 75 - double
MCSUS.B75STAT Status of bar number 75 - string
MCSUS.B75TARG Target position of bar number 75 - double
MCSUS.B76POS Actual position of bar number 76 - double
MCSUS.B76STAT Status of bar number 76 - string
MCSUS.B76TARG Target position of bar number 76 - double
MCSUS.B77POS Actual position of bar number 77 - double
MCSUS.B77STAT Status of bar number 77 - string
MCSUS.B77TARG Target position of bar number 77 - double
MCSUS.B78POS Actual position of bar number 78 - double
MCSUS.B78STAT Status of bar number 78 - string
MCSUS.B78TARG Target position of bar number 78 - double
MCSUS.B79POS Actual position of bar number 79 - double
MCSUS.B79STAT Status of bar number 79 - string
MCSUS.B79TARG Target position of bar number 79 - double
MCSUS.B80POS Actual position of bar number 80 - double
MCSUS.B80STAT Status of bar number 80 - string
MCSUS.B80TARG Target position of bar number 80 - double
MCSUS.B81POS Actual position of bar number 81 - double
MCSUS.B81STAT Status of bar number 81 - string
MCSUS.B81TARG Target position of bar number 81 - double
MCSUS.B82POS Actual position of bar number 82 - double
MCSUS.B82STAT Status of bar number 82 - string
MCSUS.B82TARG Target position of bar number 82 - double
MCSUS.B83POS Actual position of bar number 83 - double
MCSUS.B83STAT Status of bar number 83 - string
MCSUS.B83TARG Target position of bar number 83 - double
MCSUS.B84POS Actual position of bar number 84 - double
MCSUS.B84STAT Status of bar number 84 - string
MCSUS.B84TARG Target position of bar number 84 - double
MCSUS.B85POS Actual position of bar number 85 - double
MCSUS.B85STAT Status of bar number 85 - string
MCSUS.B85TARG Target position of bar number 85 - double
MCSUS.B86POS Actual position of bar number 86 - double
MCSUS.B86STAT Status of bar number 86 - string
MCSUS.B86TARG Target position of bar number 86 - double
MCSUS.B87POS Actual position of bar number 87 - double
MCSUS.B87STAT Status of bar number 87 - string
MCSUS.B87TARG Target position of bar number 87 - double
MCSUS.B88POS Actual position of bar number 88 - double
MCSUS.B88STAT Status of bar number 88 - string
MCSUS.B88TARG Target position of bar number 88 - double
MCSUS.B89POS Actual position of bar number 89 - double
MCSUS.B89STAT Status of bar number 89 - string
MCSUS.B89TARG Target position of bar number 89 - double
MCSUS.B90POS Actual position of bar number 90 - double
MCSUS.B90STAT Status of bar number 90 - string
MCSUS.B90TARG Target position of bar number 90 - double
MCSUS.B91POS Actual position of bar number 91 - double
MCSUS.B91STAT Status of bar number 91 - string
MCSUS.B91TARG Target position of bar number 91 - double
MCSUS.B92POS Actual position of bar number 92 - double
MCSUS.B92STAT Status of bar number 92 - string
MCSUS.B92TARG Target position of bar number 92 - double
MCSUS.CLOSEPORT Closes the serial port - integer
MCSUS.COLLISIONDETECT Flag for whether or not to do collision detect on multibar moves integer
MCSUS.COMMENT Comment to be written after move in logfile string
MCSUS.COMMSDBG provides fprintf for i/o bytes - integer
MCSUS.COMMSOK Flag for whether communications with CSU have been established (1=yes, 0=no) integer
MCSUS.CSUFATAL 1 if Fatal error flag is returned from function progress call. 0 if none - integer
MCSUS.CSUREADY CSU Availability (0: Unknown, 1: System Started, 2: Ready for Move, 3: Moving, 4: Configuring, -1: Error, -2: System Stopped) integer
MCSUS.CSUSTAT CSU Status string - string
MCSUS.CTLERRS - string listing all control rack errors - string
MCSUS.INITBAR Initialize 1 or all bars. Will initialize the bar number matching keyword value. 0=init all bars integer
MCSUS.INITCOMMS Initialize CSU communications - integer
MCSUS.INITISVC Initialize CSU ISVC. This homes CSU to fully open position - integer
MCSUS.ITERATION polling_iteration - integer
MCSUS.LOGDIR Name of CSU logging directory - string
MCSUS.LOGFILE Name of CSU logging file - string
MCSUS.LOGGING Toggle logging of CSU moves on(1)/off(0) integer
MCSUS.MASKERR Mask error code - integer
MCSUS.MASKNAME Name of the current slit mask - string
MCSUS.MCSUSFUN calls specified function with specified args string
MCSUS.MCSUSINFO reply value for mcsusfun - string
MCSUS.MCSUSTOUT !max blocking time within the select call integer
MCSUS.NBARS !Number of bars in the CSU mechanism - integer
MCSUS.NROWS !Number of rows in the CSU mechanism - integer
MCSUS.NUMAMPERRS Number of amplifier errors - integer
MCSUS.NUMCTLERRS Number of control rack errors - integer
MCSUS.OPERTEMP Temperature at which CSU is configured to run 0=cold, 1=warm integer
MCSUS.POLLHW Polls hardware, getting errors and function progress integer
MCSUS.POLLING enables/disables CSU status polling - integer
MCSUS.PORT Name of the serial port for this device - string
MCSUS.PORTOPEN Gives the status of the serial port (1=open, 0=closed) integer
MCSUS.PROGRESS Progress of move function in percent complete - integer
MCSUS.READACCEL Polls the hardware, reading x and y accleration for one bar position integer
MCSUS.READBARMEM Polls the hardware, reading bar memory, for one or all bar positions integer
MCSUS.READBAR Polls the hardware, reading bar position, for one bar position integer
MCSUS.READBARS Polls the hardware, reading bar position, for bar positions integer
MCSUS.READORIDE sets barStateValid to 1 so readstate can proceed integer
MCSUS.READSTATE Read the CSU bar state file - integer
MCSUS.REPLYTOUT !max time for CSU reply - integer
MCSUS.RESETAMPERRS Set to 1 to clear amplifier errors - integer
MCSUS.SETUPGO Start a CSU reconfiguration - integer
MCSUS.SETUPINIT Initialize a CSU reconfiguration - integer
MCSUS.SETUPNAME Name of the currently setup slit mask - string
MCSUS.SIMERROR !allows simulating errors - integer
MCSUS.SIMULATE simulation control - integer
MCSUS.STARTCSU Start CSU system. Powers up device and inits ISVC integer
MCSUS.STATEDIR Name of CSU state file directory - string
MCSUS.STOPCSU Stop CSU system - integer
MCSUS.TIMERPERIOD Polling period for statuses and positions - double
MCSUS.TXCOUNT !max time to resend a failed command to CSU integer
MCSUS.USER_DBL1 User or script controllable double precision real - double
MCSUS.USER_FLT1 user or script controllable single precision real - float
MCSUS.USER_INT1 user or script controllable integer - integer
MCSUS.USER_STR1 User or script controllable string - string
MCSUS.USER_STR2 User or script controllable string - string
MCSUS.WARMOVERRIDE Set to 1 to allow moves when opertemp is warm integer
MCSUS.WRITEBAR Tells server to put bNNpos value into CSU bar memory for MBNN integer
MCSUS.WRITESTATE Write the CSU bar state file - integer
MCSUS.XACCEL Returns the value of CSU X accelerometer in mV integer
MCSUS.YACCEL Returns the value of CSU Y accelerometer in mV integer
MSCS.ADCOUT1 Current ADC reading for Head 1 - string
MSCS.ADCOUT2 Current ADC reading for Head 2 - string
MSCS.CH1PWR Cold head 1 power 1=ON/0=OFF - integer
MSCS.CH1SPDRBV Read back CCR voltage for Head 1 (0-5000 mV) string
MSCS.CH1SPD Target CCR speed for Head 1 (0-5000 mV) - float
MSCS.CH2PWR Cold head 2 power 1=ON/0=OFF - integer
MSCS.CH2SPDRBV Read back CCR voltage for Head 2 (0-5000 mV) string
MSCS.CH2SPD Target CCR speed for Head 2 (0-5000 mV) - float
MSCS.CHREMOTE System control - 1=REMOTE/0=LOCAL - integer
MSCS.COMMENT Comment to be written after values in logfile string
MSCS.DACIN1R Value that is loaded into the DAC for Head 1 (24-75 RPM) string
MSCS.DACIN1 Value that is loaded into the DAC for Head 1 (0-5000 mV) string
MSCS.DACIN2R Value that is loaded into the DAC for Head 2 (24-75 RPM) string
MSCS.DACIN2 Value that is loaded into the DAC for Head 2 (0-5000 mV) string
MSCS.DACOUT1R Value that is being output from the DAC for Head 1 (24-75 RPM) string
MSCS.DACOUT1 Value that is being output from the DAC for Head 1 (0-5000 mV) string
MSCS.DACOUT2R Value that is being output from the DAC for Head 2 (24-75 RPM) string
MSCS.DACOUT2 Value that is being output from the DAC for Head 2 (0-5000 mV) string
MSCS.GETSPEED1 Set to 1 to force a read of the current head1 speed integer
MSCS.GETSPEED2 Set to 1 to force a read of the current head2 speed integer
MSCS.INIT Initialize DGH modules - integer
MSCS.ITERATION polling_iteration - integer
MSCS.LOGDIR Name of speed-control logging directory - string
MSCS.LOGFILE Name of speed-control logging file - string
MSCS.LOGGING Toggle logging of CCR speeds on(1)/off(0) integer
MSCS.POLLHW Poll DGH modules and update keywords - integer
MSCS.PORT !Number of the RS485 serial port for this device string
MSCS.REPORT Show values of ADCs as they are polled (off, on) integer
MSCS.RPMTARG1 Target CCR speed for Head 1 (RPM) - float
MSCS.RPMTARG2 Target CCR speed for Head 2 (RPM) - float
MSCS.SIMULATE simulation control - integer
MSCS.SPEED1 Current CCR speed reading for Head 1 (24-70 RPM) string
MSCS.SPEED2 Current CCR speed reading for Head 2 (24-70 RPM) string
MSCS.TIMERPERIOD Set the number of seconds between each poll - double
MSCS.TSHOST !Hostname of the RS485 device server for the speed controller string
MDHS.COMMENT Comment to be written after values in logfile string
MDHS.CUR1LOC !Power Supply 1 current location - string
MDHS.CUR1 Power Supply 1 current - string
MDHS.CUR2LOC !Power Supply 2 current location - string
MDHS.CUR2 Power Supply 2 current - string
MDHS.EBAYDOOR Electronics bay doors state (open, closed) string
MDHS.GLYRET Glycol status (Flow Normal, Over Flow) - string
MDHS.GLYSUP Glycol flow state (Flow, No Flow) - string
MDHS.HPSUPPLY Heater power supply state (Crowbarred, Normal) string
MDHS.INIT Initialize DGH modules - integer
MDHS.ITERATION polling_iteration - integer
MDHS.LOGDIR Name of dewar-monitor logging directory - string
MDHS.LOGFILE Name of dewar-monitorlogging file - string
MDHS.LOGGING Toggle logging of dewar-heater data on(1)/off(0) integer
MDHS.POLLHW Poll DGH modules and update keywords - integer
MDHS.PORT !Number of the terminal serial port for this device string
MDHS.POWRESET Heater power supply DGH event counter reset integer
MDHS.REPORT Show values of ADCs as they are polled (off, on) integer
MDHS.SIMULATE simulation control - integer
MDHS.TIMERPERIOD Set the number of seconds between each poll - double
MDHS.TMP1 Channel 1 temperature in degrees C - string
MDHS.TMP1LOC !Channel 1 temp location - string
MDHS.TMP2 Channel 2 temperature in degrees C - string
MDHS.TMP2LOC !Channel 2 temp location - string
MDHS.TMP3 Channel 3 temperature in degrees C - string
MDHS.TMP3LOC !Channel 3 temp location - string
MDHS.TMP4 Channel 4 temperature in degrees C - string
MDHS.TMP4LOC !Channel 4 temp location - string
MDHS.TMP5 Channel 5 temperature in degrees C - string
MDHS.TMP5LOC !Channel 5 temp location - string
MDHS.TSHOST !Hostname of the device server for the dewar-heater monitor string
MDHS.VOLT1LOC !Power Supply 1 voltage location - string
MDHS.VOLT1 Power Supply 1 voltage - string
MDHS.VOLT2LOC !Power Supply 2 voltage location - string
MDHS.VOLT2 Power Supply 2 voltage - string
MDS.ABORT Abort exposure now:1 after read:2 after group:3 after coadd:4 integer
MDS.ABORTING Convenience keyword for scripts to use to specify that abort has been requested integer
MDS.ADDCSUEXT Flag to enable appending of CSU Mask description FITS extension integer
MDS.ARRAYCOLS !Number of columns of detector - integer
MDS.ARRAYROWS !Number of rows of detector - integer
MDS.ASICCFG !Filename containing SIDECAR server configuration string
MDS.ASICHOST !Hostname for sidecar server - string
MDS.ASICPORT !Port for sidecar server - integer
MDS.ASICPWR SIDECAR power status (-1:unknown, 0:off, 1:on) integer
MDS.CALCREADS Automatically calculate number of reads - integer
MDS.CD1_1 Degrees of RA per pixel in x - double
MDS.CD1_2 Degrees of RA per pixel in y - double
MDS.CD2_1 Degrees of DEC per pixel in x - double
MDS.CD2_2 Degrees of DEC per pixel in y - double
MDS.COADDSDONE Completed frames in current coaddition sequence integer
MDS.COADDS Number of coadded frames - integer
MDS.CONNECT Connect to ICE server - integer
MDS.CONNECTED 1 if connected to ICE server, 0 if not - integer
MDS.CRPIX1 X coordinate of center pixel - double
MDS.CRPIX2 Y coordinate of center pixel - double
MDS.CRVAL1 RA of center pixel (degrees) - double
MDS.CRVAL2 DEC of center pixel (degrees) - double
MDS.CSUEXTNAME Filename of CSU Mask description FITS extension string
MDS.CTYPE1 Coordinate type of WCS axis 1 - string
MDS.CTYPE2 Coordinate type of WCS axis 2 - string
MDS.DATAFILE Filename for saved data image - string
MDS.DIRSEP !File directory separator for files on asichost, where data is written string
MDS.DLFIRMWARE Download JADE firmware on init. Turns to 0 if init succeeds - integer
MDS.ELAPSEDTIME Elapsed real time for current exposure in seconds - float
MDS.ENDX Detector subarray right-most column (0-based) integer
MDS.ENDY Detector subarray top-most row (0-based) integer
MDS.EXPOSING Flag for when an exposure is in progress integer
MDS.EXTENSION !FITS file extension - string
MDS.FILENAME Full filename of image currently exposing string
MDS.FRAMDESC Comment for frame - string
MDS.FRAMENUM Frame Number - integer
MDS.GETACSKW Get ACS keywords for FITS header - integer
MDS.GETASICPOWER Get SIDECAR power status from hardware - integer
MDS.GETDCSKW Get DCS keywords for FITS header - integer
MDS.GETKW Get instrument keywords for FITS header - integer
MDS.GO Start a saved exposure - integer
MDS.GROUPSDONE Number of completed groups for current frame integer
MDS.GROUPS Number of sampling groups (2 for Single, CDS, and MCDS) integer
MDS.HEADERTEST Start a header test - integer
MDS.HEARTBEATPERIOD SidecarServer heartbeat period in ms - integer
MDS.HEARTBEAT SidecarServer heartbeat - string
MDS.IGNOREDREADS Number of ignored reads during readout - integer
MDS.IMAGEDONE Set to 1 when image is written to disk - integer
MDS.IMAGETYPE Type of image written to disk (-2: aborted test, -1: aborted data, 1: data image, 2: test image) integer
MDS.INITING 1 if currently initializing, 0 if not - integer
MDS.INIT Initialize, reset, and power up detector Controller integer
MDS.ITERATION polling_iteration - integer
MDS.ITIME Integration time of each coadd in ms - integer
MDS.LASTFILE Full filename of last image that was written to disk string
MDS.LTM1_1 CCD to image pixel scale in X - double
MDS.LTM2_2 CCD to image pixel scale in Y - double
MDS.MAXUTRREADS !Maximum number of UTR reads - integer
MDS.MINUTRRDITIME !Minimum time between reads for UTR autocalc in multiples of read times - float
MDS.NUMREADS Number of reads per group - integer
MDS.OBJECT Object name - string
MDS.OUTDIR Directory to which saved files a written string
MDS.POWERDOWN Power down detector Controller - integer
MDS.PROGRESS Pecentage that exposure is complete - integer
MDS.PSCALE science_camera_pixel_scale - float
MDS.RADECSYS Coordinate system - string
MDS.READSDONE Number of completed reads for current frame integer
MDS.READTIME Time in seconds to readout detector - float
MDS.READY Flag for System readyness (0:busy/error, 1:ok to expose) integer
MDS.RESET Reset detector controller - integer
MDS.RESETS Number of resets before exposure - integer
MDS.RESUME Attempt to resume connection to ICE server without initializing integer
MDS.SAMPMODE Sampling Mode (1:Single, 2:CDS, 3:MCDS, 4:UTR) integer
MDS.SETRPSTYPE Reference pixel subtraction type: bit 0: enable veritcal, bit 1: vertical type, bit 2: enable horiz., bit 3: horiz type integer
MDS.SIDECARINIT Current status SIDECAR initialization - string
MDS.SIMULATE simulation control - integer
MDS.STARTX Detector subarray left-most column (0-based) integer
MDS.STARTY Detector subarray bottom-most row (0-based) integer
MDS.STATUS Current status of electronics - string
MDS.STATUSDETAIL Current status of electronics: detailed message string
MDS.STATUSMAIN Current status of electronics: main message string
MDS.TEMPFITSEXT Temporary FITS file extension - string
MDS.TESTDIR Directory to which test files are written string
MDS.TESTFILE Name for data file for test exposure - string
MDS.TEST Start a test exposure - integer
MDS.TIMERPERIOD Set the number of seconds between each poll - double
MDS.TIMFILE !Filename containing personality MCD code string
MDS.TOTALTIME Estimated real time for total exposure in seconds - float
MDS.UNIXROOTDIR Unix name for root output directory - string
MDS.WAT0_001 Pixel coordinate system - string
MDS.WAT1_001 WCS projection for axis 1 - string
MDS.WAT2_001 WCS projection for axis 2 - string
MDS.WCSDIM Number of WCS dimensions - integer
MDS.WINROOTDIR Windows name for root output directory - string
MDS.WRITEALL Flag for whether to write raw frames to disk integer
MMF1S.CURLOOPGAIN !Filter Wheel 1 current loop P gain (IKP) - float
MMF1S.CURMIDBANDGAIN !Filter Wheel 1 current loop midband compensation gain (MCG) - float
MMF1S.CURRENT !Rated current of supplied to the Filter Wheel 1 motor (IC) - float
MMF1S.FAULTCODE Filter Wheel 1 PACSCI Controller fault code integer
MMF1S.FULLSTEPVEL !Filter Wheel 1 full step velocity (FSTV) - float
MMF1S.HARMCOMP !Filter Wheel 1 third harmonic compensation (THC) - float
MMF1S.HOMEACC !Filter Wheel 1 mechanism homing acceleration integer
MMF1S.HOMEFINESPEED !Filter Wheel 1 mechanism homing fine tuning speed integer
MMF1S.HOME Home Filter Wheel 1 mechanism - integer
MMF1S.HOMEOFFSET !Number of steps to offset from Filter Wheel 1 switch0 to home mechanism integer
MMF1S.HOMEPOS !Position number to use as Filter Wheel 1 home position integer
MMF1S.HOMESPEED !Filter Wheel 1 mechanism homing speed - integer
MMF1S.INIT Initialize Filter Wheel 1 motor controller integer
MMF1S.ITERATION polling_iteration - integer
MMF1S.LOCATION0 !Location in steps from Filter Wheel 1 home location of position 0 integer
MMF1S.LOCATION1 !Location in steps from Filter Wheel 1 home location of position 1 integer
MMF1S.LOCATION2 !Location in steps from Filter Wheel 1 home loaction of position 2 integer
MMF1S.LOCATION3 !Location in steps from Filter Wheel 1 home loaction of position 3 integer
MMF1S.LOCATION4 !Location in steps from Filter Wheel 1 home loaction of position 4 integer
MMF1S.LOCATION5 !Location in steps from Filter Wheel 1 home loaction of position 5 integer
MMF1S.LOCATION Current position of Filter Wheel 1 mechanism in steps integer
MMF1S.LOGDIR Name of Filter Wheel 1 motor logging directory string
MMF1S.LOGFILE Name of Filter Wheel 1 motor logging file string
MMF1S.LOGGING Toggle logging of Filter Wheel 1 motor moves on(1)/off(0) integer
MMF1S.MECHANISM !The overall name of the Filter Wheel 1 mechanism string
MMF1S.MECHTYPE !Filter Wheel 1 mechansim type (1:wheel, 2:slide, 3:limits, 4:move while, 5:other) integer
MMF1S.MIDBANDVEL !Filter Wheel 1 midband resonant frequency compensation start velocity (MCSV) - float
MMF1S.NEGLIMITSW !Switch values of Filter Wheel 1 switches activated at negative limit integer
MMF1S.NO_OF_POS !The number of positions on the Filter Wheel 1 mechanism integer
MMF1S.NOSWITCHVAL !Filter Wheel 1 switch value when no switches are hit integer
MMF1S.PORTDBG Filter Wheel 1 Port Debug Flag - integer
MMF1S.PORT !Name of the serial port for the Filter Wheel 1 device string
MMF1S.POS Current Filter Wheel 1 position number - integer
MMF1S.POSLIMITSW !Switch values of Filter Wheel 1 switches activated at positive limit integer
MMF1S.POSNAME0 !The name of Filter Wheel 1 position 0 - string
MMF1S.POSNAME1 !The name of Filter Wheel 1 position 1 - string
MMF1S.POSNAME2 !The name of Filter Wheel 1 position 2 - string
MMF1S.POSNAME3 !The name of Filter Wheel 1 position 3 - string
MMF1S.POSNAME4 !The name of Filter Wheel 1 position 4 - string
MMF1S.POSNAME5 !The name of Filter Wheel 1 position 5 - string
MMF1S.POSNAME The name of the current Filter Wheel 1 position string
MMF1S.POWDNDELAY !Milliseconds it takes for Filter Wheel 1 motor to power down integer
MMF1S.POWUPDELAY !Milliseconds move is delayed to allow Filter Wheel 1 motor to power up integer
MMF1S.RANGE !The number of steps in the entire Filter Wheel 1 mechanism range integer
MMF1S.RESET Reset Filter Wheel 1 controller - integer
MMF1S.SIMULATE Filter Wheel 1 simulation control - integer
MMF1S.SPEED !Set target speed of the Filter Wheel 1 motor integer
MMF1S.STANDPOWER !Filter Wheel 1 standing power percentage (SPP) - float
MMF1S.STATUS Filter Wheel 1 mechanism Status (Ok,Moving,Error,Unknown) string
MMF1S.STEP Step Filter Wheel 1 mechanism from current position integer
MMF1S.STOPSW0 !Pacsci switch number to be used as a stop switch in a move while function to Filter Wheel 1 position 0 integer
MMF1S.STOPSW1 !Pacsci switch number to be used as a stop switch in a move while function to Filter Wheel 1 position 1 integer
MMF1S.STOPSW2 !Pacsci switch number to be used as a stop switch in a move while function to Filter Wheel 1 position 2 integer
MMF1S.STOPSW3 !Pacsci switch number to be used as a stop switch in a move while function to Filter Wheel 1 position 3 integer
MMF1S.STOPSW4 !Pacsci switch number to be used as a stop switch in a move while function to Filter Wheel 1 position 4 integer
MMF1S.STOPSW5 !Pacsci switch number to be used as a stop switch in a move while function to Filter Wheel 1 position 5 integer
MMF1S.SWITCH0 !Switch value of Filter Wheel 1 switches activated at position 0 integer
MMF1S.SWITCH1 !Switch value of Filter Wheel 1 switches activated at position 1 integer
MMF1S.SWITCH2 !Switch value of Filter Wheel 1 switches activated at position 2 integer
MMF1S.SWITCH3 !Switch value of Filter Wheel 1 switches activated at position 3 integer
MMF1S.SWITCH4 !Switch value of Filter Wheel 1 switches activated at position 4 integer
MMF1S.SWITCH5 !Switch value of Filter Wheel 1 switches activated at position 5 integer
MMF1S.SWITCH Current Filter Wheel 1 wwitch value - integer
MMF1S.TARGET The name of the Filter Wheel 1 target position string
MMF1S.TARGNAME The name of the Filter Wheel 1 target position string
MMF1S.TARGPOS Set desired Filter Wheel 1 position number integer
MMF1S.TIMERPERIOD Set the number of seconds between each Filter Wheel 1 poll - double
MMF1S.TOLERANC !Filter Wheel 1 allowed positioning tolerance integer
MMF1S.ZERO Zero the Filter Wheel 1 controller location counter integer
MMF2S.ABORT Abort Filter Wheel 2 move w/o deceleration integer
MMF2S.ACCELERATION !Set acceleration of the Filter Wheel 2 motor integer
MMF2S.BACKLASH !Amount of oversteps for Filter Wheel 2 backlash removal integer
MMF2S.BUSUVOLTAGE !Filter Wheel 2 bus undertrip voltage (BUSU) - float
MMF2S.COMMENT Comment to be written after Filter Wheel 2 motor move in logfile string
MMF2S.CURLOOPGAIN !Filter Wheel 2 current loop P gain (IKP) - float
MMF2S.CURMIDBANDGAIN !Filter Wheel 2 current loop midband compensation gain (MCG) - float
MMF2S.CURRENT !Filter Wheel 2 rated current of supplied to the motor (IC) - float
MMF2S.FAULTCODE Filter Wheel 2 PACSCI Controller fault code integer
MMF2S.FULLSTEPVEL !Filter Wheel 2 full step velocity (FSTV) - float
MMF2S.HARMCOMP !Filter Wheel 2 third harmonic compensation (THC) - float
MMF2S.HOMEACC !Filter Wheel 2 mechanism homing acceleration integer
MMF2S.HOMEFINESPEED !Filter Wheel 2 mechanism homing fine tuning speed integer
MMF2S.HOME Home Filter Wheel 2 mechanism - integer
MMF2S.HOMEOFFSET !Number of steps to offset from Filter Wheel 2 switch0 to home mechanism integer
MMF2S.HOMEPOS !Position number to use as Filter Wheel 2 home position integer
MMF2S.HOMESPEED !Filter Wheel 2 mechanism homing speed - integer
MMF2S.INIT Initialize Filter Wheel 2 motor controller integer
MMF2S.ITERATION polling_iteration - integer
MMF2S.LOCATION0 !Location in steps from Filter Wheel 2 home location of position 0 integer
MMF2S.LOCATION1 !Location in steps from Filter Wheel 2 home location of position 1 integer
MMF2S.LOCATION2 !Location in steps from Filter Wheel 2 home loaction of position 2 integer
MMF2S.LOCATION3 !Location in steps from Filter Wheel 2 home loaction of position 3 integer
MMF2S.LOCATION4 !Location in steps from Filter Wheel 2 home loaction of position 4 integer
MMF2S.LOCATION5 !Location in steps from Filter Wheel 2 home loaction of position 5 integer
MMF2S.LOCATION Current position of Filter Wheel 2 mechanism in steps integer
MMF2S.LOGDIR Name of Filter Wheel 2 motor logging directory string
MMF2S.LOGFILE Name of Filter Wheel 2 motor logging file string
MMF2S.LOGGING Toggle logging of Filter Wheel 2 motor moves on(1)/off(0) integer
MMF2S.MECHANISM !The overall name of the Filter Wheel 2 mechanism string
MMF2S.MECHTYPE !Filter Wheel 2 mechansim type (1:wheel, 2:slide, 3:limits, 4:move while, 5:other) integer
MMF2S.MIDBANDVEL !Filter Wheel 2 Midband resonant frequency compensation start velocity (MCSV) - float
MMF2S.NEGLIMITSW !Switch values of Filter Wheel 2 switches activated at negative limit integer
MMF2S.NO_OF_POS !The number of positions on the Filter Wheel 2 mechanism integer
MMF2S.NOSWITCHVAL !Filter Wheel 2 switch value when no switches are hit integer
MMF2S.PORTDBG Filter Wheel 2 Port Debug Flag - integer
MMF2S.PORT !Name of the serial port for the Filter Wheel 2 device string
MMF2S.POS Current Filter Wheel 2 position number - integer
MMF2S.POSLIMITSW !Switch values of Filter Wheel 2 switches activated at positive limit integer
MMF2S.POSNAME0 !The name of Filter Wheel 2 position 0 - string
MMF2S.POSNAME1 !The name of Filter Wheel 2 position 1 - string
MMF2S.POSNAME2 !The name of Filter Wheel 2 position 2 - string
MMF2S.POSNAME3 !The name of Filter Wheel 2 position 3 - string
MMF2S.POSNAME4 !The name of Filter Wheel 2 position 4 - string
MMF2S.POSNAME5 !The name of Filter Wheel 2 position 5 - string
MMF2S.POSNAME The name of the current Filter Wheel 2 position string
MMF2S.POWDNDELAY !Milliseconds it takes for Filter Wheel 2 motor to power down integer
MMF2S.POWUPDELAY !Milliseconds move is delayed to allow Filter Wheel 2 motor to power up integer
MMF2S.RANGE !The number of steps in the entire Filter Wheel 2 mechanism range integer
MMF2S.RESET Reset the Filter Wheel 2 controller - integer
MMF2S.SIMULATE Filter Wheel 2 simulation control - integer
MMF2S.SPEED !Set target speed of the motor - integer
MMF2S.STANDPOWER !Filter Wheel 2 Standing power percentage (SPP) - float
MMF2S.STATUS Filter Wheel 2 mechanism Status (Ok,Moving,Error,Unknown) string
MMF2S.STEP Step Filter Wheel 2 mechanism from current position integer
MMF2S.STOPSW0 !Pacsci switch number to be used as a stop switch in a move while function to Filter Wheel 2 position 0 integer
MMF2S.STOPSW1 !Pacsci switch number to be used as a stop switch in a move while function to Filter Wheel 2 position 1 integer
MMF2S.STOPSW2 !Pacsci switch number to be used as a stop switch in a move while function to Filter Wheel 2 position 2 integer
MMF2S.STOPSW3 !Pacsci switch number to be used as a stop switch in a move while function to Filter Wheel 2 position 3 integer
MMF2S.STOPSW4 !Pacsci switch number to be used as a stop switch in a move while function to Filter Wheel 2 position 4 integer
MMF2S.STOPSW5 !Pacsci switch number to be used as a stop switch in a move while function to Filter Wheel 2 position 5 integer
MMF2S.SWITCH0 !Switch value of Filter Wheel 2 switches activated at position 0 integer
MMF2S.SWITCH1 !Switch value of Filter Wheel 2 switches activated at position 1 integer
MMF2S.SWITCH2 !Switch value of Filter Wheel 2 switches activated at position 2 integer
MMF2S.SWITCH3 !Switch value of Filter Wheel 2 switches activated at position 3 integer
MMF2S.SWITCH4 !Switch value of Filter Wheel 2 switches activated at position 4 integer
MMF2S.SWITCH5 !Switch value of Filter Wheel 2 switches activated at position 5 integer
MMF2S.SWITCH Current Filter Wheel 2 switch value - integer
MMF2S.TARGET The name of the Filter Wheel 2 target position string
MMF2S.TARGNAME The name of the Filter Wheel 2 target position string
MMF2S.TARGPOS Set desired Filter Wheel 2 position number integer
MMF2S.TIMERPERIOD Set the number of seconds between each Filter Wheel 2 poll - double
MMF2S.TOLERANC !Filter Wheel 2 allowed positioning tolerance integer
MMF2S.ZERO Zero the Filter Wheel 2 controller location counter integer
MMDCS.ABORT Abort Dust Cover move w/o deceleration - integer
MMDCS.ACCELERATION !Set Dust Cover motor acceleration - integer
MMDCS.BACKLASH !Amount of oversteps for Dust Cover backlash removal integer
MMDCS.BUSUVOLTAGE !Dust Cover controller bus undertrip voltage (BUSU) - float
MMDCS.COMMENT Comment to be written after Dust Cover motor move in logfile string
MMDCS.CURLOOPGAIN !Current loop P gain (IKP) of the Dust Cover - float
MMDCS.CURMIDBANDGAIN !Dust Cover current loop midband compensation gain (MCG) - float
MMDCS.CURRENT !Rated current supplied to the Dust Cover motor - float
MMDCS.DECELERATION !Set Dust Cover motor deceleration - integer
MMDCS.FAULTCODE PACSCI Controller fault code for Dust Cover integer
MMDCS.FULLSTEPVEL !Dust Cover gull step velocity (FSTV) - float
MMDCS.HARMCOMP !Dust Cover third harmonic compensation (THC) - float
MMDCS.HOMEACC !Dust Cover mechanism homing acceleration integer
MMDCS.HOMEFINESPEED !Dust Cover mechanism homing fine tuning speed integer
MMDCS.HOME Home Dust Cover Mechanism - integer
MMDCS.HOMEOFFSET !Number of steps to offset from switch0 to Dust Cover home mechanism integer
MMDCS.HOMEPOS !Position number to use as Dust Cover home position integer
MMDCS.HOMESPEED !Dust Cover mechanism homing speed - integer
MMDCS.INIT Initialize Dust Cover motor controller - integer
MMDCS.ITERATION polling_iteration - integer
MMDCS.LOCATION0 !Dust Cover Location in steps from home location of position 0 integer
MMDCS.LOCATION1 Dust Cover !Location in steps from home location of position 1 integer
MMDCS.LOCATION Current position of Dust Cover mechanism in steps integer
MMDCS.LOGDIR Name of Dust-Cover loggin directory - string
MMDCS.LOGFILE Name of Dust Cover motor logging file - string
MMDCS.LOGGING Toggle logging of motor moves on(1)/off(0) integer
MMDCS.MECHANISM !The overall name of the Dust Cover mechanism string
MMDCS.MECHTYPE !Dust Cover mechansim type (1:wheel, 2:slide, 3:other) integer
MMDCS.MIDBANDVEL !Dust Cover midband resonant frequency compensation start velocity (MCSV) - float
MMDCS.NEGLIMITSW !Dust Cover switch values of switches activated at negative limit integer
MMDCS.NO_OF_POS !The number of positions on the Dust Cover mechanism integer
MMDCS.NOSWITCHVAL !Dust Cover Switch value when no switches are hit integer
MMDCS.PORTDBG Dust Cover port debug flag - integer
MMDCS.PORT !Name of the serial port for the Dust Cover Mechanism string
MMDCS.POSLIMITSW !Dust Cover switch values of switches activated at positive limit integer
MMDCS.POSNAME0 !The name of position 0 of the Dust Cover. string
MMDCS.POSNAME1 !The name of Dust Cover position 1 - string
MMDCS.POSNAME The name of the current Dust Cover position string
MMDCS.POS Set desired Dust Cover position number - integer
MMDCS.POWDNDELAY !Milliseconds it takes for Dust Cover motor to power down integer
MMDCS.POWUPDELAY !Milliseconds move is delayed to allow motor to power up integer
MMDCS.RANGE !The number of steps in the entire Dust Cover mechanism range integer
MMDCS.RESET Reset Dust Cover controller - integer
MMDCS.SIMULATE Dust Cover simulation control - integer
MMDCS.SPEED !Set target speed of the Dust Cover motor integer
MMDCS.STANDPOWER !Standing power percentage (SPP) for the Dust Cover - float
MMDCS.STATUS Dust Cover mechanism status (Ok,Moving,Error,Unknown) string
MMDCS.STEP Step Dust Cover mechanism from current position integer
MMDCS.STOPSW0 !Pacsci switch number to be used as a Dust Cover stop switch in a move while function to position 0 integer
MMDCS.STOPSW1 !Pacsci switch number to be used as a Dust Cover stop switch in a move while function to position 1 integer
MMDCS.STOPSW2 !Pacsci switch number to be used as a Dust Cover stop switch in a move while function to position 2 integer
MMDCS.STOPSW3 !Pacsci switch number to be used as a Dust Cover stop switch in a move while function to position 3 integer
MMDCS.STOPSW4 !Pacsci switch number to be used as a Dust Cover stop switch in a move while function to position 4 integer
MMDCS.STOPSW5 !Pacsci switch number to be used as a Dust Cover stop switch in a move while function to position 5 integer
MMDCS.SWITCH0 !Expected switch value for Dust Cover position 0 integer
MMDCS.SWITCH1 !Expected switch value for Dust Cover position 1 integer
MMDCS.SWITCH Current Dust Cover Switch Value - integer
MMDCS.TARGET The name of the Dust Cover target position string
MMDCS.TARGNAME The name of the Dust Cover target position string
MMDCS.TARGPOS Set desired Dust Cover position number - integer
MMDCS.TIMERPERIOD Set the number of seconds between each Dust Cover poll - double
MMDCS.TOLERANC !Allowed Dust positioning tolerance - integer
MMDCS.ZERO Zero the Dust Cover controller location counter integer
MMGTS.ABORT Abort Grating Turret move w/o deceleration integer
MMGTS.ACCELERATION !Set acceleration of the Grating Turret motor integer
MMGTS.BACKLASH !Amount of oversteps for Grating Turret backlash removal integer
MMGTS.BUSUVOLTAGE !Grating Turret bus undertrip voltage (BUSU) - float
MMGTS.COMMENT Comment to be written after Grating Turret motor move in logfile string
MMGTS.CURLOOPGAIN !Grating Turret current loop P gain (IKP) - float
MMGTS.CURMIDBANDGAIN !Grating Turret current loop midband compensation gain (MCG) - float
MMGTS.CURRENT !Rated current of supplied to the Grating Turret motor - float
MMGTS.FAULTCODE Grating Turret PACSCI Controller fault code integer
MMGTS.FULLSTEPVEL !Grating Turret full step velocity (FSTV) - float
MMGTS.HARMCOMP !Grating Turret third harmonic compensation (THC) - float
MMGTS.HOMEACC !Grating Turret mechanism homing acceleration integer
MMGTS.HOMEFINESPEED !Grating Turret mechanism homing fine tuning speed integer
MMGTS.HOME Home Grating Turret mechanism - integer
MMGTS.HOMEOFFSET !Number of steps to offset from Grating Turret switch0 to home mechanism integer
MMGTS.HOMEPOS !Position number to use as Grating Turret home position integer
MMGTS.HOMESPEED !Grating Turret mechanism homing speed - integer
MMGTS.INIT Initialize Grating Turret motor controller integer
MMGTS.ITERATION polling_iteration - integer
MMGTS.LOCATION0 !Location in steps from Grating Turret home location of position 0 integer
MMGTS.LOCATION1 !Location in steps from Grating Turret home location of position 1 integer
MMGTS.LOCATION2 !Location in steps from Grating Turret home loaction of position 2 integer
MMGTS.LOCATION3 !Location in steps from Grating Turret home location of position 3 integer
MMGTS.LOCATION4 !Location in steps from Grating Turret home location of position 4 integer
MMGTS.LOCATION Current position of Grating Turret mechanism in steps integer
MMGTS.LOGDIR Name of Grating Turret motor logging directory string
MMGTS.LOGFILE Name of Grating Turret motor logging file string
MMGTS.LOGGING Toggle logging of Grating Turret motor moves on(1)/off(0) integer
MMGTS.MECHANISM !The overall name of the Grating Turret mechanism string
MMGTS.MECHTYPE !Grating Turret mechansim type (1:wheel, 2:slide, 3:limits, 4:move while, 5:other) integer
MMGTS.MIDBANDVEL !Grating Turret midband resonant frequency compensation start velocity (MCSV) - float
MMGTS.NEGLIMITSW !Switch values of Grating Turret switches activated at negative limit integer
MMGTS.NO_OF_POS !The number of positions on the Grating Turret mechanism integer
MMGTS.NOSWITCHVAL !Grating Turret Switch value when no switches are hit integer
MMGTS.PORTDBG Grating Turret Port Debug Flag - integer
MMGTS.PORT !Name of the serial port for the Grating Turret device string
MMGTS.POS Current Grating Turret position number - integer
MMGTS.POSLIMITSW !Switch values of Grating Turret switches activated at positive limit integer
MMGTS.POSNAME0 !The name of Grating Turret position 0 - string
MMGTS.POSNAME1 !The name of Grating Turret position 1 - string
MMGTS.POSNAME2 !The name of Grating Turret position 2 - string
MMGTS.POSNAME3 !The name of Grating Turret position 3 - string
MMGTS.POSNAME4 !The name of Grating Turret position 4 - string
MMGTS.POSNAME The name of the current Grating Turret position string
MMGTS.POWDNDELAY !Milliseconds it takes for Grating Turret motor to power down integer
MMGTS.POWUPDELAY !Milliseconds move is delayed to allow Grating Turret motor to power up integer
MMGTS.RANGE !The number of steps in the entire Grating Turret mechanism range integer
MMGTS.RESET Reset the Grating Turret controller - integer
MMGTS.SIMULATE Grating Turret simulation control - integer
MMGTS.SPEED !Set target speed of the Grating Turret motor integer
MMGTS.STANDPOWER !Grating Turret standing power percentage (SPP) - float
MMGTS.STATUS Grating Turret mechanism Status (Ok,Moving,Error,Unknown) string
MMGTS.STEP Step Grating Turret mechanism from current position integer
MMGTS.STOPSW0 !Pacsci stop switch value for Grating Turret position 0 integer
MMGTS.STOPSW1 !Pacsci stop switch value for Grating Turret position 1 integer
MMGTS.STOPSW2 !Pacsci stop switch value for Grating Turret position 2 integer
MMGTS.STOPSW3 !Pacsci stop switch value for Grating Turret position 3 integer
MMGTS.STOPSW4 !Pacsci stop switch value for Grating Turret position 4 integer
MMGTS.SWITCH0 !Expected Grating Turret switch value for position 0 integer
MMGTS.SWITCH1 !Expected Grating Turret switch value for position 1 integer
MMGTS.SWITCH2 !Expected Grating Turret switch value for position 2 integer
MMGTS.SWITCH3 !Expected Grating Turret switch value for position 3 integer
MMGTS.SWITCH4 !Expected Grating Turret switch value for position 4 integer
MMGTS.SWITCH Current Grating Turret Switch Value - integer
MMGTS.TARGET The name of the Grating Turret target position string
MMGTS.TARGNAME The name of the Grating Turret target position string
MMGTS.TARGPOS Set desired Grating Turret position number integer
MMGTS.TIMERPERIOD Set the number of seconds between each Grating Turret poll - double
MMGTS.TOLERANC !Grating Turret allowed positioning tolerance integer
MMGTS.ZERO Zero the Grating Turret controller location counter integer
MMGSS.ABORT Abort Grating Shim move w/o deceleration integer
MMGSS.ACCELERATION !Set acceleration of the Grating Shim motor integer
MMGSS.BACKLASH !Amount of oversteps for Grating Shim backlash removal integer
MMGSS.BUSUVOLTAGE !Grating Shim Bus undertrip voltage (BUSU) - float
MMGSS.COMMENT Comment to be written after Grating Shim motor move in logfile string
MMGSS.CURLOOPGAIN !Grating Shim current loop P gain (IKP) - float
MMGSS.CURMIDBANDGAIN !Grating Shim current loop midband compensation gain (MCG) - - float
MMGSS.CURRENT !Rated current of supplied to the Grating Shim motor - float
MMGSS.FAULTCODE Grating Shim PACSCI Controller fault code - integer
MMGSS.FULLSTEPVEL !Grating Shim full step velocity (FSTV) - float
MMGSS.HARMCOMP !Grating Shim third harmonic compensation (THC) - float
MMGSS.HOMEACC !Grating Shim mechanism homing acceleration - integer
MMGSS.HOMEFINESPEED !Grating Shim mechanism homing fine tuning speed - integer
MMGSS.HOME Home Grating Shim mechanism - integer
MMGSS.HOMEOFFSET !Number of steps to offset from Grating Shim switch0 to home mechanism - integer
MMGSS.HOMEPOS !Position number to use as Grating Shim home position - integer
MMGSS.HOMESPEED !Grating Shim mechanism homing speed - integer
MMGSS.INIT Initialize Grating Shim motor controller - integer
MMGSS.ITERATION polling_iteration - integer
MMGSS.LOCATION0 !Location in steps from Grating Shim home location of position 0 - integer
MMGSS.LOCATION1 !Location in steps from Grating Shim home location of position 1 - integer
MMGSS.LOCATION Current position of Grating Shim mechanism in steps - - integer
MMGSS.LOGDIR Name of Grating Shim motor logging directory string
MMGSS.LOGFILE Name of Grating Shim motor logging file - string
MMGSS.LOGGING Toggle logging of Grating Shim motor moves on(1)/off(0) - integer
MMGSS.MECHANISM !The overall name of the Grating Shim mechanism string
MMGSS.MECHTYPE !Grating Shim mechansim type (1:wheel, 2:slide, 3:limits, 4:move while, 5:other) - integer
MMGSS.MIDBANDVEL !Grating Shim midband resonant frequency compensation start velocity (MCSV) float
MMGSS.NEGLIMITSW !Switch value of Grating Shim switches activated at negative limit - integer
MMGSS.NO_OF_POS !The number of positions on the Grating Shim mechanism - integer
MMGSS.NOSWITCHVAL !Grating Shim switch value when no switches are hit - integer
MMGSS.PORTDBG Grating Shim Port Debug Flag - integer
MMGSS.PORT !Name of the serial port for the Grating Shim device string
MMGSS.POS Current Grating Shim position number - integer
MMGSS.POSLIMITSW !Switch value of Grating Shim switches activated at positive limit - integer
MMGSS.POSNAME0 !The name of Grating Shim position 0 - string
MMGSS.POSNAME1 !The name of Grating Shim position 1 - string
MMGSS.POSNAME The name of the current Grating Shim position string
MMGSS.POWDNDELAY !Milliseconds it takes for Grating Shim motor to power down - integer
MMGSS.POWUPDELAY !Milliseconds move is delayed to allow Grating Shim motor to power up - integer
MMGSS.RANGE !The number of steps in the entire Grating Shim mechanism range - integer
MMGSS.RESET Reset the Grating Shim controller - integer
MMGSS.SIMULATE Grating Shim simulation control - integer
MMGSS.SPEED !Set target speed of the Grating Shim motor - integer
MMGSS.STANDPOWER !Grating Shim standing power percentage (SPP) float
MMGSS.STATUS Grating Shim mechanism Status (Ok,Moving,Error,Unknown) string
MMGSS.STEP Step Grating Shim mechanism from current position - - integer
MMGSS.STOPSW0 !Pacsci switch number to be used as a stop switch in a move while function to Grating Shim position 0 - integer
MMGSS.STOPSW1 !Pacsci switch number to be used as a stop switch in a move while function to Grating Shim position 1 - integer
MMGSS.SWITCH0 !Expected Grating Shim switch value for position 0 - integer
MMGSS.SWITCH1 !Expected Grating Shim switch value for position 1 - integer
MMGSS.SWITCH Current Grating Shim switch value - integer
MMGSS.TARGET The name of the Grating Shim target position string
MMGSS.TARGNAME The name of the Grating Shim target position string
MMGSS.TARGPOS Set desired Grating Shim position number - integer
MMGSS.TIMERPERIOD Set the number of seconds between each Grating Shim poll - double
MMGSS.TOLERANC !Grating Shim allowed positioning tolerance - integer
MMGSS.ZERO Zero the Grating Shim controller location counter - integer
MFCS.ABORT Set to 1 to abort a move - integer
MFCS.ACTIVE servo/online/enable flag - integer
MFCS.A Flexure model amplitude parameter - float
MFCS.ANAMORPH Flexure model anamorphic scale factor - float
MFCS.AVERAGE The number of points to average when taking an LVDT reading - integer
MFCS.BETA Flexure model beta parameter in degrees - float
MFCS.CENTERX Center X location - float
MFCS.CENTERY Center Y location - float
MFCS.CENTLOC1 Ch1 center location - float
MFCS.CENTLOC2 Ch2 center location - float
MFCS.CENTLOC3 Ch3 center location - float
MFCS.CENTLOC Center location for all channels - float
MFCS.COMMENT Comment to be written after actuator move in logfile string
MFCS.COMPSTAT Compensate status - integer
MFCS.DCO1 Drift compensation mode ON (1) or OFF (0) for actuator 1 - integer
MFCS.DCO2 Drift compensation mode ON (1) or OFF (0) for actuator 2 - integer
MFCS.DCO3 Drift compensation mode ON (1) or OFF (0) for actuator 3 - integer
MFCS.DCO Drift compensation mode ON (1) or OFF (0) for all actuators - integer
MFCS.DTHETAXY Relative rotation angle around X and Y axes of the instrument coordinate system in microradians string
MFCS.EL Elevation angle in degrees - float
MFCS.ENABLE Enable model-based flexure compensation - integer
MFCS.FAULTCODE PI E-516 Controller status code - integer
MFCS.HOME Home Mechanism - integer
MFCS.ITERATION polling_iteration - integer
MFCS.K Flexure model k parameter - float
MFCS.LOC1 Location of actuator #1 - float
MFCS.LOC2 Location of actuator #2 - float
MFCS.LOC3 Location of actuator #3 - float
MFCS.LOGDIR Name of FCS logging directory - string
MFCS.LOGFILE Name of FCS logging file - string
MFCS.LOGGING Toggle logging of FCS moves on(1)/off(0) - integer
MFCS.MECHANISM The overall name of the mechanism - string
MFCS.OFFSET1 Actual offset from comanded position of actuator 1 float
MFCS.OFFSET2 Actual offset from comanded position of actuator 2 float
MFCS.OFFSET3 Actual offset from comanded position of actuator 3 float
MFCS.ONLINE Online mode ON (1) or OFF (0) for all actuators - integer
MFCS.ONT1 On target status ON (1) or OFF (0) for actuator 1 - integer
MFCS.ONT2 On target status ON (1) or OFF (0) for actuator 2 - integer
MFCS.ONT3 On target status ON (1) or OFF (0) for actuator 3 - integer
MFCS.OVF1 Overflow status ON (1) or OFF (0) for actuator 1 - integer
MFCS.OVF2 Overflow status ON (1) or OFF (0) for actuator 2 - integer
MFCS.OVF3 Overflow status ON (1) or OFF (0) for actuator 3 - integer
MFCS.PA_EL Position angle and elevation in degrees - string
MFCS.PA Position angle in degrees - float
MFCS.PH Flexure model phase parameter in degrees float
MFCS.PLLIMIT1 Lower position limit for actuator 1 - float
MFCS.PLLIMIT2 Lower position limit for actuator 2 - float
MFCS.PLLIMIT3 Lower position limit for actuator 3 - float
MFCS.POLLHW Poll PI E-516 and update keywords - integer
MFCS.PORT Number of the terminal server socket port for the FCS controller string
MFCS.PULIMIT1 Upper position limit for actuator 1 - float
MFCS.PULIMIT2 Upper position limit for actuator 2 - float
MFCS.PULIMIT3 Upper position limit for actuator 3 - float
MFCS.RANGE Defined actuator range - float
MFCS.RANGEUSED % actuator range used - float
MFCS.REPORT Show value of positions and voltages as they are polled (off, on, verbose) - integer
MFCS.SERVO1 Servo mode ON (1) or OFF (0) for actuator 1 - integer
MFCS.SERVO2 Servo mode ON (1) or OFF (0) for actuator 2 - integer
MFCS.SERVO3 Servo mode ON (1) or OFF (0) for actuator 3 - integer
MFCS.SERVO Servo mode ON (1) or OFF (0) for all actuators - integer
MFCS.SIMULATE simulation control - integer
MFCS.STATUS FCS Controller Status (Ok,Moving,Busy,Error,Unknown) string
MFCS.TARGET1 Location target to actuator 1 - float
MFCS.TARGET2 Location target to actuator 2 - float
MFCS.TARGET3 Location target to actuator 3 - float
MFCS.THETAXY Rotation angle around X and Y axes of the instrument coordinate system in microradians string
MFCS.TIMERPERIOD Polling period for FCS status and positions - double
MFCS.TSHOST Host name of the terminal server for the FCS controller string
MFCS.UPDATEMODEL Update FCS model parameters - integer
MFCS.UPDATE Update actuator positions based on exisiting pa_el - integer
MFCS.USER_DBL1 User or script controllable double precision real - double
MFCS.USER_FLT1 user or script controllable single precision real float
MFCS.USER_INT1 user or script controllable integer - integer
MFCS.USER_STR1 User or script controllable string - string
MFCS.USER_STR2 User or script controllable string - string
MFCS.USRDX1 User relative move distance for actuator 1 float
MFCS.USRDX2 User relative move distance for actuator 2 float
MFCS.USRDX3 User relative move distance for actuator 3 float
MFCS.USRDXALL User relative move distance for all actuators string
MFCS.USRTARG1 User location target to actuator 1 - float
MFCS.USRTARG2 User location target to actuator 2 - float
MFCS.USRTARG3 User location target to actuator 3 - float
MFCS.UTARGALL User location targets for all actuators - string
MFCS.VOLT1 Voltage of actuator #1 - float
MFCS.VOLT2 Voltage of actuator #2 - float
MFCS.VOLT3 Voltage of actuator #3 - float
MFCS.VOLTTARG1 Voltage target of actuator #1 - float
MFCS.VOLTTARG2 Voltage target of actuator #2 - float
MFCS.VOLTTARG3 Voltage target of actuator #3 - float
MFCS.VOLTTARGALL Voltage targets for all 3 actuators - string
MFCS.X01 Flexure model X offset parameter 1 - float
MFCS.X02 Flexure model X offset parameter 2 - float
MFCS.XSCALE Pixels to FCS microradians - float
MFCS.Y01 Flexure model Y offset parameter 1 - float
MFCS.Y02 Flexure model Y offset parameter 2 - float
MFCS.YSCALE Pixels to FCS microradians - float
MMPRS.ABORT Abort Pupil Rotator move w/o deceleration - integer
MMPRS.ACCELERATION !Set acceleration of the motor - integer
MMPRS.BACKLASH !Amount of oversteps for backlash removal - integer
MMPRS.BACKLASHDIR Direction for backlash removal. If tracking positive, set this to 1 - integer
MMPRS.BUSUVOLTAGE !Bus undertrip voltage (BUSU) - float
MMPRS.COMMENT Comment to be written after motor move in logfile string
MMPRS.CURLOOPGAIN !Current loop P gain (IKP) - float
MMPRS.CURMIDBANDGAIN !Current loop midband compensation gain (MCG) float
MMPRS.CURRENT !Rated current supplied to the motor per phase float
MMPRS.ELTDMD for dcs el demands - double
MMPRS.FAULTCODE PACSCI Controller fault code - integer
MMPRS.FULLSTEPVEL !Full step velocity (FSTV) - float
MMPRS.HARMCOMP !Third harmonic compensation (THC) - float
MMPRS.HOMEACC !Mechanism homing acceleration - integer
MMPRS.HOMEFINESPEED !Mechanism homing fine tuning speed - integer
MMPRS.HOME Home Pupil Rotator Mechanism - integer
MMPRS.HOMEOFFSET !Number of steps to offset from switch0 to home mechanism - integer
MMPRS.HOMEPOS !Position number to use as home position - integer
MMPRS.HOMESPEEDFAST !Mechanism fast homing speed - integer
MMPRS.HOMESPEEDSLOW !Mechanism slow homing speed - integer
MMPRS.INIT Initialize Pupil Rotator motor controller - integer
MMPRS.ITERATION polling_iteration - integer
MMPRS.LOCATION0 !Location in steps from home location of position 0 - integer
MMPRS.LOCATION1 !Location in steps from home location of position 1 - integer
MMPRS.LOCATION2 !Location in steps from home location of position 2 - integer
MMPRS.LOCATION Current position of Pupil Rotator mechanism in steps - integer
MMPRS.LOGDIR Name of motor logging directory - string
MMPRS.LOGFILE Name of motor logging file - string
MMPRS.LOGGING Toggle logging of motor moves on(1)/off(0) - integer
MMPRS.MECHANISM !The overall name of the Pupil Rotator mechanism string
MMPRS.MECHTYPE !Mechansim type (1:wheel, 2:slide, 3:other) - integer
MMPRS.MIDBANDVEL !Midband resonant frequency compensation start velocity (MCSV) float
MMPRS.NEGLIMITPOS !Position number to use as negative limit - integer
MMPRS.NO_OF_POS !The number of positions on the mechanism - integer
MMPRS.PORT !Name of the serial port for this device string
MMPRS.POS Current Pupil Rotator position number - integer
MMPRS.POSLIMITPOS !Position number to use as positive limit - integer
MMPRS.POSNAME0 !The name of position 0 - string
MMPRS.POSNAME1 !The name of position 1 - string
MMPRS.POSNAME2 !The name of position 2 - string
MMPRS.POSNAME The name of the current Pupil Rotator position string
MMPRS.POWDNDELAY !Milliseconds it takes for motor to power down - integer
MMPRS.POWUPDELAY !Milliseconds move is delayed to allow motor to power up - integer
MMPRS.RANGEFAST !The number of steps in the fast (tracking) range - integer
MMPRS.RANGESLOW !The number of steps in the slow (iris open/close) range - integer
MMPRS.RANGESWITCH !The number of steps a switch is activated - integer
MMPRS.RESET Reset the controller - integer
MMPRS.ROTBASE Angle in radians to apply to rotator angle for tracking moves - double
MMPRS.ROTCOE essentially a scale factor for tracking moves - double
MMPRS.ROTCOR essentially a scale factor for tracking moves - double
MMPRS.ROTDATA Rotator info log file - string
MMPRS.ROTFRCTRK forces tracking (4 testing) - integer
MMPRS.ROTOFF Angle in radians to set start tracking position (multiple of PI/3) float
MMPRS.ROTOFFSET Angle in degrees between pupil rotator in instrument rotator - double
MMPRS.ROTPERIOD servo update period in ms - integer
MMPRS.ROTSERVO set to 1 to start the rotator servo - integer
MMPRS.ROTSETUP set to 1 causes data structure to be intialized - integer
MMPRS.ROTTDMD for dcs rotator demands - double
MMPRS.ROTTTS1 for dcs demands TS1 - double
MMPRS.ROTTTS2 for dcs demands TS2 - double
MMPRS.ROTUSEEL enable/disable el angle in tracking moves - double
MMPRS.SETTRCKMODE Toggle Pupil Rotator Tracking Mode on(1)/off(0) integer
MMPRS.SIMULATE simulation control - integer
MMPRS.SKYPA rotposn from DCS for Pupil Rotator - double
MMPRS.SPEEDFAST !Fast target speed of the motor - integer
MMPRS.SPEEDSLOW !Slow target speed of the motor - integer
MMPRS.STANDPOWER !Standing power percentage (SPP) - float
MMPRS.STATUS Pupil Rotator Mechanism Status (Ok,Moving,Error,Unknown) - string
MMPRS.STEP Step Pupil Rotator mechanism from current position - integer
MMPRS.SWITCH0 !Expected switch value for position 0 -
MMPRS.SWITCH1 !Expected switch value for position 1 - integer
MMPRS.SWITCH2 !Expected switch value for position 2 - integer
MMPRS.SWITCH Current Pupil Rotator Switch Value - integer
MMPRS.TARGET The name of the Pupil Rotator target position string
MMPRS.TARGNAME The name of the Pupil Rotator target position string
MMPRS.TARGPOS Set desired Pupil Rotator position number - integer
MMPRS.TIMERPERIOD Set the number of seconds between each poll - double
MMPRS.TOLERANC !Allowed positioning tolerance - integer
MMPRS.TRACKACC !Acceleration of the motor when in tracking mode - integer
MMPRS.TRACKPWR !Standing power percentage (SPP) while tracking float
MMPRS.TRANSITIONLOC !Absolute location of transition from tracking to iris open - integer
MMPRS.TRCKMODE Pupil Rotator Tracking Mode on(1)/off(0) - integer
MMPRS.WATCHROTHB Heartbeat for watchrot - string
MMPRS.ZERO Zero the location counter - integer
MTCS.ACTIVE1 Switch for temperature control for channel A (0:off/1:on) - integer
MTCS.ACTIVE2 Switch for temperature control for channel B (0:off/1:on) - integer
MTCS.CHNAME1 !Location where temp is controlled by channel A string
MTCS.CHNAME2 !Location where temp is controlled by channel B string
MTCS.COMMENT Comment to be written after temperatures in logfile string
MTCS.CONTROL1 !Control mode for channel A. 1=ManualPID, 2=Zone, 3=OpenLoop, 4=AutoTunePID, 5=AutoTunePI, 6=AutoTuneP - integer
MTCS.CONTROL2 !Control mode for channel B. 1=ManualPID, 2=Zone, 3=OpenLoop, 4=AutoTunePID, 5=AutoTunePI, 6=AutoTuneP - integer
MTCS.CURTMP1 Temperature at Channel A - double
MTCS.CURTMP2 Temperature at Channel B - double
MTCS.DTERM1 !Derivative (D) term of PID tuning function for channel A - integer
MTCS.DTERM2 !Derivative (D) term of PID tuning function for channel B - integer
MTCS.GETRAMP1 !Get ramping parameters for ch A - integer
MTCS.GETRAMP2 !Get ramping parameters for ch B - integer
MTCS.GETTRG1 Get desired temperaure setpoint for ch A - integer
MTCS.GETTRG2 Get desired temperaure setpoint for ch B - integer
MTCS.INIT Initialize temperature controller - integer
MTCS.ITERATION polling_iteration - integer
MTCS.ITERM1 !Integral (I) term of PID tuning function for channel A - double
MTCS.ITERM2 !Integral (I) term of PID tuning function for channel B - double
MTCS.LOGDIR Name of temperature logging directory - string
MTCS.LOGFILE Name of temperature logging file - string
MTCS.LOGGING Toggle logging of temperatures on(1)/off(0) - integer
MTCS.OUTPUT1 Heater output percentage of channel A - double
MTCS.OUTPUT2 Heater output percentage of channel B - double
MTCS.POLLHW Poll Lakeshore 340 and update heater output and curtmp keywords - integer
MTCS.PORT !Name of the serial port for this device string
MTCS.PTERM1 !Proportional (P) term of PID tuning function for channel A - - double
MTCS.PTERM2 !Proportional (P) term of PID tuning function for channel B - double
MTCS.RAMP1 !Ch 1 Ramping parameters - string
MTCS.RAMP2 !Ch 2 Ramping parameters - string
MTCS.RANGE1 Channel A Heater range: 0=Off, 1=min power, 5=max. Actual current dependant on resistance - integer
MTCS.REPORT Show value of temperatures as they are polled (off, on, verbose) - integer
MTCS.SETRAMP Set ramp parameters for Ch1 or Ch2 - string
MTCS.SHOWALL Show value of both curtmp keywords (off, on, verbose) - integer
MTCS.SIMULATE simulation control - integer
MTCS.TGTMP1RB Desired temperature for channel A read back - double
MTCS.TGTMP2RB Desired temperature for channel B read back - double
MTCS.TIMERPERIOD Set the number of seconds between each poll - double
MTCS.TMP10 Temperature at Sensor D4 - double
MTCS.TMP3 Temperature at Sensor C1 - double
MTCS.TMP4 Temperature at Sensor C2 - double
MTCS.TMP5 Temperature at Sensor C3 - double
MTCS.TMP6 Temperature at Sensor C4 - double
MTCS.TMP7 Temperature at Sensor D1 - double
MTCS.TMP8 Temperature at Sensor D2 - double
MTCS.TMP9 Temperature at Sensor D3 - double
MTCS.TMPLOC10 !Name of the location of Temperature Sensor D4 - string
MTCS.TMPLOC3 !Name of the location of Temperature Sensor C1 - string
MTCS.TMPLOC4 !Name of the location of Temperature Sensor C2 - string
MTCS.TMPLOC5 !Name of the location of Temperature Sensor C3 - string
MTCS.TMPLOC6 !Name of the location of Temperature Sensor C4 - string
MTCS.TMPLOC7 !Name of the location of Temperature Sensor D1 - string
MTCS.TMPLOC8 !Name of the location of Temperature Sensor D2 - string
MTCS.TMPLOC9 !Name of the location of Temperature Sensor D3 - string
MTCS.TMPRNG10 !Normal Range for Temperature Sensor D4 - string
MTCS.TMPRNG1 !Normal Range for Temperature for Channel A - string
MTCS.TMPRNG2 !Normal Range for Temperature for Channel B - string
MTCS.TMPRNG3 !Normal Range for Temperature Sensor C1 - string
MTCS.TMPRNG4 !Normal Range for Temperature Sensor C2 - string
MTCS.TMPRNG5 !Normal Range for Temperature Sensor C3 - string
MTCS.TMPRNG6 !Normal Range for Temperature Sensor C4 - string
MTCS.TMPRNG7 !Normal Range for Temperature Sensor D1 - string
MTCS.TMPRNG8 !Normal Range for Temperature Sensor D2 - string
MTCS.TMPRNG9 !Normal Range for Temperature Sensor D3 - string
MTCS.TRGTMP1 !Desired temperature for channel A - double
MP1S.COMMENT Comment to be written after Power Strip 1 power statuses in logfile - string
MP1S.INIT Initialize Power Strip 1 - integer
MP1S.ITERATION polling_iteration - integer
MP1S.LOGDIR Name of power status logging directory for Power Strip 1 - string
MP1S.LOGFILE Name of power status logging file for Power Strip 1 - string
MP1S.LOGGING Toggle logging on(1)/off(0) for Power Strip 1 - integer
MP1S.POLLHW Poll Pulizzi Power Strip 1 and update pwstat keywords - integer
MP1S.PORT !Host name : TCP port# for Power Strip 1 - string
MP1S.PWNAME1 !Name of the device controlled by outlet 1 on Power Strip 1 - string
MP1S.PWNAME2 !Name of the device controlled by outlet 2 on Power Strip 1 - string
MP1S.PWNAME3 !Name of the device controlled by outlet 3 on Power Strip 1 - string
MP1S.PWNAME4 !Name of the device controlled by outlet 4 on Power Strip 1 - string
MP1S.PWNAME5 !Name of the device controlled by outlet 5 on Power Strip 1 - string
MP1S.PWNAME6 !Name of the device controlled by outlet 6 on Power Strip 1 - string
MP1S.PWNAME7 !Name of the device controlled by outlet 7 on Power Strip 1 - string
MP1S.PWNAME8 !Name of the device controlled by outlet 8 on Power Strip 1 - string
MP1S.PWSTAT1 !Power status of outlet 1 on Power Strip 1 - integer
MP1S.PWSTAT2 !Power status of outlet 2 on Power Strip 1 - integer
MP1S.PWSTAT3 !Power status of outlet 3 on Power Strip 1 - integer
MP1S.PWSTAT4 !Power status of outlet 4 on Power Strip 1 - integer
MP1S.PWSTAT5 !Power status of outlet 5 on Power Strip 1 - integer
MP1S.PWSTAT6 !Power status of outlet 6 on Power Strip 1 - integer
MP1S.PWSTAT7 !Power status of outlet 7 on Power Strip 1 - integer
MP1S.PWSTAT8 !Power status of outlet 8 on Power Strip 1 - integer
MP1S.PWSTATALL !Turn on(1) or off(0) power to all Power Strip 1 outlets - integer
MP1S.REPORT Show Power Strip 1 power statuses as they are polled (off, on, verbose) - integer
MP1S.SHOWALL Show value of all 8 Power Strip 1 power status keywords (off, on, verbose) - integer
MP1S.SIMULATE simulation control for Power Strip 1 - integer
MP1S.TIMERPERIOD Set the number of seconds between each poll for Power Strip 1 - double
MP1S.USER_DBL1 Power Strip 1 User or script controllable - double precision real - double
MP1S.USER_FLT1 Power Strip 1 user or script controllable single precision real - float
MP1S.USER_INT1 Power Strip 1 user or script controllable integer - integer
MP1S.USER_STR1 Power Strip 1 User or script controllable string - string
MP1S.USER_STR2 Power Strip 1 User or script controllable string - string
MP2S.COMMENT Comment to be written after Power Strip 2 power statuses in logfile string
MP2S.INIT Initialize Power Strip 2 - integer
MP2S.ITERATION polling_iteration - integer
MP2S.LOGDIR Name of power status logging directory for Power Strip 2 string
MP2S.LOGFILE Name of power status logging file for Power Strip 2 string
MP2S.LOGGING Toggle logging on(1)/off(0) for Power Strip 2 - integer
MP2S.POLLHW Poll Pulizzi Power Strip 2 and update pwstat keywords - integer
MP2S.PORT !Power Strip 2 Host name : TCP port# for this device string
MP2S.PWNAME1 !Name of the device controlled by outlet 1 on Power Strip 2 string
MP2S.PWNAME2 !Name of the device controlled by outlet 2 on Power Strip 2 string
MP2S.PWNAME3 !Name of the device controlled by outlet 3 on Power Strip 2 string
MP2S.PWNAME4 !Name of the device controlled by outlet 4 on Power Strip 2 string
MP2S.PWNAME5 !Name of the device controlled by outlet 5 on Power Strip 2 string
MP2S.PWNAME6 !Name of the device controlled by outlet 6 on Power Strip 2 string
MP2S.PWNAME7 !Name of the device controlled by outlet 7 on Power Strip 2 string
MP2S.PWNAME8 !Name of the device controlled by outlet 8 on Power Strip 2 string
MP2S.PWSTAT1 !Power status of outlet 1 on Power Strip 2 - integer
MP2S.PWSTAT2 !Power status of outlet 2 on Power Strip 2 - integer
MP2S.PWSTAT3 !Power status of outlet 3 on Power Strip 2 - integer
MP2S.PWSTAT4 !Power status of outlet 4 on Power Strip 2 - integer
MP2S.PWSTAT5 !Power status of outlet 5 on Power Strip 2 - integer
MP2S.PWSTAT6 !Power status of outlet 6 on Power Strip 2 - integer
MP2S.PWSTAT7 !Power status of outlet 7 on Power Strip 2 - integer
MP2S.PWSTAT8 !Power status of outlet 8 on Power Strip 2 - integer
MP2S.PWSTATALL !Turn on(1) or off(0) power to all Power Strip 2 outlets - integer
MP2S.REPORT Show Power Strip 2 power statuses as they are polled (off, on, verbose) - integer
MP2S.SHOWALL Show value of all 8 Power Strip 2 power status keywords (off, on, verbose) - integer
MP2S.SIMULATE Power Strip 2 simulation control - integer
MP2S.TIMERPERIOD Set the number of seconds between each Power Strip 2 poll - double
MPAS.ACTIVEGAUGE Gauge pressure keyword corresponds to - integer
MPAS.ACTIVEIMG Which IMG is active - integer
MPAS.AUTOON Pressure in Torr at which the IMG automatically turns on (0=off) - integer
MPAS.BACKUP !Use the backup IMG gauge - integer
MPAS.COMMENT Comment to be written after pressure in logfile - string
MPAS.EMISSION1 Current emission status of IMG 1 (0:off, 1:on) - integer
MPAS.EMISSION2 Current emission status of IMG 2 (0:off, 1:on) - integer
MPAS.G1NAME Name of pressure gauge 1 - string
MPAS.G1PRESS Current pressure read from gauge #1 in Torr. - double
MPAS.G1STR - string representation of pressure in scientific notation from gauge #1 in Torr - string
MPAS.G2NAME Name of pressure gauge 2 - string
MPAS.G2PRESS Current pressure read from gauge #2 in Torr. - double
MPAS.G2STR - string representation of pressure in scientific notation from gauge #2 in Torr - string
MPAS.G3NAME Name of pressure gauge 3 - string
MPAS.G3PRESS Current pressure read from gauge #3 in Torr. - double
MPAS.G3STR - string representation of pressure in scientific notation from gauge #3 in Torr - string
MPAS.G4NAME Name of pressure gauge 4 - string
MPAS.G4PRESS Current pressure read from gauge #4 in Torr. - double
MPAS.G4STR - string representation of pressure in scientific notation from gauge #4 in Torr - string
MPAS.GETAUTOON Get auto-on cutoff value from hardware and update keyword - integer
MPAS.GETEMISSION Get emission status and update emission keyword - integer
MPAS.INIT Initialize Gauge - integer
MPAS.ITERATION polling_iteration - integer
MPAS.LOCKKEYPAD !Lock the keypad on front of gauge controller - integer
MPAS.LOGDIR Name of pressure logging directory - string
MPAS.LOGFILE Name of pressure logging file - string
MPAS.LOGGING Toggle logging of pressure on(1)/off(0) - integer
MPAS.POLLHW Poll pressure guage and update keyword - integer
MPAS.PORT !Name of the serial port for this device string
MPAS.PRESSRNG !Normal range for pressure - string
MPAS.PRESSURE Current pressure read from gauge in Torr. - double
MPAS.READALL Toggle reading of ALL pressure gauges, on(1)/off(0) - integer
MPAS.REPORT Show value of pressure as it is polled (off, on) - integer
MPAS.ROMVERSIONP Firmware ROM version to use (A = 0, P = 1) - integer
MPAS.SAUTONFL Server Auto On Flag, 1=ON, 0=OFF - integer
MPAS.SAUTONHIVAL Server Auto On Upper Value in Torr - float
MPAS.SAUTONLOVAL Server Auto On Lower Value in Torr - float
MPAS.SETAUTOON !Set auto-on cutoff value in Torr (0=off) - integer
MPAS.SETEMISSION1 Set emission of IMG 1 (0:off, 1:on) - integer
MPAS.SETEMISSION2 Set emission of IMG 2 (0:off, 1:on) - integer
MPAS.SETEMISSION Set emission of active IMG (0:off, 1:on) - integer
MPAS.SIMULATE simulation control - integer
MPAS.TIMERPERIOD Set the number of seconds between each poll - double
MOSFIRE.ABORT Abort exposure now:1 after read:2 after group:3 after coadd:4 - integer
MOSFIRE.ABORTFILTER abort_filter_moves - integer
MOSFIRE.ABORTGRATING abort_grating_moves - integer
MOSFIRE.ABORTING Convenience keyword for scripts to use to specify that abort has been requested - integer
MOSFIRE.ABORTMOVES abort_mech_moves - integer
MOSFIRE.ADDCSUEXT Flag to enable appending of CSU Mask description FITS extension - integer
MOSFIRE.AUTODISPLAYHB Heartbeat for autodisplay - string
MOSFIRE.AUTODISPLAYOK Status flag for autodisplay - integer
MOSFIRE.B01POS Actual position of bar number 01 - double
MOSFIRE.B01STAT Status of bar number 01 - string
MOSFIRE.B01TARG Target position of bar number 01 - double
MOSFIRE.B02POS Actual position of bar number 02 - double
MOSFIRE.B02STAT Status of bar number 02 - string
MOSFIRE.B02TARG Target position of bar number 02 - double
MOSFIRE.B03POS Actual position of bar number 03 - double
MOSFIRE.B03STAT Status of bar number 03 - string
MOSFIRE.B03TARG Target position of bar number 03 - double
MOSFIRE.B04POS Actual position of bar number 04 - double
MOSFIRE.B04STAT Status of bar number 04 - string
MOSFIRE.B04TARG Target position of bar number 04 - double
MOSFIRE.B05POS Actual position of bar number 05 - double
MOSFIRE.B05STAT Status of bar number 05 - string
MOSFIRE.B05TARG Target position of bar number 05 - double
MOSFIRE.B06POS Actual position of bar number 06 - double
MOSFIRE.B06STAT Status of bar number 06 - string
MOSFIRE.B06TARG Target position of bar number 06 - double
MOSFIRE.B07POS Actual position of bar number 07 - double
MOSFIRE.B07STAT Status of bar number 07 - string
MOSFIRE.B07TARG Target position of bar number 07 - double
MOSFIRE.B08POS Actual position of bar number 08 - double
MOSFIRE.B08STAT Status of bar number 08 - string
MOSFIRE.B08TARG Target position of bar number 08 - double
MOSFIRE.B09POS Actual position of bar number 09 - double
MOSFIRE.B09STAT Status of bar number 09 - string
MOSFIRE.B09TARG Target position of bar number 09 - double
MOSFIRE.B10POS Actual position of bar number 10 - double
MOSFIRE.B10STAT Status of bar number 10 - string
MOSFIRE.B10TARG Target position of bar number 10 - double
MOSFIRE.B11POS Actual position of bar number 11 - double
MOSFIRE.B11STAT Status of bar number 11 - string
MOSFIRE.B11TARG Target position of bar number 11 - double
MOSFIRE.B12POS Actual position of bar number 12 - double
MOSFIRE.B12STAT Status of bar number 12 - string
MOSFIRE.B12TARG Target position of bar number 12 - double
MOSFIRE.B13POS Actual position of bar number 13 - double
MOSFIRE.B13STAT Status of bar number 13 - string
MOSFIRE.B13TARG Target position of bar number 13 - double
MOSFIRE.B14POS Actual position of bar number 14 - double
MOSFIRE.B14STAT Status of bar number 14 - string
MOSFIRE.B14TARG Target position of bar number 14 - double
MOSFIRE.B15POS Actual position of bar number 15 - double
MOSFIRE.B15STAT Status of bar number 15 - string
MOSFIRE.B15TARG Target position of bar number 15 - double
MOSFIRE.B16POS Actual position of bar number 16 - double
MOSFIRE.B16STAT Status of bar number 16 - string
MOSFIRE.B16TARG Target position of bar number 16 - double
MOSFIRE.B17POS Actual position of bar number 17 - double
MOSFIRE.B17STAT Status of bar number 17 - string
MOSFIRE.B17TARG Target position of bar number 17 - double
MOSFIRE.B18POS Actual position of bar number 18 - double
MOSFIRE.B18STAT Status of bar number 18 - string
MOSFIRE.B18TARG Target position of bar number 18 - double
MOSFIRE.B19POS Actual position of bar number 19 - double
MOSFIRE.B19STAT Status of bar number 19 - string
MOSFIRE.B19TARG Target position of bar number 19 - double
MOSFIRE.B20POS Actual position of bar number 20 - double
MOSFIRE.B20STAT Status of bar number 20 - string
MOSFIRE.B20TARG Target position of bar number 20 - double
MOSFIRE.B21POS Actual position of bar number 21 - double
MOSFIRE.B21STAT Status of bar number 21 - string
MOSFIRE.B21TARG Target position of bar number 21 - double
MOSFIRE.B22POS Actual position of bar number 22 - double
MOSFIRE.B22STAT Status of bar number 22 - string
MOSFIRE.B22TARG Target position of bar number 22 - double
MOSFIRE.B23POS Actual position of bar number 23 - double
MOSFIRE.B23STAT Status of bar number 23 - string
MOSFIRE.B23TARG Target position of bar number 23 - double
MOSFIRE.B24POS Actual position of bar number 24 - double
MOSFIRE.B24STAT Status of bar number 24 - string
MOSFIRE.B24TARG Target position of bar number 24 - double
MOSFIRE.B25POS Actual position of bar number 25 - double
MOSFIRE.B25STAT Status of bar number 25 - string
MOSFIRE.B25TARG Target position of bar number 25 - double
MOSFIRE.B26POS Actual position of bar number 26 - double
MOSFIRE.B26STAT Status of bar number 26 - string
MOSFIRE.B26TARG Target position of bar number 26 - double
MOSFIRE.B27POS Actual position of bar number 27 - double
MOSFIRE.B27STAT Status of bar number 27 - string
MOSFIRE.B27TARG Target position of bar number 27 - double
MOSFIRE.B28POS Actual position of bar number 28 - double
MOSFIRE.B28STAT Status of bar number 28 - string
MOSFIRE.B28TARG Target position of bar number 28 - double
MOSFIRE.B29POS Actual position of bar number 29 - double
MOSFIRE.B29STAT Status of bar number 29 - string
MOSFIRE.B29TARG Target position of bar number 29 - double
MOSFIRE.B30POS Actual position of bar number 30 - double
MOSFIRE.B30STAT Status of bar number 30 - string
MOSFIRE.B30TARG Target position of bar number 30 - double
MOSFIRE.B31POS Actual position of bar number 31 - double
MOSFIRE.B31STAT Status of bar number 31 - string
MOSFIRE.B31TARG Target position of bar number 31 - double
MOSFIRE.B32POS Actual position of bar number 32 - double
MOSFIRE.B32STAT Status of bar number 32 - string
MOSFIRE.B32TARG Target position of bar number 32 - double
MOSFIRE.B33POS Actual position of bar number 33 - double
MOSFIRE.B33STAT Status of bar number 33 - string
MOSFIRE.B33TARG Target position of bar number 33 - double
MOSFIRE.B34POS Actual position of bar number 34 - double
MOSFIRE.B34STAT Status of bar number 34 - string
MOSFIRE.B34TARG Target position of bar number 34 - double
MOSFIRE.B35POS Actual position of bar number 35 - double
MOSFIRE.B35STAT Status of bar number 35 - string
MOSFIRE.B35TARG Target position of bar number 35 - double
MOSFIRE.B36POS Actual position of bar number 36 - double
MOSFIRE.B36STAT Status of bar number 36 - string
MOSFIRE.B36TARG Target position of bar number 36 - double
MOSFIRE.B37POS Actual position of bar number 37 - double
MOSFIRE.B37STAT Status of bar number 37 - string
MOSFIRE.B37TARG Target position of bar number 37 - double
MOSFIRE.B38POS Actual position of bar number 38 - double
MOSFIRE.B38STAT Status of bar number 38 - string
MOSFIRE.B38TARG Target position of bar number 38 - double
MOSFIRE.B39POS Actual position of bar number 39 - double
MOSFIRE.B39STAT Status of bar number 39 - string
MOSFIRE.B39TARG Target position of bar number 39 - double
MOSFIRE.B40POS Actual position of bar number 40 - double
MOSFIRE.B40STAT Status of bar number 40 - string
MOSFIRE.B40TARG Target position of bar number 40 - double
MOSFIRE.B41POS Actual position of bar number 41 - double
MOSFIRE.B41STAT Status of bar number 41 - string
MOSFIRE.B41TARG Target position of bar number 41 - double
MOSFIRE.B42POS Actual position of bar number 42 - double
MOSFIRE.B42STAT Status of bar number 42 - string
MOSFIRE.B42TARG Target position of bar number 42 - double
MOSFIRE.B43POS Actual position of bar number 43 - double
MOSFIRE.B43STAT Status of bar number 43 - string
MOSFIRE.B43TARG Target position of bar number 43 - double
MOSFIRE.B44POS Actual position of bar number 44 - double
MOSFIRE.B44STAT Status of bar number 44 - string
MOSFIRE.B44TARG Target position of bar number 44 - double
MOSFIRE.B45POS Actual position of bar number 45 - double
MOSFIRE.B45STAT Status of bar number 45 - string
MOSFIRE.B45TARG Target position of bar number 45 - double
MOSFIRE.B46POS Actual position of bar number 46 - double
MOSFIRE.B46STAT Status of bar number 46 - string
MOSFIRE.B46TARG Target position of bar number 46 - double
MOSFIRE.B47POS Actual position of bar number 47 - double
MOSFIRE.B47STAT Status of bar number 47 - string
MOSFIRE.B47TARG Target position of bar number 47 - double
MOSFIRE.B48POS Actual position of bar number 48 - double
MOSFIRE.B48STAT Status of bar number 48 - string
MOSFIRE.B48TARG Target position of bar number 48 - double
MOSFIRE.B49POS Actual position of bar number 49 - double
MOSFIRE.B49STAT Status of bar number 49 - string
MOSFIRE.B49TARG Target position of bar number 49 - double
MOSFIRE.B50POS Actual position of bar number 50 - double
MOSFIRE.B50STAT Status of bar number 50 - string
MOSFIRE.B50TARG Target position of bar number 50 - double
MOSFIRE.B51POS Actual position of bar number 51 - double
MOSFIRE.B51STAT Status of bar number 51 - string
MOSFIRE.B51TARG Target position of bar number 51 - double
MOSFIRE.B52POS Actual position of bar number 52 - double
MOSFIRE.B52STAT Status of bar number 52 - string
MOSFIRE.B52TARG Target position of bar number 52 - double
MOSFIRE.B53POS Actual position of bar number 53 - double
MOSFIRE.B53STAT Status of bar number 53 - string
MOSFIRE.B53TARG Target position of bar number 53 - double
MOSFIRE.B54POS Actual position of bar number 54 - double
MOSFIRE.B54STAT Status of bar number 54 - string
MOSFIRE.B54TARG Target position of bar number 54 - double
MOSFIRE.B55POS Actual position of bar number 55 - double
MOSFIRE.B55STAT Status of bar number 55 - string
MOSFIRE.B55TARG Target position of bar number 55 - double
MOSFIRE.B56POS Actual position of bar number 56 - double
MOSFIRE.B56STAT Status of bar number 56 - string
MOSFIRE.B56TARG Target position of bar number 56 - double
MOSFIRE.B57POS Actual position of bar number 57 - double
MOSFIRE.B57STAT Status of bar number 57 - string
MOSFIRE.B57TARG Target position of bar number 57 - double
MOSFIRE.B58POS Actual position of bar number 58 - double
MOSFIRE.B58STAT Status of bar number 58 - string
MOSFIRE.B58TARG Target position of bar number 58 - double
MOSFIRE.B59POS Actual position of bar number 59 - double
MOSFIRE.B59STAT Status of bar number 59 - string
MOSFIRE.B59TARG Target position of bar number 59 - double
MOSFIRE.B60POS Actual position of bar number 60 - double
MOSFIRE.B60STAT Status of bar number 60 - string
MOSFIRE.B60TARG Target position of bar number 60 - double
MOSFIRE.B61POS Actual position of bar number 61 - double
MOSFIRE.B61STAT Status of bar number 61 - string
MOSFIRE.B61TARG Target position of bar number 61 - double
MOSFIRE.B62POS Actual position of bar number 62 - double
MOSFIRE.B62STAT Status of bar number 62 - string
MOSFIRE.B62TARG Target position of bar number 62 - double
MOSFIRE.B63POS Actual position of bar number 63 - double
MOSFIRE.B63STAT Status of bar number 63 - string
MOSFIRE.B63TARG Target position of bar number 63 - double
MOSFIRE.B64POS Actual position of bar number 64 - double
MOSFIRE.B64STAT Status of bar number 64 - string
MOSFIRE.B64TARG Target position of bar number 64 - double
MOSFIRE.B65POS Actual position of bar number 65 - double
MOSFIRE.B65STAT Status of bar number 65 - string
MOSFIRE.B65TARG Target position of bar number 65 - double
MOSFIRE.B66POS Actual position of bar number 66 - double
MOSFIRE.B66STAT Status of bar number 66 - string
MOSFIRE.B66TARG Target position of bar number 66 - double
MOSFIRE.B67POS Actual position of bar number 67 - double
MOSFIRE.B67STAT Status of bar number 67 - string
MOSFIRE.B67TARG Target position of bar number 67 - double
MOSFIRE.B68POS Actual position of bar number 68 - double
MOSFIRE.B68STAT Status of bar number 68 - string
MOSFIRE.B68TARG Target position of bar number 68 - double
MOSFIRE.B69POS Actual position of bar number 69 - double
MOSFIRE.B69STAT Status of bar number 69 - string
MOSFIRE.B69TARG Target position of bar number 69 - double
MOSFIRE.B70POS Actual position of bar number 70 - double
MOSFIRE.B70STAT Status of bar number 70 - string
MOSFIRE.B70TARG Target position of bar number 70 - double
MOSFIRE.B71POS Actual position of bar number 71 - double
MOSFIRE.B71STAT Status of bar number 71 - string
MOSFIRE.B71TARG Target position of bar number 71 - double
MOSFIRE.B72POS Actual position of bar number 72 - double
MOSFIRE.B72STAT Status of bar number 72 - string
MOSFIRE.B72TARG Target position of bar number 72 - double
MOSFIRE.B73POS Actual position of bar number 73 - double
MOSFIRE.B73STAT Status of bar number 73 - string
MOSFIRE.B73TARG Target position of bar number 73 - double
MOSFIRE.B74POS Actual position of bar number 74 - double
MOSFIRE.B74STAT Status of bar number 74 - string
MOSFIRE.B74TARG Target position of bar number 74 - double
MOSFIRE.B75POS Actual position of bar number 75 - double
MOSFIRE.B75STAT Status of bar number 75 - string
MOSFIRE.B75TARG Target position of bar number 75 - double
MOSFIRE.B76POS Actual position of bar number 76 - double
MOSFIRE.B76STAT Status of bar number 76 - string
MOSFIRE.B76TARG Target position of bar number 76 - double
MOSFIRE.B77POS Actual position of bar number 77 - double
MOSFIRE.B77STAT Status of bar number 77 - string
MOSFIRE.B77TARG Target position of bar number 77 - double
MOSFIRE.B78POS Actual position of bar number 78 - double
MOSFIRE.B78STAT Status of bar number 78 - string
MOSFIRE.B78TARG Target position of bar number 78 - double
MOSFIRE.B79POS Actual position of bar number 79 - double
MOSFIRE.B79STAT Status of bar number 79 - string
MOSFIRE.B79TARG Target position of bar number 79 - double
MOSFIRE.B80POS Actual position of bar number 80 - double
MOSFIRE.B80STAT Status of bar number 80 - string
MOSFIRE.B80TARG Target position of bar number 80 - double
MOSFIRE.B81POS Actual position of bar number 81 - double
MOSFIRE.B81STAT Status of bar number 81 - string
MOSFIRE.B81TARG Target position of bar number 81 - double
MOSFIRE.B82POS Actual position of bar number 82 - double
MOSFIRE.B82STAT Status of bar number 82 - string
MOSFIRE.B82TARG Target position of bar number 82 - double
MOSFIRE.B83POS Actual position of bar number 83 - double
MOSFIRE.B83STAT Status of bar number 83 - string
MOSFIRE.B83TARG Target position of bar number 83 - double
MOSFIRE.B84POS Actual position of bar number 84 - double
MOSFIRE.B84STAT Status of bar number 84 - string
MOSFIRE.B84TARG Target position of bar number 84 - double
MOSFIRE.B85POS Actual position of bar number 85 - double
MOSFIRE.B85STAT Status of bar number 85 - string
MOSFIRE.B85TARG Target position of bar number 85 - double
MOSFIRE.B86POS Actual position of bar number 86 - double
MOSFIRE.B86STAT Status of bar number 86 - string
MOSFIRE.B86TARG Target position of bar number 86 - double
MOSFIRE.B87POS Actual position of bar number 87 - double
MOSFIRE.B87STAT Status of bar number 87 - string
MOSFIRE.B87TARG Target position of bar number 87 - double
MOSFIRE.B88POS Actual position of bar number 88 - double
MOSFIRE.B88STAT Status of bar number 88 - string
MOSFIRE.B88TARG Target position of bar number 88 - double
MOSFIRE.B89POS Actual position of bar number 89 - double
MOSFIRE.B89STAT Status of bar number 89 - string
MOSFIRE.B89TARG Target position of bar number 89 - double
MOSFIRE.B90POS Actual position of bar number 90 - double
MOSFIRE.B90STAT Status of bar number 90 - string
MOSFIRE.B90TARG Target position of bar number 90 - double
MOSFIRE.B91POS Actual position of bar number 91 - double
MOSFIRE.B91STAT Status of bar number 91 - string
MOSFIRE.B91TARG Target position of bar number 91 - double
MOSFIRE.B92POS Actual position of bar number 92 - double
MOSFIRE.B92STAT Status of bar number 92 - string
MOSFIRE.B92TARG Target position of bar number 92 - double
MOSFIRE.BAYDOORSTAT Electronics bay doors state (open, closed) - string
MOSFIRE.CLIENT_RETRY NO ALIAS - integer
MOSFIRE.CLIENTSENDER client_send_func - string
MOSFIRE.CLIENT_TO NO ALIAS - integer
MOSFIRE.COADDSDONE Completed frames in current coaddition sequence - integer
MOSFIRE.COADDS Number of coadded frames - integer
MOSFIRE.COMMENT Comment for frame - string
MOSFIRE.CONNECT Connect to ICE server - integer
MOSFIRE.CONNECTED 1 if connected to ICE server, 0 if not - integer
MOSFIRE.CSUABORT Abort slit mask reconfiguration - integer
MOSFIRE.CSUAMPERRS String listing all amplifier errors - string
MOSFIRE.CSUCTLERRS String listing all control rack errors - string
MOSFIRE.CSUEXTNAME Filename of CSU Mask description FITS extension - string
MOSFIRE.CSUGO Start a CSU reconfiguration - integer
MOSFIRE.CSUINITBAR Initialize 1 or all bars. Will initialize the bar number matching keyword value. 0=init all bars - integer
MOSFIRE.CSUPROGRESS Progress of move function in percent complete - integer
MOSFIRE.CSUREADBAR Polls the hardware, reading bar position, for one bar position - integer
MOSFIRE.CSUREADBARS Polls the hardware, reading bar position, for bar positions - integer
MOSFIRE.CSUREADY CSU Availability (0: Unknown, 1: System Started, 2: Ready for Move, 3: Moving, 4: Configuring, -1: Error, -2: System Stopped) - integer
MOSFIRE.CSUSETUP Initialize a CSU reconfiguration - integer
MOSFIRE.CSUSTART Start CSU system. Powers up device and inits ISVC - integer
MOSFIRE.CSUSTAT CSU Status string - string
MOSFIRE.CSUSTOP Stop CSU system - integer
MOSFIRE.CSUTEMP Temperature at which CSU is configured to run 0=cold, 1=warm - integer
MOSFIRE.CSUXACC Returns the value of CSU X accelerometer in mV - integer
MOSFIRE.CSUYACC Returns the value of CSU Y accelerometer in mV - integer
MOSFIRE.CTMP1LOC !Location where temp is controlled by channel A - string
MOSFIRE.CTMP1RANG Channel A Heater range: 0=Off, 1=min power, 5=max. Actual current dependant on resistance - integer
MOSFIRE.CTMP2LOC !Location where temp is controlled by channel B - string
MOSFIRE.DARENABL Status flag for watchdarcorr - integer
MOSFIRE.DATAFILE Filename for saved data image - string
MOSFIRE.DECOFFSET offset of the telescope from the desired coordinates in Dec float
MOSFIRE.DELTAFILE File subtracted from current in autodisplay - string
MOSFIRE.DLFIRMWARE Download JADE firmware on init. Turns to 0 if init succeeds - integer
MOSFIRE.DTHCOORD dither pattern coordinates - string
MOSFIRE.DWRTMP1 Temperature at Sensor C1 - double
MOSFIRE.DWRTMP2 Temperature at Sensor C2 - double
MOSFIRE.DWRTMP3 Temperature at Sensor C3 - double
MOSFIRE.DWRTMP4 Temperature at Sensor C4 - double
MOSFIRE.DWRTMP5 Temperature at Sensor D1 - double
MOSFIRE.DWRTMP6 Temperature at Sensor D2 - double
MOSFIRE.DWRTMP7 Temperature at Sensor D3 - double
MOSFIRE.DWRTMP8 Temperature at Sensor D4 - double
MOSFIRE.ENDX Detector subarray right-most column (0-based) - integer
MOSFIRE.ENDY Detector subarray top-most row (0-based) - integer
MOSFIRE.EXPETIME Elapsed real time for current exposure in seconds - float
MOSFIRE.EXPOSING Flag for when an exposure is in progress - integer
MOSFIRE.EXPTTIME Estimated real time for total exposure in seconds - float
MOSFIRE.EXTENSION !FITS file extension - string
MOSFIRE.EXTTMP1 Channel 1 temperature in degrees C - string
MOSFIRE.EXTTMP1LOC !Channel 1 temp location - string
MOSFIRE.EXTTMP2 Channel 2 temperature in degrees C - string
MOSFIRE.EXTTMP2LOC !Channel 2 temp location - string
MOSFIRE.EXTTMP3 Channel 3 temperature in degrees C - string
MOSFIRE.EXTTMP3LOC !Channel 3 temp location - string
MOSFIRE.EXTTMP4 Channel 4 temperature in degrees C - string
MOSFIRE.EXTTMP4LOC !Channel 4 temp location - string
MOSFIRE.EXTTMP5 Channel 5 temperature in degrees C - string
MOSFIRE.EXTTMP5LOC !Channel 5 temp location - string
MOSFIRE.FCA Flexure model amplitude parameter - float
MOSFIRE.FCANAMOR Flexure model anamorphic scale factor - float
MOSFIRE.FCBETA Flexure model beta parameter in degrees - float
MOSFIRE.FCCENTRX Center X location - float
MOSFIRE.FCCENTRY Center Y location - float
MOSFIRE.FCK Flexure model k parameter - float
MOSFIRE.FCPA_EL Position angle and elevation in degrees - string
MOSFIRE.FCPH Flexure model phase parameter in degrees - float
MOSFIRE.FCSACTIV servo/online/enable flag - integer
MOSFIRE.FCSDRIFT1 Drift compensation mode ON (1) or OFF (0) for actuator 1 - integer
MOSFIRE.FCSDRIFT2 Drift compensation mode ON (1) or OFF (0) for actuator 2 - integer
MOSFIRE.FCSDRIFT3 Drift compensation mode ON (1) or OFF (0) for actuator 3 - integer
MOSFIRE.FCSFAULT PI E-516 Controller status code - integer
MOSFIRE.FCSHOME Home Mechanism - integer
MOSFIRE.FCSLOC1 Location of actuator #1 - float
MOSFIRE.FCSLOC2 Location of actuator #2 - float
MOSFIRE.FCSLOC3 Location of actuator #3 - float
MOSFIRE.FCSMECH The overall name of the mechanism - string
MOSFIRE.FCSOFF1 Actual offset from comanded position of actuator 1 - float
MOSFIRE.FCSOFF2 Actual offset from comanded position of actuator 2 - float
MOSFIRE.FCSOFF3 Actual offset from comanded position of actuator 3 - float
MOSFIRE.FCSON Enable model-based flexure compensation - integer
MOSFIRE.FCSONLINE Online mode ON (1) or OFF (0) for all actuators - integer
MOSFIRE.FCSONTARG1 On target status ON (1) or OFF (0) for actuator 1 - integer
MOSFIRE.FCSONTARG2 On target status ON (1) or OFF (0) for actuator 2 - integer
MOSFIRE.FCSONTARG3 On target status ON (1) or OFF (0) for actuator 3 - integer
MOSFIRE.FCSOVERFLOW1 Overflow status ON (1) or OFF (0) for actuator 1 - integer
MOSFIRE.FCSOVERFLOW2 Overflow status ON (1) or OFF (0) for actuator 2 - integer
MOSFIRE.FCSOVERFLOW3 Overflow status ON (1) or OFF (0) for actuator 3 - integer
MOSFIRE.FCSRANGE % actuator range used - float
MOSFIRE.FCSSERVO1 Servo mode ON (1) or OFF (0) for actuator 1 - integer
MOSFIRE.FCSSERVO2 Servo mode ON (1) or OFF (0) for actuator 2 - integer
MOSFIRE.FCSSERVO3 Servo mode ON (1) or OFF (0) for actuator 3 - integer
MOSFIRE.FCSSERVO Servo mode ON (1) or OFF (0) for all actuators - integer
MOSFIRE.FCSSTAT FCS Controller Status (Ok,Moving,Busy,Error,Unknown) - string
MOSFIRE.FCSTARG1 Location target to actuator 1 - float
MOSFIRE.FCSTARG2 Location target to actuator 2 - float
MOSFIRE.FCSTARG3 Location target to actuator 3 - float
MOSFIRE.FCSUPDATEMODEL Update FCS model parameters - integer
MOSFIRE.FCSUPDATE Update actuator positions based on exisiting pa_el - integer
MOSFIRE.FCSVOLT1 Voltage of actuator #1 - float
MOSFIRE.FCSVOLT2 Voltage of actuator #2 - float
MOSFIRE.FCSVOLT3 Voltage of actuator #3 - float
MOSFIRE.FCTHETXY Rotation angle around X and Y axes of the instrument coordinate system in microradians - string
MOSFIRE.FCX02 Flexure model X offset parameter 2 - float
MOSFIRE.FCY02 Flexure model Y offset parameter 2 - float
MOSFIRE.FILENAME Full filename of image currently exposing - string
MOSFIRE.FILTER filter_name - string
MOSFIRE.FILTERTARG filter_target - string
MOSFIRE.FILTSTAT filter_status - string
MOSFIRE.FLATSPEC Spectral flat lamp is on (1) or off (0) - integer
MOSFIRE.FRAME current_frame_in_pattern - integer
MOSFIRE.FRAMEID type_of_frame_in_pattern - string
MOSFIRE.FRAMENUM Frame Number - integer
MOSFIRE.FRAMEPROGRESS Percentage of frames complete - integer
MOSFIRE.FRAMES total_frames_in_pattern - integer
MOSFIRE.GLYRETFLOW Glycol status (Flow Normal, Over Flow) - string
MOSFIRE.GLYSUPFLOW Glycol flow state (Flow, No Flow) - string
MOSFIRE.GO Start a saved exposure - integer
MOSFIRE.GRATMODE grating_position - string
MOSFIRE.GRATSTAT grating_status - string
MOSFIRE.GROUPSDONE Number of completed groups for current frame - integer
MOSFIRE.GROUPS Number of sampling groups (2 for Single, CDS, and MCDS) - integer
MOSFIRE.GSCALE guider_pixel_scale - float
MOSFIRE.HBLIMIT Time in seconds in which a heartbeat must arrive to make ok kw 1 - integer
MOSFIRE.HOMEFILTER home_filter_wheels - integer
MOSFIRE.HPSUPPLYSTAT Heater power supply state (Crowbarred, Normal) - string
MOSFIRE.HTRPOLL Poll Lakeshore 340 and update heater output and curtmp keywords - integer
MOSFIRE.IGNOREDREADS Number of ignored reads during readout - integer
MOSFIRE.IGNOREFCS ignore_fcs - integer
MOSFIRE.IGNOREFW1 ignore_filter_wheel1 - integer
MOSFIRE.IGNOREFW2 ignore_filter_wheel2 - integer
MOSFIRE.IGNOREGRATING ignore_grating - integer
MOSFIRE.IGNOREPOWER1 ignore_power1 - integer
MOSFIRE.IGNOREPUPIL ignore_pupil - integer
MOSFIRE.IMAGEDONE Set to 1 when image is written to disk - integer
MOSFIRE.IMAGETYPE Type of image written to disk (-2: aborted test, -1: aborted data, 1: data image, 2: test image) - integer
MOSFIRE.INITING 1 if currently initializing, 0 if not - integer
MOSFIRE.INIT Initialize, reset, and power up detector Controller - integer
MOSFIRE.INSTRUME instrument_name - string
MOSFIRE.ITERATION polling_iteration - integer
MOSFIRE.ITIME Integration time of each coadd in ms - integer
MOSFIRE.LASTFILE Full filename of last image that was written to disk - string
MOSFIRE.MAGMAASK magma_question_for_user - string
MOSFIRE.MAGMAREPLY magma_question_answer - string
MOSFIRE.MASKNAME Name of the current slit mask - string
MOSFIRE.MCSUSALIVE NO ALIAS - string
MOSFIRE.MDCABORT Abort Dust Cover move w/o deceleration - integer
MOSFIRE.MDCDEST Step Dust Cover mechanism from current position - integer
MOSFIRE.MDCHOME Home Dust Cover Mechanism - integer
MOSFIRE.MDCINIT Initialize Dust Cover motor controller - integer
MOSFIRE.MDCMECH !The overall name of the Dust Cover mechanism - string
MOSFIRE.MDCNAME The name of the current Dust Cover position - string
MOSFIRE.MDCPOS Set desired Dust Cover position number - integer
MOSFIRE.MDCRAW Current position of Dust Cover mechanism in steps - integer
MOSFIRE.MDCSTAT Dust Cover mechanism status (Ok,Moving,Error,Unknown) - string
MOSFIRE.MDCSWTCH Current Dust Cover Switch Value - integer
MOSFIRE.MDCTARGN The name of the Dust Cover target position - string
MOSFIRE.MDCTARGP Set desired Dust Cover position number - integer
MOSFIRE.MDCTARG The name of the Dust Cover target position - string
MOSFIRE.MDHSALIVE NO ALIAS - string
MOSFIRE.MDHSCOMMENT Comment to be written after values in logfile - string
MOSFIRE.MDHSCYCLE polling_iteration - integer
MOSFIRE.MDSALIVE NO ALIAS - string
MOSFIRE.MDSCYCLE polling_iteration - integer
MOSFIRE.MF1ABORT Abort Filter Wheel 1 move w/o deceleration - integer
MOSFIRE.MF1DEST Step Filter Wheel 1 mechanism from current position integer
MOSFIRE.MF1HOME Home Filter Wheel 1 mechanism - integer
MOSFIRE.MF1INIT Initialize Filter Wheel 1 motor controller - integer
MOSFIRE.MF1MECH !The overall name of the Filter Wheel 1 mechanism - string
MOSFIRE.MF1NAME The name of the current Filter Wheel 1 position - string
MOSFIRE.MF1POS Current Filter Wheel 1 position number - integer
MOSFIRE.MF1RAW Current position of Filter Wheel 1 mechanism in steps - integer
MOSFIRE.MF1STAT Filter Wheel 1 mechanism Status (Ok,Moving,Error,Unknown) - string
MOSFIRE.MF1SWTCH Current Filter Wheel 1 wwitch value - integer
MOSFIRE.MF1TARGN The name of the Filter Wheel 1 target position - string
MOSFIRE.MF1TARGP Set desired Filter Wheel 1 position number - integer
MOSFIRE.MF1TARG The name of the Filter Wheel 1 target position - string
MOSFIRE.MF2ABORT Abort Filter Wheel 2 move w/o deceleration - integer
MOSFIRE.MF2DEST Step Filter Wheel 2 mechanism from current position - integer
MOSFIRE.MF2HOME Home Filter Wheel 2 mechanism - integer
MOSFIRE.MF2INIT Initialize Filter Wheel 2 motor controller - integer
MOSFIRE.MF2MECH !The overall name of the Filter Wheel 2 mechanism - string
MOSFIRE.MF2NAME The name of the current Filter Wheel 2 position - string
MOSFIRE.MF2POS Current Filter Wheel 2 position number - integer
MOSFIRE.MF2RAW Current position of Filter Wheel 2 mechanism in steps - integer
MOSFIRE.MF2STAT Filter Wheel 2 mechanism Status (Ok,Moving,Error,Unknown) - string
MOSFIRE.MF2SWTCH Current Filter Wheel 2 switch value - integer
MOSFIRE.MF2TARGN The name of the Filter Wheel 2 target position - string
MOSFIRE.MF2TARGP Set desired Filter Wheel 2 position number - integer
MOSFIRE.MF2TARG The name of the Filter Wheel 2 target position - string
MOSFIRE.MFCSALIVE NO ALIAS - string
MOSFIRE.MFCSCOMMENT Comment to be written after actuator move in logfile - string
MOSFIRE.MFCSCYCLE polling_iteration - integer
MOSFIRE.MGSABORT Abort Grating Shim move w/o deceleration - integer
MOSFIRE.MGSDEST Step Grating Shim mechanism from current position - integer
MOSFIRE.MGSHOME Home Grating Shim mechanism - integer
MOSFIRE.MGSINIT Initialize Grating Shim motor controller - integer
MOSFIRE.MGSMECH !The overall name of the Grating Shim mechanism - string
MOSFIRE.MGSNAME The name of the current Grating Shim position - string
MOSFIRE.MGSPOS Current Grating Shim position number - integer
MOSFIRE.MGSRAW Current position of Grating Shim mechanism in steps - integer
MOSFIRE.MGSSTAT Grating Shim mechanism Status (Ok,Moving,Error,Unknown) - string
MOSFIRE.MGSSWTCH Current Grating Shim switch value - integer
MOSFIRE.MGSTARGN The name of the Grating Shim target position - string
MOSFIRE.MGSTARGP Set desired Grating Shim position number - integer
MOSFIRE.MGSTARG The name of the Grating Shim target position - string
MOSFIRE.MGTABORT Abort Grating Turret move w/o deceleration - integer
MOSFIRE.MGTDEST Step Grating Turret mechanism from current position - integer
MOSFIRE.MGTHOME Home Grating Turret mechanism - integer
MOSFIRE.MGTINIT Initialize Grating Turret motor controller - integer
MOSFIRE.MGTMECH !The overall name of the Grating Turret mechanism - string
MOSFIRE.MGTNAME The name of the current Grating Turret position - string
MOSFIRE.MGTPOS Current Grating Turret position number - integer
MOSFIRE.MGTRAW Current position of Grating Turret mechanism in steps - integer
MOSFIRE.MGTSTAT Grating Turret mechanism Status (Ok,Moving,Error,Unknown) - string
MOSFIRE.MGTSWTCH Current Grating Turret Switch Value - integer
MOSFIRE.MGTTARGN The name of the Grating Turret target position - string
MOSFIRE.MGTTARGP Set desired Grating Turret position number- integer
MOSFIRE.MGTTARG The name of the Grating Turret target position - string
MOSFIRE.MMDCSALIVE NO ALIAS - string
MOSFIRE.MMDCSCYCLE polling_iteration - integer
MOSFIRE.MMF1SALIVE NO ALIAS - string
MOSFIRE.MMF1SCYCLE polling_iteration - integer
MOSFIRE.MMF2SALIVE NO ALIAS - string
MOSFIRE.MMF2SCYCLE polling_iteration - integer
MOSFIRE.MMGSCYCLE polling_iteration - integer
MOSFIRE.MMGSSALIVE NO ALIAS - string
MOSFIRE.MMGTSALIVE NO ALIAS - string
MOSFIRE.MMGTSCYCLE polling_iteration - integer
MOSFIRE.MMPRSALIVE NO ALIAS - string
MOSFIRE.MMPRSCYCLE polling_iteration - integer
MOSFIRE.MP1SALIVE NO ALIAS - string
MOSFIRE.MP1SCOMMENT Comment to be written after Power Strip 1 power statuses in logfile - string
MOSFIRE.MP1SCYCLE polling_iteration - integer
MOSFIRE.MP1STIMER Set the number of seconds between each poll for Power Strip 1 - double
MOSFIRE.MP2SALIVE NO ALIAS - string
MOSFIRE.MP2SCOMMENT Comment to be written after Power Strip 2 power statuses in logfile - string
MOSFIRE.MP2SCYCLE polling_iteration - integer
MOSFIRE.MP2STIMER Set the number of seconds between each Power Strip 2 poll - double
MOSFIRE.MPRABORT Abort Pupil Rotator move w/o deceleration - integer
MOSFIRE.MPRDEST Step Pupil Rotator mechanism from current position - integer
MOSFIRE.MPRHOME Home Pupil Rotator Mechanism - integer
MOSFIRE.MPRINIT Initialize Pupil Rotator motor controller - integer
MOSFIRE.MPRMECH !The overall name of the Pupil Rotator mechanism - string
MOSFIRE.MPRNAME The name of the current Pupil Rotator position - string
MOSFIRE.MPRPOS Current Pupil Rotator position number - integer
MOSFIRE.MPRRAW Current position of Pupil Rotator mechanism in steps - integer
MOSFIRE.MPRSALIVE NO ALIAS - string
MOSFIRE.MPRSCYCLE polling_iteration - integer
MOSFIRE.MPRSETTRACK Toggle Pupil Rotator Tracking Mode on(1)/off(0) - integer
MOSFIRE.MPRSKYPA rotposn from DCS for Pupil Rotator - double
MOSFIRE.MPRSTAT Pupil Rotator Mechanism Status (Ok,Moving,Error,Unknown) - string
MOSFIRE.MPRSTIMER Set the number of seconds between each poll - double
MOSFIRE.MPRSWTCH Current Pupil Rotator Switch Value - integer
MOSFIRE.MPRTARGN The name of the Pupil Rotator target position - string
MOSFIRE.MPRTARGP Set desired Pupil Rotator position number - integer
MOSFIRE.MPRTARG The name of the Pupil Rotator target position - string
MOSFIRE.MPRTRACK Pupil Rotator Tracking Mode on(1)/off(0) - integer
MOSFIRE.MSCSALIVE NO ALIAS - string
MOSFIRE.MTCSALIVE NO ALIAS - string
MOSFIRE.MTCSCOMMENT Comment to be written after temperatures in logfile - string
MOSFIRE.MTCSCYCLE polling_iteration - integer
MOSFIRE.MTCSLOGDIR Name of temperature logging directory - string
MOSFIRE.MTCSLOGFILE Name of temperature logging file - string
MOSFIRE.MTCSLOGGING Toggle logging of temperatures on(1)/off(0) - integer
MOSFIRE.MTCSTIMER Set the number of seconds between each poll - double
MOSFIRE.NODE offset in RA to be used for telescope nods - float
MOSFIRE.NODN offset in Dec to be used for telescope nods - float
MOSFIRE.NUMREADS Number of reads per group - integer
MOSFIRE.OBJECT Object name - string
MOSFIRE.OBSERVER observer_name - string
MOSFIRE.OBSERVING observation_in_progress - integer
MOSFIRE.OBSMODE observing_mode - string
MOSFIRE.OUTDIR Directory to which saved files a written string
MOSFIRE.OUTPTMP1 Heater output percentage of channel A - double
MOSFIRE.OUTPTMP2 Heater output percentage of channel B - double
MOSFIRE.PA1OFFSET Offset between skypa1 and skypa0 - double
MOSFIRE.PA2OFFSET Offset between skypa2 and skypa0 - double
MOSFIRE.PA3OFFSET Offset between skypa3 and skypa0 - double
MOSFIRE.PATTERN dither_pattern - string
MOSFIRE.PAUTOON Pressure in Torr at which the IMG automatically turns on (0=off) - integer
MOSFIRE.PEMISSION1 Current emission status of IMG 1 (0:off, 1:on) - integer
MOSFIRE.PEMISSION2 Current emission status of IMG 2 (0:off, 1:on) - integer
MOSFIRE.POWERDOWNASIC Power down detector Controller - integer
MOSFIRE.PRESSUR1 - string representation of pressure in scientific notation from gauge #1 in Torr - string
MOSFIRE.PRESSUR2 - string representation of pressure in scientific notation from gauge #2 in Torr - string
MOSFIRE.PRESSUR3 - string representation of pressure in scientific notation from gauge #3 in Torr - string
MOSFIRE.PRESSUR4 - string representation of pressure in scientific notation from gauge #4 in Torr - string
MOSFIRE.PRESSURE Current pressure read from gauge in Torr. - double
MOSFIRE.PROGRESS Pecentage that exposure is complete - integer
MOSFIRE.PRSCOMMENT Comment to be written after pressure in logfile - string
MOSFIRE.PRSLOGDIR Name of pressure logging directory - string
MOSFIRE.PRSLOGFILE Name of pressure logging file - string
MOSFIRE.PRSLOGGING Toggle logging of pressure on(1)/off(0) - integer
MOSFIRE.PRSNAME1 Name of pressure gauge 1 - string
MOSFIRE.PRSNAME2 Name of pressure gauge 2 - string
MOSFIRE.PRSNAME3 Name of pressure gauge 3 - string
MOSFIRE.PRSNAME4 Name of pressure gauge 4 - string
MOSFIRE.PRSPOLL Poll pressure guage and update keyword - integer
MOSFIRE.PS1CURLOC !Power Supply 1 current location - string
MOSFIRE.PS1CUR Power Supply 1 current - string
MOSFIRE.PS1VOLTLOC !Power Supply 1 voltage location - string
MOSFIRE.PS1VOLT Power Supply 1 voltage - string
MOSFIRE.PS2CURLOC !Power Supply 2 current location - string
MOSFIRE.PS2CUR Power Supply 2 current - string
MOSFIRE.PS2VOLTLOC !Power Supply 2 voltage location - string
MOSFIRE.PS2VOLT Power Supply 2 voltage - string
MOSFIRE.PSCALE detector_pixel_scale - float
MOSFIRE.PWLOCA1 !Name of the device controlled by outlet 1 on Power Strip 1 - string
MOSFIRE.PWLOCA2 !Name of the device controlled by outlet 2 on Power Strip 1 - string
MOSFIRE.PWLOCA3 !Name of the device controlled by outlet 3 on Power Strip 1 - string
MOSFIRE.PWLOCA4 !Name of the device controlled by outlet 4 on Power Strip 1 - string
MOSFIRE.PWLOCA5 !Name of the device controlled by outlet 5 on Power Strip 1 - string
MOSFIRE.PWLOCA6 !Name of the device controlled by outlet 6 on Power Strip 1 - string
MOSFIRE.PWLOCA7 !Name of the device controlled by outlet 7 on Power Strip 1 - string
MOSFIRE.PWLOCA8 !Name of the device controlled by outlet 8 on Power Strip 1 - string
MOSFIRE.PWLOCB1 !Name of the device controlled by outlet 1 on Power Strip 2 - string
MOSFIRE.PWLOCB2 !Name of the device controlled by outlet 2 on Power Strip 2 - string
MOSFIRE.PWLOCB3 !Name of the device controlled by outlet 3 on Power Strip 2 - string
MOSFIRE.PWLOCB4 !Name of the device controlled by outlet 4 on Power Strip 2 - string
MOSFIRE.PWLOCB5 !Name of the device controlled by outlet 5 on Power Strip 2 - string
MOSFIRE.PWLOCB6 !Name of the device controlled by outlet 6 on Power Strip 2 - string
MOSFIRE.PWLOCB7 !Name of the device controlled by outlet 7 on Power Strip 2 - string
MOSFIRE.PWLOCB8 !Name of the device controlled by outlet 8 on Power Strip 2 - string
MOSFIRE.PWPOLLA Poll Pulizzi Power Strip 1 and update pwstat keywords - integer
MOSFIRE.PWPOLLB Poll Pulizzi Power Strip 2 and update pwstat keywords - integer
MOSFIRE.PWSTATA1 !Power status of outlet 1 on Power Strip 1 - integer
MOSFIRE.PWSTATA2 !Power status of outlet 2 on Power Strip 1 - integer
MOSFIRE.PWSTATA3 !Power status of outlet 3 on Power Strip 1 - integer
MOSFIRE.PWSTATA4 !Power status of outlet 4 on Power Strip 1 - integer
MOSFIRE.PWSTATA5 !Power status of outlet 5 on Power Strip 1 - integer
MOSFIRE.PWSTATA6 !Power status of outlet 6 on Power Strip 1 - integer
MOSFIRE.PWSTATA7 !Power status of outlet 7 on Power Strip 1 - integer
MOSFIRE.PWSTATA8 !Power status of outlet 8 on Power Strip 1 - integer
MOSFIRE.PWSTATALLA !Turn on(1) or off(0) power to all Power Strip 1 outlets - integer
MOSFIRE.PWSTATALLB !Turn on(1) or off(0) power to all Power Strip 2 outlets - integer
MOSFIRE.PWSTATB1 !Power status of outlet 1 on Power Strip 2 - integer
MOSFIRE.PWSTATB2 !Power status of outlet 2 on Power Strip 2 - integer
MOSFIRE.PWSTATB3 !Power status of outlet 3 on Power Strip 2 - integer
MOSFIRE.PWSTATB4 !Power status of outlet 4 on Power Strip 2 - integer
MOSFIRE.PWSTATB5 !Power status of outlet 5 on Power Strip 2 - integer
MOSFIRE.PWSTATB6 !Power status of outlet 6 on Power Strip 2 - integer
MOSFIRE.PWSTATB7 !Power status of outlet 7 on Power Strip 2 - integer
MOSFIRE.PWSTATB8 !Power status of outlet 8 on Power Strip 2 - integer
MOSFIRE.RAOFFSET offset of the telescope from the desired coordinates in RA - float
MOSFIRE.READSDONE Number of completed reads for current frame - integer
MOSFIRE.READTIME Time in seconds to readout detector - float
MOSFIRE.READY Flag for System readyness (0:busy/error, 1:ok to expose) - integer
MOSFIRE.RECONNECT reconnect_a_service - string
MOSFIRE.REGTMP1 Temperature at Channel A - double
MOSFIRE.REGTMP2 Temperature at Channel B - double
MOSFIRE.REPEAT current_repeat_in_exposure_sequence - integer
MOSFIRE.REPEATPROGRESS Percentage of repeats complete - integer
MOSFIRE.REPEATS total_dither_pattern_repeats - integer
MOSFIRE.RESET Reset detector controller - integer
MOSFIRE.RESETS Number of resets before exposure - integer
MOSFIRE.RESUME Attempt to resume connection to ICE server without initializing - integer
MOSFIRE.SAMPMODE Sampling Mode (1:Single, 2:CDS, 3:MCDS, 4:UTR) - integer
MOSFIRE.SCRIPTASK script_question_for_user - string
MOSFIRE.SCRIPTERROR script_error_message - string
MOSFIRE.SCRIPTREPLY script_question_answer - string
MOSFIRE.SCRIPTRUN script_running_flag - integer
MOSFIRE.SCRIPTSUCCESS script_success_flag - string
MOSFIRE.SCRIPTWAIT script_waiting_flag - integer
MOSFIRE.SCRIPTWARN script_warning_message - string
MOSFIRE.SETOBSMODE set_observing_mode - string
MOSFIRE.SETSTATUS dataset_status - string
MOSFIRE.SETUPNAME Name of the currently setup slit mask - string
MOSFIRE.SHIM Current Grating Shim position number - integer
MOSFIRE.SIDECARINIT Current status SIDECAR initialization - string
MOSFIRE.SKYPA0 CSU position angle - double
MOSFIRE.SKYPA0NM Description of skypa0 - string
MOSFIRE.SKYPA1 Guider position angle - double
MOSFIRE.SKYPA1NM Description of skypa1 - string
MOSFIRE.SKYPA2NM Description of skypa2 - string
MOSFIRE.SKYPA2 Science imaging field position angle - double
MOSFIRE.SKYPA3NM Description of skypa3 - string
MOSFIRE.SKYPA3 Slit position angle - double
MOSFIRE.STARTX Detector subarray left-most column (0-based) - integer
MOSFIRE.STARTY Detector subarray bottom-most row (0-based) - integer
MOSFIRE.STATUS Current status of electronics - string
MOSFIRE.STATUSDETAIL Current status of electronics: detailed message - string
MOSFIRE.STATUSMAIN Current status of electronics: main message - string
MOSFIRE.STOPALL terminate_all_servers_cmd - integer
MOSFIRE.STOPSERVICE server_termination_cmd - string
MOSFIRE.TARGTMP1 !Desired temperature for channel A - double
MOSFIRE.TARGTMP2 !Desired temperature for channel B - double
MOSFIRE.TESTDBG tstdbg - integer
MOSFIRE.TESTDIR Directory to which test files are written - string
MOSFIRE.TESTFILE Name for data file for test exposure - string
MOSFIRE.TESTFLT test_float - float
MOSFIRE.TESTINT test_int - integer
MOSFIRE.TEST Start a test exposure - integer
MOSFIRE.TESTSTR test_string - string
MOSFIRE.TESTSTR test_string - string
MOSFIRE.TIMERPERIOD tperiod - double
MOSFIRE.TMPACT1 Switch for temperature control for channel A (0:off/1:on) - integer
MOSFIRE.TMPACT2 Switch for temperature control for channel B (0:off/1:on) - integer
MOSFIRE.TMPLOC1 !Name of the location of Temperature Sensor C1 - string
MOSFIRE.TMPLOC2 !Name of the location of Temperature Sensor C2 - string
MOSFIRE.TMPLOC3 !Name of the location of Temperature Sensor C3 - string
MOSFIRE.TMPLOC4 !Name of the location of Temperature Sensor C4 - string
MOSFIRE.TMPLOC5 !Name of the location of Temperature Sensor D1 - string
MOSFIRE.TMPLOC6 !Name of the location of Temperature Sensor D2 - string
MOSFIRE.TMPLOC7 !Name of the location of Temperature Sensor D3 - string
MOSFIRE.TMPLOC8 !Name of the location of Temperature Sensor D4 - string
MOSFIRE.UNIXROOTDIR Unix name for root output directory - string
MOSFIRE.WATCHDARCORRHB Heartbeat for watchdarcorr - string
MOSFIRE.WATCHFCSHB Heartbeat for watchfcs - string
MOSFIRE.WATCHFCSOK Status flag for watchfcs - integer
MOSFIRE.WATCHROTHB Heartbeat for watchrot - string
MOSFIRE.WATCHROTOK Status flag for watchrot - integer
MOSFIRE.WATCHSLEWHB Heartbeat for watchslew - string
MOSFIRE.WATCHSLEWOK Status flag for watchslew - integer
MOSFIRE.WRITEALL Flag for whether to write raw frames to disk - integer
MOSFIRE.WRITESTS write_status - string
MOSFIRE.XOFFSET dither pattern X offset - float
MOSFIRE.YOFFSET dither pattern Y/Nod offset - float