;cpd.ini.aao - under development for aao system/PJS/060228 [Global] ;Full path to the cpd executable (based on CPD), used when restarting (or if it is PATH, just "cpd") CPDBin=/bin/cpd ;Full path to the state file (again $(CPD)this) CPDState=/etc/cpdstate ;Path to the binarys, must have the trailing / BaseBin=/bin/ ;Instruments to spawn, HEADING:binary ;Or pause:time ;First the instruments Instrument=GPS:gps Instrument=GPS2:gps Instrument=GPS3:gps Instrument=CNC1:cnserial ;Instrument=CNC2:cnserial ;Instrument=CNC3:cnserial Instrument=NEPH1:neph ;Instrument=NEPH2:neph Instrument=OZONEMON:ozonemon Instrument=UMAC1:umac Instrument=LOVEPID1:lovepid ;Instrument=RAWDATA:rawdatarec ;Instrument=CCN:ccn Instrument=SEMS:sems ;Can only be here if it is in serial mode ;Instrument=CLAP:clap Instrument=PSAP3:psap3 Instrument=PILS:pils ;Now the controllers Instrument=pause:1.0 Instrument=LOVEPIDUMAC1:lovepidumac Instrument=pause:1.0 Instrument=NEPH2M903:nephM903 Instrument=NEPH3M903:nephM903 Instrument=NEPH4M903:nephM903 Instrument=LFE:lfe ;Must be here (after delay) if it is in analog mode (it uses the uMAC) ;Instrument=CLAP:clap Instrument=pause:1.0 Instrument=SCHEDULE:schedule Instrument=AEROSOL:aerosol ;Wait to let aerosol spawn (others use it) Instrument=pause:2.0 Instrument=HUMIDOGRAPH:humidograph Instrument=FLASK:flask ;Wait for others to spawn, aeromon reads from filter ;Instrument=pause:2.0 Instrument=AEROMON:aeromon ;Full path to the serial server, if null, looks in the instrument bin dir for sersrv, if it cant open the file as a full pathname, prepends the bin dir to it, or just sersrv if it's in PATH) SerSrvBin=/aer/prg/cpd/bin/sersrv ;List of headings that designate spanchecks Spancheck=SPANCHECK ;List of uMACs, HEADING:id (id is hundreds digit on analog channels) uMAC=UMAC1:0 ;uMAC=UMAC2:1 uMAC=LOVEPIDUMAC1:2 ;Heading that other instruments will open to get aerosol data Aerosol=AEROSOL ;Heading instruments open filter as (to bypass mainly) ;Filter=FILTER ;Heading that cpx will use to get aeromon data Aeromon=AEROMON ;Heading that cpx will use to get clap data Clap=CLAP ;Heading that cpx will use to get ups data ;Bestups=BESTUPS ;Heading that cpx will use to get gps data Gps=GPS ;Password for the client to use ;ClientPassword=cmdl [Disk] ;Place to create log files, must have the trailing / LogDir=/aer/aao/log/ ;Monitor file to use (gets the log timestamp appended) MonitorFile=CPDMON ;Time to rotate the files, hh:mm format LogRotateInterval=24:00 ;Do log rotation on the day boundary, regardless LogRotateOnDay=TRUE ;Interval to flush files, in minutes FlushInterval=15 ;First field after the timestamp (when writing records) StationID=AAO ;Maximum file size (more causes an auto-switch); in KB MaxFileSize=1024 ;Default for unspcified logging or "GLOBAL" GlobalLogging=TRUE ;Interval to calculate averages GlobalAvgInterval=1:00 ;Default interval for logging, if not specified or set to GLOBAL, mm:ss GlobalLogInterval=1:00 [SPANCHECK] ;List of nephs to check Neph=NEPH1 Neph=NEPH2M903 Neph=NEPH3M903 Neph=NEPH4M903 ;Time to measure CO2 on spancheck, mm:ss SpanCO2Time=5:00 ;Air SpanAirTime=10:00 ;Time to flush with CO2 SpanCO2FlushTime=7:00 ;With air SpanAirFlushTime=4:00 ;Name for the clients to use ClientName=Spancheck ;Channels for special case bypassing (on during air, off during CO2) Dig_uMAC=0 Dig_AuxBypass_Chan=2 [CNC1] ;Port description Port=/dev/ttyUSB11:9600E71 ;Printable name (used mainly for error printing) NiceName=CNC3010-#2438 ;Used to create status strings by the client ShortName=C ;Type (3010, 3010Polled, 3703, Pulse) CNType=3010Polled ;Are we logging? (initially, can be changed while running) IsLogging=GLOBAL ;Gets "_yyyymmdd_hhmm" appended to it, and used as the log out file LogBase=CNC001 ;Prepend this to all log entries LogPrepend= ;Interval between log entries, in mm:ss, or GLOBAL (to use to default) LogInterval=GLOBAL ;Flow (cc/s) Q_cnc_cc_s=16.80;090212/PJS@CMI;16.20;081013/PJS@AAO;15.82;080314/PJS@AAO;16.19;071017CMI;16.38;060418/PJS ;Create ca_ records Run_Averages=TRUE [CNC2] ;Port description Port=/dev/ttyUSB7:9600E71 ;Printable name (used mainly for error printing) NiceName=CNC3010-#2166 ;Used to create status strings by the client ShortName=B ;Type (3010, 3010Polled, 3703, Pulse) CNType=3010Polled ;Are we logging? (initially, can be changed while running) IsLogging=GLOBAL ;Gets "_yyyymmdd_hhmm" appended to it, and used as the log out file LogBase=CNC002 ;Prepend this to all log entries LogPrepend= ;Interval between log entries, in mm:ss, or GLOBAL (to use to default) LogInterval=GLOBAL ;Flow (cc/s) Q_cnc_cc_s=16.67;020401/PJS ;Create ca_ records Run_Averages=TRUE [CNC3] ;Port description Port=/dev/ttyUSB6:9600E71 ;Printable name (used mainly for error printing) NiceName=CNC3010-#2028 ;Used to create status strings by the client ShortName=J ;Type (3010, 3010Polled, 3703, Pulse) CNType=3010Polled ;Are we logging? (initially, can be changed while running) IsLogging=GLOBAL ;Gets "_yyyymmdd_hhmm" appended to it, and used as the log out file LogBase=CNC003 ;Prepend this to all log entries LogPrepend= ;Interval between log entries, in mm:ss, or GLOBAL (to use to default) LogInterval=GLOBAL ;Flow (cc/s) Q_cnc_cc_s=16.07;080719/PJS ;Create ca_ records Run_Averages=TRUE ;Reference Neph [NEPH1] ;Port description Port=/dev/ttyUSB0:9600E71 ;Printable name NiceName=TSINeph1#1083 ;Used to create status strings by the client ShortName=N ;Are we logging? (initially, can be changed while running) IsLogging=GLOBAL ;Gets "_yyyymmdd_hhmm" appended to it, and used as the log out file LogBase=NEPH01 ;Prepend this to all log entries LogPrepend= ;Interval between log entries, in mm:ss, or GLOBAL (to use to default) LogInterval=GLOBAL ;Strings to send during init, after all defaults InitStr=L1 InitStr=B255 ;Values to set SMZ=1 STA=1 STB=62 STP=30600 STZ=300 SMB=1 SP=75 ;Set lamp wattage to this on server exit SPexit=75 ;Times to zero check on, seconds into the hour ;ZeroAt=3420 ;Wavelengths Lambda_Green=550.0 Lambda_Red=700.0 ;Create na_ records ;Run_Averages=TRUE ;Wet Neph [NEPH2] ;Port description Port=/dev/ttyUSB3:9600E71 ;Printable name NiceName=TSI Neph-2 ;Used to create status strings by the client ShortName=O ;Are we logging? (initially, can be changed while running) IsLogging=GLOBAL ;Gets "_yyyymmdd_hhmm" appended to it, and used as the log out file LogBase=NEPH02 ;Prepend this to all log entries LogPrepend= ;Interval between log entries, in mm:ss, or GLOBAL (to use to default) LogInterval=GLOBAL ;Strings to send during init, after all defaults InitStr=L1 InitStr=B255 ;Values to set SMZ=4 STA=1 STB=29 STP=30600 STZ=300 SMB=1 SP=75 ;Set lamp wattage to this on server exit SPexit=75 ;Times to zero check on, seconds into the hour ZeroAt=3420 ;Wavelengths Lambda_Green=550.0 Lambda_Red=700.0 ;Create ca_ records Run_Averages=TRUE ;Aerosol rack uMAC [UMAC1] ;Port description Port=/dev/ttyUSB9:9600N81 ;Printable name NiceName=uMAC-1 ;Used to create status strings by the client ShortName=U ;Are we logging? (initially, can be changed while running) IsLogging=GLOBAL ;Gets "_yyyymmdd_hhmm" appended to it, and used as the log out file LogBase=UMAC01 ;Address on uMAC chain Addr=0 ;Number of analog input channels to use CountAIch=24 ;Digital channels CountDch=2 ;Minium digital channel MinDch=0 ;Intial values for the analog out channels InitAO=0.0,2.2 ;Intial value for digital channels, hex, 2 digits per channel, accending channel order, left to right InitDO=0100 [CLAP] ;Show window initially DefaultShow=FALSE ;Running in analog mode? (don't need Port if true) Analog=FALSE ;Port description Port=/dev/ttyUSB2:9600N81 ;Printable name (used mainly for error printing) NiceName=CLAP ;Used to create status strings by the client ShortName=L ;Are we logging? (initially, can be changed while running IsLogging=GLOBAL ;Gets "_yyyymmdd_hhmm" appended to it, and used as the log out file LogBase=CLAP01 ;Prepend this to all log entries LogPrepend= ;Number of points to smooth with SmoothTC=10 ;Sample area in m^2 (only applies to serial) Area_m2=1.924E-5 ;Detect filter changes (START,STOP,BOTH,NONE) Autodetect=BOTH ;Instrument serial number Serial_Number=100 ;Channel for linear Bap (only used if Analog=TRUE) Chan_Bap_lin=5 ;log10 Bap Chan_Bap_log=4 ;Filter Transmittance Chan_Tr=6 ;Flow rate Chan_Q_slpm=7 ;Respective calibrations (Analog only) Cal_Analog_Bap_lin=-1.E-6,1.0E-5; Cal_Analog_Bap_log=7.,1.,0. Cal_Analog_Tr=0.0,0.25 Cal_Analog_Q_slpm=0.0,1.0 ;Instrument calibrations Cal_Bap=0.0,1.0 Cal_Tr=0.0,1.0 Cal_Q_slpm=-0.0768,0.946 ;Filter transimittance correction Cal_TRC=0.814,1.237 ;Create la_ records Run_Averages=TRUE [AEROSOL] ;Show window initially DefaultShow=FALSE ;Printable name (used mainly for error printing) NiceName=Aerosol ;Used to create status strings by the client ShortName=A ;Are we logging? (initially, can be changed while running) IsLogging=GLOBAL ;Gets "_yyyymmdd_hhmm" appended to it, and used as the log out file LogBase=AEROSL ;Prepend this to all log entries LogPrepend= ;Interval between log entries, in mm:ss, or GLOBAL (to use to default) LogInterval=GLOBAL ;uMAC to use for digital out Dig_uMAC=0 ;DOT channel for the impactor Dig_Chan_AnalyzerImpactor=1 ;For the bypass Dig_Chan_Bypass=0 ;Reference neph to use, the heading RefNeph=NEPH1 ;Humidified neph WetNeph=NEPH3M903 ;CN counter to use CNC=CNC1 ;CNA=CNC3 ;Single-wavelength psap ;CLAP=CLAP ;3 wavelength PSAP PSAP3=PSAP3 ;Seconds to pause averaging after a valve change SecondsToFlush=10 ;Seconds to pause averaging at startup SecondsToSpinup=20 ;Use linear out for cn out CN_Out_Lin=FALSE ;Channel on uMAC to output to, -1 disables CN_uMAC_Chan=-1 ;MFC voltage at STP ;MFC_Set_V=3.000 ;MFC output channel, -1 disables ;MFC_uMAC_Chan=-1 ;Default cut to use DefaultCut=COARSE ;Cutpoints, format is mm:ss(or just seconds), FINE/COARSE ;Cutpoint=00:00,COARSE ;Cutpoint=06:00,FINE ;Cutpoint=12:00,COARSE ;Cutpoint=18:00,FINE ;Cutpoint=24:00,COARSE ;Cutpoint=30:00,FINE ;Cutpoint=36:00,COARSE ;Cutpoint=42:00,FINE ;Cutpoint=48:00,COARSE ;Cutpoint=54:00,FINE ;uMAC channel assignments ;T&RH sensor pairs, -1 disables a channel ;Inlet sensor Chan_Inlet_T=8 Chan_Inlet_RH=200 ;Humido preheater Chan_HumidoPreheat_T=10 Chan_HumidoPreheat_RH=202 ;Humido controller Chan_HumidoControl_T=11 Chan_HumidoControl_RH=203 ;Ambient Chan_Ambient_T=18 Chan_Ambient_RH=19 ;Sample Chan_Sample_T=9 Chan_Sample_RH=201 ;Rack Chan_Rack_T=16; DC current sensor Chan_Rack_RH=-1 ;Stack Chan_Stack_T=-1 Chan_Stack_RH-1 ;Pumpbox Chan_Pumpbox_T=-1 Chan_Pumpbox_RH=-1 ;Heater Chan_Heater_T=-1 Chan_Heater_RH=-1 ;uMAC internal sensor Chan_uMAC_T=60 ;dP sensors Chan_dP_Pitot=-1 Chan_dP_Purge=-1 Chan_dP_NephImp=-1 Chan_dP_Spare1=22 Chan_dP_Spare2=23 ;Flowrate sensors Chan_Q_Filter=-1 Chan_Q_Analyzer=15 Chan_Q_Spare3=12; Aft Neph Flow Chan_Q_Spare4=13; Middle Neph Flow Chan_Q_Bypass=14; Forward Neph Flow Chan_Q_CNDrier=21 Chan_Q_CN=20 ;General Chan_Wind_S=-1 Chan_Wind_D=-1 Chan_P_ambient=16; DC current sensor ;Calibration info ;For T&RH sensors Cal_RefInlet_T=-273.15,1.0 Cal_WetInlet_T=-273.15,1.0 Cal_Inlet_T=-39.3,100.0;080312/PJS;-41.7,100.0 Cal_Inlet_RH=-1.0815,1.022; 060405/PJS Vaisala Probe #X0920032 Cal_HumidoPreheat_T=-41.0,100.0;080312/PJS;-44.6,100.0;changed vaisala probe from high RH neph/PJS/080220;-45.7,100.0 Cal_HumidoPreheat_RH=1.4287,0.9911;090212/PJS@CMI;-2.4567,1.0402;080720/PJS@AAO;-0.655,1.0565;080312/PJS;3.111,0.965;changed from highRHneph/PJS/080220;1.145,1.016; 071017/eja; 2.0479,0.9632; 060405/PJS Vaisala Probe #A4250002 Cal_HumidoControl_T=-40.6,100.0;080312/PJS;-45.7,100.0;PJS/080220;-44.6,100.0 Cal_HumidoControl_RH=-1.5453,1.0418;080720/PJS@AAO;-3.0969,1.1134;080312/PJS;1.145,1.016;PJS/080220;3.111,0.965; 071017/eja; -0.9455,1.0424; 060411/PJS Vaisala Probe #A4250003 Cal_Ambient_T=-39.0,100.0;080312/PJS;-40.0,100.0 Cal_Ambient_RH=9.182,89.805;090212/PJS@CMI;-0.110,101.62;080720/PJS@AAO;-0.001,101.55;080312/PJS;3.15,100.0; 0701017/eja 0.0,100.0 Cal_Sample_T=-40.0,100.0;080312/PJS;-45.9,100.0 Cal_Sample_RH=-1.7776,1.0937;090212/PJS@CMI;0.2176,1.0735;080720/PJS@AAO;1.0742,1.0494;080312/PJS;1.443,0.964; 071017/eja; 0.7181,1.0032; 060405/PJS Vaisala Probe #2001D Cal_Rack_T=0.0,10.0; current is 0-50 amps for 0-5 VDC Cal_Rack_RH=0.0 Cal_Heater_T=0.0 Cal_Heater_RH=0.0 Cal_Stack_T=-40.0,100.0 Cal_Stack_RH=0.0,1.0 Cal_Pumpbox_T=-40.0,100.0 Cal_Pumpbox_RH=0.0 Cal_uMAC_T=0.0,1.0 Cal_RefNeph_T=-273.15,1.0 Cal_RefNeph_RH=0.0,1.0 Cal_WetNeph_T=-273.15,1.0 Cal_WetNeph_RH=0.0,1.0 ;dP sensors Cal_dP_Pitot=-0.4358,3.94 Cal_dP_Purge=0.0 Cal_dP_NephImp=-61.395,113.67 Cal_dP_Spare1=-208.69,333.89; 060518/PJS@Stevens Cal_dP_Spare2=-205.94,335.06; 060512/PJS@Stevens ;Flowrate sensors Cal_Q_Filter=-0.0461,9.7402 Cal_Q_Analyzer=0.0,20.19;080719/PJS@AAO;1.7041,18.0060;071017/PJS@CMI;0.0,19.926; LFE volume flow cal by Fred Brechtel 2005 Cal_Q_Spare3=-2.8089,2.0575;volume flow cal/071017/PJS;-3.0651,2.1283; volume flow cal, 060407/PJS;-2.5,2.5;default Cal_Q_Spare4=-2.7654,2.1056;volume flow cal/071017/PJS;-3.6337,2.3609; volume flow cal, 060407/PJS;-2.5,2.5;default Cal_Q_Bypass=-2.874,2.0491;volume flow cal/071017/PJS;-4.6946,3.1088; volume flow cal, 060407/PJS;-2.5,2.5;default ;Cal_Q_Spare3=-2.3855,1.6256; standard flow cal, 060407/PJS ;Cal_Q_Spare4=-2.7087,1.7539; standard flow cal, 060407/PJS ;Cal_Q_Bypass=-3.496,2.3153; standard flow cal, 060407/PJS Cal_Q_CNDrier=0.0367,2.0347 ; using volume flow cal 060414/PJS Cal_Q_CN=0.0087,0.4952 ;using volume flow cal 060414/PJS ;General Cal_Wind_S=0.0,10.0 Cal_Wind_D=180.0,72.0;aligned to true N/jao Cal_P_ambient=0.0,10.0; current is 0-50 amps for 0-5 VDC [HUMIDOGRAPH] ;Show window initially DefaultShow=FALSE ;Printable name (used mainly for error printing) NiceName=Humidograph ;Used to create status strings by the client ShortName=H ;Are we logging? (initially, can be changed while running) IsLogging=GLOBAL ;Gets "_yyyymmdd_hhmm" appended to it, and used as the log out file LogBase=HUMGR1 ;Prepend this to all log entries LogPrepend= ;Interval between log entries, in mm:ss, or GLOBAL (to use to default) LogInterval=GLOBAL ;Watlow ;Watlow=WATLOW ;uMAC channel for the pump Pump_uMAC_ch=-1 ;uMAC to use for digital out Dig_uMAC=0 ;uMAC Channel for pumprange PumpRange_uMAC_ch=-1 ;If false, do not do any setpoints Scanning=FALSE ;Initial (and default) setpoint ;ChanA,ChanB,ChanC,ChanD SP_init=60.0, 100.0, 50.0, H ;Set this on exit SP_idle=0.0, 100.0, 0.0, L ;Setpoints ;Time (either seconds, or mm:ss, both after the hour),ChanA,ChanB,ChanC,ChanD Setpoint=3:00, 30.0, 0.0, 0.0, L;measure at lowest RH Setpoint=13:00, 30.0, 40.0, 50.0, H;prime the pump, start humidifying Setpoint=15:00, 30.0, 40.0, 16.0, L Setpoint=21:00, 30.0, 50.0, 16.0, L Setpoint=27:00, 30.0, 60.0, 16.0, L Setpoint=33:00, 30.0, 70.0, 16.0, L Setpoint=39:00, 30.0, 78.0, 16.0, L Setpoint=45:00, 30.0, 83.0, 16.0, L Setpoint=51:00, 30.0, 88.0, 16.0, L Setpoint=57:00, 30.0, 00.0, -20.0, H;drain humidifier, start neph zero check Setpoint=58:00, 30.0, 00.0, 0.0, L;let system dry out [AEROMON] ;Show window initially DefaultShow=FALSE ;Printable name (used mainly for error printing) NiceName=Aerosol Contamination ;Used to create status strings by the client ShortName=M ;Are we logging? (initially, can be changed while running) IsLogging=GLOBAL ;Gets "_yyyymmdd_hhmm" appended to it, and used as the log out file LogBase=AERMON ;Prepend this to all log entries LogPrepend= ;Interval between log entries, in mm:ss, or GLOBAL (to use to default) LogInterval=GLOBAL ;CN counter to use for contamination control ;CNC=CNC1 ;Filter, used to log its dP sensors ;Filter=FILTER ;Maximum dP across the Neph impactor, -1.0 disables Max_NephImp_dP=-1.0 ;CNC contamination control ;CNC>this is always contaminated CNCC_Dirty=1000000.0 ;CNC