#include <PLemAutoRun.h>

Inheritance diagram for PLemAutoRun:

Collaboration diagram for PLemAutoRun:

Public Slots
void	HandleParseError (int noOfErrors, int idx, int errorNo, int line, QString errorMsg)

void	DisconnectAndQuit ()

Signals
void	ErrorMsg (int noOfErrors, int idx, int errorNo, int line, QString errorMsg)

void	StatusMsg (const QString statusMsg)

Public Member Functions
	PLemAutoRun (QString &host, QString &exp)

	~PLemAutoRun ()

void	ReadStartupXML ()

void	ReadSampleCryoXML ()

void	ConnectToExp ()

void	DisconnectFromExp ()

bool	IsIdle ()

void	FeedMidasWatchdog ()

QString *	GetHostName ()

QString *	GetExpName ()

QString	GetUserAutoRunSeqFln ()
	PLemAutoRun::GetUserAutoRunSeqFln. More...

QString *	GetXMLSchemaFln ()

QString *	GetXMLAutoRunFln ()

QString *	GetXMLAutoRunValidateFln ()

void	SetOdbTagVec (POdbTagVector *otv)

void	SetAutoRunSeq (PAutoRunCmdVector *arcv)

void	FeedLiveDataAutoRun ()
	PLemAutoRun::FeedLiveDataAutoRun. More...

void	ExecAutoRun ()

Private Slots
void	NetworkConnectionLost ()
	slot executed if the network connection is lost More...

void	ReceivedShutdownCmd ()
	slot executed if a shutdown command has been received More...

void	UpdateStatusMsg (const QString statusMsg)

Private Member Functions
void	InitEnabled ()
	PLemAutoRun::InitEnabled. More...

void	SetEnabled (const QString key, bool val)
	PLemAutoRun::SetEnabled. More...

bool	GetAllKeys ()

float	GetEnergyLoss (float mod_hv)

void	CheckClients ()

void	CheckMidasAlarms (PAutoRunCmdVector::Iterator iter)

void	CheckTempStability ()

void	CheckTempStabilityOvenOmega ()

double	LakeShoreTime (char *str)

void	SampleTempTrend ()

void	SampleTempAdjustFlow ()

float	SampleTempPrefHeaterOutput (float heaterRange)

bool	SampleTempStable ()

void	SampleTempConsiderFlow ()

void	SampleTempConsiderNeedleValve ()

void	SampleTempSetNeedleValve (float value)

void	SetSampleLS340ZoneSettings ()

float	EmpiricalFlow (float Tset, float rampSpeed)

float	NeedleValve (float Tset)

float	SetDemandTempRamping (QString rampParam)

void	SetFlowAndNeedleValve (QString flowParam, float &rampSpeed, float newDemandTemp, float deltaT, float flowScale)

void	SetFlow (QString flowParam)

void	SetLS340Mode (AutoRunCmd *arc)

void	SetLS340HeaterRangeAndPIDs (AutoRunCmd *arc)

void	WaitUntilSampleLS340Ready ()

void	SetLS340Setpoint (float setpoint, float rampSpeed)

void	SetOmegaSetpoint (float setpoint)

void	SetFlowTweak (float flow)

int	CheckFieldCmd (QString &errMsg)

void	DegaussWEW (AutoRunCmd *arc)

void	DegaussDanfysik (AutoRunCmd *arc)

void	Degauss (AutoRunCmd *arc)

void	DegaussSpinRot (AutoRunCmd *arc)

void	ExecNext ()

void	RunStart (AutoRunCmd *arc)

void	RunStop (AutoRunCmd *arc)

bool	RunStopCheck ()

void	SetIgnoreAlarms (AutoRunCmd *arc)

void	SetIgnoreClients (AutoRunCmd *arc)

void	SetDump (AutoRunCmd *arc)

void	SetFieldWEWL (AutoRunCmd *arc)

void	SetFieldWEWH (AutoRunCmd *arc)

void	SetFieldDanfysik (AutoRunCmd *arc)

void	SetField (AutoRunCmd *arc)

void	SetSpinRot (AutoRunCmd *arc)

void	SetFOM (AutoRunCmd *arc)

void	SetLEMSetup (AutoRunCmd *arc)

void	SetModInfo (AutoRunCmd *arc)

bool	CheckOdbType (INT type, AutoRunCmd *arc)

void	CheckForOdbSetDataCmds ()

void	SetOdbData (AutoRunCmd *arc)

void	SetOdbDataArray (AutoRunCmd *arc)

void	SetSampleHV (AutoRunCmd *arc)

void	SetRA_HV (AutoRunCmd *arc)

void	SetTransportHV (AutoRunCmd *arc)

bool	CheckForTransportHvCmd ()

bool	LoadHvSettings (PAutoRunCmdVector::Iterator currentIter, QString fln, int lineNo, bool simulated=false)

void	SetHvOff (AutoRunCmd *arc)

void	SetTfl (AutoRunCmd *arc)
	PLemAutoRun::SetTfl. More...

void	SetTemp (AutoRunCmd *arc)

void	SetTempOvenOmega (AutoRunCmd *arc)

void	SetTitle (AutoRunCmd *arc)

void	HandleOdbTitleTags (QString &title)
	PLemAutoRun::HandleOdbTitleTags. More...

void	SetTof (AutoRunCmd *arc)

void	SetWait (AutoRunCmd *arc)

void	SetBPV (AutoRunCmd *arc)

bool	SetBPV (int valve, int cmd)

bool	GetBPV ()

void	GetDemandHVSampleChamber ()

void	ChangeSampleChamberHV (bool down)

void	RawVoltageDump ()

void	CheckForWarmUpCmd ()

void	WarmUp (PAutoRunCmdVector::Iterator iter)

void	GotoLine (PAutoRunCmdVector::Iterator &iter, int max)

QString	GetAutoRunSequence ()
	PLemAutoRun::GetAutoRunSequence. More...

bool	ShowComments ()
	PLemAutoRun::ShowComments. More...

int	GetGotoLine ()
	PLemAutoRun::GetGotoLine. More...

void	SetGotoLine (const int line)
	PLemAutoRun::SetGotoLine. More...

int	GetRunState ()
	PLemAutoRun::GetRunState. More...

void	UpdateRunState (const int state)
	UpdateRunState. More...

void	UpdateWebPage (PAutoRunCmdVector::Iterator currentIter, int tag, int lineNo=0, QString errMsg="")

void	CleanLiveData ()

void	FeedLiveDataErrors (int noOfErrors, int idx, int, int line, QString errorMsg)

void	Wait (int timeout)

Private Attributes
QString	fAutoRunSequence
	autorun sequence file name as found under /AutoRun/Auto Run Sequence More...

bool	fShowComments
	flag indicating if comments shall be suppressed. Defined under /AutoRun/Shows Comments More...

int	fGotoLine
	address to jump to within a running autorun. Defined under /AutoRun/GotoLine More...

QString	fNextAutoRunSequence
	next autorun sequence file name as found under /AutoRun/Next More...

QString	fAutoRunStatusMsg
	autorun status message as defined under /AutoRun/Status More...

int	fAutoRunState
	autorun run state as defined under /AutoRun/Run State More...

bool	fEnableAll
	flag telling if all watched clients and equipments will be enabled/disabled by default. More...

QMap< QString, bool >	fEnabled
	map holding the enable/disable info of all the clients and equipments More...

bool	fDebug
	flag: if true additional messages will be sent to the stdin More...

bool	fIgnoreClients
	flag: if true checking of clients will not performed: only for testing!! More...

bool	fIgnoreAlarms
	flag: if true checking for any alarms will not performed: only for testing!! More...

bool	fFugHvCheck
	flag: if true demand==measured checks for the FUG HV devices will be performed, otherwise not. This should be true, expcept for test purposes! More...

bool	fRAPulsingEnabled
	flag: if true, the RA pulsing is enabled and hence WEW can take any field values. More...

int	fHvTripFlag
	flag: set if the TD HV trip alarm fired More...

QString	fHostName
	host name on which the experiment is running More...

QString	fExpName
	experiment name More...

QString	fXMLSchemaFln
	path-file name of the XML-schema for the parsing process More...

QString	fXMLAutoRunFln
	path-file name of the generated XML-autorun sequence More...

QString	fXMLAutoRunValidateFln
	path-file name of the generated XML-autorun sequence for validation More...

QString	fXMLAutoRunHTML
	path-file name of the HTML autorun status page More...

QString	fAutoRunPath
	path to the autorun sequence directory More...

QString	fFieldPwrSupply
	name of the power supply to generate the magnetic field (WEWL, WEWH, danfysik) More...

float	fEnergyLossParam [NO_ENERGY_LOSS_PARAM]
	energy loss parameters More...

float	fMaxTempIncrease
	maximal temperature increase without shuting down the HV More...

float	fFieldTimeout
	time in which the field ramping must be accomplished (in (sec)) More...

float	fFieldAccuracy
	field accuracy needed before going on (in (A)) More...

float	fHVTimeout
	time in which the HV ramping must be accomplished (in (sec)) More...

float	fHVAccuracy
	HV accuracy needed before going on (in (kV)) More...

float	fHVDemandSampleChamber [5]
	demand HV of the sample chamber More...

float	fLemVacValveInitialState [2]
	states of BPVX, BPVY before set temperature More...

float	fBHMaxFlow
	max. allowed flow for the bronkhorst flow meter More...

float	fBHMinFlow
	min. allowed flow for the bronkhorst flow meter More...

float	fBHFlowPHeat0
	see SampleTempAdjustFlow() More...

float	fBHFlowPHeat1
	see SampleTempAdjustFlow() More...

float	fBHFlowDHeat
	see SampleTempAdjustFlow() More...

float	fBHFlowTemp
	variable needed to calculate the flow if non is explicitly given (see SetTemp()) More...

float	fBHFlowTempOffset
	variable needed to calculate the flow if non is explicitly given (see SetTemp()) More...

float	fBHFlowOffset
	variable needed to calculate the flow if non is explicitly given (see SetTemp()) More...

float	fDSetRatio
	ratio at which the PID-D has to be switched back (for temperature increase) More...

float	fAbsMaxTempDiff
	absolute temperature deviation allowed in stability test More...

float	fRelMaxTempDiff
	relative temperature deviation allowed in stability test More...

float	fMaxTempTrend
	max. acceptable temperature trend More...

float	fHeaterMax
	max. acceptable heater value More...

float	fHeaterMin
	min. acceptable heater value More...

float	fTimeoutFlowSet
	timeout before the flow can be changed next time (see SetTemp()) More...

float	fFlowFactor
	constant used in SampleTempConsiderFlow() More...

float	fFlowSetRatio
	relative flow deviation allowed in stability test More...

float	fFlowSetAbsolute
	absolute flow deviation allowed in stability test More...

float	fFlowTimeoutReduction
	timeout between gradual flow reduction while cooling More...

float	fFlowLowestFlowToConsider
	lowest demand flow to consider More...

float	fFlowMaxRelFlowDiffToConsider
	maximum rel flow error to consider More...

float	fDFlowDp0
	calculates d(flow)/dP from d(flow)/dP = More...

float	fDFlowDp1
	DFDP_0 + DFDP_1 * exp( DFDP_EXP * Temp ) More...

float	fDFlowDpExp

bool	fLargeFlow
	signaling extra large flow during cool down More...

float	fHeatCapCof1
	heat Capacity of cryo = More...

float	fHeatCapCof2
	HC_1 * T + HC_2 * T² + HC_3 * T³ More...

float	fHeatCapCof3

bool	fNeedleValveInUse
	Tag for use of electric needle valve. More...

float	fPrefNeedleValveCof_1_0
	NV setting = _1_0 * _1_1 * T for T<8. More...

float	fPrefNeedleValveCof_1_1

float	fPrefNeedleValveCof_2_0
	NV setting = _1_0 * _1_1 * T for 8<T<10. More...

float	fPrefNeedleValveCof_2_1

float	fPrefNeedleValveCof_3_0
	NV setting = _1_0 * _1_1 * T for 10<T<15. More...

float	fPrefNeedleValveCof_3_1

float	fPrefNeedleValveCof_4_0
	NV setting = _1_0 * _1_1 * T for 15<T. More...

float	fPrefNeedleValveCof_4_1

float	fPrefNeedleValveRelStep
	relative change in SampleTempConsiderNeedleValve More...

float	fPrefNeedleValveAbsStep
	absolute change in SampleTempConsiderNeedleValve More...

int	fSampleCtrlCh
	index of channel A or B More...

int	fSampleCryoInUse
	-1 = no cryo in use, 0 = Konti-Cryo in use, 1 = LowTemp-Cryo, 2 = Oven in use More...

float	fSampleTempAccuracy
	temperature tolerance More...

bool	fSampleTempRegulation
	flag: if true temperature regulation algorithm is active, otherwise not More...

bool	fSampleTempUnstable
	flag: true if the temperature is out of bound More...

double	fSampleHistoTime
	time stamp of the current reading in seconds since 1-1-2000 More...

double	fSampleHistoLastTime
	time stamp of the previous reading in seconds since 1-1-2000 More...

int	fSampleHistoNoEntries
	number of entries in the history More...

int	fSampleHistoPos
	index of the start of the ring buffer More...

SampleTempInfo	fSampleTempHisto [SAMPLE_TEMP_HISTO_MAX]
	array holding the sample temperature history More...

SampleTempInfo	fSampleTempAverage
	average temperature control parameters More...

SampleTempInfo	fSampleTempTrend
	1st derivative of the quadratic model of the temperature control parameters More...

SampleTempInfo	fSampleTempSecond
	2nd derivative of the quadratic model of the temperature control parameters More...

SampleTempInfo	fSampleTempRmsqd
	RMS of the quadratic model of the temperature control parameters. More...

float	fWEWLMaxCurrent
	maximal allowed current for the WEWL power supply More...

float	fWEWHMaxCurrent
	maximal allowed current for the WEWH power supply More...

float	fMagParamWew [2]
	calibration array for the WEW More...

float	fDanfysikMaxCurrent
	maximal allowed current for the danfysik power supply More...

float	fMagParamBpar [2]
	calibration array for the Bpar More...

float	fWEWCriticalCurrentRA
	critical current for the WEW. For larger currents, the RA HV's should be switched off due to the Penning trap problem More...

float	fFOMCurrentAccuracy
	current accuracy needed before going on (in (mA)) More...

QString	fHvSettingsPath

bool	fDumpInUse
	flag telling if a raw data dump is going on More...

int	fDumpCounter
	counter of raw voltage dumps More...

QString	fDumpFileName
	file name of the raw voltage dump. It will be RawVoltageOutput-<cryo>-<datatime>.dat, e.g. RawVoltageOutput-Konti4-220316-1235.dat More...

QFile	fDumpFile
	file for dumping raw_voltage More...

bool	fWarmUpWished
	warmup command present More...

bool	fWarmUpVent
	warmup with vent flag, false=no vent, true=vent More...

QDateTime	fWarmUpDateTime
	when the warmup shall take place More...

float	fSampleInput [SAMPLE_CRYO_INPUT]

float	fSampleOutput [SAMPLE_CRYO_OUTPUT]

float	fSampleOvenOmegaInput [SAMPLE_OVEN_OMEGA_INPUT]

float	fSampleOvenOmegaOutput [SAMPLE_OVEN_OMEGA_OUTPUT]

bool	fSetupSampleEnabled
	true if the sample frontend is enabled (normal operation), otherwise MCP2 setup. More...

bool	fSetupWewEnabled
	true if the WEW magnet is in use. This is fed with the WEWL/H power supplies. More...

bool	fSetupBparEnabled
	true if the Bpar magnet is in use. This is fed with the Danfysik power supply. More...

QString	fRunInfoPath
	ODB path to the run info. More...

QString	fTriggerEventsPath
	ODB path to the trigger events. More...

QString	fEnableOnOffModePath
	ODB path to the enable On/Off mode, e.g. red/green, pulsing RA. More...

QString	fAlarmsPath
	ODB path to the alarms. More...

QString	fAlarmTdHvTripPath
	ODB path to the TD HV trip alarm/warning. More...

QString	fRunCommentPath
	ODB path to the run comment. More...

QString	fTofMinPath
	ODB path to the TOF min. More...

QString	fTofMaxPath
	ODB path to the TOF max. More...

QString	fModNamePath
	ODB path to the moderator info. More...

QString	fModDatePath
	ODB path to the moderator growing date. More...

QString	fLemSetupPath
	ODB path to the LEM setup info. More...

QString	fSampleNamePath
	ODB path to the sample name. More...

QString	fSpinRotEnabledPath
	ODB path to the spin rotation enabled flag. More...

QString	fSpinRotAnglePath
	ODB path to the spin rotation angle. More...

QString	fSampleCryoPath
	ODB path to the sample cryo name used. More...

QString	fEnergyLossParamPath
	ODB path to the energy loss parameters. More...

QString	fClientsPath
	ODB path to the running clients. More...

QString	fHVDemandPath
	ODB path to the FUG HV demand variables. More...

QString	fHVMeasuredPath
	ODB path to the FUG HV measured variables. More...

QString	fHVCurrentPath
	ODB path to the FUG HV measured current variables. More...

QString	fHVDetectorDemandPath
	ODB path to the HV Detectors demand variables. More...

QString	fHVDetectorMeasuredPath
	ODB path to the HV Detectors measured variables. More...

QString	fSpinRotMagInputPath
	ODB path to the danfysik spin rotator magnet power supply input variables. More...

QString	fSpinRotMagOutputPath
	ODB path to the danfysik spin rotator magnet power supply output variables. More...

QString	fDanfysikInputPath
	ODB path to the danfysik input variables. More...

QString	fDanfysikOutputPath
	ODB path to the danfysik output variables. More...

QString	fWEWInputPath
	ODB path to the WEW input variable. More...

QString	fWEWOutputPath
	ODB path to the WEW output variable. More...

QString	fMagFieldPath
	ODB path to the magnetic field value. More...

QString	fTflInputPath
	ODB path to the tfl input variables. More...

QString	fTflOutputPath
	ODB path to the tfl output variables. More...

QString	fSampleCtrlChPath
	ODB path to the sample cryo LS340 control channel. More...

QString	fSampleChannelPath
	ODB path to the sample cryo LS340 channel assignement. More...

QString	fSampleSensorTypePath
	ODB path to the sample cryo LS340 sensor type assignement. More...

QString	fSampleInputPath
	ODB path to the sample cryo (LS340, bronkhorst) input variables. More...

QString	fSampleOutputPath
	ODB path to the sample cryo (LS340, bronkhorst) output variables. More...

QString	fSampleDatetimePath
	ODB path to the sample cryo (LS340, bronkhorst) DD date and time variable. More...

QString	fSampleRawVoltagePath
	ODB path to the LS340 Raw Voltage. More...

QString	fSampleNoConnectionPath
	ODB path to the sample cryo (LS340, bronkhorst) DD 'no connection' flag. More...

QString	fSampleOvenOmegaInputPath
	ODB path to the sample oven omega: input variables. More...

QString	fSampleOvenOmegaOutputPath
	ODB path to the sample oven omega: output variables. More...

QString	fLemvacInputPath
	ODB path to the lemvac input variables. More...

QString	fLemvacOutputPath
	ODB path to the lemvac output variables. More...

QString	fFOMInputPath
	ODB path to the FOM input variables. More...

QString	fFOMOutputPath
	ODB path to the FOM output variables. More...

QString	fBeamlineDemandPath
	ODB path to the beamline demand variables. More...

QString	fMagParamWewPath
	ODB path to the WEW parameters (A -> G) More...

QString	fMagParamBparPath
	ODB path to the Bpar parameters (A -> G) More...

QString	fSetupSampleEnabledPath
	ODB path to the sample enabled flag. More...

QString	fSetupWewEnabledPath
	ODB path to the WEW enabled flag. More...

QString	fSetupBparEnabledPath
	ODB path to the Bpar enabled flag. More...

int	fSampleBhOdbOffsetInput
	ODB offset of the bronkhorst within the ODB (input variables) More...

int	fSampleBhOdbOffsetOutput
	ODB offset of the bronkhorst within the ODB (output variables. More...

QString	fAnalyzerName
	name of the analyzer in the ODB More...

QString	fFrontendName
	name of the frontend in the ODB More...

QString	fTflFeName

QString	fSampleFeName
	name of the tfl_scfe in the ODB More...

QString	fSampleOvenOmegaFeName
	name of the oven omega scfe in the ODB More...

QString	fWEWFeName
	name of the WEW scfe in the ODB More...

QString	fDanfysikFeName
	name of the danfysik scfe in the ODB More...

QString	fHVFeName
	name of the hv_fug_scfe in the ODB More...

QString	fLemvacFeName
	name of the lemvac_scfe in the ODB More...

bool	fAnalyzerRunning
	flag indicating if the analyzer is running More...

bool	fFrontendRunning
	flag indicating if the frontend is running More...

bool	fTflFeRunning
	flag indicating if the tfl_scfe is running More...

bool	fSampleFeRunning
	flag indicating if the sample_scfe is running (LS340, BH) More...

bool	fWEWFeRunning
	flag indicating if the wew_scfe is running More...

bool	fDanfysikFeRunning
	flag indicating if the danfysik_scfe is running More...

bool	fSampleOvenOmegaFeRunning
	flag indicating if the omega_scfe is running More...

bool	fHVFeRunning
	flag indicating if the hv_fug_scfe is running More...

bool	fLemvacFeRunning
	flag indicating if the lemvac_scfe is running More...

POdbTagVector *	fOdbTagVector
	pointer to the ODB tag list More...

PAutoRunCmdVector *	fAutoRunCmdVector
	pointer to the autorun cmd list More...

PAutoRunCmdVector::Iterator	fAutoRunCurrentIter
	current autorun cmd More...

int	fNoOfAutoRunCmds
	number of autorun cmd's More...

int	fCurrentAutoRunCmd
	number of the current autorun cmd More...

bool	fRunStopped
	flag telling if a run is stopped More...

RunInfo	fRunInfo
	run info structure (mirror of the ODB /Runinfo) More...

bool	fRunCheckEvents
	if true check number of events, otherwise check time More...

int	fRunNoEventsNeeded
	number of events needed to complete a run More...

QTime	fRunStarted
	time stamp, when a run started More...

float	fRunTimeout
	time in sec after which the run shall be stopped. More...

PExperiment *	fExp
	pointer to the midas experiment More...

PKey *	fTriggerEventsKey
	pointer to the ODB key: trigger event More...

PKey *	fAlarmsKey
	pointer to the ODB key: alarms More...

PKey *	fAlarmTdHvTripKey
	pointer to the ODB key: TD HV trip trigger flag More...

PKey *	fRunInfoKey
	pointer to the ODB key: run info More...

PKey *	fRunCommentKey
	pointer to the ODB key: run comment More...

PKey *	fTofMinKey
	pointer to the ODB key: TOF min More...

PKey *	fTofMaxKey
	pointer to the ODB key: TOF max More...

PKey *	fModNameKey
	pointer to the ODB key: moderator info More...

PKey *	fModDateKey
	pointer to the ODB key: moderator growing date More...

PKey *	fLemSetupKey
	pointer to the ODB key: LEM setup info More...

PKey *	fSampleNameKey
	pointer to the ODB key: Sample Name More...

PKey *	fSpinRotEnabledKey
	pointer to the ODB key: spin rotation enabled flag More...

PKey *	fSpinRotAngleKey
	pointer to the ODB key: spin rotation angle More...

PKey *	fSampleCryoKey
	pointer to the ODB key: sample cryo name More...

PKey *	fEnergyLossParamKey
	pointer to the ODB key: energy loss parameters More...

PKey *	fClientsKey
	pointer to the ODB key: running clients More...

PKey *	fHVDemandKey
	pointer to the ODB key: FUG HV demand values More...

PKey *	fHVMeasuredKey
	pointer to the ODB key: FUG HV measured values More...

PKey *	fHVCurrentKey
	pointer to the ODB key: FUG HV measured current values More...

PKey *	fHVDetectorDemandKey
	pointer to the ODB key: HV Detector demand values More...

PKey *	fHVDetectorMeasuredKey
	pointer to the ODB key: HV Detector measured values More...

PKey *	fSpinRotMagInputKey
	pointer to the ODB key: danfysik spin rotator input variables More...

PKey *	fSpinRotMagOutputKey
	pointer to the ODB key: danfysik spin rotator output variables More...

PKey *	fDanfysikInputKey
	pointer to the ODB key: danfysik input variables More...

PKey *	fDanfysikOutputKey
	pointer to the ODB key: danfysik output variables More...

PKey *	fWEWInputKey
	pointer to the ODB key: WEW input values More...

PKey *	fWEWOutputKey
	pointer to the ODB key: WEW output values More...

PKey *	fMagFieldKey
	pointer to the ODB key: magnetic field value More...

PKey *	fTflInputKey
	pointer to the ODB key: tfl input values More...

PKey *	fTflOutputKey
	pointer to the ODB key: tfl output values More...

PKey *	fSampleCtrlChKey
	pointer to the ODB key: sample cryo LS340 control channel More...

PKey *	fSampleChannelKey
	pointer to the ODB key: sample cryo LS340 channel assignement More...

PKey *	fSampleSensorTypeKey
	pointer to the ODB key: sample cryo LS340 sensor type assignement More...

PKey *	fSampleInputKey
	pointer to the ODB key: sample cryo input values More...

PKey *	fSampleOutputKey
	pointer to the ODB key: sample cryo output values More...

PKey *	fSampleDatetimeKey
	pointer to the ODB key: sample cryo date and time More...

PKey *	fSampleRawVoltageKey [10]
	pointer to the ODB key: sample cryo raw voltage More...

PKey *	fSampleNoConnectionKey
	pointer to the ODB key: sample cryo no connection More...

PKey *	fSampleOvenOmegaInputKey
	pointer to the ODB key: sample oven omega input values More...

PKey *	fSampleOvenOmegaOutputKey
	pointer to the ODB key: sample oven omega output values More...

PKey *	fLemvacInputKey
	pointer to the ODB key: lemvac input values More...

PKey *	fLemvacOutputKey
	pointer to the ODB key: lemvac output values More...

PKey *	fFOMInputKey
	pointer to the ODB key: FOM input values More...

PKey *	fFOMOutputKey
	pointer to the ODB key: FOM output values More...

PKey *	fBeamlineDemandKey
	pointer to the ODB key: Beamline demand values More...

PKey *	fMagParamWewKey
	pointer to the ODB key: WEW magnet parameters (A -> G) More...

PKey *	fMagParamBparKey
	pointer to the ODB key: Bpar magnet parameters (A -> G) More...

PKey *	fSetupSampleEnabledKey
	pointer to the ODB key: Sample enabled flag More...

PKey *	fSetupWewEnabledKey
	pointer to the ODB key: WEW enabled flag More...

PKey *	fSetupBparEnabledKey
	pointer to the ODB key: Bpar enabled flag More...

Friends
class	PLemAutoRunXMLParser

class	PLemSampleCryoXMLParser

void	TdHvTripFlagChanged (HNDLE, HNDLE, void *)

Detailed Description

This class handles an autorun sequence for the LEM experiment.

Definition at line 220 of file PLemAutoRun.h.

Constructor & Destructor Documentation

PLemAutoRun::PLemAutoRun	(	QString &	host,
		QString &	exp
	)

Constructor of the PLemAutoRun class.

Parameters

host	host name, i.e. the name of the computer on which the experiment is running
exp	name of the experiment

Definition at line 1871 of file PLemAutoRun.cpp.

References CRYO_NO, fAbsMaxTempDiff, fAlarmsKey, fAlarmsPath, fAlarmTdHvTripKey, fAlarmTdHvTripPath, fAnalyzerName, fAnalyzerRunning, fAutoRunCurrentIter, fAutoRunPath, fAutoRunSequence, fAutoRunState, fAutoRunStatusMsg, fBeamlineDemandKey, fBeamlineDemandPath, fBHFlowOffset, fBHFlowTemp, fBHFlowTempOffset, fBHMaxFlow, fBHMinFlow, fClientsKey, fClientsPath, fCurrentAutoRunCmd, fDanfysikFeName, fDanfysikFeRunning, fDanfysikInputKey, fDanfysikInputPath, fDanfysikMaxCurrent, fDanfysikOutputKey, fDanfysikOutputPath, fDebug, fDFlowDp0, fDFlowDp1, fDFlowDpExp, fDSetRatio, fDumpCounter, fDumpFileName, fDumpInUse, fEnableAll, fEnableOnOffModePath, fEnergyLossParam, fEnergyLossParamKey, fEnergyLossParamPath, fExp, fFieldAccuracy, fFieldPwrSupply, fFieldTimeout, fFlowFactor, fFlowLowestFlowToConsider, fFlowMaxRelFlowDiffToConsider, fFlowSetAbsolute, fFlowSetRatio, fFlowTimeoutReduction, fFOMCurrentAccuracy, fFOMInputKey, fFOMInputPath, fFOMOutputKey, fFOMOutputPath, fFrontendName, fFrontendRunning, fFugHvCheck, fGotoLine, fHeatCapCof1, fHeatCapCof2, fHeatCapCof3, fHeaterMax, fHeaterMin, fHVAccuracy, fHVCurrentKey, fHVCurrentPath, fHVDemandKey, fHVDemandPath, fHVDetectorDemandKey, fHVDetectorDemandPath, fHVDetectorMeasuredKey, fHVDetectorMeasuredPath, fHVFeName, fHVFeRunning, fHVMeasuredKey, fHVMeasuredPath, fHvSettingsPath, fHVTimeout, fHvTripFlag, fIgnoreAlarms, fIgnoreClients, fLemSetupKey, fLemSetupPath, fLemvacFeName, fLemvacFeRunning, fLemvacInputKey, fLemvacInputPath, fLemvacOutputKey, fLemvacOutputPath, fMagFieldKey, fMagFieldPath, fMagParamBparKey, fMagParamBparPath, fMagParamWewKey, fMagParamWewPath, fMaxTempIncrease, fMaxTempTrend, fModDateKey, fModDatePath, fModNameKey, fModNamePath, fNeedleValveInUse, fNextAutoRunSequence, fNoOfAutoRunCmds, fPrefNeedleValveAbsStep, fPrefNeedleValveCof_1_0, fPrefNeedleValveCof_1_1, fPrefNeedleValveCof_2_0, fPrefNeedleValveCof_2_1, fPrefNeedleValveCof_3_0, fPrefNeedleValveCof_3_1, fPrefNeedleValveCof_4_0, fPrefNeedleValveCof_4_1, fPrefNeedleValveRelStep, fRAPulsingEnabled, fRelMaxTempDiff, fRunCheckEvents, fRunCommentKey, fRunCommentPath, fRunInfoKey, fRunInfoPath, fRunNoEventsNeeded, fRunStopped, fRunTimeout, fSampleBhOdbOffsetInput, fSampleBhOdbOffsetOutput, fSampleChannelKey, fSampleChannelPath, fSampleCryoInUse, fSampleCryoKey, fSampleCryoPath, fSampleCtrlChKey, fSampleCtrlChPath, fSampleDatetimeKey, fSampleDatetimePath, fSampleFeName, fSampleFeRunning, fSampleHistoLastTime, fSampleHistoNoEntries, fSampleHistoPos, fSampleInput, fSampleInputKey, fSampleInputPath, fSampleNoConnectionKey, fSampleNoConnectionPath, fSampleOutput, fSampleOutputKey, fSampleOutputPath, fSampleOvenOmegaFeRunning, fSampleOvenOmegaInputKey, fSampleOvenOmegaInputPath, fSampleOvenOmegaOutputKey, fSampleOvenOmegaOutputPath, fSampleRawVoltageKey, fSampleRawVoltagePath, fSampleSensorTypeKey, fSampleSensorTypePath, fSampleTempAccuracy, fSampleTempRegulation, fSampleTempUnstable, fSetupBparEnabled, fSetupBparEnabledKey, fSetupBparEnabledPath, fSetupSampleEnabled, fSetupSampleEnabledKey, fSetupSampleEnabledPath, fSetupWewEnabled, fSetupWewEnabledKey, fSetupWewEnabledPath, fShowComments, fSpinRotAngleKey, fSpinRotAnglePath, fSpinRotEnabledKey, fSpinRotEnabledPath, fSpinRotMagInputKey, fSpinRotMagInputPath, fSpinRotMagOutputKey, fSpinRotMagOutputPath, fTflInputKey, fTflInputPath, fTflOutputKey, fTflOutputPath, fTimeoutFlowSet, fTofMaxKey, fTofMaxPath, fTofMinKey, fTofMinPath, fTriggerEventsKey, fTriggerEventsPath, fWarmUpVent, fWarmUpWished, fWEWCriticalCurrentRA, fWEWFeName, fWEWFeRunning, fWEWHMaxCurrent, fWEWInputKey, fWEWInputPath, fWEWLMaxCurrent, fWEWOutputKey, fWEWOutputPath, fXMLAutoRunFln, fXMLAutoRunHTML, fXMLSchemaFln, InitEnabled(), NO_ENERGY_LOSS_PARAM, SAMPLE_CRYO_INPUT, SAMPLE_CRYO_OUTPUT, StatusMsg(), and UpdateStatusMsg().

PLemAutoRun::~PLemAutoRun ( )

Destructor of the PLemAutoRun class. It free's all the memory.

Definition at line 2147 of file PLemAutoRun.cpp.

References fAlarmsKey, fAlarmTdHvTripKey, fBeamlineDemandKey, fClientsKey, fDanfysikInputKey, fDanfysikOutputKey, fEnergyLossParamKey, fExp, fFOMInputKey, fFOMOutputKey, fHVCurrentKey, fHVDemandKey, fHVDetectorDemandKey, fHVDetectorMeasuredKey, fHVMeasuredKey, fLemSetupKey, fLemvacInputKey, fLemvacOutputKey, fMagFieldKey, fMagParamBparKey, fMagParamWewKey, fModDateKey, fModNameKey, fRunCommentKey, fRunInfoKey, fSampleChannelKey, fSampleCryoKey, fSampleCtrlChKey, fSampleDatetimeKey, fSampleInputKey, fSampleNoConnectionKey, fSampleOutputKey, fSampleOvenOmegaInputKey, fSampleOvenOmegaOutputKey, fSampleRawVoltageKey, fSampleSensorTypeKey, fSetupBparEnabledKey, fSetupSampleEnabledKey, fSetupWewEnabledKey, fSpinRotAngleKey, fSpinRotEnabledKey, fSpinRotMagInputKey, fSpinRotMagOutputKey, fTflInputKey, fTflOutputKey, fTofMaxKey, fTofMinKey, fTriggerEventsKey, fWEWInputKey, and fWEWOutputKey.

Member Function Documentation

void PLemAutoRun::ChangeSampleChamberHV ( bool down )

private

Ramp the sample chamber HV's

Definition at line 10685 of file PLemAutoRun.cpp.

References ErrorMsg(), fAutoRunCurrentIter, fEnabled, fFugHvCheck, fHVDemandKey, fHVDemandSampleChamber, fHVMeasuredKey, HTML_ABORTED, HV_FUG_CHS, HV_FUG_MAX_TRY, HV_FUG_RAL, LAR_FUG_NO_RESPONSE, LAR_MSG_NO_LINE_NO, UpdateWebPage(), and Wait().

Referenced by SetTemp(), and SetTempOvenOmega().

void PLemAutoRun::CheckClients ( )

private

Checks if some clients are still running. At the moment it checks if the Analyzer, Frontend, SampleFe, HVFe, and LemvacFe are indeed running. The outcome is stored in the corresponding class tags.

Definition at line 3651 of file PLemAutoRun.cpp.

References ErrorMsg(), fAnalyzerName, fAnalyzerRunning, fClientsKey, fDanfysikFeName, fDanfysikFeRunning, fEnabled, fFrontendName, fFrontendRunning, fHVFeName, fHVFeRunning, fIgnoreClients, fLemvacFeName, fLemvacFeRunning, fSampleFeName, fSampleFeRunning, fSampleOvenOmegaFeName, fSampleOvenOmegaFeRunning, fTflFeName, fTflFeRunning, fWEWFeName, fWEWFeRunning, LAR_MIDAS_KEY_FAILURE, and StatusMsg().

Referenced by DegaussDanfysik(), DegaussSpinRot(), DegaussWEW(), RunStart(), RunStop(), RunStopCheck(), SetFieldDanfysik(), SetFieldWEWH(), SetFieldWEWL(), SetRA_HV(), SetSampleHV(), SetTemp(), SetTempOvenOmega(), and SetTfl().

int PLemAutoRun::CheckFieldCmd ( QString & errMsg )

private

Checks if the given field parameters for the magnet power supplies are within allowed parameters.

Definition at line 5419 of file PLemAutoRun.cpp.

References fAutoRunCmdVector, fDanfysikMaxCurrent, fEnabled, fMagParamBpar, fMagParamWew, fSetupWewEnabled, fWEWHMaxCurrent, fWEWLMaxCurrent, and StatusMsg().

Referenced by ExecAutoRun().

void PLemAutoRun::CheckForOdbSetDataCmds ( )

private

Checks if ODB_SET_DATA and ODB_SET_DATA_ARRAY commands are present, and if yes check the ODB path, ODB index, etc. for its validity. Already from the parsing process, the parameters are filled in the following order: param: [0] odb_set_key_path, [1] set_key_index, [2] set_key_value, [3] odb_readback_key_path, [4] readback_key_index, [5] timeout, [6] tolerance In case some of these parameters are not present, the corresponding parameter string will be empty!

Definition at line 7361 of file PLemAutoRun.cpp.

References CheckOdbType(), ErrorMsg(), fAutoRunCmdVector, fExp, LAR_MIDAS_KEY_FAILURE, LAR_MIDAS_ODB_FAILURE, and StatusMsg().

Referenced by ExecAutoRun().

bool PLemAutoRun::CheckForTransportHvCmd ( )

private

Checks if in the autorun there are TRANSPORT_HV <fln> commands. If yes, verify that (i) the setting file <fln> exists, and (ii) that it is a proper HV settings file.

return:

true if everything is fine
false otherwise

Definition at line 8166 of file PLemAutoRun.cpp.

References ErrorMsg(), fAutoRunCmdVector, fHvSettingsPath, HTML_PARSE_ERROR, LAR_MSG_NO_LINE_NO, LoadHvSettings(), StatusMsg(), and UpdateWebPage().

Referenced by ExecAutoRun().

void PLemAutoRun::CheckForWarmUpCmd ( )

private

Checks if a warmup command is present.

Definition at line 10375 of file PLemAutoRun.cpp.

References fAutoRunCmdVector, fWarmUpDateTime, fWarmUpVent, and fWarmUpWished.

Referenced by ExecAutoRun().

void PLemAutoRun::CheckMidasAlarms ( PAutoRunCmdVector::Iterator iter )

private

Checks if any MIDAS alarm has fired. If yes, it quits the autorun.

Definition at line 3751 of file PLemAutoRun.cpp.

References DisconnectFromExp(), ErrorMsg(), fAlarmsKey, fEnabled, fIgnoreAlarms, HTML_ALARM, LAR_MIDAS_FE_NOT_RUNNING, LAR_MIDAS_KEY_FAILURE, StatusMsg(), and UpdateWebPage().

Referenced by ExecAutoRun().

bool PLemAutoRun::CheckOdbType	(	INT	type,
		AutoRunCmd *	arc
	)

private

Definition at line 7227 of file PLemAutoRun.cpp.

References ErrorMsg(), LAR_MIDAS_KEY_FAILURE, AutoRunCmd::lineNo, and AutoRunCmd::param.

Referenced by CheckForOdbSetDataCmds().

void PLemAutoRun::CheckTempStability ( )

private

Checks if the sample temperature is stable.

Definition at line 4328 of file PLemAutoRun.cpp.

References BH_INPUT_FLOW, SampleTempInfo::datetime, SampleTempInfo::demand_T, ErrorMsg(), fDebug, fEnabled, SampleTempInfo::flow, fSampleBhOdbOffsetInput, fSampleCtrlCh, fSampleDatetimeKey, fSampleHistoLastTime, fSampleHistoNoEntries, fSampleHistoPos, fSampleHistoTime, fSampleInput, fSampleTempAccuracy, fSampleTempHisto, fSampleTempRegulation, fSampleTempUnstable, SampleTempInfo::heater, LakeShoreTime(), LAR_LS340_INPUT_NONSENSE, LAR_LS340_TEMP_NOT_STABLE, LS340_INPUT_HEATER, LS340_INPUT_PRESSURE, LS340_INPUT_SETPOINT, SampleTempInfo::measured_T, SampleTempInfo::pressure, SAMPLE_TEMP_HISTO_MAX, and SampleTempTrend().

Referenced by ExecAutoRun(), SetFlowTweak(), SetTemp(), and SetWait().

void PLemAutoRun::CheckTempStabilityOvenOmega ( )

private

Checks the temperature stability of the oven, controlled by the Omega controller.

Definition at line 4431 of file PLemAutoRun.cpp.

References ErrorMsg(), fSampleOvenOmegaInput, fSampleOvenOmegaOutput, fSampleTempAccuracy, fSampleTempUnstable, LAR_LS340_TEMP_NOT_STABLE, OMEGA_OVEN_INPUT_TEMP, and OMEGA_OVEN_OUTPUT_SETPOINT.

Referenced by ExecAutoRun(), SetTempOvenOmega(), and SetWait().

void PLemAutoRun::CleanLiveData ( )

private

Definition at line 2793 of file PLemAutoRun.cpp.

References fExp, LAR_STATE_RUNNING, and LAR_STATE_STARTING.

Referenced by ConnectToExp().

void PLemAutoRun::ConnectToExp ( )

Connects to the MIDAS experiment. It further makes sure that the class will be notified by MIDAS if something is going wrong.

Definition at line 2528 of file PLemAutoRun.cpp.

References CleanLiveData(), ErrorMsg(), fEnabled, fEnableOnOffModePath, fExp, fExpName, fFieldPwrSupply, fHostName, fRAPulsingEnabled, fSetupBparEnabled, fSetupSampleEnabled, fSetupWewEnabled, GetAllKeys(), LAR_FATAL, LAR_MIDAS_CONNECTION_FAILED, LAR_MIDAS_KEY_FAILURE, LAR_MSG, LAR_OUT_OF_MEMORY, NetworkConnectionLost(), and ReceivedShutdownCmd().

Referenced by main().

void PLemAutoRun::Degauss ( AutoRunCmd * arc )

private

Degauss procedure for the sample magnet. The routine will check which magnet is mounted and call the apropriate routine.

Parameters

arc	autorun command

Definition at line 5893 of file PLemAutoRun.cpp.

References DegaussDanfysik(), DegaussWEW(), and fSetupWewEnabled.

Referenced by ExecAutoRun().

void PLemAutoRun::DegaussDanfysik ( AutoRunCmd * arc )

private

Degauss procedure for the Danfysik magnet power supply.

Parameters

arc	autorun command

Definition at line 5816 of file PLemAutoRun.cpp.

References CheckClients(), DANFYSIK_OUTPUT_CURRENT, DisconnectFromExp(), ErrorMsg(), fAutoRunCurrentIter, fCurrentAutoRunCmd, fDanfysikFeRunning, fDanfysikOutputKey, fEnabled, fNoOfAutoRunCmds, HTML_ABORTED, LAR_MIDAS_FE_NOT_RUNNING, LAR_MSG, AutoRunCmd::lineNo, StatusMsg(), UpdateWebPage(), and Wait().

Referenced by Degauss(), and ExecAutoRun().

void PLemAutoRun::DegaussSpinRot ( AutoRunCmd * arc )

private

Degauss procedure for the LEM spin rotator.

Parameters

arc	autorun command

Definition at line 5909 of file PLemAutoRun.cpp.

References CheckClients(), AutoRunCmd::cmdString, DisconnectFromExp(), ErrorMsg(), fAutoRunCurrentIter, fCurrentAutoRunCmd, fEnabled, fFieldTimeout, fFugHvCheck, fHVAccuracy, fHVDemandKey, fHVFeRunning, fHVMeasuredKey, fHVTimeout, fNoOfAutoRunCmds, fSpinRotAngleKey, fSpinRotMagInputKey, fSpinRotMagOutputKey, HTML_ABORTED, HV_FUG_CHS, HV_FUG_LEFT_PLATE, HV_FUG_LEFT_RODS, HV_FUG_MAX_TRY, HV_FUG_RIGHT_PLATE, HV_FUG_RIGHT_RODS, LAR_MIDAS_FE_NOT_RUNNING, LAR_MSG, LAR_MSG_NO_LINE_NO, LAR_SAMPLE_HV_NOT_REACHED, AutoRunCmd::lineNo, SPINT_ROT_INPUT_CURRENT, SPINT_ROT_OUTPUT_CURRENT, StatusMsg(), UpdateWebPage(), and Wait().

Referenced by ExecAutoRun().

void PLemAutoRun::DegaussWEW ( AutoRunCmd * arc )

private

Degauss procedure for the WEW magnet power supply. The degaussing is following the following procedure: (i) shut down the RA HV's. (ii) do the current cyle: WEWH: 600A -> -40A -> 0, afterwards WEWL: 50A -> -45A -> 0. (iii) ramp the RA HV's back.

Parameters

arc	autorun command

Definition at line 5525 of file PLemAutoRun.cpp.

References CheckClients(), DisconnectFromExp(), ErrorMsg(), fAutoRunCurrentIter, fCurrentAutoRunCmd, fEnabled, fFugHvCheck, fHVDemandKey, fHVMeasuredKey, fNoOfAutoRunCmds, fWEWFeRunning, fWEWInputKey, fWEWOutputKey, HTML_ABORTED, HV_FUG_RAB, HV_FUG_RAL, HV_FUG_RAR, HV_FUG_RAT, HV_FUG_SAMPLE, LAR_MIDAS_FE_NOT_RUNNING, LAR_MIDAS_READBACK_FAILURE, LAR_MSG, AutoRunCmd::lineNo, StatusMsg(), UpdateWebPage(), Wait(), WEW_SSP_LOCK, WEWH_INPUT_CURRENT, WEWH_INPUT_STATUS, WEWH_OUTPUT_CMD, WEWH_OUTPUT_CURRENT, WEWL_INPUT_CURRENT, WEWL_INPUT_STATUS, WEWL_OUTPUT_CMD, and WEWL_OUTPUT_CURRENT.

Referenced by Degauss(), and ExecAutoRun().

void PLemAutoRun::DisconnectAndQuit ( )

slot

Disconnect from the MIDAS experiment and quits.

Definition at line 2968 of file PLemAutoRun.cpp.

References DisconnectFromExp().

Referenced by ReceivedShutdownCmd().

void PLemAutoRun::DisconnectFromExp ( )

Disconnect form the MIDAS experiment.

Definition at line 2918 of file PLemAutoRun.cpp.

References fExp, LAR_STATE_NEXT, and LAR_STATE_STOPPED.

Referenced by CheckMidasAlarms(), DegaussDanfysik(), DegaussSpinRot(), DegaussWEW(), DisconnectAndQuit(), main(), RunStart(), RunStop(), RunStopCheck(), SetFieldDanfysik(), SetFieldWEWH(), SetFieldWEWL(), SetRA_HV(), SetSampleHV(), SetTemp(), SetTempOvenOmega(), and SetTfl().

float PLemAutoRun::EmpiricalFlow	(	float	Tset,
		float	rampSpeed
	)

private

Calculates the empirical flow for the bronkhorst flow meter.

Parameters

Tset	current setpoint
rampSpeed	ramping speed in (K/min) of the sample temperature.

Definition at line 8632 of file PLemAutoRun.cpp.

References fBHFlowOffset, fBHFlowTemp, fBHFlowTempOffset, fBHMaxFlow, fBHMinFlow, fDebug, fDFlowDp0, fDFlowDp1, fDFlowDpExp, fHeatCapCof1, fHeatCapCof2, and fHeatCapCof3.

Referenced by SetFlowAndNeedleValve(), and SetTemp().

void PLemAutoRun::ErrorMsg	(	int	noOfErrors,
		int	idx,
		int	errorNo,
		int	line,
		QString	errorMsg
	)

signal

Referenced by ChangeSampleChamberHV(), CheckClients(), CheckForOdbSetDataCmds(), CheckForTransportHvCmd(), CheckMidasAlarms(), CheckOdbType(), CheckTempStability(), CheckTempStabilityOvenOmega(), ConnectToExp(), DegaussDanfysik(), DegaussSpinRot(), DegaussWEW(), ExecAutoRun(), GetAllKeys(), GetDemandHVSampleChamber(), IsIdle(), LoadHvSettings(), NetworkConnectionLost(), ReadSampleCryoXML(), ReadStartupXML(), ReceivedShutdownCmd(), RunStart(), RunStop(), RunStopCheck(), SampleTempSetNeedleValve(), SetBPV(), SetDump(), SetField(), SetFieldDanfysik(), SetFieldWEWH(), SetFieldWEWL(), SetFOM(), SetHvOff(), SetIgnoreAlarms(), SetIgnoreClients(), SetLEMSetup(), SetLS340Setpoint(), SetModInfo(), SetOdbData(), SetOdbDataArray(), SetOmegaSetpoint(), SetRA_HV(), SetSampleHV(), SetSampleLS340ZoneSettings(), SetSpinRot(), SetTemp(), SetTempOvenOmega(), SetTfl(), SetTitle(), SetTof(), SetTransportHV(), SetWait(), TdHvTripFlagChanged(), UpdateWebPage(), and WarmUp().

void PLemAutoRun::ExecAutoRun ( )

Main autorun loop.

Definition at line 4742 of file PLemAutoRun.cpp.

References CheckFieldCmd(), CheckForOdbSetDataCmds(), CheckForTransportHvCmd(), CheckForWarmUpCmd(), CheckMidasAlarms(), CheckTempStability(), CheckTempStabilityOvenOmega(), CRYO_KONTI, CRYO_OVEN_OMEGA, Degauss(), DegaussDanfysik(), DegaussSpinRot(), DegaussWEW(), ErrorMsg(), fAutoRunCmdVector, fAutoRunCurrentIter, fCurrentAutoRunCmd, fDumpCounter, fDumpFile, fDumpInUse, fExp, fHvTripFlag, fNoOfAutoRunCmds, fRunInfo, fRunInfoKey, fRunStopped, fSampleCryoInUse, fSampleHistoNoEntries, fSampleTempRegulation, fSampleTempUnstable, fWarmUpDateTime, fWarmUpWished, GetGotoLine(), GetRunState(), GotoLine(), HTML_ABORTED, HTML_FATAL, HTML_LOAD, HTML_PARSE_ERROR, HTML_RUNNING, HTML_STOP, HTML_STRANGE, LAR_FATAL, LAR_STATE_LOAD, LAR_STATE_LOADING, LAR_STATE_NEXT, LAR_STATE_PAUSED, LAR_STATE_STOPPED, LAR_STOP_STOP_NONSENSE, LAR_TT_ABORTED, LAR_TT_FINISHED, LAR_TT_IDLE, LAR_TT_WARMUP, RawVoltageDump(), RUN_PAUSED, RUN_RUNNING, RUN_STOPPED, RunStart(), RunStop(), RunStopCheck(), SAMPLE_TEMP_HISTO_MAX, SampleTempAdjustFlow(), SetBPV(), SetDump(), SetField(), SetFieldDanfysik(), SetFieldWEWH(), SetFieldWEWL(), SetFOM(), SetHvOff(), SetIgnoreAlarms(), SetIgnoreClients(), SetLEMSetup(), SetModInfo(), SetOdbData(), SetOdbDataArray(), SetRA_HV(), SetSampleHV(), SetSampleLS340ZoneSettings(), SetSpinRot(), SetTemp(), SetTfl(), SetTitle(), SetTof(), SetTransportHV(), SetWait(), RunInfo::state, StatusMsg(), UpdateRunState(), UpdateStatusMsg(), UpdateWebPage(), Wait(), and WarmUp().

Referenced by main().

void PLemAutoRun::ExecNext ( )

private

void PLemAutoRun::FeedLiveDataAutoRun ( )

PLemAutoRun::FeedLiveDataAutoRun.

Definition at line 4701 of file PLemAutoRun.cpp.

References fAutoRunPath, fExp, and GetAutoRunSequence().

Referenced by main().

void PLemAutoRun::FeedLiveDataErrors	(	int	noOfErrors,
		int	idx,
		int	,
		int	line,
		QString	errorMsg
	)

private

Definition at line 2882 of file PLemAutoRun.cpp.

References fExp, and LAR_TT_IDLE.

Referenced by HandleParseError().

void PLemAutoRun::FeedMidasWatchdog ( )

inline

Definition at line 233 of file PLemAutoRun.h.

References fExp.

bool PLemAutoRun::GetAllKeys ( )

private

Get all the necessary key from the ODB.

Definition at line 3037 of file PLemAutoRun.cpp.

References ErrorMsg(), fAlarmsKey, fAlarmsPath, fAlarmTdHvTripKey, fAlarmTdHvTripPath, fBeamlineDemandKey, fBeamlineDemandPath, fClientsKey, fClientsPath, fDanfysikInputKey, fDanfysikInputPath, fDanfysikOutputKey, fDanfysikOutputPath, fDumpFileName, fEnabled, fEnergyLossParam, fEnergyLossParamKey, fEnergyLossParamPath, fExp, fFOMInputKey, fFOMInputPath, fFOMOutputKey, fFOMOutputPath, fHVCurrentKey, fHVCurrentPath, fHVDemandKey, fHVDemandPath, fHVDetectorDemandKey, fHVDetectorDemandPath, fHVDetectorMeasuredKey, fHVDetectorMeasuredPath, fHVMeasuredKey, fHVMeasuredPath, fHvTripFlag, fLemSetupKey, fLemSetupPath, fLemvacInputKey, fLemvacInputPath, fLemvacOutputKey, fLemvacOutputPath, fMagFieldKey, fMagFieldPath, fMagParamBpar, fMagParamBparKey, fMagParamBparPath, fMagParamWew, fMagParamWewKey, fMagParamWewPath, fModDateKey, fModDatePath, fModNameKey, fModNamePath, fRunCommentKey, fRunCommentPath, fRunInfoKey, fRunInfoPath, fSampleChannelKey, fSampleChannelPath, fSampleCryoKey, fSampleCryoPath, fSampleCtrlCh, fSampleCtrlChKey, fSampleCtrlChPath, fSampleDatetimeKey, fSampleDatetimePath, fSampleInput, fSampleInputKey, fSampleInputPath, fSampleNameKey, fSampleNamePath, fSampleNoConnectionKey, fSampleNoConnectionPath, fSampleOutput, fSampleOutputKey, fSampleOutputPath, fSampleOvenOmegaInput, fSampleOvenOmegaInputKey, fSampleOvenOmegaInputPath, fSampleOvenOmegaOutput, fSampleOvenOmegaOutputKey, fSampleOvenOmegaOutputPath, fSampleRawVoltageKey, fSampleRawVoltagePath, fSampleSensorTypeKey, fSampleSensorTypePath, fSetupBparEnabled, fSetupBparEnabledKey, fSetupBparEnabledPath, fSetupSampleEnabled, fSetupSampleEnabledKey, fSetupSampleEnabledPath, fSetupWewEnabled, fSetupWewEnabledKey, fSetupWewEnabledPath, fSpinRotAngleKey, fSpinRotAnglePath, fSpinRotEnabledKey, fSpinRotEnabledPath, fSpinRotMagInputKey, fSpinRotMagInputPath, fSpinRotMagOutputKey, fSpinRotMagOutputPath, fTflInputKey, fTflInputPath, fTflOutputKey, fTflOutputPath, fTofMaxKey, fTofMaxPath, fTofMinKey, fTofMinPath, fTriggerEventsKey, fTriggerEventsPath, fWEWInputKey, fWEWInputPath, fWEWOutputKey, fWEWOutputPath, LAR_MIDAS_KEY_FAILURE, LS340_INPUT_CF1, LS340_INPUT_CF2, NO_ENERGY_LOSS_PARAM, and TdHvTripFlagChanged.

Referenced by ConnectToExp().

QString PLemAutoRun::GetAutoRunSequence ( )

private

PLemAutoRun::GetAutoRunSequence.

Returns

Definition at line 2711 of file PLemAutoRun.cpp.

References fExp.

Referenced by FeedLiveDataAutoRun(), GetUserAutoRunSeqFln(), and UpdateWebPage().

bool PLemAutoRun::GetBPV ( )

private

Gets the BPVX/Y status of both valves

return:

true if valid data was obtained
false otherwise

Definition at line 10969 of file PLemAutoRun.cpp.

References BPV_STATE_CLOSED, BPV_STATE_OPEN, BPVX, BPVX_STATE, BPVY, BPVY_STATE, fEnabled, fExp, fLemvacInputKey, and fLemVacValveInitialState.

Referenced by RunStart(), SetTemp(), and SetTempOvenOmega().

void PLemAutoRun::GetDemandHVSampleChamber ( )

private

Gets the demand high voltages from the sample chamber.

Definition at line 10662 of file PLemAutoRun.cpp.

References ErrorMsg(), fAutoRunCurrentIter, fHVDemandKey, fHVDemandSampleChamber, HTML_ABORTED, HV_FUG_CHS, HV_FUG_RAL, LAR_FUG_NO_RESPONSE, and UpdateWebPage().

Referenced by SetTemp(), and SetTempOvenOmega().

float PLemAutoRun::GetEnergyLoss ( float hv_mod )

private

Calculates the energy loss at the C-foil

Parameters

hv_mod moderator high voltage

Definition at line 3626 of file PLemAutoRun.cpp.

References fEnabled, fEnergyLossParam, and NO_ENERGY_LOSS_PARAM.

Referenced by SetTitle().

QString* PLemAutoRun::GetExpName ( )

inline

Definition at line 236 of file PLemAutoRun.h.

References fExpName.

int PLemAutoRun::GetGotoLine ( )

private

PLemAutoRun::GetGotoLine.

Returns

Definition at line 2774 of file PLemAutoRun.cpp.

References fExp.

Referenced by ExecAutoRun(), and GotoLine().

QString* PLemAutoRun::GetHostName ( )

inline

Definition at line 235 of file PLemAutoRun.h.

References fHostName.

int PLemAutoRun::GetRunState ( )

private

PLemAutoRun::GetRunState.

Returns

Definition at line 2673 of file PLemAutoRun.cpp.

References fExp.

Referenced by ExecAutoRun().

QString PLemAutoRun::GetUserAutoRunSeqFln ( )

PLemAutoRun::GetUserAutoRunSeqFln.

Returns

Definition at line 3022 of file PLemAutoRun.cpp.

References fAutoRunPath, and GetAutoRunSequence().

Referenced by main().

QString* PLemAutoRun::GetXMLAutoRunFln ( )

inline

Definition at line 239 of file PLemAutoRun.h.

References fXMLAutoRunFln.

Referenced by main().

QString* PLemAutoRun::GetXMLAutoRunValidateFln ( )

inline

Definition at line 240 of file PLemAutoRun.h.

References fXMLAutoRunValidateFln.

Referenced by main().

QString* PLemAutoRun::GetXMLSchemaFln ( )

inline

Definition at line 238 of file PLemAutoRun.h.

References fXMLSchemaFln.

Referenced by main().

void PLemAutoRun::GotoLine	(	PAutoRunCmdVector::Iterator &	iter,
		int	max
	)

private

Parameters

iter
max

Definition at line 10617 of file PLemAutoRun.cpp.

References fAutoRunCmdVector, fCurrentAutoRunCmd, GetGotoLine(), SetGotoLine(), ShowComments(), and StatusMsg().

Referenced by ExecAutoRun().

void PLemAutoRun::HandleOdbTitleTags ( QString & title )

private

PLemAutoRun::HandleOdbTitleTags.

Parameters

title

Definition at line 10086 of file PLemAutoRun.cpp.

References fExp, and fOdbTagVector.

Referenced by SetTitle().

void PLemAutoRun::HandleParseError	(	int	noOfErrors,
		int	idx,
		int	errorNo,
		int	line,
		QString	errorMsg
	)

slot

Handle autorun script parse errors

Definition at line 2944 of file PLemAutoRun.cpp.

References FeedLiveDataErrors(), HTML_PARSE_ERROR, LAR_STATE_STOPPED, UpdateRunState(), UpdateStatusMsg(), and UpdateWebPage().

void PLemAutoRun::InitEnabled ( )

private

PLemAutoRun::InitEnabled.

Definition at line 2448 of file PLemAutoRun.cpp.

References fEnabled.

Referenced by PLemAutoRun().

bool PLemAutoRun::IsIdle ( )

Checks if the auto run state is stopped, i.e. idle

Definition at line 2982 of file PLemAutoRun.cpp.

References ErrorMsg(), fClientsKey, LAR_MIDAS_KEY_FAILURE, and StatusMsg().

Referenced by main().

double PLemAutoRun::LakeShoreTime ( char * str )

private

Function to calculate the number of seconds since 1-1-2000, from the DateTime string send by the LakeShore340.

return:

if ok: number of seconds since 1-1-2000
otherwise: -1.0

Parameters

str	datetime string from the LakeShore340

Definition at line 3816 of file PLemAutoRun.cpp.

Referenced by CheckTempStability().

bool PLemAutoRun::LoadHvSettings	(	PAutoRunCmdVector::Iterator	iter,
		QString	fln,
		int	lineNo,
		bool	simulated = `false`
	)

private

Load HV transport settings from HV setting file and set the values, if simulated == false.

Parameters

iter	iterator to the autorun sequence
fln	path file name of the HV settings file to be loaded.
lineNo	line number of the calling auto run script
simulated	flag, if true only simulate the load process (needed to check if file is a proper file).

Definition at line 8209 of file PLemAutoRun.cpp.

References ErrorMsg(), fEnabled, fExp, fFugHvCheck, fHVAccuracy, fHVDemandKey, fHVMeasuredKey, fHVTimeout, PLemHvSettingsFileParser::GetChNo(), PLemHvSettingsFileParser::GetCurrentLimits(), PLemHvSettingsFileParser::GetHvDemands(), HTML_PARSE_ERROR, PLemHvSettingsFileParser::isValid(), LAR_MSG_NO_LINE_NO, LAR_XML_FILE_MISSING, UpdateWebPage(), and Wait().

Referenced by CheckForTransportHvCmd(), and SetTransportHV().

float PLemAutoRun::NeedleValve ( float Tset )

private

Calculates the needlevalve setting depending on temperature

Parameters

Tset	current setpoint

Definition at line 8591 of file PLemAutoRun.cpp.

References fDebug, fPrefNeedleValveCof_1_0, fPrefNeedleValveCof_1_1, fPrefNeedleValveCof_2_0, fPrefNeedleValveCof_2_1, fPrefNeedleValveCof_3_0, fPrefNeedleValveCof_3_1, fPrefNeedleValveCof_4_0, and fPrefNeedleValveCof_4_1.

Referenced by SetFlowAndNeedleValve(), and SetTemp().

void PLemAutoRun::NetworkConnectionLost ( )

privateslot

slot executed if the network connection is lost

Called when a network problem occured. At the moment it just emits an error message.

Definition at line 2608 of file PLemAutoRun.cpp.

References ErrorMsg(), and LAR_LOST_NETWORK_CONNECTION.

Referenced by ConnectToExp().

void PLemAutoRun::RawVoltageDump ( )

private

Dumps the raw data to file and lowers the dump counter by one.

Definition at line 11004 of file PLemAutoRun.cpp.

References BH_INPUT_FLOW, fDumpCounter, fDumpFile, fSampleBhOdbOffsetInput, fSampleCtrlCh, fSampleDatetimeKey, fSampleInputKey, fSampleRawVoltageKey, LS340_INPUT_HEATER, LS340_INPUT_HEATER_RANGE, LS340_INPUT_PRESSURE, and LS340_INPUT_SETPOINT.

Referenced by ExecAutoRun(), and SetWait().

void PLemAutoRun::ReadSampleCryoXML ( )

Handles the sample cryo parameter XML file.

Definition at line 2383 of file PLemAutoRun.cpp.

References CRYO_KONTI, CRYO_LOWTEMP, CRYO_NO, CRYO_OVEN_OMEGA, ErrorMsg(), fEnabled, fSampleCryoInUse, fSampleCryoKey, and LAR_XML_FILE_MISSING.

Referenced by main().

void PLemAutoRun::ReadStartupXML ( )

Handles the XML start file.

Definition at line 2360 of file PLemAutoRun.cpp.

References ErrorMsg(), and LAR_XML_FILE_MISSING.

Referenced by main().

void PLemAutoRun::ReceivedShutdownCmd ( )

privateslot

slot executed if a shutdown command has been received

Called when a shutdown command was sent. It disconnects from the experiment and quits.

Definition at line 2621 of file PLemAutoRun.cpp.

References DisconnectAndQuit(), ErrorMsg(), fAutoRunCurrentIter, fExp, HTML_ABORTED, LAR_RECIEVED_SHUTDOWN_CMD, LAR_STATE_STOPPED, StatusMsg(), and UpdateWebPage().

Referenced by ConnectToExp().

void PLemAutoRun::RunStart ( AutoRunCmd * arc )

private

Starts a run.

Parameters

arc	autorun command

Definition at line 5111 of file PLemAutoRun.cpp.

References BPV_STATE_CLOSED, BPVX, BPVY, CheckClients(), AutoRunCmd::cmdString, DisconnectFromExp(), ErrorMsg(), fAnalyzerName, fAnalyzerRunning, fAutoRunCurrentIter, fCurrentAutoRunCmd, fDebug, fEnabled, fFieldPwrSupply, fFrontendName, fFrontendRunning, fHVDemandKey, fLemVacValveInitialState, fNoOfAutoRunCmds, fRunCheckEvents, fRunInfo, fRunInfoKey, fRunNoEventsNeeded, fRunStarted, fRunStopped, fRunTimeout, fWEWCriticalCurrentRA, fWEWInputKey, GetBPV(), HTML_ABORTED, HV_FUG_RAB, HV_FUG_RAL, LAR_BPV_CLOSED_AT_RUN_START, LAR_MIDAS_CANNOT_START_RUN, LAR_MIDAS_FE_NOT_RUNNING, LAR_MIDAS_NO_RUN_TRANSITION, LAR_MSG, LAR_MSG_NO_LINE_NO, LAR_RA_HV_OFF_AT_RUN_START, AutoRunCmd::lineNo, AutoRunCmd::noElements, AutoRunCmd::param, RunInfo::run_number, RUN_RUNNING, RunInfo::state, StatusMsg(), UpdateWebPage(), Wait(), WEWH_INPUT_CURRENT, WEWL_INPUT_CURRENT, and WEWL_INPUT_STATUS.

Referenced by ExecAutoRun().

void PLemAutoRun::RunStop ( AutoRunCmd * arc )

private

Stops a run when the required number of events is reached

Definition at line 5262 of file PLemAutoRun.cpp.

References CheckClients(), AutoRunCmd::cmdString, DisconnectFromExp(), ErrorMsg(), fAnalyzerName, fAnalyzerRunning, fAutoRunCurrentIter, fCurrentAutoRunCmd, fEnabled, fFrontendName, fFrontendRunning, fNoOfAutoRunCmds, fRunCheckEvents, fRunNoEventsNeeded, fRunStarted, fRunStopped, fRunTimeout, HTML_ABORTED, LAR_MIDAS_FE_NOT_RUNNING, LAR_MSG, LAR_MSG_NO_LINE_NO, AutoRunCmd::lineNo, AutoRunCmd::noElements, AutoRunCmd::param, and UpdateWebPage().

Referenced by ExecAutoRun().

bool PLemAutoRun::RunStopCheck ( )

private

Checks if a run needs to be stopped, i.e. the number of the requested events is reached, or the needed time has elapsed.

Definition at line 5325 of file PLemAutoRun.cpp.

References CheckClients(), DisconnectFromExp(), ErrorMsg(), fAnalyzerName, fAnalyzerRunning, fAutoRunCurrentIter, fFrontendName, fFrontendRunning, fRunCheckEvents, fRunInfo, fRunInfoKey, fRunNoEventsNeeded, fRunStarted, fRunStopped, fRunTimeout, fTriggerEventsKey, HTML_ABORTED, LAR_MIDAS_CANNOT_START_RUN, LAR_MIDAS_FE_NOT_RUNNING, LAR_MIDAS_KEY_FAILURE, LAR_MSG_NO_LINE_NO, RunInfo::run_number, RUN_RUNNING, RUN_STOPPED, RunInfo::state, StatusMsg(), and UpdateWebPage().

Referenced by ExecAutoRun().

void PLemAutoRun::SampleTempAdjustFlow ( )

private

Definition at line 4075 of file PLemAutoRun.cpp.

References BH_OUTPUT_FLOW, SampleTempInfo::datetime, fBHFlowDHeat, fBHFlowPHeat0, fBHFlowPHeat1, fBHMaxFlow, fBHMinFlow, fDebug, fSampleBhOdbOffsetOutput, fSampleInput, fSampleOutput, fSampleOutputKey, fSampleTempTrend, SampleTempInfo::heater, LS340_INPUT_HEATER, LS340_INPUT_HEATER_RANGE, LS340_OUTPUT_SETPOINT, SampleTempConsiderNeedleValve(), and SampleTempPrefHeaterOutput().

Referenced by ExecAutoRun(), and SetWait().

void PLemAutoRun::SampleTempConsiderFlow ( )

private

This rountine is used to gradually adjust the flow of the bronkhorst flow meter. It is rather a tweaking than a regulation.

Definition at line 4254 of file PLemAutoRun.cpp.

References BH_OUTPUT_FLOW, fBHFlowTemp, fBHMaxFlow, fBHMinFlow, fDebug, fFlowFactor, fFlowLowestFlowToConsider, fFlowMaxRelFlowDiffToConsider, fHeaterMax, fHeaterMin, fLargeFlow, SampleTempInfo::flow, fSampleBhOdbOffsetOutput, fSampleInput, fSampleOutput, fSampleOutputKey, fSampleTempAverage, fSampleTempSecond, fSampleTempTrend, SampleTempInfo::heater, LS340_INPUT_SETPOINT, and SampleTempInfo::measured_T.

Referenced by SetTemp().

void PLemAutoRun::SampleTempConsiderNeedleValve ( )

private

Checks if the position of the needle valve at the transferline needs to be adopted to the current bronkhorst flow situation.

Definition at line 4149 of file PLemAutoRun.cpp.

References BH_INPUT_VALVE, BH_OUTPUT_FLOW, fDebug, SampleTempInfo::flow, fNeedleValveInUse, fPrefNeedleValveAbsStep, fPrefNeedleValveCof_4_0, fPrefNeedleValveRelStep, fSampleBhOdbOffsetInput, fSampleBhOdbOffsetOutput, fSampleInputKey, fSampleOutputKey, fSampleTempAverage, fTflInputKey, fTflOutputKey, SampleTempInfo::pressure, SM_INPUT_NEEDLEVALVE, SM_MODUS_NEEDLEVALVE, and SM_OUTPUT_NEEDLEVALVE.

Referenced by SampleTempAdjustFlow(), and SetTemp().

float PLemAutoRun::SampleTempPrefHeaterOutput ( float heaterRange )

private

Returns the optimal heater output in (%) depending on the heater range of the LakeShore340.

At the moment this is hard wired, but should eventually be transferred to the XML-startup.

Parameters

heaterRange heater range of the LakeShore340

Definition at line 4044 of file PLemAutoRun.cpp.

References fDebug, fSampleOutput, and LS340_OUTPUT_SETPOINT.

Referenced by SampleTempAdjustFlow().

void PLemAutoRun::SampleTempSetNeedleValve ( float value )

private

Sets the needle valve position of the transfer line. This is done only if the needle valve is set to the automatic mode = 2.

Definition at line 4213 of file PLemAutoRun.cpp.

References ErrorMsg(), fEnabled, fNeedleValveInUse, fPrefNeedleValveCof_1_0, fSampleOutputKey, fTflOutputKey, LAR_MSG_NO_LINE_NO, LS340_OUTPUT_SETPOINT, SM_MODUS_NEEDLEVALVE, and SM_OUTPUT_NEEDLEVALVE.

Referenced by SetFlowAndNeedleValve(), and SetTemp().

bool PLemAutoRun::SampleTempStable ( )

private

Definition at line 4118 of file PLemAutoRun.cpp.

References fAbsMaxTempDiff, fDebug, fHeaterMax, fHeaterMin, fMaxTempTrend, fRelMaxTempDiff, fSampleInput, fSampleOutput, fSampleTempAverage, fSampleTempRmsqd, fSampleTempTrend, SampleTempInfo::heater, LS340_INPUT_SETPOINT, LS340_OUTPUT_SETPOINT, and SampleTempInfo::measured_T.

Referenced by SetTemp().

void PLemAutoRun::SampleTempTrend ( )

private

Fits the history buffer to a parabola in the following way: Let $f$ be

$f = \sum_i \left( T_i - \sum_{k=0}^2 a_k t_i^k \right)^2$

where $ T_i $ is a measured temperature point, $ t_i $ the corresponding time, and the $a_k$ the parameter to be determined.

The extremum condition for the $a_k$ 's are than $\partial_{a_j} f = 0$ . From this it follows

$\partial_{a_j} f = 2 \sum_i \left( t_i^j T_i - \sum_{k=0}^2 a_k t_i^{k+j} \right) = 0$

or in matrix form

$\sum_i \underbrace{ \left(\begin{array}{ccc} 1 & t_i & t_i^2 \\ t_i & t_i^2 & t_i^3 \\ t_i^2 & t_i^3 & t_i^4 \end{array}\right)}_{\displaystyle =: A} \cdot \left(\begin{array}{c} a_0 \\ a_1 \\ a_2 \end{array}\right) = \sum_i \left(\begin{array}{c} T_i \\ t_i T_i \\ t_i^2 T_i \end{array}\right)$

From this the $a_k$ 's follow from the matrix inversion of $A$ , which is hopefully implemented correctly.

Definition at line 3873 of file PLemAutoRun.cpp.

References SampleTempInfo::datetime, fDebug, SampleTempInfo::flow, fSampleHistoNoEntries, fSampleHistoPos, fSampleTempAverage, fSampleTempHisto, fSampleTempRmsqd, fSampleTempSecond, fSampleTempTrend, SampleTempInfo::heater, SampleTempInfo::measured_T, SampleTempInfo::pressure, and SAMPLE_TEMP_HISTO_MAX.

Referenced by CheckTempStability().

void PLemAutoRun::SetAutoRunSeq ( PAutoRunCmdVector * arcv )

inline

Definition at line 243 of file PLemAutoRun.h.

References fAutoRunCmdVector.

Referenced by main().

void PLemAutoRun::SetBPV ( AutoRunCmd * arc )

private

Autorun command which allows to Opens/Close the BPVX/Y.

Parameters

arc	pointer to the autorun command structure.

Definition at line 10847 of file PLemAutoRun.cpp.

References BPV_CLOSE, BPV_OPEN, BPVX, BPVY, AutoRunCmd::cmdString, ErrorMsg(), fCurrentAutoRunCmd, fEnabled, fNoOfAutoRunCmds, LAR_MSG, AutoRunCmd::lineNo, AutoRunCmd::param, and StatusMsg().

Referenced by ExecAutoRun(), SetTemp(), SetTempOvenOmega(), and WarmUp().

bool PLemAutoRun::SetBPV	(	int	valve,
		int	cmd
	)

private

Opens/Close the BPVX/Y and validates that it really happend.

return:

true if command was executed
false otherwise

Parameters

valve	tag showing which valve should be handled
cmd	open or close command

Definition at line 10898 of file PLemAutoRun.cpp.

References BPV_CLOSE, BPV_STATE_CLOSED, BPV_STATE_OPEN, BPVX, BPVX_ENABLED, BPVX_SET, BPVX_STATE, BPVY_ENABLED, BPVY_SET, BPVY_STATE, fEnabled, fLemvacInputKey, fLemvacOutputKey, and Wait().

float PLemAutoRun::SetDemandTempRamping ( QString rampParam )

private

Sets the ramping speed if wished (helper function for SetTemp).

Parameters

rampParam ramping parameter

Definition at line 8669 of file PLemAutoRun.cpp.

References fSampleInput, fSampleOutputKey, LS340_INPUT_RAMP, LS340_OUTPUT_RAMP, and Wait().

Referenced by SetTemp().

void PLemAutoRun::SetDump ( AutoRunCmd * arc )

private

dump command

Parameters

arc	autorun command

Definition at line 6213 of file PLemAutoRun.cpp.

References ErrorMsg(), fAutoRunPath, fCurrentAutoRunCmd, fDumpCounter, fDumpFile, fDumpFileName, fDumpInUse, fEnabled, fNoOfAutoRunCmds, fSampleChannelKey, fSampleCtrlChKey, fSampleSensorTypeKey, LAR_MSG, AutoRunCmd::lineNo, AutoRunCmd::param, and StatusMsg().

Referenced by ExecAutoRun().

void PLemAutoRun::SetEnabled	(	const QString	key,
		bool	val
	)

private

PLemAutoRun::SetEnabled.

Parameters

key
val

Definition at line 2506 of file PLemAutoRun.cpp.

References fEnabled.

void PLemAutoRun::SetField ( AutoRunCmd * arc )

private

Set's the field of the sample magnet. Depending on the used magnet, is will either use the Danfysik magnet power supply or the WEW magnet power supply.

Parameters

arc	autorun command

Definition at line 6724 of file PLemAutoRun.cpp.

References ErrorMsg(), fCurrentAutoRunCmd, fMagParamWew, fNoOfAutoRunCmds, fSetupBparEnabled, fSetupWewEnabled, LAR_MSG, AutoRunCmd::lineNo, AutoRunCmd::param, SetFieldDanfysik(), SetFieldWEWH(), and SetFieldWEWL().

Referenced by ExecAutoRun().

void PLemAutoRun::SetFieldDanfysik ( AutoRunCmd * arc )

private

Set's the field with the Danfysik magnet power supply and checks that it is indeed reached.

Parameters

arc	autorun command

Definition at line 6633 of file PLemAutoRun.cpp.

References CheckClients(), AutoRunCmd::cmdString, DANFYSIK_INPUT_CURRENT, DANFYSIK_OUTPUT_CURRENT, DisconnectFromExp(), ErrorMsg(), fAutoRunCurrentIter, fCurrentAutoRunCmd, fDanfysikFeRunning, fDanfysikInputKey, fDanfysikOutputKey, fEnabled, fFieldAccuracy, fFieldPwrSupply, fFieldTimeout, fMagParamBpar, fNoOfAutoRunCmds, HTML_ABORTED, LAR_FIELD_NOT_REACHED, LAR_MIDAS_FE_NOT_RUNNING, LAR_MSG, AutoRunCmd::lineNo, AutoRunCmd::param, StatusMsg(), UpdateWebPage(), and Wait().

Referenced by ExecAutoRun(), and SetField().

void PLemAutoRun::SetFieldWEWH ( AutoRunCmd * arc )

private

Set's the field of the WEW magnet with the WEWH magnet power supply and checks that it is indeed reached.

Parameters

arc	autorun command

Definition at line 6469 of file PLemAutoRun.cpp.

References CheckClients(), AutoRunCmd::cmdString, DisconnectFromExp(), ErrorMsg(), fAutoRunCurrentIter, fCurrentAutoRunCmd, fEnabled, fFieldAccuracy, fFieldPwrSupply, fFieldTimeout, fHVDemandKey, fMagParamWew, fNoOfAutoRunCmds, fRAPulsingEnabled, fWEWCriticalCurrentRA, fWEWFeRunning, fWEWInputKey, fWEWOutputKey, HTML_ABORTED, HV_FUG_RAB, HV_FUG_RAL, LAR_FIELD_NOT_REACHED, LAR_FORCED_RA_OFF, LAR_MIDAS_FE_NOT_RUNNING, LAR_MSG, AutoRunCmd::lineNo, AutoRunCmd::param, StatusMsg(), UpdateWebPage(), Wait(), WEWH_INPUT_CURRENT, WEWH_OUTPUT_CMD, WEWH_OUTPUT_CURRENT, WEWL_INPUT_CURRENT, WEWL_INPUT_STATUS, WEWL_OUTPUT_CMD, and WEWL_OUTPUT_CURRENT.

Referenced by ExecAutoRun(), and SetField().

void PLemAutoRun::SetFieldWEWL ( AutoRunCmd * arc )

private

Set's the field of the WEW magnet with the WEWL magnet power supply and checks that it is indeed reached.

Parameters

arc	autorun command

Definition at line 6308 of file PLemAutoRun.cpp.

References CheckClients(), AutoRunCmd::cmdString, DisconnectFromExp(), ErrorMsg(), fAutoRunCurrentIter, fCurrentAutoRunCmd, fEnabled, fFieldAccuracy, fFieldPwrSupply, fFieldTimeout, fHVDemandKey, fMagParamWew, fNoOfAutoRunCmds, fRAPulsingEnabled, fWEWCriticalCurrentRA, fWEWFeRunning, fWEWInputKey, fWEWOutputKey, HTML_ABORTED, HV_FUG_RAB, HV_FUG_RAL, LAR_FIELD_NOT_REACHED, LAR_FORCED_RA_OFF, LAR_MIDAS_FE_NOT_RUNNING, LAR_MSG, AutoRunCmd::lineNo, AutoRunCmd::param, StatusMsg(), UpdateWebPage(), Wait(), WEWH_INPUT_CURRENT, WEWH_INPUT_STATUS, WEWH_OUTPUT_CMD, WEWH_OUTPUT_CURRENT, WEWL_INPUT_CURRENT, WEWL_OUTPUT_CMD, and WEWL_OUTPUT_CURRENT.

Referenced by ExecAutoRun(), and SetField().

void PLemAutoRun::SetFlow ( QString flowParam )

private

Sets the flow for the LowTemp if explicitly given.

Parameters

flowParam flow parameter string

Definition at line 8764 of file PLemAutoRun.cpp.

References BH_OUTPUT_FLOW, fSampleBhOdbOffsetOutput, and fSampleOutputKey.

Referenced by SetTemp().

void PLemAutoRun::SetFlowAndNeedleValve	(	QString	flowParam,
		float &	rampSpeed,
		float	newDemandTemp,
		float	deltaT,
		float	flowScale
	)

private

Sets the bronkhorst flow value and tweaks the needle valve of the transfer line (helper function for SetTemp).

This routine is only used for new demand temperature > current temperature.

In case of ramping, the flow is picked up at the current flow (not the estimated one) and gradually changed according the following formula

$f_{\rm corr}(T) = \left[(a_0 - 1)\,\frac{T-T_1}{T_0-T_1} + 1\right] f(t)$

where

$f_{\rm corr}(T)$

is the corrected flow with the property

$f_{\rm corr}(T_0) =$

the current flow,

$f(t)$

is the estimated flow,

$a_0 = f_{\rm corr}(T_0)/f(T_0)$

, and

$T_0, T, T_1$

are the starting temperature, the current temperature, and the new demand temperature.

Parameters

flowParam	flow parameter
rampSpeed	temperature ramping speed in (K/min)
newDemandTemp	target demand temperature
deltaT	starting temperature - target demand temperature, i.e. $=T_0-T_1$
flowScale	is $= a_0$

Definition at line 8717 of file PLemAutoRun.cpp.

References BH_OUTPUT_FLOW, EmpiricalFlow(), fBHFlowOffset, fSampleBhOdbOffsetOutput, fSampleInput, fSampleOutputKey, LS340_INPUT_SETPOINT, NeedleValve(), and SampleTempSetNeedleValve().

Referenced by SetTemp().

void PLemAutoRun::SetFlowTweak ( float flow )

private

used to tweak the flow in the cooling procedure (helper function for SetTemp).

Parameters

flow	to be tweaked

Definition at line 8945 of file PLemAutoRun.cpp.

References BH_OUTPUT_FLOW, CheckTempStability(), fFlowTimeoutReduction, fSampleBhOdbOffsetOutput, fSampleOutputKey, and Wait().

Referenced by SetTemp().

void PLemAutoRun::SetFOM ( AutoRunCmd * arc )

private

Set's the current of the floating ohm meter (FOM).

Parameters

arc	autorun command

Definition at line 7029 of file PLemAutoRun.cpp.

References AutoRunCmd::cmdString, ErrorMsg(), fCurrentAutoRunCmd, fEnabled, fFieldTimeout, fFOMCurrentAccuracy, fFOMInputKey, fFOMOutputKey, fNoOfAutoRunCmds, FOM_CURRENT_DEMAND, FOM_CURRENT_MEASURED, FOM_STANDBY, LAR_FOM_CURRENT_NOT_REACHED, LAR_MSG, AutoRunCmd::lineNo, AutoRunCmd::param, StatusMsg(), and Wait().

Referenced by ExecAutoRun().

void PLemAutoRun::SetGotoLine ( const int line )

private

PLemAutoRun::SetGotoLine.

Parameters

line

Definition at line 2759 of file PLemAutoRun.cpp.

References fExp.

Referenced by GotoLine().

void PLemAutoRun::SetHvOff ( AutoRunCmd * arc )

private

Shuts down all HV's for the requested chamber.

Definition at line 8383 of file PLemAutoRun.cpp.

References AutoRunCmd::cmdString, ErrorMsg(), fCurrentAutoRunCmd, fEnabled, fHVDemandKey, fHVDetectorDemandKey, fHVDetectorMeasuredKey, fNoOfAutoRunCmds, HV_FUG_LENSE_2, HV_FUG_LENSE_3, HV_FUG_MIRROR, HV_FUG_MOD, HV_FUG_RAL, HV_FUG_RIGHT_PLATE, HV_FUG_RIGHT_RODS, HV_FUG_SAMPLE, HV_NHQ_MCP1, HV_NHQ_TD_FIRST, HV_NHQ_TD_LAST, LAR_MSG, LAR_MSG_NO_LINE_NO, AutoRunCmd::lineNo, AutoRunCmd::param, StatusMsg(), and Wait().

Referenced by ExecAutoRun().

void PLemAutoRun::SetIgnoreAlarms ( AutoRunCmd * arc )

private

alarm command. Allows to temporarily enable/disable the alarm checks.

Parameters

arc	autorun command

Definition at line 6161 of file PLemAutoRun.cpp.

References AutoRunCmd::cmdString, ErrorMsg(), fCurrentAutoRunCmd, fIgnoreAlarms, fNoOfAutoRunCmds, LAR_MSG, AutoRunCmd::lineNo, AutoRunCmd::param, and StatusMsg().

Referenced by ExecAutoRun().

void PLemAutoRun::SetIgnoreClients ( AutoRunCmd * arc )

private

client command. Allows to temporarily enable/disable the client checks.

Parameters

arc	autorun command

Definition at line 6187 of file PLemAutoRun.cpp.

References AutoRunCmd::cmdString, ErrorMsg(), fCurrentAutoRunCmd, fIgnoreClients, fNoOfAutoRunCmds, LAR_MSG, AutoRunCmd::lineNo, AutoRunCmd::param, and StatusMsg().

Referenced by ExecAutoRun().

void PLemAutoRun::SetLEMSetup ( AutoRunCmd * arc )

private

Sets the LEM setup info variable in the ODB.

Parameters

arc	autorun command

Definition at line 7160 of file PLemAutoRun.cpp.

References AutoRunCmd::cmdString, ErrorMsg(), fCurrentAutoRunCmd, fEnabled, fLemSetupKey, fNoOfAutoRunCmds, LAR_MSG, AutoRunCmd::lineNo, AutoRunCmd::param, and StatusMsg().

Referenced by ExecAutoRun().

void PLemAutoRun::SetLS340HeaterRangeAndPIDs ( AutoRunCmd * arc )

private

Sets the heater range and the PID's of the LS340 (helper function for SetTemp). see also LakeShore 340 'User's manual' p.9-39

Parameters

arc	autorun command

Definition at line 8812 of file PLemAutoRun.cpp.

References fSampleOutputKey, LS340_OUTPUT_HEATER_RANGE, LS340_OUTPUT_PID_D, LS340_OUTPUT_PID_I, LS340_OUTPUT_PID_P, AutoRunCmd::param, TEMP_D_PID, TEMP_HEATER_RANGE, TEMP_I_PID, and TEMP_P_PID.

Referenced by SetTemp().

void PLemAutoRun::SetLS340Mode ( AutoRunCmd * arc )

private

Sets the control mode of the LS340 (helper function for SetTemp). see also LakeShore 340 'User's manual' p.9-28

Parameters

arc	autorun command

Definition at line 8783 of file PLemAutoRun.cpp.

References fSampleInput, fSampleOutputKey, LS340_CTRL_PID, LS340_CTRL_ZONE, LS340_INPUT_HEATER_MODE, LS340_OUTPUT_HEATER_MODE, AutoRunCmd::param, TEMP_D_PID, TEMP_HEATER_RANGE, TEMP_I_PID, and TEMP_P_PID.

Referenced by SetTemp().

void PLemAutoRun::SetLS340Setpoint	(	float	setpoint,
		float	rampSpeed
	)

private

Sets the setpoint the LS340 (helper function for SetTemp).

Parameters

setpoint	set point to be set
rampSpeed	demand temperature ramping speed

Definition at line 8866 of file PLemAutoRun.cpp.

References ErrorMsg(), fAutoRunCurrentIter, fSampleInput, fSampleOutputKey, HTML_ABORTED, LAR_MIDAS_READBACK_FAILURE, LS340_INPUT_SETPOINT, LS340_OUTPUT_SETPOINT, UpdateWebPage(), and Wait().

Referenced by SetTemp().

void PLemAutoRun::SetModInfo ( AutoRunCmd * arc )

private

Sets the Moderator info variables in the ODB.

Parameters

arc	autorun command

Definition at line 7194 of file PLemAutoRun.cpp.

References AutoRunCmd::cmdString, ErrorMsg(), fCurrentAutoRunCmd, fEnabled, fModDateKey, fModNameKey, fNoOfAutoRunCmds, LAR_MSG, AutoRunCmd::lineNo, AutoRunCmd::param, and StatusMsg().

Referenced by ExecAutoRun().

void PLemAutoRun::SetOdbData ( AutoRunCmd * arc )

private

Sets ODB variables. For details see the documentation. Already from the parsing process, the parameters are filled in the following order: param: [0] odb_set_key_path, [1] set_key_index, [2] set_key_value, [3] odb_readback_key_path, [4] readback_key_index, [5] timeout, [6] tolerance In case some of these parameters are not present, the corresponding parameter string will be empty!

Parameters

arc	autorun command

Definition at line 7577 of file PLemAutoRun.cpp.

References AutoRunCmd::cmdString, ErrorMsg(), fCurrentAutoRunCmd, fExp, fNoOfAutoRunCmds, LAR_MIDAS_KEY_FAILURE, LAR_MSG, LAR_MSG_NO_LINE_NO, AutoRunCmd::lineNo, AutoRunCmd::param, StatusMsg(), and Wait().

Referenced by ExecAutoRun().

void PLemAutoRun::SetOdbDataArray ( AutoRunCmd * arc )

private

Sets ODB variables. For details see the documentation.

Parameters

arc	autorun command

Definition at line 7825 of file PLemAutoRun.cpp.

References AutoRunCmd::cmdString, ErrorMsg(), fCurrentAutoRunCmd, fExp, fNoOfAutoRunCmds, LAR_MIDAS_KEY_FAILURE, LAR_MSG, AutoRunCmd::lineNo, AutoRunCmd::noElements, AutoRunCmd::param, and StatusMsg().

Referenced by ExecAutoRun().

void PLemAutoRun::SetOdbTagVec ( POdbTagVector * otv )

inline

Definition at line 242 of file PLemAutoRun.h.

References fOdbTagVector.

Referenced by main().

void PLemAutoRun::SetOmegaSetpoint ( float setpoint )

private

Sets the setpoint the Omega controller (helper function for SetTempOvenOmega).

Parameters

setpoint set point to be set

Definition at line 8906 of file PLemAutoRun.cpp.

References ErrorMsg(), fAutoRunCurrentIter, fSampleOvenOmegaInput, fSampleOvenOmegaOutputKey, HTML_ABORTED, LAR_MIDAS_READBACK_FAILURE, OMEGA_OVEN_INPUT_SETPOINT, OMEGA_OVEN_OUTPUT_SETPOINT, UpdateWebPage(), and Wait().

Referenced by SetTempOvenOmega().

void PLemAutoRun::SetRA_HV ( AutoRunCmd * arc )

private

Sets the ring anode HV and checks that it indeed has been reached. The ring anode HV's are given in the order: left, right, top, bottom.

Parameters

arc	autorun command

Definition at line 7999 of file PLemAutoRun.cpp.

References CheckClients(), AutoRunCmd::cmdString, DisconnectFromExp(), ErrorMsg(), fAutoRunCurrentIter, fCurrentAutoRunCmd, fEnabled, fFugHvCheck, fHVAccuracy, fHVDemandKey, fHVFeRunning, fHVMeasuredKey, fHVTimeout, fNoOfAutoRunCmds, HTML_ABORTED, HV_FUG_MAX_TRY, HV_FUG_RAB, HV_FUG_RAL, HV_FUG_RAR, HV_FUG_RAT, LAR_MIDAS_FE_NOT_RUNNING, LAR_MSG, LAR_MSG_NO_LINE_NO, LAR_SAMPLE_HV_NOT_REACHED, AutoRunCmd::lineNo, AutoRunCmd::noElements, AutoRunCmd::param, StatusMsg(), UpdateWebPage(), and Wait().

Referenced by ExecAutoRun().

void PLemAutoRun::SetSampleHV ( AutoRunCmd * arc )

private

Sets the sample HV and checks that it indeed has been reached.

Parameters

arc	autorun command

Definition at line 7882 of file PLemAutoRun.cpp.

References CheckClients(), AutoRunCmd::cmdString, DisconnectFromExp(), ErrorMsg(), fAutoRunCurrentIter, fCurrentAutoRunCmd, fEnabled, fFugHvCheck, fHVAccuracy, fHVDemandKey, fHVFeRunning, fHVMeasuredKey, fHVTimeout, fNoOfAutoRunCmds, HTML_ABORTED, HV_FUG_MAX_TRY, HV_FUG_SAMPLE, LAR_MIDAS_FE_NOT_RUNNING, LAR_MSG, LAR_MSG_NO_LINE_NO, LAR_SAMPLE_HV_NOT_REACHED, AutoRunCmd::lineNo, AutoRunCmd::param, StatusMsg(), UpdateWebPage(), and Wait().

Referenced by ExecAutoRun().

void PLemAutoRun::SetSampleLS340ZoneSettings ( )

private

Checks at the beginning of an autorun if there is a setTemp command present. If yes it will check if the current parameter settings of the sample LS340 is corresponding to its ZONE settings.

Definition at line 8510 of file PLemAutoRun.cpp.

References ErrorMsg(), fAutoRunCmdVector, fEnabled, fExp, fSampleOutputKey, LAR_MSG_NO_LINE_NO, LS340_OUTPUT_HEATER_MODE, LS340_OUTPUT_HEATER_RANGE, LS340_OUTPUT_PID_D, LS340_OUTPUT_PID_I, LS340_OUTPUT_PID_P, and LS340_OUTPUT_SETPOINT.

Referenced by ExecAutoRun().

void PLemAutoRun::SetSpinRot ( AutoRunCmd * arc )

private

Set the spin rotation angle.

Parameters

arc	autorun command

Definition at line 6757 of file PLemAutoRun.cpp.

References AutoRunCmd::cmdString, ErrorMsg(), fAutoRunCurrentIter, fCurrentAutoRunCmd, fEnabled, fFieldTimeout, fFugHvCheck, fHVAccuracy, fHVDemandKey, fHVMeasuredKey, fHVTimeout, fNoOfAutoRunCmds, fSpinRotAngleKey, fSpinRotEnabledKey, fSpinRotMagInputKey, fSpinRotMagOutputKey, HTML_ABORTED, HV_FUG_CHS, HV_FUG_LEFT_PLATE, HV_FUG_LEFT_RODS, HV_FUG_MAX_TRY, HV_FUG_RIGHT_PLATE, HV_FUG_RIGHT_RODS, LAR_MSG, LAR_MSG_NO_LINE_NO, LAR_SAMPLE_HV_NOT_REACHED, AutoRunCmd::lineNo, AutoRunCmd::noElements, AutoRunCmd::param, SPINT_ROT_INPUT_CURRENT, SPINT_ROT_OUTPUT_CURRENT, StatusMsg(), UpdateWebPage(), and Wait().

Referenced by ExecAutoRun().

void PLemAutoRun::SetTemp ( AutoRunCmd * arc )

private

Sets the sample temperature and checks that it is indeed reached and stable.

Parameters

arc	autorun command

Definition at line 9029 of file PLemAutoRun.cpp.

References BH_OUTPUT_FLOW, BPV_CLOSE, BPV_OPEN, BPV_STATE_OPEN, BPVX, ChangeSampleChamberHV(), CheckClients(), CheckTempStability(), AutoRunCmd::cmdString, CRYO_KONTI, CRYO_LOWTEMP, DisconnectFromExp(), EmpiricalFlow(), ErrorMsg(), fAutoRunCurrentIter, fBHFlowOffset, fBHFlowTemp, fBHFlowTempOffset, fCurrentAutoRunCmd, fDebug, fDSetRatio, fEnabled, fFlowSetAbsolute, fFlowSetRatio, fLargeFlow, fLemvacFeRunning, fLemVacValveInitialState, fMaxTempIncrease, fNoOfAutoRunCmds, fSampleBhOdbOffsetOutput, fSampleCryoInUse, fSampleCryoKey, fSampleCtrlCh, fSampleFeRunning, fSampleInput, fSampleInputKey, fSampleOutput, fSampleOutputKey, fSampleTempAccuracy, fSampleTempUnstable, fTimeoutFlowSet, GetBPV(), GetDemandHVSampleChamber(), HTML_ABORTED, LAR_BPVY_NO_RESPONSE, LAR_LS340_TEMP_NOT_STABLE, LAR_MIDAS_DEVICE_NOT_REMOTE, LAR_MIDAS_FE_NOT_RUNNING, LAR_MSG, AutoRunCmd::lineNo, LS340_INPUT_PID_D, LS340_INPUT_RAMP, LS340_INPUT_SETPOINT, LS340_OUTPUT_PID_D, LS340_OUTPUT_REMOTE, LS340_OUTPUT_SETPOINT, NeedleValve(), AutoRunCmd::noElements, AutoRunCmd::param, SampleTempConsiderFlow(), SampleTempConsiderNeedleValve(), SampleTempSetNeedleValve(), SampleTempStable(), SetBPV(), SetDemandTempRamping(), SetFlow(), SetFlowAndNeedleValve(), SetFlowTweak(), SetLS340HeaterRangeAndPIDs(), SetLS340Mode(), SetLS340Setpoint(), SetTempOvenOmega(), StatusMsg(), TEMP_DELTA_T, TEMP_DEMAND_TEMP, TEMP_FLOW, TEMP_RAMP, TEMP_STABILITY_TIMEOUT, UpdateWebPage(), Wait(), and WaitUntilSampleLS340Ready().

Referenced by ExecAutoRun().

void PLemAutoRun::SetTempOvenOmega ( AutoRunCmd * arc )

private

Sets the temperature of the oven controlled via the Omega controller.

Parameters

arc	autorun command

Definition at line 9592 of file PLemAutoRun.cpp.

References BPV_CLOSE, BPV_OPEN, BPV_STATE_OPEN, BPVX, ChangeSampleChamberHV(), CheckClients(), CheckTempStabilityOvenOmega(), AutoRunCmd::cmdString, DisconnectFromExp(), ErrorMsg(), fAutoRunCurrentIter, fCurrentAutoRunCmd, fDebug, fEnabled, fLemvacFeRunning, fLemVacValveInitialState, fMaxTempIncrease, fNoOfAutoRunCmds, fSampleOvenOmegaFeRunning, fSampleOvenOmegaInput, fSampleTempUnstable, GetBPV(), GetDemandHVSampleChamber(), HTML_ABORTED, LAR_BPVY_NO_RESPONSE, LAR_LS340_TEMP_NOT_STABLE, LAR_MIDAS_FE_NOT_RUNNING, LAR_MSG, AutoRunCmd::lineNo, OMEGA_OVEN_INPUT_TEMP, AutoRunCmd::param, SetBPV(), SetOmegaSetpoint(), StatusMsg(), TEMP_DEMAND_TEMP, TEMP_STABILITY_TIMEOUT, UpdateWebPage(), and Wait().

Referenced by SetTemp().

void PLemAutoRun::SetTfl ( AutoRunCmd * arc )

private

PLemAutoRun::SetTfl.

Parameters

arc

Definition at line 8968 of file PLemAutoRun.cpp.

References CheckClients(), AutoRunCmd::cmdString, DisconnectFromExp(), ErrorMsg(), fAutoRunCurrentIter, fCurrentAutoRunCmd, fDebug, fEnabled, fNoOfAutoRunCmds, fTflFeRunning, fTflOutputKey, HTML_ABORTED, LAR_MIDAS_FE_NOT_RUNNING, LAR_MSG, AutoRunCmd::lineNo, AutoRunCmd::param, SM_MODUS_NEEDLEVALVE, SM_OUTPUT_NEEDLEVALVE, StatusMsg(), and UpdateWebPage().

Referenced by ExecAutoRun().

void PLemAutoRun::SetTitle ( AutoRunCmd * arc )

private

Sets the run title.

Parameters

arc	autorun command

Definition at line 9823 of file PLemAutoRun.cpp.

References DANFYSIK_INPUT_CURRENT, ErrorMsg(), fCurrentAutoRunCmd, fDanfysikInputKey, fEnabled, fFieldPwrSupply, fFugHvCheck, fHVDemandKey, fHVMeasuredKey, fMagParamBpar, fMagParamWew, fNoOfAutoRunCmds, fRunCommentKey, fSampleCryoKey, fSampleCtrlCh, fSampleInputKey, fSampleNameKey, fSampleOvenOmegaInputKey, fSpinRotAngleKey, fSpinRotEnabledKey, fWEWInputKey, GetEnergyLoss(), HandleOdbTitleTags(), HV_FUG_MOD, HV_FUG_RAB, HV_FUG_RAL, HV_FUG_RAR, HV_FUG_RAT, HV_FUG_SAMPLE, LAR_MSG, AutoRunCmd::lineNo, OMEGA_OVEN_INPUT_TEMP, AutoRunCmd::param, StatusMsg(), WEWH_INPUT_CURRENT, WEWL_INPUT_CURRENT, and WEWL_INPUT_STATUS.

Referenced by ExecAutoRun().

void PLemAutoRun::SetTof ( AutoRunCmd * arc )

private

Sets the time of flight info.

Parameters

arc	autorun command

Definition at line 10277 of file PLemAutoRun.cpp.

References AutoRunCmd::cmdString, ErrorMsg(), fCurrentAutoRunCmd, fEnabled, fNoOfAutoRunCmds, fTofMaxKey, fTofMinKey, LAR_MSG, AutoRunCmd::lineNo, AutoRunCmd::param, and StatusMsg().

Referenced by ExecAutoRun().

void PLemAutoRun::SetTransportHV ( AutoRunCmd * arc )

private

Load HV transport settings from HV setting file and set the values.

Parameters

arc	autorun command

Definition at line 8338 of file PLemAutoRun.cpp.

References AutoRunCmd::cmdString, ErrorMsg(), fCurrentAutoRunCmd, fEnabled, fHvSettingsPath, fNoOfAutoRunCmds, LAR_MSG, AutoRunCmd::lineNo, LoadHvSettings(), AutoRunCmd::param, and StatusMsg().

Referenced by ExecAutoRun().

void PLemAutoRun::SetWait ( AutoRunCmd * arc )

private

wait command

Parameters

arc	autorun command

Definition at line 10319 of file PLemAutoRun.cpp.

References CheckTempStability(), CheckTempStabilityOvenOmega(), AutoRunCmd::cmdString, CRYO_KONTI, CRYO_OVEN_OMEGA, ErrorMsg(), fCurrentAutoRunCmd, fDumpCounter, fDumpFile, fDumpInUse, fEnabled, fNoOfAutoRunCmds, fSampleCryoInUse, fSampleHistoNoEntries, fSampleTempRegulation, fSampleTempUnstable, LAR_MSG, AutoRunCmd::lineNo, AutoRunCmd::param, RawVoltageDump(), SAMPLE_TEMP_HISTO_MAX, SampleTempAdjustFlow(), StatusMsg(), and Wait().

Referenced by ExecAutoRun().

bool PLemAutoRun::ShowComments ( )

private

PLemAutoRun::ShowComments.

Returns

Definition at line 2734 of file PLemAutoRun.cpp.

References fExp.

Referenced by GotoLine(), and UpdateWebPage().

void PLemAutoRun::StatusMsg ( const QString statusMsg )

signal

void PLemAutoRun::UpdateRunState ( const int state )

private

UpdateRunState.

Parameters

state

Definition at line 2696 of file PLemAutoRun.cpp.

References fExp.

Referenced by ExecAutoRun(), and HandleParseError().

void PLemAutoRun::UpdateStatusMsg ( const QString statusMsg )

privateslot

Update autorun status message in ODB.

Definition at line 2650 of file PLemAutoRun.cpp.

References fExp.

Referenced by ExecAutoRun(), HandleParseError(), and PLemAutoRun().

void PLemAutoRun::UpdateWebPage	(	PAutoRunCmdVector::Iterator	currentIter,
		int	tag,
		int	errLineNo = `0`,
		QString	errMsg = `""`
	)

private

Generates dynamically the 'LEM Autorun Parameter' web-page with status informations about the current autorun. It further displays the current autorun sequence, highlighting the current command.

Parameters

currentIter current autorun command iterator

tag

These tags are used to differentiate the autorun states, and can have the three possible values

HTML_LOAD indicates that the autorun sequence just needs to be loaded
HTML_START indicating the start of the autorun sequence (not used at the moment)
HTML_RUNNING indicating that an autorun sequence is underway
HTML_STOP indicating that an autorun sequence just finished
HTML_ABORTED indicating that the autorun sequence was aborted by the user, or by autorun if there some mandatory conditions are not fulfilled.
HTML_WARMUP indicating that the warmup command started
HTML_STRANGE indicating that a run is already active when autorun was started and
HTML_PARSE_ERROR autorun script parse error present
HTML_FATAL if something really goes wrong, e.g. no autorun commands present

Definition at line 4468 of file PLemAutoRun.cpp.

References ErrorMsg(), fAutoRunCmdVector, fAutoRunPath, fExpName, fXMLAutoRunHTML, GetAutoRunSequence(), HTML_ABORTED, HTML_ALARM, HTML_FATAL, HTML_LOAD, HTML_PARSE_ERROR, HTML_STOP, HTML_STRANGE, HTML_WARMUP, LAR_MSG_NO_LINE_NO, and ShowComments().

Referenced by ChangeSampleChamberHV(), CheckForTransportHvCmd(), CheckMidasAlarms(), DegaussDanfysik(), DegaussSpinRot(), DegaussWEW(), ExecAutoRun(), GetDemandHVSampleChamber(), HandleParseError(), LoadHvSettings(), ReceivedShutdownCmd(), RunStart(), RunStop(), RunStopCheck(), SetFieldDanfysik(), SetFieldWEWH(), SetFieldWEWL(), SetLS340Setpoint(), SetOmegaSetpoint(), SetRA_HV(), SetSampleHV(), SetSpinRot(), SetTemp(), SetTempOvenOmega(), SetTfl(), and WarmUp().

void PLemAutoRun::Wait ( int timeout )

private

Performs a midas watchdog save wait where needed. It splits the given timeout into 1 sec slots and feeds the watchdog by calling cm_yield.

Parameters

timeout in milliseconds

Definition at line 11051 of file PLemAutoRun.cpp.

References fExp.

Referenced by ChangeSampleChamberHV(), DegaussDanfysik(), DegaussSpinRot(), DegaussWEW(), ExecAutoRun(), LoadHvSettings(), RunStart(), SetBPV(), SetDemandTempRamping(), SetFieldDanfysik(), SetFieldWEWH(), SetFieldWEWL(), SetFlowTweak(), SetFOM(), SetHvOff(), SetLS340Setpoint(), SetOdbData(), SetOmegaSetpoint(), SetRA_HV(), SetSampleHV(), SetSpinRot(), SetTemp(), SetTempOvenOmega(), SetWait(), WaitUntilSampleLS340Ready(), and WarmUp().

void PLemAutoRun::WaitUntilSampleLS340Ready ( )

private

Waits for the LS340 to be ready.

Definition at line 8840 of file PLemAutoRun.cpp.

References fSampleNoConnectionKey, and Wait().

Referenced by SetTemp().

void PLemAutoRun::WarmUp ( PAutoRunCmdVector::Iterator iter )

private

Handles the warm up procedure.

Parameters

iter

Definition at line 10406 of file PLemAutoRun.cpp.

References BEAMLINE_KV61_DEMAND_CH, BEAMLINE_KV62_DEMAND_CH, BH_OUTPUT_FLOW, BPV_CLOSE, BPVX, BPVY, ErrorMsg(), fBeamlineDemandKey, fBHFlowOffset, fBHFlowTemp, fBHFlowTempOffset, fCurrentAutoRunCmd, fEnabled, fExp, fFugHvCheck, fHVDemandKey, fHVMeasuredKey, fLemvacOutputKey, fNoOfAutoRunCmds, fRunInfo, fRunNoEventsNeeded, fRunStopped, fSampleBhOdbOffsetOutput, fSampleCtrlCh, fSampleInput, fSampleInputKey, fSampleOutputKey, fWarmUpVent, HTML_WARMUP, HV_FUG_CHS, HV_FUG_MAX_TRY, LAR_BPVY_NO_RESPONSE, LAR_FUG_NO_RESPONSE, LAR_MIDAS_CANNOT_START_RUN, LAR_MSG, LAR_MSG_NO_LINE_NO, LS340_INPUT_RAMP, LS340_OUTPUT_RAMP, LS340_OUTPUT_SETPOINT, RunInfo::run_number, RUN_RUNNING, SC_VENT_CMD, SC_VENT_ENABLED, SetBPV(), RunInfo::state, StatusMsg(), UpdateWebPage(), and Wait().

Referenced by ExecAutoRun().

Friends And Related Function Documentation

friend class PLemAutoRunXMLParser

friend

Definition at line 463 of file PLemAutoRun.h.

friend class PLemSampleCryoXMLParser

friend

Definition at line 464 of file PLemAutoRun.h.

void TdHvTripFlagChanged	(	HNDLE	,
		HNDLE	,
		void *	info
	)

friend

Called when the TD HV Trip Alarm flag has changed.

Parameters

info	pointer to the PLemAutoRun object

Definition at line 11076 of file PLemAutoRun.cpp.

Referenced by GetAllKeys().

Member Data Documentation

float PLemAutoRun::fAbsMaxTempDiff

private

absolute temperature deviation allowed in stability test

Definition at line 299 of file PLemAutoRun.h.

Referenced by PLemAutoRun(), and SampleTempStable().

PKey* PLemAutoRun::fAlarmsKey

private

pointer to the ODB key: alarms

Definition at line 484 of file PLemAutoRun.h.

Referenced by CheckMidasAlarms(), GetAllKeys(), PLemAutoRun(), and ~PLemAutoRun().

QString PLemAutoRun::fAlarmsPath

private

ODB path to the alarms.

Definition at line 392 of file PLemAutoRun.h.

Referenced by GetAllKeys(), and PLemAutoRun().

PKey* PLemAutoRun::fAlarmTdHvTripKey

private

pointer to the ODB key: TD HV trip trigger flag

Definition at line 485 of file PLemAutoRun.h.

Referenced by GetAllKeys(), PLemAutoRun(), and ~PLemAutoRun().

QString PLemAutoRun::fAlarmTdHvTripPath

private

ODB path to the TD HV trip alarm/warning.

Definition at line 393 of file PLemAutoRun.h.

Referenced by GetAllKeys(), and PLemAutoRun().

QString PLemAutoRun::fAnalyzerName

private

name of the analyzer in the ODB

Definition at line 444 of file PLemAutoRun.h.

Referenced by CheckClients(), PLemAutoRun(), RunStart(), RunStop(), and RunStopCheck().

bool PLemAutoRun::fAnalyzerRunning

private

flag indicating if the analyzer is running

Definition at line 453 of file PLemAutoRun.h.

Referenced by CheckClients(), PLemAutoRun(), RunStart(), RunStop(), and RunStopCheck().

PAutoRunCmdVector* PLemAutoRun::fAutoRunCmdVector

private

pointer to the autorun cmd list

Definition at line 467 of file PLemAutoRun.h.

Referenced by CheckFieldCmd(), CheckForOdbSetDataCmds(), CheckForTransportHvCmd(), CheckForWarmUpCmd(), ExecAutoRun(), GotoLine(), SetAutoRunSeq(), SetSampleLS340ZoneSettings(), and UpdateWebPage().

PAutoRunCmdVector::Iterator PLemAutoRun::fAutoRunCurrentIter

private

current autorun cmd

Definition at line 468 of file PLemAutoRun.h.

Referenced by ChangeSampleChamberHV(), DegaussDanfysik(), DegaussSpinRot(), DegaussWEW(), ExecAutoRun(), GetDemandHVSampleChamber(), PLemAutoRun(), ReceivedShutdownCmd(), RunStart(), RunStop(), RunStopCheck(), SetFieldDanfysik(), SetFieldWEWH(), SetFieldWEWL(), SetLS340Setpoint(), SetOmegaSetpoint(), SetRA_HV(), SetSampleHV(), SetSpinRot(), SetTemp(), SetTempOvenOmega(), and SetTfl().

QString PLemAutoRun::fAutoRunPath

private

path to the autorun sequence directory

Definition at line 278 of file PLemAutoRun.h.

Referenced by FeedLiveDataAutoRun(), GetUserAutoRunSeqFln(), PLemAutoRun(), SetDump(), and UpdateWebPage().

QString PLemAutoRun::fAutoRunSequence

private

autorun sequence file name as found under /AutoRun/Auto Run Sequence

Definition at line 256 of file PLemAutoRun.h.

Referenced by PLemAutoRun().

int PLemAutoRun::fAutoRunState

private

autorun run state as defined under /AutoRun/Run State

Definition at line 261 of file PLemAutoRun.h.

Referenced by PLemAutoRun().

QString PLemAutoRun::fAutoRunStatusMsg

private

autorun status message as defined under /AutoRun/Status

Definition at line 260 of file PLemAutoRun.h.

Referenced by PLemAutoRun().

PKey* PLemAutoRun::fBeamlineDemandKey

private

pointer to the ODB key: Beamline demand values

Definition at line 527 of file PLemAutoRun.h.

Referenced by GetAllKeys(), PLemAutoRun(), WarmUp(), and ~PLemAutoRun().

QString PLemAutoRun::fBeamlineDemandPath

private

ODB path to the beamline demand variables.

Definition at line 434 of file PLemAutoRun.h.

Referenced by GetAllKeys(), and PLemAutoRun().

float PLemAutoRun::fBHFlowDHeat

private

see SampleTempAdjustFlow()

Definition at line 294 of file PLemAutoRun.h.

Referenced by SampleTempAdjustFlow().

float PLemAutoRun::fBHFlowOffset

private

variable needed to calculate the flow if non is explicitly given (see SetTemp())

Definition at line 297 of file PLemAutoRun.h.

Referenced by EmpiricalFlow(), PLemAutoRun(), SetFlowAndNeedleValve(), SetTemp(), and WarmUp().

float PLemAutoRun::fBHFlowPHeat0

private

see SampleTempAdjustFlow()

Definition at line 292 of file PLemAutoRun.h.

Referenced by SampleTempAdjustFlow().

float PLemAutoRun::fBHFlowPHeat1

private

see SampleTempAdjustFlow()

Definition at line 293 of file PLemAutoRun.h.

Referenced by SampleTempAdjustFlow().

float PLemAutoRun::fBHFlowTemp

private

variable needed to calculate the flow if non is explicitly given (see SetTemp())

Definition at line 295 of file PLemAutoRun.h.

Referenced by EmpiricalFlow(), PLemAutoRun(), SampleTempConsiderFlow(), SetTemp(), and WarmUp().

float PLemAutoRun::fBHFlowTempOffset

private

variable needed to calculate the flow if non is explicitly given (see SetTemp())

Definition at line 296 of file PLemAutoRun.h.

Referenced by EmpiricalFlow(), PLemAutoRun(), SetTemp(), and WarmUp().

float PLemAutoRun::fBHMaxFlow

private

max. allowed flow for the bronkhorst flow meter

Definition at line 290 of file PLemAutoRun.h.

Referenced by EmpiricalFlow(), PLemAutoRun(), SampleTempAdjustFlow(), and SampleTempConsiderFlow().

float PLemAutoRun::fBHMinFlow

private

min. allowed flow for the bronkhorst flow meter

Definition at line 291 of file PLemAutoRun.h.

Referenced by EmpiricalFlow(), PLemAutoRun(), SampleTempAdjustFlow(), and SampleTempConsiderFlow().

PKey* PLemAutoRun::fClientsKey

private

pointer to the ODB key: running clients

Definition at line 498 of file PLemAutoRun.h.

Referenced by CheckClients(), GetAllKeys(), IsIdle(), PLemAutoRun(), and ~PLemAutoRun().

QString PLemAutoRun::fClientsPath

private

ODB path to the running clients.

Definition at line 405 of file PLemAutoRun.h.

Referenced by GetAllKeys(), and PLemAutoRun().

int PLemAutoRun::fCurrentAutoRunCmd

private

number of the current autorun cmd

Definition at line 470 of file PLemAutoRun.h.

Referenced by DegaussDanfysik(), DegaussSpinRot(), DegaussWEW(), ExecAutoRun(), GotoLine(), PLemAutoRun(), RunStart(), RunStop(), SetBPV(), SetDump(), SetField(), SetFieldDanfysik(), SetFieldWEWH(), SetFieldWEWL(), SetFOM(), SetHvOff(), SetIgnoreAlarms(), SetIgnoreClients(), SetLEMSetup(), SetModInfo(), SetOdbData(), SetOdbDataArray(), SetRA_HV(), SetSampleHV(), SetSpinRot(), SetTemp(), SetTempOvenOmega(), SetTfl(), SetTitle(), SetTof(), SetTransportHV(), SetWait(), and WarmUp().

QString PLemAutoRun::fDanfysikFeName

private

name of the danfysik scfe in the ODB

Definition at line 450 of file PLemAutoRun.h.

Referenced by CheckClients(), and PLemAutoRun().

bool PLemAutoRun::fDanfysikFeRunning

private

flag indicating if the danfysik_scfe is running

Definition at line 458 of file PLemAutoRun.h.

Referenced by CheckClients(), DegaussDanfysik(), PLemAutoRun(), and SetFieldDanfysik().

PKey* PLemAutoRun::fDanfysikInputKey

private

pointer to the ODB key: danfysik input variables

Definition at line 506 of file PLemAutoRun.h.

Referenced by GetAllKeys(), PLemAutoRun(), SetFieldDanfysik(), SetTitle(), and ~PLemAutoRun().

QString PLemAutoRun::fDanfysikInputPath

private

ODB path to the danfysik input variables.

Definition at line 413 of file PLemAutoRun.h.

Referenced by GetAllKeys(), and PLemAutoRun().

float PLemAutoRun::fDanfysikMaxCurrent

private

maximal allowed current for the danfysik power supply

Definition at line 354 of file PLemAutoRun.h.

Referenced by CheckFieldCmd(), and PLemAutoRun().

PKey* PLemAutoRun::fDanfysikOutputKey

private

pointer to the ODB key: danfysik output variables

Definition at line 507 of file PLemAutoRun.h.

Referenced by DegaussDanfysik(), GetAllKeys(), PLemAutoRun(), SetFieldDanfysik(), and ~PLemAutoRun().

QString PLemAutoRun::fDanfysikOutputPath

private

ODB path to the danfysik output variables.

Definition at line 414 of file PLemAutoRun.h.

Referenced by GetAllKeys(), and PLemAutoRun().

bool PLemAutoRun::fDebug

private

flag: if true additional messages will be sent to the stdin

Definition at line 265 of file PLemAutoRun.h.

Referenced by CheckTempStability(), EmpiricalFlow(), NeedleValve(), PLemAutoRun(), RunStart(), SampleTempAdjustFlow(), SampleTempConsiderFlow(), SampleTempConsiderNeedleValve(), SampleTempPrefHeaterOutput(), SampleTempStable(), SampleTempTrend(), SetTemp(), SetTempOvenOmega(), and SetTfl().

float PLemAutoRun::fDFlowDp0

private

calculates d(flow)/dP from d(flow)/dP =

Definition at line 311 of file PLemAutoRun.h.

Referenced by EmpiricalFlow(), and PLemAutoRun().

float PLemAutoRun::fDFlowDp1

private

DFDP_0 + DFDP_1 * exp( DFDP_EXP * Temp )

Definition at line 312 of file PLemAutoRun.h.

Referenced by EmpiricalFlow(), and PLemAutoRun().

float PLemAutoRun::fDFlowDpExp

private

Definition at line 313 of file PLemAutoRun.h.

Referenced by EmpiricalFlow(), and PLemAutoRun().

float PLemAutoRun::fDSetRatio

private

ratio at which the PID-D has to be switched back (for temperature increase)

Definition at line 298 of file PLemAutoRun.h.

Referenced by PLemAutoRun(), and SetTemp().

int PLemAutoRun::fDumpCounter

private

counter of raw voltage dumps

Definition at line 368 of file PLemAutoRun.h.

Referenced by ExecAutoRun(), PLemAutoRun(), RawVoltageDump(), SetDump(), and SetWait().

QFile PLemAutoRun::fDumpFile

private

file for dumping raw_voltage

Definition at line 370 of file PLemAutoRun.h.

Referenced by ExecAutoRun(), RawVoltageDump(), SetDump(), and SetWait().

QString PLemAutoRun::fDumpFileName

private

file name of the raw voltage dump. It will be RawVoltageOutput-<cryo>-<datatime>.dat, e.g. RawVoltageOutput-Konti4-220316-1235.dat

Definition at line 369 of file PLemAutoRun.h.

Referenced by GetAllKeys(), PLemAutoRun(), and SetDump().

bool PLemAutoRun::fDumpInUse

private

flag telling if a raw data dump is going on

Definition at line 367 of file PLemAutoRun.h.

Referenced by ExecAutoRun(), PLemAutoRun(), SetDump(), and SetWait().

bool PLemAutoRun::fEnableAll

private

flag telling if all watched clients and equipments will be enabled/disabled by default.

Definition at line 263 of file PLemAutoRun.h.

Referenced by PLemAutoRun().

QMap<QString, bool> PLemAutoRun::fEnabled

private

map holding the enable/disable info of all the clients and equipments

Definition at line 264 of file PLemAutoRun.h.

Referenced by ChangeSampleChamberHV(), CheckClients(), CheckFieldCmd(), CheckMidasAlarms(), CheckTempStability(), ConnectToExp(), DegaussDanfysik(), DegaussSpinRot(), DegaussWEW(), GetAllKeys(), GetBPV(), GetEnergyLoss(), InitEnabled(), LoadHvSettings(), ReadSampleCryoXML(), RunStart(), RunStop(), SampleTempSetNeedleValve(), SetBPV(), SetDump(), SetEnabled(), SetFieldDanfysik(), SetFieldWEWH(), SetFieldWEWL(), SetFOM(), SetHvOff(), SetLEMSetup(), SetModInfo(), SetRA_HV(), SetSampleHV(), SetSampleLS340ZoneSettings(), SetSpinRot(), SetTemp(), SetTempOvenOmega(), SetTfl(), SetTitle(), SetTof(), SetTransportHV(), SetWait(), and WarmUp().

QString PLemAutoRun::fEnableOnOffModePath

private

ODB path to the enable On/Off mode, e.g. red/green, pulsing RA.

Definition at line 391 of file PLemAutoRun.h.

Referenced by ConnectToExp(), and PLemAutoRun().

float PLemAutoRun::fEnergyLossParam[NO_ENERGY_LOSS_PARAM]

private

energy loss parameters

Definition at line 282 of file PLemAutoRun.h.

Referenced by GetAllKeys(), GetEnergyLoss(), and PLemAutoRun().

PKey* PLemAutoRun::fEnergyLossParamKey

private

pointer to the ODB key: energy loss parameters

Definition at line 497 of file PLemAutoRun.h.

Referenced by GetAllKeys(), PLemAutoRun(), and ~PLemAutoRun().

QString PLemAutoRun::fEnergyLossParamPath

private

ODB path to the energy loss parameters.

Definition at line 404 of file PLemAutoRun.h.

Referenced by GetAllKeys(), and PLemAutoRun().

PExperiment* PLemAutoRun::fExp

private

pointer to the midas experiment

Definition at line 482 of file PLemAutoRun.h.

Referenced by CheckForOdbSetDataCmds(), CleanLiveData(), ConnectToExp(), DisconnectFromExp(), ExecAutoRun(), FeedLiveDataAutoRun(), FeedLiveDataErrors(), FeedMidasWatchdog(), GetAllKeys(), GetAutoRunSequence(), GetBPV(), GetGotoLine(), GetRunState(), HandleOdbTitleTags(), LoadHvSettings(), PLemAutoRun(), ReceivedShutdownCmd(), SetGotoLine(), SetOdbData(), SetOdbDataArray(), SetSampleLS340ZoneSettings(), ShowComments(), UpdateRunState(), UpdateStatusMsg(), Wait(), WarmUp(), and ~PLemAutoRun().

QString PLemAutoRun::fExpName

private

experiment name

Definition at line 273 of file PLemAutoRun.h.

Referenced by ConnectToExp(), GetExpName(), and UpdateWebPage().

float PLemAutoRun::fFieldAccuracy

private

field accuracy needed before going on (in (A))

Definition at line 285 of file PLemAutoRun.h.

Referenced by PLemAutoRun(), SetFieldDanfysik(), SetFieldWEWH(), and SetFieldWEWL().

QString PLemAutoRun::fFieldPwrSupply

private

name of the power supply to generate the magnetic field (WEWL, WEWH, danfysik)

Definition at line 279 of file PLemAutoRun.h.

Referenced by ConnectToExp(), PLemAutoRun(), RunStart(), SetFieldDanfysik(), SetFieldWEWH(), SetFieldWEWL(), and SetTitle().

float PLemAutoRun::fFieldTimeout

private

time in which the field ramping must be accomplished (in (sec))

Definition at line 284 of file PLemAutoRun.h.

Referenced by DegaussSpinRot(), PLemAutoRun(), SetFieldDanfysik(), SetFieldWEWH(), SetFieldWEWL(), SetFOM(), and SetSpinRot().

float PLemAutoRun::fFlowFactor

private

constant used in SampleTempConsiderFlow()

Definition at line 305 of file PLemAutoRun.h.

Referenced by PLemAutoRun(), and SampleTempConsiderFlow().

float PLemAutoRun::fFlowLowestFlowToConsider

private

lowest demand flow to consider

Definition at line 309 of file PLemAutoRun.h.

Referenced by PLemAutoRun(), and SampleTempConsiderFlow().

float PLemAutoRun::fFlowMaxRelFlowDiffToConsider

private

maximum rel flow error to consider

Definition at line 310 of file PLemAutoRun.h.

Referenced by PLemAutoRun(), and SampleTempConsiderFlow().

float PLemAutoRun::fFlowSetAbsolute

private

absolute flow deviation allowed in stability test

Definition at line 307 of file PLemAutoRun.h.

Referenced by PLemAutoRun(), and SetTemp().

float PLemAutoRun::fFlowSetRatio

private

relative flow deviation allowed in stability test

Definition at line 306 of file PLemAutoRun.h.

Referenced by PLemAutoRun(), and SetTemp().

float PLemAutoRun::fFlowTimeoutReduction

private

timeout between gradual flow reduction while cooling

Definition at line 308 of file PLemAutoRun.h.

Referenced by PLemAutoRun(), and SetFlowTweak().

float PLemAutoRun::fFOMCurrentAccuracy

private

current accuracy needed before going on (in (mA))

Definition at line 361 of file PLemAutoRun.h.

Referenced by PLemAutoRun(), and SetFOM().

PKey* PLemAutoRun::fFOMInputKey

private

pointer to the ODB key: FOM input values

Definition at line 525 of file PLemAutoRun.h.

Referenced by GetAllKeys(), PLemAutoRun(), SetFOM(), and ~PLemAutoRun().

QString PLemAutoRun::fFOMInputPath

private

ODB path to the FOM input variables.

Definition at line 432 of file PLemAutoRun.h.

Referenced by GetAllKeys(), and PLemAutoRun().

PKey* PLemAutoRun::fFOMOutputKey

private

pointer to the ODB key: FOM output values

Definition at line 526 of file PLemAutoRun.h.

Referenced by GetAllKeys(), PLemAutoRun(), SetFOM(), and ~PLemAutoRun().

QString PLemAutoRun::fFOMOutputPath

private

ODB path to the FOM output variables.

Definition at line 433 of file PLemAutoRun.h.

Referenced by GetAllKeys(), and PLemAutoRun().

QString PLemAutoRun::fFrontendName

private

name of the frontend in the ODB

Definition at line 445 of file PLemAutoRun.h.

Referenced by CheckClients(), PLemAutoRun(), RunStart(), RunStop(), and RunStopCheck().

bool PLemAutoRun::fFrontendRunning

private

flag indicating if the frontend is running

Definition at line 454 of file PLemAutoRun.h.

Referenced by CheckClients(), PLemAutoRun(), RunStart(), RunStop(), and RunStopCheck().

bool PLemAutoRun::fFugHvCheck

private

flag: if true demand==measured checks for the FUG HV devices will be performed, otherwise not. This should be true, expcept for test purposes!

Definition at line 268 of file PLemAutoRun.h.

Referenced by ChangeSampleChamberHV(), DegaussSpinRot(), DegaussWEW(), LoadHvSettings(), PLemAutoRun(), SetRA_HV(), SetSampleHV(), SetSpinRot(), SetTitle(), and WarmUp().

int PLemAutoRun::fGotoLine

private

address to jump to within a running autorun. Defined under /AutoRun/GotoLine

Definition at line 258 of file PLemAutoRun.h.

Referenced by PLemAutoRun().

float PLemAutoRun::fHeatCapCof1

private

heat Capacity of cryo =

Definition at line 317 of file PLemAutoRun.h.

Referenced by EmpiricalFlow(), and PLemAutoRun().

float PLemAutoRun::fHeatCapCof2

private

HC_1 * T + HC_2 * T² + HC_3 * T³

Definition at line 318 of file PLemAutoRun.h.

Referenced by EmpiricalFlow(), and PLemAutoRun().

float PLemAutoRun::fHeatCapCof3

private

Definition at line 319 of file PLemAutoRun.h.

Referenced by EmpiricalFlow(), and PLemAutoRun().

float PLemAutoRun::fHeaterMax

private

max. acceptable heater value

Definition at line 302 of file PLemAutoRun.h.

Referenced by PLemAutoRun(), SampleTempConsiderFlow(), and SampleTempStable().

float PLemAutoRun::fHeaterMin

private

min. acceptable heater value

Definition at line 303 of file PLemAutoRun.h.

Referenced by PLemAutoRun(), SampleTempConsiderFlow(), and SampleTempStable().

QString PLemAutoRun::fHostName

private

host name on which the experiment is running

Definition at line 272 of file PLemAutoRun.h.

Referenced by ConnectToExp(), and GetHostName().

float PLemAutoRun::fHVAccuracy

private

HV accuracy needed before going on (in (kV))

Definition at line 287 of file PLemAutoRun.h.

Referenced by DegaussSpinRot(), LoadHvSettings(), PLemAutoRun(), SetRA_HV(), SetSampleHV(), and SetSpinRot().

PKey* PLemAutoRun::fHVCurrentKey

private

pointer to the ODB key: FUG HV measured current values

Definition at line 501 of file PLemAutoRun.h.

Referenced by GetAllKeys(), PLemAutoRun(), and ~PLemAutoRun().

QString PLemAutoRun::fHVCurrentPath

private

ODB path to the FUG HV measured current variables.

Definition at line 408 of file PLemAutoRun.h.

Referenced by GetAllKeys(), and PLemAutoRun().

PKey* PLemAutoRun::fHVDemandKey

private

pointer to the ODB key: FUG HV demand values

Definition at line 499 of file PLemAutoRun.h.

Referenced by ChangeSampleChamberHV(), DegaussSpinRot(), DegaussWEW(), GetAllKeys(), GetDemandHVSampleChamber(), LoadHvSettings(), PLemAutoRun(), RunStart(), SetFieldWEWH(), SetFieldWEWL(), SetHvOff(), SetRA_HV(), SetSampleHV(), SetSpinRot(), SetTitle(), WarmUp(), and ~PLemAutoRun().

QString PLemAutoRun::fHVDemandPath

private

ODB path to the FUG HV demand variables.

Definition at line 406 of file PLemAutoRun.h.

Referenced by GetAllKeys(), and PLemAutoRun().

float PLemAutoRun::fHVDemandSampleChamber[5]

private

demand HV of the sample chamber

Definition at line 288 of file PLemAutoRun.h.

Referenced by ChangeSampleChamberHV(), and GetDemandHVSampleChamber().

PKey* PLemAutoRun::fHVDetectorDemandKey

private

pointer to the ODB key: HV Detector demand values

Definition at line 502 of file PLemAutoRun.h.

Referenced by GetAllKeys(), PLemAutoRun(), SetHvOff(), and ~PLemAutoRun().

QString PLemAutoRun::fHVDetectorDemandPath

private

ODB path to the HV Detectors demand variables.

Definition at line 409 of file PLemAutoRun.h.

Referenced by GetAllKeys(), and PLemAutoRun().

PKey* PLemAutoRun::fHVDetectorMeasuredKey

private

pointer to the ODB key: HV Detector measured values

Definition at line 503 of file PLemAutoRun.h.

Referenced by GetAllKeys(), PLemAutoRun(), SetHvOff(), and ~PLemAutoRun().

QString PLemAutoRun::fHVDetectorMeasuredPath

private

ODB path to the HV Detectors measured variables.

Definition at line 410 of file PLemAutoRun.h.

Referenced by GetAllKeys(), and PLemAutoRun().

QString PLemAutoRun::fHVFeName

private

name of the hv_fug_scfe in the ODB

Definition at line 451 of file PLemAutoRun.h.

Referenced by CheckClients(), and PLemAutoRun().

bool PLemAutoRun::fHVFeRunning

private

flag indicating if the hv_fug_scfe is running

Definition at line 460 of file PLemAutoRun.h.

Referenced by CheckClients(), DegaussSpinRot(), PLemAutoRun(), SetRA_HV(), and SetSampleHV().

PKey* PLemAutoRun::fHVMeasuredKey

private

pointer to the ODB key: FUG HV measured values

Definition at line 500 of file PLemAutoRun.h.

Referenced by ChangeSampleChamberHV(), DegaussSpinRot(), DegaussWEW(), GetAllKeys(), LoadHvSettings(), PLemAutoRun(), SetRA_HV(), SetSampleHV(), SetSpinRot(), SetTitle(), WarmUp(), and ~PLemAutoRun().

QString PLemAutoRun::fHVMeasuredPath

private

ODB path to the FUG HV measured variables.

Definition at line 407 of file PLemAutoRun.h.

Referenced by GetAllKeys(), and PLemAutoRun().

QString PLemAutoRun::fHvSettingsPath

private

Definition at line 364 of file PLemAutoRun.h.

Referenced by CheckForTransportHvCmd(), PLemAutoRun(), and SetTransportHV().

float PLemAutoRun::fHVTimeout

private

time in which the HV ramping must be accomplished (in (sec))

Definition at line 286 of file PLemAutoRun.h.

Referenced by DegaussSpinRot(), LoadHvSettings(), PLemAutoRun(), SetRA_HV(), SetSampleHV(), and SetSpinRot().

int PLemAutoRun::fHvTripFlag

private

flag: set if the TD HV trip alarm fired

Definition at line 270 of file PLemAutoRun.h.

Referenced by ExecAutoRun(), GetAllKeys(), PLemAutoRun(), and TdHvTripFlagChanged().

bool PLemAutoRun::fIgnoreAlarms

private

flag: if true checking for any alarms will not performed: only for testing!!

Definition at line 267 of file PLemAutoRun.h.

Referenced by CheckMidasAlarms(), PLemAutoRun(), and SetIgnoreAlarms().

bool PLemAutoRun::fIgnoreClients

private

flag: if true checking of clients will not performed: only for testing!!

Definition at line 266 of file PLemAutoRun.h.

Referenced by CheckClients(), PLemAutoRun(), and SetIgnoreClients().

bool PLemAutoRun::fLargeFlow

private

signaling extra large flow during cool down

Definition at line 314 of file PLemAutoRun.h.

Referenced by SampleTempConsiderFlow(), and SetTemp().

PKey* PLemAutoRun::fLemSetupKey

private

pointer to the ODB key: LEM setup info

Definition at line 492 of file PLemAutoRun.h.

Referenced by GetAllKeys(), PLemAutoRun(), SetLEMSetup(), and ~PLemAutoRun().

QString PLemAutoRun::fLemSetupPath

private

ODB path to the LEM setup info.

Definition at line 399 of file PLemAutoRun.h.

Referenced by GetAllKeys(), and PLemAutoRun().

QString PLemAutoRun::fLemvacFeName

private

name of the lemvac_scfe in the ODB

Definition at line 452 of file PLemAutoRun.h.

Referenced by CheckClients(), and PLemAutoRun().

bool PLemAutoRun::fLemvacFeRunning

private

flag indicating if the lemvac_scfe is running

Definition at line 461 of file PLemAutoRun.h.

Referenced by CheckClients(), PLemAutoRun(), SetTemp(), and SetTempOvenOmega().

PKey* PLemAutoRun::fLemvacInputKey

private

pointer to the ODB key: lemvac input values

Definition at line 523 of file PLemAutoRun.h.

Referenced by GetAllKeys(), GetBPV(), PLemAutoRun(), SetBPV(), and ~PLemAutoRun().

QString PLemAutoRun::fLemvacInputPath

private

ODB path to the lemvac input variables.

Definition at line 430 of file PLemAutoRun.h.

Referenced by GetAllKeys(), and PLemAutoRun().

PKey* PLemAutoRun::fLemvacOutputKey

private

pointer to the ODB key: lemvac output values

Definition at line 524 of file PLemAutoRun.h.

Referenced by GetAllKeys(), PLemAutoRun(), SetBPV(), WarmUp(), and ~PLemAutoRun().

QString PLemAutoRun::fLemvacOutputPath

private

ODB path to the lemvac output variables.

Definition at line 431 of file PLemAutoRun.h.

Referenced by GetAllKeys(), and PLemAutoRun().

float PLemAutoRun::fLemVacValveInitialState[2]

private

states of BPVX, BPVY before set temperature

Definition at line 289 of file PLemAutoRun.h.

Referenced by GetBPV(), RunStart(), SetTemp(), and SetTempOvenOmega().

PKey* PLemAutoRun::fMagFieldKey

private

pointer to the ODB key: magnetic field value

Definition at line 510 of file PLemAutoRun.h.

Referenced by GetAllKeys(), PLemAutoRun(), and ~PLemAutoRun().

QString PLemAutoRun::fMagFieldPath

private

ODB path to the magnetic field value.

Definition at line 417 of file PLemAutoRun.h.

Referenced by GetAllKeys(), and PLemAutoRun().

float PLemAutoRun::fMagParamBpar[2]

private

calibration array for the Bpar

Definition at line 355 of file PLemAutoRun.h.

Referenced by CheckFieldCmd(), GetAllKeys(), SetFieldDanfysik(), and SetTitle().

PKey* PLemAutoRun::fMagParamBparKey

private

pointer to the ODB key: Bpar magnet parameters (A -> G)

Definition at line 529 of file PLemAutoRun.h.

Referenced by GetAllKeys(), PLemAutoRun(), and ~PLemAutoRun().

QString PLemAutoRun::fMagParamBparPath

private

ODB path to the Bpar parameters (A -> G)

Definition at line 436 of file PLemAutoRun.h.

Referenced by GetAllKeys(), and PLemAutoRun().

float PLemAutoRun::fMagParamWew[2]

private

calibration array for the WEW

Definition at line 353 of file PLemAutoRun.h.

Referenced by CheckFieldCmd(), GetAllKeys(), SetField(), SetFieldWEWH(), SetFieldWEWL(), and SetTitle().

PKey* PLemAutoRun::fMagParamWewKey

private

pointer to the ODB key: WEW magnet parameters (A -> G)

Definition at line 528 of file PLemAutoRun.h.

Referenced by GetAllKeys(), PLemAutoRun(), and ~PLemAutoRun().

QString PLemAutoRun::fMagParamWewPath

private

ODB path to the WEW parameters (A -> G)

Definition at line 435 of file PLemAutoRun.h.

Referenced by GetAllKeys(), and PLemAutoRun().

float PLemAutoRun::fMaxTempIncrease

private

maximal temperature increase without shuting down the HV

Definition at line 283 of file PLemAutoRun.h.

Referenced by PLemAutoRun(), SetTemp(), and SetTempOvenOmega().

float PLemAutoRun::fMaxTempTrend

private

max. acceptable temperature trend

Definition at line 301 of file PLemAutoRun.h.

Referenced by PLemAutoRun(), and SampleTempStable().

PKey* PLemAutoRun::fModDateKey

private

pointer to the ODB key: moderator growing date

Definition at line 491 of file PLemAutoRun.h.

Referenced by GetAllKeys(), PLemAutoRun(), SetModInfo(), and ~PLemAutoRun().

QString PLemAutoRun::fModDatePath

private

ODB path to the moderator growing date.

Definition at line 398 of file PLemAutoRun.h.

Referenced by GetAllKeys(), and PLemAutoRun().

PKey* PLemAutoRun::fModNameKey

private

pointer to the ODB key: moderator info

Definition at line 490 of file PLemAutoRun.h.

Referenced by GetAllKeys(), PLemAutoRun(), SetModInfo(), and ~PLemAutoRun().

QString PLemAutoRun::fModNamePath

private

ODB path to the moderator info.

Definition at line 397 of file PLemAutoRun.h.

Referenced by GetAllKeys(), and PLemAutoRun().

bool PLemAutoRun::fNeedleValveInUse

private

Tag for use of electric needle valve.

Definition at line 322 of file PLemAutoRun.h.

Referenced by PLemAutoRun(), SampleTempConsiderNeedleValve(), and SampleTempSetNeedleValve().

QString PLemAutoRun::fNextAutoRunSequence

private

next autorun sequence file name as found under /AutoRun/Next

Definition at line 259 of file PLemAutoRun.h.

Referenced by PLemAutoRun().

int PLemAutoRun::fNoOfAutoRunCmds

private

number of autorun cmd's

Definition at line 469 of file PLemAutoRun.h.

Referenced by DegaussDanfysik(), DegaussSpinRot(), DegaussWEW(), ExecAutoRun(), PLemAutoRun(), RunStart(), RunStop(), SetBPV(), SetDump(), SetField(), SetFieldDanfysik(), SetFieldWEWH(), SetFieldWEWL(), SetFOM(), SetHvOff(), SetIgnoreAlarms(), SetIgnoreClients(), SetLEMSetup(), SetModInfo(), SetOdbData(), SetOdbDataArray(), SetRA_HV(), SetSampleHV(), SetSpinRot(), SetTemp(), SetTempOvenOmega(), SetTfl(), SetTitle(), SetTof(), SetTransportHV(), SetWait(), and WarmUp().

POdbTagVector* PLemAutoRun::fOdbTagVector

private

pointer to the ODB tag list

Definition at line 466 of file PLemAutoRun.h.

Referenced by HandleOdbTitleTags(), and SetOdbTagVec().

float PLemAutoRun::fPrefNeedleValveAbsStep

private

absolute change in SampleTempConsiderNeedleValve

Definition at line 332 of file PLemAutoRun.h.

Referenced by PLemAutoRun(), and SampleTempConsiderNeedleValve().

float PLemAutoRun::fPrefNeedleValveCof_1_0

private

NV setting = _1_0 * _1_1 * T for T<8.

Definition at line 323 of file PLemAutoRun.h.

Referenced by NeedleValve(), PLemAutoRun(), and SampleTempSetNeedleValve().

float PLemAutoRun::fPrefNeedleValveCof_1_1

private

Definition at line 324 of file PLemAutoRun.h.

Referenced by NeedleValve(), and PLemAutoRun().

float PLemAutoRun::fPrefNeedleValveCof_2_0

private

NV setting = _1_0 * _1_1 * T for 8<T<10.

Definition at line 325 of file PLemAutoRun.h.

Referenced by NeedleValve(), and PLemAutoRun().

float PLemAutoRun::fPrefNeedleValveCof_2_1

private

Definition at line 326 of file PLemAutoRun.h.

Referenced by NeedleValve(), and PLemAutoRun().

float PLemAutoRun::fPrefNeedleValveCof_3_0

private

NV setting = _1_0 * _1_1 * T for 10<T<15.

Definition at line 327 of file PLemAutoRun.h.

Referenced by NeedleValve(), and PLemAutoRun().

float PLemAutoRun::fPrefNeedleValveCof_3_1

private

Definition at line 328 of file PLemAutoRun.h.

Referenced by NeedleValve(), and PLemAutoRun().

float PLemAutoRun::fPrefNeedleValveCof_4_0

private

NV setting = _1_0 * _1_1 * T for 15<T.

Definition at line 329 of file PLemAutoRun.h.

Referenced by NeedleValve(), PLemAutoRun(), and SampleTempConsiderNeedleValve().

float PLemAutoRun::fPrefNeedleValveCof_4_1

private

Definition at line 330 of file PLemAutoRun.h.

Referenced by NeedleValve(), and PLemAutoRun().

float PLemAutoRun::fPrefNeedleValveRelStep

private

relative change in SampleTempConsiderNeedleValve

Definition at line 331 of file PLemAutoRun.h.

Referenced by PLemAutoRun(), and SampleTempConsiderNeedleValve().

bool PLemAutoRun::fRAPulsingEnabled

private

flag: if true, the RA pulsing is enabled and hence WEW can take any field values.

Definition at line 269 of file PLemAutoRun.h.

Referenced by ConnectToExp(), PLemAutoRun(), SetFieldWEWH(), and SetFieldWEWL().

float PLemAutoRun::fRelMaxTempDiff

private

relative temperature deviation allowed in stability test

Definition at line 300 of file PLemAutoRun.h.

Referenced by PLemAutoRun(), and SampleTempStable().

bool PLemAutoRun::fRunCheckEvents

private

if true check number of events, otherwise check time

Definition at line 475 of file PLemAutoRun.h.

Referenced by PLemAutoRun(), RunStart(), RunStop(), and RunStopCheck().

PKey* PLemAutoRun::fRunCommentKey

private

pointer to the ODB key: run comment

Definition at line 487 of file PLemAutoRun.h.

Referenced by GetAllKeys(), PLemAutoRun(), SetTitle(), and ~PLemAutoRun().

QString PLemAutoRun::fRunCommentPath

private

ODB path to the run comment.

Definition at line 394 of file PLemAutoRun.h.

Referenced by GetAllKeys(), and PLemAutoRun().

RunInfo PLemAutoRun::fRunInfo

private

run info structure (mirror of the ODB /Runinfo)

Definition at line 474 of file PLemAutoRun.h.

Referenced by ExecAutoRun(), RunStart(), RunStopCheck(), and WarmUp().

PKey* PLemAutoRun::fRunInfoKey

private

pointer to the ODB key: run info

Definition at line 486 of file PLemAutoRun.h.

Referenced by ExecAutoRun(), GetAllKeys(), PLemAutoRun(), RunStart(), RunStopCheck(), and ~PLemAutoRun().

QString PLemAutoRun::fRunInfoPath

private

ODB path to the run info.

Definition at line 389 of file PLemAutoRun.h.

Referenced by GetAllKeys(), and PLemAutoRun().

int PLemAutoRun::fRunNoEventsNeeded

private

number of events needed to complete a run

Definition at line 476 of file PLemAutoRun.h.

Referenced by PLemAutoRun(), RunStart(), RunStop(), RunStopCheck(), and WarmUp().

QTime PLemAutoRun::fRunStarted

private

time stamp, when a run started

Definition at line 477 of file PLemAutoRun.h.

Referenced by RunStart(), RunStop(), and RunStopCheck().

bool PLemAutoRun::fRunStopped

private

flag telling if a run is stopped

Definition at line 473 of file PLemAutoRun.h.

Referenced by ExecAutoRun(), PLemAutoRun(), RunStart(), RunStop(), RunStopCheck(), and WarmUp().

float PLemAutoRun::fRunTimeout

private

time in sec after which the run shall be stopped.

Definition at line 478 of file PLemAutoRun.h.

Referenced by PLemAutoRun(), RunStart(), RunStop(), and RunStopCheck().

int PLemAutoRun::fSampleBhOdbOffsetInput

private

ODB offset of the bronkhorst within the ODB (input variables)

Definition at line 441 of file PLemAutoRun.h.

Referenced by CheckTempStability(), PLemAutoRun(), RawVoltageDump(), and SampleTempConsiderNeedleValve().

int PLemAutoRun::fSampleBhOdbOffsetOutput

private

ODB offset of the bronkhorst within the ODB (output variables.

Definition at line 442 of file PLemAutoRun.h.

Referenced by PLemAutoRun(), SampleTempAdjustFlow(), SampleTempConsiderFlow(), SampleTempConsiderNeedleValve(), SetFlow(), SetFlowAndNeedleValve(), SetFlowTweak(), SetTemp(), and WarmUp().

PKey* PLemAutoRun::fSampleChannelKey

private

pointer to the ODB key: sample cryo LS340 channel assignement

Definition at line 514 of file PLemAutoRun.h.

Referenced by GetAllKeys(), PLemAutoRun(), SetDump(), and ~PLemAutoRun().

QString PLemAutoRun::fSampleChannelPath

private

ODB path to the sample cryo LS340 channel assignement.

Definition at line 421 of file PLemAutoRun.h.

Referenced by GetAllKeys(), and PLemAutoRun().

int PLemAutoRun::fSampleCryoInUse

private

-1 = no cryo in use, 0 = Konti-Cryo in use, 1 = LowTemp-Cryo, 2 = Oven in use

Definition at line 336 of file PLemAutoRun.h.

Referenced by ExecAutoRun(), PLemAutoRun(), ReadSampleCryoXML(), SetTemp(), and SetWait().

PKey* PLemAutoRun::fSampleCryoKey

private

pointer to the ODB key: sample cryo name

Definition at line 496 of file PLemAutoRun.h.

Referenced by GetAllKeys(), PLemAutoRun(), ReadSampleCryoXML(), SetTemp(), SetTitle(), and ~PLemAutoRun().

QString PLemAutoRun::fSampleCryoPath

private

ODB path to the sample cryo name used.

Definition at line 403 of file PLemAutoRun.h.

Referenced by GetAllKeys(), and PLemAutoRun().

int PLemAutoRun::fSampleCtrlCh

private

index of channel A or B

Definition at line 335 of file PLemAutoRun.h.

Referenced by CheckTempStability(), GetAllKeys(), RawVoltageDump(), SetTemp(), SetTitle(), and WarmUp().

PKey* PLemAutoRun::fSampleCtrlChKey

private

pointer to the ODB key: sample cryo LS340 control channel

Definition at line 513 of file PLemAutoRun.h.

Referenced by GetAllKeys(), PLemAutoRun(), SetDump(), and ~PLemAutoRun().

QString PLemAutoRun::fSampleCtrlChPath

private

ODB path to the sample cryo LS340 control channel.

Definition at line 420 of file PLemAutoRun.h.

Referenced by GetAllKeys(), and PLemAutoRun().

PKey* PLemAutoRun::fSampleDatetimeKey

private

pointer to the ODB key: sample cryo date and time

Definition at line 518 of file PLemAutoRun.h.

Referenced by CheckTempStability(), GetAllKeys(), PLemAutoRun(), RawVoltageDump(), and ~PLemAutoRun().

QString PLemAutoRun::fSampleDatetimePath

private

ODB path to the sample cryo (LS340, bronkhorst) DD date and time variable.

Definition at line 425 of file PLemAutoRun.h.

Referenced by GetAllKeys(), and PLemAutoRun().

QString PLemAutoRun::fSampleFeName

private

name of the tfl_scfe in the ODB

name of the sample_scfe in the ODB

Definition at line 447 of file PLemAutoRun.h.

Referenced by CheckClients(), and PLemAutoRun().

bool PLemAutoRun::fSampleFeRunning

private

flag indicating if the sample_scfe is running (LS340, BH)

Definition at line 456 of file PLemAutoRun.h.

Referenced by CheckClients(), PLemAutoRun(), and SetTemp().

double PLemAutoRun::fSampleHistoLastTime

private

time stamp of the previous reading in seconds since 1-1-2000

Definition at line 341 of file PLemAutoRun.h.

Referenced by CheckTempStability(), and PLemAutoRun().

int PLemAutoRun::fSampleHistoNoEntries

private

number of entries in the history

Definition at line 342 of file PLemAutoRun.h.

Referenced by CheckTempStability(), ExecAutoRun(), PLemAutoRun(), SampleTempTrend(), and SetWait().

int PLemAutoRun::fSampleHistoPos

private

index of the start of the ring buffer

Definition at line 343 of file PLemAutoRun.h.

Referenced by CheckTempStability(), PLemAutoRun(), and SampleTempTrend().

double PLemAutoRun::fSampleHistoTime

private

time stamp of the current reading in seconds since 1-1-2000

Definition at line 340 of file PLemAutoRun.h.

Referenced by CheckTempStability().

float PLemAutoRun::fSampleInput[SAMPLE_CRYO_INPUT]

private

Definition at line 378 of file PLemAutoRun.h.

Referenced by CheckTempStability(), GetAllKeys(), PLemAutoRun(), SampleTempAdjustFlow(), SampleTempConsiderFlow(), SampleTempStable(), SetDemandTempRamping(), SetFlowAndNeedleValve(), SetLS340Mode(), SetLS340Setpoint(), SetTemp(), and WarmUp().

PKey* PLemAutoRun::fSampleInputKey

private

pointer to the ODB key: sample cryo input values

Definition at line 516 of file PLemAutoRun.h.

Referenced by GetAllKeys(), PLemAutoRun(), RawVoltageDump(), SampleTempConsiderNeedleValve(), SetTemp(), SetTitle(), WarmUp(), and ~PLemAutoRun().

QString PLemAutoRun::fSampleInputPath

private

ODB path to the sample cryo (LS340, bronkhorst) input variables.

Definition at line 423 of file PLemAutoRun.h.

Referenced by GetAllKeys(), and PLemAutoRun().

PKey* PLemAutoRun::fSampleNameKey

private

pointer to the ODB key: Sample Name

Definition at line 493 of file PLemAutoRun.h.

Referenced by GetAllKeys(), and SetTitle().

QString PLemAutoRun::fSampleNamePath

private

ODB path to the sample name.

Definition at line 400 of file PLemAutoRun.h.

Referenced by GetAllKeys().

PKey* PLemAutoRun::fSampleNoConnectionKey

private

pointer to the ODB key: sample cryo no connection

Definition at line 520 of file PLemAutoRun.h.

Referenced by GetAllKeys(), PLemAutoRun(), WaitUntilSampleLS340Ready(), and ~PLemAutoRun().

QString PLemAutoRun::fSampleNoConnectionPath

private

ODB path to the sample cryo (LS340, bronkhorst) DD 'no connection' flag.

Definition at line 427 of file PLemAutoRun.h.

Referenced by GetAllKeys(), and PLemAutoRun().

float PLemAutoRun::fSampleOutput[SAMPLE_CRYO_OUTPUT]

private

Definition at line 379 of file PLemAutoRun.h.

Referenced by GetAllKeys(), PLemAutoRun(), SampleTempAdjustFlow(), SampleTempConsiderFlow(), SampleTempPrefHeaterOutput(), SampleTempStable(), and SetTemp().

PKey* PLemAutoRun::fSampleOutputKey

private

pointer to the ODB key: sample cryo output values

Definition at line 517 of file PLemAutoRun.h.

Referenced by GetAllKeys(), PLemAutoRun(), SampleTempAdjustFlow(), SampleTempConsiderFlow(), SampleTempConsiderNeedleValve(), SampleTempSetNeedleValve(), SetDemandTempRamping(), SetFlow(), SetFlowAndNeedleValve(), SetFlowTweak(), SetLS340HeaterRangeAndPIDs(), SetLS340Mode(), SetLS340Setpoint(), SetSampleLS340ZoneSettings(), SetTemp(), WarmUp(), and ~PLemAutoRun().

QString PLemAutoRun::fSampleOutputPath

private

ODB path to the sample cryo (LS340, bronkhorst) output variables.

Definition at line 424 of file PLemAutoRun.h.

Referenced by GetAllKeys(), and PLemAutoRun().

QString PLemAutoRun::fSampleOvenOmegaFeName

private

name of the oven omega scfe in the ODB

Definition at line 448 of file PLemAutoRun.h.

Referenced by CheckClients().

bool PLemAutoRun::fSampleOvenOmegaFeRunning

private

flag indicating if the omega_scfe is running

Definition at line 459 of file PLemAutoRun.h.

Referenced by CheckClients(), PLemAutoRun(), and SetTempOvenOmega().

float PLemAutoRun::fSampleOvenOmegaInput[SAMPLE_OVEN_OMEGA_INPUT]

private

Definition at line 380 of file PLemAutoRun.h.

Referenced by CheckTempStabilityOvenOmega(), GetAllKeys(), SetOmegaSetpoint(), and SetTempOvenOmega().

PKey* PLemAutoRun::fSampleOvenOmegaInputKey

private

pointer to the ODB key: sample oven omega input values

Definition at line 521 of file PLemAutoRun.h.

Referenced by GetAllKeys(), PLemAutoRun(), SetTitle(), and ~PLemAutoRun().

QString PLemAutoRun::fSampleOvenOmegaInputPath

private

ODB path to the sample oven omega: input variables.

Definition at line 428 of file PLemAutoRun.h.

Referenced by GetAllKeys(), and PLemAutoRun().

float PLemAutoRun::fSampleOvenOmegaOutput[SAMPLE_OVEN_OMEGA_OUTPUT]

private

Definition at line 381 of file PLemAutoRun.h.

Referenced by CheckTempStabilityOvenOmega(), and GetAllKeys().

PKey* PLemAutoRun::fSampleOvenOmegaOutputKey

private

pointer to the ODB key: sample oven omega output values

Definition at line 522 of file PLemAutoRun.h.

Referenced by GetAllKeys(), PLemAutoRun(), SetOmegaSetpoint(), and ~PLemAutoRun().

QString PLemAutoRun::fSampleOvenOmegaOutputPath

private

ODB path to the sample oven omega: output variables.

Definition at line 429 of file PLemAutoRun.h.

Referenced by GetAllKeys(), and PLemAutoRun().

PKey* PLemAutoRun::fSampleRawVoltageKey[10]

private

pointer to the ODB key: sample cryo raw voltage

Definition at line 519 of file PLemAutoRun.h.

Referenced by GetAllKeys(), PLemAutoRun(), RawVoltageDump(), and ~PLemAutoRun().

QString PLemAutoRun::fSampleRawVoltagePath

private

ODB path to the LS340 Raw Voltage.

Definition at line 426 of file PLemAutoRun.h.

Referenced by GetAllKeys(), and PLemAutoRun().

PKey* PLemAutoRun::fSampleSensorTypeKey

private

pointer to the ODB key: sample cryo LS340 sensor type assignement

Definition at line 515 of file PLemAutoRun.h.

Referenced by GetAllKeys(), PLemAutoRun(), SetDump(), and ~PLemAutoRun().

QString PLemAutoRun::fSampleSensorTypePath

private

ODB path to the sample cryo LS340 sensor type assignement.

Definition at line 422 of file PLemAutoRun.h.

Referenced by GetAllKeys(), and PLemAutoRun().

float PLemAutoRun::fSampleTempAccuracy

private

temperature tolerance

Definition at line 337 of file PLemAutoRun.h.

Referenced by CheckTempStability(), CheckTempStabilityOvenOmega(), PLemAutoRun(), and SetTemp().

SampleTempInfo PLemAutoRun::fSampleTempAverage

private

average temperature control parameters

Definition at line 345 of file PLemAutoRun.h.

Referenced by SampleTempConsiderFlow(), SampleTempConsiderNeedleValve(), SampleTempStable(), and SampleTempTrend().

SampleTempInfo PLemAutoRun::fSampleTempHisto[SAMPLE_TEMP_HISTO_MAX]

private

array holding the sample temperature history

Definition at line 344 of file PLemAutoRun.h.

Referenced by CheckTempStability(), and SampleTempTrend().

bool PLemAutoRun::fSampleTempRegulation

private

flag: if true temperature regulation algorithm is active, otherwise not

Definition at line 338 of file PLemAutoRun.h.

Referenced by CheckTempStability(), ExecAutoRun(), PLemAutoRun(), and SetWait().

SampleTempInfo PLemAutoRun::fSampleTempRmsqd

private

RMS of the quadratic model of the temperature control parameters.

Definition at line 348 of file PLemAutoRun.h.

Referenced by SampleTempStable(), and SampleTempTrend().

SampleTempInfo PLemAutoRun::fSampleTempSecond

private

2nd derivative of the quadratic model of the temperature control parameters

Definition at line 347 of file PLemAutoRun.h.

Referenced by SampleTempConsiderFlow(), and SampleTempTrend().

SampleTempInfo PLemAutoRun::fSampleTempTrend

private

1st derivative of the quadratic model of the temperature control parameters

Definition at line 346 of file PLemAutoRun.h.

Referenced by SampleTempAdjustFlow(), SampleTempConsiderFlow(), SampleTempStable(), and SampleTempTrend().

bool PLemAutoRun::fSampleTempUnstable

private

flag: true if the temperature is out of bound

Definition at line 339 of file PLemAutoRun.h.

Referenced by CheckTempStability(), CheckTempStabilityOvenOmega(), ExecAutoRun(), PLemAutoRun(), SetTemp(), SetTempOvenOmega(), and SetWait().

bool PLemAutoRun::fSetupBparEnabled

private

true if the Bpar magnet is in use. This is fed with the Danfysik power supply.

Definition at line 386 of file PLemAutoRun.h.

Referenced by ConnectToExp(), GetAllKeys(), PLemAutoRun(), and SetField().

PKey* PLemAutoRun::fSetupBparEnabledKey

private

pointer to the ODB key: Bpar enabled flag

Definition at line 532 of file PLemAutoRun.h.

Referenced by GetAllKeys(), PLemAutoRun(), and ~PLemAutoRun().

QString PLemAutoRun::fSetupBparEnabledPath

private

ODB path to the Bpar enabled flag.

Definition at line 439 of file PLemAutoRun.h.

Referenced by GetAllKeys(), and PLemAutoRun().

bool PLemAutoRun::fSetupSampleEnabled

private

true if the sample frontend is enabled (normal operation), otherwise MCP2 setup.

Definition at line 384 of file PLemAutoRun.h.

Referenced by ConnectToExp(), GetAllKeys(), and PLemAutoRun().

PKey* PLemAutoRun::fSetupSampleEnabledKey

private

pointer to the ODB key: Sample enabled flag

Definition at line 530 of file PLemAutoRun.h.

Referenced by GetAllKeys(), PLemAutoRun(), and ~PLemAutoRun().

QString PLemAutoRun::fSetupSampleEnabledPath

private

ODB path to the sample enabled flag.

Definition at line 437 of file PLemAutoRun.h.

Referenced by GetAllKeys(), and PLemAutoRun().

bool PLemAutoRun::fSetupWewEnabled

private

true if the WEW magnet is in use. This is fed with the WEWL/H power supplies.

Definition at line 385 of file PLemAutoRun.h.

Referenced by CheckFieldCmd(), ConnectToExp(), Degauss(), GetAllKeys(), PLemAutoRun(), and SetField().

PKey* PLemAutoRun::fSetupWewEnabledKey

private

pointer to the ODB key: WEW enabled flag

Definition at line 531 of file PLemAutoRun.h.

Referenced by GetAllKeys(), PLemAutoRun(), and ~PLemAutoRun().

QString PLemAutoRun::fSetupWewEnabledPath

private

ODB path to the WEW enabled flag.

Definition at line 438 of file PLemAutoRun.h.

Referenced by GetAllKeys(), and PLemAutoRun().

bool PLemAutoRun::fShowComments

private

flag indicating if comments shall be suppressed. Defined under /AutoRun/Shows Comments

Definition at line 257 of file PLemAutoRun.h.

Referenced by PLemAutoRun().

PKey* PLemAutoRun::fSpinRotAngleKey

private

pointer to the ODB key: spin rotation angle

Definition at line 495 of file PLemAutoRun.h.

Referenced by DegaussSpinRot(), GetAllKeys(), PLemAutoRun(), SetSpinRot(), SetTitle(), and ~PLemAutoRun().

QString PLemAutoRun::fSpinRotAnglePath

private

ODB path to the spin rotation angle.

Definition at line 402 of file PLemAutoRun.h.

Referenced by GetAllKeys(), and PLemAutoRun().

PKey* PLemAutoRun::fSpinRotEnabledKey

private

pointer to the ODB key: spin rotation enabled flag

Definition at line 494 of file PLemAutoRun.h.

Referenced by GetAllKeys(), PLemAutoRun(), SetSpinRot(), SetTitle(), and ~PLemAutoRun().

QString PLemAutoRun::fSpinRotEnabledPath

private

ODB path to the spin rotation enabled flag.

Definition at line 401 of file PLemAutoRun.h.

Referenced by GetAllKeys(), and PLemAutoRun().

PKey* PLemAutoRun::fSpinRotMagInputKey

private

pointer to the ODB key: danfysik spin rotator input variables

Definition at line 504 of file PLemAutoRun.h.

Referenced by DegaussSpinRot(), GetAllKeys(), PLemAutoRun(), SetSpinRot(), and ~PLemAutoRun().

QString PLemAutoRun::fSpinRotMagInputPath

private

ODB path to the danfysik spin rotator magnet power supply input variables.

Definition at line 411 of file PLemAutoRun.h.

Referenced by GetAllKeys(), and PLemAutoRun().

PKey* PLemAutoRun::fSpinRotMagOutputKey

private

pointer to the ODB key: danfysik spin rotator output variables

Definition at line 505 of file PLemAutoRun.h.

Referenced by DegaussSpinRot(), GetAllKeys(), PLemAutoRun(), SetSpinRot(), and ~PLemAutoRun().

QString PLemAutoRun::fSpinRotMagOutputPath

private

ODB path to the danfysik spin rotator magnet power supply output variables.

Definition at line 412 of file PLemAutoRun.h.

Referenced by GetAllKeys(), and PLemAutoRun().

QString PLemAutoRun::fTflFeName

private

Definition at line 446 of file PLemAutoRun.h.

Referenced by CheckClients().

bool PLemAutoRun::fTflFeRunning

private

flag indicating if the tfl_scfe is running

Definition at line 455 of file PLemAutoRun.h.

Referenced by CheckClients(), and SetTfl().

PKey* PLemAutoRun::fTflInputKey

private

pointer to the ODB key: tfl input values

Definition at line 511 of file PLemAutoRun.h.

Referenced by GetAllKeys(), PLemAutoRun(), SampleTempConsiderNeedleValve(), and ~PLemAutoRun().

QString PLemAutoRun::fTflInputPath

private

ODB path to the tfl input variables.

Definition at line 418 of file PLemAutoRun.h.

Referenced by GetAllKeys(), and PLemAutoRun().

PKey* PLemAutoRun::fTflOutputKey

private

pointer to the ODB key: tfl output values

Definition at line 512 of file PLemAutoRun.h.

Referenced by GetAllKeys(), PLemAutoRun(), SampleTempConsiderNeedleValve(), SampleTempSetNeedleValve(), SetTfl(), and ~PLemAutoRun().

QString PLemAutoRun::fTflOutputPath

private

ODB path to the tfl output variables.

Definition at line 419 of file PLemAutoRun.h.

Referenced by GetAllKeys(), and PLemAutoRun().

float PLemAutoRun::fTimeoutFlowSet

private

timeout before the flow can be changed next time (see SetTemp())

Definition at line 304 of file PLemAutoRun.h.

Referenced by PLemAutoRun(), and SetTemp().

PKey* PLemAutoRun::fTofMaxKey

private

pointer to the ODB key: TOF max

Definition at line 489 of file PLemAutoRun.h.

Referenced by GetAllKeys(), PLemAutoRun(), SetTof(), and ~PLemAutoRun().

QString PLemAutoRun::fTofMaxPath

private

ODB path to the TOF max.

Definition at line 396 of file PLemAutoRun.h.

Referenced by GetAllKeys(), and PLemAutoRun().

PKey* PLemAutoRun::fTofMinKey

private

pointer to the ODB key: TOF min

Definition at line 488 of file PLemAutoRun.h.

Referenced by GetAllKeys(), PLemAutoRun(), SetTof(), and ~PLemAutoRun().

QString PLemAutoRun::fTofMinPath

private

ODB path to the TOF min.

Definition at line 395 of file PLemAutoRun.h.

Referenced by GetAllKeys(), and PLemAutoRun().

PKey* PLemAutoRun::fTriggerEventsKey

private

pointer to the ODB key: trigger event

Definition at line 483 of file PLemAutoRun.h.

Referenced by GetAllKeys(), PLemAutoRun(), RunStopCheck(), and ~PLemAutoRun().

QString PLemAutoRun::fTriggerEventsPath

private

ODB path to the trigger events.

Definition at line 390 of file PLemAutoRun.h.

Referenced by GetAllKeys(), and PLemAutoRun().

QDateTime PLemAutoRun::fWarmUpDateTime

private

when the warmup shall take place

Definition at line 375 of file PLemAutoRun.h.

Referenced by CheckForWarmUpCmd(), and ExecAutoRun().

bool PLemAutoRun::fWarmUpVent

private

warmup with vent flag, false=no vent, true=vent

Definition at line 374 of file PLemAutoRun.h.

Referenced by CheckForWarmUpCmd(), PLemAutoRun(), and WarmUp().

bool PLemAutoRun::fWarmUpWished

private

warmup command present

Definition at line 373 of file PLemAutoRun.h.

Referenced by CheckForWarmUpCmd(), ExecAutoRun(), and PLemAutoRun().

float PLemAutoRun::fWEWCriticalCurrentRA

private

critical current for the WEW. For larger currents, the RA HV's should be switched off due to the Penning trap problem

Definition at line 358 of file PLemAutoRun.h.

Referenced by PLemAutoRun(), RunStart(), SetFieldWEWH(), and SetFieldWEWL().

QString PLemAutoRun::fWEWFeName

private

name of the WEW scfe in the ODB

Definition at line 449 of file PLemAutoRun.h.

Referenced by CheckClients(), and PLemAutoRun().

bool PLemAutoRun::fWEWFeRunning

private

flag indicating if the wew_scfe is running

Definition at line 457 of file PLemAutoRun.h.

Referenced by CheckClients(), DegaussWEW(), PLemAutoRun(), SetFieldWEWH(), and SetFieldWEWL().

float PLemAutoRun::fWEWHMaxCurrent

private

maximal allowed current for the WEWH power supply

Definition at line 352 of file PLemAutoRun.h.

Referenced by CheckFieldCmd(), and PLemAutoRun().

PKey* PLemAutoRun::fWEWInputKey

private

pointer to the ODB key: WEW input values

Definition at line 508 of file PLemAutoRun.h.

Referenced by DegaussWEW(), GetAllKeys(), PLemAutoRun(), RunStart(), SetFieldWEWH(), SetFieldWEWL(), SetTitle(), and ~PLemAutoRun().

QString PLemAutoRun::fWEWInputPath

private

ODB path to the WEW input variable.

Definition at line 415 of file PLemAutoRun.h.

Referenced by GetAllKeys(), and PLemAutoRun().

float PLemAutoRun::fWEWLMaxCurrent

private

maximal allowed current for the WEWL power supply

Definition at line 351 of file PLemAutoRun.h.

Referenced by CheckFieldCmd(), and PLemAutoRun().

PKey* PLemAutoRun::fWEWOutputKey

private

pointer to the ODB key: WEW output values

Definition at line 509 of file PLemAutoRun.h.

Referenced by DegaussWEW(), GetAllKeys(), PLemAutoRun(), SetFieldWEWH(), SetFieldWEWL(), and ~PLemAutoRun().

QString PLemAutoRun::fWEWOutputPath

private

ODB path to the WEW output variable.

Definition at line 416 of file PLemAutoRun.h.

Referenced by GetAllKeys(), and PLemAutoRun().

QString PLemAutoRun::fXMLAutoRunFln

private

path-file name of the generated XML-autorun sequence

Definition at line 275 of file PLemAutoRun.h.

Referenced by GetXMLAutoRunFln(), and PLemAutoRun().

QString PLemAutoRun::fXMLAutoRunHTML

private

path-file name of the HTML autorun status page

Definition at line 277 of file PLemAutoRun.h.

Referenced by PLemAutoRun(), and UpdateWebPage().

QString PLemAutoRun::fXMLAutoRunValidateFln

private

path-file name of the generated XML-autorun sequence for validation

Definition at line 276 of file PLemAutoRun.h.

Referenced by GetXMLAutoRunValidateFln().

QString PLemAutoRun::fXMLSchemaFln

private

path-file name of the XML-schema for the parsing process

Definition at line 274 of file PLemAutoRun.h.

Referenced by GetXMLSchemaFln(), and PLemAutoRun().

The documentation for this class was generated from the following files:

Public Slots

Signals

Public Member Functions

Private Slots

Private Member Functions

Private Attributes

Friends

Detailed Description

Constructor & Destructor Documentation

Member Function Documentation

Friends And Related Function Documentation

Member Data Documentation