#include <iostream>
#include <stdlib.h>
#include <unistd.h>
#include <math.h>
#include <string.h>
#include <time.h>
#include <QCoreApplication>
#include <QFile>
#include <QFileInfo>
#include <QDateTime>
#include <QStringList>
#include <QMapIterator>
#include <QElapsedTimer>
#include <QXmlStreamAttributes>
#include <QTextStream>
#include "lemAutoRun.h"
#include "PLemAutoRun.h"

Include dependency graph for PLemAutoRun.cpp:

Macros
#define	CRYO_NO -1
	no cryo in use More...

#define	CRYO_KONTI 0
	Konti cryo in use. More...

#define	CRYO_LOWTEMP 1
	LowTemp cryo in use. More...

#define	CRYO_OVEN_OMEGA 2
	Oven in use, controlled by Omega Controller. More...

#define	RUN_STOPPED 1
	MIDAS run stopped tag. More...

#define	RUN_PAUSED 2
	MIDAS run paused tag. More...

#define	RUN_RUNNING 3
	MIDAS run active tag. More...

#define	BPVX 0
	BPVX label. More...

#define	BPVY 1
	BPVY label. More...

#define	BPV_CLOSE 3
	closing command for BPVX/Y More...

#define	BPV_OPEN 2
	opening command for BPVX/Y More...

#define	BPVX_ENABLED 0
	ODB offset for BPVX enabled flag (output) More...

#define	BPVX_SET 1
	ODB offset for BPVX set cmd (output) More...

#define	BPVY_ENABLED 2
	ODB offset for BPVY enabled flag (output) More...

#define	BPVY_SET 3
	ODB offset for BPVY set cmd (output) More...

#define	BPVX_STATE 25
	ODB offset for BPVX state (input) More...

#define	BPVY_STATE 26
	ODB offset for BPVY state (input) More...

#define	BPV_STATE_OPEN 5120
	BPVX/Y open. More...

#define	BPV_STATE_CLOSED 3072
	BPVX/Y closed. More...

#define	BPV_STATE_LOCKED 2048
	BPVX/Y locked. More...

#define	SC_VENT_ENABLED 6
	ODB offset for SC vent enable flag (output) More...

#define	SC_VENT_CMD 7
	ODB offset for SC vent command tag (output) More...

#define	LS_CTRL_PID 1
	LS340 in manual PID mode or LS336 in closed loop PID mode. More...

#define	LS_CTRL_ZONE 2
	LS340/LS336 in table driven PID mode (zone settings) More...

#define	LS340_INPUT_CF1 0
	ODB Offset for the cold finger 1 sensor. More...

#define	LS340_INPUT_CF2 1
	ODB Offset for the cold finger 2 sensor. More...

#define	LS340_INPUT_PRESSURE 2
	ODB Offset for the He pressure before the bronkhorst. More...

#define	LS340_INPUT_HEATER 7
	ODB Offset for the heater read back. More...

#define	LS340_INPUT_SETPOINT 8
	ODB Offset for the setpoint read back. More...

#define	LS340_INPUT_PID_P 9
	ODB Offset for the P value of the PID (read back) More...

#define	LS340_INPUT_PID_I 10
	ODB Offset for the I value of the PID (read back) More...

#define	LS340_INPUT_PID_D 11
	ODB Offset for the D value of the PID (read back) More...

#define	LS340_INPUT_HEATER_RANGE 12
	ODB Offset for the heater range read back. More...

#define	LS340_INPUT_HEATER_MODE 13
	ODB Offset for the heater control mode read back. More...

#define	LS340_INPUT_RAMP 14
	ODB Offset for the demand temperature ramping read back. More...

#define	LS340_OUTPUT_REMOTE 0
	ODB Offset for the remote output flag. More...

#define	LS340_OUTPUT_SETPOINT 1
	ODB Offset for the setpoint. More...

#define	LS340_OUTPUT_PID_P 2
	ODB Offset for P output. More...

#define	LS340_OUTPUT_PID_I 3
	ODB Offset for I output. More...

#define	LS340_OUTPUT_PID_D 4
	ODB Offset for D output. More...

#define	LS340_OUTPUT_HEATER_RANGE 5
	ODB Offset for the heater range. More...

#define	LS340_OUTPUT_HEATER_MODE 6
	ODB Offset for the heater control mode. More...

#define	LS340_OUTPUT_RAMP 7
	ODB Offset for the demand temperature ramping. More...

#define	LS336_INPUT_CF1 0
	ODB Offset for the cold finger 1 sensor. More...

#define	LS336_INPUT_CF2 1
	ODB Offset for the cold finger 2 sensor. More...

#define	LS336_INPUT_PRESSURE 4
	ODB Offset for the He pressure before the bronkhorst. More...

#define	LS336_INPUT_HEATER 8
	ODB Offset for the heater L1 read back. More...

#define	LS336_INPUT_SETPOINT 9
	ODB Offset for the setpoint L1 read back. More...

#define	LS336_INPUT_PID_P 10
	ODB Offset for the P value of the PID L1 (read back) More...

#define	LS336_INPUT_PID_I 11
	ODB Offset for the I value of the PID L1 (read back) More...

#define	LS336_INPUT_PID_D 12
	ODB Offset for the D value of the PID L1 (read back) More...

#define	LS336_INPUT_HEATER_RANGE 13
	ODB Offset for the heater range read back. More...

#define	LS336_INPUT_HEATER_MODE 14
	ODB Offset for the heater control mode read back. More...

#define	LS336_INPUT_RAMP 15
	ODB Offset for the demand temperature ramping read back. More...

#define	LS336_OUTPUT_SETPOINT 0
	ODB Offset for the setpoint L1. More...

#define	LS336_OUTPUT_PID_P 1
	ODB Offset for P output L1. More...

#define	LS336_OUTPUT_PID_I 2
	ODB Offset for I output L1. More...

#define	LS336_OUTPUT_PID_D 3
	ODB Offset for D output L1. More...

#define	LS336_OUTPUT_HEATER_RANGE 4
	ODB Offset for the heater range L1. More...

#define	LS336_OUTPUT_HEATER_MODE 5
	ODB Offset for the heater control mode L1. More...

#define	LS336_OUTPUT_RAMP 6
	ODB Offset for the demand temperature ramping L1. More...

#define	OMEGA_OVEN_INPUT_TEMP 0
	ODB Offset for the temperature read back. More...

#define	OMEGA_OVEN_INPUT_SETPOINT 6
	ODB Offset for the setpoint read back. More...

#define	OMEGA_OVEN_OUTPUT_SETPOINT 0
	ODB Offset for the setpoint. More...

#define	SM_INPUT_NEEDLEVALVE 0
	ODB offset for the read_back for the needlevalve. More...

#define	SM_OUTPUT_NEEDLEVALVE 0
	ODB offset for the demand value for the needlevalve. More...

#define	SM_MODUS_NEEDLEVALVE 1
	ODB offset for the modus value for the needlevalve. More...

#define	BH_INPUT_FLOW 0
	ODB Offset for the measured flow value. More...

#define	BH_INPUT_VALVE 1
	ODB Offset for the measured BH valve opening. More...

#define	BH_OUTPUT_FLOW 0
	ODB Offset for the demand flow value. More...

#define	SPINT_ROT_OUTPUT_CURRENT 2
	ODB Offset for the demand current of the Spin Rotator Magnet output. More...

#define	SPINT_ROT_INPUT_CURRENT 3
	ODB Offset for the demand current of the Spin Rotator Magnet output. More...

#define	DANFYSIK_INPUT_CURRENT 3
	ODB Offset for the measured current of the danfysik. More...

#define	DANFYSIK_OUTPUT_CURRENT 2
	ODB Offset for the demand current of the danfysik. More...

#define	WEWL_INPUT_STATUS 0
	ODB Offset for the WEWL status. More...

#define	WEWL_INPUT_CURRENT 1
	ODB Offset for the measured current of the WEWL. More...

#define	WEWH_INPUT_STATUS 3
	ODB Offset for the WEWH status. More...

#define	WEWH_INPUT_CURRENT 4
	ODB Offset for the measured current of the WEWH. More...

#define	WEWL_OUTPUT_CMD 0
	ODB Offset for the WEWL cmd (0=off, 1=on, 2=reset, 3=reset-dsp. More...

#define	WEWL_OUTPUT_CURRENT 1
	ODB Offset for the demand current of the WEWL. More...

#define	WEWH_OUTPUT_CMD 2
	ODB Offset for the WEWH cmd (0=off, 1=on, 2=reset, 3=reset-dsp. More...

#define	WEWH_OUTPUT_CURRENT 3
	ODB Offset for the demand current of the WEWH. More...

#define	WEW_SSP_LOCK 4
	ODB Offset for the WEW-SSP lock. More...

#define	HV_FUG_MAX_TRY 5
	number of HV update trials More...

#define	HV_FUG_CHS 16
	number of HV channels More...

#define	HV_FUG_RIGHT_RODS 0
	ODB Offset for the FUG HV of the right rods of the spin rotator. More...

#define	HV_FUG_LEFT_RODS 1
	ODB Offset for the FUG HV of the left rods of the spin rotator. More...

#define	HV_FUG_LEFT_PLATE 2
	ODB Offset for the FUG HV of the left plate of the spin rotator. More...

#define	HV_FUG_RIGHT_PLATE 3
	ODB Offset for the FUG HV of the right plate of the spin rotator. More...

#define	HV_FUG_MOD 4
	ODB Offset for the FUG HV of the moderator. More...

#define	HV_FUG_MIRROR 8
	ODB Offset for the FUG HV of the mirror. More...

#define	HV_FUG_LENSE_2 9
	ODB Offset for the FUG HV of the lense 2. More...

#define	HV_FUG_LENSE_3 10
	ODB Offset for the FUG HV of the lense 3. More...

#define	HV_FUG_RAL 11
	ODB Offset for the FUG HV of the left ring anode. More...

#define	HV_FUG_RAR 12
	ODB Offset for the FUG HV of the right ring anode. More...

#define	HV_FUG_RAT 13
	ODB Offset for the FUG HV of the top ring anode. More...

#define	HV_FUG_RAB 14
	ODB Offset for the FUG HV of the bottom ring anode. More...

#define	HV_FUG_SAMPLE 15
	ODB Offset for the FUG HV of the sample. More...

#define	HV_NHQ_TD_FIRST 0
	ODB Offset for the NHQ HV of the first element of the TD. More...

#define	HV_NHQ_TD_LAST 3
	ODB Offset for the NHQ HV of the last element of the TD. More...

#define	HV_NHQ_MCP1 4
	ODB Offset for the NHQ HV of the MCP1. More...

#define	FOM_CURRENT_MEASURED 0
	ODB Index of the FOM current reading. More...

#define	FOM_VOLTAGE_MEASURED 1
	ODB Index of the FOM voltage reading. More...

#define	FOM_BATTERY 2
	ODB Index of the FOM battery. More...

#define	FOM_CURRENT_DEMAND 0
	ODB Index of the FOM current setpoint. More...

#define	FOM_STANDBY 1
	ODB Index of the FOM stanby flag. More...

#define	BEAMLINE_KV61_DEMAND_CH 26
	ODB Index of the KV61 demand channel. More...

#define	BEAMLINE_KV62_DEMAND_CH 28
	ODB Index of the KV62 demand channel. More...

#define	HTML_LOAD 0
	html load tag More...

#define	HTML_START 1
	html start tag More...

#define	HTML_RUNNING 2
	html running tag More...

#define	HTML_STOP 3
	html stop tag More...

#define	HTML_ABORTED 4
	html abortion tag More...

#define	HTML_ALARM 5
	html alarm tag More...

#define	HTML_WARMUP 6
	html warmup tag More...

#define	HTML_STRANGE 7
	html strange autorun starting condition tag More...

#define	HTML_PARSE_ERROR 8
	html autorun script parse error tag More...

#define	HTML_FATAL 9
	html fatal error, e.g. no autorun commands present More...

#define	TEMP_DEMAND_TEMP 0
	demand temperature parameter tag More...

#define	TEMP_DELTA_T 1
	delta T parameter tag More...

#define	TEMP_STABILITY_TIMEOUT 2
	stability timeout parameter tag More...

#define	TEMP_RAMP 3
	ramping parameter tag More...

#define	TEMP_HEATER_RANGE 4
	heater range parameter tag More...

#define	TEMP_P_PID 5
	P (PID) parameter tag. More...

#define	TEMP_I_PID 6
	I (PID) parameter tag. More...

#define	TEMP_D_PID 7
	D (PID) parameter tag. More...

#define	TEMP_FLOW 8
	flow parameter tag More...

#define	LAR_TT_IDLE 0

#define	LAR_TT_FINISHED 1

#define	LAR_TT_ABORTED 2

#define	LAR_TT_WARMUP 3

Functions
void	TdHvTripFlagChanged (HNDLE, HNDLE, void *info)

Macro Definition Documentation

◆ BEAMLINE_KV61_DEMAND_CH

#define BEAMLINE_KV61_DEMAND_CH 26

ODB Index of the KV61 demand channel.

Definition at line 181 of file PLemAutoRun.cpp.

Referenced by PLemAutoRun::WarmUp().

◆ BEAMLINE_KV62_DEMAND_CH

#define BEAMLINE_KV62_DEMAND_CH 28

ODB Index of the KV62 demand channel.

Definition at line 182 of file PLemAutoRun.cpp.

Referenced by PLemAutoRun::WarmUp().

◆ BH_INPUT_FLOW

#define BH_INPUT_FLOW 0

ODB Offset for the measured flow value.

Definition at line 131 of file PLemAutoRun.cpp.

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

◆ BH_INPUT_VALVE

#define BH_INPUT_VALVE 1

ODB Offset for the measured BH valve opening.

Definition at line 132 of file PLemAutoRun.cpp.

Referenced by PLemAutoRun::SampleTempConsiderNeedleValve().

◆ BH_OUTPUT_FLOW

#define BH_OUTPUT_FLOW 0

ODB Offset for the demand flow value.

Definition at line 134 of file PLemAutoRun.cpp.

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

◆ BPV_CLOSE

#define BPV_CLOSE 3

closing command for BPVX/Y

Definition at line 59 of file PLemAutoRun.cpp.

Referenced by PLemAutoRun::SetBPV(), PLemAutoRun::SetTemp(), PLemAutoRun::SetTempOvenOmega(), and PLemAutoRun::WarmUp().

◆ BPV_OPEN

#define BPV_OPEN 2

opening command for BPVX/Y

Definition at line 60 of file PLemAutoRun.cpp.

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

◆ BPV_STATE_CLOSED

#define BPV_STATE_CLOSED 3072

BPVX/Y closed.

Definition at line 68 of file PLemAutoRun.cpp.

Referenced by PLemAutoRun::GetBPV(), PLemAutoRun::RunStart(), and PLemAutoRun::SetBPV().

◆ BPV_STATE_LOCKED

#define BPV_STATE_LOCKED 2048

BPVX/Y locked.

Definition at line 69 of file PLemAutoRun.cpp.

Referenced by PLemAutoRun::GetBPV(), and PLemAutoRun::SetBPV().

◆ BPV_STATE_OPEN

#define BPV_STATE_OPEN 5120

BPVX/Y open.

Definition at line 67 of file PLemAutoRun.cpp.

Referenced by PLemAutoRun::GetBPV(), PLemAutoRun::SetBPV(), PLemAutoRun::SetTemp(), and PLemAutoRun::SetTempOvenOmega().

◆ BPVX

#define BPVX 0

BPVX label.

Definition at line 57 of file PLemAutoRun.cpp.

Referenced by PLemAutoRun::GetBPV(), PLemAutoRun::RunStart(), PLemAutoRun::SetBPV(), PLemAutoRun::SetTemp(), PLemAutoRun::SetTempOvenOmega(), and PLemAutoRun::WarmUp().

◆ BPVX_ENABLED

#define BPVX_ENABLED 0

ODB offset for BPVX enabled flag (output)

Definition at line 61 of file PLemAutoRun.cpp.

Referenced by PLemAutoRun::SetBPV().

◆ BPVX_SET

#define BPVX_SET 1

ODB offset for BPVX set cmd (output)

Definition at line 62 of file PLemAutoRun.cpp.

Referenced by PLemAutoRun::SetBPV().

◆ BPVX_STATE

#define BPVX_STATE 25

ODB offset for BPVX state (input)

Definition at line 65 of file PLemAutoRun.cpp.

Referenced by PLemAutoRun::GetBPV(), and PLemAutoRun::SetBPV().

◆ BPVY

#define BPVY 1

BPVY label.

Definition at line 58 of file PLemAutoRun.cpp.

Referenced by PLemAutoRun::GetBPV(), PLemAutoRun::RunStart(), PLemAutoRun::SetBPV(), and PLemAutoRun::WarmUp().

◆ BPVY_ENABLED

#define BPVY_ENABLED 2

ODB offset for BPVY enabled flag (output)

Definition at line 63 of file PLemAutoRun.cpp.

Referenced by PLemAutoRun::SetBPV().

◆ BPVY_SET

#define BPVY_SET 3

ODB offset for BPVY set cmd (output)

Definition at line 64 of file PLemAutoRun.cpp.

Referenced by PLemAutoRun::SetBPV().

◆ BPVY_STATE

#define BPVY_STATE 26

ODB offset for BPVY state (input)

Definition at line 66 of file PLemAutoRun.cpp.

Referenced by PLemAutoRun::GetBPV(), and PLemAutoRun::SetBPV().

◆ CRYO_KONTI

#define CRYO_KONTI 0

Konti cryo in use.

Definition at line 48 of file PLemAutoRun.cpp.

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

◆ CRYO_LOWTEMP

#define CRYO_LOWTEMP 1

LowTemp cryo in use.

Definition at line 49 of file PLemAutoRun.cpp.

Referenced by PLemAutoRun::ReadSampleCryoXML(), and PLemAutoRun::SetTemp().

◆ CRYO_NO

#define CRYO_NO -1

no cryo in use

Definition at line 47 of file PLemAutoRun.cpp.

Referenced by PLemAutoRun::PLemAutoRun(), and PLemAutoRun::ReadSampleCryoXML().

◆ CRYO_OVEN_OMEGA

#define CRYO_OVEN_OMEGA 2

Oven in use, controlled by Omega Controller.

Definition at line 50 of file PLemAutoRun.cpp.

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

◆ DANFYSIK_INPUT_CURRENT

#define DANFYSIK_INPUT_CURRENT 3

ODB Offset for the measured current of the danfysik.

Definition at line 139 of file PLemAutoRun.cpp.

Referenced by PLemAutoRun::SetFieldDanfysik(), and PLemAutoRun::SetTitle().

◆ DANFYSIK_OUTPUT_CURRENT

#define DANFYSIK_OUTPUT_CURRENT 2

ODB Offset for the demand current of the danfysik.

Definition at line 141 of file PLemAutoRun.cpp.

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

◆ FOM_BATTERY

#define FOM_BATTERY 2

ODB Index of the FOM battery.

Definition at line 176 of file PLemAutoRun.cpp.

◆ FOM_CURRENT_DEMAND

#define FOM_CURRENT_DEMAND 0

ODB Index of the FOM current setpoint.

Definition at line 178 of file PLemAutoRun.cpp.

Referenced by PLemAutoRun::SetFOM().

◆ FOM_CURRENT_MEASURED

#define FOM_CURRENT_MEASURED 0

ODB Index of the FOM current reading.

Definition at line 174 of file PLemAutoRun.cpp.

Referenced by PLemAutoRun::SetFOM().

◆ FOM_STANDBY

#define FOM_STANDBY 1

ODB Index of the FOM stanby flag.

Definition at line 179 of file PLemAutoRun.cpp.

Referenced by PLemAutoRun::SetFOM().

◆ FOM_VOLTAGE_MEASURED

#define FOM_VOLTAGE_MEASURED 1

ODB Index of the FOM voltage reading.

Definition at line 175 of file PLemAutoRun.cpp.

◆ HTML_ABORTED

◆ HTML_ALARM

#define HTML_ALARM 5

html alarm tag

Definition at line 190 of file PLemAutoRun.cpp.

Referenced by PLemAutoRun::CheckMidasAlarms(), and PLemAutoRun::UpdateWebPage().

◆ HTML_FATAL

#define HTML_FATAL 9

html fatal error, e.g. no autorun commands present

Definition at line 194 of file PLemAutoRun.cpp.

Referenced by PLemAutoRun::ExecAutoRun(), and PLemAutoRun::UpdateWebPage().

◆ HTML_LOAD

#define HTML_LOAD 0

html load tag

Definition at line 185 of file PLemAutoRun.cpp.

Referenced by PLemAutoRun::ExecAutoRun(), and PLemAutoRun::UpdateWebPage().

◆ HTML_PARSE_ERROR

#define HTML_PARSE_ERROR 8

html autorun script parse error tag

Definition at line 193 of file PLemAutoRun.cpp.

Referenced by PLemAutoRun::CheckForTransportHvCmd(), PLemAutoRun::ExecAutoRun(), PLemAutoRun::HandleParseError(), PLemAutoRun::LoadHvSettings(), and PLemAutoRun::UpdateWebPage().

◆ HTML_RUNNING

#define HTML_RUNNING 2

html running tag

Definition at line 187 of file PLemAutoRun.cpp.

Referenced by PLemAutoRun::ExecAutoRun().

◆ HTML_START

#define HTML_START 1

html start tag

Definition at line 186 of file PLemAutoRun.cpp.

◆ HTML_STOP

#define HTML_STOP 3

html stop tag

Definition at line 188 of file PLemAutoRun.cpp.

Referenced by PLemAutoRun::ExecAutoRun(), and PLemAutoRun::UpdateWebPage().

◆ HTML_STRANGE

#define HTML_STRANGE 7

html strange autorun starting condition tag

Definition at line 192 of file PLemAutoRun.cpp.

Referenced by PLemAutoRun::ExecAutoRun(), and PLemAutoRun::UpdateWebPage().

◆ HTML_WARMUP

#define HTML_WARMUP 6

html warmup tag

Definition at line 191 of file PLemAutoRun.cpp.

Referenced by PLemAutoRun::UpdateWebPage(), and PLemAutoRun::WarmUp().

◆ HV_FUG_CHS

#define HV_FUG_CHS 16

number of HV channels

Definition at line 155 of file PLemAutoRun.cpp.

Referenced by PLemAutoRun::ChangeSampleChamberHV(), PLemAutoRun::DegaussSpinRot(), PLemAutoRun::GetDemandHVSampleChamber(), PLemAutoRun::SetSpinRot(), and PLemAutoRun::WarmUp().

◆ HV_FUG_LEFT_PLATE

#define HV_FUG_LEFT_PLATE 2

ODB Offset for the FUG HV of the left plate of the spin rotator.

Definition at line 158 of file PLemAutoRun.cpp.

Referenced by PLemAutoRun::DegaussSpinRot(), and PLemAutoRun::SetSpinRot().

◆ HV_FUG_LEFT_RODS

#define HV_FUG_LEFT_RODS 1

ODB Offset for the FUG HV of the left rods of the spin rotator.

Definition at line 157 of file PLemAutoRun.cpp.

Referenced by PLemAutoRun::DegaussSpinRot(), and PLemAutoRun::SetSpinRot().

◆ HV_FUG_LENSE_2

#define HV_FUG_LENSE_2 9

ODB Offset for the FUG HV of the lense 2.

Definition at line 162 of file PLemAutoRun.cpp.

Referenced by PLemAutoRun::SetHvOff().

◆ HV_FUG_LENSE_3

#define HV_FUG_LENSE_3 10

ODB Offset for the FUG HV of the lense 3.

Definition at line 163 of file PLemAutoRun.cpp.

Referenced by PLemAutoRun::SetHvOff().

◆ HV_FUG_MAX_TRY

#define HV_FUG_MAX_TRY 5

number of HV update trials

Definition at line 154 of file PLemAutoRun.cpp.

Referenced by PLemAutoRun::ChangeSampleChamberHV(), PLemAutoRun::DegaussSpinRot(), PLemAutoRun::SetRA_HV(), PLemAutoRun::SetSampleHV(), PLemAutoRun::SetSpinRot(), and PLemAutoRun::WarmUp().

◆ HV_FUG_MIRROR

#define HV_FUG_MIRROR 8

ODB Offset for the FUG HV of the mirror.

Definition at line 161 of file PLemAutoRun.cpp.

Referenced by PLemAutoRun::SetHvOff().

◆ HV_FUG_MOD

#define HV_FUG_MOD 4

ODB Offset for the FUG HV of the moderator.

Definition at line 160 of file PLemAutoRun.cpp.

Referenced by PLemAutoRun::SetHvOff(), and PLemAutoRun::SetTitle().

◆ HV_FUG_RAB

#define HV_FUG_RAB 14

ODB Offset for the FUG HV of the bottom ring anode.

Definition at line 167 of file PLemAutoRun.cpp.

Referenced by PLemAutoRun::DegaussWEW(), PLemAutoRun::RunStart(), PLemAutoRun::SetFieldWEWH(), PLemAutoRun::SetFieldWEWL(), PLemAutoRun::SetRA_HV(), and PLemAutoRun::SetTitle().

◆ HV_FUG_RAL

#define HV_FUG_RAL 11

ODB Offset for the FUG HV of the left ring anode.

Definition at line 164 of file PLemAutoRun.cpp.

Referenced by PLemAutoRun::ChangeSampleChamberHV(), PLemAutoRun::DegaussWEW(), PLemAutoRun::GetDemandHVSampleChamber(), PLemAutoRun::RunStart(), PLemAutoRun::SetFieldWEWH(), PLemAutoRun::SetFieldWEWL(), PLemAutoRun::SetHvOff(), PLemAutoRun::SetRA_HV(), and PLemAutoRun::SetTitle().

◆ HV_FUG_RAR

#define HV_FUG_RAR 12

ODB Offset for the FUG HV of the right ring anode.

Definition at line 165 of file PLemAutoRun.cpp.

Referenced by PLemAutoRun::DegaussWEW(), PLemAutoRun::SetRA_HV(), and PLemAutoRun::SetTitle().

◆ HV_FUG_RAT

#define HV_FUG_RAT 13

ODB Offset for the FUG HV of the top ring anode.

Definition at line 166 of file PLemAutoRun.cpp.

Referenced by PLemAutoRun::DegaussWEW(), PLemAutoRun::SetRA_HV(), and PLemAutoRun::SetTitle().

◆ HV_FUG_RIGHT_PLATE

#define HV_FUG_RIGHT_PLATE 3

ODB Offset for the FUG HV of the right plate of the spin rotator.

Definition at line 159 of file PLemAutoRun.cpp.

Referenced by PLemAutoRun::DegaussSpinRot(), PLemAutoRun::SetHvOff(), and PLemAutoRun::SetSpinRot().

◆ HV_FUG_RIGHT_RODS

#define HV_FUG_RIGHT_RODS 0

ODB Offset for the FUG HV of the right rods of the spin rotator.

Definition at line 156 of file PLemAutoRun.cpp.

Referenced by PLemAutoRun::DegaussSpinRot(), PLemAutoRun::SetHvOff(), and PLemAutoRun::SetSpinRot().

◆ HV_FUG_SAMPLE

#define HV_FUG_SAMPLE 15

ODB Offset for the FUG HV of the sample.

Definition at line 168 of file PLemAutoRun.cpp.

Referenced by PLemAutoRun::DegaussWEW(), PLemAutoRun::SetHvOff(), PLemAutoRun::SetSampleHV(), and PLemAutoRun::SetTitle().

◆ HV_NHQ_MCP1

#define HV_NHQ_MCP1 4

ODB Offset for the NHQ HV of the MCP1.

Definition at line 172 of file PLemAutoRun.cpp.

Referenced by PLemAutoRun::SetHvOff().

◆ HV_NHQ_TD_FIRST

#define HV_NHQ_TD_FIRST 0

ODB Offset for the NHQ HV of the first element of the TD.

Definition at line 170 of file PLemAutoRun.cpp.

Referenced by PLemAutoRun::SetHvOff().

◆ HV_NHQ_TD_LAST

#define HV_NHQ_TD_LAST 3

ODB Offset for the NHQ HV of the last element of the TD.

Definition at line 171 of file PLemAutoRun.cpp.

Referenced by PLemAutoRun::SetHvOff().

◆ LAR_TT_ABORTED

#define LAR_TT_ABORTED 2

Definition at line 210 of file PLemAutoRun.cpp.

Referenced by PLemAutoRun::ExecAutoRun().

◆ LAR_TT_FINISHED

#define LAR_TT_FINISHED 1

Definition at line 209 of file PLemAutoRun.cpp.

Referenced by PLemAutoRun::ExecAutoRun().

◆ LAR_TT_IDLE

#define LAR_TT_IDLE 0

Definition at line 208 of file PLemAutoRun.cpp.

Referenced by PLemAutoRun::ExecAutoRun(), and PLemAutoRun::FeedLiveDataErrors().

◆ LAR_TT_WARMUP

#define LAR_TT_WARMUP 3

Definition at line 211 of file PLemAutoRun.cpp.

Referenced by PLemAutoRun::ExecAutoRun().

◆ LS336_INPUT_CF1

#define LS336_INPUT_CF1 0

ODB Offset for the cold finger 1 sensor.

Definition at line 99 of file PLemAutoRun.cpp.

Referenced by PLemAutoRun::GetAllKeys().

◆ LS336_INPUT_CF2

#define LS336_INPUT_CF2 1

ODB Offset for the cold finger 2 sensor.

Definition at line 100 of file PLemAutoRun.cpp.

Referenced by PLemAutoRun::GetAllKeys().

◆ LS336_INPUT_HEATER

#define LS336_INPUT_HEATER 8

ODB Offset for the heater L1 read back.

Definition at line 102 of file PLemAutoRun.cpp.

Referenced by PLemAutoRun::CheckTempStability(), PLemAutoRun::RawVoltageDump(), and PLemAutoRun::SampleTempAdjustFlow().

◆ LS336_INPUT_HEATER_MODE

#define LS336_INPUT_HEATER_MODE 14

ODB Offset for the heater control mode read back.

Definition at line 108 of file PLemAutoRun.cpp.

Referenced by PLemAutoRun::SetLSMode().

◆ LS336_INPUT_HEATER_RANGE

#define LS336_INPUT_HEATER_RANGE 13

ODB Offset for the heater range read back.

Definition at line 107 of file PLemAutoRun.cpp.

Referenced by PLemAutoRun::RawVoltageDump(), and PLemAutoRun::SampleTempAdjustFlow().

◆ LS336_INPUT_PID_D

#define LS336_INPUT_PID_D 12

ODB Offset for the D value of the PID L1 (read back)

Definition at line 106 of file PLemAutoRun.cpp.

Referenced by PLemAutoRun::SetTemp().

◆ LS336_INPUT_PID_I

#define LS336_INPUT_PID_I 11

ODB Offset for the I value of the PID L1 (read back)

Definition at line 105 of file PLemAutoRun.cpp.

◆ LS336_INPUT_PID_P

#define LS336_INPUT_PID_P 10

ODB Offset for the P value of the PID L1 (read back)

Definition at line 104 of file PLemAutoRun.cpp.

◆ LS336_INPUT_PRESSURE

#define LS336_INPUT_PRESSURE 4

ODB Offset for the He pressure before the bronkhorst.

Definition at line 101 of file PLemAutoRun.cpp.

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

◆ LS336_INPUT_RAMP

#define LS336_INPUT_RAMP 15

ODB Offset for the demand temperature ramping read back.

Definition at line 109 of file PLemAutoRun.cpp.

Referenced by PLemAutoRun::SetDemandTempRamping(), PLemAutoRun::SetTemp(), and PLemAutoRun::WarmUp().

◆ LS336_INPUT_SETPOINT

#define LS336_INPUT_SETPOINT 9

ODB Offset for the setpoint L1 read back.

Definition at line 103 of file PLemAutoRun.cpp.

Referenced by PLemAutoRun::CheckTempStability(), PLemAutoRun::RawVoltageDump(), PLemAutoRun::SampleTempConsiderFlow(), PLemAutoRun::SampleTempStable(), PLemAutoRun::SetFlowAndNeedleValve(), PLemAutoRun::SetLSSetpoint(), and PLemAutoRun::SetTemp().

◆ LS336_OUTPUT_HEATER_MODE

#define LS336_OUTPUT_HEATER_MODE 5

ODB Offset for the heater control mode L1.

Definition at line 116 of file PLemAutoRun.cpp.

Referenced by PLemAutoRun::SetLSMode(), and PLemAutoRun::SetSampleLSZoneSettings().

◆ LS336_OUTPUT_HEATER_RANGE

#define LS336_OUTPUT_HEATER_RANGE 4

ODB Offset for the heater range L1.

Definition at line 115 of file PLemAutoRun.cpp.

Referenced by PLemAutoRun::SetLSHeaterRangeAndPIDs(), and PLemAutoRun::SetSampleLSZoneSettings().

◆ LS336_OUTPUT_PID_D

#define LS336_OUTPUT_PID_D 3

ODB Offset for D output L1.

Definition at line 114 of file PLemAutoRun.cpp.

Referenced by PLemAutoRun::SetLSHeaterRangeAndPIDs(), PLemAutoRun::SetSampleLSZoneSettings(), and PLemAutoRun::SetTemp().

◆ LS336_OUTPUT_PID_I

#define LS336_OUTPUT_PID_I 2

ODB Offset for I output L1.

Definition at line 113 of file PLemAutoRun.cpp.

Referenced by PLemAutoRun::SetLSHeaterRangeAndPIDs(), and PLemAutoRun::SetSampleLSZoneSettings().

◆ LS336_OUTPUT_PID_P

#define LS336_OUTPUT_PID_P 1

ODB Offset for P output L1.

Definition at line 112 of file PLemAutoRun.cpp.

Referenced by PLemAutoRun::SetLSHeaterRangeAndPIDs(), and PLemAutoRun::SetSampleLSZoneSettings().

◆ LS336_OUTPUT_RAMP

#define LS336_OUTPUT_RAMP 6

ODB Offset for the demand temperature ramping L1.

Definition at line 117 of file PLemAutoRun.cpp.

Referenced by PLemAutoRun::SetDemandTempRamping(), and PLemAutoRun::WarmUp().

◆ LS336_OUTPUT_SETPOINT

#define LS336_OUTPUT_SETPOINT 0

ODB Offset for the setpoint L1.

Definition at line 111 of file PLemAutoRun.cpp.

Referenced by PLemAutoRun::SampleTempAdjustFlow(), PLemAutoRun::SampleTempPrefHeaterOutput(), PLemAutoRun::SampleTempSetNeedleValve(), PLemAutoRun::SampleTempStable(), PLemAutoRun::SetLSSetpoint(), PLemAutoRun::SetSampleLSZoneSettings(), PLemAutoRun::SetTemp(), and PLemAutoRun::WarmUp().

◆ LS340_INPUT_CF1

#define LS340_INPUT_CF1 0

ODB Offset for the cold finger 1 sensor.

Definition at line 78 of file PLemAutoRun.cpp.

◆ LS340_INPUT_CF2

#define LS340_INPUT_CF2 1

ODB Offset for the cold finger 2 sensor.

Definition at line 79 of file PLemAutoRun.cpp.

◆ LS340_INPUT_HEATER

#define LS340_INPUT_HEATER 7

ODB Offset for the heater read back.

Definition at line 81 of file PLemAutoRun.cpp.

◆ LS340_INPUT_HEATER_MODE

#define LS340_INPUT_HEATER_MODE 13

ODB Offset for the heater control mode read back.

Definition at line 87 of file PLemAutoRun.cpp.

◆ LS340_INPUT_HEATER_RANGE

#define LS340_INPUT_HEATER_RANGE 12

ODB Offset for the heater range read back.

Definition at line 86 of file PLemAutoRun.cpp.

◆ LS340_INPUT_PID_D

#define LS340_INPUT_PID_D 11

ODB Offset for the D value of the PID (read back)

Definition at line 85 of file PLemAutoRun.cpp.

◆ LS340_INPUT_PID_I

#define LS340_INPUT_PID_I 10

ODB Offset for the I value of the PID (read back)

Definition at line 84 of file PLemAutoRun.cpp.

◆ LS340_INPUT_PID_P

#define LS340_INPUT_PID_P 9

ODB Offset for the P value of the PID (read back)

Definition at line 83 of file PLemAutoRun.cpp.

◆ LS340_INPUT_PRESSURE

#define LS340_INPUT_PRESSURE 2

ODB Offset for the He pressure before the bronkhorst.

Definition at line 80 of file PLemAutoRun.cpp.

◆ LS340_INPUT_RAMP

#define LS340_INPUT_RAMP 14

ODB Offset for the demand temperature ramping read back.

Definition at line 88 of file PLemAutoRun.cpp.

◆ LS340_INPUT_SETPOINT

#define LS340_INPUT_SETPOINT 8

ODB Offset for the setpoint read back.

Definition at line 82 of file PLemAutoRun.cpp.

◆ LS340_OUTPUT_HEATER_MODE

#define LS340_OUTPUT_HEATER_MODE 6

ODB Offset for the heater control mode.

Definition at line 96 of file PLemAutoRun.cpp.

◆ LS340_OUTPUT_HEATER_RANGE

#define LS340_OUTPUT_HEATER_RANGE 5

ODB Offset for the heater range.

Definition at line 95 of file PLemAutoRun.cpp.

◆ LS340_OUTPUT_PID_D

#define LS340_OUTPUT_PID_D 4

ODB Offset for D output.

Definition at line 94 of file PLemAutoRun.cpp.

◆ LS340_OUTPUT_PID_I

#define LS340_OUTPUT_PID_I 3

ODB Offset for I output.

Definition at line 93 of file PLemAutoRun.cpp.

◆ LS340_OUTPUT_PID_P

#define LS340_OUTPUT_PID_P 2

ODB Offset for P output.

Definition at line 92 of file PLemAutoRun.cpp.

◆ LS340_OUTPUT_RAMP

#define LS340_OUTPUT_RAMP 7

ODB Offset for the demand temperature ramping.

Definition at line 97 of file PLemAutoRun.cpp.

◆ LS340_OUTPUT_REMOTE

#define LS340_OUTPUT_REMOTE 0

ODB Offset for the remote output flag.

Definition at line 90 of file PLemAutoRun.cpp.

◆ LS340_OUTPUT_SETPOINT

#define LS340_OUTPUT_SETPOINT 1

ODB Offset for the setpoint.

Definition at line 91 of file PLemAutoRun.cpp.

◆ LS_CTRL_PID

#define LS_CTRL_PID 1

LS340 in manual PID mode or LS336 in closed loop PID mode.

Definition at line 75 of file PLemAutoRun.cpp.

Referenced by PLemAutoRun::SetLSMode().

◆ LS_CTRL_ZONE

#define LS_CTRL_ZONE 2

LS340/LS336 in table driven PID mode (zone settings)

Definition at line 76 of file PLemAutoRun.cpp.

Referenced by PLemAutoRun::SetLSMode().

◆ OMEGA_OVEN_INPUT_SETPOINT

#define OMEGA_OVEN_INPUT_SETPOINT 6

ODB Offset for the setpoint read back.

Definition at line 121 of file PLemAutoRun.cpp.

Referenced by PLemAutoRun::SetOmegaSetpoint().

◆ OMEGA_OVEN_INPUT_TEMP

#define OMEGA_OVEN_INPUT_TEMP 0

ODB Offset for the temperature read back.

Definition at line 120 of file PLemAutoRun.cpp.

Referenced by PLemAutoRun::CheckTempStabilityOvenOmega(), PLemAutoRun::SetTempOvenOmega(), and PLemAutoRun::SetTitle().

◆ OMEGA_OVEN_OUTPUT_SETPOINT

#define OMEGA_OVEN_OUTPUT_SETPOINT 0

ODB Offset for the setpoint.

Definition at line 123 of file PLemAutoRun.cpp.

Referenced by PLemAutoRun::CheckTempStabilityOvenOmega(), and PLemAutoRun::SetOmegaSetpoint().

◆ RUN_PAUSED

#define RUN_PAUSED 2

MIDAS run paused tag.

Definition at line 54 of file PLemAutoRun.cpp.

Referenced by PLemAutoRun::ExecAutoRun().

◆ RUN_RUNNING

#define RUN_RUNNING 3

MIDAS run active tag.

Definition at line 55 of file PLemAutoRun.cpp.

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

◆ RUN_STOPPED

#define RUN_STOPPED 1

MIDAS run stopped tag.

Definition at line 53 of file PLemAutoRun.cpp.

Referenced by PLemAutoRun::ExecAutoRun(), and PLemAutoRun::RunStopCheck().

◆ SC_VENT_CMD

#define SC_VENT_CMD 7

ODB offset for SC vent command tag (output)

Definition at line 72 of file PLemAutoRun.cpp.

Referenced by PLemAutoRun::WarmUp().

◆ SC_VENT_ENABLED

#define SC_VENT_ENABLED 6

ODB offset for SC vent enable flag (output)

Definition at line 71 of file PLemAutoRun.cpp.

Referenced by PLemAutoRun::WarmUp().

◆ SM_INPUT_NEEDLEVALVE

#define SM_INPUT_NEEDLEVALVE 0

ODB offset for the read_back for the needlevalve.

Definition at line 126 of file PLemAutoRun.cpp.

Referenced by PLemAutoRun::SampleTempConsiderNeedleValve().

◆ SM_MODUS_NEEDLEVALVE

#define SM_MODUS_NEEDLEVALVE 1

ODB offset for the modus value for the needlevalve.

Definition at line 129 of file PLemAutoRun.cpp.

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

◆ SM_OUTPUT_NEEDLEVALVE

#define SM_OUTPUT_NEEDLEVALVE 0

ODB offset for the demand value for the needlevalve.

Definition at line 128 of file PLemAutoRun.cpp.

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

◆ SPINT_ROT_INPUT_CURRENT

#define SPINT_ROT_INPUT_CURRENT 3

ODB Offset for the demand current of the Spin Rotator Magnet output.

Definition at line 137 of file PLemAutoRun.cpp.

Referenced by PLemAutoRun::DegaussSpinRot(), and PLemAutoRun::SetSpinRot().

◆ SPINT_ROT_OUTPUT_CURRENT

#define SPINT_ROT_OUTPUT_CURRENT 2

ODB Offset for the demand current of the Spin Rotator Magnet output.

Definition at line 136 of file PLemAutoRun.cpp.

Referenced by PLemAutoRun::DegaussSpinRot(), and PLemAutoRun::SetSpinRot().

◆ TEMP_D_PID

#define TEMP_D_PID 7

D (PID) parameter tag.

Definition at line 204 of file PLemAutoRun.cpp.

Referenced by PLemAutoRun::SetLSHeaterRangeAndPIDs(), and PLemAutoRun::SetLSMode().

◆ TEMP_DELTA_T

#define TEMP_DELTA_T 1

delta T parameter tag

Definition at line 198 of file PLemAutoRun.cpp.

Referenced by PLemAutoRun::SetTemp().

◆ TEMP_DEMAND_TEMP

#define TEMP_DEMAND_TEMP 0

demand temperature parameter tag

Definition at line 197 of file PLemAutoRun.cpp.

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

◆ TEMP_FLOW

#define TEMP_FLOW 8

flow parameter tag

Definition at line 205 of file PLemAutoRun.cpp.

Referenced by PLemAutoRun::SetTemp().

◆ TEMP_HEATER_RANGE

#define TEMP_HEATER_RANGE 4

heater range parameter tag

Definition at line 201 of file PLemAutoRun.cpp.

Referenced by PLemAutoRun::SetLSHeaterRangeAndPIDs(), and PLemAutoRun::SetLSMode().

◆ TEMP_I_PID

#define TEMP_I_PID 6

I (PID) parameter tag.

Definition at line 203 of file PLemAutoRun.cpp.

Referenced by PLemAutoRun::SetLSHeaterRangeAndPIDs(), and PLemAutoRun::SetLSMode().

◆ TEMP_P_PID

#define TEMP_P_PID 5

P (PID) parameter tag.

Definition at line 202 of file PLemAutoRun.cpp.

Referenced by PLemAutoRun::SetLSHeaterRangeAndPIDs(), and PLemAutoRun::SetLSMode().

◆ TEMP_RAMP

#define TEMP_RAMP 3

ramping parameter tag

Definition at line 200 of file PLemAutoRun.cpp.

Referenced by PLemAutoRun::SetTemp().

◆ TEMP_STABILITY_TIMEOUT

#define TEMP_STABILITY_TIMEOUT 2

stability timeout parameter tag

Definition at line 199 of file PLemAutoRun.cpp.

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

◆ WEW_SSP_LOCK

#define WEW_SSP_LOCK 4

ODB Offset for the WEW-SSP lock.

Definition at line 152 of file PLemAutoRun.cpp.

Referenced by PLemAutoRun::DegaussWEW().

◆ WEWH_INPUT_CURRENT

#define WEWH_INPUT_CURRENT 4

ODB Offset for the measured current of the WEWH.

Definition at line 146 of file PLemAutoRun.cpp.

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

◆ WEWH_INPUT_STATUS

#define WEWH_INPUT_STATUS 3

ODB Offset for the WEWH status.

Definition at line 145 of file PLemAutoRun.cpp.

Referenced by PLemAutoRun::DegaussWEW(), and PLemAutoRun::SetFieldWEWL().

◆ WEWH_OUTPUT_CMD

#define WEWH_OUTPUT_CMD 2

ODB Offset for the WEWH cmd (0=off, 1=on, 2=reset, 3=reset-dsp.

Definition at line 150 of file PLemAutoRun.cpp.

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

◆ WEWH_OUTPUT_CURRENT

#define WEWH_OUTPUT_CURRENT 3

ODB Offset for the demand current of the WEWH.

Definition at line 151 of file PLemAutoRun.cpp.

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

◆ WEWL_INPUT_CURRENT

#define WEWL_INPUT_CURRENT 1

ODB Offset for the measured current of the WEWL.

Definition at line 144 of file PLemAutoRun.cpp.

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

◆ WEWL_INPUT_STATUS

#define WEWL_INPUT_STATUS 0

ODB Offset for the WEWL status.

Definition at line 143 of file PLemAutoRun.cpp.

Referenced by PLemAutoRun::DegaussWEW(), PLemAutoRun::RunStart(), PLemAutoRun::SetFieldWEWH(), and PLemAutoRun::SetTitle().

◆ WEWL_OUTPUT_CMD

#define WEWL_OUTPUT_CMD 0

ODB Offset for the WEWL cmd (0=off, 1=on, 2=reset, 3=reset-dsp.

Definition at line 148 of file PLemAutoRun.cpp.

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

◆ WEWL_OUTPUT_CURRENT

#define WEWL_OUTPUT_CURRENT 1

ODB Offset for the demand current of the WEWL.

Definition at line 149 of file PLemAutoRun.cpp.

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

Function Documentation

◆ TdHvTripFlagChanged()

void TdHvTripFlagChanged	(	HNDLE	,
		HNDLE	,
		void *	info
	)

Called when the TD HV Trip Alarm flag has changed.

Parameters

info	pointer to the PLemAutoRun object

Definition at line 11242 of file PLemAutoRun.cpp.

References PLemAutoRun::ErrorMsg(), PLemAutoRun::fHvTripFlag, and LAR_MSG_NO_LINE_NO.

Macros

Functions

Macro Definition Documentation

◆ BEAMLINE_KV61_DEMAND_CH

◆ BEAMLINE_KV62_DEMAND_CH

◆ BH_INPUT_FLOW

◆ BH_INPUT_VALVE

◆ BH_OUTPUT_FLOW

◆ BPV_CLOSE

◆ BPV_OPEN

◆ BPV_STATE_CLOSED

◆ BPV_STATE_LOCKED

◆ BPV_STATE_OPEN

◆ BPVX

◆ BPVX_ENABLED

◆ BPVX_SET

◆ BPVX_STATE

◆ BPVY

◆ BPVY_ENABLED

◆ BPVY_SET

◆ BPVY_STATE

◆ CRYO_KONTI

◆ CRYO_LOWTEMP

◆ CRYO_NO

◆ CRYO_OVEN_OMEGA

◆ DANFYSIK_INPUT_CURRENT

◆ DANFYSIK_OUTPUT_CURRENT

◆ FOM_BATTERY

◆ FOM_CURRENT_DEMAND

◆ FOM_CURRENT_MEASURED

◆ FOM_STANDBY

◆ FOM_VOLTAGE_MEASURED

◆ HTML_ABORTED

◆ HTML_ALARM

◆ HTML_FATAL

◆ HTML_LOAD

◆ HTML_PARSE_ERROR

◆ HTML_RUNNING

◆ HTML_START

◆ HTML_STOP

◆ HTML_STRANGE

◆ HTML_WARMUP

◆ HV_FUG_CHS

◆ HV_FUG_LEFT_PLATE

◆ HV_FUG_LEFT_RODS

◆ HV_FUG_LENSE_2

◆ HV_FUG_LENSE_3

◆ HV_FUG_MAX_TRY

◆ HV_FUG_MIRROR

◆ HV_FUG_MOD

◆ HV_FUG_RAB

◆ HV_FUG_RAL

◆ HV_FUG_RAR

◆ HV_FUG_RAT

◆ HV_FUG_RIGHT_PLATE

◆ HV_FUG_RIGHT_RODS

◆ HV_FUG_SAMPLE

◆ HV_NHQ_MCP1

◆ HV_NHQ_TD_FIRST

◆ HV_NHQ_TD_LAST

◆ LAR_TT_ABORTED

◆ LAR_TT_FINISHED

◆ LAR_TT_IDLE

◆ LAR_TT_WARMUP

◆ LS336_INPUT_CF1

◆ LS336_INPUT_CF2

◆ LS336_INPUT_HEATER

◆ LS336_INPUT_HEATER_MODE

◆ LS336_INPUT_HEATER_RANGE

◆ LS336_INPUT_PID_D

◆ LS336_INPUT_PID_I

◆ LS336_INPUT_PID_P

◆ LS336_INPUT_PRESSURE

◆ LS336_INPUT_RAMP

◆ LS336_INPUT_SETPOINT

◆ LS336_OUTPUT_HEATER_MODE

◆ LS336_OUTPUT_HEATER_RANGE

◆ LS336_OUTPUT_PID_D

◆ LS336_OUTPUT_PID_I

◆ LS336_OUTPUT_PID_P