#include <LakeshoreController331S.h>

Collaboration diagram for Basda::Tempo::LakeshoreController331S:

Public Member Functions
	LakeshoreController331S ()

	LakeshoreController331S (std::string connection, bool create)

virtual	~LakeshoreController331S ()

void	createChatLine (const std::string &connection)

void	createChatLine ()

void	closeChatLine ()

std::string	getAnswer ()

void	setCLS ()
	command to clear the interface of the device More...

void	setESE (int weight)
	sets the configure status reports in the standard event register More...

void	queryESE (int &bitweight)
	gets the configuration of status reports in the event status register More...

void	queryESR (int &bitweight)
	gets the standard event status register More...

void	queryIDN ()
	gets the identification of the device More...

void	queryIDN (std::string &manufacture, std::string &model, std::string &serialnumber, std::string &firmwarerevisionmmddyy)
	gets the identification of the device and splits it into its parts More...

void	setOPC ()
	sets operation complete command More...

void	queryOPC ()
	query operation complete. More...

void	setRST ()
	reset the instrument More...

void	setSRE (int weight)
	set the status reports in the service request enable register More...

void	querySRE (int &bitweight)
	query the configuration of status reports in the service request enable register More...

void	querySTB (int &bitweight)
	query the status byte More...

void	queryTST (bool &errorfound)
	enable selftest of the device More...

void	setALARM (char input, bool alarm, int source, double high, double low, double dead, bool latch)
	sets the alarm parameters More...

void	queryALARM (char input, bool &onoff, int &source, double &highvalue, double &lowvalue, double &deadband, bool &latch_enabled)
	query the input alarm parameters More...

void	queryALARMST (char input, bool &highstate, bool &lowstate)
	query the input alarm status More...

void	setALMRST ()
	clear alarm status for all inputs More...

void	setANALOG (bool bipolar, int mode, char input, int source, double high, double low, double manual)
	configure analog output parameters More...

void	queryANALOG (bool &bipolar, int &mode, std::string &input, int &source, double &high, double &low, double &manual)
	query analog output parameters More...

void	queryAOUT (double &aoutput)
	query analog output data 2nd loop More...

void	setBAUD (int baud)
	sets the serial interface baud rate More...

void	queryBAUD (int &baud)
	query the current serial interface baud rate More...

void	setBEEP (bool beep)
	sets the Alarm Beeper More...

void	queryBEEP (bool &beep)
	query the alarm beeper status More...

void	setBRIGT (int bright)
	sets the display brightness More...

void	queryBRIGT (int &bright)
	query the display brightness More...

void	setCMODE (int loop, int mode)
	set the control loop mode More...

void	queryCMODE (int loop, int &mode)
	query the control loop mode More...

void	queryCRDG (char input, double &value)
	query the celsius reading from an input More...

void	setCRVDEL (int curve)
	delete a user specified curve More...

void	setCRVHDR (int curve, std::string name, std::string snum, int format, double limit, int coeff)
	configure the curve header More...

void	queryCRVHDR (int curve, std::string &name, std::string &snum, int &format, double &limit, int &coeff)
	query curve header More...

void	setCRVPT (int curve, int index, double units, double temp)
	configure curve data point More...

void	queryCRVPT (int curve, int index, double &units, double &temp)
	query curve data point More...

void	setCSET (int loop, char input, int units, bool pwrup, int curpwr)
	configure the control loop parameter More...

void	queryCSET (int loop, std::string &input, int &units, bool &pwrup, int &curpwr)
	query control loop parameters More...

void	setDFLT ()
	set to factory defaults More...

void	setDISPFLD (int location, int item, int source)
	configure display parameters More...

void	queryDISPFLD (int location, int &item, int &source)
	query display field More...

void	setEMUL (bool emulation)
	sets 330 emulation mode on or off More...

void	queryEMUL (bool &onoff)
	checks whether 330 emulation mode is active or not More...

void	setFILTER (char input, bool filter, int points, int win)
	configure input filter parameters More...

void	queryFILTER (char input, bool &filter, int &points, int &win)
	query input filter parameters More...

void	queryHTR (double &output)
	query heater output More...

void	queryHTRST (int &status)
	query heater status More...

void	setIEEE (int terminator, bool eoi, int address)
	configure IEEE-488 interface parameters More...

void	queryIEEE (int &terminator, bool &eoi, int &address)
	query the IEEE-488 interface parameters More...

void	setINCRV (char input, int curve)
	configure curve input number More...

void	queryINCRV (char input, int &curve)
	query input curve number More...

void	setINTYPE (char input, int type, bool compensation)
	set input type parameter More...

void	queryINTYPE (char input, int &type, bool &compensation)
	query the input type parameters More...

void	queryKEYST (bool &pressed)
	query keypad status More...

void	queryKRDG (char input, double &value)
	query Kelvin reading for an input More...

void	queryLDAT (char input, double &value)
	query linear input equation data More...

void	setLINEAR (char input, int equ, double varM, int srcX, int srcB, double varB)
	set the input linear equation parameter More...

void	queryLINEAR (char input, int &equ, double &varM, int &srcX, int &srcB, double &varB)
	get the linear equation parameter More...

void	setLOCK (bool lock, int code)
	configure Lock-out and Lock-out code More...

void	queryLOCK (bool &locked, int &code)
	query lock-out and lock-out code More...

void	queryMDAT (char input, double &minvalue, double &maxvalue)
	query the minimum/maximum data More...

void	setMNMX (char input, int source)
	configure minimum and maximum input function parameters More...

void	queryMNMX (char input, int &source)
	query minimum and maximum input function parameters More...

void	setMNMXRST ()
	reset all min/max function for all inputs More...

void	setMODE (int mode)
	configure remote interface mode More...

void	queryMODE (int &mode)
	query remote interface mode More...

void	setMOUT (int loop, double value)
	set the control loop manual heater power (MHP) output More...

void	queryMOUT (int loop, double &value)
	get the control loop manual heater power (MHP) output More...

void	setPID (int loop, double valueP, double valueI, double valueD)
	set the control loop PID values More...

void	queryPID (int loop, double &valueP, double &valueI, double &valueD)
	get the control loop PID values More...

void	setRAMP (int loop, bool onoff, double rate)
	set the control setpoint ramp parameter More...

void	queryRAMP (int loop, bool &onoff, double &rate)
	get the control setpoint ramp parameter More...

void	queryRAMPST (int loop, bool &status)
	get control setpoint ramp status More...

void	queryRANGE (int &range)
	get the currently applied heater range from loop 1 More...

void	setRANGE (int range)
	set the heater range for loop 1 More...

void	queryRDGST (char input, int &bitweight)
	get input reading status More...

void	setRELAY (int relay, int mode, char input, int type)
	configure relay control parameters More...

void	queryRELAY (int relay, int &mode, std::string &input, int &type)
	query relay control parameters More...

void	queryRELAYST (int type, bool &onoff)
	query relay status More...

void	queryREV (std::string &firmwarerevision)
	query input firmware revision More...

void	setSCAL (int std, int dest, std::string snum, double temp1, double unit1, double temp2, double unit2, double temp3, double unit3)
	generate a SoftCal(TM) curve More...

void	setSETP (int loop, double setpoint)
	set control setpoint More...

void	querySETP (int loop, double &setpoint)
	query the control setpoint More...

void	querySRDG (char input, double &value)
	query the sensor unit input reading More...

void	queryTEMP (double &valuekelvin)
	query the thermocouple junction temperature More...

void	queryTUNEST (bool &activetuning)
	query the control tuning status More...

void	setZONE (int loop, int zone, double top, double valueP, double valueI, double valueD, double mout, int range)
	set the control loop zone table parameter More...

void	queryZONE (int loop, int zone, double &top, double &valueP, double &valueI, double &valueD, double &mout, int &range)
	query the control loop zone parameter More...

	LakeshoreController331S ()

	LakeshoreController331S (std::string connection, bool create)

virtual	~LakeshoreController331S ()

void	createChatLine (const std::string &connection)

void	createChatLine ()

void	closeChatLine ()

std::string	getAnswer ()

void	setCLS ()
	command to clear the interface of the device More...

void	setESE (int weight)
	sets the configure status reports in the standard event register More...

void	queryESE (int &bitweight)
	gets the configuration of status reports in the event status register More...

void	queryESR (int &bitweight)
	gets the standard event status register More...

void	queryIDN ()
	gets the identification of the device More...

void	queryIDN (std::string &manufacture, std::string &model, std::string &serialnumber, std::string &firmwarerevisionmmddyy)
	gets the identification of the device and splits it into its parts More...

void	setOPC ()
	sets operation complete command More...

void	queryOPC ()
	query operation complete. More...

void	setRST ()
	reset the instrument More...

void	setSRE (int weight)
	set the status reports in the service request enable register More...

void	querySRE (int &bitweight)
	query the configuration of status reports in the service request enable register More...

void	querySTB (int &bitweight)
	query the status byte More...

void	queryTST (bool &errorfound)
	enable selftest of the device More...

void	setALARM (char input, bool alarm, int source, double high, double low, double dead, bool latch)
	sets the alarm parameters More...

void	queryALARM (char input, bool &onoff, int &source, double &highvalue, double &lowvalue, double &deadband, bool &latch_enabled)
	query the input alarm parameters More...

void	queryALARMST (char input, bool &highstate, bool &lowstate)
	query the input alarm status More...

void	setALMRST ()
	clear alarm status for all inputs More...

void	setANALOG (bool bipolar, int mode, char input, int source, double high, double low, double manual)
	configure analog output parameters More...

void	queryANALOG (bool &bipolar, int &mode, std::string &input, int &source, double &high, double &low, double &manual)
	query analog output parameters More...

void	queryAOUT (double &aoutput)
	query analog output data 2nd loop More...

void	setBAUD (int baud)
	sets the serial interface baud rate More...

void	queryBAUD (int &baud)
	query the current serial interface baud rate More...

void	setBEEP (bool beep)
	sets the Alarm Beeper More...

void	queryBEEP (bool &beep)
	query the alarm beeper status More...

void	setBRIGT (int bright)
	sets the display brightness More...

void	queryBRIGT (int &bright)
	query the display brightness More...

void	setCMODE (int loop, int mode)
	set the control loop mode More...

void	queryCMODE (int loop, int &mode)
	query the control loop mode More...

void	queryCRDG (char input, double &value)
	query the celsius reading from an input More...

void	setCRVDEL (int curve)
	delete a user specified curve More...

void	setCRVHDR (int curve, std::string name, std::string snum, int format, double limit, int coeff)
	configure the curve header More...

void	queryCRVHDR (int curve, std::string &name, std::string &snum, int &format, double &limit, int &coeff)
	query curve header More...

void	setCRVPT (int curve, int index, double units, double temp)
	configure curve data point More...

void	queryCRVPT (int curve, int index, double &units, double &temp)
	query curve data point More...

void	setCSET (int loop, char input, int units, bool pwrup, int curpwr)
	configure the control loop parameter More...

void	queryCSET (int loop, std::string &input, int &units, bool &pwrup, int &curpwr)
	query control loop parameters More...

void	setDFLT ()
	set to factory defaults More...

void	setDISPFLD (int location, int item, int source)
	configure display parameters More...

void	queryDISPFLD (int location, int &item, int &source)
	query display field More...

void	setEMUL (bool emulation)
	sets 330 emulation mode on or off More...

void	queryEMUL (bool &onoff)
	checks whether 330 emulation mode is active or not More...

void	setFILTER (char input, bool filter, int points, int win)
	configure input filter parameters More...

void	queryFILTER (char input, bool &filter, int &points, int &win)
	query input filter parameters More...

void	queryHTR (double &output)
	query heater output More...

void	queryHTRST (int &status)
	query heater status More...

void	setIEEE (int terminator, bool eoi, int address)
	configure IEEE-488 interface parameters More...

void	queryIEEE (int &terminator, bool &eoi, int &address)
	query the IEEE-488 interface parameters More...

void	setINCRV (char input, int curve)
	configure curve input number More...

void	queryINCRV (char input, int &curve)
	query input curve number More...

void	setINTYPE (char input, int type, bool compensation)
	set input type parameter More...

void	queryINTYPE (char input, int &type, bool &compensation)
	query the input type parameters More...

void	queryKEYST (bool &pressed)
	query keypad status More...

void	queryKRDG (char input, double &value)
	query Kelvin reading for an input More...

void	queryLDAT (char input, double &value)
	query linear input equation data More...

void	setLINEAR (char input, int equ, double varM, int srcX, int srcB, double varB)
	set the input linear equation parameter More...

void	queryLINEAR (char input, int &equ, double &varM, int &srcX, int &srcB, double &varB)
	get the linear equation parameter More...

void	setLOCK (bool lock, int code)
	configure Lock-out and Lock-out code More...

void	queryLOCK (bool &locked, int &code)
	query lock-out and lock-out code More...

void	queryMDAT (char input, double &minvalue, double &maxvalue)
	query the minimum/maximum data More...

void	setMNMX (char input, int source)
	configure minimum and maximum input function parameters More...

void	queryMNMX (char input, int &source)
	query minimum and maximum input function parameters More...

void	setMNMXRST ()
	reset all min/max function for all inputs More...

void	setMODE (int mode)
	configure remote interface mode More...

void	queryMODE (int &mode)
	query remote interface mode More...

void	setMOUT (int loop, double value)
	set the control loop manual heater power (MHP) output More...

void	queryMOUT (int loop, double &value)
	get the control loop manual heater power (MHP) output More...

void	setPID (int loop, double valueP, double valueI, double valueD)
	set the control loop PID values More...

void	queryPID (int loop, double &valueP, double &valueI, double &valueD)
	get the control loop PID values More...

void	setRAMP (int loop, bool onoff, double rate)
	set the control setpoint ramp parameter More...

void	queryRAMP (int loop, bool &onoff, double &rate)
	get the control setpoint ramp parameter More...

void	queryRAMPST (int loop, bool &status)
	get control setpoint ramp status More...

void	queryRANGE (int &range)
	get the currently applied heater range from loop 1 More...

void	setRANGE (int range)
	set the heater range for loop 1 More...

void	queryRDGST (char input, int &bitweight)
	get input reading status More...

void	setRELAY (int relay, int mode, char input, int type)
	configure relay control parameters More...

void	queryRELAY (int relay, int &mode, std::string &input, int &type)
	query relay control parameters More...

void	queryRELAYST (int type, bool &onoff)
	query relay status More...

void	queryREV (std::string &firmwarerevision)
	query input firmware revision More...

void	setSCAL (int std, int dest, std::string snum, double temp1, double unit1, double temp2, double unit2, double temp3, double unit3)
	generate a SoftCal(TM) curve More...

void	setSETP (int loop, double setpoint)
	set control setpoint More...

void	querySETP (int loop, double &setpoint)
	query the control setpoint More...

void	querySRDG (char input, double &value)
	query the sensor unit input reading More...

void	queryTEMP (double &valuekelvin)
	query the thermocouple junction temperature More...

void	queryTUNEST (bool &activetuning)
	query the control tuning status More...

void	setZONE (int loop, int zone, double top, double valueP, double valueI, double valueD, double mout, int range)
	set the control loop zone table parameter More...

void	queryZONE (int loop, int zone, double &top, double &valueP, double &valueI, double &valueD, double &mout, int &range)
	query the control loop zone parameter More...

Protected Member Functions
int	sendMsg (const std::string &cmd)
	this function sends a specific comand to the device More...

void	readMsg (std::string &rcv)
	this function reads the answer from the device More...

int	sendMsg (const std::string &cmd)
	this function sends a specific comand to the device More...

void	readMsg (std::string &rcv)
	this function reads the answer from the device More...

Private Member Functions
void	setConnection (std::string connection)
	this function is used to set the m_IpInfo variable to a specific string More...

void	setConnection (std::string connection)
	this function is used to set the m_IpInfo variable to a specific string More...

Private Attributes
std::vector< std::string >	m_comands
	this vector contains the comands supported by the temperature monitor More...

Nice::ChatLine	m_chat
	this is the chatline that is used to comunicate with the device More...

std::string	m_connection
	this string contains the connection informations (ip adress, port) to build the chatLine More...

bool	m_isConnected
	this boolean indicates if there is an active connection to a device More...

std::string	m_answer
	this string contains the latest answer from the device More...

std::string	m_term
	this string contains the current terminators for the sending of the commands More...

Constructor & Destructor Documentation

◆ LakeshoreController331S() [1/4]

Basda::Tempo::LakeshoreController331S::LakeshoreController331S ( )

◆ LakeshoreController331S() [2/4]

Basda::Tempo::LakeshoreController331S::LakeshoreController331S	(	std::string	connection,
		bool	create
	)

◆ ~LakeshoreController331S() [1/2]

Basda::Tempo::LakeshoreController331S::~LakeshoreController331S ( )

virtual

◆ LakeshoreController331S() [3/4]

Basda::Tempo::LakeshoreController331S::LakeshoreController331S ( )

◆ LakeshoreController331S() [4/4]

Basda::Tempo::LakeshoreController331S::LakeshoreController331S	(	std::string	connection,
		bool	create
	)

◆ ~LakeshoreController331S() [2/2]

virtual Basda::Tempo::LakeshoreController331S::~LakeshoreController331S ( )

virtual

Member Function Documentation

◆ closeChatLine() [1/2]

void Basda::Tempo::LakeshoreController331S::closeChatLine ( )

◆ closeChatLine() [2/2]

void Basda::Tempo::LakeshoreController331S::closeChatLine ( )

◆ createChatLine() [1/4]

void Basda::Tempo::LakeshoreController331S::createChatLine ( const std::string & connection )

◆ createChatLine() [2/4]

void Basda::Tempo::LakeshoreController331S::createChatLine ( const std::string & connection )

◆ createChatLine() [3/4]

void Basda::Tempo::LakeshoreController331S::createChatLine ( )

◆ createChatLine() [4/4]

void Basda::Tempo::LakeshoreController331S::createChatLine ( )

◆ getAnswer() [1/2]

std::string Basda::Tempo::LakeshoreController331S::getAnswer ( )

inline

◆ getAnswer() [2/2]

std::string Basda::Tempo::LakeshoreController331S::getAnswer ( )

inline

◆ queryALARM() [1/2]

void Basda::Tempo::LakeshoreController331S::queryALARM	(	char	input,
		bool &	onoff,
		int &	source,
		double &	highvalue,
		double &	lowvalue,
		double &	deadband,
		bool &	latch_enabled
	)

query the input alarm parameters

Parameters

input	specifies the input (A or B)
onoff	sets the alarm for the input to off or on
source	specifies input data to check (1=Kelvin, 2=Celsius, 3=sensor units, 4=linear data)
highvalue	value the source is checked against to activate high alarm level
lowvalue	value the source is checked against to activate low alarm level
deadband	the value that the source must change outside of an alarm condition to deactivate an unlatched alarm
latch_enabled	Specifies a latched alarm (remains active after alarm condition correction)

◆ queryALARM() [2/2]

void Basda::Tempo::LakeshoreController331S::queryALARM	(	char	input,
		bool &	onoff,
		int &	source,
		double &	highvalue,
		double &	lowvalue,
		double &	deadband,
		bool &	latch_enabled
	)

query the input alarm parameters

Parameters

input	specifies the input (A or B)
onoff	sets the alarm for the input to off or on
source	specifies input data to check (1=Kelvin, 2=Celsius, 3=sensor units, 4=linear data)
highvalue	value the source is checked against to activate high alarm level
lowvalue	value the source is checked against to activate low alarm level
deadband	the value that the source must change outside of an alarm condition to deactivate an unlatched alarm
latch_enabled	Specifies a latched alarm (remains active after alarm condition correction)

◆ queryALARMST() [1/2]

void Basda::Tempo::LakeshoreController331S::queryALARMST	(	char	input,
		bool &	highstate,
		bool &	lowstate
	)

query the input alarm status

Parameters

input	specifies the input (A or B)
highstate	highvalue alarm is on or off
lowstate	lowvalue alarm is on or off

◆ queryALARMST() [2/2]

void Basda::Tempo::LakeshoreController331S::queryALARMST	(	char	input,
		bool &	highstate,
		bool &	lowstate
	)

query the input alarm status

Parameters

input	specifies the input (A or B)
highstate	highvalue alarm is on or off
lowstate	lowvalue alarm is on or off

◆ queryANALOG() [1/2]

void Basda::Tempo::LakeshoreController331S::queryANALOG	(	bool &	bipolar,
		int &	mode,
		std::string &	input,
		int &	source,
		double &	high,
		double &	low,
		double &	manual
	)

query analog output parameters

Parameters

bipolar	specifies analog output (0=positive only, 1=bipolar)
mode	data for the analog output to monitor (0=off, 1=input, 2=manual, 3=loop)
input	specifies the input to monitor if _mode=1
source	specifies input data (1=Kelvin, 2=Celsius, 3=sensor units, 4=linear equation)
high	If mode=1, this parameter represents the data at which the analog output reaches +100% output
low	If mode=1, this parameter represents the data at which the analog output reaches -100% output if bipolar or 0% else
manual	if mode=2, this parameter is the output of the analog output

◆ queryANALOG() [2/2]

void Basda::Tempo::LakeshoreController331S::queryANALOG	(	bool &	bipolar,
		int &	mode,
		std::string &	input,
		int &	source,
		double &	high,
		double &	low,
		double &	manual
	)

query analog output parameters

Parameters

bipolar	specifies analog output (0=positive only, 1=bipolar)
mode	data for the analog output to monitor (0=off, 1=input, 2=manual, 3=loop)
input	specifies the input to monitor if _mode=1
source	specifies input data (1=Kelvin, 2=Celsius, 3=sensor units, 4=linear equation)
high	If mode=1, this parameter represents the data at which the analog output reaches +100% output
low	If mode=1, this parameter represents the data at which the analog output reaches -100% output if bipolar or 0% else
manual	if mode=2, this parameter is the output of the analog output

◆ queryAOUT() [1/2]

void Basda::Tempo::LakeshoreController331S::queryAOUT ( double & aoutput )

query analog output data 2nd loop

Parameters

aoutput current analog output of the 2nd loop

◆ queryAOUT() [2/2]

void Basda::Tempo::LakeshoreController331S::queryAOUT ( double & aoutput )

query analog output data 2nd loop

Parameters

aoutput current analog output of the 2nd loop

◆ queryBAUD() [1/2]

void Basda::Tempo::LakeshoreController331S::queryBAUD ( int & baud )

query the current serial interface baud rate

Parameters

baud	current baud rate (0=300, 1=1200, 2=9600)

◆ queryBAUD() [2/2]

void Basda::Tempo::LakeshoreController331S::queryBAUD ( int & baud )

query the current serial interface baud rate

Parameters

baud	current baud rate (0=300, 1=1200, 2=9600)

◆ queryBEEP() [1/2]

void Basda::Tempo::LakeshoreController331S::queryBEEP ( bool & beep )

query the alarm beeper status

Parameters

beep	current beep status true=on, false =off

◆ queryBEEP() [2/2]

void Basda::Tempo::LakeshoreController331S::queryBEEP ( bool & beep )

query the alarm beeper status

Parameters

beep	current beep status true=on, false =off

◆ queryBRIGT() [1/2]

void Basda::Tempo::LakeshoreController331S::queryBRIGT ( int & bright )

query the display brightness

Parameters

bright currently used brightness (0=25%, 1=50%, 2=75%, 3=100%)

◆ queryBRIGT() [2/2]

void Basda::Tempo::LakeshoreController331S::queryBRIGT ( int & bright )

query the display brightness

Parameters

bright currently used brightness (0=25%, 1=50%, 2=75%, 3=100%)

◆ queryCMODE() [1/2]

void Basda::Tempo::LakeshoreController331S::queryCMODE	(	int	loop,
		int &	mode
	)

query the control loop mode

Parameters

loop	specifies which loop to query (1 or 2)
mode	currently used mode (1=manual PID, 2=zone, 3=open loop, 4=autotune PID, 5=autotune PI, 6=autotune P)

◆ queryCMODE() [2/2]

void Basda::Tempo::LakeshoreController331S::queryCMODE	(	int	loop,
		int &	mode
	)

query the control loop mode

Parameters

loop	specifies which loop to query (1 or 2)
mode	currently used mode (1=manual PID, 2=zone, 3=open loop, 4=autotune PID, 5=autotune PI, 6=autotune P)

◆ queryCRDG() [1/2]

void Basda::Tempo::LakeshoreController331S::queryCRDG	(	char	input,
		double &	value
	)

query the celsius reading from an input

Parameters

input	specifies the input (A or B)
value	current temperature in Celsius

◆ queryCRDG() [2/2]

void Basda::Tempo::LakeshoreController331S::queryCRDG	(	char	input,
		double &	value
	)

query the celsius reading from an input

Parameters

input	specifies the input (A or B)
value	current temperature in Celsius

◆ queryCRVHDR() [1/2]

void Basda::Tempo::LakeshoreController331S::queryCRVHDR	(	int	curve,
		std::string &	name,
		std::string &	snum,
		int &	format,
		double &	limit,
		int &	coeff
	)

query curve header

Parameters

curve	specifies which curve to query (1-41)
name	actual curve name (max 15 chars)
snum	actual serial number for the curve (max 10 chars)
format	actual curve data format (1=mV/K, 2=V/K, 3=Ohm/K, 4=log(Ohm/K)
limit	actual curve temperature limit in Kelvin
coeff	actual temperature coefficient (1=negative, 2=positive)

◆ queryCRVHDR() [2/2]

void Basda::Tempo::LakeshoreController331S::queryCRVHDR	(	int	curve,
		std::string &	name,
		std::string &	snum,
		int &	format,
		double &	limit,
		int &	coeff
	)

query curve header

Parameters

curve	specifies which curve to query (1-41)
name	actual curve name (max 15 chars)
snum	actual serial number for the curve (max 10 chars)
format	actual curve data format (1=mV/K, 2=V/K, 3=Ohm/K, 4=log(Ohm/K)
limit	actual curve temperature limit in Kelvin
coeff	actual temperature coefficient (1=negative, 2=positive)

◆ queryCRVPT() [1/2]

void Basda::Tempo::LakeshoreController331S::queryCRVPT	(	int	curve,
		int	index,
		double &	units,
		double &	temp
	)

query curve data point

Parameters

curve	specifies which curve to query (1-41)
index	specifies the points index in the curve (1-200)
units	current sensor units for this point up to 6 digits
temp	current corresponding temperature in Kelvin for this point up to 6 digits

◆ queryCRVPT() [2/2]

void Basda::Tempo::LakeshoreController331S::queryCRVPT	(	int	curve,
		int	index,
		double &	units,
		double &	temp
	)

query curve data point

Parameters

curve	specifies which curve to query (1-41)
index	specifies the points index in the curve (1-200)
units	current sensor units for this point up to 6 digits
temp	current corresponding temperature in Kelvin for this point up to 6 digits

◆ queryCSET() [1/2]

void Basda::Tempo::LakeshoreController331S::queryCSET	(	int	loop,
		std::string &	input,
		int &	units,
		bool &	pwrup,
		int &	curpwr
	)

query control loop parameters

Parameters

loop	specifies loop (1 or 2)
input	currently selected input to control from (A or B)
units	currently selected setpoint units (1=Kelvin, 2=Celsius, 3=sensor units)
pwrup	currently selected control loop status on power up, true if enabled, false if disabled
curpwr	does the heater output display in current(1) or power(2)

◆ queryCSET() [2/2]

void Basda::Tempo::LakeshoreController331S::queryCSET	(	int	loop,
		std::string &	input,
		int &	units,
		bool &	pwrup,
		int &	curpwr
	)

query control loop parameters

Parameters

loop	specifies loop (1 or 2)
input	currently selected input to control from (A or B)
units	currently selected setpoint units (1=Kelvin, 2=Celsius, 3=sensor units)
pwrup	currently selected control loop status on power up, true if enabled, false if disabled
curpwr	does the heater output display in current(1) or power(2)

◆ queryDISPFLD() [1/2]

void Basda::Tempo::LakeshoreController331S::queryDISPFLD	(	int	location,
		int &	item,
		int &	source
	)

query display field

Parameters

location	display field (1-4)
item	current item displayed in the field (0=off, 1=input A, 2=input B, 3=setpoint, 4=heater output)
source	current input data to display (1=Kelvin, 2=Celsius, 3=sensor units, 4=linear data, 5=minimum data, 6=maximum data)

◆ queryDISPFLD() [2/2]

void Basda::Tempo::LakeshoreController331S::queryDISPFLD	(	int	location,
		int &	item,
		int &	source
	)

query display field

Parameters

location	display field (1-4)
item	current item displayed in the field (0=off, 1=input A, 2=input B, 3=setpoint, 4=heater output)
source	current input data to display (1=Kelvin, 2=Celsius, 3=sensor units, 4=linear data, 5=minimum data, 6=maximum data)

◆ queryEMUL() [1/2]

void Basda::Tempo::LakeshoreController331S::queryEMUL ( bool & onoff )

checks whether 330 emulation mode is active or not

Parameters

onoff true if emulation is emabled, false otherwise

◆ queryEMUL() [2/2]

void Basda::Tempo::LakeshoreController331S::queryEMUL ( bool & onoff )

checks whether 330 emulation mode is active or not

Parameters

onoff true if emulation is emabled, false otherwise

◆ queryESE() [1/2]

void Basda::Tempo::LakeshoreController331S::queryESE ( int & bitweight )

gets the configuration of status reports in the event status register

Parameters

bitweight current sum of the bit weighting to mask the status flags in the standard status event register

◆ queryESE() [2/2]

void Basda::Tempo::LakeshoreController331S::queryESE ( int & bitweight )

gets the configuration of status reports in the event status register

Parameters

bitweight current sum of the bit weighting to mask the status flags in the standard status event register

◆ queryESR() [1/2]

void Basda::Tempo::LakeshoreController331S::queryESR ( int & bitweight )

gets the standard event status register

Parameters

bitweight value representing the sum of the bit weighting of the event flag bits that are set in the Standard Event Status Register

◆ queryESR() [2/2]

void Basda::Tempo::LakeshoreController331S::queryESR ( int & bitweight )

gets the standard event status register

Parameters

bitweight value representing the sum of the bit weighting of the event flag bits that are set in the Standard Event Status Register

◆ queryFILTER() [1/2]

void Basda::Tempo::LakeshoreController331S::queryFILTER	(	char	input,
		bool &	filter,
		int &	points,
		int &	win
	)

query input filter parameters

Parameters

input	specifies input (A or B)
filter	current filter status, off(false) or on(true)
points	current amount of data points for the filtering function (2-64)
win	what percent of full scale reading limits the filtering function (1-10)

◆ queryFILTER() [2/2]

void Basda::Tempo::LakeshoreController331S::queryFILTER	(	char	input,
		bool &	filter,
		int &	points,
		int &	win
	)

query input filter parameters

Parameters

input	specifies input (A or B)
filter	current filter status, off(false) or on(true)
points	current amount of data points for the filtering function (2-64)
win	what percent of full scale reading limits the filtering function (1-10)

◆ queryHTR() [1/2]

void Basda::Tempo::LakeshoreController331S::queryHTR ( double & output )

query heater output

Parameters

output current heater output value

◆ queryHTR() [2/2]

void Basda::Tempo::LakeshoreController331S::queryHTR ( double & output )

query heater output

Parameters

output current heater output value

◆ queryHTRST() [1/2]

void Basda::Tempo::LakeshoreController331S::queryHTRST ( int & status )

query heater status

Parameters

status current heater status

◆ queryHTRST() [2/2]

void Basda::Tempo::LakeshoreController331S::queryHTRST ( int & status )

query heater status

Parameters

status current heater status

◆ queryIDN() [1/4]

void Basda::Tempo::LakeshoreController331S::queryIDN ( )

gets the identification of the device

◆ queryIDN() [2/4]

void Basda::Tempo::LakeshoreController331S::queryIDN ( )

gets the identification of the device

◆ queryIDN() [3/4]

void Basda::Tempo::LakeshoreController331S::queryIDN	(	std::string &	manufacture,
		std::string &	model,
		std::string &	serialnumber,
		std::string &	firmwarerevisionmmddyy
	)

gets the identification of the device and splits it into its parts

Parameters

manufacture	Manufacturer ID
model	Instrument model number
serialnumber	Serial number
firmwarerevisionmmddyy	Instrument firmware revision date

◆ queryIDN() [4/4]

void Basda::Tempo::LakeshoreController331S::queryIDN	(	std::string &	manufacture,
		std::string &	model,
		std::string &	serialnumber,
		std::string &	firmwarerevisionmmddyy
	)

gets the identification of the device and splits it into its parts

Parameters

manufacture	Manufacturer ID
model	Instrument model number
serialnumber	Serial number
firmwarerevisionmmddyy	Instrument firmware revision date

◆ queryIEEE() [1/2]

void Basda::Tempo::LakeshoreController331S::queryIEEE	(	int &	terminator,
		bool &	eoi,
		int &	address
	)

query the IEEE-488 interface parameters

Parameters

terminator	currently used terminator (0=<CR><LF>, 1=<LF><CR>, 2=<LF>, 3=no terminator)
eoi	current EOI mode status, disableds(false)/enabled(true)
address	current IEEE address (1-30)

◆ queryIEEE() [2/2]

void Basda::Tempo::LakeshoreController331S::queryIEEE	(	int &	terminator,
		bool &	eoi,
		int &	address
	)

query the IEEE-488 interface parameters

Parameters

terminator	currently used terminator (0=<CR><LF>, 1=<LF><CR>, 2=<LF>, 3=no terminator)
eoi	current EOI mode status, disableds(false)/enabled(true)
address	current IEEE address (1-30)

◆ queryINCRV() [1/2]

void Basda::Tempo::LakeshoreController331S::queryINCRV	(	char	input,
		int &	curve
	)

query input curve number

Parameters

input	specifies the input (A or B)
curve	currently used curve of the input (0=none, 1-20=std curves, 21-41=user curves)

◆ queryINCRV() [2/2]

void Basda::Tempo::LakeshoreController331S::queryINCRV	(	char	input,
		int &	curve
	)

query input curve number

Parameters

input	specifies the input (A or B)
curve	currently used curve of the input (0=none, 1-20=std curves, 21-41=user curves)

◆ queryINTYPE() [1/2]

void Basda::Tempo::LakeshoreController331S::queryINTYPE	(	char	input,
		int &	type,
		bool &	compensation
	)

query the input type parameters

Parameters

input	specifies the input (A or B)
type	current input sensor type (0=Silicon Diode, 1=GaAlAs Diode, 2=100 Ω Platinum/250, 3=100 Ω Platinum/500, 4=1000 Ω Platinum, 5=NTC RTD, 6=Thermocouple 25 mV, 7=Thermocouple 50 mV, 3=100 Ω Platinum/500, 8=[2.5 V, 1 mA], 9=[7.5 V, 1 mA])
compensation	currently compensation is on(true) or off(false)

◆ queryINTYPE() [2/2]

void Basda::Tempo::LakeshoreController331S::queryINTYPE	(	char	input,
		int &	type,
		bool &	compensation
	)

query the input type parameters

Parameters

input	specifies the input (A or B)
type	current input sensor type (0=Silicon Diode, 1=GaAlAs Diode, 2=100 Ω Platinum/250, 3=100 Ω Platinum/500, 4=1000 Ω Platinum, 5=NTC RTD, 6=Thermocouple 25 mV, 7=Thermocouple 50 mV, 3=100 Ω Platinum/500, 8=[2.5 V, 1 mA], 9=[7.5 V, 1 mA])
compensation	currently compensation is on(true) or off(false)

◆ queryKEYST() [1/2]

void Basda::Tempo::LakeshoreController331S::queryKEYST ( bool & pressed )

query keypad status

Parameters

pressed true if key is pressed, false otherwise

◆ queryKEYST() [2/2]

void Basda::Tempo::LakeshoreController331S::queryKEYST ( bool & pressed )

query keypad status

Parameters

pressed true if key is pressed, false otherwise

◆ queryKRDG() [1/2]

void Basda::Tempo::LakeshoreController331S::queryKRDG	(	char	input,
		double &	value
	)

query Kelvin reading for an input

Parameters

input	specifies the input (A or B)
value	current temperature in Kelvin

◆ queryKRDG() [2/2]

void Basda::Tempo::LakeshoreController331S::queryKRDG	(	char	input,
		double &	value
	)

query Kelvin reading for an input

Parameters

input	specifies the input (A or B)
value	current temperature in Kelvin

◆ queryLDAT() [1/2]

void Basda::Tempo::LakeshoreController331S::queryLDAT	(	char	input,
		double &	value
	)

query linear input equation data

Parameters

input	specifies input (A or B)
value	current linear equation value

◆ queryLDAT() [2/2]

void Basda::Tempo::LakeshoreController331S::queryLDAT	(	char	input,
		double &	value
	)

query linear input equation data

Parameters

input	specifies input (A or B)
value	current linear equation value

◆ queryLINEAR() [1/2]

void Basda::Tempo::LakeshoreController331S::queryLINEAR	(	char	input,
		int &	equ,
		double &	varM,
		int &	srcX,
		int &	srcB,
		double &	varB
	)

get the linear equation parameter

Parameters

input	specifies input (A or B)
equ	currently selected linear equation to use (1=(y = mx + b), 2=(y = m(x + b)))
varM	current value for m in the equation
srcX	current input data (1=Kelvin, 2=Celsius, 3=sensor units)
srcB	what is currently used for b in the equation (1=a value, 2=+SP1, 3=-SP1, 4=+SP2, 5=-SP2)
varB	current value for b in the equation if srcB=1

◆ queryLINEAR() [2/2]

void Basda::Tempo::LakeshoreController331S::queryLINEAR	(	char	input,
		int &	equ,
		double &	varM,
		int &	srcX,
		int &	srcB,
		double &	varB
	)

get the linear equation parameter

Parameters

input	specifies input (A or B)
equ	currently selected linear equation to use (1=(y = mx + b), 2=(y = m(x + b)))
varM	current value for m in the equation
srcX	current input data (1=Kelvin, 2=Celsius, 3=sensor units)
srcB	what is currently used for b in the equation (1=a value, 2=+SP1, 3=-SP1, 4=+SP2, 5=-SP2)
varB	current value for b in the equation if srcB=1

◆ queryLOCK() [1/2]

void Basda::Tempo::LakeshoreController331S::queryLOCK	(	bool &	locked,
		int &	code
	)

query lock-out and lock-out code

Parameters

locked	current lock status, true means locked, false means unlocked
code	current lock-out code

◆ queryLOCK() [2/2]

void Basda::Tempo::LakeshoreController331S::queryLOCK	(	bool &	locked,
		int &	code
	)

query lock-out and lock-out code

Parameters

locked	current lock status, true means locked, false means unlocked
code	current lock-out code

◆ queryMDAT() [1/2]

void Basda::Tempo::LakeshoreController331S::queryMDAT	(	char	input,
		double &	minvalue,
		double &	maxvalue
	)

query the minimum/maximum data

Parameters

input	specifies input (A or B)
minvalue	minimum input data value
maxvalue	maximum input data value

◆ queryMDAT() [2/2]

void Basda::Tempo::LakeshoreController331S::queryMDAT	(	char	input,
		double &	minvalue,
		double &	maxvalue
	)

query the minimum/maximum data

Parameters

input	specifies input (A or B)
minvalue	minimum input data value
maxvalue	maximum input data value

◆ queryMNMX() [1/2]

void Basda::Tempo::LakeshoreController331S::queryMNMX	(	char	input,
		int &	source
	)

query minimum and maximum input function parameters

Parameters

input	specifies the input (A or B)
source	currently selected input data to process through max/min (1=Kelvin, 2=Celsius, 3=sensor units, 4=linear data)

◆ queryMNMX() [2/2]

void Basda::Tempo::LakeshoreController331S::queryMNMX	(	char	input,
		int &	source
	)

query minimum and maximum input function parameters

Parameters

input	specifies the input (A or B)
source	currently selected input data to process through max/min (1=Kelvin, 2=Celsius, 3=sensor units, 4=linear data)

◆ queryMODE() [1/2]

void Basda::Tempo::LakeshoreController331S::queryMODE ( int & mode )

query remote interface mode

Parameters

mode	current operation mode (0=local, 1=remote, 2=remote with local lock-out)

◆ queryMODE() [2/2]

void Basda::Tempo::LakeshoreController331S::queryMODE ( int & mode )

query remote interface mode

Parameters

mode	current operation mode (0=local, 1=remote, 2=remote with local lock-out)

◆ queryMOUT() [1/2]

void Basda::Tempo::LakeshoreController331S::queryMOUT	(	int	loop,
		double &	value
	)

get the control loop manual heater power (MHP) output

Parameters

loop	specifies loop to query (1 or 2)
value	cuurent value of the manual output (in percent)

◆ queryMOUT() [2/2]

void Basda::Tempo::LakeshoreController331S::queryMOUT	(	int	loop,
		double &	value
	)

get the control loop manual heater power (MHP) output

Parameters

loop	specifies loop to query (1 or 2)
value	cuurent value of the manual output (in percent)

◆ queryOPC() [1/2]

void Basda::Tempo::LakeshoreController331S::queryOPC ( )

query operation complete.

Note: places a 1 in the controllers output queue upon completion of all pending selected device operations

◆ queryOPC() [2/2]

void Basda::Tempo::LakeshoreController331S::queryOPC ( )

query operation complete.

Note: places a 1 in the controllers output queue upon completion of all pending selected device operations

◆ queryPID() [1/2]

void Basda::Tempo::LakeshoreController331S::queryPID	(	int	loop,
		double &	valueP,
		double &	valueI,
		double &	valueD
	)

get the control loop PID values

Parameters

loop	specifies the loop (1 or 2)
valueP	the current value for proportional (gain) (0.1-1000)
valueI	the current value for integral (reset) (0.1-1000)
valueD	the current value for derivative (rate) (0-200)

◆ queryPID() [2/2]

void Basda::Tempo::LakeshoreController331S::queryPID	(	int	loop,
		double &	valueP,
		double &	valueI,
		double &	valueD
	)

get the control loop PID values

Parameters

loop	specifies the loop (1 or 2)
valueP	the current value for proportional (gain) (0.1-1000)
valueI	the current value for integral (reset) (0.1-1000)
valueD	the current value for derivative (rate) (0-200)

◆ queryRAMP() [1/2]

void Basda::Tempo::LakeshoreController331S::queryRAMP	(	int	loop,
		bool &	onoff,
		double &	rate
	)

get the control setpoint ramp parameter

Parameters

loop	specifies the loop (1 or 2)
onoff	currently ramping switched off(false) or on(true)
rate	current setpoint ramp rate in Kelvin per minute from 0.1 to 100

◆ queryRAMP() [2/2]

void Basda::Tempo::LakeshoreController331S::queryRAMP	(	int	loop,
		bool &	onoff,
		double &	rate
	)

get the control setpoint ramp parameter

Parameters

loop	specifies the loop (1 or 2)
onoff	currently ramping switched off(false) or on(true)
rate	current setpoint ramp rate in Kelvin per minute from 0.1 to 100

◆ queryRAMPST() [1/2]

void Basda::Tempo::LakeshoreController331S::queryRAMPST	(	int	loop,
		bool &	status
	)

get control setpoint ramp status

Parameters

loop	specifies the loop (1 or 2)
status	true if currently ramping, false otherwise

◆ queryRAMPST() [2/2]

void Basda::Tempo::LakeshoreController331S::queryRAMPST	(	int	loop,
		bool &	status
	)

get control setpoint ramp status

Parameters

loop	specifies the loop (1 or 2)
status	true if currently ramping, false otherwise

◆ queryRANGE() [1/2]

void Basda::Tempo::LakeshoreController331S::queryRANGE ( int & range )

get the currently applied heater range from loop 1

Parameters

range the current range (0 = Off, 1 = Low (0.5 W), 2 = Medium (5 W), 3 = High (50 W))

◆ queryRANGE() [2/2]

void Basda::Tempo::LakeshoreController331S::queryRANGE ( int & range )

get the currently applied heater range from loop 1

Parameters

range the current range (0 = Off, 1 = Low (0.5 W), 2 = Medium (5 W), 3 = High (50 W))

◆ queryRDGST() [1/2]

void Basda::Tempo::LakeshoreController331S::queryRDGST	(	char	input,
		int &	bitweight
	)

get input reading status

Parameters

input	specifies input (A or B)
bitweight	current status bit weighting value

◆ queryRDGST() [2/2]

void Basda::Tempo::LakeshoreController331S::queryRDGST	(	char	input,
		int &	bitweight
	)

get input reading status

Parameters

input	specifies input (A or B)
bitweight	current status bit weighting value

◆ queryRELAY() [1/2]

void Basda::Tempo::LakeshoreController331S::queryRELAY	(	int	relay,
		int &	mode,
		std::string &	input,
		int &	type
	)

query relay control parameters

Parameters

relay	specifies which relay to query (1 or 2)
mode	current relay mode (0=off, 1=on, 2=alarms)
input	currently selected input that an alarm activates the relay when in alarm mode (A or B)
type	current alarm type (0=low alarm, 1=high alarm, 2=both alarms)

◆ queryRELAY() [2/2]

void Basda::Tempo::LakeshoreController331S::queryRELAY	(	int	relay,
		int &	mode,
		std::string &	input,
		int &	type
	)

query relay control parameters

Parameters

relay	specifies which relay to query (1 or 2)
mode	current relay mode (0=off, 1=on, 2=alarms)
input	currently selected input that an alarm activates the relay when in alarm mode (A or B)
type	current alarm type (0=low alarm, 1=high alarm, 2=both alarms)

◆ queryRELAYST() [1/2]

void Basda::Tempo::LakeshoreController331S::queryRELAYST	(	int	type,
		bool &	onoff
	)

query relay status

Parameters

type	specifies relay type to query (0=low alarm, 1=high alarm)
onoff	current relay status, on is true, off is false

◆ queryRELAYST() [2/2]

void Basda::Tempo::LakeshoreController331S::queryRELAYST	(	int	type,
		bool &	onoff
	)

query relay status

Parameters

type	specifies relay type to query (0=low alarm, 1=high alarm)
onoff	current relay status, on is true, off is false

◆ queryREV() [1/2]

void Basda::Tempo::LakeshoreController331S::queryREV ( std::string & firmwarerevision )

query input firmware revision

Parameters

firmwarerevision current firmware revision number as string

◆ queryREV() [2/2]

void Basda::Tempo::LakeshoreController331S::queryREV ( std::string & firmwarerevision )

query input firmware revision

Parameters

firmwarerevision current firmware revision number as string

◆ querySETP() [1/2]

void Basda::Tempo::LakeshoreController331S::querySETP	(	int	loop,
		double &	setpoint
	)

query the control setpoint

Parameters

loop	specifies the loop (1 or 2)
setpoint	current value for the setpoint

◆ querySETP() [2/2]

void Basda::Tempo::LakeshoreController331S::querySETP	(	int	loop,
		double &	setpoint
	)

query the control setpoint

Parameters

loop	specifies the loop (1 or 2)
setpoint	current value for the setpoint

◆ querySRDG() [1/2]

void Basda::Tempo::LakeshoreController331S::querySRDG	(	char	input,
		double &	value
	)

query the sensor unit input reading

Parameters

input	specifies the input (A or B)
value	current sensor units value

◆ querySRDG() [2/2]

void Basda::Tempo::LakeshoreController331S::querySRDG	(	char	input,
		double &	value
	)

query the sensor unit input reading

Parameters

input	specifies the input (A or B)
value	current sensor units value

◆ querySRE() [1/2]

void Basda::Tempo::LakeshoreController331S::querySRE ( int & bitweight )

query the configuration of status reports in the service request enable register

Parameters

bitweight current sum of the bit weighting to mask the status flags in the status byte register

◆ querySRE() [2/2]

void Basda::Tempo::LakeshoreController331S::querySRE ( int & bitweight )

query the configuration of status reports in the service request enable register

Parameters

bitweight current sum of the bit weighting to mask the status flags in the status byte register

◆ querySTB() [1/2]

void Basda::Tempo::LakeshoreController331S::querySTB ( int & bitweight )

query the status byte

Parameters

bitweight current sum of the bit weighting of the status flags that are set in the status byte register

◆ querySTB() [2/2]

void Basda::Tempo::LakeshoreController331S::querySTB ( int & bitweight )

query the status byte

Parameters

bitweight current sum of the bit weighting of the status flags that are set in the status byte register

◆ queryTEMP() [1/2]

void Basda::Tempo::LakeshoreController331S::queryTEMP ( double & valuekelvin )

query the thermocouple junction temperature

Parameters

valuekelvin current temperature value in Kelvin

◆ queryTEMP() [2/2]

void Basda::Tempo::LakeshoreController331S::queryTEMP ( double & valuekelvin )

query the thermocouple junction temperature

Parameters

valuekelvin current temperature value in Kelvin

◆ queryTST() [1/2]

void Basda::Tempo::LakeshoreController331S::queryTST ( bool & errorfound )

enable selftest of the device

Parameters

errorfound true if error was found, false otherwise

◆ queryTST() [2/2]

void Basda::Tempo::LakeshoreController331S::queryTST ( bool & errorfound )

enable selftest of the device

Parameters

errorfound true if error was found, false otherwise

◆ queryTUNEST() [1/2]

void Basda::Tempo::LakeshoreController331S::queryTUNEST ( bool & activetuning )

query the control tuning status

Parameters

activetuning true if active tuning is on, false otherwise

◆ queryTUNEST() [2/2]

void Basda::Tempo::LakeshoreController331S::queryTUNEST ( bool & activetuning )

query the control tuning status

Parameters

activetuning true if active tuning is on, false otherwise

◆ queryZONE() [1/2]

void Basda::Tempo::LakeshoreController331S::queryZONE	(	int	loop,
		int	zone,
		double &	top,
		double &	valueP,
		double &	valueI,
		double &	valueD,
		double &	mout,
		int &	range
	)

query the control loop zone parameter

Parameters

loop	specifies the loop (1 or 2)
zone	specifies the zone (1-10)
top	current top temperature value for this zone
valueP	current P value for this zone (0.1-1000)
valueI	current I value for this zone (0.1-1000)
valueD	current D value for this zone (0-200)
mout	current manual output value for this zone (0-100)
range	current heater range for this zone if _loop=1 (0-3)

◆ queryZONE() [2/2]

void Basda::Tempo::LakeshoreController331S::queryZONE	(	int	loop,
		int	zone,
		double &	top,
		double &	valueP,
		double &	valueI,
		double &	valueD,
		double &	mout,
		int &	range
	)

query the control loop zone parameter

Parameters

loop	specifies the loop (1 or 2)
zone	specifies the zone (1-10)
top	current top temperature value for this zone
valueP	current P value for this zone (0.1-1000)
valueI	current I value for this zone (0.1-1000)
valueD	current D value for this zone (0-200)
mout	current manual output value for this zone (0-100)
range	current heater range for this zone if _loop=1 (0-3)

◆ readMsg() [1/2]

void Basda::Tempo::LakeshoreController331S::readMsg ( std::string & rcv )

protected

this function reads the answer from the device

Parameters

rcv	answer from the device

◆ readMsg() [2/2]

void Basda::Tempo::LakeshoreController331S::readMsg ( std::string & rcv )

protected

this function reads the answer from the device

Parameters

rcv	answer from the device

◆ sendMsg() [1/2]

int Basda::Tempo::LakeshoreController331S::sendMsg ( const std::string & cmd )

protected

this function sends a specific comand to the device

Parameters

cmd	comand to send

Returns: number of chars sent

◆ sendMsg() [2/2]

int Basda::Tempo::LakeshoreController331S::sendMsg ( const std::string & cmd )

protected

this function sends a specific comand to the device

Parameters

cmd	comand to send

Returns: number of chars sent

◆ setALARM() [1/2]

void Basda::Tempo::LakeshoreController331S::setALARM	(	char	input,
		bool	alarm,
		int	source,
		double	high,
		double	low,
		double	dead,
		bool	latch
	)

sets the alarm parameters

Parameters

input	specifies the input to configure (A or B)
alarm	sets the alarm for the input to off or on
source	specifies input data to check (1=Kelvin, 2=Celsius, 3=sensor units, 4=linear data)
high	value the source is checked against to activate high alarm level
low	value the source is checked against to activate low alarm level
dead	the value that the source must change outside of an alarm condition to deactivate an unlatched alarm
latch	Specifies a latched alarm (remains active after alarm condition correction)

◆ setALARM() [2/2]

void Basda::Tempo::LakeshoreController331S::setALARM	(	char	input,
		bool	alarm,
		int	source,
		double	high,
		double	low,
		double	dead,
		bool	latch
	)

sets the alarm parameters

Parameters

input	specifies the input to configure (A or B)
alarm	sets the alarm for the input to off or on
source	specifies input data to check (1=Kelvin, 2=Celsius, 3=sensor units, 4=linear data)
high	value the source is checked against to activate high alarm level
low	value the source is checked against to activate low alarm level
dead	the value that the source must change outside of an alarm condition to deactivate an unlatched alarm
latch	Specifies a latched alarm (remains active after alarm condition correction)

◆ setALMRST() [1/2]

void Basda::Tempo::LakeshoreController331S::setALMRST ( )

clear alarm status for all inputs

◆ setALMRST() [2/2]

void Basda::Tempo::LakeshoreController331S::setALMRST ( )

clear alarm status for all inputs

◆ setANALOG() [1/2]

void Basda::Tempo::LakeshoreController331S::setANALOG	(	bool	bipolar,
		int	mode,
		char	input,
		int	source,
		double	high,
		double	low,
		double	manual
	)

configure analog output parameters

Parameters

bipolar	specifies analog output (0=positive only, 1=bipolar)
mode	data for the analog output to monitor (0=off, 1=input, 2=manual, 3=loop)
input	specifies the input to monitor if _mode=1
source	specifies input data (1=Kelvin, 2=Celsius, 3=sensor units, 4=linear equation)
high	If mode=1, this parameter represents the data at which the analog output reaches +100% output
low	If mode=1, this parameter represents the data at which the analog output reaches -100% output if bipolar or 0% else
manual	if mode=2, this parameter is the output of the analog output

◆ setANALOG() [2/2]

void Basda::Tempo::LakeshoreController331S::setANALOG	(	bool	bipolar,
		int	mode,
		char	input,
		int	source,
		double	high,
		double	low,
		double	manual
	)

configure analog output parameters

Parameters

bipolar	specifies analog output (0=positive only, 1=bipolar)
mode	data for the analog output to monitor (0=off, 1=input, 2=manual, 3=loop)
input	specifies the input to monitor if _mode=1
source	specifies input data (1=Kelvin, 2=Celsius, 3=sensor units, 4=linear equation)
high	If mode=1, this parameter represents the data at which the analog output reaches +100% output
low	If mode=1, this parameter represents the data at which the analog output reaches -100% output if bipolar or 0% else
manual	if mode=2, this parameter is the output of the analog output

◆ setBAUD() [1/2]

void Basda::Tempo::LakeshoreController331S::setBAUD ( int baud )

sets the serial interface baud rate

Parameters

baud	specifies baud rate (0=300, 1=1200, 2=9600)

◆ setBAUD() [2/2]

void Basda::Tempo::LakeshoreController331S::setBAUD ( int baud )

sets the serial interface baud rate

Parameters

baud	specifies baud rate (0=300, 1=1200, 2=9600)

◆ setBEEP() [1/2]

void Basda::Tempo::LakeshoreController331S::setBEEP ( bool beep )

sets the Alarm Beeper

Parameters

beep	true=on, false =off

◆ setBEEP() [2/2]

void Basda::Tempo::LakeshoreController331S::setBEEP ( bool beep )

sets the Alarm Beeper

Parameters

beep	true=on, false =off

◆ setBRIGT() [1/2]

void Basda::Tempo::LakeshoreController331S::setBRIGT ( int bright )

sets the display brightness

Parameters

bright specifies the brightness (0=25%, 1=50%, 2=75%, 3=100%)

◆ setBRIGT() [2/2]

void Basda::Tempo::LakeshoreController331S::setBRIGT ( int bright )

sets the display brightness

Parameters

bright specifies the brightness (0=25%, 1=50%, 2=75%, 3=100%)

◆ setCLS() [1/2]

void Basda::Tempo::LakeshoreController331S::setCLS ( )

command to clear the interface of the device

◆ setCLS() [2/2]

void Basda::Tempo::LakeshoreController331S::setCLS ( )

command to clear the interface of the device

◆ setCMODE() [1/2]

void Basda::Tempo::LakeshoreController331S::setCMODE	(	int	loop,
		int	mode
	)

set the control loop mode

Parameters

loop	specifies which loop to configure (1 or 2)
mode	specifies the mode (1=manual PID, 2=zone, 3=open loop, 4=autotune PID, 5=autotune PI, 6=autotune P)

◆ setCMODE() [2/2]

void Basda::Tempo::LakeshoreController331S::setCMODE	(	int	loop,
		int	mode
	)

set the control loop mode

Parameters

loop	specifies which loop to configure (1 or 2)
mode	specifies the mode (1=manual PID, 2=zone, 3=open loop, 4=autotune PID, 5=autotune PI, 6=autotune P)

◆ setConnection() [1/2]

void Basda::Tempo::LakeshoreController331S::setConnection ( std::string connection )

private

this function is used to set the m_IpInfo variable to a specific string

◆ setConnection() [2/2]

void Basda::Tempo::LakeshoreController331S::setConnection ( std::string connection )

private

this function is used to set the m_IpInfo variable to a specific string

◆ setCRVDEL() [1/2]

void Basda::Tempo::LakeshoreController331S::setCRVDEL ( int curve )

delete a user specified curve

Parameters

curve specifies the curve to delete (21-41)

◆ setCRVDEL() [2/2]

void Basda::Tempo::LakeshoreController331S::setCRVDEL ( int curve )

delete a user specified curve

Parameters

curve specifies the curve to delete (21-41)

◆ setCRVHDR() [1/2]

void Basda::Tempo::LakeshoreController331S::setCRVHDR	(	int	curve,
		std::string	name,
		std::string	snum,
		int	format,
		double	limit,
		int	coeff
	)

configure the curve header

Parameters

curve	specifies which curve to configure (21-41)
name	specifies curve name (max 15 chars)
snum	serial number for the curve (max 10 chars)
format	curve data format (1=mV/K, 2=V/K, 3=Ohm/K, 4=log(Ohm/K)
limit	curve temperature limit in Kelvin
coeff	temperature coefficient (1=negative, 2=positive)

◆ setCRVHDR() [2/2]

void Basda::Tempo::LakeshoreController331S::setCRVHDR	(	int	curve,
		std::string	name,
		std::string	snum,
		int	format,
		double	limit,
		int	coeff
	)

configure the curve header

Parameters

curve	specifies which curve to configure (21-41)
name	specifies curve name (max 15 chars)
snum	serial number for the curve (max 10 chars)
format	curve data format (1=mV/K, 2=V/K, 3=Ohm/K, 4=log(Ohm/K)
limit	curve temperature limit in Kelvin
coeff	temperature coefficient (1=negative, 2=positive)

◆ setCRVPT() [1/2]

void Basda::Tempo::LakeshoreController331S::setCRVPT	(	int	curve,
		int	index,
		double	units,
		double	temp
	)

configure curve data point

Parameters

curve	specifies which curve to configure (21-41)
index	specifies which point index in the curve (1-200)
units	specifies sensor units for this point to 6 digits
temp	specifies corresponding temperature in Kelvin for this point to 6 digits

◆ setCRVPT() [2/2]

void Basda::Tempo::LakeshoreController331S::setCRVPT	(	int	curve,
		int	index,
		double	units,
		double	temp
	)

configure curve data point

Parameters

curve	specifies which curve to configure (21-41)
index	specifies which point index in the curve (1-200)
units	specifies sensor units for this point to 6 digits
temp	specifies corresponding temperature in Kelvin for this point to 6 digits

◆ setCSET() [1/2]

void Basda::Tempo::LakeshoreController331S::setCSET	(	int	loop,
		char	input,
		int	units,
		bool	pwrup,
		int	curpwr
	)

configure the control loop parameter

Parameters

loop	specifies which loop to configure (1 or 2)
input	specifies which input to control from (A or B)
units	specifies setpoint units (1=Kelvin, 2=Celsius, 3=sensor units)
pwrup	enables(true)/disables(false) control loop on power-up
curpwr	specifies whether the heater output displays in current(1) or power(2)

◆ setCSET() [2/2]

void Basda::Tempo::LakeshoreController331S::setCSET	(	int	loop,
		char	input,
		int	units,
		bool	pwrup,
		int	curpwr
	)

configure the control loop parameter

Parameters

loop	specifies which loop to configure (1 or 2)
input	specifies which input to control from (A or B)
units	specifies setpoint units (1=Kelvin, 2=Celsius, 3=sensor units)
pwrup	enables(true)/disables(false) control loop on power-up
curpwr	specifies whether the heater output displays in current(1) or power(2)

◆ setDFLT() [1/2]

void Basda::Tempo::LakeshoreController331S::setDFLT ( )

set to factory defaults

Note: use with caution

◆ setDFLT() [2/2]

void Basda::Tempo::LakeshoreController331S::setDFLT ( )

set to factory defaults

Note: use with caution

◆ setDISPFLD() [1/2]

void Basda::Tempo::LakeshoreController331S::setDISPFLD	(	int	location,
		int	item,
		int	source
	)

configure display parameters

Parameters

location	display location (1-4)
item	specifies item to display in the field (0=off, 1=input A, 2=input B, 3=setpoint, 4=heater output)
source	specifies input data to display (1=Kelvin, 2=Celsius, 3=sensor units, 4=linear data, 5=minimum data, 6=maximum data)

◆ setDISPFLD() [2/2]

void Basda::Tempo::LakeshoreController331S::setDISPFLD	(	int	location,
		int	item,
		int	source
	)

configure display parameters

Parameters

location	display location (1-4)
item	specifies item to display in the field (0=off, 1=input A, 2=input B, 3=setpoint, 4=heater output)
source	specifies input data to display (1=Kelvin, 2=Celsius, 3=sensor units, 4=linear data, 5=minimum data, 6=maximum data)

◆ setEMUL() [1/2]

void Basda::Tempo::LakeshoreController331S::setEMUL ( bool emulation )

sets 330 emulation mode on or off

Parameters

emulation true=on, false=off

◆ setEMUL() [2/2]

void Basda::Tempo::LakeshoreController331S::setEMUL ( bool emulation )

sets 330 emulation mode on or off

Parameters

emulation true=on, false=off

◆ setESE() [1/2]

void Basda::Tempo::LakeshoreController331S::setESE ( int weight )

sets the configure status reports in the standard event register

Parameters

weight bit weighting

◆ setESE() [2/2]

void Basda::Tempo::LakeshoreController331S::setESE ( int weight )

sets the configure status reports in the standard event register

Parameters

weight bit weighting

◆ setFILTER() [1/2]

void Basda::Tempo::LakeshoreController331S::setFILTER	(	char	input,
		bool	filter,
		int	points,
		int	win
	)

configure input filter parameters

Parameters

input	specifies input to configure (A or B)
filter	sets filter to off(false) or on(true)
points	amount of data points for the filtering function (2-64)
win	Specifies what percent of full scale reading limits the filtering function (1-10). Reading changes greater than this percentage reset the filter

◆ setFILTER() [2/2]

void Basda::Tempo::LakeshoreController331S::setFILTER	(	char	input,
		bool	filter,
		int	points,
		int	win
	)

configure input filter parameters

Parameters

input	specifies input to configure (A or B)
filter	sets filter to off(false) or on(true)
points	amount of data points for the filtering function (2-64)
win	Specifies what percent of full scale reading limits the filtering function (1-10). Reading changes greater than this percentage reset the filter

◆ setIEEE() [1/2]

void Basda::Tempo::LakeshoreController331S::setIEEE	(	int	terminator,
		bool	eoi,
		int	address
	)

configure IEEE-488 interface parameters

Parameters

terminator	specifies the terminator (0=<CR><LF>, 1=<LF><CR>, 2=<LF>, 3=no terminator)
eoi	disables(false)/enables(true) the EOI mode
address	specifies the IEEE address (1-30)

◆ setIEEE() [2/2]

void Basda::Tempo::LakeshoreController331S::setIEEE	(	int	terminator,
		bool	eoi,
		int	address
	)

configure IEEE-488 interface parameters

Parameters

terminator	specifies the terminator (0=<CR><LF>, 1=<LF><CR>, 2=<LF>, 3=no terminator)
eoi	disables(false)/enables(true) the EOI mode
address	specifies the IEEE address (1-30)

◆ setINCRV() [1/2]

void Basda::Tempo::LakeshoreController331S::setINCRV	(	char	input,
		int	curve
	)

configure curve input number

Parameters

input	specifies which input to configure (A or B)
curve	specifies which curve the input uses (0=none, 1-20=std curves, 21-41=user curves)

◆ setINCRV() [2/2]

void Basda::Tempo::LakeshoreController331S::setINCRV	(	char	input,
		int	curve
	)

configure curve input number

Parameters

input	specifies which input to configure (A or B)
curve	specifies which curve the input uses (0=none, 1-20=std curves, 21-41=user curves)

◆ setINTYPE() [1/2]

void Basda::Tempo::LakeshoreController331S::setINTYPE	(	char	input,
		int	type,
		bool	compensation
	)

set input type parameter

Parameters

input	specifies the input (A or B)
type	specifies the input sensor type (0=Silicon Diode, 1=GaAlAs Diode, 2=100 Ω Platinum/250, 3=100 Ω Platinum/500, 4=1000 Ω Platinum, 5=NTC RTD, 6=Thermocouple 25 mV, 7=Thermocouple 50 mV, 3=100 Ω Platinum/500, 8=[2.5 V, 1 mA], 9=[7.5 V, 1 mA])
compensation	specifies whether input compensation is on(true) or off(false). (Reversal for thermal EMF compensation if input is resistive, room compensation if input is thermocouple. Always off if input is a diode)

◆ setINTYPE() [2/2]

void Basda::Tempo::LakeshoreController331S::setINTYPE	(	char	input,
		int	type,
		bool	compensation
	)

set input type parameter

Parameters

input	specifies the input (A or B)
type	specifies the input sensor type (0=Silicon Diode, 1=GaAlAs Diode, 2=100 Ω Platinum/250, 3=100 Ω Platinum/500, 4=1000 Ω Platinum, 5=NTC RTD, 6=Thermocouple 25 mV, 7=Thermocouple 50 mV, 3=100 Ω Platinum/500, 8=[2.5 V, 1 mA], 9=[7.5 V, 1 mA])
compensation	specifies whether input compensation is on(true) or off(false). (Reversal for thermal EMF compensation if input is resistive, room compensation if input is thermocouple. Always off if input is a diode)

◆ setLINEAR() [1/2]

void Basda::Tempo::LakeshoreController331S::setLINEAR	(	char	input,
		int	equ,
		double	varM,
		int	srcX,
		int	srcB,
		double	varB
	)

set the input linear equation parameter

Parameters

input	specifies input (A or B)
equ	specifies the linear equation to use (1=(y = mx + b), 2=(y = m(x + b)))
varM	specifies a value for m in the equation
srcX	specifies input data (1=Kelvin, 2=Celsius, 3=sensor units)
srcB	specifies what use for b in the equation (to use a setpoint, set to same value as _srcX) (1=a value, 2=+SP1, 3=-SP1, 4=+SP2, 5=-SP2)
varB	specifies value for b in the equation if _srcB=1

◆ setLINEAR() [2/2]

void Basda::Tempo::LakeshoreController331S::setLINEAR	(	char	input,
		int	equ,
		double	varM,
		int	srcX,
		int	srcB,
		double	varB
	)

set the input linear equation parameter

Parameters

input	specifies input (A or B)
equ	specifies the linear equation to use (1=(y = mx + b), 2=(y = m(x + b)))
varM	specifies a value for m in the equation
srcX	specifies input data (1=Kelvin, 2=Celsius, 3=sensor units)
srcB	specifies what use for b in the equation (to use a setpoint, set to same value as _srcX) (1=a value, 2=+SP1, 3=-SP1, 4=+SP2, 5=-SP2)
varB	specifies value for b in the equation if _srcB=1

◆ setLOCK() [1/2]

void Basda::Tempo::LakeshoreController331S::setLOCK	(	bool	lock,
		int	code
	)

configure Lock-out and Lock-out code

Parameters

lock	disables(false)/enables(true) the keypad lock-out
code	specifies lock-out code (000-999)

◆ setLOCK() [2/2]

void Basda::Tempo::LakeshoreController331S::setLOCK	(	bool	lock,
		int	code
	)

configure Lock-out and Lock-out code

Parameters

lock	disables(false)/enables(true) the keypad lock-out
code	specifies lock-out code (000-999)

◆ setMNMX() [1/2]

void Basda::Tempo::LakeshoreController331S::setMNMX	(	char	input,
		int	source
	)

configure minimum and maximum input function parameters

Parameters

input	specifies input to configure (A or B)
source	specifies input data to process through max/min (1=Kelvin, 2=Celsius, 3=sensor units, 4=linear data)

◆ setMNMX() [2/2]

void Basda::Tempo::LakeshoreController331S::setMNMX	(	char	input,
		int	source
	)

configure minimum and maximum input function parameters

Parameters

input	specifies input to configure (A or B)
source	specifies input data to process through max/min (1=Kelvin, 2=Celsius, 3=sensor units, 4=linear data)

◆ setMNMXRST() [1/2]

void Basda::Tempo::LakeshoreController331S::setMNMXRST ( )

reset all min/max function for all inputs

◆ setMNMXRST() [2/2]

void Basda::Tempo::LakeshoreController331S::setMNMXRST ( )

reset all min/max function for all inputs

◆ setMODE() [1/2]

void Basda::Tempo::LakeshoreController331S::setMODE ( int mode )

configure remote interface mode

Parameters

mode	specifies the operation mode (0=local, 1=remote, 2=remote with local lock-out)

◆ setMODE() [2/2]

void Basda::Tempo::LakeshoreController331S::setMODE ( int mode )

configure remote interface mode

Parameters

mode	specifies the operation mode (0=local, 1=remote, 2=remote with local lock-out)

◆ setMOUT() [1/2]

void Basda::Tempo::LakeshoreController331S::setMOUT	(	int	loop,
		double	value
	)

set the control loop manual heater power (MHP) output

Parameters

loop	specifies loop to configure (1 or 2)
value	specifies value for manual output (in percent)

◆ setMOUT() [2/2]

void Basda::Tempo::LakeshoreController331S::setMOUT	(	int	loop,
		double	value
	)

set the control loop manual heater power (MHP) output

Parameters

loop	specifies loop to configure (1 or 2)
value	specifies value for manual output (in percent)

◆ setOPC() [1/2]

void Basda::Tempo::LakeshoreController331S::setOPC ( )

sets operation complete command

◆ setOPC() [2/2]

void Basda::Tempo::LakeshoreController331S::setOPC ( )

sets operation complete command

◆ setPID() [1/2]

void Basda::Tempo::LakeshoreController331S::setPID	(	int	loop,
		double	valueP,
		double	valueI,
		double	valueD
	)

set the control loop PID values

Parameters

loop	specifies the loop (1 or 2)
valueP	specifies the value for proportional (gain) (0.1-1000)
valueI	specifies the value for integral (reset) (0.1-1000)
valueD	specifies the value for derivative (rate) (0-200)

◆ setPID() [2/2]

void Basda::Tempo::LakeshoreController331S::setPID	(	int	loop,
		double	valueP,
		double	valueI,
		double	valueD
	)

set the control loop PID values

Parameters

loop	specifies the loop (1 or 2)
valueP	specifies the value for proportional (gain) (0.1-1000)
valueI	specifies the value for integral (reset) (0.1-1000)
valueD	specifies the value for derivative (rate) (0-200)

◆ setRAMP() [1/2]

void Basda::Tempo::LakeshoreController331S::setRAMP	(	int	loop,
		bool	onoff,
		double	rate
	)

set the control setpoint ramp parameter

Parameters

loop	specifies teh oop (1 or 2)
onoff	specifies whether ramping is off(false) or on(true)
rate	specifies setpoint ramp rate in Kelvin per minute from 0.1 to 100

◆ setRAMP() [2/2]

void Basda::Tempo::LakeshoreController331S::setRAMP	(	int	loop,
		bool	onoff,
		double	rate
	)

set the control setpoint ramp parameter

Parameters

loop	specifies teh oop (1 or 2)
onoff	specifies whether ramping is off(false) or on(true)
rate	specifies setpoint ramp rate in Kelvin per minute from 0.1 to 100

◆ setRANGE() [1/2]

void Basda::Tempo::LakeshoreController331S::setRANGE ( int range )

set the heater range for loop 1

Parameters

range the new range (0 = Off, 1 = Low (0.5 W), 2 = Medium (5 W), 3 = High (50 W))

◆ setRANGE() [2/2]

void Basda::Tempo::LakeshoreController331S::setRANGE ( int range )

set the heater range for loop 1

Parameters

range the new range (0 = Off, 1 = Low (0.5 W), 2 = Medium (5 W), 3 = High (50 W))

◆ setRELAY() [1/2]

void Basda::Tempo::LakeshoreController331S::setRELAY	(	int	relay,
		int	mode,
		char	input,
		int	type
	)

configure relay control parameters

Parameters

relay	specifies which relay to configure (1 or 2)
mode	specifies relay mode (0=off, 1=on, 2=alarms)
input	specifies which input alarm activates the relay when in alarm mode (A or B)
type	specifies the alarm type (0=low alarm, 1=high alarm, 2=both alarms)

◆ setRELAY() [2/2]

void Basda::Tempo::LakeshoreController331S::setRELAY	(	int	relay,
		int	mode,
		char	input,
		int	type
	)

configure relay control parameters

Parameters

relay	specifies which relay to configure (1 or 2)
mode	specifies relay mode (0=off, 1=on, 2=alarms)
input	specifies which input alarm activates the relay when in alarm mode (A or B)
type	specifies the alarm type (0=low alarm, 1=high alarm, 2=both alarms)

◆ setRST() [1/2]

void Basda::Tempo::LakeshoreController331S::setRST ( )

reset the instrument

◆ setRST() [2/2]

void Basda::Tempo::LakeshoreController331S::setRST ( )

reset the instrument

◆ setSCAL() [1/2]

void Basda::Tempo::LakeshoreController331S::setSCAL	(	int	std,
		int	dest,
		std::string	snum,
		double	temp1,
		double	unit1,
		double	temp2,
		double	unit2,
		double	temp3,
		double	unit3
	)

generate a SoftCal(TM) curve

Parameters

std	specifies the standard curve to generate SoftCal from (1,6,7)
dest	specifies the user curve to store the SoftCal curve (21-28)
snum	specifies the curve serial number (max 10 chars)
temp1	specifies the first temperature point
unit1	specifies the first sensor units point
temp2	specifies the second temperature point
unit2	specifies the second sensor units point
temp3	specifies the third temperature point
unit3	specifies the third sensor units point

◆ setSCAL() [2/2]

void Basda::Tempo::LakeshoreController331S::setSCAL	(	int	std,
		int	dest,
		std::string	snum,
		double	temp1,
		double	unit1,
		double	temp2,
		double	unit2,
		double	temp3,
		double	unit3
	)

generate a SoftCal(TM) curve

Parameters

std	specifies the standard curve to generate SoftCal from (1,6,7)
dest	specifies the user curve to store the SoftCal curve (21-28)
snum	specifies the curve serial number (max 10 chars)
temp1	specifies the first temperature point
unit1	specifies the first sensor units point
temp2	specifies the second temperature point
unit2	specifies the second sensor units point
temp3	specifies the third temperature point
unit3	specifies the third sensor units point

◆ setSETP() [1/2]

void Basda::Tempo::LakeshoreController331S::setSETP	(	int	loop,
		double	setpoint
	)

set control setpoint

Parameters

loop	specifies the loop (1 or 2)
setpoint	specifies the value for the setpoint

◆ setSETP() [2/2]

void Basda::Tempo::LakeshoreController331S::setSETP	(	int	loop,
		double	setpoint
	)

set control setpoint

Parameters

loop	specifies the loop (1 or 2)
setpoint	specifies the value for the setpoint

◆ setSRE() [1/2]

void Basda::Tempo::LakeshoreController331S::setSRE ( int weight )

set the status reports in the service request enable register

Parameters

weight bit weighting

◆ setSRE() [2/2]

void Basda::Tempo::LakeshoreController331S::setSRE ( int weight )

set the status reports in the service request enable register

Parameters

weight bit weighting

◆ setZONE() [1/2]

void Basda::Tempo::LakeshoreController331S::setZONE	(	int	loop,
		int	zone,
		double	top,
		double	valueP,
		double	valueI,
		double	valueD,
		double	mout,
		int	range
	)

set the control loop zone table parameter

Parameters

loop	specifies the loop (1 or 2)
zone	specifies the zone in the table (1-10)
top	specifies the top temperature of this zone
valueP	specifies P for this zone (0.1-1000)
valueI	specifies I for this zone (0.1-1000)
valueD	specifies D for this zone (0-200)
mout	specifies the manual output for this zone (0-100)
range	specifies the heater range for this zone if _loop=1 (0-3)

◆ setZONE() [2/2]

void Basda::Tempo::LakeshoreController331S::setZONE	(	int	loop,
		int	zone,
		double	top,
		double	valueP,
		double	valueI,
		double	valueD,
		double	mout,
		int	range
	)

set the control loop zone table parameter

Parameters

loop	specifies the loop (1 or 2)
zone	specifies the zone in the table (1-10)
top	specifies the top temperature of this zone
valueP	specifies P for this zone (0.1-1000)
valueI	specifies I for this zone (0.1-1000)
valueD	specifies D for this zone (0-200)
mout	specifies the manual output for this zone (0-100)
range	specifies the heater range for this zone if _loop=1 (0-3)

Member Data Documentation

◆ m_answer

std::string Basda::Tempo::LakeshoreController331S::m_answer

private

this string contains the latest answer from the device

◆ m_chat

Nice::ChatLine Basda::Tempo::LakeshoreController331S::m_chat

private

this is the chatline that is used to comunicate with the device

◆ m_comands

std::vector< std::string > Basda::Tempo::LakeshoreController331S::m_comands

private

this vector contains the comands supported by the temperature monitor

◆ m_connection

std::string Basda::Tempo::LakeshoreController331S::m_connection

private

this string contains the connection informations (ip adress, port) to build the chatLine

◆ m_isConnected

bool Basda::Tempo::LakeshoreController331S::m_isConnected

private

this boolean indicates if there is an active connection to a device

◆ m_term

std::string Basda::Tempo::LakeshoreController331S::m_term

private

this string contains the current terminators for the sending of the commands

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

TwiceAsNice/basda-tempo/doc/include/LakeshoreController331S.h
TwiceAsNice/basda-tempo/doc/include/LakeshoreController331S.cpp
TwiceAsNice/basda-tempo/doc/include/LakeshoreController331SDummy.cpp

Public Member Functions

Protected Member Functions

Private Member Functions

Private Attributes

Constructor & Destructor Documentation

◆ LakeshoreController331S() [1/4]

◆ LakeshoreController331S() [2/4]

◆ ~LakeshoreController331S() [1/2]

◆ LakeshoreController331S() [3/4]

◆ LakeshoreController331S() [4/4]

◆ ~LakeshoreController331S() [2/2]

Member Function Documentation

◆ closeChatLine() [1/2]

◆ closeChatLine() [2/2]

◆ createChatLine() [1/4]

◆ createChatLine() [2/4]

◆ createChatLine() [3/4]

◆ createChatLine() [4/4]

◆ getAnswer() [1/2]

◆ getAnswer() [2/2]

◆ queryALARM() [1/2]

◆ queryALARM() [2/2]

◆ queryALARMST() [1/2]

◆ queryALARMST() [2/2]

◆ queryANALOG() [1/2]

◆ queryANALOG() [2/2]

◆ queryAOUT() [1/2]

◆ queryAOUT() [2/2]

◆ queryBAUD() [1/2]

◆ queryBAUD() [2/2]

◆ queryBEEP() [1/2]

◆ queryBEEP() [2/2]

◆ queryBRIGT() [1/2]

◆ queryBRIGT() [2/2]

◆ queryCMODE() [1/2]

◆ queryCMODE() [2/2]

◆ queryCRDG() [1/2]

◆ queryCRDG() [2/2]

◆ queryCRVHDR() [1/2]

◆ queryCRVHDR() [2/2]

◆ queryCRVPT() [1/2]

◆ queryCRVPT() [2/2]

◆ queryCSET() [1/2]

◆ queryCSET() [2/2]

◆ queryDISPFLD() [1/2]

◆ queryDISPFLD() [2/2]

◆ queryEMUL() [1/2]

◆ queryEMUL() [2/2]

◆ queryESE() [1/2]

◆ queryESE() [2/2]

◆ queryESR() [1/2]

◆ queryESR() [2/2]

◆ queryFILTER() [1/2]

◆ queryFILTER() [2/2]

◆ queryHTR() [1/2]

◆ queryHTR() [2/2]

◆ queryHTRST() [1/2]

◆ queryHTRST() [2/2]

◆ queryIDN() [1/4]

◆ queryIDN() [2/4]

◆ queryIDN() [3/4]

◆ queryIDN() [4/4]

◆ queryIEEE() [1/2]

◆ queryIEEE() [2/2]

◆ queryINCRV() [1/2]

◆ queryINCRV() [2/2]

◆ queryINTYPE() [1/2]

◆ queryINTYPE() [2/2]

◆ queryKEYST() [1/2]

◆ queryKEYST() [2/2]

◆ queryKRDG() [1/2]

◆ queryKRDG() [2/2]

◆ queryLDAT() [1/2]

◆ queryLDAT() [2/2]

◆ queryLINEAR() [1/2]

◆ queryLINEAR() [2/2]

◆ queryLOCK() [1/2]

◆ queryLOCK() [2/2]

◆ queryMDAT() [1/2]

◆ queryMDAT() [2/2]