gcp::util::CryoCon Class Reference

Inheritance diagram for gcp::util::CryoCon:

Public Member Functions
	CryoCon (bool doSpawn=false)
	CryoCon (std::string port, bool doSpawn=false)
	CryoCon (GpibUsbController &controller)
virtual	~CryoCon ()
void	setUpLoop (int loopNum=1)
void	setUpLoop (int loopNum, std::vector< float > &values)
void	heatUpSensor (int loopNum=1)
void	resumeCooling (int loopNum=1)
float	queryChannelTemperature (int val=0)
float	queryHeaterCurrent ()
void	setInputUnits ()
void	clearStatus ()
void	resetModule ()
void	stopControlLoop ()
void	engageControlLoop ()
void	setSkyTemp (int loopNum=1, float val=6.5)
void	setSourceChannel (int loopNum=1, int val=1)
void	setLoopRange (int loopNum=1, int val=1)
void	setPGain (int loopNum=1, float val=0.5)
void	setIGain (int loopNum=1, float val=1)
void	setDGain (int loopNum=1, float val=0)
void	setPowerOutput (int loopNum=1, float val=50)
void	setHeaterLoad (int loopNum=1, float val=50)
void	setControlLoopType (int loopNum=1, int val=1)
Public Member Functions inherited from gcp::util::GpibUsbDevice
	GpibUsbDevice (bool doSpawn=false)
	GpibUsbDevice (std::string port, bool doSpawn=false)
	GpibUsbDevice (GpibUsbController &controller)
virtual	~GpibUsbDevice ()
void	setAddress (unsigned address)
unsigned	getAddress ()
void	sendDeviceCommand (std::string cmd, bool expectsResponse=false, GPIB_RESPONSE_HANDLER(*handler)=0, bool block=false, void *retVal=0)
void	sendControllerCommand (std::string cmd, bool expectsResponse=false, GPIB_RESPONSE_HANDLER(*handler)=0, bool block=false, void *retVal=0)
std::string	getDevice ()
GpibUsbController *	controller ()

Constructor & Destructor Documentation

CryoCon::CryoCon

(

bool

doSpawn = false

)

Constructor.

....................................................................... Constructors

CryoCon::~CryoCon ( )

virtual

Destructor.

....................................................................... Destructor.

Member Function Documentation

void CryoCon::clearStatus

(

)

Clear Status

....................................................................... Clear status

void CryoCon::engageControlLoop

(

)

Engage Control Loop

....................................................................... Engage Control Loop

void CryoCon::heatUpSensor

(

int

loopNum = 1

)

Heat up the sensor

....................................................................... Heat Up the sensor

float CryoCon::queryChannelTemperature

(

int

val = 0

)

Query the temperature

....................................................................... Query the temperature

float CryoCon::queryHeaterCurrent

(

)

Query the Heater current

....................................................................... Query the temperature

void CryoCon::resetModule

(

)

Reset Module

....................................................................... Reset the module

void CryoCon::resumeCooling

(

int

loopNum = 1

)

Resume cooling with PID

....................................................................... Resume cooling after warming up the sensor

void CryoCon::setControlLoopType	(	int	loopNum = 1,
		int	val = 1
	)

Set Control Loop Type

....................................................................... Set Loop Type

void CryoCon::setDGain	(	int	loopNum = 1,
		float	val = 0
	)

Set D Gain factor in PID.

....................................................................... Set D Gain

void CryoCon::setHeaterLoad	(	int	loopNum = 1,
		float	val = 50
	)

Set Heater Load Resistance

....................................................................... Set Heater Load

void CryoCon::setIGain	(	int	loopNum = 1,
		float	val = 1
	)

Set I Gain factor in PID.

....................................................................... Set I Gain

void CryoCon::setInputUnits

(

)

Set Input Units to Kelvin

....................................................................... Set Input Units

void CryoCon::setLoopRange	(	int	loopNum = 1,
		int	val = 1
	)

Set Loop Range

....................................................................... Set Loop Range

void CryoCon::setPGain	(	int	loopNum = 1,
		float	val = 0.5
	)

Set P Gain factor in PID.

....................................................................... Set P Gain

void CryoCon::setPowerOutput	(	int	loopNum = 1,
		float	val = 50
	)

Set Control Loop Manual Power Output Setting

....................................................................... Set Control Loop Manual Power Output Setting

void CryoCon::setSkyTemp	(	int	loopNum = 1,
		float	val = 6.5
	)

Set Sky temperature

....................................................................... Set Sky Temperature

void CryoCon::setSourceChannel	(	int	loopNum = 1,
		int	val = 1
	)

Set Source Channel

....................................................................... Set Source Channel

void CryoCon::setUpLoop

(

int

loopNum = 1

)

Sets up the control Loop Parameters

....................................................................... Destructor.

void CryoCon::stopControlLoop

(

)

Stop the control loop

....................................................................... Stop the control Loop

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

• gcpCbass/util/common/CryoCon.h
• gcpCbass/util/common/CryoCon.cc