Inheritance diagram for gcp::util::LsThermal:

Public Member Functions
	LsThermal (bool doSpawn=false)

	LsThermal (std::string port, bool doSpawn=false)

	LsThermal (GpibUsbController &controller)

virtual	~LsThermal ()

std::vector< float >	requestMonitor (int monitorNumber=-1)

std::string	queryDataLog ()

std::vector< float >	requestAnalogOutput (int monitorNumber)

void	resetModule ()

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

LsThermal::LsThermal ( bool doSpawn = false )

Constructor.

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

LsThermal::~LsThermal ( )

virtual

Destructor.

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

Member Function Documentation

std::vector< float > LsThermal::requestAnalogOutput ( int monitorNumber )

Request Analog Output

....................................................................... Request the Analog output for a given data.

std::vector< float > LsThermal::requestMonitor ( int monitorNumber = -1 )

....................................................................... Request a single temperature

void LsThermal::resetModule ( )

Reset Module

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

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