Collaboration diagram for Signal Generator API:

Functions
int	ccurGen_addGenerator (const char pointName, int endConditionType, int sigtype, float freq, float amplitude, float phase, float offset, float duty, float noise, double duration, void userArg)
int	ccurGen_addGeneratorP (const RTDBItem pItem, int endConditionType, int sigtype, float freq, float amplitude, float phase, float offset, float duty, float noise, double duration, void userArg)
int	ccurGen_addAsamGenerator (const char pointName, const char asamFile)
int	ccurGen_addSegmentGenerator (const char pointName, const char sigName, int repeat)
int	ccurGen_addAsamGeneratorP (const RTDBItem pItem, const char asamFile)
int	ccurGen_addSegmentGeneratorP (const RTDBItem pItem, const char sigName, int repeat)
int	ccurGen_startGenerator (int genNumber)
int	ccurGen_startAllGenerators ()
int	ccurGen_stopGenerator (int genNumber)
int	ccurGen_removeGenerator (int genNumber)
int	ccurGen_stopAllGenerators ()
int	ccurGen_removeAllGenerators ()
int	ccurGen_appendGenerator (int first, int second)
int	ccurGen_rampToValue (const char *pointName, double endValue, double rate, int initCondition, double initialValue)
int	ccurGen_rampToValueP (const RTDBItem *pItem, double endValue, double rate, int initCondition, double initialValue)
int	ccurGen_rampRate (const char *pointName, double duration, double rate, int initCondition, double initialValue)
int	ccurGen_rampRateP (const RTDBItem *pItem, double duration, double rate, int initCondition, double initialValue)
int	ccurGen_getGeneratorInfo (int genNumber, GeneratorInfo *info)

Detailed Description

This API is used by program running on the Real-Time host to access and configure signal generators.
Typically, those programs are script program that initialize signal generator at start-up time and attach an RTDB item value to it.

Function Documentation

◆ ccurGen_addGenerator()

int ccurGen_addGenerator	(	const char *	pointName,
		int	endConditionType,
		int	sigtype,
		float	freq,
		float	amplitude,
		float	phase,
		float	offset,
		float	duty,
		float	noise,
		double	duration,
		void *	userArg )

Attach a wave form generator to a RTDB point value for a specified duration or terminate with a user specified callback.
A test must be running before you can create and start a signal generator.

Warning: This function require long execution time as it generates an internal buffer of a one cycle wave used for DDS wave generation.

Parameters

pointName	The name of the RTDB item to assign value to.
endConditionType	One of TDL_SiggenEndCondition. Either terminate when user specified time has expired or when the user supplied callback routine returns true;
sigtype	One of SigType i.e. SIG_TYPE_SINE, SIG_TYPE_SQUARE, SIG_TYPE_TRIANGLE, SIG_TYPE_SAWTOOTH, SIG_TYPE_NOISE but NOT SIG_TYPE_RAMP reserved for ramp only.
freq	The frequency in Hz for the signal generator.
amplitude	The amplitude in Engineering for the generator.
phase	The phase in degree for the generator.
offset	The offset in engineering units for the generator.
duty	The duty cycle in % (0 to 100 %) for the generator.
noise	Additional white component to add to the signal generator.
duration	The duration in seconds . Use -1 to run forever until the test is stopped.
userArg	Pointer to pass to the user callback routine at each call. Callback is not supported at this time.

Returns: > 0 The generator number on Sucess.
< 0 On Failure. Error can be any of the RTDB or GEN_xx failure code.

See also: simerrors.h

◆ ccurGen_addGeneratorP()

int ccurGen_addGeneratorP	(	const RTDBItem *	pItem,
		int	endConditionType,
		int	sigtype,
		float	freq,
		float	amplitude,
		float	phase,
		float	offset,
		float	duty,
		float	noise,
		double	duration,
		void *	userArg )

Attach a wave form generator to a RTDB point value for a specified duration or terminate with a user specified callback.
A test must be running before you can create and start a signal generator.

Warning: This function require long execution time as it generates an internal buffer of a one cycle wave used for DDS wave generation.

Parameters

pItem	Pointer to the RTDB item.
endConditionType	One of TDL_SiggenEndCondition. Either terminate when user specified time has expired or when the user supplied callback routine returns true;
sigtype	One of SigType i.e. SIG_TYPE_SINE, SIG_TYPE_SQUARE, SIG_TYPE_TRIANGLE, SIG_TYPE_SAWTOOTH, SIG_TYPE_NOISE but NOT SIG_TYPE_RAMP reserved for ramp only.
freq	The frequency in Hz for the signal generator.
amplitude	The amplitude in Engineering for the generator.
phase	The phase in degree for the generator.
offset	The offset in engineering units for the generator.
duty	The duty cycle in % (0 to 100 %) for the generator.
noise	Additional white component to add to the signal generator.
duration	The duration in seconds . Use -1 to run forever until the test is stopped.
userArg	Pointer to pass to the user callback routine at each call. Callback is not supported at this time.

Returns: > 0 The generator number on Sucess.
< 0 On Failure. Error can be any of the RTDB or GEN_xx failure code.

See also: simerrors.h

◆ ccurGen_addAsamGenerator()

int ccurGen_addAsamGenerator	(	const char *	pointName,
		const char *	asamFile )

Attach an ASAM wave form generator to an RTDB point value.
A test must be running before you can create and start a signal generator.

Parameters

pointName	The name of the RTDB item to be driven.
asamFile	The name of the ASAM signal definition file.

Returns: > 0 The generator number on Sucess.
< 0 On Failure. Error can be any of the RTDB or GEN_xx failure code.

See also: simerrors.h

◆ ccurGen_addSegmentGenerator()

int ccurGen_addSegmentGenerator	(	const char *	pointName,
		const char *	sigName,
		int	repeat )

Attach an segemented wave form generator to an RTDB point value.
This is similar to a ASAM generator but the signal generator file is In the SigGenerators directory.
A test must be running before you can create and start a signal generator.

Parameters

pointName	The name of the RTDB item to be driven.
sigName	The name of the generator ; i.e. 'sig1', 'mysig', etc..
repeat	The number of time to repeat the segment when generating data.

Returns: > 0 The generator number on Sucess.
< 0 On Failure. Error can be any of the RTDB or GEN_xx failure code.

See also: simerrors.h

◆ ccurGen_addAsamGeneratorP()

int ccurGen_addAsamGeneratorP	(	const RTDBItem *	pItem,
		const char *	asamFile )

Attach an ASAM wave form generator to an RTDB point value.
A test must be running before you can create and start a signal generator.

Parameters

pItem	Pointer to the RTDB item to be driven.
asamFile	The name of the ASAM signal definition file.

Returns: > 0 The generator number on Sucess.
< 0 On Failure. Error can be any of the RTDB or GEN_xx failure code.

See also: simerrors.h

◆ ccurGen_addSegmentGeneratorP()

int ccurGen_addSegmentGeneratorP	(	const RTDBItem *	pItem,
		const char *	sigName,
		int	repeat )

Attach an segemented wave form generator to an RTDB point value.
This is similar to a ASAM generator but the signal generator file is In the SigGenerators directory.
A test must be running before you can create and start a signal generator.

Parameters

pItem	Pointer to the RTDB item to be driven.
sigName	The name of the generator ; i.e. 'sig1', 'mysig', etc..
repeat	The number of time to repeat the segment when generating data.

Returns: > 0 The generator number on Sucess.
< 0 On Failure. Error can be any of the RTDB or GEN_xx failure code.

See also: simerrors.h

◆ ccurGen_startGenerator()

int ccurGen_startGenerator ( int genNumber )

Start the generator number genNum.

Parameters

genNumber A valid generator number returned by a call to ccurTDL_addGenerator.

Returns: 0 On success. < 0 Any of TDL_xx error codes

See also: simerrors.h

◆ ccurGen_startAllGenerators()

int ccurGen_startAllGenerators ( )

Start all the generators that have been defined.
This does not start generators that are appended.

◆ ccurGen_stopGenerator()

int ccurGen_stopGenerator ( int genNumber )

Stop the generator genNum.

Parameters

genNumber The number of the generator to stop.

Returns: 0 On success.
< 0 TDL_GENERATORNOTFOUND if the generator cannot be found.

◆ ccurGen_removeGenerator()

int ccurGen_removeGenerator ( int genNumber )

Stop the generator genNum and remove it from the list of existing generators.

Parameters

genNumber The number of the generator to stop.

Returns: 0 On success.
< 0 TDL_GENERATORNOTFOUND if the generator cannot be found.

◆ ccurGen_stopAllGenerators()

int ccurGen_stopAllGenerators ( )

Stop all the generators that have been defined.

◆ ccurGen_removeAllGenerators()

int ccurGen_removeAllGenerators ( )

Stop all the generators that have been defined and remove them from the list of existing generators.

◆ ccurGen_appendGenerator()

int ccurGen_appendGenerator	(	int	first,
		int	second )

Append a second generator that starts running when the first has finished executing.
Both generators must have been created by a call to _addGenerator or _rampToValue or _rampRate.

Parameters

first	The number of the first generator.
second	The number of the generator that will start when first finished.

Returns: 0 On success. < 0 If either generator cannot be found.

◆ ccurGen_rampToValue()

int ccurGen_rampToValue	(	const char *	pointName,
		double	endValue,
		double	rate,
		int	initCondition,
		double	initialValue )

Ramp up/down a RTDB point value to a specified value.
The function will keep running until the end value is attained.
A test must be running before you can create and start a ram signal.

Parameters

pointName	The name of the RTDB item to assign value to.
endValue	The target end value.
rate	The rate in Units/Seconds at which to ramp the value of the item up or down.
initCondition	The initial value type for the ramp.

See also: GEN_SiggenInitValue .

Parameters

initialValue This is the initial value for the point when initCondition is GEN_SIGGENINIT_USER.

Returns: > 0 The generator number on success.
< 0 On Failure. Error can be any of the RTDB or TDL failure code.

See also: simerrors.h

◆ ccurGen_rampToValueP()

int ccurGen_rampToValueP	(	const RTDBItem *	pItem,
		double	endValue,
		double	rate,
		int	initCondition,
		double	initialValue )

Ramp up/down a RTDB point value to a specified value.
The function will keep running until the end value is attained.
A test must be running before you can create and start a ram signal.

Parameters

pItem	Pointer to the RTDB item.
endValue	The target end value.
rate	The rate in Units/Seconds at which to ramp the value of the item up or down.
initCondition	The initial value type for the ramp.

See also: GEN_SiggenInitValue .

Parameters

initialValue This is the initial value for the point when initCondition is GEN_SIGGENINIT_USER.

Returns: > 0 The generator number on success.
< 0 On Failure. Error can be any of the RTDB or TDL failure code.

See also: simerrors.h

◆ ccurGen_rampRate()

int ccurGen_rampRate	(	const char *	pointName,
		double	duration,
		double	rate,
		int	initCondition,
		double	initialValue )

Ramp up/down a RTDB point value for a specified duration.
The function will keep running for the duration specified by the call.

Parameters

pointName	The name of the RTDB item to assign value to.
duration	The duration in seconds. Must be > 0.
rate	The rate in Units/Seconds at which to ram the value of the item up or down.
initCondition	The initial value type for the ramp.

See also: GEN_SiggenInitValue .

Parameters

initialValue This is the initial value for the point when initCondition is GEN_SIGGENINIT_USER.

Returns: > 0 The generator number on success.
< 0 On Failure. Error can be any of the RTDB or TDL failure code.

See also: simerrors.h

◆ ccurGen_rampRateP()

int ccurGen_rampRateP	(	const RTDBItem *	pItem,
		double	duration,
		double	rate,
		int	initCondition,
		double	initialValue )

Ramp up/down a RTDB point value for a specified duration.
The function will keep running for the duration specified by the call.

Parameters

pItem	Pointer to the RTDB item.
duration	The duration in seconds. Must be > 0.
rate	The rate in Units/Seconds at which to ram the value of the item up or down.
initCondition	The initial value type for the ramp.

See also: GEN_SiggenInitValue .

Parameters

initialValue This is the initial value for the point when initCondition is GEN_SIGGENINIT_USER.

Returns: > 0 The generator number on success.
< 0 On Failure. Error can be any of the RTDB or TDL failure code.

See also: simerrors.h

◆ ccurGen_getGeneratorInfo()

int ccurGen_getGeneratorInfo	(	int	genNumber,
		GeneratorInfo *	info )

Get the running status of the generator genNum .

Parameters

genNumber	The number of the generator to stop.
info	A pointer to a GeneratorStatus structure where the information is returned.

Returns: 0 On success.
< 0 GEN_GENERATORNOTFOUND if the generator cannot be found, RTDB_POINTNOTFOUND if the RTDB attached to the generator cannot be found.

Functions

Detailed Description

Function Documentation

◆ ccurGen_addGenerator()

◆ ccurGen_addGeneratorP()

◆ ccurGen_addAsamGenerator()

◆ ccurGen_addSegmentGenerator()

◆ ccurGen_addAsamGeneratorP()

◆ ccurGen_addSegmentGeneratorP()

◆ ccurGen_startGenerator()

◆ ccurGen_startAllGenerators()

◆ ccurGen_stopGenerator()

◆ ccurGen_removeGenerator()

◆ ccurGen_stopAllGenerators()

◆ ccurGen_removeAllGenerators()

◆ ccurGen_appendGenerator()

◆ ccurGen_rampToValue()

◆ ccurGen_rampToValueP()

◆ ccurGen_rampRate()

◆ ccurGen_rampRateP()

◆ ccurGen_getGeneratorInfo()