Device-LabJack

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LabJack.xs  view on Meta::CPAN

//					 4 array (SGL). Unused locations are filled
//					 with 9999s.
//			*stateIOout	-The states of all 4 IO are returned in this
//					 array (I32).  Unused locations are filled
//					 with 9999s.
//			*overVoltage	-If >0, an overvoltage has been detected on
//					 at least one sample of at least one of the
//					 analog inputs (I32).
//
//	Time:	The execution time of this function, in milliseconds, can be
//		estimated with the below formulas.  The actual number of scans
//		collected and transferred by the LabJack is the smallest power
//		of 2 from 64 to 4096 which is at least as big as numScans.  This
//		is represented below as numScansActual.
//		Normal => 30+(1000*numScansActual/scanRate)+(2.5*numScansActual)
//		Turbo  => 30+(1000*numScansActual/scanRate)+(0.4*numScansActual)
//----------------------------------------------------------------------
long _stdcall AIBurst(long *idnum,
		      long demo,
		      long stateIOin,
		      long updateIO,

linux-labjack/liblabjack/ljackul.c  view on Meta::CPAN

//							 4 array (SGL). Unused locations are filled
//							 with 9999s.
//				*stateIOout	-The states of all 4 IO are returned in this
//							 array (I32).  Unused locations are filled
//							 with 9999s.
//				*overVoltage	-If >0, an overvoltage has been detected on
//								 at least one sample of at least one of the
//								 analog inputs (I32).
//
//	Time:	The execution time of this function, in milliseconds, can be
//			estimated with the below formulas.  The actual number of scans
//			collected and transferred by the LabJack is the smallest power
//			of 2 from 64 to 4096 which is at least as big as numScans.  This
//			is represented below as numScansActual.
//			Normal => 30+(1000*numScansActual/scanRate)+(2.5*numScansActual)
//			Turbo  => 30+(1000*numScansActual/scanRate)+(0.4*numScansActual)
//----------------------------------------------------------------------
long AIBurst(long *idnum,
			 long demo,
			 long stateIOin,
			 long updateIO,

linux-labjack/liblabjack/ljackul.h  view on Meta::CPAN

//							 4 array (SGL). Unused locations are filled
//							 with 9999s.
//				*stateIOout	-The states of all 4 IO are returned in this
//							 array (I32).  Unused locations are filled
//							 with 9999s.
//				*overVoltage	-If >0, an overvoltage has been detected on
//								 at least one sample of at least one of the
//								 analog inputs (I32).
//
//	Time:	The execution time of this function, in milliseconds, can be
//			estimated with the below formulas.  The actual number of samples
//			collected and transferred by the LabJack is the smallest power
//			of 2 from 64 to 4096 which is at least as big as numScans*numChannels.
//			This is represented below as numSamplesActual.
//			Normal => 30+(1000*numSamplesActual/sampleRate)+(2.5*numSamplesActual)
//			Turbo  => 30+(1000*numSamplesActual/sampleRate)+(0.4*numSamplesActual)
//----------------------------------------------------------------------
long _stdcall AIBurst(long *idnum,
			 long demo,
			 long stateIOin,
			 long updateIO,

ljackuw.h  view on Meta::CPAN

//							 4 array (SGL). Unused locations are filled
//							 with 9999s.
//				*stateIOout	-The states of all 4 IO are returned in this
//							 array (I32).  Unused locations are filled
//							 with 9999s.
//				*overVoltage	-If >0, an overvoltage has been detected on
//								 at least one sample of at least one of the
//								 analog inputs (I32).
//
//	Time:	The execution time of this function, in milliseconds, can be
//			estimated with the below formulas.  The actual number of samples
//			collected and transferred by the LabJack is the smallest power
//			of 2 from 64 to 4096 which is at least as big as numScans*numChannels.
//			This is represented below as numSamplesActual.
//			Normal => 30+(1000*numSamplesActual/sampleRate)+(2.5*numSamplesActual)
//			Turbo  => 30+(1000*numSamplesActual/sampleRate)+(0.4*numSamplesActual)
//----------------------------------------------------------------------
long _stdcall AIBurst(long *idnum,
			 long demo,
			 long stateIOin,
			 long updateIO,

ljackuw_1.074.h  view on Meta::CPAN

//							 4 array (SGL). Unused locations are filled
//							 with 9999s.
//				*stateIOout	-The states of all 4 IO are returned in this
//							 array (I32).  Unused locations are filled
//							 with 9999s.
//				*overVoltage	-If >0, an overvoltage has been detected on
//								 at least one sample of at least one of the
//								 analog inputs (I32).
//
//	Time:	The execution time of this function, in milliseconds, can be
//			estimated with the below formulas.  The actual number of scans
//			collected and transferred by the LabJack is the smallest power
//			of 2 from 64 to 4096 which is at least as big as numScans.  This
//			is represented below as numScansActual.
//			Normal => 30+(1000*numScansActual/scanRate)+(2.5*numScansActual)
//			Turbo  => 30+(1000*numScansActual/scanRate)+(0.4*numScansActual)
//----------------------------------------------------------------------
long WINAPI AIBurst(long *idnum,
			 long demo,
			 long stateIOin,
			 long updateIO,