Data Structures
struct	tCITSentry
	Entry structure used to read and write sequences to the Timing Sequencer. More...

Typedefs
typedef struct tCITSentry *	tCITSEP

Enumerations
enum	tCItimingSequencerEnum { kBFTSmain = 0, kBFTSaux }
	Timing Sequencer selection. More...

enum	tCITStrigTypeEnum { kBFTSTtrigSel = 0, kBFTSTencASel, kBFTSTencBSel, kBFTSTencQSel, kBFTSTgatedTrig, kBFTSTencDivSel, kBFTSTsof, kBFTSTeof, kBFTSTsol, kBFTSTeol, kBFTSTfvalRising, kBFTSTfvalFalling, kBFTSTlvalRising, kBFTSTlvalFalling, kBFTSTunknown = 0xffff }
	Timing Sequencer Trigger sources. More...

enum	tCITSwaitForTriggerTypeEnum { kBFTSnoWait = 0, kBFTSrisingEdge, kBFTSfallingEdge, kBFTShigh, kBFTSlow, kBFTSeitherEdge, kBFTStrigUnknown = 0xffff }
	Trigger conditions for Timing Sequencer. More...

Functions
tCIRC	CiTSsequenceGet (tCIp cip, tCIU32 sequencer, tCIU32 tsArySize, tCITSEP tsAry, tCIU32 preTrigCT0, tCIU32 preTrigCT1, tCIU32 preTrigCT2, tCIU32 preTrigCT3, tCIU32 triggerSrc)
	Get a sequence in the timing sequencer, returning an array of segments. More...

tCIRC	CiTSsequenceSet (tCIp cip, tCIU32 sequencer, tCIU32 tsArySize, tCITSEP tsAry, tCIU32 preTrigCT0, tCIU32 preTrigCT1, tCIU32 preTrigCT2, tCIU32 preTrigCT3, tCIU32 triggerSrc)
	Set a sequence in the timing sequencer from a linked list of segments. More...

Detailed Description

Typedef Documentation

◆ tCITSEP

typedef struct tCITSentry * tCITSEP

Enumeration Type Documentation

◆ tCItimingSequencerEnum

enum tCItimingSequencerEnum

Timing Sequencer selection.

Enumerator
kBFTSmain	The main timing sequencer.
kBFTSaux	The auxiliary timing sequencer.

◆ tCITStrigTypeEnum

enum tCITStrigTypeEnum

Timing Sequencer Trigger sources.

Enumerator
kBFTSTtrigSel	Trigger Select.
kBFTSTencASel	Encoder A Select.
kBFTSTencBSel	Encoder B Select.
kBFTSTencQSel	Quadrature Encoder.
kBFTSTgatedTrig	Gated Trigger.
kBFTSTencDivSel	Encoder Divider.
kBFTSTsof	Start-of-Frame.
kBFTSTeof	End-of-Frame.
kBFTSTsol	Start-of-Line.
kBFTSTeol	End-of-Line.
kBFTSTfvalRising
kBFTSTfvalFalling
kBFTSTlvalRising
kBFTSTlvalFalling
kBFTSTunknown

◆ tCITSwaitForTriggerTypeEnum

enum tCITSwaitForTriggerTypeEnum

Trigger conditions for Timing Sequencer.

Enumerator
kBFTSnoWait	No wait/no trigger.
kBFTSrisingEdge	Rising edge.
kBFTSfallingEdge	Falling edge.
kBFTShigh	Trigger high.
kBFTSlow	Trigger low.
kBFTSeitherEdge	Either edge.
kBFTStrigUnknown

Function Documentation

◆ CiTSsequenceGet()

tCIRC CiTSsequenceGet	(	tCIp	cip,
		tCIU32	sequencer,
		tCIU32 *	tsArySize,
		tCITSEP	tsAry,
		tCIU32 *	preTrigCT0,
		tCIU32 *	preTrigCT1,
		tCIU32 *	preTrigCT2,
		tCIU32 *	preTrigCT3,
		tCIU32 *	triggerSrc
	)

Get a sequence in the timing sequencer, returning an array of segments.

NOTE: The inputs state change times are in milliseconds, this can translate into more than one TS segment. For example: 234.56789 msec = 2 ** 100 ms + 345 ** 100 us + 678 ** 100 nsec The granularity is 100 nanoseconds

NOTE: Passing a NULL pointer to any return argument is allowed. However, tsAry requires tsArySize, which contains the array size as an input (and the required array size as an output). If the input tsAry length N is too short, the first N segments will be returned.

Parameters

cip	this frame grabber
sequencer	which sequencer to read (kBFTSmain, kBFTSaux)
tsArySize	as input, tsAry byte size. rtns tsAry byte size required.
tsAry	rtns array of sequence segments
preTrigCT0	rtns value of CT0 before trigger
preTrigCT1	rtns value of CT1 before trigger
preTrigCT2	rtns value of CT2 before trigger
preTrigCT3	rtns value of CT3 before trigger
triggerSrc	rtns trigger source (see tCITStrigTypeEnum)

◆ CiTSsequenceSet()

tCIRC CiTSsequenceSet	(	tCIp	cip,
		tCIU32	sequencer,
		tCIU32	tsArySize,
		tCITSEP	tsAry,
		tCIU32	preTrigCT0,
		tCIU32	preTrigCT1,
		tCIU32	preTrigCT2,
		tCIU32	preTrigCT3,
		tCIU32	triggerSrc
	)

Set a sequence in the timing sequencer from a linked list of segments.