#include <Inventor/sensors/SoSensorManager.h>

Public Member Functions
	SoSensorManager ()
	Constructor, destructor.

	~SoSensorManager ()

void	setChangedCallback (void(funcArg)(void ), void *data)
	Set up a function to call when either queue has a sensor added or removed.

void	insertDelaySensor (SoDelayQueueSensor *s)
	Insert/remove an delay or timer event into/from the appropriate queue.

void	insertTimerSensor (SoTimerQueueSensor *s)

void	removeDelaySensor (SoDelayQueueSensor *s)

void	removeTimerSensor (SoTimerQueueSensor *s)

void	rescheduleTimer (SoTimerSensor *s)
	Timers are all rescheduled at the same time, after they have been triggered.

void	removeRescheduledTimer (SoTimerQueueSensor *s)

void	setDelaySensorTimeout (const SbTime &t)
	Set/get delay queue sensors (OneShot, Node, Path, etc) timeout value.

const SbTime &	getDelaySensorTimeout ()

void	processDelayQueue (bool isIdle)
	Process all sensors in the delay queue.

void	processImmediateQueue ()
	Process all immediate (priority 0) sensors in the delay queue.

void	processTimerQueue ()
	Process appropriate sensors in the timer queue based on current time.

bool	isDelaySensorPending ()
	Returns TRUE if there is at least one sensor in the delay queue.

bool	isTimerSensorPending (SbTime &tm)
	Returns TRUE if there is at least one sensor in the timer queue.

int	doSelect (int nfds, fd_set readfds, fd_set writefds, fd_set exceptfds, struct timeval userTimeOut)
	Just like UNIX select() call, but checks sensor queues while waiting for events.

Detailed Description

Definition at line 72 of file SoSensorManager.h.

Constructor & Destructor Documentation

◆ SoSensorManager()

SoSensorManager::SoSensorManager ( )

◆ ~SoSensorManager()

SoSensorManager::~SoSensorManager ( )

Member Function Documentation

◆ doSelect()

int SoSensorManager::doSelect	(	int	nfds,
		fd_set *	readfds,
		fd_set *	writefds,
		fd_set *	exceptfds,
		struct timeval *	userTimeOut
	)

◆ getDelaySensorTimeout()

const SbTime & SoSensorManager::getDelaySensorTimeout ( )

◆ insertDelaySensor()

void SoSensorManager::insertDelaySensor ( SoDelayQueueSensor * s )

◆ insertTimerSensor()

void SoSensorManager::insertTimerSensor ( SoTimerQueueSensor * s )

◆ isDelaySensorPending()

bool SoSensorManager::isDelaySensorPending ( )

inline

Definition at line 114 of file SoSensorManager.h.

◆ isTimerSensorPending()

bool SoSensorManager::isTimerSensorPending ( SbTime & tm )

If there is one, the time of the first sensor is placed in tm.

◆ processDelayQueue()

void SoSensorManager::processDelayQueue ( bool isIdle )

The isIdle flag should be TRUE if the delay queue is being processed because there is idle time; it should be false if it is being processed because the delay sensor timeout has expired.

◆ processImmediateQueue()

void SoSensorManager::processImmediateQueue ( )

◆ processTimerQueue()

void SoSensorManager::processTimerQueue ( )

◆ removeDelaySensor()

void SoSensorManager::removeDelaySensor ( SoDelayQueueSensor * s )

◆ removeRescheduledTimer()

void SoSensorManager::removeRescheduledTimer ( SoTimerQueueSensor * s )

◆ removeTimerSensor()

void SoSensorManager::removeTimerSensor ( SoTimerQueueSensor * s )

◆ rescheduleTimer()

void SoSensorManager::rescheduleTimer ( SoTimerSensor * s )

This avoids timer queue saturation.

◆ setChangedCallback()

void SoSensorManager::setChangedCallback	(	void()(void )	funcArg,
		void *	data
	)