Brief description of class still missing. More...

#include <RealTimeArrayProcess.h>

Inheritance diagram for RealTimeArrayProcess:

Public Member Functions
bool	isWaiting () const
bool	isWaiting () const
	RealTimeArrayProcess (RealTimeArrayManager manager, ArrayStations array)
	RealTimeArrayProcess (RealTimeArrayManager manager, ArrayStations array)
void	setFrequencyBands (const QVector< GaussianFrequencyBand > *bands)
void	setFrequencyBands (const QVector< GaussianFrequencyBand > *bands)
void	setKmax (double k)
void	setKmin (double k)
void	setMaximumSlowness (double s)
void	setWavenumberRange (double kmin, double kmax)
void	terminate ()
void	terminate ()
bool	terminated () const
bool	terminated () const
	~RealTimeArrayProcess ()
	~RealTimeArrayProcess ()
Protected Member Functions
virtual void	run ()
virtual void	run ()

Detailed Description

Brief description of class still missing.

Full description of class still missing

Constructor & Destructor Documentation

RealTimeArrayProcess::RealTimeArrayProcess	(	RealTimeArrayManager *	manager,
		ArrayStations *	array
	)

RealTimeArrayProcess::~RealTimeArrayProcess ( )

Description of destructor still missing

References TRACE.

{
  TRACE;
}

RealTimeArrayProcess::RealTimeArrayProcess	(	RealTimeArrayManager *	manager,
		ArrayStations *	array
	)

RealTimeArrayProcess::~RealTimeArrayProcess ( )

Member Function Documentation

bool RealTimeArrayProcess::isWaiting ( ) const [inline]

{return _waiting.testAndSetOrdered(true, true);}

bool RealTimeArrayProcess::isWaiting ( ) const [inline]

{return _waiting.testAndSetOrdered(true, true);}

void RealTimeArrayProcess::run ( ) [protected, virtual]

{
  _manager->_mutex.lock();
  while(true) {
    while(true) {
      if(_terminate.testAndSetOrdered(true, true)) {
        _manager->_mutex.unlock();
        return;
      }
      // Check for new tasks, if nothing to do, the thread goes in sleep mode
      if(_manager->_tasks.isEmpty()) break;
      ArrayTask * t=_manager->takeTask();
      //checkblocks(true, false);
      run(t);
      //checkblocks(true, false);
      delete t;
      _manager->_mutex.lock();
    }
    printf("%s: sleeping, manager %p\n",objectName().toAscii().data(),_manager);
    _waiting.fetchAndStoreOrdered(true);
    _manager->_event.wait(&_manager->_mutex);
    _waiting.fetchAndStoreOrdered(false);
    printf("%s: waking up, manager %p\n",objectName().toAscii().data(),_manager);
  }
}

virtual void RealTimeArrayProcess::run ( ) [protected, virtual]

void RealTimeArrayProcess::setFrequencyBands ( const QVector< GaussianFrequencyBand > * bands ) [inline]

{_bands=bands;}

void RealTimeArrayProcess::setFrequencyBands ( const QVector< GaussianFrequencyBand > * bands ) [inline]

Referenced by RealTimeArrayManager::RealTimeArrayManager().

{_bands=bands;}

void RealTimeArrayProcess::setKmax ( double k )

{
  _gridSize=k;
}

void RealTimeArrayProcess::setKmin ( double k )

{
  _fkGridStep=0.25*k;
  _hrfkGridStep=0.1*k;
}

void RealTimeArrayProcess::setMaximumSlowness ( double s )

References PhaseShifter::setMaximumSlowness().

{
  _phaseShifter.setMaximumSlowness(s);
}

void RealTimeArrayProcess::setWavenumberRange	(	double	kmin,
		double	kmax
	)

References QGpCoreTools::GridSearch::setGrid().

{
  _fkGrid.setGrid(-kmax, kmax, 0.25*kmin, -kmax, kmax, 0.25*kmin);
  _hrfkGrid.setGrid(-kmax, kmax, 0.1*kmin, -kmax, kmax, 0.1*kmin);
}

void RealTimeArrayProcess::terminate ( ) [inline]

{_terminate.fetchAndStoreOrdered(true);}

void RealTimeArrayProcess::terminate ( ) [inline]

{_terminate.fetchAndStoreOrdered(true);}

bool RealTimeArrayProcess::terminated ( ) const [inline]

{return _terminate.testAndSetOrdered(true, true);}

bool RealTimeArrayProcess::terminated ( ) const [inline]

{return _terminate.testAndSetOrdered(true, true);}

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

Public Member Functions

Protected Member Functions

Detailed Description

Constructor & Destructor Documentation

Member Function Documentation