#include <LinearFKPassiveLoop.h>
Public Member Functions | |
| LinearFKPassiveLoopTask () | |
| virtual void | setGrid (double azimuth) |
| ~LinearFKPassiveLoopTask () | |
Protected Member Functions | |
| virtual void | run (int index) |
| void LinearFKPassiveLoopTask::run | ( | int | index | ) | [protected, virtual] |
Reimplemented from FKLoopTask.
References FKLoopTask::_currentComponent, FKLoopTask::_loop, FKLoopTask::_process, FKLoopTask::_win, FKLoop::addLog(), GeopsyCore::TimeRangeList::at(), GeopsyCore::TimeRangeList::count(), QGpCoreTools::LoopTask::endIndex(), ArrayCore::ArrayProcess::lockTimeWindow(), ArrayCore::ArrayProcess::setFrequency(), QGpCoreTools::LoopTask::setProgressMaximum(), QGpCoreTools::LoopTask::setProgressValue(), QGpCoreTools::LoopTask::setStatus(), QGpCoreTools::LoopTask::terminated(), ArrayCore::ArrayProcess::timeRangeList(), TRACE, and ArrayCore::ArrayProcess::unlockTimeWindow().
{
TRACE;
// Revert the order: start with expensive high frequencies
// When the number of cores increases and tends to the number
// of frequencies, it is more efficient to start with with the
// most expensive frequencies.
index=endIndex()-index-1;
QString freqLog, freqStatus;
_process->setFrequency(index, &freqLog, &freqStatus);
setStatus(freqStatus);
_loop->addLog(freqLog);
// Loop over all time windows
const TimeRangeList& winList=*_process->timeRangeList();
int nWin=winList.count();
setProgressMaximum(nWin);
for(int iWin=0; iWin<nWin; iWin++) {
if(terminated()) break;
setProgressValue(iWin);
_win=&winList.at(iWin);
if(!_process->lockTimeWindow(_win)) continue;
_currentComponent=0;
exportMax();
_process->unlockTimeWindow();
}
}
| void LinearFKPassiveLoopTask::setGrid | ( | double | azimuth | ) | [virtual] |
References FKLoopTask::_grid, FKLoopTask::_process, LinearFKSearch::function(), ArrayCore::FKArrayProcess::function(), ArrayCore::FKParameters::maximumSlowness(), ArrayCore::FKParameters::maximumWaveNumber(), ArrayCore::FKParameters::minimumWaveNumber(), ArrayCore::FKArrayProcess::parameters(), QGpCoreTools::DirectionalSearch::setAzimuth(), LinearFKSearch::setFunction(), LinearFKSearch::setGrid(), ArrayCore::FK::setMaximumSlowness(), and TRACE.
Referenced by LinearFKPassiveLoop::newTask().
{
TRACE;
// FK tools use a FKGridSearch which is not valid in this case.
// We must initialize to null to avoid problems with destructors.
_grid[0]=0;
// We need two search objets for both directions (initialization of shifts)
_linearGrid=new LinearFKSearch;
_linearGrid->setFunction(_process->function(0));
_linearGrid->setAzimuth(azimuth);
const FKParameters * param=_process->parameters();
_linearGrid->setGrid(param->minimumWaveNumber(), param->maximumWaveNumber());
_linearGrid->function()->setMaximumSlowness(param->maximumSlowness());
}
