ParallelFactory::ParallelFactory()
{
// initialize default maximum number of threads
_maxThreadCount = defaultThreadCount();
// remember the current thread, and provide it with an index
_parentThread = QThread::currentThread();
addThreadIndex(_parentThread, 0);
}
void ThreadedDyscoColumn<DataType>::InitializeAfterNRowsPerBlockIsKnown()
{
stopThreads();
if(_bitsPerSymbol == 0)
throw DyscoStManError("bitsPerSymbol not initialized in ThreadedDyscoColumn");
_antennaCount = nAntennae();
_blockSize = CalculateBlockSize(nRowsInBlock(), _antennaCount);
_packedBlockReadBuffer.resize(_blockSize);
const size_t nPolarizations = _shape[0], nChannels = _shape[1];
_unpackedSymbolReadBuffer.resize(symbolCount(nRowsInBlock(), nPolarizations, nChannels));
//TODO _timeBlockEncoder->SetNAntennae(_antennaCount);
// start the threads
size_t threadCount = defaultThreadCount();
EncodingThreadFunctor functor;
functor.parent = this;
_stopThreads = false;
for(size_t i=0;i!=threadCount;++i)
_threadGroup.create_thread(functor);
}