// Initialise the pipeline
void MedicinaCoherentPipeline::init()
{
// Create modules
// mdsm = (CoherentMdsmModule *) createModule("CoherentMdsmModule");
// Request remote data
requestRemoteData("TimeSeriesDataSetC32");
}
// Initialises the pipeline, creating required modules and data blobs,
// and requesting remote data.
void SignalProcessingPipeline::init()
{
// Create the pipeline modules and any local data blobs.
amplifier = (SignalAmplifier*) createModule("SignalAmplifier");
outputData = (SignalData*) createBlob("SignalData");
// Request remote data.
requestRemoteData("SignalData");
}
void StokesOnlyPipeline::init()
{
// Create modules
rfiClipper = (RFI_Clipper *) createModule("RFI_Clipper");
stokesIntegrator = (StokesIntegrator *) createModule("StokesIntegrator");
// Create local datablobs
_intStokes = (SpectrumDataSetStokes*) createBlob("SpectrumDataSetStokes");
_weightedIntStokes = (WeightedSpectrumDataSet*) createBlob("WeightedSpectrumDataSet");
// Request remote data
requestRemoteData("LofarTimeStream1");
}
// Initialises the pipeline, creating required modules and data blobs, and requesting remote data.
void K7UdpPipeline::init()
{
ConfigNode c = config(QString("K7UdpPipeline"));
_totalIterations = c.getOption("totalIterations", "value", "0").toInt();
std::cout << "K7UdpPipeline::init(): " << _totalIterations << " iterations of the pipeline" << std::endl;
// Create the pipeline modules and any local data blobs.
_rfiClipper = (RFI_Clipper *) createModule("RFI_Clipper");
_stokesIntegrator = (StokesIntegrator *) createModule("StokesIntegrator");
_intStokes = (SpectrumDataSetStokes *) createBlob("SpectrumDataSetStokes");
_weightedIntStokes = (WeightedSpectrumDataSet*) createBlob("WeightedSpectrumDataSet");
// Request remote data.
requestRemoteData("SpectrumDataSetStokes");
}
/**
* @details
* Initialises the pipeline.
*
* This method is run once on construction of the pipeline.
*/
void TimingPipeline::init()
{
// Create modules
ppfChanneliser = (PPFChanneliser *) createModule("PPFChanneliser");
stokesGenerator = (StokesGenerator *) createModule("StokesGenerator");
rfiClipper = (RFI_Clipper *) createModule("RFI_Clipper");
stokesIntegrator = (StokesIntegrator *) createModule("StokesIntegrator");
weightedIntStokes = (WeightedSpectrumDataSet*) createBlob("WeightedSpectrumDataSet");
// Create local datablobs
spectra = (SpectrumDataSetC32*) createBlob("SpectrumDataSetC32");
stokes = (SpectrumDataSetStokes*) createBlob("SpectrumDataSetStokes");
intStokes = (SpectrumDataSetStokes*) createBlob("SpectrumDataSetStokes");
weightedIntStokes = (WeightedSpectrumDataSet*) createBlob("WeightedSpectrumDataSet");
// Request remote data
requestRemoteData("LofarTimeStream1");
}
/**
* @details
* Initialises the pipeline.
*
* This method is run once on construction of the pipeline.
*/
void EmbraceBFPipeline::init()
{
ConfigNode c = config( QString("EmbracePipeline") );
_totalIterations= c.getOption("totalIterations", "value", "10000").toInt();
std::cout << _totalIterations << std::endl;
// Create modules
// Create modules
ppfChanneliser = (PPFChanneliser *) createModule("PPFChanneliser");
embracePowerGenerator = (EmbracePowerGenerator *) createModule("EmbracePowerGenerator");
rfiClipper = (RFI_Clipper *) createModule("RFI_Clipper");
stokesIntegrator = (StokesIntegrator *) createModule("StokesIntegrator");
// Create local datablobs
spectra = (SpectrumDataSetC32*) createBlob("SpectrumDataSetC32");
stokes = (SpectrumDataSetStokes*) createBlob("SpectrumDataSetStokes");
intStokes = (SpectrumDataSetStokes*) createBlob("SpectrumDataSetStokes");
weightedIntStokes = (WeightedSpectrumDataSet*) createBlob("WeightedSpectrumDataSet");
// Request remote data
requestRemoteData(_streamIdentifier);
}
