public void init(int i) { setSplitter(NULL()); for (int k=0; k<GENERATE_BLOCKING; k++) { add(new Pipeline(i+k) { Pipeline(int i) {super(i);} public void init(int i) { add(new InputGenerate(i, numSamples, targetBeam, targetSample, cfarThreshold)); add(new BeamFirFilter(numCoarseFilterTaps, numSamples, coarseDecimationRatio)); add(new BeamFirFilter(numFineFilterTaps, numPostDec1, fineDecimationRatio)); } }); } setJoiner(ROUND_ROBIN(2)); }
public void init() { setSplitter(NULL()); for (int _k=0; _k<GENERATE_BLOCKING; _k++) { final int k = _k; add(new Pipeline() { public void init() { add(new InputGenerate(i+k, numSamples, targetBeam, targetSample, cfarThreshold)); add(new BeamFirFilter(numCoarseFilterTaps, numSamples, coarseDecimationRatio)); add(new BeamFirFilter(numFineFilterTaps, numPostDec1, fineDecimationRatio)); } }); } setJoiner(ROUND_ROBIN(2)); }
		public void init(int i) {		  setSplitter(NULL());		  for (int k=0; k<GENERATE_BLOCKING; k++) {		    add(new Pipeline(i+k) {			Pipeline(int i) {super(i);}			public void init(int i) {			  add(new InputGenerate(i,						numSamples,						targetBeam,						targetSample,						cfarThreshold));			  add(new BeamFirFilter(numCoarseFilterTaps,						numSamples,						coarseDecimationRatio));			  add(new BeamFirFilter(numFineFilterTaps,						numPostDec1,						fineDecimationRatio));			}		      });		  }		  setJoiner(ROUND_ROBIN(2));		}