Mercurial > hg > constant-q-cpp
diff yeti/cqtkernel.yeti @ 16:310435497b76
Print out results (to go to file to load into e.g. SV)
author | Chris Cannam <c.cannam@qmul.ac.uk> |
---|---|
date | Wed, 30 Oct 2013 09:06:52 +0000 |
parents | e2372a642b45 |
children | b54bd1d0dc1e |
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--- a/yeti/cqtkernel.yeti Tue Oct 29 16:55:55 2013 +0000 +++ b/yeti/cqtkernel.yeti Wed Oct 30 09:06:52 2013 +0000 @@ -28,8 +28,8 @@ fftSize = nextPowerOfTwo (firstCentre + ceil (maxNK/2)); - println "sampleRate = \(sampleRate), maxFreq = \(maxFreq), binsPerOctave = \(binsPerOctave), q = \(q), atomHopFactor = \(atomHopFactor), thresh = \(thresh)"; - println "minFreq = \(minFreq), bigQ = \(bigQ), maxNK = \(maxNK), minNK = \(minNK), atomHop = \(atomHop), firstCentre = \(firstCentre), fftSize = \(fftSize)"; + eprintln "sampleRate = \(sampleRate), maxFreq = \(maxFreq), binsPerOctave = \(binsPerOctave), q = \(q), atomHopFactor = \(atomHopFactor), thresh = \(thresh)"; + eprintln "minFreq = \(minFreq), bigQ = \(bigQ), maxNK = \(maxNK), minNK = \(minNK), atomHop = \(atomHop), firstCentre = \(firstCentre), fftSize = \(fftSize)"; winNr = floor((fftSize - ceil(maxNK/2) - firstCentre) / atomHop) + 1; @@ -37,7 +37,7 @@ fftHop = (lastCentre + atomHop) - firstCentre; - println "winNr = \(winNr), lastCentre = \(lastCentre), fftHop = \(fftHop)"; + eprintln "winNr = \(winNr), lastCentre = \(lastCentre), fftHop = \(fftHop)"; fftFunc = fft.forward fftSize; @@ -88,7 +88,7 @@ (cm.scaled (1/fftSize) (cm.newComplexMatrix (RowMajor()) (concat kernels))); - println "density = \(cm.density kmat)"; + eprintln "density = \(cm.density kmat)"; // Normalisation