Super cool!! Congrats Xavi & David.
--
Sent from a smartphone

----- Mensaje original -----
> http://vokicodder.blogspot.com/2011/09/clam-binders-ipyclam-and-pyqt.html
>
> Some notes on today achievements with Xavi Serra (the student, no the
> MTG director) for the demo of his Final Career Project, featuring
> combining ipyclam, pyqt,  clam qt widgets and the new QtBinder interface
> which extends to any CLAM  application Prototyper's facility to bind
> unknown interfaces and networks.
>
> The presentation of his PFC is on Friday wish him the best luck.
>
> I recommend compile and install ipyclam and give the example below a try.
>
> David.
>
> ------------------
> $ ipython
>
> import ipyclam
> n=ipyclam.Network(ipyclam.Clam_NetworkProxy())
> n.file = n.types.MonoAudioFileReader
> n.out = n.types.AudioSink
> n.file.Loop = 1
> n.file.SourceFile = "../NetworkEditor/example-data/jaume-voice.mp3" # or
> any file n.file > n.out
>
> n # see, the connection is between ports although we conected processings
>
> n.backend="PortAudio" # bug: 'backend' does not work with completition
> n.play()
> n.pause()
> n.stop()
>
> from PyQt4 import QtCore, QtGui
> a=QtGui.QApplication([])
>
> w=n.createWidget("Oscilloscope")
> w.show()
>
> # you can obtain the file output port name by typing n.file.[tab],
> deleting 'n.' and adding the quotes w.setProperty("clamOutPort",
> "file.Samples Read") n.bindUi(w)
>
> n # you can see that bindUi has added an extra processing
>
> n.play()
>
> n.stop()
>
> n.tonal=n.types.TonalAnalysis
> n.file > n.tonal
>
> w2 = n.createWidget("CLAM::VM::KeySpace")
> w2.show()
>
> w2.setProperty("clamOutPort", "tonal.Chord Correlation")
> n.bindUi(w2)
>
> n.play()
>
> m=QtGui.QDialog()
> m.show()
> m.setLayout(QtGui.QVBoxLayout())
> m.layout().addWidget(w)
> m.layout().addWidget(w2)
>
>
> David.
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