Examples of SignalProcessor

games.stendhal.client.sound.system.SignalProcessor
Every class that either wants to modify or generate a stream of PCM audio data should derive from this class
Each SignalProcessor is a chain link in a doubly linked list, a processing chain. The first SignalProcessor in such a chain should always generate audio data otherwise no data will arrive at the quit of the chain @author silvio
systole.processor.SignalProcessor
@author juan

Examples of games.stendhal.client.sound.system.SignalProcessor

    mResource         = resource;
        mFileType         = fileType;
        mEnableStreaming  = enableStreaming;
        mOutputNumSamples = outputNumSamplesPerChannel;


        SignalProcessor decoder = chooseDecoder(resource, fileType, outputNumSamplesPerChannel);


        if(decoder == null)
            throw new IOException("could not load audio resource: " + resource.getURI());


        if(enableStreaming)
        {
            decoder.connectTo(mPropagator, true);
            mGenerator = decoder;
        }
        else
        {
            mRecorder = new Recorder();

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Examples of games.stendhal.client.sound.system.SignalProcessor

    }
    }


  private SignalProcessor chooseDecoder(Resource resource, Type fileType, int outputNumSamplesPerChannel)
    {
        SignalProcessor decoder = null;


        switch(fileType)
        {
        case OGG:
            try

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Examples of systole.processor.SignalProcessor

     *
     * @param segment
     */
    public CorrelationByResult(Segment segment) {
        super(segment);
        SignalProcessor processor = new SignalProcessor();
        FinalSignal finalSignal = processor.calcDerivatives(segment, new SimpleDerivative());
        SignalAnalyzer analyzer = new SignalAnalyzer(BigDecimal.ONE, finalSignal, 0);
        this.patternAnalysis = analyzer.calculateParameters();
    }

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Examples of systole.processor.SignalProcessor

    protected Void doInBackground() {


        try {
            if ((this.parentControl.getSelectionModel().getSelectedSegments() != null)) {


                SignalProcessor processor = new SignalProcessor();
                //Returns a signal composed by the selected segments
                Segment segment = processor.process(this.parentControl.getSelectionModel().getSelectedSegments());


                if ((segment != null) && (!segment.isEmpty())) {


                    if (!this.parentControl.isWaitingForClose()) {
                        this.doCharts(segment);
                    }


                    segment = segment.normalize();


                    finalSignal = processor.calcDerivatives(segment, new SimpleDerivative());


                    if (!this.parentControl.isWaitingForClose()) {
                        this.doDerivatives(segment);
                    }
                    //Calculo de parámetros

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