noiseReduction, INDEX);
noiseReduction, INDEX, active);
    public QuantumPane(RenderingAgtCtrl eventManager)    {        QuantumDef qDef = eventManager.getQuantumDef();        manager = new QuantumPaneManager(eventManager, this);        eventManager.setQPManager(manager);        int mini = (int) eventManager.getGlobalChannelWindowStart(INDEX);        int maxi = (int) eventManager.getGlobalChannelWindowEnd(INDEX);        int s = (int) eventManager.getChannelWindowStart(INDEX);        int e = (int) eventManager.getChannelWindowEnd(INDEX);        int family = eventManager.getChannelFamily(INDEX);        double cc = eventManager.getChannelCurveCoefficient(INDEX);        double[] cbStats = eventManager.getChannelBindingStats(INDEX);        boolean noiseReduction = eventManager.getChannelBindingNR(INDEX);        codomainPane = new CodomainPane(eventManager.getRegistry(), manager);        domainPane = new DomainPane(eventManager.getRegistry(), manager, family,                                    cc, eventManager.getChannelData(), qDef,                                     noiseReduction, INDEX);        gRepresentation = new GraphicsRepresentation(manager, family, cc,                                 qDef.cdStart, qDef.cdEnd, mini, maxi, cbStats);        if (family == QuantumFactory.EXPONENTIAL)             gRepresentation.setDefaultExponential(s, e);        else gRepresentation.setDefaultLinear(s, e);        buildGRPane();    }