void onLookupTable1D( const ::zeq::Event& event )
{
const TransferFunction1Dc transferFunction(
::zeq::hbp::deserializeLookupTable1D( event ));
auto renderSettings = _config.getFrameData().getRenderSettings();
renderSettings->setTransferFunction( transferFunction );
_config.postRedraw();
}
void Adaline::init(int ninputs, TransferFunctionType ft)
{
if(ninputs > 0){
setAlfa(1);
setInputSize(ninputs);
setTransferFunction(ft);
}else{
qWarning()<<"Se debe asignar al menos una entrada a un perceptron simple";
}
}
void Adaline::init(const vector<double> &weights, TransferFunctionType tf)
{
size_t sWeights = weights.size();
if(sWeights > 0){
setWeights(weights);
setAlfa(1);
setThreshold(getRandomValues(1)[0]);
setTransferFunction(tf);
}else{
qWarning() << "Se debe asignar al menos una entrada a un perceptron simple";
}
}
void QTransferFunctionView::makeConnections()
{
connect(m_editor, SIGNAL(transferFunctionChanged(TransferFunction)), SLOT(setTransferFunction(TransferFunction)));
connect(m_editor, SIGNAL(nameChanged(QString)), SLOT(setName(QString)));
connect(m_editor, SIGNAL(colorTransferFunctionChanged(ColorTransferFunction)), SLOT(setColorTransferFunction(ColorTransferFunction)));
connect(m_editor, SIGNAL(scalarOpacityTransferFunctionChanged(OpacityTransferFunction)), SLOT(setScalarOpacityTransferFunction(OpacityTransferFunction)));
// connect(m_editor, SIGNAL(gradientOpacityTransferFunctionChanged(OpacityTransferFunction)),
// SLOT(setGradientOpacityTransferFunction(OpacityTransferFunction)));
connect(m_editor, SIGNAL(colorPointAdded(double, QColor)), SLOT(addColorPoint(double, QColor)));
connect(m_editor, SIGNAL(colorPointRemoved(double)), SLOT(removeColorPoint(double)));
connect(m_editor, SIGNAL(scalarOpacityPointAdded(double, double)), SLOT(addScalarOpacityPoint(double, double)));
connect(m_editor, SIGNAL(scalarOpacityPointRemoved(double)), SLOT(removeScalarOpacityPoint(double)));
// connect(m_editor, SIGNAL(gradientOpacityPointAdded(double,double)), SLOT(addGradientOpacityPoint(double,double)));
// connect(m_editor, SIGNAL(gradientOpacityPointRemoved(double)), SLOT(removeGradientOpacityPoint(double)));
}
void Adaline::init(int ninputs, double *weights, TransferFunctionType ft){
setWeights(ninputs, weights);
setAlfa(1);
setThreshold(getRandomValues(1)[0]);
setTransferFunction(ft);
}
