void HistogramPage::plotPolarization(const LogHistogram &totalHistogram, const LogHistogram &rfiHistogram)
{
if(_totalHistogramButton.get_active())
{
_plot.StartLine("Total histogram", "Amplitude in arbitrary units (log)", "Frequency (log)");
addHistogramToPlot(totalHistogram);
if(_fitButton.get_active() || _subtractFitButton.get_active())
{
plotFit(totalHistogram, "Fit to total");
}
if(_drawSlopeButton.get_active())
{
plotSlope(totalHistogram, "Fitted slope", false);
}
if(_drawSlope2Button.get_active())
{
plotSlope(totalHistogram, "Fitted slope", true);
}
updateSlopeFrame(totalHistogram);
}
if(_rfiHistogramButton.get_active())
{
_plot.StartLine("RFI histogram", "Amplitude in arbitrary units (log)", "Frequency (log)");
addHistogramToPlot(rfiHistogram);
if(_fitButton.get_active() || _subtractFitButton.get_active())
{
plotFit(rfiHistogram, "Fit to RFI");
}
updateSlopeFrame(rfiHistogram);
if(_drawSlopeButton.get_active())
{
plotSlope(rfiHistogram, "Fitted slope", false);
}
if(_drawSlope2Button.get_active())
{
plotSlope(rfiHistogram, "Fitted slope", true);
}
}
if(_notRFIHistogramButton.get_active())
{
_plot.StartLine("Non-RFI histogram", "Amplitude in arbitrary units (log)", "Frequency (log)");
LogHistogram histogram(totalHistogram);
histogram -= rfiHistogram;
addHistogramToPlot(histogram);
if(_fitButton.get_active() || _subtractFitButton.get_active())
{
plotFit(histogram, "Fit to Non-RFI");
}
}
}
void IndirectFitPlotPresenter::plotResult(MatrixWorkspace_sptr result) {
plotInput(result, 0);
plotFit(result, 1);
plotDifference(result, 2);
updatePlotRange(m_model->getResultRange());
}
