private void selectPlot(SpPerfChart.PerfChart plot, bool select)
{
if (null == plot)
return;
if (null != m_selectedPlot && plot != m_selectedPlot)
{
m_selectedPlot.Selected = false;
m_selectedPlot = null;
if (select)
{
m_selectedPlot = plot;
m_selectedPlot.Selected = select;
}
}
else if (null == m_selectedPlot && select)
{
m_selectedPlot = plot;
m_selectedPlot.Selected = select;
}
else if (plot == m_selectedPlot && !select)
{
m_selectedPlot.Selected = select;
m_selectedPlot = null;
}
}
private void enableCalibrate(SpPerfChart.PerfChart plot, bool calibrate)
{
plot.Highlighted = calibrate;
getSignal(plot).EnableCalibrate = calibrate;
plot.Invalidate();
}
private Signal getSignal(SpPerfChart.PerfChart plot)
{
if (plot == m_plotGSR)
return m_provider.GSR;
else if (plot == m_plotHR)
return m_provider.HR;
else if (plot == m_plotBVP)
return m_provider.BVP;
//else if (plot == m_plotEMGSmile)
// return m_provider.EMGSmile;
//else if (plot == m_plotEMGFrown)
// return m_provider.EMGFrown;
else if (plot == m_plotArousal)
return m_provider.Arousal;
//else if (plot == m_plotValence)
// return m_provider.Valence;
//else if (plot == m_plotFun)
// return m_provider.Fun;
//else if (plot == m_plotExcitement)
// return m_provider.Excitement;
//else if (plot == m_plotBoredom)
// return m_provider.Boredom;
return null;
}
void formatChart(ref SpPerfChart.PerfChart pc)
{
pc._SymmetricDisplay = true;
pc._ScaleMode = SpPerfChart.ScaleMode.Relative;
}