public void changePlot(Boolean _dualDisplay, VNA.vnaconfig.PlotMode _plot1Mode, VNA.vnaconfig.PlotMode _plot2Mode)
{
if ((_dualDisplay == dualDisplay) && (_plot1Mode == plot1Mode) && (_plot2Mode == plot2Mode))
{
return;
}
if (_plot1Mode != plot1Mode)
{
plot1Mode = _plot1Mode;
updatePlot1();
setLimits(plot1, plot1Mode);
}
if (_plot2Mode != plot2Mode)
{
plot2Mode = _plot2Mode;
updatePlot2();
setLimits(plot2, plot2Mode);
}
if (_dualDisplay != dualDisplay)
{
dualDisplay = _dualDisplay;
y2.reScreen(yd2bottom, yd2top);
if (dualDisplay)
{
y1.reScreen(yd1bottom, yd1top);
}
else
{
y1.reScreen(ysbottom, ystop);
}
}
Invalidate();
}
private PlotTrace[] getTrace(PlotSet p, VNA.vnaconfig.PlotMode mode)
{
if (p == null)
{
return(null);
}
switch (mode)
{
case VNA.vnaconfig.PlotMode.absA: return(new PlotTrace[1] {
p.absA
});
case VNA.vnaconfig.PlotMode.absB: return(p.absB);
case VNA.vnaconfig.PlotMode.absBA: return(p.absBA);
case VNA.vnaconfig.PlotMode.phiBA: return(p.phiBA);
case VNA.vnaconfig.PlotMode.logA: return(new PlotTrace[1] {
p.logA
});
case VNA.vnaconfig.PlotMode.logB: return(p.logB);
case VNA.vnaconfig.PlotMode.logBA: return(p.logBA);
case VNA.vnaconfig.PlotMode.phiA: return(new PlotTrace[1] {
p.phiA
});
case VNA.vnaconfig.PlotMode.phiB: return(p.phiB);
}
return(null);
}
private PlotTrace[] getTrace(int selection, VNA.vnaconfig.PlotMode mode)
{
if (selection < 0)
{
return(getTrace(current, mode));
}
else
{
return(getTrace(plotSet[selection], mode));
}
}
public VNAScreen()
{
InitializeComponent();
DoubleBuffered = true;
ylableSize = GraphicsUtil.sizeText(_axesFont, "199.0", 2, 0, 0).boundingDim();
xlableSize = GraphicsUtil.sizeText(_axesFont, "20.00k", 2, 0, 0).boundingDim();
newSize();
dualDisplay = false;
plot1Mode = VNA.vnaconfig.PlotMode.logBA;
plot2Mode = VNA.vnaconfig.PlotMode.phiBA;
logX = true;
brushBack = new SolidBrush(_colorBack);
penSelect = new Pen(_colorSelect);
if (root == null)
{
x = new GridCalculator(0.1, 100000, 1, 0.1, 1.1, 100, 20000, logX, xleft, xright, xlableSize.x);
}
else
{
x = new GridCalculator(0.1, 100000, 1, 0.1, 1.1, root.vna.config.sweepFMin, root.vna.config.sweepFMax, logX, xleft, xright, xlableSize.x);
}
y1 = new GridCalculator(-200, 200, 1, 1, 1.1, -100, 20, false, yd1bottom, yd1top, ylableSize.y);
y2 = new GridCalculator(-200, 200, 1, 1, 1.1, -180, 180, false, yd2bottom, yd2top, ylableSize.y);
plot1 = new Plot(x, y1);
plot2 = new Plot(x, y2);
plot1.fontText = _axesFont;
plot1.colorBack = _colorBack;
plot1.colorFrame = _colorFrame;
plot1.colorGrid = _colorGrid;
plot1.colorGridMajor = _colorGridMajor;
plot1.colorText = _colorText;
plot2.fontText = _axesFont;
plot2.colorBack = _colorBack;
plot2.colorFrame = _colorFrame;
plot2.colorGrid = _colorGrid;
plot2.colorGridMajor = _colorGridMajor;
plot2.colorText = _colorText;
plotSet = new List <PlotSet>();
current = null;
}
private void setLimits(Plot p, VNA.vnaconfig.PlotMode m)
{
switch (m)
{
case VNA.vnaconfig.PlotMode.absA:
case VNA.vnaconfig.PlotMode.absB:
case VNA.vnaconfig.PlotMode.absBA:
p.yAxis.newRange(0, 10);
break;
case VNA.vnaconfig.PlotMode.phiBA:
case VNA.vnaconfig.PlotMode.phiB:
case VNA.vnaconfig.PlotMode.phiA:
p.yAxis.newRange(-180, 180);
break;
case VNA.vnaconfig.PlotMode.logA:
case VNA.vnaconfig.PlotMode.logB:
case VNA.vnaconfig.PlotMode.logBA:
p.yAxis.newRange(-120, 20);
break;
}
p.xAxis.newRange(100, 20000);
}
