Hi @CoderPM2011, WOW this is amazing! This is something users have asked for for many years. You did an awesome job here, thanks so much for this! 🚀

Can you clarify something though - when you said "Parts of the SmithChartAxis source code that require attention", did you mean you're not satisfied with the current implementation? Flipping through the code it looks all right to me...

I'll add a few cookbook recipes demonstrating this (committing to this branch), merge it in today, and make an announcement tagging a bunch of old issues and users who asked for this over the years.

Hi @CoderPM2011, I refined the styling a bit. What do you think of this cookbook recipe?

Can you think of additional recipes that users may find useful while keeping the number of lines of code low?

var smith = myPlot.Add.SmithChartAxis();

// translate an impedance location on the Smith chart to a 2D location on the plot
double resistance = 0.2;
double reactance = -0.5;
Coordinates location = smith.GetCoordinates(resistance, reactance);

// use that location to add traditional plot components
myPlot.Add.Marker(location, MarkerShape.FilledCircle, size: 15, Colors.Red);
var txt = myPlot.Add.Text("0.2 - j 0.5", location);
txt.LabelStyle.FontSize = 24;
txt.LabelStyle.Bold = true;
txt.LabelStyle.ForeColor = Colors.Red;

Can you clarify something though - when you said "Parts of the SmithChartAxis source code that require attention", did you mean you're not satisfied with the current implementation? Flipping through the code it looks all right to me...

Sorry for the misunderstanding. 😅
Because the coordinate system of SmithChartAxis is different from the general one, if you don’t know those methods, you may not be able to draw the required graphics.

@swharden this looks good👍

I'm not very familiar with this kind of picture so don't have any more use case ideas at the moment. 😥