public static void SaveFig(QuickPlot.Figure figure, string name, int width = 600, int height = 400)
{
string fileName = name + ".png";
string filePath = System.IO.Path.Join(outputFolder, fileName);
figure.Save(width, height, filePath);
Console.WriteLine($"Saved: {filePath}");
}
public void Test_Layout_Default()
{
double[] xs = QuickPlot.Generate.Consecutative(100);
double[] ys = QuickPlot.Generate.Random(100);
var figure = new QuickPlot.Figure();
figure.plot.Scatter(xs, ys);
Tools.SaveFig(figure, MethodBase.GetCurrentMethod().Name);
}
public void Subplot_Default()
{
double[] xs = QuickPlot.Generate.Consecutative(100);
double[] ys = QuickPlot.Generate.Random(100);
// by default (no calls to SubPlot) there is a single plot
var figure = new QuickPlot.Figure();
figure.plot.Scatter(xs, ys);
figure.Save(width, height, MethodBase.GetCurrentMethod().Name + ".png");
}
public void Subplot_TwoStackedVertically()
{
double[] xs = QuickPlot.Generate.Consecutative(100);
double[] ys = QuickPlot.Generate.Random(100);
var figure = new QuickPlot.Figure();
figure.Subplot(2, 1, 1);
figure.plot.Scatter(xs, ys);
figure.Subplot(2, 1, 2);
figure.plot.Scatter(xs, ys);
Tools.SaveFig(figure, MethodBase.GetCurrentMethod().Name);
}
public void Subplot_TwoStackedHorizontally()
{
double[] xs = QuickPlot.Generate.Consecutative(100);
double[] ys = QuickPlot.Generate.Random(100);
var figure = new QuickPlot.Figure();
figure.Subplot(1, 2, 1);
figure.plot.Scatter(xs, ys);
figure.Subplot(1, 2, 2);
figure.plot.Scatter(xs, ys);
figure.Save(width, height, MethodBase.GetCurrentMethod().Name + ".png");
}
public void Test_Layout_CustomLabelSizes()
{
double[] xs = QuickPlot.Generate.Consecutative(100);
double[] ys = QuickPlot.Generate.Random(100);
var figure = new QuickPlot.Figure();
figure.plot.Scatter(xs, ys);
figure.plot.axes2.y.display = true;
figure.plot.Title("Label Display Test", fontSize: 48);
figure.plot.XLabel("Primary Horizontal Axis", fontSize: 36);
figure.plot.YLabel("Primary Axis", fontSize: 36);
figure.plot.YLabel("Secondary Axis", fontSize: 36);
Tools.SaveFig(figure, MethodBase.GetCurrentMethod().Name);
}
public void Subplot_TwoBesideOne()
{
double[] xs = QuickPlot.Generate.Consecutative(100);
double[] ys = QuickPlot.Generate.Random(100);
var figure = new QuickPlot.Figure();
figure.Subplot(2, 2, 1, rowSpan: 2);
figure.plot.Scatter(xs, ys);
figure.Subplot(2, 2, 2);
figure.plot.Scatter(xs, ys);
figure.Subplot(2, 2, 4);
figure.plot.Scatter(xs, ys);
Tools.SaveFig(figure, MethodBase.GetCurrentMethod().Name);
}
public void Test_Layout_CustomLabelColorsAndFonts()
{
double[] xs = QuickPlot.Generate.Consecutative(100);
double[] ys1 = QuickPlot.Generate.Random(100);
double[] ys2 = QuickPlot.Generate.Random(100);
var figure = new QuickPlot.Figure();
figure.plot.Scatter(xs, ys1);
figure.plot.Scatter(xs, ys2, secondY: true);
figure.plot.Title("Label Display Test", fontSize: 48, color: SkiaSharp.SKColors.Red, fontName: "Comic Sans MS");
figure.plot.XLabel("Primary Horizontal Axis", fontSize: 36, color: SkiaSharp.SKColors.Green, fontName: "Consolas");
figure.plot.YLabel("Primary Axis", fontSize: 36, color: SkiaSharp.SKColors.Blue, fontName: "Times New Roman");
figure.plot.YLabel("Secondary Axis", secondY: true, fontSize: 36, color: SkiaSharp.SKColors.Orange, fontName: "Georgia");
Tools.SaveFig(figure, MethodBase.GetCurrentMethod().Name);
}
public void Test_Figure_Reset()
{
double[] xs = QuickPlot.Generate.Consecutative(100);
var figure = new QuickPlot.Figure();
// crete a multi-panel subplot
figure.Subplot(2, 1, 1);
figure.plot.Scatter(xs, QuickPlot.Generate.Random(100, 10));
figure.Subplot(2, 1, 2);
figure.plot.Scatter(xs, QuickPlot.Generate.Random(100, 100));
// start over
figure.Reset();
figure.plot.Scatter(xs, QuickPlot.Generate.Sin(100));
Tools.SaveFig(figure, MethodBase.GetCurrentMethod().Name);
}
public void Subplot_NoSharedAxes()
{
double[] xs = QuickPlot.Generate.Consecutative(100);
double[] ys1 = QuickPlot.Generate.Sin(100);
double[] ys2 = QuickPlot.Generate.Cos(100);
var figure = new QuickPlot.Figure();
var plot1 = figure.Subplot(2, 1, 1);
var plot2 = figure.Subplot(2, 1, 2);
plot1.Scatter(xs, ys1);
plot2.Scatter(xs, ys2);
plot1.axes.Set(-20, 120, -2, 2);
Tools.SaveFig(figure, MethodBase.GetCurrentMethod().Name);
}
public void Test_MultipleY()
{
double[] xs = QuickPlot.Generate.Consecutative(100);
double[] ysSmall = QuickPlot.Generate.Sin(100, mult: .01);
double[] ysBig = QuickPlot.Generate.Cos(100, mult: 100);
var figure = new QuickPlot.Figure();
figure.plot.Scatter(xs, ysSmall, color: SkiaSharp.SKColors.Blue);
figure.plot.Scatter(xs, ysBig, secondY: true, color: SkiaSharp.SKColors.Red);
figure.plot.YLabel("Primary Y", color: SkiaSharp.SKColors.Blue);
figure.plot.YLabel("Secondary Y", secondY: true, color: SkiaSharp.SKColors.Red);
figure.plot.XLabel("Horizontal Axis");
figure.plot.Title("Twin Y Axis Demo");
Tools.SaveFig(figure, MethodBase.GetCurrentMethod().Name);
}
public void Subplot_FourInGrid()
{
double[] xs = QuickPlot.Generate.Consecutative(100);
double[] ys = QuickPlot.Generate.Random(100);
var figure = new QuickPlot.Figure();
figure.Subplot(2, 2, 1);
figure.plot.Scatter(xs, ys);
figure.Subplot(2, 2, 2);
figure.plot.Scatter(xs, ys);
figure.Subplot(2, 2, 3);
figure.plot.Scatter(xs, ys);
figure.Subplot(2, 2, 4);
figure.plot.Scatter(xs, ys);
figure.Save(width, height, MethodBase.GetCurrentMethod().Name + ".png");
}
public void Test_Figure_Style()
{
double[] xs = QuickPlot.Generate.Consecutative(100);
var figure = new QuickPlot.Figure();
figure.Subplot(2, 2, 1);
figure.plot.Scatter(xs, QuickPlot.Generate.Random(100));
figure.Subplot(2, 2, 2);
figure.plot.Scatter(xs, QuickPlot.Generate.Random(100));
figure.Subplot(2, 2, 3);
figure.plot.Scatter(xs, QuickPlot.Generate.Sin(100));
figure.Subplot(2, 2, 4);
figure.plot.Scatter(xs, QuickPlot.Generate.Cos(100));
figure.Style(bgColor: SkiaSharp.SKColors.Honeydew, edgePadding: 25,
subplotPaddingHorizontal: 20, subplotPaddingVertical: 40);
Tools.SaveFig(figure, MethodBase.GetCurrentMethod().Name);
}
public void Subplot_SharedXandY()
{
double[] xs = QuickPlot.Generate.Consecutative(100);
double[] ys1 = QuickPlot.Generate.Sin(100);
double[] ys2 = QuickPlot.Generate.Cos(100);
var figure = new QuickPlot.Figure();
var plot1 = figure.Subplot(2, 1, 1);
var plot2 = figure.Subplot(2, 1, 2);
plot1.Scatter(xs, ys1);
plot2.Scatter(xs, ys2);
plot2.ShareX(plot1);
plot2.ShareY(plot1);
plot2.axes.Zoom(.5, .5);
Tools.SaveFig(figure, MethodBase.GetCurrentMethod().Name);
}
static void OneThousandLines()
{
var fig = new QuickPlot.Figure();
fig.Subplot(2, 3, 1);
double[] xs = Generate.Consecutative(20, 1.0 / 20);
fig.plot.Scatter(xs, Generate.Sin(xs.Length));
fig.plot.Scatter(xs, Generate.Cos(xs.Length));
fig.Subplot(2, 3, 2);
fig.plot.Scatter(xs, Generate.Cos(xs.Length));
fig.Subplot(2, 3, 3);
fig.plot.Scatter(xs, Generate.Random(xs.Length));
fig.Subplot(2, 3, 4, 1, 3);
fig.plot.Scatter(Generate.Random(xs.Length), Generate.Random(xs.Length));
fig.Save("test.png");
}
static void Main(string[] args)
{
QuickPlot.Figure figure = new QuickPlot.Figure();
figure.Save(640, 480, "console.png");
}
