public ILLinePlotWrapper(ILLinePlot source, ILPanelEditor editor, string path, string name = null, string label = null)
: base(source, editor, path, BuildName(name, editor.Panel, source, ILLinePlot.LinePlotTag),
String.IsNullOrEmpty(label) ? GetLinePlotLabelFromLegend(source, editor.Panel) : label)
{
this.source = source;
line = new ILLinesWrapper(source.Line, editor, Path, ILLinePlot.LineTag, "Line");
marker = new ILMarkerWrapper(source.Marker, editor, Path, ILLinePlot.MarkerTag, "Marker");
positions = new ReadOnlyCollection<float>(source.Positions.ToList());
}
private static string GetLinePlotLabelFromLegend(ILLinePlot source, ILPanel panel)
{
int index = GetNodeIndex(panel, source);
var legend = panel.Scene.First<ILLegend>();
if (legend != null)
{
// Get text from ILLegendItem at the index
if (legend.Items.Children.Count() > index)
return String.Format("{0} ('{1}')", ILLinePlot.LinePlotTag, legend.Items.Find<ILLegendItem>().ElementAt(index).Text);
}
return null;
}
/// <summary>
/// Draws the adjusted function into a two-dimensional grid.
/// </summary>
private void draw2DShape()
{
var scene = new ILScene();
// Copying all adjusted expression for further adjustments
string[] polishAdjusted = new string[adjustedExpressionTree.Length];
for (int i = 0; i < polishAdjusted.Length; i++)
polishAdjusted[i] = String.Copy(adjustedExpressionTree[i]);
NumericOption option = currentModel
.getNumericOption(firstAxisCombobox.SelectedItem.ToString());
// Replace remaining options with variables and actual values
for (int i = 0; i < polishAdjusted.Length; i++)
{
if (currentModel.getNumericOption(polishAdjusted[i]) != null)
{
if (polishAdjusted[i].Equals(option.Name))
polishAdjusted[i] = "XY";
else
{
// All other options will be set on the value they have been set in the
// settings option.
float value = 0;
numericSettings.TryGetValue(currentModel.getNumericOption(polishAdjusted[i]), out value);
string[] parts = value.ToString().Split(new char[] {'.', ',' });
if (parts.Length == 1)
polishAdjusted[i] = parts[0];
else if (parts.Length == 2)
polishAdjusted[i] = parts[0] + "." + parts[1];
else
throw new Exception("An illegal number was found!");
}
}
else if (currentModel.getBinaryOption(polishAdjusted[i]) != null)
polishAdjusted[i] = "1.0";
}
// Define plot cube
ILPlotCube cube = new ILPlotCube(twoDMode: true);
cube.Axes.XAxis.Label.Text = option.Name;
cube.Axes.YAxis.Label.Text = PERFORMANCE_AXIS_LABEL;
// Calculate values for the measurements
ILArray<float> XY = Array.ConvertAll(option.getAllValues().ToArray(), x => (float) x);
XY = XY.T;
XY["0;:"] = XY;
XY["1;:"] = calculateFunction(polishAdjusted, new string[] { "XY" }, new ILArray<float>[] { XY });
// Adding interactive points to the cube
for (int i = 0; i < XY.Size[1]; i++)
{
ILPoints point = createPoint(XY[0, i], XY[1, i], 0, pointPositionLabel);
// Adding events to the point to display its coordinates on the screen
point.MouseMove += (s, a) =>
{
Vector3 coor = point.GetPosition();
pointPositionLabel.Text = option.Name + ": " + coor.X.ToString() + ", " + PERFORMANCE_AXIS_LABEL + ": " + coor.Y.ToString();
pointPositionLabel.Visible = true;
};
cube.Add(point);
}
calculatedPerformances = ILMath.zeros<float>(0, 0);
for (int i = 0; i < XY.Size[0]; i++)
for (int j = 0; j < XY.Size[1]; j++)
calculatedPerformances[i, j] = XY[i, j];
// Calculated values for the plot
XY = ILMath.linspace<float>(option.Min_value, option.Max_value, 50);
XY["0;:"] = XY;
XY["1;:"] = calculateFunction(polishAdjusted, new string[] { "XY" }, new ILArray<float>[] { XY });
// Adding a lineplot to the cube
ILLinePlot linePlot = new ILLinePlot(XY)
{
Line =
{
Color = calculatedColor
}
};
cube.Add(linePlot);
ilFunctionPanel.Scene = new ILScene()
{
cube
};
// Saving the coordinates/values of the points for the measurements
drawnPerformances = XY;
}
public LineGroup(string nameOfLine = "nameless")
{
Graph = new ILLinePlot(ILMath.empty <float>(), nameOfLine, lineWidth: 1);
}
