public static void ResetAllPlots(FormsPlot formsPlot1, FormsPlot formsPlot2, FormsPlot formsPlot3, FormsPlot formsPlot4)
{
formsPlot1.plt.Clear();
formsPlot2.plt.Clear();
formsPlot3.plt.Clear();
formsPlot4.plt.Clear();
Plotter.ch1DataDic["FAM"] = new List <double>();
Plotter.ch1DataDic["ROX"] = new List <double>();
Plotter.ch1DataDic["HEX"] = new List <double>();
Plotter.ch1DataDic["CY5"] = new List <double>();
Plotter.ch2DataDic["FAM"] = new List <double>();
Plotter.ch2DataDic["ROX"] = new List <double>();
Plotter.ch2DataDic["HEX"] = new List <double>();
Plotter.ch2DataDic["CY5"] = new List <double>();
Plotter.ch3DataDic["FAM"] = new List <double>();
Plotter.ch3DataDic["ROX"] = new List <double>();
Plotter.ch3DataDic["HEX"] = new List <double>();
Plotter.ch3DataDic["CY5"] = new List <double>();
Plotter.ch4DataDic["FAM"] = new List <double>();
Plotter.ch4DataDic["ROX"] = new List <double>();
Plotter.ch4DataDic["HEX"] = new List <double>();
Plotter.ch4DataDic["CY5"] = new List <double>();
}
public MainForm()
{
InitializeComponent();
Chart = new FormsPlot();
Chart.Size = this.pictureBox1.Size;
Chart.Location = this.pictureBox1.Location;
Chart.Plot.SetAxisLimits(0, 127, 0, 127);
Chart.Plot.SetViewLimits(0, 127, 0, 127);
Chart.Configuration.DoubleClickBenchmark = false;
Chart.Configuration.LeftClickDragPan = false;
Chart.Configuration.RightClickDragZoom = false;
Chart.Configuration.ScrollWheelZoom = false;
Chart.MouseMove += Chart_MouseMove;
Chart.MouseLeave += Chart_MouseLeave;
this.Controls.Add(Chart);
this.Controls.Remove(this.pictureBox1);
SetupMidiVelopcityMapper();
UpdateChart();
BindEvents();
BindDebugEvents();
}
public void InitPlot()
{
columns_length = columns.Length;
double[] xs = DataGen.Consecutive(columns_length);
double[] ys = DataGen.Consecutive(columns_length, 0);
try
{
maze_plot = GetPlot(xs, ys, columns, "Maze");
maze_plot.Width = (pnlPlot.Width / 2) - X_MARGIN - X_POSITION;
maze_plot.Height = pnlPlot.Height - Y_MARGIN - Y_POSITION;
maze_plot.Location = new Point(X_POSITION, Y_POSITION);
total_plot = GetPlot(xs, ys, columns, "Total %");
total_plot.Width = (pnlPlot.Width / 2) - X_MARGIN - X_POSITION;
total_plot.Height = pnlPlot.Height - Y_MARGIN - Y_POSITION;
total_plot.Location = new Point(X_POSITION + maze_plot.Width, Y_POSITION);
pnlPlot.Controls.Add(maze_plot);
pnlPlot.Controls.Add(total_plot);
maze_plot.Render();
total_plot.Render();
}
catch (Exception e)
{
Console.WriteLine("Error initializing plot: {0}", e.Message);
maze_plot = null;
}
}
public static void ViewInit(FormsPlot formsPlot)
{
formsPlot.Reset();
//formsPlot.plt.Axis(0, COL_CNT - 1, 0, 3000);
//formsPlot.plt.TightenLayout(padding: 40);
//formsPlot.Render();
}
public void showPlotYouWantToDisplay(FormsPlot plotYouWant)
{
formsPlot1.Visible = false;
formsPlot2.Visible = false;
formsPlot3.Visible = false;
formsPlot4.Visible = false;
plotYouWant.Visible = true;
}
public PlotBuilder(FormsPlot argPlot)
{
plot = argPlot;
plots = new List <double[]>();
plot.plt.Clear();
plot.plt.YLabel("Power (db)");
plot.plt.XLabel("Frequency (kHz)");
plot.plt.PlotHLine(0, color: Color.Black, lineWidth: 1);
plot.plt.AxisAuto();
plot.plt.TightenLayout();
}
private void InitializeHistogramArea()
{
var formsPlot = new FormsPlot();
formsPlot.Width = panelHistogram.Width;
formsPlot.Height = panelHistogram.Height;
panelHistogram.Controls.Add(formsPlot);
plot = formsPlot.Plot;
plot.YAxis.Label("Frequency");
plot.XAxis.Label("Value");
plot.SetAxisLimits(yMin: 0);
}
private int GetControlAxis(FormsPlot control, Point location)
{
if (location.X < 60) // At XAxis
{
return(0);
}
else if (location.Y > control.Height - 60) // At YAxis
{
return(1);
}
else
{
return(-1);
}
}
public void UpdatePlot(double[] data, bool isTotal)
{
if (maze_plot == null || total_plot == null || (data != null && data.Length != columns_length))
{
Console.WriteLine("Plot Error!");
return;
}
double[] xs = DataGen.Consecutive(columns_length);
FormsPlot plot = (isTotal) ? total_plot : maze_plot;
plot.plt.Clear();
plot.plt.PlotBar(xs, data, fillColor: background);
plot.Render();
}
private FormsPlot GetPlot(double[] xs, double[] ys, string[] columns, string title)
{
FormsPlot plot = new FormsPlot();
plot.plt.Style(Style.Blue1);
plot.plt.PlotBar(xs, ys);
plot.plt.Axis(y1: 0);
plot.plt.Grid(enableVertical: false, lineStyle: LineStyle.Dot);
plot.plt.XTicks(xs, columns);
plot.plt.Ticks(fontName: "arial narrow", fontSize: 10);
plot.plt.XLabel(title);
plot.plt.AxisAuto(horizontalMargin: .1, verticalMargin: 0);
plot.AutoSize = false;
plot.plt.Style(dataBg: foreground, tick: Color.White);
return(plot);
}
public MainUI()
{
this.Size = new Size(1600, 500);
box = new PictureBox();
box.Size = new Size(1600, 50);
box.Location = new Point(0, 10);
box.BackColor = Color.White;
canvas = box.CreateGraphics();
plt = new FormsPlot();
plt.Location = new Point(0, 100);
plt.Size = new Size(800, 200);
this.Controls.AddRange(new Control[] { box, plt });
Gradient.GeneratePalettes();
ledManager = new LedManager(170, true);
ledManager.UpdateDisplay += UpdateUI;
}
private void FormsPlot_MouseWheel(object sender, MouseEventArgs e)
{
FormsPlot control = (FormsPlot)sender;
switch (GetControlAxis(control, e.Location))
{
case 0:
control.Plot.XAxis.LockLimits(true);
control.Plot.YAxis.LockLimits(false);
break;
case 1:
control.Plot.XAxis.LockLimits(false);
control.Plot.YAxis.LockLimits(true);
break;
default:
control.Plot.XAxis.LockLimits(false);
control.Plot.YAxis.LockLimits(false);
break;
}
}
private void OnAxesChanged(object sender, EventArgs e)
{
if (cbLinked.Checked == false)
{
return;
}
FormsPlot changedPlot = (FormsPlot)sender;
var newAxisLimits = changedPlot.Plot.GetAxisLimits();
foreach (var fp in FormsPlots)
{
if (fp == changedPlot)
{
continue;
}
// disable events briefly to avoid an infinite loop
fp.Configuration.AxesChangedEventEnabled = false;
fp.Plot.SetAxisLimits(newAxisLimits);
fp.Refresh();
fp.Configuration.AxesChangedEventEnabled = true;
}
}
/// <summary>
/// Creates instance of AMScatter attached to FormsPlot from ScottPlot
/// </summary>
/// <param name="dst"></param>
public AMPlotter(FormsPlot dst)
{
destination = dst;
SetPointCount(500);
}
public static void CheckBoxChecked(string getCBoxName, bool isChecked, FormsPlot formsplot1, FormsPlot formsplot2, FormsPlot formsplot3, FormsPlot formsplot4)
{
switch (getCBoxName)
{
case "cBoxCh1FAM":
var index = 0;
VisibleCtrl(chFAMArray[index], chFAMHLArray[index], isChecked, formsplot1);
chFAMIsCheck[index] = isChecked;
chFAMHLIsCheck[index] = isChecked;
break;
case "cBoxCh1ROX":
index = 0;
VisibleCtrl(chROXArray[index], chROXHLArray[index], isChecked, formsplot1);
chROXIsCheck[index] = isChecked;
chROXHLIsCheck[index] = isChecked;
break;
case "cBoxCh1HEX":
index = 0;
VisibleCtrl(chHEXArray[index], chHEXHLArray[index], isChecked, formsplot1);
chHEXIsCheck[index] = isChecked;
chHEXHLIsCheck[index] = isChecked;
break;
case "cBoxCh1CY5":
index = 0;
VisibleCtrl(chCY5Array[index], chCY5HLArray[index], isChecked, formsplot1);
chCY5IsCheck[index] = isChecked;
chCY5HLIsCheck[index] = isChecked;
break;
case "cBoxCh2FAM":
index = 1;
VisibleCtrl(chFAMArray[index], chFAMHLArray[index], isChecked, formsplot2);
chFAMIsCheck[index] = isChecked;
chFAMHLIsCheck[index] = isChecked;
break;
case "cBoxCh2ROX":
index = 1;
VisibleCtrl(chROXArray[index], chROXHLArray[index], isChecked, formsplot2);
chROXIsCheck[index] = isChecked;
chROXHLIsCheck[index] = isChecked;
break;
case "cBoxCh2HEX":
index = 1;
VisibleCtrl(chHEXArray[index], chHEXHLArray[index], isChecked, formsplot2);
chHEXIsCheck[index] = isChecked;
chHEXHLIsCheck[index] = isChecked;
break;
case "cBoxCh2CY5":
index = 1;
VisibleCtrl(chCY5Array[index], chCY5HLArray[index], isChecked, formsplot2);
chCY5IsCheck[index] = isChecked;
chCY5HLIsCheck[index] = isChecked;
break;
case "cBoxCh3FAM":
index = 2;
VisibleCtrl(chFAMArray[index], chFAMHLArray[index], isChecked, formsplot3);
chFAMIsCheck[index] = isChecked;
chFAMHLIsCheck[index] = isChecked;
break;
case "cBoxCh3ROX":
index = 2;
VisibleCtrl(chROXArray[index], chROXHLArray[index], isChecked, formsplot3);
chROXIsCheck[index] = isChecked;
chROXHLIsCheck[index] = isChecked;
break;
case "cBoxCh3HEX":
index = 2;
VisibleCtrl(chHEXArray[index], chHEXHLArray[index], isChecked, formsplot3);
chHEXIsCheck[index] = isChecked;
chHEXHLIsCheck[index] = isChecked;
break;
case "cBoxCh3CY5":
index = 2;
VisibleCtrl(chCY5Array[index], chCY5HLArray[index], isChecked, formsplot3);
chCY5IsCheck[index] = isChecked;
chCY5HLIsCheck[index] = isChecked;
break;
case "cBoxCh4FAM":
index = 3;
VisibleCtrl(chFAMArray[index], chFAMHLArray[index], isChecked, formsplot4);
chFAMIsCheck[index] = isChecked;
chFAMHLIsCheck[index] = isChecked;
break;
case "cBoxCh4ROX":
index = 3;
VisibleCtrl(chROXArray[index], chROXHLArray[index], isChecked, formsplot4);
chROXIsCheck[index] = isChecked;
chROXHLIsCheck[index] = isChecked;
break;
case "cBoxCh4HEX":
index = 3;
VisibleCtrl(chHEXArray[index], chHEXHLArray[index], isChecked, formsplot4);
chHEXIsCheck[index] = isChecked;
chHEXHLIsCheck[index] = isChecked;
break;
case "cBoxCh4CY5":
index = 3;
VisibleCtrl(chCY5Array[index], chCY5HLArray[index], isChecked, formsplot4);
chCY5IsCheck[index] = isChecked;
chCY5HLIsCheck[index] = isChecked;
break;
default:
break;
}
}
void PlotScottPlot(FormsPlot chart, List <List <double> > dados, int nSens)
{
chart.plt.Clear();
Color[] colors = { Color.FromArgb(51, 205, 117), Color.Blue, Color.Magenta };
double maxY = 0;
double minY = 0;
for (int i = 0; i < nSens; i++)
{
chart.plt.PlotSignal(dados[i].ToArray(), sampleRate: 1, markerSize: 1, color: colors[i]);
double maxYS = dados[i].Max();
double minYS = dados[i].Min();
if (maxYS > maxY)
{
maxY = maxYS;
}
if (minYS < minY)
{
minY = minYS;
}
}
chart.plt.Ticks(
displayTicksX: true,
displayTicksXminor: false,
displayTickLabelsX: true,
displayTicksY: true,
displayTicksYminor: true,
displayTickLabelsY: true,
color: Color.Black,
useMultiplierNotation: false,
useOffsetNotation: false,
useExponentialNotation: false,
fontName: "Arial",
fontSize: 10);
chart.Configure(
enablePanning: true,
enableZooming: true,
enableRightClickMenu: true,
lowQualityWhileDragging: false,
enableDoubleClickBenchmark: true,
lockVerticalAxis: false,
lockHorizontalAxis: false,
equalAxes: false);
chart.plt.YLabel("Kg", bold: true);
chart.plt.XLabel("Segundos", bold: true);
chart.plt.Title(enable: true);
double Ysize = maxY - minY;
double Ytick = Ysize / 4.0;
double[] YtickPositions =
{
maxY,
maxY - 1.0 * Ytick,
maxY - 2.0 * Ytick,
maxY - 3.0 * Ytick,
maxY - 4.0 * Ytick
};
string[] YtickLabels =
{
maxY.ToString("0.00"),
(maxY - 1.0 * Ytick).ToString("0.00"),
(maxY - 2.0 * Ytick).ToString("0.00"),
(maxY - 3.0 * Ytick).ToString("0.00"),
(maxY - 4.0 * Ytick).ToString("0.00")
};
chart.plt.YTicks(YtickPositions, YtickLabels);
double Xmax = dados[0].Count;
double Xmin = 0;
double Xsize = Xmax - Xmin;
double Xtick = Xsize / 4.0;
double[] XtickPositions =
{
Xmax,
Xmax - 1.0 * Xtick,
Xmax - 2.0 * Xtick,
Xmax - 3.0 * Xtick,
Xmax - 4.0 * Xtick
};
string[] XtickLabels =
{
(Xmax / 1000).ToString(),
((Xmax - 1.0 * Xtick) / 1000).ToString(),
((Xmax - 2.0 * Xtick) / 1000).ToString(),
((Xmax - 3.0 * Xtick) / 1000).ToString(),
((Xmax - 4.0 * Xtick) / 1000).ToString()
};
chart.plt.XTicks(XtickPositions, XtickLabels);
chart.plt.Axis(0, Xmax, minY, maxY);
if (nSens == 1)
{
chart.plt.Title("Plataforma Vertical");
}
else if (nSens == 2)
{
chart.plt.Title("Plataforma Bilatera");
}
else if (nSens == 3)
{
chart.plt.Title("Plataforma Tridimensional");
}
chart.plt.TightenLayout(padding: 0, render: true);
chart.plt.Frame(drawFrame: true, left: true, right: true, top: true, bottom: true, frameColor: null);
chart.plt.Style(figBg: Color.Transparent); //FromArgb(246, 249, 0));
chart.BackColor = Color.Transparent; //FromArgb(246, 249, 0));
chart.Render();
}
private void ShowThrend(object sender)
{
FormsPlot chartControl = chartControl1;
try
{
List <double> xs = new List <double>();
List <double> ys = new List <double>();
// Процедура поиска текущего контрола для отрисовки трендов
if (extruderTabPage.Visible)
{
chartControl = chartTrends;
}
if (calenderRollTabPage.Visible)
{
chartControl = chartCalenderRoll;
}
if (takeoffRollTabPage.Visible)
{
chartControl = chartTakeOffRoll;
}
if (temperingRollTabPage.Visible)
{
chartControl = chartTemperingRoll;
}
if (winderTabPage.Visible)
{
chartControl = chartWinder;
}
if (qualityTabPage.Visible) // Ситуация когда мы находимся на вкладке показателей качества является нетривиальной
{
chartControl = chartControl1;
if (sender is TextBox)
{
//Поиск текстбокса и указание ограничений по времени
TextBox edit = sender as TextBox;
DateTime timeBefore = TrainData.Train.OrderBy(o => o.Date).First().Date;
DateTime timeAfter = TrainData.Train.OrderByDescending(o => o.Date).First().Date;
chartControl.plt.Clear();
if (edit.Name.Contains("Shrinkage")) //если выбрана усадка
{
TimeSpan ts = new TimeSpan(ProductionTime.TakeOffTime);
foreach (OneRow row in TrainData.Train)
{
DataSet AuthorsDataSet = new DataSet();
AuthorsDataSet.ReadXml(XMLWork.PathShrinkage);
string shrinkageValues = XMLWork.FindShrinkageWithTimestamp(row.Date);
if ((row.Date >= timeBefore) && (row.Date <= timeAfter))
{
xs.Add((row.Date - ts).ToOADate());
ys.Add(Convert.ToDouble(shrinkageValues.Replace(".", ",")));
}
}
chartControl.plt.PlotScatter(xs.ToArray(), ys.ToArray(), lineWidth: 2, markerShape: MarkerShape.none, label: "Shrinkage value");
}
else
{
//Отрисовка
int parameterID = XMLWork.FindID(edit.Name.Replace("_", "."));
foreach (OneRow row in TrainData.Train)
{
if ((row.Date >= timeBefore) && (row.Date <= timeAfter))
{
xs.Add(row.Date.ToOADate());
ys.Add(Convert.ToDouble(row.Output[parameterID]));
}
}
chartControl.plt.PlotScatter(xs.ToArray(), ys.ToArray(), lineWidth: 2, markerShape: MarkerShape.none, label: XMLWork.FindNameWithID(parameterID, Properties.Settings.Default.Languages));
}
}
chartControl.plt.Ticks(dateTimeX: true);
chartControl.plt.Legend(location: legendLocation.upperRight, shadowDirection: shadowDirection.none);
chartControl.plt.AxisAuto();
double xDelta = Math.Abs(xs.Max() - xs.Min());
double yDelta = Math.Abs(ys.Max() - ys.Min());
chartControl.plt.Axis(xs.Min() - xDelta * 0.05, xs.Max() + xDelta * 0.05, ys.Min() - yDelta * 0.05, ys.Max() + yDelta * 0.05); chartControl.Render();
return;
}
if (sender is TextBox)
{
//Поиск текстбокса и указание ограничений по времени
TextBox edit = sender as TextBox;
DateTime timeBefore = TrainData.Train.OrderBy(o => o.Date).First().Date;
DateTime timeAfter = TrainData.Train.OrderByDescending(o => o.Date).First().Date;
chartControl.plt.Clear();
//Отрисовка
int parameterID = XMLWork.FindID(edit.Name);
foreach (OneRow row in TrainData.Train)
{
if ((row.Date >= timeBefore) && (row.Date <= timeAfter) && (!qualityTabPage.Visible))
{
xs.Add(row.Date.ToOADate());
ys.Add(Convert.ToDouble(row.Input[parameterID]));
}
}
chartControl.plt.PlotScatter(xs.ToArray(), ys.ToArray(), lineWidth: 2, markerShape: MarkerShape.none, label: XMLWork.FindNameWithID(parameterID, Properties.Settings.Default.Languages));
chartControl.plt.Ticks(dateTimeX: true);
chartControl.plt.Legend(location: legendLocation.upperRight, shadowDirection: shadowDirection.none);
chartControl.plt.AxisAuto();
double xDelta = Math.Abs(xs.Max() - xs.Min());
double yDelta = Math.Abs(ys.Max() - ys.Min());
chartControl.plt.Axis(xs.Min() - xDelta * 0.05, xs.Max() + xDelta * 0.05, ys.Min() - yDelta * 0.05, ys.Max() + yDelta * 0.05);
chartControl.Render();
}
}
catch (Exception exception)
{
MessageBox.Show(Localization.MyStrings.SomethingWrong + exception.ToString());
}
}
public static void UpdatePlot(FormsPlot formsPlot, string title, int chamberNum
, Dictionary <string, List <double> > chDataDic
, CheckBox cBoxFAM, CheckBox cBoxROX, CheckBox cBoxHEX, CheckBox cBoxCYS, double Ct_FAM, double Ct_ROX, double Ct_HEX, double Ct_CY5)
{
labelTicks = new List <string>();
formsPlot.plt.Clear();
//formsPlot.Configure(enablePanning: false, enableZooming: false);
//vLine = formsPlot1.plt.PlotVLine(0, color: Color.Red, lineStyle: LineStyle.Dash);
//hLine = formsPlot1.plt.PlotHLine(0, color: Color.Red, lineStyle: LineStyle.Dash);
var dataXList = new List <double>();
//for (int i = 0; i < 30; i++)
for (int i = 0; i < chDataDic["FAM"].Count; i++)
{
dataXList.Add(i);
}
if (chDataDic["FAM"].Count > 0)
{
chFAMArray[chamberNum] = formsPlot.plt.PlotScatter(dataXList.ToArray(), chDataDic["FAM"].ToArray(), label: "FAM", lineWidth: 0); //ROX, HEX, CYS
chFAMArray[chamberNum].visible = chFAMIsCheck[chamberNum];
}
if (chDataDic["ROX"].Count > 0)
{
chROXArray[chamberNum] = formsPlot.plt.PlotScatter(dataXList.ToArray(), chDataDic["ROX"].ToArray(), label: "ROX", lineWidth: 0); //ROX, HEX, CYS
chROXArray[chamberNum].visible = chROXIsCheck[chamberNum];
}
if (chDataDic["HEX"].Count > 0)
{
chHEXArray[chamberNum] = formsPlot.plt.PlotScatter(dataXList.ToArray(), chDataDic["HEX"].ToArray(), label: "HEX", lineWidth: 0); //ROX, HEX, CYS
chHEXArray[chamberNum].visible = chHEXIsCheck[chamberNum];
}
if (chDataDic["CY5"].Count > 0)
{
chCY5Array[chamberNum] = formsPlot.plt.PlotScatter(dataXList.ToArray(), chDataDic["CY5"].ToArray(), label: "CY5", lineWidth: 0); //ROX, HEX, CYS
chCY5Array[chamberNum].visible = chCY5IsCheck[chamberNum];
}
if (chDataDic["FAM"].Count > 3)
{
var nsi = new ScottPlot.Statistics.Interpolation
.NaturalSpline(dataXList.ToArray(), chDataDic["FAM"].ToArray(), resolution: 20);
chFAMHLArray[chamberNum] = formsPlot.plt.PlotScatterHighlight(nsi.interpolatedXs, nsi.interpolatedYs
, Color.Blue, markerSize: 0);
chFAMHLArray[chamberNum].visible = chFAMHLIsCheck[chamberNum];
}
if (chDataDic["ROX"].Count > 3)
{
var nsi = new ScottPlot.Statistics.Interpolation
.NaturalSpline(dataXList.ToArray(), chDataDic["ROX"].ToArray(), resolution: 20);
chROXHLArray[chamberNum] = formsPlot.plt.PlotScatterHighlight(nsi.interpolatedXs, nsi.interpolatedYs
, Color.Orange, markerSize: 0);
chROXHLArray[chamberNum].visible = chROXHLIsCheck[chamberNum];
}
if (chDataDic["HEX"].Count > 3)
{
var nsi = new ScottPlot.Statistics.Interpolation
.NaturalSpline(dataXList.ToArray(), chDataDic["HEX"].ToArray(), resolution: 20);
chHEXHLArray[chamberNum] = formsPlot.plt.PlotScatterHighlight(nsi.interpolatedXs, nsi.interpolatedYs
, Color.Green, markerSize: 0);
chHEXHLArray[chamberNum].visible = chHEXHLIsCheck[chamberNum];
}
if (chDataDic["CY5"].Count > 3)
{
var nsi = new ScottPlot.Statistics.Interpolation
.NaturalSpline(dataXList.ToArray(), chDataDic["CY5"].ToArray(), resolution: 20);
chCY5HLArray[chamberNum] = formsPlot.plt.PlotScatterHighlight(nsi.interpolatedXs, nsi.interpolatedYs
, Color.Red, markerSize: 0);
chCY5HLArray[chamberNum].visible = chCY5HLIsCheck[chamberNum];
}
//formsPlot.plt.AxisAutoX(expandOnly: true);
for (int i = 0; i < dataXList.Count; i++)
{
if (i < COL_CNT)
{
labelTicksArray[i] = Optic_Measure_Idx[i].ToString();
}
labelTicks.Add(labelTicksArray[i]);
}
//for (int i = 0; i < dataXList.Count; i++)
formsPlot.plt.XTicks(dataXList.ToArray(), labelTicks.ToArray());
formsPlot.plt.Title(title);
formsPlot.plt.Legend(location: legendLocation.upperLeft);
formsPlot.plt.Axis(0, COL_CNT - 1, 0, 3000);
formsPlot.plt.Layout(xLabelHeight: 40);
formsPlot.Configure(recalculateLayoutOnMouseUp: false);
formsPlot.plt.PlotHLine(y: Ct_FAM, label: "FAM baseline");
formsPlot.plt.PlotHLine(y: Ct_ROX, label: "ROX baseline");
formsPlot.plt.PlotHLine(y: Ct_HEX, label: "HEX baseline");
formsPlot.plt.PlotHLine(y: Ct_CY5, label: "CY5 baseline");
//formsPlot.plt.TightenLayout(padding: 40);
formsPlot.Render();
}
public static void DrawHLine(FormsPlot formsPlot, int value)
{
formsPlot.plt.PlotHLine(y: value, draggable: true, dragLimitLower: 0, dragLimitUpper: 3000);
formsPlot.Render();
}
public static void VisibleCtrl(PlottableScatter scatterPlot,
PlottableScatterHighlight fittingHL, bool isChecked, FormsPlot plot)
{
if (scatterPlot != null && fittingHL != null)
{
scatterPlot.visible = isChecked;
fittingHL.visible = isChecked;
plot.Render();
}
}
