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();
}
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();
}