private void DrawDataPoints(List <EMPoint> dataPoints)
{
for (int i = 0; i < dataPoints.Count; i++)
{
CanvasBackground.DrawDataPoint((float)dataPoints[i].Value, dataPoints[i].Color);
}
PCT_CANVAS.Image = CanvasBackground.Curves;
}
private void InitializeEM()
{
TreeNode node;
clusters = int.Parse(TXT_CLUSTERS.Text);
emMax = new EM(clusters);
TREE_EM.Nodes.Clear();
CanvasBackground.CleanCanvasImage();
for (int i = 0; i < clusters; i++)
{
node = new TreeNode(EM.Stats[i].Name);
node.BackColor = EM.Stats[i].Color;
node.Tag = EM.Stats[i];
node.Checked = true;
DrawCurves(EM.Stats[i].GaussianPoints, EM.Stats[i].Color);
TREE_EM.Nodes.Add(node);
}
InitPoints();
LBL_TOTAL.Text = emMax.Points.Count.ToString();
}
private void DrawCurves(List <PointF> dataFile, Color color)
{
CanvasBackground.DrawCurve(dataFile, color);
PCT_CANVAS.Image = CanvasBackground.Curves;
}
private void DrawInfo(MyData dataFile)
{
CanvasBackground.DrawHistogram(dataFile);
DrawCurves(dataFile.GaussPoints, Color.GhostWhite);
UpdateInfo(dataFile.Stats);
}
private void ReDraw()
{
CanvasBackground.CleanCanvasImage();
PCT_CANVAS.BackgroundImage = CanvasBackground.BMP;
PCT_CANVAS.Image = CanvasBackground.Curves;
}
private void InitializeGraphics()
{
CanvasBackground.TransformScale(PCT_CANVAS.ClientSize.Width, PCT_CANVAS.ClientSize.Height);
ReDraw();
}