private float GetValue(PointF pointProject)
{
PointF origin = this.selectedAxe.Line.P1;
PointF xtm = this.selectedAxe.Line.P2;
float a = UtilsModel.LineLength(origin, xtm), b = this.selectedAxe.UpperX, c = UtilsModel.LineLength(origin, pointProject);
return(UtilsModel.RuleOfThree(a, b, c));
}
private void PaintCurr(PaintEventArgs e)
{
List <PointF> peaks = new List <PointF>();
Pen pen = new Pen(ColorTranslator.FromHtml("#cf7b1f"));
foreach (Axe axe in axes)
{
float length = UtilsModel.RuleOfThree(axe.UpperX, UtilsModel.LineLength(axe.Line.P1, axe.Line.P2), axe.CurrValue);
PointF tmp = UtilsModel.CalculateCurrPoint(length, axe.Angle, rectLimit.Width, rectLimit.Location.X);
peaks.Add(tmp);
}
e.Graphics.DrawPolygon(pen, peaks.ToArray());
}
private void PaintCmp(PaintEventArgs e)
{
List <PointF> peaks = new List <PointF>();
Brush pen = new SolidBrush(ColorTranslator.FromHtml("#d2d6d0"));
foreach (Axe axe in axesCmp)
{
Axe vrai = this.FindAxe(axe);
float lineLength = UtilsModel.LineLength(vrai.Line.P1, vrai.Line.P2);
float length = UtilsModel.RuleOfThree(axe.UpperX, lineLength, axe.CurrValue);
PointF tmp = UtilsModel.CalculateCurrPoint(length, vrai.Angle, rectLimit.Width, rectLimit.Location.X);
peaks.Add(tmp);
}
e.Graphics.FillPolygon(pen, peaks.ToArray());
}
private void DragAndDrop_MouseDown(object sender, MouseEventArgs e)
{
PointF mousePos = UtilsModel.InvertFromGraph(new PointF(e.X, e.Y), 0, rectLimit.Location.X);
foreach (Axe axe in axes)
{
float length = UtilsModel.RuleOfThree(axe.UpperX, UtilsModel.LineLength(axe.Line.P1, axe.Line.P2), axe.CurrValue);
PointF tmp = UtilsModel.CalculateCurrPoint(length, axe.Angle, rectLimit.Width, rectLimit.Location.X);
float distance = UtilsModel.LineLength(mousePos, tmp);
if (distance <= 10)
{
this.selectedAxe = axe;
this.textAxe.Text = this.selectedAxe.Name;
this.valeurAxe.Text = this.selectedAxe.CurrValue + "";
this.uniteAxe.Text = this.selectedAxe.Unit;
showSimilaire = false;
axesSimilsaires = null;
break;
}
}
}
