public override void DrawToPicBox(MPicBox picBox)
{
if (Config.CanDrawToPicBox)
{
if (config.IsNormalShape)
{
picBox.points.Add(new PointAttribute(new Pen(Color.OrangeRed), P_Intersection));
}
else
{
P_Intersection = ToolGroupEdit.GetRotatePoint(new PointF(), P_Intersection, Shape.Angle);
P_Intersection.X += Shape.CenterX;
P_Intersection.Y += Shape.CenterY;
picBox.points.Add(new PointAttribute(new Pen(Color.OrangeRed), P_Intersection));
}
}
}
public override void DrawToPicBox(MPicBox picBox)
{
if (Config.CanDrawToPicBox)
{
PointF p1 = new PointF(config.P_CenterX, config.P_CenterY);
p1.X += Shape.CenterX;
p1.Y += Shape.CenterY;
p1 = ToolGroupEdit.GetRotatePoint(new PointF(Shape.CenterX, Shape.CenterY), p1, Shape.Angle);
PointF p2 = P_Intersection;
p2.X += Shape.CenterX;
p2.Y += Shape.CenterY;
p2 = ToolGroupEdit.GetRotatePoint(new PointF(Shape.CenterX, Shape.CenterY), p2, Shape.Angle);
picBox.lines.Add(new LineAttribute(new Pen(Color.OrangeRed), p1, p2));
PointF p3 = new PointF((config.P_CenterX + P_Intersection.X) / 2,
(config.P_CenterY + P_Intersection.Y) / 2);
p3.X += Shape.CenterX;
p3.Y += Shape.CenterY;
p3 = ToolGroupEdit.GetRotatePoint(new PointF(Shape.CenterX, Shape.CenterY), p3, Shape.Angle);
picBox.strs.Add(new StrAttribute(Distance.ToString(), Color.OrangeRed, new Point((int)p3.X, (int)p3.Y)));
}
}
public override bool Run(bool isTaskRun)
{
if (config.ShapeName != null && config.ShapeName != string.Empty && config.ShapeName != "默认坐标系")
{
foreach (var item in ParentTask.Events)
{
if (item is ShapeEvent)
{
ShapeEvent se = item as ShapeEvent;
if (se.Config.ToolName == config.ShapeName)
{
Shape.SetCenterXY(se.OrgX, se.OrgY);
Shape.Angle = se.Angle;
break;
}
}
}
}
else
{
Shape.SetCenterXY(0, 0);
Shape.Angle = 0;
}
float linkX1, linkY1, linkA1, linkX2, linkY2, linkA2;
GetValueFromLinkStr(config.LinkL_CenterX1, out linkX1);
GetValueFromLinkStr(config.LinkL_CenterY1, out linkY1);
GetValueFromLinkStr(config.LinkL_Angle1, out linkA1);
GetValueFromLinkStr(config.LinkL_CenterX2, out linkX2);
GetValueFromLinkStr(config.LinkL_CenterY2, out linkY2);
GetValueFromLinkStr(config.LinkL_Angle2, out linkA2);
config.L_CenterX1 = linkX1;
config.L_CenterY1 = linkY1;
config.L_Angle1 = linkA1;
config.L_CenterX2 = linkX2;
config.L_CenterY2 = linkY2;
config.L_Angle2 = linkA2;
double k1, b1, k2, b2;
k1 = Math.Tan(config.L_Angle1 * (Math.PI / 180));
b1 = config.L_CenterY1 - k1 * config.L_CenterX1;
k2 = Math.Tan(config.L_Angle2 * (Math.PI / 180));
b2 = config.L_CenterY2 - k2 * config.L_CenterX2;
HaveIntersection = k1 != k2;
if (HaveIntersection)
{
double p_x, p_y;
if (config.L_Angle1 % 90 == 0 && config.L_Angle1 % 180 != 0)
{
p_x = config.L_CenterX1;
p_y = k2 * config.L_CenterX1 + b2;
}
else if (config.L_Angle2 % 90 == 0 && config.L_Angle2 % 180 != 0)
{
p_x = config.L_CenterX2;
p_y = k1 * config.L_CenterX2 + b1;
}
else
{
p_x = (b1 - b2) / (k2 - k1);
p_y = k1 * p_x + b1;
}
P_Intersection = new PointF((float)p_x, (float)p_y);
if (config.IsNormalShape)
{
P_Intersection = ToolGroupEdit.GetRotatePoint(new PointF(), P_Intersection, Shape.Angle);
P_Intersection.X += Shape.CenterX;
P_Intersection.Y += Shape.CenterY;
}
}
else
{
P_Intersection = new PointF();
}
ResultData.Name = config.ToolName;
ResultData.ValueParams.Clear();
ResultData.ValueParams.Add("有无交点", new float[] { Convert.ToSingle(HaveIntersection) });
ResultData.ValueParams.Add("交点X坐标", new float[] { P_Intersection.X });
ResultData.ValueParams.Add("交点Y坐标", new float[] { P_Intersection.Y });
if (isTaskRun)
{
ParentTask.ResultDatas.Add(ResultData);
}
return(true);
}