public void dump(string name = "MarkSeg")
{
DOut.pl(name + " {");
DOut.Indent++;
FigSeg.dump("FSegment");
DOut.Indent--;
DOut.pl("}");
}
public static void dump(this Vector3d v, string prefix = nameof(Vector3d))
{
DOut.pl(prefix + "{");
DOut.Indent++;
DOut.pl("x:" + v.X.ToString());
DOut.pl("y:" + v.Y.ToString());
DOut.pl("z:" + v.Z.ToString());
DOut.Indent--;
DOut.pl("}");
}
public static void dump(this CadVertex v, string prefix = nameof(CadVertex))
{
DOut.pl(prefix + "{");
DOut.Indent++;
DOut.pl("x:" + v.X.ToString());
DOut.pl("y:" + v.Y.ToString());
DOut.pl("z:" + v.Z.ToString());
DOut.Indent--;
DOut.pl("}");
}
public void dump(string name = "FigureSegment")
{
DOut.pl(name + "{");
DOut.Indent++;
DOut.pl("Valid:" + Valid.ToString());
P0.dump("P0");
P1.dump("P1");
DOut.Indent--;
DOut.pl("}");
}
public void dump(string name = "FigureSegment")
{
DOut.pl(name + "{");
DOut.Indent++;
DOut.pl("FigureID:" + Figure.ID.ToString());
DOut.pl("SegIndex:" + SegIndex.ToString());
DOut.pl("Index0:" + Index0.ToString());
DOut.pl("Index1:" + Index1.ToString());
DOut.Indent--;
DOut.pl("}");
}
public void dump(string name = "")
{
DOut.pl(nameof(UMatrix4) + " " + name + " {");
DOut.Indent++;
DOut.pl(M11.ToString() + ", " + M12.ToString() + ", " + M13.ToString() + ", " + M14.ToString());
DOut.pl(M21.ToString() + ", " + M22.ToString() + ", " + M23.ToString() + ", " + M24.ToString());
DOut.pl(M31.ToString() + ", " + M32.ToString() + ", " + M33.ToString() + ", " + M34.ToString());
DOut.pl(M41.ToString() + ", " + M42.ToString() + ", " + M43.ToString() + ", " + M44.ToString());
DOut.Indent--;
DOut.pl("}");
}
public static void Dump(UMatrix4 m, string prefix)
{
DOut.p(prefix);
DOut.pl("{");
DOut.Indent++;
DOut.pl(m.M11.ToString() + "," + m.M12.ToString() + "," + m.M13.ToString() + "," + m.M14.ToString());
DOut.pl(m.M21.ToString() + "," + m.M22.ToString() + "," + m.M23.ToString() + "," + m.M24.ToString());
DOut.pl(m.M31.ToString() + "," + m.M32.ToString() + "," + m.M33.ToString() + "," + m.M34.ToString());
DOut.pl(m.M41.ToString() + "," + m.M42.ToString() + "," + m.M43.ToString() + "," + m.M44.ToString());
DOut.Indent--;
DOut.pl("}");
}
public void dump(string name = "MarkPoint")
{
DOut.pl(name + " {");
if (Figure != null)
{
DOut.pl($"FigID:{Figure.ID}");
}
DOut.pl($"PointIndex:{PointIndex}");
Point.dump("Point");
PointScrn.dump("PointScrn");
DOut.pl("}");
}
public void dump()
{
DOut.pl(this.GetType().Name);
DOut.pl("{");
DOut.Indent++;
DOut.pl("UndoStack [");
DOut.Indent++;
DOut.Indent--;
DOut.Indent--;
DOut.pl("}");
}
//public static PointPair LeftTopRightBottom2D(Vector3d p0, Vector3d p1)
//{
// double lx = p0.X;
// double rx = p1.X;
// double ty = p0.Y;
// double by = p1.Y;
// if (p0.X > p1.X)
// {
// lx = p1.X;
// rx = p0.X;
// }
// if (p0.Y > p1.Y)
// {
// ty = p1.Y;
// by = p0.Y;
// }
// return new PointPair(CadVertex.Create(lx, ty, 0), CadVertex.Create(rx, by, 0));
//}
public static void Dump(Vector4d v, string prefix)
{
DOut.Begin();
DOut.p(prefix);
DOut.pl("{");
DOut.Indent++;
DOut.pl("x:" + v.X.ToString());
DOut.pl("y:" + v.Y.ToString());
DOut.pl("z:" + v.Z.ToString());
DOut.pl("w:" + v.W.ToString());
DOut.Indent--;
DOut.pl("}");
DOut.End();
}
public void dump()
{
DOut.pl(nameof(MatrixMN) + "{");
DOut.Indent++;
for (int r = 0; r < RN; r++)
{
for (int c = 0; c < CN; c++)
{
DOut.p(v[r, c].ToString() + ",");
}
DOut.pl("");
}
DOut.Indent--;
DOut.pl("}");
}
public List <Result> Search(CadVertex p, double range)
{
TargetPoint = p;
Range = range;
ResultList.Clear();
SegList.Clear();
CheckZeroPoint();
Controller.DB.ForEachEditableFigure(CheckFig);
CheckCross();
ResultList.Sort((a, b) =>
{
return((int)(a.Dist * 1000 - b.Dist * 1000));
});
DOut.pl($"ResultList.Count:{ResultList.Count}");
return(ResultList);
}
