60 lines
2.8 KiB
C#
60 lines
2.8 KiB
C#
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using System;
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using System.Drawing;
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using Autodesk.Revit.DB;
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internal class Class2
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{
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public static bool smethod_0(Point point_0, Point point_1, Point point_2, ref RectangleF rectangleF_0, ref double double_0, ref double double_1)
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{
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try
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{
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Class2.Class3 @class = Class2.Class3.smethod_0(point_0, point_1, point_2);
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XYZ xyz = new XYZ((double)point_0.X, (double)point_0.Y, 0.0);
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XYZ xyz2 = new XYZ((double)point_1.X, (double)point_1.Y, 0.0);
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XYZ xyz3 = new XYZ((double)@class.DgspelApwn.X, (double)@class.DgspelApwn.Y, 0.0);
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XYZ xyz4 = new XYZ((double)point_2.X, (double)point_2.Y, 0.0);
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XYZ xyz5 = -XYZ.BasisZ;
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rectangleF_0 = new RectangleF((float)(xyz3.X - @class.cjupkDlcnu), (float)(xyz3.Y - @class.cjupkDlcnu), (float)(2.0 * @class.cjupkDlcnu), (float)(2.0 * @class.cjupkDlcnu));
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XYZ xyz6 = xyz2 - xyz;
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XYZ xyz7 = xyz4 - xyz;
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XYZ xyz8 = xyz;
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XYZ xyz9 = xyz2;
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if (!xyz6.CrossProduct(xyz7).Normalize().IsAlmostEqualTo(xyz5))
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{
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xyz8 = xyz2;
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xyz9 = xyz;
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}
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double_0 = XYZ.BasisX.AngleOnPlaneTo(xyz8 - xyz3, -xyz5);
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double_1 = (xyz8 - xyz3).AngleOnPlaneTo(xyz9 - xyz3, -xyz5);
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double_0 *= 57.295779513082323;
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double_1 *= 57.295779513082323;
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}
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catch (Exception)
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{
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return false;
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}
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return true;
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}
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private class Class3
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{
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public static Class2.Class3 smethod_0(Point point_0, Point point_1, Point point_2)
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{
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Class2.Class3 @class = new Class2.Class3();
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double num = (point_1.X * point_1.X + point_1.Y * point_1.Y - (point_0.X * point_0.X + point_0.Y * point_0.Y)) * (2 * (point_2.Y - point_0.Y)) - (point_2.X * point_2.X + point_2.Y * point_2.Y - (point_0.X * point_0.X + point_0.Y * point_0.Y)) * (2 * (point_1.Y - point_0.Y));
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double num2 = 2 * (point_1.X - point_0.X) * (point_2.X * point_2.X + point_2.Y * point_2.Y - (point_0.X * point_0.X + point_0.Y * point_0.Y)) - 2 * (point_2.X - point_0.X) * (point_1.X * point_1.X + point_1.Y * point_1.Y - (point_0.X * point_0.X + point_0.Y * point_0.Y));
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double num3 = 4 * ((point_1.X - point_0.X) * (point_2.Y - point_0.Y) - (point_2.X - point_0.X) * (point_1.Y - point_0.Y));
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@class.DgspelApwn.X = (int)(num / num3);
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@class.DgspelApwn.Y = (int)(num2 / num3);
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@class.cjupkDlcnu = Math.Sqrt((double)((point_0.X - @class.DgspelApwn.X) * (point_0.X - @class.DgspelApwn.X) + (point_0.Y - @class.DgspelApwn.Y) * (point_0.Y - @class.DgspelApwn.Y)));
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return @class;
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}
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public Point DgspelApwn;
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public double cjupkDlcnu;
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}
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}
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