private DbSurface CreateOffsetSurface()
{
DbSurface unionSurface = null;
foreach (var dBObject in TechProcess.ProcessingArea.Select(p => p.ObjectId.QOpenForRead()))
{
DbSurface surface;
switch (dBObject)
{
case DbSurface sf:
surface = sf.Clone() as DbSurface;
break;
case Region region:
surface = new PlaneSurface();
((PlaneSurface)surface).CreateFromRegion(region);
break;
default:
throw new Exception(ErrorStatus.NotImplementedYet, $"Объект типа {dBObject.GetType()} не может быть обработан (1)");
}
if (unionSurface == null)
{
unionSurface = surface;
}
else
{
var res = unionSurface.BooleanUnion(surface);
if (res != null)
{
unionSurface.Dispose();
unionSurface = res;
}
surface.Dispose();
}
}
if (Delta == 0)
{
return(unionSurface);
}
try
{
var offsetSurface = DbSurface.CreateOffsetSurface(unionSurface, Delta) as DbSurface;
unionSurface.Dispose();
return(offsetSurface);
}
catch
{
unionSurface.TransformBy(Matrix3d.Displacement(Vector3d.ZAxis * Delta));
return(unionSurface);
}
}
private DbSurface CreateOffsetSurface()
{
DbSurface unionSurface = null;
foreach (var dBObject in TechProcess.ProcessingArea.Select(p => p.ObjectId.QOpenForRead()))
{
DbSurface surface;
switch (dBObject)
{
case DbSurface sf:
surface = sf.Clone() as DbSurface;
break;
case Region region:
surface = new PlaneSurface();
((PlaneSurface)surface).CreateFromRegion(region);
break;
default:
throw new Exception($"Объект типа {dBObject.GetType()} не может быть обработан (1)");
}
if (unionSurface == null)
{
unionSurface = surface;
}
else
{
var res = unionSurface.BooleanUnion(surface);
if (res != null)
{
unionSurface.Dispose();
unionSurface = res;
}
surface.Dispose();
}
}
var offsetSurface = DbSurface.CreateOffsetSurface(unionSurface, Delta) as DbSurface;
unionSurface.Dispose();
return(offsetSurface);
}
public void BuildProcessing(CableCommandGenerator generator)
{
var offsetDistance = TechProcess.ToolThickness / 2 + Delta;
var dbObject = AcadObjects.First().ObjectId.QOpenForRead();
if (AcadObjects.Count == 2)
{
var matrix = Matrix3d.Displacement(Vector3d.ZAxis * offsetDistance);
var railCurves = AcadObjects.Select(p => (Curve)p.ObjectId.QOpenForRead <Curve>().GetTransformedCopy(matrix))
.Select(p => new Line(p.StartPoint, p.EndPoint)).ToArray();
if (railCurves[0].StartPoint.GetVectorTo(railCurves[0].EndPoint).GetAngleTo(railCurves[1].StartPoint.GetVectorTo(railCurves[1].EndPoint)) > Math.PI / 2)
{
railCurves[1].ReverseCurve();
}
if (IsRevereseDirection)
{
railCurves[0].ReverseCurve();
railCurves[1].ReverseCurve();
}
var points = new List <Point3d[]>();
if (Approach > 0)
{
points.Add(railCurves.Select(p => p.StartPoint.GetExtendedPoint(p.EndPoint, Approach)).ToArray());
}
//if (Approach < 0)
// zStart += Approach;
points.Add(railCurves.Select(p => p.StartPoint).ToArray());
points.Add(railCurves.Select(p => Departure >= 0 ? p.EndPoint : p.GetPointAtDist(p.Length + Departure)).ToArray());
if (Departure > 0)
{
points.Add(railCurves.Select(p => p.EndPoint.GetExtendedPoint(p.StartPoint, Departure)).ToArray());
}
generator.GCommand(0, points[0][0], points[0][1], IsRevereseAngle);
for (int i = 1; i < points.Count; i++)
{
generator.GCommand(1, points[i][0], points[i][1]);
}
return;
}
if (dbObject is Line rail)
{
var matrix = Matrix3d.Displacement(Vector3d.ZAxis * offsetDistance);
rail = (Line)rail.GetTransformedCopy(matrix);
//if (railCurves[0].StartPoint.GetVectorTo(railCurves[0].EndPoint).GetAngleTo(railCurves[1].StartPoint.GetVectorTo(railCurves[1].EndPoint)) > Math.PI / 2)
// railCurves[1].ReverseCurve();
var points = new List <Point3d>();
if (Approach > 0)
{
points.Add(rail.StartPoint.GetExtendedPoint(rail.EndPoint, Approach));
}
//if (Approach < 0)
// zStart += Approach;
points.Add(rail.StartPoint);
points.Add(rail.EndPoint);
if (Departure > 0)
{
points.Add(rail.EndPoint.GetExtendedPoint(rail.StartPoint, Departure));
}
foreach (var point in points)
{
var line = new Line3d(point, rail.Delta.GetPerpendicularVector());
if (point == points[0])
{
generator.GCommand(0, line);
}
else
{
generator.GCommand(1, line);
}
}
return;
}
var surface = dbObject as DbSurface;
if (dbObject is Region region)
{
var planeSurface = new PlaneSurface();
planeSurface.CreateFromRegion(region);
surface = planeSurface;
}
surface.GeometricExtents.GetCenter();
var basePoint = surface.GeometricExtents.GetCenter();
if (IsRevereseOffset)
{
offsetDistance *= -1;
}
var offsetSurface = DbSurface.CreateOffsetSurface(surface, offsetDistance);
var basePointOffset = offsetSurface.GeometricExtents.GetCenter();
//if (curves[0] is Region r)
//{
// curves.Clear();
// r.Explode(curves);
//}
//var plane = offsetSurface.GetPlane();
var curves = new DBObjectCollection();
offsetSurface.Explode(curves);
var pts = curves.Cast <Curve>().SelectMany(p => p.GetStartEndPoints()).OrderBy(x => x.Z).ToList();
var maxPoint = pts.Last();
var minPoint = pts.First();
if (maxPoint.Z - minPoint.Z < 10) // горизонтальная
{
var matrix = Matrix3d.Displacement(Vector3d.ZAxis * offsetDistance);
var railCurvesAll = curves.Cast <Curve>().ToList();
var railCurves = new Curve[2];
var rc = railCurvesAll.Where(p => p.HasPoint(maxPoint)).OrderBy(p => p.Length());
railCurves[0] = Across ? rc.First() : rc.Last();
railCurves[1] = railCurvesAll.Where(p => !p.HasPoint(railCurves[0].StartPoint) && !p.HasPoint(railCurves[0].EndPoint)).First();
if (railCurves[0].StartPoint.GetVectorTo(railCurves[0].EndPoint).GetAngleTo(railCurves[1].StartPoint.GetVectorTo(railCurves[1].EndPoint)) > Math.PI / 2)
{
railCurves[1].ReverseCurve();
}
if (IsRevereseDirection)
{
railCurves[0].ReverseCurve();
railCurves[1].ReverseCurve();
}
var points = new List <Point3d[]>();
if (Approach > 0)
{
points.Add(railCurves.Select(p => p.StartPoint.GetExtendedPoint(p.EndPoint, Approach)).ToArray());
}
points.Add(railCurves.Select(p => Approach >= 0 ? p.StartPoint : p.GetPointAtDist(-Approach)).ToArray());
points.Add(railCurves.Select(p => p.EndPoint).ToArray());
if (Departure > 0)
{
points.Add(railCurves.Select(p => p.EndPoint.GetExtendedPoint(p.StartPoint, Departure)).ToArray());
}
generator.GCommand(0, points[0][0], points[0][1], IsRevereseAngle);
for (int i = 1; i < points.Count; i++)
{
generator.GCommand(1, points[i][0], points[i][1]);
}
return;
}
var baseCurves = curves.Cast <Curve>().Where(p => p.HasPoint(maxPoint)).ToArray();
var plane = new Plane(maxPoint, baseCurves[0].EndPoint - baseCurves[0].StartPoint, baseCurves[1].EndPoint - baseCurves[1].StartPoint);
var zStart = pts.Last().Z;
var zEnd = pts.First().Z;
var zPos = new List <double>();
if (Approach > 0)
{
zPos.Add(zStart + Approach);
}
if (Approach < 0)
{
zStart += Approach;
}
zPos.Add(zStart);
if (Departure < 0)
{
zEnd -= Departure;
}
zPos.Add(zEnd);
if (Departure > 0)
{
zPos.Add(zEnd - Departure);
}
foreach (var z in zPos)
{
var line = plane.IntersectWith(new Plane(new Point3d(0, 0, z), Vector3d.ZAxis));
var u = line.GetDistanceTo(new Point3d(TechProcess.OriginX, TechProcess.OriginY, z));
if (z == zPos[0])
{
//var angle = line.Direction.ToVector2d().MinusPiToPiAngleTo(Vector2d.YAxis);
//generator.GCommandAngle(line.Direction.ToVector2d(), S);
//generator.GCommand(0, u);
//generator.GCommand(0, u, z);
generator.GCommand(0, line, IsRevereseAngle);
}
else
{
generator.GCommand(1, line);
//generator.GCommand(1, u, z, CuttingFeed);
}
}
}