private float GetPercentInArcByPoint(IDrawObject drawObject, UnitPoint unitPoint)
{
ArcBase arcBase = (ArcBase)drawObject;
double angle = HitUtil.LineAngleR(arcBase.Center, unitPoint, 0);
return((float)(angle / (Math.PI * 2)));
}
public void Finish()
{
this.clonePoints[0] = this.clone.startPoint;
this.clonePoints[1] = this.clone.midPoint;
this.clonePoints[2] = this.clone.endPoint;
this.clone.IsCompleteDraw = true;
this.owner.Copy(this.clone);
this.owner.Update();
this.owner.IsSelected = true;
this.clone.IsEditMode = false;
this.clone = null;
}
public NodeArcPoint(ArcBase owner, ArcNodeType arcNodeType)
{
this.owner = owner;
this.clone = this.owner.Clone() as ArcBase;
this.owner.IsSelected = false;
this.clone.IsSelected = true;
this.clone.IsCompleteDraw = false;
this.clone.IsEditMode = true;
this.ownerPoints[0] = this.owner.startPoint;
this.ownerPoints[1] = this.owner.midPoint;
this.ownerPoints[2] = this.owner.endPoint;
this.arcNodeType = arcNodeType;
}
private void GetArcLeadLineParams(IDrawObject drawObject, LineInOutParamsModel leadInOutParamsModel)
{
ArcBase arcBase = (ArcBase)drawObject;
double angle = HitUtil.LineAngleR(arcBase.Center, this.p2, 0);
leadInOutParamsModel.FigureTotalLength = (float)(angle / (Math.PI * 2));//TODO:验证
this.p2 = HitUtil.PointOnCircle(arcBase.Center, arcBase.Radius, angle);
bool isInner;
leadInOutParamsModel.LineInAngle = DrawingOperationHelper.GetLeadLineAngleArc(this.p1, this.p2, arcBase.Center, arcBase.IsClockwise, out isInner);
leadInOutParamsModel.LineInLength = (float)HitUtil.Distance(this.p1, this.p2);
arcBase.IsInnerCut = isInner;
}
private static List <BridgePoints> GetBridgeByArc(ArcBase arc, UnitPoint p1, UnitPoint p2, BridgingModel param)
{
List <BridgePoints> retPoints = new List <BridgePoints>();
var line = DrawingOperationHelper.GetLineEquation(p1, p2);
double width = param.Width / 2;
ArcModelMini arcMini = new DrawModel.ArcModelMini()
{
Center = arc.Center,
Radius = arc.Radius,
StartAngle = arc.StartAngle,
EndAngle = arc.EndAngle,
SweepAngle = arc.AngleSweep,
Clockwise = arc.IsClockwise
};
List <UnitPoint> points = DrawingOperationHelper.GetIntersectPointByLineAndCircle(line.Item1, line.Item2, line.Item3, arc.Center, arc.Radius);
var hasPoints = points?.Where(p => !p.IsEmpty && (HitUtil.IsPointOnArc(p, 0.000001f, arcMini) && HitUtil.IsPointInLine(p1, p2, p, 0.000001f))).ToList();
if (hasPoints != null && hasPoints.Count > 0)
{
//根据宽度求点
double angle = width / arc.Radius * (arc.IsClockwise ? 1 : -1);
hasPoints?.ForEach(p =>
{
double lineAngle = HitUtil.LineAngleR(arcMini.Center, p, 0);
double angle1 = lineAngle + angle;
double angle2 = lineAngle - angle;
UnitPoint retPoint1 = UnitPoint.Empty;
UnitPoint retPoint2 = UnitPoint.Empty;
if (HitUtil.IsPointInArc(HitUtil.RadiansToDegrees(angle1), arcMini.StartAngle, arcMini.EndAngle, arcMini.Clockwise))
{
//第一个位置点
retPoint1 = HitUtil.PointOnCircle(arcMini.Center, arcMini.Radius, angle1);
}
if (HitUtil.IsPointInArc(HitUtil.RadiansToDegrees(angle2), arcMini.StartAngle, arcMini.EndAngle, arcMini.Clockwise))
{
//第二个位置点
retPoint2 = HitUtil.PointOnCircle(arcMini.Center, arcMini.Radius, angle2);
}
BridgePoints bridges = new BridgePoints(arc,
new UnitPointBulge(retPoint1),
new UnitPointBulge(retPoint2),
HitUtil.Distance(p1, p));
retPoints.Add(bridges);
});
}
return(retPoints);
}
public static void SetArcOverCut(ArcBase arc)
{
float pos = arc.LeadOut.Pos;
if (Math.Abs(arc.LeadOut.Pos) < 0.000001)//封口
{
}
else if (pos < 0)//缺口,从圆弧尾部去掉pos长的距离
{
arc.AngleSweep -= (float)(Math.Abs(pos) / arc.SizeLength) * arc.AngleSweep;
arc.Update();
}
else//过切/多圈
{
}
}
public static bool IsArcIntersectWithRect(ArcBase arcBase, RectangleF rectangle, float thWidth)
{
bool result = false;
UnitPoint p1 = new UnitPoint(rectangle.Left, rectangle.Top);
UnitPoint p2 = new UnitPoint(rectangle.Left, rectangle.Bottom);
if (HitUtil.CircleIntersectWithLine(arcBase.Center, arcBase.Radius, p1, p2))
{
result = HitUtil.IsLineOnArc(p1, p2, arcBase.Center, arcBase.Radius, arcBase.StartAngle, arcBase.AngleSweep, arcBase.IsClockwise, thWidth);
if (result)
{
return(result);
}
}
p1 = new UnitPoint(rectangle.Left, rectangle.Bottom);
p2 = new UnitPoint(rectangle.Right, rectangle.Bottom);
if (HitUtil.CircleIntersectWithLine(arcBase.Center, arcBase.Radius, p1, p2))
{
result = HitUtil.IsLineOnArc(p1, p2, arcBase.Center, arcBase.Radius, arcBase.StartAngle, arcBase.AngleSweep, arcBase.IsClockwise, thWidth);
if (result)
{
return(result);
}
}
p1 = new UnitPoint(rectangle.Left, rectangle.Top);
p2 = new UnitPoint(rectangle.Right, rectangle.Top);
if (HitUtil.CircleIntersectWithLine(arcBase.Center, arcBase.Radius, p1, p2))
{
result = HitUtil.IsLineOnArc(p1, p2, arcBase.Center, arcBase.Radius, arcBase.StartAngle, arcBase.AngleSweep, arcBase.IsClockwise, thWidth);
if (result)
{
return(result);
}
}
p1 = new UnitPoint(rectangle.Right, rectangle.Top);
p2 = new UnitPoint(rectangle.Right, rectangle.Bottom);
if (HitUtil.CircleIntersectWithLine(arcBase.Center, arcBase.Radius, p1, p2))
{
result = HitUtil.IsLineOnArc(p1, p2, arcBase.Center, arcBase.Radius, arcBase.StartAngle, arcBase.AngleSweep, arcBase.IsClockwise, thWidth);
if (result)
{
return(result);
}
}
return(result);
}
private static List <IDrawObject> ConvertToMultiSegLine(ArcBase arc, List <BridgePoints> bridges)
{
List <IDrawObject> retObjects = new List <IDrawObject>();
if (bridges.Count == 2)
{
double angle1 = HitUtil.LineAngleR(arc.Center, bridges[0].Point1.Point, 0);
double angle2 = HitUtil.LineAngleR(arc.Center, bridges[1].Point1.Point, 0);
angle1 = HitUtil.CalAngleSweep(arc.StartAngle, HitUtil.RadiansToDegrees(angle1), arc.IsClockwise);
angle2 = HitUtil.CalAngleSweep(arc.StartAngle, HitUtil.RadiansToDegrees(angle2), arc.IsClockwise);
if (angle1 > angle2)
{
bridges.Reverse();
}
double bulge1 = BulgeHelper.GetBulgeFromTwoPointsAndCenter(arc.Center, arc.startPoint, bridges[0].Point1.Point, arc.IsClockwise);
retObjects.Add(new MultiSegmentLineBase()
{
IsCloseFigure = false,
LayerId = arc.LayerId,
GroupParam = CopyUtil.DeepCopy(arc.GroupParam),
Points = new List <UnitPointBulge>()
{
new UnitPointBulge(arc.startPoint, bulge1), bridges[0].Point1
}
});
bridges[0].Point2.Bulge = BulgeHelper.GetBulgeFromTwoPointsAndCenter(arc.Center, bridges[0].Point2.Point, bridges[1].Point1.Point, arc.IsClockwise);;
retObjects.Add(new MultiSegmentLineBase()
{
IsCloseFigure = false,
LayerId = arc.LayerId,
GroupParam = CopyUtil.DeepCopy(arc.GroupParam),
Points = new List <UnitPointBulge>()
{
bridges[0].Point2, bridges[1].Point1
}
});
bridges[1].Point2.Bulge = BulgeHelper.GetBulgeFromTwoPointsAndCenter(arc.Center, bridges[1].Point2.Point, arc.endPoint, arc.IsClockwise);;
retObjects.Add(new MultiSegmentLineBase()
{
IsCloseFigure = false,
LayerId = arc.LayerId,
GroupParam = CopyUtil.DeepCopy(arc.GroupParam),
Points = new List <UnitPointBulge>()
{
bridges[1].Point2, new UnitPointBulge(arc.endPoint, bridges[1].Point2.Bulge)
}
});
}
else if (bridges.Count == 1)
{
double bulge1 = BulgeHelper.GetBulgeFromTwoPointsAndCenter(arc.Center, arc.startPoint, bridges[0].Point1.Point, arc.IsClockwise);
retObjects.Add(new MultiSegmentLineBase()
{
IsCloseFigure = false,
LayerId = arc.LayerId,
GroupParam = CopyUtil.DeepCopy(arc.GroupParam),
Points = new List <UnitPointBulge>()
{
new UnitPointBulge(arc.startPoint, bulge1), bridges[0].Point1
}
});
bridges[0].Point2.Bulge = BulgeHelper.GetBulgeFromTwoPointsAndCenter(arc.Center, bridges[0].Point2.Point, arc.endPoint, arc.IsClockwise);;
retObjects.Add(new MultiSegmentLineBase()
{
IsCloseFigure = false,
LayerId = arc.LayerId,
GroupParam = CopyUtil.DeepCopy(arc.GroupParam),
Points = new List <UnitPointBulge>()
{
bridges[0].Point2, new UnitPointBulge(arc.endPoint, bridges[0].Point2.Bulge)
}
});
}
return(retObjects);
}
public static List <IDrawObject> GetBridgeObjects(List <IDrawObject> drawObjects, UnitPoint p1, UnitPoint p2, BridgingModel param, out bool isChanged)
{
isChanged = false;//桥接是否改变了图形
List <BridgePoints> bridgePoints = new List <BridgePoints>();
#region 计算桥接点在图形中的点的坐标
drawObjects?.ForEach(drawObject =>
{
if ((drawObject.FigureType == FigureTypes.Circle))
{
Circle circle = drawObject as Circle;
var bridges = BridgeHelper.GetBridgeByCircle(circle, p1, p2, param);
bridgePoints.AddRange(bridges);
}
else if (drawObject.FigureType == FigureTypes.Arc)
{
ArcBase arc = drawObject as ArcBase;
var bridges = BridgeHelper.GetBridgeByArc(arc, p1, p2, param);
bridgePoints.AddRange(bridges);
}
else if (drawObject.FigureType == FigureTypes.LwPolyline)
{
MultiSegmentLineBase multiSegLine = drawObject as MultiSegmentLineBase;
var bridges = BridgeHelper.GetBridgeByMultiSegLine(multiSegLine, p1, p2, param);
bridgePoints.AddRange(bridges);
}
});
#endregion
#region 根据桥接点坐标，按直线的起点距离排序,如果奇数个将移除最后一个，保证偶数个可以连接
bridgePoints.Sort((x, y) => { if (x.Distance > y.Distance)
{
return(1);
}
return(-1); });
if (bridgePoints.Count % 2 == 1)
{
bridgePoints.RemoveAt(bridgePoints.Count - 1);
}
#endregion
#region 移除间距大于最大条件的点
List <BridgePoints> removes = new List <BridgePoints>();
for (int i = 0; i < bridgePoints.Count - 1; i += 2)
{
var bridge1 = bridgePoints[i];
var bridge2 = bridgePoints[i + 1];
if (Math.Abs(bridge1.Distance - bridge2.Distance) > param.MaxDistance)
{
removes.Add(bridge1);
removes.Add(bridge2);
}
}
removes.ForEach(e => bridgePoints.Remove(e));
#endregion
if (bridgePoints.Count > 0)
{
List <IDrawObject> temps = new List <IDrawObject>(); //计算后的图形
List <IDrawObject> oldDraws = new List <IDrawObject>(); //不用计算的原图
#region 根据桥接点的位置把原图形拆为多段线
foreach (IDrawObject drawObject in drawObjects)
{
var points = bridgePoints.FindAll(b => b.Owner == drawObject);
if (points.Count > 0)
{
List <IDrawObject> draws = null;
if (drawObject.FigureType == FigureTypes.Circle)
{
draws = BridgeHelper.ConvertToMultiSegLine(drawObject as Circle, points);
}
else if (drawObject.FigureType == FigureTypes.Arc)
{
draws = BridgeHelper.ConvertToMultiSegLine(drawObject as ArcBase, points);
}
else if (drawObject.FigureType == FigureTypes.LwPolyline)
{
draws = BridgeHelper.ConvertToMultiSegLine(drawObject as MultiSegmentLineBase, points);
}
if (draws != null)
{
draws.RemoveAll(p => (p as MultiSegmentLineBase).Points.Count < 2);
temps.AddRange(draws);
}
}
else
{
oldDraws.Add(drawObject);
}
}
#endregion
#region 连接最新的桥接图形
for (int i = 0; i < bridgePoints.Count - 1; i += 2)
{
var bridge1 = bridgePoints[i];
var bridge2 = bridgePoints[i + 1];
bool clockwise1 = HitUtil.IsClockwiseByCross(p1, p2, bridge1.Point1.Point);
bool clockwise2 = HitUtil.IsClockwiseByCross(p1, p2, bridge2.Point1.Point);
UnitPointBulge point11 = !clockwise1 ? bridge1.Point1 : bridge1.Point2;
UnitPointBulge point12 = clockwise1 ? bridge1.Point1 : bridge1.Point2;
UnitPointBulge point21 = !clockwise2 ? bridge2.Point1 : bridge2.Point2;
UnitPointBulge point22 = clockwise2 ? bridge2.Point1 : bridge2.Point2;
MultiSegmentLineBase draw11 = temps.Find(d => (d as MultiSegmentLineBase).Points.Contains(point11)) as MultiSegmentLineBase;
MultiSegmentLineBase draw12 = temps.Find(d => (d as MultiSegmentLineBase).Points.Contains(point12)) as MultiSegmentLineBase;
MultiSegmentLineBase draw21 = temps.Find(d => (d as MultiSegmentLineBase).Points.Contains(point21)) as MultiSegmentLineBase;
MultiSegmentLineBase draw22 = temps.Find(d => (d as MultiSegmentLineBase).Points.Contains(point22)) as MultiSegmentLineBase;
if (draw11 == null)
{
draw11 = new MultiSegmentLineBase()
{
LayerId = (bridge1.Owner as DrawObjectBase).LayerId, GroupParam = CopyUtil.DeepCopy(bridge1.Owner.GroupParam), Points = new List <UnitPointBulge>()
};
}
if (draw12 == null)
{
draw12 = new MultiSegmentLineBase()
{
LayerId = (bridge1.Owner as DrawObjectBase).LayerId, GroupParam = CopyUtil.DeepCopy(bridge1.Owner.GroupParam), Points = new List <UnitPointBulge>()
};
}
if (draw21 == null)
{
draw21 = new MultiSegmentLineBase()
{
LayerId = (bridge2.Owner as DrawObjectBase).LayerId, GroupParam = CopyUtil.DeepCopy(bridge2.Owner.GroupParam), Points = new List <UnitPointBulge>()
};
}
if (draw22 == null)
{
draw22 = new MultiSegmentLineBase()
{
LayerId = (bridge2.Owner as DrawObjectBase).LayerId, GroupParam = CopyUtil.DeepCopy(bridge2.Owner.GroupParam), Points = new List <UnitPointBulge>()
};
}
#region 组合多段线
if (draw11 == draw12 && draw21 == draw22)
{
if (draw11.Points.Count > 0 && draw11.Points[0] == point11)
{
draw11.ReverseDirection();
}
if (draw21.Points.Count > 0 && draw21.Points[0] != point21)
{
draw11.ReverseDirection();
}
if (draw11.Points.Count > 0)
{
draw11.Points[draw11.Points.Count - 1].Bulge = double.NaN;
}
if (draw21.Points.Count > 0)
{
draw21.Points[draw21.Points.Count - 1].Bulge = double.NaN;
}
draw11.Points.AddRange(draw21.Points);
draw11.IsCloseFigure = true;
temps.Remove(draw21);
}
else if (draw11 == draw12 && draw21 != draw22)
{
if (draw21.Points.Count > 0 && draw21.Points[0] == point21)
{
draw21.ReverseDirection();
}
if (draw22.Points.Count > 0 && draw22.Points[0] != point22)
{
draw22.ReverseDirection();
}
if (draw11.Points.Count > 0 && draw11.Points[0] != point11)
{
draw11.ReverseDirection();
}
if (draw21.Points.Count > 0)
{
draw21.Points[draw21.Points.Count - 1].Bulge = double.NaN;
}
if (draw11.Points.Count > 0)
{
draw11.Points[draw11.Points.Count - 1].Bulge = double.NaN;
}
draw21.Points.AddRange(draw11.Points);
draw21.Points.AddRange(draw22.Points);
temps.Remove(draw11);
temps.Remove(draw22);
}
else if (draw11 != draw12 && draw21 == draw22)
{
if (draw11.Points.Count > 0 && draw11.Points[0] == point11)
{
draw11.ReverseDirection();
}
if (draw21.Points.Count > 0 && draw21.Points[0] != point21)
{
draw21.ReverseDirection();
}
if (draw12.Points.Count > 0 && draw12.Points[0] != point12)
{
draw12.ReverseDirection();
}
if (draw11.Points.Count > 0)
{
draw11.Points[draw11.Points.Count - 1].Bulge = double.NaN;
}
if (draw21.Points.Count > 0)
{
draw21.Points[draw21.Points.Count - 1].Bulge = double.NaN;
}
draw11.Points.AddRange(draw21.Points);
draw11.Points.AddRange(draw12.Points);
temps.Remove(draw21);
temps.Remove(draw12);
}
else if (draw11 == draw21 && draw12 == draw22)
{
if (draw11.Points.Count > 0 && draw11.Points[0] != point11)
{
draw11.ReverseDirection();
}
if (draw12.Points.Count > 0 && draw12.Points[0] != point12)
{
draw12.ReverseDirection();
}
if (draw11.Points.Count > 0)
{
draw11.Points[draw11.Points.Count - 1].Bulge = double.NaN;
}
if (draw12.Points.Count > 0)
{
draw12.Points[draw12.Points.Count - 1].Bulge = double.NaN;
}
draw11.IsCloseFigure = true;
draw12.IsCloseFigure = true;
}
else if (draw11 == draw21 && draw12 != draw22)
{
if (draw11.Points.Count > 0 && draw11.Points[0] != point11)
{
draw11.ReverseDirection();
}
if (draw12.Points.Count > 0 && draw12.Points[0] == point12)
{
draw12.ReverseDirection();
}
if (draw22.Points.Count > 0 && draw22.Points[0] != point22)
{
draw22.ReverseDirection();
}
if (draw11.Points.Count > 0)
{
draw11.Points[draw11.Points.Count - 1].Bulge = double.NaN;
}
if (draw12.Points.Count > 0)
{
draw12.Points[draw12.Points.Count - 1].Bulge = double.NaN;
}
draw11.IsCloseFigure = true;
draw12.Points.AddRange(draw22.Points);
temps.Remove(draw22);
}
else if (draw11 != draw21 && draw12 == draw22)
{
if (draw12.Points.Count > 0 && draw12.Points[0] != point12)
{
draw12.ReverseDirection();
}
if (draw11.Points.Count > 0 && draw11.Points[0] == point11)
{
draw11.ReverseDirection();
}
if (draw21.Points.Count > 0 && draw21.Points[0] != point21)
{
draw21.ReverseDirection();
}
if (draw12.Points.Count > 0)
{
draw12.Points[draw12.Points.Count - 1].Bulge = double.NaN;
}
if (draw11.Points.Count > 0)
{
draw11.Points[draw11.Points.Count - 1].Bulge = double.NaN;
}
draw12.IsCloseFigure = true;
draw11.Points.AddRange(draw21.Points);
temps.Remove(draw21);
}
else
{
if (draw11.Points.Count > 0 && draw11.Points[0] == point11)
{
draw11.ReverseDirection();
}
if (draw21.Points.Count > 0 && draw21.Points[0] != point21)
{
draw21.ReverseDirection();
}
if (draw12.Points.Count > 0 && draw12.Points[0] == point12)
{
draw12.ReverseDirection();
}
if (draw22.Points.Count > 0 && draw22.Points[0] != point22)
{
draw22.ReverseDirection();
}
if (draw11.Points.Count > 0)
{
draw11.Points[draw11.Points.Count - 1].Bulge = double.NaN;
}
if (draw12.Points.Count > 0)
{
draw12.Points[draw12.Points.Count - 1].Bulge = double.NaN;
}
draw11.Points.AddRange(draw21.Points);
draw12.Points.AddRange(draw22.Points);
temps.Remove(draw21);
temps.Remove(draw22);
}
#endregion
}
#endregion
isChanged = true;
temps.ForEach(d => d.Update());
temps.AddRange(oldDraws);
return(temps);
}
return(drawObjects);
}
/// <summary>
/// 添加到显示画布
/// </summary>
/// <param name="canvas"></param>
/// <param name="figures"></param>
public static void AddToDrawObject(UCCanvas canvas, List <FigureBaseModel> figures, bool isClear = false)
{
if (canvas == null)
{
return;
}
if (figures != null && figures.Count > 0)
{
if (isClear)
{
canvas.Model.Clear();
}
List <IDrawObject> objects = new List <IDrawObject>();
foreach (FigureBaseModel figure in figures)
{
switch (figure.Type)
{
case FigureTypes.Point:
{
var fig = figure as PointModel;
SingleDot singleDot = new SingleDot()
{
LayerId = fig.LayerId,
IsSelected = fig.IsSelected,
P1 = fig.Point,
GroupParam = fig.GroupParam,
LeadIn = fig.LeadIn,
LeadOut = fig.LeadOut,
MicroConnParams = figure.MicroConnects,
CornerRingParam = figure.CornerRingParam,
IsInnerCut = figure.IsInnerCut
};
singleDot.Update();
objects.Add(singleDot);
}
break;
case FigureTypes.Arc:
{
var fig = figure as ArcModel;
ArcBase arcBase = new ArcBase()
{
LayerId = fig.LayerId,
IsSelected = fig.IsSelected,
AngleSweep = fig.AngleSweep,
Center = fig.Center,
Radius = (float)fig.Radius,
StartAngle = (float)fig.StartAngle,
GroupParam = fig.GroupParam,
LeadIn = fig.LeadIn,
LeadOut = fig.LeadOut,
MicroConnParams = figure.MicroConnects,
CompensationParam = figure.CompensationParam,
CornerRingParam = figure.CornerRingParam,
IsInnerCut = figure.IsInnerCut
};
arcBase.Update();
objects.Add(arcBase);
}
break;
case FigureTypes.Circle:
{
var fig = figure as CircleModel;
Circle circle = new Circle()
{
LayerId = fig.LayerId,
IsSelected = fig.IsSelected,
IsClockwise = fig.IsClockwise,
Center = fig.Center,
Radius = (float)fig.Radius,
StartAngle = (float)fig.StartAngle,
GroupParam = fig.GroupParam,
LeadIn = fig.LeadIn,
LeadOut = fig.LeadOut,
MicroConnParams = figure.MicroConnects,
CompensationParam = figure.CompensationParam,
CornerRingParam = figure.CornerRingParam,
IsInnerCut = figure.IsInnerCut,
IsFlyingCut = fig.IsFlyingCut,
IsFlyingCutScatter = fig.IsFlyingCutScatter,
FlyingCutLeadOut = fig.FlyingCutLeadOut,
};
circle.Update();
objects.Add(circle);
}
break;
case FigureTypes.LwPolyline:
{
var fig = figure as LwPolylineModel;
MultiSegmentLineBase multiSegmentLineBase = new MultiSegmentLineBase()
{
LayerId = fig.LayerId,
IsSelected = fig.IsSelected,
IsCloseFigure = fig.IsFill,
Points = fig.Points,
GroupParam = fig.GroupParam,
LeadIn = fig.LeadIn,
LeadOut = fig.LeadOut,
PathStartParm = fig.PathStartParm,
MicroConnParams = figure.MicroConnects,
CompensationParam = figure.CompensationParam,
CornerRingParam = figure.CornerRingParam,
IsInnerCut = figure.IsInnerCut,
BezierParam = fig.BezierParam
};
multiSegmentLineBase.Update();
objects.Add(multiSegmentLineBase);
}
break;
case FigureTypes.Ellipse:
{ }
break;
case FigureTypes.PolyBezier:
{ }
break;
default:
break;
}
}
canvas.Model.DrawingLayer.AddObjectOnDrawing(objects);
canvas.Model.DrawingLayer.UpdateSN();
GlobalData.Model.GlobalModel.TotalDrawObjectCount = canvas.Model.DrawingLayer.Objects.Count;
canvas.DoInvalidate(true);
}
}
