//重写ToMachining方法，将Token转换为Machining
public override void ToMachining(double AssociatedDist, Entities.ToolFile toolFile)
{
//step1 查找关联的板件
//step2 建立一个临时的水平孔列表，把孔位坐标转换为水平机加工
//setp3 把关联的垂直钻添加到关联的板件
FindAssociatedFaces(AssociatedDist);
PartFace pf = this.Part.GetPartFaceByNumber(FaceNumber);
if (pf.AssociatedPartFaces.Count != 0)//数量不为0，说明有关联的板件
{
List<HDrilling> TempHDrills = new List<HDrilling>();
if (this.EdgeBoreDepth > 0 && this.EdgeBoreDiameter > 0)
{
foreach (double d in this.PointsPosition)//遍历所欲的孔位坐标
{
HDrilling hdrill = new HDrilling(this.FaceNumber, this.EdgeBoreDiameter, this.EdgeBoreDepth, d, this.ZValue, Part);
TempHDrills.Add(hdrill);
}
}
if (this.FaceBoreDepth > 0 && this.FaceBoreDiameter > 0)
{
foreach (PartFace f in pf.AssociatedPartFaces)
{
if (!f.IsHorizontalFace)//如果关联的面是面5或面6
{
foreach (var hdrill in TempHDrills)
{
Point3d holeposition = hdrill.GetBorePosition();
holeposition = holeposition.TransformBy(Matrix3d.AlignCoordinateSystem(new Point3d(),
Vector3d.XAxis,
Vector3d.YAxis,
Vector3d.ZAxis,
hdrill.Part.MPPoint,
hdrill.Part.MPXAxis,
hdrill.Part.MPYAxis,
hdrill.Part.MPZAxis));
holeposition = Math.MathHelper.GetRotatedAndMovedPoint(holeposition, Part.TXRotation, Part.YRotation, Part.ZRotation, Part.CenterVector);
holeposition = holeposition.TransformBy(Matrix3d.AlignCoordinateSystem(f.Part.MovedMPPoint,
f.Part.MovedMPXAxis,
f.Part.MovedMPYAxis,
f.Part.MovedMPZAxis,
new Point3d(),
Vector3d.XAxis,
Vector3d.YAxis,
Vector3d.ZAxis));
double dimx = holeposition.X;
double dimy = holeposition.Y;
VDrilling vdrill = new VDrilling(f.FaceNumber, dimx, dimy, this.FaceBoreDiameter, this.FaceBoreDepth, f.Part);
f.Part.VDrillings.Add(vdrill);
}
}
else//TODO:如果关联的面是水平面
{
}
}
}
this.Part.HDrillings.AddRange(TempHDrills);
}
}
public override void ToMachining(double AssociatedDist, ToolFile toolFile)
{
FindAssociatedFaces(AssociatedDist + this.GapDist);
PartFace pf = this.Part.GetPartFaceByNumber(FaceNumber);
if (pf.AssociatedPartFaces.Count != 0)//数量不为0，说明有关联的板件
{
double totolDist = DistToBottom + DistToTop;
int number = (int)(totolDist / DistBetweenTwoHoles);
for (int i = 0; i < number; i++)
{
foreach (PartFace f in pf.AssociatedPartFaces)
{
if (f.IsHorizontalFace)//不对水平面处理
continue;
//TODO:关于生成的孔的排列
/*
* 1、无论层板如何旋转，计算上下时总是按未位移旋转时的下平面为基准
* 2、排列时，无论本身如何旋转，在加工板件上总是竖直平行于板件的一边
* 3、平行的难点：是平行于长边，还是平行于短边？
*
*/
double firstPointX = GetFirstPointX();
double firstPointY = GetFirstPointY();
double firstPointZ = DistToBottom - i * DistBetweenTwoHoles;
//firstPointZ = -Part.Thickness - DistToBottom + i * DistBetweenTwoHoles;
Point3d holeposition = new Point3d(firstPointX, firstPointY, firstPointZ);
holeposition = holeposition.TransformBy(Matrix3d.AlignCoordinateSystem(new Point3d(),
Vector3d.XAxis,
Vector3d.YAxis,
Vector3d.ZAxis,
Part.MPPoint,
Part.MPXAxis,
Part.MPYAxis,
Part.MPZAxis));
holeposition = Math.MathHelper.GetRotatedAndMovedPoint(holeposition, Part.TXRotation, Part.YRotation, Part.ZRotation, Part.CenterVector);
holeposition = holeposition.TransformBy(Matrix3d.AlignCoordinateSystem(f.Part.MovedMPPoint,
f.Part.MovedMPXAxis,
f.Part.MovedMPYAxis,
f.Part.MovedMPZAxis,
new Point3d(),
Vector3d.XAxis,
Vector3d.YAxis,
Vector3d.ZAxis));
double dimx = holeposition.X;
double dimy = holeposition.Y;
VDrilling vdrill = new VDrilling(f.FaceNumber, dimx, dimy, this.FaceHoleDiameter, this.FaceHoleDepth, f.Part);
f.Part.VDrillings.Add(vdrill);
}
}
}
}
