public override Dictionary <double, BoundaryModel[]> GetBaseFaceBoundary()
{
Dictionary <double, BoundaryModel[]> dic = new Dictionary <double, BoundaryModel[]>();
List <BoundaryModel> boundary = new List <BoundaryModel>();
List <FaceData> other = analysis.GetOtherBaseFaces();
if (other.Count > 0)
{
foreach (FaceData fe in other)
{
PlanarBoundary pb = new PlanarBoundary(fe);
BoundaryModel model;
double blank;
pb.GetPeripheralBoundary(out model, out blank);
boundary.Add(model);
}
}
PlanarBoundary pby = new PlanarBoundary(analysis.BaseFace);
boundary.AddRange(pby.GetHoleBoundary());
if (this.IsOffsetInter)
{
dic.Add(0, boundary.ToArray());
}
else
{
dic.Add(tempInter, boundary.ToArray());
}
return(dic);
}
/// <summary>
/// 获取基准框边界和地面点
/// </summary>
/// <returns></returns>
public virtual void GetBaseStationBoundary(out BoundaryModel boundary, out Point3d floorPt)
{
double blank;
PlanarBoundary pl = new PlanarBoundary(analysis.BaseFace);
pl.GetPeripheralBoundary(out boundary, out blank);
boundary.ToolSide = NXOpen.CAM.BoundarySet.ToolSideTypes.OutsideOrRight;
boundary.BouudaryPt = analysis.BaseFace.BoxMinCorner;
// boundary.PlaneTypes = NXOpen.CAM.BoundarySet.PlaneTypes.Automatic;
floorPt = this.analysis.BaseSubfaceFace.BoxMinCorner;
}
private List <BoundaryModel> GetBoundary()
{
List <BoundaryModel> models = new List <BoundaryModel>();
foreach (Face face in Conditions)
{
PlanarBoundary pb = new PlanarBoundary(face);
BoundaryModel model1;
double blank1;
pb.GetPeripheralBoundary(out model1, out blank1);
if (UMathUtils.IsEqual(blank1, 0))
{
models.Add(model1);
}
}
return(models);
}
public override Dictionary <double, BoundaryModel[]> GetBaseFaceBoundary()
{
Dictionary <double, BoundaryModel[]> dic = new Dictionary <double, BoundaryModel[]>();
if (this.IsOffsetInter)
{
List <BoundaryModel> boundary = new List <BoundaryModel>();
List <FaceData> other = analysis.GetOtherBaseFaces();
if (other.Count > 0)
{
foreach (FaceData fe in other)
{
PlanarBoundary pb = new PlanarBoundary(fe);
BoundaryModel model;
double blank;
pb.GetPeripheralBoundary(out model, out blank);
boundary.Add(model);
}
}
PlanarBoundary pby = new PlanarBoundary(analysis.BaseFace);
boundary.AddRange(pby.GetHoleBoundary());
dic.Add(0, boundary.ToArray());
}
else
{
List <BoundaryModel> erBoundary = new List <BoundaryModel>();
List <BoundaryModel> efBoundary = new List <BoundaryModel>();
List <FaceData> other = analysis.GetOtherBaseFaces();
if (other.Count > 0)
{
List <FaceData> er = new List <FaceData>();
List <FaceData> ef = new List <FaceData>();
GetEFanERFace(other, out er, out ef);
foreach (FaceData fd in er)
{
PlanarBoundary pb = new PlanarBoundary(fd);
BoundaryModel model;
double blank;
pb.GetPeripheralBoundary(out model, out blank);
erBoundary.Add(model);
}
foreach (FaceData fd in ef)
{
PlanarBoundary pb = new PlanarBoundary(fd);
BoundaryModel model;
double blank;
pb.GetPeripheralBoundary(out model, out blank);
efBoundary.Add(model);
}
}
PlanarBoundary pby = new PlanarBoundary(analysis.BaseFace);
List <BoundaryModel> boundary = pby.GetHoleBoundary();
foreach (BoundaryModel bm in boundary)
{
Edge eg = bm.Curves[0] as Edge;
foreach (Face fe in eg.GetFaces())
{
string er = AttributeUtils.GetAttrForString(fe, "ToolhGapValue");
if (er.Equals("ER", StringComparison.CurrentCultureIgnoreCase))
{
erBoundary.Add(bm);
break;
}
else if (er.Equals("EF", StringComparison.CurrentCultureIgnoreCase))
{
efBoundary.Add(bm);
break;
}
}
}
ElectrodeGapValueInfo gap = this.model.Info.AllInfo.GapValue;
dic.Add(gap.CrudeInter, erBoundary.ToArray());
dic.Add(gap.FineInter, efBoundary.ToArray());
}
return(dic);
}
