//获取模型中的凹边
public static void GetConcaveEdge(out Tag[] Edges)
{
Part workPart = theSession.Parts.Work;
BodyCollection bodis = workPart.Bodies;
Body[] bodys = bodis.ToArray();
Tag [] egde_list;
ufmodel.AskBodyEdges(bodys[0].Tag, out egde_list);
Tag[] face_list;
double Angle;
int i = 0;
Tag[] TemEdges = new Tag[egde_list.Length];
foreach (Tag egde in egde_list)
{
ufmodel.AskEdgeFaces(egde, out face_list);
MyFace.AskAngleOfFace(face_list[0], face_list[1], out Angle);
if (Angle < 180.0)
{
TemEdges[i] = egde;
++i;
}
}
Edges = new Tag[i];
for (int j = 0; j < Edges.Length; ++j)
{
Edges[j] = TemEdges[j];
}
}
public static void BulidAAG()
{
Part workPart = theSession.Parts.Work;
BodyCollection bodis = workPart.Bodies;
Body[] bodys = bodis.ToArray();
Face[] faces = bodys[0].GetFaces();
}
//得到体的所有边对象
public static Edge[] GetEdgeOfBody()
{
Part workPart = theSession.Parts.Work;
Part Open_part = workPart;
BodyCollection bodis = Open_part.Bodies;
Body[] bodys = bodis.ToArray();
Edge[] edges = bodys[0].GetEdges();
return(edges);
}
public static MenuBarManager.CallbackStatus CreateWaveObject(MenuButtonEvent buttonEvent)
{
Part workPart = theSession.Parts.Work;
/*NXOpen.Session.UndoMarkId*/
Part Open_part = workPart;
BodyCollection bodis = Open_part.Bodies;
Body[] bodys = bodis.ToArray();
Face[] faces = bodys[0].GetFaces();
int num = faces.Length;
return(MenuBarManager.CallbackStatus.Continue);
}
//public static void Dimesioning()
//{
// Part workPart=theSession.Parts.Work;
// NXOpen.Annotations.DimensionData dimeData1;
// dimeData1 = workPart.Annotations.NewDimensionData();
// BodyCollection bodis = workPart.Bodies;
// Body[] bodys = bodis.ToArray();
// Face[] faces = bodys[0].GetFaces();
// int Faces_num = faces.Length;
// NXOpen.Annotations.Associativity ass1;
// ass1 = workPart.Annotations.NewAssociativity();
// ass1.FirstObject=faces[0];
// NXObject nullNXObject = null;
// ass1.SecondObject = nullNXObject;
// Expression expression1;
// expression1 = workPart.Expressions.CreateSystemExpressionWithUnits("p1=0.5", null);
// Scalar scalar1;
// scalar1 = workPart.Scalars.CreateScalarExpression(expression1, NXOpen.Scalar.DimensionalityType.None, NXOpen.SmartObject.UpdateOption.WithinModeling);
// Point point1=workPart.Points.CreatePoint(faces[0], scalar1, scalar1, NXOpen.SmartObject.UpdateOption.WithinModeling);
// Point3d pickPoint1 = new Point3d(point1.Coordinates.X, point1.Coordinates.Y, point1.Coordinates.Z);//面的中心点坐标
// ass1.PickPoint = pickPoint1;
// NXOpen.Annotations.Associativity[] associativity2 = new NXOpen.Annotations.Associativity[1];
// associativity2[0] = ass1;
// dimeData1.SetAssociativity(1, associativity2);
// ass1.Dispose();
// NXOpen.Annotations.Associativity ass3;
// ass3 = workPart.Annotations.NewAssociativity();
//// NXOpen.UF.UFSf ufsf1 = new NXOpen.UF.UFSf();
//// int num_adjacent;
//// Tag [] adjacentFaces;
//// ufsf1.FaceAskAdjacentFaces(faces[0].Tag,out num_adjacent,out adjacentFaces);
// int num_adjacent=0;
// Face [] adjacentFaces;
// //GetAdjacentFace(faces[0],num_adjacent,adjacentFaces);
// Edge[] edges = faces[0].GetEdges();
// Face[] AdFaces = new Face[4];
// for (int i = 0; i<edges.Length;++i )
// {
// Face[] tmpFace=edges[i].GetFaces();
// for(int j=0;j<tmpFace.Length;++j)
// if (tmpFace[j].Tag != faces[0].Tag)
// {
// AdFaces[num_adjacent] = tmpFace[j];
// num_adjacent++;
// }
// }
// Face parallelface;
// for (int i=0;i<faces.Length;++i)
// {
// if(faces[i]==)
// }
// ass3.FirstObject = faces[1];
// ass3.SecondObject = nullNXObject;
// Point3d pickPoint2 = new Point3d(17.7852174562136, 0.0, 28.080186384977);
// ass3.PickPoint = pickPoint2;
// NXOpen.Annotations.Associativity[] associativity4 = new NXOpen.Annotations.Associativity[1];
// associativity4[0] = ass3;
// dimeData1.SetAssociativity(2, associativity4);
// ass3.Dispose();
// NXOpen.Annotations.PmiData pmiData1;
// pmiData1 = workPart.Annotations.NewPmiData();
// Xform xform2;
// xform2 = dimeData1.GetInferredPlane(NXOpen.Annotations.PmiDefaultPlane.ModelView, NXOpen.Annotations.DimensionType.Perpendicular);
// Point3d origin1 = new Point3d(0.0, 0.0, 0.0);
// NXOpen.Annotations.PmiPerpendicularDimension pmiPerpendicularDimension1;
// pmiPerpendicularDimension1 = workPart.Dimensions.CreatePmiPerpendicularDimension(dimeData1, pmiData1, xform2, origin1);
// dimeData1.Dispose();
// pmiData1.Dispose();
// Xform xform3;
// xform3 = pmiPerpendicularDimension1.GetInferredAnnotationPlane(NXOpen.Annotations.PmiDefaultPlane.YzOfWcs);
// pmiPerpendicularDimension1.AnnotationPlane = xform3;
// pmiPerpendicularDimension1.IsOriginCentered = true;
// Point3d origin4 = new Point3d(0.0, 54.5601856649006, 75.4465181592287);
// pmiPerpendicularDimension1.AnnotationOrigin = origin4;
// pmiPerpendicularDimension1.LeaderOrientation = NXOpen.Annotations.LeaderOrientation.FromLeft;
//}
public static MenuBarManager.CallbackStatus FeatureRecognition(MenuButtonEvent buttonEvent)
{
//C++dll中函数用法实例
//int a = 1;
//int b = 2;
//int c = Add(a, b);
//double [] num={0.0,0.0,0.0};
//Add(3,num);
List <List <Tag> > Face_of_Feature;
MyFace.GetFaceArray(out Face_of_Feature);//是否应该加一条相邻特征的判断?
SelfDefFeatureType[] Def_Types;
MyFeature.AskTypeOfFeature(Face_of_Feature, out Def_Types);
string TypeMessage = "";
foreach (SelfDefFeatureType Deftemp in Def_Types)
{
TypeMessage += Enum.GetName(typeof(SelfDefFeatureType), Deftemp) + "\n";
}
NXMessageBox box = theUI.NXMessageBox;
box.Show("特征类型显示", NXMessageBox.DialogType.Information, TypeMessage);
foreach (List <Tag> Face_list in Face_of_Feature)
{
for (int i = 0; i < Face_list.Count; ++i)
{
theUfobj.SetColor(Face_list[i], 106);//红色186
}
}
//for (int i = 0; i < Face_of_Feature.Count; i++)
//{
// if (Def_Types[i] == SelfDefFeatureType.RECT_SOLT)
// {
// foreach (Tag Face_tag in Face_of_Feature[i])
// {
// theUfobj.SetColor(Face_tag, 106);//红色186
// }
// }
//}
Part workPart = theSession.Parts.Work;
BodyCollection bodis = workPart.Bodies;
Body[] bodys = bodis.ToArray();
Body body = bodys[0];
NXOpen.Face[] faces = body.GetFaces();
NXOpen.Features.Feature[] features = body.GetFeatures();
Tag[] body_faces_tag;
theUfmodel.AskFeatFaces(features[0].Tag, out body_faces_tag);
//theUfobj.SetColor(body_faces_tag[0], 106);
//theUfobj.SetColor(body_faces_tag[5], 106);
double Arcangle;
MyFace.AskAngleOfFace(body_faces_tag[0], body_faces_tag[5], out Arcangle);
int fLength = features.Length;
foreach (NXOpen.Features.Feature tempF in features)
{
string type = tempF.FeatureType;
if (type == "DOVE_TAIL_SLOT")
{
Tag[] VSlot_face_Tag;
theUfmodel.AskFeatFaces(tempF.Tag, out VSlot_face_Tag);
theUfobj.SetColor(VSlot_face_Tag[0], 106);
theUfobj.SetColor(VSlot_face_Tag[1], 106);
MyFace.AskAngleOfFace(VSlot_face_Tag[0], VSlot_face_Tag[1], out Arcangle);
// obj.SetColor(tempF.Tag, 106);
Tag[] faces_tag, edges_tag, adjacFace_tag;
theUfmodel.AskFeatEdges(tempF.Tag, out edges_tag);
theUfmodel.AskFeatFaces(tempF.Tag, out faces_tag);
//高亮指定面
//NXOpen.UF.UFDisp Disp = theUfSession.Disp;
//Disp.SetHighlight(faces_tag[0], 1);
}
}
//String tmpString = faces_tag[0].ToString();
//Face face=(Face)feature.FindObject("FACE 0");
//face.Highlight();
return(MenuBarManager.CallbackStatus.Continue);
}
public static MenuBarManager.CallbackStatus AutoDimension(MenuButtonEvent buttonEvent)
{
Part workPart = theSession.Parts.Work;
Part Open_part = workPart;
BodyCollection bodis = Open_part.Bodies;
Body[] bodys = bodis.ToArray();
Edge[] edges = bodys[0].GetEdges();
FeatureGraphic FeatGraphic = new FeatureGraphic();
//得到子特征;
FeatGraphic.GetAllSubFeature();
//确定各特征的类型
FeatGraphic.FeatureListType();
//先合并孔类特征
//FeatureGraphic.AssembleHoleFeature();
//组合子特征，
FeatGraphic.AssembleFeature();
//重新组合后需要，再次获取特征邻接面的信息
FeatGraphic.GetFeatureListAdjacentFace();
//目前得到的结论是零件的毛坯面都会存储在SubFeaturesList[0]中，所以从索引1开始查找，相邻面的信息
for (int i = 0; i < FeatGraphic.SubFeaturesList.Count; i++)
{
if (FeatGraphic.SubFeaturesList[i].FeatureType != NewSelfDefFeatureType.OTHER_TYPE)//只标注可以识别的特征颜色
{
for (int j = 0; j < FeatGraphic.SubFeaturesList[i].FaceNumber; j++)
{
int color = 106 + i * 10;
theUfobj.SetColor(FeatGraphic.SubFeaturesList[i].MyNewFeature[j].FaceTag, color);//红色186
}
}
}
for (int i = 0; i < edges.Length; i++)
{
int type;
Program.theUfmodel.AskEdgeType(edges[i].Tag, out type);
}
Face[] faces = bodys[0].GetFaces();
int num_radii;
double[] radii = { 0.0, 0.0 };
double[] positions = { 0.0, 0.0, 0.0, 0.0, 0.0, 0.0 };
double[] UVparams = { 0.0, 0.0, 0.0, 0.0 };
for (int i = 0; i < faces.Length; i++)
{
//theUfmodel.AskFaceMinRadii(faces[i].Tag, out num_radii, radii, positions, UVparams);
int loopNum = 0;
int InnerLoopNum = 0;
GetLoopsNumber(faces[i].Tag, ref loopNum, ref InnerLoopNum);
}
return(MenuBarManager.CallbackStatus.Continue);
}
public void FileLoad(Session nxSession, string FileDirectory)
{
Stpfile = nxSession.Parts.OpenDisplay(FileDirectory, out partloadstatus);
Stpfile = nxSession.Parts.Work;
//Stpfile.CoordinateSystems.CreateCoordinateSystem(
tempbody = nxSession.Parts.Work.Bodies;
string name = Stpfile.JournalIdentifier.ToString();
Console.WriteLine(name);
pBody = tempbody.ToArray();
lenBody = pBody.Length;
NXOpen.Features.Feature[] tempfeature;
NumOfBodz.Add(FileDirectory, lenBody);//= new string[100];
e1 = 0;
h = 0;
for (int y = 0; y < lenBody; y++)
{
facenameid = pBody[y].GetFaces();
tempfeature = pBody[y].GetFeatures();
string[] featurenames = new string[tempfeature.Length];
Edge[] edgesinbody = pBody[y].GetEdges();
EdgeVrtx = new Point3d[2];
edgenames = new string[edgesinbody.Length];
for (int r = 0; r < edgesinbody.Length; r++)
{
EdgeVrtx = new Point3d[2];
edgenames[r] = edgesinbody[r].JournalIdentifier.ToString();
Point3d a, b;
edgesinbody[r].GetVertices(out a, out b);
Point3d[] tempEdgeVrtx = new Point3d[2];
tempEdgeVrtx[0] = a;
tempEdgeVrtx[1] = b;
EdgeVrtx = tempEdgeVrtx.Distinct().ToArray();
EdgeVrtxInt.Add(e1, EdgeVrtx);
EdgeNames.Add(e1, edgenames[r]);
e1++;
}
lenFace = facenameid.Length;
facename = new string[lenFace];
for (int x = 0; x < lenFace; x++)
{
facename[x] = facenameid[x].JournalIdentifier.ToString();
///Dictionary Additon;
edgeid = facenameid[x].GetEdges();
lenEdge = edgeid.Length;
lenVertx = 2 * lenEdge;
FaceEdgeVrtx = new Point3d[lenVertx];
int w2 = 0;
for (int w1 = 0; w1 < lenEdge; w1++)
{
for (; w2 < lenVertx;)
{
Point3d a, b;
edgeid[w1].GetVertices(out a, out b);
FaceEdgeVrtx[w2] = a;
FaceEdgeVrtx[w2 + 1] = b;
w2 = w2 + 2;
break;
}
}
UFaceEdgeVrtx = FaceEdgeVrtx.Distinct().ToArray();
PartVrtxInt.Add(h, UFaceEdgeVrtx);
h++;
VrtxFaceName.Add(UFaceEdgeVrtx, facename[x]);
}
for (int f = 0; f < tempfeature.Length; f++)
{
featurenames[f] = tempfeature[f].JournalIdentifier.ToString();
}
FeatureNames.Add(y, featurenames[0]);
Feature2FaceNames.Add(featurenames[0], facename);
Feature2EdgeNames.Add(featurenames[0], edgenames);
}
NXOpen.PartCloseResponses partCloseResponse1;
partCloseResponse1 = nxSession.Parts.NewPartCloseResponses();
Stpfile.Close(BasePart.CloseWholeTree.False, NXOpen.BasePart.CloseModified.UseResponses, partCloseResponse1);
Console.WriteLine("It works");
}