private void displayVertex(TinSurfaceVertex vertex)
{
string msg = String.Format("\nVertex: ({0},{1},{2})",
vertex.Location.X, vertex.Location.Y, vertex.Location.Z);
write(msg);
}
/// <summary>
/// Получить номер вершины в треугольнике
/// </summary>
/// <param name="vertex"></param>
/// <returns></returns>
private short GetVertNum(TinSurfaceVertex vertex)
{
if (vertex.Equals(tinSurfaceTriangle.Vertex1))
{
return(0);
}
else if (vertex.Equals(tinSurfaceTriangle.Vertex2))
{
return(1);
}
else if (vertex.Equals(tinSurfaceTriangle.Vertex3))
{
return(2);
}
return(-1);
}
public static void FindWaterBowlsByVertex()
{
CivilDocument civilDoc = CivilApplication.ActiveDocument;
Document doc = Application.DocumentManager.MdiActiveDocument;
Database db = doc.Database;
using (Transaction trans = db.TransactionManager.StartTransaction())
{
BlockTableRecord modelSpace = trans.GetObject(db.CurrentSpaceId, OpenMode.ForWrite) as BlockTableRecord;
ObjectIdCollection surfaceIds = civilDoc.GetSurfaceIds();
foreach (ObjectId surfaceId in surfaceIds)
{
TinSurface surf = trans.GetObject(surfaceId, OpenMode.ForRead) as TinSurface;
if (surf == null)
{
continue;
}
foreach (TinSurfaceVertex vertex in surf.Vertices)
{
// start assuming is a low point
bool isLowest = true;
// now look at the other end of each Edge from the vertex
foreach (TinSurfaceEdge edge in vertex.Edges)
{
TinSurfaceVertex otherVertice = (edge.Vertex1.Location.DistanceTo(vertex.Location) < Tolerance.Global.EqualPoint ? edge.Vertex2 : edge.Vertex1);
// is the other vertice lower?
if (otherVertice.Location.Z < vertex.Location.Z)
{
isLowest = false; // other is lower, therefore this is not the lowest
}
}
// if is the lowest, add a point there
if (isLowest)
{
DBPoint newPoint = new DBPoint();
newPoint.Position = vertex.Location;
modelSpace.AppendEntity(newPoint);
trans.AddNewlyCreatedDBObject(newPoint, true);
}
}
}
trans.Commit();
}
}
public static List <Acad.Vector3d> GetOffsetPoints(TinSurfaceVertex vert, double offset)
{
var points = new List <Acad.Vector3d>();
try
{
var sum = new SummationsAcad();
var sumv = new SummationsAcad();
Acad.Vector3d centerOfPlane = new Acad.Vector3d();
Acad.Vector3d centerv1 = new Acad.Vector3d();
Acad.Vector3d centerv2 = new Acad.Vector3d();
Acad.Vector3d centerv3 = new Acad.Vector3d();
// central connection point
var location = vert.Location;
var cenpoint = MathNet.Numerics.LinearAlgebra.Vector <double> .Build.DenseOfArray(new[] { location.X, location.Y, location.Z });
var cenpointp3d = new Acad.Point3d(cenpoint[0], cenpoint[1], cenpoint[2]);
// all the connecting Triangles
var triangles = vert.Triangles;
// all the connecting vertices's
var connectedvertices = vert.Vertices;
var connectedTriangles = vert.Triangles;
foreach (var tri in connectedTriangles)
{
var v1 = tri.Vertex1.Location;
var v2 = tri.Vertex2.Location;
var v3 = tri.Vertex3.Location;
var vec1 = v1.GetVectorTo(v2);
var vec2 = v1.GetVectorTo(v3);
var norm = vec1.CrossProduct(vec2);
var e1 = UnitVector3D(vec1);
var e2 = UnitVector3D(vec2);
centerOfPlane = FindTriangleCenter(v1, v2, v3, vec1.CrossProduct(vec2));
//create 3 more points on the plane
centerv1 = new Acad.Vector3d(cenpointp3d.X + v1.X, cenpointp3d.Y + v1.Y, cenpointp3d.Z + v1.Z) / 2.0;
centerv2 = new Acad.Vector3d(cenpointp3d.X + v2.X, cenpointp3d.Y + v2.Y, cenpointp3d.Z + v2.Z) / 2.0;
centerv3 = new Acad.Vector3d(cenpointp3d.X + v3.X, cenpointp3d.Y + v3.Y, cenpointp3d.Z + v3.Z) / 2.0;
sum = IterateAdjacentTrianglesAcad(connectedTriangles, cenpointp3d);
}
//Triangle Center Points
var M = (new Acad.Vector3d(sum.Top.X, sum.Top.Y, sum.Top.Z) / (Magnitude(new Acad.Vector3d(sum.Bot.X, sum.Bot.Y, sum.Bot.Z)))) * offset;
var offsetvecCenter = (centerOfPlane.Add(M));
var offsetcenterv1 = (centerv1.Add(M));
var offsetcenterv2 = (centerv2.Add(M));
var offsetcenterv3 = (centerv3.Add(M));
points.Add(offsetvecCenter);
points.Add(offsetcenterv1);
points.Add(offsetcenterv2);
points.Add(offsetcenterv3);
}
catch (System.Exception ex)
{
Debug.WriteLine("Error: " + ex.Message);
}
return(points.ToList());
}
public Triangle(TinSurfaceVertex vertex1, TinSurfaceVertex vertex2, TinSurfaceVertex vertex3)
{
V1 = new Vector3d(vertex1.Location.X, vertex1.Location.Y, vertex1.Location.Z);
V2 = new Vector3d(vertex2.Location.X, vertex2.Location.Y, vertex2.Location.Z);
V3 = new Vector3d(vertex3.Location.X, vertex3.Location.Y, vertex3.Location.Z);
}
public static IEnumerable <Vector <double> > OldGetOffsetPoints(TinSurfaceVertex vert, double offset)
{
var points = new List <Vector <double> >();
try
{
var sum = new Summations();
var sumv = new Summations();
Vector <double> centerOfPlane = null;
Vector <double> centerv1 = null;
Vector <double> centerv2 = null;
Vector <double> centerv3 = null;
// central connection point
var location = vert.Location;
var cenpoint = MathNet.Numerics.LinearAlgebra.Vector <double> .Build.DenseOfArray(new [] { location.X, location.Y, location.Z });
// all the connecting Triangles
var triangles = vert.Triangles;
// all the connecting vertices
var convertices = vert.Vertices;
foreach (var tri in triangles)
{
var v1 = tri.Vertex1.Location;
var v2 = tri.Vertex2.Location;
var v3 = tri.Vertex3.Location;
var p1 = Vector <double> .Build.DenseOfArray(new[] { v1.X, v1.Y, v1.Z });
var p2 = Vector <double> .Build.DenseOfArray(new[] { v2.X, v2.Y, v2.Z });
var p3 = Vector <double> .Build.DenseOfArray(new[] { v3.X, v3.Y, v3.Z });
centerOfPlane = FindTriangleCenter(p1, p2, p3, Cross(p1, p2));
centerv1 = (cenpoint + p1) / 2.0;
centerv2 = (cenpoint + p2) / 2.0;
centerv3 = (cenpoint + p3) / 2.0;
//Convert Formatting
var NodeTriangles1 = new List <Triangle>();
foreach (var triVertex in triangles)
{
NodeTriangles1.Add(new Triangle(triVertex.Vertex1, triVertex.Vertex2, triVertex.Vertex3));
}
//Triangle Center Points
sum = IterateAdjacentTriangles(NodeTriangles1, cenpoint);
//Triangle shared at vertex 1, 2, and 3
//sumv = IterateVertexTriangles(NodeTriangles1, p1);
//sumv = IterateVertexTriangles(NodeTriangles1, p2);
//sumv = IterateVertexTriangles(NodeTriangles1, p3);
}
var M = ((sum.Top) / Magnitude(sum.Bot)) * offset;
var offsetvecCenter = (centerOfPlane + M);
var offsetcenterv1 = (centerv1 + M);
var offsetcenterv2 = (centerv2 + M);
var offsetcenterv3 = (centerv3 + M);
points.Add(offsetvecCenter);
points.Add(offsetcenterv1);
points.Add(offsetcenterv2);
points.Add(offsetcenterv3);
}
catch (System.Exception ex)
{
Debug.WriteLine("Error: " + ex.Message);
}
return(points);
}
public static void testCreatePlateau()
{
Editor ed = Application.DocumentManager.MdiActiveDocument.Editor;
//select a surface
PromptEntityOptions selSurface = new PromptEntityOptions("\nSelect a tin surface: ");
selSurface.SetRejectMessage("\nOnly tin surface allowed");
selSurface.AddAllowedClass(typeof(TinSurface), true);
PromptEntityResult resSurface = ed.GetEntity(selSurface);
if (resSurface.Status != PromptStatus.OK)
{
return;
}
ObjectId surfaceId = resSurface.ObjectId;
//select a polyline
PromptEntityOptions selPline = new PromptEntityOptions("\nSelect a polyline: ");
selPline.SetRejectMessage("\nOnly polylines allowed");
selPline.AddAllowedClass(typeof(Polyline), true);
PromptEntityResult resPline = ed.GetEntity(selPline);
if (resPline.Status != PromptStatus.OK)
{
return;
}
ObjectId plineId = resPline.ObjectId;
//erase the pline?
PromptKeywordOptions selYesNo = new PromptKeywordOptions("\nErase polyline?");
selYesNo.Keywords.Add("Yes");
selYesNo.Keywords.Add("No");
PromptResult resYesNo = ed.GetKeywords(selYesNo);
if (resYesNo.Status != PromptStatus.OK)
{
return;
}
bool erasePline = resYesNo.StringResult.Equals("Yes");
Database db = Application.DocumentManager.MdiActiveDocument.Database;
using (Transaction trans = db.TransactionManager.StartTransaction())
{
TinSurface surface = trans.GetObject(surfaceId, OpenMode.ForWrite) as TinSurface;
Polyline pline = trans.GetObject(plineId, OpenMode.ForWrite) as Polyline;
var test = surface.ExtractGridded(SurfaceExtractionSettingsType.Model);
//find all vertices inside a pline area
ObjectIdCollection plinesBorder = new ObjectIdCollection();
plinesBorder.Add(plineId);
TinSurfaceVertex[] verticesInsidePline = surface.GetVerticesInsidePolylines(plinesBorder);
//set the new elevation for all vertices founded
surface.SetVerticesElevation(verticesInsidePline, pline.Elevation);
//now create a surface vertex at each pline vertex
for (int plineVertexIndex = 0; plineVertexIndex < pline.NumberOfVertices; plineVertexIndex++)
{
//get the pline coordinate
Point3d plineVertex0 = pline.GetPoint3dAt(plineVertexIndex);
Point3d plineVertex1 = pline.GetPoint3dAt(plineVertexIndex < (pline.NumberOfVertices - 1) ? plineVertexIndex + 1 : 0);
//create a surface vertex at each pline vertex
//this will ensure that we have a vertex at each corner,
//which is required for the next step (AddLine)
SurfaceOperationAddTinVertex res0 = surface.AddVertex(plineVertex0);
SurfaceOperationAddTinVertex res1 = surface.AddVertex(plineVertex1);
//finally create a line connecting the newly creted vertices
TinSurfaceVertex vertex0 = surface.FindVertexAtXY(res0.Location.X, res0.Location.Y);
TinSurfaceVertex vertex1 = surface.FindVertexAtXY(res1.Location.X, res1.Location.Y);
surface.AddLine(vertex0, vertex1);
}
trans.Commit();
}
}
public VertexWrapper(TinSurfaceVertex vertex) => (_vertex) = (vertex);
