private TSG.OBB CreateOrientedBoundingBox(TSM.Part part)
{
TSG.OBB obb = null;
if (part != null)
{
WorkPlaneHandler workPlaneHandler = model.GetWorkPlaneHandler();
TransformationPlane originalTransformationPlane = workPlaneHandler.GetCurrentTransformationPlane();
Solid solid = part.GetSolid();
TSG.Point minPointInCurrentPlane = solid.MinimumPoint;
TSG.Point maxPointInCurrentPlane = solid.MaximumPoint;
TSG.Point centerPoint = CalculateCenterPoint(minPointInCurrentPlane, maxPointInCurrentPlane);
TSG.CoordinateSystem coordSys = part.GetCoordinateSystem();
TransformationPlane localTransformationPlane = new TransformationPlane(coordSys);
workPlaneHandler.SetCurrentTransformationPlane(localTransformationPlane);
solid = part.GetSolid();
TSG.Point minPoint = solid.MinimumPoint;
TSG.Point maxPoint = solid.MaximumPoint;
double extent0 = (maxPoint.X - minPoint.X) / 2;
double extent1 = (maxPoint.Y - minPoint.Y) / 2;
double extent2 = (maxPoint.Z - minPoint.Z) / 2;
workPlaneHandler.SetCurrentTransformationPlane(originalTransformationPlane);
obb = new TSG.OBB(centerPoint, coordSys.AxisX, coordSys.AxisY,
coordSys.AxisX.Cross(coordSys.AxisY), extent0, extent1, extent2);
}
return(obb);
}
public static dynamic GetTSObject(WorkPlaneHandler dynObject)
{
if (dynObject is null)
{
return(null);
}
return(dynObject.teklaObject);
}
private void WriteGeometry(XmlTextWriter writer, Part part, Model myModel)
{
if (part != null)
{
WorkPlaneHandler planeHandler = myModel.GetWorkPlaneHandler();
TransformationPlane CurrentPlane = planeHandler.GetCurrentTransformationPlane();
writer.WriteStartElement("Part", null);
writer.WriteAttributeString("id", part.Identifier.ID.ToString());
writer.WriteElementString("name", part.Name);
writer.WriteElementString("material", part.Material.MaterialString);
writer.WriteStartElement("profile", null);
writer.WriteElementString("name", part.Profile.ProfileString);
writer.WriteEndElement();
Solid solid = part.GetSolid() as Solid;
FaceEnumerator myFaceEnum = solid.GetFaceEnumerator();
writer.WriteStartElement("Solid", null);
while (myFaceEnum.MoveNext())
{
Face myFace = myFaceEnum.Current as Face;
if (myFace != null)
{
writer.WriteStartElement("Face", null);
LoopEnumerator myLoopEnum = myFace.GetLoopEnumerator();
while (myLoopEnum.MoveNext())
{
Loop myLoop = myLoopEnum.Current as Loop;
if (myLoop != null)
{
writer.WriteStartElement("Loop", null);
VertexEnumerator myVertexEnum = myLoop.GetVertexEnumerator() as VertexEnumerator;
while (myVertexEnum.MoveNext())
{
Point myVertex = myVertexEnum.Current as Point;
if (myVertex != null)
{
writer.WriteStartElement("Vertex", null);
writer.WriteElementString("X", myVertex.X.ToString("#.##"));
writer.WriteElementString("Y", myVertex.Y.ToString("#.##"));
writer.WriteElementString("Z", myVertex.Z.ToString("#.##"));
writer.WriteEndElement(); // End Vertex
}
}
writer.WriteEndElement(); // End Loop
}
}
writer.WriteEndElement(); // End Face
}
}
writer.WriteEndElement(); // End Solid
planeHandler.SetCurrentTransformationPlane(CurrentPlane);
writer.WriteEndElement();
}
}
public MainWindow()
{
InitializeComponent();
model = new Model();
if (!model.GetConnectionStatus())
{
MessageBox.Show("Yhteyden luonti epäonnistui!");
Environment.Exit(0);
}
SetInfoText("");
ListAllCustomComponents();
wHandler = model.GetWorkPlaneHandler();
}
public GeometricPlane PickFace()
{
Picker picker = new Picker();
PickInput input = picker.PickFace("Pick a FACE");
IEnumerator enumerator = input.GetEnumerator();
List <T3D.Point> points = new List <T3D.Point>();
while (enumerator.MoveNext())
{
InputItem item = enumerator.Current as InputItem;
if (item.GetInputType() == InputItem.InputTypeEnum.INPUT_POLYGON)
{
ArrayList alist = item.GetData() as ArrayList;
// int counter = 1;
foreach (T3D.Point p in alist)
{
points.Add(p);
// Txt(p, counter.ToString());
// counter++;
}
}
}
T3D.Point origin = points[1];
T3D.Vector axisX = new T3D.Vector(points[0] - points[1]);
T3D.Vector axisY = new T3D.Vector(points[2] - points[1]);
GeometricPlane geomPlane = new GeometricPlane(origin, axisX, axisY);
Model model = new Model();
WorkPlaneHandler workPlane = model.GetWorkPlaneHandler();
TransformationPlane currentPlane = workPlane.GetCurrentTransformationPlane();
Matrix matrix = currentPlane.TransformationMatrixToLocal;
T3D.Point p1 = matrix.Transform(geomPlane.Origin);
T3D.Point p2 = matrix.Transform(geomPlane.Origin + geomPlane.Normal);
geomPlane.Origin = p1;
geomPlane.Normal = new T3D.Vector(p2 - p1);
T3D.Point dummy = null;
int counter = 1;
foreach (T3D.Point pt in points)
{
dummy = matrix.Transform(pt);
Txt(dummy, counter.ToString());
counter++;
}
return(geomPlane);
}
private void WriteBolts(XmlTextWriter writer, Part part, Model myModel)
{
if (part != null)
{
ModelObjectEnumerator myBoltEnum = part.GetBolts();
while (myBoltEnum.MoveNext())
{
BoltArray myBolt = myBoltEnum.Current as BoltArray;
writer.WriteStartElement("Bolt", null);
writer.WriteAttributeString("id", myBolt.Identifier.ID.ToString());
WorkPlaneHandler planeHandler = myModel.GetWorkPlaneHandler();
TransformationPlane currentPlane = planeHandler.GetCurrentTransformationPlane();
CoordinateSystem bCoordSys = myBolt.GetCoordinateSystem();
TransformationPlane BoltPlane = new TransformationPlane(bCoordSys);
planeHandler.SetCurrentTransformationPlane(BoltPlane);
myBolt.Select();
CoordinateSystem bCoordSys1 = myBolt.GetCoordinateSystem();
WriteCoordSys(writer, bCoordSys1);
writer.WriteStartElement("BoltPositions", null);
foreach (Point p in myBolt.BoltPositions)
{
writer.WriteElementString("Bolt position", p.ToString());
}
writer.WriteEndElement();
writer.WriteEndElement();
planeHandler.SetCurrentTransformationPlane(currentPlane);
}
}
}
public OBB CreateObb(Part currentBeam)
{
OBB obb = (OBB)null;
if (currentBeam != null)
{
WorkPlaneHandler workPlaneHandler = this.myModel.GetWorkPlaneHandler();
this.myModel.GetWorkPlaneHandler().SetCurrentTransformationPlane(new TransformationPlane());
Tekla.Structures.Model.Solid solid1 = currentBeam.GetSolid();
Point center = this.CallulateCenterPoint(solid1.MaximumPoint, solid1.MinimumPoint);
CoordinateSystem coordinateSystem = currentBeam.GetCoordinateSystem();
workPlaneHandler.SetCurrentTransformationPlane(new TransformationPlane(coordinateSystem));
Tekla.Structures.Model.Solid solid2 = currentBeam.GetSolid();
Point maximumPoint = solid2.MaximumPoint;
Point minimumPoint = solid2.MinimumPoint;
double extent0 = (maximumPoint.X - minimumPoint.X) / 2.0;
double extent1 = (maximumPoint.Y - minimumPoint.Y) / 2.0;
double extent2 = (maximumPoint.Z - minimumPoint.Z) / 2.0;
obb = new OBB(center, coordinateSystem.AxisX, coordinateSystem.AxisY, coordinateSystem.AxisX.Cross(coordinateSystem.AxisY), extent0, extent1, extent2);
this.myModel.GetWorkPlaneHandler().SetCurrentTransformationPlane(new TransformationPlane());
}
return(obb);
}
private void InsertComponents(ModelObject mObj, List <TSM.Component> components)
{
TransformationPlane originalTransformationplane = null;
WorkPlaneHandler wHandler = null;
try {
wHandler = model.GetWorkPlaneHandler();
originalTransformationplane = wHandler.GetCurrentTransformationPlane();
ComponentInput compInput = new ComponentInput();
Part fatherpart = mObj as Part;
Assembly assembly = fatherpart.GetAssembly();
// Get the transformationplane from objects coordinate systems vectors and because objects coordinate system is not the same XY plane as of models,
// so cross product needs to be made for the Y-axis
TransformationPlane fatherpartsTransformationPlane = new TransformationPlane(fatherpart.GetCoordinateSystem().Origin, fatherpart.GetCoordinateSystem().AxisX, Vector.Cross(fatherpart.GetCoordinateSystem().AxisY, fatherpart.GetCoordinateSystem().AxisX));
lock (wHandler) {
wHandler.SetCurrentTransformationPlane(fatherpartsTransformationPlane);
}
double minX = fatherpart.GetSolid().MinimumPoint.X;
double minY = fatherpart.GetSolid().MinimumPoint.Y;
double minZ = fatherpart.GetSolid().MinimumPoint.Z;
double maxX = fatherpart.GetSolid().MaximumPoint.X;
double maxY = fatherpart.GetSolid().MaximumPoint.Y;
double maxZ = fatherpart.GetSolid().MaximumPoint.Z;
bool changeDirection = false;
if (data.Direction == "y-")
{
double temp = maxY;
maxY = minY;
minY = temp;
changeDirection = true;
}
Solid s = fatherpart.GetSolid();
FaceEnumerator fEnum = s.GetFaceEnumerator();
StringBuilder sb = new StringBuilder();
while (fEnum.MoveNext())
{
}
Point p1 = null;
Point p2 = null;
List <Point> cutPartPoints = new List <Point>()
{
new Point(),
new Point(),
new Point(),
new Point()
};
ContourPlate cutpart = null;
for (int i = 0; i < components.Count; i++)
{
cutpart = new ContourPlate();
cutpart.Name = "Leikkaus";
cutpart.Position.Depth = Position.DepthEnum.MIDDLE;
cutpart.Position.Plane = Position.PlaneEnum.MIDDLE;
cutpart.Class = BooleanPart.BooleanOperativeClassName;
cutpart.Material.MaterialString = "Reikä";
cutpart.Profile.ProfileString = "PL135";
BooleanPart bPart = new BooleanPart();
compInput = new ComponentInput();
double[] variables;
switch (i)
{
case 0:
p1 = new Point(maxX - data.LeftShoeDist, 0, minZ);
p2 = new Point(maxX - data.LeftShoeDist, maxY, minZ);
variables = WallShoeUtils.GetComponentVariables(components[i]);
if (variables[0] != 0)
{
AddWallShoeCut(variables, p1, minY, maxY, changeDirection, fatherpart);
}
break;
case 1:
p1 = new Point(minX + data.RightShoeDist, 0, minZ);
p2 = new Point(minX + data.RightShoeDist, maxY, minZ);
variables = WallShoeUtils.GetComponentVariables(components[i]);
if (variables[0] != 0)
{
AddWallShoeCut(variables, p1, minY, maxY, changeDirection, fatherpart);
}
break;
case 2:
p1 = new Point(maxX - data.LeftBoltDist, 0, maxZ + data.LeftBoltOffset);
p2 = new Point(maxX - data.LeftBoltDist, maxY, maxZ + data.LeftBoltOffset);
break;
case 3:
p1 = new Point(minX + data.RightBoltDist, 0, maxZ + data.RightBoltOffset);
sb.AppendLine(data.RightBoltDist + " " + data.RightBoltOffset);
p2 = new Point(minX + data.RightBoltDist, maxY, maxZ + data.RightBoltOffset);
break;
}
compInput.AddOneInputPosition(p1);
compInput.AddOneInputPosition(p2);
components[i].SetComponentInput(compInput);
if (!components[i].Insert())
{
TSM.Operations.Operation.DisplayPrompt("Komponentin " + i + " asettaminen epäonnistui!");
WriteLog("Komponentin " + i + " asettaminen epäonnistui!");
}
}
foreach (TSM.Component c in components)
{
assembly.Add(c);
assembly.Modify();
}
} catch (Exception ex) {
WriteLog(ex.Message + "\n" + ex.StackTrace);
} finally {
lock (wHandler) {
wHandler.SetCurrentTransformationPlane(originalTransformationplane);
}
}
}
public override bool Run(List <InputDefinition> Input)
{
try
{
GetValuesFromDialog();
WorkPlaneHandler wph = Model.GetWorkPlaneHandler();
TransformationPlane tp = wph.GetCurrentTransformationPlane();
TransformationPlane tppart = null;
BoltGroup bg = Model.SelectModelObject((Identifier)Input[0].GetInput()) as BoltGroup;
bg.Select();
List <Part> parts = new List <Part>();
parts.Add(bg.PartToBeBolted);
parts.Add(bg.PartToBoltTo);
foreach (Part p in bg.OtherPartsToBolt)
{
parts.Add(p);
}
#region Clear
List <Part> _part = new List <Part>();
foreach (Part p in parts)
{
bool flag = false;
foreach (Part pp in _part)
{
if (pp.Identifier.ID == p.Identifier.ID)
{
flag = true;
}
}
if (!flag)
{
_part.Add(p);
}
}
parts.Clear();
parts = _part;
#endregion
foreach (Part p in parts)
{
if (p is Beam)
{
Beam b = p as Beam;
b.Select();
double k = 0.0; b.GetReportProperty("PROFILE.FLANGE_SLOPE_RATIO", ref k);
if (k == 0)
{
continue;
}
tppart = new TransformationPlane(p.GetCoordinateSystem());
wph.SetCurrentTransformationPlane(tppart);
bg.Select();
foreach (Point pb in bg.BoltPositions)
{
Point _pb = new Point(pb);
#region Уклон полок - точки через солид
GeometricPlane gp = new GeometricPlane(
_pb,
new Vector(0, 1, 0),
new Vector(0, 0, 1));
List <List <Point> > lp = IntersectSolid(p.GetSolid(), gp);
List <LineSegment> ls = new List <LineSegment>();
for (int i = 0; i < lp[0].Count - 1; i++)
{
Point p1 = lp[0][i];
Point p2 = lp[0][i + 1];
Vector v = new Vector(p2.X - p1.X, p2.Y - p1.Y, p2.Z - p1.Z);
v.Normalize(1.0);
if (v.Y != 0 && v.Z != 0)
{
ControlLine cl = new ControlLine();
cl.Line.Point1 = p1;
cl.Line.Point2 = p2;
// cl.Insert();
ls.Add(new LineSegment(p1, p2));
}
}
Point _p1 = lp[0][0];
Point _p2 = lp[0][lp[0].Count - 1];
Vector _v = new Vector(_p2.X - _p1.X, _p2.Y - _p1.Y, _p2.Z - _p1.Z);
if (_v.Y != 0 && _v.Z != 0)
{
ls.Add(new LineSegment(_p1, _p2));
ControlLine cl = new ControlLine();
cl.Line.Point1 = _p1;
cl.Line.Point2 = _p2;
// cl.Insert();
}
#endregion
#region Точки для построения пластины
double diam = bg.BoltSize;
double tol = GOST_10906_78[diam][0];
double _b = GOST_10906_78[diam][1];
double t1 = GOST_10906_78[diam][2];
double t2 = GOST_10906_78[diam][3];
int kf = (_pb.Z <= ((Point)b.GetReferenceLine(false)[0]).Z ? -1 : 1);
_pb.Z += kf * _b * 0.5;
double h = double.MaxValue;
LineSegment lsb = ls[0];
foreach (LineSegment lsi in ls)
{
double t = Distance.PointToLineSegment(_pb, lsi);
if (h >= t)
{
h = t;
lsb = lsi;
}
}
//ControlLine cli = new ControlLine();
//cli.Line.Point1 = lsb.Point1;
//cli.Line.Point2 = lsb.Point2;
//cli.Insert();
Point pb1 = new Point(_pb.X, _pb.Y + 1000, _pb.Z);
Point pbi = Intersection.LineToLine(
new Line(lsb),
new Line(_pb, pb1)).Point1;
//cli.Line.Point1 = _pb;
//cli.Line.Point2 = pbi;
//cli.Insert();
#endregion
ContourPlate cp = new ContourPlate();
Contour cr = new Contour();
cr.AddContourPoint(new ContourPoint(new Point(pbi.X - _b * 0.5, pbi.Y, pbi.Z), null));
cr.AddContourPoint(new ContourPoint(new Point(pbi.X + _b * 0.5, pbi.Y, pbi.Z), null));
cr.AddContourPoint(new ContourPoint(new Point(pbi.X + _b * 0.5, pbi.Y, pbi.Z - kf * _b), null));
cr.AddContourPoint(new ContourPoint(new Point(pbi.X - _b * 0.5, pbi.Y, pbi.Z - kf * _b), null));
cp.Contour = cr;
cp.Profile.ProfileString = "PL" + t1.ToString();
cp.AssemblyNumber.Prefix = prefix_asm;
cp.AssemblyNumber.StartNumber = start_part;
cp.PartNumber.Prefix = prefix_part;
cp.PartNumber.StartNumber = start_part;
cp.Name = name;
cp.Material.MaterialString = material;
cp.Finish = finish;
if (kf == -1 && pbi.Y > 0)
{
cp.Position.Depth = Position.DepthEnum.FRONT;
}
else if (kf == -1 && pbi.Y < 0)
{
cp.Position.Depth = Position.DepthEnum.BEHIND;
}
else if (kf == 1 && pbi.Y > 0)
{
cp.Position.Depth = Position.DepthEnum.BEHIND;
}
else if (kf == 1 && pbi.Y < 0)
{
cp.Position.Depth = Position.DepthEnum.FRONT;
}
cp.Insert();
if (weight != 0.0 && us_prop_weight != "")
{
cp.SetUserProperty(us_prop_weight, weight);
cp.Modify();
}
BooleanPart bp = new BooleanPart();
ContourPlate cp2 = new ContourPlate();
Contour cr2 = new Contour();
cr2.AddContourPoint(new ContourPoint(new Point(pbi.X, pbi.Y, pbi.Z), null));
cr2.AddContourPoint(new ContourPoint(new Point(pbi.X, pbi.Y, pbi.Z - kf * _b), null));
cr2.AddContourPoint(new ContourPoint(new Point(pbi.X, pbi.Y + (pbi.Y > 0 ? -1 * (t1 - t2) : (t1 - t2)), pbi.Z - kf * _b), null));
cp2.Contour = cr2;
cp2.Profile.ProfileString = "PL" + (_b + 10).ToString();
cp2.Class = BooleanPart.BooleanOperativeClassName;
cp2.Insert();
bp.Father = cp;
bp.OperativePart = cp2;
bp.Insert();
cp2.Delete();
BoltArray ba = new BoltArray();
ba.FirstPosition = pb;
ba.SecondPosition = new Point(pb.X + 100, pb.Y, pb.Z);
ba.BoltStandard = bg.BoltStandard;
ba.Position.Rotation = Position.RotationEnum.TOP;
ba.BoltType = bg.BoltType;
ba.BoltSize = bg.BoltSize;
ba.Tolerance = tol;
ba.Bolt = false;
ba.AddBoltDistX(0);
ba.AddBoltDistY(0);
ba.PartToBeBolted = cp;
ba.PartToBoltTo = cp;
ba.Insert();
}
}
}
wph.SetCurrentTransformationPlane(tp);
}
catch (Exception Exc)
{
MessageBox.Show(Exc.ToString());
}
return(true);
}
private void button1_Click(object sender, EventArgs e)
{
//1. 기본 가정
// 1) 슬라브를 배치할 두 빔은 평행
// 2) 슬라브는 비스듬하게 배치되지 않음.(두빔에 항상 수직방향으로 배치됨)
// 3) 슬라브는 z평면과 수평하게 배치됨
ContourPlate contourPlate = new ContourPlate();
contourPlate.Position.Depth = Position.DepthEnum.FRONT;
//2. 현재 모델의 좌표계(글로벌좌표계) 및 Z 벡터 저장
TSM.Model currentModel = new TSM.Model();
WorkPlaneHandler workPlaneHandler = currentModel.GetWorkPlaneHandler();
TransformationPlane originPlane = workPlaneHandler.GetCurrentTransformationPlane();
//3. 슬라브 생성할 두 부재 선택
Picker picker = new Picker();
TSM.ModelObject mainpart = picker.PickObject(Picker.PickObjectEnum.PICK_ONE_PART, "슬라브를 삽입할 첫번째 부재를 선택하세요.");
TSM.Beam startBeam = mainpart as TSM.Beam;
mainpart = picker.PickObject(Picker.PickObjectEnum.PICK_ONE_PART, "슬라브를 삽입할 두번째 부재를 선택하세요.");
TSM.Beam endBeam = mainpart as TSM.Beam;
//4. 새 좌표계 생성(startBeam과 EndBeam과의 관계 내포)
TSG.Vector coordinateVector2 = new TSG.Vector(startBeam.EndPoint - startBeam.StartPoint);
TSG.Vector coordinateVector1 = new TSG.Vector(endBeam.EndPoint - startBeam.StartPoint);
TransformationPlane slabCoordinateSystem = new TransformationPlane(startBeam.StartPoint, coordinateVector2, coordinateVector1);
workPlaneHandler.SetCurrentTransformationPlane(slabCoordinateSystem);
//5. 슬라브 Point시작점 위치 잡기
//1) 슬라브 벡터 설정
TSG.Vector slabVector = new TSG.Vector(0, 1, 0);
//3) offset길이만큼 beam1 e.p 방향으로 이동(추후 작성)
//4) 걸침 높이만큼 z축 방향으로 이동(여기서는 slab Height로 가야함)(추후 작성)
//6. 슬라브 치수요소 입력 ( 현재는 상수 )
double slabWidthLeft = 300;
double slabWidthCenter = 300;
double slabWidthRight = 300;
double slabHeight = 300;
double ribDistUpper = 50;
double ribDistLower = 30;
double slabThickness = 100;
//7. 슬라브 시작점 설정
TSG.Point slabStartPoint = new TSG.Point(0, 0, (Methods.GetGirderHeight(startBeam) * 0.5 + slabHeight) * -1);
//Y방향 설정
double startOffset = 100;
slabStartPoint += slabVector * Methods.GetGirderWidth(startBeam) * 0.5;
slabStartPoint += slabVector * startOffset * -1;
//8. 슬라브 포인트 입력 (수정)
TSG.Point point1 = new TSG.Point(slabStartPoint.X, slabStartPoint.Y, slabStartPoint.Z);
TSG.Point point2 = new TSG.Point(slabStartPoint.X, slabStartPoint.Y, slabStartPoint.Z + (slabThickness));
TSG.Point point3 = new TSG.Point(slabStartPoint.X + slabWidthLeft - ribDistUpper / 2, slabStartPoint.Y, slabStartPoint.Z + (slabThickness));
TSG.Point point4 = new TSG.Point(slabStartPoint.X + slabWidthLeft - ribDistLower / 2, slabStartPoint.Y, slabStartPoint.Z + (slabHeight));
TSG.Point point5 = new TSG.Point(slabStartPoint.X + slabWidthLeft + ribDistLower / 2, slabStartPoint.Y, slabStartPoint.Z + (slabHeight));
TSG.Point point6 = new TSG.Point(slabStartPoint.X + slabWidthLeft + ribDistUpper / 2, slabStartPoint.Y, slabStartPoint.Z + (slabThickness));
TSG.Point point7 = new TSG.Point(slabStartPoint.X + slabWidthLeft + slabWidthCenter - ribDistUpper / 2, slabStartPoint.Y, slabStartPoint.Z + (slabThickness));
TSG.Point point8 = new TSG.Point(slabStartPoint.X + slabWidthLeft + slabWidthCenter - ribDistLower / 2, slabStartPoint.Y, slabStartPoint.Z + (slabHeight));
TSG.Point point9 = new TSG.Point(slabStartPoint.X + slabWidthLeft + slabWidthCenter + ribDistLower / 2, slabStartPoint.Y, slabStartPoint.Z + (slabHeight));
TSG.Point point10 = new TSG.Point(slabStartPoint.X + slabWidthLeft + slabWidthCenter + ribDistUpper / 2, slabStartPoint.Y, slabStartPoint.Z + (slabThickness));
TSG.Point point11 = new TSG.Point(slabStartPoint.X + slabWidthLeft + slabWidthCenter + slabWidthRight, slabStartPoint.Y, slabStartPoint.Z + (slabThickness));
TSG.Point point12 = new TSG.Point(slabStartPoint.X + slabWidthLeft + slabWidthCenter + slabWidthRight, slabStartPoint.Y, slabStartPoint.Z);
//TSG.Point point1 = new TSG.Point(slabStartPoint.X, slabStartPoint.Y, slabStartPoint.Z);
//TSG.Point point2 = new TSG.Point(slabStartPoint.X, slabStartPoint.Y, slabStartPoint.Z + (slabThickness) * -1);
//TSG.Point point3 = new TSG.Point(slabStartPoint.X + slabWidthLeft - ribDistUpper / 2, slabStartPoint.Y, slabStartPoint.Z + (slabThickness) * -1);
//TSG.Point point4 = new TSG.Point(slabStartPoint.X + slabWidthLeft - ribDistLower / 2, slabStartPoint.Y, slabStartPoint.Z + (slabHeight) * -1);
//TSG.Point point5 = new TSG.Point(slabStartPoint.X + slabWidthLeft + ribDistLower / 2, slabStartPoint.Y, slabStartPoint.Z + (slabHeight) * -1);
//TSG.Point point6 = new TSG.Point(slabStartPoint.X + slabWidthLeft + ribDistUpper / 2, slabStartPoint.Y, slabStartPoint.Z + (slabThickness) * -1);
//TSG.Point point7 = new TSG.Point(slabStartPoint.X + slabWidthLeft + slabWidthCenter - ribDistUpper / 2, slabStartPoint.Y, slabStartPoint.Z + (slabThickness) * -1);
//TSG.Point point8 = new TSG.Point(slabStartPoint.X + slabWidthLeft + slabWidthCenter - ribDistLower / 2, slabStartPoint.Y, slabStartPoint.Z + (slabHeight) * -1);
//TSG.Point point9 = new TSG.Point(slabStartPoint.X + slabWidthLeft + slabWidthCenter + ribDistLower / 2, slabStartPoint.Y, slabStartPoint.Z + (slabHeight) * -1);
//TSG.Point point10 = new TSG.Point(slabStartPoint.X + slabWidthLeft + slabWidthCenter + ribDistUpper / 2, slabStartPoint.Y, slabStartPoint.Z + (slabThickness) * -1);
//TSG.Point point11 = new TSG.Point(slabStartPoint.X + slabWidthLeft + slabWidthCenter + slabWidthRight, slabStartPoint.Y, slabStartPoint.Z + (slabThickness) * -1);
//TSG.Point point12 = new TSG.Point(slabStartPoint.X + slabWidthLeft + slabWidthCenter + slabWidthRight, slabStartPoint.Y, slabStartPoint.Z);
contourPlate.AddContourPoint(new ContourPoint(point1, null));
contourPlate.AddContourPoint(new ContourPoint(point2, null));
contourPlate.AddContourPoint(new ContourPoint(point3, null));
contourPlate.AddContourPoint(new ContourPoint(point4, null));
contourPlate.AddContourPoint(new ContourPoint(point5, null));
contourPlate.AddContourPoint(new ContourPoint(point6, null));
contourPlate.AddContourPoint(new ContourPoint(point7, null));
contourPlate.AddContourPoint(new ContourPoint(point8, null));
contourPlate.AddContourPoint(new ContourPoint(point9, null));
contourPlate.AddContourPoint(new ContourPoint(point10, null));
contourPlate.AddContourPoint(new ContourPoint(point11, null));
contourPlate.AddContourPoint(new ContourPoint(point12, null));
contourPlate.Profile.ProfileString = "2000";
contourPlate.Material.MaterialString = "C24";
bool result = false;
result = contourPlate.Insert();
currentModel.CommitChanges();
//모델의 좌표계를 재로드
workPlaneHandler.SetCurrentTransformationPlane(originPlane);
}