public void geometryPlaceToPlVertex()
{
// учитываем систему координат
McDocument doc = McDocument.WorkingDocument;
Matrix3d matCurrent = doc.UCS;
Matrix3d matUsc = matCurrent.Inverse();
List <Point3d> Vertices = new List <Point3d>();
// собираем все вершины в list
Vertices = this.PlineGetFromUser.listVertecs(this.PlineGetFromUser.plineGetFromUser);
// какой тип объекта расставляем (блок либо обычную геометрию).у текстов отдельная обработка.
if (ObjPlace is McBlockRef)
{
McBlockRef objPlMcBlockRef = new McBlockRef();
objPlMcBlockRef = ObjPlace as McBlockRef;
foreach (Point3d onePt in Vertices)
{
McBlockRef refBlock = new McBlockRef();
String selBlock = objPlMcBlockRef.BlockName;
refBlock.DbEntity.MatchProperties(objPlMcBlockRef.DbEntity, MatchPropEnum.All);//копирование свойств
refBlock.BlockName = selBlock;
refBlock.DbEntity.AddToCurrentDocument();
Point3d centrObj = refBlock.InsertPoint;
Vector3d vec = centrObj.GetVectorTo(onePt);
Matrix3d mat = Matrix3d.Displacement(vec);
refBlock.DbEntity.Transform(mat);
}
}
else if (ObjPlace is DbText)
{
DbText objPlDbText = new DbText();
objPlDbText = ObjPlace as DbText;
foreach (Point3d onePt in Vertices)
{
McDbObject cloneGeom = objPlDbText.DbEntity.Clone() as McDbObject;
cloneGeom.Entity.DbEntity.MatchProperties(objPlDbText.DbEntity, MatchPropEnum.All);//копирование свойств
Point3d centrObj = objPlDbText.Text.Origin;
Vector3d vec = centrObj.GetVectorTo(onePt);
Matrix3d mat = Matrix3d.Displacement(vec);
cloneGeom.Entity.DbEntity.Transform(mat);
cloneGeom.Entity.DbEntity.AddToCurrentDocument();
}
}
else
{
DbGeometry objPlDbGeometry = new DbGeometry();
objPlDbGeometry = ObjPlace as DbGeometry;
foreach (Point3d onePt in Vertices)
{
McDbObject cloneGeom = objPlDbGeometry.DbEntity.Clone() as McDbObject;
cloneGeom.Entity.DbEntity.MatchProperties(objPlDbGeometry.DbEntity, MatchPropEnum.All);//копирование свойств
Point3d centrObj = cloneGeom.Entity.DbEntity.BoundingBox.Center;
Vector3d vec = centrObj.GetVectorTo(onePt);
Matrix3d mat = Matrix3d.Displacement(vec);
cloneGeom.Entity.DbEntity.Transform(mat);
cloneGeom.Entity.DbEntity.AddToCurrentDocument();
}
}
}
public override hresult PlaceObject(PlaceFlags lInsertType)
{
InputJig jig = new InputJig();
List <McObjectId> SelectObjects = jig.SelectObjects("Select Object");
//InputResult res = jig.SelectObject("Select a Polyline");
//McObjectId id = SelectObjects[0];//.ObjectId;
//DbGeometry selection = id.GetObject();
if (SelectObjects.Count == 0)
{
DbEntity.Erase();
return(hresult.e_Fail);
}
McDocument document = McDocumentsManager.GetActiveDoc();
McDocument block = document.CreateBlock("ArrayBlock", true);
_block_name = block.Name;
InputResult res = jig.GetPoint("Select Base Point:");
foreach (McObjectId obj in SelectObjects)
{
McDbObject item = obj.GetObject();
item.Entity.DbEntity.Transform(Matrix3d.Displacement(res.Point.GetAsVector().MultiplyBy(-1)));
block.AddObject(item.Clone());
}
_idRef = document.GetBlock(_block_name);
res = jig.GetPoint("Select first point:");
if (res.Result != InputResult.ResultCode.Normal)
{
return(hresult.e_Fail);
}
_pnt1 = res.Point;
foreach (McObjectId obj in SelectObjects)
{
McDbObject item = obj.GetObject();
item.Erase();
}
McBlockRef blockref = new McBlockRef();
blockref.BlockName = _block_name;
blockref.InsertPoint = res.Point;
blockref.DbEntity.AddToCurrentDocument();
_blockRef.Add(blockref);
_blockRef.Add(_blockRef[0].DbEntity.Clone());
_blockRef.Add(_blockRef[0].DbEntity.Clone());
DbEntity.AddToCurrentDocument();
//Exclude this from osnap to avoid osnap to itself
jig.ExcludeObject(ID);
//Monitor mouse move
jig.MouseMove = (s, a) => {
TryModify();
_pnt2 = a.Point;
DbEntity.Update();
};
res = jig.GetPoint("Select second point:", res.Point);
if (res.Result != InputResult.ResultCode.Normal)
{
DbEntity.Erase();
blockref.DbEntity.Erase();
return(hresult.e_Fail);
}
_pnt2 = res.Point;
Editor ed = HostMgd.ApplicationServices.Application.DocumentManager.MdiActiveDocument.Editor;
PromptIntegerOptions opts = new PromptIntegerOptions("Enter Count number: ");
opts.AllowNegative = false;
opts.AllowZero = false;
opts.DefaultValue = 1;
PromptIntegerResult pr = ed.GetInteger(opts);
if (PromptStatus.OK == pr.Status)
{
ed.WriteMessage("You entered: " + pr.StringResult);
_count = pr.Value;
_blockRef.Add(blockref.DbEntity.Clone());
_blockRef[1].InsertPoint = res.Point;
_blockRef[1].DbEntity.AddToCurrentDocument();
}
else
{
_count = 1;
_blockRef.Add(blockref.DbEntity.Clone());
_blockRef[1].InsertPoint = res.Point;
_blockRef[1].DbEntity.AddToCurrentDocument();
}
for (int i = 1; i < Count; i++)
{
_blockRef.Add(_blockRef[0].DbEntity.Clone());
}
return(hresult.s_Ok);
}
public McTable vertexInTable(DbPolyline plineGetFromUser, string accuracyPoint)
{
List <Point3d> Vert = new List <Point3d>();
Vert = this.listVertecs(plineGetFromUser);
// создаем таблицу
McTable TablePoint = new McTable();
int rowCount = Vert.Count;
int colCount = 4;
TablePoint.Rows.AddRange(0, rowCount + 1);
TablePoint.Columns.AddRange(0, colCount);
// настройки таблицы по умолчанию
TablePoint.DefaultCell.TextHeight = 2.5;
TablePoint.DefaultCell.TextColor = System.Drawing.Color.Black;
// наименование_столбцов
TablePoint[0, 0].Value = "№_Point";
TablePoint[0, 1].Value = "X";
TablePoint[0, 2].Value = "Y";
TablePoint[0, 3].Value = "Z";
// учитываем систему координат
McDocument doc = McDocument.WorkingDocument;
Matrix3d matCurrent = doc.UCS;
Matrix3d matUsc = matCurrent.Inverse();
//номера точек в ячейки и координата X,Y,Z
for (int i = 0; i < Vert.Count; i++)
{
Point3d onePointAtList = new Point3d();
onePointAtList = Vert[i];
onePointAtList = onePointAtList.TransformBy(matUsc);// преобразуем в текущую систему координат
int j = i + 1;
// точность представления чисел в ячейках - получается из формы от пользователя
switch (accuracyPoint)
{
case "0":
TablePoint[j, 1].Precision = CellPrecisionEnum.Integer;
TablePoint[j, 2].Precision = CellPrecisionEnum.Integer;
TablePoint[j, 3].Precision = CellPrecisionEnum.Integer;
break;
case "0.0":
TablePoint[j, 1].Precision = CellPrecisionEnum.Precision1;
TablePoint[j, 2].Precision = CellPrecisionEnum.Precision1;
TablePoint[j, 3].Precision = CellPrecisionEnum.Precision1;
break;
case "0.00":
TablePoint[j, 1].Precision = CellPrecisionEnum.Precision2;
TablePoint[j, 2].Precision = CellPrecisionEnum.Precision2;
TablePoint[j, 3].Precision = CellPrecisionEnum.Precision2;
break;
case "0.000":
TablePoint[j, 1].Precision = CellPrecisionEnum.Precision3;
TablePoint[j, 2].Precision = CellPrecisionEnum.Precision3;
TablePoint[j, 3].Precision = CellPrecisionEnum.Precision3;
break;
}
//номера точек в ячейки и координата X,Y,Z
TablePoint[j, 0].Type = CellFormatEnum.Number;
TablePoint[j, 0].Value = j.ToString();
TablePoint[j, 1].Type = CellFormatEnum.Number;
TablePoint[j, 1].Value = onePointAtList.X.ToString();
TablePoint[j, 2].Type = CellFormatEnum.Number;
TablePoint[j, 2].Value = onePointAtList.Y.ToString();
TablePoint[j, 3].Type = CellFormatEnum.Number;
TablePoint[j, 3].Value = onePointAtList.Z.ToString();
}
return(TablePoint);
}
