private void DrawAxisLine(Point3d point, Vector3d direction, double chainage)
{
var doc = Autodesk.AutoCAD.ApplicationServices.Application.DocumentManager.MdiActiveDocument;
var db = doc.Database;
using (Transaction tr = db.TransactionManager.StartTransaction())
using (TextStyleTable tt = (TextStyleTable)tr.GetObject(db.TextStyleTableId, OpenMode.ForRead))
using (BlockTableRecord btr = (BlockTableRecord)tr.GetObject(db.CurrentSpaceId, OpenMode.ForWrite))
{
// Draw axis
ObjectId textStyleId = ObjectId.Null;
if (tt.Has(TextStyleName))
{
textStyleId = tt[TextStyleName];
}
// Line
Point3d pt1 = point - direction * AxisLineLength / 2;
Point3d pt2 = point + direction * AxisLineLength / 2;
Line line = AcadEntity.CreateLine(db, pt1, pt2);
btr.AppendEntity(line);
tr.AddNewlyCreatedDBObject(line, true);
// Axis text
Point3d ptt = pt2 + direction * TextHeight / 2;
double rotation = Vector3d.YAxis.GetAngleTo(direction, Vector3d.ZAxis);
DBText text = AcadEntity.CreateText(db, ptt, AxisName, TextHeight, rotation, 1, TextHorizontalMode.TextCenter, TextVerticalMode.TextBottom, textStyleId);
btr.AppendEntity(text);
tr.AddNewlyCreatedDBObject(text, true);
tr.Commit();
}
}
public override void DeleteCADObject(Autodesk.AutoCAD.ApplicationServices.Document doc)
{
string[] Layers = null;
if (this.SURVEY_ID.StartsWith("WS"))
{
Layers = new string[] { "0", "WSPoint", "WSText" }
}
;
else
{
Layers = new string[] { "0", "YSPoint", "YSText" }
};
Autodesk.AutoCAD.Interop.AcadDocument AcadDoc = doc.AcadDocument as Autodesk.AutoCAD.Interop.AcadDocument;
Editor ed = doc.Editor;
int count = 0;
foreach (string Layer in Layers)
{
TypedValue[] tvs = new TypedValue[]
{
new TypedValue((int)DxfCode.LayerName, Layer)
};
SelectionFilter sf = new SelectionFilter(tvs);
PromptSelectionResult psr = ed.SelectAll(sf);
if (psr.Status == PromptStatus.OK)
{
SelectionSet SS = psr.Value;
ObjectId[] idArray = SS.GetObjectIds();
for (int i = 0; i < idArray.Length; i++)
{
if (this is IPipePoint && count == 2)
{
break;
}
else if (this is IPIPELine && count == 3)
{
break;
}
//Entity ent = (Entity)Tools.GetDBObject(idArray[i]);
AcadEntity pAcadEntity = AcadDoc.ObjectIdToObject(idArray[i].OldIdPtr.ToInt64()) as AcadEntity;
string ObjectID = GetPointObjectID(pAcadEntity);
if (ObjectID.Equals(this.ID))
{
pAcadEntity.Delete();
count++;
}
}
}
}
AcadDoc.Save();
}
/// <summary>
/// 替换审核者、设计者、日期等属性
/// </summary>
/// <param name="entity"></param>
public static void ReplaceProperty(AcadEntity entity, AcadBlocks blocks, Bussiness.Rules rules)
{
if (entity.ObjectName == "AcDbBlockReference")
{
var s = ((AcadBlockReference)entity);
var name = blocks.Item(s.Name).Name;
blocks.Item(s.Name).Name = rand.Next().ToString();
if (s.HasAttributes)
{
AcadAttributeReference bb;
object[] aa = (object[])s.GetAttributes();
for (int i = 0; i < aa.Length; i++)
{
bb = aa[i] as AcadAttributeReference;
if (bb != null)
{
if (bb.TagString != "---------" && bb.TagString != "------" && !bb.TagString.Contains("GEN-TITLE-MAT") && !bb.TagString.Contains("GEN-TITLE-DES") && bb.TagString != "01" && !bb.TagString.Contains("GEN-TITLE-SCA{6.14,1}"))
{
bb.TextString = "";
}
if (bb.TagString == "---------")
{
oldCode = bb.TextString;
oldCode = ReplaceStr(oldCode);
var startCode = oldCode.Substring(0, RegexCode());
var endCode = oldCode.Substring(RegexCode(), oldCode.Length - RegexCode());
Hashtable hash = rules.GetRules();
foreach (DictionaryEntry de in hash)
{
if (startCode == de.Key.ToString())
{
startCode = de.Value.ToString();
}
}
newCode = startCode + "0" + Rand();
if (!string.IsNullOrEmpty(newCode))
{
bb.TextString = newCode;
}
}
}
}
}
}
else if (entity.ObjectName == "AcDbMText")
{
AcadMText mtext = entity as AcadMText;
if (mtext != null)
{
if (mtext.TextString.Contains("FAX") || mtext.TextString.Contains("TEL") || mtext.TextString.Contains("TOMITA"))
{
mtext.TextString = "";
}
}
}
}
private static void AddHatch(AcadEntity entity, string Pattern, string LayerHatch, double ScaleHacth, double PatternScale, double PatternAngle)
{
AcadHatch hatch = AcadDoc.ModelSpace.AddHatch(0, Pattern, true);
AcadEntity[] entities = new AcadEntity[] { entity };
hatch.AppendInnerLoop(entities);
hatch.Layer = LayerHatch;
hatch.LinetypeScale = ScaleHacth;
hatch.PatternAngle = PatternAngle;
BackHatch((AcadObject)hatch);
hatch.Update();
}
/// <summary>
/// 替换装配图中的明细表中的编号
/// </summary>
/// <param name="entity"></param>
/// <param name="acAppComObj"></param>
/// <param name="ds"></param>
public static void ReplaceDrawingCode(AcadEntity entity, AcadApplication acAppComObj)
{
if (entity.ObjectName == "AcmPartRef")
{
AXDBLib.AcadObject obj = entity as AXDBLib.AcadObject;
McadSymbolBBMgr symbb = (McadSymbolBBMgr)acAppComObj.GetInterfaceObject("SymBBAuto.McadSymbolBBMgr");
McadBOMMgr bommgr = (McadBOMMgr)symbb.BOMMgr;
oldCode = bommgr.GetPartAttribute(obj, "DESCR", false);
string newCode = getByNewCode(oldCode);
if (!string.IsNullOrEmpty(newCode))
{
bommgr.SetPartAttribute(obj, "DESCR", newCode);
}
}
}
protected string GetPointObjectID(AcadEntity pAcadObject)
{
if (pAcadObject == null)
{
return("");
}
AcadDictionary pAcadDictionary = pAcadObject.GetExtensionDictionary();
if (pAcadDictionary.Count == 1)
{
AcadXRecord pAcadXRecord = pAcadDictionary.Item(0) as AcadXRecord;
string ID = pAcadXRecord.Name;
return(ID);
//}
}
return(string.Empty);
}
/// <summary>
/// 画填充矩形
/// </summary>
/// <param name="rectf"></param>
/// <param name="color"></param>
public void drawFillRects(RectangleF[] rects, Color color) {
for (int i = 0; i < rects.Length; i++) {
double[] pnt = new double[3];
pnt[0] = rects[i].Location.X;
pnt[1] = rects[i].Location.Y;
pnt[2] = 0;
Acad3DSolid r = cad.ActiveDocument.ModelSpace.AddBox(pnt, 0, rects[i].Width, rects[i].Height);
r.Layer = "line";
AcadAcCmColor color2 = (AcadAcCmColor)cad.ActiveDocument.Application.GetInterfaceObject("AutoCAD.AcCmColor.17");
color2.SetRGB(color.R, color.G, color.B);
r.TrueColor = color2;
AcadHatch wt = cad.ActiveDocument.ModelSpace.AddHatch(0, "solid", true, 0);
wt.color = ACAD_COLOR.acBlue;
AcadEntity[] ot = new AcadEntity[1];
ot[0] = (AcadEntity)r;
wt.AppendOuterLoop(ot);
wt.Evaluate();
cad.Application.Update();
}
}
public void DrawGirder()
{
var doc = Autodesk.AutoCAD.ApplicationServices.Application.DocumentManager.MdiActiveDocument;
var db = doc.Database;
var ed = doc.Editor;
Matrix3d ucs2wcs = AcadGraphics.UcsToWcs;
Matrix3d wcs2ucs = AcadGraphics.WcsToUcs;
PromptEntityOptions centerlineOpts = new PromptEntityOptions("\nEksen: ");
centerlineOpts.SetRejectMessage("\nSelect a curve.");
centerlineOpts.AddAllowedClass(typeof(Curve), false);
PromptEntityResult centerlineRes = ed.GetEntity(centerlineOpts);
if (centerlineRes.Status != PromptStatus.OK)
{
return;
}
ObjectId centerlineId = centerlineRes.ObjectId;
PromptEntityOptions blockOpts = new PromptEntityOptions("\nBlok: ");
blockOpts.SetRejectMessage("\nSelect a block reference.");
blockOpts.AddAllowedClass(typeof(BlockReference), false);
PromptEntityResult blockRes = ed.GetEntity(blockOpts);
if (blockRes.Status != PromptStatus.OK)
{
return;
}
ObjectId blockReferenceId = blockRes.ObjectId;
var resp1 = ed.GetPoint("\nBlok üzerinde hizalanacak ilk nokta: ");
if (resp1.Status != PromptStatus.OK)
{
return;
}
Point3d alignmentPoint1 = resp1.Value.TransformBy(ucs2wcs);
var resp2 = ed.GetPoint("\nBlok üzerinde hizalanacak ikinci nokta: ");
if (resp2.Status != PromptStatus.OK)
{
return;
}
Point3d alignmentPoint2 = resp2.Value.TransformBy(ucs2wcs);
GirderAlignment alignment = GirderAlignment.TopSurface;
PromptKeywordOptions kopts = new PromptKeywordOptions("\nHizalama yöntemi [üst Yüzey/Alt yüzey]: ", "Top Bottom");
kopts.AllowNone = true;
kopts.Keywords.Default = "Top";
var resk = ed.GetKeywords(kopts);
if (resk.Status == PromptStatus.OK && resk.StringResult == "Bottom")
{
alignment = GirderAlignment.BottomSurface;
}
else if (resk.Status == PromptStatus.OK && resk.StringResult == "Top")
{
alignment = GirderAlignment.TopSurface;
}
else if (resk.Status == PromptStatus.None)
{
alignment = GirderAlignment.TopSurface;
}
else
{
return;
}
using (Transaction tr = db.TransactionManager.StartTransaction())
using (BlockTableRecord btr = (BlockTableRecord)tr.GetObject(db.CurrentSpaceId, OpenMode.ForWrite))
{
try
{
Curve centerline = tr.GetObject(centerlineId, OpenMode.ForRead) as Curve;
BlockReference blockRef = tr.GetObject(blockReferenceId, OpenMode.ForRead) as BlockReference;
ObjectId blockDefinitionId = AcadEntity.GetBlockDefinitionFromReference(db, blockReferenceId);
Point3d blockInsertionPoint = blockRef.Position;
Scale3d blockScale = blockRef.ScaleFactors;
blockInsertionPoint = blockInsertionPoint.TransformBy(blockRef.BlockTransform.Inverse());
alignmentPoint1 = alignmentPoint1.TransformBy(blockRef.BlockTransform.Inverse());
alignmentPoint2 = alignmentPoint2.TransformBy(blockRef.BlockTransform.Inverse());
Vector3d dist1 = alignmentPoint1 - blockInsertionPoint;
Vector3d dist2 = alignmentPoint2 - blockInsertionPoint;
while (true)
{
var opts = new PromptPointOptions("\nInsertion point: ");
opts.AllowNone = true;
var res = ed.GetPoint(opts);
if (res.Status != PromptStatus.OK)
{
break;
}
Point3d insertionPoint = res.Value.TransformBy(ucs2wcs);
// 10 iterations to approximate rotation
Point3d centerlinePoint1 = Point3d.Origin;
Point3d centerlinePoint2 = Point3d.Origin;
double rotation = 0;
double ucsRotation = 0;
for (int i = 0; i < 10; i++)
{
centerlinePoint1 = centerline.GetClosestPointTo((insertionPoint.TransformBy(wcs2ucs) + dist1.RotateBy(ucsRotation, Vector3d.ZAxis)).TransformBy(ucs2wcs), true);
centerlinePoint2 = centerline.GetClosestPointTo((insertionPoint.TransformBy(wcs2ucs) + dist2.RotateBy(ucsRotation, Vector3d.ZAxis)).TransformBy(ucs2wcs), true);
ucsRotation = Vector3d.XAxis.GetAngleTo(centerlinePoint2.TransformBy(wcs2ucs) - centerlinePoint1.TransformBy(wcs2ucs), Vector3d.ZAxis);
rotation = Vector3d.XAxis.GetAngleTo(centerlinePoint2 - centerlinePoint1, Vector3d.ZAxis);
}
if (alignment == GirderAlignment.TopSurface)
{
insertionPoint = (centerlinePoint1.TransformBy(wcs2ucs) - dist1.RotateBy(ucsRotation, Vector3d.ZAxis)).TransformBy(ucs2wcs);
}
BlockReference newBlock = AcadEntity.CreateBlockReference(db, blockDefinitionId, insertionPoint, blockScale, rotation);
btr.AppendEntity(newBlock);
tr.AddNewlyCreatedDBObject(newBlock, true);
tr.TransactionManager.QueueForGraphicsFlush();
}
}
catch (System.Exception e)
{
MessageBox.Show(e.ToString(), "XCOM", MessageBoxButtons.OK, MessageBoxIcon.Error);
}
tr.Commit();
}
}
public void PrintChainage()
{
if (!CheckLicense.Check())
{
return;
}
Autodesk.AutoCAD.ApplicationServices.Document doc = Autodesk.AutoCAD.ApplicationServices.Application.DocumentManager.MdiActiveDocument;
Autodesk.AutoCAD.DatabaseServices.Database db = doc.Database;
ObjectId textStyleId = ObjectId.Null;
using (Transaction tr = db.TransactionManager.StartTransaction())
using (TextStyleTable tt = (TextStyleTable)tr.GetObject(db.TextStyleTableId, OpenMode.ForRead))
{
if (tt.Has(TextStyleName))
{
textStyleId = tt[TextStyleName];
}
tr.Commit();
}
Matrix3d ucs2wcs = AcadUtility.AcadGraphics.UcsToWcs;
Matrix3d wcs2ucs = AcadUtility.AcadGraphics.WcsToUcs;
// Pick polyline
bool flag = true;
ObjectId centerlineId = ObjectId.Null;
while (flag)
{
PromptEntityOptions entityOpts = new PromptEntityOptions("\nEksen: [Seçenekler]", "Settings");
entityOpts.SetRejectMessage("\nSelect a curve.");
entityOpts.AddAllowedClass(typeof(Curve), false);
PromptEntityResult entityRes = Autodesk.AutoCAD.ApplicationServices.Application.DocumentManager.MdiActiveDocument.Editor.GetEntity(entityOpts);
if (entityRes.Status == PromptStatus.Keyword && entityRes.StringResult == "Settings")
{
ShowSettings();
continue;
}
else if (entityRes.Status == PromptStatus.OK)
{
centerlineId = entityRes.ObjectId;
break;
}
else
{
return;
}
}
// Start point
Point3d startPoint;
PromptPointResult pointRes = Autodesk.AutoCAD.ApplicationServices.Application.DocumentManager.MdiActiveDocument.Editor.GetPoint("\nBaşlangıç Noktası: ");
if (pointRes.Status == PromptStatus.OK)
{
startPoint = pointRes.Value.TransformBy(ucs2wcs);
}
else
{
return;
}
// Start CH
string startCH = "";
PromptResult stringRes = Autodesk.AutoCAD.ApplicationServices.Application.DocumentManager.MdiActiveDocument.Editor.GetString("\nBaşlangıç KM: <0+000.00>");
startCH = stringRes.StringResult;
if (stringRes.Status == PromptStatus.None)
{
startCH = "0+000.00";
}
else if (stringRes.Status != PromptStatus.OK)
{
return;
}
// Print chainages
using (Transaction tr = db.TransactionManager.StartTransaction())
using (BlockTableRecord btr = (BlockTableRecord)tr.GetObject(db.CurrentSpaceId, OpenMode.ForWrite))
using (TextStyleTable tt = (TextStyleTable)tr.GetObject(db.TextStyleTableId, OpenMode.ForRead))
{
Autodesk.AutoCAD.DatabaseServices.Curve centerline = tr.GetObject(centerlineId, OpenMode.ForRead) as Autodesk.AutoCAD.DatabaseServices.Curve;
if (centerline != null)
{
double curveStartCH = AcadText.ChainageFromString(startCH) - centerline.GetDistAtPoint(startPoint);
double distToNearestInterval = Math.Ceiling(curveStartCH / Interval) * Interval - curveStartCH;
double currentDistance = distToNearestInterval;
double curveLength = centerline.GetDistanceAtParameter(centerline.EndParam);
while (currentDistance < curveLength)
{
string currentCH = AcadText.ChainageToString(currentDistance + curveStartCH, Precision);
Point3d currentPoint = centerline.GetPointAtDist(currentDistance);
Vector3d perp = centerline.GetFirstDerivative(currentPoint).RotateBy(Math.PI / 2.0, Vector3d.ZAxis);
perp /= perp.Length;
Point3d lineStart = currentPoint + perp * TextHeight / 2.0;
Point3d lineEnd = currentPoint - perp * TextHeight / 2.0;
Point3d textStart = currentPoint + perp * TextHeight / 2.0 * 1.2;
// Tick mark
Line line = new Line();
line.StartPoint = lineStart;
line.EndPoint = lineEnd;
btr.AppendEntity(line);
tr.AddNewlyCreatedDBObject(line, true);
// CH text
double textRotation = Vector3d.XAxis.GetAngleTo(perp, Vector3d.ZAxis);
double rot = textRotation * 180 / Math.PI;
TextHorizontalMode textHorizontalMode = TextHorizontalMode.TextLeft;
if (rot > 90.0 && rot < 270.0)
{
textRotation = textRotation + Math.PI;
textHorizontalMode = TextHorizontalMode.TextRight;
}
textStyleId = ObjectId.Null;
if (tt.Has(TextStyleName))
{
textStyleId = tt[TextStyleName];
}
DBText text = AcadEntity.CreateText(db, textStart, currentCH, TextHeight, textRotation, 0.8, textHorizontalMode, TextVerticalMode.TextVerticalMid, textStyleId);
btr.AppendEntity(text);
tr.AddNewlyCreatedDBObject(text, true);
currentDistance += Interval;
}
}
tr.Commit();
}
}
/// <summary>
/// Returns the contour polylines at the given elevation.
/// </summary>
/// <param name="surface">The type of surface being operated on</param>
/// <param name="z">Elevation</param>
public IEnumerable <Polyline> ContourAt(SurfaceType surface, double z)
{
Autodesk.AutoCAD.ApplicationServices.Document doc = Autodesk.AutoCAD.ApplicationServices.Application.DocumentManager.MdiActiveDocument;
Autodesk.AutoCAD.DatabaseServices.Database db = doc.Database;
Point3d planePoint = new Point3d(0, 0, z);
Vector3d planeNormal = Vector3d.ZAxis;
// List of segments
Queue <Tuple <Point3d, Point3d> > segments = new Queue <Tuple <Point3d, Point3d> >();
foreach (TriangleNet.Data.Triangle tri in ((surface == SurfaceType.Original) ? originalSurface : proposedSurface).Triangles)
{
TriangleNet.Data.Vertex v1 = tri.GetVertex(0);
TriangleNet.Data.Vertex v2 = tri.GetVertex(1);
TriangleNet.Data.Vertex v3 = tri.GetVertex(2);
Point3d p1 = new Point3d(v1.X, v1.Y, v1.Attributes[0]);
Point3d p2 = new Point3d(v2.X, v2.Y, v2.Attributes[0]);
Point3d p3 = new Point3d(v3.X, v3.Y, v3.Attributes[0]);
if (PlaneTriangleIntersection(planePoint, planeNormal, p1, p2, p3, out Point3d ptOut1, out Point3d ptOut2))
{
segments.Enqueue(new Tuple <Point3d, Point3d>(ptOut1, ptOut2));
}
}
// Create curves from segments
double epsilon = 0.000001;
Tolerance tol = new Tolerance(epsilon, epsilon);
List <Polyline> contours = new List <Polyline>();
while (segments.Count > 0)
{
LinkedList <Point3d> curvePoints = new LinkedList <Point3d>();
Tuple <Point3d, Point3d> firstSegment = segments.Dequeue();
curvePoints.AddFirst(firstSegment.Item1);
curvePoints.AddLast(firstSegment.Item2);
bool added = false;
do
{
int n = segments.Count;
added = false;
for (int i = 0; i < n; i++)
{
Tuple <Point3d, Point3d> segment = segments.Dequeue();
Point3d p1 = segment.Item1;
Point3d p2 = segment.Item2;
Point3d startPoint = curvePoints.First.Value;
Point3d endPoint = curvePoints.Last.Value;
if (startPoint.IsEqualTo(p1, tol))
{
curvePoints.AddFirst(p2);
added = true;
}
else if (startPoint.IsEqualTo(p2, tol))
{
curvePoints.AddFirst(p1);
added = true;
}
else if (endPoint.IsEqualTo(p1, tol))
{
curvePoints.AddLast(p2);
added = true;
}
else if (endPoint.IsEqualTo(p2, tol))
{
curvePoints.AddLast(p1);
added = true;
}
else
{
segments.Enqueue(segment);
}
}
} while (added);
Polyline pline = AcadEntity.CreatePolyLine(db, curvePoints.First().IsEqualTo(curvePoints.Last(), tol), curvePoints.ToArray());
pline.ColorIndex = 31;
pline.Elevation = z;
contours.Add(pline);
}
return(contours);
}
public void DrawDeck()
{
if (!CheckLicense.Check())
{
return;
}
var doc = Autodesk.AutoCAD.ApplicationServices.Application.DocumentManager.MdiActiveDocument;
var db = doc.Database;
var ed = doc.Editor;
Matrix3d ucs2wcs = AcadGraphics.UcsToWcs;
Matrix3d wcs2ucs = AcadGraphics.WcsToUcs;
Alignment = Bridge.PickAlignment();
if (Alignment == Bridge.AlignmentType.None)
{
return;
}
PromptEntityOptions entityOpts = new PromptEntityOptions("\nEksen: ");
entityOpts.SetRejectMessage("\nSelect a curve.");
entityOpts.AddAllowedClass(typeof(Curve), false);
PromptEntityResult entityRes = ed.GetEntity(entityOpts);
if (entityRes.Status != PromptStatus.OK)
{
return;
}
CenterlineId = entityRes.ObjectId;
var resp1 = ed.GetPoint("\nBaşlangıç noktası: ");
if (resp1.Status != PromptStatus.OK)
{
return;
}
StartPoint = resp1.Value.TransformBy(ucs2wcs);
var resp2 = ed.GetPoint("\nBitiş noktası: ");
if (resp2.Status != PromptStatus.OK)
{
return;
}
EndPoint = resp2.Value.TransformBy(ucs2wcs);
var opts = new PromptDistanceOptions("\nAsktan taşma mesafesi: ");
opts.AllowNegative = false;
opts.AllowZero = false;
opts.DefaultValue = OverhangDistance;
opts.UseDefaultValue = true;
opts.BasePoint = resp1.Value;
var res = ed.GetDistance(opts);
if (res.Status != PromptStatus.OK)
{
return;
}
OverhangDistance = res.Value;
if (Alignment == Bridge.AlignmentType.Plan)
{
var opts1 = new PromptDistanceOptions("\nTabliye genişliği: ");
opts1.AllowNegative = false;
opts1.AllowZero = false;
opts1.DefaultValue = DeckWidth;
opts1.UseDefaultValue = true;
opts1.BasePoint = resp1.Value;
var reso1 = ed.GetDistance(opts1);
if (reso1.Status != PromptStatus.OK)
{
return;
}
DeckWidth = reso1.Value;
}
else
{
var opts1 = new PromptDistanceOptions("\nAsfalt kalınlığı: ");
opts1.AllowNegative = false;
opts1.AllowZero = false;
opts1.DefaultValue = AsphaltThickness;
opts1.UseDefaultValue = true;
var reso1 = ed.GetDistance(opts1);
if (reso1.Status != PromptStatus.OK)
{
return;
}
AsphaltThickness = reso1.Value;
var opts2 = new PromptDistanceOptions("\nTabliye kalınlığı: ");
opts2.AllowNegative = false;
opts2.AllowZero = false;
opts2.DefaultValue = DeckThickness;
opts2.UseDefaultValue = true;
var reso2 = ed.GetDistance(opts2);
if (reso2.Status != PromptStatus.OK)
{
return;
}
DeckThickness = reso2.Value;
var opts3 = new PromptDistanceOptions("\nKaldırım kalınlığı: ");
opts3.AllowNegative = false;
opts3.AllowZero = false;
opts3.DefaultValue = SidewalkThickness;
opts3.UseDefaultValue = true;
var reso3 = ed.GetDistance(opts3);
if (reso3.Status != PromptStatus.OK)
{
return;
}
SidewalkThickness = reso3.Value;
}
using (Transaction tr = db.TransactionManager.StartTransaction())
using (BlockTableRecord btr = (BlockTableRecord)tr.GetObject(db.CurrentSpaceId, OpenMode.ForWrite))
{
try
{
ObjectId lineLayerId = AcadUtility.AcadEntity.GetOrCreateLayer(db, DeckLayerName, Color.FromColorIndex(ColorMethod.ByAci, 4));
ObjectId hatchLayerId = AcadUtility.AcadEntity.GetOrCreateLayer(db, HatchLayerName, Color.FromColorIndex(ColorMethod.ByAci, 31));
ObjectId sidewalkLayerId = AcadUtility.AcadEntity.GetOrCreateLayer(db, SidewalkLayerName, Color.FromColorIndex(ColorMethod.ByAci, 21));
// Adjust start and end point to account for overhang
Curve centerline = tr.GetObject(CenterlineId, OpenMode.ForRead) as Curve;
if (Alignment == Bridge.AlignmentType.Plan)
{
StartPoint = centerline.GetClosestPointTo(StartPoint, false);
double startDistance = centerline.GetDistAtPoint(StartPoint) - OverhangDistance;
StartPoint = centerline.GetPointAtDist(startDistance);
EndPoint = centerline.GetClosestPointTo(EndPoint, false);
double endDistance = centerline.GetDistAtPoint(EndPoint) + OverhangDistance;
EndPoint = centerline.GetPointAtDist(endDistance);
using (Plane horizontal = new Plane(Point3d.Origin, Vector3d.ZAxis))
{
Curve planCurve = centerline.GetOrthoProjectedCurve(horizontal);
planCurve = planCurve.GetTrimmedCurve(StartPoint, EndPoint, true);
Vector3d dir = planCurve.GetFirstDerivative(planCurve.StartParam).CrossProduct(Vector3d.ZAxis);
dir /= dir.Length;
var rightCurve = planCurve.GetOffsetCurves(planCurve.StartPoint + dir * DeckWidth / 2)[0] as Curve;
var leftCurve = planCurve.GetOffsetCurves(planCurve.StartPoint - dir * DeckWidth / 2)[0] as Curve;
// Join curves and close ends with lines
var finalCurve = AcadEntity.CreatePolyLine(db, true,
rightCurve,
AcadEntity.CreateLine(db, rightCurve.StartPoint, leftCurve.StartPoint),
leftCurve,
AcadEntity.CreateLine(db, rightCurve.EndPoint, leftCurve.EndPoint));
var finalCurveId = btr.AppendEntity(finalCurve);
tr.AddNewlyCreatedDBObject(finalCurve, true);
finalCurve.LayerId = lineLayerId;
// Hatch inside
var hatch = new Hatch();
btr.AppendEntity(hatch);
tr.AddNewlyCreatedDBObject(hatch, true);
hatch.LayerId = hatchLayerId;
hatch.Associative = true;
hatch.AppendLoop(HatchLoopTypes.Outermost, new ObjectIdCollection()
{
finalCurveId
});
hatch.PatternScale = HatchScale;
hatch.SetHatchPattern(HatchPatternType.PreDefined, HatchPattern);
hatch.EvaluateHatch(true);
}
}
else
{
Vector3d upDir = db.Ucsydir;
var topline = centerline.GetTransformedCopy(Matrix3d.Displacement(upDir * -AsphaltThickness)) as Curve;
var bottomline = topline.GetTransformedCopy(Matrix3d.Displacement(upDir * -DeckThickness)) as Curve;
var sidewalkline = topline.GetTransformedCopy(Matrix3d.Displacement(upDir * SidewalkThickness)) as Curve;
using (Plane horizontal = new Plane(Point3d.Origin, upDir))
{
Curve planCurve = centerline.GetOrthoProjectedCurve(horizontal);
Point3d startPointOnPlan = planCurve.GetClosestPointTo(StartPoint, true);
double startDistance = planCurve.GetDistAtPoint(startPointOnPlan) - OverhangDistance;
startPointOnPlan = planCurve.GetPointAtDist(startDistance);
StartPoint = centerline.GetClosestPointTo(startPointOnPlan, upDir, true);
Point3d endPointOnPlan = planCurve.GetClosestPointTo(EndPoint, true);
double endDistance = planCurve.GetDistAtPoint(endPointOnPlan) + OverhangDistance;
endPointOnPlan = planCurve.GetPointAtDist(endDistance);
EndPoint = centerline.GetClosestPointTo(endPointOnPlan, upDir, true);
}
topline = topline.GetTrimmedCurve(topline.GetClosestPointTo(StartPoint, upDir, true),
topline.GetClosestPointTo(EndPoint, upDir, true), true);
bottomline = bottomline.GetTrimmedCurve(bottomline.GetClosestPointTo(StartPoint, upDir, true),
bottomline.GetClosestPointTo(EndPoint, upDir, true), true);
sidewalkline = sidewalkline.GetTrimmedCurve(sidewalkline.GetClosestPointTo(StartPoint, upDir, true),
sidewalkline.GetClosestPointTo(EndPoint, upDir, true), true);
// Sidewalk
var finalSWCurve = AcadEntity.CreatePolyLine(db, false,
AcadEntity.CreateLine(db, topline.StartPoint, sidewalkline.StartPoint),
sidewalkline,
AcadEntity.CreateLine(db, topline.EndPoint, sidewalkline.EndPoint));
btr.AppendEntity(finalSWCurve);
tr.AddNewlyCreatedDBObject(finalSWCurve, true);
finalSWCurve.LayerId = sidewalkLayerId;
// Deck polyline
var finalCurve = AcadEntity.CreatePolyLine(db, true,
topline,
AcadEntity.CreateLine(db, topline.StartPoint, bottomline.StartPoint),
bottomline,
AcadEntity.CreateLine(db, topline.EndPoint, bottomline.EndPoint));
ObjectId finalCurveId = btr.AppendEntity(finalCurve);
tr.AddNewlyCreatedDBObject(finalCurve, true);
finalCurve.LayerId = lineLayerId;
// Hatch inside
var hatch = new Hatch();
btr.AppendEntity(hatch);
tr.AddNewlyCreatedDBObject(hatch, true);
hatch.LayerId = hatchLayerId;
hatch.Associative = true;
hatch.AppendLoop(HatchLoopTypes.Outermost, new ObjectIdCollection()
{
finalCurveId
});
hatch.PatternScale = HatchScale;
hatch.SetHatchPattern(HatchPatternType.PreDefined, HatchPattern);
hatch.EvaluateHatch(true);
}
}
catch (System.Exception e)
{
MessageBox.Show(e.ToString(), "XCOM", MessageBoxButtons.OK, MessageBoxIcon.Error);
}
tr.Commit();
}
}
public void CallCAD(SvgElementCollection _col, string lab, int count, AcadApplication cad)
{
int errid = 0;
AcadEntity[] en = new AcadEntity[2];
AcadHatch wt = cad.ActiveDocument.ModelSpace.AddHatch(0, "solid", true, 0);
wt.color = ACAD_COLOR.acWhite;
AcadHatch h;
AcadHatch h2;
AcadHatch h3;
AcadHatch h4;
AcadHatch h5;
//h = cad.ActiveDocument.ModelSpace.AddHatch(0, "solid",/* "JIS_LC_20",*/ true, 0);
if (CadFullType == "1")
{
h = cad.ActiveDocument.ModelSpace.AddHatch(0, "solid", true, 0);
h2 = cad.ActiveDocument.ModelSpace.AddHatch(0, "solid", true, 0);
h3 = cad.ActiveDocument.ModelSpace.AddHatch(0, "solid", true, 0);
h4 = cad.ActiveDocument.ModelSpace.AddHatch(0, "solid", true, 0);
h5 = cad.ActiveDocument.ModelSpace.AddHatch(0, "solid", true, 0);
}
else
{
h = cad.ActiveDocument.ModelSpace.AddHatch(0, "JIS_LC_20", true, 0);//JIS_LC_20 //JIS_LC_20
h2 = cad.ActiveDocument.ModelSpace.AddHatch(0, "JIS_LC_20", true, 0);
h3 = cad.ActiveDocument.ModelSpace.AddHatch(0, "JIS_LC_20", true, 0);
h4 = cad.ActiveDocument.ModelSpace.AddHatch(0, "JIS_LC_20", true, 0);
h5 = cad.ActiveDocument.ModelSpace.AddHatch(0, "JIS_LC_20", true, 0);
}
if (CadFullType == "2")
{
h.PatternScale = 0.25;
h.Lineweight = ACAD_LWEIGHT.acLnWtByLwDefault;
}
Color c_500 = ColorTranslator.FromHtml(str500kv);
AcadAcCmColor color500 = (AcadAcCmColor)cad.ActiveDocument.Application.GetInterfaceObject("AutoCAD.AcCmColor.18"); //2006 -"AutoCAD.AcCmColor.16"
color500.SetRGB(c_500.R, c_500.G, c_500.B);
h.TrueColor = color500;
if (CadFullType == "2")
{
h2.PatternScale = 0.25;
h2.Lineweight = ACAD_LWEIGHT.acLnWtByLwDefault;
}
Color c_220 = ColorTranslator.FromHtml(str220kv);
AcadAcCmColor color220 = (AcadAcCmColor)cad.ActiveDocument.Application.GetInterfaceObject("AutoCAD.AcCmColor.18");
color220.SetRGB(c_220.R, c_220.G, c_220.B);
h2.TrueColor = color220;
if (CadFullType == "2")
{
h3.PatternScale = 0.25;
h3.Lineweight = ACAD_LWEIGHT.acLnWtByLwDefault;
}
Color c_110 = ColorTranslator.FromHtml(str110kv);
AcadAcCmColor color110 = (AcadAcCmColor)cad.ActiveDocument.Application.GetInterfaceObject("AutoCAD.AcCmColor.18");
color110.SetRGB(c_110.R, c_110.G, c_110.B);
h3.TrueColor = color110;
if (CadFullType == "2")
{
h4.PatternScale = 0.25;
h4.Lineweight = ACAD_LWEIGHT.acLnWtByLwDefault;
}
Color c_66 = ColorTranslator.FromHtml(str66kv);
AcadAcCmColor color66 = (AcadAcCmColor)cad.ActiveDocument.Application.GetInterfaceObject("AutoCAD.AcCmColor.18");
color66.SetRGB(c_66.R, c_66.G, c_66.B);
h4.TrueColor = color66;
if (CadFullType == "2")
{
h5.PatternScale = 0.25;
h5.Lineweight = ACAD_LWEIGHT.acLnWtByLwDefault;
}
Color c_33 = ColorTranslator.FromHtml(str33kv);
AcadAcCmColor color33 = (AcadAcCmColor)cad.ActiveDocument.Application.GetInterfaceObject("AutoCAD.AcCmColor.18");
color33.SetRGB(c_33.R, c_33.G, c_33.B);
h5.TrueColor = color33;
for (int i = 0; i < _col.Count; i++)
{
SvgElement ele = (SvgElement)_col[i];
f.SetText("共有" + count + "个图层。正在处理" + lab + "图层。\r\n 此图层共" + _col.Count + "个图元，正在处理第" + i + "个，请等待......");
if (ele.Name == "rect")
{
try
{
RectangleElement rect = ele as RectangleElement;
PointF[] points = new PointF[1];
points[0].X = rect.X;
points[0].Y = rect.Y;
rect.Transform.Matrix.TransformPoints(points);
double[] col = new double[15];
col[0] = points[0].X;
col[1] = -points[0].Y;
col[2] = 0;
col[3] = rect.X;
col[4] = -(rect.Y + rect.Height);
col[5] = 0;
col[6] = rect.X + rect.Width;
col[7] = -(rect.Y + rect.Height);
col[8] = 0;
col[9] = rect.X + rect.Width;
col[10] = -rect.Y;
col[11] = 0;
col[12] = rect.X;
col[13] = -rect.Y;
col[14] = 0;
AcadPolyline pl = cad.ActiveDocument.ModelSpace.AddPolyline(col);
string color_str = rect.GetAttribute("style");
int sub_i = color_str.IndexOf("stroke:");
if (sub_i == -1)
{
color_str = "#000000";
}
else
{
color_str = color_str.Substring(sub_i + 7, 7);
// color_str = color_str.Replace("000000", "FFFFFF");
}
Color c1 = ColorTranslator.FromHtml(color_str);
AcadAcCmColor color = (AcadAcCmColor)cad.ActiveDocument.Application.GetInterfaceObject("AutoCAD.AcCmColor.18");
color.SetRGB(c1.R, c1.G, c1.B);
pl.TrueColor = color;
pl.Layer = lab;
cad.Application.Update();
}
catch { }
}
if (ele.Name == "ellipse")
{
//Ellips eli = ele as Ellips;
//DxfEllipse eli = new DxfEllipse(new Point3D(eli.RX, eli.RY, 0), new Vector3D(1, 1, 0), 1);
//model.Entities.Add(eli);
}
if (ele.Name == "polyline")
{
try
{
Polyline p1 = ele as Polyline;
PointF[] points = p1.Points;
if (points.Length > 1)
{
p1.Transform.Matrix.TransformPoints(points);
double[] col = new double[points.Length * 3];
int k = 0;
for (int n = 0; n < points.Length; n++)
{
col[k] = points[n].X;
col[k + 1] = -points[n].Y;
col[k + 2] = 0;
k = k + 3;
}
string color_str = p1.GetAttribute("style");
int gh_line = color_str.IndexOf("stroke-dasharray:");
int sub_i = color_str.IndexOf("stroke:");
if (sub_i == -1)
{
//color_str = "#FFFFF";
color_str = "#000000";
}
else
{
color_str = color_str.Substring(sub_i + 7, 7);
//color_str = color_str.Replace("000000", "FFFFFF");
}
Color c1 = ColorTranslator.FromHtml(color_str);
AcadPolyline ple = cad.ActiveDocument.ModelSpace.AddPolyline(col);
Layer temp_l = tlVectorControl1.SVGDocument.GetLayerByID(ele.GetAttribute("layer"),false);
if (temp_l != null)
{
if (temp_l.Label.ToLower().Contains("500kv"))
{
ple.ConstantWidth = w_500;
}
if (temp_l.Label.ToLower().Contains("220kv"))
{
ple.ConstantWidth = w_220;
}
if (temp_l.Label.ToLower().Contains("110kv"))
{
ple.ConstantWidth = w_110;
}
if (temp_l.Label.ToLower().Contains("66kv"))
{
ple.ConstantWidth = w_66;
}
if (temp_l.Label.ToLower().Contains("35kv"))
{
ple.ConstantWidth = w_35;
}
}
if (gh_line != -1)
{
ple.Linetype = "DASHEDX2";
}
ple.Layer = lab;
AcadAcCmColor color = (AcadAcCmColor)cad.ActiveDocument.Application.GetInterfaceObject("AutoCAD.AcCmColor.18");
color.SetRGB(c1.R, c1.G, c1.B);
ple.TrueColor = color;//ACAD_COLOR.acMagenta;
cad.Application.Update();
}
}
catch { }
}
if (ele.Name == "polygon")
{
try
{
Polygon p1 = ele as Polygon;
PointF[] points = p1.Points;
if (points.Length < 2) return;
p1.Transform.Matrix.TransformPoints(points);
double[] col = new double[points.Length * 3 + 3];
int k = 0;
for (int n = 0; n < points.Length; n++)
{
col[k] = points[n].X;
col[k + 1] = -points[n].Y;
col[k + 2] = 0;
k = k + 3;
}
col[points.Length * 3 + 2] = 0;
col[points.Length * 3 + 1] = col[1];
col[points.Length * 3] = col[0];
AcadPolyline poly = cad.ActiveDocument.ModelSpace.AddPolyline(col);
string IsArea = p1.GetAttribute("IsArea");
string color_str = p1.GetAttribute("style");
int sub_i = color_str.IndexOf("stroke:");
int sub_fill = color_str.IndexOf("fill:#");
if (sub_i == -1 && sub_fill == -1)
{
//color_str = "#FFFFF";
color_str = "#000000";
}
else
{
if (IsArea == "1")
{
if (sub_fill == -1)
{
color_str = color_str.Substring(sub_i + 7, 7);
// color_str = color_str.Replace("000000", "FFFFFF");
}
else
{
color_str = color_str.Substring(sub_fill + 5, 7);
//color_str = color_str.Replace("000000", "FFFFFF");
}
}
else
{
color_str = color_str.Substring(sub_i + 7, 7);
//color_str = color_str.Replace("000000", "FFFFFF");
}
}
Color c1 = ColorTranslator.FromHtml(color_str);
AcadAcCmColor color = (AcadAcCmColor)cad.ActiveDocument.Application.GetInterfaceObject("AutoCAD.AcCmColor.18");
color.SetRGB(c1.R, c1.G, c1.B);
if (IsArea == "1")
{
AcadHatch solid = cad.ActiveDocument.ModelSpace.AddHatch(0, "solid", true, 0);
solid.TrueColor = color;
AcadEntity[] obj = new AcadEntity[1];
obj[0] = (AcadEntity)poly;
solid.AppendOuterLoop(obj);
solid.Evaluate();
solid.Layer = lab;
}
poly.TrueColor = color;
poly.Layer = lab;
cad.Application.Update();
}
catch { }
}
if (ele.Name == "text")
{
try
{
ItopVector.Core.Figure.Text t1 = ele as ItopVector.Core.Figure.Text;
PointF[] points = new PointF[1];
points[0].X = t1.X;
points[0].Y = t1.Y;
t1.Transform.Matrix.TransformPoints(points);
double[] ins = new double[3];
ins[0] = points[0].X+offX;
ins[1] =- points[0].Y+offY;
ins[2] = 0;
AcadMText text = cad.ActiveDocument.ModelSpace.AddMText(ins, TextLength, t1.TextString);
text.Height = TextSize;
text.Layer = lab;
cad.Application.Update();
}
catch { }
}
if (ele.Name == "use")
{
try
{
PointF[] cirp = new PointF[1];
Use u = ele as Use;
PointF[] points = new PointF[1];
points[0].X = u.X;
points[0].Y = u.Y;
XmlNodeList list = tlVectorControl1.SVGDocument.SelectNodes("svg/defs/symbol [@id='" + u.GraphId + "']");
XmlElement e = (XmlElement)list[0];
XmlNodeList sonlist = e.ChildNodes;
for (int k = 0; k < sonlist.Count; k++)
{
string str1 = sonlist[k].GetType().ToString();
if (str1 == "ItopVector.Core.Figure.Circle")
{
Circle cir = (Circle)sonlist[k];
cirp[0].X = cir.CX;
cirp[0].Y = cir.CY;
cir.Transform.Matrix.TransformPoints(cirp);
break;
}
if (str1 == "ItopVector.Core.Figure.RectangleElement")
{
RectangleElement cir = (RectangleElement)sonlist[k];
cirp[0].X = cir.X;
cirp[0].Y = cir.Y;
cir.Transform.Matrix.TransformPoints(cirp);
break;
}
}
PointF p = cirp[0];
points[0].X = points[0].X + p.X;
points[0].Y = points[0].Y + p.Y;
u.Transform.Matrix.TransformPoints(points);
if (u.GraphId.Contains("Substation500"))
{
double[] pnt = new double[3];
pnt[0] = points[0].X;
pnt[1] = -points[0].Y;
pnt[2] = 0;
AcadCircle cirz = cad.ActiveDocument.ModelSpace.AddCircle(pnt, int_cir1);
cirz.Layer = lab;
cirz.TrueColor = color500;
if (CadFullType == "2")
{
AcadEntity[] otw = new AcadEntity[1];
otw[0] = (AcadEntity)cirz;
wt.AppendOuterLoop(otw);
wt.Layer = lab;
}
AcadCircle cir = cad.ActiveDocument.ModelSpace.AddCircle(pnt, int_cir2);
cir.Layer = lab;
cir.TrueColor = color500;
AcadCircle cir1 = cad.ActiveDocument.ModelSpace.AddCircle(pnt, int_cir3);
cir1.TrueColor = color500;
cir1.Layer = lab;
if (CadFullType == "2")
{
AcadEntity[] ot = new AcadEntity[1];
ot[0] = (AcadEntity)cir1;
h.AppendOuterLoop(ot);
if (u.GraphId.Contains("gh"))
{
cir.Linetype = "ACAD_ISO03W100";
cir1.Linetype = "ACAD_ISO03W100";
}
}
if(CadFullType=="1"){
if (!u.GraphId.Contains("gh") && !u.GraphId.Contains("user"))
{
AcadEntity[] ot = new AcadEntity[1];
ot[0] = (AcadEntity)cir1;
h.AppendOuterLoop(ot);
}
}
}
if (u.GraphId.Contains("Substation220"))
{
double[] pnt = new double[3];
pnt[0] = points[0].X;
pnt[1] = -points[0].Y;
pnt[2] = 0;
AcadCircle cir = cad.ActiveDocument.ModelSpace.AddCircle(pnt, int_cir2);
cir.TrueColor = color220;
cir.Layer = lab;
if (CadFullType == "2")
{
AcadEntity[] otw = new AcadEntity[1];
otw[0] = (AcadEntity)cir;
wt.AppendOuterLoop(otw);
wt.Layer = lab;
}
AcadCircle cir1 = cad.ActiveDocument.ModelSpace.AddCircle(pnt, int_cir3);
cir1.Layer = lab;
cir1.TrueColor = color220;
if (CadFullType == "2")
{
if (u.GraphId.Contains("gh"))
{
cir.Linetype = "ACAD_ISO03W100";
cir1.Linetype = "ACAD_ISO03W100";
}
AcadEntity[] ot = new AcadEntity[1];
ot[0] = (AcadEntity)cir1;
h2.AppendOuterLoop(ot);
}
if (CadFullType == "1")
{
if (!u.GraphId.Contains("gh") && !u.GraphId.Contains("user"))
{
AcadEntity[] ot = new AcadEntity[1];
ot[0] = (AcadEntity)cir1;
h2.AppendOuterLoop(ot);
}
if (u.GraphId.Contains("gh-user"))
{
double[] stat1 = new double[3];
stat1[0] = pnt[0] - int_cir3 / 2 - int_cir3 / 10;
stat1[1] = pnt[1] - int_cir3 / 2 - int_cir3 / 10;
stat1[2] = 0;
double[] end1 = new double[3];
end1[0] = pnt[0] + int_cir3 / 2 + int_cir3 / 10;
end1[1] = pnt[1] + int_cir3 / 2 + int_cir3 / 10;
end1[2] = 0;
AcadLine line1 = cad.ActiveDocument.ModelSpace.AddLine(stat1, end1);
line1.Layer = lab;
line1.TrueColor = color220;
double[] stat2 = new double[3];
stat2[0] = pnt[0] - int_cir3 / 2 - int_cir3 / 10;
stat2[1] = pnt[1] + int_cir3 / 2 + int_cir3 / 10;
stat2[2] = 0;
double[] end2 = new double[3];
end2[0] = pnt[0] + int_cir3 / 2 + int_cir3 / 10;
end2[1] = pnt[1] - int_cir3 / 2 - int_cir3 / 10;
end2[2] = 0;
AcadLine line2 = cad.ActiveDocument.ModelSpace.AddLine(stat2, end2);
line2.Layer = lab;
line2.TrueColor = color220;
}
if (u.GraphId.Contains("user"))
{
double[] stat2 = new double[3];
stat2[0] = pnt[0] - int_cir3 / 2 - int_cir3 / 10;
stat2[1] = pnt[1] + int_cir3 / 2 + int_cir3 / 10;
stat2[2] = 0;
double[] end2 = new double[3];
end2[0] = pnt[0] + int_cir3 / 2 + int_cir3 / 10;
end2[1] = pnt[1] - int_cir3 / 2 - int_cir3 / 10;
end2[2] = 0;
AcadLine line2 = cad.ActiveDocument.ModelSpace.AddLine(stat2, end2);
line2.Layer = lab;
line2.TrueColor = color220;
}
}
}
if (u.GraphId.Contains("Substation110"))
{
double[] pnt = new double[3];
pnt[0] = points[0].X;
pnt[1] = -points[0].Y;
pnt[2] = 0;
AcadCircle cir = cad.ActiveDocument.ModelSpace.AddCircle(pnt, int_cir3);
cir.Layer = lab;
cir.TrueColor = color110;
if (CadFullType == "2")
{
AcadEntity[] otw = new AcadEntity[1];
otw[0] = (AcadEntity)cir;
wt.AppendOuterLoop(otw);
wt.Layer = lab;
}
AcadCircle cir1 = cad.ActiveDocument.ModelSpace.AddCircle(pnt, int_cir4);
cir1.Layer = lab;
cir1.TrueColor = color110;
if (CadFullType == "2")
{
if (u.GraphId.Contains("gh"))
{
cir.Linetype = "ACAD_ISO03W100";
cir1.Linetype = "ACAD_ISO03W100";
}
AcadEntity[] ot = new AcadEntity[1];
ot[0] = (AcadEntity)cir1;
h3.AppendOuterLoop(ot);
}
if (CadFullType == "1")
{
if (!u.GraphId.Contains("gh") && !u.GraphId.Contains("user"))
{
AcadEntity[] ot = new AcadEntity[1];
ot[0] = (AcadEntity)cir1;
h3.AppendOuterLoop(ot);
}
if (u.GraphId.Contains("gh-user"))
{
double[] stat1 = new double[3];
stat1[0] = pnt[0] - int_cir4 / 2 - int_cir4 / 10;
stat1[1] = pnt[1] - int_cir4 / 2 - int_cir4 / 10;
stat1[2] = 0;
double[] end1 = new double[3];
end1[0] = pnt[0] + int_cir4 / 2 + int_cir4 / 10;
end1[1] = pnt[1] + int_cir4 / 2 + int_cir4 / 10;
end1[2] = 0;
AcadLine line1 = cad.ActiveDocument.ModelSpace.AddLine(stat1, end1);
line1.Layer = lab;
line1.TrueColor = color110;
double[] stat2 = new double[3];
stat2[0] = pnt[0] - int_cir4 / 2 - int_cir4 / 10;
stat2[1] = pnt[1] + int_cir4 / 2 + int_cir4 / 10;
stat2[2] = 0;
double[] end2 = new double[3];
end2[0] = pnt[0] + int_cir4 / 2 + int_cir4 / 10;
end2[1] = pnt[1] - int_cir4 / 2 - int_cir4 / 10;
end2[2] = 0;
AcadLine line2 = cad.ActiveDocument.ModelSpace.AddLine(stat2, end2);
line2.Layer = lab;
line2.TrueColor = color110;
}
if (u.GraphId.Contains("user"))
{
double[] stat2 = new double[3];
stat2[0] = pnt[0] - int_cir4 / 2 - int_cir4 / 10;
stat2[1] = pnt[1] + int_cir4 / 2 + int_cir4 / 10;
stat2[2] = 0;
double[] end2 = new double[3];
end2[0] = pnt[0] + int_cir4 / 2 + int_cir4 / 10;
end2[1] = pnt[1] - int_cir4 / 2 - int_cir4 / 10;
end2[2] = 0;
AcadLine line2 = cad.ActiveDocument.ModelSpace.AddLine(stat2, end2);
line2.Layer = lab;
line2.TrueColor = color110;
}
}
}
if (u.GraphId.Contains("Substation66"))
{
double[] pnt = new double[3];
pnt[0] = points[0].X;
pnt[1] = -points[0].Y;
pnt[2] = 0;
AcadCircle cir = cad.ActiveDocument.ModelSpace.AddCircle(pnt, int_cir4);
cir.Layer = lab;
cir.TrueColor = color66;
if (CadFullType == "2")
{
AcadEntity[] otw = new AcadEntity[1];
otw[0] = (AcadEntity)cir;
wt.AppendOuterLoop(otw);
wt.Layer = lab;
}
AcadCircle cir1 = cad.ActiveDocument.ModelSpace.AddCircle(pnt, int_cir5);
cir1.Layer = lab;
cir1.TrueColor = color66;
if (CadFullType == "2")
{
if (u.GraphId.Contains("gh"))
{
cir.Linetype = "ACAD_ISO03W100";
cir1.Linetype = "ACAD_ISO03W100";
}
AcadEntity[] ot = new AcadEntity[1];
ot[0] = (AcadEntity)cir1;
h4.AppendOuterLoop(ot);
h4.Evaluate();
}
if (CadFullType == "1")
{
if (!u.GraphId.Contains("gh") && !u.GraphId.Contains("user"))
{
AcadEntity[] ot = new AcadEntity[1];
ot[0] = (AcadEntity)cir1;
h4.AppendOuterLoop(ot);
}
if (u.GraphId.Contains("gh-user"))
{
double[] stat1 = new double[3];
stat1[0] = pnt[0] - int_cir5 / 2 - int_cir5/10;
stat1[1] = pnt[1] - int_cir5 / 2 - int_cir5 / 10;
stat1[2] = 0;
double[] end1 = new double[3];
end1[0] = pnt[0] + int_cir5 / 2 + int_cir5 / 10;
end1[1] = pnt[1] + int_cir5 / 2 + int_cir5 / 10;
end1[2] = 0;
AcadLine line1 = cad.ActiveDocument.ModelSpace.AddLine(stat1, end1);
line1.Layer = lab;
line1.TrueColor = color66;
double[] stat2 = new double[3];
stat2[0] = pnt[0] - int_cir5 / 2 - int_cir5 / 10;
stat2[1] = pnt[1] + int_cir5 / 2 + int_cir5 / 10;
stat2[2] = 0;
double[] end2 = new double[3];
end2[0] = pnt[0] + int_cir5 / 2 + int_cir5 / 10;
end2[1] = pnt[1] - int_cir5 / 2 - int_cir5 / 10;
end2[2] = 0;
AcadLine line2 = cad.ActiveDocument.ModelSpace.AddLine(stat2, end2);
line2.Layer = lab;
line2.TrueColor = color66;
}
if (u.GraphId.Contains("user"))
{
double[] stat2 = new double[3];
stat2[0] = pnt[0] - int_cir5 / 2 - int_cir5 / 10;
stat2[1] = pnt[1] + int_cir5 / 2 + int_cir5 / 10;
stat2[2] = 0;
double[] end2 = new double[3];
end2[0] = pnt[0] + int_cir5 / 2 + int_cir5 / 10;
end2[1] = pnt[1] - int_cir5 / 2 - int_cir5 / 10;
end2[2] = 0;
AcadLine line2 = cad.ActiveDocument.ModelSpace.AddLine(stat2, end2);
line2.Layer = lab;
line2.TrueColor = color66;
}
}
}
if (u.GraphId.Contains("Substation35"))
{
double[] pnt = new double[3];
pnt[0] = points[0].X;
pnt[1] = -points[0].Y;
pnt[2] = 0;
AcadCircle cir = cad.ActiveDocument.ModelSpace.AddCircle(pnt, int_cir4);
cir.Layer = lab;
cir.TrueColor = color33;
if (CadFullType == "2")
{
AcadEntity[] otw = new AcadEntity[1];
otw[0] = (AcadEntity)cir;
wt.AppendOuterLoop(otw);
wt.Layer = lab;
}
AcadCircle cir1 = cad.ActiveDocument.ModelSpace.AddCircle(pnt, int_cir5);
cir1.Layer = lab;
cir1.TrueColor = color33;
if (CadFullType == "2")
{
if (u.GraphId.Contains("gh"))
{
cir.Linetype = "ACAD_ISO03W100";
cir1.Linetype = "ACAD_ISO03W100";
}
AcadEntity[] ot = new AcadEntity[1];
ot[0] = (AcadEntity)cir1;
h5.AppendOuterLoop(ot);
}
if (CadFullType == "1")
{
if (!u.GraphId.Contains("gh") && !u.GraphId.Contains("user"))
{
AcadEntity[] ot = new AcadEntity[1];
ot[0] = (AcadEntity)cir1;
h5.AppendOuterLoop(ot);
}
if (u.GraphId.Contains("gh-user"))
{
double[] stat1 = new double[3];
stat1[0] = pnt[0] - int_cir5 / 2 - int_cir5 / 10;
stat1[1] = pnt[1] - int_cir5 / 2 - int_cir5 / 10;
stat1[2] = 0;
double[] end1 = new double[3];
end1[0] = pnt[0] + int_cir5 / 2 + int_cir5 / 10;
end1[1] = pnt[1] + int_cir5 / 2 + int_cir5 / 10;
end1[2] = 0;
AcadLine line1 = cad.ActiveDocument.ModelSpace.AddLine(stat1, end1);
line1.Layer = lab;
line1.TrueColor = color33;
double[] stat2 = new double[3];
stat2[0] = pnt[0] - int_cir5 / 2 - int_cir5 / 10;
stat2[1] = pnt[1] + int_cir5 / 2 + int_cir5 / 10;
stat2[2] = 0;
double[] end2 = new double[3];
end2[0] = pnt[0] + int_cir5 / 2 + int_cir5 / 10;
end2[1] = pnt[1] - int_cir5 / 2 - int_cir5 / 10;
end2[2] = 0;
AcadLine line2 = cad.ActiveDocument.ModelSpace.AddLine(stat2, end2);
line2.Layer = lab;
line2.TrueColor = color33;
}
if (u.GraphId.Contains("user"))
{
double[] stat2 = new double[3];
stat2[0] = pnt[0] - int_cir5 / 2 - int_cir5 / 10;
stat2[1] = pnt[1] + int_cir5 / 2 + int_cir5 / 10;
stat2[2] = 0;
double[] end2 = new double[3];
end2[0] = pnt[0] + int_cir5 / 2 + int_cir5 / 10;
end2[1] = pnt[1] - int_cir5 / 2 - int_cir5 / 10;
end2[2] = 0;
AcadLine line2 = cad.ActiveDocument.ModelSpace.AddLine(stat2, end2);
line2.Layer = lab;
line2.TrueColor = color33;
}
}
//h3.Evaluate();
}
if (u.GraphId.Contains("Substation-hdc") )
{
double[] col = new double[15];
col[0] = points[0].X;
col[1] = -points[0].Y;
col[2] = 0;
col[3] = points[0].X;
col[4] = -(points[0].Y + 60);
col[5] = 0;
col[6] = points[0].X + 180;
col[7] = -(points[0].Y + 60);
col[8] = 0;
col[9] = points[0].X + 180;
col[10] = -points[0].Y;
col[11] = 0;
col[12] = points[0].X;
col[13] = -points[0].Y;
col[14] = 0;
AcadPolyline pl = cad.ActiveDocument.ModelSpace.AddPolyline(col);
if (u.GraphId.Contains("gh")) { }
else
{
AcadHatch solid = cad.ActiveDocument.ModelSpace.AddHatch(0, "JIS_LC_20", true, 0); //JIS_LC_20//JIS_LC_20
solid.PatternScale = 0.25;
solid.Lineweight = ACAD_LWEIGHT.acLnWtByLwDefault;
solid.color = ACAD_COLOR.acRed;
AcadEntity[] obj = new AcadEntity[1];
obj[0] = (AcadEntity)pl;
solid.AppendOuterLoop(obj);
solid.Evaluate();
solid.Layer = lab;
}
pl.Layer = lab;
pl.color = ACAD_COLOR.acRed;
double[] col2 = new double[15];
col2[0] = points[0].X;
col2[1] = -points[0].Y+60;
col2[2] = 0;
col2[3] = points[0].X;
col2[4] = -points[0].Y ;
col2[5] = 0;
col2[6] = points[0].X + 180;
col2[7] = -points[0].Y;
col2[8] = 0;
col2[9] = points[0].X + 180;
col2[10] = -points[0].Y+60;
col2[11] = 0;
col2[12] = points[0].X;
col2[13] = -points[0].Y+60;
col2[14] = 0;
AcadPolyline pl2 = cad.ActiveDocument.ModelSpace.AddPolyline(col2);
pl2.Layer = lab;
pl2.color = ACAD_COLOR.acRed;
//AcadEntity[] otw = new AcadEntity[1];
//otw[0] = (AcadEntity)pl2;
//wt.AppendOuterLoop(otw);
//wt.Layer = lab;
}
if ( u.GraphId.Contains("Substation-rdc"))
{
double[] col = new double[15];
col[0] = points[0].X;
col[1] = -points[0].Y;
col[2] = 0;
col[3] = points[0].X;
col[4] = -(points[0].Y + 120);
col[5] = 0;
col[6] = points[0].X + 90;
col[7] = -(points[0].Y + 120);
col[8] = 0;
col[9] = points[0].X + 90;
col[10] = -points[0].Y;
col[11] = 0;
col[12] = points[0].X;
col[13] = -points[0].Y;
col[14] = 0;
AcadPolyline pl = cad.ActiveDocument.ModelSpace.AddPolyline(col);
if (u.GraphId.Contains("gh")) { }
else
{
AcadHatch solid = cad.ActiveDocument.ModelSpace.AddHatch(0, "JIS_LC_20", true, 0);
solid.PatternScale = 0.25;
solid.Lineweight = ACAD_LWEIGHT.acLnWtByLwDefault;
solid.color = ACAD_COLOR.acWhite;
AcadEntity[] obj = new AcadEntity[1];
obj[0] = (AcadEntity)pl;
solid.AppendOuterLoop(obj);
solid.Evaluate();
solid.Layer = lab;
}
pl.Layer = lab;
double[] col2 = new double[15];
col2[0] = points[0].X+90;
col2[1] = -points[0].Y;
col2[2] = 0;
col2[3] = points[0].X+90;
col2[4] = -(points[0].Y + 120);
col2[5] = 0;
col2[6] = points[0].X + 90+90;
col2[7] = -(points[0].Y + 120);
col2[8] = 0;
col2[9] = points[0].X + 90+90;
col2[10] = -points[0].Y;
col2[11] = 0;
col2[12] = points[0].X+90;
col2[13] = -points[0].Y;
col2[14] = 0;
AcadPolyline pl2 = cad.ActiveDocument.ModelSpace.AddPolyline(col2);
pl2.Layer = lab;
AcadEntity[] otw = new AcadEntity[1];
otw[0] = (AcadEntity)pl2;
wt.AppendOuterLoop(otw);
wt.Layer = lab;
}
if (u.GraphId.Contains("水电站"))
{
double[] col2 = new double[12];
col2[0] = points[0].X;
col2[1] = -points[0].Y;
col2[2] = 0;
col2[3] = points[0].X;
col2[4] = -points[0].Y + 120;
col2[5] = 0;
col2[6] = points[0].X + 180;
col2[7] = -(points[0].Y) + 120;
col2[8] = 0;
col2[9] = points[0].X;
col2[10] = -points[0].Y;
col2[11] = 0;
AcadPolyline pl = cad.ActiveDocument.ModelSpace.AddPolyline(col2);
AcadHatch solid = cad.ActiveDocument.ModelSpace.AddHatch(0, "JIS_LC_20", true, 0);
solid.PatternScale = 0.25;
solid.Lineweight = ACAD_LWEIGHT.acLnWtByLwDefault;
solid.color = ACAD_COLOR.acWhite;
AcadEntity[] obj = new AcadEntity[1];
obj[0] = (AcadEntity)pl;
solid.AppendOuterLoop(obj);
solid.Evaluate();
solid.Layer = lab;
pl.Layer = lab;
double[] col = new double[12];
col[0] = points[0].X;
col[1] = -points[0].Y;
col[2] = 0;
col[3] = points[0].X + 180;
col[4] = -points[0].Y;
col[5] = 0;
col[6] = points[0].X + 180;
col[7] = -(points[0].Y) + 120;
col[8] = 0;
col[9] = points[0].X;
col[10] = -points[0].Y;
col[11] = 0;
AcadPolyline pl2 = cad.ActiveDocument.ModelSpace.AddPolyline(col);
pl2.Layer = lab;
AcadEntity[] otw = new AcadEntity[1];
otw[0] = (AcadEntity)pl2;
wt.AppendOuterLoop(otw);
wt.Layer = lab;
}
if (u.GraphId.Contains("gh-Substation-sdz"))
{
double[] col2 = new double[12];
col2[0] = points[0].X;
col2[1] = -points[0].Y;
col2[2] = 0;
col2[3] = points[0].X;
col2[4] = -points[0].Y + 120;
col2[5] = 0;
col2[6] = points[0].X + 180;
col2[7] = -(points[0].Y) + 120;
col2[8] = 0;
col2[9] = points[0].X;
col2[10] = -points[0].Y;
col2[11] = 0;
AcadPolyline pl = cad.ActiveDocument.ModelSpace.AddPolyline(col2);
pl.Layer = lab;
double[] col = new double[12];
col[0] = points[0].X;
col[1] = -points[0].Y;
col[2] = 0;
col[3] = points[0].X + 180;
col[4] = -points[0].Y;
col[5] = 0;
col[6] = points[0].X + 180;
col[7] = -(points[0].Y) + 120;
col[8] = 0;
col[9] = points[0].X;
col[10] = -points[0].Y;
col[11] = 0;
AcadPolyline pl2 = cad.ActiveDocument.ModelSpace.AddPolyline(col);
pl2.Layer = lab;
AcadEntity[] otw = new AcadEntity[1];
otw[0] = (AcadEntity)pl2;
wt.AppendOuterLoop(otw);
wt.Layer = lab;
}
if (u.GraphId.Contains("Substation-csxn"))
{
double[] col = new double[15];
col[0] = points[0].X;
col[1] = -points[0].Y;
col[2] = 0;
col[3] = points[0].X;
col[4] = -(points[0].Y + 120);
col[5] = 0;
col[6] = points[0].X + 180;
col[7] = -(points[0].Y + 120);
col[8] = 0;
col[9] = points[0].X + 180;
col[10] = -points[0].Y;
col[11] = 0;
col[12] = points[0].X;
col[13] = -points[0].Y;
col[14] = 0;
AcadPolyline pl = cad.ActiveDocument.ModelSpace.AddPolyline(col);
//AcadEntity[] otw = new AcadEntity[1];
//otw[0] = (AcadEntity)pl;
//wt.AppendOuterLoop(otw);
//wt.Layer = lab;
double[] col2 = new double[15];
col2[0] = points[0].X;
col2[1] = -points[0].Y-30;
col2[2] = 0;
col2[3] = points[0].X;
col2[4] = -(points[0].Y)- 120;
col2[5] = 0;
col2[6] = points[0].X + 90;
col2[7] = -(points[0].Y)- 120;
col2[8] = 0;
col2[9] = points[0].X + 90;
col2[10] = -points[0].Y-30;
col2[11] = 0;
col2[12] = points[0].X;
col2[13] = -points[0].Y-30;
col2[14] = 0;
AcadPolyline pl2 = cad.ActiveDocument.ModelSpace.AddPolyline(col2);
double[] col3 = new double[15];
col3[0] = points[0].X+90;
col3[1] = -points[0].Y-60;
col3[2] = 0;
col3[3] = points[0].X+90;
col3[4] = -(points[0].Y )- 120;
col3[5] = 0;
col3[6] = points[0].X + 180;
col3[7] = -(points[0].Y) - 120;
col3[8] = 0;
col3[9] = points[0].X + 180;
col3[10] = -points[0].Y-60;
col3[11] = 0;
col3[12] = points[0].X+90;
col3[13] = -points[0].Y-60;
col3[14] = 0;
AcadPolyline pl3 = cad.ActiveDocument.ModelSpace.AddPolyline(col3);
if (u.GraphId.Contains("gh")) { }
else
{
AcadHatch solid = cad.ActiveDocument.ModelSpace.AddHatch(0, "JIS_LC_20", true, 0);
solid.PatternScale = 0.25;
solid.Lineweight = ACAD_LWEIGHT.acLnWtByLwDefault;
solid.color = ACAD_COLOR.acWhite;
AcadEntity[] obj = new AcadEntity[1];
obj[0] = (AcadEntity)pl2;
solid.AppendOuterLoop(obj);
solid.Evaluate();
solid.Layer = lab;
AcadHatch solid2 = cad.ActiveDocument.ModelSpace.AddHatch(0, "JIS_LC_20", true, 0);
solid2.PatternScale = 0.25;
solid2.Lineweight = ACAD_LWEIGHT.acLnWtByLwDefault;
solid2.color = ACAD_COLOR.acWhite;
AcadEntity[] obj2 = new AcadEntity[1];
obj2[0] = (AcadEntity)pl3;
solid2.AppendOuterLoop(obj2);
solid2.Evaluate();
solid2.Layer = lab;
}
pl.Layer = lab;
pl2.Layer = lab;
pl3.Layer = lab;
}
}
catch { }
}
}
//wt.color = ACAD_COLOR.acWhite;
try
{
wt.Evaluate();
h.Evaluate();
h.Layer = lab;
}
catch(Exception e2) { }
try
{
h2.Evaluate();
h2.Layer = lab;
}
catch(Exception e3) { }
try
{
h3.Evaluate();
h3.Layer = lab;
}
catch { }
try
{
h4.Evaluate();
h4.Layer = lab;
}
catch { }
try
{
h5.Evaluate();
h5.Layer = lab;
}
catch { }
cad.Application.Update();
//cad.ActiveDocument.SendCommand("Z e ");
}
/// <summary>
/// 替换审核者、设计者、日期等属性
/// </summary>
/// <param name="entity"></param>
public static void ReplaceProperty(AcadEntity entity, AcadBlocks blocks, Bussiness.Rules rules)
{
if (entity.ObjectName == "AcDbBlockReference")
{
var s = ((AcadBlockReference)entity);
var name = blocks.Item(s.Name).Name;
blocks.Item(s.Name).Name = rand.Next().ToString();
if (s.HasAttributes)
{
AcadAttributeReference bb;
object[] aa = (object[])s.GetAttributes();
for (int i = 0; i < aa.Length; i++)
{
bb = aa[i] as AcadAttributeReference;
if (bb != null)
{
if (bb.TagString != "---------" && bb.TagString != "------" && !bb.TagString.Contains("GEN-TITLE-MAT") && !bb.TagString.Contains("GEN-TITLE-DES") && bb.TagString != "01" && !bb.TagString.Contains("GEN-TITLE-SCA{6.14,1}"))
{
bb.TextString = "";
}
if (bb.TagString == "---------")
{
oldCode = bb.TextString;
oldCode = ReplaceStr(oldCode);
var startCode = oldCode.Substring(0, RegexCode());
var endCode = oldCode.Substring(RegexCode(), oldCode.Length - RegexCode());
Hashtable hash = rules.GetRules();
foreach (DictionaryEntry de in hash)
{
if (startCode == de.Key.ToString())
{
startCode = de.Value.ToString();
}
}
newCode = startCode + "0" + Rand();
if (!string.IsNullOrEmpty(newCode)) bb.TextString = newCode;
}
}
}
}
}
else if (entity.ObjectName == "AcDbMText")
{
AcadMText mtext = entity as AcadMText;
if (mtext != null)
{
if (mtext.TextString.Contains("FAX") || mtext.TextString.Contains("TEL") || mtext.TextString.Contains("TOMITA"))
{
mtext.TextString = "";
}
}
}
}
/// <summary>
/// 替换装配图中的明细表中的编号
/// </summary>
/// <param name="entity"></param>
/// <param name="acAppComObj"></param>
/// <param name="ds"></param>
public static void ReplaceDrawingCode(AcadEntity entity, AcadApplication acAppComObj)
{
if (entity.ObjectName == "AcmPartRef")
{
AXDBLib.AcadObject obj = entity as AXDBLib.AcadObject;
McadSymbolBBMgr symbb = (McadSymbolBBMgr)acAppComObj.GetInterfaceObject("SymBBAuto.McadSymbolBBMgr");
McadBOMMgr bommgr = (McadBOMMgr)symbb.BOMMgr;
oldCode = bommgr.GetPartAttribute(obj, "DESCR", false);
string newCode = getByNewCode(oldCode);
if (!string.IsNullOrEmpty(newCode)) bommgr.SetPartAttribute(obj, "DESCR", newCode);
}
}
public void DrawAxes()
{
if (!CheckLicense.Check())
{
return;
}
var doc = Autodesk.AutoCAD.ApplicationServices.Application.DocumentManager.MdiActiveDocument;
var db = doc.Database;
// Reset parameters
Alignment = Bridge.AlignmentType.None;
CenterlineId = ObjectId.Null;
StartPoint = Point3d.Origin;
StartCH = 0;
SelectionMethod = AxisSelectionMethod.Point;
AxisDistance = DefaultAxisDistance;
LastAxisPoint = Point3d.Origin;
Prefix = "A";
Suffix = "";
Number = 1;
FirstRun = true;
// Pick alignment
if (!GetAlignmentParameters())
{
return;
}
// Print axes
while (true)
{
// Calculate axis insertion point and chainage
if (GetAxisInsertionPoint(out Point3d axisPoint, out double axisDistanceFromStartPoint, out Vector3d axisDirection))
{
// Axis name
if (!GetAxisName())
{
return;
}
if (DrawingType == AxisDrawingType.Line || !AcadEntity.BlockExists(db, BlockName))
{
DrawAxisLine(axisPoint, axisDirection, StartCH + axisDistanceFromStartPoint);
}
else
{
DrawAxisBlock(axisPoint, axisDirection, StartCH + axisDistanceFromStartPoint);
}
// Increment axis number
FirstRun = false;
Number += 1;
LastAxisPoint = axisPoint;
}
else
{
break;
}
}
}
