475 lines
27 KiB
C#
475 lines
27 KiB
C#
using System;
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using System.Collections.Generic;
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using System.Linq;
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using System.Text;
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using System.Threading.Tasks;
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using System.Windows;
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using Bentley.DgnPlatformNET;
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using Bentley.DgnPlatformNET.Elements;
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using Bentley.GeometryNET;
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using Bentley.MstnPlatformNET;
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using Mstn.Toolkit.Extensions;
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namespace Mstn.Toolkit.External
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{
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internal class SelectionExtensions
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{
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/// <summary>
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/// 围栅（临时组合）
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/// </summary>
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/// <remarks>只在当前操作期内有效，关闭DGN后再打开将不复存在，命名围栅则可以保存下来</remarks>
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/// <param name="unparsed"></param>
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public static void CreateFenceByElement(string unparsed)//Case:FenceClipByElement
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{
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DgnModelRef dgnModelRef = Session.Instance.GetActiveDgnModelRef();//获得当前的模型空间/参照空间 注：DgnModelRef是一个基类，DgnModel和DgnAttachment都派生于这个基类
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DgnModel dgnModel = Session.Instance.GetActiveDgnModel();//获得当前激活的模型控件
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Viewport view = Session.GetActiveViewport();//获得当前视图信息
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double uorPerMas = Session.Instance.GetActiveDgnModel().GetModelInfo().UorPerMaster;//分辨率单位转换为主单位
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#region Create complex shape element
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DPoint3d p1 = new(-10 * uorPerMas, 0, 0);//声明线串元素端点
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DPoint3d p2 = new(-10 * uorPerMas, 260 * uorPerMas, 0);
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DPoint3d p3 = new(110 * uorPerMas, 260 * uorPerMas, 0);
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DPoint3d p4 = new(110 * uorPerMas, 110 * uorPerMas, 0);
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DPoint3d[] pos = { p1, p2, p3, p4 };//声明端点集
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LineStringElement lineString = new(dgnModel, null, pos);//声明线串元素
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DPoint3d centerPo = new(0, 100 * uorPerMas, 0);//声明弧元素的圆心
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ArcElement arc = new(
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dgnModel,
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null,
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centerPo,
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110 * uorPerMas,
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110 * uorPerMas,
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DMatrix3d.Identity,
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0,
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-Angle.PI.Radians / 2);//声明弧元素
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ComplexShapeElement complexShape = new(dgnModel, null);//声明复杂形元素
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complexShape.AddComponentElement(lineString);//将子构件添加到复杂元素中
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complexShape.AddComponentElement(arc);
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complexShape.AddComponentComplete();//子构件添加完成
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#endregion
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if (StatusInt.Success == FenceManager.DefineByElement(complexShape, view))//使用元素围成的区域声明围栅
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{
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FenceParameters fenceParams = new(dgnModelRef, DTransform3d.Identity);//声明围栅信息
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FenceManager.InitFromActiveFence(fenceParams, false, false, FenceClipMode.None);
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/*
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* 使用围栅信息初始化围栅
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* fenceParameters：围栅信息
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* overlap：若需囊括部分包含的元素则输入true
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* doClip：若需修剪操作则输入true
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* allowClipFlag：若需要在原始元素上剪切则输入FenceClipMode.Original，若需要在新声明的元素上剪切则输入FenceClipMode.Copy
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*/
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ElementAgenda eAgenda = new();//声明元素容器
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DgnModelRef[] modelRefList = new DgnModelRef[1];//设置需要声明围栅的模型空间
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modelRefList[0] = dgnModelRef;//设置模型空间
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FenceManager.BuildAgenda(fenceParams, eAgenda, modelRefList, false, false, false);
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/*
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* 使用围栅信息获得符合要求的元素集
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* fenceParameters：围栅信息
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* elementAgenda：符合要求的元素集
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* modelRefList：声明围栅的模型空间
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* modifyOrig：是否修改原始元素
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* allowLocked：是否允许锁定元素
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* callAsynch：是否需要调用异步
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*/
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string result = "Result:\n";//声明字符串
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for (uint i = 0; i < eAgenda.GetCount(); i++)//遍历元素容器中的元素
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{
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Element element = eAgenda.GetEntry(i);//获得元素容器中的元素
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result = result + "ElementId = " + element.ElementId + '\n';//将元素ID写入模型
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}
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result = result + "Total count: " + eAgenda.GetCount();//输出元素个数
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MessageBox.Show(result);//将字符串输出到对话框中
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}
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}
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public static void ClipElementByFence(string unparsed)//Case:FenceClipByPoints
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{
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DgnModelRef dgnModelRef = Session.Instance.GetActiveDgnModelRef();//获得当前的模型空间/参照空间 注：DgnModelRef是一个基类，DgnModel和DgnAttachment都派生于这个基类
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DgnModel dgnModel = Session.Instance.GetActiveDgnModel();//获得当前激活的模型控件
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Viewport view = Session.GetActiveViewport();//获得当前视图信息
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double uorPerMas = Session.Instance.GetActiveDgnModel().GetModelInfo().UorPerMaster;//分辨率单位转换为主单位
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DPoint3d p1 = new(-10 * uorPerMas, 0, -130 * uorPerMas);//声明围栅坐标点
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DPoint3d p2 = new(-10 * uorPerMas, 0, 200 * uorPerMas);
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DPoint3d p3 = new(50 * uorPerMas, 0, 200 * uorPerMas);
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DPoint3d p4 = new(50 * uorPerMas, 0, -130 * uorPerMas);
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DPoint3d[] pos = { p1, p2, p3, p4 };//使用端点声明端点集
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ShapeElement shape = new(dgnModel, null, pos);//声明形元素
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if (StatusInt.Success == FenceManager.DefineByElement(shape, view))//使用图形建立围栅
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{
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FenceParameters fenceParams = new(dgnModelRef, DTransform3d.Identity);//声明围栅信息
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FenceManager.InitFromActiveFence(fenceParams, true, true, FenceClipMode.Copy);//使用围栅信息初始化围栅
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ElementAgenda eAgenda = new();//声明元素容器
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DgnModelRef[] modelRefList = new DgnModelRef[1];//设置需要声明围栅的模型空间
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modelRefList[0] = dgnModelRef;//设置模型空间
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FenceManager.BuildAgenda(fenceParams, eAgenda, modelRefList, false, false, false);//使用围栅信息获得符合要求的元素集
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for (uint i = 0; i < eAgenda.GetCount(); i++)//遍历元素容器中的元素
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{
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ElementAgenda insideElems = new();//声明元素容器
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ElementAgenda outsideElems = new();//声明元素容器
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Element element = eAgenda.GetEntry(i);//获得元素容器中的元素
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FenceManager.ClipElement(fenceParams, insideElems, outsideElems, element, FenceClipFlags.Optimized);//对围栅内的元素进行剪切
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for (uint j = 0; j < outsideElems.GetCount(); j++)//遍历围栅切割后生成的外围元素
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{
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using (ElementCopyContext copyContext = new(dgnModelRef))//复制元素
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{
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Element elemToCopy = outsideElems.GetEntry(j);//获得切割后生成的外围元素
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copyContext.DoCopy(elemToCopy);//将元素复制到指定模型中
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}
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}
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}
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}
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}
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//参考文章：https://communities.bentley.com/communities/other_communities/bdn_other_communities/b/bdn-blog/posts/mesh
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public static void BreakElementIntoPolyface(string unparsed)//Case:BreakSolidExample
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{
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DgnModel dgnModel = Session.Instance.GetActiveDgnModel();//获取当前的模型空间
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double uorPerMas = Session.Instance.GetActiveDgnModel().GetModelInfo().UorPerMaster;//分辨率单位转换为主单位
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#region Create Solid
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#region Create profile
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DPoint3d p1 = new(-uorPerMas, uorPerMas, 0);//声明体元素端点
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DPoint3d p2 = new(uorPerMas, uorPerMas, 0);
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DPoint3d p3 = new(uorPerMas, -uorPerMas, 0);
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DPoint3d p4 = new(-uorPerMas, -uorPerMas, 0);
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DPoint3d[] pos = { p1, p2, p3, p4 };//将面元素端点添加到面元素端点数组中
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ShapeElement shape = new(dgnModel, null, pos);//声明形元素
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#endregion
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DPoint3d origin = DPoint3d.Zero;//声明拉伸基点
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DVector3d extrudeVector = new(uorPerMas, uorPerMas, 10 * uorPerMas);//声明拉伸向量
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SurfaceOrSolidElement solid = SurfaceOrSolidElement.CreateProjectionElement(
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dgnModel,
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null,
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shape,
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origin,
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extrudeVector,
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DTransform3d.Identity,
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true);//声明实体元素
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solid.AddToModel();//将拉伸体写入模型
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#endregion
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IList<PolyfaceHeader> polyfaces = [];//声明多面体几何列表
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FacetOptions facetOptions = new();//曲面属性，用于设置生成曲面或曲线弦的属性声明
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facetOptions.SetDefaults();//属性设置为默认
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PolyfaceProcessor polyfaceProcessor = new(ref polyfaces, facetOptions);//声明用于分解多面体几何的处理器
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polyfaceProcessor.Process(solid); //将需要分解的元素输入处理器中
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for (int i = 0; i < polyfaces.Count; i++)//遍历元素中分解后的多面体几何
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{
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List<uint> colorIndex = [];//声明颜色索引
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foreach (DPoint3d po in polyfaces[i].Point)//为了获得该多面体几何的端点个数，对端点进行遍历
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{
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if (po.Z < 5 * uorPerMas)//Z坐标小于5为红色，否则则为蓝色
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{
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colorIndex.Add(0x00ff0000);//红色
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}
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else
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{
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colorIndex.Add(0x000000ff);//蓝色
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}
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//关于16进制颜色对照请参考：http://each.sinaapp.com/tools/color.html 格式为：0x00+(去掉#)16进制颜色
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}
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polyfaces[i].IntColor = colorIndex;//设置多面体几何的颜色索引值
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polyfaces[i].ActivateVectorsForIndexing(polyfaces[i]);//设置为激活状态，以便携带所有的数据及索引信息
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MeshHeaderElement meshElem = new(dgnModel, null, polyfaces[i]);//使用修改后的多面体几何建立网格元素
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TransformInfo trans = new(DTransform3d.FromTranslation(new DPoint3d(5 * uorPerMas, 0, 0)));//声明变换信息
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meshElem.ApplyTransform(trans);//对网格元素应用变换
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meshElem.AddToModel();//将网格元素写入模型
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}
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}
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public static void BreakElementIntoCurves(string unparsed)//Case:BreakSolidExample
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{
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DgnModel dgnModel = Session.Instance.GetActiveDgnModel();//获取当前的模型空间
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double uorPerMas = Session.Instance.GetActiveDgnModel().GetModelInfo().UorPerMaster;//分辨率单位转换为主单位
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#region Create Solid
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#region Create profile
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DPoint3d p1 = new(-uorPerMas, uorPerMas, 0);//声明体元素端点
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DPoint3d p2 = new(uorPerMas, uorPerMas, 0);
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DPoint3d p3 = new(uorPerMas, -uorPerMas, 0);
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DPoint3d p4 = new(-uorPerMas, -uorPerMas, 0);
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DPoint3d[] pos = { p1, p2, p3, p4 };//将面元素端点添加到面元素端点数组中
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ShapeElement shape = new(dgnModel, null, pos);//声明形元素
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#endregion
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DPoint3d origin = DPoint3d.Zero;//声明拉伸基点
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DVector3d extrudeVector = new(uorPerMas, uorPerMas, 10 * uorPerMas);//声明拉伸向量
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SurfaceOrSolidElement solid = SurfaceOrSolidElement.CreateProjectionElement(
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dgnModel,
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null,
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shape,
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origin,
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extrudeVector,
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DTransform3d.Identity,
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true);//声明实体元素
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solid.AddToModel();//将拉伸体写入模型
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#endregion
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IList<CurveVector> curves = [];//声明多面体几何列表
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CurveProcessor curveProcessor = new(ref curves);//声明用于分解曲线几何的处理器
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curveProcessor.Process(solid); //将需要分解的元素输入处理器中
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List<CurveVector> curvesList = [];//声明几何图元列表
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for (int i = 0; i < curves.Count; i++)//遍历元素中分解后的曲线几何
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{
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Element subElem = DraftingElementSchema.ToElement(dgnModel, curves[i], null);//将几何转换成对应的元素
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subElem.AddToModel();//将元素写入模型
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if (subElem.ElementType == MSElementType.LineString)//判断转换后的元素是否为线串
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{
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ComplexShapeElement complexShape = new(dgnModel, null);//声明复杂形元素（因为对于线串元素不一定为闭合，有可能无法围城封闭图形，故使用建立shape的形式闭合几何图形）
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complexShape.AddComponentElement(subElem);//将线串元素添加到shape元素中
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complexShape.AddComponentComplete();//添加元素完成
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CurveVector shapeCurve = complexShape.GetCurveVector();//获得shape的封闭图形
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CurveVector curveWithFillets = shapeCurve.CloneWithFillets(0.1 * uorPerMas);//对获得的几何图元做倒角处理
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curvesList.Add(curveWithFillets);//将几何图元添加到列表中
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}
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}
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BentleyStatus result = Create.BodyFromLoft(
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out SolidKernelEntity entityOut,
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curvesList.ToArray(),
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curvesList.Count,
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curvesList.ToArray(),
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0,
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dgnModel,
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false,
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false);//声明扫掠体
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Convert1.BodyToElement(out Element solidElem, entityOut, null, dgnModel);//将实体转换为元素
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solidElem.AddToModel();//将元素写入模型空间
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}
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#region PracticeWork
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public static void CmdPracticeWork(string unparsed)
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{
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DgnFile dgnFile = Session.Instance.GetActiveDgnFile();//获得当前激活的文件
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DgnModel dgnModel = Session.Instance.GetActiveDgnModel();//获取当前的模型空间
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double uorPerMeter = Session.Instance.GetActiveDgnModel().GetModelInfo().UorPerMeter;//分辨率单位转换为米
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#region Create beam
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#region Create profile
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double H = 700 * uorPerMeter / 1000;
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double H1 = 125 * uorPerMeter / 1000, H2 = 125 * uorPerMeter / 1000;
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double H3 = 275 * uorPerMeter / 1000;
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double H4 = 75 * uorPerMeter / 1000, B4 = 75 * uorPerMeter / 1000;
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double H5 = 100 * uorPerMeter / 1000;
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double B3 = 125 * uorPerMeter / 1000;
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double B1 = 400 * uorPerMeter / 1000;
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double B2 = 300 * uorPerMeter / 1000;
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double B = 150 * uorPerMeter / 1000;
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DPoint3d p1 = new(-1 * 0.5 * B1, 0, 0);//声明体元素端点
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DPoint3d p2 = new(-1 * 0.5 * B1, 0, H2);
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DPoint3d p3 = new(-0.5 * B, 0, H2 + H5);
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DPoint3d p4 = new(-0.5 * B, 0, H2 + H5 + H3);
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DPoint3d p5 = new(-0.5 * B2, 0, H2 + H5 + H3 + H4);
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DPoint3d p6 = new(-0.5 * B2, 0, H);
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DPoint3d p7 = new(0.5 * B2, 0, H);
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DPoint3d p8 = new(0.5 * B2, 0, H2 + H5 + H3 + H4);
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DPoint3d p9 = new(0.5 * B, 0, H2 + H5 + H3);
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DPoint3d p10 = new(0.5 * B, 0, H2 + H5);
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DPoint3d p11 = new(0.5 * B1, 0, H2);
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DPoint3d p12 = new(0.5 * B1, 0, 0);
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DPoint3d[] pos = { p1, p2, p3, p4, p5, p6, p7, p8, p9, p10, p11, p12 };//将面元素端点添加到面元素端点数组中
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ShapeElement shape = new(dgnModel, null, pos);//声明形元素
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#endregion
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DPoint3d origin = DPoint3d.Zero;//声明拉伸基点
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DVector3d extrudeVector = new(0, 12 * uorPerMeter, 0);//声明拉伸向量
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SurfaceOrSolidElement beamSolid = SurfaceOrSolidElement.CreateProjectionElement(
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dgnModel,
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null,
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shape,
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origin,
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extrudeVector,
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DTransform3d.Identity,
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true);//使用投影的方式声明拉伸体元素
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#endregion
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#region Create dimension
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DPoint3d d1 = new(-0.5 * B1, 0, -50 * uorPerMeter / 1000);//声明标注点
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DPoint3d d2 = new(0.5 * B1, 0, -50 * uorPerMeter / 1000);//声明标注点
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DPoint3d[] dimensionPos1 = { d1, d2 };//声明标注点数组
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DMatrix3d dMatrix1 = new(-1, 0, 0, 0, 0, 1, 0, -1, 0);//声明变换矩阵
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DimensionElement dimEle1 = CreateDimensionElement(dgnFile, dgnModel, dimensionPos1, string.Empty, dMatrix1);//声明标注元素
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dimEle1.AddToModel();//将标注元素写入模型
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DPoint3d d3 = new(-0.5 * B1, 0, -10 * uorPerMeter / 1000);
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DPoint3d d4 = new(-0.5 * B, 0, -10 * uorPerMeter / 1000);
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DPoint3d d5 = new(0.5 * B, 0, -10 * uorPerMeter / 1000);
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DPoint3d d6 = new(0.5 * B1, 0, -10 * uorPerMeter / 1000);
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DPoint3d[] dimensionPos2 = { d3, d4, d5, d6 };
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DimensionElement dimEle2 = CreateDimensionElement(dgnFile, dgnModel, dimensionPos2, string.Empty, dMatrix1);
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dimEle2.AddToModel();//将标注元素写入模型
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DMatrix3d dMatrix2 = DMatrix3d.FromRows(new DVector3d(0, 1, 0), new DVector3d(-1, 0, 0), new DVector3d(0, 0, 1));
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DMatrix3d dMatrix = DMatrix3d.Multiply(dMatrix1, dMatrix2);
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DPoint3d d7 = new(-0.5 * B1 - 50 * uorPerMeter / 1000, 0, 0);
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DPoint3d d8 = new(-0.5 * B1 - 50 * uorPerMeter / 1000, 0, H);
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DPoint3d[] dimensionPos3 = { d7, d8 };
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DimensionElement dimEle3 = CreateDimensionElement(dgnFile, dgnModel, dimensionPos3, string.Empty, dMatrix);
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dimEle3.AddToModel();//将标注元素写入模型
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DPoint3d d9 = new(-0.5 * B1 - 10 * uorPerMeter / 1000, 0, 0);
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DPoint3d d10 = new(-0.5 * B1 - 10 * uorPerMeter / 1000, 0, H2);
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DPoint3d d11 = new(-0.5 * B1 - 10 * uorPerMeter / 1000, 0, H2 + H5);
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DPoint3d d12 = new(-0.5 * B1 - 10 * uorPerMeter / 1000, 0, H2 + H5 + H3);
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DPoint3d d13 = new(-0.5 * B1 - 10 * uorPerMeter / 1000, 0, H2 + H5 + H3 + H4);
|
||
DPoint3d d14 = new(-0.5 * B1 - 10 * uorPerMeter / 1000, 0, H);
|
||
DPoint3d[] dimensionPos4 = { d9, d10, d11, d12, d13, d14 };
|
||
DimensionElement dimEle4 = CreateDimensionElement(dgnFile, dgnModel, dimensionPos4, string.Empty, dMatrix);
|
||
dimEle4.AddToModel();//将标注元素写入模型
|
||
#endregion
|
||
|
||
#region Create column
|
||
EllipseElement ellipse = new(
|
||
dgnModel,
|
||
null,
|
||
DPoint3d.Zero,
|
||
350 * uorPerMeter / 1000,
|
||
350 * uorPerMeter / 1000,
|
||
DMatrix3d.Identity);
|
||
|
||
DVector3d columnVector = new(0, 0, 3 * uorPerMeter);//声明拉伸向量
|
||
|
||
SurfaceOrSolidElement columnSolid = SurfaceOrSolidElement.CreateProjectionElement(
|
||
dgnModel,
|
||
null,
|
||
ellipse,
|
||
DPoint3d.Zero,
|
||
columnVector,
|
||
DTransform3d.Identity,
|
||
true);//使用投影的方式声明拉伸体元素
|
||
|
||
DTransform3d dTransform3D = DTransform3d.FromTranslation(new DPoint3d(0, 12 * uorPerMeter, -1 * uorPerMeter));//声明变换几何，执行元素平移操作
|
||
TransformInfo trans = new(dTransform3D);//声明变换信息
|
||
columnSolid.ApplyTransform(trans);//对拉伸圆柱体施加变换信息
|
||
#endregion
|
||
|
||
#region BooleanSubtract
|
||
Convert1.ElementToBody(out SolidKernelEntity entity1, beamSolid, true, false, false);//将实体转成SolidKernelEntity
|
||
Convert1.ElementToBody(out SolidKernelEntity entity2, columnSolid, true, false, false);//将圆台实体元素转成SolidKernelEntity
|
||
SolidKernelEntity[] entities = { entity2 };//声明实核实体集
|
||
Modify.BooleanSubtract(ref entity1, ref entities, entities.Count());//用实核实体集中的实体与实体进行布尔减运算
|
||
Convert1.BodyToElement(out Element resultElem, entity1, null, dgnModel);//将结果转换为元素
|
||
#endregion
|
||
|
||
#region Attach material
|
||
MaterialId id = FindMaterial(dgnFile, dgnModel);
|
||
AttachMaterialToElement(id, resultElem);
|
||
AttachMaterialToElement(id, columnSolid);
|
||
#endregion
|
||
}
|
||
|
||
private static void AttachMaterialToElement(MaterialId id, Element elem)
|
||
{
|
||
if (id != null)
|
||
{
|
||
MaterialPropertiesExtension propertiesExtension = MaterialPropertiesExtension.GetAsMaterialPropertiesExtension(
|
||
(DisplayableElement)elem);//为拉伸实体元素设置材料属性
|
||
propertiesExtension.AddMaterialAttachment(id);//添加嵌入的材料信息
|
||
propertiesExtension.StoresAttachmentInfo(id);//保存拉伸实体元素的材料信息
|
||
propertiesExtension.AddToModel();//将拉伸实体写入模型
|
||
}
|
||
}
|
||
|
||
private static MaterialId FindMaterial(DgnFile dgnFile, DgnModel dgnModel)
|
||
{
|
||
MaterialTable matTbl = new(dgnFile)
|
||
{
|
||
Name = "MyMaterialTable"//声明材料表名称
|
||
};//声明材料表
|
||
PaletteInfo[] palInfo = MaterialManager.GetPalettesInSearchPath("MS_MATERIAL");//从MS_MATERIAL的环境变量声明路径下读取材料图表
|
||
if (palInfo.Length < 1)//判断是否获取到材料图表
|
||
{
|
||
MessageCenter.Instance.ShowInfoMessage("Can't get palette", null, true);//输出错误信息
|
||
return null;//返回
|
||
}
|
||
for (int i = 0; i < palInfo.Count(); i++)//遍历材料图表
|
||
{
|
||
if (palInfo[i].Name == "Concrete&Pavers")//判断材料图表是否名为Concrete&Pavers
|
||
{
|
||
matTbl.AddPalette(palInfo[i]);//添加材料图表至材料表
|
||
break;//跳出循环
|
||
}
|
||
else if (i == palInfo.Count() - 1)//若未找到名为lightwidgets的材料图表
|
||
{
|
||
MessageCenter.Instance
|
||
.ShowErrorMessage(
|
||
"Can't find material lib named lightwidgets, please check",
|
||
"Can't find material lib named lightwidgets, please check",
|
||
true);//输出错误信息
|
||
}
|
||
}
|
||
MaterialManager.SetActiveTable(matTbl, dgnModel);//设置当前材料表为激活图表
|
||
MaterialManager.SaveTable(matTbl);//保存材料表
|
||
|
||
MaterialId id = new("Concrete_1");//查找名为Concrete_1的材料
|
||
return id;
|
||
}
|
||
#endregion
|
||
|
||
/*
|
||
* 参考论坛帖子：
|
||
* https://communities.bentley.com/communities/other_communities/chinafirst/f/microstation-projectwise/158653/ms-ce-c
|
||
* https://communities.bentley.com/communities/other_communities/chinafirst/f/microstation-projectwise/200717/thread/601140#601140
|
||
* https://communities.bentley.com/communities/other_communities/chinafirst/f/microstation-projectwise/221336/abd-ce-c/678991#678991
|
||
*/
|
||
private static DimensionElement CreateDimensionElement(
|
||
DgnFile dgnFile,
|
||
DgnModel dgnModel,
|
||
DPoint3d[] pos,
|
||
string text,
|
||
DMatrix3d dMatrix)
|
||
{
|
||
//获取当前dgn文件中名字为"DimStyle"的标注样式，尺寸标注元素的外貌由上百个属性控制，而标注样式是一组预先设置好的属性
|
||
//获取了预先订制好的标注样式之后，还可以调用DimensionStyle下的各种SetXXX成员函数修改设置的属性
|
||
DimensionStyle dimStyle = new("DimStyle", dgnFile);//声明标注样式
|
||
dimStyle.SetBooleanProp(true, DimStyleProp.Placement_UseStyleAnnotationScale_BOOLINT);//设置标注样式
|
||
dimStyle.SetDoubleProp(1, DimStyleProp.Placement_AnnotationScale_DOUBLE);
|
||
dimStyle.SetBooleanProp(true, DimStyleProp.Text_OverrideHeight_BOOLINT);
|
||
dimStyle.SetDistanceProp(200, DimStyleProp.Text_Height_DISTANCE, dgnModel);
|
||
dimStyle.SetBooleanProp(true, DimStyleProp.Text_OverrideWidth_BOOLINT);
|
||
dimStyle.SetDistanceProp(200, DimStyleProp.Text_Width_DISTANCE, dgnModel);
|
||
dimStyle.SetBooleanProp(true, DimStyleProp.General_UseMinLeader_BOOLINT);
|
||
dimStyle.SetDoubleProp(0.01, DimStyleProp.Terminator_MinLeader_DOUBLE);
|
||
dimStyle.SetBooleanProp(true, DimStyleProp.Value_AngleMeasure_BOOLINT);
|
||
dimStyle.SetAccuracyProp((byte)AnglePrecision.Use1Place, DimStyleProp.Value_AnglePrecision_INTEGER);
|
||
int alignInt = (int)DimStyleProp_General_Alignment.True;
|
||
StatusInt status = dimStyle.SetIntegerProp(alignInt, DimStyleProp.General_Alignment_INTEGER);
|
||
dimStyle.GetIntegerProp(out int valueOut, DimStyleProp.General_Alignment_INTEGER);
|
||
DgnTextStyle textStyle = new("TestStyle", dgnFile);//设置文字样式
|
||
LevelId lvlId = Settings.GetLevelIdFromName("Default");//设置图层
|
||
|
||
DimensionData callbacks = new(dimStyle, textStyle, new Symbology(), lvlId, null);//尺寸标注元素的构造函数会调用DimensionCreateData的各个成员函数去获取声明尺寸标注元素需要的各种参数
|
||
DimensionElement dimEle = new(dgnModel, callbacks, DimensionType.SizeStroke);//声明标注元素
|
||
if (dimEle.IsValid)//判断标注元素是否有效
|
||
{
|
||
for (int i = 0; i < pos.Count(); i++)
|
||
{
|
||
dimEle.InsertPoint(pos[i], null, dimStyle, -1);//对标注元素设置插入点
|
||
}
|
||
dimEle.SetHeight(500);//设置尺寸标注元素的高度
|
||
dimEle.SetRotationMatrix(dMatrix);//设置变换信息
|
||
}
|
||
return dimEle;
|
||
}
|
||
}
|
||
}
|