今天再发个关于C# 开发Ps 的源代码

xsh2003 · 发表于 2011-3-17 21:34:28

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这个代码的功能是点以曲面的法向方向投影到曲面上，也就是点到曲面的最近点。有兴趣的参考下，这代码是本人原创的哦,,

源代码如下：

using System;
using System.Collections.Generic;
using System.ComponentModel;
using System.Data;
using System.Drawing;
using System.Text;
using System.Windows.Forms;
using PowerSolutionDOTNetOLE;
using System.Collections;
namespace WindowsApplication1
{
public partial class Form1 : Form
{
      ArrayList PointName = new ArrayList();
      ArrayList SurfaceName = new ArrayList();


      public Form1()
      {
         InitializeComponent();
         rboNO.Checked = true;
         rboYes.Checked = false;
         bonEnter.Enabled = false;
      }

      private void Form1_Load(object sender, EventArgs e)
      {
         //窗体加载连接PS软件
         clsPowerSHAPEOLE.Connect();
         if (clsPowerSHAPEOLE .IsPSConnected()== false )
         {
            MessageBox.Show("没有打开PowerSHAPE","错误",MessageBoxButtons .OK,MessageBoxIcon.Error );
         }
      }

   //执行投影
      private void Enter_Click(object sender, EventArgs e)
      {

         //判断最短距离,以点为循环条件
         foreach (string PT in PointName )
         {
            //初始化直线长度和曲线名称
            double LineLen = 0;
            string minLineName = "";
            string backSelName = "";
            //一点和曲面产生直线并保留最短直线
            clsPowerSHAPEOLE.Execute("REFRESH OFF");
         foreach (string Su in SurfaceName )
         {
            clsPowerSHAPEOLE.ClearSelection();
            clsPowerSHAPEOLE.Execute("add Symbol '" + PT + "'", "add Surface '" + Su + "'", "CREATE LINE ", "CREATE LINE MINDIST");
            clsEntityType[] Sels = clsPowerSHAPEOLE.GetSelectedEntities();
            string  SelName =  ((clsPowerSHAPEOLE.GetSelectedEntities())[0].Name).ToString () ;
            if (LineLen == 0)
            {
                  LineLen = (double)(clsPowerSHAPEOLE.Evaluate("line[ " + SelName + "].length"));
                  backSelName = SelName;  //存储上一次产生的直线名称
                  minLineName = SelName;  //存储最短直线的名称
            }
            else
            {
                  double Temp = (double)(clsPowerSHAPEOLE.Evaluate("line[ " + SelName + "].length"));
               //判断当前直线长度与上次直线长度
                  if (Temp < LineLen)
                  {
                     LineLen = Temp;
                     clsPowerSHAPEOLE.ClearSelection();
                     clsPowerSHAPEOLE.Execute("add line '" + backSelName + "'", "delete");
                     backSelName = SelName;  //存储上一次产生的直线名称
                     minLineName = SelName;  //存储最短直线的名称
                  }
                  else
                  {
                     clsPowerSHAPEOLE.Execute("delete");
                  }
            }
         }
            //获取直线结束点的坐标
            double LineX= (double )clsPowerSHAPEOLE .Evaluate ("line["+ minLineName +"].end.x");
            double LineY = (double)clsPowerSHAPEOLE.Evaluate("line[" + minLineName + "].end.y");
            double LineZ = (double)clsPowerSHAPEOLE.Evaluate("line[" + minLineName + "].end.z");
            //做出法向点
            clsPowerSHAPEOLE.Execute("CREATE POINT SINGLE", LineX +" "+LineY +" "+LineZ , "cancel");
            clsPowerSHAPEOLE.ClearSelection();
            if (rboNO .Checked == true)
            {
               clsPowerSHAPEOLE.Execute("add line '" + minLineName + "'", "delete", "REFRESH ON");
               clsPowerSHAPEOLE.Execute("delete");
            }
            else
            {
               clsPowerSHAPEOLE.Execute("REFRESH ON");
            }
            Timer1.Enabled = true;
            bonEnter.Enabled = false;
            this.Close();
         }
      }
   private void button1_Click(object sender, EventArgs e)
   {
      this.Close();
   }
   private void Timer1_Tick(object sender, EventArgs e)
   {
      //清除所有选择的物件
      // clsPowerSHAPEOLE.ClearSelection();
         //清空动态数组
         PointName.Clear();
         SurfaceName.Clear();
         //建立动态数组区分点和曲面
         clsEntityType[] Sel = clsPowerSHAPEOLE.GetSelectedEntities();
         if (Sel.Length == 0)
         {
            lbltxt.Text = "维选择任何物件";
         }
         else
         {
            foreach (clsEntityType Temp in Sel)
            {
               if ((Temp.Type).ToString() == "Point")
               {
                  PointName.Add((Temp.Name).ToString());
               }
               else if ((Temp.Type).ToString() == "Surface")
               {
                  SurfaceName.Add((Temp.Name).ToString());
               }
            }
            if (PointName.Count == 0 || SurfaceName.Count == 0)
            {
               lbltxt.Text = string.Format("以选择: {0}点{1}面", PointName.Count, SurfaceName.Count);

            }
            else
            {
               lbltxt.Text = string.Format("以选择: {0}点{1}面", PointName.Count, SurfaceName.Count);
               // Timer1.Enabled = false;
               bonEnter.Enabled = true ;
            }
         }
   }

}
}

t253377892 · 发表于 2011-3-19 20:28:30

莫非你就是传说中的高手？希望高手发个powershape的拆电极的视频，
powershape的曲面是很强可以光使用曲面也太慢了。也许是要二次开发。还请大虾发个视频大家看！！相信大家都很期待。

t253377892 · 发表于 2011-3-19 20:29:15

顶起来
等powershape高手很久了

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[原创] 今天再发个关于C# 开发Ps 的源代码

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