NX二次开发-算法篇-判断找到两个数组里不相同的对象

     NX9+VS2012

     #include <uf.h>
     #include <uf_curve.h>
     #include <uf_modl.h>
     #include <vector>
     #include <uf_disp.h>

     UF_initialize();

     //第一步,创建5条直线
     UF_CURVE_line_t Coords1;
     Coords1.start_point[] = 0.0;
     Coords1.start_point[] = 0.0;
     Coords1.start_point[] = 0.0;
     Coords1.end_point[] = 20.0;
     Coords1.end_point[] = 0.0;
     Coords1.end_point[] = 0.0;
     tag_t LineTag1 = NULL_TAG;
     UF_CURVE_create_line(&Coords1, &LineTag1);

     UF_CURVE_line_t Coords2;
     Coords2.start_point[] = 0.0;
     Coords2.start_point[] = 10.0;
     Coords2.start_point[] = 0.0;
     Coords2.end_point[] = 20.0;
     Coords2.end_point[] = 10.0;
     Coords2.end_point[] = 0.0;
     tag_t LineTag2 = NULL_TAG;
     UF_CURVE_create_line(&Coords2, &LineTag2);

     UF_CURVE_line_t Coords3;
     Coords3.start_point[] = 0.0;
     Coords3.start_point[] = 20.0;
     Coords3.start_point[] = 0.0;
     Coords3.end_point[] = 20.0;
     Coords3.end_point[] = 20.0;
     Coords3.end_point[] = 0.0;
     tag_t LineTag3 = NULL_TAG;
     UF_CURVE_create_line(&Coords3, &LineTag3);

     UF_CURVE_line_t Coords4;
     Coords4.start_point[] = 0.0;
     Coords4.start_point[] = 30.0;
     Coords4.start_point[] = 0.0;
     Coords4.end_point[] = 20.0;
     Coords4.end_point[] = 30.0;
     Coords4.end_point[] = 0.0;
     tag_t LineTag4 = NULL_TAG;
     UF_CURVE_create_line(&Coords4, &LineTag4);

     UF_CURVE_line_t Coords5;
     Coords5.start_point[] = 0.0;
     Coords5.start_point[] = 40.0;
     Coords5.start_point[] = 0.0;
     Coords5.end_point[] = 20.0;
     Coords5.end_point[] = 40.0;
     Coords5.end_point[] = 0.0;
     tag_t LineTag5 = NULL_TAG;
     UF_CURVE_create_line(&Coords5, &LineTag5);

     //第二步,将5条直线分别放到两个数组里

     //创建vector数组
     std::vector<tag_t> LineCurve1;
     std::vector<tag_t> LineCurve2;

     //将5条直线添加到数组1
     LineCurve1.push_back(LineTag1);
     LineCurve1.push_back(LineTag2);
     LineCurve1.push_back(LineTag3);
     LineCurve1.push_back(LineTag4);
     LineCurve1.push_back(LineTag5);

     //将3条直线添加到数组2
     LineCurve2.push_back(LineTag2);
     LineCurve2.push_back(LineTag4);
     LineCurve2.push_back(LineTag5);

     //算法,判断找到两个数组里不相同的对象
     for (int i = ; i < LineCurve1.size(); i++)
     {
         bool FindSame = false;
         for (int j = ; j < LineCurve2.size(); j++)
         {
             if (LineCurve1[i] == LineCurve2[j])
             {
                 FindSame = true;
                 break;
             }
         }
         if (FindSame == false)
         {
             //将两个数组里不相同的直线进行高亮
             UF_DISP_set_highlight(LineCurve1[i], );
         }
     }

     UF_terminate();