static void test_vector()
{
test_name("vector");
// vector member
PHFemMeshNewDesc descFemMeshNew = new PHFemMeshNewDesc();
vectorwrapper_int tets = descFemMeshNew.tets;
// intrinsic element
tets.push_back(101);
tets.push_back(102);
put("vec<int>", "2 ", tets.size());
put("vec<int>", "101", tets[0]);
put("vec<int>", "102", tets[1]);
tets.clear();
tets.push_back(101);
tets.push_back(102);
tets[0] = 201;
tets[1] = 202;
tets.push_back(203);
put("vec<int>", "3 ", tets.size());
put("vec<int>", "201", tets[0]);
put("vec<int>", "202", tets[1]);
put("vec<int>", "203", tets[2]);
// structure element
vectorwrapper_Vec3d vertices = descFemMeshNew.vertices;
vertices.push_back(new Vec3d(0.1, 0.2, 0.3));
vertices.push_back(new Vec3d(0.4, 0.5, 0.6));
put("vec<Vec3d>", "2 ", vertices.size());
put("vec<Vec3d>", "0.1", vertices[0].x);
put("vec<Vec3d>", "0.2", vertices[0].y);
put("vec<Vec3d>", "0.3", vertices[0].z);
put("vec<Vec3d>", "(0.4, 0.5, 0.6)", vertices[1].ToString());
}
static string edit_vectorwrapper(vectorwrapper_Vec3d v, int ix)
{
return("( " + v[ix].x + ", " + v[ix].y + ", " + v[ix].z + " )");
}
