1 void printf_msg(tag_t bound_tag)
2 {
3 tag_t boundary_tag=bound_tag;
4 UF_BOUND_all_data_t boundary_data;
5 UF_BOUND_ask_boundary_data (boundary_tag,&boundary_data);
6 /*
7 boundary_data.num_members;//边界的个数
8 boundary_data.open_closed_flag;//边界是打开还是封闭的 UF_BOUND_OPEN=1 or UF_BOUND_CLOSED=0
9 boundary_data.plane_matrix;//平面矩阵的tag值
10 boundary_data.minimum_distance;//边界到平面的最小距离
11 boundary_data.maxmin_box[4];//边界的最小值和最大值（类似最小包容体那个 但是这个是二维的最小的x,y值和最大的x,y值）
12 boundary_data.tolerance[2]; //边界公差
13 //公差[0]：允许的最大值边界可能的公差偏离定义弯成零件
14 //公差[1]：允许的最大值边界可能的公差偏离定义远离零件弯曲
15 boundary_data.members_data->member_tag;//直线的tag值
16 boundary_data.members_data->on_tangent_to_flag;//刀具切还是on UF_BOUND_ON=0 or UF_BOUND_TANGENT_TO=1.
17 boundary_data.members_data->contiguity_flag;//成链 UF_BOUND_CONTIGUOUS=1 or UF_BOUND_NOT_CONTIGUOUS=0
18 boundary_data.members_data->parameter_range[2];//参数范围
19 boundary_data.members_data->midpoint[2];//中点
20 boundary_data.members_data->direction_vec[2];//二维方向向量
21 */
22 char msg_num_numbers[256],msg_open_closed_flag[256],msg_plane_matrix[256],msg_minimum_distance[256],
23 msg_maxmin_box[256],msg_tolerance[256],msg_member_tag[256],msg_on_tangent_to_flag[256],msg_contiguity_flag[256],
24 msg_parameter_range[256],msg_midpoint[256],msg_direction_vec[256];
25
26 sprintf_s(msg_num_numbers,"边界的个数=%d
",boundary_data.num_members);
27 sprintf_s(msg_open_closed_flag,"边界打开还是封闭=%d
",boundary_data.open_closed_flag);
28 sprintf_s(msg_plane_matrix,"平面矩阵的tag=%d
",boundary_data.plane_matrix);
29 sprintf_s(msg_minimum_distance,"边界到平面的最小距离=%f
",boundary_data.minimum_distance);
30 sprintf_s(msg_maxmin_box,"边界最大和最小=%f,%f,%f,%f
",boundary_data.maxmin_box[0],boundary_data.maxmin_box[1],boundary_data.maxmin_box[2],boundary_data.maxmin_box[3]);
31 sprintf_s(msg_tolerance,"边界公差=%f
",boundary_data.tolerance[0],boundary_data.tolerance[1]);
32
33 sprintf_s(msg_member_tag,"直线的tag=%d
",boundary_data.members_data->member_tag);
34 sprintf_s(msg_on_tangent_to_flag,"边界切还是on=%d
",boundary_data.members_data->on_tangent_to_flag);
35 sprintf_s(msg_contiguity_flag,"是否成链=%d
",boundary_data.members_data->contiguity_flag);
36 sprintf_s(msg_parameter_range,"参数范围=%f,%f
",boundary_data.members_data->parameter_range[0],boundary_data.members_data->parameter_range[1]);
37 sprintf_s(msg_midpoint,"中点=%f,%f
",boundary_data.members_data->midpoint[0],boundary_data.members_data->midpoint[1]);
38 sprintf_s(msg_direction_vec,"矢量方向=%f,%f
",boundary_data.members_data->direction_vec[0],boundary_data.members_data->direction_vec[1]);
39
40 //打印
41 UF_UI_open_listing_window();
42 UF_UI_write_listing_window(msg_num_numbers);
43 UF_UI_write_listing_window(msg_open_closed_flag);
44 UF_UI_write_listing_window(msg_plane_matrix);
45 UF_UI_write_listing_window(msg_minimum_distance);
46 UF_UI_write_listing_window(msg_maxmin_box);
47 UF_UI_write_listing_window(msg_tolerance);
48 UF_UI_write_listing_window(msg_member_tag);
49 UF_UI_write_listing_window(msg_on_tangent_to_flag);
50 UF_UI_write_listing_window(msg_contiguity_flag);
51 UF_UI_write_listing_window(msg_parameter_range);
52 UF_UI_write_listing_window(msg_midpoint);
53 UF_UI_write_listing_window(msg_direction_vec);
54 UF_UI_write_listing_window("
");
55 UF_UI_write_listing_window("
");
56
57 //释放内存
58 UF_free(boundary_data.members_data);
59 }
60 extern DllExport void ufsta( char *param, int *returnCode, int rlen )
61 {
62 /* Initialize the API environment */
63 if( UF_CALL(UF_initialize()) )
64 {
65 /* Failed to initialize */
66 return;
67 }
68
69 /* TODO: Add your application code here */
70 UF_initialize();
71 //直来直去的四线
72 printf_msg(52486);
73 printf_msg(52481);
74 printf_msg(52491);
75 printf_msg(52541);
76 //斜着的四线
77 printf_msg(52538);
78 printf_msg(52533);
79 printf_msg(52510);
80 printf_msg(52501);
81 //边界z为100的线
82 printf_msg(81344);
83
84 UF_terminate();
85
86 UF_CALL(UF_terminate());
87 }
/*
1.有机会自己可以做个 边界成链 的看看，边界的个数就会显示多个 而不是一个。
返回的线的tag应该就不是一个了 我没有打印。
2.UF_BOUND_create_boundary 这个玩意官方有源码 但是我测试了一下 boundry并没有出现
不知道为什么
*/
