clipper2_sys/int64/
poly_tree_64.rs

1use crate::{
2    clipper_delete_path64, clipper_path64_size, clipper_polytree64_count,
3    clipper_polytree64_get_child, clipper_polytree64_is_hole, clipper_polytree64_polygon, malloc,
4    ClipperPolyTree64, Path64, Paths64,
5};
6
7#[derive(Debug)]
8pub struct PolyTree64 {
9    pub(crate) childs: Vec<Self>,
10    pub(crate) is_hole: bool,
11    pub(crate) polygon: Path64,
12}
13
14impl PolyTree64 {
15    pub(crate) fn from(ptr: *mut ClipperPolyTree64) -> Self {
16        let is_hole: bool;
17        let polygon: Path64;
18        let childs: Vec<Self>;
19        unsafe {
20            is_hole = clipper_polytree64_is_hole(ptr) == 1;
21            let mem = malloc(clipper_path64_size());
22            let polygon_prt = clipper_polytree64_polygon(mem, ptr);
23            polygon = Path64::from(polygon_prt);
24            clipper_delete_path64(polygon_prt);
25            let count = clipper_polytree64_count(ptr);
26            childs = (0..count)
27                .map(|i| {
28                    let tree_ptr = clipper_polytree64_get_child(ptr, i);
29                    Self::from(tree_ptr as *mut ClipperPolyTree64)
30                })
31                .collect();
32        }
33        Self {
34            childs: childs,
35            is_hole: is_hole,
36            polygon: polygon,
37        }
38    }
39}
40
41impl PolyTree64 {
42    pub fn get_childs(&mut self) -> &mut Vec<Self> {
43        &mut self.childs
44    }
45
46    pub fn is_hole(&self) -> bool {
47        self.is_hole
48    }
49
50    pub fn get_hole_paths(&self) -> Paths64 {
51        let mut paths = Paths64::new(&vec![]);
52        for child in &self.childs {
53            if child.is_hole {
54                paths.add_path(child.get_polygon());
55            }
56        }
57        paths
58    }
59
60    pub fn get_polygon(&self) -> Path64 {
61        self.polygon.clone()
62    }
63}
clipper2_sys/int64/poly_tree_64.rs

clipper2_sys/int64/
poly_tree_64.rs
