physdes/
merge_obj.rs

1// use super::Vector2;
2use super::Point;
3use std::cmp;
4// use crate::generic::{Contain, Displacement, MinDist, Overlap};
5use crate::generic::MinDist;
6// #[cfg(any(test, feature = "std"))]
7// #[cfg(test)]
8// use core::hash;
9// use core::ops::{Add, Neg, Sub};
10// use num_traits::Num;
11// use std::cmp::Ordering;
12
13#[derive(PartialEq, Eq, Copy, Clone, Hash, Debug, Default)]
14pub struct MergeObj<T1, T2> {
15    impl_: Point<T1, T2>,
16}
17
18impl<T1, T2> MergeObj<T1, T2> {
19    pub fn new(xcoord: T1, ycoord: T2) -> MergeObj<T1, T2> {
20        MergeObj {
21            impl_: Point::new(xcoord, ycoord),
22        }
23    }
24
25    pub fn construct(xcoord: i32, ycoord: i32) -> MergeObj<i32, i32> {
26        let impl_ = Point::new(xcoord + ycoord, xcoord - ycoord);
27        MergeObj { impl_ }
28    }
29}
30
31impl<T1: MinDist<T1>, T2: MinDist<T2>> MergeObj<T1, T2> {
32    pub fn min_dist_with(&self, other: &MergeObj<T1, T2>) -> u32 {
33        cmp::max(
34            self.impl_.xcoord.min_dist_with(&other.impl_.xcoord),
35            self.impl_.ycoord.min_dist_with(&other.impl_.ycoord),
36        )
37    }
38
39    // fn enlarge_with(&self, alpha: i32) -> MergeObj<T1, T2> {
40    //     let xcoord = enlarge(self.impl_.xcoord, alpha);
41    //     let ycoord = enlarge(self.impl_.ycoord, alpha);
42    //     MergeObj::new(xcoord, ycoord)
43    // }
44    //
45    // fn intersect_with(&self, other: &MergeObj<T1, T2>) -> MergeObj<T1, T2> {
46    //     let point = self.impl_.intersect_with(&other.impl_);
47    //     MergeObj::new(point.xcoord, point.ycoord)
48    // }
49    //
50    // fn merge_with(&self, other: &MergeObj<T1, T2>) -> MergeObj<T1, T2> {
51    //     let alpha = self.min_dist_with(other);
52    //     let half = alpha / 2;
53    //     let trr1 = enlarge(&self.impl_, half);
54    //     let trr2 = enlarge(&other.impl_, alpha - half);
55    //     let impl_ = intersection(&trr1, &trr2);
56    //     MergeObj::new(impl_.xcoord, impl_.ycoord)
57    // }
58}
59
60#[cfg(test)]
61mod test {
62    // #![allow(non_upper_case_globals)]
63
64    use super::*;
65    // use crate::generic::Overlap;
66    // use crate::interval::Interval;
67
68    // use core::i32;
69
70    #[test]
71    fn test_merge_obj() {
72        let r1 = MergeObj::<i32, i32>::construct(4, 5);
73        let r2 = MergeObj::<i32, i32>::construct(7, 9);
74
75        assert_ne!(r1, r2);
76        assert_eq!(r1.min_dist_with(&r2), 7);
77        // assert_eq!(min_dist(&r1, &r2), 7);
78    }
79
80    // #[test]
81    // fn test_merge() {
82    //     let s1 = MergeObj::new(200 + 600, 200 - 600);
83    //     let s2 = MergeObj::new(500 + 900, 500 - 900);
84    //     let m1 = s1.merge_with(&s2);
85    //     println!("{:?}", m1);
86    //     assert_eq!(m1, MergeObj::new(Interval::new(1100, 1100), Interval::new(-700, -100)));
87    // }
88    //
89    // #[test]
90    // fn test_merge_2() {
91    //     let mut a = MergeObj::new(4 + 5, 4 - 5);
92    //     let b = MergeObj::new(7 + 9, 7 - 9);
93    //     let v = Vector2(2, 3);
94    //     a += &v;
95    //     a -= &v;
96    //     assert_eq!(a, MergeObj::new(4 + 5, 4 - 5));
97    //     let r1 = a.enlarge_with(3);
98    //     assert_eq!(r1, MergeObj::new(Interval::new(6, 12), Interval::new(-4, 2)));
99    //     let r2 = b.enlarge_with(4);
100    //     assert_eq!(r2, MergeObj::new(Interval::new(12, 20), Interval::new(-6, 2)));
101    //     let r3 = r1.intersect_with(&r2);
102    //     assert_eq!(r3, MergeObj::new(Interval::new(12, 12), Interval::new(-4, 2)));
103    // }
104}
physdes/merge_obj.rs

physdes/
merge_obj.rs
