honeycomb-core 0.11.0

Core structure implementation for combinatorial maps
Documentation 
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33

//! [`CMap2`] utilities implementations

use crate::cmap::{CMap2, DartIdType, VertexIdType};
use crate::geometry::{CoordsFloat, Vertex2};

use super::CMAP2_BETA;

/// **Utilities**
impl<T: CoordsFloat> CMap2<T> {
    /// Set the value of β<sub>`I`</sub>(`dart_id`) to `new_val`.
    pub fn set_beta<const I: u8>(&self, dart_id: DartIdType, new_val: DartIdType) {
        self.betas[(I, dart_id)].write_atomic(new_val);
    }

    /// Set the values of the beta functions of a dart.
    ///
    /// # Arguments
    ///
    /// - `dart_id: DartIdentifier` -- ID of the dart of interest.
    /// - `betas: [DartIdentifier; 3]` -- Value of the images as
    ///   [ β<sub>`0`</sub>(`dart_id`), β<sub>`1`</sub>(`dart_id`), β<sub>`2`</sub>(`dart_id`) ]
    pub fn set_betas(&self, dart_id: DartIdType, [b0, b1, b2]: [DartIdType; CMAP2_BETA]) {
        // store separately to use non-mutable methods
        self.betas[(0, dart_id)].write_atomic(b0);
        self.betas[(1, dart_id)].write_atomic(b1);
        self.betas[(2, dart_id)].write_atomic(b2);
    }

    /// Set a vertex value for the corresponding ID.
    pub fn set_vertex(&self, vid: VertexIdType, v: Vertex2<T>) {
        self.vertices.set_atomic(vid as usize, v);
    }
}