opensrdk_symbolic_computation/expression/matrix_expression/
tex_code.rs

1use std::collections::HashMap;
2
3use crate::{BracketsLevel, MatrixExpression};
4
5impl MatrixExpression {
6    pub(crate) fn _tex_code(
7        &self,
8        variables: &HashMap<&str, &str>,
9        _brackets_level: BracketsLevel,
10    ) -> String {
11        match self {
12            MatrixExpression::T(v) => MatrixExpression::tex_code_t(v, variables),
13            MatrixExpression::Inv(v) => MatrixExpression::tex_code_inv(v, variables),
14            MatrixExpression::Det(v) => MatrixExpression::tex_code_det(v, variables),
15        }
16    }
17
18    pub fn tex_code(&self, symbols: &HashMap<&str, &str>) -> String {
19        self._tex_code(symbols, BracketsLevel::None)
20    }
21}
22
23#[cfg(test)]
24mod tests {
25    use std::collections::{HashMap, HashSet};
26
27    use opensrdk_linear_algebra::{sparse::SparseTensor, Matrix};
28
29    use crate::{new_variable, new_variable_tensor, Expression, MatrixExpression, Size};
30
31    #[test]
32    fn it_works() {
33        let id = "x";
34        let ea = new_variable_tensor((id).to_string(), vec![Size::Many, Size::Many]);
35        let tex_symbols = vec![("x", "y")].into_iter().collect();
36
37        let ea_t = ea.clone().t();
38        let tex_a_t = ea_t.tex_code(&tex_symbols);
39        assert_eq!("{y}^\\top", tex_a_t);
40
41        let ea_inv = ea.clone().inv();
42        let tex_a_inv = ea_inv.tex_code(&tex_symbols);
43        assert_eq!("{{y}^{-1}}", tex_a_inv);
44
45        let ea_det = ea.clone().det();
46        let tex_a_det = ea_det.tex_code(&tex_symbols);
47        assert_eq!("\\left\\|{y}\\right\\|", tex_a_det);
48    }
49}

opensrdk_symbolic_computation/expression/matrix_expression/tex_code.rs

opensrdk_symbolic_computation/expression/matrix_expression/
tex_code.rs