Test for triangular

Author: termoshtt

tests/triangular.rs

@@ -1,53 +1,65 @@
 include!("header.rs");
 
-#[test]
-fn solve_upper() {
-    let r_dist = RealNormal::new(0.0, 1.0);
-    let a = drop_lower(Array::<f64, _>::random((3, 3), r_dist));
-    println!("a = \n{:?}", &a);
-    let b = Array::<f64, _>::random(3, r_dist);
-    println!("b = \n{:?}", &b);
-    let x = a.solve_upper(b.clone()).unwrap();
-    println!("x = \n{:?}", &x);
-    println!("Ax = \n{:?}", a.dot(&x));
-    all_close_l2(&a.dot(&x), &b, 1e-7).unwrap();
-}
+macro_rules! impl_test {
+    ($modname:ident, $random:path) => {
+mod $modname {
+    use ndarray::prelude::*;
+    use ndarray_linalg::prelude::*;
+    use ndarray_numtest::prelude::*;
+    use ndarray_rand::RandomExt;
+    #[test]
+    fn solve_upper() {
+        let r_dist = RealNormal::new(0.0, 1.0);
+        let a = drop_lower($random((3, 3), r_dist));
+        println!("a = \n{:?}", &a);
+        let b = $random(3, r_dist);
+        println!("b = \n{:?}", &b);
+        let x = a.solve_upper(b.clone()).unwrap();
+        println!("x = \n{:?}", &x);
+        println!("Ax = \n{:?}", a.dot(&x));
+        all_close_l2(&a.dot(&x), &b, 1e-7).unwrap();
+    }
 
-#[test]
-fn solve_upper_t() {
-    let r_dist = RealNormal::new(0., 1.);
-    let a = drop_lower(Array::<f64, _>::random((3, 3), r_dist).reversed_axes());
-    println!("a = \n{:?}", &a);
-    let b = Array::<f64, _>::random(3, r_dist);
-    println!("b = \n{:?}", &b);
-    let x = a.solve_upper(b.clone()).unwrap();
-    println!("x = \n{:?}", &x);
-    println!("Ax = \n{:?}", a.dot(&x));
-    all_close_l2(&a.dot(&x), &b, 1e-7).unwrap();
-}
+    #[test]
+    fn solve_upper_t() {
+        let r_dist = RealNormal::new(0., 1.);
+        let a = drop_lower($random((3, 3), r_dist).reversed_axes());
+        println!("a = \n{:?}", &a);
+        let b = $random(3, r_dist);
+        println!("b = \n{:?}", &b);
+        let x = a.solve_upper(b.clone()).unwrap();
+        println!("x = \n{:?}", &x);
+        println!("Ax = \n{:?}", a.dot(&x));
+        all_close_l2(&a.dot(&x), &b, 1e-7).unwrap();
+    }
 
-#[test]
-fn solve_lower() {
-    let r_dist = RealNormal::new(0., 1.);
-    let a = drop_upper(Array::<f64, _>::random((3, 3), r_dist));
-    println!("a = \n{:?}", &a);
-    let b = Array::<f64, _>::random(3, r_dist);
-    println!("b = \n{:?}", &b);
-    let x = a.solve_lower(b.clone()).unwrap();
-    println!("x = \n{:?}", &x);
-    println!("Ax = \n{:?}", a.dot(&x));
-    all_close_l2(&a.dot(&x), &b, 1e-7).unwrap();
-}
+    #[test]
+    fn solve_lower() {
+        let r_dist = RealNormal::new(0., 1.);
+        let a = drop_upper($random((3, 3), r_dist));
+        println!("a = \n{:?}", &a);
+        let b = $random(3, r_dist);
+        println!("b = \n{:?}", &b);
+        let x = a.solve_lower(b.clone()).unwrap();
+        println!("x = \n{:?}", &x);
+        println!("Ax = \n{:?}", a.dot(&x));
+        all_close_l2(&a.dot(&x), &b, 1e-7).unwrap();
+    }
 
-#[test]
-fn solve_lower_t() {
-    let r_dist = RealNormal::new(0., 1.);
-    let a = drop_upper(Array::<f64, _>::random((3, 3), r_dist).reversed_axes());
-    println!("a = \n{:?}", &a);
-    let b = Array::<f64, _>::random(3, r_dist);
-    println!("b = \n{:?}", &b);
-    let x = a.solve_lower(b.clone()).unwrap();
-    println!("x = \n{:?}", &x);
-    println!("Ax = \n{:?}", a.dot(&x));
-    all_close_l2(&a.dot(&x), &b, 1e-7).unwrap();
+    #[test]
+    fn solve_lower_t() {
+        let r_dist = RealNormal::new(0., 1.);
+        let a = drop_upper($random((3, 3), r_dist).reversed_axes());
+        println!("a = \n{:?}", &a);
+        let b = $random(3, r_dist);
+        println!("b = \n{:?}", &b);
+        let x = a.solve_lower(b.clone()).unwrap();
+        println!("x = \n{:?}", &x);
+        println!("Ax = \n{:?}", a.dot(&x));
+        all_close_l2(&a.dot(&x), &b, 1e-7).unwrap();
+    }
 }
+}} // impl_test_opnorm
+
+impl_test!(owned, Array<f64, _>::random);
+impl_test!(shared, RcArray<f64, _>::random);