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1 module main
2 
3 import math.vec
4 
5 type Vec4 = vec.Vec4[f32]
6 
7 fn (v Vec4) to_array() [4]f32 {
8     return [v.x, v.y, v.z, v.w]!
9 }
10 
11 fn test_main() {
12     v := Vec4{1, 2, 3, 4}
13     _ := [
14         v.to_array(),
15     ]!
16     u := [
17         v.to_array(),
18     ]!
19     assert u[0][0] == f32(1)
20     assert u[0][1] == f32(2)
21     assert u[0][2] == f32(3)
22     assert u[0][3] == f32(4)
23 }
24

1	module main
2
3	import math.vec
4
5	type Vec4 = vec.Vec4[f32]
6
7	fn (v Vec4) to_array() [4]f32 {
8	return [v.x, v.y, v.z, v.w]!
9	}
10
11	fn test_main() {
12	v := Vec4{1, 2, 3, 4}
13	_ := [
14	v.to_array(),
15	]!
16	u := [
17	v.to_array(),
18	]!
19	assert u[0][0] == f32(1)
20	assert u[0][1] == f32(2)
21	assert u[0][2] == f32(3)
22	assert u[0][3] == f32(4)
23	}
24