struct literal operations

[KPT0]

so I have some macros im using to do math with some vectors but it wont let me do anything with literals. I could make another variable or just split up the components for it but its gonna be slower or use extra code

`
%define VEC3ADD(V1, V2) vec3d { x: (V1.x + V2.x), y: (V1.y + V2.y), z: (V1.z + V2.z) }
%define VEC3SUB(V1, V2) vec3d { x: (V1.x - V2.x), y: (V1.y - V2.y), z: (V1.z - V2.z) }
%define VEC3MUL(V1, V2) vec3d { x: (V1.x * V2.x), y: (V1.y * V2.y), z: (V1.z * V2.z) }
%define VEC3DIV(V1, V2) vec3d { x: (V1.x / V2.x), y: (V1.y / V2.y), z: (V1.z / V2.z) }
%define VEC3POW(V1, V2) vec3d { x: POW(V1.x, V2.x), y: POW(V1.y, V2.y), z: POW(V1.z, V2.z) }

onflag {
vec3d vector1 = vec3d { x: 1, y: 2, z: 3 };
vec3d vector2 = vec3d { x: 4, y: 5, z: 6 };
# VEC3MUL(VEC3ADD()) and VEC3MUL(... , vec3d {}) both arent allowed
vec3d test = VEC3MUL(VEC3ADD(vector1, vector2), vec3d { x: 2, y: 2, z: 2 });
}
`

[faretek1]

Iirc you can try putting round brackets around vec3d{...} in the macros

E.g.

%define VEC3ADD(V1, V2) (vec3d { x: (V1.x + V2.x), y: (V1.y + V2.y), z: (V1.z + V2.z) })

Or maybe it would be better to do it like this:
%define VEC3ADD(V1, V2) vec3d { x: ((V1).x + (V2).x), y: ((V1).y + (V2).y), z: ((V1).z + (V2).z) }

Also i'm not sure if you need the parentheses around v1.x + v2.x

[KPT0]

unfortunately macros treat structs as each field having its own argument when you use literals

[faretek1]

?