A Vector3 with all components set to x, or one built from an array of three floats, or from a Vector2 and a z. To build one from three numbers, write xyz(x, y, z) or Vector3.{ x, y, z }.
assert(make_vector3(2) == xyz(2, 2, 2));
assert(make_vector3(xy(1, 2), 3) == xyz(1, 2, 3));make_vector3 :: (x: float) -> Vector3A vector with all three components set to x.
Parameters
- x: float
- the value for each component.
Returns
make_vector3 :: (c: [3] float) -> Vector3A vector from an array of x, y, z.
Parameters
- c: [3] float
- the three components, in x, y, z order.
Returns
make_vector3 :: (v: Vector2, z: float) -> Vector3Extends a Vector2 with a z component.
Parameters
- v: Vector2
- supplies x and y.
- z: float
- the z component.