Outputs a vector with the same direction as the input vector, but a length of 1. (Also known as a *unit vector*.). You can learn more about normalizing vector [here](https://www.khanacademy.org/computing/computer-programming/programming-natural-simulations/programming-vectors/a/vector-magnitude-normalization)

## Input

- Vector: The target vector

## Output

- Normalize: Outputs the normalized vector

## Example

[[/uploads/normalize.jpg]]

To explain what is going on here, let's take a look at the X-axis of the vector. The normalizer made the X-axis have a length of 1 (by dividing it with itself). Meanwhile, the Y-Axis of the vector outputs 0.01 (by dividing it with the X-axis's value). What about the Z-Axis? Since the Z-axis's value is 0, there is no reason for the normalizer to change it's value.