Implement Orthogonal Projection of a Vector onto a Line Task: Compute the Orthogonal Projection of a Vector Your task is to implement a function that calculates the orthogonal projection of a vector v onto another vector L. This projection results in the vector on L that is closest to v. Write a function orthogonal_projection(v, L) that takes in two lists, v (the vector to be projected) and L (the line vector), and returns the orthogonal projection of v onto L. The function should output a list representing the projection vector rounded to three decimal places. Example: Input: v = [3, 4] L = [1, 0] print(orthogonal_projection(v, L)) Output: [3.0, 0.0] def orthogonal_projection(v, L): """ Compute the orthogonal projection of vector v onto line L. :param v: The vector to be projected :param L: The line vector defining the direction of projection :return: List representing the projection of v onto L