27bb4782e83efc7876f05b61a06e796012087b67,qucumber/utils/cplx.py,,scalar_divide,#Any#Any#,287

Before Change

        numerator = scalar_mult(y_star, x)
        denominator = scalar_mult(y, y_star)[0]

    if len(list(x.size())) == 3:
        y_star = torch.zeros_like(y)
        y_star[0] = y[0]
        y_star[1] = -y[1]

        numerator = scalar_mult(y_star, x)
        denominator = scalar_mult(y, y_star)[0]

    return numerator / denominator


def norm_sqr(x):

After Change

    
    y_star = conjugate(y)
    numerator = scalar_mult(x, y_star)
    denominator = real(scalar_mult(y, y_star))

    return numerator / denominator

Instances