def icc_img_to_zscore(icc, center_image=False):
    """ Return a z-scored version of `icc`.
    This function is based on GIFT `icatb_convertImageToZScores` function.
    """
    vol = read_img(icc).get_data()

    v2 = vol[vol != 0]
    if center_image:
        v2 = detrend(v2, axis=0)

    vstd = np.linalg.norm(v2, ord=2) / np.sqrt(np.prod(v2.shape) - 1)

    eps = np.finfo(vstd.dtype).eps
    vol /= (eps + vstd)

    return vol
def icc_img_to_zscore(icc, center_image=False):
    """ Return a z-scored version of `icc`.
    This function is based on GIFT `icatb_convertImageToZScores` function.
    """
    vol = read_img(icc).get_data()

    v2 = vol[vol != 0]
    if center_image:
        v2 = detrend(v2, axis=0)

    vstd = np.linalg.norm(v2, ord=2) / np.sqrt(np.prod(v2.shape) - 1)

    eps = np.finfo(vstd.dtype).eps
    vol /= (eps + vstd)

    return vol
def icc_img_to_zscore ( icc , center_image = False ) : vol = read_img ( icc ) . get_data ( ) v2 = vol [ vol != 0 ] if center_image : v2 = detrend ( v2 , axis = 0 ) vstd = np . linalg . norm ( v2 , ord = 2 ) / np . sqrt ( np . prod ( v2 . shape ) - 1 ) eps = np . finfo ( vstd . dtype ) . eps vol /= ( eps + vstd ) return vol
Return a z-scored version of `icc`.
    This function is based on GIFT `icatb_convertImageToZScores` function.
Return a z - scored version of icc . This function is based on GIFT icatb_convertImageToZScores function .