human
Solve the following python programming problem given the following code:
def _get_jensen_shannon_core(Ks, dim, ns) : 
    min_n = np.min (ns) 
    max_n = np.max (ns) 
    min_K = np.min (Ks) 
    max_K = np.max (Ks) 
    i_bounds = [np.inf, (- np.inf)] 
    def add_i(i) : 
        if (i < i_bounds [0]) : 
            i_bounds [0] = i 
if (i > i_bounds [1]) : 
            i_bounds [1] = i 
for n in [max_n, min_n] : 
        for m in [max_n, min_n] : 
            base = (((2 * n) - 1) / ((n + m) - 1)) 
            for M in [max_K, min_K] : 
                add_i ((base * M)) 
                add_i (((base * min_n) * (m / n))) 
min_i = int (np.floor (i_bounds [0])) 
    if (min_i <= 0) : 
        raise ValueError ('have i = 0 possible.
K is too small...') 
digamma_vals = psi (np.arange (min_i, int ((np.ceil (i_bounds [1]) + 1)))) 
    return (partial (_jensen_shannon_core, Ks, dim, min_i, digamma_vals), max_K) 

    
    

    Fix the buggy line: add_i (((base * min_n) * (m / n)))
assistant
#Here is Python program to fix the buggy line: add_i (((base * min_n) * (m / n)))
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add_i (((base * M) * (m / n)))