human
Solve the following python programming problem given the following code:
def _create_lookup_table(table) : 
    ' Add formulae for the function -> meijerg lookup table. ' 
    def wild(n) : 
        return Wild (n, exclude = [z]) 
(p, q, a, b, c) = list (map (wild, 'pqabc')) 
    n = Wild ('n', properties = [(lambda x : (x.is_Integer and (x > 0)))]) 
    t = (p * (z ** q)) 
    def add(formula, an, ap, bm, bq, arg = t, fac = S (1), cond = True, hint = True) : 
        table.setdefault (_mytype (formula, z), []).append ((formula, [(fac, meijerg (an, ap, bm, bq, arg))], cond, hint)) 
def addi(formula, inst, cond, hint = True) : 
        table.setdefault (_mytype (formula, z), []).append ((formula, inst, cond, hint)) 
def constant(a) : 
        return [(a, meijerg ([1], [], [], [0], z)), (a, meijerg ([], [1], [0], [], z))] 
table [()] = [(a, constant (a), True, True)] 
    from sympy import unpolarify, Function, Not 
    class IsNonPositiveInteger (Function) : 
        @ classmethod 
        def eval(cls, arg) : 
            arg = unpolarify (arg) 
            if (arg.is_Integer is True) : 
                return (arg <= 0) 
from sympy import gamma, pi, cos, exp, re, sin, sinc, sqrt, sinh, cosh, factorial, log, erf, erfc, erfi, polar_lift 
    add ((Heaviside ((t - b)) * ((t - b) ** (a - 1))), [a], [], [], [0], (t / b), (gamma (a) * (b ** (a - 1))), And ((b > 0))) 
    add ((Heaviside ((b - t)) * ((b - t) ** (a - 1))), [], [a], [0], [], (t / b), (gamma (a) * (b ** (a - 1))), And ((b > 0))) 
    add ((Heaviside ((z - ((b / p) ** (1 / q)))) * ((t - b) ** (a - 1))), [a], [], [], [0], (t / b), (gamma (a) * (b ** (a - 1))), And ((b > 0))) 
    add ((Heaviside ((((b / p) ** (1 / q)) - z)) * ((b - t) ** (a - 1))), [], [a], [0], [], (t / b), (gamma (a) * (b ** (a - 1))), And ((b > 0))) 
    add (((b + t) ** (- a)), [(1 - a)], [], [0], [], (t / b), ((b ** (- a)) / gamma (a)), hint = Not (IsNonPositiveInteger (a))) 
    add ((abs ((b - t)) ** (- a)), [(1 - a)], [((1 - a) / 2)], [0], [((1 - a) / 2)], (t / b), ((pi / (gamma (a) * cos (((pi * a) / 2)))) * (abs (b) ** (- a))), (re (a) < 1)) 
   ...

    
    

    Fix the buggy line: add (cosh (make_log2), [], [(S (1) / 2)], [0], [(S (1) / 2), (S (1) / 2)], ((t ** 2) / 4), (pi ** (S (3) / 2)))
assistant
#Here is Python code to fix the buggy line: add (cosh (make_log2), [], [(S (1) / 2)], [0], [(S (1) / 2), (S (1) / 2)], ((t ** 2) / 4), (pi ** (S (3) / 2)))
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add (cosh (t), [], [(S (1) / 2)], [0], [(S (1) / 2), (S (1) / 2)], ((t ** 2) / 4), (pi ** (S (3) / 2)))