def print_trans_R2g():
    '\n\n    '
    A = ((((((Uedg(a, (t1 + tau)) * Ugde(b, (t1 + tau))) * Uedg(b, (t1 + t2))) * Ugde(b, ((t1 + t2) + t3))) * Uedg(b, (t1 + tau))) * Ugde(a, (t1 + tau))) * Uedg(a, t1))
    print(evaluate_cumulant(A, positive_times=(t1, t2, t3), leading_index=a, arrays=['gg']))
def print_trans_R2g():
    '\n\n    '
    A = ((((((Uedg(a, (t1 + tau)) * Ugde(b, (t1 + tau))) * Uedg(b, (t1 + t2))) * Ugde(b, ((t1 + t2) + t3))) * Uedg(b, (t1 + tau))) * Ugde(a, (t1 + tau))) * Uedg(a, t1))
    print(evaluate_cumulant(A, positive_times=(t1, t2, t3), leading_index=a, arrays=['gg']))