h = ('-9/32', '1/8', '1/8', '-3/32'): g on 8 variables with E g = -1/32, hat g(1) = hat g(2) = -3/64, hat g(u_i) = 0, depends on all coordinates; pi_+ = ['23/124', '9/31', '9/31', '29/124'], pi_- = ['41/132', '7/33', '7/33', '35/132']
  certificate k = 3, nu = (1, 1, 1): Gamma = 4317675409/14846652293120 = 2.908181e-04 > 0 (sigma = -1)
  certificate k = 4, nu = (1, 1, 1, 1): Gamma = 1578033/3782742016 = 4.171664e-04 > 0 (sigma = -1)
  max over continuous decoders with k <= 2: -181991/5205698560 = -3.495996e-05
h = ('-5/32', '1/16', '1/16', '-1/32'): g on 8 variables with E g = -1/64, hat g(1) = hat g(2) = -1/32, hat g(u_i) = 0, depends on all coordinates; pi_+ = ['3/14', '17/63', '17/63', '31/126'], pi_- = ['37/130', '3/13', '3/13', '33/130']
  certificate k = 2, nu = (1, 1): Gamma = 67561/411505920 = 1.641799e-04 > 0 (sigma = -1)
  max over continuous decoders with k <= 2: 67561/411505920 = 1.641799e-04
