cz_best_d2_M8_T1.4000_aNone.npy: eps(|++>) = 7.28e-03; robust lower bound (pi/4 - arcsin sqrt eps)/(2J) = 0.35000/J (exact-task bound 0.39270/J); found T = 1.4/J
cz_best_d2_M8_T1.5710_aNone.npy: eps(|++>) = 9.78e-13; robust lower bound (pi/4 - arcsin sqrt eps)/(2J) = 0.39270/J (exact-task bound 0.39270/J); found T = 1.571/J
cz_best_d2_M8_T1.6500_aNone.npy: eps(|++>) = 1.11e-15; robust lower bound (pi/4 - arcsin sqrt eps)/(2J) = 0.39270/J (exact-task bound 0.39270/J); found T = 1.65/J
cz_best_d3_M16_T0.4800_aNone.npy: eps(|++>) = 3.47e-03; robust lower bound (pi/4 - arcsin sqrt eps)/(2J) = 0.36323/J (exact-task bound 0.39270/J); found T = 0.48/J
cz_best_d3_M16_T0.5000_aNone.npy: eps(|++>) = 7.18e-04; robust lower bound (pi/4 - arcsin sqrt eps)/(2J) = 0.37930/J (exact-task bound 0.39270/J); found T = 0.5/J
cz_best_d3_M16_T0.5100_aNone.npy: eps(|++>) = 2.20e-04; robust lower bound (pi/4 - arcsin sqrt eps)/(2J) = 0.38528/J (exact-task bound 0.39270/J); found T = 0.51/J
cz_best_d3_M16_T0.5150_aNone.npy: eps(|++>) = 4.20e-05; robust lower bound (pi/4 - arcsin sqrt eps)/(2J) = 0.38946/J (exact-task bound 0.39270/J); found T = 0.515/J
cz_best_d3_M16_T0.5200_aNone.npy: eps(|++>) = 2.03e-06; robust lower bound (pi/4 - arcsin sqrt eps)/(2J) = 0.39199/J (exact-task bound 0.39270/J); found T = 0.52/J
cz_best_d3_M16_T0.5236_aNone.npy: eps(|++>) = 3.26e-08; robust lower bound (pi/4 - arcsin sqrt eps)/(2J) = 0.39261/J (exact-task bound 0.39270/J); found T = 0.5236/J
cz_best_d3_M32_T0.5200_aNone.npy: eps(|++>) = 5.76e-06; robust lower bound (pi/4 - arcsin sqrt eps)/(2J) = 0.39150/J (exact-task bound 0.39270/J); found T = 0.52/J
cz_best_d3_M8_T0.4000_aNone.npy: eps(|++>) = 3.06e-02; robust lower bound (pi/4 - arcsin sqrt eps)/(2J) = 0.30481/J (exact-task bound 0.39270/J); found T = 0.4/J
cz_best_d3_M8_T0.4500_a20.0.npy: eps(|++>) = 1.14e-02; robust lower bound (pi/4 - arcsin sqrt eps)/(2J) = 0.33911/J (exact-task bound 0.39270/J); found T = 0.45/J
cz_best_d3_M8_T0.4500_a40.0.npy: eps(|++>) = 1.12e-02; robust lower bound (pi/4 - arcsin sqrt eps)/(2J) = 0.33957/J (exact-task bound 0.39270/J); found T = 0.45/J
cz_best_d3_M8_T0.4500_aNone.npy: eps(|++>) = 9.63e-03; robust lower bound (pi/4 - arcsin sqrt eps)/(2J) = 0.34355/J (exact-task bound 0.39270/J); found T = 0.45/J
cz_best_d3_M8_T0.4800_aNone.npy: eps(|++>) = 2.92e-03; robust lower bound (pi/4 - arcsin sqrt eps)/(2J) = 0.36568/J (exact-task bound 0.39270/J); found T = 0.48/J
cz_best_d3_M8_T0.5000_a10.0.npy: eps(|++>) = 2.12e-03; robust lower bound (pi/4 - arcsin sqrt eps)/(2J) = 0.36969/J (exact-task bound 0.39270/J); found T = 0.5/J
cz_best_d3_M8_T0.5000_a20.0.npy: eps(|++>) = 1.02e-03; robust lower bound (pi/4 - arcsin sqrt eps)/(2J) = 0.37670/J (exact-task bound 0.39270/J); found T = 0.5/J
cz_best_d3_M8_T0.5000_a40.0.npy: eps(|++>) = 9.46e-04; robust lower bound (pi/4 - arcsin sqrt eps)/(2J) = 0.37732/J (exact-task bound 0.39270/J); found T = 0.5/J
cz_best_d3_M8_T0.5000_aNone.npy: eps(|++>) = 9.37e-04; robust lower bound (pi/4 - arcsin sqrt eps)/(2J) = 0.37739/J (exact-task bound 0.39270/J); found T = 0.5/J
cz_best_d3_M8_T0.5100_aNone.npy: eps(|++>) = 1.44e-04; robust lower bound (pi/4 - arcsin sqrt eps)/(2J) = 0.38669/J (exact-task bound 0.39270/J); found T = 0.51/J
cz_best_d3_M8_T0.5150_aNone.npy: eps(|++>) = 6.09e-05; robust lower bound (pi/4 - arcsin sqrt eps)/(2J) = 0.38880/J (exact-task bound 0.39270/J); found T = 0.515/J
cz_best_d3_M8_T0.5200_aNone.npy: eps(|++>) = 3.64e-06; robust lower bound (pi/4 - arcsin sqrt eps)/(2J) = 0.39175/J (exact-task bound 0.39270/J); found T = 0.52/J
cz_best_d3_M8_T0.5236_aNone.npy: eps(|++>) = 1.02e-08; robust lower bound (pi/4 - arcsin sqrt eps)/(2J) = 0.39265/J (exact-task bound 0.39270/J); found T = 0.5236/J
cz_best_d3_M8_T0.5500_a10.0.npy: eps(|++>) = 5.20e-08; robust lower bound (pi/4 - arcsin sqrt eps)/(2J) = 0.39259/J (exact-task bound 0.39270/J); found T = 0.55/J
cz_best_d3_M8_T0.5500_a20.0.npy: eps(|++>) = 2.13e-11; robust lower bound (pi/4 - arcsin sqrt eps)/(2J) = 0.39270/J (exact-task bound 0.39270/J); found T = 0.55/J
cz_best_d3_M8_T0.5500_a40.0.npy: eps(|++>) = 8.12e-13; robust lower bound (pi/4 - arcsin sqrt eps)/(2J) = 0.39270/J (exact-task bound 0.39270/J); found T = 0.55/J
cz_best_d3_M8_T0.5500_aNone.npy: eps(|++>) = 6.52e-12; robust lower bound (pi/4 - arcsin sqrt eps)/(2J) = 0.39270/J (exact-task bound 0.39270/J); found T = 0.55/J
cz_best_d3_M8_T0.6000_a10.0.npy: eps(|++>) = 1.00e-09; robust lower bound (pi/4 - arcsin sqrt eps)/(2J) = 0.39268/J (exact-task bound 0.39270/J); found T = 0.6/J
cz_best_d3_M8_T0.6000_a20.0.npy: eps(|++>) = 2.03e-09; robust lower bound (pi/4 - arcsin sqrt eps)/(2J) = 0.39268/J (exact-task bound 0.39270/J); found T = 0.6/J
cz_best_d3_M8_T0.6000_a40.0.npy: eps(|++>) = 1.17e-09; robust lower bound (pi/4 - arcsin sqrt eps)/(2J) = 0.39268/J (exact-task bound 0.39270/J); found T = 0.6/J
cz_best_d3_M8_T0.6000_aNone.npy: eps(|++>) = 7.28e-10; robust lower bound (pi/4 - arcsin sqrt eps)/(2J) = 0.39269/J (exact-task bound 0.39270/J); found T = 0.6/J