Base Cuts:       (- negates a cut's logic, ~ removes cut)
 ===========================================================

base___ :  
bP_Ep_1 :  bin_PHYS_Ep(1) ~std_Ep
bP_Ep_2 :  bin_PHYS_Ep(2) ~std_Ep
bP_Ep_3 :  bin_PHYS_Ep(3) ~std_Ep
bP_Ep_4 :  bin_PHYS_Ep(4) ~std_Ep
bP_Ep_5 :  bin_PHYS_Ep(5) ~std_Ep
bP_Ep_6 :  bin_PHYS_Ep(6) ~std_Ep
bP_Ep_7 :  bin_PHYS_Ep(7) ~std_Ep
bP_Ep_8 :  bin_PHYS_Ep(8) ~std_Ep
bP_ny_1 :  bin_PHYS_y(1) ~std_ypos ~alt_ypos
bP_ny_2 :  bin_PHYS_y(2) ~std_ypos ~alt_ypos
bP_ny_3 :  bin_PHYS_y(3) ~std_ypos ~alt_ypos
bP_ny_4 :  bin_PHYS_y(4) ~std_ypos ~alt_ypos
bP_ny_5 :  bin_PHYS_y(5) ~std_ypos ~alt_ypos
bP_ny_6 :  bin_PHYS_y(6) ~std_ypos ~alt_ypos
bP_ny_7 :  bin_PHYS_y(7) ~std_ypos ~alt_ypos
bP_ny_8 :  bin_PHYS_y(8) ~std_ypos ~alt_ypos
bP_Onq1 :  bin_PHYS_tpq(1) ~std_tpq
bP_Onq2 :  bin_PHYS_tpq(2) ~std_tpq
bP_Onq3 :  bin_PHYS_tpq(3) ~std_tpq
bP_Onq4 :  bin_PHYS_tpq(4) ~std_tpq
bP_Onq5 :  bin_PHYS_tpq(5) ~std_tpq
bP_Onq6 :  bin_PHYS_tpq(6) ~std_tpq
bP_Onq7 :  bin_PHYS_tpq(7) ~std_tpq
bP_Onq8 :  bin_PHYS_tpq(8) ~std_tpq
bP_Onq9 :  bin_PHYS_tpq(9) ~std_tpq
bP_Onp1 :  bin_PHYS_tnpcm(1)
bP_Onp2 :  bin_PHYS_tnpcm(2)
bP_Onp3 :  bin_PHYS_tnpcm(3)
bP_Onp4 :  bin_PHYS_tnpcm(4)
bP_Onp5 :  bin_PHYS_tnpcm(5)
bP_Onp6 :  bin_PHYS_tnpcm(6)
bP_Onp7 :  bin_PHYS_tnpcm(7)
bP_Onp8 :  bin_PHYS_tnpcm(8)
b2_W_01 :  bin_p2_W(1) ~std_W
b2_W_02 :  bin_p2_W(2) ~std_W
b2_W_03 :  bin_p2_W(3) ~std_W
b2_W_04 :  bin_p2_W(4) ~std_W
b2_W_05 :  bin_p2_W(5) ~std_W
b2_W_06 :  bin_p2_W(6) ~std_W
b2_W_07 :  bin_p2_W(7) ~std_W
b2_W_08 :  bin_p2_W(8) ~std_W
b2_W_09 :  bin_p2_W(9) ~std_W
b2_W_10 :  bin_p2_W(10) ~std_W
b2_W_11 :  bin_p2_W(11) ~std_W
b2_W_12 :  bin_p2_W(12) ~std_W
b2_W_13 :  bin_p2_W(13) ~std_W
b2_W_14 :  bin_p2_W(14) ~std_W
b2_W_15 :  bin_p2_W(15) ~std_W
b2_W_16 :  bin_p2_W(16) ~std_W
b2_Ep01 :  bin_p2_Ep(1) ~std_Ep
b2_Ep02 :  bin_p2_Ep(2) ~std_Ep
b2_Ep03 :  bin_p2_Ep(3) ~std_Ep
b2_Ep04 :  bin_p2_Ep(4) ~std_Ep
b2_Ep05 :  bin_p2_Ep(5) ~std_Ep
b2_Ep06 :  bin_p2_Ep(6) ~std_Ep
b2_Ep07 :  bin_p2_Ep(7) ~std_Ep
b2_Ep08 :  bin_p2_Ep(8) ~std_Ep
b2_Ep09 :  bin_p2_Ep(9) ~std_Ep
b2_Ep10 :  bin_p2_Ep(10) ~std_Ep
b2_Ep11 :  bin_p2_Ep(11) ~std_Ep
b2_Ep12 :  bin_p2_Ep(12) ~std_Ep
b2_Ep13 :  bin_p2_Ep(13) ~std_Ep
b2_Ep14 :  bin_p2_Ep(14) ~std_Ep
b2_Ep15 :  bin_p2_Ep(15) ~std_Ep
b2_Ep16 :  bin_p2_Ep(16) ~std_Ep
b2_x_01 :  bin_p2_x(1)
b2_x_02 :  bin_p2_x(2)
b2_x_03 :  bin_p2_x(3)
b2_x_04 :  bin_p2_x(4)
b2_x_05 :  bin_p2_x(5)
b2_x_06 :  bin_p2_x(6)
b2_x_07 :  bin_p2_x(7)
b2_x_08 :  bin_p2_x(8)
b2_x_09 :  bin_p2_x(9)
b2_x_10 :  bin_p2_x(10)
b2_x_11 :  bin_p2_x(11)
b2_x_12 :  bin_p2_x(12)
b2_x_13 :  bin_p2_x(13)
b2_x_14 :  bin_p2_x(14)
b2_x_15 :  bin_p2_x(15)
b2_x_16 :  bin_p2_x(16)
b2_y_01 :  bin_p2_y(1) ~std_ypos
b2_y_02 :  bin_p2_y(2) ~std_ypos
b2_y_03 :  bin_p2_y(3) ~std_ypos
b2_y_04 :  bin_p2_y(4) ~std_ypos
b2_y_05 :  bin_p2_y(5) ~std_ypos
b2_y_06 :  bin_p2_y(6) ~std_ypos
b2_y_07 :  bin_p2_y(7) ~std_ypos
b2_y_08 :  bin_p2_y(8) ~std_ypos
b2_y_09 :  bin_p2_y(9) ~std_ypos
b2_y_10 :  bin_p2_y(10) ~std_ypos
b2_y_11 :  bin_p2_y(11) ~std_ypos
b2_y_12 :  bin_p2_y(12) ~std_ypos
b2_y_13 :  bin_p2_y(13) ~std_ypos
b2_y_14 :  bin_p2_y(14) ~std_ypos
b2_y_15 :  bin_p2_y(15) ~std_ypos
b2_y_16 :  bin_p2_y(16) ~std_ypos


 Full Cuts:
 ==============

n_std_base___ :  std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq PID_neutrons
n_std_bP_Ep_1 : std_theta std_hnpe std_W std_E std_t std_ypos std_tpq bin_PHYS_Ep(1) PID_neutrons
n_std_bP_Ep_2 : std_theta std_hnpe std_W std_E std_t std_ypos std_tpq bin_PHYS_Ep(2) PID_neutrons
n_std_bP_Ep_3 : std_theta std_hnpe std_W std_E std_t std_ypos std_tpq bin_PHYS_Ep(3) PID_neutrons
n_std_bP_Ep_4 : std_theta std_hnpe std_W std_E std_t std_ypos std_tpq bin_PHYS_Ep(4) PID_neutrons
n_std_bP_Ep_5 : std_theta std_hnpe std_W std_E std_t std_ypos std_tpq bin_PHYS_Ep(5) PID_neutrons
n_std_bP_Ep_6 : std_theta std_hnpe std_W std_E std_t std_ypos std_tpq bin_PHYS_Ep(6) PID_neutrons
n_std_bP_Ep_7 : std_theta std_hnpe std_W std_E std_t std_ypos std_tpq bin_PHYS_Ep(7) PID_neutrons
n_std_bP_Ep_8 : std_theta std_hnpe std_W std_E std_t std_ypos std_tpq bin_PHYS_Ep(8) PID_neutrons
n_std_bP_ny_1 : std_theta std_hnpe std_W std_Ep std_E std_t std_tpq bin_PHYS_y(1) PID_neutrons
n_std_bP_ny_2 : std_theta std_hnpe std_W std_Ep std_E std_t std_tpq bin_PHYS_y(2) PID_neutrons
n_std_bP_ny_3 : std_theta std_hnpe std_W std_Ep std_E std_t std_tpq bin_PHYS_y(3) PID_neutrons
n_std_bP_ny_4 : std_theta std_hnpe std_W std_Ep std_E std_t std_tpq bin_PHYS_y(4) PID_neutrons
n_std_bP_ny_5 : std_theta std_hnpe std_W std_Ep std_E std_t std_tpq bin_PHYS_y(5) PID_neutrons
n_std_bP_ny_6 : std_theta std_hnpe std_W std_Ep std_E std_t std_tpq bin_PHYS_y(6) PID_neutrons
n_std_bP_ny_7 : std_theta std_hnpe std_W std_Ep std_E std_t std_tpq bin_PHYS_y(7) PID_neutrons
n_std_bP_ny_8 : std_theta std_hnpe std_W std_Ep std_E std_t std_tpq bin_PHYS_y(8) PID_neutrons
n_std_bP_Onq1 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_PHYS_tpq(1) PID_neutrons
n_std_bP_Onq2 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_PHYS_tpq(2) PID_neutrons
n_std_bP_Onq3 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_PHYS_tpq(3) PID_neutrons
n_std_bP_Onq4 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_PHYS_tpq(4) PID_neutrons
n_std_bP_Onq5 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_PHYS_tpq(5) PID_neutrons
n_std_bP_Onq6 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_PHYS_tpq(6) PID_neutrons
n_std_bP_Onq7 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_PHYS_tpq(7) PID_neutrons
n_std_bP_Onq8 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_PHYS_tpq(8) PID_neutrons
n_std_bP_Onq9 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_PHYS_tpq(9) PID_neutrons
n_std_bP_Onp1 :  std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq bin_PHYS_tnpcm(1) PID_neutrons
n_std_bP_Onp2 :  std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq bin_PHYS_tnpcm(2) PID_neutrons
n_std_bP_Onp3 :  std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq bin_PHYS_tnpcm(3) PID_neutrons
n_std_bP_Onp4 :  std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq bin_PHYS_tnpcm(4) PID_neutrons
n_std_bP_Onp5 :  std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq bin_PHYS_tnpcm(5) PID_neutrons
n_std_bP_Onp6 :  std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq bin_PHYS_tnpcm(6) PID_neutrons
n_std_bP_Onp7 :  std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq bin_PHYS_tnpcm(7) PID_neutrons
n_std_bP_Onp8 :  std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq bin_PHYS_tnpcm(8) PID_neutrons
n_std_b2_W_01 : std_theta std_hnpe std_Ep std_E std_t std_ypos std_tpq bin_p2_W(1) PID_neutrons
n_std_b2_W_02 : std_theta std_hnpe std_Ep std_E std_t std_ypos std_tpq bin_p2_W(2) PID_neutrons
n_std_b2_W_03 : std_theta std_hnpe std_Ep std_E std_t std_ypos std_tpq bin_p2_W(3) PID_neutrons
n_std_b2_W_04 : std_theta std_hnpe std_Ep std_E std_t std_ypos std_tpq bin_p2_W(4) PID_neutrons
n_std_b2_W_05 : std_theta std_hnpe std_Ep std_E std_t std_ypos std_tpq bin_p2_W(5) PID_neutrons
n_std_b2_W_06 : std_theta std_hnpe std_Ep std_E std_t std_ypos std_tpq bin_p2_W(6) PID_neutrons
n_std_b2_W_07 : std_theta std_hnpe std_Ep std_E std_t std_ypos std_tpq bin_p2_W(7) PID_neutrons
n_std_b2_W_08 : std_theta std_hnpe std_Ep std_E std_t std_ypos std_tpq bin_p2_W(8) PID_neutrons
n_std_b2_W_09 : std_theta std_hnpe std_Ep std_E std_t std_ypos std_tpq bin_p2_W(9) PID_neutrons
n_std_b2_W_10 : std_theta std_hnpe std_Ep std_E std_t std_ypos std_tpq bin_p2_W(10) PID_neutrons
n_std_b2_W_11 : std_theta std_hnpe std_Ep std_E std_t std_ypos std_tpq bin_p2_W(11) PID_neutrons
n_std_b2_W_12 : std_theta std_hnpe std_Ep std_E std_t std_ypos std_tpq bin_p2_W(12) PID_neutrons
n_std_b2_W_13 : std_theta std_hnpe std_Ep std_E std_t std_ypos std_tpq bin_p2_W(13) PID_neutrons
n_std_b2_W_14 : std_theta std_hnpe std_Ep std_E std_t std_ypos std_tpq bin_p2_W(14) PID_neutrons
n_std_b2_W_15 : std_theta std_hnpe std_Ep std_E std_t std_ypos std_tpq bin_p2_W(15) PID_neutrons
n_std_b2_W_16 : std_theta std_hnpe std_Ep std_E std_t std_ypos std_tpq bin_p2_W(16) PID_neutrons
n_std_b2_Ep01 : std_theta std_hnpe std_W std_E std_t std_ypos std_tpq bin_p2_Ep(1) PID_neutrons
n_std_b2_Ep02 : std_theta std_hnpe std_W std_E std_t std_ypos std_tpq bin_p2_Ep(2) PID_neutrons
n_std_b2_Ep03 : std_theta std_hnpe std_W std_E std_t std_ypos std_tpq bin_p2_Ep(3) PID_neutrons
n_std_b2_Ep04 : std_theta std_hnpe std_W std_E std_t std_ypos std_tpq bin_p2_Ep(4) PID_neutrons
n_std_b2_Ep05 : std_theta std_hnpe std_W std_E std_t std_ypos std_tpq bin_p2_Ep(5) PID_neutrons
n_std_b2_Ep06 : std_theta std_hnpe std_W std_E std_t std_ypos std_tpq bin_p2_Ep(6) PID_neutrons
n_std_b2_Ep07 : std_theta std_hnpe std_W std_E std_t std_ypos std_tpq bin_p2_Ep(7) PID_neutrons
n_std_b2_Ep08 : std_theta std_hnpe std_W std_E std_t std_ypos std_tpq bin_p2_Ep(8) PID_neutrons
n_std_b2_Ep09 : std_theta std_hnpe std_W std_E std_t std_ypos std_tpq bin_p2_Ep(9) PID_neutrons
n_std_b2_Ep10 : std_theta std_hnpe std_W std_E std_t std_ypos std_tpq bin_p2_Ep(10) PID_neutrons
n_std_b2_Ep11 : std_theta std_hnpe std_W std_E std_t std_ypos std_tpq bin_p2_Ep(11) PID_neutrons
n_std_b2_Ep12 : std_theta std_hnpe std_W std_E std_t std_ypos std_tpq bin_p2_Ep(12) PID_neutrons
n_std_b2_Ep13 : std_theta std_hnpe std_W std_E std_t std_ypos std_tpq bin_p2_Ep(13) PID_neutrons
n_std_b2_Ep14 : std_theta std_hnpe std_W std_E std_t std_ypos std_tpq bin_p2_Ep(14) PID_neutrons
n_std_b2_Ep15 : std_theta std_hnpe std_W std_E std_t std_ypos std_tpq bin_p2_Ep(15) PID_neutrons
n_std_b2_Ep16 : std_theta std_hnpe std_W std_E std_t std_ypos std_tpq bin_p2_Ep(16) PID_neutrons
n_std_b2_x_01 :  std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq bin_p2_x(1) PID_neutrons
n_std_b2_x_02 :  std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq bin_p2_x(2) PID_neutrons
n_std_b2_x_03 :  std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq bin_p2_x(3) PID_neutrons
n_std_b2_x_04 :  std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq bin_p2_x(4) PID_neutrons
n_std_b2_x_05 :  std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq bin_p2_x(5) PID_neutrons
n_std_b2_x_06 :  std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq bin_p2_x(6) PID_neutrons
n_std_b2_x_07 :  std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq bin_p2_x(7) PID_neutrons
n_std_b2_x_08 :  std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq bin_p2_x(8) PID_neutrons
n_std_b2_x_09 :  std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq bin_p2_x(9) PID_neutrons
n_std_b2_x_10 :  std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq bin_p2_x(10) PID_neutrons
n_std_b2_x_11 :  std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq bin_p2_x(11) PID_neutrons
n_std_b2_x_12 :  std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq bin_p2_x(12) PID_neutrons
n_std_b2_x_13 :  std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq bin_p2_x(13) PID_neutrons
n_std_b2_x_14 :  std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq bin_p2_x(14) PID_neutrons
n_std_b2_x_15 :  std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq bin_p2_x(15) PID_neutrons
n_std_b2_x_16 :  std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq bin_p2_x(16) PID_neutrons
n_std_b2_y_01 : std_theta std_hnpe std_W std_Ep std_E std_t std_tpq bin_p2_y(1) PID_neutrons
n_std_b2_y_02 : std_theta std_hnpe std_W std_Ep std_E std_t std_tpq bin_p2_y(2) PID_neutrons
n_std_b2_y_03 : std_theta std_hnpe std_W std_Ep std_E std_t std_tpq bin_p2_y(3) PID_neutrons
n_std_b2_y_04 : std_theta std_hnpe std_W std_Ep std_E std_t std_tpq bin_p2_y(4) PID_neutrons
n_std_b2_y_05 : std_theta std_hnpe std_W std_Ep std_E std_t std_tpq bin_p2_y(5) PID_neutrons
n_std_b2_y_06 : std_theta std_hnpe std_W std_Ep std_E std_t std_tpq bin_p2_y(6) PID_neutrons
n_std_b2_y_07 : std_theta std_hnpe std_W std_Ep std_E std_t std_tpq bin_p2_y(7) PID_neutrons
n_std_b2_y_08 : std_theta std_hnpe std_W std_Ep std_E std_t std_tpq bin_p2_y(8) PID_neutrons
n_std_b2_y_09 : std_theta std_hnpe std_W std_Ep std_E std_t std_tpq bin_p2_y(9) PID_neutrons
n_std_b2_y_10 : std_theta std_hnpe std_W std_Ep std_E std_t std_tpq bin_p2_y(10) PID_neutrons
n_std_b2_y_11 : std_theta std_hnpe std_W std_Ep std_E std_t std_tpq bin_p2_y(11) PID_neutrons
n_std_b2_y_12 : std_theta std_hnpe std_W std_Ep std_E std_t std_tpq bin_p2_y(12) PID_neutrons
n_std_b2_y_13 : std_theta std_hnpe std_W std_Ep std_E std_t std_tpq bin_p2_y(13) PID_neutrons
n_std_b2_y_14 : std_theta std_hnpe std_W std_Ep std_E std_t std_tpq bin_p2_y(14) PID_neutrons
n_std_b2_y_15 : std_theta std_hnpe std_W std_Ep std_E std_t std_tpq bin_p2_y(15) PID_neutrons
n_std_b2_y_16 : std_theta std_hnpe std_W std_Ep std_E std_t std_tpq bin_p2_y(16) PID_neutrons
p_std_base___ : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos PID_protons
p_std_bP_Ep_1 : std_theta std_hnpe std_W std_E std_t std_ypos bin_PHYS_Ep(1) PID_protons
p_std_bP_Ep_2 : std_theta std_hnpe std_W std_E std_t std_ypos bin_PHYS_Ep(2) PID_protons
p_std_bP_Ep_3 : std_theta std_hnpe std_W std_E std_t std_ypos bin_PHYS_Ep(3) PID_protons
p_std_bP_Ep_4 : std_theta std_hnpe std_W std_E std_t std_ypos bin_PHYS_Ep(4) PID_protons
p_std_bP_Ep_5 : std_theta std_hnpe std_W std_E std_t std_ypos bin_PHYS_Ep(5) PID_protons
p_std_bP_Ep_6 : std_theta std_hnpe std_W std_E std_t std_ypos bin_PHYS_Ep(6) PID_protons
p_std_bP_Ep_7 : std_theta std_hnpe std_W std_E std_t std_ypos bin_PHYS_Ep(7) PID_protons
p_std_bP_Ep_8 : std_theta std_hnpe std_W std_E std_t std_ypos bin_PHYS_Ep(8) PID_protons
p_std_bP_ny_1 : std_theta std_hnpe std_W std_Ep std_E std_t bin_PHYS_y(1) PID_protons
p_std_bP_ny_2 : std_theta std_hnpe std_W std_Ep std_E std_t bin_PHYS_y(2) PID_protons
p_std_bP_ny_3 : std_theta std_hnpe std_W std_Ep std_E std_t bin_PHYS_y(3) PID_protons
p_std_bP_ny_4 : std_theta std_hnpe std_W std_Ep std_E std_t bin_PHYS_y(4) PID_protons
p_std_bP_ny_5 : std_theta std_hnpe std_W std_Ep std_E std_t bin_PHYS_y(5) PID_protons
p_std_bP_ny_6 : std_theta std_hnpe std_W std_Ep std_E std_t bin_PHYS_y(6) PID_protons
p_std_bP_ny_7 : std_theta std_hnpe std_W std_Ep std_E std_t bin_PHYS_y(7) PID_protons
p_std_bP_ny_8 : std_theta std_hnpe std_W std_Ep std_E std_t bin_PHYS_y(8) PID_protons
p_std_bP_Onq1 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_PHYS_tpq(1) PID_protons
p_std_bP_Onq2 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_PHYS_tpq(2) PID_protons
p_std_bP_Onq3 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_PHYS_tpq(3) PID_protons
p_std_bP_Onq4 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_PHYS_tpq(4) PID_protons
p_std_bP_Onq5 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_PHYS_tpq(5) PID_protons
p_std_bP_Onq6 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_PHYS_tpq(6) PID_protons
p_std_bP_Onq7 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_PHYS_tpq(7) PID_protons
p_std_bP_Onq8 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_PHYS_tpq(8) PID_protons
p_std_bP_Onq9 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_PHYS_tpq(9) PID_protons
p_std_bP_Onp1 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_PHYS_tnpcm(1) PID_protons
p_std_bP_Onp2 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_PHYS_tnpcm(2) PID_protons
p_std_bP_Onp3 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_PHYS_tnpcm(3) PID_protons
p_std_bP_Onp4 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_PHYS_tnpcm(4) PID_protons
p_std_bP_Onp5 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_PHYS_tnpcm(5) PID_protons
p_std_bP_Onp6 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_PHYS_tnpcm(6) PID_protons
p_std_bP_Onp7 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_PHYS_tnpcm(7) PID_protons
p_std_bP_Onp8 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_PHYS_tnpcm(8) PID_protons
p_std_b2_W_01 : std_theta std_hnpe std_Ep std_E std_t std_ypos bin_p2_W(1) PID_protons
p_std_b2_W_02 : std_theta std_hnpe std_Ep std_E std_t std_ypos bin_p2_W(2) PID_protons
p_std_b2_W_03 : std_theta std_hnpe std_Ep std_E std_t std_ypos bin_p2_W(3) PID_protons
p_std_b2_W_04 : std_theta std_hnpe std_Ep std_E std_t std_ypos bin_p2_W(4) PID_protons
p_std_b2_W_05 : std_theta std_hnpe std_Ep std_E std_t std_ypos bin_p2_W(5) PID_protons
p_std_b2_W_06 : std_theta std_hnpe std_Ep std_E std_t std_ypos bin_p2_W(6) PID_protons
p_std_b2_W_07 : std_theta std_hnpe std_Ep std_E std_t std_ypos bin_p2_W(7) PID_protons
p_std_b2_W_08 : std_theta std_hnpe std_Ep std_E std_t std_ypos bin_p2_W(8) PID_protons
p_std_b2_W_09 : std_theta std_hnpe std_Ep std_E std_t std_ypos bin_p2_W(9) PID_protons
p_std_b2_W_10 : std_theta std_hnpe std_Ep std_E std_t std_ypos bin_p2_W(10) PID_protons
p_std_b2_W_11 : std_theta std_hnpe std_Ep std_E std_t std_ypos bin_p2_W(11) PID_protons
p_std_b2_W_12 : std_theta std_hnpe std_Ep std_E std_t std_ypos bin_p2_W(12) PID_protons
p_std_b2_W_13 : std_theta std_hnpe std_Ep std_E std_t std_ypos bin_p2_W(13) PID_protons
p_std_b2_W_14 : std_theta std_hnpe std_Ep std_E std_t std_ypos bin_p2_W(14) PID_protons
p_std_b2_W_15 : std_theta std_hnpe std_Ep std_E std_t std_ypos bin_p2_W(15) PID_protons
p_std_b2_W_16 : std_theta std_hnpe std_Ep std_E std_t std_ypos bin_p2_W(16) PID_protons
p_std_b2_Ep01 : std_theta std_hnpe std_W std_E std_t std_ypos bin_p2_Ep(1) PID_protons
p_std_b2_Ep02 : std_theta std_hnpe std_W std_E std_t std_ypos bin_p2_Ep(2) PID_protons
p_std_b2_Ep03 : std_theta std_hnpe std_W std_E std_t std_ypos bin_p2_Ep(3) PID_protons
p_std_b2_Ep04 : std_theta std_hnpe std_W std_E std_t std_ypos bin_p2_Ep(4) PID_protons
p_std_b2_Ep05 : std_theta std_hnpe std_W std_E std_t std_ypos bin_p2_Ep(5) PID_protons
p_std_b2_Ep06 : std_theta std_hnpe std_W std_E std_t std_ypos bin_p2_Ep(6) PID_protons
p_std_b2_Ep07 : std_theta std_hnpe std_W std_E std_t std_ypos bin_p2_Ep(7) PID_protons
p_std_b2_Ep08 : std_theta std_hnpe std_W std_E std_t std_ypos bin_p2_Ep(8) PID_protons
p_std_b2_Ep09 : std_theta std_hnpe std_W std_E std_t std_ypos bin_p2_Ep(9) PID_protons
p_std_b2_Ep10 : std_theta std_hnpe std_W std_E std_t std_ypos bin_p2_Ep(10) PID_protons
p_std_b2_Ep11 : std_theta std_hnpe std_W std_E std_t std_ypos bin_p2_Ep(11) PID_protons
p_std_b2_Ep12 : std_theta std_hnpe std_W std_E std_t std_ypos bin_p2_Ep(12) PID_protons
p_std_b2_Ep13 : std_theta std_hnpe std_W std_E std_t std_ypos bin_p2_Ep(13) PID_protons
p_std_b2_Ep14 : std_theta std_hnpe std_W std_E std_t std_ypos bin_p2_Ep(14) PID_protons
p_std_b2_Ep15 : std_theta std_hnpe std_W std_E std_t std_ypos bin_p2_Ep(15) PID_protons
p_std_b2_Ep16 : std_theta std_hnpe std_W std_E std_t std_ypos bin_p2_Ep(16) PID_protons
p_std_b2_x_01 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_p2_x(1) PID_protons
p_std_b2_x_02 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_p2_x(2) PID_protons
p_std_b2_x_03 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_p2_x(3) PID_protons
p_std_b2_x_04 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_p2_x(4) PID_protons
p_std_b2_x_05 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_p2_x(5) PID_protons
p_std_b2_x_06 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_p2_x(6) PID_protons
p_std_b2_x_07 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_p2_x(7) PID_protons
p_std_b2_x_08 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_p2_x(8) PID_protons
p_std_b2_x_09 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_p2_x(9) PID_protons
p_std_b2_x_10 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_p2_x(10) PID_protons
p_std_b2_x_11 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_p2_x(11) PID_protons
p_std_b2_x_12 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_p2_x(12) PID_protons
p_std_b2_x_13 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_p2_x(13) PID_protons
p_std_b2_x_14 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_p2_x(14) PID_protons
p_std_b2_x_15 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_p2_x(15) PID_protons
p_std_b2_x_16 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_p2_x(16) PID_protons
p_std_b2_y_01 : std_theta std_hnpe std_W std_Ep std_E std_t bin_p2_y(1) PID_protons
p_std_b2_y_02 : std_theta std_hnpe std_W std_Ep std_E std_t bin_p2_y(2) PID_protons
p_std_b2_y_03 : std_theta std_hnpe std_W std_Ep std_E std_t bin_p2_y(3) PID_protons
p_std_b2_y_04 : std_theta std_hnpe std_W std_Ep std_E std_t bin_p2_y(4) PID_protons
p_std_b2_y_05 : std_theta std_hnpe std_W std_Ep std_E std_t bin_p2_y(5) PID_protons
p_std_b2_y_06 : std_theta std_hnpe std_W std_Ep std_E std_t bin_p2_y(6) PID_protons
p_std_b2_y_07 : std_theta std_hnpe std_W std_Ep std_E std_t bin_p2_y(7) PID_protons
p_std_b2_y_08 : std_theta std_hnpe std_W std_Ep std_E std_t bin_p2_y(8) PID_protons
p_std_b2_y_09 : std_theta std_hnpe std_W std_Ep std_E std_t bin_p2_y(9) PID_protons
p_std_b2_y_10 : std_theta std_hnpe std_W std_Ep std_E std_t bin_p2_y(10) PID_protons
p_std_b2_y_11 : std_theta std_hnpe std_W std_Ep std_E std_t bin_p2_y(11) PID_protons
p_std_b2_y_12 : std_theta std_hnpe std_W std_Ep std_E std_t bin_p2_y(12) PID_protons
p_std_b2_y_13 : std_theta std_hnpe std_W std_Ep std_E std_t bin_p2_y(13) PID_protons
p_std_b2_y_14 : std_theta std_hnpe std_W std_Ep std_E std_t bin_p2_y(14) PID_protons
p_std_b2_y_15 : std_theta std_hnpe std_W std_Ep std_E std_t bin_p2_y(15) PID_protons
p_std_b2_y_16 : std_theta std_hnpe std_W std_Ep std_E std_t bin_p2_y(16) PID_protons
x_std_base___ : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos PID_paddle
x_std_bP_Ep_1 : std_theta std_hnpe std_W std_E std_t std_ypos bin_PHYS_Ep(1) PID_paddle
x_std_bP_Ep_2 : std_theta std_hnpe std_W std_E std_t std_ypos bin_PHYS_Ep(2) PID_paddle
x_std_bP_Ep_3 : std_theta std_hnpe std_W std_E std_t std_ypos bin_PHYS_Ep(3) PID_paddle
x_std_bP_Ep_4 : std_theta std_hnpe std_W std_E std_t std_ypos bin_PHYS_Ep(4) PID_paddle
x_std_bP_Ep_5 : std_theta std_hnpe std_W std_E std_t std_ypos bin_PHYS_Ep(5) PID_paddle
x_std_bP_Ep_6 : std_theta std_hnpe std_W std_E std_t std_ypos bin_PHYS_Ep(6) PID_paddle
x_std_bP_Ep_7 : std_theta std_hnpe std_W std_E std_t std_ypos bin_PHYS_Ep(7) PID_paddle
x_std_bP_Ep_8 : std_theta std_hnpe std_W std_E std_t std_ypos bin_PHYS_Ep(8) PID_paddle
x_std_bP_ny_1 : std_theta std_hnpe std_W std_Ep std_E std_t bin_PHYS_y(1) PID_paddle
x_std_bP_ny_2 : std_theta std_hnpe std_W std_Ep std_E std_t bin_PHYS_y(2) PID_paddle
x_std_bP_ny_3 : std_theta std_hnpe std_W std_Ep std_E std_t bin_PHYS_y(3) PID_paddle
x_std_bP_ny_4 : std_theta std_hnpe std_W std_Ep std_E std_t bin_PHYS_y(4) PID_paddle
x_std_bP_ny_5 : std_theta std_hnpe std_W std_Ep std_E std_t bin_PHYS_y(5) PID_paddle
x_std_bP_ny_6 : std_theta std_hnpe std_W std_Ep std_E std_t bin_PHYS_y(6) PID_paddle
x_std_bP_ny_7 : std_theta std_hnpe std_W std_Ep std_E std_t bin_PHYS_y(7) PID_paddle
x_std_bP_ny_8 : std_theta std_hnpe std_W std_Ep std_E std_t bin_PHYS_y(8) PID_paddle
x_std_bP_Onq1 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_PHYS_tpq(1) PID_paddle
x_std_bP_Onq2 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_PHYS_tpq(2) PID_paddle
x_std_bP_Onq3 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_PHYS_tpq(3) PID_paddle
x_std_bP_Onq4 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_PHYS_tpq(4) PID_paddle
x_std_bP_Onq5 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_PHYS_tpq(5) PID_paddle
x_std_bP_Onq6 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_PHYS_tpq(6) PID_paddle
x_std_bP_Onq7 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_PHYS_tpq(7) PID_paddle
x_std_bP_Onq8 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_PHYS_tpq(8) PID_paddle
x_std_bP_Onq9 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_PHYS_tpq(9) PID_paddle
x_std_bP_Onp1 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_PHYS_tnpcm(1) PID_paddle
x_std_bP_Onp2 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_PHYS_tnpcm(2) PID_paddle
x_std_bP_Onp3 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_PHYS_tnpcm(3) PID_paddle
x_std_bP_Onp4 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_PHYS_tnpcm(4) PID_paddle
x_std_bP_Onp5 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_PHYS_tnpcm(5) PID_paddle
x_std_bP_Onp6 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_PHYS_tnpcm(6) PID_paddle
x_std_bP_Onp7 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_PHYS_tnpcm(7) PID_paddle
x_std_bP_Onp8 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_PHYS_tnpcm(8) PID_paddle
x_std_b2_W_01 : std_theta std_hnpe std_Ep std_E std_t std_ypos bin_p2_W(1) PID_paddle
x_std_b2_W_02 : std_theta std_hnpe std_Ep std_E std_t std_ypos bin_p2_W(2) PID_paddle
x_std_b2_W_03 : std_theta std_hnpe std_Ep std_E std_t std_ypos bin_p2_W(3) PID_paddle
x_std_b2_W_04 : std_theta std_hnpe std_Ep std_E std_t std_ypos bin_p2_W(4) PID_paddle
x_std_b2_W_05 : std_theta std_hnpe std_Ep std_E std_t std_ypos bin_p2_W(5) PID_paddle
x_std_b2_W_06 : std_theta std_hnpe std_Ep std_E std_t std_ypos bin_p2_W(6) PID_paddle
x_std_b2_W_07 : std_theta std_hnpe std_Ep std_E std_t std_ypos bin_p2_W(7) PID_paddle
x_std_b2_W_08 : std_theta std_hnpe std_Ep std_E std_t std_ypos bin_p2_W(8) PID_paddle
x_std_b2_W_09 : std_theta std_hnpe std_Ep std_E std_t std_ypos bin_p2_W(9) PID_paddle
x_std_b2_W_10 : std_theta std_hnpe std_Ep std_E std_t std_ypos bin_p2_W(10) PID_paddle
x_std_b2_W_11 : std_theta std_hnpe std_Ep std_E std_t std_ypos bin_p2_W(11) PID_paddle
x_std_b2_W_12 : std_theta std_hnpe std_Ep std_E std_t std_ypos bin_p2_W(12) PID_paddle
x_std_b2_W_13 : std_theta std_hnpe std_Ep std_E std_t std_ypos bin_p2_W(13) PID_paddle
x_std_b2_W_14 : std_theta std_hnpe std_Ep std_E std_t std_ypos bin_p2_W(14) PID_paddle
x_std_b2_W_15 : std_theta std_hnpe std_Ep std_E std_t std_ypos bin_p2_W(15) PID_paddle
x_std_b2_W_16 : std_theta std_hnpe std_Ep std_E std_t std_ypos bin_p2_W(16) PID_paddle
x_std_b2_Ep01 : std_theta std_hnpe std_W std_E std_t std_ypos bin_p2_Ep(1) PID_paddle
x_std_b2_Ep02 : std_theta std_hnpe std_W std_E std_t std_ypos bin_p2_Ep(2) PID_paddle
x_std_b2_Ep03 : std_theta std_hnpe std_W std_E std_t std_ypos bin_p2_Ep(3) PID_paddle
x_std_b2_Ep04 : std_theta std_hnpe std_W std_E std_t std_ypos bin_p2_Ep(4) PID_paddle
x_std_b2_Ep05 : std_theta std_hnpe std_W std_E std_t std_ypos bin_p2_Ep(5) PID_paddle
x_std_b2_Ep06 : std_theta std_hnpe std_W std_E std_t std_ypos bin_p2_Ep(6) PID_paddle
x_std_b2_Ep07 : std_theta std_hnpe std_W std_E std_t std_ypos bin_p2_Ep(7) PID_paddle
x_std_b2_Ep08 : std_theta std_hnpe std_W std_E std_t std_ypos bin_p2_Ep(8) PID_paddle
x_std_b2_Ep09 : std_theta std_hnpe std_W std_E std_t std_ypos bin_p2_Ep(9) PID_paddle
x_std_b2_Ep10 : std_theta std_hnpe std_W std_E std_t std_ypos bin_p2_Ep(10) PID_paddle
x_std_b2_Ep11 : std_theta std_hnpe std_W std_E std_t std_ypos bin_p2_Ep(11) PID_paddle
x_std_b2_Ep12 : std_theta std_hnpe std_W std_E std_t std_ypos bin_p2_Ep(12) PID_paddle
x_std_b2_Ep13 : std_theta std_hnpe std_W std_E std_t std_ypos bin_p2_Ep(13) PID_paddle
x_std_b2_Ep14 : std_theta std_hnpe std_W std_E std_t std_ypos bin_p2_Ep(14) PID_paddle
x_std_b2_Ep15 : std_theta std_hnpe std_W std_E std_t std_ypos bin_p2_Ep(15) PID_paddle
x_std_b2_Ep16 : std_theta std_hnpe std_W std_E std_t std_ypos bin_p2_Ep(16) PID_paddle
x_std_b2_x_01 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_p2_x(1) PID_paddle
x_std_b2_x_02 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_p2_x(2) PID_paddle
x_std_b2_x_03 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_p2_x(3) PID_paddle
x_std_b2_x_04 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_p2_x(4) PID_paddle
x_std_b2_x_05 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_p2_x(5) PID_paddle
x_std_b2_x_06 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_p2_x(6) PID_paddle
x_std_b2_x_07 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_p2_x(7) PID_paddle
x_std_b2_x_08 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_p2_x(8) PID_paddle
x_std_b2_x_09 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_p2_x(9) PID_paddle
x_std_b2_x_10 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_p2_x(10) PID_paddle
x_std_b2_x_11 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_p2_x(11) PID_paddle
x_std_b2_x_12 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_p2_x(12) PID_paddle
x_std_b2_x_13 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_p2_x(13) PID_paddle
x_std_b2_x_14 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_p2_x(14) PID_paddle
x_std_b2_x_15 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_p2_x(15) PID_paddle
x_std_b2_x_16 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_p2_x(16) PID_paddle
x_std_b2_y_01 : std_theta std_hnpe std_W std_Ep std_E std_t bin_p2_y(1) PID_paddle
x_std_b2_y_02 : std_theta std_hnpe std_W std_Ep std_E std_t bin_p2_y(2) PID_paddle
x_std_b2_y_03 : std_theta std_hnpe std_W std_Ep std_E std_t bin_p2_y(3) PID_paddle
x_std_b2_y_04 : std_theta std_hnpe std_W std_Ep std_E std_t bin_p2_y(4) PID_paddle
x_std_b2_y_05 : std_theta std_hnpe std_W std_Ep std_E std_t bin_p2_y(5) PID_paddle
x_std_b2_y_06 : std_theta std_hnpe std_W std_Ep std_E std_t bin_p2_y(6) PID_paddle
x_std_b2_y_07 : std_theta std_hnpe std_W std_Ep std_E std_t bin_p2_y(7) PID_paddle
x_std_b2_y_08 : std_theta std_hnpe std_W std_Ep std_E std_t bin_p2_y(8) PID_paddle
x_std_b2_y_09 : std_theta std_hnpe std_W std_Ep std_E std_t bin_p2_y(9) PID_paddle
x_std_b2_y_10 : std_theta std_hnpe std_W std_Ep std_E std_t bin_p2_y(10) PID_paddle
x_std_b2_y_11 : std_theta std_hnpe std_W std_Ep std_E std_t bin_p2_y(11) PID_paddle
x_std_b2_y_12 : std_theta std_hnpe std_W std_Ep std_E std_t bin_p2_y(12) PID_paddle
x_std_b2_y_13 : std_theta std_hnpe std_W std_Ep std_E std_t bin_p2_y(13) PID_paddle
x_std_b2_y_14 : std_theta std_hnpe std_W std_Ep std_E std_t bin_p2_y(14) PID_paddle
x_std_b2_y_15 : std_theta std_hnpe std_W std_Ep std_E std_t bin_p2_y(15) PID_paddle
x_std_b2_y_16 : std_theta std_hnpe std_W std_Ep std_E std_t bin_p2_y(16) PID_paddle


 Detailed Cuts:
 ==============

n_std_base___ 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_pq < 0.11 )
 & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 )

n_std_bP_Ep_1 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_pq < 0.11 )
 & .and. ( Eprime > 2.0021 ) .and. ( Eprime <= 2.0205 )
 & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 )

n_std_bP_Ep_2 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_pq < 0.11 )
 & .and. ( Eprime > 2.0205 ) .and. ( Eprime <= 2.0390 )
 & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 )

n_std_bP_Ep_3 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_pq < 0.11 )
 & .and. ( Eprime > 2.0390 ) .and. ( Eprime <= 2.0575 )
 & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 )

n_std_bP_Ep_4 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_pq < 0.11 )
 & .and. ( Eprime > 2.0575 ) .and. ( Eprime <= 2.0760 )
 & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 )

n_std_bP_Ep_5 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_pq < 0.11 )
 & .and. ( Eprime > 2.0760 ) .and. ( Eprime <= 2.0945 )
 & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 )

n_std_bP_Ep_6 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_pq < 0.11 )
 & .and. ( Eprime > 2.0945 ) .and. ( Eprime <= 2.1130 )
 & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 )

n_std_bP_Ep_7 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_pq < 0.11 )
 & .and. ( Eprime > 2.1130 ) .and. ( Eprime <= 2.1315 )
 & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 )

n_std_bP_Ep_8 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_pq < 0.11 )
 & .and. ( Eprime > 2.1315 ) .and. ( Eprime <= 2.1500 )
 & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 )

n_std_bP_ny_1 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( theta_pq < 0.11 )
 & .and. ( ypos > -40.0 ) .and. ( ypos <= -30.0 )
 & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 )

n_std_bP_ny_2 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( theta_pq < 0.11 )
 & .and. ( ypos > -30.0 ) .and. ( ypos <= -20.0 )
 & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 )

n_std_bP_ny_3 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( theta_pq < 0.11 )
 & .and. ( ypos > -20.0 ) .and. ( ypos <= -10.0 )
 & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 )

n_std_bP_ny_4 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( theta_pq < 0.11 )
 & .and. ( ypos > -10.0 ) .and. ( ypos <=   0.0 )
 & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 )

n_std_bP_ny_5 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( theta_pq < 0.11 )
 & .and. ( ypos >   0.0 ) .and. ( ypos <=  10.0 )
 & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 )

n_std_bP_ny_6 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( theta_pq < 0.11 )
 & .and. ( ypos >  10.0 ) .and. ( ypos <=  20.0 )
 & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 )

n_std_bP_ny_7 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( theta_pq < 0.11 )
 & .and. ( ypos >  20.0 ) .and. ( ypos <=  30.0 )
 & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 )

n_std_bP_ny_8 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( theta_pq < 0.11 )
 & .and. ( ypos >  30.0 ) .and. ( ypos <=  40.0 )
 & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 )

n_std_bP_Onq1 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_pq > 0.0     ) .and. ( theta_pq <= 0.01375 )
 & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 )

n_std_bP_Onq2 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_pq > 0.01375 ) .and. ( theta_pq <= 0.0275  )
 & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 )

n_std_bP_Onq3 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_pq > 0.0275  ) .and. ( theta_pq <= 0.04125 )
 & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 )

n_std_bP_Onq4 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_pq > 0.04125 ) .and. ( theta_pq <= 0.055   )
 & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 )

n_std_bP_Onq5 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_pq > 0.055   ) .and. ( theta_pq <= 0.06875 )
 & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 )

n_std_bP_Onq6 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_pq > 0.06875 ) .and. ( theta_pq <= 0.0825  )
 & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 )

n_std_bP_Onq7 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_pq > 0.0825  ) .and. ( theta_pq <= 0.09625 )
 & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 )

n_std_bP_Onq8 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_pq > 0.09625 ) .and. ( theta_pq <= 0.11    )
 & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 )

n_std_bP_Onq9 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_pq > 0.11    ) .and. ( theta_pq <= 0.12375 )
 & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 )

n_std_bP_Onp1 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_pq < 0.11 )
 & .and. ( theta_np > 164 ) .and. ( theta_np <= 168 )
 & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 )

n_std_bP_Onp2 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_pq < 0.11 )
 & .and. ( theta_np > 168 ) .and. ( theta_np <= 172 )
 & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 )

n_std_bP_Onp3 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_pq < 0.11 )
 & .and. ( theta_np > 172 ) .and. ( theta_np <= 176 )
 & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 )

n_std_bP_Onp4 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_pq < 0.11 )
 & .and. ( theta_np > 176 ) .and. ( theta_np <= 180 )
 & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 )

n_std_bP_Onp5 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_pq < 0.11 )
 & .and. ( theta_np > 180 ) .and. ( theta_np <= 184 )
 & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 )

n_std_bP_Onp6 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_pq < 0.11 )
 & .and. ( theta_np > 184 ) .and. ( theta_np <= 188 )
 & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 )

n_std_bP_Onp7 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_pq < 0.11 )
 & .and. ( theta_np > 188 ) .and. ( theta_np <= 192 )
 & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 )

n_std_bP_Onp8 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_pq < 0.11 )
 & .and. ( theta_np > 192 ) .and. ( theta_np <= 196 )
 & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 )

n_std_b2_W_01 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_pq < 0.11 )
 & .and. ( W > 0.888 ) .and. ( W <= 0.89425 )
 & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 )

n_std_b2_W_02 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_pq < 0.11 )
 & .and. ( W > 0.89425 ) .and. ( W <= 0.9005 )
 & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 )

n_std_b2_W_03 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_pq < 0.11 )
 & .and. ( W > 0.9005 ) .and. ( W <= 0.90675 )
 & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 )

n_std_b2_W_04 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_pq < 0.11 )
 & .and. ( W > 0.90675 ) .and. ( W <= 0.913 )
 & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 )

n_std_b2_W_05 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_pq < 0.11 )
 & .and. ( W > 0.913 ) .and. ( W <= 0.91925 )
 & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 )

n_std_b2_W_06 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_pq < 0.11 )
 & .and. ( W > 0.91925 ) .and. ( W <= 0.9255 )
 & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 )

n_std_b2_W_07 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_pq < 0.11 )
 & .and. ( W > 0.9255 ) .and. ( W <= 0.93175 )
 & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 )

n_std_b2_W_08 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_pq < 0.11 )
 & .and. ( W > 0.93175 ) .and. ( W <= 0.938 )
 & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 )

n_std_b2_W_09 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_pq < 0.11 )
 & .and. ( W > 0.938 ) .and. ( W <= 0.94425 )
 & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 )

n_std_b2_W_10 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_pq < 0.11 )
 & .and. ( W > 0.94425 ) .and. ( W <= 0.9505 )
 & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 )

n_std_b2_W_11 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_pq < 0.11 )
 & .and. ( W > 0.9505 ) .and. ( W <= 0.95675 )
 & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 )

n_std_b2_W_12 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_pq < 0.11 )
 & .and. ( W > 0.95675 ) .and. ( W <= 0.963 )
 & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 )

n_std_b2_W_13 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_pq < 0.11 )
 & .and. ( W > 0.963 ) .and. ( W <= 0.96925 )
 & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 )

n_std_b2_W_14 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_pq < 0.11 )
 & .and. ( W > 0.96925 ) .and. ( W <= 0.9755 )
 & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 )

n_std_b2_W_15 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_pq < 0.11 )
 & .and. ( W > 0.9755 ) .and. ( W <= 0.98175 )
 & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 )

n_std_b2_W_16 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_pq < 0.11 )
 & .and. ( W > 0.98175 ) .and. ( W <= 0.988 )
 & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 )

n_std_b2_Ep01 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_pq < 0.11 )
 & .and. ( Eprime > 1.97 ) .and. ( Eprime <= 1.98125 )
 & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 )

n_std_b2_Ep02 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_pq < 0.11 )
 & .and. ( Eprime > 1.98125 ) .and. ( Eprime <= 1.9925 )
 & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 )

n_std_b2_Ep03 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_pq < 0.11 )
 & .and. ( Eprime > 1.9925 ) .and. ( Eprime <= 2.00375 )
 & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 )

n_std_b2_Ep04 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_pq < 0.11 )
 & .and. ( Eprime > 2.00375 ) .and. ( Eprime <= 2.015 )
 & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 )

n_std_b2_Ep05 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_pq < 0.11 )
 & .and. ( Eprime > 2.015 ) .and. ( Eprime <= 2.02625 )
 & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 )

n_std_b2_Ep06 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_pq < 0.11 )
 & .and. ( Eprime > 2.02625 ) .and. ( Eprime <= 2.0375 )
 & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 )

n_std_b2_Ep07 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_pq < 0.11 )
 & .and. ( Eprime > 2.0375 ) .and. ( Eprime <= 2.04875 )
 & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 )

n_std_b2_Ep08 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_pq < 0.11 )
 & .and. ( Eprime > 2.04875 ) .and. ( Eprime <= 2.06 )
 & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 )

n_std_b2_Ep09 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_pq < 0.11 )
 & .and. ( Eprime > 2.06 ) .and. ( Eprime <= 2.07125 )
 & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 )

n_std_b2_Ep10 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_pq < 0.11 )
 & .and. ( Eprime > 2.07125 ) .and. ( Eprime <= 2.0825 )
 & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 )

n_std_b2_Ep11 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_pq < 0.11 )
 & .and. ( Eprime > 2.0825 ) .and. ( Eprime <= 2.09375 )
 & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 )

n_std_b2_Ep12 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_pq < 0.11 )
 & .and. ( Eprime > 2.09375 ) .and. ( Eprime <= 2.105 )
 & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 )

n_std_b2_Ep13 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_pq < 0.11 )
 & .and. ( Eprime > 2.105 ) .and. ( Eprime <= 2.11625 )
 & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 )

n_std_b2_Ep14 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_pq < 0.11 )
 & .and. ( Eprime > 2.11625 ) .and. ( Eprime <= 2.1275 )
 & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 )

n_std_b2_Ep15 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_pq < 0.11 )
 & .and. ( Eprime > 2.1275 ) .and. ( Eprime <= 2.13875 )
 & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 )

n_std_b2_Ep16 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_pq < 0.11 )
 & .and. ( Eprime > 2.13875 ) .and. ( Eprime <= 2.15 )
 & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 )

n_std_b2_x_01 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_pq < 0.11 )
 & .and. ( xpos > -170.0 ) .and. ( xpos <= -153.125 )
 & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 )

n_std_b2_x_02 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_pq < 0.11 )
 & .and. ( xpos > -153.125 ) .and. ( xpos <= -136.25 )
 & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 )

n_std_b2_x_03 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_pq < 0.11 )
 & .and. ( xpos > -136.25 ) .and. ( xpos <= -119.375 )
 & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 )

n_std_b2_x_04 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_pq < 0.11 )
 & .and. ( xpos > -119.375 ) .and. ( xpos <= -102.5 )
 & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 )

n_std_b2_x_05 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_pq < 0.11 )
 & .and. ( xpos > -102.5 ) .and. ( xpos <= -85.625 )
 & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 )

n_std_b2_x_06 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_pq < 0.11 )
 & .and. ( xpos > -85.625 ) .and. ( xpos <= -68.75 )
 & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 )

n_std_b2_x_07 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_pq < 0.11 )
 & .and. ( xpos > -68.75 ) .and. ( xpos <= -51.875 )
 & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 )

n_std_b2_x_08 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_pq < 0.11 )
 & .and. ( xpos > -51.875 ) .and. ( xpos <= -35.0 )
 & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 )

n_std_b2_x_09 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_pq < 0.11 )
 & .and. ( xpos > -35.0 ) .and. ( xpos <= -18.125 )
 & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 )

n_std_b2_x_10 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_pq < 0.11 )
 & .and. ( xpos > -18.125 ) .and. ( xpos <= -1.25 )
 & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 )

n_std_b2_x_11 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_pq < 0.11 )
 & .and. ( xpos > -1.25 ) .and. ( xpos <= 15.625 )
 & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 )

n_std_b2_x_12 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_pq < 0.11 )
 & .and. ( xpos > 15.625 ) .and. ( xpos <= 32.5 )
 & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 )

n_std_b2_x_13 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_pq < 0.11 )
 & .and. ( xpos > 32.5 ) .and. ( xpos <= 49.375 )
 & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 )

n_std_b2_x_14 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_pq < 0.11 )
 & .and. ( xpos > 49.375 ) .and. ( xpos <= 66.25 )
 & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 )

n_std_b2_x_15 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_pq < 0.11 )
 & .and. ( xpos > 66.25 ) .and. ( xpos <= 83.125 )
 & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 )

n_std_b2_x_16 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_pq < 0.11 )
 & .and. ( xpos > 83.125 ) .and. ( xpos <= 100.0 )
 & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 )

n_std_b2_y_01 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( theta_pq < 0.11 )
 & .and. ( ypos > -40.0 ) .and. ( ypos <= -35.0 )
 & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 )

n_std_b2_y_02 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( theta_pq < 0.11 )
 & .and. ( ypos > -35.0 ) .and. ( ypos <= -30.0 )
 & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 )

n_std_b2_y_03 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( theta_pq < 0.11 )
 & .and. ( ypos > -30.0 ) .and. ( ypos <= -25.0 )
 & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 )

n_std_b2_y_04 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( theta_pq < 0.11 )
 & .and. ( ypos > -25.0 ) .and. ( ypos <= -20.0 )
 & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 )

n_std_b2_y_05 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( theta_pq < 0.11 )
 & .and. ( ypos > -20.0 ) .and. ( ypos <= -15.0 )
 & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 )

n_std_b2_y_06 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( theta_pq < 0.11 )
 & .and. ( ypos > -15.0 ) .and. ( ypos <= -10.0 )
 & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 )

n_std_b2_y_07 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( theta_pq < 0.11 )
 & .and. ( ypos > -10.0 ) .and. ( ypos <= -5.0 )
 & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 )

n_std_b2_y_08 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( theta_pq < 0.11 )
 & .and. ( ypos > -5.0 ) .and. ( ypos <= 0.0 )
 & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 )

n_std_b2_y_09 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( theta_pq < 0.11 )
 & .and. ( ypos > 0.0 ) .and. ( ypos <= 5.0 )
 & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 )

n_std_b2_y_10 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( theta_pq < 0.11 )
 & .and. ( ypos > 5.0 ) .and. ( ypos <= 10.0 )
 & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 )

n_std_b2_y_11 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( theta_pq < 0.11 )
 & .and. ( ypos > 10.0 ) .and. ( ypos <= 15.0 )
 & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 )

n_std_b2_y_12 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( theta_pq < 0.11 )
 & .and. ( ypos > 15.0 ) .and. ( ypos <= 20.0 )
 & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 )

n_std_b2_y_13 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( theta_pq < 0.11 )
 & .and. ( ypos > 20.0 ) .and. ( ypos <= 25.0 )
 & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 )

n_std_b2_y_14 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( theta_pq < 0.11 )
 & .and. ( ypos > 25.0 ) .and. ( ypos <= 30.0 )
 & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 )

n_std_b2_y_15 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( theta_pq < 0.11 )
 & .and. ( ypos > 30.0 ) .and. ( ypos <= 35.0 )
 & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 )

n_std_b2_y_16 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( theta_pq < 0.11 )
 & .and. ( ypos > 35.0 ) .and. ( ypos <= 40.0 )
 & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 )

p_std_base___ 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 )

p_std_bP_Ep_1 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( Eprime > 2.0021 ) .and. ( Eprime <= 2.0205 )
 & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 )

p_std_bP_Ep_2 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( Eprime > 2.0205 ) .and. ( Eprime <= 2.0390 )
 & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 )

p_std_bP_Ep_3 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( Eprime > 2.0390 ) .and. ( Eprime <= 2.0575 )
 & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 )

p_std_bP_Ep_4 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( Eprime > 2.0575 ) .and. ( Eprime <= 2.0760 )
 & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 )

p_std_bP_Ep_5 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( Eprime > 2.0760 ) .and. ( Eprime <= 2.0945 )
 & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 )

p_std_bP_Ep_6 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( Eprime > 2.0945 ) .and. ( Eprime <= 2.1130 )
 & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 )

p_std_bP_Ep_7 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( Eprime > 2.1130 ) .and. ( Eprime <= 2.1315 )
 & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 )

p_std_bP_Ep_8 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( Eprime > 2.1315 ) .and. ( Eprime <= 2.1500 )
 & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 )

p_std_bP_ny_1 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40.0 ) .and. ( ypos <= -30.0 )
 & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 )

p_std_bP_ny_2 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -30.0 ) .and. ( ypos <= -20.0 )
 & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 )

p_std_bP_ny_3 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -20.0 ) .and. ( ypos <= -10.0 )
 & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 )

p_std_bP_ny_4 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -10.0 ) .and. ( ypos <=   0.0 )
 & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 )

p_std_bP_ny_5 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos >   0.0 ) .and. ( ypos <=  10.0 )
 & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 )

p_std_bP_ny_6 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos >  10.0 ) .and. ( ypos <=  20.0 )
 & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 )

p_std_bP_ny_7 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos >  20.0 ) .and. ( ypos <=  30.0 )
 & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 )

p_std_bP_ny_8 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos >  30.0 ) .and. ( ypos <=  40.0 )
 & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 )

p_std_bP_Onq1 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_pq > 0.0     ) .and. ( theta_pq <= 0.01375 )
 & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 )

p_std_bP_Onq2 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_pq > 0.01375 ) .and. ( theta_pq <= 0.0275  )
 & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 )

p_std_bP_Onq3 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_pq > 0.0275  ) .and. ( theta_pq <= 0.04125 )
 & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 )

p_std_bP_Onq4 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_pq > 0.04125 ) .and. ( theta_pq <= 0.055   )
 & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 )

p_std_bP_Onq5 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_pq > 0.055   ) .and. ( theta_pq <= 0.06875 )
 & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 )

p_std_bP_Onq6 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_pq > 0.06875 ) .and. ( theta_pq <= 0.0825  )
 & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 )

p_std_bP_Onq7 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_pq > 0.0825  ) .and. ( theta_pq <= 0.09625 )
 & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 )

p_std_bP_Onq8 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_pq > 0.09625 ) .and. ( theta_pq <= 0.11    )
 & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 )

p_std_bP_Onq9 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_pq > 0.11    ) .and. ( theta_pq <= 0.12375 )
 & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 )

p_std_bP_Onp1 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_np > 164 ) .and. ( theta_np <= 168 )
 & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 )

p_std_bP_Onp2 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_np > 168 ) .and. ( theta_np <= 172 )
 & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 )

p_std_bP_Onp3 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_np > 172 ) .and. ( theta_np <= 176 )
 & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 )

p_std_bP_Onp4 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_np > 176 ) .and. ( theta_np <= 180 )
 & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 )

p_std_bP_Onp5 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_np > 180 ) .and. ( theta_np <= 184 )
 & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 )

p_std_bP_Onp6 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_np > 184 ) .and. ( theta_np <= 188 )
 & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 )

p_std_bP_Onp7 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_np > 188 ) .and. ( theta_np <= 192 )
 & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 )

p_std_bP_Onp8 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_np > 192 ) .and. ( theta_np <= 196 )
 & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 )

p_std_b2_W_01 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( W > 0.888 ) .and. ( W <= 0.89425 )
 & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 )

p_std_b2_W_02 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( W > 0.89425 ) .and. ( W <= 0.9005 )
 & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 )

p_std_b2_W_03 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( W > 0.9005 ) .and. ( W <= 0.90675 )
 & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 )

p_std_b2_W_04 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( W > 0.90675 ) .and. ( W <= 0.913 )
 & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 )

p_std_b2_W_05 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( W > 0.913 ) .and. ( W <= 0.91925 )
 & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 )

p_std_b2_W_06 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( W > 0.91925 ) .and. ( W <= 0.9255 )
 & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 )

p_std_b2_W_07 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( W > 0.9255 ) .and. ( W <= 0.93175 )
 & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 )

p_std_b2_W_08 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( W > 0.93175 ) .and. ( W <= 0.938 )
 & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 )

p_std_b2_W_09 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( W > 0.938 ) .and. ( W <= 0.94425 )
 & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 )

p_std_b2_W_10 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( W > 0.94425 ) .and. ( W <= 0.9505 )
 & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 )

p_std_b2_W_11 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( W > 0.9505 ) .and. ( W <= 0.95675 )
 & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 )

p_std_b2_W_12 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( W > 0.95675 ) .and. ( W <= 0.963 )
 & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 )

p_std_b2_W_13 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( W > 0.963 ) .and. ( W <= 0.96925 )
 & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 )

p_std_b2_W_14 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( W > 0.96925 ) .and. ( W <= 0.9755 )
 & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 )

p_std_b2_W_15 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( W > 0.9755 ) .and. ( W <= 0.98175 )
 & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 )

p_std_b2_W_16 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( W > 0.98175 ) .and. ( W <= 0.988 )
 & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 )

p_std_b2_Ep01 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( Eprime > 1.97 ) .and. ( Eprime <= 1.98125 )
 & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 )

p_std_b2_Ep02 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( Eprime > 1.98125 ) .and. ( Eprime <= 1.9925 )
 & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 )

p_std_b2_Ep03 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( Eprime > 1.9925 ) .and. ( Eprime <= 2.00375 )
 & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 )

p_std_b2_Ep04 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( Eprime > 2.00375 ) .and. ( Eprime <= 2.015 )
 & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 )

p_std_b2_Ep05 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( Eprime > 2.015 ) .and. ( Eprime <= 2.02625 )
 & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 )

p_std_b2_Ep06 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( Eprime > 2.02625 ) .and. ( Eprime <= 2.0375 )
 & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 )

p_std_b2_Ep07 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( Eprime > 2.0375 ) .and. ( Eprime <= 2.04875 )
 & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 )

p_std_b2_Ep08 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( Eprime > 2.04875 ) .and. ( Eprime <= 2.06 )
 & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 )

p_std_b2_Ep09 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( Eprime > 2.06 ) .and. ( Eprime <= 2.07125 )
 & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 )

p_std_b2_Ep10 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( Eprime > 2.07125 ) .and. ( Eprime <= 2.0825 )
 & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 )

p_std_b2_Ep11 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( Eprime > 2.0825 ) .and. ( Eprime <= 2.09375 )
 & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 )

p_std_b2_Ep12 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( Eprime > 2.09375 ) .and. ( Eprime <= 2.105 )
 & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 )

p_std_b2_Ep13 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( Eprime > 2.105 ) .and. ( Eprime <= 2.11625 )
 & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 )

p_std_b2_Ep14 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( Eprime > 2.11625 ) .and. ( Eprime <= 2.1275 )
 & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 )

p_std_b2_Ep15 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( Eprime > 2.1275 ) .and. ( Eprime <= 2.13875 )
 & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 )

p_std_b2_Ep16 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( Eprime > 2.13875 ) .and. ( Eprime <= 2.15 )
 & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 )

p_std_b2_x_01 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( xpos > -170.0 ) .and. ( xpos <= -153.125 )
 & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 )

p_std_b2_x_02 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( xpos > -153.125 ) .and. ( xpos <= -136.25 )
 & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 )

p_std_b2_x_03 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( xpos > -136.25 ) .and. ( xpos <= -119.375 )
 & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 )

p_std_b2_x_04 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( xpos > -119.375 ) .and. ( xpos <= -102.5 )
 & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 )

p_std_b2_x_05 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( xpos > -102.5 ) .and. ( xpos <= -85.625 )
 & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 )

p_std_b2_x_06 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( xpos > -85.625 ) .and. ( xpos <= -68.75 )
 & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 )

p_std_b2_x_07 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( xpos > -68.75 ) .and. ( xpos <= -51.875 )
 & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 )

p_std_b2_x_08 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( xpos > -51.875 ) .and. ( xpos <= -35.0 )
 & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 )

p_std_b2_x_09 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( xpos > -35.0 ) .and. ( xpos <= -18.125 )
 & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 )

p_std_b2_x_10 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( xpos > -18.125 ) .and. ( xpos <= -1.25 )
 & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 )

p_std_b2_x_11 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( xpos > -1.25 ) .and. ( xpos <= 15.625 )
 & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 )

p_std_b2_x_12 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( xpos > 15.625 ) .and. ( xpos <= 32.5 )
 & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 )

p_std_b2_x_13 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( xpos > 32.5 ) .and. ( xpos <= 49.375 )
 & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 )

p_std_b2_x_14 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( xpos > 49.375 ) .and. ( xpos <= 66.25 )
 & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 )

p_std_b2_x_15 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( xpos > 66.25 ) .and. ( xpos <= 83.125 )
 & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 )

p_std_b2_x_16 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( xpos > 83.125 ) .and. ( xpos <= 100.0 )
 & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 )

p_std_b2_y_01 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40.0 ) .and. ( ypos <= -35.0 )
 & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 )

p_std_b2_y_02 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -35.0 ) .and. ( ypos <= -30.0 )
 & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 )

p_std_b2_y_03 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -30.0 ) .and. ( ypos <= -25.0 )
 & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 )

p_std_b2_y_04 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -25.0 ) .and. ( ypos <= -20.0 )
 & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 )

p_std_b2_y_05 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -20.0 ) .and. ( ypos <= -15.0 )
 & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 )

p_std_b2_y_06 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -15.0 ) .and. ( ypos <= -10.0 )
 & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 )

p_std_b2_y_07 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -10.0 ) .and. ( ypos <= -5.0 )
 & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 )

p_std_b2_y_08 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -5.0 ) .and. ( ypos <= 0.0 )
 & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 )

p_std_b2_y_09 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > 0.0 ) .and. ( ypos <= 5.0 )
 & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 )

p_std_b2_y_10 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > 5.0 ) .and. ( ypos <= 10.0 )
 & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 )

p_std_b2_y_11 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > 10.0 ) .and. ( ypos <= 15.0 )
 & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 )

p_std_b2_y_12 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > 15.0 ) .and. ( ypos <= 20.0 )
 & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 )

p_std_b2_y_13 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > 20.0 ) .and. ( ypos <= 25.0 )
 & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 )

p_std_b2_y_14 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > 25.0 ) .and. ( ypos <= 30.0 )
 & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 )

p_std_b2_y_15 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > 30.0 ) .and. ( ypos <= 35.0 )
 & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 )

p_std_b2_y_16 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > 35.0 ) .and. ( ypos <= 40.0 )
 & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 )

x_std_base___ 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( ntrk_PID == 9 )

x_std_bP_Ep_1 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( Eprime > 2.0021 ) .and. ( Eprime <= 2.0205 )
 & .and. ( ntrk_PID == 9 )

x_std_bP_Ep_2 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( Eprime > 2.0205 ) .and. ( Eprime <= 2.0390 )
 & .and. ( ntrk_PID == 9 )

x_std_bP_Ep_3 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( Eprime > 2.0390 ) .and. ( Eprime <= 2.0575 )
 & .and. ( ntrk_PID == 9 )

x_std_bP_Ep_4 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( Eprime > 2.0575 ) .and. ( Eprime <= 2.0760 )
 & .and. ( ntrk_PID == 9 )

x_std_bP_Ep_5 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( Eprime > 2.0760 ) .and. ( Eprime <= 2.0945 )
 & .and. ( ntrk_PID == 9 )

x_std_bP_Ep_6 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( Eprime > 2.0945 ) .and. ( Eprime <= 2.1130 )
 & .and. ( ntrk_PID == 9 )

x_std_bP_Ep_7 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( Eprime > 2.1130 ) .and. ( Eprime <= 2.1315 )
 & .and. ( ntrk_PID == 9 )

x_std_bP_Ep_8 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( Eprime > 2.1315 ) .and. ( Eprime <= 2.1500 )
 & .and. ( ntrk_PID == 9 )

x_std_bP_ny_1 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40.0 ) .and. ( ypos <= -30.0 )
 & .and. ( ntrk_PID == 9 )

x_std_bP_ny_2 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -30.0 ) .and. ( ypos <= -20.0 )
 & .and. ( ntrk_PID == 9 )

x_std_bP_ny_3 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -20.0 ) .and. ( ypos <= -10.0 )
 & .and. ( ntrk_PID == 9 )

x_std_bP_ny_4 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -10.0 ) .and. ( ypos <=   0.0 )
 & .and. ( ntrk_PID == 9 )

x_std_bP_ny_5 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos >   0.0 ) .and. ( ypos <=  10.0 )
 & .and. ( ntrk_PID == 9 )

x_std_bP_ny_6 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos >  10.0 ) .and. ( ypos <=  20.0 )
 & .and. ( ntrk_PID == 9 )

x_std_bP_ny_7 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos >  20.0 ) .and. ( ypos <=  30.0 )
 & .and. ( ntrk_PID == 9 )

x_std_bP_ny_8 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos >  30.0 ) .and. ( ypos <=  40.0 )
 & .and. ( ntrk_PID == 9 )

x_std_bP_Onq1 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_pq > 0.0     ) .and. ( theta_pq <= 0.01375 )
 & .and. ( ntrk_PID == 9 )

x_std_bP_Onq2 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_pq > 0.01375 ) .and. ( theta_pq <= 0.0275  )
 & .and. ( ntrk_PID == 9 )

x_std_bP_Onq3 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_pq > 0.0275  ) .and. ( theta_pq <= 0.04125 )
 & .and. ( ntrk_PID == 9 )

x_std_bP_Onq4 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_pq > 0.04125 ) .and. ( theta_pq <= 0.055   )
 & .and. ( ntrk_PID == 9 )

x_std_bP_Onq5 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_pq > 0.055   ) .and. ( theta_pq <= 0.06875 )
 & .and. ( ntrk_PID == 9 )

x_std_bP_Onq6 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_pq > 0.06875 ) .and. ( theta_pq <= 0.0825  )
 & .and. ( ntrk_PID == 9 )

x_std_bP_Onq7 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_pq > 0.0825  ) .and. ( theta_pq <= 0.09625 )
 & .and. ( ntrk_PID == 9 )

x_std_bP_Onq8 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_pq > 0.09625 ) .and. ( theta_pq <= 0.11    )
 & .and. ( ntrk_PID == 9 )

x_std_bP_Onq9 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_pq > 0.11    ) .and. ( theta_pq <= 0.12375 )
 & .and. ( ntrk_PID == 9 )

x_std_bP_Onp1 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_np > 164 ) .and. ( theta_np <= 168 )
 & .and. ( ntrk_PID == 9 )

x_std_bP_Onp2 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_np > 168 ) .and. ( theta_np <= 172 )
 & .and. ( ntrk_PID == 9 )

x_std_bP_Onp3 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_np > 172 ) .and. ( theta_np <= 176 )
 & .and. ( ntrk_PID == 9 )

x_std_bP_Onp4 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_np > 176 ) .and. ( theta_np <= 180 )
 & .and. ( ntrk_PID == 9 )

x_std_bP_Onp5 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_np > 180 ) .and. ( theta_np <= 184 )
 & .and. ( ntrk_PID == 9 )

x_std_bP_Onp6 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_np > 184 ) .and. ( theta_np <= 188 )
 & .and. ( ntrk_PID == 9 )

x_std_bP_Onp7 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_np > 188 ) .and. ( theta_np <= 192 )
 & .and. ( ntrk_PID == 9 )

x_std_bP_Onp8 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( theta_np > 192 ) .and. ( theta_np <= 196 )
 & .and. ( ntrk_PID == 9 )

x_std_b2_W_01 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( W > 0.888 ) .and. ( W <= 0.89425 )
 & .and. ( ntrk_PID == 9 )

x_std_b2_W_02 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( W > 0.89425 ) .and. ( W <= 0.9005 )
 & .and. ( ntrk_PID == 9 )

x_std_b2_W_03 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( W > 0.9005 ) .and. ( W <= 0.90675 )
 & .and. ( ntrk_PID == 9 )

x_std_b2_W_04 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( W > 0.90675 ) .and. ( W <= 0.913 )
 & .and. ( ntrk_PID == 9 )

x_std_b2_W_05 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( W > 0.913 ) .and. ( W <= 0.91925 )
 & .and. ( ntrk_PID == 9 )

x_std_b2_W_06 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( W > 0.91925 ) .and. ( W <= 0.9255 )
 & .and. ( ntrk_PID == 9 )

x_std_b2_W_07 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( W > 0.9255 ) .and. ( W <= 0.93175 )
 & .and. ( ntrk_PID == 9 )

x_std_b2_W_08 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( W > 0.93175 ) .and. ( W <= 0.938 )
 & .and. ( ntrk_PID == 9 )

x_std_b2_W_09 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( W > 0.938 ) .and. ( W <= 0.94425 )
 & .and. ( ntrk_PID == 9 )

x_std_b2_W_10 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( W > 0.94425 ) .and. ( W <= 0.9505 )
 & .and. ( ntrk_PID == 9 )

x_std_b2_W_11 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( W > 0.9505 ) .and. ( W <= 0.95675 )
 & .and. ( ntrk_PID == 9 )

x_std_b2_W_12 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( W > 0.95675 ) .and. ( W <= 0.963 )
 & .and. ( ntrk_PID == 9 )

x_std_b2_W_13 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( W > 0.963 ) .and. ( W <= 0.96925 )
 & .and. ( ntrk_PID == 9 )

x_std_b2_W_14 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( W > 0.96925 ) .and. ( W <= 0.9755 )
 & .and. ( ntrk_PID == 9 )

x_std_b2_W_15 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( W > 0.9755 ) .and. ( W <= 0.98175 )
 & .and. ( ntrk_PID == 9 )

x_std_b2_W_16 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( W > 0.98175 ) .and. ( W <= 0.988 )
 & .and. ( ntrk_PID == 9 )

x_std_b2_Ep01 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( Eprime > 1.97 ) .and. ( Eprime <= 1.98125 )
 & .and. ( ntrk_PID == 9 )

x_std_b2_Ep02 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( Eprime > 1.98125 ) .and. ( Eprime <= 1.9925 )
 & .and. ( ntrk_PID == 9 )

x_std_b2_Ep03 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( Eprime > 1.9925 ) .and. ( Eprime <= 2.00375 )
 & .and. ( ntrk_PID == 9 )

x_std_b2_Ep04 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( Eprime > 2.00375 ) .and. ( Eprime <= 2.015 )
 & .and. ( ntrk_PID == 9 )

x_std_b2_Ep05 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( Eprime > 2.015 ) .and. ( Eprime <= 2.02625 )
 & .and. ( ntrk_PID == 9 )

x_std_b2_Ep06 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( Eprime > 2.02625 ) .and. ( Eprime <= 2.0375 )
 & .and. ( ntrk_PID == 9 )

x_std_b2_Ep07 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( Eprime > 2.0375 ) .and. ( Eprime <= 2.04875 )
 & .and. ( ntrk_PID == 9 )

x_std_b2_Ep08 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( Eprime > 2.04875 ) .and. ( Eprime <= 2.06 )
 & .and. ( ntrk_PID == 9 )

x_std_b2_Ep09 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( Eprime > 2.06 ) .and. ( Eprime <= 2.07125 )
 & .and. ( ntrk_PID == 9 )

x_std_b2_Ep10 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( Eprime > 2.07125 ) .and. ( Eprime <= 2.0825 )
 & .and. ( ntrk_PID == 9 )

x_std_b2_Ep11 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( Eprime > 2.0825 ) .and. ( Eprime <= 2.09375 )
 & .and. ( ntrk_PID == 9 )

x_std_b2_Ep12 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( Eprime > 2.09375 ) .and. ( Eprime <= 2.105 )
 & .and. ( ntrk_PID == 9 )

x_std_b2_Ep13 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( Eprime > 2.105 ) .and. ( Eprime <= 2.11625 )
 & .and. ( ntrk_PID == 9 )

x_std_b2_Ep14 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( Eprime > 2.11625 ) .and. ( Eprime <= 2.1275 )
 & .and. ( ntrk_PID == 9 )

x_std_b2_Ep15 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( Eprime > 2.1275 ) .and. ( Eprime <= 2.13875 )
 & .and. ( ntrk_PID == 9 )

x_std_b2_Ep16 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( Eprime > 2.13875 ) .and. ( Eprime <= 2.15 )
 & .and. ( ntrk_PID == 9 )

x_std_b2_x_01 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( xpos > -170.0 ) .and. ( xpos <= -153.125 )
 & .and. ( ntrk_PID == 9 )

x_std_b2_x_02 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( xpos > -153.125 ) .and. ( xpos <= -136.25 )
 & .and. ( ntrk_PID == 9 )

x_std_b2_x_03 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( xpos > -136.25 ) .and. ( xpos <= -119.375 )
 & .and. ( ntrk_PID == 9 )

x_std_b2_x_04 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( xpos > -119.375 ) .and. ( xpos <= -102.5 )
 & .and. ( ntrk_PID == 9 )

x_std_b2_x_05 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( xpos > -102.5 ) .and. ( xpos <= -85.625 )
 & .and. ( ntrk_PID == 9 )

x_std_b2_x_06 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( xpos > -85.625 ) .and. ( xpos <= -68.75 )
 & .and. ( ntrk_PID == 9 )

x_std_b2_x_07 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( xpos > -68.75 ) .and. ( xpos <= -51.875 )
 & .and. ( ntrk_PID == 9 )

x_std_b2_x_08 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( xpos > -51.875 ) .and. ( xpos <= -35.0 )
 & .and. ( ntrk_PID == 9 )

x_std_b2_x_09 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( xpos > -35.0 ) .and. ( xpos <= -18.125 )
 & .and. ( ntrk_PID == 9 )

x_std_b2_x_10 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( xpos > -18.125 ) .and. ( xpos <= -1.25 )
 & .and. ( ntrk_PID == 9 )

x_std_b2_x_11 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( xpos > -1.25 ) .and. ( xpos <= 15.625 )
 & .and. ( ntrk_PID == 9 )

x_std_b2_x_12 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( xpos > 15.625 ) .and. ( xpos <= 32.5 )
 & .and. ( ntrk_PID == 9 )

x_std_b2_x_13 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( xpos > 32.5 ) .and. ( xpos <= 49.375 )
 & .and. ( ntrk_PID == 9 )

x_std_b2_x_14 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( xpos > 49.375 ) .and. ( xpos <= 66.25 )
 & .and. ( ntrk_PID == 9 )

x_std_b2_x_15 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( xpos > 66.25 ) .and. ( xpos <= 83.125 )
 & .and. ( ntrk_PID == 9 )

x_std_b2_x_16 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40. ) .and. ( ypos < 40. )
 & .and. ( xpos > 83.125 ) .and. ( xpos <= 100.0 )
 & .and. ( ntrk_PID == 9 )

x_std_b2_y_01 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -40.0 ) .and. ( ypos <= -35.0 )
 & .and. ( ntrk_PID == 9 )

x_std_b2_y_02 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -35.0 ) .and. ( ypos <= -30.0 )
 & .and. ( ntrk_PID == 9 )

x_std_b2_y_03 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -30.0 ) .and. ( ypos <= -25.0 )
 & .and. ( ntrk_PID == 9 )

x_std_b2_y_04 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -25.0 ) .and. ( ypos <= -20.0 )
 & .and. ( ntrk_PID == 9 )

x_std_b2_y_05 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -20.0 ) .and. ( ypos <= -15.0 )
 & .and. ( ntrk_PID == 9 )

x_std_b2_y_06 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -15.0 ) .and. ( ypos <= -10.0 )
 & .and. ( ntrk_PID == 9 )

x_std_b2_y_07 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -10.0 ) .and. ( ypos <= -5.0 )
 & .and. ( ntrk_PID == 9 )

x_std_b2_y_08 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > -5.0 ) .and. ( ypos <= 0.0 )
 & .and. ( ntrk_PID == 9 )

x_std_b2_y_09 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > 0.0 ) .and. ( ypos <= 5.0 )
 & .and. ( ntrk_PID == 9 )

x_std_b2_y_10 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > 5.0 ) .and. ( ypos <= 10.0 )
 & .and. ( ntrk_PID == 9 )

x_std_b2_y_11 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 & .and. ( ntrk_E > 12.0 )
 & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 )
 & .and. ( ypos > 10.0 ) .and. ( ypos <= 15.0 )
 & .and. ( ntrk_PID == 9 )

x_std_b2_y_12 
 & .and. ( hstheta > 0.26 )
 & .and. ( hcer_npe > 2.0 )
 & .and. ( W > 0.889 ) .and. ( W < 0.989 )
 & .and. ( Eprime > 2.0021 )
 &