NOTE: This version of Butcher includes an Eloss adjustment to Eprime, making it a vertex quantity, as opposed to an HMS value. The specific shift should be verified in the code source, but as of this template writing, the effect was an increase of Eprime by 2.5MeV. Base Cuts: (- negates a cut's logic, ~ removes cut) =========================================================== base___ : bP_ny_1 : bin_PHYS_y(1) bP_ny_2 : bin_PHYS_y(2) bP_ny_3 : bin_PHYS_y(3) bP_ny_4 : bin_PHYS_y(4) bP_ny_5 : bin_PHYS_y(5) bP_ny_6 : bin_PHYS_y(6) bP_ny_7 : bin_PHYS_y(7) bP_ny_8 : bin_PHYS_y(8) 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) bP_nx_1 : bin_PHYS_x(1) bP_nx_2 : bin_PHYS_x(2) bP_nx_3 : bin_PHYS_x(3) bP_nx_4 : bin_PHYS_x(4) bP_nx_5 : bin_PHYS_x(5) bP_nx_6 : bin_PHYS_x(6) bP_nx_7 : bin_PHYS_x(7) bP_nx_8 : bin_PHYS_x(8) bP0Ep_1 : bin_PHYS10_Ep(1) bP0Ep_2 : bin_PHYS10_Ep(2) bP0Ep_3 : bin_PHYS10_Ep(3) bP0Ep_4 : bin_PHYS10_Ep(4) bP0Ep_5 : bin_PHYS10_Ep(5) bP0Ep_6 : bin_PHYS10_Ep(6) bP0Ep_7 : bin_PHYS10_Ep(7) bP0Ep_8 : bin_PHYS10_Ep(8) bP0Onq1 : bin_PHYS10_tpq(1) bP0Onq2 : bin_PHYS10_tpq(2) bP0Onq3 : bin_PHYS10_tpq(3) bP0Onq4 : bin_PHYS10_tpq(4) bP0Onq5 : bin_PHYS10_tpq(5) bP0Onq6 : bin_PHYS10_tpq(6) bP0Onq7 : bin_PHYS10_tpq(7) bP0Onq8 : bin_PHYS10_tpq(8) bP0Q2_1 : bin_PHYS10_Q2(1) bP0Q2_2 : bin_PHYS10_Q2(2) bP0Q2_3 : bin_PHYS10_Q2(3) bP0Q2_4 : bin_PHYS10_Q2(4) bP0Q2_5 : bin_PHYS10_Q2(5) bP0Q2_6 : bin_PHYS10_Q2(6) bP0Q2_7 : bin_PHYS10_Q2(7) bP0Q2_8 : bin_PHYS10_Q2(8) bP0_W_1 : bin_PHYS10_W(1) bP0_W_2 : bin_PHYS10_W(2) bP0_W_3 : bin_PHYS10_W(3) bP0_W_4 : bin_PHYS10_W(4) bP0_W_5 : bin_PHYS10_W(5) bP0_W_6 : bin_PHYS10_W(6) bP0_W_7 : bin_PHYS10_W(7) bP0_W_8 : bin_PHYS10_W(8) Full Cuts: ============== n_std_base___ : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq z_Q2_1 PID_neutrons n_std_bP_ny_1 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq z_Q2_1 bin_PHYS_y(1) PID_neutrons n_std_bP_ny_2 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq z_Q2_1 bin_PHYS_y(2) PID_neutrons n_std_bP_ny_3 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq z_Q2_1 bin_PHYS_y(3) PID_neutrons n_std_bP_ny_4 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq z_Q2_1 bin_PHYS_y(4) PID_neutrons n_std_bP_ny_5 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq z_Q2_1 bin_PHYS_y(5) PID_neutrons n_std_bP_ny_6 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq z_Q2_1 bin_PHYS_y(6) PID_neutrons n_std_bP_ny_7 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq z_Q2_1 bin_PHYS_y(7) PID_neutrons n_std_bP_ny_8 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq z_Q2_1 bin_PHYS_y(8) PID_neutrons n_std_bP_Onp1 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq z_Q2_1 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 z_Q2_1 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 z_Q2_1 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 z_Q2_1 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 z_Q2_1 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 z_Q2_1 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 z_Q2_1 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 z_Q2_1 bin_PHYS_tnpcm(8) PID_neutrons n_std_bP_nx_1 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq z_Q2_1 bin_PHYS_x(1) PID_neutrons n_std_bP_nx_2 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq z_Q2_1 bin_PHYS_x(2) PID_neutrons n_std_bP_nx_3 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq z_Q2_1 bin_PHYS_x(3) PID_neutrons n_std_bP_nx_4 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq z_Q2_1 bin_PHYS_x(4) PID_neutrons n_std_bP_nx_5 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq z_Q2_1 bin_PHYS_x(5) PID_neutrons n_std_bP_nx_6 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq z_Q2_1 bin_PHYS_x(6) PID_neutrons n_std_bP_nx_7 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq z_Q2_1 bin_PHYS_x(7) PID_neutrons n_std_bP_nx_8 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq z_Q2_1 bin_PHYS_x(8) PID_neutrons n_std_bP0Ep_1 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq z_Q2_1 bin_PHYS10_Ep(1) PID_neutrons n_std_bP0Ep_2 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq z_Q2_1 bin_PHYS10_Ep(2) PID_neutrons n_std_bP0Ep_3 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq z_Q2_1 bin_PHYS10_Ep(3) PID_neutrons n_std_bP0Ep_4 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq z_Q2_1 bin_PHYS10_Ep(4) PID_neutrons n_std_bP0Ep_5 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq z_Q2_1 bin_PHYS10_Ep(5) PID_neutrons n_std_bP0Ep_6 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq z_Q2_1 bin_PHYS10_Ep(6) PID_neutrons n_std_bP0Ep_7 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq z_Q2_1 bin_PHYS10_Ep(7) PID_neutrons n_std_bP0Ep_8 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq z_Q2_1 bin_PHYS10_Ep(8) PID_neutrons n_std_bP0Onq1 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq z_Q2_1 bin_PHYS10_tpq(1) PID_neutrons n_std_bP0Onq2 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq z_Q2_1 bin_PHYS10_tpq(2) PID_neutrons n_std_bP0Onq3 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq z_Q2_1 bin_PHYS10_tpq(3) PID_neutrons n_std_bP0Onq4 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq z_Q2_1 bin_PHYS10_tpq(4) PID_neutrons n_std_bP0Onq5 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq z_Q2_1 bin_PHYS10_tpq(5) PID_neutrons n_std_bP0Onq6 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq z_Q2_1 bin_PHYS10_tpq(6) PID_neutrons n_std_bP0Onq7 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq z_Q2_1 bin_PHYS10_tpq(7) PID_neutrons n_std_bP0Onq8 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq z_Q2_1 bin_PHYS10_tpq(8) PID_neutrons n_std_bP0Q2_1 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq z_Q2_1 bin_PHYS10_Q2(1) PID_neutrons n_std_bP0Q2_2 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq z_Q2_1 bin_PHYS10_Q2(2) PID_neutrons n_std_bP0Q2_3 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq z_Q2_1 bin_PHYS10_Q2(3) PID_neutrons n_std_bP0Q2_4 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq z_Q2_1 bin_PHYS10_Q2(4) PID_neutrons n_std_bP0Q2_5 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq z_Q2_1 bin_PHYS10_Q2(5) PID_neutrons n_std_bP0Q2_6 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq z_Q2_1 bin_PHYS10_Q2(6) PID_neutrons n_std_bP0Q2_7 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq z_Q2_1 bin_PHYS10_Q2(7) PID_neutrons n_std_bP0Q2_8 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq z_Q2_1 bin_PHYS10_Q2(8) PID_neutrons n_std_bP0_W_1 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq z_Q2_1 bin_PHYS10_W(1) PID_neutrons n_std_bP0_W_2 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq z_Q2_1 bin_PHYS10_W(2) PID_neutrons n_std_bP0_W_3 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq z_Q2_1 bin_PHYS10_W(3) PID_neutrons n_std_bP0_W_4 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq z_Q2_1 bin_PHYS10_W(4) PID_neutrons n_std_bP0_W_5 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq z_Q2_1 bin_PHYS10_W(5) PID_neutrons n_std_bP0_W_6 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq z_Q2_1 bin_PHYS10_W(6) PID_neutrons n_std_bP0_W_7 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq z_Q2_1 bin_PHYS10_W(7) PID_neutrons n_std_bP0_W_8 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq z_Q2_1 bin_PHYS10_W(8) PID_neutrons p_std_base___ : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos z_Q2_1 PID_protons p_std_bP_ny_1 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos z_Q2_1 bin_PHYS_y(1) PID_protons p_std_bP_ny_2 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos z_Q2_1 bin_PHYS_y(2) PID_protons p_std_bP_ny_3 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos z_Q2_1 bin_PHYS_y(3) PID_protons p_std_bP_ny_4 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos z_Q2_1 bin_PHYS_y(4) PID_protons p_std_bP_ny_5 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos z_Q2_1 bin_PHYS_y(5) PID_protons p_std_bP_ny_6 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos z_Q2_1 bin_PHYS_y(6) PID_protons p_std_bP_ny_7 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos z_Q2_1 bin_PHYS_y(7) PID_protons p_std_bP_ny_8 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos z_Q2_1 bin_PHYS_y(8) PID_protons p_std_bP_Onp1 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos z_Q2_1 bin_PHYS_tnpcm(1) PID_protons p_std_bP_Onp2 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos z_Q2_1 bin_PHYS_tnpcm(2) PID_protons p_std_bP_Onp3 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos z_Q2_1 bin_PHYS_tnpcm(3) PID_protons p_std_bP_Onp4 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos z_Q2_1 bin_PHYS_tnpcm(4) PID_protons p_std_bP_Onp5 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos z_Q2_1 bin_PHYS_tnpcm(5) PID_protons p_std_bP_Onp6 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos z_Q2_1 bin_PHYS_tnpcm(6) PID_protons p_std_bP_Onp7 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos z_Q2_1 bin_PHYS_tnpcm(7) PID_protons p_std_bP_Onp8 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos z_Q2_1 bin_PHYS_tnpcm(8) PID_protons p_std_bP_nx_1 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos z_Q2_1 bin_PHYS_x(1) PID_protons p_std_bP_nx_2 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos z_Q2_1 bin_PHYS_x(2) PID_protons p_std_bP_nx_3 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos z_Q2_1 bin_PHYS_x(3) PID_protons p_std_bP_nx_4 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos z_Q2_1 bin_PHYS_x(4) PID_protons p_std_bP_nx_5 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos z_Q2_1 bin_PHYS_x(5) PID_protons p_std_bP_nx_6 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos z_Q2_1 bin_PHYS_x(6) PID_protons p_std_bP_nx_7 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos z_Q2_1 bin_PHYS_x(7) PID_protons p_std_bP_nx_8 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos z_Q2_1 bin_PHYS_x(8) PID_protons p_std_bP0Ep_1 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos z_Q2_1 bin_PHYS10_Ep(1) PID_protons p_std_bP0Ep_2 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos z_Q2_1 bin_PHYS10_Ep(2) PID_protons p_std_bP0Ep_3 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos z_Q2_1 bin_PHYS10_Ep(3) PID_protons p_std_bP0Ep_4 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos z_Q2_1 bin_PHYS10_Ep(4) PID_protons p_std_bP0Ep_5 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos z_Q2_1 bin_PHYS10_Ep(5) PID_protons p_std_bP0Ep_6 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos z_Q2_1 bin_PHYS10_Ep(6) PID_protons p_std_bP0Ep_7 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos z_Q2_1 bin_PHYS10_Ep(7) PID_protons p_std_bP0Ep_8 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos z_Q2_1 bin_PHYS10_Ep(8) PID_protons p_std_bP0Onq1 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos z_Q2_1 bin_PHYS10_tpq(1) PID_protons p_std_bP0Onq2 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos z_Q2_1 bin_PHYS10_tpq(2) PID_protons p_std_bP0Onq3 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos z_Q2_1 bin_PHYS10_tpq(3) PID_protons p_std_bP0Onq4 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos z_Q2_1 bin_PHYS10_tpq(4) PID_protons p_std_bP0Onq5 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos z_Q2_1 bin_PHYS10_tpq(5) PID_protons p_std_bP0Onq6 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos z_Q2_1 bin_PHYS10_tpq(6) PID_protons p_std_bP0Onq7 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos z_Q2_1 bin_PHYS10_tpq(7) PID_protons p_std_bP0Onq8 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos z_Q2_1 bin_PHYS10_tpq(8) PID_protons p_std_bP0Q2_1 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos z_Q2_1 bin_PHYS10_Q2(1) PID_protons p_std_bP0Q2_2 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos z_Q2_1 bin_PHYS10_Q2(2) PID_protons p_std_bP0Q2_3 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos z_Q2_1 bin_PHYS10_Q2(3) PID_protons p_std_bP0Q2_4 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos z_Q2_1 bin_PHYS10_Q2(4) PID_protons p_std_bP0Q2_5 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos z_Q2_1 bin_PHYS10_Q2(5) PID_protons p_std_bP0Q2_6 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos z_Q2_1 bin_PHYS10_Q2(6) PID_protons p_std_bP0Q2_7 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos z_Q2_1 bin_PHYS10_Q2(7) PID_protons p_std_bP0Q2_8 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos z_Q2_1 bin_PHYS10_Q2(8) PID_protons p_std_bP0_W_1 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos z_Q2_1 bin_PHYS10_W(1) PID_protons p_std_bP0_W_2 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos z_Q2_1 bin_PHYS10_W(2) PID_protons p_std_bP0_W_3 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos z_Q2_1 bin_PHYS10_W(3) PID_protons p_std_bP0_W_4 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos z_Q2_1 bin_PHYS10_W(4) PID_protons p_std_bP0_W_5 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos z_Q2_1 bin_PHYS10_W(5) PID_protons p_std_bP0_W_6 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos z_Q2_1 bin_PHYS10_W(6) PID_protons p_std_bP0_W_7 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos z_Q2_1 bin_PHYS10_W(7) PID_protons p_std_bP0_W_8 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos z_Q2_1 bin_PHYS10_W(8) PID_protons Detailed Cuts: ============== n_std_base___ & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( theta_pq < 0.08 ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_bP_ny_1 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( theta_pq < 0.08 ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .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 > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( theta_pq < 0.08 ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .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 > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( theta_pq < 0.08 ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .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 > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( theta_pq < 0.08 ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .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 > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( theta_pq < 0.08 ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .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 > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( theta_pq < 0.08 ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .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 > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( theta_pq < 0.08 ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .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 > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( theta_pq < 0.08 ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .and. ( ypos > 30.0 ) .and. ( ypos <= 40.0 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_bP_Onp1 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( theta_pq < 0.08 ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .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 > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( theta_pq < 0.08 ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .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 > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( theta_pq < 0.08 ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .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 > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( theta_pq < 0.08 ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .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 > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( theta_pq < 0.08 ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .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 > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( theta_pq < 0.08 ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .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 > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( theta_pq < 0.08 ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .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 > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( theta_pq < 0.08 ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .and. ( theta_np > 192 ) .and. ( theta_np <= 196 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_bP_nx_1 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( theta_pq < 0.08 ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .and. ( xpos > -170.0 ) .and. ( xpos <= -136.25 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_bP_nx_2 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( theta_pq < 0.08 ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .and. ( xpos > -136.25 ) .and. ( xpos <= -102.5 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_bP_nx_3 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( theta_pq < 0.08 ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .and. ( xpos > -102.5 ) .and. ( xpos <= -68.75 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_bP_nx_4 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( theta_pq < 0.08 ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .and. ( xpos > -68.75 ) .and. ( xpos <= -35.0 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_bP_nx_5 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( theta_pq < 0.08 ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .and. ( xpos > -35.0 ) .and. ( xpos <= -1.25 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_bP_nx_6 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( theta_pq < 0.08 ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .and. ( xpos > -1.25 ) .and. ( xpos <= 32.5 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_bP_nx_7 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( theta_pq < 0.08 ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .and. ( xpos > 32.5 ) .and. ( xpos <= 66.25 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_bP_nx_8 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( theta_pq < 0.08 ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .and. ( xpos > 66.25 ) .and. ( xpos <= 100.0 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_bP0Ep_1 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( theta_pq < 0.08 ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .and. ( Eprime > 2.829 ) .and. ( Eprime <= 2.861625 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_bP0Ep_2 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( theta_pq < 0.08 ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .and. ( Eprime > 2.861625 ) .and. ( Eprime <= 2.89425 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_bP0Ep_3 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( theta_pq < 0.08 ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .and. ( Eprime > 2.89425 ) .and. ( Eprime <= 2.926875 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_bP0Ep_4 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( theta_pq < 0.08 ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .and. ( Eprime > 2.926875 ) .and. ( Eprime <= 2.9595 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_bP0Ep_5 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( theta_pq < 0.08 ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .and. ( Eprime > 2.9595 ) .and. ( Eprime <= 2.992125 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_bP0Ep_6 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( theta_pq < 0.08 ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .and. ( Eprime > 2.992125 ) .and. ( Eprime <= 3.02475 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_bP0Ep_7 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( theta_pq < 0.08 ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .and. ( Eprime > 3.02475 ) .and. ( Eprime <= 3.057375 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_bP0Ep_8 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( theta_pq < 0.08 ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .and. ( Eprime > 3.057375 ) .and. ( Eprime <= 3.090 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_bP0Onq1 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( theta_pq < 0.08 ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .and. ( theta_pq > 0.0 ) .and. ( theta_pq <= 0.01 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_bP0Onq2 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( theta_pq < 0.08 ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .and. ( theta_pq > 0.01 ) .and. ( theta_pq <= 0.02 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_bP0Onq3 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( theta_pq < 0.08 ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .and. ( theta_pq > 0.02 ) .and. ( theta_pq <= 0.03 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_bP0Onq4 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( theta_pq < 0.08 ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .and. ( theta_pq > 0.03 ) .and. ( theta_pq <= 0.04 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_bP0Onq5 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( theta_pq < 0.08 ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .and. ( theta_pq > 0.04 ) .and. ( theta_pq <= 0.05 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_bP0Onq6 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( theta_pq < 0.08 ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .and. ( theta_pq > 0.05 ) .and. ( theta_pq <= 0.06 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_bP0Onq7 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( theta_pq < 0.08 ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .and. ( theta_pq > 0.06 ) .and. ( theta_pq <= 0.07 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_bP0Onq8 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( theta_pq < 0.08 ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .and. ( theta_pq > 0.07 ) .and. ( theta_pq <= 0.08 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_bP0Q2_1 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( theta_pq < 0.08 ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .and. ( Q2 > 0.8 ) .and. ( Q2 <= 0.8525 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_bP0Q2_2 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( theta_pq < 0.08 ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .and. ( Q2 > 0.8525 ) .and. ( Q2 <= 0.905 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_bP0Q2_3 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( theta_pq < 0.08 ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .and. ( Q2 > 0.905 ) .and. ( Q2 <= 0.9575 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_bP0Q2_4 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( theta_pq < 0.08 ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .and. ( Q2 > 0.9575 ) .and. ( Q2 <= 1.01 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_bP0Q2_5 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( theta_pq < 0.08 ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .and. ( Q2 > 1.01 ) .and. ( Q2 <= 1.0625 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_bP0Q2_6 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( theta_pq < 0.08 ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .and. ( Q2 > 1.0625 ) .and. ( Q2 <= 1.115 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_bP0Q2_7 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( theta_pq < 0.08 ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .and. ( Q2 > 1.115 ) .and. ( Q2 <= 1.1675 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_bP0Q2_8 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( theta_pq < 0.08 ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .and. ( Q2 > 1.1675 ) .and. ( Q2 <= 1.22 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_bP0_W_1 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( theta_pq < 0.08 ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .and. ( W > 0.8696 ) .and. ( W <= 0.8871 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_bP0_W_2 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( theta_pq < 0.08 ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .and. ( W > 0.8871 ) .and. ( W <= 0.9046 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_bP0_W_3 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( theta_pq < 0.08 ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .and. ( W > 0.9046 ) .and. ( W <= 0.9221 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_bP0_W_4 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( theta_pq < 0.08 ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .and. ( W > 0.9221 ) .and. ( W <= 0.9396 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_bP0_W_5 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( theta_pq < 0.08 ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .and. ( W > 0.9396 ) .and. ( W <= 0.9571 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_bP0_W_6 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( theta_pq < 0.08 ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .and. ( W > 0.9571 ) .and. ( W <= 0.9746 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_bP0_W_7 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( theta_pq < 0.08 ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .and. ( W > 0.9746 ) .and. ( W <= 0.9921 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_bP0_W_8 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( theta_pq < 0.08 ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .and. ( W > 0.9921 ) .and. ( W <= 1.0096 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) p_std_base___ & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_bP_ny_1 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .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 > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .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 > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .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 > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .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 > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .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 > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .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 > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .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 > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .and. ( ypos > 30.0 ) .and. ( ypos <= 40.0 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_bP_Onp1 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .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 > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .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 > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .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 > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .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 > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .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 > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .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 > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .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 > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .and. ( theta_np > 192 ) .and. ( theta_np <= 196 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_bP_nx_1 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .and. ( xpos > -170.0 ) .and. ( xpos <= -136.25 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_bP_nx_2 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .and. ( xpos > -136.25 ) .and. ( xpos <= -102.5 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_bP_nx_3 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .and. ( xpos > -102.5 ) .and. ( xpos <= -68.75 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_bP_nx_4 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .and. ( xpos > -68.75 ) .and. ( xpos <= -35.0 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_bP_nx_5 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .and. ( xpos > -35.0 ) .and. ( xpos <= -1.25 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_bP_nx_6 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .and. ( xpos > -1.25 ) .and. ( xpos <= 32.5 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_bP_nx_7 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .and. ( xpos > 32.5 ) .and. ( xpos <= 66.25 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_bP_nx_8 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .and. ( xpos > 66.25 ) .and. ( xpos <= 100.0 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_bP0Ep_1 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .and. ( Eprime > 2.829 ) .and. ( Eprime <= 2.861625 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_bP0Ep_2 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .and. ( Eprime > 2.861625 ) .and. ( Eprime <= 2.89425 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_bP0Ep_3 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .and. ( Eprime > 2.89425 ) .and. ( Eprime <= 2.926875 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_bP0Ep_4 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .and. ( Eprime > 2.926875 ) .and. ( Eprime <= 2.9595 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_bP0Ep_5 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .and. ( Eprime > 2.9595 ) .and. ( Eprime <= 2.992125 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_bP0Ep_6 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .and. ( Eprime > 2.992125 ) .and. ( Eprime <= 3.02475 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_bP0Ep_7 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .and. ( Eprime > 3.02475 ) .and. ( Eprime <= 3.057375 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_bP0Ep_8 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .and. ( Eprime > 3.057375 ) .and. ( Eprime <= 3.090 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_bP0Onq1 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .and. ( theta_pq > 0.0 ) .and. ( theta_pq <= 0.01 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_bP0Onq2 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .and. ( theta_pq > 0.01 ) .and. ( theta_pq <= 0.02 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_bP0Onq3 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .and. ( theta_pq > 0.02 ) .and. ( theta_pq <= 0.03 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_bP0Onq4 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .and. ( theta_pq > 0.03 ) .and. ( theta_pq <= 0.04 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_bP0Onq5 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .and. ( theta_pq > 0.04 ) .and. ( theta_pq <= 0.05 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_bP0Onq6 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .and. ( theta_pq > 0.05 ) .and. ( theta_pq <= 0.06 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_bP0Onq7 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .and. ( theta_pq > 0.06 ) .and. ( theta_pq <= 0.07 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_bP0Onq8 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .and. ( theta_pq > 0.07 ) .and. ( theta_pq <= 0.08 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_bP0Q2_1 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .and. ( Q2 > 0.8 ) .and. ( Q2 <= 0.8525 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_bP0Q2_2 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .and. ( Q2 > 0.8525 ) .and. ( Q2 <= 0.905 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_bP0Q2_3 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .and. ( Q2 > 0.905 ) .and. ( Q2 <= 0.9575 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_bP0Q2_4 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .and. ( Q2 > 0.9575 ) .and. ( Q2 <= 1.01 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_bP0Q2_5 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .and. ( Q2 > 1.01 ) .and. ( Q2 <= 1.0625 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_bP0Q2_6 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .and. ( Q2 > 1.0625 ) .and. ( Q2 <= 1.115 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_bP0Q2_7 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .and. ( Q2 > 1.115 ) .and. ( Q2 <= 1.1675 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_bP0Q2_8 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .and. ( Q2 > 1.1675 ) .and. ( Q2 <= 1.22 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_bP0_W_1 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .and. ( W > 0.8696 ) .and. ( W <= 0.8871 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_bP0_W_2 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .and. ( W > 0.8871 ) .and. ( W <= 0.9046 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_bP0_W_3 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .and. ( W > 0.9046 ) .and. ( W <= 0.9221 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_bP0_W_4 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .and. ( W > 0.9221 ) .and. ( W <= 0.9396 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_bP0_W_5 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .and. ( W > 0.9396 ) .and. ( W <= 0.9571 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_bP0_W_6 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .and. ( W > 0.9571 ) .and. ( W <= 0.9746 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_bP0_W_7 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .and. ( W > 0.9746 ) .and. ( W <= 0.9921 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_bP0_W_8 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.869 ) .and. ( W < 1.009 ) & .and. ( Eprime > 2.829 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > -3.2 ) .and. ( hszbeam < 3.2 ) & .and. ( W > 0.9921 ) .and. ( W <= 1.0096 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 )