Base Cuts: (- negates a cut's logic, ~ removes cut) =========================================================== base___ : 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 n_dx-40 : bin_dx(1) n_dx-34 : bin_dx(2) n_dx-28 : bin_dx(3) n_dx-22 : bin_dx(4) n_dx-16 : bin_dx(5) n_dx-10 : bin_dx(6) n_dx_-4 : bin_dx(7) n_dx_+2 : bin_dx(8) n_dx_+8 : bin_dx(9) n_dx+14 : bin_dx(10) n_dx+20 : bin_dx(11) n_dx+26 : bin_dx(12) beamx_1 : beam_x(1) beamx_2 : beam_x(2) beamx_3 : beam_x(3) beamx_4 : beam_x(4) beamx_5 : beam_x(5) beamx_6 : beam_x(6) beamx_7 : beam_x(7) beamx_8 : beam_x(8) beamy_1 : beam_y(1) beamy_2 : beam_y(2) beamy_3 : beam_y(3) beamy_4 : beam_y(4) beamy_5 : beam_y(5) beamy_6 : beam_y(6) beamy_7 : beam_y(7) beamy_8 : beam_y(8) zbin_-9 : bin_zbeam(1) ~large_z ~alt_z zbin_-8 : bin_zbeam(2) ~large_z ~alt_z zbin_-7 : bin_zbeam(3) ~large_z ~alt_z zbin_-6 : bin_zbeam(4) ~large_z ~alt_z zbin_-5 : bin_zbeam(5) ~large_z ~alt_z zbin_-4 : bin_zbeam(6) ~large_z ~alt_z zbin_-3 : bin_zbeam(7) ~large_z ~alt_z zbin_-2 : bin_zbeam(8) ~large_z ~alt_z zbin_-1 : bin_zbeam(9) ~large_z ~alt_z zbin_+1 : bin_zbeam(10) ~large_z ~alt_z zbin_+2 : bin_zbeam(11) ~large_z ~alt_z zbin_+3 : bin_zbeam(12) ~large_z ~alt_z zbin_+4 : bin_zbeam(13) ~large_z ~alt_z zbin_+5 : bin_zbeam(14) ~large_z ~alt_z zbin_+6 : bin_zbeam(15) ~large_z ~alt_z zbin_+7 : bin_zbeam(16) ~large_z ~alt_z zbin_+8 : bin_zbeam(17) ~large_z ~alt_z zbin_+9 : bin_zbeam(18) ~large_z ~alt_z zCore-9 : bin_zbeam(1) ~large_z ~alt_z innerTGT zCore-8 : bin_zbeam(2) ~large_z ~alt_z innerTGT zCore-7 : bin_zbeam(3) ~large_z ~alt_z innerTGT zCore-6 : bin_zbeam(4) ~large_z ~alt_z innerTGT zCore-5 : bin_zbeam(5) ~large_z ~alt_z innerTGT zCore-4 : bin_zbeam(6) ~large_z ~alt_z innerTGT zCore-3 : bin_zbeam(7) ~large_z ~alt_z innerTGT zCore-2 : bin_zbeam(8) ~large_z ~alt_z innerTGT zCore-1 : bin_zbeam(9) ~large_z ~alt_z innerTGT zCore+1 : bin_zbeam(10) ~large_z ~alt_z innerTGT zCore+2 : bin_zbeam(11) ~large_z ~alt_z innerTGT zCore+3 : bin_zbeam(12) ~large_z ~alt_z innerTGT zCore+4 : bin_zbeam(13) ~large_z ~alt_z innerTGT zCore+5 : bin_zbeam(14) ~large_z ~alt_z innerTGT zCore+6 : bin_zbeam(15) ~large_z ~alt_z innerTGT zCore+7 : bin_zbeam(16) ~large_z ~alt_z innerTGT zCore+8 : bin_zbeam(17) ~large_z ~alt_z innerTGT zCore+9 : bin_zbeam(18) ~large_z ~alt_z innerTGT 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_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_n_dx-40 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq bin_dx(1) PID_neutrons n_std_n_dx-34 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq bin_dx(2) PID_neutrons n_std_n_dx-28 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq bin_dx(3) PID_neutrons n_std_n_dx-22 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq bin_dx(4) PID_neutrons n_std_n_dx-16 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq bin_dx(5) PID_neutrons n_std_n_dx-10 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq bin_dx(6) PID_neutrons n_std_n_dx_-4 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq bin_dx(7) PID_neutrons n_std_n_dx_+2 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq bin_dx(8) PID_neutrons n_std_n_dx_+8 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq bin_dx(9) PID_neutrons n_std_n_dx+14 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq bin_dx(10) PID_neutrons n_std_n_dx+20 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq bin_dx(11) PID_neutrons n_std_n_dx+26 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq bin_dx(12) PID_neutrons n_std_beamx_1 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq beam_x(1) PID_neutrons n_std_beamx_2 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq beam_x(2) PID_neutrons n_std_beamx_3 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq beam_x(3) PID_neutrons n_std_beamx_4 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq beam_x(4) PID_neutrons n_std_beamx_5 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq beam_x(5) PID_neutrons n_std_beamx_6 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq beam_x(6) PID_neutrons n_std_beamx_7 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq beam_x(7) PID_neutrons n_std_beamx_8 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq beam_x(8) PID_neutrons n_std_beamy_1 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq beam_y(1) PID_neutrons n_std_beamy_2 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq beam_y(2) PID_neutrons n_std_beamy_3 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq beam_y(3) PID_neutrons n_std_beamy_4 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq beam_y(4) PID_neutrons n_std_beamy_5 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq beam_y(5) PID_neutrons n_std_beamy_6 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq beam_y(6) PID_neutrons n_std_beamy_7 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq beam_y(7) PID_neutrons n_std_beamy_8 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq beam_y(8) PID_neutrons n_std_zbin_-9 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq bin_zbeam(1) PID_neutrons n_std_zbin_-8 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq bin_zbeam(2) PID_neutrons n_std_zbin_-7 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq bin_zbeam(3) PID_neutrons n_std_zbin_-6 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq bin_zbeam(4) PID_neutrons n_std_zbin_-5 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq bin_zbeam(5) PID_neutrons n_std_zbin_-4 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq bin_zbeam(6) PID_neutrons n_std_zbin_-3 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq bin_zbeam(7) PID_neutrons n_std_zbin_-2 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq bin_zbeam(8) PID_neutrons n_std_zbin_-1 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq bin_zbeam(9) PID_neutrons n_std_zbin_+1 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq bin_zbeam(10) PID_neutrons n_std_zbin_+2 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq bin_zbeam(11) PID_neutrons n_std_zbin_+3 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq bin_zbeam(12) PID_neutrons n_std_zbin_+4 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq bin_zbeam(13) PID_neutrons n_std_zbin_+5 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq bin_zbeam(14) PID_neutrons n_std_zbin_+6 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq bin_zbeam(15) PID_neutrons n_std_zbin_+7 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq bin_zbeam(16) PID_neutrons n_std_zbin_+8 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq bin_zbeam(17) PID_neutrons n_std_zbin_+9 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq bin_zbeam(18) PID_neutrons n_std_zCore-9 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq bin_zbeam(1) innerTGT PID_neutrons n_std_zCore-8 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq bin_zbeam(2) innerTGT PID_neutrons n_std_zCore-7 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq bin_zbeam(3) innerTGT PID_neutrons n_std_zCore-6 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq bin_zbeam(4) innerTGT PID_neutrons n_std_zCore-5 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq bin_zbeam(5) innerTGT PID_neutrons n_std_zCore-4 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq bin_zbeam(6) innerTGT PID_neutrons n_std_zCore-3 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq bin_zbeam(7) innerTGT PID_neutrons n_std_zCore-2 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq bin_zbeam(8) innerTGT PID_neutrons n_std_zCore-1 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq bin_zbeam(9) innerTGT PID_neutrons n_std_zCore+1 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq bin_zbeam(10) innerTGT PID_neutrons n_std_zCore+2 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq bin_zbeam(11) innerTGT PID_neutrons n_std_zCore+3 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq bin_zbeam(12) innerTGT PID_neutrons n_std_zCore+4 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq bin_zbeam(13) innerTGT PID_neutrons n_std_zCore+5 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq bin_zbeam(14) innerTGT PID_neutrons n_std_zCore+6 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq bin_zbeam(15) innerTGT PID_neutrons n_std_zCore+7 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq bin_zbeam(16) innerTGT PID_neutrons n_std_zCore+8 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq bin_zbeam(17) innerTGT PID_neutrons n_std_zCore+9 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos std_tpq bin_zbeam(18) innerTGT PID_neutrons p_std_base___ : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos 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_n_dx-40 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_dx(1) PID_protons p_std_n_dx-34 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_dx(2) PID_protons p_std_n_dx-28 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_dx(3) PID_protons p_std_n_dx-22 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_dx(4) PID_protons p_std_n_dx-16 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_dx(5) PID_protons p_std_n_dx-10 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_dx(6) PID_protons p_std_n_dx_-4 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_dx(7) PID_protons p_std_n_dx_+2 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_dx(8) PID_protons p_std_n_dx_+8 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_dx(9) PID_protons p_std_n_dx+14 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_dx(10) PID_protons p_std_n_dx+20 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_dx(11) PID_protons p_std_n_dx+26 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_dx(12) PID_protons p_std_beamx_1 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos beam_x(1) PID_protons p_std_beamx_2 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos beam_x(2) PID_protons p_std_beamx_3 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos beam_x(3) PID_protons p_std_beamx_4 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos beam_x(4) PID_protons p_std_beamx_5 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos beam_x(5) PID_protons p_std_beamx_6 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos beam_x(6) PID_protons p_std_beamx_7 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos beam_x(7) PID_protons p_std_beamx_8 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos beam_x(8) PID_protons p_std_beamy_1 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos beam_y(1) PID_protons p_std_beamy_2 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos beam_y(2) PID_protons p_std_beamy_3 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos beam_y(3) PID_protons p_std_beamy_4 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos beam_y(4) PID_protons p_std_beamy_5 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos beam_y(5) PID_protons p_std_beamy_6 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos beam_y(6) PID_protons p_std_beamy_7 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos beam_y(7) PID_protons p_std_beamy_8 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos beam_y(8) PID_protons p_std_zbin_-9 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_zbeam(1) PID_protons p_std_zbin_-8 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_zbeam(2) PID_protons p_std_zbin_-7 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_zbeam(3) PID_protons p_std_zbin_-6 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_zbeam(4) PID_protons p_std_zbin_-5 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_zbeam(5) PID_protons p_std_zbin_-4 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_zbeam(6) PID_protons p_std_zbin_-3 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_zbeam(7) PID_protons p_std_zbin_-2 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_zbeam(8) PID_protons p_std_zbin_-1 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_zbeam(9) PID_protons p_std_zbin_+1 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_zbeam(10) PID_protons p_std_zbin_+2 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_zbeam(11) PID_protons p_std_zbin_+3 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_zbeam(12) PID_protons p_std_zbin_+4 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_zbeam(13) PID_protons p_std_zbin_+5 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_zbeam(14) PID_protons p_std_zbin_+6 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_zbeam(15) PID_protons p_std_zbin_+7 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_zbeam(16) PID_protons p_std_zbin_+8 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_zbeam(17) PID_protons p_std_zbin_+9 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_zbeam(18) PID_protons p_std_zCore-9 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_zbeam(1) innerTGT PID_protons p_std_zCore-8 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_zbeam(2) innerTGT PID_protons p_std_zCore-7 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_zbeam(3) innerTGT PID_protons p_std_zCore-6 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_zbeam(4) innerTGT PID_protons p_std_zCore-5 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_zbeam(5) innerTGT PID_protons p_std_zCore-4 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_zbeam(6) innerTGT PID_protons p_std_zCore-3 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_zbeam(7) innerTGT PID_protons p_std_zCore-2 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_zbeam(8) innerTGT PID_protons p_std_zCore-1 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_zbeam(9) innerTGT PID_protons p_std_zCore+1 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_zbeam(10) innerTGT PID_protons p_std_zCore+2 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_zbeam(11) innerTGT PID_protons p_std_zCore+3 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_zbeam(12) innerTGT PID_protons p_std_zCore+4 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_zbeam(13) innerTGT PID_protons p_std_zCore+5 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_zbeam(14) innerTGT PID_protons p_std_zCore+6 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_zbeam(15) innerTGT PID_protons p_std_zCore+7 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_zbeam(16) innerTGT PID_protons p_std_zCore+8 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_zbeam(17) innerTGT PID_protons p_std_zCore+9 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_zbeam(18) innerTGT PID_protons x_std_base___ : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos 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_n_dx-40 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_dx(1) PID_paddle x_std_n_dx-34 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_dx(2) PID_paddle x_std_n_dx-28 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_dx(3) PID_paddle x_std_n_dx-22 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_dx(4) PID_paddle x_std_n_dx-16 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_dx(5) PID_paddle x_std_n_dx-10 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_dx(6) PID_paddle x_std_n_dx_-4 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_dx(7) PID_paddle x_std_n_dx_+2 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_dx(8) PID_paddle x_std_n_dx_+8 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_dx(9) PID_paddle x_std_n_dx+14 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_dx(10) PID_paddle x_std_n_dx+20 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_dx(11) PID_paddle x_std_n_dx+26 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_dx(12) PID_paddle x_std_beamx_1 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos beam_x(1) PID_paddle x_std_beamx_2 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos beam_x(2) PID_paddle x_std_beamx_3 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos beam_x(3) PID_paddle x_std_beamx_4 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos beam_x(4) PID_paddle x_std_beamx_5 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos beam_x(5) PID_paddle x_std_beamx_6 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos beam_x(6) PID_paddle x_std_beamx_7 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos beam_x(7) PID_paddle x_std_beamx_8 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos beam_x(8) PID_paddle x_std_beamy_1 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos beam_y(1) PID_paddle x_std_beamy_2 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos beam_y(2) PID_paddle x_std_beamy_3 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos beam_y(3) PID_paddle x_std_beamy_4 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos beam_y(4) PID_paddle x_std_beamy_5 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos beam_y(5) PID_paddle x_std_beamy_6 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos beam_y(6) PID_paddle x_std_beamy_7 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos beam_y(7) PID_paddle x_std_beamy_8 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos beam_y(8) PID_paddle x_std_zbin_-9 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_zbeam(1) PID_paddle x_std_zbin_-8 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_zbeam(2) PID_paddle x_std_zbin_-7 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_zbeam(3) PID_paddle x_std_zbin_-6 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_zbeam(4) PID_paddle x_std_zbin_-5 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_zbeam(5) PID_paddle x_std_zbin_-4 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_zbeam(6) PID_paddle x_std_zbin_-3 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_zbeam(7) PID_paddle x_std_zbin_-2 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_zbeam(8) PID_paddle x_std_zbin_-1 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_zbeam(9) PID_paddle x_std_zbin_+1 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_zbeam(10) PID_paddle x_std_zbin_+2 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_zbeam(11) PID_paddle x_std_zbin_+3 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_zbeam(12) PID_paddle x_std_zbin_+4 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_zbeam(13) PID_paddle x_std_zbin_+5 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_zbeam(14) PID_paddle x_std_zbin_+6 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_zbeam(15) PID_paddle x_std_zbin_+7 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_zbeam(16) PID_paddle x_std_zbin_+8 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_zbeam(17) PID_paddle x_std_zbin_+9 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_zbeam(18) PID_paddle x_std_zCore-9 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_zbeam(1) innerTGT PID_paddle x_std_zCore-8 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_zbeam(2) innerTGT PID_paddle x_std_zCore-7 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_zbeam(3) innerTGT PID_paddle x_std_zCore-6 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_zbeam(4) innerTGT PID_paddle x_std_zCore-5 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_zbeam(5) innerTGT PID_paddle x_std_zCore-4 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_zbeam(6) innerTGT PID_paddle x_std_zCore-3 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_zbeam(7) innerTGT PID_paddle x_std_zCore-2 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_zbeam(8) innerTGT PID_paddle x_std_zCore-1 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_zbeam(9) innerTGT PID_paddle x_std_zCore+1 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_zbeam(10) innerTGT PID_paddle x_std_zCore+2 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_zbeam(11) innerTGT PID_paddle x_std_zCore+3 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_zbeam(12) innerTGT PID_paddle x_std_zCore+4 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_zbeam(13) innerTGT PID_paddle x_std_zCore+5 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_zbeam(14) innerTGT PID_paddle x_std_zCore+6 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_zbeam(15) innerTGT PID_paddle x_std_zCore+7 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_zbeam(16) innerTGT PID_paddle x_std_zCore+8 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_zbeam(17) innerTGT PID_paddle x_std_zCore+9 : std_theta std_hnpe std_W std_Ep std_E std_t std_ypos bin_zbeam(18) innerTGT PID_paddle Detailed Cuts: ============== n_std_base___ & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .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_ny_1 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .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 < 1.039 ) & .and. ( Eprime > 2.8626 ) & .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 < 1.039 ) & .and. ( Eprime > 2.8626 ) & .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 < 1.039 ) & .and. ( Eprime > 2.8626 ) & .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 < 1.039 ) & .and. ( Eprime > 2.8626 ) & .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 < 1.039 ) & .and. ( Eprime > 2.8626 ) & .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 < 1.039 ) & .and. ( Eprime > 2.8626 ) & .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 < 1.039 ) & .and. ( Eprime > 2.8626 ) & .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_n_dx-40 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .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_dx > -0.43 ) .and. ( ntrk_dx <= -0.37 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_n_dx-34 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .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_dx > -0.37 ) .and. ( ntrk_dx <= -0.31 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_n_dx-28 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .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_dx > -0.31 ) .and. ( ntrk_dx <= -0.25 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_n_dx-22 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .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_dx > -0.25 ) .and. ( ntrk_dx <= -0.19 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_n_dx-16 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .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_dx > -0.19 ) .and. ( ntrk_dx <= -0.13 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_n_dx-10 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .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_dx > -0.13 ) .and. ( ntrk_dx <= -0.07 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_n_dx_-4 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .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_dx > -0.07 ) .and. ( ntrk_dx <= -0.01 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_n_dx_+2 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .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_dx > -0.01 ) .and. ( ntrk_dx <= 0.05 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_n_dx_+8 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .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_dx > 0.05 ) .and. ( ntrk_dx <= 0.11 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_n_dx+14 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .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_dx > 0.11 ) .and. ( ntrk_dx <= 0.17 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_n_dx+20 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .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_dx > 0.17 ) .and. ( ntrk_dx <= 0.23 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_n_dx+26 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .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_dx > 0.23 ) .and. ( ntrk_dx <= 0.29 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_beamx_1 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .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. ( beamx > -1.2 ) .and. ( beamx <= -0.9 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_beamx_2 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .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. ( beamx > -0.9 ) .and. ( beamx <= -0.6 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_beamx_3 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .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. ( beamx > -0.6 ) .and. ( beamx <= -0.3 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_beamx_4 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .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. ( beamx > -0.3 ) .and. ( beamx <= 0.0 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_beamx_5 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .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. ( beamx > 0.0 ) .and. ( beamx <= 0.3 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_beamx_6 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .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. ( beamx > 0.3 ) .and. ( beamx <= 0.6 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_beamx_7 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .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. ( beamx > 0.6 ) .and. ( beamx <= 0.9 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_beamx_8 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .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. ( beamx > 0.9 ) .and. ( beamx <= 1.2 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_beamy_1 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .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. ( beamy > -1.2 ) .and. ( beamy <= -0.9 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_beamy_2 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .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. ( beamy > -0.9 ) .and. ( beamy <= -0.6 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_beamy_3 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .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. ( beamy > -0.6 ) .and. ( beamy <= -0.3 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_beamy_4 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .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. ( beamy > -0.3 ) .and. ( beamy <= 0.0 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_beamy_5 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .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. ( beamy > 0.0 ) .and. ( beamy <= 0.3 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_beamy_6 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .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. ( beamy > 0.3 ) .and. ( beamy <= 0.6 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_beamy_7 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .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. ( beamy > 0.6 ) .and. ( beamy <= 0.9 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_beamy_8 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .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. ( beamy > 0.9 ) .and. ( beamy <= 1.2 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_zbin_-9 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .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. ( hszbeam <= -4.0 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_zbin_-8 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .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. ( hszbeam > -4.0 ) .and. ( hszbeam <= -3.5 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_zbin_-7 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .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. ( hszbeam > -3.5 ) .and. ( hszbeam <= -3.0 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_zbin_-6 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .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. ( hszbeam > -3.0 ) .and. ( hszbeam <= -2.5 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_zbin_-5 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .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. ( hszbeam > -2.5 ) .and. ( hszbeam <= -2.0 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_zbin_-4 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .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. ( hszbeam > -2.0 ) .and. ( hszbeam <= -1.5 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_zbin_-3 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .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. ( hszbeam > -1.5 ) .and. ( hszbeam <= -1.0 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_zbin_-2 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .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. ( hszbeam > -1.0 ) .and. ( hszbeam <= -0.5 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_zbin_-1 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .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. ( hszbeam > -0.5 ) .and. ( hszbeam <= 0.0 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_zbin_+1 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .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. ( hszbeam > 0.0 ) .and. ( hszbeam <= 0.5 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_zbin_+2 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .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. ( hszbeam > 0.5 ) .and. ( hszbeam <= 1.0 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_zbin_+3 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .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. ( hszbeam > 1.0 ) .and. ( hszbeam <= 1.5 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_zbin_+4 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .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. ( hszbeam > 1.5 ) .and. ( hszbeam <= 2.0 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_zbin_+5 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .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. ( hszbeam > 2.0 ) .and. ( hszbeam <= 2.5 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_zbin_+6 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .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. ( hszbeam > 2.5 ) .and. ( hszbeam <= 3.0 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_zbin_+7 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .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. ( hszbeam > 3.0 ) .and. ( hszbeam <= 3.5 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_zbin_+8 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .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. ( hszbeam > 3.5 ) .and. ( hszbeam <= 4.0 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_zbin_+9 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .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. ( hszbeam > 4.0 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_zCore-9 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .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. ( hszbeam <= -4.0 ) & .and. ( beamx > -0.6 ) .and. ( beamx < 0.6 ) .and. ( beamy > -0.6 ) .and. ( beamy < 0.6 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_zCore-8 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .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. ( hszbeam > -4.0 ) .and. ( hszbeam <= -3.5 ) & .and. ( beamx > -0.6 ) .and. ( beamx < 0.6 ) .and. ( beamy > -0.6 ) .and. ( beamy < 0.6 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_zCore-7 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .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. ( hszbeam > -3.5 ) .and. ( hszbeam <= -3.0 ) & .and. ( beamx > -0.6 ) .and. ( beamx < 0.6 ) .and. ( beamy > -0.6 ) .and. ( beamy < 0.6 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_zCore-6 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .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. ( hszbeam > -3.0 ) .and. ( hszbeam <= -2.5 ) & .and. ( beamx > -0.6 ) .and. ( beamx < 0.6 ) .and. ( beamy > -0.6 ) .and. ( beamy < 0.6 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_zCore-5 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .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. ( hszbeam > -2.5 ) .and. ( hszbeam <= -2.0 ) & .and. ( beamx > -0.6 ) .and. ( beamx < 0.6 ) .and. ( beamy > -0.6 ) .and. ( beamy < 0.6 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_zCore-4 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .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. ( hszbeam > -2.0 ) .and. ( hszbeam <= -1.5 ) & .and. ( beamx > -0.6 ) .and. ( beamx < 0.6 ) .and. ( beamy > -0.6 ) .and. ( beamy < 0.6 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_zCore-3 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .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. ( hszbeam > -1.5 ) .and. ( hszbeam <= -1.0 ) & .and. ( beamx > -0.6 ) .and. ( beamx < 0.6 ) .and. ( beamy > -0.6 ) .and. ( beamy < 0.6 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_zCore-2 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .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. ( hszbeam > -1.0 ) .and. ( hszbeam <= -0.5 ) & .and. ( beamx > -0.6 ) .and. ( beamx < 0.6 ) .and. ( beamy > -0.6 ) .and. ( beamy < 0.6 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_zCore-1 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .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. ( hszbeam > -0.5 ) .and. ( hszbeam <= 0.0 ) & .and. ( beamx > -0.6 ) .and. ( beamx < 0.6 ) .and. ( beamy > -0.6 ) .and. ( beamy < 0.6 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_zCore+1 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .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. ( hszbeam > 0.0 ) .and. ( hszbeam <= 0.5 ) & .and. ( beamx > -0.6 ) .and. ( beamx < 0.6 ) .and. ( beamy > -0.6 ) .and. ( beamy < 0.6 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_zCore+2 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .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. ( hszbeam > 0.5 ) .and. ( hszbeam <= 1.0 ) & .and. ( beamx > -0.6 ) .and. ( beamx < 0.6 ) .and. ( beamy > -0.6 ) .and. ( beamy < 0.6 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_zCore+3 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .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. ( hszbeam > 1.0 ) .and. ( hszbeam <= 1.5 ) & .and. ( beamx > -0.6 ) .and. ( beamx < 0.6 ) .and. ( beamy > -0.6 ) .and. ( beamy < 0.6 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_zCore+4 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .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. ( hszbeam > 1.5 ) .and. ( hszbeam <= 2.0 ) & .and. ( beamx > -0.6 ) .and. ( beamx < 0.6 ) .and. ( beamy > -0.6 ) .and. ( beamy < 0.6 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_zCore+5 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .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. ( hszbeam > 2.0 ) .and. ( hszbeam <= 2.5 ) & .and. ( beamx > -0.6 ) .and. ( beamx < 0.6 ) .and. ( beamy > -0.6 ) .and. ( beamy < 0.6 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_zCore+6 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .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. ( hszbeam > 2.5 ) .and. ( hszbeam <= 3.0 ) & .and. ( beamx > -0.6 ) .and. ( beamx < 0.6 ) .and. ( beamy > -0.6 ) .and. ( beamy < 0.6 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_zCore+7 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .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. ( hszbeam > 3.0 ) .and. ( hszbeam <= 3.5 ) & .and. ( beamx > -0.6 ) .and. ( beamx < 0.6 ) .and. ( beamy > -0.6 ) .and. ( beamy < 0.6 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_zCore+8 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .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. ( hszbeam > 3.5 ) .and. ( hszbeam <= 4.0 ) & .and. ( beamx > -0.6 ) .and. ( beamx < 0.6 ) .and. ( beamy > -0.6 ) .and. ( beamy < 0.6 ) & .and. ( ntrk_PID >= 11 ) .and. ( ntrk_PID <= 15 ) n_std_zCore+9 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .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. ( hszbeam > 4.0 ) & .and. ( beamx > -0.6 ) .and. ( beamx < 0.6 ) .and. ( beamy > -0.6 ) .and. ( beamy < 0.6 ) & .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 < 1.039 ) & .and. ( Eprime > 2.8626 ) & .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_ny_1 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .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 < 1.039 ) & .and. ( Eprime > 2.8626 ) & .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 < 1.039 ) & .and. ( Eprime > 2.8626 ) & .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 < 1.039 ) & .and. ( Eprime > 2.8626 ) & .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 < 1.039 ) & .and. ( Eprime > 2.8626 ) & .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 < 1.039 ) & .and. ( Eprime > 2.8626 ) & .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 < 1.039 ) & .and. ( Eprime > 2.8626 ) & .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 < 1.039 ) & .and. ( Eprime > 2.8626 ) & .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_n_dx-40 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( ntrk_dx > -0.43 ) .and. ( ntrk_dx <= -0.37 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_n_dx-34 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( ntrk_dx > -0.37 ) .and. ( ntrk_dx <= -0.31 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_n_dx-28 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( ntrk_dx > -0.31 ) .and. ( ntrk_dx <= -0.25 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_n_dx-22 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( ntrk_dx > -0.25 ) .and. ( ntrk_dx <= -0.19 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_n_dx-16 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( ntrk_dx > -0.19 ) .and. ( ntrk_dx <= -0.13 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_n_dx-10 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( ntrk_dx > -0.13 ) .and. ( ntrk_dx <= -0.07 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_n_dx_-4 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( ntrk_dx > -0.07 ) .and. ( ntrk_dx <= -0.01 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_n_dx_+2 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( ntrk_dx > -0.01 ) .and. ( ntrk_dx <= 0.05 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_n_dx_+8 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( ntrk_dx > 0.05 ) .and. ( ntrk_dx <= 0.11 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_n_dx+14 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( ntrk_dx > 0.11 ) .and. ( ntrk_dx <= 0.17 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_n_dx+20 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( ntrk_dx > 0.17 ) .and. ( ntrk_dx <= 0.23 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_n_dx+26 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( ntrk_dx > 0.23 ) .and. ( ntrk_dx <= 0.29 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_beamx_1 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( beamx > -1.2 ) .and. ( beamx <= -0.9 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_beamx_2 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( beamx > -0.9 ) .and. ( beamx <= -0.6 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_beamx_3 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( beamx > -0.6 ) .and. ( beamx <= -0.3 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_beamx_4 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( beamx > -0.3 ) .and. ( beamx <= 0.0 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_beamx_5 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( beamx > 0.0 ) .and. ( beamx <= 0.3 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_beamx_6 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( beamx > 0.3 ) .and. ( beamx <= 0.6 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_beamx_7 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( beamx > 0.6 ) .and. ( beamx <= 0.9 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_beamx_8 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( beamx > 0.9 ) .and. ( beamx <= 1.2 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_beamy_1 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( beamy > -1.2 ) .and. ( beamy <= -0.9 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_beamy_2 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( beamy > -0.9 ) .and. ( beamy <= -0.6 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_beamy_3 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( beamy > -0.6 ) .and. ( beamy <= -0.3 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_beamy_4 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( beamy > -0.3 ) .and. ( beamy <= 0.0 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_beamy_5 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( beamy > 0.0 ) .and. ( beamy <= 0.3 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_beamy_6 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( beamy > 0.3 ) .and. ( beamy <= 0.6 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_beamy_7 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( beamy > 0.6 ) .and. ( beamy <= 0.9 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_beamy_8 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( beamy > 0.9 ) .and. ( beamy <= 1.2 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_zbin_-9 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam <= -4.0 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_zbin_-8 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > -4.0 ) .and. ( hszbeam <= -3.5 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_zbin_-7 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > -3.5 ) .and. ( hszbeam <= -3.0 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_zbin_-6 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > -3.0 ) .and. ( hszbeam <= -2.5 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_zbin_-5 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > -2.5 ) .and. ( hszbeam <= -2.0 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_zbin_-4 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > -2.0 ) .and. ( hszbeam <= -1.5 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_zbin_-3 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > -1.5 ) .and. ( hszbeam <= -1.0 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_zbin_-2 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > -1.0 ) .and. ( hszbeam <= -0.5 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_zbin_-1 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > -0.5 ) .and. ( hszbeam <= 0.0 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_zbin_+1 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > 0.0 ) .and. ( hszbeam <= 0.5 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_zbin_+2 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > 0.5 ) .and. ( hszbeam <= 1.0 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_zbin_+3 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > 1.0 ) .and. ( hszbeam <= 1.5 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_zbin_+4 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > 1.5 ) .and. ( hszbeam <= 2.0 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_zbin_+5 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > 2.0 ) .and. ( hszbeam <= 2.5 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_zbin_+6 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > 2.5 ) .and. ( hszbeam <= 3.0 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_zbin_+7 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > 3.0 ) .and. ( hszbeam <= 3.5 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_zbin_+8 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > 3.5 ) .and. ( hszbeam <= 4.0 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_zbin_+9 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > 4.0 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_zCore-9 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam <= -4.0 ) & .and. ( beamx > -0.6 ) .and. ( beamx < 0.6 ) .and. ( beamy > -0.6 ) .and. ( beamy < 0.6 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_zCore-8 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > -4.0 ) .and. ( hszbeam <= -3.5 ) & .and. ( beamx > -0.6 ) .and. ( beamx < 0.6 ) .and. ( beamy > -0.6 ) .and. ( beamy < 0.6 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_zCore-7 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > -3.5 ) .and. ( hszbeam <= -3.0 ) & .and. ( beamx > -0.6 ) .and. ( beamx < 0.6 ) .and. ( beamy > -0.6 ) .and. ( beamy < 0.6 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_zCore-6 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > -3.0 ) .and. ( hszbeam <= -2.5 ) & .and. ( beamx > -0.6 ) .and. ( beamx < 0.6 ) .and. ( beamy > -0.6 ) .and. ( beamy < 0.6 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_zCore-5 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > -2.5 ) .and. ( hszbeam <= -2.0 ) & .and. ( beamx > -0.6 ) .and. ( beamx < 0.6 ) .and. ( beamy > -0.6 ) .and. ( beamy < 0.6 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_zCore-4 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > -2.0 ) .and. ( hszbeam <= -1.5 ) & .and. ( beamx > -0.6 ) .and. ( beamx < 0.6 ) .and. ( beamy > -0.6 ) .and. ( beamy < 0.6 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_zCore-3 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > -1.5 ) .and. ( hszbeam <= -1.0 ) & .and. ( beamx > -0.6 ) .and. ( beamx < 0.6 ) .and. ( beamy > -0.6 ) .and. ( beamy < 0.6 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_zCore-2 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > -1.0 ) .and. ( hszbeam <= -0.5 ) & .and. ( beamx > -0.6 ) .and. ( beamx < 0.6 ) .and. ( beamy > -0.6 ) .and. ( beamy < 0.6 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_zCore-1 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > -0.5 ) .and. ( hszbeam <= 0.0 ) & .and. ( beamx > -0.6 ) .and. ( beamx < 0.6 ) .and. ( beamy > -0.6 ) .and. ( beamy < 0.6 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_zCore+1 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > 0.0 ) .and. ( hszbeam <= 0.5 ) & .and. ( beamx > -0.6 ) .and. ( beamx < 0.6 ) .and. ( beamy > -0.6 ) .and. ( beamy < 0.6 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_zCore+2 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > 0.5 ) .and. ( hszbeam <= 1.0 ) & .and. ( beamx > -0.6 ) .and. ( beamx < 0.6 ) .and. ( beamy > -0.6 ) .and. ( beamy < 0.6 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_zCore+3 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > 1.0 ) .and. ( hszbeam <= 1.5 ) & .and. ( beamx > -0.6 ) .and. ( beamx < 0.6 ) .and. ( beamy > -0.6 ) .and. ( beamy < 0.6 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_zCore+4 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > 1.5 ) .and. ( hszbeam <= 2.0 ) & .and. ( beamx > -0.6 ) .and. ( beamx < 0.6 ) .and. ( beamy > -0.6 ) .and. ( beamy < 0.6 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_zCore+5 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > 2.0 ) .and. ( hszbeam <= 2.5 ) & .and. ( beamx > -0.6 ) .and. ( beamx < 0.6 ) .and. ( beamy > -0.6 ) .and. ( beamy < 0.6 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_zCore+6 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > 2.5 ) .and. ( hszbeam <= 3.0 ) & .and. ( beamx > -0.6 ) .and. ( beamx < 0.6 ) .and. ( beamy > -0.6 ) .and. ( beamy < 0.6 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_zCore+7 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > 3.0 ) .and. ( hszbeam <= 3.5 ) & .and. ( beamx > -0.6 ) .and. ( beamx < 0.6 ) .and. ( beamy > -0.6 ) .and. ( beamy < 0.6 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_zCore+8 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > 3.5 ) .and. ( hszbeam <= 4.0 ) & .and. ( beamx > -0.6 ) .and. ( beamx < 0.6 ) .and. ( beamy > -0.6 ) .and. ( beamy < 0.6 ) & .and. ( ntrk_PID >= 1 ) .and. ( ntrk_PID <= 8 ) p_std_zCore+9 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > 4.0 ) & .and. ( beamx > -0.6 ) .and. ( beamx < 0.6 ) .and. ( beamy > -0.6 ) .and. ( beamy < 0.6 ) & .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 < 1.039 ) & .and. ( Eprime > 2.8626 ) & .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_ny_1 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .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 < 1.039 ) & .and. ( Eprime > 2.8626 ) & .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 < 1.039 ) & .and. ( Eprime > 2.8626 ) & .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 < 1.039 ) & .and. ( Eprime > 2.8626 ) & .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 < 1.039 ) & .and. ( Eprime > 2.8626 ) & .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 < 1.039 ) & .and. ( Eprime > 2.8626 ) & .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 < 1.039 ) & .and. ( Eprime > 2.8626 ) & .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 < 1.039 ) & .and. ( Eprime > 2.8626 ) & .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_n_dx-40 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( ntrk_dx > -0.43 ) .and. ( ntrk_dx <= -0.37 ) & .and. ( ntrk_PID == 9 ) x_std_n_dx-34 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( ntrk_dx > -0.37 ) .and. ( ntrk_dx <= -0.31 ) & .and. ( ntrk_PID == 9 ) x_std_n_dx-28 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( ntrk_dx > -0.31 ) .and. ( ntrk_dx <= -0.25 ) & .and. ( ntrk_PID == 9 ) x_std_n_dx-22 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( ntrk_dx > -0.25 ) .and. ( ntrk_dx <= -0.19 ) & .and. ( ntrk_PID == 9 ) x_std_n_dx-16 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( ntrk_dx > -0.19 ) .and. ( ntrk_dx <= -0.13 ) & .and. ( ntrk_PID == 9 ) x_std_n_dx-10 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( ntrk_dx > -0.13 ) .and. ( ntrk_dx <= -0.07 ) & .and. ( ntrk_PID == 9 ) x_std_n_dx_-4 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( ntrk_dx > -0.07 ) .and. ( ntrk_dx <= -0.01 ) & .and. ( ntrk_PID == 9 ) x_std_n_dx_+2 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( ntrk_dx > -0.01 ) .and. ( ntrk_dx <= 0.05 ) & .and. ( ntrk_PID == 9 ) x_std_n_dx_+8 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( ntrk_dx > 0.05 ) .and. ( ntrk_dx <= 0.11 ) & .and. ( ntrk_PID == 9 ) x_std_n_dx+14 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( ntrk_dx > 0.11 ) .and. ( ntrk_dx <= 0.17 ) & .and. ( ntrk_PID == 9 ) x_std_n_dx+20 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( ntrk_dx > 0.17 ) .and. ( ntrk_dx <= 0.23 ) & .and. ( ntrk_PID == 9 ) x_std_n_dx+26 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( ntrk_dx > 0.23 ) .and. ( ntrk_dx <= 0.29 ) & .and. ( ntrk_PID == 9 ) x_std_beamx_1 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( beamx > -1.2 ) .and. ( beamx <= -0.9 ) & .and. ( ntrk_PID == 9 ) x_std_beamx_2 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( beamx > -0.9 ) .and. ( beamx <= -0.6 ) & .and. ( ntrk_PID == 9 ) x_std_beamx_3 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( beamx > -0.6 ) .and. ( beamx <= -0.3 ) & .and. ( ntrk_PID == 9 ) x_std_beamx_4 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( beamx > -0.3 ) .and. ( beamx <= 0.0 ) & .and. ( ntrk_PID == 9 ) x_std_beamx_5 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( beamx > 0.0 ) .and. ( beamx <= 0.3 ) & .and. ( ntrk_PID == 9 ) x_std_beamx_6 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( beamx > 0.3 ) .and. ( beamx <= 0.6 ) & .and. ( ntrk_PID == 9 ) x_std_beamx_7 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( beamx > 0.6 ) .and. ( beamx <= 0.9 ) & .and. ( ntrk_PID == 9 ) x_std_beamx_8 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( beamx > 0.9 ) .and. ( beamx <= 1.2 ) & .and. ( ntrk_PID == 9 ) x_std_beamy_1 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( beamy > -1.2 ) .and. ( beamy <= -0.9 ) & .and. ( ntrk_PID == 9 ) x_std_beamy_2 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( beamy > -0.9 ) .and. ( beamy <= -0.6 ) & .and. ( ntrk_PID == 9 ) x_std_beamy_3 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( beamy > -0.6 ) .and. ( beamy <= -0.3 ) & .and. ( ntrk_PID == 9 ) x_std_beamy_4 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( beamy > -0.3 ) .and. ( beamy <= 0.0 ) & .and. ( ntrk_PID == 9 ) x_std_beamy_5 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( beamy > 0.0 ) .and. ( beamy <= 0.3 ) & .and. ( ntrk_PID == 9 ) x_std_beamy_6 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( beamy > 0.3 ) .and. ( beamy <= 0.6 ) & .and. ( ntrk_PID == 9 ) x_std_beamy_7 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( beamy > 0.6 ) .and. ( beamy <= 0.9 ) & .and. ( ntrk_PID == 9 ) x_std_beamy_8 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( beamy > 0.9 ) .and. ( beamy <= 1.2 ) & .and. ( ntrk_PID == 9 ) x_std_zbin_-9 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam <= -4.0 ) & .and. ( ntrk_PID == 9 ) x_std_zbin_-8 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > -4.0 ) .and. ( hszbeam <= -3.5 ) & .and. ( ntrk_PID == 9 ) x_std_zbin_-7 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > -3.5 ) .and. ( hszbeam <= -3.0 ) & .and. ( ntrk_PID == 9 ) x_std_zbin_-6 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > -3.0 ) .and. ( hszbeam <= -2.5 ) & .and. ( ntrk_PID == 9 ) x_std_zbin_-5 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > -2.5 ) .and. ( hszbeam <= -2.0 ) & .and. ( ntrk_PID == 9 ) x_std_zbin_-4 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > -2.0 ) .and. ( hszbeam <= -1.5 ) & .and. ( ntrk_PID == 9 ) x_std_zbin_-3 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > -1.5 ) .and. ( hszbeam <= -1.0 ) & .and. ( ntrk_PID == 9 ) x_std_zbin_-2 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > -1.0 ) .and. ( hszbeam <= -0.5 ) & .and. ( ntrk_PID == 9 ) x_std_zbin_-1 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > -0.5 ) .and. ( hszbeam <= 0.0 ) & .and. ( ntrk_PID == 9 ) x_std_zbin_+1 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > 0.0 ) .and. ( hszbeam <= 0.5 ) & .and. ( ntrk_PID == 9 ) x_std_zbin_+2 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > 0.5 ) .and. ( hszbeam <= 1.0 ) & .and. ( ntrk_PID == 9 ) x_std_zbin_+3 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > 1.0 ) .and. ( hszbeam <= 1.5 ) & .and. ( ntrk_PID == 9 ) x_std_zbin_+4 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > 1.5 ) .and. ( hszbeam <= 2.0 ) & .and. ( ntrk_PID == 9 ) x_std_zbin_+5 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > 2.0 ) .and. ( hszbeam <= 2.5 ) & .and. ( ntrk_PID == 9 ) x_std_zbin_+6 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > 2.5 ) .and. ( hszbeam <= 3.0 ) & .and. ( ntrk_PID == 9 ) x_std_zbin_+7 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > 3.0 ) .and. ( hszbeam <= 3.5 ) & .and. ( ntrk_PID == 9 ) x_std_zbin_+8 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > 3.5 ) .and. ( hszbeam <= 4.0 ) & .and. ( ntrk_PID == 9 ) x_std_zbin_+9 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > 4.0 ) & .and. ( ntrk_PID == 9 ) x_std_zCore-9 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam <= -4.0 ) & .and. ( beamx > -0.6 ) .and. ( beamx < 0.6 ) .and. ( beamy > -0.6 ) .and. ( beamy < 0.6 ) & .and. ( ntrk_PID == 9 ) x_std_zCore-8 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > -4.0 ) .and. ( hszbeam <= -3.5 ) & .and. ( beamx > -0.6 ) .and. ( beamx < 0.6 ) .and. ( beamy > -0.6 ) .and. ( beamy < 0.6 ) & .and. ( ntrk_PID == 9 ) x_std_zCore-7 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > -3.5 ) .and. ( hszbeam <= -3.0 ) & .and. ( beamx > -0.6 ) .and. ( beamx < 0.6 ) .and. ( beamy > -0.6 ) .and. ( beamy < 0.6 ) & .and. ( ntrk_PID == 9 ) x_std_zCore-6 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > -3.0 ) .and. ( hszbeam <= -2.5 ) & .and. ( beamx > -0.6 ) .and. ( beamx < 0.6 ) .and. ( beamy > -0.6 ) .and. ( beamy < 0.6 ) & .and. ( ntrk_PID == 9 ) x_std_zCore-5 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > -2.5 ) .and. ( hszbeam <= -2.0 ) & .and. ( beamx > -0.6 ) .and. ( beamx < 0.6 ) .and. ( beamy > -0.6 ) .and. ( beamy < 0.6 ) & .and. ( ntrk_PID == 9 ) x_std_zCore-4 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > -2.0 ) .and. ( hszbeam <= -1.5 ) & .and. ( beamx > -0.6 ) .and. ( beamx < 0.6 ) .and. ( beamy > -0.6 ) .and. ( beamy < 0.6 ) & .and. ( ntrk_PID == 9 ) x_std_zCore-3 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > -1.5 ) .and. ( hszbeam <= -1.0 ) & .and. ( beamx > -0.6 ) .and. ( beamx < 0.6 ) .and. ( beamy > -0.6 ) .and. ( beamy < 0.6 ) & .and. ( ntrk_PID == 9 ) x_std_zCore-2 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > -1.0 ) .and. ( hszbeam <= -0.5 ) & .and. ( beamx > -0.6 ) .and. ( beamx < 0.6 ) .and. ( beamy > -0.6 ) .and. ( beamy < 0.6 ) & .and. ( ntrk_PID == 9 ) x_std_zCore-1 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > -0.5 ) .and. ( hszbeam <= 0.0 ) & .and. ( beamx > -0.6 ) .and. ( beamx < 0.6 ) .and. ( beamy > -0.6 ) .and. ( beamy < 0.6 ) & .and. ( ntrk_PID == 9 ) x_std_zCore+1 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > 0.0 ) .and. ( hszbeam <= 0.5 ) & .and. ( beamx > -0.6 ) .and. ( beamx < 0.6 ) .and. ( beamy > -0.6 ) .and. ( beamy < 0.6 ) & .and. ( ntrk_PID == 9 ) x_std_zCore+2 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > 0.5 ) .and. ( hszbeam <= 1.0 ) & .and. ( beamx > -0.6 ) .and. ( beamx < 0.6 ) .and. ( beamy > -0.6 ) .and. ( beamy < 0.6 ) & .and. ( ntrk_PID == 9 ) x_std_zCore+3 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > 1.0 ) .and. ( hszbeam <= 1.5 ) & .and. ( beamx > -0.6 ) .and. ( beamx < 0.6 ) .and. ( beamy > -0.6 ) .and. ( beamy < 0.6 ) & .and. ( ntrk_PID == 9 ) x_std_zCore+4 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > 1.5 ) .and. ( hszbeam <= 2.0 ) & .and. ( beamx > -0.6 ) .and. ( beamx < 0.6 ) .and. ( beamy > -0.6 ) .and. ( beamy < 0.6 ) & .and. ( ntrk_PID == 9 ) x_std_zCore+5 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > 2.0 ) .and. ( hszbeam <= 2.5 ) & .and. ( beamx > -0.6 ) .and. ( beamx < 0.6 ) .and. ( beamy > -0.6 ) .and. ( beamy < 0.6 ) & .and. ( ntrk_PID == 9 ) x_std_zCore+6 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > 2.5 ) .and. ( hszbeam <= 3.0 ) & .and. ( beamx > -0.6 ) .and. ( beamx < 0.6 ) .and. ( beamy > -0.6 ) .and. ( beamy < 0.6 ) & .and. ( ntrk_PID == 9 ) x_std_zCore+7 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > 3.0 ) .and. ( hszbeam <= 3.5 ) & .and. ( beamx > -0.6 ) .and. ( beamx < 0.6 ) .and. ( beamy > -0.6 ) .and. ( beamy < 0.6 ) & .and. ( ntrk_PID == 9 ) x_std_zCore+8 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > 3.5 ) .and. ( hszbeam <= 4.0 ) & .and. ( beamx > -0.6 ) .and. ( beamx < 0.6 ) .and. ( beamy > -0.6 ) .and. ( beamy < 0.6 ) & .and. ( ntrk_PID == 9 ) x_std_zCore+9 & .and. ( hstheta > 0.26 ) & .and. ( hcer_npe > 2.0 ) & .and. ( W > 0.889 ) .and. ( W < 1.039 ) & .and. ( Eprime > 2.8626 ) & .and. ( ntrk_E > 12.0 ) & .and. ( ntrk_t > -3.0 ) .and. ( ntrk_t < 5.0 ) & .and. ( ypos > -40. ) .and. ( ypos < 40. ) & .and. ( hszbeam > 4.0 ) & .and. ( beamx > -0.6 ) .and. ( beamx < 0.6 ) .and. ( beamy > -0.6 ) .and. ( beamy < 0.6 ) & .and. ( ntrk_PID == 9 )