Proton(), N_t, n_sections = 2)
# Define RF station parameters and corresponding tracker
beam = Beam(general_params, N_p, N_b)
rf_params_1 = RFStation(general_params, [h], [V1], [dphi],
section_index=1)
long_tracker_1 = RingAndRFTracker(rf_params_1, beam)
rf_params_2 = RFStation(general_params, [h], [V2], [dphi],
section_index=2)
long_tracker_2 = RingAndRFTracker(rf_params_2, beam)
# Define full voltage over one turn and a corresponding "overall" set of
#parameters, which is used for the separatrix (in plotting and losses)
Vtot = total_voltage([rf_params_1, rf_params_2])
rf_params_tot = RFStation(general_params, [h], [Vtot], [dphi])
beam_dummy = Beam(general_params, 1, N_b)
long_tracker_tot = RingAndRFTracker(rf_params_tot, beam_dummy)
print("General and RF parameters set...")
# Define beam and distribution
bigaussian(general_params, rf_params_tot, beam, tau_0/4,
reinsertion = 'on', seed=1)
print("Beam set and distribution generated...")
Proton(), N_t, n_sections = 2)
# Define RF station parameters and corresponding tracker
beam = Beam(general_params, N_p, N_b)
rf_params_1 = RFStation(general_params, [h], [V1], [dphi],
section_index=1)
long_tracker_1 = RingAndRFTracker(rf_params_1, beam)
rf_params_2 = RFStation(general_params, [h], [V2], [dphi],
section_index=2)
long_tracker_2 = RingAndRFTracker(rf_params_2, beam)
# Define full voltage over one turn and a corresponding "overall" set of
#parameters, which is used for the separatrix (in plotting and losses)
Vtot = total_voltage([rf_params_1, rf_params_2])
rf_params_tot = RFStation(general_params, [h], [Vtot], [dphi])
beam_dummy = Beam(general_params, 1, N_b)
long_tracker_tot = RingAndRFTracker(rf_params_tot, beam_dummy)
print("General and RF parameters set...")
# Define beam and distribution
bigaussian(general_params, rf_params_tot, beam, tau_0/4,
reinsertion = 'on', seed=1)
print("Beam set and distribution generated...")