# Connect the on_pick function with the pick event
ax1.figure.canvas.mpl_connect('pick_event', on_pick)
plt.show()
# xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx
# xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx
# xxxxxxxxxx Return the results xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx
# xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx
return sinr_array_pl_metis_ps7_dB, capacity_metis_ps7
if __name__ == '__main__':
scenario_params = {
'side_length': 10., # 10 meters side length
'single_wall_loss_dB': 5.,
'num_rooms_per_side': 12,
'ap_decimation': 2
}
power_params = {
'Pt_dBm': 20., # 20 dBm transmit power
# Noise power for 25°C for a bandwidth of 5 MHz -> -106.87 dBm
'noise_power_dBm': calc_thermal_noise_power_dBm(25, 5e6)
}
out = perform_simulation(scenario_params,
power_params,
plot_results_bool=True)
sinr_array_pl_metis_ps7_dB, capacity_metis_ps7 = out
out = (sinr_array_pl_nothing_dB, sinr_array_pl_3gpp_dB, sinr_array_pl_free_space_dB, sinr_array_pl_metis_ps7_dB)
return out
if __name__ == "__main__":
scenario_params = {
"side_length": 10.0, # 10 meters side length
"single_wall_loss_dB": 5.0,
"num_rooms_per_side": 12,
"ap_decimation": 1,
}
power_params = {
"Pt_dBm": 20.0, # 20 dBm transmit power
# Noise power for 25°C for a bandwidth of 5 MHz -> -106.87 dBm
"noise_power_dBm": calc_thermal_noise_power_dBm(25, 5e6),
}
out = perform_simulation_SINR_heatmap(scenario_params, power_params)
(sinr_array_pl_nothing_dB, sinr_array_pl_3gpp_dB, sinr_array_pl_free_space_dB, sinr_array_pl_metis_ps7_dB) = out
(
num_rooms_per_side,
_, # num_rooms_per_side
_, # num_discrete_positions_per_room again
num_discrete_positions_per_room,
) = sinr_array_pl_nothing_dB.shape
print("\nxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx")
print("SINR statistics for the 64 central rooms")
sinr_array_pl_free_space_dB,
sinr_array_pl_metis_ps7_dB)
return out
if __name__ == '__main__':
scenario_params = {
'side_length': 10., # 10 meters side length
'single_wall_loss_dB': 5.,
'num_rooms_per_side': 12,
'ap_decimation': 1}
power_params = {
'Pt_dBm': 20., # 20 dBm transmit power
# Noise power for 25°C for a bandwidth of 5 MHz -> -106.87 dBm
'noise_power_dBm': calc_thermal_noise_power_dBm(25, 5e6)
}
out = perform_simulation_SINR_heatmap(scenario_params, power_params)
(sinr_array_pl_nothing_dB,
sinr_array_pl_3gpp_dB,
sinr_array_pl_free_space_dB,
sinr_array_pl_metis_ps7_dB) = out
(num_rooms_per_side,
_, # num_rooms_per_side
_, # num_discrete_positions_per_room again
num_discrete_positions_per_room) = sinr_array_pl_nothing_dB.shape
print("\nxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx")
