1fbb5253ee4db53498fde8766b55541546d9804a,pyroomacoustics/libroom_src/tests/test_ray_tracing_2D.py,,,#,151

Before Change

    print(len(log), " entries to build the rir")


    rir = compute_rir(log, time_thres, fs, plot=True)

    apply_rir(rir, "0riginal.wav", fs, cutoff=0)

After Change

    scatter_coef = 0.1


    time_thres = 0.8 //s
    energy_thres = 0.001
    sound_speed = 340

    fs = 16000

    // compute the log with the C++ code
    chrono = time.time()
    log = room.get_rir_entries(nb_phis, nb_thetas, source_pos, mic_radius, scatter_coef, time_thres, energy_thres, sound_speed)


    print("\nNumber of phi : ", nb_phis)
    print("Number of theta :", nb_thetas)
    print("\nThere are", len(log), " microphone(s).")
    print("(", nb_phis, "*", nb_thetas,") =", nb_phis * nb_thetas, " rays traced in ", time.time() - chrono, " seconds")

    print("------------------\n")

    // For all microphones
    for k in range(len(log)):
        mic_log = log[k]
        print("For microphone n° ", k+1, ": ", len(mic_log), " entries to build the rir")

        rir = compute_rir(mic_log, time_thres, fs, mic_id = k+1, plot=True)
        apply_rir(rir, "0riginal.wav", fs, cutoff=0, result_name="aaa_mic"+str(k+1))

Instances