auditory-task-python/softcode_functions.py at main · LearningCircuitsLab/auditory-task-python · GitHub

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from village.devices.sound_device import sound_device
from village.settings import settings
from sound_functions import tone_generator, crescendo_looming_sound, white_noise
import numpy as np
from village.manager import manager


def function1():
    # stop sound
    sound_device.stop()


def function2():
    # load the sound loaded in manager
    sound_device.load(left=manager.task.twoAFC_sound, right=manager.task.twoAFC_sound)


def function3():
    # play the sound
    sound_device.play()


def function4():
    # stop sound
    sound_device.stop()
    # create and play white noise of 1 second
    noise = white_noise(duration=1.0, amplitude=0.02)
    sound_device.load(right=noise, left=noise)
    sound_device.play()


def function5():
    amp_for_70dB = 0.05  # ~75 dB SPL
    amp_for_20dB = 0.0001  # ?? dB SPL
    # create a crescendo sound
    crescendo_sound = crescendo_looming_sound(
        amp_start=amp_for_20dB,
        amp_end=amp_for_70dB,
        ramp_duration=0.4,
        ramp_down_duration=0.005,
        hold_duration=0.595,
        n_repeats=10,
    )
    # load the sound loaded in manager
    sound_device.load(right=crescendo_sound, left=crescendo_sound)
    # play the sound
    sound_device.play()


def function10():
    # create a loud noise
    duration = 5
    ramptime = 0.05
    amplitude = 0.05
    sample_rate = settings.get("SAMPLERATE")
    frequency = 10000
    # get the time steps
    # Create time array
    total_time_steps = np.linspace(0, duration, int(sample_rate * duration), endpoint=False)
    scary_sound = tone_generator(total_time_steps, ramptime, amplitude, frequency)
    # load the sound loaded in manager
    sound_device.load(right=scary_sound, left=scary_sound)
    # play the sound
    sound_device.play()


def function9():
    # create a loud noise
    duration = 5
    ramptime = 0.05
    amplitude = 0.003
    sample_rate = settings.get("SAMPLERATE")
    frequency = 5000
    # get the time steps
    # Create time array
    total_time_steps = np.linspace(0, duration, int(sample_rate * duration), endpoint=False)
    scary_sound = tone_generator(total_time_steps, ramptime, amplitude, frequency)
    # load the sound loaded in manager
    sound_device.load(right=scary_sound, left=scary_sound)
    # play the sound
    sound_device.play()


def function8():
    # create a loud noise
    duration = 5
    ramptime = 0.05
    amplitude = 0.05
    sample_rate = settings.get("SAMPLERATE")
    frequency = 1000
    # get the time steps
    # Create time array
    total_time_steps = np.linspace(0, duration, int(sample_rate * duration), endpoint=False)
    scary_sound = tone_generator(total_time_steps, ramptime, amplitude, frequency)
    # load the sound loaded in manager
    sound_device.load(right=scary_sound, left=scary_sound)
    # play the sound
    sound_device.play()


def function11():
    # create a loud noise
    duration = 5
    ramptime = 0.05
    amplitude = 0.05
    sample_rate = settings.get("SAMPLERATE")
    frequency = 20000
    # get the time steps
    # Create time array
    total_time_steps = np.linspace(0, duration, int(sample_rate * duration), endpoint=False)
    scary_sound = tone_generator(total_time_steps, ramptime, amplitude, frequency)
    # load the sound loaded in manager
    sound_device.load(right=scary_sound, left=scary_sound)
    # play the sound
    sound_device.play()


def function12():
    # create a loud noise
    duration = 5
    ramptime = 0.05
    amplitude = 0.05
    sample_rate = settings.get("SAMPLERATE")
    frequency = 40000
    # get the time steps
    # Create time array
    total_time_steps = np.linspace(0, duration, int(sample_rate * duration), endpoint=False)
    scary_sound = tone_generator(total_time_steps, ramptime, amplitude, frequency)
    # load the sound loaded in manager
    sound_device.load(right=scary_sound, left=scary_sound)
    # play the sound
    sound_device.play()