# -*- coding: utf-8 -*-
"""
Code example of a minimal go/no-go task.
Authors: Dominique Makowski
Copyright: The Neuropsydia Development Team
Site: https://github.com/neuropsychology/Neuropsydia.py
"""
import neuropsydia as n # Load neuropsydia
import random # Import the random module
import pandas as pd # To manipulate and save the data
import numpy as np # To do some maths
n.start() # Start neuropsydia
n.instructions("Goal: Hit SPACE whenever a GREEN circle appears. \nWhen it is RED, don't press anything.") # Display instructions and break line with \n
n.newpage("grey") # Fill the screen
n.countdown() # Display countdown
# Initialize the data storage with a dictionary containing empty lists
data = {"Trial": [],
"Stimulus": [],
"ISI":[],
"RT":[],
"Response":[]}
for trial in range(5): # Iterate over the number of trials
stimulus = random.choice(["green", "red"]) # Select a stimulus type
ISI = random.randrange(start=500, stop=2000, step=500) # Select the inter-stimuli interval (ISI)
n.newpage("grey") # Fill the screen
n.write("+") # Fixation cross
n.refresh() # Diplay it on screen
# -*- coding: utf-8 -*-
"""
Code example of a minimal go/no-go task.
Authors: Dominique Makowski
Copyright: The Neuropsydia Development Team
Site: https://github.com/neuropsychology/Neuropsydia.py
"""
import neuropsydia as n # Load neuropsydia
import random # Import the random module
import pandas as pd # To manipulate and save data
import numpy as np # To do some maths
n.start() # Start neuropsydia
n.instructions("Goal: Hit SPACE whenever a GREEN circle appears. \nIf RED, don't press anything!") # Display instructions and break line with \n
n.newpage("grey") # Fill the screen
n.countdown() # Display countdown
# Initialize the data storage with a dictionary containing empty lists
data = {"Trial": [],
"Stimulus": [],
"ISI":[],
"RT":[],
"Response":[]}
n_trials = 10 # Number of trials
for trial in range(n_trials): # Iterate over the number of trials
stimulus = random.choice(["green", "green", "green", "red"]) # Select a stimulus type
ISI = random.randrange(start=250, stop=1250, step=250) # Select the inter-stimuli interval (ISI)
n.newpage("grey") # Fill the screen
n.write("+") # Fixation cross