def test_1(soundfiles, soundID, ID=0):
if (ID == 1):
gui.show()
subj_id = gui.data[0]
else:
subj_id = 'dummy'
# make a text file to save data
fileName = expInfo['dateStr'] + expInfo['dateStr']
dataFile = open('data/'+fileName+'.csv', 'w')
dataFile.write('ID, voice, choice1, t1, s1, choice2, t2, s2, choice3, t3, s3 \n') # todo ID, suitability
shuffle = random.sample(range(0, len(robots)), len(robots))
soundfiles = [ soundfiles[i] for i in shuffle]
soundID = [ soundID[i] for i in shuffle]
counter = 0
for voices in soundfiles:
tempResponse = [subj_id, soundID[counter]]
counter+=1
robot_list = updateRobotList()
# first turn
# a) play 3 sound clips at random
voiceOrder = []
for i in range(0,3):
voice = random.choice(voices)
voiceOrder.append(voice)
playSound(voice)
core.wait(0.5)
# b) splash screen with options
num_pick = 0
while num_pick < 3:
selectRobot(num_pick,robot_list)
win.flip()
clock.reset()
[name, clicked, timer] = checkRobot()
print("time taken was %f seconds" % timer)
# todo save details of choice
if name != "button":
rating = getRating(expInfo[name])
robot_list.remove(clicked)
num_pick +=1
else:
rating = 0
for i in range(0,len(voiceOrder)):
playSound(voiceOrder[i])
core.wait(0.5)
tempResponse.append(name)
tempResponse.append(str(timer))
tempResponse.append(str(rating))
core.wait(0.2)
tempResponse = ','.join(tempResponse)
saveData(dataFile, tempResponse+'\n')
print(tempResponse)
def init_and_show_gui():
gui = psychopy.gui.Dlg()
gui.addField("Participant Number:", "001")
gui.addField("Condition Number:", 1)
gui.addField("Age:", 26)
gui.addField("Gender(m/f/o):", "f")
gui.show()
print(gui.data)
return gui
def registration(gui=gui):
gui = gui.Dlg()
gui.addField("Subject ID:")
gui.addField("Condition Num:")
gui.show()
gui.close()
#save data
subj_id = gui.data[0]
cond_num = int(gui.data[1]) # Control =0, retreat = 1
return (subj_id, cond_num) #save this data as the excell name?
# cross object
# registration()
def show_dialog_and_get_info():
print("show_dialog...")
gui = psychopy.gui.Dlg()
gui.addField("Participant Name:", "Ilaria")
gui.addField("Condition Number:", 1)
gui.addField("Age:", 26)
gui.addField("Gender(m/f/o):", "f")
# this is a blocking function. as long as the participant has not clicked ok the code progression
# will be blocked here
gui.show()
participant_number = gui.data[0]
cond_num = int(gui.data[1])
age = int(gui.data[2])
gender = (gui.data[3])
return participant_number, cond_num, age, gender
# Stimulus parameters
habituation_total_duration = 10 # in seconds
habituation_image_duration = 0.5 # in seconds
habituation_isi = 0.2 # in seconds
test_total_duration = 10 # in seconds
test_image_duration = 1 # in seconds
test_isi = 1 # in seconds
background_color = 'grey'
path_to_images = 'G:\My Drive\Lara\SNARC'
#path_to_logfile = 'G:\My Drive\Lara\SNARC\test\test.txt'
# This creates the message box to get measure ID
gui = gui.Dlg()
gui.addField("Subject ID:")
gui.show()
# This creates the windows where you draw your stimuli
window_1 = visual.Window(size=(monitor_width, monitor_height),
fullscr=True,
screen=0,
allowGUI=False,
units='pix',
monitor='testMonitor',
colorSpace='rgb255',
color=background_color)
# Create images
squares_12_1 = visual.ImageStim(window_1,
image=path_to_images + '\squares_12_1.png',
mask=None,
def RunMathTask():
#declare global variables
global task_start_time
global window
global kb
global log_file
global procs
global rules
global pracs
global rulenames
global pracnames
global instnames
global insts
global postnames
global posts
global gui
#Get Subject ID using gui
gui = gui.Dlg()
gui.addField("Subject ID:")
gui.show()
SubjectID = gui.data[0]
print(SubjectID)
#onset of first instruction via image
proc1 = visual.ImageStim(window, image='Proc01.jpeg')
proc1.draw()
window.flip()
proc1response = event.waitKeys(keyList=[
'space',
], timeStamped=True)
#Rule videos and practice problem sequence
#play each of the 6 rule videos
for i in range(3):
rulemov = visual.MovieStim3(window,
name=rulenames[i],
noAudio=False,
filename=rules[i])
rulemov.play()
#play full video for each
for j in range(int(rulemov.duration * 60)):
rulemov.draw()
window.flip()
#show each of the 6 practice problems, participants have to answer each one using '1', '2', or '3'
responserec = ""
for i in range(6):
ruleprac = visual.ImageStim(window, name=pracnames[i], image=pracs[i])
ruleprac.draw()
window.flip()
pracresponse = event.waitKeys(keyList=[
'1',
'2',
'3',
],
timeStamped=True)
#log Subject ID, name of the problem, and response to each problem
log_file.write(SubjectID + "," + pracnames[i] + "," +
pracresponse[0][0] + "\n")
#onset of second instruction via image (we skip Proc02 in the lab and go right to Proc03)
proc3 = visual.ImageStim(window, image='Proc03.jpeg')
proc3.draw()
window.flip()
proc3response = event.waitKeys(keyList=[
'space',
], timeStamped=True)
#instructional problem sequence
#show each of the 8 instructional problems, participants have to answer each one using '1', '2', or '3'
responserec = ""
for i in range(8):
instprobs = visual.ImageStim(window, name=instnames[i], image=insts[i])
instprobs.draw()
window.flip()
instresponse = event.waitKeys(keyList=[
'1',
'2',
'3',
],
timeStamped=True)
#log Subject ID, name of the problem, and response to each problem
log_file.write(SubjectID + "," + instnames[i] + "," +
instresponse[0][0] + "\n")
#onset of next instruction screen via image (this image prompts the post test)
proc4 = visual.ImageStim(window, image='Proc04.jpeg')
proc4.draw()
window.flip()
proc4response = event.waitKeys(keyList=[
'space',
], timeStamped=True)
#beginning of post test
#show each of the 8 instructional problems, participants have to answer each one using '1', '2', or '3'
responserec = ""
for i in range(35):
postprobs = visual.ImageStim(window, name=postnames[i], image=posts[i])
postprobs.draw()
window.flip()
postresponse = event.waitKeys(keyList=[
'1',
'2',
'3',
],
timeStamped=True)
#log Subject ID, name of the problem, and response to each problem
log_file.write(SubjectID + "," + postnames[i] + "," +
postresponse[0][0] + "\n")
#onset of final instruction screen thanking participant for participation
proc5 = visual.ImageStim(window, image='Proc05.jpeg')
proc5.draw()
window.flip()
proc5response = event.waitKeys(keyList=[
'space',
], timeStamped=True)
