def get_user_input(window, position, fontsize=50):
"""
Allows the user to type and see what they type on the screen
(This is more annoying than it should be on Psychopy, but it works fine now
so you shouldn't need to change it)
"""
input_name = ""
user_input = TextStim(win=window,
text=input_name,
pos=position,
height=fontsize)
user_input.setAutoDraw(True)
window.flip()
while True:
char = event.waitKeys()[0]
if char.isalpha() and len(char) == 1:
input_name += char
if char == 'return':
user_input.setAutoDraw(False)
window.flip()
return input_name
if char == 'comma':
# psychopy inexplicably doesn't respond to the backspace key,
# so I use the '<' symbol instead
input_name = input_name[:-1]
user_input.text = input_name
window.flip()
score += 1
#process right schedule
if mouse.isPressedIn(rbox, buttons=[0]):
rpressed = True
if not mouse.isPressedIn(rbox, buttons=[0]) and rpressed == True:
rpressed = False
R2 += 1
if p == p_list[0]:
score += 1
lbox.draw()
rbox.draw()
#target
text.text = u'Вы часто видите число 1?'
text.pos = (0, -0.2)
text.draw()
#responses
text.text = u'Да'
text.pos = (-0.3, -0.6)
text.draw()
text.text = u'Нет'
text.pos = (+0.3, -0.6)
text.draw()
#instructions
if global_time.getTime() < 25:
text.text = u'Отвечайте на вопрос, чтобы заработать очки'
lpressed = False
R1 += 1
n1 += 1
Cs1 += 1
n2 = 0 #resets sequence from right
if mouse.isPressedIn(rbox, buttons=[0]):
rpressed = True
if not mouse.isPressedIn(rbox, buttons=[0]) and rpressed == True:
rpressed = False
n1 = 0
R2 += 1
n2 += 1
Cs2 += 1
text.text = n1
text.pos = (-0.5, +0.25)
text.draw()
text.text = n2
text.pos = (+0.5, +0.25)
text.draw()
#processes terminal link schedule
if n1 >= ratio or n2 >= ratio:
#resets timer for the first time
if initial == True:
if schedule == 'ConcChFR20VI5/FR20FI5':
interval_timer = CountdownTimer(exponential(interval))
if schedule == 'ConcChFR20FI5/FR20VI5':
message = incorrect_message
if bl == 0: # only give a message in the learning block
trial_routine.wait_for_time_limit(
components=[message],
time_seconds=messages_duration,
label='choice_feedback')
data = data.append(
{'trial':int(t+1), 'rt':rt, 'choice':key, 'accuracy':accuracy_trial, 'image':image_trial, 'block':['learning', 'transfer'][bl],
'difficulty':block['difficulty'][t], 'correct_response':correct_resp_trial, 'category':block['category'][t]},
ignore_index=True) # record the responses
#save data to file
for label in expInfo.keys():
data[label] = expInfo[label]
data.to_csv(fileName + '.csv')
# final message with accuracy feedback
accuracy_learning = int(data.loc[data.block == 'learning', 'accuracy'].mean()*100)
accuracy_transfer = int(data.loc[data.block == 'transfer', 'accuracy'].mean()*100)
end_transfer_message.text = "Congratulations, you finished the experiment. You accuracy was {}% in the learning part and {}% in the test.".format(accuracy_learning, accuracy_transfer)
trial_routine.wait_for_time_limit(
components=[end_transfer_message],
time_seconds=message_beginning_duration,
label='message_end')
#cleanup
mywin.close()
core.quit()
fixation_cross = TextStim(win=mywin, text='+', color=text_color)
rewards = np.arange(0, 601, 30)
rewards[0] += 1
n_trials = len(rewards)
#create the dataframe
data = pd.DataFrame([])
#draw the stimuli
trial_routine = Routine(window=mywin, frames_per_second=frames_per_second, escape_key=escape_key)
for t in range(n_trials):
# put here things that change every trial
changing_gamble.text = 'a sure gain of CHF %s' % rewards[t]
# first event
trial_routine.wait_for_time_limit(
components=[fixation_cross],
time_seconds=fixation_duration,
label='fixation_cross')
# second event
key, rt = trial_routine.wait_for_keys_or_time_limit(
components=[fixed_gamble, changing_gamble],
valid_keys=choice_keys,
time_seconds=choice_time_limit,
label='gamble_choice')
data = data.append({'rt':rt, 'choice': key, 'trial': t, 'reward': rewards[t]}, ignore_index=True) # record the responses
# this will continue to loop until the participant clicks 'q' key
char_pressed = psychopy.event.waitKeys(
) #input("Please enter a character: 'a', 'b', 'c' or 'd' to reveal your winnings. Type 'q' to quit: ")
if char_pressed == ['a']: # character 'a' refers to Deck A
#obtaining winning & losing amount from Deck
winningsLoses = deckA.getWinsLoses()
print(
f"This is winnings Loses {winningsLoses} of type: {type(winningsLoses)}"
)
print(
f"This is winnings {int(winningsLoses[0])} of type: {type(int(winningsLoses[0]))}"
)
#winning losing amount display text
winningsVariableText.text = participantA.getWinnings(
) #todo check how winnings are being calculated and make sure they are correct
#Obtaining the amount won as display text
amountWonVariableText.text = str(deckA.getWins())
#amountWonVariableText.draw() #todo: investigate is this going to cut it or do I need to display flip or refresh as well?
#Obtaining the amount lost as display text
amountLostVariableText.text = str(
deckA.getLosses()) #todo: check if winningLoses are correct
#Recalculating the participants winnings
participantA.setWinnings(
winningsLoses
) #todo: requires two actions? positional argument 'winnings_loses')
participantA.recordKeysPressed('a')
print(
f"The total row number is {deckA.getTotalRows()} of type {type(deckA.getTotalRows())}"
)
stimuli.loc[stimuli.right_image == 'C.png', 'right_feedback'] = rewards_C
stimuli = stimuli.sample(frac=1).reset_index(drop=True)
stimuli['trial'] = np.arange(n_trials) + 1
#create the dataframe
data = pd.DataFrame([])
#draw the stimuli
trial_routine = Routine(window=mywin,
frames_per_second=frames_per_second,
escape_key=escape_key)
for t in range(n_trials):
# put here things that change every trial
left_feedback.text = '%s' % stimuli.loc[t, 'left_feedback']
right_feedback.text = '%s' % stimuli.loc[t, 'right_feedback']
left_picture.image = os.path.join(os.getcwd(), 'stimuli', 'example_4',
stimuli.loc[t, 'left_image'])
right_picture.image = os.path.join(os.getcwd(), 'stimuli', 'example_4',
stimuli.loc[t, 'right_image'])
# first event
trial_routine.wait_for_time_limit(components=[fixation_cross],
time_seconds=fixation_duration,
label='fixation_cross')
# second event
key, rt = trial_routine.wait_for_keys_or_time_limit(
components=[left_picture, right_picture],
size=image_size,
image=os.path.join(os.getcwd(), 'stimuli', 'B.png'))
fixation_cross = TextStim(win=mywin, text='+', color=text_color)
#create the dataframe
data = pd.DataFrame([])
#draw the stimuli
trial_routine = Routine(window=mywin,
frames_per_second=frames_per_second,
escape_key=escape_key)
for t in range(n_trials):
# put here things that change every trial
A_feedback.text = '%s' % A_feedback_trials[t]
B_feedback.text = '%s' % B_feedback_trials[t]
# first event
trial_routine.wait_for_time_limit(components=[fixation_cross],
time_seconds=fixation_duration,
label='fixation_cross')
# second event
key, rt = trial_routine.wait_for_keys_or_time_limit(
components=[A_picture, B_picture],
valid_keys=choice_keys,
time_seconds=choice_time_limit,
label='choice')
data = data.append(
{
if schedule == 'ConcVI15FI15':
T2 = CountdownTimer(interval)
#fixed interval
elif schedule == 'ConcFI15VI15':
T2 = CountdownTimer(exponential(interval))
#finishes script if 'escape' pressed
if 'escape' in resp_key:
break
#record data
tempArray = [global_time.getTime(), R1, R2, Rf1, Rf2, phase, schedule]
data.append(tempArray)
#drawer
text.text, text.pos = score, (0, 0)
text.draw() #displays earned points
if global_time.getTime() < 25.0:
text.text = u'Кликайте внутри красных прямоугольников, чтобы заработать очки'
text.pos = (0, +0.5)
text.draw()
win.flip()
final = CountdownTimer(25)
while final.getTime() > 0:
text.text = u'Ваш результат - %i. Благодарим за участие в эксперименте. Окно закроется автоматически через %i сек.' % (
score, round(final.getTime(), 0))
text.pos = (0, 0)
text.draw()
value_current = 1500
value_upper = 3000
value_lower = 0
#create the dataframe
data = pd.DataFrame([])
#draw the stimuli
trial_routine = Routine(window=mywin,
frames_per_second=frames_per_second,
escape_key=escape_key)
for t in range(n_trials):
# put here things that change at the beginning of every trial
value_current = int(np.round(np.mean([value_upper, value_lower])))
safe_gamble.text = "100% chance of CHF {}".format(value_current)
# first event
trial_routine.wait_for_time_limit(components=[],
time_seconds=fixation_duration,
label='fixation_cross')
# second event
key, rt = trial_routine.wait_for_keys(
components=[safe_gamble, risky_gamble],
valid_keys=choice_keys,
label='gamble_choice')
data = data.append(
{
'rt': rt,
'choice': key,
