import random#setup samplersound = pool['mouseclick.wav']click_sound = sampler(sound, duration=0, volume=1)

#setup sampler sound = pool['mouseclick.wav'] click_sound = sampler(sound, duration=0, volume=1) #40 nonwords loop population = list(range(40)) #select 5 random positions click_indic

You are exactly right. Understand the logic of prepare/run phases and you understand how [correct] works (a little teaser: it works exactly as I think you think it works). Have you checked this part…

* https://osdoc.cogsci.nl/3.2//tutorials/capybara/#step-9-define-the-response

for ii in range(5): #set all others white lst[j][ii].penwidth = 1 lst[j][ii].color = 'white' #mark the selected o

This link can help us: https://osdoc.cogsci.nl/3.2/tutorials/advanced/#step-9-create-rsvp-stream-prepare-phase

the answer_canvasCR_ans_canvas.show()##set the total amount of responses (trials) to 5 self.experiment.total_responses = 5##if the response was correct, increase the amount of correct responses by on

Hi,

You should check the beginner's tutorial: http://osdoc.cogsci.nl/3.2/tutorials/beginner/#step-10-draw-the-feedback-item

for iii in range(60): #practice is 60 times var.Counter = iii+1 #make a break every 10 trials if iii!=0 and iii%10==0: Break1.text(str(iii)+'/60', y=-350) Break1.show() #### TH

RespKeys = keyboard(keylist = ['x','m']) # your responses on the keyboardvar.low=50 #starting valuevar.high=100 #starting valuefor i in [2,4,8,16,32]: Stim=canvas() Stim.text('Please select x fo

Image = canvas()Image['startRect'] = Rect(x=0, y=242, w=159, h=159, color='blue', penwidth=10)def TRIALhalf1(): #1st part of a trial shuffle (delay) start = [995,995,995,995,500] #delay[1] inste

var.kin=True for ii in range(9): #set all others white kin_list[ii].penwidth = 1 kin_list[ii].color = 'white' #mark the selected one

keyboard().flush()# set start timestart_time=self.time()end_time=self.time()# Play the video file until a specified key is pressedwhile responseKey=='None': #set the frame rate to 50fps and wait if

pattern1 = canvas() #etc.#create a list of your stimulinew_list = (pattern1, pattern2)for i in range(10): new_list[i%2].present() #selects the first or the second

#Session numbersession=canvas()path = pool['session_nr.tif']session.image(path)session.show()nb=keyboard(keylist=[1,2,3,4,5,6])key, time=nb.get_key()var.session_nr=keysessionRP=canvas()path = pool['se

#screen_pic = stimuli.BlankScreen() #pic.plot(screen_pic) #screen_pic.preload() #screen_pic_prime = stimuli.BlankScreen() #pic.plot(screen_pic_prime) #stimuli.TextLine(text=str(prime),

#screen_pic = stimuli.BlankScreen() #pic.plot(screen_pic) #screen_pic.preload() #screen_pic_prime = stimuli.BlankScreen() #pic.plot(screen_pic_prime) #stimuli.TextLine(text=str(pri

  #save variables here

http://osdoc.cogsci.nl/3.2/manual/eyetracking/pygaze/#supported-eye-trackers