Maybe some features should be added like “Pagination” or Scroll-Logic but maybe this code-snippet gives a good starting point for more complex Dropdown-Components.ĭemo: dropdownOfflineOnline (PsychoPy-Builder v2022.1. fit your values.įor now it’s a basic solution for choosing between a few items. If you have more or longer items you have to change the Generation-functions to e.g.
#Psychopy demos code#
File an issue if there is any code related error.įor now just change the following part in the Code-Component and use the text-value of the baseItem after the routine as you like (currently it is just added to the data-output). If someone likes to add documentation/more parameters for the Dropdown-Generation, please make a PR in Gitlab.
#Psychopy demos Offline#
Especially, all code is written with Auto-JS-Conversion allowing us to use it Offline and Online. Yesterday, I had time to write up a small minimal example that has only a single code component and a mouse-Component (non-routine-ending) to make it work. I was trying to make a simple dropdown selection menu in the past. # Initialize Window win = visual.Window(size=, fullscr= False, screen= 0, allowGUI= False,ĪllowStencil= False, monitor= 'testMonitor', color= 'black',Ĭlock = core.StaticPeriod(screenHz=frameRate)Įxperiment_clock = core.Just sharing another little sub-project, I am currently using in my experiments.
Size= 0.4, sf= 3.0, texRes= 512, autoLog= False)ĬontextPatchR = visual.GratingStim(winR, tex= 'sin', mask= 'circle',ĭummy_bar_schedule_t = ,ĭummy_bar_schedule_p =, , TargetStimL = visual.GratingStim(winL, ori= 20, tex= 'sin', mask= 'circle',
#Psychopy demos windows#
if the windows have the same characteristics then # left screenĬontextPatchL = visual.GratingStim(winL, tex= 'sin', mask= 'circle', WinR = visual.Window(size=, pos=, screen= 1,ĪllowGUI= False, fullscr= False) # same place diff screen # create some stimuli # NB. WinR = visual.Window(size=, pos=, screen= 0,ĪllowGUI= False) #, fullscr=True) # same screen diff place else: use the Builder to compile a script and see how it works (you can actually compile to Python or Javascript to learn a bit of both). The Runner does not output an error, however, within the builder in. Its output is text that says ‘Some houses’ and ‘Some faces’ rather than display the pictures of houses and faces as it is designed to. One of these paradigms is known as Go/No-go paradigms (see also Go/No-go on wikipedia ). In some paradigms people’s capacity not to respond is tested. WinL = visual.Window(size=, pos=, screen= 0, I need a blocking design for my experiment and am trying to use the demo imagesblocks as the basis for it. Introduction In many experiment paradigms, people’s response speed and accuracy is measured. Using multiple screens and windows with PsychoPyįrom numpy import sin, pi # numeric python if True: # use two positions on one screen The demo experiments were created using PsychoPy 1.85.2 we recommend this version for Windows users. Text= 'Simple Imagined Movement Experiment\n\nDuring the trails imagine yourself vigerously shaking the indicated body part (left hand, right hand, left foot or right foot).\n\nPress to continue.', font= 'Arial',Ĭolor= 'white', colorSpace= 'rgb', opacity= 1, Text_3 = visual.TextStim(win=win, ori= 0, name= 'text_3', # store frame rate of monitor if we can measure it successfullyĮxpInfo=win.getActualFrameRate()įrameDur = 1.0/ round(expInfo)įrameDur = 1.0/ 60.0 # couldn't get a reliable measure so guess # Initialize components for Routine "Instructions" newRating Builder demo has been fixed (forceEndRoutine shouldnt have been happening) - timeByFrames now renders the graph into the PsychoPy window (was. Monitor= 'testMonitor', color=, colorSpace= 'rgb', (logging.WARNING) # this outputs to the screen, not a fileĮndExpNow = False # flag for 'escape' or other condition => quit the exp # Start Code - component code to be run before the window creation # Setup the Window win = visual.Window(size=, fullscr= False, screen= 0, allowGUI= True, allowStencil= False, This can be done through selecting Demos > unpack demos within your application. LogFile = logging.LogFile(filename+ '.log', level=logging.EXP) If it is your first time opening PsychoPy, we highly recommend taking a look at the large number of inbuilt demos that come with PsychoPy. OriginPath= 'C:\\Users\\srw-install\\Desktop\\buffer_bci\\python\\imaginedMovement_psychoPy\\simple_imagined_movement.psyexp', ThisExp = data.ExperimentHandler(name=expName, version= '',
#Psychopy demos free#
# An ExperimentHandler isn't essential but helps with data saving PsychoPy is a free cross-platform package allowing you to run a wide range of experiments in the behavioral sciences (neuroscience, psychology, psychophysics, linguistics.) This is a community project.
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