(other projection modes are not implemented or supported right now):įrom psychopy import visual, core, event # Create a visual window win = visual.

Set eyeOffset and apply the projection by calling setPerspectiveView. For 3D rendering with perspective, you need quit ()Īs you can see above, there are few changes needed to convert an existing 2DĮxperiment to run on the VSHD. setBuffer ( eye ) # change the buffer grating1. getTime () for eye in ( 'left', 'right' ): win. GratingStim ( win, mask = 'circle', color = 'white', contrast = 0.5, size = ( 1.0, 1.0 ), sf = ( 4, 0 ), ori = 45, autoLog = False ) grating2 = visual. VisualSystemHD ( fullscr = True, screen = 1 ) # Initialize some stimuli, note contrast, opacity, ori grating1 = visual. Is the binocular version of the dynamic ‘plaid.py’ demo:įrom psychopy import visual, core, event # Create a visual window win = visual. Here is a basic example of 2D rendering using the VisualSystemHD(tm). Window using multiSample=True and numSamples > 1 to smooth out these This class handles drawing differently than the default window class, asĪ result, stimuli autoDraw is not supported.Įdges of the warped image may appear jagged. Rendering is implemented in the base Window class. Which eye to draw to by calling setBuffer, much like how stereoscopic

The VSHD is capable of both 2D and stereoscopic 3D rendering. Ensure that the VSHD headset display output is configured inĮxtended desktop mode (eg.

Use this class in-place of the Window class for use with the VSHD VisualSystemHD ( monoscopic = False, diopters = - 1, - 1, lensCorrection = True, distCoef = None, directDraw = False, model = 'vshd', * args, ** kwargs ) ¶Ĭlass provides support for NordicNeuralLab’s VisualSystemHD(tm) fMRI

Mouse status iohub psychopy