TODO.md

notes

• draw roi using code (mdl-roi)
• show fixation cross for drift correction
• have path of stimulus presented on Host pc (ie IMGLOAD)
• set up gaze contigent, drift correct, and eyetracking.roi (i.e. IAREA RECTANGLE)

steps

• between blocks, do drift correct
• when start recording started
  • do gaze contigent (if gc=True)
    • if fail gaze contigent (2 seconds, no fixation)
      • start drift correct

OPTIONAL-- set an Interest Area for data viewer integraiton

a full list of Data Viewer integration messages and their syntax can be found in the Data Viewer Manual

(Help menu -> Contents -> Protocol for EyeLink Data To Viewer Integraiton).

tk.sendMessage("!V IAREA RECTANGLE 1 %d %d %d %d target" % (scnWidth/2-w/2, scnHeight/2-h/2, scnWidth/2+w/2, scnHeight/2+h/2))

OPTIONAL-- draw the text on the Host screen and show the bounding box

tk.sendCommand('clear_screen 0') # clear the host Display first tk.sendCommand('draw_box %d %d %d %d 6' % (scnWidth/2-w/2, scnHeight/2-h/2, scnWidth/2+w/2, scnHeight/2+h/2))

This message specifies the image to be used as the background for the Spatial Overlay

View of a trial within the viewer.

[see Data Viewer User Manual, Section 7: Protocol for EyeLink Data to Viewer Integration]

!V IMGLOAD CENTER fixations.gif 200 200

path_ = '..' + os.sep + pic tk.sendMessage('!V IMGLOAD FILL %s %d %d' % (path_, width, height))

!V IMGLOAD CENTER fixations.gif 200 200