You are viewing unmaintained documentation for an older version of OpenSesame. Click here to view the current documentation. Your version of OpenSesame: 3.1.X (current) 3.0.X (old) 2.9.X (old) 2.8.X (old) Language: All Français English Español

Sitemap Home About Getting OpenSesame Tutorials Usage Python inline code Forms Plug-ins and extensions Back-ends External devices Ambulatory Monitoring System (VU-AMS) Audio input Grip devices (U Plymouth) Joystick Eyelink EyeTribe Oculus rift (virtual reality) PyGaze (eye tracking) Serial and parallel port SMI eye tracker SR Box StimSync Triggers for EEG/ ERP Miscellaneous Examples Standard tasks Publications Contribute Donate Forum Cogsci.nl BRM Paper EPOS workshop 2015

Supported by Supported by

OpenSesame 3.0.0 will bring amazing new features! Curious? Take it for a test spin, and help us iron out the kinks.

View on GitHub // Download as PDF

Ambulatory Monitoring System (VU-AMS)

The VU University Ambulatory Monitoring System (VU-AMS) is a device that can be used to measure a variety of factors related to heart rate, respiration, and body movement. The developers offer an OpenSesame template on their website.

For more information, see:

• http://www.vu-ams.nl (product website)
• http://www.vu-ams.nl/support/downloads/extras/ (OpenSesame template)

Home About Examples Standard tasks Publications Donate	Getting OpenSesame Download Running from source Runtime for Android Running with Python portable Running on a tablet/ mobile device Running on a Raspberry Pi Development snapshots	Tutorials Step-by-step tutorial (beginner) Attentional-blink tutorial (advanced) APS tutorial Cambridge tutorial 2014 Video tutorials Mouse-tracking tutorial Cats, dogs, and capybaras Amorçage catégorique Direction du regard Guía paso a paso	Usage Sequences and loops Variables and conditional ("if") statements Text Collecting responses Giving feedback to participants Sound playback and timing Running experiment without the GUI (opensesamerun) OpenSesame script syntax Logging and reading data files Video playback The prepare-run strategy Items	Python inline code About Python inline code Canvas functions Keyboard functions Mouse functions Sampler functions Synth functions Inline_script functions Experiment functions	Forms About forms Using the form plug-ins Creating custom forms Form variables Performance issues and troubleshooting Button functions Checkbox functions Image functions Image_button functions Label functions Rating_scale functions Text_input functions Form functions
Plug-ins and extensions About plug-ins and extensions Installing plug-ins and extensions Creating a plug-in Creating an extension	Back-ends About back-ends Xpyriment Psycho Legacy OpenGL Droid	External devices Ambulatory Monitoring System (VU-AMS) Audio input Grip devices (U Plymouth) Joystick Eyelink EyeTribe Oculus rift (virtual reality) PyGaze (eye tracking) Serial and parallel port SMI eye tracker SR Box StimSync Triggers for EEG/ ERP	Miscellaneous Timing Counterbalancing Git and versioning Visual angle Runners Teaching resources Release history	Contribute Translate Documentation Develop Source-code architecture