Tobii Ocumen

Tobii Ocumen is a premium eye tracking solution that delivers a series of signals, tools and developer components that extend the usefulness of eye tracking for advanced applications. The Advanced API gives access to new signals and streams. The filter pipeline allows processing and filtering of data for easy analysis. The configuration tools enable setting up a custom calibration, and Tobii Ocumen Studio (currently in preview) lets developers and data scientists analyze data objectively.

To get started, go to our Tobii Ocumen Developer page.

Table of Contents


Supported Devices

The following devices are currently supported by Tobii Ocumen:


Contents

Tobii Ocumen provides you with the following collection of developer tools.

Advanced API Signals

Tobii Ocumen provides you with advanced eye tracking signals and data for scientific-grade analysis and applications. In-depth analysis enables new use cases, particularly in health-related applications and advanced research in academia or industry.

The following advanced eye tracking signals and data are included:

  • Left and Right Gaze Rays
    In addition to the combined direction signal, you get access to each eye’s separate direction and origin. An example use case of this is detecting and treating strabismus or lazy eye.

  • Pupil Diameter
    The user’s pupil size, which changes according to light intensity, emotion, and other factors. This could for example be used in conjunction with other biometrics to measure a person’s emotional response to a stimulus. Most eye trackers cannot compensate for the magnification caused by a pair of eye glasses, so consider monitoring the relative changes of pupil diameter rather than absolute values.

  • Position Guide
    This signal tells you if the headset is in a good position relative to the user’s eyes, which is useful to guide users to adjust their headset into the optimal position for rendering and eye comfort. This can also be used to detect if users adjust the headset during a recording or session.

  • System and Device Timestamps
    The device timestamp is used to synchronize the eye tracker clock with the host system clock in order to correlate eye tracking data with events happening on the host system. On the Pico Neo 2 Eye, system timestamps have been synchronized to the host system clock and can be used directly.

  • Metadata
    Metadata about the connected eye tracker, containing information about the model, serial number, runtime version and output frequency. Useful for debugging purposes or when describing the eye tracking hardware in a study design.

See Advanced API for full details.

Filters

Tobii Ocumen provides you with access to pre-made eye movement filters for classifying eye behaviors such as fixations and saccades among others, as well as the ability to customize them. The eye movement classifiers and processors (which are listed in the Filter Documentation) are applied via a flexible filter pipeline.

See Filter Pipeline Getting Started and Filter Documentation for more information.


Ocumen Studio

Ocumen Studio is an application where you can analyze both eye tracking and scene data. Any filter pipeline can be applied to the recordings prior to analyzing them in Ocumen Studio.

Ocumen Studio is currently in preview and is shipped with a couple of pre-made recordings for you to try out. Support for making your own recording is not yet added. If this feature interest you please let us know.

See Ocumen Studio Getting Started for more information.


Configuration

The configuration package allows you to add a calibration and position guide into your application, and customize them to suit your needs.

  • Customizable Calibration
    The calibration can be embedded in your application, meaning users will not need to open a different app to calibrate. The calibration can also be customized with different animations, calibration point sequences and lengths, colors and more.
  • Position Guide
    Before collecting eye data, the position guide will help the user adjust the position of their headset and tighten the straps in order to make the eyes align with the optical axis to increase eye tracking accuracy. This has the added benefit of improving visual quality since it positions users’ eyes in the optimal position for the lenses, sometimes referred to as the ‘sweet spot’.

See the Configuration Getting Started for more info.


Next Steps

To get started with Tobii Ocumen, please visit our Tobii Ocumen developer section.

You can also check out the Signals & Filters Example, a showcase that visualizes some of the signals and filters in Tobii Ocumen.

Licensing

Tobii Ocumen requires a valid license agreement and an up-to-date license key to use. Please contact us via our contact form and choose ‘Commercial Inquiry’ for businesses or ‘Research License’ for academic and non-commercial research.

Contact

For inquiries about Tobii Ocumen, please contact us via our contact form.