DITECT Eye Tracking System ViewTracker3

DITECT Eye Tracking System ViewTracker3

ViewTracker3 is a new eye tracking measurement system with a lightweight headphone and USB 3.0 interface.

Three small digital cameras were installed and data on field of view and binocular pupil movement were obtained. Gaze data will be measured in real-time.

The captured images can be transferred and saved to a Windows computer via a USB 3.0 cable.

A small pupil camera allows for eye tracking measurements for downward gaze, and the camera's posture and position can be flexible.

For users who wear glasses, these headphones can be worn under their own glasses and do not require corrective lenses.

DITECT Eye Tracking System ViewTracker3

Compact and lightweight, it can be worn under one's own glasses when used together.

A small wearable device with a helmet. Very lightweight, only about 40g. Well structured and suitable for users' faces.

Compact and lightweight. High performance high-speed sampling eye camera with high-speed sampling up to 200Hz. Sufficient data to ensure accuracy.

Compared to wireless systems, wired data transmission is more stable. The high-definition camera world camera is a 30Hz high-definition camera. (Full HD will be supported in the future) Automatic gain control allows for use in sunlight.

High functionality analysis features include heatmaps, gaze history, regional analysis, etc. It is a standard analysis project.

3D model measurement reduces errors caused by distance differences by estimating two eye models in 3D.

The location gaze history is displayed as a trajectory. The trajectory length is variable. The duration of the pause point is clearly displayed in the enlarged pointer, indicating the duration of the theme pause.

Including interchangeable lens magnifiers. The useful function of real-time measurement of gaze data is measured in real-time and written to a specific folder, so you can view it immediately after measurement.

The network function supports real-time access to data. Automatic calibration of landscape images at 1 frame per second is completed in a short period of time.

Just follow the pointer on the screen with your eyes. The language English/Japanese offset function can modify errors that may occur simply by clicking. During live video measurement, real-time video of gaze data is displayed on the screen.