DETERMINATION OF SIGHTLINE-BASED CORRECTIVE MEASURES OF EYEWEAR

Abstract

An eye exam can be performed using an electronic device in a virtual environment to determine corrective measures of an eyewear based on sightlines. The electronic device can execute a visual assessment application and display a user interface to create a 3D virtual environment. The electronic device can identify a plurality of horizontal lines of sight. For each horizontal line of sight, the electronic device can render a respective visual stimulus on the respective horizontal line of sight, obtain a user response to the respective visual stimulus, and dynamically adjust stimulus parameters of the respective visual stimulus based on the user response. Based on the stimulus parameters associated with each horizontal line of sight, an eyewear prescription of an eyewear can be determined for a user associated with the electronic device. The eyewear prescription can include prescription parameters corresponding to the plurality of horizontal lines of sight.

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