Ar device and method for preventing glare in ar service image

A method of preventing, by an electronic device, glare for each object of an augmented reality (AR) service image, the method comprising:

• acquiring a captured image from a camera;
• identifying a total quantity of light in an external environment through an illuminance sensor;
• recognizing objects included in the captured image;
• determining a quantity of light for each of the recognized objects based on the total quantity of light in the captured image and color information of the captured image acquired through the camera;
• recognizing a target object corresponding to a user gaze direction among objects included in the captured image;
• outputting, through a transparent member and a display, a first augmented reality (AR) service image that includes at least one virtual object of which at least a portion overlaps the captured image in association with the recognized target object;
• and
• displaying a second AR service image having a reduced transmittance in at least a partial area of a corresponding transparent member when viewing a first object at locations of both eyes of the user, when a first object recognized as being in a glare state, exceeding a reference value, is present among objects located at a preset distance from the target object and/or the virtual object by comparing the quantity of light of the target object, the virtual object, and the objects recognized in the image.

One or more non-transitory computer-readable storage media storing one or more computer programs including computer-executable instructions that, when executed by one or more processors of an electronic device individually or collectively, cause the electronic device to perform operations, the operations comprising:

• acquiring a captured image from a camera of an electronic device;
• identifying a total quantity of light in an external environment through an illuminance sensor;
• recognizing objects included in the captured image;
• determining a quantity of light for each of the recognized objects based on the total quantity of light in the captured image and color information of the captured image acquired through the camera;
• recognizing a target object corresponding to a user gaze direction among objects included in the captured image;
• outputting, through a transparent member and a display, a first AR service image that includes at least one virtual object of which at least a portion overlaps the captured image in association with the recognized target object;
• and
• displaying a second AR service image having a reduced transmittance in at least a partial area of a corresponding transparent member when viewing a first object at locations of both eyes of the user, when a first object recognized as being in a glare state, exceeding a reference value, is present among objects located at a preset distance from the target object and/or the virtual object by comparing the quantity of light of the target object, the virtual object, and the objects recognized in the image.