Naked-eye 3d display adjustment method and electronic device

An electronic device, comprising:

• a naked-eye 3D display, wherein the naked-eye 3D display includes a directional backlight array, and the directional backlight array is configured for naked-eye 3D display;
• and
• at least one processor configured to:
• in response to receiving an adjustment operation for a naked-eye 3D display window, perform semantic analysis on a naked-eye 3D image to determine an in-depth semantic analysis result;
• based on the adjustment operation, determine target position information of the naked-eye 3D display window;
• based on the in-depth semantic analysis result and the target position information, adjust directional backlight array control information and the naked-eye 3D image, wherein the directional backlight array control information is used to implement naked-eye 3D display of the naked-eye 3D image;
• and
• based on the adjusted directional backlight array control information, display the adjusted naked-eye 3D image.

A computer-readable storage medium storing program codes that, when executed by one or more processors, cause the one or more processors to:

• in response to receiving an adjustment operation for a naked-eye 3D display window, perform semantic analysis on a naked-eye 3D image to determine an in-depth semantic analysis result;
• based on the adjustment operation, determine target position information of the naked-eye 3D display window;
• based on the in-depth semantic analysis result and the target position information, adjust directional backlight array control information and the naked-eye 3D image, wherein the directional backlight array control information is used to implement naked-eye 3D display of the naked-eye 3D image;
• and
• based on the adjusted directional backlight array control information, display the adjusted naked-eye 3D image.