Image display method and apparatus

An electronic device comprising:

• a memory storing program instructions;
• and
• a processor configured to execute the program instructions to:
• obtain an input operation by a first user on a virtual interactive object displayed on a first display surface of a transparent holographic display screen, the first user being located at a first display surface side of the transparent holographic display screen;
• determine, in conjunction with the input operation, a movement trajectory of the virtual interactive object, a first appearance state feature of the virtual interactive object relative to an eye position of the first user, and a second appearance state feature of the virtual interactive object relative to an eye position of a second user, after a current moment, the second user being located at a second display surface side of the transparent holographic display screen, the movement trajectory being determined through combining a current movement speed and a current movement direction of the virtual interactive object, and a magnitude and a direction of a force of the input operation on the virtual interactive object, wherein a size change feature corresponding to an apparent size of the virtual interactive object is determined as the virtual interactive object moves along the movement trajectory based on a preconfigured correspondence relationship defining correspondences between a plurality of different apparent sizes of the virtual interactive object and a plurality of different distances of the virtual interactive object relative to a user's eyes, and the determining the size change feature comprises querying the preconfigured correspondence relationship using a distance between the virtual interactive object and the user's eyes;
• display the virtual interactive object having the movement trajectory and the first appearance state feature on the first display surface of the transparent holographic display screen;
• and
• display the virtual interactive object having the movement trajectory and the second appearance state feature on a second display surface of the transparent holographic display screen.