Information processing method and device in virtual reality scene and computer equipment

Abstract

The invention relates to an information processing method and device in a virtual reality scene, a virtual character, computer equipment and a computer readable storage medium, and the method comprises the steps: setting a visual shielding band at the outer side of the head of the character in the virtual reality scene, wherein the visual shielding band is used for displaying a dyeing state when the visual shielding band is overlapped with any obstacle in the virtual reality scene, the initial state of the visual shielding band is an invisible transparent state, and when the visual shielding belt detects that the visual shielding belt is overlapped with any obstacle, the overlapped part of the visual shielding belt is in a dyeing state; and updating the display state of the changed overlapping part when the visual shielding band detects that the overlapping part with any obstacle changes, so as to enable the overlapping part in the visual shielding band to be in a dyed state and the non-overlapping part to be in an invisible transparent state. According to the method, the character and object overlapping phenomenon in the virtual scene can be avoided, and the experience quality ofthe virtual scene is improved.

Description

Technical field[0001]The present invention relates to the field of virtual reality technology, in particular to an information processing method, device, virtual character, computer equipment and computer-readable storage medium in a virtual reality scene.Background technique[0002]In most virtual reality application examples, the problem of the experiencer’s body passing through space objects cannot be handled well. This is because: for the virtual reality experience using position tracking technology, the head of the virtual character in the scene follows The player’s corresponding body parts move in the real space, and there are objects in the virtual space that do not exist in the real space; the current hardware composition of most virtual reality systems does not contain physical structures or forces that can restrict the player’s body movement posture Feedback mechanism; in fact, most virtual reality systems leave a flat space where the experiencer wears a head-mounted display...

AI Technical Summary

Problems solved by technology

[0002] In most virtual reality application instances, the problem of the experiencer's body passing through space objects cannot be handled well. This is because: for the virtual reality experience using position tracking technology, the head of the virtual character in the scene follows the The corresponding body parts of the player move in the real space, while there are objects in the virtual space that do not exist in the real space; the hardware components of most virtual reality systems do not include physical structures or forces that can limit the player's body movement posture. Feedback mechanism; in fact, most virtual reality systems leave a flat space in which the experiencer wears a head-mounted display and a position-tracking handle to experience the virtual reality world; this means that it is impossible to physically limit the player way of exercise

[0003] The above two factors determine that the body position of the character in the virtual reality scene (determined by the position of the head-mounted display) is easy to penetrate and overlap with the virtual object, and at this time the experiencer will see strange or distorted screen, so that it is impossible to judge the state you are in, resulting in the interruption of the experience, or the obvious decline in the quality of the experience

Images