VR scene automatic explanation method and system, and storage medium

Abstract

The invention relates to a VR scene automatic explanation method and system, and a storage medium. The method comprises the steps: obtaining the three-dimensional data of a target object in a to-be-explained VR scene and a corresponding category, and obtaining a scene content recognition module through training according to the target features of the three-dimensional data; obtaining a VR picturewatched by a user in real time, inputting the VR picture into the scene content identification module, judging whether the target object exists in the VR picture or not, if so, playing explanation content corresponding to the target object to the user according to the category of the target object, otherwise, continuing to obtain the VR picture being watched by the user in real time, inputting theVR picture into the scene content recognition module, and judging whether the target object exists in the VR picture or not. According to the invention, no requirement is required for manufacturing of an original VR scene, and VR picture extraction is carried out on the premise of not changing an original VR application. Scene classification is realized by means of feature recognition or machinelearning and the like.

Description

technical field [0001] The invention relates to the fields of virtual reality VR and artificial intelligence, and uses artificial intelligence to identify VR scene content, thereby providing personalized services, and particularly relates to a VR scene automatic interpretation method, system and storage medium. Background technique [0002] Self-service commentary systems are not uncommon in the market, and are widely used in large scenic spots or exhibition halls. This type of system usually obtains the coordinates of users through GPS positioning modules or radio frequency identification technology, and then plays pre-recorded voice content, such as patent 01274768.8 Disclosed is an electronic tour guide device, which realizes position positioning through radio or infrared coding. Patent 200310110653.7 uses GPS positioning technology to locate tourists, and then plays corresponding voice data. Most of these self-help commentary systems are based on the real natural world....

AI Technical Summary

Problems solved by technology

[0004] For example, for an existing VR scene of a model room in the field of home decoration, the traditional solution is that when customers experience the VR scene, the staff will give targeted explanations to the customer according to the screen information mapped on the screen. If 100 people are received a day, The staff need to explain 100 times, which greatly increases the communication cost. Another alternative is that the staff choose to record the explanation content in advance, and then control the playback of the corresponding recording when the user experiences VR. Considering that customers may not It will not be experienced in the order set, so it is difficult to control the order of voice playback

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