Abstract: This application disclose a feature extraction method performed by a computer device. The method includes: shooting a cone-shaped group of viewing-frustum rays from a target character object for a hit object in a three-dimensional scene picture; determining object attribute information of the hit object based on an interaction between the viewing-frustum rays and the hit object; performing vector conversion on the object attribute information of the hit object, to obtain a ray-feature vector; collecting, by using a location of the target character object as a collection center, a plurality of height-value matrices corresponding to different granularities; performing feature dimension reduction on the height-value matrix corresponding to each granularity, to obtain a height-map feature vector; and integrating the ray-feature vector and the height-map feature vector into a three-dimensional scene feature.

Abstract: A data processing method includes obtaining sample data of event execution of a game client, and performing preprocessing on the sample data to obtain a plurality of layers of data combinations. Each layer of the plurality of layers of data combinations corresponds to a target event object in a same target event, different layers correspond to different target event objects in the target event, and the target event objects are event objects on the game client to be executed concurrently. The method also includes performing processing on each layer of data combinations according to a preset processing algorithm, to obtain a processing result of each layer of data combinations, and performing consolidation processing on the processing result to obtain a target instruction. The target instruction is used for instructing the game client to concurrently execute the different target event objects corresponding to the different layers of data combinations.

Abstract: Embodiments of the present disclosure disclose a method and a device for predicting character behaviors of a non-player character in a game.

Abstract: Embodiments of the present disclosure disclose a method and a device for predicting character behaviors of a non-player character in a game.

Abstract: A data processing method includes obtaining sample data of event execution of a game client, and performing preprocessing on the sample data to obtain a plurality of layers of data combinations. Each layer of the plurality of layers of data combinations corresponds to a target event object in a same target event, different layers correspond to different target event objects in the target event, and the target event objects are event objects on the game client to be executed concurrently. The method also includes performing processing on each layer of data combinations according to a preset processing algorithm, to obtain a processing result of each layer of data combinations, and performing consolidation processing on the processing result to obtain a target instruction. The target instruction is used for instructing the game client to concurrently execute the different target event objects corresponding to the different layers of data combinations.

Abstract: A method for reducing data transmission pressure of a server and to save network bandwidth resources includes sending advance backup data corresponding to multimedia files to N types of user terminals, where N>1; receiving a data request that is sent by an (N+1)th type of user terminal and is used for requesting a multimedia file; and sending, to the (N+1)th type of user terminal, a link address, of advance backup data corresponding to the multimedia file, in the N types of user terminals, the link address being used for instructing the (N+1)th type of user terminal to acquire, from the N types of user terminals, data corresponding to the multimedia file.

Abstract: The present disclosure discloses a data transmission method, apparatus, and system, which belong to the technical field of communication applications. The method includes: sending advance backup data corresponding to multimedia files to N types of user terminals, where N?1; receiving a data request that is sent by an (N+1)th type of user terminal and is used for requesting a multimedia file; and sending, to the (N+1)th type of user terminal, a link address, of advance backup data corresponding to the multimedia file, in the N types of user terminals, the link address being used for instructing the (N+1)th type of user terminal to acquire, from the N types of user terminals, data corresponding to the multimedia file. The present disclosure reduces data transmission pressure of a server and saves network bandwidth resources.