Abstract: The present disclosure relates to a game interactive control method and apparatus, a storage medium and an electronic device, and relates to the technical field of computers. According to the method, by determining the game intention of the agent according to the game state information, and inputting the game state information, the game communication information and the game intention into the communication prediction model, the target communication content corresponding to the agent is obtained, and then the target communication content is outputted, so that the player character determines a game action to be executed by the agent based on the target communication content. This can not only improve the gaming activity when the real player is battling against the agent, but also enable the real player to know the game intention of the agent so as to cooperate with the agent and improve the gaming quality.

Abstract: Related to are a method and apparatus for game role interaction control, a storage medium, and an electronic device. In the method, a target communication period of an intelligent agent may be dynamically adjusted by the current signal communication information triggered by a game match and the current game state information of the game match, to adjust the frequency of the intelligent agent for sending communication messages in the game match. Therefore, in the case of active communication of real players, the intelligent agent can be prevented from frequently sending communication messages, resulting in a conflict with the communication messages of the real players, and the interference of excessive communication messages on the real players can also be prevented. Moreover, in the case of no communication of the real players, the communication willingness of the real players can be motivated, thereby ensuring a good battle atmosphere for the game match.

Abstract: A method, apparatus, electronic device and storage medium for combat control are provided. The method comprising: determining, according to current game status data and communication information of the target object, a communicated strategic intention of a target object, wherein the communicated strategic intention characterizes a combat target expressed by the communication information; determining, according to the game status data, an initial strategic intention of a virtual object in response to the game state data; determining, according to the initial strategic intention and the communicated strategic intention, the target strategic intention of the virtual object; determining a response action of the virtual object based on the target strategic intention, and controlling the virtual object to perform the response action.

Abstract: The present disclosure relates to the technical field of computers, and in particular to a game character control method and apparatus, a storage medium and an electronic device. In the method, game state information of a game match is adjusted according to game alignments to which an intelligent agent and a player character belong, so as to obtain target state information, a target game intention of the intelligent agent is determined according to the target state information, then a target operation of the intelligent agent in the game match is determined according to the target state information and the target game intention, and the target operation executed by the intelligent agent may be adjusted according to different game situations, so that the intelligent agent can flexibly adjust game actions to provide different playing methods in a human-computer battle.

Abstract: Provided are a preparation method of a piezoelectric composite material, and the application thereof. The preparation method includes: step 1, designing a curved-surface 3D printed mesh mold and forming the curved-surface 3D printed mesh mold by printing; step 2, cutting a blocky piezoelectric phase into a plurality of small piezoelectric columns; step 3, inserting the small piezoelectric columns into empty cells of the 3D printed mold; step 4, filling gaps between the piezoelectric columns and the 3D printed mold with a non-piezoelectric phase such as an epoxy resin, and curing and forming the non-piezoelectric phase; and step 5, grinding, polishing, and ultrasonically cleaning a prepared sample, and then performing an electrode coating operation on the sample to obtain a curved-surface piezoelectric composite material.

Abstract: A flash device endurance test method is provided. A flash device to be tested, which has a plurality of memory cells, includes multiple ports with the same and different test conditions. The method includes connecting the ports of the same test condition to the same pulse generation unit, and connecting the ports of different test conditions to different pulse generation units; generating by all of the pulse generation units, synchronous pulse voltage signals of N cycles, wherein one time of erasing-writing of the flash device is considered to be one of the cycles; and testing threshold voltages of erasing and writing states in each cycle.

Abstract: The present disclosure provides a flash device endurance test method, providing a flash device to be tested, which comprising a plurality of memory cells, the plurality of memory cells comprising multiple ports; connecting the ports of the same test condition to the same pulse generation unit, and connecting the ports of different test conditions to a pulse generation unit, respectively; generating by all the pulse generation units, synchronous pulse voltage signals of N cycles, respectively, wherein one time of erasing-writing of the flash device is considered to be one of the cycles; and testing threshold voltages of erasing and writing states in each cycle.

Abstract: A stopper for a beverage container is described. The stopper includes a stopper main body that is attached to an upper opening of a beverage container main body and includes a liquid through hole on the inside thereof; and a lid that is axially supported by a hinge shaft that is provided at an end of the stopper main body, and which opens and closes the liquid through hole in a rotational manner; the hinge shaft connects a hinge portion of the stopper main body, and right and left hinge portions of the lid; a storage portion is provided on at least one of the right and left hinge portions of the lid, and the hinge portion of the stopper main body; at least one end of the storage portion in the axis direction of the hinge shaft forms an opening; and a torsion spring is stored in the storage portion, and a cover member covers the opening of the storage portion.

Abstract: A stopper for a beverage container is described. The stopper includes a stopper main body that is attached to an upper opening of a beverage container main body and includes a liquid through hole on the inside thereof; and a lid that is axially supported by a hinge shaft that is provided at an end of the stopper main body, and which opens and closes the liquid through hole in a rotational manner; the hinge shaft connects a hinge portion of the stopper main body, and right and left hinge portions of the lid; a storage portion is provided on at least one of the right and left hinge portions of the lid, and the hinge portion of the stopper main body; at least one end of the storage portion in the axis direction of the hinge shaft forms an opening; and a torsion spring is stored in the storage portion, and a cover member covers the opening of the storage portion.