A method for generating a special effect for social networking interaction in a virtual environment of a game is performed by an electronic device. The method includes: displaying an object presentation interface of a target battle of the game when loading a virtual scene corresponding to the target battle, the object presentation interface being used for displaying a plurality of virtual objects participating in the target battle; receiving a special effect generating instruction for a first virtual object of the plurality of virtual objects, the special effect generating instruction being used for instructing to generate a special effect based on the first virtual object, and the first virtual object corresponding to a user of the electronic device triggering the special effect; and generating the special effect identifying the first virtual object in the object presentation interface.

An information display method includes: displaying, on the electronic device of a user account, a first display region and a second display region of a target battle; receiving information associated with a selection of a target virtual object; and in accordance with a determination that the target virtual object matches at least one second-type virtual object, displaying first prompt information associated with the target virtual object in the first display region, and displaying second prompt information associated with the target virtual object in the second display region.

A computer device has a user interface which presents a gameboard to a user and detects user input when a user engages with a user selectable game element of the game board. A processor receives a detected user input and detects a qualifying match game condition. The matched elements are removed and new user selectable game elements are provided to replenish the gameboard. The present disclosure provides an activation mode to selectively activate a segment of the gameboard, the segment comprising a subset of gameboard tiles. On detection of a qualifying match game condition, if any of the tiles supporting the user selectable game elements of the match belong to the activated segment, a booster game element is generated.

A computer device has a user interface which presents a gameboard to a user and detects user input when a user engages with a user selectable game element of the game board. A processor receives a detected user input and detects a qualifying match game condition. The matched elements are removed and new user selectable game elements are provided to replenish the gameboard. The present disclosure provides an activation mode to selectively activate a segment of the gameboard, the segment comprising a subset of gameboard tiles. On detection of a qualifying match game condition, if any of the tiles supporting the user selectable game elements of the match belong to the activated segment, a booster game element is generated.

An electronic device displays a first selection screen and displays adjustment controls corresponding to information display positions of at least one second user. The electronic device receives a trigger operation on a first adjustment control. In accordance with the receiving, and responsive to a determination that the first adjustment control is in a first display status, the electronic device displays the first adjustment control in a second display status. In response to a determination that the trigger operation on the first adjustment control is accepted by a first target user, the electronic device displays a second selection screen that includes an exchange in the information display position of the first user and the information display position of the first target user. The disclosed implementations improve user interaction efficiency during virtual character selection in gaming applications.

The present disclosure discloses a chess self-learning method and device based on machine learning, a move selection output layer and a value evaluation output layer of the method share the same input layer and hidden layer of a neural network, and a Monte Carlo tree search tree is used to construct a strategy optimizer. The training process of the method is divided into two parts, namely data generation and neural network training, so that an error between a value scalar outputted by a neural network and a final result of self-play is as small as possible, and a move vector outputted by the neural network is as close as possible to a decision vector given by a Monte Carlo tree for each search step. The present disclosure aims to construct an Al chess player for people to play chess.

The present disclosure discloses a chess self-learning method and device based on machine learning, a move selection output layer and a value evaluation output layer of the method share the same input layer and hidden layer of a neural network, and a Monte Carlo tree search tree is used to construct a strategy optimizer. The training process of the method is divided into two parts, namely data generation and neural network training, so that an error between a value scalar outputted by a neural network and a final result of self-play is as small as possible, and a move vector outputted by the neural network is as close as possible to a decision vector given by a Monte Carlo tree for each search step. The present disclosure aims to construct an Al chess player for people to play chess.

A method for allocating virtual reward resources performed by an electronic device are provided. The method includes: obtaining behavior information of each virtual character in a target camp during a teamfight of a game, the target camp including at least one virtual character, the behavior information being a behavior applied by each virtual character in the target camp to a virtual object, and the virtual object being a virtual character in at least one of the target camp or an enemy camp; determining, according to the behavior information, contribution information achieved by each virtual character in the target camp during the teamfight; determining, according to the contribution information, a target virtual character and a target virtual reward resource corresponding to the target virtual character from at least one virtual character included in the target camp; and updating attribute information of the target virtual character according to the target virtual reward resource.

An electronic device includes a display, a timer and computing hardware configured to execute a software product. Execution of the software product results in generating and rendering a graphical user interface on the display with four or more user-selectable graphical objects. Selection of a first user-selectable graphical object at a first spatial position on the graphical user interface and a movement of the selected first user-selectable graphical object along a path towards a second user-selectable graphical object at a second spatial position is detected and a position of the first user-selectable graphical object is exchanged with the position of the second user-selectable graphical object. If, during a predetermined time period, a selection of a third user-selectable graphical object and a movement of the third user-selectable graphical object towards a fourth user-selectable graphical object is detected, the positions of the third and fourth objects is exchanged.

An electronic device includes a display, a timer and computing hardware configured to execute a software product. Execution of the software product results in generating and rendering a graphical user interface on the display with four or more user-selectable graphical objects. Selection of a first user-selectable graphical object at a first spatial position on the graphical user interface and a movement of the selected first user-selectable graphical object along a path towards a second user-selectable graphical object at a second spatial position is detected and a position of the first user-selectable graphical object is exchanged with the position of the second user-selectable graphical object. If, during a predetermined time period, a selection of a third user-selectable graphical object and a movement of the third user-selectable graphical object towards a fourth user-selectable graphical object is detected, the positions of the third and fourth objects is exchanged.