Netease (hangzhou) Network Co., Ltd.

Ningbo University

Hangzhou Power Supply Company of State Grid Zhejiang Electric Power

Zhejiang Dayou Industrial Co., Ltd.

Hangzhou Science Technology Development Branch Company

Yan Li

Bin Li

Fei Xie

Zhangpeng Tang

Pengjun Wang

Zhengxian Zheng

Weiwei Chen

Jun Zhu

Chunlin He

Dong Zhang

Peijun Chen

Weifu Wang

Long Xiao

Yuefeng Wang

A method for controlling a game character, comprising following steps: in response to a sliding operation started from an initial position of the skill button, locking the virtual joystick for disabling control of the skill release direction of the game character; monitoring a track of the sliding operation, obtaining a current position P2 of a touch point of the sliding operation, and calculating a vector a; determining whether the vector a meets the condition of |a|>a preset threshold L; if yes, generating a first operating instruction to release a skill in the direction of the vector a; and unlocking the virtual joystick; if no, determining whether the sliding operation has been released; if yes, generating a second operating instruction to release the skill, wherein a release direction is a current orientation of the game character; and unlocking the virtual joystick. The method may effectively reduce a misoperation rate.

Method for controlling game character

A mid-infrared gas sensor based on a tapered sub-wavelength grating slot waveguide comprises a lower cladding, a first tapered grating array and a second tapered grating array. The first tapered grating array and the second tapered grating array are disposed on an upper surface of the lower cladding. The first tapered grating array is located in front of the second tapered grating array. The first tapered grating array is formed by 5566 identical first core waveguides that are regularly distributed at intervals from left to right. The second tapered grating array is formed by 5566 identical second core waveguides that are regularly distributed at intervals from left to right. The first core waveguides and the second core waveguides are tapered waveguides. Upper sides and lower sides of the first core waveguides and the second core waveguides are isosceles trapezoids.

Mid-infrared gas sensor based on tapered sub-wavelength grating slot waveguide

An intelligent electric-vehicle charging station is provided. The charging station includes at least one charger. Each charger includes at least one power conversion unit and at least one charging terminal. Each power conversion unit includes an alternating-current power distribution module, a plurality of rectification modules, a switch matrix and a power controller. The alternating-current power distribution module supplies power to each power conversion unit and the at least one charging terminal. The rectification modules are divided into a plurality of groups of modules. The plurality of groups of modules is controlled, through the switch matrix, to be connected to a plurality of direct-current output circuits. Each direct-current output circuit is connected to one charging terminal. The switch matrix switches each group of modules in the plurality of direct-current output circuits according to a control instruction of the power controller.

Intelligent electric-vehicle charging station

A method for controlling a game character, used for controlling the game character by using a virtual control component, comprising the following steps: (S) in response to a sliding operation of a player started from an initial position of the skill button, locking the virtual joystick in a game for disabling control of the skill release direction of the game character; (S) monitoring a track of the sliding operation of the player, obtaining a current position Pof a touch point of the sliding operation, and calculating a vector a; and (S) in response to release of the sliding operation of the player, or in response to meet the condition of |a|&#x3e;L, generating a first operating instruction for controlling the game character; and unlocking the virtual joystick. The method for controlling a game character may effectively reduce a misoperation rate.

The method for controlling a game character includes: obtaining a user initial indication position pin response to a screen-sliding operation of a user; monitoring a screen-sliding operation track of the user, and obtaining a user current indication position p; calculating a moving distance between the user current indication position pand the user initial indication position pas |u|=|p&#x2212;p|; comparing the moving distance |u| with a first preset threshold S; and generating, according to the vector u=p&#x2212;p, an operating instruction for controlling the game character. By means of the control method, a user may control a game character without being restricted, and may perform more flexible and fluent operations, thereby greatly improving the user experience of a game.

Method for controlling game character and method for controlling virtual control component

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Zhejiang, China

Yan Li