Vehicle physical simulation method and system, client, electronic device and server

Abstract

The invention discloses a vehicle physical simulation method and system, a client, an electronic device and a server. The system comprises a client and a server. The client comprises a first client and a second client. When the first client detects that a first character triggers a carrier operation control, the first client is used for obtaining operation information of the first user on the carrier and the position information of the carrier, and sending the operation information of the first user on the carrier and the position information of the carrier to the server; the server is used for receiving the operation information of the first user on the carrier and the position information of the carrier sent by the first client, and synchronizing the operation information of the first user on the carrier and the position information of the carrier to the second client; and the second client is used for receiving the operation information of the first user on the carrier and the position information of the carrier sent by the server, and physical simulation is performed in the second client according to the operation information of the first user on the carrier and the position information of the carrier.

Description

technical field [0001] The present invention relates to the technical field of information processing, in particular to a vehicle physical simulation method, system, client, electronic equipment and server. Background technique [0002] Users have increasingly strong requirements for game screens and virtual reality effects, leading to more ambitious game scene designs. As the level of game development and production is getting higher and higher, the scenes of the game are getting bigger and bigger, and the details are getting finer and finer. Well-made games bring players a better gaming experience. However, large scenes and many details will take up a lot of resources, and have high requirements on the performance of the machine running the game. If the performance of the machine cannot keep up with the demand, it is likely to cause a freeze phenomenon, resulting in a poor user experience in the game. For example, when running online games with multiple players on a mobi...

AI Technical Summary

Problems solved by technology

However, large scenes and many details will take up a lot of resources, and have high requirements on the performance of the machine running the game. If the performance of the machine cannot keep up with the demand, it is likely to cause stuttering, resulting in poor game experience for users

For example, when running online games with multiple players on a mobile phone, especially online games with 2D and 3D effects, if the game consumes too much resources on the mobile phone, it will cause the mobile phone to become hot, the game will freeze, and delays will occur, indirectly causing users Games that want to achieve the same effect as PC on the mobile terminal are limited by the hardware and network of the mobile phone. Therefore, it is becoming more and more urgent to solve the problem of occupying hardware resources by improving the design of the software.

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