Network game virtual property automatic transaction scheduling method

Abstract

The invention relates to a network game virtual property automatic transaction scheduling method; first, a scheduling center is arranged between a transaction platform and a game role control system; the scheduling center analyzes a transaction instruction sent by the transaction platform, schedules an appropriate game role, selects the appropriate game role control system to control a game role logon network game server, uses the transaction functions of a network game, and transfers the virtual property of the player role; the scheduling method can best utilize the machine resources and decentralize the use of different roles in the game to undertake transaction tasks, so that the virtual property owned by the roles is always little, so as to reduce the loss when the IDs of the roles are sealed, stolen and attacked.

Description

technical field [0001] The present invention relates to a scheduling method for automatic trading of virtual property in online games, in particular to a scheduling method proposed for a trading system that fully automatically realizes the transfer of virtual property in a game between characters. The character's behavior, using the own transaction function in the online game, transfers the virtual property owned by the character to other player characters, or collects virtual property from other player characters, and generates a transaction record of the transfer of virtual property and sends it to an external system or saves it for future use. External system calls. Background technique [0002] With the development of the online game industry and the expansion of the game player group, the virtual property in the game has gradually become a part of people's personal property, and the various trading activities of the virtual property in the game have also extended beyond...

AI Technical Summary

Problems solved by technology

[0007] 1. The waste of machine resources, because the game client must monopolize the computer screen, keyboard and mouse, so the character who is always online must monopolize that computer. In this case, in order to meet the transaction requests of a large number of users, it is necessary to prepare a lot of game characters online , thus requiring a very large number of computers

Usually, not every game character has trading tasks at the same time, and idle game characters waste computer resources

At present, the hardware of the computer is capable of supporting one computer to run multiple game clients at the same time. Therefore, if the scheduling is not used to organize and coordinate multiple automated trading systems, it will inevitably result in a huge waste of resources and high costs.

[0008] 2. Unable to deal with various abnormal situations in the game, such as game system maintenance, upgrade, disconnection or title ban, etc.

Using the pre-online and always-on method, encountering this situation will inevitably require a huge maintenance cost

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