System and method for implementing game strategy dependencies

Abstract

The technical scheme of the invention comprises a dependency implementation system and method of a game strategy. The system comprises an interface behavior description module, an interface configuration file generator, an interface object loader, an interface data processor and an interface manager, wherein the interface behavior description module provides stored and customized-editing interfaceattributes and interface behavior related data; the interface configuration file generator carries out parameterization on the interface attributes and interface behavior related data of the interface behavior description module and packages the interface attributes and interface behavior related data into a configuration file; the interface object loader is used for creating a new interface object, loading and storing data resources and analyzing the configuration file; the interface data processor is used for identifying and classifying the data resources and recording a relevant interfacebehavior; and the interface manager is used for executing all interface behaviors. The technical scheme of the invention also comprises a dependency implementation system and method of the game strategy. The system and the method have the beneficial effects that resources, logic and data are separated, a structure is simplified, the complexity degree of development is greatly lowered, code repeatability is reduced, meanwhile, interface behaviors are on the same data table, and people who can not understand programs can carry out revision.

Description

Technical field [0001] The present invention relates to a game strategy relies systems and methods, belonging to the field of computer games. Background technique [0002] The general strategy game, decision-making assessment systems are often hard-coded algorithm. [0003] I.e., each decision evaluation section of code or algorithm are used to implement a class, some of the program parameters to the open plan some adjustment values, can be varied to achieve a certain resistance, but can not change the program logic. However, the project system characteristic of the game is that variability, similarity and repeatability. That requires a lot of broadly similar but not the same specific logic and algorithms, and planning needs in the constantly changing and adjustment, which is the focus of this game entertainment software user experience characteristics of the decision. [0004] Therefore, such a conventional hard-coded system implementation methods have disadvantages: [0005] 1....

AI Technical Summary

Problems solved by technology

[0005] 1. The workload of the program implementation algorithm is very large, and a large number of similar program functions need to be developed and adjusted repeatedly. In actual work, a large number of planning and beneficial designs are often discarded due to the heavy workload, which in turn improves the overall quality of the game. affected

[0006] 2. The project does not have small-grained reusable algorithm functions, and the overall development cost is too high. Often due to the pressure of the project progress, only a relatively rough resource allocation system can be made, which seriously affects the game experience

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