A 3D visualization effect evaluation method for virtual ocean battlefield

Abstract

The invention provides a virtual ocean battlefield 3D visualization effect assessment method, and belongs to the technical field of virtual reality. Firstly, the hierarchical relation of indexes is assessed through the analytic hierarchy process according to the virtual ocean battlefield 3D visualization effect, and the subjective weight reflecting an expert knowledge base is obtained through qualitative and quantitative analysis; the objective weight is determined through the difference drive principle according to the variation degree of the indexes in index sets and the degree of influence on other indexes. The two methods are combined so that the insufficient data volume caused by objective empowerment can be avoided and randomness of subjective empowerment can also be overcome, and the evaluation result is more objective and reasonable. Besides, game theory weight sets become consistent and transigent between the subjective weight and the objective weight, the sum of deviations between the mixed weight and each weight is the smallest, and therefore weight optimization is achieved. Finally, aggregation of the indexes and the weights is achieved by means of double-base-point multi-attribute decision making, closing to an ideal solution and keeping away from a negative ideal solution are used as criterions for evaluating various feasible programs, and a virtual ocean battlefield simulation system is built at last.

Description

technical field [0001] The invention belongs to the technical field of virtual reality, in particular to a method for evaluating a three-dimensional visualization effect of a marine battlefield with mixed weighting. Background technique [0002] In order to accelerate the development of my country's navy informatization and modernization, high-quality naval combat training has become the focus of improving the overall combat capability of the navy. However, due to the increasing scientific and technological content of weapons and equipment, the increasingly complex structure of the confrontation system, and the complex and mutated marine environment, combat training in an actual combat environment requires a lot of money and time, which greatly restricts the development of my country's naval informatization and modernization. In this context, the visualization and simulation technology of virtual marine battlefield has become an important means to break through this bottlene...

AI Technical Summary

Problems solved by technology

[0007] To sum up, these methods are subjective and fuzzy methods to determine the weight, and the weight coefficient is often affected by human factors, which is not conducive to the fairness of the final evaluation result, which reduces the credibility of the final evaluation result and affects the virtual reality. Scheme selection and key index optimization for visual simulation of marine battlefield environment

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