Virtual Display System of Geological Body Based on Key Algorithms of Three-dimensional Modelling

Wei Feng

doi:10.15446/esrj.v23n3.81809

Abstract

In order to study the virtual display system of geological body, the key algorithm of three-dimensional modelling is used to analyze it, and the virtual display scheme of geological body is realized. Three-dimensional modelling of geological bodies is a frontier field of current geoscience research, and also a hot issue in computer science. Its research can complement and improve the theoretical basis of virtual reality technology and expand its application fields. Geological body three-dimensional modelling software can meet the needs of geoscientists to study geological problems more effectively from three-dimensional space, and has considerable practical value. In the network environment, users' information needs are diversified and individualized, and special attention is paid to the breadth, novelty and timeliness of information. Faced with massive information resources, the information users need is a drop in the ocean in the huge and disorderly network information space. Users need to spend a lot of time and energy to find valuable information in all kinds of uniform systems. Traditional system information services can no longer help users effectively get rid of information overload and information lost. Therefore, the concept of personalized service system has become a hot spot of people' s attention as soon as it is put forward. In recent years, personalized systems have emerged in endlessly. In the early stage of formulation and implementation of personalized service strategy, the existing personalized service generally lacks the attention to context information such as user' s environment. There are weak links in personalization and intellectualization of service, which damages user experience. Therefore, Shepard algorithm and Kriging algorithm of three-dimensional modelling are used to study the virtual display system of geological bodies. The results show that these two key algorithms play a very important role in the research process of geological virtual display system, and also provide a new idea for further research on the popularization of geological knowledge.

Highlights

China is a country with large geological resources
Visualization of scientific computing emerged in the late 1980s (Li, Cai, & Lu, 2018)
Three-dimensional geological modelling technology is a branch of scientific computing visualization technology

Summary

Introduction

China is a country with large geological resources. Generally speaking, China has a well-developed stratum, diverse sedimentary types, complex geological structures, frequent coexistence of magmatic activities in active zones and stable areas, and diverse types of long-term geohistory metamorphism with different metamorphic degrees (Sinitski, Thompson, Godsell, Honey, & Besemann, 2018). In order to better and more comprehensively understand the current situation of geological resources in China, many researchers use three-dimensional modelling algorithm and virtual display technology to study geology, which can help people to have more knowledge of geography, and help researchers to study geological strata (Handong, Tuo, & Changhong, 2006). People can obtain more detailed, comprehensive and abundant geological data through high-tech, which provides material and data basis for the establishment of three-dimensional geological visualization model (Buttussi & Chittaro, 2018) On this basis, an intuitive, clear and complete three-dimensional geological visualization model is established, and the structure and characteristics of geological bodies are presented concisely and concisely by means of virtual images (Zhu, Lu, & Rätsch, 2018). It is conducive to the popularization of geological knowledge

Methodology

D Geological Modeling Algorithm For Zone Faults

Results and discussion

Conclusion