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A DESIGN OF THREE-DIMENSIONAL SPATIAL DATA MODEL AND ITS DATA STRUCTURE IN GEOLOGICAL EXPLORATION ENGINEERING

机译:地质勘探工程三维空间数据模型及其数据结构设计

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摘要

The key to develop 3-D GISs is the study on 3-D data model and data structure. Some of the data models and data structures have been presented by scholars. Because of the complexity of 3-D spatial phenomenon, there are no perfect data structures that can describe all spatial entities. Every data structure has its own advantages and disadvantages. It is difficult to design a single data structure to meet different needs. The important subject in the3-D data models is developing a data model that has integrated vector and raster data structures. A special 3-D spatial data model based on distributing features of spatial entities should be designed. We took the geological exploration engineering as the research background and designed an integrated data model whose data structures integrats vector and raster data byadopting object-oriented technique. Research achievements are presented in this paper.
机译:开发3-D侏儒的关键是研究3-D数据模型和数据结构。学者呈现了一些数据模型和数据结构。由于3-D空间现象的复杂性,没有完美的数据结构可以描述所有空间实体。每个数据结构都有自己的优缺点。设计单个数据结构难以满足不同的需求。 3-D数据模型中的重要主题正在开发具有集成矢量和光栅数据结构的数据模型。应设计基于空间实体分布功能的特殊三维空间数据模型。我们将地质探索工程作为研究背景设计,并设计了一种集成数据模型,其数据结构积分传染媒介和栅格数据,通过返回面向对象的技术。本文提出了研究成果。

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