TERRA FORMATION CONTROL (O R HOW TO MOVE MOUNTAINS )

J. Rankin
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引用次数: 0

Abstract

The new Uplift Model of terrain generation is generalized here and provides new possibilities for terra formation control unlike previous fractal terrain generation methods. With the Uplift Model fine-grained editing is possible allowing the designer to move mountains and small hills to more suitable locations creating gaps or valleys or deep bays rather than only being able to accept the positions dictated by the algorithm itself. Coupled with this is a compressed file storage format considerably smaller in size that the traditional height field or height map storage requirements.
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地形控制(或如何移动山脉)
本文对地形生成的新隆起模型进行了推广,与以往的分形地形生成方法不同,为地形控制提供了新的可能性。有了隆起模型,细粒度的编辑是可能的,允许设计师将山脉和小山丘移动到更合适的位置,创造空隙或山谷或深海湾,而不仅仅是能够接受由算法本身决定的位置。与此相结合的是压缩文件存储格式,其大小比传统的高度字段或高度图存储要求要小得多。
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来源期刊
CiteScore
0.80
自引率
0.00%
发文量
4
审稿时长
>12 weeks
期刊介绍: The International Journal of Computational Geometry & Applications (IJCGA) is a quarterly journal devoted to the field of computational geometry within the framework of design and analysis of algorithms. Emphasis is placed on the computational aspects of geometric problems that arise in various fields of science and engineering including computer-aided geometry design (CAGD), computer graphics, constructive solid geometry (CSG), operations research, pattern recognition, robotics, solid modelling, VLSI routing/layout, and others. Research contributions ranging from theoretical results in algorithm design — sequential or parallel, probabilistic or randomized algorithms — to applications in the above-mentioned areas are welcome. Research findings or experiences in the implementations of geometric algorithms, such as numerical stability, and papers with a geometric flavour related to algorithms or the application areas of computational geometry are also welcome.
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