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PHOTOREALISTIC SIMULATED MODELLING FROM FRACTALS APPLIED TO MINED-OUT PIT RESTORATION

机译:从分数应用到采空区恢复的光弹模拟建模

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3D modelling has been used to simulate the restoration of mining environments, mainly due to ease of use. However, this technique poorly models natural structures, such as leaves, coastlines, mountain systems, etc. Recent digital technology innovations have led to the development of fractal geometry software that reiterates geometric objects at different scales. Below we describe how this geometry can be used for environmental restoration and rehabilitation. We present a case study describing an application of fractal geometry to the restoration of a mined-out open pit. We conclude with a discussion of the advantages ? mainly realism and the rapid execution time ? of using this type of geometry versus 3D modelling for mining restorations.
机译:3D建模已被用来模拟采矿环境的恢复,这主要是由于易于使用。但是,这种技术对自然结构(例如树叶,海岸线,山地系统等)的建模效果很差。最新的数字技术创新导致分形几何软件的开发,该软件可重复不同比例的几何对象。下面我们描述如何将此几何形状用于环境恢复和修复。我们提供了一个案例研究,描述了分形几何在矿井恢复中的应用。我们最后讨论一下优点?主要是现实性和快速的执行时间?使用这种几何类型与3D建模进行采矿修复的对比。

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