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METHOD OF CALCULATION OF CONSTRUCTION ZONES CONTROLLED shadowing iterates through the DEM RELIEF

机译:通过DEM缓解迭代计算施工区域控制阴影的方法

摘要

A method of constructing estimated occluded areas controlled enumeration matrix elements elevations, wherein the subject impact received digital map of the area, whose properties are altered by introducing into it the estimated occluded areas characterizing possibility visibility of remote objects from a given observation point produced based on the heights of the terrain averaged in the area of ​​the square, selected as the minimum of the discrete unit of the height difference, summarized in a matrix, tied to the coordinate set e applied coordinate system and enables the coordinates from the map, to select a specific value of the averaged height of the two-dimensional array of DEM, the point of standing object, excess observed object above the terrain and elevation observed objects above the terrain, and which, unlike known methods, forms said shading area by processing data computing steering matrix received and distributed by the matrix positions prior to the construction of computational occluded areas allows at alongside a ystvii information on Digital maps computation to replace the data selection, avoid duplication and eventually to achieve a significant reduction in time to build the estimated occluded areas used in the organization of automated management information collection systems.
机译:一种构造估计的被遮挡区域的方法,该方法控制枚举矩阵元素高程,其中对象撞击接收到该区域的数字地图,其特性通过将估计的被遮挡区域引入其中来表征,该估计的被遮挡区域表征了从基于给定观察点产生的远程对象的可能性可见性在正方形区域内平均的地形高度,选择为高度差的离散单位的最小值,汇总为矩阵,并与应用的坐标系坐标系绑定,并启用地图中的坐标,选择DEM二维数组的平均高度的特定值,站立的物体的点,地形上方的多余观察对象和地形上方的海拔观察对象,并且这些与已知方法不同,通过以下方法形成了所述阴影区域在构建计算之前,处理由矩阵位置接收和分配的数据计算导向矩阵传统的遮挡区域可以在数字地图计算中与ystvii信息一起替换数据选择,避免重复,并最终显着减少构建自动管理信息收集系统组织中使用的遮挡区域的时间。

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