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    • 2. 发明授权
    • Method and system for generating and storing data objects for multi-resolution geometry in a three dimensional model
    • 用于在三维模型中生成和存储多分辨率几何的数据对象的方法和系统
    • US09311748B2
    • 2016-04-12
    • US13771612
    • 2013-02-20
    • Joshua Sam Schpok
    • Joshua Sam Schpok
    • G06T17/05
    • G06T17/05G06T2210/36
    • Methods and systems for generating data objects for multi-resolution geometry in a three-dimensional model are provided. A region of high resolution geometry in the three-dimensional model having a level of detail that is higher than a level of detail associated with geometry data surrounding the region of high resolution geometry can be identified. A boundary of the region of high resolution geometry can be extended and high resolution geometry can be generated within the extended boundary. The high resolution geometry can be spatially partitioned into a plurality of geospatial data objects according to a hierarchical spatial partitioning scheme. The geospatial data objects can be selectively stored in a memory. For instance, geospatial data objects associated with the extended boundary can be identified and excluded from a hierarchical tree data structure storing geometry data associated with the three-dimensional model.
    • 提供了用于在三维模型中生成多分辨率几何的数据对象的方法和系统。 可以识别三维模型中具有高于与围绕高分辨率几何区域的几何数据相关联的细节水平的细节水平的高分辨率几何区域。 可以扩展高分辨率几何区域的边界,并且可以在扩展边界内生​​成高分辨率几何。 根据分层空间划分方案,高分辨率几何可以在空间上划分成多个地理空间数据对象。 地理空间数据对象可以选择性地存储在存储器中。 例如,可以从存储与三维模型相关联的几何数据的分层树数据结构中识别和排除与扩展边界相关联的地理空间数据对象。
    • 3. 发明授权
    • Incremental surface hole filling
    • 增量表面孔填充
    • US08941652B1
    • 2015-01-27
    • US13478822
    • 2012-05-23
    • Brett AllenJoshua Sam Schpok
    • Brett AllenJoshua Sam Schpok
    • G06T17/20
    • G06T17/20G06T17/05G06T2210/52
    • Systems, methods, and computer storage mediums are provided for filling missing data in a spatially distributed, graphically represented data set. An example method includes dividing the data set into a first plurality of tiles along a first plurality of boundary lines. For each of the first plurality of tiles, a first set of fill data is generated to fill missing data in the data set. Then, for each of a determined number of dimensions of the tiles, the data set is divided into a new plurality of tiles along a new plurality of boundary lines offset from the last immediately determined plurality of boundary lines and a new set of fill data is generated to fill the missing data. A portion of the new set of fill data includes a portion of the last immediately generated set of fill data that fall along the boundary of the respective new tile.
    • 提供了系统,方法和计算机存储介质,用于填充空间分布的,图形化表示的数据集中的缺失数据。 示例性方法包括沿着第一多个边界线将数据集划分成第一多个瓦片。 对于第一多个瓦片中的每一个,生成第一组填充数据以填充数据集中的丢失数据。 然后,对于瓦片的确定数量的维度中的每一个,将数据集沿着与最近立即确定的多个边界线偏移的新的多个边界线划分为新的多个瓦片,并且一组新的填充数据是 生成以填补丢失的数据。 新的一组填充数据的一部分包括沿着相应的新图块的边界落下的最后立即生成的填充数据集的一部分。