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    • 2. 发明申请
    • Method and apparatus for merging meshes, and computer readable medium
    • 用于合并网格的方法和装置,以及计算机可读介质
    • US20050017987A1
    • 2005-01-27
    • US10716496
    • 2003-11-20
    • Shinichi HoritaKoichi FujiwaraEiro FujiiKoji FujiwaraOsamu Toyama
    • Shinichi HoritaKoichi FujiwaraEiro FujiiKoji FujiwaraOsamu Toyama
    • G06F17/50G06T17/20G09G5/00
    • G06T17/20
    • A method and an apparatus are provided for merging two meshes whose density differs from each other so as to avoid unnatural appearance. A first mesh and a second mesh that differ from each other in density are merged by the following procedure. Edge length of a portion that becomes a boundary between the first and second meshes is determined, size of a first group of polygons including the edge of the portion is determined based on the determined length and size of a second group of polygons is adjusted so that an adjustment ratio is smaller as a distance between a position of each of the second group of polygons and the portion is greater, the first and second group of polygons being part of polygons structuring the first and second meshes, and the first and second meshes in each of which the polygons are adjusted are merged.
    • 提供了一种用于合并密度彼此不同的两个网格的方法和装置,以避免不自然的外观。 通过以下步骤合并第一网格和密度彼此不同的第二网格。 确定成为第一和第二网格之间的边界的部分的边缘长度,基于确定的第二组多边形的长度和尺寸来确定包括该部分的边缘的第一组多边形的大小,使得 第二组多边形的位置与部分之间的距离越大,第一和第二组多边形是构成第一和第二网格的多边形的一部分,并且第一和第二网格在 其中的每一个被调整的多边形被合并。
    • 3. 发明授权
    • Method and apparatus for merging meshes, and computer readable medium
    • 用于合并网格的方法和装置,以及计算机可读介质
    • US07148904B2
    • 2006-12-12
    • US10716496
    • 2003-11-20
    • Shinichi HoritaKoichi FujiwaraEiro FujiiKoji FujiwaraOsamu Toyama
    • Shinichi HoritaKoichi FujiwaraEiro FujiiKoji FujiwaraOsamu Toyama
    • G09G5/00
    • G06T17/20
    • A method and an apparatus are provided for merging two meshes whose density differs from each other so as to avoid unnatural appearance. A first mesh and a second mesh that differ from each other in density are merged by the following procedure. Edge length of a portion that becomes a boundary between the first and second meshes is determined, size of a first group of polygons including the edge of the portion is determined based on the determined length and size of a second group of polygons is adjusted so that an adjustment ratio is smaller as a distance between a position of each of the second group of polygons and the portion is greater, the first and second group of polygons being part of polygons structuring the first and second meshes, and the first and second meshes in each of which the polygons are adjusted are merged.
    • 提供了一种用于合并密度彼此不同的两个网格的方法和装置,以避免不自然的外观。 通过以下步骤合并第一网格和密度彼此不同的第二网格。 确定成为第一和第二网格之间的边界的部分的边缘长度,基于确定的第二组多边形的长度和大小来确定包括该部分的边缘的第一组多边形的大小,使得 第二组多边形的位置与部分之间的距离越大,第一和第二组多边形是构成第一和第二网格的多边形的一部分,并且第一和第二网格在 其中的每一个被调整的多边形被合并。
    • 5. 发明授权
    • Method for generating surface data to be added to three dimensional shape data
    • 用于生成要添加到三维形状数据的表面数据的方法
    • US07215336B2
    • 2007-05-08
    • US10847886
    • 2004-05-19
    • Koichi FujiwaraOsamu ToyamaEiro Fujii
    • Koichi FujiwaraOsamu ToyamaEiro Fujii
    • G06T17/00
    • G06T17/20
    • An object of the present invention is to automatically determine the orientation of a newly generated surface, etc. when performing such processing as filling a dropout portion of three dimensional shape data, and to generate more natural three dimensional shape data. The present invention provides a method for generating a grid-patterned surface in three dimensional shape data, and comprises a first step (#11) for detecting the orientation of a polygon in the three dimensional shape data that is located at a periphery of a surface to be fitted, a second step (#12) for determining the orientation of the surface so that a grid orientation of the surface matches the orientation of the detected polygon, and a third step (#13) for fitting the surface onto the three dimensional shape data while maintaining the thus determined orientation.
    • 本发明的目的是在进行填充三维形状数据的压出部分的处理时自动确定新产生的表面等的取向,并且生成更自然的三维形状数据。 本发明提供了一种用于在三维形状数据中生成网格图案表面的方法,并且包括用于检测位于表面周边的三维形状数据中的多边形的取向的第一步骤(#11) 要安装的第二步骤(#12),用于确定表面的取向,使得表面的网格取向与检测到的多边形的取向一致;以及第三步骤(#13),用于将表面装配到三维 同时保持如此确定的取向。
    • 9. 发明授权
    • Method of composing three-dimensional multi-viewpoints data
    • 组合三维多视点数据的方法
    • US06466892B2
    • 2002-10-15
    • US10091989
    • 2002-03-05
    • Eiro FujiiKoichi Shiono
    • Eiro FujiiKoichi Shiono
    • G01B1500
    • G06T17/205G06T17/20
    • Based on the maximum value of distances between vertexes of polygons in a plurality of polygon meshes, the size of voxel is determined. Next, respective potential values for a plurality of polygon meshes are obtained on the basis of signed respective distances of voxels and a sum of the potential values is obtained as an added potential value. A polygon mesh made of an equivalent: face of the added potential value is defined as a surface mesh. Comparison between the surface mesh and the a plurality of original polygon meshes is performed, to determine respective vertexes (corresponding-vertexes) of a plurality of original meshes corresponding to each vertex of the surface mesh. The polygons of the surface mesh is divided/synthesized to obtain intermediate surface data. Referring to the original polygon meshes, respective vertexes of the intermediate surface data are moved. Composed polygon mesh data can be obtained with stability even if the original three-dimensional data have some errors, within a time of practical level, without unnecessarily high redundancy, while maintaining the accuracy and resolution of the three-dimensional multi-viewpoints data.
    • 基于多个多边形网格中的多边形的顶点之间的距离的最大值,确定体素的大小。 接下来,基于体素的有符号的相应距离获得多个多边形网格的各个电位值,并且获得电位值的和作为附加电位值。 由等效的增加的电位值的面组成的多边形网格被定义为表面网格。 执行表面网格和多个原始多边形网格之间的比较,以确定对应于表面网格的每个顶点的多个原始网格的各个顶点(对应顶点)。 分割/合成表面网格的多边形以获得中间表面数据。 参考原始多边形网格,移动中间表面数据的各个顶点。 即使在保持三维多视点数据的精度和分辨率的同时,在实际水平的时间内,没有不必要的高冗余度,即使原始的三维数据具有一些误差,也可以稳定地获得组合的多边形网格数据。