Maximum edge width 封边料最大宽度
cutting edge width 刃带宽度
Package Edge Width 包边宽度
Selected Edge Width 所选边的宽度
BEW Blurred Edge width 边界模糊区域宽度
maximum edge width rwithinio 最大叶宽比
EDGE WIDTH SPECIFICATION MODE 边宽说明方式
mefanteven astic edge width rwithinio 均匀叶宽比
width of edge [机] 刃口厚
The shortcoming of morphological edge enhancement algorithm has been discussed. Based on that, an adaptive edge width reduction enhancement fuzzy algorithm is presented.
针对形态边缘减宽增强算法的不足,提出了一种自适应模糊边缘减宽增强算法。
As attributes cannot be set dynamically (edge width, face color, etc), all edges and faces look the same, so perspective can be confusing, especially in larger polyhedra.
由于属性不能设置动态(边缘宽度,外观颜色等),所有的边缘和神情一样,因此观点都比较混乱,特别是在大型多面体。
As attributes cannot be set dynamically (edge width, face color, etc), all edges and faces look the same, so perspective can be confusing, especially in larger polyhedra.
由于在属性中不能设置动态内容(线宽度,外观,颜色等),所有的边和面一样,因此透视效果比较混乱,特别是在高面数的多面体。
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