So, the former strain analysis methods based on elliptic structural deformation markers can be used for the general structural objects with arbitrary shape.
先前适用于椭圆形标志体变形分析的方法均可应用于具有任意形状的构造标志体。
We automatically optimize the shape of arbitrary 2d and 3d objects through deformation and perforation to produce sounds when struck which match user-supplied frequency and amplitude spectra.
我们可以自动优化任意二维和三维形状，并通过变形，穿孔等方式，使得这些乐器被敲击时能匹配用户提供的频率和幅度谱产生的声音。
We automatically optimize the shape of arbitrary 2d and 3d objects through deformation and perforation to produce sounds when struck which match user-supplied frequency and amplitude spectra.
我们可以自动优化任意二维和三维形状，并通过变形，穿孔等方式，使得这些乐器被敲击时能匹配用户提供的频率和幅度谱产生的声音。
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