最后，按照本文介绍的新的分割实现方法用MATLAB实现了对单位立方体自电容地提取。
Finally, unit cube's self-capacitance extraction is realized by using MATLAB according to the new dividing and numbering method introduced in this thesis.
利用三维边界拟合坐标变换技术，可将具有任意曲面边界的三维物理区域变成长方体计算区域，在该区域中形成单位立方体差分网格。
By means of BFCT, a three-dimensional physical space with arbitrary configuration can be transformed into standard cube, forming the unit cubic grid.
由于我将立方体的中心点放在坐标系原点位置处，因此立方体的各边长应为 2 个单位。
Remember that I placed the cube's center at the coordinate system's origin; therefore, the cube's edges will be two units long.
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