本文以平面正方形晶格机器人翻越障碍物为例对变形原理和算法进行了验证和仿真。
Simulation sample of barrier-crossing of a planar square type of self-reconfigurable robots is provided to illustrate the algorithm and demonstrate the effectiveness of the proposed theory.
应用有限傅立叶变换，导出两套不同阻值电阻组成的平面正方形无限网络任意两节点间等效电阻的积分表达式。
The effect resistance between two arbitrary nodes in an infinite square lattice with two binds resistors is calculated using the finite Fourier transformation.
首先，画一个正方形平面，通过挤压操作来创建一个长方体。
First, create a square surface and then extrude it a little to create a cube.
几年之后，最初的空间被拓展，形成正方形平面。
A few years later the initial volume was extended to form the square plan.
此外，还有圆形、正方形、十字形等几何形状平面。
In addition, there are round, square, cross, such as plane geometry.
入口相对于正方形的平面来说，截取了一个对角线上的进入方式。
Entry relative to the square plane, the intercept of a mode of entry on the diagonal.
正方形的平面和高效的核心分流增强了的灵活性，实现净楼面80%的无柱区域和3.5米的挑高。
The square layout and efficient core distribution enhance this flexibility and result in a net floor surface of 80% of column-free Spaces which feature a 3, 5 meter ceiling height.
用一个正方形格子来表示建筑物，将前景与背景画在统一的平面上，依照格子的平行线排好。
By representing a building on an isometric grid, the drawing can present details in the foreground and background on a uniform plane, aligned to the parallel lines of the grid.
利用平面波法分析了二维液晶光子晶体的带隙结构，着重对三角形和正方形空气孔光子晶体带隙随液晶旋转角的变化情况进行了分析和比较。
The influences of the wave vectors off the periodic plane on the distribution of energy bands of triangular, honeycomb and square lattices are analyzed by plane wave method.
利用平面波法分析了二维液晶光子晶体的带隙结构，着重对三角形和正方形空气孔光子晶体带隙随液晶旋转角的变化情况进行了分析和比较。
The influences of the wave vectors off the periodic plane on the distribution of energy bands of triangular, honeycomb and square lattices are analyzed by plane wave method.
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