一、建模 一、建模 常用捕捉对象 栅格点(Grid Points)：捕捉栅格交叉点 轴心(Pivot)：捕捉对象的基准点 顶点(Vertex)：捕捉多边形的顶点 边/段(Edge/Segment)：仅捕捉位于边上位置 面...
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设置捕捉栅格和栅格点 Snap and Grid
绘制栅格点 Grid
设置捕获栅格和栅格点 Snap and Grid
栅格原点 Grid Origin
点状栅格 The Dot Grid
接点栅格阵列 LGA
反转接点栅格阵列 FC-LGA
显示点栅格 Display Dot Grid
栅格和锁点设置 Grid and Snap Settings
此变换算法保证给出的控制栅格点的准确对应，可得较高的精度。
The algorithm guarantees precise correspondence between controlling points, higher precision can be obtained.
在稀疏信号表示的并行选取字典算法中，当频率不在栅格点上时，对应的幅度估计可能会有很大的偏差。
In parallel basis selection algorithms of sparse signal representation, there will be serious bias in amplitude estimation when frequency is not in grid.
如果你仔细看最后一个图，还是可以发现“栅格”(这是因为有太多相同颜色的点聚集在一起)。
If you look at the last one, you CAN still see a vague grid of light grass splats this is caused by having too many of the same color pixel together...
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