We take a point on the geometry — the centroid — compute the value for that point on the space filling curve, and store the result in an additional column.
我们在几何图形上取一个点，即形心点，计算那个点在空间填充曲线上的值，并将结果存储在一个附加的列中。
In this case, an aggressive compiler might conclude that it does not need to compute result at all.
在这种情况下，激进的编译器可能认为它根本不需要计算result。
We present an algorithm to compute the contour after cutting and interpolation of cut plane. Result shows that it can get ideal final image.
立体图象切割作为三维图象显示的一种有用的方式，可以提供剖面信息，便于诊断。
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