全部

1·An isogon is a contour line for a variable which measures direction.

等角线是用于测量方向的变量的轮廓线。

2·So, the contour plot looks like that.

等高线图看起来是这样的。

3·This effect is called an illusory contour.

这种效应叫“错觉轮廓”（illusory contour）。

4·That might be the contour of 99% of the time.

至少是99%可能位于的范围的轮廓。

5·But, the contour plots look exactly the same.

然而，等高线图是完全一样的。

6·So, what contour plot looks something like this?

因此，等高线图看起来就像这样？

7·So, now, I'm picking a point on the contour plot.

现在，在等高线图上取一点。

8·So, the contour plot, well, let me actually zoom out.

我们来放大它的等高线图。

9·The second problem is one about writing a contour plot.

第二题是找等高线。

10·OK, so that's an example of a contour plot of a function.

这就是一个关于函数等高线图的例子。

轮廓

1·An isogon is a contour line for a variable which measures direction.

等角线是用于测量方向的变量的轮廓线。

2·When supply modulation and contour modulation are working in concert, the dynamic range and efficiency of the power amplifier can be further improved.

当电源调制和轮廓调制协同工作时，功率放大器的动态范围和效率可以进一步提高。

3·And they had designed a test after the mirror has been constructed to verify that it indeed had the proper contour.

他们在完成主镜建造之后，设计了一个测验，来验证它是否有正确的轮廓。

4·Now in order to have the exact shadow we need to subtract the contour of our guy from the remaining selection.

为了得到多余阴影的选区，现在我们要从现有选区中减去人物的轮廓。

5·That might be the contour of 99% of the time.

至少是99%可能位于的范围的轮廓。

等高线

1·So, what contour plot looks something like this?

因此，等高线图看起来就像这样？

2·So, the contour plot looks like that.

等高线图看起来是这样的。

3·OK, so these are examples of contour plots in real life. OK, no questions?

这些都是现实生活中关于等高线图的例子，有问题吗？

4·But, I trust my computer. And, finally, this one, well, so the contour plot looks a bit complicated.

我相信我的电脑是对的，最后，这一个，它的等高线图比较复杂。

5·OK, so another example of contour plots, well, you've probably seen various versions of these temperature maps.

好的，另外一个等高线图的例子，你们可能见过，多种这样的温度图。

围线

1·Infinite integrals of coefficients of algebraic equations are reduced to finite integrals by using contour integral and the principle of analytic continuation.

并提出可以用围线积分和解析开拓原理把方程组系数的无穷积分化为有穷积分。

2·The recursively increasing threshold method is first proposed. Then the method of contour integration region labeling and the design of intensity homogeneity segmentation criterion are presented.

介绍了围线积分法区域标号和灰度均匀度分割准则的设计。

周线

1·This paper mainly discusses a special kind of complex function — contour integral.

本文主要讨论一种特殊的复变函数的积分——周线积分。

(1)contour line轮廓线；等高线

(1)contour map等高线图；等值线图

(1)depth contour等深线；等海深线；等水深线