Animated videos like mine require hundreds of vectors to check difficult and time-consuming to make.

像我这样的动画视频需要数以百百的矢量查制作的难度和耗时。

This is the opposite side to the angle.

蓝色矢量的长度是角的对边。

Let's think about it a little bit.

这个矢量的大小。

We are coming up with newer vector control methods. We are coming up with new drugs.

我们正在研究新的矢量控制方法。

But what I said like Storyblocks, you can download beautiful pre-made vectors to use in your videos.

但正如我说的有关 Storyblocks 能提供的，你可以下好看的预先制作好的矢量，在你的视频中使用。

Imagine that first wave describes the y-component of some rotating vector.

想象第一个波描述了某个旋转矢量的y分量。

So from a screen, literally a bitmap is taken to a scalable vector.

所以从屏幕上看，一个位实际上是被转换成了可缩放的矢量。

That is going to be the vector of the velocities.

那将是速度的矢量。

So I like thinking about things in movement vectors.

我喜欢从运动矢量的角度思考问题。

It has that vector quality to it that I think of agency as.

它具有我所认为的代理的矢量品质。

But the convention for vectors is that you can start at any point.

但是矢量的约定是, 你可以从任何一点开始。

Minus 5 comma 6 Is right there, so I draw my vector like that.

减去 5 逗号 6 就在那里, 所以我就这样画我的矢量。

Qb denotes the vectors of the vertical additional stress induced by the ground surface loads.

Qb 表示由地表荷引起的垂直附加应力的矢量。

Again if we go tail to tip, tail to tip you can see our sum.

如果我们从尾到头，尾到头相加，就可以看到我们的矢量和。

Well, squatting is an axial load vector and jumping is a vector this way.

深蹲是一种轴向负荷矢量，而跳跃则是一种这样的矢量。

To do this, without resorting to memory-gobbling pixels, computer scientists used the vector mode available on CRTs.

为了实现这一点，计算机家没有使用耗费内存的像素，而是利用了阴极射线管上的矢量模式。

If I do 2 times our vector, I'm going to get the vector 4, 2.

如果我做2倍我们的矢量,我将得到矢量4,2。

And so they act as a kind of vector, transplanting interesting ideas and learnings from one team to another.

因此，它们起到了一种矢量的作用，将有趣的想法和经验从一个团队移植到另一个团队。

This process of stretching or squishing, or sometimes reversing the direction of a vector is called scaling.

这种拉伸或挤压的过程 或者有时扭转矢量的方向 称为缩放。

So let's do that-- is equal to 2 times our unit vector i.

所以让我们这样做 - 等于我们的单位矢量i的2倍。