But when you do a dimensional analysis, you better be careful.
但我们必须谨慎地进行，量纲分析。
If a three-dimensional animation has a traditional version, will you choose it?
如果一套立体动画有传统动画版，你会选择吗？
This is a three-dimensional crystal.
这是一个三维的晶体。
Architecture is a three-dimensional form.
建筑是三维形式的。
It was a less peacocky, non-three-dimensional design that stood out.
这是一种不那么浮夸、不那么立体的设计。
Fortunately, it will be a three-dimensional simulation, made possible by the world's fastest computer.
幸运的是，世界上运算最快的计算机使三维模拟核爆炸成为可能。
Here, you integrate over a three-dimensional region.
在这里，是三维区域上的积分。
Remember the one-dimensional spring that we had a period which was independent of the amplitude?
记得吗，一维的弹簧，周期和振幅，无关？
Represent the hub in a three-dimensional space.
代表三维空间中的中心。
One-dimensional problem, just as a warm-up.
这是一维问题，作为热身。
To show this diagram properly, I would really need a four dimensional screen.
为了恰当地呈现这个图表，我真的将需要一个四维的屏幕。
Show her a three-dimensional version.
那就向她展示一个三维版本。
But a name, password and profile picture are a two-dimensional version of a person.
但是，姓名、密码以及注册资料只是一个人的二维版本。
Because the ca is one-dimensional, you can think of it as a row of cells.
因为CA是一维的，所以可以将它想像为一行细胞。
Most hierarchies are single dimensional, which means that all elements share a common root element.
大多数层次结构都是一维的，从而意味着所有元素都具有一个公共的根元素。
I have a vector which is in three-dimensional space.
假设有一矢量，在三维空间中。
The star model is the basic structure for a dimensional model.
星型模型是维度模型的基本结构。
So I would call it a one-dimensional crystal.
所以我们称之为一维晶体。
I'd like to return to gravity and work on a three-dimensional situation.
回到重力上，考虑一个三维问题。
Because a surface is a two-dimensional object, that will end up being a double integral.
由于表面是二维的，所以结果是二重积分。
A threed dimensional object has length, depth, and height.
三度空间的物体有长，宽，高三个度量。
Let's take a look at SOA layers in the two-dimensional space.
我们看一下二维空间中的soa层。
each one is a 3 dimensional vector, so we want a...
每一个向量都是一个三维向量，所以我们想要一个…
Also, use of the Math: : Complex module made simulating two-dimensional motion a trivial task.
此外，Math：Complex模块的使用使得模拟二维运动成了小事一桩。
Who use it will do a simple one dimensional poll.
spreadsheet使用者都会拿它去做简单的一维投票统计。
Let's make it a two-dimensional problem.
使它为二维问题。
Figure 1 shows the credit method in a three-dimensional signature space.
图1显示在三维签名空间中的credit方法。
First, let's do a one-dimensional case.
首先是一个一维案例。
First, let's do a one-dimensional case.
首先是一个一维案例。
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