本文为您带来坐标系的英文翻译，包括坐标系用英语怎么说，坐标系用英语怎么说，坐标系的英语造句，坐标系的

本文为您带来坐标系的英文翻译，包括坐标系用英语怎么说，坐标系用英语怎么说，坐标系的英语造句，坐标系的英文原声例句，坐标系的相关英语短语等内容。

坐标系的英文翻译，坐标系的英语怎么说？

坐标系的英语网络释义

...《Spatial Reference by Coordinates》。进一步的话会介绍下开源投影库和商业软件投影相关的知识。 坐标系（coordinate system、CS）：由两个、三个甚至更多个坐标轴，单位标度等组成，使得可利用数学法则计算距离、角度或其他几何元素。

坐标系（Coordinates） ： 确定了参考系后，为了能够定量地描述一个物体的运动，必需在选定的参考系上建立一个合适的坐标系 。

作用力 applied force 坐标系 coordinate frame 【版权声明】欢迎进入我的英语学习网站。

绝对坐标系（CSYS）： 固定坐标系，在整个设计过程不能改变位置和方向。用X、Y、Z表 示，系统默认初始的WCS与CSYS是重合的，绝对坐标系在屏幕上不显...

坐标系的汉英大词典

坐标系

• coordinate system; frame of axes

坐标系的英语短语

坐标系的英文例句

那用什么坐标系来计算这个积分呢？

What coordinates do we use to compute this integral?

实际上，在坐标系中做会方便一点。

Actually, there is a better way to do it in coordinates.

Flash坐标系的工作原理。

How the Flash coordinate system works?

这是极坐标系下的二重积分。

Anyway, that is double integrals in polar coordinates.

2 - D图形的坐标系如图2所示。

The coordinate system, for 2-d graphics, is shown in Figure 2.

把它转换到极坐标系下。

And I would like to switch that to polar coordinates.

要按照距离进行查询，必须使用投影坐标系。

To query by distance, you must use a projected coordinate system.

WKT和SVG在坐标系中定义不同的原点。

WKT and SVG define different origins for the coordinate systems.

关于在xy坐标系里建立二重积分有问题吗？

OK, any questions about how to set up double integrals in xy coordinates?

我们必须总是用,我们所谓的-,“右手坐标系

You will always, always have to work with what we call "a right- handed coordinate system."

这道题最合适的方法，应该在极坐标系里面计算。

OK, the right way to do this will be to integrate it in polar coordinates.

如果实体是圆形状的话，那就可以考虑用极坐标系。

If my solid is actually just going to be round then I might want to use polar coordinates.

我们有直角坐标系，有柱坐标系和球坐标系。

We have rectangular coordinates, we have cylindrical coordinates and we have spherical coordinates.

怎么在坐标系中计算呢？，或者说，怎样用分量来做呢？

How do we do the calculation in coordinates, or I should say using components?

或者还是用极坐标系，这比直角坐标系更好。

Or I can use polar coordinates,and it works a little bit better that way.

我们所画的图是在xy坐标系内的，在这里我们可以。

Well, we had here a picture in xy coordinates where we had our sides.

通常你转换到极坐标系下，有可能积分区域更容易建立。

I mean usually you will switch to polar coordinates either because the region is easier to set up.

做三重积分，和二重一样，当然，我们会有更多的坐标系。

When we do triple integrals in space, well, it is the same kind of story, except now we have, of course, more coordinate systems.

但还是可以建立这个积分，然后转换到极坐标系下去求结果。

But still we could set this up and then switch to polar coordinates to evaluate this integral.

请说，你想知道极坐标系下的积分边界，这是一个二重积分。

Yes? In case you want the bounds for this region in polar coordinates, indeed it would be double integral.

而旋度度量了，运动中的旋转情况，这跟坐标系的选择有关。

And when I say that the curl measures the rotation in a motion, well, that depends on which coordinates you use.

不过，您需要为位于其父组件局部坐标系中的组件显示工具提示。

However, you need to show the tooltip for a component that lies in the local-coordinate system of its parent.

下面的图表描述了几种常见的方法在坐标系中的位置。

The following chart illustrates where several popular methods appear along these dimensions.

这个是做不成的，事实上我们也许可以有更好的坐标系？

You will never get there. What happens is actually maybe we need better coordinates. Why do we need better coordinates?

我们目前已经学习了三重积分，以及如何在各种坐标系中建立它们。

We have been working with triple integrals and seeing how to set them up in all sorts of coordinate systems.

如果你想使用。,螺旋锥法则,必须保证自己是,在用右手坐标系。

You must work... if you use the right-hand corkscrew rule make sure you work with the right-handed coordinate system.

另一种选择，也就是我要选的那种，是转换坐标系，让这个点变成原点。

The other option, which is the one I will choose, is to change the coordinate so that this point become the origin.

使用plot命令，gnuplot可以在直角二维坐标系中进行操作。

With the plot command, gnuplot can operate in rectangular or polar coordinates.

您需要使用其他方法将该子元素从局部坐标系转换到内容坐标系。

You need some extra methods to convert that item from its local-coordinate system to its content-coordinate system.

如果给出了积分区域，你就要找出积分边界，也许通过选择适当的坐标系来做。

If it is the region of integration then it will go into the bounds of the integral and maybe in the choice of the coordinate system that you use for integrating.

坐标系的原声例句

So, there is a way to go from the unprimed coordinates to the prime coordinate by rotating your axis and actually calculating the components.

现在我们有一种方法可以从原坐标系,转变到新坐标系,只要旋转坐标轴,并实际地计算一下坐标即可

On the vertical axis I'll put two vertical axes in, just for the sake of things on the vertical axis I'll put my expected payoffs.

坐标系的纵轴,由于种种原因,我花了两个纵轴,纵轴表示我的预期收益

But you agree that there is no reason why somebody else couldn't come along and say, "You know what, I want to use a different set of axes.

但是你们得认识到,没有人会站出来说,"我想要用一套不同的坐标系

Here are the axes again.

再画一个坐标系。

That was Cartesian space. When I plot r as a distance out from the nucleus that is sort of our simple-minded planetary model. Now let's look at energy.

笛卡尔坐标系，当我用r表示,离原子核的距离时，那只是我们头脑中简单的,类似行星的模型，现在我们看一下能量问题。

And similarly, actually, if we're looking at our polar coordinates here, what we see is it's any place where theta is equal to is what's going to put up on the x-y plane.

类似的，如果我们,看这里的极坐标系，我们能看到只要在theta等于,多少的地方就是ｘｙ平面。

The components come in the minute you pick your axis.

但它的分量由你所选择的坐标系确定

What I want to do is I want to draw a picture here, in which on the horizontal axis, I'm going to put the probability of the other guy choosing Right.

我要在这里画一张图,坐标系的横轴,表示对手选右的概率

Those directions are more natural for me."

这套坐标系对我来说更显得自然"

How do the components of A in the new rotated coordinate system relate to the components of the old coordinate system?

在旋转后的新坐标系中 A 的分量,和原始坐标系中 A 的分量有什么关联呢

You've got to be very used to the notion of taking a vector in some oblique direction and writing it in terms of i and j.

你们应该已经很熟悉,倾斜的坐标系中矢量的概念,和用 i 和 j 来表示该矢量的方法

For the simplest context in which one can motivate a vector and also motivate the rules for dealing with vectors, is when you look at real space, the coordinates x and y.

对于最简单的情况,我们能用矢量,以及相关的规则来处理的,是实空间,x-y 坐标系

I mentioned something of increasing importance only later, which is that you are free to pick another set of axes, not in the traditional x and y direction, but as an oblique direction.

后来我又讲了更重要的知识点,你可以随意选取另外一个坐标系,不再是传统的 x 和 y 方向,而是倾斜过的方向

For most of us, gravity acts this way, defines a vertical direction very naturally and the blackboard is oriented this way, so very natural to call that x and call that y and line up our axes.

对我们多数人来说,重力作用下,很自然地确定了竖直方向,而我们的黑板又是这个指向的,所以很自然地定出 x 轴和 y 轴,并标出我们的坐标系

I gave you a law of transformation of the components; namely, if the vector has components Ax and Ay in one reference frame and Ax prime and Ay prime in another reference frame, how are the two related?

我介绍过分量变换的法则,即如果矢量在一个坐标系的分量为 Ax 和 Ay,在另一坐标系中的分量为 Ax' 与 Ay',它们有着什么样的联系

坐标系的网络释义

坐标系 坐标系，是理科常用辅助方法。常见有直线坐标系，平面直角坐标系。为了说明质点的位置、运动的快慢、方向等，必须选取其坐标系。在参照系中，为确定空间一点的位置，按规定方法选取的有次序的一组数据，这就叫做“坐标”。在某一问题中规定坐标的方法，就是该问题所用的坐标系。 坐标系的种类很多，常用的坐标系有：笛卡尔直角坐标系、平面极坐标系、柱面坐标系（或称柱坐标系）和球面坐标系(或称球坐标系)等。中学物理学中常用的坐标系，为直角坐标系，或称为正交坐标系。 从广义上讲：事物的一切抽象概念都是参照于其所属的坐标系存在的，同一个事物在不同的作标系中就会有不同抽象概念来表示，坐标系表达的事物有联系的抽象概念的数量【既坐标轴的数量】就是该事物所处空间的维度。 两件能相互改变的事物必须在同坐标系中。

以上关于坐标系的英语翻译来自英汉大词典，希望对您学习坐标系的英语有帮助。