What Levi-Strauss is saying here is that his approach to myth is itself only a version of the myth.
列维这里想说的是,研究神话的方法本身只是神话的一个版本。
The first is, that while God's promise is sure, the manner and the timing of its fulfillment is quite unpredictable.
首先是,上帝的承诺是确定无疑的,但实现的方法和时机却都是不可知的。
OK, clearly we'd be much better off if we had some systematic quantitative way to tell whether something would happen spontaneously.
好,如果我们有一些系统定量的方法来判断,一个过程是否会自发进行,那就会更好了。
What's the complexity of this decision tree solution? Well, in the worst case, we're enumerating every possibility of in and out.
决策树解决方法的复杂度是多少?,在最糟的例子中得列举,所有可能的输入和输出。
Let's say you have to go through three or four operations to get a final number, well, do it algebraically.
让我们说,你不得不通过3-4个操作,才能得到最终的数,好吧,用代数方法求解。
It was a kind of powerful moment in American culture where the president allied himself with poetry in this way.
这在美国文化中是个伟大的时刻,这时总统用这种方法把自己和诗歌连接。
I approach it the way a few other philosophers do in a way that is characteristic of conceptual analysis.
我研究电影的方法其他一些哲学家也在使用,这种方法,以概念分析为特点。
And another option which I'm interested in from the standpoint of my own research is you could see them as disgusting.
另一个我感兴趣的方法,是来自我自己的研究立场,这个方法就是对他们感到反感。
Therefore, the pedagogical techniques that we use in teaching "Listening to Music" Are virtually identical to those that we use in teaching language.
因为,我们在本课中运用到的教学方法,基本上和在语言教学中用到的方法,是一样的
And so you have to go back to the drawing board and realize Bubble Sort or whatever it is you're using just isn't enough to snuff, I need to come up with something more clever.
因此,你必须重新开始,而且会意识到冒泡排序,或你正在使用的方法并不理想,我需要提出一种更好的方法。
But ultimately, the best way, the optimal way spreading happiness is to work on your own happiness, because then you are leading by example.
但最好的方法,传播快乐的最佳方法是努力争取自己的快乐,因为那时你就成为榜样。
And the only solution that I can see, at least the best solution that I can see, is to accept the no branching rule.
且我看唯一的解决方法,至少是最合适的解决方法,就是接受无分支理论。
And so in the 1940s, a group of people led by Collier started to develop a large scale production method for making a reliable source of vaccinia virus.
在二十世纪四十年代,科利尔带领一群人开始研究,一种大规模的生产方法,这种方法能制得牛痘病毒的可靠来源
And this exercise of being able to work In these three different modes, economic intuition, graphs, and kind of nerdy high school math is a lot of what we want to get you used to as Economic Majors, just to be able to translate easily between those.
这个练习可以用,三种不同的方法解决,即,经济直觉,图表,和一些讨厌的高中数学,希望经济学专业的同学能掌握这些方法,对于这些方法能够随手拈来
that's one way to think about it, and there's also another way, and this is the way that your book presents it. If you, in fact, have two of the same atom right next to each other, let's say you have a crystal, or let's say you're talking about a metal, what you can do is just look at the distance between the two nuclei, and split that in 1/2, and take the atomic radius that way.
这只是一种定义的思路,另外还有其它方法,也就是你们课本上的方法,如果你,事实上,有两个相同的原子彼此靠在一起,比如说你有一个晶体,或者说你讨论的是一个金属,你所要做的就是,看看这两个原子核之间的距离,然后将距离除以二,就得到了这个原子的半径。
It means instruction, way, teaching, and that refers to the first five books that you see listed here, Genesis through Deuteronomy.
这个词其实有指示,方法,教义的意思,它也指,这边列出的五经,从《创世纪》到《申命记》
And our goal is then to basically see how we can build systems that take advantage of that modularity.
方法优点的系统,好,那么最基本的思想,就是,我想要把信息放在一起,我想要把应该。
So I'm first going to look for something that's not in the list, I'm going to see, is minus 1 in this list, so it's going to be at the far end, and if I do that in the basic case, bam.
如果我试试第一种最基本的方法,噢,一下就完成了对不对?,因为这种方法查了下第一个元素,然后发现目标数比较下,因为目标数小于第一个元素。
I'll let you chase it through, it does work. What I want to look at is, what's the order of growth here?
我会让你们去运行这个方法的,确实能得到正确答案,我想问的是,这个解决问题的方法的增长率是什么?
One of the things that I defined inside my class definition here was an internal method.
就是这里的内部方法,这个方法有个名字,这很明显,那么这个方法。
And inside of the machine, and things we'll talk about, there is a process that will allow that sequence to be executed as described in that recipe, so it can behave like any thing that I can describe in one of those recipes.
在机器里面,还有我们要说的,里面有一个我们允许的,在方法中描述的,将要被执行的序列的过程,因此它可以像我在方法之中,描述的任意一种那样来表现。
It means anybody using that little function get float doesn't have to worry about what's inside of it. So for example, I decide I want to change the message I print out, I don't have to change the function, I just pass in a different parameter.
这代表着用这个方法去获得浮点数,的任何人都不用担心具体的实现了,例如,如果我想改变下,显示的信息的话,我不必去改变方法,我传个不同的参数就可以了。
As I said, what we want to do is, we want to count the number of basic steps it takes to compute a computation as a function of input size.
我刚才提到了,我们要建立,一个根据输入大小的方法来计算,一个计算过程需要的时间,建立这个方法需要几步呢?
We have to invent a process, a chemical extraction process that will make the production of magnesium cheaper so that we will have the opportunity to avail ourselves of energy-efficient materials.
我们必须发明出一种方法,一种化学提炼方法,能够使生产镁变得更便宜,那样我们才有机会,让我们自己用上高效能的材料。
That's part of the struggle, undoubtedly, but another part of the struggle is simply to reach some means, to break through to some means of understanding the thing that you're talking about.
这就是斗争的一部分,另一部分是去寻找某种方法,能让人们通过这种方法,理解所谈论的事物。
Suppose instead, I want a machine that can take a recipe, the description of a sequence of steps, take that as its input, and then that machine will now act like what is described in that recipe.
假设换成这个,我想要一台可以安装描述,一系列步骤的结果的方法的机器,把那个当做输入设备,然后那台机器可以像方法中,描述的那样运行了。
So you can actually say, how do I know which methods are associated with the class? For that, we can call dir. And what it does, is it gives me back a listing of all the things, dir all the methods, that are associated with it.
我们开始建立类了,我们得到了这些方法,因此实际上你可以说,我怎么知道,哪些方法是关联与这些类的?,为了解决这个问题,我们可以调用,这个方法的作用。
I'm using it as an abstraction, saying I'm going to have square root from somewhere, maybe I'll build it myself, maybe somebody gives it to me a s part of a library, so I'm burying the details inside of it.
我把这个方法作为一个抽象来引用,意味着我将会从另外一个,地方去求一个数的平方根,可能我会自己写这个方法,也可能我会从别人写的lib中去引用,因此我将实现的细节放到了其他地方。
I wanted to show you that, so, first thing I'm going to do is say, all right, I know I'm going to need square root in here, so I'm going to, in fact, import math.
我们可以开始完成这个方法了,我想让你们看到完成这个方法的过程,第一件事情就是,我们在这儿需要一个求平方根的方法,实际上我将引入math包。
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