We're going to have other ways of building them, but it could be a collection of all the primes. Hm.
但是我们很快就要学习到,实际上这些集合是可以是任意的。
It helps us understand Israel's God as the end product of familiar cultural processes, processes of convergence We see convergences of cultures all the time--and differentiation.
它帮助我们了解以色列的上帝,它作为相似文化过程的最终产品,集合的过程,我们一直能看到文化的融合,及保留差异。
Where do we go from here? How do we mobilize?
我们如何集合起来?
All right? And I'm going to say-- sort of set that stage here, so that-- It turns out that that's probably about the best we can do, or again ends at the length of the list.
我要说的是,这一阶段的集合,我们用最优的方法完成,还是取决于列表的长度,好的,还是回到了我的问题上了。
So in that game we played at the end last time, what were the set of strategies?
上节课我们最后做的游戏,策略的集合是什么样的呢
And then furthermore "ship" is also the opposite of certain things, so that it would also enter into a relationship with "train," "car," "truck," "mule," modes of transportation, right?
而且,根据,船,这个词,我们还能衍生出其他集合,像是,火车,汽车,卡车,驴,等等交通工具,对吗?
But we said earlier that, you know, we're going to get - to the point where we want to have a lot of pieces of -- a lot of variables in memory, maybe 140,000 dictionary words for some future peace set, but we don't want to enumerate line by line by line 140,000 variables.
但是我们之前说过,你们知道的,我们将获得,有很多块--很多变量的内存的指针-,可能有140,000个单词的集合,但是我们不想一行行地列举,140,000行变量。
It's likewise, I think, part of our pleasure in this crazy world of disparate and it's part of our pleasure to read, to sort out, and to reassemble the various manifestations of truth.
这就像我们在这个疯狂的世界中享受,不同的令人困惑的真理一样,这是我们享受的一部分,去阅读去挑选,去重新集合不同的真理的表达。
Humans are collections of cells, all cells are the same in important ways, but cells acquire differences during development, and so we are collections of billions of cells.
人类是一个细胞的集合,细胞在关键方面都是一致的,但在发育中细胞获得了不同的特点,而我们是一个数以十亿计的细胞的集合
So, we have a collection of objects.
所以,我们有一个对象集合。
There's an interesting thing to do.
我们可以换种方式来建立集合。
Now I need to distinguish this from the set of possible strategies of Player I, so I'm going to use capital "Si" to be what?
我们需要把这个特定的策略和,参与人i的可能策略集合区别开来,我们用大写的Si来表示什么
And so this is not like a math problem set or a physics problem set. Or, like a high school physics lab, where we all know what the answer should be, and you could fake your lab results anyway.
或是物理问题集合,又或者是高中的物理实验室,我们对这些问题都有确切的答案,或者你可以把你的实验结果改成正确的,有些事情是不能明确界定的。
So let's consider Smith's convergence first.
让我们先来考虑Smith所提出的集合。
On the other hand, we've seen n that if the size of a is n, that's to say, we have n elements to choose from, then the number of possible subsets is 2 to the n.
另一方面,我们看到,如果a集合的大小是,也就是说我们有n个元素可供选择,而可能的子集的元素,个数就是2的n次方。
I can write it explicitly. I can write it inside of a FOR loop. And we've started to add, and we'll see a lot more of this, examples of collections of structures so that we don't just have to do something that can be easily described as walking through a set of things but can actually be a collection that you walk through.
我可以明确的写出来,我可以把它在FOR循环的内部写出来,然后我们开始学习了add这个运算符,我们会在以后学习很多的,集合的数据结构的例子,这样一来我们可以进行一些,很简单的遍历集合的操作,我想要为大家指出的最后一件事情是。
We've got the choices they could make: that's their strategy sets.
我们有他们可能选择的策略,就是策略集合
That is basically saying, given some collection of data, I want to have again a looping mechanism, where now my process is, walk through this, the collection one element at a time. And for that, we have a particular construct, called a FOR loop.
现在我的过程就是,通过一个个访问这个集合中,的元素的方式,来遍历这个集合,为了达到这个目的,我们有一个特定的结构,成为FOR循环。
This strategy set--formally, Let's just simplify it here-- let's assume that for each Firm i they can set their price anything bigger than 0 and anything less than 1, just to keep life simple.
至于策略集合,我们把它简化成,假设每个公司i能,将它们的价格设定为,大于0并且小于1,仅仅为了简化处理
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