There are two possibilities. If the answer is yes, then I'm still looking for the answer, what do I want to do? Well, I don't have to do anything other than change the counter.
这就是一个测试,有两种可能的结果,如果结果为是的话,然后我就要继续找寻目标数,我该怎么做呢?好。
and you say, "ok, this is the reason, and this is the result. This is why I feel the way I feel."
你可以说,“好吧,这就是原因,这就是结果。这就是我有这种感觉的原因。”
Well, you could just try it and see if it works, right? That's what testing is all about.
你可以仅仅的去试试运行程序,然后看看结果对不对?这就是测试的内容。
One result of this is Yeats's and this is interesting his lack of interest in the god.
这样的结果就是,这很有意思,–,因为叶芝对上帝没兴趣。,–
Three. Good, so everyone that recognized that probably got the right answer of three angular nodes here.
三,很好,那么知道这一点的同学,应该都得到了正确结果,也就是三个角向节点。
And this is the familiar result from ordinary mechanics, where you're not worrying about something like entropy for a whole collection of particles.
在普通力学中,如果不关注大量粒子的熵,诸如此类的物理量的话,这就是我们通常见到的结果。
It would happen to anyone who was a goldsmith because it's just the logical extension of the business.
任何一个金匠都会想到这个点子,因为这就是的这种业务必然的演变结果
And we plug in our values and end up with mv squared mv^2/r-Ze^2/ over r minus Ze squared over And I am going to call this equation two.
我们最后的结果,就是,我把这称为方程式二。
That's a really a major trade-off in the application.
这就是我们进行调整后的结果。
this is from bill designed to lower unemployment.
这就是意在降低失业率的法案,造成的结果。
And that's essentially what we saw people have more nucleus accumbens activation priority choice " they are more likely to choose that stock.
这就是我们得到的结果,在作出选择时,受试者的伏隔核活动越多,他们就越有可能选择“股票。
So I tried running a program in this little black and white window called GCC and we'll see it today working properly that is a so called compiler.
在一个名为GCC的黑色小窗口里,运行我们的程序,然后得出想要的结果,这就是所谓的编译器。
And check the answers, and say yeah that's what we expected. But it also involves reasoning. About why that's an appropriate set of inputs to test it on it.
然后说对,这就是我想要的结果,但是它跟推理也有关系,表现在关于为什么这是一个,测试我们程序的适合的输入集。
OK, what I would like you to see is I've been printing out, as I went along, actually let's back up slightly and look at the code. There's merge sort.
好的,我想让你们看就是我运行过后,打印出来的结果,我们再回头看一下这段代码,这就是归并排序,输入一个列表。
OK, so what have I done? I just added a little bit more now. I'm now running through a pair of loops. Again notice the encapsulation, that nice abstraction going on, which is what I want. Once I get to this stage though by the way, there might be more than one solution.
我现在运行了一对循环,再一次注意这个封装,抽象得很好,这就是我想要的结果,我按这种方式走到这一步的时候,可能会有多组答案。
And we put all that together and here is what it looks like.
我们把所有统一起来,这就是最后结果的表达形式。
It's pretty obvious. It's all here. It all falls out.
很明显,全在这儿,这就是结果。
The ends are fixed. That is all I am doing.
结果是的固定的,这就是我将要做的。
That's what I got using this sample period.
这就是用这个取样期间的数据得出的结果。
Here's where it comes. " The result of the discussion of these questions seems to be a general acknowledgment of the inadequacy of classical electrodynamics in describing the behavior of systems of atomic size."
这就是他来的地方“,这些问题讨论的结果,似乎变成了一种普通的知识,经典电动力学,不能描述原子尺度的系统行为“
So we'll start to look at molecules and we'll see if we take two atoms and we fill in our molecular orbital and it turns out that they have more anti-bonding orbitals than bonding, that's -- a diatomic molecule we'll never see.
我们要看开始看一看分子,并且我们会发现如果我们,取两个原子并且填入分子轨道,结果是它们的反键轨道,比成键轨道更多,这就是-一个我们不会看到的二元子分子。
This is a consequence, again, of knowing the electron filling.
这就是结果,再次了解了电子的填充。
And, here's what their findings were.
这就是他们的研究结果。
Is the first part. That says, I took the branch through here that eventually got to the end and said, there wasn't a solution, in which case I'mgoing to print out, there ain't no solution, otherwise I'll print out the pieces. All right, let's check it out. Ah, what did I say?
我是否返回了特殊的none值?是第一部分,这里的意思是我从这个分支,走到这儿最终走到最后,并告诉我这条路没有解决方案,也就是我想要打印的结果,没有符合的结果,否则我会把它们输出来?
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