Once you can see it and once you can step back from it, then you can also decide, "This pass is my filter. This pass is my constraint.
一旦你看到了它,一旦你能退一步思考它,你就能决定,这么走可以去伪存真,这么走会遇到困难。
And just kind of go from there and just kind of see where life takes me.
反正就是走到那一步之后再看下一步怎么走。
We already moved way forward and completely revolutionizing the understanding of an atom in that there's something in an atom - it's not the smallest thing there is.
我们已经超前走了一步,完全改变我们对原子的看法:,原子里面还有东西,它并不是最小的,但你也知道。
Well, if I do that, he'll do that and he'll do that and then he wins, so I won't do that," right?
要是我这样下,他就会那样下,如果他走了那一步,那他就赢了,所以我不会走这一步 对吗
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。
You've got to keep going a little further because you should follow the logic.
你们要做到永远多走一步,因为你们要会推理
And then we'll go one more.
然后我们将会再走一步。
I just doubled the indentation each time so you can see it. So each successive call, notice what's happening. The argument is getting reduced. And we're going another level in. When we get down to this point, we're calling it with just a string of length one.
因此每次成功调用注意它的过程,我们的命题不断简化,而且我们不断深入嵌套,当我们走到这一步的时候,我们就是在调用它处理,仅有一个元素的字符串了。
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