They'll keep trying to get it going, but maybe we should move on with our lives here while this is happening, and we'll click it back at the end, and if we have a nice set up at any point, I'll just stop and we'll go back and we'll look at it again.
它们会一直让它保持运动,但是或许我们应该,在这个过程中离开一会儿,我们在最后点击它,如果我们在每一个点,都有一个好的装置,我就会停止然后,返回再去看看它。
but I think my advice would be just to keep on trying, really.
但是我想我的办法是坚持下去,真的。
You could run through a little loop to say keep trying until you get one. But one of the ways I could deal with it is what's shown here.
你可以运行一个小循环来不断地做,直到得到一个输入,但你应该做的是弄明白这里到底要干什么。
That is a Greek idea of hell, where you got to keep trying and you always lose. So, that's the picture and you have to realize that death is a bad thing.
这就是希腊式的地狱,你不断尝试,却终究会失败,就是这样的场景,你必须得认识到死亡是不好的
The formalists don't want to keep that distinction for the reasons that I have been trying to develop.
就像我已经阐述过的一样,形式主义者不认同这种区别。
My unwillingness to discuss them isn't a matter of my judgment that they're unimportant, just trying to keep at least roughly on track.
我不想讨论这些问题不是因为,我觉得它们不重要的,而是想尽量不要跑题。
So, we just have to keep improving our regulation and trying to make a deal with all of the problems as they come up.
因此,我们更该完善监管,我们应该想个应对问题的万全之策
Now you keep on trying and because the reinforcement is intermittent you don't expect it as much and so your behavior will persist across often a huge amount of time.
你会不停的尝试,因为此时的强化是间隔强化,你并不会抱有很高的期望,因此,你的行为,通常会持续相当长的一段时间。
I mean we haven't, we don't really have a second version which is constantly... So I guess for most of last school year I just worked on scaling and kind of trying to make it keep up with the increasing load and trying to make it so that we can expand more, adding more schools.
说实话,我们从来没有,第二个版本。,我记得,在上一学年大部分时间里,我都在致力于扩大网站规模,这样是为了应对,不断增长的访问量,我试着完成目标,这样就能吸引更多学校。
This intuitively should make a lot of sense, because we know we're trying to minimize electron repulsions to keep things in as low an energy state as possible, so it makes sense that we would put one electron in each orbital first before we double up in any orbital.
这个直观上讲得通,因为我们知道尝试去最小化电子排斥力,从而尽可能的保持处于一个较低的能态,所以它讲得通,在我们在同一个轨道放入两个电子之前,我们首先把电子放入每一个轨道。
They're trying to lay out an argument which is consistent and continuous and keep surprise to a minimum.
他们试图自然地建立起一个论点,使之一致,使我们的诧异最小化。
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