So, the curious thing about recursion is that pretty much always can you implement this idea of doing the same thing again and again and again but with smaller bytes each time.
可见,递归算法中新奇的一点是,为了实现一个想法,你可以一遍又一遍地做相同的事情,但每次的规模都会有所减小。
Just as you are making decisions about your life, where you need to go and what needs to happen next.
当你正在为自己的人生做决定的时候——你要去哪儿?接下来又会发生什么?
What would you do if your professors told you that all the time?
若你的导师一直那样教你你又会怎么做呢
And even once we acquire those skillful movements the circuits that produce those movements need to be continually recalibrated as the body changes, as it grows and then ages we need to make those recalibrations or our movements will again become clumsy like those of a child.
即使你掌握了这些复杂的动作,产生这些动作的神经回路还会根据你的体态不断作出调整,随着这些回路的老化,你要做的这些调整,或者说动作又会像孩提时那样,变得笨拙起来。
The idea was to think of a strategy that is the best you can do, given your belief about what the other people are doing: what your opponents are doing, what other players are doing.
在你已经对别人如何行动有一定信念时,你能想到的最佳的策略,你的对手会怎么做,其他人又会怎么做
And now here comes Eboo Patel telling me you don't have to add this to the already busy things I have to do.
现在Eboo,Patel又告诉我,你不必将此添加到,我必须做的已经很繁忙的事务中了。
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