若要简化extension类的创建,可以扩展预定义的超类ExtensionImplBase,它已经为您实现了一些方法。
To simplify the creation of the Extension class, you can extend the pre-defined superclass ExtensionImplBase, which implements some methods for you.
为简化这一过程,我创建了一个完整 CDT 的精简版,我把它称作 Bare Bones CDT(BBCDT)(参见 下载 获得它的代码 )。
To make this process easier, I've created a stripped-down version of the full CDT that I call the Bare Bones CDT (BBCDT) (see Download for the code).
然而因为这个在世存有是以某种特定的在世经验为范本,所以它必然过度简化了这种在世存有从一开始就已经预设的世界的复杂性。
However, since this concept of Being-in-the-world is modeled after a particular experience, it is necessarily a reductive interpretation of the fundamental complexity of the world.
And as long as that smaller computation reduces to another smaller computation, eventually I ought to get to the place where I'm down in that base case.
如果我不属于基础事件,那么我需要把它简化为更简单的计算,随着计算的不断简化,最终我能分解成基础事件。
But I want to stress again, as long as I do the base case right and my inductive or recursive step reduces it to a smaller version of the same problem, the code will in fact converge and give me out an answer.
就开心的去做吧,但是我想再次强调,只要基础事件处理正确而我的递归,或递推步骤能把它简化为更简单的同类问题,那么这段代码就可以收敛。
Now the bases, and you don't need to memorize the structures of these I'm going - I'm describing the whole molecule to you in its molecular detail and then we're going to simplify it down to a version that we can talk about more easily.
现在讲碱基,你不需要记住这些结构,我将给你们详述整个分子,的结构细节,然后我们把它简化为一个模板,使我们更容易讨论
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