So, doing those probability density dot graphs, we can get an idea of the shape of those orbitals, we know that they're spherically symmetrical.
概率密度点图上,我们可以对这些轨道的形状,有个大概了解,我们知道它们是球,对称的,我们今天不讲。
So it's a little spot, a little dot on the map.
所以,它是个小地方,在地图上,它也只是一个小点。
Is something in the set, or is table member something in the table? Well, what I would have written is something like table dot member.
在集合或者表中有没有存在过呢?,好吧,我会写的是,然后也可能是元素或者表格。
global c Well, let's go ahead and open up global dot c, or you can follow along up here.
好的,我们继续打开,或者你们可以跟随这里个地方。
So, one way we could look at it is by looking at this density dot diagram, where the density of the dots correlates to the probability density.
其中一个理解它的方法,就是通过看这个密度点图,这里点的密度,和概率密度想关联的。
And you see that the dot intensity grows as you get closer and closer to the center.
点的密度随着到中心的距离,缩短的变密。
Okay? So those are the basic note values normally with a duple division but we can superimpose triple by using a dot and the absence of sound.
清楚了吗,这些就是基本的音符值,一般是双倍形式分配,但我们可以把它添加为三倍形式的,通过加上附点当然还有休止符
So just a dot, and the dot can move around all over space.
就是一个点,这个点能在空间各处自由运动
And the gears begin turning and the bud opens, dot, dot, dot, dot.
齿轮开始转动,随即花蕾绽放,哒,哒,哒,哒
And in fact if I go off and run this, OK, what I was printing here was s 1 dot length, and that's -- What is it doing?
他们就是一些有结构的实例,实际上如果我去运行下这个,好,我这里输入的?
All right, c p 1 dot y, x I've said assign that to the value 2, 2,0. So now c p 1 has inside of it an x and y value.
一个特定的版本,我现在命名了一个内置变量,并给它赋值了,我刚刚做的也就是给它。
And the idea is that when you do these Lewis dot structures, we're representing electrons with dots, which we'll see in a minute, and each dot is going to represent a valence electron.
而当你遇到这些路易斯点结构时,我们会将电子用点来表示,我们马上就会看到,每个点都代表了一个价电子。
I'm then printing bracket one, bracket two, bracket three, bracket dot, dot, dot up until the total number of arguments, 1 whatever that may be, and it's going to be at least one because the program always has a name.
然后我打印,括号等等等,知道打印完所有的参数,不管那个最大值可能是什么,它将至少为,因为程序总是有一个名字。
stdio h It pretty much means open this file, standard IO dot H and just paste its contents right here.
它的大致上的意思是打开这个文件,然后把它的内容粘贴在那里。
printf That's not actually where someone implemented print F and related functions, rather, in dot H files, by convention, are prototypes.
那实际不是有某人在哪里执行,相关函数,而是在,h文件中,按照惯例,它们是函数原型。
So p dot Cartesian is a kind of accessor, it's getting access to the data.
这就是为什么,我想要使用访问器的原因。
a out >> So the dot slash the A out thing-- >> Uh hmm.
>那个-,>>,嗯。
Hence the use of the dot notation.
圆点标记法来解决这个问题。
There's the name of the program including the dot slash.
这里有程序的名字,包括。
Now I'm typing dot slash as a convention.
现在我输入。
So when I type, I'm sorry, I shouldn't say type, c point although I would have typed it, p dot x, here's what basically happens.
处于特定点的实例的这个概念,我知道它来自于这个类,这个类,when,I,write,因此当我输入,抱歉,我不该说输入的,当我写,虽然我需要输入它,p,x的时候。
So I've got one more piece of bad code on this point and this is buggy five dot c. So as a comment on top bug of this file challenges, what is, in fact, the bug.
所以我在这里得到了一块很烂的代码,这个是buggy5,c,所以作为这个文件顶端的注释,那实际上是那个。
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