在管理节点上有对每个计算节点的定义。
Definitions for each of the compute nodes exist on the management node.
可以在这些节点之间添加任何转换节点,以支持对每个记录进行修改。
Any transformation node could be added between these nodes to enable the modification of each file record.
默认情况下,在模板实现期间,所有节点都被实现为主节点,这种节点支持对复制的随处更新。
By default, all nodes in the template realization are realized as primary nodes that support update anywhere replication.
So, you should know that there's four radial nodes, right, we have 5 minus 1 minus l -- is there a question?
你们要记住这里有四个节点,对吧,5减去1减去l,有问题吗?
They're pretty straight forward to do and it gives us an idea what kind of nodal structure we can expect it an orbital.
这个对我们来说很明显,而且让我们对,预计是哪类节点有个概念。
The point I wanted to make is that for every node, except the leaves, the leaves are the bottom of a tree in this case, are weird, right, they draw trees where the root is at the top, and the leaves are at the bottom.
你没必要看到整棵树,我想说的重点是,对每个节点来说,除了叶子节点,叶子节点指的是树的最下面的节点,电脑科学家都很奇怪,他们画树的时候根是在最上面的。
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