...该节点的"次"(degree),记为 d ;次数为奇数的点称为奇点(odd),次数为偶数的点称为偶点(even图中都是偶点的图称为偶图(even graph)次数为 0 的点称为 孤立点 ( isolated vertex ) ,次数为 1 的点称为悬挂点(pendant vertex)在无向图中, 2.
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Doing so forms the basis for a large graph, even at this level.
这样就形成了一个大型图表的基础,甚至可以在此级别上进行迭代。
By default, the key is in the top right corner; but if it is interfering with your graph, you can place the key elsewhere — even outside the graph, if you wish.
默认情况下,关键字在右上角;但是如果它妨碍了图,可以将关键字放到其他位置——如果愿意,甚至可以放到图外。
You will be able to permit other applications to access part or all of your graph to datamine it and provide you with value-added views and even automated intelligent assistance.
你允许其他应用进入部分或全部的图表,进行数据挖掘并提供增值的观点和自动的智能帮助。
We can know this information even if we just knew that the bond was stronger, we wouldn't need to look at a graph here, because it turns out that if you have a stronger bond, -- that also means that you have a shorter bond -- those two are correlated.
我们依然可以得到上面的信息,即使我们所知道仅仅是这个键更强,我们不需要去看这个图,因为事实上如果你有一个更强的键,这也就意味着你有一个更短的键-,这两点是互相关联的。
Even though the graph is going up and down, the object is moving from left to right.
虽然图上曲线是上下波动,但是物体是由左向右移动的
And the reason we can see that by looking at this graph is that we see that nitrogen when it's bonded is in an even lower well than we saw for hydrogen.
原因可以通过观察这幅图发现,我们看到氮在成键之后将处于更低的势阱中,对氢而言。
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