In addition to the Thermal Monitor feature, the boxed Intel Pentium 4 processor fan heatsink uses a high quality variable speed fan which allows the processor to remain within its operating thermal specifications by running at different speeds over a short range of internal chassis temperatures. The processor fan operates at a low speed while internal chassis temperatures are low. If internal chassis temperatures increase beyond a lower set point, the fan speed will rise linearly with the internal chassis temperature until the higher set point is reached. As fan speed increases, so does the noise that the fan generates. Systems should be designed to provide air around the boxed processor fan heatsink that remains below the lower set point. These set points, represented in Table 1 and Figure 1 can vary by a few degrees from fan heatsink to fan heatsink.
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These set points, represented in Table 1 and Figure 1 can vary by a few degrees from fan heatsink to fan heatsink.
这些设定点,如表1和图1所示,对于不同的风扇散热器可以有几度的差异。
With these pain points in mind, we set about to create a new debugger feature where the right information was collected at the time the problem occurred.
明确了这些要点之后,我们有了一个新的调试器功能的构想:它需要能够在问题发生的时候就搜集到正确的信息。
Using these four points, I've effectively set up JDepend to work its magic on a particular code base.
按照这四个要点,我已经有效地设置了 JDepend,以针对特定代码库发挥其魔力。
But here, if I decide I'm going to store things not in x and y, but with some other set of names, for example, I've gotta go back into these pieces of code that use the points, and change them. So I've lost modularity.
除了要改下借口,但是这里,如果我决定,我不把值放在x和y中,而是和其他一些变量名进行绑定,例如这样的话,我就得回到使用这个点的代码,那儿去做更改了。
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