CLR分析器还可以按类类型或者随着时间的流逝显示分配视图，标识每个方法所分配的字节数量，并且显示在整个测试周期中执行的方法序列。
CLR Profiler can also show allocation views by class type or over time, identify the number of bytes allocated by each method, and display the sequence of methods executed over the life of the test.
这不是一个内存使用分析器，而是一个应用程序瓶颈检测工具，用于发现代码中运行时间最长的地方。
This is not a memory usage profiler, but a tool used to detect application bottlenecks, the places in the code where most of processing time is spent.
一种更精确的测量——甚至可以测量运行单个源代码语句的时间——可以采用代码分析器。
A far more accurate measure — one that can even gauge the time taken to run a single-source code statement — can be taken using a code profiler.
分析器结果可以帮助标识应用程序的关键路径；即大部分时间所执行的代码。
Profiler results help you identify the critical path of your application; that is, the code that is executed most of the time.
分析器有自己的开销，因此最好的办法就是花点时间来弄清是什么开销。
Profilers have their own overhead, so it's a good idea to spend a few minutes figuring out what that is.
如果不是时间而是内存使用出现了问题，那么一个优秀的分析器还可以显示组件的内存占用情况。
If time isn't the issue, but rather memory usage, a good profiler can also reveal component footprints.
Bootchartd本质上是一个分析器，它每隔一段时间定期对环境进行采样(默认间隔是200ms)。
Bootchartd is essentially a profiler that samples the environment at a periodic interval (by default, once every 200 ms).
物理是非常消耗CPU的。它可以通过编辑器分析器被优化。如果物理模拟看起来花费了过多的CPU时间。
Physics can be CPU heavy. It can be profiled via the Editor profiler. If Physics appears to take too much time on CPU.
分析器窗口的上部显示随着时间的推移的性能数据。
The upper part of the Profiler window displays performance data over time.
分析器窗口，在时间轴上显示数据，所以你可以看到帧或区域峰值（比其他需要更多的时间）。
The Profiler window then displays the data in a timeline, so you can see the frames or areas that spike (take more time) than others.
分析器的响应时间是由空载时间和平衡时间组成。
The response time of the analyser is made up of dead - time and equilibration.
在时间轴中的任何地方按一下，分析器窗口的底部区域会显示选定的帧的详细信息。
By clicking anywhere in the timeline, the bottom section of the Profiler window will display detailed information for the selected frame.
使用编辑器分析器来得到最有问题的函数调用，并且在第一时间优化它们。
Use the Editor profiler to get the most problematic function calls and optimize them first.
用计数的方法解决脉冲幅度分析器系统的谱峰幅度损失问题，然后根据丢失脉冲的个数进行补偿是解决幅度分析系统中死时间问题的有效方法。
To record the lost pluses and make up the amounts of the lost pluses is an effective method to treat with dead time in signal peak analyzer system.
这个免费工具提供了一个“终端到终端”性能分析器，从网络和页面渲染，到脚本运行时间和CPU占用率都能分析。
This free tool provides an end-to-end performance analysis, from network and page rendering to runtime scripts and CPU usage.
这个免费工具提供了一个“终端到终端”性能分析器，从网络和页面渲染，到脚本运行时间和CPU占用率都能分析。
This free tool provides an end-to-end performance analysis, from network and page rendering to runtime scripts and CPU usage.
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