循环计数器应该是可变的吗？
内置计时器及机械循环计数器。
至于循环计数变量，第一个变量设置操作将其设置为2。
As for the loop count variable, the first set variable action sets it to 2.
用于递增或递减循环计数器的一条或多条表达式语句。
Expression statement or statements to increment or decrement the loop counters.
它可用于保存可以在执行Branch指令期间递减的循环计数。
It can be used to hold a loop count that can be decremented during execution of Branch instructions.
每循环一次，外部循环都使循环计数器变量递减一次。
The outer loop decrements a loop counter variable each time through the loop.
采用雨流法完成载荷循环计数过程，并使该过程实现可视化。
The counting process of load cycles is fulfilled to make use of "the raindrop flow method".
设计的基本思路是，将时序状态编码存储，然后循环计数输出。
The basic idea is to save the code of timing state and to be of cyclic counting output.
应用局部应力应变法估算构件疲劳寿命时，通常要采用循环计数法。
Counting the number of cycles is the common method of estimating the life of fatigue of a component.
主线程是一个基于对话框的控件，辅助线程是一个耗时很长的循环计数。
The main thread was a controls based on dialog, the worker thread was a circulation of counting lasting a long time.
更重要的是， -O3也避免了在内存中保留循环计数器，即使使用原始源。
More importantly, -O3 also avoids keeping the loop counter in memory, even with the original source.
这一将复杂载荷历程简化为一些恒幅事件的过程，称为循环计数。过程，称为循环计数。
This process of reducing a complex load history into a number of constant amplitude events is termed cycle counting.
减小前一个示例中的循环计数值，在脚本的开头添加set - x和一个注释，见清单12。
Tone down the loop count on the previous example, add set -x to the beginning of the script as well as a comment, and execute it, as shown in Listing 12.
用循环计数法求出载荷及应力幅频率分布，用概率密度函数拟合，为疲劳设计提供可靠性高的数据资。
The loads and the distribution of stress amplitude frequency are obtained by cycle count and reliable data for fatigue design are provided by probability density function fit.
当然，也可以反向而不是正向运行循环，或者使用1之外的循环计数器增量，甚至像while语句那样完全取消循环计数器。
Of course, you can run loops backward instead of forward, or increment the loop counter by something other than 1, or even eliminate the loop counter completely as you do in a while statement.
但是由于首先执行优先级为4的线程，因此在五秒钟的执行时间间隔中，它分得的时间稍多一些并且打印的循环计数也稍大一些。
But, because the thread at priority 4 executes first, it should have a slightly larger share of the five-second execution interval and print out a higher loop count.
探讨利用中规模计数器芯片设计按非自然顺序循环的任意进制计数器方法，该方法在特殊循环计数器设计的应用中，有着广泛的应用。
The method of design of arbitrary cany counter of unnatural sequence circulation by use of medium - scale counter core is discussed. It finds wide application in the special circulation counter.
变量一般最好根据用途命名（如 firstName或rtitle），不过由于这个变量基本上是一个循环计数器，也可使用单个字母。
Normally, variables are best named by their use (like firstName or title), but as this variable is essentially a loop counter, using single letters is also fine.
然后再将寄存器127用作循环计数器，将寄存器126用作基指针，并在每个值上执行convert _ to_upper，直到到达缓冲区的底部为止。
You then use register 127 as your loop counter and register 126 as your base pointer, and perform convert_to_upper on each value until you get to the end of the buffer.
在每次循环迭代中增加一个计数。
在同时使用了垃圾收集和引用计数的混合系统中，将会发生泄漏，因为系统不能正确识别循环引用。
In a hybrid system, where both garbage collection and reference counting are being used, leaks occur because the system fails to identify a circular reference.
引用计数也难以处理发生循环引用的数据结构。
Reference counting also has difficulties with structures having circular references.
为了避免无限循环，IBM的jms类会检查消息的恢复计数以及输入队列的恢复阈值和恢复队列属性。
To prevent an infinite loop, IBM's JMS classes inspect the message's backout count, as well as the backout threshold and backout queue attributes of the input queue.
如果此程序在单处理器或卸载的多处理器上运行，则每个线程打印的for循环迭代计数大致相同。
If this program is run on a uniprocessor or unloaded multiprocessor system, each thread prints out close to the same for loop iteration count. In one run, the program printed.
减少计数并终止while循环。
结论：优先采用改进for循环，但在性能要求苛刻的ArrayList迭代中，考虑采用手写计数循环。
To summarize: use the enhanced for loop by default, but consider a hand-written counted loop for performance-critical ArrayList iteration.
默认情况下，这个计数器从1开始，每执行一次循环递增一次。
By default, this counter starts at 1 and is incremented each time the loop is taken.
默认情况下，这个计数器从1开始，每执行一次循环递增一次。
By default, this counter starts at 1 and is incremented each time the loop is taken.
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