Tick Tock Timer is that bully for me today.
那滴答定时器今天妙极了。
If there was ever a bookmark that actually reduced your unproductive nature, it is Tick Tock Timer.
如果曾经有那么一个书签，真的减弱了你低产的本性，那么它是定时器。
I am not sure who got me to the wonders of Tick Tock Timer, but it has simplified and saved my life in countless ways.
我不知道是谁将我带到滴滴答答定时器的奇观世界中，但它在无尽的方面简化及合理化我的生活了。
This includes Windows API messages as well as the Tick events raised by this timer class.
这不仅包括由这个定时类引发的消息，也包括窗体api消息。
All you have to do is click on the timer below to head over to Tick Tock timer.
你必须要做的就是点击眼前的计时器超越时间。
The biggest difference is that System.Timers.Timer is a wrapper around Win32 waitable timer objects and raises an Elapsed event on a worker thread rather than a Tick event on the UI thread.
最大的区别就在与System.Timers.Timer类是对Win32可等待定时对象的一个包装，并在工作者线程上产生一个时间片消失事件而不是在UI线程上产生一个时间标记事件。
Well, Tick Tock Timer is that bully for me today.
嗯，那滴滴答答的定时器就是今天欺负我的人。
When I am supposed to be doing something work related or if I need to review or look up something, I go straight to Tick Tock Timer and my productivity skyrockets.
当人们期望我做些相关工作时或者我需要温故或查阅一些东西时，我毫无疑问地先计时，然后我的效率就会突飞猛进。
I highly suggest adding Tick Tock Timer to your toolbar if possible.
我强烈建议在你的工具栏里加一下定时器。
In most practical application, context switch doesn't happen at some time tick, so sometime the execution of timer ISR is useless and wastes CPU time.
在实际应用中，并不是每个时钟节拍都有任务调度，所以有很多时钟中断服务程序的工作是多余的，浪费了CPU资源。
The task of display is used to display the current, voltage and time of process which is calculated by the tick of timer.
显示任务用于显示当前的电流、电压和充放电的时间，充放电的时间由定时器的节拍换算得出。
So the question is: Which thread should be subject to am exception thrown on a timer tick?
所以问题是：哪个线程应该受到是异常抛在定时器滴答？
So the question is: Which thread should be subject to am exception thrown on a timer tick?
所以问题是：哪个线程应该受到是例外抛出计时器滴答？
In most RTOS, the timer interrupt service routine (ISR) executes at every time tick.
在一般的嵌入式实时操作系统中，时钟中断服务程序在每个时钟节拍工作。
The change in position is just the speed of the car multiplied by the time since the last tick, which you can get from the timers on the microcontroller or some other known timer.
对于时间周期长于半秒，加速度的均值相对于陀螺仪占得比重更大，这时可能会有漂移。
For example, a timer frequency of 2 million ticks per second equals a timer resolution of 500 nanoseconds per tick.
例如，如果计时器频率为每秒2百万个计时周期，则相当于计时器分辨率为每个计时周期500毫微秒。
For example, a timer frequency of 2 million ticks per second equals a timer resolution of 500 nanoseconds per tick.
例如，如果计时器频率为每秒2百万个计时周期，则相当于计时器分辨率为每个计时周期500毫微秒。
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