minimized英语翻译

The DO loop is the simplest and most heavily used of the programming features做循环是编程的最简单、最频繁使用的功能of RATS (and any other statistical programming language). It’s a very simple老鼠(和其他统计编程语言)。这是一个非常简单way to automate many of your repetitive programming tasks. The usual structure自动化你的许多重复的编程任务。通常的结构of a DO loop is:的循环:where N1, N2 and INCREMENT are integer number or variables. If INCREMENTN1、N2和增量是整数数字或变量。如果增加is omitted, the default value of 1 is used. The “index” is a name that you assign省略,默认值为1。“指数”是一个名字,你分配to be the counter through the loop. Typically, this is a (very) short name, with I,通过循环计数器。通常,这是一个(非常)短名称,与我,J and K being the most common ones. I and J are, in fact, defined variables inJ和K最常见的。事实上,我和J变量定义RATS precisely because they are such common loop indexes (which is why you老鼠,因为他们是如此常见的循环索引(这就是为什么你can’t use the I name for an “investment” series). There is, of course, nothing不能用我的名字为“投资”系列)。当然,什么都没有preventing you for using something more descriptive like LAG or DRAW.阻止你使用更具描述性的滞后或画画。The DO loop is really a counter. The first time that the DO instruction is executed,做循环实际上是一个计数器。第一次做执行指令,the index variable takes on the value N1 and the block of program索引变量的值N1和块程序statements is executed. On reaching the end of the loop, the index is increased执行语句。在达到循环的结束,指数增加by INCREMENT (that is, index is now N1+INCREMENT). If the index is less than通过增量(即指数现在N1 +增量)。如果该指数小于or equal to N2, the block of program statements is executed again. On reaching或等于N2,再次执行的程序语句块。到达the end of the loop, the value of the index is again increased by INCREMENT结束循环,指数再次增加了增量的值and again compared to N2. This process is repeated until the value of the index相比N2。重复这个过程直到指数的值exceeds N2. At that point, RATS exits the loop and subsequent instructions can超过了N2。在这一点上,老鼠可以退出循环和随后的指令be performed.被执行。

Therefore, by providing high-frequency exciting means, the spindle motor can be actuated with an extremely small torque and a wear between the stator side bearing plate 4a and the rotor side bearing plate 4b at the time of actuation is minimized as well. Further, by effecting a high-frequency excitation at the time of shutdown, wear is also minimized. By using electric power generated by the motor 5 due to an inertia rotation of the rotor 1 as a power source for the high-frequency oscillation circuit for applying a high-frequency voltage to the piezoelectric element 6 at the time of shutdown, the high-frequency oscillation circuit may be constructed as a simple circuit which functions as a damping device at the same time. Although FIG. 1 exemplifies the case where the piezoelectric element 6 is mounted on a bottom of the stator 2, that is, outside of the spindle motor, the invention is not necessarily limited thereto. For example, FIG. 3 shows that by stacking a bearing plate 10 and a piezoelectric element 11, an excitation of the bearing plate 10 becomes more dependable, and an enhancement of the above-mentioned effect by excitation can further be expected. Further, although the invention is applied to a spiral-grooved thrust bearing in the above-described embodiment, it may also be applied, to different types of dynamic pressure bearings. In addition, the present invention involves the application of a high-frequency vibration to the dynamic pressure bearing by way of exciting means to decrease the starting torque of the dynamic pressure bearing. Therefore, a bearing rigidity could be improved by applying a large preload to the dynamic pressure bearing, for example, by means of a magnetic force. Further, in the above-described embodiment, although the high-frequency excitation is effected at the time of both start-up and shutdown of the motor, the wear of the dynamic pressure bearing is substantially decreased by applying the high-frequency excitation at either the start-up or shutdown of the rotor. As described above, according to the present invention, the following advantageous effects will be obtainable. (1) By applying a high-frequency vibration to the dynamic pressure bearing by the exciting means, the fixed side bearing member and the moving side bearing member are kept almost free from contact with each other and, therefore, a frictional resistance at the time of start-up and/or shutdown of a rotor will be minimized. (2) When the dynamic pressure bearing is used as a motor bearing, by using an electric power generated by the inertia rotation of a rotor upon stop of the motor as a power source for the exciting means, a high-frequency oscillation circuit for the exciting means could be constructed as a simple circuit which functions as a damping device at the same time. (3) By applying a large preload to the dynamic pressure bearing, for example, by means of a magnetic force, bearing rigidity may be improved.因此，通过提供高频率令人兴奋的手段，主轴电机可以驱动一个非常小的扭矩和磨损之间的定子侧承压板的第4 A和转子一侧轴承板4B条，在时间驱动是尽量减少以及。此外，影响一个高频率激发的时候，关机，磨损也减至最低。通过使用电力所产生的电动机五，由于惯性旋转的转子一作为电源为高频率的振荡电路申请高频率的电压到压电元件6的时候，关机，高高频振荡电路，可建造一个简单的电路功能，作为减振装置在同一时间内。虽然图。 1体现的情况下，压电元件六是安装在底部的定子二，即是以外的主轴电机，发明不一定是有限的情况。例如，图。 3显示层一承压板10和压电元件11 ，一励磁轴承板10变得更加可靠，并加强了上面提到的效果，激励可以进一步预期。此外，尽管发明应用到螺旋槽推力轴承在上述所描述的体现，它也可能适用，不同类型的动压轴承。此外，本发明涉及的应用高频率振动，以动态的压力轴承的方式，令人振奋的手段，以减少起动转矩的动态压力的影响。因此，轴承的刚度可加以改进，采用了大型预压，以动态的压力，轴承，举例来说，透过一个磁力。此外，在上述所描述的体现，虽然高频率的激励是影响在时间，双方的启动和关闭马达，磨损的动压轴承是大幅减少采用高频率激发购买开办或关机时的转子。如上文所述，根据目前的发明，下列有利的影响将索取。 （ 1 ）采用一种高频率振动，以动态的压力轴承令人兴奋的手段，方轴承固定会员和感人的一面轴承会员存放几乎免费，从接触对方，因此，摩擦阻力在时间开办和/或关机的转子将减至最低。 （ 2 ）当动压轴承是用来作为电机轴承，使用电力所产生的惯性旋转的转子后，停止电机作为动力源激动人心的手段，高频率的振荡电路为令人兴奋的手段，可以建造一个简单的电路功能，作为减振装置在同一时间内。 （ 3 ）采用大预紧力，以动态的压力，轴承，举例来说，透过一个磁力，轴承刚度可能得到改善。

Ranklist排序 让用户有分数几名球员在竞争。你的任务是创造一个ranklist的 播放器，依次排序的评分。 不幸的是，数据结构用于支持名单的球员只有一个行动， 动作的球员从第一的位置不改变立场j的相对秩序的其他球员。如果 字母i “ J以来，立场球员之间的立场J和我- 1增加1 ，否则，如果我”的j 位置球员之间的立场一+ 1和J减少1 。 此操作步骤，字母i需要找到球员移动，和J步骤定位 他或她是搬到，所以总的成本移动位置的球员从第一的位置J的 一+学者在这里，职位的编号从1 。 确定序列的动作创造ranklist的款项等的费用，此举是 减少到最低限度。 输入 输入读取一个文本文件名为sorting.in 。第一行包含ñ （ 2 “为N ” = 1000 ） ， 球员的数量。以下每个ñ行包含一个非负整数硅（ 0 “ =市” = 1000000 ） ，得分球员在目前的秩序。你可以假设所有分数是不同的。 输出 输出写入一个文本文件名为sorting.out 。第一行中的打印输出 一些动作用于创建ranklist 。以下几行应指定动作的 为了在被应用。每个移动应予以说明的行包含两个整数字母i 和J ，这意味着球员的位置移动到第一的位置学者数字I和J必须 分隔的一个空间。 例如 sorting.in sorting.out 分级 30 ％的测试案例有价值观的N “ = 10

1.Start Fraps最小 2.Fraps窗口总是在最 3.Run Fraps Windows启动时 4.Overlay显示热键 5.Benchmarking热键 6.Only更新覆盖onec第二 7.Stop基准后自动__秒 8.include帧速率覆盖截图 9.Repeat屏幕捕捉每一个__秒