Master 21 postgraduate training, guidance program 3.
培养硕士研究生21人，指导博士生3人。
The initial investment of time and expertise required to program 3-d is very high in today's world.
目前，编写3 - D程序在时间和专业技术方面所需的初始投入是非常高的。
At Wayne State University Medical School, surgeon Lucia Zamorano takes images of the brain from computerized scans and uses a computer program to produce a 3-D image.
在韦恩州立大学医学院，外科医生露西娅·扎莫拉诺通过计算机扫描获取大脑图像，并使用计算机程序生成三维图像。
If you press 3, the program lists all the files in the archive.
如果您按3，那么这个程序将列出该存档文件中所有的文件。
A join point is "a well-defined point in the program flow." 3 There are many types of join points, such as a method call or a method return, which can be either a normal return or a thrown exception.
一个连接点是：一个在程序流程中定义明确的点。3连接点有很多类型，正如一个方法的调用或一个方法的返回，都可以是一个正常的返回或者抛出一个异常。
Figure 3 clearly shows the scope of a channel and the current channel associated with the program.
图3清楚地展示了管道的作用域和与程序相关联的当前管道。
Notice how the program statements in Listing 3 that extend over more than one line are indented to improve readability.
注意清单3中扩展到多个行的程序语句是如何缩进以改善可读性的。
Listing 3 shows the variable declaration and subroutine calls from the program header.
清单3显示了程序头文件中的变量声明和子例程调用。
An "Everyday" list might look something like this: Project X Everyday - 1. Meet with program managers, 2. Review active status reports, 3. Verify validity of open issues, etc.
一份“每日清单”看起来应该与下面这个类似：项目X每天-1.约见项目经理，2 .检查执行状况报告，3 .核实公开问题的有效性，等等。
In this example, when you right-click the node while recording, you get a program like that shown in Listing 3.
在本例中，当您记录右击节点时，您可以得到如列表3所示的程序。
Researchers who have looked into the claims of the infamous TV program Alternative 3 24 conclude in the main that the show was a hoax.
深入研究过臭名昭著的电视节目《选择3》[24]的读者会发现这个节目是个恶作剧。
Table 3 below lists three program examples: a C main program and two COBOL programs.
下面的表3列出了三个程序例子：一个c语言编译的主程序和两个COBOL程序。
If the program made its requests sequentially, it would take about 15 + 12 + 9 + 6 + 3 (45) seconds to finish.
如果程序按顺序发出请求，则需花费大约15 +12 +9 +6 +3(45)秒钟才能完成。
Figure 3 — Using control projects to govern program stages.
图3——利用控制项目来管理计划阶段。
The program in Listing 3 shows how to do that in Python: the code takes a tar filename as a command-line argument and then prompts the user with several options.
清单3中的程序说明了如何在Python中完成这项工作：这段代码接受一个tar文件的名称作为命令行参数，然后向用户提供几种选择。
The effect is shown graphically in Figure 3: a traditional program would execute the loop sequentially, whereas the OpenMP implementation creates threads to parallelize the for block.
图3中图形化地显示了其效果：传统的程序将连续地执行循环，而OpenMP实现则创建多个线程，从而并行地执行for块。
Listing 3 starts the main program loop and reads the synclient output.
清单3将启动主程序循环并读取synclient输出。
Timing for both programs was done with the driver program given in Appendix 3, on a POWER6 computer running at 4.704 GHz.
两个程序的计时都是在附录3中给出的驱动器程序完成的，运行的环境是在4.704ghz下运行的POWER 6电脑。
The complete program used to generate Figure 3 and Figure 4 is shown in Listing 4 (and included in the source file available in the Download section).
用来生成清单4所示的图3和图4的完整程序(源文件可以从下载区获得)。
Now, Listing 3 shows how to read this data into a Python program and parse the contents of the file.
现在，清单3显示如何把这个数据读入Python程序，并解析文件的内容。
Win + Alt + 1, 2, 3, etc. will open the jump list for each program in the taskbar.
Win键+ALt +1、2、3等数字键会打开任务栏上相应程序的跳转列表。
Executing the WindowDump program in Listing 3, produces the screen in Figure 1.
执行清单3中的WindowDump程序将出现图1中的屏幕。
Figure 3 is a diagram from the XMLSpy XML editing program.
图3是来自XMLSpyXML编辑程序的模式图。
Listing 3 is a simple program to print the log-base 2, 10, and e of the integers from 1 to 100
清单3是一个简单程序，它输出整数 1 到 100的以2、10和e 为底的对数
To clarify names and bindings, I debugged the CDT's parsing of the Hello World program and provided the AST breakdown shown in Figure 3.
为澄清名称及绑定，我调试了CDT对Hello World程序的解析并在图3中提供了AST的分解。
Listing 3. Pseudo-code for the sum_list program.
清单3 . sum_list程序的伪代码。
The user program can only directly control 12 out of 16 segments - 3 out of 4gb.
用户程序只能直接控制16个分段中的12个—即4GB中的3gb。
Figure 3 shows a program written in Python that is similar to the Perl program above.
图3展示了类似于上面的Perl程序的，用Python编写的程序。
When you run the purified program, Purify will report the following errors (also see Figure 3).
当您运行这个被净化的程序时，Purify将报告下面的这些错误(也请看图3)。
Now, if I told you that the program will support 3 million simultaneous users, must be written on the summit of Mt. Everest, and will have to support the Nepali language, does your estimate change?
现在，如果告诉您程序将支持300万并发用户，必须以极高的速度写入，而且必须支持Nepali语言，您的评估是否会发生变化？
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