pseudocode

简明释义

英['sju:dəʊˌkəʊd]美['sju:doˌkod]

n. 伪代码；假码；虚拟程序代码

英英释义

单词用法

同义词

反义词

例句

1.The pseudocode in Figure 1 shows how data is read from the cache.

在的图1 中，伪代码显示如何从高速缓存读取数据。

2.Listing 1. Pseudocode for the for loop.

清单1.for循环的伪代码。

3.Listing 1 presents a simple, pseudocode outline of how you can write a method in Python.

清单1给出了一段简单的伪代码，为您展示如何在Python中编写方法。

4.Before building a real function, let's review several points about the pseudocode that are important, but easy to overlook.

在真正着手构建函数之前，让我们先来看看关于伪代码的一些简单却重要的要点。

5.This pseudocode allows a filter higher up the stack to run arbitrary code.

该伪代码允许位于堆栈较上部的筛选器运行任意代码。

6.Table 1: Pseudocode of UCT for minimax tree.

表1 ：UCT极大极小树搜索的伪代码。

7.Can somebody provide a pseudocode for writing a Fibonacci code in Assembly language? This involves stacks?

有人可以在汇编语言写一个斐波那契码提供的伪代码？这涉及到栈？

8.Using pseudocode 伪代码 helps in visualizing complex algorithms before implementation.

使用pseudocode伪代码有助于在实施之前可视化复杂的算法。

9.Before writing the actual code, I often start with pseudocode 伪代码 to outline my logic.

在编写实际代码之前，我通常会先用pseudocode伪代码来概述我的逻辑。

10.The teacher asked us to write pseudocode 伪代码 for our final project to clarify our algorithms.

老师让我们为最终项目编写pseudocode伪代码以澄清我们的算法。

11.The software engineer presented a flowchart along with pseudocode 伪代码 to explain the system's functionality.

软件工程师展示了一个流程图，并附上了pseudocode伪代码以解释系统的功能。

12.In our coding bootcamp, we learned that writing pseudocode 伪代码 can simplify the coding process.

在我们的编码训练营中，我们了解到编写pseudocode伪代码可以简化编码过程。

作文

In the realm of computer science and programming, the term pseudocode refers to a simplified and informal way of representing algorithms. It is not written in any specific programming language but rather uses a mixture of natural language and programming constructs to convey the logic of a program. This makes pseudocode an invaluable tool for programmers during the planning phase of software development.When creating a program, developers often start by outlining their ideas before diving into actual coding. This is where pseudocode comes into play. By writing down the steps of an algorithm in a clear and concise manner, programmers can focus on the logic without getting bogged down by the syntax of a particular programming language. For instance, instead of writing complex code, a developer might express their thoughts in pseudocode like this: 1. Start2. Initialize variable x to 03. While x is less than 10: a. Print x b. Increment x by 14. EndThis example illustrates how pseudocode allows programmers to outline their intentions without worrying about the specifics of coding syntax. It provides a clear roadmap that can be translated into actual code later on.Another significant advantage of using pseudocode is its accessibility. Unlike formal programming languages, which require specific knowledge and skills, pseudocode can be understood by anyone with a basic understanding of algorithms. This makes it a useful teaching tool in educational settings, where instructors can convey complex concepts without overwhelming students with intricate code.Furthermore, pseudocode helps in debugging and refining algorithms. Since it focuses on the logic rather than the implementation details, programmers can easily spot flaws in their reasoning or identify areas that need improvement. This iterative process of refining the pseudocode can lead to more efficient and effective algorithms when the time comes to write the actual code.Moreover, pseudocode is often used in collaborative environments where multiple programmers are working together. By providing a common language that everyone can understand, it facilitates communication and ensures that all team members are on the same page regarding the algorithm's design. This is particularly important in large projects where different parts of the system need to interact seamlessly.In conclusion, pseudocode is an essential concept in programming that serves as a bridge between human thought processes and machine language. Its simplicity and clarity make it an effective tool for both novice and experienced programmers alike. By utilizing pseudocode, developers can focus on the logic of their algorithms, improve collaboration, and enhance the overall quality of their code. As technology continues to evolve, the relevance and utility of pseudocode will undoubtedly persist, making it a fundamental aspect of computer science education and practice.

在计算机科学和编程领域，术语pseudocode指的是一种简化和非正式的算法表示方式。它不是用任何特定的编程语言编写的，而是使用自然语言和编程结构的混合来传达程序的逻辑。这使得pseudocode在软件开发的规划阶段成为程序员的一个宝贵工具。在创建程序时，开发人员通常会在实际编码之前先概述他们的想法。这就是pseudocode发挥作用的地方。通过清晰简洁地写下算法的步骤，程序员可以专注于逻辑，而不必被特定编程语言的语法所困扰。例如，开发人员可能会用pseudocode这样表达他们的想法：1. 开始2. 将变量x初始化为03. 当x小于10时： a. 打印x b. 将x增加14. 结束这个例子说明了pseudocode如何让程序员在不担心代码语法细节的情况下概述他们的意图。它提供了一条清晰的路线图，可以在稍后将其转换为实际代码。使用pseudocode的另一个显著优势是它的可访问性。与需要特定知识和技能的正式编程语言不同，任何对算法有基本理解的人都能理解pseudocode。这使得它在教育环境中成为一种有用的教学工具，教师可以在不让学生感到困惑的情况下传达复杂概念。此外，pseudocode有助于调试和改进算法。由于它专注于逻辑而非实现细节，程序员可以轻松找出推理中的缺陷或识别需要改进的地方。在编写实际代码时，精炼pseudocode的这一迭代过程可以导致更高效、更有效的算法。此外，pseudocode通常用于多个程序员共同工作的协作环境中。通过提供一种所有人都能理解的共同语言，它促进了沟通，并确保所有团队成员在算法设计上保持一致。这在大型项目中尤为重要，因为系统的不同部分需要无缝互动。总之，pseudocode是编程中的一个基本概念，它作为人类思维过程与机器语言之间的桥梁。它的简单性和清晰性使其成为新手和经验丰富的程序员的有效工具。通过利用pseudocode，开发人员可以专注于算法的逻辑，提高协作能力，并增强代码的整体质量。随着技术的不断发展，pseudocode的相关性和实用性无疑将持续，使其成为计算机科学教育和实践的基本方面。