Fortran是一种通用的程序设计语言,主要用于科学计算和工程应用。在音标方面,Fortran的音标为“fɔːr(ə)rtən”。
基本翻译方面,Fortran可以翻译为“福兰特”。
速记技巧方面,Fortran的缩写形式为F,因此可以快速记忆。此外,Fortran的语法规则相对简单,易于学习。
需要注意的是,Fortran是一种编程语言,而不是一种语言本身。因此,在翻译时需要考虑到其编程语言的特性。
Fortran是一种编程语言,它源于“公式翻译”一词,意为将数学公式翻译成计算机代码。以下是与Fortran相关的英文词源变化形式及相关单词:
1. Fortran:原意为“公式翻译”,是一种编程语言,用于科学计算和数值分析。
2. Translate:意为“翻译”,与Fortran中的“翻译”一词同源。
3. Algorithm:意为“算法”,与Fortran中的公式有关。
4. Equation:意为“方程式”,与Fortran中的数学公式有关。
5. Program:意为“程序”,与Fortran中的代码有关。
6. Compute:意为“计算”,与Fortran中的数值分析有关。
7. Calculation:意为“计算”,与Fortran中的数值分析有关。
8. Function:意为“函数”,与Fortran中的数学函数有关。
9. Variable:意为“变量”,与Fortran中的数值变量有关。
10. Data:意为“数据”,与Fortran中的数值数据有关。
以上是与Fortran相关的英文词源变化形式及相关单词,这些单词在科学计算和数值分析中有着广泛的应用。
Fortran常用短语:
1. print statement:打印语句
2. input statement:输入语句
3. goto statement:跳转语句
4. if statement:条件语句
5. do-while loop:循环语句
6. case statement:多分支语句
7. subroutine:子程序
例句:
1. 使用print statement打印出“Hello, world!”
2. 使用input statement从键盘输入一个整数
3. 使用goto statement跳转到指定的位置
4. 使用if statement根据条件执行不同的代码块
5. 使用do-while loop循环执行一段代码,直到满足某个条件
6. 使用case statement根据不同的选项执行不同的代码块
7. 调用subroutine实现一个功能
英文小作文:
标题:Fortran Programming: The Basics of Control Flow
Fortran is a popular programming language used for scientific and engineering applications. One of the key features of Fortran is its control flow structures, which allow programmers to manage the flow of the program and execute different code blocks based on certain conditions.
One of the most commonly used structures in Fortran is the if statement, which allows programmers to make decisions based on certain conditions. By using if statements, programmers can choose which code block to execute based on the outcome of a comparison or test. This allows for greater flexibility and control over the program"s execution.
Another commonly used structure in Fortran is the do-while loop, which allows programmers to repeat a block of code a specified number of times or until a certain condition is met. This structure is particularly useful for iterative algorithms and repetitive tasks.
In addition to these structures, Fortran also provides other control flow mechanisms such as the goto statement, case statement, and subroutine. These structures allow programmers to create complex programs that handle various tasks and scenarios effectively. By mastering these structures, programmers can write efficient and reliable code in Fortran, which is crucial for scientific and engineering applications.
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