Fortran是一種通用的程序設計語言,主要用于科學計算和工程應用。在音標方面,F(xiàn)ortran的音標為“f??r(?)rt?n”。
基本翻譯方面,F(xiàn)ortran可以翻譯為“福蘭特”。
速記技巧方面,F(xiàn)ortran的縮寫形式為F,因此可以快速記憶。此外,F(xiàn)ortran的語法規(guī)則相對簡單,易于學習。
需要注意的是,F(xiàn)ortran是一種編程語言,而不是一種語言本身。因此,在翻譯時需要考慮到其編程語言的特性。
Fortran是一種編程語言,它源于“公式翻譯”一詞,意為將數(shù)學公式翻譯成計算機代碼。以下是與Fortran相關的英文詞源變化形式及相關單詞:
1. Fortran:原意為“公式翻譯”,是一種編程語言,用于科學計算和數(shù)值分析。
2. Translate:意為“翻譯”,與Fortran中的“翻譯”一詞同源。
3. Algorithm:意為“算法”,與Fortran中的公式有關。
4. Equation:意為“方程式”,與Fortran中的數(shù)學公式有關。
5. Program:意為“程序”,與Fortran中的代碼有關。
6. Compute:意為“計算”,與Fortran中的數(shù)值分析有關。
7. Calculation:意為“計算”,與Fortran中的數(shù)值分析有關。
8. Function:意為“函數(shù)”,與Fortran中的數(shù)學函數(shù)有關。
9. Variable:意為“變量”,與Fortran中的數(shù)值變量有關。
10. Data:意為“數(shù)據(jù)”,與Fortran中的數(shù)值數(shù)據(jù)有關。
以上是與Fortran相關的英文詞源變化形式及相關單詞,這些單詞在科學計算和數(shù)值分析中有著廣泛的應用。
Fortran常用短語:
1. print statement:打印語句
2. input statement:輸入語句
3. goto statement:跳轉語句
4. if statement:條件語句
5. do-while loop:循環(huán)語句
6. case statement:多分支語句
7. subroutine:子程序
例句:
1. 使用print statement打印出“Hello, world!”
2. 使用input statement從鍵盤輸入一個整數(shù)
3. 使用goto statement跳轉到指定的位置
4. 使用if statement根據(jù)條件執(zhí)行不同的代碼塊
5. 使用do-while loop循環(huán)執(zhí)行一段代碼,直到滿足某個條件
6. 使用case statement根據(jù)不同的選項執(zhí)行不同的代碼塊
7. 調用subroutine實現(xiàn)一個功能
英文小作文:
標題: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.