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With loop control statements, you can repeatedly execute a block of code. There are two types of loops: for statements loop a specific number of times, and keep track of each iteration with an incrementing index variable. For example, preallocate a 10-element vector, and calculate five values: x = ones(1,10); for n = 2:6. x(n) = 2 * x(n - 1); end.
- While
To skip the rest of the instructions in the loop and begin...
- For-loop
To programmatically exit the loop, use a break statement. To...
- Loops and Conditional Statements
Loops and Conditional Statements. Control flow and branching...
- While
Loops and Conditional Statements. Control flow and branching using keywords, such as if, for, and while. Within any program, you can define sections of code that either repeat in a loop or conditionally execute. Loops use a for or while keyword, and conditional statements use if or switch.
MATLAB includes the "break" and "continue" keywords to allow tighter loop control. The "break" keyword will cause the program to leave the loop it is currently in and continue from the next line after the loop ends, regardless of the loop's controlling conditions.
There are four statements available in Matlab which may be used to control the flow of your commands: for loops; while loops; if-else-end; switch; for loops. A for loop iterates a body of commands fixed number of times, each time assigning an identifier a different value. The form of a for loop is: >> for i=v % commands.... end where v is a row ...
while loop. A while loop in MATLAB is a control flow statement that repeatedly executes a block of code until a specified condition is met. [^1]
A for loop is a repetition control structure that allows you to efficiently write a loop that needs to execute a specific number of times. Syntax. The syntax of a for loop in MATLAB is −. for index = values <program statements> ... end values has one of the following forms −
Loops in MATLAB. Many programming algorithms require iteration, that is, the repetitive execution of a block of program statements. Similar to other programming languages, MATLAB also has built-in tools for iterative tasks in codes. For-loop. The for-loop is among the most useful MATLAB constructs. The general syntax of for-loop is,
