What is syntax "do while in Matlab" How to use this in coding
There is no cycle, as in Matlab, but other programming languages, such as C, C, have this cycle to perform a certain function in the program. But instead of using the do-while loop in Matlab, there are two types of loops that are used as do operations. "Cycle For" can be used if a programmer is sure how many times he or she needs to complete a particular task. However, if a programmer is unsure of the number of tasks he has to perform, he can use the "cycle cycle" within the program. Inside the cycle operator, you can write a condition and repeat the operators of a particular code and reduce/increase the variable as required.
The syntax used to write the while cycle program is "while," whereas at the end of the program we need to write the "end" code to stop the cycle from functioning. This post will help you understand how to use the do in Matlab to increase/reduce the variable in the code.
How to use to do while matlab cycle?
To write a while loop operator in Matlab, the programmer must always consider the following factors:
The initial condition is used to limit the cycle's running time.
The second statement is used to find out the expected result of the program.
The third factor is used to increase the variable of this cycle. If the programmer doesn't write down the increment line, the cycle will run indefinitely.
Syntax do in Matlab
As we know, do in Matlab is a simple loop that is used to evaluate a program at least once. Therefore, the easiest way to run a program is to run a program with a while cycle that has a true operator, and re-evaluate this condition until the cycle is over.
Syntax:
Condition - truth;
while the condition% performs the program
condition of q...% burn during the test here.
The end
Or
while (condition)
Statement Number 1
,
,
Statement No.
Syntax for increment /variable cycle reduction
Example of do while Matlab
Illustration 1:
In this example, let's assume variable x. Once a certain condition is applied with the while (x) operator, the cycle will run a value similar to 4, 5, 6, 7, 8, 9. Here, the statement simply shows the value of x; therefore, it can display output as 4, 5, 6, 7, 8, 9.
Program:
x x 4
while (x q9)
Disp (x)
x x x q 1;
The end
Output:
X = 4
4
5
6
7
8
9
Illustration 2:
In this example, there is a square function that means that the program will find a square of values up to 6. Here the program has a "var" that is used to refer to the name variable. Var is 2, and a value of 2 to 6 will be performed.
Program:
var = 2
while (var <= 6)
sq.
STOI (sq.m)
var = var + 1;
The end
Output:
Var = 2
4
9
16
25
36
Illustration 3:
This example includes two types of operations: one to describe odd numbers and the other to use even numbers. To check whether the number is an odd number or an even number, we used different types of cycles.
Program:
var = 1
disp ("odd numbers")
while (var <= 8)
Disp (var)
var = var + 2;
The end
var = 0
disp ("even numbers")
while (var <= 8)
Disp (var)
var = var + 2;
The end
Output:
var = 1
Odd numbers
1
3
5
7
var = 0
Even numbers
2
4
6
8
Illustration 4:
In Example 3, we started the numerical value from the beginning of the coordinates, but this time we will use the while loop to change the range of numerical values. In this example, we started from 21 to 45. We have two different variables where "var" is used for initialization and the "end" is used to end the program.
Program:
% of odd numbers 21 to 45
var = 21
disp ("odd numbers")
while (var <= endat)
Disp (var)
var = var + 2;
The end
var = 20
endat = 45
disp ("even numbers")
while (var <= 45)
Disp (var)
var = var + 2;
The end
Output:
var = 21
Odd numbers
21
23
25
27
29
31
33
35
37
39
41
43
45
variable - 20
endat = 45
Even numbers
20
22
24
26
28
30
32
34
36
38
40
42
44
Illustration 5:
With the while loop, we can generate multiple app numbers and series. In the following example, we generated a number of numbers in line with the results of the previous example.
Program:
% addition to the latest numbers
var = 0
endat = 5
x q 0
disp ("series of numbers")
while (var <= endat)
% Disp (var);
x x q brew
var = var + 1;
The end
Output:
var = 0
EnDat = 5
x q 0
Series of numbers
x q 0
x x 1
x 3
x x 6
x x 10
x x 15
Output
There are two main cycles in this post that are used in the Do While program in the Matlab coding program, namely "while" and "for." The while loop is used in a program where the programmer has no idea about the repeat operators. Whereas "for" is used when a programmer is confident of repeating the claim. The above examples showed the use of the while cycle in several ways. This can improve the effectiveness of the program, as well as reduce the complexity of the program. You face any problem with the appointment of Matlab; You can then use the help of our experts to help you assign Matlab. We have a number of experts who can provide you with high-quality data on time. We are also known for our best services, which are available at reasonable prices. So, use our services and get help from your online help Matlab.
The syntax used to write the while cycle program is "while," whereas at the end of the program we need to write the "end" code to stop the cycle from functioning. This post will help you understand how to use the do in Matlab to increase/reduce the variable in the code.
How to use to do while matlab cycle?
To write a while loop operator in Matlab, the programmer must always consider the following factors:
The initial condition is used to limit the cycle's running time.
The second statement is used to find out the expected result of the program.
The third factor is used to increase the variable of this cycle. If the programmer doesn't write down the increment line, the cycle will run indefinitely.
Syntax do in Matlab
As we know, do in Matlab is a simple loop that is used to evaluate a program at least once. Therefore, the easiest way to run a program is to run a program with a while cycle that has a true operator, and re-evaluate this condition until the cycle is over.
Syntax:
Condition - truth;
while the condition% performs the program
condition of q...% burn during the test here.
The end
Or
while (condition)
Statement Number 1
,
,
Statement No.
Syntax for increment /variable cycle reduction
Example of do while Matlab
Illustration 1:
In this example, let's assume variable x. Once a certain condition is applied with the while (x) operator, the cycle will run a value similar to 4, 5, 6, 7, 8, 9. Here, the statement simply shows the value of x; therefore, it can display output as 4, 5, 6, 7, 8, 9.
Program:
x x 4
while (x q9)
Disp (x)
x x x q 1;
The end
Output:
X = 4
4
5
6
7
8
9
Illustration 2:
In this example, there is a square function that means that the program will find a square of values up to 6. Here the program has a "var" that is used to refer to the name variable. Var is 2, and a value of 2 to 6 will be performed.
Program:
var = 2
while (var <= 6)
sq.
STOI (sq.m)
var = var + 1;
The end
Output:
Var = 2
4
9
16
25
36
Illustration 3:
This example includes two types of operations: one to describe odd numbers and the other to use even numbers. To check whether the number is an odd number or an even number, we used different types of cycles.
Program:
var = 1
disp ("odd numbers")
while (var <= 8)
Disp (var)
var = var + 2;
The end
var = 0
disp ("even numbers")
while (var <= 8)
Disp (var)
var = var + 2;
The end
Output:
var = 1
Odd numbers
1
3
5
7
var = 0
Even numbers
2
4
6
8
Illustration 4:
In Example 3, we started the numerical value from the beginning of the coordinates, but this time we will use the while loop to change the range of numerical values. In this example, we started from 21 to 45. We have two different variables where "var" is used for initialization and the "end" is used to end the program.
Program:
% of odd numbers 21 to 45
var = 21
disp ("odd numbers")
while (var <= endat)
Disp (var)
var = var + 2;
The end
var = 20
endat = 45
disp ("even numbers")
while (var <= 45)
Disp (var)
var = var + 2;
The end
Output:
var = 21
Odd numbers
21
23
25
27
29
31
33
35
37
39
41
43
45
variable - 20
endat = 45
Even numbers
20
22
24
26
28
30
32
34
36
38
40
42
44
Illustration 5:
With the while loop, we can generate multiple app numbers and series. In the following example, we generated a number of numbers in line with the results of the previous example.
Program:
% addition to the latest numbers
var = 0
endat = 5
x q 0
disp ("series of numbers")
while (var <= endat)
% Disp (var);
x x q brew
var = var + 1;
The end
Output:
var = 0
EnDat = 5
x q 0
Series of numbers
x q 0
x x 1
x 3
x x 6
x x 10
x x 15
Output
There are two main cycles in this post that are used in the Do While program in the Matlab coding program, namely "while" and "for." The while loop is used in a program where the programmer has no idea about the repeat operators. Whereas "for" is used when a programmer is confident of repeating the claim. The above examples showed the use of the while cycle in several ways. This can improve the effectiveness of the program, as well as reduce the complexity of the program. You face any problem with the appointment of Matlab; You can then use the help of our experts to help you assign Matlab. We have a number of experts who can provide you with high-quality data on time. We are also known for our best services, which are available at reasonable prices. So, use our services and get help from your online help Matlab.
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