![]() For this, we assign '1' to each element with same row and column index i.e., 'm(i, i) = 1'. Then, we create a nested 'for' loop to set all the diagonal elements of the matrix to 1. In this MATLAB code, firstly we initialize a matrix with all zero elements and store it in a variable 'm'. ![]() % Create a nested loop to set the diagonal elements of matrix to 1 % Initialize a matrix with all zero elements Example (2) – Create a 4 × 4 Diagonal Matrix % MATLAB program to create a 4 × 4 diagonal matrix using nested loop The output of this code will be a 3 × 3 matrix with elements increasing from 1 to 9. This loop will continuously iterate until all the elements of the matrix are filled with their respective values.įinally, we use the 'disp' function to display the resulting matrix. Next, we write a formula 'x = x + 1', which increments the value of 'x' when go from one element to the next. Then, inside the nested loops, we assign the value of the variable 'x' to element of the 'ith' row and 'jth' column as 'm(i, j) = x'. The outer nested loop i.e., 'for i = 1 : 3' is the loop for rows, and the inner loop i.e. After that we create two nested loops by using 'for' loop. Next, we initialize a variable 'x = 1' to keep track the value of each matrix element. In this MATLAB code, we start by initializing an empty matrix and store in a variable 'm'. % Create a nested loop and specify loop limits % Initialize a variable to keep track of the value % MATLAB program to create a matrix using nested loop Now, let us practically understand the process of creating a matrix using nested loop in MATLAB with the help of examples. Utilize the variables of the loop to index the columns and rows of the matrix, and set the values of matrix elements accordingly.Įxample (1) – Create a 3 × 3 Matrix With Elements Increasing From 1 to 9 Step (2) − Create a nested loop, either 'for' loop or 'while' loop. Step (1) − Initialize the matrix and specify the loop limits depending on the number of rows and columns in the matrix. The step-by-step process to create a matrix using a nested loop is explained below − ![]() In MATLAB, creating a matrix using nested loop is a straightforward two step process. ![]() In this tutorial, we will learn how to create a matrix using a nested loop in MATLAB. MATLAB allows us to create matrices by using nested loops. In MATLAB, a matrix is a two-dimensional array that can store data in the form of rows and columns. MATLAB is an efficient tool to create matrices. ![]()
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