Hi Aswin,
To achieve this, you can implement a loop that handles the comparison and subtraction operations. The logic involves iterating over the elements of array A and comparing them with corresponding elements in B and then C, as described.
The below code snippet demonstrates how to achieve the same:
% Initialize array C to store differences between A and B
C = zeros(1, length(B));
% Compare elements of A with B and compute differences
for i = 1:length(B)
if A(i) < B(i)
C(i) = B(i) - A(i);
end
end
% Extract the remaining elements of A that exceed the length of B
remainingA = A(length(B) + 1:end);
% Initialize array D to store results of comparisons with C
D = zeros(1, length(remainingA));
% Compare remaining elements of A with elements in C, cycling through C
for i = 1:length(remainingA)
index = mod(i - 1, length(C)) + 1; % Cycle through C using modulo
if remainingA(i) < C(index)
D(i) = C(index) - remainingA(i);
end
end
For more details, please refer to the following MathWorks documentation: mod - https://www.mathworks.com/help/matlab/ref/double.mod.html
Hope this helps!
