Hi Jack,
To store all the combinations of every triplets after performing the calculations, you can follow these steps in MATLAB: :
- Initialize the matrix 'f' with two zeros followed by values from 5 to 130 in increments of 5.
- Iterate over the matrix 'f' in reverse, starting from the last non-zero element.
- In each iteration, multiply the current element by 2 and add it to each of the preceding elements, ensuring not to include the initial zeros.
- Store the results of these computations in an output array.
- Display the final output array containing all calculated combinations.
Here's the MATLAB code to reflect the above steps:
% Initialize the matrix f
f = [0; 0; (5:5:130)'];
% Initialize output array to store the results
output = [];
% Loop through the matrix f for all elements
for idx = 1:length(f)
% Start with the last element, then move to the second-to-last, and so on
last_element_index = length(f) - idx + 1;
% Multiply the selected element by 2 and add the preceding elements
for i = 1:last_element_index-1
if last_element_index - i > 1 % Ensure we don't include the two zeros
output = [output; 2*f(last_element_index) + f(last_element_index-i)];
end
end
end
% Display the output
disp('Output:');
disp(output);
This code will provide you with the output that includes all the combinations as described, ensuring that no element is used more than twice in any sum.
