How to convert pseudo code into MAT LAB

single-segment

function trap(h,f0,f1)

Trap = h* (f0 + f1)/2

end trap

multiple segment

funiton trapm(h,n,f)

sum = f0

dofor 1 = 1, n-1

sum = sum + 2 *f;

end do

sum = sum +fn

trapm = h * sum/2

end trapm

[Rik]

Have a read here and here. It will greatly improve your chances of getting an answer.

Answer 1

[Puru Kathuria]

Hi,

I understand that you want to convert the mentioned above pseudocode into MATLAB. Below is the mentioned implementation of your pseudocode in MATLAB.

% single-segment
function trapSingle = trap(h,f0,f1)
    trapSingle = h* (f0 + f1)/2;
end 
 


% multiple segment
function trapMultiple = trapm(h,n,f)
    sum = f(1);
    for i = 2: n-1
        sum = sum + (2 *f(i));
    end 
    sum = sum + f(n) ;
    trapMultiple = h * (sum/2);
end 

[Fatma HM]

Hello Mr. Puru Kathuria I have a matlab code I need to convert it to pseudo code plz can you help me ?

Answer 2

[Rahma Abbas]

How to convert this pseudocode to a MATLAB code?

ALGORITHM ETD(E, T, A, L, D)

1 Find the tree E2 that is the same as E except that

pointers from the parents to the children are

reversed.

2 Create arrays D1 and D2, and

initialize i = path_length(L);

3 current_node = L;

4 while (current_node ≠ R)

5 D1[i] = T[current_node];

6 mutation_number =

Hamming(A(current_node), A(R));

7 D2[i] = mutation_number;

8 current_node = current_node.next(in E2);

9 i = i-1;

10 end

11 D1[i] = T(R);

12 D2[i] = 0;

13 D = Cubic_Spline(D1,D2);

14 Return D;

[Steven Lord]

Can you show us the code you've written so far to try to implement this algorithm and ask a specific question about where you're having difficulty? If you do we may be able to provide some guidance.

If you aren't sure where to start because you're not familiar with how to write MATLAB code, I suggest you start with the free MATLAB Onramp tutorial to quickly learn the essentials of MATLAB.