Modify the code so that it now has a main that simply calls a RECURSIVE fibonacci function with a single parameter of 16 (that is retrieved from a memory labeled fibinput). This function will return the 16th fibonacci value and the main will then store only this one value back into memory in a memory location labeled fibnumber. Fibonacci will have to save at least the two parameters to the runtime stack in addition to the return addresses.

The code:

fib_sequence: .skip 25 # Define a label and allocate 25 memory words, initialized to 0

num_terms = 25 # Define the number of terms to compute

current_term = 1 # Initialize the current and previous terms to 1

previous_term = 1

for i in range(num_terms): # Iterate over the number of terms to compute

next_term = current_term + previous_term # Compute the next term by adding the current and previous terms

fib_sequence[i] = current_term # Store the current term in the ith memory location

previous_term = current_term # Copy the current term to the previous term

current_term = next_term # Copy the next term to the current term

for i in range(num_terms): # Iterate over the memory locations containing the Fibonacci sequence

print(fib_sequence[i]) # Print the value stored in each memory location