You are using the numpy module but you're not actually utilizing any of its features, you're simply creating an array of ints using a list comprehension. Second, your while loop is never going to end because you are incrementing the value of k inside the for loop, which means that k will always be less than 8. You should increment k after the for loop instead.
Here's how you could fix your code:
from numpy import array def premier(n): b = True for i in range(2,n//2): if n%i==0: b = False return(b) def quadruplets(t): k = 0 while k < 8: for i in range(0,len(t),4): t[i] = int(input("Give t of I: ")) if premier(t[i]) == False: t[i] = int(input("Don't make this harder than it already is: ")) t[i+1]=t[i]+2 t[i+2]=t[i]+6 t[i+3]=t[i]+8 k += 1 print("your k is now: ",k) t = array([int()]*200) quadruplets(t) print("your final table is: ",t)
However, I would recommend simplifying your code further by removing the while loop and using a for loop instead, since you already know that you want to iterate 8 times:
from numpy import array def premier(n): b = True for i in range(2,n//2): if n%i==0: b = False return(b) def quadruplets(t): for k in range(8): for i in range(0,len(t),4): t[i] = int(input("Give t of I: ")) if premier(t[i]) == False: t[i] = int(input("Don't make this harder than it already is: ")) t[i+1]=t[i]+2 t[i+2]=t[i]+6 t[i+3]=t[i]+8 print("your k is now: ",k+1) t = array([int()]*200) quadruplets(t) print("your final table is: ",t)
Lastly, you should consider giving your variables more descriptive names to make your code easier to read and understand.
