Самый продолжительных тренд из чисел

import sys
 
n = list(sys.argv[1:])
t = [[]]
c = 0
 
for i in range(len(n)):
    if i == 0 or int(n[i]) >= int(n[i-1]):
        t[c].append(n[i])
 
else:
    t.append([n[i]])
    c += 1
 
l = max(t, key=len)
print(" ".join(l))

import sys
 
numbers_set = list(map(int, sys.argv[1].split(" ")))
 
tendency = [numbers_set[0]]
tendency_long = []
 
linear = []
approving = numbers_set[1] > numbers_set[0]
 
for i in range(1, len(numbers_set)):
    if (numbers_set[i] >= numbers_set[i-1] and approving) or (numbers_set[i] <= numbers_set[i-1] and not approving):
        tendency.append(numbers_set[i])
 
 
        if numbers_set[i] == numbers_set[i-1]:
            linear.append(numbers_set[i])
        else:
            linear = []
    elif numbers_set[i] < numbers_set[i-1] and approving:
        
        if len(tendency) > len(tendency_long):
            tendency_long = tendency.copy()
        tendency = linear + [numbers_set[i-1], numbers_set[i]]
        approving = False
    elif numbers_set[i] > numbers_set[i-1] and not approving:
        if len(tendency) > len(tendency_long):
            tendency_long = tendency.copy()
        tendency = linear + [numbers_set[i-1], numbers_set[i]]
        approving = True
    if len(tendency) > len(tendency_long):
        tendency_long = tendency.copy()
 
tendency_long = list(map(str, tendency_long))
print(" ".join(tendency_long))