1177.py

import sys
num = input()
num = int(num)

n = 0
for i in range(1000):
  sys.stdout.write("N[%d] = %d\n" % (i, n))
  n += 1
  if n >= num:
    n = 0

1181.py

line = input()
line_number = int(line)
operation = input()

def sum(items):
  total = 0
  for x in items:
    total += x
  return total
  
def avg(items):
  total = sum(items)
  return total / len(items)

list_items = []
for i in range(144):
  inp = input()
  if inp != '':
    list_items.append(inp)

c = l = 0
matrix = []
line = []
for x in list_items:
  if c == 12:
    c = 0
    matrix.append(line)
    line = []
    l += 1
  if x != '':
    line.append(float(x))
  c += 1

if operation == 'S':
  print(sum(matrix[line_number]))
else:
  print(avg(matrix[line_number]))

1182.py

import sys

line = input()
col_number = int(line)
operation = input()
c = l = 0

def soma(items):
  total = 0
  for xx in items:
    total += xx
  return total
  
def avg(items):
  total = sum(items)
  return total / len(items)
  
def get_col(m, n):
  return [i[n] for i in m]

list_items = []
matrix = []
for i in range(144):
  if c == 12:
    c = 0
    matrix.append(list_items)
    list_items = []
  inp = input()
  if inp != '':
    list_items.append(float(inp))
  c += 1

matrix.append(list_items)

coluna = get_col(matrix, col_number)
result = 0
if operation == 'S':
  result = soma(coluna)
else:
  result = avg(coluna)
  
sys.stdout.write("%.1lf\n" % (result))

1183.py

import sys

operation = input()
c = l = 0

def soma(items):
  total = 0
  for xx in items:
    total += xx
  return total
  
def avg(items):
  total = sum(items)
  return total / len(items)
  
def get_acima_diagonal(m):
  items = []
  for ix in range(12):
    for j in range(12):
      if j > ix:
        items.append(m[ix][j])
  return items

list_items = []
matrix = []
for i in range(144):
  if c == 12:
    c = 0
    matrix.append(list_items)
    list_items = []
  inp = input()
  if inp != '':
    list_items.append(float(inp))
  c += 1

matrix.append(list_items)

diagonal = get_acima_diagonal(matrix)

result = 0
if operation == 'S':
  result = soma(diagonal)
else:
  result = avg(diagonal)
   
sys.stdout.write("%.1f\n" % (result))

1184.py

import sys

operation = input()
c = l = 0

def soma(items):
  total = 0
  for xx in items:
    total += xx
  return total
  
def avg(items):
  total = sum(items)
  return total / len(items)
  
def get_col(m, n):
  return [i[n] for i in m]

def get_diagonal(m):
  return [m[i][i] for i in range(12)]
  
def get_acima_diagonal(m):
  items = []
  for ix in range(12):
    for j in range(12):
      if ix > j:
        items.append(m[ix][j])
  return items

list_items = []
matrix = []
for i in range(144):
  if c == 12:
    c = 0
    matrix.append(list_items)
    list_items = []
  inp = input()
  if inp != '':
    list_items.append(float(inp))
  c += 1

matrix.append(list_items)

diagonal = get_acima_diagonal(matrix)

result = 0
if operation == 'S':
  result = soma(diagonal)
else:
  result = avg(diagonal)
   
sys.stdout.write("%.1f\n" % (result))

1185.py

import sys

operation = input()
c = l = 0

def soma(items):
  total = 0
  for xx in items:
    total += xx
  return total
  
def avg(items):
  total = sum(items)
  return total / len(items)
  
def get_col(m, n):
  return [i[n] for i in m]

def get_diagonal(m):
  return [m[i][i] for i in range(12)]
  
def get_abaixo_diagonal(m):
  items = []
  for ix in range(12):
    for j in range(12):
      if j > ix:
        items.append(m[ix][j])
  return items
  
def get_acima_diagonal(m):
  items = []
  for ix in range(12):
    for j in range(12):
      if ix > j:
        items.append(m[ix][j])
  return items
  
def get_acima_diagonal_secundaria(m):
  items = []
  for ix in range(12):
    for j in range(12):
      if j < (11 - ix):  
        items.append(m[ix][j])
  return items

list_items = []
matrix = []
for i in range(144):
  if c == 12:
    c = 0
    matrix.append(list_items)
    list_items = []
  inp = input()
  if inp != '':
    list_items.append(float(inp))
  c += 1

matrix.append(list_items)

diagonal = get_acima_diagonal_secundaria(matrix)

result = 0
if operation == 'S':
  result = soma(diagonal)
else:
  result = avg(diagonal)
   
sys.stdout.write("%.1f\n" % (result))

1186.py

import sys

operation = input()
c = l = 0

def soma(items):
  total = 0
  for xx in items:
    total += xx
  return total
  
def avg(items):
  total = sum(items)
  return total / len(items)
  
def get_col(m, n):
  return [i[n] for i in m]

def get_diagonal(m):
  return [m[i][i] for i in range(12)]
  
def get_abaixo_diagonal(m):
  items = []
  for ix in range(12):
    for j in range(12):
      if j > ix:
        items.append(m[ix][j])
  return items
  
def get_acima_diagonal(m):
  items = []
  for ix in range(12):
    for j in range(12):
      if ix > j:
        items.append(m[ix][j])
  return items
  
def get_acima_diagonal_secundaria(m):
  items = []
  for ix in range(12):
    for j in range(12):
      if j < (11 - ix):  
        items.append(m[ix][j])
  return items

def get_abaixo_diagonal_secundaria(m):
  items = []
  for ix in range(12):
    for j in range(12):
      if ix > (11 - j):  
        items.append(m[ix][j])
  return items

list_items = []
matrix = []
for i in range(144):
  if c == 12:
    c = 0
    matrix.append(list_items)
    list_items = []
  inp = input()
  if inp != '':
    list_items.append(float(inp))
  c += 1

matrix.append(list_items)

diagonal = get_abaixo_diagonal_secundaria(matrix)

result = 0
if operation == 'S':
  result = soma(diagonal)
else:
  result = avg(diagonal)
   
sys.stdout.write("%.1f\n" % (result))

fib.py

num = input()
num = int(num)

n1 = 0
n2 = 1
n = n1 + n2
print("%d %d" % (n1, n2), end = '')
num -= 2
while num > 0:
  n = n1 + n2
  n1 = n2
  n2 = n
  print(" %d" % n, end='')
  num -= 1
print('')