# print('sdfsdfsd')
# a=input('Donner le genre')
# age=int(input("donner l age"))
# if (a=='homme' and age>=20) or (a=='femme' and age>=18 and age<=35):
#     print('paye')
# else:
#     print('ne paye pas')
# a=float(input("donner un nombre"))
# b=float(input("donner un nombre"))
# c=a+b
# print('la somme est : '+str(c))
import math
import random

a=4
b=45
b//=4
# print(a,b,sep='*')
# print('bonjour1',end='\t')
# print('bonjour2')
# print('bonjour3')
# x=32
# nom="John"
# print("{} a {} ans.". format(nom,x))
# print("{1} a {0} ans.". format(nom,x))
# ht=float(input('donner le montant HT'))
# ttc=1.2*ht
# if ttc>200:
#     ttc*=0.85
# print('le montant a payer est :',str(ttc))
# anne=int(input('donner annees'))
# moi=int (input('donner le moi'))
# jour=int (input('donner le jour'))
# c1=moi in (4,6,9,11) and jour<=30
# c2=moi==2 and anne%4==0 and jour<=29
# c3=moi==2 and anne%4!=0 and jour<=28
# if anne<2024 and anne>=1 and moi>=1 and moi<13 and jour>=1 and jour<=31:
#     if c1 or c2 or c3:
#         print('date valide')
#     else:
#         print('non valide')
# else:
#     print('date non valide')

# a=float(input("donner un nombre"))
# b=float(input("donner un nombre"))
# if a>0 and b>0 or a<0 and b<0:
#     print('Produit positif')
# elif a==0 or b==0:
#     print('Produit Null')
# else:
#     print('Produit Negatif')
#a=int(input("\tdonner \nun nombre"))
#print(str(a)+"45")
# a=-4
# print("bonjour ",end='')
# print('ahmed',end=' ')
# print('dans notre ecole')
# print("bonjour","khalid",sep='')
#
# if a>0:
#     print('le carre de {} est {}'.format(a, a * 2))
# elif a!=0:
#     print('erreur')
# else:
#     print('le carre de {} est {}'.format(a, a * 2))
# print('\tbonjour',end='@@')
# print('Tous')
# print('dans python','DEV DIGITAL',sep='\n')
# a=input('donner un nombre')
# b=input()
#
# if int(a)>0 and int(b)>0 or int(a)<0 and int(b)<0:
#     print('positif')
# elif int(a)==0 or int(b)==0:
#     print('null')
# else:
#     print('negatif')
# print('programme de calculer la somme')
# a=int(input('dommer un nombre'))
# b=int(input('dommer un nombre'))
# c=int(input('dommer un nombre'))
# somm=a+b+c
# print(somm)
# if somm>700:
#     print('moyenne :', somm / 4)
# else:
#     print('moyenne :', somm / 3)
# for a in range(-7,-2):
#     print(a)
# moi=int(input('donner un moi'))
# while moi>12 or moi<1:
#     moi = int(input('donner un moi'))
# print('ook')
# a=int(input('un nombre'))
# while a<20 and a>10:
#     print('ok')
#     if a>20:
#         print('plus petit')
#     elif a<10:
#         print('plus grand')
# for a in range(10):
#     print(a)
# print('****************************')
# for a in range(-10,10):
#     print(a)
# print('****************************')
# for a in range(1,10,3):
#     print(a)
# a=4
# while a!=0:
#     print('donner une valeur')
#     a=int(input())
# nbr=int(input('donner un nombre'))
# while nbr<10 or nbr>20:
#     if nbr<10:
#         print('Plus grand')
#     else:
#         print('Plus petit')
#     nbr = int(input('donner un nombre'))
# print('ok')
# for a in range(nbr+1,nbr+11):
#     print(a)
# for a in range(1,11):
#     print(nbr,"x",a,"=",nbr*a)
# som=0
# for a in range(nbr+1):
#     som=a+som
# print(som)
# som=1

# print(l[1])
# for a in l:
#
#     print(a,end=' ')
# l.append(78)
# l.insert(1,100)
# print(l)
# l.pop()
# l.remove(7)
# l[1]=7
# print(l)
# print(l.count(78))
# l1=l.copy()
# l2=l
# l.insert(0,789)
# print(l2,l1)
# l.reverse()
# print(l2)
# l2.sort()
# print(l)
# s='Bonjour'
# for i in range(len(l)):
#     l[i]=7
# print(len(s))
# print(l2)

# for a in range(1,nbr+1):
#     som=a*som
# print(som)
# def afficher():
#     print("bonjour")
# def test(a=4):
#     return a**2
# afficher()
# print(test(8))
#ex1
#
# temp=5
# def test(a=7,b=0):
#     global temp
#     temp=a
#     a=b
#     b=temp
#     print(temp)
#     return "a="+str(a),"b="+str(b)
# print(test(15,7))
# print(test())
# print(test(b=89,a=7))
# print(temp)
l=[78,5,5,88,9]
# def recherche():
#     val=int(input("donner une valeur"))
#     for a in l:
#         if a==val:
#             return "existe"
#     return "n existe pas"
# print(recherche())
# def pgdc(a,b):
#     if b==0:
#         return a
#     else:
#         r = a % b
#         a = b
#         b=r
#         print(a,b)
#         return pgdc(a,b)
#
#
#
#
# print(pgdc(30,18))
# l=[v for v in range(20) if v%2!=0]
# s=0
#
# for a in l:
#     s+=a
# l[1]=18;l[3]=l[2]+l[4]
# s1=sum(a for a in l if a%2==0)
# print(s,s1)
# print(l)
# print(l[4])
#
# # for a in range(12):
# #     print(l[-1])
# l[-1],l[0]=l[0],l[-1]
# print(l)
# s2=0
# s3=0
# for a in l:
#     print(a)
#     if a%2==0:
#         s2+=a
#     s3+=a
# etat=False
# if s3/len(l)>=10:
#     etat=True
# print(s3/len(l)>=10)
# print(etat)
# def test(s,n=4):
#     for a in range(n):
#         print(s)
# test('Hello',7)
# test('Bonjour',3)
# test('Salut',4)
# test('HI')
# s='Hello IN My Programme'
# mjnu=0
# minu=0
# for i in s:
#     if 56<ord(i)<91:
#         minu+=1
#     elif ord(i)>91:
#         mjnu+=1
# print(mjnu,minu)
# print(ord(' '))
# import math
# def combination(n, r): # correct calculation of combinations, n choose k
#     return int((math.factorial(n)) / ((math.factorial(r)) * math.factorial(n - r)))
# Lres=[]
# for i in range(6):
#     ligne = []
#     for j in range(i+1):
#         ligne.append(combination(i,j))
#
#     Lres.append(ligne)
#     for li in Lres:
#         print(li)
# def gen(n,r=[]):
#     for x in range(n):
#         l = len(r)
#         r = [1 if i == 0 or i == l else r[i-1]+r[i] for i in range(l+1)]
#         yield (r)
# def pasc(n):
#     res=[]
#     for i in range(n):
#         ligne=[]
#         for j in range(i+1):
#             if j==0 or j==i:
#                 ligne.append(1)
#             else:
#                 ligne.append(res[i-1][j]+res[i-1][j-1])
#
#
#         res.append(ligne)
#     return res
# print('--------------------------ff-----------')
# print(pasc(6))
#
#
# print("--------------------------------------")
# #print(list(gen(6)))
# lc=[4,8,6,3,2,7]
# for a in range(len(lc)):
#     lc[a]=lc[a]+1
# lc=[a+1 for a in lc]
# myen=sum([a for a in lc if a%2==0])
# print(lc)
# LC=[]
# for a in lc:
#     LC.append(a*a)
# LC1=[a*a for a in lc]
# print(LC)
# print(LC1[::-1])
# print(LC1)
# l1=[4,6,2,3,7]
# l2=[7,5,3,8,14]
# l3=l1.copy()
# l3.remove(l3[0])
# del l3[0]
# L3=[]
# for a in l1:
#     l3.append(a)
# l4=[a for a in l1]
# for a in l2:
#     l4.append(a)
# L4 =l1.copy()
# l4.extend(l2)
# l=[1,2,3,4,3,2,1]
# l1=l.copy()
# l.reverse()
# print(l,l1)
# t=len(l)
# etat=True
# for a in range(t//2):
#     if l[a]!=l[t-1-a]:
#         etat=False
#         break
# if etat:
#     print("Symetrique")
# else:
#     print("non Symetrique")
# print(l1==l)
print("*****************************************")
# l=[45,2,9,7,56]
# print(l[4])
# l[1]=17;l[3]=l[2]+l[4]
# print(l)
# # for a in range(12):
# #     print(l[-1])
# #ex2
# l[0],l[-1]=l[-1],l[0]
# print(l)
# #ex3
# sp=0;s=0
# for a in l:
#     print(a)
#     if a%2==0:
#         sp+=a
#     s+=a
# etat=s/len(l)>=10
# print("somme des valaur paire",sp)
# print(etat)
# #ex4
# print(l)
# for a in range(len(l)):
#     l[a]+=1
# l=[a+1 for a in l]
# print(l)
# for a in range(len(l)//2):
#     l[a],l[-(a+1)]=l[-(a+1)],l[a]
# print(l)
# t=len(l)
# for a in range(t//2):
#     l[a],l[t-1-a]=l[t-1-a],l[a]
# print(l)
# l.reverse()
# print(l)
# lc=[a*a for a in l]
# print(lc)
# lc1=[]
# for a in l:
#     lc1.append(a*a)
# l1=[7,9,5,9,71]
# l2=[45,8,5,6,3]
# l3=l1[1:]
# l3=l1[:]
# l3.remove(l3[0])
# del l3[0]
# print(l3)
# l4=l1+l2
# l4=l1.copy()
# l4.extend(l2)
# l=[1,2,3,3,2,1]
# t=len(l)
# etat=True
# for a in range(t//2):
#     if l[a]!=l[t-1-a]:
#         etat=False
#         break
# print(etat)
# print(ord("a")-32)
# ch="bonjour"
# res=""
# elm=[]
# for a in range(len(ch)):
#     elm.append(ord(ch[a])-32)
# print(elm)
# res=''.join(map(chr, elm))
# print(res)
def triangle(n):
    tr=[]
    for i in range(n):
        ligne=[]
        for j in range(i+1):
            if j==0 or j==i:
                ligne.append(1)
            else:
                ligne.append(tr[i-1][j-1]+tr[i-1][j])
        tr.append(ligne)
    for l in tr:
        print(l)
# triangle(8)
def triangle1(n):
    tr=[]
    for i in range(n):
        ligne=[]
        for j in range(i+1):
            a=int(math.factorial(i)/(math.factorial(j)*math.factorial(i-j)))
            ligne.append(a)
        tr.append(ligne)
    for l in tr:
        for a in l:
            print(a,end=' ')
        print()
# triangle1(8)
# s="12-7-5-3-4-9-6"
# # s="3-4-5-6-7-9-12"
# res=s.split('-')
# ss='-'.join(res)
# print(ss)
# print(res)
# s1="ahmed"
# s2="ahme"
# print(s1>s2)
from random import *
print(randint(3, 9))
print(randrange(10,20))
from math import *
print(factorial(7))
print(abs((-78)))
print(sin(30))
print(sqrt(25))
t=(45,8,6,2,5,6)
l=list(t)
t1=tuple(l)
print(t[1])
print(l)
print(t1)
d={}
d1={"nom":"Alami","prenom":"samir","adresse":"agadir"}
for a in d1.values():
    print(a)
print(d1)
print(d1)
d1[1]=101
d1["nom"]=["Bara","adraoui","khalfi"]
d1["nom"][2]="Samir"
print(d1)
for a in d1.items():
    print(a)