#  Copyright (c) 2024.
#  Luc Bergevin, tous droits réservés.
#  Créé le 2024-12-24 08 h 53

print('Numéro 1')

answer = list(((1, "Charles"), (2, "William"), (3, "Harry")))
print(answer)

answer.append((4, "Luc"))
print(answer)

print("\n-----------------------------------------------------------------")

print('Numéro 2')
print("Méthode 1")
answer = list((dict(numero='1', prince="Charles"), dict(numero=2, prince="William"), dict(numero=3,
																						  prince="Harry")))
print(answer)

answer.append(dict(numero=4, prince="Luc"))
print(answer)

print("Méthode 2")
answer = [{1: "Charles"}, {2: "William"}, {3: "Harry"}]
print(answer)

answer.append({4: "Luc"})
print(answer)

print("\n-----------------------------------------------------------------")

print('Numéro 3')

answer = tuple(([1, "Charles"], [2, "William"], [3, "Harry"]))
print(answer)

answer = list(answer)
answer.append([4, "Luc"])
answer = tuple(answer)
print(answer)

print("\n-----------------------------------------------------------------")

print('Numéro 4')
answer = ({1: "Charles"}, {2: "William"}, {3: "Harry"})
print(answer)

answer = list(answer)
answer.append({4: "Luc"})
answer = tuple(answer)
print(answer)

print("\n-----------------------------------------------------------------")

print('Numéro 5')

answer = {1: (1, "Charles"), 2: (2, "William"), 3: (3, "Harry")}
print(answer)

answer[4] = (4, "Luc")
print(answer)

print("\n-----------------------------------------------------------------")

print('Numéro 6')
answer = {1: [1, "Charles"], 2: [2, "William"], 3: [3, "Harry"]}
print(answer)

answer[4] = [4, "Luc"]
print(answer)

print("\n-----------------------------------------------------------------")

print('Numéro 7')


def createTableOfTuples(table1=[], table2=[]):
	return zip(table1, table2)


def createTableOfDicts(keys=[], values=[]):
	table = []
	for index in range(len(keys)):
		table.append(dict(key=keys[index], value=values[index]))
	return table


voitures = ["Audi", "Lada", "Toyota", "BMW", "Honda", "Chevrolet", "Ferrari", "Ford", "Porsche",
			"Hyundai"]
origines = ["Europe", "Russie", "Asie", "Europe", "Asie", "USA", "Europe", "USA", "Europe", "Asie"]

answer = list(createTableOfTuples(origines, voitures))
print(answer)

print("Voitures venant d'Asie :")
for voitureTuple in answer:
	if voitureTuple[0] == "Asie":
		print(voitureTuple[1])

answer = createTableOfDicts(origines, voitures)
print(answer)

print("Voitures venant d'Europe :")
for voitureDict in answer:
	if voitureDict['key'] == "Europe":
		print(voitureDict['value'])

print("\n-----------------------------------------------------------------")

print('Numéro 8')


def createDictFromTables(keys=[], values=[]):
	dictionnary = {}
	for index in range(len(keys)):
		dictionnary[keys[index]] = values[index]
	return dictionnary


etudiants = ["Arminius", "Brutus", "Caligula", "Diplodocus", "Ephrem", "Fernand", "Gengis Khan",
			 "Hypocrate", "Imelda", "Justinien", "Kharlamov", "Listeria", "Maximinus", "Néron",
			 "Octavius", "Poutine", "Raspoutine", "Varus"]
notes = [32, 45, 87, 98, 24, 86, 59, 74, 79, 73, 82, 90, 65, 44, 79, 86, 70, 94]

answer = createDictFromTables(etudiants, notes)
print(answer)

print("\nÉtudiants qui sont en dessous de 60% :")
print([name for name in answer.keys() if answer[name] < 60])

print("\nÉtudiants qui sont au dessus de 59% :")
print([name for name in answer.keys() if answer[name] > 59])

print("\n-----------------------------------------------------------------")

print('Numéro 9')


def sumOfManyTables(*args):
	sumOfTables = []

	for index in range(len(args[0])):
		sumOfTables.append(0)
		for table in args:
			sumOfTables[index] += table[index]

	return sumOfTables


table1 = [1, 2, 3, 4, 5]
table2 = [10, 20, 30, 40, 50]
table3 = [100, 200, 300, 400, 500]
table4 = [1000, 2000, 3000, 4000, 5000]
table5 = [10000, 20000, 30000, 40000, 50000]
answer = sumOfManyTables(table1, table2, table3, table4, table5)
print(answer)