Lists Basics - Exercise

# ========== 01. Invert Values

values = list(map(int, input().split(" ")))
print([-x for x in values])

# ========== 02. Multiples List

factor = int(input())
count = int(input())
multiplies = [factor]

for _ in range(1, count):
    multiplies.append(factor + multiplies[-1])
print(multiplies)


# ========== 03. Football Cards

sequence_of_cards = input().split()

total_players_team_a = 11
total_players_team_b = 11

removed_players_team_a = []
removed_players_team_b = []

game_is_terminated = False

for given_card in sequence_of_cards:
    given_card = given_card.split("-")
    team = given_card[0]
    player = given_card[1]
    if team == "A":
        if player not in removed_players_team_a:
            total_players_team_a -= 1
            removed_players_team_a.append(player)
    elif team == "B":
        if player not in removed_players_team_b:
            total_players_team_b -= 1
            removed_players_team_b.append(player)
    if total_players_team_b < 7 or total_players_team_a < 7:
        game_is_terminated = True
        break
print(f"Team A - {total_players_team_a}; Team B - {total_players_team_b}")
if game_is_terminated:
    print("Game was terminated")


# ========== 04. Number Beggars


numbers_for_robbing = list(map(int, input().split(", ")))
numbers_of_beggars = int(input())

lst_beggars = [0] * numbers_of_beggars
counter = 0

for number in range(len(numbers_for_robbing)):
    lst_beggars[counter] += numbers_for_robbing[number]
    counter += 1
    if counter >= numbers_of_beggars:
        counter = 0
print(lst_beggars)


# ========== 05. Faro Shuffle

deck_of_symbols = input().split()
middle_of_deck = len(deck_of_symbols) // 2

first_half_deck = deck_of_symbols[:middle_of_deck]  # slicing in half
second_half_deck = deck_of_symbols[middle_of_deck:]  # slicing in half

faro_shuffle_times = int(input())

for shuffle in range(faro_shuffle_times):
    shuffled_deck = []
    for cards in range(middle_of_deck):
        shuffled_deck.append(first_half_deck[cards])
        shuffled_deck.append(second_half_deck[cards])
    first_half_deck = shuffled_deck[:middle_of_deck]
    second_half_deck = shuffled_deck[middle_of_deck:]
print(shuffled_deck)


# ========== 06. Survival of the Biggest

lst_of_numbers = list(map(int, input().split()))
numbers_to_remove = int(input())

for num in range(numbers_to_remove):
    smallest = min(lst_of_numbers)
    lst_of_numbers.remove(smallest)
print(", ".join(str(x) for x in lst_of_numbers))


# ========== 07. Easter Gifts

gifts = input().split()
command = input()

while command != "No Money":
    command = command.split()
    if command[0] == "OutOfStock":
        for gift in range(len(gifts)):
            if gifts[gift] == command[1]:
                gifts[gift] = "None"
    elif command[0] == "Required":
        if 0 < int(command[2]) < len(gifts):
            gifts[int(command[2])] = command[1]
    elif command[0] == "JustInCase":
        gifts[-1] = command[1]
    command = input()
print(" ".join(x for x in gifts if x != "None"))


# ========== 08. Seize the Fire

type_of_fire = input().split("#")
amount_of_water = int(input())
cells_extinguished = []
effort = 0

for fire in type_of_fire:
    fire = fire.split(" = ")
    type_current_fire = fire[0]
    power_current_fire = int(fire[1])
    if power_current_fire <= amount_of_water:
        if type_current_fire == "High":
            if 81 <= power_current_fire <= 125:
                amount_of_water -= power_current_fire
                effort += power_current_fire * 0.25
                cells_extinguished.append(power_current_fire)
        elif type_current_fire == "Medium":
            if 51 <= power_current_fire <= 80:
                amount_of_water -= power_current_fire
                effort += power_current_fire * 0.25
                cells_extinguished.append(power_current_fire)
        elif type_current_fire == "Low":
            if 1 <= power_current_fire <= 50:
                amount_of_water -= power_current_fire
                effort += power_current_fire * 0.25
                cells_extinguished.append(power_current_fire)

print("Cells:")
for cell in cells_extinguished:
    print(f" - {cell}")
print(f"Effort: {effort:.2f}")
print(f"Total Fire: {sum(cells_extinguished)}")


# ========== 09. Hello, France

items_for_sale = input().split("|")
budget = float(input())
new_item_prices = []
old_item_prices = []

for item in items_for_sale:
    current_item = item.split("->")[0]
    price_item = float(item.split("->")[1])
    if current_item == "Clothes" and price_item <= 50:
        if budget >= price_item:
            budget -= price_item
            new_item_prices.append(price_item+(price_item*0.4))
            old_item_prices.append(price_item)
    elif current_item == "Shoes" and price_item <= 35:
        if budget >= price_item:
            budget -= price_item
            new_item_prices.append(price_item + (price_item * 0.4))
            old_item_prices.append(price_item)
    elif current_item == "Accessories" and price_item <= 20.50:
        if budget >= price_item:
            budget -= price_item
            new_item_prices.append(price_item + (price_item * 0.4))
            old_item_prices.append(price_item)

profit = sum(new_item_prices) - sum(old_item_prices)
print(" ".join(f"{x:.2f}" for x in new_item_prices))
print(f"Profit: {profit:.2f}")
if budget + sum(new_item_prices) >= 150:
    print("Hello, France!")
else:
    print("Not enough money.")


# ========== 10. Bread Factory

working_events = input().split("|")
energy = 100
coins = 100
gained_energy = 0
bakery_open = True

for day in working_events:
    event = day.split("-")[0]
    amount_of_event = int(day.split("-")[1])
    if event == "rest":
        energy += amount_of_event
        if energy <= 100:
            print(f"You gained {amount_of_event} energy.")
            print(f"Current energy: {energy}.")
        else:
            gained_energy = abs(amount_of_event - (energy - 100))
            if energy > 100:
                energy = 100
            print(f"You gained {gained_energy} energy.")
            print(f"Current energy: {energy}.")
    elif event == "order":
        if energy >= 30:
            energy -= 30
            coins += amount_of_event
            print(f"You earned {amount_of_event} coins.")
        else:
            print("You had to rest!")
            energy += 50
            if energy > 100:
                energy = 100
    else:
        if coins >= amount_of_event:
            coins -= amount_of_event
            print(f"You bought {event}.")
        else:
            print(f"Closed! Cannot afford {event}.")
            bakery_open = False
            break

if bakery_open:
    print("Day completed!")
    print(f"Coins: {coins}")
    print(f"Energy: {energy}")