def handle_mouse_events(self, mouse):
for tower in self.world.towers:
if tower.pressed(mouse) and self.world.current_tower_type == tower.type and not self.world.put_mine:
if self.is_enough_money(self.world.upgrade_cost, self.gamer) and tower.can_be_upgraded():
self.gamer.money -= self.world.upgrade_cost
tower.upgrade()
else:
pass
#printCostMessage()
for cell in self.world.tower_places:
if cell.pressed(mouse) and not self.world.put_mine:
if self.is_enough_money(self.world.buy_cost, self.gamer):
self.gamer.money -= self.world.buy_cost
self.world.tower_places.remove(cell)
self.world.towers.append(Tower(cell.x, cell.y, self.world.current_tower_type))
else:
pass
#printCostMessage()
if self.world.put_mine:
inter = False
mine = Mine((mouse[0] // 32) * 32, (mouse[1] // 32) * 32)
for tower in self.world.towers:
if mine.intersects(tower):
inter = True
for creep in self.world.creeps:
if mine.intersects(creep):
inter = True
for tow_pl in self.world.tower_places:
if mine.intersects(tow_pl):
inter = True
if not inter:
if self.is_enough_money(20, self.gamer):
self.world.mines.append(mine)
self.gamer.money -= 20
self.world.put_mine = False
def __init__(self, window, width, height, mine_count):
self.window = window
self.width = width
self.height = height
self.mine_count = mine_count
mine = Mine(self.width, self.height, self.mine_count)
self.mine_list = mine.create_mine_list()
self.mine_count_nearby_button_double_list = mine.create_mine_count_nearby_button_double_list(
self.mine_list)
def __init__(self, game_map, task=TASKS.MINE):
self.user_interface = UserInterface()
self.backpack = Backpack()
self.mine = Mine(self, game_map)
self.smelt = Smelt(self, game_map)
self.forge = Forge(self, game_map)
# Set the default initial task
self.task = task
self.action_count = 0
def spawn_mines(mines, screen):
y = randint(100, 700)
new_y = y
x = 1500
new_mine = Mine(screen, x, y)
mines.add(new_mine)
for numbers in range(0, 4):
new_y += 50
new_mine = Mine(screen, x, new_y)
mines.add(new_mine)
if new_y > 1400 or new_y < 0:
new_y = y
x += 100
def spawn_enemies(self):
spawns = self.level.get_spawns()
if spawns[Level.SHARKS]:
# Make a new shark
self.sharks.append(Shark())
self.shark_sprites.add(self.sharks[-1])
if spawns[Level.PIRATES]:
# Make a new pirate ship
self.pirates.append(Pirateboat())
self.pirate_sprites.add(self.pirates[-1])
if spawns[Level.MINES]:
self.mines.append(Mine())
self.mine_sprites.add(self.mines[-1])
if spawns[Level.SEAGULLS]:
self.seagulls.append(Seagull())
self.seagull_sprites.add(self.seagulls[-1])
if spawns[Level.TITANIC]:
self.titanic = Titanic()
self.titanic_sprite.add(self.titanic)
if spawns[Level.POWERUPS]:
self.powerups.append(Powerup())
self.powerup_sprites.add(self.powerups[-1])
def board_select(self, *args):
self.horizontal, self.vertical = map(int, args)
mine = Mine(self.horizontal, self.vertical, self.level)
self.board = map(int, mine.board.reshape(1, self.horizontal * self.vertical)[0])
self.bomb_count = len(filter(lambda x: x == -1, self.board))
self.switch_screen(screen='board_screen')
self.current_screen.board.clear_widgets()
self.prepare_board()
def open(self, directory):
'''Opens new map'''
self.bullets.empty()
self.enemies.empty()
#self.ship.position = self.position
with open(directory) as location:
for line in location.readlines():
data = line.split()
if data[0] == 'mine':
self.enemies.add(Mine(self.screen,
Vector(int(data[1]), int(data[2])), self.ship))
def test_creeps_after_mines(self):
with patch('application.Application') as perm_mock:
perm_mock.game_engine = None
cells = Unity.identifier(self.labyrinth)[0]
way = deque(cells)
pos = way[3]
game_state = GameState(perm_mock)
creep = Creep(pos[0], pos[1], way, 1)
mine = Mine(pos[0], pos[1])
game_state.world.mines.append(mine)
game_state.world.creeps.append(creep)
game_state.blast_and_kill(creep, game_state.world, game_state.gamer)
self.assertEqual(len(game_state.world.creeps), 1)
def init__window(self):
lb.create_table() #creates the leaderboard for the first time only
self.master.title("Minesweeper")
self.pack(fill=BOTH, expand=1)
count = 0 #counts the mines
self.scoreBoard = Label(self,
text='Your Score: ' +
str(self.openBoxes)) # creates the scoreboard
self.scoreBoard.grid(row=0, column=int(1),
columnspan=2) # places the score
self.highScore = Label(
self, text='Highest Score: ' +
str(lb.get_high_score())) # displays the highest score
self.highScore.grid(row=0, column=int(4),
columnspan=2) # places the score
#assigns the bombs to the randomly selected mines and places the mines on the map
for x in range(1, len(self.mineField)):
for y in range(len(self.mineField[x])):
if self.mineField[x][y] == "X":
mine = Mine(self,
text="",
font=20,
width=4,
command=lambda bomb=True, order=count, result=
str(self.mineField[x][y]): self.find_bomb(
bomb, order, result)) #create mine
mine.xpos = x
mine.ypos = y
self.mines.append(mine)
else:
mine = Mine(self,
text="",
font=20,
width=4,
command=lambda bomb=False, order=count, result=
str(self.mineField[x][y]): self.find_bomb(
bomb, order, result)) #create mine
mine.xpos = x
mine.ypos = y
self.mines.append(mine)
self.mines[count].grid(row=x, column=y)
count = count + 1
self.board = Button(self, text="Leader Board", command=self.show_board)
self.board.grid(row=x + 1, column=3, columnspan=2)
def run_game():
# Initialize pygame and screen
pygame.init()
settings = Settings()
screen = pygame.display.set_mode(
(settings.screen_width, settings.screen_height))
pygame.display.set_caption("2Dverse")
# Create ship and groups for bullets, enemies and obstacles
ship = Ship(screen)
bullets = Group()
enemies = Group()
obstacles = Group()
mine = Mine(screen, Vector(40, 40), ship)
# Main game loop
while True:
gf.check_events(settings, screen, ship, bullets)
gf.update_objects(ship, bullets, screen, mine)
gf.draw_screen(settings, screen, ship, bullets, mine)
def play(current_level, message=""):
levers = []
doors = []
multi_levers = []
multi_doors = []
monsters = []
mines = []
data_holder = MapDataHolder(levers, doors, multi_levers, multi_doors,
monsters, mines)
if message == "":
message = "Level " + str(current_level) + "/" + str(level_number)
else:
message += "\nLevel " + str(current_level) + "/" + str(level_number)
if current_level == 1:
message += " ('h' for help)"
with open("Maps/" + str(current_level) + ".map") as file:
mapList = [[tileForChar(char) for char in list(line.rstrip())]
for line in file] # Reference [y, x]
height = len(mapList)
width = len(mapList[0])
# Read data
player = Player(Point2D(0, 0))
with open("Maps/" + str(current_level) + ".dat") as file:
lines = [line.rstrip('\n') for line in file]
for line in lines:
# Player
if line.startswith("player"):
numbers = line.split('=')[1]
split = numbers.split(',')
first = split[0]
second = split[1]
player.location = Point2D(int(first), int(second))
elif line.startswith(
"monster"): # monster.1-2;1:ground=5,3 # id, mf, speed
numbers = line.split('=')[1]
split = numbers.split(',')
x = int(split[0])
y = int(split[1])
id = int(line.split('-')[0].split('.')[1])
moveFrequency = int(line.split(';')[0].split('-')[1])
speed = int(line.split(':')[0].split(';')[1])
isFlying = 0
isFlyingString = line.split('=')[0].split(':')[1]
if isFlyingString == "fly":
isFlying = True
elif isFlyingString == "ground":
isFlying = False
data_holder.monsters.append(
Monster(Point2D(x, y), speed, moveFrequency, isFlying, id,
MONSTER_CHAR))
elif line.startswith("mine"):
numbers = line.split('=')[1]
split = numbers.split(',')
first = int(split[0])
second = int(split[1])
data_holder.mines.append(
Mine(Point2D(first, second), MINE_CHAR))
elif line.startswith("lever"): #lever-1=5,5
values = line.split('=')
leverNumber = int(values[0].split('-')[1])
x = int(values[1].split(',')[0])
y = int(values[1].split(',')[1])
data_holder.levers.append(
Lever(
Point2D(x, y), LEVER_CHAR, False,
leverNumber)) # The items must be in order in the file
elif line.startswith("door"): #door-1=6,4
values = line.split('=')
doorNumber = int(values[0].split('-')[1])
x = int(values[1].split(',')[0])
y = int(values[1].split(',')[1])
data_holder.doors.append(
Door(Point2D(x, y), doorNumber, isOpen=False))
elif line.startswith("multi_lever"):
id = int(line.split('-')[0].split('.')[1])
number = int(line.split('-')[1].split('=')[0])
x = int(line.split('=')[1].split(',')[0])
y = int(line.split('=')[1].split(',')[1])
data_holder.multi_levers.append(
MultiLever(Point2D(x, y), LEVER_CHAR, False, id,
number)) # temporary
elif line.startswith("multi_door"): # multi_door.1-1+2+3=4,2
id = int(line.split('-')[0].split('.')[1])
x = int(line.split('=')[1].split(',')[0])
y = int(line.split('=')[1].split(',')[1])
levers_needed = []
lever_numbers = line.split('-')[1].split('=')[0]
temp = 0
for c in lever_numbers:
if c == '+':
levers_needed.append(temp)
temp = 0
else:
temp += int(c)
levers_needed.append(temp)
data_holder.multi_doors.append(
MultiDoor(Point2D(x, y), id, levers_needed, isOpen=False))
# Game loop
gameRunning = True
while (gameRunning):
os.system("clear")
print(message)
drawMap(player, mapList, data_holder)
print("> ")
ch = getch()
if ch == 'q':
gameRunning = False
quit()
elif ch == 'k':
new_level = current_level - 1
if new_level < 1:
continue
else:
play(current_level - 1)
elif ch == 'l': # Skip level
new_level = current_level + 1
if new_level > level_number:
continue
else:
play(current_level + 1)
elif ch == 'h': # help
help()
elif ch == 's':
playerMovement(0, 1, data_holder, player, mapList, current_level)
elif ch == 'w':
playerMovement(0, -1, data_holder, player, mapList, current_level)
elif ch == 'a':
playerMovement(-1, 0, data_holder, player, mapList, current_level)
elif ch == 'd':
playerMovement(1, 0, data_holder, player, mapList, current_level)
if isLevelCompleted(mapList, player):
if current_level == level_number:
end(player, mapList, data_holder)
else:
play(current_level + 1)
def defuse(self, drone):
""" Defuse the Mine """
Mine.scan(self, drone)
print(t.get_percentages())
sleep(1)
print("\nYOUR TURN (3 rounds)")
# Mining operations
# NOTE: the video demo mentioned 3 options for your turn
# For simplicity, we've kept it 1 mining option.
for i in range(1,4):
sleep(1)
print(list(t.get_percentages().keys()))
r = input("Select one of the above resources to mine ")
while r not in t.get_percentages().keys():
r = input("Please choose a valid resource to mine ")
p = Player(myCountry)
m = Mine(p, r)
m.execute(state)
print("Mine operation successful")
t = Thresholds(state, myCountry)
sleep(1)
print("\nYour resource levels:")
print(t.get_resources())
sleep(1)
print("\nYour resource percentages:")
print(t.get_percentages())
sleep(1)
def defuseCarefully(self, drone):
""" Defuse the Mine carefully """
Mine.defuse(self, drone)
def defuseCarefully(self, drone):
""" Defuse the Mine carefully """
Mine.defuse(self, drone)
def generateActions(self, world, market):
actions = []
untradeable_resources = [
'R1', 'R4', 'R7', 'R19', 'R21', 'R22', "R1'", "R5'", "R6'", "R18'",
"R19'", "R20'", "R21'", "R22'", "cash"
]
myResources = world[self.name]
lowOnCash = myResources["cash"] <= 2000
# if the agent is low on cash, try to sell a type of resource for
# cash gain and at the same time mine for the loss
if lowOnCash:
bestResourceToMine = ""
bestPrice = float("-inf")
# find the resource with the highest selling price
for ticker in myResources.keys():
if ticker not in untradeable_resources:
sellPrice = market.quotePrice(ticker)["sellingPrice"]
if sellPrice > bestPrice:
bestResourceToMine = ticker
bestPrice = sellPrice
# if it exists, sell and mine
if bestResourceToMine:
quantity = market.getBuyOrders(
bestResourceToMine)[0]["quantity"]
if myResources[bestResourceToMine] < quantity:
quantity = myResources[bestResourceToMine] / 2
transaction = Transaction(
self.name, "sell", {
bestResourceToMine: [{
"quantity": quantity,
"strike": bestPrice,
"expiration": 2
}]
}, market)
actions.append(transaction)
mine = Mine(self, bestResourceToMine, 2)
actions.append(mine)
# generate actions according to the supply and demand
else:
cashAmount = myResources["cash"]
for ticker in myResources.keys():
if ticker not in untradeable_resources:
book = market.getOrders(ticker)
buyAmount = 0
sellAmount = 0
for order in book["bids"]:
buyAmount = buyAmount + order["quantity"]
for order in book["asks"]:
sellAmount = sellAmount + order["quantity"]
# if buyers are more than sellers, try to outbid the buyers
# in anticipation for the price to go up
if buyAmount > sellAmount:
bestBid = book["bids"][0]
bidPrice = bestBid["strike"]
askPrice = float("inf")
askQuantity = float("inf")
if sellAmount != 0:
bestAsk = book["asks"][0]
askPrice = bestAsk["strike"]
askQuantity = bestAsk["quantity"]
myBidPrice = bidPrice + 5
if myBidPrice > askPrice:
myBidPrice = askPrice
quantity = askQuantity
if myBidPrice * quantity > cashAmount:
quantity = int(cashAmount / 4 / myBidPrice)
if quantity != 0:
transaction = Transaction(
self.name, "buy", {
ticker: [{
"quantity": quantity,
"strike": myBidPrice,
"expiration": 2
}]
}, market)
cashAmount = cashAmount - myBidPrice * quantity
actions.append(transaction)
# if buyers are less than sellers, try to undercut the sellers
# in anticipation for the price to go down
if buyAmount < sellAmount:
bestAsk = book["asks"][0]
askPrice = bestAsk["strike"]
bidPrice = float("-inf")
bidQuantity = 0
if buyAmount != 0:
bestBid = book["bids"][0]
bidPrice = bestBid["strike"]
bidQuantity = bestBid["quantity"]
myAskPrice = askPrice - 5
if myAskPrice < bidPrice:
myAskPrice = bidPrice
if bidQuantity == 0:
quantity = int(myResources[ticker] / 20)
if quantity != 0:
transaction = Transaction(
self.name, "sell", {
ticker: [{
"quantity": quantity,
"strike": myAskPrice,
"expiration": 2
}]
}, market)
actions.append(transaction)
else:
quantity = bidQuantity
if myResources[ticker] < quantity:
quantity = int(myResources[ticker] / 2)
if quantity != 0:
transaction = Transaction(
self.name, "sell", {
ticker: [{
"quantity": quantity,
"strike": myAskPrice,
"expiration": 2
}]
}, market)
actions.append(transaction)
return actions
def generateActions(self, world, market):
finish = False
actions = []
untradeable_resources = [
'R1', 'R4', 'R7', 'R19', 'R21', 'R22', "R1'", "R5'", "R6'", "R18'",
"R19'", "R20'", "R21'", "R22'", "cash"
]
while not finish:
print("Awaiting command: ")
string = str(input())
tokens = string.split()
command = tokens[0].lower()
if command == "buy":
if len(tokens) < 3:
print("Missing parameters")
else:
ticker = tokens[1].upper()
if ticker in untradeable_resources:
print("Cannot buy " + ticker)
else:
orders = []
for i in range(2, len(tokens)):
order = tokens[i].split(",")
content = {}
strike = float(order[0])
content["strike"] = strike
quantity = int(order[1])
content["quantity"] = quantity
if len(order) >= 3:
expiration = int(order[2])
content["expiration"] = expiration
orders.append(content)
transaction = Transaction(self.name, "buy",
{ticker: orders}, market)
actions.append(transaction)
print("Submitted:")
print(transaction.toString())
elif command == "sell":
if len(tokens) < 3:
print("Missing parameters")
else:
ticker = tokens[1].upper()
if ticker in untradeable_resources:
print("Cannot sell " + ticker)
else:
orders = []
for i in range(2, len(tokens)):
order = tokens[i].split(",")
content = {}
strike = float(order[0])
content["strike"] = strike
quantity = int(order[1])
content["quantity"] = quantity
if len(order) >= 3:
expiration = int(order[2])
content["expiration"] = expiration
orders.append(content)
transaction = Transaction(self.name, "sell",
{ticker: orders}, market)
actions.append(transaction)
print("Submitted:")
print(transaction.toString())
elif command == "show":
if len(tokens) > 1:
flag = tokens[1].lower()
if flag == "-w":
print("World State:", world)
elif flag == "-m":
market.printOrderBook()
elif flag == "-t":
if len(tokens) < 3:
print("Missing parameters")
else:
tickers = tokens[2].split(",")
for i in range(0, len(tickers)):
ticker = tickers[i].upper()
print(ticker, market.quotePrice(ticker))
elif flag == "-tm":
print("housing:", housing)
print("alloys:", alloys)
print("electronics:", electronics)
print("farms:", farms)
print("factories:", factories)
print("metallic_elements:", metallic_elements)
print("timber:", timber)
print("plant:", plant)
else:
print("Illgeal flag")
else:
print("My State:", world[self.name])
elif command == "mine":
if len(tokens) < 3:
print("missing parameters")
else:
resource = tokens[1].upper()
difficulty = int(tokens[2])
mine = Mine(self, resource, difficulty)
print("Submitted: ", mine.toString())
actions.append(mine)
elif command == "transform":
if len(tokens) < 3:
print("missing parameters")
else:
t = tokens[1].lower()
multiplier = int(tokens[2])
template = ""
if t == "housing":
template = housing
if t == "alloys":
template = alloys
if t == "electronics":
template = electronics
if t == "farms":
template = farms
if t == "factories":
template = factories
if t == "metallic_elements":
template = metallic_elements
if t == "timber":
template = timber
if t == "plant":
template = plant
if template:
transformation = Transformation(
self.name, template, multiplier)
print("Submitted: ", transformation.toString())
actions.append(transformation)
else:
print("Illegal template")
# Congratulations! You have found the easter egg!
elif command == "greedisgood":
money = 5000
if len(tokens) >= 2:
money = float(tokens[1])
world[self.name]["cash"] = world[self.name]["cash"] + money
print("You gave yourself " + str(money) + " cash. Go crazy!")
elif command == "end":
finish = True
elif command == "help":
print("Here's a list of the commands: ")
print("1. show [-w] [-m] [-t (t1,t2,t3...)] [-tm]")
print(
"2. buy (ticker) (strike1,quantity1,[expiration1]) (strike2,quantity2,[expiration2]) ..."
)
print(
"3. sell (ticker) (strike1,quantity1,[expiration1]) (strike2,quantity2,[expiration2]) ..."
)
print("4. mine (resource) (difficulty)")
print("5. transform (template) (multiplier)")
print("6. end")
else:
print("Illegal command")
print()
return actions
def generateActions(self, world, market):
resources_filename = "resources.xlsx"
depth_bound = 5
frontier_max_size = 5
multiplier = 0.3
transform_templates = [
housing, alloys, electronics, farms, factories, metallic_elements,
timber, plant
]
worldWrapper = WorldWrapper(world, self.name, transform_templates,
resources_filename)
scheduler = Scheduler(worldWrapper)
res = scheduler.search(depth_bound, frontier_max_size, multiplier)
bestSchedule = heapq.heappop(res).getSchedule()
# below is the wrapper
table = str.maketrans(dict.fromkeys("()"))
bestAction = bestSchedule[0][0].translate(table)
tokens = bestAction.split()
actions = []
if tokens[0] == "TRANSFER":
fromName = tokens[2]
ticker = tokens[5]
quantity = int(tokens[6])
# convert a transfer that brings resource out to a market sell order
if fromName == self.name:
price = market.quotePrice(ticker)["sellingPrice"]
# arbitrarily set the price so that we gain 25% of what we have in cash right now
if price == float("-inf"):
price = world[self.name]["cash"] / 4 / quantity
transaction = Transaction(
self.name, "sell", {
ticker: [{
"quantity": quantity,
"strike": price,
"expiration": 2
}]
}, market)
actions.append(transaction)
# convert a transfer that brings resource in to a market buy order
else:
price = market.quotePrice(ticker)["buyingPrice"]
# arbitrarily use 25% of the money to bid for it
if price == float("inf"):
price = world[self.name]["cash"] / 4 / quantity
# buy as much as possible
else:
quantity = int(world[self.name]["cash"] / price)
if quantity != 0:
transaction = Transaction(
self.name, "buy", {
ticker: [{
"quantity": quantity,
"strike": price,
"expiration": 2
}]
}, market)
actions.append(transaction)
# if the country cannot afford to buy it, convert it to a mine action
else:
mine = Mine(self, ticker, 2)
actions.append(mine)
# convert a transform to a transformation
if tokens[0] == "TRANSFORM":
tokens = bestAction.split("||")
inputs = tokens[1].split()
outputs = tokens[2].split()
multiplier = int(tokens[3].split())
template = {}
template["in"] = {}
template["out"] = {}
for i in range(0, len(inputs) / 2):
template["in"][inputs[i]] = int(inputs[i + 1])
for i in range(0, len(outputs) / 2):
template["out"][outputs[i]] = int(outputs[i + 1])
transformation = Transformation(self.name, template, multiplier)
actions.append(transformation)
return actions
def build_mine(self, screen, pad):
m = Mine(screen, pad, self.width, self.height)
tribe_population = self.args.miners or random.randint(1, 30)
tribe_width = int(m.width / (self.args.tribes * 2 - 1))
for t in range(self.args.tribes):
new_tribe = random.choice(TRIBE_CLASSES)(t)
new_tribe.min_x = tribe_width * new_tribe.id * 2
new_tribe.max_x = tribe_width * (new_tribe.id * 2 + 1) - 1
new_tribe.color = COLORS[t]
new_tribe.leader_color = KING_COLORS[t]
new_tribe.name = (NAMES[t] + ' ' + new_tribe.name).strip()
m.tribes.append(new_tribe)
creatures = new_tribe.populate(tribe_population)
for c in creatures:
m.add_creature(c)
#for i in range(miner_count):
# tribe = random.choice(m.tribes)
# x = random.randint(tribe.min_x, tribe.max_x)
# creature = tribe.create_creature(x=x, y=0, tribe=tribe)
# m.add_creature(creature)
for i in range(random.randint(4, 10)):
hole_size = random.randint(4, 8)
m.create_cave(random.randint(0, m.width - 1),
random.randint(0, m.height - 1), hole_size)
outcast_tribe = Tribe(-1)
outcast_tribe.name = 'Outcast'
saboteur_count = self.args.saboteurs or random.randint(1, 3)
for i in range(saboteur_count):
saboteur = Saboteur(random.randint(0, m.width - 1),
int(m.height / 2),
tribe=outcast_tribe)
m.add_creature(saboteur)
wizard_count = self.args.wizards or random.randint(1, 5)
for i in range(wizard_count):
wizard = Wizard(
random.randint(0, m.width - 1),
random.randint(math.ceil(m.height / 3), m.height - 1))
m.add_creature(wizard)
# def make_explore_action():
# return ExploreAction()
#snake_count = self.args.snakes or random.randint(1, 5)
#for i in range(snake_count):
# tribe = random.choice([t for t in m.tribes if Snake in t.creatures])
# x = random.randint(tribe.min_x, tribe.max_x)
# snake = Snake(x, 0, tribe=tribe)
# snake.default_action = make_explore_action
# snake.push_action(ExploreAction())
# if snake.has_trait(Contagious):
# snake.color = KING_COLORS[tribe.id]
# else:
# snake.color = tribe.color
# # snake = Snake(random.randint(0, m.width - 1), random.randint(math.ceil(m.height / 5), m.height - 1))
# m.add_creature(snake)
treasure_count = self.args.treasures or random.randint(1, 10)
for i in range(treasure_count):
treasure = Treasure(random.randint(0, m.width - 1),
random.randint(10, m.height - 1))
m.add_item(treasure)
map_item = Map(random.randint(0, m.width - 1),
random.randint(5, m.height - 1), treasure)
m.add_item(map_item)
# for t in m.tribes:
# king_count = int(self.args.kings) if self.args.kings is not None else 1
# for i in range(king_count):
# x = random.randint(t.min_x, t.max_x)
#
# king = DwarfKing(x, 0, t)
# king.color = KING_COLORS[t.id]
# m.add_creature(king)
#
return m
if index == x:
print "^^^^^^^^^^^^^^^^^^^^ Cue ", countcue
countcue -= 1
index = 0
ryg = CaliforniaQuadraticYieldGenerator(depth=10, max=maxgold, min=0)
cyg = YukonQuadraticYieldGenerator(depth=10, max=maxgold, min=0)
lyg = BrazilQuadraticYieldGenerator(depth=10, max=maxgold, min=0)
qyg = ScotlandQuadraticYieldGenerator(depth=10, max=maxgold, min=0)
eyg = SouthAfricaQuadraticYieldGenerator(depth=10, max=maxgold, min=0)
cuyg = VictoriaQuadraticYieldGenerator(depth=10, max=maxgold, min=0)
logger.event_logger.info("Yield Generators created")
mryg = Mine(ryg, 0.8)
mcyg = Mine(cyg, 0.8)
mlyg = Mine(lyg, 0.8)
mqyg = Mine(qyg, 0.8)
meyg = Mine(eyg, 0.8)
mcuyg = Mine(cuyg, 0.8)
print '\n' + "### Cali ###" + '\n'
mryg.show_mine()
print '\n' + "### Yukon ###" + '\n'
mcyg.show_mine()
print '\n' + "### Brazil ###" + '\n'
mlyg.show_mine()
index += 1
if index == x:
print "^^^^^^^^^^^^^^^^^^^^ Cue ", countcue
countcue -= 1
index = 0
ryg = CaliforniaQuadraticYieldGenerator(depth=10, max=maxgold, min=0)
cyg = YukonQuadraticYieldGenerator(depth=10, max=maxgold, min=0)
lyg = BrazilQuadraticYieldGenerator(depth=10, max=maxgold, min=0)
qyg = ScotlandQuadraticYieldGenerator(depth=10, max=maxgold, min=0)
eyg = SouthAfricaQuadraticYieldGenerator(depth=10, max=maxgold, min=0)
cuyg = VictoriaQuadraticYieldGenerator(depth=10, max=maxgold, min=0)
logger.event_logger.info("Yield Generators created")
mryg = Mine(ryg, 0.8)
mcyg = Mine(cyg, 0.8)
mlyg = Mine(lyg, 0.8)
mqyg = Mine(qyg, 0.8)
meyg = Mine(eyg, 0.8)
mcuyg = Mine(cuyg, 0.8)
print '\n' + "### Cali ###" + '\n'
mryg.show_mine()
print '\n' + "### Yukon ###" + '\n'
mcyg.show_mine()
print '\n' + "### Brazil ###" + '\n'
mlyg.show_mine()
class Player():
"""
This class handles everything relating to the player
"""
LOW_HEALTH = 150
TASKS = Enum('Task', 'MINE, SMELT, FORGE')
def __init__(self, game_map, task=TASKS.MINE):
self.user_interface = UserInterface()
self.backpack = Backpack()
self.mine = Mine(self, game_map)
self.smelt = Smelt(self, game_map)
self.forge = Forge(self, game_map)
# Set the default initial task
self.task = task
self.action_count = 0
def perform_task(self):
"""
Checks health, organizes backpack and then performs
one of the following tasks: mine, smelt, or forge
"""
# Do pre-task checks
self.action_count += 1
# Only check health every 25 turns (it is a slow process)
if self.action_count % 25 == 0:
self.action_count = 0
self.check_health()
# Perform task
if self.task == self.TASKS.MINE:
self.task = self.mine.mine()
delay = 0
elif self.task == self.TASKS.SMELT:
self.task = self.smelt.smelt()
delay = 1.4
elif self.task == self.TASKS.FORGE:
self.task = self.forge.forge()
delay = 2.1
# Give the task time to complete
sleep(delay)
# Organize backpack now that items have been potentially added
self.organize_backpack()
def check_health(self):
"""
Checks player's HP and uses a potion if it is low.
If no potions are found, game will quit
"""
# Check if HP is low
if self.user_interface.get_health() < self.LOW_HEALTH:
# Attempt to use a potion
utils.log("INFO", F"Health dropped below {self.LOW_HEALTH}")
used_potion = self.backpack.use_item('potion', offset=(4, 9))
# No potions were found
if not used_potion:
# Potions may be obscurred by items, try selling
self.forge.sell_items()
# Try using a potion again
used_potion = self.backpack.use_item('potion', offset=(4, 9))
# Still can't use potions, likely do not have any
if not used_potion:
utils.log("SEVERE", "No potions found")
utils.quit_game()
# Sleep so that there is no issue using the next item
utils.log("INFO", F"Used a potion")
sleep(6)
def is_weight_below_threshold(self, threshold):
# Calculate how much more weight the player can carry
current_weight, max_weight = self.user_interface.get_weight()
difference = max_weight - current_weight
# Check if the weight the player can carry is below the threshold
if difference < threshold:
utils.log("INFO", F"Weight is {difference} from max, threshold was set to {threshold}")
return True
return False
def organize_backpack(self):
"""
Move all items to the correct areas of the backpack
"""
self.backpack.move_item('ore', self.backpack.ORE_LOC, (8, 6))
self.backpack.move_item('gem', self.backpack.GEM_LOC, (4, 2))
self.backpack.move_item('jewel', self.backpack.GEM_LOC, (4, 2))
self.backpack.move_item('galantine', self.backpack.GEM_LOC, (5, 4))
self.backpack.move_item('pickaxe', self.backpack.PICKAXE_LOC, (9, 4))
self.backpack.move_item('dagger', self.backpack.DAGGER_LOC, (4, 6))
self.backpack.move_item('hammer', self.backpack.HAMMER_LOC, (7, 3))
self.backpack.move_item('gold', self.backpack.GEM_LOC, (6, 5))
self.backpack.move_item('ingot', self.backpack.INGOT_LOC)
from hall_of_fame import HallOfFame
bot = Bot(command_prefix='$')
@bot.listen()
async def on_ready():
for guild in bot.guilds:
print(f'Guild: {guild.name}, {guild.id}')
if __name__ == '__main__':
bot.remove_command('help')
bot.add_cog(Help(bot))
bot.add_cog(Hello(bot))
bot.add_cog(Covid(bot))
bot.add_cog(X(bot))
bot.add_cog(Dice(bot))
bot.add_cog(Landmine(bot))
bot.add_cog(Sleep(bot))
bot.add_cog(Tex(bot))
bot.add_cog(Mine(bot))
bot.add_cog((MessagePlayback(bot)))
bot.add_cog(Doctor(bot))
bot.add_cog(HallOfFame(bot))
# bot.add_cog(Cropped(bot))
TOKEN = os.environ['DISCORD_BOT_TOKEN']
# sleepCommand = sleep.Sleep()
bot.run(TOKEN)
def generateActions(self, world, market):
mine = Mine(self, "R1", 3)
return [mine]
def __init__(self):
""" Initialize the Anti-Drone Mine """
self.turrets = []
Mine.__init__(self)
def lay_mine(self): self.map.mine_list.append(Mine(self.rect.x, self.rect.y, self))
def generateActions(self, world, market):
# a list of the possible random actions
actions = []
# Generate possible transforms
transform_templates = [
housing, alloys, electronics, farms, factories, metallic_elements,
timber, plant
]
myResources = world[self.name]
for template in transform_templates:
max_multiplier = utils.calculate_transform_max_multiplier(
myResources, template)
if max_multiplier:
transform = Transformation(self.name, template, max_multiplier)
actions.append(transform)
# Generate possible buys from the market
untradeable_resources = [
'R1', 'R4', 'R7', 'R19', 'R21', 'R22', "R1'", "R5'", "R6'", "R18'",
"R19'", "R20'", "R21'", "R22'", "cash"
]
resources = myResources.keys()
for resource in resources:
if resource not in untradeable_resources:
sell_orders = market.getSellOrders(resource)
for order in sell_orders:
quantity = order["quantity"]
price = order["strike"]
seller = order["name"]
quantity_to_buy = world[self.name]["cash"] // price
# create a buy order of a random quantity of the resource up to the limit
quantity_to_buy = random.randint(1, quantity_to_buy)
if seller != self.name:
transaction = Transaction(
self.name, "buy", {
resource: [{
"quantity": quantity_to_buy,
"strike": price,
"expiration": 3
}]
}, market)
actions.append(transaction)
# Generate possible sells for the market
for resource in resources:
if resource not in untradeable_resources:
quantity = myResources[resource]
if quantity > 0:
price = market.quotePrice(resource)["sellingPrice"]
if price == float("-inf"):
price = 30
# Create a sell order for a random amount of the resource that the country has at the market's price for it
quantity = random.randint(1, quantity)
transaction = Transaction(
self.name, "sell", {
resource: [{
"quantity": quantity,
"strike": price,
"expiration": 3
}]
}, market)
actions.append(transaction)
# Generate possible random mine actions
mineable_resources = ["R2", "R3", "R6"]
for resource in mineable_resources:
for difficulty in [1, 2, 3]:
mine = Mine(self, resource, difficulty)
actions.append(mine)
# Return 3-5 random actions of all the possible actions
random_actions = []
num_actions = random.randint(3, 5)
has_mine = False
for i in range(num_actions):
while True:
action = random.choice(actions)
# If action was selected already
if action in random_actions:
continue
# If a Mine action was already chosen
elif isinstance(action, Mine) and has_mine:
continue
else:
if isinstance(action, Mine):
has_mine = True
break
random_actions.append(action)
#print(self.name + ": " + action[0].toString())
return random_actions
def defuse(self, drone):
""" Defuse the Mine """
Mine.scan(self, drone)
