def close_level_overlay(self, reset = False):
self.has_level_overlay = False
if (reset):
self.lunar = self.set_lunar(CONSTANTS.GAME_WIDTH, CONSTANTS.GAME_HEIGHT)
self.level = level.Level(self.gameboard)
self.lunar.set_lunar_to_start()
else:
current_handicap = self.level.handicap
self.level = level.Level(self.gameboard, current_handicap + 1)
self.lunar.set_lunar_to_start()
def __init__(self, width = CONSTANTS.GAME_WIDTH, height = CONSTANTS.GAME_HEIGHT):
self.__gameboard = self.set_gameboard(super(), width, height)
self.__level = level.Level(self.gameboard)
self.__player = player.Player("")
self.__lunar = self.set_lunar(width, height)
self.__key_control = control.KeyControl()
self.__has_level_overlay = False
self.__started = False
self.__vocab_map = vcm.VocabularyMap()
def calculate_rankings(team_manager, alg):
# reset team points before calculations
team_manager.reset()
teams = team_manager.get_teams()
# print progress bar line
print("_"*54)
# loop through teams
for i, team in enumerate(teams):
# create a level_manager for the current team
level_manager = Level(team, alg)
# get first level
level = level_manager.get_next_level()
# while levels still exist calculate points
while len(level_manager.current_level) > 0:
for team_info in level:
points = 0
if alg == "win": # points = the sum of the wins (+1 for win -1 for loss) / games played
points += sum(team_info["won"])/len(team_info["won"])
if points == 0:
points += team_info["prev_streak"]
elif alg == "score": # points = the sum of the points earned by the team
points += sum(team_info["score"])/len(team_info["score"])
elif alg == "score_win":
points = sum(team_info["score"])/len(team_info["score"])
if points != 0:
points/= abs(points)
team.points += points # add calculated points
level = level_manager.get_next_level() # get next level
if i % 4 == 0:
print("█", end="")
return team_manager.get_rankings() # return list of ranked teams
repeatMenu = False # quit the menu
choice = 'maps/level1.txt' # define the level to load
elif event.key == K_2:
repeatMenu = False
choice = 'maps/level2.txt'
#we check that the player has made a level choice
#to not load if he leaves
if choice is not 0:
#load the background image
background = pim.load(c.bgPicture).convert()
#define the door position
door = (14, 14)
#generate the level
level = Level(choice)
level.generate()
#create the utilities objects
#and append them to a table
tabUtilities = []
tabUtilities.append(Utility('S', level))
tabUtilities.append(Utility('E', level))
tabUtilities.append(Utility('N', level))
#create the character
bot = Bot(c.heroPicture, level)
#print the labyrinth
level.show(bot, windows)
#game loop
while repeatGame:
#limit the clock speed
def main(width, height):
# import modules
import pygame
import os
import random
import time
from classes import PowerUp
from classes import Level
from classes import Character
from classes import Cloud
from classes import Obtainium
# Death counter
deaths = 0
clock = pygame.time.Clock()
pygame.init()
font = pygame.font.SysFont("OSP-DIN", 48)
# create the screen
dimensions = (width, height)
screen = pygame.display.set_mode(dimensions)
# helps with making the close button in the corner work
running = 1
# The ground
level = Level(screen, width, height, "resources/Level 1.png")
# The character, who's sprite is a gingerbread man
gingerman = Character(screen, width, height)
coin_imgs = ["resources/Coin2.png", "resources/Coin.png"]
# The clouds. We put them into a list so we can iterate through them
clouds = [Cloud(), Cloud(), Cloud()]
coins = []
powerups = []
rocks = Obtainium(screen, width, height, "resources/stone.png", width / 2, 50, True)
for x in range(7):
coins.append(
Obtainium(
screen,
width,
height,
random.choice(coin_imgs),
(random.randint(-400, 4000)) - (10 * x) + width,
height - 150,
)
)
powerups.append(
PowerUp(
screen,
width,
height,
"resources/arrow.png",
(random.randint(-400, 4000)) - (10 * x) + width,
height - 150,
)
)
# If the arrow keys are held down, we want the character to continously move. This helps with that.
pygame.key.set_repeat(100, gingerman.speed)
# Gameloop, executes all the actions
while running:
# Gets a list of what's happening
events = pygame.event.get()
# Reads the list of what's happening
for event in events:
# Exits program if red X cliked
if event.type == pygame.QUIT:
running = 0
# Moves the character if the keys are pressed
if event.type == pygame.KEYDOWN:
if event.key == pygame.K_LEFT:
gingerman.move(level, "left", coins, powerups)
if event.key == pygame.K_RIGHT:
gingerman.move(level, "right", coins, powerups)
if event.key == pygame.K_SPACE:
gingerman.move(level, "up", coins, powerups)
# makes the background blue
screen.fill((135, 206, 235))
# Shows the level
level.display()
for coin in coins:
coin.display(gingerman, level)
for thing in powerups:
thing.display(gingerman, level)
deathtext = font.render("Score:" + str(gingerman.deaths), 1, (255, 255, 255))
rocktext = font.render("Rocks:" + str(gingerman.rocks), 1, (255, 255, 255))
rocks.display(gingerman, level)
# Makes sure physics applies
gingerman.move(level, "forward", coins)
# Shows and moves the cloud
for cloud in clouds:
cloud.move()
screen.blit(deathtext, (0, 0))
screen.blit(rocktext, (0, 48))
# Shows everything
pygame.display.flip()
clock.tick(120)
#Author : Simon Maciag import pygame from pygame.locals import * pygame.init() import classes.Player as p import classes.Level as l import classes.Mob as m import threading as t import multiprocessing as multi import random import time level1 = l.Level(1) level2 = l.Level(2) level3 = l.Level(3) level4 = l.Level(4) level5 = l.Level(5) menu = l.Menu() perso = p.Player([level1, level2, level3, level4, level5]) level1.player = perso level2.player = perso level3.player = perso level4.player = perso level5.player = perso boss1 = m.Officer(10, 16, level1, 1) boss2 = m.Officer(7, 1, level2, 2)
from classes import Level
level_list = {
1: Level(level=1, exp=0),
2: Level(level=2, exp=83),
3: Level(level=3, exp=174),
4: Level(level=4, exp=276),
5: Level(level=5, exp=388),
6: Level(level=6, exp=512),
7: Level(level=7, exp=650),
8: Level(level=8, exp=801),
9: Level(level=9, exp=969),
10: Level(level=10, exp=1154),
11: Level(level=11, exp=1358),
12: Level(level=12, exp=1584),
13: Level(level=13, exp=1833),
14: Level(level=14, exp=2107),
15: Level(level=15, exp=2411),
16: Level(level=16, exp=2746),
17: Level(level=17, exp=3115),
18: Level(level=18, exp=3523),
19: Level(level=19, exp=3973),
20: Level(level=20, exp=4470),
21: Level(level=21, exp=5018),
22: Level(level=22, exp=5624),
23: Level(level=23, exp=6291),
24: Level(level=24, exp=7028),
25: Level(level=25, exp=7842),
26: Level(level=26, exp=8740),
27: Level(level=27, exp=9730),
28: Level(level=28, exp=10824),