def in_menu(self):
'''Вся работа класса с меню. Отрисовывает меню,
получает нажатые кнопки, некоторые кнопки обратавыет.'''
self.menu.draw(self.window)
# Проверка результата нажатий на кнопки меню
result = self.menu.run(*self.mouse_pos,
pygame.mouse.get_pressed()[0])
if result:
if result[0] == 'loadl': # Загружает уровень
self.level_go = True
with open(script_dir + 'settings.txt') as file:
self.key_list = [
int(i) for i in file.read().split('\n')
] # список горячих клавишь
self.complexity = self.key_list.pop(7) # Сложность
if int(result[1]) == 10:
self.load_boss_music()
else:
self.load_level_music()
self.level_now = levels.Level(result[-1], self.complexity)
self.window = pygame.display.set_mode(
self.level_now.level_size)
elif result[0] == 'main_menu':
# закрытие уровня, длл кнопки на уровне (если переход не с уровня, ничего не произайдет)
self.close_level()
self.load_menu_music()
elif result[0] == 'music':
self.music_on = not self.music_on # Для кнопки выключения музыки в настройках
if self.music_on:
pygame.mixer.music.unpause()
else:
pygame.mixer.music.pause()
def maketree(self):
base = levels.Level()
for i, val in enumerate(self.p):
n = node.Node(val)
n.symbol = self.s[i]
base.levels.append(n)
base.sort_level()
self.tree.append(base)
while (len(self.tree[-1].levels) != 1):
babies = self.tree[-1].levels[-self.d:]
parent = self.make_parent(babies)
level = levels.Level()
level.levels.append(parent)
for val in self.tree[-1].levels[:-self.d]:
level.levels.append(val)
level.sort_level()
self.tree.append(level)
def update(self):
self.handle_events()
if self.state == MENU:
self.state = self.menu.update(self.mousedown)
if self.state == LEVEL_RAND or self.state == LEVEL_1 or self.state == LEVEL_2 \
or self.state == LEVEL_3 or self.state == LEVEL_4 or self.state == LEVEL_5:
self.level = levels.Level(self.state)
elif self.state == EXIT:
pygame.quit()
sys.exit()
elif self.state == INSTR:
pass
else:
self.level.update(self.mousedown)
def __init__(self):
super(Gameplay, self).__init__()
self.levels = levels.Level(levels.levelList)
self.next_state = "GAMEOVER"
def solo():
all_platforms = [l.platforms_1, l.platforms_2]
c.playing_solo = True
#Main program loop to display framerate and handle exiting
while c.playing_solo:
#Sets frames per second for the game
milliseconds = c.clock.tick(c.fps)
#Screen reset to avoid multiple blits overlaying
c.screen.fill(c.black)
#When first ran, the player object is set using the Player class
if c.second_timer == 0:
main_menu.player_obj = player.Player()
#If the player is below the bottom of the screen, they lose and the game over function is ran
if main_menu.player_obj.rect.top - c.cameraY > c.screen_height:
gamemode.show_gamemode = False
game_over.over = True
c.playing_solo = False
game_over.game_over(False)
#Applies gravity to the player by adding a set value to their y velocity each frame
main_menu.player_obj.movey += c.gravity
#Draws and updates the player
main_menu.player_obj.draw(c.red)
main_menu.player_obj.update()
#Draws the floor for the player to start on (Player can only land and jump on platforms)
l.floor.draw()
#Generates sets of platforms from the all_platforms list with increasing offset to allow the player to jump up/higher
if c.level_timer % c.max_level_timer == 0 and c.generate_platforms == True:
c.levels.append(
l.Level(random.choice(all_platforms),
650 * c.level_timer / c.max_level_timer, "y"))
#Only allows generation of platforms within a set window of the player so that the game does not generate infinite platforms and slow down
if len(c.levels) > 0:
if (main_menu.player_obj.y) + 1000 < c.levels[0].offset:
c.levels.pop(0)
elif (main_menu.player_obj.y) - 1000 > c.levels[-1].offset:
c.generate_platforms = False
else:
c.generate_platforms = True
c.level_timer += 1
#Draws the generated platforms from the levels list onto the screen
for level in c.levels:
level.draw()
#Continually moves the camera upwards after the player moves off the ground
c.cameraY -= c.camera_movement
c.camera_movement = c.score / 500
if main_menu.player_obj.y - 150 < c.cameraY:
c.cameraY = main_menu.player_obj.y - 150
"""Calculate and display the score for the player,
the score is calculated by using the player's y co-ordinate
and turning it into relative magnitude number"""
if c.score < ((-main_menu.player_obj.y) + 570) / 10:
c.score = ((-main_menu.player_obj.y) + 570) / 10
score_text = "Score:{0:.0f}".format(c.score)
scoretext = c.score_font.render(score_text, 1, c.white, 150)
c.screen.blit(scoretext, (5, 0))
#Increases how fast the player charges their jump to make the game possible once the camera movement becomes faster
main_menu.player_obj.jump_charge_increase = c.score / 1000
#Primary loop for input handling.
for event in pygame.event.get():
if event.type == pygame.display.quit:
main_menu.quit_game()
#Handles the pressing of a key
if event.type == pygame.KEYDOWN:
if event.key == c.space or event.key == c.up or event.key == c.up2:
if main_menu.player_obj.on_platform == True:
main_menu.player_obj.player_speed = 3
main_menu.player_obj.charging = True
main_menu.player_obj.draw(c.red)
main_menu.player_obj.update()
if event.key == pygame.K_ESCAPE:
pause.is_paused = True
pause.paused("solo")
if event.key == c.left or event.key == pygame.K_LEFT:
main_menu.player_obj.control_x(-1)
if event.key == c.right or event.key == pygame.K_RIGHT:
main_menu.player_obj.control_x(1)
if event.key == c.down or event.key == pygame.K_DOWN:
main_menu.player_obj.control_y(10)
if event.key == ord("r"):
main_menu.start_solo()
#Handles the releasing of a key
if event.type == pygame.KEYUP:
if event.key == c.space or event.key == c.up or event.key == c.up2:
if main_menu.player_obj.on_platform == True:
main_menu.player_obj.update()
main_menu.player_obj.control_y(
-15 * main_menu.player_obj.jump_charge -
main_menu.player_obj.jump_charge_increase * 8)
main_menu.player_obj.player_speed = 10
main_menu.player_obj.jump_charge = 0
main_menu.player_obj.charging = False
main_menu.player_obj.on_platform = False
if event.key == c.left or event.key == pygame.K_LEFT:
main_menu.player_obj.control_x(0)
if event.key == c.right or event.key == pygame.K_RIGHT:
main_menu.player_obj.control_x(0)
if event.key == c.down or event.key == pygame.K_DOWN:
main_menu.player_obj.control_y(0)
#Sets screen boundaries and whether the player is on the floor or on a wall
if main_menu.player_obj.x >= c.screen_width - main_menu.player_obj.player_width:
main_menu.player_obj.x = c.screen_width - main_menu.player_obj.player_width
if main_menu.player_obj.x <= 0:
main_menu.player_obj.x = 0
#Print framerate in the window caption
pygame.display.set_caption("Skybound FPS: {0:.0f}".format(
c.clock.get_fps()))
#Updates the display and increments the timers accordingly
pygame.display.update()
c.second_timer += 1
pygame.display.quit()
"""Method for testing the level. Opens the main game in testing mode."""
self.saveLevel(True)
os.system("main.py -t -d")
if __name__ == "__main__":
try:
width = int(sys.argv[1])
height = int(sys.argv[2])
if width > 15 or height > 15:
print("Width and height can be max 15 tiles.")
sys.exit()
level = levels.Level([], width, height)
editor = LevelEditor(level)
except (IndexError, TypeError):
print("Not a valid input.")
print("Usage: levelEditor.py <width> <height>")
sys.exit()
while True:
for event in pygame.event.get():
if event.type == pygame.QUIT:
print("Exiting..")
sys.exit()
editor.mouseManager(event)
def main():
""" Main Program """
pygame.init()
FPS = 60
# Used to manage how fast the screen updates
clock = pygame.time.Clock()
# Set the height and width of the screen
screen = pygame.display.set_mode(config.SIZE, pygame.DOUBLEBUF, 32)
pygame.display.set_caption("Super Mario Bros!")
# Create the player
player = Mario()
# Set the current level
current_level_no = 1
current_level = levels.Level(player)
load_level(current_level)
active_sprite_list = pygame.sprite.Group()
player.level = current_level
player.rect.x = 120
#Player always starts in the same point
player.rect.y = config.SCREEN_HEIGHT - player.rect.height - 64
active_sprite_list.add(player)
#Loop until the user clicks the close button.
done = False
# -------- Main Program Loop -----------
while not done:
#Set Level Physics
milliseconds = clock.tick(FPS)
seconds = milliseconds / 1000.0 # seconds passed since last frame (float)
playtime = current_level.physics_info['play_time'] + seconds
current_level.physics_info['current_time'] = milliseconds
current_level.physics_info['seconds'] = seconds
current_level.physics_info['play_time'] = playtime
for event in pygame.event.get(): # User did something
if event.type == pygame.QUIT: # If user clicked close
done = True # Flag that we are done so we exit this loop
if event.type == pygame.KEYDOWN:
if event.key == pygame.K_s:
player.is_running = True
if event.key == pygame.K_a and player.state != config.MARIO_STATE_JUMPING:
player.jump()
if event.type == pygame.KEYUP:
if event.key == pygame.K_s:
player.is_running = False
if event.key == pygame.K_a:
player.fight_gravity = False
keys = pygame.key.get_pressed()
if keys[pygame.K_LEFT]:
player.go_left()
if keys[pygame.K_RIGHT]:
player.go_right()
if not keys[pygame.K_LEFT] and not keys[pygame.K_RIGHT]:
player.stop()
# Update the player.
active_sprite_list.update()
# Update items in the level
current_level.update()
# If the player gets near the right side, shift the world left (-x)
LIMIT = config.SCREEN_WIDTH - config.SCREEN_PLAYER_OFFSET
if player.rect.x >= LIMIT:
diff = player.rect.x - LIMIT
player.rect.x = LIMIT
current_level.shift_world(-diff)
# If the player gets to the end of the level, go to the next level
current_position = player.rect.x + current_level.world_shift
# ALL CODE TO DRAW SHOULD GO BELOW THIS COMMENT
current_level.draw(screen)
active_sprite_list.draw(screen)
#print(current_level.physics_info)
"""
pygame.display.set_caption("Millis({})/Seconds({})/PlayTime({}) limit FPS to {} (now: {:.2f})".format(
milliseconds, seconds, playtime, FPS,clock.get_fps()))
"""
# Go ahead and update the screen with what we've drawn.
pygame.display.flip()
# Be IDLE friendly. If you forget this line, the program will 'hang'
# on exit.
pygame.quit()
def start_game(number_of_players, settings, screen, profiles, user_interface):
upper_left = (settings.screen_width / 4, settings.screen_height / 4)
upper_right = (3 * (settings.screen_width / 4), settings.screen_height / 4)
lower_left = (settings.screen_width / 4, 3 * (settings.screen_height / 4))
lower_right = (3 * (settings.screen_width / 4),
3 * (settings.screen_height / 4))
ship_spawns = []
if number_of_players == 1:
ship_spawns.append(
(settings.screen_width / 2, settings.screen_height / 2))
elif number_of_players == 2:
ship_spawns.append(upper_left)
ship_spawns.append(lower_right)
elif number_of_players == 3:
ship_spawns.append(upper_left)
ship_spawns.append(lower_right)
ship_spawns.append(upper_right)
elif number_of_players == 4:
ship_spawns.append(upper_left)
ship_spawns.append(lower_right)
ship_spawns.append(upper_right)
ship_spawns.append(lower_left)
hud_size = (156, 70)
# TODO these are measured values from the actual game, find a way to adjust these to screen size?
hud_positions = [(0, 0),
(settings.screen_width - hud_size[0],
settings.screen_height - hud_size[1]),
(settings.screen_width - hud_size[0], 0),
(0, settings.screen_height - hud_size[1])]
ships_group = pygame.sprite.Group()
level = levels.Level(screen, settings.difficulty, ships_group)
ships = []
controls = []
huds = []
for i in list(range(0, number_of_players)):
s = ship.Ship(ship_spawns[i], screen, (31, 31), profiles[i].ship_props,
i + 1, level) # I start counting players from 1
ships.append(s)
ships_group.add(s)
s.spawn() # TODO move this somewhere else?
controls.append(profiles[i].control_scheme)
huds.append(hud.Hud(screen, hud_positions[i], s))
for s in ships:
s.enable_friendly_fire(ships_group)
gf = game_functions.GameFunctions(ships, controls, huds, screen, level)
clock = pygame.time.Clock()
# Starting the main game loop
while True:
# makes the loop wait a certain amount of time to achieve 60 ticks per s
clock.tick(60)
gf.game_loop()
if gf.game_has_ended:
user_interface.chosen_number_of_players = -1
break
pygame.display.flip(
) # makes the most recently drawn frame/screen visible
def practice():
practice_timer = 1
all_platforms = [l.platforms_1, l.platforms_2]
c.playing_practice = True
adding_score = False
removing_score = False
#Main program loop to display framerate and handle exiting
while c.playing_practice:
if c.second_timer == 0:
main_menu.player_obj = player.Player()
#Screen reset to avoid multiple blits overlaying
c.screen.fill(c.black)
#Applies gravity to the player
main_menu.player_obj.movey += c.gravity
#Draws and updates the player
main_menu.player_obj.draw(c.red)
main_menu.player_obj.update()
l.floor.draw()
#Generates sets of platforms from the all_platforms list with increasing c.offset to allow the player to jump up/higher
if c.level_timer % practice_timer == 0 and c.generate_platforms == True:
c.levels.append(l.Level(random.choice(all_platforms), 650 * c.level_timer/practice_timer, "y"))
#Only allows generation of platforms within a set window of the player so that the game does not generate infinite platforms and slow down
if len(c.levels) > 0:
#if (main_menu.player_obj.y)+15000 < c.levels[0].offset:
#c.levels.pop(0)
if (main_menu.player_obj.y)-20000 > c.levels[-1].offset:
c.generate_platforms = False
else:
c.generate_platforms = True
c.level_timer += 1
#Draws the generated platforms from the levels list onto the screen
for level in c.levels:
level.draw()
#Continually moves the camera upwards after the player moves off the ground
c.cameraY -= c.camera_movement
c.camera_movement = c.score/500
if main_menu.player_obj.y-150 < c.cameraY:
c.cameraY = main_menu.player_obj.y-150
if main_menu.player_obj.y-400 > c.cameraY:
c.cameraY = main_menu.player_obj.y-400
"""Calculate and display the score for the player,
the score is calculated by using the player's y co-ordinate and turning it into relative magnitude number"""
if c.score < ((-main_menu.player_obj.y)+570)/10:
c.score = ((-main_menu.player_obj.y)+570)/10
score_text = "Score:{0:.0f}".format(c.score)
scoretext = c.score_font.render(score_text, 1, c.white, 150)
c.screen.blit(scoretext, (5, 0))
main_menu.player_obj.jump_charge_increase = c.score/1000
#Sets frames per second for the game
milliseconds = c.clock.tick(c.fps)
#Primary loop for input handling
for event in pygame.event.get():
if event.type == pygame.display.quit:
main_menu.quit_game()
#Handles the pressing of a key
if event.type == pygame.KEYDOWN:
if event.key == c.space or event.key == c.up or event.key == c.up2:
if main_menu.player_obj.on_platform == True:
main_menu.player_obj.player_speed = 3
main_menu.player_obj.charging = True
main_menu.player_obj.draw(c.red)
main_menu.player_obj.update()
if event.key == pygame.K_ESCAPE:
pause.is_paused = True
pause.paused("practice")
if event.key == c.left or event.key == pygame.K_LEFT:
main_menu.player_obj.control_x(-1)
if event.key == c.right or event.key == pygame.K_RIGHT:
main_menu.player_obj.control_x(1)
if event.key == c.down or event.key == pygame.K_DOWN:
main_menu.player_obj.control_y(10)
if event.key == ord("r"):
main_menu.start_practice()
if event.key == pygame.K_PAGEUP:
adding_score = True
c.score += 1
if event.key == pygame.K_PAGEDOWN:
removing_score = True
#Handles the releasing of a key
if event.type == pygame.KEYUP:
if event.key == c.space or event.key == c.up or event.key == c.up2:
if main_menu.player_obj.on_platform == True:
main_menu.player_obj.update()
main_menu.player_obj.control_y(-15*main_menu.player_obj.jump_charge - main_menu.player_obj.jump_charge_increase*8)
main_menu.player_obj.player_speed = 10
main_menu.player_obj.jump_charge = 0
main_menu.player_obj.charging = False
main_menu.player_obj.on_platform = False
if event.key == c.left or event.key == pygame.K_LEFT:
main_menu.player_obj.control_x(0)
if event.key == c.right or event.key == pygame.K_RIGHT:
main_menu.player_obj.control_x(0)
if event.key == c.down or event.key == pygame.K_DOWN:
main_menu.player_obj.control_y(0)
if event.key == pygame.K_PAGEUP:
adding_score = False
if event.key == pygame.K_PAGEDOWN:
removing_score = False
if adding_score == True:
c.score += 5
if removing_score == True:
if c.score >= 5:
c.score -= 5
#Sets screen boundaries and whether the player is on the floor or on a wall
if main_menu.player_obj.x >= c.screen_width-main_menu.player_obj.player_width:
main_menu.player_obj.x = c.screen_width - main_menu.player_obj.player_width
if main_menu.player_obj.x <= 0:
main_menu.player_obj.x = 0
#Print framerate in window caption
pygame.display.set_caption("Skybound FPS: {0:.0f}".format(c.clock.get_fps()))
#Updates the display and increments the timers accordingly
pygame.display.update()
c.second_timer += 1
pygame.display.quit()
def installer(installType, dialog="folder"):
if installType == modes.GameMode:
typeDict = modes.gamemodes
typeModule = modes
elif installType == items.ItemPack:
typeDict = items.itempacks
typeModule = items
elif installType == levels.Level:
typeDict = levels.levels
typeModule = levels
else:
return False
if dialog.lower() == "folder":
installPath = easygui.diropenbox(title="Select expansion pack folder")
elif dialog.lower() == "file":
installPath = easygui.fileopenbox(
title="Select expansion pack .zip file")
else:
return False
if installPath == "" or installPath == None:
return False
installPathList = installPath.split("\\")
if installPath.lower().endswith(".zip"):
newExtensionName = installPathList[-1][:-4]
isZip = True
else:
newExtensionName = installPathList[-1]
isZip = False
if newExtensionName in list(typeDict.keys()):
message.showMessage(newExtensionName + " is already installed!")
logger.addLog(newExtensionName + " is already installed!",
logger.loglevel["info"])
return False
else:
message.showMessage("Installing " + installType.modeType +
newExtensionName)
try:
if os.path.isdir(installPath):
shutil.copytree(
installPath,
os.getcwd() + typeModule.folder + newExtensionName)
# DEBUG:
while os.path.getsize(os.getcwd() + typeModule.folder +
newExtensionName) < os.path.getsize(
os.getcwd() + typeModule.folder +
newExtensionName):
print("copying")
else:
if isZip:
with zipfile.ZipFile(installPath, "r") as zip_ref:
zip_ref.extractall(os.getcwd() + typeModule.folder +
newExtensionName)
else:
message.showMessage(
"The chosen extension is not a folder or zip file.")
logger.addLog(
newExtensionName +
" is not a valid folder or .zip file, cannot be installed!",
logger.loglevel["warning"])
return False
try:
if installType == modes.GameMode:
module = importlib.import_module("modes." +
newExtensionName)
modes.gamemodes[newExtensionName] = modes.GameMode(
module, newExtensionName)
elif installType == items.ItemPack:
items.itempacks[newExtensionName] = items.ItemPack(
typeModule.folder[2:] + newExtensionName,
newExtensionName)
elif installType == levels.Level:
levels.levels[newExtensionName] = levels.Level(
typeModule.folder[2:] + newExtensionName,
newExtensionName)
corrupt = False
except modes.PlatformerControllerNotFound:
message.showMessage("Game Mode " + newExtensionName +
" is corrupt, and has not been installed.")
logger.addLog(
"PlatformerController does not exist in game mode " +
newExtensionName + ", game mode will not be loaded!",
logger.loglevel["warning"])
corrupt = True
except ModuleNotFoundError:
message.showMessage("Game Mode " + newExtensionName +
" is corrupt, and has not been installed.")
logger.addLog(
"Game mode " + newExtensionName +
" is not properly structured, game mode will not be loaded!",
logger.loglevel["warning"])
corrupt = True
except items.ItemPackCorrupt as e:
message.showMessage("Item Pack " + newExtensionName +
" is corrupt, and has not been installed.")
logger.addLog(e.message, logger.loglevel["warning"])
corrupt = True
except items.DependencyNotFound as e:
message.showMessage("Item Pack " + newExtensionName +
" is corrupt, and has not been installed.")
logger.addLog(e.message, logger.loglevel["warning"])
corrupt = True
except levels.LevelCorrupt as e:
message.showMessage("Level " + newExtensionName +
" is corrupt, and has not been installed.")
logger.addLog(e.message, logger.loglevel["warning"])
corrupt = True
except levels.DependencyNotFound as e:
message.showMessage("Level " + newExtensionName +
" is corrupt, and has not been installed.")
logger.addLog(e.message, logger.loglevel["warning"])
corrupt = True
except levels.LevelDataCorrupt as e:
message.showMessage("Level " + newExtensionName +
" is corrupt, and has not been installed.")
logger.addLog(e.message + "\n" + e.origEx,
logger.loglevel["warning"])
corrupt = True
finally:
if corrupt:
shutil.rmtree(os.getcwd() + typeModule.folder +
newExtensionName)
return False
message.showMessage(
"Installed " + installType.modeType + " " + newExtensionName +
". Please restart the game to use the new content.")
logger.addLog(
installType.modeType + " " + newExtensionName + " installed!",
logger.loglevel["debug"])
return True
except Exception as e:
message.showMessage("An error occured installing " +
installType.modeType + " " + newExtensionName)
logger.addLog(
"An error occured installing " + installType.modeType + " " +
newExtensionName, logger.loglevel["warning"])
logger.addLog(
"Error installing " + installType.modeType + " " +
newExtensionName + "\nException:\n" + str(e),
logger.loglevel["debug"])
return False
def vs():
c.playing_vs = True
all_platforms = [l.platforms_1, l.platforms_2]
c.score2 = 0
#Main program loop to display framerate and handle exiting
while c.playing_vs:
if c.second_timer == 0:
main_menu.player_obj = player.Player()
main_menu.player_obj2 = player.Player()
main_menu.player_obj.x = c.screen_width-main_menu.player_obj.player_width
#Screen reset to avoid multiple blits overlaying
c.screen.fill(c.black)
if main_menu.player_obj.rect.top - c.cameraY > c.screen_height:
game_over.vs_over("Blue", False)
elif main_menu.player_obj2.rect.top - c.cameraY > c.screen_height:
game_over.vs_over("Red", False)
if c.score < ((-main_menu.player_obj.y)+570)/10:
c.score = ((-main_menu.player_obj.y)+570)/10
if c.score2 < ((-main_menu.player_obj2.y)+570)/10:
c.score2 = ((-main_menu.player_obj2.y)+570)/10
score_text = "Score:{0:.0f}".format(c.score)
scoretext = c.score_font.render(score_text, 1, c.red, 150)
c.screen.blit(scoretext, (5, 0))
score_text2 = "Score:{0:.0f}".format(c.score2)
scoretext = c.score_font.render(score_text2, 1, c.blue, 150)
c.screen.blit(scoretext, (5, 40))
#Applies gravity to the players
main_menu.player_obj.movey += c.gravity
main_menu.player_obj2.movey += c.gravity
#Draws and updates the players
main_menu.player_obj.draw(c.red)
main_menu.player_obj.update()
main_menu.player_obj2.draw(c.blue)
main_menu.player_obj2.update()
l.floor.draw()
#Generates sets of platforms from the all_platforms list with increasing c.offset to allow the players to jump up/higher
if c.level_timer % c.max_level_timer == 0 and c.generate_platforms == True:
c.levels.append(l.Level(random.choice(all_platforms), 650 * c.level_timer/c.max_level_timer, "y"))
#Only allows generation of platforms within a set window of the players so that the game does not generate infinite platforms and slow down
if len(c.levels) > 0:
if (main_menu.player_obj2.y)+1000 < c.levels[0].offset:
c.levels.pop(0)
elif (main_menu.player_obj.y)+1000 < c.levels[0].offset:
c.levels.pop(0)
elif (main_menu.player_obj2.y)-1000 > c.levels[-1].offset:
c.generate_platforms = False
elif (main_menu.player_obj.y)-1000 > c.levels[-1].offset:
c.generate_platforms = False
else:
c.generate_platforms = True
c.level_timer += 1
#Draws the generated platforms from the levels list onto the screen
for level in c.levels:
level.draw()
#Continually moves the camera upwards once a set amount of time has passed
c.cameraY -= c.camera_movement
c.camera_movement = max(c.score/500, c.score2/500)
if main_menu.player_obj.y-80 < c.cameraY:
c.cameraY = main_menu.player_obj.y-80
if main_menu.player_obj2.y-80 < c.cameraY:
c.cameraY = main_menu.player_obj2.y-80
main_menu.player_obj.jump_charge_increase = min(1, c.score/1000)
main_menu.player_obj2.jump_charge_increase = min(1, c.score/1000)
#Sets frames per second for the game
milliseconds = c.clock.tick(c.fps)
#Primary loop for input handling
for event in pygame.event.get():
if event.type == pygame.display.quit:
main_menu.quit_game()
#Handles the pressing of a key
if event.type == pygame.KEYDOWN:
#PLAYER 2 CONTROLS
if event.key == c.up:
if main_menu.player_obj2.on_platform == True:
main_menu.player_obj2.player_speed = 3
main_menu.player_obj2.charging = True
main_menu.player_obj2.draw(c.blue)
main_menu.player_obj2.update()
if event.key == pygame.K_ESCAPE:
pause.is_paused = True
pause.paused_vs()
if event.key == c.left:
main_menu.player_obj2.control_x(-1)
if event.key == c.right:
main_menu.player_obj2.control_x(1)
if event.key == c.down:
main_menu.player_obj2.control_y(10)
#PLAYER 1 CONTROLS
if event.key == c.up2:
if main_menu.player_obj.on_platform == True:
main_menu.player_obj.player_speed = 3
main_menu.player_obj.charging = True
main_menu.player_obj.draw(c.red)
main_menu.player_obj.update()
if event.key == pygame.K_LEFT:
main_menu.player_obj.control_x(-1)
if event.key == pygame.K_RIGHT:
main_menu.player_obj.control_x(1)
if event.key == pygame.K_DOWN:
main_menu.player_obj.control_y(10)
#Handles the releasing of a key
if event.type == pygame.KEYUP:
if event.key == c.up:
if main_menu.player_obj2.on_platform == True:
main_menu.player_obj2.update()
main_menu.player_obj2.control_y(-15*main_menu.player_obj2.jump_charge - main_menu.player_obj2.jump_charge_increase*8)
main_menu.player_obj2.player_speed = 10
main_menu.player_obj2.jump_charge = 0
main_menu.player_obj2.charging = False
main_menu.player_obj2.on_platform = False
if event.key == c.left:
main_menu.player_obj2.control_x(0)
if event.key == c.right:
main_menu.player_obj2.control_x(0)
if event.key == c.down:
main_menu.player_obj2.control_y(0)
if event.key == c.up2:
if main_menu.player_obj.on_platform == True:
main_menu.player_obj.update()
main_menu.player_obj.control_y(-15*main_menu.player_obj.jump_charge - main_menu.player_obj.jump_charge_increase*8)
main_menu.player_obj.player_speed = 10
main_menu.player_obj.jump_charge = 0
main_menu.player_obj.charging = False
main_menu.player_obj.on_platform = False
if event.key == pygame.K_LEFT:
main_menu.player_obj.control_x(0)
if event.key == pygame.K_RIGHT:
main_menu.player_obj.control_x(0)
if event.key == pygame.K_DOWN:
main_menu.player_obj.control_y(0)
#Sets screen boundaries and whether either player is on the floor or on a wall
if main_menu.player_obj.x >= c.screen_width-main_menu.player_obj.player_width:
main_menu.player_obj.x = c.screen_width - main_menu.player_obj.player_width
if main_menu.player_obj.x <= 0:
main_menu.player_obj.x = 0
if main_menu.player_obj2.x >= c.screen_width-main_menu.player_obj2.player_width:
main_menu.player_obj2.x = c.screen_width - main_menu.player_obj2.player_width
if main_menu.player_obj2.x <= 0:
main_menu.player_obj2.x = 0
#Print framerate in window caption
pygame.display.set_caption("Skybound FPS: {0:.0f}".format(c.clock.get_fps()))
#Updates the display and increments the timers accordingly
pygame.display.update()
c.second_timer += 1
pygame.display.quit()