def enemieslvl2():
"""
:return: second level enemies are created, drop from the top of the screen, and then get removed once it passes
mario's location
"""
global lvl1_enemies
global ticks
ticks += 1
rand_1 = random.randrange(60, 200)
rand_2 = random.randrange(60, 200)
rand_3 = random.randrange(60, 200)
if game_on:
if ticks % rand_1 == 0:
enemy_1 = gamebox.from_image(camera.x, camera.top, """https://vignette.wikia.nocookie.net/mario/images/8/8a/Boo_Artwork_-_Mario_Party_7.png""")
enemy_1.scale_by(0.15)
if rand_1 != rand_2:
lvl1_enemies.append(enemy_1)
if ticks % rand_2 == 0:
enemy_2 = gamebox.from_image(150, camera.top, """https://vignette.wikia.nocookie.net/mario/images/8/8a/Boo_Artwork_-_Mario_Party_7.png""")
enemy_2.scale_by(0.15)
lvl1_enemies.append(enemy_2)
if ticks % rand_3 == 0:
enemy_3 = gamebox.from_image(650, camera.top, """https://vignette.wikia.nocookie.net/mario/images/8/8a/Boo_Artwork_-_Mario_Party_7.png""")
enemy_3.scale_by(0.15)
if rand_2 != rand_3 or rand_1 != rand_3:
lvl1_enemies.append(enemy_3)
for enemy in lvl1_enemies:
camera.draw(enemy)
enemy.y += 12
if enemy.y > character.y:
lvl1_enemies.remove(enemy)
def enemieslvl3():
"""
:return: third level enemies are created, drop from the top of the screen, and then get removed once it passes
mario's location
"""
global lvl1_enemies
global ticks
ticks += 1
rand_1 = random.randrange(60, 200)
rand_2 = random.randrange(60, 200)
rand_3 = random.randrange(60, 200)
if game_on:
if ticks % rand_1 == 0:
enemy_1 = gamebox.from_image(camera.x, camera.top, """https://upload.wikimedia.org/wikipedia/en/thumb/e/ec/Bowser_-_New_Super_Mario_Bros_2.png/220px-Bowser_-_New_Super_Mario_Bros_2.png""")
enemy_1.scale_by(0.3)
if rand_1 != rand_2:
lvl1_enemies.append(enemy_1)
if ticks % rand_2 == 0:
enemy_2 = gamebox.from_image(150, camera.top, """https://upload.wikimedia.org/wikipedia/en/thumb/e/ec/Bowser_-_New_Super_Mario_Bros_2.png/220px-Bowser_-_New_Super_Mario_Bros_2.png""")
enemy_2.scale_by(0.3)
lvl1_enemies.append(enemy_2)
if ticks % rand_3 == 0:
enemy_3 = gamebox.from_image(650, camera.top, """https://upload.wikimedia.org/wikipedia/en/thumb/e/ec/Bowser_-_New_Super_Mario_Bros_2.png/220px-Bowser_-_New_Super_Mario_Bros_2.png""")
enemy_3.scale_by(0.3)
if rand_2 != rand_3 or rand_1 != rand_3:
lvl1_enemies.append(enemy_3)
for enemy in lvl1_enemies:
camera.draw(enemy)
enemy.y += 16
if enemy.y > character.y:
lvl1_enemies.remove(enemy)
def splash(keys):
global show_splash
camera.clear('black')
white_house = gamebox.from_image(
camera.x, camera.bottom - 190,
"http://www.pngmart.com/files/4/White-House-PNG-HD.png")
face = gamebox.from_image(830, 240, "http://tinyurl.com/y86pwv9o")
title = gamebox.from_text(350, 100, "MISSION TRUMP", 'sys', 100, 'white')
white_house.width = 1000
camera.draw(white_house)
camera.draw(face)
camera.draw(title)
camera.draw(
gamebox.from_text(350, 150, "Press SPACE to start", 'sys', 30,
'white'))
camera.draw(gamebox.from_text(100, 170, "Controls:", 'sys', 30, 'white'))
camera.draw(gamebox.from_text(166, 190, "SPACE - Jump", 'sys', 30,
'white'))
camera.draw(
gamebox.from_text(240, 210, "Right and Left Arrows - Move", 'sys', 30,
'white'))
camera.draw(
gamebox.from_text(855, 90, "- Avoid FAKE NEWS", 'sys', 30, 'red'))
camera.draw(gamebox.from_text(820, 115, "- Collect $$$", 'sys', 30, 'red'))
camera.draw(
gamebox.from_text(camera.left + 170, camera.bottom - 20,
"Quang Nguyen", 'sys', 20, 'white'))
menu_music.play(loops=-1)
if pygame.K_SPACE in keys:
show_splash = False
menu_music.stop()
background_music.play(loops=-1)
camera.display()
def coin_countlvl3():
"""
:return: the coins from level three are created and removed if Mario doesn't collect them
"""
global ticks
global score
ticks += 1
if game_on:
if ticks % random.randrange(40, 60) == 0:
coin_1 = gamebox.from_image(camera.x, camera.top, """http://icons.iconarchive.com/icons/ph03nyx/super-mario/256/Retro-Coin-icon.png""")
coin_1.scale_by(0.1)
coins.append(coin_1)
if ticks % random.randrange(40, 60) == 0:
coin_2 = gamebox.from_image(150, camera.top, """http://icons.iconarchive.com/icons/ph03nyx/super-mario/256/Retro-Coin-icon.png""")
coin_2.scale_by(0.1)
coins.append(coin_2)
if ticks % random.randrange(40, 60) == 0:
coin_3 = gamebox.from_image(650, camera.top, """http://icons.iconarchive.com/icons/ph03nyx/super-mario/256/Retro-Coin-icon.png""")
coin_3.scale_by(0.1)
coins.append(coin_3)
for coin in coins:
camera.draw(coin)
coin.y += 16
if character.touches(coin):
score *= 1.05
coins.remove(coin)
if coin.y > camera.bottom:
coins.remove(coin)
def create_enemy(species, room_num):
if species == 'slime':
new = gamebox.from_image(random_x_coord(), random_y_coord(),
'Slime_WIP.png')
sprinting.append(None)
elif species == 'skeleton':
new = gamebox.from_image(random_x_coord(), random_y_coord(),
'Skelly WIP.png')
sprinting.append(None)
elif species == 'zombie':
new = gamebox.from_image(random_x_coord(), random_y_coord(),
'Zombie WIP.png')
sprinting.append(0)
else:
print("not a valid enemy type")
new.height = 60
if room_num == 0:
room_0_enemies.append([new, True, species])
elif room_num == 1:
room_1_enemies.append([new, True, species])
elif room_num == 2:
room_2_enemies.append([new, True, species])
elif room_num == 3:
room_3_enemies.append([new, True, species])
else:
print("not a valid room number")
def snake_generator(keys):
"""
generate the snake using linked list data structure
snake_head is the beginning
snake_tail is the end
the snake sprite has two additional attributes: their next link and their current direction
"""
global snake_set
global body
tail = snake_set[keys][1] # this is the head
if tail.direction == "up":
body = gamebox.from_image(tail.x, tail.y + snake_size, 'body.png')
body.scale_by(0.3)
body.direction = "up"
elif tail.direction == "down":
body = gamebox.from_image(tail.x, tail.y - snake_size, 'body.png')
body.scale_by(0.3)
body.direction = "down"
elif tail.direction == "left":
body = gamebox.from_image(tail.x + snake_size, tail.y, 'body.png')
body.scale_by(0.3)
body.direction = "left"
elif tail.direction == "right":
body = gamebox.from_image(tail.x - snake_size, tail.y, 'body.png')
body.scale_by(0.3)
body.direction = "right"
body.next = None
tail.next = body
snake_set[keys][1] = body
points(keys)
def saw_attack():
saw_tr.append(gamebox.from_image(boss.x, boss.y, "saw.png"))
saw_tl.append(gamebox.from_image(boss.x, boss.y, "saw.png"))
saw_bl.append(gamebox.from_image(boss.x, boss.y, "saw.png"))
saw_br.append(gamebox.from_image(boss.x, boss.y, "saw.png"))
saw_tr[-1].scale_by(.025), saw_tl[-1].scale_by(.025)
saw_br[-1].scale_by(.025), saw_bl[-1].scale_by(.025)
def end_frame(player_have_lost):
text1 = my_font.render(player_have_lost + " has lost!", True, (0, 200, 0))
while True:
init_screen.fill(white)
init_screen.blit(text1, [50, 200])
mode1 = gamebox.from_image(200, 300, 'button.png')
mode1.scale_by(0.4)
mode2 = gamebox.from_image(600, 300, 'button.png')
mode2.scale_by(0.4)
camera.draw(mode1)
camera.draw(
gamebox.from_text(200, 300, "Start Over", 25, 'black', True))
camera.draw(mode2)
camera.draw(
gamebox.from_text(600, 300, "End the Game", 25, 'black', True))
pygame.display.flip()
break
while True:
event = pygame.event.wait()
if event.type == pygame.MOUSEBUTTONDOWN:
if mode1.x - mode1.width / 2 < camera.mousex < mode1.x + mode1.width / 2:
if mode1.y - mode1.height / 2 < camera.mousey < mode1.y + mode1.height / 2:
start_frame()
if mode2.x - mode2.width / 2 < camera.mousex < mode2.x + mode2.width / 2:
if mode2.y - mode2.height / 2 < camera.mousey < mode2.y + mode2.height / 2:
sys.exit()
def tick_options(keys):
global control_count, option_count, sound_count
camera.clear("sky blue")
if pygame.K_q in keys:
quit()
opt1 = gamebox.from_text(683, 200, "press 't' for controller controls", "Cambria", 40, "red")
opt2 = gamebox.from_text(683, 500, "press 's' for sound controls", "Cambria", 40, "red")
pic1 = gamebox.from_image(683, 350, "https://d30y9cdsu7xlg0.cloudfront.net/png/195040-200.png")
pic2 = gamebox.from_image(683, 650, "http://images.clipartpanda.com/music-note-transparent-background-RTAR6agTL.png")
back = gamebox.from_text(125, 50, "press 'b' for back", "Cambria", 30, "red")
pic1.size = 200, 220
pic2.size = 200, 220
camera.draw(opt1)
camera.draw(opt2)
camera.draw(pic1)
camera.draw(pic2)
camera.draw(back)
if pygame.K_t in keys:
control_count += 1
if pygame.K_s in keys:
sound_count += 1
if control_count != 0:
control(keys)
if pygame.K_b in keys:
option_count = 0
if option_count == 0:
title(keys)
if sound_count != 0:
set_all_volume(keys)
if control_count == 0 and sound_count == 0:
camera.display()
def enemieslvl1():
"""
:return: first level enemies are created, drop from the top of the screen, and then get removed once it passes
mario's location
"""
global lvl1_enemies
global ticks
ticks += 1
rand_1 = random.randrange(60, 200)
rand_2 = random.randrange(60, 200)
rand_3 = random.randrange(60, 200)
if game_on:
if ticks % rand_1 == 0:
enemy_1 = gamebox.from_image(camera.x, camera.top, """https://aff5fa4925746bf9c161-fb36f18ca122a30f6899af8eef8fa39b.ssl.cf5.rackcdn.com/images/Masthead_Goomba.17345b1513ac044897cfc243542899dce541e8dc.9afde10b.png""")
enemy_1.scale_by(0.1)
if rand_1 != rand_2:
lvl1_enemies.append(enemy_1)
if ticks % rand_2 == 0:
enemy_2 = gamebox.from_image(150, camera.top, """https://aff5fa4925746bf9c161-fb36f18ca122a30f6899af8eef8fa39b.ssl.cf5.rackcdn.com/images/Masthead_Goomba.17345b1513ac044897cfc243542899dce541e8dc.9afde10b.png""")
enemy_2.scale_by(0.1)
lvl1_enemies.append(enemy_2)
if ticks % rand_3 == 0:
enemy_3 = gamebox.from_image(650, camera.top, """https://aff5fa4925746bf9c161-fb36f18ca122a30f6899af8eef8fa39b.ssl.cf5.rackcdn.com/images/Masthead_Goomba.17345b1513ac044897cfc243542899dce541e8dc.9afde10b.png""")
enemy_3.scale_by(0.1)
if rand_2 != rand_3 or rand_1 != rand_3:
lvl1_enemies.append(enemy_3)
for enemy in lvl1_enemies:
camera.draw(enemy)
enemy.y += 8
if enemy.y > character.y:
lvl1_enemies.remove(enemy)
def make_player(x, y):
"""
generates list of player sprites for animation
:param x: x coordinate
:param y: y coordinate
:return: list of player sprites
"""
global frames, player_down
images1 = gamebox.load_sprite_sheet("Textures/naked_up.png", 1, 4)
images2 = gamebox.load_sprite_sheet("Textures/naked_down.png", 1, 4)
images3 = gamebox.load_sprite_sheet("Textures/naked_left.png", 1, 4)
images4 = gamebox.load_sprite_sheet("Textures/naked_right.png", 1, 4)
player = []
for image in images1:
player.append(gamebox.from_image(x, y, image))
for image in images2:
player.append(gamebox.from_image(x, y, image))
for image in images3:
player.append(gamebox.from_image(x, y, image))
for image in images4:
player.append(gamebox.from_image(x, y, image))
frames = 4
for each in player:
each.scale_by(.15)
return player
def draw_heart():
global all_hearts
all_hearts = []
heart = gamebox.from_image(50, 50, 'heart.png')
heart.scale_by(.05)
heart2 = gamebox.from_image(100, 50, 'heart.png')
heart2.scale_by(.05)
all_hearts.append(heart)
all_hearts.append(heart2)
def create_tiles(self):
tiles = self.level.tiles
for i in range(0, len(tiles)):
for j in range(0, len(tiles[i])):
if not tiles[i][j].walkable:
# box = from_color(tiles[i][j].world_x, tiles[i][j].world_y, "red", 50, 50)
box = from_image(tiles[i][j].world_x, tiles[i][j].world_y,
"Rock.png")
box.scale_by(0.5)
UI.add_to_draw(box, "game_objects", False)
else:
box = from_image(tiles[i][j].world_x, tiles[i][j].world_y,
"Rock_floor.png")
UI.add_to_draw(box, "Tiles", False)
def set_up2(level):
"""adds additional variables (gameboxes) from 'setup' to create level 2"""
global level2screen, background, left_angled_bumper2, right_angled_bumper2, diagonal_bumpers, left_angled_bumpers
global right_angled_bumpers, square_bumpers, moving_bumpers, targets, target_dict, coin_1, coin_2, coin_3, coin_4
global coins, boundary
level2screen = True
setup(level)
# change the backbox to level 2
backbox2 = gamebox.from_image(camera_x / 2, 0, 'backbox_lvl_2.png')
backbox2.scale_by(.30)
backbox2.top = camera.top
background.append(backbox2)
# new diagonal bumpers
left_angled_bumper2 = create_diagonal_45(camera_x / 2 - 110, 320,
camera_x / 2 - 150, 15, 'blue')
left_angled_bumpers.append(left_angled_bumper2)
diagonal_bumpers.append(left_angled_bumper2)
right_angled_bumper2 = create_diagonal_45(camera_x / 2 + 110, 320,
camera_x / 2 + 150, 15, 'blue')
right_angled_bumpers.append(right_angled_bumper2)
diagonal_bumpers.append(right_angled_bumper2)
# new square bumper
square_bumper3 = gamebox.from_color(camera_x / 2, 400, 'red', 40, 25)
square_bumpers.append(square_bumper3)
# new moving bumper
moving_bumper_4 = gamebox.from_color(camera_x / 2 - 45, 325, 'black', 75,
15)
moving_bumpers.append(moving_bumper_4)
# new target
target200_1 = gamebox.from_image(400, 300, 'target200_1.png')
target200_1.scale_by(.1)
targets.append(target200_1)
target_dict[3] = 200 # add the points to the target dictionary
# new coins
coin_3 = gamebox.from_image(camera_x / 2, 380, 'gold_coin.png')
coin_4 = gamebox.from_image(boundary[1].left - 10, boundary[2].bottom + 10,
'gold_coin.png')
for each in [coin_3, coin_4]:
coins.append(each)
for each in [coin_1, coin_2]: # remove old coins
coins.remove(each)
for each in coins:
each.scale_by(.1)
def enemy_movement(
): # enemy coming randomly from left or right and the number and
# shooting frequency are based on level
global count, frame_enemy_0, frame_enemy_1
count += 1
frame_enemy_0 += 1
frame_enemy_1 += 1
if frame_enemy_1 == number_of_frame_enemy_1 + 3:
frame_enemy_1 = 0
if frame_enemy_0 == number_of_frame_enemy_0 * 6:
frame_enemy_0 = 0
if count % (180 // level) == 0:
direction = random.randint(0, 1)
if direction == 0:
enemy_0.append(
gamebox.from_image(450, 0, enemy_0_sheet[frame_enemy_0]))
if direction == 1:
enemy_1.append(
gamebox.from_image(-50, 0, enemy_1_sheet[frame_enemy_1]))
for unit0 in enemy_0:
if count % 1 == 0:
unit0.image = enemy_0_sheet[frame_enemy_0]
unit0.move(-3, 2 * random.random())
if unit0.x < -500:
enemy_0.remove(unit0)
if count % (90 // level) == random.randint(0, 18):
enemy_bullet0.append(
gamebox.from_image(unit0.x, unit0.y, "img/enemy missile.png"))
camera.draw(unit0)
for i in enemy_bullet0:
i.y += 5
if i.y > 700:
enemy_bullet0.remove(i)
camera.draw(i)
for unit1 in enemy_1:
if count % 1 == 0:
unit1.image = enemy_1_sheet[frame_enemy_1]
unit1.move(3, 2 * random.random())
if unit1.x > 900:
enemy_1.remove(unit1)
if count % (90 // level) == random.randint(0, 18):
enemy_bullet1.append(
gamebox.from_image(unit1.x, unit1.y, "img/enemy missile.png"))
camera.draw(unit1)
for i in enemy_bullet1:
i.y += 5
if i.y > 700:
enemy_bullet1.remove(i)
camera.draw(i)
def start_screen(keys):
global screendone, start
camera.clear('cadet blue')
screen1 = gamebox.from_image(0, 0, 'Screen1.png')
screen1.center = camera.center
screen2 = gamebox.from_image(0, 0, 'StarScreen2.png')
screen2.center = camera.center
if screendone != True:
camera.draw(screen1)
if pygame.K_b in keys:
screendone = True
if screendone:
camera.draw(screen2)
if pygame.K_g in keys:
start = True
def draw_lives(num_lives):
'''draws the lives'''
first_x = camera.right - 20
y = camera.top + 50
for i in range(num_lives):
life = gamebox.from_image(first_x - i * 40, y, 'heart.png')
camera.draw(life)
def coin_collectibles(keys):
global counter, frame, sheet, coin_lst, time1, player_lst, score
player = player_lst[0]
# coin
for coin in coin_lst:
if player.touches(coin):
score += 1
coin_lst.remove(coin)
camera.draw(coin)
if frame >= number_of_frames:
frame = 0
if counter % 1 == 0: # control coin spinning speed by changing 1
coin.image = sheet[frame]
frame += 1
counter += 1
time1 += 1
if time1 % 60 == 0:
coin_x = random.randint(50, 750)
coin_y = random.randint(200, 480)
for coin in coin_lst:
if coin_x == coin.x:
coin_x -= 100
if coin_y == coin.y:
coin_y -= 100
new_coin = gamebox.from_image(coin_x, coin_y, sheet[0])
new_coin.scale_by(.5)
coin_lst.append(new_coin)
def end_game():
global level, game_over
level = -2
camera.draw(gamebox.from_image(400, 300, 'GameOver.png'))
game_over = False
if camera.mouseclick:
gamebox.stop_loop()
def splash(keys):
global screen, ticks
#camera.clear('cyan')
back = gamebox.from_image(50, 100, 'stars.png')
back.scale_by(1.5)
camera.draw(back)
text = gamebox.from_text(400, 100, "Battle for Planet Wassel", "Arial", 50,
'white')
names = gamebox.from_text(400, 100, "By Alex Wassel", "Arial", 20, 'white')
names.top = text.bottom
camera.draw(text)
camera.draw(names)
directions = gamebox.from_text(
400, 300,
"Player 1: use W to move your spaceship up and S to move it down. Use the Space Bar to shoot.",
"Arial", 17, 'white')
directions1 = gamebox.from_text(
400, 300,
"Player 2: use the Up and Down arrow keys to move your spaceship. Use the comma key to shoot.",
"Arial", 17, 'white')
directions2 = gamebox.from_text(400, 300, "Press SPACE to start", "Arial",
20, 'yellow')
camera.draw(directions)
directions1.top = directions.bottom
directions2.top = directions1.bottom
camera.draw(directions1)
camera.draw(directions2)
if pygame.K_SPACE in keys:
screen = False
camera.display()
def loading_screen(keys):
"""
:param keys: keys used to start the game
:return: once the keys are hit, the player gets transferred to the intro screen
"""
global ticks
global background_number
ticks += 1
camera.clear("Black")
background_intro = gamebox.from_image(camera.x, camera.y, """http://www.desktopimages.org/pictures/2014/0522/1/video-games-mario-bowser-princess-peach-goomba-wallpaper-455562.jpg""")
background_intro.scale_by(1.2)
text = "Press SPACE BAR to Begin"
loading_screen_text = gamebox.from_text(400, 320, text, 60, "white", bold=False)
game_name = "Mario's Quest"
name_text = "Michael Masner(mm6md) and Joel Tavarez(jt3bk)"
game_title = gamebox.from_text(400, 230, game_name, 85, "white", italic=True, bold=True)
names = gamebox.from_text(400, 450, name_text, 45, "cyan", bold=False)
camera.draw(background_intro)
camera.draw(game_title)
camera.draw(loading_screen_text)
camera.draw(names)
if pygame.K_SPACE in keys:
background_number += 1
def check_collision():
global ship
global asteroids
global t1_start
global lives
global enemies_onscreen
global game_over
for i in asteroids:
for g in ships:
if i.touches(g):
if len(asteroids) > 0:
asteroids.remove(i)
ships.remove(g)
ship = gamebox.from_image(ship.x, ship.y, 'explosion.png')
ships.append(ship)
camera.draw(ship)
asteroids = []
enemies_onscreen = 0
for d in all_hearts:
all_hearts.remove(d)
break
camera.display()
sleep(2)
t1_start += 3
if lives > 0:
lives -= 1
draw_ship()
else:
print('hit')
lives -= 1
game_over = True
check_highscore()
def draw_coin(speed):
global coin
coin = gamebox.from_image(random.randrange(0, 800),
random.randrange(-100, 0), coins[0])
coin.scale_by(0.2)
coin.speedy = speed
return coin
def make_trainer(x, y):
"""
creates enemy pokemon trainer sprites
:param x: x coordinate
:param y: y coordinate
:return: trainer and trainer2 lists of sprites
"""
images1 = gamebox.load_sprite_sheet("Textures/player_left.png", 1, 4)
images2 = gamebox.load_sprite_sheet("Textures/player_right.png", 1, 4)
trainer = []
for image in images1:
trainer.append(gamebox.from_image(x, y, image))
for image in images2:
trainer.append(gamebox.from_image(x, y, image))
trainer2 = trainer
return trainer, trainer2
def lvl2_startscreen(keys):
global lvl_two_go
camera.clear('cadet blue')
lvl2_Screen = gamebox.from_image(0, 0, 'Screenlvl2.png')
lvl2_Screen.center = camera.center
camera.draw(lvl2_Screen)
if pygame.K_h in keys:
lvl_two_go = True
def dead_enemy(bad):
global kill_count
if kill_count < 5: # kill_count bar can only be filled to 5
kill_count += 1
maybe = random.randrange(100)
if maybe > 75:
new_life = gamebox.from_image(bad.x, bad.y, 'Heart.png')
life.append(new_life)
def defeated_by_m():
global defeated
if defeated:
camera.clear('paleturquoise')
defeat = gamebox.from_image(0, 0, 'defeated.png')
defeat.center = camera.center
camera.draw(defeat)
gamebox.pause()
def make_walker(x, y):
global frames
images = gamebox.load_sprite_sheet("walk_stand.png", 1, 6)
frames = len(images)
walker = [] # walker is a list of gameboxes
for image in images:
walker.append(gamebox.from_image(x, y, image))
return walker
def enemy_fire(enemy):
if enemy == boss:
arrow = gamebox.from_image(enemy.x, enemy.y, 'PhantonBlast.png')
else:
arrow = gamebox.from_image(enemy.x, enemy.y, 'Arrow.png')
arrow_speed = 10
x_diff = character.x - enemy.x
y_diff = character.y - enemy.y
scalar = math.sqrt(
x_diff**2 +
y_diff**2) // arrow_speed # ensures that all arrows travel same speed
direction = x_diff / scalar, y_diff / scalar
if x_diff < 0: # flip enemies moving to the left
arrow.flip()
if enemy == boss:
boss_arrows.append((arrow, direction))
else:
skeleton_arrows.append((arrow, direction))
def draw_stats():
"""draws the gameplay information (lives, score)"""
scorebox = gamebox.from_text(75, 25, "score: " + str(score), 36, 'red')
camera.draw(scorebox)
for i in range(lives):
heart = gamebox.from_image(775, 25, 'heart.png')
heart.x -= 50 * i
heart.scale_by(0.5)
camera.draw(heart)
def level3_screen(keys):
"""displays the level 3 screen and starts level 3 when '3' is pressed"""
global level3screen
camera.clear('white')
level3image = gamebox.from_image(367, camera_y / 2, 'level3screen.png')
level3image.scale_by(.65)
camera.draw(level3image)
if pygame.K_3 in keys:
level3screen = False
def create_enemy():
# enemy = gamebox.from_color(random.randint(0, 800), random.randint(0,2) * 75 + 50, "yellow", 50, 50)
enemy = gamebox.from_image(random.randint(0, 800), random.randint(0, 2) * 75 + 50, enemy_animations[0])
# randomize their speed and direction
enemy.xspeed = random.randint(3, 10)
if random.randint(0,1) == 0:
enemy.xspeed *= -1
return enemy
def platform_creator():
global plat_count, scroll_speed, platforms
height_position = random.randint(400, 700)
mirror_position = height_position - 500
new_platform = gamebox.from_image(800, height_position, "pipe_b.png")
mirror_platform = gamebox.from_image(800, mirror_position, "pipe_u.png")
if plat_count < 120:
plat_count += 1
if plat_count == 120:
platforms.append(new_platform)
platforms.append(mirror_platform)
plat_count = 0
for platform in platforms:
platform.x -= scroll_speed
if platform.x < -50:
platforms.remove(platform)
for platform in platforms[::2]:
if 200 <= platform.x < 200 + scroll_speed:
platform.x -= scroll_speed
def y_coins():
global p1_score, platforms, yellow_coins, scroll_speed, p1_health, tick_count, tick_count_2
for platform in platforms[1::2]:
if 600 <= platform.x < 600 + scroll_speed:
coin_height = random.randint(150, 450)
yellow_coin = gamebox.from_image(800, coin_height, "coin_1.png")
yellow_coins.append(yellow_coin)
if yellow_coin.touches(platform):
yellow_coin.move_to_stop_overlapping(platform)
for yellow_coin in yellow_coins:
yellow_coin.image = "coin_"+str(tick_count_2+1)+".png"
yellow_coin.x -= scroll_speed
if p1.touches(yellow_coin):
yellow_coins.remove(yellow_coin)
p1_score += 1
music0 = gamebox.load_sound("hit_sound.wav")
musicplayer0 = music0.play()
if yellow_coin.x < -50:
yellow_coins.remove(yellow_coin)
tick_count = (tick_count+1) % 128
tick_count_2 = tick_count//16
# Matthew Keitelman (mak2vr)
# Fernando Mata Cordero (fm5ew)
import pygame
import gamebox
import random
camera = gamebox.Camera(1000,800,True)
alien = gamebox.from_image(300, 15, "http://people.virginia.edu/~mak2vr/files/alien/alien.png")
alien.scale_by(1.3)
alien.yspeed = 0
platforms = [
gamebox.from_color(500,400,"black",1000,30),
gamebox.from_color(1500,600,"black",500,30),
]
radius = 250
platform_x = 1500
platform_length = 500
platform_end = 1750
prev_length = 0
prev_end = 0
prev_x = 0
prev_radius = 0
platform_end
time_on = 300
y=0
jump_check = 0
seconds = 0
minutes = 0
jf_stage = 1
spat_stage = 1
secretformula_check = 0
spat_check = 0
stick_check = 0
pizza_health = 8
bear_stage = 1
move_check = 0
cockroach_list = []
platform_list = []
c_stage = 1
rock_stage = 1
customer_house = gamebox.from_image(35320, y-30, "customers_house.png")
customer_house.scale_by(2)
rock = gamebox.from_image(origin_x, origin_y, "rock_4.png")
ground = gamebox.from_color(0, y + 230, "Peach Puff", 100000, 150)
sand = []
house = [gamebox.from_image(5320, y - 100, "track.png"), gamebox.from_image(21320, y - 100, "track.png"),
gamebox.from_image(37320, y - 100, "track.png")]
wall = [gamebox.from_color(0, y, "White", 520, 1000),
gamebox.from_color(10000, y, "White", 520, 1000)]
cockroach_an = []
for i in range(1, 50):
background.append(gamebox.from_image(x/2 + 1000*(i - 1), y/2, "backgrund.jpg"))
sand.append(gamebox.from_image(x, y+140, "ground.png"))
if i < 2 or i > 3:
play_count = 0
option_count = 0
control_count = 0
sound_count = 0
camera = global_stage.camera
level_1 = 0
level_2 = 0
level_3 = 0
wasd_count = 0
sound_level = 0.5
char1 = gamebox.from_color(10, 10, "red", 50, 5)
char2 = gamebox.from_text(250, 50, "ya Motha", "Cambria", 70, "orange", True, True)
# char3 = gamebox.from_image(100, 100, "http://images6.fanpop.com/
# image/photos/33000000/The-Customer-s-House-krusty-krab-pizza-33032845-512-384.jpg")
char3 = gamebox.from_image(200, 400,
"http://3219a2.medialib.glogster.com/creeperman913/media"
"/18/18ee0bb8dd40f9d96af0d3dfd14687f97923fdf2/spongebob.png")
char4 = gamebox.from_text(350, 150, "By Luke and Connor (lsm5fm and cb4wa)", "Cambria", 30, "orange", False, True)
char5 = gamebox.from_text(683, 200, "Press 'P' to Play", "Cambria", 50, "red")
char6 = gamebox.from_text(683, 400, "Press 'O' for Options", "Cambria", 50, "red")
char7 = gamebox.from_text(683, 600, "Press 'C' for Credits", "Cambria", 50, "red")
titlebackground = gamebox.from_image(683, 384, "http://i.imgur.com/liXLthM.png")
titlebackground.size = 1366, 768
pygame.mouse.set_visible(False)
def set_all_volume(keys):
global sound_count, sound_level
camera.clear("sky blue")
if pygame.K_q in keys:
quit()
# Matthew Keitelman (mak2vr)
# Fernando Mata Cordero (fm5ew)
import pygame
import gamebox
camera = gamebox.Camera(1000,800,True)
alien = gamebox.from_image(150, 10, "alien.png")
alien.scale_by(1.4)
alien.yspeed = 0
levels = gamebox.from_image(400,400,"levels.png")
levels.scale_by(1.5)
blue_hole_sheet = gamebox.
platforms = [
# gamebox.from_color(-100, 600, "black", 3000, 100),
levels
# ground1
]
def tick(keys):
# GRAVITY
alien.yspeed += 1
alien.y = alien.y + alien.yspeed
if pygame.K_s in keys:
alien.image = "alien_top.png"
elif pygame.K_d in keys:
import pygame
import gamebox
import random
# camera
camera = gamebox.Camera(800, 600)
# player ship
player_animations = gamebox.load_sprite_sheet("PlayerSprite.png", 1, 6)
player = gamebox.from_image(400, 550, player_animations[0])
# player = gamebox.from_color(400, 550, "red", 30, 30)
# default bullets
bullet1 = gamebox.from_color(-5, 520, "yellow", 5, 5)
bullet2 = gamebox.from_color(-5, 520, "yellow", 5, 5)
bullet3 = gamebox.from_color(-5, 520, "yellow", 5, 5)
bullets = [bullet1, bullet2, bullet3]
# enemies and their weapons
enemies = []
en_bullet1 = gamebox.from_color(-5, 520, "red", 5, 5)
en_bullet2 = gamebox.from_color(-5, 520, "red", 5, 5)
en_bullet3 = gamebox.from_color(-5, 520, "red", 5, 5)
en_bullets = [en_bullet1, en_bullet2, en_bullet3]
enemy_animations = gamebox.load_sprite_sheet("EnemySprite.png", 1, 6)
def create_enemy():
# enemy = gamebox.from_color(random.randint(0, 800), random.randint(0,2) * 75 + 50, "yellow", 50, 50)
enemy = gamebox.from_image(random.randint(0, 800), random.randint(0, 2) * 75 + 50, enemy_animations[0])
tick_count = 0 wave_started = False PRE_WAVE_TIME = 30 TANK_VALUE = 100 # Camera camera = gamebox.Camera(800, 600) # Images tank_image_url = "http://www.xnaresources.com/images/tutorialimages/sprites/MulticolorTanks.png" tank_sprite_sheet = gamebox.load_sprite_sheet(tank_image_url, 8, 8) background_path = "background001.png" background = gamebox.from_image(400, 300, background_path) boom_image_url = "http://flashvhtml.com/html/img/action/explosion/Explosion_Sequence_A%2012.png" tankstuff.Boom.image = boom_image_url mine_image_path = "mine001.png" tankstuff.Mine.image = mine_image_path #Game Objects enemy_tanks = [] friendly_tanks = [] bullets = [] barriers = [] mines = [] turrets = [] buttons = []
def tick(keys):
global player_one_frame
global player_two_frame
global player_one_has_flag
global player_two_has_flag
global player_one_counter
global player_two_counter
global game_start
global game_end
global direction
global counter
global timer
global monster_frame
global monster_sheet
global touched_monster
if game_start:
camera.clear("black")
beginning_title = gamebox.from_text(400, 250, "CAPTURE THE FLAG", "Arial", 46, "white")
beginning_description = gamebox.from_text(400, 325, "PRESS SPACEBAR TO BEGIN", "Arial", 46, "white")
camera.draw(beginning_title)
camera.draw(beginning_description)
if pygame.K_SPACE in keys:
game_start = False
else:
timer -= 1
camera.clear("green")
player_one_frame += 1
player_two_frame += 1
counter += 1
#animate the monster so that he walks in place
monster_frame +=1
#adjusts hulks speed here.
#make the monster move ahead
monster.y +=20
if monster.y == 800:
monster.y = 0
if monster_frame == 16:
monster_frame = 12
if player_one_frame == 12:
player_one_frame = 8
if player_two_frame == 8:
player_two_frame = 4
if counter % 5 == 0:
player_one.image = player_one_sheet[player_one_frame+direction*10]
player_two.image = player_two_sheet[player_two_frame+direction*10]
#place the monster on screen
monster.image = monster_sheet[monster_frame + direction*10]
if pygame.K_RIGHT in keys:
player_one.x += 10
if pygame.K_LEFT in keys:
player_one.x -= 10
if pygame.K_UP in keys:
player_one.y -= 10
if pygame.K_DOWN in keys:
player_one.y += 10
if pygame.K_d in keys:
player_two.x += 10
if pygame.K_a in keys:
player_two.x -= 10
if pygame.K_w in keys:
player_two.y -= 10
if pygame.K_s in keys:
player_two.y += 10
# detect if player 2 touched monster
if player_two.touches(monster):
game_end = True
touched_monster = 2
# detect if player 1 touched monster
if player_one.touches(monster):
game_end = True
touched_monster = 1
for flag in player_one_flag:
if player_two.touches(flag):
flag_sound.play()
player_two_has_flag = True
player_one_flag.remove(flag)
camera.draw(flag)
for flag in player_two_flag:
if player_one.touches(flag):
flag_sound.play()
player_one_has_flag = True
player_two_flag.remove(flag)
camera.draw(flag)
if player_one.touches(player_one_goal) and player_one_has_flag:
goal_sound.play()
new_flag = gamebox.from_image(750, 550, "red.png")
player_two_flag.append(new_flag)
player_two_flag[0].scale_by(0.15)
player_one_counter += 1
player_one_has_flag = False
if player_two.touches(player_two_goal) and player_two_has_flag:
goal_sound.play()
new_flag = gamebox.from_image(50, 50, "blue.png")
player_one_flag.append(new_flag)
player_one_flag[0].scale_by(0.15)
player_two_counter += 1
player_two_has_flag = False
player_one_counter_text = gamebox.from_text(75, 75, str(player_one_counter), "Arial", 28, "blue", italic = True)
player_two_counter_text = gamebox.from_text(775, 575, str(player_two_counter), "Arial", 28, "red", italic = True)
timer_display = gamebox.from_text(400, 25, str(timer // 30) + " seconds", "Arial", 46, "black")
camera.draw(player_one)
camera.draw(player_two)
#draw the monster on screen
camera.draw(monster)
camera.draw(player_one_goal)
camera.draw(player_two_goal)
camera.draw(player_one_counter_text)
camera.draw(player_two_counter_text)
camera.draw(timer_display)
if timer == 0:
game_end = True
if game_end:
camera.clear("black")
game_over_text = gamebox.from_text(400, 250, "GAME OVER", "Arial", 46, "white")
continue_text = gamebox.from_text(400, 400, "PRESS ENTER TO REPLAY", "Arial", 46, "white")
# player one had touched monster
if touched_monster == 1:
win_text = gamebox.from_text(400, 325, "PLAYER 2 wins as PLAYER 1 was eaten by monster", "Arial", 30, "white")
# player 2 had touched monster
elif touched_monster == 2:
win_text = gamebox.from_text(400, 325, "PLAYER 2 wins as PLAYER 1 was eaten by monster", "Arial", 30, "white")
elif player_one_counter > player_two_counter:
win_text = gamebox.from_text(400, 325, "PLAYER 1 WINS WITH " + str(player_one_counter) + " FLAGS", "Arial", 46, "white")
elif player_two_counter > player_one_counter:
win_text = gamebox.from_text(400, 325, "PLAYER 2 WINS WITH " + str(player_two_counter) + " FLAGS", "Arial", 46, "white")
else:
win_text = gamebox.from_text(400, 325, "TIE", "Arial", 46, "white")
camera.draw(game_over_text)
camera.draw(win_text)
camera.draw(continue_text)
# reset the numbers
if pygame.K_RETURN in keys:
game_end = False
game_start = True
timer = 30 * 60
player_one_counter = 0
player_two_counter = 0
touched_monster = 0
player_one.x = 350
player_one.y = 300
player_two.x = 450
player_two.y = 300
camera.display()
#add monster sprite sheet
monster_sheet = gamebox.load_sprite_sheet("http://untamed.wild-refuge.net/images/rpgxp/avengers/hulk.png", 4, 4)
player_one_frame = 8
player_two_frame = 4
#starting frame of monster looking downards
monster_frame = 12
timer = 30*60
direction = 0
counter = 0
player_one = gamebox.from_image(350, 300, player_one_sheet[player_one_frame])
player_two = gamebox.from_image(450, 300, player_two_sheet[player_two_frame])
#set monster between the two
monster = gamebox.from_image(400, 300, monster_sheet[monster_frame])
# a monster should be bigger than both of them
monster.scale_by(1.5)
touched_monster = 0
#blue.png is essentially the blue flag
player_one_flag = [gamebox.from_image(50, 50, "blue.png")]
player_one_flag[0].scale_by(0.15)
player_one_goal = gamebox.from_color(100, 300, "blue", 10, 600) # goal line for player 1
player_one_counter = 0
def sponge_run_function(keys):
global cockroach_count, hit_moment, hit_interval, hit_check, pizza_health, c_stage, jump_check, time, rock_stage
platform_object = []
if pygame.K_q in keys:
quit()
platform_object.append(ground)
for platform in platform_list:
platform_object.append(gamebox.from_color(platform.x, platform.y + 15, "white", 240, 100))
hit_interval += 1
time += 2
rock.yspeed += 1
if hit_interval == 2 and global_stage.level == 2 and level_one.spat_check == 1:
camera.move(-9200, 0)
if pygame.K_DOWN in keys:
rock.yspeed += 4
c_stage += 1/1.7
if hit_interval == hit_moment + 25:
hit_check = 0
if c_stage >= 4:
c_stage = 1
if time == 30:
time = 0
jump_check = 0
if rock.bottom_touches(ground):
rock_stage += 1/1.2
if int(rock_stage) >= 4:
rock_stage = 1
if not rock.bottom_touches(ground):
rock_stage = 4
rock.x = rock.x + rock.speedx
rock.y = rock.y + rock.speedy
'''
for platform in platform_object:
platform.y = platform.y + platform.yspeed
'''
# ----- COLLISION ------
for cockroach in cockroach_list:
if rock.touches(cockroach) and hit_check == 0:
hit_moment = hit_interval
pizza_health -= 1
hit_check = 1
if rock.x > 35250:
quit()
for platform in platform_object:
if rock.bottom_touches(platform):
rock.yspeed = 0
rock.move_to_stop_overlapping(platform)
if platform != platform_object[0]:
platform.y += 100
if pygame.K_SPACE in keys:
rock.yspeed = -20
jump_check = 1
if rock.right_touches(platform) and hit_check == 0:
pizza_health -= 1
hit_check = 1
hit_moment = hit_interval
if pizza_health == 0:
quit()
# ----- GEN ANIMATION -----
health_file = 'pizza_health_{}'.format(pizza_health) + ".png"
health_hud = gamebox.from_image(rock.x + 4*x/5, 100, health_file)
rock_file = 'rock_{}'.format(int(rock_stage)) + '.png'
rock_an = gamebox.from_image(rock.x, rock.y, rock_file)
camera.clear("White")
if hit_check == 1:
rock_stage = 4
rock.xspeed = 15
else:
rock.xspeed = 25
for shift in range(3):
if hit_check == 1 and hit_interval >= hit_moment + shift*4 and hit_interval < hit_moment + (shift+1)*4:
rock_an.rotate(random.randint(-30, 5))
# ----- DRAWING ------
camera.clear("Black")
for platform in platform_object:
camera.draw(platform)
for entry in background:
camera.draw(entry)
for entry in house:
camera.draw(entry)
camera.draw(customer_house)
for platform in platform_list:
camera.draw(platform)
camera.draw(rock_an)
camera.move(rock.xspeed, 0)
for cockroach in cockroach_list:
if rock.x + 1300 > cockroach.x and rock.x - 300 < cockroach.x:
camera.draw(cockroach)
camera.draw(health_hud)
camera.display()
hit_interval = 0
circle_stage = 1
face_check = 0
time = 0
jump_check = 0
seconds = 0
minutes = 0
jf_stage = 1
spat_stage = 1
secretformula_check = 0
spat_check = 0
stick_check = 0
health = 3
bear_stage = 1
move_check = 0
platforms = [gamebox.from_image(5385, y/2 - y/6, "platform_kelp.png"),
gamebox.from_image(5180, y/2 - y/6, "platform_kelp.png")]
character = gamebox.from_image(origin_x, origin_y, 'spongebob_run.png')
ground = gamebox.from_color(0, y, "Peach Puff", 100000, 70)
house = gamebox.from_image(5320, y - 240, "house.png")
wall = [gamebox.from_color(0, y, "White", 520, 1000),
gamebox.from_color(10000, y, "White", 950, 1000)]
bear_list = [gamebox.from_image(6900, y - y/10, "seabear_1.png"), gamebox.from_image(8500, y - y/10, "seabear_1.png"), gamebox.from_image(4500, y - y/10, "seabear_1.png"),
gamebox.from_image(5000, y - y/10, "seabear_1.png"), gamebox.from_image(4000, y - y/10, "seabear_1.png"),
gamebox.from_image(3500, y - y/10, "seabear_1.png"), gamebox.from_image(2500, y - y/10, "seabear_1.png"),
gamebox.from_image(3000, y - y/10, "seabear_1.png")]
jump_list = [ground]
jf_list = [gamebox.from_image(5550, y/2 + 20, "jellyfish_1.png"), gamebox.from_image(5575, y/2 + 20, "jellyfish_1.png"),
gamebox.from_image(2850, y/2 + 20, "jellyfish_1.png"), gamebox.from_image(2875, y/2 + 20, "jellyfish_1.png")]
kelp_list = []
for xy in range(4):
def tick(keys):
global hit_interval, hit_moment, hit_check, health, secretformula_check, stick_check,\
move_check, x, y, stage, face_check, time, seconds, minutes, jf_stage, check, \
spat_stage, spat_check, bear_stage, circle_stage, x_coord, level
hud = [gamebox.from_color(character.x, 0, "White", 100000, 120)]
hit_interval += 1
character.xspeed = 0
character.yspeed += 1
circle_check = 0
time += 1
jf_stage += 1/3
spat_stage += 1/3
bear_stage += 1/3
if circle_stage >= 9:
circle_stage = 8
if time == 30:
seconds += 1
move_check = 0
if time == 60:
check = 0
time = 0
seconds += 1
if seconds == 60:
seconds = 0
minutes += 1
if int(seconds) < 10:
second = '0{}'.format(str(seconds))
else:
second = str(seconds)
if hit_moment + 30 == hit_interval:
hit_check = 0
for jellyfish in jf_list:
if time < 30:
jellyfish.yspeed = -2
else:
jellyfish.yspeed = 2
jellyfish.y = jellyfish.y + jellyfish.yspeed
for bear in bear_list:
if time < 30:
bear.speedx = -10
else:
bear.speedx = 10
bear.x = bear.x + bear.speedx
character.y = character.y + character.yspeed
# ----- GEN ANIMATION -----
timer = gamebox.from_text(character.x - 225, y/25, "{}".format(str(int(minutes))) + ":{}".format(second), "haettenschweiler", 40, "Black")
hud.append(timer)
tie_hud = gamebox.from_image(character.x + 400, y/20 - 20, "tie_hud.png")
tie_hud.scale_by(0.8)
hud.append(tie_hud)
secretformula_hud_file = 'secretformula_check{}'.format(str(secretformula_check)) + ".png"
secretformula_hud = gamebox.from_image(character.x - 50, y/20 - 5, secretformula_hud_file)
hud.append(secretformula_hud)
health_hud_file = 'health_hud_1.png'
health_hud_a = gamebox.from_image(character.x + 850, y/20 - 8, health_hud_file)
health_hud_b = gamebox.from_image(character.x + 925, y/20 - 8, health_hud_file)
health_hud_c = gamebox.from_image(character.x + 1000, y/20 - 8, health_hud_file)
if health <= 2:
health_hud_a = gamebox.from_image(character.x + 850, y/20 - 8, 'health_hud_0.png')
if health <= 1:
health_hud_b = gamebox.from_image(character.x + 925, y/20 - 8, 'health_hud_0.png')
if health <= 0:
health_hud_c = gamebox.from_image(character.x + 1000, y/20 - 8, 'health_hud_0.png')
hud.append(health_hud_a)
hud.append(health_hud_b)
hud.append(health_hud_c)
stick_hud_file = "stick_check{}".format(str(stick_check)) + ".png"
stick_hud= gamebox.from_image(character.x - 150, y/20 - 5, stick_hud_file)
hud.append(stick_hud)
spat_hud_file = "spat_check{}".format(str(spat_check))+".png"
spat_hud = gamebox.from_image(character.x - 100, y/20, spat_hud_file)
hud.append(spat_hud)
if stage >= 7:
stage = 1
if spat_stage >= 4 or bear_stage >= 4:
spat_stage = 1
bear_stage = 1
if int(jf_stage) == 8:
jf_stage = 1
sb = 'running_{}'.format(str(int(stage)))+'.png'
character_an = gamebox.from_image(character.x, character.y - 10, sb)
character_an.scale_by(.5)
jf_file = 'jellyfish_{}'.format(str(int(jf_stage)))+'.png'
jellyfish_an = []
secretformula_file = 'secretformula_{}'.format(str(int(spat_stage)))+".png"
secretformula = gamebox.from_image(7500, 700, secretformula_file)
spat_file = 'spatula_{}'.format(str(int(spat_stage)))+".png"
spatula = gamebox.from_image(5100, 100, spat_file)
stick_file = 'stick_{}'.format(str(int(spat_stage)))+".png"
stick = gamebox.from_image(2100, 100, stick_file)
circle = gamebox.from_image(character.x, character.y + 30, 'circle_8.png')
bear_an = []
seabear_file = 'seabear_{}'.format(str(int(bear_stage)))+".png"
# ----- DRAW DISTANCE -----
for bear in bear_list:
if character.x + 1123 > bear.x and character.x - 300 < bear.x:
bear_an.append(gamebox.from_image(bear.x, bear.y, seabear_file))
for seabear in bear_an:
if time > 30:
seabear.flip()
for jellyfish in jf_list:
if character.x + 1123 > jellyfish.x and character.x - 300 < jellyfish.x:
jellyfish_an.append(gamebox.from_image(jellyfish.x, jellyfish.y, jf_file))
if pygame.K_q in keys:
quit()
# ----- WASD INPUT -----
if character.touches(ground) and stick_check == 1:
if pygame.K_c in keys:
circle_check = 1
else:
circle_check = 0
if global_stage.wasd_count != 0:
if pygame.K_d in keys and circle_check == 0:
character.xspeed += 9.5
character.x += 9.5
for item in hud:
item.speedx += 9.5
if face_check == 1:
character_an.flip()
face_check = 0
if pygame.K_a in keys and circle_check == 0:
character.speedx -= 9.5
character.x -= 9.5
for item in hud:
item.speedx -= 9.5
if face_check == 0:
character_an.flip()
face_check = 1
# -----WASD COLLISION -----
for object in jump_list:
if character.bottom_touches(object):
if pygame.K_a not in keys and pygame.K_d not in keys:
stage = 1
if pygame.K_a in keys or pygame.K_d in keys and pygame.K_SPACE not in keys:
stage += 1/1.3
character.yspeed = 0
character.move_to_stop_overlapping(object)
if pygame.K_SPACE in keys:
stage = 5
character.yspeed = -16
# ----- ARROW INPUT -----
if global_stage.wasd_count == 0:
if pygame.K_RIGHT in keys and circle_check == 0:
character.xspeed += 95
character.x += 95
for item in hud:
item.speedx += 9.5
if face_check == 1:
character_an.flip()
face_check = 0
if pygame.K_LEFT in keys and circle_check == 0:
character.speedx -= 9.5
character.x -= 9.5
for item in hud:
item.speedx -= 9.5
if face_check == 0:
character_an.flip()
face_check = 1
# ----- ARROW COLLISION -----
for object in jump_list:
if character.bottom_touches(object):
if pygame.K_LEFT not in keys and pygame.K_RIGHT not in keys:
stage = 1
if pygame.K_LEFT in keys or pygame.K_RIGHT in keys and pygame.K_SPACE not in keys:
stage += 1/1.3
character.yspeed = 0
character.move_to_stop_overlapping(object)
if pygame.K_SPACE in keys:
stage = 5
character.yspeed = -16
for w in wall:
if character.touches(w):
character.move_to_stop_overlapping(w)
if character.touches(spatula) and spat_check == 0:
spat_check = 1
not_lame.play()
if character.touches(stick) and stick_check == 0:
stick_check = 1
not_lame.play(0)
if character.touches(secretformula) and secretformula_check == 0:
secretformula_check = 1
not_lame.play(0)
for platform in platforms:
if character.bottom_touches(platform):
if pygame.K_DOWN in keys:
character.y = character.y + y/10
# ----- DEATH CHECK -----
for jellyfish in jf_list:
if character.bottom_touches(jellyfish):
stage = 2
if character.top_touches(jellyfish) and hit_check == 0:
health -= 1
hit_check = 1
hit_moment = hit_interval
for seabear in bear_an:
if character.touches(seabear) and hit_check == 0 and circle_check == 0:
health -= 1
hit_check = 1
hit_moment = hit_interval
if circle_check == 1 and character.touches(seabear):
health += 0
if health == 0:
character_an = gamebox.from_image(character.x, character.y, 'crying.png')
gamebox.pause()
# ----- DRAWING -----
camera.clear("Black")
for entry in background:
camera.draw(entry)
camera.draw(ground)
camera.draw(house)
for jellyfish in jellyfish_an:
camera.draw(jellyfish)
if secretformula_check == 0:
camera.draw(secretformula)
if stick_check == 0:
camera.draw(stick)
if spat_check == 0:
camera.draw(spatula)
for seabear in bear_an:
camera.draw(seabear)
if face_check == 1:
character_an.flip()
if circle_check == 1:
camera.draw(circle)
camera.draw(character_an)
for entry in hud:
camera.draw(entry)
for platform in platforms:
if character.x + 1300 > platform.x and character.x - 400 < platform.x:
camera.draw(platform)
camera.move(character.speedx, 0)
if health == 0:
x_coord = character.x
if stick_check == 1 and spat_check == 1 and secretformula_check == 1 and character.x >= 9400:
camera.draw(gamebox.from_image(9750, 400,"continue.png"))
level = 2
camera.display()
health = 3
spat_check = 1
secretformula_check = 1
stick_check = 1
def tick(keys):
for bluehole in blueholes:
bluehole.scale_by(1.018)
global x, score, y, platform_x, time_on, speed, platform_length, platform_end, prev_length, prev_end, prev_x, radius, prev_radius
if y > 3:
y =0
y+=1
if camera.x % 1000 == 0:
speed += 4
score = int(camera.x)
scoreboard = gamebox.from_text(camera.x+300,50,(str(score)),"Verdana",26,"black")
camera.x += speed
alien.x += speed
if alien.x >= (platform_x - platform_length/2) and alien.x <= (platform_x - platform_length/2):
time_on += speed
elif alien.x >= platform_x - platform_length/2:
time_on = 0
if len(platforms) < 10:
prev_length = int(platform_length)
prev_x = int(platform_x)
prev_end = int(platform_end)
prev_radius = radius
platform_length = int(random.randint(300,600))
radius = int(platform_length/2)
platform_x = prev_end + radius + random.randint(25,200)
platform_end = platform_x + radius
height = random.randint(300,700)
platforms.append(gamebox.from_color(platform_x,height,"black",2*radius,30))
if len(blueholes) < 2:
bluehole_x = random.randint(camera.x,camera.x+500)
bluehole_y = random.randint(0,800)
blueholes.append(gamebox.from_image(bluehole_x,bluehole_y,blue_hole_sheet[y]))
# GRAVITY
alien.yspeed += 1.5
alien.y = alien.y + alien.yspeed
if pygame.K_s in keys:
alien.image = "http://people.virginia.edu/~mak2vr/files/alien/alien_top.png"
elif pygame.K_d in keys:
alien.image = "http://people.virginia.edu/~mak2vr/files/alien/alien_middle.png"
elif pygame.K_f in keys:
alien.image = "http://people.virginia.edu/~mak2vr/files/alien/alien_bottom.png"
else:
alien.image = "http://people.virginia.edu/~mak2vr/files/alien/alien.png"
for platform in platforms:
if alien.bottom_touches(platform):
alien.move_to_stop_overlapping(platform)
if platform.x < (camera.x-1000):
platforms.remove(platform)
if alien.touches(platform):
if pygame.K_SPACE in keys:
alien.yspeed -= 30
if pygame.K_RIGHT in keys:
alien.x += 5
if pygame.K_LEFT in keys:
alien.x -= 5
camera.clear("skyblue")
camera.draw(alien)
camera.draw(scoreboard)
for platform in platforms:
camera.draw(platform)
for bluehole in blueholes:
camera.draw(bluehole)
camera.display()
game_over = gamebox.from_text(camera.x,400,"Game Over","Arial",40,"black",True)
def end():
gamebox.pause()
camera.clear("skyblue")
camera.draw(game_over)
camera.display()
for bluehole in blueholes:
bluehole.image = blue_hole_sheet[y]
if bluehole.x < (camera.x-500):
blueholes.remove(bluehole)
if alien.touches(bluehole):
end()
if alien.y >= 800:
end()
import pygame
import gamebox
import random
multiplier = 1
camera = gamebox.Camera(800,600)
character = gamebox.from_image(100,200,'http://www.illustrationsof.com/royalty-free-rf-yeti-clipart-illustration-by-cory-thoman-stock-sample-102505.jpg')
character.yspeed = 0
character.scale_by(.05)
b1 = gamebox.from_image(400,300, 'http://thumbs.dreamstime.com/z/christmas-snowflake-background-white-wallpaper-35056457.jpg')
walls = [
gamebox.from_color(50,250, "black", 200, 10),
gamebox.from_color(400,150, "black", 200, 10),
gamebox.from_color(600,25, "black", 200, 10),
]
coins = [
gamebox.from_color(75,400, "yellow", 10, 10),
gamebox.from_color(160,200, "yellow", 10, 10),
gamebox.from_color(280,250, "yellow", 10, 10)
]
enemy = [
]
counter = 0
lives = 3
character_score= 0
game_over = False
import sys sys.path.insert(0, './ProjectDependencies') import pygame import gamebox import random # http://wallpaper.zone/img/16093.png # http://www.appsrox.com/screenshots/flappychick/Flappy_Pipe.png # http://us.123rf.com/450wm/anastasiaromb/anastasiaromb1603/anastasiaromb160300021/53104705-cute-set-of-forest-wild-animals-nature-fauna-collection.jpg?ver=6 # Camera Window camera = gamebox.Camera(800,600) # Player Sprites p1 = gamebox.from_image(200, 50, "hedgehog.png") background1 = gamebox.from_image(800, 300, "background.png") background2 = gamebox.from_image(2400, 300, "background.png") ground = gamebox.from_color(400, 600, "light green", 800, 100) ceiling = gamebox.from_color(400, -500, "white", 800, 1000) black_bar = gamebox.from_color(500, 50, "black", 255, 30) # Global Values p1_score = 0 p1_health = 10 game_start = False pause = False p1.yspeed = 0
