shark = Shark("square", "dimgray", random.randint(350, 600),
random.choice(y_cors))
sharks.append(shark)
powerup = Powerup("square", "gold", random.randint(350, 600),
random.choice(y_cors))
powerups.append(powerup)
seaweed = Seaweed("square", "seagreen", random.randint(350, 600),
random.choice(y_cors))
seaweeds.append(seaweed)
wave = Wave("square", "white", random.randint(-600, -350),
random.choice(y_cors))
# Create Labels
distance_label = spgl.Label(
"Distance From Shore: {} // Fireballs: {}".format(player.distance,
player.powerup), "white",
-380, 280)
distance_label.set_font_size(15)
# Set Keyboard Bindings
game.set_keyboard_binding(spgl.KEY_UP, player.move_up)
game.set_keyboard_binding(spgl.KEY_DOWN, player.move_down)
game.set_keyboard_binding(spgl.KEY_SPACE, player.shoot_fireball)
# Set background image
game.set_background("bg.gif")
play_again_title = ""
game.play_sound("bensound-jazzyfrenchy.mp3", 105)
balloons = []
for count in range(13):
balloons.append(
Balloon("circle", "green", random.randint(-250, 250),
random.randint(-250, 250)))
birds = []
for count in range(5):
birds.append(
Bird("square", "pink", random.randint(-250, 250),
random.randint(-250, 250)))
# Create Labels
# Keep List of Labels
score_label = spgl.Label("Score: 0", "white", -300, 300)
score_label.set_font_size(24)
# Create Buttons
# Set Keyboard Bindings
game.set_keyboard_binding(spgl.KEY_UP, russell.moveup)
game.set_keyboard_binding(spgl.KEY_DOWN, russell.movedown)
game.set_keyboard_binding(spgl.KEY_LEFT, russell.moveleft)
game.set_keyboard_binding(spgl.KEY_RIGHT, russell.moveright)
game.set_background("blue.gif")
while True:
# Call the game tick method
game.tick()
points = []
for count in range(9):
points.append(Point("Webp.net-resizeimage copy 3.gif", "yellow", 42, 48))
enemies = []
for count in range(4):
enemies.append(Enemy("Webp.net-resizeimage-2.gif", "red", 54, 54))
enemies2 = []
for count in range(4):
enemies2.append(Enemy2("Webp.net-resizeimage copy 4.gif", "red", 49, 44))
# Create Labels
score_label = spgl.Label("Score: 0 ", "white", 300, 250, "Times New Roman", 20)
# Set Keyboard Bindings
game.set_keyboard_binding(spgl.KEY_UP, player.move_up)
game.set_keyboard_binding(spgl.KEY_DOWN, player.move_down)
game.set_keyboard_binding(spgl.KEY_LEFT, player.move_left)
game.set_keyboard_binding(spgl.KEY_RIGHT, player.move_right)
game.set_keyboard_binding(spgl.KEY_ESCAPE, game.exit)
while True:
game.tick()
# Check player enemy collision
for enemy in enemies:
if game.is_collision(player, enemy):
player.score -= 10
# Create Functions
def end_game():
game.exit()
#Draw border
# Initial Game setup
game = spgl.Game(800, 600, "black", "TRON",0)
# Create Sprites
player = Player ("square", "blue", 100, 0)
player2 = Player ("square", "red", -100, 0)
# Create Labels
lbl_player_score = spgl.Label("Player 1: 0", "white", 320, 280)
lbl_player2_score = spgl.Label("Player 2: 0", "white", -380, 280)
# Create Buttons
# Set Keyboard Bindings
game.set_keyboard_binding(spgl.KEY_LEFT, player.turn_left)
game.set_keyboard_binding(spgl.KEY_RIGHT, player.turn_right)
game.set_keyboard_binding(spgl.KEY_UP, player.turn_up)
game.set_keyboard_binding(spgl.KEY_DOWN, player.turn_down)
game.set_keyboard_binding("a", player2.turn_left)
game.set_keyboard_binding("d", player2.turn_right)
game.set_keyboard_binding("w", player2.turn_up)
game.set_keyboard_binding("s", player2.turn_down)
game.set_keyboard_binding("q", end_game)
for player_missile in player_missiles_storage:
player_missiles.append(player_missile)
for i in range(30):
enemy_missiles_storage.append(
EnemyMissile("circle", "red", random.randint(-450, 450),
random.randint(400, 800)))
for enemy_missile in enemy_missiles_storage:
if len(enemy_missiles) < game.level:
enemy_missile.set_target(random.choice(cities + silos))
enemy_missiles.append(enemy_missile)
# Create Labels
status_label = spgl.Label(
"Missile Command \nLevel: {} \nScore: {} \nCities: {} \nSilos: {} \nPlayer Missiles: {} \nEnemy Missiles: {}",
"white", -390, 160)
# Create Buttons
# Set Keyboard Bindings
while True:
# Call the game tick method
game.tick()
# Check to see if the player missile collides with the enemy missiles
for player_missile in player_missiles:
for enemy_missile in enemy_missiles:
# Check if the player missile is exploding
if player_missile.state == "explode":
obstacle_1 = Obstacle("square", "red", 0, 100)
obstacle_2 = Obstacle("square", "red", 500, 300)
obstacle_3 = Obstacle("square", "red", 250, -200)
# sprite_name.set_image("image_name.gif", width, height)
obstacle_1.set_image("brick.gif", 70, 100)
obstacle_2.set_image("brick.gif", 70, 100)
obstacle_3.set_image("brick.gif", 70, 100)
player.set_image("MainGuySpriteSheet.gif", 65, 65)
# player.set_image("
obstacles = [obstacle_1, obstacle_2, obstacle_3]
# Create Labels
label_score = spgl.Label("Score: 0", "white", -525, 270)
#label_score.size_font_size(20)
label_lives = spgl.Label("Lives left: 5", "white", -525, 250)
# Create Buttons
# Set Keyboard Bindings
game.set_keyboard_binding(ball.shoot, "Right")
game.set_keyboard_binding(player.rotate_up, "Up")
game.set_keyboard_binding(player.rotate_down, "Down")
game.set_keyboard_binding(ball.rotate_up, "Up")
game.set_keyboard_binding(ball.rotate_down, "Down")
while True:
# Call the game tick method
balloons = []
for count in range(8):
balloons.append(
Balloon("circle", "green", random.randint(-250, 250),
random.randint(-250, 250)))
birds = []
for count in range(5):
birds.append(
Bird("square", "pink", random.randint(-250, 250),
random.randint(-250, 250)))
# Create Labels
# Keep List of Labels
score_label = spgl.Label("Score: 0", "white", -300, 300)
score_label.set_font_size(24)
time_label = spgl.Label("Time: 30", "white", 300, -300)
time_label.set_font_size(24)
# Create Buttons
# Set Keyboard Bindings
game.set_keyboard_binding(spgl.KEY_UP, russell.moveup)
game.set_keyboard_binding(spgl.KEY_DOWN, russell.movedown)
game.set_keyboard_binding(spgl.KEY_LEFT, russell.moveleft)
game.set_keyboard_binding(spgl.KEY_RIGHT, russell.moveright)
while True:
# Call the game tick method
game.tick()
black = random.choice(blacks)
black.place_random()
else:
if len(remaining_colors) > 0:
next_color = random.choice(remaining_colors)
remaining_colors.remove(next_color)
next_color.place_random()
def place_color():
next_color = random.choice(remaining_colors1)
remaining_colors1.remove(next_color)
next_color.place_random()
# Create Labels
lbl_lives = spgl.Label("Lives left: 3", "red", -350, 360)
lbl_lives.set_font_name("Georgia")
lbl_lives.set_font_size(20)
lbl_time = spgl.Label("Time Left", "Blue", 170, 360)
lbl_time.update("Time Left: {} seconds".format(game.timer))
lbl_time.set_font_name("Georgia")
lbl_time.set_font_size(20)
# Create Buttons
# Set Keyboard Bindings
turtle.listen()
turtle.onkey(player.turn_left, "Left")
keyboard_P = Keyboard_Image("keyboard_P.gif", "white", 345.0, -147.0)
keyboard_Q = Keyboard_Image("keyboard_Q.gif", "white", -375.0, -147.0)
keyboard_R = Keyboard_Image("keyboard_R.gif", "white", -135.0, -147.0)
keyboard_S = Keyboard_Image("keyboard_S.gif", "white", -255.0, -207.0)
keyboard_T = Keyboard_Image("keyboard_T.gif", "white", -55.0, -147.0)
keyboard_U = Keyboard_Image("keyboard_U.gif", "white", 105.0, -147.0)
keyboard_V = Keyboard_Image("keyboard_V.gif", "white", -55.0, -280.0)
keyboard_W = Keyboard_Image("keyboard_W.gif", "white", -295.0, -147.0)
keyboard_X = Keyboard_Image("keyboard_X.gif", "white", -215.0, -280.0)
keyboard_Y = Keyboard_Image("keyboard_Y.gif", "white", 25.0, -147.0)
keyboard_Z = Keyboard_Image("keyboard_Z.gif", "white", -295, -280.0)
hangman = Hangman()
# Create Labels
dash_label = spgl.Label("_", "white", 0, 0)
dash_label.set_font_name("Krungthep")
dash_label.set_font_size(100)
dash_label.set_font_name("Krungthep")
dash_label.set_font_type("bold")
dash_label.set_font_size(60)
score_label = spgl.Label("SCORE: 0", "white", -459.0, -77.0)
score_label.set_font_name("Krungthep")
score_label.set_font_size(20)
chances_label = spgl.Label("CHANCES: 5", "white", -459.0, -100.0)
chances_label.set_font_name("Krungthep")
chances_label.set_font_size(20)
# Create Player
player = Player("triangle", "white", -400, 0)
# Create Orbs
for i in range(100):
color = random.choice(["red", "yellow", "green"])
shape = random.choice(["circle", "square", "triangle", "arrow"])
orb = Orb(shape, color, 0, 0)
speed = random.randint(1, 5)
orb.speed = speed
# Create Explosion
explosion = Explosion()
# Create Labels
score_label = spgl.Label("Score: 0 Highscore: {}".format(game.highscore),
"white", -380, 280)
# Create Buttons
# Set Keyboard Bindings
game.set_keyboard_binding(spgl.KEY_UP, player.accelerate)
game.set_keyboard_binding(spgl.KEY_DOWN, player.decelerate)
game.set_keyboard_binding(spgl.KEY_LEFT, player.rotate_left)
game.set_keyboard_binding(spgl.KEY_RIGHT, player.rotate_right)
game.set_keyboard_binding(spgl.KEY_ESCAPE, game.exit)
while True:
# Call the game tick method
game.tick()
# Put your game logic here
depth = Player.depth
enemy_heading = Enemy.heading
rudder = Player.rudder
desired = Player.desired_speed
# Create Sprites
# Create Enemy
enemy = Enemy("square", "brown", 0, 0)
# Create Player
player = Player("triangle", "white", 0, 0)
#player = Player("triangle", "white", -game.SCREEN_WIDTH / 2 , game.SCREEN_HEIGHT / 2 -1000)
# Create Labels
navigation_label = spgl.Label(
"Current: \nHeading: Heading: {}".format(Player.heading), "Green",
-game.SCREEN_WIDTH / 2 + 10, game.SCREEN_HEIGHT / 2 - 100)
tracking_label = spgl.Label(
"Contact Data: \nHeading: Heading {}".format(Enemy.heading), "Red",
-game.SCREEN_WIDTH / 2 + 10, game.SCREEN_HEIGHT / 2 - 300)
# Create Buttons
# Set Keyboard Bindings
game.set_keyboard_binding(spgl.KEY_UP, player.accelerate)
game.set_keyboard_binding(spgl.KEY_DOWN, player.decelerate)
game.set_keyboard_binding(spgl.KEY_LEFT, player.rotate_left)
game.set_keyboard_binding(spgl.KEY_RIGHT, player.rotate_right)
#game.set_keyboard_binding(spgl.KEY_C, player.change_course)
game.set_keyboard_binding(spgl.KEY_R, player.set_rudder)
for player_missile in player_missiles_storage:
player_missiles.append(player_missile)
for i in range(30):
enemy_missiles_storage.append(
EnemyMissile("circle", "red", random.randint(-450, 450),
random.randint(400, 800)))
for enemy_missile in enemy_missiles_storage:
if len(enemy_missiles) < game.level:
enemy_missile.set_target(random.choice(cities))
enemy_missiles.append(enemy_missile)
# scoring
game_status = spgl.Label(
"Level: {} \nScore: {} \nCities: {} \nSilos: {} \nPlayer Missiles: {} \nEnemy Missiles: {}",
"white", -390, 210)
while True:
game.tick()
# check if player missile collides with enemy missile
for player_missile in player_missiles:
for enemy_missile in enemy_missiles:
check_collision(player_missile, enemy_missile)
# check if enemy missile collides with city or silos
for enemy_missile in enemy_missiles:
for city in cities:
check_collision(enemy_missile, city)
player = Player("Layer 12.gif", "white", -300, -100)
player.questions_answered = 0
dog = Dog("Dog.gif", "darkgoldenrod", -390, -120)
question1 = Question("question_small.gif", "yellow", -200, -70)
question2 = Question("question_small.gif", "yellow", -120, -10)
question3 = Question("question_small.gif", "yellow", 0, 10)
question4 = Question("question_small.gif", "yellow", 80, -50)
question5 = Question("question_small.gif", "yellow", 150, 0)
question6 = Question("question_small.gif", "yellow", 220, 20)
gate = Gate("Gate.gif", "dimgray", 275, -115)
gate.set_image("Gate.gif", 93, 82)
house = House("house.gif", "slategrey", 350, -100)
house.set_image("house.gif", 157, 100)
# Create Labels
score_label = spgl.Label("Score: 0", "black", -390, 200)
# Create Buttons
# Set Keyboard Bindings
def set_keyboard_bindings():
wn = spgl.turtle.Screen()
game.set_keyboard_binding(spgl.KEY_SPACE, player.jump)
game.set_keyboard_binding(spgl.KEY_LEFT, player.move_left)
game.set_keyboard_binding(spgl.KEY_RIGHT, player.move_right)
game.set_keyboard_binding(spgl.KEY_ESCAPE, game.exit)
set_keyboard_bindings()
banana = Banana("banana.gif", "black", random.randint(450, 1000), -130)
banana.set_image("banana.gif", 54, 57)
brick = Brick("brick.gif", "white", random.randint(800, 1000), 5)
brick.set_image("brick.gif", 60, 10)
mushroom = Mushroom("mushroom.gif", "white", random.randint(800, 1000), 5)
mushroom.set_image("mushroom.gif", 60, 10)
goomba = Goomba("goomba.gif", "black", random.randint(600, 1000), -120)
goomba.set_image("goomba.gif", 54, 57)
objects = [shell, plant, coin, banana, brick]
score_label = spgl.Label("Score: 0", "white", -380, 260)
score_label.set_font_size(20)
lives_label = spgl.Label("Lives: 6", "white", -270, 260)
lives_label.set_font_size(20)
# Set Keyboard Bindings
game.set_keyboard_binding(spgl.KEY_UP, player.up)
game.set_keyboard_binding(spgl.KEY_DOWN, player.down)
if player.score > 500:
banana = Banana("banana.gif", "black", random.randint(100, 1000), -130)
if player.score > 1000:
goomba = Goomba("goomba.gif", "black", random.randint(100, 1000), -130)
if game.is_collision(player, brick):
amulet = Scenery("square", "black", 950, 950)
#Create moving objects
player = Player("circle", "red", -475, -92)
master_guard = Enemy("square", "red", False, -315, 90)
guard_1 = Enemy("square", "red", True, -240, -55)
guard_2 = Enemy("square", "red", True, -100, -10)
guard_3 = Enemy("square", "red", True, 115, -15)
enemies = [master_guard, guard_1, guard_2, guard_3]
# Create Labels
#inventory_lbl = spgl.Label("Inventory", "white", -495, -150, font_size=30)
moves_lbl = spgl.Label("Athena", "white", 20, -150, font_size=30)
player_HP_lbl = spgl.Label("Health: {}".format(player.HP),
"white",
20,
-170,
font_size=20)
enemy_name_lbl = spgl.Label("", "white", 350, -155, font_size=30)
game_over_lbl = spgl.Label("", "red", -160, -50, font_size=70)
player_damage_lbl = spgl.Label("", "red", 195, -230, font_size=20)
enemy_damage_lbl = spgl.Label("", "red", 330, -230, font_size=20)
locked_lbl = spgl.Label("", "white", -200, -150, font_size=20)
# Create Buttons
#COINS
coins = []
coins.append(Coin("coins.gif", "blue", -150, 250))
coins.append(Coin("coins.gif", "blue", 200, 95))
coins.append(Coin("coins.gif", "blue", -240, 75))
coins.append(Coin("coins.gif", "blue", -180, 250))
coins.append(Coin("coins.gif", "blue", 40, 45))
for coin in coins:
coin.set_bounding_box(30, 20)
# Create Labels
score_label = spgl.Label("SCORE : {}".format(game.coins),
"white",
-360,
260,
font_size=20)
game.set_background("background.gif")
# Set Keyboard Bindings
game.set_keyboard_binding(spgl.KEY_SPACE, player.jump)
game.set_keyboard_binding(spgl.KEY_LEFT, player.turn_left)
game.set_keyboard_binding(spgl.KEY_RIGHT, player.turn_right)
game.set_keyboard_binding(game.exit, "q")
while True:
os.system("clear")
# Call the game tick method
game.tick()
