def draw(self, location, screen, can_see=True):
"""Draws the player onto the screen."""
loc = coda.Vector2(location[0], location[1])
num_cards = len(self.hand)
num_offsets = num_cards - 1
length = num_cards * 160 + num_offsets * HAND_OFFSET
start_loc = coda.Vector2(loc.x - length / 2 + card.WIDTH / 2, loc.y)
jump = coda.Vector2(card.WIDTH + HAND_OFFSET, 0)
self.health_text.text = "Health: " + str(self.health.value())
self.health_text.location = (start_loc.x - card.WIDTH,
start_loc.y + 30)
self.attack_text.text = "Attack: " + str(self.attack.value())
self.attack_text.location = (start_loc.x - card.WIDTH, start_loc.y)
self.shield_text.text = "Shield: " + str(self.shield.value())
self.shield_text.location = (start_loc.x - card.WIDTH,
start_loc.y - 30)
for cards in self.hand:
cards.location = start_loc
cards.draw(screen, can_see)
start_loc += jump
self.health_text.draw(screen)
self.attack_text.draw(screen)
self.shield_text.draw(screen)
class Data:
"""Modifiable data"""
tilesheet = coda.SpriteSheet("tileset.png", (32, 32))
player_sheet = coda.SpriteSheet("player_sheet.png", (42, 48))
tilemap = []
floors = []
walls = []
player_start_position = coda.Vector2(0, 0)
boss_start_position = coda.Vector2(0, 0)
player = coda.Object(tilesheet.image_at(0))
boss = coda.Object(BOSS_IMAGE)
player_health = 100
boss_health = 300
player_dir = coda.dir.UP
timer1 = coda.CountdownTimer(0.1)
timer3 = coda.CountdownTimer(0.1)
numberOfBullets = 0
bullets = []
bullet_owner = []
rotation_speed = 180
state = 0
last_state = 2
player_text = coda.TextObject(coda.color.BLACK, 24, "Player: ")
player_hitbox = coda.Object(PROJECTILE_IMAGE)
index = 0
boss_logic = coda.StateMachine()
player_logic = coda.StateMachine()
def draw(screen):
"""Draws the state to the given screen."""
MY.background.draw(screen)
MY.player1.draw(screen)
MY.player2.draw(screen)
rect = MY.player1.get_transformed_rect()
health_bar(screen, MY.player1_hp,
PLAYER_MAX_HP, coda.Vector2(rect.width, 10), rect.topleft)
rect = MY.player2.get_transformed_rect()
health_bar(screen, MY.player2_hp,
PLAYER_MAX_HP, coda.Vector2(rect.width, 10), rect.topleft)
for i in range(len(MY.bullets)):
if MY.bullets[i].active:
MY.bullets[i].draw(screen)
for i in range(len(MY.asteroids)):
if MY.asteroids[i].active:
MY.asteroids[i].draw(screen)
class Data:
"""place changable state variables here."""
player1 = coda.Object(IMAGE_PLAYER1)
player1_hp = 1
player2 = coda.Object(IMAGE_PLAYER2)
player2_hp = 1
bullets = []
asteroids = []
bullet_owner = []
maxFrameTime = 0.05
window = coda.Vector2(10, 10)
background = coda.Object(IMAGE_BACKGROUND)
def draw(screen):
"""Draws the state to the given screen."""
MY.background.draw(screen)
MY.player1.draw(screen)
MY.player2.draw(screen)
rect = MY.player1.sprite.surface().get_rect()
rect.center = MY.player1.location
health_bar(screen, MY.player1_hp,
PLAYER_MAX_HP, coda.Vector2(rect.width, 10), rect.topleft)
rect = MY.player2.sprite.surface().get_rect()
rect.center = MY.player2.location
health_bar(screen, MY.player2_hp,
PLAYER_MAX_HP, coda.Vector2(rect.width, 10), rect.topleft)
for i in range(len(MY.bullets)):
if MY.bullets[i].active:
MY.bullets[i].draw(screen)
for i in range(len(MY.asteroids)):
if MY.asteroids[i].active:
MY.asteroids[i].draw(screen)
def load_level(level_name_as_string):
"""Cleans up resources and loads a specified level. Can be used to reload the same level."""
cleanup()
MY.tilemap = coda.utilities.read_file(level_name_as_string + ".txt")
obj = MY.player
for row in range(len(MY.tilemap)):
for column in range(len(MY.tilemap[row])):
tile_value = int(MY.tilemap[row][column])
obj = coda.Object(MY.tilesheet.image_at(tile_value))
obj.location = coda.Vector2(column * TILE_SIZE + 16, row * TILE_SIZE + 16)
if tile_value == GRASS:
MY.floors.append(obj)
else:
MY.walls.append(obj)
def update(delta_time):
"""Update method for shooter state."""
for event in coda.event.listing():
if coda.event.quit_game(event):
coda.stop()
elif coda.event.key_down(event, " "):
SOUND_LASER[coda.utilities.rand(0, len(SOUND_LASER) - 1)].play()
fire_bullet(1)
elif coda.event.key_down(event, coda.pygame.K_RETURN):
SOUND_LASER[coda.utilities.rand(0, len(SOUND_LASER) - 1)].play()
fire_bullet(2)
#Process rotation movement for player 1
if coda.event.key_held_down("a"):
MY.player1.add_rotation(SHIP_ROTATE_SPEED * delta_time)
elif coda.event.key_held_down("d"):
MY.player1.add_rotation(-SHIP_ROTATE_SPEED * delta_time)
#Process forward and backward movement of player 1
if coda.event.key_held_down("w"):
MY.player1.add_velocity(MY.player1.rotation, SHIP_ACCEL, SHIP_MAX_SPEED)
elif coda.event.key_held_down("s"):
MY.player1.add_velocity(MY.player1.rotation, -SHIP_ACCEL, SHIP_MAX_SPEED)
#Process rotation movement for player 2
if coda.event.key_held_down(coda.pygame.K_LEFT):
MY.player2.add_rotation(SHIP_ROTATE_SPEED * delta_time)
elif coda.event.key_held_down(coda.pygame.K_RIGHT):
MY.player2.add_rotation(-SHIP_ROTATE_SPEED * delta_time)
#Process forward and backward movement of player 2
if coda.event.key_held_down(coda.pygame.K_UP):
MY.player2.add_velocity(MY.player2.rotation, SHIP_ACCEL, SHIP_MAX_SPEED)
elif coda.event.key_held_down(coda.pygame.K_DOWN):
MY.player2.add_velocity(MY.player2.rotation, -SHIP_ACCEL, SHIP_MAX_SPEED)
MY.player1.update(delta_time)
MY.player2.update(delta_time)
for i in range(len(MY.asteroids)):
if MY.asteroids[i].active:
MY.asteroids[i].update(delta_time)
screen_wrap(MY.asteroids[i], MY.window)
# Check if players are outside of the screen!
screen_wrap(MY.player1, MY.window)
screen_wrap(MY.player2, MY.window)
# Update bullets
for i in range(len(MY.bullets)):
# ignore if not active
if MY.bullets[i].active:
MY.bullets[i].update(delta_time)
# Destroy bullets that hit the screen edge.
if screen_wrap(MY.bullets[i], MY.window):
MY.bullets[i].active = False
continue
for j in range(len(MY.asteroids)):
if MY.bullets[i].collides_with(MY.asteroids[j]):
MY.bullets[i].active = False
#check collisions
if MY.bullet_owner[i] == 1 and MY.bullets[i].collides_with(MY.player2):
MY.player2_hp = MY.player2_hp - 1
MY.bullets[i].active = False
SOUND_EXPLOSIONS[coda.utilities.rand(0, len(SOUND_EXPLOSIONS) - 1)].play()
elif MY.bullet_owner[i] == 2 and MY.bullets[i].collides_with(MY.player1):
MY.player1_hp = MY.player1_hp - 1
MY.bullets[i].active = False
SOUND_EXPLOSIONS[coda.utilities.rand(0, len(SOUND_EXPLOSIONS) - 1)].play()
for asteroid in MY.asteroids:
if MY.player1.collides_with(asteroid):
MY.player1.velocity = coda.Vector2(0, 0)
if MY.player2.collides_with(asteroid):
MY.player2.velocity = coda.Vector2(0, 0)
# Check win condition
if MY.player1_hp < 1:
coda.state.change(2)
elif MY.player2_hp < 1:
coda.state.change(1)
"""This file is used to set up and register the state machine.""" import coda_kids as coda # setup WINDOW = coda.Vector2(800, 608) SCREEN = coda.start(WINDOW, "Demo Project 3") # states import introduction coda.state.Manager.register(introduction) coda.state.Manager.run(SCREEN, WINDOW, coda.color.BLACK)
"""This file is used to set up and register the state machine.""" import coda_kids as coda # setup WINDOW = coda.Vector2(632, 825) SCREEN = coda.start(WINDOW, "Demo Project 3") # states import introduction coda.state.Manager.register(introduction) coda.state.Manager.run(SCREEN, WINDOW, coda.color.BLACK)
"""This file is used to set up and register the state machine.""" import coda_kids as coda # setup WINDOW = coda.Vector2(1600, 900) SCREEN = coda.start(WINDOW, "Space Wars Tournament") # states import shooter coda.state.Manager.register(shooter) import restarter1 coda.state.Manager.register(restarter1) import restarter2 coda.state.Manager.register(restarter2) # run the game! coda.state.Manager.run(SCREEN, WINDOW, coda.color.BLACK)
def draw(screen):
"""Draws the state to the given screen."""
MY.player1.draw(coda.Vector2(800, 700), screen, True)
MY.player2.draw(coda.Vector2(800, 100), screen, False)
CONSOLE.draw(screen)
def update(delta_time):
"""Update method for boss battle state."""
for event in coda.event.listing():
if coda.event.quit_game(event):
coda.stop()
elif coda.event.key_down(event, " "):
MY.player_logic.current_state = 1
x_value = 0
y_value = 0
temp = 35
MY.boss_logic.update(delta_time)
MY.player_logic.update(delta_time)
if MY.player_dir == coda.dir.UP:
x_value = MY.player.location.x
y_value = MY.player.location.y - temp
elif MY.player_dir == coda.dir.DOWN:
x_value = MY.player.location.x
y_value = MY.player.location.y + temp
elif MY.player_dir == coda.dir.LEFT:
x_value = MY.player.location.x - temp
y_value = MY.player.location.y
elif MY.player_dir == coda.dir.RIGHT:
x_value = MY.player.location.x + temp
y_value = MY.player.location.y
MY.player_hitbox.location = coda.Vector2(x_value, y_value)
for wall in MY.walls:
if MY.player.collides_with(wall):
if MY.player.collision[coda.dir.DOWN]:
MY.player.snap_to_object_y(wall, coda.dir.DOWN)
continue
if MY.player.collision[coda.dir.LEFT]:
MY.player.snap_to_object_x(wall, coda.dir.LEFT)
continue
if MY.player.collision[coda.dir.RIGHT]:
MY.player.snap_to_object_x(wall, coda.dir.RIGHT)
continue
if MY.player.collision[coda.dir.UP]:
MY.player.snap_to_object_y(wall, coda.dir.UP)
continue
count = -1
for bullet in MY.bullets:
count += 1
if bullet.active:
if MY.bullet_owner[count] == BOSS and bullet.collides_with(MY.player):
MY.player_health -= 5
bullet.active = False
continue
elif MY.bullet_owner[count] == PLAYER and bullet.collides_with(MY.boss):
MY.boss_health -= 5
bullet.active = False
continue
for wall in MY.walls:
if bullet.collides_with(wall):
bullet.active = False
continue
if MY.player_hitbox.active and MY.boss.collides_with(MY.player_hitbox):
MY.boss_health -= 10
MY.player_hitbox.active = False
