def __init__(self):
WorldInterface.__init__(self)
self.world_size = (1920, 1080)
self.bg = Sprite(
load_image('res/space.png'),
Vec2(self.world_size[0] // 2, self.world_size[1] // 2),
(self.world_size[0], self.world_size[1]))
self.enter_planet = Sprite(
load_image("res/press_space_to_continue1.png"), Vec2(0, 0),
(250, 50))
self.boss_planet = (Sprite(
load_image('res/planet_final.png'),
Vec2((self.world_size[0] // 2) + 250,
(self.world_size[1] // 2) - 150), (200, 200)), 0.5)
self.player = [
Sprite(load_image("res/spaceship2.png"),
Vec2(self.world_size[0] // 2, self.world_size[1] // 2),
(80, 80)), 48, True, 4
] # Sprite, invincibility timer, which picture
self.planets = []
self.meteors = []
self.spawn_planets(5)
self.spawn_meteors(8)
self.player_speed = 10
self.player_rot_speed = 5
self.meteor_speed = self.player_speed + 0.5
self.meteor_rot_speed = 25
self.planet_rot_speed = 0.3
self.current_planet = None
self.collided_meteor = False
def __init__(self):
WorldInterface.__init__(self)
self.local_sprites = []
self.local_sprites.append(
Sprite(load_image("res/spoon_expansion_cutscene1.png"),
Vec2(320, 240), (640, 480)))
self.local_sprites.append(
Sprite(load_image("res/spoon_expansion_cutscene2.png"),
Vec2(320, 240), (640, 480)))
self.local_sprites.append(
Sprite(load_image("res/spoon_expansion_cutscene3.png"),
Vec2(320, 240), (640, 480)))
self.local_sprites.append(
Sprite(load_image("res/spoon_expansion_cutscene4.png"),
Vec2(320, 240), (640, 480)))
self.local_sprites.append(
Sprite(load_image("res/spoon_expansion_cutscene5.png"),
Vec2(320, 240), (640, 480)))
self.states = {}
self.states[0] = self.cutscene_begin
self.states[1] = self.cutscene_startexpansion
self.states[2] = self.cutscene_finalexpansion
self.states[3] = self.cutscene_standstill
self.states[4] = self.cutscene_party
self.current_state = 0
self.current_frame = 0
def update(self, game_state):
if game_state['keyboard']['ctrl-debug']:
self.meteorites[:] = []
if game_state['keyboard']['ctrl-up']:
self.player[0].pos[0] -= self.player_speed * sin(
radians(self.player[0].angle))
self.player[0].pos[1] -= self.player_speed * cos(
radians(self.player[0].angle))
hw = self.player[0].size[0] // 2
hh = self.player[0].size[1] // 2
if self.player[0].pos[0] - hw < 0: self.player[0].pos[0] = hw
if self.player[0].pos[1] - hh < 0: self.player[0].pos[1] = hh
if self.player[0].pos[0] + hw > 640:
self.player[0].pos[0] = 640 - hw
if self.player[0].pos[1] + hh > 480:
self.player[0].pos[1] = 480 - hh
if game_state['keyboard']['ctrl-left']:
self.player[0].angle += self.player_rot_speed
if game_state['keyboard']['ctrl-right']:
self.player[0].angle -= self.player_rot_speed
self.player[2] -= 1
if self.player[2] == 0:
if self.player[1]:
self.player[0].image = load_image('res/spaceship1.png')
else:
self.player[0].image = load_image('res/spaceship2.png')
self.player[1] = not self.player[1]
self.player[2] = 4
hitbox_offset = 15
player_pos = self.player[0].pos - Vec2(
self.player[0].size[0] // 2, self.player[0].size[1] // 2) + Vec2(
hitbox_offset, hitbox_offset)
player_size = (self.player[0].size[0] - hitbox_offset,
self.player[0].size[1] - hitbox_offset)
for meteor in reversed(self.meteorites):
meteor_pos = meteor[0].pos - Vec2(meteor[0].size[0] // 2,
meteor[0].size[1] // 2) + Vec2(
hitbox_offset, hitbox_offset)
meteor_size = (meteor[0].size[0] - hitbox_offset,
meteor[0].size[1] - hitbox_offset)
if collides_with(player_pos, player_size, meteor_pos, meteor_size):
game_state['went-well'] = False
return game_state['world-gameover']
meteor[0].pos[1] += self.meteor_speed
meteor[0].angle += meteor[1]
if meteor[0].pos[1] > 500:
self.meteorites.pop(self.meteorites.index(meteor))
self.sprites.pop(self.sprites.index(meteor[0]))
if len(self.meteorites) == 0:
game_state['went-well'] = True
return game_state['world-space']
def __init__(self):
WorldInterface.__init__(self)
self.bg = Sprite(load_image('res/space.png'), Vec2(320, 240),
(640, 480))
self.player = [
Sprite(load_image('res/spaceship2.png'), Vec2(320, 400), (60, 60)),
True, 4
]
self.meteorites = []
self.generate_meteorite_waves(randint(5, 10))
self.meteor_speed = 5
self.player_speed = 15
self.player_rot_speed = 10
def spawn_planets(self, amount):
self.planets[:] = [] # Clear planets (just in case)
size = (50, 50)
for i in range(amount):
rand = randint(1, 5)
sprite = Sprite(load_image("res/planet" + str(rand) + ".png"),
self.random_pos(size), size)
self.planets.append([sprite, True,
rand]) # Sprite, isEnterable, type
def spawn_meteors(self, amount):
self.meteors[:] = [] # Clear meteors (just in case)
size = (25, 25)
for i in range(amount):
sprite = Sprite(
load_image('res/asteroid' + str(randint(1, 4)) + '.png'),
self.random_pos(size), size)
self.meteors.append([sprite,
self.random_dir(),
randint(5, 10)
]) # Sprite, move direction, time to move
def __init__(self, flying_direction):
WorldInterface.__init__(self)
self.background_images = {}
self.background_images["speedlines_vertical"] = load_image("res/speedlines_vertical.png")
self.player_image = load_image("res/player_falling.png")
self.whatever_idontcare = Sprite(self.background_images["speedlines_vertical"], Vec2(320, 240), (640, 480))
self.local_sprites = {"speedlines_vertical": [Sprite(self.background_images["speedlines_vertical"], Vec2(320, 240), (640, 480)), \
Sprite(self.background_images["speedlines_vertical"], Vec2(320, 720), (640, 480))],\
"flyer": Sprite(self.player_image, Vec2(320, 240), (40, 62))}
self.current_background = self.local_sprites["speedlines_vertical"]
self.current_flyer = self.local_sprites["flyer"]
# speed and rotation constants
if flying_direction == "down":
self.background_speed = -100
self.flyer_speed = Vec2(0, 8)
self.flyer_rotationspeed = 11
self.flyer_rotationdirection = -1 # 1: counter-clockwise, -1: clockwise
self.flyer_defaultpos = Vec2(320, -31)
self.termination_check = lambda ypos: ypos > 480 + 31
elif flying_direction == "up":
self.background_speed = 100
self.flyer_speed = Vec2(0, -20)
self.flyer_rotationspeed = 100
self.flyer_rotationdirection = 1 # 1: counter-clockwise, -1: clockwise
self.flyer_defaultpos = Vec2(320, 480 + 31)
self.termination_check = lambda ypos: ypos < -31
self.flying_direction = flying_direction
# positions
self.flyer_pos = Vec2(0, 0)
self.flyer_pos.x = self.flyer_defaultpos.x
self.flyer_pos.y = self.flyer_defaultpos.y
def generate_meteorite_waves(self, amount):
self.meteorites[:] = []
for i in range(amount):
last_x = 0
y = (-i * 250)
free_space = self.generate_free_space(y)
while True:
meteor = Sprite(load_image('res/asteroid2.png'),
Vec2(last_x + 50, y), (50, 50))
if collides_with(meteor.pos, meteor.size, free_space[0],
free_space[1]):
meteor.pos[0] += free_space[1][0]
last_x = meteor.pos[0]
self.meteorites.append(
(meteor, randint(1, 5))) # Sprite, rot speed
if meteor.pos[0] + meteor.size[0] > 640: break
def __init__(self):
WorldInterface.__init__(self)
self.local_backgrounds = {}
self.local_backgrounds["space"] = Sprite(load_image("res/space.png"),
Vec2(320, 240), (640, 480))
self.local_backgrounds["onplanet"] = Sprite(
load_image("res/onplanet_final.png"), Vec2(320, 240), (640, 480))
self.local_sprites = {}
self.local_sprites["player_falling"] = Sprite(
load_image("res/player_falling.png"), Vec2(100, -31), (40, 62))
self.walker_pos = Vec2(80, 380)
self.eater_pos = Vec2(510, 380)
self.planet_pos = Vec2(320, 240)
self.planet_current = 0
self.spaceship_pos = Vec2(320, 240)
self.spaceship_speed = Vec2(12, -12)
self.local_sprites["player_walking_body"] = []
self.local_sprites["player_walking_body"].append(
Sprite(load_image("res/player_large_body_walk2.png"),
self.walker_pos, (100, 62)))
self.local_sprites["player_walking_body"].append(
Sprite(load_image("res/player_large_body_walk1.png"),
self.walker_pos, (100, 62)))
self.local_sprites["player_walking_body"].append(
Sprite(load_image("res/player_large_body_eat1.png"),
self.walker_pos, (100, 62)))
self.local_sprites["player_walking_body"].append(
Sprite(load_image("res/player_large_body_eat2.png"),
self.walker_pos, (100, 62)))
self.local_sprites["player_walking_legs"] = []
self.local_sprites["player_walking_legs"].append(
Sprite(load_image("res/player_legs1.png"), self.walker_pos,
(100, 62)))
self.local_sprites["player_walking_legs"].append(
Sprite(load_image("res/player_legs2.png"), self.walker_pos,
(100, 62)))
self.local_sprites["planet"] = []
self.local_sprites["planet"].append(
Sprite(load_image("res/planet_final.png"), self.planet_pos,
(110, 110)))
self.local_sprites["planet"].append(
Sprite(load_image("res/planet_final_eaten1.png"), self.planet_pos,
(110, 110)))
self.local_sprites["planet"].append(
Sprite(load_image("res/planet_final_eaten2.png"), self.planet_pos,
(110, 110)))
self.local_sprites["planet"].append(
Sprite(load_image("res/planet_final_eaten3.png"), self.planet_pos,
(110, 110)))
self.local_sprites["planet"].append(
Sprite(load_image("res/planet_final_eaten4.png"), self.planet_pos,
(110, 110)))
self.local_sprites["planet"].append(
Sprite(load_image("res/planet_final_eaten5.png"), self.planet_pos,
(110, 110)))
self.local_sprites["planet"].append(
Sprite(load_image("res/planet_final_eaten6.png"), self.planet_pos,
(110, 110)))
self.local_sprites["planet"].append(
Sprite(load_image("res/planet_final_eaten7.png"), self.planet_pos,
(110, 110)))
self.local_sprites["planet"].append(
Sprite(load_image("res/planet_final_eaten8.png"), self.planet_pos,
(110, 110)))
self.local_sprites["planet"].append(
Sprite(load_image("res/planet_final_eaten9.png"), self.planet_pos,
(110, 110)))
self.local_sprites["spaceship"] = []
self.local_sprites["spaceship"].append(
Sprite(load_image("res/spaceship1.png"), self.spaceship_pos,
(80, 80), -45))
self.local_sprites["spaceship"].append(
Sprite(load_image("res/spaceship2.png"), self.spaceship_pos,
(80, 80), -45))
self.spaceship_speed_start = Vec2(12, 12)
self.spaceship_pos_start = Vec2(-100, -160)
self.local_sprites["spaceship_1"] = []
self.local_sprites["spaceship_1"].append(
Sprite(load_image("res/spaceship1.png"), self.spaceship_pos_start,
(80, 80), -135))
self.local_sprites["spaceship_1"].append(
Sprite(load_image("res/spaceship2.png"), self.spaceship_pos_start,
(80, 80), -135))
self.states = {}
self.states[0] = self.cutscene_approaching
self.states[1] = self.cutscene_falling
self.states[2] = self.cutscene_walking
self.states[3] = self.cutscene_eating
self.states[4] = self.cutscene_planeteating
self.states[5] = self.cutscene_eating
self.states[6] = self.cutscene_planeteating
self.states[7] = self.cutscene_eating
self.states[8] = self.cutscene_planeteating
self.states[9] = self.cutscene_thefinalbite
self.current_state = 0
self.current_frame = 0
def update(self, game_state):
if len(self.sprites) == 0:
self.set_sprites()
self.set_camera(game_state)
# Update player
if game_state['keyboard']['ctrl-up']:
self.player[0].pos[0] -= self.player_speed * sin(
radians(self.player[0].angle))
self.player[0].pos[1] -= self.player_speed * cos(
radians(self.player[0].angle))
hw = self.player[0].size[0] // 2
hh = self.player[0].size[1] // 2
if self.player[0].pos[0] - hw < 0: self.player[0].pos[0] = hw
if self.player[0].pos[1] - hh < 0: self.player[0].pos[1] = hh
if self.player[0].pos[0] + hw > self.world_size[0]:
self.player[0].pos[0] = self.world_size[0] - hw
if self.player[0].pos[1] + hh > self.world_size[1]:
self.player[0].pos[1] = self.world_size[1] - hh
self.set_camera(game_state)
self.player[3] -= 1
if self.player[3] == 0:
if self.player[2]:
self.player[0].image = load_image('res/spaceship1.png')
else:
self.player[0].image = load_image('res/spaceship2.png')
self.player[2] = not self.player[2]
self.player[3] = 4
self.player[
1] -= 1 if self.player[1] != 0 else 0 # invincibility timer
if self.player[1] != 0 and self.player[1] % 3 == 0:
self.player[0].image = None
elif self.player[0].image == None:
self.player[0].image = load_image('res/spaceship2.png')
if game_state['keyboard']['ctrl-left']:
self.player[0].angle += self.player_rot_speed
if game_state['keyboard']['ctrl-right']:
self.player[0].angle -= self.player_rot_speed
# Update meteors + collision
for meteor in self.meteors:
if collides_with(self.player[0].pos, self.player[0].size,
meteor[0].pos,
meteor[0].size) and self.player[1] == 0:
self.collided_meteor = True
meteor[0].pos = meteor[0].pos - (meteor[1] * self.meteor_speed)
meteor[0].angle += self.meteor_rot_speed
meteor[2] -= 1
if meteor[2] == 0:
meteor[1] = self.random_dir()
meteor[2] = randint(5, 10)
if self.collided_meteor: return game_state['world-meteor']
# Update planets, detect if close to landable planet
can_land_on = None
for index, planet in enumerate(self.planets):
planet[0].angle += self.planet_rot_speed
if collides_with(self.player[0].pos, self.player[0].size,
planet[0].pos, planet[0].size) and planet[1]:
can_land_on = index
# Boss planet
self.boss_planet[0].angle += self.boss_planet[1]
self.boss_planet[
0].pos = self.boss_planet[0].pos + self.random_dir() * 2
if game_state['spoon-pwr'] >= 5 and collides_with(
self.player[0].pos, self.player[0].size,
self.boss_planet[0].pos, self.boss_planet[0].size):
can_land_on = -1
# Detect if landing on planet
if can_land_on is not None and game_state['keyboard']['ctrl-action']:
self.current_planet = can_land_on
if can_land_on != -1:
game_state['identifier'] = self.planets[can_land_on][2]
return game_state['world-cutscene']['falling']
else:
return game_state['world-cutscene']['end']
# Set "Enter planet" prompt to render
if can_land_on is not None:
if self.enter_planet.image is None:
self.enter_planet.image = load_image(
'res/press_space_to_continue1.png')
self.enter_planet.pos[0] = self.player[0].pos[0]
self.enter_planet.pos[
1] = self.player[0].pos[1] - self.player[0].size[1]
else:
self.enter_planet.image = None
def __init__(self):
WorldInterface.__init__(self)
#load all res
self.res = {}
self.res['bgs'] = [load_image("res/onplanet1.png"), \
load_image("res/onplanet2.png"), \
load_image("res/onplanet3.png"), \
load_image("res/onplanet4.png"),
load_image("res/onplanet5.png")]
self.res['player'] = [load_image("res/player_small_body_walk1.png"), \
load_image("res/player_small_body_walk2.png"), \
load_image("res/player_small_body_eat1.png"), \
load_image("res/player_small_body_eat2.png"), \
load_image("res/player_medium_body_walk1.png"), \
load_image("res/player_medium_body_walk2.png"), \
load_image("res/player_medium_body_eat1.png"), \
load_image("res/player_medium_body_eat2.png"), \
load_image("res/player_large_body_walk1.png"), \
load_image("res/player_large_body_walk2.png"), \
load_image("res/player_large_body_eat1.png"), \
load_image("res/player_large_body_eat2.png"), \
load_image("res/player_legs1.png"), \
load_image("res/player_legs2.png")]
self.res['enemies'] = [load_image("res/icecreamstick1.png"), \
load_image("res/icecreamstick2.png"), \
load_image("res/icecreamcone1.png"), \
load_image("res/icecreamcone2.png"), \
load_image("res/icecreamcone1_open.png"), \
load_image("res/icecreamcone2_open.png"), \
load_image("res/icecreamboat1.png"), \
load_image("res/icecreamboat2.png"), \
load_image("res/icecreamboat3.png"), \
load_image("res/icecreamsmallboat1.png"), \
load_image("res/icecreamsmallboat2.png")]
#Animation configurations
self.anims = {}
self.anims['player'] = {}
self.anims['player']['small_walk'] = (self.res['player'][0:2], 10, 'small_walk')
self.anims['player']['medium_walk'] = (self.res['player'][4:6], 10, 'medium_walk')
self.anims['player']['large_walk'] = (self.res['player'][8:10], 10, 'large_walk')
self.anims['player']['small_eat'] = (self.res['player'][2:4], 10, 'small_walk')
self.anims['player']['medium_eat'] = (self.res['player'][6:8], 10, 'medium_walk')
self.anims['player']['large_eat'] = (self.res['player'][10:12], 10, 'large_walk')
self.anims['player_legs'] = {}
self.anims['player_legs']['legs_walk'] = (self.res['player'][12:14], 10, 'legs_walk')
self.anims['enemy_stick'] = {}
self.anims['enemy_stick']['walk'] = (self.res['enemies'][0:2], 8, 'walk')
self.anims['enemy_cone'] = {}
self.anims['enemy_cone']['walk'] = (self.res['enemies'][2:4], 8, 'open')
self.anims['enemy_cone']['open'] = (self.res['enemies'][4:6], 8, 'walk')
self.anims['enemy_boat'] = {}
self.anims['enemy_boat']['walk'] = (self.res['enemies'][6:9] + [self.res['enemies'][7]], 6, 'walk')
self.anims['mini_boat'] = {}
self.anims['mini_boat']['walk'] = (self.res['enemies'][9:11], 4, 'walk')
#Ticks
self.ticks = {}
self.ticks['player_attack'] = 0
self.ticks['enemy_attack'] = 0
self.ticks['enemy_move'] = 0
#BG
self.bg = (Sprite(None, Vec2(320, 240), (640, 480)))
#Player
self.player = (Sprite(None, Vec2(150, 320), (100, 62)))
self.player_legs = (Sprite(None, Vec2(200, 360), (100, 62)))
self.player_speed = 7.0
self.player_can_attack = True
self.player_next_attack = 0
self.player_flipped = False
self.player_dmg = 1
self.player_hitbox = (33,55)
self.player_attack_hitbox_offset = Vec2(0,0)
self.player_attack_size = (1,1)
#Enemy
self.enemies = []
def __init__(self):
WorldInterface.__init__(self)
self.bg = Sprite(load_image('res/gameover.png'), Vec2(320, 240),
(640, 480))
def __init__(self):
WorldInterface.__init__(self)
self.gamejam = Sprite(load_image('res/gamejam.png'), Vec2(320, 200),
(300, 300))
self.load_bar = Sprite(load_image('res/load_bar.png'), Vec2(100, 400),
[5, 30])
