def __init__(self, **kwargs):
super().__init__(**kwargs)
self.spr = 29
self.spd.y = -0.1
self.spd.x = 0.3 + p8.rnd(0.2)
self.x += int(-1 + p8.rnd(2))
self.y += int(-1 + p8.rnd(2))
self.flip_x = helper.maybe()
self.flip_y = helper.maybe()
self.solids = False
def _update():
game.frames = ((game.frames + 1) % 30)
if game.frames == 0 and game.level_index() < 30:
game.seconds = ((game.seconds + 1) % 60)
if game.seconds == 0:
game.minutes += 1
if game.music_timer > 0:
game.music_timer -= 1
if game.music_timer <= 0:
music(10, 0, 7)
if game.sfx_timer > 0:
game.sfx_timer -= 1
# cancel if freeze
if game.freeze > 0:
game.freeze -= 1
return
# screenshake
if game.shake > 0:
game.shake -= 1
p8.camera()
if game.shake > 0:
p8.camera(-2 + p8.rnd(5), -2 + p8.rnd(5))
# restart (soon)
if game.will_restart and game.delay_restart > 0:
game.delay_restart -= 1
if game.delay_restart <= 0:
game.will_restart = False
load_room(game.room.x, game.room.y)
# update each object
for obj in game.objects:
obj.move(obj.spd.x, obj.spd.y)
obj.update()
# start game
if game.is_title():
if not game.start_game and (p8.btn(game.k_jump)
or p8.btn(game.k_dash)):
p8.music(-1)
game.start_game_flash = 50
game.start_game = True
p8.sfx(38)
if game.start_game:
game.start_game_flash -= 1
if game.start_game_flash <= -30:
begin_game()
def draw(self):
self.x += self.spd
self.y += math.sin(self.off)
self.off+= min(0.05,self.spd/32)
p8.rectfill(self.x,self.y,self.x+self.s,self.y+self.s,self.c)
if self.x>128+4:
self.x=-4
self.y=p8.rnd(128)
def update(self):
if game.has_key:
self.timer-=1
self.x=int(self.start-1+p8.rnd(3))
if self.timer<=0:
game.sfx_timer=20
p8.sfx(16)
game.objects.append(Fruit(x=self.x, y=self.y-4))
game.objects.remove(self)
def draw(self):
if self.state == 0:
hit = self.collide(Player, 0, 8)
if hit and hit.is_solid(0, 1):
music(-1, 500, 7)
sfx(37)
pause_player = true
hit.spd.x = 0
hit.spd.y = 0
self.state = 1
init_object(smoke, self.x, self.y)
init_object(smoke, self.x + 8, self.y)
self.timer = 60
self.particles = {}
spr(96, self.x, self.y)
spr(97, self.x + 8, self.y)
elif self.state == 1:
self.timer -= 1
shake = 5
flash_bg = true
if self.timer <= 45 and count(self.particles) < 50:
self.particles.append(
Particle(x=1 + p8.rnd(14),
y=0,
h=32 + p8.rnd(32),
spd=8 + p8.rnd(8)))
if self.timer < 0:
self.state = 2
self.particles = {}
flash_bg = false
new_bg = true
init_object(orb, self.x + 4, self.y + 4)
pause_player = false
for p in self.particles:
p.y += p.spd
line(self.x + p.x, self.y + 8 - p.y, self.x + p.x,
min(self.y + 8 - p.y + p.h, self.y + 8), 7)
spr(112, self.x, self.y + 8)
spr(113, self.x + 8, self.y + 8)
def __init__(self, **kwargs):
super().__init__(single_tile=False, **kwargs)
self.offset = p8.rnd(1)
self.start = self.y
self.timer = 0
self.hitbox = geom.Rect(x=-1, y=-1, w=10, h=10)
self.popped = False
self.balloon = p8.platform.TileGrid(p8.sprite_sheet,
pixel_shader=p8.palette,
tile_width=8,
tile_height=8)
self.string = p8.platform.TileGrid(p8.sprite_sheet,
pixel_shader=p8.palette,
tile_width=8,
tile_height=8,
x=0,
y=6)
self.append(self.balloon)
self.append(self.string)
def maybe():
return p8.rnd(1) < 0.5
def draw(self):
self.x += self.spd
p8.rectfill(self.x,self.y,self.x+self.w,self.y+4+(1-self.w/64)*12,14 if game.new_bg else 1)
if self.x > 128:
self.x = -self.w
self.y=p8.rnd(128-8)
def update(self):
if game.pause_player:
return
input = p8.btn(game.k_right) and 1 or (p8.btn(game.k_left) and -1 or 0)
# spikes collide
if self._spike_collide():
self._die()
# bottom death
if self.y>128:
self._die()
on_ground=self._is_solid(0,1)
on_ice=self._is_ice(0,1)
# smoke particles
if on_ground and not self.was_on_ground:
game.objects.append(Smoke(x=self.x, y=self.y+4))
jump = p8.btn(game.k_jump) and not self.p_jump
self.p_jump = p8.btn(game.k_jump)
if jump:
self.jbuffer=4
elif self.jbuffer>0:
self.jbuffer-=1
dash = p8.btn(game.k_dash) and not self.p_dash
self.p_dash = p8.btn(game.k_dash)
if on_ground:
self.grace=6
if self.djump<game.max_djump:
game.psfx(54)
self.djump=game.max_djump
elif self.grace > 0:
self.grace-=1
self.dash_effect_time -=1
if self.dash_time > 0:
game.objects.append(Smoke(x=self.x, y=self.y))
self.dash_time-=1
self.spd.x=helper.appr(self.spd.x,self.dash_target.x,self.dash_accel.x)
self.spd.y=helper.appr(self.spd.y,self.dash_target.y,self.dash_accel.y)
else:
# move
maxrun=1
accel=0.6
deccel=0.15
if not on_ground:
accel=0.4
elif on_ice:
accel=0.05
if input==(-1 if self.flip_x else 1):
accel=0.05
if abs(self.spd.x) > maxrun:
self.spd.x=helper.appr(self.spd.x,helper.sign(self.spd.x)*maxrun,deccel)
else:
self.spd.x=helper.appr(self.spd.x,input*maxrun,accel)
# facing
if self.spd.x!=0:
self.flip_x = (self.spd.x<0)
# gravity
maxfall=2
gravity=0.21
if abs(self.spd.y) <= 0.15:
gravity*=0.5
# wall slide
if input!=0 and self._is_solid(input,0) and not self._is_ice(input,0):
maxfall=0.4
if p8.rnd(10)<2:
game.objects.append(Smoke(x=self.x+input*6,y=self.y))
if not on_ground:
self.spd.y=helper.appr(self.spd.y,maxfall,gravity)
# jump
if self.jbuffer>0:
if self.grace>0:
# normal jump
game.psfx(1)
self.jbuffer=0
self.grace=0
self.spd.y=-2
game.objects.append(Smoke(x=self.x, y=self.y+4))
else:
# wall jump
wall_dir = 0
if self._is_solid(-3,0):
wall_dir = -1
elif self._is_solid(3,0):
wall_dir = 1
if wall_dir!=0:
game.psfx(2)
self.jbuffer=0
self.spd.y=-2
self.spd.x=-wall_dir*(maxrun+1)
if not self._is_ice(wall_dir*3,0):
game.objects.append(Smoke(x=self.x+wall_dir*6,y=self.y))
# dash
d_full=5
d_half=d_full*0.70710678118
if self.djump>0 and dash:
game.objects.append(Smoke(x=self.x, y=self.y))
self.djump-=1
self.dash_time=4
game.has_dashed=True
self.dash_effect_time=10
v_input = 0
if p8.btn(game.k_up):
v_input = -1
elif p8.btn(game.k_down):
v_input = 1
if input!=0:
if v_input!=0:
self.spd.x=input*d_half
self.spd.y=v_input*d_half
else:
self.spd.x=input*d_full
self.spd.y=0
elif v_input!=0:
self.spd.x=0
self.spd.y=v_input*d_full
else:
self.spd.x=(-1 if self.flip_x else 1)
self.spd.y=0
game.psfx(3)
game.freeze=2
game.shake=6
self.dash_target.x=2*helper.sign(self.spd.x)
self.dash_target.y=2*helper.sign(self.spd.y)
self.dash_accel.x=1.5
self.dash_accel.y=1.5
if self.spd.y<0:
self.dash_target.y*=.75
if self.spd.y!=0:
self.dash_accel.x*=0.70710678118
if self.spd.x!=0:
self.dash_accel.y*=0.70710678118
elif dash and self.djump<=0:
game.psfx(9)
game.objects.append(Smoke(x=self.x,y=self.y))
# animation
self.spr_off+=0.25
if not on_ground:
if self._is_solid(input,0):
self.spr=5
else:
self.spr=3
elif p8.btn(game.k_down):
self.spr=6
elif p8.btn(game.k_up):
self.spr=7
elif (self.spd.x==0) or (not p8.btn(game.k_left) and not p8.btn(game.k_right)):
self.spr=1
else:
self.spr=1+self.spr_off%4
# next level
if self.y<-4 and game.level_index()<30:
game.next_room()
# was on the ground
self.was_on_ground=on_ground
display = gb
print("code loaded:", time.monotonic() - last_checkpoint)
last_checkpoint = time.monotonic()
if p8.platform_id == "adafruit":
p8.load_resources("celeste-original.p8")
elif p8.platform_id == "gb":
p8.load_resources("celeste-gb.p8")
elif p8.platform_id == "gbc":
p8.load_resources("celeste-gbc.p8")
print("resources loaded:", time.monotonic() - last_checkpoint)
clouds = []
for i in range(1): #is 16 normally
clouds.append(
Cloud(p8.rnd(128), p8.rnd(128), 1 + p8.rnd(4), 32 + p8.rnd(32)))
particles = []
for i in range(1): # was 24
particles.append(
Particle(p8.rnd(128), p8.rnd(128), 0 + p8.flr(p8.rnd(5) / 4),
0.25 + p8.rnd(5), p8.rnd(1), 6 + p8.flr(0.5 + p8.rnd(1))))
# entry point
title_screen()
def print_recursive(o, indent=0):
print(" " * indent + str(o), o.x, o.y)
if not isinstance(o, p8.platform.Group):
return