def __init__(self, game, color, startpos=(0, 0)):
pygame.sprite.Sprite.__init__(self)
self.game = game
self.color = color
self.sprite_map = SpriteMap('gfx/fighter.json', color=color)
self.rect = pygame.Rect(startpos[0], startpos[1], 128, 256)
self.sprite = 'still'
self.speed_x = 0
self.speed_y = 0
self.looking_right = True
self.wins = 0
self.start_pos = startpos
self.kick_sound = pygame.mixer.Sound('snd/kick_empty.wav')
self.punch_sound = pygame.mixer.Sound('snd/punch_empty.wav')
self.hit_sounds = [pygame.mixer.Sound('snd/kick_hit.wav'), None]
# speed multiplicator
self.speed_multi = 1
self.damage_reduction = 0
self.damage_modifier = 1
self.health = MAX_HEALTH
self.punching = False
self.kicking = False
self.blocking = False
self.block_delay = 0
self.block_frame = -1
self.anim_frame = 0
self.jump_frame = 0
self.jump_count = 0
self.jump_max = 1
self.damage_callbacks = []
self.health_callbacks = []
self.injection_callbacks = []
self.update_callbacks = []
self.damage_veto_callbacks = []
self.injections = [(mutation.WingsMutation(), mutation.HardenedSkinMutation(), None),
(mutation.WingsMutation(), mutation.SwiftFeetMutation(), None),
(mutation.StrengthMutation(), mutation.ToxicMutation(), None)]
self.current_injection = -1
# holds the speed to be subtracted when the user lifts the 'left' or 'right'
# button
self.speed_reset_l = 0
self.speed_reset_r = 0
# holds pushback amount
self.pushback = 0
# used to keep track of whether a keypress belongs to a sequence:
# when a key is pressed and sequence_frame is smaller than SEQUENCE_LIMIT
# the key is added to the key sequence
# if sequence_frame is greater than or equal to SEQUENCE_LIMIT, the key sequence
# and sequence frame number are reset
self.sequence_frame = 0
self.current_sequence = []
self.sequence_listeners = {}
class Fighter(pygame.sprite.Sprite):
def __init__(self, game, color, startpos=(0, 0)):
pygame.sprite.Sprite.__init__(self)
self.game = game
self.color = color
self.sprite_map = SpriteMap('gfx/fighter.json', color=color)
self.rect = pygame.Rect(startpos[0], startpos[1], 128, 256)
self.sprite = 'still'
self.speed_x = 0
self.speed_y = 0
self.looking_right = True
self.wins = 0
self.start_pos = startpos
self.kick_sound = pygame.mixer.Sound('snd/kick_empty.wav')
self.punch_sound = pygame.mixer.Sound('snd/punch_empty.wav')
self.hit_sounds = [pygame.mixer.Sound('snd/kick_hit.wav'), None]
# speed multiplicator
self.speed_multi = 1
self.damage_reduction = 0
self.damage_modifier = 1
self.health = MAX_HEALTH
self.punching = False
self.kicking = False
self.blocking = False
self.block_delay = 0
self.block_frame = -1
self.anim_frame = 0
self.jump_frame = 0
self.jump_count = 0
self.jump_max = 1
self.damage_callbacks = []
self.health_callbacks = []
self.injection_callbacks = []
self.update_callbacks = []
self.damage_veto_callbacks = []
self.injections = [(mutation.WingsMutation(), mutation.HardenedSkinMutation(), None),
(mutation.WingsMutation(), mutation.SwiftFeetMutation(), None),
(mutation.StrengthMutation(), mutation.ToxicMutation(), None)]
self.current_injection = -1
# holds the speed to be subtracted when the user lifts the 'left' or 'right'
# button
self.speed_reset_l = 0
self.speed_reset_r = 0
# holds pushback amount
self.pushback = 0
# used to keep track of whether a keypress belongs to a sequence:
# when a key is pressed and sequence_frame is smaller than SEQUENCE_LIMIT
# the key is added to the key sequence
# if sequence_frame is greater than or equal to SEQUENCE_LIMIT, the key sequence
# and sequence frame number are reset
self.sequence_frame = 0
self.current_sequence = []
self.sequence_listeners = {}
def render(self, surface):
off = self.sprite_map.offset(self.sprite)
rect = self.game.viewport.real_rect(self.rect)
hb = self.hit_boxes()
#for b in hb:
# rb = self.game.viewport.real_rect(b)
# pygame.draw.rect(surface, pygame.Color(0,0,0,255), rb, 1)
rect.x -= off
rect.w += off
if self.blocking:
erect = pygame.Rect(rect.x, rect.y + self.sprite_map.offset_y(self.sprite),
rect.w, rect.h)
pygame.draw.ellipse(surface, pygame.Color(0, 255, 0, 200), erect, 5)
if off != 0:
rect = pygame.Rect(rect.x, rect.y, rect.w, rect.h)
surface.blit(self.sprite_map.image(), rect, area=self.sprite_map.sprite_rect(self.sprite))
def randomize_injections(self):
possible_injections = [lambda: mutation.WingsMutation(), lambda: mutation.HardenedSkinMutation(),
lambda: mutation.SwiftFeetMutation(), lambda: mutation.TranquilityMutation(),
lambda: mutation.MagicalAffinityMutation(), lambda: mutation.ToxicMutation(),
lambda: mutation.StrengthMutation()]
self.injections = [(possible_injections[random.randint(0, len(possible_injections) - 1)](),
possible_injections[random.randint(0, len(possible_injections) - 1)](), None)
for i in range(0, 3)]
def mask(self):
return self.sprite_map.mask(self.sprite)
def _hit_boxes(self, rect):
return [x.move(rect.x, rect.y) for x in self.sprite_map.hit_boxes(self.sprite)]
def hit_boxes(self):
return self._hit_boxes(self.rect)
def fireball(self):
self.game.fireballs.append(Fireball(self.game, self))
def real_rect(self):
return self.game.viewport.real_rect(self.rect)
def injection_names(self):
return [x.name for x in self.injections[self.current_injection] if x != None]
def update(self):
dy = GRAVITY
if self.current_injection == -1:
self.switch_to_injection(0)
for platform in self.game.world.obstacles(self):
if not util.collide_line_top(self.rect, platform):
if self.rect.right > platform[0][0] and self.rect.left < platform[1][0]:
dy = min(dy, abs(self.rect.bottom - platform[0][1]))
else:
dy = 0
dy += math.trunc(JUMP_SPEED * math.cos((math.pi / (2 * JUMP_DURATION)) * min(self.jump_frame, JUMP_DURATION)))
if not self.pushback:
new_rect = self.rect.move(self.speed_x - self.pushback, dy)
else:
new_rect = self.rect.move(self.speed_x - self.pushback, dy*.35)
if self.pushback > 0:
self.pushback -= 1
elif self.pushback < 0:
self.pushback += 1
if not self.game.viewport.can_move(self, new_rect):
new_rect.left = self.rect.left
self.rect = new_rect
if self.speed_x != 0 and not self.punching and not self.kicking:
if self.anim_frame >= 4:
self.sprite = 'walk01'
if self.anim_frame >= 8:
self.sprite = 'still'
self.anim_frame = 0
if self.punching:
if self.anim_frame == 0:
self.sprite = 'punch02'
elif self.anim_frame == 2:
self.sprite = 'punch03'
self.game.hit_opponent(self, PUNCH_DAMAGE * self.damage_modifier)
elif self.anim_frame >= 6:
self.sprite = 'still'
self.punching = False
if self.kicking:
if self.anim_frame == 0:
self.sprite = 'kick02'
elif self.anim_frame == 3:
self.sprite = 'kick03'
self.game.hit_opponent(self, KICK_DAMAGE * self.damage_modifier)
elif self.anim_frame >= 8:
self.sprite = 'still'
self.kicking = False
for cb in self.update_callbacks:
cb()
if self.block_frame > BLOCK_DURATION:
self.block_frame = -1
self.blocking = False
self.anim_frame += 1
self.jump_frame += 1
self.sequence_frame += 1
self.block_delay += 1
if self.blocking:
self.block_frame += 1
if self.jump_frame > JUMP_DURATION:
self.jump_count = 0
def punch(self):
self.register_keypress('punch')
if self.active():
return
self.punching = True
self.anim_frame = 0
self.punch_sound.play()
def kick(self):
self.register_keypress('kick')
if self.active():
return
self.kicking = True
self.anim_frame = 0
self.kick_sound.play()
def active(self):
return self.blocking or self.punching or self.kicking or self.pushback > 0
def block(self):
if self.active() or self.block_delay < BLOCK_DELAY:
return
self.block_delay = 0
self.block_frame = 0
self.blocking = True
def take_damage(self, dmg, direction, kind='physical', sound=0, pushback_mod=1):
print len(self.damage_veto_callbacks)
for cb in self.damage_veto_callbacks:
dmg = cb(dmg, kind)
dmg = int((1 - self.damage_reduction) * dmg)
if self.blocking:
dmg = 0
self.health -= dmg
for cb in self.damage_callbacks:
cb(self.health, dmg, kind)
if self.hit_sounds[sound]:
self.hit_sounds[sound].play()
# we want a little pushback
if not self.blocking:
self.pushback = PUSHBACK_DISTANCE * direction * pushback_mod
self.game.check_state()
def increase_health(self, health):
if self.health == MAX_HEALTH:
return
self.health += health
if self.health > MAX_HEALTH:
self.health = MAX_HEALTH
for cb in self.health_callbacks:
cb(self.health, health)
def left(self):
self.speed_x -= WALK_SPEED * self.speed_multi
self.speed_reset_l = -1 * WALK_SPEED * self.speed_multi
if self.looking_right:
#self.register_keypress('back')
self.looking_right = False
self.sprite_map.flip()
else:
pass
#self.register_keypress('forward')
self.register_keypress('left')
def right(self):
self.speed_x += WALK_SPEED * self.speed_multi
self.speed_reset_r = WALK_SPEED * self.speed_multi
if not self.looking_right:
#self.register_keypress('back')
self.looking_right = True
self.sprite_map.flip()
else:
pass
#self.register_keypress('forward')
self.register_keypress('right')
def stop_left(self):
self.speed_x -= self.speed_reset_l
def stop_right(self):
self.speed_x -= self.speed_reset_r
def jump(self):
if self.jump_count < self.jump_max:
self.jump_count += 1
self.jump_frame = 1
def opponent(self):
return self.game.opponent(self)
def switch_to_injection(self, number):
if self.current_injection != -1:
for m in self.injections[self.current_injection]:
if m != None:
m.deactivated(self)
for m in self.injections[number]:
if m != None:
m.activated(self)
for cb in self.injection_callbacks:
cb(self.current_injection, number)
self.current_injection = number
def reset(self):
self.health = 1000
self.speed_x = 0
self.speed_reset_l = 0
self.speed_reset_r = 0
self.rect.left = self.start_pos[0]
self.rect.top = self.start_pos[1]
if self.current_injection != -1:
for m in self.injections[self.current_injection]:
if m != None:
m.deactivated(self)
self.current_injection = -1
if self.rect.left < self.game.opponent(self).rect.left:
if not self.looking_right:
self.sprite_map.flip()
self.looking_right = True
else:
if self.looking_right:
self.sprite_map.flip()
self.looking_right = False
def mutation_names(self):
return [mut.name for mut in self.injections[self.current_injection] if mut != None]
def register_keypress(self, key):
if self.sequence_frame < SEQUENCE_LIMIT:
self.current_sequence.append(key)
pos = 0
for pos in range(0, len(self.current_sequence)):
if self.sequence_listeners.has_key("".join(self.current_sequence[pos:])):
self.sequence_listeners["".join(self.current_sequence[pos:])](self)
break
self.sequence_frame = 0
else:
self.sequence_frame = 0
self.current_sequence = [key]
def register_key_sequence(self, sequence, listener):
self.sequence_listeners[sequence] = listener
def deregister_key_sequence(self, sequence):
if self.sequence_listeners.has_key(sequence):
self.sequence_listeners.pop(sequence)
def simulate_key_sequence(self, sequence):
for p in sequence:
self.register_keypress(p)
