def jump(self):
if self.action != 'Jump':
return BehaviorTree.FAIL
dx, dy = self.delta
dy -= gravity
dy = clamp(0, dy, 15)
self.delta = (dx, dy)
self.time += gfw.delta_time
frame = self.time * Hornet.FPS
self.fidx = int(frame) % len(self.images[self.action])
landform.get_ceiling(self)
tempX, tempY = self.pos
gobj.move_obj(self)
l, _, r, t = self.get_bb_real()
if l <= self.wall_l or r >= self.wall_r:
self.pos = tempX, self.pos[1]
if t >= self.ceiling:
self.pos = tempX, tempY
self.delta = dx, 0
self.action = 'Fall'
self.time = 0
images = self.images['Jump']
self.fall_image = images[len(images) - 1]
return BehaviorTree.SUCCESS
if self.fidx == len(self.images['Jump']) - 1:
self.action = 'Fall'
self.time = 0
images = self.images['Jump']
self.fall_image = images[len(images) - 1]
return BehaviorTree.SUCCESS
return BehaviorTree.RUNNING
def update(self):
dx, dy = self.knight.delta
dy -= gravity
self.knight.delta = (dx, dy)
self.time += gfw.delta_time
landform.get_ceiling(self.knight)
tempX, tempY = self.knight.pos
gobj.move_obj(self.knight)
l, _, r, t = self.knight.get_bb_real()
if l <= self.knight.wall_l or r >= self.knight.wall_r:
self.knight.pos = tempX, self.knight.pos[1]
if t >= self.knight.ceiling:
self.knight.pos = tempX, tempY
self.knight.delta = dx, 0
self.knight.set_state(FallState)
tfidx = self.fidx
frame = self.time * Knight.FPS
self.fidx = int(frame) % len(self.images)
if self.fidx < tfidx:
self.fidx = tfidx
if dy <= 0:
self.knight.set_state(FallState)
def update(self):
self.time += gfw.delta_time
gobj.move_obj(self.knight)
frame = self.time * Knight.FPS * 2
if frame < len(self.images):
self.fidx = int(frame)
else:
self.knight.mask = 0
def update(self):
self.simon.check_position()
frame_number = 8
self.time += gfw.delta_time
gobj.move_obj(self.simon)
gobj.move_draw_obj(self.simon)
if self.simon.delta == (0, 0):
frame_number = 8
else:
frame_number = 10
frame = self.time * 10
self.frame = int(frame) % frame_number
def update(self):
dx, dy = self.delta
if self.h.flip == 'h':
dx -= 0.7
else:
dx += 0.7
self.delta = dx, dy
gobj.move_obj(self)
self.time += gfw.delta_time
frame = self.time * 10
if self.fidx != len(self.images) - 1:
self.fidx = int(frame) % len(self.images)
def update(self):
if self.action != 'Death':
l, foot, r, _ = self.get_bb()
cx = (l + r) / 2
landform.get_floor(self, cx, foot)
if self.floor is not None:
l, b, r, t = self.floor.get_bb()
if foot > t:
dx, dy = self.delta
dy -= 0.4
self.delta = (dx, dy)
else:
x, y = self.pos
self.pos = x, y + t - foot
dx, dy = self.delta
self.delta = (dx, 0)
landform.get_wall(self)
landform.get_ceiling(self)
tempX, tempY = self.pos
dx, dy = self.delta
gobj.move_obj(self)
l, _, r, t = self.get_bb_real()
if l <= self.wall_l:
self.pos = tempX, self.pos[1]
self.flip = 'h'
self.delta = (1, dy)
elif r >= self.wall_r:
self.pos = tempX, self.pos[1]
self.flip = ''
self.delta = (-1, dy)
if t >= self.ceiling:
self.pos = tempX, tempY
self.delta = dx, 0
self.time += gfw.delta_time
frame = self.time * 10
self.fidx = int(frame)
if self.health == 0:
self.sounds['enemy_death_sword.wav'].play()
self.sounds['crawler.wav'].set_volume(0)
self.action = 'Death'
self.time = 0
self.delta = (0, 0)
else:
self.time += gfw.delta_time
frame = self.time * 10
self.fidx = int(frame)
self.fidx = clamp(0, self.fidx, len(self.images[self.action]) - 1)
def update(self):
self.x = clamp(self.minx, self.x, self.maxx) # 플레이어가 화면을 벗어나지 못하도록
if self.dx == 0:
self.fidx = 0
else:
self.time += gfw.delta_time
frame = self.time * 10
self.fidx = int(frame) % 7
if self.dx > 0:
self.action = 0
elif self.dx < 0:
self.action = 1
gobj.move_obj(self)
self.update_size()
self.update_invisible()
self.update_angry()
def move(target):
tempX, tempY = target.pos
gobj.move_obj(target)
l, _, r, _ = target.get_bb_real()
if l <= target.wall_l or r >= target.wall_r:
target.pos = tempX, target.pos[1]