def late_update(self):
player = game_world.bring_object(1, 0)
if player.falling and player.can_up:
player.falling = False
pass
def late_update(self):
player = game_world.bring_object(6, 0)
if intersected_rectangle(self.collided_Rect, self.left, self.top, self.right, self.bottom,
player.left, player.top, player.right, player.bottom):
player.can_up = True
if player.falling:
player.falling = False
pass
def late_update(self):
player = game_world.bring_object(1, 0)
if self.fill and player.falling:
player.falling = False
if player.bottom <= self.top:
player.y += self.top - player.bottom
pass
pass
def late_update(self):
player = game_world.bring_object(6, 0)
if intersected_rectangle(self.collided_Rect, self.left, self.top, self.right,
self.bottom, player.left, player.top, player.right, player.bottom):
if self.exist:
player.objectNum += 1
self.sound.play()
self.exist = False
def late_update(self):
player = game_world.bring_object(6, 0)
if intersected_rectangle(self.collided_Rect, self.left, self.top,
self.right, self.bottom, player.left,
player.top, player.right, player.bottom):
if self.flagOn:
game_framework.change_state(level_select_state)
pass
def late_update(self):
player = game_world.bring_object(6, 0)
enemy = game_world.bring_objects(2)
if self.fill:
if intersected_rectangle(self.collided_Rect, self.left, self.top, self.right, self.bottom,
player.left, player.top, player.right, player.bottom):
self.collided_Rect_Height = self.collided_Rect[1] - self.collided_Rect[3]
self.collided_Rect_Width = self.collided_Rect[2] - self.collided_Rect[0]
if self.collided_Rect_Width > self.collided_Rect_Height:
if self.collided_Rect[1] == self.y + colH:
player.falling = False
player.y += self.collided_Rect_Height
elif self.collided_Rect[3] == self.y - colH:
player.y -= self.collided_Rect_Height
player.y -= 1
else:
if self.collided_Rect[0] == self.x - colW:
player.x -= self.collided_Rect_Width
elif self.collided_Rect[2] == self.x + colW:
player.x += self.collided_Rect_Width
for i in enemy:
if intersected_rectangle(self.collided_Rect, self.left, self.top, self.right, self.bottom,
i.left2, i.top2, i.right2, i.bottom2):
self.collided_Rect_Height = self.collided_Rect[1] - self.collided_Rect[3]
self.collided_Rect_Width = self.collided_Rect[2] - self.collided_Rect[0]
if i.state is 2:
i.falling = False
if self.collided_Rect_Width > self.collided_Rect_Height:
if self.collided_Rect[1] == self.y + colH:
i.falling = False
if i.state is not 2:
i.y += self.collided_Rect_Height
elif self.collided_Rect[3] == self.y - colH:
if i.state is not 2:
i.y -= self.collided_Rect_Height
i.y -= 1
else:
if self.collided_Rect[0] == self.x - colW:
if i.state is not 2:
i.x -= self.collided_Rect_Width
elif self.collided_Rect[2] == self.x + colW:
if i.state is not 2:
i.x += self.collided_Rect_Width
else:
for i in enemy:
if intersected_rectangle(self.collided_Rect, self.left, self.top, self.right, self.bottom,
i.left2, i.top2, i.right2, i.bottom2):
if i.y < self.y:
i.x = self.x
i.falling = False
i.state = 2
def late_update(self):
player = game_world.bring_object(1, 0)
if player.top <= self.top and self.bottom <= player.bottom:
if player.x <= self.x: # 플레이어 -> ㅁ
player.x -= (player.right - self.left)
elif player.x >= self.x: # ㅁ <- 플레이어
player.x += (self.right - player.left)
if player.falling:
player.falling = False
if player.bottom < self.top:
player.y += (self.top - player.bottom)
pass
def update(self):
player = game_world.bring_object(1, 0)
if self.left - 42 <= player.x <= self.left and self.top <= player.y <= self.top + 32 and player.do_right_action: # 플레이어 -> 블록
self.fill = False
if self.right + 42 >= player.x >= self.right and self.top <= player.y <= self.top + 32 and player.do_left_action: # 블록 <- 플레이어
self.fill = False
if not self.fill:
self.restore -= 1
if self.restore == 0:
self.fill = True
self.restore = 1000
pass
def update(self):
objects = game_world.bring_objects(7)
player = game_world.bring_object(6, 0)
count = 0
for i in objects:
count += 1
if player.objectNum is count and self.flagOn is False:
self.flagOn = True
self.sound.play()
if self.flagOn:
self.frame = (self.frame + FRAMES_PER_ACTION * ACTION_PER_TIME *
game_framework.frame_time) % 10
else:
pass
pass
def update(self):
player = game_world.bring_object(6, 0)
crush = game_world.bring_objects(4)
enemy = game_world.bring_objects(2)
self.canCrush = True
for i in crush:
if i.fill:
if intersected_rectangle(self.collided_Rect3, self.check2_left, self.check2_top, self.check2_right,
self.check2_bottom,
i.left, i.top, i.right, i.bottom):
self.canCrush = False
for i in enemy:
if i.state is 2:
if intersected_rectangle(self.collided_Rect3, self.check2_left, self.check2_top, self.check2_right,
self.check2_bottom,
i.left, i.top, i.right, i.bottom):
self.canCrush = False
if intersected_rectangle(self.collided_Rect2, self.left, self.top, self.right,
self.bottom, player.left, player.top, player.right,
player.bottom) and self.fill:
if self.left <= player.x <= self.right and self.bottom <= player.y <= self.top and player.state is not 3:
player.frame = 0
player.state = 3
if intersected_rectangle(self.collided_Rect2, self.check1_left, self.check1_top, self.check1_right,
self.check1_bottom, player.left, player.top, player.right,
player.bottom) and player.do_right_action and self.canCrush:
self.fill = False
elif intersected_rectangle(self.collided_Rect3, self.check3_left, self.check3_top, self.check3_right,
self.check3_bottom, player.left, player.top, player.right,
player.bottom) and player.do_left_action and self.canCrush:
self.fill = False
if not self.fill:
self.restore -= 1
if self.restore == 0:
self.fill = True
self.restore = 1000
pass
def late_update(self):
player = game_world.bring_object(6, 0)
if self.state is STUN:
if intersected_rectangle(self.collided_Rect, self.left, self.top,
self.right, self.bottom, player.left,
player.top, player.right, player.bottom):
self.collided_Rect_Height = self.collided_Rect[
1] - self.collided_Rect[3]
self.collided_Rect_Width = self.collided_Rect[
2] - self.collided_Rect[0]
if self.collided_Rect_Width > self.collided_Rect_Height:
if self.collided_Rect[1] == self.y + colH:
player.falling = False
player.y += self.collided_Rect_Height
elif self.collided_Rect[3] == self.y - colH:
player.y -= self.collided_Rect_Height
player.y -= 1
else:
if self.collided_Rect[0] == self.x - colW:
player.x -= self.collided_Rect_Width
elif self.collided_Rect[2] == self.x + colW:
player.x += self.collided_Rect_Width
def late_update2(self):
enemy = game_world.bring_object(1, 1)
if enemy.bottom < self.top:
enemy.y += (self.top - enemy.bottom)
def late_update2(self):
enemy = game_world.bring_object(1, 1)
if not self.fill:
if enemy.bottom <= self.top:
enemy.y += self.top - enemy.bottom
pass
def update(self):
lebbers = game_world.bring_objects(1)
player = game_world.bring_object(6, 0)
if self.state is RUN:
self.frame = (self.frame + FRAMES_PER_ACTION * ACTION_PER_TIME *
game_framework.frame_time) % 12
if intersected_rectangle(self.collided_Rect2, self.left, self.top,
self.right, self.bottom, player.left,
player.top, player.right, player.bottom):
player.state = 3
if self.dir is UP:
self.y += self.velocity * game_framework.frame_time
elif self.dir is DOWN:
self.y -= self.velocity * game_framework.frame_time
self.left = self.x - 32
self.top = self.y + 32
self.right = self.x + 32
self.bottom = self.y - 32
self.left2 = self.x - colW + 10
self.top2 = self.y + colH - 10
self.right2 = self.x + colW - 10
self.bottom2 = self.y - colH
if self.dir is UP:
self.camera_top = self.top + 48
self.camera_bottom = self.top + 16
self.camera_left = self.left + 16
self.camera_right = self.right - 16
elif self.dir is DOWN:
self.camera_top = self.bottom - 16
self.camera_bottom = self.camera_top - 32
self.camera_left = self.left + 16
self.camera_right = self.right - 16
self.change_state_time -= 1
for i in lebbers:
if intersected_rectangle(self.collided_Rect, self.camera_left,
self.camera_top, self.camera_right,
self.camera_bottom, i.left, i.top,
i.right, i.bottom):
self.change_state_time = 0
if self.change_state_time < 0:
self.state = IDLE
self.change_state_time = 700
elif self.state is IDLE:
self.frame = (self.frame + FRAMES_PER_ACTION * ACTION_PER_TIME *
game_framework.frame_time) % 11
if intersected_rectangle(self.collided_Rect2, self.left, self.top,
self.right, self.bottom, player.left,
player.top, player.right, player.bottom):
player.state = 3
self.change_state_time -= 1
if self.change_state_time is 0:
self.change_state_time = 1000
self.state = RUN
if self.dir is UP:
self.dir = DOWN
else:
self.dir = UP
pass
def update(self):
wall = game_world.bring_objects(3)
crush = game_world.bring_objects(4)
player = game_world.bring_object(6, 0)
if self.falling:
self.y -= RUN_SPEED_PPS * game_framework.frame_time
if intersected_rectangle(
self.collided_Rect2, self.left, self.top, self.right,
self.bottom, player.left, player.top, player.right,
player.bottom
) and player.state is not 3 and self.state is not STUN:
player.state = 3
if self.state is RUN and self.falling is False:
self.frame = (self.frame + FRAMES_PER_ACTION * ACTION_PER_TIME *
game_framework.frame_time) % 12
if intersected_rectangle(self.collided_Rect2, self.left, self.top,
self.right, self.bottom, player.left,
player.top, player.right,
player.bottom) and player.state is not 3:
player.state = 3
player.frame = 0
if self.dir is RIGHT:
self.x += self.velocity * game_framework.frame_time
elif self.dir is LEFT:
self.x -= self.velocity * game_framework.frame_time
self.change_state_time -= 1
for i in crush:
if self.bottom - 40 <= i.y <= self.bottom:
if intersected_rectangle(self.collided_Rect2,
self.camera_left, self.camera_top,
self.camera_right,
self.camera_bottom, i.left, i.top,
i.right, i.bottom):
self.change_state_time = 0
for i in wall:
if self.bottom - 40 <= i.y <= self.bottom:
if intersected_rectangle(self.collided_Rect2,
self.camera_left, self.camera_top,
self.camera_right,
self.camera_bottom, i.left, i.top,
i.right, i.bottom):
self.change_state_time = 0
if self.change_state_time < 0:
self.change_state_time = 500
self.state = IDLE
elif self.state is IDLE:
self.frame = (self.frame + FRAMES_PER_ACTION * ACTION_PER_TIME *
game_framework.frame_time) % 11
if intersected_rectangle(self.collided_Rect2, self.left, self.top,
self.right, self.bottom, player.left,
player.top, player.right, player.bottom):
player.state = 3
self.change_state_time -= 1
if self.change_state_time is 0:
self.change_state_time = 1000
self.state = RUN
if self.dir is RIGHT:
self.dir = LEFT
else:
self.dir = RIGHT
elif self.state is STUN:
self.rezen_time -= 1
self.frame = (self.frame + FRAMES_PER_ACTION * ACTION_PER_TIME *
game_framework.frame_time) % 11
if self.rezen_time < 0:
self.rezen_time = 1000
self.rezen((self.rezen_position[0], self.rezen_position[1]))
elif self.state is APPEARING:
self.frame = (self.frame + FRAMES_PER_ACTION * ACTION_PER_TIME *
game_framework.frame_time) % 8
if self.frame >= 7:
self.state = RUN
self.left = self.x - 32
self.top = self.y + 32
self.right = self.x + 32
self.bottom = self.y - 32
self.left2 = self.x - colW + 10
self.top2 = self.y + colH - 10
self.right2 = self.x + colW - 10
self.bottom2 = self.y - colH
if self.dir is RIGHT:
self.camera_left = self.right + 16
self.camera_top = self.bottom - 16
self.camera_right = self.camera_left + colW
self.camera_bottom = self.camera_top - colW
elif self.dir is LEFT:
self.camera_left = self.left - 16 - colW
self.camera_top = self.bottom - 16
self.camera_right = self.left - 16
self.camera_bottom = self.camera_top - colH
pass
