def delete_level(self, x, y):
r = Rect(self.delete_level_label.x, self.delete_level_label.y, 130, 20)
if r.contains(x, y):
status = True
self.yes_label.visible = status
self.no_label.visible = status
self.delete_is_press = status
if self.delete_is_press:
yes = Rect(self.yes_label.x, self.yes_label.y, 15, 20)
no = Rect(self.no_label.x, self.no_label.y, 15, 20)
status = False
if yes.contains(x, y):
path = 'levelfile/level'+str(self.save_as)+'.txt'
if os.path.exists(path):
os.remove(path)
self.save_as = self.get_all_level()[-1]
self.yes_label.visible = status
self.no_label.visible = status
self.delete_is_press = status
self.reset_blocks()
self.reset_level_select()
elif no.contains(x, y):
self.delete_is_press = status
self.yes_label.visible = status
self.no_label.visible = status
def delete_level(self, x, y):
r = Rect(self.delete_level_label.x, self.delete_level_label.y, 130, 20)
if r.contains(x, y):
status = True
self.yes_label.visible = status
self.no_label.visible = status
self.delete_is_press = status
if self.delete_is_press:
yes = Rect(self.yes_label.x, self.yes_label.y, 15, 20)
no = Rect(self.no_label.x, self.no_label.y, 15, 20)
status = False
if yes.contains(x, y):
path = 'levelfile/level' + str(self.save_as) + '.txt'
if os.path.exists(path):
os.remove(path)
self.save_as = self.get_all_level()[-1]
self.yes_label.visible = status
self.no_label.visible = status
self.delete_is_press = status
self.reset_blocks()
self.reset_level_select()
elif no.contains(x, y):
self.delete_is_press = status
self.yes_label.visible = status
self.no_label.visible = status
def on_mouse_release(self, x, y, buttons, modifiers):
print('$global', x, y)
from cocos.rect import Rect
aabb2 = self.explosion2.get_AABB()
global_2_bl = self.explosion.point_to_world(aabb2.bottomleft)
global_2_tr = self.explosion.point_to_world(aabb2.topright)
rect2 = Rect(*global_2_bl, *(global_2_tr - global_2_bl))
print('%local_rect2', self.explosion2.get_rect())
print('%aabb2', self.explosion2.get_AABB())
print('%rect2', rect2)
print('Contains:', rect2.contains(x, y))
print()
def on_mouse_release(self, x, y, buttons, modifiers):
print('$global', x, y)
from cocos.rect import Rect
aabb2 = self.explosion2.get_AABB()
global_2_bl = self.explosion.point_to_world(aabb2.bottomleft)
global_2_tr = self.explosion.point_to_world(aabb2.topright)
rect2 = Rect(*global_2_bl, *(global_2_tr - global_2_bl))
print('%local_rect2', self.explosion2.get_rect())
print('%aabb2', self.explosion2.get_AABB())
print('%rect2', rect2)
print('Contains:', rect2.contains(x, y))
print()
def find_facing(self, entity, with_behavior=None):
# Find nearby things that respond to use
# TODO really need to figure out where this kind of code goes. surely
# in the entity layer.
# TODO also, goddamn, Rect blows.
# XXX the idea here is that the "activation" rectangle is a fixed size
# in front of the searching entity, extended inwards to touch the
# entity's center. this could probably be improved or better-commented
# or something.
# TODO this makes poor use of the concept of "shape". luckily that
# isn't implemented yet.
# TODO seems the search area should be round, and yet, it is not. eh?
target = Rect(
0,
0,
SEARCH_DISTANCE + abs(entity._angle.vector[0]) * entity.entity_type.shape,
SEARCH_DISTANCE + abs(entity._angle.vector[1]) * entity.entity_type.shape,
)
if entity._angle is flora.util.direction.UP:
target.midbottom = entity.position
elif entity._angle is flora.util.direction.DOWN:
target.midtop = entity.position
elif entity._angle is flora.util.direction.LEFT:
target.midright = entity.position
elif entity._angle is flora.util.direction.RIGHT:
target.midleft = entity.position
for z, other in self.children_names["entities"].children:
if other is entity:
continue
if with_behavior is not None and with_behavior not in other.behaviors:
continue
# TODO again, Rect sucks
if target.contains(*other.position):
# OK, within range
# TODO need to, like, pick more cleverly than just the first
return other
def new_level(self, x, y):
r = Rect(self.new_level_label.x, self.new_level_label.y, 70, 20)
if r.contains(x, y):
self.create_new_level()
def has_point(self, x, y):
px, py = self.position
px -= self.width // 2
py -= self.height // 2
r = Rect(px, py, self.width, self.height)
return r.contains(x, y)
def new_level(self, x, y):
r = Rect(self.new_level_label.x, self.new_level_label.y, 70, 20)
if r.contains(x, y):
self.create_new_level()