def on_activate(self):
self._Cprepare(_c.FollowPath, len(self.points), self.lead, self.align)
ObjectManager.register(self)
for i, p in enumerate(self.points):
self._cObj.SetPoint(i, _c.Vec2(*p))
self._cObj.SetSpeed(self.speed)
self._cObj.Start()
def handle_mousebuttonup(self, event):
if self.busy:
return
try:
selected = self.selectOnUp()
except:
pass
else:
x, y = selected.get_root_layer().convert_pos(*event.pos)
if selected._cObj.Pick(_c.Vec2(x, y)):
wx.CallAfter(self.interface.set_selection, [self.selectOnUp()])
self.selectOnUp = None
def pick_all(self, x, y):
"""pick_all(x,y)
Get all nodes whose rects overlap (x,y)
"""
nodelist = PigDirector.scene.get_ordered_nodes()
picklist = []
for node in nodelist:
l = node.get_root_layer()
x, y = l.convert_pos(x, y)
if node._cObj.Pick(_c.Vec2(x, y)):
picklist.append(node)
return picklist
def tick(self, evs):
mx, my = Mouse.get_position()
scene = Director.get_scene()
results = []
i = 0
for e in self._elements:
l = e.get_root_layer()
wx, wy = l.convert_pos(mx, my)
p = e._cObj.Pick(_c.Vec2(wx, wy))
p = ObjectManager.c2py(p)
if self._drag and self._drag._element is p:
continue
if p and p in self._elements:
idx = scene.layers.index(l.get_name())
results.append((idx, i, p))
i += 1
if not results:
under = None
else:
results.sort()
under = results[-1][2]
self._update_under(under)
if under is not None:
under.on_hover()
for ev in evs:
if ev.type == pygame.MOUSEBUTTONDOWN:
self._clicking = under
if under is not None:
under.on_press()
elif ev.type == pygame.MOUSEBUTTONUP:
if self._drag is not None:
self._drag._update_pos(mx, my)
self._drag._element.on_drag_end()
if self._under is not None and self._under is not self._drag._element:
self._under.on_exit()
self._under = self._drag._element
self._drag = None
self._clicking.on_release()
self._clicking = None
elif self._clicking is not None:
self._clicking.on_release()
self._clicking.on_click()
self._clicking = None
elif ev.type == pygame.MOUSEMOTION and self._clicking is under:
if self._drag is None and under is not None and under.draggable:
self._drag = Drag(under, (wx, wy))
under.on_drag_begin()
self._under = None
if self._drag is not None:
self._drag._element.on_drag()
self._drag._update_pos(mx, my)
def _init_c(self):
c = self._cObj = _c.CodeObj()
c.max_stack = self.stack
c.varcount_f = self.varcount_f
c.varcount_i = self.varcount_i
c.varcount_v = self.varcount_v
c.varcount_p = self.varcount_p
c.init_code(self.code)
c.init_const_f(len(self.consts_f))
c.init_const_i(len(self.consts_i))
c.init_const_v(len(self.consts_v))
c.init_const_p(len(self.consts_p))
for i, v in enumerate(self.consts_f):
c.set_const_f(i, v)
for i, v in enumerate(self.consts_i):
c.set_const_i(i, v)
for i, v in enumerate(self.consts_v):
c.set_const_v(i, _c.Vec2(*v))
for i, v in enumerate(self.consts_p):
c.set_const_p(i, v._cObj)
def emit(cls, system, position=None):
node = None
if isinstance(position, Node):
node = position
cls.prepare()
cobj = cls._cImpl()
cobj.InitFrom(cls._cTemplate)
if node is not None:
cobj.AttachTo(node._cObj)
else:
cobj.SetPosition(_c.Vec2(*position))
cobj.SetSystem(system._cObj)
pyobj = ParticleEmitterInstance(cobj)
pyobj._argcache = cls._argcache
if cls.image is not None:
image = ResourceManager.get_image(cls.image)
if image is None:
raise ValueError("could not load image %r" % imagename)
pyobj.image = image
cobj.image = image._cObj
cobj.Start()
return pyobj
def __init__(self, x=0, y=0, direction=None, length=None):
if direction is not None:
self._cObj = _c.Vec2(direction,length).rad2xy()
self._cObj.thisown = True
else:
self._cObj = _c.Vec2(x,y)
def pick(self, x, y):
sprite = self._cObj.Pick(_c.Vec2(x,y))
return ObjectManager.c2py(sprite)
def convert_pos(self, x, y):
v = _c.Vec2(x,y)
self._scene._camera._cObj.ScreenToWorld(v, self._layer)
return v.x,v.y
def tick(self, evs=None):
mx, my = Mouse.get_position()
self._pos_dict = {'root': (mx, my)}
scene = PigDirector.get_scene()
results = []
i = 0
for e in self._single_objects:
l = e.get_root_layer()
if not l:
continue
wx, wy = self.get_relative_pos(l)
p = e._cObj.Pick(_c.Vec2(wx, wy))
p = ObjectManager.c2py(p)
if self._drag and self._drag._object is p:
continue
if p and p in self._single_objects:
idx = scene.layers.index(l.get_name())
results.append((idx, i, p))
i += 1
if results:
results.sort()
under = [results[-1][2]]
# under[0].on_hover()
else:
under = []
for e in self._multi_objects:
l = e.get_root_layer()
if not l:
continue
wx, wy = self.get_relative_pos(l)
p = e._cObj.Pick(_c.Vec2(wx, wy))
p = ObjectManager.c2py(p)
if self._drag and self._drag._object is p:
continue
if p and p in self._multi_objects:
under.append(p)
if not pygame.mouse.get_focused():
under = []
self._update_under(under)
for ev in evs:
if ev.type == pygame.MOUSEBUTTONDOWN:
self._clicking = under
for object in under:
object.on_press()
for e in self._click_objects:
l = e.get_root_layer()
if not l:
continue
wx, wy = self.get_relative_pos(l)
p = e._cObj.Pick(_c.Vec2(wx, wy))
p = ObjectManager.c2py(p)
if p and p in self._click_objects:
self._clicking.append(p)
p.on_press()
elif ev.type == pygame.MOUSEBUTTONUP:
if self._drag is not None:
self._drag._update_pos(mx, my)
self._drag._object.on_drag_end()
self._drag._object.on_release()
self._drag = None
self._clicking = []
elif self._clicking != []:
for object in self._clicking:
if object in self._under:
object.on_click()
self._clicking = []
for object in self._under:
object.on_release()
elif ev.type == pygame.MOUSEMOTION and self._clicking != []:
dragger = None
if len(self._clicking) > 1:
results = []
i = 0
for object in self._clicking:
if not object.draggable:
continue
idx = scene.layers.index(
object.get_root_layer().get_name())
results.append((idx, i, object))
results.sort()
dragger = results[-1][2]
elif self._clicking[0].draggable:
dragger = self._clicking[0]
if self._drag is None and dragger is not None:
l = dragger.get_root_layer()
if l:
wx, wy = self.get_relative_pos(l)
self._drag = Drag(dragger, (wx, wy))
dragger.on_drag_begin()
try:
self._under.remove(dragger)
except:
pass
self._clicking = []
if self._drag is not None:
self._drag._update_pos(mx, my)
self._drag._object.on_drag()
def on_activate(self):
self._Cactivate(_c.ScaleTo, _c.Vec2(*self.dstscale))
def on_activate(self):
self._Cactivate(_c.MoveTo, _c.Vec2(*self.pos))
def on_activate(self):
self._Cactivate(_c.MoveDelta, _c.Vec2(*self.delta))
def on_activate(self):
self._Cactivate(_c.Move, _c.Vec2(*self.velocity))
def get_var(self, f, p):
return _c.Vec2(*p)
def c_push(self, f, p):
f.pushv(_c.Vec2(*p))
