def collide_customed(self, widget):
'''
Function which implement custom collision between 2 widgets
This function draw a square with center (self.center_x, self.center_y) and size = ( widget.size - self.size)/2 (1 if res <0)
:param Widget: the widget to test collision with self
:type widget = Widget, we will use center_x,center_y and size
:return Return true is self's custom zone is in collision with widget
'''
#Calcul of radius
size = ((widget.size_hint_x - self.size_hint_x) / 4)
# if r <=0, the test will be done with a point
if (size <= 0):
size = 1
#Creation of the zone
zone = Widget()
zone.center_x = widget.center_x
zone.center_y = widget.center_y
zone.size_hint_x = size
zone.size_hint_y = size
#Test the collision
return (self.collide_widget(zone))
def collide_customed(self, widget):
'''
Fonction which implement custom collision between 2 widgets
This function draw a square with center (self.center_x, self.center_y) and size = ( widget.size - self.size)/2 (1 if res <0)
:param Widget: the widget to test collision with self
:type widget = Widget, we will use center_x,center_y and size
:return Return true is self's custom zone is in collision with widget
'''
#Calcul of radius
size = ((widget.size_hint_x - self.size_hint_x)/4)
# if r <=0, the test will be done with a point
if (size<=0):
size = 1
#Creation of the zone
zone = Widget()
zone.center_x = widget.center_x
zone.center_y = widget.center_y
zone.size_hint_x = size
zone.size_hint_y = size
#Test the collision
return(self.collide_widget(zone))
