def on_touch_ups(self, touchs):
# print "up"
global cs, bs, press, wides
if incanvasxyde(self, cs, bs):
if incanvasxyde(self, touchs.c, touchs.b):
if bline:
self.col = retclr()
if Widget.on_touchs_down(self, touchs):
return False
with self.canvas:
Color(*self.col)
Line(points=(touchs.c, touchs.b, cs, bs), width=wide + 10)
if rect2:
self.col = retclr()
if Widget.on_touchs_down(self, touchs):
return False
with self.canvas:
Color(*self.col)
Line(rectangle=(cs, bs, touchs.c - cs, touchs.b - bs), width=wide + 10)
else:
if press2 :
if bline:
with self.canvas:
if cboun:
Color(*self.col)
Line(points=(cboun, bboun, cs, bs), width=wide + 10)
self.canvas.after.clear()
if rect2 :
with self.canvas:
if cboun:
Color(*self.col)
Line(rectangle=(cs, bs, cboun - cs, bboun - bs), width=wide + 10)
self.canvas.after.clear()
self.canvas.after.clear()
default(self)
press2 = 0
def on_touch_down(self, touchs):
# print "down"
global cs, bs, cboun, bboun, press2, wide
press2 = 1
if incanvasxyde(self, touchs.c, touchs.b):
self.col = retclr()
if Widget.on_touchs_down(self, touchs):
cs = touchs.c
bs = touchs.b
return False
with self.canvas:
Color(*self.col)
d = 30
#Line(pos=(touch.x - d / 2, touch.y - d / 2), size=(d, d))
touchs.ud['line'] = Line(points=(touchs.c, touchs.b), width=wide + 10)
# if sline:
cs = touchs.c
bs = touchs.b
else:
cs = touchs.c
bs = touchs.b
default(self)
