def on_progress(self, t):
d = 0.8
if t < d:
dt = t / d
self.cy_dir = funcLinear(AnimationTransition.out_circ(dt), 0, 1.55)
else:
self.cy_dir = 1.5
self.cy_x = funcLinear(t, self.screen_in.width, -self.screen_in.width / 2.0)
self.update_glsl()
def on_time(self, instance, t):
t = self.time
d = 0.8
if t < d:
dt = t / d
self.cy_dir = funcLinear(AnimationTransition.out_circ(dt), 0, 1.55)
else:
self.cy_dir = 1.55
self.cy_x = funcLinear(t, self.width, -self.width / 2.0)
def on_progress(self, t):
oquad = AnimationTransition.out_quad
iquad = AnimationTransition.in_quad
#t = t * 10 if t < .1 else 1
#t = .7
#t = AnimationTransition.out_quad(t)
self.cy_x = funcLinear(AnimationTransition.in_out_cubic(t),
self.screen_in.width, self.screen_in.width / 2. + 10)
d = 0.7
if t < d:
self.cy_radius = funcLinear(oquad(t / d), 10., 50.)
self.c_backshadow['opacity'] = 1
else:
t2 = (t - d) / (1. - d)
self.cy_radius = funcLinear(iquad(t2), 50., 0.01)
d = 0.9
if t > d:
t2 = (t - d) / (1. - d)
self.c_backshadow['opacity'] = funcLinear(t2, 1., 0.)
d1 = 0.3
d2 = 0.5
f1 = AnimationTransition.in_out_sine
f2 = AnimationTransition.in_sine
if t < d1:
d = d1
di = f1(t / d)
self.cy_dir = pi / 2. - di / 2.
elif t < d2:
pass
else:
d = d2
t2 = (t - d) / (1. - d)
di = f2(1 - t2)
self.cy_dir = pi / 2. - di / 2.
self.update_glsl()
return
# old flip
d = 0.8
if t < d:
dt = t / d
self.cy_dir = funcLinear(AnimationTransition.out_circ(dt), 0, 1.55)
else:
self.cy_dir = 1.5
self.cy_x = funcLinear(t, self.screen_in.width, -self.screen_in.width / 2.0)
self.update_glsl()
