def __init__(self, *animations, time=None, group=False, time_wait=None, **kwargs):
merge_config_kwargs(self, kwargs)
while isinstance(animations[-1], (int, float, bool)):
if isinstance(animations[-1], bool):
if int(animations[-1]) == 1:
group = True
animations = animations[:-1]
elif isinstance(animations[-1], (int, float)):
if animations[-1] > 0:
time = animations[-1]
elif animations[-1] < 0:
time_wait = -animations[-1]
animations = animations[:-1]
if group:
animations = [AnimationGroup(*animations, **kwargs)]
anims = AGroup(*animations)
if time is not None:
self.time=time
if self.delay:
anims.add_to_back(Freeze(self.time))
else:
anims.add(Freeze(self.time))
if time_wait is not None:
anims.add(Freeze(time_wait))
super().__init__(*anims, **kwargs)
def __init__(self, mobjs1, mobjs2, paths=None, pre=None, post=None, group=True, run_time=1, transpose=1, **kwargs):
animations = AGroup()
if group:
lag_ratio = 0
else:
lag_ratio = 1
if paths is None:
paths = [None]*min(len(mobjs1), len(mobjs2))
if transpose:
#[a, b, c], [x, y, z]
mobjects = list(map(list, zip(mobjs1, mobjs2, paths)))
#[a, x], [b, y], [c, z]
[animations.add(self.func(each[0], each[1], each[2], **kwargs))
for each in mobjects]
if pre is not None:
animations.add_to_back(*pre)
if post is not None:
animations.add(*post)
super().__init__(*animations, lag_ratio=lag_ratio, run_time=run_time, **kwargs)
def __init__(self, mobject, color=YELLOW, width=10, opacity=None, scale_factor=1, run_time=1, highlight=1, func=None, rate_func=linear, pause_ratio=4./5, f_color=None, f_width=None, f_opacity=None, lag_ratio=1, copy=False, fadeout=None,offset=4, ratio=[0.95, 0.05], name="mobject", **kwargs):
#for each in ["zrate_func", "scale_factor", "color", "stroke_opacity", "width"]:
# try:
# if locals()[each]:
# kwargs[each] = locals()[each]
# except:
# pass
#kwargs = merge_config_kwargs(self, kwargs,self.CONFIG)
if copy:
mobject=mobject.copy()
if isinstance(color, (int, float)):
if color < 0:
run_time = -color
color = None
animations = AGroup()
if f_color is not None or f_width is not None or f_opacity is not None:
animations.add(
ApplyMethod(mobject.set_stroke, f_color,f_width, f_opacity, rate_func=funz(step,0.05),run_time=run_time*ratio[1]))
run_time = run_time*ratio[0]
elif (copy and fadeout is None) or fadeout:
animations.add(FadeOut(mobject,run_time=0.001))
if highlight:
kws=dict()
if color is not None:
kws['color']=color
if width is not None:
kws['width']=width
if opacity is not None:
kws['opacity']=opacity
animations.add_to_back(Highlight(
mobject,scale_factor=scale_factor, run_time=run_time,**kws))
else:
animations.add_to_back(
ApplyMethod(mobject.set_stroke, color, width, opacity, rate_func=funz(linear_pulse,0.05,0.9), run_time=run_time))
#Transform(mobject,mobject.copy().set_stroke(color, width, opacity), rate_func=funz(linear_pulse,0.05,0.9), run_time=run_time))
#ShowCreation(mobject.copy().set_stroke(color, width, opacity), rate_func=funz(linear_pulse,0.05,0.9), run_time=run_time))
super().__init__(*animations, **kwargs)