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import time
import pytermgui as ptg
from dataclasses import dataclass
@dataclass
class MyAnimatedObject:
attr: int
def __str__(self):
return f"({self.attr}, {id(self)})"
looped = ptg.animator.animate_float(duration=100, loop=True)
backward = ptg.animator.animate_float(
duration=100,
direction=-1,
on_finish=lambda anim: {
setattr(anim, "_remaining", anim.duration),
ptg.animator.schedule(anim),
},
)
forward = ptg.animator.animate_float(
duration=100,
direction=1,
on_finish=lambda anim: {
setattr(anim, "_remaining", anim.duration),
ptg.animator.schedule(anim),
},
)
obj = MyAnimatedObject(0)
obj2 = MyAnimatedObject(1000)
attr_forward = ptg.animator.animate_attr(
target=obj, attr="attr", end=1000, duration=1000
)
attr_backward = ptg.animator.animate_attr(
target=obj2, attr="attr", end=0, duration=1000
)
counter = 0
while True:
if counter >= 1.0:
counter = 0
print(f"\x1b[KLOOPED: {looped.direction} {looped.state!r}")
print(f"\x1b[KBACKWARD: {backward.direction} {backward.state!r}")
print(f"\x1b[KBACKWARD: {forward.direction} {forward.state!r}")
print(f"\x1b[KATTR_FORE: {attr_forward.direction} {attr_forward.state} {obj}")
print(f"\x1b[KATTR_BACK: {attr_backward.direction} {attr_backward.state} {obj2}")
print(f"\x1b[6A")
ptg.animator.step(0.001)
time.sleep(0.001)
|
