def get_easing(self) -> core.easingcurve.TypeStr | Callable[[float], float]:
curve = core.EasingCurve(self.easingCurve())
typ = curve.get_type()
if typ == "custom":
return curve.get_custom_type()
else:
return typ
def set_easing(
self, easing_type: core.easingcurve.TypeStr | Callable[[float], float]
):
curve = core.EasingCurve()
if isinstance(easing_type, str):
curve.set_type(easing_type)
else:
curve.set_custom_type(easing_type)
self.setEasingCurve(curve)
def test_easingcurve():
c = core.EasingCurve()
c.set_type("in_cubic")
assert c.get_type() == "in_cubic"
assert c[0] == 0
assert c[1] == 1
def custom(val):
return 1
c.set_custom_type(custom)
assert c.get_custom_type() == custom
assert c.get_type() == "custom"
with pytest.raises(InvalidParamError):
c.set_type("test")
def get_animation_easing_curve(self) -> core.EasingCurve:
return core.EasingCurve(self.animationEasingCurve())