def _create_anim_elem(name, timeline, value):
""""""
idName = name + "-animation"
animElem = E.animation(id=idName)
animElem.append(
_create_anim_src_elem(idName, timeline, "input", "float", "TIME",
"float"))
animElem.append(
_create_anim_src_elem(idName, ["STEP"] * len(timeline),
"interpolation", "Name", "INTERPOLATION",
"name"))
animElem.append(
_create_anim_src_elem(idName, value.flatten(), "output", "float",
"TRANSFORM", "float4x4"))
animElem.append(
E.sampler(*[
E.input(semantic=sem.upper(), source="#" + idName + "-" + sem)
for sem in ["input", "output", "interpolation"]
],
id=idName + "-sampler"))
animElem.append(
E.channel(source="#" + idName + "-sampler",
target=name + "/matrix"))
return animElem
def _create_anim_elem(name, timeline, value):
""""""
idName = name + "-animation"
animElem = E.animation(id=idName)
animElem.append(_create_anim_src_elem(idName, timeline, "input", "float", "TIME", "float"))
animElem.append(
_create_anim_src_elem(idName, ["STEP"] * len(timeline), "interpolation", "Name", "INTERPOLATION", "name")
)
animElem.append(_create_anim_src_elem(idName, value.flatten(), "output", "float", "TRANSFORM", "float4x4"))
animElem.append(
E.sampler(
*[
E.input(semantic=sem.upper(), source="#" + idName + "-" + sem)
for sem in ["input", "output", "interpolation"]
],
id=idName + "-sampler"
)
)
animElem.append(E.channel(source="#" + idName + "-sampler", target=name + "/matrix"))
return animElem
