private new void Update()
{
base.ToggleConnect();
base.Update();
if (boundActor != null && boundAnimator != null && motionUpdateMethod == UpdateMethod.Normal) // !physicalUpdate )
{
if (physicalReference.Initiated())
{
ReleasePhysicalContext();
}
ApplyMotion(boundActor, boundAnimator, bonePositionOffsets, boneRotationOffsets);
}
}
new void Update()
{
base.ToggleConnect();
base.Update();
if (boundActor != null && boundAnimator != null && !physicalUpdate)
{
if (physicalReference.Initiated())
{
ReleasePhysicalContext();
}
ApplyMotion(boundActor, boundAnimator, bonePositionOffsets, boneRotationOffsets, enableHipsMovement, hipHeightOffset);
}
}
new void Update()
{
base.ToggleConnect();
base.Update();
if (boundActor != null && boundAnimator != null && !physicalUpdate)
{
if (physicalReference.Initiated())
{
ReleasePhysicalContext();
}
ApplyMotion(boundActor, boundAnimator, ref lastEvaluateTime, bonePositionOffsets, boneRotationOffsets);
}
}
new void Update()
{
//Debug.Log("NeuronAnimatorInstance::Update()");
base.ToggleConnect();
base.Update();
if (boundActor != null && boundAnimator != null && !physicalUpdate)
{
if (physicalReference.Initiated())
{
ReleasePhysicalContext();
}
ApplyMotion(boundActor, boundAnimator, bonePositionOffsets, boneRotationOffsets);
}
}
new void Update()
{
if (!bFixedUpdateMode)
{
base.ToggleConnect();
base.Update();
if (boundActor != null && boundAnimator != null && !physicalUpdate)
{
if (physicalReference.Initiated())
{
ReleasePhysicalContext();
}
fLerpDeltaTime = Time.deltaTime;
ApplyMotion(boundActor, boundAnimator, bonePositionOffsets, boneRotationOffsets, bFixedUpdateMode, fLerpPosition, iFPS, fLerpDeltaTime);
}
}
}
private void Update()
{
// TODO: Update this line
bvh = store.Bvh;
if (BoundAnimator != null && MotionUpdateMethod == UpdateMethod.Normal)
{
if (PhysicalReference.Initiated())
{
ReleasePhysicalContext();
}
if (bvh != null)
{
ApplyMotion(BoundAnimator, bonePositionOffsets, boneRotationOffsets);
}
}
}
