public void ApplyLerpedState(NetStream state0, NetStream state1, float mix)
{
if (syncPosition == NetBodySyncPosition.Relative || syncPosition == NetBodySyncPosition.Absolute || syncPosition == NetBodySyncPosition.Local || syncPosition == NetBodySyncPosition.World)
{
Vector3 a = NetVector3.Read(state0, posfull).Dequantize(posRange);
Vector3 vector = NetVector3.Read(state1, posfull).Dequantize(posRange);
if ((a - vector).sqrMagnitude > 15f)
{
a = vector;
}
Vector3 target = Vector3.Lerp(a, vector, mix);
ApplyPositionState(target);
}
if (syncRotation == NetBodySyncRotation.Relative || syncRotation == NetBodySyncRotation.Absolute || syncRotation == NetBodySyncRotation.Local || syncRotation == NetBodySyncRotation.World)
{
Quaternion a2 = NetQuaternion.Read(state0, rotfull).Dequantize();
NetQuaternion netQuaternion = appliedRot = NetQuaternion.Read(state1, rotfull);
Quaternion b = netQuaternion.Dequantize();
Quaternion target2 = Quaternion.Slerp(a2, b, mix);
ApplyQuaternionState(target2);
}
else if (syncRotation == NetBodySyncRotation.EulerX || syncRotation == NetBodySyncRotation.EulerY || syncRotation == NetBodySyncRotation.EulerZ)
{
float diff = eulerEncoder.ApplyLerpedState(state0, state1, mix);
ApplyEulerState(diff);
}
if (body != null)
{
Rigidbody rigidbody = body;
Vector3 vector2 = Vector3.zero;
body.velocity = vector2;
rigidbody.angularVelocity = vector2;
}
if (syncLocalScale && (syncPosition == NetBodySyncPosition.Relative || syncPosition == NetBodySyncPosition.Absolute || syncPosition == NetBodySyncPosition.Local || syncPosition == NetBodySyncPosition.World))
{
Vector3 a3 = NetVector3.Read(state0, posfull).Dequantize(posRange);
Vector3 b2 = NetVector3.Read(state1, posfull).Dequantize(posRange);
Vector3 localScale = Vector3.Lerp(a3, b2, mix);
base.transform.localScale = localScale;
}
}
public void ApplyLerpedState(NetStream state0, NetStream state1, float mix)
{
output.SetValue(encoder.ApplyLerpedState(state0, state1, mix));
}
