private void LateUpdate()
{
//Shifting all OSC data to late update for a smooth transition
if (enableDamping == true)
{
damping = tmpOSC[1] * dampingMultiplier;
OSC_channels.OSCch_data[channel, 0] = MathS.LerpUnclamped(OSC_channels.OSCch_data[channel, 0], tmpOSC[0], damping * Time.deltaTime);
OSC_channels.OSCch_data[channel, 2] = MathS.LerpUnclamped(OSC_channels.OSCch_data[channel, 2], tmpOSC[2], damping * Time.deltaTime);
OSC_channels.OSCch_data[channel, 3] = MathS.LerpUnclamped(OSC_channels.OSCch_data[channel, 3], tmpOSC[3], damping * Time.deltaTime);
OSC_channels.OSCch_data[channel, 4] = MathS.LerpUnclamped(OSC_channels.OSCch_data[channel, 4], tmpOSC[4], damping * Time.deltaTime);
OSC_channels.OSCch_data[channel, 5] = MathS.LerpUnclamped(OSC_channels.OSCch_data[channel, 5], tmpOSC[5], damping * Time.deltaTime);
OSC_channels.OSCch_data[channel, 6] = MathS.LerpUnclamped(OSC_channels.OSCch_data[channel, 6], tmpOSC[6], damping * Time.deltaTime);
}
else
{
OSC_channels.OSCch_data[channel, 0] = tmpOSC[0];
OSC_channels.OSCch_data[channel, 1] = tmpOSC[1];
OSC_channels.OSCch_data[channel, 2] = tmpOSC[2];
OSC_channels.OSCch_data[channel, 3] = tmpOSC[3];
OSC_channels.OSCch_data[channel, 4] = tmpOSC[4];
OSC_channels.OSCch_data[channel, 5] = tmpOSC[5];
OSC_channels.OSCch_data[channel, 6] = tmpOSC[6];
}
}
void LateUpdate()
{
RY = MathS.LerpUnclamped(tempY, (OSC_channels.OSCch_data[channel, audio_component] * speed + offset), damping * Time.deltaTime);
if (continuousRotate == true)
{
RY = OSC_channels.OSCch_data[channel, audio_component] * speed;
transform.Rotate(new Vector3(0, RY, 0));
}
else
{
transform.localEulerAngles = new Vector3(0, RY, 0);
}
}
