// Update is called once per frame
void LateUpdate()
{
// The Cave will automaticall distribute the script and run it from all PCs,
// to avoid this behaviour we need to check if the executing PC is the Master
// Otherwise the Cave will freeze
if (!controller.debugging && (GetComponent <NetworkIdentity>().isServer || controller.vive))
{
// take steeringAngle from sensor
angle = (float)Test_ReadData.AngleForMono;
//smoothing the angle in 3 steps
// 1. smoothing the angle amplitude over all because real input degrees are to rough... (I get motion sickness)
//angle = angle / 1.7f;
// 2. Smooth the angle over time with an average of the array of the rawSensorinput
if (inputHandling.smoothRawSteerAngle)
{
angle = inputHandling.SmoothRawAngle(angle);
}
// 3. Decrease the amplitude at the center of Steering (to decrease Jiggle)
if (inputHandling.smoothSteerAngleAtCenter)
{
angle = inputHandling.SmoothSteerAngleAtCenter(angle);
}
// somehow the sensor Input gets decreased by aprox. 50000 if connected to the cave
speed = (float)Test_ReadData.speedForMono; // * 50000;
// One step to smooth the speed (same as SmoothRawAngle)
if (inputHandling.smoothRawSpeed)
{
speed = inputHandling.SmoothRawSpeed(speed);
}
// Apply the data to the ingame Cycle
ApplySensorDataToBycicle();
// velocity.text = speed.ToString() + " km/h";
//Lerp the Debug Camera smoothly along with the cyclist, attaching the gameObject like this reduces jitter drastically
cameraHolder.transform.position = Vector3.Lerp(cameraHolder.gameObject.transform.position, camLerpPoint.transform.position, .5f);
cameraHolder.transform.rotation = Quaternion.Lerp(cameraHolder.gameObject.transform.rotation, camLerpPoint.transform.rotation, .5f);
// if the cylce is shown, various gameObjects are set active, or inactive
ShowVirtualBicycle();
}
// if in Debug Mode, take the Data from inEditorValues
//else if (controller.debugging)
//{
// angle = angleDebug;
// speed = speedDebug;
//}
//if (Time.time - timer <= 1.0f)
//{
// framecounter++;
//}
//else if (Time.time - timer > 1.0f)
//{
// Debug.Log("Frames/s" + framecounter);
// framecounter = 0;
// timer = Time.time;
//}
}