//accessed by game controller when need to reset the player
public void ResetAlto()
{
StopAlto();
altoState = AltoBoardState.Static;
HUDController.ActivateGameUI();
//TODO: smooth teleportation of Alto player to start position
transform.position = originPosition;
AltoInput.ResetAlto();
}
private void InitializeAltoController()
{
//was hoping to overwrite entire transform but read only have to set pos and rot separately
SpeedUIPosition = new List <Vector3>();
SpeedUIRotation = new List <Quaternion>();
//Vive = 0, Oculus = 1, MR = 2, the same as the device enum values
SpeedUIPosition.Add(new Vector3(0.0f, 0.01f, -0.052f));
SpeedUIPosition.Add(new Vector3(0.018f, 0.007f, -0.05f));
SpeedUIPosition.Add(new Vector3(0.0f, 0.009f, -0.051f));
SpeedUIRotation.Add(Quaternion.Euler(270.0f, 0.0f, 0.0f));
SpeedUIRotation.Add(Quaternion.Euler(305.0f, -1.0f, 13.5f));
SpeedUIRotation.Add(Quaternion.Euler(285.0f, 0.0f, 0.0f));
//TODO: add to this to cover all HMD's
string device = XRDevice.model;
int deviceIndex = -1;
if (device.Contains("Oculus"))
{
currentDevice = HMDDevice.Oculus_Rift;
//oculus buttons can only be accessed through SteamVR_Controller with openVR
deviceIndex = (int)jetPackControl.controllerIndex; //if this controller device # is not set before play sometimes checks the class before it has started and returns 0
if (deviceIndex == -1)
{
deviceIndex = 1; Debug.Log("unable to find device index, please make sure controllers are on. Index set to 1");
}
oculusController = SteamVR_Controller.Input(deviceIndex);
}
else if (device.Contains("Vive"))
{
currentDevice = HMDDevice.HTC_Vive;
}
else
{
currentDevice = HMDDevice.MR_HMD;
}
//need the lists entries to match the device enum entries
HUDController.ControllerSpeedUI.transform.localPosition = SpeedUIPosition[(int)currentDevice];
HUDController.ControllerSpeedUI.transform.localRotation = SpeedUIRotation[(int)currentDevice];
rigidBody = GetComponent <Rigidbody>();
originPosition = transform.position;
altoHaptics = gameObject.AddComponent <AltoHaptics>();
//set variables from config
rigidBody.mass = AltoInput.GetConfigFloat("Player", "Mass");
rigidBody.drag = AltoInput.GetConfigFloat("Player", "Drag");
rigidBody.angularDrag = AltoInput.GetConfigFloat("Player", "AngularDrag");
step = AltoInput.GetConfigFloat("Player", "Step");
userSpeed = AltoInput.GetConfigFloat("Player", "UserStartingSpeed");
AltoSpeed = AltoInput.GetConfigFloat("Player", "AltoSpeed");
UserSpeedIncremenet = AltoInput.GetConfigFloat("Player", "UserSpeedIncrement");
JetPackForce = AltoInput.GetConfigFloat("Player", "JetPackForce");
FallingForceAdjustment = AltoInput.GetConfigFloat("Player", "FallingForceAdjustment");
calibDirection = AltoInput.GetConfigFloat("Alto", "Offset");
altoHoverAudio = AltoPuck.GetComponent <AudioSource>();
HUDController.SetSpeedRange(minSpeedMulitplier, maxSpeedMulitplier);
setupComplete = true;
}
void Update()
{
if (!isLocalPlayer)
{
return;
}
if (AltoInput.IsPresent())
{
ProcessAltoInput();
if (!altoInactive)
{
ProcessAltoState();
}
altoHaptics.RunHapticFeedback(userVelocity, altoMagnitude);
}
else
{
//Debug.Log("Cannot detect Alto, check port and Alto.cfg");
}
}
///Alto functions///
private void ProcessAltoInput()
{
//get input values from Input class
float altoInputDirection = AltoInput.GetDirection();
Debug.Log("AltoInputDirection = " + AltoInput.GetDirection());
float altoInputMagnitudeNorm = AltoInput.GetMagnitudeNormalised();
Debug.Log("AltoInputMagnitudeNorm = " + AltoInput.GetMagnitudeNormalised());
//apply to HUD GUI
HUDController.UpdateMagnitude(altoInputMagnitudeNorm);
altoDirection = (Quaternion.AngleAxis(altoInputDirection - calibDirection + 90, Vector3.up)) * calibVector;
altoMagnitude = step * altoInputMagnitudeNorm;
Vector3 PuckRot = Quaternion.AngleAxis(altoInputDirection + 90, Vector3.up) * Vector3.forward;
AltoPuck.transform.eulerAngles = PuckRot * (altoInputMagnitudeNorm * 20);
HUDController.SetAltoInput(altoDirection, altoMagnitude);
}
private void HapticFeedback(string name, int intensity)
{
AltoInput.SendHapticCommand(name, intensity);
}