void reset(int scenarioIdx = -1)
{
if (scenario != null)
{
scenario.setActive(false);
}
if (crntWaypointSet != null)
{
crntWaypointSet.gameObject.SetActive(false);
}
if (scenarioIdx >= 0 && scenarioIdx < scenarios.Length)
{
scenario = scenarios[scenarioIdx];
print(scenario.name);
scenario.setActive(true);
neck.lockValue = scenario.neckLockValue;
filterManager.reset(scenario.filters);
crosshair.SetActive(scenario.canShoot);
VRStepBody.isKinematic = !scenario.isControlled;
// if on rail
if (!scenario.isControlled)
{
splineController.Duration = scenario.trackDuration;
splineController.OrientationMode = scenario.trackOrientation;
splineController.rotationLookAhead = scenario.rotationLookAhead;
neck.reset();
// if track is supplied, initialize with it
if (scenario.track != null)
{
splineController.init(scenario.track);
}
// otherwise, randomize
else
{
splineController.init(trackAlts [Random.Range(0, trackAlts.Length - 1)]);
}
}
// else if controlled
else
{
// stop spline controller
splineController.stop();
if (scenario.startingPosition != null)
{
transform.TransferTo(scenario.startingPosition);
}
if (scenario.useWaypoints)
{
crntWaypointSet = scenario.waypointSet;
if (crntWaypointSet == null)
{
crntWaypointSet = waypointAlts [Random.Range(0, waypointAlts.Length - 1)];
}
crntWaypointSet.reset();
}
// if not using VRStep
if (!scenario.useVRStep)
{
// disable VRStep
stepDetector.enabled = false;
WIPController.enabled = false;
}
// if using VRStep
else
{
// enable VRStep
stepDetector.enabled = true;
WIPController.enabled = true;
}
}
}
else
{
scenario = null;
}
}