public void Event_Translation_Gain(float g_t, Vector3 translationApplied)
{
if (state == LoggingState.logging)
{
//if (testing)
//{
// g_t = 1;
// translationApplied = Vector2.up;
//}
sumOfInjectedTranslation += translationApplied.magnitude;
maxTranslationGain = Mathf.Max(maxTranslationGain, g_t);
minTranslationGain = Mathf.Min(minTranslationGain, g_t);
sumOfVirtualDistanceTravelled += Mathf.Sign(g_t) * translationApplied.magnitude; // if gain is positive, redirection reference moves with the user, thus increasing the virtual displacement, and if negative, decreases
virtualDistanceTravelledSinceLastReset += Mathf.Sign(g_t) * translationApplied.magnitude;
//translationGainSamplesBuffer.Add(Mathf.Abs(g_t) * redirectionManager.userMovementManager.lastDeltaTime);
// The proper way is using redirectionManager.userMovementManager.lastDeltaTime which is the true time the gain was applied for, but this causes problems when we have a long frame and then a short frame
// But we'll artificially use this current delta time instead!
//translationGainSamplesBuffer.Add(g_t * redirectionManager.userMovementManager.lastDeltaTime);
//print("Translation Gain: " + g_t + "\tInterval: " + redirectionManager.getDeltaTime());
translationGainSamplesBuffer.Add(g_t * simulationManager.GetDeltaTime());
//injectedTranslationSamplesBuffer.Add(translationApplied.magnitude * redirectionManager.userMovementManager.lastDeltaTime);
injectedTranslationSamplesBuffer.Add(translationApplied.magnitude * simulationManager.GetDeltaTime());
}
}
public void RotateIfNecessary(float rotationToTargetInDegrees, Vector3 userToTargetVectorFlat)
{
// Handle Rotation To Waypoint
float rotationToApplyInDegrees = Mathf.Sign(rotationToTargetInDegrees) * Mathf.Min(simulationManager.GetDeltaTime() * rotationSpeed, Mathf.Abs(rotationToTargetInDegrees));
// Only rotate if you have a reasonable distance to target
// I'm not happy with this hack and I'm not sure how to explain the behavior because it keeps trying to rotate until the user faces southeast and then it stops!
//if (!UserController.Approximately(userToWaypointVector2D, Vector2.zero))
// Preventing Rotation When At Waypoint By Checking If Distance Is Sufficient
//print("rotationToApplyInDegrees: " + rotationToApplyInDegrees);
if (userToTargetVectorFlat.magnitude > MINIMUM_DISTANCE_TO_WAYPOINT_FOR_ROTATION)
{
transform.Rotate(Vector3.up, rotationToApplyInDegrees, Space.World);
}
}