private void Awake()
{
MLInput.Start();
spawnMngr = GetComponent <SpawnManager>();
audioManager = GameObject.Find("AudioManager").GetComponent <AudioManager>();
scoreKeeping = GameObject.Find("[Content]/Controller").GetComponent <ScoreKeeping>();
trailAndBall = spawnMngr.trailAndBall.GetComponent <DisplayTrailAndBall>();
_control = MLInput.GetController(MLInput.Hand.Left);
scoreText.enabled = false;
summaryText.enabled = false;
statusText.enabled = false;
helpText.enabled = false;
beamController.enabled = false;
spawnMngr.enabled = false;
menu.SetActive(false);
canvas.SetActive(false);
settings.SetActive(false);
// update setting text to reflect current settings
pathOn = trailAndBall.trails[0].activeSelf;
if (GameObject.Find("[Content]/MLSpatialMapper/Original").GetComponent <Renderer>().material.mainTexture == null)
{
meshOn = false;
}
else
{
meshOn = true;
}
foreach (SettingType type in Enum.GetValues(typeof(SettingType)))
{
SetSettingText(type);
}
Playspace.Instance.OnCompleted.AddListener(OnPlayspaceComplete);
Playspace.Instance.OnCleared.AddListener(OnPlayspaceClear);
MLInput.OnControllerButtonUp += OnButtonUp;
scoreKeeper.ScoreChange += OnScoreChange;
beamController.OptionSelected += OnOptionSelected;
wallStat = WallStat.Empty;
}
// first select a random plane
// then randomly select one point on the plane to spawn the ball
private void RandomSpawn()
{
DisplayTrailAndBall spawner = trailAndBall.GetComponent <DisplayTrailAndBall>();
spawner.survival = survivalMode;
spawner.scorekeeper = scorekeeper;
int startIndex = Random.Range(0, numPlane);
int endIndex = startIndex;
while (startIndex == endIndex)
{
endIndex = Random.Range(0, numPlane);
}
(Vector3 startLoc, Quaternion startRot) = GetRandomFromPlane(startIndex);
(Vector3 endLoc, Quaternion endRot) = GetRandomFromPlane(endIndex);
// make sure the whole path is not too high (both end higher than 175cm)
if (startLoc.y - Playspace.Instance.FloorCenter.y > 1.75f &&
endLoc.y - Playspace.Instance.FloorCenter.y > 1.75f)
{
endIndex = startIndex;
while (startIndex == endIndex)
{
endIndex = Random.Range(0, numPlane);
}
(endLoc, endRot) = GetRandomFromPlane(endIndex);
}
float angle = Quaternion.Angle(startRot, endRot);
while (angle < angleMin || angle > angleMax)
{
endIndex = startIndex;
while (startIndex == endIndex)
{
endIndex = Random.Range(0, numPlane);
}
(endLoc, endRot) = GetRandomFromPlane(endIndex);
angle = Quaternion.Angle(startRot, endRot);
}
Vector3 middleLoc = (startLoc + endLoc) / 2 +
new Vector3(Random.Range(-middlePointRange, middlePointRange),
Random.Range(-middlePointRange, middlePointRange),
Random.Range(-middlePointRange, middlePointRange));
int count = 0;
while (Vector3.Angle(middleLoc - startLoc, startRot * Vector3.forward) > 90 ||
Vector3.Angle(middleLoc - endLoc, endRot * Vector3.forward) > 90 ||
!Playspace.Instance.Inside(middleLoc)) // make sure path go into the space
{
middleLoc = (startLoc + endLoc) / 2 +
new Vector3(Random.Range(-middlePointRange, middlePointRange),
Random.Range(-middlePointRange, middlePointRange),
Random.Range(-middlePointRange, middlePointRange));
if (count++ > 50)
{
break;
}
}
spawner.setParams(startLoc, endLoc, startRot, endRot, middleLoc);
spawners.Add(Instantiate(trailAndBall, Vector3.zero, Quaternion.identity));
}
