// Populates the world with asteroids of predefined locations; and decide if they should be enabled according to startingOct
public void populateAsteroids(List <int> startingOct)
{
UnityEngine.Vector3 [] asteroidLocOne = new UnityEngine.Vector3[UnityConstants.treeNum];
UnityEngine.Vector3 [] asteroidLocTwo = new UnityEngine.Vector3[UnityConstants.treeNum];
asteroids = new Transform[UnityConstants.treeNum * UnityConstants.scenarioNum];
// for the demo, the trick is that asteroids are statically located in fixed positions.
for (int i = 0; i < UnityConstants.treeNum; i++)
{
asteroidLocOne [i] = UnityConstants.startingLocOne + UnityConstants.asteroidOffset[i];
asteroidLocTwo [i] = UnityConstants.startingLocTwo + UnityConstants.asteroidOffset[i];
}
for (int i = 0; i < UnityConstants.treeNum; i++)
{
asteroids [i] = AsteroidInstantiate.MakeAnAsteroid("asteroid" + i.ToString(), asteroidLocOne [i], true);
if (!inOct((int)asteroids [i].position.x, (int)asteroids [i].position.y, (int)asteroids [i].position.z, startingOct))
{
toggleVisibility(asteroids [i], false);
}
}
for (int i = UnityConstants.treeNum; i < UnityConstants.treeNum * UnityConstants.scenarioNum; i++)
{
asteroids [i] = AsteroidInstantiate.MakeAnAsteroid("asteroid" + i.ToString(), asteroidLocTwo [i - UnityConstants.treeNum], true);
if (!inOct((int)asteroids [i].position.x, (int)asteroids [i].position.y, (int)asteroids [i].position.z, startingOct))
{
toggleVisibility(asteroids [i], false);
}
}
}
public void Start()
{
UnityConstants.init();
selfTransform = GameObject.Find(UnityConstants.selfTransformPath).transform;
playersParentTransform = GameObject.Find(UnityConstants.playerParentPath).transform;
minimapCamera = GameObject.Find(UnityConstants.selfTransformPath + UnityConstants.minimapCameraPath).transform;
renderString = Constants.DefaultRenderString;
AsteroidInstantiate.init();
playerTransform = GameObject.Find(UnityConstants.playerTransformPath).transform;
cubeTransform = GameObject.Find(UnityConstants.cubeTransformPath).transform;
UnityEngine.Vector3 dollPosUnity = UnityConstants.startingLocOne;
transform.position = dollPosUnity;
remap.NDNMOG.DiscoveryModule.Vector3 dollPos = new remap.NDNMOG.DiscoveryModule.Vector3(dollPosUnity.x, dollPosUnity.y, dollPosUnity.z);
List <int> startingOct = CommonUtility.getOctantIndicesFromVector3(dollPos);
populateAsteroids(startingOct);
log = new Logging(playerName, UnityConstants.gameLogName, UnityConstants.libraryLogName);
if (!readConfFromFile(UnityConstants.configFilePath))
{
playerName = "default";
log.writeLog("Didn't parse config file, using default as name.");
}
if (loggingLevel != UnityConstants.LoggingLevelNone)
{
log.level_ = LoggingLevel.All;
}
else
{
log.level_ = LoggingLevel.None;
}
instance = new Instance(startingOct, playerName, dollPos, setPosCallback, log.libraryWriteCallback, infoCallback, null, null, null, renderString, hubPrefix);
instance.discovery();
instantiated = true;
// instance is interested in its starting location
trackOctant(startingOct);
// set playerName for label: this is the full name of the local player.
GameObject.Find(UnityConstants.playerTransformPath + UnityConstants.labelTransformPath).guiText.text = instance.getSelfGameEntity().getHubPrefix() + "/" + Constants.PlayersPrefix + "/" + playerName;
GameObject entity = GameObject.Find(UnityConstants.playerTransformPath + UnityConstants.dollPath);
if (entity != null)
{
string path = "Materials/" + renderString;
Material unityMaterial = Resources.Load(path, typeof(Material)) as Material;
if (unityMaterial != null)
{
entity.GetComponent <MeshRenderer> ().material = unityMaterial;
}
}
}