// Use this for initialization
public void Init(Quad q)
{
_planet = QTManager.Instance.activePlanet;
_planet.map.GenerateMap(QTManager.Instance.activePlanet.seed + (int)q);
heightMap = _planet.map.GetHeightMap();
activeNodeListArray = new List <QTNode> [_planet.maxLodLevel + 1];
allNodeListArray = new List <QTNode> [_planet.maxLodLevel + 1];
for (int i = 0; i <= _planet.maxLodLevel; i++)
{
activeNodeListArray [i] = new List <QTNode> ();
allNodeListArray [i] = new List <QTNode> ();
}
_rootNode = new RootNode(_planet.sphereDiameter);
TryGenerateBorder();
CalculateMesh();
}
public void Init(QTNode parent, int quadrantID)
{
QTTerrain activeTerrain = QTManager.Instance.activeTerrain;
QTPlanet activePlanet = QTManager.Instance.activePlanet;
this.parent = parent;
lodLevel = parent.lodLevel - 1;
this.quadrantID = quadrantID;
length = parent.length * 0.5f;
float offSet = length * 0.5f;
center = new Vector3(parent.center.x + ((quadrantID == 0 || quadrantID == 3) ? offSet : -offSet), parent.center.y,
parent.center.z + ((quadrantID == 0 || quadrantID == 1) ? offSet : -offSet));
sphereCenter = MathExtra.FastNormalize(center) * activePlanet.sphereRadius;
sphereLength = activePlanet.lengthArray[this.lodLevel];
if (parent.borderStatus != BorderStatus.NotBorder)
{
if (((parent.borderStatus & BorderStatus.UpBorder) == BorderStatus.UpBorder) && (quadrantID == 0 || quadrantID == 1))
{
borderStatus &= BorderStatus.UpBorder;
}
if (((parent.borderStatus & BorderStatus.RightBorder) == BorderStatus.RightBorder) && (quadrantID == 0 || quadrantID == 3))
{
borderStatus &= BorderStatus.RightBorder;
}
if (((parent.borderStatus & BorderStatus.DownBorder) == BorderStatus.DownBorder) && (quadrantID == 2 || quadrantID == 3))
{
borderStatus &= BorderStatus.DownBorder;
}
if (((parent.borderStatus & BorderStatus.LeftBorder) == BorderStatus.LeftBorder) && (quadrantID == 1 || quadrantID == 2))
{
borderStatus &= BorderStatus.LeftBorder;
}
}
fullGenerateWidth = ((parent.fullGenerateWidth - 1) >> 1) + 1;
fullGenerateOffset = fullGenerateWidth - 1;
switch (quadrantID)
{
case 0:
fullGenerateOrigin = parent.fullGenerateOrigin + new Vector2(fullGenerateOffset, fullGenerateOffset);
break;
case 1:
fullGenerateOrigin = parent.fullGenerateOrigin + new Vector2(0, fullGenerateOffset);
break;
case 2:
fullGenerateOrigin = parent.fullGenerateOrigin;
break;
case 3:
fullGenerateOrigin = parent.fullGenerateOrigin + new Vector2(this.fullGenerateOffset, 0);
break;
}
//terrainCenter = sphereCenter*(1f+activeTerrain.heightMap[activePlanet.vectorToHeightMapTable[ (int)((fullGenerateOrigin.x+(int)(fullGenerateOffset/2f))*activePlanet.mapScale),
// (int)((fullGenerateOrigin.y+(int)(fullGenerateOffset/2f))*activePlanet.mapScale) ]]*activePlanet.heightScale);
//terrainCenter = activeTerrain.transform.TransformPoint(terrainCenter);
sphereCenter = activeTerrain.transform.TransformPoint(sphereCenter);
fullGenerateOffset /= activePlanet.splitCount;
activeTerrain.allNodeListArray [lodLevel].Add(this);
CheckForLOD();
}
public void Enter(QTPlanet planet)
{
activePlanet = planet;
planet.Enter();
}
