public NodeCluster(AbstractGrid newAbstractGrid, int newSize, int newX, int newZ)
{
xVal = newX;
zVal = newZ;
clusterSize = newSize;
mainAbstractGrid = newAbstractGrid;
}
public NodeCluster(AbstractGrid newAbstractGrid, int newSize, int newX, int newZ)
{
xVal = newX;
zVal = newZ;
clusterSize = newSize;
mainAbstractGrid = newAbstractGrid;
}
private void InitializeGrid()
{
CreateHeightMap();
int newX = (int)transform.position.x;
for (int i = 0; i < gridSize; ++i)
{
SpawnX(newX);
newX++;
}
AssignAllNeighboors();
abstractGrid = CreateAbstractGrid();
for (int i = 0; i < connectors.Length; i++)
{
if (connectors[i] != null)
{
connectors[i].SetAbstractGrid(this);
}
}
connectionGrid.ManageGridList(this);
SetPermanentNodes();
CreatePhysicalNodes();
}
private void InitializeGrid()
{
CreateNodes();
AssignAllNeighboors();
abstractGrid = CreateAbstractGrid();
}
/*
* Set AbstractGrid variables for this Class
* When both variables are set, Initialize is called
*/
public void SetAbstractGrid(Grid newGrid)
{
if (newGrid == grid_01)
{
abstractGrid_01 = newGrid.abstractGrid;
}
if (newGrid == grid_02)
{
abstractGrid_02 = grid_02.abstractGrid;
}
if (abstractGrid_01 != null && abstractGrid_02 != null)
{
Initialize();
}
}
/*
* Set AbstractGrid variables for this Class
* When both variables are set, Initialize is called
*/
public void SetAbstractGrid(Grid newGrid)
{
if (newGrid == grid_01)
{
abstractGrid_01 = newGrid.abstractGrid;
}
if (newGrid == grid_02)
{
abstractGrid_02 = grid_02.abstractGrid;
}
if (abstractGrid_01 != null && abstractGrid_02 != null)
{
Initialize();
}
}
public NodeCluster(AbstractGrid newAbstractGrid, int newSize, Vector3 gridLocation, Vector3 cubeLocation, Vector3 sphereLocation)
{
clusterSize = newSize;
mainAbstractGrid = newAbstractGrid;
xVal = (int)gridLocation.x;
yVal = (int)gridLocation.y;
zVal = (int)gridLocation.z;
gridCoordinates = gridLocation;
cubeCoordinates = cubeLocation;
sphereCoordinates = sphereLocation;
centerNode = mainAbstractGrid.mainGrid.LookUpNode(gridLocation.x + clusterSize / 2, gridLocation.z + clusterSize / 2);
centerGridCoordinates = centerNode.gridCoordinates;
centerCubeCoordinates = centerNode.cubeCoordinates; //SphereGrid.GridToCubeCoordinates(centerNode);
centerSphereCoordinates = centerNode.sphereCoordinates; // SphereGrid.CubeToSphereCoordinates(centerCubeCoordinates);
}
public NodeCluster(AbstractGrid newAbstractGrid, int newSize, Vector3 gridLocation, Vector3 cubeLocation, Vector3 sphereLocation)
{
clusterSize = newSize;
mainAbstractGrid = newAbstractGrid;
xVal = (int)gridLocation.x;
yVal = (int)gridLocation.y;
zVal = (int)gridLocation.z;
gridCoordinates = gridLocation;
cubeCoordinates = cubeLocation;
sphereCoordinates = sphereLocation;
Node centerNode = mainAbstractGrid.mainGrid.LookUpNode(gridLocation.x + clusterSize / 2, gridLocation.z + clusterSize / 2);
centerGridCoordinates = centerNode.gridCoordinates;
centerCubeCoordinates = SphereGrid.GridToCubeCoordinates(centerNode);
centerSphereCoordinates = SphereGrid.CubeToSphereCoordinates(centerCubeCoordinates);
}
/**
* Internal initialisation.
*/
void Awake(){
target = transform;
myPosition = target.position;
grid = GameObject.FindObjectOfType(typeof(AbstractGrid)) as AbstractGrid;
}
/**
* Internal initialisation.
*/
void Awake()
{
target = transform;
myPosition = target.position;
grid = GameObject.FindObjectOfType(typeof(AbstractGrid)) as AbstractGrid;
}
private void InitializeGrid()
{
CreateHeightMap();
int newX = (int)transform.position.x;
for (int i = 0; i < gridSize; ++i)
{
SpawnX(newX);
newX++;
}
AssignAllNeighboors();
abstractGrid = CreateAbstractGrid();
for (int i = 0; i < connectors.Length; i++)
{
if(connectors[i]!=null)
connectors[i].SetAbstractGrid(this);
}
connectionGrid.ManageGridList(this);
SetPermanentNodes();
CreatePhysicalNodes();
}
private void InitializeGrid()
{
CreateNodes();
AssignAllNeighboors();
abstractGrid = CreateAbstractGrid();
}
