//Richard
public GameObject[] getNeighbours_forBomb(IBubbleMatrix bubbleScript, Vector3 localPosition)
{
Vector3 rowCol = bubbleScript.GetRowCol();
//Debug.Log ("--x:"+rowCol.x+", y:"+rowCol.y);
GameObject[] neighbours = new GameObject[6];
//Left and Right
neighbours[0] = matrixBubble["x:"+(rowCol.x-1)+", y:"+(rowCol.y)] as GameObject;
//neighbours[0] = matrixBubble["x:"+(rowCol.x-2)+", y:"+(rowCol.y)] as GameObject;
neighbours[1] = matrixBubble["x:"+(rowCol.x+1)+", y:"+(rowCol.y)] as GameObject;
//neighbours[1] = matrixBubble["x:"+(rowCol.x+2)+", y:"+(rowCol.y)] as GameObject;
//Up and Down
neighbours[2] = matrixBubble["x:"+(rowCol.x)+", y:"+(rowCol.y-1)] as GameObject;
//neighbours[2] = matrixBubble["x:"+(rowCol.x)+", y:"+(rowCol.y-2)] as GameObject;
neighbours[3] = matrixBubble["x:"+(rowCol.x)+", y:"+(rowCol.y+1)] as GameObject;
//neighbours[3] = matrixBubble["x:"+(rowCol.x)+", y:"+(rowCol.y+2)] as GameObject;
if (rowCol.y % 2 == 0) {
//In a even row we see left
neighbours[4] = matrixBubble["x:"+(rowCol.x+1)+", y:"+(rowCol.y+1)] as GameObject;
neighbours[5] = matrixBubble["x:"+(rowCol.x+1)+", y:"+(rowCol.y-1)] as GameObject;
} else {
//In a odd row we see right
neighbours [4] = matrixBubble ["x:" + (rowCol.x - 1) + ", y:" + (rowCol.y + 1)] as GameObject;
neighbours [5] = matrixBubble ["x:" + (rowCol.x - 1) + ", y:" + (rowCol.y - 1)] as GameObject;
}
//Debug.Log (rowCol+""+neighbours[0]+"0");
//Debug.Log (rowCol+""+neighbours[1]+"1");
//Debug.Log (rowCol+""+neighbours[2]+"2");
//Debug.Log (rowCol+""+neighbours[3]+"3");
//Debug.Log (rowCol+""+neighbours[4]+"4");
//Debug.Log (rowCol+""+neighbours[5]+"5");
return neighbours;
}
public GameObject[] getNeighbours(IBubbleMatrix bubbleScript, Vector3 localPosition)
{
Vector3 rowCol = bubbleScript.GetRowCol();
return getNeighbours (rowCol);
}
