public void makeMove()
{
if (currentTries >= maxTriesTilGiveUp)
{
Debug.LogError("i give up");
gaveUp = true;
}
if (gaveUp)
{
return;
}
Vector2 gridPos = getGridPos();
if (gridPos == new Vector2(999, 999))
{
return;
}
GameObject gridObj = grid.gridTiles[System.Array.IndexOf(grid.gridPositions, gridPos)];
clickDetection gridPosClick = gridObj.GetComponent <clickDetection>();
if (gridPosClick.isAnO || gridPosClick.isAnX)
{
if (!gaveUp)
{
Debug.Log("try again, dipshit");
currentTries += 1;
makeMove();
}
}
else
{
grid.gridTiles[System.Array.IndexOf(grid.gridPositions, gridPos)].GetComponent <clickDetection>().placeO();
}
}
public void makeRandomMove()
{
clickDetection randomPosClick = grid.gridTiles[Random.Range(0, grid.gridTiles.Length - 1)].GetComponent <clickDetection>();
if (randomPosClick.isAnO || randomPosClick.isAnX)
{
makeRandomMove();
return;
}
else
{
randomPosClick.placeO();
}
}
public void makeHardMove()
{
int oppositeIndexNumber = (grid.gridPositions.Length - 1) - grid.lastXPlaced.GetComponent <clickDetection>().indexInArray;
clickDetection hardDecision = grid.gridTiles[oppositeIndexNumber].GetComponent <clickDetection>();
if (hardDecision.isAnO || hardDecision.isAnX)
{
makeRandomMove();
return;
}
else
{
hardDecision.placeO();
}
}
public void initiateGrid(int sizeOfGrid)
{
for (int x = 0; x < sizeOfGrid; x++)
{
for (int y = 0; y < sizeOfGrid; y++)
{
int arrayIndex = sizeOfGrid * x + y;
gridPositions[arrayIndex] = new Vector2(x, y);
worldPositions[arrayIndex] = new Vector2(x + x * gridSpacing, y + y * gridSpacing);
GameObject newClickDetector = Instantiate(ClickDetector, worldPositions[arrayIndex], Quaternion.identity, transform);
newClickDetector.name = arrayIndex.ToString();
gridTiles[arrayIndex] = newClickDetector;
clickDetection M_clickDetection = newClickDetector.GetComponent <clickDetection>();
M_clickDetection.indexInArray = arrayIndex;
M_clickDetection.tilePositionToGrid = gridPositions[arrayIndex];
}
}
}
