public string move()
{
if (dataCollector != null)
{
dataCollector.AddMove();
}
else
{
Debug.Log("Warning: DataCollector not found in scene.");
}
transform.Translate(direction * 2f * boardScalingFactor, Space.World);
//num_traversed_squares_player++;
string predictedSquareName = coordinatesToSquare(predictedSquare);
Debug.Log("MOVED TO " + predictedSquareName);
pathTrace += "-" + predictedSquareName;
Vector3 oldSquare = square;
square = predictedSquare;
/*
* if(!squares_explored_player_list.Contains(predictedSquareName)) {
* squares_explored_player_list.Add(predictedSquareName);
* } else {
* num_repeated_squares_player++;
* }
*/
predictedSquare.x = 2f * square.x - oldSquare.x;
predictedSquare.y = 2f * square.y - oldSquare.y;
return(predictedSquareName);
}
public string move()
{
dataCollector.AddMove();
transform.Translate(direction * 2f * boardScalingFactor, Space.World);
string predictedSquareName = coordinatesToSquare(predictedSquare);
Debug.Log("MOVED TO " + predictedSquareName);
Vector3 oldSquare = square;
square = predictedSquare;
predictedSquare.x = 2f * square.x - oldSquare.x;
predictedSquare.y = 2f * square.y - oldSquare.y;
return(predictedSquareName);
}
public string move()
{
if (dataCollector != null)
{
dataCollector.AddMove();
}
else
{
Debug.Log("Warning: DataCollector not found in scene.");
}
transform.Translate(direction * boardScalingFactor * 1.25f, Space.World);
string predictedSquareName = coordinatesToSquare(predictedSquare);
GameObject.Find("block" + predictedSquareName).GetComponent <SpriteRenderer>().color = Color.yellow;
//resultStr += predictedSquareName;
Vector3 oldSquare = square;
square = predictedSquare;
Debug.Log("Moved to " + coordinatesToSquare(square));
pathTrace += "-" + predictedSquareName;
int col, row;
if (predictedSquareName.Length > 2)
{
col = Convert.ToInt32(predictedSquareName.Substring(0, 2));
row = Convert.ToInt32(predictedSquareName.Substring(2, 1));
}
else
{
col = Convert.ToInt32(predictedSquareName.Substring(0, 1));
row = Convert.ToInt32(predictedSquareName.Substring(1, 1));
}
squares_explored[col, row] = true;
obstacles.Add(predictedSquareName);
predictedSquare.x = 2f * square.x - oldSquare.x;
predictedSquare.y = 2f * square.y - oldSquare.y;
return(predictedSquareName);
}