private void SpawnGoal(MapSquare firstSquare)
{
MapSquare[] allSquares = FindObjectsOfType <MapSquare>();
List <MapSquare> activeSquares = new List <MapSquare>();
// get the distance for each square
foreach (MapSquare square in allSquares)
{
if (square.IsActive())
{
square.SetTemporaryPositionMeasurement(firstSquare.GetDistanceToTargetSquare(square));
activeSquares.Add(square);
}
}
activeSquares.Sort(SortByDistance);
int longestDistance = activeSquares[activeSquares.Count - 1].GetDistanceMeasurement();
// then narrow down our options to distance = the most, or distance = the most - 1
List <MapSquare> potentialGoalSquares = new List <MapSquare>();
foreach (MapSquare square in activeSquares)
{
if (square.GetDistanceMeasurement() >= longestDistance - 1)
{
potentialGoalSquares.Add(square);
}
}
potentialGoalSquares[Random.Range(0, potentialGoalSquares.Count)].SetGoalSquare();
}
private MapSquare SetExtractionPoint()
{
MapSquare[] allSquares = FindObjectsOfType <MapSquare>();
List <MapSquare> activeSquares = new List <MapSquare>();
// get the distance for each square
foreach (MapSquare square in allSquares)
{
if (square.IsActive())
{
square.SetTemporaryPositionMeasurement(currentSquare.GetDistanceToTargetSquare(square));
activeSquares.Add(square);
}
}
activeSquares.Sort(SortByDistance);
int longestDistance = activeSquares[activeSquares.Count - 1].GetDistanceMeasurement();
// then narrow down our options to distance = the most, or distance = the most - 1
List <MapSquare> potentialExtractionSquares = new List <MapSquare>();
foreach (MapSquare square in activeSquares)
{
if (square.GetDistanceMeasurement() >= longestDistance - 1)
{
potentialExtractionSquares.Add(square);
}
}
MapSquare extractionSquare = potentialExtractionSquares[Random.Range(0, potentialExtractionSquares.Count)];
return(extractionSquare);
}