public static float GetDistanceScore(float baseDiscoveryRange, TowerPositionData towerPos)
{
float distanceInDistanceUnits = (towerPos.Distance / baseDiscoveryRange);
float DistanceScore = distanceInDistanceUnits + ((towerPos.DiscoveryRangeCycleNumber * baseDiscoveryRange) * StaticObjects.Instance.DistanceScoreMultiplier);
return(DistanceScore);
}
public static Dictionary <Vector2, TowerPositionData> CardinalTowersNoAnglesLoopOver(GameObject self, Dictionary <Vector2, TowerSlotController> allTowers, CardinalSet cardinalSet, int rangeCheckCyclesAmount)
{
Dictionary <Vector2, TowerPositionData> dict = new Dictionary <Vector2, TowerPositionData>();
Vector2 selfPosition = self.transform.position;
float towerDiscoveryRange = StaticObjects.Instance.TowerSize;
for (int i = 0; i < cardinalSet.length; i++)
{
dict.Add(cardinalSet.directionsClockwise[i], new TowerPositionData(null, 999f, 99));
foreach (var tower in allTowers)
{
if (tower.Value.name == self.name || tower.Value == null)
{
continue;
}
for (int ii = 1; ii < rangeCheckCyclesAmount; ii++)
{
float newDiscoveryRange = (towerDiscoveryRange * (float)ii);
TowerPositionQuery tq = new TowerPositionQuery(selfPosition, tower.Key, towerDiscoveryRange, newDiscoveryRange);
if (tower.Value.name == dict[cardinalSet.directionsClockwise[i]].TowerSlotGo?.name)
{
continue;
}
if (cardinalSet.discoveryConditionsClockwise[i](tq))
{
float d = Vector2.Distance(selfPosition, tower.Key);
TowerPositionData tempTowerPos = new TowerPositionData(tower.Value.gameObject, tower.Value, d, ii);
float currentDistanceScore =
GetDistanceScore(towerDiscoveryRange, dict[cardinalSet.directionsClockwise[i]]);
float candidateDistanceScore = GetDistanceScore(towerDiscoveryRange, tempTowerPos);
if (candidateDistanceScore < currentDistanceScore)
{
dict[cardinalSet.directionsClockwise[i]] = tempTowerPos;
}
}
}
}
}
return(dict);
}
public static Dictionary <Vector2, TowerPositionData> CardinalTowersNoAngles(GameObject self, Dictionary <Vector2, GameObject> allTowers, CardinalSet cardinalSet, float towerDiscoveryRange)
{
Dictionary <Vector2, TowerPositionData> dict = new Dictionary <Vector2, TowerPositionData>();
Vector2 selfPosition = self.transform.position;
Vector2 towerDiscoveryRangeY = new Vector2(0, towerDiscoveryRange);
Vector2 towerDiscoveryRangeX = new Vector2(towerDiscoveryRange, 0);
for (int i = 0; i < cardinalSet.length; i++)
{
dict.Add(cardinalSet.directionsClockwise[i], new TowerPositionData(null, 999f, i));
}
foreach (var item in allTowers)
{
if (item.Value.name == self.name || item.Value == null)
{
continue;
}
//Get UP tower
if (item.Key.y >= selfPosition.y + towerDiscoveryRange)
{
if (FindIfTowerInStraightPositionRangeXorY(selfPosition.x, item.Key.x, towerDiscoveryRange))
{
if (dict[DirectionsClockwise4[0]].Distance > Vector2.Distance(item.Key, selfPosition))
{
dict[DirectionsClockwise4[0]] = new TowerPositionData(item.Value, Vector2.Distance(item.Key, selfPosition + towerDiscoveryRangeY), 0);
}
}
}
//Get RIGHT tower
if (item.Key.x >= selfPosition.x + towerDiscoveryRange)
{
if (FindIfTowerInStraightPositionRangeXorY(selfPosition.y, item.Key.y, towerDiscoveryRange))
{
if (dict[DirectionsClockwise4[1]].Distance > Vector2.Distance(item.Key, selfPosition + towerDiscoveryRangeX))
{
dict[DirectionsClockwise4[1]] = new TowerPositionData(item.Value, Vector2.Distance(item.Key, selfPosition + towerDiscoveryRangeX), 1);
}
}
}
//get DOWN tower
if (item.Key.y <= selfPosition.y - towerDiscoveryRange)
{
if (FindIfTowerInStraightPositionRangeXorY(selfPosition.x, item.Key.x, towerDiscoveryRange))
{
if (dict[DirectionsClockwise4[2]].Distance > Vector2.Distance(item.Key, selfPosition))
{
dict[DirectionsClockwise4[2]] = new TowerPositionData(item.Value, Vector2.Distance(item.Key, selfPosition - towerDiscoveryRangeY), 2);
}
}
}
//Get LEFT tower
if (item.Key.x <= selfPosition.x - towerDiscoveryRange)
{
if (FindIfTowerInStraightPositionRangeXorY(selfPosition.y, item.Key.y, towerDiscoveryRange))
{
if (dict[DirectionsClockwise4[3]].Distance > Vector2.Distance(item.Key, selfPosition))
{
dict[DirectionsClockwise4[3]] = new TowerPositionData(item.Value, Vector2.Distance(item.Key, selfPosition - towerDiscoveryRangeX), 3);
}
}
}
}
return(dict);
}