private static List <TilePosition> FindBorder(IObstacleInfo obstacleInfo)
{
ObstacleConfigData data = null;
if (obstacleInfo is IBuildingInfo)
{
data = ConfigInterface.Instance.BuildingConfigHelper.GetBuildingData(((IBuildingInfo)obstacleInfo).BuildingType, 0);
}
else
{
data = ConfigInterface.Instance.RemovableConfigHelper.GetRemovableObjectData(((IRemovableObjectInfo)obstacleInfo).ObjectType);
}
List <TilePosition> obstacleList = new List <TilePosition>();
int minRow = 255;
int maxRow = -255;
int minColumn = 255;
int maxColumn = -255;
foreach (ConfigUtilities.Structs.TilePoint obstacle in data.ActorObstacleList)
{
minRow = Mathf.Min(minRow, obstacle.row);
maxRow = Mathf.Max(maxRow, obstacle.row);
minColumn = Mathf.Min(minColumn, obstacle.column);
maxColumn = Mathf.Max(maxColumn, obstacle.column);
obstacleList.Add(obstacle.ConvertToTilePosition());
}
return(FindBorder(obstacleList, minRow, maxRow, minColumn, maxColumn));
}
private static List <TilePosition> Inflate(IObstacleInfo obstacleInfo, bool isActor)
{
ObstacleConfigData data = null;
if (obstacleInfo is IBuildingInfo)
{
data = ConfigInterface.Instance.BuildingConfigHelper.GetBuildingData(((IBuildingInfo)obstacleInfo).BuildingType, 0);
}
else
{
data = ConfigInterface.Instance.RemovableConfigHelper.GetRemovableObjectData(((IRemovableObjectInfo)obstacleInfo).ObjectType);
}
List <TilePosition> obstacleList = new List <TilePosition>();
if (isActor)
{
foreach (ConfigUtilities.Structs.TilePoint obstacle in data.ActorObstacleList)
{
obstacleList.Add(obstacle.ConvertToTilePosition());
}
}
else
{
foreach (ConfigUtilities.Structs.TilePoint obstacle in data.BuildingObstacleList)
{
obstacleList.Add(obstacle.ConvertToTilePosition());
}
}
List <TilePosition> inflateList = new List <TilePosition>();
foreach (TilePosition obstacle in obstacleList)
{
TilePosition up = new TilePosition(obstacle.Column, obstacle.Row - 1);
TilePosition down = new TilePosition(obstacle.Column, obstacle.Row + 1);
TilePosition left = new TilePosition(obstacle.Column - 1, obstacle.Row);
TilePosition right = new TilePosition(obstacle.Column + 1, obstacle.Row);
TilePosition leftUp = new TilePosition(obstacle.Column - 1, obstacle.Row - 1);
TilePosition rightUp = new TilePosition(obstacle.Column + 1, obstacle.Row - 1);
TilePosition leftDown = new TilePosition(obstacle.Column - 1, obstacle.Row + 1);
TilePosition rightDown = new TilePosition(obstacle.Column + 1, obstacle.Row + 1);
if (!obstacleList.Contains(up) && !inflateList.Contains(up))
{
inflateList.Add(up);
}
if (!obstacleList.Contains(down) && !inflateList.Contains(down))
{
inflateList.Add(down);
}
if (!obstacleList.Contains(left) && !inflateList.Contains(left))
{
inflateList.Add(left);
}
if (!obstacleList.Contains(right) && !inflateList.Contains(right))
{
inflateList.Add(right);
}
if (!obstacleList.Contains(leftUp) && !inflateList.Contains(leftUp))
{
inflateList.Add(leftUp);
}
if (!obstacleList.Contains(rightUp) && !inflateList.Contains(rightUp))
{
inflateList.Add(rightUp);
}
if (!obstacleList.Contains(leftDown) && !inflateList.Contains(leftDown))
{
inflateList.Add(leftDown);
}
if (!obstacleList.Contains(rightDown) && !inflateList.Contains(rightDown))
{
inflateList.Add(rightDown);
}
}
List <TilePosition> result = new List <TilePosition>();
result.AddRange(obstacleList);
result.AddRange(inflateList);
return(result);
}
