public static List <T> TileRandomFill <T>(this T[,] tileArray, System.Random seed, TileAxis originAxis, Action <T> OnEachFill, Predicate <T> availableAxis, int fillCount) where T : class, ITileAxis
{
List <T> targetList = new List <T>();
T targetAdd = tileArray.Get(originAxis);
OnEachFill(targetAdd);
targetList.Add(targetAdd);
for (int i = 0; i < fillCount; i++)
{
T temp = targetList[i];
m_EdgeDirections.TraversalRandomBreak((enum_TileDirection randomDirection) => {
TileAxis axis = temp.m_Axis.DirectionAxis(randomDirection);
if (axis.InRange(tileArray))
{
targetAdd = tileArray.Get(axis);
if (availableAxis(targetAdd))
{
OnEachFill(targetAdd);
targetList.Add(targetAdd);
return(true);
}
}
return(false);
}, seed);
}
return(targetList);
}
public static bool ArrayNearbyContains <T>(this T[,] tileArray, TileAxis origin, Predicate <T> predicate) where T : class, ITileAxis
{
TileAxis[] nearbyTiles = origin.nearbyFourTiles;
for (int i = 0; i < nearbyTiles.Length; i++)
{
if (origin.InRange(tileArray) && !predicate(tileArray.Get(nearbyTiles[i])))
{
return(false);
}
}
return(true);
}
public static void PathFindForClosestApproch <T>(this T[,] tileArray, T t1, T t2, List <T> tilePathsAdd, Action <T> OnEachTilePath = null, Predicate <T> stopPredicate = null, Predicate <T> invalidPredicate = null) where T : class, ITileAxis //Temporary Solution, Not Required Yet
{
if (!t1.m_Axis.InRange(tileArray) || !t2.m_Axis.InRange(tileArray))
{
Debug.LogError("Error Tile Not Included In Array");
}
tilePathsAdd.Add(t1);
TileAxis startTile = t1.m_Axis;
for (; ;)
{
TileAxis nextTile = startTile;
float minDistance = (startTile - t2.m_Axis).SqrMagnitude;
float offsetDistance;
TileAxis offsetTile;
TileAxis[] nearbyFourTiles = startTile.nearbyFourTiles;
for (int i = 0; i < nearbyFourTiles.Length; i++)
{
offsetTile = nearbyFourTiles[i];
offsetDistance = (offsetTile - t2.m_Axis).SqrMagnitude;
if (offsetTile.InRange(tileArray) && offsetDistance < minDistance)
{
nextTile = offsetTile;
minDistance = offsetDistance;
}
}
if (nextTile == t2.m_Axis || (stopPredicate != null && stopPredicate(tileArray.Get(nextTile))))
{
tilePathsAdd.Add(tileArray.Get(nextTile));
break;
}
if (invalidPredicate != null && invalidPredicate(tileArray.Get(nextTile)))
{
tilePathsAdd.Clear();
break;
}
startTile = nextTile;
T tilePath = tileArray.Get(startTile);
OnEachTilePath?.Invoke(tilePath);
tilePathsAdd.Add(tilePath);
if (tilePathsAdd.Count > tileArray.Length)
{
Debug.LogError("Error Path Found Failed");
break;
}
}
}
public static Dictionary <enum_TileDirection, T> GetDirectionAxies <T>(int width, int height, TileAxis centerAxis, List <enum_TileDirection> directions, Func <TileAxis, T> OnItemGet)
{
Dictionary <enum_TileDirection, T> axisList = new Dictionary <enum_TileDirection, T>();
directions.Traversal((enum_TileDirection direction) => {
TileAxis targetAxis = centerAxis.DirectionAxis(direction);
if (targetAxis.X < 0 || targetAxis.Y < 0 || targetAxis.X >= width || targetAxis.Y >= height)
{
return;
}
axisList.Add(direction, OnItemGet(targetAxis));
});
return(axisList);
}
public static enum_TileDirection OffsetDirection(this TileAxis sourceAxis, TileAxis targetAxis)
{
TileAxis offset = targetAxis - sourceAxis;
if (offset.Y == 0)
{
return(offset.X < 0 ? enum_TileDirection.Left : enum_TileDirection.Right);
}
if (offset.X == 0)
{
return(offset.Y > 0 ? enum_TileDirection.Top : enum_TileDirection.Bottom);
}
return(enum_TileDirection.Invalid);
}
public static List <TileAxis> GetDirectionAxies(int width, int height, TileAxis centerAxis, List <enum_TileDirection> directions)
{
List <TileAxis> axisList = new List <TileAxis>();
directions.Traversal((enum_TileDirection direction) => {
TileAxis targetAxis = centerAxis.DirectionAxis(direction);
if (targetAxis.X < 0 || targetAxis.Y < 0 || targetAxis.X >= width || targetAxis.Y >= height)
{
return;
}
axisList.Add(targetAxis);
});
return(axisList);
}
public static bool Get <T>(this T[,] tileArray, TileAxis axis, TileAxis size, ref List <T> tileList) where T : class
{
tileList.Clear();
for (int i = 0; i < size.X; i++)
{
for (int j = 0; j < size.Y; j++)
{
if (!InRange(axis + new TileAxis(i, j), tileArray))
{
return(false);
}
tileList.Add(tileArray.Get(axis + new TileAxis(i, j)));
}
}
return(true);
}
public static List <TileAxis> GetAxisRange(int width, int height, TileAxis start, TileAxis end)
{
List <TileAxis> axisList = new List <TileAxis>();
for (int i = start.X; i <= end.X; i++)
{
for (int j = start.Y; j <= end.Y; j++)
{
if (i < 0 || j < 0 || i >= width || j >= height)
{
continue;
}
axisList.Add(new TileAxis(i, j));
}
}
return(axisList);
}
public static List <TileAxis> GetAxisRange(int width, int height, TileAxis centerAxis, int radius)
{
List <TileAxis> axisList = new List <TileAxis>();
int sqrRadius = radius * radius;
for (int i = 0; i < width; i++)
{
for (int j = 0; j < height; j++)
{
if ((centerAxis - new TileAxis(i, j)).SqrMagnitude > sqrRadius)
{
continue;
}
axisList.Add(new TileAxis(i, j));
}
}
return(axisList);
}
public bool Intersects(TileBounds targetBounds)
{
TileAxis[] sourceAxies = new TileAxis[] { m_Origin, m_End, m_Origin + new TileAxis(m_Size.X, 0), m_Origin + new TileAxis(0, m_Size.Y) };
for (int i = 0; i < sourceAxies.Length; i++)
{
if (targetBounds.Contains(sourceAxies[i]))
{
return(true);
}
}
TileAxis[] targetAxies = new TileAxis[] { targetBounds.m_Origin, targetBounds.m_End, targetBounds.m_Origin + new TileAxis(targetBounds.m_Size.X, 0), targetBounds.m_Origin + new TileAxis(0, targetBounds.m_Size.Y) };
for (int i = 0; i < targetAxies.Length; i++)
{
if (Contains(targetAxies[i]))
{
return(true);
}
}
return(false);
}
public static bool CheckIsEdge <T>(this T[,] tileArray, TileAxis axis) where T : class, ITileAxis => axis.X == 0 || axis.X == tileArray.GetLength(0) - 1 || axis.Y == 0 || axis.Y == tileArray.GetLength(1) - 1;
public static int Get1DAxisIndex(TileAxis axis, int width) => AxisDimensionTransformation(axis.X, axis.Y, width);
public static TileAxis DirectionAxis(this TileAxis sourceAxis, enum_TileDirection direction) => sourceAxis + m_DirectionAxies[direction];
public static Vector3 GetLocalPosBySizeAxis(TileAxis directionedSize) => new Vector3(directionedSize.X, 0, directionedSize.Y);
public static Vector3 GetUnitScaleBySizeAxis(TileAxis directionedSize, int tileSize) => new Vector3(directionedSize.X, 1, directionedSize.Y) * tileSize;
public static bool InRange <T>(this TileAxis originSize, TileAxis sizeAxis, T[,] range) => InRange <T>(originSize + sizeAxis, range);
public static T Get <T>(this T[,] tileArray, TileAxis axis) where T : class => axis.InRange(tileArray) ? tileArray[axis.X, axis.Y] : null;
public bool Contains(TileAxis axis) => axis.X >= m_Origin.X && axis.X <= m_End.X && axis.Y >= m_Origin.Y && axis.Y <= m_End.Y;
public static TileAxis GetDirectionedSize(TileAxis size, enum_TileDirection direction) => (int)direction % 2 == 0 ? size : size.Inverse();
public TileBounds(TileAxis origin, TileAxis size)
{
m_Origin = origin;
m_Size = size;
m_End = m_Origin + m_Size;
}
public static bool InRange <T>(this TileAxis axis, T[,] range) => axis.X >= 0 && axis.X < range.GetLength(0) && axis.Y >= 0 && axis.Y < range.GetLength(1);