private void Update()
{
Vector2 movement = Vector2.zero;
float x = Input.GetAxisRaw(_horizontalAxe);
float y = Input.GetAxisRaw(_verticalAxe);
MoveDirection direction = GetMoveDirection(x, y);
if (direction != MoveDirection.None)
{
DirectionSetting setting = settings[(int)direction];
float time = Time.unscaledTime;
if (_prevDirection == direction)
{
bool allow = setting.oneShotOnly == false && time > _prevTime + 1f / setting.actionPerSeconds;
if (!allow)
{
return;
}
}
_prevTime = time;
if (OnChangeDirection != null)
{
OnChangeDirection(direction);
}
}
_prevDirection = direction;
}
public Settings()
{
Direction = new DirectionSetting();
Distance = new DistanceSetting();
Overlap = new OverlapSetting();
Touch = new TouchSetting();
Contain = new ContainSetting();
Equal = new EqualSetting();
Log = new LogSetting();
RsTreeSetting = new RTreeSetting();
RsTreeSetting.SmallM = 10;
RsTreeSetting.BigM = 20;
//Direction.PositiveOffset = 0.0001;
//Direction.RaysPerSquareMeter = 300;
//Distance.RoundToZero = 0.00001;
//Distance.GlobalThreshold = 3;
//Touch.PositiveOffset = 10;
//Touch.NegativeOffsetAsRatio = 1;
//Equal.GlobalThreshold = 0.50;
//Equal.SamplePerSquareMeter = 10;
}
public static bool PathExists(TileManager.Tile startTile, TileManager.Tile endTile, bool breakTooLong, int breakAfterTiles, WalkableSetting walkableSetting, DirectionSetting directionSetting)
{
PathfindingTile currentTile = new PathfindingTile(startTile, null, 0);
List <PathfindingTile> frontier = new List <PathfindingTile>()
{
currentTile
};
List <PathfindingTile> checkedTiles = new List <PathfindingTile>()
{
currentTile
};
int breakCounter = 0;
while (frontier.Count > 0)
{
currentTile = frontier[0];
frontier.RemoveAt(0);
if (breakTooLong)
{
if (breakCounter >= breakAfterTiles)
{
break;
}
breakCounter += 1;
}
if (currentTile.tile == endTile)
{
return(true);
}
foreach (TileManager.Tile nTile in (directionSetting == DirectionSetting.Horizontal ? currentTile.tile.horizontalSurroundingTiles : (directionSetting == DirectionSetting.Diagonal ? currentTile.tile.diagonalSurroundingTiles : currentTile.tile.surroundingTiles)))
{
if (nTile != null && checkedTiles.Find(o => o.tile == nTile) == null && (walkableSetting == WalkableSetting.Walkable ? nTile.walkable : (walkableSetting != WalkableSetting.NonWalkable || !nTile.walkable)))
{
PathfindingTile pTile = new PathfindingTile(nTile, null, Vector2.Distance(nTile.obj.transform.position, endTile.obj.transform.position));
frontier.Add(pTile);
checkedTiles.Add(pTile);
}
}
frontier = frontier.OrderBy(o => o.cost).ToList();
}
return(false);
}
