public void SetWalkability(Position position, bool isWalkable)
{
float walkability = isWalkable ? 1f : 0f;
_walkability.Set(position, walkability);
_positionFlags.Set(position, 1);
_pathfindingDataHolder.UpdateWalkability(position, walkability);
}
public override IEnumerator Recalculating()
{
MatrixFloat walkabilityMap = _context.Walkability;
foreach (Position cellMiddle in _waterMap.AllCellMiddles())
{
if (Math.Abs(_waterMap.Get(cellMiddle) - WaterIngredientGenerator.Ground) < 0.01f)
{
Values.Set(cellMiddle, 1f);
walkabilityMap.Set(cellMiddle, 1f);
}
else
{
Values.Set(cellMiddle, 0f);
walkabilityMap.Set(cellMiddle, 0f);
}
}
yield return(new WaitForSeconds(0.1f));
}
private Position BuildHouse(Area area)
{
bool ValidForBeingDoor(Position position)
=> position.y == area.Bounds.yMin && position.x > area.Bounds.xMin && position.x < area.Bounds.xMax - 1;
Position doorPosition = RepeatedActionExecutor.Execute(() =>
{
var position = _rng.Choice(area.Perimeter);
return(ValidForBeingDoor(position), position);
});
foreach (Position position in area.Perimeter)
{
if (position != doorPosition)
{
Construct(position, House, _tileset.Wall);
}
else
{
Construct(position, -1f, null);
}
}
OsnowaBaseTile roofBaseTile = _tileset.Roof;
foreach (Position housePosition in area.Positions)
{
Construct(housePosition, -1f, roofBaseTile);
if (housePosition != doorPosition)
{
_grid.SetWalkability(housePosition, 0f);
_walkability.Set(housePosition, 0f);
}
}
BoundsInt boundsForRoofAdditions = area.Bounds;
++boundsForRoofAdditions.xMin;
++boundsForRoofAdditions.yMin;
--boundsForRoofAdditions.xMax;
--boundsForRoofAdditions.yMax;
return(doorPosition);
}