private bool ToBool(LocationTileType value)
{
switch (value)
{
case LocationTileType.Border:
case LocationTileType.Space:
return(true);
case LocationTileType.None:
return(false);
default:
throw new InvalidOperationException(value.ToString());
}
}
public LocationTileType[,] GetBlockNeighbours(Vector2Int pos)
{
LocationTileType[,] neighbours = new LocationTileType[3, 3];
for (int i = pos.Y - 1; i <= pos.Y + 1; ++i)
{
for (int j = pos.X - 1; j <= pos.X + 1; ++j)
{
if (locationsMap.IsOnMap(new Vector2Int(j, i)))
{
neighbours[i - pos.Y + 1, j - pos.X + 1] = ShapeMap[i, j];
}
else
{
neighbours[i - pos.Y + 1, j - pos.X + 1] = LocationTileType.None;
}
}
}
return(neighbours);
}
public LocationShape(TilesMap tilesMap, LocationsMap locationsMap, Random random, Vector2Int position, int shapeSize)
{
this.locationsMap = locationsMap;
LocationShapeGenerator locationShapeGenerator = new LocationShapeGenerator(tilesMap, locationsMap, random);
bool[,] shapeMap = locationShapeGenerator.RandomLocationShape(position, shapeSize);
LocationShapeSmoother locationShapeSmoother = new LocationShapeSmoother(locationsMap);
AllTilesPositions = locationShapeSmoother.SmoothLocationShape(shapeMap);
LocationShapeBorderSelector locationShapeBorderSelector = new LocationShapeBorderSelector(locationsMap, shapeMap, AllTilesPositions);
BorderTilesPositions = locationShapeBorderSelector.ShapeBorder;
NeighboringLocations = locationShapeBorderSelector.NeighboringLocations;
SpaceTilesPositions = new List <Vector2Int>(AllTilesPositions);
BorderTilesPositions.ForEach(block => SpaceTilesPositions.Remove(block));
ShapeMap = new LocationTileType[locationsMap.Height, locationsMap.Width];
SpaceTilesPositions.ForEach(tile => ShapeMap[tile.Y, tile.X] = LocationTileType.Space);
BorderTilesPositions.ForEach(tile => ShapeMap[tile.Y, tile.X] = LocationTileType.Border);
}
public LocationTile(LocationTileType locationTileType)
{
LocationTileType = locationTileType;
}
