public override void Generate(GridMaintaner gridMaintaner)
{
if (_pointOfInterestPrefabs.Count == 0)
{
GrabPOIPrefabs();
}
#region TEMP
List <Vector2Int> points = gridMaintaner.GetComponent <TEMP_SpecificPointsOfInterest>().Points;
foreach (Vector2Int point in points)
{
PointOfInterest poi = _pointOfInterestPrefabs[PointsOfInterest.POIType.DEAD_END];
List <Vector2Int> offsets = poi.GetPointOffsets();
foreach (Vector2Int offset in offsets)
{
TileAttributes attr = gridMaintaner.GetTileAt(point + offset);
attr.SetOpenDirections(poi.GetOpenDirectionsOfTile(offset));
attr.SetTileType(Attributes.TileType.POINT_OF_INTEREST);
}
TileAttributes ti = gridMaintaner.GetTileAt(point);
ti.SetTileType(Attributes.TileType.POINT_OF_INTEREST_MAIN);
}
#endregion
LogSuccess("points of interest");
}
public override void Generate(GridMaintaner gridMaintaner)
{
TileAttributes tile = gridMaintaner.GetTileAt(Vector2Int.zero);
tile.SetTileType(Attributes.TileType.STARTING_TILE);
tile.SetOpenDirections(Attributes.OpenDirections.ALL);
LogSuccess("first tile");
}
public override void InterpretAttributes(KeyValuePair <Vector2Int, TileAttributes> attributes)
{
#if LOG_INTERPRETATION
if (!attributes.Value.IsTileType(Attributes.TileType.STARTING_TILE))
{
Debug.LogWarning("[INTERPRETATION]: Attempted to interpret first tile attribute when first tile attribute was not present!");
return;
}
#endif
Vector3 pos = GridMaintaner.GetGridPositionOf(attributes.Key);
Instantiate(_firstTile, pos, Quaternion.identity);
LogSuccess("first tile");
}
public override void InterpretAttributes(KeyValuePair <Vector2Int, TileAttributes> attributes)
{
#if LOG_INTERPRETATION
if (attributes.Value.GetTileType() < Attributes.TileType.POINT_OF_INTEREST)
{
Debug.LogWarning("[INTERPRETATION]: Attempted to interpret point of interest attibute when point of interest attribute was not present!");
return;
}
#endif
Vector3 pos = GridMaintaner.GetGridPositionOf(attributes.Key);
Instantiate(PointOfInterestGenerator.GetPointOfInterest((PointsOfInterest.POIType)attributes.Value.GetTileType()), pos, Quaternion.identity);
LogSuccess("point of interest");
}
public void OnGeneratorsFinished(GridMaintaner grid)
{
Dictionary <Vector2Int, TileAttributes> attributes = grid.GetGridData();
_tileInterpreters = GetComponents <TileInterpreter>();
List <Generator.GeneratorType> types = grid.GetGeneratorTypes();
foreach (KeyValuePair <Vector2Int, TileAttributes> tile in attributes)
{
foreach (TileInterpreter interpreter in _tileInterpreters)
{
if (types.Contains(interpreter.GetLinkedType()))
{
interpreter.InterpretAttributes(tile);
}
}
}
#if LOG_INTERPRETATION
Debug.Log("[INTERPRETATION]: Tiles succesfully interpreted!");
#endif
}
public override void Generate(GridMaintaner gridMaintaner)
{
LogSuccess("biomes");
}
public override void Generate(GridMaintaner gridMaintaner)
{
LogSuccess("empty tiles");
}
public abstract void Generate(GridMaintaner gridMaintaner);
