public void Init(World worldScript, BuildingInfo.Type bType, Building prefab)
{
world = worldScript;
myRotation = Rotation.none;
myBuildingPrefab = prefab;
List <Tuple <int, int> > relativeCoordinates = BuildingInfo.RetrieveRelativeCoordinates(bType);
List <Tuple <int, int> > requiredRoadPositions = BuildingInfo.RetrieveRequiredRoadPositions(bType);
foreach (Tuple <int, int> coord in relativeCoordinates)
{
BuildingSelectionSquare square = UnityEngine.Object.Instantiate(SquarePrefab);
square.transform.position = new Vector2(originX + coord.Item1 + spriteOffset, originY + coord.Item2 + spriteOffset);
square.relativeX = coord.Item1;
square.relativeY = coord.Item2;
square.myType = BuildingSelectionSquare.Type.building;
mySquares.Add(square);
}
foreach (Tuple <int, int> coord in requiredRoadPositions)
{
BuildingSelectionSquare square = UnityEngine.Object.Instantiate(SquarePrefab);
square.transform.position = new Vector2(originX + coord.Item1 + spriteOffset, originY + coord.Item2 + spriteOffset);
square.relativeX = coord.Item1;
square.relativeY = coord.Item2;
square.myType = BuildingSelectionSquare.Type.entrance;
mySquares.Add(square);
}
this.buildingType = bType;
}
// Supports negative values but doesn't do as good as above overall
//public static Quaternion Ease(Quaternion curVal, Quaternion targetVal, float speed)
//{
// float newX = Ease(curVal.eulerAngles.x, targetVal.eulerAngles.x, speed);
// float newY = Ease(curVal.eulerAngles.y, targetVal.eulerAngles.y, speed);
// float newZ = Ease(curVal.eulerAngles.z, targetVal.eulerAngles.z, speed);
// return Quaternion.Euler(newX, newY, newZ);
//}
public static void Rot90(BuildingSelectionSquare input)
{
int preX = input.relativeX;
int preY = input.relativeY;
input.relativeX = -preY;
input.relativeY = preX;
}
public void Build()
{
Debug.Log($"Let's build the building: {buildingType}!");
// Construct prefab
Building createdBuilding = Instantiate(myBuildingPrefab);
createdBuilding.Rotation = myRotation;
createdBuilding.UpdateRotationSprite();
this.world.AddBuilding(createdBuilding);
foreach (BuildingSelectionSquare square in mySquares)
{
CodeTile curTile = square.TileUnderneath;
// Both:
curTile.ParentBuilding = createdBuilding;
// Buildings:
if (square.myType == BuildingSelectionSquare.Type.building)
{
curTile.UpdateTileType(CodeTile.Type.building);
createdBuilding.TilesUnderneath.Add(curTile);
}
// Entrances:
else
{
createdBuilding.Entrances.Add(curTile);
if (createdBuilding.sign == null)
{
SignPost sign = CreateSignPost(square.TileUnderneath.posX, square.TileUnderneath.posY, myRotation);
createdBuilding.sign = sign;
//sign.transform.SetParent(createdBuilding.transform);
}
}
}
this.world.TileMapUpdate();
// Modify prefab:
BuildingSelectionSquare bottomLeft = GetBottomLeftSquare();
createdBuilding.originX = this.originX + bottomLeft.relativeX;
createdBuilding.originY = this.originY + bottomLeft.relativeY;
// Play sound effect
// Notification:
world.notificationCanvas.AddNotification(Notification.Type.userAction, $"Successfully constructed {createdBuilding.Name}.");
}
public BuildingSelectionSquare GetBottomLeftSquare()
{
BuildingSelectionSquare retSquare = null;
int smallestX = 0;
int smallestY = 0;
foreach (BuildingSelectionSquare square in mySquares)
{
if (square.myType == BuildingSelectionSquare.Type.building)
{
if (square.relativeX <= smallestX && square.relativeY <= smallestY)
{
retSquare = square;
}
}
}
return(retSquare);
}