public static WorldObjectData GetData(string name)
{
WorldObjectData data = null;
switch (name)
{
case "Person":
data = new PersonData();
break;
case "Castle":
data = new CastleData();
break;
case "Tree":
data = new TreeData();
break;
case "Rock":
data = new RockData();
break;
case "Trap":
data = new TrapData();
break;
case "FakeTree":
data = new FakeTreeData();
break;
case "Cottage":
data = new CottageData();
break;
case "Candle":
data = new CandleData();
break;
case "Water":
data = new WaterData();
break;
case "Bridge":
data = new BridgeData();
break;
default:
break;
}
return(data);
}
public void SetCastleForClient(IncomingMessage receivedMessage, Player p)
{
WorldObjectData data = WorldObjectData.GetData("Castle");
//castle size
size = receivedMessage.ReadInt32();
castleWO = new WorldObject[size];
for (int index = 0; index < size; index++)
{
castleWO[index] = new WorldObject();
Entity ent = new Entity();
ent.Name = receivedMessage.ReadString();
ent
.AddComponent(castleWO[index]);
castleWO[index].SetWoName(data.woName);
castleWO[index].SetTraversable(data.traversable);
castleWO[index].SetMobile(data.mobile);
castleWO[index].SetHealth(data.health);
castleWO[index].SetMaxHealth(data.maxHealth);
castleWO[index].player = p;
//castle part name
ent
.AddComponent(new SpriteRenderer())
//castle part x
//castle part y
.AddComponent(new Transform2D
{
Position = Map.map.GetTilePosition(receivedMessage.ReadInt32(), receivedMessage.ReadInt32()),
DrawOrder = 1f
})
.AddComponent(new Sprite(data.sprite))
.AddComponent(new WorldObjectTraits())
.AddComponent(new FogRevealBehavior())
.AddComponent(new TransformSync())
.AddComponent(new WorldObjectSync())
.AddComponent(new SyncBehavior())
.AddComponent(new FogAdjacents());
}
}
public bool SetCastle(int xStart, int yStart, int width, int height, Player active, string playerID)
{
Map map = Map.map;
if (map.InBounds(xStart, yStart) && map.InBounds(xStart + width - 1, yStart + height - 1))
{
WorldObjectData data = WorldObjectData.GetData("Castle");
size = width * height;
WorldObject[] parts = new WorldObject[size];
int index = 0;
for (int i = xStart; i < xStart + width; i++)
{
for (int j = yStart; j < yStart + height; j++)
{
if (map.GetWorldObject(i, j) != null)
{
size--;
}
else
{
parts[index] = new WorldObject();
Entity ent = new Entity()
.AddComponent(parts[index]);
parts[index].SetWoName(data.woName);
parts[index].SetTraversable(data.traversable);
parts[index].SetMobile(data.mobile);
parts[index].SetHealth(data.health);
parts[index].SetMaxHealth(data.maxHealth);
parts[index].player = active;
ent
.AddComponent(new SpriteRenderer())
.AddComponent(new Transform2D
{
Position = map.GetTilePosition(i, j), DrawOrder = 1f
})
.AddComponent(new Sprite(data.sprite))
.AddComponent(new WorldObjectTraits())
.AddComponent(new FogRevealBehavior())
.AddComponent(new TransformSync())
.AddComponent(new WorldObjectSync())
.AddComponent(new SyncBehavior())
.AddComponent(new FogAdjacents());
CastlePart part = new CastlePart();
part.SetCastle(this);
ent.AddComponent(part);
ent.Name = ("WO-" + playerID + "-" + rnd.NextDouble() + "-" + data.woName);
map.SetWorldObject(i, j, parts[index]);
// for now, as this is traversable, we don't occupy the tile
// map.SetTileOccupied(i, j, true);
index++;
}
}
}
castleWO = new WorldObject[size];
Array.Copy(parts, castleWO, size);
}
return(size > 0);
}
private Entity Create(LayerTile tile, Player p)
{
if (tile != null)
{
WorldObjectData data = WorldObjectData.GetData(creating);
WorldObject wo = new WorldObject();
Entity entity = new Entity()
.AddComponent(new Transform2D
{
Position = tile.LocalPosition,
DrawOrder = data.traversable ? 1f : 0.5f //traversable should be rendered behind non traversable
})
.AddComponent(wo)
.AddComponent(new FogRevealBehavior());
data.AddTraits(entity);
wo.SetWoName(creating);
wo.SetTraversable(data.traversable);
wo.SetMobile(data.mobile);
wo.SetMaxHealth(data.maxHealth);
wo.SetHealth(data.health);
wo.player = p;
bool canCreate = (!data.isBuilding || wo.player == null ||
((fog == null || fog.IsVisible(tile)) && wo.player.HasEnoughWood(data.woodRequired)));
if (creating == "FakeTree")
{
canCreate = canCreate && map.GetMobile(tile.X, tile.Y) == null;
}
//Has it passed all this requirements?Let's check the tiles
if (canCreate)
{
//Reset the requirements
canCreate = false;
//¿can it move?
if (data.mobile)
{
if (map.GetMobile(tile.X, tile.Y) == null)
{
if (data.traversable)
{
//traversable, mobile object
//Nothing like this
map.SetMobile(tile.X, tile.Y, wo);
canCreate = true;
}
else
{
//non traversable, mobile object
//Like person
if (!map.IsTileOccupied(tile.X, tile.Y) && (map.GetWorldObject(tile.X, tile.Y) == null || map.GetWorldObject(tile.X, tile.Y).IsTraversable(wo)))
{
//must be free to create
map.SetMobile(tile.X, tile.Y, wo);
map.SetTileOccupied(tile.X, tile.Y, true);
canCreate = true;
}
}
}
entity.AddComponent(new MovementBehavior())
.AddComponent(new DStarLite())
.AddComponent(new SwitchBehavior())
.AddComponent(new SpriteAtlas(WaveContent.Assets.persona_spritesheet))
.AddComponent(new SpriteAtlasRenderer())
.AddComponent(new Animation2D()
{
PlayAutomatically = false,
})
.AddComponent(new AnimationBehavior());
}
else
{
if ((map.GetWorldObject(tile.X, tile.Y) == null && creating != "Bridge") || (map.GetWorldObject(tile.X, tile.Y) != null && map.GetWorldObject(tile.X, tile.Y).GetWoName() == "Water" && creating == "Bridge"))
{
if (data.traversable)
{
//traversable, static object
//fake tree,traps
Trace.WriteLine(creating);
if (creating == "Bridge")
{
WorldObject water = map.GetWorldObject(tile.X, tile.Y);
entity.FindComponent <BridgeTraits>().water = water;
water.Owner.IsVisible = false;
map.SetTileOccupied(tile.X, tile.Y, false);
}
map.SetWorldObject(tile.X, tile.Y, wo);
canCreate = true;
}
else
{
//non-traversable, static object
//tree,rock
if (!map.IsTileOccupied(tile.X, tile.Y))
{
//must be free to create
map.SetWorldObject(tile.X, tile.Y, wo);
map.SetTileOccupied(tile.X, tile.Y, true);
canCreate = true;
}
}
}
entity.AddComponent(new SpriteRenderer())
.AddComponent(new Sprite(data.sprite));
}
//Has it passed all the requirements, including the tiles?Let's populate the entity with behaviors
if (canCreate)
{
if (data.isBuilding && wo.player != null)
{
wo.player.RemoveWood(data.woodRequired);
}
data.AddComponents(entity);
if (creating == "Person")
{
if (wo.player != null)
{
wo.player.GetPeople().Add(wo);
}
}
//From now on, we must set the visibility for those tiles visible, otherwise they must be not visible
//New fog of war handles this
entity.IsVisible = fog == null || (wo.IsVisible(activePlayer) && fog.IsVisible(tile.X, tile.Y));
Owner.Scene.EntityManager.Add(entity);
Uncheck();
//We update the tile visibility, in case it is revealed
if (fog != null)
{
fog.AddUpdatedTile(tile);
}
}
return(entity);
}
}
return(null);
}
