public static void GenerateShrine(User user, int numberOfShrines = 1, int shrineSize = 12)
{
if (shrineSize < 1 || shrineSize > 20)
{
ChatManager.DebugAddToChatLog("#Shrine location", "Shrine size must be between 1 and 20", user.Name, 1);
return;
}
for (int i = 0; i < numberOfShrines; ++i)
{
var location = World.GetRandomLandPos() + (Vector3i.Down * (shrineSize * 2));
location.SpiralOutXZIter(shrineSize).ForEach(x =>
{
var height = Math.Min((shrineSize * 0.5f), (shrineSize * 0.6f) - WorldPosition3i.Distance(x, location));
for (int j = 0; j < height; ++j)
{
if (!World.GetBlock((Vector3i)x + (Vector3i.Up * j)).Is <Impenetrable>())
{
World.DeleteBlock((Vector3i)x + (Vector3i.Up * j));
}
if ((int)WorldPosition3i.Distance(x, location) != 0 && !World.GetBlock((Vector3i)x + (Vector3i.Down * j)).Is <Impenetrable>())
{
World.SetBlock <WaterBlock>((Vector3i)x + (Vector3i.Down * j));
}
}
});
WorldObjectUtil.Spawn("EckoStatueObject", null, (Vector3i)location);
ChatManager.DebugAddToChatLog("#Shrine location", location.ToString(), user.Name, 1);
}
}
public static BTStatus RouteToWater(Animal agent, float speed, AnimalAnimationState state)
{
var start = agent.Position.WorldPosition3i;
// only works for surface start points
if (World.World.IsUnderwater(start) || start.y != World.World.MaxYCache[start] || RouteManager.RouteToSeaMap == null)
return BTStatus.Failure;
if (start.IsValid)
{
agent.AnimationState = state;
// get a destination a decent
var current = start;
for (int i = 0; i < 10; i++)
{
var next = RouteManager.RouteToSeaMap[current];
if (next == current)
break;
current = next;
if (WorldPosition3i.Distance(current, start) > 10)
break;
}
var target = ((Vector2)(WorldPosition3i.GetDelta(current, start)).XZ).Rotate(RandomUtil.Range(-20, 20));
return AmphibiousMovement(agent, target, speed, state, 10, 20);
}
return BTStatus.Failure;
}
public static BTResult RouteToWater(Animal agent, bool wandering, AnimalState state)
{
var start = agent.Position.WorldPosition3i;
// only works for surface start points
if (World.World.IsUnderwater(start))
{
return(BTResult.Failure("Already underwater."));
}
if (start.y != World.World.MaxYCache[start])
{
return(BTResult.Failure("Not on world surface."));
}
if (RouteManager.RouteToSeaMap == null)
{
return(BTResult.Failure("Missing sea route map."));
}
if (start.IsValid)
{
agent.ChangeState(state, 0, false);
// get a destination a decent
var current = start;
for (int i = 0; i < 10; i++)
{
var next = RouteManager.RouteToSeaMap[current];
if (next == current)
{
break;
}
current = next;
if (WorldPosition3i.Distance(current, start) > 10)
{
break;
}
}
var target = ((Vector2)WorldPosition3i.GetDelta(current, start).XZ).Rotate(RandomUtil.Range(-20, 20));
return(AmphibiousMovement(agent, target, wandering, state, 10, 20));
}
return(BTResult.Failure("Invalid start pos"));
}
public void Generate(Random seed, Vector3 voxelSize, WorldSettings settings)
{
for (int i = 0; i < numberOfShrines; ++i)
{
var location = World.GetRandomLandPos() + (Vector3i.Down * (shrineSize * 2));
location.SpiralOutXZIter(shrineSize).ForEach(x =>
{
var height = Math.Min((shrineSize * 0.5f), (shrineSize * 0.6f) - WorldPosition3i.Distance(x, location));
for (int j = 0; j < height; ++j)
{
if (!World.GetBlock((Vector3i)x + (Vector3i.Up * j)).Is <Impenetrable>())
{
World.DeleteBlock((Vector3i)x + (Vector3i.Up * j));
}
if ((int)WorldPosition3i.Distance(x, location) != 0 && !World.GetBlock((Vector3i)x + (Vector3i.Down * j)).Is <Impenetrable>())
{
World.SetBlock <WaterBlock>((Vector3i)x + (Vector3i.Down * j));
}
}
});
WorldObjectUtil.Spawn("EckoStatueObject", null, (Vector3i)location);
}
}