public static void Init()
{
if (modLoader != null)
{
return;
}
modLoader = new ModLoader();
modLoader.Add(Core.Main.Init);
modLoader.Add(TestContent.Main.Init);
modLoader.InitMods();
}
public static void Start()
{
// Setup all mods
var loader = new ModLoader();
loader.Add(Hopper.Core.Main.Init);
loader.Add(Hopper.TestContent.Main.Init);
loader.Add(Hopper.View.Main.Init);
loader.InitMods();
// Now, the registry contains all of the types defined by the mods.
// Now we can patch any particular types to include the animator component
// to provide linkage between the Entity type and the Godot world.
// This logic may also be put in the CustomInit() of Hopper.View.Main,
// but it would currently not work if the View defined any logic entity types.
// This you'll have to get yourself
var entityNodesInPrefabScene = Enumerable.Empty <Godot.Node>();
foreach (var node in entityNodesInPrefabScene)
{
if (!Registry.Global.EntityFactory.TryGetByName(node.Name, out var factory))
{
Console.WriteLine($"{node.Name} does not match an associated entity type in the registry!");
continue;
}
// This function will be autogenerated, assuming you have injected the prefab node with [Inject]
// and inherited from IComponent.
// You supposedly do not need to do anything with this `animator` anymore.
// Certainly not switch on the node you got, that would be ridiculous.
var animator = Animations.EntityAnimator.AddTo(factory, node);
}
// Now that we have set up the registry we can create an empty world.
// This just creates an empty width * height world, it does not spawn anything.
var world = new World(width: 10, height: 10);
// We must set it globally, since all the logic in the game assumes it's global.
// The entities do not store a reference to the world in the current code, since that's too annoying.
World.Global = world;
// Now, if we spawn an entity, we should get a sprite on the screen, assuming the animator is coded correctly.
world.SpawnEntity(Zombie.Factory, IntVector2.Zero, IntVector2.Right);
// If we wanted to load the tilemap, call the tilemap function
// Make sure, though, that the world is of correct dimensions,
// since that function fills up the already existing world!
// Also, the world is not cleared, so the zombie from before will remain in it!
// tileMap.InstantiateEntities_ForTilesRepresentingEntityTypes();
// To do an iteration in the logic, do Loop()
world.Loop();
// Things to implement (for you):
// - Code the animator so that it creates a node in the scene when an entity is instantiated.
// For reference, either ask me, or see the Stats component and the similar MoreChains component.
// This bullet is most important for now.
// - Capturing player input and giving it to me: I'm going to convert it to player actions
// - Idk, do sound and slight animations. Leave it for a bit later.
// Things to implement (for me):
// - Help you set up the animator (the component part).
// - Do player input conversion. (It is still unimplemented currently. I just kinda left it there).
// At last, when another scene needs to be loaded, the runtime entities need to be cleared and the world wiped.
world = new World(width: 10, height: 10);
World.Global = world;
// Either clear the runtime entities
Registry.Global.RuntimeEntities.Clear();
// Or reinitialize the registry and reload all mods.
// This is not required, since we know the only thing that changes are the runtime entities.
// Registry.Global = new Registry(); Registry.Global.Init(); // then loader stuff again.
// TODO: Making the GC run here would be a good idea to avoid stutterings while the game is going.
}