Actors.unity Versions Save

Minor bug fixes.

Known issues: *If you created an actor or entity and didn't set a component to it, AddGet method won't work as intended.

//Example
var e = Entity.Create();
Timer.Add(1f, ()=>e.AddGet<ComponentTest>()); //ComponentTest won't be added

//Example of working code:
var e = Entity.Create();
e.Set<ComponentTest1>();
Timer.Add(1f, ()=> e.AddGet<ComponentTest2>());

Fixes:

• Scene management

Fixed minor bugs

New

• Unity packages bundles with ACTORS & empty setup

Fixed

• Console time fixed in Unity packages bundles
• minor bugs

Changes

• Time->time

Fixes

• scenes without dependencies load correctly
• static or predefined groups after reloading scene work correctly

Added

Custom coroutines

void run(){
       routines.run(move());             // local coroutines that dies if scene get removed
       routines.app.run(move());      // global coroutines that live out of the scene scope
}

 IEnumerator move()
        {

            yield return routines.wait(1f);
            yield return routines.waitFrame;

        }

Group binders

Eliminate the need for making global static groups.

	        [Bind(tag.importantGroup)]   // use Bind with int ID to register group in cache
		private Group<ComponentTest> TestGroup;

        // retrieve your group by ID somewhere in the code.
	var gr = ent.groups[tag.importantGroup];

Custom Debug

Safely use this method everywhere. It won't be used in the release mode of ACTORS.

  debug.log("your_debug");

#fixes

• ent.Exist(); method works correctly.
• minor bug fixes

The info about the changes will be soon.

ENG Breaking changes & Improvements:

• The boilerplate code for components transferred from

	static partial class Components
	{
		public const string Health = "Pixeye.Source.ComponentHealth";

		[RuntimeInitializeOnLoadMethod]
		static void ComponentHealthInit() => new SComponentHealth();

		[MethodImpl(MethodImplOptions.AggressiveInlining)]
		internal static ref ComponentHealth ComponentHealth(in this ent entity)
			=> ref Storage<ComponentHealth>.components[entity.id];

		internal class SComponentHealth : Storage<ComponentHealth>.Setup
		{
			public override ComponentHealth Create() => new ComponentHealth();
			public override void Dispose(int[] id, int len)
			{
				for (int i = 0; i < len; i++)
				{
					ref var component = ref components[id[i]];
					component.val    = 0;
					component.valMax = 0;
				}
			}
		}
	}

to

static partial class component
	{
		public const string health = "Pixeye.Source.ComponentHealth";

		public static ref ComponentHealth ComponentHealth(in this ent entity)
			=> ref StorageComponentHealth.components[entity.id];
	}

	sealed class StorageComponentHealth : Storage<ComponentHealth>
	{
		public override ComponentHealth Create() => new ComponentHealth();
		public override void Dispose()
		{
			for (int i = 0; i < disposedLen; i++)
			{
				ref var component = ref components[disposed[i]];
				component.val = 0;
				component.valMax = 0;
			}
		}
	}

• [GroupWantEvent] attribute changed to [WantEvent]

• [GroupExclude] attribute changed to [Exclude]

• You can gain slightly better performance at project initialization by defining a namespace you use for your components in the framework settings file. ```SettingsFramework.json````

{
  "SizeEntities": 1024, // initial size of entity arrays
  "SizeComponents": 256, // how many components can be registered
  "SizeGenerations": 4, // you don't need to change anything
  "SizeProcessors": 64, // how many processors you want
  "DataNamespace": "Pixeye.Source" // define Assembly Definition that you use in your components. (optional)
}

RU Изменения и улучшения

• Настроечный код изменен с

	static partial class Components
	{
		public const string Health = "Pixeye.Source.ComponentHealth";

		[RuntimeInitializeOnLoadMethod]
		static void ComponentHealthInit() => new SComponentHealth();

		[MethodImpl(MethodImplOptions.AggressiveInlining)]
		internal static ref ComponentHealth ComponentHealth(in this ent entity)
			=> ref Storage<ComponentHealth>.components[entity.id];

		internal class SComponentHealth : Storage<ComponentHealth>.Setup
		{
			public override ComponentHealth Create() => new ComponentHealth();
			public override void Dispose(int[] id, int len)
			{
				for (int i = 0; i < len; i++)
				{
					ref var component = ref components[id[i]];
					component.val    = 0;
					component.valMax = 0;
				}
			}
		}
	}

на

static partial class component
	{
		public const string health = "Pixeye.Source.ComponentHealth";

		public static ref ComponentHealth ComponentHealth(in this ent entity)
			=> ref StorageComponentHealth.components[entity.id];
	}

	sealed class StorageComponentHealth : Storage<ComponentHealth>
	{
		public override ComponentHealth Create() => new ComponentHealth();
		public override void Dispose()
		{
			for (int i = 0; i < disposedLen; i++)
			{
				ref var component = ref components[disposed[i]];
				component.val = 0;
				component.valMax = 0;
			}
		}
	}

• [GroupWantEvent] атрибут изменен на [WantEvent]

• [GroupExclude] атрибут изменен на [Exclude]

• Инициализацию проекта на старте можно ускорить настроив файл ```SettingsFramework.json```` ( находится в ресурсах, если нет то создайте вручную )

{
  "SizeEntities": 1024, // стартовое кол-во сущностей
  "SizeComponents": 256, // кол-во компонентов
  "SizeGenerations": 4, // кол-во поколений компонентов ( скорее все вам непонадобится это менять )
  "SizeProcessors": 64,  // кол-во процессоров
  "DataNamespace": "Pixeye.Source" // Название Assembly Definition библиотеки в которой лежат компоненты
}