muguangyi / pioneer

ATCS with network sync framework

Pioneer

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ATCS with network sync framework in pure C#.

Pioneer includes two concepts: ATCS development framework and Network synchronize framework.

ATCS Development Framework

ATCS composes the public ECS and the classic MVC develop pattern, and abstract the kernal thought:

Actor is a container; Data (Trait) and Logic (Control, System) are separated.

• Actor is only a container.
• Data (Trait) is attached to Actor.
• Logic component can't contains Data.
• Control is single Actor's logic component, and System is a group of Actors' logic component.

ATCS (Actor + Trait + Control + System) could compose different development solutions:

• Actor + Trait + System equals ECS pattern.
• Actor + Trait + Control equals GameObject + Component pattern in Unity.

Of cause you could compose two type patterns in one project as well.

Network Synchronize Framework

Network Synchronize Framework is based on the purpose that same code run anywhere. It hides the low level network transfer and could define the data synchronize over network in application level.

Please refer to UE4 replication server framework.

Quick Start

A quick sample show how to implement ECS pattern.

Create IWorld

IWorld world = Pioneer.Pioneer.New()
...
// Update world with frame delta time.
world.Update(deltaTime);
...
// Dispose the world.
world.Dispose();

Create IActor

IActor actor = world.CreateActor();

Add Trait

public class MyTrait : Pioneer.Trait
{
    public string Name;
}

actor.AddTrait<MyTrait>().Name = "User";

Add System

pubic class MySystem : Pioneer.System
{
    private IGroupFilter filter = null;

    public override void OnInit(IWorld world)
    {
        // Define filter conditions.
        IMatcher matcher = world.NewMatcher().HasTrait<MyTrait>();
        this.filter = world.GetFilter(this, TupleType.Job, matcher);
    }

    public override void OnUpdate(IWorld world, float deltaTime)
    {
        foreach (var a in this.filter.Actors)
        {
            // Handle actors that satisfy the conditions.
        }
    }
}

world.AddSystem<MySystem>();