A lane-based strategy game for Unity3D

• Mac Standalone (540 x 960): Download Zip
• HTML5 (540 x 960): Play in Browser
• HTML5 LOW-RES (405 x 720): Play in Browser

• Destroy all 3 enemy bases to win
• Capture and hold control points to earn resources (they glow green when captured)
• Purchase soldiers by clicking the bottom buttons

• Make sure to spend your resources quickly
• Deprive the enemy of control points
• Always attack in groups

Internally, the game uses an event system to reduce interactions between game objects and simplify state management. This has a few advantages over the traditional pattern of letting game objects communicate with each other directly.

using UnityEngine;

public class GameBehaviour : MonoBehaviour
{
    void Start()
    {
        Game.StartNewGame();
        Game.PushEvents(Map.GetMapSpawnEvents());
        Game.PushEvent(new Events.GameStartEvent());
    }

    void Update()
    {
        Game.ProcessEventsAndSync();
    }
}

[Test]
public void ProcessEventsTest()
{

    // Start with two soldiers at full health
    var gameState = new GameState(Difficulty.Easy);
    gameState.Soldiers.AddRange(new[]
    {
        new SoldierState {Side = Side.Enemy, Id = "0", Health = 10f},
        new SoldierState {Side = Side.Player, Id = "1",  Health = 10f}
    });
    Game.LoadFromState(gameState);

    // Push attack event & process
    Game.PushEvent(new Events.SoldierAttackEvent("0", "1", 5f));
    Game.ProcessEvents();

    // Assert soldier 0 was damaged
    Assert.AreEqual(Game.State.Soldiers[1].Health, 5.0f);
}

• Game code is testable (even without a scene)
• You can inspect the application's state without traversing the scene graph
• Side effects, state mutations, and scene changes happen in one place
• It's easy to schedule events in the future
• Separation of concerns. Game objects only modify their own state and emit events

The tests are written for Unity's testing framework. Open the project in the Unity3D editor to run them.

Window -> Editor Tests Runner -> Run All