public RenderedPowerup(RenderedWorld parent, float x, float y, PowerupType type, Game resourceScript) : base(parent, x, y, type)
{
// Create the unity object
GameObject cloneSource = null;
switch (type)
{
case PowerupType.Bombs:
cloneSource = resourceScript.Protobombs;
break;
case PowerupType.Gravity:
cloneSource = resourceScript.Protogravity;
break;
case PowerupType.Lightning:
cloneSource = resourceScript.Protolightnings;
break;
case PowerupType.Minions:
cloneSource = resourceScript.Protominions;
break;
case PowerupType.Rockets:
cloneSource = resourceScript.Protorockets;
break;
case PowerupType.Speed:
cloneSource = resourceScript.Protospeed;
break;
}
ObjectTransform = Object.Instantiate(cloneSource.transform);
ObjectTransform.position = new Vector3(x, y);
}
// First-time setup
void Start()
{
// Set up the world with the initial state
currentWorld = new RenderedWorld(this);
currentWorld.Display();
Gui.SetMode(0);
restartTimer = -1;
winner = 0;
agentList = new List <IAgent>();
#if AIEnabled
// Create q-learning object for the AI, and pick up learning where we left off
qLearner = new QLearner(alpha: 0.3f, epsilon: 0.15f, discount: 0.66f);
qLearner.OpenSavedData();
#endif
#if AIP1
// Create AI for player 1
AIAgent player1Ai = new AIAgent(1);
player1Ai.ResourceScript = this; // For debug rendering
player1Ai.QLearner = qLearner;
player1Ai.IsLearning = true;
agentList.Add(player1Ai);
#else
// Create the human agent
agentList.Add(new WASDFAgent(1));
#endif
#if AIP2
// Create AI for player 1
AIAgent player2Ai = new AIAgent(2);
player2Ai.ResourceScript = this; // For debug rendering
player2Ai.QLearner = qLearner;
player2Ai.IsLearning = true;
agentList.Add(player2Ai);
#else
// Create the human agent
agentList.Add(new ArrowsAgent(2));
#endif
}
