public void ResetFish()
{
brain = new NeuralNetwork(2, random.Next(1, 4), 3);
brain.EstablishRandomNetwork();
position = new Vector2(random.Next((Game1.screenWidth - Game1.theoreticalScreenWidth) / 2, ((Game1.screenWidth - Game1.theoreticalScreenWidth) / 2) + Game1.theoreticalScreenWidth - texture.Width), random.Next((Game1.screenHeight - Game1.theoreticalScreenHeight) / 2, ((Game1.screenHeight - Game1.theoreticalScreenHeight) / 2) + Game1.theoreticalScreenHeight - texture.Height));
rectangle = new Rectangle((int)(position.X), (int)(position.Y), texture.Width, texture.Height);
collisionCircle = new CollisionCircle((int)(position.X - origin.X), (int)(position.Y - origin.Y));
rotation = 90;
}
public Fish()
{
texture = content.Load <Texture2D>("Sprites/fish.png");
brain = new NeuralNetwork(2, 1, 3);
brain.EstablishRandomNetwork();
position = new Vector2(random.Next((Game1.screenWidth - Game1.theoreticalScreenWidth) / 2, ((Game1.screenWidth - Game1.theoreticalScreenWidth) / 2) + Game1.theoreticalScreenWidth - texture.Width), random.Next((Game1.screenHeight - Game1.theoreticalScreenHeight) / 2, ((Game1.screenHeight - Game1.theoreticalScreenHeight) / 2) + Game1.theoreticalScreenHeight - texture.Height));
rectangle = new Rectangle((int)(position.X), (int)(position.Y), texture.Width, texture.Height);
origin = new Vector2(texture.Width / 2, texture.Height / 2);
collisionCircle = new CollisionCircle((int)(position.X - origin.X), (int)(position.Y - origin.Y));
rotation = 90;
proximitySensor[0] = new ProximitySensor((int)(position.X), (int)(position.Y));
proximitySensor[1] = new ProximitySensor((int)(position.X), (int)(position.Y));
proximitySensor[2] = new ProximitySensor((int)(position.X), (int)(position.Y));
}
public void ResetFish()
{
brain = new NeuralNetwork(2, random.Next(1, 4), 3);
brain.EstablishRandomNetwork();
position = new Vector2(random.Next((Game1.screenWidth - Game1.theoreticalScreenWidth) / 2, ((Game1.screenWidth - Game1.theoreticalScreenWidth) / 2) + Game1.theoreticalScreenWidth - texture.Width), random.Next((Game1.screenHeight - Game1.theoreticalScreenHeight) / 2, ((Game1.screenHeight - Game1.theoreticalScreenHeight) / 2) + Game1.theoreticalScreenHeight - texture.Height));
rectangle = new Rectangle((int)(position.X), (int)(position.Y), texture.Width, texture.Height);
collisionCircle = new CollisionCircle((int)(position.X - origin.X), (int)(position.Y - origin.Y));
rotation = 90;
}
public Fish()
{
texture = content.Load<Texture2D>("Sprites/fish.png");
brain = new NeuralNetwork(2, 1, 3);
brain.EstablishRandomNetwork();
position = new Vector2(random.Next((Game1.screenWidth - Game1.theoreticalScreenWidth) / 2, ((Game1.screenWidth - Game1.theoreticalScreenWidth) / 2) + Game1.theoreticalScreenWidth - texture.Width), random.Next((Game1.screenHeight - Game1.theoreticalScreenHeight) / 2, ((Game1.screenHeight - Game1.theoreticalScreenHeight) / 2) + Game1.theoreticalScreenHeight - texture.Height));
rectangle = new Rectangle((int)(position.X), (int)(position.Y), texture.Width, texture.Height);
origin = new Vector2(texture.Width / 2, texture.Height / 2);
collisionCircle = new CollisionCircle((int)(position.X - origin.X), (int)(position.Y - origin.Y));
rotation = 90;
proximitySensor[0] = new ProximitySensor((int)(position.X), (int)(position.Y));
proximitySensor[1] = new ProximitySensor((int)(position.X), (int)(position.Y));
proximitySensor[2] = new ProximitySensor((int)(position.X), (int)(position.Y));
}