private void aiMomentary()
{
if (!player.ship.canMove())
{
Ships.Engine engine = player.ship.findBestEngine();
if (engine != null)
{
player.ship.removeComponent(engine);
player.ship.setEngine(engine);
}
}
while (player.ship.cannons.Count < player.ship.getHull().number_of_cannons)
{
Ships.Cannon cannon = player.ship.findBestCannon();
if (cannon == null)
{
break;
}
player.ship.removeComponent(cannon);
player.ship.addCannon(cannon);
}
for (int i = 0; i < player.attack.Count; i++)
{
player.ship.shot(player.attack[i]);
}
}
public static void generate(XmlDocument config)
{
foreach (XmlNode table in config.DocumentElement)
{
String id = rs(table.Attributes["id"]);
int level = ri(table.Attributes["level"]);
int type = ri(table.Attributes["type"]);
switch (table.Name)
{
case "cannon":
{
int damage = ri(table.Attributes["damage"]);
int radius = ri(table.Attributes["radius"]);
int rate = ri(table.Attributes["rate"]);
Ships.Cannon cannon = new Ships.Cannon();
cannon.damage = damage;
cannon.radius = radius;
cannon.rate = rate;
cannon.level = level;
cannon.type = type;
Economy.cannons.Add(cannon);
Registry.getInstance().addElement(cannon, id);
} break;
case "engine":
{
int power = ri(table.Attributes["power"]);
Ships.Engine engine = new Ships.Engine();
engine.power = power;
engine.level = level;
engine.type = type;
Economy.engines.Add(engine);
Registry.getInstance().addElement(engine, id);
} break;
case "hull":
{
float protection = rf(table.Attributes["protection"]);
int cannons = ri(table.Attributes["cannons"]);
int slots = ri(table.Attributes["slots"]);
Ships.Hull hull = new Ships.Hull();
hull.protection = protection;
hull.number_of_cannons = cannons;
hull.number_of_free_slots = slots;
hull.level = level;
hull.type = type;
Economy.hulls.Add(hull);
Registry.getInstance().addElement(hull, id);
} break;
}
}
}
public ShotView(Cannon model, GCore.Point from, GCore.Point to)
{
load("DATA\\Shots\\shot1.png");
setAxis(0, height / 2);
ratio = false;
width = GCore.Point.distance(from, to);
height = 5;
rotationZ = GCore.Point.angle(from, to);
x = from.x;
y = from.y;
timer.interval = 300;
timer.addEventListener(GCore.TimerEvent.TIMER, onTimer);
timer.start();
}
public Cannon findBestCannon()
{
float max = Single.MinValue;
Cannon best = null;
for (int i = 0; i < hold.Count; i++)
{
if (hold[i] is Cannon)
{
if (hold[i].score > max)
{
max = hold[i].score;
best = (Cannon)hold[i];
}
}
}
return(best);
}
public void removeCannon(Cannon cannon)
{
cannons.Remove(cannon);
}
public void addCannon(Cannon cannon)
{
cannons.Add(cannon);
}
