public void BringItIn()
{
foreach (var unit in AI.PLAYER.Units.Where(u => u.Mythicite > 0))
{
Solver.moveToward(unit, AI.PLAYER.HomeBase.X, AI.PLAYER.HomeBase.Y, AI.PLAYER.HomeBase.Radius, true);
}
}
public void EvasiveMineuvers()
{
foreach (var unit in AI.PLAYER.Units)
{
if (AI.OPPONENT.Units.Any(u => u.Job.Damage > 0 && u.distance(unit) < 100) || AI.OPPONENT.Projectiles.Any(p => Solver.distance(p.X - unit.X, p.Y - unit.Y) < 100))
{
var randV = new Vector(rand.NextDouble() * AI.GAME.SizeX, rand.NextDouble() * AI.GAME.SizeY);
Solver.moveToward(unit, randV.x, randV.y);
}
}
}
public void TransportLogic()
{
string[] order = { "mythicite", "legendarium", "rarium", "genarium" };
var transporters = this.Player.Units.Where(u => u.Job == AI.TRANSPORT);
foreach (var transporter in transporters)
{
//Console.WriteLine(transporter.remainingCapacity());
Solver.transport(transporter, this.Player.Units, order);
var baseBody = this.Game.CurrentPlayer.HomeBase;
if (transporter.remainingCapacity() == 0)
{
Solver.moveToward(transporter, baseBody.X, baseBody.Y, baseBody.Radius, true);
}
}
}
public void MinerLogic(IEnumerable <Unit> miners)
{
var nextM = AI.MYTHICITE.next(3);
foreach (var miner in miners)
{
if (miners.Count() > 15 && !Solver.sunCollision(miner, nextM.x, nextM.y) && AI.GAME.CurrentTurn >= (AI.GAME.OrbitsProtected - 2))
{
Solver.mine(miner, new[] { AI.MYTHICITE }, true, true);
}
Solver.mine(miner, AI.GAME.Bodies.Where(b => b.MaterialType == "legendarium"), true, true);
Solver.mine(miner, AI.GAME.Bodies.Where(b => b.MaterialType == "rarium"), true, true);
Solver.mine(miner, AI.GAME.Bodies.Where(b => b.MaterialType == "genarium"), true, true);
var baseBody = this.Game.CurrentPlayer.HomeBase;
if (miner.remainingCapacity() == 0)
{
Solver.moveToward(miner, baseBody.X, baseBody.Y, baseBody.Radius, true);
}
}
}
public void OwnIt(Unit miner1, Unit miner2)
{
var transports = this.Player.Units.Where(u => u.Job == AI.TRANSPORT).ToArray();
var didMine = false;
if (miner1.inMiningRangeThisTurn(AI.MYTHICITE) && !miner1.IsBusy)
{
if (miner1.remainingCapacity() > 0)
{
Solver.mine(miner1, new[] { AI.MYTHICITE });
didMine = true;
if (miner2.Energy < 10)
{
Solver.moveToward(miner2, AI.PLAYER.HomeBase.X, AI.PLAYER.HomeBase.Y, 0, true);
}
else
{
Solver.moveAheadOf(miner2, AI.MYTHICITE, 2);
}
}
else
{
var transport = transports.FirstOrDefault(t => t.canTransferThisTurn(miner1));
if (transport != null)
{
Solver.moveToward(transport, miner1.X, miner1.Y, transport.Job.Range);
Solver.transfer(transport, miner1, "mythicite", 1);
Solver.mine(miner1, new[] { AI.MYTHICITE });
didMine = true;
if (miner2.Energy < 10)
{
Solver.moveToward(miner2, AI.PLAYER.HomeBase.X, AI.PLAYER.HomeBase.Y, 0, true);
}
else
{
Solver.moveAheadOf(miner2, AI.MYTHICITE, 2);
}
}
}
}
if (!didMine && miner2.inMiningRangeThisTurn(AI.MYTHICITE) && !miner2.IsBusy)
{
if (miner2.remainingCapacity() > 0)
{
Solver.mine(miner2, new[] { AI.MYTHICITE });
if (miner1.Energy < 10)
{
Solver.moveToward(miner2, AI.PLAYER.HomeBase.X, AI.PLAYER.HomeBase.Y, 0, true);
}
else
{
Solver.moveAheadOf(miner1, AI.MYTHICITE, 2);
}
}
else
{
var transport = transports.FirstOrDefault(t => t.canTransferThisTurn(miner2));
if (transport != null)
{
Solver.moveToward(transport, miner2.X, miner2.Y, transport.Job.Range);
Solver.transfer(transport, miner2, "mythicite", 1);
Solver.mine(miner2, new[] { AI.MYTHICITE });
if (miner1.Energy < 10)
{
Solver.moveToward(miner2, AI.PLAYER.HomeBase.X, AI.PLAYER.HomeBase.Y, 0, true);
}
else
{
Solver.moveAheadOf(miner1, AI.MYTHICITE, 2);
}
}
}
}
else
{
Solver.mine(miner1, new[] { AI.MYTHICITE }, true, true);
Solver.mine(miner2, new[] { AI.MYTHICITE }, true, true);
}
foreach (var transport in transports)
{
if (transport.remainingCapacity() == 0)
{
Solver.moveToward(transport, AI.PLAYER.HomeBase.X, AI.PLAYER.HomeBase.Y, 0, true);
}
else
{
Solver.moveAheadOf(transport, AI.MYTHICITE, 2);
}
}
}
