public override IEnumerable <int> AttackRoutine()
{
var allDeployElements = Deploy.GetTroops();
List <Point> redPoints = new List <Point>();
foreach (var s in AttackHelper.FindRedPoints(redPoints))
{
yield return(s);
}
var leftCorner = DeployHelper.DeployPointALeft;
var topCorner = DeployHelper.DeployPointATop;
double tankPaddingFraction = 0.35;
var tankDeployA = leftCorner.Lerp(topCorner, tankPaddingFraction);
var tankDeployB = leftCorner.Lerp(topCorner, 1 - tankPaddingFraction);
double wallBreakerFraction = 0.43;
var wallBreakDeployA = leftCorner.Lerp(topCorner, wallBreakerFraction);
var wallBreakDeployB = leftCorner.Lerp(topCorner, 1 - wallBreakerFraction);
double damageFraction = 0.15;
var damageDeployPointA = leftCorner.Lerp(topCorner, damageFraction);
var damageDeployPointB = leftCorner.Lerp(topCorner, 1 - damageFraction);
// We want to drag our deploy points to the closest redline point
// For that we get the vector from left to top, then we get its orthogonal vector (the one of both that points more towards the center)
// then we can order the redline points. we want the one whos direction is closest to the orthogonal vector.
var vecLeftTop = topCorner.Subtract(leftCorner).Normalize();
var ortho = GetOrthogonalDirection(tankDeployA, new Point((int)(vecLeftTop.Item1 * 30), (int)(vecLeftTop.Item2 * 30)), new PointF(0.5f, 0.5f).ToAbsolute());
tankDeployA = GetBestRedlinePoint(redPoints, tankDeployA, ortho);
tankDeployB = GetBestRedlinePoint(redPoints, tankDeployB, ortho);
wallBreakDeployA = GetBestRedlinePoint(redPoints, wallBreakDeployA, ortho);
wallBreakDeployB = GetBestRedlinePoint(redPoints, wallBreakDeployB, ortho);
var attackLine = DeployHelper.GetPointsForLine(damageDeployPointA, damageDeployPointB, 30).ToArray();
for (int i = 0; i < attackLine.Length; i++)
{
attackLine[i] = GetBestRedlinePoint(redPoints, attackLine[i], ortho);
}
attackLine = attackLine.Distinct().ToArray();
var validUnits = allDeployElements.Where(u => u.UnitData != null).ToArray();
var clanTroops = allDeployElements.FirstOrDefault(u => u.ElementType == DeployElementType.ClanTroops);
//Func<DeployElement, bool> isAir = e => e.UnitData.UnitType == UnitType.Air;
Func <DeployElement, bool> isBalloon = e => e.UnitData.NameSimple.Contains("balloon");
Func <DeployElement, bool> isMinion = e => e.UnitData.NameSimple.Contains("minion");
var tankUnits = validUnits.Where(u => u.UnitData.AttackType == AttackType.Tank).ToArray();
var wallBreakerUnits = validUnits.Where(u => u.UnitData.AttackType == AttackType.Wallbreak).ToArray();
var attackUnits = validUnits.Where(u => u.UnitData.AttackType == AttackType.Damage && !isMinion(u)).ToArray();
if (clanTroops != null && UserSettings.UseClanTroops)
{
attackUnits = attackUnits.Concat(new[] { clanTroops }).ToArray();
}
var healUnits = validUnits.Where(u => u.UnitData.AttackType == AttackType.Heal).ToArray();
var balloonUnits = validUnits.Where(isBalloon).ToArray();
var minionUnits = validUnits.Where(isMinion).ToArray();
// Deploy tank units
if (tankUnits.Any())
{
Logger.Debug($"{tankUnits.Length} tanking element{(tankUnits.Length > 1 ? "s" : "")} available to deploy.");
foreach (var s in DeployUnits(tankUnits, new[] { tankDeployA, tankDeployB }, 20))
{
yield return(s);
}
yield return(2000);
}
// Deploy wallbreakers
if (tankUnits.Any())
{
Logger.Debug("Wallbreakers available to deploy.");
foreach (var s in DeployUnits(wallBreakerUnits, new[] { wallBreakDeployA, wallBreakDeployB }, 40))
{
yield return(s);
}
yield return(1000);
}
// Check whether we got an air troopset and decide to perform an air attack or not
var balloonCount = balloonUnits.Sum(i => i.Count);
if (balloonCount > 10)
{
// Ok, we have an air troopset, so we will deploy the air units first according to different deploy rules.
attackUnits = attackUnits.Where(u => !isBalloon(u)).ToArray();
int spotCount = (int)Math.Ceiling(balloonCount / 4.0);
// We want to make x spots where balloons are deployed
var airPoints = DeployHelper.GetPointsForLine(damageDeployPointA, damageDeployPointB, spotCount);
for (int i = 0; i < airPoints.Count; i++)
{
airPoints[i] = GetBestRedlinePoint(redPoints, airPoints[i], ortho);
}
airPoints = airPoints.Distinct().ToList();
// Deploy those air units
foreach (var s in DeployUnits(balloonUnits, airPoints.ToArray(), firstCycleYield: 1000))
{
yield return(s);
}
}
// Deploy atackers
if (attackUnits.Any())
{
Logger.Debug($"{attackUnits.Length} attacking element{(attackUnits.Length > 1 ? "s" : "")} available to deploy.");
foreach (var s in DeployUnits(attackUnits, attackLine, 0, 5, 2500))
{
yield return(s);
}
yield return(500);
}
// Minions
if (minionUnits.Any())
{
foreach (var s in DeployUnits(minionUnits, attackLine))
{
yield return(s);
}
}
// Deploy healers
foreach (var s in DeployUnits(healUnits, attackLine))
{
yield return(s);
}
// Deploy heroes
var heroes = allDeployElements
.Where(u => (UserSettings.UseKing && u.ElementType == DeployElementType.HeroKing) ||
(UserSettings.UseQueen && u.ElementType == DeployElementType.HeroQueen) ||
(UserSettings.UseWarden && u.ElementType == DeployElementType.HeroWarden))
.ToList();
if (heroes.Count > 0)
{
foreach (var y in DeployHeroes(heroes, attackLine))
{
yield return(y);
}
}
}