/// <summary>
/// Return the Attacking turret.
/// </summary>
/// <param name="minion"></param>
/// <returns></returns>
public static AIBaseClient GetAggroTurret(AIMinionClient minion)
{
var ActiveTurret = ActiveAttacks.Values
.FirstOrDefault(m => (m.Source is AITurretClient) && m.Target.NetworkId == minion.NetworkId);
return(ActiveTurret != null ? ActiveTurret.Source : null);
}
/// <summary>
/// Gets the minion type.
/// </summary>
/// <param name="minion">
/// The minion.
/// </param>
/// <returns>
/// The <see cref="MinionTypes" />
/// </returns>
public static MinionTypes GetMinionType(this AIMinionClient minion)
{
var baseCharacterName = minion.CharacterName;
if (NormalMinionList.Any(n => baseCharacterName.Equals(n)))
{
return(MinionTypes.Normal
| (minion.CharacterName.Contains("Melee") ? MinionTypes.Melee : MinionTypes.Ranged));
}
if (SiegeMinionList.Any(n => baseCharacterName.Equals(n)))
{
return(MinionTypes.Siege | MinionTypes.Ranged);
}
if (SuperMinionList.Any(n => baseCharacterName.Equals(n)))
{
return(MinionTypes.Super | MinionTypes.Melee);
}
if (WardList.Any(n => baseCharacterName.Equals(n)))
{
return(MinionTypes.Ward);
}
return(MinionTypes.Unknown);
}
/// <summary>
/// Return the Attacking turret.
/// </summary>
/// <param name="minion">
/// The minion.
/// </param>
/// <returns>
/// The <see cref="bool" />
/// </returns>
public static AIBaseClient GetAggroTurret(AIMinionClient minion)
{
var activeTurret =
ActiveAttacks.Values.FirstOrDefault(m => m.Source is AITurretClient && m.Target.Compare(minion));
return(activeTurret?.Source);
}
/// <summary>
/// Return the starttick of the attacking turret.
/// </summary>
/// <param name="minion">
/// The minion.
/// </param>
/// <returns>
/// The <see cref="bool" />
/// </returns>
public static int TurretAggroStartTick(AIMinionClient minion)
{
var activeTurret =
ActiveAttacks.Values.FirstOrDefault(m => m.Source is AITurretClient && m.Target.Compare(minion));
return(activeTurret?.StartTick ?? 0);
}
public Daggers(AIMinionClient dagger, int timecreate)
{
Position = dagger.Position;
CreateTime = timecreate;
Dagger = dagger;
uid = dagger.NetworkId;
}
private static void AddMinionObject(AIMinionClient minion)
{
if (minion.MaxHealth >= 225)
{
if (minion.Team == GameObjectTeam.Neutral)
{
MinionsListNeutral.Add(minion);
}
else if (minion.MaxMana == 0 && minion.MaxHealth >= 300)
{
if (minion.Team == GameObjectTeam.Unknown)
{
return;
}
else if (minion.Team != ObjectManager.Player.Team)
{
MinionsListEnemy.Add(minion);
}
else if (minion.Team == ObjectManager.Player.Team)
{
MinionsListAlly.Add(minion);
}
}
}
}
public static int KillableMinionsCount(AIMinionClient minions)
{
return(GameObjects.EnemyMinions.Count(x => x.IsValidTarget(RocketRange) &&
x.Distance(minions) <= 150 &&
RocketRange >= x.Health -
Player.CalculateDamage(x, DamageType.Physical, 1)));
}
/// <summary>
/// Return the starttick of the attacking turret.
/// </summary>
/// <param name="minion"></param>
/// <returns></returns>
public static int TurretAggroStartTick(AIMinionClient minion)
{
var ActiveTurret = ActiveAttacks.Values
.FirstOrDefault(m => (m.Source is AITurretClient) && m.Target.NetworkId == minion.NetworkId);
return(ActiveTurret != null ? ActiveTurret.StartTick : 0);
}
public static bool IsMinionCondemnable(AIMinionClient minion)
{
return(GameObjects.JungleLarge.Any(x => minion.NetworkId == x.NetworkId) &&
NavMesh.GetCollisionFlags(
minion.Position.ToVector2().Extend(GameObjects.Player.Position.ToVector2(), -400)
.ToVector3())
.HasFlag(CollisionFlags.Wall) ||
NavMesh.GetCollisionFlags(minion.Position.ToVector2().Extend(
GameObjects.Player.Position.ToVector2(), -200).ToVector3()).HasFlag(CollisionFlags.Wall));
}
private static void PanicClear()
{
AIMinionClient minion = Get <AIMinionClient>().Where(x => x.GetMinionType() != MinionTypes.JunglePlant && x.GetMinionType() != MinionTypes.Ward && x.Team != Player.Team && !x.IsDead && x.IsValid && x.Distance(Player) < Player.AttackRange).OrderBy(x => x.Health).FirstOrDefault();
if (minion == null)
{
return;
}
Orbwalker.ForceTarget = minion;
}
private void Orbwalker_OnAttack(Object sender, OrbwalkerActionArgs args)
{
if (args.Type == OrbwalkerType.OnAttack)
{
if (args.Sender.IsMe && args.Target is AIMinionClient)
{
LastAttackedminiMinion = (AIMinionClient)args.Target;
LastAttackedminiMinionTime = Variables.GameTimeTickCount;
}
}
}
static void Lasthit()
{
if (!Q.IsReady() || !lasthit.check("LHQ"))
{
return;
}
var minions = GameObjects.EnemyMinions.Where(x => x.IsValidTarget(Q.Range - 10) && x.IsMinion());//.OrderByDescending(x => x.Health);
if (minions != null)
{
AIMinionClient besttarget = null;
foreach (var minion in minions.Where(x => !x.IsDead && x.Health < QDamage(x) - 10 && Q.GetHealthPrediction(x) > 10))
{
var Qpred = Q.GetPrediction(minion);
var collisions = Qpred.CollisionObjects.ToList();
if (collisions.Count() > 0 && !lasthit.check("LHQD"))
{
break;
}
else if (collisions.Count() <= 1 && minion.GetMinionType() == MinionTypes.Siege)
{
besttarget = minion;
break;
}
else if (collisions.Count() == 1 && collisions[0].Health < QDamage(collisions[0]) - 10 && Q.GetHealthPrediction(collisions[0]) > 0 &&
!(minion.GetMinionType() == MinionTypes.Siege && HealthPrediction.GetPrediction(minion, (int)(Q.CooldownTime * 1100)) <= 0))
{
besttarget = minion;
break;
}
else if (collisions.Count() > 1 && collisions[0].Health < QDamage(collisions[0]) - 10 && collisions[1].Health < QDamage(collisions[1]) - 10 &&
Q.GetHealthPrediction(collisions[0]) > 0 && Q.GetHealthPrediction(collisions[1]) > 0)
{
besttarget = minion;
break;
}
else if (collisions.Count() < 2)
{
besttarget = minion;
}
}
if (besttarget != null && Q.CanCast(besttarget) && Q.GetHealthPrediction(besttarget) > 10)
{
//if (HealthPrediction.HasTurretAggro(besttarget) && )
Q.Cast(Q.GetPrediction(besttarget).CastPosition);
}
}
}
/// <summary>
/// Determines if the orbwalker should wait before attacking a minion under turret.
/// </summary>
/// <param name="noneKillableMinion">
/// The non killable minion.
/// </param>
/// <returns>
/// The <see cref="bool" />.
/// </returns>
public bool ShouldWaitUnderTurret(AIMinionClient noneKillableMinion = null)
{
return
(this.GetEnemyMinions()
.Any(
m =>
(noneKillableMinion == null || noneKillableMinion.NetworkId != m.NetworkId) && m.IsValidTarget() &&
m.InAutoAttackRange() &&
Health.GetPrediction(
m,
(int)((GameObjects.Player.AttackDelay * 1000) + m.GetTimeToHit()),
this.FarmDelay,
HealthPredictionType.Simulated) < GameObjects.Player.GetAutoAttackDamage(m)));
}
public static void Obj_OnCreate(GameObject sender, EventArgs args)
{
if (!(sender is AIMinionClient))
{
return;
}
if (sender.Name == "AzirSoldier" && sender.IsAlly)
{
AIMinionClient soldier = (AIMinionClient)sender;
if (soldier.CharacterName == "AzirSoldier")
{
Soilders.Add(soldier);
}
}
}
public static bool UnderAllyTurret(this AIMinionClient target)
{
if (target == null)
{
return(false);
}
var turret = GameObjects.AllyTurrets.OrderBy(x => x.Distance(target.Position)).FirstOrDefault();
if (turret != null)
{
return(target.Distance(turret.Position) < turret.AttackRange);
}
else
{
return(false);
}
}
/// <summary>
/// Get the minion jungle type.
/// </summary>
/// <param name="minion">
/// The minion
/// </param>
/// <returns>
/// The <see cref="JungleType" />
/// </returns>
public static JungleType GetJungleType(this AIMinionClient minion)
{
if (SmallNameRegex.Any(regex => Regex.IsMatch(minion.CharacterName, regex)))
{
return(JungleType.Small);
}
if (LargeNameRegex.Any(regex => Regex.IsMatch(minion.CharacterName, regex)))
{
return(JungleType.Large);
}
if (LegendaryNameRegex.Any(regex => Regex.IsMatch(minion.CharacterName, regex)))
{
return(JungleType.Legendary);
}
return(JungleType.Unknown);
}
private static AIMinionClient EClient()
{
var Ec = ObjectManager.Get <AIMinionClient>().Where(i => i.Position.IsValid() && i.Name == "TestCubeRender");
AIMinionClient Get = null;
foreach (var hmm in Ec)
{
Get = hmm;
return(hmm);
}
if (Get != null)
{
return(Get);
}
else
{
return(null);
}
}
/// <summary>
/// Gets the target.
/// </summary>
/// <param name="mode">
/// The mode.
/// </param>
/// <returns>
/// Returns the filtered target.
/// </returns>
public AttackableUnit GetTarget(OrbwalkingMode mode)
{
if ((mode == OrbwalkingMode.Hybrid || mode == OrbwalkingMode.LaneClear) &&
!this.orbwalker.Menu["advanced"]["prioritizeFarm"].GetValue <MenuBool>().Value)
{
var target = Variables.TargetSelector.GetTarget(-1f, DamageType.Physical);
if (target != null && target.InAutoAttackRange())
{
return(target);
}
}
var minions = new List <AIMinionClient>();
if (mode != OrbwalkingMode.None)
{
minions = this.GetMinions(mode);
}
// Killable Minion
if (mode == OrbwalkingMode.LaneClear || mode == OrbwalkingMode.Hybrid || mode == OrbwalkingMode.LastHit)
{
foreach (var minion in minions.OrderBy(m => m.Health))
{
if (minion.IsHPBarRendered && minion.Health < GameObjects.Player.GetAutoAttackDamage(minion))
{
return(minion);
}
if (minion.MaxHealth <= 10)
{
if (minion.Health <= 1)
{
return(minion);
}
}
else
{
var predHealth = Health.GetPrediction(minion, (int)minion.GetTimeToHit(), this.FarmDelay);
if (predHealth <= 0)
{
this.orbwalker.InvokeAction(
new OrbwalkingActionArgs
{
Position = minion.Position, Target = minion, Process = true,
Type = OrbwalkingType.NonKillableMinion
});
}
if (predHealth > 0 && predHealth < GameObjects.Player.GetAutoAttackDamage(minion))
{
return(minion);
}
}
}
}
// Forced Target
if (this.ForceTarget.IsValidTarget() && this.ForceTarget.InAutoAttackRange())
{
return(this.ForceTarget);
}
// Turrets | Inhibitors | Nexus
if (mode == OrbwalkingMode.LaneClear &&
(!this.orbwalker.Menu["advanced"]["prioritizeMinions"].GetValue <MenuBool>().Value || !minions.Any()))
{
foreach (var turret in GameObjects.EnemyTurrets.Where(t => t.IsValidTarget() && t.InAutoAttackRange()))
{
return(turret);
}
foreach (var inhib in
GameObjects.EnemyInhibitors.Where(i => i.IsValidTarget() && i.InAutoAttackRange()))
{
return(inhib);
}
if (GameObjects.EnemyNexus != null && GameObjects.EnemyNexus.IsValidTarget() &&
GameObjects.EnemyNexus.InAutoAttackRange())
{
return(GameObjects.EnemyNexus);
}
}
// Champions
if (mode != OrbwalkingMode.LastHit)
{
var target = Variables.TargetSelector.GetTarget(-1f, DamageType.Physical);
if (target.IsValidTarget() && target.InAutoAttackRange())
{
return(target);
}
}
// Jungle Minions
if (mode == OrbwalkingMode.LaneClear || mode == OrbwalkingMode.Hybrid)
{
var minion = minions.FirstOrDefault(m => m.Team == GameObjectTeam.Neutral);
if (minion != null)
{
return(minion);
}
}
// Under-Turret Farming
if (mode == OrbwalkingMode.LaneClear || mode == OrbwalkingMode.Hybrid || mode == OrbwalkingMode.LastHit)
{
AIMinionClient farmUnderTurretMinion = null;
AIMinionClient noneKillableMinion = null;
// return all the minions under turret
var turretMinions = minions.Where(m => m.IsMinion() && m.Position.IsUnderAllyTurret()).ToList();
if (turretMinions.Any())
{
// get the turret aggro minion
var turretMinion = turretMinions.FirstOrDefault(Health.HasTurretAggro);
if (turretMinion != null)
{
var hpLeftBeforeDie = 0;
var hpLeft = 0;
var turretAttackCount = 0;
var turret = Health.GetAggroTurret(turretMinion);
if (turret != null)
{
var turretStarTick = Health.TurretAggroStartTick(turretMinion);
// from healthprediction (blame Lizzaran)
var turretLandTick = turretStarTick + (int)(turret.AttackCastDelay * 1000)
+ (1000
* Math.Max(
0,
(int)(turretMinion.Distance(turret) - turret.BoundingRadius))
/ (int)(turret.BasicAttack.MissileSpeed + 70));
// calculate the HP before try to balance it
for (float i = turretLandTick + 50;
i < turretLandTick + (3 * turret.AttackDelay * 1000) + 50;
i = i + (turret.AttackDelay * 1000))
{
var time = (int)i - Variables.TickCount + (Game.Ping / 2);
var predHp =
(int)
Health.GetPrediction(
turretMinion,
time > 0 ? time : 0,
70,
HealthPredictionType.Simulated);
if (predHp > 0)
{
hpLeft = predHp;
turretAttackCount += 1;
continue;
}
hpLeftBeforeDie = hpLeft;
hpLeft = 0;
break;
}
// calculate the hits is needed and possibilty to balance
if (hpLeft == 0 && turretAttackCount != 0 && hpLeftBeforeDie != 0)
{
var damage = (int)GameObjects.Player.GetAutoAttackDamage(turretMinion);
var hits = hpLeftBeforeDie / damage;
var timeBeforeDie = turretLandTick
+ ((turretAttackCount + 1) * (int)(turret.AttackDelay * 1000))
- Variables.TickCount;
var timeUntilAttackReady = this.orbwalker.LastAutoAttackTick
+ (int)(GameObjects.Player.AttackDelay * 1000)
> (Variables.TickCount + (Game.Ping / 2) + 25)
? this.orbwalker.LastAutoAttackTick
+ (int)(GameObjects.Player.AttackDelay * 1000)
- (Variables.TickCount + (Game.Ping / 2) + 25)
: 0;
var timeToLandAttack = turretMinion.GetTimeToHit();
if (hits >= 1 &&
(hits * GameObjects.Player.AttackDelay * 1000) + timeUntilAttackReady
+ timeToLandAttack < timeBeforeDie)
{
farmUnderTurretMinion = turretMinion;
}
else if (hits >= 1 &&
(hits * GameObjects.Player.AttackDelay * 1000) + timeUntilAttackReady
+ timeToLandAttack > timeBeforeDie)
{
noneKillableMinion = turretMinion;
}
}
else if (hpLeft == 0 && turretAttackCount == 0 && hpLeftBeforeDie == 0)
{
noneKillableMinion = turretMinion;
}
// should wait before attacking a minion.
if (this.ShouldWaitUnderTurret(noneKillableMinion))
{
return(null);
}
if (farmUnderTurretMinion != null)
{
return(farmUnderTurretMinion);
}
// balance other minions
return
((from minion in
turretMinions.Where(
x => x.NetworkId != turretMinion.NetworkId && !Health.HasMinionAggro(x))
where
(int)minion.Health % (int)turret.GetAutoAttackDamage(minion)
> (int)GameObjects.Player.GetAutoAttackDamage(minion)
select minion).FirstOrDefault());
}
}
else
{
if (this.ShouldWaitUnderTurret())
{
return(null);
}
// balance other minions
return((from minion in turretMinions.Where(x => !Health.HasMinionAggro(x))
let turret =
GameObjects.AllyTurrets.FirstOrDefault(
x => x.IsValidTarget(950f, false, minion.Position))
where
turret != null &&
(int)minion.Health % (int)turret.GetAutoAttackDamage(minion)
> (int)GameObjects.Player.GetAutoAttackDamage(minion)
select minion).FirstOrDefault());
}
return(null);
}
}
// Lane Clear Minions
if (mode == OrbwalkingMode.LaneClear)
{
if (!this.ShouldWait())
{
if (this.LaneClearMinion.IsValidTarget() && this.LaneClearMinion.InAutoAttackRange())
{
if (this.LaneClearMinion.MaxHealth <= 10)
{
return(this.LaneClearMinion);
}
var predHealth = Health.GetPrediction(
this.LaneClearMinion,
(int)(GameObjects.Player.AttackDelay * 1000 * LaneClearWaitTime),
this.FarmDelay,
HealthPredictionType.Simulated);
if (predHealth >= 2 * GameObjects.Player.GetAutoAttackDamage(this.LaneClearMinion) ||
Math.Abs(predHealth - this.LaneClearMinion.Health) < float.Epsilon)
{
return(this.LaneClearMinion);
}
}
foreach (var minion in minions.Where(m => m.Team != GameObjectTeam.Neutral))
{
if (minion.MaxHealth <= 10)
{
this.LaneClearMinion = minion;
return(minion);
}
var predHealth = Health.GetPrediction(
minion,
(int)(GameObjects.Player.AttackDelay * 1000 * LaneClearWaitTime),
this.FarmDelay,
HealthPredictionType.Simulated);
if (predHealth >= 2 * GameObjects.Player.GetAutoAttackDamage(minion) ||
Math.Abs(predHealth - minion.Health) < float.Epsilon)
{
this.LaneClearMinion = minion;
return(minion);
}
}
}
}
// Special Minions if no enemy is near
if (mode == OrbwalkingMode.Combo)
{
if (minions.Any() && !GameObjects.EnemyHeroes.Any(e => e.IsValidTarget(e.GetRealAutoAttackRange() * 2f)))
{
return(minions.FirstOrDefault());
}
}
return(null);
}
private static void QStack()
{
if (!Q.IsReady() || Orbwalker.ActiveMode.Equals(OrbwalkerMode.Combo) || myhero.IsRecalling())
{
return;
}
var minions = GameObjects.EnemyMinions.Where(x => x.IsValidTarget(Q.Range - 10) && x.IsMinion()).OrderByDescending(x => x.Health);
if (minions != null)
{
if (comb(laneclear, "QSTACKMODE") == 0)
{
AIMinionClient besttarget = null;
foreach (var minion in minions.Where(x => !x.IsDead && x.Health < QDamage(x) - 10 && Q.GetHealthPrediction(x) > 10))
{
var Qpred = Q.GetPrediction(minion);
var collisions = Qpred.CollisionObjects.ToList();
if (collisions.Count() > 0 && !laneclear.check("QSTACKDOUBLE"))
{
break;
}
else if (collisions.Count() <= 1 && minion.GetMinionType() == MinionTypes.Siege)
{
besttarget = minion;
break;
}
else if (collisions.Count() == 1 && collisions[0].Health < QDamage(collisions[0]) - 10 && Q.GetHealthPrediction(collisions[0]) > 0)
{
besttarget = minion;
break;
}
else if (collisions.Count() > 1 && collisions[0].Health < QDamage(collisions[0]) - 10 && collisions[1].Health < QDamage(collisions[1]) - 10 &&
Q.GetHealthPrediction(collisions[0]) > 0 && Q.GetHealthPrediction(collisions[1]) > 0)
{
besttarget = minion;
break;
}
else if (collisions.Count() < 2)
{
besttarget = minion;
}
}
if (besttarget != null && Q.CanCast(besttarget) && Q.GetHealthPrediction(besttarget) > 10)
{
Q.Cast(Q.GetPrediction(besttarget).CastPosition);
}
}
else
{
var pred = Q.GetLineFarmLocation(minions.ToList());
if (pred.MinionsHit > 0)
{
Q.Cast(pred.Position);
}
}
}
}
public static int qtt(this AIMinionClient target) //returns Q travel time to target in milliseconds
{
return(target == null ? 0 : (int)Math.Floor(target.DistanceToPlayer() / 1.392f) + 250 + 10); //plus cast delay,plus 10 for safety
}
private static bool IsSoldier(this AIMinionClient soldier)
{
return(soldier.IsAlly && String.Equals(soldier.CharacterName, "azirsoldier", StringComparison.InvariantCultureIgnoreCase));
}
public static bool isBigMob(this AIMinionClient mob)
{
return(mob != null &&
(mob.GetJungleType() == JungleType.Large || mob.GetJungleType() == JungleType.Legendary));
}
public Barrel(AIMinionClient barrel)
{
BarrelObjectNetworkID = (int)barrel.NetworkId;
BarrelAttackTick = GetBarrelAttackTick();
}
/// <summary>
/// Determines whether the specified object is a minion.
/// </summary>
/// <param name="minion">The minion.</param>
/// <returns><c>true</c> if the specified minion is minion; otherwise, <c>false</c>.</returns>
public static bool IsMinion(AIMinionClient minion)
{
return(minion.CharacterName.Contains("Minion"));
}
/// <summary>
/// Process Karma Last Hit
/// </summary>
public static void ProcessLastHit()
{
// Minion list
var minions = ObjectManager.Get <AIMinionClient>().Where(m => m.IsValidTarget(Instances.Range)).ToList();
minions.RemoveAll(m => m.Distance(Instances.Player.PreviousPosition) < Instances.Player.AttackRange);
if (minions.Count() == 0)
{
// If no minions, ignore.
return;
}
// player local value
var player = Instances.Player;
// Using menu & spells a lot, copy to local value.
var menu = Instances.Menu;
var spells = Instances.Spells;
var manaPercent = player.ManaPercent;
#region Last Hit - Q
// If Q is ready and we enabled it inside the menu
if (spells[SpellSlot.Q].IsReady() && menu.Item("l33t.karma.farming.lhq").GetValue <bool>() &&
manaPercent >= menu.Item("l33t.karma.farming.lhminmpq").GetValue <Slider>().Value)
{
// Main minion
AIMinionClient minion = null;
// Search for best minion
foreach (var m in
from m in minions
let pred = spells[SpellSlot.Q].GetPrediction(m)
where pred.CollisionObjects.Count == 0
select m)
{
if (minion == null &&
Damages.GetDamage(m, SpellSlot.Q, false) >
HealthPrediction.GetHealthPrediction(m, (int)((player.AttackDelay * 1000) * 2)) &&
HealthPrediction.GetHealthPrediction(m, (int)((player.AttackDelay * 1000) * 2)) >
player.GetAutoAttackDamage(m))
{
minion = m;
}
else if ((minion != null) && minion.Health > m.Health)
{
minion = m;
}
}
// Check if minion is valid for range.
if (minion != null && (minion.IsValidTarget(spells[SpellSlot.Q].Range)) &&
player.Distance(minion.PreviousPosition) > player.AttackRange)
{
// Cast Q onto minion with prediction.
var pred = spells[SpellSlot.Q].GetPrediction(minion);
spells[SpellSlot.Q].Cast(pred.CastPosition);
}
}
#endregion
}
/// <summary>
/// Gets the target.
/// </summary>
/// <returns>AttackableUnit.</returns>
public virtual AttackableUnit GetTarget()
{
AttackableUnit result = null;
if ((ActiveMode == OrbwalkerMode.Mixed || ActiveMode == OrbwalkerMode.LaneClear) &&
!_config.Item("PriorizeFarm").GetValue <bool>())
{
var target = TargetSelector.GetTarget(-1, TargetSelector.DamageType.Physical);
if (target != null && InAutoAttackRange(target))
{
return(target);
}
}
/*Killable Minion*/
if (ActiveMode == OrbwalkerMode.LaneClear || (ActiveMode == OrbwalkerMode.Mixed && _config.Item("LWH").GetValue <bool>()) ||
ActiveMode == OrbwalkerMode.LastHit)
{
var MinionList =
ObjectManager.Get <AIMinionClient>()
.Where(
minion =>
minion.IsValidTarget() && InAutoAttackRange(minion))
.OrderByDescending(minion => minion.CharData.BaseSkinName.Contains("Siege"))
.ThenBy(minion => minion.CharData.BaseSkinName.Contains("Super"))
.ThenBy(minion => minion.Health)
.ThenByDescending(minion => minion.MaxHealth);
foreach (var minion in MinionList)
{
var t = (int)(Player.AttackCastDelay * 1000) - 100 + Game.Ping / 2 +
1000 * (int)Math.Max(0, Player.Distance(minion) - Player.BoundingRadius) / int.MaxValue;
var predHealth = HealthPrediction.GetHealthPrediction(minion, t, FarmDelay);
if (minion.Team != GameObjectTeam.Neutral && (_config.Item("AttackPetsnTraps").GetValue <bool>() &&
minion.CharData.BaseSkinName != "jarvanivstandard" || MinionManager.IsMinion(minion, _config.Item("AttackWards").GetValue <bool>())))
{
if (predHealth <= 0)
{
FireOnNonKillableMinion(minion);
}
if (predHealth > 0 && predHealth <= Player.GetAutoAttackDamage(minion, true))
{
return(minion);
}
}
if (minion.Team == GameObjectTeam.Neutral && (_config.Item("AttackBarrel").GetValue <bool>() &&
minion.CharData.BaseSkinName == "gangplankbarrel" && minion.IsHPBarRendered))
{
if (minion.Health < 2)
{
return(minion);
}
}
}
}
//Forced target
if (_forcedTarget.IsValidTarget() && InAutoAttackRange(_forcedTarget))
{
return(_forcedTarget);
}
/* turrets / inhibitors / nexus */
if (ActiveMode == OrbwalkerMode.LaneClear && (!_config.Item("FocusMinionsOverTurrets").GetValue <KeyBind>().Active || !MinionManager.GetMinions(ObjectManager.Player.Position, GetRealAutoAttackRange(ObjectManager.Player)).Any()))
{
/* turrets */
foreach (var turret in
ObjectManager.Get <AITurretClient>().Where(t => t.IsValidTarget() && InAutoAttackRange(t)))
{
return(turret);
}
/* inhibitor */
foreach (var turret in
ObjectManager.Get <BarracksDampenerClient>().Where(t => t.IsValidTarget() && InAutoAttackRange(t)))
{
return(turret);
}
/* nexus */
foreach (var nexus in
ObjectManager.Get <HQClient>().Where(t => t.IsValidTarget() && InAutoAttackRange(t)))
{
return(nexus);
}
}
/*Champions*/
if (ActiveMode != OrbwalkerMode.LastHit && ActiveMode != OrbwalkerMode.Flee)
{
var target = TargetSelector.GetTarget(-1, TargetSelector.DamageType.Physical);
if (target.IsValidTarget() && InAutoAttackRange(target))
{
return(target);
}
}
/*Jungle minions*/
if (ActiveMode == OrbwalkerMode.LaneClear || ActiveMode == OrbwalkerMode.Mixed)
{
var jminions =
ObjectManager.Get <AIMinionClient>()
.Where(
mob =>
mob.IsValidTarget() && mob.Team == GameObjectTeam.Neutral && this.InAutoAttackRange(mob) &&
mob.CharData.BaseSkinName != "gangplankbarrel");
result = _config.Item("Smallminionsprio").GetValue <bool>()
? jminions.MinOrDefault(mob => mob.MaxHealth)
: jminions.MaxOrDefault(mob => mob.MaxHealth);
if (result != null)
{
return(result);
}
}
/*Lane Clear minions*/
if (ActiveMode == OrbwalkerMode.LaneClear)
{
if (!ShouldWait())
{
if (_prevMinion.IsValidTarget() && InAutoAttackRange(_prevMinion))
{
var predHealth = HealthPrediction.LaneClearHealthPrediction(
_prevMinion, (int)((Player.AttackDelay * 1000) * LaneClearWaitTimeMod), FarmDelay);
if (predHealth >= 2 * Player.GetAutoAttackDamage(_prevMinion) ||
Math.Abs(predHealth - _prevMinion.Health) < float.Epsilon)
{
return(_prevMinion);
}
}
result = (from minion in
ObjectManager.Get <AIMinionClient>()
.Where(minion => minion.IsValidTarget() && InAutoAttackRange(minion) &&
(_config.Item("AttackWards").GetValue <bool>() || !MinionManager.IsWard(minion)) &&
(_config.Item("AttackPetsnTraps").GetValue <bool>() && minion.CharData.BaseSkinName != "jarvanivstandard" || MinionManager.IsMinion(minion, _config.Item("AttackWards").GetValue <bool>())) &&
minion.CharData.BaseSkinName != "gangplankbarrel")
let predHealth =
HealthPrediction.LaneClearHealthPrediction(
minion, (int)((Player.AttackDelay * 1000) * LaneClearWaitTimeMod), FarmDelay)
where
predHealth >= 2 * Player.GetAutoAttackDamage(minion) ||
Math.Abs(predHealth - minion.Health) < float.Epsilon
select minion).MaxOrDefault(m => !MinionManager.IsMinion(m, true) ? float.MaxValue : m.Health);
if (result != null)
{
_prevMinion = (AIMinionClient)result;
}
}
}
return(result);
}
public Barrel(AIMinionClient objAiBase, int tickCount)
{
barrel = objAiBase;
time = tickCount;
}
/// <summary>
/// Determines whether the specified minion has turret aggro.
/// </summary>
/// <param name="minion">The minion</param>
/// <returns></returns>
public static bool HasTurretAggro(AIMinionClient minion)
{
return(ActiveAttacks.Values.Any(m => (m.Source is AITurretClient) && m.Target.NetworkId == minion.NetworkId));
}
/// <summary>
/// Determines whether the specified minion has turret aggro.
/// </summary>
/// <param name="minion">The minion</param>
/// <returns>
/// The <see cref="bool" />
/// </returns>
public static bool HasTurretAggro(AIMinionClient minion)
{
return(ActiveAttacks.Values.Any(m => m.Source is AITurretClient && m.Target.Compare(minion)));
}
/// <summary>
/// Process Karma Lane Clear
/// </summary>
public static void ProcessLaneClear()
{
// Get minions list
var minions = ObjectManager.Get <AIMinionClient>().Where(m => m.IsValidTarget(Instances.Range));
if (minions.Count() == 0)
{
// If no minions, ignore.
return;
}
// player local value
var player = Instances.Player;
// Using menu & spells a lot, copy to local value.
var menu = Instances.Menu;
var spells = Instances.Spells;
var manaPercent = player.ManaPercent;
#region Lane Clear - Q
if (spells[SpellSlot.Q].IsReady())
{
#region Lane Clear - R + Q
// Check if R is ready, we allowed R+Q in menu, we have more or equal mana percent than what we placed in menu and if we have enough minions in lane.
if (spells[SpellSlot.R].IsReady() && menu.Item("l33t.karma.farming.lcrq").GetValue <bool>() &&
manaPercent >= menu.Item("l33t.karma.farming.lcminmpq").GetValue <Slider>().Value&&
minions.Count() >= menu.Item("l33t.karma.farming.lcminminions").GetValue <Slider>().Value)
{
// Best minion
var minion = minions.FirstOrDefault();
// How many targets get hit by last minion because of AoE
var targeted = 0;
// Search for minion
foreach (var m in minions)
{
// Find all minions that are not our minion and check how many minions would it hit.
var lTargeted = minions.Where(lm => lm != m).Count(om => om.Distance(m) < 250f);
// If more minions it would hit than our last minion, continue with prediction.
if (lTargeted > targeted)
{
// Prediction
var pred = spells[SpellSlot.R].GetPrediction(m);
// Check if Q doesn't hit anything in travel
if (pred.CollisionObjects.Count == 0)
{
// Update minion if passes checks
minion = m;
targeted = lTargeted;
}
}
}
// If minion is valid for our range
if (minion != null && (minion.IsValidTarget(spells[SpellSlot.R].Range)))
{
// Prediction
var pred = spells[SpellSlot.R].GetPrediction(minion);
// Casting
spells[SpellSlot.R].Cast();
spells[SpellSlot.Q].Cast(pred.CastPosition);
return;
}
}
#endregion
#region Lane Clear - Solo Q
// Check if we allowed Q in menu and we have enough mana by what we placed inside the menu
if (menu.Item("l33t.karma.farming.lcq").GetValue <bool>() &&
manaPercent >= menu.Item("l33t.karma.farming.lcminmpq").GetValue <Slider>().Value)
{
// Best minion
AIMinionClient minion = null;
// Search for minion
foreach (var m in
from m in minions
let pred = spells[SpellSlot.Q].GetPrediction(m)
where pred.CollisionObjects.Count == 0
select m)
{
if (minion == null)
{
var healthPred = HealthPrediction.GetHealthPrediction(
m, (int)((player.AttackDelay * 1000) * 3));
if (healthPred < Damages.GetDamage(m, SpellSlot.Q, false) ||
healthPred > Damages.GetDamage(m, SpellSlot.Q, false) + player.GetAutoAttackDamage(m))
{
minion = m;
}
}
else if (minion.Health > m.Health)
{
minion = m;
}
}
// If minion is valid for our range
if (minion != null && (minion.IsValidTarget(spells[SpellSlot.Q].Range)) &&
minion.Distance(player.PreviousPosition) > player.AttackRange)
{
// Prediction
var pred = spells[SpellSlot.Q].GetPrediction(minion);
// Cast
spells[SpellSlot.Q].Cast(pred.CastPosition);
}
}
#endregion
}
#endregion
}
