public override void Initialize()
{
Cooldown = 10000;
ExecutionType = AbilityExecuteFlags.ClusterLocation | AbilityExecuteFlags.ZigZagPathing;
WaitVars = new WaitLoops(1, 1, true);
Range = 48;
UseageType = AbilityUseage.Anywhere;
IsASpecialMovementPower = true;
Priority = AbilityPriority.High;
PreCast = new SkillPreCast((AbilityPreCastFlags.CheckPlayerIncapacitated | AbilityPreCastFlags.CheckCanCast));
ClusterConditions = new SkillClusterConditions(5d, 48f, 2, false, minDistance: 15f);
FcriteriaCombat = () =>
{
return((Bot.Settings.Class.bTeleportFleeWhenLowHP &&
(Bot.Character.Data.dCurrentHealthPct < 0.5d) ||
(Bot.Targeting.Cache.RequiresAvoidance))
||
(Bot.Settings.Class.bTeleportIntoGrouping && LastConditionPassed == ConditionCriteraTypes.Cluster)
||
(!Bot.Settings.Class.bTeleportFleeWhenLowHP && !Bot.Settings.Class.bTeleportIntoGrouping));
};
FCombatMovement = v =>
{
float fDistanceFromTarget = Bot.Character.Data.Position.Distance(v);
if (!Bot.Character.Class.bWaitingForSpecial && Funky.Difference(Bot.Character.Data.Position.Z, v.Z) <= 4 && fDistanceFromTarget >= 20f)
{
if (fDistanceFromTarget > 35f)
{
return(MathEx.CalculatePointFrom(v, Bot.Character.Data.Position, 35f));
}
return(v);
}
return(Vector3.Zero);
};
FOutOfCombatMovement = v =>
{
float fDistanceFromTarget = Bot.Character.Data.Position.Distance(v);
if (Funky.Difference(Bot.Character.Data.Position.Z, v.Z) <= 4 && fDistanceFromTarget >= 20f)
{
if (fDistanceFromTarget > 35f)
{
return(MathEx.CalculatePointFrom(v, Bot.Character.Data.Position, 35f));
}
return(v);
}
return(Vector3.Zero);
};
}
public override void Initialize()
{
Cooldown = 16000;
ExecutionType = AbilityExecuteFlags.ClusterLocation | AbilityExecuteFlags.ZigZagPathing;
WaitVars = new WaitLoops(0, 1, true);
Cost = 15;
Range = 35;
UseageType = AbilityUseage.Combat;
IsASpecialMovementPower = true;
Priority = AbilityPriority.High;
PreCast = new SkillPreCast((AbilityPreCastFlags.CheckPlayerIncapacitated | AbilityPreCastFlags.CheckCanCast |
AbilityPreCastFlags.CheckEnergy));
ClusterConditions = new SkillClusterConditions(5d, 48f, 2, false);
//TestCustomCombatConditionAlways=true,
FcriteriaCombat = () => ((Bot.Settings.Class.bTeleportFleeWhenLowHP && Bot.Character.Data.dCurrentHealthPct < 0.5d)
||
(Bot.Settings.Class.bTeleportIntoGrouping &&
Bot.Targeting.Cache.Clusters.AbilityClusterCache(combatClusterCondition).Count > 0 &&
Bot.Targeting.Cache.Clusters.AbilityClusterCache(combatClusterCondition)[0].Midpoint.Distance(
Bot.Character.Data.PointPosition) > 15f) ||
(!Bot.Settings.Class.bTeleportFleeWhenLowHP && !Bot.Settings.Class.bTeleportIntoGrouping));
FCombatMovement = v =>
{
float fDistanceFromTarget = Bot.Character.Data.Position.Distance(v);
if (!Bot.Character.Class.bWaitingForSpecial && Funky.Difference(Bot.Character.Data.Position.Z, v.Z) <= 4 && fDistanceFromTarget >= 20f)
{
if (fDistanceFromTarget > 35f)
{
return(MathEx.CalculatePointFrom(v, Bot.Character.Data.Position, 35f));
}
return(v);
}
return(Vector3.Zero);
};
FOutOfCombatMovement = v =>
{
float fDistanceFromTarget = Bot.Character.Data.Position.Distance(v);
if (Funky.Difference(Bot.Character.Data.Position.Z, v.Z) <= 4 && fDistanceFromTarget >= 20f)
{
if (fDistanceFromTarget > 35f)
{
return(MathEx.CalculatePointFrom(v, Bot.Character.Data.Position, 35f));
}
return(v);
}
return(Vector3.Zero);
};
}
public override void Initialize()
{
Cooldown = 10200;
WaitVars = new WaitLoops(2, 2, true);
ExecutionType = AbilityExecuteFlags.ClusterLocation | AbilityExecuteFlags.Location;
Range = 35;
Priority = AbilityPriority.Medium;
UseageType = AbilityUseage.Combat;
IsASpecialMovementPower = true;
PreCast = new SkillPreCast((AbilityPreCastFlags.CheckPlayerIncapacitated | AbilityPreCastFlags.CheckRecastTimer |
AbilityPreCastFlags.CheckCanCast));
ClusterConditions = new SkillClusterConditions(5d, 30, 2, true);
SingleUnitCondition = new UnitTargetConditions(TargetProperties.IsSpecial,
falseConditionalFlags: TargetProperties.Fast, MinimumDistance: 30);
FCombatMovement = (v) =>
{
float fDistanceFromTarget = Bot.Character.Data.Position.Distance(v);
if (!Bot.Character.Class.bWaitingForSpecial && Funky.Difference(Bot.Character.Data.Position.Z, v.Z) <= 4 && fDistanceFromTarget >= 20f)
{
if (fDistanceFromTarget > 35f)
{
return(MathEx.CalculatePointFrom(v, Bot.Character.Data.Position, 35f));
}
else
{
return(v);
}
}
return(Vector3.Zero);
};
FOutOfCombatMovement = (v) =>
{
float fDistanceFromTarget = Bot.Character.Data.Position.Distance(v);
if (Funky.Difference(Bot.Character.Data.Position.Z, v.Z) <= 4 && fDistanceFromTarget >= 20f)
{
if (fDistanceFromTarget > 35f)
{
return(MathEx.CalculatePointFrom(v, Bot.Character.Data.Position, 35f));
}
else
{
return(v);
}
}
return(Vector3.Zero);
};
}
public override void Initialize()
{
Cooldown = 500;
ExecutionType = AbilityExecuteFlags.Target;
WaitVars = new WaitLoops(1, 2, true);
Cost = 20;
Range = 35;
UseageType = AbilityUseage.Combat;
Priority = AbilityPriority.Medium;
PreCast = new SkillPreCast((AbilityPreCastFlags.CheckRecastTimer | AbilityPreCastFlags.CheckEnergy |
AbilityPreCastFlags.CheckCanCast | AbilityPreCastFlags.CheckPlayerIncapacitated));
ElitesWithinRangeConditions = new Tuple <RangeIntervals, int>(RangeIntervals.Range_25, 1);
UnitsWithinRangeConditions = new Tuple <RangeIntervals, int>(RangeIntervals.Range_15, 3);
SingleUnitCondition = new UnitTargetConditions(TargetProperties.IsSpecial, 15);
FCombatMovement = v =>
{
float fDistanceFromTarget = Bot.Character.Data.Position.Distance(v);
if (!Bot.Character.Class.bWaitingForSpecial && Funky.Difference(Bot.Character.Data.Position.Z, v.Z) <= 4 && fDistanceFromTarget >= 20f)
{
if (fDistanceFromTarget > 35f)
{
return(MathEx.CalculatePointFrom(v, Bot.Character.Data.Position, 35f));
}
return(v);
}
return(Vector3.Zero);
};
FOutOfCombatMovement = v =>
{
float fDistanceFromTarget = Bot.Character.Data.Position.Distance(v);
if (Funky.Difference(Bot.Character.Data.Position.Z, v.Z) <= 4 && fDistanceFromTarget >= 20f)
{
if (fDistanceFromTarget > 35f)
{
return(MathEx.CalculatePointFrom(v, Bot.Character.Data.Position, 35f));
}
return(v);
}
return(Vector3.Zero);
};
}
public override void Initialize()
{
Cooldown = 400;
ExecutionType = AbilityExecuteFlags.ZigZagPathing;
WaitVars = new WaitLoops(1, 2, true);
Cost = 8;
SecondaryEnergy = true;
Range = 20;
UseageType = AbilityUseage.Combat;
Priority = AbilityPriority.Medium;
IsASpecialMovementPower = true;
PreCast = new SkillPreCast((AbilityPreCastFlags.CheckPlayerIncapacitated | AbilityPreCastFlags.CheckCanCast |
AbilityPreCastFlags.CheckEnergy | AbilityPreCastFlags.CheckRecastTimer));
//SingleUnitCondition=new UnitTargetConditions(TargetProperties.None, 10);
//UnitsWithinRangeConditions=new Tuple<RangeIntervals, int>(RangeIntervals.Range_6, 1);
FCombatMovement = v =>
{
float fDistanceFromTarget = Bot.Character.Data.Position.Distance(v);
if (!Bot.Character.Class.bWaitingForSpecial && Funky.Difference(Bot.Character.Data.Position.Z, v.Z) <= 4 && fDistanceFromTarget >= 18f &&
(LastUsedMilliseconds >= Bot.Settings.Class.iDHVaultMovementDelay))
{
return(MathEx.CalculatePointFrom(v, Bot.Character.Data.Position, Math.Max(fDistanceFromTarget, 35f)));
}
return(Vector3.Zero);
};
FOutOfCombatMovement = v =>
{
float fDistanceFromTarget = Bot.Character.Data.Position.Distance(v);
if (Funky.Difference(Bot.Character.Data.Position.Z, v.Z) <= 4 && fDistanceFromTarget >= 18f &&
(LastUsedMilliseconds >= Bot.Settings.Class.iDHVaultMovementDelay))
{
return(MathEx.CalculatePointFrom(v, Bot.Character.Data.Position, Math.Max(fDistanceFromTarget, 35f)));
}
return(Vector3.Zero);
};
}
public override void Initialize()
{
Cooldown = 15200;
ExecutionType = AbilityExecuteFlags.Buff;
WaitVars = new WaitLoops(0, 0, true);
Cost = 49;
UseageType = AbilityUseage.Anywhere;
IsSpecialAbility = true;
Priority = AbilityPriority.High;
PreCast = new SkillPreCast((AbilityPreCastFlags.CheckEnergy | AbilityPreCastFlags.CheckCanCast));
IsBuff = true;
FcriteriaBuff = () => Bot.Settings.OutOfCombatMovement;
FCombatMovement = (v) =>
{
float fDistanceFromTarget = Bot.Character.Data.Position.Distance(v);
if (!Bot.Character.Class.bWaitingForSpecial && Funky.Difference(Bot.Character.Data.Position.Z, v.Z) <= 4 && fDistanceFromTarget >= 20f)
{
if (fDistanceFromTarget > 35f)
{
return(MathEx.CalculatePointFrom(v, Bot.Character.Data.Position, 35f));
}
else
{
return(v);
}
}
return(Vector3.Zero);
};
FcriteriaCombat = () => ((Bot.Character.Data.dCurrentHealthPct <= 0.35d) ||
(RuneIndex == 3 && Bot.Character.Data.dCurrentEnergyPct < 0.25d) ||
(Bot.Targeting.Cache.Environment.FleeTriggeringUnits.Count > 0) ||
(Bot.Targeting.Cache.Environment.TriggeringAvoidances.Count > 0) ||
(Bot.Character.Data.bIsIncapacitated || Bot.Character.Data.bIsRooted));
}
///<summary>
///Runs raycasting and intersection tests to validate LOS.
///</summary>
public bool LOSTest(Vector3 PositionToTestFrom, bool NavRayCast = true, bool ServerObjectIntersection = true, NavCellFlags Flags = NavCellFlags.None, bool ContinueOnFailures = true)
{
LastLOSCheck = DateTime.Now;
bool Failed = false;
if (NavRayCast)
{ //This is a basic raycast test to see if we have clear view of the object.
//Navigator.SearchGridProvider.Update();
Vector2 hitpos;
Vector3 ObjectPosition = Obj.Position;
//Must check the Z difference.. (so we don't get false-positive result)
if (PositionToTestFrom.Z >= ObjectPosition.Z)
{
RayCast = !Navigator.SearchGridProvider.Raycast(PositionToTestFrom.ToVector2(), ObjectPosition.ToVector2(), out hitpos);
}
else
{
RayCast = !Navigator.SearchGridProvider.Raycast(ObjectPosition.ToVector2(), PositionToTestFrom.ToVector2(), out hitpos);
}
if (!RayCast.Value)
{
Failed = true;
if (!ContinueOnFailures)
{
return(false);
}
}
}
if (ServerObjectIntersection)
{ //This test uses the obstacle cache to check objects for intersection
Vector3 TargetTestLocation = Obj.Position;
if (Funky.Difference(Bot.Character.Data.Position.Z, TargetTestLocation.Z) > 1f)
{
//Get actual height using MGP
TargetTestLocation.Z = Navigation.MGP.GetHeight(TargetTestLocation.ToVector2());
}
ObjectIntersection = ObjectCache.Obstacles.Values.OfType <CacheServerObject>()
.Any(obstacle =>
obstacle.RAGUID != Obj.RAGUID &&
obstacle.Obstacletype.HasValue &&
obstacle.Obstacletype.Value != ObstacleType.Monster &&
obstacle.TestIntersection(PositionToTestFrom, TargetTestLocation));
if (!Failed && ObjectIntersection.Value)
{
Failed = true;
if (!ContinueOnFailures)
{
return(false);
}
}
}
if (!Flags.Equals(NavCellFlags.None))
{ //Raycast test to validate it can preform the path -- walk/projectile
bool NavTest = Navigation.CanRayCast(PositionToTestFrom, Obj.Position, Flags);
if (Flags.HasFlag(NavCellFlags.AllowWalk))
{
NavCellWalk = NavTest;
}
if (Flags.HasFlag(NavCellFlags.AllowProjectile))
{
NavCellProjectile = NavTest;
}
if (!Failed && !NavTest)
{
Failed = true;
}
}
//this.LastVectorTested=PositionToTestFrom;
return(!Failed);
}
