private static Tuple <Vector3, int> GetMecqFarmPos()
{
List <Vector2> pointsList = (from current in ObjectManager.Get <Obj_AI_Minion>()
where
current.IsEnemy &&
Vector3.Distance(ObjectManager.Player.ServerPosition, current.Position) <= (Q.Range + (W.Width / 2))
let prediction = Q.GetPrediction(current)
let damage = ObjectManager.Player.GetSpellDamage(current, SpellSlot.W) * 0.75
where prediction.Hitchance >= HitChance.High && damage > current.Health
select prediction.CastPosition.To2D()).ToList();
while (pointsList.Count != 0)
{
MEC.MecCircle circle = MEC.GetMec(pointsList);
int numPoints = pointsList.Count;
if (circle.Radius <= (W.Width / 2) && numPoints >= 2 && W.IsReady())
{
return(Tuple.Create(circle.Center.To3D(), numPoints));
}
try
{
float distance = -1f;
int index = 0;
Vector2 point = pointsList.ElementAt(0);
for (int i = 1; i == numPoints; i++)
{
if (Vector2.Distance(pointsList.ElementAt(i), point) >= distance)
{
distance = Vector2.Distance(pointsList.ElementAt(i), point);
index = i;
}
}
pointsList.RemoveAt(index);
}
catch (ArgumentOutOfRangeException)
{
var outOfRange = new Vector3(0);
return(Tuple.Create(outOfRange, -1));
}
}
var noResult = new Vector3(0);
return(Tuple.Create(noResult, -1));
}
private static Tuple <Vector3, int> getMECQPos(Obj_AI_Hero target)
{
var pointsList = new List <Vector2>();
PredictionOutput targetPred = Q.GetPrediction(target);
if (targetPred.Hitchance >= HitChance.High)
{
pointsList.Add(targetPred.CastPosition.To2D());
}
foreach (Obj_AI_Hero current in ObjectManager.Get <Obj_AI_Hero>())
{
if (!current.IsMe && current.NetworkId != target.NetworkId && current.IsEnemy &&
current.IsValidTarget(Q.Range + (R.Width / 2)))
{
PredictionOutput prediction = Q.GetPrediction(current);
if (prediction.Hitchance >= HitChance.High)
{
pointsList.Add(prediction.CastPosition.To2D());
}
}
}
while (pointsList.Count != 0)
{
MEC.MecCircle circle = MEC.GetMec(pointsList);
int numPoints = pointsList.Count;
if (circle.Radius <= (R.Width / 2) && numPoints >= 3 && R.IsReady())
{
return(Tuple.Create(circle.Center.To3D(), 3));
}
if (circle.Radius <= (W.Width / 2) && numPoints >= 2 && W.IsReady())
{
return(Tuple.Create(circle.Center.To3D(), 2));
}
if (pointsList.Count == 1)
{
return(Tuple.Create(circle.Center.To3D(), 1));
}
if (circle.Radius <= ((Q.Width / 2) + 50) && numPoints > 1)
{
return(Tuple.Create(circle.Center.To3D(), 4));
}
try
{
float distance = -1f;
int index = 0;
Vector2 point = pointsList.ElementAt(0);
for (int i = 1; i == numPoints; i++)
{
if (Vector2.Distance(pointsList.ElementAt(i), point) >= distance)
{
distance = Vector2.Distance(pointsList.ElementAt(i), point);
index = i;
}
}
pointsList.RemoveAt(index);
}
catch (ArgumentOutOfRangeException)
{
var outOfRange = new Vector3(0);
return(Tuple.Create(outOfRange, -1));
}
}
var noResult = new Vector3(0);
return(Tuple.Create(noResult, -1));
}
// Token: 0x0600004A RID: 74 RVA: 0x0000FBAC File Offset: 0x0000DDAC
private void GetAreaOfEffectPrediction(PredictionInput9 input, PredictionOutput9 output)
{
List <PredictionOutput9> targets = new List <PredictionOutput9>();
IEnumerable <Unit9> areaOfEffectTargets = input.AreaOfEffectTargets;
Func <Unit9, bool> < > 9__2;
Func <Unit9, bool> predicate;
if ((predicate = < > 9__2) == null)
{
predicate = (< > 9__2 = ((Unit9 x) => !x.Equals(output.Target)));
}
foreach (Unit9 target in areaOfEffectTargets.Where(predicate))
{
PredictionInput9 input2 = new PredictionInput9
{
Target = target,
Caster = input.Caster,
Delay = input.Delay,
Speed = input.Speed,
CastRange = input.CastRange,
Radius = input.Radius,
RequiresToTurn = input.RequiresToTurn
};
PredictionOutput9 simplePrediction = this.GetSimplePrediction(input2);
float num = (input.SkillShotType == SkillShotType.Line) ? (input.Range + input.CastRange) : input.Range;
if (input.Caster.Distance(simplePrediction.CastPosition) < num)
{
targets.Add(simplePrediction);
}
}
switch (input.SkillShotType)
{
case SkillShotType.AreaOfEffect:
targets.Insert(0, output);
output.CastPosition = ((input.CastRange > 0f) ? input.Caster.InFront(input.CastRange, 0f, true) : input.Caster.Position);
output.AoeTargetsHit = (from x in targets
where output.CastPosition.IsInRange(x.TargetPosition, input.Radius)
select x).ToList <PredictionOutput9>();
return;
case SkillShotType.RangedAreaOfEffect:
targets.Insert(0, output);
output.CastPosition = input.Target.Position;
output.AoeTargetsHit = (from x in targets
where output.CastPosition.IsInRange(x.TargetPosition, input.Radius)
select x).ToList <PredictionOutput9>();
if (!output.AoeTargetsHit.Contains(output))
{
output.AoeTargetsHit.Add(output);
return;
}
break;
case SkillShotType.Line:
targets.Insert(0, output);
if (targets.Count > 1)
{
Dictionary <Polygon.Rectangle, List <PredictionOutput9> > dictionary = new Dictionary <Polygon.Rectangle, List <PredictionOutput9> >();
if (input.UseBlink)
{
Vector3 targetPosition = output.TargetPosition;
List <PredictionOutput9> list = targets.Skip(1).ToList <PredictionOutput9>();
using (List <PredictionOutput9> .Enumerator enumerator2 = list.GetEnumerator())
{
while (enumerator2.MoveNext())
{
PredictionOutput9 predictionOutput = enumerator2.Current;
Vector3 targetPosition2 = predictionOutput.TargetPosition;
Vector3 vector = (targetPosition + targetPosition2) / 2f;
Vector3 vector2 = targetPosition.Extend2D(targetPosition2, -100f);
Vector3 end = vector2.Extend2D(targetPosition2, input.Range);
Polygon.Rectangle rec = new Polygon.Rectangle(vector2, end, input.Radius);
foreach (PredictionOutput9 predictionOutput2 in list)
{
if (!(predictionOutput2.Target == predictionOutput.Target))
{
Vector3 to = (vector + predictionOutput2.TargetPosition) / 2f;
Vector3 vector3 = targetPosition.Extend2D(to, -100f);
Vector3 end2 = vector3.Extend2D(to, input.Range);
Polygon.Rectangle rectangle = new Polygon.Rectangle(vector3, end2, input.Radius + 50f);
if (rectangle.IsInside(targetPosition2) && rectangle.IsInside(predictionOutput2.TargetPosition))
{
rec = rectangle;
}
}
}
dictionary[rec] = (from x in targets
where rec.IsInside(x.TargetPosition)
select x).ToList <PredictionOutput9>();
}
goto IL_C36;
}
}
Vector3 position = input.Caster.Position;
foreach (PredictionOutput9 predictionOutput3 in targets)
{
Vector3 end3 = position.Extend2D(predictionOutput3.TargetPosition, input.Range);
Polygon.Rectangle rec = new Polygon.Rectangle(position, end3, input.Radius * 1.3f);
if (!rec.IsOutside(output.TargetPosition.To2D()))
{
dictionary[rec] = (from x in targets
where rec.IsInside(x.TargetPosition)
select x).ToList <PredictionOutput9>();
}
}
IL_C36:
KeyValuePair <Polygon.Rectangle, List <PredictionOutput9> > keyValuePair = dictionary.MaxOrDefault((KeyValuePair <Polygon.Rectangle, List <PredictionOutput9> > x) => x.Value.Count);
if (keyValuePair.Key != null)
{
List <PredictionOutput9> list2 = keyValuePair.Value.ToList <PredictionOutput9>();
Vector3 to2 = list2.Aggregate(default(Vector3), (Vector3 sum, PredictionOutput9 pos) => sum + pos.TargetPosition) / (float)list2.Count;
if (list2.Count == 0)
{
output.HitChance = HitChance.Impossible;
return;
}
float val = list2.Max(delegate(PredictionOutput9 x)
{
if (!input.UseBlink)
{
return(input.Caster.Distance(x.TargetPosition));
}
return(output.TargetPosition.Distance(x.TargetPosition));
});
float distance = Math.Min(input.UseBlink ? input.Range : input.CastRange, val);
output.CastPosition = (input.UseBlink ? output.TargetPosition.Extend2D(to2, distance) : input.Caster.Position.Extend2D(to2, distance));
output.AoeTargetsHit = keyValuePair.Value;
}
}
else
{
output.AoeTargetsHit.Add(output);
if (input.UseBlink)
{
input.AreaOfEffect = false;
}
}
if (input.UseBlink)
{
output.BlinkLinePosition = ((input.Caster.Distance(output.TargetPosition) > input.CastRange) ? input.Caster.Position.Extend2D(output.TargetPosition, input.CastRange) : output.TargetPosition.Extend2D(output.CastPosition, -100f));
if (input.Caster.Distance(output.BlinkLinePosition) > input.CastRange)
{
output.HitChance = HitChance.Impossible;
}
}
break;
case SkillShotType.Circle:
{
targets.Insert(0, output);
if (targets.Count == 1)
{
output.AoeTargetsHit.Add(output);
return;
}
Func <PredictionOutput9, bool> < > 9__4;
Func <PredictionOutput9, float> < > 9__5;
while (targets.Count > 1)
{
MEC.MecCircle mec = MEC.GetMec((from x in targets
select x.TargetPosition.ToVector2()).ToList <Vector2>());
if (mec.Radius > 0f && mec.Radius < input.Radius && input.Caster.Distance(mec.Center.ToVector3(0f)) < input.Range)
{
output.CastPosition = new Vector3((targets.Count <= 2) ? ((targets[0].TargetPosition.ToVector2() + targets[1].TargetPosition.ToVector2()) / 2f) : mec.Center, output.CastPosition.Z);
PredictionOutput9 output2 = output;
IEnumerable <PredictionOutput9> targets3 = targets;
Func <PredictionOutput9, bool> predicate2;
if ((predicate2 = < > 9__4) == null)
{
predicate2 = (< > 9__4 = ((PredictionOutput9 x) => output.CastPosition.IsInRange(x.TargetPosition, input.Radius)));
}
output2.AoeTargetsHit = targets3.Where(predicate2).ToList <PredictionOutput9>();
return;
}
IEnumerable <PredictionOutput9> targets2 = targets;
Func <PredictionOutput9, float> comparer;
if ((comparer = < > 9__5) == null)
{
comparer = (< > 9__5 = ((PredictionOutput9 x) => targets[0].TargetPosition.DistanceSquared(x.TargetPosition)));
}
PredictionOutput9 item = targets2.MaxOrDefault(comparer);
targets.Remove(item);
output.AoeTargetsHit.Add(output);
}
return;
}
case SkillShotType.Cone:
targets.Insert(0, output);
if (targets.Count > 1)
{
Dictionary <Polygon.Trapezoid, List <PredictionOutput9> > dictionary2 = new Dictionary <Polygon.Trapezoid, List <PredictionOutput9> >();
if (input.UseBlink)
{
Vector3 targetPosition3 = output.TargetPosition;
List <PredictionOutput9> list3 = targets.Skip(1).ToList <PredictionOutput9>();
using (List <PredictionOutput9> .Enumerator enumerator2 = list3.GetEnumerator())
{
while (enumerator2.MoveNext())
{
PredictionOutput9 predictionOutput4 = enumerator2.Current;
Vector3 targetPosition4 = predictionOutput4.TargetPosition;
Vector3 vector4 = (targetPosition3 + targetPosition4) / 2f;
Vector3 vector5 = targetPosition3.Extend2D(targetPosition4, -100f);
Vector3 end4 = vector5.Extend2D(targetPosition4, input.Range);
Polygon.Trapezoid rec = new Polygon.Trapezoid(vector5, end4, input.Radius, input.EndRadius);
foreach (PredictionOutput9 predictionOutput5 in list3)
{
if (!(predictionOutput5.Target == predictionOutput4.Target))
{
Vector3 to3 = (vector4 + predictionOutput5.TargetPosition) / 2f;
Vector3 vector6 = targetPosition3.Extend2D(to3, -100f);
Vector3 end5 = vector6.Extend2D(to3, input.Range);
Polygon.Trapezoid trapezoid = new Polygon.Trapezoid(vector6, end5, input.Radius + 50f, input.EndRadius + 50f);
if (trapezoid.IsInside(targetPosition4) && trapezoid.IsInside(predictionOutput5.TargetPosition))
{
rec = trapezoid;
}
}
}
dictionary2[rec] = (from x in targets
where rec.IsInside(x.TargetPosition)
select x).ToList <PredictionOutput9>();
}
goto IL_751;
}
}
Vector3 position2 = input.Caster.Position;
foreach (PredictionOutput9 predictionOutput6 in targets)
{
Vector3 end6 = position2.Extend2D(predictionOutput6.TargetPosition, input.Range);
Polygon.Trapezoid rec = new Polygon.Trapezoid(position2, end6, input.Radius * 1.4f, input.EndRadius * 1.8f);
if (!rec.IsOutside(output.TargetPosition.To2D()))
{
dictionary2[rec] = (from x in targets
where rec.IsInside(x.TargetPosition)
select x).ToList <PredictionOutput9>();
}
}
IL_751:
KeyValuePair <Polygon.Trapezoid, List <PredictionOutput9> > keyValuePair2 = dictionary2.MaxOrDefault((KeyValuePair <Polygon.Trapezoid, List <PredictionOutput9> > x) => x.Value.Count);
if (keyValuePair2.Key != null)
{
List <PredictionOutput9> list4 = keyValuePair2.Value.ToList <PredictionOutput9>();
Vector3 to4 = list4.Aggregate(default(Vector3), (Vector3 sum, PredictionOutput9 pos) => sum + pos.TargetPosition) / (float)list4.Count;
if (list4.Count == 0)
{
output.HitChance = HitChance.Impossible;
return;
}
float val2 = list4.Max(delegate(PredictionOutput9 x)
{
if (!input.UseBlink)
{
return(input.Caster.Distance(x.TargetPosition));
}
return(output.TargetPosition.Distance(x.TargetPosition));
});
float distance2 = Math.Min(input.UseBlink ? input.Range : input.CastRange, val2);
output.CastPosition = (input.UseBlink ? output.TargetPosition.Extend2D(to4, distance2) : input.Caster.Position.Extend2D(to4, distance2));
output.AoeTargetsHit = keyValuePair2.Value;
}
}
else
{
output.AoeTargetsHit.Add(output);
if (input.UseBlink)
{
input.AreaOfEffect = false;
}
}
if (input.UseBlink)
{
output.BlinkLinePosition = ((input.Caster.Distance(output.TargetPosition) > input.CastRange) ? input.Caster.Position.Extend2D(output.TargetPosition, input.CastRange) : output.TargetPosition.Extend2D(output.CastPosition, -100f));
if (input.Caster.Distance(output.BlinkLinePosition) > input.CastRange)
{
output.HitChance = HitChance.Impossible;
return;
}
}
break;
default:
return;
}
}