function Orianna:FindBestLocationToQ(target)
    if self.BallHolder ~= nil and self.BallHolder.isValid then
        local points = {}
        local targets = {}

        local result = _G.Prediction.GetPrediction(target, self.q, self.BallHolder.position)
        if result.targetPosition and result.hitChance > 0 then
            table.insert(points, result.targetPosition)
            table.insert(targets, target)
        end

        for i, enemy in ipairs(ObjectManager:GetEnemyHeroes()) do
            if ValidTarget(enemy, self.q.range + 370) and enemy.networkID ~= target.networkID then
                result = _G.Prediction.GetPrediction(enemy, self.q, self.BallHolder.position)
                if result.targetPosition and result.hitChance > 0 then
                    table.insert(points, result.targetPosition)
                    table.insert(targets, enemy)
                end
            end
        end


        for o = 1, 5 do
            local MECa = MEC(points)
            local Circle = MECa:Compute()

            if Circle.radius <= 370 and #points >= 3 and myHero.spellbook:CanUseSpell(3) == 0 then
                return Circle.center, 3
            end

            if Circle.radius <= 240 and #points >= 2 and myHero.spellbook:CanUseSpell(1) == 0 then
                return Circle.center, 2
            end

            if #points == 1 then
                return Circle.center, 1
            elseif Circle.radius <= (self.q.radius + 50) and #points >= 1 then
                return Circle.center, 2
            end

            local Dist = -1
            local MyPoint = points[1]
            local index = 0

            for i=2, #points, 1 do
                if GetDistance(points[i], MyPoint) >= Dist then
                    Dist = GetDistance(points[i], MyPoint)
                    index = i
                end
            end
            if index > 0 then
                table.remove(points, index)
            end
        end
    end
end