that way i am able to remove all the duplicate items from the int array. I then pick from the first element to the stop position which becomes the last i index plus 2.I then increment by moving from left to right from the if statement and from right to right outside of the if statement until i iterate through the entire values of the array.I used a while loop to increment through the array by going from one position to the other left to right, for each increment the stop position is the current value of i + 2 which i will use later to truncate the duplicates from the array.So i then initialize j which is my right hand side of the array to be 1 and i which is my left hand side of the array to be 0, i also initialize where i would i to stop to be 0.I then convert it to back to an array and then re-assign it back to the primary datasource.I used OrderBy which allows me order or sort the items from smallest to the highest using LINQ.Just a bit of contribution based on a test i just solved, maybe helpful and open to improvement by other top contributors here. Nums = nums.ToList().OrderBy(c => c).ToArray() Players have deduced that weapons that only go to +5 operate as double their numbers. If a player has no upgrades, they can be paired with players with up to +1 weapons. If a player has a weapon at +10, they can be matched with players who have +8 or more. If Windows 10 was previously activated on your device, your copy of Windows 10 Pro will be activated automatically. Then you click Change product key to enter a Windows 10 Pro product key. If you have it, you go to Activation Settings. How? Debug mode, Step Into (F11) with a small array: Dark Souls 3 uses Soul Level + Upgrade Level to determine multiplayer ranges. To activate Windows 10 Pro, you need a Windows 10 Pro product key or digital license. Var w = () Ī = dedup0(a) Console.WriteLine(w.Elapsed) Console.Read() Īrray.Sort(a) int i = 0, j = 1, k = a.Length if (k 0) a = i Īlmost branch free. Random r = new Random(0) int a, b = new int įor (int i = b.Length - 1 i >= 0 i-) b = r.Next(b.Length) Ī = new int Array.Copy(b, a, b.Length) Ī = dedup0(a) Console.WriteLine(a.Length) The best way? Hard to say, the HashSet approach looks fast,īut (depending on the data) using a sort algorithm (CountSort ?)
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