public GlyphedCreature Search()
{
var bestSets = this.GetMaximizingSets();
GlyphedCreature bestResult = null;
decimal bestValue = -1;
//IGlyphSelector selector = new ExhaustiveSearchSelector(this.Glyphs);
IGlyphSelector selector = new MonteCarloSelector(this.Glyphs, bestSets);
Stopwatch watch = new Stopwatch();
watch.Start();
int count = 0;
foreach (var selection in selector.GetGlyphCombination())
{
count++;
var result = new GlyphedCreature(this.Creature, selection.GetGlyphs());
bool isOk = true;
foreach (var constraint in this.Constraints)
{
isOk = isOk && constraint(result);
}
if (isOk)
{
var value = FunctionToMaximize(result);
if (value > bestValue)
{
bestResult = result;
bestValue = value;
//Console.WriteLine(bestValue);
//foreach (var glyph in selection.GetGlyphs())
//{
// Console.WriteLine(glyph);
//}
}
selector.PropagateValue(selection, value);
}
else
{
selector.PropagateValue(selection, -1);
}
//if (count % 10000 == 0)
//{
// Console.WriteLine("Calculation speed=" + (count * 1000/ watch.ElapsedMilliseconds));
//}
}
return(bestResult);
}
private IEnumerable <string> GetMaximizingSets()
{
List <string> sets = new List <string>();
GlyphedCreature virtualCreature = new GlyphedCreature(this.Creature, new Glyph[] { new Glyph(), new Glyph(), new Glyph(), new Glyph(), new Glyph(), new Glyph() });
var baseValue = this.FunctionToMaximize(virtualCreature);
foreach (var kvp in Set.Bonus)
{
virtualCreature.Glyphs[0] = kvp.Value;
virtualCreature.Recalc();
if (this.FunctionToMaximize(virtualCreature) > baseValue)
{
sets.Add(kvp.Key);
}
}
return(sets);
}
static void Main(string[] args)
{
CultureInfo.CurrentCulture = CultureInfo.GetCultureInfo("en-us");
CultureInfo.CurrentUICulture = CultureInfo.GetCultureInfo("en-us");
var file = File.ReadAllText(@"/home/cozar/Documents/VS Code/mmeg/Glyphes/nico.json");
var creatures = CreaturesHelper.LoadAllCreatures();
var glyphs = GlyphsHelper.GetGlyphs(file, false).Where(g => g.Rarity == "legendary" || g.Rarity == "dark")
;
//Croisé vent => le plus rapide possible
var paladin = creatures.Where(c => c.Name == "Exalted Paladin").First();
var maxSpeedglyphs = SpeedMaximizer.Optimize(glyphs);
GlyphedCreature glyphedPaladin = new GlyphedCreature(paladin, maxSpeedglyphs);
Console.WriteLine("Croisé / Speed =" + glyphedPaladin.Speed);
foreach (var glyph in maxSpeedglyphs)
{
Console.WriteLine(glyph);
}
glyphs = glyphs.Except(maxSpeedglyphs);
//dragon eau => le plus rapide possible avec au moins 100 de précision
var dragon = creatures.Where(c => c.Name == "Sapphire Dragon").First();
var dragonOptimizer = new FunctionOptimizer(
dragon,
glyphs,
c => Math.Min(c.Accuracy, 100) * 100 + c.Speed
);
var glyphedDragon = dragonOptimizer.Search();
Console.WriteLine($"Dragon / Speed ={glyphedDragon.Speed}, précision = {glyphedDragon.Accuracy}");
foreach (var glyph in glyphedDragon.Glyphs)
{
Console.WriteLine(glyph);
}
glyphs = glyphs.Except(glyphedDragon.Glyphs);
//Chaman terre => le plus rapide possible
var shaman = creatures.Where(c => c.Name == "Forest Hexxer").First();
maxSpeedglyphs = SpeedMaximizer.Optimize(glyphs);
GlyphedCreature glyphedShaman = new GlyphedCreature(shaman, maxSpeedglyphs);
Console.WriteLine($"Chaman / Speed ={glyphedShaman.Speed}, précision = {glyphedShaman.Accuracy}");
foreach (var glyph in maxSpeedglyphs)
{
Console.WriteLine(glyph);
}
glyphs = glyphs.Except(maxSpeedglyphs);
//rak vent => le plus de dégâts possibles
var rak = creatures.Where(c => c.Name == "Storm Rakshasa Raja").First();
//Le fichier xml ne contient pas les valeurs au niveau 35, il faut donc les adapter en attendant de trouver la formule de calcul
rak.Attack = 1621;
var rakOptimizer = new FunctionOptimizer(
rak,
glyphs,
c => (1.2m * c.Attack + 10 * c.Speed) * (1 + Math.Min(c.CriticalChance, 100) / 100 * c.CriticalDamage)
);
var glyphedRak = rakOptimizer.Search();
Console.WriteLine($"Rak / Speed ={glyphedShaman.Speed}, Atk = {glyphedRak.Accuracy}, Tcc = {glyphedRak.CriticalChance}, Dcc = {glyphedRak.CriticalDamage}");
foreach (var glyph in glyphedRak.Glyphs)
{
Console.WriteLine(glyph);
}
}
