internal static List <Challenge> SinglePointCrossover(Challenge c1, Challenge c2)
{
int crossPoint = (RandGenerator.Next(1, Math.Min(c1.ActionsList.Count, c2.ActionsList.Count)));
Challenge offspring1 = new Challenge(c1.Name);
Challenge offspring2 = new Challenge(c2.Name);
for (int i = 0; i < crossPoint; i++)
{
offspring1.ActionsList.Add(new PinchAction(c1.ActionsList[i].Type, c1.ActionsList[i].DifficultyPerPlayer, c1.ActionsList[i].DifficultyLevel));
offspring2.ActionsList.Add(new PinchAction(c2.ActionsList[i].Type, c2.ActionsList[i].DifficultyPerPlayer, c2.ActionsList[i].DifficultyLevel));
}
for (int i = crossPoint; i < c1.ActionsList.Count; i++)
{
offspring2.ActionsList.Add(new PinchAction(c1.ActionsList[i].Type, c1.ActionsList[i].DifficultyPerPlayer, c1.ActionsList[i].DifficultyLevel));
}
for (int i = crossPoint; i < c2.ActionsList.Count; i++)
{
offspring1.ActionsList.Add(new PinchAction(c2.ActionsList[i].Type, c2.ActionsList[i].DifficultyPerPlayer, c2.ActionsList[i].DifficultyLevel));
}
return(new List <Challenge>()
{
offspring1, offspring2
});
}
public override void Randomize()
{
// randomize weights
base.Randomize();
// randomize threshold
Threshold = RandGenerator.NextDouble() * (RandRange.Length) + RandRange.Min;
}
public void AddRandomAction(int Difficulty = -1)
{
PinchType newActType = (PinchType)(RandGenerator.Next(0, 4 + 1));
if (Difficulty == -1)
{
Difficulty = RandGenerator.Next(_DifficultyMin, _DifficultyMax + 1);
}
switch (newActType)
{
case PinchType.Tip2:
ActionsList.Add(new PinchAction(newActType, dpT2, Difficulty));
break;
case PinchType.Pad2:
ActionsList.Add(new PinchAction(newActType, dpP2, Difficulty));
break;
case PinchType.Tip3:
ActionsList.Add(new PinchAction(newActType, dpT3, Difficulty));
break;
case PinchType.Pad3:
ActionsList.Add(new PinchAction(newActType, dpP3, Difficulty));
break;
//case PinchType.Lateral:
// ActionsList.Add(new PinchAction(newActType, dpL2, Difficulty));
// break;
}
}
public void MakeMutation()
{
int actionIndex = (RandGenerator.Next(0, ActionsList.Count));
int newActionIndex = (RandGenerator.Next(0, 4 + 1));
while (actionIndex == newActionIndex)
{
newActionIndex = (RandGenerator.Next(0, 4 + 1));
}
ActionsList.RemoveAt(actionIndex);
PinchType newActType = (PinchType)newActionIndex;
int Difficulty = RandGenerator.Next(_DifficultyMin, _DifficultyMax + 1);
switch (newActType)
{
case PinchType.Tip2:
ActionsList.Add(new PinchAction(newActType, dpT2, Difficulty));
break;
case PinchType.Pad2:
ActionsList.Add(new PinchAction(newActType, dpP2, Difficulty));
break;
case PinchType.Tip3:
ActionsList.Add(new PinchAction(newActType, dpT3, Difficulty));
break;
case PinchType.Pad3:
ActionsList.Add(new PinchAction(newActType, dpP3, Difficulty));
break;
}
}
public void AddRandomAction(int Difficulty = -1)
{
PinchType newActType = (PinchType)(RandGenerator.Next(1, 4));
if (Difficulty == -1)
{
Difficulty = RandGenerator.Next(_DifficultyMin, _DifficultyMax + 1);
}
switch (newActType)
{
case PinchType.Tip2:
ActionsList.Add(new PinchAction(newActType, dpT2, Difficulty));
break;
case PinchType.Pad2:
ActionsList.Add(new PinchAction(newActType, dpP2, Difficulty));
break;
case PinchType.Tip3:
ActionsList.Add(new PinchAction(newActType, dpT3, Difficulty));
break;
case PinchType.Pad3:
ActionsList.Add(new PinchAction(newActType, dpP3, Difficulty));
break;
default:
MainController.PrintToLog("At \"AddRandomAction\" Random number was not good - " + newActType +
". TherapyData.cs.", MainController.LogType.Error);
break;
}
}
private void Initialize()
{
biasWeight = RandGenerator.NextDouble();
for (int i = 0; i < weights.Length; i++)
{
Weights[i] = RandGenerator.NextDouble();
}
}
public int DifficultyPerPlayer; // dp
public PinchAction(PinchType t, int dp, int diffScore = -1)
{
Type = t;
DifficultyPerPlayer = dp;
if (diffScore == -1)
{
DifficultyLevel = RandGenerator.Next(_DifficultyMin, _DifficultyMax + 1);
}
else
{
DifficultyLevel = diffScore;
}
}
public ActionResult <UserModel> Login(string username, string password)
{
var user = (from u in _context.Users
where u.UserName.Equals(username) && u.password.Equals(password)
select u).FirstOrDefault();
if (user != null)
{
var rnd = new RandGenerator();
string randomString = rnd.RandomString(32, true);
return(Ok(randomString));
}
return(StatusCode(401));
}
public Dungeon(RandGenerator g, short width, short height)
{
// Création du héros, NPC
_npc = new List<NPC>();
_heros = new Heros(17, 33, '*'); // Au _heros = new Heros((short)(Width/2 +1), (short)(Height/2+1), '*');
// Init du dungeon
R = g;
Width = width;
Height = height;
_map = new Elements[width, height];
_view = new Visibility[width, height];
for (int w = 0; w < _map.GetLength(0); w++)
{
for (int h = 0; h < _map.GetLength(1); h++)
{
_map[w, h] = Elements.Empty;
_view[w, h] = Visibility.Visible;
}
}
}
public Roulette(RandGenerator randGenerator)
{
this.randGenerator = randGenerator;
}
public Relative(RandGenerator randGenerator) : base(randGenerator)
{
}
public RelativeBase(RandGenerator randGenerator)
{
this.randGenerator = randGenerator;
pockets = new List <Pocket <T> >();
totalSize = 0;
}
