/// <summary>
/// Some try at randomizing the input grid.
/// </summary>
/// <param name="x"></param>
/// <param name="y"></param>
/// <param name="discrimination"></param>
/// <returns></returns>
public static Cell GenerateRandomCell(int x, int y, byte discrimination = 0)
{
//Cell randomCell = new Cell()
//{
// R = (byte)randomGenerator.Next(0, 256),
// G = (byte)randomGenerator.Next(0, 256),
// B = (byte)randomGenerator.Next(0, 256)
//};
const int bufferSize = 32;
byte[] buffer = new byte[bufferSize];
randomGenerator.NextBytes(buffer);
int randomIndex = randomGenerator.Next(bufferSize - 3);
byte r, g, b;
r = buffer[randomIndex];
g = buffer[randomIndex + 1];
b = buffer[randomIndex + 2];
Cell randomCell = new Cell(new Point(x, y))
{
R = (r > discrimination ? (byte)(r - discrimination) : r),
G = (g > discrimination ? (byte)(g - discrimination) : g),
B = (b > discrimination ? (byte)(b - discrimination) : b)
};
return(randomCell);
}
private int GenerateFormula(string fileName, int clauseNumberIndicator, bool randomClauseNumber = false)
{
using (StreamWriter file = new StreamWriter(fileName))
{
try
{
clauseNumberIndicator = clauseNumberIndicator == 0 ? _generator.Next(1, 2000001) : clauseNumberIndicator;
var clauseNumber = randomClauseNumber ? _generator.Next(1, clauseNumberIndicator + 1) : clauseNumberIndicator;
_clauseWriter.WriteProblemLine(file, clauseNumber, _generationModel.NoOfVariables);
for (int i = 0; i < clauseNumber; i++)
{
var randomLength = _generationModel.LengthOfClauseType != LengthOfClauseTypeEnum.Fixed;
var clauseLengthIndicator = _generationModel.LengthOfClauseValue == 0 ? _generator.Next(1, 201) : _generationModel.LengthOfClauseValue;
var clause = GenerateClause(_generationModel.NoOfVariables, clauseLengthIndicator, randomLength);
_clauseWriter.WriteClause(file, clause);
}
return(1);
}
catch (Exception e)
{
return(0);
}
}
}
public static Cell Reproduction(int x, int y, Tuple <Cell, Cell> parents, AbstractGenerator randomGenerator = null)
{
if (randomGenerator == null)
{
randomGenerator = defaultGenerator;
}
byte TakeMax(byte d1, byte d2) => d1 > d2 ? d1 : d2;
(Cell parentA, Cell parentB) = parents;
int choice = randomGenerator.Next(3);
Cell offspring = new Cell(new Point(x, y));
switch (choice)
{
case 0:
{
offspring.R = TakeMax(parentA.R, parentB.R);
offspring.G = TakeMax(parentA.G, parentB.G);
offspring.B = TakeMax(parentA.B, parentB.B);
return(offspring);
}
case 1:
{
offspring.R = TakeMax(parentA.B, parentB.B);
offspring.G = TakeMax(parentA.R, parentB.R);
offspring.B = TakeMax(parentA.G, parentB.G);
return(offspring);
}
case 2:
{
offspring.R = TakeMax(parentA.G, parentB.G);
offspring.G = TakeMax(parentA.B, parentB.B);
offspring.B = TakeMax(parentA.R, parentB.R);
return(offspring);
}
default:
throw new Exception("BAD CHOICE");
}
}
public Source(ref ModelTime time,
AbstractGenerator aTypeGenerator,
AbstractGenerator bTypeGenerator)
{
_time = time;
_aTypeGenerator = aTypeGenerator;
_bTypeGenerator = bTypeGenerator;
NextAGenerationTime = new ModelTime()
{
Time = _time.Time + _aTypeGenerator.Next()
};
NextBGenerationTime = new ModelTime()
{
Time = _time.Time + _bTypeGenerator.Next()
};
}
public Transact Get()
{
Transact transact = null;
if (NextAGenerationTime == _time)
{
NextAGenerationTime = new ModelTime()
{
Time = _time.Time + _aTypeGenerator.Next()
};
transact = new Transact(++idCounter, TransactTypeEnum.Atype);
}
if (NextBGenerationTime == _time)
{
NextBGenerationTime = new ModelTime()
{
Time = _time.Time + _bTypeGenerator.Next()
};
transact = new Transact(++idCounter, TransactTypeEnum.Btype);
}
transact?.AddLog(new TransactLog(_time, EventTypeEnum.Born));
return(transact);
}
public void Enter(Transact transact)
{
transact.AddLog(new TransactLog(_time, EventTypeEnum.EnterServer));
IsFree = false;
_currentTransact = transact;
NextReleaseTime = new ModelTime()
{
Time = _time.Time + (_currentTransact.Type == TransactTypeEnum.Atype ? _aTypeGenerator.Next() : _bTypeGenerator.Next())
};
}
