public GenerationManager(PseudoRandomGeneratorType pseudoRandomGeneratorType)
{
_validatorFactory = new HsmmValidatorFactory();
_jsonModelFactory = new JsonModelFactory();
_generatorFactory = new HsmmGeneratorFactory();
_pseudoRandomNumberGenerator =
new PseudoRandomGeneratorFactory().CreatePseudoRandomNumberGenerator(pseudoRandomGeneratorType);
}
/// <summary>Initializes the <see cref="MklPseudoRandomNumberGenerator" /> class.
/// </summary>
static MklPseudoRandomNumberGenerator()
{
MCG31 = new MklPseudoRandomNumberGenerator("MCG31_mkl", (int)MagicNumber.MCG31, new MklRandomNumberInitialConditions.Descriptor(), MklResources.MCG31, RandomNumberSequence.SplittingApproach.LeapFrog | RandomNumberSequence.SplittingApproach.SkipAhead);
R250 = new MklPseudoRandomNumberGenerator("R250_mkl", (int)MagicNumber.R250, new MklRandomNumberInitialConditions.Descriptor(), MklResources.R250);
MRG32K3A = new MklPseudoRandomNumberGenerator("MRG32K3A_mkl", (int)MagicNumber.MRG32K3A, new MklRandomNumberInitialConditions.Descriptor(), MklResources.MRG32K3A, RandomNumberSequence.SplittingApproach.SkipAhead);
MCG59 = new MklPseudoRandomNumberGenerator("MCG59_mkl", (int)MagicNumber.MCG59, new MklRandomNumberInitialConditions.Descriptor(), MklResources.MCG59, RandomNumberSequence.SplittingApproach.LeapFrog | RandomNumberSequence.SplittingApproach.SkipAhead);
MT2203 = new MklPseudoRandomNumberGenerator("MT2203_mkl", (int)MklPseudoRandomNumberGenerator.MagicNumber.MT2203, new MklRandomNumberInitialConditions.Descriptor(), MklResources.MT2203, numberOfSubGenerators: 6024);
WichmannHill = new MklPseudoRandomNumberGenerator("WichmannHill_mkl", (int)MagicNumber.WH, new MklRandomNumberInitialConditions.Descriptor(), MklResources.WichmannHill, RandomNumberSequence.SplittingApproach.LeapFrog | RandomNumberSequence.SplittingApproach.SkipAhead, numberOfSubGenerators: 273);
MT19937 = new MklPseudoRandomNumberGenerator("MT19937_mkl", (int)MagicNumber.MT19937, new MklRandomNumberInitialConditions.Descriptor(), MklResources.MT19937);
}
/// <summary>Initializes a new instance of the <see cref="MklRandomNumberLibrary" /> class.
/// </summary>
public MklRandomNumberLibrary()
{
MCG31 = new MklPseudoRandomNumberGenerator("MCG31_mkl", (int)MklPseudoRandomNumberGenerator.MagicNumber.MCG31, new MklRandomNumberInitialConditions.Descriptor(), MklResources.MCG31, RandomNumberSequence.SplittingApproach.LeapFrog | RandomNumberSequence.SplittingApproach.SkipAhead, 1, this);
R250 = new MklPseudoRandomNumberGenerator("R250_mkl", (int)MklPseudoRandomNumberGenerator.MagicNumber.R250, new MklRandomNumberInitialConditions.Descriptor(), MklResources.R250, RandomNumberSequence.SplittingApproach.None, 1, this);
MRG32K3A = new MklPseudoRandomNumberGenerator("MRG32K3A_mkl", (int)MklPseudoRandomNumberGenerator.MagicNumber.MRG32K3A, new MklRandomNumberInitialConditions.Descriptor(), MklResources.MRG32K3A, RandomNumberSequence.SplittingApproach.SkipAhead, 1, this);
MCG59 = new MklPseudoRandomNumberGenerator("MCG59_mkl", (int)MklPseudoRandomNumberGenerator.MagicNumber.MCG59, new MklRandomNumberInitialConditions.Descriptor(), MklResources.MCG59, RandomNumberSequence.SplittingApproach.LeapFrog | RandomNumberSequence.SplittingApproach.SkipAhead, 1, this);
WichmannHill = new MklPseudoRandomNumberGenerator("WichmannHill_mkl", (int)MklPseudoRandomNumberGenerator.MagicNumber.WH, new MklRandomNumberInitialConditions.Descriptor(), MklResources.WichmannHill, RandomNumberSequence.SplittingApproach.LeapFrog | RandomNumberSequence.SplittingApproach.SkipAhead, 273, this);
MT19937 = new MklPseudoRandomNumberGenerator("MT19937_mkl", (int)MklPseudoRandomNumberGenerator.MagicNumber.MT19937, new MklRandomNumberInitialConditions.Descriptor(), MklResources.MT19937, RandomNumberSequence.SplittingApproach.None, 1, this);
MT2203 = new MklPseudoRandomNumberGenerator("MT2203_mkl", (int)MklPseudoRandomNumberGenerator.MagicNumber.MT2203, new MklRandomNumberInitialConditions.Descriptor(), MklResources.MT2203, RandomNumberSequence.SplittingApproach.None, 6024, this);
Sobol = new MklQuasiRandomNumberGenerator("Sobol_mkl", (int)MklQuasiRandomNumberGenerator.MagicNumber.Sobol, new MklRandomNumberInitialConditions.Descriptor(), MklResources.Sobol, RandomNumberSequence.SplittingApproach.LeapFrog | RandomNumberSequence.SplittingApproach.SkipAhead, this);
Niederreiter = new MklQuasiRandomNumberGenerator("Niederreiter_mkl", (int)MklQuasiRandomNumberGenerator.MagicNumber.Niederreiter, new MklRandomNumberInitialConditions.Descriptor(), MklResources.Niederreiter, RandomNumberSequence.SplittingApproach.LeapFrog | RandomNumberSequence.SplittingApproach.SkipAhead, this);
}
public IGenerator CreateModelGenerator(IHsmModel model,
IPseudoRandomNumberGenerator pRnGenerator)
{
switch (model.Type)
{
case ModelType.HsmFergusonModel:
{
return(new HsmFergusonModelGenerator((HsmFergusonModel)model, pRnGenerator));
}
case ModelType.HsmQpModel:
{
return(new HsmQpModelGenerator((HsmQpModel)model, pRnGenerator));
}
default:
{
throw new NotImplementedException("ModelType is not supported");
}
}
}
public ProbabilityHandler(IPseudoRandomNumberGenerator generator)
{
this.generator = generator;
}
protected AbstractHsmModelGenerator(T model, IPseudoRandomNumberGenerator pRnGenerator)
{
Model = model;
ProbabilityHandler = new ProbabilityHandler(pRnGenerator);
}
public HsmFergusonModelGenerator(HsmFergusonModel model, IPseudoRandomNumberGenerator pRnGenerator) : base(model, pRnGenerator)
{
}
