internal StateProxy(CudaParams parameters)
{
var rand = RandomGenerator.GetInstance();
var x = parameters.Bounds != null ? rand.RandomVector(parameters.LocationDimensions, parameters.Bounds) : rand.RandomVector(parameters.LocationDimensions);
CpuState = new ParticleState(x, parameters.FitnessFunction.Evaluate(x));
GpuState = new ParticleState(x, parameters.FitnessFunction.Evaluate(x));
}
internal StateProxy(CudaParams parameters)
{
var rand = RandomGenerator.GetInstance();
var x = parameters.Bounds != null?rand.RandomVector(parameters.LocationDimensions, parameters.Bounds) : rand.RandomVector(parameters.LocationDimensions);
CpuState = new ParticleState(x, parameters.FitnessFunction.Evaluate(x));
GpuState = new ParticleState(x, parameters.FitnessFunction.Evaluate(x));
}
protected GenericCudaAlgorithm(CudaParams parameters, StateProxy proxy)
{
Proxy = proxy;
ParticlesCount = parameters.ParticlesCount;
DimensionsCount = parameters.LocationDimensions;
Iterations = parameters.Iterations;
FitnessFunction = parameters.FitnessFunction;
SyncWithCpu = parameters.SyncWithCpu;
FunctionNumber = parameters.FunctionNumber;
InstanceNumber = parameters.InstanceNumber;
evalLogger = PsoServiceLocator.Instance.GetService <EvaluationsLogger>();
}
protected GenericCudaAlgorithm(CudaParams parameters, StateProxy proxy)
{
Proxy = proxy;
ParticlesCount = parameters.ParticlesCount;
DimensionsCount = parameters.LocationDimensions;
Iterations = parameters.Iterations;
FitnessFunction = parameters.FitnessFunction;
SyncWithCpu = parameters.SyncWithCpu;
FunctionNumber = parameters.FunctionNumber;
InstanceNumber = parameters.InstanceNumber;
evalLogger = PsoServiceLocator.Instance.GetService<EvaluationsLogger>();
}
public GriewankRosenbrockAlgorithm(CudaParams parameters, StateProxy proxy) : base(parameters, proxy)
{
}
public GriewankRosenbrockAlgorithm(CudaParams parameters, StateProxy proxy)
: base(parameters, proxy)
{
}
public BentCigarAlgorithm(CudaParams parameters, StateProxy proxy)
: base(parameters, proxy)
{
}
public BuecheRastriginAlgorithm(CudaParams parameters, StateProxy proxy)
: base(parameters, proxy)
{
}
public DiscusAlgorithm(CudaParams parameters, StateProxy proxy) : base(parameters, proxy)
{
}
public RastriginAlgorithm(CudaParams parameters, StateProxy proxy) : base(parameters, proxy)
{
}
private static GenericCudaAlgorithm CreateCudaAlgorithm(CudaParams parameters, StateProxy proxy)
{
return(CudaAlgorithmFactory.AlgorithmForFunction(parameters, proxy));
}
public RosenbrockRotatedAlgorithm(CudaParams parameters, StateProxy proxy) : base(parameters, proxy)
{
}
public static Tuple <CudaParticle, GenericCudaAlgorithm> Setup(CudaParams parameters)
{
var proxy = CreateProxy(parameters);
return(new Tuple <CudaParticle, GenericCudaAlgorithm>(CreateParticle(proxy), CreateCudaAlgorithm(parameters, proxy)));
}
private static StateProxy CreateProxy(CudaParams parameters)
{
return(new StateProxy(parameters));
}
public DiscusAlgorithm(CudaParams parameters, StateProxy proxy)
: base(parameters, proxy)
{
}
public SharpRidgeAlgorithm(CudaParams parameters, StateProxy proxy) : base(parameters, proxy)
{
}
public WeierstrassAlgorithm(CudaParams parameters, StateProxy proxy)
: base(parameters, proxy)
{
}
public SchaffersAlgorithm(CudaParams parameters, StateProxy proxy) : base(parameters, proxy)
{
}
public GallagherAlgorithm(CudaParams parameters, StateProxy proxy)
: base(parameters, proxy)
{
}
private static GenericCudaAlgorithm CreateCudaAlgorithm(CudaParams parameters, StateProxy proxy)
{
return CudaAlgorithmFactory.AlgorithmForFunction(parameters, proxy);
}
public AttractiveSectorAlgorithm(CudaParams parameters, StateProxy proxy)
: base(parameters, proxy)
{
}
public EllipsoidalRotatedAlgorithm(CudaParams parameters, StateProxy proxy)
: base(parameters, proxy)
{
}
public LunacekBiRastriginAlgorithm(CudaParams parameters, StateProxy proxy)
: base(parameters, proxy)
{
}
public DifferentPowersAlgorithm(CudaParams parameters, StateProxy proxy)
: base(parameters, proxy)
{
}
public LinearSlopeAlgorithm(CudaParams parameters, StateProxy proxy) : base(parameters, proxy)
{
}
public EllipsoidalAlgorithm(CudaParams parameters, StateProxy proxy) : base(parameters, proxy)
{
}
public LinearSlopeAlgorithm(CudaParams parameters, StateProxy proxy)
: base(parameters, proxy)
{
}
public SphereAlgorithm(CudaParams parameters, StateProxy proxy) : base(parameters, proxy)
{
}
public KatsuuraAlgorithm(CudaParams parameters, StateProxy proxy)
: base(parameters, proxy)
{
}
public SharpRidgeAlgorithm(CudaParams parameters, StateProxy proxy)
: base(parameters, proxy)
{
}
public KatsuuraAlgorithm(CudaParams parameters, StateProxy proxy) : base(parameters, proxy)
{
}
public StepEllipsoidAlgorithm(CudaParams parameters, StateProxy proxy)
: base(parameters, proxy)
{
}
public GallagherAlgorithm(CudaParams parameters, StateProxy proxy) : base(parameters, proxy)
{
}
public SchaffersAlgorithm(CudaParams parameters, StateProxy proxy)
: base(parameters, proxy)
{
}
public RastriginRotatedAlgorithm(CudaParams parameters, StateProxy proxy)
: base(parameters, proxy)
{
}
public SphereAlgorithm(CudaParams parameters, StateProxy proxy)
: base(parameters, proxy)
{
}
public AttractiveSectorAlgorithm(CudaParams parameters, StateProxy proxy) : base(parameters, proxy)
{
}
public RosenbrockRotatedAlgorithm(CudaParams parameters, StateProxy proxy)
: base(parameters, proxy)
{
}
public DifferentPowersAlgorithm(CudaParams parameters, StateProxy proxy) : base(parameters, proxy)
{
}
public static Tuple<CudaParticle, GenericCudaAlgorithm> Setup(CudaParams parameters)
{
var proxy = CreateProxy(parameters);
return new Tuple<CudaParticle, GenericCudaAlgorithm>(CreateParticle(proxy), CreateCudaAlgorithm(parameters, proxy));
}
public WeierstrassAlgorithm(CudaParams parameters, StateProxy proxy) : base(parameters, proxy)
{
}
private static StateProxy CreateProxy(CudaParams parameters)
{
return new StateProxy(parameters);
}
public BentCigarAlgorithm(CudaParams parameters, StateProxy proxy) : base(parameters, proxy)
{
}