CMinimizerPtr CNLopt::CreateSTOGORAND()
{
CNLopt* nl = new CNLopt();
nl->setID("nlopt_stogo_rand");
nl->setName("StoGO randomised - global");
nl->mAlgorithm = NLOPT_GD_STOGO_RAND;
return CMinimizerPtr(nl);
}
CMinimizerPtr CNLopt::CreateCRS2()
{
CNLopt* nl = new CNLopt();
nl->setID("nlopt_crs2");
nl->setName("Controlled Random Search - global");
nl->mAlgorithm = NLOPT_GN_CRS2_LM;
return CMinimizerPtr(nl);
}
CMinimizerPtr CNLopt::CreateNELDERMEAD()
{
CNLopt * nl = new CNLopt();
nl->setID("nlopt_amoeba");
nl->setName("Amoeba (Nelder-Mead Simplex) - local");
nl->mAlgorithm = NLOPT_LN_NELDERMEAD;
return CMinimizerPtr(nl);
}
CMinimizerPtr CNLopt::CreateDIRECT()
{
CNLopt* nl = new CNLopt();
nl->setID("nlopt_direct");
nl->setName("DIviding RECTangles Local - global/local");
nl->mAlgorithm = NLOPT_GN_DIRECT;
return CMinimizerPtr(nl);
}
CMinimizerPtr CNLopt::CreatePRAXIS()
{
CNLopt* nl = new CNLopt();
nl->setID("nlopt_praxis");
nl->setName("PRincipal AXIS - local");
nl->mAlgorithm = NLOPT_LN_PRAXIS;
return CMinimizerPtr(nl);
}
CMinimizerPtr CNLopt::CreateSBPLX()
{
CNLopt* nl = new CNLopt();
nl->setID("nlopt_sbplx");
nl->setName("Subplex algorithm - local");
nl->mAlgorithm = NLOPT_LN_SBPLX;
return CMinimizerPtr(nl);
}
CMinimizerPtr CNLopt::CreateNEWUOA()
{
CNLopt* nl = new CNLopt();
nl->setID("nlopt_newuoa");
nl->setName("Powell's NEWUOA - local");
nl->mAlgorithm = NLOPT_LN_NEWUOA_BOUND;
return CMinimizerPtr(nl);
}
CMinimizerPtr CNLopt::CreateBOBYQA()
{
CNLopt* nl = new CNLopt();
nl->setID("nlopt_bobyqa");
nl->setName("Powell's BOBYQA - local");
nl->mAlgorithm = NLOPT_LN_BOBYQA;
return CMinimizerPtr(nl);
}
CMinimizerPtr CNLopt::CreateCOBYLA()
{
CNLopt* nl = new CNLopt();
nl->setID("nlopt_cobyla");
nl->setName("Constrained Optimization BY Linear Approximations - local");
nl->mAlgorithm = NLOPT_LN_COBYLA;
return CMinimizerPtr(nl);
}
CMinimizerPtr CNLopt::CreateESCH()
{
CNLopt* nl = new CNLopt();
nl->setID("nlopt_esch");
nl->setName("ESCH evolutionary algorithm - global");
nl->mAlgorithm = NLOPT_GN_ESCH;
return CMinimizerPtr(nl);
}
CMinimizerPtr CNLopt::CreateISRES()
{
CNLopt* nl = new CNLopt();
nl->setID("nlopt_isres");
nl->setName("Improved Stochastic Ranking Evolution Strategy - global");
nl->mAlgorithm = NLOPT_GN_ISRES;
return CMinimizerPtr(nl);
}
CMinimizerPtr CNLopt::CreateMLSLLDS()
{
CNLopt* nl = new CNLopt();
nl->setID("nlopt_mlsl_lds");
nl->setName("Multi-Level Single-Linkage + Amoeba - global/local");
nl->mAlgorithm = NLOPT_G_MLSL_LDS;
nl->mAlgorithmSecondary = NLOPT_LN_NELDERMEAD;
return CMinimizerPtr(nl);
}
CMinimizerPtr CBenchmark::Create()
{
return CMinimizerPtr(new CBenchmark());
}
