testlist.h

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/*
        @file    testlist.h

        @brief

        @author  Tatsumi Aoyama  (aoym)
                 $LastChangedBy: aoyama $

        @date    $LastChangedDate: 2013-04-08 18:00:27 #$

        @version $LastChangedRevision: 1929 $
*/

#ifndef TESTLIST_INCLUDED
#define TESTLIST_INCLUDED

//- prototype declarations

namespace Test_Eigensolver {
  int solve(void);
}
namespace Test_Eigensolver_Chebyshev {
  int solve_chebyshev(void);
}
namespace Test_Eigensolver_Clover_SF {
  int solve_SF(void);
}


#ifdef USE_FFTWLIB
namespace Test_FFT {
  int fft(void);
  int fft_check(void);
}
#endif


namespace Test_Gauge {
  int energy_density(void);

  int plaquette_lex(void);
  int plaquette_eo(void);

  int shift(void);
}

namespace Test_GradientFlow {
  int run_test_RK1(void);
  int run_test_RK2(void);
  int run_test_RK3(void);
  int run_test_RK4(void);
  int run_test_RK_adaptive(void);
}


namespace Test_GradientFlow_EnergyMomentumTensor_Gauge {
  int run_test_RK1(void);
  int run_test_RK2(void);
  int run_test_RK3(void);
  int run_test_RK4(void);
  int run_test_RK_adaptive(void);
}

namespace Test_GradientFlow_EnergyMomentumTensor_Fermion_1pt_Function {
  int update(int iconf);
}

namespace Test_GradientFlow_EnergyMomentumTensor_Fermion_2pt_Function {
  int update(int iconf);
}


namespace Test_HMC_Clover_Isochemical {
  int update_Nf2(void);
  int RHMC_Nf2p1(void);
}
namespace Test_HMC_Clover {
//  int update_Nf2(void);
  int run_test(void);
  int run_test_HYP(void);
  int update_Nf2_eo(void);
  int RHMC_Nf2p1(void);
  int RHMC_Nf2p1_eo(void);
}
namespace Test_HMC_Clover_SF {
  int update_Nf2(void);
  int RHMC_Nf2p1(void);
}
namespace Test_HMC_Domainwall {
  int update_Nf2(void);
  int update_Nf2_PV(void);
}
namespace Test_HMC_Overlap {
  int leapfrog_Nf2(void);
}
namespace Test_HMC_Quenched {
  int leapfrog_Nf0(void);
  int update_Nf0(void);
}
namespace Test_HMC_Staggered {
  int update_Nf2_eo(void);
}
namespace Test_HMC_TMWilson {
  int update_Nf2(void);
}
namespace Test_HMC_Wilson {
  int leapfrog_Nf2(void);
  int update_Nf2(void);
  int update_Nf2_topology_fixing(void);
}


namespace Test_HotStart {
  int determinant(void);
  int eigenvalue(void);
  int unitary(void);
}


namespace Test_IO_Data {
  int test_io_data_text(void);
}
namespace Test_IO_GaugeConfig {
  int test_io_gconf_binary(void);

#ifdef USE_MPI
  int test_io_gconf_binary_distributed(void);
  int test_io_gconf_binary_parallel(void);
#endif
  int test_io_gconf_fortran(void);
  int test_io_gconf_text(void);

#ifdef USE_LIMELIB
  int test_io_gconf_ILDG(void);

#ifdef USE_MPI
  int test_io_gconf_ILDG_parallel(void);
#endif
#endif
}


namespace Test_Mult {
  int mult_Clover(void);
  int mult_CloverGeneral(void);
  int mult_Clover_Isochemical(void);

  //- NB. Fopr_Clover_SF is implemented only in Chiral rep.
  // int mult_Clover_SF(void);
  int mult_TMWilson(void);

  //- NB. test_Mult_Wilson is implemented separately for beginners
  // int mult_Wilson(void);
  int mult_WilsonGeneral(void);
  int mult_Wilson_Isochemical(void);

  //- NB. Fopr_Wilson_SF is implemented only in Chiral rep.
  // int mult_Wilson_SF(void);
}
namespace Test_Mult_eo {
  int mult_Clover_eo(void);
  int mult_Wilson_eo(void);
}
namespace Test_Mult_Domainwall {
  int mult(void);
}
namespace Test_Mult_Overlap {
  int mult(void);
}
namespace Test_Mult_Wilson {
  int mult(void);
}


namespace Test_PolyakovLoop {
  int polyakovloop(void);
}


namespace Test_QuarkNumSuscept {
  int quark_num_suscept(void);
}


namespace Test_RandomNumbers {
  int rand_field_MT19937_Gaussian(void);
  int rand_field_MT19937_U1(void);
  int rand_field_MT19937_Z2(void);

  int rand_field_Mseries_Gaussian(void);
  int rand_field_Mseries_U1(void);
  int rand_field_Mseries_Z2(void);

#ifdef USE_SFMTLIB
  int rand_field_SFMT_Gaussian(void);
  int rand_field_SFMT_U1(void);
  int rand_field_SFMT_Z2(void);
#endif
}
namespace Test_RandomNumbers_Mseries {
  int uniform_calc_pi(void);
  int gaussian(void);
  int test_global(void);
}
namespace Test_RandomNumbers_MT19937 {
  int uniform_calc_pi(void);
  int test_global(void);
}
#ifdef USE_SFMTLIB
namespace Test_RandomNumbers_SFMT {
  int uniform_calc_pi(void);
  int test_global(void);
}
#endif


namespace Test_Rational {
  int approx(void);
  int inverse(void);
  int smeared_rational(void);
}


namespace Test_SF_fAfP {
  int boundary_meson_2ptFunction(void);
}


namespace Test_Solver_Wilson {
  int solver_BiCGStab_Cmplx(void);
  int solver_BiCGStab_DS_L_Cmplx(void);
  int solver_BiCGStab_IDS_L_Cmplx(void);
  int solver_BiCGStab_L_Cmplx(void);
  int solver_CGNE(void);
  int solver_CGNR(void);
  int solver_GMRES_m_Cmplx(void);

  int solver_ShiftCG(void);
}


namespace Test_Spectrum {
  int hadron_2ptFunction_Clover(void);
  int hadron_2ptFunction_CloverGeneral(void);
  int hadron_2ptFunction_TMWilson(void);

  //- NB. test_Spectrum_Wilson is implemented separately for beginners
  // int hadron_2ptFunction_Wilson(void);
  int hadron_2ptFunction_Wilson_ShiftOrigin(void);
  int hadron_2ptFunction_Wilson_WallSource(void);
  int hadron_2ptFunction_WilsonGeneral(void);

  int hadron_2ptFunction_withFileIO_Clover(void);
  int hadron_2ptFunction_withFileIO_CloverGeneral(void);
  int hadron_2ptFunction_withFileIO_TMWilson(void);
  int hadron_2ptFunction_withFileIO_Wilson(void);
  int hadron_2ptFunction_withFileIO_WilsonGeneral(void);

  int hadron_2ptFunction_withFileIO_Clover_initial_guess(void);

  int hadron_2ptFunction_eo_Clover(void);
  int hadron_2ptFunction_eo_Wilson(void);

  int hadron_2ptFunction_eo_withFileIO_Clover();
  int hadron_2ptFunction_eo_withFileIO_Wilson();

  int hadron_4ptFunction_Clover(void);
}

namespace Test_Spectrum_CRSMatrix {
  int CRSsolver(void);
  int clover_lex(void);
  int domainwall(void);
  int overlap_5d(void);
}
namespace Test_Spectrum_Domainwall {
  int hadron_2ptFunction(void);
}
namespace Test_Spectrum_Overlap {
  int check_sign(void);
  int hadron_2ptFunction(void);
  int hadron_2ptFunction_5d_solver(void);
}
namespace Test_Spectrum_Staggered {
  int hadron_2ptFunction_eo_wallSource(void);
}
namespace Test_Spectrum_Wilson {
  int hadron_2ptFunction(void);
}


namespace Test_TopologicalCharge {
  int topological_charge(void);
}


namespace Test_WilsonLoop {
  int wilsonloop(void);
}
#endif