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mui.h
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/*****************************************************************************
* Multiscale Universal Interface Code Coupling Library *
* *
* Copyright (C) 2019 Y. H. Tang, S. Kudo, X. Bian, Z. Li, G. E. Karniadakis *
* *
* This software is jointly licensed under the Apache License, Version 2.0 *
* and the GNU General Public License version 3, you may use it according *
* to either. *
* *
* ** Apache License, version 2.0 ** *
* *
* Licensed under the Apache License, Version 2.0 (the "License"); *
* you may not use this file except in compliance with the License. *
* You may obtain a copy of the License at *
* *
* http://www.apache.org/licenses/LICENSE-2.0 *
* *
* Unless required by applicable law or agreed to in writing, software *
* distributed under the License is distributed on an "AS IS" BASIS, *
* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. *
* See the License for the specific language governing permissions and *
* limitations under the License. *
* *
* ** GNU General Public License, version 3 ** *
* *
* This program is free software: you can redistribute it and/or modify *
* it under the terms of the GNU General Public License as published by *
* the Free Software Foundation, either version 3 of the License, or *
* (at your option) any later version. *
* *
* This program is distributed in the hope that it will be useful, *
* but WITHOUT ANY WARRANTY; without even the implied warranty of *
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the *
* GNU General Public License for more details. *
* *
* You should have received a copy of the GNU General Public License *
* along with this program. If not, see <http://www.gnu.org/licenses/>. *
*****************************************************************************/
/**
* @file mui.h
* @author Y. H. Tang
* @date 19 February 2014
* @brief The main header file for MUI. Usually the only file that needs to
* be included in order to integrate into an application.
*/
#ifndef MUI_H_
#define MUI_H_
//Include chrono samplers
#include "chrono_samplers/chrono_sampler_exact.h"
#include "chrono_samplers/chrono_sampler_gauss.h"
#include "chrono_samplers/chrono_sampler_sum.h"
#include "chrono_samplers/chrono_sampler_mean.h"
//Include spatial samplers
#include "spatial_samplers/sampler_exact.h"
#include "spatial_samplers/sampler_gauss.h"
#include "spatial_samplers/sampler_mov_avg.h"
#include "spatial_samplers/sampler_nn.h"
#include "spatial_samplers/sampler_pseudo_nn.h"
#include "spatial_samplers/sampler_pseudo_n2_linear.h"
#include "spatial_samplers/sampler_sum_quintic.h"
#include "spatial_samplers/sampler_sph_quintic.h"
#include "spatial_samplers/sampler_shepard_quintic.h"
#ifdef USE_RBF
#include "spatial_samplers/sampler_rbf.h"
#endif
#include "sampler.h"
#include "comm.h"
#include "comm_mpi.h"
#include "comm_mpi_smart.h"
#include "dim.h"
#include "lib_mpi_split.h"
#include "lib_mpi_multidomain.h"
#include "uniface.h"
#include "util.h"
#include <string>
namespace mui {
#define DECLARE_SAMPLER_1ARG(SAMPLER,SUFFIX,CONFIG) \
template<typename T> using SAMPLER ## SUFFIX = SAMPLER<CONFIG,T,T>;
#define DECLARE_SAMPLER_0ARG(SAMPLER,SUFFIX,CONFIG) \
using SAMPLER ## SUFFIX = SAMPLER<CONFIG>;
#ifdef USE_RBF
#define SPECIALIZE(SUFFIX,REALTYPE,INTTYPE,DIM) \
typedef struct config_##SUFFIX {\
using EXCEPTION = exception_segv;\
static const bool DEBUG = false;\
static const int D = DIM;\
static const bool FIXEDPOINTS = false;\
static const bool QUIET = false;\
using REAL = REALTYPE;\
using INT = INTTYPE;\
using point_type = point<REAL,D>;\
using time_type = REAL;\
using data_types = type_list<int32_t,int64_t,double,float,std::string>;\
} mui_config_##SUFFIX;\
using uniface##SUFFIX = uniface<config_##SUFFIX>;\
using point##SUFFIX = point<config_##SUFFIX::REAL,config_##SUFFIX::D>;\
DECLARE_SAMPLER_1ARG(sampler_sum_quintic,SUFFIX,config_##SUFFIX)\
DECLARE_SAMPLER_1ARG(sampler_sph_quintic,SUFFIX,config_##SUFFIX)\
DECLARE_SAMPLER_1ARG(sampler_shepard_quintic,SUFFIX,config_##SUFFIX)\
DECLARE_SAMPLER_1ARG(sampler_nearest_neighbor,SUFFIX,config_##SUFFIX)\
DECLARE_SAMPLER_1ARG(sampler_pseudo_nearest_neighbor,SUFFIX,config_##SUFFIX)\
DECLARE_SAMPLER_1ARG(sampler_pseudo_n2_linear,SUFFIX,config_##SUFFIX)\
DECLARE_SAMPLER_1ARG(sampler_moving_average,SUFFIX,config_##SUFFIX)\
DECLARE_SAMPLER_1ARG(sampler_exact,SUFFIX,config_##SUFFIX)\
DECLARE_SAMPLER_1ARG(sampler_gauss,SUFFIX,config_##SUFFIX)\
DECLARE_SAMPLER_1ARG(sampler_rbf,SUFFIX,config_##SUFFIX)\
DECLARE_SAMPLER_0ARG(chrono_sampler_exact,SUFFIX,config_##SUFFIX);\
DECLARE_SAMPLER_0ARG(chrono_sampler_gauss,SUFFIX,config_##SUFFIX);\
DECLARE_SAMPLER_0ARG(chrono_sampler_sum,SUFFIX,config_##SUFFIX);\
DECLARE_SAMPLER_0ARG(chrono_sampler_mean,SUFFIX,config_##SUFFIX);\
namespace geometry {\
using point##SUFFIX = point<config_##SUFFIX>;\
using sphere##SUFFIX = sphere<config_##SUFFIX>;\
using box##SUFFIX = box<config_##SUFFIX>;\
using or_set##SUFFIX = or_set<config_##SUFFIX>;\
}
SPECIALIZE(1d,double,int32_t,1);
SPECIALIZE(2d,double,int32_t,2);
SPECIALIZE(3d,double,int32_t,3);
SPECIALIZE(1dx,double,int64_t,1);
SPECIALIZE(2dx,double,int64_t,2);
SPECIALIZE(3dx,double,int64_t,3);
SPECIALIZE(1f,float,int32_t,1);
SPECIALIZE(2f,float,int32_t,2);
SPECIALIZE(3f,float,int32_t,3);
SPECIALIZE(1fx,float,int64_t,1);
SPECIALIZE(2fx,float,int64_t,2);
SPECIALIZE(3fx,float,int64_t,3);
#undef SPECIALIZE
#else
#define SPECIALIZE(SUFFIX,REALTYPE,INTTYPE,DIM) \
typedef struct config_##SUFFIX {\
using EXCEPTION = exception_segv;\
static const bool DEBUG = false;\
static const int D = DIM;\
static const bool FIXEDPOINTS = false;\
static const bool QUIET = false;\
using REAL = REALTYPE;\
using INT = INTTYPE;\
using point_type = point<REAL,D>;\
using time_type = REAL;\
using data_types = type_list<int32_t,int64_t,double,float,std::string>;\
} mui_config_##SUFFIX;\
using uniface##SUFFIX = uniface<config_##SUFFIX>;\
using point##SUFFIX = point<config_##SUFFIX::REAL,config_##SUFFIX::D>;\
DECLARE_SAMPLER_1ARG(sampler_sum_quintic,SUFFIX,config_##SUFFIX)\
DECLARE_SAMPLER_1ARG(sampler_sph_quintic,SUFFIX,config_##SUFFIX)\
DECLARE_SAMPLER_1ARG(sampler_shepard_quintic,SUFFIX,config_##SUFFIX)\
DECLARE_SAMPLER_1ARG(sampler_nearest_neighbor,SUFFIX,config_##SUFFIX)\
DECLARE_SAMPLER_1ARG(sampler_pseudo_nearest_neighbor,SUFFIX,config_##SUFFIX)\
DECLARE_SAMPLER_1ARG(sampler_pseudo_n2_linear,SUFFIX,config_##SUFFIX)\
DECLARE_SAMPLER_1ARG(sampler_moving_average,SUFFIX,config_##SUFFIX)\
DECLARE_SAMPLER_1ARG(sampler_exact,SUFFIX,config_##SUFFIX)\
DECLARE_SAMPLER_1ARG(sampler_gauss,SUFFIX,config_##SUFFIX)\
DECLARE_SAMPLER_0ARG(chrono_sampler_exact,SUFFIX,config_##SUFFIX);\
DECLARE_SAMPLER_0ARG(chrono_sampler_gauss,SUFFIX,config_##SUFFIX);\
DECLARE_SAMPLER_0ARG(chrono_sampler_sum,SUFFIX,config_##SUFFIX);\
DECLARE_SAMPLER_0ARG(chrono_sampler_mean,SUFFIX,config_##SUFFIX);\
namespace geometry {\
using point##SUFFIX = point<config_##SUFFIX>;\
using sphere##SUFFIX = sphere<config_##SUFFIX>;\
using box##SUFFIX = box<config_##SUFFIX>;\
using or_set##SUFFIX = or_set<config_##SUFFIX>;\
}
SPECIALIZE(1d,double,int32_t,1);
SPECIALIZE(2d,double,int32_t,2);
SPECIALIZE(3d,double,int32_t,3);
SPECIALIZE(1dx,double,int64_t,1);
SPECIALIZE(2dx,double,int64_t,2);
SPECIALIZE(3dx,double,int64_t,3);
SPECIALIZE(1f,float,int32_t,1);
SPECIALIZE(2f,float,int32_t,2);
SPECIALIZE(3f,float,int32_t,3);
SPECIALIZE(1fx,float,int64_t,1);
SPECIALIZE(2fx,float,int64_t,2);
SPECIALIZE(3fx,float,int64_t,3);
#undef SPECIALIZE
#endif
// usage: SPECIALIZE( _your_custom_suffix, your_custom_config_structure )
// uniface_your_custom_suffix interface; ...
#define SPECIALIZE(SUFFIX,CONFIG) \
namespace mui {\
using uniface##SUFFIX = uniface<CONFIG>;\
using point##SUFFIX = point<CONFIG::REAL,CONFIG::D>;\
DECLARE_SAMPLER_1ARG(sampler_nearest_neighbor,SUFFIX,CONFIG)\
DECLARE_SAMPLER_1ARG(sampler_pseudo_nearest_neighbor,SUFFIX,CONFIG)\
DECLARE_SAMPLER_1ARG(sampler_pseudo_n2_linear,SUFFIX,CONFIG)\
DECLARE_SAMPLER_1ARG(sampler_moving_average,SUFFIX,CONFIG)\
DECLARE_SAMPLER_1ARG(sampler_exact,SUFFIX,CONFIG)\
DECLARE_SAMPLER_1ARG(sampler_rbf,SUFFIX,CONFIG)\
DECLARE_SAMPLER_1ARG(sampler_gauss,SUFFIX,CONFIG)\
DECLARE_SAMPLER_0ARG(chrono_sampler_exact,SUFFIX,CONFIG);\
DECLARE_SAMPLER_0ARG(chrono_sampler_gauss,SUFFIX,CONFIG);\
DECLARE_SAMPLER_0ARG(chrono_sampler_sum,SUFFIX,CONFIG);\
DECLARE_SAMPLER_0ARG(chrono_sampler_mean,SUFFIX,CONFIG);\
}
}
#endif /* MUI_H_ */