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#include <kel/lbm/lbm.hpp>
namespace kel {
namespace lbm {
constexpr uint64_t dim_y = 256ul;
constexpr uint64_t dim_x = dim_y * 20ul;
namespace sch {
using namespace saw::schema;
using InfoChunk = Chunk<UInt8, 0u, dim_x, dim_y>;
template<typename T, typename Desc>
using DfChunk = Chunk<FixedArray<T,Desc::Q>, 1u, dim_x, dim_y>;
template<typename T, typename Desc>
using ScalarChunk = Chunk<Scalar<T>, 0u, dim_x, dim_y>;
template<typename T, typename Desc>
using VectorChunk = Chunk<Vector<T,Desc::D>, 0u, dim_x, dim_y>;
template<typename T, typename Desc>
using ChunkStruct = Struct<
Member<InfoChunk, "info">,
Member<DfChunk<T,Desc>, "dfs">,
Member<DfChunk<T,Desc>, "dfs_old">
>;
template<typename T, typename Desc>
using VelChunk = Chunk<Vector<T,Desc::D>, 0u, dim_x, dim_y>;
template<typename T>
using RhoChunk = Chunk<Scalar<T>, 0u, dim_x, dim_y>;
template<typename T, typename Desc>
using MacroStruct = Struct<
Member<VelChunk<T,Desc>, "velocity">,
Member<RhoChunk<T>, "density">
>;
//template<typename T, typename Desc>
//using ParticleArray = Array<
// Particle<T,Desc::D>
//>;
}
template<typename T, typename Desc>
void init(){
}
template<typename T, typename Desc>
saw::error_or<void> kmain(int argc, char** argv){
using dfi = df_info<T,Desc>;
(void) argc;
(void) argv;
return saw::make_void();
}
}
}
int main(int argc, char** argv){
using namespace kel::lbm;
auto eov = kmain<sch::Float32,sch::D2Q9>(argc,argv);
if(eov.is_error()){
auto& err = eov.get_error();
std::cerr<<"[Error]: "<<err.get_category();
auto err_msg = err.get_message();
if(not err_msg.empty()){
std::cerr<<" - "<<err_msg;
}
std::cerr<<std::endl;
return err.code();
}
return 0;
}
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