Moved old tests into the tnl-legacy repository

LINK_DIRECTORIES( ${LIBRARY_OUTPUT_PATH} )

# Add all subdirectories

if( ${WITH_TESTS} )

    add_subdirectory( tests )

endif()

add_subdirectory( src )

add_subdirectory( share )

ADD_SUBDIRECTORY( data )

#ADD_SUBDIRECTORY( unit-tests )

ADD_SUBDIRECTORY( long-time-unit-tests )

ADD_SUBDIRECTORY( mpi )

INSTALL( FILES tnl-test-matrix-formats.cfg.desc

         DESTINATION ${TNL_TARGET_DATA_DIRECTORY} )

group Arguments

{

   string input-file              [Input file name.];

   string matrix-format           [Matrix format. It can be: dense, ellpack, sliced-ellpack, chunked-ellpack and csr.];

   bool hard-test( no )           [Comparison against the dense matrix.];

   bool multiplication-test( no ) [Matrix-vector multiplication test.];

   bool verbose                   [Verbose mode.];

},[Arguments of the matrix format test.];

group Problem

{

   integer dimensions(!)                  [Number of dimenions the problem is defined in.];

   string problem-name( "simple" )        [This defines particular problem.];

   string log-file("simple-problem.log")  [File name for the log.];

},[The problem parameters.];

group Discretisation

{

   string time-discretisation(!)     [Time discretisation for the time dependent problems. Can be explicit, semi-implicit or fully-implicit.];

},[The numerical scheme set-up.];

group Solver

{

   string real-type( "double" )     [Precision of the floating point arithmetics. Can be float, double, long-double.];

   string index-type( "int" )       [Indexing type for arrays, vectors, matrices etc. Can be int or long-int.];

   string device( "host" )          [Device to use for the computations. Can be host or cuda.];

   string discrete-solver(!)        [The main solver for the discretised problem.];

   real merson-adaptivity(1.0e-4)   [Parameter controling adaptivity of the Runge-Kutta-Merson solver.];

   real initial-tau(1.0e-5)         [Initial time step for the time dependent PDE solver. It can be changed if an adaptive solver is used.];

   real snapshot-period(!)          [Time period for writing a state of the time dependent problem to a file.];

   real final-time(!)               [Stop time of the time dependent simulation.];

   integer verbose(1)               [Set the verbose mode. The higher number the more messages are generated.];

},[The solver set-up.];