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Choral
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| Nabstract_interfaces | DEFINITION OF ABSTRACT_INTERFACES FOR THE LIBRARY CHORAL |
| Nalgebra_lin | LINEAR ALGEBRA TOOLS |
| Nalgebra_set | ALGEBRAIC OPERATIONS ON SETS |
| Nbasic_tools | BASIC TOOLS |
| Nbr_mod | Beeler Reuter ionic model |
| Ncardiomodel_mod | DERIVED TYPE cardioModel |
| Ncell_mod | DEFINITION OF GEOMETRICAL CELLS (for meshes) |
| Ncg_mod | CG LINEAR SOLVER = Conjugate Gradient |
| Nchoral | TOP-LEVEL MODULE FOR THE LIBRARY CHORAL |
| Nchoral_constants | CHORAL CONSTANTS |
| Nchoral_env | DEFINITION OF DIRECTORY PATHS |
| Nchoral_variables | DEFINITION OF GLOBAL VARIABLES FOR THE LIBRARY CHORAL |
| Ncsr_fromgraph | USE graph TO DEFINE csr MATRICES |
| Ncsr_mod | DERIVED TYPE csr for sparse matrices |
| Ndiffusion | MODULE FOR DIFFUSION PROBLEMS |
| Neigen_mod | DERIVED TYPE eigen for eigenvalue / eigenvector problems |
| Nelasticity | MODULE FOR LINEAR ELASTICITY PROBLEMS |
| Nfe_func_mod | DEFINITION OF FINITE ELEMENT BASIS FUNCTIONS |
| Nfe_mod | DEFINITION OF FINITE ELEMENT METHODS |
| Nfespace_mod | DERIVED TYPE feSpace: finite element spaces |
| Nfespacexk_mod | DERIVED TYPE feSpacexk: define \( Y = [ X_h ]^k \) for \( X_h \) a finite element space. |
| Nfunclib | PRE-DEFINED NUMERIC FUNCTIONS |
| Ngeotsf_mod | DERIVED TYPE geoTsf: geometrical transformation of reference cells |
| Ngmres_mod | GMRES LINEAR SOLVER |
| Ngraph_mod | DERIVED TYPE graph: sparse matrices of boolean in CSR format |
| Nintegral | COMPUTATION OF INTEGRALS using a quadrature methods on a mesh. |
| Nio | IO: module for input/output |
| Nionicmodel_mod | DERIVED TYPE ionicModel: cellular ionic models in electrophysiology |
| Nkrylov_mod | DERIVED TYPE krylov: for the resolution of linear systems |
| Nmesh_interfaces | DEFINE THE INTERFACES AND THE BOUNDARY CELLS OF A mesh |
| Nmesh_mmg | HANDLE THE COMMUNICATION WITH THE LIBRARY MMG |
| Nmesh_mod | DERIVED TYPE mesh |
| Nmesh_tools | TOOLS TO GET mesh INFORMATIONS |
| Nmumps_mod | DERIVED TYPE mumps: to use the library MUMPS |
| Nnewton_mod | NEWTON NON LINEAR SOLVER |
| Node_def | BOTTOM LEVEL MODULE FOR ODEs |
| Node_lin_1s_mod | ONE-STEP SOLVERS FOR LINEAR ODEs |
| Node_nl_1s_mod | ONE-STEP SOLVERS FOR NON LINEAR ODEs |
| Node_nl_dc_mod | DEFERRED CORRECTION SOLVERS FOR NON LINEAR ODEs |
| Node_nl_ms_mod | MULTISTEP SOLVERS FOR NON LINEAR ODEs |
| Node_opsplt_mod | DERIVED TYPE ode_opSplt: operator splitting methods for ODEs. |
| Node_output_mod | DERIVED TYPE ode_output: handles output for PDE/ODE simulations |
| Node_problem_mod | DERIVED TYPE ode_problem: definition of ODE/PDE problems |
| Node_sl_ms_mod | MULTISTEP SOLVERS FOR SEMILINEAR ODEs |
| Node_sl_nl_dc_mod | DEFERRED CORRECTION SOLVERS FOR A SEMILINEAR ODE coupled with a non-linear ODE system |
| Node_sl_nl_ms_mod | MULTISTEP SOLVERS FOR A SEMILINEAR ODE coupled with a non-linear ODE system |
| Node_solution_mod | DERIVED TYPE ode_solution: data straucture to solve ODEs |
| Node_solver_mod | TOP LEVEL MODULE FOR ODEs, derived type ode_solver |
| Nprecond_mod | DERIVED TYPE precond: preconditioning for linear systems |
| Nquad_mod | QUADRATURE RULES ON REFERENCE CELLS |
| Nquadmesh_mod | DERIVED TYPE quadMesh: integration methods on meshes |
| Nr1d_mod | OPENMP OPERATIONS ON 1-DIMENSIONAL REAL ARRAYS |
| Nr2d_mod | OPENMP OPERATIONS ON 2-DIMENSIONAL REAL ARRAYS |
| Nreal_type | REAL NUMBERS PRECISION IN CHORAL: selects simple/double/quad |
| Nstimulation_mod | DERIVED TYPE stimulation |
| Ntnnp_mod | TNNP ionic model |
1.8.13