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XGCa
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| ▼Nadios2_comm_module | |
| Cxgcio_type | |
| Cxgcio_timer_type | |
| Cxgcio_init | Overloaded interface for Adios stage write initialization |
| Cadios2_comm_get_type | Overloaded interface for Adios get type info |
| Cadios2_comm_define_variable | Overloaded interface for Adios define variable |
| Cadios2_comm_define_local_var | Overloaded interface for Adios define local variable |
| ▼Nassert_mod | |
| Cassert | |
| ▼Nbicub_mod | |
| Cbicub_type | |
| Cbicub_cpp_type | |
| Ceval_bicub | |
| Cbicub_interpol | |
| Ncomm_mod | |
| Ncoupling_core_edge_input | |
| Ncoupling_core_edge_wrapper | |
| Ncoupling_core_edge_xgc | |
| Ncpp_input_module | This module contains input parameters that are only used in C++ code (this is temporarily not true, some are used in the resampling) |
| Ncpp_main_loop_module | |
| Ndiffusion_module | Module for computing anomalous transport by solving a simple Fick's law transport equation |
| Necuyer_random | |
| Nelliptics_mod | |
| ▼Neq_module | Plasma EQuilibrium module (prefix EQ) (1) Magnetic equilibrium information (from eqd file usually) (2) Density and temperature (+flow) profiles (from .prf file) |
| Clin_interp | |
| Ceq_ftn_type | |
| Nf0_module | |
| Nf0analysis_module | |
| ▼Nf90moduleinterfaces | Explicit interfaces to somve PETSc function used by the FSA solver |
| Cpcsetapplicationcontext | |
| Cpcgetapplicationcontext | |
| Cmatcreateshell | |
| Cmatshellsetcontext | |
| Cmatshellgetcontext | |
| Nfem_operations | This module contains functions to construct finite element matrices for Helmholtz type equations div(alpha grad(X)) + beta X = gamma, and evaluate div(grad_RZ(X)) and v.grad_RZ(X) operations |
| ▼Nfld_module | |
| Cfld_type | |
| Nfor | |
| ▼Ngrid_class | |
| Cgrid_type | |
| Ninput_module | |
| ▼Nload_balance_constraint_module | |
| Cperformance_history | |
| Nload_balance_module | |
| Nmagnetic_field | |
| Nmain_extra | |
| ▼Nmat_class | |
| Cmat_ptr_type | |
| Cmat_type | |
| Nmom_module | Moment generating function from f0_f data |
| Nmultispecies | |
| Nmy_mpi | |
| Nneu_module | Module containing the global data and variables for the neutral particle recycling model |
| Nomp_module | |
| Nperf_monitor | |
| Npetsc_solver_module | |
| Npoisson_extra | |
| Npol_decomp_module | |
| ▼Npsn_class | This module defines the data structure psn that is used for storing data on the triangle grid (fields, potentials, densities, etc.) |
| Cpsn_type | |
| Nptb_3db_module | The module "ptb_3db" contains the framework for handling perturbed 3D magnetic fields in XGCa and XGC1 |
| ▼Nptl_module | |
| Cptl_type_aosoa | |
| Cptl_type | |
| Cspecies_type | |
| Csind | |
| Caind | |
| Nqsort_mod | |
| ▼Nrandom_xgc | |
| Cseeds_type | |
| ▼Nresamp_module | This module provides particle resampling capabilities |
| Cresamp_bin_type | |
| Nsetup_module | |
| Nsheath_module | Module for variables and routines related to the logical sheath boundary condition |
| Nsml_module | |
| Nsmooth_module | |
| Nsolvertest_module | |
| Nsrc_module | |
| Ntaskmap_module | |
| Ntwo_dim_linear_fem | This module contains the code to evaluate the matrix entries in 2-dimensional linear finite element equations of Helmholtz form -div(alpha grad(X) + beta X = gamma |
| Nunused_fortran_inputs_module | |
| ▼Nxgc_solver_module | This module defines the data structure and global variables needed for the Poisson solvers (or generally PETSc ksp-solvers) |
| Cxgc_solver | |
| ▼Nxgc_ts_module | |
| Cxgc_ts |
1.9.1