Data Types List
Here are the data types with brief descriptions:
[detail level 12]
| ►Nboundary_absorbing_mod | Boundary module for absorbing (non-reflecting) conditions |
| ►Nboundary_axis_mod | Boundary module for axis boundaries |
| ►Nboundary_base_mod | |
| ►Nboundary_custom_mod | Boundary module for custom conditions |
| ►Nboundary_farfield_mod | Boundary module for far field conditions |
| ►Nboundary_fixed_mod | Boundary module for fixed in/outflow conditions |
| ►Nboundary_generic_mod | Generic boundary module |
| ►Nboundary_inner_mod | Boundary module for the inner boundaries (only necessary in parallel runs) |
| ►Nboundary_nogradients_mod | Boundary module for reflecting boundaries |
| ►Nboundary_noslip_mod | Boundary module for noslip conditions (see wikipedia ) |
| ►Nboundary_periodic_mod | Boundary module for periodic boundary conditions |
| ►Nboundary_reflecting_mod | Boundary module for reflecting boundaries |
| ►Nboundary_shearing_mod | Boundary module for a shearingsheet/shearingbox. (see e.g. the standard run ) |
| ►Ncommon_dict | Dictionary for generic data types |
| ►Nconstants_base_mod | Generic module for units and physical constants |
| ►Nconstants_cgs_mod | Module for cgs units and physical constants |
| ►Nconstants_geometrical_mod | Module for geometrical units and physical constants |
| ►Nconstants_si_mod | Module for SI units and physical constants |
| ►Ncoplot | |
| ►Nfileio_base_mod | Generic file I/O module |
| ►Nfileio_binary_mod | Module for binary file I/O |
| ►Nfileio_gnuplot_mod | I/O for GNUPLOT readable tabular files |
| ►Nfileio_vtk_mod | I/O for VTK files in XML format (vtkStructuredGrid) |
| ►Nfileio_xdmf_mod | Module for XDMF file I/O |
| ►Nfluxes_base_mod | Base module for numerical flux functions |
| ►Nfluxes_kt_mod | Numerical fluxes module for midpoint quadrature rule |
| ►Nfosite_mod | |
| ►NFunctionNorm | |
| ►Ngeometry_base_mod | Base class for geometrical properties |
| ►Ngeometry_cartesian_mod | Defines properties of a 3D cartesian mesh |
| ►Ngeometry_cylindrical_mod | Defines properties of a 3D cylindrical mesh |
| ►Ngeometry_logcylindrical_mod | Defines properties of a 3D logcylindrical mesh |
| ►Ngeometry_logspherical_mod | Defines properties of a 3D logspherical mesh |
| ►Ngeometry_spherical_mod | Defines properties of a 3D spherical mesh |
| ►Ngeometry_spherical_planet_mod | Defines properties of a 3D spherical mesh |
| ►Ngeometry_tancylindrical_mod | Define properties of a 3D tancylindrical mesh |
| ►Ngravity_base_mod | Generic gravity terms module providing functionaly common to all gravity terms |
| ►Ngravity_binary_mod | Source terms module for gravitational acceleration due to two pointmasses |
| ►Ngravity_pointmass_mod | Source terms module for gravitational acceleration due to a point mass at the center of the coordinate system |
| ►Ngravity_sboxspectral_mod | Poisson solver using spectral methods within the shearingbox |
| ►Ngravity_spectral_mod | 2D poisson solver using spectral methods for direct integration |
| ►Nlogging_base_mod | Basic fosite module |
| ►Nmarray_base_mod | Base class for mesh arrays |
| ►Nmarray_cellscalar_mod | Derived mesh array class for scalar cell data |
| ►Nmarray_cellvector_mod | Derived mesh array class for vector cell data |
| ►Nmarray_compound_mod | Derived class for compound of mesh arrays |
| ►Nmesh_base_mod | Basic mesh module |
| ►Nmesh_midpoint_mod | Mesh module for midpoint quadrature rule |
| ►Nphysics_base_mod | Basic physics module |
| ►Nphysics_euler_mod | Physics module for 1D,2D and 3D non-isothermal Euler equations |
| ►Nphysics_eulerisotherm_mod | Physics module for 1D,2D and 3D isothermal Euler equations |
| ►Nread | |
| ►Nreconstruction_base_mod | Base module for reconstruction process |
| ►Nreconstruction_constant_mod | Basic module for constant (zero order) reconstruction |
| ►Nreconstruction_linear_mod | Module for linear (first order) TVD reconstruction using slope limiters |
| ►Nroots | Root finding subroutines |
| ►Nsedov_mod | Module providing sedov class with basic init and solve subroutines |
| ►Nsources_base_mod | Generic source terms module providing functionaly common to all source terms |
| ►Nsources_c_accel_mod | Source terms module for constant acceleration |
| ►Nsources_cooling_mod | Source terms module for simple optically thin cooling |
| ►Nsources_diskcooling_mod | Source terms module for cooling of geometrically thin accretion disks |
| ►Nsources_generic_mod | Module to manage list of source terms |
| ►Nsources_gravity_mod | Generic gravity terms module providing functionaly common to all gravity terms |
| ►Nsources_planetcooling_mod | Gray cooling of planetary atmospheres |
| ►Nsources_planetheating_mod | Heating of a planet by a star |
| ►Nsources_rotframe_mod | Source terms module for inertial forces caused by a rotating grid |
| ►Nsources_shearbox_mod | Source terms module for fictious forces in a shearingsheet |
| ►Nsources_viscosity_mod | Computes momentum and energy sources due to shear stresses |
| ►Nstreamplot | |
| ►Ntimedisc_base_mod | |
| ►Ntimedisc_cashkarp_mod | Subroutines for embedded Runge-Kutta method |
| ►Ntimedisc_dormand_prince_mod | Subroutines for Dormand-Prince method |
| ►Ntimedisc_modeuler_mod | Subroutines for modified Euler i.e. Runge-Kutta methods |
| ►Ntimedisc_rkfehlberg_mod | Subroutines for Runge-Kutta Fehlberg method |
| ►Ntimedisc_ssprk_mod | Subroutines for strong stability preserving (SSP) Runge Kutta methods |
| CException | |
| Cobject |
