version 0.5.0
Developer corner
Here is a list of all modules:
[detail level 123456]
 ▼Core engine Convinience core tools used throughout the code (date type, MPI and openMP routines, etc.) ►Data structures Definition of different data structures of the code ►Miscellaneous Miscellaneous core tools ►MPI MPI routines OpenMP OpenMP routines ►Pre-processing tools Tools to initialize fields ►System System related routines ▼Discretization of PDE Discretization methods to solve partial differential equations (PDE) ►Explicit discretization Routines for discretizing explicit terms ►Field level operators High-level functions for interpolating/extrapolating/differenciating whole fields ►Immersed Boundaries Implement boundaries of arbitrary shapes in PDEs ►Implicit discretization Routines that fill the matrix and the right-hand side of linear systems associated to the discretization of PDE Lagrangian particles Lagrangian particles transported by the flow ►Multiphase methods Interface advection equation resolution methods (Volume of Fluid, Level Set, etc.) ►Node level schemes Node level (cell, face, edge, vertex, point) discrete schemes ►Partial Differential Equations First level routines to discretize PDE term by term Time discretization Routines relative to time discretization of PDEs Finite Volume fluxes Finite Volume fluxes definition Advection Geometry Reinitialization ▼Geometry Geometry description and manipulation (grid and 2D/3D objects) ►Computational geometry Routines relative to the computational geometry Domain Domain and subdomains variables ►Grid Grid coordinates, spatial step, and various grid indices Immersed Sudomain and Boundary Metrics Algorithms to create immersed subdomain and boundary metrics ▼I/O Input / Output Checkpoint / Restart Perform checkpoint and restart of Notus Debug I/O I/O routines for debugging purpose ►Grids and fields I/O Procedures to read and write grids and fields ►JSON Routines to manipulate JSON files ►Lexer / Parser Multi-purpose lexer/parser Probes Define probes to plot fields on points or lines along time ►System System related I/O ▼Modeling Routines relative to the modeling of a physical problem to solve Energy equation It prepares and solves the Energy equation Generic transport equations It discretizes and solves the generic transport (advection/diffusion) equation Compute properties of materials Compute local properties of materials (density, viscosity, etc.) from geometry, equation of state and reference properties of materials Navier-Stokes equations Prepare and solve the Navier-Stokes equations Phase advection equation Routines relative to the phase advection equations (multiphase flows) Poisson equation It discretizes and solves the Poisson equation Species transport equations It prepares and solves the species transport (or advection/diffusion) equations ►Turbulence models Turbulence models and methods ▼Post processing Computation of derived quantities, error estimates, etc Error tools Routines to compute errors ( $$L^p$$ norms) Grid Convergence Define and manage grid convergence analysis Integration tools Integration tools over the grid Diagnostic quantities Post-treatment routines to compute physical quantities (Nusselt number, Q criterion, kinetic energy, etc.) Reference solutions Definition of the reference solutions Statistics Post-treatment routines to compute statistical quantities of turbulent fields (Mean time fields, fluctuations, etc.) Validation Tools to validate Notus and compute grid convergence thanks to notus_grid_convergence.py script ▼Linear system solvers Linear system solvers and interface to third-party solvers ►HYPRE linear system interface Massively parallel HYPRE library interface routines LIS linear system interface Parallel LIS library interface routines MUMPS linear system interface Parallel MUMPS library interface routines ▼User routines Routines to adapt Notus to users specificities User fields Define custom fields User variables Define custom variables ▼Notus Notus main program and User Interface Read Command Line Routines that read Notus command line ►User interface User interface ▼Verification and Validation test cases Verification and validation documentation and process V&V test cases processing Procedures that will orient the program towards the right test case ►Validation test cases Validation test cases descriptions and results ►Verification test cases Verification test cases descriptions and results