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Modules
Here is a list of all modules:
[detail level 1234]
oGaseous chemistry parameters for theAtmospheric module
oAerosol chemistry parameters for theAtmospheric module
oModule for Arbitrary Lagrangian Eulerian method (ALE)
oModule for code/code couplingCode / code - management of key parameters
oModule for numerical constants
oModule for physical constants
|\Module for turbulence constants
oModule for dimensions
oModule for input/output
|oAdditional user files
|oHistory user files
|oLagrange files
|oOutput listing
||\Convergence information
|\Boundary post-processing
oMesh Fortran structure, pointers to the C structure
oModule for multigrid parameters
oModule for variable numbering
|oMain variablesMain variables stored in rtp, rtpa
|oPhysical propertiesPhysical properties are stored in propce. See cs_user_boundary_conditions for some examples
|oBoundary conditions coefficientsBoundary condition coefficient are stored in coefa and coefb. See condli and the theory guide for more information
|\Mapping to field structures
oModule for calculation options
|oEquation types
|oTime stepping
|oSpace discretisation
||oConvective scheme
||oGradient calculation
||oDiffusive scheme
||oIterative process for the convection diffusion equation
||\Linear solver
|oTime step options and variables
|omodel
|oturbulence options
|oStokes options
|oTemporal mean and moments calculation
|oAdditional source terms
|oNumerical parameters for the wall distance calculation
|\Transported scalars parameters
oModule for basic MPI and OpenMP parallelism-related values
oModule for definition of general parameters
oModule for periodicity flags
oModule for pointer variables
|oContainers to Fortran array pointers.An array of one of these these derived types can be used to manage a set of pointers (Fortran not allow arrays of pointers directly, so this technique is a classical workaround
|oDummy target arrays for null pointers
|oAuxiliary variables
|oSpecific arrays for the coupled case
|oThermal 1D module parameters
|\Module for Lagrangian model
| oLagrangian arrays
| oBase
| oParticle counter(with and without statistical weight)
| oSpecific physics
| |oParticle deposition sub-model
| |oReentrained model
| |\Clogging model
| oLagrangian time-step
| oError indicator
| oParticles pointersFor array ettp
| oBoundary conditions
| oStatistics
| oSource terms
| oParticles cloning and fusion
| oEncrustation
| oPhysico-chemical (DLVO) parameters
| oBrownian motion
| oTime scheme, turbulent disperion and Poisson's equation
| oParticles/boundary interactions statistics
| \Visualization
oModule for Lagrangian (parameters)
|oClasses and particles
|oBoundary conditions
|oBrownian motion
|oAdditional user variables
|oPrinting
|\Boundary interation type(value of iusclb(izone))
oGeneral module for specific physics
|oIndicator table for specific physics
|oNumber of algebraic or state variables
|oGaz combustion variables pointers
|oPulverized coal combustion variables
|oFuel combustion variables
|oElectrical version variables
||oTransported variables
||\Physical properties
|oIonic conduction variables
|oCompressible module
||\Physical properties
|oCommon
|oCooling Towers Pointers
||\Transported variables
|oEnthalpic variables pointers
|\Boundary conditions
oGeneral module for specific physics containing common parameters
oModule for specific physics thermophysical data
\Ihmpre