Saras
Finite Difference Solver for Fluid Dynamics Simulations
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File List
Here is a list of all documented files with brief descriptions:
[detail level 1234]
o-lib
|o-boundary
||o*boundary.ccDefinitions for functions of class boundary
||o*boundary.hClass declaration of boundary
||o*dirichletCC.ccDefinitions for functions of class boundary
||o*dirichletFC.ccDefinitions for functions of class boundary
||o*neumannCC.ccDefinitions for functions of class boundary
||o*neumannFC.ccDefinitions for functions of class boundary
||o*periodicCC.ccDefinitions for functions of class boundary
||\*periodicFC.ccDefinitions for functions of class boundary
|o-field
||o*derivative.ccDefinitions for functions of class derivative
||o*derivative.hClass declaration of derivative
||o*field.ccDefinitions for functions of class field
||o*field.hClass declaration of field
||o*plainsf.ccDefinitions for functions of class plainsf - plain scalar field
||o*plainsf.hClass declaration of plainsf - plain scalar field
||o*plainvf.ccDefinitions for functions of class plainvf - plain vector field
||o*plainvf.hClass declaration of plainvf - plain vector field
||o*sfield.ccDefinitions for functions of class sfield - scalar field
||o*sfield.hClass declaration of sfield - scalar field
||o*vfield.ccDefinitions for functions of class vfield - vector field
||\*vfield.hClass declaration of vfield - vector field
|o-force
||o*buoyantForce.ccDefinitions for functions of class buoyantForce
||o*coriolisForce.ccDefinitions for functions of class coriolisForce
||o*force.ccDefinitions for functions of class force
||o*force.hClass declaration of force
||o*randomForcing.ccDefinitions for functions of class randomForcing
||\*rotatingConv.ccDefinitions for functions of class rotatingConv
|o-grid
||o*grid.ccDefinitions for functions of class grid
||\*grid.hClass declaration of grid
|o-initial
||o*initial.ccDefinitions for functions of class initial
||\*initial.hClass declaration of initial
|o-io
||o*parser.ccDefinitions for functions of class parser
||o*parser.hClass declaration of parser
||o*probes.ccDefinitions for functions of class probes
||o*probes.hClass declaration of probes
||o*reader.ccDefinitions for functions of class reader
||o*reader.hClass declaration of reader
||o*tseries.ccDefinitions for functions of class tseries
||o*tseries.hClass declaration of tseries
||o*writer.ccDefinitions for functions of class writer
||\*writer.hClass declaration of writer
|o-parallel
||o*mpidata.ccDefinitions for functions of class mpidata
||o*mpidata.hClass declaration of mpidata
||o*parallel.ccDefinitions for functions of class parallel
||\*parallel.hClass declaration of parallel
|\-poisson
| o*poisson.ccDefinitions for functions of class poisson
| \*poisson.hClass declaration of poisson
o-src
|o-solvers
||o-hydro
|||o*hydro.ccDefinitions of common functions for both 2D and 3D runs of the solver class hydro - this class solves the basic Navier-Stokes equation
|||o*hydro.hClass declaration of the hydro solver for both 2D and 3D cases
|||o*hydro_d2.ccDefinitions of functions for 2D computations with the hydro class
|||\*hydro_d3.ccDefinitions of functions for 3D computations with the hydro class
||\-scalar
|| o*scalar.ccDefinitions of common functions for both 2D and 3D runs of the solver class scalar - this class solves the basic Navier-Stokes equation
|| o*scalar.hClass declaration of the scalar solver for both 2D and 3D cases
|| o*scalar_d2.ccDefinitions of functions for 2D computations with the scalar class
|| \*scalar_d3.ccDefinitions of functions for 3D computations with the scalar class
|\-tests
| o-global
| |o*unittest.ccDefinitions for global functions for unit tests
| |\*unittest.hDeclarations of global functions and variables for unit tests
| \-units
|  o*alltests.hDeclarations of all the test functions of unit tests
|  o*differ_test.ccDefinitions of functions to test correctness of finite differencing
|  o*field_test.ccDefinitions of functions to test the field library, specifically divergence computation
|  o*hydro_test.ccDefinitions of functions to test the hydro class, specifically periodic data transfer
|  o*nlin_test.ccDefinitions of functions to test if non-linear terms are being computed correctly
|  \*poisson_test.ccDefinitions of functions to test if the multi-grid solver is solving the Poisson equation correctly
\-tests
 \-ldcTest
  \*validate_ldc.pySaras