File List

Here is a list of all files with brief descriptions:

AdaptTimeStep.cpp	This function computes the time step for the next iteration
ArtificialViscosity.cpp	Computes the Laplacian terms for density, energy and momentum equations. It helps with the stability
Backup.cpp	Backup the last simulation
BC.cpp	This function returns the position of i, taking into account boundary conditions
BoundaryRegion.cpp	External boundary conditions ( if UseBoundaryRegions = true)
Carmen.h	The .h that includes all functions headers
Cell.cpp	Constructor and distructor of the cell class. Also computes the cell-averages of the MHD variables
Cell.h
ComputedTolerance.cpp	Adapt trheshold parameter or use it fixed
CPUTimeRef.cpp	Compute the reference CPU time with the finite volume solver. The output is the CPU time for 1 iteration
DigitNumber.cpp	This function returns the number of digits of an integer
DivCleaning.cpp
FileWrite.cpp	Writes in binary or ASCII mode the real number arg into the file f. The global parameter DataIsBinary determines this choice
FineMesh.cpp	Fine mesh simulation functions
FineMesh.h
Flux.cpp	Computes the numerical fluxes HLL and HLLD
FluxCorrection.cpp	Computes the mixed correction in the numerical fluxes (Dedner, 2002)
GetBoundaryCells.cpp	Computes the cells C1, C2, C3, C4 in function of the cells Cell1, Cell2, Cell3, Cell4 taking into account boundary conditions
InitAverage.cpp	Fill the variables vector with the initial condition
InitResistivity.cpp	Fill the magnetic resistivity parameter (x,y,z)
InitTimeStep.cpp	Compute the timestep of the very first iteration
InitTree.cpp	Init graded tree (only for multiresolution solver)
IntermediaryStates.cpp
Limiter.cpp	Limiter functions for the conservative variables
main.cpp	Main function
Matrix.cpp	Construct the data structures
Matrix.h
MinAbs.cpp	Computes the minimal value between 2 numbers
Node.cpp	Constructs the tree structure and computes the MHD multiresolution approach
Node.h
NormMaxQuantities.cpp	Compute the Linf norm of a vector containing the physical quantities divided by their characteristic value
Parallel.cpp	Parallel implementation (not working yet)
Parameters.cpp	User parameters
Parameters.h	This header contains all parameters as global variables
Performance.cpp	Simulation information
PhysicalFluxMHD.cpp	Computes the MHD physical flux
PreProcessor.h
PrintGrid.cpp	Functions to print every variable of the MHD model
PrintGrid.h
PrintIntegral.cpp	Print integral values into file "FileName"
RefreshTree.cpp	Refresh the tree structure
Remesh.cpp	Remesh the mesh
ResistiveTerms.cpp	This computes the resistive terms of energy and magnetic field Equations
SchemeHLL.cpp	Computes the HLL Riemann solver
SchemeHLLD.cpp	Computes the HLLD Riemann solver
ShowTime.cpp	Computes the CPU Time
Sign.cpp	Sign function
Source.cpp	Computes the source terms of the system
Step.cpp	This function returns u(x) = 1 if x < 0 or u(x) = 1 if x < 0 or 0 if x > 0 or 1/2 if x = 0
TimeAverageGrid.cpp	Averages the grid over time
TimeAverageGrid.h
TimeEvolution.cpp	Time evolution for finite volume with multiresolution
Timer.cpp	Computes time
Timer.h
Vector.cpp	Creates vector structure
Vector.h
View.cpp	Visualization for multiresolution
ViewEvery.cpp	Print solution every PrintEvery iteration
ViewIteration.cpp	Print solution if IterationNo = PrintIt1 to PrintIt6