VERB4D
File List
Here is a list of all documented files with brief descriptions:
[detail level 12]
  src
 Convection_1D_ULTIMATE_QUICKEST6.cppCalculates the convection in 1D given a 1D matrix of Phase Space Densities, boundary conditions, diffusion, sources and losses
 Convection_1D_ULTIMATE_QUICKEST6.hCalculates the convection in 1D given a 1D matrix of Phase Space Densities, boundary conditions, diffusion, sources and losses
 Convection_2D.cppCalculates the convection in 2D given a 2D matrix of Phase Space Densities, P, R, boundary conditions, diffusion, sources and losses
 Convection_2D.hCalculates the convection in 2D given a 2D matrix of Phase Space Densities, P, R, boundary conditions, diffusion, sources and losses
 Diffusion_1D.cppGetting the diffusion in 1D for the given a 1D matrix of Phase Space Densities, x, boundary conditions, jacobian, sources, losses and change in time
 Diffusion_1D.hGetting the diffusion in 1D for the given a 1D matrix of Phase Space Densities, x, boundary conditions, jacobian, sources, losses and change in time
 Diffusion_2D.cppGetting the diffusion in 2D for the given a 2D matrix of Phase Space Densities, x, y, boundary conditions, jacobian, sources, losses and change in time
 Diffusion_2D.hGetting the diffusion in 2D for the given a 2D matrix of Phase Space Densities, x, y, boundary conditions, jacobian, sources, losses and change in time
 Diffusion_ADI1.cppCalculating the diffusion in 2D using implicit implementation of diagonal terms, explicit implementation of mixed terms
 Diffusion_ADI1.hCalculating the diffusion in 2D using implicit implementation of diagonal terms, explicit implementation of mixed terms
 Diffusion_ADI2.cppCalculating the diffusion in 2D using multidimensional diffusion process - Xiao, F., Z. Su, H. Zheng, and S. Wang (2009)
 Diffusion_ADI2.hCalculating the diffusion in 2D using multidimensional diffusion process - Xiao, F., Z. Su, H. Zheng, and S. Wang (2009)
 Diffusion_ADI3.cppCalculating the diffusion in 2D using method from Jihye Shin and Sungsoo Kim (2008)
 Diffusion_ADI3.hCalculating the diffusion in 2D using method from Jihye Shin and Sungsoo Kim (2008)
 Interpolation.cppWrapper around interpolation library, interpolates values into new grid using MonotCubicInterpolator.cpp
 Interpolation.hWrapper around interpolation library, interpolates values into new grid using MonotCubicInterpolator.cpp
 Logger.cppLogs the messages sent, including information, warnings, and errors
 Logger.hLogs the messages sent, including information, warnings, and errors
 Matrix.cppMatrix 1D, 2D, 3D and 4D and operations with them
 Matrix.hMatrix 1D, 2D, 3D and 4D and operations with them
 MatrixSolver.cppSolves model matrices for diffusion calculations and has functionality for derivative approximations of matrices
 MatrixSolver.hSolves model matrices for diffusion calculations and has functionality for derivative approximations of matrices
 MonotCubicInterpolator.cppRepresents one dimensional function f with single valued argument x
 MonotCubicInterpolator.hppRepresents one dimensional function f with single valued argument x that can be interpolated using monotone cubic interpolation
 Parameters.cppHolds the Parameters along with their corresponding file and arguments
 Parameters.hHolds the parameters along with their corresponding file and arguments
 ReadInitialData.cppReads in all the data files created in Matlab in order to initialize the parameters
 ReadInitialData.hReads in all the data files created in Matlab in order to initialize the parameters
 UpdatableMatrix.cppSame functionality as matrices found in Matrix.h but can also be updated from ini-files
 UpdatableMatrix.hSame functionality as matrices found in Matrix.h but can also be updated from ini-files
 VERB4D_Solver.cppHolds main function that solves all of the matrices using the help of the other classes/functions