Libraries

Here is a list of all libraries

sll_sparse_grid	Sparse grid interpolation and solution of Poisson problem
sll_boundary_condition_descriptors	Descriptors for boundary conditions
sll_descriptors	Descriptors with parsing functionality gnerated by a m4 macro
sll_distribution_function	Derived type to describe a distribution function
sll_fields	Field objects
sll_vector_space	Wrappers for complex objects with addition/multiplication/copy. Real arrays already provided
sll_gyroaverage	Compute the gyroaverage operator in a polar mesh
sll_maxwell_solvers	Maxwell solvers in 2D and 3D
sll_poisson_solvers	Poisson solvers (serial version)
sll_poisson_solvers_parallel	Poisson solvers (parallel version)
sll_quasi_neutral_solvers	Solvers for quasi-neutrality equation in drift- and gyro-kinetics (serial version)
sll_quasi_neutral_solvers_parallel	Solvers for quasi-neutrality equation in drift- and gyro-kinetics (parallel version)
sll_fft	Interface around fftpack, fftw and the selalib fft
sll_sparse_matrix_manager	Avoid to have a hard dependecy on any Linear library
sll_interpolators	Classes for numerical interpolation
sll_lagrange_interpolation	Lagrange interpolation
sll_nufft_interpolation	Interpolation using the NUFFT package
sll_periodic_interpolation	Interpolation with periodic boundary conditions
sll_file_io	Create files readable by visualization softwares
sll_file_io_parallel	Create parallel files readable by visualization softwares
sll_xdmf	Write simulation output data in the form of an XDMF database
sll_xdmf_io_parallel	Write simulation output data in the form of an XDMF database. Parallel components
sll_assert	Provides macro for assertion
sll_constants	Some physical and mathematical constants
sll_errors	Provides macros for warnings and errors
sll_memory	Implements the error testing function and allocation related functionalities
sll_timer	Timing facility
sll_utilities	Some numerical low level utilities
sll_working_precision	Define the kind type parameter for intern type data
sll_coordinate_transformations	Coordinate transformations (analytic and discrete)
sll_mesh_calculus	Routines to compute quantities of a curvilinear mesh
sll_meshes	Meshes types: cartesian, triangular and hexagonal meshes
sll_collective	Interface to simplify MPI library calls
sll_parallel_array_utilities	Initialize distributed arrays with special functions
sll_parallel_utilities	Interface to send data across processors
sll_point_to_point_communications	Draft for domain partitioning
sll_reduction	Compute averages in some directions
sll_particle_methods	Centralized location for all particle methods
sll_particle_groups	Create particle groups
sll_particle_mesh_coupling	Kernel smoothers for accumulation and evaluation of charge densities
sll_pic_field_solvers	Field solvers for particle methods
sll_pic_sampling	Sampling of common initial functions
sll_pic_time_integration	Library implementing various kinds of time integrators for pic_basic
sll_particle_pushers	Various kinds of particle pushers
sll_pic_weights	Weight update for PIC framework: Control variate and in future also collisions
sll_m_quadtree	Quadtree sorting structure for particles
sll_pic_visu	Output routines to plot particles and field after PIC simulation
sll_pif	Particle method in Fourier space
sll_random_deviate_generators	Random number generators
sll_quadrature	Implementation of various quadrature rules for integration of a function
sll_advection	Solve advection equation
sll_fcisl	Field aligned interpolation
sll_nml_mesh_cart	Initialize of cartesian mesh from namelist
sll_splines	Splines computation and interpolation
sll_characteristics	Computes the characteristics for advection
sll_ode_integrators	ODE time integrators, with a common interface
sll_ode_solvers	Solve ode using implicit methods
sll_operator_splitting	Operator splitting methods