Here is a list of all documented files with brief descriptions:

[detail level 12345]

▼ include
▼ tdls
▼ core
group.hpp	Barriers of the groups of threads that share a system: the barrier deduced from the compilation target, the barrier of a single thread, and the resolution of the barrier argument of the solvers
macros.hpp	Toolchain detection and portability macros
math.hpp	Scalar math helpers usable in constant expressions
structural_real.hpp	Exact floating-point value admissible as a template argument
target.hpp	Detection of the compiler, of the language and of the side of the compilation pass: the one place where TDLS identifies the toolchain and the pass. Tests of a compiler version or of an architecture level stay where they serve, on top of these macros
version.hpp	TDLS version macros
▼ solvers
▼ arrowhead_lupp
config.hpp	Shape and compile-time configuration of the ArrowheadLUpp solver family
solver_dynamic.hpp	Runtime-shape variant of the ArrowheadLUpp solver
solver_static.hpp	Compile-time-shape solver of arrowhead (bordered block-diagonal) systems by static condensation, built on TiledLUpp
storage_map.hpp	Position of every entry of an arrowhead matrix in its storage
▼ cooperative_lupp
config.hpp	Compile-time configuration of the CooperativeLUpp solver family
solver_dynamic.hpp	Runtime-size variant of the CooperativeLUpp solver
solver_static.hpp	CooperativeLUpp solver: LU with partial pivoting held in the registers of a group of threads, one system per group
▼ tiled_lupp
config.hpp	Compile-time configuration of the TiledLUpp solver family
solver_dynamic.hpp	Runtime-size variant of the TiledLUpp solver
solver_static.hpp	TiledLUpp solver: LU with partial pivoting on tile grids, one thread / work-item per system
tile_operations.hpp	LU register-tile micro-kernel of the TiledLUpp solver family
options.hpp	Shared vocabulary and conventions of the solver families
tile_operations.hpp	Register-tile micro-kernels shared by the solver families
▼ tfel
adaptors.hpp	TFEL adaptors: call the TiledLUpp solvers directly on the tfel::math objects (matrices, vectors, views) instead of raw pointers
tdls.hpp	TDLS umbrella header: includes the whole library