sphinx/source/releasenotes.md

3 On this page we provide a summary of the main API changes, new features and examples for each relea…
293 libCEED v0.6 contains numerous new features and examples, as well as expanded
294 documentation in [this new website](https://libceed.org).
339 libCEED-0.6 contains greatly expanded examples with {ref}`new documentation <Examples>`.
358 - {ref}`example-petsc-multigrid` ({file}`examples/petsc/multigrid.c`): new p-multigrid
366 - {ref}`example-petsc-elasticity` ({file}`examples/solids/elasticity.c`): new solver for
374 For this release, several improvements were made. Two new CUDA backends were added to
375 the family of backends, of which, the new `cuda-gen` backend achieves state-of-the-art
378 with the aid of a new macro `CEED QFUNCTION` to support JIT (Just-In-Time) and CPU
385 Additionally, new CPU backends
391 This release also included various performance improvements, bug fixes, new examples,
398 renamed `bpsraw`, and the new version of the BPs, which can handle data associated
461 four new CPU backends, two new GPU backends, CPU backend optimizations, initial
463 The new CPU backends in this release came in two families. The `/cpu/self/*/serial`
479 A new explicit time-stepping Navier-Stokes solver was added to the family of libCEED
534 also focused on providing improved continuous integration, and many new tests with code
593 the fundamental CEED building blocks to work with the new data structures.
635 with all dependencies. This release included a new Fortran interface for the library.
636 This release also contained major improvements in the OCCA backend (including a new
637 `/ocl/occa` backend) and new examples. The standalone libCEED example was modified to
639 `examples/ceed` subfolder. A new `mfem` example to perform BP3 (with the application
675 Elements kernels and components for writing new low-level kernels. Examples include: