Releases: MikaelSlevinsky/FastTransforms
Remove Windows mklinks
Remove Windows mklinks (#39) * can i just integrate install? * add include and bin flags * conflicting includes? * include openblas first? * find openblas.dll * integrate necessary?
Define ALIGN_SIZE backup
define ALIGN_SIZE backup in case not even using sse2, which would be the case on a 32-bit arch
Add compiler flags for Mojave
/usr/local is no longer part of macOS' default search path.
Modernize makefile
v0.2.6 add a point
Add gcc 8 & 9
v0.2.5 test up to gcc-9
Expanded GCC versions in GitHub releases
v0.2.4 revert splitting
Trial support of Travis GitHub releases uploading (continued)
v0.2.3
${TRAVIS_BUILD_DIR} appears to be the right place
Trial support of Travis GitHub releases uploading
v0.2.2 one deploy, two providers
New example for nonlocal diffusion on the sphere
Add ft_mpfr_trsv and ft_mpfr_trsm, tidy up some mpfr routines, make mpfr optional through the use of -DFT_USE_MPFR, simplify test scripts.
Fast 1D orthogonal polynomial transforms
This release adds fast solutions to classical orthogonal polynomial connection problems via divide and conquer for triangular banded generalized eigenproblems accelerated by the FMM. Dense (direct) connection coefficients are supported in multi-precision via mpfr. See the documentation starting here for a full list of new features and also the pull request #37.
Nothing has changed for exported multivariate transforms, but divide and conquer for symmetric definite generalized eigenproblems can also be used to accelerate the multivariate cases, see https://arxiv.org/abs/1711.07866, and most of the technology is in place. Subtleties regarding the rootfinding technique (passing tests on all platforms) will delay these to a subsequent release.