Add GPU support to bessel_i0
Add CUDA and NVRTC testing
Add GPU support to bessel_i1
Add CUDA and NVRTC testing of bessel_i1
Add tgamma1pm1 NVRTC impl
Add GPU support to iconv
Add GPU test to bessel_ik
Add SYCL testing of complete bessel_i
Add GPU support to bessel_j0
Ignore BOOST_MATH_INSTRUMENT_VARIABLE on NVRTC
Add bessel J0 CUDA and NVRTC testing
Add GPU support to bessel_j1
Add bessel j1 CUDA and NVRTC testing
Add GPU support to bessel jn and jy
Add SYCL bessel j testing
Add bessel_k0 GPU support
Add bessel_k0 CUDA and NVRTC testing
Add GPU support to bessel_k1
Add bessel_k1 CUDA and NVRTC testing
Add GPU support to bessel_kn
Add bessel_kn CUDA and NVRTC testing
Add SYCL testing of complete bessel_k
Make newton-rhapson GPU compatible
Make the completed bessel functions GPU compatible
Add SYCL bessel y testing
Apply changes for non-empty policy on CUDA
Add NVCC cyl_bessel_i testing
Add GPU support to sinc
Add GPU support to series functions
Add GPU support to bessel_jy_zero
Add array helper type
Make hypot GPU safe
Make bessel_yX GPU capable
Add bessel_y0 and bessel_y1 CUDA testing
Add nvrtc testing of bessel_y0 and bessel_y1
Fix macros
Add missing header
Add missing header
Markup iconv
Add iround for NVRTC
Add tgamma1pm1 with policy overload for NVRTC
Disable header
Fix factorial support for CUDA platforms
Add definition of bessel traits
Add cyl_bessel_i NVRTC testing
Fix cyl_bessel_jy warnings
Fix CUDA forward declarations
Fix maybe-unused variable warning
Add CUDA cyl_bessel_j testing
Add sign overload for lgamma
Fix warnings
Add NVRTC cyl_bessel_j testing
Add NVCC sph_bessel testing
Add NVRTC testing of sph_bessel
Add NVRTC testing of cyl_bessel_k
Add NVCC testing of cyl_bessel_k
Add NVCC testing of cyl_neumann
Add NVRTC cyl_neumann testing
Add NVRTC sph_neumann testing
Add NVCC sph_neumann testing
This adds some extra instrumentation to bessel_j0.hpp, everything else are fixes for the test programs.
The advantage of testing on this platform is that it has a true 128-bit long double which is a good test of our assumptions in code.
Also take extra care when evaluating to avoid spurious overflow/underflow.
Changed check_series_iterations to know the real-number type so messages are properly formatted.
Updated docs to match and regenerated.
Fixes#5560.
[SVN r72415]
MPFR Support.
New distributions: laplace, logistic and hypergeometric.
Added PCH support to the Jamfiles for faster build times.
Added C# usage example.
Updated and regenerated docs.
Also fixes#2799 and updates the tests to catch this failure in future.
[SVN r51455]
Add new test case.
Checked that the other Bessel functions do not have the same issue.
Checked that real-valued -1 argument is fixed OK as well as integer argument.
Fixes#2733.
[SVN r51059]
New special functions for truncation and rounding, plus exponential integrals and zeta.
New non central distributions.
Updated equation png's so that they are all consistent.
[SVN r44091]
Added first cut of the non-central chi squared distribution.
Removed almost all occurrences of real_cast: replaced with calls to the truncation/rounding functions instead.
[SVN r42744]
Fixed some bugs uncovered by the above workaround: some forward declarations didn't match the actual definition!
Hopefully fixed remaining Sun compiler issues: mostly fixed by above fixes anyway.
[SVN r41142]
Added new optimisation config options (still need documenting).
Tidied up use of instrumentation code so they all use BOOST_MATH_INSTRUMENT now.
Various tweaks to inverse incomplete beta and gamma to reduce number of iterations.
Changed incomplete gamma and beta to calculate derivative at the same time as the function (performance optimisation for inverses).
Fixed MinGW failures.
Refactored and extended rational / polynomial test cases.
[SVN r4172]
