Changelog for libgraphene-1_0-0-1.10.8-2.7.x86_64.rpm :

* Fri Mar 18 2022 Bjørn Lie - Update to version 1.10.8: + ray: - simplify NaN checking. - Improve intersection + Build fixes. + SIMD: - Make reciprocal operations 0-safe. - Add simplified scalar reciprocal. + tests: - Fix installed introspection test. - Add ray intersection unit. + Fix detection of AArch64. + Documentation fixes.
* Thu Apr 15 2021 Dominique Leuenberger - Update to version 1.10.6: + Hide GRAPHENE_SIMD_S from the introspection data. + Nudge ray axis when intersecting a box.- Changes from version 1.10.4: + Add ARM NEON support when building with Visual Studio. + Build fix on ARM64 Windows. + Drop deprecated \"python3\" Meson module. + Fix detection of non-intersecting boxes. + Only enable SSE2 on x86_64. + Use the compiler-appropriate alignment attributes. + Change introspection option to a yielding feature.- Change -Dintrospection=true meson parameter to - Dintrospection=enabled: follow upstream build system changes.- Wrap -Dsse2=true meson parameter into %ifarch x86_64: 32bit builds for example do not support sse2 (likely boo#1184678).
* Thu Jan 28 2021 Bjørn Lie - Pass conditional Darm_neon=false instead of Darm-neon=true to meson, fix build for armv7.- Stop passing Dbenchmarks=true, no longer recognized nor used.
* Tue Jun 23 2020 Bjørn Lie - Update to version 1.10.2: + Disable SSE on 32bit builds on Windows with MSVC + Add more documentation on the conventions used by matrix operations + Fix Euler angles/matrix conversion + Various bugs fixed.
* Tue May 05 2020 Dominique Leuenberger - Use %{_libexecdir} instead of %{_prefix}/lib: follow the package installer definition.
* Mon Sep 09 2019 Bjørn Lie - Update to version 1.10.0: + API additions, mostly driven by Gthree: - Add graphene_matrix_decompose(). - Add intersection methods to graphene_ray_t. - graphene_triangle_init_from_float(). - graphene_triangle_get_uv(). + Fix graphene_ray_transform(). + Documentation fixes.
* Fri Sep 06 2019 lukeAATTljones.dev- Update to version 1.9.6: + Add radians based initialisers for graphene_euler_t. + Use pragma once for the header inclusion guard. + Remove unused function (#159) + Add multiply(), scale(), and add() operators to graphene_quaternion_t. + Add lerp() operator to all vector types. + Add graphene_plane_transform() + Documentation updates for graphene_ray_t. + Fix graphene_box_get_center() and. graphene_box_get_bounding_sphere() (#165) + Ensure that we detect empty or infinite boxes in the. graphene_box_t API.- Changes from version 1.9.4: + Graphene now uses an ancillary library called µTest for its test suite; this means it\'s possible to build and run the test suite without necessarily depending on GLib. + the conversion of the Euler angles type to and from matrices and. quaternions has been rewritten from scratch, and should not only be finally correct, but it should also cover more use cases—namely the \"proper\" Euler angles as well as the Tait–Bryan angles. + the ARM NEON implementation of the SIMD types has been improved, fixed, and tested, so it\'s not marked as experimental any more. + Require Meson ≥ 0.50.1. + Fix graphene_quaternion_equal() to consider the orientation, not just the component equality. + Fix graphene_quaternion_slerp() to always interpolate along the shortest path. + Re-implement the conversion of graphene_euler_t to and from graphene_matrix_t and graphene_quaternion_t. + Add graphene_rectangle_get_area() + Document restrictions of graphene_rect_round(), and deprecate the function. + Add graphene_rect_round_extents() + Port the test suite from GLib\'s testing utilities to µTest. + Remove internal floating point comparisons. + Improve the NEON extensions detection code. + Fix comparison operators for graphene_simd4f_t on ARM using the NEON extensions. + Remove the \"experimental\" compiler warning from the ARM NEON implementation of graphene_simd4f_t.- Changes from version 1.9.2: + Add graphene_rect_scale() method. + Fix warning from Meson by dropping unnecessary argument to. configure_file() + Clean up arguments of pkgconfig.generate() + Add equality operators to graphene_matrix_t. + Add getters for translation components of a graphene_matrix_t. + Use darwin_versions argument instead of rolling our own. + Add GRAPHENE_RECT_INIT_ZERO
* Mon Mar 25 2019 Bjørn Lie - Update to version 1.8.6: + Bug fixes, bug fixes everywhere! Also: documentation changes to clarify what we do behind the veil of the various matrix multiplication functions. Hopefully, this should help people using Graphene especially when it comes to integration with other libraries. + Fix matrix multiplication when the result matrix is also one of the operands. + Fix check when converting a 4x4 matrix into an affine transformation matrix. + Fix interpolation between matrices with a perspective component. + Documentation fixes for matrix/matrix and matrix/vector multiplication operators.- Changes from version 1.8.4: + Mostly a bug fixing release, with an especially glaring bug fix in the point transformation function of graphene_matrix_t that was found thanks to GTK 4. Now the function is covered by the test suite, so it should not regress. + Another major fix is the ensuring that we have a description of the SIMD types through introspection, which means that language bindings can finally know how big every other structure using them is. The SIMD API is still not available through introspection, as it\'s a pure C convenience. + Require Meson ≥ 0.48.0. + Fix matrix/point transformation. + Build fixes for MSVC. + Introspection fixes for bool. + Fix the InitOnce checks on Windows. + Correctly parse SIMD types for introspection. + Build fixes for the pkg-config file. + Documentation fixes: - Clarify matrix/vector/point multiplication. - Clarify plane description. - Clarify the units for the matrix skew factors. - Document use of graphene-gobject with Meson.
* Thu Jun 14 2018 bjorn.lieAATTgmail.com- Update to version 1.8.2: + The main change is that we\'ve now disabled SIMD optimisations on 32 bit Intel architectures; there aren\'t many of those left, and in general compilers have been less than stellar when supporting SIMD types on them. This is especially problematic when it comes to using Graphene types inside other allocated structures, where SIMD alignment rules break system allocators on platforms like Windows. To avoid introducing weird bugs, if you\'re on 32 bit IA, you\'re only going to have access to the scalar SIMD implementation.
* Fri Feb 23 2018 bjorn.lieAATTgmail.com- Update to version 1.8.0: + No new API, this cycle, but it\'s time to spin a new stable release. + The major news for this release is that we dropped the Autotools build from the repository; Graphene is now built exclusively with Meson. + We\'ve added various fixes to the build on macOS, in order to maintain compatibility with the old Autotools build. + The variables in the pkg-config file that expose the SIMD functionality built inside Graphene have been updated, to ensure that they can be easily consumed by other projects; instead of a single string that needs to be split, we now expose boolean variables for all SIMD implementations. + We\'ve also improved the ability to use Graphene as a Meson sub-project; this allows Meson to check out, build, and depend on Graphene when building complex projects, like GTK. This is really useful inside CI pipelines, as it minimises the amount of separate steps needed when setting up the build.- Update options passed to meson, following upstream changes: gtk_doc=true, gobject_types=true, introspection=true, gcc_vector=true, sse2=true, arm-neon=true, tests=true and benchmarks=true.