Пакет libkgraph: Информация
Исходный пакет: libkgraph
Версия: 0.1-alt0.git2143fd6.3
Собран: 13 мая 2024 г. 23:14 в задании #347983
Категория: Науки/Математика
Сообщить об ошибке в пакетеДомашняя страница: https://github.com/aaalgo/kgraph
Лицензия: BSD-2-Clause
О пакете: A library for k-nearest neighbor search
Описание:
KGraph: A Library for Approximate Nearest Neighbor Search. KGraph is a library for k-nearest neighbor (k-NN) graph construction and online k-NN search using a k-NN Graph as index. KGraph implements heuristic algorithms that are extremely generic and fast: * KGraph works on abstract objects. The only assumption it makes is that a similarity score can be computed on any pair of objects, with a user-provided function. * KGraph is among the fastest of libraries for k-NN search according to recent benchmark. For best generality, the C++ API should be used. A python wrapper is provided under the module name kgraph, which supports Euclidean and Angular distances on rows of NumPy matrices.
Список бинарных RPM-пакетов, собираемых из данного SRPM:
libkgraph (x86_64, i586, aarch64)
libkgraph-debuginfo (x86_64, i586, aarch64)
libkgraph-devel (x86_64, i586, aarch64)
libkgraph-devel-static (x86_64, i586, aarch64)
python3-module-kgraph (x86_64, i586, aarch64)
python3-module-kgraph-debuginfo (x86_64, i586, aarch64)
libkgraph (x86_64, i586, aarch64)
libkgraph-debuginfo (x86_64, i586, aarch64)
libkgraph-devel (x86_64, i586, aarch64)
libkgraph-devel-static (x86_64, i586, aarch64)
python3-module-kgraph (x86_64, i586, aarch64)
python3-module-kgraph-debuginfo (x86_64, i586, aarch64)
Сопровождающий: Stanislav Levin
Последнее изменение
19 марта 2024 г. Stanislav Levin 0.1-alt0.git2143fd6.3
- NMU: added missing build dependency on setuptools.
4 марта 2024 г. Pavel Skrylev 0.1-alt0.git2143fd6.2
- ! fixed placement and containment of find module for the package
1 февраля 2024 г. Alexey Sheplyakov 0.1-alt0.git2143fd6.1
- NMU: + Fixed FTBFS on aarch64 (don't force SSE2 here) + Build only on aarch64 and x86 as the thing requires either x86 SSE2+ or ARM NEON