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دانلود نسخه باینری

توضیحات

A non-linear least squares minimizer

ویژگی	مقدار
سیستم عامل	Linux
توزیع	ALT p9
مخزن	ALTLinux classic x86_64
نام بسته	ceres-solver
نام فایل بسته	ceres-solver-1.13.0-alt1_8.x86_64.rpm
نسخه بسته	1.13.0
انتشار بسته	alt1_8
معماری بسته	x86_64
نگهدارنده	-
تاریخ ساخت	Sun 31 Mar 2019 05
هاست سازنده	qa_ldv-sisyphus.hasher.altlinux.org
نوع بسته	.rpm
آدرس صفحه اصلی	http://ceres-solver.org/
مجوز	BSD
حجم دانلود	493K
حجم نصب	1.847M

Ceres Solver is an open source C++ library for modeling and solving large, complicated optimization problems. It is a feature rich, mature and performant library which has been used in production at Google since 2010. Notable use of Ceres Solver is for the image alignment in Google Maps and for vehicle pose in Google Street View. Ceres Solver can solve two kinds of problems. 1. Non-linear Least Squares problems with bounds constraints. 2. General unconstrained optimization problems. Features include: - A friendly API: build your objective function one term at a time - Automatic and numeric differentiation - Robust loss functions - Local parameterizations - Threaded Jacobian evaluators and linear solvers - Trust region solvers with non-monotonic steps (Levenberg-Marquardt and Dogleg (Powell & Subspace)) - Line search solvers (L-BFGS and Nonlinear CG) - Dense QR and Cholesky factorization (using Eigen) for small problems - Sparse Cholesky factorization (using SuiteSparse) for large sparse problems - Specialized solvers for bundle adjustment problems in computer vision - Iterative linear solvers for general sparse and bundle adjustment problems - Runs on Linux, Windows, Mac OS X, Android, and iOS

جایگزین ها

بسته	نسخه	معماری	مخزن
ceres-solver-1.13.0-alt1_1.mipsel.rpm	1.13.0	mipsel	ALT classic
ceres-solver-1.13.0-alt1_8.i586.rpm	1.13.0	i586	ALT classic
ceres-solver-debuginfo-1.13.0-alt1_1.mipsel.rpm	1.13.0	mipsel	ALT debuginfo
ceres-solver-devel-1.13.0-alt1_1.mipsel.rpm	1.13.0	mipsel	ALT classic
ceres-solver-devel-1.13.0-alt1_8.i586.rpm	1.13.0	i586	ALT classic
ceres-solver-devel-1.13.0-alt1_8.x86_64.rpm	1.13.0	x86_64	ALT classic

نیازمندی

مقدار	نام
-	libc.so.6(GLIBC_2.14)(64bit)
-	libc.so.6(GLIBC_2.2.5)(64bit)
-	libc.so.6(GLIBC_2.3.4)(64bit)
-	libc.so.6(GLIBC_2.4)(64bit)
>= set:mhdPcTaiH3fz36Ks4vwOzMVAGZstcpAzI0bRoN2qbkgWL3Nz4YtRGVuTxbhqj8i0	libcxsparse.so.3()(64bit)
-	rpmlib(SetVersions)
-	libgcc_s.so.1(GCC_3.0)(64bit)
-	libgcc_s.so.1(GCC_4.0.0)(64bit)
>= set:lhKTg4j6VbFqA2iB4ahLPldvVj4Sy9wwzBFu34hqJ0	libglog.so.0()(64bit)
-	libm.so.6(GLIBC_2.2.5)(64bit)
-	libstdc++.so.6(CXXABI_1.3)(64bit)
-	libstdc++.so.6(CXXABI_1.3.8)(64bit)
-	libstdc++.so.6(CXXABI_1.3.9)(64bit)
-	libstdc++.so.6(GLIBCXX_3.4)(64bit)
-	libstdc++.so.6(GLIBCXX_3.4.11)(64bit)
-	libstdc++.so.6(GLIBCXX_3.4.15)(64bit)
-	libstdc++.so.6(GLIBCXX_3.4.18)(64bit)
-	libstdc++.so.6(GLIBCXX_3.4.20)(64bit)
-	libstdc++.so.6(GLIBCXX_3.4.21)(64bit)
-	libstdc++.so.6(GLIBCXX_3.4.9)(64bit)
-	rtld(GNU_HASH)
-	rtld(GNU_UNIQUE)
-	rpmlib(PayloadIsLzma)

ارائه دهنده

مقدار	نام
= set: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	libceres.so.1()(64bit)
= 1.13.0-alt1_8:sisyphus+226018.100.1.1	ceres-solver

مقدار

نام

= set: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

libceres.so.1()(64bit)

= 1.13.0-alt1_8:sisyphus+226018.100.1.1

ceres-solver

نحوه نصب

نصب پکیج rpm ceres-solver:

sudo apt-get install ceres-solver-1.13.0-alt1_8.x86_64.rpm

فایل ها

مسیرها
/usr/lib64/libceres.so.1
/usr/lib64/libceres.so.1.13.0
/usr/share/doc/ceres-solver-1.13.0
/usr/share/doc/ceres-solver-1.13.0/LICENSE
/usr/share/doc/ceres-solver-1.13.0/README.md

گزارش تغییرات

تاریخ آخرین تغییر	جزئیات
2018-12-10	update to new release by fcimport
2018-01-30	new version