mpsolve 3.2.1-10 source package in Ubuntu
Changelog
mpsolve (3.2.1-10) unstable; urgency=medium
* debian/control
- Switch Section to math.
- Add hurd-amd64 and remove x32 from list of architectures without
libgoogle-perftools-dev in Build-Depends.
* debian/copyright
- Bump my copyright years.
* debian/rules
- Disable tcmalloc on loong64. Thanks to JiaLing Zhang for the patch!
(Closes: #1057444).
* debian/libmps3.symbols
- Split __do_uninit_fill_n symbols into 32- and 64-bit versions.
-- Doug Torrance <email address hidden> Mon, 11 Dec 2023 07:23:39 -0500
Upload details
- Uploaded by:
- Debian Math Team
- Uploaded to:
- Sid
- Original maintainer:
- Debian Math Team
- Architectures:
- any all
- Section:
- misc
- Urgency:
- Medium Urgency
See full publishing history Publishing
| Series | Published | Component | Section |
|---|
Downloads
| File | Size | SHA-256 Checksum |
|---|---|---|
| mpsolve_3.2.1-10.dsc | 2.6 KiB | 2afa266946faab0e625df6f59425e144e00151cda0d5b682ab58484ebfe66812 |
| mpsolve_3.2.1.orig.tar.bz2 | 3.1 MiB | 45b22f6b04544b9eda2457eec58580d892c7e00824ebd2d6e31fe24cdd763804 |
| mpsolve_3.2.1-10.debian.tar.xz | 10.9 KiB | cb86da2548eb86c18b19b00669d9673e224f5394b6c24b5bc0f83e6b750bc050 |
Available diffs
- diff from 3.2.1-9 to 3.2.1-10 (1.5 KiB)
No changes file available.
Binary packages built by this source
- libmps-dev: Multiprecision polynomial solver (development)
A polynomial rootfinder that can determine arbitrary precision approximations
with guaranteed inclusion radii.
It supports exploiting of polynomial structures such as sparsisty and allows
for polynomial implicitly defined or in some non standard basis.
.
This package contains the development headers and the .so library of MPSolve.
- libmps-fortran-dev: Multiprecision polynomial solver (FORTRAN module development)
A polynomial rootfinder that can determine arbitrary precision approximations
with guaranteed inclusion radii.
It supports exploiting of polynomial structures such as sparsisty and allows
for polynomial implicitly defined or in some non standard basis.
.
This package contains the module MPS that can be used to compile FORTRAN
programs using MPSolve.
- libmps-fortran0: No summary available for libmps-fortran0 in ubuntu noble.
No description available for libmps-fortran0 in ubuntu noble.
- libmps-fortran0-dbgsym: No summary available for libmps-fortran0-dbgsym in ubuntu noble.
No description available for libmps-
fortran0- dbgsym in ubuntu noble.
- libmps3: No summary available for libmps3 in ubuntu noble.
No description available for libmps3 in ubuntu noble.
- libmps3-dbgsym: No summary available for libmps3-dbgsym in ubuntu noble.
No description available for libmps3-dbgsym in ubuntu noble.
- mandelbrot-solver: Solver for Mandelbrot polynomials based on MPSolve
A polynomial rootfinder that can determine arbitrary precision approximations
with guaranteed inclusion radii.
It supports exploiting of polynomial structures such as sparsisty and allows
for polynomial implicitly defined or in some non standard basis.
This binary, provided as an example of custom polynomial
implementation in the MPSolve package, uses the particular structure
of this family of polynomials to develop an efficient solver that
exhibit experimental O(n^2) complexity.
.
This package contains the specialization of mpsolve to Mandelbrot polynomials.
- mandelbrot-solver-dbgsym: debug symbols for mandelbrot-solver
- mpsolve: Multiprecision polynomial solver (command line version)
A polynomial rootfinder that can determine arbitrary precision approximations
with guaranteed inclusion radii.
It supports exploiting of polynomial structures such as sparsisty and allows
for polynomial implicitly defined or in some non standard basis.
.
This package contains the command line version of MPSolve.
- mpsolve-dbgsym: debug symbols for mpsolve
- python3-mpsolve: Multiprecision polynomial solver (Python interface)
A polynomial rootfinder that can determine arbitrary precision approximations
with guaranteed inclusion radii.
It supports exploiting of polynomial structures such as sparsisty and allows
for polynomial implicitly defined or in some non standard basis.
.
This package contains the Python interface to MPSolve.
- xmpsolve: Multiprecision polynomial solver (graphical version)
A polynomial rootfinder that can determine arbitrary precision approximations
with guaranteed inclusion radii.
It supports exploiting of polynomial structures such as sparsisty and allows
for polynomial implicitly defined or in some non standard basis.
.
This package contains the graphical version of MPSolve.
- xmpsolve-dbgsym: debug symbols for xmpsolve
