Пакет-източник: numpy (1:1.17.4-5ubuntu3)
Връзки за numpy
Ресурси за Trisquel:
Отговорник:
Original Maintainers:
Външни препратки:
Следните двоични пакети са компилирани от този пакет-източник:
- python-numpy-doc
- NumPy documentation
- python3-numpy
- Fast array facility to the Python 3 language
- python3-numpy-dbg
- Fast array facility to the Python 3 language (debug extension)
Други пакети, свързани с numpy
- зависимости при компилиране
|
- зависимости при компилиране (архитектурно-независими)
|
-
- adep:
cython3
(>= 0.29.2)
- C-Extensions for Python 3
-
- adep:
debhelper-compat
(= 11)
- Пакетът не е наличен
-
- adep:
dh-python
- Debian helper tools for packaging Python libraries and applications
-
- adep:
dvisvgm
- DVI to SVG converter
-
- adep:
gfortran
(>= 4:4.2)
- GNU Fortran 95 compiler
-
- adep:
libblas-dev
[не arm m68k]
- Basic Linear Algebra Subroutines 3, static library
-
- adep:
liblapack-dev
[не arm m68k]
- Library of linear algebra routines 3 - static version
-
- adep:
python3-all-dbg
- package depending on all supported Python 3 debugging packages
-
- adep:
python3-all-dev
- package depending on all supported Python 3 development packages
-
- adep:
python3-doc
- documentation for the high-level object-oriented language Python 3
-
- adep:
python3-ipython
- Enhanced interactive Python shell (Python 3 version)
-
- adep:
python-matplotlib-doc
- Python based plotting system (documentation package)
-
- adep:
python3-pytest
- Simple, powerful testing in Python3
-
- adep:
python-scipy-doc
- scientific library for Python - documentation
-
- adep:
python3-scipy
- scientific tools for Python 3
-
- adep:
python3-setuptools
- Python3 Distutils Enhancements
-
- adep:
python3-sphinx
- documentation generator for Python projects (implemented in Python 3)
-
- adep:
python3-tz
- Python3 version of the Olson timezone database
-
- adep:
texlive-latex-base
- TeX Live: LaTeX fundamental packages
-
- adep:
texlive-latex-extra
- TeX Live: LaTeX additional packages
-
- idep:
python3-matplotlib
- Python based plotting system in a style similar to Matlab (Python 3)