sagemath_standard_no_symbolics: Sage library without the symbolics subsystem¶

Type¶

standard

Dependencies¶

• $(BLAS)

• $(MP_LIBRARY)

• $(PCFILES)

• $(PYTHON)

• $(PYTHON_TOOLCHAIN)

• $(SCRIPTS)

• boost_cropped: Portable C++ libraries (subset needed for Sage)

• cysignals: Interrupt and signal handling for Cython

• cython: C-Extensions for Python, an optimizing static compiler

• eclib: Enumerating and computing with elliptic curves defined over the rational numbers

• ecm: Elliptic curve method for integer factorization

• flint: Fast Library for Number Theory

• fpylll: Python interface for FPLLL

• gap: Groups, Algorithms, Programming - a system for computational discrete algebra

• givaro: C++ library for arithmetic and algebraic computations

• glpk: GNU Linear Programming Kit

• gmpy2: Python interface to GMP/MPIR, MPFR, and MPC

• gsl: The GNU Scientific Library

• iml: Integer Matrix Library

• importlib_metadata: Library to access the metadata for a Python package

• importlib_resources: Read resources from Python packages

• ipykernel: IPython Kernel for Jupyter

• ipython: Interactive computing environment with an enhanced interactive Python shell

• ipywidgets: Interactive HTML widgets for Jupyter notebooks and the IPython kernel

• jinja2: General purpose template engine for Python

• jupyter_client: Jupyter protocol implementation and client libraries

• jupyter_core: Jupyter core package

• lcalc: L-function calculator

• libbraiding: Computing with braids

• libgd: Dynamic graphics generation tool

• libhomfly: Compute the homfly polynomial of knots and links

• libpng: Bitmap image support

• linbox: Linear algebra with dense, sparse, structured matrices over the integers and finite fields

• lrcalc_python: Littlewood-Richardson calculator

• m4ri: fast arithmetic with dense matrices over GF(2)

• m4rie: Arithmetic with dense matrices over GF(2^e)

• matplotlib: Python 2D plotting library

• memory_allocator: An extension class to allocate memory easily with Cython

• mpc: Arithmetic of complex numbers with arbitrarily high precision and correct rounding

• mpfi: Multiple precision interval arithmetic library based on MPFR

• mpfr: Multiple-precision floating-point computations with correct rounding

• networkx: Python package for complex networks

• ntl: A library for doing number theory

• numpy: Package for scientific computing with Python

• pari: Computer algebra system for fast computations in number theory

• pexpect: Python module for controlling and automating other programs

• pillow: Python Imaging Library

• pip: Tool for installing and managing Python packages

• pkgconfig: Python interface to pkg-config

• ppl: Parma Polyhedra Library

• pplpy: Python interface to the Parma Polyhedra Library

• primecount: Algorithms for counting primes

• primecountpy: Cython interface for C++ primecount library

• primesieve: CLI program and C/C++ library for generating primes

• ptyprocess: Python interaction with subprocesses in a pseudoterminal

• pythran: Ahead of Time compiler for numeric kernels

• requests: An HTTP library for Python

• rw: Compute rank-width and rank-decompositions

• sage_conf: Configuration module for the Sage library

• sage-setup: Build system of the Sage library

• sagemath_brial: Boolean Ring Algebra with BRiAl

• sagemath_categories: Sage categories, basic rings, polynomials, functions

• sagemath_cddlib: Polyhedral computation with cddlib

• sagemath_combinat: Algebraic combinatorics, combinatorial representation theory

• sagemath_eclib: Elliptic curves over the rationals with eclib/mwrank

• sagemath_environment: System and software environment

• sagemath_flint: Fast computations with MPFI and FLINT

• sagemath_gap: Computational Group Theory with GAP

• sagemath_gap_pkg_ctbllib_data: Computational Group Theory with GAP: ctbllib data

• sagemath_gap_pkg_irredsol_data: Computational Group Theory with GAP: irredsol data

• sagemath_gap_pkg_tomlib_data: Computational Group Theory with GAP: tomlib data

• sagemath_gap_pkg_transgrp_data: Computational Group Theory with GAP: transgrp data

• sagemath_giac: Symbolic computation with Giac

• sagemath_glpk: Linear and mixed integer linear optimization backend using GLPK

• sagemath_graphs: Graphs, posets, hypergraphs, designs, abstract complexes, combinatorial polyhedra, abelian sandpiles, quivers

• sagemath_groups: Groups and Invariant Theory

• sagemath_homfly: Homfly polynomials of knots/links with libhomfly

• sagemath_lcalc: L-function calculations with lcalc

• sagemath_libbraiding: Braid computations with libbraiding

• sagemath_libecm: Elliptic curve method for integer factorization using GMP-ECM

• sagemath_linbox: Linear Algebra with Givaro, fflas-ffpack, LinBox, IML, m4ri(e)

• sagemath_modules: Vectors, matrices, tensors, vector spaces, affine spaces, modules and algebras, additive groups, quadratic forms, root systems, homology, coding theory, matroids

• sagemath_nauty: Find automorphism groups of graphs, generate non-isomorphic graphs with nauty

• sagemath_ntl: Computational Number Theory with NTL

• sagemath_objects: Sage objects, elements, parents, categories, coercion, metaclasses

• sagemath_palp: Lattice polytopes and applications to toric geometry with PALP

• sagemath_pari: Computational Number Theory with PARI/GP

• sagemath_pari_galdata: Computational Number Theory with PARI/GP: Galois group data

• sagemath_pari_seadata_small: Computational Number Theory with PARI/GP: seadata_small

• sagemath_planarity: Graph planarity with the edge addition planarity suite

• sagemath_plot: Plotting and graphics with Matplotlib, Three.JS, etc.

• sagemath_polyhedra: Convex polyhedra in arbitrary dimension, mixed integer linear optimization

• sagemath_repl: IPython kernel, Sage preparser, doctester

• sagemath_schemes: Schemes, varieties, elliptic curves, algebraic Riemann surfaces, modular forms, arithmetic dynamics

• sagemath_singular: Computer algebra, algebraic geometry, singularity theory with Singular

• sagemath_tachyon: Interface to the ray tracing system tachyon

• scipy: Scientific tools for Python

• setuptools: Build system for Python packages

• singular: Computer algebra system for polynomial computations, algebraic geometry, singularity theory

• six: Python 2 and 3 compatibility utilities

• sphinx: Python documentation generator

• symmetrica: Library for representation theory

• typing_extensions: Backported and Experimental Type Hints for Python 3.8+

Version Information¶

package-version.txt:

10.6.29

version_requirements.txt:

passagemath-standard-no-symbolics ~= 10.6.29.0

Installation commands¶

$ pip install passagemath-standard-no-symbolics~=10.6.29.0

$ sage -i sagemath_standard_no_symbolics

However, these system packages will not be used for building Sage because spkg-configure.m4 has not been written for this package; see upstream Issue #27330 for more information.