# Source: macaulay2
# Package: macaulay2-common
# Versions: macaulay2-common (1.16+git55.94c4b7d+ds-1), macaulay2-common (1.17.1+ds-1), macaulay2-common (1.17.1+ds-2), macaulay2-common (1.18+ds-1), macaulay2-common (1.18+ds-2), macaulay2-common (1.18+ds-3), macaulay2-common (1.18+ds-4), macaulay2-common (1.18+ds-5), macaulay2-common (1.19+ds-1), macaulay2-common (1.19+ds-2), macaulay2-common (1.19+ds-3), macaulay2-common (1.19.1+ds-1), macaulay2-common (1.19.1+ds-2), macaulay2-common (1.19.1+ds-3), macaulay2-common (1.19.1+ds-4), macaulay2-common (1.19.1+ds-5), macaulay2-common (1.19.1+ds-6), macaulay2-common (1.19.1+ds-7), macaulay2-common (1.19.1+ds-8), macaulay2-common (1.19.1+ds-9), macaulay2-common (1.20+ds-4), macaulay2-common (1.20+ds-6), macaulay2-common (1.20+ds-7), macaulay2-common (1.20+ds-8), macaulay2-common (1.20+ds-9), macaulay2-common (1.21+ds-1), macaulay2-common (1.21+ds-2), macaulay2-common (1.21+ds-3), macaulay2-common (1.22+ds-1), macaulay2-common (1.22+ds-2), macaulay2-common (1.22+ds-3), macaulay2-common (1.22+ds-4), macaulay2-common (1.22+ds-5), macaulay2-common (1.22+ds-6), macaulay2-common (1.23+ds-1), macaulay2-common (1.23+ds-2), macaulay2-common (1.24.05+ds-1), macaulay2-common (1.24.05+ds-3), macaulay2-common (1.24.05+ds-4), macaulay2-common (1.24.05+ds-5), macaulay2-common (1.24.11+ds-1), macaulay2-common (1.24.11+ds-2), macaulay2-common (1.24.11+ds-3), macaulay2-common (1.24.11+ds-4), macaulay2-common (1.24.11+ds-5), macaulay2-common (1.25.06+ds-5), macaulay2-common (1.25.06+ds-7), macaulay2-common (1.25.06+ds-8), macaulay2-common (1.25.11+ds-1), macaulay2-common (1.25.11+ds-2), macaulay2-common (1.25.11+ds-3), macaulay2-common (1.25.11+ds-4), macaulay2-common (1.26.05+ds-1), macaulay2-common (1.26.05+ds-2), macaulay2-common (1.26.06+ds-1), macaulay2-common (1.26.06+ds-2), macaulay2-common (1.26.06+ds-3)
# This Description is active
# Prioritize: 47
Description: Software system for algebraic geometry research (common files)
 Macaulay 2 is a software system for algebraic geometry research, written by
 Daniel R. Grayson and Michael E. Stillman.  Based on Groebner bases, it
 provides algorithms for computing homological invariants of rings and
 modules.
 .
 This package contains the architecture independent portion of Macaulay2, and is
 normally installed automatically when one of the architecture dependent
 packages is installed.
Description-ru: <trans>
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# other Descriptions of the macaulay2-common package with a translation in ru:
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