Reverse Dependencies of passagemath-graphs

The following projects have a declared dependency on passagemath-graphs:

• cutgeneratingfunctionology — Python code for computation and experimentation with cut-generating functions
• dependent-bterms — An extension to SageMath's module for computations with asymptotic expansions. Provides a special AsymptoticRing that allows to specify a secondary, dependent (monomially bounded) variable.
• elementary-vectors — a SageMath package to work with elementary vectors, sign vectors, oriented matroids and vectors with components in intervals
• passagemath-benzene — passagemath: Generate fusene and benzenoid graphs with benzene
• passagemath-bliss — passagemath: Graph (iso/auto)morphisms with bliss
• passagemath-buckygen — passagemath: Generation of nonisomorphic fullerenes with buckygen
• passagemath-cliquer — passagemath: Finding cliques in graphs with cliquer
• passagemath-coxeter3 — passagemath: Coxeter groups, Bruhat ordering, Kazhdan-Lusztig polynomials with coxeter3
• passagemath-frobby — passagemath: Computations on monomial ideals with Frobby
• passagemath-homfly — passagemath: Homfly polynomials of knots/links with libhomfly
• passagemath-kenzo — passagemath: Topological spaces and homology groups with kenzo
• passagemath-libbraiding — passagemath: Braid computations with libbraiding
• passagemath-nauty — passagemath: Find automorphism groups of graphs, generate non-isomorphic graphs with nauty
• passagemath-planarity — passagemath: Graph planarity with the edge addition planarity suite
• passagemath-plantri — passagemath: Generating planar graphs with plantri and fullgen
• passagemath-polyhedra — passagemath: Convex polyhedra in arbitrary dimension, mixed integer linear optimization
• passagemath-rankwidth — passagemath: Rankwidth and rank decompositions of graphs with rw
• passagemath-sirocco — passagemath: Certified root continuation with sirocco
• passagemath-standard-no-symbolics — passagemath: Sage library without the symbolics subsystem
• sign-vector-conditions — a SageMath package to work with sign vector conditions for chemical reaction networks