Suggestions for tkz-bernoulli
The following packages have something in common with the package tkz-bernoulli. The packages are ordered in decreasing similarity.
- Package tkz-linknodes: Link nodes in mathematical environments
- Package tkz-graph: Draw graph-theory graphs
- Package tkz-orm: Create Object-Role Model (ORM) diagrams
- Package tkz-interval: Interval brackets made with TikZ
- Package tkz-fct: Tools for drawing graphs of functions
- Package tkz-euclide: Tools for drawing Euclidean geometry
- Package tkz-tab: Tables of signs and variations using PGF/TikZ
- Package tikz-qtree: Use existing qtree syntax for trees in TikZ
- Package binarytree: Drawing binary trees using TikZ
- Package tkz-grapheur: A LaTeX package with tools for graph plotting (and TikZ)
- Package istgame: Draw Game Trees with TikZ
- Package prooftrees: Forest-based proof trees (symbolic logic)
- Package tikz-dependency: A library for drawing dependency graphs
- Package tkz-base: Tools for drawing with a cartesian coordinate system
- Package tkz-berge: Macros for drawing graphs of graph theory
- Package tkz-kiviat: Draw Kiviat graphs
- Package forest-ext: Additional Forest libraries providing bug fixes, extensions and support for tagging
- Package forest: Drawing (linguistic) trees
- Package tkz-elements: A Lua library for drawing Euclidean geometry with TikZ or tkz-euclide
- Package dirtreex: Directory tree rendering for LaTeX with TikZ
- Package gl-tree: Linguistic trees with a preprocessor
- Package pst-tree: Trees, using PSTricks
- Package pgfornament: Drawing of Vectorian ornaments with PGF/TikZ
- Package drv: Derivation trees with METAPOST
- Package pst-qtree: Simple syntax for trees
- Package pst-tvz: Draw trees with more than one root node, using PSTricks
- Package baum: Trees, using PiCTeX
- Package huffman: Drawing binary Huffman trees with METAPOST and METAOBJ
- Package wotree: Draw Warnier/Orr diagrams
- Package pst-jtree: Typeset complex trees for linguists
- Package broydensolve: Solve a system of equations with Broyden’s good method