Suggestions for tkz-kiviat
The following packages have something in common with the package tkz-kiviat. The packages are ordered in decreasing similarity.
- pgfornament: Drawing of Vectorian ornaments with PGF/TikZ
- tkz-fct: Tools for drawing graphs of functions
- tkz-linknodes: Link nodes in mathematical environments
- tkz-graph: Draw graph-theory graphs
- histogr: Draw histograms with the LaTeX picture environment
- tkz-tab: Tables of signs and variations using PGF/TikZ
- tkz-euclide: Tools for drawing Euclidean geometry
- tkz-berge: Macros for drawing graphs of graph theory
- tkz-base: Tools for drawing with a cartesian coordinate system
- tkz-elements: A Lua library for drawing Euclidean geometry with TikZ or tkz-euclide
- metapost-matlab: METAPOST data plotting in Matlab style
- gpdata: Cause METAPOST graph package to ignore '#'-comments
- mpkiviat: METAPOST package to draw Kiviat diagrams
- tkzexample: Package for the documentation of all tkz-* packages
- tkz-doc: Documentation macros for the TKZ series of packages
- domaincoloring: Draw colored represenations of complex functions
- tkz-bernoulli: Draw Bernoulli trees with TikZ
- makeplot: Easy plots from Matlab in LaTeX
- numericplots: Plot numeric data (including Matlab export) using PSTricks
- pgfplotstable: Loads, rounds, formats and postprocesses numerical tables
- bezierplot: Approximate smooth function graphs with cubic bezier splines for use with TikZ or METAPOST
- tikzviolinplots: Draws violin plots from data
- pgfplots: Create normal/logarithmic plots in two and three dimensions
- pst-3dplot: Draw 3D objects in parallel projection, using PSTricks
- pgfplotsthemebeamer: Use colours from the current beamer theme in pgfplots
- tkz-orm: Create Object-Role Model (ORM) diagrams
- interactiveplot: Provides an interface to create interactive 2D/3D functions inside a PDF file
- metaplot: Plot-manipulation macros for use in METAPOST
- pst-infixplot: Using PSTricks plotting capacities with infix expressions rather than RPN
- pst-2dplot: A PSTricks package for drawing 2D curves
- pst-ode: Solving initial value problems for sets of Ordinary Differential Equations