Suggestions for KKran
The following packages have something in common with the package KKran. The packages are ordered in decreasing similarity.
- figchild: Pictures for creating children’s activities
- rouequestions: Draw a “question wheel” (roue de questions)
- tikz-feynman: Feynman diagrams with TikZ
- pixelart: Draw pixel-art pictures
- luatikz: A 2D graphics library to draw TikZ graphics using the Lua programming language
- fretplot: Create scale and chord diagrams for guitar-like instruments
- cartonaugh: A LuaLaTeX package for drawing karnaugh maps with up to 6 variables
- quizztex: Create quizzes like in TV shows
- lua-tikz3dtools: Not-so-experimental LuaLaTeX package for 3D illustrations in TikZ
- proflycee: A LaTeX package for French maths teachers in high school
- kksymbols: LaTeX commands for enclosing characters in circles, squares, diamonds, or brackets
- pgfmolbio: Draw graphs typically found in molecular biology texts
- tikz-palattice: Draw particle accelerator lattices with TikZ
- tikz-truchet: Draw Truchet tiles
- tikz-dimline: Technical dimension lines using PGF/TikZ
- tikz-swigs: Horizontally and vertically split elliptical nodes
- tikz-page: Small macro to help building nice and complex layout materials
- tikz-bpmn: A TikZ library for creating BPMN models
- tikz-ext: A collection of libraries for PGF/TikZ
- keisennote: TikZ-based Japanese-style notebook ruled lines for LaTeX
- callouts: Put simple annotations and notes inside a picture
- celtic: A TikZ library for drawing celtic knots
- memorygraphs: TikZ styles to typeset graphs of program memory
- robotarm: TikZ powered LaTeX package to draw parameterized 2D robot arms
- strands: Draw objects constructed from strands
- worldflags: Drawing flags with TikZ
- fenetrecas: Commands for CAS-like windows (Xcas or Geogebra) in TikZ
- maritime: International maritime signal flags using TikZ
- pictochrono: Insert “chronometer pictograms” with a duration
- outilsgeomtikz: Some geometric tools, with TikZ
- broydensolve: Solve a system of equations with Broyden’s good method