You will find the official files on the CTAN servers tkz
tkz-elements version 0.13
Experimental version 0.13 of the "tkz-elements" package. It is a package allowing to make coordinates calculations with "lua" in order to build Euclidean geometry figures. The examples provided show how to use it with my "tkz-euclide" packagebut you can for your drawings "TikZ". You must use "lualatex" to compile.
elements.zip Version 0.13
tkz-euclide version 5.02c
This version proposes a "lua" option which allows to make calculations with "lua" while compiling with LuaLaTeX. The used algorithms are always done with "TeX" only the calculations depend on "lua". The next version will allow to use methods depending only on "lua". You will also be able to program with "lua". The general idea is to be able to use "lua" for the definition of the new points, which means to make calculations. Then, once the points are obtained, to use TikZ to make all the drawings.
tkz-euclide.zip Version 5.02c
Documentation tkz-euclide v5.02c (us)
tkz-euclide.pdf Version 5.02c
Examples from the documentation of tkz-euclide v4.21c (us) (tex, pdf)
examples.zip Version 5.02c
Some notes about tkz-euclide (us) (tex, pdf)
Document compiles with option "lua" and lualatex.
notes.zip Version 1
Some notes about intersections (us) (tex, pdf)
intersections.zip Version 1
tkz-base version v4.2c
tkz-base.zip Version 4.2c
Documentation tkz-base v4.2c (us)
tkz-base.pdf Version 4.2c
The Pythagorean theorem
This document shows some proofs of the Pythagorean theorem. All the figures are made with tkz-euclide 4.2c. (tex, pdf)
Pythagora.zip Version 1.5
New version of this document with an important development of the last sangaku presented: "the three tangent circles. Document on Sangakus created with tkz-euclide 5.02c (tex, pdf). Correction os some bugs.
sangakus.zip Version 3.5
Work in progress (tex, pdf)
arbelos.zip Version 3.4