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You will find the official files on the CTAN servers tkz

tkz-euclide version 4.21c

The 4.21 version replaces the 4.2 archive which was corrupted ( all characters "|" were missing )

This version prepares a next version which will use only Lua for the calculations. For this purpose, I have accentuated the separation between definitions and drawing. Thus it is no longer possible to ask for the drawing of exinscribed circles without first going through their definition, nor can one use the macro \tkzDrawSquare(A,B) which drew a square while

Pure Euclidean Geometry with tkz-euclide v4: You can use the same macros as in tkz-euclide except that tkz-base is no longer loaded. The unit is the cm, you no longer need to specify. This will be the last version before the introduction of Lua. Some notable changes like the disappearance of defining points using macros that draw objects like : \tkzDrawCircle or \tkzDrawTriangle.


tkz-euclide.zip
Version 4.21c
Date 2022-07-19

Documentation tkz-euclide v4.21c (us)


tkz-euclide.pdf
Version 4.21c
Date 2022-07-19

Examples from the documentation of tkz-euclide v4.21c (us) (tex, pdf)


examples.zip
Version 4.2c
Date 2022-07-14

Some notes about tkz-euclide (us) (tex, pdf)


notes.zip
Version 1
Date 2022-07-15

Some notes about intersections (us) (tex, pdf)


intersections.zip
Version 1
Date 2022-07-15

tkz-base version v4.2c


tkz-base.zip
Version 4.2c
Date 2022-07-14

Documentation tkz-base v4.2c (us)


tkz-base.pdf
Version 4.2c
Date 2022-07-14

Euclidean geometry with tkz-euclide (tex, pdf)

This document brings together some notes about tkz-euclide 4, a tool for creating geometric figures. The two most important Euclidean tools used by early Greeks to construct different geometrical shapes and angles were a compass and a straightedge. My idea is to allow you to follow step by step a construction that would be done by hand (with compass and straightedge) as naturally as possible.


Euclidean.pdf
Version 1.00
Date 2022-01-07

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
Date 2022-07-16

The Sangakus

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 4.2c (tex, pdf)


sangakus.zip
Version 3.4
Date 2022-07-15

Golden Arbelos

Work in progress (tex, pdf)


arbelos.zip
Version 3.4
Date 2022-07-15