This folder contains notebooks which quickly introduce the
MoebInv package.
See the top-level annotated Table of Contents.
To jump to execution of a notebook click its ⚙CoLab
button at the end of description.
Installing the libraries and integration with GUI: To install the libraries on CoLab or your Ubuntu-18.04 desktop you need to execute only one cell. Python/Jupyter code is bidirectionally integrated with Graphical User Interface (GUI). ⚙CoLab, or 👁 HTML view
Euclidean and Lobachevsky lines: This notebook provides a minimal example and shows how to make initial software installation. ⚙CoLab or 👁 HTML view
Nine point theorem: Some non-trivial illustrations and extensions of this celebrated statement. ⚙CoLab or 👁 HTML View
Example of symbolic computations: An analytic proof of a simple geometric statement. ⚙CoLab or 👁 HTML view
Example of automatically generated Python script: it was produced from the GUI and post-processed by p2j (Python to Jupyter) utility. ⚙CoLab or 👁 HTML view
Vladimir V. Kisil, MoebInv: Symbolic, numeric and graphic manipulations in non-Eclidean geometry, SourceForge repository, 2004-2019.
Vladimir V. Kisil. Geometry of Möbius Transformations: Elliptic, Parabolic and Hyperbolic Actions of SL(2,R). Imperial College Press, London, 2012. Includes a live DVD.
Vladimir V. Kisil, MoebInv notebooks, 2019.