“NeutroGeometry Laboratory”

Author:

Caballero Erick González1

Affiliation:

1. Technological University of Havana, Cuba

Abstract

Mixed projective-affine-hyperbolic (MPAH) planes belong to both the branches of NeutroGeometries and mixed or Smarandache geometries. This kind of plane is a geometric structure containing a finite number of points. Some lines of the MPAH satisfy the axioms of projective planes, other lines satisfy the axioms of affine planes, and others satisfy the axioms of hyperbolic planes. Therefore, each of the axioms of parallelism is partially satisfied. This chapter describes version 1.0 of a new software called “NeutroGeometry Laboratory” coded in Python by the author that is used for the calculation and visualization related to MPAH planes. This software is easy to use by users once they know the theory of finite mixed projective-affine-hyperbolic planes, and particularly, it supports the study of this topic and finite planes in general.

Publisher

IGI Global

Reference27 articles.

1. Bishnoi, A., Gijsiwijt, D., D’haesleer, J., & Potukuchi, A. (2022). Trifferent codes and affine blocking sets. Paper presented at the Applications of Computer Algebra-ACA 2022.

2. The Nonexistence of Certain Finite Projective Planes

3. Brython. (n.d.). http://www.brython.info/

4. Dembowski, P. (1997). Finite Geometries. Berlin: Springer.

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