Simulation on various topocentric points of the zodiac constellations

TL;DR

This paper simulates the shapes of zodiac constellations from various topocentric points to compare their apparent configurations and coordinate systems, using a Python-based model with scaled distances.

Contribution

It introduces a simulation method to analyze how zodiac constellations appear from different terrestrial viewpoints, highlighting shape variations and coordinate system differences.

Findings

Constellation shapes vary significantly from different observation points.

Coordinate systems influence the perceived arrangement of stars.

Simulation demonstrates the impact of observer location on constellation perception.

Abstract

On the sighting of the constellations and their stars, they seem to be near each other at first sight but some of thema are actually quite further from the others. Froma the geocentric point view can the Zodiac Costellations be perceived as referential marks divided into terrestrial ecliptic, which are organized according to their shapes. In this paper are these star groups simulated in order to compare the shapes of these groups and the diverse coordinate system of the astronomy. Within the simulation is the distance measure light-year remplaced with a so-called program's default "unity" that uses a compilation in Python, where such distances are escalated to 1:10