GEOMETRIC FIGURE DRAWING USING MODERN PROGRAMMING LANGUAGES
DOI:
https://doi.org/10.5281/zenodo.20775456Abstract
The present article examines the theoretical and practical aspects of drawing geometric figures
using modern programming languages such as Python (with the Turtle and Matplotlib libraries), JavaScript
(with HTML5 Canvas and SVG), and Java (with Java2D). The study analyzes the capabilities of each language
and its associated graphical tools for rendering two-dimensional and three-dimensional geometric shapes.
Comparative analysis of algorithmic approaches to figure construction, coordinate-based transformations, and
object-oriented design patterns applicable to computational geometry is provided. The research highlights
the pedagogical and practical significance of integrating geometric visualization into programming curricula at
universities. Experimental results demonstrate that Python offers the most accessible entry point for educational
purposes, while JavaScript provides superior cross-platform interactivity, and Java delivers robust performance
for complex computational geometry tasks.
Keywords
geometric figures, computational geometry, Python graphics, HTML5 Canvas, Java2D, Matplotlib, SVG, coordinate geometry, object-oriented programming, educational programmingReferences
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