This program calculates the Golden Face Ratio by measuring the distances and ratios between the eyes, nose, and mouth.

a python-based graphics and animation engine for exploring classical constructive geometry and documenting instances of Golden Sections with algebraic proofs.

A repository for simulating some of the interesting mathematics problems discussed on the popular YouTube channel, NumberPhile. One implementation done so far is a visualization of the golden ratio turning into sequences of flower petals.

Final project made for Musimathics @ UNISA - Italy.

A Python project inspired by my personal interest in number theory. It explores Dirichlet’s Theorem on primes in arithmetic progressions. Includes simple logic to visualize prime patterns in linear sequences.

keywords: nonlinear optimization, pattern search, augmented lagrangian, karush-kuhn-tucker, constrained optimization, conjugate gradient methods, quasi newton methods, line search descent methods, onedimensional and multidimensional optimazation

Golden Ratio Calculator - Python Program & Shell (bash) Script for Linux CLI

Implementation of bisection and the golden section search algorithms

Generates my avatar and explores the mathematics within

Short Python code to determine whether any two given numbers fit the Fibonacci sequence / golden ratio

A Python code that uses the Turtle Graphics Module to draw the Golden Spiral and also a simple script to obtain Fibonacci numbers recursively.

Files concerning Number Theory

Beautiful prime number 'patterns' plotted in polar coordinates.

Python-Script zum berechnen des goldenen Schnitts

Numerical methods of optimisation

Codes for Blog Posts Written in Python & Octave

Animation - golden ratio

This Scribus script draws classical and modern page-construction canons directly into a Scribus document and automatically computes correct margins for left and right master pages. All constructions are drawn on a dedicated outlined layer on the appropriate pages (facing or single), and margins are applied with proper inside/outside mirroring.

The purpose of optimization is to achieve the “best” design relative to a set of prioritized criteria or constraints. These include maximizing factors such as productivity, strength, reliability, longevity, efficiency, and utilization. This decision-making process is known as optimization. This repository discusses some of the matchematical tech…