analytic-geometry

Seminars on analytic geometry and linear algebra

From the popular book "Mathematics for Machine Learning". My solutions to the exercises from Part I. Also, notebooks with concrete examples of concepts from Part II.

Analytic geometry for OCaml

Course repository for Linear Algebra and Analytic Geometry, featuring Python and TypeScript implementations, lesson notebooks, practical assignments, exercises, solutions, demos, and submission workflows.

a python implementation of real-valued vectors with a custom inner product

Materiais de Geometria Analítica

벡터와 행렬에서 선형대수·해석기하·행렬분해까지 연결하는 한국어 머신러닝 수학 학습서. A Korean study guide to the mathematics of machine learning, from vectors and matrices to linear algebra, analytic geometry, and matrix decompositions.

Analytic Geometry and Calculus with Python (4th ed., 2026) by Stephen E. Moore, University of Cape Coast: book PDF, Python programs and Colab notebooks

Segment intersection

Genera y transforma conjuntos de vértices de distintas figuras! (el material generado puede ser usado como ejercicio cognitivo)

Projeto de aprendizagem ativa com Gemini Notebook aplicado ao estudo de Álgebra Linear e Geometria Analítica, utilizando curadoria de 82 fontes, engenharia de prompts e organização do conhecimento.

2D continuous collision detection engine (circle vs line segment) with a Breakout-style demo.

Code class by prof. Ole Peter Smith in 2017

Semester project for the subject of Analytical Geometry, a subject taken at the Centro Universitário FEI. Calculation and information from vector data input.

The first principle of things is very important and I believe the fundamental knowledge of Machine Learning will help me understand it better and build a more effective model I will be learning the Mathematics and Statistics behind Machine Learning

Materiais de Álgebra Linear e Geometria Analítica

Test assignment

Requirements: Safari Webkit 17.1 (⥣) | Calculations in MathML© Proofs in Algebra, Geometry, Logic, and Trigonometry | Watters Research and Technologies® | MIT License | BSD (C4)-License | Basic Mathematics, Serge Lang ('70)

Projeto pessoal de modelagem e visualização tridimensional de um parabolóide hiperbólico, com simulação futura da trajetória de uma formiga sobre a superfície, utilizando funções de duas variáveis, discretização de superfícies e malhas poligonais com a biblioteca Raylib, desenvolvido para aplicação de conceitos de Cálculo II e Geometria Analítica.