A virtual reality tool for mathematical modeling!

• UpdatedJul 21, 2020
• C#

Mimetic Operators Library Enhanced

• UpdatedAug 26, 2024
• MATLAB

Utilities for doing calculations in continuum mechanics.

• UpdatedDec 26, 2022
• Python

Foundations of Machine Learning Course Materials.

• UpdatedDec 7, 2022
• Jupyter Notebook

The Mimetic Operators Library Enhanced

• UpdatedMar 22, 2025
• MATLAB

• UpdatedNov 2, 2023
• Jupyter Notebook

Generalized functional derivative and integral calculus methods for noisy data

• UpdatedMar 13, 2025
• Python

A numerical package that deals with scientific computing and mathematical analysis of discretizations and iterative processes

• UpdatedJun 15, 2024
• C#

Differential_Calculus-Integral_Calculus_Vectorial_Calculus_Portfolio_RubenGavidia0x.py

• UpdatedJun 30, 2021

This repository hosts the project of developing Calculus content with a computer (Python) friendly approach and integrated to other media, like youtube. My purpose is to introduce the content through shorter videos and to encourage the exploration of the concepts of calculus with Python.

• UpdatedApr 25, 2022
• HTML

Solving heat equation in R^2

• UpdatedMay 25, 2023
• JavaScript

A WebGL canvas that illustrates two vectors (input by user). Operations applicable to the vectors include Add, Subtract, Multiply, Divide, Magnitude, Normalize, Area Between, and Area.

• UpdatedMar 4, 2025
• JavaScript

MATLAB supplements for various mathematic problems

• UpdatedOct 5, 2024

This repository contains codes written related to teaching demonstrations to supplement lectures.

• UpdatedSep 29, 2014

My resume.

• UpdatedJan 18, 2024
• TeX

This repository contains all the quizzes and assignments required to complete all 3 courses of the Mathematics for Machine Learning Specialization on Coursera

• UpdatedJul 24, 2023
• Jupyter Notebook

Implementation ML algorithem in Numpy with derivation

• UpdatedOct 26, 2024
• Jupyter Notebook

My personal notes for learning math

• UpdatedMar 9, 2024

Visual representation of scalar and vector fields using Numpy's contour and quiver functions. Comparison of vector field computed using Numpy's gradient function with the same vector field plotted using analytically deduced expressions for the gradient. Wrote a program for plotting vector field arrows originating only from contour lines.

• UpdatedAug 24, 2022
• Jupyter Notebook

• UpdatedFeb 23, 2020
• Jupyter Notebook