FiPy is a Finite Volume PDE solver written in Python

Finite volume toolbox in Python

Software for processing high-speed video recordings from Unsteady Pressure-Sensitive Paint (UPSP) measurement systems. https://nasa.github.io/upsp-processing

Python package for getting from here to there

This project is a FastAPI-based backend API for a Math and Physics Educational Platform. It provides various endpoints for mathematical calculations, physics simulations, and data visualizations. The platform is designed to be easily extendable and can be used as a foundation for educational tools or scientific computing applications.

Repositorio con el código solución al quinto y último proyecto requisito obligatorio para obtener la freecodecamp Scientific Computing with Python Certification

This repository contain 5 projects of Scientific Computing with Python by FreecodeCamp are - Arithmetic Formatter, Time Calculator, Budget App, Polygon Area Calculator, Probability Calculator

Python projects made for the freeCodeCamp Scientific Computing with Python Certification.

A tool for preprocessing, extracting, and identifying critical regions of interest in AFM protein sample data. The repository applies the Lennard-Jones Potential fit to analyze and model the interaction forces at the nanoscale, providing insights into protein structure and behavior.

Python program to calculate areas, perimeters, diagonals, and other properties of rectangles and squares. Utilizes object-oriented programming with inheritance where the Square class extends Rectangle, allowing shared methods and unique square-specific adjustments.

Programming exercises for the course Linear Algebra: Foundations to Frontiers

Scientific Computing with Python Projects from freeCodeCamp

Python function to calculate the time after adding a duration to a start time in 12-hour format. Handles optional day input, next-day indications, and multi-day offsets. Returns formatted results with accurate day and time transitions.

All my projects

A PyTorch implementation of a Neural Quantum State (NQS) simulator for quantum many-body systems, featuring symmetry-preserving neural networks and advanced sampling techniques.

Python function to format arithmetic problems vertically and side-by-side. Handles addition and subtraction with up to 5 problems, validates input, and optionally displays results. Returns meaningful error messages for invalid input.

Python app for managing budget categories with features like deposits, withdrawals, transfers, and balance checks. Includes a spend chart visualizing category expenses as percentages. Supports accurate formatting and ledger tracking.