fortran

Seyong/Don Sinclair's NRQCD Code. Non-relativistic QCD propagator and correlator code for bottomonium.

This Beta Repo contains unsupported, preliminary code that builds off the official USGS repository: https://code.usgs.gov/modflow/mf-owhm

All files and commits in this repository are preliminary and have no warranty or support.

Current Beta Downloads:

Beta mf-owhm.exe

Full Beta Download

The readme.md and most of the markdown documents are unmodified from the original respository. Only source code modified and the compiled binaries reflect that code.

The version number should be included in the commit name, something like v2.3.X-bY where X is the current USGS patch number from their official page and Y is the current beta version that builds off of the patch.

For source development, commits are stable in the develop branch, but the beta branch is rebased/squashed to remove the old executable each time a new one is made (no permanent storage of unsupported releases).

Simulation program developed in order to investigate the the influence of the Dzyaloshinskii-Moriya interaction on the emergence of topologically nontrivial magnetic structures in two-dimensional systems. The simulation is designed to explore the conditions under which skyrmions, antiskyrmions and bimerons manifest in the presence of competing interactions.

Scripts for the output data post-processing, analysis and visualization are also included.

Learner Repo for fortran

Calculating the ephemeris, determining the preliminary orbit

Gauss's quadrature formula, computing integrals from functions with singularities, computing multiple integrals by the Monte Carlo method, solving ODE numerically, least-squares method, QR algorithm, Jacobi eigenvalue algorithm

Matrices multiplication, Newton's / Lagrange's interpolation, Gauss's / Seidel's methods for solving a system of linear differential equations, numerical differentiation, spline interpolation, Fourier transform

An archive of the first programming exercises

A Fortran module for performing spectral correlation analysis of time series

A Fortran module for computing a correlogram and a periodogram of one-dimensional non-uniform time series

This program solves the Evaluation Exercises for the course TÉCNICAS COMPUTACIONALES Y CÁLCULO NUMÉRICO in the EMTCCM.

This will be a Fortran source code formatter.

This program solves the second exercise of the final project for the course TÉCNICAS COMPUTACIONALES Y CÁLCULO NUMÉRICO in the EMTCCM.

This program solves the first exercise of the final project for the course TÉCNICAS COMPUTACIONALES Y CÁLCULO NUMÉRICO in the EMTCCM.

This repository has all the "preparatory" exercises for the course TÉCNICAS COMPUTACIONALES Y CÁLCULO NUMÉRICO in the EMTCCM.

Build Octave with BLAS and other Fortran libraries with 64-bit indexing

Thesis submitted for the degree of Candidatus Scientiarum at the University of Oslo in June 1999.

Write (modern) Fortran in Scheme

Fortran is great in expressing operations on multi-dimensional arrays of numbers. Scheme is great at expressing your coding thoughts. This project is an attempt to combine both into something useful.