Pinned Repositories
coarray-examples
Simple coarray examples for teaching
connectivity-modeling-system
The CMS is a multiscale stochastic Lagrangian framework developed by Paris' Lab at the Rosenstiel School of Marine, Atmospheric & Earth Science to study complex behaviors, giving probabilistic estimates of dispersion, connectivity, fate of pollutants, and other Lagrangian phenomena. This repository facilitates community contributions to CMS modules
daglib
Directed Acyclic Graphs With Modern Fortran
FACE
Fortran Ansi Colors (and Styles) Environment
FLAP
Fortran command Line Arguments Parser for poor people
forcv
A Fortran wrapper for OpenCV
fortran-csv-module
Read and Write CSV Files Using Modern Fortran
hashtable
Fortran hash tables
libsparse
Fortran library to handle sparse matrices
pcgcoarray
jvdp1's Repositories
jvdp1/libsparse
Fortran library to handle sparse matrices
jvdp1/pcgcoarray
jvdp1/hashtable
Fortran hash tables
jvdp1/FLAP
Fortran command Line Arguments Parser for poor people
jvdp1/connectivity-modeling-system
The CMS is a multiscale stochastic Lagrangian framework developed by Paris' Lab at the Rosenstiel School of Marine, Atmospheric & Earth Science to study complex behaviors, giving probabilistic estimates of dispersion, connectivity, fate of pollutants, and other Lagrangian phenomena. This repository facilitates community contributions to CMS modules
jvdp1/daglib
Directed Acyclic Graphs With Modern Fortran
jvdp1/FACE
Fortran Ansi Colors (and Styles) Environment
jvdp1/forcv
A Fortran wrapper for OpenCV
jvdp1/fortran-csv-module
Read and Write CSV Files Using Modern Fortran
jvdp1/fortran-kmeans
A Fortran implementation of K-Means algorithm.
jvdp1/fortran-lang.org
Fortran website
jvdp1/fortran_proposals
Proposals for the Fortran Standard Committee
jvdp1/fpm
Fortran Package Manager
jvdp1/moa-fortran
Repository for the Mathematics of Arrays library for modern Fortran
jvdp1/gcta
GCTA software
jvdp1/llm-regression
Exploring the classical regression capabilities of LLMs.
jvdp1/llm4regression
Examining how large language models (LLMs) perform across various synthetic regression tasks when given (input, output) examples in their context, without any parameter update
jvdp1/minpack
Modernized Minpack: for solving nonlinear equations and nonlinear least squares problems
jvdp1/miraculix
Efficient algebraic functions for statistical analysis of genomic data
jvdp1/neural-fortran
A parallel neural net microframework
jvdp1/oo_hdf5_fortran
Object-oriented, clean, simple HDF5 modern Fortran 2018 interface
jvdp1/PENF
Portability Environment for Fortran poor people
jvdp1/pikaia
Modern Fortran Edition of the Pikaia Genetic Algorithm
jvdp1/rag-chat-with-pdf
Simple Chainlit UI for running llms locally using Ollama and LangChain
jvdp1/small_scripts
jvdp1/stdlib
Fortran Standard Library
jvdp1/stdlib-docs
Soon to be completed user documentation for the Fortran standard library
jvdp1/talks
Repository for talks and presentations about fortran-lang projects
jvdp1/test-drive
The simple testing framework
jvdp1/vim-ai
AI-powered code assistant for Vim. OpenAI and ChatGPT plugin for Vim and Neovim.