tbarbero

tbarbero's Stars

• qnicolas/stationaryWave

  Building a stationary wave model on the sphere with Dedalus

  Language:Jupyter Notebook1

• mmbell/Scythe.jl

  Scythe Numerical Weather Prediction Model

  Language:Julia41

• academicpages/academicpages.github.io

  Github Pages template for academic personal websites, forked from mmistakes/minimal-mistakes

  Language:JavaScript12.4k43.7k

• thabbott/D91PVInversion.jl

  Non-linear potential vorticity inversion following Davis (1992)

  Language:Julia33

• evans36/miscellany

  Miscellaneous workflows for the atmospheric sciences and anything else that interests me.

  Language:Jupyter Notebook1

• metjmart/JuliaMet

  Meteorological applications in Julia

  Language:Julia5

• nsf-lrose/ams2023

  LROSE AMS 2023 Workshop Tutorials

  Language:Jupyter Notebook63

• NCAR/lrose-sgci

  LROSE Science Gateway

  Language:HTML4

• eabarnes1010/course_objective_analysis

  material for ATS 655 - Objective Analysis

  Language:Jupyter Notebook187

• csu-tropical/csu-tropical

  Language:HTML811

• jbusecke/xmovie

  A simple way of creating movies from xarray objects

  Language:Python25138

• jswhit/pygrib

  Python interface for reading and writing GRIB data

  Language:Cython32897

• NCAR/pyngl

  Language:C13830

• ajdawson/windspharm

  A Python library for spherical harmonic computations on vector winds.

  Language:Python8238

• TEOS-10/GSW-Python

  Python implementation of TEOS-10 GSW based on ufunc wrappers of GSW-C

  Language:C14631

• Unidata/MetPy

  MetPy is a collection of tools in Python for reading, visualizing and performing calculations with weather data.

  Language:Python1.3k415