SRW Hierarchical Repository Structure and Code Contribution Information
This map of the Short-Range Weather App and its submodules is up to date as of 10/05/2023; it is recommended that developers using the SRW App check the Externals.cfg file or the .gitmodule file in the root directory for the most recent submodules and their current hashes/branches.
Model code and external links needed to build the UFS Short-Range Weather (SRW) Application, which focuses on predictions of atmospheric behavior from less than an hour to about two days
Submodules: ufs-weather-model, ufs_utils, UPP, NEXUS, aqm-utils, workflow-tools
Code Contribution: ufs-srweather-app follows the Gitflow development process. The Code Contributor’s Guide contains detailed information on forking the repository, opening an issue, and submitting a pull request for contributing to the ufs-srweather-app repository.
Point of Contact For general questions or troubleshooting help, please open a GitHub Discussion. To report a verifiable bug in the code, file a GitHub Issue. Code Manager: Michael Lueken, [email protected]
Contains the model code and external links needed to build the Unified Forecast System (UFS) atmospherice model and associated components
**Parent: ** ufs-srweather-app
**Submodules: ** AQM, CDEPS, CMakeModules, FV3ATM, GOCART, WW3, stochastic_physics, CMEPS, HYCOM, MOM6, CICE, NOAHMP
Code Contribution: Information on the commit queue and checking out the latest code can be found on the UFS Weather Model wiki.
Point of Contact For general questions or troubleshooting help, please open a GitHub Discussion. To report a verifiable bug in the code, file a GitHub Issue. Code Manager: Jong Kim, [email protected]
Parent: ufs-srweather-app
Submodules: ccpp-physics@3a306a4
Code Contribution: ufs_utils follows the Gitflow development process. The UFS-UTILS wiki provides detailed information on forking the repository, opening an issue, and submitting a pull request for contributing to the ufs_utils repository.
Point of Contact For general questions or debugging help, please open a GitHub Issue. Code managers: George Gayno: [email protected] Jeff Beck: [email protected] Larissa Reames: [email protected]
The Unified Post Processor is a software package designed to generate products from raw model output.
Parent: ufs-srweather-app, FV3ATM
Code Contribution: The UPP Code Development Guidelines contain detailed information on forking the repository, opening an issue, and submitting a pull request for contributing to the UPP repository.
Point of Contact Visit the current list of code managers on the UPP wiki.
NOAA Emission and eXchange Unified System
Parent:ufs-srweather-app
Submodules: HEMCO@9beb248
Code Contribution: Issues can be opened here. Point of Contact Raffaele Montuoro, [email protected] Barry Baker, [email protected]
An emissions processing system developed at the NOAA Air Resources Laboratory (ARL) for use with regional and global UFS atmospheric composition models
Parent: ufs-srweather-app
Code Contribution: Issues can be opened here.
Point of Contact Chan-Hoo Jeon: [email protected]
Unified Workflow tools for use with UFS applications and beyond
Parent: ufs-srweather-app
Code Contribution: The Unifed Workflow Contributor’s Guide contains detailed information on forking the repository, opening an issue, creating a feature branch, and submitting a pull request to contribute to the workflow-tools repository.
Point of Contact Christina Holt: [email protected]
Contains a driver and key subcomponents of the atmospheric component of NOAA’s UFS Weather Model
Parent: ufs-weather-model
Submodules: ccpp-physics
Code Contribution: Issues can be opened here.
WAVEWATCH III is a community wave modeling framework that includes the latest scientific advancements in the field of wind-wave modeling and dynamics
Parent: ufs-weather-model
Code Contribution: WW3 follows the Gitflow process. The WW3 Developer Guide contains detailed information on forking the repository, opening an issue, and submitting a pull request for contributing to the WW3 repository.
Contains the stochastic physics pattern generator for the UFS developed at NOAA/ESRL/PSL
Parent: ufs-weather-model
Code Contribution: Issues can be opened here.
Common CMake modulefiles used by Spack and CMake to find dependencies
Parent: ufs-weather-model
Code Contribution: Issues can be opened here.
Community Mediator for Earth Prediction Systems is a mediator component for coupling Earth system model components.
Parent: ufs-weather-model
Code Contribution: Issues can be opened here.
Hybrid Coordinate Ocean Model source code
Parent: ufs-weather-model
Code Contribution: This repository is forked from the authoritative HYCOM-src repository. Issues for the authoritative repository can be opened here.
Modular Ocean Model source code
Parent: ufs-weather-model
Code Contribution: This repository is forked from the NOAA/GFDL MOM6 repository. The MOM6 wiki provides detailed information on contributing code to the NOAA/GFDL repository.
This repository contains the files and code needed to run the CICE sea ice numerical model starting with version 6. CICE is maintained by the CICE Consortium.
Parent: ufs-weather-model
Code Contribution: This is a fork of the authoritative CICE repository. Information on contributing to the authoritative repository can be found here.
Community Data Models for Earth Prediction Systems
Parent: ufs-weather-model
Code Contribution: This repository is forked from the authoritative CDEPS repository. Issues for the authoritative repository can be opened here.
The Goddard Chemistry Aerosol Radiation and Transport model, including process library and framework interfaces
Parent: ufs-weather-model
Code Contribution: Information on licensing and contributing to GOCART can be found here.
Parent: ufs-weather-model
Code Contribution: Issues can be opened here.
Official Noah-MP land surface model code
Parent: ufs-weather-model
Code Contribution: The repository’s README.md contains information on creating a fork, branching, and creating a pull request to contribute code to the NOAH-MP repository.
The Common Community Physics Package is designed to facilitate the implementation of physics innovations in state-of-the-art atmospheric models.
Parent: ufs_utilsl, FV3ATM
Code Contribution: This repository is a ufs-community institutional fork of the authoritative repository. The ccpp-physics wiki provides information on opening an issue, branching, and regression testing to contribute to the institutional fork.
Points Of Contact Grant Firl, [email protected] Qingfu Liu, [email protected] Dustin Swales, [email protected] Man Zhang, [email protected]
Code for the 202305 release of the Finite Volume Cubed-Sphere Dynamical Core (FV3) from GFDL
Parent: FV3ATM
Code Contribution: Issues can be opened here.
This repository contains the Common Community Physics Package (CCPP) Framework, which is the infrastructure that connects CCPP physics schemes with a host model, as well as stand-alone tools for use with CCPP.
Parent: FV3ATM
Code Contribution: The ccpp-framework wiki provides information on reporting a bug and requesting a feature.
Point Of Contact Mike Kavulich, [email protected]
The Harmonized Emissions Component source code is a software component for computing atmospheric emissions from different sources, regions, and species on a user-defined grid.
Parent: NEXUS
Code Contribution: Issues can be opened here.
Repository for RTE (Radiative transfer for Energetics) + RRTMGP (Rapid and accurate Radiative Transfer Model for General circulation model applications - Parallel), a set of code for computing radiative fluxes in planetary atmospheres
Parent: ccpp-physics
Code Contribution: Issues can be opened here.
CMAQ is an active open-source development project of the U.S. EPA's Office of Research and Development that consists of a suite of programs for conducting air quality model simulations. CMAQ is supported by the CMAS Center: http://www.cmascenter.org/
Parent: AQM
Code Contribution: Issues can be opened here.
Development repository for sea-ice column physics
Parent: CICE
Code Contribution: Detailed information on forking, workflows, and testing for contribution to Icepack can be found here.