Pinned Repositories
CFDPython
A sequence of Jupyter notebooks featuring the "12 Steps to Navier-Stokes" http://lorenabarba.com/
Easy_NetCDF
This is a set of MatLab functions to help oceanographers read/download/write/merge NetCDF files easily and flexibly.
floater
For working with lagrangian float data
Helmholtz_decomp
Calculating the streamfunction and potential of a vector field
lu_etal_2022_JPO
Code and data to reproduce the results in our paper submitted to JPO.
mesoeddies_front
Quantifying and simulating the effects of ocean mesoscale eddies on tracer fronts
MOM6-AnalysisCookbook
recipes to work with MOM6 data
MOM6-DG
source code and configurations of double-gyre flow in MOM6
MOM6-examples
Example configurations for MOM6 and SIS2
subjobs
Shell scripts that I used to submit jobs to the cluster with parameters set outside the task code
yueyanglu's Repositories
yueyanglu/Helmholtz_decomp
Calculating the streamfunction and potential of a vector field
yueyanglu/subjobs
Shell scripts that I used to submit jobs to the cluster with parameters set outside the task code
yueyanglu/lu_etal_2022_JPO
Code and data to reproduce the results in our paper submitted to JPO.
yueyanglu/CFDPython
A sequence of Jupyter notebooks featuring the "12 Steps to Navier-Stokes" http://lorenabarba.com/
yueyanglu/Easy_NetCDF
This is a set of MatLab functions to help oceanographers read/download/write/merge NetCDF files easily and flexibly.
yueyanglu/floater
For working with lagrangian float data
yueyanglu/mesoeddies_front
Quantifying and simulating the effects of ocean mesoscale eddies on tracer fronts
yueyanglu/MOM6-AnalysisCookbook
recipes to work with MOM6 data
yueyanglu/MOM6-DG
source code and configurations of double-gyre flow in MOM6
yueyanglu/MOM6-examples
Example configurations for MOM6 and SIS2
yueyanglu/OceanEddies
A collection of algorithms to autonomously identify and track mesoscale ocean eddies in sea surface height (SSH) satellite data
yueyanglu/MPO624-2020
yueyanglu/pyqg
Quasigeostrophic model in python
yueyanglu/swm
Shallow water equations solver with finite differences written in Python. Arakawa C-grid, Arakawa and Lamb advection scheme, Shchepetkin and O'Brian-like biharmonic diffusion operator. 4th order Runge-Kutta for time integration.
yueyanglu/trackeddy
Tracking eddy algorithm:
yueyanglu/yueyanglu
Personal profile
yueyanglu/yueyanglu.github.io
my personal website