JeffreyEarly
I am a physicist and specialize in geophysical fluid dynamics. I also run a small business selling software for macOS.
Seattle, Washington
Pinned Repositories
GLOceanKit
Tools for physical oceanography in Matlab and Objective-C
AnisotropicTurbulence
Anisotropic quasigeostrophic turbulence model
GLNumericalModelingKit
Numerical modeling tools for Matlab and Objective-C
InternalWaves
Models the linearized, three-dimensional internal wave equation with arbitrary stratification.
InternalWavesLatmix
Models the internal wave field at the LatMix 2011 Site 1
KelvinHelmholtzInstability
Models an unstable shear flow with Lagrangian particles
MomentTensorModelFit
QuasigeostrophicEquationWithTracers
Models the single-layer quasigeostrophic equation with a passive tracer and Lagrangian particles.
SurfaceWavesBoussinesq
A numerical model of shoaling surface gravity waves using the Boussinesq approximation
vertical-mode-atlas
Global ocean atlas of the vertical modes, including equivalent depth and Rossby number
JeffreyEarly's Repositories
JeffreyEarly/GLNumericalModelingKit
Numerical modeling tools for Matlab and Objective-C
JeffreyEarly/InternalWaves
Models the linearized, three-dimensional internal wave equation with arbitrary stratification.
JeffreyEarly/KelvinHelmholtzInstability
Models an unstable shear flow with Lagrangian particles
JeffreyEarly/MomentTensorModelFit
JeffreyEarly/QuasigeostrophicEquationWithTracers
Models the single-layer quasigeostrophic equation with a passive tracer and Lagrangian particles.
JeffreyEarly/SurfaceWavesBoussinesq
A numerical model of shoaling surface gravity waves using the Boussinesq approximation
JeffreyEarly/AnisotropicTurbulence
Anisotropic quasigeostrophic turbulence model
JeffreyEarly/InternalWavesLatmix
Models the internal wave field at the LatMix 2011 Site 1
JeffreyEarly/vertical-mode-atlas
Global ocean atlas of the vertical modes, including equivalent depth and Rossby number
JeffreyEarly/CoreDataMultipleStoresObjC
Test code showing a simple problem using multiple stores in core data
JeffreyEarly/DrifterTrackSmoothing
JeffreyEarly/EddyIWModelInitialConditions
JeffreyEarly/GeophysicalWavesNotes
JeffreyEarly/GOLDModelTrajectories
A simple matlab class for computing particle trajectories from GOLD model output
JeffreyEarly/JPO2024_APV
Supporting code for "Available potential vorticity and the wave-vortex decomposition for arbitrary stratification"
JeffreyEarly/LinearQuasigeostrophicEquation
Models the linearized, single-layer quasigeostrophic equation.
JeffreyEarly/MathTypes
JeffreyEarly/Mixed-layer-trapping-models
JeffreyEarly/PoincareWaves
Models two-dimensional Poincare waves
JeffreyEarly/QGDampedSlab
JeffreyEarly/QuasigeostrophicEquation
Models the single-layer quasigeostrophic equation
JeffreyEarly/QuasigeostrophicTurbulence
JeffreyEarly/SimpleIntegration
Demonstrates a the integration of a simple coupled differential equation
JeffreyEarly/single-wave-exponential-stratification
JeffreyEarly/SoutheastAlaska
JeffreyEarly/stokes-drift-in-nonlinear-boussinesq-flow
JeffreyEarly/Upsurge
Swift math
JeffreyEarly/usgs-topo-dem-matlab
JeffreyEarly/wave-vortex-model-with-roms
Use the WaveVortexModel to diagnose output from ROMS