markmbaum/BasicInterpolators.jl

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Julia
License
MIT License
Created about 3 years ago
Updated about 1 year ago

markmbaum/BasicInterpolators.jl

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Basic (+chebyshev) interpolation recipes in Julia

libode

Easy-to-compile, high-order ODE solvers as C++ classes

orthopoly

Python functions for orthogonal polynomials and (real, 2D, orthonormal) spherical harmonics

REMS

Download weather data from the Curiosity rover on Mars and plot daily extremes of surface temperature and pressure

crustal-heat

Numerics for the one-dimensional heat equation applied to a planet's crust

emf

Tools for modeling electric and magnetic fields (EMF) near power lines, in two and three dimensions

ClearSky.jl

Fast, (relatively) easy, interactive, line-by-line radiative transfer for cloud-free planetary atmospheres

GEOCLIM.jl

Estimation of global silicate weathering for paleoclimate and exoplanet climate applications

DEM

Numerical modeling code simulating crustal rotation in tectonic scale shear zones

hirise-thumbnails

scripts for scraping a large batch of mars surface imagery from the HiRISE camera

Jupyter Notebook

bous-therm

Coupled heat transfer and groundwater flow in a planet's thawing crust

random-volcanic-climate

Stochastic climate modeling with positive-only carbon injection and standard weathering equations

Faddeyeva985.jl

Julia implementation of Algorithm 985, a fast, moderate-accuracy approximation of the Faddeyeva (Faddeeva) function

ScalarRadau.jl

The famous 5th order Radau IIA method, tailored for any *scalar* ODE that requires excellent solver stability

MultiAssign.jl

Assign the same value/expression to multiple variables with one terse and clear line

MEDA

Jupyter Notebook

shoreline-survival

Spherical geometry, crater populations, (possible) ancient shorelines on Mars. Simulation code for a research project.

alpine-weather-prediction

A short project using ML to predict temperature and precipitation in the Austrian Alps

Jupyter Notebook

simple-spectral-PDEs

pseudospectral (fourier) solutions of a few 1-dimensional PDEs

cyclone-detection

Storm data + global reanalysis + convolutional neural nets, for detecting cyclones in simulated climates

Jupyter Notebook