Omer80

Pinned Repositories

BenincaModel
Language:Jupyter Notebook0 2 00
bhwModel
Language:Jupyter Notebook0 2 00
clAridlands
OpenCL code for the Rietkerk model of spatial organisation of arid lands
Language:C++0 2 00
clReactionDiffusion
OpenCL code for the musselbed self-organization model
Language:C++0 2 00
COVID-Agent-Based-Model
Disease propagation ABM generating SIR, severe cases, and R0 over quasi-time.
Language:Python0 1 00
csvupload
Language:Python0 2 00
cudaAridlands
Cuda code for the Rietkerk model of spatial self-organisation of arid lands
Language:R0 2 00
FHN_auto
Files for numerical continuation of FHN model in auto-07p
Language:C10
NetStruct_python
Genetic population structure analysis using networks
Language:Python2 3 22

Omer80's Repositories

Omer80/DiffEqDocs.jl
Documentation for the DiffEq ecosystem
Language:Julia
Omer80/rmm
Rosenzweig-Macarthur model
Language:Jupyter Notebook
Omer80/Marine-Modelling-in-Python
Marine Modelling in Python - A NIOZ Course
Language:HTML
Omer80/scatter_bifurcation_diagram
Using matplotlib scatter for bifurcation diagram
Language:Jupyter Notebook
Omer80/pandas_exercises
Practice your pandas skills!
Language:Jupyter Notebook
Omer80/mesa-examples
[WIP] This is a future home of Mesa demos
Omer80/vegmodel
biomass-water pde model with oscillating source term
Language:Jupyter Notebook
Omer80/fca
Language:Python
Omer80/scientific-python-lectures
Lectures on scientific computing with python, as IPython notebooks.
Language:Jupyter Notebook
Omer80/scanGrid_multiprocess
Language:Python
Omer80/tutorials
Language:Matlab
Omer80/transform_stripes_to_hexagons
Language:Jupyter Notebook
Omer80/visualising_stocks_correlations
Omer80/sdeint
Numerical integration of Ito or Stratonovich SDEs
Language:Python
Omer80/latex_research_diary
This is the template for a LaTeX based reasearch diary or digital log book.
Language:TeX
Omer80/clReactionDiffusion
OpenCL code for the musselbed self-organization model
Language:C++
Omer80/pyLyapunov
Calculate the Lyapunov spectrum of a dynamical system.
Language:Python
Omer80/ready
A cross-platform implementation of various reaction-diffusion systems.
Language:C++
Omer80/Introduction-to-python-BGU
Material for Python teaching
Language:Jupyter Notebook
Omer80/pyro2
A simple python-based tutorial on computational methods for hydrodynamics
Language:Python
Omer80/onfc
onfc
Omer80/wavelength
Omer80/SpecTraVVave
Python project to compute bifurcation diagrams of travelling waves
Language:Python
Omer80/MYSIRR
MY SIRR, (Minimalist agro-hYdrologicalmodel for Sustainable IRRigation management- soil moisture and crop dynamics), is a quantitative tool to assess and compare agricultural enterprises across climates, soil types, crops, and irrigation strategies, accounting for the unpredictability of the hydro-climatic forcing.
Language:Python
Omer80/numbapro-examples
Examples of NumbaPro in use.
Language:Jupyter Notebook
Omer80/saveAUTOresults
Python script for using AUTO numerical continuation package for system of ODEs, and saving the results in HDF5
Language:C
Omer80/ipywidgets
IPython widgets for the Jupyter Notebook
Language:TypeScript
Omer80/jitcode
Just-in-Time Compilation for Ordinary Differential Equations
Language:Python
Omer80/RichardsEquation
Richards' Equation model
Language:Jupyter Notebook
Omer80/julia_fhn_solver
A PDE solver for the FitzHugh–Nagumo model using Julia programming language
Language:Julia