Alternatives and similar repositories for odespy:

Users that are interested in odespy are comparing it to the libraries listed below

• bmcage / odes
  The ODES scikit for ordinary differential and algebraic equations, an extension to scipy
  ☆125Updated 3 months ago
• IanHawke / NumericalMethods
  Some open material relating to the Southampton Numerical Methods course
  ☆104Updated 6 years ago
• clawpack / pyclaw
  PyClaw is a Python-based interface to the algorithms of Clawpack and SharpClaw. It also contains the PetClaw package, which adds paralle…
  ☆170Updated this week
• ketch / HyperPython
  A brief and practical introduction to the solution of hyperbolic conservation laws
  ☆52Updated last year
• mandli / numerical-methods-pdes
  Jupyter notebook class notes for Numerical Methods for PDEs
  ☆144Updated 2 years ago
• hplgit / num-methods-for-PDEs
  Lecture material on numerical methods for partial differential equations.
  ☆267Updated 4 years ago
• hplgit / scitools
  Additional scientific computing functionality in Python - extensions to NumPy/SciPy++
  ☆64Updated 5 years ago
• clawpack / clawpack
  Package for solving hyperbolic systems of partial differential equations
  ☆188Updated this week
• bjodah / pyodesys
  ∫ Straightforward numerical integration of systems of ordinary differential equations
  ☆94Updated last month
• hplgit / fem-book
  ☆111Updated 4 years ago
• hplgit / fdm-book
  Resources for "The Craft of Finite Difference Computing with Partial Differential Equations" by H. P. Langtangen
  ☆169Updated 5 years ago
• pychebfun / pychebfun
  Python implementation of chebfun
  ☆97Updated 8 months ago
• hplgit / pysketcher
  Python-based drawing tool for making sketches of mechanics problems.
  ☆59Updated 3 years ago
• python-hydro / hydro_examples
  Simple one-dimensional examples of various hydrodynamics techniques
  ☆115Updated 4 years ago
• sigma-py / pacopy
  Numerical parameter continuation in Python.
  ☆39Updated last year
• c-planelles / numerical-methods-fortran
  Solving linear, nonlinear equations, ordinary differential equations, ... using numerical methods in fortran
  ☆100Updated 4 years ago
• hplgit / INF5620
  Course material from 2013 for the course INF5620 Numerical Solution of Partial Differential Equations
  ☆43Updated 9 years ago
• basilwong / simple-sundials
  SUNDIALS: For those starting to learn to use the CVODE package. Also contains examples regarding more complex development with SUNDIALS l…
  ☆16Updated 2 years ago
• meshpro / pyfvm
  Finite volume discretization tools for Python.
  ☆64Updated last year
• mgaitan / fortran_magic
  An extension for IPython/Jupyter that helps to use Fortran in your interactive session.
  ☆118Updated 11 months ago
• pyHPC / pyhpc-tutorial
  Python for HPC Tutorial Notebooks
  ☆63Updated 10 years ago
• ketch / finite-difference-course
  Material for a course on finite difference methods for differential equations.
  ☆52Updated 10 years ago
• barbagroup / cuIBM
  cuIBM: a GPU-based immersed boundary method code.
  ☆88Updated 2 years ago
• pavaninguva / pde-Solver-Course
  Introduction to declarative PDE solvers
  ☆41Updated 3 years ago
• UCL-CCS / EasyVVUQ
  Python 3 framework to facilitate verification, validation and uncertainty quantification (VVUQ) for a wide variety of simulations.
  ☆94Updated last week
• andrenarchy / krypy
  Krylov subspace methods package for Python
  ☆104Updated 5 months ago
• sympy / scipy-2017-codegen-tutorial
  SymPy code generation tutorial at SciPy 2017
  ☆63Updated 7 years ago
• clawpack / riemann_book
  An interactive book about the Riemann problem for hyperbolic PDEs, using Jupyter notebooks.
  ☆275Updated 2 weeks ago
• jwallen / PyDAS
  A Python wrapper for the DASSL, DASPK, and DASKR differential algebraic system solvers
  ☆51Updated 10 years ago
• nschloe / maelstrom
  Numerical simulation of magnetohydrodynamics.
  ☆31Updated 4 years ago