Alternatives and similar repositories for vpython-physics

Users that are interested in vpython-physics are comparing it to the libraries listed below

• jakevdp / pySchrodinger
  A Python solver for the 1D Schrodinger equation
  ☆125Updated 5 years ago
• bjodah / pyneqsys
  Solve symbolically defined systems of non-linear equations numerically.
  ☆52Updated 3 weeks ago
• simon-r / PyParticles
  Particles simulation in python
  ☆84Updated last year
• jrjohansson / numerical-python-book-code
  ☆174Updated 10 months ago
• sympy / scipy-2017-codegen-tutorial
  SymPy code generation tutorial at SciPy 2017
  ☆65Updated 7 years ago
• bjodah / pyodesys
  ∫ Straightforward numerical integration of systems of ordinary differential equations
  ☆95Updated 3 weeks ago
• barbagroup / numba_tutorial_scipy2016
  Numba tutorial materials for Scipy 2016
  ☆144Updated 8 years ago
• physics-codes / examples
  Examples of exercises that accompany Effective Computation in Physics
  ☆207Updated 6 years ago
• naftaliharris / Abstract-Algebra
  Implements group theory in Python
  ☆79Updated 2 years ago
• jrjohansson / wavefunction
  Python package for calculating wavefunctions for 1D and 2D potentials.
  ☆87Updated 10 years ago
• hplgit / odespy
  Easy access in Python to a large collection of ODE solvers
  ☆124Updated 5 years ago
• WuShichao / computational-physics
  Programs of exercises to accompany "Computational Physics" by N. Giordano and H. Nakanishi
  ☆44Updated 9 years ago
• sympy / scipy-2016-tutorial
  SymPy tutorial materials for SciPy 2016
  ☆41Updated 9 years ago
• marl0ny / Real-Fourier-Series
  Visualization of the Fourier series.
  ☆30Updated 2 years ago
• zaman13 / Three-Body-Problem-Gravitational-System
  A python code to calculate planetary orbits in a three-body gravitational system. The code can demonstrate how one planet affects the orb…
  ☆74Updated 5 years ago
• sympy / quantum_notebooks
  Jupyter Notebooks that demonstrate SymPy's symbolic quantum mechanics package.
  ☆65Updated 3 years ago
• jmoy / plotdf
  Python package to plot phase portraits of 2D differential equations.
  ☆27Updated 10 years ago
• rubinhlandau / CompPhysicsNotebooks
  Jupyter Python Notebooks of "Computational Physics", Landau, Paez, Bordeianu
  ☆45Updated 9 years ago
• afeiguin / comp-phys
  Computational Physics
  ☆152Updated 3 years ago
• pychebfun / pychebfun
  Python implementation of chebfun
  ☆100Updated 4 months ago
• hughesadam87 / scikit-spectra
  Python pandas-based toolkit for explorative spectroscopy, in particular UVVis spectroscopic data.
  ☆96Updated 2 years ago
• tBuLi / symfit
  Symbolic Fitting; fitting as it should be.
  ☆244Updated last year
• amcdawes / QMlabs
  Ipython notebooks for our QM class based on Mark Beck's book "Quantum Mechanics: Theory and Experiment"
  ☆39Updated 3 years ago
• ketch / numerical_linear_algebra_notebooks
  IPython notebooks with supplementary material to accompany the textbook by Trefethen & Bau.
  ☆30Updated 6 years ago
• hplgit / scitools
  Additional scientific computing functionality in Python - extensions to NumPy/SciPy++
  ☆64Updated 5 years ago
• tpogden / quantum-python-lectures
  A series of self-study lectures on using Python for scientific computing at the graduate level in atomic physics and quantum optics.
  ☆105Updated 10 years ago
• physics-codes / seminar
  An example syllabus and lesson materials for a seminars on effective computation in the physical sciences.
  ☆36Updated 9 years ago
• pydy / pydy-tutorial-human-standing
  PyDy tutorial materials for MASB 2014, PYCON 2014, and SciPy 2014/2015.
  ☆164Updated 2 years ago
• mspraggs / pyQCD
  pyQCD provides a Python library for running small-scale lattice QCD simulations on desktop and workstation computers.
  ☆60Updated 7 years ago
• juanklopper / Differential-Equations
  Jupyter notebooks on differential equations and how to solve them using Python.
  ☆61Updated 9 years ago