• JUPYTER
  • FAQ
  • View as Code
  • Python 3 Kernel
  • View on GitHub
  • Execute on Binder
  • Download Notebook
  1. qutip-notebooks
  2. development

Index of Development Notebooks¶

QobjEvo¶

QobjEvo usage example

QobjEvo "advanced" methods

Timing for QobjEvo

Testing extracting and eliminating states from a quantum object

Solvers¶

Compare solvers

Floquet and floquet-markov evolution

Monte Carlo solver¶

Tests for the fortran monte carlo solver

Master equation solver¶

Demonstrate how to pass liouvillians to the mesolve

mesolve: demonstate how to use the e_ops argument

Stochastic Master equation solver¶

Speed test of stochastic solvers

Test for different SME solvers against analytical solution for oscillator squeezing

Tests for QuTiP's stochastic master equation solver

Steadystate Solver¶

Testing and benchmarking steadystate solvers

Testing steadystate solvers

Stochastic Schrödinger equation solver¶

Test for different solvers for stochastic equation

Tests for QuTiP's stochastic Schrödinger equation solver

Distributions and correlations¶

Testing continuous variable functions

Testing correlation functions

Testing distribution modules

Miscellaneous¶

Test and benchmarks of expectation value calculation in QuTiP

Example: compare time-dependence formats

Test the use of e_ops parameter in dictionary form

Testing spectrum functions

Liouvillian construction

Testing new TD function callback signature

Test number state basis with lower cut off ; Testing qutip.ipynbtools.plot_animation

Testing functions qutip.ipynbtools

This website does not host notebooks, it only renders notebooks available on other websites.

Delivered by Fastly, Rendered by OVHcloud

nbviewer GitHub repository.

nbviewer version: d25d3c3

nbconvert version: 5.6.1

Rendered (Sat, 02 Jul 2022 05:54:59 UTC)