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Qutip simulator #1438

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wants to merge 31 commits into from
Closed

Qutip simulator #1438

wants to merge 31 commits into from

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yangyuethz
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Checklist
Thank you for contributing to QuTiP! Please make sure you have finished the following tasks before opening the PR.

  • Please read Contributing to QuTiP Development
  • Contributions to qutip should follow the pep8 style.
    You can use pycodestyle to check your code automatically
  • Please add tests to cover your changes if applicable.
  • If the behavior of the code has changed or new feature has been added, please also update the documentation and the notebook. Feel free to ask if you are not sure.

Delete this checklist after you have completed all the tasks. If you have not finished them all, you can also open a Draft Pull Request to let the others know this on-going work and keep this checklist in the PR description.

Description
Describe here the proposed change.

Related issues or PRs
Please mention the related issues or PRs here. If the PR fixes an issue, use the keyword fix/fixes/fixed followed by the issue id, e.g. fix #1184

Changelog
Give a short description of the PR in a few words. This will be shown in the QuTiP change log after the PR gets merged.
For example:
Fixed error checking for null matrix in essolve.
Added option for specifying resolution in Bloch.save function.

BoxiLi and others added 30 commits January 28, 2021 17:15
The compiler structure is updated to prepare for the use of scheduling. No functionality is changed according to this PR, only the internal interfaces.
fix the float point inaccuracy in pulse model
decompose -> compiler
Add a dictionary that map the name of each pulse to its indices. It makes the definition of compiler more readable.
Global phase was used in the old version for computing the analytical result. But in mesolve simulation it does not make sense.
Make the compiler support continous pulse and use cubic spline
The list of pulses were not correctly passed to the method.
The representation of noisy dynamic is changed. During the processing of noise, the number of Pulse object in `pulses` passed by the Processor remain unchanged. Instead, the systematic noise (pulse independent noise) is store in one dummy `Pulse` object with no ideal control pulse.
Some tests were not caught by pytest. There was a bug in calling mcsolve.
2021/02/03 first commit. from lenovo
The interpolation _fill_coeff was wrong if the tlist is longer than the required one. Here scipy interpolation function is used. It can be used to replace the _fill_coeff later. With a more thorough test.
@yangyuethz yangyuethz closed this Feb 9, 2021
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More detailed information for GSoC 2020 project
2 participants