Bernstein-Vazirani tutorial for ProjectQ v0.4.2 #338
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* First testing version of Phase Estimation with a lot of hardcoding * Adapt to All(Measure) * Adding operators for more than 1 quibit, first version * Adding operators for more than 1 quibit, first versioni: testing * Work in progress: create a PhaseX gate to tests via class * Work in progress: create a PhaseX gate to tests via class. Clean garbaje files * Work in progress: create a PhaseX gate to tests via class. Some enhanement * Work in progress: create a PhaseX gate to tests via class. PhaseX testing * Work in progress: Debugging algorithm * Work in progress: Debugging algorithm * Adding 2qubit example * adding 2 qubit Gate * Initial version * Create Phase Estimation as a new Gate in operations * Solving travis checks * python 2 compatibility + error in StatePreparation normalization * test coverage includes now the string * Improve the check test for no eigenvector test * Start modifying to decomposition * QPE as decomposition and gate * QPE as decomposition and gate: correct a detail in the test * try to get the travis-ci freeze solved * Solve a name not defined error in the phaseestimation tests * Solve coverage in tests * Address comments in review + change how to assert the tests * Enhance statistis in the tests bi more executions * Correct bad calculation in tests * Refine test * Address Andi comments: add detail in the examples and atributes and removing code in the test that is never executed
* Amplitude Amplification algorithm as a Gate in ops * Amplitude Amplification algorithm as a Gate in ops, correct test_string_functions * Amplitude Amplification algorithm as a Gate in ops, correct coverage for _qaagate_test * Amplitude Amplification algorithm as a Gate in ops, correct test estimation statistics in phaseestimation_test * Try to triger Travis test because an apt get failure in the travis test * resend docs/projectq.ops.rst file * resend file versions previous to AA * Try to triger Travis test because it never ran * Try to triger Travis test again to try to get the tests ran
…k#327) * Amplitude Amplification algorithm as a Gate in ops * Amplitude Amplification algorithm as a Gate in ops, correct test_string_functions * Amplitude Amplification algorithm as a Gate in ops, correct coverage for _qaagate_test * Amplitude Amplification algorithm as a Gate in ops, correct test estimation statistics in phaseestimation_test * Try to triger Travis test because an apt get failure in the travis test * Address changes proposed by Damien * Address changes proposed by Damien, missed one * Address comments by Damien including eliminate the usage of algorith_inverse and eliminate QPE files form the PR * Address comments by Damien including eliminate the usage of algorith_inverse and eliminate QPE files form the PR, second try * Address comments by Damien forgot _qaagate_test * Update amplitudeamplification_test.py Wrap lines to 80 characters * Update amplitudeamplification.py Wrap lines to 80 characters * Update _qaagate.py Minor style correction * Update amplitudeamplification_test.py Cleanup imports
* Modified _gates.py: Documentation, 2-qubit rotations, 1qubit-rotation string attributes. * Strings of rotation gates fixed. * Added two-qubit rotation gate tests. * Resource Counter import Rzz added. * Added Rzz test and fixed expected outcome. * removed wrongfully pushed dev gates. * Update _gates.py Remove unneeded import * Removed hardcoded "Phase" name for Ph(angle) gate
* C++ simulator performance: make the swap-gate run in native C++ It was defined as a BasicMathGate before which made it run as python code through the emulate_math_wrapper. The new variant just uses its matrix representation to run it in native code. * C++ simulator performance: add dedicated C++ code for common math gates The BasicMathGate uses a C++ python wrapper (emulate_math_wrapper) to allow generic calculations which makes it very slow. This detects some math gates and provides a native C++ implementation for it. * C++ simulator performance: use larger memory alignment * C++ simulator performance: recycle large StateVector memory buffers This avoids costly std::vector copying/reallocations by using some static std::vector to reuse the allocated buffer (just by std::swap'ing a vector into a buffer for later use when it would be deallocated otherwise). * C++ simulator performance: improve compiler flags * Add test coverage for constant math emulation * Revert "Add test coverage for constant math emulation" This reverts commit 3bb8a2c. * Add test coverage for constant math emulation
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Feel free to do so by either pushing it to your master branch (in which case the changes will appear in this PR) or push those changes into a new branch and open a new PR. |
It seems I have already push it to my master branch. Is there anything else I need to do? |
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Are you sure you are pushing to the |
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Help needed here. I have changed the base branch to the master branch. Is this pushing to the master branch? |
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You are now indeed pushing to the master branch, but because you were probably working off of the develop branch previously, a bunch of unwanted commits have made their way into this PR. Could you please apply your changes on top of the |
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Got it. I have created a new pull request #342 to merge the newly added berstein-vazirani_tutorial.ipynb from cmleecm:develop to ProjectQ-Framework:develop |
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I have created a Bernstein-Vazirani tutorial jupyter notebook and would like to contribute to the examples.