quantify-scheduler 0.3.0

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quantify-scheduler

Quantify is a python based data acquisition platform focused on Quantum Computing and solid-state physics experiments. It is build on top of QCoDeS and is a spiritual successor of PycQED. Quantify currently consists of quantify-core and quantify-scheduler.

Take a look at the documentation for quantify-scheduler: stable (or develop).

Quantify-scheduler is a module for writing quantum programs. It features a unique hybrid control model allowing quantum gate- and pulse-level descriptions to be combined in a clearly defined and hardware-agnostic way. Quantify-scheduler is designed to allow experimentalists to easily define complex experiments, and produces synchronized pulse schedules to be distributed to control hardware.

Caution!

This is a pre-release alpha version, major changes are expected. Use for testing & development purposes only.

About

Quantify-scheduler is maintained by The Quantify consortium consisting of Qblox and Orange Quantum Systems.

 

 

The software is free to use under the conditions specified in the license.

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Credits

Developers

• Adriaan Rol <[e-mail]>

• Callum Attryde <[e-mail]>

• Jules van Oven <[e-mail]>

• Victor Negirneac <[e-mail]>

• Thomas Reynders <[e-mail]>

Contributors

None yet. Why not be the first?

Changelog

0.3.0 Multiple backends support (2021-05-20)

• Added support for both Qblox and Zurich Instrument backends.

• Added convenience vscode IDE and pylintrc configuration files.

• Added examples for timedomain and spectroscopy schedules.

Breaking changes

• Major refactor of the Qblox backend. (For example, it’s now quantify.backends.qblox_backend instead of the previous quantify.backends.pulsar_backend)

• Qblox backend requires strictly v0.3.2 of the qblox-instruments package.

Merged branches and closed issues

• Add mixer skewness corrections helper function. (!102)

• Added Qblox backend support. (!81)

• Compile backend with ZISettingsBuilder. (!87)

• Add vscode IDE config files. (!100)

• Add ZISettingsBuilder class. (!86)

• Added representation to gates in gate library and defined equality operation. (!101)

• Fix/operation duration. Fixes #107. (!89)

• Feat/long pulses fix validators name. (!90)

• Implemented long square pulses unrolling (for waveform-memory-limited devices). (!83)

• Changed Qblox-Instruments version to 0.3.2. (!88)

• Feature: Improve overall zhinst backend timing. (!77)

• Plotly cleanup. (!69)

• Pulsar backend version bump. (!82)

• Added zhinst backend support. (!49)

• Added example timedomain programs. (!71)

• Added example spectroscopy programs. (!64)

• Added pylintrc configuration file. (!55)

• Added repetitions property to Schedule. (!56)

• Added Acquisition Protocols. (!51)

• Hotfix for filename sanitization pulsar backend. (!61)

• Pulsar backend function sanitization. (!60)

• Potential fix time-out pulsar. (!58)

• Updated Pulsar backend version to v0.2.3.. (!57)

• Fixed datadir related bugs. (!54)

• Added Station implementation. (!52)

• Pulsar backend v0.2.2 check. (!48)

• Fix for issue with acq delay . (!45)

• Fix for issue #52. (!44)

0.2.0 Hybrid pulse- gate-level control model (2021-01-14)

• Major refactor of the scheduler resource code enabling hybrid pulse- gate-level control.

• Moved quantify.scheduler.types.Resource class to a separate quantify.scheduler.resources module.

• Adds a BasebandClockResource class within the newly created quantify.scheduler.resources module.

• Moved QRM and QCM related classes to the quantify.scheduler.backends.pulsar_backend module.

• In quantify.scheduler.compilation, rename of function ‘_determine_absolute_timing’ to ‘determine_absolute_timing’. Argument changed from clock_unit to time_unit.

• In quantify.scheduler.compilation, rename of function ‘_add_pulse_information_transmon’ to ‘add_pulse_information_transmon’.

• Added ramp waveform in quantify.scheduler.waveforms.

• Added schemas for operation and transmon_cfg.

• Added a basic hybrid visualisation for pulses using new addressing scheme.

• Operations check whether an operation is a valid gate or pulse.

• Refactor of visualization module. Moved quantify.scheduler.backends.visualization to quantify.scheduler.visualization module. Expect code breaking reorganization and changes to function names.

• Pulsar backend version now checks for QCM and QRM drivers version 0.1.2.

Merged branches and closed issues

• fix(pulse_scheme): Add tickformatstops for x-axis using SI-unit ‘seconds’. Closes #39. (!39)

• Resolve “y-axis label is broken in plotly visualization after resources-refactor”. Closes #45. (!38)

• Resources refactor (!28, !29, !30)

• Hybrid visualisation for pulses and circuit gate operations. Closes #22 and #6. (!27)

• Support Pulsar parameterisation from scheduler. Support feature for #29. (!2)

• Operation properties to check if an operation is a valid gate or pulse. Closes #28 (!25)

• Visualisation refactor. Closes #26. (!22)

• Windows job (!20)

• Changed Pulsar backend version check from 0.1.1 to 0.1.2. (!21)

0.1.0 (2020-10-21)

• Refactored scheduler functionality from quantify-core into quantify-scheduler

• Support for modifying Pulsar params via the sequencer #54 (!2)

• Simplification of compilation through qcompile (!1)

• Qubit resources can be parameters of gates #11 (!4)

• Circuit diagram visualization of operations without no pulse info raises exception #5 (!5)

• Pulsar backend verifies driver and firmware versions of hardware #14 (!6)

• Sequencer renamed to scheduler #15 (!7)

• Documentation update to reflect refactor #8 (!8)

• Refactor circuit diagram to be more usable !10 (relates to #6)

• Unify API docstrings to adhere to NumpyDocstring format !11

• Changes to addressing of where a pulse is played !9 (#10)

• Renamed doc -docs folder for consistency #18 (!12)

• Moved test folder outside of project #19 (!14)

• Add copyright notices and cleanup documenation #21 (!13)

• Add installation tip for plotly dependency in combination with jupyter #24 (!15)

Note

• # denotes a closed issue.

• ! denotes a merge request.