Flux-Drive timing#1056
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## 0.2 #1056 +/- ##
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+ Coverage 96.96% 97.01% +0.05%
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Files 98 99 +1
Lines 7932 8042 +110
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+ Hits 7691 7802 +111
+ Misses 241 240 -1
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andrea-pasquale
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andrea-pasquale
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Thanks for the implementation @Edoardo-Pedicillo.
I have a few questions in the comments below. Apart from a problem with the for loop the code runs fine.
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| This routine is evaluating the different time of arrival of the flux and drive | ||
| pulse to the qubit. These delays are usually originated by the differences in | ||
| cable length or by the electronics. |
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With "by the electronics" what do you mean? An asynchronization between the drive and the flux signals on the electronics themselves?
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An asynchronization between the drive and the flux signals on the electronics themselves?
Yes
| for duration in durations: | ||
| ro_pulses.append([]) | ||
| for qubit in targets: | ||
| sequence = PulseSequence() |
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If you create the sequence at each iteration of the for loop over targets only the last qubit in target will be present in the sequence.
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| fit_parameters, perr = curve_fit( | ||
| fit_function, | ||
| delay - data.pulse_duration[qubit], |
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At this point I would just store directly this value in the data structure given that you also repeat the same line in the plotting function.
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| fig.update_layout( | ||
| showlegend=True, | ||
| xaxis_title="Time [ns]", |
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I would put a bit more details here.
Co-authored-by: Andrea Pasquale <andreapasquale97@gmail.com>
Co-authored-by: Andrea Pasquale <andreapasquale97@gmail.com>
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This PR implements the protocol XY-Z timing (https://escholarship.org/content/qt0g29b4p0/qt0g29b4p0.pdf?t=prk0gj par. 5.10).
http://login.qrccluster.com:9000/xWr3LZnfTQmN59r2aFetnA==/
Checklist:
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