Closed zaharko closed 3 years ago
Concerning your second point, which criteria should be used to determine whether two "param study" scans have to be merged?
Dear Ivan,
I would suggest in the x-value is within 0.0005 the same.
One more request - the present users use intensively pyzebra param study option, but they cannot output the fitted parameters. Can you give some ‘quick’ way to save it out of pyzebra?
Thank you Oksana On 19 Aug 2021, at 17:01, Ivan Usov @.**@.>> wrote:
Concerning your second point, which criteria should be used to determine whether two "param study" scans have to be merged?
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The fit results are displayed when each scan is selected, but I guess it's not so convenient to copy results for all scans this way. But which output format do you want to use? E.g. how to structure the output?
Dear Ivan,
The best would be a table, one line per file In this line: param, f1amplitude, std f1_amplitude, f1_center, std_f1_center, f1_sigma, std_f1_sigma, file
Oksana
On 20 Aug 2021, at 11:51, Ivan Usov @.**@.>> wrote:
The fit results are displayed when each scan is selected, but I guess it's not so convenient to copy results for all scans this way. But which output format do you want to use? E.g. how to structure the output?
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param_study export is added in c86466b470c48ef2f42045d8b4ea85fc5476228f
Could you clarify what you mean by "I would suggest in the x-value is within 0.0005 the same."
For example, in ccl_integrate we have the following procedure for merging 2 different scans:
1) check zebra_mode
to be the same
2) check that all metadata parameters (ub
, temp
, mf
, twotheta
or gamma
, etc.) are within the desired difference range
3) check that scan_motor
(usually omega
) ranges of both scans are not separated by a gap larger than a certain value
If all of the above is true, then we merge those 2 scans.
So, I guess, you refer to the difference between omega
values? No other checks need to be done?
Yes, Ivan
I ment omega-value.
Oksana
On 25 Aug 2021, at 16:03, Ivan Usov @.**@.>> wrote:
Could you clarify what you mean by "I would suggest in the x-value is within 0.0005 the same."
For example, in ccl_integrate we have the following procedure for merging 2 different scans:
So, I guess, you refer to the difference between omega values? No other checks need to be done?
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