Translations:Resampling/8/en - Versionsgeschichte

Aliebelt am 3. September 2023 um 18:53 Uhr

2023-09-03T18:53:02Z

Aliebelt am 7. August 2023 um 14:22 Uhr

2023-08-07T14:22:04Z

Cscholle am 24. April 2022 um 17:35 Uhr

2022-04-24T17:35:51Z

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Because the use of resampled data is essential for many numeric and statistical analysis methods of timeline data, emoTouch calculates an initial Resampling data set with a 100 ms time interval (10 Hz) after a realisation has been finished. The Raw data itself is safely stored as well and will never be changed. If the initial 10 Hz resampling doesn’t match your needs, you may calculate other resamplings with different sample rates in the ‚Realisations‘ section (Tab ‚Resamplings’). These new resamplings will always be calculated from the Raw data. But keep in mind that choosing a very small resampling interval might need a lot of time to calculate and might produce a very large data set with a lot of redundant information. So it’s a good idea to carefully think over which time resolution is REALLY needed and useful for the specific study.

(Note: The calculation of resamplings is currently not yet possible for playback studies, as the sessions can take place at completely different times and must first be synchronised to the media stimulus. The function will be implemented in a later version)

← Nächstältere Version		Version vom 3. September 2023, 18:53 Uhr
Zeile 1:		Zeile 1:
−	Because the use of resampled data is essential for many numeric and statistical analysis methods of timeline data, emoTouch calculates an initial Resampling data set with a 100 ms time interval (10 Hz) after a realisation has been finished. The Raw data itself is safely stored as well and will never be changed. If the initial 10 Hz resampling doesn’t match your needs, you may calculate other resamplings with different sample rates in the ‚Realisations‘ section (Tab ‚Resamplings’). These new resamplings will always be calculated from the Raw data. But keep in mind that choosing a very small resampling interval might need a lot of time to calculate and might produce a very large data set with a lot of redundant information. So it’s a good idea to carefully think over which time resolution is REALLY needed and useful for the specific project.	+	=== Resampling interval/ sampling rate ===
−		+	Because the use of resampled data is essential for many numeric and statistical analysis methods of timeline data, emoTouch calculates an initial Resampling data set with a 100 ms time interval (10 Hz) after a realisation has been finished. The Raw data itself is safely stored as well and will never be changed. If the initial 10 Hz resampling doesn’t match your needs, you may calculate other resamplings with different sample rates in the ‚Realisations‘ section (Tab ‚Resamplings’). These new resamplings will always be calculated from the Raw data. But keep in mind that choosing a very small resampling interval might need a lot of time to calculate and might produce a very large data set with a lot of redundant information. So it’s a good idea to carefully think over which time resolution is REALLY needed and useful for the specific project.
−	(Note: The calculation of resamplings is currently not yet possible for playback projects, as the sessions can take place at completely different times and must first be synchronised to the media stimulus. The function will be implemented in a later version)

← Nächstältere Version		Version vom 7. August 2023, 14:22 Uhr
Zeile 1:		Zeile 1:
−	Because the use of resampled data is essential for many numeric and statistical analysis methods of timeline data, emoTouch calculates an initial Resampling data set with a 100 ms time interval (10 Hz) after a realisation has been finished. The Raw data itself is safely stored as well and will never be changed. If the initial 10 Hz resampling doesn’t match your needs, you may calculate other resamplings with different sample rates in the ‚Realisations‘ section (Tab ‚Resamplings’). These new resamplings will always be calculated from the Raw data. But keep in mind that choosing a very small resampling interval might need a lot of time to calculate and might produce a very large data set with a lot of redundant information. So it’s a good idea to carefully think over which time resolution is REALLY needed and useful for the specific ~~study~~.	+	Because the use of resampled data is essential for many numeric and statistical analysis methods of timeline data, emoTouch calculates an initial Resampling data set with a 100 ms time interval (10 Hz) after a realisation has been finished. The Raw data itself is safely stored as well and will never be changed. If the initial 10 Hz resampling doesn’t match your needs, you may calculate other resamplings with different sample rates in the ‚Realisations‘ section (Tab ‚Resamplings’). These new resamplings will always be calculated from the Raw data. But keep in mind that choosing a very small resampling interval might need a lot of time to calculate and might produce a very large data set with a lot of redundant information. So it’s a good idea to carefully think over which time resolution is REALLY needed and useful for the specific project.

−	(Note: The calculation of resamplings is currently not yet possible for playback ~~studies~~, as the sessions can take place at completely different times and must first be synchronised to the media stimulus. The function will be implemented in a later version)	+	(Note: The calculation of resamplings is currently not yet possible for playback projects, as the sessions can take place at completely different times and must first be synchronised to the media stimulus. The function will be implemented in a later version)