[Mne_analysis] Question about eeg raw files combination
Andrade Rey René
rene.andrade at edu.uah.es
Sun Feb 14 13:10:26 EST 2021
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Thank you all! I think I am going to import with numpy combining different csv raw files and then putting the names with the resources you have shared. thank you so much again!!!
Sent from my iPhone
On 14 Feb 2021, at 13:27, Alexandre Gramfort <alexandre.gramfort at inria.fr> wrote:
hi,
you can use:
https://secure-web.cisco.com/10U1HGkiB_0dLGWGsyy-LD4Jgleoi3X88JtRxLq6XLOfUGML8JkDDZQMdjR3Jdo5kerdb9145x24Kj2yOsDMAjQ2ishUdzXMafUMi8YGmiUHVyk_beSidq1yhu56-X7m9Cldltol6lDdkev5GsXxTU-HO4KsH7Ej9ZVTSvtoRZyVodsDnujXNWKQjGQw9kwUG2gaQT0nBibumxqr8qyHuilwCgQC0g6h3ZmhTr1SX62i6617F-pSZZlF-AhQ_-ji7dlF0pY11C0dSaMFf2NKlNg/https%3A%2F%2Fmne.tools%2Fdev%2Fgenerated%2Fmne.io.Raw.html%23mne.io.Raw.add_channels
HTH
Alex
On Sat, Feb 13, 2021 at 9:03 PM amir Djalovski <amir.djv at gmail.com<mailto:amir.djv at gmail.com>> wrote:
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Dear Rene,
You can do this by extracting the data from each file and creating a new MNE-Python data structure from scratch (try to look here<https://secure-web.cisco.com/16BEESU5GfK_znqJruWGT9TQWZCKz1eCgw-wKYaqEJMjJ3c2aIJPDxM3aVOaV7qZaOIrqUDy9kbWNGIb2IH8xl0MgnGKoSiM3LlUoraWLiqVko7cqSMeY6encmaQKYJ9Tn1XnUzTD4tJ3Bz4Q2mKfQ4s8egfUhRxG6v47cDg-1ayFwNRfh0wOnNjEvP9xMwQgB6glG0BWUEDF5dSsr-GjCD5o0-VxMEqliAURbzA4KcD3oRKlxXjH1iaM6S9cbxbtkAbbADuBI5bXhvWE7nRx2g/https%3A%2F%2Fmne.tools%2Fdev%2Fauto_tutorials%2Fsimulation%2Fplot_creating_data_structures.html> for more info).
If it's theoretically possible or correct, that's a different question.
Cheers,
Amir
--
Amir Djalovski
Email: Amir.Djv at gmail.com<mailto:Amir.Djv at gmail.com>
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On Sat, Feb 13, 2021 at 3:55 PM Andrade Rey René <rene.andrade at edu.uah.es<mailto:rene.andrade at edu.uah.es>> wrote:
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Dear MNE experts:
Is there any possibility to mix different raw files with different electrodes into one file of the combination of all the electrodes? Let’s say for simplicity we have 4 sensors, 2 electrodes common (T3 T4) to all input raw files(5) and 2 other electrodes measuring different positions of the brain Fp1, Fp2, F3, F4, C3, C4, P3, P4, O1, O2 (from system 10-20). That is we would have 5 files with 4 sensors to convert into one with 12 sensors where the difference would be the raw information coming from 2 electrodes with this positions (Fp1, Fp2, F3, F4, C3, C4, P3, P4, O1, O2) assuming the information recorded at different times but with the same stimulus in every measurement.
Thanks for your help in advance.
Best,
Rene Andrade.
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