Replies: 11 comments
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A discussion should provide some background information and raise questions or open points, otherwise nobody will join. Please have a look at the SIP examples on https://www.pygimli.org |
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Ok you are right Sir, Indeed, I am using spread spectrum-induced
polarization data and would like to know the possibility of using pyGimli
for inversion and my Ph.D thesis
Le mar. 9 juil. 2024 à 15:21, Thomas Günther ***@***.***> a
écrit :
… A discussion should provide some background information and raise
questions or open points, otherwise nobody will join.
Please have a look at the SIP examples on https://www.pygimli.org
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There is not more information contained. Are you working on (lab) SIP spectroscopy or on frequency-domain field IP? In the first case, you will find some examples on https://www.pygimli.org , in the latter there is a dedicated class in the BERT project. |
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I'm working on frequency-domain field IP
Le jeu. 11 juil. 2024 à 16:30, wilfried kouabena ***@***.***>
a écrit :
… Ok you are right Sir, Indeed, I am using spread spectrum-induced
polarization data and would like to know the possibility of using pyGimli
for inversion and my Ph.D thesis
Le mar. 9 juil. 2024 à 15:21, Thomas Günther ***@***.***> a
écrit :
> A discussion should provide some background information and raise
> questions or open points, otherwise nobody will join.
>
> Please have a look at the SIP examples on https://www.pygimli.org
>
> —
> Reply to this email directly, view it on GitHub
> <#748 (comment)>,
> or unsubscribe
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> .
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My dataset is different from the normal SIP and IP, which is why I would like to know if there is a window in Pygmili for my dataset. |
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Yes, for analysing frequency-domain field-scale spectral IP data you should consider the References
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Good day Sir , I'm working with Spread spectrum induced polarization data
incversion using pyGIMLI . Indeed, I would like to receive guidance from
you and see how I can effectively apply pyGIMLI for my PhD thesis . You can
find in attached the code and the data . I'm looking forward to hearing
from you.
Best regards.
Wilfried
Le mer. 28 août 2024 à 14:15, Thomas Günther ***@***.***> a
écrit :
… Closed #748 <#748> as
resolved.
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I have not yet understood what exactly you want to do. Did you read the papers I've mentioned? Do you want to invert 2D (or 3D) FDIP field data in a spectral manner or do you want to analyse laboratory spectra? |
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I want to invert 2D and 3D field FDIP data in a spectra manner . I read the
papers and my data configuration looks different that is why I keep asking.
Le mer. 14 mai 2025 à 01:29, Thomas Günther ***@***.***> a
écrit :
… I have not yet understood what exactly you want to do. Did you read the
papers I've mentioned? Do you want to invert 2D (or 3D) FDIP field data in
a spectral manner or do you want to analyse laboratory spectra?
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The inversion is independent on the specific arrays (quadrupoles) used. A sketch or example file would be needed to give you some guideline. Please consider opening an issue in the BERT repository |
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Thank you, I will do that.
Le mer. 14 mai 2025 à 01:40, Thomas Günther ***@***.***> a
écrit :
… The inversion is independent on the specific arrays (quadrupoles) used. A
sketch or example file would be needed to give you some guideline.
Please consider opening an issue in the BERT repository
<https://gitlab.com/resistivity-net/bert>
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I'm dealing spread Spectrum induced polarization data and I want to use Pygmili to do my inversion
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