Closed afonsobspinto closed 1 year ago
@afonsobspinto yesterday I ran the current ingestion software for L1/0 and it ingested without issues. So if your validation software fails on L1/0 then please cross check the new validation rules with the old ingestion software
Moving the PR to draft as we need to use the previous ingestion process as the source of truth instead of the yale model presentation
I compared the parsers output from both old and new ingestion and they match for most of it.
There are two meaningful differences:
neurons added in the new ingestion compared to the previous one:
BWM-DL01
BWM-DL02
BWM-DL03
BWM-DL04
BWM-DL05
BWM-DL06
BWM-DL08
BWM-DR01
BWM-DR02
BWM-DR03
BWM-DR04
BWM-DR05
BWM-DR06
BWM-DR07
BWM-DR08
BWM-VL01
BWM-VL02
BWM-VL03
BWM-VL04
BWM-VL05
BWM-VL06
BWM-VL07
BWM-VL08
BWM-VR01
BWM-VR02
BWM-VR03
BWM-VR04
BWM-VR05
BWM-VR06
BWM-VR07
BWM-VR08
synapses not added in the new ingestion (due to invalid neuron references, aka at least one of the neurons mentioned in the synapse does not exist):
SVV_ADLRundefinedAIAR_CEPshVR-A_post1
SVV_ADLRundefinedAIAR_CEPshVR-A_post2
SVV_ADLRundefinedAIAR_CEPshVR-A_pre
SVV_AIMLundefinedASJL_CEPshVL-A_post1
SVV_AIMLundefinedASJL_CEPshVL-A_post2
SVV_AIMLundefinedASJL_CEPshVL-A_pre
SVV_AINLundefinedCEPshDR-A_post1
SVV_AINLundefinedCEPshDR-A_pre
SVV_AINLundefinedCEPshVL-A_post1
SVV_AINLundefinedCEPshVL-A_pre
SVV_AINLundefinedCEPshVR_BAGL-A_post1
SVV_AINLundefinedCEPshVR_BAGL-A_post2
SVV_AINLundefinedCEPshVR_BAGL-A_pre
SVV_AINRundefinedCEPVL_CEPshVL-A_post1
SVV_AINRundefinedCEPVL_CEPshVL-A_post2
SVV_AINRundefinedCEPVL_CEPshVL-A_pre
SVV_ASIRundefinedAWCR_CEPshVR-A_post1
SVV_ASIRundefinedAWCR_CEPshVR-A_post2
SVV_ASIRundefinedAWCR_CEPshVR-A_pre
SVV_ASJLundefinedPVQL_CEPshDL-A_post1
SVV_ASJLundefinedPVQL_CEPshDL-A_post2
SVV_ASJLundefinedPVQL_CEPshDL-A_pre
SVV_BDULundefinedBDUR_GLRDR-A_post1
SVV_BDULundefinedBDUR_GLRDR-A_post2
SVV_BDULundefinedBDUR_GLRDR-A_pre
SVV_DVCundefinedCEPshVL_RIBL-A_post1
SVV_DVCundefinedCEPshVL_RIBL-A_post2
SVV_DVCundefinedCEPshVL_RIBL-A_pre
SVV_IL2DLundefinedGLRDL-A_post1
SVV_IL2DLundefinedGLRDL-A_pre
SVV_PVQRundefinedAIAR_CEPshVR-A_post1
SVV_PVQRundefinedAIAR_CEPshVR-A_post2
SVV_PVQRundefinedAIAR_CEPshVR-A_pre
SVV_RIARundefinedCEPVL_GLRVL-A_post1
SVV_RIARundefinedCEPVL_GLRVL-A_post2
SVV_RIARundefinedCEPVL_GLRVL-A_pre
SVV_RIBRundefinedAVAR_RIAR_BAGL_CEPshVR-A_post1
SVV_RIBRundefinedAVAR_RIAR_BAGL_CEPshVR-A_post2
SVV_RIBRundefinedAVAR_RIAR_BAGL_CEPshVR-A_post3
SVV_RIBRundefinedAVAR_RIAR_BAGL_CEPshVR-A_post4
SVV_RIBRundefinedAVAR_RIAR_BAGL_CEPshVR-A_pre
SVV_RIFLundefinedAVEL_CEPshVL-A_post1
SVV_RIFLundefinedAVEL_CEPshVL-A_post2
SVV_RIFLundefinedAVEL_CEPshVL-A_pre
SVV_RIGLundefinedCEPshVL_RIR-A_post1
SVV_RIGLundefinedCEPshVL_RIR-A_post2
SVV_RIGLundefinedCEPshVL_RIR-A_pre
SVV_RIHundefinedIL2L_GLRL-A_post1
SVV_RIHundefinedIL2L_GLRL-A_post2
SVV_RIHundefinedIL2L_GLRL-A_pre
SVV_RIHundefinedIL2L_GLRL-B_post1
SVV_RIHundefinedIL2L_GLRL-B_post2
SVV_RIHundefinedIL2L_GLRL-B_pre
SVV_RIHundefinedRIAL_RIBL_CEPshVL-A_post1
SVV_RIHundefinedRIAL_RIBL_CEPshVL-A_post2
SVV_RIHundefinedRIAL_RIBL_CEPshVL-A_post3
SVV_RIHundefinedRIAL_RIBL_CEPshVL-A_pre
SVV_RIHundefinedRIBL_CEPshVL-A_post1
SVV_RIHundefinedRIBL_CEPshVL-A_post2
SVV_RIHundefinedRIBL_CEPshVL-A_pre
SVV_RIVRundefinedGLRVL_excgl-A_post1
SVV_RIVRundefinedGLRVL_excgl-A_post2
SVV_RIVRundefinedGLRVL_excgl-A_pre
SVV_RIVRundefinedGLRVL_GLRVR-A_post1
SVV_RIVRundefinedGLRVL_GLRVR-A_post2
SVV_RIVRundefinedGLRVL_GLRVR-A_pre
SVV_RIVRundefinedGLRVL_SAADL-A_post1
SVV_RIVRundefinedGLRVL_SAADL-A_post2
SVV_RIVRundefinedGLRVL_SAADL-A_pre
SVV_SMBVLundefinedBWM-VL04_BWM-VL02_GLRL-A_post1
SVV_SMBVLundefinedBWM-VL04_BWM-VL02_GLRL-A_post2
SVV_SMBVLundefinedBWM-VL04_BWM-VL02_GLRL-A_post3
SVV_SMBVLundefinedBWM-VL04_BWM-VL02_GLRL-A_pre
SVV_SMBVLundefinedBWM-VL04_BWM-VL02_GLRL-B_post1
SVV_SMBVLundefinedBWM-VL04_BWM-VL02_GLRL-B_post2
SVV_SMBVLundefinedBWM-VL04_BWM-VL02_GLRL-B_post3
SVV_SMBVLundefinedBWM-VL04_BWM-VL02_GLRL-B_pre
Both differences seem to me, correct in the newer version but please let me know.
Here are the files produced parsers_output.tar.gz
Alphonso-
Synapses marked to include non-neuronal cells are not necessarily wrong. Some synapses appear to involve other cell types. The annotations correctly reflect the observation of the annotator. PLEASE, do not trash them. Accommodate them.
Thanks, Bill Mohler
On Fri, Sep 8, 2023, 10:51 AM Afonso Pinto @.***> wrote:
I compared the parsers output from both old and new ingestion and they match for most of it.
There are two meaningful differences:
- neurons added in the new ingestion compared to the previous one:
BWM-DL01 BWM-DL02 BWM-DL03 BWM-DL04 BWM-DL05 BWM-DL06 BWM-DL08 BWM-DR01 BWM-DR02 BWM-DR03 BWM-DR04 BWM-DR05 BWM-DR06 BWM-DR07 BWM-DR08 BWM-VL01 BWM-VL02 BWM-VL03 BWM-VL04 BWM-VL05 BWM-VL06 BWM-VL07 BWM-VL08 BWM-VR01 BWM-VR02 BWM-VR03 BWM-VR04 BWM-VR05 BWM-VR06 BWM-VR07 BWM-VR08
- synapses not added in the new ingestion (due to invalid neuron references, aka at least one of the neurons mentioned in the synapse does not exist):
SVV_ADLRundefinedAIAR_CEPshVR-A_post1 SVV_ADLRundefinedAIAR_CEPshVR-A_post2 SVV_ADLRundefinedAIAR_CEPshVR-A_pre SVV_AIMLundefinedASJL_CEPshVL-A_post1 SVV_AIMLundefinedASJL_CEPshVL-A_post2 SVV_AIMLundefinedASJL_CEPshVL-A_pre SVV_AINLundefinedCEPshDR-A_post1
SVV_AINLundefinedCEPshDR-A_pre SVV_AINLundefinedCEPshVL-A_post1
SVV_AINLundefinedCEPshVL-A_pre
SVV_AINLundefinedCEPshVR_BAGL-A_post1 SVV_AINLundefinedCEPshVR_BAGL-A_post2 SVV_AINLundefinedCEPshVR_BAGL-A_pre SVV_AINRundefinedCEPVL_CEPshVL-A_post1
SVV_AINRundefinedCEPVL_CEPshVL-A_post2
SVV_AINRundefinedCEPVL_CEPshVL-A_pre SVV_ASIRundefinedAWCR_CEPshVR-A_post1 SVV_ASIRundefinedAWCR_CEPshVR-A_post2 SVV_ASIRundefinedAWCR_CEPshVR-A_pre
SVV_ASJLundefinedPVQL_CEPshDL-A_post1 SVV_ASJLundefinedPVQL_CEPshDL-A_post2 SVV_ASJLundefinedPVQL_CEPshDL-A_pre SVV_BDULundefinedBDUR_GLRDR-A_post1
SVV_BDULundefinedBDUR_GLRDR-A_post2
SVV_BDULundefinedBDUR_GLRDR-A_pre SVV_DVCundefinedCEPshVL_RIBL-A_post1
SVV_DVCundefinedCEPshVL_RIBL-A_post2
SVV_DVCundefinedCEPshVL_RIBL-A_pre SVV_IL2DLundefinedGLRDL-A_post1
SVV_IL2DLundefinedGLRDL-A_pre SVV_PVQRundefinedAIAR_CEPshVR-A_post1 SVV_PVQRundefinedAIAR_CEPshVR-A_post2 SVV_PVQRundefinedAIAR_CEPshVR-A_pre SVV_RIARundefinedCEPVL_GLRVL-A_post1
SVV_RIARundefinedCEPVL_GLRVL-A_post2
SVV_RIARundefinedCEPVL_GLRVL-A_pre SVV_RIBRundefinedAVAR_RIAR_BAGL_CEPshVR-A_post1
SVV_RIBRundefinedAVAR_RIAR_BAGL_CEPshVR-A_post2
SVV_RIBRundefinedAVAR_RIAR_BAGL_CEPshVR-A_post3
SVV_RIBRundefinedAVAR_RIAR_BAGL_CEPshVR-A_post4
SVV_RIBRundefinedAVAR_RIAR_BAGL_CEPshVR-A_pre SVV_RIFLundefinedAVEL_CEPshVL-A_post1 SVV_RIFLundefinedAVEL_CEPshVL-A_post2 SVV_RIFLundefinedAVEL_CEPshVL-A_pre SVV_RIGLundefinedCEPshVL_RIR-A_post1
SVV_RIGLundefinedCEPshVL_RIR-A_post2
SVV_RIGLundefinedCEPshVL_RIR-A_pre SVV_RIHundefinedIL2L_GLRL-A_post1 SVV_RIHundefinedIL2L_GLRL-A_post2 SVV_RIHundefinedIL2L_GLRL-A_pre
SVV_RIHundefinedIL2L_GLRL-B_post1 SVV_RIHundefinedIL2L_GLRL-B_post2 SVV_RIHundefinedIL2L_GLRL-B_pre SVV_RIHundefinedRIAL_RIBL_CEPshVL-A_post1 SVV_RIHundefinedRIAL_RIBL_CEPshVL-A_post2 SVV_RIHundefinedRIAL_RIBL_CEPshVL-A_post3 SVV_RIHundefinedRIAL_RIBL_CEPshVL-A_pre SVV_RIHundefinedRIBL_CEPshVL-A_post1
SVV_RIHundefinedRIBL_CEPshVL-A_post2
SVV_RIHundefinedRIBL_CEPshVL-A_pre SVV_RIVRundefinedGLRVL_excgl-A_post1
SVV_RIVRundefinedGLRVL_excgl-A_post2
SVV_RIVRundefinedGLRVL_excgl-A_pre
SVV_RIVRundefinedGLRVL_GLRVR-A_post1
SVV_RIVRundefinedGLRVL_GLRVR-A_post2
SVV_RIVRundefinedGLRVL_GLRVR-A_pre
SVV_RIVRundefinedGLRVL_SAADL-A_post1
SVV_RIVRundefinedGLRVL_SAADL-A_post2
SVV_RIVRundefinedGLRVL_SAADL-A_pre SVV_SMBVLundefinedBWM-VL04_BWM-VL02_GLRL-A_post1
SVV_SMBVLundefinedBWM-VL04_BWM-VL02_GLRL-A_post2
SVV_SMBVLundefinedBWM-VL04_BWM-VL02_GLRL-A_post3
SVV_SMBVLundefinedBWM-VL04_BWM-VL02_GLRL-A_pre
SVV_SMBVLundefinedBWM-VL04_BWM-VL02_GLRL-B_post1
SVV_SMBVLundefinedBWM-VL04_BWM-VL02_GLRL-B_post2
SVV_SMBVLundefinedBWM-VL04_BWM-VL02_GLRL-B_post3
SVV_SMBVLundefinedBWM-VL04_BWM-VL02_GLRL-B_preBoth differences seem to me, correct in the newer version but please let me know.
Here are the files produced parsers_output.tar.gz https://github.com/MetaCell/geppetto-NeuroSCAN/files/12560999/parsers_output.tar.gz
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Pardon me for misspelling your name Afonso.
To clarify a few things:
First, eliminating these synapses from the model removes the opportunity for groundbreaking insights by NeuroSCAN users into the interface between nerve and non-nerve cell types. This is truly the cutting edge of neuroscience in 2023. Please do not tidy it out of existence to fit the data structure.
Second, I am the originator of the code and the producer if all the models that make up the NeuroSCAN content base. I developed the nomenclature, the color scheme, the spatial registration, etc for all model components.
I introduced myself some time ago on this GitHub site and received no reply from anyone at MetaCell. I consider this unfortunate, since direct consultation could have reduced cost and delay substantially.
At Noelle's request, I am currently generating updated gltfs for all data sets. I would appreciate openness from MetaCell to my asking questions to streamline the fit of new models to your now established data structure.
Please give me some sort of acknowledgement that you are receiving this communication from me now.
Bill Mohler
On Fri, Sep 8, 2023, 10:51 AM Afonso Pinto @.***> wrote:
I compared the parsers output from both old and new ingestion and they match for most of it.
There are two meaningful differences:
- neurons added in the new ingestion compared to the previous one:
BWM-DL01 BWM-DL02 BWM-DL03 BWM-DL04 BWM-DL05 BWM-DL06 BWM-DL08 BWM-DR01 BWM-DR02 BWM-DR03 BWM-DR04 BWM-DR05 BWM-DR06 BWM-DR07 BWM-DR08 BWM-VL01 BWM-VL02 BWM-VL03 BWM-VL04 BWM-VL05 BWM-VL06 BWM-VL07 BWM-VL08 BWM-VR01 BWM-VR02 BWM-VR03 BWM-VR04 BWM-VR05 BWM-VR06 BWM-VR07 BWM-VR08
- synapses not added in the new ingestion (due to invalid neuron references, aka at least one of the neurons mentioned in the synapse does not exist):
SVV_ADLRundefinedAIAR_CEPshVR-A_post1 SVV_ADLRundefinedAIAR_CEPshVR-A_post2 SVV_ADLRundefinedAIAR_CEPshVR-A_pre SVV_AIMLundefinedASJL_CEPshVL-A_post1 SVV_AIMLundefinedASJL_CEPshVL-A_post2 SVV_AIMLundefinedASJL_CEPshVL-A_pre SVV_AINLundefinedCEPshDR-A_post1
SVV_AINLundefinedCEPshDR-A_pre SVV_AINLundefinedCEPshVL-A_post1
SVV_AINLundefinedCEPshVL-A_pre
SVV_AINLundefinedCEPshVR_BAGL-A_post1 SVV_AINLundefinedCEPshVR_BAGL-A_post2 SVV_AINLundefinedCEPshVR_BAGL-A_pre SVV_AINRundefinedCEPVL_CEPshVL-A_post1
SVV_AINRundefinedCEPVL_CEPshVL-A_post2
SVV_AINRundefinedCEPVL_CEPshVL-A_pre SVV_ASIRundefinedAWCR_CEPshVR-A_post1 SVV_ASIRundefinedAWCR_CEPshVR-A_post2 SVV_ASIRundefinedAWCR_CEPshVR-A_pre
SVV_ASJLundefinedPVQL_CEPshDL-A_post1 SVV_ASJLundefinedPVQL_CEPshDL-A_post2 SVV_ASJLundefinedPVQL_CEPshDL-A_pre SVV_BDULundefinedBDUR_GLRDR-A_post1
SVV_BDULundefinedBDUR_GLRDR-A_post2
SVV_BDULundefinedBDUR_GLRDR-A_pre SVV_DVCundefinedCEPshVL_RIBL-A_post1
SVV_DVCundefinedCEPshVL_RIBL-A_post2
SVV_DVCundefinedCEPshVL_RIBL-A_pre SVV_IL2DLundefinedGLRDL-A_post1
SVV_IL2DLundefinedGLRDL-A_pre SVV_PVQRundefinedAIAR_CEPshVR-A_post1 SVV_PVQRundefinedAIAR_CEPshVR-A_post2 SVV_PVQRundefinedAIAR_CEPshVR-A_pre SVV_RIARundefinedCEPVL_GLRVL-A_post1
SVV_RIARundefinedCEPVL_GLRVL-A_post2
SVV_RIARundefinedCEPVL_GLRVL-A_pre SVV_RIBRundefinedAVAR_RIAR_BAGL_CEPshVR-A_post1
SVV_RIBRundefinedAVAR_RIAR_BAGL_CEPshVR-A_post2
SVV_RIBRundefinedAVAR_RIAR_BAGL_CEPshVR-A_post3
SVV_RIBRundefinedAVAR_RIAR_BAGL_CEPshVR-A_post4
SVV_RIBRundefinedAVAR_RIAR_BAGL_CEPshVR-A_pre SVV_RIFLundefinedAVEL_CEPshVL-A_post1 SVV_RIFLundefinedAVEL_CEPshVL-A_post2 SVV_RIFLundefinedAVEL_CEPshVL-A_pre SVV_RIGLundefinedCEPshVL_RIR-A_post1
SVV_RIGLundefinedCEPshVL_RIR-A_post2
SVV_RIGLundefinedCEPshVL_RIR-A_pre SVV_RIHundefinedIL2L_GLRL-A_post1 SVV_RIHundefinedIL2L_GLRL-A_post2 SVV_RIHundefinedIL2L_GLRL-A_pre
SVV_RIHundefinedIL2L_GLRL-B_post1 SVV_RIHundefinedIL2L_GLRL-B_post2 SVV_RIHundefinedIL2L_GLRL-B_pre SVV_RIHundefinedRIAL_RIBL_CEPshVL-A_post1 SVV_RIHundefinedRIAL_RIBL_CEPshVL-A_post2 SVV_RIHundefinedRIAL_RIBL_CEPshVL-A_post3 SVV_RIHundefinedRIAL_RIBL_CEPshVL-A_pre SVV_RIHundefinedRIBL_CEPshVL-A_post1
SVV_RIHundefinedRIBL_CEPshVL-A_post2
SVV_RIHundefinedRIBL_CEPshVL-A_pre SVV_RIVRundefinedGLRVL_excgl-A_post1
SVV_RIVRundefinedGLRVL_excgl-A_post2
SVV_RIVRundefinedGLRVL_excgl-A_pre
SVV_RIVRundefinedGLRVL_GLRVR-A_post1
SVV_RIVRundefinedGLRVL_GLRVR-A_post2
SVV_RIVRundefinedGLRVL_GLRVR-A_pre
SVV_RIVRundefinedGLRVL_SAADL-A_post1
SVV_RIVRundefinedGLRVL_SAADL-A_post2
SVV_RIVRundefinedGLRVL_SAADL-A_pre SVV_SMBVLundefinedBWM-VL04_BWM-VL02_GLRL-A_post1
SVV_SMBVLundefinedBWM-VL04_BWM-VL02_GLRL-A_post2
SVV_SMBVLundefinedBWM-VL04_BWM-VL02_GLRL-A_post3
SVV_SMBVLundefinedBWM-VL04_BWM-VL02_GLRL-A_pre
SVV_SMBVLundefinedBWM-VL04_BWM-VL02_GLRL-B_post1
SVV_SMBVLundefinedBWM-VL04_BWM-VL02_GLRL-B_post2
SVV_SMBVLundefinedBWM-VL04_BWM-VL02_GLRL-B_post3
SVV_SMBVLundefinedBWM-VL04_BWM-VL02_GLRL-B_preBoth differences seem to me, correct in the newer version but please let me know.
Here are the files produced parsers_output.tar.gz https://github.com/MetaCell/geppetto-NeuroSCAN/files/12560999/parsers_output.tar.gz
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Hi Bill, no worries about the name mix-up.
Your input was duly noted. We'll discuss this internally to ensure we're aligned and update this thread after.
Thanks for reaching out
Great! Thanks for the reply.
On Fri, Sep 8, 2023, 12:08 PM Afonso Pinto @.***> wrote:
Hi Bill, no worries about the name mix-up.
Your input was duly noted. We'll discuss this internally to ensure we're aligned and update this thread after.
Thanks for reaching out
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For now, the validator was adapted to mark the unrecognized references to a neuron in a synapse name as a warning instead of an error. This makes the ingestion step still process that entry, only creating relations (with neurons) for the ones it can find:
(SVV_ADLRundefinedAIAR_CEPshVR-A_post1, synapse previously mention as left out but now ingested)
That's great. Thank you.
On Wed, Sep 13, 2023, 11:18 AM Afonso Pinto @.***> wrote:
For now, the validator was adapted to mark the unrecognized references to a neuron in a synapse name as a warning instead of an error. This makes the ingestion step still process that entry, only creating relations (with neurons) for the ones it can find:
[image: image] https://user-images.githubusercontent.com/19196034/267703916-7921a220-ad12-48e3-9c2a-0d1b45e0ffaa.png (SVV_ADLRundefinedAIAR_CEPshVR-A_post1, synapse previously mention as left out but now ingested)
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hi @mohler , as discussed with Noelle at our biweekly meetings we are going to accommodate the change request made and ingest these synapses, in the long term the search mechanism will be modified to make these data 'searchable' since the data model and component originally design following the requirements given don't allow the user to search for this data. I will keep you posted on future updates related to these data.
Thanks, Dario
Thank you!
Thank you!!
On Thu, Sep 28, 2023, 9:10 AM Dario @.***> wrote:
hi @mohler https://github.com/mohler , as discussed with Noelle at our biweekly meetings we are going to accommodate the change request made and ingest these synapses, in the long term the search mechanism will be modified to make these data 'searchable' since the data model and component originally design following the requirements given don't allow the user to search for this data. I will keep you posted on future updates related to these data.
Thanks, Dario
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closes (1st iteration of) https://metacell.atlassian.net/browse/YALE-6
Misc:
The ingest all script starts by cleaning a specified output directory, then parses and validates data from the two apps (NeuroScan and PromoterDB). Any issues encountered during parsing are logged to a file. If no critical errors are found, the script exports the validated data to an output directory in a structured format (CSV and JSON). Optionally, if the --transform flag is set, the script can zip CPHATE plot data and convert AVI files to MP4 format. If the --dry-run flag is not set, the script proceeds to ingest this exported data into a database.
So far I have only tested the general flow of the script with a very small custom made dataset:
https://github.com/MetaCell/geppetto-NeuroSCAN/assets/19196034/e3c267ea-0f2e-4097-a9ba-1089896b6cef
I couldn't test with client's dataset because it doesn't follow the rules defined. cc @ddelpiano Here are a couple of issues reported:
In the process of doing this task I also noticed a couple of potential problems / missing components in our data model.
The script might still need some adjustments to be completely equivalent to how it was previously used. I'm running it locally with:
python ingestall.py --root-dir ./data_new --transform --dry-run
which outputs the csv's to be ingested in geppetto-NeuroSCAN/ingestion/output
EDIT:
Added instructions on how to run the validator: