JavaScript Library for YAEL (Your Advanced Electrode Localizer)
Miles Mathis' Charge Field :: Miles Mathis Charge Field :: The Charge Field Effects on Humans/Animals
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JavaScript Library for YAEL (Your Advanced Electrode Localizer)
https://github.com/dipterix/three-brain-js
JavaScript Library for YAEL (Your Advanced Electrode Localizer)
This repository is for only developers who wish to incorporate YAEL into their own programs. If you are looking for integrated electrode localization & visualization tools, please check our website: yael.wiki.
This repository contains a JavaScript engine for visualizing 3D brain models via modern web browsers (with WebGL2 support). The key features include:
Visualizing surface models (FreeSurfer surface, AFNI/SUMA)
Overlay T1 MR images as anatomical slices (FreeSurfer .mgh/mgz, NIfTI .nii)
Overlay volume data in terms of voxel cubes (NIfTI .nii)
Overlay electrodes as spheres
Color/Animate electrodes based on their values (continuous, categorical)
Electrode localization with CT at original resolution (paper in proceeding)
Group-level electrode mapping (via MNI or SUMA 141 brain)
The data configuration files are currently generated by the R package threeBrain. Python package threebrainpy is also under active development.
Please see "Roadmap" for details.
JavaScript Library for YAEL (Your Advanced Electrode Localizer)
This repository is for only developers who wish to incorporate YAEL into their own programs. If you are looking for integrated electrode localization & visualization tools, please check our website: yael.wiki.
This repository contains a JavaScript engine for visualizing 3D brain models via modern web browsers (with WebGL2 support). The key features include:
Visualizing surface models (FreeSurfer surface, AFNI/SUMA)
Overlay T1 MR images as anatomical slices (FreeSurfer .mgh/mgz, NIfTI .nii)
Overlay volume data in terms of voxel cubes (NIfTI .nii)
Overlay electrodes as spheres
Color/Animate electrodes based on their values (continuous, categorical)
Electrode localization with CT at original resolution (paper in proceeding)
Group-level electrode mapping (via MNI or SUMA 141 brain)
The data configuration files are currently generated by the R package threeBrain. Python package threebrainpy is also under active development.
Please see "Roadmap" for details.
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Join date : 2019-11-29
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Miles Mathis' Charge Field :: Miles Mathis Charge Field :: The Charge Field Effects on Humans/Animals
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