miykael/LINEViewer

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4
Rank 3,304,323 (Top 66 %)
Language
Python
License
BSD 3-Clause "New...
Created about 9 years ago
Updated about 3 years ago

miykael/LINEViewer

miykael

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Python based EEG analysis tool that provides a rough data overview

3dprintyourbrain

How to 3D print your brain from a T1 MRI image.

nipype_tutorial

Learn Nipype with these tutorial notebooks - go here to see them online -->

Jupyter Notebook

gif_your_nifti

How to create fancy GIFs from an MRI brain image

atlasreader

Python interface for generating coordinate tables and region labels from statistical MRI images

Jupyter Notebook

fmriflows

fmriflows is a consortium of many (dependent) fMRI analysis pipelines, including anatomical and functional pre-processing, univariate 1st and 2nd-level analysis, as well as multivariate pattern analysis.

workshop_pybrain

Jupyter Notebook

nipype-beginner-s-guide

Beginner's guide for Nipype

parcellation_fragmenter

Fragments FreeSurfer parcellation annotation in N-equal sized parcels

workshop_cambridge

Content for the workshop in Cambridge 2018

Jupyter Notebook

create_fake_fmri_results

Small Notebook to create fake fMRI results (for tutorial or class) - run it online at ->

Jupyter Notebook

noah_ages

Contains the code to create a fun gif in which Noah Kalina ages 20 years in 20 seconds.

Jupyter Notebook

traffic_info_github

Script to track github traffic (views and clones) over period of 14 days

wallpaper_clouded_globe

This script generates a satellite image from the whole planet (with cloud coverage) from https://worldview.earthdata.nasa.gov that than can be used as a wallpaper

nipype_course

nasa_earthdata

Collect different kinds of satellite images from https://worldview.earthdata.nasa.gov

Jupyter Notebook

nipype_env

A Docker image for a basic nipype environment

STEN

Statistical interface for EEG analysing

pac2018

Collection of different approaches to tackle the PAC2018 challenge

Jupyter Notebook

pupillometryAnalyzer

The pupillometryAnalyzer script can be used to analyse pupillometry raw data saved in a wks-file. It analyzes the time-series of one or both eyes and creates informative csv- and png-outputs that can be used for further statistical analysis.

workshop_ino_03

Innovation workshop

Jupyter Notebook

miykael

workshop_mumbai

Content for the workshop in Mumbai 2018

Jupyter Notebook

temporal_binding_window

These matlab scripts compute the temporal binding window (TBW) for a group of subject that participated in a behavioral multisensory integration study

xbar_screentime_tracker

Passive tracking of time spent in front of your screen (optimized for Mac OS X)