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| = Tutorial 1.8: Processes = This tutorial uses Sabine Meunier's somatotopy experiment, called ''TutorialCTF ''in your Brainstorm database. |
= Tutorial 9: Processes = The main window includes a graphical batching interface that directly benefits from the database explorer: files are organized as a tree of subjects and conditions, and simple drag-and-drop operations readily select files for subsequent batch processing. Most of the Brainstorm features are (or will be) available through this interface, including pre-processing of the recordings, averaging, time-frequency decompositions, and computing statistics. A full analysis pipeline can be created in a few minutes, saved in the user’s preferences and reloaded in one click, executed directly or exported as a Matlab script. |
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| The ''Processes ''tab in Brainstorm window is a very generic tool that can be used to apply a function or extract data from any set of data files (recordings or sources). Its main applications are: pre-processing, averaging, and data extraction. <<TableOfContents(2)>> == How does it work ? == == Next == This is the end of the first tutorial, based on CTF MEG recordings. Other important notions are going to be introduced in a tutorial based on EEG data : clusters of electrodes, and statistical analysis. But please go again through all the importation / anatomy definition |
== Selecting files to process == == Creating a pipeline == == Plugin structure == The available processes are organized in a plug-in structure. Any Matlab script that is added to the plug-in folder and has the right format will be automatically detected and made available in the GUI. This mechanism makes the contribution from other developers to Brainstorm very easy. |
Tutorial 9: Processes
The main window includes a graphical batching interface that directly benefits from the database explorer: files are organized as a tree of subjects and conditions, and simple drag-and-drop operations readily select files for subsequent batch processing. Most of the Brainstorm features are (or will be) available through this interface, including pre-processing of the recordings, averaging, time-frequency decompositions, and computing statistics. A full analysis pipeline can be created in a few minutes, saved in the user’s preferences and reloaded in one click, executed directly or exported as a Matlab script.
Selecting files to process
Creating a pipeline
Plugin structure
The available processes are organized in a plug-in structure. Any Matlab script that is added to the plug-in folder and has the right format will be automatically detected and made available in the GUI. This mechanism makes the contribution from other developers to Brainstorm very easy.