Difference between revisions of "Portal:Develop"

Revision as of 09:55, 21 October 2016

General Project information

• The MNE-CPP Project Structure
• The MNE-CPP Development Cycle

The MNE-CPP Project Structure

• Highly modular and easily extendable
• Cross platform capable: Windwos, Linux, Mac, handheld devices & embedded systems
• Purely written in C++
• MNE-CPP is set up as a two layer structure:

  1. Library layer:

     • Backbone of the MNE-CPP framework
     • Different libraries providing core features & functionalities

  2. Application layer:

     • User interaction of the MNE-CPP framework
     • Full scale GUI applications with rich user experience
     • Command line applications
     • Simple examples for an easy start
     • SUnit tests: Safeguarding correctness of results

• Dependencies:

  1. Keep dependencies to a minimum
  2. Qt for Graphical User Interface integration
  3. Light-weight template library Eigen for linear algebra
  4. Future proof: Qt/Eigen are highly & activley maintained
  5. Avoid SOUP (Software Of Unknown Pedigree)

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The MNE-CPP Development Cycle

Project Management

The MNE-CPP project is maintained by an agile management approach, using JIRA. JIRA is a well known issue tracking tool by Atlassian, which let's you post bug reports, improvement tasks, wishes for new features and much more. It gives you a way to directly participate in the development of MNE-CPP. Please go to MNE-CPP's JIRA website and sign up for an account if you wish to help to improve MNE-CPP.

Next to JIRA we also use Atlassian's Confluence to share documents, meeting notes and other project related files. You can find our confluence page here.

Tutorials

Introductive

Setup real-time source localization example

Setup SSVEP BCI example

Setup EEG amplifier plugins in MNE Scan

Create a MNE-CPP based application

Create a MNE Scan plugin

Advanced

MNE CPP on Neuromag Linux

Documentation

Coding Conventions & Style

Commit Policy

MNE-CPP Reference