Contributions:Contribution Wiki Template

To create a wiki page for your own contribution, you may follow these steps:

Log into the wiki using your BCI2000 SVN account.
Create a new wiki page with the Contributions: name prefix, followed with the name of your contribution.
E.g., if your contribution is called TachyonADC, then the wiki page would be named Contributions:TachyonADC.
Copy-and-paste the wiki code given below into your new page, and modify it to fit your needs.
Go to the Contributions:Contents page, and pick a category that applies to your contribution. On that category's page, add a link to your wiki page, followed with a very short summary.

==Synopsis==
(Shortly describe what your contribution does, and what the user 
might use it for.)

==Versioning==
===Author===
(Enter all author and contact information that you feel appropriate.)
===Version History===
(Give a short list of changes when appropriate. The full history will always be recorded by SVN.)
===Source Code Revisions===
(In this section, indicate the BCI2000 source code revisions (changesets) 
that you used when developing your contribution, and information about 
testing/compilation. Adapt the list to your own needs. 
Hint: You obtain the revision of a source code repository by 
right-clicking its top level directory, and choosing "show log" from the 
TortoiseSVN submenu.)
*Initial development: XXXX
*Tested under: YYYY
*Known to compile under: ZZZZ
*Broken since: UUUU

==Functional Description==
(Give a full description of what your contribution does. If the user 
needs to perform additional installation steps, add an "Installation" 
section.)

==Parameters==
(If the contribution is an ADC, signal processing filter, or application 
module, then a description of each parameter should follow as indicated 
by the examples. For other types of contributions, omit this section.)
===SomeParameter===
Description of the ''SomeParameter'' parameter.
===AnotherParameter===
Description of the ''AnotherParameter'' parameter.

==States==
(If the contribution is an ADC, signal processing filter, or application 
module, then a description of each state should follow. For other types of 
contributions, omit this section.)