Contributions:BCPy2000: Difference between revisions
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==Location== | ==Location== | ||
(Provide a link to the source code directory in the following form:) | (Provide a link to the source code directory in the following form:) | ||
http://{{SERVERNAME}}/svn/trunk/src/contrib/ | http://{{SERVERNAME}}/svn/trunk/src/contrib/Application/BCPy2000 | ||
==Versioning== | ==Versioning== | ||
| Line 12: | Line 12: | ||
Thomas Schreiner | Thomas Schreiner | ||
===Version History=== | ===Version History=== | ||
(Give a short list of changes when appropriate. The full history will always be recorded by SVN.) | (TODO: Give a short list of changes when appropriate. The full history will always be recorded by SVN.) | ||
===Source Code Revisions=== | ===Source Code Revisions=== | ||
(In this section, indicate the BCI2000 source code revisions (changesets) | (TODO: In this section, indicate the BCI2000 source code revisions (changesets) | ||
that you used when developing your contribution, and information about | that you used when developing your contribution, and information about | ||
testing/compilation. Adapt the list to your own needs. | testing/compilation. Adapt the list to your own needs. | ||
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==Functional Description== | ==Functional Description== | ||
See the documentation chapter of my thesis. | |||
==Parameters== | ==Parameters== | ||
(If the contribution is an ADC, signal processing filter, or application | (TODO: If the contribution is an ADC, signal processing filter, or application | ||
module, then a description of each parameter should follow as indicated | module, then a description of each parameter should follow as indicated | ||
by the examples. For other types of contributions, omit this section. | by the examples. For other types of contributions, omit this section. | ||
| Line 42: | Line 40: | ||
==States== | ==States== | ||
(If the contribution is an ADC, signal processing filter, or application | (TODO: If the contribution is an ADC, signal processing filter, or application | ||
module, then a description of each state should follow. For other types of | module, then a description of each state should follow. For other types of | ||
contributions, omit this section.) | contributions, omit this section.) | ||
Revision as of 01:49, 26 March 2008
Synopsis
BCPy2000 is a set of modules for BCI2000 that allows a highly customizable experiment design using the Python scripting language. It was developed by Thomas Schreiner at the Max-Planck-Institute for Biological Cybernetics in Tübingen / Germany. An extensive amount of relevant documentation is contained in the project thesis which will be published here as soon as it is finished.
The source code is available under the terms of the GNU General Public License v3.
Location
(Provide a link to the source code directory in the following form:) http://www.bci2000.org/svn/trunk/src/contrib/Application/BCPy2000
Versioning
Author
Thomas Schreiner
Version History
(TODO: Give a short list of changes when appropriate. The full history will always be recorded by SVN.)
Source Code Revisions
(TODO: 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
See the documentation chapter of my thesis.
Parameters
(TODO: 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. Parameter documentation provided here will be also be recognized by the help system, i.e. it will be accessible through the operator module's help button.)
SomeParameter
Description of the SomeParameter parameter.
AnotherParameter
Description of the AnotherParameter parameter.
States
(TODO: 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.)