https://www.bci2000.org/mediawiki/api.php?action=feedcontributions&feedformat=atom&user=Thomas 2026-06-24T01:53:34Z User contributions MediaWiki 1.43.6 https://www.bci2000.org/mediawiki/index.php?title=Contributions:BCPy2000&diff=3669 2008-03-26T01:52:58Z

<p>Thomas: </p> <hr /> <div>==Synopsis==<br /> 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.<br /> <br /> The source code is available under the terms of the GNU General Public License v3.<br /> <br /> ==Location==<br /> http://{{SERVERNAME}}/svn/trunk/src/contrib/Application/BCPy2000<br /> <br /> ==Versioning==<br /> ===Author===<br /> Thomas Schreiner<br /> ===Version History===<br /> no changes recorded yet.<br /> ===Source Code Revisions===<br /> (TODO: In this section, indicate the BCI2000 source code revisions (changesets) <br /> that you used when developing your contribution, and information about <br /> testing/compilation. Adapt the list to your own needs. <br /> Hint: You obtain the revision of a source code repository by <br /> right-clicking its top level directory, and choosing &quot;show log&quot; from the <br /> TortoiseSVN submenu.)<br /> *Initial development: XXXX<br /> *Tested under: YYYY<br /> *Known to compile under: ZZZZ<br /> *Broken since: UUUU<br /> <br /> ==Functional Description==<br /> See the documentation chapter of my thesis.<br /> <br /> ==Parameters==<br /> See the documentation chapter of my thesis.<br /> ===SomeParameter===<br /> See the documentation chapter of my thesis.<br /> ===AnotherParameter===<br /> See the documentation chapter of my thesis.<br /> <br /> ==States==<br /> See the documentation chapter of my thesis.</div>

Thomas https://www.bci2000.org/mediawiki/index.php?title=Contributions:BCPy2000&diff=3668 2008-03-26T01:51:56Z

<p>Thomas: </p> <hr /> <div>==Synopsis==<br /> 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.<br /> <br /> The source code is available under the terms of the GNU General Public License v3.<br /> <br /> ==Location==<br /> http://{{SERVERNAME}}/svn/trunk/src/contrib/Application/BCPy2000<br /> <br /> ==Versioning==<br /> ===Author===<br /> Thomas Schreiner<br /> ===Version History===<br /> (TODO: Give a short list of changes when appropriate. The full history will always be recorded by SVN.)<br /> ===Source Code Revisions===<br /> (TODO: In this section, indicate the BCI2000 source code revisions (changesets) <br /> that you used when developing your contribution, and information about <br /> testing/compilation. Adapt the list to your own needs. <br /> Hint: You obtain the revision of a source code repository by <br /> right-clicking its top level directory, and choosing &quot;show log&quot; from the <br /> TortoiseSVN submenu.)<br /> *Initial development: XXXX<br /> *Tested under: YYYY<br /> *Known to compile under: ZZZZ<br /> *Broken since: UUUU<br /> <br /> ==Functional Description==<br /> See the documentation chapter of my thesis.<br /> <br /> ==Parameters==<br /> See the documentation chapter of my thesis.<br /> ===SomeParameter===<br /> See the documentation chapter of my thesis.<br /> ===AnotherParameter===<br /> See the documentation chapter of my thesis.<br /> <br /> ==States==<br /> See the documentation chapter of my thesis.</div>

Thomas https://www.bci2000.org/mediawiki/index.php?title=Contributions:BCPy2000&diff=3667 2008-03-26T01:50:04Z

<p>Thomas: </p> <hr /> <div>==Synopsis==<br /> 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.<br /> <br /> The source code is available under the terms of the GNU General Public License v3.<br /> <br /> ==Location==<br /> http://{{SERVERNAME}}/svn/trunk/src/contrib/Application/BCPy2000<br /> <br /> ==Versioning==<br /> ===Author===<br /> Thomas Schreiner<br /> ===Version History===<br /> (TODO: Give a short list of changes when appropriate. The full history will always be recorded by SVN.)<br /> ===Source Code Revisions===<br /> (TODO: In this section, indicate the BCI2000 source code revisions (changesets) <br /> that you used when developing your contribution, and information about <br /> testing/compilation. Adapt the list to your own needs. <br /> Hint: You obtain the revision of a source code repository by <br /> right-clicking its top level directory, and choosing &quot;show log&quot; from the <br /> TortoiseSVN submenu.)<br /> *Initial development: XXXX<br /> *Tested under: YYYY<br /> *Known to compile under: ZZZZ<br /> *Broken since: UUUU<br /> <br /> ==Functional Description==<br /> See the documentation chapter of my thesis.<br /> <br /> ==Parameters==<br /> (TODO: If the contribution is an ADC, signal processing filter, or application <br /> module, then a description of each parameter should follow as indicated <br /> by the examples. For other types of contributions, omit this section.<br /> Parameter documentation provided here will be also be recognized by the help <br /> system, i.e. it will be accessible through the operator module's help button.)<br /> ===SomeParameter===<br /> Description of the ''SomeParameter'' parameter.<br /> ===AnotherParameter===<br /> Description of the ''AnotherParameter'' parameter.<br /> <br /> ==States==<br /> (TODO: If the contribution is an ADC, signal processing filter, or application <br /> module, then a description of each state should follow. For other types of <br /> contributions, omit this section.)</div>

Thomas https://www.bci2000.org/mediawiki/index.php?title=Contributions:BCPy2000&diff=3666 2008-03-26T01:49:25Z

<p>Thomas: </p> <hr /> <div>==Synopsis==<br /> 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.<br /> <br /> The source code is available under the terms of the GNU General Public License v3.<br /> <br /> ==Location==<br /> (Provide a link to the source code directory in the following form:)<br /> http://{{SERVERNAME}}/svn/trunk/src/contrib/Application/BCPy2000<br /> <br /> ==Versioning==<br /> ===Author===<br /> Thomas Schreiner<br /> ===Version History===<br /> (TODO: Give a short list of changes when appropriate. The full history will always be recorded by SVN.)<br /> ===Source Code Revisions===<br /> (TODO: In this section, indicate the BCI2000 source code revisions (changesets) <br /> that you used when developing your contribution, and information about <br /> testing/compilation. Adapt the list to your own needs. <br /> Hint: You obtain the revision of a source code repository by <br /> right-clicking its top level directory, and choosing &quot;show log&quot; from the <br /> TortoiseSVN submenu.)<br /> *Initial development: XXXX<br /> *Tested under: YYYY<br /> *Known to compile under: ZZZZ<br /> *Broken since: UUUU<br /> <br /> ==Functional Description==<br /> See the documentation chapter of my thesis.<br /> <br /> ==Parameters==<br /> (TODO: If the contribution is an ADC, signal processing filter, or application <br /> module, then a description of each parameter should follow as indicated <br /> by the examples. For other types of contributions, omit this section.<br /> Parameter documentation provided here will be also be recognized by the help <br /> system, i.e. it will be accessible through the operator module's help button.)<br /> ===SomeParameter===<br /> Description of the ''SomeParameter'' parameter.<br /> ===AnotherParameter===<br /> Description of the ''AnotherParameter'' parameter.<br /> <br /> ==States==<br /> (TODO: If the contribution is an ADC, signal processing filter, or application <br /> module, then a description of each state should follow. For other types of <br /> contributions, omit this section.)</div>

Thomas https://www.bci2000.org/mediawiki/index.php?title=Contributions:Application&diff=3665 2008-03-26T01:46:43Z

<p>Thomas: </p> <hr /> <div>The following user application components are available in the [[Contributions:Contents|Contributions]] section of BCI2000:<br /> <br /> *[[Contributions:DataGlove5DTUFilter]]: A filter that records data glove state.<br /> *[[Contributions:MFCdemo]]: Demo application module written using the Microsoft MFC framework.<br /> *[[Contributions:SlowWaveApp]]: Application modules for Slow Wave feedback.<br /> *[[Contributions:Speller]]: A speller application based on cursor feedback.<br /> *[[Contributions:BCPy2000]]: Signal processing and application module for calling custom Python functions.<br /> <br /> ==See also==<br /> [[User Reference:Filters]]<br /> <br /> [[Category:User Application]][[Category:Contents]]</div>

Thomas https://www.bci2000.org/mediawiki/index.php?title=Contributions:SignalProcessing&diff=3664 2008-03-26T01:46:12Z

<p>Thomas: </p> <hr /> <div>The following signal processing filters are available in the Contributions section of BCI2000: <br /> <br /> *[[Contributions:FIRFilter]]: A finite impulse response filter.<br /> *[[Contributions:PeakDetector]]: A peak detector filter.<br /> *[[Contributions:SigfriedSigProc]]: Signal processing module SIGFRIED.<br /> *[[Contributions:Statistics]]: Original statistics filtering from version 1.<br /> *[[Contributions:SWSignalProcessing]]: Signal processing module for slow wave (SCP) feedback.<br /> *[[Contributions:BCPy2000]]: Signal processing and application module for calling custom Python functions.<br /> <br /> ==See also==<br /> [[User Reference:Filters]]<br /> <br /> [[Category:Signal Processing]][[Category:Contents]]</div>

Thomas https://www.bci2000.org/mediawiki/index.php?title=Contributions:BCPy2000&diff=3662 2008-03-26T01:43:50Z

<p>Thomas: BCPy2000 moved to Contributions:BCPy2000: BCI2000 is a contribution</p> <hr /> <div>==Synopsis==<br /> 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.<br /> <br /> The source code is available under the terms of the GNU General Public License v3.<br /> <br /> ==Location==<br /> (Provide a link to the source code directory in the following form:)<br /> http://{{SERVERNAME}}/svn/trunk/src/contrib/SignalSource/RDAClient<br /> <br /> ==Versioning==<br /> ===Author===<br /> Thomas Schreiner<br /> ===Version History===<br /> (Give a short list of changes when appropriate. The full history will always be recorded by SVN.)<br /> ===Source Code Revisions===<br /> (In this section, indicate the BCI2000 source code revisions (changesets) <br /> that you used when developing your contribution, and information about <br /> testing/compilation. Adapt the list to your own needs. <br /> Hint: You obtain the revision of a source code repository by <br /> right-clicking its top level directory, and choosing &quot;show log&quot; from the <br /> TortoiseSVN submenu.)<br /> *Initial development: XXXX<br /> *Tested under: YYYY<br /> *Known to compile under: ZZZZ<br /> *Broken since: UUUU<br /> <br /> ==Functional Description==<br /> (Give a full description of what your contribution does. If the user <br /> needs to perform additional installation steps, add an &quot;Installation&quot; <br /> section.)<br /> <br /> ==Parameters==<br /> (If the contribution is an ADC, signal processing filter, or application <br /> module, then a description of each parameter should follow as indicated <br /> by the examples. For other types of contributions, omit this section.<br /> Parameter documentation provided here will be also be recognized by the help <br /> system, i.e. it will be accessible through the operator module's help button.)<br /> ===SomeParameter===<br /> Description of the ''SomeParameter'' parameter.<br /> ===AnotherParameter===<br /> Description of the ''AnotherParameter'' parameter.<br /> <br /> ==States==<br /> (If the contribution is an ADC, signal processing filter, or application <br /> module, then a description of each state should follow. For other types of <br /> contributions, omit this section.)</div>

Thomas https://www.bci2000.org/mediawiki/index.php?title=Contributions:BCPy2000&diff=3661 2008-03-26T01:43:12Z

<p>Thomas: </p> <hr /> <div>==Synopsis==<br /> 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.<br /> <br /> The source code is available under the terms of the GNU General Public License v3.<br /> <br /> ==Location==<br /> (Provide a link to the source code directory in the following form:)<br /> http://{{SERVERNAME}}/svn/trunk/src/contrib/SignalSource/RDAClient<br /> <br /> ==Versioning==<br /> ===Author===<br /> Thomas Schreiner<br /> ===Version History===<br /> (Give a short list of changes when appropriate. The full history will always be recorded by SVN.)<br /> ===Source Code Revisions===<br /> (In this section, indicate the BCI2000 source code revisions (changesets) <br /> that you used when developing your contribution, and information about <br /> testing/compilation. Adapt the list to your own needs. <br /> Hint: You obtain the revision of a source code repository by <br /> right-clicking its top level directory, and choosing &quot;show log&quot; from the <br /> TortoiseSVN submenu.)<br /> *Initial development: XXXX<br /> *Tested under: YYYY<br /> *Known to compile under: ZZZZ<br /> *Broken since: UUUU<br /> <br /> ==Functional Description==<br /> (Give a full description of what your contribution does. If the user <br /> needs to perform additional installation steps, add an &quot;Installation&quot; <br /> section.)<br /> <br /> ==Parameters==<br /> (If the contribution is an ADC, signal processing filter, or application <br /> module, then a description of each parameter should follow as indicated <br /> by the examples. For other types of contributions, omit this section.<br /> Parameter documentation provided here will be also be recognized by the help <br /> system, i.e. it will be accessible through the operator module's help button.)<br /> ===SomeParameter===<br /> Description of the ''SomeParameter'' parameter.<br /> ===AnotherParameter===<br /> Description of the ''AnotherParameter'' parameter.<br /> <br /> ==States==<br /> (If the contribution is an ADC, signal processing filter, or application <br /> module, then a description of each state should follow. For other types of <br /> contributions, omit this section.)</div>

Thomas https://www.bci2000.org/mediawiki/index.php?title=Contributions:BCPy2000&diff=3170 2008-01-12T23:09:47Z

<p>Thomas: </p> <hr /> <div>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.<br /> <br /> The source code is available under the terms of the GNU General Public License v3.</div>

Thomas https://www.bci2000.org/mediawiki/index.php?title=Contributions:BCPy2000&diff=3169 2008-01-12T01:03:09Z

<p>Thomas: </p> <hr /> <div>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.<br /> <br /> The source code is available under the terms of the GNU General Public License v2.</div>

Thomas