文件列表:

eeglab10_1_1_0b\Contents.m (1494, 2011-04-11)
eeglab10_1_1_0b\eeglablicense.txt (12810, 2011-04-11)
eeglab10_1_1_0b\eeglab.m (97803, 2011-04-11)
eeglab10_1_1_0b\external (0, 2011-04-11)
eeglab10_1_1_0b\external\fileio (0, 2011-04-11)
eeglab10_1_1_0b\external\fileio\ft_read_event.m (52324, 2011-04-11)
eeglab10_1_1_0b\external\fileio\ft_poll_buffer.m (3038, 2011-04-11)
eeglab10_1_1_0b\external\fileio\ft_filetype.m (43974, 2011-04-11)
eeglab10_1_1_0b\external\fileio\ft_read_headshape.m (11981, 2011-04-11)
eeglab10_1_1_0b\external\fileio\COPYING (17988, 2011-04-11)
eeglab10_1_1_0b\external\fileio\ft_flush_data.m (1897, 2011-04-11)
eeglab10_1_1_0b\external\fileio\ft_read_sens.m (9062, 2011-04-11)
eeglab10_1_1_0b\external\fileio\ft_filter_event.m (5376, 2011-04-11)
eeglab10_1_1_0b\external\fileio\ft_write_volume.m (2831, 2011-04-11)
eeglab10_1_1_0b\external\fileio\ft_read_vol.m (2997, 2011-04-11)
eeglab10_1_1_0b\external\fileio\ft_flush_event.m (1947, 2011-04-11)
eeglab10_1_1_0b\external\fileio\compat (0, 2011-04-11)
eeglab10_1_1_0b\external\fileio\compat\create_buffer.m (841, 2011-04-11)
eeglab10_1_1_0b\external\fileio\compat\chantype.m (841, 2011-04-11)
eeglab10_1_1_0b\external\fileio\compat\write_event.m (841, 2011-04-11)
eeglab10_1_1_0b\external\fileio\compat\read_headshape.m (841, 2011-04-11)
eeglab10_1_1_0b\external\fileio\compat\read_mri.m (841, 2011-04-11)
eeglab10_1_1_0b\external\fileio\compat\read_sens.m (841, 2011-04-11)
eeglab10_1_1_0b\external\fileio\compat\flush_event.m (841, 2011-04-11)
eeglab10_1_1_0b\external\fileio\compat\read_vol.m (841, 2011-04-11)
eeglab10_1_1_0b\external\fileio\compat\flush_data.m (841, 2011-04-11)
eeglab10_1_1_0b\external\fileio\compat\read_header.m (841, 2011-04-11)
eeglab10_1_1_0b\external\fileio\compat\read_data.m (841, 2011-04-11)
eeglab10_1_1_0b\external\fileio\compat\read_spike.m (841, 2011-04-11)
eeglab10_1_1_0b\external\fileio\compat\filetype.m (841, 2011-04-11)
eeglab10_1_1_0b\external\fileio\compat\read_event.m (841, 2011-04-11)
eeglab10_1_1_0b\external\fileio\compat\filter_event.m (841, 2011-04-11)
eeglab10_1_1_0b\external\fileio\compat\destroy_buffer.m (841, 2011-04-11)
eeglab10_1_1_0b\external\fileio\compat\write_data.m (841, 2011-04-11)
eeglab10_1_1_0b\external\fileio\compat\flush_header.m (841, 2011-04-11)
eeglab10_1_1_0b\external\fileio\ft_write_event.m (9491, 2011-04-11)
eeglab10_1_1_0b\external\fileio\ft_create_buffer.m (1521, 2011-04-11)
eeglab10_1_1_0b\external\fileio\@uint64 (0, 2011-04-11)
eeglab10_1_1_0b\external\fileio\@uint64\minus.c (2274, 2011-04-11)
... ...

This dir contains original Matlab functions from the EEGLAB (formerly ICA/EEG) Matlab toolbox, all released under the Gnu public license (see eeglablicence.txt). See the EEGLAB tutorial and reference paper (URLs given below) for more information. Sub-directories: /functions - All distributed EEGLAB functions (admin, sigproc, pop, misc) /plugins - Directory to place all downloaded EEGLAB plug-ins. dipfit (1.0) is present by default /sample_data - Miscellaneous EEGLAB data using in tutorials and references /sample_locs - Miscellaneous standard channel location files (10-10, 10-20) See the EEGLAB web site http://sccn.ucsd.edu/eeglab/ for more. To use EEGLAB: 1. Place the Matlab functions in a directory ($DIR) and add $DIR/eeglab4.x to (Unix) your matlabpath environment variable. Else, within Matlab >> addpath('full_path_here') 2. Optional: Edit file "icadefs.m" under the function directory to specify the location of the faster binary "ica" function (equivalent to Matlab runica() and called from within Matlab by binica()). This requires a (recommended) separate download from http://sccn.ucsd.edu/eeglab/binica/ Also add the path to the EEGLAB tutorial. This requires another (recommended) download. See http://sccn.ucsd.edu/eeglab/ File "icadefs.m" also specifies various limits and constants used in EEGLAB functions. 3. Then start Matlab and type >> eeglab 4. Open the main EEGLAB tutorial page (your downloaded "eeglabtut.html", else browse http://sccn.ucsd.edu/eeglab/eeglabtut.html) 5. Please send feedback and suggestions to: eeglab@sccn.ucsd.edu 6. In publications, please reference: Delorme, A., Makeig, S. (in press) EEGLAB: An open source toolbox for analysis of single-trial EEG dynamics including independent component analysis. Journal of Neuroscience Methods. http://sccn.ucsd.edu/eeglab/download/eeglab_jnm03.pdf Enjoy using EEGLAB to explore and analyze your data. Consider contributing to your functions and creativity to EEGLAB open source development (see http://sccn.ucsd.edu/eeglab for more details). Arno Delorme & Scott Makeig Fri Sep 6 11:44:29 PDT 2002

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