|
| | artifact_detect.cpp |
| | Implementation of ArtifactDetect.
|
| | artifact_detect.h |
| | Declaration of ArtifactDetect — ECG and EOG physiological artifact event detection.
|
| | bad_channel_detect.cpp |
| | Implementation of BadChannelDetect.
|
| | bad_channel_detect.h |
| | Declaration of BadChannelDetect — automated detection of bad MEG/EEG channels.
|
| | cosinefilter.cpp |
| | Definition of the CosineFilter class.
|
| | cosinefilter.h |
| | Declaration of the CosineFilter class.
|
| | dsp_global.cpp |
| | dsp library global functions.
|
| | dsp_global.h |
| | dsp library export/import macros.
|
| | Implementation of EpochExtractor.
|
| | Declaration of EpochExtractor — segments continuous MEG/EEG data into trials.
|
| | filterio.cpp |
| | Definition of the FilterIO class.
|
| | filterio.h |
| | FilterIO class declaration.
|
| | filterkernel.cpp |
| | Contains all FilterKernel.
|
| | filterkernel.h |
| | The FilterKernel class represents a filter object that generates the FIR filter coefficients using Park's McClellan's filter design algorithm [1] and offers a overlap-add method [2] for frequency filtering of an input sequence. In this regard, the filter coefficients of a certain filter order are zero-padded to fill a length of an multiple integer of a power of 2 in order to efficiently compute a FFT. The length of the FFT is given by the next power of 2 of the length of the input sequence. In order to avoid circular-convolution, the input sequence is given by the FFT-length-NumFilterTaps.
|
| | firfilter.cpp |
| | Implementation of FirFilter.
|
| | firfilter.h |
| | Declaration of FirFilter — a discoverable façade over the existing FilterKernel FIR API.
|
| | ica.cpp |
| | Implementation of the ICA class.
|
| | ica.h |
| | Declaration of the ICA class providing FastICA-based independent component analysis for artifact removal in MEG/EEG data.
|
| | iirfilter.cpp |
| | Implementation of IirFilter.
|
| | iirfilter.h |
| | Declaration of IirFilter — Butterworth IIR filter design and application using numerically stable second-order sections (SOS / biquad cascade).
|
| | parksmcclellan.cpp |
| | parksmcclellan.h |
| | resample.cpp |
| | Implementation of Resample.
|
| | resample.h |
| | Declaration of Resample — polyphase anti-aliased rational resampling for MEG/EEG data.
|
| | spectrogram.cpp |
| | Definition of spectrogram class.
|
| | spectrogram.h |
| | Declaration of spectrogram class.
|
| | sphara.cpp |
| | Definition of the Sphara class.
|
| | sphara.h |
| | Declaration of SPHARA projector construction.
|
| | sss.cpp |
| | Implementation of the SSS class.
|
| | sss.h |
| | Declaration of the SSS class implementing Signal Space Separation (SSS) and temporal Signal Space Separation (tSSS) for MEG data.
|