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| file | Raw_convert_1D.m [code] |
| | Takes a raw signal and reshapes-it into a good form (aka 1D horizontal signal, [1xN];.
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| |
| file | Signal__assert_mine.m [code] |
| | Asserts that the signal is a TEAP one.
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| |
| file | Signal__assert_range.m [code] |
| | Asserts that the signal is a TEAP one.
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| |
| file | Signal__assert_type.m [code] |
| | Checks that the signal given on the input is of the type nameWanted This function is mainly used by SSS_assert_type(Sig), with params Sig and SSS.
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| |
| file | Signal__get_absolute.m [code] |
| | Is the signal data absolute or relative ?
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| |
| file | Signal__get_offset.m [code] |
| | Gets the offset(in frames) relative to its parent (the first it had, non recursive).
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| |
| file | Signal__get_raw.m [code] |
| | Returns the raw data of the signal.
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| |
| file | Signal__get_samprate.m [code] |
| | Returns the sampling rate of a signal.
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| |
| file | Signal__get_signame.m [code] |
| | Gets the name of a signal, eg: 'GSR' for a Galvanic Skin Response signal.
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| |
| file | Signal__get_unit.m [code] |
| | Gets the unit of a signal (ex: 'Ohm' for a GSR signal)
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| |
| file | Signal__get_window.m [code] |
| | Takes a portion of a signal between startT and endT seconds. NB: that the child signal will memorize the offset to its father (the first-one, non recursive) start: useful if you want to plot the signal with logical times. If you want to specify frames (aka. samples) instead of seconds, you should use Signal__get_window_frames()
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| |
| file | Signal__get_window_frames.m [code] |
| | Takes a portion of a signal between startT and endT frames. NB: that the child signal will memorize the offset to its father (the first-one, non recursive) start: useful if you want to plot the signal with logical times. If you want to specify seconds instead of frames, you should use Signal__get_window()
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| |
| file | Signal__has_preproc.m [code] |
| | Has the given signal been through this preprocessing step.
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| |
| file | Signal__new_empty.m [code] |
| | Creates a new, empty, signal. This is mainly to represent the data structure.
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| |
| file | Signal__set_absolute.m [code] |
| | Sets the data of the signal to absolute or relative.
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| |
| file | Signal__set_offset.m [code] |
| | Sets the offset of the specified signal.
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| |
| file | Signal__set_preproc.m [code] |
| | Set a preprocessing attribute for a signal. Ex: lowPass, highPass.
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| |
| file | Signal__set_raw.m [code] |
| | Sets the raw data of the signal S.
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| |
| file | Signal__set_samprate.m [code] |
| | Sets the sampling rate of a signal.
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| |
| file | Signal__set_signame.m [code] |
| | Sets the name of a signal (ex: 'GSR', 'ECG', etc…) you should NOT use this function, only TEAP uses-it.
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| |
| file | Signal__set_unit.m [code] |
| | Sets the unit of a signal.
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| |
| file | Signal_feat_bandEnergy.m [code] |
| | Computes the standard deviation of a given signal.
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| |
| file | Signal_feat_energy.m [code] |
| | Computes the energy of a signal.
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| |
| file | Signal_feat_mean.m [code] |
| | Computes the mean of a signal.
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| |
| file | Signal_feat_quant.m [code] |
| |
| file | Signal_feat_stat_moments.m [code] |
| | Computes the statistical moments for the input signals.
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| |
| file | Signal_feat_std.m [code] |
| | Computes the quantile of a given signal.
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| |
| file | Signal_feat_var.m [code] |
| | Computes the variance of a signal.
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| |
1.8.16