- Entire data set: data:matrix - Every column is a data set
- Time: time:vector
- Sampling frequency: ts:int
- Window size for our Welsh PSD estimate: welch_winlength:int
- Percentage of window overlab for our Welsh PSD estimate: welch_overlap_percentage:int
- Which channels are on: channels:bool[16] (say channel 2 and 3 are on.. channels = [0 1 1 0 0 ... 0])
- The default start range for any frequency: global_psd_freq_start:int = 0
- The default start range for any frequency: global_psd_freq_end:int = 26
- The start of the delta band: delta_band_start:int = 0
- The end of the delta band: delta_band_end:int = 4
- The start of the theta band: theta_band_start:int = 4
- The end of the theta band: theta_band_end:int = 8
- The start of the alpha band: alpha_band_start:int = 8
- The end of the alpha band: alpha_band_end:int = 12
- The start of the beta band: beta_band_start:int = 12
- The end of the beta band: beta_band_end:int = 26
- X,Y positions of the channels: channel_cart_positions:matrixchannels X 2
For time, I'm not sure how you guys are dealing with it, but I'm just going to choose a sampling frequency and length of time to suit the data length I have. But when we actually run this, it should just work out ( guessing: time = [0:1/ts:(length(data)/ts)-(1/ts)];)
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