;########################################################### [General] ;########################################################### ; settings that apply to all channels hostname = - ; for the fieldtrip buffer, using '-' starts a local buffer on the given port port = 1972 ; for the fieldtrip buffer serial = /dev/tty.usbserial-DN0094FY ; serial device name, for example COM3: on windows blocksize = 10 ; in samples, sampling rate is 250 Hz reset = on ; perform soft reset, can be on or off datalog = off ; can be off, 14sec, 5min, 15min, 30min, 1hr, 2hr, 4hr, 12hr, 24hr testsignal = off ; can be off, gnd, dc, 1xSlow, 1xFast, 2xSlow, 2xFast timestamp = on ; add timestamp channel, can be on or off timeref = boot ; can be epoch, boot or start ;########################################################### [ChannelEnable] ;########################################################### ; whether the received data is send to FieldTrip buffer, can be on or off chan1 = on chan2 = on chan3 = on chan4 = on chan5 = on chan6 = on chan7 = on chan8 = on chan9 = on ; accelerometer in X-direction chan10 = on ; accelerometer in Y-direction chan11 = on ; accelerometer in Z-direction ; channel 12 will contain the timestamps (if enabled) ;########################################################### [ChannelLabel] ;########################################################### ; string with the channel label chan1 = 1P-1N chan2 = 2P-2N chan3 = 3P-3N chan4 = 4P-4N chan5 = 5P-5N chan6 = 6P-6N chan7 = 7P-7N chan8 = 8P-8N chan9 = AccelerationX ; accelerometer in X-direction chan10 = AccelerationY ; accelerometer in Y-direction chan11 = AccelerationZ ; accelerometer in Z-direction chan12 = TimeStamp ; this only applies if enabled ;########################################################### [ChannelSetting] ;########################################################### ; see https://github.com/OpenBCI/Docs/blob/master/software/01-OpenBCI_SDK.md for OpenBCI command details ; x (CHANNEL, POWER_DOWN, GAIN_SET, INPUT_TYPE_SET, BIAS_SET, SRB2_SET, SRB1_SET) X ; z (CHANNEL, PCHAN, NCHAN) Z chan1 = x1060000X chan2 = x2060000X chan3 = x3060000X chan4 = x4060000X chan5 = x5060000X chan6 = x6060000X chan7 = x7060000X chan8 = x8060000X