User Reference:gNautilus - Revision history

Nluczak at 14:00, 25 February 2026

2026-02-25T14:00:13Z

← Older revision		Revision as of 14:00, 25 February 2026
Line 9:		Line 9:
	Kristopher Kaleb Goering (kaleb.goering@gmail.com) University of Kansas		Kristopher Kaleb Goering (kaleb.goering@gmail.com) University of Kansas

	~~===Version History===~~
	~~Version 1.0: July 2015~~
	*Supports a single g.Nautilus
	*Referencing by any channel
	*Supports filters
	===Source Code Revisions===		===Source Code Revisions===
	*Initial development: 4928		*Initial development: 4928
	*Tested under: ~~4942~~		*Tested under: 9282
	*Known to compile under: ~~4942~~		*Known to compile under: 9282
	*Broken since: N/A		*Broken since: N/A

Line 23:		Line 19:
	The g.Nautilus is a wireless headset by g.tec, and is the first in their product line to use g.NEEDaccess exclusively for realtime access. This documentation explains the parameterization and specifics on how to set up the system.		The g.Nautilus is a wireless headset by g.tec, and is the first in their product line to use g.NEEDaccess exclusively for realtime access. This documentation explains the parameterization and specifics on how to set up the system.

	~~'''NOTE:''' As of right now, g.Nautilus is only supported by Windows 7 with 32 bit and newer. g.Nautiulus can only be built using Visual Studio on Windows.~~

	Install g.NEEDaccess_Sever ~~on a 32bit machine~~. Ensure the device is charged and connected to the base station (refer to the included documentation for help with this). Start BCI2000 with the gNautilusSource module.		Install g.NEEDaccess_Sever. Ensure the device is charged and connected to the base station (refer to the included documentation for help with this). Start BCI2000 with the gNautilusSource module.

	==Parameters==		==Parameters==

Mellinger: /* See also */

2026-01-09T15:59:15Z

Mellinger: Mellinger moved page Contributions:gNautilus to User Reference:gNautilus

2026-01-02T14:26:34Z

Mellinger moved page Contributions:gNautilus to User Reference:gNautilus

← Older revision	Revision as of 14:26, 2 January 2026
(No difference)

Mellinger: /* Trigger Channels */

2022-07-02T18:07:13Z

Trigger Channels

← Older revision		Revision as of 18:07, 2 July 2022
Line 91:		Line 91:
	'''NOTE''' <span style= "text-decoration: underline;"> To record validation data, at least one analog channel must also be recorded. </span>		'''NOTE''' <span style= "text-decoration: underline;"> To record validation data, at least one analog channel must also be recorded. </span>

	==~~Trigger Channels~~==		==States==
	===Acceleration===		===Acceleration===
	Acceleration is stored in three separate states with the axis labeled, i.e. the acceleration on the x-axis is stored in AccelerationX1.		Acceleration is stored in three separate states with the axis labeled, i.e. the acceleration on the x-axis is stored in AccelerationX1.

Mellinger: /* Parameters */

2022-07-02T18:06:43Z

Parameters

← Older revision		Revision as of 18:06, 2 July 2022
Line 28:		Line 28:

	==Parameters==		==Parameters==
	* '''SourceCh~~'''~~ represents the total number of channels to be logged from the source module.		===SourceCh===
	* '''SampleBlockSize~~'''~~ should be set equal to the size of the sample block pulled from the device. ~~<br/>~~		represents the total number of channels to be logged from the source module.
	** '''NOTE:''' <span style="text-decoration: underline;"> 25 and up found to work best during testing for 250Hz</span>		===SampleBlockSize===
	* '''SampleRate~~'''~~ determines the rate at which the device samples data. ~~<br/>~~		should be set equal to the size of the sample block pulled from the device.
	** '''NOTE:''' <span style="text-decoration: underline;">Only the following sample rates are currently supported by the API: 250Hz and 500Hz.</span>
	* '''ChannelNames~~'''~~ is a convenience parameter. Name channels here and they can be referenced by these names later.		'''NOTE:''' <span style="text-decoration: underline;"> 25 and up found to work best during testing for 250Hz</span>
	* '''SourceChOffset~~'''~~ should be set to a list of "0"s -- one 0 for each channel as indicated by SourceCh, separated by spaces.		===SampleRate===
	* '''SourceChGain~~'''~~ should be set to a list of "1"s -- one 0 for each channel as indicated by SourceCh, separated by spaces.		determines the rate at which the device samples data.
	* '''DeviceIDMaster~~'''~~ is the serial number identifier of the master g.Nautilus device. This serial can be found on the physical device and is typically in a "'''NB-20XX.XX.XX'''" format. This parameter can also be set to "'''auto'''" if there is only one g.Nautilus device connected to the machine.
	* '''DeviceIDs~~'''~~ is a list of device serials (typically in "'''NB-20XX.XX.XX'''" format) which corresponds to the devices to record channels from. One of these serials must be specified as the master device in the "DeviceIDMaster" parameter. This parameter can also be set to "'''auto'''" if there is only one g.Nautilus device connected to the machine. <br/>		'''NOTE:''' <span style="text-decoration: underline;">Only the following sample rates are currently supported by the API: 250Hz and 500Hz.</span>
	** '''NOTE:''' <span style="text-decoration: underline;">Device slaving has not been tested. </span>		===ChannelNames===
	* '''RefChList~~'''~~ is a list of channels which can act as "Reference" channels for each device. If left blank, no channel will be used as a reference, and the raw signal will be recorded in the output. <br/>		is a convenience parameter. Name channels here and they can be referenced by these names later.
	** '''NOTE:''' <span style="text-decoration: underline;">If specifying reference channels, there must be one reference channel per device specified in "DeviceIDs" in the same order. </span>		===SourceChOffset===
	* '''SourceChList~~'''~~		should be set to a list of "0"s -- one 0 for each channel as indicated by SourceCh, separated by spaces.
	* '''FilterEnabled~~'''~~		===SourceChGain===
	* '''FilterHighPass~~'''~~		should be set to a list of "1"s -- one 0 for each channel as indicated by SourceCh, separated by spaces.
	* '''FilterLowPass~~'''~~		===DeviceIDMaster===
	* '''FilterModelOrder~~'''~~		is the serial number identifier of the master g.Nautilus device. This serial can be found on the physical device and is typically in a "'''NB-20XX.XX.XX'''" format. This parameter can also be set to "'''auto'''" if there is only one g.Nautilus device connected to the machine.
	* '''FilterType~~'''~~		===DeviceIDs===
	* '''NotchEnabled~~'''~~		is a list of device serials (typically in "'''NB-20XX.XX.XX'''" format) which corresponds to the devices to record channels from. One of these serials must be specified as the master device in the "DeviceIDMaster" parameter. This parameter can also be set to "'''auto'''" if there is only one g.Nautilus device connected to the machine. <br/>
	* '''NotchHighPass~~'''~~
	* '''NotchLowPass~~'''~~		'''NOTE:''' <span style="text-decoration: underline;">Device slaving has not been tested. </span>
	* '''NotchModelOrder~~'''~~		===RefChList===
	* '''NotchType~~'''~~		is a list of channels which can act as "Reference" channels for each device. If left blank, no channel will be used as a reference, and the raw signal will be recorded in the output. <br/>
	* '''SourceBufferSize~~'''~~
	* '''EnableAccelerationData~~'''~~ is a toggle button to enable acceleration data and store them in synchronous states AccelerationX1, AcceleratioY1, and AccelerationZ1.		'''NOTE:''' <span style="text-decoration: underline;">If specifying reference channels, there must be one reference channel per device specified in "DeviceIDs" in the same order. </span>
	** '''NOTE''' <span style= "text-decoration: underline;"> To record acceleration data, at least one analog channel must also be recorded. </span>		===SourceChList===
	* '''EnableCounterInput~~'''~~ is a toggle button to enable the counter data and store it in the synchronous state Counter1.		===FilterEnabled===
	** '''NOTE''' <span style= "text-decoration: underline;"> To record counter data, at least one analog channel must also be recorded. </span>		===FilterHighPass===
	* '''EnableLinkQuality~~'''~~ is a toggle button to enable the link quality data and store it in the synchronous state LinkQuality1.		===FilterLowPass===
	** '''NOTE''' <span style= "text-decoration: underline;"> To record link quality data, at least one analog channel must also be recorded. </span>		===FilterModelOrder===
	* '''EnableBatteryLevel~~'''~~ is a toggle button to enable the battery level data and store it in the synchronous state Battery1.		===FilterType===
	** '''NOTE''' <span style= "text-decoration: underline;"> To record battery level data, at least one analog channel must also be recorded. </span>		===NotchEnabled===
	* '''EnableDigitalInputs~~'''~~ is a toggle button to enable both digital input ports and store them in synchronous states DigitalInput1 - DigitalInput8.		===NotchHighPass===
	** '''NOTE''' <span style= "text-decoration: underline;"> To record digital input, at least one analog channel must also be recorded. </span>		===NotchLowPass===
	* '''EnableValidationIndicator~~'''~~ is a toggle button to enable validation data and store it in the synchronous state Validation1.		===NotchModelOrder===
	** '''NOTE''' <span style= "text-decoration: underline;"> To record validation data, at least one analog channel must also be recorded. </span>		===NotchType===
			===SourceBufferSize===
			===EnableAccelerationData===
			is a toggle button to enable acceleration data and store them in synchronous states AccelerationX1, AcceleratioY1, and AccelerationZ1.

			'''NOTE''' <span style= "text-decoration: underline;"> To record acceleration data, at least one analog channel must also be recorded. </span>
			===EnableCounterInput===
			is a toggle button to enable the counter data and store it in the synchronous state Counter1.

			'''NOTE''' <span style= "text-decoration: underline;"> To record counter data, at least one analog channel must also be recorded. </span>
			===EnableLinkQuality===
			is a toggle button to enable the link quality data and store it in the synchronous state LinkQuality1.

			'''NOTE''' <span style= "text-decoration: underline;"> To record link quality data, at least one analog channel must also be recorded. </span>
			===EnableBatteryLevel===
			is a toggle button to enable the battery level data and store it in the synchronous state Battery1.

			'''NOTE''' <span style= "text-decoration: underline;"> To record battery level data, at least one analog channel must also be recorded. </span>
			===EnableDigitalInputs===
			is a toggle button to enable both digital input ports and store them in synchronous states DigitalInput1 - DigitalInput8.

			'''NOTE''' <span style= "text-decoration: underline;"> To record digital input, at least one analog channel must also be recorded. </span>
			===EnableValidationIndicator===
			is a toggle button to enable validation data and store it in the synchronous state Validation1.

			'''NOTE''' <span style= "text-decoration: underline;"> To record validation data, at least one analog channel must also be recorded. </span>

	==Trigger Channels==		==Trigger Channels==

Kgoering: /* Source Code Revisions */

2015-07-31T19:04:15Z

Source Code Revisions

← Older revision		Revision as of 19:04, 31 July 2015
Line 15:		Line 15:
	*Supports filters		*Supports filters
	===Source Code Revisions===		===Source Code Revisions===
	*Initial development: --		*Initial development: 4928
	*Tested under: --		*Tested under: 4942
	*Known to compile under: --		*Known to compile under: 4942
	*Broken since: N/A		*Broken since: N/A

Kgoering: /* Functional Description */

2015-07-31T19:02:51Z

Functional Description

← Older revision		Revision as of 19:02, 31 July 2015
Line 23:		Line 23:
	The g.Nautilus is a wireless headset by g.tec, and is the first in their product line to use g.NEEDaccess exclusively for realtime access. This documentation explains the parameterization and specifics on how to set up the system.		The g.Nautilus is a wireless headset by g.tec, and is the first in their product line to use g.NEEDaccess exclusively for realtime access. This documentation explains the parameterization and specifics on how to set up the system.

	'''NOTE:''' As of right now, g.Nautilus is only supported by Windows 7 and newer ~~versions~~. g.Nautiulus can only be built using Visual Studio on Windows.		'''NOTE:''' As of right now, g.Nautilus is only supported by Windows 7 with 32 bit and newer. g.Nautiulus can only be built using Visual Studio on Windows.

	Ensure the device is charged and connected to the base station (refer to the included documentation for help with this). Start BCI2000 with the gNautilusSource module.		Install g.NEEDaccess_Sever on a 32bit machine. Ensure the device is charged and connected to the base station (refer to the included documentation for help with this). Start BCI2000 with the gNautilusSource module.

	==Parameters==		==Parameters==

Kgoering: /* Location */

2015-07-31T16:03:24Z

Location

← Older revision		Revision as of 16:03, 31 July 2015
Line 3:		Line 3:

	==Location==		==Location==
	http://{{SERVERNAME}}/svn/trunk/src/core/SignalSource/~~gNautilus~~		http://{{SERVERNAME}}/svn/trunk/src/core/SignalSource/g.NautilusSource

	==Versioning==		==Versioning==

Kgoering: /* Author */

2015-07-31T15:48:52Z

Author

← Older revision		Revision as of 15:48, 31 July 2015
Line 7:		Line 7:
	==Versioning==		==Versioning==
	===Author===		===Author===
	Kristopher Kaleb Goering (kaleb.goering@gmail.com)		Kristopher Kaleb Goering (kaleb.goering@gmail.com) University of Kansas

	===Version History===		===Version History===
	Version 1.0: July 2015		Version 1.0: July 2015

Kgoering: /* Functional Description */

2015-07-31T15:46:57Z

Functional Description

← Older revision		Revision as of 15:46, 31 July 2015
Line 24:		Line 24:
	'''NOTE:''' As of right now, g.Nautilus is only supported by Windows 7 and newer versions. g.Nautiulus can only be built using Visual Studio on Windows.		'''NOTE:''' As of right now, g.Nautilus is only supported by Windows 7 and newer versions. g.Nautiulus can only be built using Visual Studio on Windows.

	Ensure the device is charged and connected to the base station (refer to the included documentation for help with this). Start BCI2000 with the ~~gNautilus source~~ module.		Ensure the device is charged and connected to the base station (refer to the included documentation for help with this). Start BCI2000 with the gNautilusSource module.

	==Parameters==		==Parameters==

← Older revision		Revision as of 15:59, 9 January 2026
Line 120:		Line 120:
	[[User Reference:Filters]], [[Contributions:ADCs]]		[[User Reference:Filters]], [[Contributions:ADCs]]

	~~[[Category:Contributions]]~~[[Category:Data Acquisition]]		[[Category:Data Acquisition]]