Contributions:LabJackADC - Revision history

Rlellis: /* Parameters */

2022-12-19T21:16:04Z

Parameters

← Older revision		Revision as of 21:16, 19 December 2022
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	After applying these changes return to the Device Selector in Kipling and refresh devices. You should see either a yellow or green Ethernet box. If this is the case, the connection can be established and you may use an ethernet connection for LabJackADC. When restarting your computer, it may be the case that the connection won't automatically reestablish--in this case go to Kipling, and click on the Ethernet box, even if it is grey, and the connection should reestablish. If you run into errors, more information can be found [https://old3.labjack.com/support/app-notes/wifi-and-ethernet-t7-t4-t7-pro here] and [https://old3.labjack.com/support/app-notes/networking/direct-connection-ethernet-app-note here].		After applying these changes return to the Device Selector in Kipling and refresh devices. You should see either a yellow or green Ethernet box. If this is the case, the connection can be established and you may use an ethernet connection for LabJackADC. When restarting your computer, it may be the case that the connection won't automatically reestablish--in this case go to Kipling, and click on the Ethernet box, even if it is grey, and the connection should reestablish. If you run into errors, more information can be found [https://old3.labjack.com/support/app-notes/wifi-and-ethernet-t7-t4-t7-pro here] and [https://old3.labjack.com/support/app-notes/networking/direct-connection-ethernet-app-note here].
	==Parameters==		==Parameters==
			<gallery mode="packed" widths=350px heights=350px>
			File:Labjackparams.PNG\|LabJackADC Parameters
			</gallery>
	===SourceCh===		===SourceCh===
	Number of source channels to be used. Currently supports up to 36 channels (AIN0-13, FIO0-7, MIO0-1, EIO0-7, CIO0-3).		Number of source channels to be used. Currently supports up to 36 channels (AIN0-13, FIO0-7, MIO0-1, EIO0-7, CIO0-3).
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	===Range===		===Range===
	The amplitude of the signal, between 0V and 10V. Higher ranges get processed faster, while lower ranges take more time to process. More information [https://labjack.com/pages/support?doc=/datasheets/t-series-datasheet/a-3-2-2-t7-noise-and-resolution-t-series-datasheet/ here].		The amplitude of the signal, between 0V and 10V. Higher ranges get processed faster, while lower ranges take more time to process. More information [https://labjack.com/pages/support?doc=/datasheets/t-series-datasheet/a-3-2-2-t7-noise-and-resolution-t-series-datasheet/ here].

			===Connection===
			Specifies which connection to be used: 1 uses USB connection, 2 uses Ethernet connection, and 0 uses the first connection detected (USB or ethernet).

	==States==		==States==

Rlellis at 20:37, 19 December 2022

2022-12-19T20:37:30Z

← Older revision		Revision as of 20:37, 19 December 2022
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	===Connection Setup===		===Connection Setup===
	USB setup is straightfoward---connect the device to your computer via a USB cable, and confirm the connection by opening Kipling (installed with the necessary drivers in the previous section).		USB setup is straightfoward---connect the device to your computer via a USB cable, and confirm the connection by opening Kipling (installed with the necessary drivers in the previous section).
	<gallery mode="packed" widths=~~250px~~ heights=~~250px~~>		<gallery mode="packed" widths=150px heights=150px>
	File:ValidLabJackUSBConnection.PNG\|Valid USB connection		File:ValidLabJackUSBConnection.PNG\|Valid USB connection
	</gallery>		</gallery>
	If the "USB" box is green, you will be able to use LabJackADC with USB connection.		If the "USB" box is green, you will be able to use LabJackADC with USB connection.

	To set up an ethernet connection, connect an ethernet cable between the LabJack device and your computer and go to Kipling. Note that the ~~ethenet~~ cable will not supply the device with power (unlike the USB cable), so you will have to still use the USB cable to supply power to the device. You will likely see a grey "Ethernet" box. Press on the green "USB" box and navigate to the Network Settings tab. You should see "Connection Status: Connected" ([https://old3.labjack.com/support/app-notes/basic-networking-troubleshooting troubleshoot]). We will assign the device a static IP: open Command Prompt on your (Windows) device and run "ping 192.168.1.3", you should see something like		To set up an ethernet connection, connect an ethernet cable between the LabJack device and your computer and go to Kipling. Note that the ethernet cable will not supply the device with power (unlike the USB cable), so you will have to still use the USB cable to supply power to the device. You will likely see a grey Ethernet box. Press on the green USB box and navigate to the Network Settings tab. You should see "Connection Status: Connected" ([https://old3.labjack.com/support/app-notes/basic-networking-troubleshooting troubleshoot]). We will assign the device a static IP: open Command Prompt on your (Windows) device and run "ping 192.168.1.3", you should see something like
	<gallery mode="packed" widths=150px heights=150px>		<gallery mode="packed" widths=150px heights=150px>
	File:OpenIPAddress.PNG\|Valid IP Address		File:OpenIPAddress.PNG\|Valid IP Address
	</gallery>		</gallery>
	If you do get a response, you will have to use another address (try 192.168.1.226, for example). After finding an address which yields no response, return to Kipling and under configure change the setting to "Manual". Enter this IP in the "IP" field, enter 255.255.255.0 in the "Subnet" field, and enter your routers default gateway into the "Gateway" field (run ipconfig in ~~command prompt~~ to find this). In the DNS field, you can enter 0.0.0.0 if you are using a T7, if you are using a T4 its recommended to copy what you used in the "Gateway" field to avoid errors. The "Alt-DNS" field can be left as 0.0.0.0. Apply the changes and go to the "Device Selector" tab.		If you do get a response, you will have to use another address (try 192.168.1.226, for example). After finding an address which yields no response, return to Kipling and under configure change the setting to "Manual". Enter this IP in the "IP" field, enter 255.255.255.0 in the "Subnet" field, and enter your routers default gateway into the "Gateway" field (run ipconfig in Command Prompt to find this). In the DNS field, you can enter 0.0.0.0 if you are using a T7, if you are using a T4 its recommended to copy what you used in the "Gateway" field to avoid errors. The "Alt-DNS" field can be left as 0.0.0.0. Apply the changes and go to the "Device Selector" tab.

	In the "Device Selector" tab, disconnect the device and press "Refresh Devices". If the Ethernet box is still grey, setting a static IPv4 IP address for the ethernet port could resolve the issue: to do this, open Control Panel, then under Network and Internet, click "View network status and tasks". Under active networks, you should see an ethernet connection. Click on the network for the LabJack device and open Properties. In the list of items one should be named "Internet Protocol Version 4 (TCP/IPv4)". Double click this item and in the new menu click "Use the following IP address". For the IP address use 192.168.1.2 and use the same Subnet and Gateway you used for the LabJack.		In the "Device Selector" tab, disconnect the device and press "Refresh Devices". If the Ethernet box is still grey, setting a static IPv4 IP address for the ethernet port could resolve the issue: to do this, open Control Panel, then under Network and Internet, click "View network status and tasks". Under active networks, you should see an ethernet connection. Click on the network for the LabJack device and open Properties. In the list of items one should be named "Internet Protocol Version 4 (TCP/IPv4)". Double click this item and in the new menu click "Use the following IP address". For the IP address use 192.168.1.2 and use the same Subnet and Gateway you used for the LabJack.
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	===ChannelNames===		===ChannelNames===
	Channel names must be entered in the format of their label (ex: “AIN0”, ”FIO3”). The first FIO channel listed will have data stored as a stream under “DigitalStream”. ~~AIN0-13 and FIO0-3~~ are supported		Channel names must be entered in the format of their label (ex: “AIN0”, ”FIO3”). The first FIO channel listed will have data stored as a stream under “DigitalStream”. The channels listed under "SourceCh" are supported

	===SourceChGain===		===SourceChGain===

Rlellis at 20:31, 19 December 2022

2022-12-19T20:31:27Z

← Older revision		Revision as of 20:31, 19 December 2022
Line 30:		Line 30:

	To set up an ethernet connection, connect an ethernet cable between the LabJack device and your computer and go to Kipling. Note that the ethenet cable will not supply the device with power (unlike the USB cable), so you will have to still use the USB cable to supply power to the device. You will likely see a grey "Ethernet" box. Press on the green "USB" box and navigate to the Network Settings tab. You should see "Connection Status: Connected" ([https://old3.labjack.com/support/app-notes/basic-networking-troubleshooting troubleshoot]). We will assign the device a static IP: open Command Prompt on your (Windows) device and run "ping 192.168.1.3", you should see something like		To set up an ethernet connection, connect an ethernet cable between the LabJack device and your computer and go to Kipling. Note that the ethenet cable will not supply the device with power (unlike the USB cable), so you will have to still use the USB cable to supply power to the device. You will likely see a grey "Ethernet" box. Press on the green "USB" box and navigate to the Network Settings tab. You should see "Connection Status: Connected" ([https://old3.labjack.com/support/app-notes/basic-networking-troubleshooting troubleshoot]). We will assign the device a static IP: open Command Prompt on your (Windows) device and run "ping 192.168.1.3", you should see something like
	<gallery mode="packed" widths=~~250px~~ heights=~~250px~~>		<gallery mode="packed" widths=150px heights=150px>
	File:OpenIPAddress.PNG\|Valid IP Address		File:OpenIPAddress.PNG\|Valid IP Address
	</gallery>		</gallery>

Rlellis at 20:30, 19 December 2022

2022-12-19T20:30:59Z

← Older revision		Revision as of 20:30, 19 December 2022
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			[[File:T7.webp\|400px\|thumb\|right\|LabJack T7 Device]]
	==Synopsis==		==Synopsis==
	A BCI source module that allows recording of digital/analog inputs and streaming of digital inputs with a LabJack device (T4 or T7).		A BCI source module that allows recording of digital/analog inputs and streaming of digital inputs with a LabJack device (T4 or T7).
Line 23:		Line 24:
	===Connection Setup===		===Connection Setup===
	USB setup is straightfoward---connect the device to your computer via a USB cable, and confirm the connection by opening Kipling (installed with the necessary drivers in the previous section).		USB setup is straightfoward---connect the device to your computer via a USB cable, and confirm the connection by opening Kipling (installed with the necessary drivers in the previous section).
	<gallery mode="packed" widths=~~350px~~ heights=~~350px~~>		<gallery mode="packed" widths=250px heights=250px>
	File:ValidLabJackUSBConnection.PNG\|Valid USB connection		File:ValidLabJackUSBConnection.PNG\|Valid USB connection
	</gallery>		</gallery>
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	To set up an ethernet connection, connect an ethernet cable between the LabJack device and your computer and go to Kipling. Note that the ethenet cable will not supply the device with power (unlike the USB cable), so you will have to still use the USB cable to supply power to the device. You will likely see a grey "Ethernet" box. Press on the green "USB" box and navigate to the Network Settings tab. You should see "Connection Status: Connected" ([https://old3.labjack.com/support/app-notes/basic-networking-troubleshooting troubleshoot]). We will assign the device a static IP: open Command Prompt on your (Windows) device and run "ping 192.168.1.3", you should see something like		To set up an ethernet connection, connect an ethernet cable between the LabJack device and your computer and go to Kipling. Note that the ethenet cable will not supply the device with power (unlike the USB cable), so you will have to still use the USB cable to supply power to the device. You will likely see a grey "Ethernet" box. Press on the green "USB" box and navigate to the Network Settings tab. You should see "Connection Status: Connected" ([https://old3.labjack.com/support/app-notes/basic-networking-troubleshooting troubleshoot]). We will assign the device a static IP: open Command Prompt on your (Windows) device and run "ping 192.168.1.3", you should see something like
	<gallery mode="packed" widths=~~350px~~ heights=~~350px~~>		<gallery mode="packed" widths=250px heights=250px>
	File:OpenIPAddress.PNG\|Valid IP Address		File:OpenIPAddress.PNG\|Valid IP Address
	</gallery>		</gallery>
	If you do get a response, you will have to use another address (try 192.168.1.226, for example). After finding an address which yields no response, return to Kipling and under configure change the setting to "Manual". Enter this IP in the "IP" field, enter 255.255.255.0 in the "Subnet" field, and enter your routers default gateway into the "Gateway" field (run ipconfig in command prompt to find this). In the DNS field, you can enter 0.0.0.0 if you are using a T7, if you are using a T4 its recommended to copy what you used in the "Gateway" field to avoid errors. The "Alt-DNS" field can be left as 0.0.0.0. Apply the changes and go to the "Device Selector" tab.		If you do get a response, you will have to use another address (try 192.168.1.226, for example). After finding an address which yields no response, return to Kipling and under configure change the setting to "Manual". Enter this IP in the "IP" field, enter 255.255.255.0 in the "Subnet" field, and enter your routers default gateway into the "Gateway" field (run ipconfig in command prompt to find this). In the DNS field, you can enter 0.0.0.0 if you are using a T7, if you are using a T4 its recommended to copy what you used in the "Gateway" field to avoid errors. The "Alt-DNS" field can be left as 0.0.0.0. Apply the changes and go to the "Device Selector" tab.

	In the "Device Selector" tab, disconnect the device and press "Refresh Devices". If the Ethernet box is still grey, setting a static IPv4 IP address for the ethernet port could resolve the issue: to do this, open Control Panel, then under Network and Internet, click "View network status and tasks". Under active networks, you should see an ethernet connection. Click on the network for the LabJack device and open Properties. In the list of items one should be named "Internet Protocol Version 4 (TCP/IPv4)". Double click this item and in the new menu click "Use the following IP address". For the IP address use 192.168.1.2 and use the same Subnet and Gateway you used for the LabJack. ~~Apply~~ these changes~~, then~~ return to the Device Selector in ~~Kiping, then~~ refresh ~~the connection~~. You should see either a yellow or green Ethernet box. If this is the case, the connection can be established and you may use an ethernet connection for LabJackADC.		In the "Device Selector" tab, disconnect the device and press "Refresh Devices". If the Ethernet box is still grey, setting a static IPv4 IP address for the ethernet port could resolve the issue: to do this, open Control Panel, then under Network and Internet, click "View network status and tasks". Under active networks, you should see an ethernet connection. Click on the network for the LabJack device and open Properties. In the list of items one should be named "Internet Protocol Version 4 (TCP/IPv4)". Double click this item and in the new menu click "Use the following IP address". For the IP address use 192.168.1.2 and use the same Subnet and Gateway you used for the LabJack.

			After applying these changes return to the Device Selector in Kipling and refresh devices. You should see either a yellow or green Ethernet box. If this is the case, the connection can be established and you may use an ethernet connection for LabJackADC. When restarting your computer, it may be the case that the connection won't automatically reestablish--in this case go to Kipling, and click on the Ethernet box, even if it is grey, and the connection should reestablish. If you run into errors, more information can be found [https://old3.labjack.com/support/app-notes/wifi-and-ethernet-t7-t4-t7-pro here] and [https://old3.labjack.com/support/app-notes/networking/direct-connection-ethernet-app-note here].
	==Parameters==		==Parameters==
	===SourceCh===		===SourceCh===

Rlellis at 20:06, 19 December 2022

2022-12-19T20:06:33Z

@@ Line 21: / Line 21: @@
 Make sure to install the necessary drivers [https://labjack.com/pages/support?doc=/software-driver/installer-downloads/ljm-software-installers-t4-t7-digit/#section-header-two-fhnxc here] beforehand. In CMake, enable “BUILD_CONTRIB” under “BUILD”. To use with a batch file, append “Start executable LabJackADC --local” under “Startup system localhost”.
 ==Parameters==
 ===SourceCh===

Mellinger: /* States */

2022-12-16T23:38:56Z

States

← Older revision		Revision as of 23:38, 16 December 2022
Line 47:		Line 47:

	==States==		==States==
	~~None~~.		===DigitalStream===
			The first FIO channel listed in ''ChannelNames'' will have data stored in ''DigitalStream''.


	==See also==		==See also==

Rlellis: /* SamplingRate */

2022-12-16T17:23:46Z

SamplingRate

← Older revision		Revision as of 17:23, 16 December 2022
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	===SamplingRate===		===SamplingRate===
	Number of samples to be collected per second. ~~Maxes out at 100k, but the true maximum~~ sampling rate depends on ~~your~~ setup (connection type, numbers of channels used, resolution, etc). Information about LabJack’s sampling rate can be found [https://labjack.com/pages/support?doc=/datasheets/t-series-datasheet/a-1-data-rates-t-series-datasheet/ here].		Number of samples to be collected per second. Maximum sampling rate depends on setup (connection type, numbers of channels used, resolution, etc). Information about LabJack’s sampling rate can be found [https://labjack.com/pages/support?doc=/datasheets/t-series-datasheet/a-1-data-rates-t-series-datasheet/ here].

	===ChannelNames===		===ChannelNames===

Rlellis at 17:22, 16 December 2022

2022-12-16T17:22:50Z

← Older revision		Revision as of 17:22, 16 December 2022
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	==Functional Description==		==Functional Description==
	Allows recording of digital and analog inputs using a LabJack T4 or T7. The first instance of a digital input (FIO, MIO, EIO, CIO) ~~channel~~ listed will be recorded as a digital stream. This module has been tested with a LabJack T7 connected via USB, though it should also function with a LabJack T4 and with ethernet connection.		Allows recording of digital and analog inputs using a LabJack T4 or T7. The first instance of a digital input channel (FIO, MIO, EIO, CIO) listed will be recorded as a digital stream. This module has been tested with a LabJack T7 connected via USB, though it should also function with a LabJack T4 and with ethernet connection.
	===Usage===		===Usage===
	Make sure to install the necessary drivers [https://labjack.com/pages/support?doc=/software-driver/installer-downloads/ljm-software-installers-t4-t7-digit/#section-header-two-fhnxc here] beforehand. In CMake, enable “BUILD_CONTRIB” under “BUILD”. To use with a batch file, append “Start executable LabJackADC --local” under “Startup system localhost”.		Make sure to install the necessary drivers [https://labjack.com/pages/support?doc=/software-driver/installer-downloads/ljm-software-installers-t4-t7-digit/#section-header-two-fhnxc here] beforehand. In CMake, enable “BUILD_CONTRIB” under “BUILD”. To use with a batch file, append “Start executable LabJackADC --local” under “Startup system localhost”.

Rlellis: /* SourceCh */

2022-12-15T18:48:27Z

SourceCh

← Older revision		Revision as of 18:48, 15 December 2022
Line 23:		Line 23:
	==Parameters==		==Parameters==
	===SourceCh===		===SourceCh===
	Number of source channels to be used. Currently supports up to 18 channels (AIN0-13, FIO0-3).		Number of source channels to be used. Currently supports up to 36 channels (AIN0-13, FIO0-7, MIO0-1, EIO0-7, CIO0-3).

	===SampleBlockSize===		===SampleBlockSize===

Rlellis: /* Functional Description */

2022-12-15T18:47:41Z

Functional Description

← Older revision		Revision as of 18:47, 15 December 2022
Line 17:		Line 17:

	==Functional Description==		==Functional Description==
	Allows recording of digital and analog inputs using a LabJack T4 or T7. The first instance of a ~~flexible~~ input~~/output~~ (FIO) channel listed will be recorded as a digital stream. This module has been tested with a LabJack T7 connected via USB, though it should also function with a LabJack T4 and with ethernet connection.		Allows recording of digital and analog inputs using a LabJack T4 or T7. The first instance of a digital input (FIO, MIO, EIO, CIO) channel listed will be recorded as a digital stream. This module has been tested with a LabJack T7 connected via USB, though it should also function with a LabJack T4 and with ethernet connection.
	===Usage===		===Usage===
	Make sure to install the necessary drivers [https://labjack.com/pages/support?doc=/software-driver/installer-downloads/ljm-software-installers-t4-t7-digit/#section-header-two-fhnxc here] beforehand. In CMake, enable “BUILD_CONTRIB” under “BUILD”. To use with a batch file, append “Start executable LabJackADC --local” under “Startup system localhost”.		Make sure to install the necessary drivers [https://labjack.com/pages/support?doc=/software-driver/installer-downloads/ljm-software-installers-t4-t7-digit/#section-header-two-fhnxc here] beforehand. In CMake, enable “BUILD_CONTRIB” under “BUILD”. To use with a batch file, append “Start executable LabJackADC --local” under “Startup system localhost”.

	==Parameters==		==Parameters==