Advanced Topic 13 Continued - Revision history

Anna Dizack at 19:58, 24 February 2017

2017-02-24T19:58:01Z

Ciera Headley at 22:42, 24 October 2016

2016-10-24T22:42:05Z

Ciera Headley at 22:39, 24 October 2016

2016-10-24T22:39:26Z

Ciera Headley at 22:54, 20 October 2016

2016-10-20T22:54:14Z

Ciera Headley at 22:53, 20 October 2016

2016-10-20T22:53:40Z

Ciera Headley at 22:50, 20 October 2016

2016-10-20T22:50:44Z

Ciera Headley at 22:47, 20 October 2016

2016-10-20T22:47:54Z

Ciera Headley at 22:45, 20 October 2016

2016-10-20T22:45:06Z

Ciera Headley at 22:44, 20 October 2016

2016-10-20T22:44:21Z

Ciera Headley at 22:35, 20 October 2016

2016-10-20T22:35:19Z

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 [[Advanced_Topic_13|◄ PREVIOUS]]    [[Advanced_Topic_13_Continued II| NEXT►]]
 ==Eye Tracking==
-The eye tracker sub-system on the MiniSim, is an application that listens for data from Face Lab version 5 system, and adds to it to the MiniSim’s shared memory, where it is then recorded by the DAQ subsystem. The MiniSim DAQ logs the eye tracking frame number.
+The eye tracker sub-system on the miniSim, is an application that listens for data from Face Lab version 5 system, and adds to it to the miniSim’s shared memory, where it is then recorded by the DAQ subsystem. The miniSim DAQ logs the eye tracking frame number.
-To enable the MiniSim’s eye tracking sub-system, open the '''C:\NadsMiniSim_X.X\Data''' folder and open either the '''NADSMiniSim.nocab.daq.sf''' or '''NADSMiniSim.nocab.daq.acc.sf''' files depending on if ACC functionality is required (See Advanced Topic 11 – Scheduler Files)
+To enable the miniSim’s eye tracking sub-system, open the '''C:\NadsMiniSim_X.X\Data''' folder and open either the '''NADSMiniSim.nocab.daq.sf''' or '''NADSMiniSim.nocab.daq.acc.sf''' files depending on if ACC functionality is required (See Advanced Topic 11 – Scheduler Files)
 To enable the eye tracking subsystem, comment out using the # symbol the appropriate lines:
@@ Line 12: / Line 14: @@
 To disable the eye tracker, replace the # symbols.
-Next, setup the Face Lab eye tracking system itself. The eye tracker needs to connect to the MiniSim over Ethernet. Connect the eye tracker PC to the MiniSim Pc through the use of an Ethernet switch (note the above diagram). Once the computer hosting Face Lab has been connected to the MiniSim, now you need to instruct face Lab to forward data to the MiniSim. This is done on the “Controls” dialog in face Lab, select the “Logging” panel. Select “Log Real-time”, under Network Address, type in the IP address of the MiniSim. The port number should be set to 2020.
+Next, setup the Face Lab eye tracking system itself. The eye tracker needs to connect to the miniSim over Ethernet. Connect the eye tracker PC to the MiniSim Pc through the use of an Ethernet switch (note the above diagram). Once the computer hosting Face Lab has been connected to the miniSim, now you need to instruct face Lab to forward data to the miniSim. This is done on the “Controls” dialog in face Lab, select the “Logging” panel. Select “Log Real-time”, under Network Address, type in the IP address of the miniSim. The port number should be set to 2020.
 When doing ‘precision’ eye tracking in Face LAB 5.0, you must also set the eye tracker to log to disk.
@@ Line 18: / Line 20: @@
 [[File:disk.png|550px|thumb|center]]
-Once the communication between face Lab and the MiniSim have been set up, you will need to start logging. Once a model has been setup, you hit the “Start Logging” button (as seen in the picture bellow) on the model dialog. This will start sending data to the MiniSim, and you should get Eye tracking data recorded in the DAQ file.
+Once the communication between face Lab and the miniSim have been set up, you will need to start logging. Once a model has been setup, you hit the “Start Logging” button (as seen in the picture bellow) on the model dialog. This will start sending data to the MiniSim, and you should get Eye tracking data recorded in the DAQ file.
 [[File:eye.png|550px|thumb|center]]
@@ Line 25: / Line 27: @@
 ==Eye Tracking Markers==
-When the eye tracker is present and running, the system can display crosshairs that show where the driver is looking.  This is helpful for eye tracker setup and system testing.  See the section on the EyeTrackerScreenConfig.txt configuration file in the Configuration Files section of the manual to configure the screen geometry correctly – if y o u build a ‘world model’ inside Face L ab, the Screen location settings are the same.  To turn on the eye gaze location markers on the MiniSim display, add "ETMarkers" to the ’Visual Options’ string list when you author the scenario.
+When the eye tracker is present and running, the system can display crosshairs that show where the driver is looking. This is helpful for eye tracker setup and system testing.  See the section on the EyeTrackerScreenConfig.txt configuration file in the Configuration Files section of the manual to configure the screen geometry correctly – if you build a ‘world model’ inside FaceLab, the Screen location settings are the same.  To turn on the eye gaze location markers on the miniSim display, add "ETMarkers" to the ’Visual Options’ string list when you author the scenario.
 [[File:blank.png|550px|thumb|center]]

@@ Line 1: / Line 1: @@
-[[Advanced_Topic_13|◄ PREVIOUS]]    [[Advanced_Topic_13_Continued II| NEXT]]
+[[Advanced_Topic_13|◄ PREVIOUS]]    [[Advanced_Topic_13_Continued II| NEXT►]]
 ==Eye Tracking==
@@ Line 61: / Line 61: @@
 *Plug in USB-to-Serial adapter
-[[Advanced_Topic_13| ◄PREVIOUS]]              [[Advanced_Topic_13_Continued II| NEXT]]
+[[Advanced_Topic_13| ◄PREVIOUS]]              [[Advanced_Topic_13_Continued II| NEXT►]]

@@ Line 1: / Line 1: @@
-[[Advanced_Topic_13| PREVIOUS]]    [[Advanced_Topic_13_Continued II| NEXT]]
+[[Advanced_Topic_13|◄ PREVIOUS]]    [[Advanced_Topic_13_Continued II| NEXT]]
 ==Eye Tracking==
@@ Line 61: / Line 61: @@
 *Plug in USB-to-Serial adapter
-[[Advanced_Topic_13| PREVIOUS]]              [[Advanced_Topic_13_Continued II| NEXT]]
+[[Advanced_Topic_13| ◄PREVIOUS]]              [[Advanced_Topic_13_Continued II| NEXT]]

@@ Line 1: / Line 1: @@
-[[Advanced_Topic_13| PREVIOUS]]    [[Advanced_Topic_13_Continued| NEXT]]
+[[Advanced_Topic_13| PREVIOUS]]    [[Advanced_Topic_13_Continued II| NEXT]]
 ==Eye Tracking==
@@ Line 61: / Line 61: @@
 *Plug in USB-to-Serial adapter
-[[Advanced_Topic_13| PREVIOUS]]              [[Advanced_Topic_13_Continued| NEXT]]
+[[Advanced_Topic_13| PREVIOUS]]              [[Advanced_Topic_13_Continued II| NEXT]]

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 ==Eye Tracking==
@@ Line 59: / Line 60: @@
 *Reboot for good measure
 *Plug in USB-to-Serial adapter

@@ Line 46: / Line 46: @@
 Installation Instructions:
-#Unzip '''PL2303_Prolific_DriverInstaller_v130.zip'''
+*Unzip '''PL2303_Prolific_DriverInstaller_v130.zip'''
-#Run “PL2303_Prolific_DriverInstaller_v130.exe”
+*Run “PL2303_Prolific_DriverInstaller_v130.exe”
 [[File:usb.png|450px|thumb|center]]

← Older revision		Revision as of 22:47, 20 October 2016
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	[[File:title.png\|450px\|thumb\|center]]		[[File:title.png\|450px\|thumb\|center]]
		+
		+	Install USB-Serial Converter Driver
		+
		+	Installation Instructions:
		+
		+	#Unzip '''PL2303_Prolific_DriverInstaller_v130.zip'''
		+	#Run “PL2303_Prolific_DriverInstaller_v130.exe”
		+
		+	[[File:usb.png\|450px\|thumb\|center]]

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 [[File:blank.png|550px|thumb|center]]
 ==Eye Tracking Variables==
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 ~Insert Eye Tracking Variable Description Here~
 ==Serial Tilter==

← Older revision		Revision as of 22:44, 20 October 2016
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	When the eye tracker is present and running, the system can display crosshairs that show where the driver is looking. This is helpful for eye tracker setup and system testing. See the section on the EyeTrackerScreenConfig.txt configuration file in the Configuration Files section of the manual to configure the screen geometry correctly – if y o u build a ‘world model’ inside Face L ab, the Screen location settings are the same. To turn on the eye gaze location markers on the MiniSim display, add "ETMarkers" to the ’Visual Options’ string list when you author the scenario.		When the eye tracker is present and running, the system can display crosshairs that show where the driver is looking. This is helpful for eye tracker setup and system testing. See the section on the EyeTrackerScreenConfig.txt configuration file in the Configuration Files section of the manual to configure the screen geometry correctly – if y o u build a ‘world model’ inside Face L ab, the Screen location settings are the same. To turn on the eye gaze location markers on the MiniSim display, add "ETMarkers" to the ’Visual Options’ string list when you author the scenario.
−

	[[File:blank.png\|550px\|thumb\|center]]		[[File:blank.png\|550px\|thumb\|center]]
		+
		+	==Eye Tracking Variables==
		+
		+	The eye tracking variables are recorded in the DAQ file. They variable definitions are described below:
		+
		+	~Insert Eye Tracking Variable Description Here~
		+
		+	==Serial Tilter==
		+
		+	The Horita SCT-50 Serial Control Tilter is a device that overlays text data on a video image. The data is transmitted via a serial port from the PC to the Titler, hence the name ‘Serial Titler’. New PCs do not typically have a serial port, so a USB to Serial converter is used.
		+
		+	[[File:title.png\|450px\|thumb\|center]]

← Older revision		Revision as of 22:35, 20 October 2016
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	[[File:eye.png\|550px\|thumb\|center]]		[[File:eye.png\|550px\|thumb\|center]]
		+
		+	[[#top\|TOP]]
		+	==Eye Tracking Markers==
		+
		+	When the eye tracker is present and running, the system can display crosshairs that show where the driver is looking. This is helpful for eye tracker setup and system testing. See the section on the EyeTrackerScreenConfig.txt configuration file in the Configuration Files section of the manual to configure the screen geometry correctly – if y o u build a ‘world model’ inside Face L ab, the Screen location settings are the same. To turn on the eye gaze location markers on the MiniSim display, add "ETMarkers" to the ’Visual Options’ string list when you author the scenario.
		+
		+
		+	[[File:blank.png\|550px\|thumb\|center]]