Difference between revisions of "Digital technologies/Virtual reality/Virtual reality- Beginner"
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'''Virtual Reality (VR)''' is a system available at the Richard L'Abbe Makerspace which immerses users in virtual 360 environments. These environments can be in the form of 360 videos, 3D application projects (made in [[Unity (Game Engine)|Unity]] or Unreal), or '''augmented reality (AR)'''. | '''Virtual Reality (VR)''' is a system available at the Richard L'Abbe Makerspace which immerses users in virtual 360 environments. These environments can be in the form of 360 videos, 3D application projects (made in [[Unity (Game Engine)|Unity]] or Unreal), or '''augmented reality (AR)'''. | ||
| − | The Makerspace currently possesses two major VR systems | + | The Makerspace currently possesses two major VR systems: the Oculus Rift DK2 and the HTC Vive. Other VR and AR systems available include the Google Cardboard and Xbox Kinect. |
| − | == Available Systems == | + | ==Available Systems== |
[[File:OculusDevKit2.jpg|thumb|Oculus Rift DevKit 2]] | [[File:OculusDevKit2.jpg|thumb|Oculus Rift DevKit 2]] | ||
| − | === Oculus Rift DevKit2 === | + | ===Oculus Rift DevKit2=== |
The Oculus Rift system is a VR head-mounted display (HMD) system that is owned by Facebook Inc. The Development Kit 2 was introduced in 2014 and allowed developers to begin creating applications prior to the official release of the Oculus Rift system. The DevKit2 only supports positional tracking in the form of head movement within a small radius, and does not provide controllers or remotes to allow users to interact with their environments. | The Oculus Rift system is a VR head-mounted display (HMD) system that is owned by Facebook Inc. The Development Kit 2 was introduced in 2014 and allowed developers to begin creating applications prior to the official release of the Oculus Rift system. The DevKit2 only supports positional tracking in the form of head movement within a small radius, and does not provide controllers or remotes to allow users to interact with their environments. | ||
The headset has a 980x1080 (per eye) resolution, provided by a modified Samsung Galaxy Note 3 acting as it's screen. | The headset has a 980x1080 (per eye) resolution, provided by a modified Samsung Galaxy Note 3 acting as it's screen. | ||
| − | === HTC Vive === | + | ===HTC Vive=== |
[[File:HTC Vive.png|thumb|HTC Vive]] | [[File:HTC Vive.png|thumb|HTC Vive]] | ||
The HTC Vive is a full room-tracking VR system that includes one HMD, two handheld controllers, and two (or more) lighthouse base stations to track user positional data. The system was released in 2016 and became a very popular system due its robustness and immersive experience. The system was developed by HTC and Valve Corporation, and thus a developer package was released by Valve coined "SteamVR" to allow developers to create applications on the headset using the Unity game engine. | The HTC Vive is a full room-tracking VR system that includes one HMD, two handheld controllers, and two (or more) lighthouse base stations to track user positional data. The system was released in 2016 and became a very popular system due its robustness and immersive experience. The system was developed by HTC and Valve Corporation, and thus a developer package was released by Valve coined "SteamVR" to allow developers to create applications on the headset using the Unity game engine. | ||
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The headset has a 1080x1200 (per eye) resolution, a 90 Hz refresh rate, and a 110 degree nominal field of view. The headset also supports users wearing non-bulky glasses while playing by adjusting the headstrap, focal distance, and eye distance. | The headset has a 1080x1200 (per eye) resolution, a 90 Hz refresh rate, and a 110 degree nominal field of view. The headset also supports users wearing non-bulky glasses while playing by adjusting the headstrap, focal distance, and eye distance. | ||
| − | ==== Adjusting Headset for Usage ==== | + | ====Adjusting Headset for Usage==== |
If you would like to adjust the headset for your personal comfort, several steps can be taken to get the best possible experience. ''Note: a tight fit is imperative for a non-blurry experience.'' | If you would like to adjust the headset for your personal comfort, several steps can be taken to get the best possible experience. ''Note: a tight fit is imperative for a non-blurry experience.'' | ||
| − | # To adjust the head size, undo the velcro on the left and right side of the headset. Once you put the headset on, pull both straps with equal force until the fit is tight, and then fasten the velcro again. | + | |
| − | # To adjust the head size from the top for users with head garments or tied-up hair, undo the velcro on the top side of the headset. Once you put the headset on, pull the strap until it fits with your head size and doesn't slip off. | + | #To adjust the head size, undo the velcro on the left and right side of the headset. Once you put the headset on, pull both straps with equal force until the fit is tight, and then fasten the velcro again. |
| − | # To adjust the focal distance between the lenses and screen, locate the two mount points on either side of the headset (where the straps meet the display body) and pull the two gray dials outward. Once you've done so, turn both dials simultaneously either forward or backward until the image appears clear. | + | #To adjust the head size from the top for users with head garments or tied-up hair, undo the velcro on the top side of the headset. Once you put the headset on, pull the strap until it fits with your head size and doesn't slip off. |
| − | # To adjust the distance between eyes, locate the small adjustment dial on the lower-right side of the headset's display. With the headset on your head, turn the dial in either direction to adjust the distance between eyes. The exact distance modified will be shown on the HMD screen when the system is on. Adjust until image is visually clear. | + | #To adjust the focal distance between the lenses and screen, locate the two mount points on either side of the headset (where the straps meet the display body) and pull the two gray dials outward. Once you've done so, turn both dials simultaneously either forward or backward until the image appears clear. |
| + | #To adjust the distance between eyes, locate the small adjustment dial on the lower-right side of the headset's display. With the headset on your head, turn the dial in either direction to adjust the distance between eyes. The exact distance modified will be shown on the HMD screen when the system is on. Adjust until image is visually clear. | ||
| + | |||
[[File:Google Cardboard.png|thumb|Google Cardboard]] | [[File:Google Cardboard.png|thumb|Google Cardboard]] | ||
| − | === Google Cardboard === | + | ===Google Cardboard=== |
The Google Cardboard is a lens display for most modern smartphone devices with built in gyroscopes. By inserting your phone into the headset and enabling VR mode, the HMD becomes a non-positional tracking 360 degree viewer that allows the viewing of 360 videos or scenarios. | The Google Cardboard is a lens display for most modern smartphone devices with built in gyroscopes. By inserting your phone into the headset and enabling VR mode, the HMD becomes a non-positional tracking 360 degree viewer that allows the viewing of 360 videos or scenarios. | ||
| − | ==== Smartphone Setup for 360 YouTube Videos ==== | + | ====Smartphone Setup for 360 YouTube Videos==== |
In order to view 360 degree videos on the official YouTube app, follow the steps outlined below: | In order to view 360 degree videos on the official YouTube app, follow the steps outlined below: | ||
| − | # Download the official YouTube app from the Appstore (IOS), Play Store (Android), or your smartphones personal app marketplace. | + | |
| − | # Open the app and locate a video that is a 360 degree video. | + | #Download the official YouTube app from the Appstore (IOS), Play Store (Android), or your smartphones personal app marketplace. |
| − | # In the lower right corner of the video player, tap the Google Cardboard icon. A white bar should now appear in between the video. | + | #Open the app and locate a video that is a 360 degree video. |
| − | # Place the phone in the cardboard and align the center of the headset with the white line on the video. | + | #In the lower right corner of the video player, tap the Google Cardboard icon. A white bar should now appear in between the video. |
| − | # Press play and fasten the velcro. | + | #Place the phone in the cardboard and align the center of the headset with the white line on the video. |
| + | #Press play and fasten the velcro. | ||
Revision as of 23:24, 8 January 2019
Virtual Reality (VR) is a system available at the Richard L'Abbe Makerspace which immerses users in virtual 360 environments. These environments can be in the form of 360 videos, 3D application projects (made in Unity or Unreal), or augmented reality (AR).
The Makerspace currently possesses two major VR systems: the Oculus Rift DK2 and the HTC Vive. Other VR and AR systems available include the Google Cardboard and Xbox Kinect.
Available Systems
Oculus Rift DevKit2
The Oculus Rift system is a VR head-mounted display (HMD) system that is owned by Facebook Inc. The Development Kit 2 was introduced in 2014 and allowed developers to begin creating applications prior to the official release of the Oculus Rift system. The DevKit2 only supports positional tracking in the form of head movement within a small radius, and does not provide controllers or remotes to allow users to interact with their environments.
The headset has a 980x1080 (per eye) resolution, provided by a modified Samsung Galaxy Note 3 acting as it's screen.
HTC Vive
The HTC Vive is a full room-tracking VR system that includes one HMD, two handheld controllers, and two (or more) lighthouse base stations to track user positional data. The system was released in 2016 and became a very popular system due its robustness and immersive experience. The system was developed by HTC and Valve Corporation, and thus a developer package was released by Valve coined "SteamVR" to allow developers to create applications on the headset using the Unity game engine.
The headset has a 1080x1200 (per eye) resolution, a 90 Hz refresh rate, and a 110 degree nominal field of view. The headset also supports users wearing non-bulky glasses while playing by adjusting the headstrap, focal distance, and eye distance.
Adjusting Headset for Usage
If you would like to adjust the headset for your personal comfort, several steps can be taken to get the best possible experience. Note: a tight fit is imperative for a non-blurry experience.
- To adjust the head size, undo the velcro on the left and right side of the headset. Once you put the headset on, pull both straps with equal force until the fit is tight, and then fasten the velcro again.
- To adjust the head size from the top for users with head garments or tied-up hair, undo the velcro on the top side of the headset. Once you put the headset on, pull the strap until it fits with your head size and doesn't slip off.
- To adjust the focal distance between the lenses and screen, locate the two mount points on either side of the headset (where the straps meet the display body) and pull the two gray dials outward. Once you've done so, turn both dials simultaneously either forward or backward until the image appears clear.
- To adjust the distance between eyes, locate the small adjustment dial on the lower-right side of the headset's display. With the headset on your head, turn the dial in either direction to adjust the distance between eyes. The exact distance modified will be shown on the HMD screen when the system is on. Adjust until image is visually clear.
Google Cardboard
The Google Cardboard is a lens display for most modern smartphone devices with built in gyroscopes. By inserting your phone into the headset and enabling VR mode, the HMD becomes a non-positional tracking 360 degree viewer that allows the viewing of 360 videos or scenarios.
Smartphone Setup for 360 YouTube Videos
In order to view 360 degree videos on the official YouTube app, follow the steps outlined below:
- Download the official YouTube app from the Appstore (IOS), Play Store (Android), or your smartphones personal app marketplace.
- Open the app and locate a video that is a 360 degree video.
- In the lower right corner of the video player, tap the Google Cardboard icon. A white bar should now appear in between the video.
- Place the phone in the cardboard and align the center of the headset with the white line on the video.
- Press play and fasten the velcro.