<dl8-cinema>

The <dl8-cinema> element lets users sit in a virtual cinema and watch regular 2D videos as well as 3D stereoscopic videos. The element works much like a normal video tag. You can define different sources with qualities as child elements to tell the element what video content to play on the cinema screen.

Whats special about the dl8-cinema element is that you can freely customize the room the user should sit in and where the virtual screen should be placed.

 <dl8-cinema title="Example Video" poster="poster.jpg" author="John Doe"
             room-format="STEREO_360_TB" room-src="cinema.png"
             format="MONO_FLAT" force-show-cinema>
    <source src="example.mp4" type="video/mp4" />
    <source src="example.webm" type="video/webm" />
 </dl8-cinema>

Defines the mono or stereo format the flat video playing on the screen is provided in. Delight VR supports all common 2D flat video and stereoscopic 3D flat video formats.

• MONO_FLAT: A monoscopic 2D flat video.
• STEREO_FLAT_LR: A stereoscopic 3D flat video, left and right eye being side by side. The pixel aspect ratio follows the video aspect ratio.
• STEREO_FLAT_LR_SQUARE: A stereoscopic 3D flat video, left and right eye being side by side. The pixel aspect ratio is square (1:1).
• STEREO_FLAT_TB: A stereoscopic 3D flat video, left and right eye being on top and bottom respectively. The pixel aspect ratio follows the video aspect ratio.
• STEREO_FLAT_TB_SQUARE: A stereoscopic 3D flat video, left and right eye being on top and bottom respectively. The pixel aspect ratio is square (1:1).

The room image src URI to use as the cinema. A stereoscopic image works best as it better establishes the room the user sits in. You can optionally provide room-src-left and room-src-right to separately define the image for each eye in VR.
Note that the virtual screen is always displayed in the front (negative z-axis).

Defines the mono or stereo format the room image is provided in. Delight VR supports all common stereo/mono 360/180 equirectangular and spherical formats.

• STEREO_180_LR: A 180 degree stereo equirectangular mapping, left and right eye being side by side.
• STEREO_180_LR_SPHERICAL: A 180 degree stereo spherical mapping, left and right eye being side by side.
• STEREO_180_TB: A 180 degree stereo equirectangular mapping, left and right eye being on top and bottom respectively.
• STEREO_180_TB_SPHERICAL: A 180 degree stereo spherical mapping, left and right eye being on top and bottom respectively.
• STEREO_360_TB: A 360 degree stereo equirectangular mapping, left and right eye being on top and bottom respectively.
• STEREO_360_LR: A 360 degree stereo equirectangular mapping, left and right eye being side by side.
• MONO_360: A 360 degree mono equirectangular mapping.
• STEREO_CUBEMAP: A 360 degree stereo cubemap. 6 sides horizontally for each eye. Please provide src-left and src-right for this format. This format is commonly exported from OctaneVR renderer.
• CARDBOARD_PHOTO: A photo taken with the Cardboard Camera App. This is typically a 360° equirectangular jpg with the left eye as the base image data and the right eye encoded in metadata.

Width of the cinema screen in meters. The default is 2.5 meters. Not that depending on the aspect of the video the actual width can be less than the given width.

Height of the cinema screen in meters. The default is 1.5 meters. Not that depending on the aspect of the video the actual height can be less than the given height.

Distance from the viewer to the cinema screen in meters. The default is 2 meters.

Relative horizontal translation of the screen. With this parameter you can fine tune the placement of the cinema screen in the room. The default is 0.

Relative vertical translation of the screen. With this parameter you can fine tune the placement of the cinema screen in the room. The default is 0.

The dl8-cinema element supports all additional <dl8-video> attributes like loop, muted, crossorigin and fps. You can see the dl8-video API for detailed information.