Abstract: A system and method for conducting 3D image analysis, generating a lossless stereoscopic master file, uploading the lossless stereoscopic master file to editing software, wherein the editing software generates a disparity map, analyzes a disparity map, analyzes cuts, and creates cut and disparity meta-information, and then scaling media, storing media and streaming the media for playback on a 3D capable viewer is provided.

Abstract: A method for performing multi-screen onboarding is presented including associating a first application with a first electronic device, associating a second application with a second electronic device, the second electronic device being in communication with the first electronic device, and associating a third application with one or more servers. The method further includes the steps of enabling a user to input information into the second electronic device via the second application and enabling the user to access content of the second electronic device on display hardware of the first electronic device, the content sent to the first electronic device via the one or more servers.

Abstract: A method for delivering streaming 3D video to an electronic device is presented, the method including storing scene files including unwrapped hemispherical representations of scenes for left and right eye perspective views in first and second video files, respectively. The method includes transmitting the scene files of the left and right eye perspective views to the electronic having head tracking capabilities, 3D video streaming capabilities, and 3D viewing capabilities into the electronic device. The method also includes allowing the electronic device to request from the one or more servers the left and right eye perspective views including the scene files having the unwrapped hemispherical representations of scenes for the left and right eye perspective views, extracting and re-coding the requested left and right eye perspective views including the scene files, and enabling the electronic device to stream real-time 3D video and allowing 360 degree freedom of eye movement for the user.

Abstract: A method for adjusting parallax in three-dimensional stereoscopic image representation is presented, the method including taking a plurality of shots, performing disparity analysis for each of the plurality of shots, assigning a minimum parallax value and a maximum parallax value at a beginning and an end of each shot of the plurality of shots, adjusting a predetermined number of frames of each shot of the plurality of shots to move parallax into comfort zone, and transcoding video to a plurality of screen sizes for distribution.

Abstract: A method of generating stereoscopic images includes receiving a call from an application programming interface (API) via at least one communication channel of a network, intercepting the call, via the network, transmitting the call to at least one remote computing device, modulating the call to match a user's head position and direction, generating left and right perspective views, rendering outputs of the left and right perspective views, and forwarding the outputs, via the network, to a graphics processing unit. The left and right perspective views are displayed on display hardware, such as power walls and/or 3D caves and/or wearable stereoscopic display devices.

Abstract: A system and method for conducting 3D image analysis, generating a lossless stereoscopic master file, uploading the lossless stereoscopic master file to editing software, wherein the editing software generates a disparity map, analyzes a disparity map, analyzes cuts, and creates cut and disparity meta-information, and then scaling media, storing media and streaming the media for playback on a 3D capable viewer is provided.