Abstract: This process and invention may be used for “live” (on-line, recorded, real-time, or transmitted) stereoscopic image generation, post production, and viewing to ensure the imagery, from the cameras through the systems to the final screens, maintains an acceptable level of viewer comfort and actively causes an action if an image becomes “uncomfortable” to view. The invention will use image-processing hardware and software to monitor stereoscopic 3D image data, and will generate an output response based on qualifying the imagery. The output responses include generating an alarm to alert technical crew members to a “discomfort” condition so they may take corrective action. The alarm may be an audio or visual alert, and warn of the type of discomfort detected. The alarm condition may trigger the automatic control of a video switching device, which would immediately route an appropriate “comfortable” input source to the output.

Abstract: A method of aligning the optical axes of two cameras, wherein the cameras are parts of a camera apparatus and the two cameras can be used for producing 3D films, wherein plural steps are automatically run through. The invention also relates to a method of controlling a camera rig comprising two cameras for producing 3D films according to the table of values according to such method, wherein during shooting upon zooming at least one camera is automatically moved via camera motors. The invention also relates to a camera rig comprising two cameras that are preferably juxtaposed or superimposed having a control which realizes a method as explained.

Abstract: This process and invention may be used for “live” (on-line, recorded, real-time, or transmitted) stereoscopic image generation, post-production, and viewing to ensure the imagery, from the cameras through the systems to the final screens, maintains an acceptable level of viewer comfort and actively causes an action if an image becomes “uncomfortable” to view. The invention will use image-processing hardware and software to monitor stereoscopic 3D image data, and will generate an output response based on qualifying the imagery. The output responses include generating an alarm to alert technical crew members to a “discomfort” condition so they may take corrective action. The alarm may be an audio or visual alert, and warn of the type of discomfort detected. The alarm condition may trigger the automatic control of a video switching device, which would immediately route an appropriate “comfortable” input source to the output.

Abstract: A system for real-time image processing to maintain viewer comfort during capture, live transmission, and post-production of stereoscopic 3D imagery system comprising a) a stereoscopic 3D camera; b) an image capture processor operably connected to the stereoscopic 3D camera; c) one or more than one alarm operably connected to the image capture processor and the image display processor; d) one or more than one video switch operably connected to the display image processor; and e) a 3D display apparatus connected to the one or more than one video switch.

Abstract: A system for augmenting 2D image data to produce 3D imagery is disclosed comprising a primary camera for gathering the 2D image data and a pair of left and right auxiliary cameras associated with the primary camera, capable of gathering 3D information relative to the 2D image data from the primary camera. A storage device for storing the 3D information is provided, as well as optional security control module connected to the storage device for managed access to the 3D information and an image processor capable of rendering 3D imagery from the 2D image data and 3D information. The system may be used to produce 3D imagery of a complete field of view of an event of interest.