Live video theater and method of presenting the same utilizing multiple cameras and monitors

Claim 2

A video theater to present live theatrical productions, comprising: a thrust stage having a ceiling and a stage, said thrust stage further equipped with at least two video cameras having a field of view of at least a portion of said thrust stage; and at least two video monitors; each one of said cameras electronically connected to a different monitor such that each camera transmits images to a different monitor; said cameras and monitors oriented such that each camera is in opposing relationship to the monitor to which it is electronically connected; said monitors further oriented to be viewed by an audience; each said camera and monitor suspended from said ceiling; each said camera and each said monitor located at opposite sides of said thrust stage from each other; said audience being positioned in a 3/4 round configuration so that the audience may view the theatrical production on stage from a direct perspective, and by looking at the monitors, view the theatrical production from a plurality of perspectives via the monitors.

Claim 3

The video theater of claim 1, wherein thrust stage is rectangular with the audience set in front of the long dimension of the rectangle having width and length.

Claim 4

The video theater of claim 2, wherein a plurality of cameras and monitors are suspended from the ceiling.

Claim 5

The video theater of claim 3, wherein eight camera and monitors are used, with four cameras and monitors positioned along one length side of the rectangular stage and two cameras and monitors positioned along each width side of the rectangle.

Claim 6

The video theater of claim 4, wherein there are eight cameras and eight monitors, arranged around the periphery of said thrust stage; said cameras designated as C-1, C-2, C-3, C-4, C-5, C-6, C-7, and C-8, and said monitors designated as M-1, M-2, M-3, M-4, M-5, M-6, M-7 and M-8; each said camera being electronically connected to at least one said monitor; the arrangement of the monitors around the thrust stage being in the following sequential order; M-5 and M-8 are positioned along one width side of the rectangle, and M-4 and M-1 being positioned along the opposite width side of the rectangle, and, M-6 , M-7, M-2 and M-3 are positioned along the long side of the rectangle proximal to the audience, and further, M-6 is proximal to M-8, and M-3 is proximal to M-1; and the cameras are arranged so that C-1 is adjacent to M-5, and C-2 is adjacent to M-8, and C-3 is adjacent to M-6, and C-4 is adjacent to M-7, and M-2 is adjacent to C-5, and M-3 is adjacent to C-6, and C-7 is adjacent to M-1 and C-8 is adjacent to M-4; and C-1 is electronically connected to M-1, and C-2 is electronically connected to M-2, and C-3 is electronically connected to M-3, and C-4 is electronically connected to M-4, and C-5 is electronically connected to M-5, and C-6 is electronically connected with M-6, and C-7 is electronically connected to M-7 and C-8 is electronically connected to M-8.

Claim 9

The method of claim 6, further employing a plurality of cameras and monitors.

Claim 10

The method of claim 6, wherein the thrust stage is rectangular with the audience set in front of the long dimension of the rectangle having width and length.

Claim 11

The method of claim 7, wherein eight camera and monitors are used, with four cameras and monitors positioned along one length side of the rectangular stage and two cameras and monitors positioned along each width side of the rectangle.

Claim 12

The method of claim 9, wherein there are eight cameras and eight monitors, arranged around the periphery of said thrust stage; said cameras designated as C-1, C-2, C-3, C-4, C-5, C-6, C-7, and C-8, and said monitors designated as M-1, M-2, M-3, M-4, M-5, M-6, M-7 and M-8; each said camera being electronically connected to at least one said monitor; the arrangement of the monitors around the thrust stage being in the following sequential order; M-5 and M-8 are positioned along one width side of the rectangle, and M-4 and M-1 being positioned along the opposite width side of the rectangle, and, M-6 , M-7, M-2 and M-3 are positioned along the long side of the rectangle proximal to the audience, and further, M-6 is proximal to M-8, and M-3 is proximal to M-1; and the cameras are arranged so that C-1 is adjacent to M-5, and C-2 is adjacent to M-8, and C-3 is adjacent to M-6, and C-4 is adjacent to M-7, and M-2 is adjacent to C-5, and M-3 is adjacent to C-6, and C-7 is adjacent to M-1 and C-8 is adjacent to M-4; and C-1 is electronically connected to M-1, and C-2 is electronically connected to M-2, and C-3 is electronically connected to M-3, and C-4 is electronically connected to M-4, and C-5 is electronically connected to M-5, and C-6 is electronically connected with M-6, and C-7 is electronically connected to M-7 and C-8 is electronically connected to M-8.