Abstract: In accordance with the present invention, multiple networked gaming devices can participate in a secondary type game. A primary game such as poker, rotatable wheels, wheel of fortune or the like is initiated on a gaming device. A predetermined outcome (for example) of the primary game is then used to qualify the gaming device for a secondary type game. A predetermined outcome might be a wheel of fortune SPIN symbol, for example. Once the gaming device is qualified, a secondary game indication cycle is triggered. During this cycle, additional gaming devices can then qualify for the secondary type game by using one or more predetermined primary game outcomes, for example. The secondary type game is then initiated and a secondary game payout awarded to the gaming devices.

Abstract: A method and apparatus controls the display of information for troops and vehicles in a simulated battlefield. Rounds of munition are fired into the simulated battlefield and the effects of such munitions are displayed on the troops and vehicles display devices. These display devices include character displays for troops and display screen for vehicles. The text character display may include such information as damage assessment, weapon type, miss distance and miss direction. A screen display may be used for a vehicle display. The screen display depicts similar information as for the text character display, but in a graphical representation via icons representing various battlefield effects.

Abstract: A method and apparatus for presenting a scene generated by an electronic visual scene generator to an observer looking through a pair of binoculars 32 is disclosed. The scene presented by the binoculars is an enlarged or magnified portion of a panoramic scene presented on a screen 12 also generated by the visual scene generator 28 and suitable for viewing by the observers unaided eye. In the described embodiment, electronic signals representative of a scene are generated by digital generator 28. These electrical signals are then applied to three small CRT's 72, 74 and 70 each of which has a different color such as red, green and blue where the visual scene is produced by the CRT's three colors. The three CRT's colored images are then combined by means of beam splitters, filters and mirrors 44 to provide a single full colored scene which is then transported to both eye pieces of a pair of hand held binoculars 32 or to the eye piece of a periscope 48 by means of a fiber optic cable 36 and 50 respectively.