METHOD AND APPARATUS FOR AN ON-SCREEN/OFF-SCREEN FIRST PERSON GAMING EXPERIENCE
An interactive apparatus is described comprising a multiple portable gaming systems interconnected with a wireless communications link. Each gaming system comprises a visual display, a user interface, a communications link, a computer system and gaming software. The gaming system can display the real-time real-world images captured by a video camera mounted on the gaming system overlaid with simulated gaming objects and events. In this way a combined on-screen off-screen gaming experience is provided for the user that merges real-world events with simulated gaming actions.
1 . An apparatus for combined on-screen and off-screen player entertainment, said apparatus comprising:
a plurality of portable gaming systems running gaming software; each of the portable gaming systems adapted to be moved about a real physical space by a user, each of said portable gaming systems including a visual display, user input controls, a local camera, and a wireless communication link;
each of said portable gaming system operative to receive real-time image data from its local camera, said real-time image data comprising a first-person view of said real physical space, and display a representation of said image data upon said visual display, said portable gaming system also operative and sending gaming status information to other portable gaming systems over said communication link; and
gaming software running upon each of said portable gaming system, said gaming software operative to monitor game play and provide its user with an on-screen/off-screen gaming experience, the gaming experience providing one or more simulated gaming features that are overlaid upon the visual display of said real-time image data.
2 . The apparatus as in claim 1; wherein said one or more simulated gaming features includes crosshairs that are overlaid upon said real-time image data.
3 . An apparatus as in claim 1 wherein said one or more simulated gaming features includes a simulated terrain feature overlaid onto the real-time image data.
4 . The apparatus as in claim 1 wherein the portable gaming system further comprises:
a location system;
wherein said location system is connected to the gaming software and provides position and/or orientation data relating to the location of said portable gaming system within said real physical space.
5 . The apparatus as in claim 1 wherein the portable gaming system further comprises:
a ranging sensor;
wherein said ranging sensor is connected to the gaming software.
6 . The apparatus as in claim 1 wherein the portable gaming system further comprises:
an audio input;
wherein said audio input is connected to the gaming software.
7 . The apparatus as in claim 1 wherein the portable gaming system further comprises:
an audio output;
wherein said audio output is connected to the gaming software.
8 . The apparatus as in claim 1 wherein the portable gaming system further comprises:
a light emitter-detector pair, wherein said light emitter-detector pair are tuned to approximately the same frequency and wherein the light detector provides a signal to the gaming software when the corresponding light emitter is activated.
9 . The apparatus as in claim 1 wherein the portable gaming system is contained within a structure that is approximately the size of a wristwatch.
10 . The apparatus as in claim 1 wherein a first portable gaming system directly communicates with the other portable gaming systems over a wireless communications link.
11 . The apparatus as in claim 1 wherein the apparatus further comprises: a central processor, said central processor comprising a communications link and a message routing software; wherein said messages from a first portable gaming system is routed to a second gaming system and wherein said response from said second gaming system is routed to said first gaming system; such that the message routing software provides real-time interaction between users.
12 . The apparatus as in claim 1 wherein that the gaming software is further operative to:
maintaining a list of physical object images; and
maintaining a list of virtual objects, where the virtual objects are associated with the physical object images, and with the virtual objects being displayed as overlays upon said real-time image data.
13 . The apparatus as in claim 1 wherein the gaming software is further operative to display upon the visual display a simulated cockpit.
14 . The apparatus as in claim 1 wherein the gaming software is further operative to display upon said visual display, a simulated ammunition level for the portable gaming system.
15 . The apparatus as in claim 1 wherein the gaming software is further operative to display upon said visual display, a simulated fuel and/or power level for the portable gaming system.
16 . The apparatus as in claim 1 wherein the gaming software is further operative to display upon said visual display, a simulated shield strength level for a simulated shield of the portable gaming system, the simulated shield being operative to reduce the simulated damage imparted upon the portable gaming system by certain simulated events occurring during game play.
17 . The apparatus as in claim 1 wherein the gaming software is further operative to display upon said visual display, a simulated damage level for the portable gaming system.
18 . The apparatus as in claim 1 wherein the gaming software is further operative to display overlaid upon said real-time image data, a crosshair for a simulated weapon of the portable gaming system, the crosshair showing the location within the real physical world at which said simulated weapon is aimed.
19 . The apparatus as in claim 4 wherein the location sensor further comprises an optical position sensor, said optical position sensor taking an optical picture of said real physical space and computing the velocity and orientation of the portable gaming system as computed by the differential shift of each picture.
20 . The apparatus as in claim 4 wherein the location sensor further comprises an integrated magnetometer sensor.
21 . The apparatus as in claim 4 wherein the location sensor further comprises an integrated GPS sensor.
22 . A method for controlling a gaming apparatus that provides an on-screen off-screen entertainment experience within a real physical space, said method comprising:
providing a handheld gaming system with a visual display and camera, said handheld gaming system configured such that it may be carried about said real physical space by a user;
providing gaming software upon said handheld gaming system, said gaming software moderating game play, maintaining a game score, and generating at least one simulated gaming object.
obtaining a real-time camera image from said camera;
transferring the real-time camera image to the memory of a portable gaming system;
overlaying the real-time camera image with a visual representation of a simulated gaming object, said simulated gaming object representing an element within the simulated gaming experience provided by said gaming software;
displaying the real-time camera image with overlaid simulated gaming object on the screen of said handheld gaming system.
repeatedly updating said real-time camera image as said handheld computing device is carried about said real physical space by said user.
23 . The method according to claim 22 wherein the gaming software is modified when the player of the portable gaming system hits a simulated barrier as a result of moving said portable gaming system within said real physical space.
24 . The method according to claim 22 wherein the simulated gaming object is a simulated terrain feature as stored in the memory of the portable gaming system.
25 . The method according to claim 22 wherein the user's ability to control gaming features and/or functions is modified by a simulated fuel level and/or damage level as maintained by said portable gaming system.
26 . The method according to claim 22 , wherein the portable gaming system emits a sound when said portable gaming system is in the proximity of a simulated gaming object.
27 . The method according to claim 22 wherein the portable gaming system displays a score upon the visual display, said score being based at least in part upon communications with one or more other portable gaming systems.
28 . The method according to claim 22 wherein the portable gaming system displays said score upon the visual display, said score being based at least in part a time duration.
29 . The method according to claim 22 wherein the portable gaming system displays graphical treasure, fuel supply, and/or ammunitions supply overlaid on the real-time camera image on said visual display.
30 . The method according to claim 22 wherein said portable gaming system is operative to display overlaid crosshairs upon said real-time camera image on the visual display, said crosshairs showing the location within the real physical world at which a simulated weapon of said portable gaming system is aimed.
31 . The method according to claim 22 wherein the visual display overlays a crosshairs over said real-time camera image, and the user identifies a real-world object using the crosshairs with manual interaction.
32 . The method according to claim 22 wherein the appearance of a visual time delay is created by creating a first-in, first-out image buffer said buffer depth proportional to the required time delay, placing the image in the top of the buffer, then removing the image from the end of the buffer, and displaying the removed image, such that the camera image displayed to the user upon said visual display is delayed.
33 . The apparatus as in claim 1; wherein said one or more simulated gaming features includes simulated lighting conditions that are used to modify said real-time image data.
34 . The apparatus as in claim 1; wherein said one or more simulated gaming features includes simulated weapons fire that is overlaid upon said real-time image data.
35 . The apparatus as in claim 1; wherein said one or more simulated gaming features includes simulated damage that is overlaid upon said real-time image data.
36 . The apparatus as in claim 1; wherein said one or more simulated gaming features includes simulated cockpit imagery that is overlaid upon said real-time image data.
37 . A system for multi-player entertainment, said system comprising:
a plurality of portable gaming systems; each of the portable gaming systems adapted to be moved about a real physical space by a user, each of said portable gaming systems including a visual display, user input controls, a local camera, and a wireless communication link;
each of said portable gaming system operative to capture real-time image data with its local camera, said real-time image data comprising a first-person view of said real physical space, and transmit a representation of said image data to another of said portable gaming systems;
each of said portable gaming systems also operative to receive transmitted image data from another of said portable gaming systems and display a representation of said transmitted image data upon the screen of said portable gaming system; and
gaming software running upon each of said portable gaming system, said gaming software operative to monitor game play and provide a score based upon said game play.