Player skill equalizer for video games

1. A Video Game Player Skill Equalizer comprising, in combination:

a computer means;

a computer program product;

said computer program residing on a computer readable medium on said computer means, and configured to generate a virtual world drawn from a first library of visual elements contained within said first computer program, and to present said virtual world to a player on a visual display means;

said computer program further configured to generate at least two images drawn from a second library of visual elements contained within said computer program, and present said at least two images to said player within said virtual world;

at least one player control signal input means interfaced to said computer means, and Configured to register an x, y, or x, y, z axis coordinate within said computer program, in response to a player initiated control signal input;

said computer program being further configured to complete a collision event between the x, y, or x, y, z axis coordinate defined by said player initiated control signal input and the nearest x, y, or x, y, z axis coordinate of at least one image of said at least two images, and said collision event being completed by said computer program without any additional control signal input initiated by said player;

wherein, if the player does not react to at least one image of said at least two images in a predetermined time frame, said computer program may automatically complete a collision event with said at least one image.

2. A Video Game Player Skill Equalizer in accordance with claim 1 that provides at least one joystick, trackball, touch screen, button, or other human interface means as the player control means for allowing player interaction with said at least one image said virtual three-dimensional world.

3. A Video Game Player Skill Equalizer in accordance with claim 1 that provides at least one means to allow more than one player to simultaneously participate in a video game of chance.

4. A Video Game Player Skill Equalizer in accordance with claim 1 which provides apparatus for accommodating at least one player at a remote location, said apparatus comprising: a central data processing server;

at least one remote gaming computer;

a two-way data link connecting said central data processing server to said remote gaming computer; said remote gaming computer having:

means for receiving image generation and position data from said central data processing station;

means for displaying images generated from said image generation and position data; means for inputting a response from a player to the image generation and position data; means for transmitting said response to said image generation and position data to said central data processing server over said data link, and said central data processing server having:

means for receiving said responses to said image generation and position data over said data link from said remote gaming computer;

means for comparing said responses from more than one remote gaming computer to determine the win or loss condition of said remote gaming computers; and

means for transmitting a win or loss condition signal to said remote gaming computers.

5. A Video Game Player Skill Equalizer in accordance with claim 1 that incorporates at least one means to accept currency or a currency equivalent from a player.

6. A Video Game Player Skill Equalizer in accordance with claim 1 that incorporates at least one means to return said currency or a currency equivalent payout to a player.

7. A Video Game Player Skill Equalizer in accordance with claim 1 that incorporates at least one collision event completion algorithm that establishes all XY or XYZ position coordinates of the center of a virtual projectile, or the center of a cursor, or the center of a first image, or the center of a secondary image, all within said virtual world, and is structured logically as follows:

IF

a Cursor is located at:

XY position D

AND

a first Image is located at:

XY position E

AND

a secondary Image is located at:

XY position F

AND

a Virtual Projectile launches from:

XY position G (or D)

AND

the distance from said position D to

position E is less than the distance from

position D to position F

THEN

said Virtual Projectile will travel from

position G to position E to result in

a collision event

AND/

said Cursor will effectively expand in

OR

size to result in a collision event

with any said image located on E.