Knowledge testing computer game method employing the repositioning of screen objects to represent data relationships

Claim 1

A method for testing the knowledge of a person on a machine including a display means, computational means, pointer selecting input means, data storage means, data on said data storage means linked by a characteristic selected from the group consisting of association, linear relationship, magnitude, order, sequence, and hierarchy, comprising the steps of: (a) displaying a plurality of geometric objects on said display means and copying said data from said storage means to said display means by said machine in such a way as to link units of said data with said geometric objects, (b) directing said person to spatially reposition on said display means said plurality of said geometric objects, so as to represent a predetermined spatial order, (c) repositioning at least one of said geometric objects on said display means in response to said person's manipulating said pointer selecting input means, (d) signaling said computational means to evaluate the repositioning of said geometric objects in response to an action of said person, (e) evaluating said reposition of said geometric objects in relation to said predetermined spatial order, and (f) indicating a result of said evaluation by indicating an amount of award., whereby indicating a greater amount of award if all of said repositioned objects are correctly repositioned, and a lesser amount of award if any one of said geometric object is incorrectly repositioned, thereby indicating to said person an increasing amount of award reflecting an increasing risk associated with said repositioning of an increasing number of said plurality of said geometric objects.

Claim 2

A method for testing the knowledge of a person on a machine including a display means, computational means, pointer selecting input means, data storage means, data on said data storage means linked by a characteristic selected from the group consisting of association, linear relationship, magnitude, order, sequence, and hierarchy, comprising the steps of: (a) displaying a plurality of geometric objects on said display means and copying said data from said storage means to said display means by said machine in such a way as to link units of said data with said geometric objects, (b) directing said person to spatially reposition on said display means said plurality of said geometric objects, so as to represent a predetermined spatial order, (c) repositioning at least one of said geometric objects on said display means in response to said person's manipulating said pointer selecting input means, (d) signaling said computational means to evaluate the repositioning of said geometric objects in response to an action of said person, (e) evaluating said reposition of said geometric objects in relation to said predetermined spatial order, and (f) indicating a result of said evaluation by indicating an amount of award., whereby indicating a greater amount of award if all of said repositioned objects are correctly repositioned, and a lesser amount of award if any one of said geometric object is incorrectly repositioned, thereby indicating to said person an increasing amount of award reflecting an increasing risk associated with said repositioning of an increasing number of said plurality of said geometric objects.

Claim 5

A method for testing the knowledge of a person on a machine including a display means, computational means, pointer selecting input means, data storage means, data on said data storage means associated with a characteristic selected from the group consisting of sequence, spatial relationship, magnitude, order, hierarchy, association, organization, classification, possession, attachment, and grouping, comprising the steps of: (a) displaying geometric objects on said display means and copying said data from said storage means to said display means by said machine in such a way as to link units of said data with said geometric objects, (b) directing said person to spatially reposition on said display means at least one of said geometric objects, so as to represent a predetermined spatial relationship from the group consisting of order, placement, and location, (c) repositioning at least one of said geometric objects on said display means in response to said person's manipulating said pointer selecting input means, (d) signaling said computational means to evaluate the repositioning of said geometric objects in response to an action of said person, (e) evaluating said reposition of said geometric objects, and (f) indicating a result of said evaluation by indicating an amount Of award, whereby indicating a greater amount of award if all of said repositioned objects are correctly repositioned, and a Lesser amount of award if any one of said geometric object is incorrectly repositioned, thereby indicating to said person an increasing amount of award reflecting an increasing risk associated with said repositioning of an increasing number of said plurality of said geometric objects, for the spatial relationships of order and placement from said group of predetermined spatial relationships and amount of award proportional to the closeness of the geometric objects repositioned for the Spatial relationship of location from said group of predetermined spatial relationships.

Claim 6

A method for testing the knowledge of a person on a machine including a display means, computational means, pointer selecting input means, data storage means, data on said data storage means associated with a characteristic selected from the group consisting of sequence, spatial relationship, magnitude, order, hierarchy, association, organization, classification, possession, attachment, and grouping, comprising the steps of: (a) displaying geometric objects on said display means and copying said data from said storage means to said display means by said machine in such a way as to link units of said data with said geometric objects, (b) directing said person to spatially reposition on said display means at least one of said geometric objects, so as to represent a predetermined spatial relationship from the group consisting of order, placement, and location, (c) repositioning at least one of said geometric objects on said display means in response to said person's manipulating said pointer selecting input means, (d) signaling said computational means to evaluate the repositioning of said geometric objects in response to an action of said person, (e) evaluating said reposition of said geometric objects, and (f) indicating a result of said evaluation by indicating an amount Of award, whereby indicating a greater amount of award if all of said repositioned objects are correctly repositioned, and a Lesser amount of award if any one of said geometric object is incorrectly repositioned, thereby indicating to said person an increasing amount of award reflecting an increasing risk associated with said repositioning of an increasing number of said plurality of said geometric objects, for the spatial relationships of order and placement from said group of predetermined spatial relationships and amount of award proportional to the closeness of the geometric objects repositioned for the Spatial relationship of location from said group of predetermined spatial relationships.