Patent Number: 
Section: claims

1. A method for ordered fault clearance visualization and resolution in a computer controlled print production device having a graphical user interface, comprising:receiving data indicating a possible fault event, wherein said data is received from the print production device operational sensors;performing fault analysis to determine whether at least one fault has occurred and to identify the location and fault type for each said fault, wherein said fault type is identified from said data and from fault definitions;prioritizing said identified faults when a plurality of faults are identified, wherein each fault is assigned a unique priority;developing a fault order based on the optimal clearance sequence, wherein said fault order comprises the order in which said prioritized faults are to be cleared;presenting a visualization of the print production device on the graphical user interface, wherein said visualization utilizes graphical cues superimposed upon the visualization of the entire print production device to indicate said fault order, and wherein said visualization further includes a single view of all said identified faults in the system and said fault order in which they are recommended to be cleared;updating said visualization as each said fault is cleared, wherein said updated visualization includes a single view of all remaining identified faults in the system and said fault order in which they are recommended to be cleared;identifying the next said fault among said plurality of faults to be cleared, clearing said fault, and updating said visualization until all of said plurality of faults has been cleared; andupdating said visualization to a no fault state. 2. The method for ordered fault clearance visualization and resolution according to claim 1, wherein said visualization further includes at least one text window providing descriptive messages for each fault presented in said visualization. 3. The method for ordered fault clearance visualization and resolution according to claim 1, wherein said graphical cues include at least one member selected from the group consisting of flashing the object that needs attention, prominent flashing arrows pointing at an area of the printing device, icons, numbers, flashing boxes drawn around the problem area or object, a color change mapped onto the areas of the printing device where the fault is located, and a figurine or character pointing at the problem. 4. The method for ordered fault clearance visualization and resolution according to claim 2, wherein said descriptive message for said cleared fault is removed from said text window when said fault is cleared. 5. The method for ordered fault clearance visualization and resolution according to claim 1, further comprising providing a final notice that no faults remain to be cleared. 6. The method for ordered fault clearance visualization and resolution according to claim 2, wherein said text window displays an ordered listing of said faults based on said optimal clearance sequence. 7. The method for ordered fault clearance visualization and resolution according to claim 1, wherein updating said visualization comprises removing or deemphasizing said graphical cues from said visualization. 8. A system for ordered fault clearance visualization and resolution in a computer controlled print production device having a graphical user interface, comprising:means for receiving data indicating a possible fault event, wherein said data is received from the print production device operational sensors;means for performing fault analysis to determine whether at least one fault has occurred and to identify the location and fault type for each said fault, wherein said fault type is identified from said data and from fault definitions;means for prioritizing said identified faults when a plurality of faults are identified, wherein each fault is assigned a unique priority;means for developing a fault order based on the optimal clearance sequence, wherein said fault order comprises the order in which said prioritized faults are to be cleared;means for presenting a visualization of the print production device on the graphical user interface, wherein said visualization utilizes graphical cues superimposed upon the visualization of the entire print production device to indicate said fault order, and wherein said visualization further includes a single view of all said identified faults in the system and said fault order in which they are recommended to be cleared;means for updating said visualization as each said fault is cleared, wherein said updated visualization includes a single view of all remaining identified faults in the system and said fault order in which they are recommended to be cleared;means for identifying the next said fault among said plurality of faults to be cleared, clearing said fault, and updating said visualization until all of said plurality of faults has been cleared; andmeans for updating said visualization to a no fault state. 9. The system for ordered fault clearance visualization and resolution according to claim 8, wherein said visualization further includes at least one text window providing descriptive messages for each fault presented in said visualization. 10. The system for ordered fault clearance visualization and resolution according to claim 8, wherein said graphical cues include at least one member selected from the group consisting of flashing the object that needs attention, prominent flashing arrows pointing at an area of the printing device, icons, numbers, flashing boxes drawn around the problem area or object, a color change mapped onto the areas of the printing device where the fault is located, and a figurine or character pointing at the problem. 11. The system for ordered fault clearance visualization and resolution according to claim 9, wherein said descriptive message for said cleared fault is removed from said text window when said fault is cleared. 12. The system for ordered fault clearance visualization and resolution according to claim 8, further comprising providing a final notice that no faults remain to be cleared. 13. The system for ordered fault clearance visualization and resolution according to claim 9, wherein said text window displays an ordered listing of said faults based on said optimal clearance sequence. 14. The system for ordered fault clearance visualization and resolution according to claim 8, wherein updating said visualization comprises removing or deemphasizing said graphical cues from said visualization. 15. A computer-readable storage medium having computer readable program code embodied in said medium which, when said program code is executed by a computer causes said computer to perform method steps for ordered fault clearance visualization and resolution, the method comprising:receiving data indicating a possible fault event, wherein said data is received from the print production device operational sensors;performing fault analysis to determine whether at least one fault has occurred and to identify the location and fault type for each said fault, wherein said fault type is identified from said data and from fault definitions;prioritizing said identified faults when a plurality of faults are identified, wherein each fault is assigned a unique priority;developing a fault order based on the optimal clearance sequence, wherein said fault order comprises the order in which said prioritized faults are to be cleared;presenting a visualization of the print production device on the graphical user interface, wherein said visualization utilizes graphical cues superimposed upon the visualization of the entire print production device to indicate said fault order, and wherein said visualization further includes a single view of all said identified faults in the system and said fault order in which they are recommended to be cleared;updating said visualization as each said fault is cleared, wherein said updated visualization includes a single view of all remaining identified faults in the system and said fault order in which they are recommended to be cleared;identifying the next said fault among said plurality of faults to be cleared, clearing said fault, and updating said visualization until all of said plurality of faults has been cleared; andupdating said visualization to a no fault state. 16. The computer-readable storage medium according to claim 15, wherein said visualization further includes at least one text window providing descriptive messages for each fault presented in said visualization. 17. The computer-readable storage medium according to claim 15, wherein said graphical cues include at least one member selected from the group consisting of flashing the object that needs attention, prominent flashing arrows pointing at an area of the printing device, icons, numbers, flashing boxes drawn around the problem area or object, a color change mapped onto the areas of the printing device where the fault is located, and a figurine or character pointing at the problem. 18. The computer-readable storage medium according to claim 16, wherein said descriptive message for said cleared fault is removed from said text window when said fault is cleared. 19. The computer-readable storage medium according to claim 15, further comprising providing a final notice that no faults remain to be cleared. 20. The computer-readable storage medium according to claim 16, wherein said text window displays an ordered listing of said faults based on said optimal clearance sequence. 21. The computer-readable storage medium according to claim is, wherein updating said visualization comprises removing or deemphasizing said graphical cues from said visualization.