Abstract: A computerized wagering game system includes a gaming module comprising a processor and gaming code which is operable when executed on the processor to conduct a wagering game on which monetary value can be wagered, and a service module. The service module is operable to electronically provide service documentation to a wagering game service technician via a user interface of the computerized wagering game system.

Abstract: Systems and methods for operating a gaming machine having with a facsimile graphical user interface are disclosed. The systems and methods include displaying on a graphical object on the gaming machine that represents a physical component of the gaming machine. One aspect of the systems and methods includes selecting the graphical object and initiating an action for the physical component represented by the graphical object. A further aspect includes sensing a status for a physical component on the gaming machine and displaying a graphical object representing the status.

Abstract: Systems and methods for facsimile graphical user interface are disclosed. The systems and methods include displaying on a graphical object on the gaming machine that represents a physical component of the gaming machine. One aspect of the systems and methods includes selecting the graphical object and initiating an action for the physical component represented by the graphical object. A further aspect includes sensing a status for a physical component on the gaming machine and displaying a graphical object representing the status.

Abstract: A method for processing images for printing includes the steps for each separation, making a pixel level determination of marking material coverage, based on the number of pixels within a given area that are turned on; if a determination is made that too much marking material will be placed within the given area, using a random number function for turning off a fraction of pixels in the area to reduce the amount of marking material that will be used for the given area; and to preventing artifacts from occurring in the pixel reduction step by utilizing a processing order through each given area which tends to randomize the turn off effect. Additionally, the results of the determination are compared for each separation, to determine that the turnoff result allows at least one corresponding pixel among each of the separations to be turned ON.