Abstract: Systems and methods for optimizing the advantages of multi-level rendering of text and/or graphics at an output device by providing an alternate manner to perform multi-level rendering. A computer device, employed to render an image or graphical entity, is connected to an output device, and a request is received at the computer device to render a graphical entity at the output device. The resolution of the output device is identified and the data corresponding to graphical entity is translated to a resolution that is higher than the resolution of the output device. A conversion or translation is then performed to scale the image data from the higher resolution to the resolution of the output device. Optionally, a halftone matrix is employed to eliminate aliasing. The graphical entity is then more accurately rendered at the output device than by utilizing traditional techniques.

Abstract: Systems and methods for optimizing the advantages of multi-level rendering of text and/or graphics at an output device by providing an alternate manner to perform multi-level rendering. A computer device, employed to render an image or graphical entity, is connected to an output device, and a request is received at the computer device to render a graphical entity at the output device. The resolution of the output device is identified and the data corresponding to graphical entity is translated to a resolution that is higher than the resolution of the output device. A conversion or translation is then performed to scale the image data from the higher resolution to the resolution of the output device. Optionally, a halftone matrix is employed to eliminate aliasing. The graphical entity is then more accurately rendered at the output device than by utilizing traditional techniques.