![]() #RASTER IMAGE PROCESOR SOFTWARE#RIP is generally divided into two types: hardware RIP and software RIP, and there are also software and hardware combined RIP. (1) The so-called network printing method refers to setting RIP as a network printer, which can be selected on each workstation according to the selection. ![]() PS files can be interpreted in a batch process. The working mode of hardware RIP is generally simple, usually using network printing, without preview function while software RIP is more flexible in receiving page data, there is a network printing method, and it can also directly explain the PS file formed by the group software. Subsequently, the rasterization module is used to segment the obtained continuous tone image into halftone dots and convert it into the original data format (mostly a bitmap format) of the output device. Such as smooth text edges with step-shaped transitions. The second step is to convert the objects of the "display list" through the restoration module according to the resolution unique to the output device. All calculation objects in the page are buffered in a uniform format. It first translates the instructions of the page description language into a "display list". The most important part of RIP is the interpretation part. The interpreter receives the page information from the computer and encodes it for use by the control section the control section is used to control the operation of the imaging system. ![]() RIP consists of two parts: an explanation part and a control part. ![]() All output devices such as printers or imagesetters need a RIP to drive them. It is an important software or device for the printing industry. Raster image processor, referred to as RIP for short, usually refers to a processor or processing software that converts PS files into raster dot matrix data after interpretation operations. ![]()
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